UGANDA NATIONAL
BUREAU
OF
STANDARDS
SCHEDULE OF
COMPULSORY
UGANDA STANDARDS
AS AT
30 JUNE 2020
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TABLE OF CONTENTS
FOOD AND AGRICULTURE .................................................................................................................................1
ELECTROTECHNOLOGY PRODUCTS ............................................................................................................. 55
METROLOGY ........................................................................................................................................................ 102
ENGINEERING PRODUCTS ............................................................................................................................. 106
CHEMICAL AND CONSUMER PRODUCTS ................................................................................................. 170
MANAGEMENT SYSTEMS ............................................................................................................................... 234
INDEX ...................................................................................................................................................................... 273
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Uganda Standard cancels and replaces US CODEX
FOOD AND AGRICULTURE
1. US
EAS
1:2019,
Wheat
flour
—
Specification (4th Edition)
STAN 72:1981, Standards for infant formula).
5. US EAS 5:2009 Refined white sugar –
Specification
This Uganda Standard specifies requirements,
sampling and test methods for wheat flour
prepared
from
common
wheat
(Triticum
aestivum L.) or club wheat (Triticum compactum
Host), or their mixtures intended for human
consumption. (This standard cancels and replaces
the third edition US EAS 1:2017, Wheat flour –
Specification, which has been technically revised).
2. US
EAS
2:2017,
Maize
grains
This Uganda Standard applies to refined white
sugar, obtained by processing raw sugars, which
is intended for human consumption. (This
Uganda Standard is an adoption of the East African
Standard, EAS 5:2009, and it cancels and replaces
US 30:1993, Refined white sugar - Specification).
6. US
EAS
6:2017,
Fresh
pineapple
—
Specification
—
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
Specification (3rd Edition)
This Uganda Standard specifies requirements,
commercial varieties of pineapple grown from
sampling and test methods for maize grains of
Ananas comosus (L.) Merr. of the Bromeliaceae
varieties grown from common maize grains, Zea
family, to be supplied fresh to the consumer.
mays indentata L. and/or Zea mays indurata L. or
This standard does not apply to pineapple for
their hybrids intended for human consumption.
ornamental use or industrial processing. (This
(This standard cancels and replaces US EAS 2:2013,
Uganda Standard cancels and replaces US 2:2015,
Maize grains — Specification (2nd Edition), that has
Fresh pineapple — Specification which has been
been technically revised).
technically revised).
3. US CODEX STAN 3:1981,
Standard for
7.
US EAS 8:2010 Raw cane sugar
– Specification
canned salmon
This Uganda Standard applies to canned
This Uganda Standard specifies requirements,
salmon.
methods of sampling and test for raw sugar
4. US
EAS
4:2013,
Infant
formula
–
Specification
This
Uganda
produced from sugarcane and intended for
further processing to make it fit for human
Standard
specifies
the
requirements and methods of sampling and test
for infant formula in liquid or powdered form
consumption.
8.
US EAS 12:2014, Potable water
— Specification
intended for use, where necessary, as a
This Uganda Standard specifies requirements
substitute for human milk in meeting the
and methods of sampling and test for potable
normal nutritional requirements of infants. (This
water (treated potable water and natural potable
water). (This standard cancels and replaces US
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201:2008, Drinking (potable) water – Specification,
This
which has been technically revised).
requirements, methods of sampling and testing
9. US EAS 13: 2018, Packaged mineral waters
for plantation or mill white sugar intended for
— Specification (2nd Edition)
packaged
mineral
waters
Standard
specifies
the
human consumption.
This Uganda Standard specifies requirements
for
Uganda
for
human
14. US CODEX STAN 17:1981, Standard for
canned applesauce
consumption. [This standard cancels and replaces
This Uganda Standard applies to canned
US EAS 13: 2014, Packaged natural mineral water
applesauce offered for direct consumption,
— Specification (1st Edition), which has been
including for catering purposes or for repacking
technically revised].
if required. It does not apply to the product
10. US 14:2002 Standard specification for
when indicated as being intended for further
pulses (excluding beans)
processing.
This Uganda Standard applies to the whole,
shelled or split pulses which are intended for
15. US 18:2004 Honey – Specification (Second
edition)/ Corrigendum 1 2012-11-29
direct human consumption.
This Uganda Standard applies to all honeys
11. US EAS 14:2018, Fats spreads and blended
produced by honeybees and covers all styles of
spreads- Specification (2nd Edition)
honey presentations which are processed and
This Uganda Standard specifies requirements,
ultimately intended for direct consumption. It
sampling and test methods for fat spreads and
also covers honey for industrial uses or as an
blended spreads. It does not apply to fat spreads
ingredient in other foods, and honey which is
derived exclusively from milk and/or milk
packed for sale in bulk containers, which may be
products to which only other
repacked into retail packs
substances
necessary for their manufacture have been
added such as butter and dairy spreads. (This
16. US
EAS
19:2017,
Fresh
avocado
—
Specification
second edition cancels and replaces the first edition,
This Uganda Standard specifies requirements,
US EAS 14:2000, Specification for margarine, which
sampling and test methods for avocados (Persea
has been technically revised).
americana Gartner or P. Grattisima mill) fruits of
12. US CAC/RCP 15:1976, Code of hygienic
practice for eggs and egg products
This Code of Hygienic Practice for eggs and egg
products is intended to provide guidance for the
safe production of eggs and egg products.
13. US EAS 16:2009, Plantation (mill) white
sugar – Specification
the family Lauraceae to be supplied fresh to the
consumer. This standard does not apply to
avocados for industrial processing. (This Uganda
Standard cancels and replaces US 3:2015, Fresh
avocado — Specification which has been technically
revised).
17. US EAS 22:2019, Butter — Specification (3rd
Edition)
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This Uganda Standard specifies requirements,
This Uganda Standard applies to a class of fruit
sampling and test methods for butter intended
spreads commonly known as jams and jellies
for
which are prepared from single fruits or from
human
consumption
or
for
further
processing. (This standard cancels and replaces the
two or more fruits.
second
22. US
edition
US
EAS
22:2006,
Butter
–
Specification, which has been technically revised).
18. US
EAS
27:2019,
UHT
milk
—
This Uganda Standard specifies requirements,
sampling and test methods for UHT milk
obtained from cow milk. (This standard cancels
and replaces the second edition US EAS 27:2006,
UHT milk – Specification, which has been technically
revised).
for
citrus
This Uganda Standard applies to marmalade
prepared from citrus fruit.
23. US CXS 33:1981, Standard for olive oils
and olive pomace oils (Revised 2017)
This Uganda Standard applies to olive oils and
olive-pomace oils presented in a state for human
consumption.
24. US 33:2017, Edible ices and ice mixes —
19. US EAS 28:2019, Black tea — Specification
This Uganda Standard specifies requirements,
sampling and test methods for black tea of
Camellia sinensis (Linneaus) O. Kuntze. This
standard also applies to blended black tea. This
does
not
apply
to
scented
or
decaffeinated black tea. (This standard cancels and
replaces US 292:2002, Specification for black tea,
which has been technically revised).
the food and drink manufacturing industry
This Uganda Standard specifies the minimum
requirements
for
factories
engaged
the
manufacture,
in
and
employees
processing,
packaging, storage, handling, treatment and
of
foods
intended
Specification (2nd Edition)
This
Uganda
standard
specifies
the
requirements, methods of sampling and test for
edible ices ready for human consumption and
ice mixes in liquid or powdered/dried form
(This Uganda Standard cancels and replaces US
33:2002, Standard specification for edible ices and ice
mixes, which has been technically revised).
25. US EAS 33:2019, Yoghurt — Specification
(3rd Edition)
20. US 28:2002 Code of practice for hygiene in
delivery
Specifications
marmalade
Specification (3rd Edition)
standard
32:1999
for
human
This Uganda Standard specifies requirements,
sampling and test methods for yoghurt. (This
standard cancels and replaces the second edition US
EAS 33:2006, Yoghurt – Specification, which has
been technically revised).
26. US EAS 35:2012, Fortified food grade salt
— Specification
consumption.
This
21. US 31:1999 Standard specification for jam
requirements and methods of sampling and test
(fruits preserves) and jellies
Uganda
Standard
specifies
the
for fortified food grade salt: coarse salt, crushed
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salt
and
table
salt
intended
for
human
intended for feeding large groups of people,
consumption.
such as children in schools, the elderly either in
27. US CODEX STAN 36:1981, Standard for
old people’s homes or by means of "meals on
quick frozen finfish, eviscerated or un-
wheels",
eviscerated
hospitals, persons in prisons, schools and similar
patients
in
nursing
homes
and
This Uganda Standard applies to frozen finfish
institutions.
eviscerated and un-eviscerated.
32. US 40:2000 Standard specification for
28. US CODEX STAN 37:1981, Standard for
canned shrimps or prawns
papain powder
The
Uganda
Standard
prescribes
the
This standard applies to canned shrimps or
requirements and methods for test for papain
canned prawns. It does not apply to specialty
powder.
products where shrimp constitutes less than 50
33. CODEX STAN 41:1981, Standard for quick
% (m/m) of the contents.
29. US EAS 38:2013, Labelling of pre-packaged
foods — General requirements
frozen peas
This standard applies to quick frozen peas of the
species Pisum sativum L. offered for direct
This Uganda standard applies to the labelling of
consumption without further processing, except
all prepackaged foods to be offered as such to
for size grading or repacking if required. It does
the consumer or for catering purposes and to
not apply to the product when indicated as
certain aspects relating to the presentation
intended for further processing, or for other
thereof. (This standard cancels and replaces US
industrial purposes
7:2002, General standard for labelling of pre-
34. US CODEX STAN 42:1981, Standard for
packaged foods, which has been technically revised).
30. US CXS 39-1981, Codex standard for dried
edible fungi
This Uganda Standard applies to dried fungi
(including freeze-dried fungi), whole or sliced,
canned pineapple
This Uganda Standard applies to canned
pineapple.
35. US EAS 43:2012, Bread — Specification/
Corrigendum 1 2013-09-30
of all edible species, after preparation and
This
packaging.
requirements and methods of sampling and test
31. US CAC/RCP 39:1993, Code of hygienic
practice for precooked and cooked foods in
mass catering
This Code of hygienic practice deals with the
hygienic requirements for cooking raw foods
and handling cooked and precooked foods
Uganda
Standard
specifies
the
for bread intended for human consumption.
36. US EAS 44:2019, Milled maize (corn)
products — Specification (4th Edition)
This Uganda Standard specifies requirements,
sampling and test methods for whole maize
meal, granulated maize meal, sifted maize meal,
maize grits and maize flour from the grains of
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common maize (Zea mays L.) intended for
which may be concentrated (solid or liquid) or
human consumption. This standard does not
ready to drink.
apply to fortified milled maize (corn) products
40. US 49:2000 Standard specification for
and
maize
grits
manufacturing
of
intended
starch
for
and
brewing,
any
other
mango chutney
This
Uganda
Standard
prescribes
the
industrial use. (This standard cancels and replaces
specifications for mango chutney.
the third edition US EAS 44:2017, Milled maize
41. US EAS 49:2019, Milk powders and cream
(corn) products – Specification, which has been
powder — Specification (3rd Edition)
This Uganda Standard specifies requirements,
technically revised).
sampling and test methods for milk powders
37. US 45: 2019, General standard for food
additives (7th edition)
This Uganda Standard specifies the guidelines
for the use of food additives and lists the food
additives that have been assigned Acceptable
Daily Intakes (ADIs) or determined, based on
and cream powder intended for direct human
consumption or for further processing. (This
standard cancels and replaces the second edition US
EAS 49:2006, Dried whole milk and skimmed milk
powder – Specification, which has been technically
revised).
other criteria to be safe and suitable for use in
product
42. US 51-1:2000 Specification for mayonnaise
categories. [This standard cancels and replaces US
- Part 1: Real mayonnaise/ Corrigendum 1
45: 2017, General Standard for Food Additives (6 th
2012-11-29
specific
food
products
or
food
This part of the standard prescribes the
Edition), which has been technically revised].
38. US
EAS
46:2017,
Dry
beans
—
specifications for real mayonnaise.
43. US 51-2:2000 Specification for mayonnaise
Specification (3rd Edition)
This Uganda Standard specifies requirements,
- Part 2: Low fat mayonnaise/ Corrigendum
sampling and test methods for dry beans
1 2012-11-29
(Phaseolus vulgaris L.) intended for human
This part of the standard prescribes the
consumption. (This standard cancels and replaces
specifications for low fat mayonnaise.
US EAS 46:2013, Dry beans — Specification (2nd
44. US
47:2011,
Carbonated
and
51:2017,
Wheat
grains
—
Specification (3rd Edition)
Edition), that has been technically revised).
39. US
EAS
non-
This Uganda Standard specifies requirements,
sampling and test methods for wheat grain of
carbonated soft drinks – Specification
the
varieties (cultivars) grown from common wheat
requirements and methods of sampling and test
(Triticum aestivum L.) intended for human
for carbonated and non-carbonated soft drinks
consumption. (This standard cancels and replaces
This
Uganda
Standard
specifies
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US EAS 51:2013, Wheat grains — Specification (2nd
This
Edition), that has been technically revised).
requirements for roasted groundnuts (Arachis
45. US CODEX STAN 52:1981, Standard for
hypogea).
quick frozen strawberries
49. US
This Uganda Standard applies to quick frozen
Uganda
Standard
EAS
60:2013,
prescribes
Peanut
butter
the
–
Specification (2nd Edition)
strawberries (excluding quick frozen strawberry
This
puree) of the species Fragaria grandiflora L. and
requirements and methods of sampling and test
Fragaria vesca L. offered for direct consumption
for peanut butter derived from seeds of peanuts
without further processing, except for size
(groundnuts) of the species Arachis hypogaea L.
grading or repacking if required. It does not
(This Uganda Standard cancels and replaces US EAS
apply to the product when indicated as intended
60:2000, Peanut butter – Specification, which has
for further processing or for other industrial
been technically revised)
purposes.
50. US CODEX STAN 60:1981, Standard for
46. US EAS 55:2019, Compounded pig feeds —
Uganda
Standard
specifies
the
canned raspberries
This Uganda Standard applies to canned
Specification
This Uganda Standard specifies requirements,
raspberries.
methods of sampling and test for compounded
51. US CODEX STAN 61:1981, Standard for
feeds used as a sole source of nutrients for: pig
canned pears
starter feed; pig growers feed; pig finishing feed;
This Uganda Standard applies to canned pears
and lactating sow feed. (This standard cancels and
offered for direct consumption, including for
replaces US 811:2009, Pig feeds – Specification,
catering purposes or for repacking if required. It
which has been technically revised).
does not apply to the product when indicated as
47. US EAS 57-1:2000 Groundnuts (peanuts) -
being intended for further processing.
Specification - Part 1: Raw groundnuts for
table use and for oil milling
This
Uganda
Standard
prescribes
52. US
EAS
61:2014,
Opaque
beer
—
Specification
the
This
Uganda
Standard
specifies
the
requirements, grading and methods of test for
requirements and methods of sampling and test
shelled groundnut kernels. This Part I of the
for opaque beer. The standard does not cover
standard shall apply to shelled groundnuts for
stout beer.
table use, for oil milling and for making peanut
53. US CODEX STAN 62:1981, Standard for
butter.
48. US EAS 57-2:2000 Groundnuts (peanuts) Specification - Part 2: Roasted groundnuts
canned strawberries
This Uganda Standard applies to canned
strawberries..
54. US EAS 63:2019, Beer — Specification (3rd
edition)
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This Uganda Standard specifies requirements,
39:1999, Specification for tomato sauce which have
sampling and test methods for beer. (This third
been technically revised).
edition cancels and replaces the second edition,
58. US EAS 66-3:2017, Tomato products —
US EAS 63:2014, Beer — Specification which has
Specification — Part 3: Tomato juice
This Uganda Standard specifies requirements,
been technically revised)
sampling and test methods for unfermented but
55. US CAC/GL 66–2008, Guidelines for the
use of flavourings
fermentable
juice,
intended
for
direct
consumption, obtained from fresh tomatoes
This Uganda Standard provides principles for
the safe use of flavourings whose Acceptable
Daily Intakes (ADIs) have been established or
that have been evaluated and determined to
present no safety concern at the specified levels
(Lycopersicum esculentum L.), puree, paste or
concentrates.
59. US EAS 66-4:2017, Tomato products —
Specification
—
Part
4:
Tomato
concentrates (paste and puree)
of application. The standard also defines the
This Uganda Standard specifies requirements,
principles for establishing practices for the use
sampling
of
concentrates (paste and puree). (This Uganda
flavourings
to
avoid
misleading
the
and
test
methods
for
tomato
consumer.
Standard cancels and replaces US 1508:2013,
56. US EAS 66-1:2017, Tomato products —
Tomato puree — Specification and US 1507:2013,
Specification — Part 1: Canned (preserved)
Tomato paste — Specification which have been
tomato
technically revised
This Uganda Standard specifies requirements,
sampling
and
test
methods
for
canned
60. US CODEX STAN 66:1981, Standard for
table olives
(preserved) tomatoes. (This Uganda Standard
This Uganda Standard applies to the fruit of the
cancels and replaces US EAS 66-1:2000, Tomato
cultivated olive tree (Olea europaea L.) which has
products — Specification — Part 1: Canned tomato
been suitably treated or processed, and which is
which has been technically revised).
offered for direct consumption as table olives,
57. US EAS 66-2:2017, Tomato products —
including for catering purposes or olives packed
Specification — Part 2: Tomato sauce and
in bulk containers which are intended for
ketchup
This Uganda Standard specifies requirements,
sampling and test methods for tomato sauce and
ketchup (also known as catsup and catchup).
(This Uganda Standard cancels and replaces US
38:1999, Specification for tomato ketchup and US
repacking into consumer size containers. It does
not apply to the product when indicated as
being intended for further processing.
61. US CODEX STAN 67:1981, Standard for
raisins
This Uganda Standard applies to dried grapes of
varieties conforming to the characteristics of
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Vitis vinifera L. which have been suitably treated
This Uganda Standard specifies requirements,
or processed and which are offered for direct
sampling and test methods for dairy ice cream
consumption as raisins or sultanas. It also covers
intended for human consumption. (This standard
raisins packed in bulk containers which are
cancels and replaces the second edition US EAS
intended for repacking into consumer size
70:2006, Dairy ices and dairy ice creams –
containers. This standard does not include a
Specification, which has been technically revised).
similar dried vine fruit known as dried currants.
62. US EAS 67:2019, Raw cow milk —
Specification (3rd Edition)
This Uganda Standard specifies requirements,
sampling and test methods for raw cow milk.
(This standard cancels and replaces the second
edition US EAS 67:2006, Raw cow milk –
Specification, which has been technically revised.
63. US EAS 69:2019, Pasteurized milk —
Specification (3rd Edition)
This Uganda Standard specifies requirements,
sampling and test methods for pasteurized milk
obtained from raw cow milk. (This standard
cancels and replaces the second edition (US EAS
69:2006), Pasteurized milk – Specification, which has
been technically revised)
66. US CODEX STAN 70:1981, Standard for
canned tuna and bonito
This Uganda Standard applies to canned tuna
and bonito. It does not apply to speciality
products where the fish content constitutes less
than 50 % (m/m) of the contents.
67. US EAS 72:2013, Processed cereal-based
foods for infants and young children –
Specification
This
Uganda
Standard
specifies
the
requirements and methods of sampling and test
for processed cereal-based foods intended for
feeding infants as a complementary food
generally from the age of six months onwards,
taking
into
account
infants’
individual
nutritional requirements, and for feeding young
64. US CODEX STAN 69:1981, Standard for
quick frozen raspberries
children as part of a progressively diversified
diet. (This Uganda Standard cancels and replaces
This Uganda Standard applies to quick frozen
US CODEX STAN 74:1981, Standard for processed
raspberries of the species Rubus idaeus L. offered
cereal-based foods for infants and young children).
for
68. US CODEX STAN 73:1981 Standard for
direct
consumption
without
further
processing, except for repacking if required. It
canned baby foods
does not apply to the product when indicated as
This Uganda Standard specifies requirements
intended for further processing or for other
for baby foods are foods intended primarily for
industrial purposes.
use during the normal infant's weaning period
65. US EAS 70:2019, Dairy ice cream —
and also for the progressive adaptation of
Specification (3rd Edition)
infants and children to ordinary food.
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69. US CODEX STAN 75:1981, Standard for
quick frozen peaches
dilutables containing fruit juice. (This standard
cancels and replaces the US 62:2011, Fruit juice
This Uganda Standard applies to quick frozen
drinks – Specification, which has been technically
peaches of the species Prunus persica L. offered
revised).
for
direct
consumption
without
further
processing, except repacking, if required. It does
not apply to the product when indicated as
intended for further processing or for other
industrial purposes.
70. US EAS 75:2019, Compounded cattle feeds
— Specification
This Uganda Standard specifies supplementary
feeding requirements, method of sampling and
test for compounded cattle feeds which include
feeds for calves, weaners, dairy beef and
draught cattle. (This standard cancels and replaces
US 807:2009, Cattle feeds – Specification, which has
been technically revised).
73. US CODEX STAN 77:1981, Standard for
quick frozen spinach
This Uganda Standard applies to quick frozen
spinach of the species Spinacia oleracea L. offered
for
direct
consumption
without
further
processing except for repacking, if required. It
does not apply to the product when indicated as
intended for further processing or for other
industrial purposes.
74. US CODEX STAN 78:1981, Standard for
canned fruit cocktail
This Uganda Standard applies to canned fruit
cocktail.
75. US EAS 78:2000 Milk-based baby foods –
71. US CODEX STAN 76:1981, Standard for
Specification
This
quick frozen bilberries
Uganda
Standard
prescribes
the
This Uganda Standard applies to quick frozen
requirements for infant milk-based foods. This
bilberries of the species Vaccinium myrtillus L.
standard does not include foods covered by the
offered for direct consumption, without further
standards for infant formula, for processed
processing, except for repacking, if required. It
cereal-based foods for infants and children and
does not apply to the product when indicated as
for canned baby foods.
intended for further processing or for other
76. US
industrial purposes nor to the product covered
EAS
83:2017,
Fresh
tomato
—
Specification
by the special standard for quick frozen
This Uganda Standard specifies requirements,
blueberries.
sampling and test methods for fresh tomato
72. US
EAS
77:2019,
Fruit
drinks
—
(Lycopersicon esculentum) of the family Solanaceae
for direct human consumption. (This Uganda
Specification (1st Edition)
the
Standard cancels and replaces US 1506:2013, Fresh
requirements, sampling and test methods for
tomatoes — Specification which has been technically
fruit
revised).
This
Uganda
drinks
Standard
either
as
specifies
ready-to-drink
or
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77. US CODEX STAN 86:1981, Standard for
81. US
EAS
89:2017,
Millet
flour
—
Specification (2nd Edition)
cocoa butter
This Uganda Standard applies exclusively to
This Uganda Standard specifies requirements,
cocoa butter used as an ingredient in the
sampling and test methods for millet flour
manufacture
obtained from pearl millet of varieties (cultivars)
of
chocolate
and
chocolate
“souna” and “sanio” grown from Pennisetum
products.
78. US EAS 87:2019, Sweetened condensed
milk — Specification
(3rd
Edition)
glaucum (L.) R.Br. proso millet grown from
Panicum miliaceum and finger millet grown
This Uganda Standard specifies requirements,
from Eleusine coracana (L.) Gaertner intended
sampling and test methods for sweetened
for human consumption. It does not apply to
condensed milk obtained from cow milk,
grits obtained from pearl millet. (This standard
intended for direct human consumption or for
cancels and replaces US EAS 89:2011, Millet flour
further processing. (This standard cancels and
— Specification (1st Edition), that has been
replaces the second edition US EAS 87:2006,
technically revised).
Sweetened condensed milk – Specification, which has
82. US CODEX STAN 90:1981, Standard for
been technically revised).
79. US CODEX STAN 88-1981(Revised in
2015), Standard for corned beef
This Uganda Standard applies to canned beef
products designated as "Corned Beef" and sold
in hermetically sealed containers which have
been heat treated after sealing to such an extent
that the product is shelf-stable. (This standard
cancels and replaces US 36 CS 88:1993, Standard
specification for canned corned beef which has been
technically revised).
80. US CODEX STAN 89-1981(Revised in
2015), Standard for luncheon meat
This Uganda Standard applies to products
designated as "Luncheon Meat" which have
been packed in any suitable packing material.
canned crab meat
This Uganda Standard applies to canned crab
meat. It does not apply to specialty products
where crab meat constitutes less than 50 %
(m/m) of the contents.
83. US EAS 90:2019, Compounded poultry
feeds — Specification
This
Uganda
Standard
specifies
the
requirements for compounded poultry feeds
used as a sole source of nutrients for poultry.
This standard applies to feeds for the following
categories of chicken and turkeys: chicks and
poults;
growers;
broilers
—
Starters
and
finishers; layers; and breeders. (This standard
cancels and replaces US 806:2009, Poultry feeds –
Specification, which has been technically revised).
(This standard cancels and replaces US 35 CS
89:1993, Standard specification for luncheon meat
which has been technically revised).
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84. US
EAS
91:2017,
Passion
fruits
—
Specification
obtained from decorticated sorghum grains
(Sorghum bicolour (L) Moench.) intended for
This Uganda Standard specifies requirements,
human consumption. It does not apply to grits
sampling and test methods for commercial
or meal obtained from sorghum. (This standard
varieties of passion fruits from the species
cancels and replaces US EAS 95:2011, Sorghum
golden passion fruit/sweet granadilla (Passiflora
flour — Specification (1st Edition), that has been
ligularis Juss), purple passion fruit (Passiflora
technically revised).
edulis Sims forma edulis), yellow passion fruit
88. US CODEX STAN 96:1981 (Revision:2015),
(Passiflora edulis Sims forma flavicarpa) and their
Standard for cooked cured ham (2nd
hybrids grown from the Passifloraceae family, to
edition)
be supplied fresh to the consumer. This
This Uganda Standard applies to products
standard does not apply to passion fruits for
designated as "Cooked Ham" packaged in any
industrial processing. (This Uganda Standard
suitable packaging material. It does not apply to
cancels and replaces US 1610:2015, Fresh passion
cooked
fruit — Specification which has been technically
characteristics different from those specified.
revised).
These products shall be designated with a
85. US CODEX STAN 94:1981, Standard for
qualifying statement which describes the true
ham
products
with
compositional
nature in such a way that it does not mislead the
sardines and sardine type products
This Uganda Standard applies to canned
consumer and that it does not lead to confusion
sardines and sardine-type products packed in
with products covered by this standard. [This
water or oil or other suitable packing medium. It
Uganda Standard cancels and replaces US CODEX
does not apply to speciality products where fish
STAN 96:1981 (Revision 1991), Standard for cooked
content constitute less than 50 % (m/m) of the
cured ham, which has been technically revised].
net contents of the can.
89. US CODEX STAN 97:1981 (Revision:2015),
86. US CODEX STAN 95:1981, Standard for
Standard for cooked cured pork shoulder
(2nd edition)
quick frozen lobsters
This Uganda Standard applies to quick frozen
This Uganda Standard applies to products
raw or cooked lobsters, rock lobsters, spiny
designated
lobsters and slipper lobsters. It also applies to
packaged in any suitable packaging material. It
quick frozen raw or cooked squat lobsters (red
does not apply to cooked pork shoulder
and yellow).
products
87. US
EAS
95:2017,
Sorghum
flour
–
Specification (2nd Edition)
as
with
"Cooked
Pork
compositional
Shoulder"
characteristics
different from those specified. These products
shall be designated with a qualifying statement
This Uganda Standard specifies requirements,
which describes the true nature in such a way
sampling and test methods for sorghum flour
that it does not mislead the consumer and that it
11 | P a g e
does not lead to confusion with products
This Uganda Standard applies to quick frozen
covered by this standard. [This Uganda Standard
blueberries of the species Vaccinium corymbosum
cancels and replaces US CODEX STAN 97:1981
L., Vaccinium angustifolium AIT. and Vaccinium
(Revision 1991), Standard for cooked cured pork
ashei READE, offered for direct consumption
shoulder, which has been technically revised].
without
90. US EAS 97:1999, Fishmeal — Specification
repacking, if required. It does not apply to the
This
the
product when indicated as intended for further
in
processing or for other industrial purposes, nor
Uganda
requirements
Standard
for
prescribes
fishmeal
for
use
further
processing,
except
for
compounding livestock feeds.
to the bilberries as covered by the standard for
91. US CODEX STAN 98:1981 (Revision:2015),
quick frozen bilberries
Standard for cooked cured chopped meat
(2nd edition)
95. US CODEX STAN 104:1981, Standard for
quick frozen leek
This Uganda Standard applies to products
This Uganda Standard applies to quick frozen
designated as "Chopped Meat" which have been
leek of the species Allium porrum L. offered for
packed in any suitable packaging material. [This
direct consumption without further processing,
Uganda Standard cancels and replaces US CODEX
except for sizing or repacking, if required. It
STAN 98:1981 (Revision 1991), Standard for cooked
does not apply to the product when indicated as
cured chopped meat, which has been technically
intended for further processing or for other
revised].
industrial purposes.
92. US
EAS
98:2019,
Specification
(2nd
Curry
powder
—
Edition)
This Uganda Standard specifies requirements,
96. US CODEX STAN 105:1981, Standard for
cocoa powders (cocoas) and dry mixtures of
cocoa and sugars
sampling and test methods for curry powder,
This Uganda Standard applies to cocoa powders
which is used as a flavouring material in the
(cocoas) and dry mixtures of cocoa and sugars
preparation of food. (This standard cancels and
intended for direct consumption.
replaces the first edition US EAS 98:1999, Curry
97. US EAS 105:1999, Roasted coffee beans and
powder – Specification, which has been technically
revised).
93. US CODEX STAN 99:1981, Standard for
canned tropical fruit salad
This Uganda Standard applies to canned
tropical fruit salad.
94. US CODEX STAN 103:1981, Standard for
quick frozen blueberries
roasted ground coffee – Specification
This
Uganda
Standard
prescribes
the
requirements and methods of sampling and test
for roasted coffee beans and roasted ground
coffee.
98. US
CODEX
STAN
106:1981,
General
standard for irradiated foods
This
Uganda
Standard
applies
to
foods
processed by ionizing radiation that is used in
12 | P a g e
conjunction with applicable hygienic codes, food
var. gemmifera (DC) Schulz offered for direct
standards and transportation codes. It does not
consumption, without further processing except
apply to foods exposed to doses imparted by
for size grading or repacking, if required. It does
measuring instruments used for inspection
not apply to the product when indicated as
purposes.
intended for further processing or for other
99. US
EAS
109:2018,
Potable
spirit
—
Specification (2nd Edition)
industrial purposes.
103.
This Uganda Standard specifies requirements,
US CODEX STAN 113:1981, Standard
for quick frozen green and wax beans
sampling and test methods for potable spirits.
This Uganda Standard applies to quick frozen
(This standard cancels and replaces US EAS
green beans and quick frozen wax beans from
109:2014, Potable spirit — Specification, which has
suitable varieties of the species Phaseolus vulgaris
been technically revised).
L. and quick frozen green beans from suitable
100.
varieties of the species Phaseolus coccineus L.
US CODEX STAN 110:1981, Standard
for quick frozen broccoli
offered for direct consumption without further
This Uganda Standard applies to quick frozen
processing, except for size-grading or repacking,
broccoli of the species Brassica oleracea L. var.
if required. It does not apply to the product
italica Plenck (Sprouting broccoli) offered for
when
direct consumption without further processing,
processing or for other industrial purposes.
except for re-packing, if required. It does not
104.
apply to the product when indicated as intended
indicated
as
intended
for
further
US CODEX STAN 115:1981, Standard
for pickled cucumbers
for further processing or for other industrial
This Uganda Standard applies to pickled
purposes.
cucumbers intended for direct consumption.
101.
105.
US CODEX STAN 111:1981, Standard
for quick frozen cauliflower
US CODEX STAN 119:1981, Standard
for canned finfish
This Uganda Standard applies to quick frozen
This Uganda Standard applies to canned finfish
cauliflower of the species Brassica oleracea L. var.
packed in water, oil or other suitable packing
botrytis L. offered for direct consumption
medium. It does not apply to speciality products
without
for
where the canned finfish constitutes less than 50
repacking, if required. It does not apply to the
% (m/m) of the net contents of the can or to
product when indicated as intended for further
canned
processing or for industrial purposes
standards.
102.
106.
further
processing,
except
US CODEX STAN 112:1981, Standard
for quick frozen Brussels sprouts
finfish
US
covered
EAS
by
128:2017,
other
Milled
product
rice
–
Specification (3rd Edition)
This Uganda Standard applies to quick frozen
This Uganda Standard specifies requirements,
Brussels sprouts of the species Brassica oleracea L.
sampling and test methods for milled rice of the
13 | P a g e
varieties grown from rice grains, Oryza spp.
sparkling wine. This standard also applies to
intended for human consumption. (This standard
carbonated wine. (This standard cancels and
cancels and replaces US EAS 128:2013, Milled rice
replaces US EAS 140:2014, Sparkling wine —
— Specification (2nd Edition), that has been
Specification, which has been technically revised).
technically revised).
111.
107.
US CODEX STAN 131:1981, Standard
for unshelled pistachio nuts
US CODEX STAN 140:1983, Standard
for quick frozen carrots
This Uganda Standard applies to quick frozen
This Uganda Standard applies to unshelled
carrots of the species Daucus carota L. offered for
pistachios from varieties of Pistacia vera L. either
direct consumption without further processing,
in natural or in processed condition and which
except for repacking, if required. It does not
are offered for direct consumption. It also covers
apply to the product when indicated as intended
unshelled pistachios which are packed in bulk
for further processing or for other industrial
containers and which are intended for repacking
purposes.
in consumer size containers.
112.
108.
US EAS 138:2019, Still table wine —
Specification (3rd Edition)
This
Uganda
for cocoa (cacao) mass (cocoa/chocolate
Liquor) and cocoa cake
the
This Uganda Standard applies to cocoa (cacao)
requirements, sampling and test methods for
mass or cocoa/chocolate liquor, and cocoa cake,
still table wine prepared from grape or other
for the use in the manufacture of cocoa and
fruits. (This third edition cancels and replaces
chocolate products. These products may also be
the second edition, US EAS 138:2014, Still table
sold directly to the consumer.
wine
113.
—
Standard
US CODEX STAN 141:1983, Standard
Specification,
specifies
which
has
been
This
US EAS 139:2018, Fortified wine —
Specification (2nd Edition)
This
Uganda
EAS
141:2018,
Whisky
—
Specification (2nd Edition)
technically revised).
109.
US
Standard
specifies
the
requirements, sampling and test methods for
Uganda
Standard
specifies
the
requirements, sampling and test methods for
whisky (whiskey). (This standard cancels and
replaces US EAS 141:2014, Whisky — Specification,
which has been technically revised).
fortified wine. (This standard cancels and replaces
US EAS 139:2014, Fortified wine — Specification
114.
US EAS 140:2018, Sparkling wine —
Uganda
Standard
142:2018,
Vodka
―
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
Specification (2nd Edition)
This
EAS
Specification (2nd Edition)
that has been technically revised).
110.
US
specifies
the
vodka. This standard also applies to flavoured
requirements, sampling and test methods for
vodka. (This standard cancels and replaces US EAS
14 | P a g e
142:2014, Vodka — Specification, which has been
119.
technically revised).
115.
(2nd Edition)
US CODEX STAN 143:1985,
Standard for dates
This Uganda Standard applies to commercially
prepared whole dates in pitted or un-pitted
styles packed ready for direct consumption. It
does not apply to other forms such as pieces or
mashed dates or dates intended for industrial
purposes.
116.
US
EAS
143:2018,
Brandy
―
Specification (2nd Edition)
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
brandy, fruit brandy and blended brandy. (This
standard cancels and replaces US EAS 143:2014,
Brandy — Specification, which has been technically
revised).
117.
US EAS 146:2018, Rum ― Specification
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
rum. (This standard cancels and replaces US EAS
146:2014, Rum — Specification, which has been
technically revised).
120.
US CODEX STAN 145:1985,Standard
for canned chestnuts and chestnut puree
This Uganda Standard applies to canned
chestnuts and chestnut puree.
121.
US EAS 147-1:2019, Vinegar from
natural
sources
—
Specification
(2nd
Edition)
This Uganda Standard specifies requirements,
sampling and test methods for vinegar from
natural
sources
intended
for
human
consumption. (This standard cancels and replaces
the first edition US 212-1:2000/EAS 147-1, Vinegar
US EAS 144:2018, Neutral spirit ―
Specification
(2nd
Edition)
– Specification Part 1: Vinegar from natural sources,
which has been technically revised).
This Uganda Standard specifies requirements,
sampling and test methods for neutral spirit
intended for use in the manufacture or blending
of alcoholic beverages. (This standard cancels and
replaces US EAS 144:2014, Neutral spirit —
US EAS 147-2:2019, Vinegar from
artificial sources — Specification (2nd
Edition)
This Uganda Standard specifies requirements,
sampling and test methods for vinegar from
Specification that has been technically revised).
118.
122.
US EAS 145:2018, Gin ― Specification
artificial
sources
intended
for
human
consumption. (This standard cancels and replaces
(2nd Edition)
the
the first edition US 212-2:2000/EAS 147-2, Vinegar
requirements, sampling and test methods for gin
– Specification Part 2: Vinegar from artificial
This
Uganda
Standard
specifies
and flavoured gin. (This standard cancels and
replaces US EAS 145:2014, Gin — Specification that
has been technically revised).
sources, which has been technically revised).
123.
US CODEX STAN 151:1985, Standard
for gari
15 | P a g e
This Uganda Standard applies to gari destined
Code of hygienic practice for milk and milk products
for
(1st Edition) which has been technically revised).
direct
human
consumption
which
is
obtained from the processing of cassava tubers
129.
edible cotton seed oil
(Manihot esculenta Crantz).
124.
US 170:2000 Standard specifications for
US EAS 153:2014, Packaged drinking
This
Uganda
requirements
water — Specification
for
Standard
edible
oil
specifies
the
derived
from
This Uganda Standard specifies requirements
cottonseeds. The standard does not apply to
and method of sampling and test for packaged
cottonseed oil which must be subject to further
drinking water for direct consumption. (This
processing in order to render it suitable for
standard cancels and replaces US 42:2008, Packaged
human consumption.
water
130.
other
than
natural
mineral
water
–
edible palm kernel oil
Specification, which has been technically revised).
125.
US CODEX STAN 156:1987 Standards
for follow-up formula
This
Uganda
Standard
US 174:2000 Standard specifications for
This
Uganda
Standard
specifies
the
requirements and test methods for to edible oil
applies
to
the
derived from palm kernels. The standard does
composition and labeling of follow-up formula.
not apply to palm kernel oil subject to further
It does not apply to Infant Formula (US CODEX
processing in order to render it suitable for
STAN 72).
human consumption
126.
131.
US CODEX STAN 159:1987, Standard
for canned mangoes
US CODEX STAN 174:1989, General
standard for vegetable protein products
This Uganda Standard applies to canned
This Uganda Standard applies to vegetable
mangoes.
protein products (VPP) intended for use in
127.
foods, which are prepared by various separation
US CODEX STAN 163:1987, Standard
for wheat protein products
and extraction processes from proteins from
This Uganda Standard applies to wheat protein
vegetable sources other than single cell protein.
products prepared from wheat by various
132.
processes.
128.
US 175:2000 Standard specification for
edible sesame oil
US 163: 2019, Milk and milk products
This Uganda Standard applies to edible oil
— Hygiene requirements (2nd Edition)
derived from sesame seeds. The standard does
This Uganda Standard specifies the hygienic
not apply to sesame oil subject to further
requirements
processing in order to render it suitable for
for
production,
handling,
processing, storage, transportation, marketing,
human consumption.
distribution and sale of milk and milk products.
133.
(This standard cancels and replaces US 163: 2000,
US CODEX STAN 177:1991, Standard
for grated desiccated coconut
16 | P a g e
This Uganda Standard applies to desiccated
preparation and packaging. Prickly pears for
coconut. This standard does not cover salted,
industrial processing are excluded.
sugared, flavoured or roasted products.
138.
134.
US CODEX STAN 181:1991, Standard
US CODEX STAN 187:1993, Standard
for carambola
for formula foods for use in weight
This Uganda Standard applies to the fruit of
control
commercial varieties of carambolas grown from
This Uganda Standard applies to formula foods
Averrhoa carambola L., of the Oxalidaceae family,
for use in weight control diets. It does not apply
to be supplied fresh to the consumer, after
to prepackaged meals controlled in energy and
preparation and packaging. Carambolas for
presented in the form of conventional foods.
industrial processing are excluded.
135.
139.
CODEX STAN 183:1993, Standard for
papaya
US CODEX STAN 196:1995, Standard
for litchi
This Uganda Standard applies to fruits of
This Uganda Standard applies to commercial
commercial varieties of papayas grown from
varieties (cultivars) of litchis grown from Litchi
Carica papaya L., of the Caricaceae family, to be
chinensis Sonn., of the Sapindaceae family, to be
supplied
supplied
fresh
preparation
to
and
the
consumer,
packaging.
Papayas
after
for
fresh
to
processing are excluded.
136.
140.
for nopal
consumer,
after
preparation and packaging. Litchis for industrial
industrial processing are excluded.
US CODEX STAN 185:1993, Standard
the
US CODEX STAN 201:1995, Standard
for oats
This Uganda Standard applies to modified stem
This Uganda Standard applies to oat grains
of commercial varieties of nopals grown from
intended for processing for direct human
Opuntia ficus indica, O. tomentosa, O. hyptiacantha,
consumption. This standard does not apply to
O. robusta, O. inermis, O. ondulata, of the
Avena nuda (hulless oats)
Cactaceae family, to be supplied fresh to the
consumer, after preparation and packaging.
Nopals for industrial processing are excluded.
137.
US CODEX STAN 186:1993, Standard
for prickly pear
141.
US CODEX STAN 204:1997, Standard
for mangosteen
This Uganda Standard applies to commercial
varieties of mangosteens grown from Garcinia
This Uganda Standard applies to the fruit of
mangostana L., of the Guttiferae family, to be
commercial varieties of prickly pears grown
supplied
from Opuntia ficus indica, O. streptachanthae, and
preparation and packaging. Mangosteens for
O. lindheimeiri, of the Cactaceae family, to be
industrial processing are excluded.
supplied
142.
fresh
to
the
consumer,
after
fresh
to
the
consumer,
after
US CODEX STAN 209:1999 (Rev. 1-
2001) Maximum level and sampling plan
17 | P a g e
for total
aflatoxins in peanuts intended
for further processing
(Jacq.) Sw., of the Cucurbitaceae family, to be
supplied
fresh
to
the
consumer,
This Uganda Standard prescribes the maximum
preparation
aflatoxin level and sampling plan for peanuts
industrial processing are excluded.
intended for further processing.
147.
143.
US CODEX STAN 213:1999, Standard
and
packaging.
Chayotes
after
for
US 216-1:2000 Carbon dioxide for use
in manufacture of beverages - Part 1:
for limes
Specifications
This Uganda Standard applies tocommercial
This
varieties of limes grown from Citrus latifolia
specification for carbon dioxide used for the
Tanaka, of the Rutaceae family, to be supplied
carbonation of beverages.
fresh to the consumer, after preparation and
148.
packaging. Limes for industrial processing are
Uganda
Standard
prescribes
the
US CODEX STAN 218:1999, Standard
for ginger
excluded.
This Uganda Standard applies to the rhizome of
144.
commercial varieties of ginger grown from
US CODEX STAN 214:1999, Standard
for pummelos (citrus grandi)
Zingiber officinale Roscoe, of the Zingiberaceae
This Uganda Standard applies to commercial
family, to be supplied fresh to the consumer,
varieties of pummelos grown from Citrus grandis
after preparation and packaging. Ginger for
(L.) Osbeck (syn. C. maxima Merr.), of the
industrial processing is excluded.
Rutaceae family, to be supplied fresh to the
149.
consumer, after preparation and packaging.
Pummelos
for
industrial
processing
are
US CODEX STAN 219:1999, Standard
for grapefruits (Citrus paradisi)
This Uganda Standard applies to commercial
excluded.
varieties of grapefruits grown from Citrus
145.
paradisi Macfad., of the Rutaceae family, to be
US CODEX STAN 215:1999, Standard
for guavas
This
Uganda
supplied
Standard
applies
to
fresh
to
the
consumer,
preparation and packaging. Grapefruits for
commercial varieties of guavas grown from
industrial processing are excluded.
Psidium guajava L., of the Myrtaceae family,
150.
to be supplied fresh to the consumer, after
preparation and packaging. Guavas for
industrial processing are excluded.
146.
US CODEX STAN 216:1999, Standard
for chayotes
This Uganda Standard applies to commercial
varieties of chayotes grown from Sechium edule
after
US CODEX STAN 220:1999, Standard
for longans
This Uganda Standard applies to commercial
varieties of longans grown from Dimocarpus
longan Lour., of the Sapindaceae family, to be
supplied
fresh
preparation
and
to
the
consumer,
packaging.
Longans
after
for
industrial processing are excluded.
18 | P a g e
151.
US EAS 221:2001, Woven bags (100 %
sisal) for coffee beans – Specification
This
Uganda
Standard
specifies
be supplied fresh to the consumer, after
preparation and packaging. Cape gooseberries
the
requirements for woven bags (100 % sisal) for
for industrial processing are excluded.
156.
clean coffee beans. (This Uganda Standard is an
US EAS 230:2001, Maize bran as
livestock feed — Specification
adoption of the East African Standard EAS
This
221:2001).
requirements for maize bran as a livestock feed.
152.
157.
US CODEX STAN 221-2001 (Revision
Uganda
Standard
prescribes
the
US EAS 231:2001, Bone meal for
in 2013), Group standard for unripened
compounding
cheese including fresh cheese
Specification
This
cheese including fresh cheese, intended for
requirements for bone meal used as a mineral
direct consumption or further processing.
supplement in animal feeds.
153.
158.
for tannia
Standard
feeds—
This Uganda Standard applies to unripened
US CODEX STAN 224:2001, Standard
Uganda
animal
prescribes
the
US EAS 232: 2001, Maize gluten feed —
Specification
This Uganda Standard applies to the tubercles of
This
Uganda
Standard
prescribes
the
commercial varieties of lilac tannia grown from
requirements for maize gluten feed used for
Xanthosoma violaceum Schott and white tannia
livestock feeding.
grown from Xanthosoma sagittifolium (L.) Schott,
159.
US EAS 233: 2001, Ostrich feed —
Specification
of the Araceae family, to be supplied fresh to the
consumer, after preparation and packaging.
This
Tannias for industrial processing are excluded.
requirements and test methods for ostrich feed.
154.
160.
US CODEX STAN 225:2001, Standard
for asparagus
Uganda
Standard
specifies
the
US CODEX STAN 241:2003, Standard
for canned bamboo shoots
This Uganda Standard applies to shoots of
This Uganda Standard applies to canned
commercial varieties of asparagus grown from
bamboo
Asparagus officinalis L., of the Liliaceae family, to
characteristics of edible varieties from species of
be supplied fresh to the consumer, after
bamboo
preparation and packaging. Asparagus for
consumption, including for catering purposes,
industrial processing is excluded.
repacking or further processing.
155.
161.
US CODEX STAN 226:2001, Standard
for cape gooseberry
shoots,
shoots
complying
and
offered
with
for
the
direct
US CODEX STAN 242:2003, Standard
for canned stone fruits
This Uganda Standard applies to commercial
This Uganda Standard applies to canned stone
varieties of cape gooseberries grown from
fruits of the genus Prunus, and offered for direct
Physalis peruviana (L.), of the Solanaceae family, to
consumption, including for catering purposes or
19 | P a g e
for repacking if required. It does not apply to
This Uganda Standard applies to dairy fat
the product when indicated as being intended
spreads intended for use as spreads for direct
for further processing.
consumption, or for further processing.
162.
US
243:2000/
EAS
173
Standard
167.
specification for pasta
This
standard
specifies
US CODEX STAN 255:2007, Standard
for table grapes
requirements
and
This Uganda Standard applies to commercial
methods of test for pasta products.
varieties (cultivars) of table grapes grown from
163.
Vitis vinifera L., of the Vitaceae family, to be
US CODEX STAN 243:2003 Standard
for fermented milks
supplied
fresh
to
the
consumer,
This Uganda Standard applies to fermented
preparation
milks, that is fermented milk including, Heat
industrial processing are excluded.
Treated
168.
Fermented
Milks,
Concentrated
Fermented Milks and composite milk products
and
packaging.
after
Grapes
for
US CODEX STAN 260:2007, Standard
for pickled fruits and vegetables
based on these products, for direct consumption
This Uganda Standard applies to pickled fruits
or further processing.
and
164.
consumption, including for catering purposes or
US CODEX STAN 249:2006, Standard
for instant noodles
vegetables
and
offered
for
direct
for repacking if required. It does not apply to
This Uganda Standard applies to various
the product when indicated as being intended
kinds of noodles. The instant noodle may be
for further processing.
packed with noodle seasonings, or in the
169.
form of seasoned noodle and with or
without
noodle
garnish(s)
in
separate
pouches, or sprayed on noodle and ready
for consumption after dehydration process.
in 2013), Standard for Mozzarella
This Uganda Standard applies to Mozzarella
intended for direct consumption or for further
processing.
170.
This standard does not apply to pasta.
165.
US CODEX STAN 262-2006 (Revision
US CODEX STAN 263-1966 (Revision
in 2013), Standard for Cheddar
US CODEX STAN 251-2006, Blend of
This Uganda Standard applies to Cheddar
skimmed milk and vegetable fat in
intended for direct consumption or for further
powdered form
processing.
This Uganda Standard applies to a blend of
171.
skimmed milk and vegetable fat in powdered
US CODEX STAN 264-1966 (Revision
in 2013), Standard for Danbo
form, intended for direct consumption, or
This
further processing.
intended for direct consumption or for further
166.
processing.
US CODEX STAN 253:2006, Standard
Uganda
Standard
applies
to
Danbo
for dairy fat spreads
20 | P a g e
172.
US CODEX STAN 265-1966 (Revision
in 2013), Standard for Edam
This
Uganda
Standard
179.
US CODEX STAN 272-1968 (Revision
in 2013), Standard for Provolone
applies
to
Edam
This Uganda Standard applies to Provolone
intended for direct consumption or for further
intended for direct consumption or for further
processing.
processing.
173.
180.
US CODEX STAN 266-1966 (Revision
in 2013), Standard for Gouda
This
Uganda
Standard
applies
US CODEX STAN 273-1968 (Revision
in 2010), Standard for Cottage Cheese
to
Gouda
This Uganda Standard applies to Cottage
intended for direct consumption or for further
Cheese intended for direct consumption or for
procesing.
further processing.
174.
181.
US CODEX STAN 267-1966 (Revision
in 2013), Standard for Havarti
US CODEX STAN 273-1968 (Revision
2010), Cottage cheese
This Uganda Standard applies to Havarti
This Uganda Standard applies to cottage cheese
intended for direct consumption or for further
intended for direct consumption or for further
processing.
processing.
175.
182.
US CODEX STAN 268-1966 (Revision
in 2013), Standard for Samsø
This
Uganda
Standard
applies
US CODEX STAN 274-1969 (Revision
in 2010), Standard for Coulommiers
to
Samsø
This Uganda Standard applies to Coulommiers
intended for direct consumption or for further
intended for direct consumption or for further
processing.
processing.
176.
183.
US CODEX STAN 269-1967 (Revision
in 2013), Standard for Emmental
US CODEX STAN 275-1973 (Revision
2007), Cream cheese
This Uganda Standard applies to Emmental
This Uganda Standard applies to cream cheese
intended for direct consumption or for further
intended for direct consumption or for further
processing.
processing. In some countries, the term “cream
177.
cheese” is used to designate cheeses, such as
US CODEX STAN 270-1968 (Revision
in 2013), Standard for Tilsiter
high fat ripened hard cheese. This standard does
This Standard applies to Tilsiter intended for
not apply to such cheeses.
direct consumption or for further processing.
184.
178.
US CODEX STAN 271-1968 (Revision
in 2013), Standard for Saint-Paulin
US CODEX STAN 276-1973 (Revision
in 2010), Standard for Camembert
This Uganda Standard applies to Camembert
This Uganda Standard applies to Saint-Paulin
intended for direct consumption or for further
intended for direct consumption or for further
processing.
processing.
185.
US CODEX STAN 277:1973 (Revision
in 2010), Standard for Brie
21 | P a g e
This Uganda Standard applies to Brie intended
Senegalese varieties (cultivars) “souna” and
for direct consumption or for further processing.
“sanio” grown from Pennisetum glaucum (L.)
186.
US 277:2017, General standard for the
R.Br. intended for human consumption. (This
labelling of food additives when sold as
Uganda Standard cancels and replaces US EAS
such (2nd Edition)
284:2011, Pearl millet grains – Specification, which
This
Uganda
Standard
specifies
the
requirements for labelling food additives and
has been technically revised).
190.
US CODEX STAN 284:1971 (Revision
processing aids sold by retail or other than by
in 2010), Standard for Whey Cheeses
retail, including sales to caterers and food
This Uganda Standard applies to all products
manufacturers
intended for direct consumption or further
for
their
businesses.
This
standard is an adoption of the latest revision of
processing.
CODEX STAN 107-1981. (This Uganda Standard
191.
US CODEX STAN 288:1976 (Revision
cancels and replaces US 277:2002, General Standard
in 2010), Standard for Cream and Prepared
for the Labelling of Food Additives when sold as such
Creams
(1st Edition) which has been technically revised].
This Uganda Standard applies to cream and
187.
prepared creams for direct consumption or
US CODEX STAN 281:1971, Standard
further processing.
for evaporated milks
This Uganda Standard applies to evaporated
192.
US CODEX STAN 289:1995, Standard
for whey powders
milks, intended for direct consumption or
further processing. (This standard cancels and
This Uganda Standard applies to whey powder
replaces US CODEX STAN A-3:1999, Standard for
and acid whey powder, intended for direct
evaporated milks which has been technically revised).
consumption or further processing. (This Uganda
188.
Standard cancels and replaces US CODEX STAN
US CODEX STAN 283:1978, General
A-15:2003, Standard for whey powders which has
standard for cheese
This
Uganda
Standard
applies
to
cheese
intended for direct consumption or further
been technically revised).
193.
US CODEX STAN 290:1995, Standard
for edible casein products
processing. (This Uganda Standard cancels and
replaces US CODEX STAN A-6:1978 (Rev 1 1999,
This Uganda Standard applies to edible acid
Amend 2003), General standard for cheese which has
casein, edible rennet casein and edible caseinate,
been technically revised).
intended for direct consumption or further
189.
processing.
US EAS 284:2013, Pearl millet grains –
194.
Specification (2nd Edition)
This
Uganda
Standard
specifies
US EAS 297:2013, Edible soya bean oil
– Specification
the
requirements and methods of sampling and test
This
Uganda
Standard
specifies
the
for whole and decorticated pearl millet of the
requirements and methods of sampling and test
22 | P a g e
for edible soya bean (soybean) oil derived from
This
soya beans (seeds of Glycine max (L) Merr). This
requirements and methods of sampling and test
standard does not apply to soya bean oil
for virgin and refined edible palm oil derived
intended for further processing in order to
from fruit (mesocarp) of the palm (Elaeis
render it suitable for human consumption. (This
guineensis). This standard does not cover crude
Uganda Standard cancels and replaces US 169:2000,
palm oil subject to further processing in order to
Standard specifications for edible soya bean oil, which
render it suitable for human consumption. (This
has been technically revised).
Uganda Standard cancels and replaces US 173:2000,
195.
Standard specifications for edible palm oil which has
US EAS 299:2013, Edible sunflower oil
– Specification
This
Uganda
Uganda
Standard
specifies
the
been technically revised).
Standard
specifies
the
198.
requirements and methods of sampling and test
US CODEX STAN 302:2011, Standard
for fish sauce
for edible sunflower oil derived from the seeds
This Uganda Standard applies to fish sauce
of Hellanthus annuus L intended for human
produced by means of fermentation by mixing
consumption. The standard does not apply to
fish and salt and may include other ingredients
sunflower oil, intended for further processing in
added to assist the fermentation process. The
order
human
product is intended for direct consumption as a
consumption. (This Uganda Standard cancels and
seasoning, or condiment or ingredient for food.
replaces US 171:2000, Standard specifications for
This standard does not apply to fish sauce
edible sunflower oil, which has been technically
produced by acid hydrolysis.
revised).
199.
196.
to
render
it
suitable
for
US EAS 300:2013, Edible groundnut oil
– Specification
This
Uganda
US CODEX STAN 303:2011 – Standard
for tree tomatoes
This Uganda Standard applies to commercial
Standard
specifies
the
varieties
of
tree
tomatoes
grown
from
requirements and methods of sampling and test
Cyphomandra betacea Sendt or Solanum betaceum
for edible groundnut oil derived from seeds of
Cav. of the Solanaceae family, to be supplied
Arachis hypogaea L. (groundnuts, peanuts). The
fresh to the consumer, after preparation and
standard does not apply to groundnut oil
packaging.
intended for further processing in order to
processing are excluded.
render it suitable for human consumption. (This
200.
Uganda Standard cancels and replaces US 172:2000,
Tree
tomatoes
for
industrial
US EAS 304:2013, Edible corn oil –
Specification
Standard specifications for edible groundnut oil,
This
which has been technically revised).
requirements and methods of sampling and test
197.
for edible corn oil derived from the embryo
US EAS 301:2013, Edible palm oil –
Specification
Uganda
Standard
specifies
the
(endosperm) of maize or corn (Zea mays L.). The
23 | P a g e
standard does not apply to corn oil intended for
further processing in order to render it suitable
204.
US CODEX STAN 321-2015, Standard
for ginseng products
for human consumption. (This Uganda Standard
This Uganda Standard applies to ginseng
cancels and
products
replaces US
185:2000,
Standard
offered
for
direct
consumption,
specifications for edible corn oil, which has been
including for catering purposes or for repacking,
technically revised).
if required. This Standard applies to ginseng
201.
products used as a food or food ingredient and
US CODEX STAN 310:2013, Standard
for pomegranates
does not apply to products used for medicinal
This Uganda Standard applies to fruits of
purposes.
commercial varieties of pomegranates grown
205.
from Punica granatum L., of the Punicaceae
US EAS 329:2017, Fresh mango —
Specification
family, to be supplied fresh to the consumer
This Uganda Standard specifies requirements,
after preparation and packaging. Pomegranates
sampling
for industrial processing are excluded.
(Mangifera
202.
Anacardiaceae to be supplied fresh to the
US CODEX STAN 318:2014, Standard
for Okra
and
test
indica
methods
L.)
from
for
mango
the
family
consumer. This standard does not apply to
This Uganda Standard applies to commercial
green
varieties of okra grown from varieties of
industrial processing. (This Uganda Standard
Abelmoschus esculentus (L.) Moench (syn. Hibiscus
cancels and replaces US 1611:2015, Fresh mango —
esculentus L.) of the Malvaceae family, to be
Specification, which has been technically revised).
supplied fresh to the consumer after preparation
206.
and packaging.
203.
US EAS 321: 2018, Edible fats and oils
Uganda
US
CXS
mango
and
330-2018,
mango
Standard
for
for
aubergines
— Specification
This
preserving
Standard
This Uganda Standard applies to commercial
varieties of aubergine or eggplant grown from
specifies
the
Solanum melongena L. of the Solanaceae family, to
requirements, sampling and tests methods for
be supplied fresh to the consumer after
edible fats and oils intended for human
preparation and packaging. Aubergines for
consumption. It does not apply to any fat or oil,
industrial processing are excluded.
which is a subject of specific East African
Standard designated by specific name. (This
standard cancels and replaces US 168:2006, Edible
oils and fats — Specification, which has been
technically revised).
207.
US CXS 331-2017, Standard for dairy
permeate powders
This Uganda Standard applies to dairy permeate
powders,
intended
for
further
processing
and/or as ingredient in other foods.
24 | P a g e
208.
US EAS 331:2019, Green grams —
Specification (3rd Edition)
212.
US
EAS
351:2019,
Toffee
—
Specification (2nd Edition)
This Uganda Standard specifies requirements,
This Uganda Standard specifies requirements,
sampling and test methods for the dry whole
sampling and test methods for toffee. (This
grains of the green gram of Vigna radiata (L.)
second edition cancels and replaces US 420:2002,
intended for human consumption. (This standard
Specification for toffee, which has been technically
cancels and replaces the second edition US EAS
revised
331:2013, Green grams – Specification, which has
been technically revised).
209.
US
334:2020
Uganda
US EAS 352:2019, Chewing gum and
bubble gum — Specification (3rd Edition)
Barley
grains
—
Standard
This Uganda Standard specifies requirements,
sampling and test methods for chewing gum.
Specification (2nd Edition)
This
213.
specifies
the
This standard also applies to bubble gum. (This
requirements, sampling and test methods for
third edition cancels and replaces the second edition,
kernels of cultivated barley (Hordeum vulgare L.)
US EAS 352:2014, Chewing gum and bubble gum –
intended for human consumption. (This second
Specification, which has been technically revised
edition cancels and replaces the first edition, US
334:2001, Barley grains — Specification, which has
been technically revised).
210.
US
EAS
349:2014,
Uganda
Standard
US EAS 353:2004, Wheat bran for
animal feeds — Specification
This Uganda Standard prescribes requirements
Liquid
glucose
specifies
for wheat bran for use as animal feedstuff and or
ingredient for compounding animal feeds.
(glucose syrup) – Specification
This
214.
the
requirements and the methods of sampling and
215.
US 365:2019, Powdered (icing) sugar —
Specification (2nd Edition)
test for liquid glucose (glucose syrup) for human
This Uganda Standard specifies requirements,
consumption. (This standard cancels and replaces
sampling and test methods for white powdered
US 421:2002, Specification for liquid glucose which
(icing) sugar intended for use in toppings, icings
has been technically revised).
and other sugar content bakery products. (This
211.
second edition cancels and replaces the first edition,
US EAS 350:2014, Hard boiled sweets –
US 365:2002, Specification for powdered (icing)
Specification
This
Uganda
Standard
specifies
the
requirements and the methods of sampling and
test for hard-boiled sweets. (This standard cancels
and replaces US 413:2002, Specification for hard
boiled sugar confectionery which has been technically
revised).
sugar, which has been technically revised
216.
US 395:2002 Specification for wheat
semolina
This standard
prepared
from
applies to wheat
common
wheat,
semolina
Triticum
25 | P a g e
aestivum L. or club wheat, Triticum compactum
wheat, triticum Desf. which is prepackaged
Host or mixtures thereof, which is pre-packaged
ready for sale to the consumer or destined for
ready for sale to the consumer or destined for
use in other food products.
use
221.
in
other
food
products
for
human
of fresh fruits and vegetables
consumption.
217.
US
US 569 General guidelines for labeling
446:2002
compounding
Oil-seed
livestock
cakes
for
feed
–
Specification
These guidelines concern the
marking of
consignments of fresh fruit and vegetables to
which common standards apply in accordance
This standard specifies requirements for oil-seed
with the provisions of those standards in
cakes used as livestock feed stuffs.
connection with "marking". These guidelines do
218.
not apply to the labeling of prepackaged units
US EAS 456:2019, Organic production
standard (2nd Edition)
for direct sale to the consumer.
This Uganda Standard provides requirements
for
organic
production.
It
covers
222.
plant
US
571:2019,
Specification
(2nd
Baking
powder
—
Edition)
production, animal husbandry, aquaculture,
This Uganda Standard specifies requirements,
sustainable
the
sampling and test methods for baking powder.
harvesting of wild products, and the processing
(This standard cancels and replaces US 571: 2006,
and labelling of the products therefrom. It does
Baking powder — Specification (1st Edition), that has
not cover procedures for verification such as
been technically revised).
inspection or certification of products. (This
223.
fisheries,
bee-keeping,
US 572:2017, Sodium bicarbonate —
Specification (2nd Edition)
second edition cancels and replaces the first edition
US EAS 456:2007, Organic products standard which
This Uganda Standard specifies requirements,
has been technically revised).
sampling and test and methods for sodium
219.
US 472:2002 Specification for durum
wheat semolina
This standard applies to durum wheat semolina
for human consumption prepared from durum
wheat,
triticum
durum
Desf.
which
is
prepackaged ready for sale to the consumer or
destined for use in other food products.
220.
US 473:2002 Specification for durum
wheat flour
This standard applies to durum wheat flour for
human consumption prepared from durum
bicarbonate. (This Uganda Standard cancels and
replaces US 572:2006, Sodium bicarbonate —
Specification (1st Edition) which has been technically
revised).
224.
US 615:2006 Soya beans – Specification
This
Uganda
Standard
specifies
the
requirements for soya beans for direct human
consumption or for further processing into food.
It does not apply to other products derived from
soya beans for which other standards shall
apply.
26 | P a g e
225.
US
616:2006
Sunflower
seeds
–
Edition), that has been technically revised).
Specification
This
Uganda
handling and transportation of slaughter animals (1 st
Standard
specifies
the
229.
US 734:2019, Design and operation of
requirements for sunflower seeds (Helianthus
abattoirs
and
annuus L.) for direct human consumption or for
Requirements (2nd Edition)
This
ready for its intended use as human food,
requirements applying to domestic animals
presented in packaged form or sold loose from
commonly slaughtered in slaughterhouses, that
the package directly to the consumer. It does not
is, cattle, buffalo, sheep, goats, deer, horses, pigs,
apply to sunflower seeds for planting purposes.
ratites, camelids and poultry. (This standard
226.
cancels and replaces US 734:2007, Requirements for
the
palm stearin
This
Uganda
Standard
specifies
the
design
Standard
and
slaughterhouses
specifies
—
further processing into edible products i.e.,
US 636:2006 Specification for edible
Uganda
slaughterhouses
operation
(1st
requirements for palm stearin for direct human
technically revised).
consumption or for further processing into
230.
of
Edition),
abattoirs
that
has
the
and
been
US 736:2019, Hygienic requirements for
butcheries (2nd Edition)
edible products i.e., ready for its intended use as
human food, presented in packaged form or
This
sold directly to the consumer.
requirements
227.
US 642:2006 Olive oil – Specification
minimum standards required of them to satisfy
This
Uganda
the
the consumers need for safe, healthy and
requirements for virgin olive oil, refined olive
hygienic meat and meat products. (This standard
oil, refined olive-pomace oil, blends of refined
cancels
olive oil and virgin olive oil and blends of
requirements for butcheries (1st Edition) that has
refined olive-pomace oil and virgin olive oil for
been technically revised).
Standard
specifies
direct human consumption or for further
processing into edible products i.e., ready for its
intended use as human food, presented in
packaged form or sold directly to the consumer.
228.
US
733:2019,
Handling
and
transportation of slaughter animals —
Uganda
Standard
231.
and
Standard
that
specifies
apply
replaces
US
to
hygienic
butcheries
736:2007,
as
Hygienic
US 737:2019, Production of packaged
meat products (processed) — Hygienic
requirements (2nd Edition)
This Uganda Standard specifies requirements
for the production of packaged meat products
processed in an established meat processing
factory. (This standard cancels and replaces US
Requirements (2nd Edition)
This
Uganda
specifies
the
requirements for handling and transportation of
live animals for slaughter. (This standard cancels
and replaces US 733:2007, Requirements for
737:2007,
Requirements
for
hygiene
in
the
production of packaged meat products (processed or
manufactured) (1st Edition), that has been technically
revised).
27 | P a g e
232.
US 738: 2019, General standard for
This
Uganda
Standard
specifies
the
contaminants and toxins in food and feed
requirements and methods of sampling and test
(6th Edition)
for dried cassava chips intended for human
This
Uganda
recommended
Standard
principles
for
defines
the
dealing
with
consumption.
236.
contaminants and toxins in food and feed, and
US EAS 740:2010, Cassava flour –
Specification
specifies the maximum levels and associated
This Uganda Standard specifies requirements
sampling plans for contaminants and natural
and methods of sampling and test for cassava
toxicants in food and feed. This standard
flour, which is obtained from the processing of
includes only maximum levels of contaminants
cassava (Manihot esculenta Crantz) intended for
and natural toxicants in feed in cases where the
human consumption.
contaminated feed can be transferred to food of
237.
US EAS 741:2010, Cassava composite
wheat flour – Specification
animal origin and can be relevant to public
health. [This standard cancels and replaces US
This
738:2017, General standard for contaminants and
requirements and the methods of sampling and
toxins in food and feed (5th Edition), which has been
test for cassava-wheat composite. This standard
technically revised].
does not apply to other composite flours from
233.
US EAS 738:2010, Fresh sweet cassava –
This Uganda Standard specifies requirements
and methods of sampling and test for varieties
of fresh sweet cassava roots of Manihot
esculenta Crantz, of the Euphorbiaceae family,
to be supplied to the consumer, intended for
human
consumption.
Cassava
root
intended for industrial processing is excluded.
234.
US 739:2012, Sausages — Specification
This Uganda Standard specifies requirements
and methods of sampling and test for sausages
intended for use as food or as an ingredient in
other foods.
235.
US EAS 739:2010, Dried cassava chips –
Specification
Standard
specifies
the
non-wheat sources which may be used in
different products.
Specification
direct
Uganda
238.
US EAS 742:2010, Food grade cassava
starch – Specification
This
Uganda
Standard
specifies
the
requirements and the methods of sampling and
test for food grade cassava starch.
239.
US EAS 743:2010, Cassava crisps –
Specification
This Uganda Standard specifies requirements
and methods of sampling and test for crisps
made from sweet varieties of cassava (Manihot
esculenta Crantz).
240.
US EAS 745:2010, Potato crisps –
Specification
This tubers (Solanum tuberosum L.). (This
Uganda Standard cancels and replaces US
28 | P a g e
703:2007, Potato crisps – Specification, which has
This
been revised).
requirements, methods of sampling and testing
241.
for light brown and brown sugar intended for
US EAS 746:2010, Frozen potato chips –
Specification
This
Uganda
Uganda
Standard
specifies
the
human consumption. This standard does not
Standard
specifies
the
requirements and methods of sampling and test
apply to soft brown sugars.
245.
for frozen potato (Solanum tuberosum L.) chips
US
EAS
753:2011,
Seed
potato
–
Specification
to be supplied packaged either in retail packs or
This Uganda Standard specifies requirements
in bulk for human consumption. (This Uganda
and methods of sampling and test for seed
Standard cancels and replaces US 708:2007,
potato. It specifies requirements for varietal
Frozen potato chips – Specification, which has
identity, purity; genealogy, traceability, pests
been revised).
and diseases, internal and external quality,
242.
physiology, sizing, packaging and labeling.
US EAS 747:2010, Fried potato chips –
Specification
246.
This Uganda Standard specifies requirements
US
EAS
754:2013,
Chickpeas
–
Specification (2nd Edition)
and methods of sampling and test for deep fried
This Uganda Standard specifies requirements
potato chips ready for consumption. (This
for methods of sampling and test for dry
Uganda Standard cancels and replaces US
chickpeas of the varieties (cultivars) grown from
702:2007, Fried potato chips – Specification,
Cicer arietinum Linn. intended for human
which has been revised).
consumption. (This Uganda Standard cancels and
243.
replaces
US EAS 748:2017, Fresh ware potato —
Uganda
EAS
754:2011,
Chickpeas
–
Specification, which has been technically revised).
Specification
This
US
Standard
specifies
the
247.
US
EAS
Specification
requirements, sampling and test methods for
Cowpeas
–
Edition)
fresh ware potato of varieties (cultivars) grown
This
from (Solanum tuberosum L.) of the family
requirements and methods of sampling and test
Solanaceae
This
for dry cowpeas of the varieties (cultivars)
standard does not apply to ware potato for
grown from Vigna unguiculata Linn.Sync. Vigna
industrial processing and seed potato. (This
sinensis
Uganda Standard cancels and replaces US EAS
consumption. (This Uganda Standard cancels and
748:2010, Fresh potato tuber (ware potato tuber) —
replaces US EAS 755:2011, Cowpeas – Specification,
Specification which has been technically revised).
which has been technically revised).
244.
248.
for
human
consumption.
US EAS 749:2010, Brown sugar –
Specification
Uganda
755:2013,
(2nd
(L.)
Standard
Hassk.
specifies
intended
for
the
human
US EAS 756:2013, Pigeon peas
–
Specification (2nd Edition)
29 | P a g e
This
Uganda
Standard
specifies
the
arvense
(L.)
Poir.
intended
for
human
requirements, methods of sampling and test for
consumption. (This Uganda Standard cancels and
dry pigeon peas of the varieties (cultivars)
replaces US EAS 759:2011, Dry whole peas –
grown from Cajanus cajan Linn. intended for
Specification, which has been technically revised).
human consumption. (This Uganda Standard
252.
US
EAS
760:2013,
Lentils
–
Specification (2nd Edition)
cancels and replaces US EAS 756:2011, Pigeon peas
– Specification, which has been technically revised).
This
249.
requirements and methods of sampling and test
US EAS 757:2019, Sorghum grains —
Uganda
Standard
specifies
the
for shelled whole lentils of varieties (cultivars)
Specification (3rd Edition)
This Uganda Standard specifies requirements,
grown from Lens culinaris Medic. Syn. Lens
sampling and test methods for whole sorghum
esculenta
grains of varieties (cultivars) grown from
consumption. (This Uganda Standard cancels and
Sorghum bicolor (L.) Moench intended for
replaces US EAS 760:2011, Lentils – Specification,
human consumption. This standard does not
which has been technically revised).
cover
253.
decorticated
sorghum
grains.
(This
Moench.
intended
for
human
US EAS 761:2013, Dry split peas –
Specification (2nd Edition)
standard cancels and replaces the second edition US
EAS 757:2013, Sorghum grains – Specification,
This
Uganda
Standard
specifies
the
which has been technically revised).
requirements and methods of sampling and test
for dry split peas of varieties (cultivars) grown
250.
US EAS 758:2019, Finger millet grains
— Specification (3rd Edition)
This Uganda Standard specifies requirements,
sampling and test methods for finger millet
grains of varieties (cultivars) grown from
Eleusine coracana (L.) Gaertner intended for
human consumption. (This standard cancels and
replaces the second edition US EAS 758:2013, Finger
millet grains – Specification, which has been
technically revised).
251.
US EAS 759:2013, Dry whole peas –
Uganda
arvense
(L.)
Poir.
intended
for
human
consumption. (This Uganda Standard cancels and
replaces US EAS 761:2011, Dry split peas –
Specification, which has been technically revised).
254.
US EAS 762:2017, Dry soybeans —
Specification (3rd Edition)
This Uganda Standard specifies requirements,
sampling and test methods for dry soybeans of
varieties (cultivars) grown from Glycine max (L.)
Standard
Merr. intended for human consumption. (This
standard cancels and replaces US EAS 762:2013,
Specification (2nd Edition)
This
from Pisum sativum L. and Pisum sativum var.
specifies
the
requirements and methods of sampling and test
for dry whole peas of varieties (cultivars) grown
from Pisum sativum L. and Pisum sativum var.
Dry soybeans — Specification (2nd Edition), that has
been technically revised).
255.
US
EAS
763:2013,
Faba
beans
–
Specification (2nd Edition)
30 | P a g e
This
Uganda
Standard
specifies
the
requirements and methods of sampling and test
for faba beans of cultivated varieties (cultivars)
grown from Vicia faba L. intended for human
flour – Specification, which has been technically
revised).
259.
maize (corn) products — Specification (2nd
consumption. (This Uganda Standard cancels and
replaces US EAS 763:2011, Faba – Specification,
which has been technically revised).
256.
US EAS 764:2013, Rough (Paddy) rice –
Specification (2nd Edition)
This
Uganda
Standard
specifies
the
requirements and methods of sampling and test
for rough rice of the varieties grown from Oryza
spp., used for further processing. (This Uganda
Standard cancels and replaces US EAS 764:2011,
Rough (Paddy) rice – Specification, which has been
Edition)
This Uganda Standard specifies requirements,
sampling and test methods for fortified milled
maize (corn) products prepared from the grains
of common maize (Zea mays L.) intended for
human consumption. (This standard cancels and
replaces the first edition US EAS 768:2012, Fortified
milled maize products – Specification, which has been
technically revised).
260.
technically revised).
257.
US
EAS
Specification
This
Uganda
US EAS 768:2019, Fortified milled
US EAS 769:2019, Fortified edible fats
and oils — Specification (2nd Edition)
765:2013,
(2nd
Brown
rice
–
Edition)
Standard
This Uganda Standard specifies requirements,
sampling and test methods for fortified edible
specifies
the
fats and oils intended for human consumption.
requirements and methods of sampling and test
This Standard is not applicable to fat spreads
for brown rice of the varieties grown from Oryza
and blended spreads. (This standard cancels and
spp., intended for human consumption or for
replaces the first edition US EAS 769:2012, Fortified
processing to milled rice. (This Uganda Standard
edible oils and fats – Specification, which has been
cancels and replaces US EAS 765:2011, Brown rice –
technically revised).
Specification, which has been technically revised).
258.
US EAS 767:2019, Fortified wheat flour
261.
US EAS 770:2012, Fortified sugar —
Specification
— Specification (2nd Edition)
This Uganda Standard specifies requirements,
This
sampling and test methods for fortified wheat
requirements and methods of sampling and test
flour prepared from common wheat (Triticum
for
aestivum L.), club wheat (T. compactum Host.) or
plantation (mill) white sugar intended for direct
a
human consumption.
mixture
thereof
intended
for
human
consumption. (This standard cancels and replaces
the first edition US EAS 767:2012, Fortified wheat
Uganda
fortified
262.
Standard
brown
sugars
specifies
and
the
fortified
US EAS 771:2012, Fresh sweet potato —
Specification
31 | P a g e
This
Uganda
Standard
specifies
the
This
Uganda
Standard
specifies
the
requirements and methods of sampling and test
requirements for animal stock routes, animal
for fresh sweet potatoes [Ipomoea batatas (L.)
check points and holding grounds for control of
Lam.] to be supplied fresh and either packaged
animal movement for the purposes of trade,
or sold loose for human consumption.
breeding, or other purposes other than for
263.
grazing within a given locality. (This standard
US EAS 772:2012, Dried sweet potato
chips — Specification
This
Uganda
cancels and replaces US 778:2007, Requirements for
the
animal stock routes, check points and holding
requirements and methods of sampling and test
grounds (1st Edition), that has been technically
for dried sweetpotato chips intended for human
revised).
consumption.
268.
264.
Standard
specifies
US EAS 773:2012, Sweet potato flour —
US 779:2019, Transportation of meat
and meat products — Requirements (2nd
Edition)
Specification
the
This Uganda Standard specifies requirements
requirements and methods of sampling and test
for the transportation of meat and meat
for flour which is obtained from the processing
products. (This standard cancels and replaces US
of sweetpotato [Ipomoea batatas (L.) Lam.]
779:2007, Requirements for the transportation of
intended for human consumption.
meat and meat products (1st Edition), that has been
265.
technically revised).
This
Uganda
Standard
specifies
US EAS 774:2012, Sweet potato crisps –
269.
Specification
This
Uganda
Standard
specifies
the
US EAS 779:2012, High quality cassava
flour — Specification
requirements and methods of sampling and test
This Uganda Standard specifies requirements
for
of
and methods of sampling and test for high
sweetpotato [Ipomoea batatas (L.) Lam.] intended
quality cassava flour, which is obtained from the
for human consumption
processing of cassava (Manihot esculenta Crantz),
266.
intended for human consumption, industrial use
crisps
made
from
storage
roots
US EAS 778:2012, Fresh bitter cassava
and other applications.
— Specification
This
Uganda
Standard
specifies
the
requirements and methods of sampling and test
270.
US 780:2012, Powdered silver cyprinid
(Mukene) — Specification
for fresh roots of varieties of bitter cassava,
This Uganda Standard specifies requirements
Manihot esculenta Crantz, for preparation before
and methods of sampling and test for powdered
human consumption
silver
267.
Rastrineobola
US 778:2019, Animal stock routes,
check points and holding grounds —
cyprinid
(mukene)
argentea,
of
intended
the
species
for
human
consumption.
Requirements (2nd Edition)
32 | P a g e
271.
US EAS 780:2012, Fresh cassava leaves
— Specification
This
Uganda
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
the
crude, semi-refined and refined palm stearin
requirements and methods of sampling and test
derived from fleshy mesocarp of the fruit of the
for fresh cassava leaves of Manihot esculenta
oil palm (Elaeis guineensis). (This standard cancels
Crantz,
and replaces US 636: 2006, Specification for edible
for
Standard
preparation
specifies
before
human
consumption
272.
US
palm stearin, which has been technically revised).
EAS
781:2012,
Biscuits
—
Specification
This
Uganda
Standard
specifies
for biscuits intended for human consumption.
US EAS 782:2019, Composite flour —
This
Uganda
This Uganda Standard specifies requirements,
sampling and test methods for composite flour
intended for human consumption. This standard
does not apply where there are specific
published on standards for blends or composite
flours. (This standard cancels and replaces the first
edition US EAS 782:2012, Composite flour –
supplements intended for use in supplementing
This standard covers vitamin and mineral food
supplements in concentrated forms of those
nutrients singly or in combinations, marketed in
forms such as capsules, tablets, powders, paste
and solutions. This standard does not cover
vitamin and mineral products intended for
special dietary uses or medical/therapeutic
US EAS 795: 2018, Palm olein —
Specification
specifies
the
US
EAS
798:2013,
Lipid
food
supplements – Requirements
This
Standard
the
requirements for vitamin and mineral food
277.
Uganda
specifies
purposes.
Specification, which has been technically revised).
This
Standard
the daily diet with vitamins and/or minerals.
Specification (2nd Edition)
274.
US EAS 797:2013, Vitamin and mineral
food supplements – Requirements
the
requirements and methods of sampling and test
273.
276.
Uganda
Standard
specifies
the
requirements for lipid food supplements used
requirements, sampling and test methods for
for
crude, semi-refined and refined palm olein
essential fatty acids. This standard covers lipid
derived from fleshy mesocarp of the fruit of the
food supplements primarily providing essential
oil palm (Elaeis guineensis). (This standard cancels
fatty acids and presented in forms such as
and replaces US 617: 2006, Specification for edible
capsules, paste or liquid. The product may be
palm olein, which has been technically revised).
taken directly or added to another food with the
275.
US EAS 796: 2018, Palm stearin —
Specification
complementing
the
normal
diet
with
primary objective of increasing the energy
content of the food and provide essential fatty
acids. This standard does not cover lipid food
33 | P a g e
supplements intended for special dietary uses or
applies to the nutrition labeling of all foods
medical/therapeutic purposes.
except for foods for special dietary uses. (This
278.
standard
US EAS 799:2019, Edible full fat soya
cancels
and
replaces
US
500:2003,
Requirements for nutrition labelling of foods, which
flour — Specification (2nd Edition)
This Uganda Standard specifies requirements,
has been technically revised).
sampling and test methods for edible full fat
283.
US EAS 804:2014, Claims on food —
Requirements
soya flour obtained from soya bean (Glycine max
(L.) Merr) intended for human consumption.
This
(This standard cancels and replaces the first edition
requirements for claims made on a food
US EAS 799:2014, Edible full fat soya flour –
irrespective of whether or not the food is
Specification, which has been technically revised).
covered by an individual East African Standard.
279.
US
EAS
800:2014,
Soya
milk
—
Specification
This Uganda standard specifies requirements
and methods of sampling and test for soya milk
intended for human consumption
280.
US
EAS
801:2014,
protein
This Uganda standard specifies requirements
and methods of sampling and test for soya
products
intended
for
human
consumption. (This standard cancels and replaces
US 984:2013, Soy protein products – Specification,
which has been technically revised).
281.
US
EAS
802:2014,
Textured
soya
protein products — Specification
This Uganda Standard specifies requirements
and methods of sampling and test for textured
soya protein products intended for human
consumption.
282.
Standard
specifies
general
(This standard cancels and replaces US 566:2006,
Use of nutrition claims – Requirements, which has
been technically revised).
284.
US EAS 805:2014, Use of nutrition and
health claims — Requirements
This Uganda Standard specifies requirements
Soya
products — Specification
protein
Uganda
US EAS 803:2014, Nutrition labelling
— Requirements
This Uganda Standard specifies requirements
for the nutrition labelling of foods. The standard
for the use of nutrition and health claims in food
labelling and in advertising. This standard
applies to all foods for which nutrition and
health claims are made without prejudice to
specific provisions under other standards or
guidelines relating to foods for special dietary
uses and foods for special medical purposes.
These requirements for nutrition and health
claims do not apply to foods for infants and
young children. (This standard cancels and replaces
US 508:2003, Requirements for nutritional and
health claim for food, which has been technically
revised).
285.
US
808:2009,
Dog
feeds
—
Specification
This Uganda Standard prescribes requirements
for the dog feeds.
34 | P a g e
286.
US 812:2009, Goats and sheep feeds —
Specification
for dextrose monohydrate (glucose powder)
intended for human consumption as food and
This Uganda Standard prescribes requirements
industrial applications. This standard does not
for the goats and sheep feeds.
apply to dextrose monohydrate for intravenous
287.
US
813:2009,
Rabbit
feeds
—
Specification
applications
293.
This Uganda Standard prescribes requirements
US
EAS
821:2015,
Maize
seed
–
Requirements for certification
for rabbit feeds.
This Uganda Standard specifies the certification
288.
requirements for the production of pre-basic,
US 815:2009, Cat feeds — Specification
This Uganda Standard prescribes requirements
basic and certified seed of maize (Zea mays L.). It
for cat feeds.
includes requirements for eligible varieties, field
289.
standards, field inspections, seed sampling,
US 817: 2019, Milk fat products —
Specification (2nd edition)
laboratory standards, certificates, packaging and
This Uganda Standard specifies requirements,
labelling and post-control tests.
sampling and test methods for anhydrous milk
294.
fat, anhydrous butter oil and butter oil, which
US EAS 822:2015, Sorghum seed –
Requirements for certification
are intended for further processing. (This
This Uganda Standard specifies the certification
standard cancels and replaces US 817:2008, Milk fat
requirements for the production of pre-basic,
products — Specification, which has been technically
basic and certified seed of sorghum (Sorghum
revised).
bicolor (L.) Moench). It includes requirements for
290.
US EAS 818:2014, Sugar cane jaggery –
Specification
This
eligible
varieties,
inspections,
Uganda
Standard
specifies
seed
and post control tests.
for sugar cane jaggery.
295.
US
EAS
819:2014,
Molasses
–
Specification
standards,
sampling,
field
laboratory
standards, certificates, packaging and labeling,
requirementsand methods of sampling and test
291.
field
US EAS 823:2015, Sunflower seed –
Requirements for certification
This Uganda Standard specifies the certification
This Uganda Standard specifies requirements
requirements for the production of pre-basic,
and methods of sampling and test for molasses
basic and certified seed of sunflower (Helianthus
for industrial use.
annuus L.). It includes requirements for eligible
292.
US
EAS
monohydrate
820:2014,
(glucose
Dextrose
powder)
–
Specification
This
Uganda
varieties, field standards, field inspections, seed
sampling,
laboratory
standards,
certificates,
packaging and labelling, and post-control tests.
Standard
specifies
the
requirements and methods of sampling and test
296.
US EAS 824:2015, Soybean seed —
Requirements for certification
35 | P a g e
This Uganda Standard specifies the certification
and smoked fish. (This Uganda Standard cancels
requirements for the production of pre-basic,
and replaces US 920:2012, Dried and dried-salted
basic and certified seed of soybean (Glycine max
fish — Specification which has been technically
(L.) Merrill). It includes requirements for eligible
revised).
varieties, field standards, field inspections, seed
301.
sampling,
laboratory
standards,
certificates,
packaging and labelling, and post-control tests.
297.
US EAS 825:2015, Groundnut seed —
US EAS 830:2015, Fresh fish sticks (fish
fingers), fish portions and fish fillets –
Breaded or in batter – Specification
This Uganda Standard specifies requirements
and methods of sampling and test for frozen fish
Requirements for certification
This Uganda Standard specifies the certification
sticks (fish fingers), fish portions and fish fillets
requirements for the production of pre-basic,
– breaded or in batter, intended for human
basic and certified seed of groundnut (Arachis
consumption.
hypogaea L.). It includes requirements for eligible
302.
varieties, field standards, field inspections, seed
sampling,
laboratory
standards,
certificates,
US EAS 831:2015, Frozen fish fillets –
Specification
This Uganda Standard specifies requirements
packaging and labelling, and post-control tests.
and methods of sampling and test for frozen fish
298.
fillets intended for human consumption.
US EAS 826:2017, Dried silver cyprinid
(Rastrineobola argentea) — Specification
This
Uganda
Standard
specifies
the
requirements and methods of sampling and test
303.
US
EAS
870:2017,
Crackers
from
marine and freshwater fish, crustacean
and molluscan shellfish — Specification
for dried silver cyprinid (Rastrineobola argentea).
This Uganda Standard specifies requirements,
(This Uganda Standard cancels and replaces US
sampling
919:2012, Dried silver cyprinid (Mukene) —
prepared from marine and freshwater fish,
Specification which has been technically revised).
crustacean and molluscan shellfish. It does not
299.
include ready-to-eat fried as well as artificially
US EAS 827:2015, Fresh and frozen
This Uganda Standard specifies requirements
crackers.
and methods of sampling and test for fresh and
304.
US EAS 828:2017, Dried and saltedStandard
for
crackers
US 871:2011, Malted cereal beverages
This Uganda Standard specifies requirements
and methods of sampling and test for malted
dried fish — Specification
Uganda
methods
— Specification
frozen whole fin fish.
This
test
flavored fish, crustacean and molluscan shellfish
whole fin fish – Specification
300.
and
specifies
the
requirements and the methods of sampling and
test for dried and salted-dried fish. This
cereal beverages.
305.
US EAS 871:2017, Fish sausages —
Specification
standard does not apply to Rastrineobola argentea
36 | P a g e
This Uganda Standard specifies requirements,
intended for human consumption. The standard
sampling and test methods for fish sausages
covers all fish species.
intended for human consumption. This standard
311.
US
876:2009,
Chillies,
whole
and
ground (powdered) — Specification
applies to fresh fish sausage, smoked fish
sausage, dried fish sausage and fermented fish
This Uganda Standard specifies requirements
sausage.
for whole and ground (powdered) chillies
306.
[Capsicum frutescens L. Capsicum annum L.].
US EAS 872:2015, Frozen octopus —
Specification
312.
US
877:
2011,
Dried
fruits
—
Specification
This Uganda Standard specifies requirements,
sampling and test methods for frozen octopus
This Uganda Standard specifies requirements
intended for human consumption.
and methods of sampling and test for tropical
307.
dried fruits and other fruits which have been
US 872:2011, Fermented (non-alcoholic)
cereal beverages — Specification
suitably treated and which are offered for direct
This Uganda Standard specifies requirements
consumption or further processing.
and methods of sampling and test for fermented
313.
Specification
(non-alcoholic) cereal beverages.
308.
US EAS 873:2017, Frozen tuna loins —
Specification
US 882: 2011, Fruit chips and crisps —
This Uganda Standard specifies requirements
and methods of sampling and test for fruits
This Uganda Standard specifies requirements,
chips and crisps which have been suitably
sampling and test methods for frozen tuna loins
treated and which are offered for direct
intended for human consumption.
consumption or for further processing.
309.
314.
US EAS 875:2017, Quick frozen prawns
or shrimps — Specification
US EAS 887: 2018, Crude and semi
refined palm oil — Specification
This Uganda Standard specifies requirements,
This
sampling and test methods for quick frozen
requirements, sampling and test methods for
prawns or shrimps. (This Uganda Standard cancels
crude and semi refined (neutralized and/or
and replaces US CODEX STAN 92:1981, Standard
bleached) palm oil derived from the fleshy
for quick frozen shrimps and prawns which has been
mesocarp of the fruit of oil palm (Elaeis
technically revised).
guineensis) intended for further processing.
310.
Uganda
Standard
specifies
the
US EAS 876:2017, Smoked fish, smoke-
flavoured fish and smoke-dried fish —
315.
groundnuts — Specification
Specification
This Uganda Standard specifies requirements,
sampling and test methods for smoked fish,
smoke-flavoured fish and smoke-dried fish
US EAS 888: 2018, Raw and roasted
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
raw and roasted groundnuts of the fruit of the
37 | P a g e
plant Arachis hypogea intended for direct human
consumption. This standard applies to shelled
319.
US
890:2011
Dried
tomatoes
–
Specification
raw and roasted/fried groundnuts kernels. It
This Uganda Standard specifies requirements
does not apply to groundnuts for further
and methods of sampling and test for dried
processing. (This standard cancels and replaces US
tomatoes of varieties (cultivars) grown from
EAS
—
Lycopersicon esculentum Mill and its hybrids,
Specification — Part 1: Raw groundnuts for table
intended for direct consumption without further
use and for oil milling and US EAS 57-2:2000,
processing or for use in the food industry.
Groundnuts (peanuts) — Specification — Part 2:
320.
57-1:2000,
Groundnuts
(peanuts)
Roasted groundnuts, which has been technically
revised).
316.
US EAS 889: 2018, Groundnuts for oil
Uganda
Standard
specifies
the
requirements, sampling and test methods for
groundnuts of the fruit of the plant Arachis
hypogea intended for oil extraction.
317.
891:2011
Dried
carrots
–
Specification
This Uganda Standard specifies requirements
extraction — Specification
This
US
and methods of sampling and test for dried
carrots (Daucus carota L.) which have been
suitably treated and which are offered for direct
consumption or further processing.
321.
US EAS 891:2017, Fresh carrot —
Specification
This Uganda Standard specifies requirements,
US 889:2011, Dried vegetables and
sampling and test methods for carrots of
varieties (cultivars) grown from Daucus carota
herbs for food use – Specification
This Uganda Standard specifies requirements
(L.) of Apiaceae family to be supplied fresh to the
and methods of sampling and test for dried
consumer.
vegetables and herbs which have been suitably
replaces US 1617:2015, Fresh carrot — Specification
treated and which are offered for direct
which has been technically revised).
consumption or use in food industry. This
322.
standard does not apply to vegetables and herbs
for which specific standards have been declared.
318.
US EAS 890: 2018, Blended edible oils
Uganda
Standard
US EAS 892:2016, Fresh sweet banana
— Specification
This Uganda Standard specifies requirements,
sampling and test methods for fresh sweet
banana of Musa spp, Musaceae family, in an
— Specification
This
(This Uganda Standard cancels and
specifies
the
unripe or ripe state, to be supplied to the
requirements, sampling and test methods for
consumer.
Bananas
intended
for
cooking
blended edible oils of plant origin intended for
(plantains and East Africa highland banana) or
human consumption.
industrial processing are excluded. (This Uganda
Standard cancels and replaces US 1533:2013, Fresh
38 | P a g e
bananas — Specification which has been technically
species, which may be whole or portions
revised).
intended for human consumption.
323.
US EAS 893:2017, Chilli sauce —
Specification
328.
US EAS 897:2017, Frozen lobster tails
— Specification
This Uganda Standard specifies requirements,
This Uganda Standard specifies requirements,
sampling and test methods for chilli sauce for
sampling and test methods for frozen lobster
human consumption. (This Uganda Standard
tails of all the species of the genera Panulirus,
cancels and replaces US 972:2013, Chilli sauce —
Thunnus and Peurulus intended for human
Specification which has been technically revised).
consumption
324.
329.
US EAS 894:2017, Fresh onions —
Specification
This
Uganda
US EAS 899: 2017, Tuna canned in oil
— Specification
Standard
specifies
the
This Uganda Standard specifies requirements,
requirements, sampling and tests methods for
sampling and test methods for tuna canned in
fresh bulb onions Allium cepa (L.) of the family
oil intended for human consumption.
Alliaceae to be supplied to the consumer. This
330.
standard does not apply to onions for industrial
US
EAS
904:2019,
Fertilizers
—
Phosphate rock powder — Specification
processing. (This Uganda Standard cancels and
This Uganda Standard specifies requirements,
replaces US 1501:2013, Fresh onions — Specification
sampling and test methods for phosphate rock
which has been technically revised).
fertilizers
325.
sedimentary origin.
US 894:2011 Dried edible mushrooms –
in
powder
form
of
biogenic
Specification
This Uganda standard specifies requirements
and methods of sampling and test for dried
edible
mushrooms
after
preparation
and
packaging.
326.
US
EAS
895:2017,
Fish
protein
This Uganda Standard specifies requirements,
sampling and test methods for fish protein
EAS
896:2017,
Fried
EAS
Granulated
905:2019,
Fertilizers
phosphate
rock
—
—
Specification
This Uganda Standard specifies requirements,
sampling and test methods for granulated
fish
contain phosphorus as the only predominant
primary plant nutrient of biogenic sedimentary
origin.
concentrate intended for human consumption.
US
US
phosphate rock fertilizers. The fertilizer shall
concentrate — Specification
327.
331.
—
Specification
This Uganda Standard specifies requirements,
sampling and test methods for fried fish of all
332.
US EAS 906:2019, Fertilizers — Triple
superphosphate — Specification
This Uganda Standard specifies requirements,
sampling
and
test
methods
for
Triple
Superphosphate (TSP) fertilizer.
39 | P a g e
333.
US
EAS
907:2019,
Fertilizers
—
338.
US
EAS
909:2019,
Fertilizers
—
Potassium sulphate (sulphate of potash)
Calcium ammonium nitrate (CAN) —
— Specification
Specification
This Uganda Standard specifies requirements,
This Uganda Standard specifies requirements,
sampling and test methods for potassium
sampling
sulphate (sulphate of potash) fertilizer.
ammonium
334.
test
nitrate
methods
(CAN)
for
calcium
fertilizer.
(This
standard cancels and replaces US 758:2017, Calcium
US
908:2013,
Nutrient-concentrated
foods for therapeutic uses – Specification
This
and
Uganda
Standard
specifies
ammonium nitrate fertilizer – Specification, which
has been technically revised).
the
requirements and methods of sampling and test
for nutrient-concentrated foods for therapeutic
339.
US EAS 910:2019, Fertilizers — Urea —
Specification
This Uganda Standard specifies requirements,
uses.
sampling and test methods for urea fertilizer.
335.
US
907:2011,
Instant
coffee
–
Specification
(This standard cancels and replaces US 756:2017,
Urea fertilizer – Specification, which has been
This Uganda Standard specifies requirements
technically revised).
and methods of sampling and test for instant
340.
coffee.
336.
US
908:2013,
Nutrient-concentrated
US
EAS
Ammonium
911:2019,
Fertilizers
—
sulphate
(sulphate
of
ammonia) — Specification
foods for therapeutic uses – Specification
the
This Uganda Standard specifies requirements,
requirements and methods of sampling and test
sampling and test methods for ammonium
for nutrient-concentrated foods for therapeutic
sulphate fertilizer.
This
Uganda
Standard
specifies
uses.
337.
US
EAS
908:2019,
Fertilizers
—
Potassium chloride (muriate of potash) —
Specification
This Uganda Standard specifies requirements,
sampling and test methods for potassium
chloride (muriate of potash) fertilizer. (This
standard
Potassium
cancels
and
chloride
replaces
(muriate
US
of
760:2017,
potash)
Specification, which has been technically revised).
–
341.
US
EAS
912:2019,
Fertilizers
—
Nitrogen, Phosphorus, Potassium (NPK)
compound — Specification
This Uganda Standard specifies requirements,
sampling and test methods for NPK fertilizer
(compound and blended).
342.
US
EAS
915:2019,
Ghee
—
Specification
This Uganda Standard specifies requirements,
sampling and test methods for ghee intended for
human consumption.
40 | P a g e
343.
US
EAS
916:2019,
Ginger
—
Specification
is used as a flavouring material in the
preparation of tea.
This Uganda Standard specifies requirements,
sampling and test methods for dried ginger, of
the species Zingiber officinale Roscoe, whole, in
pieces and ground. (This standard cancels and
replaces US ISO 1003:2008, Spices – Ginger
(Zingiber officinale Roscoe) – Specification, which
348.
US
EAS
921:2019,
Green
tea
—
Specification
This Uganda Standard specifies requirements,
sampling and test methods for green tea of
Camellia sinensis (Linneaus) O. Kuntze. This
standard is not applicable to green tea subject to
has been withdrawn.
further processing such as decaffeination or
344.
US
EAS
917:2019,
Turmeric
—
Specification
further roasting. This standard does not apply to
flavoured green tea. (This standard cancels and
This Uganda Standard specifies requirements,
replaces US ISO 11287, Green tea – Definition and
sampling and test methods for dried turmeric,
basic requirements, which has been withdrawn).
Curcuma longa (L.), whole, in pieces and
ground. (This standard cancels and replaces US ISO
349.
US
917:2012,
Dressed
poultry
—
Specification
5562:1983, Turmeric, whole or ground (powdered) –
This Uganda Standard specifies requirements
Specification, which has been withdrawn).
and methods of sampling and test for dressed
345.
US
EAS
918:2019,
Cloves
—
Specification
poultry. It applies to poultry including chickens,
ducks, geese, turkeys, pigeons, guinea fowl or
This Uganda Standard specifies requirements,
any other domesticated bird.
sampling and test methods for cloves (Syzygium
350.
aromaticum (L.) Merril & Perry). (This standard
US EAS 922:2019, Flavoured black tea
— Specification
cancels and replaces US ISO 2254:1980, Cloves,
This Uganda Standard specifies requirements,
whole and ground (powdered) – Specification, which
sampling and test methods for flavoured black
has been withdrawn).
tea.
346.
351.
US EAS 919:2019, Pilau masala —
Specification
US 922:2019, Meat grading system —
Requirements — Part 1: Beef (2nd Edition)
This Uganda Standard specifies requirements,
This Uganda Standard specifies requirements
sampling and test methods for pilau masala.
for a grading system of whole cattle carcasses
347.
US
EAS
920:,
Tea
masala
—
Specification
This Uganda Standard specifies requirements,
which are fit for human consumption at the
abattoir. It applies to all categories of cattle. (This
second edition cancels and replaces the first edition,
sampling and test methods for tea masala which
41 | P a g e
US 922:2011, Meat grading system — Requirements
356.
— Part 1: Beef, which has been technically revised).
352.
US
EAS
923:2019,
Instant
tea
—
Specification
This Uganda Standard specifies requirements,
sampling and test methods for instant tea of the
species Camellia sinensis (Linneaus) O. Kuntze.
(This standard cancels and replaces US ISO
6079:1990, Instant tea in solid form – Specification,
which has been withdrawn).
353.
US
931:2019,
US
952:2013,
Amaranth
grain
Specification
This Uganda Standard specifies requirements
and methods of sampling and test for whole
grains obtained from Amaranthus caudutus, A.
hypochondaricus and A. cruentus intended for
human consumption.
357.
US
953:2013,
Amaranth
flour
Specification
This Uganda Standard specifies requirements
Minced
meat —
prepared
from
dried
amaranth
grain
(Amaranthus caudutus, A. hypochondaricus, A.
This Uganda Standard specifies requirements,
cruentus) intended for human consumption.
sampling and test methods for minced meat
358.
US ISO 959-1:1998, Pepper (Piper
intended for use as food or as an ingredient in
nigrum
foods. (This second edition cancels and replaces the
Specification —Part 1:
edition,
US
931:2012,
Minced
meat —
Specification, which has been technically revised).
This
L.),
Uganda
US 932:2019, Bovine (beef) carcasses
whole
or
ground
—
Black pepper
Standard
part
specifies
requirements for black pepper (Piper nigrum
L.), whole or
354.
—
and methods of sampling and test for flour
Specification (2nd Edition)
first
—
359.
and cuts — Specification
US
nigrum
This Uganda Standard specifies requirements
ground.
ISO 959-2:1998,
L.),
whole
Pepper (Piper
or
ground
–
Specification – Part 2: White pepper
for bovine (beef) carcasses and cuts meant for
This
human consumption.
requirements for white pepper (Piper nigrum L.),
355.
US EAS 948:2019, Fruits juices and
nectars — Specification
(1st
Edition)
part
of
Uganda
Standard
specifies
whole or ground, at the following commercial
stages: a) semi-processed (SP); b) processed (P).
This Uganda Standard specifies requirements,
It is not applicable to white pepper categories
sampling and test methods for fruit juices,
called "light".
nectars and fruit puree and concentrated fruit
360.
US
ISO
972:1997,
Chillies
and
puree intended for direct human consumption
capsicums, whole or ground (powdered) –
or for further processing. (This standard cancels
Specification
and replaces US 818:2019, Fruit juices and nectars –
This Uganda Standard specifies requirements
Specification/Amend. 1 2012-11-29).
for chillies and capsicums in the whole or
42 | P a g e
ground (powdered) form. It does not apply to
This Uganda Standard specifies requirements
“chili powder” and paprika .
and methods of sampling and test for banana
361.
(matooke) flour.
US EAS 973:2019, Compounded fish
feeds — Specification
367.
US 985:2014, Apple — Specification
This Uganda Standard specifies requirements,
This Uganda Standard applies to fruits of
method of sampling and test for compounded
commercial varieties (cultivars) of apples grown
fish feeds used in aquaculture. It applies to
from Malus domestica Borkh, of the Rosaceae
tilapia and catfish feeds. (This standard cancels
family, to be supplied fresh to the consumer,
and replaces US 814:2009, Fish feeds – Specification,
after preparation and packaging. Apples for
which has been technically revised).
industrial processing are excluded.
362.
US ISO 973:1999, Pimento (allspice)
[Pimenta dioica (L.) Merr.], whole or
ground – Specification
This Uganda Standard specifies requirements
for pimento or allspice [Pimentadioica (L.) Merr.],
whole or ground.
363.
US EAS 974:2019, Compounded dairy
goat feeds — Specification
This Uganda Standard specifies supplementary
feeding requirements, methods of sampling and
test for compounded dairy goat feeds
364.
US
979:2013,
Breakfast
cereals
—
Specification
This Uganda Standard specifies requirements
and methods of sampling and test for breakfast
cereals intended for human consumption.
365.
US 980:2013, Herbal tea – Specification
This
Uganda
Standard
specifies
the
requirements and methods of sampling and test
of herbal tea.
366.
US 983:2015, Banana (matooke) flour –
Specification
368.
US
997:2014,
Cooking
banana
(matooke) — Specification
This Uganda standard specifies requirements for
cooking banana (matooke) grown from Musa
spp. (AAA-EAH) and of family Musaceae to be
supplied raw to the consumer.
369.
US
998:2014,
Plantain
(gonja)
—
Specification
This Uganda standard specifies requirements for
plantain (gonja) (AAB genome) banana grown
from Musa spp. (AAA-B) and of family Musaceae.
370.
US 999:2013, Fresh chilli pepper—
Specification
This Uganda Standard specifies requirements
for fresh chili peppers of varieties grown from
Capsicum species to be supplied fresh to the
consumer.
This
standard
does
not
cover
requirements for chili pepper for industrial
processing.
371.
US ISO 1237:1981, Mustard seed –
Specification
This Uganda Standard specifies requirements
for mustard seed.
372.
US
1501:2013,
Fresh
onions
—
Specification
43 | P a g e
This Uganda Standard specifies requirements
This Uganda standard specifies requirements
for onions of varieties (cultivars) grown from
and methods of sampling and test for spirit-
Allium cepa L. to be supplied to the consumer in
based liqueurs
the natural state. This standard does not specify
377.
requirements
for
Bermuda
onions,
US 1541:2013, Chocolate and chocolate
products – Specification
Creole
onions, green onions with full leaves and onions
The Uganda Standard specifies the requirements
for industrial processing.
and methods of sampling and test for chocolate
373.
and chocolate products intended for human
US 1502:2013, Fresh Bermuda onions —
Specification
consumption. This standard does not apply to
This Uganda Standard specifies requirements
products in which chocolate is used as an
for onions of varieties (cultivars) of Bermuda-
enhancer.
Granex-Grano grown from Allium cepa L. to be
378.
US
1545:2015,
Soya
beverage
–
Specification
supplied to the consumer in the natural state.
This standard does not specify requirements for
This Uganda Standard specifies requirements
Bermuda onions for industrial processing.
and methods of sampling and test for soya
374.
beverage.
US 1503:2013, Fresh common green
onions — Specification
379.
US 1548: 2019 Raw goat milk —
Specification (2nd Edition)
This Uganda Standard specifies requirements
for fresh common green onions of varieties
This
(cultivars) grown from Allium fistulosum, Allium
requirements, sampling and test methods for
ascalonicum, Allium chinense and other non-
raw goat milk. (This second edition cancels and
bulbing onion cultivars to be supplied fresh to
replaces the first edition (US 1548:2013,), which has
the consumer. This standard does not specify
been technically revised)
requirements for green onions for industrial
processing.
375.
US 1504:2013, Fresh Creole onions —
Specification
This Uganda Standard specifies requirements
for Creole onions of varieties (cultivars) grown
from Allium cepa L. to be supplied to the
consumer in the natural state. This standard
does not specify requirements for Creole onions
for industrial processing.
376.
US 1534:2014, Liqueur — Specification
Uganda
380.
Standard
specifies
the
US 1558:2015, Food grain snacks –
Specification
This Uganda Standard specifies requirements
and methods of sampling and test for food grain
snacks.
381.
US
1576:2015,
Biofertilizer
–
Specification
This Uganda Standard specifies requirements
and
methods
of
sampling
and
test
for
biofertilizers. This standard does not cover
44 | P a g e
requirements
for
conventional
chemical
fertilizers.
382.
This
Standard
requirements
and
methods of sampling and test for dairy whitener
US
1577:2015,
Biopesticide
–
Specification
(sweetened partially skimmed milk powder).
388.
This Uganda Standard specifies requirements
and
Uganda
methods
of
sampling
and
test
for
US
1603:
2016,
Chia
seed
—
Specification
This
Uganda
Standardspecifies
the
biopesticides. This standard does not cover
requirements, sampling and test methods for
requirements
chia seed (Salvia hispanica L.) for human
for
conventional
chemical
pesticides and Plant Incorporated Protectants.
consumption. This standard does not apply to
383.
chia seed as a planting material.
US 1584:2017, Organic fertilizer —
Specification
389.
This Uganda Standard specifies requirements,
sampling
and
test
methods
for
organic
fertilizers.
384.
US
US
1612:2015,
Fresh
mushroom
–
Specification
This
Uganda
Standard
specifies
requirements forthe carpophores (fruiting
1597:2017,
Flavoured
milk
—
Specification (2nd Edition)
bodies) of strains grown from the genus
Agaricus (syn. Psalliota) to be supplied fresh
This Uganda Standard specifies requirements
to the consumer. This standard does not
and methods of sampling and test for flavoured
apply
milk from cow, goat, camel, buffalo, or sheep
processing.
milk.
This standards does not apply to raw
flavoured milk. (This Uganda Standard cancels and
390.
US
to
mushrooms
1613:2015,
for
Fresh
industrial
papaya
–
Specification
replaces US 1597:2015, Flavoured UHT milk —
This Uganda Standard specifies requirements
Specification, which has been technically revised).
for commercial varieties of papayas grown from
385.
Carica papaya L., of the Caricaceae family, to be
US 1598:2015, Alcoholic beverages —
Ready to Drink (RTD) — Specification
This
Uganda
Standard
specifies
supplied fresh to the consumer. This standard
the
does not apply to papayas for industrial
requirements, method of sampling and test for
processing.
Ready to Drink alcoholic beverages (RTD).
391.
386.
US 1599:2015, Pastry – Specification
US
1614:2015,
Fresh
orange
–
Specification
This Uganda Standard specifies requirements
This Uganda Standard specifies requirements
and methods of sampling and test for pastries.
for commercial varieties (cultivars) of oranges
387.
US
1600:2015,
Specification
Dairy
whitener
–
grown from Citrus Sinensis (L.) Osbeck (sweet
oranges) and Citrus Aurantium. L. (sour oranges)
of the Rutaceae family, to be supplied fresh to the
45 | P a g e
consumer. This standard does not apply to
US
1615:2015,
Fresh
US
1620:2015,
Fresh
lemon
–
Specification
oranges for industrial processing.
392.
396.
jack
fruit
–
This Uganda Standard specifies requirements
for lemons of varieties (cultivars) grown from
Specification
This Uganda Standard specifies requirements
the species Citrus limon (L.) Burm. F. to be
for jackfruit grown from Artocarpus heterophyllus
supplied fresh in the export and local markets.
Lamarck of the family Moraceae, to be supplied
This standard is also applicable to Citron, Citrus
fresh to the consumer. This standard does not
medica Linn. This standard does not apply to
apply to jackfruit for industrial processing.
lemons for industrial processing.
393.
397.
US 1616:2015, Fresh headed cabbage –
Specification
US
1621:2015,
Fresh
grapes
–
Specification
This Uganda Standard specifies requirements
This Uganda Standard specifies requirements
for headed cabbages of varieties (cultivars)
for grapes of varieties (cultivars) grown from
grown from Brassica oleracea var. capitata L.
Vitis vinifera L. to be supplied fresh to the
(including red cabbages and pointed cabbages)
consumer. This standard does not apply to fresh
and from Brassica oleracea L. var. bullata DC. and
grapes for industrial processing.
var. sabauda L. (savoy cabbages) to be supplied
398.
fresh to the consumer. This standard does not
This Uganda Standard specifies requirements,
apply
sampling and test methods for sesame (Sesamun
to
headed
cabbages
for
industrial
US 1628:2016, Sesame – Specification
processing.
indicum.L.) for human consumption.
394.
399.
US 1618:2015, Fresh water melon –
US 1636:2016, Shea nut – Specification
This Uganda Standard specifies requirements,
Specification
This Uganda Standard specifies requirements
sampling and test methods for shea nut/kernel
for watermelons of varieties (cultivars) grown
originating from fruits of the tree Vitellaria
from Citrullus lanatus (Thunberg), Matsumara &
paradoxa Cf Gaertn of the family Sapotaceae
Nakai (also called C. vulgaris) to be supplied
which is processed into fat/oil and other
fresh to the consumer. This standard does not
products destined for human use.
apply to watermelons for industrial processing.
400.
395.
US
1619:2015,
Fresh
tangerine
–
Specification
US
1635
2016,
Shea
butter
–
Specification
This Uganda Standard specifies requirements,
This Uganda Standard specifies requirements
sampling and test methods for shea butter
for tangerines (Citrus tangerina hort. ex Tanaka)
Vitellaria paradoxa derived from the kernels of
grown to be supplied fresh in the export and
the nut of Vitellaria paradoxa
local markets. This standard does not apply to
401.
tangerine for industrial processing.
US 1653:2017, Dairy based beverages —
Specification
46 | P a g e
This
Uganda
Standard
specifies
the
This Uganda Standard specifies requirements
requirements, sampling and test methods for
and sampling for compounded dairy cattle feed
dairy based beverages.
premixes used in animal feeds as a sole source
402.
of vitamins and trace elements for dairy cattle.
US 1659:2017, Materials in contact with
food — Requirements for packaging
408.
materials
US
1683:2017,
Egg
powder
—
Specification
This Uganda Standard provides the general
This
requirements of packaging items for food
requirements, sampling and test methods for
contact and their subsequent use.
egg powder obtained from poultry eggs. This
403.
includes all egg powder processed from edible
US 1660:2017, Inorganic foliar fertilizer
— Specification
This
Uganda
birds’
Standard
specifies
the
requirements, sampling and test methods for
US.1661:2017,
eggs
Standard
domesticated
specifies
for
human
409.
US
1684:2017,
Plant
protein-based
yoghurt (vegetable curd) — Specification
Magnesium
sulphate
fertilizer — Specification
This Uganda Standard specifies requirements,
sampling and test methods for plant protein-
This Uganda Standard specifies requirements,
based yoghurt obtained from protein isolates.
sampling and test methods for magnesium
410.
sulphate fertilizer.
405.
US
1676:2017,
the
consumption.
inorganic foliar fertilizers.
404.
Uganda
US 1698:2017, Caprine (goat) meat —
Carcasses and cuts — Specification
Pulse
flour
—
Specification
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
This Uganda Standard specifies requirements,
raw caprine (goat) meat carcasses and cuts fit for
sampling and test methods for pulse flour for
the food industry and human consumption.
human consumption. This standard does not
411.
apply to soy bean flour for which standards
exist.
406.
Carcasses and cuts — Specification
This
US 1677:2017, Poultry feed premix —
Specification
US 1699:2017, Porcine (pig) meat —
Uganda
Standard
specifies
requirements, sampling and test methods for
raw porcine (pig) meat cuts and carcasses fit for
This Uganda Standard specifies requirements,
the food industries and human consumption.
sampling and test methods for compounded
412.
poultry feed premixes used as a sole source of
the
US 1702:2017, Raw macadamia nuts –
Specification
vitamins and trace elements for poultry.
This Uganda Standard specifies requirements,
407.
sampling and test methods for macadamia nuts
US 1678:2017, Dairy cattle feed premix
— Specification
of varieties grown from Macadamia integrifolia,
Macadamia
tetraphylla,
Macadamia
ternifolia
47 | P a g e
(Maiden
&
E.Betche),
and
their
hybrids,
This Uganda Standard specifies requirements
intended for human consumption.
and sampling and test methods for dry roasted
413.
silver
US 1703:2017, Roasted macadamia nuts
— Specification
cyprinid
Rastrineobola
This Uganda Standard specifies requirements,
consumption.
sampling
419.
and
test
methods
for
roasted
macadamia nuts of varieties grown from
(Mukene)
argentea,
of
intended
the
species
for
human
US 1801:2019, Dried fish maws —
Specification
Macadamia integrifolia, Macadamia tetraphylla,
