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1060 Lone Oak Rd - Hydraulic system. 4 L 6-9 3.S E,4t,,4.vP,uff- ?Lvnusr,el,ac Pa,e,< 3 t-1 v' cA y'^ a e_l `1 ?i c 7G ??. a cp r'e -C rj Et -L-, s. •-. Ye E3 1-Y C-- t-- t Narne:Lonc Oak Pusiness Center II Date:8/30/88 5ystern Na. :u ,Location: Eagan MN Contractnr:l)at<ota FlT'E? Suppr^es,iori, Inc^. Tclephc+ne: E12-423-210C) P.O. Pox 70 Rnseniount MYI. JJVECj C:a1culated Ety:D. Lockwond Contract No.: Constr•i_icticm: Lar Joist Urawing IVo, ;2 & 3oP' 3 OccupancY= Offi.cre/Warehouse CE'511nL7 Hca:i.qht:20-0 11'=. L) k..? ?-a 7L C81"? (.'Jodra:N1=F'f! 1:; Area of SprinklPr Operation:1500 DensitY (gprn/sq. ft. ) :.,='1 (area Per Sprinkler^:1.iU Max. Hose Allowance c7pm Inside:000 Hose Allowance gpni t]ti{:sideeSUO Rack Spr-inkler, Allowance:n/a F2eyuires 363.4 gprnYat ' Interior C-factor:120 Watcr^ Supply 1"esst l-est by:City Date:n/a '1-ime:n/a Loc_ati on: Lex ington L:levat ion:Grade F L 0 W T E S l"est PoiriL- #i Pressure B'7 F1 ow cl 8 va r'a-i ri n?=x r-- y Ri-zview ngencv;City & TSO --------------------------- I 5ysbern l"ype:bJet F'ipe I --- --. ----------_.___________---._ I Sprinl<ler or^ Nozzle I 1+1Ga4<e:Star Mode1:Upright I Size:17/32" li-fiactor:8.1 I Ternperature Rating:286F 76. 25?psi at Base Qi' f2iser Under,groumd G-faictor: i40 I n for^tna t i o n --------------------------- I F'urnF Data I Rve. & Lone Gak. Rd. T R E S IJ L"f 5 #2 3k:'s #4 67 3G i0 ?B -G .=e r- '=a J?-- t a i 3SE5. Y I 'I'ypeen/a I I:_lE3Vat10nSYf/c'i I Ratecl Psi:n/n/a I Ratcd Gprn: n/a I Well F'roof Fluw:ri/a Tank Data Elevation:n/a Size:rr/a Cornmoclity:nIa C1as==:ri/a Location:n/a Storaye Rrea:ri/a Storaye Heiyht:n/a Clear•ance to C:eiling:nla Sinqle, nouble, or Mul.ti Row:ri/a Rir,lc• Wicith:n/a Pallet Type:n/a k;:nc;apsulal:ed?:n/a StoragE Met.hod: tiSolid pilEd:ri/a Longitudinal Flue Spacing:nlz I-I_+r•i-r_. Par,r,ier^s Pr•ovidecl?:n/a EAGAN REVIEWED /Palletixed:n/a %Rack:n/a TransvPr,se F1ue Spacing:n/a eY 1UP) M DATE 9-9-g 102.0 i 96.0 I 90.0 84.0 I ? 78.0 ? I + ( 76.2 B 8831 72.0 I ? 66.0 I ? 60.0 I 54.0 ? I ? 49.0 I 42.0 I t 36.0 ? I 30.0 I 24.0 * I 18.0 I 12.0 ? I * 6.0 I U. 0 hY4MN I4?AM1? I4HM1A44NY' 41L4ryAhhY4M1 I Hryp1YAN44M41 hM1Y44MAM1iM1NN?Y I94YHh4YAhhYNNN4l M1MYhHhhhA'WN44M1ryY4l N144Y4YNM1A4444KVYh 0 1800 2700 3600 4.`AO 5400 6300 7200 8100 F='resstn^e vs. Flow 87.00 p. pn 67.00 3650.00 Cr 8p;]O, t22 1.-._. r? ?• C7 aa 4r Ec ._a m. :i r? c-- SE? a--m r-I t? r? S]L' E??a rl za ro 9?'I Y^.! td "-i tj c• r-? ?: t-3 13 --- --- - - - - - --- - - - - - - - - - - - - -- S; _LJ " 'y,' 1-' ... ...C4 FR C3 IF- 1-1 Y Y3 Y=v'. 6'=-0 lJ L_, :C C-- C', r-li L L":; IJ B__ d::l .71. ] L 3 h! t=a F- C1 1R L_ kn, r-i e-- Cli ?? 4r_ 11? ._i --? i t-d a--? tE?. tEs C:? •t c---- r- Y 7: EaE3ar, t+IN Jo6 No: t? ?_a t::x r;v :a_ -U -t:.. a_;-r 4_9 Dakota F ire 5ttppressior'i, Inc. P. Ll. Sox 70 Rosernount Mri. 550E8 Design Specificatic-ns Water SuppLy Tnforma tion Systern Dernand Density . 0. 410 87. UO psi ypm 7E. 25 psi Design Rr^ea: 1500. 00 67. 00 psi t? 3650.00 gprn f." 383.4 gprn + Sti6. 0 gpm Hase -1-?t a 1 L7?mav?-.d : 86. :_ 4 q?ar?? ?a 76AZ5 p? i E3 y ? -L- t= rn ?. mt •F C-- -U i-' c_ -l: c. r-- p s i IVotes: I._isL- of Pittiriy Abbreviations Exarnple: "E27'C:" _ one Std. Elbow, two S'tCI. rGE? , aricl _-rie Clieck Va C]ode:Descr^iption Co de:Descr-ipt ic-n Lode:Uescr-iption Code:Description A: f-llar'rn Va t-I : llet. [;h4<. Vat U: R1. 45 E11 V: 5: EutL'' P1yVa ]: : 45 Elbc-w 1=' : W. C: Check Va J X: D: DryPipeVa N, : p : Y: E: Std. E1 bow L : Lcmg'f urnE 1 S c 7_ : F : Ueluge Va_ h'I : F'1. l-ee 1' : 5tei. l"ee G: Gate Va N : P1. E11 U: Calcs Hy: D. Lockwood Checked: 8/30/88 Fage: 1 5er:*310025*- I-lyper^calc Proqrarn b,y Crowley llesign Gr-oup, (215)-337-7060 53 ._a rn rn c t Y' I/' La K ?-?y` IZ? $-' 1 YO 1?. 1_ EO Y? EA YI Gj " Ls --s E? F? :L L4^D s Joh No: l__ne Oak Husine ss Center II Desi qn density: .21 Supp lied flow ancJ pressur^e is based on 76.25 psi <zvailable at supply ( $S.:iS psi is actu ,:?11y a vaila6le ) Ref. F'RESSURE K F' LOW Percent Ref. f='t. Pt Pv Rn F ae=tor• Rrtual Minintum Excess Pt. 021 ---- 11.09 ------ - 11. 09 ------ 8.10 - -'--- 27.0 --------- 23.5 --•----- 14. "3Y. --- 021 022 9.65 9. ErJ 8.10 25.2 23.5 7. C:X 022 0::2; 9.21 3.21 8.10 24.6 23.5 4.7% 02; pcG 9. 2O 9. 2O 8.10 24.6 23.5 4.7% 024 025 9.47 9.47 8.10 24.9 23.5 6. ti% 025 UCJEj 10.58 10.58 8.10 C'E.. ,,, 23.5 1 1. '3% 02E 027 9.96 9.96 8.10 25.6 23.5 8.9% 027 028 8.79 8.79 8.10 24.0 23.5 2.1% 028 029 8.48 8.48 8.10 23.6 23.5 0. 4% 029 036 8.48 8.48 8.10 23.6 23.5 0. 4X 036 nai 6.81 8.81 8.10 24.0 23.5 2.1% nai 032 1G. 00 ii). 00 8.10 25.6 23.5 8. 9% 032 033 27.22 27.22 8.10 42.3 23.5 80.05 033 034 27.21 27.21 8. 10 42.2 23.5 79.6% 034 Calcs Hy: D. Luckwood Ohier_I+.i=d: -_ 8/30/88 Paye: c Ser:+a310025* HypErcalc F'rogram hy Crowlc>v 1)esaqn Group, (215)-337-•70ECi F" 1 c. va ?z r. cl G' x- c--- ss -. '--a r- c? 7-3 tt rn 1-1-1 a r- y Jab No: Lone Oa k Rusiriess Center II Elev. Rff. Flow Pt Pf Pe Pt Rff. Elev. F R I C T I 0 N L 0 5 S C A L C U L R T I 0 N S Velocity ft. POItdT gpm psi psi psi psi POINT ft. Length Fitting Lengtb Total Pf/ft Diam C Flow fps 19.00 021 )) 53.1 » 11.09 -1.44 0.00 3.65 022 19.00 8.88 8.88 0.163 1.452 120 53.1 10.3 19.00 021 l l 80.1 (( 11.09 37.33 0.87 49.29 763 17. U0 92.00 2T 15.37 107. 37 0.348 1.452 120 80.1 15.5 19.00 0,02 )) 27.9 )> 9.65 -0.44 0.00 9.21 023 19.00 8.98 0.88 0.050 1.452 120 27.9 5.4 19.00 023 >1 3.4 >> 9.21 -0.01 0.00 9.26 024 19.00 6.88 8.88 0.001 1.452 120 3.4 016 19.00 024 (f 21.2 (( 9.20 0.26 0.00 9.47 025 19.00 8.88 8.88 0.030 1.452 120 21.2 4.1 19.00 025 f( 46.1 (( 9.47 1.11 0.00 10.58 026 19.00 8.88 8.88 0.125 1.452 120 46.1 8.9 19.00 026 (f 72.5 (f 10.58 23.54 0.87 34.98 603 17.00 66.00 2T 15.37 81.37 0.289 1.452 120 72.5 14.0 19.00 027 >S 47.4 S) 9.96 -1.17 0.00 8.79 028 19.00 8.88 B.8B 0.132 1.452 120 47.4 9.2 19.00 027 {( 72.9 fl 9.