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1776 Hangar Rd - 96-0009007 (1996) (SANFORD AIRPORT AUTHORITY) (ALPHA FLIGHT SERVICES) (INTERIOR REMODEL) DOCUMENTS12710 _:fi1c/-onSa,4-, Rc.4- qZONEDATE CONTRACTOR ADDRESS 22 PHONE # LOCATION 7 OWNER ADDRESS PHONE # PLUMBING CONTRACTOR ADDRESS PHONE # i ELECTRICAL CONTRACTOR ADDRESS PHONE # a Q MECHANICAL CONTRACTOR ADDRESS PHONE # MISCELLANEOUS CONTRACTOR ADDRESS SEPTIC TANK PERMIT NO. SOIL TEST REQUIREMENTS FINISHED FLOOR ELEVATION REOUIREMENTS ARCHITECTURAL APPROVAL DATE: SUBDIVISION: PERMIT # — qQ / - JOB Olt 221 2 COST S4 FEES (q9, 60 STATE NO. FEE S FEE $ d0 FEES 1p"1 U LOT NO. BLOCK: SECTION: SOUARE FEET: 1 Q MODEL: OCCUPANCY CLASS: INSPECTIONS TYPE DATE OK REJECT BY FEES ENERGY SECT. r•. EPI: CERTIFICATE OF OCCUPANCY ISSUED # DATE: _ FINAL DATE 11 Certificate of Occupancy Addendum Owner: Alpha Flight Services Address 1776 Hanger Road Date 6/ 10/98 Reason for disapproval: none Conditional Agreement; 1. Replace dead tree at front of new addition. 2. Contractor is responsible for irrigation of seeded and landscaped areas. All landscaping which does not survive, must be replaced. Thanks, Bob Walter I 13 CERTIFICATE OF OCCUPANCY REQUEST FOR FINAL INSPECTION DATE OF C.O. STARTED: ADDRESS: CONTRACTOR:A0rk d_^efA CHECK BELOW TYPE OF C.O. fto Commercial Interior Remodel: y IWi060V1~ New Commercial: New Industrial: New Single Family Residence:_ New Multiple Family Residence:_ New Apartments:_ The Building Dept. has prepared a certificate of occupancy for the above location and is requesting a final inspection by your department. After your inspection, please contact to the Building Department to sign -off on the Certificate of Occupancy, or submit a certificate of occupancy addendum if it has been denied. Your prompt attention will be appreciated. Thank you. DISTRIBUTION LIST: Engineering: Fire Department: Public Works. Utilities/Cross Connection: Zoning:_ L. I CERTIFICATE OF OCCUPANCY REQUEST FOR FINAL INSPECTION DATE OF C.O. STARTED: 6 '. /" er• CONTRACTOR: i CHECK BELOW TYPE OF C.O. Commercial Interior Remodel: New Commercial: New Industrial: New Single Family Residence:_ New Multiple Family Residence: _ New Apartments:_ iQu d Nic J The Building Dept. has prepared a certificate of occupancy for the above location and is requesting a final inspection by your department. After your inspection, please contact to the Building Department to sign -off on the Certificate of Occupancy, or submit a certificate of occupancy addendum if it has been denied. Your prompt attention will be appreciated. Thank you. DISTRIBUTION LIST: Engineering: Fire Department: Public Works:_ Utilities/Cross Connection:_ Zoning:_ CITY OF SANFORD, FLORIDA PERMIT NO- I b I I DATE LZ v THE UNDERSIGNED HEREBY APPLIES FOR A PERMIT TO INSTALL THE FOL. LOWING ELECTRICAL WORK: OWNER'S NAME Mark Const.l A112ha Flight Services ADDRESS OF JOB1776 Hanger Road, Sanford Florida ELEC. CONTR- Simplex Residential —Non-residential X Subj ryles-and-rstg lotions of the city and national electric codes. Number AMOUNT Ak ration Addit' a air OL Eange f Service Residential ommercial Mobile Home Factor Built liousinjz New Residential 0-100 Amp Service 101-200 Amz Service 201 Amp and -above e Commercia4 Amp Service Application Fee I' TOTAL II oy signing tnis application I am stating I will be in compliance with the NEC including Article 110, Section 110.9 and 110-10.' Building Official Master Electrician STATE COMPETENCY NO.tpyoco-f l8 CITY OF SANFORD FIRE -DEPARTMENT FEES FOR SERVICES PHONE f• 407-322-4952 DATE: -2 PERMIT Oi : b r I l BUSINESS ADDRESS: PHONE NUMBER:( ) PLANS REVIEW TENT PERMIT BURN PERMIT REINSPECTION TANK PERMIT FIRE SYSTEM AMOUNT D • © O COMMENTS: Fees must be paid to Sanford Building Department,300 N. Park Avenue, Sanford, Florida. Phone # 330-5656. Proof of payment must be made to Sanford Fire Prevention before any further services can take place. V J Sanford Fir Prevention I certify that the above information is true and correct and that I will comply with all applicable codes and ordinances of the City of Sanford, Florida. licantfnature CERTIFICATE OF OCCUPANCY REQUEST FOR FINAL INSPECTION DATE OF C.O. STARTED: L • /— I r ADDRESS: CONTRACTOR: CHECK BELOW TYPE OF C0CommercialInteriorRemodel. New Commercial: New Industrial: New Single Family Residence:_ New Multiple Family Residence:_ New Apartments:_ 14 AOV000t.R„J The Building Dept. has prepared a certificate of occupancy for the above location and is requesting a final inspection by your department. After your inspection, please contact to the Building Department to sign -off on the Certificate of Occupancy, or submit a certificate of occupancy addendum if it has been denied. Your prompt attention will be appreciated. Thank you. DISTRIBUTION LIST: Engineering: Fire Department:_ Public Works:_ Utilities/ Cross Connection. Zoning:_ g39, 5D DAILY INSPECTION LOG PROJECT: t - r vi C-eb DATE: 6 3_ g& Hail q G e / r- r / o +7 7 ' o! o 0 n v/• s432dIn,,., s as a - i C,2 O.E 64 C I'lor co ' r s nsRctor' s Signature: CERTIFICATE OF OCCUPANCY REQUEST FOR FINAL INSPECTION DATE OF C.O. STARTED: 4 - /0- 76Y ADDRESS: - CONTRACT OR: CHECK BELOW TYPE OF CO. Commercial Interior Remodel. New Commercial: New Industrial: New Single Family Residence:_ New Multiple Family Residence:_ New Apartments:_ Qa'd/A i• The Building Dept. has prepared a certificate of occupancy for the above location and is requesting a final inspection by your department. After your inspection, please contact to the Building Department to sign -off on the Certificate of Occupancy, or submit a certificate of occupancy addendum if it has been denied. Your prompt attention will be appreciated. Thank you. DISTRIBUTIOLIST: Engineering: Fire Department:_ Public Works:_ Utilities/ Cross Connection: Zoning:_ CITY OF SANFORD, FLORIDA APPLICATION FOR BUILDING PERMIT J ro a J U 7 v O 1 a o PERMIT ADDRESS 1776 Hangar Rd. PERMIT NUMBER I(9— / O / pw -S~2 G .c90 do Total Contract Price of Job I:3fii/C/ O tJf,) Total Sq. Ft. 10,020 Describe work In Flight Services (construction) Type of Construction Type 1 Flood Prone (YES) (NO) Number of Stories One Number of Dwellings N/A Zoning R1-1 Occupancy: Residential N/A Commercial _N/A Industrial X LEGAL DESCRIPTION (please attach printout from Seminole County) TAX I.D. NUMBER OWNER i ADDRESS CITY ha Flight Services 6360 Hazeltine Nat Orlando TITLE HOLDER ADDRESS CITY Inc. nal Drive STATE Florida IF OTHER THAN OWNER) STATE PHONE NUMBER 407/851-8368 ZIP ZIP BONDING COMPANY Guignard Co. ADDRESS P. 0. Box 180817 CITY Casselberry STATE Florida ZIP 32718 ARCHITECT Advanced Visual Concepts, Ltd. ADDRESS 6265 West Sample Rd., Suite 198 CITY Coral Springs STATE Florida ZIP 33067 MORTGAGE LENDER ADDRESS CITY STATE ZIP CONTRACTOR Mark Construction Co. PHONE NUMBER 407/831-6275 ADDRESS 1969 Corporate Square Dr. ST. LICENSE NUMBER CGCO01227 CITY Longwood STATE Florida ZIP 32750 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, PLUMBING, MECHANICAL, SIGNS, POOLS, ETC. OWNER'S AFFIDAVIT: I certify that all the foregoing information is accurate and that all work will be done in compliance with all applicable laws regulating construction and zoning. A COPY OF THE RECORDED COPY OF THE NOTICE OF COMMENCEMENT WILL BE POSTED ON THE JOB SITE WITH PERMITS NO LATER THAN SEVEN (7) DAYS AFTER THE PERMIT HAS BEEN ISSUED. FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOU PAYING TWICE FOR THE 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 REQUIREMENTS OF FLORIDA LIEN LAW, FS713. ignature of Owner/Agent & Date Alpha Flight Services, Inc. Type or Print Owner/Agent Name Davids Signatua of Notary & Date Official Seal) 400T CHEM& A TALAMAS 4 X-i miwioMyComn CQ405689 Expires Sep. 07, 1998 t Bonded by HAI 800-422.1 as natu THE OWNER OF THE PROPERTY OF m o fD o n v ctor & Date M n 1< Mark Const uct on Co. v, c z Type or Print Contractor's Name v 0 PEDlip D. Jorfe nse o m ature of Offici 1 Seal )PRGCI LLA T. VALENINE 1 IXNotaryPublic - State of Florida My Commission Expires Aug 6, 1999 0 Commission #CC 486282 ro Of R / Application Approvedr? GBY: Date: G FEES: Building I3-1. Rado Police ire Open Space Road Impact LiL Application PERMIT VALIDATION: CHECK ASH DATE all BY ORIGINAL (BUILDING) YELLOW (CUSTOMER) PINK (COUNTY TAX FFICE) GOLD (CO. ADMIN) ro n O O. C n r+ 0 a THIS APPLICATION USED FOR WORK VALUED $2500.00 OR MORE a H M H.W. "BILL" SUBER, CIA, ASA TERRY GOEMBEL, CFE Seminole County Property Appraiser TERRY P. MANFRE, CFE, ASA ADMINISTRATIVE DIRECTOR SEMINOLE COUNTY SERVICES BUILDING APPRAISAL DIRECTOR 1101 EAST FIRST STREET SANFORD, FLORIDA 32771 TELEPHONE (407)321-1130 EXT 7506 FAX (407)330-9542 April 1, 1996 . Sanford Building Department Post Office Box 1788 Sanford, Florida 32771 Attention: Gary Winn Ref: Exempt Status for Property Used for Airport Operations Dear Mr. Winn, Under current guidelines, property that is being used exclusively. for normal operations of the airport is tax exempt. The new terminal, concourse, departure building and welcome center fall within these guidelines and would therefore be exempt from taxation. This office requires that the Airport Authority provide updated information regarding exemption status and use of property on an annual basis. This assists in ensuring proper compliance with current laws and regulations. The property mentioned above should be included on all such reports, in the future. ` If you have any additional questions, please feel free to contact this office. Sincerely, H.W. "Bill" Suber, CFA, ASA Seminole County Property Appraiser Cindi L. Robinson, CFE Customer Service/Exemption Supervisor CITY OF SANFORD, FLORIDA PERMIT NO.-9 6 10 1 b DATE o2/57/576 THE UNDERSIGNED HEREBY APPLIES FOR A PERMIT TO INSTALL THE FOLLOWING H.A.R.V. MECHANICAL EQUIPMENT: OWNER'S NAME 4144 FC: 61#7" `5 2 v/C&-S; ADDRESS OF JOB I Z74 IiTN6 2 0ek MECHANICAL CONTR. A/, C00y',7-0-P-T Wd , :VNC. RESIDENTIAL COMMERCIAL Subject to rules and regulations of Sanford mechanical code. Master Mechanical COMPETENCY CARD NO. CITY OF SANFORD FIRE -DEPARTMENT FEES FOR SERVICES PHONE #: 407-322-4952 DATE: D' J6 PERMIT #:%—Zwo BUSINE S NAME: A I ho ru. ADDRESS: PHONE NUMBER:( ) PLANS REVIEW TENT PERMIT BURN PERMIT REINSPECTION TANK PERMIT FIRE SYSTEM AMOUNT D oo COMMENTS: ,JcS+A I I S P r- "3 K le- r- IZ Fees must be paid to Sanford Building Department,,300 N. Park Avenue, Sarjford, Florida. Phone # 330-5656. Proof of payment must be made to Sanford Fire Prevention before any further services can take place. x 1i Sanfor ire Preventio I certify that the above information is true and correct and that I will comply with all applicable codes and ordinances of the City_of Sanford, Florida. CITY OF SANFORD, FLORIDA APPLICATION FOR BUILDING PERMIT I r b 4J U O N a x 0 PERMIT ADDRESS ( 1 % H Total Contract Price Qf Job Describe Work --rh- o Type of Construction iu Number of Stories Occupancy: Residential g16 yo. v-D PERMIT NUMBER Total Sq. Ft. Flood Prone (YES Number of Dwellings Zoning _ Commercial Industrial LEGAL DESCRIPTION 51 (please tprintout from Seminole County) TAX I.D. NUMBER OWNER ADDRESS CITY TITLE HOLDER ADDRESS CITY IF OTHER THAN OWNER) BONDING COMPANY ADDRESS CITY ARCHITECT ADDRESS _ CITY MORTGAGE ADDRESS CITY LENDER STATE STATE STATE STATE STATE PHONE NUMBER ZIP ZIP ZIP ZIP 4R CONTRACTOR ( I'(vV (.- IfV J 'Ir) N C PHONE NUMBER 83 3 19 ADDRESS (D) ST. LICENSE NUMBER CITY STATE P— ZIP 3 — 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, PLUMBING, MECHANICAL, SIGNS, POOLS, ETC. OWNER'S AFFIDAVIT: I certify that all the foregoing information is accurate and that all work will be done in compliance with all applicable laws regulating construction and zoning. A COPY OF THE RECORDED COPY OF THE NOTICE OF COMMENCEMENT WILL BE POSTED ON THE JOB SITE WITH PERMITS NO LATER THAN SEVEN (7) DAYS AFTER THE PERMIT HAS BEEN ISSUED. FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOU PAYING TWICE FOR THE 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 REQUIREMENTS OF FLORIDA LIEN LAW, FS713. fD U1 N Signature of Owner/Agent & Date Signature of Contractor & Date 0 ^ Pr v F h ( ( M M 1--• 1< Z Type or Print Owner/Agent Name Type or Print ntractor' Name o awl — Signature E O t of Notary & Date Signatur6 of Notary & Date Official Seal) o. , is ty&Jy ,1St ta of Flaridt I R CINDY L. JORDAN My Came. Exp. May 31,1088 0 Comm. Na CC 378888r O' or r` ro Y E ad ro c Z • N .-I row C O u O 4J u a O d >+ Z 0. E4 Application Appr7l BY: Date: j I FEES: Building — Rad Police Fire Open Space Road Impact Application PERMIT VALIDATION: CHECK CASH DATE BY ORIGINAL (BUILDING) YELLOW (CUSTOMER) PINK (COUNTY TAX OFFICE) GOLD (CO. AD,MIN) S. dON THIS APPLICATION USED FOR WORK VALUED $2500.00 OR MORE FIRE PROTECTION BY COMPUTER OE5I GN l t : 1.L{.)C1C) j { l L1t l l>C : V :. i . C> : . Uci j r r r V r (OC. : 00. 0. 00) C)C,c_j (C,C tij ! ! ! ! ! (C>C C i (GC>t i C Gj rr,rr r WWWWWW wwwwwww wwwwWw WWWWWW WWWWWWW wwwWww WWWWWW wwwww iw WWWWWW WWWWWW WWWWWWW ,.,.. WWWWWW WWWWWW r,:. WWWWWWW ;.. : ,i•..: •.:•. : •. wwwwww WWWWWW WWWWWWW ,. Wwwwww WWWWWW i.:, ,:, .:•..:•. :•..,:•. WWWWWWW ...:. . r,. .:•.:. , WWWWWW WWWWWW WWWWWWW .,.,.,.,.....,.,.,.,.,.,.. WWWWWW wwwwwww f..:..:..:.,..:..:..:..,..:..... wwwwwwwww :...:...:..: ,..,.:..: .,..:. wwwwwww WWWWWWW . WWWWW wwwww WWWWWWW wwwwwwwwWWWWWWWWwwwww WWWWWWWWWWWWWWWWWWWWW WWWWWWwwwwwwwWwwww WilwwwwWWWWWWWWWwww wwwwwwwwwwww WWWWWWWWWwww FIRE TURNS US ON ! W I G I NTON FIRE S'R 1 NKLE R5, INC. 450 SOUTH COUNTY RG. 427 } n LON6WUOD, • FLORIDA 32750 407- 631-3414 R * -rt * •k• it •rr * * •r iF tr •k •ik 9r •)t •k •r •)r• •R *• * •rr • •rr s •fr -i -!r •R s 4.71•tc.>tX#!•#iE4*+.1F##ib*•#iFiEifili,#u•###+likiE!•iF r1{•1E1i•liF•i•*it+k•iE•rft#ft•#•!+i•###R•ies.#ii•+i•ir:•k•rc r PROJECT NAME: ALPHA FLIGHT SERVICEt CONTRACTOR: MARK CONSTRUCTION CO. D/A LOCATION: TRAY ASSEMBLY AREA y w SYSTEM NO. 1 l CONTRACT NO. SECC c r6,-Ri!#'R'ih1lil 1F 1t it It lF i!•Rt.'It'R•1t*r#1Eil it iF#*7C#•##h•#•#iEil1!•}c+F•i!•#tfF it iE#fr it f:•Rl4 t•1c#1F!#i!1!1•#1Ft•R +t .: pk% vv! WIGINTON FIRE SPRINKLERS. INS. LUNGWOOV, FLUB I OW 32150 407-8SI -3414 HYDRAULIC DESIGN INFUHMHTION SHEET NAME - ALPHA FLIGHT SERVICES DOTE - Oi2e9b LOCATION - TRAY ASSEMBLY AREA BUILDING - 1776 HANGER ROAD, SANF=ORD, FL. SiiS i EIS NU. - 1 CONTRACTOR - MARK CONSTRUCTIO14 CO. LU V"i R1-1L F Nu. - y62 CALCULATED by - M. FERvUSON DRAWING NU. - 1 Or 1 CONSTRUCTION: t ) COMBUSTIBLE (X) NON-CUNbUST 1 OLE CEILING HE i 0HT 3-0 OCCUPANCY - FOOD PREP BUILDING S I (X)NFPA 13 ( )LT. HAZ. ORD. HPZ.GP. (X)1 t )S ( )b t )EX.HHZ. Y 1 ( ) NFPA 231 ( ) NFPA 231 C FIGURE LURVE S I( )OTHER T 1( )SPECIFIC RULING MADE BY LN-iE t M I AREA OF SPRINKLER OPERATION 1500 1 SYSTEM TYPE SPRINKLER/NUZZLE I DENS I TY-GPM/Ft ^2 . 15 1 (X) WET mAKE RELIABLE D I AREA PER SPRINKLER VARIES I ( ) DRY MODEL 64, 6 E I ELEVATION AT HIGHEST OUTLET S 1 ( ) DELUGE SITE 1/2" S I HOSE ALLOWANCE GPM -INSIDE 100 1 ( ) PREACT i ON K-FACTUK 5. 6d I 1 RACK SPRINKLER ALLOWANCE C I ( ) 1 ENP. RH i . 165 G I HOSE ALLOWANCE GPM -OUTSIDE 150 1 NJ I I NOTE CALCULATION I GPM REQUIRED 576.89 PSI REUU I RED 40.586 SUMMARY 1 C-FACTOR USED: OVERHEAD 120 UNDEROROUND 15t. W I WATER FLOW TEST: I PUMP DATA: I TANK OR RESERVUlk: A 1 DATE OF TEST 1 1 CAP. T I TIME OF TEST I RATED CAP. C 1 ELEV. E 1 STATIC (PSI) 56 1 @ PSI c; I R 1 RESIDUAL (PSI) 36 1 ELEV. C) I WELL I FLOW ( GPM) 1010 1 1 PKOUF F LOW GPPI S 1 ELEVATION C) I 1 U P I LOCATION : AT NEAREST HYDRT. ON SITE H• I L I SOURCE OF INFORMATION Y 1 C: I COMMODITY CLASS LOCATION O 1 STORAGE HT. AREA AISLE W. M 1 STORAGE METHOD: SOLID PILED ti PHLLETIZED is kALK ?- i I t ) SINGLE ROW ( ) CONVEN. PALLET ( ) AUTO. STUkkuE ( ) tNckw. S 1 R I ( ) DOUBLE ROW ( ) SLAVE PALLET ( ) SUL 1 D SHELF i , Nofq T' H I i ) MUL"i . ROW i ) OPEN SHELF U 1 C R I K 1 FLUE SPACING LLEHKANLE : STOHQGE 10 LE 1 L I NG 1 I i LONGlTUDINAL TRANSVERSE E i I HURIZQNTAL BARRIERS PROVIDED: UNITS - DIAMETER (INCH) LENGTH (TOUT) HLOW(o ml PRESSURE iVa1) H'AbE C i:r: W1GINTON FIRE SPRINKLERS, INC. Water Supply Curve I 1 Static Press. = b6. (100 PS I i I I Resid. Press. = 36. P'Si I 1 I Re=- i d. Flaw = 1010. QQQ GF'M I I Press Available at ------------------------------------I I 576.89 GPM , i 48.903 PSI I I 1 I 1 I I I v i 1 Safety Margin I i 1 8.317 PSI ------- ) I , i v Flaw Available at Demand I 1 x <-------------> <----- 877.37 GPM I 1 \ \ \ I Safety Margin I 1 \ \ \ 1 300. 48 GPPI I Total System \ \ I i I Demand \ \1 , 1 576.89 GPM \ 1 I I 40.58 PSI \ 1 i I I I 1 I , 1 WIVINTUN FIRE SPRINKLERS, INC. JOB- ALPHA F L I GHJ' SERVICES JOB NV- 962V2 -1 DmTE w 2e9n PHGv FITTING NAME TABLE ABBREV. NAME Alarm Valve B butterfly Valve C Roll Groove D Dry Pipe Valve E 901 Stanaard Elbow F 45' Elbow G Gate Valve H Kennedy Wafer Check Va. I Grooved Cneck Valve J Central Shotgun Valve K 901 Ned i um Turn Elbow L 907 Long Turn Elbow M Grooved 90 E 1 1 N Grooved 45 Ell O Grooved Tee P Viking Deluge Va 0 Detector Check Valve R Reliable Deluge Va S Swing Check Valve T 901 Flow - Tee or Cross U Milwaukee ButterballL Va V CPVC Tee Branch W CPVC Tee Run X CPVC 90, E11 Y CPVC 45' E11 WIGINTON FIRE SPRINKLERS, IwC. Joe- ALPHA FLIGHT SERVICES Jo§ Nu- 56202 -1 §A,E o1c 2a6 PPUE 9 NODE ELEVATION SPRINKLER PRESSURE FLOW NOTES NO. FT.) K-FACTOR PSI) U.S.GPM) 1 9.00 11.4 e 9. CPO 12.6 3 9.00 16.7 9,00 l5.3 5 9.00 21.4 G 9,00 23.5 7 9. 00 10. 0 8 9.00 11.0 9 9.00 14.7 10 9.00 17.0 11 9.00 16.8 12 9.00 24.2 13 9.00 11.5 1A# 9.00 13.6 15 9.00 16.9 16 9.00 E 5.1 17 9.00 25.8 18 9,00 26.5 19 9.00 26.5 1A 9.00 5.62 10.§ 18.5 20 9.00 26.7 21 5.00 27.8 9.00 28.6 23 9.00 29.6 aA 9.00 5.62 11.6 113.2 3A 9.00 15.62 15.s 22.1 A 9.00 5.62 16.0 23.8 SA 9.00 5.62 19.9 e5,1 GA 9.00 5.62 22.4 26.G 7A 9.00 5.62 9.5 17.4 8A 9.00 5.62 10.2 17.5 9A 9.00 5.62 13.6 20.7 BR 2.00 33.9 100.Q TR 9.00 30.7 10A 9.00 5,6e 15.8 2L-.3 11A 9.00 5.62 17.5 23.5 IZA 9.00 5.6a 2e.6 26.7 13A 5.00 5.62 11.2 16.6 14A 9.00 5.62 1.2.6 19.e 15A 9.00 5.62 17,E 23.5 UG1 0.00 39.9 ciTY 0.00 40.5 150,0 Max velocity of 17.17 occurs in the pipe FROM 5 TO 6 wiGi)vTo)v F'IkE SPRINKLERE, Ir,C. JOB- ALPHA FLIGHT SERVICES JOB NO- 62k.)a 1 Qk t HYU. oa DIA. FITTING PIPE Pt Pt REF C" or FTNG' 6 p'e Pv NOTES PO I NT ut Pf /F Eqv. Lr). i'U"( AL Pf Pr) 18.59 1. 049 1 E 2. 00 a. 50 1 . 10. 94 K = S. 6e IA C= 12C1 Ct. 00 2. i,i_; V. OC k-;. (?0 18. 59 0. 1 133 0. 00 4. 5t) 0. 51 Q. 0C) Ve l 6. jk ; 1 18.59 11.45 K 5.4-13 19. 22 1. 049 IT 5. OC 50 11.69 11. 69 r, = 5. 6 2A C=120 0. VC) 5. OC) Q. 00 0. C C) 19. 22 0. 1213 0. C)C 7.50 0. 91 0. 00 Vet 7. 1 a 19.22 12.60 K 5.415 22. 1 6 1. 049 IT 5. 00 2.50 15.57 15. 5 Y K = 5. 6.: 31; C=1`C) 0. VC 5. 00 0. VC Q. (.)() 22. 18 0. 1586 C). 00 7. 50 1.113 Q. 00 Vet 6. 2s 3 22.16 16.76 K 5.41'3 23. 87 1. 049 1'T 5. C 0 B. 50 18. 03 18. 0 5 K = 5. 6e 4A C=120 Q. 00 5. QO 0. 00 0. (PC) 23.87 0.1813 0. OU 7. 50 1.36 Q. 00 Vet 6. do 4 a3. 87 19. 3`3 K 5. 4e- 1 2-5. 11 1. 049 IT 5. `t) 2. 50 19.96 1*ii. `fib K = 5. 62 5A C=120 0. 00 5. 00 0. 00 G. (-)C 25. 11 0. 1986 0. 00 7.50 1 . 4'-:1 C). C: Ve 1 9. 3e 5 25.11 21. 4J f. 5.422 E6. 61 1. 049 IT J. C t) 2. (A) LL. 41 22. 4 1 f'. = 5. 6e 6A C= 120 0. OC) 5. C)!_) C. (H:) Ci, t)C ) 26. 61 0. E214 0. QO 7. 00 1.5b Q. 0,:) Vel 9. 66 6 26.61 2L.•. 06 Y. 5 . 4-E. 17. 40 1. C 49 1 E c. C). c. 50 5y 9. 5•3 K = 5. 6c: Y A C=120 C). C)t ; c. C)C) Ci, Cn_) I. t )t; 17. 40 G. 1 00 Q C). OC) 4. 5t.) Q. 45 C) . OC Ve 1 6. 40 UNITS - DIAMETER INCH) LENGTH FOOT) FLOW GPM) PRESSURE WIGINTON FIRE SPRINKLERS, WC. JOB- ALPHA FLIGHT SERVICES JOB NO- 96202 1 DMTE 012,90 PAGE 6 HYD. oa DIA. FITTING PIPE Pt Pt REF C" or ETNGIS Pe . Pv NOTES 4_.--, POINT of Pf/F Eqv. Ln. TOTAL Pf Pn 7 17.40 10.04 K = 5.4 W 17.99 1.049 1" 5.0o 2.50 10.25 10.2b K = 5.Ge eH C=120 0.00 5.00 O.vo 0.Q0 17.99 0.1066 0.00 7.50 0.60 0.00 Vel 6.66 8 17.99 11.05 K = 5.41l 20.79 1.049 IT 5.o0 2.5O 13.66 13.68 K = 5.G: 9A C=120 0.00 5.00 0.00 0.00 20.79 0.1400 0.00 7.50 1.06 0.00 Vel 7.7a: 9 20.79 14.73 K 5.417 22.38 1.049 1T 5.00 2.50 15.86 15.66 K = 5.Ge- 10A C=120 0.00 5.00 0,00 0.00 22.38 0.1600 0.00 7.50 1.20 0.00 Vel 8.3! 10 22.38 17.06 K 5.418 23.56 1.049 1T 5.00 2.50 17.57 17.57 K = 5.62 11A C=120 0.00 5.00 0.00 0,00 23.56 0.1760 0.00 7.50 1.32 O.0v Vel 6.7& 11 23.56 16.69 K 5.4a1 26.77 1.049 1T 5.00 2.00 22.69 20.69 K = 5,6a 12A C=120 0.00 5.00 0.00 0.00 26.77 0.2228 0.00 7.00 1.56 0.00 Vel 5.59 12 26.77 24.25 K 5.406 18.86 1.049 1E 2.00 3.50 11.27 11.z7 w = 5.W 13A C=120 0.00 2.00 0.00 0.00 18.86 0.1163 0.00 5.50 0.64 0.00 Vel 7.oe. 13 18.66 11.51 K 5.#es UNITS - DIAMEYER INCH) LENGTH WOOT) ELUW WPM PkLs ur, iPSI WIG1NTON Mkt SPRINI:LERb, 11`4L. JOB- ALPHA FLIGHT SERVICES JOB NO- 96202 1 Dk-FE v i a.:96 F'i4GE 7 HYD. 0a D I A. F I TT I Nv PIPE Pt Pt REF C" cor FTNG' S Pe Pv UTtS -k++ o-m ; F'uINT Qt Pf/F Eqv. Lr. TOTAL F•r Rr, 19.98 1. 04'.it 1 T 5. C 2.50 1 a. 64 12. bN K = 5. 6a 14A C=12C Q. Oct 5.00 C. Ov Q. $Xf 19. 93 Q. 12•y3 0. GC 7. 5C 0. 97 Q. C C VeI 4.: 14 19. 95 13.61 k, = 5.415 23.59 1. 049 IT 5. uu 2. 50 17.62 17. 62 h = 5. 6D 15A C=120 Q. 00 5. C C Q. uC G. 00 23. 59 0. 1760 0. C 4 7. 50 1 . JL 0. Gt Ve 1 6.76 15 23.59 16.94 K 5.4e-Q 16. 59 1. 049 0. C C 10. C b 11. 4=P 11. Aft; 1 C=120 0. CIO C. CPO C. C C Q. C G 16. 59 0. 1140 Q. C C 10. ub 1.15 0. 00 Ve 1 6. 9u 19. 22 1. 049 0. C C 9. 6y 12. 60 12. 6. c C=120 0. C G C. C CP Q. OC Co. Coco 37. 61 G. 4231 C. C C 9.83 4.16 C. 00 Ve1 14. C ti 2. 16 1. 330 0. CIO 10. Qa 16. 76 16.76 3 C=12C Co. VC 0. QQ t+. Coco C,. C,C 59. 99 0. 260,1iii Q. OC 10. 06 2.63 0. C>C Vet 12.87 23. 66 1. 610 0. C C 9. GC 1 ti. 39 19. 35 4 C=1 2C C>. C cj Q. C C c:>. C,Ci OC 63. 85 G. 2268 0. 00 9. C C> 2. 06 U. C'_1 Ve 1 1::. 21 2 5. 1 1 1.610 V. QC) 6.75 21.45 21. HJ J C= 120 / Cl. OQ 0. QO Co. Ov Q. 00 106. 96 Q. 3715 Co. GC 6.75 2.51 0. Ov Vel 17. 17 26. 61 6. 067 IT 1 C. UC 5. 4a 2:3. 136 23. `je 6 C=120 Cf. C C 1 Co. QC, C;. QO Co. C C, 1.:,5. 57 Q. 1647 C). CQ 15. 4a 2. 5,+ v Vet 12. 96 18 135.57 26. 50 N, r,. 3. 4 17.40 1. 049 C. C'.. 1 G. 05 10. 04 1 C. J4 7 C=12C Cl. OkJ Co. CDC' Q. C C, C,. C;!; 17. 40 0. 1 001 C1. C1 1 !!. C a 1 . 01 C Ve t t•. 4t• 17.S9 1. 049 C. C',.i y. b.s 1 1. C 5 1 1 . ! S G= 120 / Co. C,t_i C,. C C 35. 39 Co. 374 , C. t_e y. 5:; S. 6d C). (_'_) 21 1 Z. . 14 UNI-iS -- DIAMETER INCH) LENGTH rOUT7 FLOW iGFvI.i F,RE,5SURE fr'-Si? WIGINTUN 1- IEEE 5FRD,4KLERS, ir,C. JOB- ALPHA FLIGHT SERVICES JUB No- 13b2va -1 L'HTL G12e96 f-AbE y HYD. oa DIA. FITTING PIPE Pt Pz REF C" car- FT vG' S Pe Pv Rtir fiil it R NOl t5 R++, POINT at Pf/F Eqv. Ln. TOTAL Pf Pr) 20. 79 1.380 0. OQ 10. u8 14.73 14. 73 7 C= 1 `C) Q. (It.) Q. SIC, i, titj Q. (.,PC) 56. 18 G. 2311 0. OQ 1 l). 06 2. 33 0. Cl_) Ve I = 1 i:. Ot5 22. 36 1. 61 Q 0. 00 3. QQ 17. 06" 1 1. 06 10 C=12C) G. QQ 0. GC) Q. GC C-) 78. 56 0. 203:3 C). CIO 1y. OQ 1.83 C. Ov Ve l = 1 li. 36 23. 56 1.610 2E 8. U). 8.25 16. 89 18. 8-3 11 C=120 Q. O 6. CIO C. QQ 0. C )C' 102. 12 0. 3255 0. 00 16.25 5.36 Q. UC Vet = 16. 09 26. 77 2. 067 1T 10. CIO 5. 4,i: 24. 25 24. 2=p 12 C=120 0. CIO 10. GC) 0. CIO G. C , 126. 69 C). 1504 0. QQ 15.42 2. 32 Q. OQ Ve 1 = 1 a. 32 19 1=8. 89 26. 57 K - zeb. 007 18. 86 1. 049 1 E 2. uU 12.58 11. l91 11. 'y l 13 C=120 C). CIO 2. UC Q. v i C). Q i 16.86 0.1165 0. C)C) 14.56 1. 70 u. O) Vet = 7. )v 19. 98 1. 049 0. C:) 12. 00 13.61 1:3. 61 14 C=12C) 0. C 4 0. C C 0. CIO 0. GC) 36.84 0.4441 0. Ou Ia. 00 5.33 Q. C. Vei = 14. 4 23. 59 1. 380 1 E 3. 00 13. C)C) 18.94 16.94 15 C=120 IT E. CIO y. CIO 0. QQ 0. Qk.-) 62. 43 0. 2613 0. GC 22. 00 6.19j 0. Ok Vei 0. CIO 1.610 C). C)C) 5.75 25.13 25.13 16 C=120 Q. GC) 0. CIO U. OCI C. CIO 62. 43 0. 1321 y). l!> J. 7=, 0. 76 0. L)'_) Ve1 = 1. 64 Q. CIO 2. 067 IT 1 Q. 0Q 12. 58 25.69 25. 61y 17 C=12C, C. QC , 10. 00 k i. 00 0. C) ) 62. 43 Q. 0394 0. C)L) 22.56 0. 89 l. Ov VeI ct) 62. 43 26. %a K = 12. Ot,4 135. 57 4. 26C) C). C)c) 1.3. 00 6. 5'_) VG. 5 ) 16 C=1 `ii CP. t,t) t i. Gi) Cl. 00 C). t i! p 135. c / 0. 00:53 CW) 1 .S. ':>> i Y e 1 l t, 128.69 4. 260 0. t!) 12. 7`9 a r- I E6. _ / is C=120 V. 00 r,, (:)!i t,. (.ri, Q. Crtj 264,46 0. 0164 0.':)G 12. 751 Q. 21 c:) V e I UNITS DIAMETER INCH) LEr':UTH r DUT) rLUw PRE-: -UkE '.BSI:) 4iiGi roN FIRE LpkimKnEks, mc. . JOB- ALPHA FLIGHT SERVICES JOB NO-- 96202 -1 DkTE C 229b PAM HYU. Qa D I A. FITTING PIPE F't Pt REF C" or FTHOI 'S Pe Pv MUTES +++' :• PUINT ut Pf/F Eqv. Ln. TOTAL Gr Pn 62.43 4.260 IN 6.96 33.50 26.16 26.76 20 C=12 0. 00 6.56 0.00 0.00 326.89 0.0249 0.00 42.46 1.06 00 Vel = 7.16 0. 00 4.260 1 M 6.96 22.50 27.84 27.64 21 C= 120 U. GC 6.96 0.00 0.00 326.89 0.0247 0.00 31.46 0.76 U. Uu Vel = 3c, 0. 00 4.260 1 M 8.96 33. 92 28. 6c Eqs. SE C=120 0.00 6.96 0.00 V. QQ 326.89 0.0247 0.00 42.88 1.06 0.00 Vel = 7.36 0.00 4.260 1 M 8.96 32.00 29.66 29.66 213 C=120 0.00 6.96 0.00 i0. 00 326.89 0.0249 0.00 40.96 1.02 0.00 Vet = 7.36 0.00 4.260 0.00 9.50 30.70 30.70 TR C=120 0.00 0.00 0.03 0.00 326.89 0.0252 0.00 9.50 0.24 0.00 Vel = 7. 3b 1 00. 00 6.357 2L 22.63 i. O 31.97 32.97 Us = Iwo NR C=120 0.00 22.63 5.67 O. QO Fixed Loss = +5. 0 426.89 0.0054 0.00 27.63 0. 15 0.00 Vel = 4. 3e 0. 00 6.060 IL 13.76 65.00 39.99 39.913 UG 1 C=150 1 T 45.87 59.64 0.00 0.00 426.89 0.0048 0.00 i24.64 0.60 O.OQ Vel = 4.72 1 50. 00 stet = 150. 00 CITY 576.89 40.55 K = y0.5J4 FIRE PROTECTION eY COMPUTER OES I Giv C:.. ..:C+:.. C C C C t C C l C C :. : C C C'.L C t>t C C. . C)C)c:)C + j (C i GC C : . C C+ : . 0 i j V ( Oct. : Oct. : C+. C G) (000) (C+C j ! !)) !) (C)0 ,j (C C+t+) (0 i) WWWWWW WWWWWWW wwwwww WWWWWW WWWWWWW Wwwwww WWWWWW WWWWWWW WWWWWW WWWWWW WWWWWWW WWWwww WWWWWW :. :... WWWWWWW ,:.:.. wwwwWW WWWWWW .,., WWWWWWW ,.,.,., WWWWWW WWWWWW :.., .,.,.,.,.. ..:... WWWWWWW .,.... ...,.,.,:. .,:... WWWWWW WWWWWW .,.,.,.,.,.,.,.,.,.,.,.,., WWWWWWW:,.,.:,...:..:,:,.•..•,:,:,.:,:, WWWWWW WWWWWWW f.:.:, ,: •.:,..:..:..: WWWWWWWWW :..:.: _.: •. ,.:•. ,:..,:. wwwwwww WWWWWWW WWWWW wwwww WWWWWWW WWWWWWWWWWWWWWWWWWWWW WWWWWWWWWWWWWWWWWWWWW WWWWWWWWWWWWWWWWWW WWWWWWWWWWWWWWWWWW WWWWWWWWWWWW WWWWWWWWWWWW F I FEE TURNS US ON ! W I G I NTON FIRE SF' R I NKLE RS, INC. + 450 SOUTH COUNTY RO. 4 7 R F LONGbJUGli,r"LUh I T;=) 3270 k 407--6 31-3414 ` — tiF t # •ir •)o •R # t •i• •air it it • •k •)t it •k •)e• •R •ir i+ •k •r s •tr - f •k• •k s r \\ r, k1l•R•Ri!#•It#it lr*t.1F##1F X1Ei74•##f##i!R#R###iE iF#1k iE lr#+-i•###1!•riFt R####t, ib##•+.1r ii•#f. a ic 11 -#<F PROJECT NAviE: ALPHA FLIGHT SERViCt--; ' CONTRACTOR: MARK CONSTRUCTION CO. G/A LOCATION: TRAY ASSEMBLY AREA y 4 SYSTEM NO. 1 R CONTRACT NO. 56202 f fC•1E iElF•##1r 1F iF i'iR'iCi. it lF t.#•*#•k!t#fF#4R##F1l•Rir#iF iR•#tiiE it##•It#iF###t4l4#1t#i,-1r##1R•##Rt#i.4 R• WIGINTON FIRE SPRINKLERS. INL. LUi,JGWUOO, FLORIDA 3' 2 ;` O 4u7-6;31 -3ti14 HYDRAULIC DESIGN I NFUHinHT I ON SHEET NAME - ALPHA FLIGHT SERVICES LATE - 012;i 96 LOCATION — TRAY ASSEMBLY AREA BUILDING — 1776 HANGER ROAD, SANF=ORD, FL. SYS*i Em Nu. — 1 CONTRACTOR — MARK CONSTRUCTION CO. CUNTRHLT Nu. — •=o620c' CALCULATED BY - M. FER6USON DRAwIv6 NU. - 1 Or 1 CONSTRUCTION: t ) COMBUSTIBLE (X) NON-CUMOUST 1 BLE CE I L I PPiG HE 1 UH-i y- _ OC LUPANC:Y - FOOD PREP, BUILDING S I (X) NFPA 13 ( ) LT. HAZ. ORD. HAZ. VP. (X)1 ( ) 2 ( ) 5 ( ) EX. HAL. Y I ( )NFPA 231 ( )NFPA 231C FIGURE CURVE 6 I( )OTHER T 1 ( ) SPECIFIC RULING MADE BY DATE t hl 1 AREA OF SPRINKLER OPERATION 1500 1 SYSTEM TYPE SPRINKLER/f4ULZLE 1 DENSITY-GPM/Ft-"E .15 1 (X) WET MAKE RELIH8LE D I AREA PER SPRINKLER VARIES I ( ) DRY MODEL Gy, 6 E I ELEVATION AT HIGHEST OUTLET 9 I ( ) DELUGE SIZE 1/2" S I HOSE ALLOWANCE GPM -INSIDE 100 1 ( ) PREALT i Ofj K-F1= CTUR `.i. 6,e I I RACK SPRINKLER ALLOWANCE r_ i t ) I EpjP. RH T. 165 6 1 HOSE ALLOWANCE GPM -OUTSIDE 150 I N I I NOTE CALCULATION 1 GPM REQUIRED 576.89 PSI REUU I RED 40. 56E SUMMARY I C-FACTOR USED: OVERHEAD 120 UNDER6ROUNO 15o W 1 WATER FLOW TEST: I PUMP DATA: 1 TANK OR RESERVOIR: A 1 DATE OF TEST I I CAP. i I TIME OF TEST I RATED CAP. C 1 ELEV. E I STATIC (PSI) 56 1 Co P5 I k. I R I RESIDUAL (PSI) 36 1 ELEV. C) I WELL I FLOW ( GPM) 1010 1 1 PROUF FLOW GENII S I ELEVATION 0 I I U P I LOCATION : AT NEAREST HYDRT. ON SITE P. I L I SOURCE Or INFORMATION Y I C I COMMODITY CLASS LOLA'1' 1 ON O 1 STORAGE HT. AREA AISLE W. M I STORAGE METHOD: SOLID PILED Y: PHLLETIZED V. kkLr, SINGLE ROW ( ) CONVEN. PALLET ( ) AUTO. STORHoE ( i tint: 4 . S I R I ( > DOUBLE ROW ( ) SLAVE PALLET ( ) SUL I D SHELF ) Nufv T 1 A 1 t ) MUL"i . ROW OPEN SHELF u i C R I K 1 FLUE SPACING CLEARANCE : STONNGE l O CEILING 1 i 1 LONGITUDINAL TKAiASVERSE E 1 1 HURIZONTAL BARRIERS PROVIDED: UNITS - DIAMETE.R (INCH) LENVTH (r-Ou-E) FLOW (G'MJ PRESSURE iFSi) I WIGINTON FIRE SPRINKLERS, INC. AbE t C c: Water Supply Curve I 1 Static Press. = 56. 