Project Details:
CLIENT
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1) PLOT# 3731366 AL BARSHA FIRST,
DUBAI, U.A.E
AWROSTAMANI
CONSULTANT
KLING CONSULT GMBH
PROJECT NAME
MAIN CONTRACTOR AL GHURAIR CEW LLC
MEP CONTRACTOR
AL GHURAIR MEP LLC
TECHNICAL SUBMITTAL
FOR
GLANDS AND LUGS, DUCONNECT
INDEX
Sl. No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Description
COMPLIANCE STATEMENTS
VENDOR LIST
PROJECT SPECIFICATION
HIGHLIGHTED BOQ
HIGHLIGHTED LOCATION OF USAGE
TECHNICAL DETAILS
VALID TEST REPORTS
COUNTRY OF ORIGIN
COMPANY PROFILE
LOCAL AUTHORITY APPROVALS
TRADE LICENSE
PREVIOUS LIST OF PROJECTS
PREVIOUS APPROVED PROJECTS
DRAFT WARRANTY CERTIFICATE
COMPLIANCE STATEMENTS
COMPLIANCE STATEMENT
CABLE LUGS & GLAND
ELECTRIC WAY LLC / DUCONNECT
PROJECT
: AWR RESIDENTIAL VILLAS DEVELOPMENT (G+1) PLOT #3731366 AL BARSHA FIRST,DUBAI,UAE
CLIENT
: M/s. AW ROSTAMANI
CONSULTANT
: M/s. KLING CONSULTANT GMBH
MAIN CONTRACTOR : M/s. ALGHURAIR CEW LLC
MEP CONTRACTOR
: M/s. ALGHURAIR MEP LLC
Sl. No. SPECIFICATION SECTION
SPECIFICATION DESCRIPTION
1
2
SUPPLIER COMPLIANCE
CONTRACTOR COMPLIANCE
ELECTRICAL SECTION: 03
CABLES & WIRES
3
2.5
4
2.5.1
5
2.5.2
6
2.5.3
7
2.5.4
TERMINATION AND SPLICE CONNECTORS (LV POWER)
Connector terminations and splices shall be of class A to IEC 612381.
Connectors shall be compression, barrel crimped type.
Connectors for copper conductors shall be made of electrolytic
copper.
Connectors for aluminium conductors shall be made of aluminium
alloy of purity not less than 99.5%.
All termination and splice connectors specified above shall be tin
plated with minimum thickness of 5 microns for copper material
and 7 microns for aluminium material. Aluminium connectors shall
incorporate neutral grease to avoid aluminium oxidation.
Termination connectors for aluminium-copper termination shall
consist of barrel made of electrolytic copper and the other is
made of aluminium alloy of purity not less than 99.5% connected
using a friction stir welding.
Splice connectors for aluminium-copper termination shall consist
of two barrels, one is made of electrolytic copper and the other is
made of aluminium alloy of purity not less than 99.5% connected
using a friction stir welding.
8
2.5.5
9
2.5.6
10
2.5.7
11
2.5.8
Splice connectors shall have a central stop to divide the connector
into two equal parts to facilitate the correct cable positioning.
12
2.6
CABLE GLANDS
13
2.6.1
14
2.6.2
15
2.6.3
16
2.6.4
17
18
3
3.4
19
3.4.1
20
3.4.2
Cable glands shall comply with BS 6121-1, BS 6121-5 and BS EN
50262.
Cable glands used with unarmored cables shall be made of brass,
type A2 to BS 6121-5, with mechanical retention class B to BS EN
50262, impact resistance category 8 to BS EN 50262 and an
environmental seal to the cable outer sheath. Glands shall be
deluge protected, with IP66 degree of protection to IEC 60529.
Cable glands used with single steel wire armored cables (Internal
applications) shall be made of brass, type BW to BS 6121-5, with
mechanical retention class B to BS EN 50262, impact resistance
category 8 to BS EN 50262, electrical continuity via armor wire
termination category B to BS EN 50262, earth tag to BS EN 50262
and an environmental seal to the cable outer sheath. Glands shall
have IP66 degree of protection to IEC 60529.
Cable glands used with single steel wire armored cables (outdoor)
shall be made of brass, type CW/ CWZ to BS 6121-5, with
mechanical retention class B to BS EN 50262, impact resistance
category 8 to BS EN 50262, electrical continuity via armor wire
termination category B to BS EN 50262, earth tag to BS EN 50262
and an environmental seal to the cable inner and outer sheaths.
Glands shall be deluge protected, with IP66 degree of protection
to IEC 60529.
EXECUTION
JOINTING AND TERMINATIONS
All cable conductors shall be fitted with a correctly sized cable
socket or thimble and a means of identification. The cable sockets
may be of the sweated or crimped compression types. If for the
former the solder should have a melting point of not less than 185
deg. C and if for the latter, they must be the appropriate tools as
specified by the manufacturers of the joint connectors. The cable
terminations shall be made following the positive identification of
the conductors in accordance with the specified phase rotation
sequence.
Joints in cable are not allowed and shall not be carried out without
the written approval of the Engineer. Low tension cable joints shall
incorporate compression type ferrules with polyethylene tape
insulation housed in a plastic joint box and sealed with cold
pouring resin fitting.
Not Part of the Submittal
Not Part of the Submittal
Not Part of the Submittal
Not Part of the Submittal
Not Part of the Submittal
Not Part of the Submittal
Not Part of the Submittal
Not Part of the Submittal
Not Part of the Submittal
CMP Comply , please note BS EN 50262 is now a
discontinued standard and was replaced by BS EN 62444 in
2013.CMP complies to BS EN 62444
CMP Comply,please note BS EN 50262 is now a
discontinued standard and was replaced by BS EN 62444 in
2013. CMP complies to BS EN 62444.
CMP Comply .please not BS EN 50262 is now a discontinued
standard and was replaced by BS EN 62444 in 2013.CMP
complies to BS EN 62444.BW gland have an IP rating of IP2X
only , If you required IP 66 rating then the suitable cable
gland will be CW type.
CMP Comply , please note BS EN 50262 is now a
discontinued standard and was replaced by BS EN 62444 in
2013 . CMP complies to BS EN 62444.
contractor scope
contractor scope
Not Part of the Submittal
Not Part of the Submittal
Noted
Noted
REMARKS
VENDOR LIST
ELECTRICAL VENDOR LIST
AWR RESIDENTIAL VILLA DEVELOPMENT
AL BARSHA, DUBAI, UAE
LIST OF MEP SPECIFIED MANUFACTURERS
Sl No
Item Description
1
LV Switch Gear (MDB, MCC)
2
SMDB, DB, Control panels
3
SMDB, DB Enclosures
4
LV Switch Gear Assemblers
5
Cables / Building Wires
6
Fire Resistant Cables
7
Control Cables
8
Coaxial Cables
9
Cable Glands / Lugs
10
PVC Conduit & Accessories
Cable Management (GI Cables Tray/Cable Ladder/Cable
Trunk/Accessories
11
Approved Manufacturer
a) Eaton
b) ABB
c) Siemens
d) Schneider
e) Hagar
a) Eaton
b) ABB
c) Siemens
d) Schneider Electric
e) Hagar
a) Al Fanar
b) GMC
c) Elektra
d) Rexton
a) Arabian Gulf Switch Gear-Schneider
b) Powertech-ABB
c) REEPWELL Switch Gear-Legrand/Eaton
d) Voltage Industries-Siemens/Hagar
e) Dubai Euro Switch Gear - Schneider/Legrand
f) Binghalib-ABB
g) Al Fanar
a) Ducab
b) Presmian / Pirelli
c) Riyadh Cables
d) Saudi Cables
e) Elsweidi
f) Oman
g) National Cables
h) Bahra Cables
i) Al Fanar
j) Fedral Cables
a) Ducab
b) Presmian / Pirelli
c) Firetuff / Draka
d) Fireceil
e) Nexans
f) Bahra Cables
g) Dwatyler
h) Oman
i) JST
j) Ramcro
a) Beldon
b) Paige
c) Tekab
d) LS
e) Dwatyler
f) BT Cables
g) Ramcro
a) Beldon
b) Televis
c) Triax
d) LS
e) Astel
a) Duconnect
b) CMP
c) BICC
a) Decoduct
b) Comat
c) Lanric
d) Precision
a) Delta
b) Lanric
c) Legrand
d) PSI
e) Univolt
f) Unitech
g) Index
PROJECT SPECIFICATION
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1)
Plot 3731366 - Al Barsha First, Dubai, U.A.E
ELECTRICAL SECTION: 03
CABLES & WIRES
Electrical Specifications
03 – Cables and Wires
Page 1 of 11
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1)
Plot 3731366 - Al Barsha First, Dubai, U.A.E
Table of Contents
ELECTRICAL SECTION: 03................................................................................................................................................1
CABLES & WIRES.................................................................................................................................................................1
1.0
GENERAL............................................................................................................................................................3
1.1
REFERENCE ...........................................................................................................................................................3
1.2
DESCRIPTION OF WORK...................................................................................................................................3
1.3
QUALITY CONTROL/ASSURANCE .................................................................................................................4
1.4
CODES AND STANDARDS...................................................................................................................................4
1.5
SUBMITTALS..........................................................................................................................................................5
2.0
PRODUCTS .........................................................................................................................................................5
2.1
GENERAL ................................................................................................................................................................5
2.2
WIRES.......................................................................................................................................................................6
2.3
PVC/CU – MULTICORE FLEXIBLE CABLES ..............................................................................................6
2.4
CABLES – MUTLICORE ARMOURED CABLE ...........................................................................................6
2.5
TERMINATION AND SPLICE CONNECTORS (LV POWER) ..................................................................6
2.6
CABLE GLANDS....................................................................................................................................................7
3.0
EXECUTION.......................................................................................................................................................7
3.1
CABLE INSTALLATION ......................................................................................................................................7
3.2
CABLES INSTALLED UNDERGROUND..........................................................................................................9
3.3
CABLE AND CABLE TRENCH MARKING .....................................................................................................9
3.4
JOINTING AND TERMINATIONS...................................................................................................................10
3.6
TESTING & COMMISSIONING .......................................................................................................................10
3.7
TEMPORARY WIRING ......................................................................................................................................11
Electrical Specifications
03 – Cables and Wires
Page 2 of 11
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1)
Plot 3731366 - Al Barsha First, Dubai, U.A.E
1.0
GENERAL
1.1
REFERENCE
Conform to General Requirements for Electrical Services
1.2
DESCRIPTION OF WORK
1.0.1
Supply, Installation, testing, and commissioning of complete cables and wires system as
specified hereafter and as indicated in the related electrical system drawings.
1.0.2
Unless otherwise specified all wires and cables enclosed in conduits or the like, shall be
single core PVC insulated 450 / 750V grade and the installation shall be carried out on the
looping-in system with continuous mains throughout each circuit. All connections to fittings
and the like shall be of a solid nature with plug in ceiling rose with accessibility in all locations and
where non accessible shall be with porcelain connectors in secured box. Porcelain connectors
enclosing heavy brass sleeves shall be provided for heat resisting trails for enclosed fittings
and for the drops for pendant type fittings as appropriate.
1.0.3
All connections to flexible cords or cables shall be such that any strain on the cord or cable
is not transmitted to the connections.
1.0.4
All wires/cables connections to switches, socket, circuit breaker etc. shall be carried out
using suitable swivel lugs or cable ends.
1.0.5
Joints in the wiring cables will not be allowed in any part of the system
1.0.6
The number of cables run in conduits shall be in accordance with the BS EN IEC – wiring
regulation & DEWA Regulation.
1.0.7
All switch wires for lighting circuits shall be on the 'live' side.
1.0.8
When drawing the wires and cables into the conduits or trunking, the Contractor must see that
proper appliances are used so that the wires and cables suffer no damage whatever in the
process. All kinks must be rigidly avoided, and care must be taken to ensure that the
insulation, taping and braiding of the cables receive no damage or abrasion.
1.0.9
During the progress of work or at completion, the engineer may require certain wires and
cables to be drawn out in order to test that the conditions mentioned have been complied with.
They may require that certain fittings and/or accessories be dismantled for examination of
workmanship and quality.
1.0.10 This Section includes the following:
1.
Building wires and cables rated 1000 V and less.
2.
Terminations rated 1000 V and less.
3.
Sleeves and sleeve seals for cables.
1.0.11 Definitions
A. LV: Low Voltage: 0-1000V
B. XLPE: Cross linked Polyethylene
C. LSF: Low Smoke and Fume
1.3
QUALITY CONTROL/ASSURANCE
Design, manufacture, testing and method of installation of all apparatus and materials furnished
under requirements of these specifications shall conform to latest publications or standard rules of
Electrical Specifications
03 – Cables and Wires
Page 3 of 11
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1)
Plot 3731366 - Al Barsha First, Dubai, U.A.E
the following:
A.
Dubai Water and Electricity Authority (DEWA) regulations for electrical installation works
and Department of Civil Defense requirements.
B.
Regulations for the Electrical Equipment of Buildings (IEE), (BS) London.
C.
British Standards.
The Quality Control/Assurance/Assurance/Quality Assurance duties shall be performed by the
Contractor. The system of Quality Control/Assurance/Assurance verification shall be in accordance
with ISO 9001 standards of quality assurance.
All Cables shall be certified for appropriate BS test methods with independent authorized 3rd party
certification.
1.4
CODES AND STANDARDS
The following codes and standards to the extent specified herein, form a part of this specification.
When an edition date is not indicated for a Code or Standard the latest edition enforces at the time of
proposal submitted shall apply.
All cables supplied and installed shall be selected from the following types with stranded copper
conductors and shall comply with the appropriate British Standard referred to below as applicable.
1.
DEWA and UAE Fire Code Regulations
2.
EN 50525-1:2011, BS EN 50525-2-41:2011, BS EN 50525-2-42:2011 Electric cables.
3.
BS 6387 - Test method for resistance to fire for cables required to maintain circuit integrity
under fire conditions.
4.
BS EN 50525-1:2011, BS EN 50525-2-11:2011, BS EN 50525-2-12:2011, BS EN
50525-21:2011, BS EN 50525-2-71:2011 Electric cables.
5.
BS 6724: 2016 - Electric cables. Thermosetting insulated, armoured cables for voltages of
600/1000 V and 1900/3300 V, for fixed installations having low emission of smoke and
corrosive gases when affected by fire
6.
BS 7211 - Electric cables. Thermosetting insulated, and thermoplastic sheathed cables for
voltages up to and including 45/750V for electric power and lighting, and having low
emission of smoke and corrosive gases when affected by fire
7.
BS 7629-1 Electric cables. Specification for 300/500 V fire resistant screened cables having
low emission of smoke and corrosive gases when affected by fire. Multicore and multi pair
cables
8.
BS 7655 - Specification for insulating and sheathing materials for cables BS 8434-2+A2:
2009 - Methods of test for assessment of the fire integrity of electric cables. Test for
unprotected small cables for use in emergency circuits. BS EN 50200 with a 930° flame and
with water spray
9.
BS EN 10143 - Continuously hot-dip metal coated steel sheet and strip. Tolerances on
dimensions and shape.
10. BS EN 60702-1+A1: 2015 - Mineral insulated cables and their terminations with a rated
voltage not exceeding 750 V. Cables
11. BS EN 60702-2+A1: 2015 - Mineral insulated cables and their terminations with a rated
voltage not exceeding 750 V. Terminations.
12. BS EN 61034-1+A1: 2014 - Measurement of smoke density of cables burning under defined
conditions. Test apparatus
Electrical Specifications
03 – Cables and Wires
Page 4 of 11
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1)
Plot 3731366 - Al Barsha First, Dubai, U.A.E
13. NFPA 72 - National Fire Alarm and Signaling Code.
14. All LV cables, wires and accessories furnished under these Specifications shall conform to
the applicable standards of DEWA, IET, IEC, NEC and BS.
1.5
SUBMITTALS
The contractor shall submit the following drawings and documents related with each electrical
system for Engineer’s approval:
2.0
2.1
A.
Original catalogues for various proposed components.
B.
Schedule of Cable types and sizes
C.
Test Certificates.
PRODUCTS
GENERAL
In general, Type and size of cable as indicated in electrical drawings, SLD, electrical load schedules
and other design elements.
Cable specification and manufacture must be consistent throughout each wired system. All cable
utilized must be continuously run from source to termination, without any through jointing included.
2.1.1 Cable must be adequately stored and protected from damage pending installation and also during
installation until permanent protection is affected.
2.1.2 Cable reels must be supported on purpose formed support frames and under no circumstance shall
cable be drawn from reels laid on the ground. This shall be strictly enforced as the Engineer's
condemnation of any cable that is considered to have been abused will involve total replacement at
cost to the Contractor.
2.1.3 The cross sectional area of every cable shall be suitable for carrying the maximum sustained load
current under normal conditions and shall be selected in accordance with related Regulations. The
cross sectional area of the neutral conductor for 3-phase circuits shall be equal to the cross sectional
area of the phase conductors. The cables shall be selected such that the drop in voltage from the
origin of the installation to any point in the installation does not exceed 4% of the nominal voltage
when the conductors are carrying the full load current but disregarding starting conditions. Voltage
drop calculation shall be submitted for approval and the cross sectional area of the cable shall be
increased accordingly if required to meet the above mentioned requirement without any extra cost.
2.1.4 The cables connected in parallel shall be of the same type, cross sectional area, length and
disposition and be arranged so as to carry substantially equal load currents.
2.1.5
Where cables are to be connected to bus bars, breakers etc. The insulation and/or sheath shall be
removed for 150mm from the connection and replaced by suitable heat-resisting insulation.
2.1.6
The wire armour of single core cables in the same circuit shall be bounded together at both ends.
2.1.7
All cables supplied and installed shall be selected from the following types with stranded copper
conductors and shall comply with the appropriate British Standard referred to below as applicable.
2.1.8
Cabling shall be as indicated on the cable schedules of this specification and as indicated on the
drawings and as described in the particular specification. Where not indicated comply with the
following cable types which are detailed in the following articles:
2.1.8.1 WIRES:
Final Circuits (General lighting and Power) PVC
Electrical Specifications
: BS EN 60228
03 – Cables and Wires
Page 5 of 11
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1)
Plot 3731366 - Al Barsha First, Dubai, U.A.E
2.1.8.2FLEXIBLE WIRES:
Final Connections to luminaires from ceiling rose: Heat Resistant Multicore PVC /
WHITE Cable (105 deg)
BSEN- 50525-1:2011, BS EN 50525-2-11:2011, BS EN 50525-2-12:2011, BS EN
50525-2-21:2011, BSEN 50525-2-71:2011 Electric cables
2.1.8.3CABLES:
2.2
2.1.8.3.1
LV Distribution in all general areas:
XLPE/SWA/PVC – BS 5467: 2008.
2.1.8.3.2
External LV distribution LS areas:
XLPE/SWA/PVC – BS 5467: 2008
2.1.8.3.3
Mechanical services supplies from CP’s:
XLPE/PVC/SWA - BS 6724+A3
WIRES
2.2.1
PVC/XLPE- Single Insulated Single Core Cables
a.
PVC cables (non-armoured) for electric power and lighting.
b. The cable shall be of 600/1000 volts grade and manufactured to BS EN 60228.
2.3
PVC/CU – MULTICORE FLEXIBLE CABLES
a. All flexible cables used for pendant lighting fittings or for final connections to fixed or
portable equipment shall be of 300/500 volts’ grade.
b. Multi core Flexible cables shall be of annealed copper conductor insulated with heat resisting
PVC and of circular construction to EN 50525-1:2011, BS EN 50525-2-11:2011,
BS EN 50525-2-12:2011, BS EN 50525-2-21:2011, BS EN 50525-2-71:2011
a. Light Duty – final connection to apartment Indoor lighting
b. Heavy duty - 105 degrees C – final connection to, washing machines, dish washers,
cookers and water heaters etc.
2.4
CABLES – MUTLICORE ARMOURED CABLE
2.4.1
2.5
XLPE/SWA/PVC Multicore Cables
a.