% 38.74 0.87 49.57 704 17.00 117.00 2T 15.37 132.37 0.293 1.452 120 72.9 14.1 19.06 028 >> 23.4 >> 8.79 -0.32 0.00 8.40 029 19.00 8.88 8.80 0.036 1.452 120 23.4 4.5 19.00 029 !( 0.2 (( 8.48 0.00 0.00 8.48 030 19.00 9.88 8.88 0.000 1.452 IPO 0.2 0.0 19.00 030 (f 23.8 fl 8.48 0.33 0.00 8.81 031 19.00 8.88 8.88 0.037 1.452 120 23.8 4.6 19.00 031 t( 47.8 (( 8.81 1.19 0.00 16.00 032 19.00 8.88 8.88 0.134 1.452 120 47.8 9.2 19.00 032 {i 73.4 (! 10.00 24.12 0.87 34.99 604 17.00 66.60 ZT 15.37 81.37 0.296 1.452 120 73.4 14.2 19.00 033 T) 4.6 fl 27.22 -0.02 0.00 27.21 034 19.00 8.88 8.88 0.002 1.452 120 4.6 0.9 19.00 033 <( 46.9 l! 27.22 21.62 0.87 49.71 705 17.00 150L 00 2T 15.37 167.37 0.129 1.452 120 46.9 9.1 19.00 034 (l 37.6 (( 27.21 7.00 0.B7 35.08 605 17.00 66.00 2T 15.37 81.37 0.086 1.452 120 37.6 7.3 17.00 500 (f 383.4 (( 55.60 7.97 6.51 70.08 501 2.00 202.00 TLG 36.87 238.97 0.033 4.260 120 383.4 8.6 17.00 500 1> 371.2 >? 55.60 -0.95 0.00 54.65 807 17.00 4.00 T 26.33 30.33 0.031 4.260 120 371.2 8.3 17.00 500 }7 12.2 )} 55.60 -0.00 0.00 55.60 BOB 17.00 7.25 T 26.33 33.58 0.000 4.260 120 12.2 0.3 2,00 501 l( 383.4 S! 70.08 1.67 0.90 71.75 502 2.00 4.00 T26H 50.03 50.03 0.033 4.260 120 383.4 8.6 2.00 502 (( 383.4 (( 71.75 0.38 4.12 76.25 503 -7.50 250.00 2TG 100.76 350.76 0.001 8.110 140 383.4 2.4 17.00 601 f} 31.1 >) 35.05 -0.01 0.00 35.04 642 17.00 12.67 12.67 0.001 3.260 120 31.1 1.2 17.00 601 {( 31.1 ff 35.05 14.22 0.00 49.27 761 17.00 204.00 4T 30.75 234.75 0.061 1.452 120 31.1 6.0 17.00 602 >1 62.3 >? 35.04 -0.05 0.00 34.98 603 17.00 12.67 12.67 0.004 3.260 120 62.3 2.4 17.00 602 i( 31.2 {l 35.04 14.24 0.00 49.27 702 17.00 20CW.00 4T 30.75 234.75 0.061 1.452 120 31.2 6.0 17.00 603 l( 10.2 ii 34.98 0.00 0.00 34.99 604 17.00 12.67 12.67 0.000 3.260 120 10.2 0.4 17.00 604 (l 83.6 !( 34.99 0.09 0.00 35.08 605 17.00 12.67 12.67 0.007 3.260 120 83.6 3.2 17.00 605 ii 121.3 (( 35.08 0.18 0.00 35.26 606 17.00 12.67 12.67 0.015 3.260 120 121.3 4.6 17.00 606 f( 91.3 <i 35.26 0.11 0.06 35.37 607 17.00 12.67 12,67 0.009 3.260 120 91.3 3.5 17.00 606 ff 30.0 (( 35.26 14.66 0.00 49.92 706 17.00 229.00 4T 3U.75 259.75 0.056 1.452 120 30.0 5.8 17.00 607 (l 61.2 (f 35.37 0.05 0.00 35.43 608 17.00 12.67 12.67 6.004 3.260 120 61.2 2.3 17.00 607 (( 30.1 l( 35.37 14.80 0.00 50.18 707 17.00 229.00 4T 30.75 253.75 0.057 1.452 120 30.1 5.8 17.00 608 fl 30.8 (( 35.43 0.01 0.40 35.44 609 17.00 1e.67 12.67 0.001 3.260 120 30.8 1.2 17.00 608 S( 30.4 {S 35.43 15.06 0.00 50.49 708 17.00 229.00 4T 30.75 259.75 0.058 1.452 120 30.4 5.9 17.00 609 (f 30.8 (( 35.44 15.41 0.00 50.85 709 17.00 229.00 4T 30.75 259.75 0.059 1.452 120 30.8 5.9 17.00 701 l( 31.1 (f 49.27 0.00 0.00 49.27 702 17.00 12.67 12.67 0.000 4.260 120 31.1 0.7 17.00 702 l( 62.3 (t 49.27 0.01 0.00 49.29 703 17.00 12.67 12.67 0.001 4.260 120 62.3 1.4 17.00 703 (l 142.3 (( 49.29 0.28 0.00 49.57 704 17.00 36.61 2L 15.80 52.47 0.005 4.260 120 142.3 3.2 17.00 704 l( 215.3 i( 49.57 0.15 0.00 49.71 705 17.00 12.67 12.67 0.011 4.260 120 215.3 4.9 17.00 705 i! 262.2 i( 49.71 0.21 0.00 49.92 706 17.00 12.67 12.67 0.017 4.260 120 262.2 5.9 17.00 706 !( 292.1 i1 49.92 0,26 0.00 50.18 707 17.00 12.67 12.61 0.020 4.260 120 292.1 6.6 17.00 707 (l 322.3 (( 50.18 0.31 0.00 50.49 708 17.00 12.67 12.67 0.024 4.260 120 322.3 7.2 17.00 708 (t 352.7 ({ 50.49 0.36 0.00 50.85 709 17.00 12.67 12.67 0.029 4.260 120 352.7 7.9 17.00 709 (( 383.4 t( 50.85 1.50 0.00 52.34 710 17.00 18.50 T 26.33 44.83 0.033 4.260 120 383.4 8.6 17.00 770 (l 11.6 (l 52.34 0.00 0.00 52.35 802 17.00 7.25 T 26.33 33.58 0.000 4.260 120 11.6 0.3 17.00 710 (S 371.8 (S 52.34 0.% 0.00 53.30 803 17.00 4.00 T 26.33 30.33 0.032 4.260 120 371.8 8.3 17.66 862 ff 11.6 (1 52.35 1.62 0.00 53.97 962 17.00 120.06 ET 46.12 166.12 0.010 1.452 120 11.6 2.2 17.00 803 (( 364.4 (( 53.30 0.34 0.00 53.64 804 17.00 11.25 11.25 0.030 4.260 120 364.4 8.2 17.00 803 f( 7.4 ( f 53. 30 0.67 0.00 53.97 903 17.00 120.00 4TH 38.43 158.43 0.004 1.452 120 7.4 1.4 17.00 804 (( 359.4 (t 53.64 0.33 0.00 53.97 905 17.00 11.e5 11.25 0.030 4.260 120 359.4 9.1 17.00 804 t( 5.1 (( 53.64 0.33 0.00 53.97 904 17.00 120.00 4T2E 38.43 158.43 0.002 1.452 120 5.1 1.0 17.00 805 !( 358.6 4t 53.97 0.33 0.00 54.31 806 17.00 11.25 11.25 0.029 4.260 120 358.6 8.1 17.00 805 {i 0.7 (( 53.97 0.01 0.00 53.98 905 17.00 118.00 4T 30.75 148.75 0.000 1.452 120 0.7 0.1 Ca les Py: D. Lc- ekwoK:,d Cfiecll.c=d: 8/30/88 Page: .:, Ser^:*3].UCr;'5* HYPercalc Proqrarn by Ci^owlev Desiqri Uroup, (215)-337-7060 7= :l. ._. t..n r,. =-. fl._t r-• C-- a._i rwi r.-i zx r- Y . 7r_-ti No: L,onfa 0F-i4 c RusinES S C eriter, II Elev. REF. Flow Pt Pf Pe Pt REF. Elev. F R I C T I 0 N L 0 S S C N L C U L A T I 0 N S Velocity ft. POINT gpm psi psi psi psi PUINT ft. Length Fitting Length Total Pf/ft Diam C FIoN fps 17.00 806 l( 363.7 l( 54.31 0.34 0.00 54.65 807 17.00 11.25 11.25 0.030 4.260 120 363.7 8.2 17.06 806 ?f 5.1 )? 54.31 -0.31 0.00 53.99 906 17.00 118.00 4T 30.75 148.75 0.002 1.452 iZ0 5.1 1.0 17.00 807 >> 7.5 S1 54.65 -0.65 0.00 54.00 907 17.00 118.00 4T 30.75 148.75 0.004 1.452 120 7.5 1.5 17.00 BOB >> 12.2 !> 55.60 -1.60 0.00 54.00 908 17.00 118.00 4T 30.75 148.75 0.011 1.452 120 12.2 2.4 17.00 902 ll 11.6 i( 53.97 0.00 0.00 53.97 903 17.00 11.25 11.25 0.000 3.260 120 11.6 0.4 17.00 903 il 19.0 (t 53.97 0.01 0,00 53.97 904 17.00 11.25 11.25 0.000 3.260 120 19.0 0.7 17.00 904 (! 