000 Ps I I I I Resid. Press. = 36. OtK psi i 1 I Res i d. Flew = 1 t 10. 000 I Press Available at -------------------------------------I I 576.89 GPM I 46.903 PSI I I I I 1 I I I v i I Safety Margin 1 I 1 8. 317 PSI -------) I I I v Flaw Available at Demand I I x (-------------> (----- 877. 37 UP11 I I Safety Margin 1 I \ \ \ 1 300. 48 GPM I I Total System \ \ I i I Demand \ \1 I 576.89 GPM \ 1 1 I 40. 58 PS I \ 1 I i 1 I I I I WIb1NfUN FIkt SPRINKLERG, 1"L. JOB- ALPHA F L I UHT SERVICES JOB NV- 'yi 2va - i DHTE O i 2e9w PAG= ZN FITTING NAME TABLE ABBREV. NAME A Alarm Valve B Butterfly Valve C Roll Groove D Dry Pipe Valve E 9G' Stanaard Elbow , F 45' Elbow G Gate Valve H Kenneay Wafer Check Va. I Grooved Check Valve J Central Shotgun Valve K 901 Medium Turn Elbow L 90' Lang Turn Elbow M Grooved 90 E11 N Grooved 45 E 1 1 O Grooved Tee P Viking Deluge Va 0 Detector Check Valve R Reliable Deluge Va S Swing Check Valve T 90' Flaw - Tee or Crass U Milwaukee ButterbaliL Va V CPVC Tee Branch W CPVC Tee Run X CPVC 90, E 1 i Y CPVC 45' E 1 1 i a WIGINTOW FIRE SPRINKLERS, Iwc. Job- ALPHA FLIGHT SERVICES JUB Nu- 96202 -1 UA,E olc ea6 PPUE 9 NODE ELEVATION SPRINKLER PRESSURE RLUW NOTES NO. FT.) K-FACTOR PSI) U.S.GPM) 1 9.00 11.4 e 9.00 12.6 3 9.00 16.7 4 9.00 1a.3 5 9.00 21.4 G 9.00 23.5 7 9.00 10.0 6 9.00 11.0 9 9.00 14.7 10 9.00 17.0 11 9.00 16.5 12 e.00 24.2 13 5.00 11.5 14 9.00 13.6 15 5.00 16.9 16 9.00 25.1 17 9.00 25.a le 5.00 26.5 19 9.00 26.5 lA 9.00 5.62 lO.S 18.5 20 9.00 26.7 21 5.00 27.6 22 9.00 28.6 23 5.00 25,e aA 9.00 5.62 11.6 119.z 3A 9.00 1.5.6a 13.3 22.1 4A 9.00 5.62 16.0 a3.a SA 5.00 5.62 19.5 25.1 GA 9.00 5.62 22.4 26.6 7A 9.00 5.62 9.5 17.4 aA 9.00. 5.62 10.2 17.5 9A 9.00 s.62 13.6 20.7 BR 2.00 33.9 100.0 TR 9.00 30.7 10A 9.00 5.6a 15.8 ze.3 11A 5,00 5.62 17.5 23.15 12A 9.00 5.62 22.6 26.7 13A S.00 5.62 11.2 16.6 14A 9.00 5.62 12.6 19.5 15A 9.00 5.62 17.6 23.5 UG1 0.00 39.9 CITY 0.00 40.5 150.0 Max velocity of 17.17 occurs in the pipe FROM 5 IO 6 wIGINTON FIRE 6PRINKLER5, INC. JOB- ALPHA FLIGHT SERVICES JDB NO- 962V2 1 VHrE ol2s9w PAbu s HYD. Da DIA. FITTING PIPE Pt Pt REF C" or FTNGIS Pe Pv Noyes -----, POINT Ot Pf/F Eqv. Ln. TUTAL Pf Pn 18.59 1.049 1E 2.00 2.50 10.94 10.54 K = 5.6e 1A C=120 0.00 2.00 0.00 0.UO 18.52 0.1133 0.00 so 0.51 0.00 Vel B.00 1 18.59 11.45 K 5.453 19.22 1.049 1T 5.00 2.50 41.69 11.65 K = 5.6a 2A C=120 0.00 5.00 0.00 0.V0 19.22 0.1213 0.00 7.50 0.91 0.00 Vet 7.1a 2 19.22 12.60 K 5.4!5 22.18 1.049 1T 5.00 2.50 15.57 15.57 K = 5.% 3A C=120 0.00 5.00 0.00 0.00 22.18 Q.1586 0.00 7.50 1.19 0.00 Vel 6.e3 3 22.18 16.76 K 5.419 23.87 1.049 1T 5.00 2.50 18.03 16.03 K = 5.6e 4A C=120 0.00 5.00 0.00 0.00 23.87 0.1813 0.00 7.50 1.&6 0.00 Vel B.&D A 23.87 19.39 K 5.4,1 25.11 1.049 IT 5.00 2.50 19.96 19.9b K = 5.ea 5A C=120 0.00 5.00 0.00 Q.QO 25.11 0.1986 0.00 7.50 1.49 0.00 Vel 9.3- 5 25.11 21.45 K = 5.402 26.61 1.049 IT 5.00 2.00 22.41 22.41 K = 5.6z GA C=120 0.00 5.00 0.00 0.v0 26.61 0.2214 0.00 7.00 1.50 0.00 Vel 5.66 G 26.61 23.56 K 5.4a6 17.40 1.049 1E 2.00 2.50 s.5j 9.55 K = 5.6e 7A C=120 0.00 E.00 Q.00 O.oe 17,40 0.1000 O.Ov so 0.45 0.00 vel 6.4t:, UNITS DIAMETER INCH) LENGTH FOOT) PLOW UPM) PRESSURE (ws w WIGINTUN FIRE SPRINKLERS, !NC. JOB- ALPHH FLIGHT SERVICES JOB NO- 96202 1 LH'i t C+1 'i, H -1Gt G HYD. Da D I A. FITTING P I i:,E Pt Pt FIEF C" or F'TNG' S FEE Pv POINT Gt Pf/F Eqv. Lr. TOTAL Pf Pri 7 17. 40 10. 04 K 1 / . 99 1. 0413 IT 5.00 R. 50 10. 25 1 L. LJ K = 5. D,? 6H C=12C 0.00 5. C U 0. vc c„ti, 17. 99 Q. 1066 t. QQ 7. 50 C). 8t: 0. 00 Vel 6.66 b 17.99 11. Otj K 5.411 a0. 79 1. 049 IT 5. 01 2. 50 13.66 1:3. 68 K = 5. o 9A C=1i C+ 0. C,C 5. 00 O. Gt 4. CIO 20. 79 0. 1400 0. 00 7.50 1 . 0:5 Q. 00 Ve l 7. 7:: 9 20.79 14.73 K 5.417 B2. 38 1. 049 IT 5. 00 2. 50 15.86 15. 6e K = 5. 6d 1 CIA C=12G Co. C+C 5. Ov u. Ut:, 0. ;C, 22.38 G.1600 i.00 7.50 1.20 Q. 00 Vet 6.31 10 22.38 17.06 K 5.416 23. 56 1. 049 IT 5. 00 C. 50 17. 57 17. 57 K = 5. 6L 1 1 A C=1 et 0. 00 5. QQ C. Gu u. GC V.S. 56 0. 1760 0.00 I. 50 1.32 Q. Ov Vel 6. 7J 11 a3.56 16.89 b.4,f1 26. 77 1. 049 1 .r 5. 00 2. C l 22.69 ate. 69 K = 5. 6,f 1: A C=12C C+. C C+ 5. C C+ C. C+C+ Q. C+C 26. 77 C. 2228 C. C+: 7. 00 1.56 0. O0 Ve1 D. `yw 1 2 26.77 a4. 2b 5. 4 JG 18.86 1. 049 lE 2. 0: 3. 50 11.27 11. i:7 r. = 5. 6 1 :if i C= 120 0. C+C, E. 00 Q. (+C C. (.)Cp Is. 66 Q. 1163 0. : --) 5.5'" v. 6-0 0. t'.+ 1 7. ! Ir + 13 18.86 11 . 91 5. 4riJ UN11S - DIAmETER INCH) LENGTH FOUT) FLUW LPfl) H'KCJ-an Ui<G k-, WIGINTON FIRE SPklhi;iLEK,, liJC. JOB- ALPHA FLIGHT SERVICES JOB NO- 96202 1 DATE C 12a:96 PAGE HYD. Qa D I A. FITTING P I PE Fit Pt REF local or FTivG' S Pe Pv vuTLS ++ PuINT ut PfiF Eqv. Ln. TOTAL Pf; Pro 19.98 1. 04'-;f 1 T 5. 00 2. 50 1 a. 64 12. 64 K = 5. 6,-: 14A C=120 Co. C C 5. 00 i . t t 0. SX1 19. 96 C. 1 293 C. C U 7. 50 C. 97 u. C C Ve 1 7. 4a 14 19. 96 13.61 F. 5.415 3. 59 1. 049 IT 5. 00 2. 50 1 7. 62 17. GC K = 5. 62 15A C=12C Q. C C 5. C C 0. C C Cf. 00 23. 59 G. 1760 C. 00 7. 50 1 . 312 C. C C Vel 8.76 15 23.59 16.94 K 5.4dQ 16. 59 1. 041J Q. C C 10. 06 11. 4=) 11. ti5 1 C=120 Co. C O C. C C C. t 4 Q. C C 16. 59 C. 1 140 C. C C 1 Q. Cis 1.15 0. Qu Ve 1 6. y 19. 2iR 1. 049 0. GC 9.63 1 c. 60 1 a. 6. 2 C=120 Q. C G Co. C C G. 00 G. C10 37. 61 O. 4231 C. C C 9. 6s 4.16 0. C_ Ve1 14. Q,+ 22. 16 1. 360 G. Gt 10. 06 16.76 16.76 3 C=120 G. C C Q. C C+ Q. GC Co. C C 59. 99 0. 2601y C. C C 10. C b 2.63 0. Ov VeI 1a. 67 23. 66 1. 610 Co. C C 9. C C 1 `y. 39 19. 3-:4 4 C=120 G. C C Co. 0 Q. C10 Co. C (c 83. 65 Co. 2288 u. Ut 9. 00 2.06 U. Qv V e t 13. 21 25. 11 1. 610 C). C C 6. 75 21.45 21.45 5 G-120 Cf. C v Co. C C Co. (PC) C). C i 108. '96 C. 3718 Co. C C 6.75 2.51 0. Ov Ve 1 1 i . 17 26. 61 2. Q6 7 IT 10. C C 5. 4a 23. 96 2,s. 1=16 6 C=12G Co. QC) 1 Co. 00 Q. Coco Q. t ii 1 1: 5. 57 Co. 1647 0. 00 It,. 42 2. 5,+ kJ. C)Q Ve1 1 . `gib 16 135.57 26. J1 F'. a6. .5.14 17. 40 1. 049 C. C)") 1 Q. 06 1 u. 04 1 .). .4 7 C=12C C. C i Cf. C Cr C, QQ Co. C O 17. 40 C. 1001 C. C(_ ) 1 :. C 5 1 . 01 Ve l 6. 4tz, 17. 59 1. 049 C. Co.") Ss 1 1 . CJ5 1 1. l J 6 C=12i_o Q. C,t; Q. 00 0. IL10 i:P. 35. 35p V. 374:/ C). i Q 9. 8 6 3. 66 itCo. clo V e l 1 L1. 1 4 UNITS - DIAMETER INCH) LENGTH FOU'f) FLOW iVP411, PRESSURt :i, 4 WIGINTON FINE SPRINKLERS, WC. JOB- ALPHA FLIGHT SERVICES JUB Nu- 162W 1 DATL W 2296 PA66 y HYD. Qa D I A. F I TT 1 N6 PIPE Fit Pt REF C" or F'T vG' S Pe Pv NUYLS i...,ww. POINT ut Pf/F Eqv. Ln. TOTAL Pf Pro 20.79 1.380 0.00 10.08 14.73 14.73 5 C=120 0.00 0.00 0.00 0.00 56.16 0.2311 0.00 10.06 2.30 Q. Qv Vel 10.05 22. 38 1. 610 l). C)c) 9. QQ 17.06 1 /. OE) 1 t C=1 a0 Q. 0c 0. 00 0. Q0 co 76.56 0.2033 0.00 9.00 1.83 0. Ov Vel 12.36 23.56 1.610 2E 8.00 8.25 18.89 16.8'-l 11 C=120 0.00 8.00 0.00 0. 0 102.12 0.3296 0.00 16.25 5.36 0.00 Vel 16.09 26. 77 2.067 1T 10.00 5.40 24. E5 24. E=p 1 iR C=1 Ei + 0.00 10.00 0.00 0. Q 1 128.89 0.1504 0.00 15.42 2.32 O.Ov Vel 12.3 19 128.89 26.57 K 25.007 18. 66 1.049 1 E 2.00 12.58 11.91 11.21 13 C=120 0.00 2.00 0.00 0. 0 18.86 0.1165 0.00 14.56 1.70 0.00 Vel 7. Qv 19.98 1.049 0.00 12.00 13.61 13.61 14 C=120 0.00 0.00 0.00 0.00 38.64 0.4441 0.00 12.00 5.3i 0.00 Vel 14.42 23. 59 1.380 1 E 3.00 13.00 16.54 16.94 15 C=120 1 T 6.00 9.001 0.00 0. 00 62.43 0.2813 0.00 EE.00 6.19 0.00 Vei 13.3'y 0. 00 1.610 0.00 5.75 25.13 25.13 16 C=12 0.00 0.00 0.00 0. 04 62.43 0.1321 0.00 5.75 0.76 O.Ov vei 0.64 0. 00 2.067 IT 10.00 W. 55 25.89 2b. W 17 C= 1 0 0.00 1 0. tie , ii. 00 0. 0 62.43 0.0394 0.00 22.58 0.82 O. O Vel 9 i C) 62. 43 26.76 K 12. 0w4 1 35. 57 4.260 0.00 1 3. 00 26.500 LG. J :) 16 C= 120 l i , i. O , 0.00 i , t k , 135.57 0.0053 0. 0vo 13.00 U.01 u. Ou v e l 3. Oz. 128. 89 4.260 0.00 12.79 26.57 00.57 is C=120 0.00 0.00 U. 00 0. Q-e 264-46 0.0164 0.00 10.79 0.21 Q. QQ Vel 5. ` -:1 UNITS -- DIAMETER INCH) LEWTH rO.IT) FLUW 1.7G-'M PRE; SWE vwsl! ww wroo FIRE SPRINKLENS, INC. JOB- ALPHA FLIGHT SERVICES JOB NO- 96202 -1 DHTE 01229b F' 64 HYU. Qa A I A. FITTING PIPE Pt Pt REF C" Or FTNG' S Pe Pv NUTES --- PUINT fit Pf/F Eqv. Ln. TOTPL Pf Pr 62.43 4.260 IN 6.96 33.50 26.76 26.76 60 C=1 E(--) t. 00 6.96 0.00 G. 0f.) 326.89 0.0249 0.00 4E. 46 1.06 0.00 Ve 1 = 7. 1t, 0. 00 4.260 1 M 8.96 EE. 50 27.84 27.64 21 C=120 0. 00 8.96 00 10. 00 326.69 0.0247 0.00 31.46 0.76 0.00 Vet - 1. 3r, 0. 00 4.260 1 M 8.96 31.90 26.60 E6. 6E EE C=120 0.00 6.96 0.00 0 0. 00 3E6.69 0.0247 0.00 4E.66 1.06 0.00 Vel = 7.36 u. 00 4.260 1 M 8.96 32.00 29.66 2w. 66 E:, C=12 0.00 6.96 0.00 0. 0f i 3E6.89 0.0249 0.00 40.96 1.02 0.00 Vel = 7.36 0. 0 4.260 0.00 9.50 30.70 30. 7 i- TR C=120 0.00 0.00 2.03 0.00 326.89 0.0252 0.00 9. 5Q 0.24 0.00 Vel = 7. 36 100.00 6.357 EL EE.63 5.OQ 31.97 33.97 Goa = 1 ,,) 8R C=120 0.00 EE. 63 5.67 O. VO Fixed LOSS = +t. k l 426.69 0.0054 0.00 27.63 0.1b t. 0v Vel = 4. 3; 0. 00 6.080 IL 13.76 65.00 39.99 35.913 UG 1 C=150 1 T 45.87 59.64 0.00 00 0.00 426.89 0.0048 0.00 i24.64 0.60 0.00 Vel = 4.72 150. 00 Ua = 150. UL CITY 576.89 40.55 K = 90. 5b4 13. Simplex 46Simplex ALPHA FLIGHT SERVICE FIRE ALARM SYSTEM 01 /05/96 ITEM MODEL DESCRIPTION A 4002-8001 FIRE ALARM CONTROL PANEL 9:L'7;Z. B 2081 9 18 AH BATTERY C 2099-9754 SINGLE ACTION PULL STATION D 2098-9201 PHOTO SMOKE DETECTOR 2098-9211 BASE FOR ABOVE E 4098-9401 HEAT DETECTOR F 2098-9649 DUCT DETECTOR HOUSING 2098-9806 REMOTE TEST STATION 2098-9797 SAMPLING TUBE 49" G 2088-9007 RELAY H 4903-9219 24 VDC AUDIBLE/VISIBLE i 4904-9137 24 VDC VISIBLE J BATTERY CALCULATIONS TO BE FURNISHED AT A LATER DATE SSimplex U L, U LC Listed FM, N.Y.C. MEA* Approved FEATURES: UL Listed for NFPA 71 and 72 Applications FM Approved Electrical Signaling System FM Approved for Automatic Release Control including Sprinkler, Preaction/Deluge and Fixed Extinguishing Systems 8 to 32 Style B or Style D Initiating Device Circuits 2 to 6 Style Y or Style Z Notification Appliance Circuits 5 to 15 Amp Power Output Multiple Form "C" Alarm and Trouble Auxiliary Contacts Switch Selectable Programming of System Functions Municipal Master Box or Reverse Polarity City Connections One Person Alarm and Trouble "System WALKTEST"** Supervised Standby Batteries with Automatic Charger Supervised Serial or Hardwired Remote Annunciator Connections Selectable Alarm Verification Module Removal Supervision Alarm/Trouble Resound Earth Ground and Brownout Supervision Supervised Fan Control Operation with Feedback Optional Interface to 4120 Network INTRODUCTION: The Simplex 4002-8001 is a microprocessor -based Fire Alarm Control that can be custom programmed to meet specific application and local code requirements. Programming is accomplished within the panel with an on -board programmer utilizing simple dip switch settings. The Central Processing Unit (CPU) continuously scans each module for status changes and provides supervision of the system wiring, module placement, and normal switch positions. Alarm and trouble conditions are indicated on the operator's panel by the tone -alert and alarm or trouble LEDs. Operation of the Life Alarm Fire Alarm Systems s Fire Alarm Controls 6-UNIT SIZE 4002-Series 4-UNIT SIZE Alarm Silence Switch" or the "Trouble Silence Switch" silences the tone -alert, but the alarm or trouble LEDs remain illuminated until all conditions return to normal. Accepted for use - City of New York Department of Buildings - MEA 35-93-E. Walktest is protected by Patent Number 4,725,818. 1995 simplex Time Recorder co. Publication S4002-0002-12 3-95 CENTRAL PROCESSING UNIT AND OPERATOR INTERFACE PANEL INTERNAL MODULE DESCRIPTIONS CPU MODULE (4002-7000 SERIES) Eight Style B or Style D Initiating Device Circuits Two Style Y or Style Z Alarm Indicating Appliance Circuits (2 Amps @ 24VDC) Two SPDT Auxiliary Alarm Relays (Fused). Contacts rated at 2 Amps @ 30 VDC or 30VAC Resistive) One SPDT Auxiliary Trouble Relay Contact Rated at 2 Amps @ 30VDC or 30VAC (Resistive) Trouble Output (150 mA @ 24VDC) Supervised Annunciator Output per Zone (120 mA @ 24VDC) CITY CIRCUIT: 24VDC Remote Station (reverse polarity), local energy, shunt master box or a simple form "C" contact output Compatible with Digital Alarm Communicating Transmitters (DACT) LED INDICATORS Yellow System Trouble Yellow Notification Appliance Circuit Trouble for each Circuit Yellow City Trouble Yellow Annunciator Circuit Trouble Yellow Power Trouble Yellow Earth -Ground Trouble Green AC Power On Red Alarm for each Zone Yellow Trouble for each Zone Yellow Signals Silenced CONTROL SWITCHES System Reset Alarm Signal Silence Trouble Signal Silence Manual Evac (Drill) City Connection Circuit Disconnect Auxiliary One Bypass Auxiliary Two Bypass TONE -ALERT Alarm — Tone -alert pulses at a march time rate. Activating the alarm silence switch silences the tone -alert. Trouble — Tone device on continuously. Activating the trouble silence switch silences the tone -alert. POWER SUPPLY (BASIC) 5 amps @ 24VDC output for system operation BATTERY CHARGER: Compatible with Sealed Lead -Acid or NICAD Batteries Regulated and Over -Current Protected FOUR -WIRE SMOKE DETECTOR POWER OUTPUT: 2.0 amps @ 24VDC filtered power for 4-wire Smoke Detectors Output is interrupted when system is reset SUPERVISED REMOTE INPUTS: Alarm silence System reset 2 INTERNAL MODULE DESCRIPTIONS (continued) INITIATING DEVICE CIRCUITS (4002-5000 SERIES) Eight- and Four -Zone Expansion Modules provide a maximum system capacity for thirty-two (CPU + 24) Style B or Style D Zones Alarm & Trouble LEDs per zone Capable of supporting 2-wire smoke detectors plus normally open contact devices (pull stations, heat detectors) Supervised remote annunciator connection (120 mA max @ 24VDC) NOTIFICATION APPLIANCE CIRCUITS (4002-4101) Dual -Signal Circuit Module provides a maximum system capacity for six (CPU + 4) Style Y or Style Z circuits Each circuit rated at 2 amps @ 24VDC Supervised for wire -to -wire shorts, opens and grounds Transient Protection Trouble LEDs AUXILIARY ALARM RELAYS (4002-3001) Four relays per module CPU controlled DPDT Contacts rated at 2 amps @ 30VDC or 30VAC (Resistive) or 0.5 amp @ 120VAC Resistive) One contact of each relay is fused 3 INTERNAL MODULE DESCRIPTIONS (continued) HARDWIRED AUXILIARY RELAY MODULE (4002- 3002) Four relays per module SPDT contacts rated at 2 amps @ 30VDC or 30VAC (Resistive) or 0.5 amp @ 120VAC Resistive) Coils draw 10 mA @ 24VDC per relay AUXILIARY ALARM RELAYS (4002-3003) Four relays per module CPU controlled Two SPDT contacts rated at 10 amps @ 30VDC or 120VAC (resistive) or 1 amp @ 120VAC (inductive) Two DPDT contacts rated at 2 amps @ 30VDC or 30VAC (resistive) 0.5 amp @ 120VAC (resistive) ZONE DISCONNECT MODULE (4002-0102) Four individual switches per module to electrically disconnect zones from the system"` INTERNAL MODULE DESCRIPTIONS (continued) TRANSIENT SUPPRESSION MODULE (4002-0103) Protects four Style D initiating device circuits from high -voltage transients MOV/Gas discharge technology COMBINATION TRANSIENT SUPPRESSION/ DISCONNECT MODULE (4002-0104) Protects four Style B or Style D initiating circuits from high -voltage transients Provides four individual switches to electrically disconnect the respective initiating circuits from the 4002 control panel TRANSIENT SUPPRESSION MODULE (4002-0105) Protects four Style B initiating device circuits from high -voltage transients Sandwich" -style module, mounts behind initiating devices circuits being protected MOV/Gas discharge technology 5 INTERNAL MODULE DESCRIPTIONS (continued) BATTERY METER MODULE (4002-0115) Indicates battery voltage and charging current Voltmeter (0-50VDC) Ammeter (0-10 AMPS) FAN CONTROL MODULE (4002-0113) Two circuits per module for On/Off/Auto operation of fan or damper control circuits Three -position -maintained switch per circuit Red "OFF' LED per circuit Green "ON" LED per circuit Yellow "TBL" LED per circuit Two supervised outputs ("OFF' & "ON") per circuit for controlling 24VDC relays (150mA @ 24VDC max.) Feedback points for positive indication of on/off status of remote device. EXPANSION POWER SUPPLY (4002-0110) Filtered Five amps @ 24VDC output for standard peripheral devices 6 INTERNAL MODULE DESCRIPTIONS (continued) EXPANSION POWER SUPPLY (4002-0111) Filtered and regulated Five amps @ 24VDC output for peripheral devices which require ± 5% regulation. 4002/2120 COMMUNICATOR MODULE (4002-0120) Provides network communication with host Simplex 2120 Multiplex System. Provides Input/Output, alarm, trouble and control via DC communication or RS-232 communication circuits. Provides 4002 Local Mode Operation in the event of communication failure. Style 4 or Style 6 Signaling Line Circuit Operation 4002/2120 STYLE 7 COMMUNICATION INTERFACE MODULE (4002-0121) Provides for Style 7 Signaling Line Circuit Operation when used with the 4002-0120 Communicator Module above. Refer to Simplex publication S2120- 0030 for more details. STANDBY BATTERIES (2081- SERIES) Rechargeable Sealed Lead -Acid Immobilized Electrolyte Lead -Calcium Grid Structure Dual -Seal Design Low Self -Discharge Characteristics Refer to Data Sheet S2081-0006 for Detailed Description) b rr 7 BASIC PROGRAMMABLE OPERATING FUNCTIONS DIP SWITCH -SELECTABLE IN NON-VOLATILE MEMORY) OFF 1 ON System Walk Test 2 Temporal Code Alarm Verification 3 Selective Code Selective Signaling 4 Simple Code Waterflow/Sprinkler Supervisory 5 Alarm Silence Inhibit March Time Code 6 Indicating Appliance Circuit Cutout Manual Evacuation 8 SYSTEM WALK TEST — Activating an Initiating Device will cause the Indicating Appliances to signal a Simple Code (Zone Number) without actuating the municipal connection or auxiliary alarm outputs and will then automatically reset. Momentarily opening an Initiating Device Circuit or an Notification Appliance Circuit will cause the Notification Appliances to operate for 4 seconds, thereby testing electrical supervision of the installation wiring. ALARM VERIFICATION — Activation of any smoke detector will cause the Fire Alarm Control panel to begin its Alarm Verification Cycle. The control panel will retard the activation of the alarm for approximately 30 seconds. If during this alarm retard period any smoke detector from another zone or any manual station, heat detector or waterflow switch activates, the alarm will be confirmed. If a second device does not activate during the retard period, the control panel will reset and begin a 120-second confirmation cycle. During the confirmation cycle, should any device activate on any zone, the alarm will activate. Should the verification cycle end without incident, the panel will return to its normal state. SELECTIVE SIGNALLING — The Selective Signal feature provides four special operating modes for the two notification appliance circuits on the CPU. 1. Both circuits on continuously until system is silenced. 2. Notification Appliance Circuit 1 on continuously until system is reset. Circuit 2 will be silenced by the Alarm Silence switch. 3. Notification Appliance Circuit 1 march times until system is reset. Circuit 2 will be silenced by the Alarm Silence switch. 4. Both circuits on continuously until system is reset. WATERFLOW — A waterflow device on Zone 7 activates all Notification Appliance circuits. The Alarm Silence Switch will be disabled for Notification Appliance Circuit 2 while a flow switch is activated on Zone 7; all other circuits are silenceable. SPRINKLER SUPERVISORY — Opening a normally closed gate valve supervisory switch connected to Zone 8 will flash the Zone 8 red LED and continuously activate the tone -alert. Activating the Alarm Silence Switch will silence the tone -alert while maintaining Zone 8 red LED continuously on. Restoring the gate valve supervisory switch to normal will cause the Zone 8 red LED to extinguish. MARCH TIME CODE — Causes the Notification Appliance Circuits to operate at a cadence of 120 or 20 beats per minute. TEMPORAL CODE — Causes the Notification Appliances to pulse .5 second on, .5 second off, .5 second on, .5 second off, .5 second on, 2.5 seconds off, then repeat. SELECTIVE CODE — Removes the latch circuit from Zone 1 to allow for the use of coded Initiating Devices. SIMPLE CODE — Causes the Notification Appliance Circuit to continuously signal the zone number. For example, an activated Initiating Device on Zone 2 causes the Notification Appliances to pulse twice. Zone 3 causes the Notification Appliances to pulse 3 times. Zone 23 causes the Notification Appliances to pulse 2 long, pause and 3 long pulses. ALARM SILENCE INHIBIT — Disables the Signal Silence and System Reset Switches for 1, 3 or 5 minutes. NOTIFICATION APPLIANCE CIRCUIT CUTOUT — Automatically switches off the Alarm Notification Appliances after they have operated for 10 minutes. MANUAL EVACUATION — Enables the "Manual Evac" switch to activate all Notification Appliance Circuits. 8 EXPANDED SIMPLEX PROGRAMMING (ESP) GENERAL: The use of Expanded Simplex Programming, (ESP) can cause the selective operation of the system's control points as a result of an alarm condition from any of its monitor or sensing circuits. As an example, when an alarm condition is detected from a particular zone or group of zones, it may be required to automatically activate certain signal or control circuits. With ESP, this action occurs because of specific programming instructions stored in the CPU's non-volatile memory. ESP allows the system to be selective in what it will control based on various conditions. PROGRAMMABLE SOFTWARE FUNCTIONS SELECTIVE SIGNAL OPERATION SELECTIVE RELAY CONTROL SELECTIVE FAN/DAMPER CONTROL SELECTIVE DOOR HOLDER CONTROL SELECTIVE BYPASS SWITCH FUNCTIONS SELECTIVE SWITCH OPERATION MULTIPLE TAMPER ZONES PRE -SIGNAL OPERATION STAGE 1/STAGE 2 ALARM OPERATION CROSS ZONING TIMING FUNCTIONS MASTER CODE (SINGLE CODE) NON -ALARM MONITOR POINTS NON -LATCHING MONITOR POINTS (TRACKING) PIEZO SIGNAL OPERATION (TONE DEVICE) AC POWER FAIL (CONTROL) 2120 NON -DEFAULT OPERATION RCU NON -DEFAULT OPERATION SCU POINT MATRIX (ZONE GROUPING) ELEVATOR RECALL WITH ALTERNATE FLOOR OPERATION SYSTEM RESET POINT SENSING POSITIVE NON -INTERFERING SUCCESSIVE CODING (PNIS) ESP INPUT CODES ESP has the ability foi "andincd". -owl, . not . and timing" point sensing and PNIS coding as well as a unique owner -defined master code pattern for pulsing notification appliance circuits. A knowledge of computer programming is not required to understand the 4002 ESP. Through the use of a program mode dip switch, the fire alarm control panel will allow for the loading and the editing of ESP codes which reflect the selective operating sequence which may be required. SELECTIVE AUTOMATIC SIGNAL AND CONTROL FUNCTIONS 4002 FIRE ALARM SYSTEM PROJECT REQUIREMENTS PRODUCT IDENTIFICATION NUMBER DESCRIPTION A B C INDICATE STANDBY ALARM NUMBER CURRENT CURRENT REQ'D. AMPS AMPS AXB) (AXC) MAX. QUAN. EA. SUBTOT. EA. SUBTOT. D MODULE SPACE REQ'D. AXD) IN. ISUBTOT. 4002-8001 New System 1 4002-8901 Expansion Module Add -on to Existing System 1 4002-6001 Input Power 120VAC, 60Hz 1 4002-6002 Input Power 220/240, 50Hz 1 4002-6007 Suppression Release Panel 1 4002-6050 Power Limited Control Panel 1 4002-6051 Non Power Limited Control Panel 1 4002-7101 CPU Style B 1 170 502 4002-7102 CPU Style D 1 170 E1. 502 4" 4" 4" 4" 4" 4" 4" 4002-5001* 8-Zone Style B 3 060 4002-5002 4-Zone Style B 3 030 4002-5003' 8-Zone Style D 3 060 4002-5004 4-Zone Style D 3 030 025 040 4002-4101 Dual -Signal Module 2 008 4002-3001 Auxiliary Relays (DPDT) 2 002 4002-3003 Auxiliary Relays (10/2 amp) 2 002 040 4002-3002 Auxiliary Relays (SPDT) 8 M., 2" 4002-0102 Zone -Disconnect Module 8 2" 4002-0103 Transient -Suppression Module (Style D) 8 2" 4002-0104 Combination Zone Disconnect/Suppression Style B or Style D) 8 2" 4002-0105 Transient -Suppression Module (Style B) 8 4002-0110•* Power Supply — Filtered 2 4" 4002-0111•• Power Supply — Filtered and Regulated 2 056 8" 4002-0113 Fan Control Module 4 027 4" 4002-0115 Battery Meter Module 1 4" 4002-M12 ESP Programming Option 1 030 030 4002-0120 2120 Communicator Module 1 044 044 6" 4002-0121 Style 7, 2120 DC Com. Interface 1 1 040 030 040 4" 4" 4002-0137 Style 7, 2120 RS232 Interface 20814272 6.2 Amp -Hour Batteries 2 2081-9274 10 Amp -Hour Batteries 2 J. 030 2081-9275 18 Amp -Hour Batteries 2 2081-9271 33 Amp -Hour Batteries 2 4002-1010 External Batteries 2 4002-6012t 4002-0142t 4002-0143t 4120 Network Interface, Modular Card RS485 Media Card Fiber Optic Media Card 1 028 028 073 039 2 2 073 039 Total Standby Current (amps) B Total Alarm Current (amps) C Total Module Space (inches) D Four or Six Unit package only. NOT APPLICABLE " Maximum of 1 Expansion Power Supply in a Four Unit package. Maximum of 2 Expansion Power Supplies in a Six Unit package. t Refer to 4120 Network Options datasheet S4120-0003 for more 10 information. STANDBY POWER REQUIREMENTS Does system have Emergency Generator that meets NEC 700, 701 ? Yes No How many hours of Battery Standby are Required? 4 24 60 90 (Minimum 4 hours if answer to above is yes) SYSTEM POWER CALCULATION* E. System Supervisory Total Standby Power from page 10 = (B) _ Total Standby Power of Periph. Devices: ± Total Supervisory Power = _ Refer to Simplex drawing 900-012 for battery selection charts. F. System Alarm Total Alarm Power from page 10: (C) _ Plus Total Alarm Power of Periph. Devices: Including Annunciators): ± Total Alarm Power = PACKAGE DETAILS BOX MAXIMUM APPROX. MAXIMUM PRODUCT HEIGHT INCHES PACKAGE SIZE IDENTIFICATION DESCRIPTION OF MODULE WEIGHT (LBS.) BATTERY NUMBER PAGE 10 SPACE 1 EXCLUDING ALLOWED ALLOWED BATTERIES 4002-2001 2-unit Package Size 20 3/4" 52.7cm) 12" 71 10Ah 4002-2002 4-unit Package Size 36 1/4" 32" 100 18Ah 92.1 cm) 52 1/8 132.4cm) 4002-2003 6-unit Package Size 52" 120 33Ah 4002-2201 Red Option Beige Semi -flush Trim 1) Z2975-9801 2b. ig-9802 Red Semi -flush Trim C3) 12" 10Ah2975-9184 2-unit Beige Backbox 20 3/4" 52.7cm) 2975-9186 4-unit Beige Backbox 36 1/4" 92.1 cm) 32" 18Ah 2975-9188 6-unit Beige Backbox 52 1/8 132.4cm) 52" 33Ah 2975-9185 2-unit Red Backbox 20 3/4 52.7cm) 12" 10Ah 36 1/4" 2975-9187 4-unit Red Backbox 92.1cm) 32" 18Ah 2975-9189 6-unit Red Backbox 52 1/8 132.4cm) 52" 33 Ah 4009-9801 External Battery Cabinet (Beige) H 13 1/2" W 16 1/4" D 3" 17 18Ah 34.29cm) 41.275cm) 7.62cm) 4009-9802 External Battery Cabinet (Beige) H 20 314" W 25 3/4" D 4 1/8" 25 33Ah 52.7cm) 65.4cm) 10.47cm) iC Converts beige door & retainer to red. Oz Size of flush trim depends on package size required. 30 Total module space in inches (from previous page — "D") determines package and backbox size. NOT APPLICABLE 11 PACKAGE MOUNTING: 234" 7.0 cm) MAX. ono f. b OV O . p p - J s e . O O OV• 00, J 1 J e•O p f o•pp Oc, ° e o 0Jc: 0•-6`O d o or o I OPTIONAL 1" WIDE SEMI -FLUSH r TRIM BAND W DOOR 112" MIN. 3.81 cm) SEMI -FLUSH MOUNT LEFT-HAND HINGE ONLY) ssimplleaxw DOOR KEY LOCK QO ® ® 0 0 TOP) 25 3 4" 65.4 cm) H) HEIGH- T THIS SPACE MUST BE KEPT FREE OF WIRING FOR — BATTERY INSTALLATION SURFACE MOUNT r RIGHT SIDE) 4 1f8" I I 10.47 cm) • I ( BOTTOM) L— — — — — — — — — — — — J REFER TO TECHNICAL PUBLICATION • TWO 2" AND THREE 1" FA4-21-151 AND WIRING DIAGRAMS FOR KNOCKOUTS ON TOP DETAILED INSTALLATION INSTRUCTIONS. ONE 2" KNOCKOUT ON BOTTOM TWO 2" KNOCKOUTS ON SIDES SPECIFICATIONS Electrical Input: 2 amps (a 120VAC, 60Hz (4002-6001) 1 amp (a 220 240VAC, 50Hz (4002-6002) Humidity: 85% non -condensing (a 86°F (30°C) Temperature: 32°F to 120°F (O'C to 490C) Gardner, Massachusetts 01441-0001 U.S.A. Offices and Representatives Throughout the World All specifications and other information shown were current as of publication, and are subject to change without notice. Printed in U.S.A. Multi -Application Peripherals O,Simplex and Accessories Batteries and Chargers 2081 Series System Batteries, 6.2 - 50Ah FEATURES: Rechargeable, Sealed Lead -Acid Design Lead -Calcium Grid Structure Immobilzed Electrolyte in Absorbent Separator High Reliability Dual Seal Construction Low Maintenance, No Need to add Water UL 924 Recognized Pressure Relief Valves Low Self -Discharge Characteristics One -Piece, High Impact Polystyrene Cell Cover DESCRIPTION: Simplex rechargeable, sealed -lead acid batteries provide reliable and repeatable discharge and recharge characteristics for use in fire alarm and other systems applications. They are designed with immobilized electrolyte in an absorbent separator, allowing them to provide rated capacity on the first cycle. Because of their sealed construction, packaging is allowed within the system electronics enclosure (see figure 1, page 2). When this is applicable, the quantity of system cabinets and the batterty wiring distances are both minimized. SPECIFICATIONS: Nominal Voltage Rating .............................12 V/Battery 6 V/Battery for 2081-9211, 50 Ah) Discharge Rating.....................................20 Hour Rate Typical Charge/Discharge Cycles .................... 