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RIVERSIDE DRIVE 31502_14-00002842_FIRE
Lake Elsinore Fire Protection Planning 130 S. Main St. • Lake Elsinore, California 92530y � C[T'Y OF �, (951) 674-3124 Ext. 225 • Fax (951) 471-1491 Dbioom@Lake-Elsinore.Org , � .M LS } <= L)R EA nn r.. f tit L PERMIT Y_ - DATE: 10/29/14 JOB ADDRESS 31.502 RIVERSIDE DR DESCRIPTION OF WORK FIRE SERVICES OWNER _ CONTRACTOR BOGGS, PATRICIA INTERSTATE FIRE PROTECTION 36140 JANA LN WILDOMAR, CA 92595 800-282-9229 LIC EXP 0/00/00 A. P. # . . . . . 379-191-029 5 - SQUARE FOOTAGE 0 OCCUPANCY . . . GARAGE SQ FT 0 CONSTRUCTION . . FIRE SPRNKLR VALUATION . . . ZONE . . . . NA FIRE SERVICES — — ------- --- ---- - QTY UNIT CHG ITEM CHARGE 1 . 00 X 454 . 0000 LE FIRE SUPPRESSION 454 . 00 FEE SUMMARY CHARGES PAID DUE'—_.__ ------- PER.MIT FEES_ _ FIRE SERVICE'S 454 . 00 . 00 454 . 00 TOTAL 454 . 00 . 00 454 . 00 SPECIAL NOTES & CONDITIONS PLAN REVIEW HOOD SUPRESSION b City of Lake Elsinore Please read and initial Fire Services Division I. 1 am Licensed under the provisions of Business and professional Code Section 7000 et seq.and Post in conspicuous place my license is in full force. on the job 2. I,as owner of the property,or my employees w/wages as their sole compensation will do the work You must furnish PERMIT NUMBER and the and the structure is not intended or offered for sale. JOB ADDRESS for each respective inspection: 3. I,as owner of the property,am exclusively contracting with licensed contractors to construct the Approved plans must be on job project. at all times: 4.I have a certificate of consent to seltinsure or a certificate of Workers Compensation Insurance l Inspection request(951)674-3124 ext. 225 or a certified copy thereof. --- - - -- -- --- - - -- - ------ -5:-1 shall-not employ-any-person-in-any-manner so as to become-subject to Workers Compensation-- - - Laws in the performance of the work for which this permit is issued. Note:.If you should become subject to Workers Compensation after making this certification, Code Approvals I Date linspectorl you must forthwith comply with such provisions or this permit shall be deemed revoked, Sprinkler System Start Time Finish Time SKO1 UG Thrust Block PrePour SK02 Underground Rough/Hydro SK04 Underground Flush SK05 Weld Inspection SK06 Overhead Rough/Hydro SK99 Overhead Final SKW High Pile Storage(FPE) — - SK09 In-Rack Sprinklers SK 10 Hose Racks SK03 Title 19 Verification SK07 Bell/Main Drain/CMTC l Hydrant System Date Inspector HSO I U.G.Thrust Block Pre-Pour HS02 Underground Rough/Hydro HS03 Underground Flush HS99 Final/Signs/CMTC Knox System Date Inspector 1 KSO 1 lKnox Rapid Entry Fire Alarm Systems Date Inspector FAO IFire Alarm Wiring Insp, FA02 Fire Alarm Function Test FA03 Fire Alarm 24 Hr Battery FA99 Fire Alarm Final FA05 Sprinkler Monitoring Fuel Storgae Tanks Date Inspector FT01 Underground Tank(S) FT02 Aboveground Tank(S) FT03 Fuel Dispensers Only Building Inspections Date Inspector FT99 T/I Final FS99 IShell Final Misc.Inspections I Date Inspector MIOI Spray Booths MI02 Hood/Duct Suppression MI03 High Pile/Rack Storage MI04 H.P.Vents/Access/Corr. MI05 Haz-Mat Verification MI06 Other: CITY OF LAKE ELSINORE BUILDING AND SAFETY DIVISION Date: NOTICE Stop Work Correct Work Job Address +V`Q r �( d✓r+ Utz �t`fit } Permit Number Vo IN, i F +vim ►�Vi (bn AyiA 1-ea\moo p� r%r¢. Sv1pT,-e.svi �n `-r s�Wl 5��4 A coon r� ,�� �� arib�.- -��e p�r �•sl— ` - Ito +r..t ckj t ac fit... lof Farr `Vl •�--�- r�� ��.���-�r� ��� max'�i•'�:��,�r s��e r al--+a�t — Cl2 0 k ae- . cA- q�;-I, �O-f 4' I 'Z,4 Z2 Division Inspector (' /� M I l l L.ake Elsinore Fire Protect-on Planning 1 3() Main St. - Lal((� F.Isinore, california 925.30 2,� o Fax (9'i 1) 4 71 1491 124 I-xt. Yy Q loorTi,�L-,I((�-.Llsit,iore,Or,q i WIA X P NA I _a__- PERMIT APPLICATION FORM_ �/, / Permit No. Project Name: -'� I understand that after the second submittal and after Project Address: z I(soa failed inspections that additional fees will be required. Date: City & Zip: Applicant Sign: Contact Information PA Company Name: CONTACT PERSON: C Phone No: !:[() E-mail Address: Van 466/v"IewType (Check appropria te items) Co L_ ® Special Event ® Other Commercial EJ Residential Commercial ® Industrial El Buildin- 01 Buildinn Tenant Improvement 0 High Fire Area 0 Underground Water 0 Sppinkler System 0 TI Sprinkler System 0 Sprinkler Monitoring 0 Fire Alarm System 5-Kood 8, Duct Suppression System El Other Suppression System 0 Spray Booth 171 Cell Site 0 High Pile/Rocks 0 Other: 0 Above Ground ® Underground Storage Tank Submittals: 0 Dispensers Only " o Received d Date: 7-ZV— Reviewed by: PC Review Date: b Plans:'bApproved 0 Denied Letter Attached: ®Yes Job Cc-,rd Included: fYes ONo Called for Pick-Up: /Q-2y 4C Picked-Up Date: X Y: Date Date Applicant Sign Received Date: Reviewed by: PC Review Date: PI ® Ap proved pproved 0 Denied Letter Attached: ®Yes ONo Job Card Included: OYes ONo Called for Pick-UP: Date Picked-Up Date: Date By: Applicant Sign Resubmitfal Fee Paid Date: Received Date: Reviewed by: PC Review Date: Plans: 0 Approved 0 Denied Letter Attached: ®Yes ONo Job Card Included: ®Yes ONo Called for Pick-Up: Picked-Up Date: By: i�p Pllilc Date Date cj Resubmittal Fee Paid Date: Visit us at ,loke�elsis��� _rah Lake Elsinore Fire Protection Planning Fees These are Flat Fees but there may be additional resubmittal & inspection fees based on corrections. Resubmiffal & Reinspeefion Fee $168.00 Checks or Money Orders are -to be made payable to: City of Lake Elsinore Plans are reviewed in the order they are received. -------------------------F -T------- ---------l�l�r� �®®ate®�®��n�����i�� FP-' e n® o a�®ate®® ®e a et Building 2 $1,056.00 (<50K) $528.00 each add 50K Tenant Improvement Building 2 $696.00 Tenant Improvement Building (Under 5,000 sq. ft.) 2 $348,00 Water System Plans 2 $614.00 Fire Sprinkler (per head) 3 (<100) $614.00 (20 or less) $307.00 Tenant Improvement Sprinkler 3 (21-100) $614.00 (100-Riser) $921.00 Residential Sprinkler 3 Plan Check $454.00Insp. $210.00 $672 (1-10 Ini. Dev) Fire Alarm System 3 $1008 (11-20 Ini. Dev) $1344 (20< Ini. Dev) Sprinkler Monitoring System 3 $454.00 Suppression Systems 3 $454.00 Cell Tower Review(Generator/Batteries) 3 $348.00 Aboveground Fuel Storage Tank (first tank) 3 $584.00 - Each additional tank $168.00 High Pile or Rack Storage 3 $348.00 Fire Flow Report 1 $178.00 Technical Report— (FPE/Haz-Mat) 2 $1008.00 Items not listed above are on a sliding scale starting at $168.00 - Up Single Family Residential Review 2 $75.00 After hours Inspections $168.00 per/hr. 2 hr. min. (When available) Pro-Engineered Restaurant Fire Suppression Systems Report SERVICE COMPANY �^~� DATE Of SERV CE TIME A,M. P. ✓ dd � ANNUAL SEMI-ANNUAL I RECHARGE INSTALLATION R NOV ION l fl LOCATION OF SYSTEM CYLINDERS OL 300 ES ❑NO Cal fomia Sbte Fire Proftetfo 2 MANUFACTURER MODELNUMBER WET DRY CHEMICAL (800)282-9229 =` 01v d. CYLINDER SIZE MASTER CYLINDER SIZE SLAVE CYLINaER 51ZE SLAVE H (,0u JA FUSE LINKS 360°F. FUSE LINKS 450°F. FUSE LINKS 500'F. OTHER CUSTOMER Name rj 61 - A, l ri�'i�.-ji��'= FUEL SHUT-OFF ELECTRIC GAS Z SIZE Address SERIAL NUMBER LAST HYDRO TEST DATE LAST RECHARGE DATE j 1 Cp City £' �� ti fi State ZI Pi (I MANUFACTURER'S MANUAL REFERENCE Telephone _ Store No. PAGE NUMBER: DRAWING NUMBER; DATE Owner or Manager COOKING APPLIANCE LOCATIONS: LEFT TO RIGHT l r1 &1A 9A,vr1 C 4, ..-) n r' t � '�f� ®v� y �I / r C'�(iZ r✓G � `1 s'c'f+nlY�3G' Ci"! 1! �7 cI�B�'eo'si_ C:' G Jl��� 1, ' jy� (d:I,,- q er�yr� J c7 4 - -� �f s� q 2' 4i Rr.062 7-L t/2" 41. Cyr W �,?_ y 3!' ,-7 1. All appliances properly covered w/correct nozzles _p_s 20. Replaced fuse links 2. Duct and plenum covered w/correct nozzles _. 21. Check travel of cable nuts/S-hooks '" 3. Check positioning of all nozzles. 'L 22. Piping&conduit securely bracketed 4. System installed in accordance w/MFG UL listing ilt- 23. Proper separation between fryers&flame n/ 5. Hood/duct penetrations sealed w/weld or UL device - 24. Proper clearance-flame to filters az l_ 6. Check if seals intact, evidence of tampering 25. Exhaust fan in operating order r,t��, " 26. All filters in lace ? " 7. If system has been discharged, report same '� p 8. Pressure gauge in proper range(If gauged) 175 27. Fuel shut-off in on position - 9. Check cartridge weight(If applicable) � ,� 28. Manual&remote set/seals in place 10. Hydrostatic test date G� 29. Replace systems covers 11. 