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HomeMy WebLinkAbout3536 Country Club RdPelt Job Address: Description of Work: _���yl/ALL��' UL 1500 779- Historic District: Zoning: Value of Work: Date: �8 ' O E� r+agP�PES.fio SYS?EE+ Permit Type: Building Electrical Mechanical Plumbing FircSpt3tttklar/.4l-- PoQt . Electrical: New Service — # of AMPS Addition/Alteration Change of Service Tempor8ry Pole Mechanical: Residential Non -Residential Plumbing/ New Commercial: # of Fixtures Plumbing/New Residential: # of Water Closets Occupancy Type: Residential Commercial _ Replacement New (Duct Layout & Beim Cali; Required) # of Water & Sewer Lines # of Gas Lines Plumbing Repair— Residential or Commercial 4 - Industrial Total Square Footage: Construction Ty}►e: # of Stories: N of Dwelling Units: Flood Zone: (FEMA form required for other than X) Parcel p: S/' 10 30 $ 00 - DO 30 —00017 (Attach Proof of Ownership &Legal Description) Owners Name & Address - Phone: P�hhone: Contractor Name &'Address: U00TED 051WE �.tte T'E G T/Citi er �DQ ����L�itQ L .00-,L 3 Z 84? State License Number: Phone & Fax: V,0% ei 99- DZA/ yQ X.11#6 -3//tact Person: ;irm k Phone: ledy - w299, OZO/ Bonding Company: tet; A -" Address: Mortgage Lender: �) A Address: Architect/Engineer: /f%/¢ Phone: Address: Fax: - Application is hereby made to obtain a permit to do the work and installations as indicated. I certify that no work or installation has commenced prior to the issuance of a permit and that all work will be performed to meet standards of all laws regulating construction in this jurisdiction. 1 understand that a separate permit must be secured for ELECTRICAL WORK PLUMBING, SIGNS, WELLS, POOLS, FURNACES, BOILERS, HEATERS, TANKS, and AIR CONDITIONERS, etc. OWNER'S AFFIDAVV I certify that all of the foregoing information is accurate and that all work will be done in compliance with all applicable laws regulating construction and zoning. WARNING TO OWNER YOUR FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOUR PAYING TWICE FOR IMPROVEMENTS TO YOUR PROPERTY. IF YOU INTEND TO OBTAIN FINANCING, CONSULT WITH YOUR LENDER OR AN ATTORNEY BEFORE RECORDING YOUR NOTICE OF COMMENCEMENT. NOTICE: In addition to the requirements of this permit, there may be additional restrictions applicable to this property that may be found in the public records of this county, and there may be additional permits required from other governmental entities such as water management districts, state agencies, or federal agencies. Acceptance of permit is verification that I will notify the owner of the property of the requiremen of Florida L.ie S713, -/,P- 0.3 Signature of Owner/Agent Date Signature ofSignature of Co"tor/Agent Date/Agent Date Z Print Owner/Agent's Name Print Contrac-Agent's Name Signature of Notary -State of Florida Date Signature of No3ry-State of Florida ,. •„��",.� ate C.TORR ES MY COMMISSION t CC 9©0®3.3 IF•. EXPIRES: April 24,2* :;•. '+�,� •'� aaMM ThN Noury Pubic UnderwrlNn O«iier/Agent is _ Personalk'Kno��n to Me or Contractor/Ac:-: i; V Personali%• K Produced ID Produce"' :D APPLICATION APPROVED BY: Bldg-+ m P � ^ � —0 wring: I Initial & Date) Special CkpJi?,ions: �- 03 (Initial & Dale) (Initial & Date) FD: 0-1,1 u r r ' SANFORD FIRE DEPARTMENT FIRE PREVENTION DIVISION 300 N. Park Ave., Sanford, Fl. 32771 / P. O. Bos 1788, Sanford, Fl. 32772 (407302-2520 / FAX (407) 330-5677 Pager (407) 918-0395 F *D Plans Review Sheet Date: 6/30/02 Business Address: 3536 Country Club Road Occ. Assembly Business Name: Mayfair Country Club Ph. ( ) Contractor: United Fire Protection Ph. (407) 299-0201 Reviewed '--[—X71 Reviewed with comment [ ] Rejected [ ] Reviewed by: Timothy Robles, Fire Protection Inspector/Plans Examiner Comment: Reviewed as submitted 1.1 Application — Instillation of U.L. 300 Wet chemical fire suppression system; Amerex KP=600 1.2 l0 flow points used out of 12 flow points • "K" Rated fire extinguisher required within 25' of range • photo of cooking configuration required for fire department final • dump test required to verify fuel shut off 1 I A ivi I I I I 150TT L -3 Li kL TPk I I ti 1 1 '!I I F I 1Illllli! III' I I I T-1 T, I -I III I I i I I I I I DIM 1 i �fl i E DS1' S •� I 7k�4i-'A'07 36o- i C 00 5 ! ADP I /�pP F '. V p o' Rom o0 All0A VE L I RD a T AINT or FX i,T ; PER to F PA V wMF0. ADP; I I -- 4 I I u AK 5y2„1/ _ - -- - - � Q �} •- y 61) EIr C Hem E 5510u S S_T AI i ' I 70! tt A t f E N PA b n1ST Ela o '�-0 T —� � ! � � e F 12 � FLOW _ i � L_K u,. -- i j! Lu f �� i ( I M SYa-!T:hfstor► United Fire Protection 'v ! HTRY �� C -_ �_ _�.l T R 5..� U I i i 447-299-0201 fr I ' 1 t Wet Chemical Installation, Operation, Inspection Maintenance, and Recharge Manual MODELS: WHDR-125 WHDR-260 WHDR-400S WHDR-400L WHDR-600 a UL300 Listed and tested U L EX -3559 i I Wet Chemical Instruction Manual AD -2 Designing for Plenum Protection A single ADP nozzle (P/N 87-120011 -001) will protect a single filter or "W filter bank plenum with the following maxi- mum dimensions: Plenum Length 10 Feet (3.0 m) Plenum Width 4 Feet (1.2 m) When no filters are present, the nozzle protecting the plenum is used to discharge the wet chemical on the under- side of the hood. In this case, the hood may not exceed a length of 10 ft. (3.0 m) or a width of 4 ft. (1.2 m). A plenum with either a single filter bank or W" filter bank and a length of 10 ft. (3.0 m) or less may be protected by one ADP nozzle. The nozzle shall be located at one end of the plenum. Longer plenums may be similarly protected with a 4 FT. (1.2 M) PLENUM WIDTH NOZZLE LOCATED AT EITHER END OF PLENUM LENGTH AIMED DOWN LENGTH OF PLENUM -—20FEET -► 10 10 4 NOZZLE 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. ADP nozzles may be used in combinations (see Figure AD -2). Multiples may be installed facing in the same direc- tion, and/or at the ends of the plenum pointing in. Each nozzle shall provide a maximum of 10 feet of coverage. ADP nozzles must be centrally located in the plenum with their discharge directed along the length of the plenum and located in relation to the filters as shown in Figure AD -2. Note: All KIDDE systems are listed by UL for use with the exhaust fan either on or off when the system is discharged. �10FEET 10 FT. (3.0 M) PLENUM LENGTH 20 FT. ADP NOZZLE 1 FLOW NUMBER IIt*-20FEET t 10 10 4FT. 1 I aT 20 FT. ADP NOZZLES ACCEPTABLE NOZZLE POSITIONS FOR MULTIPLE NOZZLES i 1/3 Wlf ADP NOZZLES I Zaa+. % Ha '/4 H T - r a+• H H I A "V" FILTER BANK I� W COVERAGE SINGLE BANK FILTER COVERAGE Figure AD -2. Plenum Protection Nozzle P/N 87-120011-001 December, 1997 Arl1-4 51 It it it Q Wet Chemical Instruction Manual I r AD -4 Designing for Duct Protection Duct Protection The ADP nozzle, P/N 87-120011 -001, is used for protection of the exhaust ductwork. The duct cross section can be any shape (i.e., round, square, or rectangular) and the duct itself can be of unlimited length. In accordance with NFPA 96, the exhaust fan should be left running at the time of system discharge. A damper, if present, should be left open at system discharge. However, if the damper is closed, the system designer must insure that the duct nozzle discharge is not impeded by the closed damper. Protection of Ducts 0 to 50 inches perimeter One ADP nozzle, P/N 87-120011-001, is required for protection of a duct with a perimeter up to 50 inches. (See Figure AD -4). Length of duct is unlimited. The nozzle is located at the geometric center of the cross- sectional area that it is protecting, and is located in the duct within six inches of the entrance. Note: All KIDDE systems are listed by UL for use with the exhaust fan either on or off when the system is discharged. Figure AD -4 Duct Protection Using Single ADP Nozzle, P/N 87-120011-001 C E s s Q C it ct �a E. U.L.I. Ex 3559 AD1-6 December, 1997 5 DUCT PERIMETER UP TO AND INCLUDING 50 INCHES 11.78 inches maximum diagonal 15.91 IN. MAX. � "B" I " 12.50 IN. — 11.78 inches maximum diagonal MAX. I "A" - I -0— SQUARE DUCT