Crosslinked polyethylene cables for 600/1000 V armoured electric cables having
thermosetting insulation.
b.
The cable shall be of 600/1000 volts grade and manufactured to BS 5467
TERMINATION AND SPLICE CONNECTORS (LV POWER)
2.5.1
Connector terminations and splices shall be of class A to IEC 61238-1.
2.5.2
Connectors shall be compression, barrel crimped type.
2.5.3
Connectors for copper conductors shall be made of electrolytic copper.
2.5.4
Connectors for aluminium conductors shall be made of aluminium alloy of purity not less
than 99.5%.
2.5.5
All termination and splice connectors specified above shall be tin plated with minimum
Electrical Specifications
03 – Cables and Wires
Page 6 of 11
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1)
Plot 3731366 - Al Barsha First, Dubai, U.A.E
thickness of 5 microns for copper material and 7 microns for aluminium material.
Aluminium connectors shall incorporate neutral grease to avoid aluminium oxidation.
2.6
2.5.6
Termination connectors for aluminium-copper termination shall consist of barrel made of
aluminium alloy of purity not less than 99.5% and palm made of forged copper connected
using a friction stir welding.
2.5.7
Splice connectors for aluminium-copper termination shall consist of two barrels, one is
made of electrolytic copper and the other is made of aluminium alloy of purity not less than
99.5% connected using a friction stir welding.
2.5.8
Splice connectors shall have a central stop to divide the connector into two equal parts to
facilitate the correct cable positioning.
CABLE GLANDS
2.6.1
Cable glands shall comply with BS 6121-1, BS 6121-5 and BS EN 50262.
2.6.2
Cable glands used with unarmored cables shall be made of brass, type A2 to BS 6121-5,
with mechanical retention class B to BS EN 50262, impact resistance category 8 to BS EN
50262 and an environmental seal to the cable outer sheath. Glands shall be deluge protected,
with IP66 degree of protection to IEC 60529.
2.6.3
Cable glands used with single steel wire armored cables (Internal applications) shall be
made of brass, type BW to BS 6121-5, with mechanical retention class B to BS EN 50262,
impact resistance category 8 to BS EN 50262, electrical continuity via armor wire
termination category B to BS EN 50262, earth tag to BS EN 50262 and an environmental
seal to the cable outer sheath. Glands shall have IP66 degree of protection to IEC 60529.
2.6.4
Cable glands used with single steel wire armored cables (outdoor) shall be made of brass,
type CW/ CWZ to BS 6121-5, with mechanical retention class B to BS EN 50262, impact
resistance category 8 to BS EN 50262, electrical continuity via armor wire termination
category B to BS EN 50262, earth tag to BS EN 50262 and an environmental seal to the
cable inner and outer sheaths. Glands shall be deluge protected, with IP66 degree of
protection to IEC 60529.
3.0
EXECUTION
3.1
CABLE INSTALLATION
3.1.1
Generally, the installation of cables shall conform to IET regulations and DEWA
requirements. The final sub circuit connection and wiring shall be carried out in accordance
with DEWA regulations and unless otherwise indicated, the following details shall apply
throughout the works:
a)
Lighting Circuits up to 1000 Watts:
10amp MCB protection Wired with 3 x 2.5 mm2 (PVC) cables. Above 1000W 16A
breaker to be used.
b)
13amp socket outlets:
20amp MCB protection on radial main basis wired with 4 mm2 PVC wires shall be
provided for up to four socket outlets in coordination with load schedule.
32amp MCB protection on ring main basis wired with 1Cx 4mm2 PVC/XLPE wires
shall be provided for 5 or more socket outlets in coordination with load schedule.
Electrical Specifications
03 – Cables and Wires
Page 7 of 11
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1)
Plot 3731366 - Al Barsha First, Dubai, U.A.E
c)
Unit Solar water heaters 2 KW & above rating: (With Isolator)
32 amp MCB protection Wired with 1Cx 6 mm2 PVC/XLPE Wires.
d)
Fan coil units each: (With 13A switched fused spur outlet)
20 amp MCB protection wired with 1Cx 4mm2 PVC/XLPE Wires.
e)
Cooker Ignition: (With DP switch)
20 amp MCB protection wired with 1Cx 4mm2 PVC/XLPE Wires.
f)
Cooker HOB / Oven : (With 32 A DP switch)
32 amp MCB protection wired with 1Cx 6mm2 PVC/XLPE Wires -HOB
32 amp MCB protection wired with 1Cx 6mm2 PVC/XLPE Wires -OVEN
HOB breaker rating and wire size shall be updated based on the actual load to 45A
DP switch with 1Cx 10 sq.mm in coordination with load schedule for the applicable
show kitchen.
The above details for connections shall apply throughout the Works, except where the related
Regulations would be contravened in respect of permissible voltage drop. In such cases the
contractor shall utilize a larger conductor size as appropriate.
3.1.2
All cables shall be protected against any risk of mechanical damage to which they may be
liable in normal conditions, of service. Where cables are installed under floors or in ceiling
voids, they shall be run so that they are not liable to be damaged by contact with the floor or
the ceiling or their fixings. Where the cables pass through holes in metal work, care shall be
taken to prevent abrasion of the cables on any sharp edges.
3.1.3
All cables rising through floors and trench covers shall be protected, for example, by a length
of lead or steel or PVC pipe which should project at least 75mm above the finished surface
level. The open end of the pipe shall be sealed with a suitable compound. Lead and PVC
pipes shall be used where they will be free from mechanical damage or in situations where
steel pipe would be subject to corrosion.
3.1.4
The cables installed throughout the system shall be enclosed in conduit, duct, ducting or
trunking as specified.
3.1.5
All cables buried in the ground shall incorporate an armour and all cables installed in positions
which may be exposed to direct sunlight shall be supported by heavy duty cable tray and
shall be suitably covered by a standard ventilated stand and non-perforated cover to protect
from ultra-violet light.
3.1.6
Cable ties shall be utilized to fix cables into cable trays, cable separator and cable retainer
shall be utilized to fix cables into cable trunking.
3.1.7
All conduits, ducting and trunking shall be properly supported and of a type suitable for any
type of mechanical damage to which they may be liable in normal conditions of service or
adequately protected against such damage. The internal radius of every bend of a non-flexible
cable shall be as recommended by manufacturer and the related standards.
3.1.8
Cables under roads, and where deemed necessary under pipe tracks etc., shall be protected
by concrete encased PVC ducts. Bitumen bonded fibre ducts shall not be used under any
circumstances. Conduit buried in trenches or in the ground is not permitted.
3.1.9
Where existing cable sleeves are to be utilized, the contractor shall ensure that the lower most
ducts are employed, thereby leaving any remaining ducts accessible for future use.
3.1.10 Cable ducts shall be sealed at both ends using materials that are not soluble in hydrocarbons,
and that are resistant to any likely corrosive and insect attack in the area concerned.
Electrical Specifications
03 – Cables and Wires
Page 8 of 11
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1)
Plot 3731366 - Al Barsha First, Dubai, U.A.E
3.2
CABLES INSTALLED UNDERGROUND
3.2.1
Direct buried cables shall be bedded in 75mm of clean sand or riddled soil, covered with
similar material, then protected by concrete slabbing or interlocking tiles. The trench shall be
backfilled over a plastic identification tape laid for as detailed under cable and cable trench
marking.
3.2.2
Prefabricated concrete troughs or preformed trenches in which cables are laid shall be filled
with clean sand to provide the top layer of cables with a minimum of 75mm cover, or be
completely filled with sand if this should be required by circumstances.
3.2.3
Prefabricated cable troughs, partly or wholly filled with sand shall be closed using
prefabricated concrete covers. Such covers shall be provided, by the contractor, to meet any
particular load bearing requirements but shall not be less than adequate for use as a footpath.
3.2.4
Preformed trenches shall be sand filled and closed by floating over with concrete of adequate
strength and thickness.
3.2.5
The use of chequer plating and other materials for closing cable troughs, trenches etc., shall
be confined to those conditions where such special treatment is fully justified technically
and economically and shall be agreed by the Engineer.
3.2.6
Power cables operating at voltages of 400 volts and above shall not be routed below 'jackedup' typed unfixed flooring systems in any internal area unless unavoidable for the purpose of
supplying equipment installed on the flooring system. In such cases the power cables must be
totally enclosed within a steel trunking, conduit, etc., over their entire route length below the
flooring system irrespective of the type of cable used.
3.2.7
Cable trench and prefabricated trough depths should not normally have less than 500mm.
Direct buried cables should not normally have less than 500mm of cover from cable to finished
grade level. The above shall be varied according to the requirements of actual site conditions
and cable routes to provide adequate safeguard against, for example, erosion, soft ground
conditions and mechanical damage etc. The maximum thickness of any one group of cables
shall not exceed 75mm unless otherwise agreed with the Engineer.
3.2.8
Cable Sheath of External Buried Cables
All cables directly buried in external areas should have MDPE (medium density polyethylene)
outer sheath where ever specified. Other characteristics of external cables shall be similar to
XLPE insulated cables.
3.2.9
Cable in Duct
All external cables shall be laid in 150mm diameter uPVC underground ducts of 3.2mm
wall thickness.
3.3
CABLE AND CABLE TRENCH MARKING
3.3.1
All cables shall be fitted with indestructible identification bands at each end and then over
their entire length at 30 metre intervals, at all points where they enter and leave ducts, and at
changes in direction, etc.
3.3.2
Concrete or slabs covering cable trenches shall be coloured for identification purposes.
Similarly, where cables run under floors, markers shall be employed to clearly define the
extent of the cable way over the entire route.
3.3.3
The route of underground electric cables shall be marked by permanent markers posts. They
shall be reinforced concrete units fitted with lead inserts bearing cable sizes and references.
The marker post shall extent above ground level or shall be flush with the final ground level
according to the site and Engineer's requirements. Two or more markers shall be visible from
Electrical Specifications
03 – Cables and Wires
Page 9 of 11
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1)
Plot 3731366 - Al Barsha First, Dubai, U.A.E
any point on the route and markers shall be placed at any divergence from the straight.
3.3.4
The location of all underground power cables shall be clearly identifiable throughout their
route length by means of a polyethylene board laid in the ground at 300mm above each cable.
The board shall be coloured red and continuously marked, with black indelible lettering of
not less than 12mm high, to read the following message in both Arabic and English:
"CAUTION BURIED ELECTRIC CABLE 300 mm BELOW"
3.4
3.6
3.3.5
A sample of the polyethylene board shall be submitted to the Engineer for approval prior to any
cable laying works being carried out.
3.3.6
The cable trench as shown on the drawings between service block and main building cable
termination room shall be decided taking into consideration of laying all cables within the
trench in 3 or 4 layers on cable ladders with sufficient access space. The crossing of other
services through the trench must also be considered while deciding the exact width and depth.
JOINTING AND TERMINATIONS
3.4.1
All cable conductors shall be fitted with a correctly sized cable socket or thimble and a means
of identification. The cable sockets may be of the sweated or crimped compression types. If
for the former the solder should have a melting point of not less than 185 deg. C and if for
the latter, they must be the appropriate tools as specified by the manufacturers of the joint
connectors. The cable terminations shall be made following the positive identification of the
conductors in accordance with the specified phase rotation sequence.
3.4.2
Joints in cable are not allowed and shall not be carried out without the written approval of
the Engineer. Low tension cable joints shall incorporate compression type ferrules with
polyethylene tape insulation housed in a plastic joint box and sealed with cold pouring resin
fitting.
TESTING & COMMISSIONING
3.6.1
Physical Check
Check the cable installation and ensure the following:
3.6.2
3.6.3
A.
Proper laying and dressing cable cleating /tying cable.
B.
Tray supports are adequate.
C.
Cable identification and labeling.
D.
Glanding and gland earthing termination is correct.
E.
No physical damage.
Insulation Resistance Test
A.
Conduct insulation resistance test as per cables manufacturer recommendations,
and test requirements.
B.
Measure insulation resistance between cores of all LV cable with a 500 V Megger
and tabulate readings, the readings to be verified with permissible limits (min. 10
Mega ohms).
C.
Measure insulation resistance between cores and ECC and earth terminal with a
500 V Megger and tabulate readings. The readings to be verified with permissible
limit.
Phase Rotation Test- Phase rotation at all points should be same otherwise rectify.
Electrical Specifications
03 – Cables and Wires
Page 10 of 11
AWR PROPERTIES – 8 VILLAS DEVELOPMENT (G+1)
Plot 3731366 - Al Barsha First, Dubai, U.A.E
3.6.4
3.7
Performance Test (to be energized temporarily)
A.
Switch on all isolators and run all equipment, for 2 hours and verify complete
performance.
B.
Check for any unusual temperature rise in cables, terminals and switches and
protective devices.
TEMPORARY WIRING
3.7.1
No part of the new installations shall be connected temporarily to the Supply Authority's mains
without the approval of the Engineer and the Authority.
3.7.2
All temporary lighting and electric wiring which the Contractor may require, must be provided
by the Contractor who will be responsible for all charges for electricity consumed as stated
in the Contract conditions.
3.7.3
Temporary wiring and connections executed by the contractor to the instructions of the
Engineer shall be arranged in accordance with the IEE regulations. Where the ambient air
temperature is in excess of 50 deg. C. heat resisting silicon rubber cables shall be used for
temporary connection. Where such cables may be subject to mechanical damage they shall be
protected by conduit.
END OF SECTION
Electrical Specifications
03 – Cables and Wires
Page 11 of 11
HIGHLIGHTED BOQ
Not Applicable
HIGHLIGHTED LOCATION OF USAGE
AUTHORITY APPROVAL
LEGEND FOR POWER
USB
CLIENT
NOTES
SITE KEY PLAN
GENERAL NOTES
1. This drawing is the property of Kling Consult GmbH and must
not be retained, copied or used without the Consultant's authority.
2. All drawings are to be read in conjunction with other relevant
drawings and specifications of the same and other disciplines.
3. This drawing is not to be scaled. Only written dimensions are to
be followed. Any discrepancy must be advised to the Architect and
the Engineer.
4. All dimensions are metric unless otherwise indicated.
5. The walls are dimensioned to the unfinished face of masonry or
concrete unless otherwise noted.
6. Final coordination is the responsibility of the contractor. Any
discrepancy must be brought to the attention of the Architect and
the Engineer and must be resolved before commencement of work.
GATE LEVEL AT ROAD = +4.00 DMD (equals - 0.30m DESIGN LEVEL)
300x612
GAS
GAS
300x612
300x612
GAS
PLOT LINE
CORNER @
N 2777880.95
E 485367.038
GAS
300x612
PLOT LINE
CORNER @
N 2777880.95
E 485367.038
00
NO.
ISSUE FOR CONSTRUCTION
ISSUED DETAILS
20/01/2024
DATE
PROJECT
AWR RESIDENTIAL VILLAS
DEVELOPMENT
Al Barsha First, Dubai, UAE
PLOT NO
3731366
4091.54 m 2
AREA
LOCAL ARCHITECT
BURO KLING
ARCHITECTURAL ENGINEERING CONSULTANTS
33rd Floor C(C6-C8) I-Rise Tower,
Barsha Heights
P.O. Box 120082 Dubai, U.A.E.
Tel: +971 4 554 0035 /Fax: +971 4 554 0034
info@burokling.com /www.burokling.com
LEAD CONSULTANT
KLING CONSULT GmbH
DUBAI OFFICE BRANCH
33rd Floor C(C6-C8) I-Rise Tower,
Barsha Heights
P.O. Box 120082 Dubai, U.A.E.
Tel: +971 4 554 0035 /Fax: +971 4 554 0034
info@burokling.com /www.burokling.com
SUBCONSULTANT
DESIGN STAGE
ISSUE FOR CONSTRUCTION
DRAWING TITLE
EXTERNAL SITE PLAN
ELECTRICAL SERVICES LAYOUT
DATE
PLOT LINE
CORNER @
N 2777880.95
E 485367.038
PLOT LINE
CORNER @
N 2777880.95
E 485367.038
8.11.2024
DRAWN : MJ
A1
SCALE 1:150
FORMAT
CHECKED : VA
APPROVED : SH
DRAWING NO:
PROJECT NO.
SHEET NO.
E-62-300
REV NO.
00
TECHNICAL DETAILS
CONTENTS
INTRODUCTION
01
INDUSTRIAL CABLE GLANDS
03 - 09
COMPRESSION TERMINALS
10 - 22
CABLE CLEATING & FIXING SYSTEMS
23 - 33
STANDARD SELECTOR CHARTS
34 - 37
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| 01 |
The Worlds Leading Supplier of Cable Connecting Solutions
Ducab Connect offers a comprehensive range of cable connecting solutions for the Industrial, Utilities
and OGP (onshore and offshore) market sectors, including control, instrumentation and LV & MV
power cable applications. Ducab Connect range of Joints and Terminations are also available for the
same applications upon request.
The full technical support and design service for complete cable systems removes the risk of
independently purchasing cables and accessories from different manufacturers and the associated
problems of non-compatibility with cable size and design.
INDUSTRIAL CABLE GLANDS
Ducab Connect offers cable glands for a wide range of requirements
from simple industrial applications to hazardous areas, for both
on and offshore application. These glands are designed to meet
BS 6121, EN 50262 and IEC 60079. Ex. Hazardous area products
are also available upon request.
COMPRESSION TERMINALS
Ducab Connect offers a comprehensive range of connectors for all
types of industrial applications, both for LV & MV cables. The range
includes non-insulated terminals, preinsulated terminals, low and
medium voltage connectors and bi-metallic terminals. The NonInsulated terminals, splices and undrilled palms have been tested
to the latest stringent requirements of IEC 61238-1:2003 ensuring
you receive the best product for your application at all times.
Ducab Connect offers a complete range of cleats and cable fixings to
suit the majority of LV, MV and HV cables, enabling the user to match
individual site requirements with the most appropriate product. The
cleats have been tested to BS EN 50368:2003 & IEC 61914:2009
guaranteeing that our cleats with contain the short circuit forces protecting people, power and plant without fail.
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INTRODUCTION
CABLE CLEATING & FIXING SYSTEMS
|1|
CMP
INDUSTRIAL CABLE GLANDS
A2 Industrial Cable Gland
Ducab A2 type brass indoor and outdoor cable gland for use with all types of Unarmoured
cable, providing mechanical cable retention and an environmental seal on the cable outer
sheath. The Ducab A2 range of industrial cable glands is designed and tested to BS 6121:Part
1:1989, meets or surpasses the requirements of EN 50262:1999, and is produced from Brass
grade CuZn39Pb3 (CW614N) to EN 12168.
