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HomeMy WebLinkAbout2235 PALOMAR AIRPORT RD; ; AS030208; Permit6/2/22, 9:12 AM AS030208 Permit Data City of Carlsbad Sprinkler Permit 2235 PALOMAR Job Address: AIRPORT RD Permit Type: SPRINK Parcel No: Lot #: 0 Permit No: AS030208 Status: ISSUED Applied 10/14/2003 Approved: 10/14/2003 Reference No.: Issued: 10/14/2003 PC #: Inspector: Project Title: CARLSBAD SELF STORAGE UNDERGROUND AS PLAN CHEK & INSPECTIONS Applicant: Owner: Fees ($) Add'I Fees ($) Total ($) Balance ($) 100 0 100 0 1/1 From: J. Terry Aston To: Brenda Date: 812212003 e: 8:18:00 A1 Page 2 of 2 U. .U..j.Uflv.: ,V.U,CljIIO .4. IflLO. UI&ULI.U\/ HUt. £ U .W I RUG 21 2003 11:21Rh1 CITY OF CARLSBAD 7606028561 P-2 CARLSBAD FIRE PREVENTION SERVICE ASco2P' Permit Submittal Form *aj_~ U va"~~ A. Check: or fkll in pertinent information for type of pennit you are submitting. AS - Automatic Sprinklers ComtnexQial ,,.._/ Residcmial________________ Number of Heads per System: System # Heads System # Heads System # Heads - System # - Heads System # Heads System Ii Heads Underground included for approval Underground included for reference only Total Pees FA - Fire Alarm 10 Devices or Less Over 10 devices of devices Total Fees. ES -,Fixed Syswns (Circle One) Hood & Duct Halon, Special ChemicalAgent, Sthndpipc, Total Pees Spy Booth, or Appliance. There may be an additional fee of $55.00 per ICfl]1 for Failed 1nspeitiou.s. Name of Project: '2 ' Address of job site: iati-040. Suite Bull ding PenniáB - D. Cointactot Infortnii . Name . E G1... V t - Mdrcss Nt ,- City State, Zip 1 Co r Cj t07-1 ,.—Kind of License and number h'1t42& none (Oki .9zJ" 114 FAX (ii 1139b. L(.49 you currently have a Certificate of Insurance on file with the Fire Dept? Y or(R) ,-- Do you currently have a business license on file with the City of Carlsbad? Y or IM . Signature - .. Date Z'Z__0 Pomr subomttoj Fami 07131/2003 /3 Carlsbad Fire Deoartment 021425 1635 Faraday Ave. Fire Prevention Carlsbad, CA 92008 (760) 602-4660 Plan Review A Date of Report: 10/13/2003 Name: W.E.G. Engineering ; I Reviewed by: 1441, __________________ L/ 11 Address: 9442 Cherisse Lane City, State El Cajon CA 92021 Plan Checker: 021425 Job Name: Carlsbad Self Stor. Job Address: 2235 Palomar Airport Rd Ste. or Bldg. No. Underground piping shall not pass under or through any footing or bearing feature. Please see attached guideline. - S S 4) CITY OF CARLSBAD ( I) FREDPAFTME14T C .J L.APPROVED , Subject to field Inspection and rcquzc1 tests, nqtaions5hreon, conditions In correspondence and conformance with F L_ B E: 4L. ....applicab seutns.. çing :E . ... 1D 9 L) of thesens snail kWf rthq..vio not be held to porm2 " or m I t t; cJ SHASTA SOUTHWEST 35 Wth Market Place Suite B Esridic Ca 9EE9 t_'..' J. Spe:: if: ct I c:. :.Lflp ly ] I c.n E?iE.tem 1:C.} j: c fF L)eEIcJr 1 ::'o :}.(.:'::?çjpri ...........I: S: '...... .; .................&.:::: 23 F .o fR............................................. ..... ..... ..... .... ..... .......... T.-................A. l ........................................................ ofFittlnq E.ETC c:ie St;d r. : C::. I TEE. q d c Cht. k Ccde De-; C.ic c.: r- Ipt Icn LEtIm . c.., Eutt I #V I Vic: tEi p cPvc C: Eh I-: V : Go P CF'). TEE: X f -,- Ch: R T1 -_'E ON RUN c - i€• E ¶$td Elbow L. L.c:nq ii............, S CPVC '+S Cc'ip 90 M -r .1:. TEE i LEt4 1.1 k.J (.'YL C(JtJF I E E 1J ...... ç : ed 7.1 Q / 03 .• ......... .. F.......... ..........,.. T'}r.; ri, OAut Th3MTfl1.. V- -! c3t po,bnnro3 1 • ft cfo: •rie: 1tw 1'rr3r "' - -- .WBtVfl - e:J4.0_ --:: ........ :. ll: . c: :jI LflLJ per 1999 NFPA 13 sec. 7-2.3.2.4 NOTES: X= ceiling height 4 Y = %reduction allowed For ceiling height> or = 10 ft. and < or= to 20 ft. (V = -3x/2 + 55). For ceiling height < 10 ft. ,Y = 40. For ceiling height> 20 ft. , Y = 0. Ceiling height (actual): Ceiling height (must be from 10' to 20') 135 I (used) Starting remote area size 5OQi Increase area by 30% for slope > 2 in 12? I:1 (V/N) Modified area = I 1500 I Percentage of reduction allowed = % 34.75 Reduced remote area size = 978.75 alculated line length in feet. square root of area xl2) c:r.f r!k: I €:n 1. C'"J'i J°.::: No :C-563 c:RL.5Bt) SELF STORAGE BL_t:8 r.l€-iç'i- density: .2 Supp l ied flow and pressure is bed on 90.74 psi ava ilab le at supp ly 119()4 p:.I i s ic:tuea}.ly available lalculations performed byveloc ity pressure method Ref PRESSURE f.: FLOW Percent Ref . :' Pt; Pv Pn E:t..er Actual Minimum Ex cess P t. 301 03 11I 038 10.93 5..0 18,.4 14,,8 2,35 302 303 1202 0.12 11.90 860 19,3 1.4.8 30.4% 3:'3 304 12.26 0.44 li.91. 5.60 1%2 14 .8 F'' 304 305 :12,8:1 0,,9E. 1182 3.60 19,3 148 304 308 3.:6 I5E 1.77 12.75 5.60 a:.&: 200 307 10.27 10.27 .60 17,,9 148 20.9% 807 308 12 ,.37 ,,,04 5.60 18 .4 1 4.8 24 4 3% (i 309 11,17 0.31 10,87 5.60 18..5 18 25.0% 309 310 11 .09 11 .091 %' 18.6. 14.9 25.7% 310 311 11.10 .r 5.60 18 .5 14.8 25 3 11. 812 1047 1047 5.60 18.1 14.9 22..3 112 313 1102 11.02 560 18..6 148 25.7% 313 :::tl./+ 12.20 122O 5.60 19.6 14.,8 32.4% 314 115 1231 12 .311 5.60 19 14.8 32.45 315 11.4 11.72 11.72 5.60 19.2 14.8 29.7% 31 6 317 11.96 0.41 11.45 5.60 19.0 14..5 28.45 317 313 18.27 0.19 12.08 8.60 19.5 1+.8 31... 31.,'i% 31 220 12.33 0.31 1 2. 0 5.60 19.4 .•.: 11,?':. :. 1:.:./1 .U/.'' 3.1..9' U 194 143 31.1% 371. 322 :. . 02 ...... .d;'.i .:t1:s By, 551.1 Checked:_ - .......'..- ,-, ................. -.. M-1-7 -1777- C.-. F'' .tir .'./. 9c'b !1c. F"." i. u Eiei. REF. F oi Pt Pt Re Pt REF.Elev. FRICT ION LOSS CflCUL#T IONS Veiocty ft. POINT No ps psi psi psi POINT ft. Length Fitting Length Total Pt/ft Diam C F 1 nw Ips 32.8.330! e 17.5 (( 10.25 0.95 0.00 11.21 302 32.83 8.00 E 2.30 10.30 0.092 1.080 120 17.9 6.3 32.83 302 11 "%" 36.4 1% '1 11.21 0.31 0.00 12.01 FOE 32.83 2.00 1 6.62 8.62 0.094 1.408 120 36.4 7.5 32.83 303 (( 20.3 (( 12.02 0.24 0.00 12.26 304 32.83 7.50 7.50 0.032 1.408 120 20.3 4.2 32.83 303 >3 1.0 12.02 -0.00 0.00 12.01 FOE 32.83 5.50 1 t..62 12.12 0.00.0 1.408 120 1.0 0.2 32.83 30i 39.6 12.26 0.55 0.00 12.81 305 32.83 5.00 5.00 0.110 1.408 120 39.6 8.1 32.83 305 ( 58.8 (( 12.81 1.71 0.00 14.52 306 32.83 7.50. 7.50 0.228 1.408 120 58.8 12.1 32.83 306 78.6 (( 14.52 6.32 0.00 20.84 E02 32.83 9.50 1 6.62 16.12 0.392 1.408 120 78.8 16.2 32.83 307 (' 17.9 '( 10.27 0.67 0.00 10.94 TI 32.83 1.50 1 5.76 7.26 0.092 1.080 120 17.9 6.3 32.33 303 '( 36.3 <( 11.12 0.81 0.00 11.92 F03 32.83 2.00 T 6.62 8.62 0.094 1.408 120 36.3 7.5 32.83 308 :> 17.9 3> 11.12 -0.18 0.00 10.74 TI 32.83 7.00 7.00 0.025 1.408 120 17.9 3.7 32.83309>3 1.4 33 11.17 -0.08 0.00 11.07 310 32.83 5.00 5.00 0.017 1.408 120 14.4 3.0 3293 3 2 0 el t1.17 0.7"j ot 1 7 F 32.83 3 T E ° E 08 406 I3 32 6 9 3110 4.2 l ii uu 11 1 311 32 .83, 5 ' 5 01002 08 iJs 4.2 ' 32 2 B 11 .10 2 0 0.06 ft TO 12 322 33 5 M '3 I 'tG 120 22 8 7 32.83 312 18.1 (( 10.47 0.82 0.00 11.30 12 32.83 3.00 1 5.76 8.76 0.094 1.080 120 18.1 6.3 32.83 313 18.6 I:c 11.02 0.86 0.00 11.88 13 32.83 3.00 1 5.76 8.76 0.099 1.030 120 18.4 6.5 32.83 314 (( 19.6 (( 12.20 0.84 0.00 13.04 T4 32.83 2.00 1 5.76 7.76 0.108 1.080 120 19.6 6.8. 2 3 't 0 i2 31 0 1' 4 . T E 8.3 1 IllS T 5 76 A-16 s '7 1 80 'Ei 19.-S 6.9 32.33 3 e 17.2 11.72 1't ) 11.86 31" 32 S S 111 5 ' 327 1 '> 8 121 192 39 32.83 317 (( 38.1 (( 11.66 0.88 0.00 12.75 F04 32.83 2.00 1 6.62 3.62 0.102 1.408 120 38.1 32.33 318 3> 6.3 33 12.27 -0.02 0.00 12.25 319 32.83 5.00 5.00 0.004 1.408 120 4.3 1.3 32.93 318 (( 25.7 1 : 12.27 0.48 0.00 12.75 F04 32.83 3.00 T 6.62 9.62 0.049 1.408 120 25.7 5.3 32.33 51 :'(13.3 12.25 0.07 0.00 12.33 320 33.93 500 5.00 0.015 1.403 120 15.3 2.7 32.83. 