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Building Permit 98-901 (fire sprinkler addn.)
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I""eee:b 0. ~. 0 ~ r~~~_ 0 ~ 0 < m Z 0 > II) > aJ 0 3: ~ ~ ::J g m Z ~ m I"" 0 " I"" 0 m !D m ~O ~ ~ e li' en o~ J:\ 00000000 I"" Z ~ em [] m m 0 0 ~o 'tI (l 3:"en~o~m~ enO < ~ (/) mJj~)>O~~;;l ..ll -m ~ Om-len3:m z~ ~ ~~ol""~en~z 0 en- 0 '-' 0 ~z '1 )>!; z!;~' en 0 ~C) ~ ;: ~o:!!m-OC5~ U} > Z I -I -I ~ 1'1 omz)>z~~m ~ m 0 m -)> > -Ii 0 ..q J Z 4 I"" I"" ii 52 ::! ;D c:P ~ " -I !:!lzo { ~ r z m ~z t r= )> en!; I"" -I"" -I - t ii zl"" 0 '" ~ 01"" -I J. m r enZ 0 f -I _ C) m I\) C '. ..- W ~ r i 0 ;Z ~,~I(). CITY OF PRIOR LAKE fcri- ~5'5 BUILDING PERMIT, t'l ~TEMPORARY CERTIFICATE OF ZONING COMPLIANCE ,. /JooO_ AND UTILITY CONNECTION PERMIT . rr 70' Permit No. 1, DATE 08-lG,-(f~ DIRECTIONS SPACES NUMBERED 1 THRU 17 MUST BE FILLED IN BEFORE PERMIT IS ISSUED (Please Print or Type and sign at bottom) 2, SITE ADDRESS IG, 873 Fi5~ ~/# T Ktl1b 3, LEGAL DES#re G LOT 5.E, -tiJiFCn/N'':r/D L.,., t hSIf Fe;..: RI>. "'5 '''''b ""' PID 0\ I"...,~. C5D.,{' 1- ADDITION { (Tel. No,) LAlCEVU.L.t: (Tel. No,) INl. (Address) l J 455 HI4M8iAIt.C, AVE. (Address) 5, ARCHITECT (Name) I. While 2. Pink 3, Yellow File City Applicant ?g. qui BUILDING INFORMATION 11, SIZE OF STRUCTURE J.H~ght) .. ~idth) (Depth)" 'U.}'- .;I{ ,ZO'-O" Ji.' 4. 12, NO, OF STORIES I WH'" t'\El.t.AN iN f 13, TYPE OF CONSTRUCTION 14, FLOOR AREA APPORTIONMENT USE 6, BUILDER (Name) (Address) 5-0" 8 (Tel, No,) 55'-12.." 5f('/t.'N~ hRl "FRcHen ION ',.ce. - 71400 tJ. '1.7 t.rl ST. S~ll" ZZ3-MNPL5 i/tNJ 7, TYPE OF WORK Fireplace 0 Septic 0 Heating 0 Plumbing 0 Reroofing 0 Porch 0 New Construction 0 Alterations 0 Addition 0 Finish Attic 0 Residing 0 Finish Basement 0 Chimneyo Mise, F,~ E 5pl(' ,O<L..f If. ADO'TlON Felt WAra; ItOU.H ADD/TIP,..... 8, PROPERTY AREA OR ACRES 9, PROPERTY DiMENSIONS 10. CULVERT SIZE Sq, Ft. Width Depth Yes No I hereby certify that I have furnished information on this application which is to the best of my knowledge true and correct. I also certify that I am the owner or authorized agent for the above mentioned property and that all construction will conform to all existing state and local laws and will proceed in accordance with submitted plans, I am aware that the building offi ial can revoke this permit for just cause, Furthermore, I hereby agree that the city official or a designee may enter upon the property to perform needed inspections, X ~~A.L",--"" /:f"';t,.r /'1"'''/1. C - 0000 8 () 8 -1.(, - (l8 ',,'JA/'1&.s A. 3IU4,./3ignature I r License No, Date FOR ADMINISTRATIVE USE SETBACKS: Required Actual Side Side Front Back PROPOSED GRADE FOUNDATION IN RELATION TO CURB OR CROWN OF STREET f;;- USE OF BUILDING SIC 7/ fr TYPE OF CONSTRUCTION: 1~IIIV V Occupancy Group A BEl H R <il) Division 1 2 3 4 OFF STREET PARKING SPACES REO, SPACES ON PLAN PERMIT VALUATION 20 15, NUMBER OF OCCUPANTS OR SEATS OCCUPANTS SEATS 16, ESTIMATED VALUE .zO '100, er 17, COMPLETION DATE MATERIAL FILED WITH APPLICATION SOIL TESTS 0 ENERGY DATA 0 PILING LOGS 0 PERCOLATION TESTS 0 PLANS ~ rrtI' SETS 5 SURVEY 0 COPIES 3 1-1'1' D ~ A l.l t. I C. C At.( S_ O r;,.( ~E"'UJ! Ik~A t/-t3 111 q I PLOT PLAN City: Amount Brought Forward .................. $ Park Support Fee ........................... $ SAC ......................................... $ Collective Street Fee ....................... $ Sewer Tap ................................... $ License Check Fee ............ ............. $ Pressure Reducer .......................... $ Meter Horn ................................... $ Water Meter ................................. $ o Sewer & Water Connection Fee ........... $ o WaterTowerFee ........................... $ Water Tap ................................... $ Builder's Deposit ............................ $ Other ......................................... $ Permit Fee ................................... $ 287. 2. c:;- ( B (0 . 7'2- 10 ,rx-) Plan Checking Fee ......................... $ State Surcharge ............................. $ Penalty ....................................... $ Septic System ............................... $ Other ......................................... $ LjD .r 7 Check if Deferred Building Permit When Approved, Date tf- 2 - r8 Issued This is to certify that the request in the above application and accompanying documents is in accordance w~h the City Zoning Ordinance and may proceed a signed By the City Planner ConSt~utllS a temporary Certificate of Zoning compliance and allows construction to commence, Before occupancy, a Certificate' City Planner Date Special Conditions ~ any 24 Hour notice for all inspections 447-42309:00 a,m, '10:00 a,m, 18..10 I SYSTEM ACCEI'TANCE 13-75 Contractor's Material and Test Ce.rtiflcate for AbOveground Piping PROCEDURE Upon completion 01 work, Inspection and tests shall be made by the contractor's representative and witnessed by an owner's representative. All detects shall be corrected and system left in service before contractor's personnel finally leave the Job, A certificate shall be filled out and signed by both representatives, Copies shall be prepared for approving authorities, owners, and contractor, It is understood the owner's representative's signature In no way prejudices any claim against contractor for faulty material, poor workmanship, or failure to comply with approving authority's requirements or local ordinances. PROPERTY NAME N6C P~~OlA_~~-;-~~~._~~~~~~~~;Et()~~~!~IV_JDATE '1-25'- 98 PROPERTY ADDRESS J~~ 73 fj$H ~IWT' r.1tp - f\'" R l.-AKE MtJ 55.3 7 Z. _~ _ _~,_,~___ _, H , ~_ ~ ~ '____'_L_~__~_~_ ~~~~PTE~_~~~P_R~~N~~~THORITIE~ (NAMES) C ~ C1 Of fill o,Ll~ ~_~~___ ADDRESS PLANS INSTALLATION CONFORMS TO ACCEPTED PLANS EQUIPMENT USED IS APPROVED IF NO. EXPLAIN DEVIATIONS HAS PERSON IN CHARGE OF FIRE EQUIPMENT BEEN INSTRUCTED AS TO LOCATION OF CONTROL VALVES AND CARE AND MAINTENANCE OF THiS NEW EQUIPMENT? IF NO, EXPLAIN INSTRUCTIONS HAVE COPIES OF THE FOLLOWING BEEN LEFT ON THE PREMISES? 1, SYSTEM COMPONENTS INSTRUCTIONS 2, CARE AND MAINTENANCE INSTRUCTIONS 3. NFPA 25 LOCATION OF SYSTEM SUPPLIES BUILDINGS YEAR OF ORIFICE MAKE MODEL MANUFACTURE SIZE I--~__~---_-_-- -- ,~ ,-- 'Q~_H__ n_ -I?T;;.~ 6E/"1_______IA~: IA__1..81J~~,jul'lC--7-J-L- SPRINKLERS r..e ,... .-A1Gr-~ ~~ll..M.lJ._ ..!.1~ PIPE AND FITTINGS DYJJII r'-c_~/Il~tjp "KI," __ _ ,,_ ____ W~ ~. ff_IJt.l.MW"I1I.t5e~ ~t.iJi I,U$_ (-.IAilN Type of Pipe Type 01 Fittings ~ES [;?"YES D NO D NO [~ES D NO ~YES D NO ~ES D NO ~ES D NO ~ES D NO - TEMPERATURE QUANTITY RATING /1# ?J Z'f~.r ,",0 15"S'." MODEL ~--_.- ..-----.- MAXIMUM TIME TO OPERATE THROUGH TEST CONNECTION _, u __,.., _h________' MIN SEC ALARM VALVE OR FLOW IND~i~R -------.--.- --_.__._._--.~--- .. ..--- eXISTJJ.J1.r !----- _ ---- _ _ -^LLARM DEVI~E I TYPE MAKE - - - -- --- - - ---- ---- -----. ~ - - -- ~ -- - -- --------- -------- ---- MAKE DRY VALVE _ __~~:D~~_ _ j ~~~~_~_~~~N~,-~ MAKE AJIIi DRY PIPE OPERATING TEST TIME TO TRIP THROUGH TEST CONNECTION' MIN SEC WATER PRESSURE PSI AIR PRESSURE PSI -f--- TRIP POINT AIR PRESSURE PSI Without Q.O.D. With O..O.D. IF NO, EXPLAIN -i---f--- '---____ L_ 'MEASURED FROM TIME INSPECTOR'S TEST CONNECTION IS OPENED. Figur~ 8.1 (0) Par' I. 0.0.0. I MODEL I TIME WATER REACHED TEST OUTLET' MIN SEe SERIAL NO. ALARM OPERATED PROPERLY YES NO 1996 Edition 13-76 DELUGE AND PREACTlON VALVES 1/i PRESSURE REDUCING VALVE TEST ~__~A ~___ TEST DESCRIPTION TESTS I NST/\I.I,A I ION OF SPRINKLER SYS'I "MS OPERATION LJ PNEUMATIC LJ ELECTRIC LJ HYDRAULIC PIPING SU~~~~;S~~-~~~[~J~Y-;;- [--j -~?-r~~~E-~;'~~ME_~~-S~~~~~~~__ _ D Y~ 0 ~?_ DOES VALVE OPERATE FROM THE MANUAL TRIP, REMOTE, OR BOTH CONTROL STATIONS ~--------_._.._.-. - -----..---. ~O~H~:s'T~.:'GACCE~;'B~::A~L;T:: EACH C'RCU" - 1 "NO EXPL~;N-- --- .-- .~~~~,~.I MODELI~ ~~~~~~'~~'~Olc~~TA~!o~~TE g~i~A~~C~A~~~",\'~fE=~ll,Y, ~:i~ ~:;'.~Y~.~,',.~ YES I NO .,.--- j--=I~=--l=~~_~--= LOCATIONl- MAKE & SETTING STATIC PRESSURE RESIDUAL PRESSURE ~LOW RATE & FLOOR MODEL (FlOWING) -----~ ~ - INLET (PSI) \ GUT LET (PSI)~ ~~_L~~(~S~i]()~!L_~T_(=S~=:W (~P~) HYDROSTATIC Hydrost!llic tests sh!lll he made at not less than 200 psi (13,6 bars) for 2 hours or 50 psi (3,4 bars) above stalic pressure in excess of 150 psi (10,2 b!lrs) for 2 hours Differential dry-pipe valve clappers shall be left open during the test to prevent damage, All aboveground piping leakage shall be stopped, [J YES 0 NO PNEUMATIC: Establish 40 psi (27 h!lrs) !lir pressure !lnd me!lsure drop, which shall not exceed 1'/' psi (0,1 bars) in 24 hours, Test pressure tanks at normal water level and air pressure and measure air pressure drop, which shall not eKceed 1 V, psi (0,1 bars) in 24 hours -~LL PIPING HYDROSTATICALLY TESTED AT l/JOpSI ( BARS) FOR Z -~Rsl-'F- N;~~T;~~ ~~A;;~~-- DRY PIPING PNEUMATICALLY TESTED [..