Note: Also available in LSF kit form
Technical Data
Type
A2
Design Specification
BS 6121:Part 1:1989, EN 50262:1999
C
EN 50262 Mechanical Classifications
Retention = Class B, Impact=Level 8,
A
SIRA Certificate Number
SIRA 10Y9149U - BS 6121
SIRA Certificate Number
SIRA 10Y9150U - EN 50262
RoK Permit for Use Number
08-067693
Lloyds Approval Number
01/00171
ABS Approval Number
01-LD234401-PDA
Continuous Operating Temperature
-60°C to +150°C
Ingress Protection Rating
IP66, IP67, IP68
Ingress Protection Document
5046C549D
Deluge Protection Compliance
DTS01:91
Deluge Protection Document
5046C549-D
Standard Gland Material
Brass
Alternative Gland Material
Electroless Nickel Plated Brass, Stainless Steel, Aluminium
Seal Material
Thermoplastic Elastomer
E
F
Cable Type
Unarmoured
Sealing Technique
Displacement Seal
Sealing Area(s)
Cable Outer Sheath
Optional Accessories
Adaptor/Reducer, Earth Tag, Entry Thread Seal, Locknut,
Serrated Washer, Shroud
D
Available Entry Threads C
Cable
Gland
Size
Standard
Option
Minimum
Thread
Length
E
Across
Flats D
Across
Corners
D
Max
Min
Max
Cable Bedding
Diameter A
Min
Nominal
Protrusion
Length F
PVC Shroud
Reference
Cable
Gland
Weight
(Kgs)
Metric
NPT 1
NPT 2
20S/16
M20
2”
w”
10.0
3.1
8.7
24.0
26.6
21.0
PVC04
0.054
20S
M20
2”
w”
10.0
6.1
11.7
24.0
26.6
21.0
PVC04
0.054
20
M20
2”
w”
10.0
6.5
14.0
27.0
30.0
24.0
PVC05
0.059
25
M25
w”
1”
10.0
11.1
20.0
36.0
39.9
26.0
PVC09
0.112
32
M32
1”
14”
10.0
17.0
26.3
41.0
45.5
27.0
PVC10
0.128
40
M40
14”
12”
15.0
23.5
32.2
50.0
55.4
28.0
PVC13
0.168
50S
M50
12”
2”
15.0
31.0
38.2
55.0
61.0
29.0
PVC14
0.224
50
M50
2”
22”
15.0
35.6
44.1
60.0
66.5
30.0
PVC17
0.231
63S
M63
2”
22”
15.0
41.5
50.0
70.0
77.6
30.0
PVC20
0.360
0.344
63
M63
22”
3”
15.0
47.2
56.0
75.0
83.2
30.0
PVC22
75S
M75
22”
3”
15.0
54.0
62.0
80.0
88.7
32.0
PVC24
0.466
75
M75
3”
32”
15.0
61.1
68.0
85.0
94.2
32.0
PVC26
0.395
90
M90
3”
32”
15.0
66.6
79.4
108.0
120.7
44.0
PVC31
1.346
100
M100
4”
-
15.0
76.0
91.0
123.0
137.8
48.0
150/50HST
1.575
115
M115
-
-
15.0
86.0
98.0
133.4
147.6
55.0
180/60HST
2.322
130
M130
-
-
15.0
97.0
115.0
152.4
164.9
62.0
180/60HST
3.400
INDUSTRIAL CABLE GLANDS
Cable Gland Selection Table
All dimensions in millimetres
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|3|
CMP
INDUSTRIAL CABLE GLANDS
BW Industrial Cable Gland
Ducab BW type brass indoor cable gland for use with all types of Single Wire
Armour (SWA) cable providing mechanical cable retention and electrical continuity
via armour wire termination. The Ducab BW range of industrial cable glands
is designed and tested to BS 6121:2005, and is produced from Brass grade
CuZn39Pb3 (CW614N) to EN 12168.
Note: Also available in LSF kit form
C
A
Technical Data
Type
BW
Design Specification
BS 6121:Part1:2005
SIRA Certificate Number
10Y9149U - BS 6121
GOST K Certificate Number
KZ7500052.05.01.00063
RoK Permit for Use Number
08-067693
Lloyds Approval Number
01/00171
ABS Approval Number
01-LD234401-PDA
Standard Gland Material
Brass
Alternative Gland Material
Electroless Nickel Plated Brass, Stainless Steel
Cable Type
Single Wire Armour (SWA), Aluminium Wire Armour (AWA)
Armour Clamping
Two Part Armour Lock
Optional Accessories
Adaptor/Reducer, Earth Tag, Locknut, Serrated Washer, Shroud
Gland Kits Available
Cable Gland Kit for use with all types of SWA cable, including 2 Brass
Glands, 2 Locknuts, 2 Brass Earth Tags and 2 PVC Shrouds for sizes up to
and including 32mm. For sizes 40mm and above each kit includes 1 of
each component.
E
F
B
D
INDUSTRIAL CABLE GLANDS
Cable Gland Selection Table
|4|
Cable
Gland
Size
Entry
Thread
C
Minimum
Thread
Length
E
Cable
Bedding
Diameter
A
Overall
Cable
Diameter
B
Max
Max
Min
Max
Nominal
Protrusion
Length
F
PVC
Shroud
Reference
Cable
Gland
Weight
(Kgs)
Across
Flats
D
Across
Corners
D
Max
Max
Armour Range
20S
M20
10.0
11.7
16.1
0.9
1.25
22.0
24.0
18.0
PVC02
0.09
20
M20
10.0
14.0
21.1
0.9
1.25
28.0
30.0
22.0
PVC05
0.10
25
M25
10.0
20.0
27.4
1.25
1.60
33.6
36.0
26.0
PVC07
0.15
32
M32
10.0
26.3
34.4
1.6
2.00
41.0
44.5
28.0
PVC10
0.20
40
M40
10.0
32.2
42.4
1.6
2.00
50.0
56.3
30.0
PVC13
0.36
50S
M50
15.0
38.2
50.1
2.0
2.50
57.1
63.4
30.0
PVC16
0.48
50
M50
15.0
44.1
55.7
2.0
2.50
61.0
72.1
32.0
PVC19
0.42
63S
M63
15.0
50.0
62.4
2.5
2.50
75.0
83.0
38.0
PVC22
0.80
63
M63
15.0
56.0
68.2
2.5
2.50
80.0
88.7
38.0
PVC24
0.85
75S
M75
15.0
62.0
76.8
2.5
2.50
90.0
99.8
40.0
PVC27
1.30
75
M75
15.0
75.0
82.9
2.5
3.15
95.0
105.3
40.0
PVC29
1.60
All dimensions in millimetres
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Go To Contents Page
CMP
INDUSTRIAL CABLE GLANDS
CW Industrial Cable Gland
Ducab CW type brass indoor and outdoor cable gland for use with all types of Steel Wire
Armour (SWA) cable providing mechanical cable retention and electrical continuity via
armour wire termination. The Ducab CW range of industrial cable glands is designed and
tested to BS 6121:1989, meets or surpasses the requirements of EN 50262:1999 and is
produced from Brass grade CuZn39Pb3 (CW614N) to EN 12168.
Note: Also available in LSZH kit form
Technical Data
Type
CW
C
Design Specification
BS 6121:Part1:1989, EN 50262:1999
A
EN 50262 Mechanical Classifications
Retention = Class B, Impact = Level 8,
EN 50262 Electrical Classifications
Category A without use of an Earth Tag and Category B with an Earth Tag.
SIRA Certificate Number
10Y9149U - BS6121
SIRA Certificate Number
10Y9150U - EN 50262
RoK Permit for Use Number
08-067693
ABS Approval Number
01-LD 234401-PDA
Continuous Operating Temperature
-60°C to +150°C
Ingress Protection Rating
IP66
Standard Gland Material
Brass
Alternative Gland Material
Electroless Nickel Plated Brass, Stainless Steel, Aluminium
Seal Material
Thermoplastic Elastomer
Cable Type
Single Wire Armour (SWA), Aluminium Wire Armour (AWA)
Armour Clamping
Detachable Armour Cone & AnyWay Universal Clamping Ring
Sealing Technique
Unique ”LRS”™ Outer Seal (Load Retention Seal)
Sealing Area(s)
Cable Outer Sheath
Optional Accessories
Locknut, Serrated Washer, Shroud, Adaptor/Reducer, Earth Tag, Entry Thread Seal
B
Cable Gland kit for use with all types of SWA cable including 2 brass glands, 2
locknuts, 2 brass earth tags and 2 PVC shrouds for sizes upto and including 32mm.
For sizes 40 mm and above each kit includes 1 of each component.
D
Cable Gland Kits Available
E
F
Cable
Gland
Size
20S/16
20S
20
25S
25
32
40
50S
50
63S
63
75S
75
90
100
115
130
Cable
Minimum Bedding
Entry
Thread Diameter
Thread C
A
Length E
Max
M20
M20
M20
M25
M25
M32
M40
M50
M50
M63
M63
M75
M75
M90
M100
M115
M130
10.0
10.0
10.0
10.0
10.0
10.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
8.7
11.7
14.0
19.9
20.0
26.3
32.2
38.2
44.1
50.0
56.0
62.0
68.0
80.0
91.0
98.0
115.0
Min
Max
Min
Max
Max
Across
Corners Nominal
Protrusion
D
Length F
Max
6.1
9.5
12.5
14.0
18.2
23.7
27.9
35.2
40.4
45.6
54.6
59.0
66.7
76.2
89.1
101.3
114.0
11.5
15.9
20.9
22.0
26.2
33.9
40.4
46.7
53.1
59.4
65.9
72.1
78.5
90.4
101.5
110.3
123.3
0.90
0.90
0.90
1.25
1.25
1.60
1.60
2.00
2.00
2.00
2.00
2.00
2.00
3.15
3.15
3.15
3.15
1.00
1.25
1.25
1.60
1.60
2.00
2.00
2.50
2.50
2.50
2.50
2.50
2.50
3.15
4.00
4.00
4.00
24.0
24.0
30.5
36.0
36.0
46.0
55.0
60.0
70.1
75.0
80.0
90.0
100.0
114.0
123.0
133.4
146.1
26.6
26.0
33.3
40.0
40.0
51.0
61.0
66.5
78.6
83.2
89.0
101.6
111.1
128.6
136.0
147.8
152.4
Armour Range
Overall Cable
Diameter B
Stepped Cone
Across
Flats D
43.0
43.0
50.0
55.0
55.0
55.0
55.0
56.0
70.0
70.0
80.0
81.0
96.0
120.0
140.0
160.0
169.0
PVC Shroud
Reference
Cable
Gland
Weight
(Kgs)
PVC04
PVC04
PVC06
PVC09
PVC09
PVC11
PVC15
PVC18
PVC21
PVC23
PVC25
PVC28
PVC30
PVC32
150/50HST
180/60HST
180/60HST
0.118
0.118
0.159
0.228
0.228
0.362
0.520
0.579
0.601
1.054
1.200
1.779
2.370
3.515
4.100
4.600
5.200
All dimensions in millimetres
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INDUSTRIAL CABLE GLANDS
Cable Gland Selection Table
|5|
CMP
INDUSTRIAL CABLE GLANDS
E1X Industrial Cable Gland
Ducab E1X type brass indoor and outdoor cable gland for use with all types of Wire Braid
Armour, Strip Armour, Pliable Wire Armour & Steel Tape Armour (STA) cable providing an
environmental seal on the inner and outer sheath of the cable. The cable gland provides
mechanical cable retention and electrical continuity via armour termination. A detachable
armour cone and AnyWay universal clamping ring arrangement allows the cable to be easily
disconnected from the equipment, for maintenance and change out etc. This feature also
facilitates remote make off procedures when the termination is to be conducted in confined
spaces or in areas of restricted access. Separate tightening actions for the inner displacement seal and the armour termination affords maximum
control over the pressure applied to the cable inner bedding.
The Ducab E1X range of industrial cable glands is designed and tested to BS 6121:Part 1:1989, meets or surpasses the requirements of
EN 50262:1999, and is produced from Brass grade CuZn39Pb3 (CW614N) to EN12168.
Note: Also available in LSF kit form
Technical Data
C
Type
E1X
Design Specification
BS 6121:Part1:1989, EN 50262:1999
EN50262 Mechanical Classifications
Retention=Class B, Impact = Level 8,
EN50262 Electrical Classifications
Category A without use of an Earth Tag and Category B with an Earth
Tag.
SIRA Certificate Number
10Y9149U - BS 6121
SIRA Certificate Number
10Y9150U - EN 50262
RoK Permit for Use Number
08-067693
A
Continuous Operating Temperature
-60°C to +150°C
Ingress Protection Rating
IP66 (IP67/IP68 also available)
Standard Gland Material
Brass
Alternative Gland Material
Electroless Nickel Plated Brass, Stainless Steel, Aluminium
Deluge Proof
Option
E
F
Seal Material
Thermoplastic Elastomer
Cable Type
Wire Braid Armour, Screened Flexible Wire Braid (e.g. CY / SY), Pliable
Wire, Armour (PWA), Steel Tape Armour (STA)
Armour Clamping
Detachable Armour Cone & AnyWay Universal Clamping Ring
Sealing Technique
Inner Displacement Seal & Unique Ducab ”LRS”™Outer Seal (Load
Retention Seal)
Sealing Area(s)
Cable Inner Bedding & Cable Outer Sheath
Optional Accessories
Adaptor/Reducer, Earth Tag, Entry Thread Seal, Locknut, Serrated
Washer, Shroud
B
D
Cable
Gland
Size
Available Entry Threads C
Standard
Option
Metric
NPT 1
NPT 2
20S/16 M20
20S
M20
20
M20
25S
M25
25
M25
32
M32
40
M40
50S
M50
50
M50
63S
M63
63
M63
75S
M75
75
M75
90
M90
100 M100
115 M115
130 M130
2"
2"
2"
w"
w"
1"
w"
w"
w"
1"
1"
14"
12"
2"
2"
22"
22"
3"
3"
4"
-
14"
12"
2"
22"
22"
3"
3"
32"
32"
-
Minimum
Thread
Length E
10.0
10.0
10.0
10.0
10.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
Cable Bedding
Diameter A
Overall Cable
Diameter B
Armour Range
Across
Flats
D
Across
Corners
D
Min
Max
Min
Max
Min
Max
Min
Max
3.1
6.1
6.5
11.1
11.1
17.0
22.0
29.5
35.6
40.1
47.2
52.8
59.1
66.6
76.0
86.0
97.0
8.7
11.7
14.0
20.0
20.0
26.3
32.2
38.2
44.1
50.0
56.0
62.0
68.0
79.4
91.0
98.0
115.0
6.1
9.5
12.5
14.0
18.2
23.7
27.9
35.2
40.4
45.6
54.6
59.0
66.7
76.2
89.1
101.3
114.0
11.5
15.9
20.9
22.0
26.2
33.9
40.4
46.7
53.1
59.4
65.9
72.1
78.5
90.4
101.5
110.3
123.3
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
1.0
1.25
1.25
1.6
1.6
2.0
2.0
2.5
2.5
2.5
2.5
2.5
2.5
3.2
4.0
4.0
4.0
24.0
24.0
30.5
37.5
37.5
46.0
55.0
60.0
70.0
75.0
80.0
89.0
99.0
114.0
123.0
133.4
146.1
26.6
26.6
33.3
40.5
40.5
51.0
61.0
66.5
78.6
83.2
89.0
101.6
111.1
128.6
138.0
147.6
161.9
All dimensions in millimetres
T: +971 4 815 8888 | W: www.ducab.com | E: ducab@ducab.com
Nominal
Protrusion
Length F
PVC Shroud
Reference
Cable
Gland
Weight
(Kgs)
63.0
63.0
67.0
78.0
78.0
78.0
83.0
78.0
81.0
93.0
95.0
103.0
110.0
136.0
145.0
160.0
185.0
PVC04
PVC04
PVC06
PVC09
PVC09
PVC11
PVC15
PVC18
PVC21
PVC23
PVC25
PVC28
PVC30
PVC32
150/50HST
180/60HST
180/60HST
0.163
0.163
0.217
0.345
0.345
0.484
0.700
0.800
0.830
1.415
1.514
2.199
2.770
4.478
4.700
5.300
5.900
INDUSTRIAL CABLE GLANDS
Cable Gland Selection Table
|7|
CMP
INDUSTRIAL CABLE GLANDS
E1U Universal Industrial Cable Gland
Ducab E1U type brass indoor and outdoor cable gland for use with all types of armoured cables providing
an environmental seal on the inner and outer sheath of the cable. The cable gland provides mechanical
cable retention and electrical continuity via the armour termination. A reversible armour cone and AnyWay
universal clamping ring arrangement allows the cable to be easily disconnected from the equipment,
for maintenance and change out etc. This feature also facilitates remote make off procedures when the
termination is to be conducted in confined spaces or in areas of restricted access. Separate tightening
actions for the inner displacement seal and the armour termination affords maximum control over the
pressure applied to the cable inner bedding.
The Ducab E1U range of industrial cable glands is designed and tested to BS 6121:Part 1:1989, meets or surpasses the requirements of
EN 50262 :1999, and is produced from Brass grade CuZn39Pb3 (CW614N) to EN12168.
Note: Also available in LSF kit form
C
Technical Data
Type
A
E1U
Design Specification
BS 6121:Part1:1989, EN 50262:1999
EN50262 Mechanical Classifications
Retention=Class B, Impact = Level 8,
EN50262 Electrical Classifications
Category A without use of an Earth Tag and Category B with an Earth Tag.
GOST R Certificate Number
POCC GB. 05.H00110
GOST K Certificate Number
KZ7500052.05.01.00063
RoK Permit for Use Number
08-067693
Lloyds Approval Number
01/00171
ABS Approval Number
01-LD 234401-PDA
Continuous Operating Temperature
-60°C to +150°C
Ingress Protection Rating
IP66 (IP67/IP68 also available)
Standard Gland Material
Brass
E
F
Alternative Gland Material
Electroless Nickel Plated Brass, Stainless Steel, Aluminium
Seal Material
Thermoplastic Elastomer
Cable Type
Single Wire Armour (SWA), Aluminium Wire Armour (AWA), Pliable Wire
Armour (PWA), Steel Tape Armour (STA), Wire Braid Armour, Aluminium
Strip Armour (ASA), Screened Flexible Wire Braid (e.g. CY / SY), Armored
& Jacketed
Armour Clamping
Reversible Armour Cone & AnyWay Universal Clamping Ring
Sealing Technique
Inner Displacement Seal & Unique Ducab ”LRS”™Outer Seal (Load
Retention Seal)
Sealing Area(s)
Cable Inner Bedding & Cable Outer Sheath
Optional Accessories
Adaptor/Reducer, Earth Tag, Entry Thread Seal, Locknut, Serrated Washer,
Shroud
B
D
INDUSTRIAL CABLE GLANDS
Cable Gland Selection Table
Cable
Gland
Size
Available Entry Threads C
Standard
Option
Metric
NPT 1
NPT 2
20S/16 M20
20S
M20
20
M20
25S
M25
25
M25
32
M32
40
M40
50S
M50
50
M50
63S
M63
63
M63
75S
M75
75
M75
90
M90
100
M100
115
M115
130
M130
2"
2"
2"
w"
w"
1"
w"
w"
w"
1"
1"
14"
12"
2"
2"
22"
22"
3"
3"
4"
-
14"
12"
2"
22"
22"
3"
3"
32"
32"
-
Armour Range
Across
Flats
D
Across
Corners
D
Minimum
Thread
Length
E
Cable Bedding
Diameter A
Overall Cable
Diameter B
Min
Min
Max
Min
Max
Min
Max
Min
Max
10.0
10.0
10.0
10.0
10.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
15.0
3.1
8.7
6.1 11.5
6.1 11.7 9.5 15.9
6.5 14.0 12.5 20.9
11.1 20.0 14.0 22.0
11.1 20.0 18.2 26.2
17.0 26.3 23.7 33.9
22.0 32.2 27.9 40.4
29.5 38.2 35.2 46.7
35.6 44.1 40.4 53.1
40.1 50.0 45.6 59.4
47.2 56.0 54.6 65.9
52.8 62.0 59.0 72.1
59.1 68.0 66.7 78.5
66.6 79.4 76.2 90.4
76.0 91.0 89.1 101.5
86.0 98.0 101.3 110.3
97.0 115.0 114.0 123.3
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.6
1.6
1.6
1.6
0.9
0.9
0.9
1.25
1.25
1.6
1.6
2.0
2.0
2.0
2.0
2.0
2.0
3.15
3.15
3.15
3.15
1.0
1.25
1.25
1.6
1.6
2.0
2.0
2.5
2.5
2.5
2.5
2.5
2.5
3.15
4.0
4.0
4.0
24.0
24.0
30.5
37.5
37.5
46.0
55.0
60.0
70.0
75.0
80.0
89.0
99.0
114.0
123.0
133.4
146.1
26.6
26.6
33.3
40.5
40.5
51.0
61.0
66.5
78.6
83.2
89.0
101.6
111.1
128.6
138.0
147.6
161.9
Max
Grooved Cone
Stepped Cone
All dimensions in millimetres
|8|
T: +971 4 815 8888 | W: www.ducab.com | E: ducab@ducab.com
Nominal
Protrusion
Length F
PVC Shroud
Reference
Cable
Gland
Weight
(Kgs)
63.0
63.0
67.0
78.0
78.0
78.0
83.0
78.0
81.0
93.0
95.0
103.0
110.0
136.0
145.0
160.0
185.0
PVC04
PVC04
PVC06
PVC09
PVC09
PVC11
PVC15
PVC18
PVC21
PVC23
PVC25
PVC28
PVC30
PVC32
150/50HST
180/60HST
180/60HST
0.163
0.163
0.217
0.345
0.345
0.484
0.700
0.800
0.830
1.415
1.514
2.199
2.770
4.478
4.700
5.300
5.900
CMP
INDUSTRIAL CABLE GLANDS
CW-CIEL Industrial Cable Gland
Cable gland for use with all types of SWA cable providing an IP66 environmental seal
onto the cable outer sheath. The cable gland being suitable for armoured cables,
provides mechanical retention and electrical continuity via armour wire termination.