100-150 Preferred Charge Temperature Range..............60-90OF 15.6-32.2°C) 2081-9275, 18 Ah BATTERY APPLICATIONS: Charging: These batteries are intended to be used with compatible Simplex battery chargers. Series Connections: Since these batteries are required to be connected in series to develop 24 V system voltage, battery sets must be of identical voltage, model number, and approximately the same date of manufacture for proper operation. Testing: Battery capacity testing is recommended to be performed by using a sealed lead -acid battery tester designed to withdraw a minimum of battery charge. The preferred tester applies a variety of amplitude and duration controlled test pulses that compares terminal voltage against those predicted for the specific battery size. (Testing is available through Simplex Service). Disposal: Battery chemicals and materials can be recycled. Refer to information shipped with the battery or on its case. Return to the vendor or to a similarly qualified battery processing facility for proper disposal. 1995 Simplex Time Recorder Co. Publication S2081-0006-8 3-95 CONSTRUCTION: POTTING FILLET SE INNER COS ABSORBENT SEPARATOR USE[ TO IMMOBILIZE ELECTROLYTE LEAD-CALC GRIDS CELL GROI TERMINAL HIGH -IMPACT POLYSTYRENE) FIGURE 1 DUAL -SEAL CELL CONSTRUCTION TING MAT'L. ZK/NEG. iPOS. RESSURE-RELIEF 4LVE W/ "O" RING EAL SEMI -PERMEABLE MEMBRANE SEPARATOR MECHANICAL SPECIFICATIONS P.I.D. NO. Ah Co) 20 HOUR DIMENSIONS WEIGHT RATE LENGTH WIDTH HEIGHT 2081-9271 * 33.0 6.2 12 1/2" 31.8cm) 3 3/8" 8.6cm) 6 1/2" 16.5cm) 24 1/2 lbs. 11.1kg) 2081-9272* 6 1 /8" 15.6cm) 2 1/2" 6.4cm) 4" 10.2cm) 4 3/4 lbs. 2.14kg) 2081-9273* g.p 6" 15.3cm) 4" 10.2cm) 3 3/4" 9.5cm) 7 1/2 lbs. 3.38kg) 2081-9274* 10.0 6" 15.3cm) 4" 10.2cm) 3 3/4" 9.5cm) 7 1/2 lbs. 3.38kg) 2081-9275* 18.0 7 1/4" 18.4cm) 3 3/8" 8.6cm) 6 1/2" 16.5cm) 16 1/4lbs. 7.31kg) 2081-9276* 33.0 6 3/4" 17.1cm) 6 1 /4" 15.9cm) 6 1/2" 16.5cm) 24 1/2 lbs. 11.1kg) 2081-9211** 50.0 7 7/16" 18.9cm) 4 1/2" 11.4cm) 7 7/16" 18.9cm) 21 1/2 lbs. 9.68kg) Dimensions and weight are per battery (2 required per 24V system). Dimensions and weight are per battery (4 required per 24V system). BATTERY CHARGER AND CABINET MATRIX** BATTERY TYPE Ah @ 20HR CONTROL PANEL/CHARGER TYPE STAND - ALONE BATTERY CABINETS BATTERY ONLY CHARGERS 2081- 2081- 2081- 4009- 4009- 93011 9303 9270 9801 98024001400240204100/41201 2120 2 4 6 2 4 6 4 6 2081-9211' 50.0 N/A N/A N/A N/A A A A A A A N/A N/A Y N/A N/A 2081-9271 33.0 N/A A A Y2 Y2 Y2 Y2 A A A Y Y Y N/A Y 2081-9272 6.2 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y 2081-9273 8.0 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y 2081-9274 10.0 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y 2081-9275 18.0 A A Y Y Y Y Y Y Y Y Y Y Y Y Y 2081-9276 33.0 N/A A A A A A A Y Y Y Y Y Y N/A N/A Y - CAN BE PLACED IN THE RESPECTIVE EQUIPMENT CABINET. A - ADDITIONAL BATTERY CABINET REQUIRED. N/A - NOT APPLICABLE NOTES: 1. MAY ALSO BE MOUNTED IN A 2081-9281 (BEIGE) OR 2081-9282 (RED) STAND-ALONE CABINET (2-UNIT 4100 WITH SOLID DOOR), OR IN A 4 OR 6-UNIT 4100/4120 UNIVERSAL TRANSPONDER WITH A SOLID DOOR (REQUIRES BATTERY SHELF OPTION 4100/4120-0126) 2. 2081-9271 BATTERIES WILL FIT IN THE 4002/4020 CABINET BUT WILL NOT ALLOW BOTTOM ENTRY CONDUIT. Meets requirements of UL, ULC and Factory Mutual for use with respective equipment battery chargers above. Refer to Simplex drawing 900-012 for battery selection charts. Refer to Simplex data sheet S2081-0002 for additional charger and cabinet information. 9,Simplex Gardner, Massachusetts Throughout the U.S A. Offices and Representatives Throughout the World All specifications and other information shown were current as of publication, and are subject to change without notice. Printed in U.S.A. Simplex UL Listed FM Approved FEATURES: Multi -Application Peripherals Single Action Models Double Action Models Breakglass Push Type Pull Lever Protrudes when Alarmed Tamper Resistant Reset Key Lock, Keyed Same as Fire Alarm Cabinet) Institutional Version (Key Operated Only) Pre -Signal and Annunciator Contact Options Local Alarm Cover Option Surface or Semi -Flush Mounting OPERATION: Single Action Stations require a firm downward pull to activate the alarm switch. Motion resistance is provided by breaking an internal plastic break -rod (visible below the pull lever). The pull lever latches into the alarm position and remains extended out of the housing to provide a visible indication of which station was alarmed. Double Action Stations (Breakglass) require the operator to strike the front mounted hammer to break the glass and expose the recessed pull lever. The pull lever then operates as a single action station. Double Action Stations (Push Type) require that a spring loaded interference plate (marked PUSH) be pushed back to access the pull lever of the single action station. Institutional Stations are designed to activate by key operation only. This allows access for manual alarms to be limited to authorized personnel. Operation requires key insertion and opening of the station housing. Pre -Signal option activates when the lever is pulled. General alarm initiation requires a key to activate a keyswitch located behind the pull lever. Station Reset requires use of the housing key to reset the pull station lever and deactivates the alarm switch. If the break -rod is used, it must be replaced. Breakglass stations require glass replacement. Testing requires physical activation of the pull lever except for institutional stations). and Accessories Non -Coded Manual Stations 2099-Series SINGLE ACTION STATION DOUBLE ACTION STATION BREAKGLASS) SINGLE ACTION STATION W/INSTITUTIONAL COVER DOUBLE ACTION STATION NON-BREAKGLASS PUSH TYPE) 1994 Simplex Time Recorder Co. Publication S2099-0007-9 9-94 CONSTRUCTION: Station housings and pull levers are constructed of chip resistant and dirt resistant, high impact Lexan.' Housings are red with white lettering and pull levers are white with red lettering. APPLICATION: NFPA 72, the National Fire Alarm Code® gives specific minimum requirements on this subject. When manual station coverage appears limited in any way, additional units should be installed. Stations should be mounted with the bottom of the station not less than 3-1/2 ft. 1.07m) or more than 5 feet (1.52m) from the floor. Usually stations are mounted at the 4-1/2 ft. (1.4m) level. Lexan is a registered trademark of the General Electric Co. In order to make buildings and facilities accessible to, and usable by the physically handicapped, some specifications may require that the station be installed not more than 3-1/2 ft. (1.07m) from the floor.) Stations should be located in the normal path of exit, and distributed in the protected area so that they are unobstructed and readily accessible. Stations should be provided on each floor to obtain a travel distance not more than 200 feet (61 m) to the nearest station from any point in the building. One station should be provided for each floor where the maximum floor area is 10,000 square feet (929 sq. meters) or more. One station should be provided on the first floor and on each succeeding alternate floor if the areas to be protected are smaller than the limits as described above. SPECIFICATION TABLE MOUNTING BOX NOTES: az z z o cn z a a aawc7wow mQ mJ in- O¢ 0 Ir Lh cn o m o a o J a a w w a omz oz aN a(n 0 0 0 0 9 9 zo zo a U a U cc o 2 a a z ao 1~a O? cc w o a o z E Na O w z a 2 c7w o zz 00 M m 1. These models can be semi -flush mounted using a standard single gang switch box, 3" x 2" x 2-1/2". Mount box flush or 1/16" protruding DO NOT RECESS). These models can also be surface mounted on a Wiremold box no. 5747. PRODUCT I.D. 2. For MAPNET II addressable pull stations, semi -flush mounting 2099-9754 2099-9101 x x x x x 1 2099-9102 x x requires 2, ganged switch boxes, x 2099-9107 x X X x 3" x 2" x 2-3/4" each, or a 2099-9755 x x 1 receptacle box 4-3/4" x 4-3/4" x 2- X 2099-9795 x 2 1/4" (Wiremold no. 5744S-2 withX 2099-9797 x x X 2 2099-9814 trim). For additional 2099-9762 x x X 1 information, refer to installation x X 12099-9103 instruction PER-21-504 (575-155). X X X2099-9104 X X X20999105 X X X X2099-9108 X X 22099-9796 2099-9756 X 1 2099-9757 X ffxx X X X2099-9758 1 2099-9759 X X X2099-9761 X 2 2099-9828 Institutional Cover Kit 2099-9803 Replacement Breakglass (English) 2099-9822 Replacement Retaining Clip for Breakglass 2099-9804 Replacement Breakrod 2099-9819 Flush Adaptor Kit (Black) 2099-9820 Flush Adaptor Kit (Beige) 2975-9022 Cast Aluminum Surface Mount Box (Red) 2975-9178 Steel Surface Mount Box (Red) 2099-9813 Semi -Flush (Red) for Two Gang Switch Box MAPNET II) 2099-9814 Surface Trim (Red) for Wiremold Receptacle Box (MAPNET II) 2 MOUNTING INFORMATION KNOCKOUTS FOR 3/4 INCH 1.9cm) CONDUIT TOP AND BOTTOM OF BOX 2-3/16" FURNISHED BY SIMPLEX 56mm) 4„ 102m„t+i 2975-9178 SURFACE MOUNTING: BOX 33mm) ;y Refer to Installation Instructions PER-21-502 (574-656) for additional information. ems ROD c o o 3-11/16" 94mm) 5-3/16" 13mm) 1\ v 1-3/16" 30mm) 1" 25mm) 3-3/4" (127mm) , 95mm) A-, KNOCKOUTS FOR 3/4 INCH THREADED (1.9cm) CONDUIT TOP AND BOTTOM OF BOX FURNISHED BY SIMPLEX SEMI -FLUSH MOUNTING 3-7/8" 98mm) 2975-9022 Ono BOX 127mm) 2-3/16" 56mm) STANDARD SINGLE GANG SWITCH COVER NOT FURNISHED BY SIMPLEX RACO NO. 773, APPLETON NO. 8468, OR STEEL CITY NO. 52C-14 V,_ 4" 102mm) O 0 4" O (102mm) 3-3/4" 95mm) y( 127mm) 3/4" 1 " 19mm) (25mm) 4" 102mm) 4 2-1/8" (5.39cm) DEPTH 102mm)1J STANDARD OUTLET BOX NOT FURNISHED BY SIMPLEX RACO NO. 231 OR 232, APPLETON NO. 4SD-3/4 OR 4SD-SPL, OR STEEL CITY NO. 52171-3/4 OR 52171-1 /2 & 3/4. NOTE: DO NOT USE SHALLOW BACKBOX. 3 MOUNTING INFORMATION NOTE: BOX MUST BE\ RECESSED INTO WALL 1 " (25mm) TO 1-1/8" (29mm). REFER TO INSTALLATION INSTRUCTION, PER-21-503 (574-658) FOR ADDITIONAL INFORMATION. 13,.SiMpleX Building Systems 4-11/16" (119mm) SQUARE BOX 2-1/8" (54mm) DEEP (NOT FURNISHED BY SIMPLEX) FLUSH ADAPTOR 2099-9819 (BLACK) 2099-9820 (BEIGE) WALL SURFACE FLUSH ADAPTOR MANUAL STATION 1-1/8" (29mm) RECESS Simplex Time Recorder Co. Gardner, Massachusetts 01441-0001 U.S.A. Offices and Representatives Throughout the World Fire Detection • Security • Cunnnuntrations • Tune Cunfrn( All specifications and other information shown were current as of publication, and are subject to change without notice. Printed in U.S.A. 0,,Simplex Multi -Application Peripherals UL Listed to Standard 268 ULC Listed* FM Approved FEATURES: Low Profile Two or Four Wire Operation Ceiling or Sidewall Mounting Locking Tamper Screw Pulsing Power -On Indicator (LED) LED Alarm Indicator Magnetically Operated Functional Test Totally Shielded Electronics Optional 120 VAC Operation Optional 135°F Heat Element (Fixed) Optional Relay Module Optional Remote Alarm LED SPECIFICATIONS: Voltage Range ............15 to 32VDC (24 VDC Nominal) Standby Current ...................................... 2-Wire) 45ua Alarm Current ......................................... 2-Wire) 47mA Standby Current ...................................... 4-Wire) 45ua UL Listed Air Velocity .................................. 0-1000 fpm Alarm Current ......................................... 4-Wire) 70mA UL Listed Temperature Range .................32"F to 100°F O'C to 38°C) Operating Temperature Range.................14"F to 122`F 10"C to +50°C) Humidity Range...................................10% to 90% RH Color.............................................................. Off -White APPLICATION: These smoke detectors can be mounted on a ceiling or wall. For ceiling location, detectors should be mounted as close as possible to the center of a hallway or room. If this is not possible, the edge of the detector should be at least 4 inches from any wall. For wall location, locate the top of the detector at least 4 inches and not more than 12 inches from the ceiling. Detector locations should be determined only after careful consideration is made of the physical layout and contents of the area to be protected. Refer to NFPA 72- 1993, the National Fire Alarm Code. On smooth ceilings, spacing of 30 ft. (9.1 m) may be used as a guide. For detailed installation information, reference Simplex publication PER-21-007 (#575-285). Smoke detector field wiring can be found on Simplex W.D. 841-687. and Accessories Photoelectric Smoke Detector 2098 Series 2098-9201 DETECTOR WITH 2098-9211 BASE 2098-9202 DETECTOR WITH 2098-9536 BASE ENGINEER GUIDE SPECIFICATION: Provide Simplex type 2098-9201 photoelectric smoke detectors mounted in a type 2098-9211 two -wire (2098- 9536 four -wire) base. The detectors shall be listed to UL standard 268 and shall be documented compatible with the control equipment to which they are connected. The detectors shall each contain a locking screw to discourage unauthorized removal of the head from the base. The detectors shall have 30-mesh insect screens, and have completely closed backs to minimize entry of dust and air turbulence. Electronics of the units shall be completely shielded to protect against false alarms from EMI and RFI. The detector head shall be easily disassembled to facilitate cleaning. The detectors shall contain a red LED which shall pulse to indicate power on and glow continuously to indicate alarm. The detector shall contain a functional test switch Magnetically operated) which, when operated, shall test the electronics of the unit and simulate an alarm condition. The 2098-9202 detector shall be provided with a 135`F Fixed) heat element on the detector. 1995 Simplex Time Recorder Co. Publication S2098-0048-9 3-95 DETECTOR ACCESSORIES: fin T • L' J d4Y` RELAY MODULES: OPTIONAL 120VAC POWER 2098-9737, USE WITH 2098-9536, 4 WIRE BASES 2098-9808 REMOTE ALARM ADAPTER, 2098-9734" 2, DPDT CONTACTS RATED 3A @ 24VDC OR 120VAC INDICATOR 2098.9827,USE WITH 2098-9211,2 WIRE BASES 2, DPDT CONTACTS RATED 1A @ 30VDC, 0.5A @ 120VAC APPROX. SIZE: 2 1/2"L x 1 1/2"W x 1" H 63.5mm x 38.2mm x 25.4mm) 2098.9739 E.O.L. RELAY' REQUIRED FOR 4-WIRE DETECTION LOOP) APPROX. SIZE 2 1/2"L x 1 1/2"W x t"H 63.5mm x 38.2mm x 25.4mm) TEST TOOLS (DEVICES NOT SHOWN): 2098-9814, TEST TOOL ATTACHMENT HEAD WITH MAGNETS DIMENSIONS: 61 z" 2098-9815,TESTTOOL 4 It6.51cm) BASE 2098.953= HOLDER FOR 2098.9814 1.875" 4.76cm) 2098.9201 HEAD 2.375" LOCKING_ ( 6.03cm) LOCKING- . SCREWSCREW 2098-9202 HEAD 5 7,8" I BASE 2098-9211 T f (14.92cm) - T 1.7c 2098-9201 HEAD 2.25" 4.45cm1 LOCKING (5.72 cm) LOCKING_ SCREWSCREW 2098-9202 HEAD , MOUNTING: TRANSFORMER MOUNTING PLATE ASSEMBLY ROUTE ALL CONTRACTOR WIRES THROUGH THIS CUTOUT 2098-9536 \ DETECTOR l BASE\ I s All / STANDARD ELECTRICAL BOX (4x4x2-1/8") NOT SUPPLIED BY SIMPLEX 2098-97: RELAY REQ W/2098-9 ROUTE ALL BASE WIRES THROUGH THIS CUTOUT 2098-9734 POWER ADAPTOR** 91 ENSURE THAT BACKBOX IS OF SUFFICIENT DEPTH TO ACCOMMODATE RELAY IN ACCORDANCE WITH NEC ARTICLE 370. 2098-9734 POWER PACK MUST MOUNT ON 4" SQUARE BOX. WHEN THE 2098-9734 POWER ADAPTOR IS USED, ONLY SUPPLEMENTARY FUNCTIONS CAN BE PERFORMED FROM THE DETECTOR. 13'simpileAx I 4" (10.16cm) OCTAGONAL STANDARD ELECTRICAL OUTLET BOX / BOX (4x4x2-1/8") NOT FURNISHED BY SIMPLEX NOT SUPPLIED WIRE PER NEC ARTICLE 370 BY SIMPLEX I 2098-9739 REQUIRED Q 0 W/2098-9734 Q d 2098-9734 POWER PACK** BASE F— 2098-9211 _ _ C BASE 2098-9536"' oae o DETECTOR DETECTOR 2098-9201 - , , 2098-9202 WHEN IT IS NECESSARY TO MOUNT THE 2098-9536 DETECTOR BASE TO A 4"-SQUARE ELECTRICAL BOX, THE FOLLOWING ADAPTOR PLATES ARE RECOMMENDED: SUPPLIED BY OTHERS) RACO, #767 STEEL CITY. #52-C -3-1/2 TYPE: RAISED 1/2", OPEN, WITH EARS 2-3/4" O.C. Gardner, Massachusetts 01441-0001 U.S.A. Offices and Representatives Throughout the World All specifications and other information shown were current as of publication, and are subject to change without notice. Printed in U.S.A. S,Simplex U L, ULC Listed FM Approved FEATURES: UL Listed to Standard 521 Multi -Application Peripherals Accurate Thermal Detection for Protection of Property* Fixed Temperature Operation for 60 Ft. UL/ULC Spacing Fixed with Rate -of -Rise Operation for 70 Ft. UL/ULC Spacing Epoxy Encapsulated Electronic Design Provides: Thermistor Based Fixed Temperature Sensing Dual Thermistor Rate -of -Rise Sensing Fixed Temperature Sensing with Rate Compensation Self -Restoring Operation Repeatable Accuracy Current Limited Alarm Compatible with Two Wire Initiating Device Circuits Models Available for Direct Connect Wiring or for Two or Four Wire Base Mount Compatible with MAPNET II Addressable Bases**(135'F Models) Alarm Indicating LED International Models Available SPECIFICATIONS: Voltage Range.........................................15 to 32 VDC Filtered DC with 30% Maximum Ripple) Standby Current......................................80 µA nominal Alarm Current, Direct Connect .......... 50 mA @ 24 VDC Alarm Current, Base Connect ........... 24 mA @ 24 VDC Maximum Ambient Temperature Guideline 135"F Models .................32`F to 122'F (O'C to 50'C) 200`F Models .................32"F to 185'F (0"C to 85'C) Humidity Range ......................................... 10% to 95% Color.............................................................. Off -White Mounting/Base Compatibility ........ See chart on page 2 MOST FIRES PRODUCE HAZARDOUS LEVELS OF SMOKE AND TOXIC GASES BEFORE A HEAT DETECTOR WOULD INITIATE AN ALARM. FOR LIFE SAFETY REQUIREMENTS, SMOKE DETECTION IS REQUIRED. MAPNET II addressable communications is protected under US patent No. 4,796,025. and Accessories Heat Detectors 4098-Series Electronic Design 4098 SERIES HEAT DETECTOR MOUNTED IN A 2098-9211 BASE DESCRIPTION: Simplex 4098 series electronic heat detectors provide performance that is a significant improvement over traditional mechanical heat detection. Electronic tracking of thermistors provides temperature sensing that quickly, accurately, and consistently identifies when fixed temperatures are exceeded or when rate -of -rise temperature changes occur. Rate -of -rise is determined by comparing two thermistor responses. By combining accurate thermistors with proper physical placement, this rate -of -rise detection design achieves a high level of performance not normally achievable with mechanical detection (patent pending). Rate -of -rise performance meets FM requirements for operation at an ambient temperature increase of between 15'F/min and 25'F/min (8.33 C/min and 13.88'C/min). All 4098 series heat detector models used with the 2098-9536, 4 wire base are compatible with initiating device circuits (IDCs) using Alarm Verification. The heat detector LED will be on continuously when connected to a conventional IDC when in alarm. When used with addressable bases, the base LED is the alarm indicator and will be on continuously when in alarm. 1995 Simplex Time Recorder Co. Publication S4098-0007-4 4-95 APPLICATIONS REFERENCE: Heat detectors are used where property protection is desired and where life safety protection is not required. The combination of rate -of -rise and fixed temperature detection provides two forms of heat detection for use where temperature fluctuations are normal. For conditions where temperature fluctuations are extreme, fixed temperature detection is appropriate. TEMPERATURE GUIDELINES: 135 F (57 C) fixed temperature detectors are for normal temperatures that do not exceed 100"F (38`C). 200'F (93 C) fixed temperature detectors are for normal temperatures that exceed 100°F (38°C) but are less than 150'F (68`C). U.S. AND CANADIAN* MODEL SELECTION CHART MODEL* OPERATION UL AND ULC MAXIMUM SPACING FM MAXIMUM SPACING MOUNTING/BASE COMPATIBILITY 4098 9401 135' F (57 C) Fixed Temperature 60 x 60 ft 18.3 x 18.3 m) 15ft x 15ft 4.5m x 4.5m) 4098 9402 135 F (57 C) Fixed and Rate -of -Rise 70 x 70 ft 21.3 x 21.3 m) 30ft x 30ft 9.1 m x 9.1 m) Direct Connect 200 F (93'C) Fixed 60 x 60 ft 15ft x 15ft Includes Adaptor Plate) 4098-9403 Temperature 18.3 x 18.3 m) 4.5m x 4.5m) 4098 9404 200 F (93"C) Fixed and 70 x 70 ft 30ft x 30ft Hate -of -Rise 21.3 x 21.3 m) 9.1 m x 9.1 m) 4098 9407 135`F (57'C) Fixed 60 x 60 ft 15ft x 15ft 2098-9211 (2 wire) Temperature 18.3 x 18.3 m) 4.5m x 4.5m) 2098-9536 (4 wire) 135'F (57'C) Fixed and 70 x 70 ft 30ft x 30ft 2098-9651 (MAPNET ll) 4098-9408 Rate -of -Rise 21.3 x 21.3 m) 9.1 m x 9.1 m) 2098-9652 (MAPNET ll) 4098 9409 200'F (93'C) Fixed 60 x 60 ft 15ft x 15ft Temperature 18.3 x 18.3 m) 4.5m x 4.5m) 2098-9211 (2 wire) 200 F (93"C) Fixed and 70 x 70 ft 30ft x 30ft 2098-9536 (4 wire) 4098-9410 ate -of -Rise 21.3 x 21.3 m) 9.1 m x 9.1 m) ULC models are designated with a "C" suffix (example: 4098-9401 C). INTERNATIONAL MODELS SELECTION CHART MODEL COUNTRY RATING/CLASS BASE MOUNTING 4098-9413 AUSTRALIA A 2098-9211 (2 wire) 2098-9536 (4 wire) 2098-9651 (MAPNET II) 4098-9414 AUSTRALIA B 2098-9652 (MAPNET II) 4098-9415 AUSTRALIA C 2098-9211 (2 wire) 2098-9536 (4 wire) 4098-9416 AUSTRALIA D 2098-9211 (2 wire) 4098-9417 CHINA I 2098-9536 (4 wire) 2098-9651 (MAPNET ll) 2098-9652 (MAPNET ll) 2 DIMENSIONS: DIAMETER 1 HEIGHT v MOUNTING: NOTE: REFER TO INSTALLATION INSTRUCTIONS PER-21-031 FOR ADDITIONAL INFORMATION. ADAPTOR PLATE SUPPLIED WITH DIRECT CONNECT MODELS) BASE DIAMETER HEIGHT Direct Connect 4 11/16" (119mm) 2 1/4" (57mm) 2098-9211 5 7/8" (149mm) 2 1/4" (57mm) 2098-9536 6 1/2" (165mm) 2 3/8" (60mm) 2098-9651 & -9652 6 1/2" (165mm) 1 15/16" (49.2mm) DIRECT CONNECT MODELS WITH SCREW TERMINALS 3 1/2" OR 4" OCTAGONAL BOX 1 1/2" DEEP BASE MODELS WITH SLIDE CONTACTS BASES SUPPLIED SEPARATELY (REFER TO SELECTION CHARTS) APPLICATIONS REFERENCE: NOTE: Refer to NFPA 72. the National Fire Alarm Code . for additional information) MAXIMUM RECTANGULAR AREA DIMENSIONS FOR SINGLE DETECTOR COVERAGE 15 ft Rated Spacing 30 ft Rated Spacing 60 ft Rated Spacing 70 ft Rated Spacing 4.5m) 9.1 m) 18.3m) 21.3m) 15ft x 15ft 30ft x 30ft 60ft x 60ft 70ft x 70ft 4.5m x 4.5m) 9.1 m x 9.1 m) 18.3m x 18.3m) 21.3m x 21.3m) 1 Oft x 18.7ft 25ft x 34.2ft 55ft x 64.6ft 65ft x 74.6ft 3m x 5.7m) 7.6m x 10.4m) 16.7m x 19.7m) 19.8m x 22.7m) 5ft x 20.6ft 20ft x 37.4ft 50ft x 68.5ft 60ft x 78.7ft 1.5m x 6.2m) 6.1 m x 11.4m) 15.2m x 20.8m) 45ft x 72ft 18.3m x 24m) 55ft x 82.3ft1ftx21.19ft 15ft x 39.7ft 0.3m x 6.4m) 4.5m x 12.1 m) 13.7m x 21.9m) 16.7m x 25m) 1 Oft x 41.2ft 40ft x 74.8ft 50ft x 85.4ft 3.5m x 12.5m) 12.2m x 22.8m) 15.2m x 26m) 5ft x 42.1 ft 35ft x 77.3ft 45ft x 88.1 ft 1.5m x 12.8m) 10.6m x 23.5m) 13.7m x 26.8m) 1 ft x 42.4ft 30ft x 79.3ft 40ft x 90.5ft 0.3m x 12.9m) 9.1 m x 24.1 m) 12.2m x 27.5m) 25ft x 81 ft 35ft x 92.6ft 7.6m x 24.7m) 10.6m x 28.2m) 20ft x 82.4ft 30ft x 94.3ft 6.1 m x 25.1 m) 9.1 m x 28.7m) 15ft x 83.5ft 25ft x 95.7ft I 4.5m x 25.4m) 7.6m x 29.1 m) 1 Oft x 84.2ft 20ft x 96.9ft 3.05m x 25.6m) 6.1 m x 29.5m) 5ft x 84.7ft 15ft x 97.8ft 1.5m x 25.8m) 4.5m x 29.8m) 1 ft x 84.85ft 1 Oft x 98.4ft 0.3m x 25.8m) 3.05m x 30m) 5ft x 98.8ft 1.5m x 30.1 m) 1 ft x 99ft 0.3m x 30.1 m) Simplex Gardner, Massachusetts Throughout the U.S A. Offices and Representatives Throughout the World All specifications and other information shown were current as of publication. and are subject to change without notice. Printed in U.S.A. Multi -Application Peripherals i3 simplex, and Accessories Duct Detectors UL, ULC Listed* 2098-9649 FM Approved** Duct Smoke Detector Housing FEATURES: Duct Smoke Detector Housing for use with 2098-9201 (Photoelectic) or 2098-9576 Ionization) Smoke Detectors Two -Wire or Four -Wire Operation 24VDC or 120VAC Operation Visible Alarm LED Output Remote LED Output Auxiliary Control Contacts Pre -Aligned, Multi -Length Sampling Tubes Ordered Separately) Sampling Tubes are Installed with Housing in Place Options 2098-9806, Remote Test Station (Key Switch/LED Alarm Indicator) 2098-9805, Remote Test Station and Power On Indicator 2098-9808, Remote LED Alarm Indicator SPECIFICATIONS: UL Listing Standard Air Velocity Range.. 2-Wire Operation Voltage ............. Standby Current Alarm Current ... 4-Wire Operation: Voltage ............. Standby Current Alarm Current ................... U L268A 400 to 4000 ft/min 122 to 1220m/min) 15-32VDC 40µA 50mA 18-32VDC 24mA, add 20mA for remote Power -on LED 50mA, add 2.8mA for remote alarm LED AC Powered ...................... 102-132VAC, 60Hz, 3VA, using 2098-9747 Power Adapter Control Relay Contacts .......................... 2A at 120VAC, or 28VDC, Resistive UL Listed Temperature Range ................ 32"F to 120°F 0"C to 38"C) Operating Temperature Range ................ 32"F to 120"F 0"C to 49"C) Humidity Range.....................................10 to 90%, RH Dimensions ...........................................Refer to page 4 Color......................................................................Gray DUCT DETECTOR HOUSING 2098-9649 SHOWN WITH SAMPLING TUBES) INTRODUCTION: Simplex 2098-9649 duct smoke detector housings detect the presence of smoke in air conditioning or ventilating ducts. Sampling tubes are installed into the duct and air is directed to a smoke detector mounted in the housing. The 2098-9649 duct housing with smoke detector is compatible with Simplex fire alarm control panels that provide two -wire or four -wire initiating device circuits. The 2098-9649 duct detector housing requires the addition of a 2098-9201 photoelectric smoke detector or a 2098-9576 ionization smoke detector, a matching detector baffle, and a correct length sampling tube (see selection charts on page 3). Each of these items is separately ordered for proper compatibilty with the specific application. Optional AC power module 2098-9747 is available for applications where the detector relay functions are supplementary only. NOTE: Smoke detection in air ducts is intended to notify of the presence of smoke in the duct. It is not intended to, and will not, replace smoke detection requirements for open areas or other non -duct applications. ULC Listed models are 2098-9649C and 2098-9805C. With 2098-9201 photoelectric detector only. 1995 Simplex Time Recorder Cc Publication S2098-0040-12 7-95 APPLICATIONS: Preferred Duct Detector Locations: 1. A minimum of six duct widths downstream from bends or inlets to avoid air turbulence. 2. On the downstream side of filters to detect fires in the filters. 3. In return ducts, ahead of mixing areas. 4. Upstream of air humidifier and cooling coils. 5. With accessibility for test and service. 6. For additional information, refer to NFPA 90A, Standard for the Installation of Air Conditioning and Ventilating Systems. Locations to Avoid: 1. Where dampers closed for comfort would interfere with airflow. 2. Next to outside air inlets (unless the intent is to monitor smoke entry from that area). 3. In return air damper branch ducts and mixing areas where airflow may be restricted. EXHAUST DETECTOR DAMPER (O.K.) 4k RETURN EXHAUST-* I f AIR DO NOT LOCATE ' DETECTOR HEREIt I RETURN AIR DAMPER FRAERSH SUPPLYa. INTAKE v I AIR DO NOT LOCATE FILTER ` IDETECTOR DETECTOR HERE BANK (O.K.) BEND OR OTHER OBSTRUCTION i I' D IS 6 - 1 4 DUCT WIDTHS MINIMUM RETURN AIR INLET 6 DUCT WIDTHS' MINIMUM DUCT DETECTOR LOCATION REFERENCE DIAGRAMS REMOTE INDICATOR OPTIONS: Mounting requires standard single gang boxes, 2"W x 3"H with a minimum depth of 2" (51 mm W x 76mm H x 51 mm D), supplied by others. 