320 12.32 0,37 13,'30 13,71 3E %35.3 5, (0 5.00 0.077 1.408. 3;7 6.7 32.8.5 33 52.1 .12.1 0.91 0.00 1.i 322 32.83 5.00 5.00 0.1831.408120 '32.1 10.7 7 1 f I u' r : - 2 2' 32.83 401 ;'? 2.3 3: 30.73 0.01 0.00 30.73 03 33,53 10,00 0.001 1.403. 120 5.3 0.5 32.93 .3 5O,3 0,01 0.00 30.74 F5 32,53 5.50 1 2 12.12 j.433 3: 3,3 - - .fin W. 73 -• 0nA r 33,33 433 2,3 'f 30.72 -0.01 0.00 20.72 4Oi 32.53. 10.03 10.00 3.001 1,405: 120 52.23 40 ;> 3.5 . 30.'72 -0.05 000 3O.9 205 H. 44,c: I .4,43 50.43 0.001 1.408 120 2.3 0.5 23.23 327I -0.05 0.00 5E.4 407 3.00 5.00 0.010 1.402. 150 11.1 2.3 33,33 4( 11.1 II 32.71 0.05 0.00 3.2,77 15 52.53 5.00 5.00. 0.010 1.iO2 120 11.1 2.3 22.83 407 11.1 32.64 -0.05 0.00 405 33,33 5,00 5.00 0.010 1.408 t2. i.1. 2.3 32.33 O8 11.1 '3 55.41 -0.05 (.00 3256 407 35.23 5.50 5.00 0.010 1408 150 32.23 467 11.1 32.56 -0.05 0.00 32.55 410 32.53 5.00 5,05 0.010 1,4.8 i2 ii .1 2.3 35.23 io 11.1 32.500.55 3E,5 i11 32.33 5.00 . 5.00 3.010 1i02: 125 11.1 2,3 32.53 411 .. 11.1 32.45 0.05 55,:: 412 7;,.; 5,05 0.516 1.462 120 IL! 2.3. 32.83 412 3; 11.1 >3 52.40 -0.50 0.00 31.75 E04 32.23 5( '7 .442 48.12 0.010 1,O6 120 11.1 2.5 52.93 413 > 27.0 > 38.55 -0.27 0.00 36.26 4i 32.83 5.00 5.00 0.054 1.40.8.120 27.0 5.5 32.83 413 <: 27.0 :' 38.55 0.52 0.00 35.07 FO7 52.83 3.00 1 4.42 9.42 0.054 1.408 lEO 27.0 5.5 32.83 414 .> 27.0 3> 38.28 -0.40 0.00 37.8.7415 32.33 7.50 7,50 0.054 1.408 120 27.0 5.5 32.83415>> 27.0 :> 37.87 -0.54 0.00 37.34 416 32.83 10.00 10.00 0.054 1.408 120 27.0 5.5 32.83 416 3> 27.0 :3> 37.34 -0.54 0.00 34.80 417 32.83 10.00 10.00 0.054 1.408 120 27.0 5.5 32.2", 2 3-S.80 -2.73 Q. OS 14.06 E17 32 642 5l 421 '15. I is3 27 't 5 9.08 41:1 '( 55 42.99 (,'.00 0.00 62.99 402 7.08 2.00 8.00 0.000 2.703 120 5.5 0,3 9.08 401 >:: 5.5 >> 42.99 -0.20 0.00 62.78 901 9.08 52.00. 4E1 19.85 71.35 0.003 1.408 120 5.5 1.1 9.08 402 (< 11.1 (< 62.99 0.01 0.00 63.00 403 9.08 19.00 EL 12.43 31.43 0.000 2.733 120 11.1 0,6 9.08 402 3> 5.6 3> 62.99 -0.21 0.00 42.78 8.02 9.08 51.50 481 19.35 71.35 0.003 1.408 lEO. 5.6 1.1 7.03 403 '1< 18.3 63.00 0.01 0.00 63,01 404 9.02 4.50 6.50 0.001 2.703 120 18.3 1.0 9.08 403 >3 7,2>> 63.00 -0.27 0.00 42.73 803 9.03 50.00 1 6.62 56.42 0.005 1.408120 7.2 1.5 9.03 POt 24.7 <( 63.01 0.01 0.00 63.02 405 7,58. 6.00 6.00 0.002 2.753 120 26.7 1.5 9.08 404 > 9.4 3> 43.01 -0.35 0.00 42.66 B0i 7.08 50.00 1 6.62 54.62 0.006 1.408 120 8.4 1.7 9, (:2 I q:::: t 1L::,. job No :C-563 C-\RLS1D SELF STORAGE BLDG 1.) REF .Flow t Pf Fe Pt REF. Elm. F P T C 110 N LOSS C A L C Ii LA 110 N S 'i&rCl*/ +POINT p' pi psi psi F01 T ft Length Fitting LengthT Pf ft Di C Flowfps 9.08 MS 37.0 6332 OM 030 63 A6 ri 9.08 9.00 9 ' 4 2 7 120 37.0 2.1 8AQ 5 ' 6332 -012 100 62 5 B05 9 AS 5100 T A 62 54 ( 1.408 20 10.3 2-1 9 '8 A06 54.1 i 63 14 A07 9 38 1000 10 .00 0.008 2303 120 54.1 3 9.08 M6 0 17.1 0 63.06 -2.34 0.00 60.72 806 9.03 81.00 4ET 19.85 100.35 0.023 1.408 120 17,1 3.5 9.08 A07 <'1 70.6 Q 63.14 0.08 0.30 6323 M8 9.03 6.00 6.00 0.013 2.703 120 70.6 3.9 9.08 A07 : 6.6. :> 63.14 -E.1 0.00 HAS 807 9.03 SIAO 9E1 1935 100.35 0.022 1.408 12016.6 3.4 9.03 MB (3 28.0 (( 63.22 0.20 0.00 43.42 A09 7.08 10.00 10.00 0.020 2.703 120 88.0 4.9 9 fl 17 A 6312 -115 ISO 61 9 9 (S 9AS MOO I 6.62 77.62 0.024 '3 120 1' 34 9.08 A09 <3 98.2 (3 63.42 0.27 0.00 63.69 MO 9.08 11.00 11.00 0.025 2.703 121 93.2 5.5 9.08 A09 > 10.2 >3 63.42 -0.86 0.00 62.56 809 9.03 89.50 1 6,62 96.12 0.009 1.408 120 10.2 2.1 9.08 MO (3108.1 <1 63.9 0.35 0.00 64.05 All 9.03 12.00 12.00 0.027 2.703120108.1 6.0 7.08 MC >:;' 9.9 :> 43.69 -0.97 0.00 62.73 310 9.08 93.50 4ET 19.35 113.35 0.009 1.408 120 7,9 2.0 9.08 