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TECHNICAL SUBMITTAL
AL KHALIJ MALL PROJECT
CONTRACTOR:
FAWAZAL HUKAIRCOMPANY
MATERIALS:
SYSTEM-NAFFCO SYSTEM WITH
SHIELD BRAND FIRE ALARM SYSTEM
FM2OO
REF : TS-WBE-SS-I 161-00-FS- 2020
SUBMITTED BY:
WATARAL-BENAA FOR SAFETY CO.
- Kingdom of Saudi Arabia Email: lgte@Ju@re,ts
TELL NO.012-6050622
FAXNO. 012-6588909
rvrvw.WBESAFE.com
Jeddah
Date: Monday, December 2812020
FtlR SAFETY
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INDEX:
1.
FM200 SYSTEM ...................................r.r......................3
2. FIRE ALARM SHIELD ...........................o.o.o............... L5
3. PIPES & FITTINGS........... o.................... o........31
o
4. EMT
PANASONTC PIPES...........r...,........o..... ...66
5. BELDEN CABLES
............t.o....r............o......o...o...........7 4
\
A GENT STORAGE CONTAINER:
FEATURES
,/
tr
. Pressure Vessel to hold agenf until activated.
. Container Super - Pressurization Level
360 psig at 7O'F (24.8 bar dt zt'C)
after filling with dry nitroge4
. Container Storage Temperati.rre Limitation
ff
\ffi
l30"F (54.4"C) Maximum
. Container Rating
DOT 4BWsOO
. Container Actuation
.
v.
,
Metho$-
Electric / Pneumatic / ManUal
. Container Color Options i
White (Default)
Red
lncrements
lbs (O.5 kg)
. Fill Range
. Fill
:l
'l,O
s- 'l
4O to 7O lbs/ft3 (630
i
to 11^kg/m3)
i
*:"#dxceeds'IJO9F ( WeC,
valve will open automatically, this also fulfills the
pressure relief valve requirements in accordance
with DOT regulations.
*
I
f
co n t a i n e r
t e m p e r a t u r es
/.
r"'
PRODUCT APPROVALS
-**--, ,
\
I.ISIEB
Fill range
Valve
Minimurm Maximum
Size
Container
#ffi
P/N
i&ffi#sffi
?S;
NF-7o.263
,ffi
NF-7o'264
?:;,
NF-7o26s
ffi
NF-7o.266
'u?(];o'
ffi
ff:,
ffi
l:t$
NF-7o.267
NF-7o.268
NF-7o.26s
NF-7o.27o
NF-7o.271
(kg)
12
tbs.
(s.s)
22
(1O.O)
39
(18.O)
63
(28.s)
87
(39.s)
124
(s6.s)
217
(98.s)
378
(171.5)
598
(271.s)
lbs. (kg)
in, (mm)
21
1
(9.s)
(2s)
38
1
C7.O)
(2s)
68
1
(30.s)
(2s)
108
1
(4s.O)
(2s)
150
3
(68.0)
(80)
216
3
(98.O)
(80)
378
3
(171.s)
(80)
660
3
(299.0)
(80)
1045
3
(474.0)
(80)
Tare
APPROVM
DimenSiOn (approximate)
weight Diameter Height
lbs. (kg)
in. (mm) in. (mm)
21
7.O
22.375
(9.s)
(178) (568.3)
7.O
32.5
31
o4.s)
(178)
10.75
52
(2s.6> (273)
77
10.75
(34.9) (273)
150
20.O
(68.0) (sO8)
155
20.O
(7O.3) (sO8)
225
20.O
(102.1) (sO8)
385
24.O
(174.6) (610)
550
24.O
(249.s) (610)
Mounting
Position
(984.3)
Upright Horizontal
Upright Horizontal
Upright Horizontal
Upright (Valve Up)
23.63
Upright/
(600.1)
lnverted
Upright (Valve Up)
(82s.s)
28
<711.2)
38.75
28,87
(733.3)
42.5
(1079.5)
50.625
(1286)
70
(1778)
Upright
-
(Valve Up)
Upright (Valve Up)
Upright
-
(Valve Up)
ri
IMPULSE VALVE
FEATURES
. The 1" & 3" lmpulse Valves are a rupture disc (metal
diaphragm), pressure operated device that allows
the agent to be released from the container and
into the protected enclosure via the associated
piping network and discharge nozzle(s).
.
Agent Discharge Port allows agent release from
container and also fulfills the pressure relief valve
requirements in accordance with DOT regulations.
.Agent Fill Port is used to fill (refill) and pressurize
the container and also used for the Low Pressure
Switch.
.
Actuator Port is used to connect an lmpulse Valve
Operator (lVO) with Manual Strike Button for
electric and manual actuation of the container or
an lmpulse Valve Pneumatic Operator (IVPO) for
pneumatic operation.
. Pressure Gauge Port is used to connect a Pressure
Gauge that will monitor internal container pressure,
also equipped with an orifice plug that allows the
pressure gauge to be removed safely when the
container is pressurized.
PRODUCT APPROVALS
I.ISTED
APPBWE)
i
I
MODEL NF.O6.52O
Valve Body
CLEAN AGENT
FIRE SUPPRESSION SYSTEM
CLEAN AGENT: HFC-227ea
CHEMICAL NAME: Heptafluoropropane ASHRAE Designation HFC-227ea
TRADE NAME: HFC,227eB (DuPont'")
/
PHYSICAL PROPERTIES
Chemical Name
Hentafl urilrdnr0sidas,J &Fqsl'l F.,.qF3)
'170.o3
Molecular Weight
Boiling Point @ 76O mm Hg
Freezing Point
3.9"F (-1s.61b)
-2O4"F ({31.1"C)
2't5"F (101.7h)
422 psia (2912 kPa)
Critical Temperature
Critical Pressure (psia)
Critical Volume (ft3llbm) (cclmole)
Critical Density (lbm/tts)
Specific Heat, Liquid (BTU/lb-F') G)
o.o258 (274)
38.8 (621 kg/mz1
0.283 (1.184 kj/kg/"C)
77"F <25"C)
Specific Heat, Vapor (BTU/Ib-"F) @ constant
pressure of 1 ATM @77.F (25.C)
Heat of Vaporization (BTU/lb) at Boiling Point
Thermal Conductivity (BTU/h ft"F) of Liquid @
77"F (25"C)
Viscosity, Liquid (lblft/hr) @ 77"F (24"C)
Vapor Pressure (psia) @77"F (25"C)
Ozone Depletion Potential
Estimated Athmospheric Lifetime (years)
LC5O (Rats;4hrs - ppm)
FEATURES
. Colorless, odorless, liquified compressed gas,
liquid.
. Electrically-nonconductive.
stored
as a
. Discharge as gaseous vapor (due
/
to its relatively
boiling point).
low
O.1932 (O.8o8 ki/kg/ " C)
s7.o (132.6 ki/kg)
O.O4O (O.O69 w,/m"C)
O.443 <O.184 centipoise)
66.4 (457.7 kPa)
o
31-41
>788,OOO
. Zero ozone depleting potential.
. Low global warming potential.
. lncluded on the U.S. EPA Significant New
Alternative Policy (SNAP) rules.
USE and LIMITATIONS
HFC-227ea system shalt be used on the
Class of Hazards
following HFC*227ea system shall "NOT" be used on fire
Class A & C:
Electrical and Electronic Hazards
Telecommunication Facilities
High value assets, where the associated
down-time would be costly.
Involving the following materials
Chemicals or mixtures of chemicals that are capable of
rapid oxidation in the absence of air.
(Examples include: Cellulo Nitrate and Gunpowder)
Reactive metals such as Lithium, Sodium, Potassium,
Magnesium, Titanium, Zirconium, Uranium,
and Plutonium
Metal hydrides such as Sodium Hydride and Lithium
Aluminum Hydride.
Class B:
Flammable liquids and gases,
Chemicals capable of undergoing auto-thermal
decomposition.
(Examples: Organic Peroxides and Hydrazine)
EXPOSURE LIMITATIONS
HAZARD TYPE
DESIGN CONCENTRATION
MAXIMUM HUMAN EXPOSE TIME
Normally Occupied Space
6.25%to1O.5%
5 minutes
Not Normally Occupied Space
11.O%to12.O%
30 seconds
IMPULSE VALVE OPERATOR (IVO) KIT
MODEL: NF-7O-279
,*"\"\"
FEATURES
. Provides the means to electrically or manuall*1"...r
activate the lmpulse Valve clean agent container
by providing the force required to extend a piston
that will open the rupture disc, allowing the agent
to be released from the container.
. The IVO can be activated electrically via a signal
from NAFFCO control panel or manually by
depressing red strike buttom.
. NAFFCO Clean Agent Containers with lmpulse
Valve must use an lmpulse Releasing Module
(lRM) to supervise the agent release circuit wiring
(for open and ground fault conditions) from the
container to the control panel.
PRODUCT APPROVALS
LISTEII
APPNWE
lrl@
NF-O2r12728
0.2-1275,5
',
r,'
ttnpirls-6.V-afue Operator (lVO)
Wire Lead (5i long) w/ Connector
Normal Supply Voltage
24VDC
Electrical Consumption
DIN Connector w,/ Cable & %" NPT for conduit connection
Temperature Range
32oF to 13O'F (O'C to 54.4"C)
I
IMPULSE RELEASE MODULE
FEATURES
. The lmpulse Releasing Module provides the
primary interface between the supervised releasing
circuit(s) of a NAFFCO fire suppression system and
the lmpulse Valve Operator (lVO); which is used to
release the fire suppressant agent from an impulse
valve container.
. The IRM is equipped with three capacitors
that
receive a constant charging current from the
releasing circuit of the control panel. When fully
charged, the module is capable of firing a single
tvo.
. Upon circuit activation, the output circuit reverses
its output voltage polarity, causing the energy in
the capacitors to be released to the lmpulse Valve
Operator.
. Each IRM is equipped with a red LED to provide
positive indication that the module is in the active
(release) state.
/
+24V Supervisory:
2O,O ma (during capacitor charging), 3.O ma (after capacitor is charged)
CURRENT
CONSUMPTION
MODULE WIRING
-24V Activated:
-37.O ma (LED active)
Control panel to IRM connections are supervised and power-limited
lmpulse Valve Operator connection is non-supervised and power-limited
COMPATIBLE RELEASING
PANELS
*Note: A maximum
of
six IRM's, wired in parallel,can
NAFFCO Single Hazard Panel*
be connected to each panel's releasing circuit.