2098-9808 2098-9806 2098-9805 REMOTE REMOTE REMOTE ALARM TEST TEST STATION AND INDICATOR STATION POWER ON INDICATOR 2 2098-9649 DUCT DETECTOR HOUSING APPLICATIONS WIRING CONFIGURATION NOTES ACCESSORIES 1. Green Power -On LED is off in Two -Wire operation. 2. Connect only one Duct 2098-9806, Alarm Indicator Detector to a Two -Wire circuit with Key Test Switch Two -Wire DC Operation if the alarm relay is being used for control functions. 2098-9808, Remote Alarm 3. Refer to wiring diagrams sup - Indicator plied with the control panel for proper End -of -Line resistor value. 1. Removing the detector from the housing or failure of 24 VDC supply power will de - energize the K1 relay and 2098-9806, Alarm Indicator transfer relay trouble contacts i with Key Test Switch Four -Wire Operation to open the initiating circuit. 2098-9808, Remote Alarm 2. Refer to wiring diagrams sup- Indicator plied with the control panel for proper End -of -Line resistor value. 1. Removing the detector from the housing or failure of 2098-9806, Alarm Indicator 120VAC supply will de-ener- with Key Test Switch Four -Wire AC Operation gize the K1 relay and transfer w/2098-9747 relay trouble contacts to open 2098-9808, Remote Alarm Power Adapter the initiating circuit. Indicator see note 2) 2. Refer to wiring diagrams sup- 2098-9805, Alarm and plied with the control panel for Power Indicator with Key proper End -of -Line resistor Test Switch value. NOTES: 1. Duct detectors must be connected on separate circuits for identification purposes. 2. When the 2098-9747 Power Adapter is used, the only function that can be performed from the detector is supplementary. 3. Each duct detector installation requires a separately ordered smoke detector, sampling tube, and smoke detector baffle. Detector 2098-9201 requires baffle 2098-9811. Detector 2098-9576 requires baffle 2098-9817. 4. Photoelectric smoke detection is recommended for air duct applications. Prior to specifying ionization detection, consult Simplex for application guidance. SAMPLING TUBE SELECTION CHART OVERALL DUCT WIDTH TUBE REQUIRED SUGGESTED LENGTH 1 ft. (0.3m) 2098-9796 1 in. (2.54cm) Less than Duct Width 13 in. (33cm) to 2 ft. (0.6m) 2098-9804 1 in. (2.54cm) Less than Duct Width 2 ft. (0.6m) to 46 in. (1.16m) 2098-9797 112 in. (1.3cm) Longer than Duct Width 46 in. (1.16m) to 71 in. (1.8m) 2098-9798 1/2 in. (1.3cm) Longer than Duct Width 71 in. (1.8m) to 95 in. (2.4m) 2098-9799 1/2 in.. (1.3cm) Longer than Duct Width 3 TYPICAL SPECIFICATION (PHOTOELECTRIC): Furnish and install where indicated on the plans, Simplex type 2098-9649 duct housings with 2098-9201 Photoelectric smoke detector. The detector shall be UL Listed for compatibilty with the fire alarm control panel and shall obtain its operating power from the alarm initiating circuit. Detectors shall operate on the light -scattering, photo - diode principle. To minimize nuisance alarms, detectors shall have an insect screen and be designed to ignore invisible airborne particles or smoke densities that are below the factory -set alarm point. No radioactive materials shall be used. Removal of the detector head shall interrupt the supervisory circuit and activate a trouble signal at the control panel. It shall be possible to alarm the duct detector by using Simplex 2098-9805 or 2098-9806 remote stations. Auxiliary SPDT relays and/or remote LED alarm indicators and key -operated test stations shall be installed where indicated. DIMENSIONS: TYPICAL SPECIFICATION (IONIZATION): Furnish and install where indicated on the plans. Simplex type 2098-9649 duct housings with 2098-9576 dual -chamber, ionization smoke detectors. The detector shall be UL Listed for compatibility with the fire alarm control panel and shall obtain its operating power from the alarm initiating circuit. Removal of the detector head shall interrupt the supervisory circuit and activat a trouble signal at the control panel. It shall be possible to alarm the duct detector by using Simplex 2098-9805 or 2098-9806 remote stations. Auxiliary SPDT relays and/or remote LED alarm indicators and key -operated test stations shall be installed where indicated. INSTALLATION NOTES: 1. Sampling tubes and exhaust tubes are keyed for proper alignment with the duct housing. Templates are supplied with the unit and must be properly aligned with respect to air flow. 2. For installation details, refer to installation instructions PER-21-010 supplied with the unit. 3. For field wiring diagrams, refer to document 841-687. MAINTENANCE NOTES: The National Fire Alarm Code, NFPA 72-1993, Chapter 7, Table 7-2.2, Test Methods, states "Air duct detectors shall be tested or inspected to ensure that the device will sample the air stream. The test shall be made in accordance with the manufacturer's instructions." The following is a partial maintenance list to follow for duct detector locations: 1. Periodically check duct detector locations to ensure proper air flow and to verify integrity to the standards of the installation instructions. 2. Sensor air entry areas should be vacuumed on a six month basis or as required. 3. Additional considerations are contained in Installation Instructions PER-21-010. SSimplex Gardner, Massachusetts 01441-0001 U.S.A. Offices and Representatives Throughout the World All specifications and other information shown were current as of publication, and are subject to change without notice. Printed in U.S.A. 13,Simplex UL Listed Air Products) FEATURES: UL Listed/Control Unit Accessory Multiple Voltage Inputs SPDT or DPDT Relays Multi -Application Peripherals Relay Status LED Metal Enclosures w/LED Viewing Ports Track Mounting Hardware Snap -Apart' Feature Single Relay Encapsulated Version SPECIFICATIONS: Power Requirements: 2088-9007, -9008, 9017, -9018, -9021 ............0.015A @ 24VDC, 24VAC, 115VAC, 230VAC 2088-9009, -9010, 9019,-9020 ........................0.035A q 24VDC, 24VAC, 115VAC, 230VAC Contact Rating ................................... 10.OA @ 115VAC Terminal Block Rating ...........................Up to #14AWG Temperature Range ............................. .58°F to +185°F 50°C to +85°C DIMENSIONS: Track Mounted Single Relay)........................3"H x 2-1/8"W x 1-1/2"D 82.6mm x 54mm x 38.1 mm) Four Relays) .......................3"H x 8-1/2"W x 1-1/2"D 82.6mm x 215.Omm x 38.1 mm) Metal Enclosure Single Relay)..................6-1/8"H x 3-1/4"W x 2-1/2"D 130.2mm x 82.6mm x 63.5mm) Four Relays) ..................6-1/8"H x 9-1/2"W x 2-1/2"D 130.2mm x 241.3mm x 63.5mm) Encapsulated Relay ................... 1-1 /2"H x 1 "W x 7/8"D 38.1 mm x 25.4mm x 22.2mm) DESCRIPTION: The 2088-series Control Relays offer SPDT or DPDT 10 Amp contact which may be operated by one of four input voltages. A single relay may be energized from a voltage source of 24VDC, 24VAC, 115VAC or 230VAC by wiring to appropriate input terminals. Each relay contains a red LED which indicates the relay coil is energized. Track mounted relays may be "snapped apart' from a standard four -module assembly and used and Accessories Miscellaneous 2088-Series Control Relays 4" v 1E:f ;iF'I ? CONTROL RELAYS AND ENCLOSURE 2088-SERIES 2088-9021 ENCAPSULATED RELAY independently. These devices are ideal for applications where local contacts are required for system status, remote contacts for control of electrical loads and general purpose switching. 1995 Simplex Time Recorder co. Publication S2088-0010-3 7-95 PRODUCT MATRIX: PID NUMBER MODEL NUMBER DESCRIPTION 2088-9007 2088-9008 MR-10-1 One SPDT Relay with LED & Track Mounting Hardware only. MR-101/C One SPDT Relay with LED mounted in metal enclosure. 2088-9017 MR-104 Four SPDT Relays with LEDs & Track Mounting Hardware only. 2088-9018 MR-104/C Four SPDT Relays with LEDs mounted in metal enclosure. 2088-9009 MR-201 One DPDT Relay with LED & Track Mounting Hardware only. 2088-9010 MR-201/C One DPDT Relay with LED mounted in metal enclosure. 2088-9019 MR-204 Four DPDT Relays with LEDs & Track Mounted Hardware only. 2088-9020 MR-204/C Four DPDT Relays with LEDs mounted in metal enclosure. 2088-9021 PAM-1 One SPDT Relay, Encapsulated with color coded wire leads. RELAY CONFIGURATION: SPDT Contacts 10 AMPS (a 115 V.A.C. r I• WC C N/O• Q (D 0 j I I I I I 1 I1 I I m m (D m Input 1 • 0 24 115 230 • 1 Control Voltage 24 V.D.C. — 24 V.A.C. — 115 V.A.C. — 230 V.A.C. — 93'simpilwax DPDT Contacts 10 AMPS (a 115 V.A.C. I j O C NC NO C NCI RELAY ENERGIZED" ( I INDICATOR iLED) I1 11 , 0 00 0 G m m m Input 1 • 0 24 115 230 • Control Voltage 24 V.D.C.- 24 V.A.C. — 115 V.A.C. — 230 V.A.C. — Gardner, Massachusetts 01441-0001 U.S.A. Offices and Representatives Throughout the World All specifications and other information shown were current as of publication, and are subject to change without notice. Printed in U.S.A. 915implex UL Listed FM Approved FEATURES: Multi -Application Peripherals and Accessories Visible and Audible/Visible Appliances 4903 Series AudibleNisible Notification Appliances with 1 Hz Strobes 24 VDC Powered Xenon Flashtube Visible Notification Appliance: UL Listed to Standard 1971 15, 30, or 110 Candela Models Available Under Normal Operating Conditions, all Strobe Light Models Rated at 15 Candela and 30 Candela per UL 1971 Have Been Tested for 75 Candela On -Axis Compatible with ADA Requirements Exclusive Reflector Design Provides Light Output in Key Axis Directions Allowing Vertical or Horizontal Mounting Wiring Terminals are Separate from Audible Notification Appliance Polycarbonate Lens Regulated Circuit Design Protects Flash Capacitor and Ensures Consistent Output Synchronized Flash Rate Models Available for use with Synchronizing Module 4905- 9914 (Style Y), or 4905-9922 (Style Z) UL Standard 464 Listed Horn Models: 24 VDC Electro-Mechanical Design with Electronic Control (No Moving Contacts) Diode Polarized for Connection to Reverse Polarity, Supervised NAC UL Standard 1480 Listed Speaker Models: Available for 25 VRMS or 70 VRMS Input Capacitor Input for Connection to Reverse Polarity, Supervised NAC Rectangular Housing with Horn or Speaker: Red with White "FIRE" Lettering Off -White with Red "FIRE" Lettering SPECIFICATIONS: Rectangular (w/lens) .......4 3/4" H x 6 7/8" W x 2 5/8" D 121 mm x 175mm x 67mm) Speaker Depth into Box 2 7/16" (62mm) Horn Depth into Box ............................1 1/8" (29mm) Connections........................Terminals for In/Out Wiring 18 to #14 AWG Operating Temperature ...... 32'F to 120°F (0°C to 49°C) Operating Humidity .............10 95% Non -Condensing at 86°F (30°C) Operating Voltage.....................................18 to 32VDC Horn Current ....................................... 38mA @ 24VDC n 4903 SERIES AUDIBLE/VISIBLE NOTIFICATION APPLIANCES Typical Horn Output .................87dBA Nominal @ 10Ft Visible Appliance: FlashRate..............................................................1 Hz Nominal Current at 24VDC: 15 Candela (Effective Intensity)........................85mA 30 Candela (Effective In;ensity)...................... 100mA 110 Candela (Effective Intensity)......................200mA 1995 Simplex Time Recorder Co. Publication S4903-0006-6 9-95 SPECIFICATIONS (CONTINUED): Speaker Specifications: Frequency Response: For Fire Alarm .................................... 400Hz to 4kHz For General Signaling ...................... 125Hz to 12kHz Power Taps...................................1 4W, 1 /2W, 1 W, 2W Typical Sound Levels': Rectangular Housing Models ............. 1/4W = 79dBA at 1 Oft with 1 kHz input using 1/2W = 82dBA conventional meters) 1 W = 85dBA 2W = 88dBA Minimum sound levels, as determined by integrated sound pressure measurements per LIL Standards 464 and 1480, are 4 dBA lower. DESCRIPTION: Simplex 4903 series audible/visible notification appliances are available in three visible intensity levels, with speakers or horns, in red or off-white rectangular housings. This allows the required notification to be accurately selected for the intended area. These appliances may be either horizontally or vertically wall mounted. because an exclusive (patent pending) multi - surface reflector is used to provide symmetrical light output in key axis directions. The lens assembly fits securely into its housing, providing a high integrity notification appliance that is impact and vandal resistant and suitable for a variety of applications. When multiple visible appliances and their reflections can be seen from one location, synchronized flashes reduce the probability of photo -sensitive reactions. Flash synchronization module 4905-9914 or 4905-9922 will control the observed flashes of synchronized flash models at a rate of 1 Hz using the existing two wire visible appliance circuit (patent pending). Standard models will operate in a free -running mode even when connected to a synchronized NAC. The efficient switching regulator electronic design provides over -voltage protection for the flash discharge capacitor and ensures consistent visible notification output. Proper selection of visible notification is dependent on occupancy, location, local codes, and proper applications of: the National Fire Alarm Code` (1993 NFPA 72), ANSI A117.1, the appropriate model building code, BOCA, ICBO, or SBCCI, and the application guidelines of the Americans with Disabilities Act (ADA). Consult your local Simplex representative for assistance in determining these requirements. 4903 AUDIBLE/VISIBLE SELECTION CHART FOR APPLIANCES WITH HORNS PRODUCT VISIBLE NOTIFICATION IDENTIFICATION APPLIANCE OUTPUT HOUSING MOUNTING AUDIBLE Candela) 15 30 110 STYLE STYLE APPLIANCE 1 Hz Standard 1 Hz Synchronized 4903-9219 4903-9401 X 4903-9215 Red Rectangular4903-9403 X 4903-9405 X4903-9217 Horizontal Wall Mount HORN 4903-9221 i — X Off -White Rectangular4903-9222 X Horizontal Wall 24 VDC 4903-9219H X Rectangularg Mount for High* Humidity Areas 4903-9220 X Red Vertical Wall 4903-9218 Rectangular Mount(Retrofit) X fix H models are intended for indoor use in areas where humidity is normally high, such as swimming pool rooms, locker rooms, etc., and re the 4905-9907 gasket kit. NOTE: Audible output is attenuated by 3dBA. 4903 AUDIBLE/VISIBLE ACCESSORIES 4905-9903 Red Adapter Plate, Mounts Vertical Housings on 2975-9145 Boxes, 5 3/4" x 8 5/16" (146mm x 211 mm) 4905-9907 High Humidity Gasket Kit 4905-9908 Zinc Plated Adapter for Surface Mount Rectangular Housings, 4 7/8" x 7" (124mm x 178mm) 4905-9914 Synchronized Flash Module. Style Y operation. Epoxy Encapsulated with In/Out AWG #18 Wire Leads, rated for 2A NAC, requires 10mA for power. 1 3/8" W x 2 7/16" L x 13/16" H (35mm x 62mm x 20mm) 4905-9922 Synchronized Flash Module. Style Z operation. Epoxy Encapsulated with In/Out AWG #18 Wire Leads, rated for 2A NAC, requires 10mA for power. 1 3/8" W x 2 7/16" L x 13/16" H (35mm x 62mm x 20mm) 4905-9915 Off -White Adapter Ring Box Extension, 4 3/4" x 6 7/8" x 1 1/2" Deep, (121 mm x 175mm x 38mm) 4905-9916 Red Adapter Ring Box Extension, 4 3/4" x 6 7/8" x 1 1/2" Deep, (121 mm x 175mm x 38mm) 2975-9145 1 Red Box for Vertical Mount Housing, 5 1/8" x 7 7/8" x 2 3/4" Deep (130mm x 200mm x 70mm) 2 4903 AUDIBLE/VISIBLE SELECTION CHART FOR APPLIANCES WITH SPEAKERS PRODUCT VISIBLE NOTIFICATION IDENTIFICATION APPLIANCE OUTPUT HOUSING MOUNTING AUDIBLE Candela) STYLE STYLE APPLIANCE/ VOLTAGE1HzStandard1HzSynchronized1530110 4903-9146 4903-9301 X Red Rectangular Horizontal Wall Mount 4903-9142 4903 -9303 X 4903-9144 X 4903-9167 X 4903-9170 Off -White Rectangular SPEAKER X 4903-9173 X 25 VRMS Red Horizontal Wall 4903-9146H X Rectangular Mount for High* Humidity Areas X Red Vertical Wall 4903-9147 Rectangular Mount (Retrofit) 4903-9168 4903-9326 X Red Horizontal SPEAKER X4903-9171 Rectangular Wall Mount 70 VRMS 4903-9174 4903-9332 X Suffix H models are intended for indoor use in areas where humidity is normally high, such as swimming pool rooms, locker rooms, etc., and require the 4905-9907 gasket kit. NOTE: Audible output is attenuated by 3dBA. MOUNTING INFORMATION: SEMI -FLUSH WALL MOUNT FOR A/V WITH SPEAKER: 4"SQ. 1 1/2"DEEP BOX (RACO # 191 OR EQUAL) WITH 1 1/2" EXTENSION (RACO # 203 OR EQUAL) BY OTHERS FOR A/V WITH HORN: 4" SO. 1 1/2" DEEP BOX (RACO # 191 OR EQUAL) BY OTHERS FOR A/V WITH SPEAKER: 4"SQ. 1 1/2" DEEP BOX (RACO # 191 OR EQUAL) WITH 1 1/2" EXTENSION (RACO # 203 OR EQUAL) BY OTHERS FOR A/V WITH HORN: 4" SQ. 1 1/2" DEEP BOX (RACO # 191 OR EQUAL) BY OTHERS 3 GANG BOX, 2 3/4" DEEP WIREMOLD NO. 5744-3 OR EQUAL), BY OTHERS 4905-9908 ADAPTER PLATE RECTANGULAR HOUSING SURFACE MOUNT NOTE BOX ORIENTATION 3 MOUNTING INFORMATION (CONTINUED): WEATHERPROOF 3 GANG BOX, 2 5/8" DEEP (RACO NO. 5390-0 OR EQUAL) BY OTHERS 4905-9907 HIGH HUMIDITY GASKET KIT (REQUIRED FOR HIGH HUMIDITY APPLICATIONS, SURFACE OR SEMI -FLUSH) 4905-9908 ADAPTER PLATE SURFACE MOUNT HIGH HUMIDITY APPLICATION 45 BOX 3 AI HORIZONTAL MOUNT RETROFIT) 2975-9145 BOX 4905-9903 ADAPTER PLATE VERTICAL MOUNT RETROFIT) r f EXISTING 4-INCH SQUARE OUTLET BOX Im WAI I ADAPTER RING NOTE BOX ORIENTATION) ROFIT MOUNTING WIRING BOX ENSION 93' simpWAM Gardner, Massachusetts roughout th U. S A. Offices and Representatives Throughout the World All specifications and other information shown were current as of publication, and are subject to change without notice. Printed in U.S.A. Multi -Application Peripherals 935implex and Accessories Visible and Audible/Visible Appliances UL Listed 4904 Series Visible FM Approved Notification Appliances with 1 Hz Strobes FEATURES: 24VDC Powered Xenon Flashtube Visible Notification Appliance UL Listed to Standard 1971: Models Available With Visible Output of 15, 30, or 110 Candela 15 Candela Models Provide 75 Candela On -Axis Minimum Visible Output Compatible with ADA Requirements Exclusive Reflective Design Provides Light Output in Key Axis Directions Allowing Vertical or Horizontal Mounting Synchronized Flash Rate Models Available for use with Synchronizing Module 4905- 9914 (Style Y), or 4905-9922 (Style Z) Wall Mount Models: Red with White "FIRE" Lettering Off -White with Red "FIRE" Lettering Ceiling Models: Red with White "FIRE" Lettering on Three Sides Regulated Circuit Design Protects Flash Capacitor and Ensures Consistent Output Polarized In/Out Wiring Terminals Polycarbonate Lens SPECIFICATIONS: Dimensions ....................4 3/4"H x 2 15/16"W x 2 5/8"D 121 mm x 75mm x 67mm) Operating Voltage.........................................18-32VDC Flash Rate .................... 60 Flashes per Minute (± 20%) Nominal Current at 24VDC: 15 Candela (Effective Intensity) ........................ 85mA 30 Candela (Effective Intensity) ...................... 100mA 110 Candela (Effective Intensity) ......................200mA Appliance Connection ................ Two Position Terminal Block with In/Out Wiring Wire Size .............................................. #18 to #12AWG Temperature ......................320F to 120OF (0°C to 49°C) Humidity..............................10 - 95% Non -Condensing at 86°F (30°C) 4904 SERIES VISIBLE NOTIFICATION APPLIANCE DESCRIPTION: Simplex 4904 series visible notification appliances may be either horizontally or vertically wall mounted, or ceiling mounted, because an exclusive (patent pending) multi -surface reflector is used to provide symmetrical light output in key axis directions. The lens assembly fits securely into its housing, providing a high integrity notification appliance that is impact and vandal resistant and suitable for a variety of applications. When multiple visible appliances and their reflections can be seen from one location, synchronized flashes reduce the probability of photo -sensitive reactions. Flash synchronization module 4905-9914 or 4905-9922 will control the observed flashes of synchronized flash models at a rate of 1 Hz using the existing two wire circuit (patent pending). Standard models will operate in a free -running mode even when connected to a synchronized NAC. The efficient switching regulator electronic design provides over -voltage protection for the flash discharge capacitor and ensures consistent visible notification output. Proper selection of visible notification is dependent on occupancy, location, local codes, and proper applications of: the National Fire Alarm Code (1993 NFPA 72), ANSI Al17.1, the appropriate model building code, BOCA, ICBO, or SBCCI, and the application guidelines of the Americans with Disabilities Act (ADA). Consult your local Simplex representative for assistance in determining these requirements. 1995 simplex Time Recorder co. Publication S4904-0002-3 2-95 PRODUCT IDENTIFICATION VISIBLE NOTIFICATION APPLIANCE OUTPUT Candela) HOUSING STYLE MOUNTING STYLE 1 Hz 1 Hz Standard Synchronized 15 30 110 4904-9162 4904-9325 X 4904-9163 4905-9326 X Red with White "FIRE" on Front and Sides CEILING MOUNT 4904-9164 4904-9327 X 4904-9137 4904-9305 X 4904-9135 4904 9301 X Red with White "FIRE" on Front 4904-9136 X 4904-9137H 4904-9305H X Red with White "FIRE" VERTICAL 4904-9135H 4904-9301 H X on Front For High Humidity Areas' WALL MOUNT 4904-9136H 4904-9309H X 4904-9138 4904-9306 X 4904-9141 4904-9302 X Off -White with Red "FIRE" on Front 4904-9144 4904-9310 I X 4904-9139 4904-9307 X 4904-9142 4904-9303 X Red with White "FIRE" on Front 4904-9145 4904-9311 X Red with White "FIRE" HORIZONTAL4904-9145H X on Front For High WALL MOUNTHumidityAreas' 4904-9140 X Off -White with Red FIRE" on Front 4905-9146 X Suffix H models are intended for indoor use in areas where humidity is normally high, such as swimming pool rooms and locker rooms, and require the 4905-9907 gasket kit. ACCESSORIES DESCRIPTION 4905-9907 High Humidity Gasket Kit 4905-9910 Surface Mount Adapter Plate, Zinc Plated, 4 7/8" x 3 1/8" (124mm x 79mm) 4905-9914 Synchronized Flash Module. Style Y operation. Epoxy Encapsulated with In/Out AWG #18 Wire Leads, rated for 2A NAC, requires 10mA for power. 1 3/8" W x 2 7/16" L x 13/16" H (35mm x 62mm x 20mm) 4905-9922 Synchronized Flash Module. Style Z operation. Epoxy Encapsulated with In/Out AWG #18 Wire Leads, rated for 2A NAC, requires 10mA for power. 1 3/8" W x 2 7/16" L x 13/16" H (35mm x 62mm x 20mm) MOUNTING INFORMATION SEMI -FLUSH MOUNTING SURFACE MOUNTING IBLE NOTIFICATION APPLIANCE SURFACE MOUNT ADAPTER PLATE - 4905-9910 OPTIONAL FOR SEMI -FLUSH) LE NOTIFICATION APPLIANCE VISIBLE NOTIFICATION APPLU SINGLE GANG BOX 2-1/2" DEEP RACO 519) SUPPLIED BY OTHERS ROTATE AS SHOWN FOR HORIZONTAL MOUNTING HANDY BOX 1-1/2" DEEP RACO 650) SUPPLIED BY OTHERS SINGLE GANG BOX, 2-1/4" DEEP WIREMOLD NO. 5744S) SUPPLIED BY OTHERS MOUNTING INFORMATION (CONTINUED): CEILING MOUNTING VISIBLE NOTIFICATION APPLIANCE T-BAR WITH CLIPS AND SCREWS ERICO NO. 512) SUPPLIED BY OTHERS HANDY BOX 1 1/2" DEEP RACO 650) SUPPLIED BY OTHERS F NOTE: SEE PAGES 2 AND 3 FOR ADDITIONAL SURFACE AND SEMI -FLUSH F MOUNTING DETAIL. MOUNTING FOR NON -WEATHERPROOF BOX FOR 'L/ y HIGH HUMIDITY SEMI -FLUSH MOUNTING ONLYAPPLICATIONS (RACO 650) SUPPLIED BY OTHERS SURFACE MOUNT ° ADAPTER PLATE 4905-9910 VISIBLE NOTIFICATION APPLIANCE WEATHERPROOF BOX 2" DEEP FOR SURFACE MOUNT ONLY RACO NO. 5324 SINGLE GANG) SUPPLIED BY OTHERS 4905-9907 HIGH HUMIDITY GASKET KIT (REQUIRED FOR HIGH HUMIDITY APPLICATIONS, SURFACE OR SEMI -FLUSH) 93Simplex Gardner, Massachusetts Throughout the U.S.A. Offices and Representatives Throughout the World All specifications and other information shown were current as of publication, and are subject to change without notice. Printed In U.S.A. 4002 FIRE ALARM SYSTEM PROJECT REQUIREMENTS A B C D INDICATE STANDBY ALARM MODULE NUMBER CURRENT CURRENT SPACE PRODUCT REO'D. AMPS AMPS REO'D. IDENTIFICATION DESCRIPTION (AXB) (AXC) (AXD) NUMBER MAX. QUAN. EA. SUBTOT. EA. SUBTOT. IN. SUBTOT. 4002-8001 New System 4002-8901 Expansion Module Add -on to 7. t- Existing System 4002-6001 Input Power 120VAC, 60Hz 1 4002-6002 Input Power 220/240, 50Hz 1 W 4002-6007 Suppression Release Panel 1 4002-6050 Power Limited Control Panel 1 4002-6051 Non Power Limited abControl 44v. Panel002-71014 CPU Style B 1 / .170 .170 .502 S0.24002-7102 CPU Style D 1 .170 .502 4002-5001' 8-Zone Style B 3 .060 4" 4002-5002 4-Zone Style B 3 .030 4" 4002-5003' 8-Zone Style D 3 .060 4" 4002-5004 4-Zone Style D 3 .030 4" 4002-4101 Dual -Signal Module 2 .008 .025 4" 4002-3001 Auxiliary Relays (DPDT) 2 .002 .040 4" 4002-3003 Auxiliary Relays (10/2 amp) 2 .002 .040 4" 4002-3002 Auxiliary Relays (SPDT) 8 2" 4002-0102 Zone -Disconnect Module 8 2" 4002-0103 Transient-Suppression 8 2„ Module (Style D) Combination Zone 4002-0104 Disconnect/Suppression 8 2" Style B or Style D) 4002-0105 Transient -Suppression 8Module (Style B) 4002-0110" 4" Power Supply — Filtered 2 fit ^ 4002 0111" Power Supply — Filtered 2L'' 8' and Regulated 4002-0113 Fan Control Module 4 .027 .056 4" I 40024115 Battery Meter Module 1' ' ` `' - -*' 4" ESP Programming Option 1 .030 .0304002-0112 11 4002-0120 2120 Communicator Module 1 .044 .044 6" 4002-0121 Style 7, 2120 DC Com. 1 .040 .040 4" Interface r 4002-0137 Style 7, 2120 RS232 1 .030 .030 4" Interface 2081-9272 6.2 Amp -Hour Batteries 2 2081-9274 10 Amp -Hour Batteries 2 a 2081-9275 18 Amp -Hour Batteries 2 2081-9271 33 Amp -Hour Batteries 2 4002-1010 External Batteries 2 4002-6012t 4120 Network Interface, 1 028 028 Modular Card 4002-0142t RS485 Media Card 2 .073 .073.4 4002-0143t Fiber Optic Media Card 2 .039 .039 Total Standby Current (amps) B Total Alarm Current (amps) C Total Module Space (inches) D Four or Six Unit package only. Maximum of 1 Expansion Power Supply in a Four Unit package. NOT APPLICABLE Maximum of 2 Expansion Power Supplies in a Six Unit package. C W t Refer to 4120 Network Options datasheet S4120-0003 for more 10 mtormation. ALPHA FLIGHT SERVICE SANFORD AIRPORT FIRE ALARM BATTERY CALCULATIONS 01 /30/96 QTY DESCRIPTION MA MA c@ ALM ALM 1 FIRE ALARM CONTROL PANEL 0.17 0.17 0.502 0.502 0 0 4 2099-9754 MANUAL STATION 0 0 0 0 6 2098-9201 SMOKE DETECTOR 0 0 0 0 6 2098-9211 TWO -WIRE BASE 0 0 0.047 0.282 3 2098-9549 DUCT SMOKE 0 0 0.05 0.15 3 2088-9007 RELAY 0 0 0.015 0.045 8 4903-9219 HORN/STROBE 0 0 0.123 0.984 3 4904-9137 STROBE 0 0 0.085 0.255 0.17 2.218 X 24 HRS X 5 MIN X (24) X (.083) 4.08 0.184094 TOTAL STANDBY REQUIRED 4.08 TOTAL ALARM REQUIRE 0.1841 TOTAL CURRENT DRAW 4.2641 TOTAL BATTERY SUPPLIED 6.2AH Page 1 B.Simplex Gardner, MA 01441-0001 U.S.A. 508) 632-2500 Printed in U.S.A. 01995 Simplex Time Recorder Co. Adv-1330 DUO -TANG® MADE IN U.S.A. AGORIL NSURANCE 12/28/95 ONLY AND CONFERS NO RIGHTS UPON THE CERTIFICATE POE & BROWN INC. HOLDER. THIS CERTIFICATE DOES NOT AMEND, EXTEND OR P.O. BOX 2412 ALTER THE COVERAGE AFFORDED BY THE POLICIES BELOW. DAYTONA BEACH, FL 32115-2412 COMPANIES AFFORDING COVERAGE COMPANY 904-252-9601 A CNA Insurance Company rizkjoow COMPANY Wiginton Fire Sprinklers, Inc. B Zurich Am Ins Co./Schaumburg COMPANYP0Box520160 Longwood, FL 32750 C COMPANY D COVERAGES THISIS TOCERTIFY THAT THE POLICIES OF INSURANCE LIST EDBELOWHAvE BEENISSUED TO THEINSURED NAMED ABOVE FORT HE POLICY PERIOD INDICATED.NOT WITHSTANDINGANYREOUIREMENT,TERM ORCONDITIONOF ANYCONTPACT OROTHEROOCUAENT WITHRESPECT TO WHICH THIS CERTIFICATE MAYBE ISSUED ORMAY PERT AIN. THE INSURANCE AFFORDED BY THE POLICIES DESCRIBED HEREIN IS SUBJECT TO ALL THE TERMS. EXCLUSIONS AND CONDITIONS OF SUCH POLICIES, LIMITS SHOWNMAY HAVE BEEN REDUCED BY PAID CLAMS DO LTa TYPE OF aifURANOE POLIO NU mom POLIOVEFECTNE DATE( MWDOJVV) POLICY EXPIRATION DATE( MWDDIYY) LIMITS GE" ALLIABLITY GENERAL AGGREGATE f 2000000 A X COMMERCIAL OENERAL LIABILITY GL1031785318 1/01/96 1/01/97 PRODUCTS-COMP/OP AGO f 2000000 CLAIMS MALE OCCUR PERSONAL L ADV IKXRY i 1000000 OwNER' SRCONTRACTOR'S PROT EACHOCCIIRSENCE f 1000000 FIRE DAMAGE ( Any one fire) f 50000 ' MED EXP ( Any one person) f 5000 AUTOMOBLZ LIABLITr COMBINED SINGLE LIMIT f X A ANYAUTO BUA131786226 1/01/96 1/01/97 1000000 BODILY INJLRY Per person) f ALL OWNEDAUTOSSCHEDULEDAUTOS X HIRED AUTOS NON -OWNED AUTOS BODILY INJ_ PY Per accident) f X PROPER IY DAMAGE f GARAGE LIABILITY AUTO ONLY EA ACCIDENT f OTHER THAN AUTO ONLY ANY AUTOEACHACCIDENT f AGGREGATE f EXCESS LIABILITY EACH OCCURRENCE f 6000000 AGC,'IEGAIE f 6000000 B UMBRELLAFORMAU036580001/01/96 1/01/97 f OTHER THANUMBRELLAFCRMWORKERSCOMPENSATION AND X I STATUTORY LIMITS A EMPLOVERs' LIABa. ITV WC1031786257 1/ 01/96 1/01/97 EACH ACCIDENT 100000 DISEASE POLICY LIMIT f 500000 THE PROPRIETOR/ IIQ PARTNERS/EXECUTIVE OFFICERS ARE: EXCL DISEASE EACH EMPLOYEE f 100000 OTHER A Contractors C01031786212 1/01/96 1/01/97 Leased —Rented Equip Equipment S50, 000.Limit S1 000. Ded. DESCRIPTION OF OPERATK*M&DCATX*dg[VWMIW-EglgKdIAL ITEMS FOR QUESTIONS — CONTACT LORRAINE CEVASCO 904-239-5755 A CANCELLATION SHOULD ANY Of THE ABOVE DESCROM POLICIES BE CANCELLED BEFORE THE EXPIRATION DATE T1/EREOr. THE WSUM COMPANY WILL ENDEAVOR TO MAL CITY OF SANFORD 30 DAYS WRITTEN NOTICE TO THE CERTlICATT MOUNM NAMED TO THE LDT. P.O. BOX 1 778 BUT FALVRE TO MAL SUCH NOTICE SMALL IMPOSE NO OBLIGATION OR LIABLITY SANFORD, FL 32772 Of gj KIND UPON COMPANY. ITS AGENTS OR REPRESENTATIVES. AUT:, REPRESENT A 020317000 i? JSC4Al l C tJA71Git 1 of CORE 25-0 (>1fq THIS CERTIFIES THAT: BUSINESS URGANIZATION: STATE OF FLORIDA OFFICE OF TREASURER DEPARTMENT OF INSURANCE TALLAHASSEE, FLORIDA STATE FIRE MARSHAL CERTIFICATE OF COMPETENCY TIMOTHY PATRICK MURPHY 450 SOUTH CR 427 LO NGWOOD , FL 32750 WIGINTON FIRE SPRINKLERS INC. FM00005 I. i CONTRACTOR II IS LIMITED TO THE EXECUTION OF CONTRACTS REQUIRING THE ABILITY TO LAYOUT, FABRICATE, INSTALL, INSPECT, ALTER, OR SERVICE WATER SPRINKLER SYSTEMS --;- WATER SPRAY SYSTEMS, FOAM -WATER SPRINKLER SYSTEMS, FOAM -WATER SPRAY SYSTEMS STANDPIPES, CJMBINATI0N STANDPIPES AND SPRINKLER RISERS• EXCLUDIN PRE-ENGINEERED SYSTEMS* 0-1 OLI 951 07 16 1 ISSUE DATE I TYPE ICLASSICOUI 93995900 0 191 I 658071 00081 1 50.0 LICENSE OR PERMIT NUMBER I APPLICATION I TAXES d FEES TREASURER 05 30 96 _INSURANCE COMMISSIONER EXPIRATION FIRE MARSHAL DATE VAGINTON FIRE SPRINKLERS, INC P.O BOX 520160 LONGWOOD, FL 32752-0160 407) 831-3414 Jacksonville ° Tampa ° Pompano ° Miami TO: City of Sanford 1303 S. French Avenue Sanford, FL 32771 WE ARE SENDING YOU Attached r I I Shop drawings I I Prints LETTER OF TRANSMITTAL DATE: 1/24/96 JOB NO. 96202 ATTN: COMMERCIAL PLANS REVIEW RE: Alpha Flight Services 1776 Hanger Road Sanford, Florida Parcel #620-31-300-0010-0000 Under separate cover via the following items: f Plans I I Samples I I Specifications I I Copy of letter I I Change order I I COPIES DATE NO. DESCRIPTION 4 1of1 Fire Sprinkler DraWn s 4 1of1 Hydraulic Calculations 1 Certificate of Insurance 1 Certificate of Competency 1 Permit Application THESE ARE TRANSMITTED as checked below: For approval I I Approved as submitted 1 1 For your use I I Approved as noted I I As requested I I Returned for corrections VFor review and comment I I I I FORBIDS DUE I I Resubmit _copies for approval I I Submit _ copies for distribution 0/ Return corrected prints 19 1 1 PRINTS RETURNED AFTER LOAN TO US REMARKS Please review and return two sets with your stamp of approval and/or comments. Notify our office when plans are ready for pick up. Should you have any questions, please call our office Thank YouII COPY TO SIGNED: rI Cindy L. Jord n, Permit Administrator C 143 MickeyMickey Ferguson, Designer C/ s Z'b F 996 ' PS' 14'F oT 01% FIRE PROTECTION BY COMPUTER DES I uiv L : 00 : L L L'y V 0 1 l uuuuUC) : L :. L. uG : . (.)Ci j 1 1 V ( 00. : C)C. G) 0) (C U) ' ' ' ' (ut) (UG) u) 00) 000) ((_i0()j (t C LI) (C)Ok.1) 0j) I I l t l l l wwwwww WWWWWWW vjwwWWW wwwwww WWWWWWW wwwwww wwwwww WWWWWWW WwwWWw wwwwww WWWWWWW ,,• wwwwww wwwwww WWWWWWW wwwwww wwwwww WWWWWWW .,.. ..,.,., ,.. wwwwww wwwwww WWWWWWW .:..:•.:. :-.:,:,r,f, .r,r.f•• wwwwww WWWWWW WWWWWWW .,.,.,.....,.,.,.,.,.,.,.. wwwwww WWWWWWW WWWWWwwwW .:...:..: ,: -..:,.