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106 Park Ave; 01-1121; HOOD SYSTEM
PERMIT ADDRESS CONTRACTOR ADDRESS PHONE NUMBER PROPERTY OWNER ADDRESS PHONE NUMBER ELECTRICAL CONTRACTOR MECHANICAL CONTRACTOR 7G'LA PLUMBING CONTRACTOR MISCELLANEOUS CONTRACTOR PERMIT NUMBER MISCELLANEOUS CONTRACTOR PERMIT NUMBER t.&d FEE FEE SUBDIVISION PERMIT # © DATE PERMIT DESCRIPTION PERMIT VALUATION SQUARE FOOTAGE ty t1 x r En cn 01 9 n!!!!MSANFORD MECHANICAL APPLICATION PERMIT N0. 0 f` DATE: F 1, 2 20 THE UNDERSIGNED HEREBY APPLIES FOR A PERMIT TO INSTALL THE FOLLOWING MECHANICAL EQUIPMENT: OWNER'S NAME Lso yM oz.;b GvoGPv;s ADDRESS OF JOB n Pz k A v P_ MECHANICAL CONTRACTOR: S'tejb- C.0-p . • G l us(o4>rS v xir dl RESIDENTIAL COMMERCIAL Subject to rules and regulations of Sanford Mechanical Code NATURE OF WORK Tns1/1 moo,,KP.ia/ /C Y Flood rp$4 ., Valuation: cjge oD Application Fee: $10 00 Total g;; 1 By Signing this application I am stating that I am in compOncencewith City of Sanford Mechanical Code. / Applicant Signature LSC ooq-& States Licenses CITY OF SANFORD FIRE DEPARTMENT FEES FOR SERVICES PHONE # 407-302-1091 * FAX #: 407-330-5677 DATE: a kS p / PERMIT #: I 1 I' '2-1 BUSINESS NAME / PROJECT: S of vh ' h B jLAy & fLo L / G 1 /L%/S Cv 59j jsi Zvi L• )'}t L ADDRESS: 1 p le -5PA ar)c .4 vw PHONE NO.: t?17D- 7 (.-L - 7 3 4?- FAX NO.: CONST. INSP. [ ] C / O INSP.:[ ] R INSPECTION [ ] PLANS REVIEW [ ] F. A. [ ] F.S. [ ] HOOD [• PAINT BOOTH [ ] BURN PERMIT [ ] TENT PERMIT [ ] TANK PERMIT [ ] OTHER [ ] TOTAL FEES: $ PER UNIT SEE BELOW) COMMENTS: Sc 1£ 191-A+VA (L%f V 1 k w 5 VI i- iF 7— Address / Btdg. # / Unit # 1. 2. 3. 4. 5. 6. 7. 8. 9. ' 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. Square Footage Fees per Bldg. /Unit Fees must be paid to Sanford Building Department, 300 N. Park Ave., Sanford, FI. 32771 Phone # -407- 330-5656. Proof of Payment must be rnade to Fire Prevention division before any further services can take place. I certify that the above is true and correct and that I will comply with all applicable codes and ordinances of the City of Sanford, Florida. Sanford Fire Prevention Division ignature CITY OF S(A N (FORD ELECTRICAL APPLICATION PERMIT NO. w ` DATE: _IIL3LOI_ THE UNDERSIGNED HEREBY APPLIES FOR A PERMIT TO INSTALL THE FOLLOWING ELECTRICAL WORK: OWNER'S NAME: INU, ADDRESS OF JOB: ELECTRICAL CONTRACTOR: 224= &i S NON-RES Subject to rules and regulations of the city electrical code: By signing this application I am stating I am in compliancjAvith the City Electrical Code Signature States License# C4 p" CITY OF SANFORD PLUMBING APPLICATION PERMIT NO. 0 DATE -01 THE UNDERSIGNED HEREBY APPLIES FOR A PERMIT TO INSTALL THE FOLLOWING PLUMBING: OWNER'S NAME. _ _ 4-z' 6"1 b 4 av`,S ADDRESS OF JOB: 0,6 a s®' 3Z 7/ PLUMBING CONTRACTOR u NF_NON R s. Subject to rules and regulations of Sanford Plumbing Code J' Number Amount Residential and Commercial,'Addition, Alteration, Repair New Residential: One Water Closet Additional Water Closet Commercial: Minimum $25.00 FixturesFloor Dram Tra Sewer Water Pipinga Gas Piping Mobile Home Described Work: o Application Fee: $10.00 am statma that t am Plumbing Code. Total ATab 6?/6 / State License# r/,lk- n=1=T /I nAA"? CITY OF SANFORD UTILITY - ADMIN. P. 0. BOX 1788 SANFORD, FL 32772-1788 Project Name: -- So L % C/32i 1j fjn/ r2oCL//'FS Owner/Contact Person: Address.: /?1T vE, Type of Development: 1) RESIDENTIAL Type of Units (single family or multi -family): Total Number of Units: Type of Utility Connection individual connections or central water meter & common sewer tap): Water Meter Size (3/4", 1", 211, etc.): REMARKS: 2) NON-RESIDENTIAL Type of Units (commercial, industrial, etc.): Total Number of Buildings: Number of Fixture Units each building): Type of Utility Connection individual connections or central water meter & common sewer tap): Water Meter Size (3/4" 1", 2", etc.) REMARKS: Co/7r`7, l Date: ?-7 Phone: '072 3 J-SrSi- CONNECTION FEE CALCULATION: /i-17Agcr iy7tN6 SEPam? ,F,c OS O 07T1) L Name - ipgna/tuure t Date 3/ 2 REVISED 32-0/96 Equivalent Residential Connection (ERC) - 300 Gallons Per Day (GPD) i Residential - 650/Unit - Single family structure, or multi -family unitcontainingthree (3) bedrooms or more. 487.50/Unit - Multi -family unit or Mobile Home unit containinglessthanthree (3) bedrooms. (Theis category isbasedonjudgement/assumption, estimation that such family units on average require 751 - 225 GPD of the water and sewer service of.an average' single family unit.) Commercial - 650/ERU - Fixture unit schedule from Southern Plumbing Codewillbeused. One ERU will be charged for connection and up to twenty (2) fixture units. For projects having more than twenty (20) fixture units the Impact Fee will be determined by increments of 25% based on multiples of five (5) fixture units above the twenty (20) fixture unit base for the first ERU. (Example: twenty-five25) fixture units will be rated as 1.25 eru; twenty-six (26) fixture units will be rated as 1.5ERU.) 2) Sewer System Impact Fees Equivalent Residential Connections - 270 Gallons Per Day (GPD) Residential - 1700 Unit - Single family structure, or multi -family unit containing three (3) bedrooms or more. 1275/Unit - Multi -family unit or Mobile Home unit containinglessthanthree (3) bedrooms. (This category is based on judgement/assumption/estimation that suchfamilyunitsonaveragerequire751ofwaterand sewer service of an average single family unit.) Commercial - Industrial - Institutional 1700/ERU - Fixture unit schedule from Southern Plumbing Codewillbeused. One ERU will be charged for connection and .up to twenty (20) fixture units. For projects having more than twenty (20) fixture units the Impact Fee will be increments of 251 based on multiples of five (5) fixture units above the twenty (20) fixture unit base for the firstERU. (Example: twenty-five (25) fixture units will be rated as 1.25 ERU; twenty-six (26) fixture units will be rated as 1.5 ERU.) g- - Cri. `-( Lisp ©, s 2 r! UHAINAIiL FIX I UHE UNITS FOR FIXTI InGc enln r:nnt iDc FIXTURE TYPE DRAINAGE FIXTURE UNIT VALUE AS LOAD FACTORS MINIMUM SIZE OF TRAPAutomaticclotheswashers, commerciala 3 inches) Automatic clothes washers, residential 2 2 Bathroom group consisting of -water lavatory, bidet and 6 L bathtub or shower Bathtub (with or without overhead shower or whirlpool 2 attachments) 1 /2 Bidet 2 11/4Combinationsinkandtray Dental lavatory 2 l I/2 Dental unit or cuspidor I 11/ Dishwashing machine c domestic 2 Drinking fountain z 4Emergencyfloordrain z 0 2Floordrains 22 Kitchen sink, domestic l /2 2 Kitchen sink, domestic with food waste grinder and/or dishwasher 2 2 Laundry tray (1 or 2 compartments) 11/2Lavatory 2 Shower compartment, domestic 1 /a Sink 2 2 Urinal 2 - ( 