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HomeMy WebLinkAbout5803 NEWTON DR; ; AS990134; Permit1/22/25, 10:54 AM Job Address: Permit Type: Parcel No: Lot#: Reference No.: PC#: Project Title: Applicant: about:blank Fees($) 90 AS990134 Permit Data City of Carlsbad Sprinkler Permit Permit No: AS990134 5803 NEWTON DR Status: ISSUED SPRINK Applied 12/28/1999 2121301700 Approved: 0 Issued: Inspector: GREAT 18 GOLF -SUITE B Add'I Fees ($) 0 Owner: REAL ESTATE 3 LL C 1947 CAMINO VIDA ROBLE #104 CARLSBAD CA Total ($) I Balance ($) ... ·----------·--. ··------··------L--------··-···-· •. ---------. \ so . '"----_ . ___ L ______ ----------------------~ .. 1/1 Carlsbad Fire Department 990451 2560 Orion Way Carlsbad, CA 92008 Fire Prevention (760) 931-2176 Plan Review Requirements Category: Auto. Sprinkler, OH Reviewed by: Date of Report: 0111112000 ------------ Name: Shasta Southwest Address: 345 N. Market Place #B City, State: Escondido CA 92029 Plan Checker: Job#: 990451 ------- Job Name: Great 18 Golf Bldg#: CB994369 ------------------Job Address: 5803 Newton Dr Ste. or Bldg. No. B 18! Approved D Approved Subject to D Incomplete Review FD Job# ------ The item you have submitted for review has been approved. The approval is based on plans, information and/ or specifications provided in your submittal; therefore any changes to these items after this date, including field modifications, must be reviewed by this office to insure continued conformance with applicable codes and standards. Please review carefully all comments attached as failure to comply with instructions in this report can result in ··suspension of permit to construct or install improvements. The item you have submitted for review has been approved subject to the attached conditions. The approval is based on plans, information and/or specifications provided in your submittal. Please review carefully all comments attached, as failure to comply with instructions in this report can result in suspension of permit to construct or install improvements. Please resubmit to this office the necessary plans and / or specifications required to indicate compliance with applicable codes and standards. The item you have submitted for review is incomplete. At this time, this office cannot adequately conduct a review to determine compliance with the applicable codes and / or standards. Please review carefully all comments attached. Please resubmit the necessary plans and / or specifications to this office for review and approval. 1st 990451 2nd FD File# 3rd Other Agency ID s ., L .... M A 1. . • f! .. V :r f:3 IL.ii l::::i, iin1 ::i1,. ·Ii:;'. •ff:; f:::::!• ,Cj 1.::~C ·•::,,,•· SHi\SiA SDUT!iWEST 3~5 Ncdh Market Plate Suite B Em,ndidti Cu 9202<? Design Spec1fications D£?.n:, i ty Dr~sj.gn ArE•a: 0. 100 1500.00 1 2:S ,. 00 psi ;i) 1.t~:i.00 psi ;j) 0 .. 00 qpm jl,r9l+.(i(i qpm 87.65 psi ;i) ,~39" 1 l]pffr + 100.0 gpm Hose @ :El -:::~· -,,£-:~ ':::."5 11=:ii ~'"• :i :::.) .e.::-.,. .. ,f-:,-:i,. ~7" r:.:r-!;::, ::it List of Fitt:i.rn:,J ('ibbn;:vi c:it iecns E;{ample:. "E2TC" --one Std. Elbow, twc, C. I. TEE ' and c,ne ChE-~ck V,"Ec Code:Description Cc,de: Desc:r ipt ic,n Code:Description C~de:Descripticn A . Alarm Ve1 H : Vic 45 0 : V . B . Butt "fl yVci I . Vic tee p : CPVC 90 w . . . . C . Chee~~ Va :.J . Gol Q CPVC TEE X . . D : DryPi peVi.1 K .. Wafer chk R : TEE ON RUN V . Cc•pper Tee . . E . Std. Elbow L : Lc,ngTurnEI s CPVC 45 z : Copper 90 . F 45 Elbc,w M : T .. C. I. TEE . G : Gate Va N : u . CPVC COUP . Cales By: SSW Checked: ______ _ 6/!.7/99 . . GB-20 Large Orifice Extended Coverage light Hazard Recessed Pendent and Pendent :: .. :::ti'..;.:,-..:.:;,·_c ;;~,·-C-.:!:;;-:i ~~;:,J;1Ll1~;r (,.,.· .;·;:,;i· .. • .~s1 l✓ot~l, C;;rir11)r1 /,venue. Lr.~nscia!t.;. ;.:1•::1ri~1\•;-...•;_:iii:: 7~J4-1G t-::·::!'1--i:~,·•T; .. •:·:·· ,, :.:.v;,•~.-.. ·.•-•·:,-.:./X::i.~~,.,:,; :·:-•~;.p-:~,!.: ·•·.;,·~-.~; • • _ • ....-.::-;11,.~;.