This
Macadamia ternifolia (Maiden & E. Betche), and
requirements, sampling and test methods for
their hybrids, intended for human consumption.
dried fish maws processed from the air bladder
414.
of fish.
US 1704:2017, Raw cashew nuts —
Specification
Uganda
420.
Standard
specifies
the
US 1810:2019, Beeswax — Specification
This Uganda Standard specifies requirements,
This Uganda Standard specifies requirements,
sampling and test methods for cashew nuts
sampling and test methods for crude and
obtained
refined beeswax.
from
cashew
tree
(Anacardium
occidentale Linnaeus).
415.
421.
US 1705:2017, Roasted cashew nuts —
Specification
US
1851:2019,
Rice
flour
—
Specification
This
Uganda
Standard
specifies
the
This Uganda Standard specifies requirements,
requirements, sampling and test methods for
sampling and test methods for roasted cashew
rice flour from Oryza sativa L for human
nuts.
consumption.
416.
US
1723:
2017,
Sucralose
—
422.
Specification
US 1852:2019, Instant cereal composite
flour — Specification
This Uganda Standard specifies requirements,
This
sampling and test methods for food grade
requirements, sampling and test methods for
sucralose.
instant cereal composite flour intended for
417.
US
1778:2017,
Sugarcane
juice
—
Specification
This
Uganda
Uganda
specifies
specifies
the
human consumption.
423.
Standard
Standard
the
US 1853:2019, Pre-cooked dehydrated
pulse products — Specification
requirements sampling and test methods for
This
sugarcane juice intended for direct human
requirements, sampling and test methods for
consumption.
pre-cooked dehydrated pulse products for
418.
US
1800:2019,
Dry
roasted
cyprinid (Mukene) — Specification
silver
Uganda
Standard
specifies
the
human consumption.
424.
US 1866:2020, Edible collagen sausage
casings — Specification
48 | P a g e
This
Uganda
Standard
the
wet and dry processed green coffee beans
and
intended for human consumption. This standard
sampling methods for Edible natural casings
applies to both Arabica (Coffea Arabia Linn),
used in sausage production fit for the food
Robusta (Coffee canephora) coffee beans and
industries and human consumption.
Liberia (Coffea liberica). [This standard cancels and
recommendations,
specifies
requirements,
test
replaces US EAS 130:1999, Green coffee beans –
425.
US 1902: 2017, Baker’s yeast —
Specification
Specification that has been technically revised].
431.
This Uganda Standard specifies requirements,
sampling and test methods for baker’s yeast.
426.
US
1923:2020,
Cakes
Specification
Sesame
paste
—
Uganda
Standard
specifies
the
requirements, sampling and test methods for
sesame paste, also known as Tehena, for human
This Uganda Standard specifies requirements,
sampling and test methods for cakes for human
consumption.
432.
consumption
US 1980: 2019, Unsweetened condensed
milk — Specification
427.
US
1925:2019,
Food
grade
saccharin — Specification
This Uganda Standard specifies requirements,
sampling and test methods for food grade
saccharin.
428.
1967:2019,
Specification
This
—
US
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
unsweetened condensed milks, intended for
direct consumption or further processing.
433.
US 1987: 2019, Whipping cream —
Specification
US 1926: 2019, Food grade aspartame —
This Uganda Standard specifies requirements,
Specification
This Uganda Standard specifies requirements,
sampling and test methods for whipping cream,
sampling and test methods for food grade
intended for direct human consumption or
aspartame
further processing.
429.
US
1930:2019,
Dried
meat
—
434.
Uganda
2022:2019,
Vegetable
and
nut
spread — Specification
Specification
This
US
Standard
specifies
the
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
requirements, sampling and test methods for
dried meat.
vegetable
and
nut
spread
for
human
consumption.
430.
US 1957: 2019, Green coffee beans —
Specification
This
Uganda
435.
US 2026:2019, Pasteurized goat milk —
Specification
Standard
specifies
the
requirements, sampling and test methods for
49 | P a g e
This Uganda Standard specifies requirements,
441.
US 2037: 2019, Kombucha drink —
Specification
sampling and test methods for pasteurized goat
This Uganda Standard specifies requirements
milk.
sampling and test methods for Kombucha drink.
436.
US
2027:2019,
Edible
offals
—
442.
Specification
This
Uganda
Standard
specifies
Specification
the
requirements, sampling and test methods for
edible offals for human consumption from the
cattle, buffalo, sheep, goats, deer, horses, pigs,
This
Uganda
and cuts) — Specification
Standard
the
2078:2019,
Organic-inorganic
compound fertilizer — Specification
This
specifies
US
Uganda
standard
specifies
organic-inorganic compound fertilizer.
rabbit meat (carcasses and cuts) meant for
444.
human consumption.
US 2029:2019, Edible sugarcane —
Uganda
Standard
specifies
the
requirements, sampling and test methods for
edible sugarcane for direct human consumption.
439.
US 2081:2019, Compound microbial
fertilizer — Specification
Specification
This
the
requirements, sampling and test methods of
requirements, sampling and test methods for
438.
the
blended fertilizers (or physical mixtures of
US 2028:2019, Rabbit meat (carcasses
Uganda
specifies
requirements, sampling and test methods for
443.
This
Standard
fertilizers) intended for use as fertilizers.
ratites, camelids and poultry.
437.
US 2038:2019, Blended fertilizer —
US 2035: 2019, Steviol glycosides —
Specification
This Uganda Standard specifies requirements
and sampling and test methods for compound
microbial fertilizers.
445.
US
2092:2019,
Vegetable
juice
—
Specification
This Uganda Standard specifies requirements,
sampling and test methods for vegetable juices.
It does not apply to vegetable juices for which
This Uganda Standard specifies requirements,
specific standards exist. (This standard cancels and
sampling and test methods for steviol glycosides
replaces US CODEX STAN 179:1991 General
from Stevia rebaudiana Bertoni intended for
standard for vegetable juices, which has been
human consumption.
440.
US 2036: 2019, Food grade nitrogen —
withdrawn).
446.
and carcasses — Specification
Specification
This Uganda Standard specifies requirements,
sampling and test methods for food grade
US 2122:2020, Ovine (lamb) meat cuts
This
Uganda
Standard
specifies
the
requirements, test and sampling methods for
nitrogen.
50 | P a g e
raw lamb meat fit for human consumption and
This
for use in the food industries.
requirements, sampling and test methods for
447.
US 2123:2019, Full fat groundnut flour
– Specification
Uganda
Standard
specifies
the
edible insects intended for human consumption
453.
This Uganda Standard specifies requirements,
US 2149:2020, Food seasoning mixtures
— Specification
methods of sampling and testing for full fat
This Uganda Standard specifies requirements,
groundnut
sampling and test methods for food seasoning
flour
suitable
for
human
consumption.
mixtures.
448.
454.
US 2125:2019, Full fat sesame flour –
Specification
US 2156:2020, Live animals’ grades —
Specification
This Uganda Standard specifies requirements,
This Uganda Standard specifies requirements
methods of sampling and testing for full fat
and grading of live animals for cattle, goat
sesame flour suitable for human consumption.
and sheep for the purpose of slaughtering.
449.
US 2127:2019, Food grade gelatin —
455.
Specification
— Specification
This Uganda Standard specifies requirements,
sampling and test methods for food grade
gelatin, also known as edible gelatin.
450.
US 2132:2019, Cider and perry —
sampling and test methods for cider and perry
for human consumption.
2135:2019,
Uganda
Chicken
feet
–
Standard
specifies
the
requirements, sampling and test methods for
chicken feet including paws fit for food
industries and human consumption.
452.
US
2146:2020,
Standard
specifies
the
requirements, sampling and test methods for
liquid
eggs
obtained
from
domesticated birds for human consumption.
US
ISO
2256:1984,
Dried
mint
(spearmint) (Mentha spicata Linnaeus syn.
Mentha viridis
Linnaeus)
—
Specification
Specification
This
Uganda
456.
This Uganda Standard specifies requirements,
US
This
pasteurized
Specification
451.
US 2170:2020, Pasteurized liquid eggs
Edible
This Uganda Standard specifies requirements
for leaves of dried mint (spearmint) in whole,
broken or rubbed form.
457.
US ISO 3632-1:2011, Spices – Saffron
(Crocus sativus L.) – Part 1: Specification
This Uganda Standard establishes specifications
for dried saffron obtained from the pistils of
insects
—
Crocus sativus L. flowers.
Specification
51 | P a g e
458.
US ISO 5559:1995, Dehydrated onion
(Allium cepa Linnaeus) —Specification
This Uganda Standard specifies requirements
for fruits of cumin (Cuminum cyminum L.). (This
This Uganda Standard specifies requirements
Uganda Standard cancels and replaces US ISO
for dehydrated onion (Allium cepa Linnaeus) in
6465:1984, Whole cumin (Cuminurn cyminum
its various commercial forms.
Linnaeus)
459.
technically revised).
US ISO 5560:1997, Dehydrated garlic
464.
(Allium sativum L.) — Specification
US
—
Specification
ISO
which
6539:2014,
This Uganda Standard specifies requirements
(Cinnamomum
zeylanicum
for dehydrated garlic (Allium sativum L.).
Specification (2nd Edition)
has
been
Cinnamon
Blume)
–
US ISO 5561:1990, Black caraway and
This Uganda Standard specifies requirements
blond caraway (Carum carvi Linnaeus),
for whole or ground (powdered) cinnamon, of
whole — Specification
the Sri Lankan, Madagascan and Seychelles
460.
This Uganda Standard specifies requirements
types obtained from the bark of the tree or shrub
for whole black and blond caraway (Carum
Cinnamomum zeylanicum Blume. (This Uganda
carvi Linnaeus), having biennal and annual
Standard cancels and replaces US ISO 6539:1997,
fructification respectively. It does not apply to
Cinnamon, Sri Lankan type, Seychelles type and
Carum Buibocastanum.
Madagascan type (Cinnamomum zeylanicum Blume)
461.
— Specification which has been technically revised.)
US ISO 5563:1984, Dried peppermint
(Mentha piperita Linnaeus) –Specification
465.
US ISO 6574:1986, Celery seed (Apium
This Uganda Standard specifies requirements
graveolens Linnaeus) — Specification
for dried leaves, or broken or rubbed dried
This Uganda Standard specifies requirements
leaves, of peppermint.
for whole celery seed’) (Apium graveolens
462.
Linnaeus) for use as a spice. It does not apply to
US ISO 5565-1:1999, Vanilla [Vanilla
fragrans (Salisbury) Ames] —
Part
1:
seeds used for agricultural purposes.
466.
Specification
US ISO 6577:2002, Nutmeg, whole or
This part of US ISO 5565 specifies requirements
broken, and mace, whole or in pieces
for vanilla belonging to the species Vanilla
(Myristica fragrans Houtt.) — Specificatio
Vanilla
This Uganda Standard specifies requirements
planifolia Andrews. This standard is applicable
for nutmeg, whole or broken, and for mace,
to vanilla in pods, bulk, cut or in the form of
whole or in pieces, obtained from the nutmeg
powder. It is not applicable to vanilla extracts.
tree (Myristica fragrans Houtt.) for wholesale
463.
commercial purposes
fragrans
(Salisbury)
Ames,
syn.
US ISO 6465:2009, Spices – Cumin
(Cuminum cyminum L.) – Specification
(2nd Edition)
467.
US
ISO
6754:1996,
Dried
thyme
(Thymus vulgaris L.) — Specification
52 | P a g e
This
Uganda
Standard
specifies
the
472.
US ISO 10622:1997, Large cardamom
requirements for dried thyme (Thymus vulgaris
(Amomum subulatum Roxb.), as capsules
L.) leaves in the rubbed form.
and seeds —
Specification
US ISO 7086-2:2000, Glass hollowware
This Uganda Standard specifies requirements
in contact with food — Release of lead
for large cardamom as capsules and seeds
and cadmium — Part 2: Permissible limits
(Amomum subulatum Roxb)
468.
This Uganda Standard specifies permissible
473.
US ISO 11162:2001, Peppercorns (Piper
limits for the release of lead and cadmium from
nigrum L.) in brine — Specification and
glass hollowware that is intended to be used in
test methods
contact with food. This part of US ISO 7086 is
This
Uganda
Standard
specifies
the
applicable to glass hollowware intended for use
requirements for peppercorns (Piper nigrum L.)
in the preparation, cooking, serving and storage
in brine.
of food and beverages, excluding glass ceramic
474.
US ISO 11163:1995, Dried sweet basil
(Ochwm basilicum L.) — Specification
ware, glass flatware, and all articles used in food
manufacturing industries or those in which food
This
is sold
requirements for dried sweet basil (Ocimum
469.
US ISO 7540:2006, Ground paprika
(Capsicum annuum L.) — Specification
Uganda
Standard
specifies
the
basilicum L.) in the form of cut (rubbed) leaves.
475.
US ISO 11164:1995, Dried rosemary
(Rosmarinus officinalis L.) —Specification
This Uganda Standard defines the requirements
for ground paprika.
This
470.
requirements for dried rosemary (Rosmarinus
US ISO 8391-2:1986, Ceramic cookware
Uganda
Standard
in contact with food — Release of lead
officinalis L.) leaves in cut form.
and cadmium – Part 2: Permissible limits
476.
specifies
the
US ISO 11165:1995, Dried sage (Salvia
officinalis L.) — Specification
This Uganda Standard specifies the permissible
limits for the release of lead and cadmium by
This
Uganda
Standard
specifies
the
ceramic cookware intended for use in contact
requirements for dried sage (Salvia officinalis L.)
with food. This part of ISO 8391 is applicable to
in the form of whole or cut leaves.
ceramic cookware intended to be used for the
477.
preparation of foods by heating.
471.
US
ISO
10620:1995,
Dried
sweet
US ISO 11178:1995, Star anise (Illicium
verum Hook. f.) – Specification
marjoram (Origanum majorana L.) —
This Uganda Standard specifies requirements
Specification
for the dried fruits of the star anise tree (Illicium
This Uganda Standard specifies requirements
verum Hook. f.).
for dried sweet marjoram (Origanum majorana
L.) both as bunches (bouquets) and as rubbed.
53 | P a g e
478.
US
ISO
21469:2006,
Safety
of
machinery — Lubricants with incidental
product contact — Hygiene requirements
This
Uganda
Standard
specifies
hygiene
requirements for the formulation, manufacture,
use and handling of lubricants which, during
manufacture and processing, can come into
incidental contact (e.g. through heat transfer,
load transmission, lubrication or the corrosion
protection of machinery) with products and
packaging used in the food, food-processing,
cosmetics, pharmaceutical, tobacco or animalfeeding-stuffs industries.
54 | P a g e
482.
units in household electric ranges —
ELECTROTECHNOLOGY PR ODUCTS
479.
US
150:2000
Specifications
for
fluorescent lights for use in photovoltaic
This Uganda Standard specifies the minimum
for
fluorescent
tube
lights
powered with direct current (dc) inverter
US EAS 168:2014, Junction boxes for
use
in
This
Standard
specifies
the
electrical
installations
for household electric ranges. It applies to multiheat
483.
energy
regulators
and
and methods of sampling and test for junction
boxes of surface or flush mounting types for use
in fixed wiring installations. This standard
1: Plain flexible
This
250 V and where the conductors are not subject
to mechanical tension in normal use. It covers
junction boxes having fixed terminals with
capacity for cable conductors up to 10 mm2. It
ingress of dust or moisture is required.
US EAS 203:2014, Boxes for enclosure
of electrical accessories — Specification
(2nd Edition)
484.
the
standard
specifies
US 261-2:2000/EAS 179 Specification
2: Corrugated conduits
This
part
2
of
the
standard
specifies
requirements for flexible corrugated conduits of
insulating materials
485.
US 369-3: 2001 Batteries - Part 3:
General
information
-
Definitions,
abbreviations and symbols.
This part of US 369 details the definitions,
abbreviations, symbols and formulae used
throughout the other parts of the standard
486.
US EAS 372-2:2005 Specifications for
telecommunications installations – Part 2:
Telecommunications pathways and spaces
and methods of test for boxes intended to
be recessed into a wall, ceiling or similar flat-
of
for PVC conduits for electric wiring. Part
This Uganda Standard specifies requirements
contain one or more electrical accessories and to
1
PVC material or any other suitable material.
does not apply to junction boxes for use in
conditions where special protection against the
part
requirements for plain flexible conduits, made of
applies to junction boxes used in a.c. and d.c.
circuits where the rated voltage does not exceed
US 261-1:2000/ EAS178 Specification
for PVC conduits for electric wiring. Part
—
This Uganda Standard specifies requirements
surfaced structure.
switches,
thermostats including those for ovens, hotplates
Specification (2nd Edition)
481.
Uganda
and rotisseries.
ballasts for use in photovoltaic systems.
480.
Specification (2nd Edition)
requirements and test methods for control units
systems
requirements
US EAS 205:2014, Controls for heating
for commercial buildings
This
standard
telecommunications
is
limited
aspects
of
to
the
commercial
building design and construction, encompassing
telecommunications considerations both within
55 | P a g e
and between buildings. Telecommunications
distribution cabinets (CDCs) for power
aspects in this context generally means the
distribution in networks
pathways into which telecommunications media
This
are placed, and the rooms and areas associated
requirements for cable distribution cabinets
with the building used to terminate cabling and
(CDCs),
accommodate associated telecommunications
assemblies (TTA) for outdoor installation in
equipment.
places which are exposed to the public, but
487.
US EAS 372-3:2005 Specification for
where only skilled persons have access for their
telecommunications installations – Part 3:
use. They are for use in public three-phase
Integrated telecommunications
systems.
systems
for
small
office
cabling
residential
premises
standard
490.
which
gives
are
supplementary
stationary,
type-tested
US EAS 376-1:2005 Safety of machinery
– Electrical equipment of machines – Part
This standard covers telecommunications wiring
1: General requirements
systems installed within an individual building
This part of US EAS 376 applies to the
with residential (single, multi-unit or home
application
office) and light commercial (small office,
programmable
manufacturing, store, retail, etc.) end use. It does
systems to machines not portable by hand while
not apply to caravan
working,
parks or
marinas.
of
electrical,
electronic
including
a
electronic
and
equipment
and
group
of
machines
Installation of basic telephone services not
working together in a co-ordinated manner.
intended
491.
for
advanced
applications
or
integrated services is not the subject of this
US EAS 497:2008, Colours of the cores
of flexible cables and cords
Standard.
This Uganda Standard applies to flexible cables
488.
US EAS 373:2005 External TV aerials in
and cords with not more than five cores. The
the frequency range 30MHz – 1GHz –
object of this standard is to establish standard
Specification
colour identification for the earthing core in
This
standard
performance
flexible cables and cords. The introduction of the
requirements and methods of measurement of
same identification code in all countries would
fixed receiving aerials, for domestic use, in the
remove the risk of accidents due to connecting
frequency range of 30MHz to 1GHz.
plugs to flexible cables or cords attached to
489.
US EAS 375-5:2005 Low – voltage
imported appliances. This risk may occur where
switchgear and control gear assemblies –
the colour standardized for the identification of
Part
for
the earthing core in the country of import is
installed
different from that standardized in the country
–
of export.
5:
assemblies
outdoors
specifies
Particular
intended
in
public
the
requirements
to
be
places
cable
56 | P a g e
492.
US EAS 498-2:2008, Low-frequency
495.
US EAS 512:2008, Thermal-resistant
cables and wires with PVC insulation and
aluminium alloy wire for overhead line
PVC sheath — Part 2: Cables in pairs,
conductor
triples, quads and quintuples for inside
This Uganda Standard is applicable to thermal-
installations
resistant aluminium alloy wires before stranding
This Uganda Standard is applicable to cables for
for manufacture of stranded conductors for
inside
the
overhead lines. It specifies the mechanical,
equipment;
electrical and thermal resistant properties of
telecommunications equipment; and equipment
wires in the diameter range commercially
for data processing.
available.
493.
496.
installations,
interconnection
of
intended
for
transmission
US EAS 498-3:2008, Low-frequency
cables and wires with PVC insulation and
conductors — Formed wire, concentric lay,
PVC sheath — Part 3: Equipment wires
stranded conductors
with solid or stranded conductor wires,
This Uganda Standard specifies the electrical
PVC
and mechanical characteristics of
insulated, in singles, pairs and
triples
This
a) concentric lay, overhead conductors of
Uganda
equipment
Standard
wires
with
is
solid
applicable
or
to
wires formed or shaped before, during
stranded
conductor, polyvinyl chloride (PVC) insulated,
or after.
b) stranding, made of combinations of any
in singles, pairs and triples to be used for
internal
wiring
of
telecommunication
of the following metal wires:
c)
equipment, industrial and consumer electronic
equipment.
494.
US
EAS
overhead line
Uganda
hard aluminium as per IEC 60889
designated A1;
d) hard aluminium as per IEC 60889
507:2008,
magnesium-silicon
This
US EAS 513:2008, Overhead electrical
Aluminium-
alloy
wire
for
applicable
to
conductors
Standard
is
designated A1F wire shaped before
stranding;
e) hard aluminium alloy as per IEC 60104
aluminium-magnesium-silicon alloy wires of
designated A2 or A3;
f)
hard aluminium alloy as per IEC 60104
two types having different mechanical and
designated A2F or A3F shaped before
electrical properties for the manufacture of
stranding;
stranded
conductors
transmission
for
purposes.
overhead
It
power
specifies
the
mechanical and electrical properties of wires in
the diameter range 1.50 mm to 4.50 mm.
g) regular strength steel, designated S1A or
S1B, where A and B are zinc coating
classes,
h) corresponding respectively to classes 1
and 2;
57 | P a g e
i)
ii)
iii)
497.
high strength steel, designated S2A
This standard is for the purpose of clarification
or S2B;
of terms used in all standards pertaining to
extra high strength steel, designated
electric cables and wires.
S3A;
500.
US 604:1995 Standard specification for
aluminium clad steel, designated
PVC insulation and sheath of electric
SA.
cables
US 601:1995 Standard specification for
This
standard
specifies
the
physical
and
PVC - Insulated cables for electricity
electrical requirements for the types of PVC
supplies
insulation and sheath of electric cables.
This
standard
dimensions
for
specifies
requirements
PVC-insulated
cables
and
for
501.
US 605:1995 Standard Specification for
conductors in insulated cables and cords
operation at nominal voltages up to and
This standard specifies the nominal cross-
including 1900 V to armour or earth and 3300 V
sectional areas and requirements, including
between conductors. Covers cables intended for
numbers and sizes of wires and resistance
general use where the combination of the
values, for conductors in electric cables and
ambient temperature and temperature rise due
cords of a wide range of types. These conductors
to the loading current results in a conductor
include
temperature not exceeding 70 degree C.
aluminium conductors in cables for fixed
498.
installations and flexible copper conductors
US 602:1995 Standard specification for
PVC - Insulated cables (non armoured) for
standard
dimensions
for
specifies
and
requirements
non-armoured
Poly
and
Vinyl
stranded
copper
and
US 611:1995 Standard specification for
aluminium
electric power and lighting
This
502.
solid
stranded
conductors
and
aluminium stranded conductors, steelreinforced
Chloride (PVC) insulated cables for fixed
transmission
installations and for operation at voltages up to
conductors
for
overhead
Aluminium
power
stranded
and including 450 V to earth and 750 V a.c.
This standard applies to aluminium stranded
between conductors.
conductors for overhead power transmission
499.
503.
US 603:1995 Standard specification for
Electro
technical,
power,
US 695:2006 Fluorescent lamps for
general lighting
telecommunication, electronics, lighting
This standard specifies requirements for tubular
and colour terms. Terms particular to
hot cathode fluorescent lamps for general
power
lighting service, for operation with or without
engineering
terminology
-
Electric
cable
starters, at room temperature of 10 °C to 40 °C.
504.
US
ISO
764:2002,
Horology
—
Magnetic resistant watches
58 | P a g e
This Uganda Standard specifies the minimum
:Installation and maintenance of overhead
requirements and test methods for magnetic
electric supply and communication lines
resistant watches. It is based on the simulation
This
of an accidental exposure of a watch to a direct
requirements for installation and maintenance of
current magnetic field of 4 800 A/m. Annex A
overhead electric supply and communication
deals with watches designated as magnetic
lines
resistant with an additional indication of
prescribes
intensity of a magnetic field exceeding 4 800
arrangements of such systems and the extension
A/m.
of such systems into buildings. It includes
505.
US EAS 811-1: 2014, Code of practice
Uganda
and
Standard
their
associated
the
requirements
specifies
equipment.
associated
for
spacing,
safety
It
structural
clearances,
and
for safety of electrical installations — Part
strength of construction. This part of US EAS
1: General
811 does not apply to installations in electric
This Uganda Standard specifies the terms and
supply stations except as required by US EAS
definitions, symbols and methods of earthing of
811-1.
electrical supply, communication facilities and
508.
US EAS 811-4:2014, Code of practice for
associated equipment. It applies to all new and
safety of electrical installations — Part 4:
existing
Installation
installations
and
extensions.
This
and
standard does not cover the earthed return of
underground
electric railways nor those lightning protection
communication lines
Uganda
maintenance
electric
Standard
supply
and
wires that are normally independent of supply
This
or communication wires or equipment.
requirements
506.
US EAS 811-2:2014, Code of practice for
maintenance of underground electric supply
safety of electrical installations — Part 2:
and communication lines. It prescribes the
Installation and maintenance of electric
associated structural arrangements and the
supply stations and equipment
extension of such systems into buildings. It also
for
the
specifies
of
installation
safety
and
This Uganda Standard specifies the safety
covers the cables and equipment employed
requirements for installations, operations and
primarily for the utilization of electric power
maintenance of electric supply stations. It also
when such cables and equipment are used by
provides safety guidelines to personnel involved
the utility in the exercise of its function as a
in electric supply stations and their associated
utility. This standard does not apply for
structural arrangements that are accessible only
installations in electric supply stations.
to qualified personnel.
509.
US EAS 811-5: 2014, Code of practice
US EAS 811-3:2014, Code of practice for
for safety of electrical installations — Part
safety of electrical installations — Part 3
5: Operation of electric supply lines,
507.
communication lines and equipment
59 | P a g e
This Uganda Standard specifies the practical
512.
US 855-1:2011, Thermal solar systems
work requirements to be followed during
& components – Factory made solar
installation, operation and maintenance of
systems –Part 1: General requirements
electric supply and communications lines and
This Uganda Standard specifies requirements on
equipment
durability, reliability and safety for Factory
as
a
means
of
safeguarding
Made thermal solar heating systems. The
employees and the public from injury.
of
standard also includes provisions for evaluation
electrical appliances — Instructions for
of conformity to these requirements. The
use
requirements in this standard apply to factory
510.
US
819:2008,
General
labeling
This standard establishes the principles of, and
made solar systems as products. The installation
gives recommendations on the design and
of these systems itself is not considered, but
formulation of instructions for the use of
requirements are given for the documentation
consumer products with specific reference to
for the installer and the user which is delivered
electrical
with the system.
appliances.
It
is
intended
for
committees preparing standards for consumer
products,
and
product
designers,
513.
US 857-1: 2011, Custom built solar
systems – Part 1: General requirements
manufacturers, technical writers or other people
This Uganda Standard specifies requirements on
engaged in the work of conceiving and drafting
durability, reliability and safety of small and
such instructions. It also guides consumers and
large custom built solar heating systems with
traders of electrical items on the instructions
liquid heat transfer medium for residential
used on these items.
buildings and similar applications. The standard
511.
contains also requirements on the design
US 854-1:2011, Thermal solar systems
& components — Solar collectors — Part
process of large custom built systems.
1: General requirements
514.
US
900-1:2011,
Performance
This Uganda Standards specifies requirements
household
on durability (including mechanical strength),
refrigerating appliances Part 1: Energy
reliability and safety for liquid heating solar
labeling
collectors.
performance standards requirements
It
also
includes
provisions
for
electrical
of
and
minimum
appliances
energy
evaluation of conformity to these requirements.
This Uganda Standard specifies the energy
It is not applicable to those collectors in which
labeling and Minimum Energy Performance
thermal storage unit is an integral part of the
Standard (MEPS) requirements for vapour
collector to such an extent that the collection
compression refrigerating appliances that can be
process cannot be separated from the storage
connected to mains power and which are within
process for purposes of making measurements
the scope of US 900-2. Such refrigerating
of these two processes.
60 | P a g e
appliances that are used in the commercial
lighting service. The testing method specifies the
sector are included within the scope.
procedures that can be used to determine
515.
accurately the mercury content in a fluorescent
US 902:2011, Self-ballasted lamps for
General
Lighting
Services
(GLS)
—
Performance requirements
This
Uganda
lamp in which mercury is introduced as the
medium for discharge between the electrodes.
Standard
specifies
the
518.
US
904-1:2011,
Performance
of
performance requirements, together with the
electrical lighting equipment-ballasts for
test methods and conditions required to show
fluorescent lamps — Part 1: Energy
compliance of tubular fluorescent and other gas-
labeling
discharge lamps with integrated means for
Performance Standards requirements
controlling starting and stable operation (self-
This Uganda Standard specifies requirements
ballasted lamps), intended for domestic and
for the classification of ballasts for a range of
similar general lighting purposes.
fluorescent lamp types according to their Energy
516.
Double-capped
Efficiency Index (EEI) and the form of labeling
lamps-performance
of the EEI, which is generally shown on the
US
903-1:2011,
fluorescent
and
specifications — Part 1: Minimum Energy
ballast rating plate.
Performance Standard (MEPS)
519.
US
Minimum
904-2:2011,
Energy
Performance
of
This Uganda Standard specifies Minimum
electrical lighting equipment — Ballasts
Energy
(MEPS)
for fluorescent Lamps — Part 2: Method of
tubular
measurement
Performance
requirements
for
Standard
double-capped
to
determine
energy
fluorescent lamps with a nominal length of 550
consumption and performance of ballast-
mm to 1500 mm and having nominal lamp
lamp circuits
wattage of 16 watts or more. This standard
This Uganda Standard provides methods of
covers lamps for general illumination purposes,
measurement of ballast energy consumption
for use in luminaires and with lamp ballasts
and
connected to a 240 V 50 Hz single phase or
associated fluorescent lamp(s).
similar mains supply.
520.
performance
US
when
905-1:2011,
used
Rotating
with
their
electrical
Double-capped
machines — General requirements — Part
Performance
1: Three phase cage induction motors —
specifications — Part 2: Procedure for
High efficiency and Minimum Energy
quantitative analysis of mercury present
Performance Standards requirements
517.
US
fluorescent
903-2:2011,
lamps
—
in fluorescent lamps
This Uganda Standard applies to three-phase
This Uganda Standard outlines a procedure for
cage induction motors with ratings from 0.73
quantitative analysis of mercury present in
kW and up to but not including 185 kW. The
fluorescent lamps that are used in general
61 | P a g e
scope covers motors of rated voltages up to 1100
specific applications (e.g. essential hospital
V a.c
supplies, high rise buildings), supplementary
521.
US ISO 1413:1984, Horology — Shock
resistant watches
requirements may be necessary. The provisions
of this part of ISO 8528 should be regarded as
This Uganda Standard specifies the minimum
the basis for establishing any supplementary
requirements for shock-resistant watches and
requirements. The terms which define the speed
describes the corresponding method of test. It is
governing and speed characteristics of RIC
intended to allow homologation testing of
engines are listed and explained where they
watches rather than the individual control of all
apply specifically to the use of the engine for
watches
Indeed,
driving a.c. generators. For other reciprocating-
assuming that each watch could comply with
type prime movers (e.g. steam engines), the
the minimum requirements without apparent
provisions of this part of US ISO 8528 should be
damage, readjustment could still be made
used
necessary because the test can lead to an
requirements.
alteration of the initial rate of a watch. This
524.
of
a
production
batch.
as
a
US
basis
ISO
for
establishing
8528-3:2005,
these
Reciprocating
standard is based on the simulation of the shock
internal
received by a watch on falling accidentally from
alternating current generating sets — Part
a height of 1 m on to a horizontal hardwood
3:
surface.
generating sets
522.
combustion
Alternating
engine
current
driven
generators
for
This Uganda Standard specifies the principal
US ISO 6425:1996, Divers’ watches
This Uganda Standard specifies requirements
characteristics of Alternating Current (a.c.)
and test methods for divers’ watches and for
generators under the control of their voltage
divers’ watches for use in deep diving.
regulators
523.
applications. It supplements the requirements of
US
ISO
8528-2:2005,
Reciprocating
when
used
in
generating
set
driven
IEC 60034-1. This part of US ISO 8528 applies to
alternating current generating sets — Part
a.c. generators used in a.c. generating sets
2: Engines
driven by reciprocating internal combustion
internal
combustion
engine
This Uganda Standard specifies the principal
(RIC)
characteristics
excluding generating sets used on aircraft or to
of
a
Reciprocating
Internal
engines
for
land
and
marine
use,
Combustion (RIC) engine when used
for
propel land vehicles and locomotives. For some
alternating
set
specific applications (e.g. essential hospital
applications. It applies to RIC engines for a.c.
supplies, high-rise buildings), supplementary
generating sets for land and marine use,
requirements may be necessary. The provisions
excluding generating sets used on aircraft or to
of this part of US ISO 8528 should be regarded
propel land vehicles and locomotives. For some
as the basis for establishing any supplementary
current
(a.c.)
generating
62 | P a g e
requirements. For a.c. generating sets driven by
Alternating
other reciprocating-type prime movers (e.g.
operating as a unit. It applies to a.c. generating
steam engines) the provisions of this part of US
sets driven by RIC engines for land and marine
ISO 8528 should be used as a basis for
use, excluding generating sets used on aircraft
establishing these requirements.
or to propel land vehicles and locomotives. For
525.
US
ISO
internal
8528-4:2005,
combustion
Reciprocating
engine
Current
(a.c.)
generator
when
some specific applications (e.g. essential hospital
driven
supplies and high-rise buildings) supplementary
alternating current generating sets — Part
requirements can be necessary. The provisions
4: Control gear and switchgear
of this part of US ISO 8528 are a basis for
This Uganda Standard specifies the criteria for
establishing any supplementary requirements.
control gear and switchgear for generating sets
For
with reciprocating internal combustion engines.
reciprocating-type prime movers (e.g. steam
It
(a.c.)
engines), the provisions of this part of US ISO
generating sets driven by Reciprocating Internal
8528 can be used as a basis for establishing these
Combustion (RIC) engines for land and marine
requirements.
use excluding generating sets used on aircraft or
527.
applies
to
Alternating
Current
generating
US
ISO
sets
driven
8528-7:1994,
by
other
Reciprocating
to propel land vehicles and locomotives. For
internal
some specific applications (e.g. essential hospital
alternating current generating sets — Part
supplies
7: Technical declarations for specification
and
high-rise
buildings),
combustion
engine
driven
and design
supplementary requirements may be necessary.
The provisions of this part of US ISO 8528
This
should be regarded as a basis for establishing
requirements
any
specification and design of a reciprocating
supplementary
requirements.
For
Uganda
Standard
and
parameters
for
(e.g. steam engines), this part of US ISO 8528
generating set, with reference to the definitions
should be regarded as a basis for establishing
given in US ISO 8528-1 to US ISO 8528-6. lt
these requirements.
applies to alternating current (a.c.) generating
internal
ISO
8528-5:2013,
combustion
Reciprocating
engine
engine
the
internal
US
(RIC)
the
generating sets driven by other prime movers
526.
combustion
specifies
driven
sets driven by RIC engines for land and marine
driven
use, excluding generating sets used on aircraft
alternating current generating sets — Part
or to propel land vehicles and locomotives. For
5: Generating sets
some
specific
applications
(for
example,
This Uganda Standard defines terms and
essential hospital supplies, high-rise buildings,
specifies design and performance criteria arising
etc.)
out of the combination of a Reciprocating
necessary. The provisions of this part of US ISO
Internal Combustion (RIC) engine and an
8528 should be regarded as a basis. For other
supplementary
requirements
may
be
63 | P a g e
reciprocating-type Prime movers (e.g. sewage
generating sets used on board of seagoing
gas engines, steam engines), the provisions of
vessels and mobile offshore units as well as on
this part of US ISO 8528 should be used as a
aircraft
basis.
locomotives. The special requirements needed to
528.
US ISO 8528-12:1997, Reciprocating
internal
combustion
engine
cover
or
to
operation
propel
in
road
vehicles
potentially
and
explosive
driven
atmospheres are not covered in this part of US
alternating current generating sets — Part
ISO 8528. The hazards relevant to RIC engine
12: Emergency power supply to safety
driven generating sets are identified in Annex A.
services
This part of US ISO 8528 deals with the special
This Uganda Standard applies to generating sets
requirements of test and safety design which
driven by reciprocating internal-combustion
should be observed in addition to the definitions
(RIC) engines for emergency power supply to
and requirements in US ISO 8528-1, US ISO
safety services. It applies, for example, to safety
8528-2, US ISO 8528-3, US ISO 8528-4, US ISO
equipment in hospitals, high-rise buildings,
8528-5 and US ISO 8528-6, where applicable. It
public gathering places etc. This part of US ISO
specifies safety requirements in order to protect
8528 establishes the special requirements for the
the user from danger.
performance, design and maintenance of power
530.
generators used in the applications referred to
US ISO 22810:2010, Horology — Water-
resistant watches
above and taking into account the provisions of
This
US ISO 8528-1 to US ISO 8528-6 and US ISO
requirements and specifies the test methods
8528-10.
used to verify the water resistance of watches.
529.
US ISO 8528-13:2016, Reciprocating
internal
combustion
engine
Uganda
Standard
establishes
the
Moreover, it indicates the marking which the
driven
manufacturer is authorized to apply to them.
alternating current generating sets — Part
Divers' watches, specified as such, are covered
13: Safety
by US ISO 6425 which establishes special
This Uganda Standard specifies the safety
requirements.
requirements
531.
for
reciprocating
internal
US
IEC
60034
–
1:2004
Rotating
combustion (RIC) engine driven generating sets
electrical machines – Part 1: Rating and
up to 1 000 V consisting of an RIC engine, an
Performance
alternating current (AC) generator including the
This standard is applicable to all rotating
additional equipment required for operating,
electrical machines except those covered by
e.g.
auxiliary
other IEC standards – for example, IEC 60349.
equipment. It is applicable to generating sets for
Machines within the scope of this standard may
land and marine use (domestic, recreational and
also be subject to superseding, modifying or
industrial application). It is not applicable to
additional requirements in other
controlgear,
switchgear,
64 | P a g e
532.
US IEC 60061-1:2007, Lamp caps and
This Uganda Standard applies to tungsten
holders together with gauges for the
filament incandescent lamps for general lighting
control of interchangeability and safety –
service (GLS) which comply with the safety
Part 1: Lamp caps
requirements in IEC 432-1 and having: rated
This
Uganda
the
wattage of 25 W to 200 W, inclusive; rated
recommendations of the IEC in regard to lamp
voltage 100 V to 250 V, including marked
caps and holders in general use, together with
voltage range not exceeding ± 2.5 % of the mean
relevant gauges, with the object of securing
voltage; bulbs of the A or PS shapes; bulbs with
international interchangeability.
clear, frosted or equivalently coated finishes.
533.
Standard
contains
US IEC 60061-2:2007,Lamp caps and
This
standard
states
the
performance
holders together with gauges for the
requirements for lamps, including test
control of interchangeability and safety –
methods
Part 2: Lamp holders
compliance with the requirements
This standard contains the recommendations of
536.
and
means
of
confirming
US IEC 60065:2005 Audio, video and
the IEC in regard to lamp caps and holders in
similar electronic apparatus – Safety
general use, together with relevant gauges, with
requirements
the
object
of
securing
international
This standard applies to receiving apparatus for
interchangeability.
sound or vision, amplifiers, load and source
534.
US IEC 60061-3:2003 Lamp caps and
transducers, motor-driven apparatus (radio-
holders together with gauges for the
gramophones, tape recorders and sound-film
control of interchangeability and safety –
projectors, etc.) which are to be connected to the
Part 3: Gauges
mains, directly or indirectly, and which are
This standard is based on the third edition
intended for domestic and similar indoor use.
(1969) and its supplements A(1970), B(1971),
Gives a safety and classification terminology
C(1971), D(1972), E(1972), F(1975), G(1977),
based on IEC 60536. Specifies requirements for
H(1980), J(1983), K(1987), L(1989), M(1992),
marking,
insulation,
components,
electrical
N(1994), P(1994), Q(1995), R(1996), S(1996),
connections and fixings, protection against
T(1996), U(1997) and amendments 20(1998),
ionizing
21(1999), 22(1999), 23(2000), 24(2001), 25(2001),
radiation,
resistance
to
heating,
mechanical strength and stability, etc., as well as
26(2001), 27(2002), 28(2002), 29(2002), 30(2003)
a requirement for splash-proof mains operated
and 31(2003).
electronic
535.
US IEC 60064:2005, Tungsten filament
lamps for domestic and similar general
lighting
purposes
requirements
—
Performance
equipment.
Does
not
apply
to
apparatus designed for rated supply voltage
exceeding 433 V (r.m.s.) between phases in the
case of three-phase supply and 250 V (r.m.s.) in
65 | P a g e
all other cases. Has the status of a group safety
US IEC 60076-1. It gives details of the applicable
publication in accordance with IEC Guide 104.
dielectric tests and minimum dielectric test
537.
levels.
US
IEC
60076-1:2011,
Power
transformers — Part 1: General
Recommended
minimum
external
clearances in air between live parts and between
This Uganda Standard applies to three-phase
live parts and earth are given for use when these
and single-phase power transformers (including
clearances are not specified by the purchaser.
auto-transformers) with the exception of certain
(This Uganda Standard cancels and replaces US EAS
categories of small and special transformers
371-3:2005, Specification for power transformers —
such as: single-phase transformers with rated
Part 3: Insulation levels and dielectric tests, which
power less than 1 kVA and three-phase
has been technically revised).
transformers less than 5 kVA; transformers,
540.
US
IEC
60076-5:2006,
which have no windings with rated voltage
transformers
—
higher than 1 000 V; instrument transformers;
withstand short circuit
Uganda
Part
5:
Standard
Power
Ability
identifies
to
amongst others. (This Uganda Standard cancels
This
the
and replaces US EAS 371-1:2005, Specification for
requirements for power transformers to sustain
power transformers — Part 1: General requirements,
without damage the effects of overcurrent
which has been technically revised).
originated by external short circuits. It describes
Power
the calculation procedures used to demonstrate
transformers — Part 2: Temperature rise
the thermal ability of a power transformer to
for liquid-immersed transformers
withstand such over currents and both the
538.
This
US
IEC
Uganda
60076-2:2011,
to
liquid-
special test and the theoretical evaluation
identifies
power
method used to demonstrate the ability to
cooling
withstand the relevant dynamic effects. The
methods, defines temperature rise limits and
requirements apply to transformers as defined
gives the methods for temperature rise tests.
in the scope of US IEC 60076-1. (This Uganda
(This Uganda Standard cancels and replaces US EAS
Standard cancels and replaces US EAS 371-5:2005,
371-2:2005, Specification for power transformers —
Specification for power transformers — Part 5:
Part
Ability to withstand short circuit, which has been
immersed
applies
transformers,
transformers
2:
Standard
according
Specification
to
for
their
temperature
rise
requirements, which has been technically revised).
technically revised).
539.
541.
US
IEC
60076-3:2013,
Power
transformers — Part 3: Insulation levels,
fluorescent
dielectric tests and external clearances in
specifications
air
This
US IEC 60081:2002 Double – capped
Uganda
This
Standard
applies
to
power
transformers as defined by and in the scope of
standard
lamps
—
Performance
specifies
the
performance
requirements for double-capped fluorescent
lamps
general
lighting
service.
The
66 | P a g e
requirements of this standard relate only to type
for primary batteries for watches. In several
testing. Conditions of compliance, including
cases, a menu of test methods is given. When
methods of statistical assessment, are under
presenting
consideration.
and/or performance data, the manufacturer
542.
specifies which test method was used. (This
US IEC 60086-1: 2011, Primary batteries
— General
This
battery
electrical
characteristics
Uganda Standard cancels and replaces US 481-
Uganda
Standard
is
intended
to
3:2003 Primary batteries — Part 3: Watch batteries,
standardize primary batteries with respect to
which has been renumbered).
dimensions,
545.
nomenclature,
terminal
configurations, markings, test methods, typical
US IEC 60086-4: 2007, Primary batteries
— Part 4: Safety of lithium batteries
performance, safety and environmental aspects.
This Uganda Standard specifies tests and
As
tool,
requirements for primary batteries to ensure
electrochemical systems are also standardized
their safe operation under intended use and
with
electrodes,
reasonably foreseeable misuse. (This Uganda
electrolyte, nominal and maximum open circuit
Standard cancels and replaces US 481-4:2003,
voltage. This standard specifies test methods for
Primary batteries — Part 4: Safety of lithium, which
testing primary cells and batteries. (This Uganda
has been renumbered).
Standard cancels and replaces US 481-1:2003,
546.
a
primary
respect
to
battery
classification
system
letter,
US IEC 60086-5: 2011, Primary batteries
Primary batteries — Part 1: General, which has
— Part 5: Safety of batteries with aqueous
being renumbered).
electrolyte
543.
—
US IEC 60086-2: 2011, Primary batteries
Part
2:
Physical
and
electrical
This Uganda Standard specifies tests and
requirements for primary batteries with aqueous
electrolyte to ensure their safe operation under
specifications
This Uganda Standard is applicable to primary
intended use and reasonably foreseeable misuse.
batteries based on standardized electrochemical
(This Uganda Standard cancels and replaces US EAS
systems. It specifies the physical dimensions and
481-5:2003 Primary batteries — Part 5: Safety of
the discharge test conditions and discharge
batteries with aqueous electrolyte, which has been
performance
renumbered).
requirements.
(This
Uganda
Standard cancels and replaces US 481-2:2003
547.
US IEC 60095-1:2006, Lead-acid starter
Primary batteries — Part 2: Physical and electrical
batteries — Part 1: General requirements
specifications, which has been renumbered).
and methods of test
544.
US IEC 60086-3: 2011, Primary batteries
— Part 3: Watch batteries
This Uganda Standard is applicable to lead-acid
batteries with a nominal voltage of 12 V, used
This Uganda Standard specifies dimensions,
primarily as a power source for the starting of
designation, methods of tests and requirements
internal combustion engines, lighting and for
67 | P a g e
auxiliary equipment of internal combustion
two types are designated Type A and Type B
engine vehicles. These batteries are commonly
respectively. (This Uganda Standard cancels and
called "starter batteries". This standard specifies
replaces US EAS 507:2008, Aluminium-magnesium-
general
silicon alloy wire for overhead line conductors, which
requirements;
essential
functional
characteristics, relevant test methods and results
has been republished).
required, for several classes of starter batteries;
550.
US IEC 60155:1993 Glow – starters for
fluorescent lamps
according to the general type of application; and
according to the type of product. (This Uganda
This standard specifies interchangeable glow-
Standard cancels and replaces US 369-1:2001
starters used with pre-heat type fluorescent
Batteries — Lead acid starter batteries — Part 1:
lamps, hereafter called “starters”.
General requirements and methods of test, which has
551.
mercury vapour lamps — Performance
been technically revised.)
548.
specifications
US IEC 60095-2:2009, Lead-acid starter
batteries
—
US IEC 60188:2001 High – pressure
Part
2:
Dimensions
of
This
standard
specifies
the
performance
batteries and dimensions and marking of
requirements for high-pressure mercury vapour
terminals
lamps for general lighting purposes, with or
This Uganda Standard is applicable to lead-acid
without a red correcting fluorescent coating.
batteries used for starting, lighting and ignition
552.
US IEC 60192:2001 Low – pressure
of passenger cars and light vehicles with a
sodium vapour lamps — Performance
nominal voltage of 12 V. (This Uganda Standard
specifications
cancels and replaces US 369-2:2001, Batteries —
This
Lead-acid starter batteries — Part 2: Dimensions of
requirements for low-pressure sodium vapour
batteries and dimensions and making of terminals,
lamps for general lighting purposes.
which has been technically revised).
553.
549.
US
IEC
60104:1987,
magnesium-silicon
alloy
Aluminiumwire
for
standard
US
IEC
specifies
the
60227-1:2007,
performance
Polyvinyl
chloride insulated cables of rated voltages
up to and including 450/750 V — Part 1:
General requirements (2nd Edition)
overhead line conductors
to
This Uganda Standard applies to rigid and
aluminium-magnesium-silicon alloy wires of
flexible cables with insulation, and sheath if any,
two types having different mechanical and
based on polyvinyl chloride, of rated voltages
electrical properties for the manufacture of
Uo/U up to and including 450/750 V used in
stranded
power installations of nominal voltage not
This
Uganda
Standard
conductors
for
is
applicable
overhead
power
the
exceeding 450/750 V a.c. (This Uganda Standard
mechanical and electrical properties of wires in
cancels and replaces US EAS 499-1:2008, Polyvinyl
the diameter range 1.50 mm to 4.50 mm. The
chloride insulated cables of rated voltages up to and
transmission
purposes.
It
specifies
68 | P a g e
including
450/750
V
General
Uganda Standard cancels and replaces US EAS 499-
requirements and US IEC 60227-1:2005, Polyvinyl
4:2008, Polyvinyl chloride insulated cables of rated
chloride insulated cables of rated voltages up to and
voltages up to and including 450/750 V — Part 4:
including
Sheathed cables for fixed wiring and US IEC 60227-
450/750V
—
—
Part
Part
1:
1:
General
requirements, which has been technically revised).
4:2005 Polyvinyl chloride insulated cables of rated
554.
Polyvinyl
voltages up to and including 450/750V — Part 4:
chloride insulated cables of rated voltages
Sheathed cables for fixed wiring, which has been
up to and including 450/750 V — Part 3:
renumbered).
Non-sheathed cables for fixed wiring
556.
US
IEC
60227-3:1997,
US
IEC
60227-5:2011,
Polyvinyl
This Uganda Standard details the particular
chloride insulated cables of rated voltages
specifications for polyvinyl chloride insulated
up to and including 450/750 V — Part 5:
single-core non-sheathed cables for fixed wiring
Flexible cables (cords)
of rated voltages up to and including 450/750V.
This Uganda Standard details the particular
All cables shall comply with the appropriate
specifications for polyvinyl chloride insulated
requirements given in US IEC 60227-1 and the
flexible cables (cords), of rated voltages up to
individual types of cables shall each comply
and including 300/500 V. All cables comply
with the particular requirements of this part.
with the appropriate requirements given in IEC
(This Uganda Standard cancels and replaces US EAS
60227-1 and each individual type of cable
499-3:2008, Polyvinyl chloride insulated cables of
complies with the particular requirements of
rated voltages up to and including 450/750 V —
this part. (This Uganda Standard cancels and
Part 3: Non-sheathed cables for fixed wiring and US
replaces US EAS 499-5:2008, Polyvinyl chloride
IEC 60227-3:2005, Polyvinyl chloride insulated
insulated cables of rated voltages up to and including
cables of rated voltages up to and including 450/750
450/750 V — Part 5: Flexible cables (cords), which
V — Part 3: Non-sheathed cables for fixed wiring,
has been renumbered).
which has been renumbered).
557.
555.
US
IEC
60227-4:1997,
US
IEC
60227-6:
2001,
Polyvinyl
Polyvinyl
chloride insulated cables of rated voltages
chloride insulated cables of rated voltages
up to and including 450/750 V — Part 6:
up to and including 450/750 V — Part 4:
Lift
Sheathed cables for fixed wiring
connections
cables
and
cables
for
flexible
This Uganda Standard details the particular
This Uganda Standard details the particular
specification
chloride
specifications for both circular and flat lift cables
sheathed cables of rated voltage of 300/500 V.
and cables for flexible connections of rated
Each cable shall comply with the appropriate
voltages up to and including 450/750 V. Each
requirements given in US IEC 60227-1 and the
cable
particular requirements of this part. (This
requirements given in US IEC 60227-1, and with
for
light
polyvinyl
complies
with
the
appropriate
69 | P a g e
the particular requirements of this part of US
IEC 60227. (This Uganda Standard cancels and
560.
US IEC 60238:2004, Edison screw lamp
holders
replaces US EAS 499-6:2008, Polyvinyl chloride
This Uganda Standard applies to lampholders
insulated cables of rated voltages up to and including
with Edison thread E14, E27 and E40, designed
450/750 V — Part 6: Lift cables and cables for
for connection to the supply of lamps and semi-
flexible connections, which has been renumbered).
luminaires only. It also applies to switched-lamp
558.
Polyvinyl
holders for use in a.c. circuits only, where the
chloride insulated cables of rated voltages
working voltage does not exceed 250 V r.m.s.
up to and including 450/750 V — Part 7:
This standard also applies to lampholders with
Flexible cables screened and unscreened
Edison thread E5 designed for connection to the
with two or more conductors
supply mains of series connected lamps, with a
US
IEC
60227-7:2012,
This Uganda Standard details the particular
working voltage not exceeding 25 V, to be used
specifications for polyvinyl chloride insulated,
indoors, and to lampholders with Edison thread
screened and unscreened control cables of rated
E10 designed for connection to the supply mains
voltages up to and including 300/500 V. All
of series connected lamps, with a working
cables
appropriate
voltage not exceeding 60 V, to be used indoors
requirements given in US IEC 60227-1 and each
or outdoors. It also applies to lampholders E10
individual type of cable complies with the
for building-in, for the connection of single
particular requirements of this part. (This
lamps to the supply. These lamp holders are not
Uganda Standard cancels and replaces US EAS 499-
intended for retail sale.
7:2008, Polyvinyl chloride insulated cables of rated
561.
comply
with
the
US IEC 60245-1:2007, Rubber insulated
voltages up to and including 450/750 V — Part 7:
cables — Rated voltages up to and
Flexible cables screened and unscreened with two or
including 450/750 V — Part 1: General
more conductors, which has been renumbered).
requirements
559.
US IEC 60228:2004, Conductors of
insulated cables
flexible cables with insulation, and sheath if any,
This Uganda Standard specifies the nominal
cross-sectional areas, in the range 0.5
mm2
to 2
500 mm2, for conductors in electric power cables
and
cords
of
a
This Uganda Standard applies to rigid and
wide
range
of
types.
Requirements for numbers and sizes of wires
based on vulcanized rubber of rated voltages
Uo/U up to and including 450/750 V used in
power installations of nominal voltage not
exceeding 450/750 V a.c. (This Uganda Standard
cancels and replaces, US EAS 503-1:2008, Rubber
and resistance values are also included. (This
insulated cables — rated voltages up to and
Uganda Standard cancels and replaces, US EAS
including
501:2008, Conductors of insulated cables, which has
requirements, which has been republished).
450/750
V
—
Part
1:
General
been republished).
70 | P a g e
562.
US IEC 60245-3:1994, Rubber insulated
rated voltage of 300/500 V. (This Uganda
cables — Rated voltages up to and
Standard cancels and replaces, US EAS 503-5:2008,
including 450/750 V — Part 3: Heat
Rubber insulated cables — rated voltages up to and
resistant silicone insulated cables
including 450/750 V — Part 5: Lift cables, which has
This Uganda Standard details the particular
been republished)
specifications for silicone rubber insulated
565.
US IEC 60245-6:1994, Rubber insulated
cables of rated voltage of 300/500 V. Each cable
cables — Rated voltages up to and
should
including 450/750 V — Part 6: Arc welding
comply
with
the
appropriate
requirements given in IEC 245-1 and the
electrode cables
particular requirements of this part. (This
This Uganda Standard details the particular
Uganda Standard cancels and replaces, US EAS 503-
specifications for rubber insulated arc welding
3:2008, Rubber insulated cables — rated voltages up
electrode cables. Each cable should comply with
to and including 450/750 V — Part 3: Heat resistant
the appropriate requirements given in IEC 245-1
silicone
and the particular requirements of this part.
insulated
cables,
which
has
been
republished).
(This Uganda Standard cancels and replaces, US
563.
US IEC 60245-4:2011, Rubber insulated
EAS 503-6:2008 Rubber insulated cables — rated
cables — Rated voltages up to and
voltages up to and including 450/750 V — Part 6:
including 450/750 V — Part 4: Cords and
Arc welding electrode cables, which has been
flexible cables
republished).
This Uganda Standard details the particular
566.
US IEC 60245-7:1994, Rubber insulated
specifications for rubber insulated and braided
cables — Rated voltages up to and
cords and for rubber insulated and rubber or
including 450/750 V — Part 7: Heat
polychloroprene or other equivalent synthetic
resistant ethylene-vinyl acetate rubber
elastomer sheathed cords and flexible cables of
insulated cables
rated voltages up to and including 450/750 V.
This Uganda Standard details the particular
(This Uganda Standard cancels and replaces, US
specifications for ethylene-vinylacerate rubber
EAS 503-4:2008, Rubber insulated cables — rated
insulated cables of rated voltages up to and
voltages up to and including 450/750 V — Part 4:
including 450/750 V. Each cable should comply
Cords
with the appropriate requirements given in IEC
and
flexible
cables,
which
has
been
republished).
245-1 and the particular requirements of this
564.
US IEC 60245-5:1994, Rubber insulated
part. (This Uganda Standard cancels and replaces,
cables — Rated voltages up to and
US EAS 503-7:2008, Rubber insulated cables —
including 450/750 V — Part 5: Lift cables
rated voltages up to and including 450/750 V —
This Uganda Standard details the particular
Part 7: Heat resistant ethylene-vinyl acetate rubber
specifications for rubber insulated lift cables of
insulated cables, which has been republished).
71 | P a g e
567.
US IEC 60245-8:2012, Rubber insulated
fuses,
each
one
comprising
a
specified
cables — Rated voltages up to and
combination of fuse-base, fuse-carrier and fuse-
including 450/750 V — Part 8: Cords for
link which have been tested in accordance with
applications requiring high flexibility
this standard; successful performance of other
This
Uganda
Standard
details
the
combinations cannot be implied from this
particularspecifications for rubber insulated and
standard. (This Uganda Standard cancels and
textile braid covered cords of rated voltage
replaces US EAS 388-2:2005, High-voltage fuses —
300/300 V, for use in applications where high
Part 2: Expulsion fuses, which has been technically
flexibility is required, for example iron cords.
revised).
All cables should comply with the appropriate
570.
US IEC 60335-1: 2010, Household and
requirements given in US IEC 60245-1 and the
similar electrical appliances — Safety —
individual types of cables should each comply
Part 1: General requirements (2 nd Edition)
with the particular requirements of this part.
This Uganda Standard deals with the safety of
(This Uganda Standard cancels and replaces, US
electrical appliances for household and similar
EAS 503-8:2008, Rubber insulated cables — rated
purposes, their rated voltage being not more
voltages up to and including 450/750 V — Part 8:
than 250 V for single phase appliances and 480 V
Cords for applications requiring high flexibility,
for other appliances.
which has been republished).
571.
568.
US
IEC
60282-1:2014,
High-voltage
fuses — Part 1: Current-limiting fuses
US IEC 60335-2-2:2002 Household and
similar electrical appliances – Safety – Part
2-2: Particular requirements for vacuum
This Uganda Standard applies to all types of
cleaners
high-voltage current-limiting fuses designed for
appliances
and
water-suction
cleaning
use outdoors or indoors on alternating current
This standard deals with the safety of electric
systems of 50 Hz and 60 Hz and of rated
vacuum cleaners and water suction cleaning
voltages exceeding 1 000 V. (This Uganda
appliances for household and similar purposes,
Standard cancels and replaces US EAS 388-1:2005,
including
High-voltage fuses — Part 1: Current-limiting fuses,
grooming, their rated voltage being not more
which has been technically revised).
than 250 V. It also applies to centrally-sited
569.
US
IEC
60282-2:2008,
High-voltage
fuses — Part 2: Expulsion fuses
vacuum
cleaners
for
animal
vacuum cleaners.
572.
US IEC 60335-2-3: 2012, Household and
This Uganda Standard specifies requirements
similar electrical appliances — Safety —
for expulsion fuses designed for use outdoors or
Part
indoors on alternating current systems of 50 Hz
electric irons (2nd Edition)
2-3:
Particular
requirements
for
and 60 Hz, and of rated voltages exceeding 1 000
This Uganda Standard deals with the safety of
V. This standard covers only the performance of
electric dry irons and steam irons, including
72 | P a g e
those with a separate water reservoir or boiler
rated voltages being not more than 250 V for
having a capacity not exceeding 5 L, for
single phase appliances connected between
household and similar purposes, their rated
phase and neutral, and 480 V for other
voltage being not more than 250 V. Appliances
appliances.
not intended for normal household use, but
576.
US IEC 60335-2-7: 2012, Household and
which nevertheless may be a source of danger to
similar electrical appliances — Safety —
the public, such as appliances intended to be
Part
used by laymen in shops, in light industry and
2-7:
Particular
washing machines
(2nd
requirements
for
Edition)
on farms, are within the scope of this standard
This Uganda Standard deals with the safety of
573.
US IEC 60335-2-4:2003 Household and
electric washing machines for household and
similar electrical appliances – Safety – Part
similar use, that are intended for washing
2-4:
clothes and textiles, their rated voltage being not
Particular requirements
for spin
being more than 250 V for single phase
extractors
This
standard
deals
with
spin
extractors
appliances and 480 V for other appliances. This
incorporated in washing machines that have
standard also deals with the safety of electric
separate containers for washing and spin
washing machines for household and similar
extraction are within the scope of this standard.
use employing an electrolyte instead of a
574.
detergent.
US IEC 60335-2-5:2003 Household and
similar electrical appliances – Safety – Part
577.
US IEC 60335-2-8:2002 Household and
2-5: Particular requirements for electric
similar electrical appliances – Safety – Part
dishwashers
2-8: Particular requirements for shavers,
This standard deals with the safety of electric
hair clippers and similar appliances
dishwashers for household use that are intended
This standard deals with the safety of electric
for washing and rinsing dishes, cutlery and
shavers, hair clippers and similar appliances
other utensils, their rated voltage being not
intended for household and similar purposes,
more than 250 V for single-phase appliances and
their rated voltage being not more than 250 V.
480 V for other appliances.
578.
US IEC 60335-2-9:2002 Household and
US IEC 60335-2-6: 2008, Household and
similar electrical appliances – Safety – Part
similar electrical appliances — Safety —
2-9: Particular requirements for grills,
Part
toasters and similar portable cooking
575.
2-6:
Particular
requirements
for
stationary cooking ranges, hobs, ovens
and similar appliances (2nd Edition)
appliances
This standard deals with the safety of electric
This Uganda Standard deals with the safety of
portable appliances for household purposes that
stationary electric cooking ranges, hobs, ovens
have a cooking function such as baking, roasting
and similar appliances for household use, their
73 | P a g e
and grilling, their rated voltage being not more
maximum quantity of oil not exceeding 5 l,
than 250 V.
frying pans, woks and other appliances in which
579.
US IEC 60335-2-10:2002 Household and
oil is used for cooking, and intended for
similar electrical appliances – Safety – Part
household use only, their rated voltage being
2-10: Particular requirements for floor
not more than 250 V.
treatment machines and wet scrubbing
583.
machines
US IEC 60335-2-14:2002 Household and
similar electrical appliances – Safety – Part
This standard deals with the safety of electric
2-14: Particular requirements for kitchen
floor treatment and wet scrubbing machines
machines
intended for household and similar purposes,
This standard deals with the safety of electric
their rated voltage being not more than 250 V.
kitchen machines for household and similar
580.
purposes, their rated voltage being not more
US IEC 60335-2-11:2003 Household and
similar electrical appliances – Safety – Part
than 250 V.
2-11: Particular requirements for tumble
584.
dryers
US IEC 60335-2-15:2003 Household and
similar electrical appliances – Safety – Part
This standard deals with the safety of electric
2-15:
tumble dryers intended for household and
appliances for heating liquids
Particular
requirements
for
similar purposes, their rated voltage being not
This standard deals with the safety of electrical
more than 250 V for single phase appliances and
appliances for heating liquids for household and
480 V for other appliances.
similar purposes, their rated voltage being not
581.
more than 250 V.
US IEC 60335-2-12:2002 Household and
similar electrical appliances – Safety – Part
585.
US IEC 60335-2-21: 2009, Household
2-12: Particular requirements for warming
and similar electrical appliances — Safety
plates and similar appliances
— Part 2-21: Particular requirements for
This standard deals with the safety of electric
storage water heaters (2nd Edition)
warming plates, warming trays and similar
This Uganda Standard deals with the safety of
appliances intended to keep food or vessels
storage water heaters for household and similar
warm, for household and similar purposes, their
purposes and intended for heating water below
rated voltage being not more than 250 V.
boiling temperature, their rated voltage being
582.
US IEC 60335-2-13:2004 Household and
not being more than 250 V for single phase
similar electrical appliances – Safety – Part
appliances and 480 V for other appliances. As
2-13: Particular requirements for deep fat
far as is practicable, this standard deals with the
fryers, frying pans and similar appliances
common hazards presented by appliances that
This standard deals with the safety of electric
are encountered by all persons in and around
deep
the home.
fat
fryers
having
a
recommended
74 | P a g e
586.
US IEC 60335-2-23:2003 Household and
590.
US IEC 60335-2-27:2004 Household and
similar electrical appliances – Safety – Part
similar electrical appliances – Safety – Part
2-23:
2-27:
Particular
requirements
for
appliances for skin or hair care
Particular
requirements
for
appliances for skin exposure to ultraviolet
This standard deals with the safety of electric
and infrared radiation
appliances for the care of skin or hair of persons
This standard deals with the safety of electrical
or animals and intended for household and
appliances incorporating emitters for exposing
similar purposes, their rated voltage being not
the skin to ultraviolet or infrared radiation, for
more than 250 V.
household and similar use, their rated voltage
587.
being not more than 250 V for single-phase
US IEC 60335-2-24: 2012, Household
and similar electrical appliances — Safety
appliances and 480 V for other appliances.
— Part 2-24: Particular requirements for
591.
refrigerating
appliances,
ice-cream
appliances and ice-makers (2nd Edition)
US IEC 60335-2-28:2002 Household and
similar electrical appliances – Safety – Part
2-28: Particular requirements for sewing
This Uganda Standard deals with the safety of
machines
refrigerating appliances, ice-cream appliances
This standard deals with the safety of electric
and ice-makers, their rated voltage being not
sewing machines for household and similar use,
being more than 250 V for single phase
their rated voltage being not more than 250 V
appliances, 480 V for other appliances and 24 V
for single-phase appliances and 480 V for other
d.c for appliances when battery operated.
appliances.
588.
592.
US IEC 60335-2-25:2002 Household and
US IEC 60335-2-29:2004 Household and
similar electrical appliances – Safety – Part
similar electrical appliances – Safety – Part
2-25:
2-29: Particular requirements for battery
Particular
requirements
for
microwave ovens, including combination
This standard deals with the safety of electric
microwave ovens
This
standard
deals
with
chargers
the
safety
of
battery chargers for household and similar use
microwave ovens for household use, their rated
having an output at safety extra-low voltage,
voltage being not more than 250 V.
their rated voltage being not more than 250 V.
589.
593.
US IEC 60335-2-26:2002 Household and
US IEC 60335-2-31:2002
Household
similar electrical appliances – Safety – Part
and similar electrical appliances – Safety –
2-26: Particular requirements for clocks
Part 2-31: Particular requirements for
This standard deals with the safety of electric
range hoods
clocks having a rated voltage not more than 250
This standard deals with the safety of electric
V.
range hoods intended for installing above
household cooking ranges, hobs and similar
75 | P a g e
cooking appliances, their rated voltage being not
below boiling temperature, their rated voltage
more than 250 V.
being not more than 250 V for single-phase
594.
appliances and 480 V for other appliances.
US IEC 60335-2-32:2002 Household and
similar electrical appliances – Safety – Part
597.
US IEC 60335-2-36:2002 Household and
2-32: Particular requirements for massage
similar electrical appliances – Safety – Part
appliances
2-36:
Particular
requirements
for
This standard deals with the safety of electric
commercial electric cooking range, ovens,
massage appliances for household and similar
hobs and hob elements
purposes, their rated voltage being not more
This
standard
than 250 V for single phase appliances and 480 V
electrically operated commercial cooking and
for other appliances.
baking ranges, ovens, hobs, hob elements and
595.
US IEC 60335-2-34:2002 Household and
similar appliances not intended for household
similar electrical appliances – Safety – Part
use, their rated voltage being not more than 250
2-34: Particular requirements for motor
V
compressors
between one phase and neutral and 480 V for
for
single-phase
This standard deals with the safety of sealed
other appliances.
(hermetic
598.
and
compressors,
semi-hermetic
their
protection
type)
motor-
and
control
deals
with
the
safety
appliances
connected
US IEC 60335-2-37:2002 Household and
similar electrical appliances – Safety – Part
systems, if any, which are intended for use in
2-37:
equipment for household and similar purposes
commercial electric deep fat fryers
and
which
conform
with
the
standards
of
This
Particular
standard
deals
requirements
with
the
safety
for
of
applicable to such equipment. It applies to
electrically operated commercial deep fat fryers
motor-compressors tested separately, under the
including pressurized types not intended for
most severe conditions that may be expected to
household use, their rated voltage being not
occur in normal use, their rated voltage being
more than 250 V for single-phase appliances
not more than 250 V for single-phase motor-
connected between one phase and neutral and
compressors and 480 V for other motor-
480 V for other appliances.
compressors.
599.
596.
US IEC 60335-2-35:2002 Household and
US IEC 60335-2-38:2002 Household and
similar electrical appliances – Safety – Part
similar electrical appliances – Safety – Part
2-38:
2-35:
commercial electric griddles and griddle
Particular
requirements
for
instantaneous water heaters
Particular
requirements
for
grills
This standard deals with the safety of electric
This standard deals with the safety of
instantaneous water heaters for household and
electricallyoperated
similar purposes and intended for heating water
and
griddle
grills
commercial
not
griddles
intended
for
76 | P a g e
household use, their rated voltage being not
more than 250 V for single-phase appliances and
more than 250 V for single-phase appliances
480 V for other appliances.
connected between one phase and neutral
603.
similar electrical appliances – Safety – Part
and 480 V for other appliances.
600.
US IEC 60335-2-42:2002 Household and
2-42:
US IEC 60335-2-39:2002 Household and
Particular
similar electrical appliances – Safety – Part
commercial
2-39:
ovens,
Particular
commercial
requirements
electric
for
electric
steam
forced
cookers
for
convection
and
steam-
convection ovens
multi-purpose
This
cooking pans
requirements
standard
deals
with
safety
electrically
electrically operated commercial multipurpose
convection
cooking pans not intended for household use,
convection ovens and, exclusive of any other
their rated voltage being not more than 250 V
use,
for single-phase appliances connected between
household use, their rated voltage being not
one phase and neutral and 480 V for other
more than 250 V for single-phase appliances
appliances.
connected between one phase and neutral and
601.
480 V for other appliances.
standard
deals
with
the
safety
US IEC 60335-2-40:2002 Household and
similar electrical appliances – Safety – Part
ovens,
steam
604.
commercial
of
of
This
operated
the
steam
generators,
cookers,
not
forced
steam-
intended
for
US IEC 60335-2-44:2003 Household and
2-40: Particular requirements for electrical
similar electrical appliances – Safety – Part
heat
2-44: Particular requirements for ironers
pumps,
air-
conditioners
and
dehumidifiers
This standard deals with the safety of portable
This standard deals with the safety of electric
electric heating tools and similar appliances,
heat pumps, including sanitary hot water heat
their rated voltage being not more than 250 V.
pumps,
dehumidifiers
Appliances not intended for normal household
incorporating sealed motor compressors, their
use, but which nevertheless may be a source of
maximum rated voltages being not more than
danger to the public, such as appliances
250 V for single phase appliances and 600 V for
intended to be used by laymen in shops, in light
all other appliances.
industry and on farms, are within the scope of
602.
this standard.
air-conditioners,
and
US IEC 60335-2-41:2004 Household and
similar electrical appliances – Safety – Part
605.
2-41: Particular requirements for pumps
US IEC 60335-2-45:2002 Household and
similar electrical appliances – Safety – Part
This standard deals with the safety of electric
2-45: Particular requirements for portable
pumps for liquids having a temperature not
heating tools and similar appliances
exceeding 90 °C, intended for household and
This
standard
deals
with
the
safety
of
similar purposes, their rated voltage being not
electrically operated commercial boiling pans
77 | P a g e
not intended for household use, their rated
not intended for household use, their rated
voltage being not more than 250 V for single-
voltage being not more than 250 V for single-
phase appliances connected between one phase
phase appliances connected between one phase
and neutral, and 480 V for other appliances.
and neutral, and 480 V for other appliances.
606.
609.
US IEC 60335-2-47:2002 Household and
US IEC 60335-2-50:2002 Household and
similar electrical appliances – Safety – Part
similar electrical appliances – Safety – Part
2-47:
2-50:
Particular
requirements
for
commercial electric boiling pans
This
standard
deals
with
the
Particular
requirements
for
commercial electric bains-marie
safety
of
This
standard
deals
with
the
safety
of
electrically operated commercial boiling pans
electrically operated commercial bains-marie not
not intended for household use, their rated
intended for household use, their rated voltage
voltage being not more than 250 V for single-
being not more than 250 V for single-phase
phase appliances connected between one phase
appliances connected between one phase and
and neutral, and 480 V for other appliances.
neutral, and 480 V for other appliances.
607.
610.
US IEC 60335-2-48:2002 Household and
US IEC 60335-2-51:2002 Household and
similar electrical appliances – Safety – Part
similar electrical appliances – Safety – Part
2-48:
2-51:
Particular
requirements
for
commercial electric grillers and toasters
This
standard
deals
with
the
safety
Particular
requirements
for
stationary circulation pumps for heating
of
and service water installations
electrically operated commercial grillers and
This standard deals with the safety of electric
toasters not intended for household use, their
stationary circulation pumps intended for use in
rated voltage being not more than 250 V for
heating systems or in service water systems,
single-phase appliances connected between one
having a rated power input not exceeding 300
phase and neutral, and 480 V for other
W, their rated voltage being not more than 250 V
appliances. Rotary or continuous grillers and
for single-phase appliances and 480 V for other
toasters and similar appliances intended for
appliances.
grilling by radiant heat such as rotisseries,
611.
US IEC 60335-2-53:2002 Household and
salamanders, etc. are within the scope of this
similar electrical appliances – Safety – Part
standard.
2-53: Particular requirements for sauna
608.
heating appliances
US IEC 60335-2-49:2002 Household and
similar electrical appliances – Safety – Part
This standard deals with the safety of electric
2-49:
sauna heating appliances having a rated power
Particular
requirements
for
input not exceeding 20 kW, their rated voltage
commercial electric hot cupboards
This
standard
deals
with
the
safety
of
electrically operated commercial hot cupboards
being not more than 250 V for single-phase
appliances and 480 V for other appliances.
78 | P a g e
612.
US IEC 60335-2-54:2004 Household and
615.
US IEC 60335-2-59:2002 Household and
similar electrical appliances – Safety – Part
similar electrical appliances – Safety – Part
2-54: Particular requirements for surface
2-59: Particular requirements for insect
cleaning appliances for household use
employing liquids or steam
killers
This standard deals with the safety of electric
This standard deals with the safety of electric
insect
cleaning appliances for household use that are
purposes, their rated voltage being not more
intended for cleaning surfaces such as windows,
than 250 V. Appliances not intended for normal
walls and empty swimming pools by using
household use but that nevertheless may be a
liquid cleansing agents or steam, their rated
source of danger to the public, such as
voltage being not more than 250 V. It also covers
appliances intended to be used by laymen in
wallpaper strippers.
shops, in light industry and on farms, are within
613.
the scope of this standard.
US IEC 60335-2-56:2002 Household and
similar electrical appliances – Safety – Part
2-56:
Particular
requirements
killers
616.
for
for
household
and
similar
US IEC 60335-2-64:2003 Household and
similar electrical appliances – Safety – Part
projectors and similar appliances
2-64:
This standard deals with the safety of electric
Particular
requirements
for
commercial electric kitchen machines
projectors and similar appliances for household
This
and similar purposes, their rated voltage being
electrically
not more than 250 V.
machines not intended for household use, their
614.
US IEC 60335-2-58:2002 Household and
rated voltage being not more than 250 V for
similar electrical appliances – Safety – Part
single phase appliances connected between one
2-58:
phase and neutral, and 480 V for other
Particular
commercial
requirements
electric
for
dishwashing
machines
This
standard
standard
with
the
safety
operated
with
the
safety
commercial
of
kitchen
appliances.
617.
deals
deals
US IEC 60335-2-67:2002 Household and
of
similar electrical appliances – Safety – Part
electrically operated dishwashing machines for
2-67: Particular requirements for floor
washing plates, dishes, glassware, cutlery and
treatment and floor cleaning machines, for
similar articles, with or without means for water
industrial and commercial use
heating or drying, not intended for household
This standard deals with the safety of electric
use, their rated voltage being not more than 250
motor-operated appliances primarily designed
V
for industrial and commercial use, with or
for
single-phase
appliances
connected
between one phase and neutral and 480 V for
without
other appliances.
incorporating wet and/or dry suction, their
attachments,
including
appliances
rated voltage being not more than 250 V for
79 | P a g e
single-phase appliances and 480 V for other
heating appliances
appliances. Such appliances may be used for
rearing animals
for breeding and
floor polishing (including waxing and buffing),
This standard deals with the safety of all kinds
scrubbing and grinding, scarifying and carpet
of
shampooing.
livestock rearing and breeding, such as: heat-
618.
radiating
US IEC 60335-2-69:2002 Household and
electrical
heating
appliances,
appliances
electrical
used
for
sitting-hens,
similar electrical appliances – Safety – Part
incubators, chicken breeding units and heating
2-69: Particular requirements for wet and
plates for animals, the rated voltage of the
dry vacuum cleaners, including power
appliances being not more than 250 V for single-
brush, for industrial and commercial use
phase appliances and 480 V for other appliances.
This standard deals with the safety of electrical
621.
US IEC 60335-2-73:2002 Household and
motor-operated vacuum cleaners and includes
similar electrical appliances – Safety – Part
appliances
2-73: Particular requirements for fixed
and
stationary
equipment
specifically designed for wet suction, dry
immersion heaters
suction, or wet and dry suction for industrial
This standard deals with the safety of fixed
and
electric immersion heaters for household and
commercial
attachments,
for
use
with
example
for
or
without
suction
to
similar
purposes
that
are
intended
for
withdraw dust or the like from work benches
installation in a water tank for heating water to a
and production machines, their rated voltage
temperature below its boiling point. The rated
being not more than 250 V for single-phase
voltage is not more than 250 V for single-phase
appliances and 480 V for other appliances.
appliances and 480 V for other appliances.
619.
622.
US IEC 60335-2-70:2004 Household and
US IEC 60335-2-74:2003 Household and
similar electrical appliances – Safety – Part
similar electrical appliances – Safety – Part
2-70: Particular requirements for milking
2-74: Particular requirements for portable
machines
immersion heaters
This standard deals with the safety of milking
This standard deals with the safety of portable
machines, to be used in stalls and in the open,
electric immersion heaters for household and
that are designed for milking farm animals, such
similar purposes, their rated voltage being not
as cows, the rated voltage of the milking
more than 250 V. Appliances not intended for
machine being not more than 250 V for single-
normal household use but which nevertheless
phase operation and 480 V for other operations.
may be a source of danger to the public, such as
620.
US IEC 60335-2-71:2002 Household and
appliances intended to be used by laymen in
similar electrical appliances – Safety – Part
shops, in light industry and on farms, are within
271: Particular requirements for electrical
the scope of this standard.
80 | P a g e
623.
US IEC 60335-2-76:2002 Household and
626.
US IEC 60335-2-80: 2008, Household
similar electrical appliances – Safety –
and similar electrical appliances — Safety
Part2-76:
— Part 2-80: Particular requirements for
Particular
requirements
for
electric fence energizers
fans (2nd Edition)
This standard deals with the safety of electric
This Uganda Standard deals with the safety of
fence energizers, the rated voltage of which is
electric fans for household and similar purposes,
not more than 250 V and by means of which
their rated voltage being not more than 250 V
fence wires in agricultural, feral animal control
for single phase appliances and 480 V for other
and security fences may be electrified or
appliances.
monitored.
627.
624.
US
IEC
household
appliances
60335-2-77:2002
and
–
Part
Safety
of
similar
electrical
2-77:
Particular
requirements for pedestrian controlled
mains-operated lawnmowers
US IEC 60335-2-82:2002 Household and
similar electrical appliances – Safety – Part
2-82:
Particular
requirements
for
amusement machines and personal service
machines
This standard deals with the safety of electric
This standard deals with the safety of pedestrian
commercial amusement machines and personal
controlled mains-operated electrical, cylinder or
service machines, their rated voltage being not
rotary lawnmowers designed primarily for use
more than 250 V for single phase appliances and
around the home or for similar purposes, their
480 V for other appliances.
rated voltage being not more than 250 V single
628.
similar electrical appliances – Safety – Part
phase.
625.
US IEC 60335-2-89:2002 Household and
US IEC 60335-2-78:2002 Household and
2-89:
Particular
requirements
for
similar electrical appliances – Safety – Part
commercial refrigerating appliances with
2-78: Particular requirements for outdoor
an incorporated or remote refrigerant
barbecues
condensing unit or compressor
This standard deals with the safety of outdoor
This standard specifies safety requirements for
barbecues for household and similar use, their
electrically operated commercial refrigerating
rated voltage being not more than 250 V.
appliances
Appliances not intended for normal household
compressor or that are supplied in two units for
use but that nevertheless may be a source of
assembly as a single appliance in accordance
danger to the public, such as appliances
with the
intended to be used by laymen in shops, in light
system).
industry and on farms, are within the scope of
629.
this standard.
that
have
an
incorporated
manufacturer’s instructions (split
US IEC 60335-2-90:2002 Household and
similar electrical appliances – Safety – Part
81 | P a g e
2-90:
Particular
requirements
for
commercial microwave ovens
This
standard
deals
with
purposes, their rated voltage being not more
than 250 V for single-phase appliances and 480
the
safety
of
V for other appliances. This Standard deals with
microwave ovens intended for commercial use,
the safety of electric drives for horizontally and
their rated voltage being not more than 250 V
vertically moving gates, doors and windows for
for single-phase appliances connected between
household and similar purposes, their rated
one phase and neutral and 480 V for other
voltage being not more than 250 V for single-
appliances. Appliances covered by this standard
phase appliances and 480 V for other appliances.
incorporate a door for user access to the cavity.
It also covers the hazards associated with the
630.
US IEC 60335-2-91:2002 Household and
movement of the driven part. This standard
similar electrical appliances – Safety – Part
covers the electrical safety and some other safety
2-91: Particular requirements for walk
aspects of these appliances.
behind and hand-held lawn trimmers and
632.
lawn hedge trimmers
US IEC 60335-2-104:2004 Household
and similar electrical appliances – Part 2-
US IEC 60335-2-91:2008 deals with the safety of
104:
electric powered walk-behind and hand-held
appliances
lawn trimmers and lawn edge trimmers, with
refrigerant from air conditioning and
cutting element(s) of non metallic filament line
refrigeration equipment
Particular
to
requirements
recover
and/or
for
recycle
or freely pivoting non metallic cutter(s), with a
This standard applies to appliances not intended
kinetic energy of not more than 10 J each, used
for
by a standing operator for cutting grass, their
nevertheless may be a source of danger to the
rated voltage being not more than 250 V for a.c.
public, such as appliances intended to be used
or 50 V d.c.. Main changes in this edition include
by laymen in shops, offices, hotels, restaurants,
the revised endurance test in Clause 18; Annex
hospitals, in industry and on farms, are within
B, which allows for battery-powered trimmers;
the scope of this standard.
and addition of informative Annexes BB, CC
633.
and
EE
on
vibration,
noise
and
safety
normal
household
use
but
which
US IEC 60335-2-105:2004 Household
and similar electrical appliances - Safety -
instructions..
Part 2-105: Particular requirements for
631.
multifunctional shower cabinets
US IEC 60335-2-103:2003 Household
and similar electrical appliances – Safety –
This standard deals with the safety of electric
Part 2-103: Particular requirements for
multifunctional shower cabinets for household
drives for gates, doors and windows
and similar purposes, their rated voltage being
This standard deals with the safety of gas, oil
not more than 250 V for single phase appliances
and solid-fuel burning appliances
having
and 480 V for other appliances. Appliances not
electrical connections, for household and similar
intended for normal household use but which
82 | P a g e
nevertheless may be a source of danger to the
of power cables with extruded solid insulation
public, such as appliances intended to be used
for rated voltages of 1 kV (Um = 1,2 kV) and 3
by laymen in hotels, fitness centers and similar
kV (Um = 3,6 kV) for fixed installations such as
locations, are within the scope of this standard.
distribution networks or industrial installations.
634.
US IEC 60400:1999 Lamp holders for
(This Uganda Standard cancels and replaces, US
tubular fluorescent lamps and starter
EAS 506-1:2008, Power cables with extruded
holders
insulation and their accessories for rated voltages
and
from 1 kV (Um = 1.2 kV) up to 30 kV (Um = 36 kV)
dimensional requirements for lamp holders for
— Part 1: Cables for rated voltages of 1 kV (Um =
tubular fluorescent lamps and for starter-
1.2 kV) and 3 kV (Um = 3.6 kV), which has been
holders, and the methods of test to be used in
republished).
determining the safety and the fit of the lamps in
637.
This
standard
states
the
technical
US IEC 60502-2:2014, Power cables
the lamp holders and the starters in the starter
with
holders.
accessories for rated voltages from 1 kV
635.
US
IEC
lamps
—
insulation
and
their
(Um = 1,2 kV) up to 30 kV (Um = 36 kV) –
60432-
Part 2: Cables for rated voltages from 6 kV
1:1999+AMD1:2005+AMD2:2011,
Incandescent
extruded
(Um = 7,2 kV) up to 30 kV (Um = 36 kV)
Safety
specifications — Part 1: Tungsten filament
This
Uganda
Standard
specifies
the
lamps for domestic and similar general
construction, dimensions and test requirements
lighting purposes
of power cables with extruded solid insulation
This Uganda Standard specifies the safety and
from 6 kV up to 30 kV for fixed installations
interchangeability requirements of tungsten
such as distribution networks or industrial
filament incandescent lamps for general lighting
installations. (This Uganda Standard cancels and
service. (This Uganda Standard cancels and replaces
replaces, US EAS 506-2:2008, Power cables with
US 254:2000, Specification for tungsten filament
extruded insulation and their accessories for rated
lamps for general lighting service, which has been
voltages from 1 kV (Um = 1.2 kV) up to 30 kV (Um
republished).
= 36 kV) — Part 2: Cables for rated voltages from 6
636.
kV (Um = 7.2 kV) up to 30 kV (Um = 36 kV), which
US IEC 60502-1:2009, Power cables
with
extruded
insulation
and
their
accessories for rated voltages from 1 kV
This
has been republished)
638.
US IEC 60502-4:2010, Power cables
(Um = 1,2 kV) up to 30 kV (Um = 36 kV) -
with
Part 1: Cables for rated voltages of 1 kV
accessories for rated voltages from 1 kV
(Um = 1,2 kV) and 3 kV (Um = 3,6 kV)
(Um = 1,2 kV) up to 30 kV (U m = 36 kV) -
Uganda
Standard
specifies
the
extruded
insulation
and
their
Part 4: Test requirements on accessories
construction, dimensions and test requirements
83 | P a g e
for cables with rated voltages from 6 kV
requirements – Section 2: Remote-control
(Um = 7,2 kV) up to 30 kV (Um = 36 kV)
switches (RCS)
This
Uganda
Standard
specifies
the
test
This standard applies to electronic switches and
requirements for type testing of accessories for
to associated electronic extension units for
power cables with rated voltages from 3,6/6
household
(7,2) kV up to 18/30 (36) kV, complying with
installations either indoors or outdoors.
IEC 60502-2. (This Uganda Standard cancels and
642.
and
similar
fixed
electrical
US IEC 60669-2-3:1997 Switches for
replaces, US EAS 506-4:2008, Power cables with
household and similar fixed electrical
extruded insulation and their accessories for rated
installations
voltages from 1 kV (Um = 1.2 kV) up to 30 kV (Um
requirements
= 36 kV) — Part 4: Test requirements on accessories
(TDS)
–
–
Part
2-3:
Particular
Time-delay
switches
for cables with rated voltages from 6 kV (Um = 7.2
This standard applies to remote-control switches
kV) up to 30 kV (Um = 36 kV), which has been
(hereinafter referred to as RCS). This standard
republished)
applies to electromagnetic RCS with a rated
639.
US IEC 60669-1: 2007, Switches for
voltage not exceeding 440 V and a rated current
household and similar fixed-electrical
not exceeding 63 A, and to electronic RCS with a
installations
rated voltage not exceeding 250 V and a rated
—
Part
1:
General
requirements (2nd Edition)
current not exceeding 16 A, intended for
This Uganda Standard applies to manually
household
operated general switches, for a.c only with a
installations, either indoors or outdoors.
rated voltage not exceeding 440 V and a rated
643.
and
similar
fixed
electrical
US IEC 60669-2-4:2004 Switches for
current not exceeding 63 A, intended for
household and similar fixed electrical
household
installations
and
similar
fixed
electrical
installations, either indoors or outdoors.
640.
–
Part
2-4:
Particular
requirements – Isolating switches
US IEC 60669-2-1:2002 Switches for
This standard applies to time-delay switches
household and similar fixed electrical
(hereinafter referred to as TDS) with a rated
installations
voltage not exceeding 440 V and a rated current
–
Part
2-1:
Particular
requirements - Electronic switches
not exceeding 63 A, intended for household and
This standard applies to manually operated
similar
general purpose switches for a.c. only, with
indoors or outdoors, operated by hand and/or
a rated voltage not exceeding 440 V and a
by remote control and which are provided with
rated current not exceeding 63 A.
a mechanical, thermal, pneumatic, hydraulic or
641.
US IEC 60669-2-2:2002 Switches for
household and similar fixed electrical
installations
–
Part
2:
fixed
electrical
installations,
either
electrical operated time-delay device or with a
device which combines any of them.
Particular
84 | P a g e
644.
US IEC 60686:1980 Stabilized power
Particular requirements for connecting
supplies, a.c. output
boxes and enclosures
This standard applies to stabilized power
This standard applies to boxes and enclosures
supplies designed to supply a.c. power from an
with provision for suspension means.
a.c. or d.c. source. Power supplies for electrical
648.
socket-outlets
measurements are excluded.
645.
US
IEC
US IEC 60884-1:2005 Plugs and
60670-1:2002
Boxes
for
household
and
similar purposes Safety - Part 1:
and
General requirements
enclosures for electrical accessories for
household and similar fixed electrical
This Part of the standard applies to plugs and
installations
fixed or portable socket-outlets for a.c. only,
–
Part
1:
General
requirements
with and without earthing contact, with a rated
This standard applies to manually operated
voltage above 50 V but not exceeding 440 V and
general purpose isolating switches with a rated
a rated current not exceeding 32 A, intended for
voltage not exceeding 440 V and a rated current
household and similar proposes, either, indoors
not exceeding 125 A, intended for household
or outdoors.
and similar fixed electrical installations, either
649.
US
IEC
IEC
60884-2-1:2005
Plugs
and
socket-outlets for household and similar
indoors or outdoors.
646.
US
60670-21:2004
Boxes
and
enclosures for electrical accessories for
purposes Part 2-
1:
Particular
requirements for fused plugs
household and similar fixed electrical
This Part of the standard applies where fuses are
installations
primarily intended to protect the flexible cable
–
Part
21:
Particular
requirements for boxes and enclosures
or cord (e.g. with ring circuits).
with provision for suspension means
650.
US
IEC
60884-2-2:2005
Plugs
and
This standard applies to boxes, enclosures and
socket-outlets for household and similar
parts of enclosures (hereafter called “boxes” and
purposes Part 2-2: Particular requirements
“enclosures”) for electrical accessories with a
for socket-outlets for appliances
rated voltage not exceeding 1 000 V a.c. and 1
This Part of the standard applies to socket-
500 V d.c. intended for household or similar
outlets integrated or intended to be incorporated
fixed electrical installations, either indoors or
in or fixed to appliances.
outdoors.
651.
647.
US IEC 60670-22:2003 Boxes
US
IEC
60884-2-3:2005
Plugs
and
socket-outlets for household and similar
and enclosures for electrical accessories
purposes
for
requirements for switched socket-outlets
household
electrical
and
installations
similar
–
Part
fixed
22:
-
Part
2-3:
Particular
without interlock for fixed installations
85 | P a g e
This Part of the standard applies to fixed
EAS 509:2008, Zinc-coated steel wires for stranded
switched socket-outlets for a.c. only, with or
conductors, which has been republished).
without earthing, with a rated voltage not
655.
US
IEC
exceeding 440 V and a rated current not
aluminium
exceeding 32 A.
conductors
60889:1987,
wire
for
Hard-drawn
overhead
line
and
This Uganda Standard is applicable to hard-
socket-outlets for household and similar
drawn aluminium wires for the manufacture of
purposes Part 2-4: Particular requirements
stranded
for plugs 'and socket-outlets for SELV
transmission
652.
US
IEC
60884-2-4:2005
Plugs
conductors
for
purposes.
overhead
It
power
specifies
the
This Part of the standard applies to plugs, fixed
mechanical and electrical properties of wires in
or portable socket-outlets, and to socket-outlets
the diameter range 1.25 mm to 5.00 mm. (This
for appliances with d.c. or a.c. (50/60 Hz) SELV
Uganda Standard cancels and replaces, US EAS
with rated current of 16 A.
510:2008, Hard-drawn aluminium wire for overhead
653.
US
IEC
60884-2-5:2005
Plugs
and
socket-outlets for household and similar
purposes Part 2-
5:
line conductors, which has been republished).
656.
US
IEC
fluorescent
Particular
Single-capped
lamps
–
Performance
specifies
the
performance
specifications
requirements for adaptors
This standard applies to shuttered and non-
This
shuttered, fused and non-fused adaptors for a.c.
requirements
only.
lamps
654.
60901:1996
US IEC 60888:1987, Zinc-coated steel
standard
for
for
single-capped
general
lighting
fluorescent
service.
The
requirements of this standard relate only to type
testing. Conditions of compliance, including
wires for stranded conductors
This Uganda Standard applies to zinc-coated
methods of statistical assessment, are under
steel wires used in the construction and/or
consideration.
reinforcement of conductors for overhead power
657.
US
IEC
transmission purposes. It is intended to cover all
Photovoltaic
wires
Requirements
used
in
constructions
where
the
individual wire diameters, including coating,
devices
for
60904-2:2015,
–
Part
2:
photovoltaic
reference devices
are in the range of 1.25 mm to 5.50 mm. Three
This Uganda Standard gives requirements for
grades of steel are included to reflect the needs
the classification, selection, packaging, marking,
of conductor users: regular steel, high strength
calibration and care of photovoltaic reference
steel and extra high strength steel. Two classes
devices. This standard covers photovoltaic
of coating represented by minimum zinc mass
reference
per unit area are included: Class 1 and Class 2.
electrical performance of photovoltaic cells,
(This Uganda Standard cancels and replaces, US
modules
devices
and
used
arrays
to
under
determine
natural
the
and
86 | P a g e
simulated
sunlight.
It
does
not
cover
660.
US
IEC
60947-1:2004
Low-voltage
photovoltaic reference devices for use under
switchgear and control gear – Part 1:
concentrated sunlight. (This Uganda Standard
General rules
cancels and replaces, US 463-2:2005 Photovoltaic
This standard applies, when required by the
devices — Part 2: Requirements for reference solar
relevant product standard, to switchgear and
cells, which has been republished).
control
658.
"equipment" and intended to be connected to
US IEC 60921:2004 Ballasts for tubular
fluorescent
lamps
—
Performance
requirements
This
standard
gear
hereinafter
referred
to
as
circuits, the rated voltage of which does not
exceed 1 000 V a.c. or 1 500 V d.c.
specifies
the
performance
661.
US
IEC
60947-2:2003
Low-voltage
requirements for ballasts, excluding resistance
switchgear and control gear – Part 2:
types, for use on a.c. supplies up to 1 000 V at 50
Circuit breakers
Hz or 60 Hz, associated with tubular fluorescent
This standard applies, when required by the
lamps with pre-heated cathodes operated with
relevant product standard, to switchgear and
or without a starter or starting device and
controlgear
having
and
"equipment" and intended to be connected to
characteristics as specified in IEC 60081 and
circuits, the rated voltage of which does not
60901. It applies to complete ballasts and their
exceed 1 000 V a.c. or 1 500 V d.c.
component parts such as resistors, transformers
662.
rated
wattages,
dimensions
US
hereinafter
IEC
referred
60947-3:1999
to
as
Low-voltage
and capacitors. A.C. supplied electronic ballasts
switchgear and control gear – Part 3:
for tubular fluorescent lamps for high frequency
Switches,
operation
disconnectors and fuse-combination units
specified
in
IEC
61347-2-3
are
disconnectors,
switch-
excluded from the scope of this standard.
This standard applies to circuit-breakers, the
659.
main contacts of which are intended to be
US IEC 60934:2000 Circuit breakers for
connected to circuits, the rated voltage of which
equipment (CBE)
This
Uganda
mechanical
Standard
switching
is
devices
applicable
to
does not exceed 1 000 V a.c. or 1 500 V d.c.; it
designed
as
also
contains
additional
requirements
for
"circuit breakers for equipment (CBE) intended
integrally fused circuit-breakers. It applies
to provide protection to circuits within electrical
whatever the rated currents, the method of
equipment. This standard is also applicable to
construction or the proposed applications of the
switching devices for protection of electrical
circuit-breakers may be.
equipment in case of under voltage and/or over
663.
US IEC 60947-4-1:1990 Low-voltage
voltage. It is applicable for a.c. not exceeding 440
switchgear and control gear – Part 4-1:
V and/or d.c. not exceeding 250 V and a rated
Contactors
and
motor-starters
-
current not exceeding 125 A.
87 | P a g e
Electromechanical contactors and motor-
standard are not normally designed to interrupt
starters
short-circuit currents.
This standard applies to switches, disconnectors,
switch-disconnectors
and
666.
US IEC 60947-5-1:2003 Low-voltage
fuse-combination
switchgear and control gear – Part 5-1:
units to be used in distribution circuits and
Control circuit devices and switching
motor circuits of which the rated voltage does
elements
not exceed 1 000 V a.c. or 1 500 V d.c. Auxiliary
circuit devices
–
Electromechanical
control
switches fitted to equipment within the scope of
This standard applies to a.c. semiconductor non-
this
the
motor load controllers and contactors intended
requirements of IEC 60947-5-1. This standard
for performing electrical operations by changing
does not include the additional requirements
the state of a.c. electric circuits between the ON-
necessary for electrical apparatus for explosive
state and the OFF-state.
gas atmospheres.
667.
standard
664.
shall
comply
with
General
switchgear and control gear – Part 4-2:
and
semiconductor
60950-1:2001
Information
requirements
–
AC
This standard is applicable to mains-powered or
controllers
and
battery-powered
motor-starters
motor
IEC
technology equipment - Safety – Part 1:
US IEC 60947-4-2:1999 Low-voltage
Contactors
US
equipment,
starters
information
including
technology
electrical
business
This part of standard applies to the types of
equipment and associated equipment, with a
equipment listed in 1.1 and 1.2 whose main
rated voltage not exceeding 600 V. This standard
contacts are intended to be connected to circuits
is
the rated voltage of which does not exceed 1 000
technology equipment: designed for use as
V a.c. or 1 500 V d.c.
telecommunication terminal equipment and
665.
telecommunication
US IEC 60947-4-3:1999 Low-voltage
also
applicable
to
such
network
information
infrastructure
switchgear and control gear – Part 4-3:
equipment, regardless of the source of power;
Contactors
A.C.
designed and intended to be connected directly
semiconductor controllers and contactors
to, or used as infrastructure equipment in a
for non-motor loads
cable distribution system, regardless of the
and
motor-starters
-
This standard applies to controllers and starters,
source of power; and designed to use the ac
which
mains supply as a communication transmission
may
include
a
series
mechanical
switching device, intended to be connected to
medium.
circuits, the rated voltage of which does not
668.
US
IEC
60968:2015,
Self-ballasted
exceed 1 000 V a.c. This standard characterizes
fluorescent lamps for general lighting
controllers and starters with and without bypass
services — Safety requirements (2nd
means. Controllers and starters dealt with in this
edition)
88 | P a g e
This Uganda Standard specifies the safety and
welding power sources for manual metal arc
interchangeability requirements, together with
welding with limited duty operation which are
the test methods and conditions required to
designed mainly for use by laymen.
show compliance of tubular fluorescent lamps
671.
US IEC 60974-11:2004 Welding arc
with integrated means for controlling starting
equipment – Part 11: Electrode holders
and stable operation (self-ballasted fluorescent
This standard specifies safety and performance
lamps). (This Uganda Standard cancels and replaces
requirements of electrode holders; is applicable
US IEC 60968:1999, Self-ballasted lamps for general
to electrode holders for manual metal arc
lighting services — Safety requirements, which has
welding with electrodes up to 10 mm in
been technically revised).
diameter.
669.
US
IEC
60969:2016,
Self-ballasted
672.
compact fluorescent lamps for general
lighting
services
—
equipment – Part 12: Coupling devices for
Performance
requirements (2nd edition)
US IEC 60974-12:1992 Welding arc
welding cables
This standard specifies the test and construction
This Uganda Standard specifies performance
requirements of coupling devices for flexible
requirements together with test methods and
welding cables.
conditions required to show compliance of self-
673.
ballasted compact fluorescent lamps intended
US
IEC
61000-1-1:
1992,
Electromagnetic compatibility
for general lighting services. This standard
The Uganda Standard describes and interprets
applies to self-ballasted compact fluorescent
various terms considered to be of basic
lamps of voltages >50V and all power ratings
importance to concepts and practical application
with lamp caps complying with IEC 60061-1.
in
(This Uganda Standard cancels and replaces US IEC
electromagnetically
60969:1999, Self-ballasted lamps for general lighting
addition, attention is drawn to the distinction
services — Performance requirements, which has
between electromagnetic compatibility (EMG)
been technically revised).
tests carried out in a standardized set-up and
670.
US
IEC
60974-1:1998
Welding
arc
the
design
and
evaluation
compatible
systems.
of
In
those carried out at the location where a device
equipment – Part 1: Welding power
(equipment or system) is installed (in situ tests).
sources
674.
US IEC 61035-1:1990 Specification for
This standard is applicable to power sources for
conduit fittings for electrical installations
arc welding and allied processes designed for
– Part 1: General requirements
industrial and professional use and supplied by
This Uganda Standard specifies requirements
a voltage within the low voltage range (as
for conduit fittings for use with conduits for the
specified in IEC 38) or driven by mechanical
protection of conductors and/or cables in
means. This standard is not applicable to
89 | P a g e
electrical installations, and type tests for the
– Part 2: Particular specifications – Section
quality of joints of conduit fittings to conduit.
4: Conduit fittings of aluminium alloy
675.
US IEC 61035-2-1:1993 Specification for
This
standard
specifies
requirements
for
conduit fittings for electrical installations
aluminium alloy conduit fittings, for use with
– Part 2: Particular specifications – Section
alumimium alloy conduits.
1: Metal conduit fittings
679.
This Uganda Standard specifies requirements
US IEC 61058-1:2001 Switches for
appliances – Part 1: General requirements
for metal conduit fittings, for use with circular,
This standard applies to switches for appliances
threadable
conduits
actuated by hand, by foot or by other human
complying with IEC 60614. This standard is not
activity for use in, on or with appliances and
applicable to fittings for use with flexible
other equipment for household and similar
conduits.
purposes, with a rated voltage not exceeding 440
676.
US IEC 61035-2-2:1993 Specification for
V and a rated current not exceeding 63 A. Also
conduit fittings for electrical installations
covers the indirect actuation of the switch when
– Part 2: Particular specifications – Section
the function of the actuating member is
2: Conduit fittings of insulating material
provided by a part of an appliance or
or
non-threadable
This Uganda Standard specifies requirements
equipment.
for conduit fittings of insulating material, for use
680.
US IEC 61058-2-1:1992 Switches for
with circular conduits complying with IEC
appliances
60614. It is not applicable to fittings for use with
requirements for cord switches
–
Part
2-1:
Particular
flexible conduits.
This standard applies to switches intended to be
677.
connected to a flexible cable and: For switches
US IEC 61035-2-3:1993 Specification for
conduit fittings for electrical installations
used
– Part 2: Particular specifications – Section
requirements may be necessary; Attention is
3: Fittings for flexible conduits of metal,
drawn to the fact that the standards for
insulating or composite materials and for
appliances
pliable conduits of metal or composite
additional
materials
switches; Throughout this standard the word
in
tropical
and
or
climates,
equipment
alternative
additional
may
contain
requirements
for
This standard specifies requirements for conduit
“appliance”
fittings for use with flexible conduits of metal,
“equipment”; This part of standard is applicable
insulating or composite materials and with
when testing cord switches;
pliable conduits of metal or composite materials.
standard the word “switch” means ”cord
678.
switch”
US IEC 61035-2-4:1995 Specification for
conduit fittings for electrical installations
means
unless
“apparatus”
otherwise
or
Throughout this
stated;
and
Throughout this standard the term “flexible
cable” means “flexible cable or cord”.
90 | P a g e
681.
US IEC 61058-2-4:2003 Switches for
appliances
Particular
trunking and cable ducting systems intended for
requirements for independently mounted
the accommodation, and where necessary for
switches
the segregation, of conductors, cables or cords
This
standard
–
Part
applies
2-4:
This standard specifies requirements for cable
to
independently
and/or other electrical equipment in electrical
mounted switches for appliances (mechanical or
installations. It does not apply to conduit, cable
electronic) actuated by hand, by foot or by other
tray or cable ladder or current-carrying parts
human activity, to operate or control electrical
within the system.
appliances and other equipment for household
684.
or similar purposes with a rated voltage not
US IEC 61084-2-1:1996 Cable trunking
and
exceeding 480 V and a rated current not
ducting
systems
installations
–
Part
for
electrical
2:
Particular
exceeding 63 A. These switches are intended to
requirements – Section 1: Cable trunking
be operated by a person, via an actuating
and
member or by actuating a sensing unit. The
mounting on walls or ceilings
ducting
systems
intended
for
actuating member or sensing unit can be
This standard specifies requirements for cable
integral with or arranged separately, either
trunking and ducting systems intended for
physically or electrically, from the switch and
mounting on walls or ceilings. The cable
may involve transmission of a signal, for
trunking and ducting systems accommodate
example electrical, optical, acoustic or thermal,
and, where necessary, segregate conductors,
between the actuating member or sensing unit
cables or cords and other electrical equipment.
and the switch.
The systems are intended to be mounted
682.
directly on walls or ceilings, flush or semi flush,
US IEC 61058-2-5:1994 Switches for
appliances
–
Part
2-5:
Particular
or indirectly on walls or ceilings or on structures
requirements for change-over selectors
away from walls or ceilings. Cable trunking and
This Uganda Standard applies to change-over
ducting systems are hereinafter called CTIDS.
selectors for appliances actuated by hand, by
This standard does not apply to conduits, cable
foot, or by other human activity for use in, on, or
trays or cable ladders, electrical accessories e.g.
with, appliances and other equipment for
switches, socket-outlets or the like, for which
household and similar purposes, with rated
other IEC standards apply, or current carrying
voltage not exceeding 440 V and a rated current
parts within the system.
not exceeding 63 A.
685.
683.
US IEC 61084-1:1991 Cable trunking
and
ducting
installations
systems
–
Part
for
1:
electrical
General
US IEC 61084-2-2:2003 Cable trunking
and
ducting
installations
systems
–
Part
for
2-2:
electrical
Particular
requirements - Cable trunking systems
requirements
91 | P a g e
and cable ducting systems intended for
to show compliance with the requirements of
underfloor and flushfloor installation
this standard.
This standard specifies requirements for cable
688.
US US IEC 61215-1:2016, Terrestrial
trunking systems and cable ducting systems
photovoltaic (PV) modules — Design
intended for the accommodation, and where
qualification and type approval — Part 1:
necessary for the segregation, of conductors,
Test requirements
cables
or
cords
and/or
other
electrical
This
Uganda
Standard
lays
down
IEC
equipment in electrical installations. It applies to
requirements for the design qualification and
cable trunking systems and cable ducting
type approval of terrestrial photovoltaic (PV)
systems which are mounted beneath or flush
modules suitable for long term operation in
with the top face of the finished floor, including
general open air climates, as defined in IEC
their system components. This specification does
60721-2-1. (This Uganda Standard cancels and
not apply to conduits, cable trays or cable
replaces US IEC 61215:2005, Crystalline silicon
ladders or to current-carrying parts within the
terrestrial photovoltaic (PV) modules — Design
system.
qualification and type approval, which has been
686.
US IEC 61084-2-4:1996 Cable trunking
and
ducting
installations
systems
–
Part
for
2:
electrical
technically revised).
689.
US
IEC
61215-1-1:2016,
Terrestrial
photovoltaic (PV) modules — Design
Particular
requirements – Section 4: Service poles
qualification and type approval — Part 1-
This standard specifies requirements for service
1: Special requirements for testing of
poles intended for the accommodation, and
crystalline
where
modules
necessary
for
the
segregation,
of
electrical equipment in electrical installations.
requirements for the design qualification and
This standard does not apply to conduits, cable
type
trays or cable ladders or to current-carrying
modules suitable for long-term operation in
parts within the system.
general open air climates, as defined in IEC
IEC
61199:1999
Single-capped
fluorescent lamps– Safety specifications
approval
of
lays
terrestrial
down
(PV)
This
US
Standard
photovoltaic
conductors, cables or cords and/or other
687.
Uganda
silicon
IEC
photovoltaic
60721-2-1. (This Uganda Standard cancels and
replaces US IEC 61215:2005, Crystalline silicon
This standard specifies the safety requirements
terrestrial photovoltaic (PV) modules — Design
for single-capped fluorescent lamps for general
qualification and type approval, which has been
lighting purposes of all groups having 2G7,
2GX7, GR8, G10q, GR10q, GX10q, GY10q, 2G11,
G23, GX23, G24, GX32 and 2G13 caps. Also
technically revised).
690.
US
IEC
61215-2:2016,
Terrestrial
photovoltaic (PV) modules — Design
specifies the method a manufacturer should use
92 | P a g e
qualification and type approval — Part 2:
This standard specifies the requirements for
Test procedures
pliable
This
Uganda
Standard
lays
down
IEC
requirements for the design qualification and
type
approval
of
terrestrial
conduit
systems
including
self-
recovering conduit systems.
694.
photovoltaic
US IEC 61386-23:2002 Conduit systems
for cable management – Part 23: Particular
requirements – Flexible conduit systems
modules suitable for long-term operation in
general open air climates, as defined in IEC
This standard specifies the requirements for
60721-2-1. This part of US IEC 61215 is intended
flexible conduit systems.
to apply to all terrestrial flat plate module
695.
US IEC 61386-24:2004 Conduit systems
materials such as crystalline silicon module
for cable management – Part 24: Particular
types as well as thin-film modules. (This Uganda
requirements – Conduit systems buried
Standard cancels and replaces US IEC 61215:2005,
underground
Crystalline silicon terrestrial photovoltaic (PV)
This standard specifies requirements and tests
modules — Design qualification and type approval,
for
which has been technically revised).
including conduits and conduit fittings for the
691.
protection
US IEC 61386-1:1996 Conduit systems
conduit
systems
and
buried
management
underground
of
insulated
in
electrical
for electrical installations – Part 1: General
conductors
requirements
installations or in communication systems. This
and/or
cables
This standard specifies requirements and tests
standard applies to metallic, non-metallic and
for conduit systems, including conduits and
composite systems including threaded and non-
conduit
threaded entries which terminate the system
fittings,
for
the
protection
and
management of insulated conductors and/or
cables
in
electrical
installations
or
696.
US IEC 61427-1:2013, Secondary cells
in
and batteries for renewable energy storage
communication systems up to 1 000 V a.c.
— General requirements and methods of
and/or 1 500 V d.c.
test
692.
application
US IEC 61386-21:2002 Conduit systems
—
Part 1:
Uganda
Photovoltaic
Standard
gives
off-grid
for cable management – Part 21: Particular
This
general
requirements – Rigid conduit systems
information relating to the requirements for the
This standard specifies the requirements for
secondary batteries used in photovoltaic energy
rigid conduit systems.
systems and to the typical methods of test used
693.
US IEC 61386-22:2002 Conduit systems
for the verification of battery performances. This
for cable management – Part 22: Particular
part deals with cells and batteries used in
requirements – Pliable conduit systems
photovoltaic off-grid applications. (This Uganda
Standard cancels and replaces US 149-1:2002,
Secondary cells and batteries for solar photovoltaic
93 | P a g e
energy systems — Part 1: General requirements and
699.
US IEC 61702: 1995, Rating of direct
methods of test, which has been technically revised).
coupled
697.
systems
US IEC 61427-2:2015; Secondary cells
photovoltaic
(PV)
pumping
and batteries for renewable energy storage
This Uganda Standard defines predicted short-
— General requirements and methods of
term characteristics (instantaneous and for a
test — Part 2: On-grid applications
typical
daily
period)
of
direct
coupled
This Uganda Standard relates to secondary
photovoltaic (PV) water pumping systems. It
batteries used in on-grid Electrical Energy
also defines minimum actual performance
Storage (EES) applications and provides the
values to be obtained on-site. It does not address
associated methods of test for the verification of
PV pumping systems with batteries.
their
700.
endurance,
properties
and
electrical
US IEC 62040-1:2013, Uninterruptible
performance in such applications. The test
power systems (UPS) — Part 1: General
methods
and safety requirements for UPS
are
essentially
battery
chemistry
neutral, i.e. applicable to all secondary battery
This Uganda Standard applies to uninterruptible
types. (This Uganda Standard cancels and replaces
power systems (UPS) with an electrical energy
US 149-1:2002, Secondary cells and batteries for
storage device in the d.c. link. (This Uganda
solar photovoltaic energy systems — Part 1: General
Standard cancels and replaces US IEC 62040-1-
requirements and methods of test, which has been
1:2004, Uninterruptible power systems (UPS) —
technically revised).
Part 1-1: General and safety requirements for UPS
698.
US
IEC
61646:
2008,
Thin-film
used in operator access areas; and US IEC 62040-1-
terrestrial photovoltaic (PV) modules —
2:2004, Uninterruptible power systems (UPS) —
Design qualification and type approval
Part 1-2: General and safety requirements for UPS
This Uganda Standard lays down requirements
used in restricted access locations; which has been
for the design qualification and type approval of
technically revised).
terrestrial,
701.
thin-film
photovoltaic
modules
US IEC 62040-2:2005, Uninterruptible
suitable for long term operation in general open-
power
systems
(UPS)
air climates as defined in IEC 60721-2-1. This
Electromagnetic
standard is intended to apply to all terrestrial
requirements (2nd Edition)
—
Part
compatibility
2:
(EMC)
flat plate module materials not covered by US
This Uganda Standard applies to UPS units
IEC 61215. (This Uganda Standard cancels and
intended to be installed
replaces US 553:2005, Thin film terrestrial PV (PV)