2— 1 /2 4 Footnote d2eUrinal, 1 gallon per flush or less Footnote d Wash sink (circular or multiple) each faucetssetof 2 11/2Watercloset, flushometer tank, public or private 4e Footnote d Water closet, private installation Footnote d4 Water closet, public installation Footnote d6 For .Sr• I i -1, —'ft n ... , For traps larger than 3 inches, use Table 709.2. S b A showerhead over a bathtub or whirlpool bathtub attachments does not increase the drainage fixture unit value. See Sections 709.2 through 709.4 for methods of computing unit value of fixtures not listed in Table 709.1 or for rating of devices with intermittent flows. d Trap size shall be consistent with the fixture outlet size. e For the purpose of computing loads on building drains and sewers, water closets or urinals shall not be rated at a lower drainage fixture unit unless the lower valuesareconfirmedbytesting. TABLE 709.2 DRAINAGE FIXTURE UNITS FOR FIXTURE DRAINS OR TRAPS FIXTURE DRAIN OR TRAP SIZE inches) DRAINAGE FIXTURE UNIT VALUE 11/4 1 1 1 /2 2 2 21 /2 4 3 5 4 6 Co 7An71,T^\ 71_5 Ili Standard Plumbing CodeO1997 O 6 4Qe 3 CdA0314 c t.Atv—e k s4-e C(up.. 8 APPROVED AS NOTED PLANS REMWED fINAI. ,`QU,IRED MY OF SANFORD City a- Mode! G ; a:' i ; : od: Standard SkIll ing Cede 199i ed. Standard Plumbing Codie 1997 ea. Ctandar j f0lech rO.- ai Code 1 C-9l ed. National Elcct',':,ca, Cocd,) 1906 ed. See Ci`V Cc,la ,A`'I JNF).PIi;=.VS FL: SANFORD BUILDING DEPT. THESE PLANS A.RE REVIEWED AND CONDITIONALLY ACCEPTED FOR PERMIT, A PERMIT ISSUED SHALL BE t CONSTRUED TO BE A LICENSE TO PROCEED WITH t THE WORK AND NOT AS AUTHORITY TO VIOLATE, CANCEL, ALTER, OR SET ASIDE ANY OF THE 3 PROVISIONS OFTHETECHNICALCODES, NOR SHALL ' ISSUANCE OF A PERMIT PREVENT -(.:E BUILDING r DEPT FROMTHEREAFTERREOUIPINGACORREC- TION OF ERRORS ON THE PLANS, CONSTRUCTION OR OTHER VIOLATIONS OF THE CODES. NO W. fft YA ROUTING MEMO TO: Name Departmen1 or Ozganizationai Code Action Initials a nd Date ACTION: 4. Please Call Me 1. Your Information 5. Please Handle 2. Approval 6. As Requested 3. Please See Me 7. Please File 8. Note and Return 12. Re Our Conversation 9. Signature 13. Your Comments or 10. Please Reply Recommendations 11. See "Remarks" 14. Read and Pass On REMARKS (Use Reverse Side for More Space) 74.t is D P/j/sh /V NE a i v S- 7l'1`S : o 6C 7YA 60 i.-G- /'n/ /t7 FROM DATE r--c,a— ? v--r 3 /i (r, /c I - CITY OF SANFORD, F PERMIT NO. J I v I I -l DATE /3 D THE UNDERSIGNED HEREBY APPLIES FOR A PERMIT TO INSTALL THE FOLLOWING H.A.R.V. MECHANICAL EQUIPMENT: OWNER'S NAME I so L v rn Oar;bbe-" C---,-froceA%1 ADDRESS OF JOB AEGHANIGALC O TR. URItM rULC'PrO+eC;hCvL 2-`l0D :5ka.d-ex Rat - O -L- 3 a36 $' RESIDENTIAL COMMERCIAL Subject to rules and regulations of Sanford mechanical code. NATURE OF WORK 5-t-e =o of ut- 3co FD-e-p . r.c-J-v ss r.; U s-Few`. . COMPETENCY CARD NO. ADP A DUM s z 400 D NOZZLE T fco4+cal 3600 3b 00 360° K"dd, Vewk v. cl eCe a PPuip5-{a " NozztE ADP wNoR i 20 LtitS}2 ,d, R NOZLis j r0L_4LE), __ NOZZLE- u o 101_20' ® y_;7 f'vom hood T-o Y - FRYER Cx sYAi,e N Ff 4 coda. K• e, re - es c t eY e C1L3b0, w DR 40 2• IQ - i r' _{_ y' ;idyl3 . PP rr t*L s c. c.--c c;.. c_t e .. 8 Of u sect 3 r '% 61 4 _ j a--.. kvt Oni-An-e-tel-t y UNITED FIRE PROTECTION 2900 SHADER ROAD ORLANDO., FL 32808 7 I v c,L ( : bra. Irc - 2q q -0 ,y n f Wet Chem.icAR I , Installatnon, Operation" Insp ecti=9 Maintenance and Recharge, Manual 3HL p MODELS: WHDR-125 WHDR-260 9 WHIDR-400S - f WHDR-400L d6 iIDR-600 E s P/N 87-122000-00.1. Change - February. 1997 . C - UL300 Listed and Tested U.L. 'EX-3559 WWI- 77 KA xg PRELIMINARY Wet Chemical Instruction Manual i 1 3-1. Design/SingleCylinderlinder Actuation- . rb This section covers the design aspects of the WHDR-125 All system designs and installations must comply with 4.7L). WHDR-260 (9.51.). WHDR-400 (15L) and WHDR-6W all requirements of this manual.. A well thought out design 22.7L) systems. It contains all the necessary information will save time and money when it comes time to perform to design a complete system including nozzle placement, the installation. detector placement. cylinder sizing. piping limitations and f auxiliary hardware. SINGLE -CYLINDER, ACTUATION Figure 3-1 Illuatrates single `cylinder actuation using either the Control head/box , or, by using a pneumatic release. - the Mechanical Control Head or the KRS-50 Control Box. Multiple gas valve actuation must be accomplished with the Note that with both the Mechanical Control Head. and • the. use of pneumatic releases. KRS-50 Control Box, the gas valve can be shut off through ADP NOZZLES PNEUMATIC wELensE _ ram ..r-t t l 1 I i ADP NOZZLE i 1AECHANICAL or l ELECTPIC" I l CONTRm Bou L I l s I UnoN 1 ADP NOZZLES i l 1 REMOTE 1 VENT MANUAL PLUO ( RELEASE l - OR. a GAG siruror s GAS SHUT OFF PNEUMATIC RELEASE WTHOD•t tlE71wo-:. f KP&N : OAS SMUT OFF CONTROL MZTHOD-2 Allan. 2W (I Tubing I l l PNEUMATIC 117CONTROLHEADl To I1j I DETECTORS Er TO TO OAS OAs VALVE VAwe Figure 3.1. Typical Single Cylinder System U.L.I. Ex 3559 3.1 Manual Part N0.87.122000.001 (2197) Wet Chemical Instruction Manual PRELIMINARY I 3-2 DuaUTandarn Cylinder Actuation KRS-50 Control Box Actuation Figure 3.2 and 3-3 illustrates that either an KRS-50 Control 50 feet (15.2 m) of cable for the KRS-50 Control Box and 30 i Box or Tandem .Control Head(s), can be used to actuate comer pulleys and 100 feet (30.4` m) of cable for the multiple cylinders. Note that with the Mechanical Control Mechanical, Electric or Tandem Control Heads. Multiple I Head and the KRS-50 Control Box, the gas valve can be shut gas valve shut down is accomplished with the use of multiple off through the control box or.by using a pnuematic release. pnuemati' releases: Gas valve actuation lines are limited to 25 comer pulleys and PNEUMATIC RELEASE ONLY TO CLOSE . GAS VALVE ! TO DETECTORS I KRS-50 a 1 WHDR-4 0 CONTROL 15L) 3 BOX TO GAS VALVE (ea-THoo-1) TO GAS VALVE -- HMO") Figure 3-2. Dual Cylinder Actuation using an KRS-50 Control Box l Tandem/Mechanical Actuation ' I Figure 3.3 illustrates the use of Tandem and Mechanical I Control Heads for multiple cylinder actuation. There is no maximum number of Tandem Control Heads that can be, actuated by this method. A maximum total of 30 comer pulleys and 100 feet (30.4 m) of cable can be used. TO TANDEM MECHANICAL DETECTORS CONTROL CONTROL BOX BOX TO NOZZLES . TO TO GAS VALVE GAS VALVE HETHOD 2'' dETHOD-1 dVHDR 00 1SL) Figure 3.3. Tandem and Mechanical Control Heads U.L.I. Ex 3559 3-2 Manual Part No. 87.122000-001.(2187) PRELIMINARY Wet Chemical instruction Manual 3-3 Multiple Cylinder Actuation Y Pneumatla Actuation Figure 34 illustrates that different S"cylinders can ,be activated by means of an' KRS-50 ' Control Box simulta- neously but must be nlped sagarately. The same actuation may be achieved mechanically. (see page 3-2. Fig.. 3-3) a PRESSURE OPERATED 10 NOZZLES . ACTUATORS' ETECTOR NOZZLES; TO DTO KRS- 50 TO NOZZLES CONTROL BOX ` WHDR-260 9. 