~.,;,:;·,,.,,,,.,.,;~~~--• -.,_:•••·- The Central Model GB-20 Large Orifice Recessed Pendent and Pendent Automatic Sprinkler is a low cost, aesthetically pleasing unit, specifically designed for Extended Coverage/Light Hazard applications per NFPA 13 1991 Standards. The Model GB-20 Sprinkler incor- porates a specially designed deflector that provides a much greater area of coverage than most commercial sprinklers. A 2-piece recessed escutcheon assembly that provides for%" of field adjustment is available. Tl,e Model GB-20 has a nominal K factor of 7.8, a maximum temperature rating of 200°F/93°C, and a maximum working pressure of 175 psi. The Model GB-20 is available in three standard finishes, brass, chrome plated and white painted. Its mating escutcheon plate is available in three standard finishes, brass plated, chrome plated and white painted with additional special painted finishes available. ~,,,~ ~~r~~ntcals Model: GB-20 Style: Recessed Pendent and Pendent Escutcheon: Model ELO Recessed (2-piece) Note: Only the Model ELD "Recessed" {2-piece) Escutcheon may be used. Substitution of other "recessed" escutcheons may impair the operating sensitivity and distribution pattern. Wrench: Combination Wrench or GB-20 Wrench Orifice Size: 11/32" {13.5 mm) K-Factor: 7.8 (113.10) Nominal Thread Size: ¾" (19.1 mm) N.P.T. Temperature Rating: 155°F/68°C 175°F/79°C 200°F/93°C Approvals: U.L.', U.L.C., M.E.A. 31-2-92-E Maximum Working Pressure: 175 psi Factory Hydro Test: 100% at 500 psi Standard Finishes: Sprinkler: brass, chrome plated Corrosion-Resistant Coatings: (U.L. only) white, black, off- white Escutcheon: brass plated, chrome plated, white painted ~--· •.. ~~l~S~Itti/",,·_· ·.C'.C"· __ ... , .... "· Operation: The glass bulb capsule operating mechanism contains a heat-sensitive liquid that expands upon application of heat. At the rated temperature, the frangible capsule ruptures, thereby releasing the orifice seat The sprinkler then discharges water in a pre-designed spray pattern to control or extinguish the fire. Design Requirements -Extended Coverage Applications For specific listing requirements, see the appropriate lnformatlon conlained In lhls brochure. Coverage Area Maximum Distance Minimum Flow Minimum Pressure (ft. X ft.} Off Wall (gpm) (psi) 16 X 16 8 feet 26 11.1 18 X 18 9 feet 33 17.9 20x 20 10 feet 40 26.3 The Model GB-2O Pendent and Recessed Pendent Sprinklers are U.L. Listed for Extended Coverage applications in Light Hazard Occupancies only. 3.11.0 136.0_ 128.0_ ?2.0 64.0 56.0_ 48.0_ 40.0_ 32.0_ 16,0_ s.o_ 0.(1_ f 'l:'llt ... 4t,., I .. t\t."'r.~ .... "lr'lt'° ....... "\,'r~ I 11,..,._,11,,,j\ .. o\-'11-"'1'1r t ~"'~""°A ... ~Jw.J\i,-,. r .., ...... '°iti.\rA~1,ll,'lr1t~'lt, ,,_.._,..,1\,-,.-,.1\1,~'i,l\> .. ll,..,_llf'llr I l\l-'r"¥11,.., .... .\,'ltJ\oll,-.ia,"l,,11, ....... '\,tl,'l, I 'lt._,41ir~~---°""""'.'1-."a.,,._l\oa,,t1t...,',#tr I t I t l I I I 0 1200 1800 2400 3000 .. :T C• t:~ t•J Lt. ,n b lf.'Ea!• r-= 6./ :l -7.✓99 3600 Pi-E'SSLtC!-.? 1E5.00 t 1. ~5. 00 0 4200 vs;. Fl c,w o.oo 1A94 .00 5851. !:i8 4800 5400 Alternate K factor for Drops and or Ann-overs Starting K ""2-o"' x ·U 7.8 GPM Pipe Size 40 1.087 Total Length Loss Per C-Factor 120 Pt Foot psi®.Head 6.5 0.394 26.298 Alternate K 7.53 Nodes Fitting Equiv. Length 4 Pf Friction Loss 2.564 Drop Length Arm-Over Length 1.5 1 Pe Total Psi Elevation =Pt+Pf-Pe 0.650 28.213 .... , .. '. . . ~U•.~·>~';;t~~~:t::;,✓•~· .• / •• Alternate K factor for Drops and or Arm-overs I Starting K l'f>-X \'8-·1 Nodes 7.8 GPM 33 Total Length 6.5 Alternate K 7.56 Pipe Size 1.087 Loss Per Foot 0.276 C-Factor Fitting Equiv. Length 120 4 Pt Pf psi@Head Friction Loss 17.899 1.796 Drop Length Ann-Over Length 1..5 1 Pe Total Psi Elevation =Pl+Pf-Pe 0.650 19.046 S~mma~y of Spr~~k1~r .Job No: a.ind He•=-~ F1o.....,s NEWTON INDUSTRIES Design density: .1 :;.' .. Supplied flow and pressure ( 12'+• 36 c•Iculations performed by F<ef·. PREBSURF Pt;. Pt Pv Pn 401 29.40 1.20 28.20 ··.::: /... • •• , I ... '.,.' r:-; L. is based on 87.65 psi avail~ble at supply psi is actually available ) velocity pressure method !.-· ··, r-~• 1:::· .r / " , .•. I(:.".\ FLOW Percent Ref. Actual Minimum Excess Pt. :.::.::::::::::-::::::,;;-.:;::::. ::::::::::: 1+0. 0 "'"::., C,! ~:·) • .... ', :t !.-. Cales By: SSW Checked: ______ _ 6/17/99 r"",., ...... ,,,..,.4,r.,r-,,,::-4v ,,.,_ ............. -,_ ,-..,.,.._.,,..,_.,,,.,, L., ,-..., ......... , ...... 