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HomeMy WebLinkAbout400 Evergreen Way - Building Plans &amp; Dra (2) -Aw—I)LL-C9,LZOP V- --T IOW gjn-a 7 7F 7 i--.' -1 Z- ------- T- 1 1 T III IT N- J v L Mj- f DM4 \J0 0 7—17 00TUE-75 . 1 �V' L I i 1 = t � t i.N�1 i E 1 I t,�I !� � i l l ! �\i ------.. L L J4 o I ---------- z- L-7—I T 0 ' e C �. I X1 11 x T i I z 4 1 -2 -1 H A L ---------- -2d \9 5�13�i�Rti -1,41 Lj� XI71>J� � nL i \ I - _ _ - -- - —_ z r Zoe OLP coill ZL\ - - - _ _ _ /T- 2N 7 @ i76V ?WCf -QU� 441' V.-C!nUP-T mi-��iFcr R -5--W- Al Az X, I — zoo C®ri Sol 200D /X\ 1/d 1 11 F/ - �1= \:rTtZ6L u I t + J11 Li EZ� 44 14 70- oa 'All Illas: ViNEZ COT 0—RE0 --GLE j A I -915QZ 7i STI T�Qlj -AC&E: S A40 i-191/j �14��IJAJ C,R L 1/4" 1 Or COM-Tj(��L -kQ(150 12EURC9tr�-- �AOVEL 5& QL�C,14 I 'j �-S , I ( Li .z- ........ fff f� Gnu\Lkj 0 4 <��� 1L cuT-catepp 61 G 11, p L'--6H1za'1c GENERAL NOTES: b -a-awl-a-al 1) OCCUPANCY: NEW RE,STURANT, (DINING SEATING AREA IS LIGHT Z'�x etx HAZARD OCCUPANCY AND THE KITCHEN AREA IS ORDINARY VALV� S +JD HAZARD GROUP I OCCUPANCY) PER NFPA 13 2007 EDITION. 2) THERE IS AN EXISTING WET FIRE SPRINKLER SYSTEM ALCULATE-D AU—k INSTALLED IN THIS BUILDING. THE SPRINKLER SYSTEM IN THE KITCHEN AREA IS HYDRAULICALLY CALCULATED TO .15 GPM MOST REMOTE 950 SQ. FT. AREA �XI STING --'4�A 'D I�-fua-'F -jp)Acr PER SQUARE FT. OVER THE WITH 250 GPM OUTSIDE HOSE STREAMS.THE DESIGN AREA HAS 4 ' � 7— CALCULATE-D 115 BEEN REDUCED FROM 1500 SQ. FT. TO 950 SQ. FT. BASED ON NFPA 13 2007 PARAGRAPH 11.2.3.2.3 FOR USE OF:QUICK RESPONSE DEHA11JD e� 5A5E. 0?' SPRINKLERS AND CEILING HEIGHT NOT TO EXCEDE 10-6 FT. IN 315 . 4 &PH 4Z , 46 V �)T- HEIGHT. ALL NEW SPRINKLERS TO BE TAKEN FROM EXISTING I �x I S-f I I'� �u LLt---Ya ft�4�Lt'; uv INCH OUTLETS OR NEW I INCH OUTLETS. \9 3) ALL HANGERS TO BE LOCATED AND SIZED IN ACCORDANCE WITH NFPA# 13. ti 1)0 010T 5LPCV-:- 4 4) EXISTING BRANCHLINE PIPING TO BE SCHEDULE 40 BLACK STEEL PIPE WITH THREADED ENDS AND CAST IRON FITTINGS OR F- s:F'W -jQJ i�K P�A—AIL SCHEDULE 10 BLACK STEEL PIPE WITH ROLLED GROOVED ENDS AND GROOVED FITTINGS AND COUPLINGS. ALL NEW 11/2 BRANCH LINE, PIPING TO BE SCHEDULE 10 BLACK STEEL PIPE WITH ROLLED GROOVES, GROOVED COUPLINGS AND FITTINGS. ALL NEW 1 INCH BRANCHLINE PIPING TO BE SCHEDULE 40 BLACK STEEL PIPING WITH THREADED ENDS AND CAST IRON C> e 5:f- FITTINGS. 5) STRUCTURAL LOAD BEARING ANALYSIS OF THE FIRE SPRINKLER O. SYSTEM AND ITS RELATED COMPONENTS HAS NOT BEEN INCLUDED AS PART OF THIS CONTRACT. 6) THIS AREA IS TO BE ADEQUATELY HEATED (ABOVE 40*F); PIPE IS FILLED WITH WATER AND MUST BE KEPT FROM FREEZING. 