All (3118.3 (' 64.05 0.49 0.00 64.53 AlE 9.03 30.50 L 7.28 37.78 0.013 3.314 120 118.3 4.i 9.08 All 3> 10.2 :> 64.05 -1.27 0.00 42.78 811 7.03 116.00 SET 26.47 1E.47 0.009 1.403 120 10.2 2.1 9.03 ME >3319.3 3> 64.53 -5.06 -4.34 55.13 013 19.08 17.00 L 6.22 23.22 0.218 2.703 120 319.3 17.8 9.08 Al2 437.6 4< 64.53 1.39 0.041 45.92 TOR 9.03 2.33 L 7.28 9.61 0.145 3.314 1241 437.6 16.3 9.08 301 > 5.5 62.78 -0.00 0.00 62.78 80.2 9.08 2,00 2.00 0.001 1.639 120 5.5 0.8 8 P62 11 6210 - 4 OAO 6213 B03 3 0,005 1.639 12 If 9.08 803 18.3 3> 62.73 -5.08 5.00 6216 3:04 9.08 6.00 6.00 0.013 1.639 120 13.3 2.8 1i3 B04 > 26.? 3> 6206-5.15 3.041 42.51 3415 9.03 6.05 6.05 0.025 1.639 120 26.7 4.0 .O8 305 37.0 3> 62.51 -1.79 000 641.72 BOo 9.08 30.00 22 8.73 38.73 0.046 1239 120. 37.0 5.6 .9r9 B06 :> 54.1 :: 60.72 -1.42 0.00 57.30 812 9.03. 6.501 9.73 15.23 IOU 1.637 120 54.1 8.2 9.03 3:07 ,,: 47 A .. 53 !Q4 ONA 6117 308 9.55 . 6,55 5474 1159 120 AM 7.3 7,55 3417 > 6,5 63.3 -1.43 013 5.15 812 9.03: ".00 1 5.13 12.73 5.123 1.439 125 69.2 9.7 : 2010 H :2 P13 :2I2 25.1 Q 62 A6 114 <.:s 62.73 M 0 958 11.05 5.4115 1239 120 30.1 3.1 010 10.2 & 4 57.75 5.57. 5.05 1208 Iii 7.00 13.55 12,00 41,554 1,639 123 133 1.5. 5150 -1 -43 MO 013 19.00 10.00 T 15.75 23.90 0.113. 2,154 120 110.5 10 1 1 '-,- 501 19 AS 35.50 WET 1.85 55,35 0.052 1.415 120 1,1 0.9 113 N2 Q 8.5 Q 5; AS 100 030 5419 3:33 453 15.541 15.50 0.000 2103 130 8.5 0.5. -015 5.00 5.'...302 19.05. 3.9.50 EEl 16.59 5,54 5,3r33 .4O3. 125 4.4 5,5 1' .415 5.3E 504 1708 23.50 EL 1E.43 40.33 (.031 2.703 120 15.3 5.2. AS 4000 MIS CA Q 24.5 A .•. ..' 1 9 AS . ...... .. 003 30 M5 1 :.. 19.09 C04 519 -o.:.ss 55.62. DO& 1723. 71 T 6,4.3 SL. 2 s,cs.. 17 A6 5.05 Q 33.-i 5.24 5.00 54,3. 056 19.35 1.50 .50 3.54133,253. 25 33.4 i. 1938 505 .......: 54.34 -133. 0.34 53.44.3415 19.03 94.00 BET 3325 127.35 03.37 4953 123 8.9 1.2: 17.08 006 '1< 44.1 .c 34,34 0.55 0.00 54.40 007 19.08 9.50 9,50 0.006 2.703 120 4.1 2.5 19.08 0416 .>> 10.7 >5 54.3 -0.83 0.00 53.5! 306 19.03 78.05 1 6.62 34.62 0.010 1.408 120 10.7 2.2 ' AS C07 A 33 9 040 54 AS COE 19 AS 11 ' 1140 Ms 2 JOB12, 53A 3 :9.08 007 >7 9.3 >3 54,44 -0.64 0.05 53.76 007 19.03 78.00 T 6.42 84.62 0...8 1.40.3 120 9.3 IS 19.419008 'i': 59.1 '1 52 0.08 0.00 54.55 509 19.08 8.00 SAO 0,010 2.703 120 59.1 3.3 19.03 008 3> 5.7 >. 54.48 -0.37 0.00 54.12 308 1948 107.00 21 13.23 120.23 0.003 1.408 120 5.7 1.2 B C09 63.8 Q 5416 63 CIO 19 AS 6 3 0.011 2713 120 63.9 19.03 009 5> 4.6 >5 54.54 -0.26 0.00. 54.30 3419 19.08 111.50 BET 13.23 124.73 0.002 1.403 120 4.4 1.0 19.08 4115 <3 62.2 41 54.43 0.23 0.55 54.3? 012 19.03 3.50 1 18.45 22.15 0.011 2.703 120 62.2 3.5 19.03 010 34 1.5 4.: 54.43 5.01 0.00 54.64 51 19.08 33.50 E 3.31 36.81 0.000 1.408 120 1.3 0.3 :9.08 M 1 << 9.9 <0 54.86 0.01 0.03 51 A7 012 1918 5.00 1 18.65 23.65 0.000 2.203 120 3.9 0.5 1929 Cli >s 9.9 >3 5.84 -0.22 0.00 54.64 8! 19.03 25.00 1 6.42 31.62 41.0171.403120 8.7 1.8 j9,53 012 3< 71.1 <4 54.87 0.26 0.00 55.13 013 19.08 19.50 19.50 0.014 2.703 195 71.1 '.0 19.08 013 >5 248.2 .>> 55.13 -7.95 -5.97 41.21 213 32.23 33.25 Li 24.87 53.13 0.. 137 2.703 120 243.2 13.8 SSW Checked:_ t(:3 I Mmercs3v Prooram M, Crowley -BITA n - 15 ,3cb Elev. REF. Flüw Pt Ff Re Pt REF.Eiev. ERICH ON LOSS CLCULATiO14S Velocity ft. POINT Psi POINT ft. Length Fitting Length Total Pflft Diam, C F1,, fps 19.08 001 >> 4.1 >7 54.19 -0.01 0.00 54.18 002 19.08 16.67 16.67 0.001 1.639 120 4.1 0.6 19.08 002 >> 8.5 >> 54.18 -0.08 0.00 54.09 003 19,02. 18.00 3E 8.73 26.73 0.003 1.639 120 8.5 1.3 19.08 003 >) 15.277 54.09 -0.42 0.00 53.68 004 19.08 33.25 2E 8.73 4.9E 0.009 1.639 120 15.2 2.3 19.08 004 >> .s >> 53.68 -0.2 0.00 53.46 005 19.08 10.00 10.00 0.022 1.6 120 .s 3.7 19.08 005 7> 33.4 >> r.7 1112 3 T 8.73 10.23 0.038 1.639 120 33.4 5.1 19.08 004 27.0 53.5! 