@ououals'
Clean Agent Fire Extinguishing Systems
These systems contain electrically nonconducting, volatile, or gaseous fire extinguishing agents that don't leave a residue upon
evaporation (per NFPA 2001 paragraph 1-3.1). They are effective for total flooding protection against hazards involving liquid
flammable materials, electrical equipment, and ordinary solid combustibles in occupancy arrangements which produce only surface
burning. ln general, these agents are not effective or appropriate for hazards which produce deep-seated burning or for those which
involve chemicals containing their own oxygen (such as cellulose nitrate), metal hydrides, or reactive metals (such as sodium,
magnesium or uranium).
Clean Agent systems are similar in many respects to Halon 1301 and carbon dioxide systems. Discharge of the agent by total flooding
or local application may create atmospheric hazards to personnel. Toxic thermal decomposition products can be minimized by fast fire
detection coupled with rapid agent discharge. Personnel should not remain in the area following system discharge. Table A-1 -5.1 .1 of
NFPA 2001 provides information on toxicological and physiological effects covered in this equipment classification. The No Observed
Adverse Effect Level (NOAEL) is the highest concentration at which no adverse physiological or toxicological effect has been
observed. The Lowest Observed Adverse Effect Level (LOAEL) is the lowest concentration at which an adverse physiological or
toxicological effect has been observed.
Systems can only be FM Approved under this classification if they use agents having a component Approval. The system Approvals
specifically reference the relevant agent Approval. lndividual agent listings appear under the category Clean Extinguishing Agents.
Compatible FM Approvals controls must be used. (See AUTOMATIC RELEASES FOR EXTINGUISHING SYSTEMS AND OTHER
FIRE PROTECTION EQUIPMENT under ELECTRICAL SIGNALING.)
Application of this equipment should be subject to the limitations specified and subject to FM Global's acceptance of plans prior to
installation. Required design concentrations vary from agent to agent and depending upon maximum design parameters, the
concentration may vary among system manufacturers. The design concentrations listed by the system manufacturers are generally
accepted in electrical/electronic hazards, i.e. computer, telecommunication areas, provided that Class A ordinary combustibles are
kept to a minimum, thereby minimizing the potential for a deep seated Class A fire.
System charging and recharging shall be done only by the manufacturer or a FM Approved representative.
The Clean Agent systems FM Approved under this classification have been addressed by NFPA 2001, Standard on Clean Agent
Extinguishing Systems, 1994 Edition and must be listed in the United States Environmental Protection Agency (EPA) Significant New
Alternatives Policy (SNAP) as an acceptable substitute to Halon 1301.
Jurisdictions oubide the United States may nof recognize NFPA and EPA sanction of certain clean agents. Local and national
governmental regulations should be consulted priorlo agent selection.
*Alternative to Halon 1211 and Halon 1301.
t
System Designation:
System Type:
Engineered Systems, Pre-Engineered Systems
Agent ldentification:
HFC-227ea
Minimum and Maximum Agent Storage Temperatures:
Minimum and Maximum Nozzle Heights:
16 ft (4.9 m) Maximum Height
1
ft (0.3 m) Minimum Height
Types of Nozzles Available:
180',360'
Maximum Area of Coverage for Nozzle Type:
180": Radius 45ft-8in (13.92 m)
360': Radius 29ft-8in (9.04 m)
Minimum Design Concentrations for Hazard Class:
Class A
-
6.25
Class B
-
8.71
Flow Calculation Software:
NAFFCO HFC227ea Flow Calculation NF4.00
Design, lnstallation, Operation, and Maintenance Manual:
NAFFCO HFC-227ea Clean Agent Fire
and Service Manual,
NAFFCO HFC-227ea Clean Agent Fire Suppression System
Equipment LLI lnstruction Manual, NF-06-549, Revision 4,
March 2018
@ 2OO7-2O19 FM
Approvals. All rights reserved.
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GAQF.EXI58,14 - Clean-agent Extinguishing System Units
1219t2018
GAQF.EXts844
CIean-agent Extinguishing System Units
Ege Bottom
See General Information for Clea n-aoent Extin gu
ish in
g;!yg!4@i!g
Hf#it#*
NATIONAL FIRE FIGHTING MFG FZ CO
PO BOX 17014
JEBEL
ALI FREE ZONE
DUBAI, UNITED ARAB EMIRATES
ENGINEERED UNIT, NAFFCOInert, Models NFIGo1-200-067A, NFIGo1-200-0678, NFIGo1-300-067A, NFIGo1-300-067B, NFIG01-200-080A,
NFIG01-200-080B, NFIGO1-300-080A, NFIGO1-300-0808, NFIG01-200-140, NFIGO1-300-140, and NFIGO1-300-140A Clean Agent Extinguishing
System Units, stored pressure type, having nominal charging capacities of 67, 67, 67, 67, 80,80, 80, 80, l4O, t4O and 140 L of IG-01 (Argon)
Clean Agent, respectively, The units are pressurized to 200, 200, 300, 300, 200,200,300, 300, 200, 300 and 300 bar, respectively, with
operating temperatures of -4oF (-20oC) to 149oF (65oC). The units are designed for total flooding protection against Class A surface burning,
Class B flammable liquid and C fires occurring within an enclosure.
NAFFCOInert, Models NFIG100-200-067A, NFIG100-200-067B, NFIG100-300-067A, NFIG100-300-067B, NFIG100-200-080A, NFIG100-200-080B,
NFIG100-300-080A, NFIG100-300-080B, NFIG100-200-140, NFIG100-300-140, and NFIG100-300-140A Clean Agent Extinguishing System Units,
stored pressure type, having nominal charging capacities of 67, 67, 67, 67, 80, 80, 80, 80, t4O, t4O and 140 L of IG-100 (Nitrogen) Clean Agent,
respectively. The units are pressurized to 200,200, 300,300, 2OO,200,300, 300,200,300 and 300 bar, respectively, with operating
temperatures of -4oF (-20oC) to 149oF (65"C). The units are designed for total flooding protection against Class A surface burning, Class B
flammable liquid and C fires occurring within an enclosure.
NAFFCOInert, Models NFIG55-200-067A, NFIG55-200-067B, NFIG55-300-067A, NFIG55-300-067B, NFIG55-200-080A, NFIG55-200-080B,
NFIG55-300-080A, NFIG55-300-080B, NFIG55-200-140, NFIG55-300-140, and NFIG100-300-140A Clean Agent Extinguishing System Units,
stored pressure type, having nominal charging capacities of 67, 67, 67, 67, 80,80, 80, 80, t4O, 140 and 140 L of IG-55 Clean Agent,
respectively. The units are pressurized to 200,200,300, 300, 20O,2OO,300,300,200, 300 and 300 ba[ respectively, with operating
temperatures of -4oF (-20oC) to 149oF (65oC). The units are designed for total flooding protection against Class A surface burning, Class B
flammable liquid and C fires occurring within an enclosure.
NAFFCOInert, Models NFIG541-200-067A, NFIG541-200-067B, NFIG541-300-067A, NFIG541-300-0678, NFIG541-200-080A, NFIG541-200-0808,
NFIG541-300-080A, NFIG541-300-0808, NFIG541-200-140, NFIG541-300-140, and NFIG55-300-1404 Clean Agent Extinguishing System Units,
stored pressure type, having nominal charging capacities of 67, 67, 67, 67, 80,80, 80, 80, L4O, L4O and 140 L of IG-541 Clean Agent,
respectively. The units are pressurized to 200, 200, 300,300,2OO,2OO,300, 300,200,300 and 300 bar, respectively, with operating
temperatures of -4oF (-20oC) to 149oF (65'C). The units are designed for total flooding protection against Class A surface burning, Class B
flammable liquid and C fires occurring within an enclosure.
These system units are intended to be designed and installed in accordance with the Listee's Engineered System Installation, Design and
Maintenance Manual, P/N 027650015-NF Rev. 07 dated September 2017, and the VDS SCHADENVERHUTUNG Engineered System Flow Calculation
Software Version 2.2.01.
AGENT STORAGE CONTAINER ASSEMBLY
Weight of Agent (lbs)
Palt No.
67L,200 Bar, IG-01 Unit
NFIG01-200-067A, NFIG01-200-067B
671, 300 Bar, IG-01 Unit
NFrG01-300-067A, NFrG01-300-067B
801, 200 Ba[ IG-01 Unit
NFIG01-200-080A, NFIG01-200-080B
http://database.ul.com/cgi-bin/)(Wtemplate/LISEXT/1FRAME/showpage.html?name=GAQF.EX15844&ccnshorttitle=Clean-agent+Extinguishing+Syst...
112
GAQF.EX15844 - Clean-agent Extinguishing System Units
12t9t2018
FIG01-300-080A, NFIG01-300-0808
BoL, 300 Bar, IG-01 Unit
N
1401, 200 Ba[ IG-01 Unit
NFrG01-200-140
1401, 300 Bar, IG-01 Unit
NFIG01-300-140, NFIG01-300-140A
67L,200 Bar, IG-100 Unit
NFrc100-200-067A, NFrG100-200-0678
671, 300 Bar, IG-100 Unit
NFIG
BoL, 200 Bar, IG-100 Unit
NFIG100-200-080A, NFIG100-200-0808
801, 300 Bar, IG-100 Unit
NFIG100-300-080A, NFIG100-300-080B
140L, 200 Bar, IG-100 Unit
NFIG100-200-140
1401, 300 Bar, IG-100 Unit
NFrG100-300-140, NFIG100-300-140A
67L,200 Bar, IG-55 Unit
NFIG55-200-067A, NFrG55-200-0678
671, 300 Bar, IG-55 Unit
N
80L, 200 Bar, IG-55 Unit
NFIG55-200-080A, NFIG55-200-080B
80L, 300 Bar, IG-55 Unit
NFIG55-300-080A, NFIG55-300-0808
140L, 200 Bar, IG-55 Unit
NFIG55-200-140
140L, 300 Bar, IG-55 Unit
NFIG55-300-140, NFIG55-300-140A
67L,2O0 Bar, IG-541 Unit
NFIG541-200-067A, NFIG541-200-0678
671, 300 Ba[ IG-541 Unit
NFIG541-300-067A, NFIG541-300-0678
801, 200 Bar, IG-541 Unit
NFIG541-200-080A, NFIG541-200-0808
BoL, 300 Bar, IG-541 Unit
NFIG541-300-080A, NFrG541-300-0808
140L, 200 Bar, IG-541 Unit
NFIG541-200-140
1401, 300 Bar, IG-541 Unit
NFIG541-300-140, NFIG541-300-140A
100-300-067A, NFIG100-300-067B
FIG55-300-067A, NFIG55-300-067B
Last UpjglCd on 2018-11-21
Questions?
