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HomeMy WebLinkAbout2235 PALOMAR AIRPORT RD; ; AS010021; Permit6/2/22, 9:11 AM Job Address: Permit Type: Parcel No: Lot#: Reference No.: PC#: Project Title: Applicant: -- Fees($) 1,554.5 AS010021 Permit Data City of Carlsbad Sprinkler Permit Permit No: AS010021 2235 PALOMAR Status: ISSUED AIRPORT RD SPRINK Applied 1/17/2001 Approved: 1/26/2001 0 Issued: 1/26/2001 Inspector: CARLSBAD SELF STORAGE Owner: - Add'I Fees ($) Total($) Balance($) 0 1,554.5 0 - 1/1 Check or rm in pertinent informHlion for type of permit you arc submitting. AS . Ai,tomatic Sprinkler, ff Cf] !Lt/ ' . CommeL·eial .er: Residential ---/} a -l Nu1nb~r of heads pet syste111f __ ~ SOlOOZ-1 System# A Heads~ •System# -Heads .............. . 0 ! System I# ~ Heads~ Systeq,._ # ...--Heads ~. "\"I ~ Syslcm# ___ Heads · · S;ystc~N __ H 1 ads ~ .· ~ _ - 8~ / Underground Included for app al Underground included for reference only FA -.Fire Afa,.m Ten devices or less Over l O devices : ::· .-le ~::: _ . · '::~. t~r!.. ·_ · ;:r1 '.''~ 1:.'.. /:~ ·: __ - -· ----· 1•e :~l ?1ll1Lt11,t. Tocnl FC!cs "here rnay be an nddi.tion:11 i~.harsc of sso~oO.fJcr l/2 hour for railed inspections. ISSf,So • • t -.-,'I • . ~.·:,Lu:: I. Address of job siL~·_z.z1~ ir~:~~t-'R;J.. ~~ St~l1 ~~ ' ~l'dgp;~mil fl ---- :. Contractor _l11fo,rm~-tion. ': · · ~V / skd S~-f -<;/0~'. :.j, ~t . ~- Address • I ■ • id City, State · . ;' SHASTA SOUTHWEST ., 346 NO. MARKET PL •• 8T&. I ESCONDIDO~ CA 92029 {IH) 480■Ut o , 71,D . . -. ,_. , -. , ~L.' r.z .. r.~ Ki1,d of License 011d Numb~-r-4319~1~ C!.~ Phone CcrtiCieale or hUiUl'ill\~ an Iii!! Wilh f-icc Dcpl? ~N Ousiness f.,ic:cnsc: Qn litc wich City? (J)or N _ .~:-_··; _ i Sign:iturc ~ _ Da\c ~I . , ,. -:_cc!• : ----------·-- -':•• .a•--.-....... f. H { •• 'l .... I . i . . I I ,. -~~ .:.~ L: :r-: 'i(. ntt'c\•iscd 0Y.!J/98 ---,-, . I . ., ., ·\·~ ~ J. .. • .. ' .. ·. :,,; ----· I j i . r r K ... -... l .... J C .. 1 2235 Palomar Airport Road Carlsbad Ca ~> L.., .. t:Ji n11 i t -•~; <= d By SHASTA SOUTHWEST 345 North Market Place Suite B Escondido Ca 92029 D~siqn Specifi c at i o ns 0 .. E~.00 9 P2 .. :50 ~::3upp 1 y l (:2 0 .. 0 0 p s:. i ;;) l 1 ~; .. 0 0 p =· i :;i) 0 .. 00 gpm l.677 .. 0 0 qpm ASol002-l . Sy s. tf..:-m Demi::tr-d BB .. i:-2~.i p ~s i ;j) 326.2 qpm + 250.0 gpm Hose -·r t""~::.: ··ij::;: .£=.:ii. 1. 1:) ti:::? ITI! •I::~ r ··t: {.:j :::: 5 "7 6 -f...~ ~..J l=j. 1rn ;:i,'; B ~::."3 -2 5 p 5. JL Sy~t~m ~~f~tv f~~tor= 31-04 p~~ f·k•·-<-?:·s : · 1:>£.t>\-1~~ 5 f>St Fo~ 4'' boLJ'lSL.e-'"'ptE.,.-tz.-:....To~ t:~~ A"'-'-EM..,S.'-°'"?t' , ............ ···-··-· ·-· ..... .,._ ........ _:z -~ ..... ---· ·---\_ E-V e. b. ... ·-· ........ t:::: A~--~ .. --··--·-···----·-··· ......... ··-·--.......... ··-· .......... ·--·--··-· ......... -···-.............. --..... ·-· .... -.............................. ··-.......... ,.., ....... ' ................ · ' List o f Fi t ting Abbreviations E ::-: c.-t mp 1 e: 11 EE~TC" ::::: Code : De~; c -r· i p t :i. on ,:.~ : A 1 a I" m t} a. B Butt='fly',.Ja L Check Va D D,-yPipe\la F Bt:d. ElbCtl;\l F 45 Elbcq,.,1 one Std. Elbow, two Cocle: Des=,cr ipt ion H '·iic: 45 I Vic tee J: Geil I< lr-Jaf·er ch k L Lc,ngTur-nEl M N flLE CDP1 C"I" TEE , and one Code: Des=:.cr-ip ti on [I p Q R CP',jC 90 CPVC TEE TEE ON HUN S CPVC 4-5 T C .. I. TEE u CPVC COUP Cher.:k '..Jct Code: Desci-i pt i o n ~, l,,l X Y Cc1ppe•r-Te·€~ Z Copper 90 Cales By: SSW Checked: _______ 1/11/2001 ~ ,:::,)-..... ·:~ ·1 ,.-, ,:l~-::; 1 ·\I:-~-1\ Ir') r.-::,r ,--':\ 1 r-~=•r r, r-1 r ."=In·, 1-.' ·' ,--r r•, tAI 1 ,:::,· .. ·' n r.::, ,~: i ,., '•""' ,~-.--,-,I Ir-, .. ( ~.::> ·t L-::; \ ---=-~?•-;, __ ... , , .. , .l .. ('\ 136.0 128.0 120.0. 112.0 f. 104.0 t 96.0 I 93.3 i 576} ,. 88.(1 i 80.0 t 72.0 f. 64.0 56.(l 48.(1 40.0 32.0 f. 24.(1 16.0 f 8.(1 f ().!) t ~~~~~,~~A~~,~~~A~~~~,~~~~A~~~~~l~~~~~A~~~~~l~~~~~~A~~~~~~~•~~~~~~~A~~~~~~~,~~~~~~~~A~~~~~~~~~,~~~~~~~~~A~~~~~~~~~ I I I I I 1 I I 0 2(1(1(1 300(1 40(10 5(100 E.:! iE~ :3 !:Si F--.a. 1_ ir:.:H 011 .a. l-- c a. 1.--1 s.ba.c:I ..::J CH t::::tt f'..,!Ltmb e?-1-., 1 .,.,.,r ::t 1. .,/' 2C>C> :1. bOOO 7000 Pressure vs-Flow 1 E~O .. 00 0 ,, 00 115.00 1677u00 0 93't5. ,~1 ,~~ :i. 11-p C• l-1::; C.a. 800(1 9000 B ~1. c::I C.:::l Attn: Fire Safety Inspector, Anne Bland Flow test information: Date: Time: Location: Performed by: Witness: 10/25/00 11:00 AM End of Corte Del Cedro, in front of Carlsbad Self Storage. Gauge hydrant in front of 6115 Corte Del Cedro. Flow hydrant in front of 6150 Corte Del Cedro. Carlsbad Water Dept. & Shasta Southwest. Carlsbad Fire Department Fire Safety Inspector, Anne Bland. Flow test results: Static: Residual: Flow: Pito: Port: 120 psi. 115 psi 1677.94 .gpm 100 psi 2 1 /2" H~drant flow by Pito gressure PITO PORT PSI SIZE 100 - HYDRANT FLOW= 1677.94 GPM = 29.83 x .90 x ( port dia. squared} x ( square root of pressure} Area reduction for quick response heads per. 1999 NFPA 13 7-2.3.2.4 NOTES: X = Ceiling height Y =%reduction allowed 1) For ceiling height > or= 1 O ft. and < or= to 20 ft. Cf= -3~2 + 55). 2) For ceiling height < 10 ft., Y = 40. 3) For ceiling height> 20 ft. ,Y = 0. Ceilin hei ht ( must be from 1 O' to 20' ) : Startin remote area size : Percentage of reduction allowed = Reduced remote area size = Calculated line length iri feet. ( sqare root of area x 1.2 ) = 38.50 922.50 36.45 11 1500 '.E3 L .~. 1nr11 fln -i::::t 1f--··),•"· f:-.:11 .. -g:= .. '.E:::i; »:::::11 -~ .... -:i. l('"I! U< ]L ![::::?' '\\"'-• -i:::::~. l(""~ ie:! !-·--£ C)1 :::::i ff::::~ F " ].. 1C:11 ~ .... ,Jl '!:::~~j. Job No:: Desiqn density: .. 2 Eiu.pp 1 :i. ed 1=-1 o,.•J arid pres:,~.:.u.r-E-~ ( l.19,.31 Calculations performed by He1:·.. PF:ESSUF~E P t . Pt F'v "I 01 TOE~ ·ro3 T OL,. T06 TO'l T08 T0\1 TlO T 11 T1.E.~ T 1:3 T 1 '+ T 1 ~5 Tl t.} T17 T:!.B T19 9 .. 4-1 ,-.. J:"'f"'t I" .:Jc.- 7 .. 26 '7 u 16 '} .. l6 ,-, &;:I /,. , .. h':'J 17 .. 99 17 .. 1.6 17. 11 l 7 .. E~B 10 .. f::~7 n .. ·71 <:3,,50 E3 .. 't7 B., !=.=_:_;o f3 .. 6H l .. 00 0,. ~=s6 0,,2!:=_; 0 .. 06 0. 2't .-. i::..-r::- '·-' ..... J,._( 0.82 0 .. 27 O .. OD :l "'+7 () n f.3f3 0 "t+1.'..~ 0 .. 16 0 .. 1 ')' F'n 7.00 '] .. 10 7 .. 16 7 .. 01 7 .. 01 17. 1? l6.B9 17 .. 11 fl ., :,:JL+ (:$ .. '+7 t3 .. 3~J E< .. 2c~ CP,nLSEl,~~D ~'.3EL.F ~3TC)!::;:P:C-3E B 1 dq {~ is based on 88"25 psi available 2-.t ~:;Upply psi is actually available) velocity pressure method ~{ Ft::i.C to1- FLOW Percent Ref. ~:i .. 60 ~). 60 :=, .. 60 ~:;. 60 ~5 .. 60 ~:=.;. 60 ~5. 60 5.60 5 .. 60 5 .. 60 ~:i .. (::.\0 ~:_j n 60 Actual Minimum Excess Pt .. 1 1:::-'7 J, ,._} U I l 5. 1 i't.,8 lJ.+.B 1 l1.,. 9 15.0 14·. 8 1.lt. 8 E~3 .. 2 23 .. 0 c.~3 .. 2 23.,;:~ :l 6 .. ;02 U, .. 1 16 .. i.::~ 1.6 .. :.:J 16 .. l 1 '-t· .. B ll+n B ., '. q J, 1..i • \-• 1 '+. B :\_{.~ .. 8 1'+ .. 8 l l+. 8 1 l+. 8 ll+ .. 8 14.8 1'-'t .. 8 1,~~ .. B 1 lt .. B 14 .n l Lt .. f3 l l·J· "B :1. ,~ ... 8 14-.. B j_Lt .. 8 6. 1 % 2.,0% 0.0% 0.0% 1 .. 4% 0 .. 0% 0 .. 0¼ 56.B% 5~5. 4% 56 .. s~,~- ~~.i6 .. B¼ 12 .. <.?.% :!.O .. 1 % (ji .. ~5% T01 T0:3 T04 T05 T06 T07 T08 T09 T10 T:t i T 1 '-~ Tl::3 T 1L+ T 1 ~.:i T 1 !:.-' T 1 ')' T 1 EJ T19 Cales By: SSW Checked : _______ 1/11/2001 Q l:::t •,-" •~ ':~ 1 {'\ 1~ i::; 'f .l,f:. 1. .. 1 '· I I"\ f:.':'> \-,-• :.~ 1 r-t:• •,•-,-, r1 v-~~. r,•, ~••, •, I r' •,• ,-, I,\ 1 e .•,, , \""'\ r-, ,-:_ r, •,••, r.:; •••-,-, t t v-, ( ~ 1 C:'. \ .... ".~1 •''.'.) ,-"J .... r-;t I-\ .:' .. ,'"\ Elev. REF. ft. POINT Pt p:,i Pf psi Pe psi Pt REF. Elev. psi POINT ft. 28.50 1 << 44.3 << 17.91 0.96 0.22 19.09 A 28.00 28.50 1 >> 44.3 >> 17.91 -10.36 0.00 7.56 TOB 28.50 28.50 2 << 38.2 << 18.46 0.17 0.22 18.85 B 28.00 28.50 2 >> 38.2 >> 18.46 -1.18 0.00 17.28 T12 28.50 28.50 3 (( 40.9 (( 17.67 0.83 0.22 18.71 C 28.00 28.50 3 )} 40.9 }) 17.67 -8.98 0.00 8.68 T19 28.50 28.00 A << 123.3 << 19.09 6.05 3.91 29.05 AOB 19.00 28.00 A >> 79.0 >> 19.09 -0.24 0.00 18.85 B 28.00 19.00 AOl << 8.0 << 35.40 0.02 0.00 35.43 A07 19.00 19.00 AOl }) 8.0 )) 35.40 -0.84 -0,22 34.35 504 19.50 19.00 A02 >> 181.4 )) 32.34 -1.24 0.00 31.10 A03 19.00 19.00 A02 << 170.5 << 32.34 3.08 0.00 35.43 A07 19.00 19.00 A02 << 11.0 << 32.34 1.47 -0.22 33.59 S08 19.50 19.00 A03 >> 195.3 >> 31.10 -2.05 0.00 29.05 A08 19.00 19.00 A03 << 13.9 << 31.10 0.11 -0.22 31.00 803 19.50 19.00 A04 }} 41.5 }} 29.00 -0.13 0.00 28.88 A05 19.00 19.00 A04 (( 72.0 << 29.00 0.04 0.00 29.05 AOB 19.00 19.00 A04 >> 30.5 }) 29.00 -0.49 -0 .22 28.29 B04 19.50 19.00 AOS >> 25.2 >> 28.88 -0.06 0.00 28.82 A06 19.00 19.00 A05 }} 16.3 >> 28.88 -0.15 -0 .22 28.50 BOS 19.50 19.00 A06 )} 25.2 >> 28.82 -0.35 -0.22 28.26 806 19.50 19.00 A07 << 178.5 << 35.43 22.91 4.20 62.53 EOB 9.33 28.00 B )) 40.9 >> 18.85 -0.14 0.00 18.71 C 28.00 19.50 B03 << 13.9 << 31.00 2.18 0.00 33.18 513 19.50 19.50 B04 >> 30.5 >> 28.29 -6.73 -0.22 21.35 