FIR2024-0018+Manufacturer_Equipment_Sheets+2.26.2024_4.03.31_PM+4083845FIR2024-0018
RECEIVED
Feb 28 2024
CHAPTER 1
GENERAL INFORMATION
1 1 INTRODUCTION
General Information
The R uigv (,hard Wct (- licuucal System provides fire protection for ceummnercial kitchen applications
such as appliances and ventilation.
The Wet Chemical systrmt holds UL amid ULC listings as a pre-etlghterred system.
Systems stall be designed and lttipletneuted according to the following;
• NFPA Standard 17A, -Standard for Wet Chemical Systems'
• NFPA Standard 96. "Standard for Ventilation Control and Ft re Protection of Commercial Cooking
o pera do n_ti"
• Other applicable NFPA standards as required for a particular application and design. Including,
but not limited to. NFPA 701NEC). and NFPA 72. Fire Alarm Standard and CSA
• This Design. litslallation, Operation, and Maintenance Manual IDIOM)
• Any other standards enforced by a local Authority Having .lurLsdlctlon (AKJ )
Configurations In Chapter 3, System lksign, are tested and Wated to Underwriters l.ahoratorles I lJL)
Standard 300, 1994 Edition, unless otherwise noted, and lhidet-writers l,aboratorles of Canada
ORD 12_5A.6.
1-2 CLASSIFICATION OF FIRE
1-9
The classification of fire Is defined In NFPA 1, Sectlon 3.3. 102 as the following:
• Claask Surface Type Fire%; wood or other cellulose-tyl-pe material lordltialy combustibles)
• Claw B: Flantunable liquid.-,
• Class C: Energized electrIcal equipment
• Class D: Combustible metals I such as magnesium, sodium, zirconium. potassium, and titanium)
• ClassK: Combustible cooking media Ivegetable or aultual oils and fats)
Note: Range Guard Wet Cheiidcal systems is suited ter Class K type of fire. IThis system does wit
supersede the requIretnents for portable fire extinguishers as defined lit NFPA 10.)
GENERAL CILARACTEU611111CS OF THE BADGER SYSTEM
The Range Guard System is a wart chemical fire suppression systrin with one type of agent. Thor
system is capable of encompassing a wide variety of application requirements.
The system utilizes stored pressure agent cylinders. Stored pressure cylinders;
• Remain free of conlanthatlon
• Provide a slnooth flow throughout the discharge
The cyllndem are powder —coated, wrhded tnlld-steel shell conforming to DOTmC specification
4BW/4RA con -struts lolt and NFPA standards. The valve Is forged brass With nickel plating. The plating
and cylinder coating makes It corrosion resistant.
R'N 60.9127100.000 111 AVI 11 lip✓
General Information
The system can be activated utechanicadly Irotu inan al release. thermo-bulb links. and fusible links.
The system can be activated electrically with a 24 Vdc compatible alarm control panel that is tested
and listed with the Range Guard system. Both automatic detection and manual release devices are
used on control panels. Refer to Paragraph 2-2.1.5 for power requirements.
Cylinders are actiimted from stored high-pressure gas. Automatic and manual actuation are available
for the Range Guard System.
Other actuations are available, such as,
Mechanical gas valve closure
• Drycontacts for annunciation and electrical slu ldouuu
SY 1MM DESCR1pT1ON
The Range Guard Wet Chemical '; sWem consists of a supply of wet chanlcal stored In one or more
Cylinder and Valve Assemblies — Each cylinder is pressure activated by a System Valve Actuator.
The system can be actuated dther autonatically attcl,to' manually, using mechanical, electrical, or
pressure actuation devlce_4. Upon actuation, the wet chemical Is discharged through agent
distribution piping and specially designed nozzles positioned throughout the protected area.
Figitty 1 -1. Typical Range Guard Wet Chentical System
Ali i I tWIP 11 PIN 6&91271 OOOOO
Component Deacript ion
CHAPTER 2
COMPONENT DESCRIPTION
The Range Guard Wet Chemical Fire Suppression System consists of the lollowWg
components;
• Suppression — Agent storage cylinders distribution piping. nozzles. and detection
Imechanical and electrical)
• Controls
• Auxiliary Components
Cylinder and Valve Assembly
The Wet Chemical Fire Suppression System utilizes five sizes of cylinders. The cylinders consist
of a factory -filled wet chemical agent and valve assembly. The cylinders conform to DOTM
specification 46V1!r4BA and NFPA standards.
Distribution Piping
The distribution piping Inot supplied by Badger Fire Protection) is designed to distribute the wrt
chemical agent to the hazard areas, In the Mige Guard pre-engineered system, pipe sizes,
udillu►um and maximum pipe lengths and number of pipe fitlhlgs are predetermined. S
Chapter 3 for more delalls.
Nozzles
There are seven types of nozzles for the Wet Chemical Fire Suppression System. Each type
nozzle has been designed and tested for specific applications and areas of eaverage. The nozz
are:
• ADP
• R
• LPF
• LPR
• GRW
• F
• DM
Detection Devioes
There are two met hod% of detection that call be employed In the system: mechanical or electrical.
Mechanical detection uses fusible -link or thermo-bulb link detectors to provide reliable
performance. The detectors are designed to separate at a specific temperature and release
tension on the detection cable which causes the release mechanism to activate. Fusible -link
detectors are available in four temperature ratings. and the tlermo-bulb detectors are available
In six temperature ratings.
Electrical detection uses heat detectors that are equipped with self -restoring, uormnally-of)el
coulacts which close when a predetermined temperature Is reached. Heat detectors are avidlabl
In six set points,
P'N W) 91271(c) 000 2 1 Apr 11 2(X)9
Component Description
A
Top OF OB1W OF
CYLINDER W%LVE OMGMRQPORT
I~ C -I
4amNAL
CYU NUM
OtAWTER
Hgure 2-1. (Nniensions of Cylinder and Valve Assembly. PM B-12XXXX
Refer to Figure 5-26 for Cylinder Valve details.