Print this
Egg
Terms of Use
Ege
Top
O 2018 UL
LLC
The appearance of a company's name or product in this database does not in itself assure that products so identified have been manufactured
under UL's Follow-Up Service. Only those products bearing the UL Mark should be considered to be Certified and covered under UL's Follow-Up
Service. Always look for the Mark on the product.
UL permits the reproduction of the material contained in the Online Certification Directory subject to the following conditions: 1. The Guide
Information, Assemblies, Constructions, Designs, Systems, and/or Certifications (files) must be presented in their entirety and in a non-misleading
manner, without any manipulation of the data (or drawings). 2. The statement "Reprinted from the Online Certifications Directory with permission
from UL" must appear adjacent to the extracted material. In addition, the reprinted material must include a copyright notice in the following
format: "O 2018 UL LLC".
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212
GAQF.EX15844 - Clean-agent Extinguishing System Units
12t9t20',!8
GAQF.EXts844
Clean-agent Extinguishing System Units
Ege
Bottom
See General Information for Clean-agent ExtinguishingSystem Units
,ffi1-{q$#
NATIONAL FIRE FIGHTING MFG FZ CO
PO BOX 17014
]EBEL ALI FREE ZONE
DUBAI, UNITED ARAB EMIMTES
ENGINEERED UNIT, NAFFCOInert, Models NFIGOl-200-067A, NFIG01-200-0678, NFIGO1-300-067A, NFIGO1-300-067B, NFIGO1-200-080A,
NFIGo1-200-0808, NFIGo1-300-080A, NFIGo1-300-080B, NFIGo1-200-140, NFIGo1-300-140, and NFIG01-300-140A Clean Agent Extinguishing
System Units, stored pressure type, having nominal charging capacities of 67, 67, 67, 67, 80,80, 80, 80, 140, t4O and 140 L of IG-01 (Argon)
Clean Agent, respectively. The units are pressurized to 200,200,300,300, 200,20O,300, 300,200, 300 and 300 bar, respectively, with
operating temperatures of -4oF (-20oC) to 149oF (65"C). The units are designed for total flooding protection against Class A surface burning,
Class B flammable liquid and C fires occurring within an enclosure.
NAFFCOInert, Models NFIG100-200-067A, NFIG100-200-0678, NFIG100-300-067A, NFIG100-300-0678, NFIG100-200-080A, NFIG100-200-0808,
NFIG100-300-080A, NFIG100-300-0808, NFIG100-200-140, NFIG100-300-140, and NFIG100-300-140A Clean Agent Extinguishing System Units,
stored pressure type, having nominal charging capacities of 67, 67, 67, 67, 80,80, 80, 80, t40, 140 and 140 L of IG-100 (Nitrogen) Clean Agent,
respectively. The units are pressurized to 200, 200,300,300, 200,200,300, 300,200, 300 and 300 bar, respectively, with operating
temperatures of -4oF (-20oC) to 149oF (65'C). The units are designed for total flooding protection against Class A surface burning, Class B
flammable liquid and C fires occurring within an enclosure.
NAFFCOInert, Models NFIG55-200-067A, NFIG55-200-0678, NFIG55-300-067A, NFIG55-300-0678, NFIG55-200-080A, NFIG55-200-0808,
NFIG55-300-080A, NFIG55-300-080B, NFIG55-200-140, NFIG55-300-140, and NFIG100-300-140A Clean Agent Extinguishing System Units,
stored pressure type, having nominal charging capacities of 67, 67, 67, 67, 80, 80, 80, 80, 140, I4O and 140 L of IG-55 Clean Agent,
respectively. The units are pressurized to 200, 200, 300, 300, 200,200,300, 300, 200, 300 and 300 bat respectively, with operating
temperatures of -4oF (-20oC) to 149oF (65'C). The units are designed for total flooding protection against Class A surface burning, Class B
flammable liquid and C fires occurring within an enclosure.
NAFFCOInert, Models NFIG54t-200-067A, NFIG541-200-0678, NFIG541-300-067A, NFIG541-300-067B, NFIG541-200-080A, NFIG541-200-080B,
NFIG541-300-080A, NFIG541-300-0808, NFIG541-200-140, NFIG541-300-140, and NFIGs5-300-140A Clean Agent Extinguishing System Units,
stored pressure type, having nominal charging capacities of 67, 67, 67, 67, 80, 80, 80, 80, t4O, l4O and 140 L of IG-541 Clean Agent,
respectively. The units are pressurized to 200, 200, 300, 300, 2OO,2OO,300, 300, 200, 300 and 300 bar, respectively, with operating
temperatures of -4oF (-20oC) to 149oF (65oC). The units are designed for total flooding protection against Class A surface burning, Class B
flammable liquid and C fires occurring within an enclosure.
These system units are intended to be designed and installed in accordance with the Listee's Engineered System Installation, Design and
Maintenance Manual, P/N 027650015-NF Rev. 07 dated September 20L7, and the VDS SCHADENVERHUTUNG Engineered System Flow Calculation
Software Version 2.2.01.
AGENT STORAGE CONTAINER ASSEMBLY
Weight of Agent (lbs)
Part No.
67L,20O Bar, IG-01 Unit
NFIG01-200-0674, NFIG01-200-0678
67L, 300 Bar, IG-01 Unit
NFrG01-300-067A, NFrG01-300-0678
801, 200 Bar, IG-o1 Unit
NFrG01-200-080A, NFrG01-200-0808
http://database.ul.com/cgi-bin/XWtemplate/LISEXT/l
FRAMUshowpage.html?name=GAQF.EX15844&ccnshorttitle=Clean-agent+Extinguishing+Syst...
112
12/9t2014
Last
GAQF.EXI5E44 - Clean-agent Extinguishing System Units
801, 300 Bar, IG-01 Unit
NFIGo1-300-080A, NFIGo1-300-0808
140L, 2OO Bar, IG-o1 Unit
NFIGOl-200-140
1401, 300 Bac IG-01 Unit
NFrG01-300-140, NFrGo1-300-140A
67L,2OO Bar, IG-100 Unit
N
FrG
100-200-067A, NFrG100 -200-067 B
671, 300 Bar, IG-100 Unit
N
FIG
100-300-067A, NFIG100-300-0678
80L, 200 Bar, IG-100 Unit
N
FIG
100-200-080A, NFIG100-200-0808
801, 300 Bar, IG-100 Unit
N
FrG
100-300-080A, NFrG100-300-0808
1401, 200 Bar, IG-100 Unit
NFrG100-200-140
1401, 300 Bar IG-100 Unit
NFrG100-300-140, NFIG100-300-140A
67L,200 Bar, IG-55 Unit
N
FIG55-200-067A,
N
FrG55-200-067B
67L, 3OO Bar IG-55 Unit
N
FIGSs-300-067A,
N
FrG55-300-067B
801, 200 Bar, IG-55 Unit
N
FIG55-200-080A,
N
FIG55-200-0808
801, 300 Bar, IG-55 Unit
NFrG55-300-080A, NFrG55-300-0808
1401, 200 Bar, IG-55 Unit
NFIG55-200-140
140L, 300 Bar, IG-55 Unit
N
FrG55-300-140, NFrG55-300- 140A
67L,200 Bar, IG-541 Unit
N
FIG541-200-067A, NFIG541-200-0678
671, 300 Bar, IG-541 Unit
N
FIG541-300-067A, NFIG541-300-0678
801, 200 BaL IG-541 Unit
N
FrG541-200-080A, NFrG541-200-0808
801, 300 Bar, IG-541 Unit
N
FIG541-300-080A, NFrG541-300-0808
1401, 200 Bar IG-541 Unit
NFIG541-200-140
1401, 300 Bar, IG-541 Unit
NFIG541-300-140, NFIG541-300-140A
UpjEtgl on 2018-11-21
Questions?
Print this p3gg
Terms of Use
Ege
Top
O 2018 UL
LLC
The appearance of a company's name or product in this database does not in itself assure that products so identified have been manufactured
under UL's Follow-Up Service, Only those products bearing the UL Mark should be considered to be Certified and covered under UL's Follow-Up
Service. Always look for the Mark on the product.
UL permits the reproduction of
the material contained in the Online Certification Directory subject to the following conditions: 1. The Guide
Information, Assemblies, Constructions, Designs, Systems, and/or Certifications (files) must be presented in their entirety and in a non-misleading
manner, without any manipulation of the data (or drawings). 2. The statement "Reprinted from the Online Certifications Directory with permission
from UL" must appear adjacent to the extracted material. In addition, the reprinted material must include a copyright notice in the following
format: "@ 2018 UL LLC'.
http://database.ul.com/cgi-bin/XWtemplate/LISEXT/l
FRAME/showpage.html?name=GAQF.EX15844&ccnshorttitle=Clean-agent+Extinguishing+Syst...
212
o[j-5Jl -iS aSJpi
e-o),,r-Jl dltj.:\
WBE FOR SAFEry CO.
l
2.
FIRE ALARM SHIELD
ER. ER.
t+138282422
Extinguishant
Control Panel
Shield A-XT is a new
generation extinguishant
releasing panel which is
UL,FM listed
The simple, programmable
configuration options and
easy to install construction
make Shield A-XT panels the
ideal choice for small to
medium sized systems
using all extinguishant
agents.
Proorammable
,-Features
B
fr
u1864 and FM listed
r- Product Overuiew
B
Three initiation circuits as standard
s
r
r
E
r
Any single zone or any
combinations of zones can
be configured to
Access Level 2
Test Zones I to 3
release
Disable Zones 1 to 3
Disable
lst
Stage Alarms
Disable Pre-actilEted
lst
Stage Relay
Disable Pre-acti\Eted 2nd Stage Relay
r
r
E
r
r
F
r
r
Disable Extract Fan Output
Disable Manual Release Input
Disable Extinguishant Sub System
Activate Extract Fan Output
E
Zone Alarm Delay (Call Poinb)
s
Configure Zone for LS Barrier Use
r
r
F
t
F
t
manual release option
B Non-latching zone input
option to receive signals
from other systems such
as aspirating equipment
Disable Panel Features
Zone Short Circuit Alarm
B The extensive configuration options of the Shield
A-XT allow the functionality of the system to be
extensively modified
tr The panel contains a large
LED display to enable
easy configuration and control which also displays
the time remaining until extinguishant release for
added user safety.