-.f-.:.....?, Wwwwwww WWWWWWW Wwwww wwwwW wwwwwww Wwwwwwwwwwwwwwwwwwwww WwwwwwwwwWWWwwwWWWWWW WWwwWWWWWwwwwwwwww WwwwwwwwWWWwwwwwwW wWwwwwwwwwww Wwwwwwwwwwww FIRE TURNS US ON ! W I G I NTON F- I RE SPRINKLERS, INC. * 45(-) SOUTH COUNTY kL. 4E7 ; LONGWOOD, FLORIDAA 3275Cl ! 407 --5.31 -3414 PROJECT NAviE : ALPHA F-L I6HT SERV I Ct t CONTRACTOR: MARK CONSTRUC1IOt,4 CO. F D/ A LOCATION: TRAY ASSEMBLY AREA y SYSTEM NO. i CONTRACT NO. SSECI- Hut v"? l WIGINTON FIRE SPRINKLLRS. INL. LUNGWUOL, FLUB 10k SE /bO 407-631 -3,+14 HYDRAULIC DES I v v T NFUHmHT I ON SHEET NAME - ALPHA FLIGHT SERVICES LNTt - 4 1cc1 LOCATION - TRAY ASSEMBLY AREA BUILDING - 1776 HANGER ROAD, SANFO RD, FL. S Y ti f Erlt Nu. - 1 CONTRACTOR - MARK CONSTRUCTION CO. CON-f RHL f I14u. CALCULATED BY - M. FER6USON DHAW11,46 NO. - 1 Or i CONSTRUCTION: ( ) COMBUSTIBLE (X) vO11-1-CUMOUSf1OLE CEILING mEiUHT- 7 OCCUPANCY - FOOD PREP BUILDING S I (X) NFPA 13 ( ) LT. HAG. ORD. HHZ. GP. (X) 1 Y 1 ( ) NFPA 231 ( ) NFPA 231 C FIGURE e_uRVE S 1( )OTHER T 1( )SPECIFIC. RULING MADE BY UH7t M i AREA OF SPRINKLER OPERATION I50u I SYSTEM TYF't SPRINKLER/NUZZLE I DENSITY-GPM/Ft-.` .15 1 (X) WET mAKE RELIABLE D 1 AREA PER SPRINKLER VARIES 1 ( ) DRY MODEL G,+, b fE I ELEVATION AT HIGHEST OUTLET 9 1 ( ) DELUGE SITE 1/2" S 1 HOSE ALLOWANCE GPM -INSIDE 100 1 ( ) RREALTIOfv K-FACTOR 5. Ec: 1 1 RACK SPRINKLER ALLOWANCE f_ i I ( ) T EPIP. RH f . 165 G 1 HOSE ALLOWANCE GPM -OUTSIDE. 15o 1 ri 1 1 NOTE CALCULATION I GPM REQUIRED 576.89 PSI REUU I RED 40. 56E• SUMMARY I C-FACTOR USED: O-ERHEAD laO UIADERuRUUNu 15t) W 1 WATER FLOW TEST: I PUMP DATA: I T=NK OR RESERVOIR: A 1 DATE OF TEST" I I CAS'. T I TIME OF TEST I RATED CAR. I ELEV. L I STATIC (PSI) 56 1 id PS I 1 R I RESIDUAL (PSI) 36 1 ELEV. I WELL I FLOW ( GPM) 1010 1 1 PHOU1= t- LUW GPrl S I ELEVATION 0 1 I U 1 P I LOCATION : AT NEARES-f HYDRT. ON SITE P 1 L I SOURCE O1= INFORMATION Y I L I COMMODITY CLASS LOCA f 1 UN O 1 STORAGE HT. AREA AISLE W. i+i 1 STORAGE METHOD: SOLID PILED % PHLLET I ZED nALv, ?• I ( ) SINGLE ROW ( ) CONVEN. PALLET ( ) AUTu. S i ur -iuE ( ) traCHr 5 1 R I ( ) DOUBLE ROW ( ) SLAVE PALLE f ( ) SUL1D SHELF NUN I• 1 H 1 ( ) MUL •f . ROW i ) OPEN SHELF U 1 G R I K I FLUE SPACING LLEHI-ANLE : ST &4..FiGE -1 O CEILING A I I LONUITUDINAL TRANSVERSE E I I HORIZONTAL BARRIERS PROVIDED: UNITS - DIAMETER ( INCH) LENGTH krrOUT) F LOW (6 PI) PRESbL)Rt "w l ) F-'NU6 U ,f WI INTON FIHE SPRINKLERS? 1"L. Water supply Lur-ve ------------------- I I of at i s Gress. = 56. GUG Psi I I i Resid. Press. = 36.000 Psi i I I ke=-ire. Flew = 1010.000 GPM I I Press Available at ----------------------------------- I I 076.85 GPR1 i i 48.903 PSI I i 1 I I 1 i I v i I F I Safety Margin I i I 8.117 Psi ------- ) I i I v Flaw Available az Lemana I __ x k-------------> } (----- 877. ST UPM I i ----- \-\ I Safety Margin I I \ \ \ 1 300. 48 GPPI I fatal System I Demand \ \i I 576.89 GPM \ I I I 40.58 PSI I I i WIhII'JIUIV Flkt 5F'k1NF'.LtFio, 1wL. JOB- -1LRHH FLIUHf SERVICES Job No- 502V2 -i UHTm QiEL9w F' 6, FITTING NAME TABLE ABDREV. NAM A Alarm Valve b Butterfly Valve C Roll1 Groove D Dry Pipe Valve E 901 St anaard Elbow F 45' Elbow G Gate Valve H Kenneoy Water Check Va. I Grooved Check Valve J Central Shotgun Valve K 901 mea i um Turn Elbow L 901 Lang Turn Elbow N Grooved 90 Ell N Grooved 45 Ell O Grooved Tee P Viking Deluge Va Cat Detector Check Valve R Reliable Deluge Va S Swing Check Valve T 901 Flaw - Tee or Cross U Milwaukee ButterbalIL Va V CPVC Tee Branch W CPVC Tee Run X CPVC. DO, E 1 1 Y CPVC 451 L I I WIGINTON FIRE SPRINKLERS, I"L. J06- ALPHA FLIGHT SERVICES JOB NO- 902QE -1 UW E 0122% PAGE 9 NODE ELEVATION SPRINKLER PRESSURE FLOW NOTES NO. FT.) K-FACTOR PSI) U.S.GPM) 1 5.00 11.4 a T.Ou 12.6 3 9.00 1G.7 4 9.00 10.3 5 9.00 21.4 6 5. Oct 2 3.5 7 9.00 10.0 6 9.00 11.0 9 9.00 14.7 10 9.00 17.0 11 9.00 16.8 12 9.0o 24.2 I3 9.00 11.5 1# 9.00 13.6 15 9.00 16.9 16 9.00 25.1 17 9.00 25.6 16 9.00 26.5 la 9.00 26.5 1A 9.00 5.62 10.9 18.5 20 9.00 26.7 21 9.00 27.6 22 9.00 26.6 23 5.00 29.6 2A 9.00 5.62 11.6 is.z 3A 9.00 5.62 15.6 22.1 4A 9.00 5.62 16.0 23.6 9.00 5.62 19.9 25.1 BA 9.00 5.e2 22.4 26.6 7A 9.00 5.62 9.5 17.4 SA 5. 00 5.62 10.2 17.5 9A 9.00 5.62 13.6 20.7 SR 2.00 33.9 100.0 TR 9.00 00.7 IOA 9.00 5.ee 15.6 22.3 11A 5.00 5.62 17.5 E3.3 12A 9.00 5.6a 20.6 26.7 13A 5.00 5.62 11.2 16.6 14A 9.00 5.62 1a.6 10.9 15A 9.00 5.62 17.6 L3.t UG1 0.00 39.9 CITY 0.00 40.5 Ib0.0 Max velocity of 17.17 occurs in the pipe FROm 5 10 6 WIGINTGty F IF<E SPRIINKLER, IIvL. J UIi- r=tLF'HA FL I GH i SERVICES JUEi Ni]- 9GEu2 -1 !,tit 01 Ec 90 llyt HYU. Qa DIA. FITTING PIPE Pt Pt REF C" or FTi jG'1 5 Ple Pv r *+ NUTtS + *+ p • Po I NT ut Pf /F Eqv. Lr,. 1'01 AL Pf Pr, 16.59 1. v49 I E 2. 00 2. 50 10. 10. '=o4 K 5. o,: IA C=1ca i, 00 uQ QC, 18. 59 C,. 1133 C. C 0 4. 5o 0. 51 Vet 6. 1 18.59 11.45 K - 5.4'3 19.._._ 1. 049 IT 5. 00 c. 50 11.613 1 1. G'3 v. = 5. &E cA C=120 0. 00 00 i. OC) 0. t,t) 19. tt 0. 1213 0. C u 7. 50 0. 91 0. C t Ve 1 E 11D. t` 12. 60 K = 5.415 22. 16 1. 049 IT 5. 00 2.50 15.57 i5.57 K = 5. 6d SA C-1 `(_ 0. 0 45. 00 0. 00 Q. l it 1 22. 18 0. 1566 C. OC, 7. 50 1.113 U. 0k- Ve1 6. 2.!, 3 22.16 16.76 K = t. 41,'3 3. 87 1. 049 1 T C.J. 00 50 16. 03 16. C Lti K = 5. E,f 4A C=120 t:i. 00 5. 00 U. GO 0. GC, 23. 67 0. 1813 C. OC 7. 50 1. 23t) C k: Ve t 6. 8t 4 23.87 25.11 1. 049 IT 5. Ou c. 5ti. 19. 9tn' 1'y. 9b K - 5. b, 5A C=120 0. 00 5. (.)0 0. lip: C,, (_ c) 85. 11 0. 198E 0. u0 7. 50 1. 4'j 0. 0'., Ve 1 9. 3 S 25. 11 21 • 4J r, t. 4c:2 E6. 61 1.049 IT J. 00 Oo z:. 41 E:d. 41 K - 5. 6e 6A C=1 0 C , 00 5. 00 J. C li i, 1, 26. 61 0. 2214 C. C)0 7. 00 1. 5ti 0. Vet 3. 6G 6 1?6. 61 cJ. S6 h, 4-5t 17. 40 1. 049 I E c.50 J. 5. y r .c-:9 K 5. ear 11-1 C= 120 C. Qk-) C,(:) 17. 40 0. 1000 V. UL 4. 5o U. 4 n Q. ltv Ve l 6. 4tb UNITS - DIAMETER INCH) LENGTH FOOT) FLUW GPrIll P RESSLiriE '.'•-.::1) WIGINTON FIRE SPRINKLERS, lwL. JOB- ALPHA FLIGHT SERVICES JOB NO- 56202 -1 DHTE PHUL e HYD. Da DIA. FITTING PIPE Pt Pt REF "c" or ETNG'S Pe Pv wOTEs *----, POINT of Pf/F Eqv. Ln. TOTAL Pf Pn 7 17.40 10.04 K = 5.45z 17.55 1.049 IT 5.Oo z.50 1o.a5 IQ.2G K = 5.e2 6A C=120 0.00 5.00 Q.Qo 0.00 17.99 0.1066 0.00 7.50 0.50 Q.00 Vet = 6.6a 6 17.99 11.05 K = 5.411 a0.79 1.045 1T 5.00 2.50 13.66 13.68 K = 5.6E 5A C=120 0.00 5.00 Q.00 0.00 20.79 0.1400 0.00 7.50 1.03 Q.00 Vel = 7.7 9 20.79 14.73 K = 5.417 22.38 1.049 1T 5.00 2.50 15.66 1=).6t K = 5.6E 10A C=120 0.00 5.vu o.Qe 0.00 22.38 0.1600 0.00 7.50 1.aQ 0.00 Vet = a.3! 10 22.38 17.06 K = S.416 23.56 1.049 1T 5.00 2.50 17.57 17.57 K = 5.62 11A C=120 0.00 5.00 0.00 Q.Oo 23.56 0.1760 0.00 7.50 1.32 U.og Vet = 6.72 11 a3.56 16.89 K = s.#a1 26.77 1.049 1I 5.00 2.00 2a.613 2E.65 K = s.eE 1eA C=120 0.00 5.00 O.oe O.uO 26.77 0.2226 0.0u 7.00 1.56 o.00 Vet 12 126.77 5.436 18.86 1.049 1E 2.00 3.30 11.21 11.z7 K = 5.eL 13A C=120 0.00 2.00 U.00 0.00 16.66 0.1163 0.00 5.5o 0.ea 0.0e Vet = 7.oV 13 18.66 11.91 K = 5.455 UNITS - DIAMETER <IQcH> LENGTH (ROUT) FLOW UPm> PRzs@u4E iw51, WI61NTuN 11vL.. JOL-i- ALPriH FLIGHT SERVICES JOB NO- 96202 -1 DATL- v 1 c:._'_ia --HGI= HYD. Q D I A. FITTING P I PE PT t RE:F C" or FTNG' S Pe i-:•v t* x NUTLtz-- } POINT Gt PfiF Eqv. Lr,. TOTAL Pr Pri 19.96 1. 049 1 T 5. C U 2.50 I . 64 1.::. b4 F'. - i. 6 14A C=1`() G. C C 5. 00 ii. Ci!_, 0. Ut 19. 96 C. 1 c:33 CG. C C 7. 5C U. 97 0. u!_ Vel r . 4,f 14 15.96 1_.61 P, _ t.41b 23. 59 1. 04,5 1 T 5. 00 C. 50 1 7. 6a 17. 62 K = 5. 6c 15A C=1,_c, Q. UC 5. UV V. (-)o 0. C1C 23. 59 V. 176t C,, t,C, 7. 50 1. 32 V. 0u Vet 6.76 15 23.59 18.94 K 5.4G0 18. 59 1. C 49 C. C u 10. 06 1 1 . 45 11. w5 1 C=1 E:U C. Uq C. UC C. Gu 0. C G 18. 59 C. 1 140 u. C,C, IQ. 06 1.15 u. C'. Ve 1 6. 90 19. 22 1. 049 C. C C 9.83 1 c. 60 1 a. 6V C=120 C. GC O. GCS Q. C,t_i C,, 0C., 37.81 0.4231 C. UC 9.63 4. l t) C. C C V e l 14. Q,+ 28. 1a 1. 380 G. UC 10. 06 16. 76 16.76 3 C=12Ci G. C c_, C,. 0 .) C. GC C,. C,C, 59. 99 C,. 2601y C. C C, 10. 06 E. 63 C. OC Ve l l l:. 67 23. 66 1. 610 C. C C 9. GC 1'y. 39 19. 3'3 4 C=120 C. C,C, C. UC Ci. Cft_, Q. 00 83. 65 C. 2286 t>. C Q 9. 00 C. C b t,. C!! VeI I: . IR1 5. 1 1 1.610 C . c'_, C, o . 7 5 21.45 1 . ++ tf, C=1 `C; C,. 00 C". Cii, C;. C,C; u. Uu 106. 96 0. 37 18 C. 6. 75, 2.51 0. 0") Vet 1 i. 17 26. 61 2. 067 IT 1(J. Q0 5. 4a Lai. 96 2.. `jo 6 C=120 C). pC, 10. C 0 ti. UQ 0. Qi, 135. 57 O. 1647 0. UU 1 b. 4a 2.54 C;. O Ve 1 1._. `fib 16 135.57 I6. tlo F', 2b. Z 34 17. 40 1. 049 C. 0") 10. 08 1u. 04 1-D. k,)4 7 C= 12G D. 00 ti. C-)C) J. C)c, C,, cm--) 17. 40 u. 1001 C. 1,_. C>'i 1. 01 J. CSC) Ve l 4t. 17. 99 1. 049 C. C._i 1. 05 1 1. Q"j' 6 C=120 Qt i D. C)t.) Q. Ucl O. C ii.r 35. 39 C,. 374J 0. Ou y. 6.6 Gib 0. QQ Vet 1 _i. 1+i UNITS - DIAMETER INCH) LENGTH i OOT) F LOW Gpf") PRESSURt -: i-'S 1 1 W16INFUN 1=IVE SPRINKLERS, INC. JOB- ALPHA FLIGHT SERVICES JOB NU-- 96202 -1 OWL 012000 - H6E k HYD. oa DIA. BITTING PIPE Pt P-c REF C" or F'T vG' S pe pv ivUl L5 • •+r POINT Qt Pf/F Eqv. Ln. TOTHL Pf Pri 20.79 1.360 0.00 1 U. 06 14.73 14.73 9 C=120 0.00 0.00 0.000 0. 0 56.18 0.2311 0.00 10.00 2. 3i Q. UU Ve l 22. 06 1.610 0.00 9.00 17.06 1 /. 06 10 C=120 0. 00 0. 00 0. 00 C). 0k_p 76.=6 0.2033 0.00 9.00 1.83 o. ou Vel 1._. ; 5 2;3.56 1.610 2E 6.00 8.20 16.89 16.6-:1 11 G=120 0.00 6.00 C.,.Ou 0.0C) 102.12 0.3298 0.00 16.25 5. 3a 0.00 V e 1 16. 0`D 26. 77 2.067 IT 10.00 5.42 24.25 24. W 12 C=120 0.00 10.00 0.00 0. 0(-) 126.89 0.1504 0.00 15.42 2.30 0.00 Vel 11. 3C 1 9 26.51 K = 25. C),,) 7 1 6. 8 6 1.049 l E 2.00 12.58 11.91 1 1. ? l la C=120 0.00 2.00 0.00 0. 00 16.66 0.1165 0.04 14.56 1.10 O.OQ Vel 7.OU 19. 96 1.049 0.00 12.00 13.61 13.61 l y C= 1 20 0.00 0.00 0.00 0. 00 36.64 0.4441 0.00 10.00 5.33 O. OU Vel 14. 4c 23. 59 1.380 1 E 3.00 13.00 18.94 16.94 1 C= 1 `0 IT 6.00 9.00 0.00 0. ou 62.43 0.2613 0.00 22.00 6.19 O.OQ Vel i S. 0=1 U. 00 1.610 0.00 5.7t 25.13 25. 1 _; 16 C=120 0.00 0.00 0.00 O. Uc i 62.43 0.1321 0.00 S. 7w 0.76 O.OQ vet 0.6-+ 0. 00 2.067 IT 10.00 12.58 25.69 2b. W 17 C=120 0.00 1 0. Ov 0.00 0. ok-f 62.43 0.0394 0.00i 22. 56 0.69 0.00 Vel t.91 20 62.43 26.76 K - 12. W4 135. 57 4.260 0.00 1 3. 00 26.50 Erg. 5! 16 C=120 0.00 0 0.00 0. 00 Q. tn_, 135.57 0.0053 Q. oQ 1.3. Ou U.0f 0.00 vel 3. t z, 128.69 4.260 0.00 12.70 26.57 S w. S 7 19 C=120 0.00 0.00 0.00 0. 00 264-46 0.0164 0.00 12.79 0.21 0.00 Vet t.3-::, UNITS -- DIAMMER INCH) LEWfH TOOT) FLOW Wpm) PRE'nukE kvsl! WIUINFON F-IRt I"L. JOB- ALPHA FLIGHT SERVICES JOB Nil- 96202 -1 L- ••l t 01209b Egli_ t. HYU. Qa D I A. FITTING PIPE Fit Pt REF C" or FTNG' S pe Pv NOTES ,+w •., a PoIr4 f ut Pf/F Eqv. Ln. TOTALfAL PT; Pn 62.43 4.260 IN 6.06 33.50 E6. i6 Eb. 76 C=120 0.00 8.96 0.00 0.00 326.69 0.0249 0.00 4c.46 1.06 O.Ov Vel - 7.3t, 0. 00 4.260 1M 8.96 EE. 50 aT. 64 27.64 1 C•= I a(i 0. t0 8.96 0.00 0. 00 326.69 0.0247 0.00 31.46 0.76 O.Ov Vel = 1..M. 0. 00 4.260 1 M 6.96 31.92 26.60 E6. 6a E C=120 0.00 6.96 0.00 u. uG 326.69 0.0247 0.00 4E. 66 1.06 0.00 Vel = 7.36 0. 1 0 4.260 i M 8.96 32.00 29.66 25. b6 w" C=1 Lu 0.00 6.966 0.00 0. c k. 3L6. 69 0.0249 0.00 40. 9a 1.02 0.00 Vel -- 7. 30 0. 00 4.260 0.00 9. 5v 30.70 30. 70 TR C=1 EU 0.00 0.00 3.03 0.00 326.89 0.0252 0.00 9. 5o 0.24 0.00 Vel = i..5b 100. 00 6.357 cL 22.63 5.00 33.97 33.97 Da = 1v,,) OR C=12 0.00 22.63 5.67 0.00 Fixed La=_= = +t. 0 , 426.69 0.0054 0.00 27.63 O. 15 0.00 Vel = 4.3if G. 00 6.080 IL 13.76 65.00 39.99 39. 0.3 UG 1 C=150 IT 45.67 59.64 Q. Q 0.00 406.69 0.0046 0.00 i24.64 0.60 0.00 Vet = 4.7 1 50. 00 Ua = ISO. C u CITY 576.89 4 . 55 K = QO. 5b4 P.O. BOX 520160 C] LONGWOOD, FLORIDA 32752.0160 C i PHONE (407) 831-3414 FAX (407) 831.5740 MATERIAL SUBMITTAL Date: January 24, 1996 Contract Number: Project Name Location: Contractor: Engineer of Record 96202 Alpha Flight Services 1776 Hanger Road Sanford, FL 32773 Mark Construction Company Neil Staley, P.E. All materials, devices, or equipment furnished by Wiginton Fire Sprinklers, Inc. meet or exceed requirements of Contract Documents, NFPA Standards, Factory Mutual, I.R.I., or other approving authorities. o o Eoag OpTOPMEhTO M o P.O. BOX 520160 F1 LONGWOOD, FLORIDA 32752-0160 FI PHONE (407) 831-3414 f 1 FAX (407) 831.5740 Material Listing Index Overhead/Underground Materials 1. Pipe 2. Fittings 3. Hangers 4. Valves 5. Fire Dept. Connection 6. Devices 7. Miscellaneous Specialty items such as fire pumps, control panels, foam equipment, electrical components or other items indexed in accordance with project requirements, including special submittals as provided by Wiginton Fire Sprinklers' Suppliers. 0 PIPE Y t 17k r n k 4+' a: r s' 7..4 tsty , t <-' r i .r t y t . t v„ . '+Sv..'"9+'3'J t..i. s.. f i. r .....Yt.ts .i .... Jam.. ,i-kSs..... '',.a .r..a.i..s....,. >« tx... _. . OP lip 4p v h 3 gllr,rl fo lm F-,(»r:ifi(*,-IIimI r Blue Brute Is backed up by all the Items it takes for smooth installation of water pipe. Direct taps can be made with proper tapping tools. (See detailed instructions on tapping in the "Blue Brute Installation Guide", TR•704B.) Available In 4", 6", 8", 10" and 12" sizes, this pipe can be connected directly into cast and ductile iron fittings without adaptors or complicated procedures. f;,•„i,. This specification designates general requirements for unplaslicized polyvinyl chloride (PVC) plastic class water pipe with integral bell and spigot joints for the conveyance of water and other fluids. r'I,I -r i!II- Pipe shall meet the requirements of AWWA C900, "Polyvinyl Chloride (PVC) Pressure Pipe". All Class 100 pipe shall meet the requirements of DR 25, Class 150 pipe shall meet the requirements of DR 18 and Class 200 the requirements of DR 14. t iI, All pipe shall be suitable for use as pressure conduit. Provisions must be made for expansion and contraction at each joint with an elastomeric ring. The bell shall consist of an Integral wall section with a factory installed, solid cross section elastomeric ring which meets the requirements of ASTM F-477. The bell section shall be designed to be at least as hydrostatically strong as the pipe wall and meet the requirements of AWWA C900. Sizes and dimensions shall be as shown In this specification. III„Ilri 1 n ^lirr() Each pipe shall be tested to four times the pressure class of the pipe for a minimum of 5 seconds. The integral bell shall be tested with the pipe. tnnrinnl I "N,hl y 1 nrtr,llr,- Standard laying lengths shall be 20 feet (± 1 ") for all sizes. r•;,.,...t;rr,,.... . The pipe stiffness using F/ny for PVC class water pipe is contained in the table below: Class DR F/Dy (psi) 100 25 - 129 150 18 364 200 14 815 Randomly selected samples tested in accordance with ASTM D 1599 shall withstand, without failure, pressures listed below when applied in 60.70 seconds. Minimum burst Class pressure at 73 F (psi) 100 535 150 755 200 985 Pipe shall withstand, without failure at 73 'F, an impact of a falling missile, Tup C. at the following levels. (Per ASTM D 2444). Pipe Impact size (in.) (ft./lbs.) 4 - 100 6 100 8 100 10 120 12 120 There shall be no visible evidence of shattering or splitting when the energy is imposed. I ITTINGS vase PIPE Ductile Iron Medianical Joint Fittings For Water Or OtherLiquids. The Mechanical Joint Fittings and accessories described in this bro- chure are made to meet all applicable requirements of American National Standards ANSI/AWWA CI10/A21.10 and ANSI/AWWA CI11/A21.11. Wye branches, dual purpose solid sleeves and hydrant fittings are made to U.S. Pipe Standards but meet all applicable require- ments of ANSI/AWWA Cl 10/A21.10 for dimensions affecting inter- changeability and wall thickness for strength. Unless otherwise specified, glands, bolts and gaskets are furnished in sufficient quantities to provide for each socket opening. The weights of these accessories are not included in the fittings weights shown herein. Where a fitting in this section will not fill the requirements and a special fitting is indicated, a combination of standard fittings many times can be assembled to accomplish the same purpose. Combina- tions of standard fittings that may be used in place of special fittings can be found on page NIJF-29. For 4" through 12" ductile iron mechanical joint fittings that con- form to the requirements of ANSUAWWA C153/A21.53 DUCTILE IRON COMPACT FFMNGS 3-INCH THROUGH 12-INCH FOR WATER AND OTHER LIQUIDS, see U.S. Pipe's brochure covering TRIM TYTE® Duc- tile Iron MechanicalJoint Fittings. U.S. Pipe Mechanical Joint fittings are approved by Factory Mutual and listed by Underwriters Laboratories Inc. (extinguisher card EX 2234) in various sizes and pressure ratings in sizes 4"-12" and 350 psi pressure rating. TRIAt'I YrE Is a registered trademark of U 5 1'ipe A Foundry Co. rw.ru.p.aUN.".. to .-d—,—,.-.4%.Db.--J.1.e.,—p,J--..,...1.s....16d&_ u+9iAwwa C 1051A71 s T.. Jy.J74En u.n... L. Dual, t—" 4 w_ "OJ... Uq r L. p.q.. 1v10_l1cUHCW jOH1L r1«tngS CMThicknesses, Dimensions and Weightsof3"through 48"Fittings Conform: toANSI/AWWA CI JO/A21.10 IP Standard Mechanical Joint Dimensions I MCI I L I 1 rif%`w jU1,- •1 \ 1 t 1:t': "i ,YI L ~i\• i'•n - .; t .: r',rac.1.'ti.c. d ? .3. .k t ;.taR:. R Ki J A K t Dimensions In Inches Wt.tn round, Size Plain End A B J Kt R2 L bI S Rolts Bell Ct.nd R Its C",ketNo. Size Length 3 3.96 2.50 6.19 7.69 7.69 94 62 52 4 5/8 3 11 7 4 4.80 2.50 1 7.50 9.12 9.12 1.00 75 65 4 3/4 31/2 16 10 6 6.90 2.50 9.50 11.12 11.12 1.06 88 70 6 3/4 31/2 23 16 8 1 9.05 2.50 11.75 13.37 13.37 1.12 1.00 75 6 3/4 4 31 25 10 11.10 2.50 14.00 15.69 15.62 1 1.19 1.00 80 8 3/4 4 41 30 12 13.20 2.50 16.25 17.94 17.881 1.25 1.00 85 8 3/4 4 51 40 14 15.30 3.50 18.75 20.31 20.25 1.31 1.25 89 10 3/4 41/2 79 45 16 17.40 3.50 21.00 22.56 22.50 1.38 1.31 97 12 3/4 41/2 97 55 18 19.50 3.50 23.25 24.83 24.75 1.44 1.38 1.05 12 3/4 41/2 117 65 20 21.60 3.50 25.50 27.08 27.00 1.50 1.44 1.12 14 3/4 41/2 140 85 24 25.80 3.50 30.00 31.58 31.50 1.62 1.56 1.22 16 3/4 5 185 105 30 32.00 4.00 36.881 39.12 39.12 1.81 1.31 1.50 201 1 5 315 165 36 38.30 4.00 43.75 46.00 46.00 2.00 1.55 1.80 24 1 5 1/2 445 235 42 44.50 4.00 50.62 53.12 53.12 2.00 2.00 1.95 28 1 1/4 6 570 400 48 50.80 4.00 57.50 60.00 60.00 2.00 2.00 2.20 32 11/4 6 725 475 The bolt holes in the fitting flanges straddle the vertical center line when the fitting is positioned to change the fluid flow in a horizontal direction. 30" and 36" Mechanical Joint glands are furnished Ductile Iron only. The bolts used with these glands ere shorter than the standard 6'• length bnit_-tof ANSI/AWWA C I I O/A21.10. If 30"and 36" glands or plugs with standard A21.10 flange thicknesses are used, 6" bolts Will be required. 0• 42" and 48" Mechanical Joint glands are furnished Ductile Iron only. 2- 20 MJF lvle l iamcal joint l4•i=gs Thicknesses, Dimensions and Weightsof3"through 48"Fittings Conform to ANSI/AWWA Cl IOIA21.10 900 Bends li A _ ' A '. P ' T T A g MJ and INJ MJ and PE Size Pressure Rating psi I)imensionsin Inches Weight in Pounds T A 9 R MJ & MJ NIJ & PE 3 350 48 5.5 13.5 4.0 35 35 4 350 52 6.5 14.5 4.5 55 50 6 350 55 8.0 16.0 6.0 85 80 8 350 60 9.0 17.0 7.0 125 120 10 350 68 11.0 19.0 9.0 190 190 12 350 75 12.0 20.0 10.0 255 255 14 350 66 14.0 22.0 11.5 340 325 16 350 70 15.0 23.0 12.5 430 410 18 350 75 16.5 24.5 14.0 545 520 20 350 80 18.0 26.0 15.5 680 650 24 350 89 22.0 30.0 18.5 1025 985 30 1 250 1.03 25.0 33.0 21.5 1690 1585 36 250 1.15 28.0 36.0 24.5 2475 2310 42 250 1.28 31.0 39.0 27.5 3410 3200 48 250 1.42 34.0 42.0 30.5 4595 4330 For dimensions of Mechanical Joint bells see page MJF•2. For dimensions of plain ends see page MJF•3. 2-22 MJF-4 L= 1V1eC:11cUHC W JOH1L 1'1CW 1g5 Thicknesses, Dimensions and Weights of3"through 48"Fittings Conform to ANSI/AWWA C110/A21.10 Tees And Crosses TEES t s ' T T l r a •., ..5 :. Ir F} , All b1J ROSSES All NIJ Weight In Pounds Size Pressure Rnting Dimensions in Inches Tee Cross Run Branch psi I' Ti H J All All b1J MJ 3 3 350 48 48 5.5 5.5 55 70 4 3 350 52 48 6.5 6.5 75 90 4 4 350 52 52 6.5 6.5 80 105 6 3 350 55 48 8.0 8.0 110 125 6 4 350 55 52 8.0 8.0 115 140 6 6 350 55 55 8.0 8.0 125 160 8 4 350 60 52 9.0 9.0 165 185 8 6 350 60 55 9.0 9.0 175 205 8 8 350 60 60 9.0 9.0 185 235 J 14 For dimensions of Mechanical Joint bells see tinge NI.J F 2 2-26 I t.JF 8 PIPET IRON J CAST IRON PIPE FITTINGSFITTINGS MATERIALS The material used in the manufacture of Stockham cast iron fittings conforms to the American Society for Testing and Materials Specification A126 Class B, Cast Gray Iron. It is fully described in the "Material Specifications" Section. RATED WORKING PRESSURES Classes 125 and 250 Cast Iron Threaded Fittings ANSI Standard B 16.4) TEMPERATURES DEGREES F WORKING PRESSURES, NONSHOCK PSIG CLASS 125 CLASS 250 20 to 150 175 400 200 165 370 250 150 340 300 140 310 350 125 280 400 250 Classes 125 and 250 Cast Iron Flanged Fittings (ANSI B 16.1) TEMPERATURES WORKING PRESSURES, NONSHOCK PSIG DEGREES F CLASS 125 CLASS 250 SIZES SIZES FSIZES SIZES SIZES 1.12 14-24 1 30-48 1.12 14.241 201050150 200 150 150 500 300 200 225 190 180 135 130 115 100 460 440 280 270 250 175 125 85 415 260 275 300 325 350, 170 165 155 150 120 110 105 t00 65 50 395 375 355 335 250 240 230 220 375 145 315 210 400? 140 290 200 425 130 270 450 125 1 250 t-'353'F (sAa.)" to reflect the lemperalu+e of saturated %learn at 125 PSIG 2' 4066F (MaT)" to reflect the lemperature of saturated steam al 250 PSIG. TNhen used for liquid service, the tabulated pressure temperature relines In sires 14" and Ia, 9e1 are applicable to Class 25011119-5 only and not to Cte/s 250 nilingi the temperature shown for corresponding rating is the temperature of the pressure containing shatl of the component In general. this temperature is the same al that of the contained livid Inlefnal preslufe/ 91441 enough to built calling/ Can be developed during the formation of ice Fittlogs should be protected so that contained media does not freeze. DESIGN: CAST IRON THREADED FITTINGS, CLASSES 125 AND 250 Stockham cast iron threaded fittings are manufactured according to ANSI Standard B16.4. Materials used in cast iron fittings meet the specifications of ASTM A126 Class B. Since cast iron has little or no ductility, excessive hammering or shock could cause fitting failure. The use of malleable fittings is suggested under these conditions. Accurately aligned chamfered threads enable Stockham fittings to make up easily with tight joints and straight lines. Fittings are threaded with ANSI/ASME Standard Taper Pipe Threads B1.20.1. DESIGN: CAST IRON DRAINAGE FITTINGS Drainage fittings are designed to give unobstructed flow. This is accomplished by making the inside of the fitting approximately the same as the inside diameter of wrought pipe. When the joint is made, the end of the pipe practically meets the shoulder at the back of the thread chamber, forming a smooth passageway to prevent catching or clogging of foreign matter. Fittings that have openings at right angles have pitched threads so that the horizontal line will pitch 1/4" per foot, assuring positive drainage. Stockham cast iron drainage fittings are manufactured according to ANSI Standard B16.12. Pressure -temperature ratings do not apply to drainage fittings. DESIGN: CAST IRON FLANGES AND FLANGED FITTINGS, CLASSES 125 AND 250 Stockham manufactures Classes 125 and 250 cast iron flanged fittings and flanges conforming to ANSI Standard B 16.1. The bolt holes are drilled in multiples of four, enabling the fittings to be rotated in any quadrant. Flanged joints are easily assembled and disassembled. Flanged fittings can be furnished with bosses and tapped drains. The standard locations are shown in the "Engineering Data" Section. Orders for special drilling and tapping should be accompanied by a sketch indicating the special details involved. 