5L) 10 _ WHDR-400 lAWE ( 15L) WHDR- 600 y I ( 22. 7L) Figure 3.4. Multiple Cylinder Actuation (Varying Cylinder Size) Multiple Cylinder Actuation Figure 3-5 Illustrates that the KRS-50 Control Box can actuate up to five cylinders. r4O 22FT. MAX. TOTAL TUBING 1b DETECTORS OR_ REMOTE PULL NMDR IMHDR WHDR WHD 1 Opp, aoo a00 aoo0=0I 1 i 1 TO GAS VALVE Note: One KRS-50 Control, Box can open` 1 to 5 cylinders of the same or varying i sizes: WHEN DIFFERENT SIZE CYLINDERS ARE USED, DISCHARGE PIPE CANNOT BE MANIFOLDED. NOR CAN IT BE MANIFOLDED FOR THE WHDR- ITOGASVALVE125 (4.7L) OR WHDR-260 (8.5L) CYLINDER. A MAXIMUM OF TWO-WHDR-600 KRS- 50 (22;7L) CYLINDERS OR FOUR-WHDR-400 (15L) CYLINDERSMAY BE CCOONTROL MANIFOLDED. ONLY CYLINDERS OF THE SAME SIZE MAYBE MANIFOLDED TOGETHER. Figure 3. 5. Multiple Cylinder Actuation (Maximum Number -of Cyllndersjl U.L. I. Ex 3559 _ 3-3 Manual Part No.87.122000-Wi (2/87) E Wet Chemical Instruction Manual PRELIMINARY 3.4 Designing for Appliance Protection Designing for Appliance Protection To determine the number and size of cylinders required for each system, the term 'flow number' is used. A flow number is assigned to each type of nozzle used in the KIDDE system and is a relative indicator of the discharge rate of each nozzle. ADP (appliance/duct/plenum) nozzles have a flow num- ber of one. The ADP nozzle is used to protect a variety of cooking appliances. These appliances are solid fuel charbroders, upright broilers, low proximity Split Vat Deep Fat Fryers, griddles and chain broilers. Additionally, the ADP nozzle is used to protect the duct and plenum areas of the hood. F (fryer) nozzles have a flow number of two and are used to protect deep fat fryers, split vat fryers, donut fryers and can also be used for protection of the plenum area of the hood. The' IT (Range) nozzle has a flow number of one and is used to protect a 1 to 4 burner range. The GRW (Gas Radiant/Wok) nozzle has a flow number of one and is used to protect a radiant charbroiler or wok. After completing your design for locating nozzles over the cooking appliances to be protected, determine the total of the flow numbers required, including those for the plenum and exhaust duct(s). This will render the required cylinder size for the total number of flow points. NOTE: Protection of combination appliances requires a separate nozzle for each appliance. NOZZLE HEIGHT MEASURED Appliance _,® Width Hazard Area Width -1 Side View Front Section View FULL VAT DEEP FAT FRY R Nozzle Height Measurement of the nozzle heights are to be from the tip of the nozzle to the top of the appliance. When using the grid style nozzle location the nozzle height is measured from the nozzle tip to the aiming point. When using perimeter style nozzle location the nozzle height is measured from the nozzle tip straight down to the appliance surface. EXCEPTION: Woks are measured to the Inside bottom of the wok. Nozzle Aim Correct aiming of the appliance nozzles is extremely impor- tant to the performance of the system. Care should be taken to insure accurate aiming and that the conical spray from the nozzle is not obstructed. Aiming must comply with the param- eters outlined in the design section of this manual. Hazard Area The hazard area is the actual size of the portion of the appliance which can be used for cooking. The physical width of an appliance does not represent the width of the hazard area. The thickness to the appliance wall must be deducted to arrive at the hazard area width. Appliance Area The appliance area is the size of the appliance that includes the cooking area (fry pot or vat) and the integral drip board area. Nozzle Height Measured from Top of Cooking Surface Appliance Idth/Length Hazard Area Width/Length GAS RANGE Nozzle Height Measured from Top of Cooking Surface I. APPllance Figure 3.6. Examples of Hazard Areas for Typical Appliances. Hazard Area Width/Length CHARBROILER U.L.I. Ex 3559 3.4 Manual Part. No. 87-122000-001 (2/97) PRELIMINARY Wet Chemical Instruction Manual 3-5'Deep !!at Fryer and Griddle SINGLE VAT DEEP FAT FRYER WITH DRIP: BOARDS GRIDDLE • FLAT COOKING SURFACE' E One ADP nozzle will protect one griddle (with orOneFrxuzlewiltprotectoneFullVatDeepFat Fryer with a maximum hazard area of 18' x 18' (46 cm x Without raised ribs) with a maximum hazard area of 3(r x 46 cm) and an appliance area 18' x 23` (46 cm x 58 cm) 4Y (76 cm x 107 cm): The nozzle is located at any point for fryers with a drip board. The nozzle is Located at an on the perimeter of the appllanco and aimed at -a poin"" angle of 45 degrees or more from the horizontal. It shall 3 7.6 cm) from the midpoint of the hazard area. It not: be more than 45 (114 cm) nor less than 2T (69, shall not be more than 480 (122 cm) nor less'than 13° " cm) from the top of the appliance and aimed at the (33 cm) above the edge of the appliance perimeter.-• Positioning the nozzle directly over the ap 1planceisnot midpoint of the hazard area., (Hazard Area 18 ..x 18„(46 acc table. cm x 46 cm) - See Figure 3-7) i? (See, figure 3-8.). AN ADP NOZZLE MAY 'BE.LOCATED ANYWHERE WITHIN THE GRID: 45' t ocats the noII1s enya0ao MAX DIAGONAL FROM Wkkin uw pwt p sw of tree MaawdAmm'Ngwa ot9w AIM POINT mwpolM of gw,nawd area 58r S8 4W, 11 tMg 114 cm) m) WMAXY MAX" ' i MIDPOINT OF HAZARD AREA it , 46 cm)s b Top of pAppianco I AIM r.110F'DINT I DRIP BOARD I d2'61AK OFNAURDAREA 18' (4 1 cm) I MAXFigure3-8. Griddle • Flat Cooking Surface,, i Figure 3. 7. Full Vat Deep Fat Fryer AN F NOZZLE MAY BE LOCATED - l i - A" HERE WITHIN THE GRID., MAX DIAGONAL FROM, SPLIT VAT DEEP FAT FRYER AIM POINT 45 4S" One F nozzle will protect•.a Split Vat Deep Fat Fryer with (11a cm) (11a MAX..e MAX" x" a split vat hazard area maximum of 14' x 15" (36 cm x 38 cm). without drip board, -and 14" x 21' (36 cm x 53 cm) E with a .drip; board. The nozzle is located at an angle of 45 degrees or more from. the horizontal It .shall not be AIM POINT: more than 45 (114 cm) nor less than 27 (69 cm) from MIDPOINT OF HAZARD the top of the appliance and. aimed at the midpoint of CENTERED ON DIVIDER` the hazard area. (Hazard Area 140 x 15. (36 cm x 38 27" 68 cm MIN cm) `See figure 3-9). 13Y ? 21" 014 cm} 38 INTERIOR cm) RYERAL b OVLDRIP BOARD Iet --14" ( 36 cm) _ p Figure 3. 