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FIR2024-0059+Manufacturer_Equipment_Sheets+7.17.2024_11.24.44_AM+4383485L! FIR2024-0059 RECEIVED Jul 18 2024 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT CHAPTER 1 GENERAL INFORMATION I TRODDUCinco General I nfo rma do n The Range Guard Wet Chemical System provides fire protection for commercial kitchen application~ such as appliances and ventilation. The Wet Chemical system holds UL and ULC listUngs as a pre-engineered system. Systems shall be designed and Implemented according to the following: • NFPA Standard 17A, 'Standard for Wet Chemical Systems' • NFPA Standard 9fi,':Standard for Ventilation Control and Fire Protection of Commercial Cooking Operations" • Other al>hlicahle NFPA standards as retittired for a particular application and dr-sitot, including{, but not limited to, NFPA 70 INEC), and NFPA 72. Fire Alarm Standard and CSA • This Desigtn, Installatirnt, Operation, and Kaintenance Katmai IDIOM) • Any othrr standards enforced by a local Authority HavinRJurfsdictioan IAHJ) Configurations in Chapter 3. System Design, are tested and listed to Underwriters Laboratories JUL) Standard 300. 1994 Edition. unless otherwise noted. and Underwriters Laboratories of Canada ORD 1254.6. 1-2 CLAMPICATION OF FIRE 1.3 The classUtcalion of Ilty is tlrllnal in NFPA I. Section 33.102 as the following • Chraa A; Surface Type Fires: wood or other aelltnlose-type material Iordinary combustibles) • Class H: Flatimable liquids • ClassC: Energized electrical equipment • Class D: Combu.st2)le metals Isuch as nnagnesitun, sodium. zirconium, potassium, and titanitun) • Class K: Comint.stibir coukbtg tntexlia Ivewtablr at imimal oils and lats) I Note: Flange Guard Wet Chemical systenn Is sutted for Class K type of fire. (Tits system does not xttltersexle the rexluirennents for ltortablr lire mthtg4uishers asdefliml In NFPA 10.) GENERAL CHARACTERISTICS OF THE BADGER SYSTEM The Range Guard Sy.stcm Is a wet chemical fire suppression system with one type of agent. The system is capable of encompassing a wide variety of application requirements. The system utilizes stared pressure agent cylinders, Stored pressure cylinders: • Remain frc+e of contamination • Provide a !anooth now througltout the discltarW The cylinders are powder -mated. welded mild -steel shell conforming to DOWX specification 4BW/4HAcons1ruction and NFPA stambirds. The calve is forged hrass with nickel plating, The plating and cylinder coating makrs it corrosion resistant, FA 41 11.710k 000 1-1 Apef 20CM General Information The .system can be activated mechanically from manual release. thermo-bulb hnics. <uxi fusible links. The system can beactivated rlertricallywith a 24 Vdc compatible. alarmemitrol lwmel iluu la 1"Ird and listed with the Rangr Guard system. Both automatic detection and manual release devices are used on control pastels. Refcr to Paragraph 2-2.1.5 for power requirements. Cvllndem are activated from stored high-presattre Va, Automatic and manual actuation are available for the Range Guard System. Other actuations are available, such as; • Mechanical gas valve clasttre • Dry contacts for annunetatlon and electrical -shutdowns 1-4 SYSTEM DESCRIPTION The Range Guard Wet Chemical System consists of a supply of wet chem-Ical stored In one or more Cylinder and Valve Assemblies. Each cylinder Is pressure activated by a System Valve Actuator. The system can be actuated either automatically ancVor manually. using mechanical, electrical, or pressure actuation devices. Upon actuation. the wet chemical is discharged through agent disirlbutiom piping and A4wtlally derilowd mw.zlrs lx)xltinurd thronlghout the protetled area. AIN0 31MS1 1-2 WN GGOI271004KM 1 .5 OPERATIONAL SEQUENCE FIRE OR EXTREME TEMPERATURE RISE OCCURS EtLECTRIC PULL STATION ACTIVATION Gene ral I nto rma tlo n AUTOMATIC ELECTRICAL ACTIVATION HEAT DETECTOR REACHES PREDETERMINED TEMPERATURE UL LISTED FIRE CONTROL PANEL SENDS ACTUATION SIGNAL TO ELECTRIC SOLENOID MI UCH CONTROL SYSTEM UGH CONTROL SYSTEM TRIPS RELEASING NITROGEN MICROSWTTCHJESI TRIP FROM THE SYSTEM CARTRIDGE FUNCTIONS _ TO SYSTEM VALVE ACTUATORS {SVAm 1. OPENING C YU NDE R \OkLV ES VET