I RECTANGULAR DUCT 2"A"+2"B"=65 IN ROUND DUCT Q OF VERTICAL DUCT ADP NOZZLE VERTICAL/HORIZONTAL DUCT i AIM POINT i - mm) 1 ADP NOZZLE i =� (L OF HORIZONTAL DUCT DUCT ENTRANCE f 2 to 4 inches Nozzle tip to duct hip Figure AD -4 Duct Protection Using Single ADP Nozzle, P/N 87-120011-001 C E s s Q C it ct �a E. U.L.I. Ex 3559 AD1-6 December, 1997 5 s� a GRW (Gas Radiant -Wok) 87-120013-001 1 R R, DM (Mesquite) 87-120015-001 3 11.L I Ex 3559 AD1-13 December, 1997 Wet Chemical Instruction Manual AD -10 Nozzle Summary 44 Table AD -1. Nozzle Summary Perimeter Diameter Nozzle Flow No. Hazard Duct Max. 50" (165.1 cm) Max. 15.91 " (39 cm) Length Unlimited. ADP/1 Duct 100" (254 cm) 23.8" (60.5 cm) f Unlimited >, 2 -.ADP / 2 Length Max. Width Max. Filters Nozzle / Flow No. Hazard Plenum 10' (3.0 m) 4'(1.2 m) "V" Bank or Single ADP/1 Hazard Size Nozzle Height Notes Nozzle/ Hazard Four -Burner Range Inches/cm 28 X 28 (71 x 71) Inches/cm 20 to 42 (52 to107) Inches/cm within 9 (23) rad. • of mid point. R/1 Flat Cooking Surface - Griddle ;' " 42 X 30 (107 x 76) _ 13 to 4 ( 1221 3 D Offset , --11 ,--: Single Single Vat Deep Fat Fryer (Drip Boards 1 to 6 [2.5 to18]) 18 X 18 (46 x 46) 27 to 45 (69 to114) 45° to 90° F/2 Single Vat Deed Drip Boards < 1y(2, 1 24 q 61) 7R (Dl 46" Ul7) x within perimeteraF�( Split Vat Deep Fat Fryer 14 x 15 (36 x 38) 27 (69) to 45 (117) 45° to 90' F/2 Slit Vat Deed Fat Frypr (Low Proxi _ LL 14 x 15 (36 x 38 _ti _:16_(41) to 27 (69); _within peter ADPl1 � noks 14 to 28 (36 to 71) Dia. within 2 (5) 3 to 8 (8 to 20) Deep 35 to 56 (89 to 142) of mid point. GRW / 1 Upright Broilers (Salamanders) 3025 X 34 (77 x 86) io0 4 (10) q f brg�Qr_� — A nP i Closed Top Chain Broilers 28 X 29 (71 x 74) See 3-12 See 3-12 ADP / 1 en ToP Chain Broilers — - --- . . 28 X 29 (71 x 74) 5 12 _ � 1 2 Noz;l AQP /,I, a,4• .....a _ y _ Pumice Rock (Lav_a,. _ Ce�_ramic) Charbroiler 22 X 23 (56 x 58) 24 (61) to 48 (122) 45° to 90°; 2 Layers of rock F/2 turaUMesquite Charcoal Charbroiler 24 X 24 (61 x 61) 24 (61) to 48 (122) 4'80°; ADP/1 (:. • ,.) 6 16 Charcoal d t Electric Charbroiler (Open Grid) 24 X 21 61 x 53 24 61) to 48 (12.. (. (122) 45to 90 GRW / 1 Mesquite Charbroiler (Chips, Wood Logs) 30 X 24 (76 x 61) 24 (61) to 48 (122) 450 to 90'; 10 (25) Fuel depth DM/3 d 4turaVly V*fte Charcoal Charbroiler 30 X 24 (76 x 61) 24 (61) to 48 (122) Ful: Tilt Skillet and Braising Pan 24 x 24 (61 x 61) 27.5 in (70 cm) to 46 in (117 cm) within perimeter F/2 s� a GRW (Gas Radiant -Wok) 87-120013-001 1 R R, DM (Mesquite) 87-120015-001 3 11.L I Ex 3559 AD1-13 December, 1997 ,4 �4 1-1 Introduction Introduction This manual covers the design, installation, operation and maintenance of the KIDDE Model WHDR wet chemical fire suppression system. The KIDDE wet chemical system is specifically designed and Listed for the suppression of fires in commercial kitchen cooking appliances, plenums, hoods and ducts. Each KIDDE system operates automatically or may be operated manually. The KIDDE system uses a liquid chemical called APC (Aqueous Potassium Carbonate) as its agent. APC, a solution of potassium carbonate in water, suppresses fires through a patented process involving: (1) the saponification of surface grease (turning it into combustion -resistant soap), (2) the cooling effects of water vaporization, (3) the inerting effects of resultant steam formation and (4) the interruption of the chemical chain reaction of combustion. System Temperature Limitations The operating temperature limits for system cylinders and the nitrogen cartridge are 0°F (-18°C) minimum and 120°F (49°C) maximum. In shipment or storage, system cylinders and nitrogen cartridges shall not be exposed to less than 0°F (-18°C) or more than 120°F (490C). Agency Approvals The KIDDE wet chemical system complies with the require- ments of the following agencies: • Underwriters Laboratories, Inc. (UL300) • Underwriters Laboratories of Canada (ULC/ORD-1254C.6) • New York City Department of Buildings Materials & Equipment Acceptance Division. • ISO 9001 Registered Before proceeding with any KIDDE system design, instal- lation, or maintenance procedure, the requirements of this manual must be fully understood. Components not described in this manual are not recognized as KIDDE components and must NOT be used in the KIDDE system. The KIDDE fire suppression system is to be installed, inspected and main- tained by a KIDDE Authorized Pre-engineered Systems Dis- tributor, and in accordance with NFPA 17A, Standard for Wet Chemical Extinguishing Systems, NFPA 96, Standard for Ventilation Control and Fire Protection of Commercial Cooking Operations, and this manual. U.L.I. Ex 3559 1-1 Wet Chemical Instruction Manual 1-2 Manufacturer's Warranty Manufacturer's Warranty Seller warrants that this product will, under normal use and service, be free from defects in material and workmanship for a period of twelve (12) months from the date of original sale. Seller agrees, upon written notice from end user, given no later than thirty (30) days after the defect is discovered, to repair or replace, at the Seller's option, any part which after examination by Seller is disclosed to have been defective, provided that such product is returned to Seller, transportation charges prepaid, during the warranty period. This warranty does not apply to any damage resulting from accident, improper instal- lation, alteration, misuse or abuse. The full extent of Seller's warranty obligations are to repair or replace any defective part. THERE ARE NO OTHER WARRANTY OBLIGATIONS OF SELLER, INCLUDING ANY WARRANTY OF MERCHANT- ABILITY OR FITNESS FOR A PARTICULAR PURPOSE, EITHER EXPRESSED OR IMPLIED. The warranty for items not manufactured by Seller is limited to the warranty obliga- tions of Seller's suppliers and shall be subject to performance of such warranty obligations by the suppliers. SELLER IS NOT LIABLE FOR ANY OTHER COSTS, LABOR CHARGES, DELAYS OR CLAIMS NOR FOR ANY CONSE- QUENTIAL, CONTINGENT OR INCIDENTAL DAMAGES WITH RESPECT TO THE PRODUCT OR ITS USE. Seller neither assumes or authorizes any person to assume for it any other obligation or liability in connection with this product. Manual Part No.87-122000-001 (2/97), Change - I :r 2-1 Cylinders Cylinders KIDDE systems have available five different cylinder sizes: WHDR-125 [1.25 gallon (4.7L)] , WHDR-260 [2.6 gallon (9.5L)], WHDR-400L [4 gallon (15 L)], WHDR-4005 [4 gallon short (15L)] and WHDR-600 [6 gallon (22.7L)]. Wet Chemical Instruction Manual Each cylinder is pressurized with nitrogen or air to 175 psig (1205 kPa), at 70°F (210C). Note: It is recommended that cylinders be stored upright. 4 Gallon . (15L) 6 Gallon 4 Gallon (22.7L) Short (15L) Figure 2-1. Cylinder Table 2-1. Cylinder Specification 2.6 Gallon (9.5L) 1.25 Gallon (4.7L) U.L.I. Ex 3559 2-1 Manual Part No 87-122000-001 (2/97), Change - Charged Height to Center Overall Overall Height With Overall Height Cylinder Part Weight Diameter of Discharge Port Height Mech, Elec or Tandem With Pressure Op Size No. Lbs Inches Inches Inches Control Head Control Head Inches Inches WHDR-125 7-120001-001 28.5 7.5/8 14 15-3/8 21 16.3/4 1.25 Gallon 4.7L 12.9 Kgs) 19.4 cm 35.6 cm 39 cm 53.3 cm 42.5 cm WHDR-260 7-120002-001 53 9 19-5/8 21 26-5/8 22-3/8 2.6 Gallon 9.51. 