-rYES I J NO EQUIPMENT OPERATES PROPERLY I ...r'YES 1_] NO DO YOU CERTIFY AS THE SPRINKLER CONTRACTOR THAT ADDITIVES AND CORROSIVE CHEMICALS, SODIUM SILICATE OR DERIVATIVES OF SODIUM SILICATE. BRINE, OR OTHER CORROSIVE CHEMICALS WERE NOT USED FOR TESTING SYSTEMS OR STOPPING LEAKS? ['~ES [J NO PORAiNlR,EADING 0, FGA,U, GE, LOCATE, D N,.EAR W.A,.T. ER ,"lRE,.S.IDU,A" L PRESSUREWiTHVALVEINTESr- TE~~J~U..F'fO~_~~~T~~ON_NE~~TION ~3--- PSI (,. _ BARS) CON!:l.ECTION OPEN WIDE 7c) PSI (_ BARS) UNDERGROUND MAINS AND LEAD IN CONNECTIONS TO SYSTEM RISERS FLUSHED BEFORE CONNECTION MADE TO SPRINKLER PIPING VERIFIED BY COpy OF THE U FORM NO, 85B FLUSHED BY INSTALLER OF UNDER- GROUND SPRINKLER PIPING [.11 YES L~ES I vYYES [] NO OTHER EXPLAIN l_-J NO fl- NO-- - fFNO:EXPLA'N - tN_~M~E~~~M~~~~ ~- IF POWDER-DRIVEN FASTENERS ARE USED IN CONCRETE. HAS REPRESENTATIVE SAMPLE TESTING BEEN SATISFACTORILY COMPLETED? ~LAN;~~~~;N~- NUMBER USE~ - -1 ~OCATIONS GASKETS --------- WE-LDED PIPING [~ES [ J NO WELDING IFYES, DO YOU CERTIFY AS THE SPRINKLER CONTRACTOR THAT WELDING PROCEDURES COMPLY WITH THE REQUIREMENTS OF AT LEAST AWS D1 09, LEVEL AR-3? DO YOU CERTIFY THAT THE WELDING WAS PERFORMED BY WELDERS QUALIFIED IN COMPLIANCE WITH THE REQUIREMENTS OF AT LEAST AWS D109, LEVEL AR-3? r..x YES [J NO CA" YES 0 NO DO YOU CERTIFY THAT WELDING WAS CARRIED OUT IN COMf"L1ANCE WITH A DOCUMENTED QUALITY CONTROL PROCEDURE TO ENSURE THAT ALL DISCS ARE RETRIEVED. THAT OPENINGS IN PIPING ARE SMOOTH, THAT SLAG AND OTHER WELDING RESIDUE ARE REMOVED, AND THAT THE INTERNAL DIAMETERS OF PIPING ARE NOT PENETRATED? I3.YYES [] NO CUTOUTS DO YOU CERTIFY THAT YOU HAVE A CONTROL FEATURE TO (DISCS) ENSURE THAT ALL CUTOUTS (DISCS) ARE RETRIEVED? 1996 Edition VYES [] NO FiR"r~ R-I(.) r.rt2. SYSTEM ACCF.I'I'ANCF. 13-77 REMARKS NAMEPLATE PROVIDED E'.' s r 'IJI.r IF NO, EXPLAIN (,j/Jtftt ~UI(,# t>.t"~~D YES 0 NO DATE LEFT IN SERVICE WITH ALL CONTROL VALVES OPEN C()#~t'OH j; BtrlJ'/IIt/Ir J'TJre~ Li'-'''' /"'" 5EPc,//t"{: NAME OF SPRINKLER CONTRACTOR S1<'IL/#/ Fi"E ,PI,r~~T/~,v /#/t r ---1'_____". HYDRAULIC DATA NAMEPLATE SIGNATURES TESTS WITNESSED BY Figure 8-I(a) Part~. .,. ~EP-25-1998 15:1'7 SKYLINE FIRE PROTo P.01 SkY Ii n ;e Fir e Pro tee t i ' n, I n c , Commerciol/lndustri Fire Sprinkler Contracting FAX Da te: q _ 1- lD _ c, ~ ~~ To: No. Of Pages (including cover ~~:"\' .v Regarding: W ""'& c ....,.,.. ~ I .. "" ~~~ D~ ~ A.~c - \~~ o. z.. 0 \ - ~ ~~~ -%5, ~) 7600 W. 27th street. Minneapolis. MN 554 6: Tel: (612) 925-0878 - Fax: (612) 925-0BB3 I~'" ......A AUTg'-'~I~~;;~S~R.NKLER'S~ ISSUE D QUARTZOIIJ UPRIGHti~:~~D' PENDENT, 17/32": ~RIFICE - 3/4" NPT CONNECTION .. SEP-25-1998 15:17 '---" I I I , , . i I'r I , I 2.938W 74,61 mm \<!~:", '1 ' '2:...L. I UPRIGHT: PENDENT DESCRI~'noN Issue D, Large Orifice Upright and Pendent 'SprlnJF.lers with % ineh NPT connecti,ohsare glass bl,llb 'tYpe sprink- lers' allallablehn a varietY of operating templlra't\,.lre5 ahd with special finishes and coEithigs for aesthetic appeal or for protection from corrosive conditions. : t.",. l' '., . TemperaturE! ratings, color coding, finishes lInd cc!atings lire lined in the Approval Sd'Ietllules; design details and identification ! of components are shown in the! cross section view of the sprinkler.' :; ''-....--' APPROVALS Issue D Large Orifice Upright IInd Pendenl; Sprinld8rs with % inch NPT CDnneetlons for systems design8d to comply with f1lational Fire Protection Association standards are listed by Underwriters lJabol'1ltorles, Inc. and approved by F~ctorv Mutual as shown in Approval, sfheclule A. Sprinklers for syrtems dltsigriad to coml)ly with Fire Offices' I Committee rules are approved by ~attOrv Mutual and the Fire Offie$s' ltommlttee as shown in Approval Sctuidule e. Issue 0 LlIrg~ OrificlI Upright and Pendent SPtln~lers with % Inch NPT connections 8~ approved by the New York Ci'ty Board of Standards and Appeals und~r Calendllr Number 334-79-SA. INSTALLATION Issue D Sprinklers should be installed 'I in compliance ;\lNith standards of the I National Fire I Protection A$sociation and/or any other authorities haVing jurisdir;:tion. Printed in U,S.A.: 5-86 SKYLINE FIRE PROTo ~ ,r' 314M NPT-1 , 10 ~t:--:6 7 4 9..R 8 -II 3.1 ~5' 79.38",,,, ~ 3 _lCl 5.....J ')J A ~ _rY ,...... ComDclnenti: 1-Frame 2-Deflll<1tor. SSU-J 'or Upright Sprinkllll'. SSP-' for Pendent Spdnkllll' 3-UppCH' Bu Ib Seat ~-Lower aulb Sell! 5-Pln S-Button 7 -Spac:er >I-Spring Plilts! -Lower Sulb GlIlleet 1 )-G8!ket , -Bulb T II E A 104 T f ~ " G A S T U R E 'z P.02 APPROVAL SCHEDULe A SPRINKLERS FOR SYSTEMS OESlGNED TO C:OloolPL'r WITH IIIF~ STANDARO$ . -LISTE:D . .APPRovED o -NoT LISTED 0 -UNAPPRQvED UNDERWRITERS I'ACTORT LAElQRATDFllES MUTUAL P CP L c: LC P CP L C LC L HL E 0 10 l., HL Ii: 0 f.O ~ U a S D! ~ 2: a S ~~ ED c;: P CP ED C; P C~ o F'! OR 0 R OR ~ g ~g ~ g ~g E F' F l!. F F D . a. D . a. IIIFPA TEMP. COLOJl CODE (FRAME ARMS PAINTED) I~~~ PLAIN .......... I~~ ~"'ITE .......... U?~ IiILUl;; ... f . . . 0 0 0 ~~~I RED ...,' Ii . . 0 0 0 :g~ GREEN ... 0 0 . . 0 0 0 ;~g ORANGE ... 0 0 . ., 0 0 0 "U.I... u.cl F.M, idwntlfy 135. and 171i" Conaproo' Sprinkler; es w__ COIft... u.cl CoIIDid.OId Crnn>pntGf I. WI. oyer Lad o.lt. -.I. U.L id,ntiliaS zsoa ,nd 32S. Car"'_' Sprinkle,. ,. e....m.1 CUM", L.... c-u.d ... ClIrratN_f u &wnwl 0_ LMII C_. TU.L,liIt.a bo.ot""....llhodwlth L81d eolted IlllI carr_oaf IInlsll. CARE AND MAl ~TENANCE Sprinklers shoul~ never be stored where 'tempera ures will exceed 1000 F/380 C 1Il"ic1 should never be painted. plated.: coated or otherwise altered after II aving the factory. Car8 should be exercised to avoid damage to th.l sprinklers - both befor8 and aft r installation. In some installatio $ sprinlcler guards may be required. -...- III...... ..._ "... ..JIIlTIII_' IIlI12 ~I 1Ia ~ ow .. lID II i I' ~ =~I~~ t 10 I" !.~ I.. I .10 I" .. OIIIl.T 171 Pit .~ TIoIL C:UIIY ~I.T E lUll ..... ...Il. ,a _ '15 lID lJI - __ JftD_-'II! , NOMINAL DU CHARGE CURVE ,..., APPROVAL SCHEDULE S SPRINI(L.ERS FOR STSTEMS DESIGNED Ttl COIiIIPLT WITH F,O,C, RULES . -APPRDVI/:D ' o -UNAPPROvED F,O.C. FACTORT MuTuAL P CP L C l.,C L HL E 0 f.O A RA A R All I OT 0 R DA N ME 0 0 ED g ~ g~ A 0 AO f 0 fo E F F o . S. .'0. . . . . . o ..... 0..... o ..0<><> o ..000 o ..000 o ..000 o ..000 T R ~ ~ i ~ . S T U R E F,O,C, nMp. COl.OR CODE (FLUID 111I BULBS) P L A I N T 135F ORANGE 57C "OF . .. RED IISC 1751' yELLOW 79C 2~~~ GRE:~N I~!~ IiILUE Ug~ "'AUV~ n~~ eL.ACK U~~ IILACIl: *.1 I :i eF.M. ldenlm. 135.. lSS" Ind 175' eo....pmof Sprinkle,. e. We.. c-..; L.... ea.l8d .IIe1 Corro- praof .. W.. ...... L_ C:_IId, tsorlnklen furnished wlrh fr.... .rms unpoil'lled. ,.. '.... DISCHARGE CAPACITY The nominal discharge curve plotted on the graph represents the flow "0" in U.S. gallons per minute (GPM) as d8tsrmined by the formula: Q=K-.fP; where the nominal sprl"kler discharge TD527Q (Formerly ASD/3,41 , A~:., , ~ I ISS~~,'I),i U~,RU3HT . PENDENT, S flINKLE~S, 17/32" ORIFICE . . . ..' '. . SEP-25-1998 15:18 .: i:\,<'.f~"~oJ.~~"'.':~~"~';~' ':' ", coefficient, "~ i'~ 8'~~alid "p" '" pr.s'- SUn! i""p!,unds:~P,et':;sqi:iare,lnch (psi). Listing 'standa ' Cr~ pe'iTr1lt tHe lCtUal' value of "K" tolvary from 7.4 to 8,2. . CONVERSION:FACTORS : The followi ng ;Is a list. of factors for converting Enaiish units of measure- ment referenc;tt hltrein to equIvalent SI lInternlrti~n.L$Ystem) unit$. Items marked wlthar{ astetisk 'are not 51 units; how~v8..r are included iinee thllY are commonly used in m.ny countriei. 1 inch':"~J-ik'6AOOmm 1 pSI ,~h:Y~:896kPa :', ,;; '!tO~0689bar- ';;il J d 0703'kci'/cm2" 1 gallon =n 3:785 dm~ ' , ,-I " 3.785 lines" ORDERING padCEDURE Or~ers for.: ~nkleri . for systems deSigned' ,.tocpmply, WIth standards ~~t th~~c;.~~~~s~'!(~Nreofr~; I sprinklers required. Product SYmbol Number.,',rieC!d,j~,i."t",be specifi<<i in orders . fo'i;:;aft'hk'l'ers' ':1'or system. dasignedto.:~t>>liiwith rules' of the Fire OffI~!;;d)ffl~itt,ee.' , " To ord~r::i~t~.