6 year maintenance date , 30. System operational&seals in place 12. Inspect cylinder and mount e`y = 31. Slave system operational -1,A _ 13. Operate system from terminal link a '-- 32. Clean cylinder&mount 14. Test for proper operation from remote = 33. Fan warning sign on hood ! -- 15. Check operation of micro switch - 34. Personnel instructed in manual operation of systemL; 16. Check operation of gas valve 35. Proper hand portable extinguishers 17. Clean nozzles 04-- 36. Portable extinguishers properly serviced 18. Proper nozzle covers in place 37. Service&Certification tag an system 19. Check fuse links and clean '~ NOTE DISCREPANICES OR DEFICIENCIES BELOW COMMENTS: On this date, this pre-engineered fire suppression system was inspected and operationally tested in accordance with the fire suppression system requirements of NFPA17 or 17A, 96 and the manufacturer's manual,,with the results indicated above. SERVICE TECHNICIAN PERMIT NO. . DATE: TIME: AM PM CUSTOMER'S AUTHORIZED AGENT The Wet Chemical System 3/8" (1. cm) Piping Only System 3/8" 0.0 cm) Piping On 5 quart (4.7 L), 2-1/2 gallon (9.5 L) and 4 gallon (15 L) single cylinder systems only, 3/8" (1.0 cm) discharge piping may be used. For either size system,the maximum plenum length that can use 3/8" (1.0 cm) pipe is 12 feet(3.7 m). If a pneumatic release or pressure switch is used, it must be on the upper end of a 12" (30.5 cm)vertical length of black pipe. *The limitations on this page supercedes all other limita- tions when designing a system using 3/8" (1.0 cm) pipe originating from the 4-gallon (15 L) cylinder outlet. Table 13d Limitations 5 Quart 2-1/2 Galion 4 Gallon Maximum Discharge Line Volume 72 Cu, In. 99 Cu. In. *161 Cu. In. (1180 Cu.Cm) (1622 Cu.Cm) (2638 Cu.Cm) Maximum Equivalent Length of Discharge Line 39 Ft. 40 Ft. 59 Ft. Between Cylinder and Most Remote Nozzle (11.9 m) (12.2 m) (18.0 m) Maximum Equivalent Length of Discharge Line 33 Ft. 42 Ft. 50 Ft. Between Most Remote Nozzles (10.1 m) (12.8 m) (15.3 m) Equivalent Length of 1/2" (1.3 cm)Discharge 0 to 12 Ft. 0 to 12 Ft. 0 to 24 Ft. Line Required Between Cylinder and Hood (0 to 3.7 m) (0 to 3.7 m) (0 to 7.3 m) Minimum Equivalent Length of Discharge Line 10 Ft. 10 Ft. 10 Ft. Between cylinder and an Appliance Nozzle Protecting (3.1 m) (3.1 m) (3.1 m) a Liquid Hazard,such as Deep Fat Fryer 3/8" (1.0 cm) PIPING ONLY SYSTEM TABLE 13d .L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)©Badger Fire Protection,Inc. The Wet Chemical System PMGEG- AM 0 Summarizing the Design of the 5 Quart (4.7L), 2-1/2 Gallon (9.5L), 4 Gallon (15L) and 6 Gallon (2 .7L) Systems 1. Determine the type of appliances to be protected and the 8. Determine the required number and placement of detec- number and placement of nozzles required(seepages D- tors(see page D-30). 4 through D-13,figures 6d through 30d). 9. Determine the location of the actuating device and 2. Determine the length and width of the plenum. Determine cylinder(s),(see pages D-2,0-3,and D-22). Is a remote the number and placement of plenum (or ADP) nozzles control manual needed: If an A+ Control Box is used, required(see page D-14,figures 31 d and 32d). determine the length of 1/4" (.6 cm) O.D.copper tubing required between the A+Control Box and the pneumatic 3. Calculate the total perimeter of each duct and determine control head(s) mounted on the cylinder valve(s). The the number and placement of ADP nozzles required(see coppertubing must not exceed a total length of 20 feet(6.1 pages D-15 through D-19). m). 4. Calculate the total flow number of the system(see page 10. Determine how the detection cable is to be run using 1/2° D-20 and D-21). (1.3 cm) EMT conduit from the optional remote manual control or terminal detector to the actuating device(see 5. Determine the cylinder size and number of cylinders page D-31). Determine how many comer pulleys are required, using the total flow number from Step 4 above required(do not exceed 50 when using a Mechanical (see page D-21).Determine the type of control box to be Control Box or 4O when using an A+Control Box)and �. used. (see pages D-1 through D-3). how many feet (meters) of cable must be used (do not 6. Determine the discharge pipe size required for the supply exceed 200 feet(61 m)). line and for each branch line from the flow number 11. Determine the requirement for any microswitches,pres- capacity required of each section of pipe(s)(see pages D- sure switches,manual reset relays,solenoid gas valves 22 through D-25). or low voltage alarm applications(see page D-32). 7. Make a drawing of the discharge piping layout. Identify 12. Determine the location of any pneumatic releases and each piece of pipe by length and size. Determine total related cable, EMT conduit, comer pulleys, mechanical discharge pipe volume (see page D-26). Determine gas valves and vent plugs(see pages D-1 through D-3,D- equivalent length of pipe from the cylinder to the most 33 and D-34). remote nozzle and the equivalent length of pipe between the two most remote nozzles(see pages D-27 through D- 29). Do not exceed requirements of page D-26,table 8d and, D-27,table 11 d. U.L.I.Ex 245E/ULC CEx522 Manual Part No.27000(5/96)C Badger Fire Protection,Inc. RMG6 GAARD The Wet Chemical System Vent Plug All systems must have a vent plug in the discharge piping. The vent plug should be close to the cylinder to get maximum pressure on system actuation. It must also face up or out. Facing it down will make the vent inoperative. • Example 1 SUPPLY VENT PLUG PIPE 96984 FIGURE 57d VENT PLUG SUPPLY 96984 PIPE • Example 2 UNION -- FIGURE 58d J.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. WA 0111fte The Wet Chemical System R"G a G. %lW Mechanical Gas Valves Mechanical(spring loaded)gas valves can be closed upon system actuation by using either a 1/16"(.2 cm)diameter cable attached to the predrilled hole on the discharge lever of the Mechanical Control Box(see example 1)or a 1/16" (.2 cm) diameter cable attached to a pneumatic release installed on a 12"(30.5 cm)riser,anywhere on the discharge pipe line(see exc"iipiv 21. T he�i�axilil'ulil autucitiull haul"Ie(1gt11 its50 feet (15.2 m),with a maximum of 25 corner pulleys if a mechanical control box Is used or 16 comer pulleys if an A+control box is used to actuate the gas valve. Example 1 0 Example 2 PNEUMATIC RELEASE MOUNTED HORIZONTALLY 4"x4' S HOOK (10 cm x 10 Cm) JUNCTION BOX (SUPPLIED BY OTHERS) 1/8'PIPE NIPPLE -- — CABLE BLOCK (.3 cmj ® y REDUCING 1"MIN.(2.6 cm) COUPLING T 12"MAY CONDUIT RISER (1.3,1.0,.6cm) CONNECTOR (30.gn) 112",3/8",1/4" PIPE NIPPLE 1/2'EMT (1.3 cm) CONDUIT TfliBUTION PIPE 1/16'STAINLESS STEEL CABLE (.2 cm) CONDUIT CONNECTOR CRIMP TYPE CONNECTOR 2"X 4"JUNCTION (S Cm X 10 cln) BOX-SUPPLIED FIGURE 55d BY OTHERS 13/4"(1.9 cm) SAEJAM MECHANICAL — NUT GAS VALVE FIGURE 56d U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)C Badger Fire Protection,Inc. %OONGME G AMO The Wet Chemical System Electrical Electrical Upon system actuation,all gas under the hood shall be shut Microswitches or pressure switches are used to: off automatically, as well as the power to those electrical appliances that are being protected. (1) Shut down power or fuel to protected electrical appli- ances upon system actuation. To operate electric circuits, SPDT and DPDT mi- croswitches are available for use with Mechanical Control Note: The switches must be wired through a mag- Boxes,the Tandem Control Box,and the A+Control Box. The netic contactor(supplied by others)and not directly to Pressure Switch can also operate electric circuits and can be the appliances. (See 1-28 or 1-29) used on any system. Electrical Ratings (2) Close an electric(solenoid)gas valve. Note: The switches must be wired through a manual Single Microswitch SPDT 11.0 amps, 125 or 250 VAC; 1/ reset relay and not directly to the gas valve. 2 amp,125 VDC;1/4 amp,250 (See 1-23) VDC (3) Sound an alarm. Double Microswitch DPDT 11.0 amps, 125 or 250 VAC;1/ 2 amp,125 VDC; 1/4 amp,250 Note: Voltages cannot be mixed on the SPDT VDC switches. Separate voltages (for example, 24 volt 15.0 amps, 125 or 250 VAC;1/ DC alarm and 120 VAC for appliances control circuit) 2 amp,125 VDC;1/4 amp,250 must be run on separate switches (DPDT provides VDC two separate switches) Note: Where electrical detection and/or actuation amp Pressure Switch SPDT amps, 115 or 230 VAC;5 is provided,supervision shall be provided in amp,28 VDC accordance with NFPA 17A. Alarms and indicators, if provided,shall include.a supervised backup power source and supervised wiring in accordance with NFPA 72,the National Fire Alarm Code. Electrical wiring and equipment shall be installed in accordance with NFPA 70, National MICR®SWITCH SCHEMATIC Electrical Code or per the requirements of the local authority having jurisdiction. m..� 9�( TO WHfrE EXTERNAL 1 _ RED ClR= WIRING-=EM&MFOR Al MMM S (SWITCH CONTACTS SHOWN IN THE MULLED AND SET POSMON) NOTE.SWrrCH"AWGi CONNECTKAS ARE ' NOT TO 9E MADE NMM THE CONn4oL Sox .L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)©Badger Fire Protection,Inc. The Wet Chemical System RANGE G ARD, D-31 Designing Cylinder Location(s), Remote ManualControl(s) and Accessories Cylinders may be located anywhere inside or outside the remote manual control(s)can be used in-line or end-of-line and kitchen provided: (1)the equivalent feet and discharge line can be both surface or flush mounted. volume do not exceed limitations.(2)the temperature limita- Note: The remote controls and/or the mechanical control tions of the system(0-1200 F)0 8 to 490 C)are not exceeded boxes when used as remote manual controls must be and(3)the cylinder(s)are accessible for periodic inspection, installed no more than 5 ft. (1.5 m) above the finished floor, maintenance, and recharging. If cylinders are located below along the path(s)of egress, and not exposed to a probable the hazard(for example,in the basement).The highest point source of fire. in the system may not exceed 12 feet (3.7 m) of elevation above the cylinder discharge outlet. All 1/16" (.2 cm) diameter stainless steel detection line cable is run inside 1/2"(1.3 cm) EMT.The maximum length of A maximum of 20 ft.(6.1 m) of 1/4"(.6 cm) O.D.copper the detection line including a remote manual control,if used,is tubing may be used to connect the A+ Control Box to the 200 feet(61 m). Pneumatic Control Head on the cylinder. Range Guard comer pulleys are used for each change in The Mechanical Control Box may be used as a local manual direction.No bends or offsets are permitted.Cornerpulleys are release provided it is installed no more than 5 ft.