24 Kgs) 23 cm 49.8 cm 53.5 cm 67.6 cm (61.3 cm WHDR-400S 7.120003-001 80 12 17-5/8 19 24-5/8 20.3/8 4 Gallon 15L '(36.3 K s 30.5 cm 44.8 cm) 48.3 cm 35-1/8 62.5 cm 40-3/4 51.7 cm 36-1/2 WHDR-400L 7-120004-001 88 9 33-3/4 4 Gallon 15L (404s) s 23 cm 85.7 cm 89.2 cm 35-1/4 103.5 cm 40-7/8 92.7 cm 36-5/8 WHDR-600 7.120005-001 110 10 33.7/8 6 Gallon (22.7L) 1 (50 Kgs) (25.4 cm) (86 cm) (89.5 cm) (104 cm) (93 cm) U.L.I. Ex 3559 2-1 Manual Part No 87-122000-001 (2/97), Change - , Wet Chemical Instruction Manual 2-8. KRS-50 Control Box DETECTION CABLE (Not Supplied) I 6.00 (15.2 cm) OAirr li— h O 0—[Vj - WW i li_ 11 0 0 — 0 of LY BOX COVER TUBING ELBO FITTING(Part of Valve Body Subassembly 7.00 (17.8 cm) LEVER (Part of Valve Body Subassembly VALVE BODY SUBASSEMB If 1.50 (3) SPRING KRS-50 Control Box BOX with COVER CABLE TENSION BLOCK ASSEMBLY GROMMET /4 '" OD (.6 cm) COPPER TUBING (Not Supplied) COZ CARTRIIDGE MECHANICAL GAS VALVE CABLE Figure 2-10. KRS-50 Control Box, P/N 87-120010-001 The KRS-50 Control Box (shown in Figure 2-10) is composed of a CO2 cartridge, spring mechanism and a discharge lever which discharges the CO2 cartridge when: (a) a fusible link actuates in any detector or (b) the Remote Manual Control is operated. The valve, with the CO2 cartridge, is connected to a Pressure Operated Actuator mounted on the system cylinder by 1/4" (.6 cm) O.D. copper tubing using compression or flare fittings., (The tubing is standard, commercially available tubing and is not supplied with the system.) When the CO2 cartridge discharges, the CO2 gas pressurizes the 1/4" (.6 cm) O.D. tubing to the Pneumatic Control Head(s), located on the system Cylinder Valve, and actuates the cylinder(s). The KRS-50 Control Box can operate a maximum of five cylinders, regardless of size. A Pressure Operated Actuator (87-100012-001) is required on each system cylinder, one is supplied with the KRS-50 Control Box. One 1/2" (1.3 cm) Liquid Seal Adapter, 3/8" (1.0 cm) Liquid Seal Adapter and one vent plug is supplied with each KRS-50 Control Box. The KRS-50 Control Box can be mounted in any orientation. Refer to Installation Section of this manual for installation limitations U.L.I. Ex 3559 2-8 Manual Part No. 87-122000-001 (2/97), Change - f 2-9 Pressure Operated Actuator Pressure Operated Actuator The Pressure Operated Actuator is used only with the KRS- 50 Control Box. It contains a piston that is driven down by the CO2 pressure when the KRS-50 Control Box is activated. The piston will remain in the "discharged"position as long as CO2 pressure is maintained. Pressure can be relieved from the Pressure Operated Actuator by depressing the schradder I1 I I FX 955A Wet Chemical Instruction Manual valve on the top of the Pressure Operated Actuator. This must be done prior to removing the Pressure Operated Actuator from the cylinder valve. A maximum of 5 Pressure Operated Actuators can be used with a single KRS-50 Control Box. CONNECT with %" (.6 cm) O.D. TUBING TO KRS-50 CONTROL BOX 1 tE OPERATED L HEAD ER VALVE Figure 2-11. Pressure Operated Actuator, P/N 87-100012-001 Wet Chemical Instruction Manual 2-10 Nozzles Nozzles There are essentially five types of nozzles in the KIDDE system with offerings in a one-piece and two-piece body configuration. An Appliance / Duct / Plenum Nozzle or ADP nozzle; a Fryer Nozzle or F Nozzle; a Duct / Mesquite Nozzle or DM nozzle; a Range Nozzle or R nozzle; a Gas Radiant / Wok Nozzle or GRW nozzle. Each nozzle is provided with a special foil seal over the discharge orifice to prevent grease from depositing in the orifice and plugging the nozzle. Each one-piece nozzle has a 3/8" (1.0 cm) NPT female connection while each two-piece nozzle has a 3/8" (1.0 cm) NPT male connection. All nozzles are equipped with a stainless steel internal strainer and incorporate chrome plated brass bodies. Each nozzle is identified by the nozzle type stamped on the body. Each nozzle has a flow number which is a measure of its discharge or flow rate. The nozzle types, code number and flow numbers are given in Table 2-3. In addition swivel adapter, P/N 87-120021-001 may be used conjunction with any one-piece nozzle. The ADP -S swivel nozzle may be used interchangeably only with the two- piece ADP nozzle. FOIL DISK DISK CAP NOZZLE DESIGNATION XXX STRAINER 3/8" NPT Figure 2-12. Section View for One -Piece Nozzle FOIL SEAL (WASHERIL SEALTOWARDS� NOZZLE BODY) r OISK CAP PART NO. XXX LOWER BODY UPPER BODY NOZZLE DESIGNATION 3/8' 0.0 cm) NPT MALE STRAINER Figure 2-12a. Section View for Two -Piece Nozzle Table 2-3. Nozzle Flow Points Nozzle Type One -Piece Nozzle, Code No. Two -Piece Nozzle, Code No. Flow No. ADP Nozzle 87-120011-001 96981 1 GRW Nozzle 87-120013-001 96506 1 R Nozzle 87-120014-001 96508 1 F Nozzle (or Plenum) Nozzle" 87-120012-001 96982 2 DM Nozzle 87-120015-001 96980 3 ADP S Nozzle N/A 96979 1 Note: The "F" Nozzle in the one-piece configuration is identified as a "Plenum" nozzle in the two-piece configuration. 375 NP �+-- 2.060 1.000 HEX .375 NPT INTERNAL THREAD) HEX Figure 2-13. One -Piece Nozzle Swivel Adapter I HEX.) !cm) 3mlMr Figure 2-13a. Section View of a ADP -S Swivel Nozzle Plan ial Part Nn P7-122000-001 (2/97), Change - C 9 rk IQ 0 d 2-11 Detectors NOTE: Detectors and Links on this page cannot be used in conjunction with the KRS-50 Control Box. These detectors and links must be used with the following Control Head part numbers: 486607, 899063, 899176, 899175, and 899082. Fusible -Link Housing Kit, P/N 804548 The fusible link housing kit consists of a fusible link housing, two 1/2" EMT connectors, a supply of cable crimp sleeves and an "S"hook to attach the fusible link to the 1/ 16" cable leading to the control head EMT EMT ADAPTER ADAPTER X" BRACKET_\,, EMT �' /, iii CABLE TO MECHANICAL Z _ CONTROL HEAD FROM OTHER tS ►DETECTORS CRIMP SLEEVE FUSIBLE LINK HOOK LAST DETECTOR %IN SERIES EMT ADAPTER 1 BRACKET /" EMT TO MECHANICAL CONTROL HEAD OR _ OTHER DETECTORS STAINLESS tS-HOOK SCRIMP SLEEVETEEL CABLE FUSIBLE LINK Figure 2-14. Fusible -Link Housing Kit, P/N 804548 with Fusible Link Fusible Links-, P/N's 282661, 282662, 282664, and 282666 Fusible links are used in conjunction with the fusible link housing kit. The fusible links are held together with a low melting alloy which melts at a predetermined tempera- ture, allowing the two halves of the link to separate. ==A Figure 2-15. Fusible Link Fusible links are available in four temperature ratings: Wet Chemical Instruction Manual There are two temperature designations which apply to both fusible links and quartzoid bulb links. One tempera- ture is called the rating temperature and the other is called the maximum exposure temperature. The rating temperature, which is stamped on the fusible link, is the temperature at which the link will separate when new. However, continual exposure to cycling ambient temperatures may cause a degradation of the link over time. Therefore, the fusible links must be replaced semiannually with a new link having the proper temperature rating. The maximum exposure temperature is the maximum ambient air temperature in which a fusible link may be installed. The maximum air temperature at the point of link installation must not exceed the maximum exposure temperature shown in the table. Quartzoid Bulb Link, P/N 260527 The quartzoid bulb link is used in'conjunction with the fusible link housing kit. The quartzoid bulb link consists of a glass bulb, filled with liquid and a small air bubble, and a metal housing. Temperature rise expands the liquid in the bulb and compresses the air bubble. When a predeter- mined temperature is reached, the expanding liquid breaks the glass bulb and allows the housing pieces to separate. Quartzoid bulb links are available with a 500°F (260°C) temperature rating. The maximum exposure temperature for the quartzoid bulb link is 475°F (2460C). Quartzoid bulbs to be used on KIDDE systems are UL Listed and designated Issue B. The loop marked "A"should be installed toward the control head. Quartzoid bulb links have an unlimited life expectancy, before operation, and need not be changed on a semiannual basis. However, the local authority having jurisdiction may rule otherwise. On periodic inspection, the quartzoid bulb link must be wiped clean of grease and dirt. B A )III it Figure 2-16. Quartzoid Bulb ;! U.L.I. Ex 3559 2-11 Manual Part No.87-122000-001 (2/97), Change - Fusible Max. Link Exposure P/N Rating Temp. Load Rating 282661 165°F 10eF (38°C) 10 Lb. Min, to 40 Lb. Max. 282662 212°F 150°F (65°C) 10 Lb. Min. to 40 Lb. Max. 282664 360°F 300°F (149°C) 10 Lb. Min. to 40 Lb. Max. 282666 500°F 440°F (226°C) 10 Lb. Min. to 40 Lb. Max. Wet Chemical Instruction Manual There