'Y"\-·--·~----· r"" F1~~ ~~d Pr~-s~r~ s~mm~ry 3ob No: NEWTON INDUSTRIES Elev. REF, Flow Pt Pf Pe Pt REF. Elev. FR IC TIO N LOSS CAL CUL AT 1 0 NS Velocity ft. POINT gpa psi psi psi psi POINT ft. Length Fitting Length Total Pf/ft Dia■ C Flow fps 12.00 1 >> 48.2 >> 32.51 -l.97 0,00 30.54 2 12.00 12.00 1 << 48.2 << 32,51 I.lb -0.43 33.24 A 13.00 12.00 2 << 5.4 << 30.54 0.02 0.00 30.5b 3 12.00 12.0(} 2 }; 53.b ); 30.54 -1.41 -(i,43 28.69 B 13.(JO 12.0~ 3 (( 57.3 << 30.56 2.52 0,00 33.0B ~ 12.00 :!.:: ":":-: r-::..i..· •' = I..· 13//; ➔Gl ;;-F:5,8 :.:> 2~·,4(i -0,9t, O.G{~ CB.44 ~{)2' 13.00 13.00 401 << 65.6 ({ 29.40 22.82 0143 52.66 b 12.00 l3.00 402 << 14.4 (( 28.44 0.2~ 0.00 28.69 B 13.00 13.DO 403 <C 39.2 (( 26.92 1.76 0.00 28.69 B 13.00 13.(!0 404 >> 27.6 » 29,;() -1.10 0.00 28.60 4(i5 13.00 13,i};') 4;')4 « bi.8 << 29,70 24.11:i 0.43 Slt.27 7 12,0C, 13,00 405 {{ 12.6 << 28.60 0.19 0.00 28.79 C 13.00 13.00 406 (( 39,3 << 27,02 1.77 0,00 28,79 C 13.00 12.01'.l 5 {< 48.2 {< 52.34 0,33 O.,,O 52,66 b 12.00 12.00 5 >> 48.2 >> 52.34 -18.66 -0.43 33.24 A 13.00 12.00 6 (( 1!4.0 << 52.66 t.60 o.oo 54.27 7 12.00 12.00 7 ({ 181.7 {{ 54.27 4.06 0.00 58.33 8 12.00 12.00 B << 239.1 << 58,33 22.29 -b.29 74.32 9 26.50 12.00 8 >> 57.3 >> 58.33 -23.65 -0.43 34.24 D 13.00 26.50 9 << 106.2 << 74.32 0.30 -0.22 74.41 C07 27.00 26.50 9 {( 132.8 {( 74,32 0.39 -0,22 74.50 COB 27.00 27.00 A01 << 14.0 (( 75.06 0.00 0.00 75.06 A02 27,00 27,00 AOI >> 14.0 >> 75.0b -0.03 -0.43 74.60 BO! 28.0Q 27.00 A02 << 28.l << 75.06 0,00 0,00 75.06 A03 27.00 27.00 A02 >> 14.1 >> 75.06 -0,03 -0.43 74,60 B02 28.00 27,00 A03 << 42.4 << 75.06 0.01 0,00 75.07 A04 27.00 27.00 AOl >> 14.3 >> 75.06 -0,03 -0.43 74.60 803 28.00 27.00 A04 << 57.1 << 75.07 0.01 0.00 75.08 A05 27.00 27.00 A04 >> 14,7 >> 75,07 -0.03 -0.43 74.60 804 28.00 27.00 AOS << 72.4 << 75.08 0.01 0.00 75.09 AOb 27.00 27.00 A05 >> 15.3 >> 75.08 -0.03 -0.43 74.61 BOS 28.00 27.00 A06 << 88.7 << 75.09 0.02 0.00 75.11 A07 27.00 27.00 AOb )} 16.3 >> 75,09 -0.03 -0,43 74.62 806 28,00 27.00 A07 ({ 106.2 << 75.ll 0,03 0.00 75.14 A08 27.00 27.00 AO?>> 17.6 >> 75,lt -0.04 -0,43 74.64 B07 28.00 27.00 A08 << 122.9 << 75.14 G.04 0.00 75.18 A09 27.00 27.00 A08 >> 16.7 >> 75,14 -0.04 -0.43 74.67 BOO 28.00 27.00 A09 << 138.5 << 75.18 0.05 0.00 75.22 AlO 27.00 27.00 A09 >> 15,5 >> 75.18 -0,03 -0.43 74.71 D09 28.00 27.00 AIO << 153.3 << 75.22 0.20 0.00 75.42 Al? 27.00 27.00 A10 >> 14.8 >> 75.22 -0,03 -0.43 74.76 B10 28.00 27.00 A11 >> 70.1 >> 75.35 -0,01 0,00 75.34 A12 27,00 27.00 All << 85.8 << 75.35 0.07 0.00 75.42 Al7 27.00 27.00 All >> 15.7 >> 75.35 -0.03 -0,43 74.89 811 28.00 27,00 A12 >> 55.2 >> 75,34 -0.01 0,00 75.33 A13 27.00 27.00 A12 >> 14.8 >> 75,34 -0.03 -0.43 74.88 812 28.00 27,00 A13 >> 41.0 >> 75.33 -0,00 0,00 75.33 A14 27.00 27,00 A13 >> 14.2 >> 75.33 -0,03 -0,43 74,87 813 28.00 27.00 A14 >> 27.2 >> 75.33 -0.00 0,00 75.33 A15 27.00 27,00 Alt>> 13.8 >> 75.33 -0.03 -0,43 74.87 814 28.00 27.00 A15 >> 13.6 >> 75.33 -0.00 0.00 75.33 A16 27.00 --!7.M-A15 » 13.6 » 75.33 -0.--03 -O~lt3 7lt.87 815 28.00 18,0(l T 0.75 T 15.00 0.75 T .·, •:c , '.'. {-..• : 10.00 T 20.0D 70.QO 2T S,00 T 10.0D T 15.0f 101.00 2E2T 15.00 lb,00 45.00 2LT 98.00 2T 7.00 T 3.00 T 10.00 l,00 i J0.00 1,00 T 10.00 1.00 T 10.00 I .00 T 10.00 1.00 T 10.00 I ,00 T 10.00 1.00 T 10.00 1.00 T 10.00 1.00 T 5,00 T 1.00 T 10.00 5.00 T 1.00 T 10.00 1.00. T 10.00 1.00 T 10.00 1.00 T 10.00 ·1;00 T 9.02 27.02 0.073 1.b50 120 48.2 7.2 6.80 7.55 0.154 1.416 120 48,2 9.8 15,000,001 J.650 120 5.4 0.8 6.80 7.55 0,187 1.41b 120 53.6 lO.~ 9.02 25.02 0.101 J.650 120 57.3 6.St 6.80 7.55 D.212 i.4!6 120 ! j ': ' .. : 20.00 0.048 1.4J6 120 25.B 5.2 J3.60 83.60 0.273 1.416 120 65.8 i3.4 6.80 b.80 13.60 6.80 6.80 20,41 23.00 13.bO 22.69 22.69 14.38 14.38 H.38 14.38 14,38 14.38 14.38 14.38 14.38 29.87 14.38 29.87 Jlt.38 14.38 14.38 ]4.80 0.016 1.416 120 14.~ 16.80 0.105 1.416 120 39.2 20.00 0.055 1.416 120 27.6 83.60 0.289 1,416 120 67.8 14.80 0.013 1.416 120 12.6 16.80 0.105 l.4!b 120 39.3 5.b l3.8 2.b 8.