(1.5 m)above the high temperature type and may be used both inside and the finished floor and along the path of egress. outside the hood. The maximum number of corner pulleys on the detection line is 50 when using a Mechanical Where additional remote manual control(s)are required,or Control Boxand401n conjunction with anA+Control Box. where control boxes cannot be mounted for this purpose, NOTE•One tee pulley equals two corner pulleys. U.U.Ex 2458/ULC CEx522 Manual Part No..27000(5/96)0 Badger Fire Protection,Inc. 411MI"I G The Wet Chemical System D-30 Detectors Detectors Detectors using Badger Fire Protection, Inc. approved not needed to protect that appliance. Charbroilers located fusible links are required over cooking appliances and in the under the hood-duct opening or under a separate hood are ducts of kitchen cooking equipment. protected by the detector mounted in the hood-duct opening. For protection of the duct, a detector must be centered Care must be taken that fusible links of sufficiently high either flush with the hood-duct opening or in the duct but not temperature rating are used near charbroilers,due to higher more than 12 feet(3.7 m)downstream from where the duct is ambient temperatures. connected to the hood.When mounted in the duct,the detector should be oriented so that the bracket does not shield the link Note: Do not locate detectors directly in the hot exhaust from from the hot air stream,and the fusible link is centered in the the burner chamber of gas fired fryers or upright broilers. For duct. temperatures up to 3000 F(1490 C),use the BFPI 3600 F(1820 C) fusible link.For temperatures up to 4750 F(2460 C),use the Each protected cooking appliance, except charbroilers, 5000 F(2600 C)Quartzoid link, with a continuous cooking surface area that does not exceed 54"x 54"(137 cm x 137 cm)shall be protected by a detector. Appliances having a surface area larger than 54"x 54"(137 cm x 137 cm) require additional detectors. When a cooking appliance is under the hood-duct opening, the appliance is protected by the detector mounted at the hood-duct opening or 12"(30.5 cm)maximum into the duct.An additional detector is Example 12°(30S an)►AAX IF APPLIANCE IS U DER MOOD If OPENING UOUID SEAT.ADAPTER =SEALADAPTER n x x (� x ---- -x--_-.x. PIPING STOVE GRIDDLE FRYER STOVE FRYER STOVE CHARBROILER I GRIDD6E7_____j 1_24" +1--24"-� [4-24- �1-24" k-30'--� [,t-30-—� k---".---� ePRrOffER f°t-----60.--->►� .. (61 cm) (61 cm) (61 cm) (61 cxn) (76 an) (76 cm) (122 cm) (152 cm) 14--34---� POSITIONING DETECTORS (86 cm) Figure 54d .U.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. O The Wet Chemical System RANGE G ARD, MOST Example 4 REMOTE NOZZLE-B MOST REMOTE 1' NOZZLE-A 1' 9.75' 31 BRANCH LINE-B 4 OOF 9.75' 3' 1 4' 2' 3' 1!2" BRANCH LINE-A 6' 7, 12' 3/4' 1/2" 1' .5' 3 SUPPLY LINE P. 2 Flow Point Nozzle P 1 Flow Point Nozzle 3/4"TEE with 3/4"-1/2" VENT PLUG (2) 3/4'-1/2- Reducer Reducers FIGURE 53d 6 GAL (22.BL) Supply Line-314" Branch Line B-1/2" Branch Line A-1/2" 2 Tee-Bull-3/4" 9.0 eq.ft. 1 Tee-Bull 3.5 eq.ft. 1 Tee-Bull 3.5 eq.ft. 1 Reducer-3/4"-1/2" .4 eq.ft. 2 Tee-Run 2.2 eq.ft. 4 Tees-Run 4.4 eq.ft. 2 Ells-900 4.2 eq.ft. (1) 3/4"- 1/2"Reducer 4 eq.ft. 2 Ells-900 3.0 eq,ft. Fittings 13.6 eq.ft. (1)Tee-Run,3/4" 1.4 eq.ft. 1 Cross 1.1 eq.ft. Pipe(Linear) 15.5 eq.ft. 2 Ells-900 3.0 eq.ft. (1) 3/4"- 1/2" Reducer .4 eq.ft. TOTAL 29.1 eq.ft. Fittings 10.5 eq. t. Fittings 12.4 eq.ft. Pipe 24.5 eq.ft. Pipe(Linear) 31.0 eq.ft. TOTAL 35.0 eq.ft. TOTAL 43.4 eq.ft. Eq. Ft.from cylinder to most remote nozzle 29.1 +43.4=72.5 Eq. Ft. Between Most Remote Nozzles A and B 35.0+43.4=78.4 Pipe Volume 3/4" Pipe: 15.5'(6.40)= 99.2 1/2" Pipe: 61.5(2.65)=162.98 TOTAL 262.18 in3 Minimum Equivalent Length (29.1 cq ft of 3A"Pipe)x(.254)=7.4 eq ft of 1/2"pipe (2 Linear ft.of 1/2")+[(1) 1/2"Bulitee=3.5 eq ft.]=5.5 7.4+5.5=12.9 U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)C Badger Fire Protection,Inc. A AM G OD The Wet Chemical System A tee can be considered one of TO THE MOST REMOTE E TO THE MOST TO A NOZZLE THAT IS two ways,depending On Oriente- ON EITHER SIDE REMOTE NOZZLE NOT THE MOST EMOTE tion. Figure 50d shows the different orientations that can OM FROM occur.The equivalent feet for a CYLINDER CYLINDER reducing tee is determined by the , larger size of the tee. Refer to + Table 9d or 1 Od for equivalent feet. FROM TO A NOZZLE THAT IS TO THE MOST CYLINDER NOT THE MOST REMOTE REMOTE NOZZLE Figure 50d TEE ON THE BULL(OUTLET' TEE ON THE RUN CONSIDERED A TEE ON TEE TEES THE BULL(OUTLET) EXAMPLE ON THE ON THE tfr VENT Minimum Pipe Length PLUG The minimum pipe length,to prevent splash,required between cylinder and closest cooking appliance nozzle used to protect a liquid hazard,such as a deep fat fryer, is given in Table 12d. For pipe sizes larger.than 1/2"(1.3 cm) use formulas 1 d and 2d,to find the equivalent length in 1/2" MANIFOLDED 4 GALLON CYLINDERS (1.3 cm)pipe. FIGURE 51d Table 12d ' Pipe Size . Minimum Allowable Pipe Formula 1d: 1/4"&3/8" 8-1/2 (2.6 m)linear feet plus(1)900 elbow (#equivalent feet(meters)of 1"(2.5 cm)pipe x(0.079) (.6 cm&1.0 cm) (2.6 m) =(#of equivalent feet(meters)of 1/2"(1.3 cm)pipe) 1/2'(1.3 cm) Two(2)900 Elbows+7 linear feet(2.1 m) Formula 2d: 3/4"& 1" 10 equivalent feet of 1/2"(1.3 cm)Pipe (#equivalent feet(meters)of 3/4"(1.9 cm)pipe)x (1.9 cm&2.5 cm) (see formulas 1d&2d and example 11d) (0.254)_(#of equivalent feet(meters)of 1/2" (1.3 cm) pipe) EXAMPLE 11 d (3.0 m) I so 'j" (.2 m) (1.9 CM) 0.3 cm) W4" IS m) 6 (1.9 cm) GAL. I�R (1.2m) (3.0m) {1.2m) (.9m) (.9m) Equivalent Feet Cylinder to Closest Nozzle Figure 52d 4" Pipe „ l ps (1)1/2"to 3/4"reducer; (1)(0.4)=0.4 ft.of 3/4"Pipe From(a) 5.5 ft.of 1/2"Pipe (2)9013/4"elbow; (2)(2.1)=4.2 ft.of 3/4'Pipe (1)1/2'Tee(Outlet); (1)(3.5)=3.5 ft.of 1/2"Pipe (1)3/4'to 1/2"reducing Tee(run); (1)(1.4)=1.4 ft.of 3/4'Pipe (1)1/2'to 3/8"reducer: (1)(0.3)=0.3 ft.of 1/2"Pipe Linear Feet of 3/4"Pipe: lu Linear Feet of 1/2"Pipe: �,.5 �.: Equivalent Feet of 3/4"Pipe; 22.0 ft.of 3/4'Pipe Equivalent Feet of 1/2"Pipe; 14.8 ft.of 1/2"Pipe (a)(22.0)x(0.254)=5.5 eq ft of 1/2"Pipe.(from Formula 2d) Therefore,this example does meet the minimum pipe requirement. ,L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. The Wet Chemical System RANGE G 1ARDO Equivalent Length Equivalent feet is defined as the actual measured length of discharge line plus the equivalent length for each fitting in the line as obtained from the data given in Table 9d or table 10d. Table 9d Pipe Fitting Equivalent Length 0 Table 10d Tubing Fitting Equivalent Length . Equivalent Length Equivalent Length Pipe Fittings 1/4" i 3/8" 1 1/2" 3/4" 1° Tube Fittinne 3ig�� gm� j 71we i 141 (.6 cm) i(1.0 cm)(1.3 cm) (1.9 cm)(2.5 cm) (1.0 cm) (1.6 cm)i(2.2 cm) (2.5 cm) 900 Elbow 0.9 ft. 1.3 ft. i 1.5 ft. : 2.1 ft. 1 2.7 ft. 27 m ' .40 m .46 m : .64 m)! .82 m 900 Elbow 1.5 ft. j 2.5 ft. 14.0 ft. 4.5 ft. 450 Elbow 0.4 ft. 0.6 ft. 1 0.8 ft. 1,0 ft. , 1.3 ft. (.46 m) ,(.76 m) (1.22 m)�1.37 m) 12 m I .18 m I 1.24 m .30 m .40 m 90° Bend 0.5 ft. 1.0 ft. 1.0 ft. 1.0 ft. Tee(Outlet) 2.0 ft. 2.7 ft. 3.5 ft. . 4.5 ft. i 5.8 ft. (.15 m) (.30 m) (.30 m) (.30 m) 61 m I .82 m 1.07 m 1.37 m 1.77 m 45° Elbow 0.8 ft. j 1.3 ft. 2.0 ft. 2.3 ft. Tee(Run) 0.5 ft. 0.8 ft. 1 1.1 ft. ; 1.4 ft. 1.7 ft. 15 m I .24 m i .34 m .43 m .52 m (.24 m} .40 m) (.61 m) (.70 m) Red.(1/2"to 1/4") 0.3 ft. i - - - 450 Bend 0.5 ft. 0.5 ft. 10.5 ft. 0.5 ft. i (.15 m) (.15 m) 1(.15 m)�(.2.5 (.15 m)Red.(1/2"to 3/8") 0.3 ft. - Tee(Outlet) 1.5 ft. ft. 4.0 ft. 1 4.5 ft. 1.0 - 09 m Ree (d. 3/4"to 1/2") - I - 0.4 ft. : - - (•46 m) 76 m) (1.2 m) 1.37 m) 1.9 to 1.3 - I - .12 m i Tee(Run) 0.5 ft. j 0.5 ft. 1 1.0 ft. 1.0 ft. Red.(1"to 3/4") (.15 m) I(.15 m) (.30 m) (.30 m) -� (2.5 to 1,9) - - - (.15 m)j - II Example 1 Equivalent feet is measured from the cylinder (the farthest cylinder in a manifold)to the most t2" remote nozzle. Equivalent feet is also mea- .3 m sured between the two most remote nozzles. Equivalent feet is measured only along that I ' branch with the most equivalent feet.Table 11d lists the maximum equivalent lengths for / - 1/2" Pipe each cylinder size. 90°ELL (1.3 cm) 900 ELL Figured 49d Table 11 d Equivalent Feet Equivalent Ft. Equivalent Ft. (from Table 9d) From Between Cylinder Cylinder to Most Most Remote 900 1/2" Elbow; 1.5 eq.ft. Size Remote Nozzle Nozzles 900 1/2" Elbow; 1.5 eq.ft. 1.0 ft. of 1/2" Pine 5 Quart 4.4 L 39 ft. 11.9 m 33 ft. 10.1 m 4.0 eq.ft.TOTAL 2-1/2 Gallon(9.5 L) 63.4 ft. (14.3 m) 43.7 ft. (13.3 m) 4 Gallon(15 L) 132*ft. (40. 2 m)* 95*ft. (29 m)* 6 Gallon(22.7 L) 75*ft. (22.9 m)* 80*ft. (24.4 m)* *The maximums listed in Table 11 d apply to manifold systems as well as ^. single cylinder systems. U.L.I.Ex 2458/ULC CE422 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. The Wet Chemical System Discharge Line Volume Limitations Discharge Line Volume Limitations There is a discharge line volume limitation in Range Guard To measure discharge line volume, it is necessary to systems.Discharge line volume is the total volume of all pipe, measure all pipe length from the center of one fitting to the tubing,and fittings used in single or multiple cylinder systems. center of the next fitting and multiply by the volume-per-foot factor given in Tables 6d•and 7d. Table 6d 0 Table 7d Size Piping Discharge Line Volume Size Tubing Discharge Line Volume 1/4" 1.25 cu.in.per linear foot 3/8" 0.88 cu.in.per linear foot 1.0 cm 47.3 cu.cm,Rgr li ear meter 3/8" 2.29 cu.in.per linear foot 5/8. 