0.24 2.00 52.76 007 19.08 9.50 9.50 0.026 1.639 120 27.0 4.1 '8 D0 r 7 3 ' - I 3 D2 j0 08 . 5' 1 2 7 9 27 ci IEU 97 19.08 007 17 '' 5 6 Q. ' 5' i2 fl3 ' 0 26 " E 3e 7' 3 0 21 69 12' 17 7 2.7 19,08 DOB ' 12 ' 12 0.19 MAI 5' 3 D07 19.08 28.00 S 4.36 2 3c 1,639 12' 12.0 18 19.08 009 (< 7.3 54.30 0.01 0.00 54.31 010 19.08 4.00 4.00 0.002 1.639 120 7.3 1.1 19.08 010 << 3.4 c( 54.31 0.00 0.00 54.32 DII 19.08 8.50 8.50 0.001 1.639 120 3.4 0.5 19. 62 010 (( 3.9 (( 54.31 0.10 0.00 54.i 82 19.08 59.00 1 4.62 .65.62 0.001 1.408 120 3.9 0.8 19.08 011 3.'i 'c 54.32 0.89 0.00 54.4! 82 19.08 67.50 ST 9.92 77.t2 0.001 1.406 120 36 0.7 15.08 012 >> 71.1 53.07 -0.57 0.02. 52.50 013 19.08 1.50 T 10.90 12.40 0.04 2.104 120 71.1 4.5 19.08 013 .> 189. 52,50 -6.93 -5.97 39.61 F13 32.83 13.751 10,90 24.45 0.281 2.104 120 189.4 17.4 32.3320! (( 54.0(' 20.78 0.07 0.00 20.94 202 32.83 8.00 9.00 0.003 2.703 120 54.0 3.0 32.33 201 >> 54.0>> 20.78 -8.01 0.00 12.76 FOI 32.83 34.50 1 6.E 41.12 0,195 1.408 120 5.0 11.1 32.83 202 < 132.8 20,84 0.30 0.00 21.14 E03 32.83 7.00 7.00 0.043 2.70.3 120 132.8 7.4 32.83 23 231 : 21 lu ' 2 " ' 24 5L 32.81. 2i 5 12 E" - 2' i- - 1' ' T 2 7j 7 "' I 13 3 'I r 32.53 204 323.2 22.34 8.3' 2.00 30.69 .205 35.33 25.00 a 12.43 37.43 0.223 2.703120 323.2 18.0 3.3 55 321.2 30.69 1.21 2.22 3i.2 506 3.2.53 5.50 5.56 0.220 3.709 120 2.21 .0 17.9 319.9 .92 2.17 .7.00 34. 527 32.33 12.50 10,52 0.206 2.723 151 2.09.9 17.3 50? 252.9 3i.04 5.94.33.22 505 22.53 5,55 5.5.0 0,i7 2.703 120 582.9 13.5 - 32,89 E08 23.3 35.02 2.52 o,:o 963 32.52 79.52 TI 12.23 12.73: 1,541 1,415 120 23.3 4.3 32.33 309 E4.9 94A2 1.33 2.20 37.7' ElI 32.53 10.02 11.00 ,i32. 3.703 150 34.9 13.7 22.53 519 '1 !',7 07 22.33 1I.50 77 13.22 122.7? 2.015 1.425. 152 14.7 3.0 97 9: 9 75,33. 511 2.0 2.72 513 32.52 3,3 7 15.3 22.15 0,122 •3.2 121 933,1 13.2 -- 215 5.2 41.21 213 32.03 5.5.0 I 15.55 2'i,15 0,71 122 15.5 v.5. 32,5:3 512 15.2 41.19 -2.42 2.00 79 912 32.83 109.5.2 457 19.55. 125.35 0,819 1,A73 122 15.2 3.1 32.3.3 901 54.2 i2,7 -0.- 0.78 502 35.53 3.02 8.00 0.0? 1.639 121 5 9,2 35,93. 902 7> 13.5 12.71 -8,09: :. 75 11.92 915 2.2.33 7.01 7,00 0,213. i.63 137 15,6 2.5: 22.83 U3 : 50.5 . 1 .°E 2.52 :1.00 i5.3 504 37.8.3 10.22 11.02 1.15.5 ,39 150 51.6 7.7 32.53 904 <'1 11 12,75 17.99 0.07 72,7' 25 32.53 39.57 22 8..73 45.23 0.373. 39 120 1i .32.83 975 ':' 11..7 .'. 30. 7 2.13 0.10 37,3? 57 3.3.83 5 ,51, 5.57 2,337 .3% 127 i1.7 57.7 32.83 F1 '11 127.8 32.5? 6,7 (.00513 32.52 .4 -k 5.73. 1.73 0. 455 i.35 132 127.8 19.4 3283 1 32 7 - 3 15 3283 3 fl I 2 ° 1 3 13 0, 1 11 1 23 2 83 '" 79 " - 2 '' ' 3 32 d3 s s' 5.50 12' 3 S 87 F07 e1 7 A,53 3 32 83 4.50 4.50Q. 1 0 151 ol 9.3 32.83 F59 11 38.84 -0.25 MAI 38. 5q F09 32.83 7° 5' 28 8.73 't8 57 v il U 51, 1,637 12' 11 32.83 905 ('1 3,3 38,59 0.21 0.00 35.60 FI 32.83 10.00 10.00 0.001 1.639 120 3.3 0.5 32.83 F 1 ('1 12.1 '.1 38.48 0.04 0.20 33.62. F!! 32.83 6.00 6.00 0,004 1.439 120 12.1 Is 32.83 ElI ''l 15.2 38.43 0.16 5.00 38.75 F18 32.83 9.00 1 8.73 17.73 0.009 1.639 120 15.2 2.3 19.03 81 >> 7.3 >> 54.44 0.23 0.00 54.41 52 19.08 39.00 32 9.92 47.92 0.005 1.408 120 7,3 1.5 -o.00 sc 487.4. >7 90.74 -2,47 -4.34 83,92 USE -0.20 657.02 SLOT 151.57 808.57 0.003 7.988 150 6-37.64 .4 32.83 12 ('1 40.9 11 11.30 0.58 0.20! 11.88 13 32.93 5.00 5.00 0.116 1.409 120 40.9 8.4 32.93 13 '< 59.5 c' 11.88 1.17 2.00 13,04 74 32.83 5.00 5.00 0.233 1.408 120 59.5 12.2 -3.00 U91 <1437.4 < 72.89 12.33 -1.30 33.52 USE -0.00 235.00 6L31 192.51 427.51 0.029 4.240 150 427.6 9.9 ic Dar for CAF:LSB11D SELF STORAGE BLDG D' E 54.0 V 50 51 E 78.8 58.8 39.6 20,3 1.0 36.4 132.8 18.6 EO3>>)>T4)> 13 ::)>T2 >:;>>307 93.7 59.5 401 22.3 4.2 14.4 32.9 36.3 17.9 17.9 23 E 91.7 1.6 53.1 33.3 13.3 6.3 25.7 33.1 19.2 323.2 114.4 E050000 4004 MY MOM (Of (044402YOKOK (40! OAF05 21 2.3 21 21 13 321.0 116.7 .1 1..! 