(l 15.00 0.022 2.115 120 49.2 4.4 121.41 0.154 1.416 120 48.2 9.B 15.00 O,lOi 2.115 120 114.0 10.4 16.00 0.254 2.115 120 181.7 16,6 i,a.oo o.328 2.221120 239.1 19.6 111.60 0,212 1.41b 120 57,3 11,7 29,690.010 3.340 120 106.2 3.9 25.69 0,015 3,340 120 132.8 4.9 10.00 0.000 4.328 120 14.0 0.3 15,380.002 2.227 120 14.0 1.2 10.00 0.000 4.328 120 28.1 0.6 15.38 0.002 2.227 120 14.l 1,2 10.00 0.0014.328120 42.4 0.9 15.38 0.002 2.227 120 14.3 1.2 10.00 0.001 4.328 120 57.1 1.2 15.38 0.002 2.22; 120 14.7 1.2 10.00 0.001 4.328 120 i2.4 1.6 15.38 0.002 2.227 120 15.3 1.3 10.00 0.002 4.326 120 88.7 1.9 15.38 0.002 2.227 120 16.3 1.3 10.00 0,003 4.328 120 106.2 2.3 15.38 0.003 2.227 120 17.6 1.4 10.00 0.004 4.329 120 122.9 2.7 15,380.002 2.227 120 16.7 1.4 10.00 0,005 4.32B 120 138.5 3.0 JS.38 0.002 2.227 120 15.5 1.3 34,870,006 4,328 120 153.3 3.3 15.38 0.002 2,227 120 14.8 1.2 10.00 0.001 4.328 120 70.1 J.5 3lt,B7 0.002 4.328 120 85,8 1.9 15,380.002 2,227 120 15.7 1.3 10.00 0.001 4.328 120 55.2 1.2 15.38 0,002 2,227 120 llt.B 1.2 10.00 0.000 4.328 120 ~1.0 0.9 15,380.002 2.227 120 14.2 1.2 J0.00 0,000 4,328 120 27.2 0.6 15,380,002 2,227 120 13,B 1.1 10.00 0.000 4.328 120 13.6 0.3 llt.38 • • 15,38 0.002 2.227 120 13~6---1. 1 Cales By: SSW Checked: ______ _ 6/17/99 Flo~ ~~d Pr~~~~r~ s~mm~ry Job No: NEWTON INDUSTRIES Elev. REF. FlDM Pt Pf Pe Pt REF. Elev, FR IC TI a N Lass CAL Cu LAT ID N s Velocity ft. POINT gp• psi psi psi psi POINT ft. Length fitting Length Total Pf/ft Diaa C Flc,w fps 21.00 Alb)) 13.b >) 27.00 Al7 << 239.1 CC 28.00 BOl >> 14.0 )' 75.33 -0.03 -0.43 74.87 816 28.00 75.42 0.25 0.22 75,89 HIR 26.50 74.60 -0.19 0.00 74.4! S05 28.00 22.00 B09 >~· 15.s jj 1~111 -0~49 o.oo 7~.22 D09 2alo0 3.00 BOR ({ 239.1 (,\ 86.21: C· .. 11 1 .. ~;(} 87.65 SOR O~O(i 3.00 BOR ,, 23~.l )} 86.2~ -O.l6-10.2D 75.89 lOR 26.50 28.00 BIO>> 14.8 >> 74.76 -0.45 0.00 74.31 DJO 28.00 28.00 Bl! }) 15.7 >> 74,89 -0.51 0.00 74.38 Ell 28.00 28.00 Bl2 >) 14.2 >> 74.88 -0.45 0.00 74,42 012 28.00 28.00 813 >> 14.2 >> 74.87 -0.42 0,00 74.45 D13 28.00 28.00 BJ4 } , 13,8 » 74.67 -0.40 0.00 74,47 Dl4 28.00 28,00 815 >> 13.b }} 74,87 -0.39 0,00 74,48 DIS 28.00 28.00 Blb >> 13.6 >> 74.87 -0.39 0.00 74.48 D16 28.00 27.00 C01 }) 14.0 >> 74.59 -0.00 0.00 74.59 CO2 27.00 27.00 C01 ({ 14.0 << 74.59 0.03 -0.43 74,19 DOl 28.00 27.00 CO2>> 28.1 }} 74.59 -0,01 0.00 74.58 C03 27.00 27.00 CO2<< 14.1 l( 74.59 0.03 -0.43 74.18 D02 28.00 27,00 C03 » 42.4 )-} 74,58 -0.02 0.00 74.56 C()4 27.00 27.00 C03 « 14.3 (( 74.58 0.03 -0.43 74.18 D03 28.00 27.00 C04 ;,} 57.l >> 74.56 -0.03 0.00 74,53 C05 27.00 27.00 C04 << 14.7 (< 74,56 0.03 -0.43 74,16 D04 28,00 27.00 C05 >> 72,4 >> 74.53 -0.05 0.00 74.48 C06 27.00 27.00 COS {( 15.3 << 74.53 0.03 -0.43 74.13 DOS 28.00 27.00 C06 >> 88.7 >> 74.48 -0.07 0,00 74.41 C07 27,00 27.00 C06 ({ 16.3 « 74.48 0.03 -0.43 74.08 D06 28.00 27.00 C07 <( 17.6 (( 74.41 0,04 -0.43 74.01 D07 28.00 27.00 COB<< 116.l << 74.50 0.12 0.00 74.62 C09 27.00 2i.OO COB<< 16.7 (< 74.50 0,04 -0,43 74.10 DOB 28.00 27.00 C09 (( 100.6 <( 74.62 0.09 0,00 74.71 ClO 27.00 27.00 C09 (( 15.5 << 74.62 0.03 -0,43 74.22 D09 28,00 27,00 C10 {( 85.8 (( 74.71 0.07 0.00 74.78 C11 27.00 27.00 ClO << 14.B << 74.71 0.03 -0.43 74.31 D10 28,00 27.00 Cll << 70,1 << 74.78 0,05 0,00 74.83 C12 27.00 27.00 Cit << 15,7 << 74.78 0.03 -0.43 74.38 Dll 28,00 27.00 Cl2 (( 55,2 << 74.83 0,03 0.00 74,86 C13 27.00 27.00 C12 << 14,B {( 74.83 0.03 -0.43 74,42 012 28.00 27.00 C13 << 41.0 << 74,86 0.02 0.00 74.88 C14 27.00 27.00 Cl3 << 14,2 << 74.86 0,03 -0.43 74.45 D13 28.00 27.00 C14 << 27.2 << 74.88 0.01 0.00 74.B9 C15 27.00 27.00 Cl4 << 13.S << 74,88 0.03 -0.43 74,47 Dl\ 28,00 27.00 C15 << 13,6 << 74.89 0,00 0.00 74,89 C16 27.00 27,00 C15 << 13,6 << 74,89 0.03 -0.43 74,48 DlS 28.00 27,00 Cl6 << 13.6 << 74.89 0.03 -0.43 74.48 D16 28.00 28.00 DOI {( 14.0 << 74.19 0,15 0.00 74,34 S01 28.00 28.00 002 << 14,1 << 74.18 0.16 0.00 74.34 S06 ES.00 28.00 D03 << 14.3 << 74,1B 0.16 0.00 74.34 S11 28,00 28.00 SOl «--14.0« '14,34 0.02 0.00 ·74.36 S02 2'8.00 1.00 T 118.00 L 94.00 T 94.00 T ~-4.(ii) 1 2l1'/ ,l}ll TT 209 .oo n 130,00 3LT2G 26.00 L TB 209.00 TT 209.00 TT 209,00 TT 209.00 TT 209.00 TT 209.00 TT 209.00 TT 10.00 1.00 T 10.00 1.00 T 10.00 1.00 T 10.00 1. 