2.90 cu.in.per linear foot 1.6 cm 155.9 cu.cm.per linear meter 1/2" 3.65 cu.in.per linear foot 7/8" 6.11 cu.in.per linear foot 3/4" 6.40 cu.in.per linear foot 2.2 cm 328.5 cu.cm.per linear meter 1" 8.15 cu.in.per linear foot 1" 10.37 cu.in.per linear foot (2.5 cm) (438.2 cu.cm.per linear meter) 2.5 cm 557.5 cu.cm.Rer linear meter Example " I (3.0 m) 8" =(.2 m) 2'-0"(.6 m) tea•7 1n° I (1.9 am) (1.3 cm) 1-0" 3/4" 1 (.5 m) 6 (1.9 cm) GAL (227L �--4'-0' 10'`0" 4'"0" T-0" 3--0" (1.2 m) (3.0 m) (1.2 m) (.9 m) (.9 m) 16'of 3/4"pipe X 6.40 cu.in./ft. = 102.4 cu.in. Figure 48d 23-1/2'of 1/2"pipe X 3.65 cu.in./ft. = 85.8 cu. in. TOTAL OF SHOWN PARTS = 188.2 cu.in. Since this example falls within the limitations given in Table 8d,this system would be acceptable. Table fad Cylinder Size Total Discharge Pipe Volume Total Discharge Tubing Max.Allowable 318" Max.Per Cylinder Max.Per Cylinder Pipe Vol.per System 5 Quart(4.7 L) 72 cu.in.(1180 cu.cm.)" 51 cu.in.(836 cum.cm.)" 72 cu.in.(1180 cu.cm.) 2-1/2 Galion(9.5 L) 139 cu.in.(2278 cu.cm.)" 99 cu.in.(1622 cu.cm.)" 95 cu.in.(1557 cu.cm.) 4 Galion(15 L) 400 cu.in.per cylinder(6555 cu.cm.) 282 cu.in.(4621 cu.cm.)' 95 cu,in.(1557 cu.cm.) 6 Gallon(22.7 L) 400 cu.in.per cylinder(6555 cu.cm.) 282 cu.in.(4621 cu.cm.)' 95 cu.in.(1557 cu.cm.) `Cannot Manifold NOTE: The maximum allowable 3/8"(1.0 cm)pipe volume is not in addition to the total discharge line ; volume,but represents a portion of the total volume which may be dedicated to 3/8" (1.0 cm)pipe alone. L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. The Wet Chemical System %dou'VIME G IARD In the 4(15L) and 6 gallon(22.7L)systems,the pipe size Note: It is not permissible to drop pipe diameters below maydropfrom 1"to 3/4"(2.5to 1.9cm)wherethe downstream the required value. For example,using 1/2"(1.3 cm)pipe flow numbers do not exceed 24, for 18 flow numbers is not permissible.However,increas- ing pipe diameter is acceptable(i.e.,using 1"(2.5 cm)pipe for 18 flow numbers)providing the system.complies with internal pipe volume limitations. Example 1 1/2" 3/4" 1" 1" 1" 3/4" (1.3 cm) (1.9 cm) (2.5 cm) 1/2" 1/2" 1/2" 1/2" 3/4" 1/2" POINT BEYOND WHICH OR PIPE CAN BE REDUCED 1/2" 3/8" (1.0 cm) 4 a 4 4 TO TO GAL. GAL. GAL. GAL. BRANCH BRANCH (tsL) t1.5L) LINE LINE 18 FLOW 6 FLOW NUMBERS NUMBERS Figure 46d N Example 2 E 1/2" 1.3 cm 4 1/4"(.6 cm) AL. (15L) A B C (.6 cm) OPEN TOP CHAIN BROILER BRANCH LINES A,B,C,D AND E ARE NORMALLY 1/2" (1.3 cm)BUT CAN BE 1/4"(.6 cm)OR 3/8" (1.0 cm) Figure 47d U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)©Badger Fire Protection,Inc. MICE G The Wet Chemical System )-24 In the 5 quart(4.6L),2-1/2 gallon(9.5L),4 gallon(15L),and gallon(22.7L)systems,the pipe size may drop from 1/2"(1.2 ,n)to 3/8"(1.0 cm)at the point where the nozzles beyond that pint have a total combined flow number not exceeding eight. ikewlse.pipe size may drop from 3/8"(1.0 cm) to 1/4"(.6 cm) t a point where the nozzles beyond that point have a total )mbined flow number not exceeding two. OTE: Reduction of pipe size as illustrated below is not landatory. ® Example 1 9 11 FLOW FLOW NUMBERS NUMBERS 114-(.6 cm)PIPE 3/8-(1.0 cml PIPE! 112'(1.3 cm)PIPE 7j 2 FLOW NUMBERS 8 10 12 &BEYOND MAY FLOW FLOW FLOW DROP FROM 318'(1.0 cm)TO 114- NUMBERS NUMBERS NUMBERS (.8 cm)PIPE FIGURE 44d d Example 2 Note: A branch line is limited to 4'-0" (1.2 m)of rise above the supply line. The highest point in the system may not exceed 12 foot (3.7 m) of elevation above the cylinder discharge outlet. ® SEE NOTE ABOVE 4'0' (1.2 m) MAX. �► ® 12'(3.7 m)MAX. FIGURE 45d I. Ex 2458!ULC CEx522 Manual Part No.27000(5/96)C Badger Fire Protection,Inc. The Wet Chemical System RWGI CM 1AM' Branch line pipe sizes may decrease in a system as the In the 4(15 L)and 6(22.7 L)gallon systems,the pipe flow numbers decrease from the cylinder to the most remote size may drop from 3/4"(1.9 cm) to 1/2" (1.3 cm) where nozzle. the downstream flow numbers do not exceed 12. • Example 1 TO NOZZLES PROTECTING DUCTS- F- 6 FLOW NUMBERS 314" PIPE 1/2"(1.3 cm)Pipe (1.9 cm) TO NOZZLES PROTECTING PLENUM & APPLIANCES — 12 FLOW NUMBERS DROP POINT 6 AL FIGURE 41d (22.7L) ■ Example 2 0 Example 3 The tee fittings used in the system do not have to be of the type illustrated.They may be standard tees using reducing bushing to connect smaller pipe at the tee. 1/2" P(2S cm)FLOW NUMBER �ita em) NOT GREATER THAN48 1/2" 1/2" y4^ 19cm (1.9 CM)•FLOW NUMBER 3/4" 12 NOT GREATER THAN24 (tgcm) (1.3an) 12'(1.3 cm).FLOW NUMBER NOT GREATER THAN 12 12" 3/4^ (1.3 CM) (19an 12'(1.3cm)•FLOW 12" NUMBER NOT GREATER (1.3an) THAN 12 3/4'(1.9 cm)•FLOW 3/4^ 12" NUMBER NOT GREATER a (1.9—C!11.3an) 4 THAN24 GAL. 4 �) 12" GAL. GAL (1,3ac) (iSl GAL 1.5L) t 5L) 4 FIGURE 43d GAL. (2.6 r. 3/4"M 3/4" (1,9an) (1.9an) SYSTEM USING REDUCING TEES FIGURE 42d U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. 1611PAS"ORG81 G ARD" The Wet Chemical System A D-22 Designing for Pipe Size and 'Type Within the Bounds of Piping Limitations Piping and Fittings Stainless Steel Tubing and Fittings Range Guard systems do not require balanced piping to Stainless steel tubing may be used on all Range Guard achieve proper distribution of Karbaloy® to all nozzles. Bal- systems. Fittings may be stainless steel compression or anced piping is not necessary because a liquid has no difficulty stainless steel flare types. Bending of tubing using mandrels in turning comers or changing directions. Range Guard is permissible. nozzles come equipped with permanent predetermined ori- fices. This means that the liquid will be delivered in the exact Pipe Sizing quantities necessary to the duct,plenum and appliance haz- ards as required. Pipe sizes are determined by the total number of flow numbers running through a particular piece of pipe. This is the All pipe shall be schedule 40(standard weight)black steel. flow demand for that portion of the system. Pipe may be chrome plated. Galvanized pipe shall not be NOTE: It is not permissible to drop pipe diameters below used.All pipe and fittings must be made tight without pipe dope the required value. For example,using 1/2" (1.3cm)pipe to or thread sealant. flow 18 flow numbers is not permissible. However,increasing pipe diameter is acceptable(i.e.,using 1"(2.5 cm) pipe to flow Pipe fittings shall be standard weight steel, cast iron, 18 flow numbers)providing the system complies with internal malleable iron or ductile iron. Galvanized fittings shall not be pipe volume limitations. used. Branch line connection and individual nozzle connec- tions may be made by using either the outlet or the run of a tee. Table 5d .035 wall Flow Number Minimum Stainless Steel Range Pipe Size Tubing Size 1 - 2 1/*' .6 cm 3/8"(1.0 cm). 1 - 8 3/8" 1.0 cm NIA 1 - 12 1/2" 1.3 cm 5/8" 1.6 cm 13 - 24 3/4"(1.9 cm) 7/8"(2.2 cm) 25 - 48 1"(2.5 cm) 1"(2.5 cm) GENERAL RULES •A maximum of 100 equivalent feet(30.6 m)(but not more than 40(12.2 m)linear feet)of 1/4'(.6 cm)pipe may be used for each branch line. •The highest point of the system shall not exceed 12 feet(3.7 m)above the cylinder outlet.. •The vertical rise of a branch line above the supply line shall not exceed a maximum of 4 feet(1.2 m). •Maximum discharge pipe volume limitations shall not be exceeded. •Maximum equivalent length limitations shall not be exceeded. •Maximum flow points for a given pipe shall not be exceeded. •There are to be no low points or"traps•present in discharge piping. .L.I.Ex 2468/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. The Wet Chemical System RWG1 G ARDO r� ® 1 Cylinder Sizing - After finding how many nozzles of each type are required for a system, the sum of all the nozzle flow numbers is used to determine the number and size of the cylinders required, in accordance with the cylinder flow number limits given below. Table 3d Maximum Flow Numbers of Cylinders Cylinder Flow Number 5 Quart(4.7 L) 4 Single Cylinder Only (Cannot Manifold) � ''a• 2-1/2 Gallon(9.5 L) 8 Single Cylinder Systems Only . (Cannot Manifold) 4 Gallon(15 L)(Long or Short) 1 Cylinder 12 - 2 Cylinders 24 Can Manifold' 3 Cylinders 36 Up to 4 Cylinders 4 Cylinders 48 6 Gallon(22.7 L) 1 Cylinder 18 Can Manifold" 2 Cylinders 36 1 Up to 2 Cylinders "Only like cylinders can be manifolded(ie, four 4 gallon,two 6 gallon.) The system can be actuated through various control boxes, in accor- dance with Table 4d.To actuate a single cylinder system,use either the Mechanical Control Box or the A+ Control Box with pneumatic control head. To actuate two or three cylinders, use either one or two Tandem Control Box and a Mechanical Control Box or the A+Control Box with 1- 3 pneumatic control head(s). To actuate more than 3 cylinders, the A+ Control Box with pneumatic control head(s)must be used. Table 4d Mechanical Tandem A+Control System Size Control Box Control Box Box 1 Cylinder �l 2 Cylinders v` �l 3 Cylinders J•* ti;t. J 4 Cylinders d 5 Cylinders �1 Requires both a mechanical control box and tandem control box Requires a mechanical control box and two tandem control boxes U.L.I.Ex 2458 t ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. The Wet Chemical System Nozzle Sllt'rtll'1ag - Perimeter Diameter Nozzle/ Hazard Max. Max. Length Flow No. Duct 75"(190.5 cm) 23 8" 60.5 cm`/ Unlimited 2-ADP/2 �vr�,p z a�,_ a Z.����.�s�yya. 3Z a�.