3 STOCKHAM VALVES AND FITTINGS Sprinkler lines. heating and air conditioning systems. and plumbing installations utilize cast iron fittings. A wide range of types and sizes of fittings is manufactured byCASTIRONStockham. Proven product performance accompanying this broad line has enabled PIPE Stockham to gain Its excellent reputation as the leading pipe fittings manufacturer. tITTINGS DESIGN: CAST IRON PLUGS, BUSHINGS, AND LOCKNUTS Plug designs offered are square head, countersunk and bar plugs. Face bushings and hexagon head bushings are available in a wide range of sizes and generally are furnished in cast iron or malleable iron. Certain small sizes of plugs, bushings, and locknuts are furnished in steel. Plugs and bushings are threaded with taper pipe threads conforming to ANSI/ASME B1.20.1, except sizes of outside hexagon bushings where external thread lengths are shorter than required by this standard. These bushings are threaded slightly large in accordance with ANSI B16.14 to prevent interference of the bushing head when making up the joint. Locknuts have loose fitting mechanical joint straight pipe threads in accordance with ANSI/ASME 131.20.1. MARKING For identification, each fitting has the name "Stockham" or registered trademark. Class 125 threaded fittings are generally referred to as "standard" fittings and have no pressure class markings. Class 250 fittings are marked "250" Each flange and flange fitting is marked with the saturated steam pressure rating. SPECIALS In addition to catalog listings, numerous sizes and types of additional patterns are available and can be supplied on special order. TESTING AND INSPECTION Strict metallurgical control, sound foundry techniques, and accurate machining assure the best in material and workmanship. Threads are constantly checked for proper alignment and depth. FINISH Threaded fittings are furnished black (uncoated) or galvanized. Hot- dipped galvanized fittings provide a smooth, bonded zinc coating for added protection against corrosion. Plumbing codes may require drainage fittings to be black (plain or uncoated), galvanized, or tarred with a heavy asphaltum preservative. All three finishes are available. Flanged fittings are normally black uncoated) or galvanized. They may be tarred or painted on special order. Rubber -lined fittings may also be furnished. PACKAGING For convenience in warehouse handling, Stockham cast iron threaded fittings (including flanges) are regularly packed in wooden pallet boxes. These may be stacked and are suitable storage containers. Broken lots are usually shipped in these containers. Certain sizes of cast iron fittings are available in corrugated cardboard cartons and containers. Flanged fittings are generally shipped loose or may be palletized. WEIGHTS AND DIMENSIONS Weights pounds) and dimensions (inches) are listed on the following pages beside each item. Dimensions are for estimating purposes only and are subject to change without notice. UNDERWRITERS LISTED Stockham Classes 125 and 250 threaded cast iron fittings are listed by Underwriters Laboratories, Incorporated and Underwriters Laboratories of Canada. Elbows, tees, crosses, and wyes are included in sizes 1/4" through 8" for sprinkler service listing. Also listed are Classes 125 and 250 flanges and short turn flanged fittings in sizes 1 " through 8 4 STDCKHAM VALVES AND FITTING CUSS 125 STANDARD 5 CAST IRON PIPE FITTINGSCASTIRON ICITTINGS SEE PAGE 3 FOR PRESSURE -TEMPERATURE RATINGS. GS: 101 k— A —+I102 120 G - 131 - G i-- A l 90' ELBOWS FIG. 101, SIGHT HAND SIZE WGT. A G 1/4 2 Y16 1/15 IA 3 S/I6 9/15 h 4 1' b S,S YI 6 1 5/16 Y4 1 9 11h 13'16 1'h 1.5 1 Y4 l v" I'h 2.1 1'Y16 11/4 2 3.3 2'h 1'h 21h 5.3 2 "A 6 1 Y4 3 7.7 31A6 2'/+s Th 10 3'/16 2'A 4 13 3'Y1s 21IA6 5 21 4'h 31/4 6 34 5''A 3'Yls 8 66 6Yi6 5'A A c c I: W ELBOWS • FIG. 120 SIZE WGT A IA 2 Y4 3e 3 Y16 13/jh4A 5 1. 9 1'A As 11/4 1.4 Me S,b 1'12 1.9 1'/is 3/4 2 2.9 1 "/1 e S/, 6 2'h 4 4 1'Y,e 1 3 6.5 21/1 s 1 Y16 3'h 8.1 21,1 15/16 4 12 2'A 1'h 5 20 3'A e 1 ' Yl 6 6 28 3'/16 2 A 8 58 4Y,6 2 i 90- ELBOWS, REDUCING • FIG. 102 SIZE WGT. A 8 G H h x 3A 4 I'/I6 i y,s SA 3/4 x 'h 5 1'r',6 1 Y16 Sr6 16 1 x 1/4 9 13i 1'/,6 6 A 1 x 'h 7 11h 11f, i6 A 1 1/4 x 1 1. 2 15/ i s 1 "As 11/4x 4,4 1.2 1'As 1SA 34 11/4 x 'h 1.0 I V's 1'h SA I I 1'A L9 1'Y,s 1'/n 156 1'/16 I 1 1.7 1ii 1'Yis Yls I'/S 1'hx Y4 1.4 1'h 1Y4 1315 lYis 1'h x 'h 1.4 11h 13/4 Y16 1'/4 2 x I'h 2.6 2 2Y%s 1'/4 11h 2 x 1114 2A 1?i 2'A 1'A 1'/,6 2 x 1 2.3 1 Y4 2 1 15/1 6 2 x Y4 2.1 1 s i 2 A 11/16 2 x 'h 2.3 15i 2 A 1l 21h x 2 4.6 21, 25/8 I'/16 1 "ll 21h x 1'h 3.9 2Y6 2'/4 11/4 1'Y+6 2'h x 11/4 4.0 23'is 2'/z i'h 1'Y16 21h x 1 3.3 1,i 2'h 15/16 1 "/16 3 x 2'h 6.5 2'3'i6 3 1'Y,6 2'Ars 3 x 2 5.4 2'h h V/5 2'A 3 x 11/' 4.7 25/,s 2'Y16 W4 2'A 3 X 1'A 4.7 25ii6 2'4/,6 15/is 2'A 31h x 3 8.0 3Y+s 35/,s 2 A 2Y,6 4 x 3 12 35/+6 35/h 2150 25/6 4 x 21/i 10 3'/,s 31/2 1'YIe 29/16 4 x 2 8 2 Y4 3'A s 15A 2 "A 5 x 4 17 4 4'Ae 2?', 3,/+e 6 x 5 28 45I1 5 3'/A, 3Y4 6 x 4 23 4'.S 4'S/Is 2'Y,6 3'Yi6 6 x 3 1 25 1 CA 1 415/,6 1 2'Y,s 315/,6 I _ A c 4 c L IA t_ TEES • FIG. 131 SIZE WGT. A G 1/4 2 3f, 4 Si i6 9/i1 5 5 1'A 3s Yi 9 1 Si , ti Y4 1 1.4 i'h Y,6 1 '/4 2 0 1114 1 Vq 1'h 2 8 1'Yls 1 S 2 4.6 2'/4 1 1'4 SIZE WGT. A G 21h 6.5 2 "A 1 Y4 3 11 3'A6 2'A6 3'h 12 YA 6 2 Y6 4 19 3'3/16 2"A6 5 32 4'h 3'h 6 42 51A 3'Y+6 8 83 6°ri6 5'A 5 STOCKHAM VALVES AND FITTINGS CLASS 125 STANDARD AST IRON ITTINGS FIG: 132 5 CAST IRON PIPE FITTINGS SEE PAGE 3 FOR PRESSURE -TEMPERATURE RATINGS. ss k C > C t c 11 e H 1 _ e • H i I t Gr I 1 Straight run, reducing outlet. Reduced run; other end and outlet equal. Reduced on run and outlet. TEES, REDUCING • FIG. 132 SIZE WGT. A B C G H I SIZE WGT. A B C G H I 2 x 1h ai4x .5 I'Ab I V16 1'A6 7,16 !'16 ,/Is 11/4 X 14 X I'/4 1 8 lit I "A6 I'li16 11116 1 V'fi 11 e 1h x Ye x '"1 .6 1'/e 1'Ae 15e Se "'/is 34 1 x 1 x 154 2 0 1'Yt6 113M IMa 1',e 11,e 'S56 Y4 x Y4 x 1/2 .8 11'16 1 Y16 1 !4 5/8 5/e 34 2 x 2 x 11h 3.7 2 2 2Yis 144 P/A 1 !.2 l4 x Y4 x 3e .7 1'Ja I'/e 15e 355 9/'16 3/4 2 x 2 x 11/4 3.4 1'!e 11/s 21/e 1'/e 1'As 1 "16 Yi x Yi x 1/4 .7 1 1/ 16 1556 1 '/16 '/i 1/4 "/I s 2 % 2 % 1 3.1 l Yl 1 Yi 2 1 1 15'16 3i x 1/4 x Y4 .8 IV16 1 ;4 1116 314 Y4 Y4 2 x 2 x 34 3 0 15A 11A 2 '/s '/s 1 :46 3'1 x 1h x 1h .7 1 Y,s 1 I's 1'/s 3e 3'e 3e 2 x 2 x 'h 2.8 11h 11h 1'h 3/4 Y+ I'/e 112 x 1h x 3'4 .7 11h 1'/4 1116 34 34 Ye 2 x 1'h x 2 3.8 2'/4 2Yis 21/4 1 Si 11/12 1 x 1 x 3'4 1.2 1 Ye 11e 1'/16 11/16 "/1a 'h 2 x 1'h x I1h 3.3 2 11Y4 23/16 11,14 11/4 1 x I x '/2 1.1 144 1'/4 1 Ye 9/Is V16 '/e 2 x 11h x 11/43.3 1'i I Wis 2'/e P/s P/s 1 ?/s6 1 x 1 x 3/81.1 11'16 1 Y16 11/4 'h 1h '/a 2 x 1'h x 1 2.6 13h 15/a 2 1 1516 15l16 I x 1 x 1/4 1.0 1 ie 11/18 1156 '/16 '/16 1Y1s 2 x I1h x x/i 2 6 15/e 1'h 2 "1 W16 1'/16 1 x Ya x 1 1.2 1 V2 1'/,Is 11/12 '3/16 '/e 'Y16 2 x I1h x 1h 2.4 11/2 1'As 11/e 3/4 3/+ 1 !s I X Y4 x 3•4 1.1 1 l' 1 Y16 I VI 11/i6 Yi '.e 2 x 11/4 x 2 3.8 2'h 2'/e 2'h 11/2 1'A6 11/2 1 x Y. x 1/2 1.0 15i 1116 Ills 316 5/e 711 2 x 11/4 x I1h 3 4 2 1'A 2Yi6 11/6 1356 1111 1 x 1h x 1 1.1 1 !i Ili 1 ;'2 'Y16 ?A 'Yle 2 x 11/4 x 11h 2.9 11/e 13/4 21/e 1'/s 1'/16 1'/56 1 x 1h x Yi 1.0 1 Ye 1'/4 1'A6 ,/Is 314 'A 2 x 11h x 1 2.5 11/4 19/16 2 1 7/e 15'16 1 x 1h x 1h .9 1'/. Ile ills V16 4e 7/e 2 x I x 2 3.4 21/4 2 21/4 11/2 15/16 1 l`4 3/4 x Yi x 1 1.0 1 V16 11/16 l Is '/a 'h 11/16 2 x 1 x 11h 3.0 2 1'Y16 2Yis 11/4 11/e 1 !'2 h x 1h x 1 .8 Ills 1 le 11h '/e '/e `1'16 2 x 1 x 1'/4 2.7 1'A I "/is 2'A 1'/e 1 11/16 1'/ax1'hx1 1.8 1956 1VI6 1"A6 7A '/e 1 2 x1 x1 2.4 lY4 1'h 2 1 'li6 1si6 11/4 x 11/4 x Yi 1.6 1'/16 1'/16 Ills Yi Yi 11/16 2 x 1 x Yi 2.3 1 si 13h 115/1s 7/16 ' VI6 1 Is 144 x 1'h x I ' h 1.5 1 Y16 I Y16 1'h 4/e 3/e 1 2 x 3/4 x 2 3.5 2'/4 2 21h 154 1'/i6 1 :i 1'i4 x I x 1'h 1.9 1 Y+ 1 "A6 1 li 1'/16 1 11/16 2 x 'h x 2 3.4 21h 12/e 21h 11h Ili 11/2 11' x 1 x 1 1.6 IV16 1'/2 1 "A6 1/e 'Y16 1 2 x 'h x 1'h 3.1 2 113/16 2Y4 11,14 15/16 1!/2 1'/4 x 1 x Y4 1.4 1 IA6 1 Ye 14e Yi 11/16 1'/16 1'h x 114 X 2 3.3 21h6 M6 2 11/2 11h 11i14 1'h x 1 x 1h 1.4 1Y16 11/4 1'h 3e V16 1 11h x 11/4 x 2 3.4 23/16 21h 2 11/1 17/16 11/4 1'h x Y+ x 11/4 1.9 1 Y+ I Ye 1 Y+ 1'/16 1'/1a 11/15 I'h x 1 x 2 3.0 2YIs 2 2 11/2 15'16 11/4 1 b4 x 3/4 x 1 1.6 IV16 1'/16 1'1/16 1/1 1/e 1 11/4 x 11h x 2 3.0 2 e 2'/e 1'h I'A6 1'/Is 11/e 1'h x 34 x Yi 1.4 1'A6 1 Y16 13s Y4 Y4 11/16 11/4 x I x 2 2.9 2 2 11/e 11/16 15/16 1 !/s I'h x 'h x 11/4 1.7 1 Y+ 1'/2 1 Y+ 1'/is 1 1'/15 214 x 2'h x 2 6.4 2le 2'e 251 1'A6 1 IA6 1 "s 11/e x 1/2 x 1 1.5 19/16 Ills 1 "/is 1/e 'A 1 214 x 21/1 x I'/i 5 6 21/16 2l'16 254 11h 1'A 1'2/16 I x I x 11// 1.6 11'/,6 11'/16 1 Vi6 1 1 11% 21h X 21/2 x 11h 5 1 2'/16 21A5 21/I6 1 Ya 11/5 1! i Y1 X Y4 x 11/4 1.4 15'e l le 1'/16 1'/16 PAS 3/4 1'/i x 1'/2 x 1'h 2.5 1 %6 1'Yi6 1'A 14e 14e 11'16 21,1 x 21h x 1 4 7 11/a 1 A 211 15ii6 i5116 1':S6 214 x 214 x 34 4 6 l l i 11'+ 25A6 ' 316 ' l'16 1! i 1111x 11/2x1 22 1Se lse I'Y16 iY16 'Y16 I/i 21hx2'hx 'h 4.6 1V4 13/+ 25/16 1356 '316 1i1'16 1'h x 1 1,4 x Yi 2.0 1'/2 11/2 1 Y+ 'Y16 ' YI s I Y16 214 x 2 x 21/4 6 9 2' V16 25A 21'A 6 11h 11/e 1'h x I'h x 1/2 1 9 17/16 11/16 1 "As Y+ 314 11'16 21/1 x 2 x 2 5.4 2le 21/4 25/s 1 VI 1 ;'2 I e I'i4 x 1 V4 x 1'h 2.7 1'Y16 1'/e 1'Y16 1 V4 l Y16 1'/4 1 !'2 x 1'h x 1'/4 2.4 J 1'Y,s l li 1'/s 1'/e 1'/%6 l Y16 21h x 2 x 1'ft 4.7 2116 2 21/2 1'h 15i 113i6 21h x 2 X 11h 4 1 2'/16 1'A 27A6 1'A 11/e 1 Y+ x 11/4 x 1 2.1 15/e 1'/16 1'3/1s 15/,e 2h 1'h 214 X 2 x 1 4 2 1'/s l Y4 2li 1556 1 111/16 1'h x 11/4 x Y+ 1.8 1 V2 IV16 I Y+ 13/1 s Y+ 13/16 214 x 2 x 444 4.2 1 i l Y+ 2l'e ' 5116 1 1 ' l'16 1'. i x 1'/+ x 1/4 1.7 1'/16 151i6 11 VIG Y+ s/e l Y16 21h x 2 x 'h 3.7 15,1 11h 21h ' 4i6 Y+ l l i 11/i x l x 11/1 2 4 1'5ii6 1 "/16 1 i5/16 1'/4 1'is 11/4 1'ii x 1 x 1'/4 2 3 1 "ins I "/56 1 '!e 1 1'/i6 21h x 11h x 21h 6 0 21 VI 2'h 21'A 6 11 i 1' 1S 6 1 1'+ 21/4 x 11h X 2 5 1 21e 2Y16 2?t 1 V16 15i I' i 15i x I x 1 1 9 15,18 11.12 113/16 11/16 13/16 11/a 21/1 x 1'/i x 11,1r 4 4 21/16 1 iYi6 21/2 11,14 1 V, 1 "/16 1 'i2 x I X 3/4 2.0 I s i I l4 P Y16 15/16 13/16 11/4 21h x I'h x 11/4 4 ,1 2'/16 1 "/16 2'/16 1'Ae I '.' 1 ! + 1',iXI x 5i 16 1V16 1'h 1"A6 3/4 9/,16 13/16 21hxI1/+x21,t 59 2"A5 2'A6 211/i6 11i 1b4 1!1+ 11/2 X 3/4 X 1'112 2 3 1'5/16 11'+ 1 i5'16 P/i 1196 11/4 11/1 X Y+ X 11// 2.0 1",16 15a 1'A I5s 11/16 11/16 214 x 11/4 x 2 5 1 2!a 2':e 21/16 1'/,6 I i6 1'1'16 214 x 11/4 X 1'/4 4 2 21'16 11:ls 2l'e 154 1 l'15 111/16 1'hx 314X 3i 16 11/2 15/16 1VA '3is 3/4 13/16 21,4x1 x21/1 61 2'VI 6 211 21'As 1VA 1"ii6 1Y+ 155 x 1/2 x 11/i 2 3 1 iV,6 1"/1s 1'S/1s 15i 13ii6 1 !4 21,5 x I x 2 4 5 2''a 2 25/1 1 !'16 15/16 1 %e I"ix 1hx11/4 20 1'3,'16 1',2 la 15e 1 131'16 254x 340'h 5.5 2'Si6 25/16 21 '/16 Ili 1!'+ 11'+ 1',4x1'hxIV2 24 15e 11/e 1'l'16 13/16 1r"6 1"1 11/+x l x 11/2 2 3 I As 1'3,'16 1"i16 11/16 1','e 1'A 6 STDCKHAM VALVES AND FITTING FIRE PROTECTION SYSTEMS UL LISTED/FM APPROVED PRODUCTS SUBMITTAL Submittal is made for approval of the following Victaulic® piping products indicate, within the UL Listed/FM Approved ratings in this publication. COUPLINGS AND FITTINGS FOR GROOVED STEEL PIPE J Rigid Coupling FireLockTM Style 005 Qk_ J FireLockTM Fittings J Reducing Coupling Style 750 GROOVED END VALVES J Rigid Coupling Zero -Flex® Style 07 J Standard Fittings J High Pressure Coupling I Style HP-70 Xic taulilc An Q 9001 certified company Flexible Coupling Style 75 Qk Flange Adapters Vic -Flange• Styles 741 & 743 Outlet Coupling Style 72 J Flexible Coupling Style 77 J Boltless Coupling Vic-Boltless® Style 791 Fireballo J Butterfly Check Valve IL jk Ball Valve J Riser Check Valve Valve ` Firel-ockTM (Threaded) Valve FireLockTM Series 727 Series Series 717 Series 722 Series 717R 708-W4 PRODUCTSFOR PRODUCTSFOR SYSTEM ACCESSORIES HOLE CUT PIPE PLAIN END STEEL PIPE SUBMITTAL Fire Pump Test Meter Style 735 Alarm Test Module TestMasterTM Styles 718 & 719 PRODUCTSFOR UNDERGROUND AWWA DUCTILE PIPE J Underground Couplings Style 31 qM Transition Coupling AWWA Ductile to Steel Style 307 Underground Fittings J Underground Flange Adapters Vic -Flange® Style 341 J Branch Outlet Mechanical-T® Styles 920 & 921 Snap-LetTM Outlet Style 925 J Strapless Outlet Vic-LetTM 15Style923 1;5 PRESSFIT® PRODUCTS FOR SMALL DIAMETER PLAIN END STEEL PIPE Schedule 5 Pressfit® Products All Styles J Plain End Coupling Roust -A -Bout® Style 99 Plain End Coupling ` Plainlock® Style 90 Plain End Fittings FITS' PRODUCTS FOR SMALL DIAMETER PLAIN END STEEL PIPE Schedule 10 & 40 J FIT' Products All Styles 46640 Submittal is made for approval of the indicated Victaulic piping products for the following services within the UL Listed/FM Approved ratings and sys- tems in this publication. Sub. System Automatic Sprinkler - Wet Automatic Sprinkler - Dry Standpipe - Wet Standpipe - Dry Underground Water Supply Special Hazards Low Pressure CO2 Halon 1301 THE COPPER CONNECTION.. . PRODUCTS FOR COPPER TUBING Copper Products All Styles of K) C This product shall be manufactured by Victaulic Company of America. All products to be installed in accordance with current Victaulic installation/assembly instructions. Victaulic reserves the right to change product specifications, designs and standard equipment without notice and without incurring obligation. JOB/OWNER CONTRACTOR ENGINEER System No. Submitted by Spec. Sect. Para. Location Date Date VICTAULIC COMPANY OF AMERICA • P.O. Box 31 • Easton, PA 18044-0031 •610/559-3300 • FAX: 610/250-8817 MB-801 0095 15 MC 11/93 © Copyright 1993, Victaulic Company of America Printed in U.S.A. ® Registered Trademark of Victaulic Company of America the NYC. Victaulic`" products are Underwriter's Laboratory Listed and/or Factory Mutual System Approved for the services and pressure ratings shown for use in public and private waterworks and fire protection systems (automatic sprinkler, open sprinkler and standpipe) and connections to such systems when installed in accordance with the standard practice covering the installation of couplings of this kind. The following charts were developed from the latest listings and approval data available at the time of publi- cation. Listings are subject to changes and additions by the approval bodies. It is suggested that these charts be used for quick reference and that current copies of specific UL or FM approvals to be consulted for verification. Products are UL Listed and FM Approved with standard Grade E" (EPDM) green color code gasket. Grade "E' (Silicone) red gasket is available for selected products and is UL Listed and FM LISTED/APPROVED PRODUCTS FM U Approved. Optional Grade %!' (Silicone) gaskets are recom- mended for FIT" products for fire protection dry systems, all sys- tems operating below 0°F, plus dry heat, air without hydro- carbons, certain chemical services and water to +160°F. Grade T' (Nitrile) orange color code gasket is also available and is UL Listed. Style 31 couplings are supplied with Grade "M" Flush - Seal* gaskets and Style 341 Vic -Flange° adapters are supplied with Grade "M" gaskets. Reference should always be made to the latest Victaulic Gasket Selection Guide for specific gasket service recommendations and for a listing of services which are not recommended. NOTE: This publication is for submittal purposes and includes listings of products for fire protection services. Additional literature is available showing application, in- stallation, assembly and other data. Contact Victaulic for specific recommenda- tions and other information. Pipe Size UL Listed Working Pressure - PSI Pipe Sze FM Rated Working Pressure - PSI Standard Weight Lt. Wall Standard Weight Lt. Wall Cut Roll Cut RollVictaulicRangeRollRange Roll Product/Style Inches) Grooved Grooved Grooved Notes Inches) Grooved Grooved Grooved Notes COUPLINGS AND FITTINGS FOR GROOVED END STEEL PIPE Style 005 Rigid FireLockl" 2-6 175 175 175 @,*,V,D,A,Y,O 2 - 6' 175 175 175 @,C,F,O,x Coupling FireLock 2-6 175 175 175 D 2.6 175 175 175 F Fittings Style 75 11/z P,V,Y, 2 - 82 500 @,C,F,O,s Flexible Coupling 5 88 450450 450450 300300 O,D,A, D,A,P 11/2 - 4 500 500 F A, 5-8 300 300 F,I Style 77 3/4 -12 500 500 D,J,K 1 -121 500 500 450 @,F,I,O,C,m Flexible Coupling 1 -12 450 O,D,A,P,V,W,Y,@ 14-20 300 300 D 14 300 300 F 24 250 250 D Style 07 1 -4 500 500 500 x,O,D,A,J,K,V,Y,Q Zero -Flex° 5-6 500 500 400 D,A,J,K 11/2. 44 500 500 500 @,C,F,O,; Rigid Coupling 8 450 450 400 D,A,J,K 5-6 500 500 400 F,I 10 - 12 400 400 350 D,A,J 8 450 450 400 F,I 14 - 20 300 300 D 10. 12 400 400 350 F, I 24 250 250 D Grooved 3/4 -12 500 500 500 D,J,K 3/4 -121 500 500 500 F Fittings 14 - 24 300 300 D Style 741 Vic -Flange "' 2.12 250 250 250 A 2 -12 250 250 250 I.N,F Style 743 21/z -12 500 500 21/2 -12 500 500 Vic -Flange Style 72 11/2 X 1/2 - 4 X 1 500 500 300 A 11/2 X 1/2 - 4 X 1 500 500 300 H, F Outlet Coupling 4 X 11/2.6 X 2 400 400 250 A 4 X 11/2 - 6 X 2 400 400 200 H,F Style 750 2 X 1 1 /z- 8 X 6 350 350 300 A,Y 2 X 11/2 - 3 X 21/2 350 350 350 E,N,F Reducing Coupling 4 X 2- 8 X 6 350 350 200 E,N,F Style HP-70 2-8 750 750 500 D,A,J,K 2-8 750 750 500 E,F Rigid Coupling 10 -12 700 700 500 D,A 10 -12 700 700 500 E,F Style 791 2-4 350 350 350 A,D 2-4 350 350 350 I,F Vic-Boltless" 6 350 350 300 A,D 6 350 350 300 I,F Flexible Coupling 8 350 1 350 250 A,D 8 350 350 250 I,F 1 - Style 005 metric equivalent sizes 3 O.D., 41/4, 51/4, 51/2, 61/4, and 61/2" FM Approved 4 - Style 07 metric equivalent sizes 3 O.D., 41/4, 51/4, 51/2, 61/4 and 61/2" FM Ap- to 175 PSI on standard and lightwall pipe. (See notes I, F) proved to 175 PSI on standard and lightwall pipe. (See notes I,F) 2 - Style 75 metric equivalent sizes 41/4, 51/4, 51/2, 6 O.D., 61/4, and 61/2" FM Approved 5 90°, 45" Elbow and Tee metric equivalent sizes 3 O.D., 41/4, 5 1/4, 51/2, 61/4 to 300 PSI on standard and lightwall pipe. (See notes I, F) and 61/2" FM Approved to 175 PSI on standard and lightwall pipe. 61/2" 3 - Style 77 metric equivalent sizes 3 O.D., 41/4, 51/4, 51/2, and 61/4" FM Approved to No. 60 End Cap FM Approved to 175 PSI. (See note F) 175 PSI (61/2" - 450 PSI) on standard and lightwall pipe. (See notes I, F) 2 LISTED/APPROVED PRODUCTS (contd) Pie Size UL Listed Working Pressure - PSI Pie Size FM Rated Working Pressure - PSI Standard Weight Lt. Wall Standard Weight Lt. Wall Cut Roll Cut RollVictaulicRangeRollRange Roll Product/Style Inches) Grooved Grooved Grooved Notes Inches) Grooved Grooved Grooved Notes iHOOVED END VALVES Series 708-W 21/23, 4, 5, 6, 8 175 175 175 4, 5, 6, 8 175 175 175 Butterfly Valve Series 727 FireBall ' Valve 2 21/2, 3 300 300 300 2, 21/2, 3 300 300 300 Series 717 & 717R 4, 5, 6, 8 250 250 250 G 4, 5, 6, 8 250 250 250 G FlreLockTM Series 722 1/ 2-2 175 175 N/A 1/ 2, 3/4 600 600 N/A Ball Valve (Thd.) 1 -2 1 500 1 500 1 N/A TESTMASTERTM ALARM TEST MODULE Style 718 - Thd. 11/4 300 300 N/A 1 t/q 300 300 N/A Style 719 FIT® 11/4 175 175 175 L 1 1/4 175 175 175 E,L GROOVED END ACCESSORIES Style 735 Fire Pump Test Meter 21/ 2 -12-L 21/ 2.12-S 175 500 175 500 175 500 PRODUCTS FOR HOLE CUT PIPE 3 X 11/4 thru 3 X 11/4 thru Style 920 6 X 21/2 400 400 400 D, m 6 X 21/2 400 400 400 I,F.x Mechanical - TO 8 X 21/2 8 X 21/2 Outlet 6 X3,6 X 4 300 300 300 D 6 X 3,6 X 4, 300 300 250 I,F 8X3 8X3&8X4 Style 921 2 X 1/2 2 X 1/2 - 3 X 1 300 300 300 I,F,# Mechanical- T thru 300 300 300 D, x 4 X 1/2 4 X 1 300 300 250 I,F Outlet 4 X 1 Style 923 4 - 8 X 1/2, 3/4 175 175 10 & 12 X 1/2, 3/4 175 175 1 175 Vic -Let"' Style 925 11/4 X 1/2 11/4 X 1/2 Snap - Let'" thru 175 175 175 D,@,Z thru 175 175 175 @,F,Z 21/ 2X1 21/2X1 PRESSFIT'" PRODUCTS FOR SCHEDULE 5 STEEL PIPE Style 505 3/ 4-2 @,D 3/4-2 Standard Coupling Style506 Slip Coupling 3/ 4-2 @,D 3/a-2 @ Pressfit Fittings 3/4 - 2t @,D 3/4 - 2t The above ratings are taken from the latest available Underwriter's Laboratories Listings and Factory Mutual Approvals Guide. Always refer to publications for complete explanation of listings, notes and related data. NOTES t = Some 3/4" size fittings are NOT UL Listed/FM Approved. Contact Victaulic for details. UL Listed and FM Approved at 175 PSI on Schedule 5 pipe manufactured by American Tube, Bull Moose Tube, and Wheatland Tube Companies. Styles 07, 77, 920, and 921 are UL Listed and FM Approved in 21/2 - 4" sizes at 300 PSI. Style 75 3" size is UL Listed at 300 PSI and Style 75 4" size is UL Listed and FM Approved at 300 PSI. Style 005 is UL Listed and FM Approved in 2 1/2 and 3" sizes at 175 PSI on American Tube Dyna-Flow pipe. A = LW or Lt. Wall Pipe shall be of the following minimum wall thickness: 1 - 12V Sch. 10. C = Style 07, 75, and 77 are FM Approved in sizes 1 - 2" at 300 PSI. Style 005 is FM Approved in 2" sizes at 175 PSI on Allied XL pipe. D = UL Listed for dry pipe systems down to -40°F with standard gasket (Victaulic recommends FlushSeal or silicone gasket with coupling Styles 77, 07, 005, 75, 791 and HP-70). E = Minimum schedule pipe to be joined; 31/2" or smaller/Sch. 10; 4" or larger/ 0. 188" wall. F = FM Approved for dry pipe systems down to -40°F with standard gasket, (Vic- taulic recommends FlushSeal or silicone gasket with coupling Style 77, 07, 005, 75, 791 and HP-70). G = Listed/Approved for single check and anti -water hammer service; for horizontal or vertical installation. H = Lt. Wall Roll Grooved based on Sch. 10 pipe. I = Minimum schedule pipe to be joined: 6" or smaller/Sch. 10; 8" or larger/0.188" wall. J = UL Listed for Carbon Dioxide Systems, Low Pressure (UL-FYJR) - for distribu- tion piping downstream of the master valve only: S/77, 3/4 - 8"; S/75, 11/2 - 4"; S/ 07, 11/2 - 8"; S/HP-70, 2 - 8"; on Sch. 40 pipe and Standard Grooved Fittings 3/ 4 - 6" K = UL Listed for Halogenated Agent Systems, Halon 1301 (UL-GLER) - extin- guishing systems units, 360 PSI for distribution piping only: S/77, 3/4 - 8'; S/75, 11/ 2 - 4'; S/07, 11/2 - 8"; S/HP-70, 2 - 8"; on Sch. 40 pipe and Standard Grooved Fittings 3/4 - 8". L = FIT Products for use on plain end pipe in accordance with Victaulic Specifica- tions. N = Cut Groove, Sch. 40, 6" and smaller; Sch. 30, 8" and larger. O = UL Listed/FM Approved in 2 1/2 and 3" sizes on American Tube Dyna-Flow pipe at 300 PSI for Styles 07, 75, and 77; 175 PSI for Style 005. P = 11/4" Style 77 and Style 75 in sizes 11/2 - 6" are UL Listed for use on Berger Industries Sch. 5 Roll Grooved Pipe, working pressures: 11/4 - 5" 300 PSI and 6"- 175PSI. V = Style 75, 07, 77 UL Listed on Allied 'XL' pipe in sizes 1 - 3" at 300 PSI. Style 005 UL Listed at 175 PSI. W = Style 77 UL Listed on Century Tube 'LS' pipe in sizes 1 - 2" at 300 PSI Y = Style 07, 75, 77 in sizes 1 - 2'; Style 750 in 2 X 1", 2 X 11/2" sizes at 300 PSI and Style 005 at 175 PSI on Western Tube and Conduit Corp. 'SL' pipe. Z = UL Listed and FM Approved in sizes 1 - 2" on American Tube Dyna-Flow pipe at 175 PSI. Style 925 UL Listed and FM Approved on American Tube Dyna- Flow pipe at 175 PSI in sizes 11/4 - 21/2". S/925 UL Listed and FM Approved on American Tube Dyna-Flow pipe at 175 PSI in sizes 11/4 - 21/2". LISTED/APPROVED PRODUCTS (contd) P!pSize UL Listed Working Pressure - PSI PipeLt. Size FM Rated Working Pressure - PSI Standard Weight Wall Standard Weight Lt. Wall Cut Roll Cut RollVictaulicRangeRollRange Roll Product/Style Inches) Grooved Grooved Grooved Notes Inches) Grooved Grooved Grooved Notes FIT,,, PRODUCTS SMALL DIAMETER PLAIN END STEEL PIPE Styles 96, 961, 1 -2 175 175 175 D,L,M,Q,Z 1 -2 175 175 175 E,L,F,Q,Z960,963 Style 966 1, 11/4, 11/2 175 175 175 D,L,M,Q,Z 1,1114, 11/2 175 175 175 E,L,F,Q,Z Style969 11/4X1X1/z 11/4X1X1/2 thru 175 175 175 D,L,M,Q,Z thru 175 175 175 E,L,F,Q,Z 2 X11/2X1 2 X11/2X1 Style 929 3 X 11/4 - 4 X 2 175 175 175 1 D,L,M,Q 3 X 11/4 - 4 X 2 175 1 175 175 E,L,F,Q Style 929 2 X 11/4 - 175 175 175 D,L,QF 2 X 11/4 - 175 175 175 E,L,F,Q Cross 21/2 X 11/2 1 1 21/2 X 11/2 PRODUCTS FOR GROOVED END DUCTILE OR CAST IRON PIPE OF AWWA SIZES Style 31 4 -14 250 N/A N/A B 4 -12 250 N/A N/A B Coupling 16 175 N/A N/A B 14 -16 175 N/A N/A Style 307 Coupling 3 -12 175 175 175 R 3 -12 175 175 175 R Style 341 Vic -Flanges 4 -12 175 N/A N/A B 4.12 175 N/A N/A B Adapter Fittings 1 4 -12 1 175 1 N/A I N/A 1 1 4 -12 1 175 1 N/A I N/A B The above ratings are taken from the latest available Underwriter's Laboratories Listings and Factory Mutual Approvals Guide. Always refer to publications for complete explanation of listings, notes and related data. B = For joining cast iron and ductile iron pipe only, in underground mains. L = FIT Products for use on plain end pipe in accordance with Victaulic Specifica- For joining ductile iron pipe only, in underground mains. tions. D = UL Listed for dry pipe systems down to —40°F with standard gasket (Victaulic M = FIT Products UL Listed for use on Allied 'XL' Pipe in accordance with Victaulic recommends FlushSeal Gasket with coupling Styles 77, 07, 005, 75, 791 and Specifications. HP-70). Q = Victaulic recommends optional Grade "L" silicone gaskets for fire protection dry E = Minimum Schedule pipe to be joined; 31/2" or smaller/Sch. 10; 4" or larger/0.188" systems and all systems operating below 0°F. wall. R = Roll grooving rating for steel pipe. Cast and ductile iron cut grooved. F = FM Approved for dry pipe systems down to —40OF with standard gasket. (Victau- Z = UL Listed and FM Approved in sizes 1 - 2" on American Tube Dyna-Flow pipe lic recommends FlushSeal gasket with coupling Style 77, 07, 005, 75, 791 and at 175 PSI. HP-70). UL LISTED PRODUCTS Pipe UL Listed Working Pressure - PSI Size Standard Victaulic Range Weight Product/Style Inches) Sch.40) Notes PRODUCTS FOR PLAIN END STEEL PIPE Style 99 Roust-A-BoutOCoupling 2 -12 250 U'S Style 90 Plain lock®Coupling 1 - 6 175 U'S Plain End Fittings 1 - 6 150 U = UL Listed for Schedule 40 steel pipe only. S = Nuts must be tightened to published torque specifications. Victaulic Plain End Couplings are UL Listed for use on standard weight steel pipe (Schedule 40). They are not intended for use on plastic pipe, or brittle pipe, such as cast iron. Nor are they intended for use on pipe with a surface hardness greater than 150 Brinell. (Style 90 should not be used on Schedule 80 or heavier pipe.) Working Pressure and End Load (total, including equivalent external loads) based on coupling properly assembled, with bolts fully torqued to specifications, on plain end or beveled end standard weight steel pipe and Victaulic Plain End Fittings. Cou- plings are designed to be used with plain end pipe and Victaulic Plain End Fittings only. Nuts must be tightened to full torque Specifications. It should be noted that Style 99 Roust -A -Bout couplings can be used with No. 10P and No. 11 P elbows in sizes 6" and above only. (NOTE: Standard 900 and 450 plain end elbows from 1- 5" may be used with Style 90 Plainlock couplings only. If using Style 99 Roust -A -Bout couplings, specify special fittings with a minimum tangent length which are required for proper assembly (contact Victaulic for details). Victaulic Grooved End Fittings must not be used with Victaulic Plain End Couplings. Pipe UL Listed Working Pressure - PSI Size Standard Victaulic Range Weight Product/Style Inches) K,L) Notes PRODUCTS FOR GROOVED END COPPER TUBING Style 606 Copper Coupling 21/2 - 6 175 D, T Style 641 Copper Flange 21/2 - 6 175 D, T Copper Fittings 21/2 - 6 175 T = Roll grooving tools must be equipped only with Victaulic rolls designed for grooving copper tube (color coded copper). D = UL Listed for dry pipe systems down to —40°F (-400C). HANGERS 3/4' Fig. 141 t EIZSand'D - ES ADJUSTABLE HEAVY DUTY SWIVEL RING BANGER for N.F.P.A. Reduced Rod Sizes Pipe Rod Net Price Std. Wt. Ea. Size Size Each Package in lbs.) 1 /2 3/8 17 100 Ill 3/4 3/8 17 100 10 1 3/8 18 Intl 10 1-1/4 3/8 18 100 11 1-1/2 3/8 19 Ills) 12 2 3/8 20 100 13 2-1/2 3/8 38 50 27 3 3/8 42 50 31 3-1/2 3/8 45 50 36 4 3/8 52 20 50 ti 1 /2 80 20 65 6 1 /2 95 20 1.00 8 1 /2 1.05 I () 1.20 Regularly Furnished: Electra-galyanirrd law carbon steel With steel knurled insert. Approvals: Ul. Listed, FM Approved, Frei. Spec. A-A-1192A (type 10), NISS SI'-61) type Ill) Ordering: Specify pier sirs. Note: If larger insert required, refer to Fig. 151 shorn in Standard frier List MALLEABLE IRON BEAM CLAMP with Locknut Rod Size Approved Max. Pipe Size Net Price Each Std. Package Wt. Ea. in Ibs.) 3/8' 4" 38 100 31 1 /2 8" 60 100 33 5/8 8.. 85 5l1 40 . 3/4 8" 1.50 50 71 illrlpi-twed I or Top Ream 11sr Onl u Re%-cr,;ible de,;ign oppirm ed for bottom beam uw. Regularly FM UL Furnished: Malleable iron with hardened steel cup point set scree• and lacknut. Approvals: UL Listed, FN1 Approved. Fig. 350 Ordering: Specify rani sire. WIDE MOUTH MALLEABLE IRON BEAM CLAMP with Locknut Rod Approved Net Price Std. Wt. Ea. Size Max. Pipe Size Each Package in lbs.) 3/8 4" 60 loo 39 1 /2 8 75 _ too 38 Approved for Top Pram Us,- Onlq Regularly FM' © Furnished: Malleable iron With hardened steel cup paint set screw and lacknut. Approvals: UI. Listed, FNI Approved. Fig. 360 Ordering: Spi•cif\ rod sire. 2 - PHD Manufacturing, Inc. ANi a- K 1Z Snd,Ev;ICEAA1w..'II;v,+'. y., t'' t 1 ..