24.1 !i 53.97 0.01 0,00 53.98 905 17.00 11.25 11.e5 0.001 3.260 120 24.1 0.9 17.00 905 t( 24.8 (S 53.98 0.01 0.00 53.99 906 17.00 11.25 11.25 0.001 3.260 120 24.8 1.0 17.00 906 f( 19.7 l( 53.33 0.01 0.00 54.00 907 17,00 11.25 11.25 0.001 3.260 120 19.7 0.8 17.00 907 (l 12.2 (t 54.00 - 0.00 0.00 54.00 908 17.00 11125 11.25 0.000 3.266 120 12.2 0.5 Calcs By: A. Lc,r_kwo(:,d t;lier_Ir.car.1: _.. 8/30/88 F'a9e: 4 Ser:*310U25* F•IVPercale Proqrarn 6y Crowlev Aesiciri Gr•c-up, (215)-337-7060 L_ t1 c• p I-Tz: c i.0. .:vt Y^n G_' Q-3 ;:?, q.l 1'i 1 0-I"1 ._i r- Y Joh No; Lurie Oal< Pi_ts:inF±s> Center TI .L. 1_ T"" 1 CA? 1. tiL. .k. +2ii?'!c+ p21<<<(<703>)>>)7ti2>>5>16ir2))>)>E03)>i1)GcE,)>)>>02:;))>))024f((<<Oc3(<<<<022 -37.33 +p. OS +14.24 00.0E; i.:.:,.::;h 11.11 +0. c6 --0. 01 -O. 44 022<<<<<021 -1. 44 Totals . +1o>ses. 39.21 -lasses: 39.22 imbalance: -0. 0i ._. c. p?' ? F r^ i c t i. c. r. "1 •_?• sa =; c_- sF, O2I(<(<(704)))>) /n3)))>>702>>))>L02))))>C-,03>>7)>E04>))>>032>>>)>031)>>>>030 --3E3. 74 +0.28 +0. 0i +14. c:4 40. p5 +0. c]O +24. 12 +1. 19 +O. 33 O 3 0 ) ) ) ) ) 02 2 9 ( < < C < 0 28 ( < C < 102 7 +U.tici --O_:?,c -1. i7 Totals . i-losses: 40.22 -losses; 40..;;3 irnbalance: -0.01 ---------------'-L----'--'---'-----'- - .s. E=- s; ii:33<<<<(705((<<<706>>)>>60E))))}f;05)))i;0,-:,%+<i(((03:; -21.6:9: --0. c1 +14.6E +O. 18 +7, ii0 --ii. 0: Totals . +losses: 21.B4 -lossr_sa: 21.85 imbalLinL^e: -0.01 p _ . _. r_e p ? .t? F-- r- i c 1t `.i0U) ))> )808>> )>>908>> ) )>907<<(<(807 ( <<( i:0G +0. 00 +1'. Eo +U.Op -0.65 --0. 95 Totals . +lo,sea: 1.60 -loases: 1.60 imbalance: 0.0c) ?....? . .?.. C ? .. .... . ?. . . . . e_. .-.._. -3 _5- i- r- i c:- t i ,-o :x. ._ ? ___:: E-- =. f01 <({<(7p1))>>>7t]'c)))))6C7c<<<<(G0l -14.22 +O. 00 -F14.24 -0. 01 Totals . +lo:>ses: 14.'?.?4 -1oSSE`S: W.23 1h1I]dlclYiG'EL 0.01 Y" 1 C"t: ?:_n <'_- -i C--- 3 En3(<C((602(<<C<7U2<<(<<703C(<<(704<<<<(70°i)))>>q33)>)>>U:,4<<C<<Eti°,>>>))6u4 -0. 05 -14. c4 -ti. 0i -O. cA -O. i5 +: 1.6c +U. 42 -7. 0n +0.09 F',04) > ) > > 60?: +0. pU Totals . t10sses: 21.7:; -lo=sses: 21.73 irnhalance: 0.00 ?'-. ?_- ;:3.---..._7'_-F=tr_ i c-C 1 7. a_.. __.?.??=w 606((<(<706<<<<(707)))>3607>>>>7E06 -14. 66 -O. cE +14. 8U +n. 11 Totals . +losses; 14.91 -las;rars: 14.92: iuibal.ance: -0.01 tl__ .--. .=. p? 49. r' x- i c t i ca r. a._. ... o =z co as 607<<<<(707<<<(<708>)>>>608>>>))607 -14. 80 -tl, 31 +15. 06 +?"J. 05 7'ota7, ,. +losses: 15.11 -lo_,ses;: :lF,. 11 imbalance: 0.0O Calcs By: U. Lockwood Chcelteci:_.-.-_-..._._-- 8i30/88 Page: 5 5er:*310025* Hypercalc F'royram by C:r^ow1Eav Dc==_iqn (iroup, (215)-337-70E0 :Ef -=% 1 rx r-u a:.? 1:3 i_t rn e-ri ?Ek t^ Y Joh No; Lonc> Oa4<. Pu:,iness Center II - '-'- -'---------.._.,_._....._._.._ ..---- ............. L. ..-...._.._ .. c. ? ? W r^ i C -? 3 .__ . r-1 ll. ,_. _._,. __. ?e. • !-, 6CJ8CC<<(71>8<CC(C7p9))>))6Ct9))))>Gt)f3 -15.06 --0.36 +15.41 +O.pi Totals . +losses: 15.4:=' •_lcase<.: 15.42 imbalarice: 0.00 1_ 1 c i F? t- iL r.'_ 'L- i. 7L er_SZ. 710 <<(<(BU3<<(<(903 )>>>>902)))) >£lOc>>>))71+? -0.9E --0.67 +0. t]0 +1. G2 10. 0o Totals . +lc„ses: 1.62 -1o_>se=.sz 1.63 irnbale+nce: --O.ni L L. c. p t?. F?r i. c-U i. 1. c_. s_s a=a 803<C<{<903<<<C(904))>>>804>))J)803 -0. 67 -0. p i +O. 33 +0. 34 Totals . +losses: 0.67 -1osseS: 0.68 irnualance: -0. Ui L__ t. -C=- p .L :F-. B= r i c_ •U :i_ .ca 1r-1 :B. 804<(<(C904<<((<905)>))>805>)>)>804 -0. ;3 --U. 0 1 +(). pl -1-0. 33 Totals . -Flo,5e,: 0.34 -lc...ss>esa 0.34 imbalance: 0.00 L_ c-. .=. p 1r r- 3. c-= t[i ._. r u 1 .71- t sa t=-: er_ t--- (305<<<<(905<<<t<906<<(<(806)>>1>E305 -q. Ui -tr. 0i -0. ;i +0. 3:3 Totals . +losses: 0.33 --losse_,: 0.33 irnbalarice: 0.00 1_ ._. c- p, 1?If4• F" r- i. c t ic--. r-i ]_ ?. ._r. SE? 806)))>)90EC<<<(907<<<(C807))1>>806 +0. 31 -0. pi -U. G5 +ti. 34 Total s . +losses: 0.65 -losssee,c 0.66 irnbalance: -0.01 Cales By: D. Lockwond Cher_4:.ed: -_, 8/30/88 Page: E Sei^:-x-310025* I-IYPet^calc Prograrn bY Cr^nw1eY I)esiyn Group, (215)-337-706(") Flow Diagrara for Lone Oak Business Center II 6ii21((((l(S(i(illtt(l(itllf((if(({{K!((if9U2 11.6 v I 11.6 v I 701(lf(702(lf(703((l (704((((705f(((7061(((7071((1708t((t709((( (710 I 31.1 62.3 142 .3 215.3 262.2 292.1 322.3 352.7 383 .4 ^ ^ I I I I i I I I I 371.8 11.6 ^ ^ I I 1 I I 1 I I I i I I I I I I I I B63(ilt Nl((t!l((ft(lfl(t Htl{((il(fS(ll1f903 7.4 I f v v I I I i I ^ " 80.1 72.9 364.4 19.0 I I v v I I I I I " " 1 I 021 027 I I I i I B(W(t H(((f(f{((((ff(l((S Ktf!(ifSi((l((((904 5.1 I I v v I I I. I I ` " 53.1 47.4 359.4 24.1 I i v v I I I I I " " I I 022 628 I I I 1 I 805 H((((l(((l(f{iif(ll(l((ifl(litl((((S11905 0.7 V V n n 27.9 23.4 358.6 24.8 f I v v I I I I I I I 023 029 I I I I I 8(?6>S))1)1))>> Uf1)>>f}))>))))>S1>>)S)U>)906 5.1 I I v ^ I I I 1 I ^ " 3.4 0.2 363.7 19.7 I I V ^ I I I I i " A I I 024 030 I I I I I 807)))S)?}1>)1ll})))))f)))))1)1)S)))1333)5967 7.5 I I ^ ^ v I I I I ^ ? 21.2 23.8 46.9 371.2 I I ^ ^ v I I I i ^ ? I I 025 031 033 I I I I 500((lf501(K(502((((503 I 383.4 383.4 383.4 I I ^ ^ V I I I I V " 46.1 47.8 4.6 12.2 12•2 n 4 V A I I 026 03E 034 I I ! I 508)>>>)17}???}??)?>>)}?y?}}}>)}}}7?}??)??90B 12.2 v v ^ ' ^ v v v v 31.1 31.2 72.5 73.4 37.6 30.0 30.1 30.4 30.8 V V A n n V V V 4 601))J1602)))1603((((604f(({605((SS606ff((607((ff608({?(609 31.1 62.3 10.2 83.6 121.3 91.3 61.2 30.8 Pathi :itunrnary F'rintC,I.kt for Lrn'lc? L:lalt I??_i=sineas=:, C;E:?rit?-?r 11 J(:,b Nr,.