��ses•, i '�yx�r;�5; y��e c,, z\ € . .,3,DuC1s,. � ,:.. "AW +18`4 !22m #5:25:, 89.cm <..251ii8 .6;t►t, i4UP ! Length Width Nozzle/ Hazard Max. Max. Filters Flow No. Plenum 10'(3 0 m) 4' 1.2 m�` "V"Bank/Sin le Plenum 12 iRJ s'pi 4" 5 t� ra•z�..._..,,`..1� �iaa�* ..w .,, �tn � „: >1..xza�wc' x�vi :rT• �,;,.., �'t, �, .s,?.�a�w.`Cw:a Plenum 6'(1.8 m 411.2 m Sin le Bank ADP/1 `v=> c�'.�Y'i z'i�3"� �?.. •,+x�yli,aru `L�. L i'"� �a ..icsx�5a ! i �\ mom, � ���.I ,� 5 :: ae11 x z WWII ' Via, as a«« F a,k hs Plenum 3' .9 ml 4' 1.2 m "V"Bank ADP/1 Hazard Size Nozzle Height Notes Nozzle/ Hazard Inches/cm inches/cm inches/cm Flow No. Range 4 Bruner 28"X 28"(71 cm x 71 em) 20'to 42"(62 to 107 CM) within 9(23 cm)rod.of mid pl. R/1 g 5'.•s":s� c�'tiz'.� x�,a y3 yz ta�'. rr� »* � �. � < z�:Ntt i4�;�: '�?tt �r �5 � '"� -- awn : r n�``z'a� Single Vat Deep Fat Fryar(Ddp Boards 1•to 6"(2.5 to 18 an) 18"X 18'(46 cm x 46 cm) 27"to 45'(69 cm to 114 cm) 460 to 9D° Plenuml2 a11r a� tr � \ = ''. , z:Lt ac"n n mx'zc air:3' - , ? i ,�h .. ri. =A..`?;\�11M1\ c > r7 ' Z w" ?.., '5�a�' �3�-z` sac a �z �, .F. _ azL�. t :' � z' � i a „ } � �,..,�,.,��... Split Vat Deep Fat Fryer 14"x 15'(36 em x 38 cm) 27'(69 em)to 45"(117 cm) 4r to 90° Plenum/2 ) � air^� aaiP � at .,� , "1YC �= a .. .. . a.....< �..�icr.. xA x� .�a« .M aN O§ spa m, Chinese woks 14"(36 cmPW'(8 cm)Dp 35'(89 cm)to 56"(142 cm) within 2'(5 cm)of mid pt. GRwn to 26"(71 ampa *(20 cm)Dp €'N. r- SnI r- Y.. .x. .r_.'„a`waE z ,� �, tMT' �a ,r, :.wa' ..F ..N.�K 1. f " i�+. �.1 ";'s�w,,, ,�cvc„» Closed Top Chain Broilers 28'X 29'(71 cm x 74 cm) See D•12 See D•12 ADP/1 r ts,r Z :: '? �Ev .ae�r,� ?r}. La;`,n EL.'��.."°,Ar`.h U`.\",, '€ t�j e fi •:« ,ti. hn'^c }`y a�. \�,�i' zr��stt'4''3 r 4 r1`�� ks ,SILK � vti i� as `74xtm) �..}y�1 4s' � '� aLiy'y ,,.,,. . k'f�,... baba. £.wtna"i'1'� � �� '�.. i1G2 ` tL.acR: x..m,> x Y. ».s« �.� ,..Ya t�.< _ '.,"�1o�.'`v'l. 'i`• v Pumice Rock(Lava,Cerertdc)Charbroiler 22'X 23"(66 cm x 58 orn) 24 (61 om)to 48'(122 cm) 45°to W,2 Layers of rook pleMM2 ;�z�zL � o y"2£��#�£�` �t��'``&i�S TO, , E �tt{ .. ...,,s.,,a,�. ,.�, , No-,«: sea;;." ���H�.av,wz x°.,, :x.•m.Ea�.:��n,'r,� cz;,n a,.«..�mu ;v,k t� � ��WIN z<3zav 1 i�ac�aiar,�,",..�» Electric Charbrolier(Open Grid) 24 X 210(61 an x 63 cm) 24 (61 em)to 48 (122 cm) 45'to W', GRW/1 <s s MIM- .s, 'kS? z4; zr,,.z .�� .i.. �'. Ysi�' ?' ,'�.•`,t' i9Z! '.C. '70 �' `3r� ><8.8 � § '�, 4?:'m r { e a -. 31 �? b \ "C��C6� >t ?.� a y8{ Eti11tp £r't5�'x", � . r, » Mesquite Charbroiler(Chips,Wood,Logs) 30"X 24"(76 cm x 61 om) 24'(61 ern)to 48"(122 an) 450 b W,10'(25.yam))CFuel depth DM/3 '�a°,, sa`y,U�L E 'l+tatriealerfratY>arpro(ter/QJ.l, Xy'.n..6\��`�.`,\�.v��'�. Nozzle Part Identification --Flow N . ADP (Appliance-Duct Plenum) 96981 1 ��� �v'��� s x�.��t��k"3�i'�a tk� �'^\ `"c�k@';� r��=�1tJ� .a `�.�' W` e���Y ➢ a �v=rk' < �sd "�1F,C �� u. f zAD1 �1ppiat€�ce� Yw' ut►t' ivei4 � 79 i ,`' �r zfy �a:�<mFF R `[yF�an�e) 96506 � `az t e •t ``�, z1�\Fwas ,rb^s `ti 'ti� S ) "s a : 4 � i � t�1c+N� I1oi� k � ear ,.'u xrEu, >F; P (Plenum) 96982 2 2zsi,.l 4Y3` `xz `, n y a i'C�"€� Y Sax =: v 3 ¢i "a M a Iti3} 1 �� ; v �sx a�� axe'�\w` I iO �.� t�z'y r •'„',r�' �.N o>, h. '� @ ' '��. a �'l' :: ,.. f z rc,�z:,a s`�� : NOZZLE SUMMARY TABLE 2d J.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. The Wet Chemical System RANGE G ARD6 - Transitional Duct Problem Protection of special or unique transitional duct arrange- ments should be reviewed by the authority having jurisdiction. Badger Fire Protection, Inc. recommends that a transitional duct be protected as shown below. Measure perimeter 24" (61 cm) into transition. Place the appropriate number of ADP nozzles. If the perimeter is less than 75" (190.5 cm) but greater than 48" (122 cm) and the length of the duct is greater than 25' (7.6 m), a pair of ADP nozzles are required for protection. If the perimeter is greater than 75" (190.5 cm) refer to page D-15 for procedure to determine the proper number of pairs required. IF PERIMETER IS LESS THAN 75" (190.5 cm),POSITION A PAIR OF ADP NOZZLES CENTERED IN THE TRANSITIONAL SECTION. 24" (61 cm) TRANSITIONAL DUCT FIGURE 40d U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. A k0we C M JAGMe The Wet Chemical System -1 Upper/Lower Plenum Examples Protection of special or unique plenum arrangements should be reviewed by the authority having jurisdiction.Badger Fire Protection, Inc. recommends that upper/lower plenum arrangements be protected as shown below. 1) If risers are less than 24"(61 cm),nozzles are required to protect the upper and lower plenums and in the main exhaust duct. (Figure 38d) DUCT NOZZLES RISER FIGURE 38d Example 1 RISER LESS THAN 24"(61 cm)IN LENGTH 2) If risers are 24"(61 cm) or longer,the risers become the exhaust ducts and there is no upper plenum. Nozzle(s) are required in the lower plenum and also in each such riser. The riser portion is to be treated now as the hood duct opening and protected accordingly. Figure 39d RISER FIGURE 39d Example 2 RISER MORE THAN 24"(61 cm)IN LENGTH J.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)©Badger Fire Protection,Inc. The Wet Chemical System -- ®1 Examples — Ducts Less Than 40" (102 cm) Long and Straight • Example 1 7-9/16" 2 (19.2 cm) ' (58 cm cm) A A=24"Duct Diagonal (61 cm) 2c (74 cmj X Dimension FIGURE 35d • Example 2 "X"DIMENSION PLACES NOZZLE WITHIN THE PLENUM AREA. (14 c 6" —114—(43 m) (14 cm) (43 cm) —--�: B T8=18"Duct Diagonal (46 cm) Omit"Back"or Second(Nozzle When the"Downstream"nozzle(the one protecting the 21-3/4" (55 cm) duct)must be located in the hood or plenum,the second X Dimension nozzle of the ADP pair may be omitted. (FIGURE 36d) FIGURE 36d Example 3 If there is not enough distance in plenum to meet"X" dimension. 3.13116" t1.316" (92cm) T New X (21 cm) Dimension C=12"Duct Diagonal (30.6 call 3.1.V16" (11 cm) -t—tt•3/6` (9.7 cm) Need14-1/2"(37 cm) from the end of the duct, but there isn't 14-1/2"(37 cm) available. 5.11I16` �-- In this case,divide the duct area in half with an imaginary wall (14 cm) so that the shortest diagonal is created in each duct half.Using D=6-7/8"(17.5 cm)Duct Diagonal this new diagonal, refer to Table 1 d and obtain a new "X" FIGURE 37d dimension.Place each,"Downstream"nozzle this"X"distance from the outside end of the duct. (Figure 37d) I1.1-1.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. Im The Wet Chemical System ®1 Ducts Under 40" Long and Straight When a duct(s)is straight with a maximum perimeter of 75"(190 cm)and less than 40"(102 cm)long,follow these procedures: 1) Measure the duct diagonal or diameter. 2) Obtain the applicable"X"dimension from the table below(see examples on page D-17). 3) Place the tip of the"Downstream"nozzle(the nozzle"looking"into the duct)the"X"distance or more from the OUTSIDE end of the duct. Table 1 d Maximum Duct Dimension Minimum Diameter or Diagonal "X" Dimension 5" (12.7 cm) 6" (15.2 cm) 6" (15.2 cm) 7-1/4" (18.4 cm) 7" (17.8 cm) 8-1/2" (21.6 cm) 8" (20.3 cm) 9-3/4" (24.8 cm) 9" (22.9 cm) 10-7/8" (27.6 cm) 10" (25.4 cm) 12" (3Q.5 cm) 11" (27.9 cm) 13-1/4" (33.7 cm) 12" (30.5 cm) 14-1/2" (36.8 cm) 13" (33 cm) 15-3/4" (40.0 cm) 14" (35.6 cm) 17" (43.2 cm) 15" 38.1 cm 18-1/8" 46 cm 16" 40.6 cm 19-1/2" 49.5 cm 17" (43.2 cm) 20-5/8" (52.4 cm) 18" (45.7 cm) 21-3/4" (55.2 cm) 19" 48.3 cm 23" 58.4 cm 20" 50.8 cm 24-1/4" 61.6 cm 21" (53.3 cm) 25-1/8" (63.8 cm) 22" 55.9 cm 26-1/2" 67.3 cm 23" (58.4 cm) 27-3/4" (70.5 cm) 24"(61 cm) Rectangular Diagonal Only 29" (73.7 cm) 25" 63.5 cm Rectangular Diagonal Only 30-1/4" 76.8 cm 26" 66 cm Rectangular Diagonal Only 31-1/4" 79.4 cm 28"(71.1 cm) Rectangular Diagonal Only 34" (86.4 cm) 30" 76.2 cm Rectan ular Dia onal Only 36-1/4" 92.1 cm 32" (81.3 cm) Rectangular Diagonal Only 38-3/4" Note: In addition to the maximum diagonal or diameter,the maximum duct perimeter of 75 inches(190 cm) must not be exceeded. -.1.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)©Badger Fire Protection,Inc. The Wet Chemical System ®1 Designing for Duct Protection ADP Nozzle Two ADP nozzles shall be used in ducts with a perimeter up in the center of each of the imaginary ducts with one nozzle to 75 inches(190.5 cm) (or 23.8(60.5 cm) inches maximum pointed into the duct and the other nozzle pointed in the diameter).The ratio of the longest to shortest perimeter sides opposite direction. shall not exceed 3 to 1. One of these nozzles is pointed into the Ducts 25 feet(7.6 m)or less in length and with a perimeter duct and the other is pointed into the plenum. of 48"(122 cm) or less(or 15-1/4"(39 cm)diameter)may be protected with one ADP nozzle pointed up into the duct.The tip The tip of the upper nozzle,of the pair of nozzles required of the nozzle shall be positioned in the center of the duct for each duct, shall be positioned in the center of the duct opening and above the plane of the hood-duct opening be- opening and above the plane of the hood-duct opening be- tween 1"to 24"(2.5 to 61 cm). tween 1"(2.5 cm)and 24"(61 cm).The duct length is unlimited. After placing your ADP nozzle(s)in the duct(s),determine the total flow numbers necessary to protect the duct(s). When the duct perimeter exceeds 75"(190.5 cm),divide the NOTE: WHEN A DAMPER IS PRESENT AT THE HOOD duct area with imaginary walls so that the smaller ducts created DUCT OPENING THE DUCT NOZZLES ARE TO BE LO- have a perimeter of 75" (190.5 cm) or less, including the CATED ABOVE THE DAMPER AND SHOULD NOT INTER- length(s)of the imaginary wall(s).Place a pair of ADP nozzles FERE WITH THE OPERATION OF THE DAMPER. Note:All Range Guard systems are Listed by U L for use with the exhaust fan either on or off when the system is discharged. DUCT 24"(61 cm) -- 1"(2.5 cm) MAX. MIN. HOOD DUCT NOZZLE PLACEMENT FIGURE 33d 1.) PERIMETER TOO LARGE FOR ONE PAIR OF 2.) SUBDIVIDED DUCT INTO TWO IMAGINARY ADP NOZZLES. SMALLER DUCTS. THE SMALLER DUCTS PERIMETER ARE LESS THAN 75"(190 cm) AND REQUIRE THE USE OF A PAIR OF ADP NOZZLES IN EACH. PERIMETER=20" (51 cm) ONE PAIR OF ADP +30" (76 cm) 1 NOZZLES PER DUCT 20"(51 cm) +20" (51 cm) 1 +30" (76 cm) 1, PERIMETER=100"(254 cm) O 1 1 1 30"(76 cm) Ta PERIMETER=20"(51 cm)+15"(38 cm)+ 20"(61 cm)+15"(38 cm) EXAMPLE OF A DUCT THAT EXCEED 76" (190 cm)PERIMETER (38 cm) PERIMETER=70 (178 cm) PER IMAGINARY FIGURE 34d SMALLER DUCT U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. RANGE G-ARD The Wet Chemical System -1 Designing for Plenum Protection A single ADP nozzle will protect a single filter bank plenum with When no filters are present, the nozzle protecting the the following maximum dimensions: plenum is used to discharge Karbaloy® on the underside of Plenum Length 6 Feet(1.8 m) the hood.In this case,the hood may not exceed a length of 6 ft. (1.8 m) for the ADP nozzle and 10 ft. (3.0 m) for the Plenum Width 4 Feet(1.2 m) plenum nozzle.The hood shall not exceed a width of 6 ft.