as a unit or in UPS systems comprising a
modules – design qualification and type approval,
number of interconnected UPS and
which has been republished).
associated control/switchgear forming a
single power system; and
94 | P a g e

in any operator accessible area or in
703.
US
IEC
62052-11:2003,
separated electrical locations, connected
metering
to low-voltage supply networks for
requirements, tests and test conditions –
either
Part 11: Metering equipment
industrial
commercial
and
or
residential,
light
industrial
equipment
(AC)
Electricity
–
General
This Uganda Standard covers type tests for
electricity metering equipment for indoor and
environments.
This part of US IEC 62040 is intended as a
outdoor application and applies to newly
product standard allowing the EMC conformity
manufactured equipment designed to measure
assessment of products of categories C1, C2 and
the electrical energy on 50Hz or 60Hz networks,
C3 as defined in this standard, before placing
with a voltage up to 600V.
them on the market. (This Uganda Standard
704.
cancels
and
replaces
US
IEC
US
IEC
metering
62040-2:1999,
62052-21:2004,
equipment
(AC)
Electricity
–
General
Uninterruptible power systems (UPS) — Part 2:
requirements, tests and test conditions –
Electromagnetic compatibility (EMC) requirements,
Part 21: Tariff and load control equipment
which has been technically revised).
This
702.
requirements
US IEC 62040-3:1999 Uninterruptible
Uganda
Standard
for
the
specifies
type
general
of
newly
power systems (UPS) – Part 3: Method of
manufactured indoor tariff and load control
specifying
equipment,
the
performance
and
test
like
electronic
ripple
control
receivers and time switches that are used to
requirements
This standard applies to electronic direct a.c.
control electrical loads, multi-tariff registers and
converter systems with electrical energy storage
maximum demand indicator devices. (This
means in the d.c. link. It ensures continuity of an
Uganda
alternating power source. And also includes the
International Standard IEC 62052-21:2004).
method of specifying all power switches that
705.
Standard
US
IEC
is an adoption of
62053-11:2003,
the
Electricity
form integral parts of a UPS and are associated
metering equipment (AC) – Particular
with its output. Included are interrupters,
requirements – Part 11: Electromechanical
bypass
meters for active energy (classes 0.5, 1 and
switches,
isolating
switches,
load
transfer switches and tie switches does not refer
2)
to conventional mains distribution boards,
This Uganda Standard applies only to newly
rectifier input switches or d.c. switches or UPS
manufactured
based on rotating machines. It defines a
meters of accuracy classes 0.5, 1 and 2, for the
complete uninterruptible power system in terms
measurement of alternating current electrical
of its performance and not individual UPS
active energy of 50Hz or 60Hz networks and it
functional units.
applies to their type tests only. It applies only to
electromechanical
watt-hour
electromechanical watt-hour meters for indoor
95 | P a g e
and
outdoor
application
consisting
of
a
measuring element and register(s) enclosed
requirements – Part 23: Static meters for
reactive energy (classes 2 and 3)
together in a meter case. It also applies to
This Uganda Standard applies only to newly
operation indicator(s) and test output(s).
manufactured static var-hour meters of accuracy
706.
Electricity
classes 2 and 3, for the measurement of
metering equipment (AC) – Particular
alternating current electrical reactive energy in
requirements – Part 22: Static meters for
50Hz or 60Hz networks and it applies to their
active energy (classes 0.2S and 0.5S)
type tests only. For practical reasons, this
US
IEC
62053-22:2003,
This Uganda Standard applies only to newly
standard is based on a conventional definition of
manufactured
of
reactive energy for sinusoidal currents and
the
voltages containing the fundamental frequency
measurement of alternating current electrical
only. (This Uganda Standard is an adoption of
active energy in 50Hz or 60Hz networks and it
the International Standard IEC 62053-23:2003).
applies to their type tests only. It applies only to
708.
accuracy
static
classes
0.2S
watt-hour
and
meters
0.5S,
for
US
IEC
62053-31:1998,
Electricity
transformer operated static watt-hour meters for
metering equipment (AC) — Particular
indoor application consisting of a measuring
requirements — Part 31: Pulse output
element and register(s) enclosed together in a
devices
meter
electronic meters (two wires only)
case.
It
also
applies
to
operation
for
electromechanical
and
indicator(s) and test output(s). If the meter has a
This Uganda Standard is applicable to passive,
measuring element for more than one type of
two-wire, externally powered pulse output
energy (multi-energy meters), or when other
devices to be used in electricity meters as
functional elements, like maximum demand
defined by the relevant standards as well as
indicators,
switches,
electronic
ripple
tariff
control
registers,
time
future standards for static VA-hour meters.
receivers,
data
(This Uganda Standard is an adoption of the
communication interfaces, etc. are enclosed in
International Standard IEC 62053-31:1998)
the meter case, then the relevant standards for
709.
US
IEC
62053-52:2005,
Electricity
these elements also apply. It does not apply to:
metering equipment (AC) – Particular
watt-hour meters where the voltage across the
requirements – Part 52: Symbols
connection terminals exceeds 600V (line-to-line
This Uganda Standard applies to letter and
voltage for meters for polyphase systems);
graphical symbols intended for marking on and
portable meters and meters for outdoor use;
identifying the function of electromechanical or
data interfaces to the register of the meter; and
static a.c electricity meters and their auxiliary
reference meters.
devices.
Electricity
The symbols specified in this standard shall be
metering equipment (AC) – Particular
marked on the name-plate, dial-plate, external
707.
US
IEC
62053-23:2003,
96 | P a g e
labels or accessories, or shown on the display of
systems and for services other than electricity. It
the
Uganda
specifies:
Standard is an adoption of the International

meter
as
appropriate.
(This
A POS to token carrier interface
Standard IEC 62053-52:2005).
structured with an application layer
710.
protocol
US IEC (TR) 62055-21:2005 Electricity
and
a
physical
layer
metering – Payment systems – Part 21:
protocol using the OSI model as
Framework for standardization
reference;
This Uganda Standard sets out a framework

Tokens for the application layer
forthe integration of standards into a system
protocol to transfer the various
specification
messages from the POS to the
for
electricity
payment
metering systems. It addresses the payment
metering
system
application
process,
payment meter;

security functions and processes in
generic processes, generic functions, data
the application layer protocol such
elements, system entities and interfaces that
as the Standard Transfer Algorithm
exist in present payment metering systems.
and the Data Encryption Algorithm,
The approach taken in the framework is
including
sufficiently generic to payment metering
distribution
systems so that it should be equally
cryptographic keys;
applicable to future systems. (This Uganda

the
generation
of
the
and
associated
Security functions and processes in
Standard is an adoption of the International
the application layer protocol at the
Standard IEC/TR 62055-21:2005).
payment meter such as decryption
711.
US
IEC
62055-41:2014,
Electricity
algorithms,
metering — Payment systems — Part 41:
Standard transfer specification (STS) —

tokens received;

layer protocol of the STS for transferring units of
application process and associated
a point of sale (POS) system to an STS-compliant
with electricity payment meters without a tariff
employing energy-based tokens, but may also
have application with currency-based token
A scheme for dealing with payment
meter functionality in the meter
credit and other management information from
system. It is primarily intended for application
Specific requirements for the meter
application process in response to
token carrier systems
payment meter in a one-way token carrier
authentication,
validation and cancellation;
Application layer protocol for one-way
This Uganda Standard specifies the application
token
companion specifications;

Generic requirements for an STScompliant key management system;

Guidelines for a key management
system;
97 | P a g e


Entities and identifiers used in an
Standard is an adoption of the International
STS system;
Standard IEC 62058-11:2008).
Code

of
practice
for
the
714.
US
IEC
62058-31:2008,
Electricity
management of TID roll-over key
metering equipment (ac) – Acceptance
changes in association with the
inspection
revised set of base dates;
requirements for static meters for active
Code of practice and maintenance
energy (classes 0.2S, 0.5S 1, and 2)
support
services
from
the
STS
This
Uganda
–
Part
Standard
31:
specifies
Particular
particular
requirements for acceptance inspection of newly
Association.
Electricity
manufactured direct connected or transformer
metering — Data exchange for meter
operated static meters for active energy (classes
reading, tariff and load control — Part 47:
0.2S, 0.5S 1, and 2) delivered in lots of quantities
COSEM
above 50. The method of acceptance of smaller
712.
US
IEC
62056-47:2006,
transport
layers
for
IPv4
lots should be agreed upon by the manufacturer
networks
This Uganda Standard specifies the transport
and the customer. The process described herein
layers for COSEM communication profiles for
is primarily intended for acceptance inspection
use on IPv4 networks. These communication
between the manufacturer and the purchaser.
profiles
(This Uganda Standard is an adoption of the
contain
a
connection-less
and
a
connection-oriented transport layer, providing
International Standard IEC 62058-31:2008).
OSI-style services to the service user COSEM
715.
US IEC 62106:2000 Specification of the
application layer. The connection-less transport
radio data system (RDS) for VHF/FM
layer is based on the Internet standard User
sound broadcasting in the frequency
Datagram Protocol. The connection-oriented
range from 87,5 to 108,0 MHz
transport layer is based on the Internet standard
This standard deals with Radio Data System,
Transmission Control Protocol. (This Uganda
RDS, is intended for application to VHF/FM
Standard is an adoption of the International
sound broadcasts in the range 87.5 MHz to 108.0
Standard IEC 62056-47:2006).
MHz which may carry either stereophonic
Electricity
(pilot-tone system) or monophonic programmes.
metering equipment (a.c.) - Acceptance
The main objectives of RDS are to enable
inspection – Part 11: General acceptance
improved functionality for FM receivers and to
inspection methods
make them more user-friendly by using features
713.
US
IEC
62058-11:2008,
The general acceptance inspection methods
such as Programme Identification, Programme
specified in this standard apply to newly
Service name display and where applicable,
manufactured electricity meters produced and
automatic tuning for portable and car radios, in
supplied in lots of 50 and above. (This Uganda
particular. The relevant basic tuning and
98 | P a g e
switching information therefore has to be
718.
US IEC 62305-1:2010, Protection against
lightning – Part 1: General principles
implemented by the type 0 group (see 3.1.5.1),
and it is not optional unlike many of the other
This
Uganda
Standard
provides
general
possible features in RDS.
principles to be followed for protection of
716.
US IEC 62109-1:2010, Safety of power
structures against lightning, including their
converters for use in photovoltaic power
installations and contents, as well as persons.
systems — Part 1: General requirements
The following cases are outside the scope of this
This Uganda Standard applies to the power
standard: railway systems; vehicles, ships,
conversion
in
aircraft, offshore installations; underground
Photovoltaic (PV) systems where a uniform
high pressure pipelines; and pipe, power and
technical
is
telecommunication lines placed outside the
necessary. This standard defines the minimum
structure. (This Uganda Standard is an adoption
requirements for the design and manufacture of
of the International Standard IEC 62305-1:2010).
PCE for protection against electric shock,
719.
equipment
level
with
(PCE)
for
respect
to
use
safety
US IEC 62305-2:2010, Protection against
lightning – Part 2: Risk management
energy, fire, mechanical and other hazards. This
requirements
This Uganda Standard is applicable to risk
applicable to all types of PV PCE. There are
assessment for a structure due to lightning
additional parts of this standard that provide
flashes to earth. Its purpose is to provide a
specific requirements for the different types of
procedure for the evaluation of such a risk. Once
power converters.
an upper tolerable limit for the risk has been
standard
provides
general
62257-9-5:2016,
selected, this procedure allows the selection of
Recommendations for renewable energy
appropriate protection measures to be adopted
and
rural
to reduce the risk to or below the tolerable limit.
Integrated
(This Uganda Standard is an adoption of the
717.
US
IEC/TS
hybrid
electrification
systems
—
systems
—
Part 9-5:
Selection
of
for
stand-alone
lighting kits for rural electrification
International Standard IEC 62305-2:2010).
720.
US IEC 62305-3:2010, Protection against
This Uganda Standard applies to stand-alone
lightning – Part 3: Physical damage to
rechargeable electric lighting appliances or kits
structures and life hazard
that can be installed by a typical user without
This
employing a technician. This standard presents
requirements for protection of a structure
a quality assurance framework that includes
against physical damage by means of a lightning
product
for
protection system (LPS), and for protection
interpreting test results), test methods, and
against injury to living beings due to touch and
standardized specification sheets (templates for
step voltages in the vicinity of an LPS (see IEC
communicating test results).
62305-1). This standard is applicable to: design,
specifications
(a
framework
Uganda
Standard
provides
the
99 | P a g e
installation, inspection and maintenance of an
conjunction with IEC 62093, which describes test
LPS for structures without limitation of their
and requirements for intended installation
height, and establishment of measures for
application. In addition to the battery charge
protection against injury to living beings due to
control functions, this standard addresses the
touch and step voltages.
following battery charge control features:
721.
US IEC 62305-4;2010 Protection against

lightning – Part 4: Electrical and electronic
systems within structures
photovoltaic generator charging of a
battery,

load control,
This Uganda Standard provides information for

protection functions, and
the design, installation, inspection, maintenance

interface functions.
and testing of electrical and electronic system
This
protection
performance, but it is applicable to BCC
(SPM)
permanent
failures
electromagnetic
structure.
to
This
reduce
due
impulse
standard
the
to
(LEMP)
does
risk
of
lightning
within
not
a
cover
protection against electromagnetic interference
due
to
lightning,
does
not
cover
MPPT
units that have this feature.
723.
US IEC 62560:2015, Self-ballasted led-
lamps for general lighting services by
voltage >50V — Safety specifications
may
cause
This Uganda Standard specifies the safety and
systems.
This
interchangeability requirements, together with
standard provides guidelines for cooperation
the test methods and conditions required to
between the designer of the electrical and
show compliance of LED-lamps with integrated
electronic system, and the designer of the
means for stable operation (self-ballasted LED-
protection measures, in an attempt to achieve
lamps), intended for domestic and similar
optimum protection effectiveness. This standard
general lighting purposes, having:
malfunctioning
of
which
standard
internal
does not deal with detailed design of the

a rated wattage up to 60 W;
electrical and electronic systems themselves.

a rated voltage of >50 V upto 250 V;
722.