Table 2-1. C`rltttder and Valve Assembly Siv-eiflrat lofts
Ddltoraabtr
Amy Put Number
Mwel
Maximum
A
B
C
(Ob P/N)
Flow Number
60-120001-001
Rt3-1.25(t
1
I S-1 /4 in.
13,34 in.
8 in.
I13120001)
1387 nun)
1349 mm)
1203 mm)
60-120002-001
Ra-2.5G
21 in.
19-5/8 in.
9 in.
I13120002)
1534 nun)
1498 mm)
4230 mm)
60-120003-001
Ra-408
12
19 in.
17-1/2 in.
12-1/4 to.
1131200031
1483 mm)
1444 nun
4311 mm1
60-120006-001
RG-40M
12
24-3A in.
23 in.
10 in.
IB120006)
1619 non)
1584 nun)
1254 mm)
60-120005-001 Rd-6a 18 35-1 6 to, 33-34 In. 10 in.
I13120005) 1802 mm) 1857 nun) 1254 mm)
Nate: It is perinisible to use old amteor stew cylinders included In thm manual on a Range Guard
systelu.
PM 6&9127100.000
23
Alu 112009
System Design
3-7 CYLINDER FLOWS
Aller 1hitWtg ttuw tttatty nuzzles d' each type are retlttlred for a system, the sutra of all the nuzzle flow
utunbers Ls nsed to detenniue the utunber and size of the cylhiders required, in amord<uice with the
cylinder flaw ntunber tissue given below.
Table 330. Cyttivicr Elam Nuluhrr Llntlts
Maximum Flow Numbers of Cylinders
C A irxier
flow Number
liG.1.25G
4 — Sbigor Cyltmier Systetn+t clash, ica timl nvotifoki)
RG•2.5G
a — st"gor CylUuier SN-orn" CM4, ttt:otifoki)
RG-4G&RG4GM
Can manlfoid ttp to 4 tvllnderst
1 Cyltixier
12
2 Cylimlers
24
It Cylindm
36
4 Cylinders
48
I1C1 GCI
Can utanifold up to 2 cyllnderat
I Cull» der
36
UvIlix1cr.,
thth, Illce c0indrr!6 can br ttztnifoldrd O.e., four RG•44118 or RG-4CiM: two RG-OG)
Ai=11 2(K) + 342 AN 60•9127100000
Component Description
2-1.1.3 1 DISCHARGE NOZZLES
There are essentially seven tees (A'nozzles in the Range Guard wet chemical system. They are:
• ADP
DM
A
1®
• LPR
t:ach nozzle has:
• Stainleaq steel Internal strainer and nickel-chronx• plated brava body
Special foil seal over the discharge orifice to prevent grease from depositing In the orifice and
plugging the nozzle
• Grooved rhlgs on the body define the nozzle type I Refer to Table 2-5)
• F ,(ly Is stamped with nozzle type said Kldde/RG as shown in Figure 2-6.
IN S
Figure 2-6. Example of Nozzle Stamped with Nozzle Type and. Kidde/RG
Nate: Refer m Table 2-5 for a Ust of old and new Range Guard nozzle part numbers listed with this
system. It is permissible to use older andbr newer nozzles included hi Table 2-5 in the same
Range Guard system. For example. all old ADP nozzle I PIN B120011) marked "Range Guard"
can be used in the same system wlth new nozzles marked "KIDDE/RG".
R'N 60 9127100 0W 2.7 Aprf12009
Component Description
Table 2-5. RaiW Guard Nozzles
NOZ"c Type
Part Number
IOId Part Number;
How Number
(honv"
ADP Ncw.le
87.12001 1.001
1
1
I D12001 1)
F NoMv
87.120012.001
2
2
I ft 1200121
GRW Narnle
87.12001."Ol
1
3
Ili 120013)
R Nozzle
87-120014-001
1
4
IB120014)
DM Noaale
87-120015.001
3
0
18120015)
LI'F Nozzle
87-120022-001
2
1 & 4
1 B 12Ut122)
LPR Nozzle
87.12002"01
1
Disc & Com
IBI200241
Note: It is perutlsslble to use old and/or new nozzles included in this tuanutaI in a Range Guard
systeltt.
AFF0 2009 2.8 PRd 60.9127100OW
('i)itiI w)nrnt Irr•:r rtptii)n
1 1. CONTROLS
2-2.1 UNIVERSAL CONTROL HEAD (UCH) Control System, P. N B120099
The UCH Control System. PM B120099. is used far actuating the Range Guard Cylinder and Valve
Assembly, The UCH Control System can be attached to the System Valve Actuator, PIN B12O042 for
direct cylinder mounting, or to a wall for remote mounting. Knockouts are provided to accommodate
either type of mounting. The controller can be operated with:
• Automatic mechanical detection Ifusible-links and thermo-bulb links).
• Automatic electrical operation, and
Remote and local manual operation.
AJ
3-3/4 in.
(95 mm)
8-3116 in.
(208 n11)
Figure 2-15, lCN Cutttrul tiystetu, Pr'N B1200fi9
�I
9-7116 in.
(240 corn)
P,N W-9127100 OW 2 13 Apr9 2("J
Component Description
2-2. .1 SY81MM NITROGEN CARTRIDGE. PIN 87-12004"01 (OLD PAY B120043)
The UCH Control System uses a nitrogen cartridge for actuating the wet chemical cylinders and Ls
charged with dry nitrogen (see Figtu*e 2.16). Tle cartridge 6s mounted inside the UCH Control Svsteur
to protect It from tampering and provides the date cA ntanufacturhig and space (gray band) for
recording the installation date.
cRar BAND
I
Figure 2-16. System Nitrogen Cartridge. PIN 87-1200434001
Note: New system cartridges (PM 87-120043-001) are marked "PiN 87-120043-001". Old system
cartridges WeN B120043) are not marked with a part number. It is permissible to use old
and/or new system cartridges included tit this manual in a Range Guard system.