This is particularly suitable for HV systems where a high level of protection against fault
currents is required.
Symmetrical Fault Current (kA) for 1 second
26.0 kA for cable gland sizes up to 40.
43.0 kA for cable gland sizes 50S and above.
Note: Also available in LSF kit form
Technical Data
C
Type
CW CIEL
Design Specification
BS 6121:Part1:1989, EN 50262
EN50262 Mechanical Classifications
Retention = Class B, Impact = Level 8,
EN50262 Electrical Classifications
Category C
SIRA Certificate Number
10Y9149U - BS 6121
SIRA Certificate Number
10Y9150U - EN 50262
RoK Permit for Use Number
08-067693
A
G
Continuous Operating Temperature
-60°C to +150°C
Ingress Protection Rating
IP66
Standard Gland Material
Brass
H
F
Alternative Gland Material
Electroless Nickel Plated Brass, Aluminium
Seal Material
Thermoplastic Elastomer
Cable Type
Single Wire Armour (SWA), Aluminium Wire Armour (AWA)
Armour Clamping
Detachable Armour Cone & AnyWay Universal Clamping Ring
Sealing Technique
“LRS”™Outer Seal (Load Retention Seal)
Sealing Area(s)
Cable Outer Sheath
Optional Accessories
Adaptor/Reducer, Entry Thread Seal, Locknut, Serrated Washer,
Shroud
B
D
Cable
Gland
Size
Cable
Minimum Bedding
Entry
Thread Diameter
Thread
A
Length
C
E
Max
Overall
Cable
Diameter
B
Min
Max
Min
Max
Nominal
Nominal
Across Nominal
Across
Protr
Corners
Flats D
usion
D
Length
F
Max
Max
Armour Range
Nominal Radius
Dimensions
H
G
CIEL
Earth
Bolt
Size
Earth
Cable
Fault
PVC Shroud Gland
Current
Reference Weight
Rating
(Kgs)
(kA)
20S
M20S
10.0
11.7
9.5
15.9
0.9
1.25
24.0
26.6
58.5
48.0
38.6
M8
26.0
PVC04
0.140
20
M20
10.0
14.0
12.5
20.9
0.9
1.25
30.5
33.3
60.5
55.0
41.8
M8
26.0
PVC06
0.180
25S
M25S
10.0
20.0
14.0
22.0
1.25
1.6
37.5
40.5
67.5
60.0
-
M8
26.0
PVC09
0.257
25
M25
10.0
20.0
18.2
26.2
1.25
1.6
37.5
40.5
67.5
60.0
50.8
M8
26.0
PVC09
0.257
32
M32
10.0
26.3
23.7
33.9
1.6
2.0
46.0
51.0
69.5
60.0
54.0
M10
26.0
PVC11
0.376
40
M40
15.0
32.2
27.9
40.4
1.6
2.0
55.0
61.0
78.0
60.0
69.0
M12
26.0
PVC15
0.630
50S
M50S
15.0
38.2
35.2
46.7
2.0
2.5
60.0
66.5
75.5
62.0
75.0
M12
43.0
PVC18
0.757
50
M50
15.0
44.1
40.4
53.1
2.0
2.5
70.0
78.6
80.5
76.0
80.0
M12
43.0
PVC21
0.862
63S
M63S
15.0
50.0
45.6
59.4
2.0
2.5
75.0
83.2
91.5
76.0
90.0
M12
43.0
PVC23
1.390
63
M63
15.0
56.0
54.6
65.9
2.0
2.5
80.0
89.0
92.0
86.0
90.0
M12
43.0
PVC25
1.360
75S
M75S
15.0
62.0
59.0
72.1
2.0
2.5
89.0
101.6
99.0
88.0
97.0
M12
43.0
PVC28
2.307
75
M75
15.0
68.0
66.7
78.5
2.0
2.5
99.0
111.1
102.0
101.0
108.0
M12
43.0
PVC30
2.909
90
M90
15.0
80.0
76.2
90.4
3.15
3.15
114.0
128.6
120.0
126.0
112.0
M12
43.0
PVC32
3.858
100
M100
15.0
91.0
89.1
101.5
3.15
3.15
123.0
136.0
150.0
126.0
112.0
M12
43.0
150/50HST 4.958
115
M115
15.0
98.0
101.3 110.3
3.15
3.15
133.4
147.8
170.0
126.0
112.0
M12
43.0
180/60HST 5.058
130
M130
15.0
115.0
114.0 123.3
3.15
3.15
146.1
146.1
180.0
126.0
112.0
M12
43.0
180/60HST 6.158
INDUSTRIAL CABLE GLANDS
Cable Gland Selection Table
All dimensions in millimetres
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|9|
Non Insulated Terminals from 1.5mm² to 1000mm²
Description

Our non insulated crimping terminals are designed and manufactured to provide
reliable and safe electrical connections utilizing high conductive copper.

The current carrying capacity of these terminals is at least equal to or higher than
that of the main conductor.

The connectors withstand a wide range of electrical and environmental
conditions, including current surges, high temperatures, corrosion resistance and
vibrations.

Connectors are tin plated to provide durable long-lasting corrosion resistance.

Lugs upto 240mm2 are round shape and 300mm2 & above have flat edge.

Conforms to IEC 61238-1:2003
Construction

Made from 99.9% Electrolytic Copper Tube, Electro Tinned.

Range of Copper Tube formed terminals taking wires from 1.5 – 1000 mm².
Working temperature

Resistance up to +125 º C.
COMPRESSION TERMINALS
Non Insulated Terminals from 1.5mm² to 1000mm²
Dimensions (mm)
Stud
Hole
Part Number
ØK
B
Ø I.D
C
Y
L
6
HBT50C6
6.4
19.5
10.0
20.0
31.9
39.4
8
HBT50C8
8.4
19.5
10.0
20.0
33.9
42.9
10
HBT50C10
10.5
19.5
10.0
20.0
35.9
45.9
12
HBT50C12
13.2
21.8
10.0
20.0
38.9
50.9
6
HBT70C6
6.4
23.8
12.8
25.0
38.4
45.9
8
HBT70C8
8.4
23.8
12.8
25.0
40.4
49.4
10
HBT70C10
10.5
23.8
12.8
25.0
42.4
53.4
12
HBT70C12
13.2
23.8
12.8
25.0
45.4
57.4
16
HBT70C16
17.0
23.8
12.8
25.0
48.4
62.4
8
HBT95C8
8.4
27.0
14.2
25.0
41.4
50.9
10
HBT95C10
10.5
27.0
14.2
25.0
43.4
54.4
12
HBT95C12
13.2
27.0
14.2
25.0
46.4
58.4
16
HBT95C16
17.0
27.0
14.2
25.0
49.4
63.4
10
HBT120C10
10.5
29.0
15.9
27.0
46.4
57.4
12
HBT120C12
13.2
29.0
15.9
27.0
49.4
61.4
16
HBT120C16
17.0
29.0
15.9
27.0
52.4
66.4
20
HBT120C20
21.0
31.7
15.9
27.0
58.4
74.4
10
HBT150C10
10.5
32.8
17.8
28.6
55.9
67.3
12
HBT150C12
13.2
32.8
17.8
28.6
58.9
72.4
16
HBT150C16
17.0
32.8
17.8
28.6
61.9
78.6
10
HBT185C10
10.5
35.7
19.4
30.2
61.8
73.2
12
HBT185C12
13.2
35.7
19.4
30.2
64.8
79.2
16
HBT185C16
17.0
35.7
19.4
30.2
67.8
84.5
20
HBT185C20
21.0
35.7
19.4
30.2
73.8
94.2
10
HBT240C10
10.5
41.0
22.0
36.0
73.4
84.8
12
HBT240C12
13.2
41.0
22.0
36.0
76.4
90.8
16
HBT240C16
17.0
41.0
22.0
36.0
79.4
96.1
20
HBT240C20
21.0
41.0
22.0
36.0
85.4
105.8
12
HBT300C12
13.2
45.0
24.2
43.0
81.4
95.8
16
HBT300C16
17.0
45.0
24.2
43.0
84.4
101.8
20
HBT300C20
21.0
45.0
24.2
43.0
90.4
112.8
16
HBT400C16
17.0
51.0
27.2
44.0
86.6
104.0
20
HBT400C20
21.0
51.0
27.2
44.0
92.6
115.0
16
HBT500C16
17.0
55.1
29.8
47.7
88.8
104.2
20
HBT500C20
21.0
55.1
29.8
47.7
96.8
119.2
22
HBT500C22
23.8
55.1
29.8
47.7
100.2
127.2
16
HBT630C16
17.0
63.0
34.3
53.0
104.6
127.0
20
HBT630C20
21.0
63.0
34.3
53.0
104.6
127.0
22
HBT630C22
23.8
63.0
34.3
53.0
106.6
131.0
800
20
HBT800C20
21.0
67.5
38.2
53.0
113.6
138.0
1000
22
HBT1000C22
23.8
78.7
42.2
55.0
127.2
157.4
50
70
95
120
150
185
240
300
400
500
630
Note: Please also refer to BS 7609:1992+A2:2009 code of practice for installation and inspection of compression and mechanical connectors for
power cables with copper or aluminium conductors
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COMPRESSION TERMINALS
Section
(mm²)
| 11 |
COMPRESSION TERMINALS
Non Insulated Splices from 1.5mm² to 1000mm²
Description
Our non-insulated crimping Splices are designed and manufactured to provide reliable
and safe electrical connections utilising high conductive copper.
l
The current carrying capacity of these terminals is at least equal to or higher than that of
the conductor.
l
The Splices withstand a wide range of electrical and environmental conditions, including
current surges, high temperature, corrosion resistance and vibrations.
l
Connectors are tin plated to provide durable and long lasting corrosion resistance.
l
Conforms to IEC 61238-1:2003
l
Construction
l
Made from 99.9% electrolytic copper tube, electro tinned.
Working Temperature
l
Resistance up to +125°C
COMPRESSION TERMINALS
Part No.
| 12 |
Section (mm2)
Part Number
1.5
Dimensions (mm)
Ø I. D
Ø O. D
L
B
HBT1CSPAK
1.7
3.3
15.0
6.5
2.5
HBT2CSPAK
2.3
4.0
15.0
6.5
4.0 - 6.0
HBT6CSPAK
3.6
5.5
15.0
6.5
10
HBT10CS
4.6
6.9
26.0
11.7
16
HBT16CS
5.7
7.9
30.0
13.7
25
HBT25CS
7.2
9.5
32.0
14.7
35
HBT35CS
8.5
11.3
36.0
16.7
50
HBT50CS
10.0
13.0
42.0
19.7
70
HBT70CS
12.8
16.1
45.0
20.7
95
HBT95CS
14.2
17.7
53.0
24.7
120
HBT120CS
15.9
19.6
57.0
26.7
150
HBT150CS
17.8
22.2
60.0
27.5
185
HBT185CS
19.4
24.2
64.0
29.5
240
HBT240CS
22.0
28.5
73.0
34.0
300
HBT300CS
24.2
31.0
73.0
34.0
400
HBT400CS
27.2
35.0
98.0
46.5
500
HBT500CS
29.8
38.1
98.0
46.5
630
HBT630CS
34.4
44.0
104.0
49.5
800
HBT800CS
36.6
46.7
114.0
54.5
1000
HBT1000CS
42.2
54.0
117.0
56.0
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COMPRESSION TERMINALS
Non Insulated Undrilled Palms from 150mm² to 1000mm²
Description
Our non-insulated crimping Un-Drilled Palm terminals are designed and manufactured to provide reliable and safe
electrical connections utilising high conductive copper.
l
The current carrying capacity of these terminals is at least equal to or higher than that of the conductor.
l
The lugs withstand a wide range of electrical and environmental conditions, including current surges, high temperature,
corrosion resistance and vibrations.
l
Connectors are tin plated to provide durable and long lasting corrosion resistance.
l
Conforms to IEC 61238-1:2003
l
Construction
l
Made from 99.9% electrolytic copper tube, electro tinned.
Working Temperature
l
Resistance up to +125°C
Dimensions (mm)
Part Number
Fig
B
Ø I. D
Ø O. D
C
L
30.4
16.5
20.6
28.6
86.3
35.7
19.4
24.2
30.2
94.2
150
HBT150CU
185
HBT185CU
240
HBT240CU
41.0
22.0
28.5
36.0
105.8
300
HBT300CU
45.0
24.2
31.0
43.0
112.8
400
HBT400CU
51.0
27.2
35.0
44.0
115.0
500
HBT500CU
55.1
29.8
38.1
47.7
119.2
1
2
630
HBT630CU
63.0
34.3
44.0
53.0
127.0
800
HBT800CU
67.5
38.2
46.7
52.0
138.0
1000
HBT1000CU
78.7
42.2
54.0
55.0
157.4
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COMPRESSION TERMINALS
Section (mm2)
| 13 |
COMPRESSION TERMINALS
Preinsulated Ring Terminals –
(Halogen Free)
Description
l
Insulation Ring terminals with easy entry and
colour coded.
B
K
Construction
l
Brazed seam, Electrolytic tinned Cu strip.
l
Polyamide insulation of high resistance
l
Part numbers ending with ”D” are according
to DIN 46237.
Y
D
Working temperature
l
Resistance up to +105ºC for polyamide.
Section (mm2)
Dimensions (mm)
Part Number
Stud Size
ØK
B
ØD
Y
2.5
2.7
6.0
4.2
17.0
BE1M32D
3
3.2
6.0
4.2
17.0
BE1M37D
3.5
3.7
6.6
4.2
17.0
4.3
6.6
4.2
16.8
5.3
8.0
4.2
18.0
BE1M27D
BE1M43
0.5 - 1.5
4
BE1M43D
BE1M53D
5
5.3
10.0
4.2
19.0
BE1M65D
6
6.5
11.0
4.2
21.0
BE1M84
8
8.4
11.6
4.2
21.6
BE1M105
10
10.5
13.6
4.2
24.9
BE1M132
12
13.0
19.2
4.2
26.5
BE25M32D
3
3.2
6.0
4.8
17.0
BE25M37D
3.5
3.7
6.0
4.8
17.0
4.3
6.6
4.8
17.3
4.3
8.0
4.8
18.0
5.3
8.5
4.8
18.8
5.3
10.0
4.8
20.0
6.5
11.0
4.8
22.0
8.4
12.0
4.8
22.0
BE25M43
4
BE25M43D
BE25M53
1.5 - 2.5
5
BE25M53D
BE25M65D
6
COMPRESSION TERMINALS
BE25M84
| 14 |
8
BE25M84D
BE25M105
BE25M105D
4-6
4.8
23.0
13.6
4.8
24.9
10.5
18.0
4.8
24.5
12
13.0
19.2
4.8
27.0
BE6M37
3.5
3.7
9.5
6.8
22.3
BE6M43D
4
4.3
8.0
6.8
21.0
BE6M53D
5
4.3
10.0
6.8
22.0
BE6M65D
6
6.5
11.0
6.8
23.0
BE6M84D
8
8.4
14.0
6.8
26.0
10.5
15.0
6.8
27.7
10.5
18.0
6.8
28.0
BE6M105D
10 - 16
14.0
BE25M132
BE6M105
6 - 10
10
8.4
10.5
10
BE6M132
12
13.0
19.2
6.8
30.0
BA510N
5
5.3
10.0
7.5
24.0
BA610N
6
6.5
11.0
7.5
25.0
BA516N
5
5.3
11.0
8.0
30.0
BA616N
6
6.5
11.0
8.0
30.0
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COMPRESSION TERMINALS
Preinsulated Ring Terminals – (Halogen Free)
Section (mm2)
16 - 25
25 - 35
35 - 50
50 - 70
70 - 95
95 - 120
Part Number
Stud Size
BA525N
BA625N
Dimensions (mm)
ØK
B
ØD
Y
5
5.3
12.0
10.0
30.0
6
6.5
12.0
10.0
30.0
BA825N
8
8.4
7.5
16.0
36.0
BA635N
6
6.5
9.0
15.0
38.0
BA835N
8
8.4
9.0
16.0
38.0
BA850N
8
8.4
11.0
18.0
50.0
BA1050N
10
10.5
11.0
18.0
50.0
BA1250N
12
13.0
11.0
22.0
52.0
BA870N
8
8.4
13.0
22.0
54.0
BA1070N
10
10.5
13.0
22.0
54.0
BA1270N
12
13.0
13.0
22.0
54.0
BA1095N
10
10.5
15.0
24.0
58.0
BA1295N
12
13.0
15.0
24.0
58.0
BA1695N
16
17.0
15.0
28.0
60.0
BA12120N
12
13.0
16.5
24.0
60.0
BA16120N
16
17.0
16.5
28.0
64.0
Preinsulated Pin Terminals (Halogen Free)
Description
l
Insulation pin terminals with easy entry and colour
coded.
Construction
l
Brazed seam, Electrolytic tinned Cu strip.
l
Polyamide insulation of high resistance
l
Part number ending with “D” are according to
DIN 46231
Working temperature
l
Resistance up to +105 º C for polyamide.
Part Number
BE1W10
0.5 - 1.5
1.5 - 2.5
4-6
Dimensions (mm)
ØB
C
ØD
A
1.9
8.5
4.2
21.5
BE1W13D
1.9
10.5
4.2
24.5
BE1W17
1.9
16.5
4.2
29.5
BE25W10
1.9
8.5
4.8
22.0
BE25W13D
1.9
10.5
4.8
24.0
BE25W17
1.9
16.5
4.8
30.0
BE6W13D
2.7
10.5
6.8
25.5
BE6W17
2.7
16.5
6.8
31.5
BA10W13D
4.3
12.0
7.8
34.0
10 - 16
BA16W17D
5.5
13.0
10.8
40.7
16 - 25
BA25W17D
6.8
15.0
12.4
44.0
6 - 10
25 - 35
BA35W23D
8.0
20.0
14.0
52.5
35 - 50
BA50W23D
9.5
20.0
15.5
59.0
50 - 70
BA70W26D
11.0
31.0
18.0
69.0
70 - 95
BA95W26D
12.5
31.0
20.7
71.0
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COMPRESSION TERMINALS
Section (mm2)
| 15 |
COMPRESSION TERMINALS
Preinsulated Fork Terminals – (Halogen Free)
Description
l
Insulation Fork terminals with easy entry and colour coded.
Construction
l
Brazed seam, Electrolytic tinned Cu strip.
l
Polyamide insulation of high resistance
l
Part number ending with “D” are according to DIN 46237/C
Working temperature
l
Resistance up to +105ºC for polyamide.