caps according to Table 1.
US IEC 62509:2010, Battery charge
controllers for photovoltaic systems —
Performance and functioning
724.
US IEC 62612:2013+AMD1:2015, Self-
ballasted LED lamps for general lighting
This Uganda Standard establishes minimum
services with supply voltages >50V —
requirements
Performance requirements
for
the
functioning
and
performance of battery charge controllers (BCC)
This Uganda Standard specifies the performance
used with lead acid batteries in terrestrial
requirements, together with the test methods
photovoltaic (PV) systems. The main aims are to
and conditions, required to show compliance of
ensure BCC reliability and to maximize the life
LED lamps with integral means for stable
of the battery. This standard shall be used in
100 | P a g e
operation, intended for domestic and similar
general lighting purposes, having:

a rated power up to 60 W;

a rated voltage of >50 V a.c. up to
250V a.c. a lamp cap as listed in IEC
62560.
101 | P a g e
729.
specification for measuring systems for
METROLOGY
725.
US 1000:2014, Hexagonal weights —
Specification
This Uganda Standard specifies metrological
and
technical
requirements
for
hexagonal
US
1002:1999/OIML
liquids other than water
This standard specifies the metrological and
technical requirements applicable to dynamic
measuring systems for quantities of liquids
other than water subject to legal controls. It also
weights made of grey cast iron
726.
R23
Standard
specification for tyre pressure gauges for
provides requirements for the approval of parts
of the measuring systems (meter, etc.).
730.
motor vehicles
metrological (measurement) characteristics to
pressure
gauges
intended
for
the
measurement of the inflation pressures in
US 1003:1999/OIML R111 Standard
specification for weights of classes E1, E2,
F1,
This standard applies to those thermometers
called “clinical thermometers” of the mercury in
glass type, with a maximum device, intended
for the measurement of internal human body
motor-vehicle tyres shall conform.
727.
US 1015:2006 Clinical thermometers
(mercury in glass with maximum devices)
This Uganda Standard lays down the principal
which
US 1005:1999/OIML R 117 Standard
temperature.
731.
US 1016:2006 Non-invasive mechanical
sphygmomanometers
F2, M1, M2, M3
This standard contains the principle physical
This standard specifies general, performance,
characteristics and metrological requirements
efficiency and mechanical and electrical safety
for weights which are used for the verification of
requirements, including test methods for type
weighing instruments for the verification of
approval,
weights of a lower class accuracy with weighing
sphygmomanometers
instruments.
which by means of inflatable cuff, are used for
728.
non-invasive measurement of arterial blood
US 1004:1999/OIML R76-1 Standard
specification for Non-automatic weighing
pressure.
instruments
732.
for
non-invasive
and
their
mechanical
accessories
US 1017:2006 Taximeters
This standard specifies the metrological and
This Uganda standard concerns time and
technical requirements non-automatic weighing
distance counters known as taximeters for fitting
instruments
on public hire vehicles.
that
are
subject
to
official
metrological control .It is intended to provide
733.
standardized
testing
This Uganda Standard applies to medical
procedures to evaluate the metrological and
syringes with glass barrels, intended for general
technical characteristics in a uniform and
use.
traceable way.
734.
requirements
and
US 1018:2006 Medical syringes
US 1019:2006 Diaphragm gas meters
102 | P a g e
This Uganda Standard applies to diaphragm gas
industry in the field of mechanics or in geodesy
meters, that are gas volume meters in which the
(for example: gauge blocks, geodetic wires and
gas flow is measured by means of measuring
precision line measures). It also does not address
chambers with deformable walls, including gas
safety aspects, for example the use of material
meters with a built in temperature conversion
measures with electronic devices in hazardous
device.
areas. Guidelines for these aspects should be
735.
US 1020:2006 Rotary gas meters and
turbine gas meters
followed in accordance with the applicable
international, regional or national regulations or
This Uganda standard applies to rotary piston
other standards.
gas meters in which internal walls defining the
738.
US 1024:2006 Continuous totalizing
measuring chambers are set in rotation and the
automatic
number of revolutions of these walls represents
weighers) - Part 1: Metrological and
measurement of the volume of the gas passed
technical requirements – Tests
weighing
instruments
(belt
and to turbine gas meters where the gas flow
This Uganda standard specifies the metrological
rotates a turbine wheel and the number of
and technical requirements for continuous
revolutions of this wheel represents the volume
totalizing automatic weighing instruments of
of the gas passed.
the belt conveyor type(belt weighers) that are
736.
US
1021:2006
Accuracy
classes
of
subject to national metrological control. It is
intended to provide standardized requirements
measuring instruments
This Uganda standard lays down the principles
and testing procedures to evaluate metrological
of
and technical characteristics in a uniform and
classification
of
measuring
instruments
according to their accuracy.
traceable way.
737.
739.
US 1022-1:2013, Material measures of
length
for
general
use
—
Part
1:
Metrological and technical requirements
(2nd Edition)
US 1025:2013, Moisture meters for
cereal grain and oilseeds — Specification
(2nd Edition)
This Uganda Standard specifies requirements
This Uganda Standard applies to material
for moisture meters for cereal grains and
measures of length for general use, hereinafter
oilseeds, that is to say instruments measuring
called “measures”. This standard specifies the
and indicating, either directly or by means of
technical,
administrative
conversion tables and (or) correction tables, the
conditions which are mandatory for these
moisture content of cereal grains and the
measures. It also includes the requirements for
moisture and volatile matter content of oilseeds.
digital readouts on the cases of tapes, whether
This standard applies only to moisture meters
electronic or mechanical. This standard does not
used for measurements on statistical samples.
metrological
and
apply to high-precision measures used by
103 | P a g e
740.
US 1026:2006 Automatic gravimetric
effective volumes must be known in order to
filling instruments - Part 1: Metrological
determine their maximum permissible filling
and technical requirements – Tests
loads for reasons of transport safety.
This Uganda standard specifies metrological
and
technical
requirements
for
744.
automatic
US 1030:2013, Quantity of product in
prepackages (2nd Edition)
gravimetric filling instruments which produce
This Uganda Standards specifies the legal
predetermined mass of individual fills of
Metrology
products from one or more loads by automatic
products (also called prepackaged commodities
weighing.
or
741.
predetermined constant nominal quantities of
US 1027:2006 Fixed storage tanks –
General requirements
requirements
prepackaged
for
prepackaged
goods)
labelled
in
weight, volume, linear measure, area, or count;
This Uganda standard covers fixed storage tanks
and sampling plans and procedures for use by
at atmospheric pressure or under pressure that
legal
are built for bulk liquid storage and may be
quantity of product in prepackages.
used for measurement of volumes (quantities) of
745.
metrology
US
officials
1031:2006
in
verifying
Automatic
the
rail
liquid contained, which are subject to national
weighbridges - Part 1: Metrological and
metrological
technical requirements – Tests
control
shall
comply
to
this
standard.
This
742.
requirements and test methods for automatic
US 1028:2013, Labelling requirements
for prepackaged products (2nd Edition)
Uganda
standard
specifies
the
rail bridges that are used to determine the mass
This Uganda Standard specifies requirements
of rail wagons when they weighed in motion.
for the labelling of prepackaged products with
746.
US 1032:2006 Discontinuous totalizing
constant nominal content with respect to the
automatic
identity of the product, the name and place of
(totalizing hopper weighers) - Part 1:
business
Metrological and technical requirements –
of
the
manufacturer,
packer,
weighing
instruments
Tests
distributor, importer or retailer and the net
quantity of the product. This standard does not
This
apply to the labeling of prepackaged foods for
requirements
which a separate standard applies.
discontinuous totalizing automatic weighing
743.
instruments (totalizing hopper weighers).
US 1029:2006 Road and rail tankers
This Uganda standard concerns tankers for
Uganda
747.
standard
and
test
specifies
the
methods
for
US 1035:2013, Wood moisture meters —
transport by rail or road of liquid products and
General
provisions
used (in addition to their functions as carriers),
methods and equipment
for
verification
as measuring instruments subject to national
This Uganda Standard prescribes the methods,
metrological
equipment and conditions for the initial and
controls,
and
tankers
whose
104 | P a g e
periodic verifications of wood moisture meters.
equipment (hereafter referred to as radar)
This standard covers all moisture meters,
for the measurement of traffic speed on
irrespective of their principles of operation.
roads, when the results of measurement are
748.
to be used in legal proceedings.
US
1039:2013,
mechanical
Speedometers,
odometers
and
chronotachographs for motor vehicles —
Metrological requirements
This
Uganda
requirements
Standard
for
751.
US
1984:2019,
Geometry
sets
—
Specification
This Uganda Standard covers the requirements
specifies
speedometers,
the
of school type geometry sets, namely, Grade 1.
mechanical
odometers and chronotachographs for motor
vehicles.
749.
US
1042:2013,
Alcoholometers
and
alcohol hydrometer; and thermometers for
use in alcoholometry— Specification
This
Uganda
Standards
specifies
the
requirements for alcoholometers and alcohol
hydrometers used for the determination of the
alcoholic strength of mixtures of water and
ethanol, and to thermometers for use in
alcoholometry.
It
sets
out
metrological
specifications
technical
for
and
these
instruments, in accordance with International
Alcoholometric Tables. This standard covers
glass
hydrometers
indicating
percentage
alcoholic strength by mass, referred to as mass
alcoholometers, glass hydrometers indicating
percentage
alcoholic
strength
by
volume,
referred to as volume alcoholometers, and glass
hydrometers indicating density in kilogram per
cubic metre, referred to as alcohol hydrometers.
750.
US 1043:2014, Radar equipment for
measurement of the speed of vehicles —
Specification
This
Uganda
Standard
specifies
requirements for microwave Doppler radar
105 | P a g e
resisting low early strength blast cements and
ENGINEERING PRODUCTS
their constituents. (This standard cancels and
752.
replaces US 310 -1:2016, Cement — Part 1:
US ISO 7-1:2007, Pipe threads where
pressure-tight joints are made on the
threads — Part 1: Dimensions, tolerances
Uganda
for common cements, which has been technically
revised).
and designation
This
Composition, specifications, and conformity criteria
Standard
specifies
the
755.
Conformity evaluation
requirements for thread form, dimensions,
tolerances and designation for jointing pipe
threads, sizes 1/16 to 6 inclusive, for joints made
pressure-tight by the mating of the threads.
These threads are taper external, parallel
internal or taper internal and are intended for
use with pipes suitable for threading and for
valves, fittings or other pipeline equipment
interconnected by threaded joints.
753.
US EAS 11:2019, Hot-dip galvanized
plain and corrugated steel sheets —
This Uganda Standard specifies the scheme for
the assessment and verification of constancy of
performance
and
sampling
of
cements
to
their
including
certification
of
constancy
of
performance by a product certification body.
(This standard cancels and replaces US 3102:2016,
Cement
—
Part
2:
Conformity
evaluation, which has been technically revised).
756.
US 65:2019, Precast concrete paving
units — Specification (2nd Edition)
This Uganda Standard specifies requirements,
methods
(AVCP)
corresponding product specification standards,
Specification (3rd Edition)
test
US EAS 18-2:2017, Cement — Part 2:
for
hot-dip
galvanized plain and corrugated steel sheets for
roofing and general use. (This standard cancels
and replaces the second edition US EAS 11:2013,
This
Uganda
classification,
Standard
general
specifies
provisions,
the
technical
requirements, test method, inspection rules,
marking,
operation
instruction,
packaging,
transport and storage of precast concrete paving
units. The standard applies to the blocks and
which has been technically revised).
slabs with cement and aggregate as main raw
754.
US EAS 18-1:2017, Cement — Part 1:
Composition,
specification
and
conformity criteria for common cements
materials, produced through pressurization,
vibration
pressurization
or
other
forming
processes, for paving concrete pavement and
This Uganda standard gives the specifications
ground works for walkway, carriageway, square
which
and
and warehouse (hereinafter referred to as
chemical requirements of 27 distinct common
paving units). The surface may have or be free
cements, seven sulphate resisting common
of surface course (material), and may have
cements as well as three distinct low early
colour or be colourless. (This standard cancels and
strength blast furnace cements and two sulphate
replaces the first edition US 65:2002, Specification
include
mechanical,
physical
106 | P a g e
for precast paving blocks, which has been technically
and replaces the second edition US EAS 134:2013,
revised).
which has been technically revised).
757.
US EAS 73: 2000, Building limes
(quicklime
and
hydrated
lime)
761.
—
US 153-1:2000, Uncoated Aluminium
Hollow-Ware Utensils Part 1: Domestic
Specification
aluminium cooking pots(sufuria) and lids
This Uganda Standard specification applies to
This Uganda Standard specifies the materials
quick and hydrated lime intended for use in
construction and preferred sizes of domestic
buildings. (The Uganda Standard cancels and
aluminium cooking pots and lids (sufurias).
replaces US 156-1:2017, Building limes — Part 1:
762.
US 153-2:2000, Uncoated aluminium
Specification and US 156-2:2017, Building limes —
hollow -ware utensils Part 2: Aluminium
Part 2: Test methods which have been withdrawn).
cooking pans
758.
US 102:1995 Standard specification for
burnt clay bricks
This Uganda Standard covers requirements for
dimensions,
compressive
strength,
water
absorption, efflorescence and sampling of burnt
bricks made from clay, brick earth or shale, for
use in walling. It also gives methods for
classification.
759.
US EAS 108:2013, Hot-rolled, heavy-
thickness carbon steel sheets, coils and
strips — Specification
This Uganda Standard specifies requirements
for hot-rolled, heavy-thickness carbon steel
sheets, coils and strips of commercial quality,
drawing quality special killed, and structural
quality.
760.
US EAS 134:2019, Cold rolled steel
sections — Specification (3rd Edition)
This
Uganda
Standard
specifies
the
requirements and sectional properties of cold
rolled steel sections of thickness of 1.0 mm to 8.0
mm
for
use
in
structural
and
general
This Uganda Standard specifies the materials
construction and preferred sizes of uncoated
aluminium
pans
and
covers
aluminium
saucepans, stew pans and frying pans.
763.
US 154:1995 Standard specification for
concrete roofing tiles
This Uganda Standard specifies requirements
for two groups of concrete roofing tiles (and
slates) including: Group A: Plain, double lap,
non-interlocking tiles. Group B: Single-lap,
interlocking tiles.
764.
US
158:2019,
Wheelbarrows
—
Specification (2nd Edition)
This
Uganda
Standard
specifies
the
requirements and test methods for five types of
wheelbarrows of single wheel make suitable for
domestic, industrial, agricultural and buildingsite conditions. (This standard cancels and replaces
US 158:2000, Specifications for wheel barrows,
which has been technically revised).
765.
US 159:2000 Specification for steel
pipes for water and gas suitable for
screwing
engineering applications. (This standard cancels
107 | P a g e
This Uganda Standard specifies requirements
This Uganda Standard specifies the mechanical
for welded steel pipes and socket suitable for
requirements, dimensions, sampling criteria and
screwing.
test methods for zinc-coated steel barbed wire to
766.
US 160:2000 Steel wire and wire
be used for general fencing purposes. (This
products - General - Wire and wire
standard cancels and replaces US ISO 7900:2013,
dimensions
Steel wire and wire products for fences — Zinc and
This Uganda Standard specifies the tolerances
zinc-alloy coated steel barbed wire and US 195:2000,
on
Specification for Zinc coated fencing wires, which
diameter
of
round
wire
and,
where
applicable, on the length of round wire, cut to
length, for bright steel wire (i.e. uncoated),
metallic coated steel wire and non-metallic
have been withdrawn).
771.
products for fencing — Specification —
coated steel wire.
767.
US
161:2000
Specifications
for
hurricane lanterns
This Uganda Standard covers the requirements
for hurricane lanterns complete with globe and
wick, burning kerosene from the wick at
atmospheric pressure.
768.
US 162:2019, Machetes — Specification
(2nd
This
Part 2: Chain link
This
requirements,
Uganda
Standard
specifies
the
requirements for the dimensions, tolerances,
coatings, test methods and delivery conditions
of chain link steel wire mesh products specified
for fencing and civil engineering purposes.
772.
Edition)
Uganda
US 193-2:2019, Steel wires and wire
US 196:2000 Specification for window
stays fasteners and handles for vertically
Standard
This Uganda Standard specifies performance
and functional requirements of window stays,
blade machetes (panga). (This standard cancels
fasteners and handles for vertically hinged
and
windows.
162:2000,
test
hinged windows
straight blade, curved blade, and double-edged
US
and
the
methods
replaces
sampling
specifies
Specification
for
machetes, which has been technically revised).
769.
773.
US EAS 196:2013, High-strength low-
alloy Carbon Steel for hot rolled sheet and
US 192-1:2000 Specification for locks
cold rolled sheet — Specification
and latches for doors in buildings
This Uganda Standard specifies tests and levels
This
Uganda
Standard
specifies
the
of performance for locks and latches for doors
requirements for steel sheet in coils and cut
used in buildings.
lengths. It applies to the carbon steel and highstrength, low-alloy steel (HSLA) supplied as
US 193-1:2019, Steel wires and wire
hot-rolled sheet and cold-rolled sheet. This
products for fencing — Specification —
standard is not applicable to hot-rolled, heavy-
Part 1: Barbed wires
thickness carbon sheet coils. In case of any
770.
108 | P a g e
conflict in requirements, the requirements of the
778.
US ISO 209:2007, Aluminium and
individual material specification shall prevail
aluminium
over those of the general specification. For the
composition
alloys
—
Chemical
purposes of determining conformance with this
This Uganda Standard specifies the designations
specification
indicating
and
the
various
material
the
chemical
composition
specifications, values shall be rounded to the
aluminium and aluminium alloys.
nearest unit in the right-hand place of figures
779.
219:2000
Specification
US 197:2000 Specification for forks
This Uganda Standard specifies requirements
This Uganda Standard specifies the preferred
for laminated leaf springs for automobiles.
range,
780.
dimensions,
materials,
construction,
US 198:2019, Spades — Specification
US 220:2019, Hoes — Specification (2nd
Edition)
finish and testing peg general-purpose tools.
775.
for
laminated leaf springs for automobiles
used in expressing the limiting values.
774.
US
of
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
(2nd Edition)
This Uganda standard specifies requirements,
forged hoes (jembes), both plain and fork hoes
sampling and test methods for spades. (This
(jembes) used for digging. (This standard cancels
standard
198:2000,
and replaces US 220:2003, Specification for hoes,
Specification for spades, which has been technically
both plain and fork hoes, which has been technically
revised).
revised).
776.
cancels
and
replaces
US
US 199:2000 Specification for shovels
781.
US
252:2004
Low
Pressure
Gas
This Uganda Standard specifies the dimensions,
Cylinders - Specification for Welded Low
materials, construction, finish and testing. It also
Carbon Steel Gas Cylinders exceeding 5-
provides for the preferred range and permits
Litre Water Capacity for Low Pressure
certain variations to the preferred range.
Liquefiable Gases
777.
US 200:2000 Specification for
This specification deals with welded low carbon
steel windows, sills, and window
steel
cylinders
intended
for
storage
and
boards and doors
transportation of low pressure liquefiable gases,
This Uganda Standard specifies requirements
other than toxic gases, of nominal capacity,
for the materials, construction, finishes and
above 5 litres up to and including 250 litres
hardware for steel windows, sills, window
water capacity and design pressure of 18
boards and doors manufactured from the F
N/mm2.
range, or the heavier W20 range, of steel
requirements for the material to be used in the
window sections.
manufacture of cylinders, their construction,
This
standard
lays
down
the
marking, and testing.
109 | P a g e
782.
US
263:2000/EAS
assembly
for
181
Fuel
automotive:
tank
Safety
requirements
787.
US EAS 322:2002 Wood poles and
blocks for power and telecommunication
lines— Specification
This standard covers the safety requirements for
This Uganda Standard specifies materials and
the integrity and security of fuel tanks, fuel tank
performance requirements for solid wood poles.
filter deliver pipes and fuel tank connections,
The poles described herein are considered as
used on automotive vehicles to minimize fire
simple cantilever members subject to transverse
hazards resulting from fuel spillage during and
loads only.
after crash and/or collision.
788.
783.
US 288:2000 Specification for lime for
US 323:2002 Timber - Dimensions for
coniferous sawn timber (Cypress and
Pine) Sizes of sawn and planed timber
soil stabilization
This standard covers quick limes and slaked
This Uganda standard specifies dimensions for a
limes
range of coniferous sawn timber sizes in metric
of
three
types,
namely,
calcium,
magnesium and dolomitic, for use in soil
units.
stabilization and produced by calcimining of
789.
Specifications
limestone or treatment of calcium carbide.
784.
US 324:2006 Preservation of timber–
US 289:2001 Specification for limestone
This Uganda Standard specifies requirements
for preservative treatment of timber. The
for chemical industries
This standard covers the requirements for the
preservatives,
quality of limestone of various grades. It also
suggested average retention levels have all been
covers seashells and calcite, a crystalline form of
specified with the objective of achieving long
naturally occurring calcium carbonate.
service life.
785.
790.
US 291:2000 Specification for Lime
(Quicklime
and
Hydrated
Lime)
for
Chemical Industries
methods
of
application
and
US 329-1/ISO 3134-1 Light metals and
their alloys – Terms and definitions – Part
1: Materials
This standard prescribes the requirements for
This part of Uganda Standard US 329 gives
quality quicklime and hydrated lime of various
terms for and definitions of materials in the field
grades for use in chemical industries.
of light metals and their alloys.
786.
791.
US 306:2000 Specification for standard
sand for use in the testing of cement
This Uganda standard specifies the source,
US 329-2/ISO 3134-2 Light metals and
their alloys – Terms and definitions – Part
2: Unwrought products
preparation and properties of standard to be
This part of Uganda Standard US 329 gives
used with a standard coarse aggregate for
terms for and definitions of unwrought products
making for making concrete prisms used for
of light metals and their alloys.
testing cement.
110 | P a g e
792.
US 329-3/ISO 3134-3 Light metals and
and disposition of non-conforming tyres. (This
their alloys – Terms and definitions – Part
standard
3: Wrought products
Specification for new pneumatic tyres — Light
This part of Uganda Standard US 329 gives
trucks).
terms for and definitions of wrought products of
796.
and
replaces
US
515:2004,
US EAS 360:2004, Pneumatic tyres for
agricultural implements — Specification
light metals and their alloys.
793.
cancels
US EAS 357:2004, Pneumatic tyres for
This
Uganda
dimensions,
trucks and buses — Specification
Standard
designation
specifies
and
tyre
marking
This Uganda Standard specifies tyre dimensions
requirements and load ratings. It also gives
designation and marking requirements; and
laboratory test equipment for strength for tyres
load ratings. It also gives laboratory test
primarily intended for agricultural implements.
requirements for strength endurance for tyres
(This standard cancels and replaces US 516:2004,
primarily intended for trucks and buses. (This
Specification
standard
Agricultural implements).
cancels
and
replaces
US
514:2004,
Specification for new pneumatic tyres — Trucks and
797.
new
pneumatic
tyres
—
US 366-1:2004 Masonry cement – Part 1:
Specification
buses).
794.
for
US EAS 358:2004, Pneumatic tyres for
This
standard
gives
the
definition
and
composition of masonry cements as commonly
passenger cars — Specification
This Uganda Standard specifies tyre dimensions
used in East Africa for the production of mortar
designation and marking requirements; and
for bricklaying and block laying and for
load ratings. It also gives laboratory test
rendering and plastering. It includes physical,
requirements for bead unseating resistance,
mechanical and chemical requirements and
strength,
defines strength classes.
endurance
and
high-speed
performance for tyres primarily intended for
798.
US 371:2003 Hydraulic road binders –
passengers. (This standard cancels and replaces US
Composition,
specification
513:2004, Specification for new pneumatic tyres —
conformity criteria
and
Passenger cars).
This Uganda Standard specifies properties of the
795.
constituents
US EAS 359:2004, Pneumatic tyres for
light trucks — Specification
This
Uganda
Standard
specifies
of
common
cements
and
proportions in which they are to be combined to
tyre
produce a range of types, compositions and
dimensions, designation, marking requirements
strength classes.
and load ratings. It also gives laboratory test
799.
US 402:1993 Standard specification for
portable reflective triangles
requirements for bead unseating, strength and
endurance performance for light truck tyres.
This
standard
specifies
requirements
for
This standard also specifies sampling methods
portable retro-reflective triangular road safety
111 | P a g e
signs for indicating temporary obstruction in a
general use. This standard does not cover the
roadway which may constitute a traffic hazard.
special purpose profiles. The Aluminium-Zinc
800.
alloy composition by mass is nominally 55 %
US 403:1995 Standard specification for
deep well CBMS hand pump (model U3)
This
standard
Based
product is intended for applications where the
Maintenance System (CBMS) handpumps for
corrosion characteristics of Aluminium coupled
lifting water from boreholes with static water
with those of Zinc are most desired. (This
levels from 24 m up to 50 m. The pumps shall be
standard cancels and replaces US 540:2006 Hot-dip
used for boreholes fitted with casing pipes of
aluminium –zinc plain and corrugated steel sheets—
nominal diameters minimum 100mm to 150mm.
Specification).
801.
covers
Community
Aluminium, 1.6% Silicon and balance Zinc. The
US 404:1995 Standard specification for
Extra deepwell CBMS handpumps
This
standard
covers
Community
lifting water from boreholes with static water
levels from 51 m up to 90m. The pumps shall be
used for bore holes fitted casing pipes of
nominal diameters minimum 100mm to 150mm.
US 405:1995 Standard specification for
shallow well handpumps (model U2/U3)
US
EAS
412-1:2019
Steel
for the
reinforcement of concrete — Part 1: Plain
Based
Maintenance System (CBMS) handpumps for
802.
805.
bars (3rd Edition)
This
Uganda
Standard
specifies
technical
requirements for plain bars to be used as
reinforcement in non-structural concrete. (This
standard cancels and replaces the second edition US
EAS 412-1:2013, which has been technically revised).
806.
US
EAS
412-2:2019
Steel
for the
This standard covers Handpumps for lifting
reinforcement of concrete — Part 2:
water from boreholes with static water levels
Ribbed bars (3rd Edition)
from 3m up to 21m.
This
803.
requirements for ribbed bars to be used as
US 406:1995 Standard specification for
deep well hand pump (model U2)
Uganda
Standard
specifies
technical
reinforcement in concrete. (This standard cancels
This standard covers handpumps for lifting
and replaces the second edition US EAS 412-2:2013,
water from boreholes with static water levels
which has been technically revised).
from 24m up to 50m.
804.
US EAS 410: 2005, Hot-dip aluminium-
807.
US EAS 412-3:2019, Steel for the
zinc coated plain and corrugated steel
reinforcement of concrete — Part 3:
sheets — Specification
Welded fabric
This Uganda Standard specifies requirements
This
for continuous hot-dip Aluminium-Zinc (AZ)
requirements for factory made sheets and rolls
coated plain and corrugated steel sheets for
of welded fabric, manufactured from steel wires
roofing,
or bars with diameters from 4 mm to 16 mm and
cladding,
fencing,
fabrication and
Uganda
Standard
specifies
technical
112 | P a g e
designed for the reinforcement of concrete
This part 1 of US 465 deals with general
structures and the ordinary reinforcement of pre
requirements, sampling sample preparation and
stressed
standard
preliminary test carried out on materials in the
cancels and replaces the second edition US ISO 6935-
unsterilized condition to assess their suitability
3:1992, which has been technically revised).
for stabilization.
808.
810.
concrete
structures.
(This
US EAS 415: 2005, Hot-rolled steel
US EAS 468:2019, Pre-painted metal
sheet of high yield stress structural
coated
quality
Specification (3rd Edition)
steel
sheets
and
coils
—
This Uganda Standard applies to hot-rolled steel
This Uganda Standard specifies requirements,
sheet of high yield stress structural quality with
sampling and test methods for pre-painted
the use of micro-alloying elements. The product
metal coated steel sheets and coils. (This standard
is intended for structural purposes where
cancels and replaces the second edition US EAS
particular mechanical properties are required. It
468:2013, which has been technically revised).
is generally used in the delivered condition and
is intended for bolted, riveted or welded
811.
sheet
without
micro-alloying
elements. The product is produced on a wide
strip mill, not a plate mill. This product is
main components –inverters
This part of 3 US 468 specifies test procedures
for inverters for use of photovoltaic systems.
812.
and cut lengths. Hot-rolled sheet less than 600
mm wide may be slit from wide sheet and
considered as sheet.
US EAS 489:2008, Concrete poles for
telephone, power and lighting purposes
commonly produced in thicknesses from 1.6 mm
to 6 mm and widths of 600 mm and over, in coils
for
maintenance - Part 3: Test procedure for
possible to obtain savings in mass along with
steel
Specification
installation, operation, monitoring and
strength and micro-alloy composition, it is
with
468-3:2002
photovoltaic systems -systems design,
structures. Because of the combination of higher
better formability and weldability as compared
US
— Specification
This
Uganda
Standardspecifies
the
characteristics of pre-cast reinforced, partially
pre-stressed and pre-stressed concrete poles.
Possible uses for the poles include electrical
reticulation and distribution, railway traction,
telephone line support, street lighting standards
809.
US 465-1:2003 Stabilized materials for
civil engineering purposes. Part 1 General
requirements,
sampling,
sample
preparation and tests on materials before
and high mast lighting structures.
813.
US EAS 491:2008, Incineration plant for
the destruction of hospital waste —
Specification
stabilization
113 | P a g e
This Uganda Standard specifies the performance
818.
US 548: 2004 Motor vehicle safety
requirements for incineration plant, assisted by
specification - Strength of seats and of
auxiliary fuel if required, suitable for the
their anchorages
Devices which
This specification covers the strength of seats
utilize intensities of combustion exceeding an
and of their anchorages for motor vehicles for
average heat release rate of 350 W/m3 are not
carrying passengers.
included. This standard
819.
destruction of hospital waste.
does
not specify
US EAS 565:2006, Road vehicles —
materials or methods of construction.
Spark-plugs
814.
requirements
US 512:2003 Specification for axes and
Test
methods
and
This Uganda Standard specifies the test methods
hatchets
This
—
Standard
specifies
the
and requirements for the mechanical and
dimensions,
weight
and
electrical performance of spark-plugs for use
Uganda
requirementson
performance for axes and hatchets.
with spark ignition engines. (This Uganda
815.
Standard is an adoption of the East African
US 533:2006 Retro reflective warning
Standard 565:2006).
signs for road vehicles – Chevron signs
This standard specifies requirements for retroreflective chevron signs that incorporate a
820.
US EAS 566:2008, Road vehicles —
Spark-plugs — Terminals
substrate and that are intended for use on motor
This Uganda Standard specifies the dimensions
vehicle that operate on public roads.
of the solid post terminals and threaded
816.
terminals for spark-plugs for use with spark
US 545: 2004 Seat belt assemblies for
ignition engines
motor vehicles – Specification
This
Uganda
requirements
Standard
for
specifies
automobile
seat
the
belt
821.
US EAS 581:2008, Road vehicles –
Retro-reflective
registration
plates
for
assemblies, which are designed to accommodate
motor vehicles and trailers – Specification
one adult and are fitted, in the main, to all seats
This Uganda Standard specifies the provisions
for the safety of all vehicle occupants in the
applicable to retro-reflective registration plates
event of a traffic accident.
for motor vehicles and their trailers.
817.
US
546:
2004
Anchorages
for
822.
US 618:2006 Industrial standard for
hot-dip zinc-coated steel sheets and coils
automobile seat belts – Specification
the
This Uganda Standard specifies the steel sheets
requirements to be followed in the choice of
and coils, (hereafter referred to as "sheet and
position of the anchorages, the force that the
coil"), equally zinc-coated on both surfaces
anchorages must be able to withstand and the
applied by dipping in a bath or molten zinc
tests to which they are to be subjected.
containing not less than 97% of zinc in
This
Uganda
Standard
specifies
percentage
by
mass
(provided
that
the
114 | P a g e
aluminium content is normally 0,30% or less). In
and
this case the term “sheet” includes not only
conditions. It applies to steel plates rolled on a
sheets in flat form but also sheets with
reversing mill, wide flats, hot-rolled sections
corrugations of specified shape and dimensions
and bars, which are intended for use in heavily
823.
loaded parts of welded or bolted structures.
US ISO 630-1:2011, Structural steels —
Part
1:
General
technical
delivery
conditions for hot-rolled products
thermomechanical-rolled
826.
US 643:2006
delivery
Roofing products from
metal sheet — Fully supported products
This Uganda Standard specifies the general
of stainless steel sheet — Specification
technical delivery conditions for steel flat and
This Uganda Standard specifies requirements
long products (plate/sections/wide flats and
for roofing products used for assembly into
bars) used principally for general-purpose
coverings for pitched roofs, made from stainless
structural steels. The steels specified in this part
steel, terne coated, tin coated or organic coated
of US ISO 630 are intended for use in welded or
stainless steel sheet. The standard establishes
bolted structures. This part of US ISO 630 does
general characteristics, definitions and labeling
not include structural steels sheet and strip; and
for the products, together with requirements for
tubular products.
the materials from which the products can be
824.
manufactured.
US ISO 630-2:2011, Structural steels —
Part 2: Technical delivery conditions for
structural steels for general purposes
827.
US 644:2006 Roofing products from
metal sheet — Fully supported roofing
This part of US ISO 630 specifies qualities for
products of steel sheet — Specification
steels for general structural use. This part of US
This Uganda Standard specifies requirements
ISO 630 applies to steel plates rolled on a
for roofing products used for assembly into
reversing mill, wide flats, hot-rolled sections
coverings for pitched roofs, made from metallic
and bars, which are used in the as-delivered
coated steel sheet with or without additional
condition and normally intended for welded or
organic coatings.
bolted structures. This part of US ISO 630 does
general characteristics, definitions and labeling
not include structural steels sheet and strip; and
for the products, together with requirements for
tubular products.
the materials from which the products can be
825.
manufactured.
US ISO 630-3:2012, Structural steels —
Part 3: Technical delivery conditions for
fine-grain structural steels
828.
The
standard
establishes
US 645:2006 Roofing products from
metal sheet— Fully supported roofing
This part of US ISO 630 specifies requirements
products of zinc sheet— Specifications
for flat and long products of hot-rolled weldable
This Standard specifies requirements for roofing
fine-grain structural steels in the as-rolled (for
products used for assembly into coverings for
SG grades only), normalized/normalized-rolled
pitched roofs, made from Zinc-copper-titanium
115 | P a g e
alloy sheet with or without additional coatings.
The
standard
establishes
the
831.
US ISO 657-1:1989 Hot-rolled steel
sections – Part 1: Equal-leg angles –
general
Dimensions
characteristics, definitions, labeling and quality
control for the products. Products can be
This
prefabricated or semi formed products (e.g.
integrating any shapes of sections. US ISO 657-1
interlocking tiles, slates, flashings) as well as
specifies dimensions of hot-rolled equal-leg
strip, coil, sheet for on-site-formed applications
angles.
(e.g. standing seam roofs, roll cap).
832.
829.
Uganda
Standard
consists
of
parts
US ISO 657-2: 1989 Hot-rolled sections
– Part 2: Unequal-leg angles – Dimensions
US 646:2006 Roofing products from
metal sheet — Fully supported roofing
This
Uganda
Standard
consists
of
parts
products of copper sheet — Specification
integrating any shapes of sections. US ISO 657-2
This Uganda Standard specifies requirements
specifies dimensions of hot-rolled unequal-leg
for roofing products used for assembly into
angles.
coverings for pitched roofs, made from copper
833.
US ISO 657-5:1976 Hot-rolled sections –
general
Part 5: Equal-leg angles and unequal-leg
characteristics, definitions and labeling for the
angles – Tolerances for metric and inch
products, together with requirements for the
series
sheet.
The
standard
establishes
materials from which the products can be
This Uganda Standard includes tolerances on
manufactured.
leg length, on thickness, cutting tolerance for
830.
length, tolerances on mass, straightness and out-
US 648:2006 Cold reduced sheet of
structural quality
This Uganda Standard applies to cold-reduced
of-square
834.
US 662:2008, Code of practice for
steel sheet of structural quality in grades CR220,
inspection and acceptance of audio, video
CR250, CR320 and CH550 in the classes given in
and similar electronics apparatus
table 1, usually without the use of micro
This Code of practice is intended to form a basic
alloying elements. The product is intended for
reference
structural purposes where particular mechanical
electronic apparatus in Uganda and promote the
properties are required. It is generally used in
safe usage and dumping of used electronic
the delivered condition for fabricating purposes,
apparatus to safeguard the environment. Any
such as bending, forming or welding. This
contract adhering to these general procedures
product is commonly produced in thicknesses
with the intention of providing such safe and
from 0,36 mm up to 3 mm and in widths of 600
performing used electronic apparatus should be
mm and over, in coils and cut lengths. Cold
eligible to apply for certification to this code.
reduced sheet less than 600 mm wide may be slit
This code of practice applies to used electronic
from wide sheet and will be considered as sheet.
apparatus designed to be fed from the mains,
document
for
acceptable
used
116 | P a g e
from a supply apparatus, from batteries or from
This standard applies neither to welding
remote
transformers sold separately nor to safety
power
feeding
and
intended
for
reception, generation, recording or reproduction
respectively of audio, video and associated
requirements
836.
US 708:2006 Carbon steel tubes for
general structural purposes
signals. This code also concerns apparatus
intended for household and similar general use
This Uganda Standard specifies the carbon steel
but which may also be used in places of public
tubes used for civil engineering, architecture,
assembly such as schools, theatres, places of
steel
worship and the workplace.
suppression of landslide and other structures.
835.
837.
US ISO 669:2000, Resistance welding
scaffolding,
struts
piles
for
US 709:2006 Carbon square pipes for
general structural purposes
— Resistance welding equipment —
Mechanical and electrical requirements
towers,
This Uganda Standard specifies the carbon steel
This Uganda Standard applies to resistance
square pipes, hereinafter referred to as the
welding
“square tubes”, used for civil engineering,
equipment,
to
guns
with
inbuilttransformers and to complete movable
architecture and other structures
welding equipment. The following types are
838.
and service of electrical and electronic
included:




welding current;
This code of practice specifies the requirements
single-phase equipment with rectified
for
welding current by rectification of the
machines/devices. It provides the essential
output of the welding transformer;
elements and conditions for service points
single-phase equipment with inverter
centres or workshops undertaking servicing or
welding transformer;
repairing of electrical equipments or devices
three-phase equipment with rectified
839.
output of the welding transformer;
three-phase equipment with a current
rectification in the input of the welding
transformer
(sometimes
called
frequency convertor); and

machines/devices
single-phase equipment with alternating
welding current by rectification of the

US 735:2008, Code of practice for repair
three-phase equipment with inverter
welding transformers.
repairers
US
of
electrical
774:2011,
and
electronic
Specification
for
protective helmets for motorcycle users
This Uganda Standard specifies types, sizes and
tolerances,
construction,
components,
requirements,
materials
marking
and
and
labeling, sampling and criteria for conformity
and testing for protective helmets for motorcycle
users (riders and passengers).
840.
US
775-1:2008,
Retro-reflective
registration plates for motor vehicles —
Specification —
Part 1: Blanks (metal)
117 | P a g e
This part of US 775 specifies requirements for
This Uganda Standard specifies requirements
the type of blank intended for use in the
for visually, mechanically and proof-graded
production of the embossed registration plates
sawn softwood timber, for use as structural
that are covered by US 775-2.
timber, brandering and batten, for frame wall
841.
US
775-2:2008,
Retro-reflective
construction and for structural purposes derived
registration plates for motor vehicles —
from the trees of genus Pinus.
Specification —
846.
Part
2:
Metallic
registration number plates
US
833-2:2013,
Sawn
softwood
timber — Part 2: Stress-graded structural
This Uganda Standard specifies requirements
timber
for metallic registration number plates that are
construction — Specification
and
timber
for
frame
wall
intended for use on motor vehicles (including
This Uganda Standard specifies requirements
motor cycles and tricycles) and trailers.
for three stress grades of visually graded
842.
structural timber and three stress grades of
US 776:2008, Furniture — Chairs and
tables for educational institutions —
Functional sizes
mechanically
graded
structural
timber
(including finger-jointed structural timber).
This Uganda Standard specifies the basic
847.
US
833-3:2013,
Sawn
softwood
functional sizes for seating and tables in
timber — Part 3: Industrial timber —
educational institutions. It does not include any
Specification
special requirements that apply to "special
This Uganda Standard specifies requirements
schools" or to adjustable furniture.
for six grades of timber intended for industrial
843.
use. This standard does not apply timber
US EAS 783:2013, Stainless steel tanks
― Specification
This
Uganda
Standard
intended for structural use.
specifies
material,
848.
US
833-4:2013,
Sawn
softwood
dimensional, and constructional requirements
timber — Part 4: Brandering and battens
for stainless steel tanks.
— Specification
844.
US 816:2020, Clay roofing tiles and
ridges — Specification (2nd Edition)
This Uganda Standard specifies requirements
for one grade of timber suitable for use as
This Uganda Standard specifies requirements,
brandering and battens intended for being fixed
sampling and test methods for roofing tiles and
against beams and joists in roofs for the
ridges intended for use as roof covering. (The
attachment of ceilings and for the boxing in of
Uganda Standard cancels and replaces US 816:2008
eaves, and for use as supports on roof trusses for
which has been technically revised).
the fixing of roofing slates, tiles, wooden
845.
US
833-1:2013,
Sawn
softwood
timber — Part 1: General requirements
shingles and thatch.
849.
US
839:
2009
Particleboards
–
Specification
118 | P a g e
This
Uganda
requirements
Standard
for
specifies
resin-bonded
the
854.
US EAS 880:2018, Waxed paper
for packaging of confectionery —
unfaced
Specification
particleboards. This standard does not give
requirements for Oriented Boards (OSB) and
This
does not apply to extruded particleboards.
requirements and test methods for waxed paper
850.
for packaging of confectionery.
US
837:2009
Decorative
melamine-
faced boards
This
Uganda
Standard
specifies
the
855.
melamine-faced boards (MFB) or low-pressure
laminates, and are used, for example, for
furniture and interior work.
851.
US
845:2017,
Road
vehicles
—
Requirements for inspection and testing
of used motor vehicles for roadworthiness
performance
related
inspection and testing for roadworthiness
sampling and test methods for flexible carrier
bags made of paper and any other flexible
material. This standard does not apply to carrier
bags made from thermoplastic material.
856.
This Uganda Standard covers expanded metal
sheets or plates for general use.
857.
US 849:2011, Specification for
Uganda
US 895-1:2011, Specification for
plates
Standard
US 895-2:2011, Specification for
expanded metal — Part 2: Building
stabilized soil blocks
This
US EAS 882:2018, Packaging —
expanded metal — Part 1: Sheets and
characteristics of used motor vehicles and their
852.
the
This Uganda Standard specifies requirements,
This Uganda Standard specifies the safety,
and
specifies
(1st Edition)
(2nd edition)
operational
Standard
Flexible carrier bags — Specification
requirements for decorative aminoplast-faced
boards, which are referred to as decorative
Uganda
products
the
This Uganda Standard covers eight types of
requirements for stabilized soil blocks using
building product made from expanded metal
cement
and intended for use as a plaster base or as a
and/or
lime
for
specifies
usein
general
construction.
853.
reinforcing medium for brickwork.
US EAS 879:2018, Aluminium
858.
cans for beverages — Specification
US 898-1:2011, Polypropylene
(PP) pipes — Dimensions
This Uganda Standard specifies requirements
This Uganda Standard specifies dimensions and
and test methods for aluminium cans used as
tolerances for seamless pipes of circular cross
primary pack for packaging of beverages.
section,
made
from
homopolymer
polypropylene (PP-H 100), block copolymer
polypropylene (PP-B 80) or random copolymer
polypropylene (PP-R 80). It covers all available
119 | P a g e
types of polypropylene pipes for all possible
nomenclature
applications.
requirements and test methods for materials, the
859.
for
PE-AL-PE
pipes,
the
US 898-2 :2011, Types 1, 2 and 3
dimensions and strengths of finished pipe,
Polypropylene (PP) pipes — Part 2:
adhesion test and the burst and sustained
General
pressure
quality
requirements
and
testing
performance
test
along
with
requirements and methods for marking. This
This Uganda Standard specifies requirements
and the relevant methods of test for seamless
specification excludes fittings and connectors.
862.
US
928-1:2012,
Threaded
pipes of circular cross section made from
unplasticized polyvinyl chloride (PVC-
propylene homo polymers (PP-H) (type 1),
U)
thermoplastic propylene impact copolymers
casings — Part 1: DN 35 to DN 100
(PP-B) (type 2) or thermoplastic propylene
Pipes with Whitworth pipe thread
well
filter
pipes
and
This Uganda Standard specifies dimensions and
random copolymers (type 3).
860.
water
US EAS 914:2019, Mild steel
nails — Specification
requirements for DN 35 to DN 100 unplasticized
polyvinyl chloride (PVC-U) filter pipes and
This Uganda Standard specifies requirements,
casings with Whitworth pipe thread for use in
sampling and
well construction.
test methods,
tolerance
on
dimensions, finish and surface coating, for the
863.
U)
US
927:2011,
Polyethylene/aluminium/ polyethylene
(PE-AL-PE)
and
RT/aluminium/
polyethylenepolyethylene-RT
(PERT-AL-PERT) composite pressure
pipes — Specification
This Uganda Standard covers a coextruded
polyethylene composite pressure pipe ranging
from 12 mm to 110 mm in diameter. These pipes
are used for conveyance of water supply for
domestic and industrial purposes including
internal
and
external
928-2:2012,
Threaded
unplasticized polyvinyl chloride (PVC-
mild steel nails for general applications.
861.
US
plumbing,
air
conditioning, heating installations, Chemical,
water
well
filter
pipes
and
casings — Part 2: DN 100 to DN 200
pipes with trapezoidal thread
This Uganda Standard specifies dimensions and
requirements
for
DN
100
to
DN
200
unplasticized polyvinyl chloride (PVC-U) filter
pipes and casings with trapezoidal thread for
use in well construction.
864.
US
928-3:2012,
Threaded
unplasticized polyvinyl chloride (PVCU)
water
well
filter
pipes
and
casings — Part 3: DN 250 to DN 400
pipes with trapezoidal thread
This Uganda Standard specifies dimensions and
Natural Gas, LPG and chemical transportation.
requirements
This
unplasticized polyvinyl chloride (PVC-U) filter
specification
includes
a
system
of
for
DN
250
to
DN
400
120 | P a g e
pipes and casings with trapezoidal thread for
bonded system with plastic service
use in well construction.
pipes — Requirements and methods of
test
865.
US EAS 930:2019, Paper and
board
food
contact
material
—
Uganda
Uganda
Standard
specifies
the
requirements and methods of test for flexible,
pre-insulated, direct buried district heating
Specification
This
This
Standard
specifies
the
pipes with plastic service pipes and no bonding
requirements, sampling and test methods for
between the layers of the pipes. This standard is
paper and board food
valid for maximum operating temperatures of
contact packaging
material
95 °C and maximum operating pressures up to
866.
US EAS 932:2019, Paper plates
and
cups
for
food
packaging
—
Specification
This
Uganda
Standard
specifies
10 bar for a design lifetime of at least 30 years.
This standard does not cover surveillance
systems.
869.
the
stone-slabs and cut-to-size product —
requirements, sampling and test methods for
paper plates and cups, with or without lids,
used for food packaging
867.
US
This Uganda Standard specifies requirements
Pre-insulated
slabs
and
cut-to-size
product
of
agglomerated stone which are made for use as
Part.1:
vanity, kitchen tops and other similar uses in
Classification, general requirements
furnishing and modular tiles of agglomerated
and methods of test
stone which are made for use as flooring and
flexible
This
Part 2: Product requirements
for
945-1:2012,
US 970-2:2012, Agglomerated
pipe
Uganda
systems
Standard
classification,
general
—
specifies
the
requirements
and
methods of test for flexible, pre-insulated,
stairs for internal and external uses, fixed by
mortar or adhesives.
870.
US ISO 1089:1980, Electrode
directly buried district heating pipe systems.
taper fits for spot welding equipment
Depending on the pipe assembly, this standard
— Dimensions
operating
This Uganda Standard lays down the taper
temperatures of 95 °C to 140 °C and operating
dimensions and tolerances of electrode taper fits
pressures of 6 bar to 25 bar. The pipe systems
for spot welding electrode, electrode adaptors,
are designed for a lifetime of 30 years. For pipe
electrode holders and similar parts.
can
be
used
for
maximum
systems with plastic service pipes, the respective
temperature profiles are defined in US 945-2.
868.
US
945-2:2012,
Pre-insulated
flexible pipe systems – Part 2: Non
871.
US ISO 1307:2006, Rubber and
plastics hoses — Hose sizes, minimum
and maximum inside diameters, and
tolerances on cut-to-length hoses
121 | P a g e
This Uganda Standard specifies the sizes of
used with additives which lower the freezing
rubber and plastics hoses and the minimum and
point of wate
maximum inside diameters permitted for each
874.
US
ISO
1436:2009,
Rubber
hose size. For this purpose, hoses are divided
hoses and hose assemblies — Wire-
into four types according to the process by
braid-reinforced hydraulic types for
which they are manufactured. The standard also
oil-based or water-based fluids —
specifies tolerances on cut-to-length rubber and
Specification
plastics hoses for industrial and automotive
This Uganda Standard specifies requirements
applications. This standard is intended to be
for six types of wire-braid-reinforced hose and
used with the relevant hoses product standard
hose assembly of nominal size from 5 to 51 plus,
unless there is justification for using a different
for one of the five types (type R2ATS), nominal
hose size or unless a hose size needs a different
size 63. They are suitable for use with water-
inside-diameter
based hydraulic fluids HFC, HFAE, HFAS and
range
for
a
particular
HFB as defined in ISO 6743-4 at temperatures
application
872.
US
ISO
1401:1999,
Rubber
ranging from to −40 °C to +60 °C or oil-based
hoses for agricultural spraying
hydraulic fluids HH, HL, HM, HR and HV as
This Uganda Standard specifies requirements
defined in ISO 6743-4 at temperatures ranging
for three types of flexible rubber hose for
from −40 °C to +100 °C. This standard does not
pressure
agropharmaceutical
include requirements for end fittings. It is
and/or fertilizer products within a temperature
limited to requirements for hoses and hose
range of –10 °C to + 60 °C
assemblies.
spraying
873.
US
of
ISO
1403:2005,
Rubber
US ISO 1452-1:2009, Plastics
hoses, textile-reinforced, for general-
piping systems for water supply and
purpose
for buried and above-ground drainage
water
applications
—
and
Specification
This
875.
Uganda
Standard
specifies
the
requirements for three types of general-purpose
sewerage
Unplasticised
under
pressure
poly(vinyl
—
chloride)
(PVC-U) — Part 1: General
textile-reinforced rubber water hose with an
This Uganda Standard specifies the general
operating temperature range of −25 °C to +70 °C
aspects of unplasticised poly(vinyl chloride)
and a maximum working pressure of up to 25
(PVC-U) solid-wall piping systems intended for
bar.These hoses are not intended to be used for
water supply and for buried and above-ground
conveyance of potable (drinking) water, for
drainage and sewerage under pressure. In
washing-machine inlets, as firefighting hoses,
conjunction with US ISO 1452-2, US ISO 1452-3,
for
as
US ISO 1452-4 and US ISO 1452-5, it is
collapsible water hoses. These hoses may be
applicable to PVC-U pipes, fittings, valves and
special
agricultural
machines
or
122 | P a g e
ancillary equipment, their joints and to joints
plastics materials intended to be used for the
It also specifies the test parameters for the
test methods referred to in this part of US
ISO 1452.
In conjunction with US ISO 1452-1 and US ISO
following:
1452-5, it is applicable to extruded PVC-U pipes
with components of other plastics and non-
a) water mains and services buried in
the ground;
b) conveyance of water above ground
for both outside and inside
buildings;
c) buried and above-ground drainage
and sewerage under pressure.
It is applicable to piping systems intended for
without a socket and pipes with a socket
(integral or not), intended to be used for the
following:
human consumption and for general purposes
a) water mains and services buried in
the ground;
b) conveyance of water above ground
for both outside and inside
buildings;
c) buried and above-ground drainage
and sewerage under pressure.
It is applicable to piping systems intended for
as well as for waste water under pressure. This
the supply of water under pressure up to and
part of US ISO 1452 is also applicable to
including 25 °C (cold water) intended for human
components for the conveyance of water and
consumption and for general purposes as well
waste water up to and including 45 °C. (This
as for waste water under pressure. This part of
standard cancels and replaces US 264-1:2001/EAS
US ISO 1452 specifies pipes for the conveyance
182-1 Specification for pipes and fittings made of
of water and waste water up to and including 45
Unplasticized Poly Vinyl Chloride (PVC-U) for
°C. (This standard cancels and replaces US 264-
water supply - Part 1: General requirements).
2:2001/EAS 182-2 Specification for pipes and fittings
the supply of water under pressure up to and
including 25 °C (cold water), intended for
876.
US ISO 1452-2:2009, Plastics
piping systems for water supply and
for buried and above-ground drainage
and
sewerage
Unplasticized
under
pressure
poly(vinyl
—
made of Unplasticized Poly Vinyl Chloride (PVC-U)
for water supply - Part 2 Nominal diameters, wall
thicknesses and nominal pressures (metric series)).
877.
chloride)
piping systems for water supply and
(PVC-U) — Part 2: Pipes
This
Uganda
Standard
US ISO 1452-3:2009, Plastics
for buried and above-ground drainage
specifies
the
and
sewerage
under
pressure
characteristics of solid-wall pipes made from
Unplasticized
unplasticized poly(vinyl chloride) (PVC-U) for
(PVC-U) — Part 3: Fittings
poly(vinyl
—
chloride)
piping systems intended for water supply and
This
for buried and above-ground drainage and
characteristics
sewerage under pressure.
unplasticized poly(vinyl chloride) (PVC-U) for
Uganda
Standard
of
fittings
specifies
made
the
from
piping systems intended for water supply and
123 | P a g e
878.
for buried and above-ground drainage and
US ISO 1452-4:2009, Plastics
sewerage under pressure. It also specifies the
piping systems for water supply and
test parameters for the test methods referred to
for buried and above-ground drainage
in this part of US ISO 1452. In conjunction with
and
US ISO 1452-1, US ISO 1452-2 and US ISO 1452-
Unplasticized
5, it is applicable to PVC-U fittings and to joints
(PVC-U) — Part 4: Valves
sewerage
Uganda
under
pressure
poly(vinyl
Standard
—
chloride)
with components of PVC-U, other plastics and
This
non-plastics materials intended to be used for
characteristics
the following:
unplasticized poly(vinyl chloride) (PVC-U) for
of
specifies
valves
made
the
from
piping systems intended for water supply and
a) water mains and services buried in the
ground;
b) conveyance of water above ground for
both outside and inside buildings;
c) buried and above-ground drainage and
sewerage under pressure.
It is applicable to fittings in piping systems
for buried and above-ground drainage and
intended for the supply of water under pressure
and US ISO 1452-5 it is applicable to PVC-U
up to and including 25 °C (cold water), intended
valves with components of PVC-U, other
for
plastics and non-plastics materials intended to
human
consumption
and
for
general
purposes as well as for waste water under
sewerage under pressure. It also specifies the
test parameters for the test methods referred to
in this part of US ISO 1452. In conjunction with
US ISO 1452-1, US ISO 1452-2, US ISO 1452-3
be used for the following:
pressure. This part of US ISO 1452 is also
applicable to components for the conveyance of
water and wastewater up to and including 45
°C. Depending on the jointing method, this part
of US ISO 1452 is applicable to the following
types of fittings:
a) water mains and services buried in
ground;
b) conveyance of water above ground for
both outside and inside buildings;
c) buried and above-ground drainage and
sewerage under pressure.
It is applicable to valves in piping systems
intended for the supply of water under pressure
a) fittings for solvent cementing;
b) elastomeric ring seal fittings.
PVC-U fittings can be manufactured
up to and including 25 °C (cold water) intended
by
for
human
consumption
and
for
general
injection-moulding and/or be fabricated from
purposes as well as for waste water under
pipe. This part of US ISO 1452 is also applicable
pressure. This part of US ISO 1452 is also
to
and
to
the
applicable to valves for the conveyance of water
from
various
and waste water up to and including 45 °C. For
materials. This part of US ISO 1452 covers a
temperatures between 25 °C and 45 °C, Figure
range of fitting sizes and pressure classes and
A.1 of US ISO 1452-2:2009 applies. This part of
PVC-U
flange
corresponding
adapters
flanges
made
gives requirements concerning colours.
124 | P a g e
US ISO 1452 is applicable to valves of the
as for waste water under pressure. This part of
following types:
US ISO 1452 is also applicable to components for
the conveyance of water and waste water up to
a) valves for solvent cementing;
b) valves for elastomeric ring seal joints;
c) valves for flanged joints.
879.
and including 45 °C.
880.
US ISO 1452-5:2009, Plastics
galvanized coatings on fabricated iron
piping systems for water supply and
and steel articles — Specification and
for buried and above-ground drainage
and
sewerage
Unplasticized
under
pressure
poly(vinyl
—
chloride)
(PVC-U) — Part 5: Fitness for purpose
of the system
This
Uganda
Standard
specifies
the
characteristics for the fitness for purpose of
unplasticized
poly(vinyl
chloride)
(PVC-U)
test methods
This Uganda Standard specifies the general
properties of coatings and test methods for
coatings applied by dipping fabricated iron and
steel articles (including certain castings) in a zinc
melt (containing not more than 2 % of other
metals).
881.
piping systems intended for water supply and
test parameters for the test methods referred to
in this part of US ISO 1452. In conjunction with
US ISO 1452-1, US ISO 1452-2, US ISO 1452-3
and US ISO 1452-4, it is applicable to joints and
assemblies with components of PVC-U, other
plastics and non-plastics materials intended to
be used for the following:
a) water mains and services buried in
ground;
b) conveyance of water above ground
for both outside and inside
buildings;
c) buried and above-ground drainage
and sewerage under pressure;
It is applicable to piping systems intended for
the supply of water under pressure up to and
including 25 °C (cold water) intended for human
consumption and for general purposes as well
US
1560:2013,
Rotational
moulded polyethylene water storage
for buried and above-ground drainage and
sewerage under pressure. It also specifies the
US ISO 1461:2009, Hot dip
tank — Specification
This
Uganda
Standard
specifies
the
requirements and methods of sampling and test
for rotational moulded polyethylene water
storage tanks (closed and open top tank). This
standard is not applicable to underground tanks
and
mobile
water
tanks
and
horizontal
cylindrical water tanks
882.
US 1566:2017, Pressed steel
tanks — Specification
This Uganda Standard specifies requirements
for materials, fabrication, erection and supply of
pressed steel tanks for the storage of cold and
hot water and certain other liquids, under a
pressure not greater than the static head
corresponding to the depth of the tank.
883.
US
1663-1:2017,
Aluminium
and aluminium alloys — Part 1: Bare
125 | P a g e
foil
for
food
packaging
—
Specification
particular foodstuff and drinking water other
than toxicological considerations.
This Uganda Standard covers the requirements
887.
US 1668:2017, Polyethylene —
of annealed aluminium and aluminium alloy
Safe use in contact with foodstuffs,
bare foil for food packaging. It is applicable for
pharmaceuticals and drinking water —
0.011mm (11µm) to 0.075mm (75µm) thickness
Specification
884.
US 1663-2: 2019, Aluminium
This
Uganda
Standard
specifies
the
and aluminium alloys — Part 2: Foil for
requirements, sampling and test methods for
pharmaceutical
polyethylene
packaging
—
Specification
plastic
materials
for
the
manufacture of plastic items used in contact
This Uganda Standard covers the requirements
with foodstuffs, pharmaceuticals and drinking
of
water.
aluminium
and
aluminium
alloy-
This
standard
does
not
cover
bare/coated/laminated foil for pharmaceutical
requirements of a packaging media for a
packaging applications. It is applicable for 0.020
particular foodstuff and drinking water other
885.
US 1664:2017, Containers for
packaging of natural mineral water
and
packaged
drinking
water
Uganda
888.
—
Specification
This
than toxicological considerations.
Padlocks
—
Uganda
Standard
specifies
the
the
requirements, inspection, sampling and test
requirements for raw materials, dimensions and
methods of various types and grades of
performance, sampling and test methods for
padlocks.
plastic containers except flexible pouches, for
889.
packaging
of
natural
specifies
1670:2017,
Specification
This
Standard
US
mineral
water
and
1671:2017,
Plastic
cling
wrap film for food contact use —
packaged drinking water.
886.
US
Specification
US 1666:2017, Polystyrene —
This Uganda Standard specifies the definitions
Safe use in contact with foodstuffs,
and terms, product classifications, marking,
pharmaceuticals and drinking water —
requirements, test methods, inspection rules,
Specification
labels, packaging, transport and storage of
This Uganda Standard specifies requirements,
sampling and test methods for polystyrene
plastic cling wrap film for food contact use.
890.
US
1672:2017,
Copper
and
(crystal and high impact) materials for the
copper alloys — Copper rod, bar and
manufacture of plastic items used in contact
wire for general electrical purposes —
with foodstuffs, pharmaceuticals and drinking
Specification
water.
This
standard
does
not
cover
requirements of a packaging media for a
This
Uganda
Standard
specifies
the
composition, property requirements including
126 | P a g e
electrical
properties,
and
tolerances
on
the manufacture of plastic items used in contact
dimensions and form for copper rod, bar and
with foodstuffs, pharmaceuticals and drinking
wire, sampling procedures and test methods for
water.
895.
general electrical purposes.
US
1680:2017,
Polyalkylene
US 1673-1:2017, Steel tubes for
terephthalates — Safe use in contact
non-pressure purposes — Sections for
with foodstuffs and drinking water —
scaffolding general engineering and
Specification
891.
structural
applications
—
Part
1:
Specification
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
This Uganda Standard specifies the general
polyalkylene terephthalates also known as
requirements, manufacturing process and test
thermoplastic
methods for tubes for scaffolding, hollow
materials for the manufacture of plastic items
sections for structural and general engineering
used in contact with foodstuffs and drinking
purposes and cold-drawn and cold-formed
water. This standard applies to polyethylene
hollow sections made from welded or seamless
terephthalates
tubes
terephthalates (PBT). This standard does not
892.
US 1642:2016, Domestic biogas
stoves — Specification
saturated
polyesters
(PET)
and
polymer
Polybutylene
cover requirements of a packaging media for a
particular foodstuff and drinking water other
This Uganda Standard covers construction,
operation, safety requirements and methods
than toxicological considerations
896.
US
ISO
1728:2006,
Road
of test for stoves intended for use with
vehicles
domestic biogas systems.
connections between motor vehicles
893.
and
US 1643:2016, Domestic biogas
lamp — Specification
—
Pneumatic
towed
braking
vehicles
—
Interchangeability
This Uganda Standard covers construction,
This
operation, safety requirements, sampling and
requirements which ensure interchangeability of
methods of test for lamps intended for use with
the pneumatic braking connections between
biogas
motor vehicles and towed vehicles. It concerns
894.
US
1679:2017,
Standard
specifies
the
Polyvinyl
vehicle combinations equipped with pneumatic
chloride (PVC) — Safe use in contact
braking systems with two lines: one control line
with
and one supply line.
foodstuffs,
pharmaceuticals
and drinking water — Specification
This
Uganda
Uganda
Standard
specifies
897.
US
ISO
1825:2010,
Rubber
the
hoses and hose assemblies for aircraft
requirements, sampling and test methods for
ground fuelling and defuelling —
polyvinyl chloride (PVC) and its copolymers for
Specification
127 | P a g e
This Uganda Standard specifies the dimensions
900.
US 1867: 2019, Stainless steel
milk cans — Specification
and construction of, and requirements for, four
types of hose and hose assembly for use in all
This
operations associated with the ground fuelling
requirements,
and defuelling of aircraft. All four types are
methods for stainless steel milk cans used for
designed for use with petroleum fuels having an
collection and distribution of fluid milk.
aromatic-hydrocarbon content not exceeding 30
901.
% by volume; operation within the temperature
range of −30 °C to +65 °C and such that they will
be undamaged by climatic conditions of −40 °C
to +70 °C when stored in static conditions;
andoperation at up to 2,0 MPa (20 bar)
maximum working pressure, including surges
of pressure which the hose can be subjected to in
Uganda
Standard
sampling
US
specifies
criteria
1869:2019,
and
Sickles
the
test
—
Specification
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
plain and serrated blade sickles for harvesting of
fodder, grasses, cereal crops, among other
activities.
902.
service.
US 1890: 2020, Polyethylene
film and sheeting — Specification
898.
rubber
US
1855:2019,
wheel
inner
Motorcycle
tubes
—
Specification
sampling and test methods for motorcycle inner
tubes made of natural rubber (hereinafter
referred to as inner tube).
US
1857:2020,
to persons
for
and
firms
involved in repair of weighing and
measuring instruments
This Uganda Standard prescribes the criteria for
issuance of repair and workshop licences to
technicians and workshops respectively and
certificate of competence to both technicians and
workshops involved in weighing and measuring
instruments.
sheeting
may
contain
improvement
of
pigments,
stabilizers,
or
the
additives
surface
or
for
the
properties,
combinations
thereof. This specification allows for the use of
Criteria
issuance of licences and certificate of
competence
of polyethylene film and sheeting from 0.03 mm
- 0.3 mm in thickness, inclusive. The film or
This Uganda Standard specifies requirements,
899.
This Uganda Standard covers the classification
recycled polyethylene film or resin as feedstock,
in whole or in part, as long as all the
requirements as governed by the producer and
end user are also met. This standard does not
purport to address all of the safety concerns, if
any,
associated
with
its
use.
It
is
the
responsibility of the user of this standard to
establish appropriate safety and health practices
and determine the applicability of regulatory
limitations prior to use.
903.
US
1891:2020,
Plastic
films
made from low-density polyethylene
128 | P a g e
and linear low-density polyethylene
for
general
use
and
906.
packaging
US
1906-2:2019,
Library
furniture and fittings — Specification
applications — Specification
— Part 2: Steel
This Uganda Standard covers dimensional
This
tolerances,
quality
requirements for the following items of steel
requirements, sampling and test methods for
furniture and fittings meant for use in a library:
unpigmented,
low-density
book racks; book trolley; book ends; catalogue
low-density
cards tray; card index cabinets; catalogue cards
polyethylene films (hereafter referred to as film
work tray; charging trays; reading-room table;
or films) with densities ranging from 0.910
study table; chairs; book cases; and glass-front
g/cm3 - 0.925 g/cm3 This specification is
cabinets.
applicable to homopolymer polyethylene, but is
907.
classifications,
polyethylene
intrinsic
unsupported,
and
linear
Uganda
Standard
US
1907:2019,
specifies
Furniture
the
—
not restricted to it. It is applicable to films made
Steel shelving cabinets (adjustable
from
type) — Specification
polyethylene
copolymers,
and
also
applicable to films made from blends of
This Uganda Standard covers the requirements
homopolymers
for materials, sizes, construction and finish of
and
copolymers,
including
adjustable steel shelving cabinets with hinged
ethylene/vinyl acetate copolymers.
doors with or without the provision of a locker.
904.
US
1904:2019,
Furniture
—
Dining tables —Specification
908.
US
1908:2019,
Furniture
—
Steel filing cabinets for general office
This Uganda Standard covers requirements for
purposes — Specification
materials, sizes and functional dimensions of all
This Uganda Standard specifies requirements
types of dining tables.
for materials, sizes, construction and finish and
905.
US
1906-1:2019,
Library
furniture and fittings — Specification
— Part 1: Timber
This
Uganda
Standard
tests of steel filing cabinets for general office
purposes.
909.
specifies
the
US 1910-1:2019, Furniture —
Metal chairs for office purposes — Part
requirements for the following items of wooden
1: Specification for non-revolving and
furniture meant for use in a library: unit book
non-tilting chairs
rack; bay guide holder; book trolley; catalogue
This Uganda Standard covers requirements for
cards tray and cabinet; catalogue cards box;
materials, construction, dimensions and finish of
catalogue cards work tray; control region
non-revolving and non-tilting metal chairs for
fittings; charging trays; reading room table;
office purposes.
study table; periodicals display rack; chairs; and
display stand.
910.
US 1910-2:2019, Furniture —
Metal chairs for office purposes — Part
129 | P a g e
915.
2: Specification for revolving and
tilting chairs
US 2094:2019, Eaves gutters and
fittings
made
of
PVC-U
—
Specification
This Uganda Standard covers the requirements
of materials, dimensions, construction and finish
This Uganda Standard specifies requirements
of revolving and tilting metal chairs for office
and test methods of eaves gutters and fittings
purposes.
made from unplasticized poly (vinyl chloride)
(PVC-U), and intended to be used for rainwater
911.
US
1911:2019,
Furniture
—
Wooden shelving cabinets (adjustable
drainage.
type) — Specification
916.
This Uganda Standard covers the requirements
US 2115:2019, Fly ash used for
cement and concrete — Specification
for materials, sizes, construction and finish of
This Uganda Standard specifies the terms and
adjustable
definition,
wooden
shelving
cabinets
with
hinged doors.
912.
US
1912:2019,
Furniture
—
This Uganda Standard covers the requirements
of materials, sizes, construction and finish for
composite office tables.
technical
US
1920:2019,
packaging, marking, transportation and storage
of the fly ash used for cement and concrete. The
standard is applicable to the fly ash used as
admixture at time of mixing mortar and
concrete, and fly ash used as active addition at
time of cement production.
Furniture
—
917.
Wooden wardrobes (adjustable and
This Uganda Standard covers requirements for
materials, sizes, construction and finish of
wooden portable wardrobes with hinged doors.
US 1928:2019, Road vehicles —
Bus body design and construction —
Specification
This Uganda Standard specifies requirements
for bus body design and construction. This
standard applies to buses with bodies designed
and constructed for carriage of persons. This
standard does not include provisions for
persons of reduced mobility.
US
2023:2019,
Automotive
vehicles — Retreaded pneumatic tyres
non-adjustable) — Specification
914.
grade,
requirements, test methods, inspection rules,
Composite office table — Specification
913.
classification,
for passenger cars — Specification
This Uganda Standard provides requirements
for the production of re-treaded tyres intended
to be fitted to passenger cars and their trailers
used on the road. This standard does not apply
to:
a) re-treaded tyres for commercial
vehicles and their trailers;
b) re-treaded tyres with a speed
capability below 120 km/h or
above 240 km/h (limit of below 120
km/h is not applicable for bias-ply
tyres);
130 | P a g e
c)
tyres for cycles and motor cycles;
This Uganda Standard specifies requirements,
d) tyres originally produced without
sampling and test methods for expanded
speed symbols and load indices;
polystyrene cap vaults and coffers used as a lost
e) tyres
f)
designed
for
formwork for slabs in intermediate floors and
competition or off road use and
roofs in combination with prefabricated concrete
marked accordingly; and
joists with inverted (T) shaped section ( ).
tyres
exclusively
designated
as
‘T’
type
921.
temporary use spares.
918.
US 2080: 2019, Military combat
helmets — Specification
This Uganda Standard covers performance
requirements,
materials,
design
and
construction, workmanship, mass and methods
of test for military combat helmets intended to
US 2239: 2020, Plastic closures
— Specification
This Uganda Standard covers geometrical and
dimensional
accuracy,
physical
properties,
storage and handling conditions, processing and
application of plastic closures for sealing of still
products, carbonated drinks and hot fill.
protect the wearer from the damaging effects of
922.
bullets of small arms ammunition, fragments,
US 2240:2020, Metallic crown
caps — Specification
and cold weapons. Terms and classification of
This Uganda Standard specifies requirements
military combat helmets established by this
for metallic crown caps designed to secure seal
standard are obligatory for use in all types of
in
documentation and literature included in the
aluminium bottles in the brewing and beverage
scope of work on standardization or using the
industry.
capping
applications
with
glass
and
results of these works.
923.
919.
US
polystyrene
2224:2020,
flagstones
Expanded
and
semi-
cylinders — Specifications
US 2244: 2020, Non-woven bags
— Specification
This Uganda Standard specifies requirements
and test methods for non-woven bags used for
This Uganda Standard specifies requirements,
packaging.
sampling and test methods for expanded
polystyrene slabs and semi-cylinders used as
thermal
insulators
in
rooms,
924.
hoses,
isothermal
ISO
2398:2006,
Rubber
textile-reinforced,
for
compressed air — Specification
installations and cold-storage plants, which
work in a temperature range of -140 °C to 70 °C.
US
This
Uganda
Standard
specifies
the
requirements for three types, three classes and
920.
US
2225:2020,
Expanded
two categories of textile-reinforced rubber hose
polystyrene cap vaults and coffers —
for compressed air, up to a maximum working
Specifications
131 | P a g e
pressure
of
25
bar
with
an
operating-

use with hydrocarbon fuels having an
temperature range of – 40 °C to + 70 °C,
aromatic-hydrocarbon
content
not
depending on the type and category
exceeding
volume
and
925.
US ISO 2426-1:2000, Plywood
%
by
containing up to 15 % of oxygenated
— Classification by surface appearance
— Part 1: General
50
compounds; and

operation within the temperature range
This Uganda Standard establishes general rules
of − 30 °C to + 70 °C, undamaged by
for the classification of plywood by its surface
climatic conditions of − 50 °C to + 70 °C
appearance. It does not apply to overlaid
when stored in static conditions.
plywood.
926.
929.
US ISO 2503:2009, Gas welding
US ISO 2426-2:2000, Plywood
equipment — Pressure regulators and
— Classification by surface appearance
pressure regulators with flow-metering
— Part 2: Hardwood
devices for gas cylinders used in
This Uganda Standard specifies the nature and
welding, cutting and allied processes
limits of characteristics inherent in wood and
up to 300 bar (30 MPa
manufacturing
visual
This Uganda Standard specifies requirements
assessment of the plywood for allocation to an
for single or two-stage pressure regulators
appearance class.
without flow metering devices for connection to
927.
defects
enabling
the
US ISO 2426-3:2000, Plywood
gas cylinders used for compressed gases up to
— Classification by surface appearance
300 bar 1) (30 MPa),dissolved acetylene,liquefied
— Part 3: Softwood
petroleum
gases
(LPG),methylacetylene-
This Uganda Standard specifies the nature and
propadiene mixtures (MPS), andcarbon dioxide
limits of characteristics inherent in wood and
(CO2),for use in welding, cutting and allied
manufacturing
visual
processes. It does not cover pressure regulators
assessment of the plywood for allocation to an
having a nominal outlet pressure p2 > 20 bar.
appearance class.
This standard also specifies requirements for
928.
defects
ISO
the
Rubber
single or two-stage pressure regulators with
hoses and hose assemblies for bulk
flow metering devices for connection to gas
fuel delivery by truck — Specification
cylinders used for compressed gases or mixtures
Uganda
the
up to 300 bar (30 MPa), and carbon dioxide
requirements for two groups of rubber hoses
(CO2), for use in welding, cutting and allied
and rubber hose assemblies for loading and
processes. This standard does not cover pressure
discharge of liquid hydrocarbon fuels with a
regulators intended for direct use on cylinder
maximum working pressure of 10 bar (1,0 MPa).
bundles.
This
US
enabling
2929:2014,
Standard
specifies
Both groups of hoses are designed for:
132 | P a g e
930.
933.
US ISO 3739-1:2007, Industrial
US ISO 3821:2008, Gas welding
tyres and rims — Part 1: Pneumatic
equipment
tyres (metric series) on 5 degrees
welding, cutting and allied processes
tapered
or
flat
base
rims
—
Designation, dimensions and marking
—
Rubber
hoses
for
This Uganda Standard specifies requirements
for rubber hoses (including twin hoses) for
This Uganda Standard specifies the main
welding, cutting and allied processes. This
requirements of the metric series of pneumatic
standard specifies requirements for rubber hoses
tyres primarily intended for industrial vehicles,
for normal duty of 2 MPa (20 bar) and light duty
including
[limited
designations,
dimensions
and
markings.
931.
hoses
for
maximum
working
pressure of 1 MPa (10 bar) and with bore up to
US ISO 3739-3:2008, Industrial
tyres and rims — Part 3: Rims
This
to
Uganda
hoses operated at temperatures −20 °C to +60 °C
the
and used in:⎯ gas welding and cutting;⎯ arc
mainrequirements, including size designation
welding under the protection of an inert or
and marking, of 5° tapered and flat base rims,
active gas; and⎯ processes allied to welding and
with diameters not exceeding rim diameter code
cutting, in particular, heating, brazing, and
15 for pneumatic tyres and for solid tyres for
metallization.This standard applies neither to
pneumatic tyre rims, primarily intended for
thermoplastics hoses nor to hoses used for high
industrial vehicles for use on prepared surfaces
pressure [>0,15 MPa (>1,5 bar)] acetylene
932.
Standard
and including 6,3 mm]. This standard applies to
specifies
.ISO 3813:2004, Resilient floor
coverings
—
Cork
floor
tiles
934.
—
Uganda
Standard
ISO
3861:2005,
Rubber
hoses for sand and grit blasting —
Specification
This
US
Specification
specifies
the
This
Uganda
Standard
specifies
the
requirements for cork floor coverings made
requirements for rubber hoses for wet and dry
from agglomerated composition cork supplied
sand and grit blasting, suitable for use up to a
in tile form which are designed to be used with
maximum working pressure of 6,3 bar and over
a factory finish and/or an in situ finish. Cork
an operating temperature range of −25 °C to +70
floor coverings can be covered with other
°C.
complementary layers of decorative materials,
935.
US
ISO
3862:2009,
Rubber
e.g. decorative cork or wood veneers, with or
hoses and hose assemblies — Rubber-
without applied colours. This standard includes
covered
a classification system based on intensity of use
hydraulic types for oil-based or water
which shows where cork floor tiles should give
based fluids — Specification
spiral-wire-reinforced
satisfactory service (see EN 685). It also specifies
This Uganda Standard specifies requirements
requirements for marking, labelling and packing
for five types of spiral-wire-reinforced hydraulic
133 | P a g e
hose and hose assembly of nominal size from 6,3
thermoplastic-reinforced thermoplastics hoses
to 51. They are suitable for use with water-based
for suction and discharge of water, weak
hydraulic fluids HFC, HFAE, HFAS and HFB as
aqueous chemical solutions and abrasive solids
defined in ISO 6743-4 at temperatures ranging
and slurries, for use in the ambient temperature
from −40 °C to +60 °C and oil-based hydraulic
range from − 10 °C to + 55 °C. The three types of
fluids HH, HL, HM, HR and HV as defined in
hose are for light-, medium- and heavy-duty
ISO 6743-4 at temperatures ranging from −40 °C
applications. The types of hoses covered in this
to +100 °C for types 4SP and 4SH and −40 °C to
standard
+120 °C for types R12, R13 and R15.
flammable or combustible materials, nor with
936.
US
ISO
3949:2009,
Plastics
hoses and hose assemblies — Textilereinforced
types
for
are
not
intended
938.
hydraulic
US
ISO
4079:2009,
Rubber
reinforced hydraulic types for oilbased
for
Specification
of
with
hoses and hose assemblies — Textile-
This Uganda Standard specifies requirements
types
use
aromatic solvents
applications — Specification
three
for
textile-reinforced
or
water-based
fluids
—
thermoplastics hose and hose assembly of
This Uganda Standard specifies requirements
nominal size from 3,2 to 25. Each type is divided
for five types of textile-reinforced hydraulic
into
electrical
hose and hose assembly of nominal size from 5
conductivity requirements. They are suitable for
to 100. They are suitable for use with water-
use with water-based hydraulic fluids HFC,
based hydraulic fluids HFC, HFAE, HFAS and
HFAE, HFAS and HFB as defined in ISO 6743-4
HFB as defined in ISO 6743-4 at temperatures
at temperatures ranging from 0 °C to +60 °C and
ranging from −40 °C to +60 ºC or oil-based
oil-based hydraulic fluids HH, HL, HM, HR and
hydraulic fluids HH, HL, HM, HR and HV as
HV as defined in ISO 6743-4 at temperatures
defined in ISO 6743-4 at temperatures ranging
ranging from −40 °C to +100 °C. This standard
from −40 °C to +100 °C. This standard does not
does not include requirements for end fittings. It
include requirements for end fittings. It is
is limited to the performance of hoses and hose
limited to requirements for hoses and hose
assemblies.
assemblies.
two
classes
937.
dependent
US
ISO
on
3994:2007,
Plastics
US
ISO
4081:2010,
Rubber
Helical-thermoplastic
hoses and tubing for cooling systems
reinforced thermoplastics hoses for
for internal combustion engines —
suction and discharge of aqueous
Specification
hoses
—
This
materials — Specification
This
939.
Uganda
requirements
for
Standard
three
specifies
types
of
Uganda
Standard
specifies
the
the
requirements for straight or pre-formed rubber
helical-
hoses and tubing for use in pressurized or
134 | P a g e
unpressurized cooling circuits containing 1,2-
ground
ethanediol-based
conveyance of:
combustion
coolants
engines
for
in
internal
vehicles
with
an
unladen mass (as defined in ISO 1176) of 3,5 t or
less. In addition, this specification may also be
applied as a classification system to enable
original equipment manufacturers (OEMs) to
detail a “line call-out” of tests for specific
applications where these are not covered by the
main types specified.
940.
Part 2: Rims
Uganda
intended
for
the
a) water for human consumption;
b) raw water prior to treatment;
c) drainage and sewerage under
pressure;
d) vacuum sewer systems;
e) water for other purposes.
This document also specifies the test parameters
and requirements for the test methods referred
to in this document. In conjunction with other
US ISO 4209-2:2012, Truck and
bus tyres and rims (metric series) —
This
applications,
Standard
specifies
the
designations, contours and dimensions of dropcentre (one-piece) rims for use on trucks and
buses.
parts of the US ISO 4427 series, this document is
applicable to PE pipes and fittings, their joints
and to joints with components made of PE and
other materials, intended to be used under the
following conditions:
and
a) a maximum allowable operating
pressure (PFA) up to and including
25 bar;
b) an operating temperature of 20 °C
as the reference temperature.
trekking, young adult, mountain and
The US ISO 4427 series covers a range of
racing bicycles
maximum allowable operating pressures and
941.
US ISO 4210-2:2014, Cycles —
Safety requirements for bicycles —
Part
2:Requirements
for
city
This Uganda Standard specifies safety and
gives requirements concerning colours. (This
performance
design,
standard cancels and replaces US 482-1:2003, High
assembly, and testing of bicycles and sub-
density polyethylene (PE-HD) pipes — Part 1:
assemblies.
General quality requirements).
942.
requirements
for
the
US ISO 4427-1:2019, Plastics
piping systems for water supply and
for
drainage
and
sewerage
under
943.
US ISO 4427-2:2019, Plastics
piping systems for water supply, and
pressure — Polyethylene (PE) — Part 1:
for
General
pressure — Polyethylene (PE) — Part 2:
This Uganda Standard specifies the general
drainage
and
sewerage
under
Pipes
aspects of polyethylene (PE) compounds for the
This Uganda Standard specifies the pipes made
manufacture of pressure pipes and fittings
from polyethylene (PE) for buried or above
(mains and service pipes) for buried or above
135 | P a g e
ground
applications,
intended
for
the
cancels and replaces US 482-2:2003 High Density
Polyethylene (PE-HD) pipes — Part 2: Dimensions).
conveyance of:
a) water for human consumption;
b) raw water prior to treatment;
c) drainage and sewerage under pressure;
d) vacuum sewer systems;
e) water for other purposes.
Pipes complying with this document are not
intended for the transport of water intended
for human consumption in contaminated
soils unless special consideration has been
taken. This document specifies three types
of pipe:
a) PE pipes (outside diameter dn),
including any identification stripes;
b) PE pipes with co-extruded layers on
either or both the outside and/or
inside of the pipe (total outside
diameter dn) where all layers have
the same MRS rating;
c) PE pipes (outside diameter dn)
having a peelable and contiguous
thermoplastics additional layer on
the outside of the pipe (“coated
pipe”).
This document also specifies the test parameters
for the test methods referred to in this
document. In conjunction with the other parts of
the US ISO 4427 series, this document is
applicable to PE pipes, their joints and to joints
944.
US ISO 4427-3:2019, Plastics
piping systems for water supply, and
for
drainage
and
sewerage
under
pressure — Polyethylene (PE) — Part 3:
Fittings
This Uganda Standard specifies the fittings
made from polyethylene (PE) for buried or
above ground applications, intended for the
conveyance of water for human consumption,
raw water prior to treatment, drainage and
sewerage
under
pressure,
vacuum
sewer
systems, and water for other purposes.
NOTE The intended uses include sea
outfalls, laid in water and connection
between pipes suspended below bridges.
This document also specifies the test parameters
for the test methods referred to in this
document. In conjunction with the other parts of
the US ISO 4427 series, this document is
applicable
to
PE
fittings,
to
joints
with
components of PE or other materials, intended
to be used under the following conditions:
with components made of PE and other
a) a maximum allowable operating
pressure (PFA) up to and including 25
bar;
b) an operating temperature of 20 °C as the
reference temperature.
This document covers a range of maximum
allowable operating pressures and gives
requirements concerning colours.
materials, intended to be used under the
following conditions:
a) a maximum allowable operating
pressure (PFA) up to and including 25
bar;
b) an operating temperature of 20 °C as the
reference temperature.
This document is applicable to fittings of the
following types:
This document covers a range of maximum
allowable
operating
pressures
and
gives
requirements concerning colours. (This standard
1.
fusion fittings;
a) electrofusion fittings;
136 | P a g e
2.
3.
b) spigot end fittings (for butt fusion using
heated tools and electrofusion socket
fusion);
c) socket fusion fittings;
mechanical fittings;
a) compression fittings;
b) flanged fittings;
fabricated fittings.
945.
US
ISO
4586-1:1997:
pressure laminates
High-
– Sheets from
thermosetting resins
–
Part
1:
reel hoses for fire-fighting purposes for use with
fixed systems. The hoses are intended for use at
a maximum working pressure of 1,2 MPa for
hoses of 19 mm and 25 mm inside diameter and
0,7 MPa for hoses of 33 mm inside diameter.
Hoses conforming to this part of US ISO 4642
are intended for applications where long
intervals can occur between the occasions of use,
for example on fixed fire hose reels in buildings
and other construction works. This part of US
Classification and specifications
a
ISO 4642 applies exclusively to hoses for fire-
high-pressure
fighting purposes intended for use at ambient
decorative laminated sheets according to their
conditions in non-aggressive or non-corrosive
performance and main recommended fields of
atmospheres within the temperature range −20
application, including materials with special
°C to +60 °C.
characteristics, for example post formability or
948.
This
Uganda
classification
Standard
system
establishes
for
and plastics hoses, non-collapsible, for
defined reaction to fire.
946.
fire-fighting service — Part 2: Semi-
ISO 4641:2010, Rubber hoses
rigid hoses (and hose assemblies) for
and hose assemblies for water suction
pumps and vehicles
and discharge — Specification
This Uganda Standard specifies the minimum
requirements for textile-reinforced, smooth-bore
rubber water-suction and discharge hoses and
hose assemblies. Three types of hoses and hose
assemblies are specified according to their
operating duty requirements, i.e. their ambient
and
water
temperature
ranges:
ambient
temperatures: −25 °C to +70 °C; andwater
temperatures during operation: 0 °C to +70 °C.
This
Uganda
Standard
specifies
the
requirements and test methods for semi-rigid
reel hoses for use on fire-fighting vehicles and
trailer pumps. The hoses are intended for use at
a maximum working pressure of 1,5 MPa for
normal pressure hoses (category I) and 4,0 MPa
for high pressure hoses (category II). The hoses
are further subdivided into types and classes
(see Clause 4). This part of US ISO 4642 applies
US ISO 4642-1:2009, Rubber
to delivery hoses for fire-fighting purposes
and plastics hoses, non-collapsible, for
intended for use at a minimum ambient
fire-fighting service — Part 1: Semi-
temperature of −20 °C.
947.
949.
rigid hoses for fixed systems
This
US ISO 4642-2:2009, Rubber
Uganda
Standard
specifies
the
requirements and test methods for semi-rigid
US ISO 4951-1:2001 High yield
strength steel bars and sections – Part
1: General delivery requirements
137 | P a g e
This
Uganda
the
This Uganda Standard specifies the dimensions
requirements for the general delivery conditions
of two series of rectangular refractory bricks.
of hot rolled bars and sections, in high yield
These two series of bricks may be used in
strength steels for use in bolted, riveted or
conjunction with the series of arch bricks whose
welded structures.
dimensions are specified in US ISO 5019-2.
950.
Standard
specifies
US ISO 4951-2:2001 High yield
953.
US ISO 5019-2: 1984, Refractory
strength steel bars and sections – Part
bricks — Dimensions — Part 2: Arch
2: Delivery conditions for normalized,
bricks
normalized rolled and as rolled steels
This Uganda Standard specifies the dimensions
Uganda
the
of two series of refractory arch bricks, each with
requirements for hot rolled bars and sections of
a constant median dimension and one series of
diameter or thickness ≤ 150 mm in high yield
refractory arch bricks with a constant backface
strength steels in the normalized, normalized
dimension. These series of bricks may be used in
rolled or as rolled delivery conditions for use in
conjunction with the two series of rectangular
bolted, riveted or welded structures.
bricks whose dimensions are specified in US ISO
This
951.
Standard
specifies
US ISO 4998:2011, Continuous
hot-dip zinc-coated carbon steel sheet
of structural quality
5019-1.
954.
bricks
US ISO 5019-3:1984, Refractory
—
Dimensions
This Uganda Standard applies to continuous
Rectangular
hot-dip zinc- and zinc-iron-alloy-coated carbon
regenerative furnaces
checker
—
Part
bricks
3:
for
steel sheet of structural quality. The product is
This Uganda Standard specifies the dimensions
intended for applications where resistance to
of rectangular checker bricks for regenerative
corrosion is of prime importance. The steel sheet
furnaces.
is produced in a number of grades, coating
mass,
ordering
conditions
and
surface
955.
US ISO 5019-4:1988, Refractory
treatments. This standard does not cover steels
bricks — Dimensions — Part 4: Dome
designated as commercial quality, or drawing
bricks for electric arc furnace roofs
quality. (This Uganda Standard cancels and replaces
This Uganda Standard specifies the dimensions
US 649:2006, Continuous hot-dip zinc-coated carbon
of refractory bricks for use in the domes of
steel sheet of structural quality, which has been
electric arc furnace roofs. The dimensions of
technically revised and republished)
special bricks also used for the construction of
952.
bricks
US ISO 5019-1:1984, Refractory
—
Dimensions
Rectangular bricks
—
Part
1:
these furnaces are given for information only.
956.
bricks
US ISO 5019-5:1984, Refractory
—
Dimensions
—
Part
5:
Skewbacks
138 | P a g e
This Uganda Standard specifies the dimensions
960.
US ISO 5175:1987, Equipment
of two skewbacks, one for use with bricks of a
used in gas welding, cutting and allied
course height 64 mm and one for use with bricks
processes — Safety devices for fuel
of a course height 76 mm.
gases and oxygen or compressed air —
957.
General specifications, requirements
US ISO 5019-6:2005, Refractory
and tests
bricks — Dimensions — Part 6: Basic
bricks
for
oxygen
steel-making
This Uganda Standard lays down the general
specifications, requirements and tests of safety
converters
This Uganda Standard specifies the dimensions
devices for fuel gases and oxygen or compressed
of basic refractory bricks for use in oxygen steel-
air used downstream of cylinder or pipeline
making converters
outlet regulators and of pipeline outlet valves,
US ISO 5171:2009, Gas welding
and upstream of blowpipes for welding, cutting
equipment — Pressure gauges used in
and allied processes. lt does not specify location
welding, cutting and allied processes
and combination of these devices in the gas
958.
This Uganda Standard specifies requirements
for Bourdon-tube pressure gauges normally
system.
961.
US ISO 5182:2008, Resistance
used with compressed gas systems at pressures
welding — Materials for electrodes
up to 30 MPa (300 bar) in welding, cutting and
and ancillary equipment
allied processes. It also covers use for dissolved
This
acetylene
characteristics
and
for
liquefied
gases
under
Uganda
Standard
of
materials
specifies
for
the
resistance
pressure. It does not cover gauges for acetylene
welding electrodes and ancillary equipment
in acetylene-manufacturing plants
which are used for carrying current and
959.
US ISO 5172:2006, Gas welding
equipment
welding,
—
Blowpipes
heating
and
for
cutting
gas
transmitting force to the work.
962.
US ISO 5183-1:1998, Resistance
welding
—
equipment
—
Electrode
adaptors, male taper 1:10 — Part 1:
Specifications and test
Conical fixing, taper 1:10
This Uganda Standard specifies specifications
and tests for blowpipes for gas welding, heating
This Uganda Standard specifies the dimensions
and cutting of metals. It applies to manual
and tolerances of resistance spot welding
blowpipes for welding and heating with a
electrode adaptors where the fixing element for
nominal thermal power up to 32 000 kcal/h, and
the cap is a male taper of 1:10 and for which the
manual and machine cutting blowpipes with a
electrode taper fits in conformance with US ISO
cutting range up to 300 mm. This standard does
1089.
not apply to air-aspirated blowpipes which are
covered in US ISO 9012.
963.
US ISO 5183-2:2000, Resistance
welding
equipment
—
Electrode
139 | P a g e
965.
adaptors, male taper 1:10 — Part 2:
US ISO 5417:1986, Refractory
Parallel shank fixing for end-thrust
bricks for use in rotary kilns —
electrodes
Dimensions
This Uganda Standard specifies the dimensions
This Uganda Standard specifies a range of
and tolerances of resistance spot welding
dimensions of basic, fireclay and high alumina
electrode adaptors where the fixing element for
refractory bricks for use in rotary kilns. lt does
the cap is a male taper of 1:10 and a parallel
not apply to special closure bricks for use in
shaft is used to fix the adaptor to the electrode
completing circles.
966.
holder in accordance with US ISO 8430-3.
964.
US
ISO
5359:2008,
US
hoses
Low-
ISO
and
5771:2008,
hose
Rubber
assemblies
for
pressure hose assemblies for use with
transferring anhydrous ammonia —
medical gases
Specification
This Uganda Standard specifies requirements
This Uganda Standard specifies the minimum
for low-pressure hose assemblies intended for
requirements
use with the following medical gases: oxygen;
transferring ammonia, in liquid or in gaseous
nitrous oxide; medical air;
helium; carbon
form, at ambient temperatures from −40 °C up
dioxide; xenon; specified mixtures of the gases
to and including +55 °C. It does not include
listed above; oxygen-enriched air; air for driving
specifications for end fittings, but is limited to
surgical tools; nitrogen for driving surgical tools;
the
vacuum. It is intended in particular to ensure
assemblies.
gas-specificity and to prevent cross-connection
for
rubber
performance
967.
of
US
hoses
These hose assemblies are intended for use at
measured
maximum operating pressures of less than 1 400
Specification
and
hoses
used
and
5772:1998,
hose
fuel
hose
Rubber
assemblies
for
dispensing
—
specifies
the
This
(NIST), (DISS), (SIS) connectors to medical gases
requirements for three types of rubber hose and
and
hose
the
dimensions
of
non-
assembly
Standard
for
kPa. This standard specifies the allocation of
specifies
Uganda
the
ISO
between systems conveying different gases.
hoses
used
for
measured
fuel
(NIST)
dispensing, including oxygenated fuels (up to a
not
maximum of 15 % oxygenated compounds). The
specify:requirements for coaxial hoses used for
three types of hose are as follows: type 1: hoses
the supply and disposal of air for driving
with textile reinforcement suitable for reeling on
surgical tools; andrequirements for electrical
a drum or hanging in bends; type 2: hoses with
conductivity.This standard does not specify the
textile and helical wire reinforcement designed
intended uses of hose assemblies.
for torsional flexibility, suitable for coiling,
interchangeable
connectors.
This
screw-threaded
standard
does
reeling on a drum or hanging in bends; andtype
140 | P a g e
3: hoses with fine wire reinforcement designed
checking of type A, B and C tapers according to
for low dilation, suitable for reeling on a drum
US ISO 1089.
971.
or hanging in bends.
Plastics
welding equipment — Transformers —
hoses — Textile-reinforced types for
General specifications applicable to all
compressed-air
transformers
968.
US
ISO
5774:2006
applications
—
This Uganda Standard gives specifications
Specification
This
US ISO 5826:2014, Resistance
Uganda
Standard
requirements
for
thermoplastic
hose,
four
specifies
types
applicable to the following types of transformers
flexible
for use in resistance welding equipment:single-
for
phase transformers for a.c. welding, typically
compressed-air applications in the temperature
operating at 50 Hz or 60 Hz;single-phase
range from − 10 °C to + 60 °C. The four types
transformers with connected rectifier for d.c.
are classified as light service for a maximum
welding, typically operating at 50 Hz or 60
working pressure of 7 bar at 23 °C and 4,5 bar at
Hz;single-phase
60 °C, medium service for a maximum working
connected rectifier for d.c. welding, typically
pressure of 10 bar at 23 °C and 6,5 bar at 60 °C,
operating at 400 Hz to 2 kHz; andthree-phase
heavy service for a maximum working pressure
transformers with connected rectifier for d.c.
of 16 bar at 23 °C and 11 bar at 60 °C, and heavy
welding, typically operating at 50 Hz or 60
service for use in mining for a maximum
Hz.For the purposes of this standard, the term
working pressure of 25 bar at 23 °C and 13 bar at
transformer can refer to the transformer alone or
60 °C
with connected rectifier (transformer-rectifier
969.
textile
of
the
reinforced,
US ISO 5775-2:1996, Bicycle
tyres and rims — Part 2: Rims
inverter
transformers
with
unit). This standard applies to transformers built
to protection class I or II according to IEC 61140.
This Uganda Standard specifies rim dimensions
972.
US ISO 5828:2001, Resistance
for bicycle tyres: it gives only those rim contour
welding
dimensions necessary for tyre mounting and to
connecting
fit the tyre on the rim. US ISO 5775-1 covers
connected to water-cooled lugs —
designations and dimensions for tyres. ISO 5775
Dimensions and characteristics
covers straight side (SS) rims, hooked bead (HB)
This Uganda Standard specifies dimensions and
rims and crotchet type (C) rims.
characteristics of secondary connecting cables
equipment
cables
—
Secondary
with
terminals
Spot
which are aircooled over their length and with
welding equipment — Taper plug
terminals connected to water-cooled lugs. The
gauges and taper ring gauges
secondary connecting cables are used for
970.
US
ISO
5822:1988,
This Uganda Standard specifies requirements
connection between the secondary terminals of a
for taper plug and ring gauges used for the
welding transformer and the electrode holders.
141 | P a g e
973.
US
hoses
ISO
and
6134:2005,
hose
Rubber
assemblies
for
and replaces US 328-1:2001/EAS 202-1/ISO 6361-1,
Wrought aluminium and aluminium alloy sheets,
saturated steam — Specification
strips and plates — Part 1: Technical conditions for
This Uganda Standard specifies requirements
inspection and delivery, which has been technically
for two types of hoses and hose assemblies, low
revised).
976.
pressure with a maximum working pressure of 6
US ISO 6361-2:2014, Wrought
bar and high pressure with a maximum working
aluminium and aluminium alloys —
pressure of 18 bar, made of rubber and hose
Sheets, strips and plates — Part 2:
fittings made of metal, designed to convey
Mechanical properties
This Uganda Standard specifies the mechanical
saturated steam and hot water condensate.
974.
US
ISO
6224:2011
properties
of
wrought
aluminium
and
textile-
aluminium alloy sheets, strips, and plates for
reinforced, for general-purpose water
general engineering applications. It applies to
applications — Specification
flat-rolled products. (This Uganda Standard
Thermoplastics
hoses,
the
cancels and replaces US 328-2:2001/EAS 202-2/ISO
general-purpose
6361-2, Wrought aluminium and aluminium alloy
textilereinforced thermoplastics water-discharge
sheets, strips and plates — Part 2: Mechanical
hoses. Three types of hose are specified
properties, which has been technically revised).
This
Uganda
Standard
requirements
for
specifies
977.
according to their operating duty requirements,
US ISO 6361-3:2014, Wrought
water temperature
aluminium and aluminium alloys —
ranges:ambient temperatures: −10 °C to +60 °C;
Sheets, strips and plates — Part 3:
andwater temperature during operation: 0 °C to
Strips:
i.e. their
ambient and
Tolerances
on
shape
and
dimensions
+60 °C.
975.
US ISO 6361-1:2011, Wrought
This Uganda Standard specifies the tolerances
aluminium and aluminium alloys —
on
shape
and
dimensions
for
wrought
Sheets, strips and plates — Part 1:
aluminium and aluminium alloy strip by cold-
Technical conditions for inspection
rolling for general engineering applications. It
and delivery
applies to products with thickness of over 0.15
This Uganda Standard specifies the technical
mm up to, and including 16 mm. It does not
conditions for inspection and delivery of
apply to semi-finished rolled products in coiled
wrought
alloy
form to be subjected to further rolling (reroll
sheets, strips and plates for general engineering
stock), or to special products such as those that
applications. It applies to flat-rolled products
are corrugated or embossed. (This Uganda
with a thickness over 0.15 mm up to and
Standard cancels and replaces US 328-3:2001/EAS
including 400 mm. (This Uganda Standard cancels
202-3/ISO
aluminium
and
aluminium
6361-3,
Wrought
aluminium
and
142 | P a g e
aluminium alloy sheets, strips and plates — Part 3:
— Part 1: Technical conditions for
Strips — Tolerances on shape and dimensions, which
inspection and delivery
has been technically revised).
978.
This Uganda Standard specifies the technical
US ISO 6361-4:2014, Wrought
conditions for inspection and delivery of
aluminium and aluminium alloys —
wrought
Sheets, strips and plates — Part 4:
rods/bars, tubes and
Sheets and plates: Tolerances on shape
engineering applications.
and dimensions
aluminium
981.
and
aluminium
alloy
profiles for general
US ISO 6362-2:2014, Wrought
This Uganda Standard specifies the tolerances
aluminium and aluminium alloys —
on
Extruded rods/bars, tubes and profiles
shape
and
dimensions
for
wrought
aluminium and aluminium alloy sheet and plate
by
hot-rolling
or
cold-rolling
for
general
— Part 2: Mechanical properties
This Uganda Standard specifies the mechanical
engineering applications. It applies to products
properties
with a thickness over 0,15 mm up to and
aluminium alloy extruded rods/bars, tubes, and
including 203 mm. It does not apply to semi-
profiles for general engineering applications. It
finished rolled products in coiled form to be
applies to extruded products.
subjected to further rolling (reroll stock) or to
special products,
such
982.
of
wrought
aluminium
and
US ISO 6362-3:2016, Wrought
as those that are
aluminium and aluminium alloys —
corrugated or embossed. (This Uganda Standard
Extruded rods/bars, tubes and profiles
cancels and replaces US 328-4:2001/EAS 202-4/ISO
— Part 3: Extruded rectangular bars —
6361-4, Wrought aluminium and aluminium alloy
Tolerances on shape and dimensions
sheets, strips and plates — Part 4: Sheets and plates
This Uganda Standard specifies the tolerances
— Tolerances on shape and dimensions, which has
on
been technically revised).
aluminium and aluminium alloy extruded
979.
dimensions
and
shape
of
wrought
US ISO 6361-5:2011, Wrought
rectangular bars, having thicknesses in the range
aluminium and aluminium alloys —
from 2 mm up to 240 mm and widths in the
Sheets, strips and plates — Part 5:
range from 10 mm up to 600 mm. It applies to
Chemical composition
extruded rectangular bars.
This Uganda Standard specifies the chemical
composition
of
wrought
aluminium
983.
and
aluminium and aluminium alloys —
aluminium alloys.
980.
Extruded rods/bars, tubes and profiles
US ISO 6362-1:2012, Wrought
— Part 4: Profiles — Tolerances on
aluminium and aluminium alloys —
Extruded rods/bars, tubes and profiles
US ISO 6362-4:2016, Wrought
shape and dimensions
This Uganda Standard specifies the tolerances
on
dimensions
and
shape
of
wrought
143 | P a g e
aluminium and aluminium alloy extruded
bars having widths across flats in the range from
profiles with a cross-section contained within a
10 mm up to 220 mm. It applies to extruded
circumscribing circle not greater than 800 mm.
round, square and hexagonal bars.
This part of US ISO 6362 applies to extruded
986.
US ISO 6362-7:2016, Wrought
profiles for general engineering applications
aluminium and aluminium alloys —
only.
Extruded rods/bars, tubes and profiles
984.
US ISO 6362-5:2016, Wrought
aluminium and aluminium alloys —
This
Extruded rods/bars, tubes and profiles
chemical
— Part 5: Round, square and hexagonal
aluminium and aluminium alloys.
bars — Tolerances on shape and
987.
dimensions
on dimensions and shape of the following:

Uganda
Screw
This Uganda Standard specifies the tolerances

— Part 7: Chemical composition
Standard
composition
specifies
of
the
wrought
US ISO 6698:1989, Cycles —
threads
used
to
assemble
freewheels on bicycle hubs
This Uganda Standard specifies the thread
wrought aluminium and aluminium
profile and limits and tolerances for the screw
alloy extruded round bars, having
threads used to assemble freewheels on bicycle
diameters in the range from 8 mm up to
hubs. It is based on the use of the ISO basic
350 mm;
thread profile given in ISO 68; satisfactory
wrought aluminium and aluminium
interchangeability
alloy extruded square and hexagonal
British Standard Cycle (B.S.C.) thread; this has
bars, having widths across flats in the
required the use of an inch pitch (t.p.i.);the use
range from 10 mm up to 220 mm.
of screw thread tolerance grades and tolerance
with
the
corresponding
It applies to extruded round, square and
positions given in ISO 965-l1; and the use of
hexagonal bars.
gauges made to ISO 1502.
985.
US ISO 6362-6:2016, Wrought
988.
US ISO 6699:1990, Cycles —
aluminium and aluminium alloys —
Stern and handlebar bend — Assembly
Extruded rods/bars, tubes and profiles
dimensions
— Part 6: Round, square, rectangular
This Uganda Standard specifies the dimensions
and hexagonal tubes — Tolerances on
and tolerances to ensure secure assembly
shape and dimensions
between the stem and the handlebar bend of a
This Uganda Standard specifies the tolerances
bicycle. lt applies to bicycles intended for use on
on
wrought
public roads, and on which the saddle can be
aluminium and aluminium alloy extruded
adjusted to provide a saddle height of 635 mm
round bars having diameters in the range from 8
or more. lt does not apply to specialized types of
mm up to 350 mm; and square and hexagonal
bicycle such as tradesmen’s delivery bicycles,
dimensions
and
shape
of
144 | P a g e
tandems, toy bicycles and bicycles designed and
methods of lighting and retro-reflective devices
equipped for use in sanctioned competitive
for fastening devices, control, (guidelines for
events.
maintenance), instructions for mounting and
989.
US ISO 6742-1:2015, Cycles —
Lighting and retroreflective devices —
use.
992.
US ISO 6742-4:2015, Cycles —
Part 1:Lighting and light signalling
Lighting and retroreflective devices —
devices
Part 4: Lighting systems powered by
This Uganda Standard is applicable to lighting
the cycle’s movement
devices used on cycles intended to be used on
This Uganda Standard is applicable to lighting
public roads and, especially, bicycles complying
systems used on cycles intended to be used on
with US ISO 4210 and US ISO 8098. This part of
public roads and, especially, bicycles complying
US ISO 6742 specifies the functions, safety
with US ISO 4210 and US ISO 8098. This part of
requirements, photometric performance and test
US ISO 6742 specifies requirements and test
methods of lighting and signalling devices that
methods for the performance of lighting systems
can be used on cycles.
powered by the cycle’s movement. It applies to
990.
US ISO 6742-2:2015, Cycles —
light devices complying with US ISO 6742-1.
Lighting and retroreflective devices —
Lighting systems include lighting devices and
Part 2:Retroreflective devices
power supplied by cycle's movement such as
This Uganda Standard is applicable to retroreflective devices used on cycles intended to be
generator.
993.
US ISO 6742-5:2015, Cycles —
used on public roads and, especially, bicycles
Lighting and retroreflective devices —
complying with US ISO 4210 and US ISO 8098.
Part 5: Lighting systems not powered
This part of US ISO 6742 specifies photometric
by the cycle’s movement
and physical requirements of retro-reflective
This Uganda Standard is applicable to lighting
devices.
systems used on cycles intended to be used on
US ISO 6742-3:2015, Cycles —
public roads and, especially, bicycles complying
Lighting and retroreflective devices —
with US ISO 4210 and US ISO 8098. This part of
Part 3:Installation and use of lighting
US ISO 6742 specifies requirements and test
and retro-reflective devices
methods for the performance of lighting systems
991.
This Uganda Standard is applicable to lighting
not powered by the cycle’s movement. It applies
and retro-reflective devices used on cycles
to light devices complying with ISO 6742-1.
intended to be used on public roads and,
Lighting systems include lighting devices and
especially, bicycles complying with US ISO 4210
power not supplied by cycle’s movement such
and US ISO 8098. This part of US ISO 6742
as battery.
specifies the safety requirements and test
145 | P a g e
994.
US ISO 6804:2009, Rubber and
plastics
inlet
hoses
and
hose
assemblies for washing-machines and
dishwashers — Specification
This
Uganda
Standard
This standard does not apply to hoses which are
intended for use with gases.
996.
—
specifies
the
US ISO 7165:2009 Firefighting
Portable
fire
extinguishers
—
Performance and construction
requirements for three types of rubber or
This Uganda Standard specifies the principal
plastics inlet hoses and hose assemblies for
requirements intended to ensure the safety,
washing-machines and dishwashers connected
reliability and performance of portable fire
to the domestic water supply at a pressure not
extinguishers. It is applicable to a fully charged
exceeding 1 MPa (10 bar).It is applicable to the
extinguisher having a maximum mass of 20 kg.
following types of hose: Type 1: rubber hoses for
Subject to local acceptance, application to
unheated water supply (maximum temperature
extinguishers having a total mass of up to 25 kg
70 °C). Type 2: rubber hoses for heated water
when fully charged is permitted
supply (maximum temperature 90 °C).Type 3:
997.
US ISO 7175-1:1997, Children's
plastics hoses for unheated water supply
cots and folding cots for domestic use
(maximum temperature 60 °C).
— part 1: safety requirements
995.
This
US
ISO
6807:2003,
Rubber
This
Uganda
Standard
hoses and hose assemblies for rotary
requirementsrelating
drilling and vibration applications —
children’s cots and folding cots for domestic
Specification
use. It is applicable to cots and folding cots
Uganda
Standard
specifies
to
the
specifies
safety
of
the
with an internal length of between 900 mm
requirements for textile- and steel-reinforced
and 1 400 mm. It does not cover rocking and
rubber hoses and hose assemblies for use with
swinging cots.
water-based and/or oil-based muds, up to a
998.
US
ISO
7240-2:2003,
Fire
maximum temperature of 82 °C, which are
detection and alarm systems — Part 2:
pumped at high pressure in large volumes in
Control and indicating equipment
rotary drilling service and which, when tested in
This Uganda Standard specifies requirements,
accordance with ISO 2977, have a minimum
test methods and performance criteria for
aniline point of 66 °C. This standard applies to
control and indicating equipment (c.i.e.) for use
hoses which are suitable for use at ambient
in fire detection and fire alarm systems installed
temperatures between − 20 °C and + 52 °C,
in buildings.
unless
changed
by
a
supplementary
999.
US
ISO
7240-3:2010,
Fire
requirement on request of the purchaser, and
detection and alarm systems — Part 3:
are resistant to ageing and tropical conditions.
Audible alarm devices
146 | P a g e
This
Uganda
Standard
specifies
the
1001.
US
ISO
7240-5:2012,
Fire
requirements, test methods and performance
detection and alarm systems — Part 5:
criteria for audible alarm devices intended to
Point-type heat detectors
signal an audible warning of fire between a
This Uganda Standard specifies requirements,
detection and alarm system and the occupants
test methods and performance criteria for point-
of a building. It is intended to cover only those
type heat detectors for use in fire detection and
devices which derive their operating power by
fire alarm systems for buildings (see US ISO
means of a physical electrical connection to an
7240-1). For other types of heat detector or for
external source such as a fire alarm system. This
detectors
part of US ISO 7240 is also intended to cover
environments, this standard should only be
audible alarm devices capable of giving voice
used for guidance.
messages
applicable
by
the
application
of
specific
requirements, tests and performance criteria.
This standard specifies fire alarm audible alarm
intended
to
heat
for
use
in
other
This standard is not
detectors
with
special
characteristics and developed for specific risks.
1002.
US
ISO
7240-6:2011,
Fire
application
detection and alarm systems — Part 6:
environment, type A for indoor use and type B
Carbon monoxide fire detectors using
for outdoor use. This part of US ISO 7240 is not
electro-chemical cells
devices
for
two
types
of
intended to cover: loudspeaker-type devices
This Uganda Standard specifies requirements,
primarily intended for emitting emergency
test methods and performance criteria for point
voice messages that are generated from an
fire detectors using electro-chemical cells that
external audio source; and supervisory audible
operate
alarm devices, e.g. within the control and
principles for use in fire detection and alarm
indicating equipment.
systems installed in buildings (see US ISO 7240-
using
carbon-monoxide
detection
Fire
1). For the testing of other types of CO fire
detection and alarm systems — Part 4:
detectors working on different principles, this
Power supply equipment
part of US ISO 7240 can be used only for
1000.
US
ISO
7240-4:2003,
This Uganda Standard specifies requirements,
guidance.
test methods and performance criteria for power
characteristics and developed for specific risks
supply equipment (p.s.e.) for use in fire
are not covered by this standard.
detection
and
alarm
systems
installed
in
1003.
Fire
US
detectors
ISO
with
7240-7:2011,
special
Fire
buildings. It is not necessarily applicable to
detection and alarm systems — Part 7:
power
Point-type
supply
characteristics,
equipment
developed
with
for
special
particular
applications, which could require further tests.
smoke
detectors
using
scattered light, transmitted light or
ionization
147 | P a g e
This Uganda Standard specifies requirements,
developed for specific risks are not covered by
test methods and performance criteria for point-
this standard.
type
smoke
detectors
that
operate
using
1005.
US
ISO
7240-10:2012,
Fire
scattered light, transmitted light or ionization,
detection and alarm systems — Part 10:
for use in fire detection and alarm systems
Point-type flame detectors
installed in buildings (see US ISO 7240-1). This
This Uganda Standard specifies requirements,
standard also covers point smoke detectors that
test methods and performance criteria for point-
incorporate more than one smoke sensor
type, resettable flame detectors that operate
operating
using radiation from a flame for use in fire
on
these
principles.
Additional
such
detection systems installed in buildings. This
detectors are given in Annex N. For the testing
standard is not applicable to flame detectors
of other types of smoke detectors, or smoke
with
detectors working on different principles, this
specific risks.
requirements
and
test
methods
for
standard can be used only for guidance. Smoke
special
characteristics,
1006.
US
ISO
developed
7240-11:2011,
for
Fire
detectors with special characteristics, developed
detection and alarm systems — Part 11:
for specific risks, are not covered
Manual call points
1004.
US
ISO
7240-8:2007,
Fire
This
Uganda
Standard
specifies
the
detection and alarm systems — Part 8:
requirements; test methods and performance
Carbon monoxide fire detectors using
criteria for manual call points in fire detection
an electro-chemical cell in combination
and alarm systems in and around buildings (see
with a heat sensor
US ISO 7240-1). It takes into account indoor and
This Uganda Standard specifies requirements,
outdoor
test methods and performance criteria for point
operation of the manual call points for type A
multi-sensor fire detectors that incorporate an
“direct
electrochemical
carbon
operation”, and covers those which are simple
monoxide (CO) in combination with one or
mechanical switches, those which are fitted with
more heat sensors, for use in fire detection and
simple electronic components (e.g. resistors,
alarm systems installed in buildings (see US ISO
diodes)
7240-1). For the testing of other types of CO
electronic components and which work with the
multi-sensor fire detectors, or CO and heat
control and indicating equipment for signalling
multi-sensor fire detectors working on different
and identifying, for example, an address or
principles, this standard can be used for
location. This standard does not cover manual
guidance.
CO
fire
call points for special applications, for example
detectors
with
and
manual call points that are intrinsically safe or
cell
and
for
heat
special
sensing
multi-sensor
characteristics
conditions,
operation”
and
those
the
and
appearance
type
which
B
and
“indirect
contain
active
for use in hazardous conditions, if such
148 | P a g e
applications
require
other
standard also specifies requirements for the
requirements or tests than those given in this
integrity of the fire detection and fire alarm
standard.
system when connected to other systems. This
1007.
US
additional
ISO
or
7240-12:2006,
Fire
standard does not specify the manner in which
detection and alarm systems — Part 12:
the system is designed, installed and used in any
Line type smoke detectors using a
particular
transmitted optical beam
applicable to systems where the components are
application.
This
standard
is
This Uganda Standard specifies requirements,
connected to control-and-indicating equipment
test methods and performance criteria for line-
(c.i.e.)
type smoke detectors for use in fire detection
interconnected by electrical wires. For fire
systems installed in buildings. The detectors
detection and fire alarm systems using other
consist of at least a transmitter and a receiver
means of interconnection (for example optical
and can include reflector(s), for the detection of
fibre or radio frequency links), this standard
smoke by the attenuation and/or changes in
may be used as guidance.
attenuation of an optical beam. This standard
does
not
coverline-type
smoke
and
where
1009.
detectors
US
the
ISO
components
7240-15:2004,
are
Fire
detection and alarm systems — Part 15:
designed to operate with separations between
Multisensor fire detectors
opposed components of less than 1 m; line-type
This Uganda Standard specifies requirements,
smoke detectors whose optical path length is
test methods and performance criteria for point-
defined or adjusted by an integral mechanical
type resettable multisensor fire detectors for use
connection; andline-type smoke detectors with
in fire detection systems installed in buildings,
special characteristics, which cannot be assessed
incorporating in one mechanical enclosure at
by the test methods in this standard.
least one smoke sensor and at least one other
1008.
This
US
ISO
7240-13:2005,
Fire
sensor which responds to heat, and in which the
detection and alarm systems — Part 13:
signal(s)
is
(are)
Compatibility assessment of system
combined with the signal(s) of the
heat
components
sensor(s).
Uganda
requirements
Standard
for
specifies
compatibility
the
of
the
1010.
US
smoke
ISO
sensor(s)
7240-16:2007,
Fire
and
detection and alarm systems — Part 16:
connectability assessment of system components
Sound system control and indicating
that either comply with the requirements of US
equipment
ISO 7240 or with a manufacturer’s specification
This
where there is standard. This standard includes
requirements, test methods and performance
only system requirements when these are
criteria for sound system control and indicating
necessary for compatibility assessment. This
equipment (s.s.c.i.e.) for use in buildings and
Uganda
Standard
specifies
the
149 | P a g e
structures as part of a sound system for
circuit isolators, for use in fire detection and
emergency purposes (s.s.e.p.) (see in US ISO
alarm systems for buildings; see US ISO 7240-1.
7240-1). The s.s.c.i.e. is primarily intended to
Means of isolation or protection incorporated
broadcast information for the protection of lives
within control and indicating equipment in US
within one or more specified areas in an
ISO 7240-1 are not covered by this standard.
emergency, to effect a rapid and orderly
1012.
US
ISO
7240-18:2009,
Fire
mobilization of occupants in an indoor or
detection and alarm systems — Part 18:
outdoor area. This includes systems using
Input/output devices
loudspeakers to broadcast voice announcements
This Uganda Standard specifies requirements,
for emergency purposes, alert signals complying
test methods and performance criteria for
with ISO 7731, and evacuate signals complying
input/output
with ISO 8201. The overall requirements of an
transmission path of a fire detection and alarm
s.s.e.p., especially concerning audibility and
system used to receive and/or transmit signals
intelligibility, are contained within ISO 7240-19.
to or from the transmission path, necessary for
In addition to ensuring compliance with this
the operation of the fire detection and fire alarm
standard, the manufacturer should also consider
system and/or fire protection system. An
the requirements of ISO 7240-19, national
input/output
regulations, codes and standards that affect the
separate device or its function can be integrated
s.s.c.i.e. design and usability. For example, some
into another device, in which case this standard
regulations require certain optional functions to
can be used to assess this function. An
be available on all s.s.c.i.e. installed within the
input/output
jurisdiction. The use of the equipment for
amplifiers and signal transfer in separate
normal sound reinforcement and distribution
enclosures, in which case the requirements of
systems
nonhazardous
this standard shall apply. Control and indicating
circumstances is not excluded. This standard can
equipment and ancillary control and indicating
also be used for the assessment of similar control
equipment (e.g. repeater panels and fire brigade
and indicating equipment for use in systems
panels) are not covered by this standard.
purposes
under
where the warning-signal broadcast does not
devices
device
connected
can
device
1013.
US
be
can
ISO
a
to
a
physically
include
7240-20:2010,
signal
Fire
include a voice message. This standard does not
detection and alarm systems — Part 20:
apply to systems using only sounders or bells.
Aspirating smoke detectors
1011.
US
ISO
7240-17:2009,
Fire
This
Uganda
Standard
specifies
the
detection and alarm systems — Part 17:
requirements, test methods and performance
Short-circuit isolators
criteria for aspirating smoke detectors for use in
This Uganda Standard specifies requirements,
fire detection and alarm systems installed in
test methods and performance criteria for short-
buildings.
Aspirating
smoke
detectors
150 | P a g e
developed for the protection of specific risks
of a fire between a fire detection and alarm
that
characteristics
system and occupants in and around buildings.
(including additional features or enhanced
This standard specifies visual alarm devices for
functionality for which this standard does not
three types of application environment. It is only
define a test or assessment method) are also
applicable to pulsing or flashing visual alarm
covered by this standard. The performance
devices, for example xenon beacons or rotating
requirements for any special characteristics are
beacons. It is not applicable to devices giving
beyond the scope of this standard.
continuous light output. This standard is not
incorporate
1014.
special
US
ISO
7240-21:2005,
Fire
intended to cover visual indicators, for example,
detection and alarm systems — Part 21:
on detectors or on the control and indicating
Routing equipment
equipment.
This Uganda Standard specifies requirements,
1017.
US
ISO
7240-24:2010,
Fire
methods of test, and performance criteria for
detection and alarm systems — Part 24:
fire-alarm routing (transmitting) equipment (see
Sound-system loudspeakers
US ISO 7240-1) and for fault (trouble) warning
This Uganda Standard specifies requirements,
routing equipment (see US ISO 7240-1) for use in
test methods and performance criteria for
fire detection and fire alarm systems installed in
loudspeakers intended to broadcast a warning
buildings.
of fire between a fire detection and alarm system
1015.
US
ISO
7240-22:2007,
Fire
and the occupants of a building (see US ISO
detection and alarm systems — Part 22:
7240-1). This standard specifies loudspeakers for
Smoke-detection equipment for ducts
two types of application environment: type A,
This Uganda Standard specifies requirements,
generally for indoor use, and type B, generally
test methods and performance criteria for
for outdoor use. This standard does not cover
smoke-detection equipment for ducts (s.d.e.d.)
loudspeakers
for use in fire-detection and fire alarm systems
example loudspeakers for use in hazardous
installed in buildings (see US ISO 7240-1). The
applications,
s.d.e.d. samples the air from a duct and detects
additional or other requirements or tests other
smoke in the sample.
than those given in this standard. This standard
1016.
This
US
ISO
7240-23:2013,
Fire
is
not
loudspeakers
Visual alarm devices
components.
Standard
specifies
the
if
special
such
intended
detection and alarm systems — Part 23:
Uganda
for
1018.
or
US
to
applications,
applications
cover
loudspeakers
ISO
for
require
addressable
with
7240-25:2010,
active
Fire
requirements, test methods and performance
detection and alarm systems — Part 25:
criteria for visual alarm devices in a fixed
Components using radio transmission
installation intended to signal a visual warning
paths
151 | P a g e
This Uganda Standard specifies requirements,
sensor point-type fire detectors that incorporate
test methods and performance criteria for
an optical or ionization smoke sensor, an electro-
components used in fire detection and alarm
chemical cell for sensing carbon monoxide (CO)
systems, installed in and around buildings,
and, optionally, one or more heat sensors, for
which use radio-frequency (r.f.) transmission
use in fire detection and alarm systems installed
paths.
the
in buildings (see US ISO 7240-1). For the testing
assessment of conformance of the components
of other types of fire detectors using smoke, CO
to the requirements of this standard. Where
and, optionally, heat sensors working on
components work together and this requires
different principles, this standard can be used
knowledge of the system design, this standard
only for guidance. Fire detectors using smoke,
also specifies requirements for the system. When
CO and, optionally, heat sensors which have
the fire detection and alarm system uses wired
special characteristics and which have been
and r.f. transmission paths, the relevant parts of
developed for specific risks are not covered by
US ISO 7240 apply together with this part of US
this standard.
ISO
It
7240.
specifies
requirements
Requirements
relevant
for
to
wire
1020.
US
ISO
7240-28:2009,
Fire
transmission paths are superseded or modified
detection and alarm systems — Part 28:
by those included in this standard. This
Fire protection control equipment
standard does not restrict the intended use of
This Uganda Standard specifies requirements,
radio spectrum, e.g. frequency, power output of
methods of test and performance criteria for fire
devices; the allowed maximum number of the
protection control equipment (f.p.c.e.) (see ISO
components using r.f. transmission paths within
7240-1) connected to automatic fire protection
the fire detection and alarm system or one wire
equipment (a.f.p.e.) (see ISO 7240-1) installed in
transmission path and/or r.f. transmission path;
buildings. The f.p.c.e. receives signals from
andthe allowed maximum number of the
control and indicating equipment (see ISO 7240-
components affected by loss of one wire
1), sends control signals to, and indicates the
transmission path and/or r.f. transmission path.
condition of, the a.f.p.e. The control signals are
1019.
US
ISO
7240-27:2009,
Fire
used
to
initiate
automatic
fire
protection
detection and alarm systems — Part 27:
equipment, such as pumps associated with fire
Point-type
suppression systems, control doors, dampers,
fire
scattered-light,
ionization
detectors
using
transmitted-light
smoke
sensor,
a
or
an
fans and the like.
1021.
US ISO 7291:2010, Gas welding
electrochemical-cell carbon-monoxide
equipment — Pressure regulators for
sensor and a heat sensor
manifold systems used in welding,
This Uganda Standard specifies requirements,
cutting and allied processes up to 30
test methods and performance criteria for multi-
MPa (300 bar)
152 | P a g e
This Uganda Standard specifies requirements
elastomeric hose and hose assembly for use in
and test methods for pressure regulators in
airless paint spraying.
1025.
manifold systems used in welding, cutting, and
US ISO 8029:2007, — General-
allied processes for: compressed gases up to 30
purpose collapsible water hose, textile
MPa
reinforced — Specification
(300
bar);dissolved
petroleum
gases
acetylene;liquefied
(LPG);methylacetylene-
propadiene-mixtures
(MPS);carbon
dioxide
This
Uganda
Standard
specifies
the
requirements for four types of textile-reinforced
(CO2).It is not applicable to pressure regulators
thermoplastics
fitted directly to the gas cylinders, as defined in
general applications for use in the temperature
US ISO 2503.
range of−10 °C to +55 °C. Such hoses are
1022.
US ISO 7931: 1985, Insulation
classified
into
collapsible
four
water
types,
as
hoses
for
follows:low
taps and bushes for resistance welding
pressure, designed for a maximum working
equipment
pressure of up to 4,0 bar at 23 °C and up to 2,0
This Uganda Standard specifies dimensions and
bar at 55 °C;medium pressure, for a maximum
requirements for insulated taps and bushes in
working pressure of up to 7,0 bar at 23 °C and
the secondary circuit for resistance welding
up to 3,6 bar at 55 °C;high pressure, for a
equipment, especially for use in back-ups
maximum working pressure of up to 10,0 bar at
according to ISO 5827.
23 °C and up to 5,1 bar at 55 °C; andextra-high
1023.
US ISO 7989-2:2007, Steel wire
and wire products
This
pressure, for a maximum working pressure of
— Nonferrous
up to 15,5 bar at 23 °C and up to 7,9 bar at 55
metallic coatings on steel wire — Part
°C.This standard does not apply to products
2: Zinc or zinc-alloy coating
used for fire-fighting or the conveyance of
Uganda
Standard
specifies
the
drinking water
requirements for the coating mass per unit area,
1026.
.US ISO 8066-2:2001, Rubber
for other properties and also for testing of zinc
and plastics hoses and hose assemblies
or zinc-alloy coatings on steel wire and steel
for automotive air conditioning —
wire products, of circular or other section.
Specification — Part 2: Refrigerant
1024.
and/or
This
US
ISO
plastics
8028:1999,
hoses
Rubber
and
hose
134a
This
Uganda
Standard
specifies
the
assemblies for airless paint spraying —
requirements for rubber or thermoplastic hoses
Specification
and hose assemblies used for circulating liquid
Uganda
Standard
specifies
the
and gaseous R134a (tetrafluoroethane) in the air-
requirements for four types, differentiated by
conditioning systems of automobiles. The hoses
burst pressure and temperature of use, of
and hose assemblies are designed in such a way
as
to
restrict
losses
of
refrigerant
and
153 | P a g e
contamination of the system. The operational
This
temperature range is 40 °C to +125 °C
dimensions and tolerances of resistance spot
1027.
Uganda
Standard
specifies
the
US ISO 8098:2014, Cycles —
welding electrode holders (type C) without
Safety requirements for bicycles for
offset and with a facility for cable clamping,
young children
and where a clamp is used to fix the holder
This Uganda Standard specifies safety and
directly to the welding cylinder in multiple
performance requirements and test methods for
spot welding equipment.
the design, assembly and testing of fully
1031.
US ISO 8442-1:1997, Materials
assembled bicycles and sub-assemblies for
and articles in contact with foodstuffs
young children.
— Cutlery and table holloware — Part
1028.
US ISO 8430-1:1988, Resistance
1: Requirements for cutlery for the
preparation of food
spot welding — Electrode holders —
Part 1: Taper fixing 1:10
This Uganda Standard specifies material and
This Uganda Standard specifies the dimensions
performance requirements and test methods for
and tolerances of resistance spot welding
metal cutlery and related implements intended
electrode holders (type AI without offset and
for use in the preparation of food. Two grades of
with the facility for cable clamping, and where a
cutlery are specified:
male taper 1:10 is used to fix the holder directly
to the welding cylinder in multiple spot welding
or prongs capable of withstanding dishwasher
equipment.
1029.
a normal grade with corrosion resistant blades
US ISO 8430-2:1988, Resistance
spot welding — Electrode holders —
Part 2: Morse taper fixing
This Uganda Standard specifies the dimensions
and tolerances of resistance spot welding
electrode holders (type 9) without offset and
cleaning procedures;
a special grade with corrosion resistant blades
capable of withstanding dishwasher cleaning
procedures and sterilization processes.
1032.
US ISO 8442-2:1997, Materials
with a facility for cable clamping, and where a
and articles in contact with foodstuffs
male Morse taper is used to fix the holder
— Cutlery and table holloware — Part
directly to the welding cylinder in multiple spot
2: Requirements for stainless steel and
welding equipment.
silver-plated cutlery
1030.
US ISO 8430-3:1988, Resistance
This
Uganda
Standard
specifies
material,
spot welding — Electrode holders —
performance requirements and test methods for
Part 3: Parallel shank fixing for end
table cutlery (knives, forks, spoons, carving sets,
thrust
ladles, children’s cutlery and other serving
pieces). This standard is applicable to stainless
154 | P a g e
steel cutlery and to silver-plated nickel silver, or
1034.
US ISO 8442-4:1998, Materials
silver-plated stainless steel, cutlery. It does not
and articles in contact with foodstuffs
cover cutlery made wholly of precious metals,
— Cutlery and table holloware — Part
aluminium, nonstainless steel or that made
4: Requirements for gold-plated cutlery
entirely of nickel silver, nor does it cover gold-
This Uganda Standard specifies the following
plated or chromium-plated cutlery.
requirements for gold plated cutlery:
US ISO 8442-3:1997, Materials
performance requirements for table cutlery (for
and articles in contact with foodstuffs
example, knives, forks, spoons, carving sets,
— Cutlery and table holloware — Part
ladles, and other serving pieces);
1033.
3: Requirements for silver-plated table
and decorative hollowware
This
Uganda
Standard
specifies
material,
performance requirements and test methods for
silver-plated table and decorative holloware
made principally from metals, and intended for
composition limits for base metals for cutlery;
tests for resistance to permanent deformation ,
firmness of handle attachment, hardness of
blades, resistance to corrosion and the thickness
and adhesion of gold coatings;
use at or upon the dining table. Composition
limits are specified for the basic metals for
three minimum thicknesses of gold plating: a
fabrication of the holloware prior to silver-
first class, a second class, and a third class.
plating. This standard applies to decorative
items such as vases and trophies and includes
such items as jugs, dishes, tea- and coffee-pots,
trays and tureens, candlesticks, wine-coolers.
Requirements are specified for brass, copper,
nickel-silver,
pewter
and
stainless
steel
holloware with a silver-plated coating and for
This standard specifies the method of defining
gold deposits for each and every item and also
test methods. This standard does not apply to
table cutlery which has only small areas of gold
plate as inlays in non-gold plated decoration.
1035.
US ISO 8442-5:2004, Materials
silver-plated cast attachments thereto. The
and articles in contact with foodstuffs
thickness levels of silver coatings are specified
— Cutlery and table holloware — Part
as first, second and third class, these deposits
5: Specification for sharpness and edge
can also be protected by lacquer. The standard
retention test of cutlery
does not apply to holloware made entirely of
This Uganda Standard specifies the sharpness
precious metals, brass, nickel-silver, pewter,
and edge retention of
stainless steel or that made from ceramics or
produced for professional and domestic use in
glass.
the preparation of food of all kinds, specifically
knives which are
155 | P a g e
those knives intended for hand use. Powered
This Uganda Standard specifies material and
blade instruments of any kind are excluded.
performance requirements for table cutlery
1036.
US ISO 8442-6:2000, Materials
and articles in contact with foodstuffs
— Cutlery and table holloware — Part
6: Lightly silver-plated table holloware
protected by lacquer
This Uganda Standard specifies material and
performance requirements for table holloware
and cast attachments, made from metals which
are lightly silver-plated and protected by
lacquer. This standard is applicable to such
items as jugs, dishes, wine coolers, tea- and
coffee-pots, trays and tureens. Requirements are
made of silver, other precious metals and their
alloys (knives with stainless steel blades, forks,
spoons, carving sets, ladles and other pieces). It
does not include requirements for design, size,
type of finish, blade flexibility, or similar
characteristics which are matters of personal
choice or which can be readily assessed by the
purchaser at the point of sale. No sampling
provisions are included in this standard, the
requirements specified are applicable for each
and every item produced.
1038.
US ISO 8442-8:2000, Materials
specified for brass, copper, bronze, nickel-silver,
and articles in contact with foodstuffs
pewter and stainless steel holloware with a light
— Cutlery and table holloware — Part
silver-plating and a lacquered coating. The
8: Requirements for table cutlery made
standard does not cover holloware made
of
entirely of precious metals, brass, nickel-silver,
holloware
silver
decorative
This
non-stainless steel or zinc-based die cast.
performance and marking requirements for
Composition limits are specified for the basic
silver table and decorative holloware, intended
metals for fabrication of the holloware prior to
for use at or upon the dining table. This
silver-plating and lacquering. The standard does
standard extends to decorative items such as
not include requirements for design, size or any
vases and candlesticks and includes such items
other characteristics which are matters of
as jugs, dishes, tea- and coffee-pots, trays and
personal choice or which can be readily assessed
tureens and wine-coolers.
1039.
Standard
and
stainless steel or made from ceramics or glass or
by the purchaser at the point of sale.
Uganda
table
specifies
material,
US ISO 8442-9:2018, Materials
US ISO 8442-7:2000, Materials
and articles in contact with foodstuffs
and articles in contact with foodstuffs
— Cutlery and table holloware — Part
— Cutlery and table holloware — Part
9: Requirements for ceramic knives
1037.
7: Requirements for table cutlery made
This Uganda Standard specifies material and
of silver, other precious metals and
performance requirements and test method of
their alloys
156 | P a g e
ceramic blades of knives intended for use in the
andso-called liquid-phase blowpipes which are
preparation of food.
fed with a fuel gas in the liquid phase, and
1040.
US ISO 8488:1986, Cycles —
Screw threads used to assemble head
fittings on bicycle forks
This Uganda Standard specifies details of the
screw threads used to assemble head races and
locknuts, i.e. fittings, on bicycle fork steering
columns.
1041.
US ISO 8720:1991, Passenger
where thermal evaporation takes place within
the blowpipe. It does not apply to blowpipes in
which the fuel gas leaves the injector in the
liquid
This Uganda Standard specifies requirements to
ensure the safety in use of original equipment
mechanical jacks supplied with passenger cars
(as defined in ISO 3833), in changing wheels and
putting on chains.
1042.
US ISO 9012:2008, Gas welding
equipment
—
Air-aspirated
hand
blowpipes — Specifications and tests
This Uganda Standard specifies requirements
and
test
methods
for
air-aspirated
hand
allied thermal processes, which use a fuel gas
and aspirated air (injector-type blowpipes), and
are intended for manual use. This International
Standard is applicable to:air-aspirated hand
blowpipes which are fed with a fuel gas in the
gaseous phase, at a controlled pressure by a
regulator, through a gas supply hose;airaspirated hand blowpipes which are fed with a
liquefied fuel gas in the gaseous phase at the
container pressure, through a gas supply hose;
to
so-called
“cartridge”
onto the blowpipe and possibly constitutes the
shank.
1043.
US
ISO
9090:1989,
Gas
tightness of equipment for gas welding
and allied processes
This Uganda Standard specifies the maximum
external leakage rates which are acceptable for
equipment used for welding, cutting and allied
processes. It applies to individual components
which are used in the gas supply to a blowpipe
from the connecting point of the hose (outlet of
the cylinder valve or connecting point to a gas
supply plant). It does not apply to gas supply
plants.
1044.
US ISO 9312:2013, Resistance
welding equipment — Insulated pins
blowpipes. This standard applies to blowpipes
for brazing, soldering, heating, fusion and other
or
blowpipes where the gas supply is fixed directly
cars — Specifications for mechanical
jacks
phase,
for use in electrode back-ups
This
Uganda
Standard
specifies
the
requirementsfor insulated pins used to pin parts
in the secondary circuit of resistance welding
equipment, or other live equipment, which need
to be insulated from each other.
1045.
US ISO 9313:1989, Resistance
welding equipment — Cooling tubes
This Uganda Standard specifies dimensions and
tolerances of cooling tubes for resistance spot
welding equipment.
157 | P a g e
1046.
US ISO 9539:2010, Gas welding
1049.
US ISO 10380:2012, Pipework
equipment — Materials for equipment
— Corrugated metal hoses and hose
used in gas welding, cutting and allied
assemblies
processes
This Uganda Standard specifies the minimum
This Uganda Standard specifies the general, and
requirements for the
some of the special, requirements on materials
testing and installation of corrugated metal
used for the construction of equipment used in
hoses and metal hose assemblies
gas welding, cutting and allied processes.
1050.
design,
manufacture,
US ISO 10499-1:1991, Industrial
Additional requirements on materials for some
tyres and rims — Rubber solid tyres
equipment are given in other standards. This
(metric series)or pneumatic tyre rims
standard is not applicable to materials used for
— Part 1: Designation, dimensions and
the construction of welding hoses which are
marking
This Uganda Standard specifies the main
specified in US ISO 3821.
1047.
US ISO 10131-1:1997, foldaway
requirements,
including
designations,
beds — safety requirements and tests
dimensions and markings, of the metric series of
— part 1 safety requirements
rubber solid tyres for pneumatic tyre rims
This Uganda Standard specifies requirements
primarily intended for industrial machines for
relating to the safety and strength of foldaway
use on prepared surfaces. Rim contours fitting
beds for domestic use. It also deals with the
these tyres will be specified in a future part of
strength of the mounting of the bed to the
ISO 3739.
building structure, where applicable. This part
1051.
US ISO 10499-2:1998, Industrial
of ISO 10131 does not specify the properties of
tyres and rims — Rubber solid tyres
the materials or electrical equipment used in the
(metric series)for pneumatic tyre rims
construction of foldaway beds.
— Part 2: Load ratings
This Uganda Standard specifies the load ratings
Gas
of the metric series of rubber solid tyres for
welding equipment — Marking for
pneumatic tyre rims primarily intended for
equipment used
industrial vehicles for use on prepared surfaces.
1048.
US
ISO
10225:2013,
for gas
welding,
cutting and allied processes
Designation,
dimensions
and
marking
are
This Uganda Standard specifies the gas letter
covered in US ISO 10499-1; rim contours fitting
code to be used for marking the equipment for
these tyres are specified in US ISO 3739-3.
gas welding, cutting and allied processes, when
the full name of the gas cannot be used.
1052.
US ISO 11237:2010, Rubber
hoses and hose assemblies — Compact
wire-braid reinforced hydraulic types
158 | P a g e
for oil-based or water-based fluids —
This Uganda Standard specifies requirements
Specification
for five types of hose and hose assembly used in
This Uganda Standard specifies requirements
automobile power-steering systems, the five
for five types of compact, wire-braid-reinforced
types differing in their pressure ratings and
hose and hose assembly of nominal size from 5
volumetric expansion. They are for use with
to 31,5. They are suitable for use with water-
fluids in the temperature range - 40 “C to + 135
based hydraulic fluids HFC, HFAE, HFAS and
“C. This standard is based on performance tests
HFB as defined in ISO 6743-4 at temperatures
and, in order to take account of technological
ranging from −40 °C to +60 °C and oil-based
developments, no requirements are included for
hydraulic fluids HH, HL, HM, HR and HV as
specific materials, detailed construction or
defined in ISO 6743-4 at temperatures ranging
manufacturing methods.
from −40 °C to +100 °C. This standard does not
1055.
US
ISO
include requirements for end fittings. It is
vehicles
limited to requirements for hoses and hose
Specifications
—
11530:1993,
Hydraulic
Road
jacks
—
This Uganda Standard specifies design and
assemblies.
US ISO 11424:1996, Rubber
safety requirements, and test methods for
hoses and tubing for air and vacuum
hydraulic jacks for road vehicles, used for
systems
changing wheels and putting on chains.
1053.
for
internal-combustion
engines — Specification
1056.
US ISO 11601:2008 Firefighting
This Uganda Standard specifies requirements
—
for vulcanized-rubber hoses and tubing for use
Performance and construction
Wheeled
fire
extinguishers
—
in the various air and vacuum systems found on
This Uganda Standard specifies the principal
internal combustion engines. The standard does
requirements intended to ensure the safety,
not cover hoses used for direct power-brake
reliability and performance of wheeled fire
actuation in trucks and trailers, nor for air
extinguishers.
intakes and ducting within the passenger
1057.
US
ISO
11602-1:2000,
Fire
The highest-temperature hoses
protection — Portable and wheeled fire
are generally used for turbocharger applications.
extinguishers — Part 1: Selection and
All hoses and tubing remain serviceable down
installation
compartment.
This part of US ISO 11602 gives requirements for
to - 40 “C.
1054.
hoses
US ISO 11425:1996, Rubber
the selection and installation of portable and
and
wheeled fire extinguishers. It should be used in
hose
assemblies
for
automobile power steering systems —
Specification
conjunction with US ISO 11602-2.
1058.
US
ISO
11602-2:2000
Fire
protection — Portable and wheeled fire
159 | P a g e
extinguishers —Part 2: Inspection and
This Uganda Standard specifies performance
maintenance
requirements for laminated safety glass as
This part of US ISO 11602 specifies the
defined in US ISO 12543-1.
inspection, maintenance, and periodic testing of
1062.
portable and wheeled fire extinguishers.
1059.
US
ISO
12170:1996,
building
Gas
requirements
Standard
and
specifies
relevant
methods
the
of
measurement and testing of two types of
Laminated
glass
and
Laminated glass
hoses for welding and allied processes
Uganda
—
laminated safety glass — Part 3:
welding equipment — Thermoplastic
This
US ISO 12543-3:2011, Glass in
This Uganda Standard specifies performance
requirements for laminated glass as defined in
US ISO 12543-1.
thermoplastic hoses with maximum design
1063.
working pressure of 1 MPa and of 2 MPa, used
US ISO 12543-5:2011, Glass in
building
—
Laminated
glass
and
for flexible gas supply lines in specific fields of
laminated safety glass — Part 5:
application as follows:small kits for brazing and
Dimensions and edge finishing
welding in accordance with US ISO 14112;air-
This Uganda Standard specifies dimensions,
aspirated blowpipes for welding and allied
limit deviations and edge finishes of laminated
processes;miniature welding such as jewellery
glass and laminated safety glass for use in
work,
acetylene
building. This part of US ISO 12543 is not
applications; andarc welding with shielding gas.
applicable to panes having an area less than 0.05
dental
work
1060.
excluding
US ISO 12540:2017, Glass in
building
—
Tempered
soda
lime
1064.
silicate safety glass
This
Uganda
definitions,
Standard
product
m2
covers
product
characteristics,
i.e.
tolerances, flatness, edgework, etc., fracture
US ISO 12543-6:2011, Glass in
building
—
Laminated
glass
and
laminated safety glass — Part 6:
Appearance
characteristics, including fragmentation, and the
This Uganda Standard specifies defects of
physical and mechanical characteristics of flat
finished sizes and test methods with regard to
tempered soda lime silicate safety glass for use
the appearance of laminated glass when looking
in buildings.
through the glass. This part of US ISO 12543 is
applicable to finished sizes at the time of supply.
1061.
US ISO 12543-2:2011, Glass in
building
—
Laminated
glass
and
laminated safety glass — Part 2:
Laminated safety glass
1065.
US ISO 12821: 2013, Glass
packaging — 26 H 180 crown finish —
Dimensions
160 | P a g e
This Uganda Standard specifies the dimensions
Terms, definitions and specifications
of the 26-mm-tall crown finish for glass bottles
for adhesives (2nd Edition)
containing beverages. The tall crown finish is
This Uganda Standard defines terms concerning
designed to use a metal crown closure.
the products, working methods and application
Glass
properties for ceramic tile adhesives. It specifies
packaging — 26 H 126 crown finish —
values of performance requirements for all
Dimensions
ceramic
1066.
US
ISO
12822:2020,
tile
adhesives
[cementitious
(C),
This Uganda Standard specifies the dimensions
dispersion (D) and reaction resin (R) adhesives].
of the 26 mm shallow crown finish for glass
This part of US ISO 13007 is applicable to
bottles containing beverages. The shallow crown
ceramic tile adhesives for internal and external
finish is designed to use a metal crown closure.
tile installations on walls and floors. It is not
1067.
tiles
US ISO 13006:2018, Ceramic
—
Definitions,
characteristics
and
classification,
marking
(2nd
Edition)
This Uganda Standard defines terms and
establishes classifications, characteristics and
marking requirements for ceramic tiles of the
best commercial quality (first quality). This
document is not applicable to tiles made by
applicable to criteria or recommendations for
the design and installation of ceramic tiles. (This
Uganda Standard cancels and replaces US ISO
13007-1:2005, Ceramic tiles — Grouts and adhesives
— Part 1: Terms, definitions and specifications for
adhesives, which has been technically revised).
1069.
US ISO 13007-3:2010, Ceramic
tiles — Grouts and adhesives — Part 3:
Terms, definitions and specifications
for grouts (2nd Edition)
other than normal processes of extrusion or dry
This Uganda Standard defines terms concerning
pressing. It is not applicable to decorative
the products, working methods and application
accessories or trim such as edges, corners,
properties for ceramic tile grouts. It specifies
skirting, capping, coves, beads, steps, curved
values of performance requirements for all
tiles and other accessory pieces or mosaics (i.e.
ceramic tile grouts [cementitious (CG) and
any piece that can fit into a square, the side of
which is less than 7 cm). (This standard cancels
and replaces the first edition US ISO 13006:2012,
Ceramic
tiles
characteristics
—
and
Definitions,
marking,
classification,
which
has
been
technically revised).
1068.
US ISO 13007-1:2010, Ceramic
tiles — Grouts and adhesives — Part 1:
reaction resin (RG) grouts]. This part of US ISO
13007 is applicable to ceramic tile grouts for
internal and external tile installations on walls
and floors. It is not applicable to criteria or
recommendations for the design and installation
of ceramic tiles. (This Uganda Standard cancels and
replaces US ISO 13007-3:2004, Ceramic tiles —
Grouts and adhesives — Part 3: Terms, definitions
161 | P a g e
and specifications for grouts, which has been
Part
technically revised).
attachments
1:
Seat
bight
anchorages
and
1070. US ISO 13008:2012, Information and
documentation
—
Digital
records
This Uganda Standard specifies the dimensions,
general
conversion and migration process
This Uganda Standard specifies the planning
issues, requirements and procedures for the
conversion and/or migration of digital records
(which includes digital objects plus metadata) in
order to preserve the authenticity, reliability,
integrity and usability of such records as
evidence of business transactions. These digital
requirements
and
static
strength
requirements of rigid anchorages for anchoring
child restraint systems (CRS) in vehicles. It is
applicable to fittings for the installation of CRSs
for children with a mass of up to 22 kg, by
means of two rigid anchorages positioned in the
seat bight area, in passenger carrying vehicles.
1073. US ISO 13216-2:2004, Road vehicles —
records can be active or residing in a repository.
Anchorages in vehicles and attachments to
These procedures do not comprehensively cover
anchorages for child restraint systems —
backup systems; preservation of digital records;
Part
functionality of trusted digital repositories; the
attachments
2:
Top
tether
anchorages
and
Standard
establishes
the
process of converting analogue formats to
This
digital formats and vice versa.
positioning zones, dimensions and general and
1071. US ISO 13106:2014, Plastics — Blowmoulded polypropylene containers for
packaging of liquid foodstuffs
This
Uganda
Standard
provides
the
requirements of polypropylene resins intended
for use in blow-moulded, round containers with
capacities up to, and including two litres
intended for the packaging of liquids for human
Uganda
static-strength
requirements
for
top
tether
anchorages used together with seat bight
anchorages according to ISO 13216-1 or with
other systems for anchoring child restraint
systems (CRS) in road vehicles. It is applicable
to child restraint systems intended for children
with a mass of up to 22 kg.
1074. US ISO 13216-3:2006, Road vehicles —
also provides
Anchorages in vehicles and attachments to
tolerances on mass, dimensions, methods of
anchorages for child restraint systems —
sampling,
Part 3: Classification of child restraint
consumption.
This standard
testing,
and
performance
requirements
dimensions and space in vehicle
This Uganda Standard classifies the spatial
1072. US ISO 13216-1:1999, Road vehicles —
requirements in a vehicle to enable a child
Anchorages in vehicles and attachments to
restraint system (CRS) to be conveniently
anchorages for child restraint systems —
mounted. It also specifies the dimensions of
162 | P a g e
child restraint systems, in order to ensure that
and compressed oxygen, air or an air/oxygen
they will fit in vehicles.
mixture for combustion. It is applicable to
1075.
US ISO 13363:2004, Rubber and
plastics hoses for marine engine wet-
appliances
which
use
gases
contained
in
refillable containers having a maximum water
exhaust systems — Specification
capacity of 5 litres, or in disposable containers
This Uganda Standard specifies requirements
with maximum water capacity of 1 litre. It is not
for three types and two classes of hose. The
applicable to the following: appliances using
hoses are intended for use in marine-engine wet-
acetylene or hydrogen as combustible gas;air-
exhaust systems (where the exhaust gases are
aspirated appliances;appliances working with
mixed with the discharge of cooling water).The
an oxygen generator; andappliances working by
three types are:type 1: a softwall hose, made of
electrolysis.
1077.
oil-resistant material, with a synthetic-fabric
lengths in locations where the connector is
protected from mechanical damage.The two
classes are:class A intended for diesel engines;
andclass B intended for petrol engines, and for
diesel engines with a very high exhaust
temperature
1076.
US
ISO
14112:1996,
Gas
welding equipment — Small kits for
Uganda
Standard
specifies
safety
requirements for the construction of small kits
for brazing, soldering and welding for nonprofessional use. This standard is applicable to
appliances
whose
welding
(45 MPa)
This Uganda Standard specifies requirements
for rubber and plastics hose and hose assemblies
for
use
with
compressed,
liquefied,
and
dissolved gases up to a maximum working
pressure of 450 bar (45 MPa), within the ambient
temperature range of −20 °C to +60 °C. This
standard applies to hose assemblies used to
connect industrial gas cylinders to manifolds or
bundles prior to any pressure reduction stage.
This standard does not cover rubber or
thermoplastic hoses for welding, cutting, and
gas brazing and welding
This
Gas
use with industrial gases up to 450 bar
reinforcement with a helical wire embedded in
reinforcement or cover, intended for use in short
14113:2013,
plastics hose and hose assemblies for
oil-resistant material, with a synthetic-fabric
made of oil-resistant material, with or without a
ISO
welding equipment — Rubber and
reinforcement;type 2: a hardwall hose, made of
it; andtype 3: a hose or tube (flexible connector),
US
equipment
is
completely set up in the factory and which use a
liquefied gas or gas mixture as combustible gas,
allied processes (see US ISO 3821 and US ISO
12170). This standard does not apply to
refrigerated liquefied gases or to liquefied
petroleum gases (LPG).
1078.
US
welding
ISO
14114:1999,
equipment
—
Gas
Acetylene
manifold systems for welding, cutting
163 | P a g e
and
allied
processes
—
General
requirements
the thickness ratio is less than or equal to 3:1. It
applies to the welding of three thicknesses,
This Uganda Standard is applicable to acetylene
where the total thickness is less than or equal to
cylinder manifold systems extending from the
9 mm. Welding with the following types of
cylinder valve or the bundle outlet connections
equipment is within the scope of this standard:
to the connection of the flame arrestor. It

pedestal welding equipment;
specifies requirements for design, materials and

gun welders;
testing of cylinder manifold systems for the

automatic welding equipment where
supply of acetylene for use in welding, cutting
the components are fed by robots or
and allied processes. This standard applies to
automatic feeding equipment;
acetylene cylinder manifold systems in which

multi welders; and
up to 16 acetylene single cylinders or two

robotic welders.
acetylene bundles are coupled for collective gas
12170). This standard does not apply to
withdrawal.
refrigerated liquefied gases or to liquefied
1079.
US ISO 14373:2006, Resistance
welding — Procedure for spot welding
petroleum gases (LPG).
1080.
US
ISO
14557:2002,
Fire-
of uncoated and coated low carbon
fighting hoses — Rubber and plastics
steels
suction hoses and hose assemblies
This Uganda Standard specifies requirements
This Uganda Standard gives requirements and
for resistance spot welding in the fabrication of
test methods for rubber and plastics suction
assemblies of uncoated and metallic coated low
hoses for fire-fighting purposes.
carbon steel, comprising two or three sheets of
metal,
where
the
maximum
single
1081.
sheet
US ISO 15465:2004, Pipework
— Stripwound metal hoses and hose
thickness of components to be welded is within
assemblies
the range 0,4 mm to 3 mm, for the following
This
materials:
requirements for the design, manufacture and

uncoated steels;
testing of four principal types of stripwound

hot-dip
zinc
or
iron-zinc
alloy
Uganda
Standard
specifies
the
metal hose and hose assemblies, of which only
(galvannealed) coated steel;
one type is for pressure applications. The four
electrolytic zinc, zinc-iron, or zinc-nickel
are: single overlap, unpacked and packed;
coated steel;
double overlap, unpacked and packed, the last

aluminium coated steel; ad
of these having maximum allowable pressures

zinc-aluminium coated steel.
of up to 40 bar. These hoses and hose assemblies

This standard is applicable to the welding of
may be supplied in nominal sizes from DN 6 to
sheets of the same or dissimilar thickness, where
164 | P a g e
DN 500 and may operate at temperatures up to
600 °C dependent on materials of construction
1082.
US
welding
ISO
15615:2013,
equipment
—
Gas
Acetylene
1085. US ISO 16120-3:2011, Non-alloy steel
rod for drawing and/or cold rolling — Part
3: Specific requirements for nominal and
rimmed substitute low carbon steel rod
manifold systems for welding, cutting
This Uganda Standard is applicable to wire rod
and
made of low-carbon, low-silicon, rimmed and
allied
processes
—
Safety
requirements in high-pressure devices
rimmed substitute steel with high ductility
This Uganda Standard establishes the general
intended for drawing and/or cold rolling.
specifications,
for
1086. US ISO 16120-4:2011, Non-alloy steel
devices located on the high-pressure side of
rod for drawing and/or cold rolling — Part
acetylene manifold systems as defined in US ISO
4: Specific requirements for wire rod for
14114. It does not cover the high-pressure
special applications
requirements
and
tests
This Uganda Standard is applicable to steel wire
piping, flexible hoses and the regulator.
rod with improved characteristics intended for
1083.
US
ISO
15763:2002,
Road
vehicles — Alarm systems for buses
and commercial vehicles of maximum
authorized total mass greater than 3.5 t
This
Uganda Standard defines terms and
specifies requirements and tests for vehicle
alarm systems (VAS) intended for installation
within buses and commercial vehicles (as
defined in ISO 3833) having a maximum
authorized total mass (code ISO-M08 as defined
in ISO 1176) of greater than 3.5 t.
1084.
US
ISO
16120-1:2011,
Non-
alloy steel rod for drawing and/or cold
rolling — Part 1: General requirements
This Uganda Standard is applicable to wire rod
of non-alloy steel intended for wire drawing
and/or cold rolling. The cross-section can be
circular, oval, square, rectangular, hexagonal,
octagonal,
generally
half-round
with
at
or
least
another
5
mm
dimension, and with a smooth surface.
shape,
nominal
drawing and/or cold rolling.
1087. US
ISO
16438:2012,
Agricultural
irrigation equipment — Thermoplastic
collapsible
hoses
for
irrigation
—
Specifications and test methods
This Uganda Standard specifies requirements
and test methods for reinforced and nonreinforced
thermoplastic
collapsible
hoses,
which are intended to be used as main and submain supply lines for the conveyance and
distribution of water for irrigation at water
temperatures up to 50 °C. It is applicable to
irrigation
hoses
with
nominal
diameters
between 40 mm and 500 mm and working
pressures between 0,3 bar (0,03 MPa) and 6 bar
(0,6 MPa). This standard is applicable to two
types of hose configurations: distributor hose
(with
outlet
connections)
and
plain
hose
Boilers
and
(without outlet connections).
1088. US
ISO 16528-1:2007,
pressure vessels — Part 1: Performance
165 | P a g e
requirements
This standard does not apply for nuclear
This Uganda Standard defines the performance
components, railway and marine boilers, gas
requirements for the construction of boilers and
cylinders or piping systems or mechanical
pressure vessels. It is not the intent of this
equipment, e.g. turbine and machinery casings.
standard to address operation, maintenance and
1089. US ISO 17165-1:2007, Hydraulic fluid
in-service inspection of boilers and pressure
power — Hose assemblies — Part 1:
vessels. In relation to the geometry of the
Dimensions and requirements
pressure-containing parts for pressure vessels,
This Uganda Standard specifies requirements
the
for hose assemblies that are manufactured from
scope
of
this
standard
includes
the
following:
hoses that conform to US ISO 3949 and to all

welding end connection for the first
parts of US ISO 1436, US ISO 3862, US ISO 4079
circumferential
and US ISO 11237 and hose fittings with
joint
for
welded
elastomeric seals that conform to US ISO 12151-
connections;




first
threaded
joint
for
screwed
1, US ISO 12151-2, US ISO 12151-3 and ISO
connections;
12151-6. This part of US ISO 17165 contains
face of the first flange for bolted, flanged
information of the most important criteria for
connections;
the selection of preferred types of hoses and
first sealing surface for proprietary
hose fittings with elastomeric sealing for use in
connections or fittings;
hydraulic fluid power applications.
safety accessories, where necessary.
1090. US ISO 18595:2007, Resistance welding
In relation to the geometry of pressure-
— Spot welding of aluminium and
containing parts for boilers, the scope of this
aluminium alloys — Weldability, welding
and testing
standard covers the following:

feedwater inlet (including the inlet
valve) to steam outlet (including the
outlet
valve),
including
all
inter-
connecting tubing that can be exposed
to a risk of overheating and cannot be
isolated from the main system;

associated safety accessories;