(1.8 m)for either nozzle. Filter Area 6(1.8 m)Feet Long A single filter bank plenum with a length of 6 ft.(1.8 m)or 20 Inches(51 cm)Wide less may be protected by one ADP nozzle.A"V"filter bank AsingleADPnozzlewill protect a"V"filterbank plenum with the plenum with a length of 3 ft. (.9 m) or less may also be following dimensions: protected by one ADP nozzle. A plenum with either a single filter bank or"V"filterbank and a length of10ft. (3.0m)orless Plenum Length 3 Feet(.9 m) may be protected by one plenum nozzle.Either nozzle shall be located at one end of the plenum.Longer plenums may be Plenum Width 4 Feet(1.2 m) similarly protected with a single ADP nozzle being used for Filter Area 3 Feet(.9 m)Long- each 3 or 6 ft.(.9 or 1.8 m)of plenum length(depending on the 40 Inches(102 cm)Wide type of filter bank)and each 10 ft.(3.0 m) of plenum length for plenum nozzles. A single plenum nozzle will protect a single filter or"V"filter ADP and plenum nozzles may be used in combinations bank plenum with the following maximum dimensions: (see Figure 19d). Multiples may be installed in pairs at the Plenum Length 10 Feet(3.0 m) midpoint of the plenum with their discharges directed at the ends of the plenum or installed at each end of the plenum with Plenum Width 4 Feet(1.2 m) the discharges directed at the midpoint.Installation of a pair of nozzles back to back on a tee in any combination is Filter Area 10 Feet(3.0 m)Long- permisible. 40 Inches(102 cm)Wide ADP and plenum nozzles must be centrally located in the plenum(see figure 32d)with their discharge directed along the length of the plenum. In no case, however, shall the NOTE: 40" (102 cm)WIDE FILTER AREA IS MADE UP horizontal center line of the nozzles be located more than 15 OF TWO FILTERS WHICH BOTH HAVE AN EXPOSED (38 cm) inches from the inside filter surface. ' FILTER SURFACE OF 20" (51 cm). THIS DOES NOT INCLUDE THE FILTER FRAME. SINGLE FILTER BANK '•V"FILTER BANK UptoT(.9m) PLENUM NOZZLE 4 DADPzq Up to 6'(1.8 m) NOZZLE ;� �• Eto (3.0 m) 12'(3.7 m) 1011"(3.1 m) z Y� to 13' 3.9 III) �- MW 1g6�'1"(4.9 m)to Ci k ...s 20'(6 m) NONE,. �s .. ..,.£ <...?c•. ate•` mfo m ; .. .x;t . �a �,.'} 1 s,157 �h��<:•;, 77111,,zZ3 ; EXAMPLES OF TYPICAL NOZZLE PLACEMENTS USED TO PROTECT PLENUMS OF VARIOUS LENGTHS PLENUM OR ADP NOZZLE CENTERED IN PLENUM FIGURE 31 d PLENUM OR ADP NOZZLE CENTERED IN PLENUM 16" 4a e7 MAXIMUM LOCATION OF MAxlnauM FILTER �..,.. (�CM) NOZZLE WITHIN PLENUM FILTERS (38 CM) SINGLE FILTER BANK FIGURE 32 -v"FILTER BANK I.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. The Wet Chemical System R"G6 G ARD, -1 RANGE One'R'nozzle will protect one four burner range with a maximum hazard area of 28"x 28"(71 cm x 71 cm). The nozzle is to be located directly over the midpoint of the hazard area and anywhere within the area Of a circle generated by a 9"(23 cm) radius about the midpoint. The nozzle shall not be more than 42"(107 cm) nor less than 20"(51 cm) from the midpoint of the hazard area,aimed at the midpoint. (See figure 27d) NOTE:SHAPE OF BURNER NOT IMPORTANT __—is"DIA.(46 cm) N. 42"(107 cm) .. it MAX. ::::•:•:• i.i.:::I•:•:::e=1 ; A'R'NOZZLE MAYBE I' '°' LOCATED ANYWHERE WITHIN THE SHADED AREA. °(51cm)�IfH. e:4 AIM PT.- MIDPOINT OF HAZARD AREA 98"DIA.(46 cm) .I: 42"(107 cm) N. .:.:.:.: MAX �ry A'R'NOZZLE MAYBE HAZARD MAX. ��„' CE_�_M)_MAXBURNER i:i' l:' LOCATED ANYWHERE LENOt}I xrrEeRR�7ETOCENTERLINE WITHIN THE SHADED AREA. BURNER 3°(St )MIN.1�C CENTERLINE AIM PT. 2'TAREEMA"MAX KAZARD FOUR BURNER RANGE �¢ rp NTsan)moMeummcE um TO AM POW CENMR6NiE FIGURE 27d l_I SINGLE BURNER RANGE AIM POINT FIGURE 30d TWO BURNER AIM POINT CENTER OF HAZARD FIGURE 29d SINGLE BURNER RANGE Special care is to be taken when aiming the'R'nozzle over a single burner range. The aiming point is to be located 7"(18 cm) from the center of the burner.The nozzle placement shall fall within a cylindrical area generated by a 9"(23 cm)radius about the aiming point. The nozzle must be placed no more than 42"(107 cm) nor less than 20"(51 cm) above the hazard area. (See figure 30d) f U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. wouvul GARD The Wet Chemical System ®1 NOZZLE CENTERED VERTICALLY IN THIS SPACE =-•-� Mesquite Logs Charbroiler One DM nozzle(3 flow points)will protect a mesquite wood charbroiier or a natural-charcoaUmesquite- charcoal charbroiier with a maximum cooking sur- i —n- 1 face of 30"x 24"(76 cm x 61 cm).The mesquite wood charbroiier may use wood chips,chunks,logs(or any 1/a"(.6 cm)PIPE DROP combination thereof) to a depth of 10" (25 cm). The natural-charcoaVmesquite-charcoal Charbroiler may use charcoal to a depth of 10" (25 cm) (See Figure 24d). 0 1) A single DM nozzle is located at an angle of 450 or more from the horizontal and is aimed at the midpoint of the hazard area.The nozzle shall not ADP NOZZLE INSTALLATION FOR be less than 24"(61 cm)nor more than 48" (122 CLOSED TOP CHAIN BROILER cm)from the midpoint of the cooking surface. FIGURE 25d If the Charbroiler has a blower,it shall be shut-off when the Range Guard system operates. ONE DM NOZZLE MAY BE B) Two ADP nozzles will protect an open-top chain LOCATED ANYWHERE WITHIN THE GRIDbroiler with maximum internal broiler tunnel dimen- "� (122 cm)MAX DIAGONAL MEASUREMENT sions of 28" x 29" (71 cm X 74 cm) and maximum FROM AIM POINT external top dimensions of 28"x 29"(71 cm x 74 cm). 48" 48"(122 cm) (122 cm) MAX MAX OF TOP OPENING OF OPENING 1/4 P��,6cm) ' 1/4'(.BE)` DROP / MP P 4;(.6 mn► 24` 81 ern) Y1.-M K7 ..ID �� 24"(69 cm) „)s� AIM POINT: NAx „sss s� MIDPOINT OF HAZARD AREA C NOZZLE CENTERED nTHISVER PAALCLE IN 10"MAX FUEL (25 cm) ADP NOZZLE INSTALLATION FOR 30"MAX. (76em) OPEN TOP CHAIN BROILER MESQUITE LOGS CHARBROILER FIGURE 26d FIGURE 24d positioned at one comer of the chain broiler tunnel and pointed toward the opposite diagonal comer of the Chain Broilgrs tunnel and spaced one inch back from the tunnel opening.The second nozzle shall be centered overthe A) One ADP nozzle will protect a closed-top chain top opening on the chain broiler a minimum of 12"(30.5 broiler with maximum internal horizontal dimensions cm) and a maximum of 48" (122 cm) from the top of 28" x 29" (71 cm x 74 cm). The nozzle shall be ®surface of the appliance. centered vertically in the chain broiler tunnel space above the chain.The nozzle shall be positioned at one The drop pipe and fittings to the chain broiler appliance corner of the chain broiler tunnel and pointed toward shall be 1/4" (.6 cm)in size(See figure 26d). the opposite diagonal comer of the tunnel. The pipe drop and fittings to the appliance nozzle shall be 1/4" CAUTION: THE SECOND NOZZLE MUST BE USED (.6 cm)size(See figure 25d). WHEN THERE IS ANY EXHAUST OPENING ON THE TOP OF THE APPLIANCE. I.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. AM Allb The Wet Chemical System ftAM% 1ARD CHARBROILERS Lava. PumiceCeramic r� ny thetic Rock Charbroiler Eigctric Charbroflem A) One Plenum nozzle will protect a gas fired charbroiler(pumice®ceramic stone)to a maximum Grid surface electric charbroilers(a cooking sur- dimension of 22"x 23"(56 cm x 58 cm)with a maximum face with grids or openings in it)are protected the of two layers of lava, pumice or stone.The nozzle is same as gas radiant charbroilers. (See figure located at an angle of 450 or more from the horizontal 22d). and is aimed at the midpoint of the hazard area.It shall be not more than 48"(122 cm)from the midpoint of the CAUTION:ELECTRICAL APPLIANCES BEING I azard area nor less than 24"(6i cm) above the grate PROTECTED ECTED MUST BE SHUT OFF AUTO- surface(See Figure 21 d) MATICALLY UPON SYSTEM ACTUATION. A PLENUM NOZZLE MAY BE LOCATED ANYWHERE WITHIN THE GRID 48 DIAGONAL MEASUREMENT (122 cm}MAX FROM AIM POINT 48" 48"022 cm) (123 cm). MAX Natural or Me%Wlte Charco"harbroiler MAX One ADP nozzle will protect a natural charcoalf mesquite-charcoal charbroiler with a maximum dimension on any side of 24" (61 cm).The nozzle is 24'(61 em)W located at an angle of 450 or more from the horizontal and aimed at the midpoint of the hazard area. The 2M3.