Section
(mm²)
0.5 - 1.5
Part Number
Stud Size
ØK
B
ØD
Y
BE1FM27D
2.5
2.7
6.0
4.2
17.0
BE1FM32D
3
3.2
6.0
4.2
17.0
BE1FM37D
3.5
3.7
6.0
4.2
17.0
4.3
6.4
4.2
16.8
4.3
8.0
4.2
18.0
5.3
8.0
4.2
17.5
5.3
10.0
4.2
19.0
BE1FM43
BE1FM43D
BE1FM53
BE1FM53D
COMPRESSION TERMINALS
| 16 |
6 - 10
10 - 16
5
6
6.5
11.0
4.2
21.0
BE25FM32D
3
3.2
6.0
4.8
17.0
BE25FM37D
3.5
3.7
6.0
4.8
17.0
4.3
6.4
4.8
17.3
4.3
8.0
4.8
18.0
5.3
8.5
4.8
18.3
5.3
10.0
4.8
20.0
BE25FM43D
BE25FM53
BE25FM53D
4-6
4
BE1FM65D
BE25FM43
1.5 - 2.5
Dimensions (mm)
4
5
BE25FM65D
6
6.5
11.0
4.8
22.0
BE25FM84D
8
8.4
14.0
4.8
23.0
BE6FM37
3.5
3.7
7.2
6.8
21.5
BE6FM43D
4
4.3
8.0
6.8
21.0
BE6FM53D
5
5.3
10.0
6.8
22.0
BE6FM65D
6
6.5
11.0
6.8
23.0
BE6FM84D
8
8.4
14.0
6.8
26.0
BA510FN
5
5.3
10.5
7.5
17.0
BA610FN
6
6.6
10.5
7.5
17.0
BA516FN
5
5.3
11.0
8.0
20.0
BA616FN
6
6.5
11.0
8.0
20.0
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COMPRESSION TERMINALS
Preinsulated Splices – (Halogen Free)
Description
l
Insulation Splices with easy entry and colour coded.
Construction
l
Brazed seam, Electrolytic tinned Cu strip.
l
Polyamide insulation of high resistance
Working temperature
l
Resistance up to +105ºC for polyamide
Dimensions (mm)
Section (mm²)
Part Number
ØD
Ød
L
0.5 – 1.5
BSV1N
4.0
1.7
23.0
1.5 – 2.5
BSV25N
4.5
2.3
23.0
4-6
BSV6N
6.8
3.4
27.0
Description
l
Brazed seam, Electrolytic tinned Cu strip.
l
Pin terminals according to DIN 46230
Construction
l
Heat resistance up to + 125ºC
Section (mm²)
Part Number
0.1 - 1.5
Dimensions (mm)
ØB
ØA
C
L
BY1W13D
1.6
1.9
13.5
18.3
1.5 - 2.5
BY25W13D
2.3
1.9
13.5
18.3
4-6
BY6W13D
3.6
2.7
13.5
19.5
6 - 10
BY10W13D
4.7
4.3
12.0
22.0
10 - 16
BY16W17D
5.8
5.5
13.0
26.0
16 - 25
BY25W17D
7.0
6.8
15.0
33.5
25-35
BY35W23D
8.8
8.0
20.0
40.5
35-50
BY50W23D
10.0
9.5
20.0
45.0
50-70
BY70W26D
11.8
11.0
23.0
55.0
70-95
BY95W26D
13.9
12.5
23.0
55.0
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COMPRESSION TERMINALS
Uninsulated Pin Terminals
| 17 |
COMPRESSION TERMINALS
MV Compression Terminals - Water Blocked
Description
l
Our MV Water Blocked crimping terminals are designed and manufactured to provide reliable electrical connections utilizing
high conductive copper.
l
The Current carrying capacity of these lugs is at least equal to or higher than that of the main conductor.
l
The connections withstand a wide range of electrical and environmental conditions, including surges, high temperatures,
corrosion resistance and vibrations.
l
The connector design has been matched to the cable size to provide the necessary physical strength requirements for safe and
secure electrical performance.
COMPRESSION TERMINALS
Construction
l
Made from 99.9% copper
l
Thick walled copper tube with water proof seal.
l
11kV & 36kV applications for use in indoor and outdoor applications.
l
Also available with Tin Plating (Add “TN” at the end of the part number for Tin plating )
| 18 |
SEALED WITH SOLDER PASTER
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COMPRESSION TERMINALS
MV Compression Terminals - Water Blocked
Technical Characteristics
16
25
35
50
70
95
120
150
185
240
300
400
500
630
800
1000
Stud
size
Part
Number
10
12
10
12
10
12
10
12
10
12
10
12
16
12
16
12
16
12
16
12
16
20
12
16
20
12
16
20
12
16
20
16
20
16
16
YCAW016C10
YCAW016C12
YCAW025C10
YCAW025C12
YCAW035C10
YCAW035C12
YCAW050C10
YCAW050C12
YCAW070C10
YCAW070C12
YCAW095C10
YCAW095C12
YCAW095C16
YCAW120C12
YCAW120C16
YCAW150C12
YCAW150C16
YCAW185C12
YCAW185C16
YCAW240C12
YCAW240C16
YCAW240C20
YCAW300C12
YCAW300C16
YCAW300C20
YCAW400C12
YCAW400C16
YCAW400C20
YCAW500C12
YCAW500C16
YCAW500C20
YCAW630C16
YCAW630C20
YCAW800C16
YCAW1000C16
Dimensions (mm)
I.D.
O.D.
B
C
5.2
10.0
30.0
18.1
6.8
10.0
30.0
18.1
8.1
13.3
30.0
20.5
9.3
13.3
30.0
20.5
11.0
20.0
35.0
27.6
12.8
20.0
40.0
27.2
14.3
22.5
45.0
32.0
16.1
22.5
50.0
32.0
17.8
22.5
50.0
32.0
20.3
29.7
60.0
41.5
23.0
29.7
60.0
45.0
26.7
34.3
60.0
50.0
29.8
38.1
60.0
55.4
34.3
44.0
67.0
66.0
38.2
42.0
46.7
54.0
77.0
77.0
70.0
78.0
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D
Z
L
22.7
28.8
22.7
28.8
22.7
28.8
22.7
28.8
22.7
28.8
22.7
28.8
34.8
28.8
34.8
28.8
34.8
28.8
34.8
28.8
34.8
34.8
28.8
34.8
34.8
34.8
34.8
34.8
50.0
50.0
50.0
55.0
55.0
55.0
55.0
12.4
14.4
12.4
14.4
12.4
14.4
12.4
14.4
12.4
14.4
12.4
14.4
17.4
14.4
17.4
14.4
17.4
14.4
17.4
14.4
17.4
17.4
14.4
17.4
17.4
17.4
17.4
17.4
25.0
25.0
25.0
27.0
27.0
27.0
27.0
60.7
66.8
60.7
66.8
64.7
70.8
65.7
71.8
66.7
72.8
69.7
75.8
81.8
91.8
97.8
96.8
102.8
97.8
103.8
112.8
118.8
118.8
113.8
119.8
120.8
120.8
120.8
120.8
147.0
147.0
147.0
173.0
173.0
195.0
195.0
COMPRESSION TERMINALS
Area
mm2
| 19 |
COMPRESSION TERMINALS
MV Copper Splices - Water Blocked
Description
l
Our MV Water Blocked Splices for Medium Voltage cables are designed
and manufactured to provide reliable electrical connections utilizing high
conductive copper.
l
The current carrying capacity of these splices is at least equal to or higher
than of the main conductor.
l
These splices have a solid central water block to provide moisture seal,
with tapered ends.
l
The connector design has been matched to the cable size to provide
the necessary physical strength requirements for reliable electrical
performance.
Construction
l
Made from 99.9% copper
l
Thick walled copper tube with water proof seal.
l
Also available with Tin Plating (Add “TN” at the end of the part number for
Tin plating )
COMPRESSION TERMINALS
Technical Characteristics
| 20 |
Dimensions (mm)
Section
(mm2)
Part Number
I.D.
O.D.
L
A
F
50
YCS050CVW
9.3
13.3
78.0
58.0
33.0
70
YCS070CVW
11.0
95
YCS095CVW
12.8
20.0
97.0
67.0
40.0
120
YCS120CVW
14.3
150
YCS150CVW
16.1
22.5
120.0
88.0
54.0
185
YCS185CVW
17.8
240
YCS240CVW
20.3
300
YCS300CVW
23.0
146.0
106.0
64.0
400
YCS400CVW
26.7
34.3
500
YCS500CVW
29.8
38.1
142.0
114.0
60.0
29.7
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COMPRESSION TERMINALS
MV Copper Splices
Description
l
Our MV Copper Splices for Medium Voltage cables are designed and
manufactured to provide reliable electrical connections utilizing high conductive
copper.
l
The current carrying capacity of these splices is at least equal to or higher than
of the main conductor.
l
The splices have a through bore, tapered ends and a centre sight hole.
l
The connector design has been matched to the cable size to provide the
necessary physical strength requirements for reliable electrical performance.
Construction
l
Made from 99.9% copper
l
Thick walled copper tube.
l
Range of copper splices taking wires from 16 – 630 mm².
l
Also available with Tin Plating (Add “TN” at the end of the part number for Tin
plating )
Technical Characteristics
Dimensions (mm)
Part Number
16
YCS016CV
5.2
25
YCS025CV
6.8
35
YCS035CV
8.1
50
YCS050CV
9.3
I.D.
70
YCS070CV
11.0
95
YCS095CV
12.8
O.D.
L
A
60.0
40.0
10.0
13.3
20.0
120
YCS120CV
14.3
150
YCS150CV
16.1
185
YCS185CV
17.8
240
YCS240CV
20.3
300
YCS300CV
23.0
400
YCS400CV
26.7
34.3
500
YCS500CV
29.8
38.1
630
YCS630CV
34.3
44.0
70.0
80.0
50.0
90.0
22.5
100.0
29.7
120.0
68.0
80.0
92.0
176.0
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166.0
COMPRESSION TERMINALS
Section
(mm2)
| 21 |
COMPRESSION TERMINALS
Bimetallic Terminals
Description
l
The product ranges of bimetallic terminals are designed for reliable and
controllable electrical bimetallic connections.
l
The current carrying capacity of these splices is at least equal to or higher than
of the main conductor.
l
Terminals are made of Aluminium barrel and copper palm friction welded.
l
The barrel is pre-filled with neutral grease and capped.
l
The barrel design has been matched to the cable range size to provide the
necessary physical strength requirements for reliable electrical performance.
l
These terminals are designed for M.V. and L.V. underground distribution
applications.
l
The bimetallic terminals meet the NFC 33.090 standard.
Construction
l
Made from
o Palm
o Barrel
: Cu
: Al
99.9 % pure
99.5 % pure
Figure 1
Figure 2
COMPRESSION TERMINALS
Technical Characteristics
| 22 |
Dimensions (mm)
Section
(mm2)
Part Number
ØA
ØB
ØC
ØD
E
F
P
L
25
Y4A25A105C
6.5
16.0
20.0
10.5
48.0
41.5
4.5
83.0
35
Y4A35A128C
8.0
16.0
25.0
12.8
48.0
41.5
5.0
89.0
50
Y4A50A128C
9.0
20.0
25.0
12.8
47.0
41.5
5.0
89.0
70
Y4A70A128C
11.0
20.0
25.0
12.8
47.0
41.5
5.0
89.0
95
Y4A95A128C
12.5
20.0
25.0
12.8
47.0
41.5
5.0
89.0
120
Y4A120A128C
13.7
25.0
30.0
12.8
63.5
57.0
6.0
112.0
150
Y4A150A128C
15.5
25.0
30.0
12.8
63.5
57.0
6.0
112.0
185
Y4A185A128C
17.0
32.0
30.0
12.8
63.0
57.0
6.0
114.0
240
Y4A240A128C
19.5
32.0
30.0
12.8
63.0
57.0
6.0
114.0
300
Y4A300A165C
23.3
40.0
36.0
16.5
99.0
91.0
7.0
156.0
400
Y4A400A165C
26.0
40.0
36.0
16.5
99.0
91.0
7.0
156.0
500
Y4A500A490C
29.1
47.0
60x60
4x9
101.0
92.5
10.0
187.0
630
Y4A630A490C
32.5
47.0
60x60
4x9
101.0
92.5
10.0
187.0
Fig.
1
2
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CABLE CLEATING & FIXING SYSTEMS
One & Two Bolt Cable Clamps - Non-Metallic
l
l
Manufactured as Standard in Black Polypropylene (B)
or Black Flame Retardant V0 Zero Halogen Phosphorus
Free Nylon (LSF) or to special order in a London
Underground Approved Material (LUL).
E
D
Used to fix power cables in Indoor and Outdoor
applications.
H
W
Selection Table for Single Bolt Cable Clamps
Part No
1F-10
1F-11
1F-12
1F-13
1F-14
1F-15
1F-16
1F-17
1F-18
1F-19
Material
Suffix
Cable Dia
Range
(mm)
W
H
D
E
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
10-13
13-16
16-19
19-23
23-27
27-32
32-38
38-46
46-51
51-57
37.8
41.2
44.3
48.2
52.2
57.1
63.1
71.3
77.3
83.2
27.0
30.0
33.0
36.0
40.0
44.0
49.0
58.0
67.0
72.0
41.4
41.4
41.4
41.4
41.4
41.4
41.4
41.4
41.4
41.4
10.2
10.4
10.7
10.9
11.3
11.6
12.1
12.9
13.5
13.9
Dimensions (mm)
Weight (g)
Fixing
Holes
Pack Qty
1 x M10
1 x M10
1 x M10
1 x M10
1 x M10
1 x M10
1 x M10
1 x M10
1 x M10
1 x M10
100
100
100
100
100
100
100
50
50
50
B
LSF
LUL
14.6
17.0
19.6
22.4
25.8
29.2
34.2
47.8
54.0
59.0
19.6
23.0
26.4
30.2
34.6
39.0
46.2
64.0
73.2
80.4
23.8
27.7
32.0
36.5
42.0
47.6
55.7
77.9
88.0
96.2
Max S/C Test
Level
(Multi - Core
Cable)
Cleat
Spacing
76kA
600 mm
H
D
W
Selection Table for Two Bolt Cable Clamps
Dimensions (mm)
Part No
Material
Suffix
Cable Dia
Range
(mm)
W
H
D
2F-07
2F-08
2F-09
2F-10
2F-11
2F-1200
2F-1201
2F-1202
2F-131
2F-132
2F-141
2F-142
2F-151
2F-152
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
B/LSF/LUL
38-46
46-51
51-57
57-64
64-70
70-76
76-83
83-90
90-97
97-105
105-112
112-120
120-128
128-135
92
103
103
103
130
130
130
130
150
150
161
169
177
185
60
71
76
82
89
95
100
108
115
122
130
138
148
158
54
54
54
54
54
54
54
54
54
54
54
54
54
54
Weight (g)
P
Fixing
Holes
Pack Qty
68
79
79
79
106
106
106
106
126
126
135
143
151
158
2 x M10
2 x M10
2 x M10
2 x M10
2 x M10
2 x M10
2 x M10
2 x M10
2 x M10
2 x M10
2 x M10
2 x M10
2 x M10
2 x M10
25
25
25
25
15
15
10
10
5
5
5
5
5
5
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B
LSF
LUL
73.0
80.9
95.0
89.1
116.0
124.0
126.0
128.0
152.0
156.0
179.5
193.5
212.2
228.5
91.0
109.9
119.0
122.5
157.3
167.3
170.0
172.0
208.0
208.0
238.8
261.0
280.0
304.4
119.0
132.0
155.0
156.5
189.0
202.0
205.0
208.0
248.0
254.0
292.2
315.4
346.0
372.4
C A B L E C L E AT I N G & F I X I N G S Y S T E M S
P
| 23 |
CABLE CLEATING & FIXING SYSTEMS
Industrial Cable Clamp
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l
C A B L E C L E AT I N G & F I X I N G S Y S T E M S
l
| 24 |
Industrial Cable Clamp is available in Black LLDPE (B) or Black Polymeric (LUL) material.
Used to fix power cables in Indoor and Outdoor applications.
Material data sheets are available upon request.
Part No
Cable Range
(mm)
Dimensions (mm)
Fixing
Holes
Pack
Qty
SWL
kgf
LLDPE
LUL
Min
Dia
Max
Dia
B
C
D
17-01B
17-01LUL
10
15
17.6
27.8
12
1 x M4
100
17-02B
17-02LUL
12
17
20.8
32.0
14
1 x M4
17-03B
17-03LUL
15
20
25.3
37.1
16
17-04B
17-04LUL
18
24
29.6
41.0
17-05B
17-05LUL
22
29
35.4
17-06B
17-06LUL
26
34
17-07B
17-07LUL
32
17-08B
17-08LUL
39
Weight (g)
LLDPE
LUL
18
2.0
3.5
100
24
3.3
5.4
1 x M4
100
32
5.2
8.6
18
1 x M4
100
39
7.3
12.2
52.1
20
1 x M6
50
52
11.2
18.6
40.9
58.2
22
1 x M6
50
66
16.5
27.9
42
49.2
69.3
25
1 x M6
25
79
25.6
42.9
51
58.5
81.7
26
1 x M6
25
93
36.2
60.1
Note: Ducab Cable Ties also available upon request.
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H
P
W
D
Two Bolt Cable Clamp
Cable Range (mm)
Dimensions (mm)
Min. Dia
Max. Dia
W
H
D
P
Fixing
Holes
2A-07N
38
46
94
48
49
68
2 x M10
25
174
2A-08N
46
51
104
54
49
79
2 x M10
25
214
2A-09N
51
57
105
61
49
79
2 x M10
25
224
2A-10N
57
64
105
68
49
79
2 x M10
25
234
2A-11N
64
70
133
74
64
106
2 x M10
10
360
2A-1200N
70
76
133
80
64
106
2 x M10
10
376
2A-1201N
76
83
133
87
64
106
2 x M10
10
388
2A-1202N
83
90
133
94
64
106
2 x M10
5
392
2A-131N
90
97
154
101
76
126
2 x M10
5
520
2A-132N
97
105
154
109
76
126
2 x M10
5
524
2A-141N
105
112
165
118
76
135
2 x M10
5
590
2A-142N
112
120
173
124
76
145
2 x M10
5
642
Part No
Specials: For cable diameters above 120mm please contact or sales office.
Pack
Qty
Weight (g)
CABLE CLEATING & FIXING SYSTEMS
Phoenix - Ducab Flam BICC Fire Resistant Cable Cleat
Cable Clamps that are re proof, corrosion resistant & easy to t for Fire Resistant Cables.
l
l
l
l
C A B L E C L E AT I N G & F I X I N G S Y S T E M S
l
| 26 |
The Phoenix Cleat is specifically designed for installation of fire protection (FR) cables.
The Cable clamps have been successfully tested for fire resistance in accordance with BS 5839-1: 2002, section 26.2d.
Available in 11 sizes from 10mm to 65mm in diameters to suit single cables.
Short Circuit testing in accordance with IEC 61914:2009 has also been completed successfully.
Manufactured from 316L Stainless Steel.
Max S/C
Test Levels
Cleat
Spacing
60kA
600mm
Weight (g)
Part number
Cable
Range
Dia (mm)
W
H
D
E
Fixing Holes
(mm)
1FP-10SS
10-13
40
21
40
13.7
1 X M10
91
1FP-11SS
13-16
44
24
40
13.7
1 X M10
106
1FP-12SS
16-19
47
27
40
13.7
1 X M10
113
1FP-13SS
19-23
51
31
40
13.7
1 X M10
125
1FP-14SS
23-27
55
35
40
13.7
1 X M10
139
1FP-15SS
27-32
60
40
40
13.7
1 X M10
153
1FP-16SS
32-38
66
46
40
13.7
1 X M10
174
1FP-17SS
38-46
74
54
40
13.7
1 X M10
201
1FP-18SS
46-51
80
59
40
13.7
1 X M10
225
1FP-19SS
51-57
85
64
40
13.7
1 X M10
242
1FP-20SS
57-65
93
73
40
13.7
1 X M10
265
Dimensions (mm)
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CABLE CLEATING & FIXING SYSTEMS
Alpha - Aluminium Trefoil Cable Cleat
A new, stronger alternative to the traditional cast aluminium cleat.
l
l
l
l
l
More robust than the original trefoil cast cable cleats.
Alpha Cleats come with easy one bolt fixing and zinc plated steel closing fastners.
Alpha Cleats are available with two base options Aluminium or Polymer.
The Polymeric base can be used to prevent galvanic corrosion.
Manufactured in extruded aluminium (6000 series) to BS EN 755.