2-2. 1.2 TEST CARTRIDGE, PIN 87-120044-001 (OLD P,W B120044)
The Test Cartridge is used for tesUug of the Badger Wet Chemical System. The cartridge has a red
band and Is labeled -TEST CARTRIDGE- as shown tit Figure 2-17.
Note: The System NltroWn Cartridge PM 87-120043-001 is required for actuation and full
discharge or" puff' tests.
Q The Teat Cartridge (P;'N 87.120044-001) must be removed and the System Nitrogen
Cartridge (P;'N 87-120043-001) must be installed at the completion of any work done on
CAUTION the system. [failure to do so will result in malfunction of the system.
I 4tn 'I
� (t04mm1
Figure 2-17. Test Cartridge, P/N 87-120044-001
NOW New test cartridges (PM 87-120044-001) are marked "PM 87-120044-001". Old test
cartridges WIN B120044) are not marked whit a part number. It is permissible to use old
attdlor new test cartridges included in this manual In a Range Guard system.
Ap il2009 2 14 PrN 60.91271004W
2-11.3 SYSTEM VALVE ACTUATOR (SVA►. PIN 0120042
A Svsterrt Vatic Actuator IWA) Is mounted to c%rnv wet chemical Lvllnder t,ahe assemble Ikcr
Flg1re 2-18►. TheSVA has ports for bwprollk• lubbignins, aid is alsoegtdpprd with a sprtltgloaded
plintgrr that kx,k� the piston in tlx (1lvc•hargM poxitlon, rimuring complete.(bmlvirgr of tlw
cyllnderls) contewt s.
SA4Ll WC
�T1499)k QM MOLE (1r I
QiIOT tWOAM)
IN►T PWrT � , / _
-7L
,y4h
%, ,n N►T PL ua
Of APPLICAOLE)
sv►PISTON N 5ogN6 �DArrn
SET ►OOWN P STON N ACTLATLD ► W NGtR
POSITDN(TOWAOM
CO M *A VALVE)
Ftjorrr 2-18. S,.sirj" Valk Achs3tor ISVA), P;N n 120042
I' V C091271004U00 2-15 hpT.� <-IrI
Component Ueseripthom
2-4.1.6 hDCWGWITCH KIT. P W 8120039. 8120039-801 [YOR UCH)
The Microswitch Kit is a Shale pole, double -throw switch late Figure 2-21 and Table 2-7►. Included
to the kit Is the microswitch, plgtall assenifbly and four mounting screws ltwo short aid two long)
Notes Microswltch Kit RN B120039.501 includes p1giall aawnnbly with white stripers.
The wire leads are 24-bnches J610 ni m) in lenob. Four Mlcroswltcln Kits can be remounted in tlnc U(II
Control System. There are tvio mounting locations to accontmotfate the four Micraswltch kits (two
stacked at each mxnnntlnng locatksntl, with EMT ports far each motintinglot,.dlcun. This allm" for the
use of two electrical rnmctionn boxes for seperatloun of sliptal Ibtes and AC lUneas.
These are used when It Is uecessaiy to open or close electrical circuits. The following are exarttples.
but not Ifni Ited to;
• Electric appliance shutdown
• Make up air shutdown
• Electric gas wahr shutdown
• Shnnthreaker,tvby
motel Not for aU nn Initiation.
Elex•trlculapplian t-exijm)allphavc ahlght-r:in►p ratings lumthe.witrhrs. In thisca.w. ssx•happltsncrs
shall trod be wired directly to the nmicroewltch. A naIpnetic contactor or relay mutt be used.
To wire the mticroswltch for LICH. refer to Figure 4-30.
dEC11rGY Ot1�MEGlOQ
K
•G
MG•O S W TCN
Figure 2 21 . %butuvwitch Kit, PeN 0120039
Table 2-7. Microswitch Electrical Rath #p
12!VJ-1II 1Ac
W-5 Anlp:
2S0 Yar
I -1 l2 HP
125 NW-
1; 2 HP
Apr9 IMM 2.1 d PM 111" IV IOD-Cluo
('.omponcnt tN-wrlptlon
2-2.3.2 UNIVERSAL -LINK HOUSING KIT, P.,W 120064
The Unimi sul-L11)k I-lcswshig Kit, ti jovAj to Flgtltv 2.29. oo»slsts of the following:
Table 2-12, 1Inwrrxal Ltnk I Imming Ktt. RN 120064
stem
Qu "
11- 112 tn. R'Yl tt►ml Dtt"Ior W114hig
I
t?trnp titee»
't
-'S' Hooks
2
Tlne Items above are used to attach the Fluslble-LUnk or T'lienw•Bulb Links to the 06•lnch cable
leading todw UCH Control System or A+ Control Hoot. The Llnhrraal-Link Housingcainbeconflgnrod
as an Fnd•of-Une or InAlne bracket.