8. Split Vat Deep Fat Firr F U.L. I. Ex 3559 3-5 Manual Part No.87.122000-001 (2/97) i Wet Chemical Instruction .Manual PRELIMINARY 3-6 Single Vat Deep Fat Fryer (with dripboards less than.l'° [2.5cm]} One F Nozzle will prated a deep fat fryer with a maximum fl hazard area of 24r (61 cm) x 240 (61 cm) and an appliance area of 240 (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. shall be, aimed at the midpoint of the hazard. It shall not be more than 46"'(117.cm) nor less than 27.5' (70 cm) above the edge of the appliance top. ( See Figures 3.10 & 3.11). i i pp3 y l I , Locate the nozzle anywhere I l \ Within the perimeter of the 1 / ) Hazard Area. Aimed at the midpoint of the hazard area. E I \ I i \ 460 117cm) Max l ' Nozzle Can be place anywhere Within the shaded area E Figure 3.10 g . Nczzbg for Deep Fat Fry®r, r 27.5' 70cm Min 25- 61 cm) s 63. 5 cm) MAX #• Interior Overall Top of Appliance DRIPBOA R® AIM PT. -'MIDPOINT OF HAZARD AREA 24' MAX. 61 cm) MAX: Figure 3.11. Single Vat Dm©p Fat Fryer U. L.1.'Ex 3559 3 Manual Part No. 87.122000-001 (2/97) a PRELIMINARY Wet, Chemical Instruction Manual 3-7 Love Proximity Nozzle Split Vat Deep Fat Fryer` e 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. The nozzle shall be located anywhere within the perimeter of I the hazard area, shall, be aimed at the midpoint of the hazard area. It shall not be more than 2T (69 cm) nor less than 16' (41 cm) from the top of the appliance top. See Figures 3-12 & 3-13). d 16''.. 1 41 cm) i 16' I ` 1 L" of I' 41 cm) Locate the nozzle anywhere dample nozzle, placement / Within the perimeter of the anywhere within the Hazard Area. Aimed at the shaded area midpoint of the hazard area. Figure 3.12. Nozzles for Deep Fat Fryer 2T 69.cm) Max i a 16. 15' xr Min 21" , (38 cm) Inte or MAX.... Overalli -- Top of Appliance. DRIPB®AR® AIM PT. -MIDPOINT OF HAZARD AREA 140 MAX,. 36 cm) MAX. Figure 343. Low Proximity Protection for, Split Vat Deep Fat Fryer U.L.I. Ex 3559 3-7 Manual Part No.87-122000-001 (2/97) Wet Chemical Instruction Manual PRELIMINARY 3-8` Module Protection (Multiple Nozzles) For appliances that exceed single nozzle coverage, multiple nozzles f can be used to protect that appli- ance by modularizing (dividing up t Locato the nosske anyttihoro into smaller sections) the larger, 1 Within tho porlmetor of the apolaince's hazard area. 1 Hazard Area. Aimed, at tho q midpoint of tho hazard area. Exception: for deep fat fryers the 48" I i maximum protected area for a single 117 cm vat is 6 ft., (0.6nv) (WA In.,) (5574. i Max crre). Imaginary Line Dividing For a deep fat fryer that exceeds Modules t single nozzle coverage, multiple F , nozzles can be used by dividing theghazardareaintosmaller. modules that meet the limitation,of a single nozzle.jp ar,) i 24• Single Vat Deep Fat Fryer {with 25. t= Min dri boards less than 1" 2.5 cm . ( B1 ') p ( ) (63.5 an) MAX f AIM PT. -MIDPOINT Interior ' appliance, area of a Qverall f OF HAZARD AREA The maximum v,, Top or AppliancedeepfatfryerthataFnozzlecan protedt is 25" x 24` (63.5 cm x 61 DRIPBrDARD i cm) or 600 in, (3871. crre) (oil -surface16- plus dripboard). For cooking oil area i '(46 cm):-- only (without a ddpboard), the 36* maximum protected area is 24" x 24" 91 cm) -' 61 cm x 61 cm) or 576 ire (3716 cm). The longest side of the hazard Figure 1.14. Modular`Protection,` Single Vat Deep. Fat a module, cannot be longer than 25" Fryer (less than 1 dripboard) 63.5 cm). Therefore, each module that the larger hazard area is divided into, must not exceed 24" x 240 (62 cm x 61 cm) Idpazle A Nozzle B i [576 ire, (3716 cma)] and appliance area of 24" x 25" (600 ins o (3871 crre)) if a drip board is included. A single F is then, used to protect each of these smaller modules: Each nozzle F F3 is then positioned using the limitations given for single 1 nozzle coverage. The nozzle must be located -on orwithin i I the perimeter of the module that it is protecting. It must be I - located no more than 46` (117 cm), but no less than,27.5" 70 cm) from the top of the appliance, aimed at the midpoint'. 1 of the module it is protecting. (See Example 3-14 and 3-15). I 1, I, Module A I 1ModuleB. Nozzle can be, placed anywhere -within" the shaded area directly over that modular, that ' Is being protected by the nozzle: Figure 3.15 Nozzles for Deep Fat Fryer 3- 8 Manual Part No. 87.122000.001 (2197) U1. 1. Ex 3559 PRELIMINARY Wet Chemical Instruction Manual 3.9 Module Protection (Multiple Nozzles, Continued) I Single Vat Deep Fatfryer A single F nozzle is then used to protect each of these smaller with dripboarda 1' "(2.5 cm) to 7' (18 cm)) modules. Each nozzle 13 then positioned using the limitations given for single nozzle coverage:;The nozzle must be located E The maximum appliance area of a deep fat fryer with a at angle of 45 degrees or more from the horizontal It must dripboard greater than 1" (2.5 cm) up to 6" (16.5 cm), that a, Fbe located less than'45" (114 cm; but more then 27" (69 cm)) nozzle can protect is 23" (W cm) x 18" (46 cm) (414.in2 (2671 from the top of the appliance, aimed at the midpoint of the cm=)] ( oil surface plus dripboard) and a maximum hazard area modules it is protecting:, (See figure 3-16). of 18" x 18" (46 cm x 46 cm [324 in2 (2090 cm=)] for a fryer without 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, Y i must not exceed 18" x 180 (46 cm'x 46 cm (324 in' (2090 cW)] y and an appliance area of 18' x 23" (46 cm x 58 cm), [414 in= 2671 crrh)] if a dripboard is included. V / A I i NOZZLE POSITION TYPICAL FOR EACH MODULE) FOR MULTIPLE NOZZLE 4S" 114 cm) MAX" DIAGONAL FROM f AIM POINT.. I NOZZLE PLACEMENT SAME i I 45» , 014 cm) AS SINGLE VAT WITH 4 MAX DRIPBOARD COVEA%GE 27" ( 69 cm IMAGINARY LINE MIN.. DIVIDING MODULES Max"») o LIQUID C'076KING SU CE o 864' in2 5574 cm2 1"to6" - 2: 5 cm to 1b cm) DRIP BOARD 1 r (41 t T1rPFigure 3.16. Nozzle Position (typical for each module) for Multiple Nozzle Coverage U. L.I. Ex 3559.1, 3.9 Manual Part No.87-122000-001 (2+'97) 3.10 Upright Broiler Upright Broiler. One ADP nozz: will protest a broiler. compartment'with maximum internal horizontal dimensions of 30-1/4m x 34° (77 cm x 88 cm). The nozzle is located within the top 4' (10 cm) of space in the broiler compartment (see figure 3-17). 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. EXHAUST BROILER vE to —DUCT 1 NOTE: Dinansiona shown are 4'(10om)" _ GRILL .. , . ,..y; Inside broiler compartment: MAX _— . MAX MAX GREASE ADP nozzle should be mounted on DRAIN-OFF the perimeter or the broiler top 4 GREASE DRAIN PAN (Shaded area). It should be di- rected through the grill toward the center of the grease drain -off opening. Nozzle discharge shall not be obatructad by any swcwral pan of the broiler. a NT BROILERRDOOR REMOVED) R. SIDE Figure 3-17. ADP Nozzle Installation for Upright Broilers WOKS` Ors GRW n= Will protect Cn8 !t 0. WOK MlnJ Max. Diameter 141, to 2W (38 to 72 cm) a The nozzle, is to be located,di over the center the wok aimed at the center and is allowed a 2 (5 cm) deviation fromWOKMin./ Max, Depth - 7 to r (8 to 20 cm) the center. It shall be not more 56" (142 cm) nor less than 35 (89 cm) from the Inside bottom of the wok being protected. (See figure 3-18) 5811(142cm) MAX.. 2w MAX. OFFSET ONE GRW NOZZLEMAYBE LOCATED ANYWHERE WITHIN THE SHADED AREA r AIMED AT CENTER OF W01K. NOTE. ONE NOZZLE IS REQUIRED 4,, t FOR EA WOK 35"(89cm) AKIN w:. 