11.1 11.1 11.1 1.1 1 11 Ii.: iL 12 71,21 210 Eho 27A 210 210 M 203 W.7 E 23.26 25.6 11.4 V E 244.9 3.3 E 9.3 236.1 12.1 Flow DiagraF fu CARLSBAD SELF STORAGE BLDG 'D Eli K K K ( c I I I I c KKK<K KK K K K K K K K K K K K K K<KFI1 3.0 233.1 319.3 2G.2 V 15.2 15,2 E 15.2 ;:, •- S - Fr 1. itc:ut f cr CAFL55BPct) EEL. F STC3RL9E c(b N C-"1:r- FA 'fy F. t h 1'4c. 1 .'nc: t 1:; c: :i ' rincipai path Feeds Pth:2 at PtEO3 Path:3 at PtE04, Path8 at PtE13, Path9 at PtE05 Path:10 at Pt:E06 Seeds Path11 at Ft;E07, Path1E at PtE08, Fath 1 3 at PtE09, Path14 at PtEI0, Path:15 at PtE11 cf Elev. Pressure '.psi) )1 Flc1w (gpl Veloc tas. Actual Fitting Fitting Total Frict.Lcss Eiev. Loss Next Ref Pt Pv Pn Factor Added TctaI fps in. Length Sunaary Len8th Length per.ft Thtai Psi itt.) Press Pt. (C=120) 301 32.83 10.25 10.25 5.60 17.9 17.9 6.26 1.080 8.00 E 2.30 10.30 0.092 0.95 11.31 302 302 32.33 11.21 0.38 10.33 5.60 IS. 36.4 7.47 1.408 2.00 1 4.62 8.62 0.094 0.81 12.01 FOE 202 32.33 12.01 12.01 -35.4 1.0 0.20 1.408 5.50 1 6.62 12.12 0.000 0.00 12.02 303 303 32.83 12.02 0.12 11.90 5.60 19.3 20.3 4.17 1.408 7.50 7.50 0.032 0.24 12.26 304 304 32.83 12.26 0.44 11.81 5.60 19.2 39,6 3.13 1.408 5.00 5.00 0.110 0.55 12.31 305 575 32.33 12.81 0.93 11.82 5.60 19.3 53.3 12.09 1.403 7.50 7.50 0.223 1.71 14.52 206 206 32.33 14.52 1.77, 12.75 5.60 20.0 78.3 16.20 1.408 9.50 1 6.42 16.12 0.392 s.32 20.84 E02 :2323E8 4 20, .24 1328 ".' E7 7' CU AA "3C3 ? 2' 14 E03 : 3 32 8 '4 22 3 12 2 '2 1 2" 22 214 ::B323 223 °'' 333S3373 E5o2L 1293 33L'22 3 E5 -23 321' 7923 55" 55t33 121 'i" E' - 32,83 31.90 31 -1' 9 11.22 2 ' 10.50 5 C' 2 2 ' 3-M6 E07 507 32.33 34.06 34.06 -37.0 232,9 15.78 2.703 5.50 5.50 0.174 0.96 35.02 808 503: 32.83 35.02 35.02 -23.3 257.5 14.43 3.703 9.50 9.50 3.140 1.41 36.43. E 0 9 129 32.83 34,4.3 34,4.3 -i'. E 13.64 2,703 10.00 10.00 0.133 1.33 7 14 101 -8.0 23.1 13.12 2.703. 4.00 4,00 0,125 ;;.75. 33.52 Eli 32.83 38.55 38.52 -3,0 253,1 s.:0 2.703 3.501 10.65 22.15 0.132 2.70 41.21 813 :;332.33 e.3i 1.2i 13 .3 2•3.E :7,50 2.703 23.55 24,02 58.12 0.137 . 5:, 155 .13 515 7li 3i.? 17.51 2.'03 17.00 L 6.22 23.22 L. 5.06 110.00 184.33. 412 :2 7.o8 s.5? 34.53 118.3 43..3 15,33 3.310 2.33 L 7.28 9.51 0.13 1,28 s5.52 SOP 7.69 45,72 '3.4 14.33 3.3: 8.00. 8.03 0.105. 1.173. 51 1 8.32. )70.3 BUS ... 4 (fl:. ,., ,... !.; .-.fl .; -,,c,............. .. 73,8? '2.85 '3,: .5'0 855.67 4LST :2251 457.51 :5.3? -1.30 1-2.33 85.5E 03.5 :02 23.95 0.13. 83.79 253.3 ...7.5 4,: 457.60 151.37 805.57 ,3C'3: SOS AAA 2.47 0,34 110.03 90.74 ..n r ses Fathi at Pi;12 Path5 at. P+;13 Pat0 at PtT4 Path7 at 7t TI ef 81ev. Pressure 1ps11 ) Fi lgpal Valc Dias. Actual Fitting Fttinq Trtai Frict.Lss Ele. bs.s Ne.t Ref t. ft. Pt Pv Rn Factor Added Total fps in. Length Suary Length Length per.ft ictal Psi ift.) Press Pt. 707 32.33 10.37 10.27 5.40 17.9 17.9 s.27 1.080 1.50 1 32.83 10.94 10.94 17.9 3.s9 1.403 7.00 338 32.33 11.12 0.37 10.74 5.60 18.4 36.3 7.46 1.408 2.00 1 f,3 32.83 ti.s 11.92 -69.2 -32.9 6.76 1.408 3.00 1 327 32.83 11.17 0.31 10.8? 5.4018.5 -14.4 2.94 1.400 5.00 5:0 32.33 11.09 11.39 5.60 18.4 4.2 8.07 1.403 5.00 I C 120) 5.76 7.26 0.092 0.67 10.94 91 7.00 0.025 0.13. 11.13 308 6.62 8.62 0.094 0.81 11.52 F03 6.42 %.a2 0.073 -75 11.17 309 5.00 0.017 -0.03 11.09 313 5.00 0.002 0.01 11 .10 311 r.l:.lc.%L7 l:;r) :FLt !iF40E 1IL)C5 Jr..b t, 5 Eyeten; Di i. iiq F.e&.ti'"j lc: . 32 '.Continued) Fed by path No.! Feeds Path:4 at P:T2 Path:5 at PtJ3 1 Path:' at Pt:14 , Path:7 at PtT4 Ref Elev. Pressure ipsi! K Flop gpe) Velcic Diac. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Pt.. ft. Pt Pv Rn Factor Added Total fps rn. Length 3ueary Length Length per.ft Total Psi ft.) Press Pt. C120) 311 32.83 11.1) 0.15 10.95 5.60 18.5 22.8 4.68 1.408 5.00 5.00 0.039 0.20 11.30 12 12 32.83 11.30 11.30 18.1 40.9 8.40 1.408 5.00 5.00 0.116 0.58 11.88 13 T1 3 2 8 3 11.88 i -8 18 S 12.22 2 5 51 u 233 117 13. 't T. 14 32.83 13.04 13.04 39.2 95.7 20.28 1.408 7.00 1 6.2 13.62 0.595 8.10 21.14 503 203 32.83 21.14 th -F.cto = 21-46 Fed by path No.! Ref 31ev. Pressure ipsi) K Flow gpe) Veloc Diar. Actual Fitting Fitting Total Frict.Los Elev. Loss Next Ref Ft. ft. ?t Pv Pn Factor Added Iotal fps in. Length Sueaary Length Length per.ft Total Psi ift.) Press Pt. 52.2:3 11.72 ii.2 5.60 7,2 17.2 5, i.0E: 5.00 5.00 0.039 (.14 11.36 317 317 32.2 11.36. 0,vi 15. 3.60 0:5.00 1 0102 15.75. 15,75 12.75 -s. -.2S.7 3.29 !.05 3,00 6.62 .s o.c -o.s 7/3 31,77!7 I 2.07: 7 5 7; L.7 S 7 3 17 319 3:2.53 13.25 12.35 5.60 17, 13.3 2,74 1.402. 5.00 5,00 0,f.15: 0.07 12.33 320 350 32.83 12.33 0.5112.02 5.60 1 35.5 ,73 i.08 5.50 5.00 0,077 0,39 12.71 At 35! 3353 12,1 11.74 3.60 c,4 3.03 3.53 0.125. 0.31 13.62 325 15 325 32.53 15.37 2.29 12.33 5.i0 55.1 9L 12.85 1.402. 7.00 1 6.62 13.62 0.520 7.05. 22,3 ES ;ef Slay. Pressure psi I: Sic gua Veloc 5iee. Actual Ftting Fit.i..i;g rota! Fcict.Los.s Slay. Loss NE Fe F-':tt, A, d d To' ps Length Summary Length Length per .ft TrAtal Ps t '!Ci20) 312 32.83 10.47 10.47 5.60 18.1 18.1 6.33 1.080 3.00 T 5.76 8.76 0.094 0.92 11.30 12 12 32.83. 11.30 AAAAA ta C..i.css Eyc:;HL 7.h(5-.;E.rJ }2y *73!. 331% 1 * iyaE cc c. 1 c: c: rr by Dr c: I Das, 1. crt ç..... Oath Summary Printout for C1RL.3S½D SELF STORAGE BLDG :1) gob No :C-56,3 919/03 System: Fol 41 L. It 1'L. Fed by path No.-2 ef Elev. Pressure (psi) K Flow (op) Veloc Diaa. Actual Fitting Fitting Total Frict.Loss Elev. ieee. Next Ref t. ft. Pt Pv Pn Factor Added Total fps in. Length Sammy length Length per.ft Total Psi (ft.) Press Pt. (C:120) 313 32.33 11.02 11.02 5.60 18.4 18.6 6.49 1.080 3.00 1 5.76 8.76 0.099 0.2.6 11.88 13 3 32.83 11.88 AAAAA :Fç:t: = 5.39 Fed by path 1o.2 ef 61e-v. Pressure (psi) K Flew (gpe) Veloc a. Act'ial Fitting Fitting Total Frict.Lose Elev. IcES Not Ref ft. Pt Pv Pr Factor Added Total fps in. length Summary Length Length perit Total Psi (ft-) Pass Pt. (C120i 11 32.33 12.80 12.20 5..0 19.6 19.6 6.83 1.030 2.00 T 5.76 7.74 0.108. 0.3k 13.04 TA 32.33 13.04 AAAAA F"! ,....... 70 .. h..I - r' F; 02 Not ci 10 32.33 1131 1121 541 17: 01 1E1 1.031 M0 T 5,6 60 1.117 QX 13.04 nd by .-f. of Elev. Pressure pE.I) K Flow (gpe) Veloc ham. Actual Fitting Fitting Total Fcict.Loee. Ele',. Less Not Ref :t. ft. Pt Fv Pa Factor Added iotal fps in. Length S!3eaarf Length Length per.ft Total Psi (It.) Frees Pt. (C:120) 0E 32.83 2. .84 20.84 -54.0 3.01 2.703 8.00 . 8.00 0.008 -0.07 80.78 EOI 201 32.83 20.'B 20.76 -54.0 11.10 1.4c6 34.50 T 4.62 41.12 0.195 -8.01 12.76 P01 01 32.83 1206 12.76 -54.0 8.19 1.839 3.00 8.00 0.093 - 0 . 7 4 12.01 P02 32.83 12.01 12.01 35.4 18.6 2.83 1.639 7.00 7.00 0.013 -0.09 11.92 P03 03 32.83 11.2 11.93 49.2 50.6 7.67 1.639 10.00 10.00 0.082 0.82 18.75 PO4 04 33.83 12.75 1205 6&9 114.4 17.35 1.639 3 9. 50 26 8.73 48.23 0.373 17.99 30.74 P05 702 32.33 30.74 30.74 2,3 116.7 17.69 1.639 5.50 5.50 0.387 2.13 32.87 P06 Th 32.83 32.87 32.37 11.1 127.8 19.38 1.439 6.00 1 3.73 14.73 0.458 4.74 39.61 F13 c::L.k€d 1 T F" th 8..t TiR Pr i fr C(F:L..SDAi) SEL.F TO RA It)D ' D .3 ob c::--.3 9/91 Dy tern Di F-tt N)Jc:c B (Continued) Fed by path No.! Elev. 'Pressure (p5) f, ":qp') Velcc Daz cct..1 Fitting Fitting T't& Fric+ LSE Ele' Loss -------------- Nex t Ref Pt. ft. Pt Py P-n Factor Adde,'U Total fp5 in. Length Summary Length Le-,.,,qth pey.ft T-tal P5j ift.) PTE55 Pt. ---------------- lEO) F13 32.83 39.1 39.6.1 -185.4 -61.6 9.35 1.637 4.50 4.50 0.119 -0.53 39.07 F07 F07 32.83 39.07 39.07 27.0 -34.? 