CHEMICAL FLOWS THROUGH AGENT 0151RIHUTION PIPINGAND NOZZLES SUPPRESSING 1`1141, Foire 1-2. Operational Sequence Flour Chart WN 60-0127 10OM0 13 Aprl 2009 Component Description CHAPTER 2 COMPONENT DESCRIPTION 7'lne flange Guard Wet Chetnical Fire Suppression System consists of the following major vollgnotun►ts: • Suppression — Agent storagr cyltnders distribution piping, nozzles, and detection devices Imrcban ical and electrical) • Controls • Attxillary C(ntipunrnts Cyllader and Valve Assembly The Wet Chemical Fire Supprestcian Sym1enn utilizes live sixes of cylinders. Tlne cylbulers consist of a factory-flDed wet chemical agrnt and valve assembly. The cylinders conform to DOT/TC specification 4BW,4BA and NFl% standards. D is tr ibut ion Piping I fie distribution pipinnR Inot supplied by Bad*r Fire Protectlon) is destoied to distribute the urn chendcal agmt to the hazard areas. In the Range (Imird ire-n►gineered system. pipe sizes, minimum and maximum pipe lengths and number of pipr flttingts are precirtermined. See Chapter 3 for more details. Nozzles l here are seven types of nozzles for the Wet C9nemical Fire Suppression System. Each type of n<u>.Ic hX-4 hrent designexl and teslexl for specific applications :utd artm-4 ai cenrr:IW. The nonics are: • ADP R • LPF • LPR • GRW • F • DM Detection Devices There are two mrthods ofdetectton that can be empbKd in the system: mechanical orelectrieal Mechanical detection uses fusible -link or thenno-bulb link detectors to provide reliable performance, The detectors are drsigtted to separate at a specific temperature and release tension on the detection cable which causes the release mechanism to activate, Fusible-lbnk detectors are available in four temperature rating_ s. and the thermo-bulb detectors are available fit six temperature rathgs. Electrical detection uses heat detectors that are equipped with self -restoring. normally -open e m►tacts which close when► a predetrrtninexl teml►rrature is readied. firal detettors are available in atx set points. PIN 6" 127 X0000 - I Apff 20(W Component UCH COMM SyMteo Thr IN'" Control System is used for actuating tlir Rangr Guard Cylinder and Valve Assembly. The UCH Control System can be mounted directly on the cylinder or to a wall The UCH Control System can be operated with: Automatic mechanical detection Iflusibrle-links and thermo-bulb links) Renote and lot -al nuunjal operation Automatic electrical activation A+ Copttrol Boa The A+ Control Boa Is used for actuating the RanW Guard Cylinder and Valve Assembly and mounted directly to a wall. Tlrr At can be operated with: • Automatic mechanical detection Ifusible-links and thermo-bulb links), • Remote manual operation, 2-1 SUPPRESSION COMPONENTS 2-1.1 Cylinder and Vai*e Aaae=bly. P/N B12000Z Table 2-1 outlines the dimensions for each Cyltnder and Valve Assembly model. The DOT Cylinder and Valve Assembly: • Conforms to DOT/PC Spectflcation 4BWi4BA • Cylinder and Valve Assembly Is pressurim(l with nit rs>grn to 175 PSIG 112.1 inr) :U 70F 121 "C ) Protective eye wear must always be worn when working with pressurized cylinders. Never © service the Cylinder and Valve Assembly unless the Anti -Recoil Plate (PM 25%81) and Valve Protection Plate (P;'N 2550916) are installed. Death or serious injuryandbr property WARNING damage could occur as the cylinder may be violently propelled. Refer to the Satiety Summary for more information regarding pressurized cylinders. 2-2 FM 6491771CKI.000 Mgurr 2 A To of CyuJ VALM Ii PORT Component Description I+ —CAI -PCUWOAL Cruoet OLAWTER Dimrie lows al CY11mirr and Vahr Avsrmhly, P.N H• 12XXXX Rrfer to Figure 5-26 for Cylinder Valve drtails, Table 2-1. Cylinder and Valk Assembly Specifications Cylinder and Valve Mminicm Dimensions Assembly tart Number model A a C told P;W) now Number t90.120WI-001 RG-1 .2<Z 4 15-1.4 In 13.34 In. B in. IB120DD1) 1387 nunl 1349 nun) 4203 nuts) OD-120D02.001 RG-2.5G 8 21 in. lWSO in. 9131. IB12DD02) ISM mm) 1498 mm) 12M nun W)-12oD03-001 RG-40S 12 19 in. 17- I.R in. 12-1 A tn. IB12DDD31 1483 nun t444 nun) Otl nun) OD- 120DD&ODI RG-4GM 12 24.361n. 23 tn. 10 in. I112OW61 4619 mmI (SIM mm1 1254 mml 4A)-12000 OOt 161200051 RG-Wj 18 1S-IAt in. IM