[_Y a Y r: La t.yi'. f'?at ,.r'. • r FULLY THREADED STUDS EYE SOCKET 3/8" Rod 1/2" Rod Net Price Wt. Ea. Net Price Wt. Ea. Length Each in lbs.) Each in lbs.) 2" 08 05 11 09 3" 09 07 14 14 4" 1 10 10 16 18 5" 13 12 20 23 6" 15 14 23 27 7" 17 17 26 32 8•' 18 19 30 36 9" 20 22 33 41 10" 22 2.1 38 45 11- 24 26 43 50 12" 27 29 48 54 1/2" increments available at same price as next size. Over 12" long - Price on application. Regularly Furnished: Plain low carbon steel with class 2A fit continuous thread. Ends are flat and chamfered. Ordering: Specify rod sire and length. Fig. 10 CONTINUOUS THREADED ROD Rod Net Price Std. Wt. Ea. ize Each Package in lbs.) 8 28 lull 08 2 40 100 I 5 90 lull 3/ 1.40 50 11 Standard Packaging Wt. Per6Ft. 10 Ft. 12 Ft. Rod Net Price Lengths Lengths Lengths Foot Size Per Ft. in ft.) in ft.) in ft.) in lbs.) 3/8 15 228 2511 300 29 1/2 28 126 130 156 5.1 5/8 44 78 80 96 83 3/4 72 48 5O 60 1.23 Electro-galvanized finish - Price on application. Regularly Furnished: Plain lots carbon steel. Regularly Furnished: lain malleable iron. Ordering: - rife rod sire and g. 30 OFFSEISTEEL EYE SCrKET Rod Size : Net Pric Each Std. Package t. Ea. in lbs.) Load Rating 3/8 40 2511 09 610 ibs. Regularly Furnished: Fleclm-valvani/eL pressed steel. Approvals: UI. I.i tcd. Ordering: Specify rod sire. i L Fig. 37 COJUH SCREW IVD Rod 1/2" Rod Net P ce Wt. Ea. riceNtch Wt. Ea. Length Ea in lbs.) in lbs.) 4" Ill 0 IS 6" 25 14 27 8" 35 40 19 9( 3n Ill'. - 24 1.10 A 12•' 45 Lt 1.30 X 54 Regularly Furnished- loin corbi Bulk pack, Orderin 51'i'cifv ro( len"th. Fig. 40 1facturing, Inc. VALVES uN,7E GLOBE & ANGLE VALVES 126MM Designed with a brass disc to provide tight shut off for steam, air, gas, water and oil, this valve will give long life and reliable service. The disc is a swivel type, machined of brass and constructed to make contact inside the seat assuring a maximum ability to provide tight seating in the tapered seat area of the body. This valve can be repacked; with the valve in the fully opened position, while under full pressure. It features non -asbestos packing. It is not recommended for service with abrasive materials or where absolutely bubble tight seals are required. (see 125 S or 125 T — Page 5). 125 lbs. WSP 200 lbs. WOG 100% Pressure Tested Screwed Ends Rising Stem Swivel Disc Holder Ventilated Aluminum Alloy Hand Wheel Available with Plastic Hand Wheel Through 1" Body Material: Bronze Conforming to ASTM 8584-C84400 125MM Size 1/4' 3/8' 1/2' 3/4' 1' 1 1/4' 1 1/2' 2' A 1 3/4' 1 27/32' 2 7132' 2 15/32' 2 31/32' 3 9/16' 4 1/16' 4 11/16' No. 125 MM-ET—dl B 1 3/4' 1 3/4' 2 1/32' 2 3/8' 2 3/4' 3' 3 23132' 3 23/32' 2 7/8• 3 1/8. 3 3/8' 3 1/2' 4 1/4' 4 3/4' S 1/2' S 1/2' SHIP Wt. Qbs.) 44 56 80 1.00 1.81 2.57 3.69 5.88 A 27/32' 15/16- 1 3/32 1 7/32' 1 15/32' 1 3/4' 2' 2 11/32' No. 126 MM B 1 3/4' 1 3/4' 2 1/32' 2 3/8' 2 3/4' 3' 3 23/32' 3 23/32' C 5/8. 3' 3 1/8' 3 1/4' 4 3/8' 41/2* 11/4' 5 5/8' SHIP Wt. Obs.) 44 56 69 94 1.76 2.5 3.26 5.32 Ouan. Unit 12 12 12 6 6 4 2 2 PackOuan. Per 60 60 72 60 36 24 12 12 Casewt) 4 Sizes 4, 6 b 8 Inch KENNEDY Working Pressure: alb psi., Non -Shock Iron Body WAFER CHECK VALVESBronzeDisc Resilient Seating UL-FM/A.W.W.A./ULC 0" Ring End Seals APPROVED BY N.Y.C. BOARD OF STDS. Compact, for installation between standard flanges, Kennedy WAFER CHECK VALVES have spring loaded bronze discs, resilient seating, and utilize O" rings rather than gaskets for end seals. HEAOLOSS VS FLOW Nei i ln rw irtjr BBB 11 I IIti B on 111 111// IIM J 10 n 09 o 06 0 a 06 05 04 05 o: 01 r IOM FLOW (GPM DET. DESCRIPTION OTY. MAT'L. A.S.T.M. SPEC. 01 SPRING 1 STAINLESS STEEL ASTM JIJ-AISI TYPE 30 02 HINGE PIN 1 STAINLESS STEEL ASTM A276-AISI 304/316 03 SIDE PLUG 2 BRONZE 04 VALVE BODY 1 CAST IRON ASTM A126 CUSS B 05 O" RING 2 BUNA-N-ASTM 0-735 06 SEAL 1 BUNA-N-U/L SPEC. 312 07 SEAT RING 1 BRONZE ASTM B-62 OB CLAPPER 1 MANG BRONZE ASTM6-584 ALLOY CE36M HYDROSTATIC TEST PRESSURE: Seat and Shell-600 psi. UL LISTED/FM APPROVED ULC LISTED FIG. 706 L1FT LOG -e-ONLY Q S i -o G 1 1. DIE A Om A. A SIZE A B C D E WT, LBS. F G WT. LBS, 4 3.75 4.03 6.87 1.34 3.03 15 1.50 2.19 15 6 3.75 6.06 8.75 1.53 4.56 23 3.50 2.13 23 8 4.25 7.98 11.00 1.92 6.00 39 5.50 2.50 39 KENNEDY VALVE 91SS-C-5 Assemblies Series 709 Sizes 21/2"-1011 Series 709 provide backflow protection in cross -connection control and containment. Standardly furnished with non -ris- ing stem (NRS) resilient wedge gate valve shut -offs No. 709NRS RW. Available Models Suffix NRS RW - with non -rising stem resilient wedge gate valves (Standard) S - with FDA approved epoxy coated strainer BB - with bronze body (2'k", 3") OS&Y RW - with UUFM resilient seated outside stem and yoke gate valves OT - with quarter -turn, full port, resilient seated ball valve shut -offs OT-FDA - with FDA approved epoxy coated ball valve shut -offs LF - without shut -offs Features licinuvable bronze seats • NO SPECIAL TOOLS REQUIRED 5laiu1ess steel internal parts • Max flow at low pressure drop Nepleceable bronze seats • Captured springs Ior safely Design simplicity for easy maintenance FDA appruved epoxy coated checks Standards (see page 3) Dimensions -Weights (approximate) DIMENSIONS (Inches) SIZE A B NRS 2SBY c D E F WEIGHT lbs. NRS OSBY 2V2" 39 113/e 151/8 31/2 24 4 3 167 170 3" 40 123/4 181/2 33/4 24 5 3 167 170 4" 52 153/a 233/4 4V2 34 6 6 368 383 6" 62V2 193/4 321/2 51/2 411/2 11 7112 627 707 8" 75 241/2 391/4 6112 52 111/4 9 1201 1307 to" 1 90 29/4 48 8 64 12V2 101/4 2003 2073 OT OT 2112" 393/e 7 31/2 241/e 16 3 154 3" 403/e 7 33/4 241/e 16 3 162 4" 523/e 10 4112 341/e 1923h2 6 275 6" 621/a 15 51/2 415/a 26 71/2 611 8" 75 19 6Y2 52 111/4 9 1419 101, 90 22 8 64 12V2 IOV4 2466 e C JK IA 1 Strainer Dimensions Weight Size I K Ibs. 2'li 10' 6'/i 28 3' 10' 7' 34 4' 12' U. 60 6' 18'12 1311i ISO 8' 21'l: 15'l2' 270 10' 26" 18'l2* 370 L E I F Clearance Required for Servicing (inches) Sie. [in I J L I M N- 2' , 3 10 .. J n 20 4 2 2s 6 20 21 16 3. 6 22'. 26 21 .1 10 26 32 P 52 M CI•a I. la Ip anal. NZ.-- ,: 1. Osv op. .m _ Suffix OT for G-4000 Series ball valve shut -offs Fused eposT coaled Insides and out 1 ' 709 NRS RW Pressure -Temperature Sizes 21/2" - 10" are suitable for supply pressure up to 175 psi and water temps. to 110°F continuous and 140°F intermittent. Materials Series 709 sizes 2'/2'I - 10" have FDA approved epoxy coated cast iron check valve bodies with bronze seats. All sizes furnished with bronze ball valve test cocks. No. 709NRS RW-BB for bronze body construction, sizes 21/2", 3" Capacity 0 600 GPM 5 1751 is P S 20 6" 709 \ 15 10 a5 0 250 500 750 1000 1250 1500 G P M 7 51 10 15 F P S a Fn a4 8" 709 500 *oo t50o 2000 2500 3000 G P M 5 175) w i5 FPS e e• For more information, send for ES-709L 13Inquirewithgoverningauthoritiesforlocalrequirements FIRE DEPT. CONN. PUTTER-ROEMER, INC. AIEW* A Subsidiary of Jay R Smith MIg Co Clapper Pin 7A '4WI, FM UL VL 5710 TWO-WAY WITH SINGLE CLAPPER Set Screw 0.-0 Bearing Single Clapper Swivel Neoprene Gasket TWO-WAY WITH SINGLE CLAPPER FUNCTION: Used as an auxiliary inlet connection providing 500 G.P.M. minimum (Ref. NFPA No. 14) to supplement the fire protection water supply. Swing clapper provides unobstructed waterway. Exposed design is an economical method of satisfying fire dept. inlet requirements. REGULARLY FURNISHED: Cast brass two-way inlet body, swing clapper and pin lug swivel. Back or angle outlet as selected by figure number. Lettering as selected. Size 4" x 21/2" x 21/2" OPTIONAL FINISHES: B Polished Brass C Rough Chrome Plated D Polished Chrome Plated LETTERING AVAILABLE: AUTO. SPKR. STANDPIPE SPECIFY thread and lettering O 4 h" sin~ e'a~ o 10~ 1-10w" Fig. 5710 ... Back Outlet Fig. 5715 ... Angle Outlet TWO-WAY WITH DOUBLE CLAPPERS FUNCTION: Used as an auxiliary inlet connection providing 500 G.P.M. minimum (Ref. NFPA No. 14) to supplement the fire protection water supply. Drop clappers provide unobstructed waterway. Exposed design is an economical method of satisfying fire dept. inlet requirements. REGULARLY FURNISHED: Cast brass two-way inlet body, drop clappers and pin lug swivels. Size and outlet as selected by figure number. Lettering as selected. O Fig. 5720 Series Back Outlet D — Flg. 5730 Series 90' Angle Outlet Outlet Locations Back Angle Fig. No Fig. No. Size A B C 0 5721 5731 41/2 x 21/2 x 21/2 71/2 11112 81h 11114 5722 5732 6 x 21/2 x 21/2 9'12 10'/2 9 101/4 5723 5733 4 x 3 x 3 9'/2 11'/2 9'/2 11 5724 5734 6 x 3 x 3 10 11 10'/2 11 5735 45" Angle 4 x 2112 x 21/2 8 11 Fig. 5735 45' Angle Outlet OPTIONAL FINISHES: B Polished Brass C Rough Chrome Plated D Polished Chrome Plated LETTERING AVAILABLE: AUTO.SPKR. STANDPIPE SPECIFY thread and lettering Page 5-7 ALL DIMENSIONS IN INCHES NOTE: ALWAYS INDICATE HOSE THREAD REQUIREMENTS DEVICES buuetin 1 1 bt R liabl Features 1. Styles available: Pendent Recessed Concealed Horizontal Sidewall 2. 1 112" Escutcheon adjustment on Model G3 Dry Pendent and Dry Horizontal Sidewall sprinklers. 3. 112" Escutcheon adjustment on Model G3 Dry Pendent Recessed sprinkler. 4. 112" Cover Plate adjustment on Model G3A Dry Pendent Concealed sprinkler. 5. Employs attractive center strut, lever and solder capsule principle. 6. Lengths available to accommodate any desired installation dimensions from 2" to 36". 7. Available in a variety of finishes. 8. Unobstructed waterway. 9. U.S. Patent No. 4,288,858. Canadian Patent No 1, 112, 126. Other patents pending. 10. Listed by Underwriters Laboratories Inc. & Underwriters' Laboratories of Canada. Approved by Factory Mutual Research Corp. & Loss Prevention Council. NYC BS&A No. 587-75-SA. Product Description All Reliable Model G3 and G3A Automatic Dry Sprin- klers utilize the Center strut in compression principle of construction which controls the valve mechanism at the inlet end. This valve seals pressurized water or air from the sprinkler tube until the sprinkler is activated, Model G3 Model G3A Dry Sprinklers Pendent Recessed kaul at which time water flows unobstructedly through the tube and is distributed by the deflector. Dry sprinklers are available in pendent, recessed, concealed and horizontal sidewall types and with a variety of finishes. The escutcheons and cover plates are adjustable. The Reliable Automatic Sprinkler Co., Inc., 525 North MacQuesten Parkway, Mount Vernon, New York 10552 Model G3 Dry Pendent Sprinkler A" Dim. '2" to 36" in '/." increments Finishes: Bronze All Temp ratings Bright Brass Plated (1) 135'F, 165'F 8 212 F ratings Bright Chrome Plated Ali Temp ratings Satin Chrome Plated All Temp. ratings Black Plated All Temp ratings Lead Plated 165'F, 212'F 8 286°F ratings Wax Coated 165'F Clear Wax, 212'17 Brown Wax Wax Coated Over 165'F Clear Wax, 212'F Brown Wax Lead Plated 1) Operating parts are not pealed Sprinkler cup and escutcheon fabricated of brass to provide im proved appearance in exterior applications. Sprinkler Max. Temperature Rating Frame' 'or' Ceiling Temp. 135'F (57°C) Black Stripe 100-F (38°C) 165'F 74'C) C) Uncolored 100'F (38'C) 212'F 100 White 50' 1F (WC) 2WF 141'C) Blue 225-F(107°C) Frame color does not apply to plated sprinklers Sprinkler Installation Wrench: Model G3 Sprinkler Wrench Note: Sprinkler cup protrudes '/.' when escutcheon is in nominal Position . Escutcheon adjustment provides +'/." to - 11/4" "A" dim adjustment range. System Tee r 1"NPT A" Dim. Adjustment " — 2'/," Dia. Hole Range in CeilingDia. — 1'' " Sprinkler Cup °e111= 1'/. " Escutcheon Adj. 1/ " Protrusion Nominal Position of Escutcheon Model G3 Dry Pendent Recessed Sprinkler A" Dim. 3'h' to 36" in V." increments Finishes: 3" Dia. Sprinkler Escutcheon Bronze Bronze Bronze White Painted Bright Brass Plated (1) Bright Brass Plated Bright Chrome Plated Chrome Bright Plated Bright Chrome Plated Chrome Satin Plated Bright Chrome Plated White Painted Black Plated Black Plated l 11 uperaang parts are not plated Sprinkler Installation Wrench: Model G3 Recessed and Concealed Wrench Do not install the Model G3 recessed sprinkler in ceilings which have Positive pressure in the space above. 2'/„" 1/4 " Escutcheon Adj. Sprinkler cup and escutcheon fabricated of steel and intended for interior applications. Sprinkler Max. Temperature Rating Ceiling Temp. 135'F (571C) 100 F (38°C) 165°F 74'C) 100'F 38'C) 212'F (10('C) 150"F (66'C) System Tee K 1^NPT A" Dim. Adjustment 2Y.' Dia. Hole In CeilingRanget '/. ^ 2'/,." Dia.- 1/4 "Escutcheon Sprinkler Adjustment Cup Assy. Nominal Position 'h" Escutcheon of Escutcheon Adjustment Escutcheon Installation Wrench: Reliable Model FEA Flush Sprinkler Escutcheon Wrench Model G3A Dry Pendent Concealed Sprinkler A" Dim. 4'/!" to 36" in 1/4" increments Cover Plates Finishes: Bright Brass Plated Bright Chrome Plated Satin Chrome Plated Black Plated White Painted Other Factory Painted Finishes Quoted Upon Request) The following customer supplied paint types can be factory applied. Acrylic Lacquer Acrylic Enamel Alkyd Enamel Epoxy Polyurethane Polyester Sprinkler Cover Plate Max. Temperature Rating Temp. Rating Ceiling Tem . 135-F (57'C) 135-F(57'C) 100-F(38'C) 165-F (74'C) 165-F (74'C) 100-F (38°C) 212'F 100'C 16YF 74'C 150'F 66'C Sprinkler cup fabricated of steel and intended for interior applications. I Sprinkler Installation Wrench: Model G4 Sprinkler Wrench r Do not install the Model G3A Sprinkler in ceilings which have positive pressure in the space above. Model G3 Dry Horizontal Sidewall Sprinkler A" Dim. 2" to 36" in '/." increments Finishes: Bronze All Temp. ratings Bright Brass Plated (1) 135'F, 165'F & 212'F ratings Bright Chrome Plated All Temp. ratings Satin Chrome Plated All Temp. ratings Black Plated All Temp. ratings Lead Plated 165F, 212'F & 286'F ratings Wax Coated 165'F Clear Wax, 212'F Brown Wax Wax Coated Over 165F Clear Wax, 212'F Brown Wax Lead Plated 1) Operating parts are not plated Sprinkler cup and escutcheon fabricated of brass to provide im- proved appearance in exterior applications. System Tee b 1 " N PT TV 1' A" Dim. Adjustment Range t 1/4 " 25/," Dia. Hole in Ceiling 2'/," Dia. 1/4 " Coverplate Adjustment I Sprinkler Cup Assy. Gelling erplate 3'/ " ia. —1 \ Adjustst ment + Cover Plate Assy. Nominal Position of Coverplate Sprinkler Max. Temperature Rating Frame Color' Ceiling Temp. 135-F (57'C) Black Stripe 100-F (38'C) 165-F (74'C) Uncolored 100-F (38'C) 212-F (100°C) White 150'F (88'C) 2WF (141 °C) Blue 225'F (107"C) Frame color does not apply to plated sprinklers Note: Sprinkler cup protrudes '/." when escutcheon is in nominal position. Escutcheon adjustment provides + 1/4" to - 11/." "A" dim adjustment range. Sprinkler Installation Wrench: Model G3 Sprinkler Wrench oellhq - - - — 1' N PT 1/4 System Tee 21/," Dia. Hole ; Protrusion 6' Max. inMWall, 3" Dia- Nominal Position A" Dim. L.1 of Escutcheon Adjustment Range 1/4 , 1/4 - Escutcheon Adj. ds -1v.• 1 1/4 " Escutcheon Adj. Uperation: When the sprinkler has been fused, its operating parts spring away allowing the spring -loaded inner tube to move toward the sprinkler head releasing the locking balls. The inlet seal is now tree to be expelled through the sprinkler head permitting an unob- structed flow of water. Inlet Seal R L_ Locking Balls 1" NPT Outer Tube Steel) Inner Tube Ordering Information Specify: 1. Sprinkler temperature rating 2. Sprinkler type (select one) a) Model G3 Dry Pendent, (b) Model G3 Dry Pendent Metric, c) Model G3 Dry Horizontal Sidewall, (d) Model G3 Dry Pendent Recessed, (e) Model G3A Dry Pendent Concealed 3. Sprinkler Finish 4. Escutcheon finish (where applicable) 5. Cover plate finish (where applicable) 6. Length A" dimension (face of tee to face of ceiling) in 1/4" increments. Note: 1. The "A" dimension is based on a nominally gaged pipe thread make-up" of .600" per ANSI B2.1 (71/2 threads approx.) 2. Dry Pendent/Horizontal Sprinkler Cup protrudes V," when es- cutcheon is in nominal position. 3. Lead plated, wax coated and wax coated over lead plated finishes will provide improved corrosion resistance in many environments. 4. All other platings and paintings are decorative and intended for interior use. 5. Acceptable appearance, in conditions such as parking garages, is generally provided by the dry pendent or horizontal sidewall sprin- klers with bronze sprinkler, brass cup and escutcheon. General Installation Instructions The dry sprinkler must be installed only in standard (ANSI B16.4) pipe tees even at branch line ends. The "A" dimension of a dry sprinkler which extends into freezers from wet pipe systems should be selected to provide at least 14' between the freezers outside wall or ceiling and the wet pipe. 1. Cut the appropriate size hole for the sprinkler in the wall or ceiling directly in line with the tee. 2. Apply pipe joint compound to the 1" pipe threads and install sprin- kler using the correct sprinkler wrench. 3. Install the escutcheon. Use of the FEA Wrench to install the recessed escutcheon will avoid smudge marks on the wall or ceiling. See Bulletin 205 for details. Sprinkler Type Approve Model G3 Dry Pendent 1, 2, 4, 5 Model G3 Dry Pendent Metric 6 Model G3 Dry Horizontal Sidewall 1,4 Model G3 Dry Pendent Recessed 1, 3, 4, 5 Model G3A Dry Pendent Concealed 1 Approval Organizations 1. Underwriters Laboratories Inc. —Ordinary Hazard 2. Factory Mutual Research Corp. —Ordinary Hazard 3. Factory Mutual Research Corp. —Light Hazard 4. Underwriters' Laboratories of Canada —Ordinary Hazard 5. NYC BS&A No. 587-75-SA—Ordinary Hazard 6. Loss Prevention Council —Ordinary Hazard (57"C & 74'C only) Note: Listed and Approved Length 36" Max. Technical Data: Orifice: 1/2"(15mm) Thread Size: 1 NPT per ANSI B2.1 or R1 per ISO 7/1 (BS21:1973) when metric sprinkler specified. Working Pressure: 175 psi K" Factor: Up to 18".5.7 19" to 36":5.5 NOTE: Installation of Model G3 or l Sprinklers in copper pipe systems is not recommended as this may reduce the life ex- Dectal of the snrinklprs Model G3 Recessed Installation Instructions The Model G3 Wrench, Figure (1), is designed to locate on the wrenching pads of the sprinkler while centering in the cup. A standard a" drive ratchet may be used to drive this wrench. Figure (2) shows the removal of the wrench. Care should be taken during this procedure to avoid hitting the deflector with the wrench. The wrench should be lowered until it clears the cup, and then moved horizontally to clear the sprinkler. Wrench gawayofJaw $prinkter Cup A.'A a: At Figure 1 Figure 2 Model G3A Concealed Installation Instructions After a 231a" diameter hole is cut in the ceiling, the sprinkler is easily installed with the Model G4 Wrench. The wrench has drive tangs which insert into the cup slots. When installing a sprinkler the wrench is first positioned into the sprinkler cup assembly until the wrench tangs engage drive slots in the top of the cup (there are two sets of mating drive slots in the cup). The sprinkler is then tightened into the pipe fitting. When inserting or removing the wrench from the sprinkler cup assembly care should be taken to prevent damage to the sprinkler. DO NOT WRENCH ON ANY OTHER PART OF THE SPRINKLER CUP ASSEMBLY. Figure 3 The equipment presented in this bulletin is to be installed in accordance with the latest published Standards of the National Fire Protection Association, Factory Mutual Research Corporation, or other similar organizations and also with the provisions of governmental codes or ordinances whenever applicable Reliable Sprinkler Devices, protecting life and property for over 60 years, are approved by all fire insurance and government agencies, and are installed and serviced byReliable's chain of representatives Reliable repre: ,ntatives. located throughout the United States. Canada and foreign countries. have a life -time of experience and are as near as your telephone Manulactured by The Reliable Reliable' Automatic Sprinkler Co., Inc. 525 North MacOuesten Parkway Mount Vernon, New York 10552 914)668-3470 S) PRINTED IN U.S.A 8/89 V Bulletin 121 R liabl The Adjustable Concealer A Concealed Sprinkler With 1/2" Adjustment Features 1. Sprinkler has 112" adjustment for maxi- mum installation flexibility. 2. Simple, sturdy cover attachment. 3. Smooth aesthetic ceiling profile. 4. 5. 6. 7. 8. 9. 10 As heat sensitive as an exposed sprinkler. Available in brass, chrome and black plated or painted finishes. Ordinary and intermediate temperature rating. Multiple orifices for design flexibility. Installation does not require clips or springs. Listed by Underwriters Laboratories Inc. and Underwriters Laboratories of Canada, NYC BS&A No. 587-75- SA. Patent Pending. Model G-4 Adjustable Automatic Sprinkler N Concealed N Application The Reliable Model G4 Adjustable Concealer is the most versatile concealed sprinkler available. It provides the best form of fire protection while offering an attractive appearance and ,, inch cover adjustment for ease of installation. The small diameter cover plate is easily and positively attached and blends into the ceiling, conceal- ing the most dependable fire protection available, an automatic sprinkler system. The Model G4 Sprinkler is designed for use where aesthetic appearance is important. Offices, hospitals, motels and restaurants are but a few of the applications where it can be used. It is available in different orifice sizes allowing the designer to optimize system perfor- mance thereby achieving a most efficient installation. Reliable's Adjustable Concealer can eliminate the need for precise cutting of drop nipples. The threaded cover plate assembly can be adjusted without tools so it mates accurately with the ceiling. The fire protection system need not be shut down to adjust or remove the cover plate assembly. Q The Reliable Automatic Sprinkler Co., Inc., 525 North MacQuesten Parkway, Mount Vernon, New York 10552 Product Description The Reliable Model G4 Adjustable Concealer uses the proven Model G fusible element in a standard style sprinkler frame with a dropping deflector. This assembly is recessed into the ceiling and concealed by a flat cover plate. The cover plate and sprinkler cup assemblies are attached using a strong threaded engagement. This threaded engagement provides 112" of cover adjust- ment. The cover plate is attached to the skirt using the same ordinary temperature classification solder which is used in the sprinkler, This results in a strong cover plate assembly at the ordinary temperature rating and an in- termediate temperature sprinkler which can be installed in 150OF environments. When the ceiling temperature rises, the solder holding the cover plate melts, allowing the release of this part and thus exposing the sprinkler inside to the rising ambient temperature. Standard Temperatures Classlfication Sprinkler Cover Plate Max. CeilingTemp. Ordinary 135'F./57'C. 135'F./57°C. 100'F./38'C. Ordinary 165'Fl74'C. 165'F/74'C. 100'F./38C. Intermediate 212°F./100'C. 165'F.774'C. 150'F./66C. Approvals K Factor Nominal Orifice U.S. Metric Thread Approvals* 5.62 81.0 h" NPT 1, 2, 3 4.24 61,01 lkL" NPT 1, 2, 3 2.82 40.6 112" NPT 1, 2, 3 1'. 12• ibNCYq TM a Ex-. I I Imi — — — — IL-- 1'tl J Sp4Y,C A—" ODSva iSe- Frw M Fn,"q to y 12 cc.. M... .ei,nlm.ra 1er1e• txa a•1e• The fusing of the sprinkler opens the waterway and causes the deflector to drop into position to distribute the discharging water. Installation Do not install the Model G4 Sprinkler in ceilings which have positive pressure in the space above. After a 2% inch diameter hole is cut in the ceiling, the sprinkler is easily installed with the Model G4 Wrench. The wrench has drive tangs which insert into cup slots. When installing a sprinkler the wrench is first positioned into the sprinkler/cup assembly until the wrench tangs engage drive slots in the top of the cup (there are two sets of mating drive slots in the cup). The sprinkler is then tightened into the pipe fitting. When inserting or remov- ing the wrench from the sprinkler/cup assembly care should be taken to prevent damage to the sprinkler. DO NOT WRENCH ON ANY OTHER PART OF THE SPRIN- KLER/CUP ASSEMBLY. Approval Organizations 1. Underwriters Laborato- ries, Inc. 2. N.Y. City BS&A No. 587-75-SA 3. Underwriters' Laborato- ries of Canada Ordering Information Specify 1. Sprinkler Model 2. Temperature Rating 3. Nominal Orifice 4. Cover Plate Finish Cover Plate Finishes Bronze Bright Brass Plated Chrome Bright Chrome Dull Black Plated White Paint Other Factory Painted Finishes (Quoted on Request) The following customer supplied paint types can be factory applied. Acrylic Lacquer Acrylic Enamel Alkyd Enamel Epoxy Polyurethane Polyester Latex The equipment presented in this bulletin is to be installed in accordance with the latest published Standards of the National Fire Protection Association, Factory MutualResearchCorporation, or other similar organizations and also with the provisions of governmental codes or ordinances whenever applicable Reliable Sprinkler Devices, protecting life and property for over 60 years, are approved by all fire insurance and government agencies, and are installed and serviced byReliablechainofrepresentatives Reliable representatives, located throughout the United States. Canada and foreign countries, have a life -time of experience and are as near as your telephone Manufactured by R liabl The Reliable Automatic Sprinkler Co., Inc. 525 North MacQuesten Parkway Mount Vernon, New York 10552 914)668-3470 S (Printed in U.S.A.) 2/88 Bulletin 11OK Product Description The Reliable Model G Automatic Sprinkler utilizes the center strut solder in compression principle of construc- tion. The fusible alloy is captured in the cylinder of the solder capsule by a stainless steel ball. When the fusible alloy melts, the ball moves into the cylinder allowing the cylinder to fall away from the sprinkler. When this hap- pens, the lever is released to spring free from the sprinkler so that all of the operating parts clear from the waterway allowing the deflector to distribute the discharging water. Except for the parts in the cylinder as mentioned above, the sprinkler components are made from copper based alloys for maximum corrosion protection. Lead plated, wax coated or wax over lead plated sprinklers are available for specially severe environments. Chrome plated sprinklers are available for decorative purposes. All sprinklers are individually hydrostatically tested. All sprinklers are identified as to their fusing point by markings that appear on several of the operating parts and by an identifying color that appears on the frame. Sprinkler Types Standard Upright —This deflector configuration is nor- mally used with exposed piping installations. Water is distributed laterally and downward in a wide pattern ap- proximating a hemisphere which is completely and uni- formly filled with water in the form of small drops or spray. At a sprinkler height of 10 feet, a circular area of approxi- mately 20 feet in diameter is covered by the water dis- charged at the minimum pressure. Standard Pendent —This deflector configuration is nor- mally used where the space above the piping is not adequate or where a concealed piping installation is em- ployed. The discharge characteristics of the Standard Pendent are virtually identical to the Standard Upright as described above. Large and Small Orifice —By varying the orifice size, a large or small orifice sprinkler is created that will distribute as much as 40% more water or 65% less water than the normal 112' orifice sprinkler. These sprinklers are identified by the orifice size that is stamped in the base of the sprinkler and by the pintle that extends from the deflec- tor —the exception is the Large Orifice Sprinkler with the 3/," NPT inlet thread where the size of the inlet is sufficient to classify this sprinkler as one having a larger than stan- dard orifice. Model G Automatic Sprinklers Spray Upright, Spray Pendent and Conventional Screw) Conventional —This deflector configuration is used pri- marily in those countries where the F O.C. installation rules have precedence. The sprinkler is designed to distribute a portion of its water discharge upward against the ceiling with the balance downward. It may be installed in either the Upright or the Pendent position. Sprinklers with con- ventional deflectors are available with orifice sizes corre- sponding to