Configurable extinguishant
delays up to 60
in 5 second steps
6,
Configurable extinguishant
duration up to 5
in 5 second steps
E With all
seconds
Zone Non Latching
Zone Inputs Delay
Extinguishant Release Time Delay
Extinguishant Release Duration Timer
refighting installations
extinguishant release can be configured to
activate from any combination of detection zone
inputs to allow (among other combinations) any
two from three type activations such as would be
required for detection in ceiling void, room and
floor void applications.
tr Zero time delay upon
Access Leve! 3
Zone Alarm Delays (Detectors)
t he highest
E With three detection zones as standard,
Configurable detection delays
tr Compatible with LS. barriers
Coincidence Detection
fl
Configurable first stage
NAC delays
Activate Alarm Delays
Sounder Delay
Designed and manufactured to
standards in a quality controlled environment and
with uL & FM approvals, the Shield A-XT
releasing panel offers outstanding value
and performance for all small to medium fixed
minutes
of the electronics mounted on a single,
easily removable, steel plate Shield A-Xlpanels are
both robust and easy to install.
Extinguishant Reset Delay Timer
B Countdown timer shows
time remaining until release
Suppofts up to seven,
four wire status indicators
The countdown timer is duplicated on up to seven
remote status units to provide local indication of
the system status.
4
Shield A-XT is supplied in an enclosure that matches
the design and colour of the elite RS range and is
available in standard red or optional grey.
Built in Extract Fan control
Thp menrfa.'hrFr rc@rup< the ridhi tn ampn l qHifi.aH^n<
withdlt nd6r nntic
lat Staoc
ftraihn
Appfdr
Specifications
P8
;;;llftlgl
Er
a
,t
u
ffFI
Rdtlob
$
conbsl
Ir$uts
TofrE
AEifEy shrCtllc RdqE
Ljnlt
Technical
Construction
1.2mm mild sheet steel
lP30
lP Ratlng
Finish
Colour-lid&box
Malns supply
Mains supplyfuse
Power supply
ntlng
Maximum ripple current
Batterytype (Yuasa NP)
Battery charge voltage
Battery charge curent
Battery fuse
Maxlmum current draw from batterles
Qulescent curent of panel ln malns fail
output
RoV
Sounder outputs
Fault relay contact rating
Flre relay contact ratlng
Local fire relay Gontact rating
Flrst stage contact rating
Second stage contact rating
Extract contact rating
Zone quiescent current
Termina! capaclty
Number of det€ctors per zone
ratlng
-letectlon circuit end of line
lonltored Input end of line
Sounder circuit end of llne
Extinguishant output EOL
No. of initlating circuits
NAC
No. of NAC <ircuits
Extinguishant release output
Extlnguishant release delay
Extinguishant release duration
Sll- A!- FTL RST inputs
Zone norma! threshold
Detector alarm threshold
Call polnt alarm threshold
Short clrcult threshold
Monltored lnputs normal threshold
Monitored inputs alarm threshold
Monitored Inputs Short clrcuit threshold
Status uniUAncillary board connection
Statu3 unlt power output
Epory powdercoated
Red RAL 3002 (optional qrey BS 00 A 05 semFmatt)
230V AC or I 1 5V AC
1.6 Amp (Fl.6A L2s0V)
3 Amps total including battery charge 28V +/-2V
200 millivolts
Two 12 Volt 7Ah sealed lead acid in series
27.6VDC nominal (temperature compensated)
O.7A maximum
20mm, 3.15A glass
3 Amps
0.0954
Fused at 500mA with electronic fuse
24V Fused at 500mA with electronic fuse
30VDC lAAmpmaximum
30VDC lAAmpmaximum
30VDC 1A Amp maximum
30VDC 1A Amp maximum
30VDC 1A Amp maximum
30VDC 1A Amp maximum
2mA maximum
l2AWG
Dependent on type (maximum 32)
0.5A per circuit
6K8 5% /2 Watt resistor
6K8 5% Y2 Watt resistor
10K 5% % Watt resistor
,a\
g
1N4004 Diode
.L-
3
x lst Stage, I x 2nd Stage
I Amp
Adjustable 0 to 60 seconds (in 5 second steps)
Adjustable 60 to 300 seconds (in 5 second steps)
2
Fused at
Switched -ve, max resistance 100 Ohms
8K ohms to 1 K ohm
999 ohms to 400 ohms
399 ohms to 100 ohms
99 ohms to 0 ohms
8K ohms to I K ohm
999 ohms to 100 ohms
99 ohms to 0 ohms
Two wire R985 connection
Fused at 500mA with electronic fuse
'.5
ar$
Y
fr
Yet
r'
Panels
Product Code
SHIELD FIRE,SAFETY
AND SECURITY LTD
28th Floor Regus Suite
One Canada Square
Canary Wharf
London, E14 sDY
United Kingdom
511sR-EXT
S23OR-EXT
51 1SG-EXT
S23OG-EXT
Size (mm)
Description
Surface mounting panel - Red
1l5V
368x310x90
Surface mounting panel - Red
230V
368 x 310 x 90
368x310x90
Surfacemountingpanel-Grey239y 368x310x90
Surfacemountingpanel-Grey115V
The manufacturer reserves the right to amend specifications without prior notice
Fire Alarm Devices
Features
r
Twin LED for 360oview.
6€
Remote indicator output available.
Complies with EN 54-7 standard.
F-
..c
/4
-tl \
r;rtJ
Description
D-C401 Conventional Photoelectric Smoke Detector is
non-addressable. Used together with end of line unit, it can
process
connect with compatible control panels
detection signals. lt shows fire alarm by LED indicators and
transmits the fire signal to the control panel. Using infrared
scattering technology, the smoke density can be detected.
The detector receives very weak infrared light under
to
normal smokeless condition. lf smoke particles enter the
chamber,
the received light signal will increase
by
scattering. When smoke density reaches a pre-set level,
the detector will alarm out. ln order to reduce interference
and power consumption, the emitting circuit works in pulse
mode to prolong the life of lR LED.
Note: The detector shall be horizontally installed. ll it
has to be installed on an inclined plane, the inclinatlon
angle shall not be over 45o.
Fig. 3 shows the installation of the detector.
Connection and Cabling
Fig.1 shows the detector bottom and Fig. 2 the base.
Fio' 3
Application,
Fig.'l
There are four
'l: Detection
2: Detection
3: Detection
Warning: The detector should be connected with a fire
alarm control panel or other devices with current llmit
functlon. Othenrise the detector may be damaged by
heavy alarm current.
Fig.2
terminals with numbers on the base.
zone positive lN
zone positive OUT
zone negative lN and OUT
I
When the detector is connected with a compatible fire
alarm control panel in series, with a DB-CA active end of line
unit connected to the end of loop, a 1N5819 Diode should be
connected on the detector base.
Used as the detector base, the AEOL is to install
conventional detector
The system
connection is shown in Fig. 4.
2: Positive terminal of remote indicator
on it.
a
4: Negative terminal of remote indicator
Recommended Cabling
1.0mm2 or above fire cable is recommended but subject to
local codes.
lnstallation
A fixed installation direction is ensured by the
location
elements on the detector and the base. Fix the base with
two tapping screws, and then align mark C on the detector
with A on the base, rotate the detector to align mark C with
Bemoto
mark B (Refer to Fig. 1 and 2 for the position of the marks),
the detector will be fitted to the base.
t
lndicabr
Remote lndicator
ConventionalDeleclor
ConvfftionalDetector ConventionalMCP
Fig. 4
When the AEOL is not used as the detector
base, a cover should be put. The system connection
is shown in Fig. 5.
Specifications
Ooeratino Voltaoe
Standby Current
Alarm Currenl
lndicators
Remote
lndicator
Output
Fig. 5
base. The system connection is shown in Fig. 6.
Red. Quiet
in
normal condition.
llluminates steadilv in alarm.
Directly connecting
LED
(built-in 2kO resistor in series). Quiet
normal condition. llluminates
steadily in alarm.
4V (peak-to-peak)
with
in
I
When the detector is connected with a compatible fire
alarm control panel, with an end of line resistor connected to
the end of loop, there should be no diode connected on the
24YDC (12VDC-28VDC)
s608A
1OmAsls30mA
Maximum
Ripple
Voltaoe
Alarm Clear
lnstantaneous Power-off (5s Max.,
Power-up Time
Max. Wind Soeed
Wiring
2.SVDC Max.)
<10s
7.6m/s (1500fpm)
Polarized 2-nre tor detection zone
cable.
Polarized Z-core
R€motE
lndi€tor
Fig.6
Maximum 15 detectors can be connected in one zone.
Cooperating with end of line device, the compatible panel
can monitor the cable for open circuit and short circuit.
Panel will report if any detector is removed. With Active
End of Line unit (AEOL), the functioning of other device will
not be affected by the detector removal.
Maintenance
1. The detector should be
2.
3.
4.
just
installed
before
commissioning and kept well before installation, taken
corresponding measures for dust-proof, damp-proof
and corrosion-proof.
The dust-proof cover should not be removed until the
project plunged into usage. Otherwise it may not
report alarm properly.
Clean the detectors regularly, at least once a year to
ensure normal operation of the system.
Maintenance should be carried out for false alarm
detectors, either clean or replace the chamber if
necessary. Before cleaning, notify the proper
authorities that the system is under maintenance and
will temporarily be out of service. Disable the
automatic controls relating to the zone or system
under maintenance to avoid unwanted actions.
Steps for chamber cleaning:
a)
b)
c)
d)
Open the top cover of detector.
Draw out the chamber slightly shaking by hand.
Clean the internal of the chamber by alcohol
cotton or other clean liquid swab with tweezers.
Make sure not to leave any fiber in the chamber.
Put back the chamber and the top cover.
5.
The detector should be tested after re-instdled to
6.
ensure normal operation.
Fire simulation test should be done to the detector at
least every 6 months.
for
remote
indicator.