X 20.00 19.50 B05 }} 16.3 >> 28.50 -2.60 -0.22 25.69 Xl 20.00 19.50 B06 >> 25.2 >> 28.26 --5.7b -0.22 22.28 Xe 20.00 1.00 BOR >> 326.2 >> 73.17 -2.03 -3.69 67.45 TOR 9.so · 1.00 BOR << 326 .2 << 73.17 0.29 1.74 75 .19 UG3 -3.00 19.00 C01 )} 8.0 )} 34.27 -0.02 0.00 34 .25 CO2 19.00 19 .00 CO! << 8.0 << 34.27 0.04 -0.22 34.09 DOl 19.50 19.00 CO2<< 3.0 << 34.25 0.00 0.00 34.25 C03 19.00 19.00 CO2 >> 11.0 >> 34.25 -0.14 -0.22 33.89 SOS 19.50 19.00 C03 << 16.9 << 34.25 0.08 0.00 34.33 C04 19.00 19.00 C03 >> 13.9 >> 34.25 -0,11 -0.22 33.93 D03 19.50 19.00 C04 << 62.0 << 34.33 1.17 0.00 35.50 COS 19.00 19.00 C04 >> 45.2 >> 34.33 -0.98 -0.22 33.13 D04 19.50 19.00 COS (( 100.2 << 35.50 1.20 0.00 36.70 C06 19.00 19.00 COS >> 38.2 >> 35.50 -9.37 -0.43 25.69 Xl 20.00 19.00 C06 >> 47.6 >> 36.70 -1.12 -0.22 35.37 D06 19.50 19.00 C06 << 147.8 << 36.70 5.66 4.20 46.55 606 9.33 19.50 D01 << 8.0 << 34.09 0.09 0.00 34.18 501 19.50 19.50 D03 >> 13.9 >> 33.93 -0.25 0.00 33.68 S09 19.50 19.50 D04 >> 45.2 >> 33.13 -11.56 -0.22 21.35 X 20.00 19.50 D06 >> 47.6 >> 35.37 -12.86 -0.22 22.28 Xe 20.00 9.33 E01 << 21.7 << 59.46 0.01 0.00 59.47 E02 9.33 9.33 EOl >> 21.7 }} 59.46 -7.04 -0.18 52.23 HOl 9.75 9.33 E02 << 43.9 << 59.47 0.01 0.00 59.48 E07 9.33 9.33 E02 >> 22.2 >> 59.47 -7.38 0.00 52.09 602 9.33 9.33 E03 >> 81.5 >> 58.85 -0.17 0.00 58.69 E04 9.33 9.33 E03 << 103.9 << 58.85 0.63 0.00 59.48 E07 9.33 9.33 E03 >> 22.4 >> 58.85 -7.25 -0.18 51.42 H03 9.75 9.33 E04 >> 58.1 >> 58.69 -0.07 0.00 58.62 E05 9.33 9.33 E04 }) 23.4 >> 58.69 -7.99 -0.18 50.51 H04 9.75 CARLS BAD SELF STORAGE Bldg A F R I C T I O N L O S S C A L C U L A T I O N S Length Fitting Length Total Pf/ft Diam C Flow 0.50 T 72.00 T 0.50 T 72.50 T 0.50 T 72.50 T 26.S(l 2ET 4.50 4.25 141.67 ET 4.92 2.50 T 141.15 T 7.08 0.67 T 7.83 (1.92 0.67 T 8.50 0.67 T 0.67 T 71.00 2ET 8.50 138.15 E 98.50 E 105.50 4ET 104.00 4ET 10.00 2L 5,(1(! L 6.75 0.67 T 7.58 7.50 T 7.33 0.42 T 10.08 0.42 T 4.25 80.25 2ET 0.67 T 21.50 2E 9.33 T 9.33 T 78.00 T 79.00 T 7.25 179.92 6E 2.42 181.42 4ET 10.00 4.67 T 177.92 SE 7.92 177.92 4ET 6.80 7.30 0.131 1.416 120 44.3 6.80 78.80 0.131 1.416 120 44.3 11.18 11.68 0.014 2.115 120 38.2 11.18 83.68 0.014 2.115 120 38.2 6.80 7.30 0.113 1.416 120 40.9 6.80 79.30 0.113 1.416 120 40.9 22.37 48.87 0.124 2.115 120 123.3 4.50 0.054 2.115 120 79.0 4.25 0.006 1.416 120 8.0 10.20 151.87 0.006 1.416 120 8.0 4.92 0.253 2.115 120 181.4 11.18 13.68 0.225 2.115 120 170.5 6.80 147.95 0.010 1.41b 120 11.0 7.08 0.290 2.115 120 195.3 6.80 7.47 0.015 1.416 120 13.9 7.83 0.016 2.115 120 41.5 6.80 6.80 6.80 0.92 0.046 2.115 120 7.47 0.066 1.416 120 8.50 0.007 2.115 120 7.47 0.021 1.416 120 7.47 0.046 1.416 120 72.0 30.S 215.2 16.3 25.2 22.37 93.37 0.245 2.115 120 178.5 8.50 0.016 2.115 120 ~0.9 3.40 141.55 0.015 1.416 120 13.9 3.40 101.90 0.066 1.416 120 30.5 20.41 125.91 0.021 1.416 120 16.3 20.41 124.41 0.046 1.416 120 25.2 15.12 25.12 0.0813.340120 326.2 10.75 15.75 0.018 4.280 140 326.2 6.75 0.003 1.650 120 8.0 6.80 7.47 0.006 1.41 6 120 B.O 7.58 0.000 1.650 120 3.0 6.80 14.30 0.010 1.416 120 11.0 7.33 0.010 1.650 120 16.9 6.80 7.22 0.015 1.416 120 13.9 10.08 0.116 1.650 120 62.0 6.80 7.22 0.136 1.416 120 45.2 4.25 0.283 1.650 120 100.2 13.60 93.85 0.100 1.416 120 38.2 6.80 7.47 0.150 1.416 120 47.6 11.18 32.68 0.173 2.115 120 147.8 6.80 16.14 0.006 1.416 120 8.0 6.80 16.14 0.015 1.416 120 13.9 6.80 84.80 0.136 1.416 120 45.2 6.80 85.80 0.150 1.416 120 47.6 7.25 0.001 2.731 120 21.7 20.41 200.32 0.035 1.416 120 21.7 2.42 0.005 2.731 120 43.9 20.41 201.82 0.037 1.416 120 22.2 10.00 0.017 2.731 120 81.5 19.61 24.28 0.026 2.731 120 103.9 17.00 194.92 0.037 1.416 120 22.4 7.92 0.009 2.731 120 58.1 20.41 198.32 0.040 1.416 120 23.4 Ca 1 cs By: SSt,.J Cheeked:-· .. ····-········-·---1/11/2001. l/e l c,c i ty fps 9.(1 9.0 3.5 3.5 8.3 8.3 11.2 7.2 1.6 1.6 16.5 15.5 2.2 17.8 2.8 3.9 b.6 6.2 2.3 3.3 5 .1 16.3 3.7 2.8 6.2 3.3 s. 1 7.3 t ;J 1.6 0.4 2.2 2.5 2.8 9.3 9.2 15.(1 7.8 9.7 13.5 1.6 2.8 9.2 9.7 1.2 4.4 2.4 4.S 4.5 5.7 4.5 3.2 4.8 r=·· ::H.. c:11 11,, ...... --i::=~-i. 1n: ~:~i e:::::: .. -~····.. ti:~:::~ "!:::.-:\-~:::.==:.. L .. t -~····-~::::::!• f::3 Lit dT~ fln -r~::.:i:. -~······ "'::,,•··· :.Terb l\lc,:: Ct\F~~L~3B{~D !:~ELF fJTDF!P:f3E E<ldq f~, Elev. REF. Flo w Pt Pf Pe Pt REF. Elev. F R I C T I 0 N L O S S C A L C LI L A T I 0 N S Velnity ft. POINT gpre psi psi psi psi POINT ft. Length Fitting Length Total Pf/ft Diam C Flow fps 9 .33 EOS » 29. 7 }} 58.62 -(1.01 0.00 58.61 E06 9.33 3.75 3.75 0.(103 2.731 120 29.7 1.6 9 .33 E(J5 \.\ ;.i 28.4 }) 58.62 -10.43 (1.(10 48.18 605 9.33 173.92 T 6.80 180.72 0.058 1. 416 120 28.4 5.8 9.33 E06 » 29. 7 » 58.61 -11.60 -0.18 46.83 H06 9.75 174.58 ET 1(1.2(1 184.79 0.063 1.416 120 29.7 6.0 9.33 E07 << 147.8 (( 59.48 3.05 0.00 62.53 EOB 9.33 61.17 61.17 0.050 2.731 120 147.8 8.1 9. 33 E08 < 1: 326.2 c,." 62.53 4.99 -(1,(!7 67 .45 TOR 9.5(1 39.00 3L 22.69 61.69 (1.081 3.340 120 326.2 11.9 9.33 601 }} 21.7 >> 52.16 -0.(!7 0.00 52.09 GOE 9.33 4.25 4.25 0.017 1.650 120 21. 7 3.2 9.33 6(11 << 2L7 << 52 .16 0.25 -0.18 52.23 H01 9.75 0.42 T 6 .8(i 7.22 (1,035 1.416 120 21.7 u J '.4 9.33 602 >> 43. 9 }} 52.(19 -0.63 (1.00 51.46 603 9.33 10.25 10.25 0.061 1.650 120 43.9 6.6 9.33 6(13}} 66.3 )} 51.46 -(1.92 0.00 50.53 604 9.33 7.00 7.00 0.132 1.65(1 120 66.3 9.9 9.33 6(13 << 22.4 « 51.46 0 .14 -0.18 51.42 H03 9.75 0.42 E 3.40 3.82 0.037 1.~16 120 22.4 4.5 9.33 604 }} 89.7 }} 50.53 -2.36 {I ,(IQ 48.18 GOS 9.33 10.25 10.25 0.230 1.650 1EO 89.7 13.4 9.33 604 << 23.4 « 5(1.53 0.16 -0.18 50.51 H04 9.75 0.67 E 3.40 4.07 0.040 1.416 120 23.4 4.8 9.33 605 }) 118.1 }) 48.18 -1.63 0.00 .46. 55 606 9.33 4.25 4.25 0.383 t .b50 120. 118.1 17.7 9.33 6(16 << 29.7 {( 46.55 0.45 -0.18 46.83 HOb 9.75 0.42 T 6.80 7.22 0.063 1.416 120 29.7 6.0 19.5(1 501 (( 8.0 << 34.18 0.(16 0.00 34.24 502 19.50 1(1,(1(1 10.00 0.(1(16 1.416 120 8.(! ' ' ... o 19.50 502 ({ B {i (< 34.24 0.06 0.00 34.29 S03 19.50 10.00 1 0 • 00 (I • (l(i6 1.416 120 8 .() 1.6 19.50 S03 (< 8.0 << 34.29 0.06 (I , (!(I 34.35 5(14 19.S(I 1(),!)0 10.(1(1 (1,(1(16 1.416 120 8.0 1.6 19.50 505 }} 11.0 }} 33.89 -(1.10 0.00 33.79 SOb 19.50 10.00 10.(l(i (1.01(1 1. 416 120 11.0 2.2 19 .5(1 506 )} 11. (I )} 33.79 -(1.1(1 0.(1(1 33.69 5(17 19.5(! 1 (!. (1(1 10.(1(1 (i .(11(! 1.416 120 11.(1 ·J ~ L.rL. 19.50 507 >> 11.0 }} 33.69 -0.10 0.1)(1 33.59 5(18 19.50 10.00 10.00 0.(11(1 1. 416 120 11.0 2 ;J 19.50 5(19 }} 13.9 }} 33.68 -0.15 0.00 33.52 SlO 19.50 10.0(i 10.(1(1 0.015 1.416 12(1 13.9 2.8 19.50 S10 >> 13.9 }} 33.52 -0 .15 (I ,(!(I 33.37 511 19.50 10.M 10.00 (1,015 1.416 120 13.9 2.8 19.50 Sll )} 13.9 )} 33.37 -(1.(19 (!,(10 33.28 Sic 19 .5(1 r ":C-.:,, /J 5.75 0.015 1.416 120 13.9 2.8 19.50 512 » 13.9 )} 33.28 -0.10 0.00 33.18 S13 19.50 6.75 6.75 (l.015 1.416 120 13.9 2.8 ~,4.00 SOR }) 326.2 » 88.25 -0.58 -9.11 78.S~ UGS -3.(10 65?.00 SL 92.94 749.94 0.001 7.980 15(1 326.2 2.1 28.50 T01 » 6(1,(1 }} 9.41 -1.15 0.00 8.25 TOc 28.5(1 5.00 5.00 0.231 1.416 120 60.0 12.2 28.5() T01 \ c, 75.7 ,,,, 9.41 8.25 3.69 21.35 X 20.00 16.50 EE 6.80 23-. 30 (I. 354 1.416 120 75.7 15.4 28.5(1 T02 }) 45.(l }} 8.25 -O.b8 0.00 7.58 T03 28.50 5.00 5.00 0.135 1.416 120 45.(1 9 .1 28. 50 T03 }} 30.1 }} 7.58 -(!.32 0.(l(I 7.26 T04 28.5(1 5.(!(} 5.00 0.%4 1.416 120 30.1 6.1 28.5(! T04 >> 15.3 }> 7.26 -0.(19 0.00 7.16 T05 28.50 5 .O(! 5.00 (1,018 !.4!6 12(1 15.3 3.1 28.50 T05 ) .> (1.4 )) 7.16 -(1.(1(1 (I ,(l(i 7.16 T(l-b 28.50 5 .(1(1 5 ,(1(1 0 ,(10(! 1.416 12(1 (1.4 (I. 1 28.50 T06 << 14.6 <, (~ 7 .16 0.(18 0.00 '7.25 T07 28.50 5 ,(!!) 5.00 ().017 1.416 12(! 14.6 3.0 28.50 T07 r I \ c, 29.5 << 7.25 (l.31 (!,(l(I 7.56 TOB 28.5(1 5.(1(! S.00 0.062 1.416 i20 29.5 6.0 28.5(! T09 }} 31.3 )-) 17.99 -0.83 (1.(10 17.16 THI 28.50 12 ,(I(! 12.(10 (t,(!69 1.416 120 31.3 6.4 28.50 T09 ',., 54.S << 17.99 4 .(!l 3.69 25.69 x· . l 20.(1(1 14.(i(! 2E 6.80 20.80 0.193 1.416 120 54.5 11.1 28.50 T10 }} 8.2 » 17 .16 -0.06 (1.00 17.11 T11 28.50 10.00 10.00 0.006 1.416 120 8.2 1. 7 28.50 Tlt < •: 14.9 << 17 .11 0.18 0.00 17 .28 T12 28.SO 1(!,0(l 1(1.(i(l 0.018 1.416 120 14.9 3.0 cB.50 T13 }} 56.1 )), 10.27 -1.0E (1.0(1 9 .25 114 28.50 5.0(1 5.00 0.204 1.416 120 56.1 11.4 28.5(1 T13 {{ 72.8 ,: < 10.27 8.33 3.69 22.28 Y.2 20.00 18.50 2E b.80 25.30 0.329 1.416 120 72.8 14.8 28.5(1 T14 }) 39.9 }) 9.25 -0.54 0.00 8.71 T15 28.50 5.00 5.0(1 0 .109 1.416 120 39.9 B .1 28.50 T15 \\ ,.: 23.8 » 8.71 -0.21 o·.oo 8. 50 Tlb 28.SO 5.00 5.00 0.042 1.416 120 23.8 4.8 28. SO T1b » 7.7 }} a.so -0.03 0.00 8.47 T17 28.50 5.00 5.00 (1,005 1.416 120 7.7 1.6 28.5(1 T17 {< 8.6 << 8.47 0.03 0.0(1 8.50 T18 28.50 5,(1(1 5.00 0.006 1.416 120 8.6 1.8 28.50 T18 « 24.8 << 8.50 0.18 0.00 8.68 119 28.50 4 .(1(1 4.0(1 0.045 1.416 120 24.8 5.(1 -3.00 U63 (( 326.2 <{ 75.19 0.95 0.00 76. 14 UG4 -3.00 45.00 L 11.67 56.67 0.017 4.240 150 326.2 7.4 -3.00 U64 << 326.2 << 76.14 2.42 0.