-: 8 /36i8f3 Sy,tem:? Drawing:2 R 3C,f ., M1=-' ??k -Q-- 9-u l FR -U f_s' °X:, '--' `-6 d._i 0:j Fr Y:y+ Principal path Feeds Path;2 at Rt:704, Path:3 at Pt:705, Path:4 at Pt:709 ---- Ref -------------------- Elev. Pressure fpsil ------ K ------- Flow ------ Igpral ------ Veloc ----- Diam. ------ Rctua] -------- Fitting ------ Fitting ------ Total -------- Frict.Loss -------- - - Elev. Loss Next Ref Pt. ft. Pt Rv Pn Factor qdded Total fps in. Length Summary Length Length per.ft Total Psi (ft.) Press Pt. ---- ------- --------- ----- ------- ------- ------ ------ ------- -------- --- - (C=120) 603 17.00 34.99 34.98 -72.5 14.01 1.452 66.00 2T 15.37 81.37 0.289 -23.5 -0.87 f-2.00 i10.58 026 026 19.0U 10.58 10.58 8.10 26.3 -46.1 8.92 1.452 8.88 0 8.88 0.125 -1.11 9.47 025 025 19.00 9.47 9.47 8.10 24.9 -21.2 4.10 1.452 8.89 0 8.88 0.030 -0.26 9.20 024 024 19.00 9.20 9.20 8.10 24.6 3.4 0.65 1.452 8.80 0 8.88 0.001 0.01 9.21 023 023 19.00 9.21 9.21 8.10 24.6 27.9 5.40 1.452 8.88 6 8.88 0.050 0.44 9.65 022 022 19.00 9.65 9.65 8.10 25.2 53.1 10.26 1.452 8.88 G 8.88 0.163 1.44 11.09 021 021 19.00 11.09 11.09 8.10 27.0 80.1 15.47 1.452 92.40 2T 15.37 107.37 0.348 37.33 0.87 ( 2.00 )49.29 703 703 17.00 49.29 49.29 62.3 142.3 3.20 4.260 36.67 2L 15.80 52.47 0.005 0.28 49.57 704 704 17.00 49.57 49.57 72.9 215.3 4.83 4.E60 12.67 0 12.67 0.031 0.15 49.71 705 705 17.00 49.71 49.71 46.9 262.2 5.89 4.260 12.67 U 12.67 0.017 0.21 49.92 706 706 17.00 49.92 49.92 30.0 29E.1 6.56 4.260 12.67 0 12.67 0.020 0.26 50.18 707 707 17.00 50.18 50.18 30.1 322.3 7.23 4.260 12.67 0 12.67 0.024 0.31 50.49 708 708 17.00 50.49 50.49 30.4 352.7 7.92 4.260 12.67 0 12.67 0.029 0.36 50.85 709 709 17.00 50.85 50.85 30.8 383.4 8.61 4.260 18.50 T e6.33 44.83 0.033 1.50 52.34 710 710 17.00 52.34 52.34 -11.6 371.8 8.35 4.260 4.00 T 26.33 30.33 0.032 0.96 53.30 803 803 17.00 53.30 53.30 -7.4 364.4 8.18 4.260 11.25 G 11.25 6.030 0.34 53.64 804 804 17.00 53.64 53.64 -5.1 359.4 8.07 4.260 11.25 6 11.25 0.030 0.33 53.97 805 BOS 17.00 53.97 53.97 -0.7 358.6 8.05 4.260 11.25 U 11.25 0.029 0.33 54.31 806 806 17.00 54.31 54.31 5.1 363.7 8.16 4.260 11.25 0 11.25 0.030 0.34 54.65 807 807 17.00 54.65 54.65 7.5 371.2 8.33 4.:6G 4.00 T 26.33 30.33 0.031 0.95 55.60 500 500 17.00 55.60 55.60 12.2 383.4 8.61 4.260 202.00 7LG 36.87 238.87 0.033 7.97 6.51 f15.00 170.08 501 501 2.00 70.08 70.08 383.4 8.61 4.260 T26H 50.03 50.03 0.033 1.67 71.75 502 (C=140) 502 2.00 71.75 71.75 383.4 2.38 8.110 250.00 2iG 106.76 350.76 0.001 0.38 4.12 ( 9.50 )76.25 503 503 -7.50 76.25 .,..,,..., ^^^^^^ B="• ?-t t 1`-k N._. G r • iC3 L - i t-e e?: Fed by path No.l -- Hef ----------------- Elev. Pressure (psi) ----- H ----- Flow --- (gpm) ----- Veloc ------- Diam. ----- Rctual -------- Fitting ------- Fitting ------- Total ----------- Frict.Loss --- Elev. Loss Next Ref Pt. ft. Pt Pv Pn factor {Idded Total fps in. Length Summary Length Length per.ft Total Psi (ft.) Press Pt. --- ------------ --------- ------ ----- ------- ------ ------- ------ -------- ----- (C=120) 604 17.00 34.99 34.99 -73.4 14.19 1.452 66.00 2T 15.37 81.37 0.296 -24,1 -0.87 (-2.00 )10.00 032 032 19.00 10.00 10.00 8.10 25.6 -47.8 9.24 1.452 6.88 U 0.88 0.134 -1.19 8.81 031 031 19.00 8.81 8.81 8.10 24.0 -23. B 4.60 1.452 8. d8 0 8.88 6.037 -0. 33 0.48 030 030 f9.00 8.48 8.48 8.10 23.6 -0.2 0.04 1.452 8.88 G 8.88 -0.60 8.48 029 029 19.00 8.48 8.48 8.10 e3.6 23.4 4.51 1.452 8.88 0 8.08 0.036 0.32 8.79 028 028 19.00 8.79 8.79 8.10 24.0 47.4 9.15 1.452 8.88 0 8.88 0.132 1.17 9.96 027 627 19.00 9.96 4.96 0.10 25.6 72.9 14.09 1.452 117.00 2T 15.37 132.37 0.293 38.74 0.87 4 2.00 )49.57 704 704 17.00 49.57 ^^^^^" ?A?? Calcs By;D. Lr-ckwc-od Checked Fage: F'-01 Ss+r•:*31Ci025x- HYPercalc Rraqrarn bv Cr.;.,wley Desiyr, GrouP. (215)-337--74E0 ,. . P'ath 5umrnary PrintOut fcrt- Lone Oate Pu=;ines;s CEnter II J6b No: 8/30/88 Sysi;ern:2 Drawirig:2 R3 of 3 p' -k t " hl ._. :, _: C r-• 3 cl L_ i ro•-K ei? Fed by path No.l Ref Elev. Pressure (psi) f4 Flow (gpro) Veloc Diam. Pctual Fittirig Fitting Total Frict.Loss Elev. Loss Next Ref Pt. ft. Rt Pv Fr Facter lldded Total fps iri. Length Suinmary Length Length per.ft Total Psi lft.l Press Pt. (G120) - - ----- ---- -- 605 17.00 35.08 35.08 -37.6 7.27 1.45", 66.60 2T 15.37 81.37 0.086 -7.00 -0.87 t-2.00 127.21 034 034 19.00 27.21 27.21 8,10 42.2 4.6 0.89 1.452 8.88 0 8.88 0.002 0.02 27.22 033 033 19.00 27.22 27.22 8.10 42.3 46.9 9.06 1.452 152.00 2T 15.37 167.37 0.129 21.62 0.87 ( 2.00 )49.71 705 705 17.00 49.71 AAMA ^^^^^^ f=• hl fed by path No.1 Ref Elev. Pressure (psi) H Flow (gpm) Veloc Diara. Actual Fitting Fitting Totai Frict.Loss Elev. Loss Next Ref Pt. ft. Pt Pv Pn Factor tldded Total fps in. Length Sumrnary Length Length per.ft Total Gsi (ft.) Press Pt. (C--120) 601 17.00 35.05 35.05 -31.1 1.19 3.260 12.67 p 12.67 0.001 -0.01 35.04 602 602 17.00 35,04 35.04 -31.2 -62.3 2.39 3.260 12.67 0 12.67 0.004 -0.05 34.98 603 603 17.00 34.98 34,98 72.5 10.2 0.39 3.260 12.67 G 12.67 0.000 0.00 34.99 604 604 17.00 34.99 34.99 73.4 83.6 3. ^cl 3.260 12,67 0 12.67 0.007 0.09 35.08 605 605 17.00 35.06 35.08 37.6 121.3 4.65 3.260 12.67 0 12.67 0.015 0.18 35.26 606 606 17.00 35.26 35.26 -30.0 91.3 3.50 3.260 12.67 0 12.67 0.009 0.11 35.37 607 607 17.00 35.37 35.37 -30.1 61.2 2.35 3.260 12.67 0 12.67 0.004 0.05 35.43 608 608 17.00 35.43 35.43 -30.4 30.8 1.18 3.260 12.67 G 12.67 0.001 0.01 35.44 669 609 17.00 35.44 35.44 30.8 5.95 1.420 229.06 4T 30.75 259.75 0.059 15.41 50.85 709 709 17.00 50.85 ^^^^^^ C.Alcs By;D. Lockwood CYIE?CI<E?CI Liv:___._____ Flage: F-02 Ser:*310025* Hypercalr_ F'rograrn bY Or-.,:.w1ey llesign Group, (215)-337--7060 L oT (:,, - ? 8 Lrx.K Jr &AGM1 A9Lc Taa. H y cB r a u 1 1 c ]C1 c-z - i D r1 Y r, -Y'" =o r'" rn 'A t s. ._. rI '-.-'- 1-r *-- a t Narne:Lone Uek business Center, II Urate:6/30/88 System No.:i l.ocation: Eagan MN Comtractor:lla4<.ota F=ire Suppree,sion, Tnc. 7elephone: 612-423-2100 , G. CJ. Eox 70 Rnsernount Mn. 550E8 Calculated Ry:D. Lor.kwood Cr,r,tr•act NO.: Lonstruction: Ear Joist Urawing No. :1 & 2 of 3 Occupancy: Office/War^ehausP Ceilinr; Height:20-0 a, rn L} C-- ss 3 g r. Crde:NFl='fa 13 `___-_-___•__________-?