Ambient
temDerature
Relative Humidity
lngress Protection
Rate
Material and Color
of Enclosure
Dimensions
-108-+ 5ffi
Mounting
45mm-75mm
s957o, non condensinq
lP23
ABS, white (RAL9016)
Diameter:100mm
Heioht: 56mm (with base)
Hole
Distance
Weight
About 1209
Accessories and Tools
Model
Name
Remarks
DB-CA
Active End of Line Unii
Order seoaratelv
DZ-03
Base
Order seoaratelv
Limited Warranty
SHIELD warrants that the product will be free of charge for
repairing or replacing from defects in design, materials and
workmanship during the warranty period. This warranty does
not cover any product that is found to have been improperly
installed or used in any way not in accordance with the
instructions supplied with the product. Anybody, including
the agents, distributors or employees, is not in the position to
amend the contents of this warranty. Please contact your
local distributor for products not covered by this warranty.
Fire Alarm Devices
,{
Features
,\
Twin LED for 360"view.
J
Built-in microprocessor samples and collects
data in real time.
Rate of rise and fixed temperature alarm modes.
Remote indicator output avallable.
Complies with EN 54-5 standard.
)
)
)
Description
D-C4O2 Conventional Rate
of
Rise and
Fixed
Temperature Heat Detector is non-addressable. With
built-in microprocessor, it works stably with reliable
lixed fire judging program. Used together with an
active end of line unit (AEOL), it can connect with
Note: The detector sha!! be horizontally installed. lf
compatible control panels to process fire alarm signals.
It transmits fire signal to lire alarm control panel or
it
interface module by changing its own current and
shows the fire alarm by LED indicator until it's reset.
Fig. 3 shows the installation of the detector.
has to be installed on an lncllned plane, the
incllnation angle shall not be over tL5o.
Connection and Cabling
Fig.1 shows the detector bottom and Fig. 2 the base.
Fig. 3
Applications
Warning: The detector should be connected with
Fig.
Fig.2
1
There are four
1: Detection
2: Detection
3: Detection
terminals with numbers on the base.
zone positive lN
zone positive OUT
zone negative lN and OUT
2: Positive terminal of remote indicator
4: Negative terminal of remote indicator
Recommended Cabllng
1.0mm2
or above fire cable is
recommended but
subject to local codes.
lnstallation
A fixed installation direction is ensured by
current limit function. Otherwlse the detector may
be damaged by too heavy alarm current.
The detector is especially applicable to places where
fire occurs with sharp rise of temperature. Used
together with smoke detectors, it can detect fire with
more reliability to reduce losses.
I When the detector is connected with compatible
lire alarm control panel in series, it a DB-CA AEOL is
connected to the end of loop, a 1N5819 Diode should
be connected to the detector base.
I Used as the detector base, the AEOL is to
install a conventional detector on it. The system
connection is shown in Fig. 4.
the location
elements on the detector and the base. Fix the base
with two tapping screws, and then align mark C on the
detector with A on the base, rotate the detector to align
mark C with mark B (Refer to Fig. 1 and 2 for the
position of the marks), the detector will be fitted to the
base.
fire alarm control panel or other devlces with
Rffiolndk$r
Fig.4
Specifications
r
When the AEOL is not used as the
detector base, a cover should be put. The
system connection is shown in Fig. 5.
Operatinq Voltage
Standby Gurrent
Alarm Current
24VDC(12VDC-28VDC)
s60uA
lndicators
in normal condition.
llluminates steadilv in alarm.
Directly connecting with remote
indicator (built-in 2kQ resistor in
series,). Quiet in normal condition.
llluminates steadilv in alarm4V (peak-to. peak value)
1OmA<l<30mA
Red. Quiet
Hemole rnorcalon
output
Maximum
Ripple
Voltaoe
Fig. 5
I
When the detector is connected with compatible
fire alarm control panel, with an end of line resistor
to the end of loop, then no diode is
connected to the detector base. The system
connected
Alarm Clear
lnstantaneous Power-off (5s Max.,
2.5VDC Max.)
Power up Time
Action Temperature
<1Os
Class
A1B
Polarized z-core
Wiring
Polarized 2-core
Operating
Material and Color
lndi€tor
for
remote
<9570, nOn COnOenslnq
IP33
ABS, white (RAL9016)
of Enclosure
Diameter:100mm
Heioht: 58mm (with base)
Dimensions
Mounting
Fig.6
detection
indicator.
-1G- +508
Temperature
Belative Humidity
lngress Protection
Flatinn
lndietor
for
zone cable.
composition is shown in Fig. 6.
Bemote
588
Hole
45mm-75mm
Distance
Maintenance
Weiqht
Maximum 15 detectors can be connected in one zone.
Cooperating with end of line device, the compatible
panel can monitor the cable for open circuit and short
circuit. Panel will report if any detector is removed.
With Active End of Line unit (AEOL), the functioning of
other device will not be affected by the detector
About 120q
Accessories and Tools
Model
Name
DB.CA
Active End of Line Unil
DZ-O3
Base
Remarks
Order seoaratelv
Order seoaratelv
removal.
1
The detector should be installed just before
commission and kept well before installation,
taken corresponding measures for dust-proof,
damp-proof and corrosion-proof
2
.
The dust cover should not be removed until the
project has been plunged into usage. Otherwise it
may not report alarm normally.
3
Fire simulation test should be done to the detector
at least every 6 months.
Limited Warranty
SHIELD warrants that the product will be free of
charge for repairing or replacing from defects in design,
materials and workmanship during the warranty period.
This warranty does not cover any product that is found
to have been improperly installed or used in any way
not in accordance with the instructions supplied with
the product. Anybody,
including
the
agents,
distributors or employees, is not in the position to
amend the contents of this warranty. Please contact
your local distributor for products not covered by this
warranty.
WIRING DIAGRAM:
Smoke
Detector
Part Number S-C2011----------------
CONVENTIONAL
SMOKE DETECTOR
Standard Features
I
!
t
I
Responds
wellto slow-burning, smouldering
*
t\
o
Operati
fires
The S-A201 1 Photoelectric Smoke Detector
Well suited for bedrooms and escape routes
polycarbonate case with wind resistant smoke
inlets. Nickel plated stainless steel wiper
The alarm current also illuminates the detector
integral LED.
A
contacts connect the detector to the base.
between the
l
Unaffected by wind or atmospheric pressure
Wide operating voltage
Flashing LED option
I
@
'J:t
section - Smoke Detector
Flashing LED and magnet operated test switch
option
has
a
lnside the case a printed circuit board has the
optical system mounted on one side and the
signal processing electronics on the other.
The sensing chamber is a black moulding
configured as a labyrinth which prevents
penetration of ambient light.
Options
1. Flashing LED:The integral LED flashes when
the detector is in a quiescent state.
2. Magnetic test switch and Flashing LED:
A magnetic test switch in the circuit of the
detector can be magnetically activated from
outside the case to initiate an alarm condition
for test and commissioning purposes. A flashing
LED, as
outlined above, is also included.
obtuse angle to the diode.
moulded self-extinguishing white
The Shield Photoelectric Smoke Detector has
insect-resistant cover. The chamber houses
an infrared light emitting diode (LED) and a
photo-diode which has an integral visible-light
filter as extra protection against ambient light.
Every three seconds the LED emits a burst of
collimated light, modulated at 4kHz. ln clear
air, light from the LED does not fall directly on
the diode because the LED is positioned at an
L
remote indicator connected
lN terminal and the -R terminal
will have a voltage equal to the supply voltage
less 1 volt across it and so will illuminate.
To ensure correct operation of the detector
the control panel must be arranged to supply
a maximum of 33 volts DC and a minimum of
9 volts DC in normal operation. The supply
may fall to 6 volts DC in alarm conditions if a
supply current of at least 1OmA is available at
this voltage. To ensure effective illumination of
the integral LED and any remote indicator, the
supply to the detector should exceed 1 2 volts.
To restore the detector to quiescent condition,
it is necessary to expel any smoke and interrupt
the electrical supply to the detector for
a
minimum of one second.
Notc: Specifications are subicct to change without notice
Tech n ica I Specifi cations
Specifications are typical and given at 73'F and
50olo
relative humidity unless otherwise stated.
Detection Principle: Photoelectric detection of light scattered in a forward direction by
smoke particles
Chamber Configuration: Horizontal photoelectric bench housing an infra-red emitter and
sensor arranged radially to detect forward scattered light
Sensor: Silicon PIN photo-diode
Emitter: GaAs infra-red light emitting diode
Sampling Frequency: Once every 3 seconds
Supply Wiring: Two wire monitored supply, polarity insensitive
Terminal Functions:
Ll lN and
supply in connections (polarity insensitive)
Ll OUT and
supply out connections (polarity insensitive)
remote indicator negative connection
-R
L2
L2
SupplyVoltage:9 to 33 V DC
Ripple Voltage: 2V peak to peak maximum at
0.1 Hz
to 1 00kHz
Quiescent Current:3G50pA at 24V
Switch on Surge Current: I 1 5UA at 24V
Alarm voltage:6 to 28V
Normal Alarm Current:
61
mA at 28V 52mA at 24V 18mA at 1 0V
Design Alarm load:420pA in series with 2V drop
Alarm Reset Voltage: 1 2V
Alarm ResetTime:
I
second
Temperature range: -4"F to +140'F (No condensation or icing)
Humidity: (No condensation or icing)
0%o
to
9590 relative
humidity
Wind Speed: lnsensitive to wind
Atmospheric Pressure: lnsensitive to atmospheric pressure
lP Rating:23D
Detector weighL3.49 oz
Detector with base weight: 5.29 oz
Dimensions: Diameter:
Materials:
3.93'1
Height:
1.65",
Height in base: 1.96"
Detector Housing: White polycarbonate V-0 rated to
Terminals:
UL 94
Nickel plated stainless steel
Note: Specifications are sublect to change without notice
Address
Buttons
Thermistor Bead
lid Moulding
HeatDetector
@
When the sum of the resistance of the insulated
Heat Detector
Part Number
thermistor and the fixed resistor compared
to the
of the exposed thermistor
a preset value, an alarm is initiated.
The value of the fixed resistor is selected to
CONVENTIONAL
HEAT DETECTOR
t,
Standard Features
l)
!
I
I
Can be used for applications where smoke
detectors are unsuitable
ldeal environments that are dirty or smoky
under normal conditions
Wide operating voltage
f
I
$t'
{
*
{
Flashing LED option
!
resistance
reaches
Operation
set the detector into alarm state at a specified
fixed temperature.