~f:For Synem15 D~ signed Tii"f.Fp~jS~ritlarclS S.pedfy: ' Issue D' large :;orlm:e,~'(temperature rating), (finish),' (upright/pendent) sprinklers with :%," NPT e:annection, PSN (specify). To Order Sprinklers For Systems De. , Signed To F,OIC:: RUles SlMdfy: ' Issue D:, .Larg~'Z"";.orlfli::e, (temperl1'turil rating), q. '(tiriith),' (upright/pendent) sprinklers wfih :: %"NPT ,c:onnection for systems d~ili'led to. F.O.C. rules. SKYLINE FIRE PROTo P.03 i . 'PROOUCTSY. LNUMBERS : , Product Symbol! umber$ of Sprfnk- . 18f'S datailed her.u are based upon the tBmparature ratiri . finish.. and Coat- 'ings of the inklers. Assig"ed Product Symbol Numbers ilre 85 follows. ", . '. .;:;' ':.1. ~:. :~I .''''P~ PendeM SPfinklilrf"', .. " 135" FtrU- C Te~perlltUrj Rsti~ Plain . : . . . '. . . : :' .:'.5;':"40-1-135 Chroma Plated. . . . . . . . 51~140-9-135 LellCl eo"ed. . . _ . . . . .51-140-7-136 Corroproof. . . . . . . . . .151-1~-135 Leed CoBtee! ' andCQrroproof. . . . . . .151-140-S-135 I' , '.) r-',. ~: I or. UpriGht Sprinlde, 17&" FI19D C Tempemure Rifting plain. . . . 0 . . . . . . . .51-140-1-175 chromePleted....... .51-140-9-175 LlIIdCoatlld.. . . .. .. .51~14O-7-175 Corroproof. . . . . . . . . . 5"~140....o-175 LIBd CQ81ed sndCorroprocf. . . . . . .51-1&0--8-175 ,( \ 1350 FIS78 C Te perature Rating Plain. . . . . . . . '. , , . .51-136-1-135 ChrQf11ePlat~....... .51-136-9-135 LAd Coated. . . ' . . . . .51-136-7-135 Corroproof. . . . . . . . . .61-136-8-135 LlIsd Coated BndCorroproof...... .51-136-8-135 2&CJl' F/.1218 C Tempe..-tun, Rating PlaIn. . . . . . . . . . . . .51:2.140':';1-250 Chrome PIBtad. . . . . . . .51 - 140-9-250 I.lIBdCOBtllCL . . . . . . . .61-1..0-1-250 LIIlICI C08tllCl end Carroproof , . . . . . .15'~'40:-8-250 3Z5" F1163" C T'mper~ure A.ling Plein. . . . . . . . , . . . .51-:':"140-1-325 Chroma Plated. . . . . . . .51-':14d":'9-325 Leed eol,ed. . . . . . . 0 .51"'::"40";'7-325 Leed Caewd .1Id Corroproof . , . . . . .51-140-B-325 400" F/204- C Tempenn:ur. Raing P1lln . . . . ' . . . . . . . . 61 ~14Qi"'1,-:-400 (:hrMMlPleUd. . . . . . , .51,",140~0 Laed CaBtfld. . . . . . . . .61:":" 4Q..:..7......o0 l.8ed CoIItlid". ' end COl'l'oEH'oof . . . . . . .S1-140-B-400 (--J 175" Fn9" C Te saere1ur. Rati"ll PIIIIIl . . . . . . .. .., .61-131',;-1-115 Chrome !'Iatsd. . . . . . . .5'-138-9-1715 LelldCOlIted..., .., .51-136-7-175 CorroProof. . . .. ... .51-1~175 Leed COBtad and Carroptoof .. .... 5' - 136--8-175 25.,. F/121- C T m.,.rlltUre Rlting Plllin . . .'. , , ., .., .61-138--1-250 Chroma Phned. .. ... .51-138-SlI-2S0 I.aIId COiled. . ., ... .51-1:18-7-250 L.-ac:l Coated Bnd CorroPt'oof .. .... 51 -1 36--8-250 3258 F/183" C T mplll'8ture Raing Plain. . . . . . .,' ... .51-13&-1-325 Chrome PIBtsd. .. ..,. 61-138-9-325 l.8BC1l;oated.... ... .51-136-7-326 Leed Coated and Corroproof .., .... 61 -1 J6....8-32& suo- F/2BO* C T'mper~ure Rltlng Pllln . . . . . . . . . . . . .151-140-1-500 C/'Ircnne Plat.d. . . . . . . .51'-140-,9-500 L,.:te:oatlld. . . . . . . . . Sl':'140:- 7-500 Lead Coated ' Ind CorrOfilroof . . . , . . . 51 ~1 .O~-500 4Qo- F/204" C T ",peraturD Red.. Plain. . . . . . .' ... .51-136-1~ Chrome Plat.,d. .. ... .61-138-9~OO LQCI COBted. . ., ... .51-136-7~ LlJBd COlted andCorroprQof.. .., .61-136-8~ soo- F/2fJlJ6 C mpenture Rating Plain. . . . . . . . . . . . .51-1:16-1-500 Chroma Pllted. . , . . . . .51,-136-8-600 U1adCoeted, .. . . . .. .51-136-7-600 Lead COllllll:1 IInd Corro!)roof . . . . . . . 51 -138~-5DO .J <<l RlIQi5tllr~ t;lIdsmllrk of GFlINI\lELL CORPORATION. 3 TYCO ARK. EXETER, NH 03833 SEP-25-1998 15:18 SKYLINE FIRE PROTo P.04 Ae AUTOI\~Al]C, SPR:INKLER$ ISSUE D BULB TYPE UPRIGH'~ AND PENDENT, 1/2" o).IFleE , I" , 1 ' I i i I : I 3.125" 79,38",m J. PENDENT UPRIGHT DESCRIPTIO~ Issue D 'Y.i inch Orifice Upright and Pendent Sprin~lers are glass bulb type sprinklers available in 8 variety of operating t"mperatures and with spec- ial finishes arid coatings for aesthetic appeal or for' protection from corro- sive CQnditlon~. , , : ! 'Temperature ,ratings, color codi"g. finishes llnd toatings are Iistlld in the Approval Sch8clules; design details lInd identification ~ of components are shown in the cross section view of lhe sprinkler. . : I APPROVALS, Issue 0 % irich Orifice Upright IInd Penden'[ Sprinklers for systems de- signed to comply with National Fire Protection ASsociation standards are listed by UrJderwritlln Laboratories Inc_ and app~oved by Factory MutlJal as shown in! Approval Schedule A. Sprinklers fdr systems designed to comply with iFire Offices' Committee rules are app~oved bV Factorv Mutual and the Fir~ Offices' Committee as shown in Approval Schedule B. Sprinklers listed by Underwriters lab- oratories Inc~ in Approval Schedule A are also listed by Underwriters' labor- atories of Cal'!ada. Issue 0 %. ihch Orific" Upright and Pendent Sprinklers lire approved by the New Yorl!: City Board of Standards and Appeals: under Calendar Number 334-79-SA.i INSTALLATiON Issue D Spri~klers should be installed in complianQJ with standards of the National Fi~ Protection Association Printed in U.S.A. 8~78 + 2.938" 74,&lmm s..:. "'" 'L2 I\-rs:. 3' ~II 9_h~8 1-K 4 ;;-6 10 112- NPT- CompOMnlS: l-Framl! 2-Daflsctor. SSU-:J for Uprighl Sprinkler, SSP-1 for Pendent Sprinkler J-.Upper Bulb Sl!at -Lower Bulb Seat -'Pln -Button -SllaeRl' ~-"Spring Plates , 9-Lawer Bulb Gasl(et lb-GlISkl!t l1-Bulb ~I APPAO..,.L SCMEDULIi: A SPRINkLERS FOR SystEMS DElIlGNEP TO COlltl"LT WIT~ NFPA STANDARDS . -LISTED . -APPROvEO o -NOT LISTIi:D 0 'UNA1'PROVEP UNDEAWRITE~S FACTORT LABO~,ATOFlIES MUTUAL P t:p L C Lc P CP L C LC L fiL E 0 1l:0 L. HL E 0 EO A RA A A AA A IU A R AR I OT D R OR I OT I) R Oil N hiE 0 0 N ME 0 0 EO C P CP 11:0 C P CP o R OR 0 R oR A 0 AO .. 0 AO TOTO TOTO E I" F E F F D . a. D - a- T R Il; A M '1 I" I E N 2 ~ T U R ( NFPA TEMP. COLOR CODE IFFlAME ARMS PAINTED) Il% PLAIN I~~~ WHITE n~ BL.UE 3g~F RED 16!C; 4QOF GREEN '204C i~g~ MI'NG( ;850f rAGGED 343C ...... ...... ...,.. ...,.. ...00. ...00. 00000. . . . . . .. . .000 .000 .000 .000 .000 "U.L ond ".M. Id_n.ify 135. _nd 175" CorraprDGf Sprin~l,rs .. Wo. Coated: Lad C_IIII _ Coovllr_' .. Will: 0_ L- Co... II;!. U.L ldel'ltl'''''' 250. 8nd 325. Cotro_' Sprlnkl8" a. EMrn_1 eolDld; l...t CoIIted .... C"'fDPI'''''' lIS EnI..,.1 t1W, LMd CDlIl.... tu.L listed bu. furnished ..,Im LORd CQRtad ond CarraDr""f tlnl.h. and/or IIny other authorities having jurisdiction. CARE AND IUIA NTENANCE Sprinklers shol Id never be stored where temper tures will exceed 1000 F /380 C I nd should never be paInted, plated coated or otherwise altered after eaving the factory. Care should b elCercised to avoid damage to th Iprinklers - both before and af er instal/ation. In sorPe instlllhlti ~ns sprinkler guards may be required DtKrlAMI III II.'. a UOIIlI...f1 .IIIIJTE 1_' ot1,'" 20'130" ' :NiAl 'eiJi I'?';L~S' r; .. ~ ~ ., I c,.. I ,- lu 120 .. i l' '0 . - tdf!::" Mi: m: ttti'H ; r ,..., ~_ v ,~!:! i.11'IltS """- 12.01 ,..... 0.1 I aD 11: _ 'I' lIili D1...........IM'~ I'I!II _... NOMINAL D SCHARGE CURVE ..0 "" t .... ~ I = '-If l.D APPROVAL SeHEOIJLE e SPRINKLERS FOR STSTEMS OIi:SIGNED TO COMPLY WITH F.O,!;, R\,lI.ES .-APPROVED Q-UN/lPPIlOVED F,O.C, FACTOR'!' MUTUAL P CP l C LC L HL E 0 EO ,. RA A R AR I OT 0 R Oil foI ME 0 0 ED C P op i S ~~ TOTO E F F D - a* T R E A ~ T E N Fl G A 5 T U R E F.O,C, TEMP. COI.OR CODE lFLuID IN BULBS) P L A I N t 'n~ OFlANGIi: . ..... 155F RED . ..... 68C InF 'l'El..LoW . ..... 7it: 2~g~ GJilE:EN . ..0(>0 ~~,~ BL.Ue: . ..000 360f MAUVE . ..000 182e 400f BL.ACK 0 ..000 204C n~~ 8Lp,CIC . ..000 -F.M. idlntilies 135". 155" Ind 176" CMraprDaf $prlnkh.... os Well CDlt",; ..... c-ted end eo"". I"-' os W... over L_ ea.tBd, 1$sHlnkl.,. lurnllllled with fl'8nl. arm. unlllllnted. OISCHARGE CAPACITY The nominal discharge curve plotted 0" the graph represents the flow "Q" in U.S. gallons per minute (GPM) lIS TD525M (Formerly ASO/l.2) SEP-25-1998 15:19 I~ ISSUE D I UPRIGHT 8r PENDENT S ;INKLERS determined by , hi! formula: Q=K""-p; where the nominal sprinkler discharge coefficient "K"! == 6.65 and "p" · pres. sure in pounds! per squire inch (psll. listing standards permit the actLUd value of "K" to:vary frQm 5.3 to 5.8. ; CONVERSION FACTORS : The following is a list of fac:tors for : converting English unlu of measure- : ment referen~ herein to equivalent , i 51 (International System) unIts. Items : marked with an asterisk are not SI : units: hOlNevet. are Included liince , i they arB commonly used in many countries. 