are two temperature designations which apply to both fusible links and quartzoid bulb links. One tempera- ture is called the rating temperature and the other is called the maximum exposure temperature. The rating temperature, which is stamped on the fusible link, is the temperature at which the link will separate when new. However, continual exposure to cycling ambient temperatures may cause a degradation of the link over time. Therefore, the fusible links must be replaced semiannually with a new link having the proper temperature rating. The maximum exposure temperature is the maximum ambient air temperature in which a fusible link may be installed. The maximum air temperature at the point of link installation must not exceed the maximum exposure temperature shown in the table. Quartzoid Bulb Link, P/N 260527 The quartzoid bulb link is used in'conjunction with the fusible link housing kit. The quartzoid bulb link consists of a glass bulb, filled with liquid and a small air bubble, and a metal housing. Temperature rise expands the liquid in the bulb and compresses the air bubble. When a predeter- mined temperature is reached, the expanding liquid breaks the glass bulb and allows the housing pieces to separate. Quartzoid bulb links are available with a 500°F (260°C) temperature rating. The maximum exposure temperature for the quartzoid bulb link is 475°F (2460C). Quartzoid bulbs to be used on KIDDE systems are UL Listed and designated Issue B. The loop marked "A"should be installed toward the control head. Quartzoid bulb links have an unlimited life expectancy, before operation, and need not be changed on a semiannual basis. However, the local authority having jurisdiction may rule otherwise. On periodic inspection, the quartzoid bulb link must be wiped clean of grease and dirt. B A )III it Figure 2-16. Quartzoid Bulb ;! U.L.I. Ex 3559 2-11 Manual Part No.87-122000-001 (2/97), Change - Wet Chemical Instruction Manual 2-12 Thermostats and KRS-50 Detector L Thermostats Thermostats are electric heat detectors. Thermostats are equipped with resettable, normally open contacts which close when a predetermined temperature is reached. Thermostats are constructed to compensate for rate of temperature rise. If the temperature rise is great enough, the detector contacts will close at a temperature somewhat below the set point. LOW EXPANSION CONTACT BRA E -SEALED STRUTS �L POINTS HEAD\ BRA E---ELECTRICA1 END p %r1P'r16181'rMLIZA F= — EXPANDING Z ELECTRICAL GLASS BEADS OUTER SHELL INSULATION HER ETIC SEAL Figure 2-17. Thermostat Thermostats are available in several set points as follows: KRS-50 Detector The KRS-50 detector consists of a plated steel bracket 11-3/4" (29.8 cm) long, 2 cable crimps and 2 "S"Hooks to connect the fusible link to the detection system cable. This detector is only used with the KRS-50 Control Box. This detector can be used with either a fusible link (P/N 87-120060-001) or quartzoid bulb. 11-314" 011 112' EMT LOCKNUT—� CONNECTOR LOCKNUT (Not Supplied) "S" HOOKS 414-3" MIN.—, /1116" CABLE TO FUSIBLE CABLE CONNECTOR CRIMP TYPE ACTUATING DEVICE CRIMP TYPE LINK CABLE CONNECTOR Figure 2-18. Detector, P/N 60-120061-001 112' EMT CONNECTOR (Not Supplied) 1116" CABLE TO ANOTHER DETECTOR OR REMOTE MANUAL CONTROL 0 10 Manual Part No. 87-122000-001 (2/97), Change - Set Point Max. Exposure Temperature PIN 27021-140 140°F (60°C) 80°F (27°C) 27021-190 190°F (88°C) 100°F (38°C) 27021-225 2250F(107°C) 1250F (520C) 27021-325 3250F(163°C) 2250F (1070C) 27021-450 450°F(2320C) 350°F(1770C) 27021-600 600°F(3160C) 500°F (260°C) KRS-50 Detector The KRS-50 detector consists of a plated steel bracket 11-3/4" (29.8 cm) long, 2 cable crimps and 2 "S"Hooks to connect the fusible link to the detection system cable. This detector is only used with the KRS-50 Control Box. This detector can be used with either a fusible link (P/N 87-120060-001) or quartzoid bulb. 11-314" 011 112' EMT LOCKNUT—� CONNECTOR LOCKNUT (Not Supplied) "S" HOOKS 414-3" MIN.—, /1116" CABLE TO FUSIBLE CABLE CONNECTOR CRIMP TYPE ACTUATING DEVICE CRIMP TYPE LINK CABLE CONNECTOR Figure 2-18. Detector, P/N 60-120061-001 112' EMT CONNECTOR (Not Supplied) 1116" CABLE TO ANOTHER DETECTOR OR REMOTE MANUAL CONTROL 0 10 Manual Part No. 87-122000-001 (2/97), Change - �J Wet Chemical Instruction Manual 2-15 Flush Mounted Remote Manual Control for KRS-50 Control Box Flush Mounted. The Flush Mounted Remote Manual Control provides a means to operate the system manually from a remote location. It is designed to be mounted to a wall stud and is provided with a cover plate. Two types of Flush Mounted Remote Manual Controls are available for use with the KRS-50 Control Box. The End -of - Line Remote Manual Control is designed for use at the end of the detection line (see figure 2-22). The In -Line Remote Manual Control is designed for installation within the detection line. A Tee Pulley is included with the In -Line Remote Manual Control (see figure 2-23). iS -HOOK 0 v�0 KIDDE Fire Systems REMOTE CONTROL INCASE OF FIRE PULL PIN D_t4 o Figure 2-22. Flush Mounted End -of -Line, Remote Manual Control, 87-120050-001 U.L.I. Ex 3559 Refer to page installation section of this manual for installation limitations. NOTE: These Remote Manual Controls are only for use with the KRS-50 Control Box. These Remote Manual Controls cannot be used with the Mechanical or Electric Control Head. TO TEE PULLEY Figure 2-23. Front View, (Cover Removed) Flush Mounted, In - Line Remote ManualControl, 87-120051-001 2-15 FLAT HEAD MACHINE SCRE COVER ALUMINUM PULL PIN WITH CHAIN TO TEE PULLEY BOX 5 -HOOK -EAD SEAL %ND WIRE SEARING 3RACKET T Figure 2-24. Side View, (Section View) Flush Mounted, In -Line Remote ManualControl, 87-120051-001 Manual Part No.87-122000-001 (2/97), Change - Wet Chemical Instruction Manual 9 T 2-16 Corner PulleyNent Plug STAINLESS STEEL CABLE '/s" (1.3 cm) EMT EXPANSION FERRULE Corner Pulley and Detection Cable Imo_ 2-1/2" 10 (6.4 cm) ♦,_ 1-1 /4" * (3.2 cm)_ KIDDE �'- Fire Systems ♦♦ r ♦ ♦ r INTERNAL CORNER PULLEY BEARING 4— STAINLESS I STEEL CABLE Figure 2-25. Corner Pulley 844648 The Corner Pulley can be used in both low and high temperature environments. The pulley contains steel ball bearings and the body is cast aluminum. 1/16" (.2 cm) diameter stainless steel 7x7 strand cable is used for the detection line. It is installed in 1/2" (1.3 cmj EMT. Vent Plug A Vent Plug is used in the discharge piping near a KIDDE cylinder to prevent pressure build-up in the discharge pipe system, caused by heat, from rupturing the foil seals on each nozzle. The Vent Plug is to be installed in the discharge piping so that it faces the ceiling or the wall. CAUTION: NEVER INSTALL IT FACING DOWN OR AT THE FLOOR. Figure 2-26. Vent Plug 9196984 (1.3 cm) /— NPT U.L.I. Ex 3559 2-16 Manual Part No. 87-122000-001 (2/97), Change - Wet Chemical Instruction Manual 2-18 Mechanical Gas Valve Mechanical Gas Valve The Listed valve has a spring, normally urging it into the closed position, and a control stem with which the valve may be held open against the force of the spring. Only Mechanical Gas Valves that are specifically UL listed and identified by part number in this manual may be used with the KIDDE system. Mechanical Gas Valves must be operated using either a Pneumatic Release, directly off the discharge lever on the KRS-50 Control Box or directlly off the actuating cam on the Mechanical, Electric or Tandem Control Head. There is no other method for closing Mechanical Gas Valves. When using a Pneumatic Release or KRS-50 Control Box a maximum of Mechanical Gas Valves are available in the following sizes: Size Part Number 3/4"(1.9 cm) 87-100001-001 1"(2.5 cm) 87-100001-002 1-1/4"(3.2 cm) 87-100001-003 1-1/2"(3.8 cm) 87-100001-004 2"(5.1 cm) 87-100001-005 2-1/2"(6.4 cm) 87-100001-006 3"(7.6 cm) 87-100001-007 INLET 16 corner pulleys and 50 feet (15.2 m) of cable are to be used with Mechanical Gas Valves. When using Mechanical, Elec- tric or Tandem Control Head