The detector has a moulded self-extinguishing
white polycarbonate case. Nickel
plated
stainless steel wiper contacts connect the
detector to the base. lnside the case a printed
circuit board holds the signal
electronics.
A pair of
processing
matched negative
temperature co-efficient thermistors
The detector signals an alarm state by switching
an alarm latch on, increasing the current drawn
from the supplyfrom about 50prA to a maximum
of about 75mA.This fall in the impedance of the
detector is recognised by the control panel
as
an alarm signal.
are
The alarm current also illuminates the detector
Flashing LED and magnet operated test switch
mounted on the PCB in such a way that one
thermistor is exposed to give good thermal
option
contact with the surrounding air while the
between the LI IN terminal and the -R terminal
will have a voltage equal to the supply voltage
less 1 volt across it and so will illuminate.
other thermistor
Options
1. Flashing LED: The integral LED flashes when
the detector is in a quiescent state.
is
thermally insulated.
Under stable conditions both thermistors
are in thermal equilibrium and have the
same value
of
resistance.
lf air
temperature
increases rapidly the resistance ofthe exposed
thermistor becomes less than that of the
2. Magnetic test switch and Flashing LED:
A magnetic test switch in the circuit of the
integral LED. A remote indicator connected
insulated thermistor.The ratio of the resistance
detector can be magnetically activated from
outside the case to initiate an alarm condition
of the thermistors is monitored electronically
and an alarm is initiated if the ratio exceeds a
factory preset level. This feature determines
for test and commissioning purposes. A flashing
the'rate of rise'response of the detector.
LED as outlined above, is also included.
To ensure correct operation of the detector
the control panel must be arranged to supply
a maximum of 33 volts DC and a minimum of
9 volts DC in normal operation. The supply may
fall to 6 volts DC in alarm conditions if a supply
current of at least 10mA is available at this
voltage.
To ensure effective illumination of the integral
LED and any remote indicator, the supply to the
detector should exceed 1 2 volts. To restore the
detector to quiescent condition, it is necessary
Air temperature increase slowly, no significant
resistance difference develops between the
thermistors, but at high temperatures a fixed
value resistance connected in series with the
to
insulated thermistor becomes signifi cant.
for a minimum of one second.
restore a normal temperature level and
interrupt the electrical supply to the detector
Note: Speciflcations are subiect to change wlthout notlce
Tech n ical Specifi
cations
Specifications are typical and given at 73"F and 5070 relative humidity unless
otherwise stated.
5upply Wiring: Two wire supply, polarity insensitive
Terminal Functions:
Ll lN and
supply in connections (polarity insensitive)
supply out connections (polarity insensitive)
Ll OUT and
remote indicator negative connection
L2
L2
-R
Supply voltage:9-33V
Ripple voltage: 2V peak to peak maximum at
Quiescent current:
see
0.1 Hz
to 100kHz
table
Switch on surge current: As per quiescent current
Alarm voltage:
6
to 28V
Alarm indicator: Red light emmiting diode
Design Alarm load:420O in series with a 2V drop
Holding voltage: 6V
Holding current: 100mA
Storage temperature: -22'F to 248'F
Operating temperature: -4'F to 194'F (no condensation/icing)
Humidity:0 to 9570 relative humidity
lP
rating:23D
Detector weightz 2.82 oz
Detector with base weight 4.62 oz
Dimensions: Diameter: 3.93'i Height:
Supply
Voltage (v)
A1 R
Standard
Al
1.65'1
R
Height in base: L96"
Flashing LED
AI R Flashing LED/
Magnetic test switch
Quiescent
Quiescent
Alarm
Quiescent
Alarm
24
45pA
52mA
55pA
52mA
55pA
52mA
9
40pA
17mA
50pA
17mA
50pA
17mA
Alarm
Typical current against voltoge choracteristics for quiescent and alarm states
Note: specifications are sublect to change without notice
'rilt
t
lFdalW
Features
+
+
LED indication.
Built-incurrent-limitingresistor.
{
/
Description
R-C480S Passive Remote lndicator (the indicator) is
directly controlled by
a
detector
like
1/D-C401|D-A41AD-C402, transmitting the fire
alarm signal to the conspicuous place so that people in
D-A41
J
field can evacuate or dispose it urgently.
Connection and Cabling
Terminals are shown in Fig. 1.
m
+
Fig.
Application
+ The indicator can
connect with conventional
detectors like D-C401
graphic is shown in Fig.S.
1
" + ": To the anode of input line.
" - ": To the cathode oI input line.
or
D-C402, schematic
Recommended Cabling
'I .0mm2
or above fire cable for all the terminals, subject to
local codes.
lnstallation
The base of B-C480S is shown in Fig. 2. There are six
mounting holes, four oval at corners and two round near
the middle.
Fig. 5
The indicator can connect with intelligent detectors
such as D-A41'l or D-4412, as shown in Fig. 6.
E
s
42.5mmt 0.2mm
@
J.7fln
.).,/
UMtrU
,.1
\y
i
-'
L
Fig. 6
Specification
----i
Fig. 2
lf the cable conduit is on the surface, the indicator
is
installed directly on the wall, as shown in Fig. 3. And if the
cable conduit is inside the wall, a variety of back boxes are
available. Mounting method is shown in Fig. 4.
ODeratino Voltaoe
2.OVLr(;
Operating Current
Standby current : OmA
Action current <30mA
-:l-(IVLt(
Bed. lt turns off
lndicator
ODeratino TemDerature
Relative Humiditv
Material and Color of
Enclosure
Dimension (LxWxH)
when
but
constantly illuminates in action.
-10'C - +50'C
<95%. non condensino
monitoring normally,
ABS, White (RAL 9016)
64.SmmxM.Smmx31 .4mm
Limited Warranty
SHIELD warrants that the product will be free of charge for
repairing or replacing from defects in design, materials
and workmanship during the warranty period. This
warranty does not cover any product that is found to have
been improperly installed or used in any way not in
accordance with the instructions supplied with the product.
Anybody, including the agents, distributors or employees,
is not in the position to amend the contents of this
warranty. Please contact your local distributor for products
not covered by this warranty.
www.shieldglobal,com
DATA SHEET
Note: Specifications are subject to change without notice
W
SHIELD conventional standard base has been designed to enable detectors
to be fitted without the need of force - particularly useful when fitting to
suspended ceilings. All bases have one way only fit.
r
r
r
r
r
2 wire base.
One way fit.
Easy to wire.
Detector locking mechanism.
Contains no electrical parts.
Hg
"U
.d
v tr"
i -f
a_
J
Note: Specifications are subiect to change without notice
'Ir)l
f
I
Ez-*,cAW
Features
+
+
High sound level, over 75dB at 3m ahead
+
+
Circuitry and base are twisted together.
Standard: EN 54-3.
High bright red LEDs are used as light source.
horizontally (A weighted).
D,escription
S-C,181 Gonventional Sounder Strobe is a kind of
audible and visual alarm device used to warn people
in field when fire occurs. lt can give audible and visual
alarm when applied to 24VDC power (Dl connected
with anode and D2 with cathode). To connect it with
fire alarm control panel, an addressable control
module should be added
Al-510
to the system, such
as
Addressable Single l/O Module.
Both shallow base with 25.5mm high and deep base
with 40mm high are available, deep base is used if
there is no special statement in this manual.
Connection & Wiring
Terminals on the base are shown in Fig. 2.
\
J
+
{
!nstallation
+.
When the sounder strobe is surface mounted, it
should be placed 0.2m from the ceiling for
normal space height. When the conduit is
embedded, the base can be mounted on the
electrical box. When the conduit is surface
mounted, the deep base should be adopted.
Knock the knock-off hole, then connect the
conduit with it. The mounting hole spacing and
mounting direction are shown in Fig. 2. Mounting
method is shown in Fig. 3a and Fig. 4. When the
shallow base is required, the sounder strobe only
adopts conduit embedded. lts mounting method
is shown in Fig. 3b.
Knod({ff Hol6
Fig.
1
Fig.2
D1 (9), D2 (7): To 24VDC power, polarity-sensitive; D1
to anode and D2 to cathode.
Recommended Wiring
'l.5mm2 or above fire cable for 24VDC power line,
subject to local codes.
www.shieldglobal.com
DATA SHEET
Note: Specifications are subject to change without notice
Specification
Ooeratino Voltaoe
24VDC
Ooeratino Current
s65mA
Wiring
24VDC power
line,
rr)laritu-sensitive
Minimum Sound Level
75dB
Flashino Frequency
1.4x(1t200/olHz
Sound Pattern
2.8kHz (400ms on/340ms
off)
lngress
Protection
tP33
Ratino
+
Fig.4
The base and the sounder strobe are twisted
together. When mounting, remove the sounder
strobe, thread cables through the cable entry in
the base and connect with
corresponding
terminals, then twist the sounder strobe onto the
+
-
-10"C
Operating
Temoerature
+50'C
Relative Humiditv
s957o, non condensino
Material and Color of
ABS, red
Enclosure
1795C)
Dimension (LxWxH)
Q110mmx97.5mm (deep
base.
(PANTONE
base)
lf the sounder strobe is required
anti-removal,
knock down the arch knock-off hole as shown in
Fig. 1 and fix it with ST2.9x6.5 tapping screws (in
this case, it must be removed by a special tool).
O110mmx83mm(shallow
base)
Mounting
Hole
55mm
-
80mm
Soacino
Application
Apply 24vDC power
to D1(9) and
(polarity-sensitive, D1 (9) connects with anode and D2
monitoring state, there should be no voltage input.
Sound Level Data
Horizonlal
Vertical
18V
28V
18V
28V
150
74.47
78.16
71.95
75.55
450
81.85
86.44
82.03
85.36
75"
88.06
92.47
87.88
91.66
105.
88.15
91.93
89.14
92.92
135.
80.50
85.54
82.48
87.07
0
62.32
66.37
73.93
78.07
www.shieldglobal.com
31
7o(shallow base)
Accessories and Tools
Model
Name
Remark
S.49DB
Base
Suoolied seoaratelv
Limited Warranty
Fixed tone. Maximum Volume
165
About
D2(7)
(7) connects with cathode), and the sounder strobe
should generate audible and visual alarm. ln normal
Anqle
About 3459 (deep base),
Weight
SHIELD warrants that the product will be free from
delects in design, materials and workmanship during
the warranty period. This warranty shall not apply to
any product that is found to have been improperly
installed or used in any way not in accordance with the
instructions supplied with the product. Anybody,
including the agents, distributors or employees, is nol
in the position to amend the contents of this warranty.