1 inch · 25.400 mm 1 psi i 6.895 kPa = 0.0689 bar- => 0.0703 k~cm2. 1 gallon iii 3.785 dm == 3.785Iitres* , ORDERING PROCEDURE i Orders for Iprlnkiers for systems designed to cbmp1v with sUlndards of the NFPA must specify the Prod- , wet Symbol N1umbeMl (P5N) of the sprinklers req4ired. Product Symbol NumbllfS need not be specified in orders for sprinklers for systems dllSigned to cQl'\"lply with rules of the Fire Officas' Committee. , ! I To Order Spr~kl.rs For Systemi De. signed To NFPA S'l2Indards Specify: Issue D ~ inqh Orifice. (tlimperature rating). (fin~), (upright/pendent) sprinklers. PSN ($pec:ify). I To Ordllr Sprlnklerl For systems I)e.. signed To F.OlC. Rutn Specify: Issue D Y.r inbl Orifice, (temperature rating), (fin~sh)' (upright/pendent) sprinklers fat systems designed to F .O.C. rulBs. ' I , , SKYLINE FIRE PROTo I PRODUCT SYMI$ L NUMBERS Product Symbol; umbers of Sprink- lers detailed herei are based upon the temperature rati, ,finishes and coat- ings of the' Sp inkJeTS. Assigned Product Symboi Numbers lire as follows: Upt'ight Sprinkle 136" F/S7D cr.' perature Rating Plain. . . . . _ . _ _ . . . .51-036-1-135 Chrome Pll;ltlild. . . . . . . .61-038-9-135 L8lIdCOlIted........ .51-036-7-1315 Corroproot . . . . . . '. . .51-036-6-135 Lead COllted and Corroproof . . , , . . .51-036-8-135 175. F{19o C Te perature Rating Plain. . . . . . . ,. . . . .51~038-1-175 Chrome PlatllCl, . .... . . . .51-036-t:J-175 Leadeo.ted. . .. .., .61-036-7-175 Corroproof. . . . _ _ _ . .51-036-6-175 L.lI8d Coated end Corroproof ., _...51-,036-8-175 260" F/121. C T mperatur. Rating Plein. . . . , . .. ... .51-036-1-250 Chrome PI'~ed. . .' .... 61-038-9-250 Lead Coated. . .. ....51-036-7-250 Lead Coated end CorrOQroof .. .... 61-038.....a-250 3250 F/16JB C T mperature Rlting PI.in , . . . , . .. ... ,51-03l;i-1-325 Chrome Pllt.d. .. ... .51-038-9-325 LeadC~~ed. _ _. ... .51-038-7-325 Lead Coat~ Ind Corroprool .. ....51-036-..9-325 400'" F/20.. C T mpetature Rating Plain. . . . . . . . . . . . .51-036-1-400 Cllrome Plated. . . . . . , .51-036-9-400 LeadCaat.!........ .51-038-7-400 Lelld COlted and Corroproaf . , , _ . _ _ S 1,-036-8-400 500. F 1260" C mperature Rating Plain. . . . , . . . . . . . .61-036-1-500 Chrome Plated. . . . . . . .51-038-9-500 L.elld Coated. . . . . . . . . 51 -036-7-500 Leed Coatlld .1Id CorrODroof . . _ . . . .51-038-8-600 650" F/34JB C emperature Rating Plain. . . . . . .. . . _ _ _51-036-1-850 Chrome Plated. . . . . . . . 51-036-9-650 P.05 1/2" ORIFICE ) Pendent Spt'inklers 135. F1570 C Temperature Rating Plain, _ . . . . . . . . . . .51-040-1-135 Chrome Platlild. . . . . . . .51-040-9-135 lameoeted. , . , .. . . .51-040-7-135 CQrraproof. . . . _ . _ . . . 51-040-6-135 Leed Coated and Carroproof . . . . . . . 51 ~-8-1 35 1750 F{79'" C Temperature Rating Plain. . . , . . . . . . . . .51-QAO-1-115 ChromePlawd....... .51-040-9-175 Lead Coated. . . . . . . . .51-040-7-175 CorrDpraof. . . . . . . _ . .51-040~175 Lead Caeted andCorrODroot...... .51-040-8-175 250" F/1210 C Temperature Rating Plain. . . . . . . . . . . . .51-0AQ-1-250 Chrome Plaled_ . _ _ _ . . .51-040-9-250 LeedCoa~lICI. .. . . . . . .61-040-7-260 Lead Coatlld and Corraprool . . . _ _ . .51-040-8-250 3250 F/16JO C Temperature Rating Plain. . . . . . . . _ . . . .61-040-1-325 Chrome Pletad. . . . . . . . 61 ~0-9-325 Lead Co.~tId. . . . . . . . .51-040-7-325 Lead COllted and Corroproof . . . . . . .51-040--8-32S 4000 F/2040 C Temperature Rating Plain. , . . . . . . . . . . .51-040-1-400 Chrome Plated. . . . . . . .51-04G-9-400 Lead Coated. . . . . . . . _ 51-040-7-400 LlBd COlted and CorrODroof . . . . . . . 51-040-8-400 SOO" F/26Do C Temperature Rating plain. . . . . . _ . . . . . .51-040-1-500 Chrome Plated. . . . . . . .51-040-9-500 Lead Coated. . _ _ , . . , .51-040-7-600 Lead eo.led and CDrrOOt'oof . . . . . . .61-040-8-500 8500 F/3430 C Temperature Radng Plain. . . . . 0 . . . . . _ _51-040-1~50 Chrome Platlld. . . . . . . .51....()40-9-6S0 ~ RlIIl1stered ~rlldel'nllrk of GRINNELL CORPORATION. :3 TV PARK, cXETe:R; NH 03833 TOTAL P.05 White - Building Canary - Engineering Pink - Planning The Crnlrr of the takt Country BUILDING PERMIT APPLICATION DEPARTMENT CHECKLIST NAME OF APPLICANT APPLICATION RECEIVED s~~ -f. ~ Pr6 ie r J, I'1"'rl (n C/ Cf ' J7 ' '1 i The Building, Engineering, and Planning Departments have reviewed the building permit application for construction activity which is proposed at: J{pi73 Accepted Accepted With Corrections Denied Reviewed BY.f2{) ~ Comments: Date: 9- 2-(8 Se.e c.cw..~~ Ii/) Q. cW -I-a O(~r- u "The issuance or granting of a permit or approval of plans, specifications and computations shall not be construed to be a permit for, or an approval of, any violation of any of the provisions of this code or of any other ordinance of the jurisdiction. Permits presuming to give authority to violate or cancel the provisions of this code or other ordinances of the jurisdiction shall not be valid." SkYline Fire Protection, Inc. Commercial/Industrial Fire Sprinkler Contracting LETTER OF TRANSMITTAL To: City of Prior Lake Date: August 26, 1998 Building Department Subject: NBC Products, Inc. - Addition Attn: Paul Baumgartner Shop Drawings Number Copies Sheet Number Description ~ Other 5 FP-l/l Fire protection drawings X For Approval 3 sets Hydraulic calculations For Distribution 1 Permit application X For Your Use We will require 2 drawin!!s/l calculation approved copies for our use. PLEASE CALL WITH TOTAL FEE FOR PERMIT, PLAN CHECKING FEE, AND SURCHARGES. THANK YOU, ~~ / L~~ James A. Brown, Project Manager 7600 W. 27th Street, Suite #223, Minneapolis, MN 55426: Tel: (612) 925-0878 - Fax: (612) 925-0883 SEP-Ol-1998 14:21 SKYLINE FIRE PROTo P.Ol SkYline Fire Protection, Inc. Commercial/lndustrlat ,ire Sprinkler Contracting F'AX L/7-L/2LJ5 Da te : 09 - 0 I - 9 8 To: L / T 7' ,j r J}, /0;( L.A Kif - IJ~/", /N(,.. j)&'/;: Attn: ,./:?Ul AU.l""lGI4~-r;v ~ Rega~ing: IV 13 L ?Ktli)ucI5 /J?~ t.. - ~/t t.: /ILl-' 7bt-t , J1F. u,95'TF, hA 3 No. Of Pages (including cover c.. - /!p#, 7" (I,v ~~AJ ;rcl//J,7~. v , hA-# XJ:V/t'tJ. ~ J , L.t/ ~~ ~//'-'f Signed~ ~ 7600 W. 27th street. Minneapolis. MN 554 : Tel: (612) 925-0878 - Fox: (612) 925-0883 SEP-11-1998 11:38 NBC PRODUCTS 612 226 1114 P.01/01 NuSE NBC PRODUCTS INC. Electronic Air Cleaners Contract Manufacturing City of Prior Lake Ann: Paul Baumgardner 16200 Eagle Creek Ave. Prior Lake, MN 55372 Fax # 447-4245 Dear Mr. Baumgardn"" Skyline Fire'Protection asked us to address the storage of combustible products in the designated. office space jn the new addition to oW' building. 1bis office space will not be completed at this time and NBC Products has no intentions of storing combustible material in this space. If you have any questions, please feel free to contact me. Sincerely, 612-226-1112 Fax 612-226-"14 16873 Fish Point Road S.E, 0..._.. 1_1.._ .......1 CI::'''''''''' .....,...... TOTRL p.m SEP-01-1998 14:21 SKYLINE FIRE PROTo 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 happens, the lever is released to spring free from the sprinkler so that all of the pperating 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 ::l,ppear on several of the operating parts and by an identifyir')g color that appears on the frame, Sprinkler Types Standard Upi'lght- 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 Peodent- This deflector configuration is nor- mally used where the space above the piping is not adequate or where a concealed piping installation is' employed, The discharge characteristics of the srandard 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 %" 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 3/4' NPT inlet thread where the size of the inlet is suHicient t classify this sprinkler as one having a larger than stander' orifice, The Reliable Automatic Sprinkler Co., lne., 525 N P.02 Model G Automatic Sprinklers Spray Upright, Spray Pendent and Conventional CIJ c: CD !::!", ::l -... o Z Conven!ional Upright F'endenl Small Otlflcg Upright (lMlh Antle Screw) Conventiona~ This deflector configuration is used pri- marily in those countries where the LPC 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 fbr;ed fire protection systems: Wet, Dry, Deluge or Preaction. Care must be exercised that the orifice sizes, temperature ratings, de- flector 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, The approvals or listings of Reliable Automatic Sprinklers by major approving organizations are shown in the tabu- lated list provided on the back of this bulletin .Paten! No. 4.440,234 MacQuesten Parkway, Mount Vernon, New York 10552 SEP-01-1998 14:22 SKYLINE FIRE PROTo Model G Install~tion Data Sprinkler Type P.03 -...