V 16 at C ABL E
TO CONTROL SYSTEM
(NOT 9UPPUEol
S' NOOKS
�� \ _
r
Z
THERMO-OUL8 LINK 11.1RM LOCKNUT
OR F U348L I! L W - �� M OT SUPPU ® I
IN OT SiaPL IE01 T l�RSI O 0 L MM(
OR FUSIBLE-LNt
(NOT SUPPM01
C FAMP
SLEEVE 112 n EMT
t10USM4
E1U PLI Of ENDOflM! CONNECTOR EXAMPLE OF Ou5*
IS1114"SALNO11Sr WT S. HOOK (NOT SUPPl,lDI UNIVERSAL aKi7
Figire 2.29. Example of Fnd-of-line. and In -line Univer-ml Link I Icnaing Kit, P,N 120064
PM M9127100000 2-35 April 20M
IAmponeni fJewripTlon
2-2.3.4 IfUS®LGLINKS, TYPE ML. P11%WK-282fifiI AX111, WK.282062-000, WK-282664 M and
WK-282666.000 (OLD PIN B282661. 8282662, U282664 AND B282661f)
Fusible -Links are available In %%rlous temperature ratings with a minimummadmum load rating of
10 MAC) lb. 15 kW 18 kg) (sex Tablr 2.14).
Figure 2-3 1. Fusible -Link, KEN WK-28266X-000
Table 2-14, Fusible -Link Temperature Ratings
>rm"-Unk latlft
Ahsimum Expo& re
Color
Pan Nwabar
Temperature
ICXd Part NU labor)
IWiT (74'C1
1001p(3811
Yellow
UW281xwi I -(XX)
1112A26611
212°F (1 OWC 1
150' F (65C I
W lrte
1174 282662.000
(82A26621
]6( P 4182-C 1
30" (149`0
Unpainted
A'K.2A2664.000
(B2826641
iW-F 1260T 1
440T f22WICI
Orang•
W14282B".000
482826661
Motet New type Mi. fusible Links IP1N WK-28 MX,000) are marked"K". (Ad type ML fusible I.Inks
(PrN [328266X1) are u>atked "B." It Its permissible to use old m)dou new type ML lusible
Links included In this manual in a Range Guard system,
The rating temperature. which is stamped on the Fusible-Wnk. is the temperature at which the link
will separate when nrw. I lowever, ccntitnual exix)sure to cycling ambient te)nperatureuc may cause a
degradatlon of the link omer tlnw.
PM fi 9127100000 2.27 Apra ZOM
Component Description
1- 3.7 CORM)CR PULLEY. " WK-844648-900
The Corner Pulley Is used to chsuW the direction of the control cable runs. Tly —dAe-s protecthe
conduit I la -Inch EMT) Is attached to the Corner Pulleys with thecouphngnuts provided. The Corner
Pulley Is ecptlpprd with a hill-txaring pulley for minbnism reslalance to the cable travel.
3R
(m2 mm l
31n
1762 mrM
Figure 2-33, Corner Mr0ey. PAN WK-844648-900
Pew M912710"00 2-29 Aprf 2W-4
C ompon e
2-2.4.2 I VF-MOTF MANUAL RELEASE PULL STATION, P;'M 60-120110-001
lx• kt•uwtc SlAnual Release Pull Station. shown ith F1Wtr 2.35, Is ptcAyitled as a uteat,.-s ul t,..u, k. i
actuatingthe Mtxtn from a remote location, The Remote Manual Release is attached to the Unl%rt I i
Control I leadlUCHlor the A+ Control lox. with 1116•inch control cable. The Revitote Manetal Release
Pull Station is available for use in both the "unt-tensioned' Pull-to•Ttip and "tensioned' Releaw-to-
Trip lines. To actuate Or system at the Renate Manual Release full Staton, pull out the safety pin
and pull hard on the handle.
In the Pull -to -Trip node (UCH ONLY). tension will be applied to the cable, allowing One UCH to
activate the Cylinder and Vale Assembh'.
In the Release -to -Trip nwxde, trtn wMg the xafrh• pin will teleaxe tensient from the cable., all(mitig the
UCH or A+ Control Boot to act Wage Or Cylinder and Valve Assembly.
The Remote Manual Release Pull Station maybe mounted in recess orsutiam mount amtfiguratlon.
The assembly is packaWd with all ucoessaty components needed to install in either condoit*aton.
Mounting hardware is not included.
1 irb Remote Manual Rrlraxr Pull Station ix xupplird with a chot(x of labels. The proper label muat
w attached to the faceplate so as to be easily read alter Installation. Applyltg the libel diet
Installation allows forverttcal or horizontal mounting of the Remote Manual Release Pull Station
4.7M in
(125mm) ,,$)
PULL PIN,
PULL a!
HANDLE
HARD
i
2.1r16 en.
182 mml
34116 in
121 mend
Fp�ure 2�'Lf;. Rrtnotr Manual Rrlriw� Fhill Stattcnt, P;'N 6Q•120110•Q01
,4 D r4 : - r r # I 1 L PAY OOxt 1'1; PAP 0,111
Component Damn on
2-&4 91ectrlc Gas Valve, P-Tf 9197XXX
Electric GasValm (FIgw)e 2-43)operates on 1120V. 60 Hz) which powers a solenold holdingthe mlve
open. This valve is controlled by a pressure switch or micro®wltclu
and the Manual Reset Relay Boot,
See Parapaph 2-35.
UP(m m'Xtem ac uati m. the ckmtm, x1opping the lma flow to the ;qrl8l:o mix). A locs of rImtrlcal
power will also cause the Electric Gas Vake to close.
See Table 2-18 fora list of the electric ips valve sizes.
All Electric Gas Valves must be installed horizontally with the solenoid up.