Please conlact your local distributor for products not
covered by this warranty.
DATA SHEET
Note: Specifications are subject to change without notice
Fire Alarm Devices
c\
Features
+
Low current consumption - only 20mA
+
+
+
+
+
Quickly and easily installed
,I
J
Excellent sound, up to 100dBA @ 1 mt
I
Suitable for indoor and outdoor use
Easy installation and connection
Operating Voltage:
- 6VDC, 12VDC, 24V DC
- 120VAC,220VAC
Description
The FB-1000 series Bells are of aluminum
construction and have a very high sound output
matched with extremely low power consumption with
Alarm Bel! lnstallation
20mA for 6 alarm bell.
The Alarm Bell base should be installed to comply with
The FB-1000 series can be used for internal and
all local codes having a jurisdiction in your area or
eternal installation using the specially designed
NFPA 72 National Fire Alarm Code, NFPA 70 National
weatherproof bells having an back box giving either
Electrical Code. lt is installed onto a standard one
single or double threaded entry for maximum flexibility
square standard outlet gang electrical box.
in installation. Weatherproof bells are supplied as a full
fixing kit with gasket and screws.
Wiring and Gonnection
Connect the wires to the required terminal according
to the wire color. The red cable and the black cabled.
The cable must be fire rated type and the size
depends on the distance and application. Minimum
size gauge 1.0mm2(18 AWG)
.-sdt
gOI
sY ormEnal
FE OrrILEr
6ur*udi
-r'*'*..-
tl
4'
f
Technical Specifications
.q'
T
FFilrnffi/ttlI F&1m([
FFImE/WP
Description
i'{l50mm}
6'{l50mm)wp B'{tffimm}
l'{2il1mm}wp
Protection Rating
tP33
rp65
tP65
Part Number
tP 33
UL4S[
Approval
EvacuateSound :9F$7dB {at mFf}
$ound Level 0utput
Porrrer $upply 24Vdc to I20 VAC
0peratingVoltage
trmAto lfrlmA
Rated Cunent
-10f to50{
OperatingTemperature
Applimtion
lndoor
@9596 Relative Humidity
Indoor
Cutdoor
Aluminium/Rd
Materialand Color
tlliring
2
Wire for Power fable { Polarized}
Ordering lnformation
Part Number
Description
FB-lMOC6AR/P
6" Alarm Bell Weather proof
FB-1m0C8
FB.lOOOCBAIVP
B" Alarm Bell
E" Alarm Bell Weather proof
Selection of compatible Contro! Panels
Compatible with all Shield Conventional panel and
Shield !ntelligent panel using sounder output and
-
lntelligent Sounder Driver Module (Al-514)
Limited Warranty
SHIELD warrants that the product will be free of
charge for repairing or replacing from defects in
design, materials and workmanship during the
wananty period. This warranty does not cover any
product that is found to have been improperly installed
or used in any way not in accordance with the
instructions supplied with the product. Anybody,
including the agents, distributors or employees, is not
in the position to amend the contents of this warranty.
Please contact your local distributor for products not
covered by this wananty.
0utdoor
it-
I
?,t
.
y-I
ftf
<t
A
I
.I
SHIELD
{
J
l
rcltogc
Supdy rcltog.
Ehckirl mmibring
: 2,lV DC
: ,U0R rsics r..irtor
Cdour
:ld
Supgly
Opsaine tmemtur!:.2dCto + 8dC
Elcclricol
moniuring
:
Colow
470Rshr rrri:for
: Rcd
Wihtrs3porud@s
tlomiml rclbgo
Cumnt
Colour
Sound olput
Wcight
: ZilV DC
; 16
ml
: Rcd
: l00dBA@
I
mlr.
:300grom:
rcllogr
Cural
Colosr
;Z4VDC
: Rcd
floshfrcqumcy
Voltogc
Cmloch
Cdou
r lHz
OperaingT.mpcroturo: -ZdCo + 8dC
Eorh cnrgy
Wb'lhl
:0.7i
Nmiml
Supph
rcltogc
Scchid fnofloring
:.10 mA
wilh
frc.conbd
: NQ NC
:Arciloblckrdiliutrrloloun
:3009rero
:24VDC
:
4701sda midor
Opcrolhg Tcf,pmturc: -2dC
Colorr
:
:
t
Yrllor
lron$orcnl @'rar (opliom}
+8dC
Alom Bdl 6'& E Nomol Volloge 2,1V DC
Cumnt;60mA. Colon lod
dB
FB6
6.
85
Fta
tf
87 dBAO lmtr.
@ tmtr.
Fg6W
6.
85 dBAd lmtr.
F[A\r/
8p
t7 dt 6 liir
A-or,,l-Jl crt3.:tJ oLi-Jl -is 4J-.,1-,i
WBE FOR SAFETY CO.
3.
PIPES & FITTINGS
l\
[R. ER. 4W8282422
lntroduction
Contents
Plpes
Page
Pipes (BSl387)
2
Pipes (ASTM As3)
3
Th:saded Fltllnge
4
Elbovr 90 - SD1i10O
5
Redudng Elbow 9O - SDT101
Elbow 45 - SDT-200
5
Tse -
SDI12
Beducing
Te
5
6
- SDT-53
6
Rsducing Coupling - SDT-30
7
Cross - SDT-13
7
Reducing Cross - SDT-51
7
Straight Coupling - SD122
I
I
I
I
I
I
Plug - SDT55
Cap -
SDtl4
Hex Bushing - SDT-57
Union - SDT-59
Nipple-
SDT-11
Grooved Flttlngr
10
Rigid Coupling - Standard - SDG-22
1l
Rigid Canpling - Ught - SDG-20
12
Flaxible Couplings - Heavy Dttty - SDG-27
't2
Flexible Couplings - Standard - SDG-25
13
Flexibla Couplings - Ught - SDG-21
't4
Raducing Couplings - SDG-30
15
Elbo$rs - 9tr SDG-100, 45' SDG-AX), 90P SDG-105
Elbows - 4.5" gDG-225 & 11.25" SDG-112
16
17
Tee - $DG12, SDG-tg Cross, StlG-'102
18
Cap -
SDGI4
Grooved Flange - SDG-15 & Adaptor Range - SDG-I6
18
19
Reducing Tee - SDG-53
n
Concontric Reducer Grooved - SDG€S & Theaded - SDG-37
21
Mechanlcal Tea Threaded Outet - SOG-42
n
n
MectianicalTee Grooved Outet - SDG-44
25
Mechanical Crogs Threaded - SDG-{7
x)
Mechaniel Cross Grooved - SDGrlg
Ma#ranlcal Tae U€olt - SDG40
27
RollGroove
28
Swivol Hanger - SD-HB
N
Clives Hanger - SD-HG
30
Emntric Reducar Grooved - SDG€3
28
I
V
c
I
3
s
s
,t:
"i
..a.t,
r
i3!i
1?
1
.ltll i
{ar
1StI rri
:{t
L
1
I
:r i
I
t s;!
G
H
11 J
I
2
2'r
!146i
586
|
1r,{
?$'i
;ia
,.J
1.:{
I
6i
166
;tr
Yrr-
-ir1i
tE0 i$€
)&' - ''i."
:$t ; Bli
3fi rt:rl
i94
:1,)
ttlt
-1 16i
;
' 1-;,E
i
!
til
$
r111i !!3n
i f,i
,
ii;1
3,1fi
"r
!5t
i;;t L;90
|*5j i.fis
j:9] t 5?il
i111 -r,;lil
iLq
]I
3:8' 'nl! isl 3!51 160
r.: i*l x6{ 110
i2;:
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4.
EMT PANASONIC PIPES
',i
ER. ER.
4t38282422
Panasonic
ideas for life
WHITE CONDUIT
POLYETHYLEN E-LINING STEEL PIPE
STAINLESS STEEL CONDUIT PIPE
fr
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SGS l"^r,rrru.'l
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SGS | "^i',_1il_lli"
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Certificate No. TH99/6248
Certificate No. TH98/4954
Certificqlion Acquired Worldwide
@
@
cEnllflcalE or couPLlatcE
TISTED
LISIED
;i..----.-.,---.-
=-:...-.--
.
..6----,.
@
uL
uL 440s1 (EMT)
@
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(rMC)
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TISIED
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TIS77O
Complionces
DJI
Dscla6lion ol Tosl Rssulls
BS 4568 : Part
1
BS 4568 : Part 2
BS 31
We are proud of our sales records both in Thailand and expert to overseas
to South-East and North-East Asia, Middle East and Europe.
TAIWAN
HONG KONG
SAUDI AFIABIA
BAHRAIN, QATAR, U.A.E.
OMAN
SRI LANKA
IETNAM
PHILIPPINES
MALAYSIA
SINGAPOHE
INDONESIA
Superior galvanizing by in-line hot-dip process for greater protection against corrosion.
Finished with durable and clear anti-corrosion coating for higher protection outside
and higer grade epoxy coating inside.
Feqtures
CROSS.SECTIONAL VIEW OF
Panasonic WHITE CONDUIT
1) Easy and accurate bending
Anli-corrosion coating
Panasonic White Conduit is made of high quality steel
and processed by high frequency induction welding to
prevent cracking when bend.
Zinc coating
Steel
lnside Coaling
l.Sloved epoxy resin coating type
2.Zinc coaling type
2) Easy wire pushing and pulling
The high-grade stoved epoxy resin coating on the inside
wall makes wire-pulling easy, and protects against
corrosion.
3) Easy coupling and fast installation
Precise, sharp threads cut by automated machinery
mean fast and easy installation. Precise thread also
makes our conduit virtually moisture-tight.
a) High corrosion resistance
Pure zinc coating on the exterior wall and stoved epoxy
resin finish on the inside protects WHITE CONDUIT from
corrosion, even by harsh chemicals and sea air.
5) Uniform quality
Flat steel is rolled, zinc-coated and threaded in one
continuous automated process for uniform high quality.