14"(36cm) to 2811(71cm) DIA. 3„(8cm) to CENTER OF HAZARD AREA 8"(20cm) AT BASE OF WOK DEPTH IN IDE §QMM Figuro 3-18. WOK Nand® Inatalladon U.L.I. Ex 3559. 3.10 Manual Part No. 87422000-001 (2/97) r PRELIIMINARY Wet Chemical, instruction Manual 341 Charbiroileirs CHARBROILERS,. Lava, Pumice, Ceramic or Synthetic Rock Charbroilet Electric Charbroilera One F nozzle will protect a gas fired charbroller (pumice Grid surface electric charbroilerls (a cooking surface with ceramic stone) to a maximum dimension of 22° x 230. (56 cm grids or openings In it) are protected.the same as gas" radiant x 58 cm) with a maximum of two layers, of lava, pumice or charbroilers..I (See figure 3-20)..-, stone. The nozzle is located at an angle of 45' or more from the horizontal and is armed at the midpoint of the hazard area. CAUTION: ELECTRICAL APPLIANCES BEING Ithshall azard aenot more than 480 rea nor less than 24((62 cm) from the cm) awe the rate surface Udpoint of thePON TES TEDMUSTBE SHUT 'OFF AUTOMATICALLY, SYSTEM ACTUATION. So figure 3-io):. A "F° NO2ZLE`MAY BE LOCATED ANYWHERE WITHIN THE GRID 48" (122Aan) MAX DIAGONAL FROkI Alec POINT Natural or Mesquite Charcoal Charbroiler r i 48 ( 122cm) One ADP nozzle will protect a natural charccaU h! i MAX mesquite -charcoal charbroiler .with a maximum dimension l on any side of 24° (61 cm). The nozzle is located at an angle of 450 or more from the horizontal and aimed at the midpoint of j the hazard area. The nozzle shall be not less than 240 (61 cm) AIM POINT: " nor more than 480 (122 cm) above the cooking surface (See MIDPOINT OF Figure 3-21). HAZARD AREA t 24" (e1` a"") ealN depth of mesquite charcoal pieces or charcoal is x limited 6e( 15 cm) maximum. Mesquite logs orwood are not 21° (mil i acceptable. MAX Skm t' JAX Figure3. 10. Lava, Pumice, Ceramic, or Synthetic. Rock Charbroiler d Gas Radiant Charbroiler One GRW nozzle will protect a gas fir©d. radiant A GRW NOZZLE MAY BE LOCATED charbroilerwith maximum cooking surface dimensions of 210 ANYWHERE WITHIN THE GRID x 240 ( 53 X 61 cm). The nozzle is located at.an angle of 45' or more from the horizontal and is aimed at the midpoint of the 48" (122cm) hazard area. The nozzle shall be not less than 24° (61 cm) nor MAX DIAGONAL FROM 3 AIM POINT more than 48° (122 cm) above the cooking; surface: (See Figure 3- 20). 1 11 48" (122cm) A GRW NOZZLE ,SAY BE"LOCATED (122cm) MAX 3 ANYWHERE WITHIN THE GRID MAX 40' (122gn) DIAGONAL FRQYI i MAXANPOW 411' AIM POINT; " t122 1 MIDPOINT OF 11MAX MAx HAZARD AREA w 24" ( 61cm) MIN AN rover. " ( ) 4 MIDPOINT OF 24 61 cm HAZARD AREA 24• (01un) MIN MAX s n 6" (1S cm) k MAX. FUEL a RADIANT LAYER f GAS FLAME, 24". (61 cm) 49st MAX 24' (01 em MAX Figure 3- 20: Gas Radiant Charbroiler Figuro 3- 21. Natural or Mosquito Charcoal Charbroller f - U. L. I. Ex 3559 • 3.11 Manual Part No.87-122000-001 (2/07) Wet Chemical Instruction Manual PRELIMINARY 3-12 Charbroftrs and Chain Broilers i Ona DM nozzle (3 flow points) will protect a mesquite. NOZZLE CENTERED Mood charbroiler or a natural-charc6aUme"uite-char- VERTICALLY IN THIS SPACE coal charbroiler with a maximum cooking surface of 3(r-x 24° 76 cm x 61 cm). L The ffiesquits wood charbroler may use wood chips, chunks. jogs (or any combination, thereof); to a - - - - - depth of 100 (25 cm). The natural-charcoaUmesquite-charcoal charbroiler may use charcoal to a depth of I Cr (25 cm) (See - - - - - a Figure 3-22). - - 114m (0.6 cm) PIPE DROP 1) A single DM nozzle is located at an angle of 45' ' or more from the horizontal and is aimed at the - midpoint of the hazard area. The nozzle shall not be less than 240 (61. cm) nor more than 48' a 122 cm) from the midpoint of the cooking, f surface. - Figure, 3•23. ADP Nozzle Installation for Closed Top If the charbroiler has a blower, it shall be shut- Chain Broiler off when the KIDDE system" operates. B) Two ADP nozzles will protect'an opon?top chain 4 ONE OM NOZZLE MAY BE broilerwith maximum,intemal broiler tunnel dimensions LOCATED ANYWHERE WITHIN' : of 280 x 290 (71 cm X 74 cm) and maximum external top THE GRID dimensions of 280 x 29" (71 cm x 74 cm). Olt• ( 122an) 9 MAXDIAGONALFROMl AIM POINT , 48 or TO? u4- (OA 40) 48 OF TOP Q9ENYC0 p () ( ) 1N• IW Ir fwa am+I I PuawElao m) 40". ( 122 qa) OROA AIM POINT. l MIDPOINT OF HAZARD AREA 241 ( 61cm) MIN _ M.- Noma CENTERED VERTICALLY DI : l TNIO ap"s O Figure 3-24. ADP Nozzle Installation for IV ( 25 col. Open Top -,Chain Broiler M" FUEL W ( 76 GM WAX The first nozzle must be centered vertically in the chain uro 3.22. Mesquite Logs Charbroiler broiler space above the chain. This nozzle is FI g positioned at one" comer of the chain broiler tunnel and pointed toward the _opposite diagonal comer. of the tunnel and spaced one inch hack from the tunnel open- ing. The second nozzle shall be centered over the top, opening on the chain broiler a minimum of 12° (30.5 cm) and a maximum of 4r (122 cm) from the top surface of Ch lnn Brollars the appliance. A) ' One ADP nozzle will ' protecta closed -top chain The drop pipe and fittings to the chain broiler appliance broiler with maximum internal horizontal dimensions of shall, be.1/4,(.6 cm) in size (See figure 3-24). 28` x 29° (71 cm x 74 cm). The nozzle shall be centered. vertically in the chain -broiler tunnel space abovethe CAUTION: THE SECOND NOZZLE MUST BE USED chain. The nozzle shall be positioned at one comer of WHEN THERE IS ANY EXHAUST OPENING ON.THE the chain broiler tunnel and pointed toward the opposite TOP 'O'F THE APPLIANCE.'• diagonal comer of the tunnel. The pipe drop and fittings to the appliance nozzle shall. be 1/4° (.6 cm) size (bee figure 3. 23). U.L I. Ex 3559 3.12 Manual Part. No: 87-122000-001 (2/97), PRELIMINARY Wet Chemical Inatruction Manual R 3-13 Rang RANGE On$ W n=ft evul ProW one four burner range with a maximum hazard area of 21r x 2fr (71 cm ix 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 bya9- (23 cm) radius about the midpoint. The nozzle shall not be more than 420 (107 cm) nor less than 20- (51 cm) from the midpoint I of the hazard area, aimed at the midpoint. (See figure 3-25)' NOTE: SHAPE OF BURNER NOT IMPORTANT 3 10- (40 Cw) DIA, k7n- 107CJ TED AWYYN1e E a LA AREAEIIl1i/1 1 ia<p N AimA W A IA 14- p0 aaj• MAX. BURNER (48 cm) DIA. i LENGTH CENTERUNE TO CENTERLINE — 42- (107) MAX 14- p0 ao) MAX BURNER ENTERLINETOCENTERUNE ' C LOCANOZZLETEDANYMAYERE aa, m es) MAx WITHIN THE SHADED AREANALAaroAREA w TH Figuro 3-2L Four Burner Range AIM PT. i 201*.