Note: The electric Km valve and the Manual Reset Relay must
be specifically UL listed br use with
the Ran®r Guard system,
t10.�100
Flfpnre 2.43. Electric Gas Valve. WN 9197XXX
Table 2-18, Electric t Valve Sizes
tiles
IhR xme.r
L2 Itt t 13 rural
9197017
304 1n 1 19 enrol
9197018
1 tit. (23 rnn I
919,7019
1 • I1 4 on. 432 Turn 1
9197t12D
1.1;'2in. 1 38 run f
9197021
2 bt. t51 Waal
40197rr11
2•Ir1 on, 164 nml
91417444
3 in, 1 76 rrsu I
9197445
t5'DI eln•e127100400o t..stI Ayrr1 P 0 ,
Component Description
2-3.5 1 Manual Reset Rely for Electric the Valve. P;N 910173Ii
The Manual Reset Relay Box WiMire 2.44 and FlgJre 2.451pr(Mdes DPDTcontacts rated for 6 amps
it 115 Vac and prewnts Immediate reopening of the Electric Gas Valve WN 9197XXX), Figure 2-45
.h(rwia thr hlanttal Reran Rrky Anne taaml Wwr 2006,
Mote: Thr Electric Gas Valve and the Manual Reset Relay must be specifically LIL listed for use with
ihr Radar Guard systrtn.
I�
IM! tltfTirJl [ucnec
a►a verve wt*T
O u�
Figure 2-44. Manual Reset Relay hoot. PM 9 10 1735
f RESET BUTTON ON TOP OF BOX
i I CAUTION I
GAS BURNERS MUST BE IN'OFF
POSITION BEFORE RESETTINRELAY
( TURN OFF POWER SOURCE
BEFORF REMM' NG THIS COVER �
I MANUAL RESET RELAY
i TYPE RB-2
Q F AAIR 115 VAC - F'1LOT DUTY 125 VA l�
i
`o
Ftkurr 2-45. M:iint:d Rrvrt Relay riox, P;N 9101735 (lived BHorr 2006)
Apr! 20M l -10 A'N 6" 1271OU iKIO
System tff.lgn
3-4 APPLI AIr W
Table 3-1 lists the varlous appliances and nozzle type used to protect that appllatoe.
Table 3-1. Appliance References
Appltatim
Norsk
Flan Number
rmeP Vat "r
yutgle Wt Deep Fryer wiAt Di Ip Bu�u d�
F'magraplt 3-4.1
F
,
IS- L2 In. x 24- V2 ht. Deep Fat Freer
I magratplt 34.2
421 F
t
Split WI Deep Fat Fryer
Pumosplt 3-4.3
F
,
14 In. x 14 in. (356 iron x 356 iron I lJ rp Fat Fryer
Paragraph 34A
F
Shtgle IPyt Deep Fryer with Drip Boards less that I in.
(25 mml
Paragraph 345
F
'
Split Vat Deep Fat Fryer ILos Proxtuttyl
Paragraph 3.4jS
ADP
I
De*cp Fat Fryer (Los Proxhattyl
Paragraph 34.7
LPF
_
Kr>sp►' Kreme Model 270 Wh Dou0mut Fryer
Paragraph 3.4.8
ADP
Raedes
Farr -Horner Raw
t'ar age spit 349
R
Two-Hurner Hange
Paragraph V4.10
k
Shtgle Bunter Range
Pmagmph 3-4.11
R
Four-Bwnet Raiff
Para6raph3-4.12
LPR
Brollem
Upateltt Drotlrrs
Ana`roph 3.4.13
ADP
Otatbrotkrs (Lsaa. Ptmlee. Ceramic. cc Sptttheitc Ruckl
Paragraph 3.4.14
F
_
Gas RadaivElemic Cltarbro0er
FOragral* 3.4.15
GRW
I
Natival or Mexquhe Owcoal l7taarbrotkr
Paragraph 3-4. IG
ADP
Mc%quhe I.og>` CharbmUer
Paragraph 3-4.17
13M
<7uht Broiler lClowd-Topl
Paragraph 3-4. IA
A13P
Cluaht Btalkr IOpert-Topl
F%mprph 3-4.19
ADP
Odd&e - Flat Cookhtg Surface
ParrKt.iph 3.4.20
ADP
Suit
Pm egra plt 3-4.21
GRW
Tilt Udllets Ittrafdng Pansl
Paapaph3.4.22
F
_
BIN M91271000ct0 .315 AprilLUUJ
.1.4, 1 single Vat Deep Fat Fryer With Drip Boards
Table 3-2. F Noaale Coverage Area
fesss
�stasars
Maxtmum Kinard Area
18 1n. x 18 in. µ57 mm x 457 mml
Mn xhmun AppU NI[r A mA (1i►'ll ll dj i p bKm rd i
18 IIt. x 231n. 4457 nnn x 584 mtn l
Nozde Ahn
Midpoint ofharard area
Nozzk L Icatton (from top d sMltaece at sit atge of 450 w
mcre imm the horizontal I
27 bl. 16816 tnlnl M SI.
45 in. It 143 mml Max.
tl R.1143 Tr,►
AN / NOM E UJV aE l OCR m
ANVVISS[At VMfMV M ONO
{S �n �1IA1 mm� AN/ NOTES MAT aL
IWU C"CPML I"= LOCATSOAMVV"► ,
AN PONE "T MN TV aft
I
as n A IAI mmy I
MPAt 1
.uwaNf
NOPdNTO/
TT n.
IMlA/m A1lA
iW noI MN
IS n
i SDT r..r
Din
rw..
OAI, aQAAD
IS In ASTm
NAA
FIROOIT VEW
NOTES IOCAncow
air at NO Pt MTrM
MOOMOMAI `�♦ Q
AN PONT
NO/ONI 0
M/d AAD AOMA
MA&AD AV
OPI I► a OA /O
Fltotre 3.2. Sttgk Vat fkxp Fat Fnrr
I EIn (SIT of NU
D e. C2Hn"*UA)1.