00 T 10.00 1.00 T 10.00 1.00 T 1.00 l 10.00 1.00 T 10.00 1.00 T 10.00 1.00 T 10,00 LOOT 10.00 1.00 T 10.00 1.00 T 10.00 1.00 T 10.00 J.00 T 1.00 T 75.00 T 75.00 T 75.00 T 10.00 14,33 llt.38 15.38 0.002 2.227 120 13.b 129.72 0,002 b.403 120 239.1 108.38 0.002 2.227 12D 14,0 5&.00 82.00 0.002 6.403 120 231.1 28.76 237.76 0.002 2.227 i20 14.9 28.76 237.76 0,002 2.227 120 15.7 28.7b 237.76 0.002 2.227 120 14.8 28.76 237.76 0.002 2.227 120 14.2 28.76 237.76 0.002 2.22'} 120 13.9 28.76 237.76 0.002 2.227 120 13.6 28.7b 237.76 0.002 2.227 120 13,6 10.00 0.000 3,340 120 14.0 14.38 15.38 0.002 2.227 120 14.0 l0.00 0.0013.340120 28.l 14.38 15.38 0.002 2.227 120 14.1 10.00 0.002 3.340 120 ~2.q 14.38 15.38 0.002 2.227 120 14.3 10.00 0.003 3.3~0 120 5?.1 14.38 15.38 0.002 2.227 120 14.7 l0.00 0.005 3,340 120 72.4 14.38 15.38 0.002 2.227 120 15.3 10.00 0.007 3.340 120 88.7 14.38 !5.38 0.002 2.227 120 lb.3 14.38 15.38 0.003 2,227 120 17.6 10.00 0.012 3.340 120 116.J 14.38 15.38 0.002 2,227 120 16.7 10.00 0.009 3.340 120 100.6 14.38 J5.3B 0.002 2,227 120 15,5 10.00 0.007 3.340 120 85.8 14.38 15.38 0.002 2.227 120 14.8 10.00 0.005 3.340 120 70.l 14.38 15.38 0.002 2,227 120 15.7 10~00 0.003 3.340 120 55.2 14.38 15.38 0.002 2,227 12{) 14.8 10.00 0.002 3.340 120 41.0 14.38 15.38 0.002 2,227 120 14.2 10.00 0.001 3.340 120 27.2 14.38 15.38 0.002 2,227 120 13.8 10,000.000 3,340 120 13.6 14,38 15.38 0.002 2,227 120 13,6 14.38 15,3B 0,002 2,227 120 13,6 14.38 89.38 0,002 2,227 120 14,0 14.38 89,380.002 2,227 120 14.1 14.38 ff.38 0.002 2,227 120 14.3 10.00 0;002·2.227 120 14.0 Cales By: SSW Checked: ______ _ 6/17/99 . ~, 1.1 l.2 1. 2 I ,. 1, C J. 3 '.J • ... 4 j ,2 1.3 1.2 1.2 1.1 l , 1 l.J 0.5 1.2 l,(l 1.2 LS 1.2 2.1 1.2 2.6 1.3 3.2 1.3 l.4 4.2 1. ~ 3.7 1.3 3.1 1.2 2.b 1.3 2,0 1.2 1.5 1.2 1.0 1 , 1 0.5 1, l 1.1 J.2 1.2 1.2 1.2 ........ F 1 Cr~ .artc:I Pr e-s s-1...t r Ei!' S IL.l. mm .a. r y .•·: .. .lob No: NEWTON INDUSTRIES Elev. REF, Flow Pt Pf Pe Pt REF. Elev. F R I C T I 0 N L 0 s s C " L C u L " T I 0 N s Velocity ft. POINT gp• psi psi psi psi POINT ft. Length Fitting length Toh I Pf/ft Diaa C Flow fps 28.00 502 {( 14.0 (( 74.36 0.02 0.00 74.38 S03 28.00 10.00 10.00 0.002 2.227 120 14.0 l.2 28.(!0 S{)3 (( 14.0 {( 74.38 0.02 0.00 74.39 SM 28.00 l0.00 l0,00 0.002 2,227 120 14.0 i.2 28.00 504 « 14.0 « 74.39 0.02 0.00 74.41 505 28.00 10.00 10.00 0.002 2.227 120 14.0 l.2 28. (H) 506 {{ ,. 1 .1.'11. {( 74. 34 0.02 0.00 74.36 S(l7 28.00 10.00 l(f.00 0.002 2.227 120 14.l l.2 2B,00 507 (< J:,.j < 1: 7·L36 0.02 0.00 i4138 S08 28r00 1 o. c~o l(i, 00 0.(>02 ':l """ L .. ~C/ i20 !4. 1 l. 2 2t:. CD ,..._ .. ,t",. •:,i. 14 .1 < ( 74. 2B V.02 0:(:1{} 7~ ,39 S09 2:3~0tt 10.00 lDLO(i (.1.002 2.227 120 i 4 ~ l J.2 ;;.l)C· C8JiC• .... .r,r; j',l"J ( ( 14. l ,,, .. 74.3't 0.02 (i.00 74.41 SlO 28.i);) rn. r,o 1 !), (H) {;,(;02 i:~ "'.;'? l"LL I 120 l~.1 } c2 2T.Ofi ~• I c._r, 14. 3 {( 74.34 0.02 0"00 74 I 35 Sl" 28.1)C· i(J.00 J(}.{iO 0.(!(!2 •. ~~'1 120 14.3 l-E :,J' ''-i:.r:.c, 2;3.(l(j ,., ~ ., J!C << 14 :i 3 (( 74. 3:, 0102 0.00 74~37 '"., ~J.,J 28.00 }(:. {!0 i0.00 o.nv2 2.227 120 i4.3 . .., ! ,C .... _. l·,;"; Si3 ( ( l~. 3 < < 74.37 o,oc: l?. -0(~ 7~.39 514 28.(i(i !0.00 lG,00 0.002 2.227 120 i 4, ~: ~ LL'i\•'.J ••L 28 = (H) Si4 (( H.3 {( '1~ '20 I , IV: D.02 0.00 74 .. 41 515 28.(;(} 10.00 10.(H) f},002 2.227 12G 1:}.3 l.2 Calc:s By: SSW Chec:ked: _______ 6/17/99 "'••• • •• V ~ .. ,.-,,,-,,e-.. ..... ''• •••• -~• • • • , •••• ..... ,._, -• ~•• •--•••• "• • ,-.••• •'" , , Mfl, , T"'\-,__: •~ ••-~-- '" .,.,~;~;:.:,~y~:;~~,~:N~:~./~: ·c ;, ... , --·•~i~.:, ·i· COl<<<<D01<<<<SOl<<<<S02<<<<S03C<<<S04<<<<S05<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<BOl<<<<A01 11i.o 14.o 14.v 14.o 14.o 14.o 14.o 14.0 V 14.0 28. ! 14.3 14.3 14.3 V 42,4 V 14.3 14.0 c.'a.1 14.3 l4.3 14.3 ,-. COl(<<<D04(C(((C(C<<<<CC<<<<<<<<C(((CC(((((((((((((((((CC((C((((((((((((CC<(((((((C(C(((CC(C(((((((((((CCC((((CCB04<<<<AD4 14.7 V 57.1 14.7 14.7 " !i7. I ,. V C05<<<<DOS<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<B05((((A05 JS.3 J5.3 15.3 V 72.4 ,. V C06{(((00b<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<(B0-6((<<A06 16.3 16.3 16.3 V 88.7 89.7 V C07<<<<D07<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<({({<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<B07<<<<A07 ~ 17.6 17.6 li.b ~ : · • • . '2." dll -n fJe,..J M4'2,1,, ., ---:);::-106.2 cos«< rnoa« < (,«< < < < ( ( w < < < < <«< «<«« < < «««««,: « < ««<«« « < < < «w w <««<«< <«<«<.