null 33.341 in. 1857 nun) 10 in. 1r),4 nuu) Nate: It is permislble to use old and/or new cylinders included in this manual on a Rangy Guard System. PM GD-9127I1K►OW 2-1 April 2009 =1 System Design 3-7 CTLDMSR FWWS Alter finding how many nozzles of em-li tylw at-r tvclttired for a systeau, the sum :,I all the ttazzle flow numbers is used to determine the number and size of the cylinders required• in accordance with the cylinder flow number limits loven below. Table 3.30. Cylinder Flow Number Lbnits 11tsimum Flory Numbers ofCylindem CAA der now Number RG•l .25G 4 - Sittoe C)•btder Systems Onh• Itzmtot ntmtlfoki) RG 25G 8— 9110eCZ•b3der Svstettts Otth• Icsttntot utmtlfokl) RG4GSMG4GM Can matdfoldtip to 4 cyltndrrat I Cylltder 12 l CyUndrls 24 3 Cyll>tders 36 4 (MItdar" 48 Cat matttlold up to 2 c79bderst l Clllttdrr 18 C'%'HIK5M3 343 t Ottly bke cvlbtders c2tnbe tttatttioldml We_ four RGAGS or RGAGM: two RG-6G1 Apr 9 WK)9 4Z PM e(►912710D4= Component Description 2-1.1.3 1 DISCHARGE NOZZLES There are essentially seven types of nozzles In the Rattgr Guard wet chemical system, They art • ADP • F DM • R GRW LPF • LPR Each nozzle has: • Stainless steel Internal strainer and nickel-chronu plated brass body • Special fall seal over the discharge orifice to prevent grease from depositing in the orifice and plugging the nozzle • Grooved ri ngson the body define the nozzle type (Refer to Table 2-5) • Body Is stamped ulth nozzle type and KlddeMG as shown In Figure 2-6. Figure 2.8. FAample of Nozzle Stain1wd alth Nozzle Type and Kldde.,M; Note: Refer to Table 25 for a list (A old and new Rangy Guard nozzle part numbers listed with this system. It is permissible to use older and/or newer nozzles included in Table 2-5 in the same Range Cntard s)%tem, For example, an old ADP nozzle WIN B120011) marked "Raznge Guard' can be used UI the same arte111 with new nozzles marked "KIDDURG". RN OD-9127100-000 17 Atn31 2(M9 Component Description Table 2-5. Range Guard Nozzles Nozzle Type Pall Number Flow Number Grooves 101d Part Numberl ADI' Nozzl( 87-12001 1-001 I LMI IBI20011) F NozLk 87.120012.ODI IRI20012) t ; RW Nozz k' 87-120013-001 i 1111120013) R N(uzle 87.120014.001 1 (8120014) DM Nozzle 87-120015.001 3 ID120015) I.1'F Noel 87-12W22-001 2 1 At 4 1111120022) LPR Nozzk- 87-1200244X)1 I Use & Core 113120024 ) Nate: It Is pertnl-vslble to um old andbr new noritles Included Ill this 11 allual In a Range Guard svSteltl. April 200P 2A AN 60,91271004M Component Descriprlc-❑ 2 2 CONTROLS 2-2.1 UNIVERSAL CONTROL HEAD (UCH) Control System, PIN 8120099 The UCII Control System, PIN B120O99, Is turd for actuating the Range Guard Cylinder and Valve Assembly, The UCH Control System can be attached to the S"Irm Valve Actuator, PIN BI20(W2 for direct cylinder mounting. or to a wall for remote mounting. Knockouts are provided to acconunodate either type of motwttng, The controller can be operated with; • Automatic mechanical detection Ifusible-links and thereto -bulb links), • An tonuvlie electrical operation, and • Remote and local manual operation. 4z.-, 9-7,16 in 3-3/4 In. 8-3,16 in. _w (95 met) (208 mm) Figure2.15, UCHControl.System. PIN B120O99 I'M 60,812710O00(1 2-13 Apr 9 2(X)4 Component Description -2. 1.1 STBTEM NITROGEN CARTRIDGE. PM 87-120043-001 (OLD PIN H120043) The UCH Control System uses a nitrogen cartridge for actuating the wet chemical cylinders and is cllarg'd %ith dry nitrogen {see Figure 2-18). The cartridge is mounted inside the WH Control S%stau to protect it from tampering and provides the date of manufacturing and space Dray band) for recording die installation date. Figure 2-16, Systrin Nitrogen Cartridge, PIN 87-120043-001 Note: New system cartridges IPM 87-120043.001) are marked "PM 87-1200434)01". Old system cartridges WIN B120043) are not marked with a part number, It is perttttmtble to use old and/or new system cartridges included to this tuamtal in a Range Guard system. 