AP►UAAICSAASA
sam me W
April 2OUB 3tl Rod fl" IV IOU4WO
3-4.14, Two Sumter Ranges
Table 3.14, R Mwir Cmvrag Arra — Two Bia-urr Ring
lotus
!"arametwe
M.tdutnun hazard L vWh
28 at. 1711 unit I
Nmzk Mm
Midpoint of hatwd area
Notzlr 1"w1na - An}wWr vathin the grew of a c Irde
20 In. Ia(*j nett I Mill.
generated by a 9 in. 4229 tcun) radius about the tnld}wutl
42 ut. 11067 unit I Mm
x4ft: SbApeof txwner not bnpa"Anl
20 Iv ism mm I MMI
€ROM TOP
OF RAN GE I
If h J467 mm I DIA
42 on. 41067 mm1 MAIL
(r1101111 TOP OF RAMGE 1
A R'NOZZLE MAY BE
L OC AT E D ANYWHERE Y#TT1aN
THE SHAM D AREA
ANPalT hNOPaITOf
KAZARD AREA
ri an (711 R 0 MA% 14 in psa mm 1 MAX 9lJRNER
NA7AR0AREA C>
LENGTH 11TERLIE TOCFMTERUIE
Figure 3.1 1. R Noulr Cvwrag for a 2-Huriwr Rang
AyA 2" 3V 1 tt WN 6" Ill IOU (100
Sv%trni Dmi n
A-4. IN (;ac Radiact,glodric Charbroller
Table 3-21. GRIN Nozzle Umferagr Area
A aW RIQUL! ON ae IOCARD
ANY WI! R[ tM TMN T►! GRID
as.,, i 1P7 nrtb CIAGOrAI ►ROM
Mll.
AIM fOYr
A In It2t9 rNM ae A1tsmm.
MAt MAl A<"POW Al MAVK
IOCA 1! O ANY WF! a
PYIt PN M O NO
I
r
24 n IetOmm'. AN fOM Mp4M
MAL of KAAA/10 AA"
s on
IOCATON P�
d O R MO1K f ROM
J1 n iiil�m.+ + AIM►OMI
YAX MOPONT Of
IMiAPD AR[A
R10M/YT urn
OAfl K Af/
F� 71 n. fSD rrm;� t1W. A
tl .n i010 Tti A/PUAWE AMA
WAS
FOCUT VIEW am VIEW
1110jie 3 t 7. Gab Radiant-Mectric Clarbroller
Dlsar
19raa�etan
Ns�lnntm ('clnAdt� tiurtxc
11 Ot x 14 ul ;.i{:( nun to (>10 rnml
'�.rttk Attu
Mklpuktl !,I! 111� lbac.vtcl arn� alkn� ..ntkmp Riot+�
Ncttzk LctczlUutt (ixa�letl at :lII att�Je of �5' <tr tug u r f1• au
Ur hclrtrctntwll
�' i tlt 1610 uuu l Alin
�.�+ 6t 11219 nut I Ma
_',rrl 312 NodtfON117IOU QUO
system um
3-4.20 (,riddle —Flat Cooking 'surface lWith or without Raised Ribs)
Table 3-26. AD11 Nozzle Catrragr Area
Mxrhnurn Ruard Area
30 in. x 42 In. (762 corn x IM7 mtnl
Nozsk Ahu
At a puhu 3 hi 176rund fruni Ili, null-iti t of hacvd
At"
No"-k 1"-arttrn - any point on the perimeter of
13 h1. CVO nm)l Mb►.
apPAla WC
49 ht. 11219rural Mt%
NoCot Rtsnton.Ing the nozzk dtrmily aver the applRoux
tto l prr rIII l "I
30 Is,
(M M
MAX
42 in
(Mi7 M"O
M AX
r ow
(1219"w")
VAX
TOPOP A//ItANOE
AN POWT J 1w (Tf ae" jAAOiUS MOM
TM Ma CW4TOsMAZMOMEA
Flgtae 3.22. Griddle - F!ffi Cooking Sur iam
R'N M917710040OU AV Aprf 700I0
3-6 V CNTU ATION
3-6.1 1 Plenums
Table 3.29. Plehntnt Protertbm
System DMIgn
ltettn
Plara stem
ADP Nozzle
No F'11ter t
10 ft x 41t. 43 in x 12 ml &Ux.
,N- Ftl ter
10 ft. x 4 1. 43 to x 1.2 tal
20 ft. x 4 R. 0 to x 1.2 in)
I - k► -Med at one etitd of Or pantwu
1 - k►cm led of end of paettttta painting iglu* v
Stttfor frank Ftltr
10 11. x 4 *. 43 in x 1.2 ml
20 ft. x 4 ft. 05 in x 1.2 tn)
t located at one end of the pannun
2 located at a ul of plenum pdntbig tuaw ds
W frn no fibers are pre*e•ttt, lite, nook protec-ting the ple stun IF umd to thwit Ce the wart chetttcw out the unde-r-
ide of the Itnod. In this c-a e. the hood matt• nag emceed a leigth d to ft l3 ml or a width of 4 ft 1 l 2 ml-
Plen»n;�, larger than 10 ft. 0,0 m ) x 4 ft, 11,2 m) may be protected by add Mg add ft tonal ADI' nluxles
for estch ackiblonal 10 ft, 11.0 in) of pirtntm length and each additional Oft. 0.2 m) of pkhrtutt wieftlt.
N=Jes inay be Installed pobtUttg In the saute ditectlou. attcl.ix at tlw ends of the plenum pobttltW.
toward each other Ixee Figtxm 3.28). Fach no¢zlr wig prcMde c%wrngr fora lnctxinnttrt Of 10 ft, 13 m`
of pletrunt length and 41 ft. 11.2 in) of plenuial width.
ADP nuzdes must be centrally boated In tiro plettunt with d rlf discharge directed alaM the length of
the plenum and located in relatlon to the filters as shown in Figwe 3-28. Rrfer to Figtue 3-28 for filter
hetfott.