Special options available on request are:
l
Single Cable format to specific cable diameters
l
Polyester Coated
l
Alternative Fastners
Max S/C
Test Levels
Cleat
Spacing
72kA
600mm
96kA
300mm
H
W
D
Part No
Trefoil Cable dia
Range (mm)
Dimensions (mm)
Min dia
Max dia
W
H
D
Fixing
Holes
(mm)
ALP01-AN1
23.2
25.1
76
93
48.5
1 x M10
168
ALP02-AN0
ALP02-AN1
25.1
27.1
79
96
48.5
1 x M10
178
ALP03-AN0
ALP03-AN1
27.1
29.3
82
101
48.5
1 x M10
185
ALP04-AN0
ALP04-AN1
29.3
31.7
86
105
48.5
1 x M10
195
ALP05-AN0
ALP05-AN1
31.7
34.2
91
110
48.5
1 x M10
205
ALP06-AN0
ALP06-AN1
34.2
37.0
96
116
48.5
1 x M10
217
ALP07-AN0
ALP07-AN1
37.0
40.0
101
121
48.5
1 x M10
229
ALP08-AN0
ALP08-AN1
40.0
43.2
106
127
48.5
1 x M10
241
ALP09-AN0
ALP09-AN1
43.2
46.7
113
134
48.5
1 x M10
255
ALP10-AN0
ALP10-AN1
46.7
50.5
119
141
48.5
1 x M10
272
ALP11-AN0
ALP11-AN1
50.5
54.6
127
148
48.5
1 x M10
288
ALP12-AN0
ALP12-AN1
54.6
59.0
135
156
48.5
1 x M10
307
ALP13-AN0
ALP13-AN1
59.0
63.8
144
165
48.5
1 x M10
327
ALP14-AN0
ALP14-AN1
63.8
69.0
153
175
48.5
1 x M10
348
ALP15-AN0
ALP15-AN1
69.0
74.6
163
186
48.5
1 x M10
372
Aluminium
Base
LSF Zero
Halogen
Base
ALP01-AN0
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Weight (g)
C A B L E C L E AT I N G & F I X I N G S Y S T E M S
Selection Table for Trefoil Cable Application
| 27 |
CABLE CLEATING & FIXING SYSTEMS
Vari-cleat - Stainless Steel & Aluminium Cable Cleats
When you need compact cleats where the base can be xed before the cables are in position.
l
l
l
Vari-cleats withstand moderate levels of short-circuit and have a separate over strap that can be installed once the cables
are in position.
Available for trefoil, single or bundled cables.
Available in over 30 sizes with range taking capability.
The design includes:
i. Base cast in aluminium (optional polyester or Kelvar available on request)
ii. Overstrap manufactured from type 316L stainless steel.
iii. Silicon Low Smoke & Fume liner is available on request.
Cleat
Spacing
101kA
600mm
C A B L E C L E AT I N G & F I X I N G S Y S T E M S
Max S/C
Test Level
| 28 |
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CABLE CLEATING & FIXING SYSTEMS
Vari-cleat - Stainless Steel & Aluminium Cable Cleats
Selection Table for Single & Trefoil Applications
Part No.
Sufx
(see
below)
Cable Range
No Liner (mm)
Cable Range
with Liner (mm)
Trefoil
Dia
Single
Dia
Trefoil
Dia
Single
Dia
W
H
D
P
Fixing Hole
(mm)
Weight
(g)
VC-AN1-
21-24
36-43
19-22
31-38
82
80
74
25
2 x M8
373
VC-AN2-
22-26
41-48
21-24
36-43
82
84
74
25
2 x M8
373
VC-AN3-
24-28
44-51
23-26
39-46
83
88
74
25
2 x M8
373
VC-AN4-
26-30
49-54
25-29
44-51
86
92
74
25
2 x M8
373
VC-BN1-
29-33
51-59
27-31
46-54
97
94
74
25
2 x M8
430
VC-BN2-
30-35
55-63
29-33
50-58
97
97
74
25
2 x M8
430
VC-BN3-
32-37
60-68
30-36
55-63
100
101
74
25
2 x M8
430
VC-BN4-
34-38
64-70
33-38
59-68
104
105
74
25
2 x M8
430
VC-CN1-
37-42
68-76
35-40
63-71
117
105
76
25
2 x M8
490
VC-CN2-
39-44
72-81
37-42
67-76
117
109
76
25
2 x M8
490
VC-CN3-
42-47
76-85
39-45
71-80
118
115
76
25
2 x M8
490
VC-CN4-
44-48
81-87
44-48
76-86
124
121
76
50
2 x M8
490
VC-DN1-
47-53
86-96
47-51
81-91
138
126
78
50
2 x M8+1 x M10
610
VC-DN2-
50-56
91-100
49-54
86-95
141
132
78
50
2 x M8+1 x M10
610
VC-DN3-
54-59
96-105
52-57
91-100
147
138
78
50
2 x M8+1 x M10
610
VC-DN4-
56-60
101-106
55-60
96-106
153
144
78
75
2 x M8+1 x M10
610
VC-EN1-
59-63
105-112
58-62
100-107
163
147
80
75
2 x M8+1 x M10
730
VC-EN2-
62-67
111-118
61-66
106-113
167
154
80
75
2 x M8+1 x M10
730
VC-EN3-
65-70
118-125
64-69
113-120
174
160
80
75
2 x M8+1 x M10
730
VC-EN4-
68-74
125-132
67-73
120-127
181
167
80
75
2 x M8+1 x M10
730
VC-FN1-
71-76
125-140
69-74
120-135
187
170
82
90
3 x M12
880
VC-FN2-
74-80
132-145
72-78
128-140
194
177
82
90
3 x M12
880
VC-FN3-
78-84
139-152
76-82
134-147
201
185
82
90
3 x M12
880
VC-FN4-
82-88
148-160
80-86
143-155
210
193
82
90
3 x M12
880
VC-GN1-
84-91
145-160
82-89
140-155
217
197
82
114
3 x M12
970
VC-GN2-
88-95
155-170
86-93
150-165
225
205
82
114
3 x M12
970
VC-GN3-
92-99
165-180
90-97
160-175
233
213
82
114
3 x M12
970
VC-GN4-
96-103
175-190
94-101
170-185
240
221
82
114
3 x M12
970
VC-HN1-
98-106
170-190
96-104
165-185
247
229
84
136
3 x M12
1170
VC-HN2-
102-110
180-200
100-108
175-195
255
237
84
136
3 x M12
1170
VC-HN3-
106-114
190-205
104-112
185-200
263
245
84
136
3 x M12
1170
VC-HN4-
110-118
200-215
108-116
195-210
271
252
84
136
3 x M12
1170
A
No liner
N
Natural
B
Linered
P
Polyester - Black
C
Heavy Duty No liner
K
Kelvar
D
Heavy Duty Linered
C
Kelvar & Flange Nut
Sufx 2
Sufx 3
0
T: +971 4 815 8888 | W: www.ducab.com | E: ducab@ducab.com
Standard Holes
C A B L E C L E AT I N G & F I X I N G S Y S T E M S
Sufx 1
Dimensions (mm)
| 29 |
CABLE CLEATING & FIXING SYSTEMS
Vulcan+ Stainless Steel Cable Cleat
When you need cleats that withstand moderate levels of short-circuit.
l
Vulcan+ Cleats have a unique compact design so that they can be easily installed, even when space is limited.
l
Available in multiple sizes with range-taking capability, to suit trefoil, single, quad or bundled cables.
l
Manufactured in Type 316L stainless steel, Vulcan+ offers excellent protections against the harshest environmental
conditions.
l
The cleat comes with an integral Low smoke and Fume Zero Halogen Polymeric liner and base pad to protect and cushion
the cables during short-circuit conditions.
l
For a more economical installation, cleats can be spaced more widely, with a retention strap fitted in between. (See Page
Flexi Strap 33)
C A B L E C L E AT I N G & F I X I N G S Y S T E M S
W
| 30 |
W
H
H
Central ø10.2 hole
Cleat Depth 59.00mm
VRT+00 to VRT+09 inclusive
Cleat
Spacing
104kA
600mm
132kA
300mm
W
W
H
H
Central ø10.2 hole
Cleat Depth 59.00mm
VRT+00 to VRT+09 inclusive
Max S/C
Test Level
P1
Three holes @ ø10.2 mm
Cleat Depth 59.00mm
VRT+10 to VRT+20 inclusive
P1
Three holes @ ø10.2 mm
Cleat Depth 59.00mm
VRT+10 to VRT+20 inclusive
T: +971 4 815 8888 | W: www.ducab.com | E: ducab@ducab.com
CABLE CLEATING & FIXING SYSTEMS
Vulcan+ Range Taking Cable Cleat
Selection Table for Trefoil & Single Cable Application
Single Cable Range
(mm)
Dimensions (mm)
Part No
Weight
(g)
Min Dia
Max Dia
Min Dia
Max Dia
W
H
D
P
Fixing
Holes
VRT+00
19
24
30
42
60
93
54
n/a
1 x M10
251
VRT+01
23
28
38
50
63
98
54
n/a
1 x M10
258
VRT+02
27
32
43
58
72
106
54
n/a
1 x M10
269
VRT+03
30
35
49
64
79
112
54
n/a
1 x M10
279
VRT+04
33
38
55
70
85
118
54
n/a
1 x M10
284
VRT+05
36
42
58
75
96
125
54
n/a
1 x M10
319
VRT+06
40
46
63
84
105
133
54
n/a
1 x M10
331
VRT+07
44
50
73
90
112
140
54
n/a
1 x M10
391
VRT+08
48
55
83
100
121
149
54
n/a
1 x M10
405
VRT+09
51
58
86
104
126
154
54
n/a
1 x M10
411
VRT+10
55
62
88
110
134
162
54
50
3 x M10
442
VRT+11
59
66
90
115
143
170
54
50
3 x M10
453
VRT+12
63
70
100
125
152
177
54
50
3 x M10
460
VRT+13
67
74
107
132
161
185
54
75
3 x M10
524
VRT+14
71
78
120
145
169
192
54
75
3 x M10
536
VRT+15
74
82
125
150
176
199
54
75
3 x M10
542
VRT+16
77
85
132
153
183
205
54
75
3 x M10
544
VRT+17
81
89
136
156
190
216
54
75
3 x M10
618
VRT+18
85
93
139
159
200
225
54
75
3 x M10
628
VRT+19
89
97
142
162
200
235
54
75
3 x M10
637
VRT+20
93
101
150
170
215
240
54
75
3 x M10
646
Selection Table for Quad Cable Application
Part No
Quad Cable Range
(mm)
Dimensions (mm)
Min Dia
Max Dia
W
H
D
P
Fixing
Holes
Weight
(g)
VRQ+01
23
25
68
110
54
n/a
1 x M10
284
VRQ+02
26
27
70
113
54
n/a
1 x M10
286
VRQ+03
28
32
80
128
54
n/a
1 x M10
318
VRQ+04
33
42
103
148
54
n/a
1 x M10
378
VRQ+05
43
47
120
165
54
n/a
1 x M10
452
VRQ+06
48
50
121
170
54
n/a
1 x M10
467
VRQ+07
51
57
140
190
54
50
3 x M10
486
VRQ+08
58
63
150
200
54
50
3 x M10
499
VRQ+09
64
70
170
218
54
75
3 x M10
581
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C A B L E C L E AT I N G & F I X I N G S Y S T E M S
Trefoil Cable Range
(mm)
| 31 |
CABLE CLEATING & FIXING SYSTEMS
Emperor - Stainless Steel Cable Cleat
When you need cleats that withstand the highest level of short-circuit
l
l
l
The Emperor range offers the ultimate protection against
the harshest conditions. Its unique design helps in quick
installation.
Manufactured in Type 316L stainless steel.
Available in multiple sizes with range taking capability, to
suit trefoil or single cables.
Trefoil
l
l
Supplied with integral Low Smoke and Fume Polymeric
liner and base pad to protect and cushion cables during
short circuit conditions.
For a more economical installations, cleats can be
spaced more widely, with a retention strap fitted in
between (see Flexi Strap Page 33)
Single
D1
H
D1
H
D2
D1
D1
Max S/C
Test Level
Cleat
Spacing
156kA
600mm
195kA
300mm
235kA
225mm
D2
P
P
W
W
Cleat Depth 54mm
Selection Table for Trefoil Cable Application
C A B L E C L E AT I N G & F I X I N G S Y S T E M S
Part No
| 32 |
ER23-28
ER27-32
ER30-35
ER33-38
ER36-42
ER40-46
ER44-50
ER48-55
ER51-58
ER55-62
ER59-66
ER63-70
ER67-74
ER71-78
ER74-82
ER77-85
ER82-88
ER88-96
ER96-103
ER103-111
ER111-119
ER119-128
Cable Range (mm)
Dimensions (mm)
Min dia
Max dia
W
H
D
P
Fixing Holes
23
27
30
33
36
40
44
48
51
55
59
63
67
71
74
77
82
88
96
103
111
119
28
32
35
38
42
46
50
55
58
62
66
70
74
78
82
85
88
96
103
111
119
128
96
97
99
103
124
125
130
132
136
160
163
166
169
172
177
183
191
207
221
237
253
265
83
88
91
95
100
106
117
121
128
135
143
151
158
165
171
177
187
203
218
235
250
275
54
54
54
54
54
54
54
54
54
54
54
54
54
54
54
54
54
54
54
54
54
54
25
25
25
25
50
50
50
50
50
75
75
75
75
75
75
75
75
75
75
75
75
75
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
Weight (g)
425
440
445
460
600
605
630
640
650
810
825
850
850
890
890
905
820
890
940
950
1010
1220
Selection Table for Single Cable Application
Part No
ES32-39
ES37-45
ES44-52
ES51-59
ES58-66
ES65-73
ES73-85
ES84-94
ES94-118
ES118-130
ES127-150
Cable Range (mm)
Min dia
32
37
44
51
58
65
73
84
94
118
127
Max dia
39
45
52
59
66
73
85
94
118
130
150
Dimensions (mm)
W
91
96
99
103
109
111
135
135
160
175
180
H
89
93
98
102
101
103
112
135
150
160
180
D
54
54
54
54
54
54
54
54
54
54
54
P
25
25
25
25
25
25
50
50
75
75
75
Fixing Holes
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
2 x M10 + 1 x M12
T: +971 4 815 8888 | W: www.ducab.com | E: ducab@ducab.com
Weight (g)
450
470
480
490
500
510
640
660
710
900
940
CABLE CLEATING & FIXING SYSTEMS
Flexi Strap - Stainless Steel Intermediate Short Circuit Strap
Retains ultimate protection when your cleats are widely spaced.
l
Immensely strong intermediate straps that can be used on trefoil cables with our Vulcan+ and Emperor cleats, for a more
cost effective solution.
l
Available in standard or heavy duty form, the FlexiStrap is manufactured in type 316L stainless steel, and can withstand the
highest levels of short-circuit.
l
The design is easy to use and can be rapidly installed.
l
In its standard form (SD), FlexiStrap would typically be paired with Vulcan+ cleats and is installed by wrapping the strap
twice around the cables. In its heavy duty form (HD), FlexiStrap would typically be paired with Emperor cleats and is
installed by wrapping the strap three times around the cables.
l
Short circuit tested in accordance with IEC 61914:2009.
l
Supplied with or without a Low Smoke and Fume Zero Halogen Polymeric liner. However, if it needs to comply with the
standard, it must have this liner.
Part No
Heavy Duty (HD)
Trefoil Cable
Formation (mm)
Min. Dia.
Max.
Dia.
Weight
(g)
Part No
Trefoil Cable
Formation (mm)
Min. Dia.
Max.
Dia.
Weight
(g)
FS24-34SD
24
34
131
FS24-34HD
24
34
165
FS30-41SD
30
41
144
FS30-41HD
30
41
185
FS37-47SD
37
47
155
FS37-47HD
37
47
202
FS43-54SD
43
54
168
FS43-54HD
43
54
221
FS50-60SD
50
60
180
FS50-60HD
50
60
238
FS56-67SD
56
67
193
FS56-67HD
56
67
258
FS63-73SD
63
73
204
FS63-73HD
63
73
275
FS69-80SD
69
80
217
FS69-80HD
69
80
294
FS72-85SD
72
85
226
FS72-85HD
72
85
308
FS82-95SD
82
95
245
FS82-95HD
82
95
336
FS92-105SD
92
105
264
FS92-105HD
92
105
364
FS102-115SD
102
115
282
FS102-115HD
102
115
392
FS112-125SD
112
125
301
FS112-125HD
112
125
420
FS122-135SD
122
135
319
FS122-135HD
122
135
448
FS132-145SD
132
145
338
FS132-145HD
132
145
476
FS-T001-4
Special Drive Socket
FS-T001-4
FlexiStrap is available with or without Polymeric LSF liner. If a liner is required add sufx L to the part number.
Sample Part number - Trefoil Strap 24 to 34mm Standard Duty with liner FS24-34SDL
FlexiStrap can also be used to contain bundles of cable.
l
All Straps are 50mm wide.
l
T: +971 4 815 8888 | W: www.ducab.com | E: ducab@ducab.com
Special Drive Socket
C A B L E C L E AT I N G & F I X I N G S Y S T E M S
Standard Duty (SD)
| 33 |
| 34 |
DUCAB XLPE Insulated 600/1000V Cables to BS 5467
CABLE ACCESSORIES REFERENCE CHART
T: +971 4 815 8888 | W: www.ducab.com | E: ducab@ducab.com
Nom.
Area
1.5
2.5
4
6
10
16
No. of
Cores
2
3
4
7
12
19
27
37
48
2
3
4
7
12
19
27
37
2
3
4
2
3
4
2
3
4
2
3
4
BW Gland
CW Gland
E1W Gland
Size
HGIB00000
Size
HGIB00000
Size
HGIB00000
20S
20S
20S
20
25
25
32
32
32
20S
20S
20S
20
25
32
32
40
20S
20S
20
20
20
20
25
25
25
25
25
25
17
17
17
18
19
19
20
20
20
17
17
17
18
19
20
20
21
17
17
18
18
18
18
19
19
19
19
19
19
20S
20S
20S
20
25S
25
32
32
32
20S
20S
20S
20
25
32
32
40
20S
20S
20
20
20
20
25S
25S
25
25S
25S
25
29
29
29
30
31
32
33
33
33
29
29
29
30
32
33
33
34
29
29
30
30
30
30
31
31
32
31
31
32
20S
20S
20S
20
25S
25
32
32
32
20S
20S
20S
20
25
32
32
40
20S
20S
20
20
20
20
25S
25S
25
25S
25S
25
46
46
46
47
48
49
50
50
50
46
46
46
47
49
50
50
51
46
46
47
47
47
47
48
48
49
48
48
49
Tinned
Copper Connector
Industrial
Cleat
HFIC00000
Two Bolt
Cleat
HFIC00000
HBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT6CHBT6CHBT6CHBT6CHBT6CHBT6CHBT10CHBT10CHBT10CHBT16CHBT16CHBT16C-
49
49
49
50
51
52
53
54
54
49
49
49
51
52
53
54
55
50
50
51
50
51
51
52
52
52
52
52
52
-
Nom.
Area
25
T: +971 4 815 8888 | W: www.ducab.com | E: ducab@ducab.com
35
50
70
95
120
150
185
240
300
400
500
630
Ordering Ref:
Note:
No. of
Cores
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
4
1
BW Gland
CW Gland
E1W Gland
Size
HGIB00000
Size
HGIB00000
Size
HGIB00000
25
32
32
32
32
32
32
32
32
32
32
40
32
40
50S
40
50S
50
40
50S
50
50S
50
63S
50
63S
63
63S
63
75S
75S
75S
75
75
-
19
20
20
20
20
20
20
20
20
20
20
21
20
21
22
21
22
23
21
22
23
22
23
24
23
24
25
24
25
26
26
26
27
27
-
25
32
32
32
32
32
32
32
32
32
32
40
32
40
50S
40
50S
50
40
50S
50
50S
50
63S
50
63S
63
63S
63
75S
75S
75S
75
90
* 50
32
33
33
33
33
33
33
33
33
33
33
34
33
34
35
34
35
36
34
35
36
35
36
37
36
37
38
37
38
39
39
39
40
41
09
25
32
32
32
32
32
32
32
32
32
32
40
32
40
50S
40
50S
50
40
50S
50
50S
50
63S
50
63S
63
63S
63
75S
75S
75S
75
90
-
49
50
50
50
50
50
50
50
50
50
50
51
50
51
52
51
52
53
51
52
53
52
53
54
53
54
55
54
55
56
56
56
57
58
-
When ordering connectors specify stud hole size required. Eg. HBT10C8 is a 10mm² connector with a 8mm stud hole.