2.2. l.2 TRW CARTRIDGE. PM 87-120044.001 (OLD PM 81200" ) The Test Cartrklgr is used for testing of the Badger Wet Chemical System, The cartridge has a red hand and is labeled "TEST CARTREIX;E:- ax shown in Figure 2.17. Note: The System Nitrogen Cartridge PM 87-120043-001 is regntred for actuation acid hull dI_acharW or "pulr' teats. © The Test Cartridge (P7Y 87-120044X101) must be removed and the System Nitrogen Cartridge (P;N 87-120043-001) must be installed at the completion of any work done an CAUTION the system. Failure to do so will result in malfunction of the system. 4 n_ ♦ 1102 mm) Figure 2-17, Test Cartridge, PIN 87-120044.001 Note: New test cartridgrs IP/N 87-120044-001) are marked "PM 87-120044-001". Old test cartridges IPIN 8120044) are not marked wilt a part number. It Is perml-vRible to use old and/or new test cartridges included in this manual in a Range Guard system. fgrr) 20oP 2-14 RN 6U-912710(MM 2-2,1.3 SYSIT.M VALVE ACTUATOR 15VA1, V,N 8120042 A System Val%* Actuatdu* ISVA) Is mounted to eery wet che»kal cylinder vake assenbuy Isee Flgtlre 2-181, The SVA has ports for bwproflk tubblgr uns. and is also equipped with a sprirgloadvi phmgirr Out kwkx the piston in the dtsc-hargal postitkm, ensiming c(nnpir.le diarltargr. of fir gIbiderls )cout efts. Wl^ PISTON M !ET►c a1K1d SAGAGUNC �THND% OM HOLE (T"W) odor>~oM.d) *s a. WT rcuc Or A1R)GRE) %I r► 1 yTrow► Pw W M A CTilArto Po01Tt1M (I OVAfm C►LAWam VALtIE) Figure. 2.18, Vahe Actuator ISVA1, P,,N R 12(X)42 \avwAq 1a►n= PWNo= WH M91271O040O0 2• IS ti v ry 't 4 b r C'omponc 2 -'2.1 .6 1 NW FADS WI TC H Klr, P,,'N B 120039, B 1900394 01 (TOR UCH) The Mheroswitch Kit Is a &WOC pole. double -throw switch lace Fll re 2-21 and Table 2-7). lndud"I in the kit is the ruicroarwitch, pigtail assembly and four /Worming screws Itwo short and two long). Note. Microswltch Kit P,N B120D39.501 Includes p1glail assembly with white stripes. 71w wire leads are 24-h3ches 1810 nun) In lenoh. Four Microswltch Kits can be mounted In the UCH Control System, There are two mounting locations to accommodate the four Microswltch kits Itwo stackrd at each nxnrntlug location), with F.MT ports foreach tncnsntinglocation. This allows for the use of two electrical Junction boxes four separation of sl)ptal lines and AC lines. 77sese arc used when It Is necessary to open or close electrical circuits. The following are examples. but not litntted to; • Electric appliance shutdown • Make up air shutdown • Electric gas %ahr slnttd(ywn Sh ern tlmeakr r. tr i n• Note: M)t for aL•inn ittltiatiom F3rctrtc:tl:gtIAiatxxsttsuallyhave ahigner:nnp rattngthanthe swltches. In this case, surhapplianc" shall not be wined directly to the tnicroswitch. A nsalpnetic contactor of trlay tnuat be used. To wire the micro witch for UCH, refer to Moire 4-30. s.Ectwcx COWActos VP MOIO fM�/01 Figure 2.21 . Mk•roemAteb Kit, P.N B12(X)39 Table 2-7. MlcmosvAtch ©ectrical Rathnks 2_110vac 1-I!2 HP 125 Vac I r2 tip Ayn 20M 2.1 N i"N 604 141 tw u, Compomemt Dewriptlon 2-2.3.2 UNIVEFAIAL-LINK HOUSING KIT, P." 120064 The Universal -link Housing Kit, sliowtt 6t Moire 2-29. eonsists of the followbtg: Tihle 2.12. Univerxal Link llouxing Kit. PIN 120064 IVtm mml (ktarctor 171nip Sire► RZe NCF9177100(I0ri 21M ApA2Q:J 2-2.3.4 FUSIBLE -LINKS, TYPE M„ P U WK-282861-000, W&282682-000, WK-282664tNN► aml WX-28266&000 (OLD P174 B282661, B282662, B282084 AND B2826M) Fusible -Links are avallable in various temperature rathngs with a minlmmuAnwinum load rating of 10 lb.,401). 15 kj IS kg) (xer Tank 2-14). Figure 2-3 1, Fusible -Link. PiN WK-28NGX-000 Table 2-14. N%lble-Link Temperature Ratings Fusible-1-Ink Rating 1Nasltntmo 1 W*we C61cw Part Number Tempenhwe l(bd Part Num erl 1657 1741'1 1WrF1381'I Yclk)u, WK-2821i4i1-(XX) 182826611 11 T F 1100`C 1 150` F 165 C I Witte %%X 282W2 -000 (B2ffi6621 380 P (182C 1 3007 0 49 CI ll nlxvnted %%X.282664.000 (B2826641 5W F (260C 1 4407 (22& CI O ra n{lr N'K 282886, 000 (B2826661 Notei New t)lre MI. fu mil le- I.tnkx IP;N WK-2F1266X,000)arr markrd'W'. Old t�grr 611. firnlble I.Ink.