connections to the boilers involved in
services, such as draining, venting,
superheating, etc.
This Uganda Standard specifies requirements
for resistance spot welding in the fabrication of
assemblies of aluminium sheet, extrusions (both
work- and age-hardening alloys) and/or cast
material comprising two or three thicknesses of
metal, where the maximum single (sheet)
thickness of components to be welded is within
the range 0,6 mm to 6 mm. This standard is
applicable to the welding of sheets or plates of
dissimilar thickness where the thickness ratio is
less than or equal to 3:1. It applies to the
welding of three thicknesses where the total
166 | P a g e
thickness is less than or equal to 9 mm. Welding
This Uganda Standard specifies requirements
with the following types of machines is within
and test methods for footwear protecting users
the scope of this International Standard:pedestal
against thermal risks and molten iron or
welding
aluminium
machines;gun
welders;automatic
metal
splashes
such
as
those
welding equipment where the components are
encountered in foundries, welding and allied
fed
process.
by
robots
or
automatic
feeding
1093. US ISO 23297:2008, Thermoplastics
equipment;multi-welders; androbotic welders
hoses and hose assemblies — Wire or
1091. US ISO 19595:2017, Natural aggregates
synthetic yarn reinforced single-pressure
for concrete
This Uganda Standard specifies the properties
types
for
hydraulic
and requirements of aggregates obtained by
Specification
applications
—
processing natural materials and mixtures of
This Uganda Standard specifies requirements
these aggregates for use in concrete. It is
for eight classes and two types (construction
applicable to aggregates with an oven-dried
with
particle density greater than 2,00 Mg/m3 (2 000
construction without adhesive bond between
kg/m3) in accordance with ISO 22965 (all parts).
layers) of wire or synthetic yarn reinforced
This
general
hydraulic hoses and hose assemblies of nominal
requirement that natural aggregates are not
size from 3,2 to 31,5. Each class has a single
intended to release any harmful substances in
maximum working pressure for all sizes. Such
excess
levels
hoses are suitable for use with hydraulic fluids
specified for the material or permitted in the
HH, HL, HM, HR, and HV as defined in ISO
national regulations of the place in use. National
6743-4 at temperatures ranging from −40 °C to
provisions, preferably given in a national annex
+100 °C for grades A and B and −40 °C to +120
or a project specification, can specify additional
°C for grades C and D. This standard does not
or deviating requirements. (This Uganda Standard
include requirements for end fittings. It is
cancels and replaces US 101:2002 Specification for
limited to the performance of hoses and hose
aggregates from natural sources for concrete)
assemblies.
document
of
the
incorporates
maximum
a
permitted
adhesive
bond
The
hose
between
layers
assembly
and
maximum
working pressure is governed by the lowest
1092.
US ISO 20349:2010, Personal
protective
equipment
—
Footwear
protecting against thermal risks and
molten metal splashes as found in
foundries
and
welding
Requirements and test method
—
maximum working pressure of the components
1094. US
ISO
23560:
2015,
Woven
polypropylene sacks for bulk packaging
of foodstuffs
This Uganda Standard specifies the general
characteristics, requirements, and methods of
test for woven polypropylene (PP) sacks. It is
167 | P a g e
applicable to woven PP sacks, having a capacity
1098.
US
ISO
27955:2010,
Road
of 50 kg or 25 kg, intended for the transport and
vehicles — Securing of cargo in
storage of foodstuffs, such as cereals, sugar, and
passenger cars, station wagons and
pulses.
multi-purpose
1095. US ISO 24011:2009, Resilient floor
Requirements and test methods
vehicles
—
coverings — Specification for plain and
This Uganda Standard applies to devices for the
decorative linoleum
securing of cargo in passenger cars, station
the
wagons and multi-purpose passenger cars,
characteristics of plain and decorative linoleum,
where the seats directly delimit the loading
supplied as either tiles or rolls. To encourage the
space.
consumer to make an informed choice, this
requirements and tests for front and rear seats
standard includes a classification system based
and partitioning
This
Uganda
Standard
specifies
on the intensity of use, which shows where
This
1099.
standard
US
ISO
resilient floor coverings provide satisfactory
sewered
service.
Prefabricated
1096. US ISO 26986:2010, Resilient floor
units
coverings
—
Expanded
(cushioned)
poly(vinyl chloride) floor covering —
Specification
This
Uganda
defines
30500:2018,
sanitation
—
minimum
systems
integrated
General
Non—
treatment
safety
and
performance requirements for design
and testing
This Uganda Standard specifies general safety
the
and performance requirements for design and
characteristics of floor coverings based on
testing as well as sustainability considerations
expanded (cushioned) poly (vinyl chloride),
for non-sewered sanitation systems (NSSS). A
supplied as either tiles or rolls. This standard
NSSS, for the purposes of this document, is a
includes a classification system based on the
prefabricated
intensity of use, which shows where resilient
comprising frontend (toilet facility) and backend
floor coverings give satisfactory service.
(treatment facility) components that
1097.
Standard
specifies
integrated
treatment
unit,
US ISO 27769-1:2009, Wood-
based panels — Wet process fibre
collects, conveys, and fully treats the specific
board — Part 1: Classifications
input within the system, to allow for safe reuse
This Uganda Standard provides a classification
or disposal of the generated solid, liquid, and
matrix and related mandatory tests for two
gaseous output, and is not connected to a
types of wet process fibre board: soft boards and
networked
hardboards. (This Uganda Standard is an
systems.
sewer
or
networked
drainage
adoption of the International Standard ISO
27769-1:2009).
168 | P a g e
169 | P a g e
1103.
CHEMICAL
AND
for
CONSUMER
US 1: 2011, National flag of
This Uganda Standard prescribes requirements
for the materials, design and make of two types
— Specification
This Uganda Standard specifies requirements,
methods of sampling and tests for white and
intended for medical use only.
1104.
US EAS 64: 2017, Groundnut
Specification
This
or
intended
calcium
for
sulphate
writing
on
chalkboards. The standard does not apply to
calcium carbonate type of chalks.
Uganda
Standard
specifies
the
requirements, sampling and test methods for
groundnut (peanut) oil for cosmetic industry.
1105.
coloured chalks, made from good quality
1102.
for
(peanut) oil for cosmetic industry —
US EAS 25:2000, School chalks
(CaSO4.½H2O),
Marking
identification of the content of gas cylinders
Republic of Uganda
gypsum
—
This Uganda Standard establishes a system of
(internal and external) of the national flag of the
calcined
use
marking and a series of colours for the
Uganda – Specification
1101.
medical
identification of content
PRODUCTS
1100.
US ISO 32:1977, Gas cylinders
US EAS 65: 2017, Coconut oil
for cosmetic industry — Specification
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
coconut oil for cosmetic industry.
1106.
US
EAS
86:
2017,
Sesame
(simsim) oil for cosmetic industry —
US EAS 31: 2013, Laundry soap
Specification
— Specification (2nd Edition
This Uganda Standard specifies requirements,
This
sampling and test methods for two grades of
requirements, sampling and test methods for
laundry soaps. This standard covers two grades
sesame oil for cosmetic industry.
of laundry soap pure and built laundry soap in
Uganda
1107.
Standard
specifies
the
US EAS 96-1:2018, Sanitary
the form of cakes, tablets or bars, produced from
towels — Specification — Part 1:
vegetable or animal oils or fats or a blend of all
Disposable (2nd Edition)
or part to these materials. It does not cover
This Uganda Standard specifies requirements,
liquid soap for household purposes, and bar
sampling, and test methods for disposable
soap, in which synthetic detergents have been
sanitary
added to enhance its performance. (This Uganda
pads/sanitary napkins). This standard does not
Standard cancels and replaces US EAS 31:2011,
apply to reusable sanitary towels. (This standard
Laundry soap — Specification, which has been
cancels and replaces US EAS 96: 2009, Sanitary
technically revised).
towels — Specification, which has been technically
towels
(also
known
as
sanitary
revised).
170 | P a g e
1108.
US EAS 121:2006 Water for lead
1113.
acid batteries — Specification (2nd
Edition)
This
standard
Specification
This Uganda standard prescribes the general
specifics
requirements
for
sampling and testing water for lead acid
batteries.
1109.
requirements for the personal cheque and
corporate cheque.
1114.
US EAS 122:1999, Sulfuric acid
Uganda
US EAS 127-1: 2013, Synthetic
detergent powders — Specification —
— Specification
This
US 127:2000 National cheque –
Part 1: Household hand use (2 nd
Standard
prescribes
Edition)
the
requirements and the methods of sampling and
This
test for sulfuric acid.
requirements and methods of sampling and test
1110.
US
EAS
123:2006
Distilled
water — Specification (2nd Edition)
Uganda
Standard
specifies
the
for synthetic detergents for household use. This
standard does not cover machine wash and
This East African Standard prescribes the
industrial detergent powders. (This Uganda
requirements and methods of test for water,
Standard cancels and replaces US EAS 127:2011,
distilled quality intended for general laboratory
Synthetic laundry detergents for household use —
use, photograph washings, etc.
Specification, which has been technically revised).
1111.
US
EAS
125:
2011
Safety
1115.
detergent powders — Specification —
matches — Specification
This
Uganda
Standard
specifies
US EAS 127-2:2014, Synthetic
Part 2: Machine wash
the
requirements, sampling and methods of testing
This
Uganda
Standard
specifies
the
for safety matches that has been packed in any
requirements and methods of sampling and test
suitable material.
for synthetic detergents for machine wash. It
related products supplied in rolls, reels and
does not cover hand wash powders and
sheets
industrial detergent powders.
1112.
US 126: 2019, Toilet paper —
Uganda
Standard
specifies
US
EN
Respiratory
Specification (2nd Edition)
This
1116.
the
149:2001+A1,
protective
devices
—
Filtering half masks to protect against
requirements, sampling and test methods for
particles
toilet paper made from virgin, blended or
marking
—
Requirements,
testing,
recycled pulp. (This standard cancels and replaces
This Uganda Standard specifies minimum
the second edition, US 126:2003, Toilet paper —
requirements
Specification, which has been technically revised).
respiratory protective devices to protect against
for
filtering
half
masks
as
particles except for escape purposes. Laboratory
and practical performance tests are included for
171 | P a g e
the
assessment
of
compliance
with
1120.
the
US EAS 156-3:2000, Woven
requirements. (This Uganda Standard is an
bags
from
natural
adoption of EN 149:2001+ A1).
Specification — Part
fibres
—
3: Woven bags
for sugar
1117.
US
EAS
154:2018,
Baby
napkins — Specification (2nd Edition)
This Uganda Standard specifies the requirements,
sampling and test methods for baby napkins.
(This
standard
cancels
and
replaces
US
244:2000/EAS 154, Standard specification for baby
This Uganda Standard specifies minimum
requirements and other particulars of natural
fibre bags made from sisal, jute or kenaf for the
packaging of sugar. (This standard cancels and
replaces US 251/EAS 175 Specification for woven
bags made from natural fibres for sugar).
napkins, which has been technically revised.)
1118.
1121.
US EAS 156-1:2000, Woven
bags
from
natural
Specification — Part
fibres
for cereals
This
Uganda
Standard
specifies
the
constructional and performance requirements of
woven bags made from natural fibres to contain
90 kg load of any type of cereal or pulses. It also
prescribes
the
packing
and
gasoline (Premium motor spirit) —
—
1: Woven bags
marking
requirements of a bale containing the bags,
ready for dispatch. (This standard cancels and
replaces US 246:2000 Woven bags made from
US EAS 158:2019, Automotive
Specification (3rd Edition)
This Uganda Standard specifies requirements;
and sampling and test methods for automotive
gasoline, Premium Motor Spirit (PMS), also
commonly known as petrol, for use in spark
ignition engines, including those equipped with
devices to reduce emitted pollutants. The
standard applies to PMS as manufactured,
stored, transported and marketed. (This standard
cancels and replaces US EAS 158:2012, which has
been technically revised).
natural fibres for cereals and pulses).
1119.
bags
1122.
US EAS 156-2:2000, Woven
from
natural
Specification — Part
fibres
—
gas
2: Woven bags
for milled products
US EAS 177:2019, Automotive
oil
(automotive
diesel)
—
Specification (3rd Edition)
This Uganda Standard specifies requirements;
This Uganda Standard specifies the bag cloth
and sampling and test methods for Automotive
and making-up requirements for woven bags
Gas
made from natural fibres for packing and
manufactured,
storage of milled products. (This standard cancels
marketed. (This standard cancels and replaces US
and replaces US 250:2000/EAS 175 Specification for
EAS 177:2012, which has been technically revised).
Oil
(AGO),
automotive
stored,
diesel
transported
as
and
woven bags made from natural fibres for milled
products).
172 | P a g e
1123.
US EAS 186: 2013, Toilet soap
1127.
— Specification (2nd Edition)
US
polyurethane
202-2:2015,
foam
Flexible
—
Part
2:
Mattresses — Specification
This Uganda Standard specifies requirements,
sampling and test methods for toilet soap. It
This Uganda Standard specifies requirements,
does not apply to carbolic soap or specialty
sampling and test methods for foam mattresses
soaps such as medicated soap, transparent soap,
suitable for domestic and hotel use.
floating soap, liquid soap or sea-water soap.
1128.
US
202-3:2015,
foams
Flexible
(This Uganda Standard cancels and replaces US EAS
polyurethane
—
Part
3:
186: 2011, Toilet soap — Specification, which has
Reconstituted foams — Specification
This Uganda Standard specifies requirements,
been technically revised).
sampling and test methods for seven classes
1124.
US
189:2000/EAS
187:2000
Standard specification for toothpaste
This Uganda Standard specifies the basic
requirements for fluoridated toothpaste for use
(based on density) of reconstituted flexible
polyurethane foams, in the form of blocks, slabs,
sheets, or other shapes cut from these.
1129.
with a brush in the cleaning of natural teeth. It
1125.
US 191: 2016 Petroleum jelly —
Uganda
Standard
specifies
the
for petroleum jelly for cosmetic use. (This
Uganda Standard cancels and replaces US 191:2007
polyurethane
202-1:2015,
foams
sampling and test methods for five classes
foams of the polyester type, in the form of
blocks, slabs, sheets, or other shapes cut from
these. Each class is subdivided, according to the
hardness of the foam, into two grades.
1130.
which has been technically revised).
US
type — Specification
(based on density) of flexible polyurethane
requirements and methods of sampling and test
1126.
Flexible
This Uganda Standard specifies requirements,
Specification (3rd Edition)
This
202-4:2015,
polyurethane foams — Part 4: Polyester
does not include tooth paste intended for
children and non-fluoridated toothpaste.
US
—
and certain classes of printed matter —
Flexible
Part
US ISO 216:2007, Writing paper
Trimmed sizes — A and B series, and
1:
Polyether type — Specification
indication of machine direction
This Uganda Standard specifies requirements,
This Uganda Standard specifies the trimmed
sampling and test methods for seven classes
sizes of writing paper and certain classes of
(based on density) of flexible polyurethane
printed matter. It applies to trimmed sizes of
foams of the polyether type, in the form of
paper
blocks, slabs, sheets, and shapes cut from these.
technical use, and also to certain classes of
for
administrative,
commercial
and
printed matter, such as forms, catalogues, etc. It
does not necessarily apply to newspapers,
173 | P a g e
published books, posters or other special items
which
may
be
the
subject
of
1135.
US
ISO
225:1983
Rubber
footwear, lined industrial, for use at
separate
low temperatures
International Standards.
This standard also specifies the method for
This
the indication of the machine direction for
requirements
trimmed sheets.
footwear for use at low temperatures, to ensure
1131.
US
EAS
220:2018,
Knitted
Uganda
Standard
Standard
for
lined
specifies
industrial
specifies
the
1136.
US EAS 225-1:2018, Umbrella
fabrics —
knitted polyester fabric for apparel purposes.
Cotton fabrics (2nd Edition)
US
EAS
222:2018,
rubber
that a sufficient degree of flexibility is retained
requirements, sampling and test methods for
1132.
the
to allow for comfort in wear.
polyester fabric — Specification
This
Uganda
Knitted
This
Uganda
Specification —
Standard
specifies
Part 1:
the
polyester-cellulosic blended fabric —
requirements, sampling and test methods for
Specification
woven umbrella fabrics composed of cotton
the
fibres. (This standard cancels and replaces US EAS
requirements, sampling and test methods for
225-1:2001, Umbrella fabrics — Specification —
knitted polyester-cellulosic blended fabric for
Part 1: Cotton fabrics which has been technically
apparel purposes. (This standard cancels and
revised).
This
Uganda
Standard
specifies
replaces US 360:2002, Specification for knitted
1137.
US EAS 225-2:2018, Umbrella
polyster/cellulosic blended fabric, which has been
fabrics — Specification — Part 2: Man-
technically revised).
made fibre fabric (2nd Edition)
1133.
US EAS 223:2001, Zippers —
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
Specification
This Uganda Standard specifies performance
woven umbrella fabrics composed of man-made
requirements
from
fibres. (This standard cancels and replaces US EAS
interlocking components mounted on textile
225-2:2001, Umbrella fabrics — Specification —
tapes.
Part 2: Man-made fibre fabric, which has been
1134.
for
US
zippers
EAS
made
224:2018,
Cotton
1138.
khanga — Specification
This
Uganda
Standard
technically revised).
specifies
US EAS 225-3:2018, Umbrella
fabrics — Specification — Part 3: Silk
the
fabrics (2nd Edition)
requirements, sampling and test methods for
cotton khanga. (This standard cancels and replaces
This
Uganda
Standard
specifies
the
US 424:2002, Cotton khanga — Specification, which
requirements, sampling and test methods for
has been technically revised).
woven umbrella fabrics made of silk fibres. (This
standard cancels and replaces US EAS 225-3:2001,
174 | P a g e
1143.
Umbrella fabrics — Specification — Part 3: Silk
fabrics, which has been technically revised).
1139.
Performance classifications — Part 1:
US EAS 226:2018, Kitenge —
Specification (2nd Edition)
This
Uganda
General
This Uganda Standard covers classification for
the
crankcase engine lubricating oils, for automotive
requirements, sampling and test methods for
type internal combustion and spark-ignition
Kitenge. (This standard cancels and replaces US
engines, two stroke and four-stroke cycle
EAS 226:2001, Kitenge — Specification, which has
motorcycle engines that employ a crankcase
been technically revised).
scavenging system. (This standard, together with
1140.
Standard
US 249-1:2019, Engine oil —
US
cotton
EAS
fabric —
specifies
227:2018,
Knitted
Specification
(2nd
Edition)
This
Uganda
Standard
cotton
US
249-5:2019,
specifies
the
fabric
227:2001,
suitable
for
apparel
Knitted
cotton
1144.
US EAS 228:2018, Cotton bed
sheets — Specification (2nd Edition)
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
bed sheets made from cotton fabrics. This
standard applies to finished bed sheets made
from bleached fabrics, printed fabrics, dyed
fabrics and dyed and printed fabrics. (This
standard cancels and replaces US EAS 228:2001,
Cotton bed sheets — Specification, which has been
technically revised).
1142.
replaces
US
US
EAS
229:2001,
Crepe
bandages — Specification
This Uganda Standard specifies requirements
for crepe bandages used for surgical dressings.
US 249-2:2019, Engine oil —
Performance classification — Part 2:
API specification for spark ignition
fabric —
Specification, which has been technically revised).
1141.
and
has been technically revised).
purposes. (This standard cancels and replaces US
EAS
cancels
249:1999/EAS159, Engine oil— Specification, which
requirements, sampling and test methods for
knitted
US 249-2:2019, US 249-3:2019, US 249-4:2019 and
(petrol) engine lubricating oils
This Uganda Standard specifies performance
requirements, sampling and test methods for
spark
ignition
engine
lubricating
oil
of
passenger cars, light duty trucks, vans and
related equipment meeting or exceeding API
service category SJ. It does not cover engine
lubricating oil for compression ignition engines,
aviation equipment, outboard motors, lawn
mowers, railroad locomotives or ocean going
vessels. (This standard, together with US 2491:2019, US 249-3:2019, US 249-4:2019 and US 2495:2019, cancels and replaces US 249:1999/EAS159,
Engine
oil—
Specification,
which
has
been
technically revised).
1145.
US 249-3:2019, Engine oil —
Performance classification — Part 3:
API Specification for light and heavy
175 | P a g e
duty
compression
ignition
1147.
(diesel)
engine lubricating oils
US 249-5:2019, Engine oil —
Performance classification — Part 5:
This Uganda Standard specifies requirements,
Specification for internal combustion
sampling and test methods of engine lubricating
engine lubricating oils used in two-
oil for light and heavy duty naturally aspirated,
stroke
turbo-charged or super-charged compression-
engines and associated drive trains
cycle
motorcycle
gasoline
ignition engines, meeting or exceeding API
This Uganda Standard specifies requirements
Service Category CH-4. This standard does not
and
cover engine lubricating oil for spark ignition
lubricating oils for two-stroke cycle spark
engines, aviation equipment, outboard motors,
ignition
lawn mowers, railroad, locomotives, industrial
crankcase scavenging system and are used in
and marine application. (This standard, together
transportation and leisure applications. This
with US 249-1:2019, US 249-2:2019, US 249-4:2019
standard specifies the performance classification
and US 249-5:2019, cancels and replaces US
of two-stroke cycle gasoline engine oils based on
249:1999/EAS159, Engine oil— Specification, which
the
has been technically revised).
classifications. (This standard, together with US
1146.
US 249-4:2019, Engine oil —
Performance
classification —
Part 4:
test
gasoline
API
for
motorcycle
engines
classification,
that
JASO
engine
employ
and
a
ISO
249-1:2019, US 249-2:2019, US 249-3:2019 and US
249-4:2019,
cancels
and
replaces
US
Specification for internal combustion
249:1999/EAS159, Engine oil— Specification, which
engine lubricating oils used in four-
has been technically revised).
stroke
cycle
motorcycle
gasoline
1148.
engines and associated drive trains
This
methods
US
250:200/EAS
175
Specification for woven bags made
from natural fibres for milled products
Uganda Standard specifies performance
requirements, sampling and test methods for
This
four-stroke
engines
marking-up requirements for woven bags made
employing a common sump containing the
from natural fibres for packing and storage of
lubricating oil for both the engine and associated
milled products.
cycle
spark
ignition
drive train (transmission, clutch, starter) of
standard
1149.
specifies
the
sacking
and
US 251/EAS 175 Specification
motorcycles, motor scooters, all-terrain vehicles
for woven bags made from natural
(ATVs) and related equipment. (This standard,
fibres for sugar
together with US 249-1:2019, US 249-2:2019, US
This
standard
specifies
the
sacking
and
249-3:2019 and US 249-5:2019, cancels and replaces
marking-up requirements for woven bags made
US 249:1999/EAS159, Engine oil— Specification,
from natural fibres for packing and storage of
which has been technically revised).
sugar.
176 | P a g e
1150.
US
ISO
Corresponding
269:1985,
envelopes
1153.
—
Designation and sizes
US EAS 294:2002, Scouring
powders — Specification
This Uganda Standard specifies requirements
This Uganda Standard specifies the designations
and methods of test for synthetic household
and the sizes of correspondence envelopes
detergent scouring powder for the removal of
intended for postal purposes. It does not contain
tenacious soil from hard surfaces and kitchen
any specification as to the ways of closing them.
utensils. (This standard cancels and replaces US
1151.
US EAS 290-2:2002, Polishes —
Specification — Part 2: Floor polish
326:2001, Scouring powders — Specification).
1154.
solvent type (liquid and paste)
This
Uganda
Standard
prescribes
US
EAS
295:2002,
Sodium
hypochlorite solutions for domestic
the
use — Specification
requirements and the methods of test for solvent
This Uganda Standard specifies requirements
based floor polishes (liquid and paste). The
for dilute solutions of sodium hypochlorite
standard applies to solvent based floor polishes
intended for domestic use. (This standard cancels
liquid or paste, that are intended for use on all
and replaces US 327:2001, Sodium hypochlorite
wooden
solutions for domestic use — Specification).
and
solvent-resistant
floors.
(This
standard cancels and replaces US 411-2:2001,
1155.
US
EAS
296:2011,
Specification for polishes — Part 2: Floor polish
household
hand
solvent type).
detergent Specification
Liquid
dishwashing
US EAS 290-3:2002, Polishes —
This Uganda Standard specifies requirements
Specification — Part 3: Floor polish
for liquid detergent for household dishwashing
water emulsion buffable type
and for cleaning of hard surfaces such as
1152.
This Uganda Standard prescribes requirements
painted surfaces, floors, ceilings, ceramic and
and methods of test for water emulsion floor
plastic tiles, and the surfaces of equipment for
polish buffable type. This standard applies to a
machine
buffable water emulsion floor polish for general
detergent for machine dishwashing.
application on vinyl, thermoplastic, linoleum,
1156.
dishwashing.
US
It
does
308:2001
for
specification
cured concentrate ceramic and quarry tiles. It
treatment of mosquito nets
insecticide
This
floors unless these are properly sealed. Floor
requirements for insecticide intended for use in
polish in this specification is for polishes used
the treatment of mosquito nets.
foot traffic and any areas where buffing is
1157.
US
313:2002
the
for
shall not be used on wooded, cork or magnesite
on floor areas that are subjected to heavy abraise
prescribes
cover
Standard
rubber vinyl asbestos, asphalt terrazo, marble,
standard
not
general
Cigarettes
–
Specification (Amd 1:2006)
desired.
177 | P a g e
This
Ugandan
Standard
the
apply to toilet waters, lavender waters and all
requirements and methods of sampling and test
alcohol-based fresheners. (This Uganda Standard
for cigarettes. The tobacco blend of cigarettes is
cancels and replaces US 505:2003, Cologne —
produced from leaves of the cultivated plant
Specification, which has been technically revised and
Nicotianatobaccum
republished).
and
N.
specifies
Rustica.
This
1162.
standard does not cover the requirements for
depilatories — Specification
flavour and aroma of cigarettes and cigars.
1158.
US EAS 336: 2013, Chemical
US EAS 323:2002, Specification
This
Uganda
Standard
specifies
the
for wood preservation by means of
requirements and methods of sampling and test
pressure creosoting
for chemical depilatories of alkaline-thioglycollic
This Uganda Standard specifies methods that
acid composition. This standard does not cover
can be used for the preservation of wood by
depilatories of epilatory type and those having
pressure creosoting and other methods of
metallic sulphides or stannite composition. (This
treatment with coal tar creosote.
Uganda Standard cancels and replaces US 506:2003,
1159.
US
EAS
326:2002,
Copper/chromium/arsenic composition
Chemical depilatories – Specification, which has been
technically revised and republished).
1163.
for the preservation of timber —
US EAS 337: 2013,
Henna
powder — Specification
Specification
This Uganda Standard specifies requirements
This
for two types of water-borne preservatives
requirements, and methods of sampling and test
containing mixtures of compounds of copper,
for pure henna powder. (This Uganda Standard
chromium and arsenic.
cancels and replaces US 507:2003 Specification for
1160.
US EAS 334: 2013, List by
Uganda
Standard
specifies
the
henna powder, which has been technically revised
and republished).
category of cosmetic products
1164.
This Uganda Standard lays down the list of
US EAS 338: 2013, Chemical
products that are classified as cosmetics. (This
hair relaxers and hair waving products
Uganda Standard cancels and replaces US 442-
— Specification
1:2002, Illustrative list by category of cosmetic
This Uganda Standard specifies requirements
products, which has been technically revised and
and methods of sampling and test for chemical
republished).
hair relaxers and hair waving products. This
1161.
US EAS 335: 2013, Cologne —
based on alkalis or thioglycollates, as well as
Specification
This
Uganda
Standard
standard applies to chemical cream hair relaxers
specifies
the
requirements and methods of test for cologne
hair
waving
(curling)
products
based
on
thioglycollates
intended for human use. This standard shall also
178 | P a g e
1165.
US EAS 339: 2013, Hair creams,
lotions and gels — Specification
This
Uganda
Standard
specifies
either vegetable oil or petroleum based but
excludes oil emulsions. This standard does not
the
cover liquid brilliantines. (This Uganda Standard
requirements and methods of sampling and test
cancels and replaces US 485:2003, Pomades and
for hair creams, lotions and gels based on
brilliantines — Specification, which has been
vegetable oil or mineral oil, or any combination
technically revised and republished).
of the above, with fatty acids or fatty acid
1169.
US EAS 346: 2013, Labelling of
cosmetics — General requirements
emulsions. It also applies to hair conditioners
and setting lotions. This standard does not cover
This Uganda Standard specifies requirements
hair sprays, hair sheens or hair oils including
for the labelling of cosmetic products. (This
hair
Uganda Standard cancels and replaces US 484:2007,
creams,
lotions and
gels for
which
therapeutic claims are made. (This Uganda
Labelling
Standard cancels and replaces US 487:2003, Hair
requirements, which has been technically revised and
creams, lotions and gels –Specification, which has
republished).
Uganda
Standard
products
—
General
US EAS 356:2019, Textiles —
Requirements
US EAS 340: 2013, Nail polish
for
inspection
and
acceptance of used textile products (2nd
— Specification
This
cosmetic
1170.
been technically revised and republished).
1166.
of
specifies
Edition)
the
requirements and methods of test for nail
This
polishes used for cosmetic purposes.
requirements and sampling method for the
1167.
US EAS 341: 2013, Nail polish
Uganda
Standard
specifies
the
inspection and acceptance of used textile
products. (This standard cancels and replaces the
removers — Specification
the
first edition, US EAS 356:2004, Textiles —
requirements and methods of sampling and test
Requirements for inspection and acceptance of used
for nail polish removers used for cosmetic
textile products which has been technically revised).
This
Uganda
Standard
specifies
purposes. (This Uganda Standard cancels and
replaces US 486:2003, Nail polish removers —
Specification — Part 1: Organic solvent based, which
has been technically revised and republished).
1168.
US EAS 342: 2013, Pomades
and solid brilliantines — Specification
This Uganda Standard specifies requirements
and methods of sampling and test for pomades
and solid brilliantines for general use. It applies
1171.
US 359:2002 Bed sheets and
pillow cases specification
This standard specifies requirements for flat
bed-sheets and pillow cases made from woven
cotton or polyster fabrics or their blends meant
for household purposes.
1172.
US
EAS
361:2004,
Carbaryl
dusting powders — Specification
to pomades and solid brilliantines which are
179 | P a g e
This
Uganda
the
down. This standard applies only to cosmetic
requirements and the methods of test for
products and not to medicinal products, medical
carbaryl dusting powders.
devices or biocidal products. (This Uganda
1173.
Standard
US
prescribes
363:2006
Household
Standard cancels and replaces US 442-3:2003, List of
insecticidal aerosols — Specification
substances which cosmetics must not contain except
Uganda
the
subject to conditions applicable to drugs and
requirements and methods of test for non-
conditions laid down, which has been technically
returnable,
revised and republished).
This
Standard
hand-held,
prescribes
insecticide
aerosol
dispensers intended for use in domestic and
1176.
US EAS 377-3: 2013, Cosmetics
similar situations. The insecticide solution may
and cosmetic products — Part 3: List of
be that supplied to a standard formulation or
colorants allowed in cosmetic products
that permitted as an approved alternative.
This Uganda Standard prescribes the list of
US EAS 377-1: 2013, Cosmetics
colorants allowed in cosmetic products. This
and cosmetic products — Part 1: List of
standard includes the salts and flakes of
substances
substances and when a colorant is expressed as
1174.
prohibited
in
cosmetic
a specific salt, its other salts and flakes shall also
products
This Uganda Standard prescribes the chemical
name, state and formulation under which
be included.
1177.
US EAS 377-4: 2013, Cosmetics
specific use as substance is prohibited in the
and cosmetics products — Part 4: List
cosmetic products. This standard applies only to
of preservatives allowed in cosmetic
cosmetic
products
products
and
not
to
medicinal
products, medical devices or biocidal products.
This Uganda Standard prescribes the list of
(This Uganda Standard cancels and replaces US 442-
preservatives allowed in cosmetic products.
2:2002, Cosmetics — List of substances which must
1178.
US EAS 377-5: 2013, Cosmetics
not form part of the composition of any cosmetic
and cosmetic products — Part 5: List of
product, which has been technically revised and
UV
republished).
products
1175.
US EAS 377-2: 2013, Cosmetics
and cosmetic products — Part 2: List of
substances which cosmetic products
filters
allowed
in
cosmetic
This Uganda Standard prescribes the list of UV
filters allowed in cosmetic products.
1179.
US EAS 383: 2013, Synthetic
must not contain except subject to the
organic liquid detergent for household
restrictions laid down
use — Specification
This Uganda Standard prescribes the list of
This
Uganda
Standard
prescribes
the
substances which cosmetic products must not
requirements and methods of sampling and test
contain except subject to the restrictions laid
for synthetic liquid detergents for household use
180 | P a g e
both for general purpose and dishwashing
1183.
files and folders
liquid detergent.
1180.
US
US 434:2002 Specification for
EAS
386:2005,
Used
This
Uganda
standard
specifies
the
footwear ― Inspection and acceptance
requirements for files and folders made of
criteria ― Code of practice
board. The standard applies to files and folders
This Uganda Standard prescribes a Code of
with or without back intended for housing
Practice for the inspection and acceptance
papers of A4 or smaller sizes.
criteria for used footwear. This standard applies
1184.
–specification
to used footwear of all types and sizes
This
irrespective of their intended end use.
standard
specifies
requirements
for
Skin
duplicating papers. It applies to duplicating
powders — Specification — Part 1:
paper for stencil duplicators using emulsion or
Body and face powder
oil based inks.
1181.
This
US 435:2003 Duplicating paper
Uganda
US
EAS
425-1:
Standard
2017,
specifies
the
1185.
US EAS 455:2019, Long Lasting
requirements, sampling and test methods for
Insecticide treated mosquito nets —
body and face powders which cover talcum
Specification
powders, toilet powders, deodorant powders
This
and dusting powders, for adult use only. This
requirements, sampling and test methods for
standard does not apply to medicated powders
treated Long Lasting Insecticidal Nets (LLIN)
for which medicinal claims are made.
(This standard cancels and replaces US 307:2014,
1182.
US 426:2019, Labelling and
marking of textiles and household
textile articles (2nd Edition)
Uganda
Standard
specifies
the
mosquito nets — Specification which has been
withdrawn
1186.
US EAS 461: 2013, Hair dyes —
This Uganda Standard specifies requirements
Part 1: Aryl diamine based formulated
for labelling and marking of textiles and
powders — Specification
household textiles. It also specifies alternative
This
Uganda
Standard
specifies
the
methods for designating the fibre content of
requirements and methods of sampling and test
textiles and textile products and for applying
for aryl diamine based formulated powder hair
this information to made-up products, piece-
dyes. This standard only covers permanent
goods and yarns. It also specifies the methods
powder hair dyes based on aryl di-amines
for determining the fibre content of textiles and
which act as primary intermediates in dyes. It
textile products. (This standard cancels and
does not apply to vegetable-based hair dyes,
replaces the first edition, US 426:2002, Code of
metallic-based hair dyes and liquid hair dye.
practice for fibre content labelling of textiles and
(This Uganda Standard cancels and replaces US
textile products, which has been technically revised).
489:2003, Formulated powder, hair dyes, aryl
181 | P a g e
diamine based — Specification, which has been
technically revised and republished).
1187.
1192.
US 575:2006 Polish paste for
floor
US 466:2006 Toothbrushes –
Specification
and
wooden
furniture
–
Specification
This Uganda Standard prescribes requirements
This specification covers toothbrushes of four
and methods of sampling and test for wax-
sizes and four grades, having tufts of synthetic
solvent and wax-emulsion type of polishes,
monofilaments,
paste for floor and wooden furniture
and
intended
to
be
used
manually for general oral hygiene. It does not
cover electrically operated toothbrushes or
toothbrushes with natural bristle tufts.
1188.
US 483:2003 Ballpoint pens for
general use –Specification
1193.
US ISO 623:1974, Paper and
board — Folders and files — Sizes
This Uganda Standard specifies the sizes of
folders and files manufactured from paper or
board intended to receive either sheets of Paper
This standard establishes minimum quality
of the A4 size (210 mm X 297 mm) or simple
requirements for ball point pens (refillable or
folders (without back) or folders or, when
non-refillable) and refills for general use.
possible, files with a very small back; not
1189.
US 488:2003 Skin powders –
specification - Part 2: Baby powders
forming part of any particular filing system; and
not adapted to filing cabinets of a special
This standard prescribes the requirements and
character. This standard does not apply to box
methods of test for baby powders.
files and transfer storage cases.
1190.
US EAS 490:2008, Meter rules
and rulers for school and office use —
Specification
1194.
US 634:2006 Specification for
plastic monobolic chairs
This Uganda Standard sets out requirements for
This Uganda Standard specifies requirements
the evaluation and selection of plastic monobloc
for metre rules and rulers for school and office
chairs for adults but does not include chairs
use.
intended
1191.
US 573:2017, Shoe polish —
Specification (2nd edition)
for
bathroom
use.
It
specifies
minimum requirements for strength, durability
and stability of the completed chair, but does
This Uganda Standard specifies requirements,
not account for materials, design, construction
sampling and test methods for shoe polish in the
or the process of manufacture.
form of paste, liquid and cream suitable for the
general application to leather footwear. (This
1195.
US
638:2006
Household
washing bars – Specification
Uganda Standard cancels and replaces US 573:2006,
This standard prescribes requirements and
Wax Shoe polish – Specification which has been
methods of sampling and testing for household
technically revised).
washing bars.
182 | P a g e
1196.
US 653:2006 Disinfectants –
Quaternary
ammonium
based
–
Specification
ammonium sulphate nitrate (ASN) fertilizer.
(This Uganda Standard cancels and replaces, US
757:2007, Ammonium sulphate nitrate fertilizer —
This standard specification covers formulations
Specification, which has been technically revised).
1201.
based on quaternary ammonium compounds in
liquid
or
powder
form
for
US 759:2017, Monoammonium
phosphate (MAP) and Diammonium
disinfecting
inanimate spaces. It is intended primarily for
phosphate
destruction of pathogens on floors, walls and
Specification (2nd edition)
fertilizer
—
This Uganda Standard specifies requirements,
other hard surfaces.
1197.
(DAP)
US 704: 2014; Absorbent cotton
sampling and test methods for Monoammonium
phosphate (MAP) and Diammonium phosphate
wool — Specification
This Uganda Standard specifies requirements
(DAP) fertilizers. (This Uganda Standard cancels
and methods of test for absorbent cotton
and
(surgical cotton or cotton wool) wool for
phosphate (MAP) and diammonium phosphate
medical use.
fertilizer — Specification, which has been technically
1198.
US
706:2011,
Non-woven
Uganda
Standard
prescribes
US
759:2007,
Monoammonium
revised).
1202.
surgical dressings — Specification
This
replaces,
US
762:2017,
Illuminating
candles — Specification
the
requirements and methods of test for three types
The Uganda Standard specifies requirements,
of non-woven surgical dressings; unpadded
test and sampling methods for candles suitable
swabs, padded swabs and surgical pads.
for
1199.
US 743:2007, Decorative high
Uganda
Standard
specifies
Standard
does
purposes.
not
This
cover
Uganda
decorative
(ornamental) candles. (This Uganda standard
gloss paints — Specification
This
illuminating
the
cancels and replaces US 762:2007, Illuminating
requirements for two grades of air-drying gloss
candles—
enamel paints for use on suitably primed and
technically revised).
uncoated steel, wood, masonry, hard board,
Specification,
1203.
which
has
been
US 766:2020, Plastic basins —
Specification (2nd Edition)
compressed fibre board and similar materials
used in the construction and finishing of
This
buildings.
requirements, sampling and test methods for
1200.
US
sulphate
This
757:2017,
nitrate
Ammonium
fertilizer
Specification (2nd
edition)
Uganda
specifies
Standard
—
Uganda
Standard
specifies
the
basins made from polyolefin. (This second edition
cancels and replaces the first edition US 766:2007,
Plastic basins — Specification, which has been
the
technically revised).
requirements, sampling and test methods for
183 | P a g e
1204.
US
EAS
Antibacterial
766-1:
toilet
soap
2013,
This Uganda Standard specifies requirements
—
for insulated flasks and vacuum ware for
Specification — Part 1: Solid
This
Uganda
Standard
domestic use with food or drinks. It also
specifies
the
requirements and methods of sampling and test
specifies the requirements for materials in
contact with food.
for solid antibacterial toilet soap. (This Uganda
1209.
Standard cancels and replaces US EAS 766: 2011,
US 773:2007,
Flat and carrier
plastic bags — Specification
Antibacterial solid toilet soap — Specification, which
This Uganda Standard specifies requirements
has been technically revised).
and methods of sampling and test for carrier
1205.
US
EAS
Antibacterial
766-2:
toilet
soap
2013,
bags and flat bags that are made from
—
thermoplastic materials. This standard covers
Specification ― Part 2: Liquid
This
Uganda
Standard
carrier
bags
and
flat
bags,
both
the
domestically produced and imported for use in
requirements, and methods of sampling and test
Uganda. This standard covers the thickness and
for liquid antibacterial toilet soap. It includes
printing requirements of these bags. This
antibacterial
standard does not cover primary packaging
(bacteriostatic)
specifies
plastic
and
antifungal
(fungal static). This standard does not cover
such as barrier bags.
synthetic hand wash liquid detergents, shampoo
1210.
and products for specific purposes such as those
for
for industrial and surgical uses.
containers (2nd Edition)
1206.
This
US 786: 2020, Plastics — Codes
resin
identification on
plastic
US 767-1:2007, Safety razor
This Uganda Standard specifies codes for
blades and razors — Part 1: Blades —
identifying the resin content of plastic containers
Specification
used by the public and for facilitating sorting as
Uganda
the
prerequisites for successful plastic recovery and
requirements for double-edged safety razor
recycling. The codes are not intended to be a
blades used for shaving and cutting.
guarantee to consumers that a given item
1207.
This
Standard
specifies
US 767-2:2007, Safety razor
bearing the code will be readily accepted for
blades and razors— Part 2: Razors—
recycling. Users of the codes are encouraged to
Specification
adhere to the guidelines of this standard. (This
Uganda
Standard
specifies
the
second edition cancels and replaces the first edition
requirements for safety razors with two shaving
US
sides and forms.
identification on plastic containers, which has been
1208.
US 768:2007, Insulated flasks
786:2008,
Plastics
—
Codes
for
resin
technically revised).
— Specification
184 | P a g e
1211.
US EAS 786: 2013, Skin care
creams, lotions and
gels
1215.
—
Specification
—
US EAS 790: 2013, Liquid soap
Specification
This Uganda Standard specifies requirements
This Uganda Standard specifies requirements
and methods of sampling and test for liquid
and methods of sampling and test for creams,
soap for general purposes.
lotions and gels for skin care. This standard does
shampoos and products intended for specific
not apply to skin care products, for which
purposes, such as those for industrial and
therapeutic claims are made and also does not
surgical uses.
apply to non-emulsified lotions and gels. (This
1216.
US
EAS
Uganda Standard cancels and replaces US 339:2006,
cleaner and grease
Specification for creams, lotions and gels for skin
Specification
It does not cover
791:
2013,
Oven
remover
—
specifies
the
care, which has been technically revised and
This
republished).
requirements and methods of sampling and test
1212.
US EAS 787: 2013, Synthetic
industrial
detergent powder
—
Specification
This
Uganda
Uganda
Standard
for oven cleaner and grease remover. The
standard covers three types of oven cleaners and
grease removers that are suitable for the
the
removal of carbon deposits, grease, baked-on
requirements and methods of sampling and test
fats and other surface contaminants from
for synthetic industrial detergent powders based
industrial and domestic cooking ovens, grills,
predominantly on alkyl aryl sulphonates.
fryers and other steel kitchen equipment, but
1213.
Standard
specifies
US EAS 788: 2013, Synthetic
detergent paste
—
ovens.
Specification
This
Uganda
that are not intended for use in self-cleaning
1217.
Standard
specifies
the
upholstery
requirements and methods of sampling and test
for
synthetic
detergent
pastes
based
US EAS 792: 2013, Carpet and
shampoo
—
Specification
This
Uganda
Standard
specifies
the
predominantly on alkyl aryl sulphonates for
requirements and methods of sampling and test
hand and machine wash.
for a liquid foaming shampoo used for both
1214.
US EAS 789: 2013, Instant hand
sanitizers —
This
Uganda
Specification
Standard
specifies
general cleaning and spot cleaning of colourfast
carpets and upholstery that are not damaged by
the
requirements and methods of test for alcohol
water alone.
1218.
US EAS 793-1: 2013, Toilet
based instant hand sanitizers. The standard does
cleansers ―
not cover non-alcohol based hand sanitizers.
Acidic liquid toilet
Specification ― Part 1:
cleansers
185 | P a g e
This Uganda Standard specifies requirements
1223.
US EAS 816-2:2015, Synthetic
and methods of test for acidic liquid toilet
liquid laundry detergents
cleansers. This standard applies to a liquid acid,
Specification
heavy- duty compound suitable for cleaning
wash
This
toilet bowls and urinals.
1219.
US
803:2008,
domestic heating
Kerosene
for
Uganda
Part
Standard
2:
Machine
specifies
the
requirements and methods of sampling and test
for machine wash synthetic liquid laundry
and
detergents.
illuminating (BIK)
This
Uganda
—
—
Standard
specifies
the
1224.
US
EAS
requirements for a hydrocarbon fuel suitable for
remover for
use in wick-fed, pressure vaporizing and other
Specification
tableware
Standard
Stain
—
kerosene burning appliances for space heating,
This
cooking and illumination.
requirements and methods of test for a stain
specifies
the
Liquid
remover used in hard or soft water to remove
hand wash — Specification — Part 1:
coffee, tea and other adsorbed food stains,
Synthetic and combined
primarily from plastic tableware, by immersion.
1220.
US
EAS
812-1:2015,
(soap
and
1225.
synthetic) hand wash
This
Uganda
817:2015,
Uganda
Standard
specifies
US
820:2008,
stationery —
the
Scholastic
Specification
requirements and methods of test for synthetic
This specification covers several types of books
and combined (soap and synthetic) hand wash.
and sheets of paper intended for scholastic and
This standard does not apply to soap-based
related uses. It specifies the covers, the bindings,
hand wash.
the grades of paper and the types of ruling.
1221.
US
EAS
noodles —
815:
2015,
Soap
1226.
US 821:2008, Bond paper —
Specification
Specification
This Uganda Standard specifies requirements
This specification covers four classes (based on
and methods of test for soap noodles used as an
grammage) of general purpose bond paper
intermediate product for subsequent conversion
suitable for printing, typewriting and for pen
into a marketable soap.
and ink writing and that are supplied in sheets
1222.
US EAS 816-1: 2015, Synthetic
liquid laundry detergents
Specification — Part 1: Hand
This
Uganda
Standard
—
or reels.
1227.
hand
detergents.
wash
synthetic
liquid
laundry
—
detergent-based
the
835-1:
Part
foam
2017,
1:
Bath
Synthetic
baths
and
shower gels — Specification
requirements and methods of sampling and test
for
EAS
preparations
wash
specifies
US
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
186 | P a g e
synthetic foam baths and shower gels. This
This Uganda standard specifies requirements for
standard covers synthetic detergent-based foam
packaging
baths (also referred to as cream baths), shower
tobacco products. It applies to the message
gels (also referred to as body wash, cream wash,
content; language and design requirements in
cream shower,
terms of the appropriate location, size and
bath shower,
and
shower
shampoo), and other such related products. This
standard does not apply to bath salts, bath oils,
and
labelling
requirements
for
colour.
1232.
US
842:2009
General
bath powders, and soap-based bath and shower
requirements for the
products. This standard does not apply to
distribution, publishing and filing
medicinal products for which therapeutic claims
of audio/audiovisual works of
art
are made.
1228.
This
production,
US EAS 837: 2017, Avocado oil
This
Uganda
Standard
lays
down
the
for cosmetic industry — Specification
requirements for the production, publication,
Uganda
reproduction, distribution, making available and
Standard
specifies
the
requirements, sampling and test methods for
filing
avocado oil for use as a raw material in the
normally distributed in electronic formats for
cosmetic industry. This standard does not apply
entertainment through mediums (carriers) such
to packaged avocado oil, ready for use.
as Compact Discs (CDs), Digital Video Discs
1229.
US EAS 840: 2017, Shaving
Uganda
Standard
audio/audiovisual
works
of
art
(DVDs), Video Compact Discs (VCDs), Audio or
Video Cassette and any other storage medium.
cream — Specification
This
of
specifies
the
1233.
US
EAS
842-1:
2017,
Hair
requirements, sampling and test methods for
shampoo — Part 1: Soap based —
shaving creams. This standard covers two types
Specification
This Uganda Standard specifies requirements,
of shaving cream: Type 1; and Type 2.
1230.
US EAS 841: 2017, Hair oils —
shampoo.
Specification
This
Uganda
Standard
sampling and test methods for soap-based hair
specifies
the
1234.
US
EAS
842-2:
2017,
Hair
requirements, sampling and test methods for
shampoo — Part 2: Synthetic detergent-
hair oils. The standard covers three types of hair
based — Specification
oils as follows: Type 1; Type 2; and Type 3. Hair
This
oils for which therapeutic claims are made are
requirements, sampling and test methods for
not covered by this standard.
synthetic detergent-based hair shampoo. (The
1231.
US 841:2009, Requirements for
packaging and labelling
products
of
tobacco
Uganda
Standard
prescribes
the
standard cancels and replaces US 1624-1:2015, Hair
shampoo — Part 1: Synthetic detergent-based —
Specification, which has been technically revised).
187 | P a g e
1235.
US EAS 844: 2017, Aryl di-
1239.
US EAS 850:2016, Matt solvent-
amine-based liquid oxidation hair dyes
borne paint
for interior and exterior
— Specification
use — Specification
This Uganda Standard specifies requirements,
This Uganda Standardspecifies requirements,
sampling and test methods for permanent liquid
sampling and test methods for matt solvent-
oxidation hair dyes which are aryl di-amine
borne paint for interior and exterior use,
based. This standard does not apply to powder
intended for application by brush, spray or
hair dyes, plant-based hair dyes, and metallic-
roller and any other suitable method.
1240.
EAS
851:2016,
Matt
cancels and replaces US 1623-1:2015, Hair dyes —
emulsion paint for
interior
and
Liquid oxidation hair dyes — Part 1: Aryl di-amine
exterior use — Specification
based hair dyes (temporary). (The standard
US
based— Specification which has been technically
This Uganda Standardspecifies requirements,
revised).
sampling and test methods for matt emulsion
1236.
US EAS 845: 2017, Cosmetic
pencils — Specification
This
Uganda
Standard
paint for interior and exterior use.
1241.
specifies
the
US EAS 852: 2016, Air-dried
roofing paint —
Specification
requirements, sampling and test methods for
This Uganda Standardspecifies requirements,
cosmetic pencils. The standard covers four types
sampling and test methods for solvent-borne air
of cosmetic pencils: eye-brow pencil; eye-liner
dried roofing paint for use on galvanized iron
pencil; bindi pencil; and lip-liner pencil.
sheet, zinc and zinc alloy coated steel.
1237.
US
EAS
848:2016,
Water-
paints
for
thinned priming
1242.
US
EAS
refinishing paint —
wood —Specification
853-1:2016,
Auto-
Specification
— Part 1: Synthetic resin based
This Uganda Standardspecifies requirements,
This
sampling and test methods for water-thinned
requirements, sampling and test methods for
priming paints intended for application by
auto-refinishing paint, synthetic resin based.
brush, roller spray or any other suitable method
to the exterior and interior of soft wood joinery.
1238.
US EAS 849:2016, Silk (sheen)
emulsion paint for
interior
use
—
Specification
Uganda
1243.
US
Standardspecifies
EAS
refinishing paint —
853-2:2016,
Uganda
Auto-
Specification
— Part 2: Nitrocellulose resin
This
the
based
Standardspecifies
the
requirements, sampling and test methods
This Uganda Standardspecifies requirements,
for auto-refinishing paint, nitrocellulose
sampling and test methods for silk (sheen)
resin based.
emulsion paint for interior use.
188 | P a g e
1244.
US EAS 854:2016, Thinner for
This Uganda Standard specifies requirements,
nitrocellulose resin-based paints and
sampling and methods of test for base paper for
lacquers —
carbon paper with their respective grades.
Specification
This Uganda Standardspecifies requirements,
1250.
sampling and test methods for thinners for
nitro-cellulose resin based paints and lacquers.
1245.
US EAS 859:2017, Paper bags —
Specification
This Uganda Standard specifies requirements
US EAS 855:2016, Thinner for
and test methods for gusseted paper bags that
synthetic resin based auto-refinishing
have rectangular bottoms and are intended
paints — Specification
primarily for packaging and/or carrying items.
This Uganda Standardspecifies requirements,
1251.
sampling and test methods for thinners for
synthetic resin based auto-refinishing paints.
1246.
US
EAS
856:
acrylic resin based
2016,
2-Pack
auto-
refinishing paint —Specification
US EAS 860 2015, Base paper
for waxed bread wrap — Specification
This Uganda Standard specifies requirements,
sampling and test methods for base paper for
waxed bread wrap.
1252.
This Uganda Standardspecifies requirements,
US
EAS
861:2017;
Paper
serviettes (napkins) — Specification
sampling and test methods for thinners for 2-
This Uganda Standard specifies requirements,
Pack acrylic resin based auto-refinishing paint.
sampling and test methods for virgin, blended
1247.
US EAS 857:2016, Thinner for
acrylic resin
based auto-refinishing
paints — Specification
or recycled pulp paper serviettes (napkins) in
sheet form used for hygienic purposes.
1253.
This Uganda Standardspecifies requirements,
US EAS 862:2017, Facial tissue
paper — Specification
sampling and test methods for thinner for
This
acrylic resin based auto-refinishing paints.
requirements, sampling and test methods for
1248.
US EAS 857:2017, Carbon paper
— Specification
This Uganda Standard specifies requirements,
Uganda
Standard
specifies
the
facial tissue paper in sheet form for facial
hygiene.
1254.
US EAS 863:2017, Paper and
sampling and test methods for carbon paper. It
board — Cut-size for general purpose
covers carbon papers for typewriting and carbon
— Specification
papers for handwriting with their respective
This
grades.
requirements, sampling and test methods for
1249.
US EAS 858:2017, Base paper
for carbon paper — Specification
Uganda
Standard
specifies
the
cut-size paper and board for general use.
1255.
US EAS 864:2017, Photocopy
paper — Specification
189 | P a g e
This Uganda Standard specifies requirements,
1261.
This
1256.
fibre
875:
2019,
Lipstick
—
Specification (2nd Edition)
methods of sampling and test for photocopy
paper.
US
Uganda
Standard
specifies
the
US EAS 865:2017, Corrugated
requirements, sampling and test methods for
board
lipstick. (The standard cancels and replaces US
boxes
for
general
875:2009, Lipstick — Specification, which has been
packaging —Specification
This Uganda Standard specifies requirements,
sampling and test methods for corrugated
technically revised).
1262.
US EAS 877: 2017, Bathing bars
— Specification
fibreboard boxes for general packaging. This
standard does not include special treatment
This Uganda Standard specifies requirements,
measures of the boxes in case of expected
sampling and test methods for bathing bars.
contamination of the contents.
This standard applies to bathing bars supplied
1257.
for
US EAS 866:2017, Paper sacks
packaging
of
cement
—
in the form of bars/cakes and produced from
vegetable or animal oils or fats, fatty acids, or
from a blend of all or part of these materials,
Specification
This Uganda Standard specifies requirements,
with or without the addition of rosins or non-
sampling and test methods for valve sewn-
soapy surfactants. (This standard cancels and
gusseted and valve-pasted ends paper sacks for
replaces US 637: 2006, Bathing bars – Specification,
packaging of cement.
which has been technically revised).
1258.
US EAS 867:2017, Waxed paper
1263.
US EAS 878: 2017, Antibacterial
bathing bars — Specification
for bread wrap — Specification
This Uganda Standard specifies requirements
This
sampling and test methods for waxed paper for
requirements, sampling and test methods for
bread wrap.
solid antibacterial bathing bars. This standard
1259.
US EAS 868:2017, Natural and
extensible
sack
Kraft
paper
—
Specification
Uganda
Standard
specifies
the
applies to antibacterial bathing bars supplied in
the form of bars/cakes and produced from
vegetable or animal oils or fats, fatty acids, or
This Uganda Standard specifies requirements,
from a blend of all or part of these materials,
sampling and test methods for natural and
with or without the addition of rosins or non-
extensible sack Kraft paper.
soapy surfactants. (This standard cancels and
1260.
US EAS 869:2017, Wrapping
paper — Specification
This Uganda Standard specifies requirements,
sampling and test methods for wrapping paper.
replaces US 637: 2006, Bathing bars – Specification,
which has been technically revised).
1264.
US
medical
883-1:2011,
Single-use
examination gloves —
Part 1: Specification for
gloves
190 | P a g e
made from rubber latex or rubber
1267.
solution
US EAS 903:2018, Road tankers
— Welded steel tanks for Liquefied
This Uganda Standard, US 883-1 specifies
Petroleum Gas (LPG) — Design and
requirements and methods of test for packaged
manufacture
sterile, or bulked non-sterile, rubber gloves
This Uganda Standard specifies minimum
intended for use in medical examinations and
requirements for materials, design, construction
diagnostic or therapeutic procedures to protect
and workmanship procedures, and tests for
the
welded LPG road tanker and their welded
patient
and
the
user
from
cross-
contamination. It also covers rubber gloves
attachments
intended for use in handling contaminated
carbon/manganese and micro alloy steels. This
medical materials and gloves with smooth
standard does not cover tanks for ISO type
surfaces or with textured surfaces over all or
containers.
part of the glove.
1265.
US
883-2:2011,
medical
Single-use
This part of the Uganda Standard, US 883,
specifies requirements and test methods for
sterile,
or
bulked
non-sterile,
poly(vinyl chloride) gloves intended for use in
medical
examinations,
and
diagnostic
or
therapeutic procedures, to protect the patient
and the user from cross-contamination. It also
covers poly (vinyl chloride) gloves intended for
use in handling contaminated medical materials.
1266.
US
EAS
carbon,
US 914-1:2019, Bed blankets —
flame resistant fabrics — Specification
(2nd Edition)
This
Uganda
Standard
specifies
the
requirements, sampling and test methods for
flame resistant blankets composed of suitable
flame resistant fabrics (This standard cancels and
replaces the first edition US 914-1:2011, Bed blankets
— Part 1 — Specification for blankets made from
suitable flame resistant fabrics, which has been
technically revised).
1269.
US 914-2:2019, Bed blankets —
Bulk
Part 2: Blankets made from wool and
Liquefied Petroleum Gas (LPG) road
wool/polyamide — Specification (2nd
tankers
Edition)
—
902:2018,
from
Part 1: Blankets made from suitable
gloves
made from poly (vinyl chloride)
packaged
1268.
examination gloves —
Part 2: Specification for
manufactured
Assembling
—
Requirements
This Uganda Standard specifies requirements,
This Uganda Standard specifies requirements
sampling and test methods for woven wool and
for
and
woven wool/polyamide blankets intended for
assembling thereof used to form a bulk LPG
institutional and household use. (This standard
road tanker for safe transportation, filling, and
cancels and replaces the first edition, US 914-2:2011,
discharge operations.
Bed blankets — Part 2 — Specification for blankets
vehicle,
equipment,
accessories
191 | P a g e
made from wool and wool/polyamide, which has been
otherwise indicated, these requirements also
technically revised).
apply to fabrics for window blinds.
1270.
1273.
US 915-1:2011, Resilient floor
coverings —
Expanded (cushioned)
polyvinyl chloride
floor
covering
Uganda
Standard
specifies
the
requirements for floor coverings based on
expanded
(cushioned)
polyvinyl
chloride,
supplied as either tiles or rolls. To encourage the
consumer to make an informed choice, the
document includes a classification system based
for treatment of
water intended
for
consumption —
hypochlorite —
Specification
This
Uganda
Standard
specifies
the
requirements and methods of sampling and test
for sodium hypochlorite solution used for
disinfection of water intended for human
consumption.
1274.
on the intensity of use, which shows where
resilient floor coverings should give satisfactory
US 926:2012, Chemicals used
for treatment of
water intended
for
consumption —
service.
human
Polyamides — Specification
1271.
US 916:2011, Specification for
denatured fuel ethanol as used for
blending with gasoline
This
human
Sodium
— Specification
This
US 925:2012, Chemicals used
Uganda
Standard
prescribes
the
requirements and the methods of sampling and
This
gasoline of premium grade for use as a sparkignition automotive engine fuel
1272.
for
drapery —
specifies
the
for
polyamines
used
for
water
treatment
intended for human consumption.
1275.
US EAS 926:2019, Varnishes for
interior surfaces — Specification
This Uganda Standard specifies requirements,
methods of sampling and test for varnishes used
on interior surfaces such as wood, concrete,
US 918:2011, Textiles — Fabrics
household
Standard
requirements and methods of sampling and test
test for anhydrous denatured fuel ethanol
intended to be blended with unleaded motor
Uganda
curtains
and
Specification
stones, metals etc. This standard covers two
types of varnishes namely type I and type II.
This Uganda Standard specifies performance
1276.
US.
EAS
927:2019,
Road
requirements of fabrics for curtains and drapery.
marking paints — Specification
It covers all knit, lace, stitch-bonded, foam back
This Uganda Standard specifies requirements,
and woven fabrics to be used in the manufacture
methods of sampling and test for solvent-borne
of curtains and drapery. It is applicable to all
and
fabrics except those made of glass. Except where
bituminous or concrete surfaces. It makes
water-borne
paints
for
marking
on
provision for white, yellow, and black colours.
192 | P a g e
1280.
(This standard cancels and replaces US 745-1:2007,
Road and runway marking paints — Specification —
US
933:2011,
Gasohol
Specification for E5
and E10
Uganda
prescribes
—
Part 1: Single pack solvent borne and water-borne
This
paints and: US 745-2:2007, Road and runway
requirements and methods of sampling and test
marking paints — Specification — Part 2: Single
for blends of gasoline with anhydrous ethyl
pack
alcohol (denatured fuel ethanol) for use as a fuel
water
borne
paints,
which
have
been
withdrawn).
US
EAS
928-1:2019,
Hot
combustion engines of vehicles.
1281.
applied thermoplastic road marking
—
Specification
—
Part
Uganda
Standard
specifies
the
requirements, methods of sampling and test for
hot applied thermoplastic road marking paint
and constituents that are melted and applied by
spray, screed or extruded.
US 946:2011, Specification for
biodiesel fuel as used for blending
1:
Constituent material and mixtures
The
the
in the automobile spark ignition internal
1277.
paint
Standard
with automotive gas oil
This Uganda Standard specifies requirements
and methods of sampling and testing for 100 %
biodiesel as marketed and delivered to be used
as a blend component for automotive fuel for
diesel engines. This standard applies to the
blend of biodiesel and automotive gas oil to be
Hot
used for automotive diesel engines, as in heavy
applied thermoplastic road marking
commercial vehicles, diesel engine vehicles and
paint — Specification — Part 2: Road
tractors. It does not cover diesel fuel used in
performance
industrial burners or stationary diesel engine
1278.
US
EAS
928-2:2019,
1282.
This Uganda Standard specifies the performance
US 947-1:2019, Handling of
requirements for thermoplastic material which
petroleum
products
and
their
have been melted and applied on road surfaces
derivatives — Part 1: Siting, design and
by spray, screed or extruded.
construction of service stations (2nd
Edition)
1279.
US
EAS
929:2019,
Solvent-
based paint remover — Specification
This
Uganda
Standard
specifies
the
requirements, methods of sampling and test for
solvent-based
paint
removers.
The
paint
removers are intended for general use on
painted, varnished or lacquered on metal and
other appropriate surfaces.
This Uganda Standard covers the siting, design
and construction of service stations, installation
and operation of equipment in service stations
for
handling,
storage
and
dispensing
of
petroleum products and their derivatives, other
than equipment used in transportation. This
standard does not cover the installation of
pressurized storage tanks such as liquefied
petroleum gas (LPG) storage vessels. (This
193 | P a g e
standard cancels and replaces the US 947-1:2011,
1284.
US
949-1:2011,
Handling of petroleum products and their derivatives
Upholstery fabrics
— Part 1: Siting, design and construction of service
tufted,
station which has been technically revised).
upholstery fabrics
1283.
US
948-1:2019,
Textiles
—
or
Textiles
—
— Part 1: Plain,
flocked
woven
—
Specification
Sewing threads — Part 1: Sewing
This
threads made wholly or partly from
performance requirements for plain, tufted or
synthetic fibres — Specification (2nd
flocked woven upholstery fabrics as used in the
Edition)
manufacture
Uganda
Standard
of
indoor
prescribes
furniture.
the
The
This Uganda Standard specifies requirements
requirements apply to both the warp and weft
and test methods for sewing threads made
directions for those factors where each fabric
wholly or partly from synthetic fibres. This
direction is pertinent. It is not applicable to
standard applies to sewing threads made from
fabrics used in contract, porch, deck and lawn
the following fibres and combinations thereof:
furniture; nor for knitted fabrics, bounded or
laminated fabrics, or surface coated fabrics (such
continuous filament polyester;
as vinyl and urethanes).
1285.
staple fibre polyester;
US
949-2:2011,
Upholstery fabrics
air-jet (loop) textured polyester;
Knitted
upholstery
Textiles
—
—
Part
2:
fabric
—
prescribes
the
Specification
false twist (crimp) textured polyester;
This
Uganda
performance
continuous filament nylon;
standard
requirements
for
knitted
upholstery fabrics as used in the manufacture of
polyester and cotton core spun (continuous
indoor furniture. The requirements apply to
filament polyester core, cotton sheath);
both the wale and course directions for those
polyester and polyester core spun (continuous
filament polyester core, polyester sheath); and
factors where each fabric direction is pertinent.
It is not applicable to fabrics used in contract,
porch, deck and lawn furniture; nor for woven
fabrics, bounded or laminated fabrics, or surface
polyester and cotton component plied.
coated fabrics (such as vinyl and urethanes test
(This standard cancels and replaces the first edition,
US 948-1:2011, Textiles — Sewing thread made
wholly
or
partly
from
synthetic
fibres
Specification, which has been technically revised).
methods for disposable baby diapers.
1286.
—
US 950:2019, Disposable baby
diapers — Specification (2nd Edition)
This
Uganda
Standard
specifies
the
requirements and test methods for disposable
194 | P a g e
baby diapers. (This standard cancels and replaces
products
US
commercial and industrial heating (This standard
950:2011,
Disposable
baby
diapers —
Specification, which has been technically revised).
1287.
gowns,
clean
suits,
air
drapes
—
Part
and
addition to the usual labelling of medical
devices (ISO 15223), concerning manufacturing
and processing requirements. This standard
single-use and reusable surgical gowns, surgical
drapes and clean air suits used as medical
staff
and
equipment. This standard does not include
requirements for incision drapes.
1288.
US 966-3:2011, Medical devices
— Surgical
gowns,
clean
suits,
air
drapes
—
Part
and
3:
Performance requirements and
performance
levels
This Uganda Standard specifies performance
requirements for surgical drapes, gowns and
clean air suits
1289.
US
971:2019,
Petroleum
Gases
Liquefied
(LPG)
—
Specification
This Uganda Standard specifies requirements,
sampling and test methods for those products
commonly referred to as liquefied petroleum
gases,
consisting
of
commercial
propane,
commercial butane, and commercial propane
butane mixture. This standard is applicable to
US
1511:2014,
Oxygen
for
medical use — Specification
This
Uganda
Standard
specifies
the
requirements, methods of sampling and test
requirements for oxygen for medical use only.
1291.
US 1512:2014, Adhesives —
Ethyl & methyl
gives general guidance on the characteristics of
clinical
domestic,
which has been technically revised).
1290.
be supplied to users and third party verifiers, in
patients,
as
Petroleum Gases (LPG) — Part 4: Specification
This Uganda Standard specifies information to
for
use
1:
General requirements
devices
for
cancels and replaces US 971-4: 2014, Liquefied
US 966-1:2011, Medical devices
— Surgical
intended
cyanocrylate
types 1,2 and 3 — Specification
This Uganda Standard specifies requirements
and methods of test for two grades of one
component Grade M - methyl 2-cyanoacrylate
and Grade E - ethyl-2-cyanoacrylate (commonly
sold under trade name such as "Super Glue").
1292.
US
1532:2013,
Hair
extensions — Specification
This
Uganda
Standard
specifies
the
requirements and methods of test for hair
extensions for use on humans.
1293.
US
1565:2014,
specification for
Standard
water emulsion
floor polish
This Uganda Standard covers floor polish
intended for use on all non-wood floors and on
sealed-wood floors.
1294.
US
1570:2014,
consumer safety
Standard
specification
for soft infant and toddler
carriers
This Uganda Standard establishes performance
requirements,
test
methods
and
marking
195 | P a g e
requirements to promote safe use of soft infant
This
and toddler carriers.
requirements, sampling and test methods for
1295.
US
1572:2014,
specification for
The
Standard
Uganda
Standard
specifies
synthetic-fibre filled pillows for domestic use.
epoxy (flexible)
1299.
US 1578-2:2017, Pillows for
adhesive for bonding metallic and
domestic use —
non- metallic materials
— Part 2: Plumage filled
Uganda
Standard
covers
a
two-part
the
This
Uganda
Specification
Standard
specifies
the
modified epoxy paste adhesive for bonding
requirements, sampling and test methods of
metallic
plumage filled pillows for domestic use.
and
nonmetallic
materials.
The
adhesive should be suitable for forming bonds
1300.
US 1583:2019, Fishing gill nets
— Specification (2nd Edition)
that can withstand environmental exposure to
temperatures from –184 to 82 °C (–300 to 180 °F)
This
when exposed to an expected combination of
requirements and methods of test for fishing gill
stress, temperature, and relative humidity to be
nets. (This standard cancels and replaces US
encountered in service
1583:2014, Fishing nets — Specification, which has
1296.
US
1574:2014,
Standard
performance
specification for towel
products for
institutional
Uganda
Standard
specifies
the
been technically revised).
1301.
US
1625:2015,
instant hand
and
Acid
based
sanitizers—
Specification
household use
This Uganda Standard covers the evaluation of
This
specific
requirements, sampling and test methods for
performance
characteristics
of
importance in woven and knitted kitchen towel,
Uganda
Standard
specifies
the
acid based instant sanitizers.
1302.
dishcloth, crash towel, huck towel, washcloth,
US 1654-1:2017, Footwear —
hand towel, bath towel, and bath sheet products
Specification for
for
Part 1: Closed shoes/ Correction 1_2019
use
in
institutional
and
household
This
environments.
1297.
US
1575:2014,
mattresses —
Spring
Specification
Uganda
men’s shoes —
Standard
specifies
the
requirements, sampling and test methods for
men’s closed shoes made from all types of
This Uganda Standard specifies requirements
materials and of all constructions and designs.
and test methods for spring mattresses intended
(This Uganda Standard cancels and replaces US 582-
for institutional and domestic use.
1:2007, Men's shoes with stuck-on outer soles —
1298.
US 1578-1:2017, Pillows for
domestic use —
Specification
— Part 1: Synthetic-fibre filled
Part 1: Flat lasted construction — Specification; US
582-2:2007, Men's shoes with stuck-on outer soles
—
Part
2:
California
type
construction
—
Specification; US 582-3:2007, Men's shoes with
196 | P a g e
stuck-on outer soles — Part 3: Moccasin type
This
construction
639:2006
requirements, sampling and test methods for
Specification for the production of men’s heavy boots,
children’s shoes of children aged 2 years and
service type made according to the Good Year Welted
below. (This Uganda Standard cancels and replaces
principle; which are being reissued as a single
US 651:2006, Young people’s shoes, stuck on and
standard).
stitch down construction – Specification, which is
—
1303.
Specification;
US 1654-2:2017, Footwear —
Specification for
This
US
men’s shoes —
Uganda
Standard
specifies
the
being reissued).
1307.
US 1656-2:2017, Footwear —
Part 2: Open shoes/ Correction 1_2019
Specification for
Uganda
shoes — Part 2: Between 2 and 6
Standard
specifies
the
requirements, sampling and test methods for
children’s
years/ Correction 1_2019
men’s open shoes made from all types of
This
materials and of all constructions and designs.
requirements, sampling and test methods for
1304.
US 1655-1:2017, Footwear —
Specification for
This
ladies’ shoes —
Uganda
Standard
specifies
the
children’s shoes of children age between 2 to 6
years. (This Uganda Standard cancels and replaces
Part 1: Closed shoes/ Correction 1_2019
US 651:2006, Young people’s shoes, stuck on and
Uganda
stitch down construction – Specification, which is
Standard
specifies
the
requirements, sampling and test methods for
being reissued).
ladies’ closed shoes made from all types of
1308.
US
1662:2017,
Waste
materials and of all constructions and designs.
management — Requirements
(This Uganda Standard cancels and replaces US
This Uganda standard specifies requirements for
654:2006, Ladies shoes, flat lasted with stuck on
the management of hazardous waste and non-
outer soles – Specification, which is being reissued).
hazardous waste. This standard covers amongst
1305.
US 1655-2:2017, Footwear —
Specification for
ladies’ shoes —
other things, collection, storage, transportation,
treatment and disposal of waste. It also includes
Part 2: Open shoes/ Correction 1_2019
provisions for monitoring and regulation of
Uganda
the
waste. The standard applies to a range of
requirements, sampling and test methods for
industry sectors whose activities generate, store,
ladies’ open shoes made from all types of
or handle any quantity of waste
This
Standard
specifies
materials and of all constructions and designs.
1306.
1309.
US 1656-1:2017, Footwear —
Specification for
US
1958-1:2019,
Surgical
sutures — Specification — Part 1:
children’s
Absorbable
shoes — Part 1: 2 years and below/
This
Correction 1_2019
requirements, sampling and test methods for
Uganda
Standard
specifies
the
absorbable surgical sutures.
197 | P a g e
1310.
US
1958-2:2019,
Surgical
sutures — Specification — Part 2: Nonabsorbable
This
Uganda
1315.
US 1674:2017, Surface polish —
Specification
This Uganda Standard specifies requirements,
the
sampling and test methods for wax-based
requirements, sampling and test methods for
polishes in the form of paste and liquid intended
non-absorbable surgical sutures.
for use on surfaces like plastics, leather, rubber,
1311.
Standard
specifies
US 1959:2019, Surgical suture
needles — Specification
This
Uganda
Standard
finished furniture and car interiors.
1316.
specifies
the
requirements, sampling and test methods for
US
1685:2017,
Specification for
Ethanol for use as
Standard
Denatured
Cooking and
Appliance Fuel
surgical suture needles.
US 1960:2019, Standard
This Uganda Standard covers denatured ethanol
Specification for Wrought Stainless
intended to be used as a cooking or appliance
Steels for Surgical Instruments
fuel, or both.
1312.
2982.
This Uganda Standard covers the chemistry
requirements for wrought stainless steels used
1317.
US 1687-1:2019, School clothing
— Part 1: General requirements
for the manufacture of surgical instruments.
This Uganda Standard specifies the general
This Uganda Standard, US 1960:2019, is based
requirements for the materials, workmanship,
on ASTM F899 - 20, Standard Specification for
packing, sampling, care-labelling, marking and
Wrought
inspection of school clothing.
Stainless
Steels
for
Surgical
1318.
Instruments
— Part 2: Blazers
This standard was published on 2019-3-26
1313.
US
1968:2019,
Textiles
—
Cotton T-shirts — Specification
This
Uganda
Standard
prescribes
constructional, dimensional details,
and
other
particulars
as
a
This Uganda Standard specifies requirements
for the materials, the sizes and make of school
the
sampling
guideline
US 1687-2:2019, School clothing
to
blazers for boys and girls.
1319.
US 1687-3:2019, School clothing
— Part 3: Trousers and shorts
manufacturers of various types of T-shirts
This Uganda Standard specifies requirements
manufactured from 100 % cotton yarn.
for the materials, cut, make and trim of trousers
1314.
US
Hospital
1969:2019,
cotton
Textiles —
and shorts.
bedsheets —
1320.
Specification
This
Uganda
US 1687-4:2019, School clothing
— Part 4: Shirts
Standard
describes
the
This Uganda Standard specifies requirements
constructional details of hospital cotton
for the materials, cut, make and trim of shirts for
bedsheets.
boys and girls.
198 | P a g e
1321.
US 1687-5:2019, School clothing
— Part 5: Dresses, tunics and gyms
athletic wear made from woven or knitted
fabrics (or both).
This Uganda Standard specifies requirements
1328.
for the materials, cut, make and trim of girls'
dresses, tunics and gyms.
1322.
— Part 6: Girls’ slacks and skirts
Footwear
—
Uganda
Standard
specifies
the
performance, requirements, sampling and test
methods of sports footwear.
This Uganda Standard specifies requirements
1329.
for the materials, cut, make and trim of girls'
US
1693:2017,
Disinfectants/sanitizers
—
Specification
slacks and skirts.
1323.
1688:2017,
Sports shoes — Specification
This
US 1687-6:2019, School clothing
US
US 1687-7:2019, School clothing
This Uganda Standard specifies requirements,
— Part 7: Knee high stockings and
sampling
ankle socks
disinfectants/sanitizers intended for general use
and
test
methods
for
This Uganda Standard specifies requirements
on inanimate surfaces including food contact
for two types of knee-high stockings and two
and non-food contact surfaces. This standard is
types of ankle socks for school wear.
applicable
1324.
US 1687-8:2019, School clothing
to
disinfectants/sanitizers
represented for use on non-critical medical
— Part 8: Jerseys and cardigans
devices, environmental surfaces and other
This Uganda Standard specifies requirements
inanimate objects. This standard does not apply
for the materials, size, and make of school
to
jerseys and cardigans.
iodophor(s) and aldehydes as active ingredients.
1325.
US 1687-9:2019, School clothing
— Part 9: Briefs
disinfectants/sanitizers
1330.
containing
US 1700-1:2019, School wear
fabrics — Part 1: Basic requirements
This Uganda Standard specifies requirements
This Uganda Standard specifies the basic
for the materials, sizes and make of school briefs
requirements for packing, labelling, marking,
for girls.
sampling, inspection and testing of fabrics that
1326.
US
1687-10:2019,
School
clothing — Part 10: Tracksuits
clothing.
This Uganda Standard specifies requirements
for the materials, size and make of tracksuits.
1327.
US
1687-11:2019,
Uganda
Standard
specifies
1331.
US 1700-2:2019, School wear
fabrics — Part 2: Blazer fabrics
School
clothing — Part 11: Athletic wear
This
are suitable for use in the manufacture of school
This Uganda Standard specifies requirements
for six types of plain dyed fabric and one type of
the
requirements for the materials, size and make of
striped fabric suitable for use in the manufacture
of school wear blazers.
199 | P a g e
1332.
US 1700-3:2019, School wear
This Uganda Standard specifies requirements
fabrics — Part 3: Polyester and wool
for one type of warp-knitted fabric suitable for
fabrics
use in the manufacture of school clothing.
This Uganda Standard specifies requirements
1338.
for polyester-and-wool fabrics suitable for use in
the manufacture of school clothing.
1333.
US 1701:2017, Hairspray
—
Specification
The
Uganda
Standard
specifies
the
US 1700-4:2019, School wear
requirements, sampling and test methods for
fabrics — Part 4: Polyester and viscose
hair spray. This standard is applicable to both
fabrics
water based and oil based hair sprays delivered
This Uganda Standard specifies requirements
for polyester and viscose fabrics, of three weave
by the aerosol or non-aerosol system.
1339.
US
1709:2017,
structures, suitable for use in the manufacture of
Disinfectants/sanitizers based on
school clothing.
iodophors — Specification
1334.
US 1700-5:2019, School wear
This Uganda Standard specifies requirements,
fabrics — Part 5: Polyester and cotton
sampling
fabrics
disinfectants/sanitizers that contain iodophor(s)
and
test
methods
for
This Uganda Standard specifies requirements for
as active ingredient(s) and intended for use on
polyester and cotton fabrics, of two weave
inanimate surfaces.
structures, suitable for use in the manufacture of
school clothing.
1335.
1340.
US
1710:2017,
Disinfectants/sanitizers based on
US 1700-6:2019, School wear
glutaraldehyde for general use —
fabrics — Part 6: Shirting and blouse
fabrics
Specification
This Uganda Standard specifies requirements,
This Uganda Standard specifies requirements
sampling and test methods for two types of
for fabrics suitable for use in the manufacture of
disinfectants/sanitizers
school wear shirts and blouses.
glutaraldehyde and intended for general use on
1336.
US 1700-7:2019, School wear
fabrics — Part 7: Fabrics containing
textured yarns
This Uganda Standard specifies requirements
based
on
inanimate surfaces
1341.
US
1756-1:2017,
Commercial
blasting explosives — Specification —
Part 1: Emulsion explosive
for fabrics, of two weave structures, containing
This Uganda Standard specifies requirements,
textured yarns and suitable for use in the
sampling and
manufacture of school clothing.
explosives.
1337.
test
methods
for
emulsion
US 1700-8:2019, School wear
fabrics — Part 8: Warp-knitted fabrics
200 | P a g e
1342.
US
1756-2:2017,
Commercial
This
Uganda
Standard
specifies
the
blasting explosives — Specification —
requirements, sampling and test methods for
Part 2: Ammonium nitrate fuel oil
reusable sanitary towels (including reusable
explosives
panty liners) for external use. This standard
This
Uganda
Standard
specifies
requirements,sampling and test methods for
does not apply to disposable sanitary towels.
1347.
US 1783:2017, Disposable adult
ammonium nitrate fuel oil explosives.
absorbent (incontinence) products —
1343.
Specification
US
1756-3:2017,
Commercial
blasting explosives — Specification —
This Uganda Standard specifies requirements,
Part
sampling and test methods for disposable adult
3:
Ammonium
nitrate
for
explosives
absorbent products for managing incontinence
This Uganda Standard specifies requirements,
including adult diapers, adult briefs, adult
sampling and test methods for ammonium
under pads (inserted in pants) and others.
nitrate intended primarily for use in explosives.
1344.
US 1776:2017, Light metal in
hazardous
locations
at
mines
—
Guidelines for use
The Uganda Standard provides guidelines
regarding the use of light metals in hazardous
locations at mines, and gives a short description
of the hazards or risks associated with such
metals.
1345.
US 1781:2017, Wall fillers —
Specification
This Uganda Standard specifies requirements,
sampling and test methods for fillers in form of
powder and paste used on both interior and
exterior
surfaces
for
levelling
of
surface
imperfections, filling dents, cracks and other
uneven surfaces on any wall and partitions like
plaster, concrete, ceilings and building boards.
The standard does not apply to sand filling and
structural cracks
1346.
US
1782:2017,
Reusable
1348.
US 1799:2019, Methylated spirit
— Specification
This Uganda Standard specifies requirements,
sampling and test methods for methylated spirit
as a finished product suitable for general
purpose
disinfection
and
standard
does
apply
not
cleaning.
to
This
industrial
methylated spirits.
1349.
US
1898:2019,
Industrial
methylated spirit — Specification
This Uganda Standard specifies requirements,
sampling and test methods for industrial
methylated spirit.
1350.
US 1832:2019, Glycerine for
cosmetic use — Specification
This Uganda Standard specifies requirements,
sampling and test methods for glycerine for
cosmetic use.
1351.
US 1833:2019, Baby oils —
Specification
sanitary towels — Specification
201 | P a g e
This Uganda Standard specifies requirements,
are petroleum or vegetable oil based. This
sampling and test methods for baby oils
standard does not cover lip balm for which
intended for use on the babies. Products for
therapeutic claims are made, lipsticks, lip gloss
which therapeutic claims are made are not
and emulsion types.
1356.
covered by this standard.
1352.
This
— Specification
US 1877:2019, Deodorants and
This
antiperspirants — Specification
Uganda
specifies
Uganda
Standard
specifies
the
the
requirements, sampling and test methods for lip
requirements, sampling and test methods for
shine (gloss) based on refined vegetable or
deodorants and antiperspirants. This standard
mineral oils. This standard does not cover lip
does not apply to the medicated deodorants and
shine (gloss) for which therapeutic claims are
antiperspirants, which claim therapeutic value.
made. This standard does not apply to lip sticks
1353.
Standard
US 1933:2019, Lip shine (gloss)
US 1921:2019, Body oils —
Specification
This
Uganda
Standard
and lip balms.
1357.
specifies
the
US 1934:2019, Aftershave —
Specification
requirements, sampling and test methods for
This
body oils based on refined vegetable oils or
requirements, sampling and test methods for
vegetable oils blends, mineral oils or mixture of
aftershave. This standard covers both alcoholic
the vegetable oils and mineral oils meant for
and non-alcoholic aftershaves. This standard
application on the skin. It does not cover skin
does not cover aftershave for which therapeutic
creams, lotions, hair oils and pure essential oils.
claims are made.
Body oils for which therapeutic claims are made
are not covered by this standard.
1354.
US 1931:2019, Shea butter for
cosmetic industry— Specification
Uganda
1358.
Standard
specifies
the
US 1963:2019, Caustic soda —
Specification
This Uganda Standard specifies requirements,
sampling and test methods for caustic soda,
This Uganda Standard specifies requirements,
pure and technical grade. It covers the material
sampling and test methods for shea butter for
in the solid and lye form. This standard does not
cosmetic use derived from the kernels of the
apply to sodium hydroxide for medical or
sheanuts (Butyrospermum parkii). This standard
pharmaceutical use, or sodium hydroxide for
does not cover products for which therapeutic
photographic use.
claims are made.
1355.
US 1932:2019, Lip balm (salve)
— Specification
1359.
fabric
US 1971:2019, Green surgical
for
gowns
and
drapery —
Specification
This Uganda Standard specifies requirements,
This Uganda Standard specifies requirements
sampling and test methods for lip balm which
for the performance, of green coloured surgical
202 | P a g e
gowns and drapes materials used in the
criteria of US ISO 7886 and US ISO 7864
operating theatre
standards
1360.
US 2011: 2019, Sterile surgical
for
hypodermic
syringes
and
hypodermic needles respectively.
blades — Specification
This
Uganda
Standard
specifies
the
1366.
Specification —
requirements, sampling and test methods for
sterile surgical blades.
1361.
US
Uganda
Part 1:
Shock-tube
detonator
This Uganda Standard specifies requirements,
2104:
2019,
Face
pack
(Cosmetic mask) — Specification
This
US 2141-1: 2019, Detonators —
Standard
specifies
sampling and test methods for permitted shocktube detonators for commercial use. This
the
requirements, sampling and test methods for
standard applies to shock-tube detonator No. 6
(surface) and No.8 (In-hole) for commercial use.
face packs.
1367.
1362.
US 2111:2019, Umbilical cord
clamps — Specification
This
Uganda
Standard
cosmetic industry — Specification
This
specifies
the
requirements, sampling and test methods for
US 2151: 2019, Beeswax for
Uganda
Standard
specifies
the
requirements, sampling and test methods for
beeswax for cosmetic industry.w
umbilical cord clamps. It does not include
1368.
specifications for
1363.
US
2129:2019,
Medical
ultrasound gel— Specification
The
Uganda
Standard
specifies
the
requirements, sampling and test methods for
medical ultrasound
1364.
US 2134:2019, Knitted vests —
Specification
This
Uganda
Standard
specifies
the
requirements and test methods of knitted vests
with or without sleeves
1365.
US
— Performance classification — Part 2:
Specifications for categories HH, HL,
HM, HV and HG
This Uganda Standard specifies performance
requirements, sampling and test methods for
new mineral oil hydraulic fluids of categories
classified as HH, HL, HM, HV and HG, and
intended for hydraulic systems, particularly for
hydrostatic hydraulic fluid power application.
1369.
2140:2019,
Requirements
for the application of US ISO 7886 and
US ISO 7864 standards for hypodermic
syringes and hypodermic needles
US 2159-2:2019, Hydraulic fluid
US 2159-3:2019, Hydraulic fluid
— Performance classification — Part 3:
Specifications for hydraulic fluids in
categories HFAE, HFAS, HFB, HFC,
HFDR and HFDU
This Uganda Standard specifies requirements on
the
application,
sampling
and
acceptance
203 | P a g e
This Uganda Standard specifies performance
gas
up to 25 bar (2.5 MPa) —
requirements, sampling and test methods for
Specification
less-flammable
This Uganda Standard specifies requirements
hydraulic fluids of the categories HFAE, HFAS,
for rubber hoses and rubber hose assemblies
HFB, HFC, HFDR and HFDU, and is intended
used for the transfer of liquefied petroleum gas
for hydrostatic and hydrodynamic systems in
(LPG) in the liquid or gaseous phase and natural
general industrial applications.
gas and designed for use at working pressures
unused
fire-resistant
and
ranging from vacuum to a maximum of 25 bar
1370.
US 2159-4:2019, Hydraulic fluid
— Performance classification — Part 4:
Specifications for hydraulic fluids in
categories HETG, HEPG, HEES and
HEPR
This Uganda Standard specifies performance
(2.5 MPa) within the temperature range 30 °C to
+70
°C
stipulates the requirements for environmentally
acceptable hydraulic fluids at the time of
delivery.
1371.
1373.
US
ISO
4074:2015,
Natural
rubber latex male
condoms
Requirements
test
and
—
methods
(2nd edition)
This Uganda Standard specifies requirements
and test methods for male condoms made from
natural rubber latex. (The Uganda Standard
cancels and replaces US ISO 4074:2002, Natural
US
2220:2020,
Zinc
oxide
methods, which has been technically revised).
1374.
Standard
specifies
zinc oxide surgical adhesive plaster (tape).
Fuels
(class
Specifications of gas turbine
the
requirements, sampling and test methods for
US ISO 4261:2013, Petroleum
products —
Specification
Uganda
hoses
latex rubber condoms — Requirements and test
surgical adhesive plaster (tape) —
This
low-temperature
−50 °C to +70 °C.
environmentally acceptable hydraulic fluids and
hydraulic fluid power systems. This standard
for
(designated -LT), within the temperature range
requirements, sampling and test methods for
is intended for hydraulic systems, particularly
or,
F)
—
fuels
for industrial and marine applications
This
Uganda
Standard
specifies
requirements for petroleum fuels for
the
gas
turbines (see ISO 3977) used in public utility,
industrial, and marine applications. It does not
1372.
US ISO 2928: 2003, Rubber
hoses and hose assemblies
for
liquefied petroleum gas (LPG) in
the
liquid or gaseous phase and natural
cover requirements for gas turbine fuels for
aviation use. This standard is intended for the
guidance
of
users
such
as
turbine
manufacturers, suppliers, and purchasers of gas
turbine fuels. This standard sets out the
204 | P a g e
1377.
properties of fuels at the time and place of
unlined
—
poly(vinyl
Lined
chloride)
for general industrial use —
Specification
Road
Specification of nonfor
hydraulic systems
or
boots
4925:2005,
petroleum-base brake Fluids
US ISO 4643:1992, Moulded
plastics footwear
ISO
vehicles —
transfer of custody to the user.
1375.
US
This Uganda Standard gives the specifications,
requirements
and
test
methods,
for
non-
petroleum-base fluids used in road-vehicle
This Uganda Standard specifies requirements
hydraulic brake and clutch systems that are
for boots, moulded from poly(vinyl chloride)
designed for use with such fluids and equipped
compounds, for general industrial use. The
with seals, cups or double-lipped type gland
boots may be either fabric-lined or unlined and
seals made of styrene-butadiene rubber
of any style from ankle boots to full thigh height
1378.
US ISO 5423:1992, Moulded
plastics footwear
inclusive.
1376.
US
ISO
4706:2008,
cylinders — Refillable welded
unlined
Gas
polyurethane
general
steel
—
Lined
boots
industrial
use
or
for
—
Specification
cylinders — Test pressure 60 bar
This Uganda Standard specifies requirements
and below
This Uganda Standard specifies the minimum
for
requirements
selection,
compound, for general industrial use. The boots
workmanship,
may be either fabric-lined or tinlined and of any
procedure and test at manufacture of refillable
style from ankle boots to full thigh height
welded-steel gas cylinders of a test pressure not
inclusive.
design,
concerning
construction
material
and
greater than 60 bar1), and of water capacities
boots,
moulded
1379.
from
polyurethane
US ISO 5832-1:2016, Implants
from 0.5 l up to and including 500 l exposed to
for surgery — Metallic materials —
extreme worldwide temperatures (-50 °C
Part 1: Wrought stainless steel
°C) used for compressed, liquefied or dissolved
This
gases. Transportable large cylinders of water
characteristics
capacity above 150 l and up to 500 l may be
methods for, wrought stainless steel for use in
manufactured and certified to this standard
the manufacture of surgical implants.
provided handling facilities are provided. This
Uganda
1380.
Standard
of,
and
specifies
corresponding
the
test
US ISO 6009:2016, Hypodermic
standard is primarily intended to be used for
needles for single use — Colour coding
industrial gases other than Liquefied Petroleum
for identification
Gas (LPG), but may also be applied for LPG. For
This Uganda Standard establishes a colour code
specific LPG applications see ISO 22991.
for the identification of single-use hypodermic
needles of designated metric size in the range of
205 | P a g e
0.18 mm (34 Gauge) to 3.4 mm (10 Gauge). It
use on individual gas cylinders containing
applies to regular-walled, thin-walled, extra-
single gases or gas mixtures. Labels for cylinders
thin-walled and ultra-thin walled needles and to
of bundles and labels for bundles are not
opaque and translucent colours. This standard is
covered by this standard.
1384.
not applicable to pen-needles.
1381.
bearing
US ISO 6710:2017, Single-use
This Uganda Standard specifies requirements
and test methods for evacuated and nonevacuated single-use venous blood specimen
containers. It does not specify requirements for
blood collection needles, needle holders, blood
culture receptacles or “arterial” blood gas
collection devices that can be used for venous
contraceptive
intrauterine devices — Requirements
containers for human venous blood
specimen collection
US ISO 7439:2015, Copper-
and tests
This Uganda Standard specifies requirements
and
tests
for
single-use,
copper-bearing
contraceptive intrauterine devices (IUDs) and
their insertion instruments. It is not applicable to
IUDs consisting only of a plastics body or whose
primary purpose is to release progestogens.
1385.
US ISO 7740:1985, Instruments
for surgery — Scalpels with detachable
blood.
blades — Fitting dimensions
1382.
US ISO 6935-3:1992, Steel for
This Uganda Standard has been prepared to
the
reinforcement of concrete —
meet
Part 3: Welded fabrics
This
Uganda
Standard
specifies
the
need
for
good
fitting
and
interchangeability of detachable blades for
technical
requirements for factory made sheets or rolls of
scalpels.
1386.
US ISO 7741:1986, Instruments
welded fabric, manufactured from steel wires or
for surgery — Scissors and shears —
bars with diameters from 4 mm to 16 mm and
General
designed for the reinforcement of concrete
methods
Uganda
requirements
Standard
and
specifies
test
structures and the ordinary reinforcement of
This
general
pre-stressed concrete structures. (This Uganda
requirements and corresponding routine test
Standard cancels and replaces US EAS 412-3:2005,
methods for scissors and shears which are used
Steel for the reinforcement of concrete — Part 3:
in surgery.
Welded fabric, which has been republished).
1383.
US
cylinders —
ISO
7225:2005,
Gas
Precautionary labels
This Uganda Standard specifies the design,
content (that is, hazard symbols and text) and
1387.
US
ISO
7864:2016,
Sterile
hypodermic needles for single use —
Requirements and test methods (2nd
Edition)
application of precautionary labels intended for
206 | P a g e
This Uganda Standard specifies requirements
1390.
US ISO 7886-1:2017, Sterile
for sterile hypodermic needles for single use of
hypodermic syringes for single use —
designated metric sizes 0.18 mm to 1.2 mm. It
Part 1: Syringe for manual use (2nd
does not apply to those devices that are covered
Edition)
by their own standard such as dental needles
This Uganda Standard specifies requirements
and pen needles. (The standard cancels and
and test methods for verifying the design of
replaces US ISO 7864:1993, Sterile hypodermic
empty sterile single-use hypodermic syringes,
needles for single use which has been technically
with or without needle, made of plastic or other
revised).
materials and intended for the aspiration and
injection of fluids after filling by the end-users.
1388.
US
ISO
7866:2012,
Gas
cylinders — Refillable seamless
aluminium alloy gas cylinders —
Design,
construction
and
testing
This Uganda Standard specifies minimum
requirements
for
the
material,
design,
construction and workmanship, manufacturing
This standard does not provide requirements for
lot release. The syringes are primarily for use in
humans. (This standard cancels and replaces US
ISO 7886-1:1993, Sterile hypodermic syringes for
single use — Part 1: Syringes for manual use, which
has been technically revised).
1391.
US ISO 7886-2:1996, Sterile
processes and tests at time of manufacture of
hypodermic
refillable
— Part 2: Syringes for use
seamless
aluminium
alloy
gas
litres
for
compressed,
liquefied
and
with
power-driven syringe pumps
cylinders of water capacities up to and including
150
syringes for single use
This part of ISO 7886 specifies requirements for
dissolved gases for worldwide use (normally up
sterile
to +65 °C).
nominal capacity 5 ml and above, made of
1389.
US ISO 7885:2010, Dentistry —
Sterile injection needles for single use
Single-use
hypodermic
syringes
of
plastics materials and intended for use with
power-driven Syringe Pumps. This part of ISO
This Uganda Standard gives dimensional and
7886 does not apply to syringes for use with
performance requirements for sterile injection
insulin (specified in ISO 8537), Single-use
needles for single use which are used in dental
syringes made of glass (specified in ISO 595),
cartridge syringes complying with ISO 9997 for
syringes prefilled with the injection by the
injection of dental local anaesthetics. It further
manufacturer and syringes supplied with the
specifies requirements with respect to their
injection as a kit for filling by a pharmaeist. It
packaging, labelling and colour coding. It does
does not address compatibility with injection
not cover needles for special applications or
fluids.
techniques.
207 | P a g e
1392.
US ISO 7886-3:2005, Sterile
hypodermic
syringes for single use
— Part 3: Autodisable syringes
Standard cancels and replaces US ISO 7886-4: 2006
which has been technically revised).
for
1394.
fixed-dose immunization
Mechanical contraceptives
This part of ISO 7886 specifies the properties
and
performance
of
sterile
contraceptive diaphragms —
hypodermic syringes with or without needle,
intended for the aspiration of vaccines or for the
injection of vaccines immediately after filling.
Upon delivering a fixed dose of vaccine, the
syringe is automatically rendered unusable. This
part of ISO 7886 does not specify the design of
the auto-disable feature, which is left to the
discretion of the manufacturer. This part of ISO
7886 is not applicable to syringes for use with
insulin (specified in ISO 8537), syringes made of
glass (specified in ISO 595), syringes for use
with power-driven syringe pumps (specified in
ISO 7886-2), auto-disable syringes for variable
dose delivery and syringes designed to be
prefilled. It does not address compatibility with
injection fluids/vaccines.
1393.
US ISO 7886-4:2018, Sterile
hypodermic syringes for single use —
Part 4: Syringes with re-use prevention
feature (2nd Edition)
This Uganda Standard specifies requirements
for sterile single-use hypodermic syringes made
of plastic and rubber materials with or without
needle, and intended for the aspiration of fluids
—
Reusable natural and silicone rubber
single-use
made of plastic materials and stainless steel and
US ISO 8009:2014,
Requirements and tests
This Uganda Standard specifies the minimum
requirements and test methods to be used for
reusable diaphragms made from natural rubber
and silicone rubber. These diaphragms are
intended for contraceptive use. This Uganda
Standard is not applicable to other vaginal
contraceptive barriers, such as those known as
cervical caps, vaginal sponges, and vaginal
sheaths.
1395.
US ISO 8068:2006, Lubricants,
industrial oils and related products
(class L) — Family T (Turbines) —
Specification for lubricating oils for
turbines
This Uganda Standard specifies the minimum
requirements
for
turbine
lubricants,
as
delivered. It specifies the requirements for a
wide variety of turbines for power generation,
including
steam
combined-cycle
turbines,
turbines
gas
with
a
turbines,
common
lubrication system and hydraulic (water driven)
turbines.
1396.
US ISO 8124-1:2014, Safety of
or for the injection of fluids immediately after
toys — Part 1: Safety aspects related
filling and of design such that the syringe can be
to mechanical and
rendered unusable after use. (This Uganda
properties
(3rd
physical
Edition)
208 | P a g e
This Uganda Standard applies to all toys, i.e.
3 Migration of certain elements, which has been
any product or material designed or clearly
technically revised).
intended for use in play by children under 14
1399.
US ISO 8124-4:2010, Safety of
years of age. They are applicable to a toy as it is
toys — Part 4: Swings,
slides
initially received by the consumer and, in
similar activity toys for
addition, they apply after a toy is subjected to
and outdoor family domestic use
and
indoor
reasonably foreseeable conditions of normal use
This Uganda Standard specifies requirements
and abuse unless specifically noted otherwise.
and test methods for activity toys for domestic
(This Final Draft Uganda Standard cancels and
family use intended for children under 14 years
replaces US ISO 8124-1: 2007, Safety of toys — Part
to play on or in. Products covered by this part of
1: Safety aspects related to mechanical and physical
US ISO 8124 include swings, slides, seesaws,
properties, which has been technically revised).
carousels, rocking toys, climbing frames, fully
1397.
US ISO 8124-2:2007, Safety of
toys — Part 2: Flammability
(2nd
Edition)
enclosed toddler swing seats and other products
intended to bear the mass of one or more
children. Products not included within the scope
This Uganda Standard specifies the categories of
flammable materials that are prohibited in all
of this part of US ISO 8124 are:
a) fitness
toys, and requirements concerning flammability
of certain toys when they are subjected to a
and
sporting
equipment
unless attached to the activity toy;
b) equipment intended for use in
minor source of ignition. (This standard cancels
schools,
and replaces the first edition US ISO 8124-2:2005,
kindergartens, public playgrounds,
Safety of toys — Part 2: Flammability, which has
restaurants, shopping centres and
been technically revised).
similar public places;
1398.
US
ISO
3:2010/Amd.1:2014, Safety of
8124-
c)
toys —
Uganda
Standard
limited
to,
centres,
infant
playpens/enclosures,
(2nd Edition)
This
care
juvenile care products such as, but
not
Part 3: Migration of certain elements
day
swings,
beds
or
furniture including picnic tables,
specifies
cradle
rockers
and
products
maximumacceptable levels and methods of
specifically designed for therapeutic
sampling and extraction prior to analysis for the
use.
migration of the elements antimony, arsenic,
1400.
US ISO 8216-1:2005, Petroleum
barium, cadmium, chromium, lead, mercury
products —
and selenium from toy materials and from parts
classification — Part 1: Categories
of toys. (This standard cancels and replaces the first
marine fuels
Fuels
(class
F)
of
edition, US ISO 8124-3:2005, Safety of toys — Part
209 | P a g e
This Uganda Standard establishes the detailed
subgroups on the basis of volatility and flash
classification of marine fuels within class F
point, because of the safety implications of
(petroleum fuels). It is intended to be read in
different customary titles for such fuels in
conjunction with US ISO 8216-99.
different parts of the world.
1401.
1403.
US ISO 8216-2:1986, Petroleum
products —
Fuels
Classification
(class
—
F)
Part
US ISO 8217:2012, Petroleum
—
products —
2:
Specifications of marine
Categories of gas turbine fuel
marine applications
This
Uganda
Fuels
Standard
(class
F)
—
fuels
specifies
the
requirements for petroleum fuels for use in
This Uganda Standard establishes the detailed
marine diesel engines and boilers, prior to
classification of gas turbine fuels for industrial
appropriate
and marine applications, but excluding aircraft
specifications for fuels in this standard can also
fuels. It should be read in conjunction with ISO
be applicable to fuels for stationary diesel
8216/0. The fuels in this classification are for use
engines of the same or similar make and type as
in industrial gas turbines and gas turbines
those used for marine purposes. This standard
derived from aviation turbines that are used in
specifies four categories of distillate fuel, one of
static and marine applications. The classification
which is for diesel engines for emergency
includes only fuels that are liquid under
purposes. It also specifies six categories of
atmospheric pressure and at their normal
residual fuel.
storage temperatures. Petroleum fuels, being the
treatment
1404.
before
use.
The
US ISO 8669-2: 1996, Urine
result of the processing of crude oils of diverse
collection bags — Part 2: Requirements
origin, cannot be chemically defined, but may be
and test methods
categorized generally within the scope of this
This Uganda Standard specifies performance
part of US ISO 8216.
requirements and test methods for open-ended
1402.
US
ISO
8216-99:2002,
Petroleum products — Fuels (class F)
—
Classification
—
Part
and closed-ended urine collection bags of the
following types:
99:
a) urine collection bags intended to be
General
worn on the body (body-worn bags);
This Uganda Standard establishes a general
system
of
classification
which
applies
b) urine collection bags intended to be
to
used with a hanger or a floor stand
petroleum fuels designated by the prefix letter
(non-body-worn bags).
“F”. Within class F, five families (designated as
It does not apply to urostomy bags, urimeters
categories) of products are defined according to
and
the type of fuel and listed in decreasing order of
paediatric use.
urine
bags
intended
specifically
for
volatility. One category, D, is defined further by
210 | P a g e
1405.
US
ISO
cylinders —
9809-1:
2010,
Refillable
steel gas cylinders —
Gas
seamless
Design,
MPa. It is not applicable to cylinders with Rma,
max
>1 300 MPa for diameters >140 mm and
guaranteed wall thicknesses a’ ≥ 12 mm and
construction and testing — Part 1:
Rma, max >1 400 MPa for diameters ≤ 140 mm
Quenched and tempered steel
and guaranteed wall thicknesses a’ ≥ 6 mm,
cylinders with tensile
strength
less
than 1 100 MPa
for
beyond
these
limits,
additional
requirements can apply.
This Uganda Standard specifies minimum
requirements
because
the
material,
1407.
design,
US
cylinders —
ISO
9809-3:2010,
Refillable
Gas
seamless
construction and workmanship, manufacturing
steel gas cylinders —
processes,
construction and testing — Part 3:
manufacture
examination
of
and
refillable
testing
quenched
at
and
Design,
Normalized steel cylinders
tempered seamless steel gas cylinders of water
This
capacities from 0.5 l up to and including 150 l for
minimumrequirements for the material, design,
compressed, liquefied and dissolved gases. This
construction and workmanship, manufacturing
standard is applicable to cylinders with a
processes,
maximum actual tensile strength Rma of less than
manufacture
1 100 MPa.
normalized and tempered seamless steel gas
1406.
US
cylinders —
ISO
9809-2:2010,
Refillable
steel gas cylinders —
Uganda
Standard
examination
of
and
refillable
specifies
testing
at
normalized
or
Gas
cylinders of water capacities from 0.5 l up to and
seamless
including 150 l for compressed, liquefied and
Design,
dissolved gases.
construction and testing — Part 2:
Quenched and tempered steel
1408.
US
cylinders —
ISO
9809-4:2014,
Refillable
Gas
seamless
cylinders with tensile strength greater
steel gas cylinders —
than or equal to 1 100
construction and testing — Part 4:
MPa
This Uganda Standard specifies minimum
requirements
for
the
material,
design,
Design,
Stainless steel cylinders with
an Rm value of less than 1 100 MPa
construction and workmanship, manufacturing
This Uganda Standard specifies the minimum
processes,
requirements
manufacture
examination
of
refillable
and
testing
quenched
at
and
for
the
material,
design,
construction and workmanship, manufacturing
tempered seamless steel gas cylinders of water
processes,
capacities from 0.5 l up to and including 150 l for
manufacture of refillable seamless stainless steel
compressed, liquefied and dissolved gases. This
gas cylinders of water capacities from 0.5 l up to
part of US ISO 9809 is applicable to cylinders
and including 150 l for compressed, liquefied,
with a maximum tensile strength Rma ≥ 1 100
and dissolved gases. This part of US ISO 9809 is
examinations,
and
tests
at
211 | P a g e
applicable to cylinders with a maximum actual
standard cancels and replaces US ISO 10282:2002,
tensile strength, Rma, of less than 1 100 MPa.
Single-use
1409.
US
ISO
9951:1993,
Measurement of gas flow in closed
conduits — Turbine meters
and output characteristics of turbine meters for
gas flow measurement.
1410.
rubber
surgical
gloves
—
Specification, which has been technically revised).
1412.
US ISO 10290: 1993,
Textiles — Cotton
This Uganda Standard specifies dimensions,
ranges, construction, performance, calibration
sterile
yarns
—
Specification
This Uganda Standard specifies criteria, with
relevant test methods, to be applied in
describing single spun grey cotton yarns, which
US ISO 9994: 2005 Lighters —
Safety specification/ US ISO 9994:
2005/Amd.1: 2008,
Lighters
are widely used in international trade.
1413.
US ISO 10405:2000, Petroleum
and natural
—
gas industries — Care
and use of casing and tubing
Safety specification
This standard establishes requirements for
This Uganda Standard establishes practices for
lighters to ensure a reasonable degree of safety
care and use of casing and tubing. It specifies
for normal use or reasonably foreseeable misuse
practices for running and pulling casing and
of such lighters by users. The safety specification
tubing, including drifting, stabbing, making up
given in this Standard applies to all flame-
and lowering, field makeup, drifting and
producing
as
landing procedures. Also included are causes of
pipe
trouble, as well as transportation, handling and
cigarette
products
lighters,
commonly
cigar
known
lighters
and
lighters. It does not apply to matches, nor does it
storage,
apply
attachments.
to
other
flame-producing
products
intended solely for igniting materials other than
cigarettes,
cigars,
and
pipes.
The
safety
specification given in this standard cannot
eliminate all hazards, but is intended to reduce
potential hazards to users.
1411.
sterile
US ISO 10282:2014, Single-use
rubber
surgical
gloves
—
Specification (2nd Edition)
This Uganda Standard specifies requirements
for packaged sterile rubber gloves intended for
use in surgical procedures to protect the patient
and the user from cross-contamination. (This
inspection
1414.
US
and
field
ISO
welding
10407-2:2008,
Petroleum and natural gas
—
Rotary
Part
drilling
2:
classification of used
of
industries
equipment
Inspection
—
and
drillstem
elements
This Uganda Standard specifies the required
inspection for each level of inspection and
procedures for the inspection and testing of
used drill stem elements. For the purpose of this
part of US ISO 10407, drill stem elements
include drill pipe body, tool joints, rotaryshouldered connections, drill collar, HWDP and
212 | P a g e
the ends of drill stem elements that make up
This Uganda Standard specifies requirements
with them. This part of US ISO 10407 has been
for the following drill stem elements: upper and
prepared
lower Kelly valves; square and hexagonal kellys;
to
address
the
practices
and
technology commonly used in inspection
1415.
drill stem subs; standard steel and non-magnetic
US ISO 10417:2004, Petroleum
and natural
gas
Subsurface
industries
safety
—
drill collars; drilling and coring bits.
1418.
valve
US
ISO
10424-2:2007,
Petroleum and natural gas
systems — Design, installation,
—
operation and redress
Rotary
drilling
industries
equipment
—
Part 2: Threading and gauging
This Uganda Standardestablishes requirements
of rotary
and provides guidelines for configuration,
connections
shouldered
thread
installation, test, operation and documentation
This Uganda Standard specifies requirements on
of subsurface safety valve (SSSV) systems. In
rotary
addition, this standard establishes requirements
petroleum and natural gas industries, including
and provides guidelines for selection, handling,
dimensional
redress and documentation of SSSV downhole
thread gauges, stipulations on gauging practice,
production equipment.
gauge specifications, as well as instruments and
1416.
US ISO 10423:2009, Petroleum
and natural
gas
Drilling
and
industries
—
production
equipment — Wellhead and
christmas tree equipment
shouldered
connections for
requirements
use in drill-string components.
1419.
US ISO 10425:2003, Steel wire
petroleum and natural
gas industries —
and
requirements
performance,
for
dimensional
functional
and
the
and
These connections are intended primarily for
ropes for the
recommendations
threads
methods for inspection of thread connections.
This Uganda Standard specifies requirements
gives
on
use in
Minimum
and
terms
of
acceptance
interchangeability, design, materials, testing,
This Uganda Standardspecifies the minimum
inspection, welding, marking, handling, storing,
requirements and terms of acceptance for the
shipment, purchasing, repair and remanufacture
manufacture and testing of steel wire ropes not
of wellhead and christmas tree equipment for
exceeding rope grade 2160 for the petroleum
use in the petroleum and natural gas industries.
and natural gas industries.
1417.
US
ISO
10424-1:2004,
Petroleum and natural gas
—
Rotary
Part
drilling
1:
industries
equipment
Rotary
drill
—
stem
1420.
US
ISO
10426-1:2009,
Petroleum and natural gas
industries
— Cements and materials for
well
cementing — Part 1: Specification
elements
213 | P a g e
This Uganda Standard specifies requirements
centralizer performance and desired standoff, in
and gives recommendations for six classes of
deviated and dogleg holes in wells for the
well cements, including their chemical and
petroleum and natural gas industries. It also
physical
provides a procedure for testing stop collars and
requirements
and
procedures
for
physical testing
1421.
reporting test results.
US
ISO
10426-2:2003,
Petroleum and natural gas
industries
— Cements and materials for
well
1424.
US ISO 10431:1993, Petroleum
and natural
cements
This
Uganda
of pumping units.
and gives recommendations for the testing of
1425.
and natural
simulated well conditions.
Downhole
ISO
Standard
industries
lays
down
industries
equipment
—
—
safety
valve
equipment
—
This Uganda Standardprovides the minimum
bow-spring
acceptable requirements for subsurface safety
— Equipment for well cementing
Casing
gas
Subsurface
10427-1:2001,
Petroleum and natural gas
1:
Specification
US ISO 10432:2004, Petroleum
cement slurries and related materials under
Part
—
specification covering the design and rating
This Uganda Standard specifies requirements
US
industries
Pumping units —
cementing — Part 2: Testing of well
1422.
gas
centralizers
valves (SSSVs). It covers subsurface safety
This Uganda Standard provides minimum
valves including all components that establish
performance requirements, test procedures and
tolerances and/or clearances which may affect
marking requirements for casing bow-spring
performance or interchangeability of the SSSVs.
centralizers for the petroleum and natural gas
It includes repair operations and the interface
industries. The procedures provide verification
connections to the flow control or other
testing for the manufacturer’s design, materials
equipment, but does not cover the connections
and process specifications, and periodic testing
to the well conduit.
to
confirm
the
consistency
of
product
performance.
1423.
1426.
US ISO 10437:2003, Petroleum,
petrochemical and
US
ISO
10427-2:2004,
Petroleum and natural gas
industries
— Equipment for well cementing
Part 2: Centralizer placement
—
and
natural
industries — Steam turbines
gas
—
Special-purpose applications
This Uganda Standard specifies requirements
and gives recommendations for the design,
stop-collar testing
materials, fabrication, inspection, testing and
This Uganda Standard provides calculations for
preparation for shipment of steam turbines for
determining
special-purpose applications. It also covers the
centralizer
spacing,
based
on
214 | P a g e
related
lube-oil
systems,
instrumentation,
1429.
US
control systems and auxiliary equipment. It is
Petroleum,
not
natural
applicable
to
general-purpose
steam
US
Petroleum,
natural
ISO
10438-1:2007,
petrochemical
gas
and
industries
—
Lubrication, shaft-sealing and
control-oil
systems and auxiliaries
— Part 1: General
10438-3:2007,
petrochemical
gas
and
industries
—
Lubrication, shaft-sealing and
turbines, which are covered in ISO 10436.
1427.
ISO
control-oil
systems and auxiliaries
— Part 3: General-
purpose
oil
systems
This Uganda Standard, in conjunction with US
ISO 10438-1, specifies requirements for oil
systems for general purpose applications. These
requirements
general
oil systems can provide lubrication oil, but not
requirements for lubrication systems, oil-type
seal oil and can serve equipment such as
shaft-sealing systems, dry-gas face-type shaft-
compressors, gears, pumps.
This
Uganda
Standard
specifies
sealing systems and control-oil systems for
general-
or
special-purpose
applications.
General-purpose applications are limited to
1430.
US
Petroleum,
natural
ISO
10438-4:2007,
petrochemical
gas
and
industries
—
Lubrication, shaft-sealing and
lubrication systems. These systems can serve
equipment such as compressors, gears, pumps
control-oil
systems and auxiliaries
and drivers. This part of US ISO 10438 is
— Part 4:Self-acting
intended to be used in conjunction with US ISO
support systems
gas
seal
10438-2, US ISO 10438-3 or US ISO 10438-4, as
This Uganda Standard in conjunction with US
appropriate.
ISO 10438-1 specifies requirements for support
1428.
US
Petroleum,
natural
ISO
10438-2:2007,
petrochemical
gas
industries
and
for example as described in ISO 10439 and ISO
—
10440-1. These systems can serve equipment
Lubrication, shaft-sealing and
control-oil
systems and auxiliaries
— Part 2: Special-
purpose
systems for self-acting gas seals (dry gas seals),
oil
systems
This Uganda Standard, in conjunction with of
US ISO 10438-1, specifies requirements for oil
systems for special purpose applications. These
such as compressors, gears, pumps and drivers.
1431.
US
Petroleum,
ISO
10439-1:2015,
petrochemical
natural gas industries —
and
centrifugal
and
Axial
compressors
and
expander compressors ⎯ Part 1:
General
requirements
oil systems can provide lubrication oil, seal oil
This Uganda Standard specifies minimum
or both. These systems can serve equipment
requirements and gives recommendations for
such as compressors, gears, pumps and drivers.
axial compressors, single-shaft, and integrally
215 | P a g e
1433.
ISO
10439-3:2015,
expander compressors for special purpose
Petroleum, chemical
and natural gas
applications that handle gas or process air in the
service
geared process centrifugal compressors, and
US
industries
centrifugal
petroleum, petrochemical, and natural gas
industries. This part of US ISO 10439 specifies
expander
general requirements applicable to all such
Integrally geared
machines. This standard does not apply to fans
compressors
—
Axial
and
compressors
and
compressors — Part 3:
centrifugal
or blowers that develop less than 34 kPa (5 psi)
This Uganda Standard specifies minimum
pressure rise above atmospheric pressure. This
requirements and gives recommendations for
standard also does not apply to packaged,
axial compressors, single-shaft and integrally
integrally
and
geared process centrifugal compressors, and
instrument air compressors. Hot gas expanders
expander compressors for special purpose
over 300 °C (570 °F) are not covered by this
applications that handle gas or process air in the
standard.
petroleum, petrochemical, and natural gas
geared
centrifugal
plant,
ISO
10439-2:2015,
industries. This part of US ISO 10439 specifies
Petroleum, chemical
and gas service
integrally geared centrifugal compressors in
1432.
US
industries ⎯ Axial and centrifugal
compressors
and
expander
compressors ⎯ Part 2: Nonintegrally geared
centrifugal and
conjunction with US ISO 10439‑1.
1434.
US ISO 10441:2007, Petroleum,
petrochemical and
natural
gas
industries — Flexible
couplings
for
mechanical
axial compressors
—
This Uganda Standard specifies minimum
requirements and gives recommendations for
power
transmission
Special-purpose
applications
axial compressors, single-shaft, and integrally
This Uganda Standardspecifies the requirements
geared process centrifugal compressors and
for couplings for the transmission of power
expander-compressors
purpose
between the rotating shafts of two machines in
applications that handle gas or process air in the
special-purpose applications in the petroleum,
petroleum, petrochemical, and natural gas
petrochemical and natural gas industries. Such
industries. This part of US ISO 10439 specifies
applications are typically in large and/or high
requirements
geared
speed machines, in services that can be required
centrifugal and axial compressors, in addition to
to operate continuously for extended periods,
the general requirements specified in US ISO
are often unspared and are critical to the
10439-1. These machines do not have gears
continued operation of the installation.
for
for
special
non-integrally
integral with their casing but can have external
gears.
1435.
US
ISO
10461:2005,
Gas
cylinders — Seamless aluminium216 | P a g e
alloy
gas
cylinders
—
Periodic
inspection and testing
(This standard cancels and replaces US ISO
10555-3:1996, Sterile, single-use intravascular
This Uganda Standard deals with seamless
catheters - Part 3: Central venous catheters,
aluminium-alloy transportable gas cylinders
which has been technically revised).
intended for compressed and liquefied gases
1438.
US
ISO
10555-4:2013,
under pressure, of water capacity from 0.5 l to
Intravascular catheters — Sterile and
150 l; it also applies, as far as practical, to
single-use catheters — Part 4: Balloon
cylinders of less than 0.5 l water capacity. This
dilatation catheters (2nd Edition)
standard specifies the requirements for periodic
This Uganda Standard specifies requirements
inspection and testing to verify the integrity of
for balloon dilatation catheters supplied in the
such gas cylinders for further service. This
sterile condition, and intended for single use.
standard does not apply to periodic inspection
(This standard cancels and replaces US ISO
and testing of acetylene cylinders or composite
10555-4:1996, Sterile, single-use intravascular
cylinders with aluminium-alloy liners.
catheters - Part 4: Balloon dilation catheters,
1436.
US
ISO
10555-1:2013,
which has been technically revised).
1439.
Intravascular catheters — Sterile and
This
US
ISO
10555-5:2013,
single-use catheters — Part 1: General
Intravascular catheters — Sterile and
requirements (2nd Edition)
single-use catheters — Part 5: Over-
Uganda
requirements
Standard
for
specifies
intravascular
needle
general
peripheral
catheters
(2 nd
Edition)
catheters,
supplied in the sterile condition and intended
This Uganda Standard specifies requirements
for single use, for any application. (This standard
for
cancels and replaces US ISO 10555-1: 1995, Sterile,
catheters, intended for accessing the peripheral
Single-use intravascular catheters - Part 1: General
vascular
requirements and US ISO 10555-2:1996, Sterile,
condition and intended for single use. (This
single-use
2:
standard cancels and replaces US ISO 10555-
Angiographic catheters, which has been technically
5:1996, Sterile, single-use intravascular catheters
revised).
- Part 5: Over-needle peripheral catheters, which
1437.
intravascular
US
catheters
ISO
-
Part
10555-3:2013,
Intravascular catheters — Sterile and
over-needle
system,
supplied
intravascular
in
the
sterile
has been technically revised).
1440.
US ISO 11040-2:2011, Prefilled
single-use catheters — Part 3: Central
syringes —
venous catheters (2nd Edition)
stoppers
This Uganda Standard specifies requirements
peripheral
Part
for
2:
Plunger
dental
local
anaesthetic cartridges
for central venous catheters supplied in the
This part of ISO 11040 specifies the shape,
sterile condition, and intended for single use.
dimensions, material, performance requirements
217 | P a g e
and labelling of plunger stoppers for dental local
composite
gas cylinders and tubes
anaesthetic cartridges intended for single use
up to 450 l
This Uganda Standard specifies requirements
only.
1441.
US
ISO
cylinders —
11114-1:2012,
Gas
for composite gas cylinders and tubes between
of
0.5 l and 450 l water capacity, for the storage and
Compatibility
cylinders and valve materials
with
conveyance of compressed or liquefied gases.
gas
Metallic
This standard applies to type 2 hoop wrapped
contents
—
Part
1:
materials
cylinder or tube with a load-sharing metal liner
This Uganda Standard provides requirements
and composite reinforcement on the cylindrical
for the selection of safe combinations of metallic
portion only. This standard is limited to
cylinder and valve materials and cylinder gas
cylinders
content. The compatibility data given is related
reinforcement of carbon fibre, aramid fibre or
to single gases and to gas mixtures. Seamless
glass fibre (or a mixture thereof) within a matrix
metallic, welded metallic and composite gas
or
cylinders and their valves, used to contain
reinforcement.
compressed, liquefied and dissolved gases, are
1444.
considered.
1442.
steel
and
wire
tubes
to
ISO
11118:1999,
cylinders — Non-
refillable
metallic
gas
Gas
cylinders
provide
Refillable
—
—
Part 2: Fully wrapped fibre reinforced
composite gas cylinders and tubes up
to 450 l with load-
requirements
liners
material,
composite
gas cylinders and tubes
This Uganda Standard specifies minimum
the
circumferential
Design, construction and testing —
Specification and test methods
for
composite
US ISO 11119-2: 2012, Gas
cylinders —
US
with
design,
sharing
metal
construction and workmanship, manufacturing
This Uganda Standard specifies requirements
processes and tests at manufacture of non-
for composite gas cylinders and tubes between
refillable metallic gas cylinders of welded,
0.5 l and 450 l water capacity, for the storage and
brazed or seamless construction for compressed,
conveyance of compressed or liquefied gases.
liquefied and dissolved gases exposed to
This standard applies to type 3 fully wrapped
extreme worldwide ambient temperatures.
cylinders or tubes with a load-sharing metal
1443.
US ISO 11119-1: 2012, Gas
cylinders —
Refillable
gas cylinders and tubes
composite
—
liner and composite reinforcement on both the
cylindrical portion and the dome ends. This
standard is limited to cylinders and tubes with
Design, construction and testing —
composite reinforcement of carbon fibre, aramid
Part 1: Hoop wrapped fibre reinforced
fibre or glass fibre (or a mixture thereof) within
a matrix.
218 | P a g e
1445.
US ISO 11119-3: 2013 Gas
cylinders—
Refillable
composite
gas cylinders and tubes
Fully
wrapped
Part
fibre
3:
wool,
1448.
reinforced
non-load
metallic or non-
–sharing
metallic liners
This Uganda Standard specifies requirements
for composite gas cylinders up to 150 l water
dimensions agreed
between
the
purchaser and the supplier.
US ISO 11860: 1999, Textile
floor coverings —
composite gas cylinders and tubes up
to 450 l with
of
Jute
carpet
backing fabric — Specification
This Uganda Standard specifies requirements
for primary and secondary jute carpet backing
fabrics.
1449.
US ISO 11861: 1999, Textile
capacity and composite tubes above 150 l water
floor coverings —
capacity and up to 450 l water capacity, for the
Types and
Coir
mats
—
specification
storage and conveyance of compressed or
This
liquefied gases. This standard does not address
requirementsfor mats produced from coir fibre,
the
with or without pile
design,
fitting
and
performance
of
removable protective sleeves.
1446.
Uganda
1450.
US ISO 11469:2016, Plastics —
Standard
gas industries — Steel
pipes for use as
plastics products (2nd Edition)
the
US ISO 11960:2014, Petroleum
and natural
Generic identification and marking of
specifies
casing
or tubing for wells
This Uganda Standard specifies a system of
This Uganda Standard specifies the technical
uniform marking of products that have been
delivery conditions for steel pipes (casing,
fabricated from plastics materials. Provision for
tubing and pup joints), coupling stock, coupling
the process or processes to be used for marking
material and accessory material and establishes
is outside the scope of this standard. (This second
requirements for three Product Specification
edition cancels and replaces the first edition US ISO
Levels (PSL-1, PSL-2, PSL-3).
11469:2001, Plastics — Generic identification and
1451.
US ISO 11961:2008, Petroleum
marking of plastics products, which has been
and natural
technically revised).
drill pipe
1447.
US ISO 11859: 1999, Textile
floor coverings —
hand-knotted
Pure
pile
carpets
wool,
—
Specification
This Uganda Standard specifies requirements
for hand-knotted carpets produced from pure
gas industries — Steel
This Uganda Standard specifies the technical
delivery conditions for steel drill-pipes with
upset pipe-body ends and weld-on tool joints
for use in drilling and production operations in
petroleum and natural gas industries for three
product specification levels (PSL-1, PSL-2 and
PSL-3).
219 | P a g e
1452.
US ISO 12465:2007, Plywood —
Specifications
This Uganda Standard specifies the technical
delivery
condition,
This Uganda Standard establishes requirements
material
requirements,
for the specification of plywood for general and
dimensions, and verification and inspection
structural use, in dry, tropical dry/humid and
procedures for aluminium alloy pipes for use as
high-humidity/exterior conditions. It includes
tubing for wells in petroleum and natural gas
requirements for the quality of veneer, glue
industries.
bond, lay-up (construction), dimensions and
1456.
tolerances,
conformance
verification
and
This
process,
configuration
and
US ISO 13500:2008, Petroleum
and natural
Drilling
marking.
1453.
manufacturing
gas
fluid
industries
—
materials
—
Specifications and tests
US 1SO 12924:2010, Lubricants,
industrial oils and related products
This
(Class L) — Family X (Greases) —
properties and test procedures for materials
Specification
manufactured for use in oil- and gas-well
Uganda
Standard
specifies
the
Uganda
Standard
covers
physical
drilling fluids. The materials covered are barite,
requirementsof greases used for the lubrication
haematite,
of
OCMA-grade bentonite, attapulgite, sepiolite,
equipment,
components
of
machines,
vehicles, etc.
1454.
This
bentonite,
nontreated
technical-grade
US
ISO
12925-1:2018,
bentonite,
low-viscosity
carboxymethylcellulose (CMC-LVT), technical-
Lubricants, industrial oils and related
grade
products (class L) — Family C (gears)
(CMC-HVT), starch, low-viscosity polyanionic
— Part 1: Specifications for lubricants
cellulose (PAC-LV), high-viscosity polyanionic
for enclosed gear systems
cellulose
Uganda
Standard
establishes
the
specifications relative to family C (gears) for
high-viscosity
(PAC-HV)
carboxymethylcellulose
and
drilling-grade
Xanthomonas campestris (Xanthan gum).
1457.
US ISO 13533:2001, Petroleum
lubricants, industrial oils and related products
and natural
gas
of Class L. This document deals only with
Drilling
and
production
—
Drillthrough
lubricants for enclosed gear systems. Lubricants
for open gears and greases for gears (enclosed or
open) are not covered.
1455.
—
equipment
This Uganda Standard specifies requirements
US ISO 13085:2014, Petroleum
and natural
equipment
industries
gas
industries
Aluminium alloy pipe for use as
tubing for wells
—
for performance, design, materials, testing and
inspection, welding, marking, handling, storing
and shipping of drill-through equipment used
for drilling for oil and gas. It also defines service
conditions in terms of pressure, temperature
220 | P a g e
and wellbore fluids for which the equipment
will be designed.
1458.
US ISO 13534:2000, Petroleum
and natural
gas
Drilling
and
and natural
gas
Drilling
and
industries
—
production
equipment — Drilling and well-
—
production
US ISO 13626:2003, Petroleum
servicing
structures
—
Inspection,
This Uganda Standard specifies requirements
repair
and
and gives recommendations for suitable steel
equipment
maintenance,
industries
1461.
remanufacture
of
hoisting
equipment
structures
for
drilling
and
well-servicing
operations in the petroleum industry, provides a
This Uganda Standard gives guidelines and
uniform method of rating the structures, and
establishes
provides two product specification levels.
requirements
for
inspection,
maintenance, repair and remanufacture of items
1462.
US ISO 13680:2010, Petroleum
of hoisting equipment used in drilling and
and natural
production operations, in order to maintain the
Corrosion-resistant
seamless
serviceability of this equipment.
1459.
US ISO 13535:2000, Petroleum
and natural
gas
Drilling
and
industries
—
production
use
as
This Uganda Standard specifies the technical
hoisting equipment suitable for use in drilling
1463.
tubulars
US ISO 13623: 2009, Petroleum
for
casing,
tubing
and
US ISO 13691:2001, Petroleum
and natural
and production operations.
gas industries — High-
speed special-purpose gear units
—
This Uganda Standardspecifies the minimum
transportation
requirements for enclosed, precision, single and
industries
systems
Uganda
for
conditions
coupling stock.
This
tubes
— Technical delivery
for the design, manufacture and testing of
Pipeline
alloy
coupling stock
seamless
gas
—
casing, tubing and
This Uganda Standard provides requirements
and natural
industries
delivery conditions for corrosion-resistant alloy
equipment — Hoisting equipment
1460.
gas
double helical, one- and two-stage speed
specifies
increasers and reducers of parallel shaft design
requirements and gives recommendations
with pinion speeds of 3000 min−1 or greater, or
for the design, materials, construction,
pitch line velocities of 25 m/s or greater, for
testing,
special purpose applications.
operation,
Standard
maintenance
and
abandonment of pipeline systems used for
1464.
US ISO 13706:2011, Petroleum,
transportation in the petroleum and natural
petrochemical and
gas industries.
industries
—
natural
gas
Air-cooled
heat
exchangers
221 | P a g e
This Uganda Standard gives requirements and
1467.
US ISO 13710: 2004, Petroleum,
petrochemical and natural gas
recommendations for the design, materials,
fabrication, inspection, testing and preparation
industries —
Reciprocating positive
for shipment of air-cooled heat exchangers for
displacement pumps
use in the petroleum, petrochemical and natural
This Uganda Standard specifies requirements
gas industries. This standard is applicable to air-
for reciprocating positive-displacement pumps
cooled heat exchangers with horizontal bundles,
and pump units for use in the petroleum,
but the basic concepts can also be applied to
petrochemical and natural gas industries. It is
other configurations.
applicable to both direct-acting and power-
1465.
US ISO 13707:2000, Petroleum
and natural
gas
industries
⎯
frame types.
1468.
and natural
Reciprocating compressors
This
Uganda
Standard
minimumrequirements
for
covers
gas
industries
Pipeline
the
—
transportation
systems
reciprocating
—
Welding
of
pipelines
compressors and their drivers used in the
petroleum and natural gas industries with
This Uganda Standard specifies requirements
either lubricated or no lubricated cylinders.
for the petroleum, petrochemical and natural
1466.
gas industries, for producing and inspecting
US ISO 13709:2009, Centrifugal
pumps for
girth, branch and fillet welds in the pipeline part
petroleum,
petrochemical
and
natural
gas
This Uganda Standard specifies requirements
centrifugal
pumps,
of pipeline transportation systems which meet
the requirements of US ISO 13623 or equivalent.
industries
for
US ISO 13847: 2013, Petroleum
including
1469.
US
ISO
cylinders —
pumps
14245:2006,
Specification
running in reverse as hydraulic power recovery
testing of LPG cylinder
turbines, for use in petroleum, petrochemical
— Self closing
valves
This
is applicable to overhung pumps, between-
requirements for design, specification and type
bearings
pumps
and
suspended
testing for dedicated LPG self-closing cylinder
pumps.
Clause
9
requirements
valves specifically for use with transportable
applicable to specific types of pump. All other
refillable LPG cylinders from 0,5 l up to 150 l
clauses of this standard are applicable to all
water
pump types. Illustrations are provided of the
associated equipment for vapour or liquid
various
service.
specific
provides
pump
types
and
designations assigned to a specific type.
the
Standard
and
and gas industry process services. This standard
vertically
Uganda
Gas
capacity.
1470.
It
includes
specifies
references
the
to
US ISO 14313:2007, Petroleum
and natural
gas
industries
—
222 | P a g e
Pipeline
transportation
systems — Pipeline valves
methods for medical face masks intended to
limit the transmission of infective agents from
This Uganda Standard specifies requirements
staff to patients during surgical procedures and
and provides recommendations for the design,
other
manufacturing, testing and documentation of
requirements. A medical face mask with an
ball, check, gate and plug valves for application
appropriate microbial barrier can also be
in pipeline systems meeting the requirements of
effective in reducing the emission of infective
US ISO 13623 for the petroleum and natural gas
agents from the nose and mouth of an
industries. This standard is not applicable to
asymptomatic carrier or a patient with clinical
subsea pipeline valves, as they are covered by a
symptoms. This Standard is not applicable to
separate International Standard (ISO 14723).
masks intended exclusively for the personal
This standard is not applicable to valves for
protection of staff. (This Uganda Standard is an
pressure ratings exceeding PN 420.
adoption of EN 14683:2019+AC 2019).
1471.
implants
—
General
1473.
requirements
Uganda
Standard
specifies
general
requirements for non-active surgical implants,
hereafter referred to as implants. This standard
is not applicable to dental implants, dental
restorative
settings
with
similar
US ISO 14630:2012, Non-active
surgical
This
medical
materials,
transendodontic
and
transradicular implants, intra-ocular lenses and
implants utilizing viable animal tissue. This
standard specifies requirements for intended
performance, design attributes, materials, design
evaluation,
manufacture,
sterilization,
packaging and information supplied by the
manufacturer,
and
tests
to
demonstrate
compliance with these requirements.
US ISO 14693:2003, Petroleum
and natural
gas
Drilling
and
industries
—
wellservicing
equipment
This
Uganda
Standard
provides
general
principles and specifies requirements for design,
manufacture and testing of new drilling and
well-servicing equipment and of replacement
primary
load-carrying
components
manufactured subsequent to the publication of
this standard
1474.
US ISO 14732: 2013, Welding
personnel —
Qualification testing of
welding operators and weld setters for
mechanized
and
automatic
welding of metallic materials
14683:2019+AC:2019,
This Uganda Standard specifies requirements
Medical face masks — Requirements
for qualification of welding operators and also
and test methods
weld setters for mechanized and automatic
1472.
US
EN
This Uganda Standard specifies construction,
welding.
design, performance requirements and test
223 | P a g e
1475.
1477.
US ISO 14998:2013, Petroleum
and natural
gas
Downhole
industries
equipment
US
ISO
15136-2:
—
Petroleum and natural gas
—
—Progressing
Completion accessories
2006,
industries
cavity
pump
systems for artificial lift —Part
2: Surface-
This Uganda Standard provides requirements
drive systems
and guidelines for completion accessories, as
This Uganda Standard provides requirements
defined herein for use in the petroleum and
for
natural gas industry. This Uganda Standard
validation, manufacturing and data control,
provides
functional
performance ratings and repair of progressing
specifications
cavity pump surface-drive systems for use in the
requirements
specification
and
for
the
technical
the
design,
design
verification
and
and
petroleum and natural gas industry. This part of
validation, materials, documentation and data
US ISO 15136 is applicable to those products
control, redress, repair, shipment, and storage.
meeting the definition of surface-drive systems.
This standard covers the pressure containing,
Additionally,
load
information
including:
design,
bearing,
design
verification
disconnect/reconnect,
tubing
informative
on
brake
annexes
system
provide
selection,
movement, and opening a port functionalities of
installation, and operation; and sucker rod
completion accessories.
selection and use.
1476.
US
ISO
15136-1:
Petroleum and natural gas
—Progressing
2009,
industries
cavity
pump
1478.
US
ISO
Petroleum and natural gas
industries
—
in
Materials
for
use
H2S-
containing environments in oil
systems for artificial lift —Part
and gas
1: Pumps
15156-2:2015,
production — Part 2:
This Uganda Standard provides requirements
Cracking-resistant
for
low-alloy steels, and the use of cast
the
design,
design
verification
and
validation, manufacturing and data control,
performance
ratings,
functional
evaluation,
carbon
and
irons
This Uganda Standardgives requirements and
repair, handling and storage of progressing
recommendations
for
the
selection
and
cavity pumps for use in the petroleum and
qualification of carbon and low-alloy steels for
natural gas industry. This part of US ISO 15136
service in equipment used in oil and natural gas
is applicable to those products meeting the
production and natural gas treatment plants in
definition of progressing cavity pumps (PCP)
H2S-containing environments, whose failure can
included herein. Connections to the drive string
pose a risk to the health and safety of the public
and tubulars are not covered by this part of US
and personnel or to the environment. It can be
ISO 15136.
applied to help to avoid costly corrosion
damage to the equipment itself. It supplements,
224 | P a g e
but does not replace, the materials requirements
1481.
US ISO 15223-2:2010, Medical
of the appropriate design codes, standards or
devices — Symbols to be used with
regulations.
medical device labels, labelling and
1479.
US
ISO
15156-3:2015,
Petroleum and natural gas
industries
Symbol development, selection and
—
in
validation
Materials
for
use
H2S-
containing environments in oil
This Uganda Standard specifies a process for
production — Part 3:
developing, selecting and validating symbols for
and gas
Cracking-resistant
inclusion in US ISO 15223-1. The purpose of this
CRAs
(corrosion-resistant alloys) and other
alloys
recommendations
for
the
selection
and
qualification of CRAs (corrosion-resistant alloys)
and other alloys for service in equipment used
in oil and natural gas production and natural
treatment
plants
in
H2S-containing
environments whose failure can pose a risk to
the health and safety of the public and personnel
or to the environment. It can be applied to help
avoid costly corrosion damage to the equipment
itself. It supplements, but does not replace, the
materials
requirements
of
the
appropriate
design codes, standards, or regulations.
1480.
US ISO 15223-1:2016, Medical
devices — Symbols to be used with
medical device labels, labelling and
information to be supplied — Part 1 —
General requirements
This Uganda Standard identifies requirements
for symbols used in medical device labelling
that convey information on the safe and
effective use of medical devices. It also lists
symbols that satisfy the requirements of this
document.
part of US ISO 15223 is to ensure that symbols
included
This Uganda Standardgives requirements and
gas
information to be supplied — Part 2 —
in
US
ISO
15223-1
are
readily
understood by the target group.
1482.
US ISO 15463:2003, Petroleum
and natural
gas industries — Field
inspection of new
casing,
tubing
and plain-end drill pipe
This Uganda Standard specifies the technical
delivery conditions, manufacturing process,
material
requirements,
configuration
and
dimensions, and verification and inspection
procedures for aluminium alloy drill pipes with
or without attached steel tool joints, for use in
drilling and production operations in the
petroleum and natural gas industries.
1483.
US ISO 15546:2011, Petroleum
and natural
gas
industries
—
Aluminium alloy drill pipe
This Uganda Standard specifies the technical
delivery conditions, manufacturing process,
material
requirements,
configuration
and
dimensions, and verification and inspection
procedures for aluminium alloy drill pipes with
or without attached steel tool joints, for use in
drilling and production operations in the
petroleum and natural gas industries.
225 | P a g e
1484.
US
Petroleum,
ISO
15547-1:2005,
petrochemical
natural gas industries —
and
Plate-
type heat exchangers — Part 1: Plate-
ratings, functional evaluations, handling, and
storage
of
tubing-deployed
electrical
submersible pump (ESP) systems as defined
herein.
and-frame heat exchangers
1487.
US
ISO
15589-1:2015,
This Uganda Standardgives requirements and
Petroleum and natural gas
recommendations for the mechanical design,
—
materials
selection,
fabrication,
Cathodic
inspection,
protection
pipeline
testing, and preparation for shipment of plate-
industries
of
transportation
systems — Part 1: On- land pipelines
and-frame heat exchangers for use in petroleum,
This Uganda Standard specifies requirements
petrochemical and natural gas industries. It is
and
applicable to gasketed, semi-welded and welded
installation
plate-and-frame heat exchangers
equipment,
1485.
US
Petroleum,
ISO
15547-2:2005,
petrochemical
natural gas industries —
and
Plate-
type heat exchangers — Part 2: Brazed
aluminium
plate-fin
heat
gives
surveys,
operation,
cathodic
recommendations
for
design,
installation,
inspection,
protection
materials,
commissioning,
and
maintenance
systems
for
US
ISO
15589-2:2012,
Petroleum and natural gas
recommendations for the mechanical design,
—
Cathodic
inspection,
pipeline
aluminium plate-fin heat exchangers for use in
pipelines
and
natural
gas
industries
1486.
ISO
15551-1:2015,
Petroleum and natural gas
—
Drilling
and
industries
production
equipment — Part 1: Electric
submersible
pump
systems
for
artificial lift
This Uganda Standardprovides requirements for
the design, design verification and validation,
manufacturing and data control, performance
Offshore
This Uganda Standard specifies requirements
and
US
of
transportation
systems — Part 2:
petrochemical
industries
protection
testing, and preparation for shipment of brazed
petroleum,
on-land
industries.
1488.
fabrication,
of
petroleum, petrochemical, and natural gas
This Uganda Standardgives requirements and
selection,
pre-
pipelines, as defined in US ISO 13623 for the
exchangers
materials
the
gives
installation
recommendations
surveys,
for
design,
equipment,
fabrication,
commissioning,
operation,
the
pre-
materials,
installation,
inspection
and
maintenance of cathodic protection (CP) systems
for
offshore
pipelines
for
the
petroleum,
petrochemical and natural gas industries as
defined in US ISO 13623.
1489.
US
ISO
15590-3:2004,
Petroleum and natural gas
industries
226 | P a g e
—
Induction
bends,
flanges
fittings
for
transportation systems —
and
of LPG cylinder valves — Manually
pipeline
Part
3:
Flanges
operated
This
Uganda
Standard
specifies
the
requirements for design, specification and type
This Uganda Standard applies to weldneck and
testing of dedicated LPG manually operated
blind flanges (full face, raised face, and RTJ
cylinder
groove) as well as anchor, swivel-ring flanges
transportable refillable LPG cylinders from 0,5 l
and orifice flanges. This part of US ISO 15590
up to 150 l water capacity. It includes references
specifies the technical requirements for carbon
to associated equipment for vapour or liquid
steel and low-alloy steel forged flanges for use
service
in pipeline transportation systems for the
valves
1492.
specifically
for
use
with
US ISO 16038: 2017, Male
petroleum and natural gas industries as defined
condoms — Guidance on the use of
in US ISO 13623. This part of US ISO 15590
ISO 4074 and ISO 23409 in the quality
designates those categories of flanges that meet
management of condoms (2nd Edition)
the industry’s need to match ISO 3183 pipe.
This Uganda Standard provides guidance on
These
low-
using ISO 4074 and ISO 23409 and addresses
temperature service and include supplementary
quality issues to be considered during the
requirements where required for sour service.
development, manufacture, quality verification
flanges
are
for
normal
and
US ISO 15621:2017, Absorbent
and procurement of condoms. It encompasses
incontinence aids for urine and/or
the aspects of quality management systems in
faeces
the
1490.
—
General
guidelines
on
evaluation (2nd Edition)
design,
manufacture
and
delivery
of
condoms with an emphasis on performance,
This Uganda Standard gives guidelines for
safety and reliability. (The
evaluating absorbent incontinence aids for urine
cancels and replaces US ISO 16038:2005, Rubber
and/or faeces. It provides a context for the
Condoms — Guidance on the use of ISO 4074 in
procedures described in other International
quality
Standards and published testing procedures.
condoms, which has been technically revised).
General factors relating to incontinence products
and their usage are also addressed. (This
1493.
of
natural
rubber
gas
industries
Downhole equipment —
Urine-absorbing aids — General guidelines on
latex
US ISO 16070:2005, Petroleum
and natural
standard cancels and replaces US ISO 15621:2011,
evaluation, which has been technically revised).
management
Uganda Standard
—
Lock
mandrels and landing nipples
This
Uganda
Standard
provides
the
Gas
requirements for lock mandrels and landing
cylinders — Specifications and testing
nipples within the production/injection conduit
1491.
US
ISO
15995:2006,
for the installation of flow control or other
227 | P a g e
equipment used in the petroleum and natural
gas
industries.
It
includes
the
1497.
ISO
17078-1:2004,
Petroleum and natural gas
interface
—
connections to the flow control or other
Drilling
and
industries
production
equipment — Part 1: Side-
equipment, but does not cover the connections
pocket mandrels
to the well conduit.
1494.
US
US ISO 16408:2015, Dentistry
This Uganda Standard provides requirements
for side-pocket mandrels used in the petroleum
— Oral care products — Oral rinses
This Uganda Standard specifies physical and
and natural gas industry. This part of US ISO
chemical requirements and test methods for oral
17078 includes specifying, selecting, designing,
rinses.
manufacturing, quality control, testing, and
preparation
1495.
US ISO/TS 16530-2:2014, Well
integrity —
Part 2: Well integrity
for the operational
1498.
phase
integrity
during
—
the
natural
industries — Shell and-tube
gas
heat
and gives recommendations for the mechanical
material
selection,
fabrication,
inspection, testing and preparation for shipment
of shell-and-tube heat exchangers for the
petrochemical
and
natural
gas
industries. This standard is applicable to the
types
17078-2:2007,
Drilling
and
production
control devices for
side-pocket
This Uganda Standard provides requirements
for subsurface flow-control devices used in side-
of
shell-and-tube
heat
petroleum and natural gas industry. This
includes requirements for specifying, selecting,
designing,
manufacturing,
quality-control,
testing and preparation for shipping of flowcontrol
devices.
Additionally,
it
calibration procedures
1499.
US
ISO
17078-3:2009,
Petroleum and natural gas
reboilers. This standard is not applicable to
—
vacuum-operated steam surface condensers and
includes
information regarding performance testing and
exchangers: heaters, condensers, coolers and
feed-water heaters.
industries
devices) intended for use in the worldwide
This Uganda Standard specifies requirements
following
ISO
pocket mandrels (hereafter called flow-control
exchangers
petroleum,
US
mandrels
US ISO 16812:2007, Petroleum,
petrochemical and
design,
side-pocket
equipment — Part 2: Flow-
well
operational phase.
1496.
of
Petroleum and natural gas
and methods to the oil and gas industry to
well
shipping
mandrels.
This Uganda Standardprovides requirements
manage
for
Drilling
and
industries
production
equipment — Part 3: Running
tools, pulling
tools
and
kick-over
228 | P a g e
tools and latches for side-
pocket
mandrels
This Uganda Standardprovides guidelines and
requirements for material selection of both
This Uganda Standard provides requirements
seamless casing and tubing, and downhole
and guidelines for running tools, pulling tools,
equipment for CO2 gas injection and gas
kick-over tools and latches used for the
production wells with high pressure and high
installation and retrieval of flow control and
CO2 content environments [higher than 10 %
other devices to be installed in side-pocket
(molar) of CO2 and 1 MPa CO2 partial pressure].
mandrels for use in the petroleum and natural
Oil production wells are not covered in this
gas industries. This includes requirements for
standard. This standard only considers materials
specifying, selecting, designing, manufacturing,
compatibility with the environment.
quality control, testing and preparation for
shipping
of
these
tools
and
1502.
latches.
US
Respiratory
ISO
17420-3:2012,
protective
devices
—
Additionally, it includes information regarding
Performance requirements — Part 3:
performance testing and calibration procedures
Thread connection
1500.
US
ISO
17078-4:2010,
This Uganda Standard is applicable to an
industries
unassisted filtering device and specifies a
production
standard thread connection between a filter and
equipment — Part 4: Practices
the respiratory interface as required in US ISO
for side-pocket mandrels and related
17420-2. This part of US ISO 17420 also includes
equipment
the description of test simulators that are
Petroleum and natural gas
—
Drilling
and
This Uganda Standard provides informative
necessary for the assessment of some of the
documentation to assist the user/purchaser and
requirements.
the
supplier/manufacturer
design,
selection,
in
specification,
testing,
calibration,
1503.
US ISO 17824:2009, Petroleum
and natural
gas
industries
reconditioning, installation and use of side-
Downhole equipment —
pocket mandrels, flow-control devices and
screens
Sand
associated latches and installation tools. The
This
product
manufacturing-related
requirements and guidelines for sand control
requirements for these products are included
screens for use in the petroleum and natural gas
within the other parts of US ISO 17078.
industries. Included are the requirements for
design
1501.
and
US ISO 17348:2016, Petroleum
and natural
gas
industries
Uganda
—
Standardprovides
the
design, design validation, functional evaluation,
—
manufacturing, storage and transport. The
content
requirements of this standard are applicable to
CO2 for casing, tubing and downhole
wire-wrap screens, pre-pack screens and metal-
Materials selection for high
equipment
mesh screens as defined herein.
229 | P a g e
1504.
US ISO 18776:2008, Laminated
Veneer Lumber
(LVL)
—
Specifications
This
Uganda
electrical insulating footwear, protection against
chain saw injuries, protection against chemicals
and molten metal splash, protection for motor
Standard
specifies
the
cycle riders).
requirements for Laminated Veneer Lumber
1507.
US ISO 20346:2014, Personal
(LVL) for general purposes and structural
protective
applications, in dry, tropical-dry/humid or high
Protective footwear
humidity/exterior
conditions.
equipment
—
Laminated
This Uganda Standard specifies basic and
Veneer Lumber (LVL) is a general description
additional (optional) requirements for protective
for an assembly of veneers laminated with an
footwear used for general purpose. It includes,
adhesive in which the grain direction of the
for example, mechanical risks, slip resistance,
outer veneers and most other veneers is in the
thermal risks, ergonomic behaviour. Special
longitudinal direction. This standard specifies
risks are covered by complementary job-related
requirements for the quality of veneers, bond
standards
durability,
electrical insulating footwear, protection against
tolerances
on
dimensions,
and
structural characterization.
1505.
gas
industries
Design and operating limits
strings
with
footwear
for
—
of drill
aluminium
alloy
components
and molten metal splash, protection for motor
cycle riders). (This standard cancels and replaces
US
614:2005
Industrial
safety
1508.
US ISO 20347:2012, Personal
protective
aluminium
Occupational footwear
manufactured
in
accordance with US ISO 15546.
1506.
equipment
—
This Uganda Standard specifies basic and
US ISO 20345: 2011, Personal
protective
-
Specification for leather protective and safety
operating limits for drill strings containing
pipes
footwear
footwear for general and heavy-duty use).
This Uganda Standard applies to design and
alloy
firefighters,
chain saw injuries, protection against chemicals
US ISO 20312:2011, Petroleum
and natural
(e.g.
equipment — Safety
footwear
additional
(optional)
requirements
for
occupational footwear that is not exposed to any
mechanical
risks (impact
or
compression).
This Uganda Standard specifies basic and
Special risks are covered by complementary job-
additional (optional) requirements for safety
related standards (e.g. footwear for firefighters,
footwear used for general purpose. It includes,
electrical insulating footwear, protection against
for example, mechanical risks, slip resistance,
chain saw injuries, protection against chemicals
thermal risks, ergonomic behaviour.
Special
and against molten metal splash, protection for
risks are covered by complementary job-related
motor cycle riders). (This standard cancels and
standards
replaces US 614:2005 Industrial safety footwear -
(e.g.
footwear
for
firefighters,
230 | P a g e
Specification for leather protective and safety
submerged pipelines used in pipeline
footwear for general and heavy-duty use).
1509.
US
ISO
transportation systems — Part
21809-1:2011,
Petroleum and natural gas
industries
3: Field joint
coatings
This Uganda Standard specifies requirements
— External coatings for buried or
for field joint coating of seamless or welded steel
submerged pipelines used in pipeline
pipes for pipeline transportation systems in the
transportation systems — Part
petroleum and natural gas industries as defined
1: Polyolefin
coatings
(3-layer
PE
and 3-layer PP)
in US ISO 13623. This part of US ISO 21809
specifies the
qualification,
application and
This Uganda Standard specifies requirements of
testing of the corrosion protection coatings
plant-applied external three-layer polyethylene-
applied to steel surfaces left bare after the pipes
and polypropylene-based coatings for corrosion
and fittings (components) are joined by welding.
protection of welded and seamless steel pipes
This part of US ISO 21809 does not address
for pipeline transportation systems in the
additional
petroleum
insulation or joint infills for concrete weight-
and
natural
gas
industries
in
accordance with US ISO 13623.
1510.
US
mechanical
ISO
21809-2:2014,
industries
— External coatings for buried or
transportation systems — Part
2: Single layer fusion-bonded
and codifies the different types of field joint
coatings for buried or submerged pipelines.
1512.
submerged pipelines used in pipeline
epoxy
US
ISO
21809-4:2009,
Petroleum and natural gas
industries
— External coatings for buried or
submerged pipelines used in pipeline
coatings
transportation systems — Part
Uganda
requirements
thermal
coated pipes. This part of US ISO 21809 defines
Petroleum and natural gas
This
protection,
Standard
for
specifies
qualification,
the
application,
4: Polyethylene
coatings
(2-
layer PE)
testing and handling of materials for plant
This
application of single layer fusion-bonded epoxy
requirementsfor qualification, application,
(FBE)
the
inspection, testing, handling and storage of
corrosion protection of bare steel pipe for use in
materials for plant application of two-layer
pipeline
the
polyethylene coatings (2-layer PE) applied
petroleum and natural gas industries as defined
externally for the corrosion protection of
in US ISO 13623.
bare
coatings
applied
transportation
1511.
US
externally
systems
ISO
for
for
21809-3:2011,
Petroleum and natural gas
industries
— External coatings for buried or
Uganda
steel
Standard
pipe
for
use
specifies
in
the
pipeline
transportation systems for the petroleum
and natural gas industries as defined in US
ISO 13623.
231 | P a g e
1513.
US
ISO
21809-5:2010,
Petroleum and natural gas
requirements and test methods for female
— External coatings for buried or
condoms that are supplied to consumers for
submerged pipelines used in pipeline
contraceptive purposes and for assisting in the
transportation systems — Part
prevention of sexually transmitted infections
5: External
This
industries
This Uganda Standard specifies the minimum
Uganda
requirements
concrete coatings
Standard
for
(STIs). (The standard cancels and replaces US ISO
specifies
qualification,
the
application,
testing and handling of materials required for
the application of reinforced concrete coating
25841:2014, Female condoms — Requirements and
test methods, which has been technically revised).
1516.
rubber gloves for
externally to either bare pipe or pre-coated pipe
for use in pipeline transportation systems for the
petroleum and natural gas industries as defined
in US ISO 13623. The external application of
concrete is primarily used for the negative
buoyancy of pipes used in buried or submerged
pipeline systems and/or for the mechanical
protection of the pipe and its pre-coating. This
part of US ISO 21809 is applicable to concrete
thicknesses of 25 mm or greater.
1514.
US
ISO
condoms —
23409:2011,
Male
Requirements and test
methods for condoms made
from
synthetic materials
This Uganda Standard specifies the minimum
requirements and the test methods applicable to
male
condoms
produced
from
synthetic
materials or blends of synthetic materials and
natural rubber latex which are used for
contraceptive purposes and to aid in the
prevention of sexually transmitted infections.
1515.
US ISO 25841: 2017, Female
condoms — Requirements and test
methods (2nd Edition)
US ISO 25518:2009, Single-use
general
applications — Specification
This Uganda Standard specifies the physical
requirements and methods of sampling and
testing for single-use rubber gloves, made from
natural rubber latex, synthetic rubber latex or
rubber
solution,
intended
for
general
applications, but not gloves intended for
medical purposes. It does not cover the safe and
proper usage of the gloves.
1517.
US ISO 27627:2014, Petroleum
and natural
gas
industries
Aluminium alloy drill pipe
—
thread
connection gauging
This Uganda Standard specifies the technical
delivery
condition,
manufacturing
material
requirements,
process,
configuration
and
dimensions, and verification and inspection
procedures for aluminium alloy drill pipes
manufactured in accordance with US ISO 15546.
1518.
US ISO 27769-2:2009, Wood-
based panels —
Wet-process
fibre board — Part 2:
Requirements
232 | P a g e
This
Uganda
Standard
specifies
the
manufacturing property requirements for wet-
particular type of risk, and can be applied to all
activities and to all parts of organizations.
1521.
process fibre board.
US
ISO
Prophylactic dams —
1519.
US ISO 28158:2018, Dentistry
29942:2011,
Requirements
and test methods
— Integrated dental floss and handles
This Uganda Standard specifies the minimum
Uganda
the
requirements and test methods for prophylactic
requirements and test methods for integrated
dams used to assist in the prevention of sexually
dental floss and handles used for home care,
transmitted infections.
This
Standard
specifies
community care, professional care of oral health
or a part of dental treatment.
1520.
US ISO 28781:2010, Petroleum
and natural
gas
Drilling
and
industries
—
production
equipment
—
barrier valves and
Subsurface
related
equipment
This
Uganda
Standard
provides
the
requirements for subsurface barrier valves and
related equipment as they are defined herein for
use in the petroleum and natural gas industries.
Included are the requirements for design, design
validation,
evaluation,
manufacturing,
repair,
redress,
functional
handling
and
storage. Subsurface barrier valves provide a
means of isolating the formation or creating a
barrier
in
performance
the
of
tubular
pre-
to
facilitate
and/or
the
post-
production/injection operational activities in the
well. This standard can be used by any public,
private or community enterprise, association,
group or individual. US ISO/TR 31004 is not
specific to any industry or sector, or to any
233 | P a g e
as specified in the scope of the National
Lotteries and Gaming Act 2016.
MANAGEMENT SYSTEMS
1522.
US ISO 374-1:2016, Protective
US
1580-2:2017,
gloves against dangerous chemicals
equipment
and
limited payout gaming
micro-organisms
Terminology
—
and
Part
1:
performance
requirements for chemical risks
This
1525.
Uganda
Standard
—
Gaming
Requirements
for
This Uganda Standard specifies the general
hardware and software requirements and the
specifies
the
list of significant events for gaming equipment
requirements for protective gloves intended to
to be used in venues holding site licenses for
protect the user against dangerous chemicals
limited pay-out machines.
and defines terms to be used.
1523.
1526.
US ISO 374-5:2016, Protective
gloves against dangerous chemicals
and
micro-organisms
Terminology
—
and
requirements
for
Part
protection —
Onshore oil and gas
production
5:
operations
—
Requirements
performance
This Uganda Standard provides requirements
micro-organisms
for environmentally sound practices for onshore
risks
This
US 1585:2017, Environmental
oil and gas production operations and is
Uganda
the
applicable to contractors, service providers as
requirements and test methods for protective
well as operators. Facilities within the scope of
gloves intended to protect the user against
this standard include all production facilities,
micro-organisms
including produced water handling facilities.
1524.
Standard
US
equipment
specifies
1580-1:2017,
—
Gaming
Requirements
for
casinos
operational
of this document. Operational coverage begins
with the design and construction of access roads
This Uganda Standard specifies constructional
and
Offshore and arctic areas are beyond the scope
requirements
for
gaming
devices that reside on, or are operated on (or
both), the gaming floor of a casino. Equipment
covered by the requirements of this standard
includes gaming machines, jackpot controllers
and displays and machine consoles. This
standard applies among others to all types of
gaming devices operated within the casino
and well locations, and includes reclamation,
abandonment, and restoration operations. Gas
compression
for
transmission
purposes
or
production operations, such as gas lift, pressure
maintenance, or enhanced oil recovery (EOR) is
included; however, gas processing for liquids
recovery is not addressed.
1527.
US
1793:2019,
Handling,
storage and disposal of pesticides
which include: gaming machines, jack pot
controllers and displays and machines consoles
234 | P a g e
This Uganda Standard specifies the procedures
program
and requirements for the handling, storage and
consistency
disposal of pesticides by household users,
performance. A measurement system is desired
farmers, pest control operators, distributors,
that is precise
manufacturers, formulators’ packers and re-
manipulate, significant and meaningful for
packers to ensure the least risk to health and
safety program evaluation, and appropriate for
safety to property and the environment. First-
accountability
aid actions to be taken in the case of an incident,
environment.
This Uganda Standard covers the selecting and
specifying surface systems under and around
playground equipment. This guide describes
how to apply standards to evaluate the impact
attenuation,
accessibility
characteristics
and
product characteristics when selecting surfacing
systems for use under and around playground
equipment.
1529.
US 1814:2017, Standard Practice
for Health Requirements Relating to
Occupational Exposure to Respirable
This Uganda Standard covers a description of
several actions that should be taken to reduce
the risk of harmful occupational exposures to
humans in environments containing respirable
and
accurate,
purposes
in
1816:2017,
international
difficult to
a
global
Terminology
Safety
This Uganda Standard gives terms that are used
in the fields of occupational health and safety.
The terms are used to describe the limits of
exposure
under
different
conditions,
the
meanings of terms used in describing events and
the
types of
items
measured.
They will
commonly be used to express the effect of an
event or the limit of a chemical exposure on
human beings.
1532. US
1817:2017,
Standard
Specifications for Personal Climbing
This Uganda Standard covers the specifications
and qualification testing of the following:
climbers, climber straps, climber pads, climber
footplates, body belts, work positioning devices
with locking snap hooks/carabiners, Wood Pole
crystalline silica.
1530. US 1815:2017, Standard Guide for
Recording Occupational Injuries and
Fall Restriction Devices (WPFRD), arborist
saddle, harnesses, energy absorbing lanyards.
1533. US 1818:2017, Standard Guide for
Illnesses
This Uganda Standard is intended to establish
and
comparing
improving
Equipment
Crystalline Silica
definitions
and
Relating to Occupational Health and
US 1813:2017, Standard Guide
on Playground Surfacing
when
1531. US
and firefighting procedures, are also covered.
1528.
performance,
criteria
for
recording
occupational injuries and illnesses to be used for
measuring safety performance, evaluating safety
Disposal of Laboratory Chemicals and
Samples
This Uganda Standard is intended to provide
the chemical laboratory manager, chemical
235 | P a g e
laboratory safety officer, and other relevant staff
include
adoption
with guidelines for the disposal of small
occupational exposure guidelines (OEGs) as a
quantities of laboratory wastes safely and in an
part
environmentally sound manner.
standards.
of
or
Occupational
development
Health
and
of
Safety
1534. US 1819:2017, Standard Guide for
Air Monitoring at Waste Management
1536. US 1821:2017, Standard Guide for
Facilities for Worker Protection
Personal Protective Equipment for the
This Uganda Standard is intended to provide a
Handling of Flat Glass
standardized approach for establishing and
This Uganda Standard covers the minimum
carrying out an air monitoring program to
requirements for proper personal protective
protect workers at waste management facilities.
equipment (PPE) for the safe handling of flat
This standard may apply to routine operations
glass.
at an active treatment, storage or disposal site or
1537. US 1822:2017, Standard Practice for
be
Design, Manufacture, Operation, and
encountered in opening and cleaning up a
Maintenance of Inflatable Amusement
remedial action site. The user shall understand
Devices
the
extraordinary
conditions
that
can
that it is impossible to predict all the issues that
This Uganda Standard covers the design,
could arise at a waste management facility due
manufacture,
to hazardous airborne emissions. Although air
amusement
contaminant
operating
measurements
obtained
in
and
operation
devices
and
environments.
of
inflatable
their
associated
The
document
indicate
specifically excludes inflatable devices that are
acceptable or tolerable levels of toxic agents are
used for professional exhibition or stunt work;
present, care and judgment must still be
safety and rescue activities; aerial or aviation
exercised before concluding that all atmospheric
structures or devices; exhibit floats; or similar
contaminants at the site are under control and
inflatable devices.
accordance
with this
guide
may
that a reasonable safe work environment exists.
1535. US 1820:2017, Standard Guide for
Consensus-based
Occupational
Standard
Process
Safety
that
for
and
an
Health
Includes
an
Occupational Exposure Guideline
1538. US 1823:2017, Standard Practice for
Design,
Operation,
Manufacture,
Maintenance,
Installation,
Inspection
and Major Modification of Trampoline
Courts
The Uganda Standard guides on how to
This Uganda Standard presents a framework for
delineate requirements regarding the design,
a
manufacture,
stakeholder-
focused
consensus-based
installation,
operation,
decision-making process for occupational safety
maintenance, inspection and major modification
and health standard development activities that
of commercial or institutional trampoline courts
236 | P a g e
with the primary purpose of amusement,
maintenance, repair, cleaning, cutting, and
entertainment or recreation.
demolition work.
1539. US 1824:2017, Standard Practice for
Aerial Adventure Courses
1543. US 1828:2017, Standard Guide for
Integration
This Uganda Standard establishes criteria for the
Factors
design, manufacture, installation, operation,
Systems
of
Ergonomics/Human
into
New
Occupational
maintenance, auditing and major modification
This Uganda Standard is intended to assist in
of aerial adventure courses which occur(s).
the integration of ergonomic principles into the
1540. US 1825:2017, Standard Practice for
design and planning of new occupational
Ownership, Operation, Maintenance,
systems from the earliest design stages through
and Inspection of Amusement Rides
implementation. Doing so may reduce or
and Devices
eliminate the necessity for later redesign that
This Uganda Standard provides guidelines for
operations,
maintenance,
and
inspection
procedures for amusement rides and devices to
be performed by the owner/operator.
could have been foreseen.
1544. US 1829:2017, Standard Guide for
Evacuation Route Diagrams
This Uganda Standard is intended to provide
1541. US 1826:2017, Standard Practice for
minimum
guidelines
for
the
design
and
Operations of Amusement Railway
placement of evacuation route diagrams (ERDs)
Rides, Devices, and Facilities
used in buildings. It covers the evacuation of
This Uganda Standard applies to operations of
building occupants when directed by emergency
amusement railway ride(s) that have a track
response authorities in emergencies such as fire,
gauge greater than or equal to 12 in. (305 mm)
earthquake, and bomb threat.
measured between the heads of the rails. This
excludes
patron
powered
ride
vehicles
specifically designed for children.
Pressure Water Cleaning and Cutting
Uganda
symbols —
Safety
colours
and
Design
principles for safety signs and safety
markings
covers
personnel
This Uganda Standard establishes the safety
training,
operating
identification colours and design principles for
equipment
safety signs and safety markings to be used in
performance/design for the proper operation of
workplaces and in public areas for the purpose
all types of pressure water-jet cleaning and
of accident prevention, fire protection, health
cutting
by
hazard information and emergency evacuation.
construction,
It also establishes the basic principles to be
requirements,
procedures,
Standard
US ISO 3864-1:2011, Graphical
safety signs — Part 1:
1542. US 1827:2017, Standard Practice for
This
1545.
operator
and
equipment
industries
recommended
as
concerned
normally
with
used
applied when developing standards containing
237 | P a g e
safety signs. This standard is applicable to all
material
locations where safety issues related to people
environments. US ISO 3864-4:2011 is applicable
need to be addressed. However, it is not
to all locations where safety issues related to
applicable to the signalling used for guiding rail,
people need to be addressed. However, it is not
road, river, maritime and air traffic and,
applicable to signalling used for guiding rail,
generally speaking, to those sectors subject to a
road, river, maritime and air traffic and,
regulation which may differ.
generally speaking, to those sectors subject to a
1546.
US ISO 3864-3:2012, Graphical
symbols —
Safety
safety signs — Part 3:
colours
and
Design
which
also
operate
in
unlit
regulation that may differ. The colorimetric and
photometric properties of retroreflective safety
signs, retroreflective materials combined with
principles for graphical symbols for
use in safety signs
fluorescent or phosphorescent materials, or
luminous safety signs activated by a radioactive
This Uganda Standard gives principles, criteria
and guidance for the design of graphical
source are not specified in US ISO 3864-4:2011.
1548.
symbols for use in safety signs as defined in US
US ISO 3873:1977, Industrial
safety helmets
ISO 3864-1, and for the safety sign element of
This Uganda Standard specifies physical and
product safety labels as defined in US ISO
performance requirements, methods of test and
3864-2.
marking
1547.
US ISO 3864-4:2011, Graphical
symbols —
Safety
safety signs — Part 4:
This
colours
and
Colorimetric
requirement
for
industrial
safety
helmets. The mandatory requirements apply to
helmets for general use in industry. Additional
optional
performance
and photometric properties of safety
included:
Shock
sign materials
flammability, electrical insulation, and lateral
Uganda
Standard
establishes
the
requirements
absorption,
are
penetration,
rigidity.
colorimetric and photometric requirements and
test methods for the colours of safety signs to be
1549.
US ISO 4869- 2:1994, Acoustics
used in workplaces and public areas. It provides
— Hearing
protectors — Part 2:
the colorimetric and photometric specifications
Estimation
of
weighted
for the named safety and contrast colours
prescribed in US ISO 3864-1. The physical
requirements that safety signs have to meet are
primarily
related
to
daytime
colour
and
normally lit environments. This standard also
includes the colorimetric requirements and test
methods for safety signs and phosphorescent
levels when hearing
effective
sound
A-
pressure
protectors
are
worn
This Uganda Standard describes three methods
(the octave-band, HML and SNR methods) of
estimating the A-weighted sound pressure
levels effective when hearing protectors are
238 | P a g e
worn. The methods are applicable to either the
who are involved in the design or redesign of
sound
equivalent
work systems. Those who use this standard can
continuous sound pressure level of the noise.
find a general knowledge of ergonomics (human
Although primarily intended for steady noise
factors), engineering, design, quality and project
exposures, the methods are also applicable to
management helpful. (This Final Draft Uganda
noises containing impulsive components.
Standard cancels and replaces US ISO 6385:2004,
pressure
1550.
level
US
or
the
ISO/TS
Acoustics — Hearing
4869-5:2013,
protectors
—
Part 5: Method for estimation of
Ergonomic principles in the design of work systems,
which has been technically revised).
1552.
symbols — Safety colours and safety
noise reduction using fitting
by inexperienced
US ISO 7010:2011, Graphical
signs — Registered safety signs
test subjects
This Uganda Standard specifies a method for
This Uganda Standard prescribes safety signs
measuring noise reduction of passive hearing
for the purposes of accident prevention, fire
protectors at the threshold of hearing. The
protection,
method is designed to provide estimates of the
emergency evacuation. The shape and colour of
noise reduction obtained by typical groups of
each safety sign are according to US ISO 3864-1
users in real-world occupational settings, who
and the design of the graphical symbols is
may lack the training and motivation to wear
according to US ISO 3864-3. This standard is
hearing protectors in an optimum manner.
applicable to all locations where safety issues
1551.
US ISO 6385:2016, Ergonomics
principles in
the design of work
systems (2nd Edition)
This
Uganda
hazard
information and
related to people need to be addressed.
However, it is not applicable to the signalling
used for guiding rail, road, river, maritime and
fundamental
air traffic and, in general, to those sectors subject
principles of ergonomics as basic guidelines for
to a regulation which may differ with regard to
the design of work systems and defines relevant
certain points of this standard and of the US ISO
basic terms. It describes an integrated approach
3864 series. This standard specifies the safety
to
sign
the
design
establishes
health
of
work
the
systems,
where
ergonomists will cooperate with others involved
in the design, with attention to the human, the
originals
that
may
be
scaled
for
reproduction and application purposes.
1553.
US
ISO
8317:2015,
Child-
social and the technical requirements in a
resistant packaging — Requirements
balanced manner during the design process.
and testing procedures for re-closable
Users of this standard will include executives,
packages
managers, workers (and their representatives,
This Uganda Standard specifies performance
when appropriate) and professionals, such as
requirements and test methods for reclosable
ergonomists, project managers and designers
packages designated as resistant to opening by
239 | P a g e
children. Acceptance criteria are given for the
document
packages when tested by specified methods.
corresponding
These methods not only provide a measure of
recommendations for each of the principles are
the effectiveness of the packaging in restricting
not
access
the
independent from one another. While this
accessibility to the contents by adults. This
document is applicable to all types of interactive
standard is applicable to reclosable packages for
systems, it does not cover the specifics of
any product intended to be exposed or removed
particular application domains. This document
from the packaging in normal use. This standard
also applies to outputs from interactive systems
is intended for type approval only and is not
(such as printed documents, e.g. invoices). The
intended for quality assurance purposes.
guidance in this document for presenting
by
children,
1554.
US
but
also
ISO/CIE
cover
also
provides
to
exhaustive
the
and
are
recommendations
principles.
not
The
necessarily
8995-3:2018,
information is aimed at helping the user to
Lighting of work places — Part 3:
accomplish tasks. This guidance is not aimed at
Lighting requirements for safety and
the presentation of information for other reasons
security of outdoor work places
(e.g. corporate branding or advertising).
This Uganda Standard specifies the lighting
1556.
requirements which will contribute to the visual
US
ISO
9241-161:2016,
Ergonomics of human- system
needs for safety and security within outdoor
interaction — Part 161: Guidance on
work places.
visual user-interface elements
1555.
US
ISO
9241-112:2017,
This Uganda Standard describes visual user-
of
human-system
interface elements presented by software and
interaction — Part 112: Principles for
provides requirements and recommendations on
the presentation of information
when and how to use them.
Ergonomics
This Uganda Standard establishes ergonomic
1557.
US
ISO
9241-391:2016,
design principles for interactive systems related
Ergonomics of human- system
to
of
interaction — Part 391: Requirements,
information by user interfaces. It applies to the
analysis and compliance test
the
three
software-controlled
main
modalities
presentation
(visual,
methods for the
auditory,
reduction
of
photosensitive seizures
tactile/haptic) typically used in information and
communication technology. These principles
This Uganda Standardprovides requirements
apply to the perception and understanding of
and
presented information. These principles are
photosensitive seizures (PSS), while viewing
applicable
images on electronic displays.
evaluation
in
of
the
analysis,
interactive
design,
systems.
and
recommendations
for
reducing
This
240 | P a g e
1558.
US
ISO
Ergonomics
9241-400:2007,
of
general
use,
marking,
packaging
and
human--system
maintenance for full-body harnesses (FBH). The
interaction — Part 400: Principles and
main purpose of a FBH is to allow the user to
requirements
connect into a personal fall-arrest system
for
physical
input
devices
(PFAS), which will be specified in a future
This Uganda Standard gives guidelines for
International Standard (see US ISO 10333-6 in
physical input devices for interactive systems. It
the Bibliography), such that if an arrest takes
provides guidance based on ergonomic factors
place, the arresting force will not exceed 6 kN.
for the following input devices: keyboards, mice,
1560.
US ISO 10333-2:2016, Personal
pucks, joysticks, trackballs, trackpads, tablets
fall-arrest
and overlays, touch sensitive screens, styli, light
Lanyards and energy
systems
—
Part
2:
absorbers
pens, voice controlled devices, and gesture
This Uganda Standard specifies requirements,
controlled devices. It defines and formulates
test
ergonomic principles valid for the design and
maintenance, marking, labelling and packaging,
use of input devices. These principles are to be
as
used to generate recommendations for the
absorbers. Lanyards and energy absorbers are
design of products and for their use. It also
used together as a connecting subsystem in
defines relevant terms for the entire 400 series of
personal fall-arrest systems (PFAS) which will
US ISO 9241. For some applications, e.g. in areas
be specified in a future standard. Two classes of
where safety is the major concern, other
energy absorbers are specified for the purposes
additional principles may apply and take
of this part of US ISO 10333:
precedence over the guidance given here. This
Type 1: used in PFAS where, due to installation,
standard also determines properties of input
the potential free-fall distance can be limited to a
devices
including
maximum of 1,8 m and, if a fall takes place, the
mechanical,
arresting force is limited to a maximum of
relevant
functional,
for
usability
electrical,
methods,
appropriate,
instructions
for
for
lanyards
use
and
and
energy
maintainability and safety related properties.
4,0 kN;
Additionally
of
Type 2: used in PFAS where, due to installation,
interdependency with the use environment and
the potential free-fall distance can be limited to a
software.
maximum of 4,0 m and, if a fall takes place, the
1559.
included
are
aspects
US ISO 10333-1:2000, Personal
fall-arrest
systems — Part 1: Full-
body harnesses
This
Uganda
Standard
specifies
the
requirements, test methods, instructions for
arresting force is limited to a maximum of
6,0 kN.
This standard is applicable only to lanyards and
energy absorbers limited to single-person use of
a total mass not exceeding 100 kg.
241 | P a g e
1561.
US ISO 10333-3:2016, Personal
fall-arrest
systems — Part 3: Self-
retracting lifelines
ISO 10333 are limited to use by a single person
of total mass not exceeding 100 kg.
1563.
US ISO 10333-5:2001, Personal
This Uganda Standard specifies requirements,
fall-arrest
—
Part
test
Connectors with self-closing
and
methods,
instructions
for
use
and
appropriate,
for
self-retracting
lifelines,
5:
self-locking gates
maintenance, marking, labelling and packaging,
as
systems
This
Uganda
Standard
specifies
including self-retracting lifelines that have an
requirements, test methods, instructions for
integral-rescue facility. Self-retracting lifelines
use and maintenance, marking, labelling
are used as a connecting sub-system in personal
and
fall-arrest systems (PFAS),
connectors with self-closing and self-locking
which will be
packaging,
to anchor devices that are above the work place.
Connectors are used in personal fall-arrest
This standard is applicable only to self-
systems (PFAS), which will be specified in a
retracting lifelines limited to single-person use
future standard, such that, if an arrest takes
of a total mass not exceeding 100 kg.
place, the arresting force will not exceed
fall-arrest
Vertical
systems
rails
lifelines
—
Part
and
vertical
incorporating
sliding-type fall
4:
a
arrester
test
methods,
instructions
for
use
materials.
6 kN. This part of US ISO 10333 is applicable
only to connectors limited to single person
use of a total mass not exceeding 100 kg.
1564.
US ISO 10333-6:2004, Personal
fall-arrest
This Uganda Standard specifies requirements,
metallic
for
gates
US ISO 10333-4:2016, Personal
from
appropriate,
specified in a future standard, and are attached
1562.
made
as
systems
—
Part
6:
System performance tests
and
This Uganda Standard specifies tests and
maintenance, marking, labelling and packaging,
requirements for complete personal fall
as appropriate, for vertical rails and vertical
arrest systems (PFAS) made up from
lifelines which incorporate a sliding-type fall
specific combinations of components and
arrester. When connected to a full-body harness
subsystems selected from those conforming
as specified in US ISO 10333-1, vertical rails and
to the other parts of US ISO 10333 and to US
vertical lifelines which incorporate a sliding-
ISO 14567, where it is both important and
type fall arrester constitute a personal fall-arrest
desirable to ascertain satisfactory system
system (PFAS), which will be specified in a
performance and interactive component
future standard. Vertical rails and vertical
compatibility. It includes PFAS performance
lifelines which incorporate a sliding-type fall
tests using a rigid torso test mass as a
arrester in accordance with this part of US
surrogate
for
the
faller.
Examples
of
personal fall arrest systems, as well as
242 | P a g e
descriptions
of
how
components
or
subsystems may be connected together to
constitute a system, are also given. This
standard is applicable to PFAS limited to
conditions that might occur whilst in use,
including when a craft is capsized or inverted.
1566.
and
single-person use of a total mass not
force to a maximum of 6 kN. It is not
applicable to