<« < « <«<<•:(«<<Boa< «(Aoa 16.7 16.7 16.7 A A 116.1 122.9 ,. C09(<<<D09<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<B09((((A09 15,5 15.S 15.5 A A 100,h 138,5 A A C10<<<<D10<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<B10<<<<Al0 14.8 14,8 14.8 A 85.8 ,. " 153.3 " 1117==== V ss.s V ' . Flow Diagraa for NEWTON INDUSTRIES Cl!(((CDll(((((((((((((((((((((((((((((((C((((((C(C((CC((((((((((((((((((((((((((((((C(C((((((((((((((((((((((((Bll(C((All 15.7 15.7 15.7 70. J ·,::::: 55.2 V V cc r; J .. J, C 14.2 ii,,2 V 41.0 4 l. 0 V Cl4((((D14((((((((((((({(((<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<(B14((((Af4 13,8 13.8 13.8 27.2 V 27.2 V El5(CC(Dl5((((((((((((((((((C((((C(C(((((((((CC(((((C(((((((((((C(C((C(((((((C((((((((((CCC((((C((((((((((((((C(B15((((Al5 13.6 13,6 13,6 13.6 V 13.6 V C16CCC(Dl6C(((C(((((((((C((((((((C(((((((((((((((((((((((((((((((((((((C((C((((((((((((((((((((((((((((((((C((((Bl6((((A16 13.6 13.6 13.6 Path Summary Printout for NEWTON INDUSTRIES .Job -No: 6/17/99 -te-:..:,,.· _System: P~th N~=1 R~m~t~ to s~pp1y Principal path Feeds Path:2 at Pt:A02, Path:3 at Pt:A03, Path:4 at Pt:A17 iief Elev. Pressure (psi) K Flo11 (gpm} Velc,c Diam. Actual Fitting Fitting T{,tal Frict.Lc,ss Elev. Lc•~-s Hext Ref Pt, ft. Pt Pv Pn Factor Added Total fps in. L~ngth Summary length Length per.ft Total Psi (ft.I Press Pt. CC1 :. / 1 t,•t) ?4.57 ;;,57 .. •;,ll} 1: i::r 2: 227 1. (H) T Uil 28.vO 74.19 ...... ,.. ;'4, 1 ·1 '• A l.15 2 .227 75. r);j T l °1. \i SOl 28,()0 74.34 74.3;'t 14,{} 1.15 2.227 10.no S02 2ft 00 74 .36 74 .3-~ 14. G' 1,152.227 10.00 503 28,00 74.38 74.38 14.0 1.15 2.227 10.00 504 28.00 74.3'1 74.39 14.0 1.15 2,227 10.0(l S(l5 28.00 74.41 'i4,4l 14.(1 J. 15 2,227 94. 00 T 801 28.00 7~.60 74.bO 14.0 1.15 2.227 1.00 T Af,l 27.00 75.0b 75,06 14.0 0.31 4,328 10.00 A02 27.00 75.06 75.06 14.l 28.l 0.61 4.328 10.00 t\03 27.00 75.0b 75,(lb l4,3 42.4 0,92 4.328 10.00 1104 27.00 75.07 75.07 14.7 57.1 1.24 4,328 10.00 1105 27 .oo 75. (18 75.08 15,3 72.4 1.57 4.328 10.00 A06 27.00 75.09 75.09 16.3 88.7 1,.,3 4,329 10.00 A07 27. 00 75. l1 75.11 17,6 106.2 2.31 4.328 10.00 AOB 27.00 75, 14 75.14 16.7 122.9 2,674,329 10.00 A09 27.00 75.18 75.18 15.S 139.5 3.01 4.328 10.00 AlO 27,00 75,22 75,22 14,8 153.3 3.33 4,328 5.00 T Al? 27.00 75.42 75.4!! / TOR 26.50 75.89 75.89 85.8 239.1 2.38 6.403 118.00 L 239.1 2.38 6.403 26.00 LT6 14,38 14.33 l4.3B 29.87 11.72 56.00 ff::120) ,c· r:-n r, ;,.1~r, 0.03 l .._; ~ ,:_, J ~,_/ I \JVC. 89.38 (}.i}(:12 ll .. !:3 l0.00 0.002 0.(12 10.00 (.002 O~n2 10.(i(! 0.002 0,02 1(1,(!!) 0.002 0.02 108,38 0.002 0.19 15.38 0.002 0.03 10.00 0.000 0.00 10.00 0.000 0.00 10,00 0.001 0.01 l0.00 0.001 O.Ol 10.00 0.001 0.01 10.00 0.002 0.02 I0.00 0.003 0.03 10.00 0,004 O.M 10.00 0.005 0.05 34.87 0,006 0.20 129.72 0,002 0.25 82.00 0.002 0.16 (C=JSO l ,. J.:; (-!. GO !"°1','. i!" i.!~ . .-l -..... , . ~ .. "\ {f'l,;."; 74.34 SOl 74.31: 5(!2 7~.38 S03 74,39 SOl~ 74.41 S05 74.60 B(ll 0.43 ( 1.00 )75.0b AO! 75.06 ~OE 75.0b M3 75.07 A04 75.08 AOS 75.09 A06 75, ll A07 75.14 AOS 75.18 A09 75,22 1110 ?5.42 Al7 0.22 ( 0.50 )75,89 TOR 10.20 (23.50 186.24 BOR BOR 3.00 96.24 86.24 239.1 1.53 7.980 130.00 3LT26 120.11 250.11 0.000 0.11 1.30 ( 3.00 )87.65 SOR SOR 87.65 AA."i/1-•• •. P~th N~:2 Gr~ci L~~~ Fed by path Ho.1 Ref Elev. Pressure ipsil K Flow igp•l Velot Dias. 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 ift.i Press Pt. IC:120) CO2 27,00 74.59 i4,59 14.l 1.16 2,227 J.00 T 14,38 15.38 0.002 0.03 -0.43 (-1.00 )74.18 D02 D02 28.00 74.18 74.18 14.1 1.16 2,227 75,00 T 14 .38 89 ,38 0,002 0.16 74 ,34 S06 S06 ZB.00 74.34 74.34 14.1 1.16 2.227 10.00 10.00 0.002 0.02 74.36 so; SO? 28,00 74.36 74.36 14,1 1.16 2.227 10.00 10,00 0.002 0,02 74,38 S08 508 28.00 74.38 74.39 14,1 1.16 2,227 10.00 10.00 0.002 0.02 74.39 S09 S09 28.00 74.39 74.39 14, 1 1.16 2.227 10.00 10,000,002 0.02 74.41 S10 510 28.00 74.41 74.41 14,1 1.16 2,227 94.00 T 14,38 108,380.002 0.19 74.60 802 802 28.00 14.60 74.60 14.1 1.16 2.227 1.00 T 14.38 15,380,002 0.03 0,43 ( 1,00 )75.06 A02 A02 27,00 75.06 AAA"AA AAAlu\ Cales By:SSW Checked By: _______ _ Path Summary Pri;._tout. for NEWTON INDUSTRIES ····J'c,b No= • • •'i;'.