% W N B29266X)) are marked "B." It Is permissible to use old and�oi new type ML Iuslblc Lhnks htcluded In this manual in a Wage Onard s1'stem. The raUng temperature, which is stamped on the Mltslbk-Link, is the temperatme at which the link will xquwate whin n rw. Ilcrwrvrr, cocmtbrtrtl "Ix>xurr to cyclingantbirnt trinprratures )tiny cm I degiadatlon of the link o%rt Unw. B'N MY17710040W 2.27 AprS 2CK-r-1 Component Description CORNER PULLEY. PM Milt-844648-900 The Corner Pulley Is used to cltenpe the direction oA the control cable rests. The cable-s protwtJw condidt l 1,2-inch EMT) Js attached to the Corner Pulleys with thecotgtllngnttts provided. The Corner Pulley to ecpdpped with a hall•Ixarhng p 3le y far minitntun reedstaner to the cable travel. in US 2 mm 1 A 3 iNi (7l2mrni i F%we 2-W, Corner Pulley, PM WK-844648-900 PM 00-91271004000 2-20 Apra 20M C ompon 2-2.4.'l- I REMOTE htANUAL RELEASE PULL STATION, P.-N W-120110-U01 The Remote Manual Release Pull Station. shown in Filptre 2.35. Is pro%lded as a i3mmis of manually actuatingthe system from a remote location. The Remote Manual Release is attached to the Universal Control I lesid (11CH) or thr A+ Control Roue. with II16•Ine11 control cable. The Remote MannaI Release Pull Staton is avellable lot use in both the "un-tensioned' Pull -to -Trip and "tensioned' Relcaw-t(- Trip lines, Toactuate the system at the Remote Manual Release full Station. pull out the safety pll and pull hard on the handle.. In the Pull -to -Trip mode JUCH ONLY), tension will be applied to the cable. alk wing the UCH t• activate the GyUnder and Valve Aasemb)p, In the Releaser -to -Trip nxxle, renxn•ing the safety pin wUl relestse tension front the cable. allowing th. UCH or A+ Control Bout toactivate tlw Cvlbider six] Valve Assemblv. Thr Rrmote Manual Release Pull Stahen nutybemornmted Ina rexxss orxurfacr nuntnt cxnfifptrttlot,. The assembly is packaged with all ne vessary coanponen►s needed to Install 6h either coahlliphratIon. Moumting hardware is not Included. F..-tch Rrinote Manual Rrirasr Pull Station Is suppllyd with a cholm of laluels. The proper label nuast be attached to the faceplate so as to be easily trod after bhstallaton. Applying the label after installation allows forvertkal or horizontal mountingof the Remote Manual Release Pull Station. 4-7m in. (125mm1 PULL PIN. I / PULL / HANDLE HARD 34116 in_ 121 nwnl 2-1/16 Mt. J 32 teeth) Fti wv 2 36. Rrtthote blatnual Release Pull Station. P,,N 60.120114001 P r - 212 PIN Goae127IOU ttU..I C 0nt tN,.crl Ion 2 .3 NWwhan1va1 u a s Valve. "B12007X A Mechanical Gas Valve Is required on systencs toed to protect Ots-fueled appllaucels). Upon syrstet» actuation, the control stem doves. stopping the GIs flow to the appliancels►. Neem Ottly Mechanical Gas Vah'es that are spedficaUy UL listed and identUled by part number in d9a manual may be used with the Range Guard system, CONTROLSTEM INLET — OUTLET I Fgure 2-42, Mechanical llas Val r. 1 �'N B12007X Table 2• l 7. Mechatical Cum Val.r Sites pipe apse Part Nuasbar :V4 in, 419 taml Itt 20071 1 in. 42b.4 mini 0I2(x)72 1-14 1t.132tteul 0120073 1-1,4 6t.138ttngl B120074 2 ut, 151 rotul 8120075 2.1,2 1n. (64 turq l B120o18 3 lit. (76 mtgl 0120017 rr2JH R'VK(1dJ177IWiR10 ftstum Dwip 3-4 APPLMAlr W Table 3-1 lists the %wiotm appllmices and nozzle type used to protect that applimfoe. Table 3-1. Appliance Wirrencrs AppiLsoe 1Reietettoa meads no. ifum er Deep vat Fryer S640e Mst Deep Fryer abet Drip Boards Paragraph 3-4.1 F 2 18- la In. x 24-112 M. Deep Fat Fryer Pausgrapl► 3,4.2 121 F 4 Split WI Deep Fat Fryer Pmagsplt 3-4.3 F 2 14 bt. x 14 In. 4356 nun x 356 nun Deep Fat Fryer Paragraph 34A F 2 Sk4oe Mat Deep Fryer a-lth Drip Boards le$ than I in. (25 un"I Pwa` nph 343 F 2 Split Mit Deep Fat Fryer (Law Proxbnxyl Paragraph 3.4.6 ADP I Deep Fat Fryer (Low Pracanny) Pwgpao 34.7 LPF 2 Krtspy Kreme Model 270 d1h Douglutut Fryer Paragraph 3.4A ADP I Rmqes Fair -Burner It.a w Paragraph 34 9 I Tam-liurner itanW Mragraph 3-4. 10 I: I S640e Bunter Rate Paragraph 3-4.1 1 Rau -Bruner Range T%rugmplt3-4.12 ioies Upefght Drafters Paragraph 3.4.13 I Charbrdlers4Lara. Auahe. Ceramic. or Sy7theur Rark1 Paoragraph3.4.14 _ Cs lbdlmxdMecl Ic Chadwofkr Paragraph 3.4.15 (,kU' Natieal or %"uAe Owcoal ChArArotkr Paragraph 3-4.16 ADP I Mr1411111e Iw)O�C Charhmper PAmgmph 3-4. 