(10 78.56 UGS -3.00 53.0(1 4LT6 91.39 144.39 0.017 4 .24(1 150 326.2 7.4 Cal cs By: SSJ...l Chee ke•d: -···---.. ··· .... -._-·____ 1/11/2001 C! r.:, ;-.. -c:. ,~ 1 .... , •:p::.~ 1 .,.:. ~-, ·, , n ,::•, y-,... =· l r-r.:• ·,-,-, n ·,·-=, rr, h ·, / r ·,·-r, 1. ~ ., r.:. '•, ., r·, r.:-:, c: .; r°l ·,-, i~ ·,·-,.., I I r··, .. { ~ 1 c::; ·, --,~ ':l '7 --· '7 (-\ .i .. .t·, Flow Diagram for CARLSBAD SELF STORAGE Bldg A C01({((001<<<<S01<<<<S02<<<<S03((((504{{{(((<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<A01 V 8.0 V 8.0 8.0 8.0 8.0 8.0 8.0 8.(1 A07<<<< 178. V 17(1.5 V C02>>>>>>>>>>>S05>>>>S06>>>>S07})})508)))})}))}))})}))}}))}}}}}}})}))}))))}))))))}}})}))}}}))})))}})))))}))}}}>}>>>>>>>A02 11.0 11.0 11.0 11.0 3.0 11.(1 V 181.4 'I C03})}}D03))}}S09))}}510))))Sll})))S12})}}Sl3})}})}}}}}))}}}}}})}}))})))})}})}}})}})))})))})))))))))))}))}}}})}}B03>)>>A03 13.9 13.9 13.9 13.9 13.9 13.9 13.9 13.9 16.9 C04))}}004)})>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>X 45.2 45.c 62.0 V 195.3 V A08})}) 123. V 72.(1 V <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<B04((((A04 30.5 3(1.5 V 41.5 V V 25.2 V C06)})'D06})})})))}})}))}}))}))})}}}})}})}))}})})}})}))}X2 <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<B06<<<<A06 47.6 147.8 606 47.b 25.2 25.2 :!. / l l / r..~001 IF--"' -c:31. ·t:: t·-1: &·••-,! cu :: ::!L !F.::;;;: If=-~ 1rn1 ,c_-:_p. -it:;: If=~~, -11::;: C!I Ei IL.t r,::::1< r::.1c ].. ":;, .... Principal path Feeds Path:2 at Pt:AOB, Path:3 at Pt:A , Path:7 at Pt:EOB, Path:B at Pt:A02, Path:9 at Pt:A03 ========================================================================================--===-=------------------------------- Ref Elev. Pressure (psi) K Flow (gpm) Veloc Dia1. 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) T(ll 28.50 9.41 1.59 7.82 S.60 15.7 -60.0 12.20 1.416 5.(1(1 5,(i(l 0.231 -1.15 8.25 TC!2 T02 28.50 8.25 1. (!() 7.25 S.60 15.1 -45.0 9 .13 1.416 5.00 5.00 (!.135 -0.68 7.58 T03 103 28.5(1 7.58 0.56 '7.02. 5.60 14.8 -30.1 6.12 1.416 5.00 5.0(1 (1.(164 -0.32 7.26 T04 T04 28.50 7.26 0.25 7 .0(1 5.60 14.8 -15.3 3.11 1.416 5.00 5.00 0.018 -0.09 7 .16 105 T(15 28.50 7.16 O.Ob 7 .10 5.6(1 14.9 -0.4 0.(17 1.416 5.0(1 5,(1(1 0.000 -0.00 7 .16 T06 TM 28.50 7.16 7 .16 S.60 15.0 14.b 2.97 1.416 5.(10 5.(1(1 0.017 0.08 7.25 TO? T07 28.50 7.25 0~24 7.(ll 5.60 14.8 29.5 5.99 1.41b 5.00 5.00 0.062 0.31 7.56 T08 T08 28.50 7.56 (1.55 7.01 5.60 14.8 44.3 9 .O(; 1.416 72.(tO T 6.80 78 • 8(1 0 .131 10.36 17.91 1 1 28.50 17.91 17.91 44.3 9.00 1.416 0.5(1 T 6.80 7 .30 (1.131 0.96 0.22 ( (1.50 )19.09 A A 28.r)(l 19.09 19.09 79.0 123.3 11.23 2.115 26.50 2ET 22.37 48.87 0.124 6.05 3.91 ( 9 ,{l(l }29.05 A08 AOB 19 .00 29.05 29.0S 72.(i 195.3 17.79 2.115 7.08 7.08 0.29(1 ,.os 31.10 M3 A03 19 .00 31.10 31.10 -13.9 181.4 1,~. 52 2. 115 4.92 4.92 0.253 1.24 32.34 A02 A02 19.00 32.34 32.34 -11.(! 170.5 15.53 2.115 2.5(1 T 11.18 13.68 0.225 3.08 35.43 A07 A07 19 .(J(l 35.43 35.43 8.0 178.5 16.25 2 .115 71.00 2ET 22.37 93.37 0.245 22.91 4.20 ( 9.67 )62.53 EOB EOB 9.33 62.53 62.53 147.8 326.2 11.91 3. 34(1 39.(1(1 3L 22.69 61.69 (1.081 4.99 -(l.07 (-(1.17 )67.45 TOR TOR 9.50 67.45 67.45 326.2 11.91 3.340 10.00 2L 15 .12 25.12 0.081 2.(13 3.69 ( 8.50 )73.17 BOR (C=140) BOR 1.00 73.17 73.17 326.2 7.2b 4.280 5.00 L 1(!.75 15.75 0.018 (1.29 1.74 ( 4 .(1(1 )75. 19 U63 iC=lSO} U63 -3.00 75.19 75.19 326.2 7 .39 4 .24(i 45.00 L 1L67 56.67 0.017 0.95 76 .14 U64 UG -3.00 76.14 76.14 326.2 7.39 4.240 53.00 4LT6 91.39 144.39 0.017 . 2.42 78.56 UG5 UG5 -3 . (!(I 78. 56 78.56 326.2 2.09 7.980 657.00 SL 92.94 749.94 (1.(101 0.58 9.11 {21.00 }88.25 SOR SOR -24.0 88.25 l-..• .. r •• .1,.4,,.:., l,/,.'..,,'i..', ~:_::n .;3:. -t;. t·li H'•,.I c " ::: E.:.". C:} 11-··· ::it c :l! L ... i . ·w·11 1E.:::- Fed by path Nc1 .1 Feeds Path:4 at Pt:A04, Path:10 at Pt:X ================================================================================================================ ============= Ref Elev. Pressure (psi) K Flow (gpre) Veloc 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=120l T01 28.5(1 9 .41 1.59 7.82 5.bO 15.7 75.7 15.38 1.416 16.50 2E 6.8(1 23.30 0.354 8.25 3.69 t 8.50 }21.35 X X 20.00 21.35 21.35 -45.2 30.5 6.20 1.41b 98.50 E 3.40 101.9(1 0.066 6.73 0 .22 ( 0 .50 . )28.29 B04 B04 19.50 28.29 28.29 30.S 6.20 1.416 0.67 T 6.80 7.~7 0.066 0.49 0.22 < 0.50 )29.00 A04 A04 19.00 29.00 29.00 41.5 72.0 6.56 2.11S 0.92 0.92 0.046 0.04 29.05 AOB MB 19.00 29.0S A,'"..■•••■..AI-. r ...... ■..,,.-. Ca.lcs By: SSl .. J Checked By: ______ _ l / :!. l / r.?.OO :I. IF.::n .2::11. ·t . u·-··i: ··•• ... § Cl! ,n, ~1-(3 r -· :i. tC:1 Fed by path No.1 Feeds Path:5 at Pt:B ================-------------------=-------------------===--==--==--------=-==-=-=====-======================================= Ref Elev. Pt.. ft. Pressure (psi} K Flow Pt Pv Pn Factor Added (gpm) Veloc Diaru. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next P.ef Total fps in. Length Sutmary Length Length per.ft Total Psi (ft.) Press Pt . ====================-=-======================================================================================================= (C=120l T09 28.50 17.99 0.82 17.17 S.6(1 23.2 -31.3 6.35 1.41b 12.0(! 12.00 0.069 -0.83 17.16 T!O TlO 28.50 17.16 0.27 16.89 5.6(1 23.0 -8.2 1.67 1.416 10.00 10.00 0.006 -0.06 17.11 T11 T 11 28 .• 50 l 7. 11 17 .11 S.60 23.c 14.9 3.(13 1.416 10.(!(i 1 (I .(1(1 (I .018 o. rn 17.28 T12 112 28.50 17.28 0.08 17.20 5.60 23.2 38.2 3.47 2.115 72.50 T 11.18 83.68 0.014 1. 18 18.46 2 2 28.50 18.46 18.4b 38.2 3.47 2.115 0.50 T 11.18 11.68 (1.014 0.17 0.22 ( Ct.SO }18.85 B B 28.00 18.85 18.85 4(1.9 79.(1 7 .2(1 2.115 4.50 4.50 0.054 0.24 19.09 A A 28.0(1 19.09 AJ-.A.t..A.'". .".AAA.•\ r .::: .. -1:::1-.. -i_t: U·····11 t••.,j iC)1 :::: L-ff-· (3 1r·-· i . c§ Fed by path No.2 Feeds Path:6 at Pt:A05, Path:11 at Pt:Xl =======------=-------------------------------------------====-================================================================ RE-f Ele v. Pt. ft. Pressure (psi) K Flow Pt Pv Pn Factor Added (gpm) Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Su~mary Length Length per.ft Total Psi (ft.} Press Pt. ========---------·------------------------------=--============================================================================ T09 28.50 17.99 0.82 17.17 5.60 Xl 20.00 25.69 25.69 BOS 19.50 28.50 28.50 AOS 19.00 28.88 28.88 A04 19. 00 29. O(i 23.2 -38.2 25.2 54.S 11.07 1.416 14.00 2E 16.3 . 3.31 1.416 105.50 4ET 16.3 ·:3.31 1.416 0.67 T 41.S 3.78 2.115 7.83 b.80 2(1.41 6.8(1 <C=120} 20.80 0.193 4.01 3.b9 { 8.50 )25.69 X1 125.91 0.021 2.bO 0.22 ( 0.50 }28.50 BOS 7.47 (1.021 . 0.15 {1.22 ( 0.50 }28.88 MS · 7.83 0.016 0.13 29.00 A04 If~" .2!1. ·t . t··-is ~·,s ir.:.-)1 :::-; ~==:ii r-:::~ .,::~. 11--· Fed by path N~.3 ==================-=-=-----=-================================================================================================= Ref Elev. Pt. ft. Pressure (psi} K Flow Pt Pv Pn Factor Added (gpffi) Vel~c Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Ne~t Ref Total fps in. Length Summary Length Length per.ft Total Psi (ft.) Press Pt. ================----===--=====-============-===----=========================================================================== (C=lEO} T13 28.50 10.27 1.47 8.80 5.6(1 16.6 -Sb.1 11.41 1.416 5.00 5.00 0.204 -1.02 9.25 114 T 14 28.5(1 9.25 0.88 8.37 5.60 16.2 -39.9 8.11 1.416 5.00 5.00 0.109 -0.54 · 8. 71 T15 T15 28.50 8.71 0.44 8.26 5.60 16.1 -23.8 4.84 t.416 5.00 5.00 0.042 -0.21 8.50 T16 T16 28.50 8.50 0.16 8.34 5.60 16.2 -7.7 1.56 1.416 5.00 5.00 0.005 -0.03 I 8.47 T17 Tl7 28.50 8.47 8.47 5.60 16.3 8.6 1.76 1.416 5.00 5.00 0.006 0.03 8.50 T18 Tl8 28.50 a.so 0.11 8.33 5.60 16.2 24.8 5.04 1.416 4.00 4.00 0.045 0.18 8.68 T19 T19' 28.50 8.68 0.46 8.22 5.60 16.1 40.9 8,3(1 1.416 72.50 T 6.80 79.30 0.113 8.98 17.67 3 3 28.50 17.67 17.67 40.9 8.30 1.416 0.5(1 T 6.80 7.30 0.113 0.83 0.22 ( 0.50 )18.71 C C 28 .0(1 18. 71 18.71 40.9 3.72 2.115 8.50 8.5(1 0.016 0.14 18.85 B B 28.00 18.85 ·"·""'""·" /,A.AAA Cal c: :=, By: SSl·J Cheeked By:·--··········--·--·-- Sr-~r: *3 l. 03~.i l -K-Hvt'.)er-c:: i::e.1 c Prc:ccn-am bv Cr-eii.