7) PENDENT SPRINKLERS TO BE INSTALLED IN THE CENTER OF THE 1"�c-, CEILING TILE. r boup-cr-01 —--------- 8) ELECTRICAL OR ALARM WIRING IS NOT INCLUDED IN THE FIRE REV.# DATE REVISION DR- BY L8C'4�'Ic)"j '! SPRINKLER CONTRACT. Do ------ RED HAWK b �.RcdHawkUS.mm bp� -r651 A'�OVC- ME&SECURUY MA S015864,C7 FRP,'10040918-Fl (;_0 32 CHAR DRIVE RI FPM,'1374,MA FA111607C 14 WESTFMM,MA R1 FAW9065,Cr ELC#105916-L5 TEL 413-568-4709 FAX 413-562-7298 A-X 4- THIS DRAWING IS PREPARED BY RED HAWK FIRE & SECURITY FOR USE IN CONJUNCTION WITH THIS Exl-Sm�4-6r u 401J�J) PROJECT AND IS FOR USE SOLELY WITH RESPECT TO RED HAWK WORK ON SUCH PROJECT. RED HAWK roivlv FIRE& SECURITY RETAINS ALL COMMON LAW, T' LT T 71' L17 Lx' 0�7'- x0 0 -7 STATUTORY AND OTHER RESERVED RIGHTS C-� d, INCLUDING COPYRIGHT. THIS DRAWING AND ------ ASSOCIATED CALCULATIONS SHALL NOT BE USED BY OTHERS ON OTHER PROJECTS OR FOR PERFORMANCE No.24055, �NAL JOB # COMPLETION, OR ADDITION TO THIS PROJECT BY DRAWN BY: 10� N, OTHERS EXCEPT BY AGREEMENT OF RED HAWK Q 001 IN WRITING AND WITH APPROPRIATE COMPENSATION 7 lllolioI3 SCAL 300 1+ E I. CT TILT ------------------------------------------------------------- 14 Ar 13 FT 94 LJ L. X C::::::: CT 44 L. M LJ L. e2li f 1 11::3 Th'41 M" F= C3 F:;T 3EN M M FEE 1=7 3: M 1-1 421 FAT 1: 1..t..... 400 EVERGREEN WAY SUITE #466 SOUTH WINDSOR CT. ..................... ................................................ ............................................................................................................................................................................................................................................................................................................ M tA K on 1. Am Az ee CA E3 REDHAWK FIRE AND SECURITY 32 CHAR DRIVE WESTFIELD MA. 01085 ...................I.......................... ......................................................................................................................................................................................................................................................................................................... ......................... Design Specifications Water Supply Information System Demand ................................................................................................ .......................................................................................................................... ...........I.................................................... Density- 1 0. 150 90.00 psi @ 0. 00 gpfyl 43. 79 psi Design Areas 900. 00 70. 00 psi @ 1135. 00 gp(T1 @ - 315. 