17 DM (11.4b) lir(dkr (Clow**-Tj)) Paragraph 3-4. Ix ADP I (Imbt Brdki (Oprtt-Tupl Paragrapit3-4.IP ADP Gridme - Flat Cookktg Stuiace paragraph 3-4.20 ADP RMit Paragmpli 3-4.21 GRW rik Whets Inraising Far•) Paragraph3.4.22 F _ Sylitem Dexlgn 3-4.1 Single Vat Deep Fat Dryer With Drip Hoards Table 3-2, F NozrJe Coverage Area Iterna lanutatera tit. � all i u u l l LUMd Area 18 in. x IS in. µ57 mm x 457 mml Mlaxutau,al Applia"Area Mthdripbarfd) IS fit. x23 in. 4457 mm x 594 two Norse A ut t Wdpdttt of hazard area Nozzle Location Ifrom top of sWianc a at an an®e of 450 or mcre from the horlummal 1 ' 7 lit. PM mm) )Mn. 45 in. 11 143 mm) MkL AN F NO TA a NAY OO l OCIV O ANYVWCM YMTHM M GNO as In Manuro AN NOT AN MAV Off VIA$ OWOOIIML POW IOCATOOAAM"M AN PONT WR MII M ORD 1 AS In. 1:1 f0 rwo µATV rNld ; MIDI. 1 OF Alt"M► e11"MrOi TT KOJARD AMEA is" M4 YN fA n i IlT ^"tip Dln MAA tOY nvM r Mu ORI. sOwm tO n. eeaTmrd WAR PRO" vow NOT AS LOCATION if d OR eD III! e1101Y NO Rg1 NTAL AN POINT YOAONT cr /VKAAIO ARL A WMN10 AMA OMWGOAPID 1 • In IMP and Wdl. 27 n. IM4 rNrd MAX A"UANCSAMIA s1DE NEW Flgitre 3-2. Stt*ir Vat D?erp Fiat Fnrr .)r Ft'N 60.0 127 1001wo System Dmign 4.9 Four Burner Ranges Table 3-13, R Nozzle Coverage Area — Four Burner Range I top (SST mmi CIA I 42In (UNIT mm)M AX t MINIM 1 P Of MANOt1 1 1 A R MOULE MAY 8E 1 t,OCATED AM WIP"F N1T4N 1 iM [ SM ADM A IWA 1 In OS+IO mm� AAV NM PONT MOPONT Of rMOMtTOP Of r&AAlND APW A RIWIQI � 1eig M �w. f7 Sf mm 1 MM L MMJ bUMbR CtWTbllNt ARE/TOCENTEAUnE N tirt UP! EfINE 7E w Rn Mn)MYti -� ►IAL11D AINlA MOTH FlAw a 3.10. R Nuzzle 0welage lot a 4-Bwnc1 hang• DDanu Psrsoestefs Ma�lttlutn li+wld 1keA ZA in. x 2K 1n. ITI I mm x 71 I nm11 NvuJr Abu Mktpolttt �f limrbrd ATra Nutzk LocaAlat — At►�+•hne xilldn Ilte sreM of adrek ZO in. ISUQi nnu I Min �rttcraled tr?• ,BSI let. (1l1 nnn I r.adhls wtx�nt tltr nTldpctlnt �2 let. 11067 wnti Maac Nole : Sitapc � A bu r net n• �l a u) � n t, u l IYN tlll912710WW (1`. April Yrr14 syetem D-mign 11 Single Burner flange T:d)lr 3- 15. R N(wir C'(nrrgr Arra — Single !turner Ratgr items Pramdem Nozzle Abu 7 in. (178 nim) fromornter of burner Nou-k I,or:lrttat — Anywhere withbt the we -a o1 a clrclr 20 in. (!K)R nwnI Mlb. aene7ated tn• a bi. (229 rtunI radbts about Or a in 4'l In. (lck>7 mml Ma.��tnt 1404Q1 Shalx of bwlter licit tn.7l)OrLIIL 18 in. 4457 nwn) D(A 42 in. 0067 mml MAX (IFRON TOP OF RANGE A -R' NOZZLE MAYBE LOCATED ANYWHERE W(THIN THE SHADEDAREA 20ia (900 mml MIN —� AIM POINT (FROM TOP OF RANGEI 7 io 1178 ownl FROM BURNER CENTERLINE TO NM POINT CENTERLINE Fture 3-12. R Nozzle Coverage for a l-Burner Ranlp H'N M917710"OU 3- 17 Apra 01 1-4. I -'$ Gas Radlaottlectrlc Cbarbtrotler Table 3-21. GRW NmAe c=oaerag Area 3mm Parameters if:Acurrnm C(tiAtng Snrtare I ❑1 x 24 In. 15XI nun in 610 mml Nuttk- Aim M►llxlnrl of flit hazard arseabotwe evoking &urkic No"ir LocaItm il"Im Uinn4r-11 11 .K m-it, li-aii tlr hmt7DwAll 24kk.1610norrl Wit 48 Mt 41219 nuts I Mac 10 i 1219 mm' IOU 21 In tan MAA A COW NOULE MAW le IOGARD APWV VWeAL VIA TN N T K CM D OAriaM.L PROM A1M PILAWT Mn A214 no. 00" AN POPO MOOOINT OF WAJAAO AAfA NOIIIl IOCADN 4w OAYOAi iAi0A1 i NjrME VAL ` J: NY POMT , YDPON/OP rMdAAD.A I -OW �-Vcaw.r-k IOCAROAMVMt"t VMT NN Tm GAD RAdANT LAIR lILA &A ho �I O Ar 0. AAR Ill• _ I irtln (!t0 r�0 APPUANCt AMA �R iRpIT VIEW SIX VIQW Pip Ir 3•17. Gay RadlanI Elecuk-- Ora Ibroik•t • 11 3 a 1 AIN ttttat IV IOU mo 3-6 1 V IDITILATIION 3-6.l Plenums Tab)r 3.29. Plrtnrtn Protertkm System LR-,Ign Rem Parameters ADIF Tfottsle No Filter t 101t. x 411, (3 m x 12 ml Max, I - Incited at otr end of Sir piknunt ,N- Fdtrt ION x i A (3 to x I .2 nd 20ft, x4 ft, 06 to x 1 .2 tai I - klcateti at erne e-uci'-If Ur piruuni 2 - konaled yet end of plrnuni pukntntg LttU:vd- Strt& ttmik Filirr IU ft. x a A. (3 m x 1.2 tnl I k)c-im"i at one etut of tlr pirnutti . t w1rrt no ABers are pre%efw tic ncv-iJr pinw1atg the pietuun 16 uaect So itkw1 ge the tort cltrmical art Site under• sick of the !rood. kt tlus car. the h•:�«i ttnv ncn e>xrect a lrt�th d IU ft. ! 1 ml or a n•fdth of 1 ft (1:2 ml I'lentuns larger than IU 1t. (3,0 nr) x 4 ft, 11.2 rn) nktp be protected by addittgaddltional ADI' muzkes for rich addtlicmal 10 fl, (3.0 ml of plernnn ktth atxf each addltlotkil 4R. l l.2 m) of Itlrntmr wtcfth. N(xtulrs may be fintaDed pointing In the same directiDiL atxtix at tlr ends of Or pletntnt pointing toward r:K•h oilwr Iser Figure 3.214). &wh nark will pro%lde crnr.rtgr fora mwanntm of 10 it. 13 in) of plrnum kngth and 4 A. 11.2 tn►ol plenuut width. ADP noules tuust be centrally located In Or plenum with t1veh disehwgr cLtretcd ,clong We k•ilgil, ..I theplenutn and located in relation tothe ffltersassbown In Figtur 3-28, Mer to F tgiue 3-28 for filter hriott. 