-,.",. . ,,~_.,'-~ --.--' ,-,---_...~.'._._,..,..,.", UK' Fllctor _ .....J Sprinkler Height US Metric: ..__....,.. "....,.,_,.._,___...J Standard-Upright (SSU) and Pendent (SSP) Deflectors Marked TO' Indicate Position ~~ Standard O~ificeWith~~NFn15,mm) Threadl' l"16" Small Orifice(1) with 1J2" NPT (15 mm) Thread :Jti( Small Orifice(l) with 'f.t I'JPT (15 mm) Thread l';';S" Small Orlflce(1l with '12" NPT (15 mm) Thread 17,'32" Large Orifice(1)'with 1f2" NP1' (15 rnrn) Thread 1 %2" Large Orifice with %~ NPT Thread 21') mm XHH with 20 mm Thread 10 mm XLH with 10 mm Thread '5':62', .(i,2~ 2,82 1.98 7.96 8,20 ' 8.20 4.10 Approvals 81.0 t;1,n 40,6 28,5 114.7 118,2 118.2 59.1 27/e" 73 mm 3:Y'6~ 33/, a' 3:Y16" 3:Yllt 21o/,6~ 75.4 mm 73 mlTl 1. 2. 3: 4; 5. 6. 7' 1,3,7 1,2.3.7 1,3,7 1,2,3.7 1,2.3,7 4.5.A 4.5;'6 COI'wontional--lnstalled in Upright or i='endent position .. ~ .~..... , 10 rr'lm Xl.H with 10 rhm ThrBad 4,10 59.1 15 mm Standard Orifice 'fJith 15 mm Thread 5.62 81,0 20 mrn XHH with 20 rnm Thread 8,20 118,2 (1) Idenllfied by pintle extending above deflector. Sptinklet Helghl includes )intle extension. Temperature Ratings Sprlnlder hating OF oc Maximum Ceiling Temperature OF oc Frllme (1) COlor Classification Ordinary 135 57 100 38 Black Ordinary 165 74, 100 38 'Uncolotp.d" Intermedi<:lle 212 100 150 66 While High 286 141 225 107 Blue --~- (1) Frame Color does not applY'to chrome plated sprinklers - Use sprinkler rating 8S identilied on operating parts, Finishes Natural Bronze Bright Chrome Plated S<ltln Chrome Plated Black Plated Bright Brass Plated ~,) Lead Plated Corroproofed Corroprooted OVHr Lead Plated ' While Painted -All Temperature Ratings -All Temperature Ratings -All Temperature Ralings -All Temperature Aatil'1gs -135"F, 185"1= & 212"Temp, Ratings --165"F, 212"F & 2860 Temp, Aaling$ -'165"F Clear Wax, 212"f Brown Wa~ m -165"1= Clear Wax, 217." Brown Wax (2) _ Only Frame and Deflector are painted. UL Llstad and NVC MEA ApprOllad Only, .~ Only Frame and Denector are coaled. UL Listed and NYC MEA Approved Only, (1) For bright brass plated, only frame. deflector and cap are plated~' 12) 2121" Brown Wax may be used on 2.B8'F Sprinklers when mElx. ceiling tflmperatures do not ellceed 150"F, FM Approved only. Polyester Coated Maintenance Sprinklers should be inspected regularly for any physical damage, dust, corrosion and paint (other than the identifying frame color). Note: Never suspend any items (signs or decorations) from the sprinkler. Never paint sprinklers. Automatic sprinklers should be replaced according to NFPA 25, 2~2,1 and 2-4.1. ' 73mm 73r'l'\n'1 75.4 mm 5 4,5,6 4,5 ----~- Appro\tal Organizations 1, Underwriters Laboratories, Inc. 2. Factory Mutual Research Corporation 3, Underwriters' Laboratories of Canada 4. Lass Prevention Council 5. Pleniere Assemblee 6. Verb and der Sachvercisherer 7. N.Y.C. BS&A No. 587-75-SA 8. N.Y,C. MEA 25B-93-E Ordering Information Specify 1. Model G 2. Deflector · Upright . Pendent . Conventional 3. Nominal Orifice 4. Inlet Thread 5, Temperature Rating 6. Finistl Once fused, automatic sprinklers cannot be reassembled and reused. New sprinklers of the same size, type and temperature rating must be installed. A cabinet of replacement sprinklers should be provided for this purpose, Use only the Model D Sprinkler Wrench for sprinkler removal and installation. Any other type of wrench may damage the sprinkler. Th.e equlpmenl presented in this bul\elin 1'1 tQ be installed in accoro.,n<;:~wilh the lat8$t j) rbf1Cnt Stllndarc19 olthe Naliontil Fire "rotlK'llonAsaocietion. Factory Mutual Re$li!srch CO(pof~tlon, or olMer similar orcanl7/1tlona and al!;u will) Itle provisions oIll0v91'nment I codes or ordinancell wtlElneVer applicable, Products rn.~nllfaclured and dislritlUled by Reliable have beGn protecting lile Bnd pr~erty 101' aver 70 years. and Bre inslalled and servk:p,n by the mosl highly qualified and reputable sprinkler contractors loceted thlOugl1Ol.It tile United States. Canada and In;- Ign countries, Manufactured by i'/lfIClIU811'1llJl" - Reliallle , I The Rellabll/l Automatic Spr nkler Co.. InC. (800) 431-1588 : Sales Offices (SOO) 848-6051 ' Sales Fax (914) 668-3470 r::orpOfate Oftice'3 htlp://WWW.RefiableSprinkh.lf.comlnternet Address Revision lineS indi~le updated or new datil, pt;; Prinrod In U.S,A, 6/96 PIN 9999970005 TDTRL P.03 SUM MAR Y o F H Y D R A U L I C C A L C U L A T ION S FOR NBC PRODUCTS. INC. - ADDITION COTTONWOOD LN. & FISH POINT PRIOR LAKE MN, Submitted By SKYLINE FIRE PROTECTION INC. 7600 W. 27TH ST. SUITE 223 MPLS. MN 55426 Design Specifications Water Supply Information System Demand Density 0.276 Design Area: 2000.00 75.00 psi 73.00 psi 0.00 gpm 1245.00 gpm + 67.19 psi @ 581.9 gpm 500.0 gpm Hose Total Demand: 1081.9 gpm @ 67.19 psi System safety factor: 6.26 psi Notes: List of Fitting Abbreviations Example: "E2TC" ~ one Std. Elbow. two Code:Description Code: Description A Alarm Va H B Butt'flyVa I C Check Va J D DryPipeVa K E Std. Elbow L F 45 Ell M G Gate Va N 45 Elbow Std. Tee ,and one Code:Description o Snap-Tee 2 P DBACKFLOWP Q R Det.Check S T Std. Tee U Check Va Code:Description V W X Y Z LongTurnEl Snap-Tee1Q Snap-Tee1H Summary of Sprinkler and Hose Flows Job No:F-1698 NBC PRODUCTS, INC. - ADDITION: Design density: .276 Supplied flow and pressure is based on 67.19 psi available at', supply ( 73.46 psi is actually available Calculations performed by velocity pressure method Ref. PRESSURE K FLOW Percent Ref. pt. pt Pv Pn Factor Actual Minimum Excess pt. SOl 14.66 2.00 12.66 8.10 28.8 27.6 4.3% SOl S02 12.59 0.92 11.67 8.10 27.7 27.6 0.4% S02 S03 11.92 0.27 11.65 8.10 27.7 27.6 0,4% S03 S04 11.90 11.90 8.10 27.9 27.6 1. 1% S04 S05 12.24 0.64 11.61 8.10 27.6 27.6 0.0% S05 S06 13.72 1. 55 12.17 8.10 28.3 27.6 2,5% S06 S07 14.70 2.01 12.68 8.10 28.8 27.6 4.3% S07 S08 12.62 0.92 11. 70 8.10 27.7 27.6 0.4% S08 S09 11.95 0.27 11. 68 8.10 27.7 27.6 0.4% S09 SlO 11.92 11.92 8.10 28.0 27.6 1. 4 % SlO Sl1 12.26 0.64 11. 63 8.10 27.6 27.6 0.0% Sl1 S12 13.74 1. 55 12.18 8.10 28.3 27.6 2.5% S12 S13 14.82 2.04 12.78 8.10 29.0 27.6 5.1% S13 S14 12.71 0.94 11.78 8.10 27.8 27.6 0.7% S14 S15 12.03 0.28 11.75 8.10 27.8 27.6 0.7% S15 S16 12.00 12.00 8.10 28.1 27 .6 1. 8% S16 S17 12.34 0.63 11.70 8.10 27.7 27.6 0.4% S17 S18 13.81 1. 55 12.25 8.10 28.4 27.6 2.9% S18 S19 23.02 23.02 8.10 38.9 27.6 40.9% S19 S20 23.09 0.57 22.52 8.10 38.4 27.6 39.1% S20 Calcs By: J. BROWN Checked: 08/25/98 Page: 1 Ser:*310271* Hypercalc Program by Crowley Design Group, (215)-337-7060 Flow and Pressure Summary Job No:F-1698 NBC PRODUCTS, INC. - ADDITION Elev. REF. Flow pt Pf Pe pt REF. E1ev. F R I C T ION L 0 5 5 C A L C U L A T I o N 5 Velocity ft. POINT gpm psi psi psi psi POINT ft. Length Fitting Length Total pf/ ft Diam C Flow fps 19.17 A01 << 361. 4 << 33.28 0.96 0.00 34.24 AD2 19.17 10.00 10.00 0.096 3.352 120 361. 4 13 .1 19.17 A01 >> 354,0 >> 33.28 -1. 83 0.00 31.45 A28 19.17 12.00 EEEE 58.44 70.44 0.026 4.352 120 354.0 7.6 19.17 A01 >> 7.4 >> 33.28 -0.04 -0.58 32.66 B01 20.50 1. 33 T 7.69 9.02 0.004 1. 4 52 120 7.4 1.4 19.17 AD2 << 368.1 << 34.24 0.99 0.00 35.23 A03 19.17 10.00 10.00 0.099 3.352 120 368,1 13.3 19.17 A02 >> 6.7 >> 34.24 -0.03 -0.58 33.63 B02 20.50 1. 33 T 7.69 9.02 0.004 1. 452 120 6.7 1.3 19.17 A03 << 374.8 << 35.23 1.03 0.00 36.26 A04 19.17 10.00 10.00 0.103 3.352 120 374.8 13.6 19.17 A03 >> 6.7 >> 35.23 -0.03 -0.58 34.63 B03 20.50 1. 33 T 7.69 9.02 0.004 1. 452 120 6.7 1.3 19.17 A04 << 382.2 << 36.26 1.07 0.00 37.33 A05 19.17 10.00 10.00 0.107 3.352 120 382.2 13.9 19.17 A04 >> 7.4 >> 36.26 -0.04 -0.58 35.65 B04 20.50 1. 33 T 7.69 9.02 0.004 1. 452 120 7.4 1.4 19.17 A05 << 390.8 << 37.33 1.11 0.00 38.44 A06 19.17 10.00 10.00 0.111 3.352 120 390.8 14.2 19.17 AD5 >> 8.7 >> 37.33 -0.05 -0.58 36.70 B05 20.50 1.33 T 7.69 9.02 0.006 1. 452 120 8.7 1.7 19.17 A06 << 401. 3 << 38.44 1.17 0.00 39.60 A07 19.17 10.00 10.00 0.117 3.352 120 401. 