(61cm) FAIN 3 70 (18 cm) FROM BURNER . . CENTERLINE TO AIM POINT CENTERLINE 11h POINT Figure 3-27 Singio Gurnor Roneo a Figure 3-21L Tvm l3urno film POW Cantor of'Hward SINGLE BURNER RANGE' Special care Into be taken when ;aiming the 'IT nozzle over a single bumer range. The aiming point Is to be located T 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:4r (107 cm) nor less than 200 (51 cm) above the hazard area. (Sea figure 3-27) U.L.I. Ex 3559 3.13 Manuel Part No.87-122000-001(2197) a Wet Chemical Instruction Manual PRELIMINARY 3-14 Designing for Plenum Protection A single ADP nozzle will prated a single toter or Y filter bank ADP nozzles may be used In combinations (see Figure 3• plenum with the following maximum dimensions: 28). Multiples may be installed in pairs at the midpoint of the Plenum length 10 Feet (3.0m) plenum with their discharges directed at the ends of the plenum or installed at each end of the plenum with the Plenum Width 4 Feet (1.2 m) discharges directed at the midpoint. Installation of a pair of nozzles back to back on a tee in any combination Is permisible. ADP nozzles must be centrally located in the plenum (see When no filters are present the nozzle protecting the figure 3-28) with their discharge directed along the length of plenum is used to discharge The wet chemical on the the plenum. In no case, however, shall the horizontal center underside of the hood. In this case, the hood may not exceed line of the nozzles be located more than 15 (38 cm) Inches a length of 10 iL (3.0 m). The hood shall not exceed a width of from the Inside filter surface. 4 tL (1.2 m). A plenum with either a single Nor baulk or N' filter bank and a length of 10 ft. (3.9 m) or less may be protected by one ADP nozzle.1 he nozzle shall be located at one and of the plenum. Longer plenums may be similarly protected with a single ADP nozzle being used for each 10 ft. (3.0 m) of plenum length and each 4 ft. (1.2 m) of plenum width. 4 FT. (1.2 M) PLENUM WIDTH i NOZZLE LOCATED AT EITHER END JAW OF PLENUM LENGTH AIMED DOWN 10 FT. (3.0 M) PLENUM LENGTH LENGTH OF PLENUM 4` ( **%, ADP .. NOZZLE 4 FT ADP 41 NOZZLE 9 1_ 1 20 FT. tin I ADP .._ NO7aLES ACCEPTABLE NOZZLE POSITIONS FOR MULTIPLE NOZZLES ADP 113 W1 NOZZLES 1/ 3 H 44 _ r 113 H I H V" FILTER BANK I`- W A COVERAGE SINGLE BANK FILTER;: COVERAGE.,: Figure 3.28. Plenum Protection U. L.I. EX 3559 3.14 Manual Part No. 87-122000-001 (2197) PRELIMINARY 3-15" Designing for Duct Protection ADP Nozzle Two ADP n=Iesshall be used in ducts with a pwimeter up to 75 inches (190.5 cm) (or 23.8 (60.5 cm) Inches maximum diameter). The ratio of the bngest to shortest perimeter saes shag not exceed 3 to 1. One of these nozzles is panted Into the duct and the other Is panted Into the plenum. The tip of the upper nozzle. of the pair of nozzles required for each duct, shall be positioned in the center of the dud opening and above the plane of the hood -dud opening be- tween 10 (2.5 cm) and 24- (61 cm). The dud length Is unlimited. See figure 3-29) DUCT Wet Chemical Instruction Manual When the dud perimeter exceeds 750 (190.5 am). divide the duct area with imaginary walls so that the smaller ducts created have a perimeter of 75- (190.5 cm) or less. including the length(s) of the Imaginary wall(s). Place a pair of ADP nozzles in the center of each of the Imaginary ducts with one nozzle panted Into the duct and the other nozzle pointed in the opposite direction. (See figure 3.30) NOTE: WHEN A DAMPER IS PRESENT AT THE HOOD DUCT OPENING THE DUCT.NOZZLES ARE TO BE LO- CATED ABOVE THE DAMPER AND SHOULD NOT INTER- FERE WITH THE OPERATION OF THE DAMPER. 1- MIN Figure 340. Duct Nozzle Placement 1.) PERIMETER TOO LARGE FOR ONE PAIR OF ADP NOZZLES. Note: All Range Guard systems are Listed by UL for use with the exhaust fan Zither on or off when the system Is discharged. 2.) SUBDIVIDED DUCT INTO TWO IMAGINARY SMALLER DUCTS. THE SMALLER DUCTS PERIMETER ARE LESS THAN 75- (190 cm) AND REQUIRE THE USE OF A PAIR OF ADP NOZZLES IN EACH. ONE PAIR OF ADP NOZZLES PER DUCT O 1 I (1$ cm)--4 pER1IAM a 20- (61 an) * 16- (38 cm) • 20- (61 cm) .16- (36 an) 3s am) PERmsm © 70- (176 an) PER IMAGINARY SWAIM DUCT Figure 3-30. Example of a Duct that Exceed 76" (190 cm) Porimetor- U.L I. Ex 3559 3.15 Manual Part No.87.122000.001 (2/97) L_. Wet Chemical Instructlon Manual PRELIMINARY 3-16 Designing for Protection of Small Ducts Duds 25 fast (7.6 m) or less in length and with a perimeter of feet in length for single filter bank plenums and 3 feet In length Or (122 cm) or less (or 15.1/40 (39 cm) diameter) may be for wr filter hank plenums. The maximum width remains 4 protected with one ADP nozzle pointed up Into the dud. The feel tip of the nozzle shall be positioned in the center of the dud opening and above the plane of the hood -duct opening be- Additionally, a single F nozzle. can be used for plenum protect tween 1' to 240 (2.5 to 61 cm). tionin this application to provide a maximum of 10 feet in length and 4 feet In width coverage for single or or filter banks. The When using this type of dud protection it Is necessary to single F nozzle accounts for two flow numbers. (See figure 3- reduce the maximum plenum protection that a single ADP 31) nozzle can provide. The maximum plenum protection using a single ADP nozzle when using a single ADP for the dud Is 6 I Figure 3-31. Plenum Protection When Using Single ADP Nozzle on Small Ducts U.L.I. Ex 3559 3.16 Manual Pan No. 87-122000401 (2/97) 1 P PRELIMINARY Wet Chemical Instruction Manual i o I i r 3-17 Ducts Under 40" Long and Straight E When a duct(s) is straight with a maximum perimeter of 750 (190 cm) and less than 40° (102 cm) follow these procedures: 1) Measure the duct diagonal or diamster. 2) Obtain the applicable W dimension from table 3.1 below (see examples on page 3.18). 3) Place the tip ofthe °Downstream° nozzle (the nozzle °looking° into the duct) the'X* distance or more from the OUTSIDE end of the duct i f i 1 Table 3.1. Duct Distension Maximum Duct Dimension Diameter or Diagonal Minimum r Dimension 541 12.7 cm 60 15.2 cm 60 15.2 cm) 7-1/40 18.4 cm) 7° 17.8 cm 8-1/20 21.6 cm 80 20.3 cm) 9-3/4' 24.8 cm) 9° 22.9 cm 10-7/8° 27.6 cm 100 25.4 cm 120 30.5 cm 110 27.9 cm 13-1 /40 33.7 cm 120 30.5 cm 14-1/2. 