1-rvr01'4127141ntinl t ct Ali rtltrst System Design OU C1 wz m 1s$ /tl ai •'V•' FILTER BANK COVERAGE 101t. (3 ml PLENUM NQ223E 3d4 N ` _ 1 N T. "V" FLTER BAN K COVERAGE (END VIEW) -• n tO q (1 w11 1002ZtE S ING LE FI LTE R BANK C OV E RAG E 10 ft. (3 ml PLENUM NM LE lot -V•' FILTER BANK COVERAGE 201t. 16 ml PLENUM NQZ21E f 40 (12 III "a (s TI 4t / (1 2 TI� SINGLE FILTER BANK COVERAGE 201t. (6 ml PLENUM 3d4 NI _ _ 1�`e 1 N w SINGLE BANK FILTER COVERAGE IENDVIEWI Figure 3-28. ADP Protection Nozzle. P;N B 120011 3-6.1.11 DUCTS The ADP nozzle, WN 87-12001 1-001. 1s used for protection of the exhaust ductwork. The duct crass section can be any shape. not Including obstructions II.e., round, square, or rectangthlar) and the duct itself can be of unlinhited length. In amtmianre with WPA 98, the exhaust fan should be left rutnningat the time of system discharge. Tlvs will help to remove smoke and oUtet orbornr tnaterlals and Mises from the hazard area In the event of a fire. Check with the Authorlty I laving Jura clicticm for Imm] mjuJ rtrnntx. A danger. If prnlent, xh(aild be left open at system disscharge. However. If the damper is cimed. the 9»tem deslWner urust insure that additional nozzles are required, 3-61.1.1 Pro of Ducts 0 to 50 inches to Perimeter One ADP nozzle. WN 87-12001 1.001. is required for protection of a duct with a perimeter up to s0- lnchee (refer to FISure 3-291, Length of duct Is unlimited. The nozzle Is located at the gmunetrie center of the crass -sectional area that It Is protecting. and Is located to the chid within six inchex of the entrance. Note: All Range Guard syatens are listed tn, UL and ULC for use with the exhaust fan either oh or off when the System Is dlschargt+d. 000T "OOD DUCT PERMSETER UP TO AND NC LUCING SO n (1270 mm) 11_73 h 1300 mm) 1 S O1 on MAX OIAOONAL (404 mml ♦ 12 S an (lWAX ♦ W►x I I f 11 79 r� (]OO mm I til AX OU1O0teAL tl � —o— + 90UAR E D UCT I R EC TA NOU LAR O MT 2 "A' . 2 "B" - 6S an (16S1 mm) ROUND DUCT a AOP NOZZLE 1 1 O 6n pD-1S2mml OtlCT 91TRNICE t ti OF VINT ICAL DUCT 1 VERTICALMOR{ZONTALDUCT I Ae11 PO WT 1 � I � i ADP NOZZLE IL OF NOROONTAL DUCT 2104 is (S1 to 102 enen) ' NOZZLE TV to DUCT "r Rgurr Z 29. Dttc-t Protrctkrn ll%tng SlthgirADP Nozzle. P N A7.120011.001 B'NN M9127100000 s .n Ayni _rrr� ". I .I.2 Duds 50 to 100 kBehes is Peg eler Two ADP nozzles. P(N 87-1200114)01. pohtting, in the same dlrectlon are required br protection of ducts with perimeters greater than 50 inches and leas than or equal to 100 Inches. Ducts can be of umbutttted length Infer to Flgure 3.30►. For other option of dtwtx tap to 75 perimeter inrhex (See Figure 3.321• Note: All Raatge Guard systenla are listed by UL and ULC for use with the exhaust fan efther oat or off when the system is discharged, x X 'hx 'fpX '/.x !/,X 2s .I 463 S tnm) : t MAX SIo E 6 E MAX_ OWOONAL MAX_OIAOONAL TVP(ZIAOPNOZZLES It 79 in (300 mm I SOU ARE RECTAN OU LAR 2-4an (51mm-102mmI NOZZLE TV TO DU CT M P DUCT YI =�z "000 '/.d Xd . MAX. DMA 31A3IrL 4Ml ww:) �( CE AIM I t. as a T LOIIA ONE �� J\ CENTERlt1��TNEINPONTS NOZZLESTOBE•-Son 0-152mm1 UP FROM EMMAM E OF VERTICAL DUCT 71 naft mml R OUN D AO P N OZ ZL f I I •tobn _ (Ob 1S2mm1 1 OUCT EMTItAIICE E OF VERTICAL DUCT VtERT1tALNICIMMTAL DUCT - ai OF HORIZONTAL DUCT III POINT Figure 3-30, Duct Protectloat UshtgTwo ADI' Nozzles, I',N 87-12001 I-001 Ayr$ 2(XV4 3-36 MIN Bo-Y IV I001000 tem Des 3-8 1 PIPU40 REQUOMIKEWS Ratte Guard systems do not require balanced piping toach>leve proper dlsttibution of wet chemical to all nozz lea. Balanced pip big Is not necessary because a liquid has no difficulty In turningeorners or cha nongdtre-tions. Rang. Guard no=1exc(nne etltttpped with permanent precietertnined oriflom. This numis that the liquid will be delivered In the exact giant-lUes necessary to the duct, plentun anid appliance hazards as rcgtdr d. All pipe shall be schedule 401standard weight) black steel. Pipe may be chrome plated. Galvanized pipe shall not he axe d. All pipe and fittings must be matte tight without pipe dope or thread sealant. Pipe fittings shall be xtamlarcl weight steel, cast Ian, malleable trcm or duct -lie tron. Gahattlnecf fittings shall not be used. Brandt line connection and Individual nozzle c(mmections may be nt.