4 g p fi-j + 250.0 gpm Home :11.. an on am ri CA ss q]._11 lf'*.i-�'�.K K X . M in SS 1z ee on las•an•41 ea,K in 41 aa c=& ca r- n -qK M ;5,"TR J=y lam A. ............................................................................................................................................................................................................................................................................................................................................................................................... °m�.Jam• - �SSp°�C= :� N0.24055 R� 0 NN List of Fitting Abbreviations Examples "E2TC" = one Std. Elbow, two Std. Tee and one Check Va CadeaDescription CodeaDescription CodenDescription CodeaDescription A P Alarm Va H P CPVC Elbow 0 s' V s B V Butt 'flyVa I s CPVC Tee-B P W C n Check Va 3 a CPVC Coup. 0 X i Backflow P D s DryPipeVa K n CPVC Tee-R R Y 0 F n 45 Elbow M '. T a Std. Tee G a Bate Va N s U s Calcs Byp M. TURCOTTE Checkedn 1/3/13 Sera *310156* Hypercalc Program by Crowley Design Group , (215) -337.....7060 690L-MR- MIZ) - dnoig UbISaa AaIMOJ3 Aq WWjbojd 3lenJaClAH *99TOMMMS 2T/2/T opommou 3wo3unvw :As snie.-.,::) US %9 "21 801 L"M 09 "9 TIM TT " TZ M-3) ZIS %9 " T Z "gz 9"0Z 099 Moz 28"OZ ZT113 TIS MM o "ST 13"Gz 09 "9 6T " TZ 6T " TZ M3 OTS %6 "89 B "M OW 0 9 16 "6T T6"6T OTS) 60S %Z "Z9 ONT OQZ 09 "9 62 "ST 62 "ST 606) SOS M69 BQT 9W 09 "9 ZVAT MUT SOS Los W "M G "VT OW 09 "9 88 "91 88"9T !.OS 90S %0 "o Z "gz Woz 09 % VZ "OZ VWOZ 90-3 90S %6 "99 SQT Utz 0 9 0'.*.., 2V "6T MW 901,33 bos %0 "92 o "S T 2"M 09 9L"GT 9WST v 0'E'? 20S %9 "02 O "ST SM 09 "9 T9WT T9 "LT 2013) zos %V00 OM 9"ZZ 093.,.,; BMW SZ "9T ME,) TOS %Olzg BW 9"ZZ 09 "9 LONT LOWT To1.`3 "M ssanm3 wnwlulW lenqmV J040VA ud Ad W " tam 4umnjad MOT:.1 Bunswud alqelleAe Allunqne sl Isd 6W% s a l aissa e ma allcdn�-i,Alddns le ajqejjeAe IW2V s lfp , gT - :Aqlsuop uBlzaa MIMS HSIMNO-13. 68bbOO21ON CIOV SS M C3 T Ma SS CM PI F:::Il IL 11 IE-P. .......H ci.-.Il 11 it Ak cl no A VP uu uu ro Eii,; �� � �� ����� � �� �mm� H � Job No: 3004489 BONEFISH GRILL ' 8ev. 'REF. Flow Ft Pf Pp Pt kEF. Elev, FKlCTl0N L0S8 CALCULATlONS Velocity ft. POINT gpm psi psi psi psi POINT ft. Length Fitting Length Total Pf/R Diam C Flow fps 14,00 AV1 << 142.7 <( 21.44 0.05 0.00 21.50 A02 14.00 9.50 9.50 0.005 4.260 120 142.7 3.2 14.00 AVi >> 117.5 >> 21.44 -1.52 0.00 19,93 T05 14.00 2.00 T 10.00 12,00 0.127 2.067 120 117.5 11.2 14.00 AVI >> 25.2 )> 21.44 -0.112 0.00 21s32 T06 14.00 7.00 T 10.00 17.00 0.007 2,067 120 25.2 2.4 14.00 A02 >> 95.6 >> 21.50 -1.60 0.00 19.90 TI0 14.00 8.50 T 10.00 18.50 0.086 2.067 120 95.6 9.1 14.00 A02 << 238.3 (< 21.50 0.02 0.00 21.52 TU 14.00 1.50 1.50 0.014 4.260 \2O 238.3 5.3 