--. .1 l ev l)pc:. ·inn F,rr,, 1n.. f? 1 r.::; "> -':~~-=l'7-'7(,.t-,(\ Job l\lo: 1/l l /t?.001 u:::::., at ·t-;: 1····11 lt".J c:« ::: .c.:-1, Fed by path No.4 Feeds Path:1E at Pt~X2 ================================================================================================------------------------------ Ref Elev. Pressure (psi) K Flow (gpm) Yeloc 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. ======================================================================================================--==-------------------- T13 28.50 10.27 1.47 B.80 5.60 16.6 72.B 14.78 1.416 18.50 2E 6.80 X2 20.00 22.28 22.28 -47.6 25.2 5.12 1.416 104.00 4ET 20.41 B06 19.50 28.26 28.26 25.2 S.12 1.416 0.67 T b.80 M6 19.00 28.82 A05 19.00 28.88 28.82 F=· .a t 1·-11 1",1 c• ::: "'~7 Fed by path No.! 25.2 2.29 2.115 8.50 Feeds Path~13 at Pt:E02, Path:14 at Pt:E07 (C=120i 25.3(1 0.329 8.33 124.41 0.046 s. 76 7.47 0.046 0.35 8.5(1 0.007 (l.06 3,69 ( 8.50 )22.28 X2 (l.22 ( 0.50 )28.26 BOb 0.22 ( (1.50 }28.82 A06 28.88 AOS ============-----------------------------------------------==-=---==---==================================-=====-====----=---=- Rf'f Elev. Pre:.:,ure ( p~.i) K Flow (gpm} Ve lcic n· J1am. Actual Fitting Fitting Total Frict.Lc,ss Elev. Loss Hext F:ef Pt • ft. Pt Pv Pn Factcir Added Total fp:-in. Ler1g th Summary Length Length per.ft Total Psi m.i Press Pt. . ====----------------------------.-----------------------.--------------------------------------------------------------------- (C=120} AC>7 19.(i(l 35.43 35.43 -8 ,(I 1.62 1.416 4.25 4.25 0.006 -0.02 35.40 AO! Ml 19. 00 35. 4(! 35.40 -8.0 1.62 1.416 141.67 ET 10.2(1 151.87 0.0(16 -0.84 -0.22 (-0.50 )34.35 S04 S04 19.5(1 34.35 34.35 -8.(! 1.62 1.416 10.0(1 10.00 O.OOb -0.0b 34.29 S03 S03 19.50 34.29 _34.29 . -8.0 · 1.62 1._41b 10.00 10.00 0.006 -0.06 -34.24 S02 502 19. 5(1 34 • 24 34.24 -8.(l 1.62 1 .. 416 10.0(1 10.00 0.006 -0.06 34.18 501 S61 19.50 34 .18 34.18 -8.0 1.62 1.416 9.33 T 6.80 16.14 0.006 -0.09 34.09 D01 D01 19 .5(1 34.(!9 34.09 -8.0 1.62 1.416 (i.67 1 6.8(1 7.47 0.006 -0.04 (1.22 ,: (! .5(1 }34 N27 CO! C01 19.0(1 34.27 34 .27 -8.0 1.20 1.650 I MC' b. l .J 6.75 0.0(13 -0.02 34.25 CO2 COE 19 ,(l(l 34.25 34 .25 11.0 3,(! (1.44 1.65(1 7.58 7 .58 (l,(l(l(I (1.(l(i 34.25 C03 C03 19.00 34.E5 34.25 13.9 16.9 2.52 1.650 7.33 7.33 0.010 (i.(18 34.33 C04 C04 19.00 34.33 34.33 45.2 62.(! 9.28 1.65(1 1(1.(18 1 (I ,(18 (I .116 1.17 35.5(1 COS cos 19.00 35.50 35.5(1 38.c 100.2 15.0(1 1.650 4.25 4.25 0.283 1.20 36.7(1 C(!b COb 19.00 36.70 36.70 47.6 147.8 13.46 2.115 21.5(1 2E 11.18 32.68 (1.173 5.bb 4.2(! ( 9.67 }46.55 6(16 60b 9.33 46.55 46.55 -29.7 118.1 17.b7 1.65(1 4.25 4.25 0.383 1.63 48.18 605 605 9 .33 48.18 48.18 -28.4 89.7 13.42 1.650 10.25 10.25 0.23(1 2.36 50.53 604 604 9.33 50.53 50.53 -23.4 66.3 9.92 1.650 7.00 7.00 0.132 0.92 51.4b 603 603 9.33 51.46 51.46 -cc.4 43.9 6.57 1.650 10.25 10.25 0.061 0.63 52.09 602 602 9.33 52.09 52.09 -22.2 21.7 3.25 1.650 4.25 4.25 0.017 0.(17 52.16 601 601 9 .33 52.16 52.16 21.7 4.41 1.416 0.42 T 6.8(1 7.22 (1.035 O.E5 -(I, 18 {-0-.42 }52.23 HO! HO! 9.75 52.23 52.23 21.7 4.41 1.416 179.92 6E 20.41 200.32 0.035 7.(14 0.18 ( 0.42 )59.46 EOl E01 9.33 59.46 59.46 21. 7 1.19 2.731 7.25 7.25 0.001 0.01 59.47 E02 E02 9.33 59.47 59.47 22.2 43.9 2.40 e.731 2.42 2.42 0.005 0.01 59.48 E07 E07 9.33 59.48 59.48 103.9 147.8 8.07 2.731 61.17 61.17 0.050 3.(15 62.53 E08 EOB 9.33 62.53 l•.A .... AA.•. ""''"'' Ca 1 cs By: SSl,.J Cheeked By: ... --.. ··--···--·-··-·-- Job l\lo :: F=· .c.~ i.:;: §·-·?! n···-..R c" ::: E3 Fed by path No.1 Ref Elev. Pt. ft. Pressure (psi) K Flow Pt Pv Pn Factor Added CO2 19 .00 3U~5 5(15 19.5(! 33.89 S(lb 19.50 33.79 S07 19.50 33.69 SOB 19.50 33.59 A(12 19.00 32.34 ......... '-. .... r, K:~ ..... £:::It ·t: t·-k Fed by path Ne,. 1 34.25 33.89 33.79 33.69 33.59 Ref Elev. Pt. ft. Pressure (psi) K Flow Pt Pv Pn Factor Added C03 19.(l(i 34.25 D03 11.51) 33.93 S09 19. 5(1 33. 68 S1(1 19.50 33.52 511 19.50 33.37 512 19.50 33.28 S13 19.50 33.18 B03 l 9 .50 31.(1(1 A03 19. (i(! 31. 1 (l .J, • .l.4_.\/\/\ ir::::u .a. ·t:;: ...... i Fed by path Ho.2 34.25 33.93 33.68 33.52 33.37 33.28 · 33. 18 31.00 1. / 1 l / E~OO 1 (gpm} Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Su~ijary Length Length per.ft Total Psi (ft~) Press Pt. (C=120) -11.(1 2.23 1. 416 7.50 T 6.80 14.30 0.010 -0.14 -0.22 (-0.50 )33.89 sos -11.0 2.23 1.416 10.00 10.00 0.010 -0.10 33.79 S06 -11.0 2.23 1.416 10.0(1 10.00 0.010 -0.10 33.69 5(17 -11.0 2.23 1.416 10.00 10.00 0.010 -0.10 33.59 508 -11.(1 2.23 1.416 141.15 T 6.8(1 147.95 0.010 -1.47 0.22 ( (1.50 }32.34 A02 ''"'""'''·" (gpt) Yeloc Diaffi. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Summary Length Length per.ft Total Psi (ft.} Press Pt. ,C=120) -13.9 2.82 1.416 0.42 T 6.8(1 7. 22 (I. (I 15 -(i .11 -0.22 (-0.SO }33.93 003 -13.9 2.82 1.416 9.33 T 6.80 16.14 0.015 -0.25 33.68 509 -13.9 2.82 1.416 10.00 10.00 0.015 -0.15 33.52 Sl(l -13.9 2.82 1.416 10.00 10.00 0.015 -0.15 33.37 S11 -13.9 2.82 1.416 5.75 5.75 0.015 -(1.09 33.28 S12 d3.9 2.82 1.416 6.75 6.75 0.(115 -();10 33.18 S13 -13.9 2.82 1.416 138.15 E 3.40 141.55 0.015 -2.18 31.00 803 -13.9 2.82 1,416 0.67 T 6.80 7.47 0.015 -0.11 (1.22 ( (1.50 )31.10 A03 .:,, 1,~'\ /• • .:-. ..... ========================-===============--=-------------==--==---=-==-============================-==----=-=-------------=---- Ref Elev. Pt. ft. Pressure (psi) K Flow Pt Pv Pn Factor Added (gp1l Veloc Dias, Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Summary Length Length per.ft Total Psi {ft.} Press Pt. ==============:~==============================================================================================-====-=--------- C04 19. 0(1 34 • 33 D04 19. 5(1 33.13 X 20.00 21.35 34.33 33.13 -45.2 9.18 1.416 0.42 T -45.2 9.18 1.416 78.00 T Cales By: SSt-J {C=120} 6.80 7.22 0.136 -0.98 -0.22 (-0.50 )33.13 004 6.80 84.80 0.13b -11.6 -0.22 (-0.50 }21.35 X Cheeked By: ................ ·-·-··-·- Job No:: 1 ./ l l ./ E~OO l F~" .c,-1\. --11:::: n---~ u-,a c.« :: :.1L ::t Fed by path tfo.4 ===============================================================================================----------------=--=----------- F:ef Elev. Pt. ft. Pressure (psi) K Flow Pt Pv Pn Factor Added (gpm) Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Summary Length Length per.ft Total Psi (ft.} Press Pt. ================================================================================================-=====------------------------ cos 19, (l(i 35. 5(1 Xl 20.00 25.69 35.50 iF;., .a. t; t-··-1·,,I\.I ,r.::.1 :: ::I!.. E~ Fed by path No.6 {C=120) -38.2 7.76 1.416 80.25 EET 13.60 93.85 0.100 -9.37 -0.43 (-1.00 )25.69 Xi =========================--==-=---=--=-=-----------------=-=--=======-===========================-------====-------------=---- Ref Elev. Pt. ft. Pressure (psi} K Flow Pt Pv Po Factor Added C06 19.(l(! 36.70 D06 19.50 35.37 X2 c(t,00 22.28 36.7(1 35.37 F:" -i:~~-·t :;: K ..... ~ I""-,! c.:« : ::B.. ~:::3: Fed bv path Ho.7 (gpm) Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Sutmary Length Length per.ft Total Psi (ft.) Press Pt. (C=120l -47.6 9.66 1.416 0.67 T 6.80 7.47 0.150 -1.12 -0.22 (-0.50 )35.37 D06 -47.6 9.66 1.416 79.00 T 6.80 85.80 0.150 -12.9 -0.22 (-0.50 )22 .28 Xe =========================================== ·=====================================================================-=-=-=----=-= Ref Elev. Pt. fL Pressure (psi) K Flow Pt Pv Pn Factor Added Hi2 '1 . 33 S2.(i9 E(l2 9.33 59.47 52.09 If==· a. 1.~: 1, u-.....u c• :: ~1. .1.:..,. Fed by path No.7 Feeds Path:15 at Pt:E03 (gpm} Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Ne~t Ref fotal fps in. Length Su1urary Length Length per.ft Total Psi (ft.) Press PL 22.2 4.51 1.416 181.42 4ET lC=120} 20.41 201.02 0.037 7.38 ===============-==-=========================================================================================================== Ref Elev. Pt. ft. Pressure (psi) ~: Flow Pt Pv Pn Factor Added (gpm) Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps · in. Length Summary Length Length per.ft Total Psi (ft.) Press Pt. ========----=-=---=--========================================================================================================= (C=120) 603 9 .33 51.46 51.46 22.4 4.55 1.416 0.42 E 3.40 3.82 (i.(137 0.14 -0.18 (-0.42 )51.42 HCl3 H03 9. 75 51.42 51.42 22.4 4.55 1.416 177.92 5E 17.00 194.92 0.037 7.25 (1.18 ( 0.42 }58.85 E03 E(l3 9.33 58.85 58.85 81.5 103.9 5.b7 2.731 4.67 T 19.61 24.28 (1,026 0.63 59.48 E07 E07 9.33 59.48 .'\,'ll\l,hl-. .'-.AAAA Cheeked E<y: --·---.. ··-·····---·- F::" -C:.41. -t: t-·-11 ....... 1C.:1 ::: :1. ~:.:~~ fed by path No.14 Feeds Path:16 at Pt:E04 Ref Ele'I. Pt. ft. Pressure (psi) K Flow Pt Pv Pn Factor Added l./ll /i.?.001 (gp1) Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Sum1ary Length Length per.ft Total Psi (ft.} Press Pt. =======================================================================================================· ====================== 6(14 9.33 50.53 5(1.53 H04 9.75 50.51 50.51 E04 9.33 58.69 58.69 58.1 E03 9.33 58.85 A/,A/-./, Fed by path No.15 Feeds Path:17 at Pt:E05 F:ef Elev. Pt. ft. Pressure (psi) K Flow Pt Pv Pn Factor Added 605 9.33 48.18 48.18 ECIS 9.33 58.62 58.62 29.7 E04 9.33 58.b'i .•\l,."°A/•. F" ->?:-\ ·-t: 1-11 l"•.,.H tC)1 !'.!! :]_ ·7 Fed by path No.16 Ref Eiev. Pt. ft. Pressure (psi} K Flow Pt Pv Pn Factor Added 606 9.33 46.55 46.55 HOb 9.75 46.83 46.83 E06 9.33 58.61 58.61 EOS 9.33 58.62 AAbA.'1. 