a maximum of 30 corner pulleys and 100 feet (30.4 m) of cable are to be used with Mechanical Gas Valves. When using a Mechanical, Electric or Tandem Control Head a cable block (included with valve) is required. Refer to page installation section of this manual for installation limitations. CAUTION: TEE PULLEYS CAN NOT BE USED TO OPERATE DUAL GAS VALVES. Figure 2-28. Mechanical Gas Valve OUTLET U.L.I. Ex 3559 2-18 Manual Part No. 87-122000-001 (2/97), Change - Wet Chbrnical Instruction Manual 2-20 Microswitches for KRS-50 Control Box Microswitches Switch Accessories. Two sets of switch kits are available for use in the KRS-50 Control Box, a Listed single switch SPDT kit and a Listed two -switch DPDT kit. The DPDT kit consists of two SPDT switches. See Figures 2-31 and 2-32. A switch kit consists of one or two microswitches, an electrical connector (P/N 9197109) for each microswitch, a mounting bracket, and mounting hardware. These are used when it is necessary to open or close electrical circuits in order to: (1) sound an alarm; (2) trip a magnetic contactor to turn off the electrically operated cooking appliance; (3) operate an electrical gas valve; (4) shut off exhaust fans. The single switch kit provides a microswitch rated at 11 amps - 125/250 VAC. The two -switch kit includes an 11 amp -125/250 VAC; 1 /2 amp -125 VDC microswitch and a 15 amp -125/250 VAC; 1/2 amp -125 VDC microswitch that are activated simultaneously. Electrical appliances usually have a higher amp rating than the switches. In this case, such appliances shall not be wired directly to the microswitch. A Listed magnetic contactor or relay must be used. SWITCH 0 OWNS OEM NOTE: The Mechanical and Electric Control Heads are also available with microswitch options. These microswitches are factory installed and are not field replaceable. NOTE: Where electrical detection or activation is provided, supervision shall be provided in accordance with NFPA 17A. Alarms and Indicators, along with a supervised back up power source shall be provided in accordance with NFPA 72, the National Fire Alarm Code. Electrical wiring and equipment shall be installed in accor- dance with NFPA 70, the National Electrical Code or the requirements of the local authority having jurisdiction. SWITCH Figure 2-31. For KRS-50 Control Box, 9197227, Figure 2-32. For KRS-50 Control Box, 9197228, SPDT Switch DPDT Switch I I I I Fx 3559 2-20 Manual Part No. 87-122000-001 (2/97), Change - 05 Wet Chemical Instruction Manual 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 number of one. The ADP nozzle is used to protect a variety of cooking appliances. These appliances are solid fuel charbroilers, 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, lava rock broilers and can also be used for specific plenum appli- cations (See Figure 3-16). The' R' (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 a 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 seperate nozzle for each appliance. NOZZLE HEIGHT MEASURED FROM TOP OF APPLIANCE Appliance ♦— Appliance Length Width Hazard Area Hazard AreaI– '� Length Width' 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 Drip 00 00 Appliance Board idth/Length Hazard Area Width/Length Side -View Front Section View GAS RANGE FULL VAT DEEP FAT FRYER Nozzle Height Measured from Top of Cooking Surface Figure 3-6. Examples of Hazard Areas for Typical Appliances. Appliance Width/Length Hazard Area Width/Length 9. 8 E. CHARBROILER I I I I Fx 3559 3-4 Manual Part No. 87-122000-001 (2/97), Change - It 69 Ev 3-5 Deep Vat Fryer and Griddle SINGLE VAT DEEP FAT FRYER WITH DRIP BOARDS One F nozzle will protect one Single Vat Deep Fat Fryer with a maximum hazard area of 18" x 18" (46 cm x 46 cm) and an appliance area 18" x 23" (46 cm x 58 cm) for fryers with a drip board. The nozzle is located at an angle of 45 degrees or more from the horizontal. It shall not be more than 45" (114 cm) nor less than 27" (69 cm) from the top of the appliance and aimed at the midpoint of the hazard area. (Hazard Area 18" x 18" (46 cm x 46 cm) - See Figure 3-7) AN F NOZZLE MAY BE LOCATED ANYWHERE WITHIN THE GRID 45" (114 cm) MAX DIAGONAL FROM // AIM POINT 45" MAXcm)/,�/( / \` ]�\ 45" MAXcm) MA ( �( +/ � MA MIDPOINT OF HAZARD AREA 18" %r � 23" �4 (46 cm) MAX" (58 cm) MAX\" DRIP BOARD �I 18" (46 cm) MAX. -� J Figure 3-7. Full Vat Deep Fat Fryer SPLIT VAT DEEP FAT FRYER One F nozzle will protect a Split Vat Deep Fat Fryer with 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) with a drip board. The nozzle is located at an angle of 45 degrees or more from the horizontal. It shall not be more than 45" (114 cm) nor less than 27" (69 cm) from the top of the appliance and aimed at the midpoint of the hazard area. (Hazard Area 14" x 15" (36 cm x 38 cm) - See figure 3-9) U.L.I. Ex 3559 3-5 Wet Chemical Instruction Manual GRIDDLE - FLAT COOKING SURFACE One ADP nozzle will protect one griddle (with or without raised ribs) with a maximum hazard area of 30" x 42" (76 cm x 107 cm). The nozzle is located at any point on the perimeter of the appliance and aimed at a point 3" (7.6 cm) from the midpoint of the hazard area. It shall not be more than 48" (122 cm) nor less than 13" (33 cm) above the edge of the appliance perimeter. Positioning the nozzle directly over the appliance. is not acceptable. (See figure 3-8.) 30" (76 crr MAX 4e- -ill 22cru ) Max Top of Appliance AIM PT.- 3" Radius from the Midpoint of Hazard Area Figure 3-8. Griddle - Flat Cooking Surface AN F NOZZLE MAY BE LOCATED ANYWHERE WITHIN THE GRID 45" MAX DIAGONAL FROM AIM POINT 45" 45" (114 cm)(114 cm) MAX" MAX" AIM POINT: MIDPOINT OF HAZARD CENTERED ON DIVIDER 27" (69 cm MIN 15" 21,. (114 cm) ( 38 cm) INTERIOR MAX" L OV ERALL DRIP 14" (36 cm) ~ MAX" ' Figure 3-9. Split Vat Deep Fat Fryer Manual Part No.87-122000-001 (2/97), Change - Wet Chemical Instruction Manual 3-6 Single Vat Deep Fat Fryer (with dripboards less than 1 " [2.5 cm]) One F Nozzle will protect a deep fat fryer with a maximum hazard 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, shall be aimed at the midpoint of the hazard. It shall not be more than 46" (1 17 cm) nor less than 27.5" (70 cm) above the edge of the appliance top. (See Figures 3-10 & 3-11). Figure 3-11. Single Vat Deep Fat Fryer sere he he rea. U.L.I. Ex 3559 3-6 Manual Part No. 87-122000-001 (2/97), Change - Wet Chemical Instruction Manual 3-10 Upright Broiler/Salamander Broiler Upright Broiler 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 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. BRO TOP, 4" (10cm) MAX WOKS FRONT R. SIDE (BROILER DOOR REMOVED) EXHAUST DUCT NOTE: Dimensions shown are inside broiler compartment. 3E ADP nozzle should be mounted -OFF on the perimeter of the broiler top (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 struc- tural part of the broiler. Figure 3-17. ADP Nozzle Installation for Upright Broilers One GRW nozzle will protect one wok WOK Min./ Max. Diameter - 14" to 28" (36 to 72 cm) WOK Min./ Max. Depth - 3" to 8" (8 to 20 cm) The nozzle is to be located directly over the center of the wok aimed 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 3-18) 56"(142cm) MAX. 35 (89cm) MIN 1 3"(8cm) to 8"(20cm)1� DEPTH 2" MAX. OFFSET ONE GRW NOZZLE MAY BE LOCATED ANYWHERE WITHIN THE SHADED AREA AIMED AT CENTER OF WOK. NOTE: ONE NOZZLE IS REQUIRED FOR EACH WOK 14"(36cm) to 28"(71cm) DIA. - CENTER OF HAZARD AREA AT BASE OF WOK TIDE BOTTOM Figure 3-18. WOK Nozzle Installation U.L.I. Ex 3559 3-10 Manual Part No. 87-122000-001 (2/97), Change - a 3-11 Charbroilers CHARBROILERS Lava, Pumice, Ceramic or Synthetic Rock Charbroiler One F nozzle will protect a gas fired charbroiler (pumice - ceramic stone) to a maximum dimension of 22" x 23" (56 cm x 58 cm) with a maximum of two layers of lava, pumice or stone. The nozzle is located at an angle of 45° or more from the horizontal and is aimed at the midpoint of the hazard area. It shall be not more than 48" (122 cm) from the midpoint of