14.00 A04 >> 264.1 >> 21-69 -V.D 0.00 21.52 TU 14.00 1,50 [ 8.82 10.32 0.017 4.260 120 264.1 5.9 � 14.00 A04 >} 25.6 )> 21,69 'V.O 0.00 2l,56 T12 14.00 7.00 T 10.00 17,00 0.008 2.067 120 25.6 2.4 � 14.00 A04 << 289.7 << 21.69 0.57 0.00 22,26 T13 14.00 28.50 28.50 0.00 4.260 120 289.7 6.5 14.00 A05 << 315.4 << 23.07 O.Y7 0.00 24.04 A06 14.00 4.00 8T 37,92 41.92 0.03 4.260 120 315.4 7,1 14.00 A05 >> 315.4 >> 23.07 -0.81 0.00 22.26 713 14,00 35.00 35.00 0.03 4.260 120 315.4 7.1 14.00 A06 << 315.4 << 24.04 6.25 0.00 30.29 RT1 14,00 198.00 3E2T 0.71 260.71 0.03 4.260 120 315.4 7.1 6.00 RBI << 315.4 << 33.95 0.46 0.43 34.84 RB2 5.00 3.00 CG 12.00 15.00 0.031 4.06 120 315.4 7.9 6.00 R81 >> 315A >> 33.95 -0.19 -3.47 30.29 RT1 14.00 8.00 8.00 0.023 4.260 120 315.4 7,1 5.00 R82 << 315.4 << 34.84 6.12 0.87 41.83 RBJ 3.00 200,00 200.00 0.031 4.026 120 315.4 7.9 3.00 RR3 << 315.4 << 41.83 0,14 0.43 42.40 884 2J0 2.50 G 2.00 4.50 0.031 4.06 120 315.4 7.9 2.00 KB4 <( J15.4 << 42.40 0.53 0.87 43.79 U01 0.00 110,00 2EGT 68.48 178.48 0.003 6.140 140 315.4 3.4 7.00 601 << 22.5 << 16,07 1.37 -2.17 15.27 TV1 14.00 4,50 2[ 4.00 8.50 0,161 1.049 120 22.5 8.3 9.00 902 << 22.6 << 16.28 2,77 -2.17 16.89 T02 14.00 8.00 2[l 9.00 17.00 0.163 1.049 120 22.6 8.4 9.00 S03 << 23.5 << 17.61 2.98 -2.17 10.42 T03 14,00 8.00 2ET 9.00 17.V0 0.175 1.049 120 23.5 8.7 9.00 SO4 << 24.3 << 18.76 2.23 -2.17 18.82 T04 14.00 3.00 2ET 9.00 12.00 0.06 1.049 120 24.3 9.0 0.50 S05 << 24.7 << 19,0 2.02 -1.52 19.93 T05 14.00 1.50 2ET 9,00 10.50 0.192 1.049 120 24.7 9.1 10.50 S06 <( 25.2 <( 20.24 2.59 -1.52 21.32 T06 14.00 4.00 2ET 9.00 13.00 0.00 1.049 120 25.2 9.3 9.00 S07 << 23.0 << 16.98 1,94 -2.17 16.65 T07 14.00 5.50 JE 6.00 11.50 0,169 1.049 \DV 23.0 8.5 9.00 808 << 23.6 << 17.72 1.94 -2.17 17.49 TOO 14.00 2,00 2B 9.00 11.00 0.176 1.049 120 23.6 8.7 7.00 909 << 24.0 << 18.39 2.01 -2.17 19.2.3 T09 14,00 2.00 2B 9.00 11.00 0,193 1,049 120 24.0 8.9 9.00 S1O << 25.O << 19,91 2.16 -2.17 19.90 T0 14.00 2.00 2B 9.00 11.00 0.196 1.049 120 25,0 9.3 9.00 S11 << 25.8 << 21.19 2,50 -2.17 21.52 T11 14,00 3.00 28 9.00 12.00 0.208 1.049 120 25.8 9.5 10.50 812 << 25.6 << 20.83 2.25 -1.52 21.56 T12 14.00 2.00 2B 9.00 11.00 0.205 1.049 120 25.6 9.5 9.00 SO <( 25.7 << 21.11 3.32 -2.17 22,26 T13 14,00 7.00 2ET 9.00 16.00 0.071 1,049 120 25.7 9.5 14.00 TVi << 22.5 << 15.27 1,61 0.00 16.89 T02 14.00 10.00 0.00 0.161 1.049 120 22.5 8.3 14.00 02 << 45,1 << 16.89 1.54 0.00 18.42 T03 14,00 10.00 10.00 0.154 1.380 12O 45,1 9.6 14.00 T03 0 68.6 << 18.42 0,39 0.00 18.82 T04 14.00 2.50 2.50 0.158 1.610 120 68.6 10.8 14.00 T04 << 92,8 << 18,82 1.