Stondords
rMc
RSC
BS31 CLASSS
Panasonic WHITE CONDUIT is
available in four types conforming to
the following standards:
. UUANSI (EMT, IMC and RSC)
. BS (8531-1940 and 8S4568-1970)
. Tls770
*
JIS 1euin, rhin wall
and Thick Wall)
B9t568CtASS3
83$68CLASS4
JIS Plain
@
Un&MihE
Lrbo€lodE Im.o
JlSThin Wall
JlSThickWall
+
THAI INDUSTBI^L
STANDANO
G
1) Uncoilin
11) Sizing
1) Uncoiling
The cooled, galvanized tubing is rolled to precise
outside diameters in accordance with customer
specifications.
High quality strip steel coils are uncoiled and sent to
the forming mills.
2) Coil-end welding
Both ends of the coils are welded to form a single strip.
3)
'12)
Anti-corrosion coating
For protection in addition to zinc coaling, the
galvanized surface is linished with a clear anticorrosion coating.
Temporary coil-storing
Strip steel is stored here temporarily for coil end
welding without stopping the main line.
13) Cutting
4) Cleaning
All surface scale and oil on the strip steel are
removed to assure accurate lorming and rigid
welding.
Tubing is square-cut to the specified lengths.
14) Chamfering and threading
Both ends of the cut conduit are chamfered and
threaded to precise tolerance.
5) Forming
15) Marking
The flat strip steel is rolled into basic tubing.
Brand name, size, standards, production codes, etc.
are marked on the conduit.
6)Welding
Basic tubes are welded by a high frequency induction
welder. This type of welding assures rigidity, splitting-
16) Bundling
Finished conduit is steel strapped into
approximately one metric ton bundle.
resistance and effectively eliminates inside llash.
7) lnside coating
The inside wall of the conduit is coated with epoxy
17) Inspection
resin.
8) Gleaning
All surface scale and oil are removed from the tubing
prior to galvanizing.
At all steps of production, strict quality control is
enforced. Unless customer specifies UL, or other
certificates, all conduit is inspected according to
factory specif ications.
9) ln-line Hot-Dip Galvanizing
The exterior of the tubing is uniformly and rigidly
galvanized by a patented inline hot dip process.
9) ln-line Hot-Dip Galvanizing
10) Cooling
8) Cleaning
The heated galvanized tubing is cooled.
7) lnslde coating
6)Wetding
5) Forming
4) Cleaning
16) Bundling
15) Marking
14) Chamfering and threading
10) Coollng
4
White Conduit & Condufi Finings
EMT
(Electrical Metallic Tubing)
Llsted bv UUL' Flle No. E 44051
UL 797
DWEO12Y
112
17.93
1.42
3,048
1.46
10
500
DWEO34Y
sl4
23.42
1.18
3,048
2.21
10
300
DWE1OOY
1
29.54
1.37
3,048
3.08
5
200
DWE114Y
1 -114
38.35
1.57
3,048
4.74
5
125
DWEl12Y
1-112
M.20
1.57
3,048
5.49
5
100
DWE2OOY
2
55.80
1.57
3,048
6.99
3
75
IMC
(Intermediate Metal Conduit)
uL1242
Llsted by'ULn Flle No. E-62193
DWMO12Y
112
20.70
1.79
3,030
2.85
10
300
DWMOS4Y
314
26.'|.4
1.90
3,030
3.94
10
250
DWM1OOY
1
s2.n
2.16
3,025
5.23
5
't25
DWMl14Y
1-114
41.59
2.16
3.025
7.48
3
75
DWM112Y
1-112
47.81
2.29
3,025
8.67
3
75
DWM2OOY
2
59.93
2.41
3,025
11.65
50
-112
72.56
3.56
3,010
18.71
40
DWMSOOY
3
88.29
3.56
3,010
22.87
30
DWM312Y
3 -112
100.86
3.56
3,005
26.43
20
DWM40OY
4
113.40
3.56
3,005
29.84
l5
DWM212Y
RSC
2
(Rigid Sfeel Conduitl
UL6
Llsted by "UL" File No. E-157617
DWRO12YTZY
112
21.34
2.64
3,030
3.75
10
300
DWRM4YTZY
314
26.67
2.72
3,030
4.96
10
250
DWR1OOYTZY
1
33.40
3.20
3,025
7.33
5
125
DWR1l4Y/zY
1 -114
aLre
3.38
3,025
9.97
3
75
DWR112YIZY
1-112
48.26
3.s1
3,025
11.94
3
75
DWR2OOYUY
2
60.33
3.71
3,025
16.00
50
DWR2I2ZY
2-112
73.O3
4.90
3,010
25.62
40
DWRSOOZY
3
88.90
5.21
3,010
33.43
30
D\ rR400zY
4
114.30
5.72
3,005
4734
15
D\^rR500zY
5
141.30
6.22
2,995
64.38
10
DWR6(x)ZY
6
168.28
6.76
2,995
84.05
5
.?Y
lbm8 ar6 hotdlp galvanlzed both lnslde and oulsid€.
No.l Factory
No.2 Factory
Please contact:
Panasonii
Panasonlc Eco Solutions Steel(Thalland) Co., Ltd.
E 51/4 Moo 2 Foodrao Rd., Bangyapmk, Phrapradaeng, Samulprakarn,
Thalland 10130
O Telephone 0-23&4{038 trFacsimile: 0-2384-2752, 0-23U-2778
Panasonlc Corporatlon Eco Solutlons Company
COPYRIGHT O 2012 All RlghB fi€sen€d.
Sp6cill€0ont
re
subleci to dtarg6 wl0lod
rcd€.
erLLJ | ,: I 3 .:\ " Lj*-l-Jl -!r
4Jli,
WBE FOR SAFETY CO.
3.
BELDEN CABLES
ER. ER.
4838282422
Detailed Specifications & Technical Data
METRIC MEASUREMENT VERSION
HFTP,TH
9575 Multi-Conductor - Power-Limited Fire Protective Signal Circ Cabl, 2 Cdrs Cabld
For more lnformation
please call
-800-Beldenl
ffi
General Description:
16 AWG solid bare copper conductors, conductors cabled, PVC insulation, overall Beldfoi@ shield (100%
coverage), 22 AWG stranded TCV drain wire, PVC jacket.
Physical Characteristics (Overall)
Conductor
AWG:
Total Number of Conductors:
lnsulation
lnsulation Material:
Outer Shield
Outer Shield Material:
Outer Shield Drain Wire AWG:
22
Ux30
TC - Tinned Copper
Outer Jacket
Outer Jacket Material:
rVC - Polyvinyl Chloride
10.914
Overall Cable
Overall Cabling Color Code Chart:
Overall Nominal Diameter:
6.121 mm
Mechanical Characteristics (Overall)
Operating Temperature Range:
-40"C To +'105"C
UL Temperature Rating:
105"C
Bulk Cable Weight:
50.599 Kg/Km
Min. Bend Radius/Minor Axis:
63.500 mm
Applicable Specifications and Agency Compliance (Overall)
Applicable Standards & Environmental Programs
NEC(UL) Specification:
NEC
Articles:
CMR, FPLR
Detailed Specifications & Technical Data
BETSEH
METRIC MEASUREMENT VERSION
9575 Multi-Conductor Power-Limited Fire Protective Signal Circ Cabl, 2 Cdrs Gabld
CEC/C(UL) Specifi cation:
FAS105
AWM Specification:
UL Style 2464 (300 V 80'C)
EU Directive 2O1'll65lEU (ROHS
Yes
1l):
EU CE Mark:
Yes
EU Directive 2000/53/EC (ELV):
Yes
EU Directive 20O2l95lEC (RoHS):
YeS
EU RoHS Compliance Date (mm/dd/yyyy):
o4to1t2005
EU Directive 20O2l96lEC (WEEE):
Yes
EU Directive 2003/11/EC (BFR):
Yes
CA Prop 65 (CJ for Wire & Cable):
Yes
Mll Order #39 (China RoHS):
Yes
Other Specification:
California State Fire Marshall
Flame Test
UL Flame Test:
U1l666 Vertical Shaft
CSA Flame Test:
FT4
Electrical Characteristics (Overal l)
Nom, lnductance:
Nom. Capacitance Conductor to Conductor:
Nom. Capacitance Cond. to Other Conductor & Shield:
Nom. Conductor DC Resistance:
Nominal Outer Shield DC Resistance:
34.7786
Max. Operating Voltage - UL:
I
1300
v RMs I
Max. Recommended Current:
per
Put Ups and Colors:
2 #16 PVC FS PVC
Notes:
C = CRATE REEL PUT.UP,
Z = FINAL PUT-UP LENGTH MAY VARY (+ OR -)
100/o
FOR SPOOLS OR REELS AND(+
OR,
5% FOR UNREEL CARTONS FROM LENGTH SHOWN
Detailed Specifications & Technical Data
H#rffi
METRIC MEASUREMENT VERSION
9575 Multi€onductor - Power-Limited Fire Protective SignalCirc Cabl,2 Cdrs Cabld
Revision
Number:5
Revision Date: 1&03-2012
2019 Belden, lnc
All Rights Reserved.
@
Although Belden makes. every reasonable effort to ensure their accuracy at the time of this publication, information and specifications
described herein are subject to enor or omission and to change without notice, and the listing of such information and spi:cifications does not
ensure product availability.
Bglden provides_the information and specifications herein on an 'AS lS" basis, with no representations or wananties, whether express,
statutory or implied. In no event will Belden be liable for any damages (including consequential, indirect, incidentral, special, punitive, or
exemplary damages) whatsoever, even if Belden has been advised of the possibility of iuch damages, whether in ari action'under contract,
negligence or any other theory, arising out of or in connection with the use, or inabiiity to use, the information or specifications described herein.
All sales of Belden products are subject to Belden's standard terms and conditions of sale.
Belden believes this product to be in compliance with EU RoHS (Directive 2OO2l95lEC,27-Jan-2003). Material manufactured prior to the
compliance date may be in stock at Belden facilities and in our Distributor's inventory. The information provided in this Produci Disclosure, and
the identification of iraterials lrSted ql reportable or restricted within the Product Disi;losure, is corect tb the best of Belden's knowledge,
informatio_n,.and.belief at the date of its publication. The information provided in this Product Disclosure is designed only as a general guide
for the safe handling, storage, and any 6ther operation of the produit itself or the one that it becomes a part of:This Pr6duct d'isclosurE is noi
to be considered a warranty or quality specification. Regulatory information is for guidance purposes only. Product users are responsible for
determining the applicability of legislation and regulations based on their individual usage of the product.
Belden declares this product to be in compliance with EU LVD (Low Voltage Directive 20'l4l35lEu).
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