23.4 4.75 1.416 0.67 E 23.4 4.75 1.416 177.92 4ET 81.S 4.45 2.731 10.00 3.40 20.41 (C=120} 4.07 0.040 0.16 -0.18 (-0.42 )50.51 H04 198.32 0.040 7.99 0.18 ( 0.42 }58.69 E04 10.00 0.017 0.17 58.85 E03 (gpt} Veloc Diam. Actual Fitting Fitting Total Frict.L~ss Elev. Loss Next Ref Total fps in. Length Sui~ary Length Length per.ft Total Psi lft.) Press Pt. 28.4 5.77 1.416 173.92 T 58.1 3.17 2.731 7.92 (C=120} 6.80 180.72 0.058 10.43 7.92 0.009 0.07 58.62 E05 58.69 E04 (gpm} Yeloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Sum~ary Length Length per.ft Total Psi (ft.) Press Pt. 29.7 6.04 1.416 0.42 T 29.7 6.04 1.416 174.58 ET 29.7 1.62 2.731 3.75 ............ ",AA {C=12(!) 6.80 7.22 0.063 0.45 -0.18 (-0.42 }46.83 H06 10.20 184.79 0.063 11.60 0.18 ( 0.42 )58.61 E06 3.75 0.003 0.01 58.62 E05 Cales By: SS\.oJ Checked By: __ -___ _ CJ F . LJ c.::;: LJ T CJ. 2235 Palomar Airport Rd CARLSBAD Ca 92008 = :-.:: ::: :::--.: :.:.."::;:::: :::: ::::! == =:::: = ::::: ::: = :=: ==:::: = :.-.: ::.: == :::: :::.: :-.::: =-~ == :::: :..--: :-.:: ::: :::: == ::.-.: = ==:::: =::: = = = :::: ::::: =:= = :::: ==:::: == = == =-------• ---• ---♦ ..... ---♦ ♦ -------•M-:•: :Uen!:::.:~. t.y DE:s.i qn P1rE:a ~ '.Ei L.11. K:=> n11 :i 1:;: 1::; f.= <".:::I E:C v SHASTA SOUTHWEST 345 North Market Place Suite B Escondido Ca 92029 0 .. c.:~00 OuOO Su.pp 1 y 1 c:~ 0 n O O p ~;. i ;i) l. l 5 ., 0 0 p ~=· i ;j) I n·for .. mc:1.t: ion 0 .. 00 gpm 1677 .. 00 qpm 9 l ... ~-.. 7 p !::-i ;:,) ~3i:?.{;; ., U q pm + 250u 0 qom Hose .. 'l .. c:fl ·l:;: ,c=_::ii. J.. I::> tF..:? ~n .i::-:11. ·k-k c::I :: !5 "7 <7 ... E~ 4:-;:~ p m ~'i:~ 9' :1. _ 6 W:7 ;::'.}. ~==-~ :i .. Sy~t~m ~~f~ty f~ct~r= 27-62 p~~ Ncd;E~f~; = .......... _.])E...'t>\.J"-C..~ -.......... _ ~ ............ _"'?-& '--· Fu.tt... -·-:1''--· b~ --.1 rs..'--_j;__ __ b~-r-E-L1C)O...... -... ~~6.L-"C --·-....................... .. -... -·-......................... --· .. _ ·--........................................................... ·-· .................... ···-........ -.................................................. A ~ s -~ M, ~ '---c-... \ .............. ·-· ................................................ -....................... ··-..... . List of Fitting Abbreviations E >~a.mp 1 e : 11 E ,~TC 11 :::: er n r~ S t d • E 1 b c« t.-\t , t i.-,to Code:: Dt::-:sc: r· i pt i <:c n Co ch.:~: Df.::s.c r-:i. pt i cq·1 A P, 1 r.:1~·-m 'v'c::1. H Vic lt~:j B Butt~flyVa I Vic tee C: Check Va J Gol D D,-yPipeVa K : l,.lafer chk E: Stdu Elbow L LongTurnEl F 45 Elbow M G Gate Va N C.I .. TEE ~ and one Cccde:Df.~~5cr iption D p G! R T u CF'VC 90 CPVC TEE TEE 01\1 RUN CPVC 45 C .. I" TEE CPVC COUP Ca l cs By : SS l .. J Che c k e• d : .................... _ ..... ..... l / l 1 / 2 0 0 l Check \lei Code::Description ' ... ) ~J )( y 2 Coppe\-Tee Coppe:•·c· r;>o ("~ C, r ~ .~ ':~ 1 n ~~ a::.~ 1 ·~ ~..f V n C:.\ r ,--~~ 1 ,-pr " r, r -~ m h ',, r ,·-,-, '"·' ., (.:\ \I n,:::. c:. i n r, ,~ r ,-, , I r-, " { ~I 1 c::; ', -~ '::l '7 .•. r•_1 n t .... (\ 136.0 128.(1 120.(1. 11c.O t 104.0 . f. 96.0 _. ( 96.7 i 580) 88.0 t 80.0 . 72.0 64.0 56.(l 48.(1 40.0 .. 32.0, 24.0 16.0 8.0 0.0 f f I ~~~~~,~~A~~l~~~A~-~~,-•~~A~~~~~l~~~~~A~~~~~l~~~~~~A~~~~~~~l~~~~~~~A~~~~~~~l~~~~~~~~A~~~~~~~~~l~~~~~~~~¾A~~~~~~~¾~ I I l l I I I I 0 2(1(1() 3(!(!(! 40(1(1 5(10(! ii= 2 :::::-'l ~.5 F· -c.=11. :1 c:11 n1s -c=ll 11-· c~ Ar..:;;:. L. s B j.::.'!ti I.:> 6(H)0 7000 Pressure VSv Flow 1 E~O u 00 0. 00 11 ~5 u 00 l. 6 77 .. 00 0 9345 .. 2:l STORAGE 8000 ,..:~ i 11·-· r-) <=• 1-· t: f~ c:I Ca. 92C>C>B .. :r CK t:J< .... 'I! Lt n--b tE:!' r-= c::: --""-+ C.3' C> 1 /" 1 :t. /2C>CII 1 9000 B Attn: Fire Safety Inspector, Anne Bland Flow test information: Date: Time: Location: Performed by: Witness: 10/25/00 11:00 AM End of Corte Del Cedro, in front of Carlsbad Self Storage. Gauge hydrant in front of 6115 Corte Del Cedro. Flow hydrant in front of 6150 Corte Del Cedro. Carlsbad Water Dept. & Shasta Southwest. Carlsbad Fire Department Fire Safety Inspector, Anne Bland. Flow test results: Static: Residual: Flow: Pito: Port: 120 psi. 115 psi 1677.94 gpm 100 psi 2 1/2" Htdrant flow bt Pito gressure PITO PORT PSI SIZE 100 - HYDRANT FLOW= 1677.94 GPM = 29.83 x .90 x ( port dia. squared) x ( square root of pressure) Area reduction for quick response heads per. 1999 NFPA 13 7-2.3.2.4 NOTES: X = Ceiling height Y = % reduction allowed 1) For ceiling height> or= 10 ft. and< or= to 20 ft. ff= -3'42 + 55). 2) For ceiling height < 10 ft., Y = 40. · 3) For ceiling height> 20 ft. ,Y = 0. Ceilin hei ht ( must be from 1 0' to 20' ) : Startin remote area size: Percentage of reduction allowed = Reduced remote area size= Calculated line length in feet. ( sqare root of area x 1.2 ) = 38.50 922.50 · 36.45 11 1500 ~::::i; lL...ll. rt"U'"IJ n "l! ·1:.7.:l!. -~...... ··::,,•··· (:~!! ... r:-· ~3 ;:"Ji ,..... j_ lf""h ~< ]. E:~>< 'l("" .;:::::~. -~ ..... ~ tf.::::H ~ ..... ! c:!! -~-==5• I.::::~• r-=:.. J.. 1c::H ~ ..... ,~ '!::::::i- • Job No:: C .. -,~1-60 C(::F'.!....~:;HP~D ~,ELF E1Tt:JF~~P1GE BL..D[i E< Desiqn density: .2 bu p 1::'"' 1 i <:::: d -f 1 o t;\! c:{ n d pr e =· ~:-u r E: i ~==· b a.<.::;<::-d ci r1 119.30 psi is actually available Ca. l cul c:\ ti or,s pel-·f or-mecl by ve 1 oc: i t:y pr·e!:::-su·, .. t::• method 1::::ef.. Pf~~ESSUF<E Pt.. Pt Pv Pn bO::l 7.l+L~ 0 .. 4·3 7.,00 so,:.i. ''? u i'-:?.2 o u 17 7 .. o~:~ ~3 0 5 7 ., 1 8 7 .. :U3 806 7.19 0 .. 11 7.08 SOB 7 .. 77 0.69 7.08 S09 16 .. 24 0.56 15 .. 68 810 15-87 0 .. 14 15 .. 72 ~31 :l l ~5 .. B7 1 ~i .. 87 E; 1 :3 1 1 .. 3 :l 1 .. lt '? 9 .. f3 't 814 10.83 0.85 9u48 S15 9 .. 84 Ou40 9.44 t::_; 1 1.::, 9 .. 6 t3 0 .. 1 P 9 ,. ~5 ;':"_\ 817 9.,67 9.67 V F ac ter,- ~5 .. 60 ~:.i II 60 :_:; .. 60 ':5" l..)O ~i,,60 ~=;. 60 :_:i.60 5 .. 60 5 .. 60 ~::j .. 60 ~:j., 60 !:::_; .. 60 ~:=j .. 60 FLOW Percent Refu P-,c t:ua.1 Mini mum E >~ ce£~-~~ P +· 1~:j,.(i 1 l-~ .. :3 :I.Li·., 9 1 ~j .. 0 14 .. 9 14 .. 8 14 .. c; E~2 .. 2 22 .. 3 ,.?.2 u t.:~ 17 .. 6 l '/ .. t? 17.2 17 .. :::~ 17 .. Lj. 14.8 4 .. 1¼ S01 14.8 1 .. 4% 802 14"8 0 .. 0¼ 803 14.8 0.7¼ 804 1.'-t.8 0 .. 7% f306 14,,8 0 .. 0¼ S07 14"8 0.7¼ S08 14.8 50 .. 0¼ soq 1 4 • 8 ~iO • 0 ¼ S 1 0 · 14 .. 8 50 .. 7¼ 811 14.8 50 .. 0¼ 812 14"8 18n9¼ 813 14.8 16.2% 814 14.8 16 .. 2¼ 815 14 .. 8 16.9% 816 14 .. 8 17.6¼ 817 14 .. 8 16 .. 2% 818 14.8 16 .. 2¼ S19 Ca l cs By : SSli-J Checked : _______ -...... ..... 1 / 11 / 200 1 (~,:::,r ~ .• :.r-11 (\ ~~::; 1 ~-~~ .. ,, r, ,:::,•,·-,--~ ., r-!=•·, ... ,.., ,.., r' ~ n·, h .. ,' , ..... , ... r·, IJ! ., t:.7,\., f\t:::i, c:: .; n ,.... r.~,--r, I Ir-, .. ( ~ ·1 r::; ·1 --,..-l 1::i•·7 ..... r7,•"•,.,::, ,•"•, 11::::::" ] .. C:11 H.,, .. ,,~ -i:::::~. r -~ ~:.::J r.::-: .. 1!·-··· '.:':::~' ~:::~:i-'!':::::i-L.!I. 11-· f.:::::!' ~::::::i; Lij. :rn, :rn -i::31. c ...... ··'.:,.•··· :Job No:! c--•lt60 CP:PLSBt-~D SELF riTClF;~P:UE: Bl..:0(3 D Elev. P.EF. Fkw Pt Pf Pe Pt REF. Elev. F R I (: T I 0 N L 0 S S C A L C U L A T I 0 N S Velocity ft. POIHT gp~. psi psi psi psi POINT ft. Length Fitting Length Total Pf /ft Diam C Flow fps 3(1.00 A01 }) 180.3 )) 49 .19 -0.28 0.00 48. 90 A02 3(1,0(l 3.92 3.92 0.072 2.731 120 180.3 9.9 30.(J(I A01 « 193.2 <C: 49 .19 1.81 0.00 50.99 A07 3(1,00 9.00 2L 13.07 22.07 0.082 2.731 120 193.2 10.6 30.(l(l A01 }} 12.8 » 49 .19 -0.1(1 -(I .18 48.91 8(11 30.42 0.42 T 6.80 7.22 (1.(113 1.416 120 12.8 2.6 30.00 A02 >> 164.5 » 48.90 -0.48 0.00 48.42 A03 30.0(1 7.92 7.92 0.061 2.731 120 164.S 9.(1 30.00 A02 }) 15.9 }-} 48.9(! -0.14 -0.18 48.58 802 3(!.42 0.42 T 6.8(1 7.22 (!.(12(1 1.416 120 15.9 3.2 30.00 A03 >> 142.5 }} 48.42 -(1.59 0.1JO 47.83 A04 3(1.00 12.67 12.67 0.047 2.731 120 142.5 7.8 30.00 A03 » 22.0 }} 48.42 -(!.26 -(1.18 47.98 803 30.42 0.42 T 6 .B(l 7.22 0.036 1.416 12(1 22.(l 4.5 30.00 A04 )) 94.1 )) 47.83 -0.17 (1.00 47.66 AOS 30.00 7.92 7.92 0.022 2.731 12(1 94.1 5.1 3(1,(l(l AQ4 >> 48.4 )} 47.83 -1.12 -0.18 46.53 B04 3(!.42 0.42 T b.80 7 .22 0.155 1.416 120 48.4 9.8 30.00 A05 }) 49.9 >> 47.66 -0.03 0.00 47.63 AOb 30.00 3.92 3.92 0.007 2.731 120 49.9 2.7 3(1.0Q AOS )) 44.2 )} 47.66 -(l.94 -0.18 46.54 BOS 30.42 0.42 T 6.8(! 7.22 0.131 1.416 12(1 44.2 9.(l 30.00 A06 )} 49.9 }} 47.63 --1.18 -0.18 46.27 BOb 30.42 0.42 T 6.80 7.22 0.164 1.416 120 49.9 10 .1 3(1.(1(1 A(l7 << 193.2 (( 50.99 1.06 4.88 56,94 E07 18.75 13.00 13.00 0.082 2.731 120 193.2 10.6 30.42 8(11 )) 12.8 » 48.91 -4.06 0.00 44.85 D01 30.42 291.33 TT 13.bO 304.94 0.013 1.416 120 12.8 2.6 30.42 8(12 }} 15.9 }} 48.58 -6.00 (1.00 42.58 0(12 30.42 291.33 TT 13.6(1 304.94 0.020 1.416 12(1 15.9 3.2 30.42 B03 }} 22.(1 }} 47.98 -10.94 O.M 37.04 D03 30.42 291.33 TT 13.60 3(14.94 0.036 1.416 120 22.0 4.5 3(1.42 B(!4 \\ l/ 48.4 » 46.53 -36.44 (1.00 10.09 S19 30.42 228.08 T 6.8(1 234.88 (1,155 1.416 12(1 48.4 9.8 30.42 B05 >> 44.2 )) 46.54 -30.31 0.00 16.23 S12 30.42 228.58 E 3.4(} 231.98 0.131 1.416 120 44.2 9.0 30.42 B06 )) 49.9 )} 46.27 -38.5(! (! .