\1 0,00 19.93 T05 14,00 4.00 4.00 0.276 1.610 120 92,8 14.6 14.00 T07 <( 23.0 << 16.65 0.84 0.00 17.49 T08 14.00 5.00 5.00 0.169 1.049 120 23.0 8.5 14.00 T08 << 46.6 << 17.49 0.74 0.00 18,23 TO? 14.00 4.50 4,50 0.164 1.380 120 46.6 10.0 14.00 T09 << 70.6 << 18,23 1.67 0.00 19.90 DV 14.00 10.00 10.00 0.167 1.610 120 70.6 11.1 Calcs By: M. TURCOTTE Checked:_______ 1/3/13 Ser: *310156* Hypercalc Program by Crowley Design 8 ( !15) 337 7060 Path Summary Printout for BONEFISH GRILL Job 1\1o:3004489 1/3/13 System: Drawing:FP 1 OF 1 Ji. ll::::;zeemm 1:... JI.W:::3.� � � Principal path Feeds Padh:2 at PUT02, Path:3 at Pt:T031 Patk;4 at Pt:DN, Path:5 at PtiT65, Path;6 at PL;A01 Feeds Path:7 at PUA02, Path:11 at Pt:T11` Path:12 at YUA04, PaLh:13 at PtJ13 Ref Bev, Pressure (psi) K Flow (gpm) Vploc Uiam. Actual Fitting GtboO Total FricL.Loss Elev. Loss Next Ref Pt. {t. Pt Pv Po Factor Added Total fps in. Length Summary Length Length per.ft Total Psi (ft.) Press Pt. (C=l2N 901 9.00 16.07 16,07 5.60 22.5 22.5 8,31 1.049- 4.50 2[ 4.00 8.50 0.161 1,37 -2.17 (-5.00 )15.27 TVi TVI 14.00 15.27 15.27 22,5 8.31 1.047 0.00 10.00 0.161 1.61 16.89 T02 DD 14.00 16.89 16,89 22.6 45.1 9.64 1.30* 10.00 0.00 0.154 1.54 18.42 T03 T0 14.00 0.42 18.42 23.5 6B.6 10.718 1.610 2.50 2.50 0.158 0.39 18.82 T04 T04 14,00 0.82 i8.02 24.3 92.8 14.59 1.60 4.00 4.00 V.Z@ 1.11 19.93 T05 T05 14.00 19,93 19.93 24.7 U7,5 11.20 2,067 2,00 T 10.00 12.00 0.127 1.52 21.44 A01 A01 14.00 21,44 21.44 25.2 142.7 3.20 4.260 9.50 9.50 0.005 0.05 21.50 A02 A02 14.00 21,50 21.50 95.6 20,3 5.35 4.260 1.50 \,5O 0.014 0.02 21.52 Tit T11 14.00 21,52 21.52 25.8 264.1 5,93 4.�0 1.50 [ 8.82 10.32 0.017 0.17 21.69 NN A04 14.00 21.69 21.69 25.6 2839,7 6.50 4.260 28.50 28.50 0.00 0.57 22.20' T13 T13 14.00 22.26 22.26 25.7 315.4 7.08 4.260 35.00 35,00 0.03 0.81 23,07 A05 A05 14.00 23.07 23.07 315,4 7.08 4.260 4.00 8T 37.92 4i.92 0.023 0.97 24.04 406 A06 14.00 24,04 24.04 315.4 7.08 4.�0 198.00 3[2T 70.71 268,71 0.023 6.25 30.29 KT\ 8T\ 14.00 30.29 30,29 315.4 7.08 4.260 8.00 9.00 0.03 V,\Y 3.47 ( 8.00 )33.95 R81 881 6.00 33.95 33.95 315.4 7.93 4.06 3,00 CG 12.00 15.00 0.031 0.46 0.43 ( LVO >34.84 RB2 02 5,00 34.04 34.04 315.4 7.93 4.026 200.03 200.00 0.031 6.12 0,87 ( 2.00 >4L83 RD3 RR3 3.00 41.83 41.83 315.4 7.93 4.06 2.50 G 2,00 4.50 0.031 0.14 0.43 ( }.VO }42,40 RB4 (C=NN) RB4 2.00 42.40 42.40 315.4 3.41 6,140 110.00 2EGT 68.48 178.48 0.003 0.53 0.87 ( 2.00 )43,79 UNI U01 0.79 AAAAA1, == Path K-Factor = 47.66 �� ~ f�~��r�� Fed by path Nn.1 � Ref [Lev. Pressure (psi) K Flow (gpm) Yeloc Diam. Actual Fitting Fitting Total Frict,Loss Elev. Loss Next Ref � Pt. it. Pt Pv Po Factor Added Total fps in. Length Summary Length Length