The dimensions of cable vary with manufacturing tolerances. We advise the cable diameter is measured where possible
before purchasing components. The recommendations here are given in good faith but Ducab cannot be held liable for mistakes in selection however caused.
* CW Aluminium Cable Gland recommended
| 35 |
S TA N D A R D S E C T I O N C H A R T
Tinned
Copper Connector
Industrial
Cleat
HFIC00000
Two Bolt
Cleat
HFIC00000
HBT25CHBT25CHBT25CHBT35CHBT35CHBT35CHBT50CHBT50CHBT50CHBT70CHBT70CHBT70CHBT95CHBT95CHBT95CHBT120CHBT120CHBT120CHBT150CHBT150CHBT150CHBT185CHBT185CHBT185CHBT240CHBT240CHBT240CHBT300CHBT300CHBT300CHBT400CHBT400CHBT400CHBT500CHBT630C-
53
53
53
53
54
54
53
54
54
54
54
55
54
55
56
55
55
56
55
55
56
56
56
56
56
11
11
11
12
11
12
13
11
12
13
12
13
14
13
14
15
15
15
17
17
12
| 36 |
DUCAB Smokemaster LSF 600/1000V Cables to BS 6724
CABLE ACCESSORIES REFERENCE CHART
T: +971 4 815 8888 | W: www.ducab.com | E: ducab@ducab.com
Nom.
Area
1.5
2.5
4
6
10
16
No. of
Cores
2
3
4
7
12
19
27
37
48
2
3
4
7
12
19
27
37
2
3
4
2
3
4
2
3
4
2
3
4
BW Gland
CW Gland
E1W Gland
Size
HGLB00000
Size
HGLB00000
Size
HGLB00000
20S
20S
20S
20
25
25
32
32
32
20S
20S
20S
20
25
32
32
40
20S
20S
20
20
20
20
25
25
25
25
25
25
17
17
17
18
19
19
20
20
20
17
17
17
18
19
20
20
21
17
17
18
18
18
18
19
19
19
19
19
19
20S
20S
20S
20
25S
25
32
32
32
20S
20S
20S
20
25
32
32
40
20S
20S
20
20
20
20
25S
25S
25
25S
25S
25
29
29
29
30
31
32
33
33
33
29
29
29
30
32
33
33
34
29
29
30
30
30
30
31
31
32
31
31
32
20S
20S
20S
20
25S
25
32
32
32
20S
20S
20S
20
25
32
32
40
20S
20S
20
20
20
20
25S
25S
25
25S
25S
25
46
46
46
47
48
49
50
50
50
46
46
46
47
49
50
50
51
46
46
47
47
47
47
48
48
49
48
48
49
Tinned
Copper Connector
Industrial
Cleat
HFIC00000
Two Bolt
Cleat
HFIC00000
HBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT2CHBT6CHBT6CHBT6CHBT6CHBT6CHBT6CHBT10CHBT10CHBT10CHBT16CHBT16CHBT16C-
57
57
57
58
59
60
61
62
62
57
57
57
59
60
61
62
63
58
58
59
58
59
59
60
60
60
60
60
60
-
Nom.
Area
25
T: +971 4 815 8888 | W: www.ducab.com | E: ducab@ducab.com
35
50
70
95
120
150
185
240
300
400
500
630
Ordering Ref:
Note:
No. of
Cores
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
4
1
BW Gland
CW Gland
E1W Gland
Size
HGLB00000
Size
HGLB00000
Size
HGLB00000
25
32
32
32
32
32
32
32
32
32
32
40
32
40
50S
40
50S
50
40
50S
50
50S
50
63S
50
63S
63
63S
63
75S
75S
75S
75
75
-
19
20
20
20
20
20
20
20
20
20
20
21
20
21
22
21
22
23
21
22
23
22
23
24
23
24
25
24
25
26
26
26
27
27
-
25
32
32
32
32
32
32
32
32
32
32
40
32
40
50S
40
50S
50
40
50S
50
50S
50
63S
50
63S
63
63S
63
75S
75S
75S
75
90
* 50
32
33
33
33
33
33
33
33
33
33
33
34
33
34
35
34
35
36
34
35
36
35
36
37
36
37
38
37
38
39
39
39
40
41
09
25
32
32
32
32
32
32
32
32
32
32
40
32
40
50S
40
50S
50
40
50S
50
50S
50
63S
50
63S
63
63S
63
75S
75S
75S
75
90
-
49
50
50
50
50
50
50
50
50
50
50
51
50
51
52
51
52
53
51
52
53
52
53
54
53
54
55
54
55
56
56
56
57
58
-
Tinned
Copper Connector
HBT25CHBT25CHBT25CHBT35CHBT35CHBT35CHBT50CHBT50CHBT50CHBT70CHBT70CHBT70CHBT95CHBT95CHBT95CHBT120CHBT120CHBT120CHBT150CHBT150CHBT150CHBT185CHBT185CHBT185CHBT240CHBT240CHBT240CHBT300CHBT300CHBT300CHBT400CHBT400CHBT400CHBT500CHBT630C-
When ordering connectors specify stud hole size required. Eg. HBT10C8 is a 10mm² connector with a 8mm stud hole.
The dimensions of cable vary with manufacturing tolerances. We advise the cable diameter is measured where possible before purchasing components. The recommendations here
are given in good faith but Ducab cannot be held liable for mistakes in selection however caused.
* CW Aluminium Cable Gland recommended
| 37 |
S TA N D A R D S E C T I O N C H A R T
Industrial
Cleat
HFIC00000
Two Bolt
Cleat
HFIC00000
61
61
61
61
62
62
61
61
62
62
62
63
62
63
64
63
63
64
55
64
64
64
56
-
35
35
35
36
11
35
37
35
36
37
12
37
38
13
38
39
39
39
38
38
36
64
NOTES
| 38 |
T: +971 4 815 8888 | W: www.ducab.com | E: ducab@ducab.com
DuCat015/Version 1.2/0212 (2000 copies)
VALID TEST REPORTS
CERTIFICATION
1
CERTIFICATE OF CONFORMITY - Component
2
Certificate Number:
3
This Certificate is issued for the electrical component:
Sira 10Y9147U
Issue:
0
Industrial cable gland types:
A2, A2RC, C2K-GP, CXT, CW, CW CIEL, CX, E1W, E1W CIEL, E1X, E1U, E2W, E2W CIEL, E2X, E2U,
SS2KGP, SS2KGP-PB, BW, BWL & BWL CIEL.
Insulated gland types:
B324, B348, B367, B368, B327, B350, B323 and B347, A324, A348, A367, A368, A327, A350, A323 and
A347.
4
Manufactured by:
CMP Products
36 Nelson Way
Nelson Park East
Cramlington
NE23 1WH
5
This electrical component and any acceptable variation thereto is specified in the schedule to this
Certificate and the documents therein referred to.
6
Sira Certification Service being an Approved Certification Body in accordance with Article 14 of
Directive 76/117/EEC of the Council of the European Communities of 18 December 1975 certifies
that the component has been found to comply with the following European Standards:
BS 6121:1989
The assessment and test results are recorded in Sira Test Reports listed in the Certificate Schedule.
7
The component marking shall include the code:
BS 6121
Type designation
Entry threadform and size
8
The manufacturer of the electrical component referred to in this Certificate has the responsibility to
ensure that the component conforms to the specification laid down in the Schedule to this Certificate
and has satisfied the routine verifications and tests referred to therein.
The use of this component will normally be the subject of National Legislation and/or Installation Codes.
File No.
C. Index:
21992
07
D R Stubbings BA MIET
Certification Manager
This certificate and its schedules may only be
reproduced in its entirety and without change
Sira Certification Service
Rake Lane, Eccleston, Chester, CH4 9JN, England
Page 1 of 3
ST&C (Chester) Form 9033 Issue 5
011
Tel:
Fax:
Email:
Web:
+44 (0) 1244 670900
+44 (0) 1244 681330
info@siracertification.com
www.siracertification.com
SCHEDULE
CERTIFICATION
PRODUCT CONFORMITY CERTIFICATE
Sira 10Y9147U
Issue
0
COMPONENT
Each gland type comprises a metallic threaded component for fitting to appropriate electrical enclosures.
Entry threads are available in various thread forms and sizes as detailed in the manufacturer’s published
data. Glands are appropriate to specific cable applications as below:
Gland type
A2
A2RC
BW
BWL & BWL CIEL
C2K-GP
CXT
CW & CW CIEL
CX
E1W & E1W CIEL
E1X
E1U
E2W & E2W CIEL
E2X
E2U
SS2KGP
SS2KGP-PB
B324, B348, A324, A348
B367, B368, A367, A368
B327, B350, A327, A350
B323, B347, A323, A347
Designation
A
B
C
D
E
F
G
Seals
Outer
Outer
None
None
Outer
Outer
Outer
Outer
Inner & outer
Inner & outer
Inner & outer
Inner & outer
Inner & outer
Inner & outer
Inner & outer
Dual seal with lead clamp
Outer
Outer
Outer
Outer
Cable types
A&B
A (conduit connection)
C
C
B, C, D, E & F
B
C
D, E & F
C
B, D, E & F
C, D, E & F
C&G
B, D, E, F & G
B, C, D, E, F & G
A
A&G
C
B,D,E
C
C
Cable type
Non-armoured
Braided
Single wire armour
Steel tape armour
Strip armour
Pliable wire armour
Lead sheath
DESCRIPTIVE DOCUMENTS
See Certificate Annexe
ASSOCIATED SIRA REPORTS AND CERTIFICATE HISTORY
Issue
0
Date
11 May 2010
Report no.
R21992A/00
Comment
The release of the prime certificate.
This certificate and its schedules may only be
reproduced in its entirety and without change
Sira Certification Service
Rake Lane, Eccleston, Chester, CH4 9JN, England
Page 2 of 3
ST&C (Chester) Form 9034 Issue 6
011
Tel:
Fax:
Email:
Web:
+44 (0) 1244 670900
+44 (0) 1244 681330
info@siracertification.com
www.siracertification.com
SCHEDULE
PRODUCT CONFORMITY CERTIFICATE
CERTIFICATION
Sira 10Y9147U
Issue
0
CONDITIONS OF MANUFACTURE
1
The use of the Sira Certification Service Mark is subject to the Regulations applicable to the holders
of SCS certificates.
2
This certificate relates only to the component specified herein as executed in the samples supplied
for evaluation.
3
In affixing the Sira certificate number to the component the manufacturer attests on its own
responsibility that the component conforms to the documents listed herein.
If the marked component is found not to comply Sira Certification Service should be notified
immediately at its office at South Hill, Chislehurst, Kent BR7 5EH, England.
4
The component and that part of the manufacturer’s quality management system controlling the
production of the component covered by this certificate shall be subject to periodic surveillance by
Sira in accordance with the Regulations applicable to the holders of SCS certificates.
5
Component shall be marked with the following text:
BS 6121
Type designation
Entry threadform and size.
SPECIAL CONDITIONS FOR SAFE USE (denoted by 'X' after certificate No.)
None
This certificate and its schedules may only be
reproduced in its entirety and without change
Sira Certification Service
Rake Lane, Eccleston, Chester, CH4 9JN, England
Page 3 of 3
ST&C (Chester) Form 9034 Issue 6
011
Tel:
Fax:
Email:
Web:
+44 (0) 1244 670900
+44 (0) 1244 681330
info@siracertification.com
www.siracertification.com
Certificate Annexe
Certificate Number:
Sira 10Y9147U
Component:
Industrial cable glands and
Insulated glands
Applicant:
CMP Products
CERTIFICATION
Issue 0 There are no drawings associated with this certificate.
This certificate and its schedules may only be
reproduced in its entirety and without change.
Sira Certification Service
Rake Lane, Eccleston, Chester, CH4 9JN, England
Page 1 of 1
ST&C (Chester) Form 9034 Issue 6
011
Tel:
Fax:
Email:
Web:
+44 (0) 1244 670900
+44 (0) 1244 681330
info@siracertification.com
www.siracertification.com
CERTIFICATION
1
CERTIFICATE OF CONFORMITY - Component
2
Certificate Number:
3
This Certificate is issued for the electrical component:
Sira 10Y9148U
Issue:
3
Industrial cable gland types:
A2, A2RC, C2K-GP, CXT, CW, CW CIEL, CX, E1W, E1W CIEL, E1X, E1U, E2W, E2W CIEL, E2X, E2U,
SS2KGP, SS2KGP-PB, A324, A348, A367, A368, A327, A350, A323, A347, B324, B348, B367, B368, B327,
B350, B323 and B347
4
Manufactured by:
CMP Products
36 Nelson Way
Nelson Park East
Cramlington NE23 1WH
UK
5
This electrical component and any acceptable variation thereto is specified in the schedule to this
Certificate and the documents therein referred to.
6
Sira Certification Service being an Approved Certification Body in accordance with Article 14 of
Directive 76/117/EEC of the Council of the European Communities of 18 December 1975 certifies
that the component has been found to comply with the following European Standards:
EN 62444:2013
IEC 62444:2010 Ed 1
The above list of documents may detail standards that do not appear on the UKAS Scope of Accreditation, but have been
added through Sira’s flexible scope of accreditation, which is available on request.
The assessment and test results are recorded in Sira Test Reports listed in the Certificate Schedule.
7
The component marking shall include the code:
EN 62444:2013 and/or IEC 62444
Type designation
Entry threadform and size
8
The manufacturer of the electrical component referred to in this Certificate has the responsibility to
ensure that the component conforms to the specification laid down in the Schedule to this Certificate
and has satisfied the routine verifications and tests referred to therein.
The use of this component will normally be the subject of National Legislation and/or Installation Codes.
File No.
70006933
C Ellaby
Deputy Certification Manager
This certificate and its schedules may only be
reproduced in its entirety and without change
Sira Certification Service
Rake Lane, Eccleston, Chester, CH4 9JN, England
Page 1 of 3
ST&C (Chester) Form 9033 Issue 5
011
Tel:
Fax:
Email:
Web:
+44 (0) 1244 670900
+44 (0) 1244 681330
info@siracertification.com
www.siracertification.com
SCHEDULE
CERTIFICATION
CERTIFICATE OF CONFORMITY
Sira 10Y9148U
Issue
3
COMPONENT
Each gland type comprises a metallic threaded component for fitting to appropriate electrical enclosures.
Entry threads are available in various thread forms and sizes as detailed in the manufacturer’s published
data. Glands are appropriate to specific cable applications as below:
Gland type
Seals
Designation of cable type
(see below)
A2
A2RC
C2K-GP
CXT
CW & CW CIEL
CX
E1W & E1W CIEL
E1X
E1U
E2W & E2W CIEL
E2X
E2U
SS2KGP
SS2KGP-PB
B324, B348, A324, A348
B367, B368, A367, A368
B327, B350, A327, A350
B323, B347, A323, A347
Outer
Outer
Outer
Outer
Outer
Outer
Inner & outer
Inner & outer
Inner & outer
Inner & outer
Inner & outer
Inner & outer
Inner & outer
Dual seal with lead clamp
Outer
Outer
Outer
Outer
A&B
A (conduit connection)
B, C, D, E & F
B
C
D, E & F
C
B, D, E & F
C, D, E & F
C&G
B, D, E, F & G
B, C, D, E, F & G
A
A&G
C
B,D,E
C
C
Designation Cable type
A
Non-armoured
B
Braided
C
Single wire armour
D
Steel tape armour
E
Strip armour
F
Pliable wire armour
G
Lead sheath
This certificate and its schedules may only be
reproduced in its entirety and without change.
Cable retention Class
(EN/IEC 62444)
Unarmoured Armoured
cable
cable
B
B
D
B
D
D
D
D
D
D
D
D
B
B
D
D
D
D
Sira Certification Service
Rake Lane, Eccleston, Chester, CH4 9JN, England
Page 2 of 3
ST&C (Chester) Form 9034 Issue 6
011
Tel:
Fax:
Email:
Web:
+44 (0) 1244 670900
+44 (0) 1244 681330
info@siracertification.com
www.siracertification.com
SCHEDULE
CERTIFICATION
CERTIFICATE OF CONFORMITY
Sira 10Y9148U
Issue
3
Variation 1 - This variation introduced the following change:
i.
The Cable Gland Designs were assessed against IEC 62444:2010 Ed 1, thereby permitting the inclusion
of the insulated glands into the table above.
Variation 2 - This variation introduced the following change:
i.
ii.
The Cable Gland Designs C2K-GP, CW, CW CIEL, CX, E1W, E1W CIEL, E1X, E1U, E2W, E2W CIEL, E2X, and
E2U utilising cable anchoring of armoured cables were tested against IEC 62444:2010 Ed 1 Type D, thereby
permitting the armour clamping glands to be referenced as Type D in the table in the product description.
The Cable Gland Designs A2, A2RC, CXT, SS2KGP and SS2KGP-PB utilising cable anchoring of unarmoured
cables were tested against IEC 62444:2010 Ed 1 Type B, thereby permitting the unarmoured clamping glands
to be referenced as Type B in the table in the product description.
Variation 3 - This variation introduced the following changes:
i.
Following appropriate assessment to demonstrate compliance with the latest technical knowledge, the
document previously listed in section 6, EN 50262: 1998 + Amendment 2001, was replaced by EN 62444:2013
Ed 1, the markings in section 7 were updated accordingly and the conditions of manufacture were amended to
recognise the new standard.
DESCRIPTIVE DOCUMENTS
There are no drawings associated with this Certificate.
ASSOCIATED SIRA REPORTS AND CERTIFICATE HISTORY
Issue
0
1
2
3
Date
11 May 2010
17 August 2011
31 July 2013
28 July 2014
Report no.
R21992A/00
R25736A/00
R28132A/00
R70006933A
Comment
The release of the prime certificate.
The introduction of Variation 1.
The introduction of Variation 2.
The introduction of Variation 3.
CONDITIONS OF MANUFACTURE
1
The use of the Sira Certification Service Mark is subject to the Regulations applicable to the holders
of SCS certificates.
2
3
This certificate relates only to the component specified herein as executed in the samples supplied
for evaluation.
In affixing the Sira certificate number to the component the manufacturer attests on its own
responsibility that the component conforms to the documents listed herein.
If the marked component is found not to comply Sira Certification Service should be notified
immediately at its office at Rake Lane, Eccleston, Chester CH4 9JN, England.
4
The component and that part of the manufacturer’s quality management system controlling the
production of the component covered by this certificate shall be subject to periodic surveillance by
Sira in accordance with the Regulations applicable to the holders of SCS certificates.
5
Component shall be marked with the following text:
EN 62444 and/or IEC 62444
Type designation
Entry threadform and size.
SPECIAL CONDITIONS FOR SAFE USE (denoted by 'X' after certificate No.)
None
This certificate and its schedules may only be
reproduced in its entirety and without change.
Sira Certification Service
Rake Lane, Eccleston, Chester, CH4 9JN, England
Page 3 of 3
ST&C (Chester) Form 9034 Issue 6
011
Tel:
Fax:
Email:
Web:
+44 (0) 1244 670900
+44 (0) 1244 681330
info@siracertification.com
www.siracertification.com
COUNTRY OF ORIGIN
To whomsoever it may concern
Subject:
Ducab Cable Lugs & Connectors
In line with Ducab's quest for quality, Ducab have embarked on supplying its cable accessories
product branded as "Ducab" ensuring they met the latest specification and also cope with the
demand and supply meeting customer expectations.