light, ordinary and extra -high hazard installations. Application and Installation Standard sprinklers are used in fixed fire protection sys- tems: Wet, Dry, Deluge or Preaction. Care must be exer- cised that the orifice sizes, temperature ratings, deflector styles and sprinkler spacings are in accordance with the latest published standards of the National Fire Protection Association or the approving authority having jurisdiction. The sprinklers must be installed with the Reliable Model D Sprinkler Wrench. Any other type of wrench may dam- age the sprinkler. Installation and sale of automatic fire sprinkler systems utilizing equipment manufactured by Reliable is performed by a world-wide network of install- ing distributors. Consult the Yellow Pages under "Sprin- klers -Automatic Fire", or write to us directly. The approvals or listings of Reliable Automatic Sprin- klers by major approving organizations are shown in the tabulated list provided on the back of this bulletin. Patent No. 4,440,234 The Reliable Automatic Sprinkler Co., Inc., 525 North MacQuesten Parkway, Mount Vernon, New York 10552 Model G Installation Data Sprinkler Type K" Factor Sprinkler US Metrlc Height Approvals Standard —Upright (SSU) and Pendent (SSP) Deflectors Marked to Indicate Position 5.62 81.0 2'%" 73 mm 1, 2, 3, 4, 5, 6, 7 1/2" Standard Orifice with 112" NPT (15 mm) Thread 7/16" Small Orifice1, with lb"NPT (15 mm) Thread Y6" Small Orifice") with 112" NPT (15 mm) Thread 4.24 2.82 61.0 40.6 3Y1s" 3Y16" 1, 3, 7 Yi6" Small Orifice") with 1fz" L NPT (15 mm) Thread 7h2" 1.98 28.5 3Y16" 1, 2, 3, 7 1, 3, 7LargeOrifice" with 112" NPT (15 mm) Thread 17A2" 7.96 114.7 3Y16" 1, 2, 3, 7LargeOrificewith3/4" NPT Thread 8,20 118.2 2''>'11," 1 2 3 720mmXHHwith20mmThread 10 mm XLH with 10 mm Thread 8.20 118.2 75.4 mm 4, 5, 6 4.10 59.1 73 mm 4, 5, 6 Conventional —Installed in Upright or Pendent Position 4.10 59.1 73 mm 5 10 mm XLH with 10 mm Thread 15 mm Standard Orifice with 15 mm Thread 5.62 81.0 73 mm 4, 5, 620mmXHHwith20mmThread8.20 118.2 75.4 mm 4,5 F,,,,. e ex ein ng auuve uenectur, opnnKler nelgnt lncluaes pintle extension Temperature Ratings Classification Sprinkler Rating Maximum Ceiling Temperature Frame* ColorFCFac Ordinary 135 57 100 38 Black Ordinary 165 74 100 38 Uncolored Intermediate 212 100 150 66 WhiteHigh r___ 286 141 225 107 Blue ai ,u uuuf uues nut appty to chrome platen sprinklers —Use sprinkler rating as identified on operating parts as shown below. Finishes Natural Bronze All Temp. Ratings Bright Chrome Plated All Temp. Ratings Satin Chrome Plated All Temp. Ratings Black Plated All Temp Ratings Bright Brass Plated (1) 135°F, 165°F & 212°F Temp. Ratings Lead Plated 165T 212°F & 286°F Temp. Ratings Corroproofed 165°F Clear Wax, 212°F Brown Wax Corroproofed Over Lead Plated 16YF Clear Wax, 212-F Brown Wax Enameled Subject to Acceptance by Authority Having Jurisdiction. Not Approved by Official Approval 1) For Bright Brass Plated, Only Frame, Deflector and Cap Are Plated. Maintenance Sprinklers should be inspected regularly for any physical damage, dust, corrosion and paint (other than the ident- ifying frame color). Note: Never suspend any items (signs or decorations) from the sprinklers. Never paint sprinklers. Automatic sprinklers should be replaced according to NFPA 13A, 3-2 and 3-3. Once fused, automatic sprinklers cannot be reas- sembled and reused. New sprinklers of the same size, type and temperature rating must be installed. A cabinet Approval Organizations: 1. Underwriters Laboratories, Inc. 2. Factory Mutual Research Corp. 3. Underwriters' Laboratories of Canada 4. Fire Offices' Committee 5. Pleniere Assemblee 6. Verband der Sachversicherer 7. N.Y. City, B.S. and A. No. 587-75-SA. Deflector Upright) Strut (with Lever Temperature and Year Identification) Solder Capsule with Temperature and Year Identification) PAS Frame Cap Inlet Threads Upright of replacement sprinklers should be provided for this purpose. Use only the special sprinkler wrench provided by the manufacturer for sprinkler removal and installation. Any other type of wrench may damage the sprinkler. The equipment presented in this bulletin is to be installed in accordance with the latest published Standards of the National Fire Protection Association, Factory MutualResearchCorporation, or other similar organizations and also with the provisions of governmental codes or ordinances whenever applicable. Reliable Sprinkler Devices, protecting life and property for over 60 years, are approved by all fire insurance and govemment agencies, and are installed and serviced byReliable's chain of representatives. Reliable representatives, located throughout the United States, Canada and foreign countries, have a life -time of experience and are as near as your telephone Manufactured by The Reliable Automatic Sprinkler Co., Inc. 525 North MacQuesten Parkway Mount Vernon, New York 10552 914)668-3470 S) PRINTED IN U SA 8189 Sprinkler System A larm and Supervisory Equipment Water Flow Detectors Supervisory Switches Pressure Switches Alarm Bells Accessories SY.STEA M- SENSOR A DIVISION OF P/TTWAY System Sensor believes strongly in a balanced approach to fire protection: compartmentaLion detection and suppression. That is why we are heavily involved in the alarm and supervisory equipment that helps to ensure that sprinkler systems are working properly. These products are designed to prevent accidental or intentional closing of valves, monitor water flow upon sprinkler system activation, and sound a supervised local alarm when devices detect abnor- mal conditions. Waterflow Detectors The WFD Series Waterflow Detectors for wet sprinkler systems are designed to signal whenever water flow equals or exceeds the discharge from one sprinkler head continu- ously for a pre -determined time. A special computer - designed vane -type paddle in the water supply line provides mechanical activation after an adjustable time delay. Detectors are designed to work with Schedule 10 or 40 standard ferrous pipe sizes. The WFDT Series T-Tap Waterflow Detectors are specifically designed for primary signaling in residential systems and branch line signaling in commercial sprinkler systems. They install easily in systems using threaded ferrous or brass pipe Supervisory Switches System Sensor offers an OSY2 Outside Screw and Yoke Valve supervisory switch and a PIBV2 Post Indicator/ Butterfly Valve supervisory switch for use in monitoring valve stem positions. These devices are intended to help prevent tampering or negligent handling of the valve controls and do not interfere with normal operations. Both switches are equipped with two sets of SPDT contacts. EPS Series Pressure Switches The EPS Series Pressure Switches include both a low pressure version and a high/low pressure version. These bellows -activated devices are normally used to supervise system air pressure in pipes and pressure tanks. They can also be used to detect changes in water pressure on water control valves. Four models are available: EPS10-1 (SPDT) and EPS10-2 (2 SPDT) for alarm applications; EPS40-1 SPDT) and EPS40-2 (2 SPDT) for supervisory applications. Alarm Bells These audible alarm devices feature underdome strikers and operating mechanisms. They are ideally suited for use with the System Sensor waterflow detectors, supervisory switches and pressure switches described here. The KMS Series use a low -current, high -efficiency DC motor to drive the striker and are designed for 24 VDC systems. The KBS Series use a two -coil vibrator and are designed for 120 VAC operation. Both Series include 6" , 8" and 10" bells. Decibel levels range from 95 dBA to 104 dBA. Product Features Waterflow Detectors: Sealed Retard Visual Switch Activation Schedule 10 or 40 pipe in 2" —8" T-Tap for 1", 11A" and 11/2" ferrous and brass threaded tees; 1" , 11/4" , 11/2" and 2" copper sweat tees; 1" CPVC tees; and 11/2" polybuty- lene tees Rugged Switch Assembly Durable Metal Enclosure Tamper Resistant Two SPDT Synchronized Switches WFD and WFDT Suitable for Indoor/Outdoor Applications Supervisory Switches: Single Side Entry for Conduit Special Bracket for Easy Installation Two SPDT Synchronized Switches Adjustable Actuator Suitable for Indoor/Outdoor Applications Optional Tamper Switch Kit Pressure Switches: Alarm and Supervisory Models Sensitivity Adjustment Wheel Tamper -Resistant Assembly Bellows -Actuated Available with One or Two SPDT Switches Choice of 4-20 psi for Alarm Model EPS10-1 and EPS10-2 or 10-100 psi for Supervisory Models EPS40-1 and EPS40-2. Underdome Design Low Operating Current Indoor/Outdoor Installation Polarized (DC only) DC and AC Models Available ORDERING INFORMATION millel-]:i.. Waterflow Detectors: WFDT Waterflow Detector Fits 1 ", 1'A", 11/2" ferrous and brass threaded tees; 1 ", 1'A", 11/2", 2" copper sweat tees; 1" CPVC tees; and 11/2" polyburylene tees. WFDTNR Waterflow Detector, non -retard Fits same tees as Model WFDT WFD20 Waterflow Detector Schedule 10/40, 2" WFD25 Waterflow Detector Schedule 10/40, 21/21, WFD30 Waterflow Detector Schedule 10/40, 3" WFD35 Waterflow Detector Schedule 10/40. 31/2" WFD40 Waterflow Detector Schedule 10/40, 4" WFD50 Waterflow Detector Schedule 10/40, 5" WFD60 Waterflow Detector Schedule 10/40, 6" WFD80 Waterflow Detector Schedule 10/40,8" Supervisory Switches: OSY2 Supervisory Switch For Outside Screw and Yoke Valve with Two SPDT Switches PIBV2 Supervisory Switch For Post Indicator/Butterfly Valve with Two SPDT Switches Pressure Switches: EPS10-1 Alarm Pressure Switch For Waterflow Alarm with One SPDT, 4-20 PSI EPS10-2 Alarm Pressure Switch For Waterflow Alarm with Two SPDT, 4-20 PSI EPS40-1 Supervisory Pressure Switch For Low Pressure Supervision with One SPDT, 10-100 PSI EPS40-2 Supervisory Pressure Switch For High/Low Pressure Supervision with Two SPDT, 10-100 PSI Alarm Bells: KMS-6-24 Alarm Bell 6", 24 VDC, Polarized, 97 dBA KMS-8-24 Alarm Bell 8", 24 VDC, Polarized, 102 dBA KMS-10-24 Alarm Bell 10", 24 VDC, Polarized, 104 dBA KBS-6-120 Alarm Bell 6", 120 VAC, 95 dBA KBS-8-120 Alarm Bell 8", 120 VAC, 98 dBA KBS-10-120 Alarm Bell 10", 120 VAC, 102 dBA Sprinkler Product Replacements: A3010-00 Replacement Assembly Kit for PIBV2 Wrenches, Screw Pack A3011-00 Replacement Assembly Kit for OSY2 Wrenches. Screw Pack, J-hooks A3008-00 Replacement Timer Assembly For Waterflow Detectors, 2-8" sizes (Black) 546-5200 Replacement Timer Assembly For Waterflow Detectors, 2-8" sizes (Clear) 546-5300 Replacement Timer Assembly For Waterflow Detectors, 1-11h" sizes A77-01-02 Replacement Terminal Block For WFD and WFDT A77-01-08 Replacement Terminal Block For WFDTNR PRK9 Replacement Paddle Kit 9 Paddles for WDFT and WDFTNR (See WFDT for sizes included) 546-7000 Tamper Switch Kit For WFD Detectors, WFDT, PIBV2 and OSY2 507-66-01 Replacement Tamper Screws For Covers of WFD Series, WFDT, WFDTNR, OSY2, PIBV2, EPS WBB Weatherproof Back Box For KMS and KBS Bell Series WFDW Replacement Tamper Proof Wrench for Cover WFD Detectors. WFDT, WFDTNR, OSY2, PIBV2, EPS HEXW Replacement Hex Wrench For Supervisory Switches SYSTEMTM- SENSOR A DIVISION OF PITTWAY Headquarters: 3825 Ohio Avenue • St. Charles, IL 60174 Telephone: 708/377-6580 • FAX: 708/377-6645 Sales Department Direct Lines: Toll -Free: 1-800-SENSOR2 Telephone: 708/377-6363 • FAX: 708/377-6495 Canada: System Sensor Canada Division Pittway Corporation of Canada LTD 6650 Finch Avenue, West, Unit 9 • Rexdale, Ontario M9W 5Y6 Telephone: 416/675-1695 • 416/675-7078 Europe: System Sensor Pittway Tecnologica S.P.A. Via Caboto 19 34148 Trieste, Italy Telephone: 39 40 381887 • FAX: 39 40 382137 Far East: System Sensor Far East Sales Office Pittway Far East LTD 718 Ocean Centre 5 Canton Road • Tsimshatsui, Kowloon, HONG KONG Telephone: 852-730-9090 • FAX: 852-736-6580 MISCELLANEOUS Sps! I lel,ll l i i PRODUCT DATA s SIP, FILL. VOID OR CAVITY MATERIALS G o CLASSIFIED BY UNDERWRITERS U LABORATORIES INC d FOR USE IN THROUGH -PENETRATION FIRESTOP SYSTEMS. SEE UL FIRE RESISTANCE DIRECTORY 3L73 CLASSIFIED FILL, VOID. OR CAVITY ii sSlp7 MATERIALS FOR USE IN THROUGH- G o PENETRATION FIRESTOP SYSTEMS. I I SEE UL DIRECTORY OF PRODUCTS u CERTIFIED FOR CANADA AND UL FIRE C RESISTANCE DIRECTORY t1 J III i It_ Approved 1. Product Description SpecSealO Series 100 Sealant is a latex based, high solids firestop compound. This material, when properly installed, will effectively seal penetration open- ings against the spread of fire, smoke, toxic gasses and water. SpecSealO Series 100 Sealant features STI' s patented and proprietary two stage FEATURES Water - Based for easy installation, cleanup, and disposal. Two Stage Intumescence features extremely fast and directionolized expansion. Endothermic Fillers absorb heat & release water. High Solids Formula means no shrinkage! Sandable & Paintable when dry) Safe for contact with plastics. Red Color for easy identification and inspection. Multiviscosity Grade means excellent caulking properties along with high build capabilities Excellent Smoke Seal intumescent technology. When ex- posed to high temperatures or fire, this material expands aggressively in a highly directionalized fashion to quickly dose off voids left by the burning or meyng of combustible materials. SpecSealO Series 100 Sealant's unique multi - viscosity formula yields a single grade that has excellent caulking prop- erties as well as high build properties on vertical oroverheadsurfaces. Thissingle grade may be pumped, caulked (stan- dard cartridge or bulk loaded), knifed or troweled. SpecSealO Series 100 Sealant is storage stable ( when stored according to the manufacturer' s recommendations), is as- bestos free andwill not separare nor shrink when dried. SpccSealO Series 100 Seal- ant will adhere to all common co=r-uc- tion and penetrant materials and contains no solvents that might adversely effect plastic pipes or cable jackets. 2. Applications Series 100 Sealant is used to seal rhrough- penetrations as well as construction gaps, blank openings or joints. Series 100has 5. Specifications STI been tested for use with metallic pen- etrants up to 24" trade size. This prod- uct is also used in conjunction with otherSpecSealO Firestop Products such as SpecSealO Firestop Collars and Wrap Strips. 3. Physical Properties See Table A. 4. Performance SpecSealO Series 100 Sealant is the basis for systems that mat the exacting criteria of ASTM E814 (UL1479) as well as to the time -temperature require- ments ofASTM El19. Systems have been tested for all common forms of construction and most common pen- etrants with ratings up to 4 hours. STI firestop systems are designed to maximize the fire resistance of the seal by not only sealing off the spread of fire and hot gasses but also by minimizing the amount of heat conducted through the assembly. Thus all systems have been designed to provide T Ratings capable of matching the rating of the wall or floor assembly (where possible) when tested without penetrants. The firestopping sealant shall be a one -pan, two -stage intumescent latex com- pound. The sealant when exposed to high heat or flame shall be capable of expanding a minimum of 8 times. Range of continuing expansion shall be from 230°F to >1,000°F. The sealant shall be thixotropic and shall be capable of caulking or troweling on to vertical surfaces or overhead. The sealant shall be UL Classified and/ or FNI Systems Approved and tested to the requirements ofASTM E814 (UL1479). Specified Divisions DIV. 7 07270 Thermal & hfoisture Protection - Firestopping DP. 13 13900 Special Construction Fire Suppression & Supervisory Systems DIV. 15 15250 Mechanical Insulation - Fire Protection DIV. 16 16050 Basic Electrical Materials & Methods Need assistance writing firestopping specifications? Comprehensive and short form specifications are avoilabie Consult STi Technicci Services for information. Table B: PRODUCT APPLICATION DESCRIPTION ULO SYSTEM DEPTH SEALANT CROWN FORMING RATINGS F T STI DRAWING NO. FLOOR WALL Concrete or Masonry Construction4. Blank opening C-AJ-0014 1" 1.5" 3 2 DS1056 DS1058 Steel, iron or copper pipe or conduit C-AJ-1079 0.5" 1.5", 3" 3 0 DS1001 DS1007 Steel or iron without forming C AJ 1080 1" 3 0 DS1002 DS1060 Steel or iron with optional sleeve C-AJ-1217 0.5" 3" 3, 4A 0 DS1038 DS1039 Steel or copper with fiberglass insulation C-AJ-5021 1" 1.5" 2,3 0 1 DS1006 DS1008 Steel or copper with fiberglass insulation W-J-5005 1.25" 2 DS1008 Steel or copper with foam glass insulation W-J-5011 FD 1/4' 2 2 DS1142 Closed PVC or CPVC pipe C-AJ-2031 1.5" 3 2 DS1015 DS1024 Closed PVC or CPVC pipe W-J-2013 1.25" 1/4"A-1 FD 2 2 DS1024 Cables C-AJ-3043 1" 1.5" 3 0 DS1004 DS1022 Cables W-J-3017 1" FD 2 0.5 DS1022 Cable tray W-J-4009 1.25" FD 2 0 DS1117 Copper or aluminum busway C-AJ-6008 0.5" 1.5" 3 0 DS1083 DS1081 Multiple cables Pipes & conduits W-J-8005 1 25" FD 2 0 DS1116 S/S(OQC] i0O(s'Ctf1Sf11CtEQri Steel, Iron or copper pipe or conduit F-C-1010 FD 2 0.5 DS1065 Steel, Iron or copper through stud wall chase F-C-1013 FD 1 1 DS1096 Steel, iron or copper through stud wall chase F-C-1014 FD 2 2 DS1096 Cables F-C-3013 FD 2 2 DS1072 Cables through stud wall chase F C 3015 FD 2 2 DS1143 Gypsutnl ltaq:ConstruCtiac; n..::..... Steel, Iron or copper pipeor conduit Steel iron forming v.. W- L-1028 1029 W- L-1d49 3/ 4' 1" 1/ 4" 1/ 4" FD 1,2 1. 2 0 0 DS1017 DS1032 orwithoutSteel or Iron with sleeve W-L-1079 5/8" 1/2" FD 1.2 0 DS1140 Steel or copper with fiberglass W-L-5014 1.25" 1.2 11,2 DS1055 Steel or copper with foam glass W-L-5051 FD 1.2 11,2 DS1141 Closed PVC or CPVC with sleeve W-L-2046 1.25" 1/4" FD 1,2 0.5 DS1051 Closed PVC or CPVC W-L-2047 1.25" FD 2 2 DS1034 Singgle cable W-L-3024 FD 1,2 1.2 DS1018 MI iple cables using sleeve W-L-3025 3/4" 1/4" FD 1,2 1.2 DS1019 Cable tray W-L-4005 1.25" FD 1,2 0, DS1054 Copper or aluminum busway W-L-6001 0.5" FD 1.2 0 DS1080 Multiple cables, pipes & conduits W-L-8003 1.25' FD 1,2 0 DS1053 FD = Full Depth A Note: 26 gage steel cover plate required for 4 Hr. Rating. Table C: PRODUCT ESTIMATION INFORMATION Size of Hole (Inches) Trade Size Pipe O.D. 1 2 3 4 5 6 7 8 9 10 11 12 33 1 51 ' 3 47 ' 1/8 0.405 0. 1/ 4" 0.540 0.28 1.46 3.42 6.17 3/ 8" 0.675 0.21 1.39 3.36 6.10 1/ 2" 0.840 0.12 1.29 3.26 6.01 3/ 4" 1.050 1.14 3.10 5.85 1" 1.313 0.89 2.86 5.61 9.14 ' 1- 1/4" 1.660 0.49 2.45 5.20 8.74 , 1- 1/2" 1.900 0.15 2.12 4.87 8.40 ' 2" 2.375 1.32 4.07 7.60 11.92 2- 1/2" 2.875 0.29 3.04 6.57 10.89 3" 3.500 1.47 5.01 9.33 14.43 20.32 27.00 3- 1/2" 4.000 3.53 7.85 12.96 18.85 25.53 4" 4.500 1.87 6.19 11.29 17.16 23.86 31.32 ' 39.56 48.60 5" 5.563 1.98 7.09 , 12.98 19.66 27.12 , 35.36 44.40 6" 6.625 2,01 7.90 ' 14.57 22.03 30.28 39.31 8" 8.625 2.60 10.06 18.30 27.34 10" 10.750 0.13 11.17 Volumes of Standard Packs: Tubes = 19 cu. in., 2 Gal. = 462 cu. in., 5 Gal. = 1 155 cu. in. Whole Building Performance Method for Commercial Buildings Form 40OA-94 ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION Florida Department of Community Affairs FLA/COM-94 Version 2.1A PROJECT NAME -ALPHA FLIGHT SERVICES ADDRESS: SANFORD, FLA. OWNER: AGENT: SANFORD AIRPORT PERMITTING OFFIEf Sanford -9o- CLIMATE ZONE: 5 PERMIT NO: 0000 JURISDICTION NO: 691500 BUILDING TYPE: _Service Establishments CONSTRUCTION CONDITION: New construction DESIGN COMPLETION: _Finished Building CONDITIONED FLOOR AREA: _5106 NUMBER OF ZONES: 3 MAX. TONNAGE OF EQUIPMENT PER SYSTEM: 14 COMPLIANCE CALCULATION: METHOD A DESIGN CRITERIA RESULT A. WHOLE BUILDING 89.63 100.00 PASSES PRESCRIPTIVE REQUIREMENTS: LIGHTING LIGHTING CONTROL REQUIREMENTS PASSES HVAC EQUIPMENT COOLING EQUIPMENT 1. EER 9.20 8.90 PASSES IPLV 8.90 8.30 PASSES 2. EER 9.20 8.90 PASSES IPLV 8.90 8.30 PASSES 3. EER 8.60 8.50 PASSES IPLV 8.90 7.50 PASSES HEATING EQUIPMENT 1. Et 1.00 N/A 2. Et 1.00 N/A 3. Et 1.00 N/A AIR DISTRIBUTION SYSTEM INSULATION LEVEL 1. Unconditioned Space 4.20 4.20 PASSES 2. Unconditioned Space 4.20 4.20 PASSES 3. Unconditioned Space 4.20 4.20 PASSES WATER HEATING EQUIPMENT 1. EF 0.80 0.43 PASSES 2. EF 0.80 0.43 PASSES PIPING INSULATION REQUIREMENTS 1. Circulating 1.00 0.91 PASSES 2. Circulating 1.00 0.91 PASSES COMPLIANCE CERTIFICATION: I hereby certify that the plans and Review of the plans and specifica- specifications covered by this calcu- tions covered by this calculation lation are in compliance with the indicates compliance with the Florida Energy Effici ncy ode. PREPARED BY: DATE: AN I hereby certify that this building is in compliance with the Florida Energy Efficiency Co OWNER/AGENT. DATE: / / I hereby certify(*) that the Energy Efficiency Code. SYSTEM DESIGNER ARCHITECT : MECHANICAL: PLUMBING . ELECTRICAL: LIGHTING $ YorK Signature is required where 'orida law requires design to be performed by registered design professionals. Typed names and registration numbers may be used where all relevant information is contained on signed/sealed plans. Florida Energy Efficiency Code. Before construction is completed, this building will be inspected for compliance in accordance with Section 553.908, Florida Statutes BUILDING OFFICIAL: PATE: i 3 system design is in compliance with the Florida REGISTRATION/STATE h 1 BUILDING INFORMATION COMPLIANCE CHECK 401.------GLAZING--ZONE 1------------------------------------------------ v- Elevation Type U SC VLT Shading Area(Sgft) Northeast Commercial 0.92 .5 .5 None 16 Total Glass Area in Zone 1 = 16 401.------GLAZING--ZONE 2------------------------------------------------ v- Elevation Type U Sc VLT Shading Area(Sgft) Southeast Commercial 0.92 .5 .5 Overhang Witho 80 Total Glass Area in Zone 2 = 80 401.------GLAZING--ZONE 3------------------------------------------------ v- Elevation Type U SC VLT Shading Area(Sgft) Northwest Commercial 0.92 .5 .5 None 32 Total Glass Area in Zone 3 = 32 Total Glass Area = 128 402.------WALLS--ZONE 1------------------------------------------------ Elevation Type U Added R Gross(Sgft) Northeast Frame Wall 1" Ins. 0.152 13.0 307 Northwest Frame Wall 1" Ins. 0.152 13.0 158 Total Wall Area in Zone 1 = 465 402. WALLS --ZONE 2------------------------------------------------ Elevation Type U Added R Gross(Sgft) Southwest Frame Wall 1" Ins. 0.152 13.00 69 Southeast Frame Wall 1" Ins. 0.152 13.00 365 Adjacent Frame Wall 1" Ins. 0.152 13.00 225 Total Wall Area in Zone 2 = 659 402.------WALLS--ZONE 3------------------------------------------------ Elevation Type U Added R Gross(Sgft) Southwest Frame Wall 1" Ins. 0.152 13.0 188 Northwest Frame Wall 1" Ins. 0.152 13.0 407 Total Wall Area in Zone 3 = 595 Total Gross Wall Area = 1718 403.------DOORS--ZONE 1------------------------------------------------ Elevation Type U Area(Sgft) Northeast 1-3/4 Steel Door -Paper Honeycomb core 0.56 21 Northwest 1-3/4 Steel Door -Paper Honeycomb core 0.56 64 Total Door Area in Zone 1 = 85 403.------DOORS--ZONE 2------------------------------------------------ Elevation Type U Area(Sgft) Southeast 1-3/4 Steel Door -Solid Urethane foam co 0.40 42 Total Door Area in Zone 2 = 42 403.------DOORS--ZONE 3------------------------------------------------ Elevation Type U Area(Sgft) North No doors 0.00 0 Total Door Area in Zone 3 = 0 Total Door Area = 127 404.------ROOFS--ZONE 1------------------------------------------------ Type Color U Added R Area(Sgft) Steel Sheet with 1" Insulation Medium 0.213 8.0 1474 Total Roof Area in Zone 1 = 1474 404.------ROOFS--ZONE 2 ------------------------------------------------ Type Color U Added R Area(Sgft) Steel Sheet with 1" Insulation Medium 0.213 8.0 1332 Total Roof Area in Zone 2 = 1332 404.------ROOFS--ZONE 3 ------------------------------------------------ Type Color U Added R Area(Sgft) Steel Sheet with 1" Insulation Medium 0.213 8.0 2300 Total Roof Area in Zone 3 = 2300 Total Roof Area = 5106 405.------FLOORS-ZONE 1 ------------------------------------------------ Type R Area(Sgft) Floor over Unconditioned Space/Uninsulated 0.0 1474 Total Floor Area in Zone 1 = 1474 405.------FLOORS-ZONE 2 ------------------------------------------------ Type R Area(Sgft) Floor over Unconditioned Space/Uninsulated 0.0 1332 Total Floor Area in Zone 2 = 1332 405.------FLOORS-ZONE 3 ------------------------------------------------ Type R Area(Sgft) Floor over Unconditioned Space/Uninsulated 0.0 2300 Total Floor Area in Zone 3 = 2300 Total Floor Area = 5106 406.------INFILTRATION --------------------------------- ------------- CHECK Infiltration Criteria in 406.1.ABC.1 have been met., I 407.------COOLING SYSTEMS ------------------------------------- Type No Efficiency IPLV Tons 1. Air Cooled ( >= 65,000 Btu/h 1 9.2 8.9 9.92' 2. Air Cooled ( >= 65,OOA Btu/h 1 9.2 8.9 9.92 3. Air Cooled ( >= 65,000 Btu/h 1 8.60 8.9 14.33 408.------HEATING SYSTEMS ----------------------------------------------- Type No Efficiency BTU/hr 1 1.00 1350011. Electric Resistance 2. Electric Resistance 1 1.00 13500' 3. Electric Resistance 1 1.00 13500 409.------VENTILATION --------------------------------------------------- CHECK Ventilation Criteria in 409.1.ABC.1 have been met. I VII 410.-----AIR DISTRIBUTION SYSTEM ---------------------------------------- AHU Type Duct Location R-value 1. Packaged Constant Volume Unconditioned Space 4.2 2. Packaged Constant Volume Unconditioned Space 4.2 3. Packaged Constant Volume Unconditioned Space 4.2 411.-----PUMPS AND PIPING -ZONE 1 --------------------------------------- Type R-value/in Diameter Thickness) 1. Circulating 4.5 1.5 1.0 2. Circulating 4.5 1.5 1.0 411.------PUMPS AND PIPING -ZONE 2----=---------------------------------- Type R-value/in Diameter Thickness 1. Circulating 0 0 0 411.-----PUMPS AND PIPING -ZONE 3--------------------------------------- Type R-value/in Diameter Thickness 1. Circulating 0 0 0 412.-----WATER HEATING SYSTEMS -ZONE 1---------------------------------- Type Efficiency StandbyLoss InputRate Gallons 1. <=200,000 Btuh 0.8 0.9 197000 100 2. <=200,000 Btuh 0.8 0.9 197000 100 412.-----WATER HEATING SYSTEMS -ZONE 2---------------------------------- Type Efficiency StandbyLoss InputRate Gallons 412.-----WATER HEATING SYSTEMS -ZONE 3---------------------------------- Type Efficiency StandbyLoss InputRate Gallons 413.-----ELECTRICAL POWER DISTRIBUTION----------------------------- --- CHECK Metering criteria in 413.1.ABC.1 have been met. Transformer criteria in 413.1.ABC.2 have been met. 414.-----MOTORS --------------------------------------------------- ----- Motor efficiencies in 414.1.ABC.1 have been met. 415.-----LIGHTING SYSTEMS -ZONE 1--------------------------------------- Space Type -No Control Type 1 No Control Type 2 No Watts Area(Sgft) Kitchen 1 On/Off 1 On/Off 2 1728 1474 Total Watts for Zone 1 = 1728 Total Area for Zone 1 = 1474 415.-----LIGHTING SYSTEMS -ZONE 2--------------------------------------- Space Type No Control Type 1 No Control Type 2 No Watts Area(Sgft) Fast Food/ 1 On/Off 5 On/Off 1 1312 1332 Total Watts for Zone 2 = 1312 Total Area for Zone 2 = 1332 415.-----LIGHTING SYSTEMS -ZONE 3--------------------------------------- Space Type No Control Type1 No ControlType2 No Watts Area(Sgft) Material H 1 On/Off 5 On/Off 1 2848 2300 Total Watts for Zone 3 = 2848 Total Area for Zone 3 = 2300 Total Watts = 5888 Total Area = 5106 CHECK Liahtinq criteria in 415.1.ABC have been met. I 16. HVAC load sizing has been performed. (407.1.ABC.1) 17. Duct sizing and design have been performed. (410.1.ABC.1.2) 18 Testing and balancing will be performed. (410.1.ABC.4) 19. Operation/maintenance manual will be provided to owner.(102.1)I CITY OF SANFORD FIRE -DEPARTMENT FEES FOR SERVICES PHONE #: 407-322-4952 U/_ DATE: PERMIT #: f lf/-' r-'f D , BUSINE S ADDRESS: PHONE NUMBER:( ) PLANS REVIEW A( TENT PERMIT BURN PERMIT REINSPECTION TANK PERMIT , FIRE SYSTEM AMOUNT7,5Q.. 7 COMMENTS: Ne,J Co o' G r. hg" a n i —% _1i \rA 11 llWr"&%JD Fees must be paid to Sanford Building Department,,300 N. Park Avenue, Samford, Florida. Phone # 330-5656. Proof of payment must be made to Sanford Fire Prevention before any further services can take place. I certify that the above information is true and correct and that I will comply with all applicable codes and ordinances of the City of Sanford, Florida. fl / Sanford Fire Prevention plican"ts Signature