PFAS which use waist belts or chest
harnesses as the sole body holding
component,

PFAS
incorporating
without
energy
without
a
lanyards
absorbers
means
of
or
energy
dissipation,

subsystems
and
components
outside the PFAS scopes of the other
parts of US ISO 10333 and US

marking
instruments
of asphyxiation
This Uganda Standard specifies requirements to
reduce the risk of asphyxiation from caps for
writing and marking instruments. It relates to
such instruments which in normal or foreseeable
circumstances are likely to be used by children
up to the age of 14 years. This standard is not
applicable to the following: writing and marking
instruments
which
are
designed
or
only
intended for use by adults (e.g. jewellery pens,
expensive fountain pens, professional technical
pens); transit caps for refills.
1567.
US ISO 11611:2015, Protective
ISO 14567, or
clothing for
equipment used for material lifting
allied processes (2nd
use in welding and
Edition)
This Uganda Standard specifies minimum basic
purposes.
1565.
—
Specification for caps to reduce the risk
exceeding 100 kg and, when activated, will
arrest the person and limit the arresting
US ISO 11540:2014, Writing
US ISO 10862:2009, Small craft
safety requirements and test methods for
— Quick release system for trapeze
protective clothing including hoods, aprons,
harness
sleeves and gaiters that are designed to protect
This Uganda Standard specifies requirements
the wearer's body including head (hoods) and
and test methods for quick release devices as a
feet (gaiters) and that are to be worn during
component of the small sailing-craft trapeze
welding and allied processes with comparable
system worn whilst afloat. The quick release
risks. . (This Uganda Standard cancels and replaces
device is intended to quickly release the wearer
US ISO 11611:2007 which has been technically
from entrapment and minimize the risk of
revised).
drowning in the event of a failure to release
1568.
US ISO 11612:2015, Protective
from the sailing-craft trapeze system by other
clothing —
means. The quick release device is intended to
against
be
easily
accessible
and
operated
in
Clothing
heat
and
to
protect
flame
—
all
243 | P a g e
Minimum
performance
requirements
This
extinguishing fires from the outside of the
structure; prevention of exterior spreading to
Uganda
Standard
specifies
adjacencies, preventing environmental damage
performance requirements for protective
and limiting effect of smoke; securing traffic and
clothing made
from flexible materials,
environment; first aid base activities; preparing
which are designed to protect the wearer's
the fire ground for subsequent activities; RPD
body, except the hands, from heat and/or
replenishment tasks;
flame. For protection of the wearer's head
communication;
and feet, the only items of protective
evacuation; assist planning; assist logistics; assist
clothing falling within the scope of this
communication; and transportation.
assessment zone; BA
forward
command
post;
standard are gaiters, hoods, and over boots.
However, concerning hoods, requirements
1570.
firefighters — Test
for visors and respiratory equipment are not
to
protective clothing which could be worn for
heat or to molten metal splashes.
1569.
US ISO 11613:2017, Protective
clothing
for
engaged
firefighter's
in
support
who
are
activities
associated with structural firefighting
—
Laboratory
test
methods
and
performance
This Uganda Standard specifies test methods
and minimum performance requirements for
protective clothing used by firefighters who are
engaged in support activities of firefighting.
This clothing is not intended for interior attack
firefighting.
These
support
activities
of
firefighting are defined (see 3.8.2) as activities
such
as:
water
and
material
supply;
by
high levels of heat and/or
flame while fighting
a wide range of end uses, where there is a
exposed to radiant or convective or contact
and
firefighters who are at risk of exposure
out in this standard are applicable to
properties and where the user can be
methods
requirements for PPE used
given. The performance requirements set
need for clothing with limited flame spread
US ISO 11999-1:2015, PPE for
fires occurring
in structures — Part 1: General
This Uganda Standard specifies minimum
design
and
performance
requirements
for
personal protective equipment (PPE) to be used
by firefighters, primarily but not solely to
protect against exposure to flame and high
thermal loads. To assist with choice based on
user risk assessment, types and performance
levels for different categories of protection are
included.
1571.
US ISO/TS 11999-2:2015, PPE
for firefighters — Test methods and
requirements for PPE
firefighters
who
used
are
at
by
risk
of
exposure to high levels of heat
and/or flame
while
fighting
occurring in structures —
fires
Part
2:
Compatibility
244 | P a g e
This Uganda Standard describes compatibility
1574.
US ISO 12312-2:2015, Eye and
for ensembles of firefighter’s personal protective
face protection — Sunglasses and
equipment (PPE) to be used by firefighters, who
related eyewear — Part 2: Filters for
are at risk of exposure to high levels of heat
direct observation of the sun
and/or flame while fighting fires occurring in
This Uganda Standard applies to all afocal
structures. This standard includes methods for
(plano power) products intended for direct
compatibility
observation of the sun, such as solar eclipse
testing
in
laboratories
and
procedures for compatibility testing including
the identification of any limitations to be
performed by wearers.
1572.
methods
requirements for PPE used
by
to
high levels of heat and/or
flame while fighting
fires
occurring in structures — Part
3:
Clothing
This Uganda Standard specifies the minimum
and
as
performance
part
of
requirements
personal
US ISO 12401:2009, Small craft
— Deck safety harness and safety line
—
and
firefighters who are at risk of exposure
clothing
1575.
US ISO 11999-3:2015, PPE for
firefighters — Test
design
viewing.
Safety
requirements
and
test
methods
This
Uganda
Standard
specifies
the
requirements for performance, sizing, marking
and test methods for deck safety harnesses and
safety lines on recreational craft. It is applicable
to harnesses and lines in the following sizes of
body mass (multi-sizing is permitted):
for
protective
equipment (PPE) to be used by firefighters,
primarily but not solely to protect against

size 1: > 50 kg ;

size 2: > 20 kg ≤ 50 kg;