We are pleased to confirm that the Non-Insulated Terminals, Splice & C connectors supplied by
Ducab are manufactured in SPAIN and tested to the latest industry standards i.e. IEC 61238-1:
2003, BS3288 part 1-1973 (C connectors).
Further, we also confirm that these terminals and splices have been approved and supplied to most
prestigious projects over these last 5 years.
Please let us know if we can be of any further assistance.
Yours sincerely,
Raj!rcp.
Senior Commercial Officer
Dubai Cable Company (Private) Limited
PO Box 11529. Dubai
United Arab Emirates
Tel: (971-4) 815 8888
Fax: (971-4) 815 8111
BICC 1(iltl 1•L�II
,..#;.ii ��.,ir- �4-A�IJ.!,><!.l�.)W....1
A Joint venture investment between Government of Abu Dhabi and Government of Oubal
Website: www.ducab.com
,..,..t,:&J� e),11 E·mall: ducabOducab.com ,� Js.HII
Tol Fn,a: 800-Ducab
. .....,•••1.1 �..,..J! .:.1;1...11
(Wl-l} AlMMA :�Lo.
COMPANY PROFILE
Regional Leader​ | Global Brands​
Redefining
Value Distribution​
CABLES & WIRES​
ACCESSORIES
ISO 9001 : 2015
ELECTRICAL
LIGHTING
E L E C T R I C WAY
With You,​ All The Way
100,000
Sq.ft
COUNTRIES
4
……………………
7000+
WA R E H O U S E
……………………
ITEMS
……………………
2000+
……………………
CUSTOMERS
SUPPLIERS
120
Brands
Innovation
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Our state-of-the-art warehousing facilities are powered by
technology for storage and faster picking of material.
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Material movement to and from the warehouse is controlled through our
software system that gives us an accurate picture of the status of orders.
Sales Technology
Our Microsoft CRM tool helps us to maintain a complete 360 view of our
customer relations encompassing our sales and after-sales activities.​
Financial Technology
Documentation necessary for ensuring a smooth delivery are part of our
checklist system that ensures compliance to local and international norms.
Industries
CONSTRUCTION
OIL & GAS
MANUFACTURING
ENERGY
MEP
Our Way – Our Values
Electric Way is a modern
enterprise with heritage
values that are present
in every interaction with
Customers, Suppliers
and Employees.
TRUST
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FAIR DEAL
EMPATHY
PARTNERSHIP
Cables & Wires
Full Range / Diverse Brands
Armoured Cables SWA & AWA
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Accessories
A complementary range of tools and accessories for cables
and wires for a wide range of industries and applications.
Clamps Connectors Shrouds
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Cable Lugs
Cable Cleats
Cable Glands
Electrical
A comprehensive range of electrical equipment, tools,
accessories from established manufacturers.
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Connectors
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Lighting
Reliable and durable fixtures, accessories and consumables
covering a diverse range for Residential, Commercial, Industrial,
Decorative and Street lighting.
Hotels, Leisure Lighting
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Decorative Lighting
Street Lighting
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Commercial Lighting
Cable Management
Our Program processes
Electric Way ERP cable
management systems allow for
the "End to End" control of the
procurement to payment cycles
by managing each stage of the
process with controls and
notification programs.
• Cable Management Process
• Eway - Virtual Warehouse for Project
• Supply Chain, Cable Procurement Management
• Logistics
• Advance Warehousing – Inbound Activity Flow Chart (AWMS)
• Cable Management Services
• Cable Handling & Order Preparation Process
• Blanket Order Process
• Customer/vendor ERP - EWAY NAV System
• Reporting Requirements
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• Project Closure
Facilities
Awards and Achievements
Electric Way A ISO 9001:2015
Reg.No 12 100 43653 TMS
Supplier of the Year Award,
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2013 by Ducab
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2016 by Thumbay Group
Awarded Gulf Capital
Business of the Year 2019
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Year 2021
Contact Us
DUBAI
SAUDI ARABIA
Head Office
City Office
Saudi Office
Electric Way FZCO
Plot No. TP010421, National
Industries Park Jebel Ali.
P.O.Box - 87512 Dubai, UAE
Electric Way Showroom​
Al Buteen Building, Shop No S8,
Deira, Dubai
Electric Way Saudi
Aktam Bin Saify Street,
Behind Novotel Hotel,
Khalidiya –Dammam, Saudi​
TEL +971-04-48170777
FAX +971-04-8825700
info@electricway.com
TEL +971-04-2274762
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FAX +966 13 81 40633
saudi@electricway.com
ISO 9001 : 2015
THANK YOU
LOCAL AUTHORITIES’ APPROVAL
Not Applicable
TRADE LICENSE
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PREVIOUS LIST OF PROJECTS
REFERENCE LIST OF SUPPLY OF CABLES
NAME OF PROJECT
COUNTRY/
AREA
DEWA/3411500143
DEWA/3411500144
DEWA/3411500166
RIYADH METRO
SHIN-HANUL NUCLEAR PROJECT
DEWA/3411600054
Dubai
Dubai
Dubai
Saudi Arabia
Korea
Dubai
YEAR
CUSTOMER
2015 Dubai Electricity & Water Authority
2015 Dubai Electricity & Water Authority
2015 Dubai Electricity & Water Authority
2015 Siemens AG ,Germany
2015 Korea Hydro & Nuclear Power
2016 Dubai Electricity & Water Authority
Page 14 of 14
VALUE
CABLE TYPE
AED' 000
79,983 LV Cables
215,581 MV Cables
286 LV Cables
68,538 MV Cables
59,241 MV & LV Cables
5,426 MV Cables
REFERENCE LIST OF SUPPLY OF CABLES
NAME OF PROJECT
MEW /C/4512-2012-2013
DEWA/3411300157
Shamka development
DEWA/3411300176
Dubai Airport Baggage handling Expansion
TRANSCO N-11448 ASAB
ADAC project
MEW /C/4609-2013-2014
DEWA/3411300004
DEWA/3411300007
DEWA/3411400088
Phase IX,Kahramaa
DEWA/3411400140
DEWA/3411400189
DEWA/3411400241
DEWA/3411400244
DEWA/3411400250
SEWA PO SPD 48667
SEWA PO SPD 48666
Laala project
MEW C 4577
PO:4500133947
FEWA-E 21
FEWA-E 21
DEWA/3411400275
DEWA/3411400294
DEWA/3411500013
DEWA/3411500026
DEWA/3411500079
COUNTRY/
AREA
Kuwait
Dubai
AbuDhabi
Dubai
Dubai
AbuDhabi
AbuDhabi
Kuwait
Dubai
Dubai
Dubai
Qatar
Dubai
Dubai
Dubai
Dubai
Dubai
Sharjah UAE
Sharjah UAE
Kuwait
Kuwait
Saudi Arabia
Dubai
Dubai
Dubai
Dubai
Dubai
Dubai
Dubai
YEAR
CUSTOMER
2013 Toshiba Coprporation
2013 Dubai Electricity & Water Authority
2013 Siemens PTDH
2013 Dubai Electricity & Water Authority
2013 Siemens SD Middle East
2013 ALSTOM ,DUBAI
2014 Leighton Contracting
2014 Al Ghanim International
2014 Dubai Electricity & Water Authority
2014 Dubai Electricity & Water Authority
2014 Dubai Electricity & Water Authority
2014 Siemens LLC .PTDH
2014 Dubai Electricity & Water Authority
2014 Dubai Electricity & Water Authority
2014 Dubai Electricity & Water Authority
2014 Dubai Electricity & Water Authority
2014 Dubai Electricity & Water Authority
2014 Sharjah Elec & Water Auth.
2014 Sharjah Elec & Water Auth.
2014 NCC kuwait
2014 NCC kuwait
2014 Saudi Electricity Company
2014 Ghantoot Tpt
2014 ETA Star
2014 Dubai Electricity & Water Authority
2014 Dubai Electricity & Water Authority
2015 Dubai Electricity & Water Authority
2015 Dubai Electricity & Water Authority
2015 Dubai Electricity & Water Authority
Page 13 of 14
VALUE
CABLE TYPE
AED' 000
6,000 LV & MV Cables
16,028 MV Cables
7,700 LV & MV Cables
14,638 LV Cables
5,200 LV Cables
6,000 LV & MV Cables
33,500 LV & MV Cables
16,000 LV & MV Cables
101,309 MV Cables
6,371 LV Cables
8,420 MV Cables
12,842 MV Cables
101,742 MV Cables
29,401 LV Cables
10,052 LV Cables
18,368 MV Cables
16,132 MV Cables
97,251 MV Cables
80,082 MV Cables
50,490 MV Cables
28,000 MV Cables
7,580 LV Cables
39,200 MV Cables
35,400 MV Cables
3,250 LV Cables
4,256 LV Cables
14,877 MV Cables
2,797 LV Cables
1,279 LV Cables
REFERENCE LIST OF SUPPLY OF CABLES
NAME OF PROJECT
Fertile -2 Amonia Plant, Abu Dhabi
New Booster station ,BS 171 KOC
Oil Pipeline Project in Kenya
Cables for Nigeria
Big Bon Shopping Mall Project
Cables for Tanzania
2 E02/2011
Cables for Afghanistan
Cables for Ethiopian Airlines
Various Projects in Hong Kong
Various Projects in Hong Kong
Subba and Luhais Oilfield
Inter Refinery Pipeline
Bardsir Steel Complex
Cables for Jordan
Cables for Various projects in Nigeria
Musheireb Project
Cables for Tanzania
Project in Iraq
CE/0616C/2011/3411200154
DEWA/3411200152
ADDC RFQ D-19883936
DEWA/3411200216
SEWA Contract SPD/042404
ADDC LTPA D102521
DEWA/3411300061
DEWA/3411300063
KOC Elavated S/S
DEWA/3411300164
COUNTRY/
AREA
YEAR
CUSTOMER
VALUE
CABLE TYPE
AED' 000
Abu Dhabi
2011-12 Samsung Engineering
25,000 MV/LV Cables
Kuwait
2011-12 Saipem SpA,Italy
36,000 LV Cables
Kenya
2011 Hyoung
977 LV Cables
Nigeria
2011 Teneten Limited
651 LV Cables
Tanzania
2011 Big Bon Company
282 LV Cables
Tanzania
2011 Kilimanjaro Cables
1,114 LV Cables
87,979 MV/LV Cables
Dubai
2011-12 Federal Electricity & Water Authority (FEWA)
Afghanistan
2011 GMK International
692 LV Cables
Ethiopia
2011 Ethiopian Airlines
179 LV Cables
HongKong
2011 Polygon Cables
42,672 LV & MV Cables
HongKong
2011 WaiMing
4,063 LV Cables
Iraq
2011 KAR Group (Makman / Petrel JV)
4,611 LV & MV Cables
Abu Dhabi
2011-12 Daewoo engineering
27,000 LV Cables
Iran
2011 Lavan Tablo
749 MV Cables
Jordan
2011 Talal Rifai
3,161 LV Cables
Nigeria
2011 Teneten Limited
2,160 LV & MV Cables
Sudan
2011 Consolidated Contractors
826 LV Cables
Tanzania
2011 Kilimanjaro Cables
2,247 LV & MV Cables
Iraq
2012 Iraqi Ander Company
17,000 LV & MV Cables
Dubai
2012 Dubai Electricity & Water Authority
141,000 MV Cables
Dubai
2012 Dubai Electricity & Water Authority
26,000 MV Cables
AbuDhabi
2012 AbuDhabi Electricity Water Authority
63,030 LV & MV Cables
Dubai
2012 Dubai Electricity & Water Authority
9,300 MV Cables
Sharjah UAE
2012 Sharjah Elec & Water Auth.
1,909 MV Cables
AbuDhabi
2012 AbuDhabi Electricity Water Authority
645,000 LV & MV Cables
Dubai
2013 Dubai Electricity & Water Authority
3,452 LV Cables
Dubai
2013 Dubai Electricity & Water Authority
3,520 MV Cables
Kuwait
2013 SK Engineering & Constr.
102,000 LV Cables
Dubai
2013 Dubai Electricity & Water Authority
6,955 LV Cables
Page 12 of 14
REFERENCE LIST OF SUPPLY OF CABLES
NAME OF PROJECT
DEWA CONTRACT - CE/0239B/2009
PELLITIZING PLANT, OMAN INDR.
DEWA CONTRACT - CE/0676/2009
FEWA E3/2009
AL WATHBA WASTE WATER TREATMENT
ADDC D-4915, LTPA
Concourse - 3
GTC/240/2008 & GTC/123/2006
DEWA Contract CE/0008/2011
P41-Mafraq to Ghwaifat Highway
KPIZ Offshore Terminal
Fujairah N-5629
DEWA Contract CE/0413B/2010
Al Falah Development
DEWA Contract CE/0615B/2010
Baniyas Sports Club
DEWA Contract CE/0017/2011
Khalifa Port project-1000
AL Falah project
Khalifa Port project 1001-260
Khalifa Port project 1000-208
Takreer project
Tanzania Millenioum Project
Khalifa Port project 1001-257
sec Tender Q 4500026181
AFL Systems for Sudan Airport
Supply of cables to Bangladesh
Supply of cables to Kenya
KOC Gas pipeline
COUNTRY/
AREA
YEAR
CUSTOMER
Dubai
2010 DEWA
Oman
2010 Vale Oman Pelletizing Co, Oman
Dubai
2010 DEWA
RAK
2010 Larsen & Toubro
Abu Dhabi
2010 Control & Applications
Abu Dhabi
2010 ADDC
Abu Dhabi
2010 ETA
Qatar
2010 Siemens Ltd.
Dubai
2011 DEWA
Abu Dhabi
2011 Ghantoot TPT & Gen.
Abu Dhabi
2011 Hyundai Eng & Const
Fujairah UAE
2011 ABB Trans. & Distr.
Dubai
2011 DEWA
Abu Dhabi
2011 Ghantoot TPT & Gen.
Dubai
2011 DEWA
Abu Dhabi
2011 Al Jaber
Dubai
2011 DEWA
Abu Dhabi
2011 Al Jaber
Abu Dhabi
2011 Al Jaber
Abu Dhabi
2011 CCC
Abu Dhabi
2011 Al Habtoor Leighton
Abu Dhabi
2011 ALSTOM ,DUBAI
Tanzania
2011 ALSTOM,France
Abu Dhabi
2011 Al Habtoor Leighton
Saudi Arabia
2011 Saudi Electric Company(SEC)
Sudan
2011 Youyang Airport Lighting
Bangladesh
2011 Noor Ul Islam Electrical Est.
Kenya
2011 Noor Ul Islam Electrical Est.
Kuwait
2011-12 Hyundai Engineering
Page 11 of 14
VALUE
CABLE TYPE
AED' 000
260,214 MV Cables
13,890 LV Cables
7,110 LV Cables
4,060 MV & LV Cables
3,452 LV Cables
222,000 MV Cables
87,000 MV & LV Cables
25,537 MV, LV & Earthing Conductors
63,610 MV Cables
28,000 MV Cables
27,000 MV/LV Cables
3,149 MV/LV Cables
149,244 MV Cables
6,400 MV/LV Cables
8,497 LV Cables
4,324 MV Cables
29,330 MV Cables
14,769 LV Cables
14,406 MV Cables
4,850 MV Cables
8,986 MV Cables
6,692 MV/LV Cables
1,964 MV Cables
27,657 MV Cables
21,600 MV Cables
871 MV Cables
2,191 LV Cables
2,388 LV Cables
146,000 MV/LV Cables
REFERENCE LIST OF SUPPLY OF CABLES
NAME OF PROJECT
COUNTRY/
AREA
FEWA Contract E22/2009
Dubai
Saadiyat Island Project
Abu Dhabi
ADDC LTPA D8423
Abu Dhabi
DEWA Contract CE/676A/2009
Dubai
DEWA
Dubai
ADDC LTPA 10925
Abu Dhabi
AADC A4606
Abu Dhabi
Khalifa Port project
Abu Dhabi
EWA ,Bahrain Project
Bahrain
EWA ,Bahrain Project
Bahrain
EWA ,Bahrain Project
Bahrain
DEWA CE/716/2009
Dubai
DEWA CE/716/2009
Dubai
Habshan -5
Abu Dhabi
Habshan -5
Abu Dhabi
ASAB-3 PROJECT ,ABUDHABI
Abu Dhabi
RRE-2 Project
Abu Dhabi
ADCOP ,AbuDhabi Project
Abu Dhabi
EWA ,Bahrain Project
Bahrain
North Site Utility Tunnels - Qatar Foundation - C012Qatar
Lower Ngau Tau Kok Phase – 1
Hong Kong
Cleveland Clinic
Abu Dhabi
TKO Area 56
Hong Kong
AL RAHA GARDENS
Abu Dhabi
DEWA CE/716
Dubai
AADC - A4606
Al Ain
Shams GAte Dist. Tower 3 to 8
Abu Dhabi
PELLITIZING PLANT, OMAN INDR.
Oman
Eastern Mangrove
Abu Dhabi
YEAR
CUSTOMER
VALUE
CABLE TYPE
AED' 000
2009 FEWA
52,456 MV/LV Cables
2009 Gulf Leighton LLC
1,115 LV Cables
2010 ADDC
154,367 LV Cables
2010 DEWA
7,109 LV Cables
2010 DEWA
260,213 MV Cables
2010 ADDC
222,000 MV Cables
2010 GHANTOOT
13,870 MV Cables
2010 Larsen & Toubro
75,000 MV/LV Cables
2010 EWA,Bahrain/BICC MET-TC/NB/PT-2711/05/2010 4,450 LV Cables
8,978 LV Cables
2010 EWA,Bahrain/BICC MET-0353/2009/5310-PP
2010 EWA,Bahrain/BICC MET 0365/2009/5310-PP
3,135 LV Cables
2010 ABB industries
5,400 MV/LV Cables
2010 AREVA T&D
9,500 MV/LV Cables
2010 Technimont, Italy
78,559 MV/LV Cables
2010 JGC Corporation
47,724 MV/LV Cables
2010 Technip France
24,139 MV/LV Cables
2010 GS Enineering
110,000 MV/LV Cables
2010 China Petroleum Constr
70,000 MV/LV Cables
2010 EWA,Bahrain/BICC MET-0353/2009/5310-PP
8,978 LV Cables
2010 Al Jaber & Partners
8,114 MV/LV Cables
2010 Polygon Cable Supplies
7,293 LV Cables
2010 ETA
45,000 LV Cables
2010 Polygon Cable Supplies
5,857 LV Cables
2010 Ghantoot TPT & Gen Cont.
3,572 MV Cables
2010 ABB Industries LLC, Dubai
5,206 MV & LV Cables
2010 Ghantoot TPT & Gen. Conty
13,870 MV Cables
2010 Thermo, Abu Dhabi
10,728 LV Cables
2010 Vale Oman Pelletizing Co, Oman
8,774 MV Cables
2010 B.K. Gulf
14,600 MV & LV Cables
Page 10 of 14
PREVIOUS APPROVED PROJECTS
DRAFT WARRANTY CERTIFICATE
DRAFT WARRANTY CERTIFICATE
Date: 18th Dec, 2023
Subject: WARRANTY AGAINST LUGS AND GLANDS, BRAND - DUCAB.
Dear Sir/Ma’am,
We the undersigned ELECTRIC WAY FZCO, P.O. Box # 87512, Dubai, Provide Warrantee for supplied
LUGS AND GLANDS, BRAND - DUCAB, UAE in accordance with the specification, for a period of 12
Months from date of supply TOC, subject to the following terms and conditions:
1) This Warrantee shall cover all the defective area where failure has been caused by faulty materials
and shall not cover other damages or defects howsoever caused.
2) It shall be Client’s responsibility to notify us of any defects appearing in our system immediately
on occurrence, and this Warrantee shall be void if repairs or other works are carried out by any Third
Party.
3) This Warrantee is interpreted according to the laws of the United Arab Emirates.
Materials used are: WARRANTY AGAINST LUGS AND GLANDS, BRAND - DUCAB.