3 14.6 19.17 AD 6 >> 10.5 >> 38.44 -0.07 -0.58 37.79 B06 20.50 1. 33 T 7.69 9.02 0.008 1. 452 120 10.5 2.0 19.17 A07 << 414.0 << 39.60 1. 24 0.00 40.84 A08 19.17 10.00 10.00 0.124 3.352 120 414.0 15.0 19.17 A07 >> 12.7 >> 39.60 -0.10 -0.58 38.92 B07 20.50 1. 33 T 7.69 9.02 0.011 1. 452 120 12.7 2.4 19.17 A08 << 429.2 << 40.84 1. 32 0.00 42.16 A09 19.17 10.00 10.00 0.132 3.352 120 429.2 15.6 19.17 A08 >> 15.3 >> 40.84 -0.15 -0.58 40.12 B08 20.50 1. 33 T 7.69 9.02 0.016 1. 452 120 15.3 2.9 19.17 A09 << 447.4 << 42.16 1. 43 0.00 43.59 AID 19.17 10.00 10.00 0.143 3.352 120 447.4 16.2 19.17 A09 >> 18.2 >> 42.16 -0.20 -0.58 41.38 B09 20.50 1. 33 T 7.69 9.02 0.022 1. 452 120 18.2 3.5 19.17 Ala << 465.1 << 43.59 1.53 0.00 45.12 All 19.17 10.00 10.00 0.153 3.352 120 465.1 16.9 19.17 AID >> 17.7 >> 43.59 -0.19 -0.58 42.82 BID 20.50 1. 33 T 7.69 9.02 0.021 1. 452 120 17.7 3.4 19 . 17 All << 487.1 << 45.12 1.59 0.00 46.7lA12 19.17 9.50 9.50 0.167 3.352 120 487.1 17.7 19 . 17 All >> 22.1 >> 45.12 -0.29 -0.58 44.25Bll 20.50 1. 33 T 7.69 9.02 0.032 1. 452 120 22.1 4.3 19.17 A12 << 513.4 << 46.71 2.16 0.00 48.87 A13 19.17 11.75 11.75 0.184 3.352 120 513.4 18.6 19.17 A12 >> 26.3 >> 46.7l -0.40 -0.58 45.73 B12 20.50 1. 33 T 7.69 9.02 0.044 1. 452 120 26.3 5.1 19.17 A13 << 545.0 << 48.87 2.41 0.00 51.28 A14 19.17 11. 75 11.75 0.205 3.352 120 545.0 19.8 19.17 A13 >> 31. 6 >> 48.87 -0.56 -0.58 47.73 B13 20.50 1. 33 T 7.69 9.02 0.062 1.452 120 31. 6 6.1 19 . 17 A14 >> 37.0 >> 51.28 -0.75 -0.58 49.95 B14 20.50 1. 33 T 7.69 9.02 0.083 1. 4 52 120 37.0 7.1 19. 17 A14 << 581. 9 << 51. 2:8 3.72 4.41 59.42 MOl 9.00 28.00 EE 29.22 57.22 0.065 4.352 120 581.9 12.5 19.17 A15 << 78.6 << 29.49 0.01 0.00 29.50 A16 19.17 6.25 6.25 0.002 4.352 120 78.6 1.7 19.17 A15 >> 78.6 >> 29.49 -1.84 -0.58 27.07 B15 20.50 1. 33 T 10.04 11.37 0.162 1.687 120 78.6 11.3 19.17 A16 << 78.6 << 29. ~)O 0.01 0.00 29.51 A17 19.17 3.75 3.75 0.002 4.352 120 78.6 1.7 19 . 17 A17 << 157.3 << 29. ~;1 0.06 0.00 29.56 A18 19.17 10.00 10.00 0.006 4.352 120 157.3 3.4 19 . 17 A17 >> 78.6 >> 29. ~;1 -1.84 -0.58 27.09 B17 20.50 1. 33 T 10.04 11.37 0.162 1.687 120 78.6 11.3 19.17 A18 << 235.9 << 29.% 0.12 0.00 29.69 A19 19.17 10.00 10.00 0.012 4.352 120 235.9 5.1 19.17 A18 >> 78.6 >> 29.56 -1.84 -0.58 27.15 B18 20.50 1.33 T 10.04 11. 37 0.162 1.687 120 78.6 11. 3 19 . 17 A19 << 283.6 << 29.69 0.17 0.00 29.86 A20 19.17 10.00 10.00 0.017 4.352 120 283.6 6.1 19.17 A19 >> 47.7 >> 29.69 -0.73 -0.58 28.38 B19 20.50 1. 33 T 10.04 11. 37 0.064 1.687 120 47.7 6.8 19.17 A20 << 298.7 << 29.86 0.19 0.00 30.05 A21 19.17 10.00 10.00 0.019 4.352 120 298.7 6.4 19.17 A20 >> 15.1 >> 29.86 -0.09 -0.58 29.19 B20 20.50 1. 33 T 10.04 11. 37 0.008 1.687 120 15.1 2.2 19.17 A21 << 311. 9 << 30.05 0.21 0.00 30.25 A22 19.17 10.00 10.00 0.021 4.352 120 311.9 6.7 19.17 A21 >> 13 .2 >> 30.05 -0.07 -0.58 29.40 B2l 20.50 1. 33 T 10.04 11.37 0.006 1. 687 120 13.2 1.9 19.17 A22 << 323.3 << 30.25 0.22 0.00 30.47 A23 19.17 10.00 10.00 0.022 4.352 120 323.3 7.0 19.17A22 >> 11.4 >> 30.25 -0.05 -0.58 29.62 B22 20.50 1. 33 T 10.04 11.37 0.005 1. 687 120 11. 4 1.6 19.17 A23 << 333.0 << 30.47 0.23 0.00 30.70 A24 19.17 10.00 10.00 0.023 4.352 120 333.0 7.2 19.17 A23 >> 9.7 >> 30.47 -0.04 -0.58 29.86 B23 20.50 1. 33 T 10.04 11. 37 0.003 1. 687 120 9.7 1.4 19.17 A24 << 341.0 << 30.70 0.24 0.00 30.95 A25 19.17 10.00 10.00 0.024 4.352 120 341. 0 7.3 19.17 A24 >> 8.0 >> 30,70 -0.03 -0.58 30.10 B24 20.50 1. 33 T 10.04 11. 37 0.002 1. 687 120 8.0 1.2 19.17 A25 << 347.4 << 30..95 0.25 0.00 31.20 A26 19.17 10.00 10.00 0.025 4.352 120 347.4 7.5 19.17 A25 >> 6.4 >> 30,95 -0.02 -0.58 30.35 B25 20.50 1. 33 T 10.04 11.37 0.002 1. 687 120 6.4 0.9 19.17 A26 << 351. 9 << 31. 20 0.18 0.00 31. 38 A27 19.17 7.00 7.00 0.026 4.352 120 351. 9 7.6 19.17 A26 >> 4.5 >> 31. 20 -0.01 -0.58 30.61 B26 20.50 1.33 T 10.04 11.37 0.001 1.687 120 4,5 0.6 19.17 A27 << 351. 9 << 31. 38 0.08 0.00 31. 45 A28 19.1"7 3.00 3.00 0.026 4.352 120 351.9 7.6 19.17 A28 >> 2.0 >> 31.45 -0.00 -0.58 30.87 B28 20.50 1. 33 T 10.04 11.37 0.000 1. 687 120 2.0 0.3 20.50 BOl >> 7.4 >> 32.66 -0.46 0.00 32.20 001 20.50 94.00 TT 15.37 109.37 0.004 1.452 120 7.4 1.4 20.50 B02 >> 6.7 >> 33.63 -0.39 0.00 33.25 002 20.50 94.00 TT 15.37 109.37 0.004 1. 452 120 6.7 1.3 20.50 B03 >> 6.7 >> 34.63 -0.39 0.00 34.24 003 20.50 94.00 TT 15.37 109.37 0.004 1. 452 120 6.7 1.3 20.50 B04 >> 7.4 >> 35.65 -0.46 0.00 35.19 004 20.50 94.00 TT 15.37 109.37 0.004 1. 452 120 7.4 1.4 20.50 B05 >> 8.7 >> 36.70 -0.62 0.00 36.08 005 20.50 94.00 TT 15.37 109.37 0.006 1. 452 120 8.7 1.7 20.50 B06 >> 10.5 >> 37.79 -0.88 0.00 36.91 006 20.50 94.00 TT 15.37 109.37 0.008 1. 452 120 10.5 2.0 20.50 B07 >> 12.7 >> 38.92 -1.26 0.00 37.67 007 20.50 94,00 TT 15.37 109.37 0.011 1.452 120 12.7 2.4 20.50 B08 >> 15.3 >> 40.12 -1.77 0.00 38.35 008 20.50 94.00 TT 15.37 109.37 0.016 1. 4 52 120 15.3 2.9 20.50 B09 >> 18.2 >> 41.38 -2.44 0.00 38.94 009 20.50 94.00 TT 15.37 109.37 0.022 1. 452 120 18.2 3.5 20.50 BID >> 17.7 >> 42.82 -2.01 0.00 40.81 010 20.50 79.00 TT 15.37 94.37 0.021 1. 452 120 17.7 3.4 20.50 Bll >> 22.1 >> 44.25 -3.02 0.00 41.23 011 20.50 79.00 TT 15.37 94.37 0.032 1. 452 120 22.1 4.3 20.50 B12 >> 26.3 >> 4:,.73 -4.17 0.00 41.55 012 20.50 79.00 TT 15.37 94.37 0.044 1. 452 120 26.3 5.1 20.50 B13 >> 31. 6 >> 47.73 -5.87 0.00 41.86 013 20.50 79.00 TT 15.37 94.37 0.062 1. 452 120 31.6 6.1 20.50 B14 >> 37.0 >> 49.95 -7.85 0.00 42.10014 20.50 79.00 TT 15.37 94.37 0.083 1. 452 120 37.0 7.1 20.50 B15 >> 78.6 >> 27.07 -13.35 0.00 13.72 506 20.50 32.00 T 7.69 39.69 0.336 1. 452 120 78.6 15.2 20.50 B17 >> 78.6 >> 2'7.09 -13.35 0.00 13.74 512 20.50 32.00 T 7.69 39.69 0.336 1. 452 120 78.6 15.2 20.50 B18 >> 78.6 >> 2') .15 -13.34 0.00 13.81 518 20.50 32.00 T 7.69 39.69 0.336 1. 452 120 78.6 15.2 20.50 B19 >> 47.7 >> 28.38 -5.29 0.00 23.09 520 20.50 32.00 T 7.69 39.69 0.133 1. 452 120 47.7 9.2 20.50 B20 >> 15.1 >> 29.19 -1.75 0.00 27.44 019 20.50 95.00 TT 15.37 110.37 0.016 1. 452 120 15.1 2.9 20.50 B21 >> 13.2 >> 29.40 -1.37 0.00 28.03 020 20.50 95.00 TT 15.37 110.37 0.012 1. 452 120 13.2 2.6 20.50 B22 >> 11.4 >> 29.62 -1. 05 0.00 28.58 D2l 20.50 95.00 TT 15.37 110.37 0.009 1. 452 120 11. 4 2.2 20.50 B23 >> 9.7 >> 29.86 -0.77 0.00 29.08 022 20.50 95.00 TT 15.37 110.37 0.007 1. 452 120 9.7 1.9 20.50 B24 >> 8.0 >> 30.10 -0.55 0.00 29.55 023 20.50 95.00 TT 15.37 110.37 0.005 1. 452 120 8.0 1.6 20.50 B25 >> 6.4 >> 30.35 -0.35 0.00 30.00 024 20.50 95.00 TT 15.37 110.37 0.003 1. 452 120 6.4 1.2 20.50 B26 >> 4.5 >> 30.61 -0.19 0.00 30.42 025 20.50 95.00 TT 15.37 110.37 0.002 1. 452 120 4.5 0.9 20.50 B28 >> 2.0 >> 30.87 -0.04 0.00 30.83 026 20.50 95.00 TT 15.37 110.37 0.000 1. 452 120 2.0 0.4 19.17 C01 << 220.5 << 32.74 1.05 0.00 33.79 CO2 19.17 10.00 10.00 0.105 2.727 120 220.5 12.1 19.17 C01 >> 227.9 >> 3,2.74 -1. 33 0.00 31.41 C26 19.17 11. 00 EE 21. 55 32.55 0.041 3.352 120 227.9 8.3 19.17 C01 << 7.4 << 32.74 0.04 -0.58 32.20 DOl 20.50 1. 33 T 7.69 9.02 0.004 1. 452 120 7.4 1.4 19.17 CO2 << 213 .8 << 33.79 0.99 0.00 34.79C03 19.17 10.00 10.00 0.099 2.727 120 213.8 11.7 19.17 CO2 << 6.7 << 33.79 0.03 -0.58 33.25 002 20.50 1. 33 T 7.69 9.02 0.004 1. 4 52 120 6.7 1.3 19.17 C03 << 207.2 << 34.79 0.94 0.00 35.73C04 19.17 10.00 10.00 0.094 2.727 120 207.2 11. 3 Cales By: J. BROWN Checked: 08/25/98 Page: 2 Ser:*310271* Hypercalc Prog~Crow1ey Design Group, (215)-337-7060 Elev. REF. Flow pt Pf Pe pt REF. Elev. F R I C T ION LOS S C A L C U L A T o N S Velocity ft. POINT gpm psi psi psi psi POINT ft. Length Fitting Length Total Pf/ ft Diam C Flow fps 19.17 C03 << 6.7 << 34.79 0.03 -0.58 34.24 D03 20.50 1. 33 T 7.69 9.02 0.004 1. 452 120 6.7 1.3 19.17 C04 << 199.8 << 35.73 0.88 0.00 36.60 C05 19.17 10.00 10.00 0.088 2.727 120 199.8 10.9 19.17 C04 << 7.4 << 35.73 0.04 -0.58 35.19 D04 20.50 1. 33 T 7.69 9.02 0.004 1. 452 120 7,4 1.4 19.17 C05 << 191.1 << 36.60 0.81 0.00 37.41 C06 19.17 10.00 10.00 0.081 2.727 120 191. 1 10.5 19.17 C05 << 8.7 << 36.60 0.05 -0.58 36.08 D05 20.50 1. 33 T 7.69 9.02 0.006 1.452 120 8.7 1.7 19.17 C06 << 180.6 << 37.41 0.73 0.00 38.14 C07 19.17 10.00 10.00 0.073 2.727 120 180.6 9.9 19.17 C06 << 10.5 << 37.0 0.07 -0.58 36.91 D06 20.50 1. 33 T 7.69 9.02 0.008 1. 452 120 10.5 2.0 19.17 C07 << 168.0 << 38.14 0.64 0.00 38.78 C08 19.17 10.00 10.00 0.064 2.727 120 168.0 9.2 19.17 C07 << 12.7 << 38.14 0.10 -0.58 37.67 D07 20.50 1. 