-ric tr using either the outlet or the rim of a tee. 3-& 1 Stainless Ste d TtbMg axes Fittings Stainless steel tubing may be used on all Range Guard systems. Flttbtip may be stainless steel compressionor stainless steel flare types. Bendingoltubing using mandrels Ispermissible, .2 Pipe Sisiog Pipe sizes are determined bythe total number of flow numbers runubia ilm-OU0l a particular pi ., .r ul pipe, This is the flow demand for that Ixyrtlon of tix• LA-,tem, Note: It is not permissible to drop pipe diameters below the required value, For example, using 1,2- Inch pipe to flow IS flow ntunbers Is nett pm- nixxihle. 11(rmer, Increamitg pipe diameter I. acceptable (ire.. using 1-btdt pipe to flow 18 flow numbers) providing the system compiles with Internal pipe volume limitations. Table 3.31. Flow Number Rangy and Pipe Type Fluor Nunatm+r Rage Mlndmum Pipe Sias .035 Wa11 vtaittir tew I TubitM 5ise I � 1,'4-iufi 3,t3-htc•h I 3,6Aw h NSA I I l,2-inch 5,6. Utch I ; 3A.Inch 7,6•uwlt _ 1 • Inch I •uult 3.&3 General Rules • .x maximum of 100 equivalent ft. 130.5 m1 but not more than 40 linear ft. 112.2 m) of 114-in. ptpr nos be used from each branch line. • The hillhefst point of the systeln shall not exceed 12 ft. 13.7 nU above the cylinder outlet. • The verUcal rise of a branch lbu above tlw supply line shall not exceed a maxintuttt od 4 It. 11,2 m), Maximum discharge pipe volume limitations shall not Ire exceeded. Majdmum r4jul airnt letVb llmtt:ttions shall hurt Iw exceeclyd. Ma3dtmttn flew points far a g>vrn phtr shall tart be excreexfed. • There are to be no low points or "traps- present In discharge piping. I11NM917710"OU 343 System Do 3-H.4.4 Dll MCrM Detectors ustng Rangr Guard appr(aed fusible link detectors are required over cook tng appllancr� anti in the ducts of kitchrn cooking niuiprarM per NFPA 17A and NFPA 96. For protecttnn of the duct, a detector nmst be centered either flush with thr hcxxi-durt openit>E[ of in the duct but not »tore than 12 feet 13.7 nnI dowi stream from where the duct is connected to the hood. When mounted In the duct, the detector should be oriented so that the bracket does ni)t shield th, link franc the lx)t air stream, and the fiantible link is cantered In the duct. Maxinntm (bine rckm prr deteclor is 54 tn. x 54 In. 11372 mm x 1372 mm). Appllanc•en hhavinga stutter arra Larger t han 54 in. x 54 tn.11372 nun x 1372 mm) mjulrr xicittion:d detectors. When a cookbigappliauoe Is wider the hoodduct opening, the appliance Is protected by the detector mounted at the hood -duct opening or 12 in, 1305 nut) maximum Into the duct. A adcitt kmal detector is txtt neded to protect that appliance. A trtnlerattue sunvytntrd be perforntd at all kwatkms where detectors will be. tnstalled. Thr sunvy must be conducted under ntaxLnutn cookingorappllanee clean intgcondiWns In order todeterntlar the optimum exhaust air flow locations aid to record the peak temperatures that are expected t, occ tu. Onrr thr survey is c(mtplrtal: • Select the iowest temperature rated detector that can be used. • Make star the maximum exposure temperature of the link exceeds the mWmum temix-i ana C. obtained from thr xurvcT. • Make sure links are located In We exhaust air flow. not In dead air spaces. This will pro%ide th, fastest detector response. Phones Care must be taken not to Install links directly In the exhaust flow of appliance Gue Jos. 12 sm 4305 men) MAX- E APPLIANCE IS UNDER "DOD DUCT OPENING mj 3v at (to..t) oaCROAN 0110000 UOUD SEALADAPTERS STOVE D0.E FRYER STOVi FRYHt STOVE IiARBtO1LER GRIDDLE 21 ect. 211���2r1 %1 i 21 t c► �� 16 1n.� I*- 301 r►A I*— UPRIGHT 14-- 56 n (610 mm) (A10 mm) 4510 mm) 1610 mml N 57 mm) J762 mm) (12It mm) BROILER (1122 mml 1♦ 34 in -a� 064 mml Flgure 3-14). I+osltionin g Detector» 1p cf 2OW s .'1 f I A19 6" 127100 <RI O