the hazard area nor less than 24" (61 cm) above the grate surface (See Figure 3-19). A "F" NOZZLE MAY BE LOCATED ANYWHERE WITHIN THE GRID 48" (122cm) MAX DIAGONAL FROM AIM POINT 48" 48" (122cm) (122cm) MAX MAX AIM POINT: MPOINT OF RD AREA 24" (61cm) MI7�� W/ 23" (58cm) MAX d 22" (56cm) �I MAX Figure 3-19. Lava, Pumice, Ceramic, or Synthetic Rock Charbroiler Gas Radiant Charbroiler One GRW nozzle will protect a gas fired radiant charbroiler with maximum cooking surface dimensions of 21 " x 24" (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 hazard area. The nozzle shall be not less than 24" (61 cm) nor more than 48" (122 cm) above the cooking surface (See Figure 3-20). A GRW NOZZLE MAY BE LOCATED ANYWHERE WITHIN THE GRID 48" (122cm) MAX DIAGONAL FROM AIM POINT 48" 48" 022cm) (122cm) MAX MAX AIM POINT: MIDPOINT OF HAZARD AREA 24" (61cm) MIN 21" (53 cm � —)— MAX / RADIANT LAYER GAS FLAME 24" (61 cm) MAX —� Figure 3-20. Gas Radiant Charbroiler U.L.I. Ex 3559 Wet Chemical Instruction Manual Electric Charbroilers Grid surface electric charbroilers (a cooking surface with grids or openings in it) are protected the same as gas radiant charbroilers. (See figure 3-20). CAUTION: ELECTRICAL APPLIANCES BEING PROTECTED MUST BE SHUT OFF AUTOMATICALLY UPON SYSTEM ACTUATION. Natural or Mesquite Charcoal Charbroiler One ADP nozzle will protect a' natural charcoal/ mesquite -charcoal charbroiler with a maximum dimension on any side of 24" (61 cm). The nozzle is located at an angle of 45° or more from the horizontal and aimed at the midpoint of the hazard area. The nozzle shall be not less than 24" (61 cm) nor more than 48" (122 cm) above the cooking surface (See Figure 3-21). The depth of mesquite charcoal pieces or charcoal is limited to 6" (15 cm) maximum. Mesquite logs or wood are not acceptable. A ADP NOZZLE MAY BE LOCATED ANYWHERE WITHIN THE GRID 48" (122cm) MAX DIAGONAL FROM AIM POINT 48" 48" (122cm) (122cm) MAX MAX AIM POINT: MIDPOINT OF HAZARD AREA 24" (61cm) MIN 24" (61 c � —f— MAX i �� ' � •► a" 6" (15 cm) MAX. FUEL 24" (61 cm) MAX Figure 3-21. Natural or Mesquite Charcoal Charbroiler Manual Part Nn R7-1?')nnn-nn1 (?i97) (harnn Wet Chemical Instruction Manual 3-13 Range 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 a9" (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 3-25) NOTE: SHAPE OF BURNER NOT IMPORTANT 14" (36 cm) MAX. BURNER CENTERLINE TO CENTERLINE 28" (71 cm) MAX. HAZARD AREA' WIDTH Figure 3-25. Four Burner Range 20" (51 cm) MI 18" (46 cm) DIA. -- 42" (107) MAX. �- A'R' NOZZLE MAY BE LOCATED ANYWHERE WITHIN THE SHADED AREA. AIM PT. C r 7" (18 cm) FROM BURNER /- CENTERLINE TO AIM POINT CENTERLINE L POINT Figure 3-27. Single Burner Range Figure 3-26. Two Burner Aim Point Center of Hazard 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 0" (51 cm) above the hazard area. (See figure 3-27) U.L.I. Ex 3559 3-13 Manual Part No.87-122000-001 (2/97), Change - I 18" (46 cm) DIA. 42" (107 m)MAX. (From Top of Range Surface) I A'R' NOZZLE MAY BE as LOCATED ANYWHERE WITHIN THE SHADED AREA. i 20"(51 cm MIN.���I- f ) � (From Top of -----� J AIM PT. - MIDPOINT OF HAZARD AREA Range Surface) 4 - 28"(71cm) MAX. 14" (36 cm) MAX. BURNER HAZARD AREA CENTERLINE TO CENTERLINE LENGTH 14" (36 cm) MAX. BURNER CENTERLINE TO CENTERLINE 28" (71 cm) MAX. HAZARD AREA' WIDTH Figure 3-25. Four Burner Range 20" (51 cm) MI 18" (46 cm) DIA. -- 42" (107) MAX. �- A'R' NOZZLE MAY BE LOCATED ANYWHERE WITHIN THE SHADED AREA. AIM PT. C r 7" (18 cm) FROM BURNER /- CENTERLINE TO AIM POINT CENTERLINE L POINT Figure 3-27. Single Burner Range Figure 3-26. Two Burner Aim Point Center of Hazard 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 0" (51 cm) above the hazard area. (See figure 3-27) U.L.I. Ex 3559 3-13 Manual Part No.87-122000-001 (2/97), Change - Wet Chemical Instruction Manual 1 0. r. 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 Tandem Control Head 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 L)(Long or Short) ✓'* ✓ 1 Cylinder 12 2 Cylinders 24Can Manifold 3 Cylinders 36 Up to 4 Cylinders 4 Cylinders 48 6 + Cylinders WHDR-600 (22.7 L) 1 Cylinder 18 1 Can Manifold 2 Cylinders 36 Up to 2 Cylinders "Only We cylinders can be manitolded (ie, tour 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 Actuator(s) must be used. For applications over 5 cylinders a KRS-700 nitrogen releasing system is recommended. For complete details of the KfIS-700 system refer to manual, P/N 415830 dated January 1977 (which includes Addendum #3 dated April 1990). 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 Cylinders ✓'* ✓'* ✓ 4 Cylinders ✓ 5 Cylinders ✓ 6 + Cylinders ✓ * 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 3559 3-22 Manual Part No. 87-122000-001 (2/97), Change - Wet Chemical Instruction Manual for 3-23 Designing for Pipe Size and Type Within the Bounds of Piping Limitations Piping and Fittings KIDDE systems do not require balanced piping to achieve proper distribution of wet chemical to all nozzles. Balanced piping is not necessary because a liquid has no difficulty in turning corners or changing directions. KIDDE nozzles come equipped with permanent predetermined orifices. This means that the liquid will be delivered in the exact quantities neces- sary to the duct, plenum and appliance hazards as required. All pipe shall be schedule 40 (standard weight) black steel. Pipe may be chrome plated. Galvanized pipe shall not be used. All pipe and fittings must be made tight without pipe dope or thread sealant. Pipe fittings shall be standard weight steel, cast iron, malleable iron or ductile iron. Galvanized fittings shall not be used. Branch line connection and individual nozzle connec- tions may be made by using either the outlet or the run of a tee. GENERAL RULES Stainless Steel Tubing and Fittings Stainless steel tubing may be used on all KIDDE systems. Fittings may be stainless steel compression or stainless steel flare types. Bending of tubing using mandrels is permissible. Pipe Sizing Pipe sizes are determined by the total number of flow numbers running through a particular piece of pipe. This is the flow demand for that portion of the system. NOTE: It is not permissible to drop pipe diameters below the required value. For example, using 1/2" (1.3 cm) pipe to flow 18 flow numbers is not permissible. However, increasing pipe diameter is acceptable (i.e., using 1 " (2.5 cm) pipe to flow 18 flow numbers) providing the system complies with internal pipe volume limitations. Table 3-5. Flow Number Range and Pipe Type Flow Number Range Minimum Pipe Size .035 wall Stainless Steel Tubing Size 1 - 2 1/4" (.6 cm) 3/8" (1.0 cm) 1 - 8 3/8" 1.0 cm N/A 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) • A maximum of 100 equivalent feet (30.5 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. U.L.I. Ex 3559 3-23 Manual Part No.87-122000-001 (2/97), Chanqe - Wet Chemical Instruction Manual 1 A IP 4 , 3-25 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 3-9 or table 3-10. Table 3-9 Pipe Fitting Equivalent Length Equivalent feet is measured from the cylinder (the farthest cylinder in a manifold) to the most remote nozzle. Equivalent feet is also measured between the two most remote nozzles. Equivalent feet is measured only along that branch with the most equivalent feet. Table 3-11 lists the maximum equivalent lengths for each cylinder size. Table 3-11. Remote Nozzles Table 3-10 Tubing Fitting Equivalent Length Equivalent Length Pipe Fittings 1/4" 3/8" 1/2" 3/4" 1" (1.0 cm) (.6 cm) (1.0 cm)1.3 cm) (1.9 cm) (2.5 cm) 90° Elbow 0.9 ft. 1.3 ft. 1.5 ft. 2.1 ft. 2.7 ft. (1.22 m),(1.37 27 m .40 m .46 m .64 m .82 m 45° Elbow 0.4 ft. 0.6 ft. 0.8 ft. 1.0 ft. 1.3 ft. 45° Elbow 12m .18m .24m .30m .40m Tee (Outlet) 2.0 ft. 2.7 ft. 3.5 ft. 4.5 ft. 5.8 ft. 0.5 ft. 61 m .82 m 1.07 m 1.37 m 1.77 m Tee (Run) 0.5 ft. 0.8 ft. 1.1 ft. 1.4 ft. 1.7 ft. 4.5 ft. 15m .24m .34m .43m .52m Red. (1/2" to 1/4") 0.3 ft. - - - - Red. (1/2" to 3/8") - 0.3 ft. - 1.3 to 1.0 .09 m