36.8 cm 130 33 cm 15-3/4' 40.0 cm 140 35.6 cm 17° 43.2 cm 15° 38.1 cm)18-1/8° 46 cm 160 40.6 cm 19-1/2° 49.5 cm 17° 43.2 cm 20-5/80 52.4 cm 180 45.7 cm 21-3/4' 55.2 cm 190 48.3 cm 230 58.4 cm) 200 50.8 cm 24-1/40 61.6 cm) 210 53.3 cm 25.1 /8° 63.8 cm) 220 55.9 cm 26-1 /2" 67.3 _ cm) 230 58.4 cm) 27-3/40 70.5 cm) 248 61 cm) Rectangular Diagonal Only 29° 73.7 cm) 25° 63.5 cm) Rectangular Diagonal Onl 30-1/40 76.8 cm 260 66 cm Rectanoular Diagonal Only 31-1/40 79.4 cm 28' 71.1 cm) Rectangular Diagonal Onl 34° 86.4 cm 30° 76.2 cm Rectangular Diagonal Onl 36.1/40 92.1 cm 320 ( 81.3 cm) Rectangular Diagonal Onl 38-3/4° 98.4 cm) Not*. In addition to the maximum diagonal or diameter,- the maximum duct perimeter of 75 Inches (190'cm) must not be exceeded. U. I.I. Ex 3559 3-17 Manual Pan No.87.122000-001 (2197) I r®— Wet Chemical Instruction Manual PRELIMINARY 3-20 Transitional Duct Protection of special or unique transitional duct arrange. manta should be reviewed by the authority having jurisdic- bon. KIDDE recommends that a transitional duct ' be pro- tected as shown below. i Measure perimeter 240 (61 cm) into transition. Place the appropriate number of ADP nozzles. If the perimeter is 750 190.5 cm) or less but greater than 4r (122 cm) and the length of the duct is greater than 2W. a pair of ADP nozzles are required for protection. If the perimeter is greater than 750(190.5 cm) refer to page 3.15 for procedure to determine the proper number of ADP nozzles required. The nozzle tip is located at 24 Inches Into the transition piece. F 9 f i i IF PERIMETER IS 75.OR LESS THAN POSITION ADP NOZZLES CENTERED IN THE " TRANSITIONAL SECTION. w I 24"(61, cm) Figure 3-37. Transitional Duct U.L.I. Ex 3559 Perimeter Diameter Nonto / Hazard Max. Max. Le Flow No. Duct 748" 122 cm) 16.2r (39 cm) 26' Him ADP / 1 ADP Hazard Length Mast. Width Matt.. Filters Nozzle / Flow No. s:1 u t:r .. A .l-r M1iA4F s Cs^ w y..• y,, t y, ., ..b, 0' 3.0 m) r- s i4:1 a . 1.2 m) Y. V" Bank or Singlo ADP / 1 Plsnum' 6' (1.8 m) 40(1.2 m) Single ADP 11 ' t 1• s ui. G ' t d t 1f 5 y a$•. F A am)r.» Plenum'- _ 10' (3 m) 4' (1.2 m) N" Bank or Singl; F 1 Z Hazard- Hazard Size a inchesielm Nozzle.Height Inches/cm Notes Inches/cm Nonlef Fkw No. Roneo46 20'X28'(T1anx71an) W1.04r(6210107aa) i t 9(2San)md dmWpt. R11 CO Sins Vat Dap Fat Fryer (Ihlp eoo r to 6' (26 to 1a cno 18' X 18' (46 an x 46 an) 2r to'W (0 an to 114 an) 4r to80' F12 Sol Val Deep Fat FW 14 or(Mcnix38an) - 2T(66an)to46'(117cn) 4V to W . F12 ` Y+' l. n' h 1 1 .. -.:. ,. I r.,.an i I.iFY a k. ..K!., ktl ..: Clabe9ul' a!a w(lsanj0{r1. oanpp 3r(nan)to66'(142an) aAthlnr(6an)olm1dpL GRM rii $<. t Y• A. M} Y AW Y WM7 ••. Ht ew \5'i t•d i,' a,. 4 (1Qan)wlgclw AW71':: ClOWTopChdnwouom 2A'X28'(7lanx74an)' Seo3.12 Soo3.12 , ADPl1 SsP3+ 12;2Noaloa ADPN Pu1dcoRodc( LwNCvandc)CluxtrMw ZrXZr(66anx68an) 24'(6laMb61'(122an) , 4rtoW;2Uyomotrock FQ y/ 1 t+, ' M 1•.YPIki M y Q °4xvMpQ j' yy.".rt, ( y;.. AWM t] abkChah nC l 24'X21'(61anx6Um) 40 to W; GRW11 f ` 1 f 'Yt;roi 4xKMK L. Atiifii" .SM 4.w( 61anpow(wan) 5" .. * ...-. . p RORNfI toChmluam( Ctdpr,li d,tags) t0"X1A'(/6anx61an) 2r?(61an)to40'(122an) 46'IoW;10'(26cm)Fueldp DW3' Mp yq 7, rF 1 t0 V l le i al 4Y t'a rjiO4 (28 iQ,ll DMli:,', NF+ k.h Y r 0 Use also for Tilt Slklllot t3 6tralaing Paso Nozzle Nozzle Part ADP ( Appliance -Duct -Plenum) 0 417 h L • ., / K s h `y 4 7 .i 4.ryi+.ur}F 1'; ;, Lo- j;.'R;.:?.+'rA 9'k klW wfil'i3: %Yr:3. GRW ( Gass Radiant -Wok) 8T 120011-001 i8/ ! S% J 87 120013401 1 f. 1k\.3(Y'tfdt l( 1. t• .N s4. 1 1F' a}i'x.M 'ny`"fi,.iT :' 7 ` DM ( Mesquite) w' tpN I 87- 120015.001 7 w 7'x h Iy 3 PWnuMpnA= tlOnWj=§ uinggirgloADIaozzlefor ducts low 8iew 2W in length with € m AlW p erivne twor less. 3. 21 Manual Part No.87.122000-001 (2/87) Wet Chemical Instruction Manual PRELIMINARY 3.22 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 3-3. Cylinder Flow Number Limits Maximum Flow Numbers of Cylinders Cylinder Flow Number WHDR-125'(4.7 L) 4 Single Cylinder Only Cannot Manifold) WHDR-260 (9.5 L) 8. Single Cylinder Systems Only Cannot Manifold) WHDR-400(15 LXUng or Short) 1 Cylinder 12 2 Cylindena 24 Can Manifold ° 3 Cylinders 36 Up to 4 Cylinders 4 Cylinders 48 WHDR-M (22.7 L) 1 Cylinder 18 Can Manifold ° 2 Cylinders 36 Up to 2 Cylinders Only like cylinders can be manifolded (le, four WHDR-400, two WHDR-600.) The system can be actuated through various controls, In accordance with Table 3-4. To actuate a single cylinder system, use either the Mechanical or Electric Control Head or the KRS-50 Control Box with pressure operated actuator. To actuate two or three cylinders, use either one or two Tandem Control Heads and a Mechanical or Electric Control Head or the KRS-50 Control Box with 1-3 Pressure Operated Actuator(s). To actuate from 3 to 5 cylinders, the KRS-50 Control Box with Pressure Operated Actuators) must be used. For applications over 5 cylinders a KRS-100 or KRS-700 nitrogen releasing system is reccommended. Table 3-4. Actuation Controls System Size Mechanical or Electric Control Head Tandem Control Head KRS-50 Control Box KRS-700 1 Cylinder 2 Cylinders 3 2ylinders 4 Cylinders 5 Cylinders 6 Tinders Requires both a mechanical or electric control head and tandem control head Requires a mechanical or electric control head and 'two tandem control heads U.L.I. Ex 3M 3.22 Manual Part No. 87.122000a1 (2417) Wet Chem" Instruction Manual PRELIMINARY 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/Y (1.3 cm) where nozzle• the downstream Flow numbers do not exceed 12. Example 1 TO M=LZS PROTECTING DUCTS- r— 8`FLOW NUMBERS 3W PIP 1R' (1.3 cm) Pips t7a +1 TO NOZZLES PROTECTING PLEN I& APPLIANCES —12 FLOW NUMB orb DROP POINT y Figure 3.311. 4 Gallon and 6 Gallon Systems IS Example 2 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 conned smaller pipe at the tee. 1'(LAc*FU)WNUMBER it MOTMATERTMUM L-- 9SL)Tj p.4 p.p,I Example 3 3W(1.5=)•FL0WNlJW R NOTGREATE D"12 Vr (1.3 an) • FU)W NlJKKR NOTOREATERTHAN24 M1 v Figure 349. Systsm using Reducing Tees U2'(1.3an)•FLOW • NUMBERNOTGREATER THAN 12 3W(I.8an)•Ft.OW NUMBERNOTGREATER THAN 24 u 1 E IL)Tjnu 2 Flpuro 3-40. System using We Reducing Two U.L.I. Ex 3559 3.24 Manual Part No. 87.122000.001 (2A7) r F C11Y ® SAS OR City of Sanford Model Codes in effect: Standard Building Code 1997 ed. Standard F'I,I"Obing Code 1997 ed. Standard Mscrlanicai Cede 1997 ed. National Electrical Code 1996 ed. See City COde AMENDAAENTSFL, Accessibility Codes 1997FL. Energy C.,.4 1 °97 SANIi 0r t[: CLA"DING DEPT. TH9§L PLANS ARE REVIEWED AND CONDITIONALLY AC3CEPTED FOR PERMIT, A PERMIT ISSUED SHALL BE E0N§TRUE0 TO BE A LICENSE TO PROCEED WITH THft WORK AND NOT AS AUTHORITY -TO VIOLATE, cANEf!L, ALTER, OR SET ASIDE ANY OF THE P§IbVGjI(-:')NS OF THE TECHNICAL CODES. NOR SHALL I3JUANCIv OF A PERMIT PREVENT THE BUILDING DEP'T FROM THEREAFTER REQUIRING A CORREC- TION OF F-RO RS Olv THE PLANS, CONSTRUCTION PQ 0-T ER VIOLATIONS OF THE CODES, PERMIT # Ol ui( io CITY OF SANFORD FIRE DEPARTMENT FEES FOR SERVICES PHONE # 407-302-1091 * FAX #: 407-330-5677 DATE: PERMIT #: 0 BUSINESS NAME / PROJECT:s Y r, l A n b Q .9 ' c ADDRESS: /D AA r'Lx UIL PHONE NO.: FAX NO.: I/ n tT, D %i iL 7, /t p CONST. INSP. [ ] C / O INSP.:[ ] REINSPECTION [ ] PLANS REVIEW [ ] F. A. [ ] F.S. [-?,- HOOD [-T' PAINT BOOTH [ ] BURN PERMIT [ ) TENT PERMIT [ ] TANK PERMIT [ ] OTHER [ ] TOTAL FEES: $ .5 O (PER UNIT SEE BELOW) COMMENTS: A o .4 f,4 e H /4- B h 1-- Address / Bldg_ # / Unit # Square Footage Fees per Bldg 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 11. \ 17. 