(6 cM1)72 AIM POINT: nozzle shall be not less than 24"(61 cm)nor more than MpX —MIDPOINT OF 48" (122 cm)above the cooking surface(See Figure HAZARD AREA 23d). LAVA,PUMICE,CERAMIC,OR SYNTHETIC ROCK CHARBROILER The depth of mesquite charcoal pieces or charcoal is �.(CC CM) MAX( RGURE 21d limited to 6" (15 cm) maximum. Mesquite logs or Gas Radiant Charbroiler wood are not acceptable. One GRW nozzle will protect a gas fired radiant charbroller with maximum cooking surface dimen- sions of 21"x 24"(53 X 61 cm).The nozzle is located at an angle of 450 or more from the horizontal and is aimed at the midpoint of the hazard area.The nozzle shall be not less than 24"(61 cm) nor more than 48" AN ADP NOZZLE MAY BE LOCATED (122 cm) above the cooking surface(See Figure 22d). ANYWHERE WITHIN THE GRID A GRW NOZZLE MAY BE LOCH D 48"(122 c DIAGONAL MEASUREMENT ANYWHERE WITHIN THE GRID MAX FROM AIM POINT 48" DIAGONAL MEASUREMENT (122 cm)MAX FROM OM AIM POINT MAXSMa 48"(122 cm) 1M cmMAX 4e" ,48" ( ) MAX (1MAX 22 cm) (122 m) 24'(61 em)WL 24'(61 a AIN POINT: AIM POINT: (53 cm)"M ' MIDPOINT OF 24"fit(61 m} MIDPOINT OF HAZARD AREA / HAZARD AREA RADIANT LAYER 6"(15cm) GASFLAME1 0 3' o I+ MAX.FUEL GAS RADIANT CHARBROILER 24"MAX. FIGURE 22d 24"MAX Natural or McGuhe (61 cm) (61 m) Charcoal Charbroiler FIGURE 23d U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. The Wet Chemical System )_1 Upright Broiler w One ADP nozzle will protect a broiler compartment with maximum internal horizontal dimensions of 30-1/4"x 34"(77 cm x 86 cm).The nozzle is located within the top 4"(10 cm)of space in the broiler compartment(see figure 19d).It is aimed through the grill toward the center of the grease drain-off opening.Nozzles are commonly mounted on upright broilers near the front opening and directed inside the broiler. WARMING _EXHAUST BROILER TOP OVEN DUCT :;:.<:<:>:a>;<:.;• /' NOTE: Dimensions shown are 4' 10cm MAX. :•,:iii�'':<::::.:.,^;•z.,:;•:».:•..Sa %is>>;`:;:s<::.'•><Es:::: ( ) ..:,.: a.::...,:,.. GRILL "•: ?`r:<#«$#t<'3`. r. �a.va' 34' inside broiler compartment. (n cm)MAX, (86 cm)MAX. GREASE ADP nozzleshould be mounted on -�-- DRAIN-OFF the perimeter of the broiler t0 GREASE DRAIN PAN p p (Shaded area). It should be di- rected through the grill toward the center of the grease drain-off opening. Nozzle discharge shall not be obstructed by any structural part of the broiler. FRONT R.SIDE = (BROILER DOOR REMOVED) ADP NOZZLE INSTALLATION FOR UPRIGHT BROILERS FIGURE; 19d 56"MAX. 2"(5 cm)MAX.OFFSET WOKS (142 cm) One GRW nozzle will protect one wok: ONE GRW NOZZLE MAY BE WOK Mind Max. Diameter- 14"to 28" (36 to 72 cm) LOCATED ANYWHERE WOK Min./Max. Depth-3"to 8"(8 to 20 cm) WITHIN THE SHADED AREA The nozzle is to be located directly over the center of the wok aimed .,;; AIMED AT CENTER OF WOK. at the center and is allowed a 2" (5 cm)deviation from the center. It shall be not more than 56" (142 cm) nor less than 35"(89 cm) from the inside bottom of the wok being protected. (See figure 20d) 35"MIN. NOTE: ONE NOZZLE IS REQUIRED FOR EACH WOK (89 cm) 14"to 28"DIA. (36 to 71 cm) 3"to 8" CENTER OF HAZARD AREA (8 to 20 cm) AT BASE OF WOK DEPTH INSIDE BOTTOM OF WOK WOK NOZZLE INSTALLATION FIGURE 20d .L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. T'he Wet Chemical System PMGFm aaft IWINGISW ® N Module Protection (Multiple Nozzles, Continued) Single Vat Deep Fat Fryer (with dripboards 1"(2.5 cm)to 6"(15 cm)) The maximum appliance area of a deep tat fryer with a dripboard greater than 1"(2.5 cm)up to 6" (16.5 cm),that a plenum nozzle can protect is 23" (58 cm)x 18"(46 cm)[414 in2(2671 cm2)](oil surface plus 1 dripboard)and a maximum hazard area of 18"x 18"(46 cm x 46 cm 324 in2 2090 cm2 for a fryer without a dripboard.The longest side of the appliance area or module cannot be longer than 23 (58 cm). Therefore,each module that the larger hazard is divided into,must not exceed 18"x 18"(46 cm x 46 cm[324 in (2090 cm2)]and an appliance area of 18"x 23"(46 cm x 58 cm)[414 in (2671 Cm2)]9 a dripboard is included.A single plenum is then used to protect each of these smaller modules.Each nozzle is then positioned using the t limitations given for single nozzle coverage.The nozzle must be located at an angle of 45 degrees or more from he horizontal.It must be located less than 45"(114 cm, NOZZLE POSITION but more then 27"(69 cm)from the top of the appliance, (TYPICAL FOR EACH MODULE) aimed at the midpoint of the modules it is protecting. FOR MULTIPLE NOZZLE -~, (See figure 17d and 18d). COVERAGE FIGURE 17d 45"MAX. WAG_ ENT (114 cm) FROM AMI POINT 45"MAX. NOZZLE PLACEMENT SAME (114 cm) AS SINGLE VAT WITH DRIPSOARD COVERAGE IMAGWARY LINE WVIONBG MODULES 27"(89 em) MMI. 23"(58 cm) (46 cm) LONGEST SIDE MAx.MAX INCLUDING � MAX.LIQUID COOKINGI SURFACE � DRIPaOARD� 864 in2 5574 cm2 to 8"(2.S cm to 76 an) 16"TYP (41 cm) 4811 (122 cm) U.L.I.Ex 24581 ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protecton,Inc. UMMU'"I G The Wet Chemical System Module Protection (Multiple Nozzles) For appliances that exceed single IMAGINARY nozzle coverage, multiple nozzles can LINE DIVIDING be used to protect that appliance by I MODULES modularizing(dividing up into smaller sections)the larger applaince's hazard LOCATE NOZZLE ANYWHERE area. WITHIN THE PERIMETER OF THE I I HAZARD AREA.AIMED AT THE i I MIDPOINT OF THE HAZARD AREA. Exception:for deep fat fryers the maximum protected area for a single vat is 6 ft.2(0.6m2)or 864 in 2(5574 46• cm2). I (117cm) MAX For a deep fat fryer that exceeds single —r �— nozzle coverage,multiple Plenum (6s?5 cm) 24' ` nozzles can be used by dividing the INTERIOR (61 cm) a7.s• --—r- (70 cm) hazard area into smaller modules that OVERALL /DRIPEIOAFD� , I MIN meet the limitation of a single nozzle. ODULE A MODULE B Single Vat Deep Fat Fryer(with dripboards less than 1" (2.5 cm). , The maximum appliance area of a deep fat fryer that a plenum nozzle can 78" protect is 25"x 24"(63.5 cm x 61 cm) r'� (436m) or 600 in2(3871 cm-)(oil surface plus (91 Om) dripboard). For cooking oil area only (without a dripboard),the maximum AIM POINT:MIDPOINT OF protected area is 24"x 24"(61 cm x 61 EACH MODULE cm)[576 ins(3716 cm=)].The longest side of the hazard module, cannot be MODULAR PROTECTION, SINGLE VAT DEEP FAT FRYER longer than 25" (63.5 cm). (LESS THAN 1" DRIPBOARD) Therefore,each module that the larger , FIGURE 15d hazard is divided into, must not exceed 24"x 24" (61 cm x 61 cm)[576 in, (3716 cm=)]and appliance area of 24"x 25" [600 in'(3871 cm2)]if a dripboard NOZZLE A NOZZLE B is included.A single plenum is then used to protect each of these smaller modules. Each nozzle is then posi- tioned using the limitations given for single nozzle coverage.The nozzle must be located on or within the ^. perimeter of the module that it is �.. protecting. It must be located no more than 46" (117 cm),but no less than °°° 27.5"(70 cm)from the top of the ; e°e t e c , °♦ , e „ °s° appliance, aimed at the midpoint of the , module it is protecting. (See Example 0 13d and 14d). MODULE A MODULE B NOZZLE CAN BE PLACED ANYWHERE WITHIN THE SHADED AREA DIRECTLY OVER THAT MODULAR,THAT IS BEING PROTECTED BY THE NOZZLE. FIGURE 16d U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)©Badger Fire Protection,Inc. The Wet Chemical System . - Low Proximity Nozzle Split Vat Deep Fat Fryer One ADP Nozzle can be used to protect a split vat deep fat fryer with a maximum hazard area maximum of 14"(36 cm)x 15"(36 cm)and an appliance area of 14" (36 cm)x 21"(53 cm)with a dripboard. \ I The nozzle Shall he inratarl anvwhere within the perimeter of the hazard area, aimed at the mid point of the hazard area. it shall not be more than 27" LOCATE NOZZLE (69 cm)nor less than 16"(41 cm)from the top ANYWHERE WITHIN of the appliance top. (See Figures 12d&13d). THE PERIMETER of THE HAZARD AREA. I I AIMED AT THE MIDPOINT I OF THE HAZARD AREA. 1 I 27" (69 CM) LIM 27" (69 cm) 21"(63 cm) 36 15" INTERIOR 16" T1`� � ��� OVERALL MAX (41 CM) t % i I I MIN s ` s (41 cm 0 I TOP OF APPLIANCE `"• ' DRIPBO RD SAMPLE NOZZLE PLACEMENT, ANYWHERE WITHIN SHADE AREA FIGURE 13d 14" (36 cm) MAX AIM PT.-MIDPOINT OF HAZARD AREA LOW PROXIMITY PROTECTION FOR SPLIT VAT DEEP FAT FRYER FIGURE 12d P U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. RANGE G0 The Wet Chemical System ." Single Vat Deep Fat Fryer (With drlpb®ards less than 1 " (2.5 cm) One Plenum Nozzle will protect a deep fat fryer with a maximum hazard surface area of 24"(61 cm) x 24"(61 cm) and an appliance area of 24" (61 cm) x 25" (63.5 cm)for fryers with a dripboard. The nozzle shall be located at any point on or within the perimeter of the hazard area,aimed at the mid point of the hazard. It shall not be more than 46" LOCATE NOZZLE ANYWHERE (117 cm) nor less than 27.5" (70 cm)above the WITHIN THE PERIMETER OF THE I I HAZARD AREA.AIMED AT THE edge of the appliance top. (See Figures 10d& 11 d). i I MIDPOINT OF THE HAZARD AREA. 1;— ----� (117c„) 25• 24, \ MAX N TE IO (61 Cm) e \ I INTERIOR 1 OVERALL MAX / I 27.5• (70 cm) MIN ! I ( TOP OF APPLIANCE DRIPBOARD 24" \ MAXFr- ` '1. t NOZZLE CAN BE PLACED ANYWHERE WITHIN THE SINGLE VAT DEEP FAT DRYER AIM PT.