Red. (3/4" to 1/2") - 0.4 ft. 1.9 to 1.3 .12 m Red. (1" to 3/4") - 0.5 ft. (2.5 to 1.9) - (.15 m) Equivalent feet is measured from the cylinder (the farthest cylinder in a manifold) to the most remote nozzle. Equivalent feet is also measured between the two most remote nozzles. Equivalent feet is measured only along that branch with the most equivalent feet. Table 3-11 lists the maximum equivalent lengths for each cylinder size. Table 3-11. Remote Nozzles Table 3-10 Tubing Fitting Equivalent Length ■ Example 1 12" I (.3 m) I / '/2" (1.3 cm) PIPE 90° ELL 90" ELL Cylinder Size Equivalent Length Tube Fittings 3/8" 5/8" 7/8" 1" 63.4 ft. (14.3 m) (1.0 cm) (1.6 cm) (2.2 cm) (2.5 cm) 90° Elbow 1.5 ft. 2.5 ft. 4.0 ft. 4.5 ft. (.46 m) (.76 m) (1.22 m),(1.37 m) 90° Bend 0.5 ft. 1.0 ft. 1.0 ft. 1.0 ft. (.15 m) (.30 m) (.30 m) (.30 fn) 45° Elbow 0.8 ft. 1.3 ft. 2.0 ft. 2.3 ft. (.24 m) (.40 m) (.61 m) (.70 m) 45° Bend 0.5 ft. 0.5 ft. 0.5 ft. 0.5 ft. (.15 m) (.15 m) (.15 m) (.15 m) Tee (Outlet) 1.5 ft. 2.5 ft. 4.0 ft. 4.5 ft. (.46 m) (.76 m) (1.2 m) (1.37 m) Tee (Run) 0.5 ft. 0.5 ft. 1.0 ft. 1.0 ft. (.15 m) (.15 m) (.30 m) (.30 m) ■ Example 1 12" I (.3 m) I / '/2" (1.3 cm) PIPE 90° ELL 90" ELL Cylinder Size Equivalent Ft. From Cylinder to Most Remote Nozzle Equivalent Ft. Between Most Remote Nozzles WHDR-125 (4.4 L) 39 ft. (11.9 m) 33 ft. (10.1 m) WHDR-260 (9.5 L) 63.4 ft. (14.3 m) 43.7 ft. (13.3 m) WHDR-400 (15 L) 132* ft. (40. 2 m)* 95* ft. (29 m)* WHDR-600 (22.7 L) 75* ft. (22.9 m)* 80* ft. (24.4 m)* *The maximums listed in Table 3-11 apply to manifold systems as well as single cylinder systems. Figure 3-46. 1/2" Piping with 900 Elbow Equivalent Feet (from Table 3-9) 900 1/2" Elbow; 1.5 eq. ft. 90° 1/2" Elbow; 1.5 eq. ft. 1.0 ft. of 1/2" Pipe 4.0 eq. ft. TOTAL U.L.I. Ex 3559 3-28 Manual Part No. 87-122000-001 (2/97), Change - ce ant 4 Wet Chemical Instruction Manual A tee can be considered one of two ways, depending on orientation. Figure 3-47 shows the different orientations that can occur. The equivalent feet for a reducing tee is determined by the larger size of the tee. Refer to Table 3-9 or 3-10 for equivalent feet. TO THE MOST Minimum Allowable Pipe 1/4" & 3/8" (.6 cm & 1.0 cm) REMOTE NOZZLE TO THE MOST TO A NOZZLE THAT IS ON EITHER SIDE REMOTE NOZZLE NOT THE MOST REMOTE 'n 11-► ► FROM CYLINDER FRO YLOINDEF TO A NOZZLE THAT IS NOT THE MOST REMOT CYLLINDER TO THE MOST REMOTE NOZZLE TEE ON THE BULL (OUTLET) TEE ON THE RUN ■ EXAMPLE 2 Minimum Pipe Length Figure 3-47. Tees ES ON THE ON THE BULL RUN VENT it PLUG CONSIDERED A TEE ON THE BULL (OUTLET) WHDR-400. Figure 3-48. Manifolded 4 Gallon Cylinders 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 3-12. For pipe sizes larger than 1/2" (1.3 cm) use formulas 1 and 2, to find the equivalent length in 1/2" (1.3 cm) pipe. Table 3-12. Minimum Allowable Pipe Pipe Size Minimum Allowable Pipe 1/4" & 3/8" (.6 cm & 1.0 cm) 8-1/2 (2.6 m) linear feet plus (1) 900 elbow (2.6 m) 1/2" (1.3 cm) Two (2) 900 Elbows + 7 linear feet (2.1 m) 3/4'& 1" (1.9 cm & 2.5 cm) 10 equivalent feet of 1/2" (1.3 cm) Pipe (see formulas 1d & 2d and example 11d) U.L.I. Ex 3559 Formula 1: (# equivalent feet (meters) of 1" (2.5 cm) pipe x (0.079) = (# of equivalent feet (meters) of 1/2" (1.3 cm) pipe) Formula 2: (# equivalent feet (meters) of 3/4" (1.9 cm) pipe) x (0.254) _ (# of equivalent feet (meters) of 1/2" (1.3 cm) pipe) Manual Part No 87-122nnn-nn1 (2/97) rhange - pot ' 3-27 Fusible Link Detectors Detectors Detectors using KIDDE approved fusible links are required over cooking appliances and in the ducts of kitchen cooking equipment. For protection of the duct, a detector must be centered either flush with the hood -duct opening or in the duct but not more than 12 feet (3.7 m) downstream from where the duct is connected to the hood. When mounted in the duct, the detector should be oriented so that the bracket does not shield the link from the hot air stream, and the fusible link is centered in the duct. Each protected cooking appliance with a continuous cook- ing 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 not needed to protect that appliance. Care must be taken that fusible links of sufficiently high temperature rating are used near charbroilers, due to higher ambient temperatures. ■ Example .7 - Wet Chemical Instruction Manual A temperature survey must be performed at all locations where fusible links will be installed. The survey must be conducted under maximum cooking or appliance cleaning conditions in order to determine the optimum exhaust air flow locations and to record the peak temperatures that are ex- pected to occur. Once the survey is completed: - Select the lowest temperature rated link that can be used. - Make sure the maximum exposure temperature of the link exceeds the maximum temperature obtained from the sur- vey. - Make sure links are located in the exhaust air flow, not in dead air spaces. This will provide the fastest detector response. - Care must be taken not to install links directly in the exhaust flow of appliance flue gas. Note: Do not locate detectors directly in the hot exhaust from the burner chamber of gas fired fryers or upright broilers. 12"(30.5 cm) MAX IF APPLIANCE IS UNDER HOOD DUCT OPENING LIQUID SEAL ADAPTERS STOVE I GRIDDL I FRYER II STOVE FRYER STOVEI CHARBROILER -24't--24"-1� �24''-►� I�'24'+� �" GRIDDLE 30"4 1 30"4 1—_ I 48"_� UPRIGHT ' -- (61 cm) (61 cm) (61 cm) (61 cm) (76 cm) (76 cm) (122 cm) BROILER (122 cm) . �-- 34" --►I (86 cm) U.L.I. Ex 3559 Figure 3-51. Positioning Detectors 3-33 Manual Part No.87-122000-001 (?/q71 rhannn Wet Chemical Instruction Manual ADDENDUM NO. 4 KIDDE WHDRTM WET CHEMICAL FIRE SUPPRESSION SYSTEM INSTALLATION, OPERATION AND MAINTENANCE MANUAL PART NO. 87-122000-001 JULY, 2000 UL EX 3559 REVISED DESIGN PARAMETERS FOR MODELS WHDR-125 WHDR-260 WHDR-400L WHDR-400S WHDR-600 c J-4 ADDENDUM NO.4 INTRODUCTION This document is Addendum Number 4 for the Kidde Wet Chemical Fire Suppression Installation, Operation and Main- tenance Manual, part number 87-122000-001, dated February, 1997. This Addendum describes changes and additions to the manual as noted below. The limitations described in this Addendum are Underwriters Laboratories listed. LOW PROXIMITY RANGE The low proximity Range Top coverage provides protection for a range top that has a back shelf or a broiler integral to the regular range. The LPR nozzle, part number 87-120024-001, is used for a range where the maximum height of the nozzle cannot exceed 20 inches. The minimum nozzle height is 16 inches. The nozzle must be located centrally over the range, and under the shelf / broiler. The nozzle must be mounted over the center point. The aiming point is at the midpoint of the hazard area. See figure AD4-1. I I Dimension `A' I LPR Nozzle shall be located (nozzle hgt. measured 1 over the center of the hazard area. to top of burners i See table for nozzle heights. �I 1 Point is center of hazard area 0216AM0 � '� B Dimension 'B' 14" (36 cm) (maximum dimension 24 inches center of burner to maximum hazard center of burner) dimensions Figure AD4-1. Nozzle Placement U.L.I. Ex 3559 AD4-1 Wet Chemical Instruction Manual One single -flow LPR nozzle will protect a four -burner range with a maximum hazard area of 24 inches x 24 inches. The limitations for nozzle height and burner spacing are outlined in Table AD4-1. For piping parameters, see Table AD4-2 Maximum Hazard Area: 24" x 24" (61 cm x 61 cm) Nozzle Type: LPR (part number 87-120024-001) Nozzle Location: Overhead only (centered); Aim at center of hazard area. Table AD4-1. Nozzle Limitations Sumer Spacing Centerline to Centerline Dimension "B" Nozzle Height Dimension "A" 14" (36 cm) 16" - 20" (41 cm - 51 cm) Between 12 and 14"(30 - 36 cm) 16" - 17" (41 ern - 43 cm) Between 10 and 12" (25 - 30 cm) 16" (41 cm) The minimum pipe length to prevent splash from the cylinder to a LPR nozzle protecting an appliance is outlined in the fol- lowing table. Table AD4-2. Piping Parameters 1 Minimum length to LPR nozzle, linear. 