18. 1, 19. 20. Fees must be paid to Sanford Building Department, 300 N. Park Ave., Sanford, FI. 32771 Phone # -407- 330-5656. Proof of Payment must be made to Fire Prevention division before any further services can take place. I certify that the above is true and correct and that I will comply with all applicable codes and ordinances of the City of Sanford rids. Sanford Fire Prevention Division plicant's Signature OWNER: .l S i y, C/n, crG'r C'G2y ADDRESS: DATE: REASON FOR DISAPPROVAL: c7SS 13L! v9 tn cE CONDITIONAL AGREEMENT: FIRE DEPARTMENT PUBLIC WORKS L /76-cr-e_ UTILITIES ENGINEERING INSPECTOR i i i REQUEST FOR FINAL INSPECTION CERTIFICATE OF OCCUPANCY/COMPLETION INTERIOR REMODEL TO A COMMERCIAL BUILDING**** DATE Al ok cX I PERMIT # ADDRESS PCB. CPROJECZV- 1 O-Y^ , LUGS CONTRACTOR—'( 1iV O—'l-> The Building Division has received a request for a final inspection and a Certificate of Occupancy for the above referenced address. We would appreciate a final inspection of the site by your department. Approval by your department would result in a granting a C.O. for the address. If you have any issues that the contractor will need to address, please submit a statement for denial of C.O. or a conditional agreement to be attached to the C.O. Thank you for your cooperation. Engineering Public Works Fire Zonin Utilities `" Licensingy" /1 Conditions: (to be completed only if approval is conditional) FDEP Clearance - Water - ---- FDEP Clearance Suer -____-- City Services Easements Maintenance Bond 0 0% - 2rr)---------- Other-------------------- ---------- -- --- r 3, INSPECTOR REQUEST FOR FINAL INSPECTION CERTIFICATE OF OCCUPANCY/COMPLETION INTERIOR REMODEL TO A COMMERCIAL BUILDING**** _ DATE : vt PERMIT# 2- AJ4 ADDRESS PROD ECt-1 CONTRACTOR J 1 VOLS The Building Division has received a request for a final inspection and a Certificate of Occupancy for the above referenced address. We would appreciate a final inspection of the site by your department. Approval by your department would result in a granting a C.O. for the address. If you have any issues that the contractor will need to address, please submit a statement for denial of C.O. or`a conditional agreement to be attached to the C.O. Thank you for your cooperation. n(? u. ,, L volt"J. Engineering Fire Public Works Utilities_ Licensingy" 4 Conditions: ( to be completed only if approval is conditional) I' DEP Clearance - MJater fDEP Clearance - Se-wcr City Services Easements Mointencince Bond (10% - 2yr) Other -------------------- INSPECTOR i I REQUEST FOR FINAL INSPECTION CERTIFICATE OF OCCUPANCY/COMPLETION INTERIOR REMODEL TO A COMMERCIAL BUILDING"" _ nn DATE PERMIT # 0 ADDRESS iD6-A-V- CONTRACTOR 'Cj+Vu—s The Building Division has received a request for a final inspection and a Certificate of Occupancy for the above referenced address. We would appreciate a final inspection of the site by your department. Approval by your department would result in a granting a C.O. for the address. If you have any issues that the contractor will need to address, please submit a statement for denial of C.O. or a conditional agreement to be attached to the C.O. Thank you for your cooperation. Engineering Fire Public Works Zonini Utilities Licensing C 14, Conditions: (to be completed only if approval is conditional) INSPECTOR t4kto REQUEST FOR FINAL INSPECTION CERTIFICATE OF OCCUPANCY/COMPLETION INTERIOR REMODEL TO A COMMERCIAL BUILDING**** DATE 3 Ar o l cQ PERMIT# 0' O--A ADDRESS iCJ oPROJECiP 1 C- c C V CONTRACTORV u-s 9 The Building Division has received a request for a final inspection and a Certificate of Occupancy for the above referenced address. We would appreciate a final inspection of the site by your department. Approval by your department would result in a granting a C.O. for the address. If you have any issues that the contractor will need to address, please submit a statement for denial of C.O. or a conditional agreement to be attached to the C.O. Thank you for your cooperation. Engineeri Public Works Utilities Conditions: ( to be completed only if approval is conditional) Fire Zoni Licensin L) Va,), LA < C- 3 6 vPC-(61.-Ce1C4-- 1. INSPECTOR REQUEST FOR FINAL INSPECTION CERTIFICATE OF OCCUPANCY/COMPLETION INTERIOR REMODEL TO A COMMERCIAL BUILDING"" DATE .:3 U --- t--- PERMIT # d k' O Z- t j ADDRESS lo'. PROJ G-) ECT 1 1..r + CQ CONTRACTOR (c+VUS e0_.LQLV , The Building Division has received a request for a final inspection and a Certificate of Occupancy for the above referenced address. We would appreciate a final inspection of the site by your department. Approval by your department would result in a granting a C.O. for the address. If you have any issues that the contractor will need to address, please submit a statement for denial of C.O. or a conditional agreement to be attached to the C.O. Thank you for your cooperation. Engineering Fire 10S3A Public Works Utilities Licensing a" 4 Conditions: (to be completed only if approval is conditional) INSPECTOR REQUEST FOR FINAL INSPECTION CERTIFICATE OF OCCUPANCY/COMPLETION INTERIOR REMODEL TO A COMMERCIAL BUILDING**** DATE 3 j=- 0 PERMIT # i 12 I ADDRESS PCtN-L CPROJECT V61 C r 1 CONTRACTOR ' CjJ V LLS The Building Division has received a request for a final inspection and a Certificate of Occupancy for the above referenced address. We would appreciate a final inspection of the site by your department. Approval by your department would result in a granting a C.O. for the address. If you have any issues that the contractor will need to address, please submit a statement for denial of C.O. or a conditional agreement to be attached to the C.O. Thank you for your cooperation. Engineering Fire G Public Worksa/ Zoninq SANFORD FIRE DEPARTMENT FIRE PREVENTION DIVISION 300 N. Park Ave., Sanford, Fl. 32771 / P. O. Box 1788, Sanford, Fl. 32772 407302-1022 / FAX (407) 330-5677 Pager (407) 918-0388 Plans Review Sheet Date: 2/15/01 Business Address: 106 S. Park Ave. Occ. Ch. 25 Business Name: Isolyn Caribbean Groc. Ph. Contractor: Citrus County Sheet Metal Ph. (800) 762-7368 Reviewed Reviewed with comment X I Rejected I I Reviewed by: H. A. "Pete" Tucker, Fire Protection Inspector Comment: New.".Hoo ' d Vent System. Liquid tests on welds to be done on site before installation of ductwork, Light and mechanical tests to be conducted after ductwork is welded in place. Must meet NFPA 96 -standards Application 'hood duct system t