5.26 1.639 5.50 5.50 0.041 -0.23 38.84 F03 FOB 32.83 38.84 33.84 23.3 -11.4 1.72 1.639 39.50 EE 8.73 43.23 0.005 -0.25 38.59 FA? F 7 32 .9.3 38 59 3859 iM 3.3 0.51 1.6349 10 110.011 6.001 il.01 28.60 FIO FIO 32.83 3.3. 60 39.60 9.8 12.1 1.84 1.637 4.00 6.00 0.006 0.04 33.63 Fit FIt 32.83 38.63 38.63 3.0 15.2 2.30 1.639 9.00 T 8.73 17.73 0.009 0.16 38.79 F12 F12 32.83 38.79 38.79 15.8 3.11 1.408 109.50 4E1 17.85 129.35 O.O'19 2.40 41.19 E12, E12 32.83 41.17 41.1? 15.2 0.85 2.703 5.50 T 1E,6 24,15 0.001 0.02 41.21 E13 E13 32.83 41.21 H:' C Fe'i by path 5ei 51Ev. PEIrE psi) ' E.gps) Ve1Ec 8i hctuai Fittr. Ftt1cQ Tta1 Fci:t.LrE.s E)ev. L.s5 iet Ref P 47r iL LEiIh SuEix çt4 Lec7.tt pcs .ft TotE) Pj t. Po Of r 'j - 0 LL T 2 -0 01 32.03 30.'7 3 30.'8 -2.2 0.4: 1.408 o. oo eo.00 ooi -0.01 80.73 402 . . T . Ed t ph REf 51Ev. FEE.iE pE: 2 io. .) eiro 4coiii Fiit ttr. .cç Fiit.LOE.E. 51E Lo v, E )e t Fw Fct 'ot1 fps n. Lt.0 SEE' eoqth vth c .f Toti Rel Ift.; Frees Fc. )C120) F06 32.83 32.37 32.87 -11.1 2.23 1.403 2.00. T 6.62 9.62 0.010 -0.10 32.77 T5 TS 32.83 32.77 32.77 -11.1 2.28 1.403 5.00 5.00 0.010 -0.05 32.71 406 406 32.83 32.71 32.71 11.1 2.28 1.408 5.00 5.00 0.010 -0.05 32.66 407 407 32.83 32.a6 32.66 -11.1 2.28 1.408 5.00 5.00 0.010 -0.05 32.61 408 408 32.83 32.61 32.61 -11.1 .E8 1.408 5.00 5.00 0.010 -0.05 32.56 409 09 32.83 32.56 32.56 -11.1 2.28 1.408 5.00 5.00 0.010 -0.05 32.50 410 410 32,83 32.50 32.50 -11.1 2.28 1.408 5.00 5.00 0.010 -0.05 32.45 411 411 32,83 32.45 32.45 -11.1 2.23 1.408 5.00 8.00 0.010 -0.05 32.40 412 iE 32.83 32.40 32.40 -11.1 2.29 1.408 41.50 T 6.62 3.i2 0.010 -0.50 31.90 506 506 32.83 31.70 ):-••f t;.:; f..';O o;lc: F'ccvo:,rn l:y Ccr:VA e L.cooc; 3; 2:i5) tL'J t - ST O. E: I) 1-é3 Sy.tem L).i nq N.c' 1 :L Fed by path Nc.1 Fef Eev. Pressure 1p) :! Veloc 'Die. Actual Fittinq Fitting Tc.t1 Frict.Loss Elev. beE. Next Ref ft. Pt P Pn Factcr Added Tt1 fs . Leth Seeery Le:qth Lesiqth per.ft Total Psi Ht-', Press Pt, 120; H7 2.83 39.07 39'j7 -37.0 5.54 1.408 3.00 T .62 9.62 0.054 -0.52 39.55 413 38 3q55 38.55 -27.0 5.54 1.408 5.00 5.00 0.054 -0.27 38.28 414 14 32.83 38.28 38.28 -27.0 5.54 1.403 7.50 7.50: 0.054 -0.40 37.87 415 5 32 .63 3M7 33 7 8 77 - S 1.408 ii 1 n 0. 05'. - 416 16 32.33 37.34 37.34 -27.0 5.54 1.408 10,00 10.00 0.054 -0.54 36.90 417 i'7 332. 83 36.86 36.80 -27.0 5.54 1.409. 44.00 1 6.62 50.62 0.054 -2.73 34.06 307 507 32.83 34.06 by path Nc'.i Elev. Pressure pei N C ii (gps) Ve1c Die. Actu1 Fittb Fitting ita1 Frict.bss 31ev, Less. Met ft. Pt Pv Added Ttei fps 1. Ler.h Sxry r, r, bngth per. ft lute) Fel (ft. PCCSE. Ft. 35.22. 33.54 '..79i,03 73.50 7; s. 93.73 3..:41 -3,33 35,3 .)'.: . .1.. i;- v....., -.:, • f' P Frr 4d Ti f 9" Tt) Pe (ft. Pces Pt. - r .....-'' -. .-. 0r120 5,2323,59 -ii.7 3.02 1.405: 109.50 iT 12.23 (32.73 0.0)8 -5.16 36.43 509 I C: T4s:,:',1v 'lath Summar y Printou t for (:RLSI1D .3Ei_F STORAGE BLDG job f r3 : 9 /9 /03 System: Drawing- F:", t; i h N.)c.i L - Fed by path Nc'1 ef Elev. PresE.ra (psi) K Flow (p:) Ve1cc Dam. Actdal Fitting Fitting Teti Frict.bss Eiv. Loss Not Ref P t P Pri FactF-,-1 ,3 Wal fps K Leng th Smeary ..: Total Ph -- P ass Pt' 120) PlO 32.83 33.60 33,60 -8.3 1.80 1.408 109.50 TI 13.23 122.73 13.007 _0:33 377 EIO 310 32.83 3717 AA.4A.. Path (.:—Fc.i --.1 4,3 15 Fed by path i4.1 Ref Elev. Pressure (psi) K Flew (epe) Velec Dian, Pctuai Fitting Fitting Total Frict.bss Elev. Loss Next Ref Pt. ft. Pt 9v Pn Factor Added Total fps in. Length Suacary Length Length per.ft Total Psi (ft.) Press Pt. (C120) 3213 36M 3813 -3A 163R 1,019,50 F 13.23 122.73 6.001 -Q.12 36.52 E1 311 32.83 38.52 Path :.F:r1.;c C1cs By:1W Chec ked :'. C.v'c:':.'v !;c'