9 feet 2 Minimum length to LPR nozzle, equivalent: 12 feet 3 Minimum total length in system, linear. 11.08 feet Note: If the LPR nozzle is disassembled for inspection or cleaning, reassemble disc/core unit with center gore "nub" facing upstream. The flat side should face to- wards the threaded nozzle cap. July, 2000 bp o3 a 33� �,. CITY OF SANFORD FIRE DEPARTMENT FEES FOR SERVICES PHONE # 407-302-1091 * FAX #: 407-330-5677 10 DATE: PERMIT 03 a BUSINESS NAME / PROJECT: A // SR- l_Qi\zLi'Y ADDRESS: PHONE NO.: CONST. INSP. [ ] C / O INSP.:[ ] REINSPECTION PLANS REVIEW F. A. [ ] F. S. [ ] HOOD [ ] PAINT B 0TH [ BURN PE4`lT[[ j TENT PERMIT I ] ANK PERMIT [ ] OTHER [ Oa TOTAL FEES: $ (PER UNIT SEE BELO )� COMMENTS: Address / B1dQ. # / Unit # Sauare Footaee 2. 3. 4. 5. 6. 7. 8. 9. 10. 12. 13. 14. 16. 17. 18. 19, 20. 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 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 Sanford Fire Prevention Division CITY OF SANFORD PERMIT APPLICATION Permit # : C--)3 - Z3 k—to Date: Job Address: 11 1 (Q S. S a m en E k L� A f }✓ C .Sl9 iy r2 o FLA 3 Z 71 Description of Work: ID.IT A." 9%L ZPa011 "1 (2.J. Li- S TdYc)r.P S 17Pa n A/ 17Y1n D-fV-n PC14_ Historic District: Zoning: Value of Work: Permit Type: Building ✓ Electrical Mechanical Plumbing Fire Sprinkler/Alarm Pool Electrical: New Service - # of AMPS Addition/Alteration Change of Service Temporary Pole Mechanical: Residential Non -Residential Replacement New (Duct Layout & Energy Calc. Required) Plumbing/ New Commercial: # of Fixtures # of Water & Sewer Lines # of Gas Lines Plumbing/New Residential: # of Water Closets Plumbing Repair - Residential or Commercial Occupancy Type: Residential Commercial Industrial Total Square Footage: Construction Type: # of Stories: # of Dwelling Units: Flood Zone: (FEMA form required for other than X) Parcel #: 31 31 o 5 O C) D 6 (Attach Proof of Ownership & Legal Description) Owners Name & Address: IS 1 (0 S - SIJ iM M E911 A.' lit S,4t,40Rf Phone: Contractor Name & Address: � A P" t� H 90VE— � State License Number: Phone & Fax: Bonding Company: Address: Mortgage Lender: Address: Contact Person: Phone: Architect/Engineer: Phone: Address: Fax: Application is hereby made to obtain a permit to do the work and installations as indicated. I certify that no work or installation has commenced prior to the issuance of a permit and that all work will be performed to meet standards of all laws regulating construction in this jurisdiction. I understand that a separate permit must be secured for ELECTRICAL WORK, PLUMBING, SIGNS, WELLS, POOLS, FURNACES, BOILERS, HEATERS, TANKS, and AIR CONDITIONERS, etc. OWNER'S AFFIDAVIT: I certify that all of the foregoing information is accurate and that all work will be done in compliance with all applicable laws regulating construction and zoning. WARNING TO OWNER: YOUR FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOUR PAYING TWICE FOR IMPROVEMENTS TO YOUR PROPERTY. IF YOU INTEND TO OBTAIN FINANCING, CONSULT WITH YOUR LENDER OR AN ATTORNEY BEFORE RECORDING YOUR NOTICE OF COMMENCEMENT. NOTICE: In addition to the requirements of this permit, there may be additional restrictions applicable to this property that may be found in the public records of this county, and there may be additional permits required from other governmental entities such as water management districts, state agencies, or federal agencies. Acceptance o rmit is verification that 1 will notify the owner f the property of the requirements of Florida Lien Law, FS 713. rZ00� Signatureof O_ n�ent_ ate Signature of Contractor/Agent Print Owner/Agent's Name nature ofNotary Siate Y �q 1Selo # CC 92180 l to : March lel �� � o ��,rG,,.; r � .�r a4• NotatV- -:..a U Owner/Agent is _.Pe onally Known to a or ✓Produ ed ID� M 140 ? 'Z'1 Print Contractor/Agent's Name Date Signature of Notary -State of Florida Date Contractor/Agent is _ Personally Known to Me or Produced ID APPLICATION APPROVED BY: Bldg: p� Zoning: Utilities: (Initial & Ik) (Initial & Date) Special Conditions: FD: (Initial & Date) (Initial & Date) CITY OF SANFORD BUILDING -DIVISION OWNERIBUILDER AFFIDAVIT CONSTRUCTION CONTRACTING Owners of property when acting as their own contractor and providing direct, on:;ite supervision themselves of all work not performed by licensed contractors, when building or improving farm outbuildings or one -family or two-family residences on such property for the occupancy or use of such owners and not offered for sale or lease, or building or improving commercial buildings, at a cost not to exceed $25,000, on such property for the occupancy or use of such owners and not offered for sale or lease. In an action brought under this part, proof of sale or lease, or offering for sale or lease, of any such structure by the owner -builder within 1 year after completion of same creates a presumption that the construction was undertaken for purposes of sale or lease. This subsection does not exempt any person who is employed by or has a contract with such owner and who acts in the capacity of a contractor. The owner may not delegate the owner's responsibility to directly supervise all work to any other person unless that person is registered or certified under this part and the work being performed is within the scope of that person's license. For the purposes of this subsection, the term "owners of property" includes the owner of a mobile home situated on a leased lot. To qualify for exemption under this subsection, an owner must personally appear and sign the building permit application. State law requires construction to be done by licensed contractors. You have applied for a permit under an exemption to that law. The exemption allows you, as the owner of your property, to act as your. own contractor with certain restrictions even though you do not have a license. You must provide direct, onsite supervision of the construction yourself. You may build or improve a one -family or two-family residence or a farm outbuilding. You may also build or improve a commercial building, provided your costs do not exceed $25,000. The building or residence must be for your own use or occupancy. It may not be built or substantially improved for sale or lease. If you sell or lease a building you have built or substantially improved yourself within 1 year after the construction is complete, the law will presuare that you built or substantially improved it for sale or lease, which is a violation of this exemption. You n,a.y not hire an unlicensed person to act as your contractor or to supervise people working on your building;-. 1.1. is your responsibility to make sure that people employed by you have licenses required by state lave ,,rid. by county or municipal licensing ordinances. You may not delegate the responsibility for supervising work to a licensed contractor who is not licensed to perform the work being done. Any person working on your building who is not licensed must work under your direct supervision and must be employed by you, which means that you must deduct F.I.C.A. and withholding tax and provide workers' compensation for that employee, all as prescribed by law. Your construction must comply with all applicable laws, ordinances, building codes, and zoning regulations. I,�E- = MPd,do hereby state that I am qualified and capable of performing the requested construction involved with the permit application filed. I will assume full responsibility as an Owner/Builder Contractor, and will personally supervise all work allowed by law on the permitted structure. - ,f& 9. T,-/ a0c) Owner/Buil er ignature Date Print Owner/Builder Name -03 i­nawre of' Notary—State oflorida Date = — �- +D1 �� JO ANN ?t. J01;NSON MY COMA .S£wt+ p CC 921608 * ot" • FXniRFS'23.21f v. Owner is Personally' Known to Me or has � Usk T I'rxluirclll)�L.lx_-I_rv�.l_'-I�o-�4o•�i_Ci4 5l�—'`:F`�— -- -- T vp nn nn G 2 L i N �✓� �' 04� a � 1 c� T vp nn nn G 2 L i N �✓� �'