AIN 0 912J1uuUOJ 337
System Design
DUCT
19Ot21[
lot
-V' FILTER BANK COVERAGE
10 ft. 13 ml PLENUM
401
(12 onI
110Q21.E
T
I H
Z
"V " FILTE R RANK
COVERAGE )ENDVIEW)
DUCT
• j.1
100
SINGLE FILTER BANK COVERAGE
10 ft.) 3 m ) P LE NUM
DUCT
low LE
/ 20 A
/ K TI
W FILTER BANK COVER,', c E
20 R. (A n4 PLE W?M
NwZLE
40
0 22 "1
200
(s on)
4A /
(1 2 TI>IrJ
SINGLE FILTER BANK COVERAGE
20 R. )e ml PLENUM
•h,3 wl♦
I
I
SI NGL E BAN K FILTE R
COVERAGE JENDVIEW)
IKme 3-28. ADP Protection Nozzle. PIN B 120011
Aptf 20M "4 IM 60-0127100mo
3-6.1 . 1
System L 4s ign
DUCTS
The ADP nozzle, WN 87-12001 1-001. is used for protection of the exhaust ductwork.
The duct crass section can be am, shape. not including obstructions Me- round, square, or
rectangular) and the duct Itself can be of tmllntited length. In ace.cmiance. with NFPA %. , the exhaust
lan should be left running at the tine of system discharge. Tlls will help to rennove snLoke and other
alrbornr materials and Mac's from the hazard area in the event of a fire. Check with the Authority
I(avtng.Jurlscliction for local regtlrelltrnts. A damps, if prexent, should be left cyix.n at mstem
diselvape. However. it the damper is obeyed. the system desllpter must Insure that additional nozzles
are required.
I Protection of Ducts O to 80 inches to Perimeter
Chie ADP nozzle. WN 87-12001 1-001. is required for protection ad a duct with a perimeter up to 74)
Inches Irefrr to Figure 3-291. Length of duct is unlimited.
The nozzle Is located at the grometrlc meter of the crass -sectional area that It Is protecting, and is
located In the duct wlhtn six inches of thr entrance.
Notet All Range Guard systenis are listed by UL and ULC for use with the exhaust lan either on or
off when the system is dbchargrd.
DUCT
HOOD
DUCT PERIMETER UP TO AM rtte+e UMIN G S0 n (1 z» men)
11-79 w 13" ww) 16 (ll an
MAX MAOOKAL (w+ ww)
1" n - 11 70 n 1300 mm 1
p14 I t MAX®OrAGOgAL
VA X
"A
90 UAR E O UC T R EC m WOU LAR D UCT
2 -'A' • 2 "B' - 6S n (16S1 wlwtl
ROUND DUCT
- ADP NO ZZ- L
� 0.6.n y152mrni
DUCT MTRANC£ t
i i OF VMTte:AL DUCT
I
YE 1"1C Al.'NO ite20 NTAL O UC1 I
AM POW
I 4
I "
rtMOLC
IZLE
F 10a= fTAL DLPCT
1101 rL 4S1 10 102 wnwr) P
NOZZLE TV to DUCT HIP
Flgtere 3.Z9. Diicf Pto1e-<tk>n I ktnv Sliwlr ADP Nort:.lr. PrN •57 1 --" I 1 (l01
WN M912710040OO .31M Aprti 20M
system
3-6, 111.2 Ducts 50 to 100 inches to Perimeter
Two ADP nozzles. WN 87-120011 4001. pohiting to tlw same dtrectlon are required br protection of
ducts with perimeters greater than 50 inches and leas than or equal to 100 tnches, Ducts can be of
unlimited lengh Irrfer to Figurr 3.30).
for other option ofdux,tx ul] to 7:5 perimeter inchlx (Sex Figure 3.32).
Notes AD Ranpe Guard systems are listed by UL and ULC for use with the eXhaust fan either oat or
off when the system is dlschargrd.
'/4u '/Ix
I I
25 I.I.03Swnn)
MAX ODE
4
MAX DIAGONAL TYP
11 Ten (300 mm I
SO,U ARE
SEE TRANSITIONAL DUCT PAGE FOR
HEIGHT OF NOZZLES IN TRANSITION
DUCTS
DUCT
'/ 1/4d 11A MAX DWAKM31A31tn.(/Mmm)
WWZLFSTO BE ALONG ONE
. CE NTE RL INE AT TH E 1 N POWT 3
NOZZLESTOBEO-On O.Mmml
UP FROM ENTRANCE OF VERTICAL DUCT
YAIL 0 AOONAL "-71 n pM mn I
ADPNOZaf,,
RECTAN OU LAR R OUN O
C
r AOPNOZZLE
1
DUCT ENT
4L Of VEWOCAL DUCT
Ci Of NOt UNWAL DUCT
2 -4 an (51 rnrn • 102 mm) AD► "IM11 ��� Art POINT
NOZZLE TIP TO Ol1CT NP
VERMAW10RlZMAL DUCT
Figure 3-30, Duct Protection l.lsingTwo ADP Nozzles, PiN 87-12001 1-001
Ap r9 1(ICF1 3.36 PM 6040127 IOU oUO
tem lW.Al
3-d.1.2.21 T�Worl Dud
The propowd protection for transitional duct applications should be approarod by IheAHJ (Authority
Having Jurisdiction) prlor to startingthis system installation, Badgrrrecomnxnds that transitional
ducts be Imotected as folknvx.