(l(i 7.77 SOB 30.42 228.08 T 6.8(1 234. 88 0. 164 1.416 120 49.9 10.1 0.50 BOR ·, \ l/ 329.B }} 78.51 -0.83 -3.58 74 .10 TOR 8.75 rn.oo 10.00 0.083 3.340 120 329.8 12.0 (i.50 BDR << 329.8 << 78.51 0.29 1.52 80.32 UGI -3 .00 5.00 L 1(1.75 15.75 0.019 4.280 14(1 329.8 7.3 30.00 C01 \\ 149.5 }} 44.93 -2.32 (1.0(! 42.61 CO2 30.(li) 3.92 3.92 0.592 1.650 120 149.5 22.4 l I 3(1.(lO C(li << 136.6 .-, c,,\ 44.93 3.(!2 0 ,(H) 47.95 C07 30.00 9.00 2E 11.18 20.18 0.150 2.115 120 136.6 12.4 3<; .oo cot << 12.8 << 44.93 0 .10 -0 .18 44.85 001 30.42 0.42 T 6.8(1 7.22 0.013 1.416 120 12.B 2.6 30.00 CO2 }} 1b5.3 )) 42.61 r •r -._1.ChJ 0.(10 36.96 C03 3(1.(!(1 7.92 7.92 0.714 1.65(1 12(1 165.3 24.7 30.00 CO2 << 15.9 << 42.61 · 0.14 -0.18 42.58 D02 30.42 0.42 T 6.80 7.22 0.020 1.416 120 15.9 3.2 3(1.(l(J C03 )} 187.3 )} 36.96 --11.39 (1.00 25.58 C04 30.(10 12.67 12.67-0.899 1.65(1 12(1 187.3 28.0 30.00 C03 (( 22.0 ( I ,\ 36.96 0.2b -0.18 37.04 D03 30.42 0.42 T 6.80 7.22 0.036 1.416 120 22.0 b c-,.,J 30 .(1(1 C04 }} 114.5 }} 25.58 -2.86 (i ,(1(1 EE.71 C05 3(!.(!(I 7.92 ... Q'l {j 1' 'l J • :I... v 1vOL 1.65(! 12(1 114.5 17 .1 30.0(! C04 )) 72.8 }} 25.58 -2.38 -0.18 23 .02 004 3(! .42 (1.42 T 6.60 7.22 0.329 1.416 120 72.8 14.8 3(1 .00 C05 _}_} 69.8 >> 22.71 -0.57 (i,(!i) 22 .15 C% 3r1. r1r1 3.92 3.92 (1,145 1.65(! i20 69.8 1(1.4 30.00 C05 , .• ll 44.7 » 22.71 -(1.97 -0.18 21.57 DOS 30.42 0.42 T 6.80 7.22 0.134 1.416 120 ll' M ,'i.! 9.1 30.0(1 C06 }} 69.8 }) 22.15 -2.28 -0.18 19.69 DOb 3(1.42 0.67 T 6.80 7.47 0.305 1.416 12(1 69.8 14.2 30 .00 C07 (( 136.6 « 47.95 1. 95 4.88 54.78 607 18.75 13.00 13.00 0.150 2.115 I 'l(1 ~\..v 136.6 12.4 3(1,42 [1(14 }} 72.8 }} 23.(12 -11.71 0.0(1 11. 31 S13 30.42 28.75 T 6.80 35.55 (1.329 1.416 120 72.8 14.8 3(1.42 DOS }) 44.7 )-} 21.57 -5.33 (I.O(l 16.24 S09 30.42 33.00 T 6.80 39.8(1 0.134 1.416 120 44.7 9 .1 3(1,42 D06 )) 69.8 )} 19.69 -10.?b (I ,(!(I 8.93 S01 30.42 28.50 T 6.80 35.30 0.305 1.416 120 69.8 14.2 18.75 EOt }} 32.7 )} 56.92 -0.04 0.00 56.89 E02 18.75 11.58 11.58 0.003 2.731 120 32.7 1.8 18.75 E01 « 40.6 << 56.92 (1.(11 0.00 56.94 E07 18.75 3.00 3.00 (>.005 2. 731 12(1 40.6 2.2 18.75 E01 }} 8.0 » 56.92 -0.04 -0.18 56.70 F01 19 .17 0.42 T 6.80 7.22 0.005 1.416 120 8.0 1.6 18. 75 E02 » 26.0 }} 56.89 -0.(12 (l.(iQ' 56.87 E03 18.75 " "r J • I .J 7.75 0.002 2.731 ·120 26.(J 1.4 18.75 E02 }) 6.7 » 56.89 -1.52 0.00 55.37 602 1B.75 322.50 12ETT 54.41 376.91 (1.004 1.416 120 6.7 1.4 18.75 E03 » 19.3 » 56.87 -(! .(!1 0,(1(1 56.86 E04 18.75 7.83 7.83 0.(1(11 2.731 12(1 19.3 1.1 18.75 E03}} 6.7 }) 56.87 -(I .03 -0 .18 56.66 F03 19 .17 0.42 T 6.80 7.22 0.004 1.416 120 6.7 1.4 18.75 E04 }) 12.8 }} 56.86 -0.(1(1 (I ,(1(1 56.86 EOS 18.75 4.42 4.42 0.001 2.731 120 12.8 0.7 18.75 E04 }} 6.5 » 56.86 -0.03 -0.18 · 56.66 F04 19 .17 0.42 T 6.80 7.22 0.004 1.416 120 6.5 1.3 18.75 EOS )) 6.3 }} 56.86 -0.00 (1.00 56.86 EOb 18.75 7.42 7.42 (}.0(1(1 2.731 120 6.3 0.3 18.75 E05 :>> 6.5 }} 56.86 -1.17 0.00 55.70 605 18.75 298.SO TT 13.bO 312.10 0.004 1.416 120 b.5 1.3 18.75 E06}) 6.3 }} 56.86 -0.03 -0.18 56.65 F06 19 .17 0.42 T 6.80 7.22 0.004 1.416 120 6.3 1.3 18.75 E07 << 233.8 « 56.94 4.79 4.34 66.07 W07 8.75 15.00 LT 26.15 41.15 0.116 2.731 120 233.8 12.B 19.17 FOl )} 8.0 }} 56.70 -1.83 0.(10 54.87 H01 19 .17 309.50 SET 23.81 333.31 (1,005 1.416 120 8.(1 1.6 19.17 F03 )} 6.7 )} 56.66 -1.28 0.(10 55,38 H03 19 .17 301.00 2E2T 20.41 321.41 0.004 1.416 120 6.7 1.4 19, 17 F04 }) b.S }} 56.66 -1.14 0.(10 55.51 H04 19 .17 298.50 EE 6.80 305.30 iJ,004 1.416 12(1 6.5 1.3 19.17 FOb }} 6.3 » 56.65 -1.10 0.00 55.55 H06 19.17 298.50 EE 6.8(1 3(15. 3(1 (I • 004 1.416 120 6.3 1.3 Cales By: SS\.--J Checked: ..... --· -·•·• ............... ···-1/ l l./;:?.001 qr-:,..,-~ -~~:-11 n~~=; ., * l-l\.1n t=-,·-r· =< 1 r .. Prr-,nr .=tff! h\l r~ r· r, 1.,.1 ., P \/ n,=.c:, i nr, r:;rr,11n ,, ( ~j 1 ~) -~~~7-·-'70.~n h······-::u .. ,c::« ij,, .. ,JI -1:~::lt. 1r·-1, c::I! r::-~ .. r-· ,r::::::~ ·!::.~::i-".::~:::. c.~. -,.·-·-~::::~~ ~:::~:~ L .. ij. 1rn1 ,rn -r.:::11. li-··-··~,,.,.. .. J· c:,t::i Mei:: c---l~6o C:::(\h:l..SBP:D C~F.'I ___ J::· ~3TDFP1CiF BL..DCi El Elev. HEF I Flow Pt Pf Pe pt REF. Elev. F R I C T 1 0 N L D s s C A L C u L " li T I 0 N s Velo,::ity ft. POINT qpm psi psi psi psi POINT ft. Length Fitting Length Total Pf/ft Diam C Flow f P=· 18.75 601 <, «. 32.7 << 55.(11 (1.36 0.00 55.37 6(12 18.75 10.08 10.08 0.036 1.650 12(! 32.7 4.9 18. 75 GQ1 }) 40.6 » 55.01 -0.2·3 0.00 54.78 6(17 18. 75 3.00 T 11.18 14.18 0.016 2.115 120 40.6 3.7 18.75 601 {{ 8.(1 << 55.01 0.04 -0.18 54.87 H01 19. 17 0.42 T 6.8(1 7.22 (1.(1(15 L~16 120 8.(l Lb 18.75 802 << 26.0 << 55.37 0 .16-0.00 55. 53 6(13 18.75 7.08 7.08 0.023 1.650 120 26.0 3.9 18.75 G03 << 19.3 << 55.53 (! .13 (I .(!(I 55.67 604 18.75 10.0(1 1 (1.(1(1 0.(113 1.65(! 120 19.3 2.9 18.75 603 << 6.7 << 55.53 (1.03 -0.18 55.38 H03 19.17 0.42 T 6.80 7.22 0.004 1.416 120 6.7 1.4 18. 75 6(14 (( 12.8 <«: 55.67 (1.03 (I• (l(l 55.70 605 18.75 4.42 4 • 42 (I • (1(16 1.650 120 12.8 1.9 18. 75 604 '~ <, b.5 << 55.67 0.03 -0.18 55.51 H04 19 .17 0.42 T 6.80 7.22 0.004 1.416 120 ' r C.J 1.3 18.75 6(15 « -~.3 << 55.70 (1.(11 0.00 55.71 G06 18.75 7.4~ 7.42 (1.(1(12 1.65(1 12(1 6.3 0.9 18.75 6% << 6.3 << 55.71 (1.03 -0.18 55.55 H% 19 .17 0.42 T 6.8(1 7.22 0.004 1.416 120 6.3 1.3 18.75 607 << %.(! I I <,<, 54.78 1.88 4.34 61.01 '((17 8.75 13 .(1(1 T 11. 18 24.18 0.078 2.115 12(1 96.0 8.7 3(1,42 501 >} 54.4 }} 8.93 -0.9b 0.00 7.96 5(12 30.42 5.00 5.00 0 .192 1.416 120 54.4 11.1 30.42 502 \\ ,., 39.4 >> 7.96 -(1.53 0.0(1 7.44 503 30.42 5.(1(1 5.00 0.106 1.416 120 39.4 8.0 30.42 503 )-} 24.6 » 7.44 -0.22 o.oo 7.22 504 30.42 5.00 5.00 0.044 1.416 120 2U, 5.0 30.42 S04 )) 9.7 }} 7.22 -0.04 (I .(i(! 7.18 sos 30.42 5.(10 5.(1(1 (1.008 1.416 120 9.7 2.0 30.42 sos « 5.3 << 7 .18 0.01 0.00 7 .19 5(16 30.42 5.00 5.00 0.(!03 1.416 120 5.3 1.1 30.42 sot. << 2:r, ;;i << 7 .19 0.15 (I .(!(I 7.34 SO? 3(1.42 5.(1(1 5 .(1(1 (1,031 1.416 120 2().2 4 .1 30.42 S07 << 35.0 « 7.34 0.43 0.00 !.!! 508 30.42 5.(10 5.00 0.085 1.416 12!) 35.0 7 .1 30.42 S(19 }} 22.5 }) 16.24 -(1.38 (I. (i(i 15.B? Sl(l 3(1.42 1(1.(1(1 10.(10 0.038 ! .416 120 2') r L".! 4.6 30.42 S10 >> 0.3 \\ 15.87 -(! .(H) 0.(H) 15.87 511 30 .42 10 .(1(1 10.00 0.00(! 1.416 12(i 0.3 0.1 ., . .,. 30.42 511 << 22.0 (\(\ 15.87 (1.36 (I ,(!(I 16.23 512 30.42 1(1.0(1 1 (I ,(l(i (1.036 1.416 12(1 22.0 4.5 30.42 513 >> 55.2 }) 11.31 -0.99 0.00 10.33 S14 30.42 5.00 5.0(1 (I, 197 1.416 120 c-r !:i JJ .... 11.2 30.42 514 >> 37.9 }) 10.33 -(1.49 (I .(!(I 9.84 515 30.42 5.()0 5.(1(1 0.099 1.416 120 37.9 7.7 30.42 515 }} 20.7 >> 9.84 -0.16 0.(10 9.68 516 30.42 5.00 5.00 0.032 1.416 120 20.7 4.2 3(1.42 516 }} ~ ' ..... 'i >> 9.68 -0.01 0.(1(1 9.67 517 30.42 5.00 5.00 0.001 1.416 12(1 3.4 0.7 30.4e S17 << 14.0 << 9.67 0.(18 0.00 .9. 75 518 30.42 5.00 5.00 0.016 1.416 120 14.0 2.8 3(1.42 S18 < ,: 31.2 \\ 9.75 0.34 0.(10 10.09 519 30.42 5.0(1 5.00 (1,(169 1.416 120 31.2 6.3 -13.92 SOR }) 329.8 )> 91.67 -0.64 -4.74 86.3() U65 -3.00 657.00 5LTG 151.57 808.57 0.001 7.980 150 329.8 2.1 8.75 TOR )} 329.8 }} 74 .1(1 -3.(13 (1,(1(1 71.07 W06 8.75 14.(l(l 3L 22.69 36.69 0.083 3.340 120 329.8 12.(i -3.(!0 UG1 << 329.8 <,<, 60.32 0.77 0.0(1 81.09 UG2 -3.(!(i 4.00 T 40.84 44.84 0.017 4.240 150 329.8 " r j • ,_I -3.(l(l UG2 ,,<t 329.8 ",, 81.09 2.04 (!.0(1 83. 13 UG4 -3.(l(l 67.0(l LT 52.5(! 119.5(1 (!,(117 4.24(1 150 329.8 M C l,.J -3.00 IJG4 (( 329.8 << 83.13 3.17 0.00 86.30 UG5 -3.00 53.00 4L2TG 132.23 185.23 0.017 4.24() 150 329.8 " r .I • .J 8.75 \.Wl << 25(!.8 << 68.76 0.37 (1.(1(1 69 .13 W02 8.75 7.SO 7. 5(1 (l.(15(1 3.340 120 250.8 9.2 8.75 wot }} 233.8 lJ 68.76 -2.69 0.00 66.07 t,!(17 8.75 3.5(! T 19.61 23.11 0 .116 2.731 120 233.8 12.8 8.75 WOl )) ·17.0 }} 68.76 -0.16 -0.18 68.42 X01 9.17 0.42 T 6.8(1 7.22 0.022 1.416 12(1 17 .(I 3.5 8.75 W02 « 267.0 (,\ 69.13 0.25 0.00 69.38 WC13 8.75 4.42 4.42 0.056 3.340 120 267.(1 9.7 8.75 W02 )} 16.1 :>> 69 .13 -6.33 0.00 62.81 Y02 8.75 298.50 TT 13.60 312.1(1 0.020 1.416 12(1 16.1 3.3 8.75 W03 « 282.5 {( 69.38 0.48 0.00 69.86 W04 8.75 7.67 7.67 0.062 3.340 120 282.5 10.3 8.75 W03 » 15.5 }} 69.38 -(I. 14 -0.18 69.(16 XC!3 9 .17 0.42 T 6.80 7.22 0.019 1.416 12(! 15.5 3.2 8.75 W04 (( P.'17.8 << 69.86 0.54 (1.00 70.4(1 W05 8.75 7.92 7 .92 (I ,068 3.340 120 297.8 10.9 8.75 W04 )} 15.3 }} 69.86 -(1.13 -0.18 69.54 X04 9 .17 0.42 T 6.8(1 7.22 0.018 1.416 120 15.3 3 .1 8.75 W05 << 313.4 << 70.40 (1.68 0.00 71.07 WOb 8.75 9.00 9.00 0.075 3.340 120 313.4 11.4 8.75 wos }) 15.6 }} 70.40 -6.25 (1,(1(1 64.14 YOS 8.75 299.33 2T4E 27.21 326.54 0.(119 1.416 120 15.6 3.2 8.75 W06 ).'• 'l 16.4 >> 71.07 -(i.15 -0.18 70.74 XOb 9 .17 (1.42 T b.80 7.22 0.021 1.416 120 16.4 3.3 9 .17 XOl )} 17.(l }} 68.42 -6.99 (1.(1(1 61.43 Z(l1 9 .17 298.5(1 TT 13.60 312.10 (1.022 1.416 12(1 17 .