·.1-•• 6/17/99 ·-• System: Drawing: ' P~th No:3 Gr~d L~~~ Fed by path No.J Ref Elev. Pressure !psil K Flriw lqp1) VeJc,c Iliali!, Actual Fitting Fitting Total Frirt.Lr,ss Elev. lo~s Next Ref Pt. ft. Pt Pv Pn Factc,r Addeo Total fps in. Length Suuary Length length per. ft Total Psi {ft. i Pi-r,ss Pt. E03 2B J;(i 74. bO P,(i3 27.00 75.06 F• c:?i t 1··11 Fed by path No.1 74.34 74.35 74.37 74.39 74.41 74,60 ....... «=• = £ .... Fel.'ds Path:9 at Pt:9 1~.3 1.17 2.227 li;.3 •• 'l l't,.., 14,3 F·a11.·r i. 17 2.227 l. 17 2.f27 1.17 2.227 1. 17 2.227 ,...,...,:::11. i. ·r1 4 r,.r1 'T l, VV I 10.fJO 94.DO T 14.38 14,38 74.37 S13 10.00 0.002 0.02 10.00 ,),i}02 iJ,02 7!t.4i SJ5 108.38 0.002 0.19 74.Ml P.03 15.38 0.002 0.03 0.43 ( 1.00 175.06 AD3 =:~:::::::============~========:======:::::=====================:;=====~================;========~=====;===============-====-- Ref Elev. Pressure (psi) K Flow !gp11) Vehc Dia11. Actual Fitting Fitting To-tal Frict,Lriss Elev. Loss Next Ref Pt. ft. Pt Pv Pn Factc,r Added Total fps in. length Su111ary Length Length per.ft Trital Psi (ft.i Press Pt. ==========================~==:===~===========================:=============================================================-- (C=l20l CO! 27,00 74.59 74,59 -14.0 0.51 3,340 10.00 10.00 0.000 -0.00 74.59 CO2 CO2 27.00 74.59 74.59 -14.1 -28.1 1.03 3.340 10.00 10.00 0.001 -0.01 7C;.58 C03 C03 27.00 74.58 74.58 -14,3 -42.4 1.55 3.340 10.00 10.00 0.002 -0.02 74.56 C04 co~ 21.00 7~.56 74.5b -1lt.7 -57.1 2.09 3.340 10.00 10.00 0.003 -0.03 7:+.53 cos cos 27.00 74.53 74.53 -15.3 -72.4 2.64 3.340 10.00 10.00 0.005 -0.05 74.48 C06 C06 27.00 74.48 74.48 -tb.3 -ea.7 3.24 3.340 10,00 10.00 0.007 -0.07 74.41 co; C07 27.00 74.41 74.41 -li,6 -106.2 3,883.340 7.00 T 22,69 29.69 0.010 -0.30 0.22 ( 0.50 }74.32 9 9 2b.50 74.32 74.32 239.1 132.8 4.85 3.340 3.00 T 22.69 25.b? 0.015 0.39 -0.22 {-0.50 }74.50 coa COS 27.00 74.SO 74.50 -16.7 116.1 4.24 3.340 10.00 10.00 0.012 0.12 74.62 C09 C09 27.00 74.62 74.62 -15,5 100.b 3.67 3.340 10.00 10.00 0.009 0.09 74.71 CJO CIO 27.uO 74.71 74.71 -14.8 85.8 3.13 3.340 10.00 10.00 0.007 0.07 74.7H Cll CH 27.00 74. 7B 74.78 -15.7 70.1 2.5b 3.340 10.00 10.00 0,005 0.05 74.83 Cl2 C12 27.00 74,83 74.83 -a.a 55.2 2.02 3.340 10.00 10.00 0.003 0,03 74.86 C13 C13 27.00 74.86 74.86 -14.2 41.0 1.50 3.340 10.00 10.00 0.002 0,02 74.08 C14 Cl'+ 27.00 74.88 74.88 -13.8 27.2 0.99 3,340 10.00 10,00 0.001 0,01 74.89 C15 C!S 27.00 74.89 74.89 -13,b 13,6 o.so 3,340 10.00 10,00 0.000 0.00 74,89 Clb Clb 27,00 711,8'1 74,89 13.6 1.12 2.227 1.00 T 111.38 15.38 0.002 0,03 -0,43 (-1.00 174,4B DH, D16 28,00 74.48 74.48 13.6 1.12 2.227 209.00 TT 28.76 237.76 0.002 0.39 74.87 Blb Bl6 28.00 74.87 74.87 13.6 1. 12 2.227 1.00 T 14,38 15.38 0.002 0,03 0,43 C 1.00 )75,33 A16 ,U6 27.()0 75.33 75.33 13.6 0.30 4,328 10.00 10.00 0.000 o.oo 75.33 A15 AJS 27.00 75,33 75.33 13.6 27.2 0.59 4.328 10.00 10.00 0.000 o.oo 75.33 AJ4 A14 27.00 75.33 75.33 13.B 41.0 0.89 4,328 10.00 10.00 0.000 o.oo 75.33 All A13 27.00 75.33 75.33 !ft.2 55.2 J.20 4.328 10.00 10.00 0.001 0.01 75.34 A12 A12 27.00 75.3ft 75.~ 14.B 70.1 1.52 \,3Z8 10.00 10.00 0.001 0.01 75.35 AU AU 27,00 75.35 75.35 15,7 es.a 1.87 4,328 5.00 T 29.87 31t.87 0.002 0.07 75.42 AJ7 A17 27.00 75,lt2 AA.AAA.A AAA.AA --·--,. ____________ ----.. Cales By:SSW Checked By: ______ _ ••-...... r-,,~ .. •• ,. .. •n -·• • "I. Yo\ • - ' , ) ; ~~!• j } J.J.JI\", ;J ~ , " ~ ; ",, iV ~l • ••~ ~-.t~ ,;-1 \-;,:{ ,JI..;~ <ift,'5';< ;A'I"'., • 1 ~ i; r "'.,.~;,i ,,.;;,;\~.-..\l' _:Fath:\Sµ(llmary Pr:-intc,u' ... -N~WT?N;;;·IND!JS[B~J~S _ "·; __ "~J C•b +~o -~;~'"tr:"'.'""'7' • ';!"~ . -, 6/ l_V:{:-9~ :O:IJif' l'lt '' Syst~,---.. _ '.~.~ /~ '·~ ··.,j{ f:/e'.''/:,. ,, '; P-t~ N~:5 Gr~d L~~~ Fed by path No.7 =======================================================================================--==--==--==---=--==---=--------------- Ref Elev. Pt. ft. Pre!csure (psi) K Flow Pt F ,' Pn Fac!,,r Added (gpm) \/elc,c Dialli. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Tutal fps in, length Sutm,ry length length per.ft Total Psi ift,) Press PL =============-===-=======-==-===~==============-·=========-=========================-===-===--==--==-------=------------------- ~,,. "'l ,:. j • .c. w= ... 