-'----"Revaew Agency:City & ISO ------------------------------------------------------------------------------- Area of Sprinkler- Oper^atiGn:150U I System Type:Wet Pipe Density (gpm/sq. ft. ) :. 21 I -----°-----•----------------------------- Rrea Rer Spririkler^: i3C7 Max. I 5prinkler or^ Nozzle Hose Allowance gpm Tnside:000 I Mak.e:Star Model:Upright HGSe Rllowance gprn Outside:500 I S>ize:17/32" K-factar:8. 1 ftack Spr-inkler Allowance:n/a I Ternperature Rating:28EF iL. ?k 1 c va 1 a t i•_• Pa-i fi7 ??i Y^ ^;?f Nequires 386.6 gprn at 79.27 prsi at Fiaac_ ?f Riser Interior- C-factor^:1^c0 Underyr•ound C.;-tactor:140 ------------------------------------------------------------------------------- Water^ 5upply Test Test by:City. Date:n/a l-ime:n/a Locatian:Lexingtcm Elevatiori:Grade F L 0 W T E 5 Test Goirit #1 F'r•essure 87 f=1ow p I nf orrnat i on Ave, t4 Lone Oak f2d. T R E 5 U L T S #2 #3 #4 67 „E,S0 ?-J?'t ?-• Y? Zt C,J @ ,? E?"? c-l. 1?.. 8 I C-''ump Uata I I 'fype:n/a I Elevation:n/a I Rated Psi:n/ri/a I Rated Gpm: n/a ? -------------•--------- I i Tarik Data I I Elevation:n/a I Size:n/a I Well F'r^oof Flow:n/a I C".ernmodity:n/a Class:n/a Location:n/z Stor-age Ar•ea:n/a Si:orage Neight:nla Clearance to Ceiling:n/a Single, Doub1E, or^ Multi Row:n/a Flisle Width:n/a F='zllet Type:n/s Encapsulated^:ri/a Storage Met.hod: %Solid Piled:n/a L:mgitudinal F1ue Spacing:n/a Hor-iz.Barrier^s Provided?:n/a EAla i'1 1 N R E V I E W E D 3Y ?,i>M JATE 9- 9- 88 %t='alletized:n/a %Rack:n/a Transverse Flue Spacing:r?a _ 102.0 i 96. 0 I 90.0 84.0 I * 78.0 + { 79.3 @ 8871 I 72. 0 I ? 66.0 I * 60.0 I + 54.0 I * 48.0 I 42.0 I * 36.0 * I 30.0 I * 24.0 I 16.0 I 12.0 ? I t 6. 0 I 0. 0 VLryryN f 4Y/?IyN ? M44/?4444' Y444hLM144M1 ? 4V W4A444h4I464M4AryYYY'YM4) M1144M1M4ALhhM1444I4YYM1MLMrANNM1MY41rM1N' YY44+?MM?M?'AMYY?Y?YM?'y 0 1800 2700 3600 4500 5400 6300 7200 8100 F'r^essure vs. Flow 87.00 C>. C1C7 67. CI0 3650. 00 0 W80.12 I._ ?. ru rr? O.a 4{ E e._i ? i C: E-- r-, -I, c r-- 1" Y E-Z r-I t*•1 I`+.1 .S L1 L.1- 1'4 ._r rov bc--- r- t3 el Z3 C1 -./ E? 4E3 :? aa r?? s?•o ?o rz ?r• f?D 1=- 6-I Y D F2 li L- JC C L C IJ 1_ d? "T" I Oi N ? F= O R L_ •? r? ? n a 1-c E3 ts Ss i rn (= sz SE? CL-- rc t a r- I:L --- ------------------ Eayari IYIIV Jo6 No: ------------------------------------------ ------------------- ^ S3 ta b r.-I i-1? -G t-c9 l-e y ------- Dakota Fire S --------------- uppression, Tnr_, F. C). Pco< 70 Rosemount --------------------- MYI. 5506E3 Desiqn - Specificatioris WatEr Supply Information Systern llemand -------------- --- ---- Derisity ---------------- . 0.210 87. 00 -psi-@ -- ii. OC) 9Pm 79. 27 psi I)esign Area: 1500.00 67.011 psi Qt 3650.00 gprn C° 386.6 gpm + SU(.). C) gpm Hose -1- -=b -C Ek 1 T3 4-- r.-i a ri cj - t3 L3 fS .. 1=. ? 1:3. 1-m-1 ?a -7 =} - := 7 p +-- j. rn s5 zk F E -t: y "f= aa c_i: c. r-- = G? _ -.- ?. p S=-? I IVotes: List c-f Fittirrg Rbbreviations Example: "E2"fC" = cme Std. Elbow, two :itd. 'I-ee and nne Check Va Code:Descr-iption Co de:llesr_r^iption CG[jE?:DESCripti.on Code:Descr^iption R: Rlarrn Va M : Det. C;h4<. Vz O: F'1. 4:.i El 1 V: b. Lii_itti' flyVa I . 45 Clbow F' . W• C: Check Va J : Q: X: D: DryPipeVa K : R: Y: E: Std. Elbow L : LongTur^nEl S: "L : F: Deluge Va_ M : P1, l'ee T: Stid. Tee G: Gate Va N : F'1. E11 U: Calcs Py: D. Lockwood CheckF_d: ___- 8/30188 Page: i SEr^:*310C>2S* Hyperealr. Pr^r_-gram by Cr-owley Desigri Gr^oup, (215)-337-7060 S1_i rn rn 'Et r-- y t--- r- ?ak r. d " c. sz-i e F' 1 c• w s Job No: Lcrrie Oak Pusiriess Center- TI De:>i gri derisity: .2 1 Supp lied flow and pr^essure is based on 79.27 psi available at supply ? 85.54 psi is acti..t ally available ) Ref. PRESSURE 1: FLUW F'ercent Ref. F't. P't F'v Pn Factnr Actual M inirnurn Excess Pt. 001 11.12 ' 11.12 = 8.10 27.0 23.9 13.0% 001 002 9.71 9.71 8.10 25.2 23.9 5.4% 002 003 9.28 9.28 8.10 24.7 23.9 3. 3•1- 003 004 9.28 9.28 8.10 24.7 23.9 3.3% 004 005 9.56 9.56 8.10 25.1 23.9 5. ?% 005 006 10.68 10.68 8.10 26.5 23.9 10.9% 006 007 10.^c6 10.26 8.10 25.9 23.9 8.4Y. 007 008 9.05 9.05 8.10 24.4 23.9 2. iX 008 009 8.72 8. /:? 8.10 23.9 2:1.53 U.OY- 009 CISU 8.72 8.72 8.10 23.9 23.9 CJ, Cl% O1CI O11 9.05 9.05 8.10 24.4 23.9 2. 1Y- U1 i 012 10.23 10.23 8.10 E5.9 23.9 . 4X 8 C?12 013 L?7.VCI I7.60 8.10 (?? 4L.V /?? 4.'?.J.J ?/ /? /O .LI 013 014 27.59 27.59 8.10 42.5 23.9 77. ?% 014 Calcs Py: D. Lockwood Checked: _ 8/30/88 Gage: 2 Ser:*310025* Hvper^calc prcrgram 6y Crowley Desigri Group, (215)-337-7060 F 1 c. 4v a r. d F=• r? k=1?-S =3 °--a r- C_. F3 a_G r.-i r.'s a r Y Job No: Lone Oa4 < BLIS1YiE55 Cariter II Elev. REF. Flow Pt Pf Pe Pt REF. Elev. F p I C 7 I 0 N L 0 S 5 C N L C U L N T I 0 N S Velocity ft. POINi gpm psi psi psi psi PDINT ft. Length Fitting Length Total Pf/ft Uiam C f1oN fp5 19.00 001 )> 52.9 ?> 11.12 -1.41 0.00 9.71 002 19.00 8.75 8.75 0.162 1.452 120 52.9 10.2 19.00 001 l( 79.9 fl 11.12 36.53 0.87 48.53 203 17.00 90.00 2T 15.37 165.37 0.347 1.452 120 79.9 15.4 19.00 002 )? 27.7 )) 9.71 -0.43 0.00 9.28 003 19.00 8.75 8.75 0.049 1.452 120 27.7 5.4 19.00 003 ?) 3.0 >} 9,28 -0.01 0.00 9.28 004 19.00 8,75 8.75 0.001 1.452 120 3.0 0.6 19.00 004 (! 