(I 3.5 9 .17 X03 \\ ll 15.5 })-69.06 -5.77 0.00 63.29 Z03 9 .17 298.5(1 EE 6.8(! 305.3(1 (1.019 1.416 120 15.5 3.2 9 .17 X04 » 15.3 ) \ . I 69.54 -5.72 0.0(! 63.82 Z04 9.17 298.50 TT 13.60 312.1(1 (1.(118 1.416 12(1 15.3 3.1 9.17 Y.06 }) 16.4 }) 70.74 -6.54 (1.00 64.20 206 9 .17 298.50 TT 13.60 312.10 0.021 1.416 12(} 16.4 3.3 8.75 Y01 « 79.0 « 61.44 1.36 0.00 62.81 Y02 8.75 7.50 7.50 0.182 1.650 120 79.0 11.8 8.75 V01 )} 96.(1 }} 61.44 -0.43 0.00 61.01 Y07 8.75 5.58 5.58 0.078 2.115 12(1 96.0 8.7 8.75 YOt « 17 .(l « 61.44 0.16 -0.18 61.43 201 9 .17 0.42 T 6.80 7.22 0.022 1.416 120 17.0 3.5 8.75 Y(l2 « 62.8 << 62.81 0.53 0.00 63.33 Y03 8.75 4.42 4.42 0.119 1.65(1 120 62.8 9.4 8.75 Y03 << 47.3 ,: < 63.33 0.54 0.00 63.87 Y04 8.75 7.67 7.67 0.071 1.650 12(1 47.3 7.1 8.75 Y03 <( 15.5 << 63.33 (1.14 -0.18 63.29 Z03 9.17 0.42 T 6.80 7.22 0.019 1.416 120 15.5 3.2 Calc:s By: SSl.--J Checked: -·· ----· ·-· ..... ···-1/11/2001 q (.~:., ~•-~ * I~ 1 (••, ':.1 ,:.-:; 1 41'. l .... ·,,1r·, r:::.r r·:::. 'Ir ,::, ~-r, r, ·,·-.::) ,.,.! ~-.. , ., f'":y··r,!_a> ., ,:::,-.., n i:·:. c: 1 ri ·,·-. R,·-,-, ' 'r-, ., ( ~.::} ·1 L-::; ) ·--,:-~ '=l r7 ·-· '7 n ,L.{°\ Elev. REF. Flew Pt Pf Pe Pt REF. Elev. F R I C T I O N L O S S C A L C U L A T ! G N S Vel{icity ft. POINT gpffl psi psi psi psi POINT ft. Length Fitting Length Total Pf/ft Diam C Flow fps 8.75 Y04 << 32 .1 « 63.87 (1.27 0.0(1 64.14 YOS 8.75 7.92 7.92 0.034 1.650 120 32.1 4.8 8.75 V04 << 15.3 « 63.87 0 .13 -0 .18 63.82 Z04 9.17 0.42 T 6.80 7.22 0.018 1.416 120 1c-':; ,J • .., 3 .1 8. 75 VOS « lb.4 « b4.14 0.09 0.00 64.23 Y06 8.75 9.0(1 9.00 (1,010 1.650 120 16.4 2.5 8.75 YOb << 16.4 « 64.23 0 .15 -0. 18 64.20 Z06 9.17 0.42 T 6.80 7.22 0.021 1.416 120 16.4 3.3 Flow Diaqram for CARLSBAD SELF STORAGE BLDG B C06))}}D06))}}}})}}))S01})}}502)}))S03))))S04>>>>S05((((S06<(<<S07((((S08<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<B06<<<<A06 69.8 69.8 54.4 39.4 24.6 9.7 5.3 20.2 35.0 49.9 49.9 69.8 49.9 C05}))}DOS>>>>>>>>>>>>>>>>>>S09)}})})}})})S10>>>>>>>>>>>S11<<<<<<<<<<<S12<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<BOS<<<<A05 44.7 44.7 22.5 0.3 22.0 114.5 94.1 A .... C04)})}D04>>>>>>>>>>>>>>>>>>S13})))S14))})S15>>>>S16>>>>S17{(((518<<<<S19<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<B04<<<<A04 72.8 187.3 A 165.3 72.8 55.2 37.9 20.7 3.4 14.0 31.E 48.4 48.4 142.S - 22.0 22.0 164.5 C02((((002<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<B02<<<<A02 15.9 15.9 15.9 149.5 180.3 C01<<<<D01<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<B01((((A01 12.8 136.6 A C07 . 12.8 12.8 193.2 A A07 .,. F' c:\ th E, um m 1::i. r .. v F' r· i n t: o u. t: f c:i r- .. ~J ob Ne-: c .. ~-L~,:SO 1 ./1 1 /f~OOl r,:::::n ,r:.::~. ··t-; 1·-11 ~-, .... H C« ::: J.. H~: E::' tl"H"b 1[:)1 "It.-;: ~~:~-:!' "l:;: 1c::« ~:.=~ L .t n::-~Ji n::::) 1. ....,,, ..... Principal path Feeds Path:2 at Pt:W06, Path:3 at Pt:AOS, Path:5 at Pt:A04, Path:7 at Pt:A03} Path:8 at Pt:A02 Feeds Path:9 at Pt:A01, Path:10 at Pt:WOl, Path:11 at Pt:W02, Path:12 at Pt:W03, Path:13 at Pt:W04 Feeds Path:14 at Pt:WOS ========================================================================================================================------ Ref Ele v. Pressure (psi) K Flow (gpm) Veloc Diam. Actual Fitting Fitting Tctal 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. S01 3(1.42 8.93 1.35 7.57 s.ac, lS.4 -54.4 11.05 1.416 5.0(1 S(12 30.4c 7.96 0.82 7 .14 5.6(} 15.0 -39.4 8.01 1.416 5.00 503 30.42 7.44 0.43 7 .(1(1 5.60 14.8 -24.6 5.00 1.416 5.00 5(14 30.42 7.22 0.17 7.05 5.60 14.9 -9.7 1.97 1.41b 5.00 S05 30.42 7 .18 7.18 S.60 15.(l 5.3 1.07 1.416 5.0(1 SOb 30.42 7.19 0.11 7.08 5.60 14.9 20.2 4.Ht 1.416 5.00 S07 30.42 7.34 (l.34 7.()(1 5.6(1 14.8 35.0 7. 11 1.416 5.00 S08 30.42 7.77 (l.69 7.08 5.60 14.9 49.9 10. 14 1.41b 228.08 T 806 30.42 46.27 46.27 49.9 1(!,14 1.416 (1.42 T AOb 30.00 47.63 47.63 49.9 2.73 2.731 3.92 A05 30.00 47.66 47.b.6 44.2 94.1 5.14 2.731 7.92 A04 30.00 47.83 47.83 48.4 142.5 7.78 2.731 12.67 A03 3(1.(!0 48.4E 48.42 22.(1 164.5 8.98 2.731 7.92 A02 30 .0(1 48. 9(1 48.90 15.9 180.3 9.85 2.731 3.92 AO! 30.00 49 .19 49 .1 9 12.8 193.2 10.55 2.731 9.00 2L AO? 30.00 50.99 50.99 193.2 10.55 2.731 13.00 £(17 18.75 56.94 56.94 40.6 233.6 12.77 2.731 15.00 LT W07 8.75 bb.07 66.(17 233.8 12.77 2;731 3.50 T wot 8.75 68.76 68.76 17.0 250.8 · 9 .16 3.340 7.50 W02 8.75 69.13 69 .13 16.1 267.0 9.75 3.340 4.42 W03 8.75 69.38 69.38 tr r A~·■._, 282.5 10.32 3.340 7.67 W04 8.75 69.86 69.86 15.3 297.B 10.87 3.34(! 7.92 W05 8.75 70.40 70 .40 15.6 313.4 11.45 3 .34(1 9.00 WOb 8.75 71.07 71.07 16.4 329.8 12.04 3.340 14.00 3L 10R 8.75 74.1(1 ?4, l(i 329.8 12.04 3.34(! 1 (i. (l(i BOR 0.5(1 78.51 78.51 329.8 7.33 4.28J 5.0(1 L U61 -3.00 8(1.32 80.32 329.8 7.47 4.24(! 4.CtO T UG2 -3.00 81.09 81.09 329.8 7.47 4.240 67.00 LT UG4 -3.00 83.13 83.13 329.8 7.47 4.24(1 53.00 4L2T6 UG5 -3.(l(J Bb.30 86.30 329.B 2.11 7.980 657.00 5LT6 SOR -13. 9 91.b'l .... 11.hhhl\ ,.._A,.,,AA Path K ..... Factc«r = :_::34. l,t,~'5 Cales By :SSl,•J 6.80 6.8(1 13.07 26.15 19.61 22.69 10.75 40.84 52.5(1 132.23 151.57 (C=120} 5.0(1 0.192 -(l. 96 5,0(1 0.106 -0.53 5.(10 0.044 -0.22 5.00 0.008 -0.04 5.0(1 0.003 0.01 5.00 0.031 0.15 5,(1(1 0.085 o.~3 234.88 0.164 38.50 7. 22 (I .164 1.18 3.92 0.007 0.(13 7.92 (1,022 (1.17 12.67 0.047 0.59 7.92 (1.%1 0.48 3.92 0.072 0.28 22.(17 (1~(182 1.81 13.00 (l,082 1.06 41.15 0.116 4.79 23.11 0.116 2.69 7.50 0.050 0.37 4.42 0.056 o.es 7 .t.7 0.062 0.48 7.92 0.068 (1.54 9 ,(1(1 (! .(!75 0.68 36.69 0.083 3.03 1(1,(llj 0.083 0.83 {C=140) 15.75 0.019 0.29 (C=150) 44.84 0.(117 (1.77 119.50 0.017 2.04 185.23 0.(117 3.17 808.57 0.0(11 0.64 7.96 SM> ..... 7.44 503 7.22 504 7 .18 5(15 7.19 S06 7.34 S07 7. 77 S08 46.27 B06 0.18 ( (1.42 )47.63 A06 47.66 A05 47,83 A04 48.42 A(l3 48.90 A02 4'1.19 AO! 50.99 A07 4.88 ( 11. 25 )5b.94 E07 4.34 (10.0(1 }66.07 W07 68.76 wot 69 .13 W02 69.38 W03 69.86 Will 70.40 W05 71.07 W06 74 .10 TOP 3.58 ( 8.25 )78.51 BOR 1.52 ( 3.5(1 )80 .32 UGl 81.09 U62 83.13 UG4 86.3(1 LIG5 4.74 (10.92 }91.67 SOR F'i::-, th ~.?.;u.mm:::try Fr· in tout ·for CP·:nL.:::3EtP1D f:,FLF STDF~:r1GE: BL.Dt:3 B )e<b l\io ~ C·--"+60 l ./ 1 l / 200 l ~":;ys. t.: E:m: IF=" ,c:.-lr .. ·t: §"'"h y· .... .n CR ~ E.:.': Fed by path No.1 Feeds Path:4 at Pt:C05, Path:6 at Pt:C04 ==---=-=------=------------=================================================================================================== Ref Elev. Pressure (psi) K Flow (gp1) Yeloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Pt. ft. Pt Pv Pn Factor Added Total fps in. Length Su~mary Length Length per.ft Total Psi lft.) Press Pt. S01 30.42 8. 93 1.35 7.57 S.60 DOb 30.42 19.69 19.69 [:(l6 30.00 22.15 22.15 cos 30.(10 22.71 22.71 C04 30.00 25.58 25.58 C03 30.00 3b.96 36.96 CO2 30.(l(J 42.61 42.61 C01 30.00 44.93 44.93 C07 30.(tQ 47.95 47.95 807 18.75 54.78 54.78 Y07 8. 75 61.01 61.01 Y01 8.75 61.44 61.44 V02 8.75 62.81 62.81 Y03 8.75 63.33 63.33 Y04 8.75 63.87 63.87 YOS 8. 75 64. 14 64 .14 Y06 8.75 64.23 64.23 ZOb 9.17 b4.2(! 64.2(1 X06 9.17 70.74 70.74 W06 8. 75 71.07 1, ... .,,. ... -" w:.:::::" ,r.:::.-1!. -t ;: l"-t tt''• ... fi C1-: :::; :;::_]; Fed by path Mo.1 15.4 44.7 72.8 -22.0 -15.9 -12.8 -40.6 -17.(! -16.1 -lS.5 -15.3 -15.6 69.8 14.18 1.416 28.50 T 69.8 14.18 1.416 0.67 T 69.8 10.45 1.650 3.92 114.S 17.14 1.650 7.92 187.3 28.03 1.650 12.67 165.3 24.74 1.650 7.92 149.5 22.37 1.650 3.92 136.b 12.44 2~115 9.00 2E 136.6 12.44 2.115 13.00 96.0 8.74 2.115 13.00 T 96.0 8.74 2.115 5.58 79.0 11.82 1.650 7.50 62.B 9.40 1.650 4.42 47.3 7.08 l.650 7.67 32.1 4.80 1.650 7.92 16.4 2.46 1.650 9.00 16.4 3.33 1.416 0.42 T 16.4 3.33 1.416 298.50 TT 16.4 3.33 1.416 0.42 T <C=120) 6.80 35.30 0.305 10.76 19.69 D06 6.80 7.47 0.305 2.28 0.18 ( 0.42 )22.15 C06 3.92 0.145 0.57 22.71 C05 7.92 0.362 2.86 25.58 C04 12.67 0.899 11.39 36.96 C03 7.92 0.714 S.b5 42.61 CO2 3.92 0.592 2.32 44.93 C01 11.18 20.18 0.150 3.02 47.95 C07 13.00 0.150 1.95 4.88 (11.25 )54.78 607 11.18 24.18 0.078 1.88 4.34 (10.00 )61-.01 V07 5.58 0.078 0.43 61.44 Y01 7.50 0.182 1.36 62.81 Y02 4.42 0.119 0.53 63.33 Y03 7.67 0.071 0.54 63.87 Y04 7.92 0.034 0.27 64.14 Y05 9.00 0.010 0.09 64.23 Y06 6.80 7.22 0.021 0.15 -0.18 (-0.42 )64.20 206 13.bO 312.10 0.021 b.54 70.74 X06 6.80 7.22 0.021 0.15 0.18 ( 0.42 )71.07 WOb Ref Elev. Pressure (psi} K Flow (gpe) Veloc 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 P5i (ft.) Press Pt. ==========================================================================================================-=-==-======-------- 509 30.42 16.24 0.56 15.68 510 30.42 15.87 0.14 15.7E S11 30.42 15.87 15.87 512 30.42 16.23 0.54 15.69 805 30.42 46.54 46.54 A05 30.00 47.66 5.60 22.2 -22.5 4.58 1.416 10.00 5.60 22.2 -0.3 0.07 1.416 10.00 5.60 E2.3 22.(l 4.46 1.416 10.()(l 5.60 22.2 44.2 8.97 1.416 228.58 E 44.2 8.97 1.416 0.42 T ·"'·"'""''" 6.40 Ca 1 cs By :: S Sl.