33 T 7.69 9.02 0.011 1. 452 120 12.7 2.4 19.17 C08 << 152.7 << 38.78 0.53 0.00 39.32 C09 19.17 10.00 10.00 0.053 2.727 120 152.7 8.4 19.17 C08 << 15.3 << 38.78 0.15 -0.58 38.35 D08 20.50 1.33 T 7.69 9.02 0.016 1. 452 120 15.3 2.9 19.17 C09 << 134.6 << 39.32 1. 88 0.00 41.19 CI0 19.17 25.00 EE 19.47 44.47 0.042 2.727 120 134.6 7.4 19.17 C09 << 18.2 << 39.32 0.20 -0.58 38.94 D09 20.50 1. 33 T 7.69 9.02 0.022 1.452 120 18.2 3.5 19.17 CI0 << 116.9 << 41.19 0.33 0.00 41. 52 C11 19.17 10.00 10.00 0.033 2.727 120 116.9 6.4 19.17 CI0 << 17.7 << 41.19 0.19 -0.58 40.81 DI0 20.50 1. 33 T 7.69 9.02 0.021 1. 452 120 17.7 3.4 19.17 C11 << 94.8 << 41. 52 0.21 0.00 41. 73 C12 19.17 9.50 9.50 0.022 2.727 120 94.8 5.2 19.17 C11 << 22.1 << 41. ~;2 0.29 -0.58 41.23 D11 20.50 1. 33 T 7.69 9.02 0.032 1.452 120 22.1 4.3 19.17 C12 << 68.5 << 41.73 0.14 0.00 41. 88 C13 19.17 11.75 11.75 0.012 2.727 120 68.5 3.8 19.17 C12 << 26.3 << 41.73 0.40 -0.58 41.55 D12 20.50 1. 33 T 7.69 9.02 0.044 1. 452 120 26.3 5.1 19.17 C13 << 37.0 << 41.88 0.05 0.00 41.93 C14 19.17 11. 75 11.75 0.004 2.727 120 37.0 2.0 19.17 C13 << 31. 6 << 41.B8 0.56 -0.58 41.86 D13 20.50 1. 33 T 7.69 9.02 0.062 1. 452 120 31. 6 6.1 19.17 C14 << 37.0 << 41. 93 0.75 -0.58 42.10 D14 20.50 1. 33 T 7.69 9.02 0.083 1. 452 120 37.0 7.1 19.17 C15 << 89.3 << 26.37 0.07 0.00 26.44 C16 19.17 10.00 10.00 0.007 3.352 120 89.3 3.2 19.17 C15 >> 89.3 >> 26. :37 -2.33 -0.58 23.46 D15 20.50 1. 33 T 10.04 11.37 0.205 1.687 120 89.3 12.8 19.17 C16 << 178.7 << 26.44 0.26 0.00 26.70 C17 19.17 10.00 10.00 0.026 3.352 120 178.7 6.5 19.17 Cl6 >> 89.4 >> 26. <14 -2.34 -0.58 23.52 D16 20.50 1. 33 T 10.04 11. 37 0.206 1.687 120 89.4 12.8 19.17 C17 << 268.7 << 26.70 0.56 0.00 27.26 C18 19.17 10.00 10.00 0.056 3.352 120 268.7 9.7 19.17 C17 >> 90.0 >> 26.70 -2.37 -0.58 23.76 D17 20.50 1. 33 T 10.04 11.37 0.208 1. 687 120 90.0 12.9 19.17 C18 << 298.4 << 27.26 0.67 0.00 27.93 C19 19.17 10.00 10.00 0.067 3.352 120 298.4 10.8 19.17 C18 >> 29.6 >> 27.26 -0.30 -0.58 26.38 D18 20.50 1. 33 T 10.04 11.37 0.027 1. 687 120 29.6 4.2 19.17 C19 << 283.3 << 27.93 0.61 0.00 28.54 C20 19.17 10.00 10.00 0.061 3.352 120 283.3 10.3 19.17 C19 << 15.1 << 27.93 0.09 -0.58 27.44 D19 20.50 1. 33 T 10.04 11. 37 0.008 1.687 120 15.1 2.2 19.17 C20 << 270.1 << 28.54 0.56 0.00 29.10 C21 19.17 10.00 10.00 0.056 3.352 120 270.1 9.8 19.17 C20 << 13.2 << 28.54 0.07 -0.58 28.03 D20 20.50 1. 33 T 10.04 11.37 0.006 1.687 120 13.2 1.9 19.17 C21 << 258.6 << 29.10 0.52 0.00 29.62 C22 19.17 10.00 10.00 0.052 3.352 120 258.6 9.4 19.17 C21 << 11. 4 << 29.10 0.05 -0.58 28.58 D21 20.50 1. 33 T 10.04 11.37 0.005 1.687 120 11.4 1.6 19.17 C22 << 248.9 << 29.62 0.48 0.00 30.10 C23 19.17 10.00 10.00 0.048 3.352 120 248.9 9.0 19.17 C22 << 9.7 << 29.62 0.04 -0.58 29.08 D22 20.50 1. 33 T 10.04 11.37 0.003 1.687 120 9.7 1.4 19.17 C23 << 240.9 << 30.10 0.45 0.00 30.56 C24 19.17 10.00 10.00 0.045 3.352 120 240.9 8.7 19.17 C23 << 8.0 << 30.10 0.03 -0.58 29.55 D23 20.50 1. 33 T 10.04 11.37 0.002 1. 687 120 8.0 1.2 19.17 C24 << 234.5 << 30. !,6 0.43 0.00 30.99 C25 19.17 10.00 10.00 0.043 3.352 120 234.5 8.5 19.17 C24 << 6.4 << 30. !,6 0.02 -0.58 30.00 D24 20.50 1. 33 T 10.04 11. 37 0.002 1.687 120 6.4 0.9 19.17 C25 << 230.0 << 30.39 0.42 0.00 31.41 C26 19.17 10.00 10.00 0.042 3.352 120 230.0 8.3 19.17 C25 << 4.5 << 30.39 0.01 -0.58 30.42 D25 20.50 1. 33 T 10.04 11.37 0.001 1.687 120 4.5 0.6 19.17 C26 << 2.0 << 31.41 0.00 -0.58 30.83 026 20.50 1. 33 T 10.04 11.37 0.000 1.687 120 2.0 0.3 20.50 015 >> 89.3 >> 23.46 -8.80 0.00 14,66 SOl 20.50 13.00 T 7.69 20.69 0.425 1.452 120 89.3 17.3 20.50 D16 >> 89.4 >> 23.52 -8.83 0.00 14.70 S07 20.50 13.00 T 7.69 20.69 0.427 1.452 120 89.4 17.3 20.50 D17 >> 90.0 >> 23.76 -8.94 0.00 14.82 S13 20.50 13.00 T 7.69 20.69 0.432 1.452 120 90.0 17.4 20.50 018 >> 29.6 >> 26.38 -3.35 0.00 23.02 S19 20.50 53.00 T 7.69 60.69 0.055 1. 452 120 29.6 5.7 9.00 MOl << 581. 9 << 59.42 0.65 2.17 62.24 M02 4.00 10.00 10.00 0.065 4.352 120 581.9 12.5 4.00 M02 << 581. 9 << 62.24 0.42 0.87 63.52 M03 2.00 2.00 GR 4.38 6.38 0.065 4.352 120 581. 9 12.5 2.00 M03 << 581. 9 << 63.52 2.80 0.87 67.19 M04 0.00 200.00 EETG 78.24 278.24 0.010 6.020 140 581.9 6.5 20.50 SOl >> 60.5 >> 14.66 -2.07 0.00 12.59 502 20.50 10,00 10.00 0.207 1. 452 120 60.5 11. 7 20.50 502 >> 32.8 >> 12.59 -0.67 0.00 11.92 S03 20.50 10.00 10.00 0.067 1.452 120 32.8 6.3 20.50 S03 >> 5.1 >> 11.92 -0.02 0.00 11.90 S04 20.50 10.00 10.00 0.002 1.452 120 5.1 1.0 20.50 S04 << 22.8 << 11. 90 0.34 0.00 12.24 505 20.50 10.00 10.00 0.034 1. 452 120 22.8 4.4 20.50 S05 << 50.4 << 12.24 1. 48 0.00 13.72 S06 20.50 10.00 10.00 0.148 1. 452 120 50.4 9.7 20.50 S07 >> 60.6 >> 14.70 -2.08 0.00 12.62 S08 20.50 10.00 10.00 0.208 1. 452 120 60.6 11. 7 20.50 508 >> 32.9 >> 12.62 -0.67 0.00 11. 95 S09 20.50 10.00 10.00 0.067 1.452 120 32.9 6.4 20.50 509 >> 5.2 >> 11. 95 -0.02 0.00 11. 92 S10 20.50 10.00 10.00 0.002 1. 452 120 5.2 1.0 20.50 S10 << 22.7 << 11.92 0.34 0.00 12.26 Sl1 20.50 10.00 10.00 0.034 1.452 120 22.7 4.4 20.50 Sl1 << 50.4 << 12.26 1. 47 0.00 13.74 S12 20.50 10.00 10.00 0.147 1.452 120 50.4 9.7 20.50 S13 >> 61.1 >> 14.82 -2.11 0.00 12.71 514 20.50 10.00 10.00 0.211 1.452 120 61.1 11.8 20.50 S14 >> 33.3 >> 12.71 -0.69 0.00 12.03 S15 20.50 10.00 10.00 0.069 1. 452 120 33.3 6.4 20.50 S15 >> 5.5 >> 12.03 -0.02 0.00 12.00 S16 20.50 10.00 10.00 0.002 1. 452 120 5.5 1.1 20.50 S16 << 22.5 << 12.00 0.33 0.00 12.34 S17 20.50 10.00 10.00 0.033 1. 452 120 22.5 4.4 20.50 S17 << 50.3 << 12.34 1. 47 0.00 13.81 S18 20.50 10.00 10.00 0.147 1. 452 120 50.3 9.7 20.50 S19 << 9.2 << 23.02 0.06 0.00 23.09 520 20.50 10.00 10.00 0.006 1.452 120 9.2 1.8 Cales By: J. BROWN Checked: 08/25/98 Page: 3 Ser:*310271* Hyperca1c Program by Crowley Design Group, (215)-337-7060 Path Summary Printout for NBC PRODUCTS. INC. - ADDITION Job No:F-1698 08/25/98 System:1 Drawing:FP-1 Path No:1 Remote to Supply Principal path Feeds Path:2 at Pt:A17, path:3 at Pt :A18, Path: 4 at pt :A19, Path:5 at pt :A14 ==============================:================================================================================================ Ref Elev. Pressure (psi) K Flow (gpm) Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Pt. ft. pt pv pn Factor Added Total fps in. Length 8ummary Length Length per. ft Total Psi (ft. ) Press Pt. =============================~================================================================================================= (C~120) C15 19.17 26.37 26.37 -89.3 12.78 1.687 1. 33 T 10.04 11.37 0.205 -2.33 -0.58 (-1.33 )23.46 D15 D15 20.50 23.46 23.46 -89.3 17.25 1. 452 13.00 T 7.69 20.69 0.425 -8.80 14.66 501 501 20.50 14.66 2.00 12.66 8.10 28.8 -60.5 11.68 1. 452 10.00 10.00 0.207 -2.07 12.59 802 802 20.50 12.59 0.92 11.67 8.10 27.7 -32.8 6.34 1. 452 10.00 10.00 0.067 -0.67 11.92 503 503 20.50 11.92 0.27 11.65 8.10 27.7 -5.1 0.99 1.452 10.00 10.00 0.002 -0.02 11.90 504 504 20.50 11. 90 11.90 8.10 27.9 22.8 4.41 1. 452 10.00 10.00 0.034 0.34 12.24 505 805 20.50 12.24 0.64 11. 61 8.10 27.6 50.4 9.74 1.452 10.00 10.00 0.148 1. 48 13.72 506 506 20.50 13.72 1. 55 12.17 8.10 28.3 78.6 15.20 1. 452 32.00 T 7.69 39.69 0.336 13.35 27.07 B15 B15 20.50 27.07 27.07 78.6 11.26 1.687 1. 33 T 10.04 11. 37 0.162 1.84 0.58 ( 1. 33 )29.49 A15 A15 19.17 29.49 29.49 78.6 1. 69 4.352 6.25 6.25 0.002 0.01 29.50 A16 A16 19.17 29.50 29.50 78.6 1. 69 4.352 3.75 3.75 0.002 0.01 29.51 A17 A17 19.17 29.51 29.51 78.6 157.3 3.38 4.352 10.00 10.00 0.006 0.06 29.56 A18 A18 19.17 29.56 29.56 78.6 235.9 5.07 4.352 10.00 10.00 0.012 0.12 29.69 A19 A19 19.17 29.69 29.69 47.7 283.6 6.10 4.352 10.00 10.00 0.017 0.17 29.86 A20 A20 19.17 29.86 29.86 15.1 298.7 6.42 4.352 10.00 10.00 0.019 0.19 30.05 A21 A21 19.17 30.05 30.05 13.2 311.9 6.71 4.352 10.00 10.00 0.021 0.21 30.25 A22 A22 19.17 30.25 30.25 11. 4 323.3 6.95 4.352 10.00 10.00 0.022 0.22 30.47 A23 A23 19.17 30.47 30.47 9.7 333.0 7.16 4.352 10.00 10.00 0.023 0.23 30.70 A24 A24 19.17 30.70 30.70 8.0 341.0 7.34 4.352 10.00 10.00 0.024 0.24 30.95 A25 A25 19.17 30.95 30.95 6.4 347.4 7.47 4.352 10.00 10.00 0.025 0.25 31.20 A26 A26 19.17 31. 20 31.20 4.5 351.9 7.57 4.352 7.00 7.00 0.026 0.18 31. 38 A27 A27 19.17 31. 38 31.38 351.9 7.57 4.352 3.00 3.00 0.026 0.08 31.45 A28 A28 19.17 31.45 31. 45 2.0 354.0 7.61 4.352 12.00 EEEE 58.44 70.44 0.026 1.83 33.28 A01 A01 19.17 33.28 33.28 7.4 361. 