21.6 SS 9.28 0.27 0.00 9.56 005 19.00 8.75 8.75 0.031 1.452 120 21.6 4.2 19.00 005 (f 46.7 (S 9.56 1.12 0.00 10.68 006 19.00 8.75 8.75 0.128 1.452 120 46.7 9.0 19.00 006 l( 73.2 (( 10.68 24.26 0.87 35.80 103 17.00 67.00 2T 15.37 92.37 0.294 1.452 120 73.2 14.1 19.00 007 >> 48.6 » 10.26 -1.21 0.00 9.05 008 19.00 8.75 8.75 0.138 1.452 120 48.6 9.4 19.00 007 (( 74.5 ff 10.26 36.47 0.87 49.59 204 17.00 111.00 2T 15.31 126.37 0.304 1.452 120 74.5 14.4 19.00 OOB }> E4.2 >> 9.05 -0.33 0.00 8.72 U09 19.00 8.75 8.75 0.038 1.452 120 24.2 4.7 19.00 009 » 0.3 >J 8.72 -0.00 0.00 8.72 010 19.00 8.75 8.75 0.000 1.452 120 0.3 0.1 19.00 030 lf 23.6 f( 8.72 0.32 0.00 9.05 O11 19.00 8.75 8.75 0.036 1.452 120 23.6 4.6 19.00 011 tl 48.0 fi 9.05 1.18 0.00 10.23 012 19.00 8.75 8.75 0.135 1.452 120 48.0 9.3 19.00 012 !l 73.9 l! 10.23 24.71 0.87 35.81 104 17.00 67.00 2T 15.37 82.37 0.300 1.452 120 73.9 14.3 19.00 013 )) 3.9 ?] 27.60 -0.01 0.00 27.59 014 19.00 8.75 8.75 0.001 1.452 120 3.9 0.8 19.00 013 ll 46.5 (l 27.60 21.64 0.87 50.11 205 17.00 155.00 CT 15.37 170.37 0.127 1.452 120 46.5 9.0 19.00 014 !t 38.6 !l 27.59 7.44 0.87 35.91 105 17.00 67.00 2T 15.37 82.37 0.090 1.452 120 38.6 7.5 17.00 101 >7 28.4 )) 35.85 -0.01 0.00 35.84 102 17.00 13.00 13.00 0.001 3.260 120 28.4 1.1 17.00 301 !f 28.4 l( 35.85 12.61 0.00 48.46 201 17.00 201.00 4T4E 46.12 247.12 0.051 1.452 120 28.4 5.5 17.00 102 >7 58.2 )) 35.84 -0.05 0.00 35.60 103 17.00 13.60 13.00 0.004 3.260 120 58.2 2.2 17.00 302 (( 29.8 (! 35.84 12.63 0.00 46.48 202 17.00 195.00 4T 30.75 225.75 0.056 1.452 120 29.8 5.8 17.00 103 S( 15.0 (! 35.80 0.00 0.00 35.81 104 17.00 12.67 12.67 0.000 3.260 120 15.0 0.6 17.00 104 (! 88.9 (l 35.81 0.10 0.00 35.91 105 17.60 12.67 12.67 0.008 3.260 120 88.9 3.4 17.00 105 (( 127.5 l( 35.91 0.20 0.00 36.11 106 17.00 12.67 12.67 0.016 3.260 120 127.5 4.9 17.00 106 !( 97.2 i( 36.11 0.12 0.00 36.24 107 17.00 12.67 12.67 0.010 3.260 120 97.2 3.7 17.00 106 l( 30.3 {( 36.11 14.76 0.00 50.87 206 17.00 22:,.00 4T 30.75 255.75 0.058 1.452 120 30.3 5.9 17.00 107 S( 66.0 {( 36.24 0.06 0.00 36.30 108 17.00 12.67 12.67 0.005 3.260 120 66.0 2.5 17.00 107 l( 31.2 f( 36.24 15.55 0.60 51.79 207 17.00 2025.00 4T 30.75 255.75 0.061 1.452 120 31.2 6.0 17.00 108 (( 33.7 l( 36.30 0.02 0.00 36.32 109 17.00 12.67 12.67 0.001 3.260 120 33.7 1.3 17.00 108 ll 32.3 (( 36.30 16.61 0.00 52.91 208 17.00 225.00 4T 30.75 255.75 0.065 1.452 120 32.3 6.2 17.00 109 (1. 33.7 (i 36.32 17.93 0.00 54.24 209 17.00 2025.00 4T 30.75 255.75 0.070 1.452 120 33.7 6.5 17.00 201 (( 28.4 (( 48.46 0.01 0.00 48.48 202 17.06 13.00 13.00 0.001 3.260 120 28.4 1.1 17.00 202 (< 58.2 t( 48.48 0.05 0.00 48.53 203 17.00 13.00 13.00 0.004 3.260 120 58.2 2.2 17.00 203 l( 138.1 (l 48.53 1..07 0.00 49.59 204 17.00 44.00 2L 13.44 57.44 0.019 3.260 120 138.1 5.3 17.00 204 (( 212.6 (f 49.59 0.52 0.40 50.11 205 17.00 12.67 12.67 0.041 3.260 120 212.6 8.2 17.00 205 (( 259.1 K 50.1t 0.75 0.00 50.87 206 17.00 12.67 12.67 0.059 3.260 120 259.1 9.9 17.00 206 f( 289.4 (( 50.87 0.92 0.00 51.79 207 17.00 12.61 12.67 0.073 3.260 120 289.4 11.1 17.00 207 (( 3^c0.6 (l 51.79 1.12 0.00 5E.91 ^c08 17.00 12.67 12.67 0.088 3.260 120 320.6 12.3 17.00 208 ll 353.0 (( 52.91 1.33 0.00 54.24 209 17.00 12.67 12.67 0.105 3.260 120 353.0 13.5 17.00 209 (( 386.6 (S 54.24 4.82 0.00 59.06 210 17.00 18.50 T 24.16 38.66 0.125 3.260 120 306.6 14.8 17.00 210 (t 12.2 Sl 59.06 0.00 0.00 59.07 302 17.00 4.00 T 26.33 30.33 0.000 4.260 120 12.2 0.3 17.00 210 (( 374.5 l( 59.06 1.13 0.00 60.19 303 17.00 9.00 T 26.33 35.33 0.032 4.260 120 374.5 8.4 17.00 302 ii 12.2 (! 59.07 1.90 0.00 60.86 402 17.00 122.00 6T 46.12 168.12 0.011 1.452 120 12.2 2.4 17.00 303 lf 367.1 !l 60.19 0.35 0.00 60.54 304 17.00 11.25 11.25 0.031 4.260 120 367.1 8.2 17.00 303 f{ 7.4 (f 60.19 0.67 0.00 60.87 403 17.00 122.00 4T2E 38.43 160.43 0.004 1.452 120 7.4 1.4 17.00 304 (1 362.1 (( 60.54 0.34 0.00 60.88 305 17.00 II.25 11.25 0.030 4.260 120 362.1 8.1 17.00 304 (l 5.0 (! 60.54 0.33 0.00 60.87 404 17.00 122.00 4T2E 38.43 160.43 0.002 1.452 120 5.0 1.0 17.00 305 l( 361.6 t( 60.88 0.34 0.00 61.21 306 17.00 11.25 11.25 0.030 4.260 120 361.6 8.1 17.00 305 l( 0.5 !l 60.88 0.00 0.00 60.88 405 17.00 119.00 4T 30.75 149.75 0.000 1.452 120 0.5 0.1 17.00 306 f( 366.8 f< 61.21 0.35 0.00 61.56 307 17.00 11.25 11.25 0.031 4.260 120 366.8 8.2 17,00 306 f) 5.1 SY 61.21 -0.32 0.00 60.89 406 17.00 119.00 4T 30.75 149.75 0.002 1.452 120 5.1 1.0 17.00 307 )> 7,6 >} 61.56 -0.66 0.00 60.90 407 17.00 119.00 4T 30.75 149.75 0.004 1.452 120 7.6 1.5 17.00 307 S( 374.3 l! 61.56 0.97 0.00 62.53 500 17.00 4.00 T 26.33 30.33 0.032 4.260 120 374.3 8.4 17.00 308 )> 12.3 77 62.53 -1.63 0.00 60.90 408 17.00 119.00 4T 30.75 149.75 0.011 1.452 120 lc^.3 2.4 Calcs By: D. Lcckwood Checl+,ed: 8/:30/88 Page: 3 Ber:*310025* NYpercalc Grc-gram by Crowley Design Group, (215)-337-7060 f=- R .=. vn ?-i r. d ?• r? a:? 1-!E5 ±a a.4 u-? C-- S3 ._i rwi rn akr- Y .7ob No: Lant Oak Fu siriess Ceriter II Elev. REF. Flow Pt Pf Pe Gt REF. Elev. F R I C T I 0 N L 0 5 5 C N L C U L l1 T I 0 N 5 Velocity ft. POINT gpm psi psi psi psi FOINT ft. Length fitting Length Total Pf/ft Diam C Flow fps 17.00 308 lf 12.3 (( 62.53 0.00 0.00 62.53 500 17.90 7.25 T 26.33 33.58 0.000 4.260 120 12.3 0.3 17.00 402 ({ 12.2 li 60.86 0.00 0.00 50.87 403 17.00 11.25 11.25 0.000 3.260 120 12.2 0.5 17.00 403 (f 19.5 ll 60.67 0.01 0.00 60.87 404 17.00 11.25 11.25 0.000 3.260 120 19.5 0.7 17.00 404 (! 24.6 (( 60.87 0.01 0.00 60.88 405 17.00 11.25 11.25 0.001 3.260 120 24.6 0.9 17.00 405 ti 25.0 (( 60.88 0.41 0.00 60.89 406 17.00 11.25 11.25 0.001 3.260 120 25.0 1.0 17.00 406 (f 19.9 1( 60.89 0.01 0.00 60.90 407 17.00 11.25 11.25 0.001 3.260 120 19.9 6.8 17.00 407 ll 12.3 i( 60.90 0.00 0.00 60.90 408 17.00 11.25 11.25 0.000 3.260 120 12.3 0.5 17.00 506 l l 386.6 (( 62.53 4.03 6.51 73.06 501 2.00 82.00 TL6 36.87 118. B7 0.034 4.260 120 386.6 8.7 2.00 501 (( 386.6 fS 73.06 1.70 0.00 74.76 502 2.00 0.00 T2GH 50.03 50.03 0.034 4.260 120 386.6 8.7 2.00 502 (( 386.6 i( 74.76 0.39 4,12 79.27 503 -7.50 0,50.00 2TG 100.76 350.76 0.001 8.110 140 386.6 2.4 Calcs By: D. Lockwnad Checked:,------._-,---, 8/30/86 Page: 4 Ser^:*31C)025* Hyper^calc F'ronram by Croo-iley De=_>ign Group, (c:i::;)-337--7U60 Lc.c.p E?a:L ia roc_o--- E3 i_in-i rna.ry Jcryb No: Lone Uak Business Ceriter II -----------------------•-----•------_ --------------------------------- IL•_•up i F? r 3 ct 3 c.r-. 