-J (C=120) 10.00 0.038 -0.38 15.87 SlO 10.00 0.000 -0.00 15.87 S11 10.00 0.036 0.36 16.23 512 3.40 231.98· 0.131 30.31 46.54 805 b.80 7.22 0.131 0.94 0.18 ( 0.42 )47.66 A05 . Pa th E, u. mm E1:. r-· y F' r-i ·,-1 t c: u. t ·f c« r· CARLSBAD SELF STORAGE BLDG B :r o b No ~ c --'+ 6 o l / l l /;?.OO 1 f3y~::.t e m: r=· .;:.::~,. i:;. 1·-" n··••,.H c" ~~ .,!'.~ •• Fed ty path No.2 =============================================================================================================----------------- Ref Elev, Pt. ft. Pres~.ure (psi) K Flc,w (gpm} Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Pt Pv Pn Factor Added Total fpc in. Length Su&mary Length Length per.ft Total Psi (ft.) Press Pt. ======================================================================================================------------------------ 509 30.42 16.24 0.56 15.68 5.60 D05 30.42 21.57 21.57 cos 30.00 22.71 r :::u .;:;:;1\. -tt:. 1--~ r ...... C:• : ~Si Fed by path Ne,. 1 22.2 44.7 9.09 1.416 33.00 T 44.7 9.09 1.416 0.42 T 6.80 6.8(! iC=1201 39.80 0.134 5.33 7.22 0.134 0.97 21.57 D05 0.18 ( 0.42 }22.71 ens ========================================================================================================================-===== Ref Ele v. Pt. ft. Pressure (psi l K Fluw (gpm) Yeloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Pt Pv Pn Factor Added Total fps in. Length Sum~ary Length Length per.ft Total Psi (ft.) Press Pt. S13 30.42 11. 31 1.47 S14 30.42 10.33 0.85 S15 30.42 9.84 0.40 S16 30.42 9 .68 0.12 517 30.42 9.67 518 30.42 9.75 (1.27 9.84 9.48 9.44 9.56 9.67 9.48 5.60 17.6 -55,2 11.22 1.416 5.00 5.60 17.2 -37.9 7.71 1.416 5.00 5.60 17.2 -20.7 4.21 1.416 5.00 S.60 5.60 5.60 17.3 -3.4 0.70 1.416 5.00 17.4 14.o 2·.a4 1.416 s.oo 11.2 31.2 6.35 1.416 s.oo 519 30.42 10.09 0.65 9.44 5.60 17.2 48.4 9.84 1.416 228.08 T 804 30.42 46.53 46.53 48.4 9.84 1.416 0.42 T A04 30.00 47.83 K::==· .r.:\ i.:;: e--11 n·~'I! cl\ :: ~~:J, Fed by path No.2 (C=120} 5.00 0.197 -(1.99 10.33 S14 5, (H) (l. (!99 -(I. 4 9 9.84 S15 5.(1(1 (1,032 -(i.16 9.68 Si6 5.00 0.001 -0.01 9.67 St7 5.00 0.016 0.08 9.75 S18 5.00 0.069 (1.34 10.09 S19 b,8(1 234.88 0.155 3b.44 46.53 B04 6.80 7 .22 0 .155 1.12 ().18 ( 0.42 }47.83 A04 ======-==------------------=================================================================================================== Ref Elev. Pt. ft. Pressure (psi) K Flow (gpm} Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Pt Pv Pn Factor Added Total fps in. Length Suitary Length Length per.ft Total Psi (ft.} Press Pt. ============-------==-======================================================================================================== S13 30.42 11.31 1.47 9.84 D04 30.42 23.02 23.02 C(l4 30.0(J 25.58 Pa th K-···F ac tei·,--· s .6(1 17.6 72.8 14.79 1.416 28.75 T 72.8 14.79 1.416 0.42 T 1 Lt .. 39 Cai 1 cs By : SSl.--.1 SPr!*310351* Hvoerc~lc Prooram bv b.80 6.80 (C=120} 35.55 0.329 11.71 7.22 0.329 2.38 0.18 Checked By: ........... ·-·--········· .. 23.02 D04 0.42 }25.58 C04 . F' c). t h '.31.J mm Et r·· y F' r i n t Ct u t ·f ei r· C:: {~ F~~ U :i B Pd) ~:::.; E:: u ::· ~=> T rn~: P, GE BL.. D G f{ l / l :I. / E~OO l f =" .i,-=:i,,. ~t;: t-11 , ..... J ir.::11 = •--:;;;i• Fed by path No.1 ============================================================================================================================== Ref Elev. Pt. ft. Pressure {psi) K Flow Pt Pv Pn Factor Added C03 30 .0(1 36. 96 D03 3(1.42 37 .(14 803 30.42 47.98 A03 30.00 48.42 F".a t 1-"t: Fed by path No.1 36.96 37.04 47.98 3 .. 15 Ref Elev. Pt. ft. Pressu re (psi} K Flow Pt Pv Pn Factor Added C(l2 3(i.(l(I 42.61 002 30.42 42.58 802 30.42 48.58 ACl2 30.0(1 48.90 42.61 42.58 48.SB r ::::u .i:::-::11. ·-\t.; t ·"·k 1··• ... H ~~-.:'.!! :: it:~j;i, Fed by path No.1 Ref Elev. Pt. ft. Pressure {psi } K Flew Pt Pv Pn Factor Ad<led COl 30.00 44.93 DOl 30.42 44.85 801 30.42 48.91 AO 1 30. (tO 4 9. 19 44.93 44.85 48.91 1..83 (gpm} Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Sum~ary Length Length per.ft Total Psi (ft.) Press Pt. 22.0 4.46 1.416 0.42 T 22.0 4.46 1.416 291.33 TT 22.0 4.46 1.416 0.42 T 6.8(1 13.60 6.80 (C=120l 7.22 0.036 (1.26 -0.18 304.94 0.036 10.94 7.22 0.036 0.26 0.18 H l.42 )37.04 003 47.98 B03 •, 0.42 )48.42 A03 (gpm) Yeloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Su~~ary Length Length per.ft Total Psi (ft.) Press Pt. 15.9 3.23 1.416 0.42 T 15.9 3.23 1.416 291.33 TT 15.9 3.23 1.416 0.42 T 6.8(1 13.60 6.80 {C=120} 7.22 (1.02(1 (1.14 304.94 0.020 6.0(1 7.22 0.02(1 (1.14 -0.18 H .42 )42.58 D02 48.58 802 0.18 ,: 0.42 )48.90 A02 {gpm} Yeloc Diam. Actual Fitting Fitting T~tal Frict.L~ss Elev. Loss Next Ref Total fps in. Length Summary Length Length per.ft Total Psi (ft.I Press Pt. 12.8 2.61 1.416 0.42 T 12.B 2.61 1.416 291.33 TT 12.8 2.61 1.416 0.42 T AAI\I\. .... A 6.80 13.6(1 6.80 (C=120} 7.22 0.013 0.10 -0.18 {-0.42 )44.85 D01 304.94 0.013 4.0b 48.91 801 7.22 0.013 0.10 0.18 ( (1.42 )49.19 Ml Cales:.:. By :SSt.-J Checkt:-:-d By:._ ..................... ·--·· ~ p ,-· :: * :~ ·t O ~~ ~-:i 1 * Hv r:-, P ,-· r .-=. 1 r Pr ec n r-Mm h v r.r-n "'·' 1 p v n r:::. c:. i re n r., r n, , n .. ( P 1 ~-=; ) -'.74 ~'7-'7 Cl A 0 l / :I. 1 / E~OO l F" .2J1. ·t.:; 1-""t r•-..11 4::::" = 1. C> Fed by path Ne, .1 ============================================================================================================-=---=----==-=-=-- Ref Elev. Pt. ft. Pressure (psi} K Flow Pt Pv Pn Factor Added (gpt) Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Sumfilary Length Length per.ft Total Psi (ft.) Press Pt. ===================================================================================================================---=------- Y(ll 8. 75 61.44 ZOl 9.17 61.43 X01 9.17 68.42 W(!l 8.75 68.76 AAA/,A F· .c:-t t 1··-11 Fed bv path No-.-1 61.44 17.0 3.46 1.416 0.42 T 6.80 61.43 17.0 3.46 1.416 298.50 TT 13.60 68.42 17.0 3.46 1.416 0.42 T 6.80 t·•-.,.1 C« ::: :1. :1. (C=120} 7.22 0.022 (! .16 -(I .18 (-0.42 }61.43 ZOl 312.10 0.022 6.99 68.42 XOt 7.22 0.022 0.16 0.18 ( (1.42 )68.76 WOl · =====================================================================================================================--====--- Rff Elev. Pt. ft. Pressure (psi) K Flow Pt Pv Pn Factor Added Y02 8.75 62.81 W02 8.75 69,13 62.81 v,--..-:: .. .a. ·t~: M··· .. n 1·,-...1 C:• :: ::I.. iE::!'. Fed by ~ath No.1 (gp1) Veloc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Total fps in. Length Sufilmary Length Length per.ft Total Psi (ft.) Press Pt. 16.1 3.28 1.416 298.50 TT (C=120} 13.60 312.10 0,020 6,33 69 .13 W(i2 ====---=---=--===-=-===-====================================================================================================== Ref Elev. Pt. ft. Pressure (psi) K rlo" Pt Pv Y03 8.75 63.33 Z03 9.17 63.29 X03 9.17 69.0b W03 8.75 69.38 Pn Factor Added 63.33 63.29 b9.06 F• at h I< -·Fa c t: Ctr -· 1..86 F· •>:::ti. ·t 1-·11 ........ C« = :t :::.3 Fed by path Jfo.1 (gp!) Veloc Diam. Actual Fitting Fitting Total Frict,Loss Elev. Loss Ne xt Ref Total fps in. Length Su~mary Length Length per.ft Total Psi (ft.) Press Pt. 15.5 3.15 1.416 0.42 T 15.5 3.15 1.416 298.50 EE 15.5 3.15 1.416 0.42 T 6.80 · 6.80 6.80 (C=120} 7.22 0.019 0.14 305.30 0.019 r "'7 .J. ! J 7 .22 0 .(119 0.14 -0.18 (-(1.42 )63.29 203 69.06 X03 0.18 ( 0.42 )69.38 WC!3 -==============------=-======================================================================================================= Ref Elev. Pt. ft. Pressure (psi) K Flttw Pt Pv Pn Factor Added {gµm} Vrloc Dia1. Actual Fitting Fitting Total Frict.Loss Elev. Loss NeY.t Ref Total fps in. Length Su~1ary Length Length per.ft Total Psi (ft.} Press Pt. --------=-==--------------==================================================================================================== Y04 8.75 b3.87 2(14 9.17 63.82 X(l4 9.17 b9.54 W04 8.75 69.86 63.87 63.82 69.54 Pa th K·--F actor·· --1..83 15.3 3.10 1.416 0.42 T 15.3 3.10 1.416 298.50 TT 15.3 3.10 1.416 0.42 T C<:t 1 c:42. By: SSl,.J (C=120} 6.80 7.22 0.018 0.13 -0.18 (-0.42 }63.82 204 13.60 312.10 0.018 S.72 69.54 Y.04 a.BO 7.22 0.018 0.13 0.18 ( 0.42 )b9.86 W04 Cheeked By:·····-····--·-·-··-···- P ~'i th ~:}iJ.mmc:tr· v Pr .. in tout ·for CP:F'.L~;B(\D ~:)ELF ~:3TDF~:P1CiE E<LDG B \ . Job l'-J o :: C ·-·· t+ 6 0 l / l :!. / ,.:.~ 0 0 l t3 y st:£~ m : r ::: .. -C::---t;. ~"-·h 1·· .... 1 c:ii :::: ::IL ..... ~*· Fed by path No.1 Ref Elev. Pt. ft. Pressure (psi) K Flew Pt Pv Pn Factor Added '((15 8. 75 64 .14 W05 B.75 70.40 64.14 1 .. B6 (gpm) Veloc Diam. Actual Fitting Fitting Total Frict.Luss Elev. loss Ne~t Ref Total fps in. Length Summary Length Length per.ft Total Psi (ft.} Press Pt. 3.18 1.416 299.33 2i4E "27.21 (C=120l 326.54 0.019 6.25 Chee kt.~d Bv ~ ···-·-··-···--··-··- 70.40 W05 Ser:*310351 * Hvoercalc Prooram bv Crowlev Desion Grouo~ (215)-337-7060