-MIDPOINT SHADED AREA FIGURE 11 d OF HAZARD AREA FIGURE 10d I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)©Badger Fire Protection.Inc. The Wet Chemical System %W SINGLE VAT DEEP FAT FRYER WITH DRIP BOARDS GRIDDLE-FLAT COOKING SURFACE One Plenum nozzle will protect one Single Vat One ADP nozzle will protect one griddle(with or without Deep Fat Fryer with a maximum hazard area-of 18"x 18" raised ribs)with a maximum hazard area of 30"x 42" (76 (46 cm x 46 cm)and an appliance area 18"x 23"(46 cm x cm x 107 cm).The nozzle is located at any point on the 58 cm)for fryers with a drip board. The nozzle is located at perimeter of the appliance and aimed at a point 3" (7.6 an angle of 45 degrees or more from the horizontal. It shall cm)from the midpoint of the hazard area. It shall not be not be more than 45"(114 cm) nor less than 27"(69 cm) more than 48"(122 cm)nor less than 13"(33 cm)above the from the top of the appliance aimed at the midpoint of the edge of the appliance perimeter. Positioning the nozzle hazard area. (Hazard Area 18"x 18"(46 cm x 46 cm)- directly over the appliance is not acceptable (See figure See Fig,ore 7dl 8d.) k 1 I .yam A PLENUM NOZZLE MAY BE LOCATED ANYWHERE WITHIN THE GRID 45"(114 cm) MAX , " DIAGONAL MEASUREMENT ' FROM AIM POINT "MAX. (122 cmj 45" 45"(114 cm) (114 cm) MAX MAX ' Locate the nozzle along the p8r(meter of the appliance.Aimed AIM POINT: i 3"(7.6 cm)from the midpoint of the hazard area. MIDPOINT OF HAZARD AREA 27'MIN 13"MIN.(33 cm) . 18 A (T6 cm) ; (46 cm MAX 23"(58 cm) INTERIOR OVERALL AIM Pr.3"(/.6 cm) radius from the mldpolM of hazard area. �- (107 cm) DRIP BOARD GRIDDLE-FLAT COOKING SURFACE FIGURE 8d 18"(46 cm) A PLENUM NOZZLE MAY BE LOCATED MAX ANYWHERE WITHIN THE GRID �-------- 45"(114 cm) SINGLE VAT DEEP FAT FRYER MAX FIGURE 7d DIAGONAL MEASUREMENT FROM AIM POINT 45"(114 cm) 45" 45" SPLIT VAT DEEP FAT FRYER (114cm) MAX One Plenum nozzle will protect a Split Vat Deep Fat Fryer with a split vat hazard area maximum of 14"x 15"(36 cm x AIM POINT: 38 cm)without drip board and 14"x 21"(36 cm x 53 cm) MIDPOINT OF HAZARD AREA with a drip board. The nozzle is located at an angle of 45 CENTERED ON DIVIDER degrees or more from the horizontal. It shall not be more (e6an) than 45"(114 cm)nor less than 27"(69 cm)from the top of the appliance aimed at the midpoint of the hazard area. " (Hazard Area 14"x 15"(36 cm x 38 cm) - See figure 9d) (38 cm) MAX 21"(53 cm) INTERIOR OVERALL DRIP BOARD IC MAX. (36 cm) SPLIT VAT DEEP FAT FRYER FIGURE 9d U.L.I.Ex 2458/ULC CEX622 Manual Fart No.27000(6/96)0 Badger Fire Protection,Inc. RANGE G 8M 0 The Wet Chemical System Designing for Appliance Protection Designing for Appliance Protection To determine the number and size of cylinders required for Nozzle Height each system,the term"flow number"is used. A flow number Measurement of the nozzle heights are to be from the tip is assigned to each type of nozzle used in the Range Guard of the nozzle to the top of the appliance. system and is a relative indicator of the discharge rate of each nozzle.. EXCEPTION: Woks are measured to the inside ADP nozzles(appliance/duct/plenum nozzles) are chrome bottom of the wok. plated and have a flow number of one. The ADP nozzle is used Nozzle Alm to protect a variety of cooking appliances.These appliances Correct aiming of the appliance nozzles is extremely impor- are solid fuel charbroilers,upright broilers,low proximity Split tant to the performance of the system. Care should be taken to Vat Deep Fat Fryers, griddles and chain broilers. The ADP- insure accurate aiming and that the conical spray from the S nozzle may be used anywhere the standard ADP nozzle is nozzle is not obstructed. Aiming must comply with the param- used. eters outlined in the design section of this manual. Plenum nozzles have a flow number of two and are used to protect deep fat fryers,split vat fryers,donut fryers and the Hazard Area plenum area of the hood. The hazard area is the actual size of the portion of the The' R'nozzle(Range nozzle)has a flow number of one appliance which can be used for cooking. The physical width of and is used to protect a I to 4 bumer range. an appliance does not represent the width of the hazard area. The GRW nozzle (Gas Radiant/Wok nozzle) has a flow The thickness to the appliance wall must be deducted to arrive number of one and is used to protect a gas radiant charbroiler at the hazard area width. (See Figure 6d). or a wok. After completing your design for locating nozzles over the Appliance Area cooking appliances to be protected,determine the total of the The appliance area is the size of the appliance that includes flow numbers required, including those for the plenum and the cooking area(fry pot or vat)and the integral drip board area. exhaust duct(s). This will render the required cylinder size for the total number of flow points. NOTE: Protection of combination appliances requires a seperate nozzle for each appliance. NOZZLE HEIGHT MEAsLIMR3 FROM TOP OF APPLIANCE APPLIANCE APPLIANCE LENGTH WIDTH HAZARD AREA ' HAZARD L84TM AREA WIDTH ID®®t3®®13D DRIP ®®®®®®®® BOARD ®®®a88130 00 0o APPLIANCE E O13 8 L3 ® WIDTIilLENGTTi HAZARD—owAPPLIANCE WIDTFULENGTH wloTtl GREASE NOZZLE HEIGHT wiZTHD MEASURED FROM i NOpr HEIGHT TOP OF COOKING FROM TOP OF COOKING I SURFACE SURFACE SIDE SECTION VIEW FROM SECTION VIEW ®' fs 6- t. FULL VAT DEEP FAT FRYER "°'—® (;a� ank;� CHARaROIIER EXAMPLES OF HAZARD AREAS FOR TYPICAL APPLIANCES. FIGURE 6d .1.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. A"'I G ARD" The Wet Chemical System - Multiple Cylinder Actuation Pneumatic Actuation Figure 4d illustrates that different gi g cylinders can be activated by.means of an A+Control Box simultaneously but must be uipgd as arately. The same actuation may be achieved mechanically. (see page D-2, Fig.3d) PNEUMATIC ®_ m* TO NOZZLES CONTROL HEADS I$ TO DETECTORS m TO NOZZLES A+ 0 m* TO NOZZLES CONTROL BOX 4 2-1/2 GAL GAL. (15L) (9.5L) A (��) MULTIPLE CYLINDER ACTUATION ALVE (VARYING CYLINDER SIZE) FIGURE 4d Multiple Cylinder Actuation r112" Figure 5d illustrates that the A+ Control Box is the only method used for actuating more than three cylinders,but not exceeding five cylinders. aAL 20 Fr.MAX.TOTAL TUBING TO DETECTORS OR REMOTE I 4 4 4 4 GAL. GAL. GAL. GAL. I I GAS VALVE Note: One A+Control Box can open 1 to 5 cylinders of the same or varying sizes: TO hAS VALVE WHEN DIFFERENT SIZE CYLINDERS ARE USED,DISCHARGE PIPE CANNOT BE MANIFOLDED,NOR CAN IT BE MANIFOLDED FOR THE 5 QUART(4.7L)OR A+ 2-1/2 GALLON (9.5L) CYLINDER. A MAXIMUM OF TWO-6 GALLON (22.7L) CONTROL CYLINDERS OR FOUR-4 GALLON(15L)CYLINDERS MAY BE MANIFOLDED. BOX ONLY CYLINDERS OF THE SAME SIZE MAY BE MANIFOLDED TOGETHER. MULTIPLE CYLINDER ACTUATION (MAXIMUM NUMBER OF CYLINDERS) FIGURE 5d U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protecton,Inc. WARIM"AGMIG The Wet Chemical System .. Dual Cylinder Actuation A+Control Box Actuation Figure 2d and 3d illustrates that either an A+Control Box the control box or by using a pnuematic release. Multiple gas or Tandem Mechanical Control Boxes can be used to actuate valve shut down is accomplished with the use of multiple multiple cylinders. Note that with the Mechanical Control Box pnuematic releases. and the A+Control Box, the gas valve can be shut off through USE PNEUMATIC RELEASE TO CLOSE SECOND GAS VALVE TO DETECTORS e e qs- e e � e e e �} 4 GAL. e eY CONTROL (15L) a 153 _®. BOX e r 40 METHOD 1 GAS VALVE DUAL CYLINDER ACTUATION USING AN A+CONTROL BOX TO GAS VALVE FIGURE 2d METHOD-2 Tandem/Mechanical Actuation Figure 3d illustrates the use of tandem and mechanical control boxes for multiple cylinder actuation. A maximum of three cylinders may be actuated by this method. The distance between cylinders is limited to 25 comer pulleys and 15 feet (13.3 m)of cable. TO TANDEM MECHANICAL DETECTORS CONTROL CONTROL BOX BOX , e 9__ _ _ _— 43 f" TO NOZZLES e e TANDEM AND MECHANICAL TO GAS TO CONTROL BOX ACTUATION VALVE GAS VALVE FIGURE 3d METHOD 1 \ \ / METHOD-2 �®4 GAL. (15L) U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)0 Badger Fire Protection,Inc. i The Wet Chemical System UNGE G IARDS -1 S Design/Single Cylinder-Actuation General This section covers the design aspects of the 5 quart All system designs and installations must comply (4.7L), 2-1/2 gallon(9.5L),4 gallon(15L)and 6 gallon(22.7L) with all requirements of this manual. A well thought systems.It contains all the necessary information to design a out design will save time and money when it comes complete system including nozzle placement,detector place- time to perform the installation. ment_cviindarsi7ina_ninina limitations and auxilianr hardware. SINGLE CYLINDER ACTUATION Figure 1 d illustrates single cylinder actuation using either the gas valve can be shut off through the control box or by using Mechanical Control Box or the A+ Control Box. Note that with a pneumatic release. Multiple gas valve actuation must be both the Mechanical Control Box and the A+Control Box, the accomplished with the use of pneumatic releases. DUCT PROTECTION LIQUID SEAL ADAPTERS(TPP.) NOZZLES(ADP) DETECTOR(S) TEE PULLEY i-—1-_ -r-x I x}. r NEUMaTIc __®ELEASE I L DETECTION ' 1 I I PLENUM COVERAGE CABLE MECHANICAL CONTROL BOX 1 , 1 i UNION i ' APPLIANCE NOZZLES 1 i 1 I 1 1 i 4 1 ' PLUG 1 REMOTE END-0RLINE MANUAL REMOTE i.••-- CONTROL MANUAL /� GA5 i"Iff OFF GAS SHUT OFF �✓R o CONTROL MET"OD-1 METHOD-2 PNEUMATIC RELEASE MECHANICAL CONTROL BOX OR A+CONTROL BOX cortwo� GAS SHUT OFF wx - METHOD-3 Max."'(6.1M) Tubin 1 I 1 11y PNEUMATIC Y CONTROL HEAD 1 1 TO i 1 DETECTORS 11r 1 Y V TO TO GAS GAS VALVE VALVE TYPICAL SINGLE CYLINDER SYSTEM FIGURE 1d U.L.I.Ex 2458/ULC CEx522 Manual Part No.27000(5/96)©Badger Fire Protection,Inc. CL .� M i -1 ® f� iaON .® to i/Y C" AAlk CM tMM cn c.®. .MIAM .r .... srr .a® ■.�. MOWN � I Low Z. LM QWSSSS ® O p ® C � ... swomal I I I I 3N r A Mo 8 0 how Sam ..Y W' C am Ct Lon LLM t CD CL `