1 c.z?ea- s 00 1 <<<<<203>)>))202>))))102>))))103))))>cioE)))))005>>>))004(<<<<003<<<<<002 -?E. 53 +0. US +12. E3 +0. 65 +21 4. 2 6 +1. 12 +O. 27 -0. 01 -O. 43 i ?Ci2 ( < < < (001 -1. 41 Total:, . +losses: 38.38 -10sses: 30.38 irnbalance: O.C>C> L_ .=. ._. ? :z: t= r^ i c-t i. %-, 1 c. ss ss C-_- > c:) 0 7{<(((20 4))>>>20 3 >)>))202 )))>>10C_>>)7>1(D 3 )))>>10 4>))>>012)>>>>0 11 )>))>0 10 -38. 47 +1. 07 +C>. 05 +12. E::: +0. OS +O. 00 +24. 71 +1. 18 +0. 3c 010)>))>009 <<<C(LiC>8((<( <QQ7 +C). 00 -0. 33 -i. 21 Totals : +lasses: 40.01 -i osses: 40. W im6alarice: 0. UO L._.._. p Z3 1= r- i c t i c. r-. 1._. •_? 17F c_ - r) 13<<<<C2 05 <(<<<206>)>>>106 )1>>)1C) 5))>>>0 14<CC(<n13 -21. E4 -0. 7:5 +14.76 .+Cl. 20 +7. Ao-[E -C). pl Totals . +losses: 22.40 -losses: 22'.40 irnbslance: -0.OU 1_L.r.p 4 Fr i ct i 1.:7.?.?OE:.? SS 10i<<<<<201<<(<<202) ))>>102<<( <<101 -12. E1 -Cr. ol +12. 63 -O. 0l Totals : +losses: 12.63 -losses,: 12. E„ irnbalarice: C). C>C> L_.=. c. p tS F r-- i c t iK-_. ri 1._ ?sz-? C-1- S,- 1ti3<<<<<102<<<<<2n2(<(<<:_03<[<<<2U4t<<(<2i):i)>>>>0l:i>3)))U14<<<(<105)>)))104 -V. OJ -I2. Pi3 -U. UJ -1. (J7 -I1. JG +2 1. E4 +O. C) 1 -7. 44 +0. 1C? 104>)))>iQ3 +n, Od Totals . +losses: 21.75 -losses: i7'1.7 6 imbalance: -0.01 ...---•--•--- •-°-------------------•-- LL? c.._. p OF? F? r^ i c-t a.._. y--s 1-t? _. Ss 10E<t<<(20E(<<<<207>)))YiO7))>) >106 -14. 7Fi 92 i-S5. JJ -1-0. 1? Totals : +lnsses: 15.67 -ln,ses: 15.68 irnbalance: -o.01 1.-.?.?p -7F?ric-C iac.rti 1.=.S?i ss c-_- sa 107<<<(<207<<<C«08>1)))108>>>>>107 -IJ.JS -5.12 +16.61 +b.OE Totals : +losses: 16.67 -losses: ifi. f•?7 arnbalarice: -0. 0U ..----'----'------- -'----------------.__------ _.. L c. c. p 4E1 1? r^ 3 c t i -=?rs =L ._. _}. -s c=a - 108<<((<208<(<<(269>))))109))>))108 -1E. E.1 -1. 33 +17. 93 +O. C.'_ Totals : +.losses: 17.95 -losses: 17.94 irn6al.ance: O. ()i Cslcs Ry: D. Lcekwood Checked: ._ _ 8/30/88 F'age: 5 Ser:*310i.>25* Hypercalc Pragrarn by Cr.r,.wley Design Group, (215)-337--7060 L_ n:-? c. F-s ]Ct <dti =L ?_n r. m c_: Ei?- :E; K-a I °o o u nax r- ? Job Nr: L_orie OaIt Fus,iness CcriL'er 2I - -'---'---------•--------'-"--"-'--'--.._-'---...------- --- -- L_•?• p ''? F r i c t i:--. r•. ], .-. S?? ss aM. 2 10<<<<<303<( <<(4C) 3 >>)>>402>>)>>302>)>))81C) -1. 13 --G. 67 +p. 00 -F 1. 8O -i-p. Totals : +lc. sses: 1.80 -lossesa 1.80 irnbalance: 0.00 L_ ._. c. p 1 Cr F- T" 1 G"t i ?S=? E? :F. 303<C<(<403t<<( (A043>>>)304>>))>303 -G. E7 -i.i. C) i +O. 3:'s 4-0. 35 l'otals : i-lasses: 0.68 -1osses: 4.68 imbalance: -0. tiU !._ .-. ._F3 1 1 F? r,• :i c -t 1 ._. r? ]_ ._. t? I? e= Ss 304 < ( ( ( <404 < C < < (405) > > ) ) 305> > ) > > 304 -0. 33 -4. 0 1 +0. Ot i +U. 34 Tc-tz+ls : +lc,sses: 0.34 -losses: 0.:34 imbalance: 0. 0C) H._. u?.. _F3 1. t°3 #-3 .? ..'',OJ? ? ? ? > 405 t < ( ( C4o6 < < ( < <30E> ) > ) ) 305 +0. 00 -p. ni -U. 32 +n. 34 l-otals . +lasses: 0.34 -losses: i).3.3 imbalance: 0.01 B- ._. ? p 1 ; F=' r- I c -L i c. r'n I 306 l>>>>40 6<<(<<407<<<( <307>)>)> 30E +0. ;;2 G i -O. 66 +O. ;s.=i l"otals . +losses: 0.67 -losses? 0.67 imbalance: -0.0f) L c• •_• po 1 4 F r1 t= 'It z._• r. 1 c• =. sEs e-_ s 307)>> )>407>> )>>408<<<<(308) )>>>SC70)>>>>307 -PO. 66 +i). uO -i. E3 +O. 0C) i-0. 97 l'otals : +losses: 1.63 -lr,»es: 1.63 imbalance: C>. 0C) Calcr. Ry: D. Lackwood Chec:k.ed:__,.._.____, 8/30/88 Paqe: 6 Ser:#310023* Hypercslc G'r-ogram by CrnwlF=y Design Gi^c-up, (215)-337--7060 Flow Diagram for Lone Oak Busirress Center II 302((((((l((ti{il((((Slfl(((((S((((!l!(((1402 • 12.2 v I 12.2 . v I 201if((202(l(S203i1(f20411((205!!(f206S(tf207t(l(208i1/i209({; f210 ? 28.4 58.2 138. 1 212.6 259.1 289.4 320.6 353.0 386. 6 " " I I i i I I I I I 374.5 12.2 ^ " I I I I I I I I I I I I 1 I I I I I 3C?3(K(!S!(lfff(({lffl(l(f({f((l((!(llfl((403 7.4 I I v v I I I I I " " 79.9 74.5 367.1 19.5 " I I v v I I I I I ^ I I 601 007 I I I I I 304(iS(((ffi(fff((i((fflH!(((f(((!(S((f(f404 5.0 I I v v I I I I I " " 52.9 48.6 3601.1 24.6 " I I v v I I I I I " I I 002 008 1 I I I I 305(((S(ff(H({t(((((({(1ff({{?({????((tSi§OS 0.5 I I V V I I I I I ^ " 27.7 24.2 361.6 25.0 " I I v v I 1 I I I " I I 003 009 I I I I I 3061)f7S7)}}J)>>f1}})))Sf!)>}>>)>)S)J?S)»406 5.1 I I v v I I I I I ^ " 3.0 0.3 366.8 19•9 I I v v I I I I I ^ A i I 004 OIU I I I I I 307>))>1Y)))1)>>)SS?>)!>>))11>Y))111)1??>>407 7.6 ' I I ^ ^ v I I I I " I 21.6 23.6 46.5 374.3 I I ^ ^ v I I I t ^ ? I I 005 O11 013 I I I I 500((1i501((fi502{f((503 ? 386.6 386.6 386.6 1 I ^ ^ v I I I I v " 46.7 48.0 3.9 12.3 12.3 I I ^ ^ v I I I i v A I I 006 012 014 I I I I 308)>?ll>SS}Ul)>))}>)1UlIS)))1)ff))))?}>408 12.3 v v ^ ^ ^ v v v v 28.4 29.8 73.2 73.9 38.6 30.3 31.2 32.3 33.7 v v " ^ " v v v v 101))J1102>>))!03((!(104(f((105 H(f106(fS1107(ll(108(({(109 28.4 58.2 35.0 08.9 127.5 97.2 66.0 33.7 Flath S?imrnary PrintoLrt for- Lone Oak T3?isiriess C:enter TI Job No: 8/30/88 System:l llrawing:l & 2 of ? VZ' a t F-? tV ._. ? 1 R? m..