size 3: ≤ 20 kg;
exposure to flame and high thermal loads. To
which are intended to be worn by all persons
assist with choice based on user risk assessment,
when in the exposed cockpit or on the working
a number of levels of protection are included.
deck of a craft afloat. It is not applicable to
1573.
US ISO 12312-1:2013, Eye and
dinghy
'trapeze'
harnesses,
windsurfing
face protection — Sunglasses and
harnesses, seat harnesses for fast motor boats,
related eyewear — Part 1: Sunglasses
and harnesses intended to protect against falls
for general use
from a height.
This Uganda Standard is applicable to all afocal
(plano power) sunglasses and clip-ons for
general use, including road use and driving,
intended for protection against solar radiation.
1576.
US ISO 12402-2:2006, Personal
flotation devices — Part 2: Lifejackets,
performance
level
275
—
Safety
requirements
245 | P a g e
This Uganda Standard specifies the safety
erection and dismantling, special base, operation
requirements for lifejackets, performance level
and maintenance of cranes and the selection of
275. It applies to lifejackets for adults and
operators, slingers and signallers. It does not
children
cover manually (non-powered) operated cranes,
for
offshore
use
under
extreme
conditions.
1577.
or cranes in which at least one of its motions is
US ISO 12402-3:2006, Personal
flotation devices — Part 3: Lifejackets,
performance
level
150
—
Safety
requirements
This Uganda Standard specifies the safety
requirements for lifejackets, performance level
150. It applies to lifejackets used by adults or
children.
1578.
manually operated
1580.
US ISO 12609-1:2013, Eyewear
for protection against
intense
sources used on humans
light
and
animals for cosmetic and medical
applications
Specification for
—
Part
1:
products
This Uganda Standard specifies performance
and labelling of eye protectors used for ILS
US ISO 12402-5:2006, Personal
flotation devices — Part 5: Buoyancy
equipment used on humans and animals for
cosmetic and
medical
applications against
excessive exposure to optical radiation in the
aids (level 50) — Safety requirements
This Uganda Standard specifies the safety
spectral range 250 nm to 3 000 nm, with the
requirements
exception of laser radiation.
for
buoyancy
aids
with
a
buoyancy of not less than 50 N used in sheltered
waters with help and rescue close at hand under
such circumstances where more bulky or
buoyant devices can impair the user's activity. It
applies to buoyancy aids used by adults or
children. US ISO 12402-5 is not applicable to
one-piece suits.
1581.
US ISO 12609-2:2013, Eyewear
for protection against
intense
sources used on humans
light
and
animals for cosmetic and medical
applications
—
Part
2:
Guidance for use
This Uganda Standard gives guidance and
information to users, manufacturers, suppliers,
US ISO 12480-3:2016, Personal
and safety advisors on the selection and use of
equipment for protection against falls
eye protectors for intense light source (ILS)
— Descending devices
equipment used on humans and animals for
1579.
This Uganda Standard establishes required
cosmetic and
practices for the safe use of tower cranes. It is
excessive exposure to optical radiation in the
intended to be used in conjunction with ISO
spectral range 250 nm to 3 000 nm, with the
12480-1. Subjects covered include safe systems
exception of laser radiation.
medical
applications against
of work, management, planning, selection,
246 | P a g e
1582.
US ISO 13009:2015, Tourism
and related
services
Requirements
recommendations
for
—
events relevant to TPE, as listed in Annex A,
and
when TPE is used as intended and also under
beach
operation
This
Uganda
hazards, hazardous situations or hazardous
conditions
misuse
that
are
reasonably
foreseeable by the manufacturer.
Standard
establishes
general
requirements and recommendations for beach
1585.
equipment
It provides guidance for both beach operators
sustainable infrastructure and service provision
needs, including beach safety, information and
communication, cleaning and waste removal.
This standard is applicable to beaches during
—
Safety
—
Part
2:
Combustion and fuel handling systems
and users regarding the delivery of sustainable
management and planning, beach ownership,
US ISO 13577-2:2014, Industrial
furnaces and associated processing
operators that offer tourist and visitor services.
This Uganda Standard specifies the safety
requirements for combustion and fuel handling
systems that are part of industrial furnaces and
associated processing equipment (TPE). It deals
with significant hazards, hazardous situations
and events relevant to combustion and fuel
the bathing season.
1583.
of
US ISO 13200:1995, Cranes —
Safety signs
and hazard pictorials
handling systems, when used as intended and
under
the
conditions
manufacturer.
— General principles
This
foreseen
standard
by
the
covers:
fuel
general
pipework downstream of and including the
principles for the design and application of
manual isolating valve; combustion air supply
safety signs and hazard pictorials permanently
(including
affixed to cranes. The standard describes the
combustion air) and flue gas system; burner(s),
basic safety sign formats, specifies colors for
burner system and ignition device; functional
safety
on
requirements for safety related control system. It
developing the various panels that together
applies to any oxidation with air or other gases
constitute a safety sign.
containing free oxygen of gaseous and liquid
This
Uganda
signs
Standard
and
establishes
provides
guidance
and
oxygen
enriched
US ISO 13577-1:2016, Industrial
fuels or any combustion of them to release
furnaces and associated processing
thermal energy in TPE. For thermal or catalytic
equipment — Safety — Part 1: General
post combustion and waste incineration, US ISO
requirements
13577-2 applies only to auxiliary burners
1584.
This Uganda Standard specifies the general
safety
oxygen
requirements
common
to
industrial
furnaces and associated processing equipment
(TPE). This standard deals with the significant
designed to start-up and/or support the process.
1586.
US ISO 13577-3:2016, Industrial
furnaces and associated processing
equipment —
Safety — Part 3:
247 | P a g e
1587.
Generation and use of protective and
reactive atmosphere gases
This
Uganda
requirements
Standard
for
specifies
generation
and
US ISO 13577-1:2016, Industrial
furnaces and associated processing
equipment — Safety — Part 1: General
safety
use
requirements
of
protective and reactive atmosphere gases that
This Uganda Standard specifies the general
are
safety
part
of
industrial
thermo-processing
requirements
common
to
industrial
furnaces and associated processing equipment
equipment (TPE).
(TPE). This standard deals with the significant
NOTE The general safety requirements common
to TPE are provided in US ISO 13577‑1 (see
Introduction).
hazards, hazardous situations or hazardous
events relevant to TPE, as listed in Annex A,
when TPE is used as intended and also under
This standard deals with significant hazards,
hazardous situations and events relevant to the
conditions
of
misuse
that
are
reasonably
foreseeable by the manufacturer.
generation and use of protective and reactive
1588.
US ISO 13578:2017, Industrial
atmosphere gases created by thermochemical
furnaces and associated processing
reactions and their use in TPE that are part of
equipment — Safety requirements for
TPE as listed in Clause 4 and Clause 5, when
machinery
used as intended and under the conditions
production of steel by electric arc
foreseen by the manufacturer. It covers
furnaces
pipework downstream of and including the
manual isolating valve,
and
equipment
for
This Uganda Standard specifies the general
safety requirements for electric arc furnaces
(EAF) to melt steel not containing radioactive
equipment for the generation of atmosphere
gases,
material.
NOTE Radioactive material is considered to be
additional equipment for the use of atmosphere
gases in TPE,
detected in front of the steel plant entrance.
This standard deals with significant hazards,
hazardous situations and events as listed in
safety devices, and
Table 1 pertinent to EAF, when used as intended
functional
requirements
for
safety
related
control system
for the generation and use of protective and
reactive atmosphere gases.
and
under
conditions
foreseen
by
the
manufacturer, and also includes foreseeable
faults and malfunctions in case of misuse. The
standard also specifies criteria for the plant and
equipment integrated in the production process.
248 | P a g e
This standard specifies the requirements to be
1590.
US ISO 13687-3:2017, Tourism
followed during design to ensure the safety of
and related services — Yacht harbours
persons, which are to be met during transport,
— Part 3: Minimum requirements for
assembly,
high service level harbours
maintenance
commissioning,
and
operation,
decommissioning
of
the
This Uganda Standard establishes minimum
equipment. US ISO 13578:2017 assumes that
requirements
installations are operated and maintained by
commercial harbours for leisure craft in order to
adequately
trained
define the high level to deliver services to the
intervention
for
personnel.
Manual
for
commercial
and
non-
and
boating community for all types of recreational
maintenance is accepted as part of the normal
boating activities, excluding the standardization
use of the equipment.
of sports activities. The scope does not cover
setting,
adjustment
specifics of boat yards, dry stacks, dry-docking
1589.
US ISO 13687-2:2017, Tourism
and related services — Yacht harbours
— Part 2: Minimum requirements for
intermediate service level harbours
This Uganda Standard establishes minimum
requirements
for
commercial
and
non-
commercial harbours for leisure craft in order to
define the intermediate level to deliver services
areas, dry storages, fuel stations and nearby
beaches. This standard does not cover risks in
case of abnormal weather conditions above
windforce 9 on the Beaufort scale and extreme
sea conditions or rogue waves. (This first edition
of US ISO 13687-3, together with US ISO 13687-1
and US ISO 13687-2, cancels and replaces US ISO
13687:2014, Tourism and related services — Yacht
to the boating community for all types of
harbours — Minimum requirements, which has been
recreational boating activities, excluding the
technically revised).
standardization of sports activities. The scope
does not cover specifics of boat yards, dry
1591.
US ISO 13688:2013, Protective
clothing --
stacks, dry-docking areas, dry storages, fuel
Uganda
General requirements
stations and nearby beaches. This standard does
This
Standard
specifies
not cover risks in case of abnormal weather
performance
conditions above windforce 9 on the Beaufort
innocuousness,
scale and extreme sea conditions or rogue
compatibility and marking of protective clothing
waves. (This first edition of US ISO 13687-2,
and the information to be supplied by the
together with US ISO 13687-1 and US ISO 13687-3,
manufacturer with the protective clothing. US
cancels and replaces US ISO 13687:2014, Tourism
ISO 13688:2012 is only intended to be used in
and related services — Yacht harbours — Minimum
combination with other standards containing
requirements, which has been technically revised).
requirements for specific protective performance
requirements
size
for
general
ergonomics,
designation,
ageing,
and not on a stand-alone basis
249 | P a g e
1592.
1595.
US ISO 13705: 2012, Petroleum,
petrochemical and natural gas
industries —
Fired
heaters
US ISO 13880:1999, Petroleum
and natural
for
Content
general refinery service
gas
and
industries
drafting
of
—
a
technical specification
This Uganda Standard specifies requirements
This Uganda Standard provides guidance for
and gives recommendations for the design,
the
materials,
testing,
specification in order to ensure that all technical
preparation for shipment, and erection of fired
requirements of a product, process or service are
heaters, air heaters (APHs), fans and burners for
included and can be verified as complying with
general refinery service. This standard is not
specified performance requirements, such as
intended to apply to the design of steam
may be specified in a functional specification
reformers or pyrolysis furnaces.
(see US ISO 13879).
fabrication,
1593.
inspection,
US ISO 13857:2008, Safety of
machinery
—
Safety
distances
content
and
1596.
to
drafting
of
a
technical
US ISO 14122-1:2016, Safety of
machinery —
Permanent means of
prevent hazard zones being reached by
access to machinery — Part 1: Choice
upper and lower limbs
of
fixed
means
and
general
requirements of access
This Uganda Standard establishes values for
safety distances in both industrial and non-
This
industrial environments to prevent machinery
requirements for access to stationary machines
hazard
safety
and guidance about the correct choice of means
protective
of access when necessary access to the stationary
structures. It also gives information about
machine is not possible directly from the ground
distances to impede free access by the lower
level or from a floor. It is applicable to
limbs.
permanent means of access which are a part of a
zones
distances
being
are
1594.
reached.
appropriate
The
for
US ISO 13879:2015, Petroleum
and natural
Content
gas
and
industries
drafting
of
—
a
functional specification
Uganda
Standard
gives
general
stationary machine, and also to non-powered
adjustable parts (e.g. foldable, slidable) and
movable parts of fixed means of access.
1597.
US ISO 14122-2:2016, Safety of
This Uganda Standard provides guidance on the
machinery —
content
access to machinery — Part 2: Working
and
drafting
of
a
functional
specification. A functional specification may not
Permanent means of
platforms and walkways
be necessary if a user/purchaser wishes to
This Uganda Standard gives requirements for
obtain a known standard product, process or
non-powered working platforms and walkways
service manufactured/supplied to a recognized
which are a part of a stationary machine, and to
standard.
the non-powered adjustable parts (e.g. foldable,
250 | P a g e
sliding) and movable parts of those fixed means
wear suits, requirements including
of access.
safety
1598.
US ISO 14122-3:2016, Safety of
This Uganda Standard specifies performance
Permanent means of
and safety requirements for constant wear
access to machinery — Part 3: Stairs,
immersion suits for work and leisure activities
stepladders and guard-rails
to protect the body of a user against the effects
machinery —
This Uganda Standard gives requirements for
of cold-water immersion, such as cold shock and
non-powered stairs, stepladders and guard-rails
hypothermia. It is applicable for dry and wet
which are a part of a stationary machine, and to
constant wear immersion suits. Abandonment
the non-powered adjustable parts (e.g. foldable,
suits are not covered by US ISO 15027-1.
slidable) and movable parts of those fixed
Requirements for abandonment suits are given
means of access.
in ISO 15027-2. Test methods for immersion
1599.
US ISO 14122-4:2016, Safety of
machinery —
suits are given in ISO 15027-3.
Permanent means of
access to machinery — Part
4:
Fixed
1602.
US ISO 15190:2003, Medical
laboratories — Requirements for safety
ladders
This Uganda Standard gives requirements for
This Uganda Standard specifies requirements
fixed ladders which are a part of a stationary
for safe practices in the medical laboratory.
machine, and to the non-powered adjustable
parts (e.g. foldable, slidable) and movable parts
of fixed ladder systems.
1600.
US ISO 15442:2012, Cranes —
Safety requirements for loader cranes
This Uganda Standard specifies the minimum
US ISO 14567:1999, Personal
protective
1603.
equipment
for
requirements
for
the
design,
calculation,
examination and testing of hydraulic powered
protection against falls from a height
loader cranes and their mountings onto chassis
— Single-point anchor devices
or static foundations. It is not applicable to
This Uganda Standard specifies requirements,
loader cranes used on board ships or floating
test methods, and marking, labelling and
structures or to articulated boom system cranes
packaging, as appropriate, of both permanent
designed as a total integral part of special
and temporary single-point anchor devices
equipment such as forwarders.
exclusively for the attachment of personal
protective
equipment
(PPE)
for
protection
1604.
US ISO 15544:2000, Petroleum
and natural
gas
industries
against falls from a height for fall arrest, work
Offshore production
positioning and travel restriction.
Requirements and guidelines for
1601.
US
ISO
15027-1:2012,
—
installations —
emergency response
Immersion suits — Part 1: Constant
251 | P a g e
This Uganda Standard describes objectives,
estimate the cost differences between competing
functional requirements and guidelines for
project options.
emergency
response
(ER)
measures
on
1607.
US
ISO
15663-3:2001,
installations used for the development of
Petroleum and natural gas
offshore hydrocarbon resources. It is applicable
—Life-cycle
to
fixed
offshore
structures
or
US
ISO
—Life
cycle
costing
3:
This Uganda Standard provides guidelines for
15663-1:2000,
Petroleum and natural gas
—Part
Implementation guidelines
floating
production, storage and off-take systems
1605.
costing
industries
industries
—Part
1:
the implementation of life-cycle costing for the
development and operation of the facilities for
drilling, production and pipeline transportation
within the petroleum and natural gas industries.
Methodology
This Uganda Standard specifies requirements
This part of US ISO 15663 is applicable when
for
the
making decisions on any option which has cost
development and operation of facilities for
implications for more than one cost element or
drilling, production and pipeline transportation
project phase.
within the petroleum and natural gas industries.
1608.
undertaking
1606.
life-cycle
US
costing
ISO
15663-2:2001,
Petroleum and natural gas
—Life-cycle
for
costing
protective
equipment
for
industries
protection against falls from a height
—Part
— Flexible horizontal lifeline systems
2:Guidance on application of
methodology and
US ISO 16024:2005, Personal
calculation
methods
This Uganda Standard specifies design and
performance requirements, test methods, user
instructions,
marking
and
labelling
as
This Uganda Standard provides guidance on
appropriate,
application of the methodology for life-cycle
systems for use at any one time by up to three
costing for the development and operation of
persons, exclusively for the attachment of
facilities for drilling, production and pipeline
personal protective equipment for protection
transportation within the petroleum and natural
against falls from a height. It does not stipulate
gas industries. This part of US ISO 15663 also
designs for flexible horizontal lifelines, except
provides guidance on the application and
for design limitations that are necessary for safe
calculations of the life-cycle costing process
and durable service. This standard does not
defined in US ISO 15663-1. This part of US ISO
cover rigid rail systems, nor is it intended to
15663 is not concerned with determining the
cover flexible guardrails, hand lines and work-
life-cycle cost of individual items of equipment,
positioning anchor lines.
of
flexible
horizontal
lifeline
but rather with life-cycle costing in order to
252 | P a g e
1609.
US ISO 16069:2004, Graphical

those eye and face protectors used for
occupational-type
tasks
that
are
performed similarly to an occupation,
e.g. "do-it-yourself";

those eye and face protectors used in
educational establishments.
symbols — Safety signs — Safety Way
Guidance Systems (SWGS)
This Uganda Standard describes the principles
governing the design and application of visual
components used to create a safety way
guidance system (SWGS).This standard contains
1611.
US ISO/FDIS 16321-2:2019, Eye
general principles valid both for electrically
and face protection for occupational
powered and for phosphorescent components.
use — Part 2: Additional requirements
for protectors used during welding and
Special information which is related to the type
related techniques
of component is given to assist in defining the
environment of use, choice of material, layout,
material, design, performance and marking
installation and maintenance of SWGS.
1610.
This Uganda Standard specifies additional
US ISO/FDIS 16321-1:2019, Eye
and face protection for occupational
use — Part 1: General requirements
requirements for
eye
and
face
protectors
designed to provide protection for the eyes and
faces of persons against occupational hazards,
general
such as optical radiation, impacts from flying
requirements for eye and face protectors. These
particles and fragments, and hot solids during
protectors are intended to provide protection for
welding and related techniques. The other
the eyes and faces of persons against one or
applicable requirements for welding protectors
more common occupational hazards such as
are given in US ISO 16321-1. This document also
impacts from flying particles and fragments,
applies
optical
liquids,
educational establishments. This document also
molten metals, heat, flame, hot solids, harmful
applies to those eye and face protectors used for
gases, vapours and aerosols.
occupational-type tasks that are performed
This
Uganda
Standard
radiation,
dusts,
specifies
splashing
to
welding
protectors
used
in
similarly to an occupation, e.g. "do-it-yourself".
Additional requirements for eye and face
protectors used during welding and related
techniques and for mesh protectors are given in
US
ISO
16321-2
and
US
ISO
16321-3,
respectively.
1612.
US ISO/FDIS 16321-3:2019, Eye
and face protection for occupational
use — Part 3: Additional requirements
for mesh protectors
This Uganda Standard specifies additional
This document applies to:
performance and marking requirements for

mesh protectors designed to provide protection
all plano as well as corrective and
prescription
lens
protectors
and
components;
for the eyes and faces of persons against
253 | P a g e
mechanical hazards such as impacts from flying
performance standards. This part of US ISO
particles and fragments. The other applicable
16975 does not apply to RPD programmes for
requirements for mesh protectors and the
RPD used exclusively under water, for use in
frames/mountings to which they are intended
aircraft, and medical life support respirators and
to be fitted are given in US ISO 16321-1. This
resuscitators.
document also applies to mesh protectors used
1615.
US
ISO/TS
16975-2:2016,
in educational establishments. This document
Respiratory
protective
also applies to those eye and face protectors
Selection, use and maintenance — Part
used for occupational-type tasks that are
2: Condensed guidance to establishing
performed similarly to an occupation, e.g. "do-it-
and
yourself".
protective device programme
implementing
a
devices
—
respiratory
This Uganda Standard provides brief guidance
1613.
US
Guidance on
assessment
ISO/TS
to assist persons responsible for establishing and
risk
implementing a programme for respiratory
performing
in
the
onshore
including the
16901:2015,
design
LNG
of
installations
ship/shore interface
protective
approach and guidance to those undertaking
facilities onshore and at shoreline using risk-
design and operation of LNG facilities.
land
b) CBRN
1: Establishing and implementing a
respiratory
protective
This
Uganda
Standard
specifies
detailed
information to assist persons responsible for
establishing and implementing a programme for
respiratory protective devices (RPD) that meet
the
performance
requirements
of
the
Biological,
marine – shipboard or off-shore
applications;
d) mining – underground mining or
firefighting and rescue applications;
device
programme
(Chemical,
firefighting or hazardous materials
—
Selection, use and maintenance — Part
hazardous
Radiological and Nuclear agents);
c)
devices
firefighting,
materials and rescue applications;
16975-1:2016,
protective
the
a) fire fighting – structural and wild
based methods and standards, to enable a safe
Respiratory
meet
using this guide is not appropriate. These are:
the planning, design, and operation of LNG
ISO/TS
that
performance requirements. There are special
assessment of the major safety hazards as part of
US
(RPD)
applications where the selection of suitable RPD
This Uganda Standard provides a common
1614.
devices
and
e) escape – general, fire, CBRN, marine
and mining.
1616.
US
Respiratory
Human
ISO/TS
16976-1:2015,
protective devices —
factors
—
Part
1:
254 | P a g e
Metabolic rates and respiratory

flow rates
related
measurement
methods;
This Uganda Standard provides information on
factors
anthropometric
to
human

anthropometry,
physiology, ergonomics, and performance for
anthropometric data for head, face,
and neck dimensions;

the preparation of standards for performance
anthropometric
data
torso
dimensions;
requirements, testing, and use of respiratory

human test panels;
protective devices. This part of US ISO/TS 16976

models of headforms.
contains information related to respiratory and
for
1618.
US
ISO/TS
16976-3:2019,
metabolic responses to rest and work at various
Respiratory
intensities. Information is provided for the
Human factors — Part 3: Physiological
following:
responses and limitations of oxygen
metabolic
rates
associated
with
various intensities of work;
metabolic
rate
and
minute
ventilation for persons representing
three body sizes;
b) peak inspiratory flow rates during
conditions of speech and no speech
This Uganda Standard gives:



sizes as a function of metabolic

rates.
US
Respiratory
Human
ISO/TS
16976-2:2015,
protective devices —
factors
—
the breathing environment
for persons representing three body
1617.
devices
and limitations of carbon dioxide in
a) oxygen consumption as a function
of
protective
—
Part
2:
Anthropometrics
a description of the composition of
the Earth's atmosphere;
a description of the physiology of
human respiration;
a survey of the current biomedical
literature on the effects of carbon
dioxide and oxygen on human
physiology;
examples
of
environmental
circumstances where the partial
pressure of oxygen or carbon
dioxide can vary from that found at
sea level.
This document identifies oxygen and carbon
This Uganda Standard provides information
dioxide concentration limit values and the
on factors related to human anthropometry,
length of time within which they would not be
physiology, ergonomics, and performance
expected to impose physiological distress. To
for the preparation of standards for design,
adequately illustrate the effects on human
testing, and use of respiratory protective
physiology, this document addresses both high
devices. It contains information related to
altitude exposures where low partial pressures
anthropometry. In particular, information is
are encountered and underwater diving, which
given for:
involves conditions with high partial pressures.
The use of respirators and various work rates
255 | P a g e
during which RPD can be worn are also
devices on overall body heat exchange. The
included.
information represents data for adult healthy
1619.
US
ISO/TS
Respiratory
16976-4:2019,
protective
devices
—
Human factors — Part 4: Work of
breathing and breathing resistance:
Physiologically based limits
This
Uganda
Standard
describes
how
to
calculate the work performed by a person's
respiratory muscles with and without the
external
respiratory
impediments
that
are
imposed by RPD of all kinds, except diving
equipment. This Document describes how much
additional impediment people can tolerate and
contains values that can be used to judge the
men and women aged between 20 and 60 years.
1621.
US
Human
16976-6:2014,
protective devices —
Human factors — Part 6:
Psycho-
physiological effects
This Uganda Standard provides information on
the psycho-physiological effects related to the
wearing of respiratory protective devices (RPD)
and it is intended for the preparation of
standards for selection and use of RPD. It
specifies for the writers of RPD standards,
principles relating to

the interaction between RPD and
the
human
physiological
and
psychological perception,
16976-5:2013,

the acceptance by the wearer, and
protective devices —

the need for training to improve
ISO/TS
Respiratory
ISO/TS
Respiratory
acceptability of an RPD.
1620.
US
factors
—
Part
acceptance of the RPD by the
5:
wearer.
Thermal effects
This Uganda Standard provides information on
This
factors
requirements related to the specific
related
to
human
anthropometry,
physiology, ergonomics and performance for the
preparation of standards for design, testing and
standard
1622.
US
ISO/TS
Respiratory
information
Human
to
thermal
effects
of
not
cover
hazard for which the RPD is designed.
use of respiratory protective devices. It contains
related
does
16976-7:2013,
protective devices —
factors
—
Part
7:
respiratory protective devices on the human
Hearing and speech
body, in particular: temperatures of surfaces
This Uganda Standard contains information
associated
related
with
discomfort
sensation
and
to
the
interaction
harmful effects on human tissues; thermal
respiratory
effects of breathing gas temperatures on lung
human body functions of hearing and
airways and tissues; effects of breathing gas
speech.
temperature and humidity on respiratory heat
1623.
exchange;
effects
of
respiratory
protective
protective
US
Respiratory
devices
between
ISO/TS
and
the
16976-8:2013,
protective devices —
256 | P a g e
Human
factors
—
Part
8:
1626.
Ergonomic factors
US ISO 17096:2015, Cranes —
Safety — Load lifting attachments
This Uganda Standard gives guidance on
This
the generic ergonomic factors for the
requirements for the following non-fixed load
preparation of standards for performance
lifting attachments for cranes, hoists, and
requirements, testing and use of respiratory
manually controlled load manipulating devices:
protective
plate clamps; vacuum lifters; self-priming; non-
devices
(RPD).
It
specifies
principles relating to:
a) the
Standard
specifies
safety
self-priming (pump, venturi, turbine); electric
biomechanical
interaction
between RPD and the human body;
b) the interaction between RPD and
the human senses: vision, hearing,
lifting magnets (battery-fed and main-fed);
permanent lifting magnets; electro-permanent
lifting magnets; lifting beams/spreader beams;
C-hooks; lifting forks; and clampscontact.
1627.
smell, taste and skin
1624.
Uganda
US
ISO
17249:2013,
Safety
footwear with resistance to chain saw
US ISO 17049:2013, Accessible
cutting
design — Application of braille on
This Uganda Standard specifies requirements
signage, equipment and appliances
This Uganda Standard specifies the fundamental
for safety footwear with resistance to chain saw
requirements for braille used on signage,
cutting.
equipment
and
appliances,
including
the
1628.
US ISO 17680:2015, Tourism
dimensional parameters of braille and the
and related
characteristics of materials used, and the
Thalassotherapy
--
--
Service
requirements
guidelines for practical implementation.
This
1625.
services
US ISO 17069:2014, Accessible
Uganda
Standard
establishes
the
requirements for the provision of services in
design — Consideration and assistive
thalassotherapy
products for accessible meeting
environment's beneficial effects with curative or
This Uganda Standard specifies considerations
to be taken, as well as support and assistive
centres
a) Good quality services responding to
customer's
physical meeting in which older persons and
needs,
Teleconferences
and
web
conferences
b) The
are
important methods that can be used to include
marine
preventive purposes, aiming at ensuring
products that can be used when organizing a
persons with disabilities can actively participate.
using
implicit
respectful
and
use
explicit
of
the
thalassotherapy concept,
c)
Very
specifically,
older persons and persons with disabilities in
implementation
of
meetings.
safety principles, and
hygiene
the
and
257 | P a g e
d) The comfort to the customers.
1629.
integrity, and temporarily or permanently in
US ISO 17782:2018, Petroleum,
petrochemical
and
natural
fairgrounds and amusement parks or any other
gas
locations. Fixed grandstands, construction site
industries — Scheme for conformity
installations, scaffolding, removable agricultural
assessment of manufacturers of special
structures and simple coin operated children's
materials
amusement devices intended for up to 3
This Uganda Standard establishes a procedure
children are not covered by this document.
for verifying that the manufacturer of special
1631.
US ISO 17842-2:2015, Safety of
materials for the petroleum, petrochemical and
amusement
natural gas industries has sufficient competence
devices — Part 2:
and experience of the relevant material grades of
use
metal,
and
the
facilities
Operation and
and
This Uganda Standard specifies the minimum
equipment, to manufacture these materials in
requirements necessary to ensure the safe
the required shapes and sizes with acceptable
maintenance, operation, inspection and testing
properties according to the applicable standard,
of
material specification and/or material data sheet
permanently installed machinery and structures,
specified by the purchaser.
e.g. roundabouts, swings, boats, ferris wheels,
1630.
necessary
rides and amusement
US ISO 17842-1:2015, Safety of
amusement
devices
rides
—
and
Part
1:
amusement
Design
and
manufacture
the
manufacture,
or
permanently
installed
machinery
and
structures, e.g. roundabouts, swings, boats,
ferris
wheels,
roller
coasters,
chutes,
grandstands, membrane or textile structures,
booths, stages, side shows, and structures for
artistic
aerial
displays.
The
above
1632.
“devices”, are intended to be installed both
repeatedly without degradation or loss of
US ISO 17842-3:2015, Safety of
amusement
rides
and
amusement
devices — Part 3: Requirements for
inspection during design, manufacture,
operation and use
This Uganda Standard defines requirements for
the necessary inspections, in accordance with US
ISO/IEC 17020, of amusement devices designed,
manufactured, operated and used according to
US ISO 17842-1 and US ISO 17842-2.
1633.
items,
hereafter called amusement devices or simply
or
and structures for artistic aerial displays.
and
installation of the following: mobile, temporary
temporary
or textile structures, booths, stages, side shows,
requirements necessary to ensure the safe
calculation,
mobile,
roller coasters, chutes, grandstands, membrane
This Uganda Standard specifies the minimum
design,
following:
US ISO 17916:2016, Safety of
thermal cutting
This
Uganda
machines
Standardspecifies
the
safety
requirements and measures for machinery
covering
design,
construction,
production,
258 | P a g e
transport, installation, operation, maintenance,
This Uganda Standard specifies terms and
and putting out of service. This standard applies
definitions that are related to the assessment of
to machinery using thermal cutting and or
workplace exposure to chemical and biological
marking processes such as oxy-fuel, plasma arc.
agents. These are either general terms or are
This standard applies to machinery the basis of
specific to physical and chemical processes of air
which is either designed as open gantry,
sampling, the analytical method, or method
cantilever machine, or the track of which is
performance. The terms included are those that
incorporated in the cutting table.
have been identified as being fundamental
1634.
US
ISO
17929:2014,
Biomechanical effects on amusement
ride passengers
because their definition is necessary to avoid
ambiguity and ensure consistency of use.
1636.
US
ISO
18639-1:2018,
PPE
This Uganda Standard has been drawn up with
ensembles for firefighters undertaking
the
specific rescue activities — Part 1:
objective
of
ensuring
the
safety
of
amusement ride passengers, based on the
General
international experience of manufacture and
This Uganda Standard specifies requirements of
operation of such structures throughout the
personal protective equipment (PPE) specifically
world
its
designed to protect firefighters from injury
It enables the identification of
and/or loss of life while engaged in specific
gained
publication.
over
decades
prior
to
of
rescue activities. This standard provides the
biomechanical effects, including information on
principles that govern the development of
recommended acceleration limits, rate of their
incident type and/or hazard specific minimum
onset and their duration, to ensure acceptable
test methods including design and performance
degrees of biomechanical risks at the stage of
requirements for personal protective equipment
amusement ride design, as well as to take such
(PPE) worn by firefighters and other rescue
risks into account during development of
workers to reduce injury and/or the loss of life
operational procedures and information on use
while engaged in rescue activities.
potential
hazards
and
classification
limitations for amusement ride guests. It does
not cover devices used in the circus, theatre or
sports, or other devices intended for use only by
specially trained people. Nevertheless, it can be
used in the design of any similar structural or
passenger-carrying device even if it does not
explicitly mention the device
1635.
air –
US ISO 18158:2016, Workplace
Terminology
1637.
US
ISO
18639-3:2018,
PPE
ensembles for firefighters undertaking
specific rescue activities — Part 3:
Clothing
This Uganda Standard specifies test methods
and minimum performance requirements for
protective
clothing
for
firefighters
while
engaged in rescue activities. This standard does
259 | P a g e
not cover protection for the head, hands and feet
1640.
US ISO 18758-2:2018, Mining
e.g.
and earth-moving machinery — Rock
chemical, biological, radiation and electrical
drill rigs and rock reinforcement rigs
hazards, except for limited, accidental exposure
— Part 2: Safety requirements
or
protection
against
other
hazards,
to some chemicals and contaminated blood or
This
Uganda
Standardspecifies
the
safety
other body fluids.
requirements for rock drill rigs and rock
reinforcement rigs designed for the following
1638.
US
ISO
18639-5:2018,
PPE
ensembles for firefighters undertaking
specific rescue activities — Part 5:
Helmet
This Uganda Standard provides the principles
that govern the development of incident type
and/or hazard specific test methods and
minimum
performance
requirements
for
underground or surface operations: blast hole
drilling;
rock
reinforcement;
drilling
for
secondary breaking; dimensional stone drilling;
mineral prospecting, e.g. utilizing core drilling
or reverse circulation; water and methane
drainage drilling; and raise boring
1641.
US
ISO
18788:2015,
helmets for firefighters while engaged in specific
Management system for
private
rescue activities. Helmets related to specific
security operations — Requirements
with guidance for use
rescue activities, such as road traffic crash (RTC)
and urban search and rescue (USAR), are
This Uganda Standard provides a framework for
documented in individual subclauses of this
establishing,
document.
monitoring,
reviewing,
improving
1639.
US
ISO
18639-6:2018,
PPE
ensembles for firefighters undertaking
specific rescue activities — Part 6:
Footwear
This Uganda Standard provides the principles
that govern the development of incident type
and/or hazard specific test methods and
minimum performance requirements for safety
footwear for firefighters while engaged in
specific rescue activities. Footwear related to
specific rescue activities, e.g. Road Traffic Crash,
(RTC) and Urban Search and Rescue, (USAR) is
documented in individual subclauses of this
implementing,
the
operating,
maintaining
management
of
and
security
operations. It provides the principles and
requirements
for
a
security
operations
management system (SOMS). This standard
provides a business and risk management
framework for organizations conducting or
contracting security operations and related
activities and functions while demonstrating:
a) conduct of professional security
operations to meet the requirements
of clients and other stakeholders;
b) accountability to law and respect for
human rights;
document.
260 | P a g e
c)
consistency
with
voluntary
commitments to which it subscribes.
d) This standard is applicable to any
US ISO 19008:2016, Standard
cost coding
system for oil and gas
production and
processing
facilities
organization that needs to:
e) establish, implement, maintain and
f)
1643.
This
Uganda
Standard
describes
the
improve an SOMS;
standard cost coding system (SCCS) that
assess its conformity with its stated
classifies costs and quantities related to
security
exploration, development, operation and
operations
management
removal of oil and gas production and
policy;
to
processing facilities and to the petroleum,
consistently provide services that
petrochemical and natural gas industry.
meet
Upstream, midstream, downstream and
g) demonstrate
client
its
needs
ability
and
are
in
conformance with applicable laws
petrochemical
and human rights requirements.
included.
(This standard cancels and replaces US
1644.
business
categories
are
US ISO 19026:2015, Accessible
796:2009, Code of conduct and ethics for the
design — Shape and colour of a
private security sector, which has been
flushing button and a call button and
technically revised).
their
1642.
US ISO 18893:2014, Mobile
elevating work platforms — Safety
principles,
inspection,
maintenance
arrangement
with
a
paper
dispenser installed on the wall in
public restroom
This Uganda Standard specifies shapes and
colours of a flushing button and a call button of
and operation
This Uganda Standard applies to all mobile
lavatory which are installed on the wall and
elevating work platforms (MEWPs) that are
their arrangement with a paper dispenser. This
intended to position persons, tools and
standard is only applicable in case of installing a
materials and which, as a minimum,
consists of a work platform with controls,
an extending structure and a chassis. The
technical
safety
requirements
of
this
flushing button and/or a call button on the wall
of seat-type
(general
lavatory
toilet
in public restrooms
compartments
and
toilet
compartments with various functions) used by
an unspecified large number of people, except
International Standard apply except where
restrooms with a big paper holder where it is
national or local regulations are more
difficult to place a flushing button and a call
stringent.
button above the holder, and Type A toilet with
lateral transfer from both sides of ISO 21542.
261 | P a g e
1645.
This
US ISO 19027:2016, Design
This Uganda Standard specifies the sound
principles for communication support
characteristics of auditory guiding signals for
board using pictorial symbols
persons with seeing impairment and blindness
Uganda
configurations
boards,
which
Standard
for
are
specifies
communication
necessary
to
basic
to
provide
the
location
and
direction
support
information of particular public facilities. The
facilitate
public facilities include facilities such as railway
communication. A variety of communication
stations,
support boards can be designed for specific
government
communication
centres, parks, schools, hospitals, theatres, large
purposes.
This
standard
specifies basic elements common to different
types of formats/media, such as simple boards,
airports,
ports,
offices,
bus
terminals,
libraries,
community
supermarkets, and its toilets, stairs, etc.
1648.
US ISO 19224:2017, Continuous
book style or digital media. This standard does
surface
not regulate any specific design or any specific
requirements
—
Safety
deals
with
safety
This
boards. As for design principles of pictorial
requirements for continuous surface miners
symbols, this standard introduces examples of
(CSM). It specifies common requirements for the
design principles applicable when designing
design and construction of CSM to protect
and developing pictorial symbols.
workers from accidents and health hazards that
design
US ISO 19028:2016, Accessible
—
Information
Standard
(CSM)
pictorial symbols for communication support
1646.
Uganda
miners
can occur during operation, loading, transport
contents,
and maintenance. This document deals with
figuration and display methods of
known significant hazards, hazardous situations
tactile guide maps
or hazardous events relevant to CSM, when they
This Uganda Standard specifies information
are used as intended and under conditions of
contents, figuration and display methods of
misuse which are reasonably foreseeable by the
tactile
location
manufacturer. This document also specifies the
information of buildings, including those for the
appropriate technical measures to eliminate or
general public, public transport and parks, and
reduce risks arising from the significant hazards
also the surroundings in the close vicinity,
as identified in Annex A.
guide
maps
providing
including access routes to them in order to
enable persons with seeing impairment and
blindness to move safely and smoothly in those
facilities.
1647.
US ISO 19029:2016, Accessible
design auditory guiding signals in
1649.
US
Underground
ISO
mining
19225:2017,
machines
—
Mobile extracting machines at the face
— Safety requirements for shearer
loaders and plough systems
public facilities
262 | P a g e
This
safety
specifies the appropriate technical measures for
requirements to minimize the hazards listed in
eliminating or sufficiently reducing risks arising
Clause 4 that can occur during the assembly,
from
use, maintenance, repair, decommissioning,
hazardous
disassembly and disposal of shearer loaders and
operation and maintenance. This document does
plough systems when used as intended and
not address: the additional risks for machines
under
are
operating in potentially explosive atmospheres;
reasonably foreseeable by the manufacturer, in
and air quality and engine emissions. This
underground mining. This standard does not
document
cover any hazards resulting from explosive
constrained to operate by rails; and continuous
atmospheres.
explosive
miners, roadheaders, drill rigs, conveyors, long
atmospheres can be found in ISO/IEC 80079‑38.
wall production equipment, tunnel boring
This standard is not applicable to machines that
machines (TBM), and mobile crushers.
are
Uganda
Standard
conditions
of
specifies
misuse
Requirements
manufactured
before
which
for
the
date
of
its
publication
hazards,
hazardous
events
is
1651.
not
during
applicable
situations
or
commissioning,
to:
machines
US ISO 19434:2017, Mining —
Classification of mine accidents
1650.
US ISO 19296:2018, Mining —
Mobile
machines
working
This
Uganda
Standard
establishes
a
classification of mine accidents by their origin or
underground — Machine safety
causes, by the type of accident, and by their
This Uganda Standard specifies the safety
results or consequences. The latter includes only
requirements for self-propelled mobile machines
the accidents resulting into consequences on
used in underground mining, as defined in 3.1.
people, not equipment or machinery. Different
This document deals with hazards, hazardous
categories of causes, types and consequences of
situations and hazardous events (see Annex B)
mine accidents are briefly defined, and a 3-digit
relevant to these machines when they are used
code is assigned to each category. These can be
as intended or under conditions of misuse
combined to ultimately allocate a unique 15-
reasonably foreseeable by the manufacturer. For
digit code to each type of mine accident. This
utility/service/support
this
code can then be used in statistical analysis.
document only includes provisions to address
Similarly, an allocated code clearly shows to
the
which categories of causes, type of accident and
risks
associated
machines,
with
the
mobility
(movement of the whole machine from one
resulting
location to another). Risks for the additional
belongs to. This document is applicable to all
functions
surface and underground mines.
(e.g.
scaling,
concrete
spraying,
consequences
the
mine
accident
bolting, charging, drilling, attachments) are not
covered in this document. This document
1652.
US ISO 20074:2019, Petroleum
and natural gas industry — Pipeline
263 | P a g e
transportation systems — Geological
consumer. This standard does not apply to
hazard risk management for onshore
goods that are remanufactured, rebuilt or
pipeline
refurbished.
This Uganda Standard specifies requirements
1655.
and gives recommendations on the management
proposed/under
construction). This document applies to onshore
gathering and transmission pipelines used in the
petroleum and natural gas industries.
1653.
play equipment
—
requirements and test methods
This Uganda Standard describes the minimum
operational,
Safety
requirements and test methods
performance
and
safety
requirements and test methods for computer
vision
US ISO 20187:2016, Inflatable
Public
accidents in swimming pools — Safety
document is applicable to all operators and
and
20380:2017,
systems for the detection of drowning
construction and operational periods. This
(existing
ISO
swimming pools — Computer vision
of geohazard risks during the pipeline design,
pipelines
US
systems
used
to
detect
drowning
accidents. This standard does not apply to the
systems used in domestic swimming pools and
pool basins with a surface area of less than 150
This Uganda Standardis applicable to inflatable
m2.
play equipment intended for use by children up
to 14 years of age individually and as a group
activity.
This
standard
specifies
1656.
tourism
safety
sliding.
1654.
US
ISO
20245:2017,
Cross-
border trade of second-hand goods
This Uganda Standard establishes minimum
screening criteria for second-hand goods that
are traded, sold, offered for sale, donated or
exchanged between countries. This standard is
intended to help protect health, safety and the
environment in which second-hand goods
interact,
when
used
by
consumers.
This
—
Good
practices
for
sustainability — Requirements and
requirements for inflatable play equipment for
which the primary activities are bouncing and
US ISO 20611:2018, Adventure
recommendations
This Uganda Standard provides requirements
and recommendations for adventure tourism
activity
providers
sustainability
economic
on
good
(environmental,
aspects)
for
practices
for
social
and
adventure
tourism
activities. This document can be used by all
types and sizes of adventure tourism activity
providers, operating in different geographic,
cultural and social environments.
1657.
US ISO 20712-1:2008, Water
standard is applicable to second-hand goods
safety signs and
that are shipped across at least one international
flags — Part 1: Specifications for
beach
safety
border, and where the intended end user is a
264 | P a g e
water safety signs used in
workplaces and
public areas
activities. It focuses on production assurance of
oil
and
gas
production,
processing
and
This Uganda Standard prescribes water
associated activities and covers the analysis of
safety signs intended for use in connection
reliability and maintenance of the components.
with the aquatic environment. It is intended
This includes a variety of business categories
for use by owners and operators of aquatic
and associated systems/equipment in the oil
environments and by manufacturers of
and gas value chain. Production assurance
signs and equipment.
addresses not only hydrocarbon production, but
1658.
also associated activities such as drilling,
US ISO 20712-2:2007, Water
safety signs and
beach
safety
pipeline installation and subsea intervention.
flags — Part 2: Specifications for
(This Uganda Standard cancels and replaces the first
beach safety flags — Colour,
shape, meaning
and
Uganda
US
petrochemical
performance
This
edition,
ISO
and
20815:2008,
natural
gas
Petroleum,
industries
—
Production assurance and reliability management,
Standard
specifies
which has been technically revised).
requirements for the shape and colour of
beach safety flags for the management of
activities on coastal and inland beaches, to
be used for giving information on wind and
water conditions and
other
hazardous
conditions, and to indicate the location of
swimming and other aquatic activity zones
US ISO 20815:2018, Petroleum,
petrochemical
and
natural
US
ISO
20957-1:2013,
Stationary training equipment — Part
1: General safety requirements and test
methods
This Uganda Standard specifies general safety
requirements and test methods for stationary
training equipment. This standard also covers
extending from the beach into the water.
1659.
1660.
gas
environmental aspects.
It also specifies a
classification system. This standard is applicable
industries — Production assurance and
to all stationary training equipment. This
reliability management (2nd Edition)
includes equipment for use in training areas of
This Uganda Standard describes the concept of
organizations
such
as
sport
associations,
production assurance within the systems and
educational establishments, hotels, sport halls,
operations associated with exploration drilling,
clubs, rehabilitation centres and studios where
exploitation,
transport
of
access and control is specifically regulated by
natural
gas
the owner, equipment for domestic use and
resources. This document covers upstream
other types of equipment including motor
(including subsea), midstream and downstream
driven equipment.
petroleum,
facilities,
processing
petrochemical
petrochemical
and
and
and
associated
265 | P a g e
1661.
US
ISO
20957-2:2005,
This
Uganda
Standard
specifies
safety
Stationary training equipment — Part
requirements for treadmills in addition to the
2:
equipment,
general safety requirements of US ISO 20957-1
additional specific safety requirements
and should be read in conjunction with it. This
and test methods
standard is applicable to power driven and
Strength
training
This Uganda Standard specifies additional
manually
safety
training
treadmills (type 6) (hereafter referred to as
equipment in addition to the general safety
treadmills) with the classes S and H and classes
requirements of US ISO 20957-1. This standard
A, B and C regarding accuracy.
requirements
for
strength
driven
training
equipment
type
is applicable to stationary training equipment
1664.
type strength training equipment with stack
and related services — Sustainability
weight resistance or other means of resistance
management
like weight discs, elastic cords, hydraulic,
accommodation
pneumatic and magnetic systems and springs
This
US
ISO
system
for
establishments
—
Requirements
(type 2) with the classes S and H.
1662.
US ISO 21401:2018, Tourism
This Uganda Standard specifies environmental,
20957-4:2016,
social and economic requirements to implement
Stationary training equipment — Part
a
4:
benches,
accommodation establishments in the tourism
additional specific safety requirements
sector. This document applies to the aspects that
and test methods
can be controlled by the accommodation
Strength
Uganda
training
Standard
specifies
sustainability
management
system
in
safety
establishments and over which they can exert
requirements for stationary strength training
influence. This document is applicable to any
benches and free-standing barbell racks in
accommodation establishment, regardless of its
addition to the general safety requirements of
type, size or location, that wishes to:
US ISO 20957‑1. It is intended to be read in
conjunction with US ISO 20957‑1. This standard
implement, maintain and improve sustainable
is applicable to stationary training equipment
practices in their operations;
type benches (type 4) (hereinafter referred to as
benches) with the classes S, H and I according to
US ISO 20957‑1.
1663.
US
ISO
20957-6:2005,
Stationary training equipment — Part
6: Treadmills, additional specific safety
ensure
conformance
with
its
defined
sustainability policy.
1665.
US ISO 21426:2018, Tourism
and related services — Medical spas —
Service requirements
requirements and test methods
266 | P a g e

This Uganda Standard specifies requirements
for the provision of quality services at medical
spas which use natural healing waters (except
sea water) and other natural resources. This
document
does
not
cover
decisions
that
correspond to the medical profession. This
document does not apply to thalassotherapy
centres or wellness spa centres
1666.
be affected by fire in the load-carrying
unit (LCU), earthquake, weather, or
flood;
d) be
foreseeably
misused
(e.g.
overloaded) but not vandalized.
This standard does not cover all needs of
users with disabilities, or risks arising from
US ISO 22159:2007, Personal
— Descending devices
This Uganda Standard specifies requirements,
test methods, marking and information to be
supplied by the manufacturer for descending
devices.
c)

equipment for protection against falls
It
also
specifies
some
basic
requirements for the descent lines to be used
with the descending devices.
1667.
US ISO 22559-1:2014, Safety
requirements for lifts (elevators) —
Part
1:
Global
essential
safety
requirements (GESRs)
This Uganda Standard specifies GESRs for lifts
(elevators), their components and functions, and
travel distance and number of
landings;



1668.
work on lifts under construction,
testing, or during alterations and
dismantling,
use of lifts for fire fighting and
emergency evacuation,
vandalism, and
fire outside the LCU.
US ISO 22568-1:2019, Foot and
leg protectors — Requirements and test
methods for footwear components —
Part 1: Metallic toecaps
This Uganda Standard specifies requirements
and test methods for metallic toecaps, intended
to function as components of PPE footwear (e.g.
as described by STATUS: COMPULSORYThis
standard was adopted on 2020-06-16
STATUS: COMPULSORY
PRICE: 30,000
establishes a system and provides methods for
minimizing safety risks that may arise in the
1669.
US ISO 22568-2:2019, Foot and
course of, the operation and use of, or work on,
leg protectors — Requirements and test
lifts (elevators). This standard is applicable to
methods for footwear component —
lifts that are intended to carry persons or
persons and goods that can
Part 2: Non-metallic toecaps
This Uganda Standard specifies requirements
and test methods for non-metallic toecaps,
a) be located in any permanent and fixed
structure or building, except lifts located
in means of transport, (e.g. ships);
b) have any

intended to function as components of PPE
footwear (e.g. as described by US ISO 20345:
2011 and US ISO 20346: 2014).
rated load, size of load carrying
unit and speed, and
267 | P a g e
1670.
US ISO 22568-3:2019, Foot and
graphical symbol elements and how to indicate
leg protectors — Requirements and test
negation. It also specifies templates to be used in
methods for footwear components —
the design of public information symbols. It is
Part 3: Metallic perforation resistant
for
inserts
commissioning and the creation and design of
use
by
all
those
involved
in
the
This Uganda Standard specifies requirements
public information symbols. This standard is not
and test methods for the metallic perforation
applicable to safety signs, including fire safety
resistant
signs, or to traffic signs for use on the public
inserts
with
resistance
against
mechanical perforation, intended to function as
components of PPE footwear (e.g. as described
highway.
1673.
US ISO 22846-1:2003, Personal
by US ISO 20345:2011, US ISO 20346:2014 and
equipment for protection against falls
US ISO 20347:2012).
— Rope access systems —
1671.
methods for footwear components —
Part
4:
Non-metallic
perforation
resistant inserts
This Uganda Standard specifies requirements
and test methods for the non-metallic inserts
with resistance against mechanical perforation,
intended to function as components of PPE
footwear
Fundamental principles for a
US ISO 22568-4:2019, Foot and
leg protectors — Requirements and test
(e.g.
as
described
by
US
ISO
1:
system
of work
This Uganda Standard gives the fundamental
principles for the use of rope access methods for
work at height. It is intended for use by
employers,
employees
and
self-employed
persons who use rope-access methods, by that
commissioning rope-access work and by ropeaccess associations.
1674.
US ISO 22846-2:2012, Personal
equipment for protection against falls
20345:2011, US ISO 20346:2014 and US ISO
— Rope access systems — Part 2: Code
20347:2012).
1672.
Part
of practice
US ISO 22727:2007, Graphical
symbols —
Creation and design of
public information
symbols —
Requirements
This
Uganda
Standard
provides
recommendations and guidance on the use of
rope access methods for work at height and
expands on the fundamental principles given in
This Uganda Standard specifies requirements
ISO 22846-1, in conjunction with which it is
for the creation and design of public information
intended to be used. It is intended for use by
symbols. It specifies requirements for the design
employers,
of public information symbols for submission
persons who use rope access methods, by those
for registration as approved public information
commissioning rope access works and by rope
symbols, including line width, the use of
access associations. This part of US ISO 22846 is
employees
and
self-employed
268 | P a g e
applicable to the use of rope access methods in
This Uganda Standard specifies requirements
any situation where ropes are used as the
and provides guidance for the selection, design,
primary means of access, egress or support and
specification, operation and maintenance of
as the primary means of protection against a fall,
flares and related combustion and mechanical
on both man-made and natural features.
components used in pressure-relieving and
1675.
US
ISO
23601:2009,
Safety
Escape
and
identification —
evacuation plan signs
This
Uganda
Standard
vapour-depressurizing systems for petroleum,
petrochemical
and
natural
gas
industries.
Although this standard is primarily intended for
establishes
design
new flares and related equipment, it is also
principles for displayed escape plans that
possible to use it to evaluate existing flare
contain information relevant to fire safety,
facilities.
escape, evacuation and rescue of the facility's
1678.
US ISO 25649-1:2017, Floating
occupants. These plans may also be used by
leisure articles for use on and in the
intervention forces in case of emergency. These
water
plans are intended to be displayed as signs in
materials, general requirements and
public areas and workplaces. This standard is
test methods
Part
Classification,
This
external safety services nor detailed professional
requirements and test methods related to
technical drawings for use by specialists.
materials, safety, performance for classified
US ISO 24505:2016, Ergonomics
— Accessible
design — Method for
creating colour combinations
Standard
1:
not intended to cover the plans to be used by
1676.
Uganda
—
specifies
safety
floating leisure articles for use on and in water
in accordance with Clause 4 (see Table 1). US
taking
ISO 25649-1:2017 is only applicable with US ISO
in
25649-2 and the relevant specific parts (US ISO
account of age-related changes
human colour vision
25649-3 to US ISO 25649-7).
This Uganda Standardprovides a method for
creating conspicuous colour combinations for
use in visual signs and displays taking into
account viewer age. It is based on the perceived
similarity of colours at photopic and mesopic
US ISO 25457:2008, Petroleum,
petrochemical and
US ISO 25649-2:2017, Floating
leisure articles for use on and in the
water — Part 2: Consumer information
This Uganda
Standard
specifies consumer
information for classified floating leisure articles
lighting conditions.
1677.
1679.
natural
industries — Flare details for
gas
general
refinery and petrochemical service
for use on and in water according to US ISO
25649-1. US ISO 25649-2:2017 is applicable with
US ISO 25649-1 and the relevant specific parts
(US ISO 25649-3 to US ISO 25649-7).
269 | P a g e
1680.
US ISO 25649-3:2017, Floating
water — Part 5: Additional specific
leisure articles for use on and in the
safety requirements and test methods
water — Part 3: Additional specific
for Class C devices
safety requirements and test methods
This Uganda Standard is applicable for CLASS
for Class A devices
C classified floating leisure articles for use on
This Uganda Standard is applicable for CLASS
and in water according to US ISO 25649-1
A classified floating leisure articles for use on
regardless of whether the buoyancy is achieved
and in water according to US ISO 25649-1
by inflation or inherent buoyant material. US
regardless whether the buoyancy is achieved by
ISO 25649-5:2017 is to be applied with US ISO
inflation or inherent buoyant material. US ISO
25649-1 and US ISO 25649-2.
25649-3:2017 is to be applied with US ISO
1683.
25649-1 and US ISO 25649-2.
US ISO 25649-6:2017, Floating
leisure articles for use on and in the
1681.
This
US ISO 25649-4:2017, Floating
water — Part 6: Additional specific
leisure articles for use on and in the
safety requirements and test methods
water — Part 4: Additional specific
for Class D devices
safety requirements and test methods
This Uganda Standard is applicable for Class D
for Class B devices
floating leisure articles for use on and in water
Uganda
Standard
specifies
safety
according to US ISO 25649-1 regardless whether
requirements and test methods related to
the buoyancy is achieved by inflation or
materials, safety, performance and consumer
inherent buoyant material. US ISO 25649-6:2017
information for classified floating leisure articles
is to be applied with US ISO 25649-1 and US ISO
for use on and in the water according to US ISO
25649-2.
25649-1. US ISO 25649-4:2017 is to be applied
with US ISO 25649-1 and US ISO 25649-2. US
ISO 25649-4:2017 is applicable for Class B
floating leisure articles for use on and in the
water according to US ISO 25649-1 regardless
whether the buoyancy is achieved by inflation
or inherent buoyant material. Class B devices
provide a buoyant structure with one or more
body openings into which the user is positioned
partly immersed.
1684.
US ISO 25649-7:2017, Floating
leisure articles for use on and in the
water — Part 7: Additional specific
safety requirements and test methods
for Class E devices
This Uganda Standard is applicable for Class E
floating leisure articles for use on and in water
according to US ISO 25649-1 regardless whether
the buoyancy is achieved by inflation or
inherent buoyant material. US ISO 25649-7:2017
US ISO 25649-5:2017, Floating
is applicable with US ISO 25649-1 and US ISO
leisure articles for use on and in the
25649-2. Class E devices are intended for use in
1682.
270 | P a g e
bathing areas or in protected and safe shore
1687.
US ISO 30061:2007, Emergency
lighting
zones.
This Uganda Standard specifies the luminous
1685.
US ISO 25980:2014, Health and
safety in welding and allied processes
— Transparent welding curtains, strips
and screens for arc welding processes
This
Uganda
Standard
specifies
safety
requirements for transparent welding curtains,
strips, and screens to be used for shielding of
requirements for emergency lighting systems
installed in premises or locations where such
systems are required. It is principally applicable
to locations where the public or workers have
access.
1688.
US
ISO
45001:2018,
work places from their surroundings where arc
Occupational
welding processes are used. They are designed
management systems — Requirements
to protect people who are not involved in the
with guidance for use
welding
process
from
hazardous
radiant
health
and
safety
This Uganda Standard specifies requirements
for an occupational health and safety (OH&S)
emissions from welding arcs and spatter.
management system, and gives guidance for its
1686.
US ISO 27065:2011, Protective
clothing —
Performance
requirements
for
protective
clothing worn by operators
applying liquid
pesticides
This Uganda Standard establishes minimum
performance, classification, and labelling
requirements for protective clothing worn
by operators applying liquid pesticide
products
diluted
in
water.
Protective
clothing covered by this standard includes,
but is not limited to, shirts, jackets, trousers,
coveralls, and spray-tight or liquid-tight
garments.
The
standard
protection
provided
by
addresses
protective
accessories, with the exception of those used
for the protection of the head, hands, and
feet. It does not address protection against
biocides,
fumigants
or
highly
use, to enable organizations to provide safe and
healthy workplaces by preventing work-related
injury and ill health, as well as by proactively
improving
its
OH&S
performance.
This
standard is applicable to any organization that
wishes to establish, implement and maintain an
OH&S
management
occupational
health
system
and
to
improve
safety,
eliminate
hazards and minimize OH&S risks (including
system deficiencies), take advantage of OH&S
opportunities, and address OH&S management
system. (This standard cancels and replaces US
534:2008,
Occupational
health
and
safety
management systems — Specification and US
536:2014
management
Occupational
systems
—
health
and
Guidelines
safety
for
the
implementation of US 534, which have been
withdrawn).
volatile
liquids.
271 | P a g e
.
272 | P a g e
INDEX
Absorbent incontinence aids, 253
Accuracy, 114
Adhesives, 217
aflatoxin, 19
Aftershave, 225
agglomerated stone, 137
aggregates, 119
Agricultural irrigation, 184
air- conditioners, 85
Alcoholic beverages
Ready to Drink, 49
alcoholometers, 116
Alcoholometers, 116
alloys, 174
aluminium, 134, 172
Aluminium, 62, 64, 119, 128, 134
aluminium alloy, 62, 63, 100, 230, 245, 252,
257
Aluminium alloy drill pipe, 252, 259
Aluminium alloy pipe, 245
Aluminium and aluminium alloys, 122,
141
Aluminium-magnesium-silicon alloy wire,
74, 75
Amaranth flour, 46
Amaranth grain, 46
amplifiers, 72
amusement rides and amusement devices,
287
Anchorages, 128
anchorages for child restraint systems, 180,
181
Anchorages in vehicles, 180, 181
ankle socks, 221
Antibacterial bathing bars, 212
Antibacterial toilet soap, 204, 205
antiperspirants, 225
Apple, 47
Arc welding electrode cables, 79
Aryl diamine, 202
Aryl di-amine, 209
Athletic wear, 221
aubergines, 27
audio, 131, 208
audiovisual, 208
Automatic rail weighbridges, 116
automotive, 122, 191, 192, 214, 215
avocado, 3
Avocado oil, 208
axes, 128
baby diapers, 216
Baby napkins, 191
Baby oils, 224
bags, 20, 196, 205
Baking powder, 29
bamboo shoots, 21
banana, 48
Banana (matooke) flour, 47
Barley grains, 27
Base paper, 210, 211
Base paper for carbon paper, 210
Bath preparations, 208
bathing bars, 212
Bathing bars, 212
batteries, 131, 190
Batteries, 60
Battery charge, 111
battery chargers, 84
beach operators
BEACH OPERATIONS, 275
beach safety flags, 294, 295
beans, 2, 14, 20, 29, 34
Bed blankets, 213
Bed sheets, 200
beds, 176, 233
beef, 10
beer, 7
Beer, 7
Beeswax, 53
Beeswax for cosmetic industry, 226
Bermuda onions, 48
beverages, 134
Bicycle tyres and rims, 158
bicycles, 151, 161, 162, 163, 171
Biofertilizer, 49
Biopesticide, 49
Biscuits, 36
Black tea, 3
Blazer fabrics, 222
Blazers, 220
Blend of skimmed milk and vegetable fat
in powdered form, 22
273 | P a g e
Blended edible oils, 42
Blended fertilizer, 55
Blow-moulded, 180
board, 187, 201, 204, 260
Body oils, 225
boiling pans, 86
Bond paper, 207
boots, 228
Bovine (beef), 46
boxes, 60, 95, 211
Boxes, 60, 94, 95
Brandy, 16
bread wrap, 211
Breakfast cereals, 47, See
Briefs, 221
brilliantines, 199
Brussels sprouts, 14
Building limes, 119
Bus body design and construction, 146
butane, 217
Butter, 3
cabbages, 50
cables, 62, 63, 64, 65, 75, 76, 77, 78, 79, 99,
100, 101, 102, 103, 104, 158
Cakes, 54
candles, 204
canned applesauce, 2
canned mangoes, 17
canned pineapple, 5
canned raspberries, 7
canned salmon, 1
carambola, 19
caraway, 57
Carbaryl dusting powders, 200
Carbon dioxide, 20
Carbon paper, 210
Carbon square, 132
Carbon Steel, 121
carbon steel sheet, 154
carbon steel sheets, 119
Carbon steel tubes, 132
Carbonated and non-carbonated, 6
cardamom, 58
cardigans, 221
care, 83
carpets, 244
carrots, 16, 42
cassava, 31, 35, 36
Cassava crisps, 31
cassava flour, 31, 35
Cassava flour, 31
cattle feeds, 10
Caustic soda, 225
CBMS, 125
Celery, 58
cellulosic, 193
cellulosic blended fabric, 193
cement, 118, 123, 125, 146
Cement, 118
Centrifugal pumps, 247
Ceramic cookware, 58
ceramic cookware intended for use in
contact with food, 58
ceramic knives, 174
Ceramic tiles, 179, 180
cereal-based foods, 9, 10
cereals, 191
chayotes, 20
cheese, 24
Chemical depilatories, 198
chestnuts, 17
Chia seed, 50
Chicken, 56
Chickpeas, 32
children, 9, 10, 192
children’s shoes, 219
Children's cots, 163
Chilli sauce, 42, 43
Chillies, 41
Chocolate, 49
chocolate products, 49
chronotachographs, 116
Cider and perry, 56
Cigarettes, 197
Circuit breakers, 97
civil engineering, 127, 132
Claims on food, 37
clay bricks, 119
Clay roofing tiles and ridges, 133
cleaning, 80, 88, 89, 192, 197
clocks, 83
Closed shoes, 218, 219
Cloves, 45
cocoa, 11, 14, 16
cocoa butter, 11
cocoa powders, 14
274 | P a g e
coconut, 18
Coconut oil, 189
Code of hygienic practice for precooked
and cooked foods in mass catering, 4
Code of practice, 201
Codes for resin identification on plastic
containers, 205
coffee, 14, 20, 44, 173, 174
Coir mats, 244
cold rolled sheet, 121
Cold rolled steel sections, 119
Cologne, 198
colorants, 200
composite flour, 53
Compound microbial fertilizer, 55
concrete, 118, 119, 120, 123, 126, 146, 214
Concrete poles, 127
condoms, 259
conductors, 60, 62, 63, 64, 75, 77, 100, 101,
102, 103, 104
Conductors of insulated cables, 77
construction, 213, 236
consumer safety, 217
contaminants, 206
contaminants and toxins in food and feed,
30
Continuous surface miners, 292
cooking, 81, 82, 84, 85, 119, 207
cooking appliances, 81, 84
cooking ranges, 81, 84
Copper, 198
Copper and copper alloys, 142
Copper rod, bar and wire, 142
cord clamps, 226
Cork floor tiles, 149
corn oil, 26
corned beef, 11
corrugated, 60, 128
Corrugated fibre board boxes, 211
cosmetic, 198, 199, 200, 201
Cosmetic pencils, 209
cosmetic products, 198
cosmetics, 198, 199
Cosmetics, 200, 201
Cottage cheese, 23
Cotton bed sheets, 194, 195
Cotton khanga, 193
cotton seed oil, 18
Cotton T-shirts, 220
cotton wool, 203
Cotton yarns, 236
Cowpeas, 32
crab meat, 11
Cranes, 275, 280, 286
cream, 6, 9
Cream cheese, 23
cream powder, 6
creams, 198, 199, 206
Creole onions, 48
Crepe bandages, 195
Cross-border, 294
Crude and semi refined palm oil, 41
Curry powder, 13
Cutlery and table holloware, 172, 173, 174
Cycles, 151, 161, 162, 171, 174
Dairy based beverages, 51
Dairy cattle feed premix, 52
dairy fat spreads, 22
dairy permeate, 27
Dairy whitener, 50
dates, 16
Decorative high gloss, 203
deep fat fryers, 82, 85
deep fat fryers, frying pans and similar
appliances, 82
deepwell, 125
dehumidifiers, 85
Denatured Ethanol, 220
dental floss, 260
Dentistry, 254, 260
Deodorants, 225
detergent powders, 190
Detonators, 226
Dextrose monohydrate, 38
Diaphragm, 114
diesel, 215
Digital records conversion and migration
process, 180
dishwashing machines, 88
Disinfectants/sanitizers, 222
Disposable baby diapers, 216
Divers’ watches, 68
Dog feeds, 38
doors, 91, 92, 120, 121, 122
Downhole equipment, 254
Dresses, 221
275 | P a g e
Dried and salted-dried fish, 39
Dried fish maws, 53
dried fruits, 41
Dried fruits, 41
Dried silver cyprinid, 39
Dried sweetpotato chips, 35
Drilling and production equipment, 237,
246, 247, 252, 255, 260
drink, 10
Dry beans, 5
Dry roasted silver cyprinid (Mukene), 53
Dry soybeans, 33
Duplicating paper, 202
edible casein, 25
Edible collagen sausage casings, 53
edible fats and oils, 18
Edible fats and oils, 26
Edible insects
Ensenene, Enswa, 56
Edible oils and fats, 18
Edison screw lamp, 77
Egg powder, 52
eggs and egg products, 2
electric bains-marie, 87
electric fence energizers, 90
electric hot cupboards, 87
electric irons, 80
electrical installations, 101, 102
electrical accessories, 94, 95, 102
electrical appliances, 65, 66, 80, 81, 82, 83,
84, 85, 86, 87, 88, 89, 90, 91, 92, 101
electrical conductors, 63
electrical installations, 94, 95, 100, 102, 103,
104
Code of Practice, 60, 64, 65, 93, 94
Electricity metering, 106, 107, 109
Electrode taper, 137
Electromagnetic, 100
Electromechanical meters, 106
electronics, 63, 131
Emergency lighting, 302
enclosure of electrical accessories, 60
Engine oil, 195, 196
envelopes, 196
Environmental protection, 261
epoxy, 218
Ergonomics, 266, 268, 299
Ergonomics of human-system interaction,
268
ethylene-vinyl acetate, 79
evaporated milks, 24
expanded metal, 134
Expanded polystyrene cap vaults and
coffers, 147
Expanded polystyrene flagstones and
semi-cylinders, 147
extinguishers, 163, 177, 178
Eye and face protection, 273, 282
Eye and face protection for occupational
use, 282
fabric, 216
Fabrics, 214, 222
Face pack, 226
faced boards, 133, 134
fans, 90, 91
fasteners, 121
fats and oils, 34
Fats spreads and blended spreads
Margerine, 2
feed, 6
feeding infants, 9
feeds, 6, 10, 12, 47
Female condoms, 259
fences, 90
Fermented (non-alcoholic) cereal
beverages, 40
fertilizer, 43, 44, 45
Fertilizers, 43, 44
files, 201, 203
fillers
Filla, 224
fin fish, 39
finfish, 4, 15
fire, 122, 153, 163, 177, 178
Fire detection, 164, 165, 166, 167, 168, 169,
170
Fired heaters, 278
Fire-fighting hoses, 183
fish, 47
Fish, 47
fish fillets, 40
fish fingers, 40
fish maws, 53
Fish protein concentrate, 43
fish sauce, 25
276 | P a g e
Fish sausages, 40
fish sticks, 40
Fishing gill nets, 218
Fishmeal, 13
fittings, 146
Fixed storage tanks, 115
flavourings, 7
Floating leisure articles for use on and in
the water, 300, 301
floor coverings, 149, 186, 213
Floor polish, 196, 197
flotation devices, 274
flour, 1, 5, 34, 36, 37, 56
fluorescent, 60, 64, 66, 67, 73, 75, 92, 96, 97,
102, 103
Fluorescent lamps, 64
foam baths, 208
foil for food packaging, 141
foldaway beds, 176
folders, 201
folding cots, 163
follow-up formula, 17
food, 13, 46, 55, 56, 136, 172, 173, 174
food additives, 5, 24
Food grade aspartame, 54
Food grade nitrogen, 55
Food grade saccharin, 54
Food seasoning mixtures
Mixed spices, 56
foods, 27, 44, 46
Foot and leg protectors, 297, 298
footwear, 186, 194, 201
Footwear, 186, 218, 219, 289
forks, 121, 172, 173, 174
formula foods, 18
Fortified food grade salt, 4
Fortified sugar, 34
Fortified wine, 15
Fresh carrot, 42
fresh cassava, 36
fresh fruits, 29
Fresh grapes, 51
Fresh headed cabbage, 50
Fresh jack fruit, 50
Fresh lemon, 51
Fresh mushroom, 50
Fresh onions, 43, 48
Fresh orange, 50
Fresh papaya, 50
Fresh sweet banana, 42
Fresh sweetpotato, 35
Fresh tangerine, 50
Fresh tomato, 10
Fresh water melon, 50
Fried fish, 43
Frozen octopus, 40
frozen raspberries, 9
Frozen tuna loins, 40
fruit, 10, 46
Fruit, 10, 46
Fruit chips and crisps, 41
Fruit drinks, 10
fruit salad, 13
fruits, 15
Fruits juices, 46
Fuel tank, 122
fungi, 4
Furniture, 132, 145, 146
Gaming equipment, 261
gari, 17
garlic, 57
Gas, 122, 135, 148, 149, 155, 156, 170, 175,
176, 178, 181, 182
Gas cylinders, 189, 228, 230, 234, 235, 241,
243, 244, 248
Gas Cylinders, 122
gas meters, 114
gas turbine fuel, 233
gas turbine fuels, 228
Gas welding, 148, 149, 155, 156, 170, 175,
176, 178, 183
gas welding,, 156, 175, 176
Gasohol, 215
gasoline, 213, 215
gelatin, 56
gels, 198, 199, 206
General requirements, 249, 275, 276
generating sets
Generators, 68, 69
Geological hazard risk management for
onshore pipeline, 293
Geometry sets
Mathematical sets, 117
Ghee, 45
Gin, 16, 17
ginger, 45
277 | P a g e
Ginger, 45
ginseng, 26
Glass, 179
Glass hollowware in contact with food, 58
Glass in building, 178, 179
Glass packaging, 179
Global essential safety requirements
(GESRs), 297
gloves, 212
glucose powder, 38
glucose syrup, 27
Glycerine, 224
Goats and sheep feeds, 38
gold-plated cutlery, 173
gonja, 48
grains, 5, 27, 33, 34
grapes, 8, 51
Graphical symbols, 298
Greases, 245
Green coffee beans, 54
Green grams, 27
green onions, 48
Green surgical fabric, 225
griddle grills, 85
grillers and toasters, 87
groundnut, 56
Groundnut (peanut) oil, 189
groundnut oil, 25
Groundnut seed, 39
groundnuts, 7
Groundnuts, 7
Groundnuts for oil extraction, 41
guavas, 20
gum, 28
hair, 81, 83, 198, 199, 217
hair clippers, 81
hair dyes
Liquid, 202
Hair dyes, 202, 209
Hair extensions, 217
Hair oils, 208
Hair shampoo, 209
Hairspray, 223
hand pump, 125
handles, 121
handpumps, 125
hatchets, 128
Health and safety in welding and allied
processes, 301
health and safety management systems,
302
health claims, 38
heat exchangers, 247, 254
heat pumps, 85
heaters, 84, 90
heating appliances, 89
heating liquids, 82
heating units, 60
helmets, 132, 266
Henna powder, 198
Herbal tea, 47
herbs, 42
High density polyethylene, 127
hobs, 81, 84, 85
Hoes, 122
holders
lamp Holders, 71, 77, 78, 92, 99
Honey, 2
Horology, 64, 67, 70
Hospital cotton bedsheets, 220
hot rolled sheet, 121
Hot-dip aluminium-zinc coated plain and
corrugated steel sheets, 126
hot-dip zinc, 129
Hot-rolled, 119, 131
Hot-rolled steel sheet of high yield stress
structural quality, 126
Household, 80, 81, 82, 83, 84, 85, 86, 87, 88,
89, 90, 91, 92, 200, 203
hurricane lanterns, 120
hydrated lime, 119
Hydrated Lime, 123
Hydraulic, 125
Hydraulic fluid, 226, 227
hydraulic fluid power, 227
Hydraulic fluid power, 185
Hydraulic jacks, 177
hygiene, 3, 202
Hygiene requirements, 17, 59
hypodermic needles, 226, 229, 230
Hypodermic needles, 229
hypodermic syringes, 226, 231
ice, 9
ice-cream appliances, 83
ice-makers, 83
278 | P a g e
Illuminating candles, 204
Immersion suits, 280
Implants for surgery, 229
Incineration plant, 128
Industrial furnaces, 275, 276, 277
Industrial methylated spirit, 224
Infant formula, 1
infants, 9, 10
Inflatable play equipment, 293
Information and documentation, 180
Information technology, 98
Information Technology, 98
infrared, 83
inner tubes, 144
Inorganic foliar fertilizer, 51
insect killers, 88
insecticidal aerosols, 200
insecticide, 200
Insecticide, 197
inspection, 109, 111, 131, 178
Instant cereal composite flour, 53
Instruments for surgery, 230
Insulated flasks, 205
insulation, 62, 64, 72
Insulation taps, 170
internal combustion engine driven
alternating current, 68, 69
Intravascular catheters, 242
iodophors, 223
ironers, 86
irradiated foods, 14
jackfruit, 50
jam, 3
jellies, 3
Jerseys, 221
joints, 100, 118
juice, 10, 55
Junction boxes, 60
Kerosene, 207
kitchen machines, 82, 88
Kitenge, 194
Knitted cotton fabric, 194
Knitted polyester, 193
Knitted polyester fabric, 193
Knitted vests, 226
Kombucha drink, 55
labeling, 17, 29, 32, 65, 66, 67, 130, 132
labelling, 28, 201
Labelling, 4, 115, 199, 201
ladies’ shoes, 219
laminated, 122, 153, 216, 256
Laminated glass, 178
Laminated safety glass, 178
Lamp caps, 71
lamps, 64, 66, 67, 71, 72, 73, 75, 77, 92, 96, 97,
102, 103
Laundry soap, 189
lead acid, 190
leaf springs, 122
lemons, 51
length, 67, 120, 131
Lentils, 33
Library furniture, 145
lifts (elevators), 297
Light metals, 124
lighters, 236
Lighters, 236
Lighting of work places, 267
lightning, 110, 111
lime, 123
limes, 19, 123
limestone, 123
Lip balm, 225
Lip shine (gloss), 225
Lipid food, 37
Liqueur, 48
liquid detergent, 197, 201
Liquid glucose, 27
litchi, 19
lithium batteries, 74
Live animals’ grades, 56
loader cranes, 280
lobster tails, 43
lobsters, 12
locks and latches, 120
Long Lasting Insecticidal Nets (LLIN), 202
lotions, 198, 199, 206
Lubricants, 59, 232, 245
lubricating oils for turbines, 232
luncheon meat, 11
macadamia nuts, 52
Machetes, 120
Machine safety
mining, 292
machinery, 277
Magnesium sulphate fertilizer, 51
279 | P a g e
maize, 5, 34
Maize, 21
Maize bran, 21
Maize gluten feed, 21
Maize grains, 1
Maize seed, 38
Male condoms, 254
Malted cereal beverages, 40
management systems, 302
mango, 6, 26
mango chutney, 6
marine fuels, 233, 234
marjoram, 58
marmalade, 3
masala, 45
masks, 191
Masonry, 125
massage appliances, 84
Material measures of length, 114
Materials in contact with food
Food Packaging, 51
matooke, 48
Matt emulsion paint, 209
Matt solvent-borne paint, 209
mayonnaise, 6
measuring systems, 113
meat, 46, 54, 55
mechanical jacks, 175
medical device labels, 251
Medical face masks, 249
Medical laboratories, 280
men’s shoes, 218, 219
Metallic crown caps, 147
Metallic perforation resistant inserts, 298
Metallic toecaps, 297
Meter rules, 202
Metering equipment, 106
methylated spirit, 224
Methylated spirit, 224
microwave ovens, 83, 91
Military combat helmets, 147
milk, 3, 6, 9, 10, 11, 22, 49, 54, 55
Milk, 6
Milk powders, 6
Milk-based baby foods, 10
milking machines, 89
milks, 22
Milled maize, 5
Milled rice, 15
millet, 24
Millet flour, 11
millet grains, 24
mineral food, 36
mineral waters, 2
Mining, 293
Mining — Mobile machines working
underground, 292
Mining and earth-moving machinery, 290
mining machines, 292
Mobile elevating work platforms, 290
moisture meters, 115, 116
Moisture meters, 115
Molasses, 38
mosquito, 197
mosquito nets, 202
motor compressors, 84, 86
motor vehicles, 113, 128, 129, 132
Motorcycle rubber wheel inner tubes, 143
motor-operated, 89
Moulded plastics footwear
Gum Boots, 229
mukene, 36
Mukene, 36
mushrooms, 43, 50
Mustard seed, 48
Nail polish, 199
National cheque, 190
Natural aggregates for concrete, 185
natural gas, 227, 236, 237, 238, 239, 240, 241,
244, 245, 246, 247, 248, 249, 250, 251, 252,
254, 255, 257, 259, 260, 278, 279, 280, 281,
299
nectars, 46
Neutral spirit, 16
Non-metallic perforation resistant inserts
Footwear, 298
Non-metallic toecaps, 297
Non-woven bags, 147
noodles, 22
nopal, 19
Nutmeg, 58
Nutrition labelling, 37
oats, 19
odometers, 116
offals, 55
oil, 192, 227
280 | P a g e
Olive oil, 30
olive oils, 3
onion, 57
onions, 48
Onshore oil and gas production
operations, 261
Opaque beer, 7
Open shoes, 219
oral rinses.
Mouth Wash, 254
oranges, 50
Organic, 28
Organic fertilizer, 49
Organic-inorganic compound fertilizer, 55
Ostrich feed, 21
outdoor barbecues, 90
ovens, 81, 83, 85, 86
overhead line, 62
Ovine (lamb) meat cuts and carcasses, 56
Oxygen, 217
Packaged drinking water, 17
Packaged mineral waters, 2
Packaging, 134
packaging materials, 51
paint remover, 215
paints, 203, 204, 209, 210
palm kernel oil, 18
palm oil, 25
palm olein, 29
Palm olein, 36
palm stearin, 29
Palm stearin, 36
papain, 5
papayas, 18, 50
paper, 193, 202, 207
Paper, 136, 203
Paper and board, 136, 203, 211
Paper bags, 210
Paper plates and cups, 136
Paper sacks, 211
Paper serviettes, 211
paprika, 58
Particleboards, 133
Passenger cars, 124, 175
Passion fruits, 12
pasta, 22
Pasteurized liquid eggs, 56
Pastry, 49
paving blocks
Pavers, 119
Peanut butter, 7
peas, 5, 32, 33
PE-HD, 127
Pepper, 46
Peppercorns, 59
peppermint, 57
Performance, 71, 163, 177
Performance specifications
Electronic Apparatus, 75
Electronic Apparatus, 67, 73
Electronic Apparatus, 96
Personal equipment for protection against
falls, 274, 299
Personal fall-arrest systems, 269, 270
Personal protective, 186
Personal protective equipment, 186, 257,
279, 281
PPE, 257
petrochemical, 239, 240, 241, 247, 248, 278,
299
petroleum, 143, 148, 170, 182, 183, 199, 215,
227, 228, 233, 234, 238, 239, 240, 241, 245,
246, 247, 248, 252, 254, 280, 281, 299
Petroleum, 212, 213, 217, 228, 233, 234, 236,
237, 238, 239, 240, 241, 244, 245, 246, 247,
248, 249, 250, 251, 252, 254, 255, 257, 259,
260, 278, 279, 280, 281, 299
Petroleum and natural gas industries, 236,
237, 238, 239, 244, 245, 246, 247, 248, 249,
250, 251, 252, 253, 254, 255, 256, 257, 258,
259, 260, 278, 279, 280, 281
Petroleum products, 228
Petroleum products — Fuels (class F), 228,
233, 234
Petroleum, petrochemical and natural gas
industries, 239, 240, 241, 247, 248, 254,
278, 299
Photocopy paper, 211
photovoltaic, 60, 127
Photovoltaic devices, 96, 97
photovoltaic reference devices, 96
pickled cucumbers, 15
pickled fruits, 22
pig feeds, 6
Pigeon peas, 32, 33
pillow cases, 200
281 | P a g e
Pillows, 218
pipe systems, 136
Pipe threads, 118
pipes, 122, 123, 125, 127, 132, 134, 135, 236
Pipework, 183
pistachio nuts, 15
Plant protein-based yoghurt (vegetable
curd), 52
Plantain, 48
plastic, 197, 203, 205
Plastic basins, 204
Plastic cling wrap film for food contact
use, 142
Plastic closures, 147
Plastic films, 144
plastic monobloc chairs, 203
Plastics, 150, 157, 180, 205
plastics footwear, 228
plastics hoses, 137
Plastics hoses, 150, 157
Plastics piping systems for water supply,
and for drainage and sewerage under
pressure — Polyethylene (PE), 152, 153
Plugs, 95, 96
Plywood, 245
Pneumatic tyres, 124
Polish paste, 203
polishes, 196, 197, 199, 203, 220
Polishes, 196
Polyester and viscose fabrics, 222
Polyester type
Mattresses, 193
Polyether type
Mattresses, 192
Polyethylene film and sheeting, 144
polyethylene water storage tank, 141
Polypropylene (PP), 134, 135
polypropylene containers, 180
polypropylene sacks, 186
polyster, 193
polyurethane foam
Mattresses, 192
polyurethane foams
Mattresses, 192, 193
Polyvinyl chloride insulated cables
PVC Cables, 75, 76, 77
pomace oils, 3
Pomades, 199
pools, 88
Potable spirit, 14
Potable water, 1
potato, 31, 32
Potato crisps, 31
poultry, 11, 45, 55
Poultry feed premix, 52
poultry feeds, 11, 12
powder, 6, 13, 43
powders, 6, 27
Power, 94
Power cables, 93
power converters, 110
PPE ensembles for firefighters, 289
PPE for firefighters, 272, 273
prawns, 4, 40
Pre-cooked dehydrated pulse products, 53
Pre-insulated flexible pipe, 136
prepackaged, 28, 29
prepackages, 115
pressure, 157
prickly pear, 19
Primary batteries, 73, 74
Principles and requirements, 268
propane, 217
protection against falls, 281
Protective clothing, 301, 302
Protective clothing for firefighter, 272
protective equipment, 289
Protective gloves, 261
public information symbols, 298
Pulse flour
Bean Flour, 51
pummelos, 20
pump systems, 250
pumps, 85, 86, 87, 125
Pumps, 231, 250
puree, 46
PVC, 60, 62, 63, 64, 122, 123, 146
PVC-U, 122, 123, 135, 136
quality management, 254
quantities, 109, 113, 115
Quantity of product, 115
Quick release system for trapeze harness
Small Crafts, 271
quicklime, 119
Quicklime, 123
Rabbit feeds, 38
282 | P a g e
Radar equipment, 116
radio data system, 109
raisins, 8
range hoods, 84
Raw and roasted groundnuts, 41
Raw cow milk, 9
razor blades, 205
razors, 205
Ready to Drink alcoholic beverages, 49
Reconstituted foams
Mattresses, 192
reflective, 128, 129, 132
reflective triangles, 125
Refractory bricks, 155, 157
refrigerating, 66, 91
refrigerating appliances, 66, 83, 91
relaxers, 198
Resilient floor coverings, 149, 186, 213
Resistance welding, 131, 156, 158, 175, 185
Retreaded pneumatic tyres, 146
retroreflective devices, 162
rice, 34
Rice flour, 53
rims, 149, 158
Rims, 149, 151, 158
risk assessment, 110, 283
risk of asphyxiation, 271
Road and rail tankers, 115
Road marking paints, 214
Road vehicles, 128, 129, 143, 146, 180, 181,
228
Rock drill rigs, 290
rock reinforcement rigs, 290
roofing, 120, 128, 130
roofing paint, 210
roofing tiles, 120
Rotary drill stem elements, 237
Rotary drilling equipment, 237
Rotating electrical machines, 67, Generators,
Generators
Rubber, 137, 143, 147, 148, 149, 150, 151,
153, 154, 157, 159, 163, 170, 171, 176, 177,
181, 182, 183, 193, 254
Rubber and plastics, 137, 153, 154
Rubber footwear, 193
rubber gloves, 259
Rubber hoses, 137, 143, 147, 148, 149, 150,
151, 153, 157, 159, 163, 176, 177, 227
Rubber insulated cables, 78, 79
rulers, 202
Rum, 17
Safety footwear, 257
Safety of batteries, 74
safety of children’s cots, 163
Safety of machinery, 61, 279
Safety requirements, 72, 122
Safety requirements for lifts (elevators),
297
safety signs, 125, 267, 275, 294, 298
salt, 4
salve, 225
Sanitary towels, 189, 190
sanitation systems, 187
sanitizers, 206, 218, 223
sardines, 12
sauna heating appliances, 87
Sausages, 31
Sawn softwood timber, 133
scaffolding, 132, 142
Scholastic stationery, 207
School chalks, 189
School clothing, 220, 221
School wear fabrics, 222, 223
Scouring powders, 197
Seat belt assemblies, 128
security, 90, 122
service stations, 215
sesame, 56
Sesame (simsim) oil, 189
sesame oil, 18
Sesame paste, 54
sewing machines, 83
shampoo, 205, 206
shavers, 81
Shaving cream, 208
Shea butter, 51, 225
Shirting and blouse fabrics, 222
Shirts, 221
Shock-tube detonator, 226
shovels, 121
shower gels, 208
shrimps, 4, 40
Sickles, 144
Silk (sheen) emulsion paint, 209
silver cyprinid, 36
silver table and decorative holloware, 174
283 | P a g e
single-use catheters, 242
Single-use containers for human venous
blood specimen collection, 229
Skin care, 206
skin exposure, 83
skin or hair care, 83
Skin powders, 201, 202
skirts, 221
slacks, 221
Small craft, 271
Smoked fish, 41
smoke-dried fish, 41
smoke-flavoured fish, 41
snacks, 49
soap, 189
socket, 95, 96, 102, 120
Sodium bicarbonate, 29
Sodium hypochlorite, 197, 214
soft drinks, 6
soil blocks, 134
solar, 66
Solar, 66
Sorghum, 33
Sorghum seed, 39
Soya, 29
soya bean, 37
soya bean oil, 25
Soya beverage, 49
Soya milk, 37
soya protein, 37
Soya protein, 37
Soybean seed, 39
Spades, 121
Sparkling wine, 15, 16
Spark-plugs, 128, 129
Speedometers, 116
sphygmomanometers, 113
Spices, 45
spirit, 191
spot welding, 137, 156, 171, 172, 175
Spot welding, 158
Spring mattresses, 218
Stabilized materials, 127
Stabilized power supplies, 94
Stainless, 133
Stainless steel milk cans, 144
starch, 31
stays, 121
Steel, 120, 122, 170, 229
steel bars, 154
Steel for the reinforcement of concrete, 229
steel nails, 135
steel pipes, 120
steel sections, 131
steel sheets, 118, 127, 128, 129
steel sheets and coils, 127, 129
steel tanks, 133, 213
Steel tubes for non-pressure purposes, 142
steel wire, 120, 121
Steel wire, 120, 121, 170
steel wires, 96
Sterile, 226
Sterile hypodermic needles, 230
Sterile hypodermic syringes, 231
sterile rubber gloves, 236
Steviol glycosides, 55
stockings, 221
stone fruits, 21
stone-slabs, 136
strawberries, 6
structural quality, 130
Structural steels, 129
structural timber, 133
sugar, 1, 2, 28, 32, 35, 196
Sugar cane jaggery
JAGGERY, 38
sugarcane, 55
sugars, 1, 32
Sulfuric acid, 190
Sunflower, 29
sunflower oil, 25
Sunflower seed, 39
supplements, 36, 37, 71
Surface polish, 220
surgical blades, 226
surgical dressings, 203
surgical gloves, 236
surgical gowns, 217, 226
surgical implants, 229, 249
Surgical sutures, 220
suture needles, 220
sweet banana, 42
Sweetpotato crisps, 35
Sweetpotato flour, 35
sweets, 27
swimming, 88
284 | P a g e
swimming pools, 294
Switches, 93, 94, 97, 100, 101
switchgear, 61, 97, 98
symbols, 60, 107
syringes, 114, 231, 243
table grapes, 22
table olives, 8
tangerines, 51
tankers, 213
Taximeters, 113
tea, 3, 45, 46, 47, 172, 173, 174
Tea, 45
telecommunication lines, 110
telecommunications, 61, 62
Telecommunications, 61
Tempered soda lime silicate safety glass,
178
Test methods, 280
Textile floor coverings, 244
Textiles, 199, 214, 215, 216, 236
Thermal, 62, 66
thermal cutting machines, 288
thermoplastic road marking paint, 214, 215
Thermoplastics hoses, 159, 186
Thin-film terrestrial photovoltaic, 104
timber, 123, 124, 133, 198
Timber, 123
tobacco, 197, 208
Toffee, 27
Toilet paper, 190
Toilet soap, 192
tomato, 8, 10
Tomato concentrates (paste and puree), 8
Tomato juice, 8
Tomato products, 8
Tomato sauce and ketchup, 8
tomatoes, 26, 42
Toothbrushes, 202
toothpaste, 192
Tourism, 275, 277, 278, 287, 296
toys, 232, 233
Tracksuits, 221
training equipment, 295, 296
transformers, 97
Transparent welding curtains, strips and
screens for arc welding processes, 301
treatment, 197
tricycles, 132
Trousers and shorts, 221
tuna and bonito, 9
Tuna canned in oil, 43
tuna loins, 40
Tungsten filament lamps, 71
tunics, 221
Turmeric, 45
TV aerials, 61
tyre, 113
tyres, 113, 124, 125, 149, 158
UHT milk, 3
ultrasound gel, 226
ultraviolet, 83
Umbrella fabrics, 194
Umbrella fabrics, 194
Uninterruptible power systems, 105
units, 29, 89, 91, 94, 97, 98, 106, 124
Unplasticized, 122, 123
unplasticized polyvinyl chloride, 135, 136
Unsweetened condensed milk, 54
UPS, 105, 106
Urine collection bags, 234
Use of nutrition, 37, 38
used textile products, 199
MITUMBA, 199
UV filters, 201
vacuum cleaners, 80, 89
Vanilla, 57
varnishes, 214
Varnishes, 214
vegetable, 55
Vegetable, 55
Vegetable and nut spread, 54
vegetable protein products, 18
vegetables, 29, 42
video, 72, 131
Vinegar, 17
volume meters, 114
Wall fillers, 224
warming plates and similar appliances, 82
Warp-knitted fabrics, 223
washing machines, 80, 81
Waste management, 220
Watch batteries, 73, 74
water, 80, 84, 85, 87, 88, 90, 113, 119, 120,
122, 123, 125, 135, 190, 198, 214, 280, 296
water emulsion, 217
water heaters, 82
285 | P a g e
Water safety signs, 294
watermelons, 50
waving, 198
wax beans, 14, 15
Waxed paper, 134, 211
weighing, 113, 114, 115, 116
weights of classes, 113
Welded fabrics, 229
welding, 99, 130, 131, 132, 148, 149, 155, 156,
158, 170, 171, 172, 175, 176, 178, 181, 182,
183
Welding arc, 99
Well integrity, 254
wet scrubbing machines, 81
wheat, 1, 17, 28, 29, 31, 34
Wheat, 1, 28
wheat flour, 28, 29, 31
Wheat flour, 1
Wheat grains, 6
Wheelbarrows, 120
whey powders, 24, 25
Whipping cream, 54
Whisky, 16
window, 121, 122, 214
windows, 88, 91, 92, 121, 122
wine, 15, 173, 174
wire, 62, 63, 107, 120
wire products, 120, 170
wires, 62, 63, 64, 75, 90, 107, 114, 166, 229
wires and wire, 121
wood, 197, 198, 204
Wood, 187
Wood moisture meters, 116
Wood-based panels, 187, 260
Workplace air, 288
Woven bags, 191
Wrapping paper, 211
Writing and marking instruments, 271
Writing paper, 193
Yoghurt, 4
Zinc, 128, 130
Zinc oxide surgical adhesive plaster, 227
Zinc-coated steel wires, 96
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