1::::::1. .. ti:; M ·-'i;· r,,.~ c), ~ ,1::'.::·,. Fed by path Ne,. 8 25.2 ~.97 1.416 10.00 T 16.80 0.1C5 l.76 T LC-, C -f' ------------------------------------------------------------------------------------------------------------------------------- Ref Elev. Pt. ft. Pressun, ipsil K Flow Pt Pv Pn Factor Added lgp~) Veloc Diam. Actual Fitting Fitting Total Frict.loss Elev. loss Next Ref Tc,tal fps in. Length Summary length length per.ft Total Psi (ft.) Press Pt. 406 13.00 27.02 C 13.00 28.79 27.02 7.56 39.3 39.3 7.98 1.416 10.00 T (C=J20J 6.80 16.80 0.105 1.77 28. 79 C -"'-1-i.-\A.-.A P.a t: &--71 f'-IC• : 7 Fed by path No.9 Feeds Path:5 at Pt:B ================================================================================-===-===-==--==---=--=------------------------ Ref El11v. Pt. ft. Pressure (psi) K Flow Pt Fv Pn Factor Added (gptl Velor Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Summary Length Length per.ft Total Psi ift.l Press Pt. ================================================================================-===-==--==---=---=--=----=------------------- B 13.00 28.69 28.69 402 13.00 28.44 28.44 7.53 401 13.00 29.40 1.2(1 28.20 7.53 6 12.00 52.bb AAAAA F".st t t, f',lc, : B Fed by path No.9 Feeds Path:6 at Pt:C -14.4 2.92 1.416 8.00 T 40.2 25.8 5.24 1.416 20.00 40.0 65.8 13.36 1.416 70.00 2T .-.AA.AAA b.80 13.60 (C=120l 14.80 0.016 -0.24 20.00 0.048 0.96 83.60 0.273 22.82 28 .44 402 29.40 401 0.43 f 1.00 l52.66 b Ref Elev. Pt. ft. Pressure (psi) K Flow Pt Pv Pn Factor Added (gp1l Veloc Dia,. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in, Length Su11ary Length L11ngth per.ft Total Psi (ft.) Pr11ss Pt. C 13.00 28.79 28.79 -12,6 2.57 1.416 405 13.00 28.60 28.60 7,53 110.3 27.6 5.62 1.416 404 13.00 29,70 1,28 2B.42 7.53 ltO.I 67.B 13.77 1.416 7 12.00 54.27 AAA.AAA AAA.AA Cales By:SSW IC=l201 8.00 T 6.80 14.80 0.013 -0.19 20.00 20.00 0.055 1.10 70,00 2T 13.60 83.60 0.289 211.14 Chec:ked By: ______ _ 28.60 29.70 0.43 I 1.00 154.27 405 404 7 I \ Path Summary Printout for NEWTON INDUSTRIES 3ob No: 6/17/99 System: Drawing: Pa. t f·11 1'-lc:• : 9 Fed by path No.4 Feeds Path:7 at Pt:6 , Path:8 at Pt:7 , Path:11 at Pt:8 Ref Elev. Pt. f 1. Pressure (psi) K Fl&i! Pt Pv Pn FactDr Added ·•MO ,• r-.1 •· .:.' ~-, -. C C • ~-7 l ~ ~-."; ":.:, C: ~ l.i...t'-·'.t ,._,i...,..:i; B 12.00 58.:B 9 26,50 74.32 r c, : ,-, ~ ,._ ..... ' '"'.·'"• Ct JC i 1! 1 ~2 .6,S 54.27 59.33 F.:• .._:-,'::11. ·t:: h t,.,J <=• =: :1. ,c; Fed by path lfo .11 67.B 57,3 RE'f Elev. Pt. ft. Pressure lpsil K Flow Pt Pv Pn Factor Added (qpml Veloc Diam. Actual Fitting Fitting Total Friel.Loss Elev. Loss Neat Ref Total fps in. Length Sua1ary Length Length per.ft Total Psi lft,l Press Pt. 46,2 4,39 2.]]5 15,00 181.i 16.55 2.115 239.1 19.61 2,227 45.00 2LT 23.f)i) 15.00 D.107 1.60 16.00 0.254 4.ii6 68.00 0.323 22.29 -6.29 i-14.5 58.33 8 J7~j32 9 (gpal Veloc Diam. Actual Fitting Fitting Total Frict,Loss Elev. loss Next Ref Total fps in, Length Suaaary Length Length per.ft Total Psi (ft,} Press Pt. -----·----------------------------------------------------------------, ------------------------------------------------------- C l:U!O 28.7'1 23.'79 3 12,00 30.56 F• ..3. ·t; t""l H''·,1 C:• ::: :1. 1. Fed by path No.9 Feeds Path:10 at Pt:3 Ref Eiev. Pt. ft. Pressure ipsi} K Flow Pt Pv Pn Factor ~dded 2 12.00 30.54 30.54 3 12.0C 30.5b 30.56 51.9 4 12.00 33.08 33.08 D 13.00 34.24 34.24 8 12.00 58.33 l'\A1'>.A IC:ol20) 51.9 10.55 1,416 0.75 T 6.80 7,55 0.176 1.33 0.43 l 1,00 )30,56 J (gpal Velor Dia•. Actual Fitting Fitting TDtal Frirt.loss Elev. Loss Next Ref fota l fps in. Length Sull!lary length Length per. ft fota 1 Psi (ft. i Press Pt.. iC=l20l 5.4 O. Bl 1.650 15.00 15.00 0.001 0,02 30.56 3 57.3 8.58 1,650 16,00 T 9,02 25.02 0, 101 2.52 33,0B 4 57.3 11.65 1.416 0.75 T 6,80 7.55 0,2.12 l.60 -0.43 (-1.00 )34.24 D 57.3 11.65 1.416 98.00 2T 13.60 111.60 0.212 23.65 0.43 ( 1.00 }58.33 B AA~AAII. Cales By:SSW Checked By: ______ _ ,....·~•-.... '"",,. • ~--•~C"" v 1 •· ........ N, -... , ·-r·••M• --·-· ..• ___ t .. _ I""'___ .. -~ -