-1 tC-- -4i E? i_a jz:o r-*-? Principal path ' Feed s Path:2 at Pt:204, Path:3 at Pt:205, Oat h:4 at Pt:209 , -- Aef ----------------- Elev. Pressure (psi) ----- K ---- Flow ------ (gpm) ---- 4eloc ------ Diam. ------- Actua] -------- Fitting ------ Fitting ------- Total ------------ Frict.Loss ------- Elev. Loss Next Ref Pt. ft. Pt Pv Pn Factor (Idded Total fps in. Length Summary Length Length per.tt Total Psi (ft.) Press Pt. --- ---------- --------- ------ ------ ------- ----- ----- ------- ------- ------- ------- --- (C=120) 103 11.00 35.80 35.80 -73.2 14.14 1.452 67.00 2T 15.37 82.37 0.294 -24.3 -0.87 (-2.00 )10.68 006 006 19.00 10.68 10.68 8.10 26.5 -46.7 9.02 1.452 8.75 Q 8.75 0.128 -1.12 9.56 005 005 19.00 9.56 9.56 8.10 25.1 -21.6 4.18 1.452 8.75 0 8.75 0.031 -0.27 9.28 004 004 19.00 9.28 9.28 8.10 24.7 3.0 0. 5B 1.452 8.75 0 8.75 0.001 0.01 9.28 603 003 19.00 9.28 9.28 9.10 24.7 27.7 5.35 1.452 8.75 0 8.75 0.049 0.43 9.71 002 002 19.00 9.71 9.71 8.10 25.2 52.9 10.23 1.452 8.75 0 8.75 0.162 1.41 11.12 001 001 19.00 11.12 11.12 8.10 27.0 79.9 15.45 1.452 30.00 2T 15.37 105.37 0.347 36.53 0.87 t 2.00 )48.53 203 203 17.00 48.53 48.53 58.2 138.1 5.30 3.260 44.00 2L 13.44 57.44 0.019 1.07 49.59 204 204 17.00 49.59 49.59 74.5 212.6 8.15 3.260 12.67 0 12.67 0.041 0.52 50.11 205 205 17.00 50.11 50.11 46.5 259.1 9.93 3.26U 12.67 0 12.67 0.059 0.75 50.87 206 206 17.00 50.87 50.87 30.3 289.4 11.10 3.260 12.E7 U 12.67 0.073 0.92 51.74 207 207 17.00 51.79 51.79 31.2 320.6 12.29 3.260 12,67 0 12.67 0.088 1.12 52.91 208 208 17.00 52.91 52.91 32.3 353.0 13.53 3.260 12.67 0 12.67 0.105 1.33 54.24 209 209 17.00 54.24 54.24 33.7 386.6 14.820 3.260 18.50 T 20.16 38.66 0.125 4.82 59.06 EIO 210 17.00 59.06 59.06 -12.2 374.5 8.41 4.260 9.00 T 26.33 35.33 0.032 1.13 60.19 303 303 17.00 60.19 60.19 -7.4 367.1 8.24 4.260 11.25 0 11.25 0.031 0.35 60.54 304 304 17.00 60.54 60.54 -5.0 352.1 8.13 4.260 11.25 0 11.25 0.030 0.34 60.88 305 305 17.00 60.88 60.08 -0.5 361.6 8.12 4.260 11.25 0 11.25 0.030 0.34 61.21 306 306 17.00 61.21 61.21 5.1 366.9 8.23 4.260 11.25 0 11.25 0.031 0.35 61.56 307 307 17.00 61.56 61.56 7.6 374.3 8.40 4.260 4.00 T 26.33 30.33 0.032 0.97 62.53 500 500 17.00 62.53 62.53 12.3 386.6 8.68 4.260 82.00 TLG 36.87 118.87 0.034 4.03 6.51 t15.00 173.06 501 501 2.00 73.06 73.06 386.6 8.68 4.260 T26H 50.63 50.03 0.034 1.70 74.76 502 (C=140) 502 2.90 74.76 74.76 386.6 2.39 0.114 250.00 2T6 100.76 350.76 0.001 0.39 4.12 i 9.50 179.27 503 503 -7.50 79.27 ^""^^^ FZ• ZA -G tV .=? c E! C-Y r i cl L i ri c=- Fed by path No.l ° _= -- ---- --- --------- -- _'__ Ref __ _==---='-- Elev. Pressure (psi) _ _- H =__=__ Flow =°°=°_ (gpm) ____ Veloc ______ Diam. ____- Rctual -- Fitting -------- Fitting ------ Total Frict.Loss Elev. loss Next Ref Pt. ft. Pt W Pn Factor Added Total fQs in. Length 5urmnary Length Length per.ft Total Psi (ft.) Press Pt. --- ---------- ------ ---- ----- ------ --- ------- ---- ------- ------- ---- - -- (C=120) 104 17.00 35.81 35.81 -73.9 14.28 1.452 67.00 2T 15.37 82.37 0.300 -24.7 fi.87 (-2.00 )30.23 012 012 19.00 10.23 10.23 8.10 25.9 -48.0 9.28 1.452 8.75 0 8.75 0.135 -1.18 9.05 O11 Oli 19.00 9.05 9.05 8.10 24.4 -23.6 4.57 1.452 8.75 0 9.75 0.036 -0.32 8.72 010 010 19.00 8.72 8.72 9.10 23.9 0.3 0.05 1.452 8.75 0 9.75 0.00 8.72 009 009 19.00 8.72 8.72 8.10 23.9 24.2 4.60 1.452 8.75 0 8.75 0.038 0.33 9.05 OOA OOB 19.00 9.05 9.05 8.10 24.4 46.6 9.39 1.452 8.75 6 8.75 0.138 1.21 10.26 007 007 19.00 10.26 10.26 8.10 25.9 74.5 14.40 1.452 111.00 2T 15.37 126.37 0.304 39.47 0.87 f 2.00 149.59 204 204 17.00 49.59 ^^^^^^ Calcs By:D. Lnckwood Checked F'age: P-01 SEr:*31(?425* I-lypercalc F'r•aqram bv L'rowley Deaiqrt Grc-up, (^c15)-337-7060 F'ath Surnrnary F'r•intaut for Lorie pFtk LNUSaittE-?e=.s Cc:rrter^ 11 Jr_,b No: 8/30/8Fi System: i Ur•awiny:l iC 2 of „ F=' ?=-t t " 1•.I ._. _ _.n. C3 r- 3 d l..-- 1 y-' e=' Fed by path No.l - ------ -- ---- --- Ref ---------------- Elev. Pressure (psi) --- H ------- Floa ----- (gpm) ----- Veloc ------ Oiam. ------- Actual -------- Fitting ------- Fitting ------- Total ----- Frict.Loss Elev. Loss Next Ref Pt. ft. Pt Pv Pn Factor Ndded Total fps in. Length Swnreary Length length per.ft Total Psi (ft.) Press Pt. --- -------- -------- ---- ------ ------ ----- ---- ------- ------ ------- ------ (C=120) 105 17.00 35.91 35.91 -38.6 7.47 1.452 67.00 27 15.37 82.37 0.090 -7.44 -0.87 (-2.00 )27.59 014 014 19.00 27.59 27.59 8.10 42.5 3.9 0.75 1.452 8.75 0 8.75 0.001 0.01 27.60 013 013 19.00 27.60 27.60 8.10 42.6 46.5 8.98 1.452 155.00 2T 15.37 110.37 0.127 21.64 0.87 ( 2.00 )50.11 205 ZOS 17.00 50.11 .A ^^^^"^ i=• ? t " M a=. : 4 F? r- h'1 ?-c 3 r , fed 6y path No.l --- ---- ------ -- ------ =- Ref ___ _ _ -- Elev. Pressure (psi) ---_ _ K --__, Flaw - ---- (gpm) ------ Veloc ------ Qiam. ------ Actual ------- Fitting --------- Fitting - ------ Total ----------- frict.Loss - Elev. Loss Next Ref Pt. ft. Pt Pv Pn Factor pdded Total fps in. Length 5ummary Length Length per.ft Total Psi (ft.) Press Pt. ---- ----------- ------- ----- ------- ------ ------ ------ ------- ------- --------- ----- --- (C=120) 101 17.00 35.85 35.85 -28.4 1.09 3.260 13.00 0 13.00 0.001 -0.01 35.84 102 102 17.00 35.84 35.84 -29.8 -58.2 2.23 3.260 13.00 6 13.00 0,004 -0.05 35.80 103 103 17.00 35.80 35.80 73.2 15.0 0.57 3.260 12.67 U 12.67 0.000 0.00 35.81 104 104 17.00 35.01 35.81 73.9 88.9 3.41 3.260 12.67 Ci 12.67 0.008 0.10 35.91 105 105 17.00 35.91 35.91 38.6 127.5 4.89 3.260 12.67 0 12.67 0.016 0.20 36.11 106 106 17.00 36.11 36.11 -30.3 97.2 3.73 3.260 12.67 0 1^c.67 0.010 0.12 36.24 107 107 17.00 36.24 36.24 -31.2 66.0 2.53 3.260 12.67 0 12.67 0.005 0.06 36.30 108 108 17.00 36.30 36.30 -32.3 33.7 1.29 3.260 12.67 U 12.61 0.001 0.02 36.32 109 109 17.00 36.32 36.32 33.7 6.51 1.45Z 225.00 4T 30.75 255.75 0.070 17.93 54.24 209 209 17.00 54.24 ^^^^"" A?. Calcs By:D. Lockwood ChL+ckecl E.y:----.--,--•,----_ F'age: F'-02 Ser•:X-31tJ025* Hyper-r_alc Pr'crjrarn by Crc?wlcy Uesiyn Grc,up, (215)-3 :'7-7061)