4 13 .10 3.352 10.00 10.00 0.096 0.96 34.24 AD2 A02 19.17 34.24 34.24 6.7 368.1 13.35 3.352 10.00 10.00 0.099 0.99 35.23 AD3 A03 19.17 35.23 35.23 6.7 374.8 13.59 3.352 10.00 10.00 0.103 1. 03 36.26 A04 A04 19.17 36.26 36.26 7.4 382.2 13.86 3.352 10.00 10.00 0.107 1. 07 37.33 A05 A05 19.17 37.33 37.33 8.7 390.8 14.17 3.352 10.00 10.00 0.111 1.11 38.44 AD6 A06 19.17 38.44 38.44 10.5 401.3 14.55 3.352 10.00 10.00 0.117 1.17 39.60 A07 A07 19.17 39.60 39.60 12.7 414.0 15.01 3.352 10.00 10.00 0.124 1. 24 40.84 A08 A08 19.17 40.84 40.84 15.3 429.2 15.56 3.352 10.00 10.00 0.132 1. 32 42.16 A09 A09 19.17 42.16 42.16 18.2 447.4 16.22 3.352 10.00 10.00 0.143 1. 43 43.59 AI0 AI0 19.17 43.59 43.59 17.7 465.1 16.86 3.352 10.00 10.00 0.153 1.53 45.12 All All 19.17 45.12 45.12 22 .1 487.1 17.66 3.352 9.50 9.50 0.167 1. 59 46.71 A12 A12 19.17 46.71 46.71 26.3 513.4 18.61 3.352 11.75 11.75 0.184 2.16 48.87 A13 A13 19.17 48.87 48.87 31. 6 545.0 19.76 3.352 11.75 11. 75 0.205 2.41 51.28 A14 A14 19.17 51. 28 51. 28 37.0 581.9 12.52 4.352 28.00 EE 29.22 57.22 0.065 3.72 4.41 (10.17 )59.42 MOl MOl 9.00 59.42 59.42 581. 9 12.52 4.352 10.00 10.00 0.065 0.65 2.17 ( 5.00 )62.24 M02 M02 4.00 62.24 62.24 581. 9 12.52 4.352 2.00 GR 4.38 6.38 0.065 0.42 0.87 ( 2.00 ) 63.52 M03 (C~140) M03 2.00 63.52 63.52 581.9 6.54 6.020 200.00 EETG 78.24 278.24 0.010 2.80 0.87 2.00 ) 67 .19 M04 M04 67.19 Path No:2 Grid Line Fed by path No.1 ============================================================================================================================== Ref Elev. Pressure (psi) K Flow (gpm) Ve10c Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref pt. ft. pt pv pn Factor Added Total fps in. Length Summary Length Length per.ft Total Psi (ft. ) Press pt. ============================================================================================================================== (C~120) Cl6 19.17 26.44 26.44 -89.4 12.80 1.687 1. 33 T 10.04 11. 37 0.206 -2.34 -0.58 (-1. 33 )23.52 D16 D16 20.50 23.52 23.52 -89.4 17.28 1.452 13.00 T 7.69 20.69 0.427 -8.83 14.70 507 507 20.50 14.70 2.01 12.68 8.10 28.8 -60.6 11. 71 1. 452 10.00 10.00 0.208 -2.08 12.62 508 808 20.50 12.62 0.92 11.70 8.10 27.7 -32.9 6.36 1. 452 10.00 10.00 0.067 -0.67 11.95 809 809 20.50 11. 95 0.27 11.68 8.10 27.7 -5.2 1.01 1. 452 10.00 10.00 0.002 -0.02 11.92 510 810 20.50 11.92 11.92 8.10 28.0 22.7 4.40 1.452 10.00 10.00 0.034 0.34 12.26 811 811 20.50 12.26 0.64 11. 63 8.10 27.6 50.4 9.73 1.452 10.00 10.00 0.147 1. 47 13.74 812 812 20.50 13.74 1.55 12.18 8.10 28.3 78.6 15.19 1. 4 52 32.00 T 7.69 39.69 0.336 13.35 27.09 B17 B17 20.50 27.09 27.09 78.6 11.26 1.687 1. 33 T 10.04 11. 37 0.162 1. 84 0.58 ( 1. 33 )29.51 A17 A17 19.17 29.51 Path No:3 Far Main Fed by path No.1 ==========================:==================================================================================================== Ref Elev. Pressure (psi) K Flow (gpm) Veloc Diam. Actual Fitting Fit t ing Total Frict.Loss E1ev. Loss Next Ref Pt. ft. pt Pv Pn Factor Added Total fps in. Length Summary Length Length per.ft Total Psi (ft.) Press pt. ============================================================================================================================== (C=120) Cl7 19.17 26.70 26.70 -90.0 12.89 1. 687 1. 33 T 10.04 11. 37 0.208 -2.37 -0.58 (-1.33 ) 23.76 D17 D17 20.50 23.76 23.76 -90.0 17.40 1. 452 13.00 T 7.69 20.69 0.432 -8.94 14.82 813 513 20.50 14.82 2.04 12.78 8.10 29.0 -61.1 11.80 1. 4 52 10.00 10.00 0.211 -2.11 12.71 814 814 20.50 12.71 0.94 11.78 8.10 27.8 -33.3 6.43 1. 452 10.00 10.00 0.069 -0.69 12.03 515 815 20.50 12.03 0.28 11. 75 8.10 27.8 -5.5 1.07 1. 452 10.00 10.00 0.002 -0.02 12.00 816 816 20.50 12.00 12.00 8.10 28.1 22.5 4.36 1. 452 10.00 10.00 0.033 0.33 12.34 517 817 20.50 12.34 0.63 11.70 8.10 27.7 50.3 9.71 1. 452 10.00 10.00 0.147 1. 47 13.81 818 518 20.50 13.81 1.55 12.25 8.10 28.4 78.6 15.19 1. 4 52 32.00 T 7.69 39.69 0.336 13.34 27.15 B18 B18 20.50 27 .15 27.1= 78.6 11.25 1.687 1. 33 T 10.04 11.37 0.162 1. 84 0.58 ( 1. 33 )29.56 A18 A18 19.17 29.56 Path No:4 Grid Line Fed by path No.1 --~---------~~----------------------------------------- ----"--------------------------~--------------------------------------- ------------------------------------------------------- ---------------------------------------------------------------------- Ref Elev. Pressure (psi) K Flow Igpm) Veloc D am. Actual Fitting Fitting Total Fr ict. Loss Elev. Loss Next Ref Pt. ft. pt Pv Pn Factor Added Total fps n. Length Summary Length Length per. ft Total Psi 1ft.) Press pt. ------------------------------------------------------------------------------------------------------------------------------- ------------------------------------------------------------------------------------------------------------------------------ (C~120) C18 19.17 27.26 27.26 -29.6 4.24 1. 687 1. 33 T 10.04 11. 37 0.027 -0.30 -0.58 (-1. 33 )26.38 D18 018 20.50 26.38 26.38 -29.6 5.72 1. 452 53.00 T 7.69 60.69 0.055 -3,35 23.02 819 819 20.50 23.02 23.02 8.10 38.9 9.2 1. 79 1.452 10.00 10.00 0.006 0.06 23.09 520 S20 20.50 23.09 0.57 22.52 8.10 38.4 47.7 9.21 1. 4 52 32.00 T 7.69 39.69 0.133 5.29 28.38 B19 B19 20.50 28.38 28.38 47.7 6.83 1. 687 1. 33 T 10.04 11.37 0.064 0.73 0.58 ( 1. 33 )29.69 A19 A19 19.17 29.69 Path No:5 Grid Line Fed by path No.1 =============================================================================================================================== Ref Elev. Pressure (psi) K Flow (gpm) Veloc Oiam. Actual Fitting Fitting Total Frict. Loss E1ev. Loss Next Ref pt. ft. pt Pv Pn Factor Added Total fps in. Length Summary Length Length per.ft Total Psi (ft. ) Press Pt. =============================================================================================================================== (C~120) Cl5 19.17 26.37 26.37 89.3 3.24 3.352 10.00 10.00 0.007 0.07 26.44 C16 C16 19.17 26.44 26.44 89.4 178.7 6.48 3.352 10.00 10.00 0.026 0.26 26.70 C17 C17 19.17 26.70 26.70 90.0 268.7 9.74 3.352 10.00 10.00 0.056 0.56 27.26 Cl8 C18 19.17 27.26 27.26 29.6 298.4 10.82 3.352 10.00 10.00 0.067 0.67 27.93 Cl9 Cl9 19.17 27.93 27.93 -15.1 283.3 10.27 3.352 10.00 10.00 0.061 0.61 28.54 C20 C20 19.17 28.54 28.54 -13.2 270.1 9.79 3.352 10.00 10.00 0.056 0.56 29.10 C2l C21 19.17 29.10 29.10 -11.4 258.6 9.38 3.352 10.00 10.00 0.052 0.52 29.62 C22 C22 19.17 29.62 29.62 -9.7 248.9 9.03 3.352 10.00 10.00 0.048 0.48 30.10 C23 C23 19.17 30.10 30.10 -8.0 240.9 8.73 3.352 10.00 10.00 0.045 0.45 30.56 C24 C24 19.17 30.56 30.56 -6.4 234.5 8.50 3.352 10.00 10.00 0.043 0.43 30.99 C25 C25 19.17 30.99 30.99 -4.5 230.0 8.34 3.352 10.00 10.00 0.042 0.42 31.41 C26 C26 19.17 31.41 31.41 -2.0 227.9 8.26 3.352 11.00 EE 21.55 32.55 0.041 1. 33 32.74 C01 C01 19.17 32.74 32.74 -7.4 220.5 12.08 2.727 10.00 10.00 0.105 1.05 33.79 CO2 CO2 19.17 33.79 33.79 -6.7 213 .8 11.72 2.727 10.00 10.00 0.099 0.99 34.79 C03 C03 19.17 34.79 34.79 -6.7 207.2 11.35 2.727 10.00 10.00 0.094 0.94 35.73 C04 C04 19.17 35.73 35.73 -7.4 199.8 10.94 2.727 10.00 10.00 0.088 0.88 36.60 C05 C05 19.17 36.60 36.60 -8.7 191.1 10.47 2.727 10.00 10.00 0.081 0.81 37.41 C06 C06 19.17 37.41 37.41 -10.5 180.6 9.90 2.727 10.00 10.00 0.073 0.73 38.14 C07 C07 19.17 38.14 38.14 -12.7 168.0 9.20 2.727 10.00 10.00 0.064 0.64 38.78 C08 C08 19.17 38.78 38.78 -15.3 152.7 8.37 2.727 10.00 10.00 0.053 0.53 39.32 C09 C09 19.17 39.32 39.32 -18.2 134.6 7.37 2.727 25.00 EE 19.47 44.47 0.042 1. 88 41.19 C10 ClO 19.17 41.19 41.19 -17.7 116.9 6.40 2.727 10.00 10.00 0.033 0.33 41. 52 Cll Cll 19.17 41. 52 41.52 -22.1 94.8 5,19 2.727 9.50 9.50 0.022 0.21 41.73 Cl2 Cl2 19.17 41.73 41.73 -26.3 68.5 3.75 2.727 11.75 11. 75 0.012 0.14 41.88 Cl3 Cl3 19.17 41.88 41. 88 -31.6 37.0 2.03 2.727 11.75 11.75 0.004 0.05 41. 93 Cl4 C14 19.17 41. 93 41.93 37.0 7.14 1. 4 52 1. 33 T 7.69 9.02 0.083 0.75 -0.58 1-1. 33 )42.10 014 D14 20.50 42.10 42.10 37.0 7.14 1.452 79.00 TT 15.37 94.37 0.083 7.85 49.95 B14 B14 20.50 49.95 49.95 37.0 7.14 1. 452 1. 33 T 7.69 9.02 0.083 0.75 0.58 ( 1. 33 }51.28 A14 A14 19.17 51. 28 Cales By: J. BROWN Checked: 08/25/98 Page: 5 8er:*310271* Hypercalc Program by Crowley Design Group, (215)-337-7060 SPRINKLER SYSTEM PLAN REVIEW COMMENTS FOR NBC PRODUCTS ADDITION 1. Provide protection under overhead door. 2. Temperature of heads may vary, depending on proximity to heating equipment. 3. Future office area sprinkler system is not designed to protect the area if used for other purposes. NBCPLAN,DOC