Measure the dimenxicns at xtx inches Into the transition piece. Determine the nunther of mmiles
reyulred by the perlmeter measured at the six-inch location. Place the tip of the nozzlefsl at six ineb s
Into the transition piece. See Figure 3-36.
ml
Figure 3-34j. Transitional Duct
INN W-91271000W S41 Aprf 2CM
Dar
3-8 1 PIP'II40 Ric Q u Ot)v11 E flTTS
RanW Guard systems do not requtrc balanced piping to achieve proper distribution ion of wrt che►nical
to all nozzles, Balanced piping is not necessary because a liquid has no difficulty In turning corners
or (hangingdtrecticnts. P--tnW Gtatxi nox4escomr exltutppexi with penu►anent prcdrtet tttliml orlflcvm.
This n►eans that the liquid will be delhrered In the exact quantities necessary to the duct. plenum and
appliance hazards as required,
MI pipe shall be schedule 40 Istandard welo►t) black steel. Pipe may be chrome plated, Galhanized
plpr shill not be tuned. All pipe atxi flt11n gx to ust be trade ttggtt wlthotut !ripe dunce or thread sealant.
P11te fittings shall brr statatiarci weight steel. cast Iron, malleable trots or ductile tron. Galwanlaxd
fittings shall not be used. Branch line connection and lu►ditldual nozzle connections n►ay be made by
ttsingelther the outlet or the nm of a tee,
3-&1 Stainless Steel Tubing and FittingA
1 y r
Stainless steel tubing may be used on all Range Guard systems. Flith►lgi inay be stainless steel
compression or stainless steel flare types. Betldingof tubing using mandrels is permissible.
Pipe sislug
Pipe sues are detern►Ined by the total nunnber of flow winbers running through a particular piece of
pipe, This is the flaw demand for that portion of the system,
Note: It Is not permissible to drop pipe diameters below the required ►altx. For example. using 1,2-
Inch pipe to flow 18 now numbers Is not permissible. il(rweter. Itcreaxing pipe diameter Is
acceptable (ire.. using 1-Inch pipe to flow 18 !low nnn►bers) providing the systen complies
with Internal pile volume llmitatlons.
Table 3-31. Flaw Number Rangr and Pipe T)jlc
now Mamber lllmp
MittimIn" Tips Bim
AM Wag Staietir" Sxrrl T11hing Size
1-2
I,V-itch
3-fuc11
1-8
344tufi
NA
1 — 12
1124nch
5r8•ntwIt
i — 24
344nch
7.9.atch
25 — 48
1 • Inch
Itch
38.3 General Rules
• A maximum of 100 equivalent ft.130.5 m) but not more than 40 linear ft, 412.2 m) of 1/4-In, pipe
may be used from each hratw h line.
• The h►1jo►est point of the system shall not exceed 121t. 13.7 in) above the cylinder outlet.
• The vertical rise of a branch line above the supply line shall not exceed a u►axin►un► of 4 ft.
1.2 m1.
• Maxlnnu»u discharge pipe voltnne Ittnnattotia sh:dl not be ew"Ard.
• M;Wt num exluulwalent letugih binitatlons shall tu» hr rzrerdrd.
• Maxltunutn fkrw lioints for a g)ven piltr shall nol he excvedeci.
• There are to be no low points or "traps' }resent In dischuaige piping.
PM M91271004000 3 -lr April VIM
:3-HAA DiCMCT'OR
L)etectors its big Range Guard apprmed fusible link detectors are required over cookbigapploij,cs
and In the divix of kitchen cooking eluili nrnt per NFPA 1 7A :aid NFPA 96.
For prote•tion oftfir duct. a drte•tor ttnast be (-entered rtIher (hash with the hoo d-dix•I open Ing_ or In
the duct but not nwre than 12 feet (3.7 in) downstream bout whete the duct is connected to We hood.
When mounted In the duct. the detector should be oriented so that the bracket does not shield the
link from the hot air stre nn, and the fiaslhlr link Is centered In the duct.
Maximum (1lntetasion per drtrctor is 54 in. x 54 in• (1372 iron x 1372 mint.
Alipbatirm havi nga murt:icrarra Larger than 54 in. x .`t4 in. 11372 nun x 1372 nmt) nxltiirr mi(litional
detectors. When a cooking appliance is under We hood•dtwt opetilnll, the appliance is protected by
the detector mourned at the hood -duct opening or 12 In. 1305 Inc) mandmutn into the duct, An
add It kinal drtectior Is not needed to lwotrct th:d aliltlianct.
A trinlirratuirr %urvirvi umo be lierforaxsd at all kwationx where drtrctorm will be bnedaIled.Thr mirmy
must becondtictedunde uiaxbiiuncooklivgorappliauoecleaniiigcotiditiousInordertodeteimine
the optimum exhaust air flow locations and to record the peak temperatures that are expected to
occur.
Clhwv the %time1' lee completed:
• select the iowest temperature rated detector dial can be used,
• Make .sure the maxbnttm expostre temperature of the link exceeds the .Rln aim temlorr,t,tre
ohtabied from thr survrv.
• Make sure links are located In We exhaust air lbw. not In dead air r pacts. This will piovide Uw
fastest detector response,
Note. Care umst be taken not to install links db vedy In We exhaust flow of appliance Rue W-,
12 en (305 mmi MAX. IF APPUANCE
IS UNDER HOOD DUCT OPENING
rR-i r r�
- am in i--X I X I x I IX I I X 1 x. in- A -4 -I-X-
W4 -n (19 owmI 04C1 AOM P1P111110
LIQUID SEALADAPTERS
STOVE jI FRYER IS1DYi HARB{tOsiER
�*-24in. +f4-24in-01�0-24in-H10.24ect-0114-181n.4� 1*-30det-01 1*— 481ct---01
(610 mend (610 mml 4610 mmi (610 mmi 4457 mmi (762 mmi (1219 mmi
2(W-
Flgire 3-40, Posltiming Uetectors
3oci
ORIDIDLE
UIPRIGt1T [0-- M R —►
BROILER 114 Z2 mmi
♦Kin
11'%6f1 kiIjj 1-01,/1,1