per.ft Total Psi (it.) Press Pt. =================`================`=======`============= (C=l2N SO2 9.00 16.28 16.28 5.60 22.6 22.6 8.37 1.049 8.00 2[T 9.00 17.00 0.163 2.77 -2.17 (-5.00 )16.89 T02 T02 14.00 16,89 ^^^^^^ ^^^^^ Path K-Factor = 5.50 Cal By: M. TURCOTTE Checked By: _______ Ser: *31O156* Hypercalc Program by Crowley Design Group , (215) -337-7060 Path Summary Printout for BONEFISH GRILL Job No:3004489 1/3/13 System: Drawing:FP 1 OF 1 ^ . . . Fed hy path No.1 Ref Elev. Pressure (Psi) K Flow (gpm) Yeluc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Pt. ft. Pt Pv Po Factor Added Total fps in. Length Summary Length Length per,ft Total Psi (ft,) Press Pt, (C=120) 803 9.00 17.61 17.61 5.60 23.5 23.5 8.70 1.049 8.00 2ET 9.00 17.00 0.175 2.98 -2.17 (-5.00 }18.42 T03 T03 14.08 18.42 ^^^^^^ ^^^^^ Path K-Factor = 5.48 Fed by path No.1 Ref Elev. Pressure (psi) K Flow <ypm} Yeloc Diam. Actual Fitting Fitting Total Frid.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=12N SO4 9.00 0.76 0.76 5.60 24,3 24.3 8.98 1.049 3.00 2ET 9.00 12.00 0.186 2.23 -2.17 (-5.00 }18.82 T04 T04 14.00 18.O2 ^^^^^^ ^^^^^ Path K-Factor = 5. 59 Fed by path No.\ Ref Elev. Pressure (psi) K Flow (gpm) Veluc Diam. Actual Fitting Fitting Total Frict.Luas Elev. Loss Next Ref Pt. ft, Pt Pv Po Factor Added Total fps in. Length Summary Length Length per,ft Total Psi (it.) Press Pt, ======================================== (C=12N S05 10.50 19.43 19.43 5.60 24,7 24.7 9.14 1,049 1.50 2E3 9,60 10.50 0.192 2.02 -1.52 (-3.50 >19.93 T05 T05 14.00 19.93 °°°° AAAAA Path K.....Factor = 5. 53 Fed by path No.l Ref Elev. Pressure (psi) K Flow (gpm) Yelnc Diam. Actual Fitting Fitting Total Frict.Luss Elev. Loss Next Ref Pt. ft. Pt Pv Po Factor Added Total fps in. Length Summary Length Length per.ft Total Psi (ft.) Press Pt. (C=12O) 606 10.50 2O.24 20.24 5.60 25.2 25.2 9.33 1.049 4.00 2ET 9,00 13.00 0,200 2.59 -1.52 (-3.50 )21.32 T06 T06 14.00 21,32 21.32 25,2 2.40 2,067 7.00 T 10.00 17.00 0.007 0.12 21.44 AV1 AO1 14.00 21.44 ^^^^^^ ^^^^^ Path K-Factor = 5. 44 Calcs By: M. TURCOTTE Checked By: _______ 13er: *310156* Hypercalc Program by Crowley Design 8roup , (215>-337-7060 Path Summaryprintout for BONEFISH GRILL Job No: 30O4489 1/3/13 System: Drawing:FP 1 OF 1 ` ' ^ ^ Fed by path No.\ Feeds Path;8 at Pt:708, Path:9 at Pt:T09, Padh:10 at Pt`TN Ref Elev. Pressure (psi) K Flow (gym) Ve}oc Uiam, Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Pt. ft. Pt Pv Po Factor Added Total fps in. LeoOth Summary Length Length per.ft Total Psi (ft.) Press PL. ================================================================= (C=\2N SV7 9.00 16.88 16.88 5.60 23.0 23.0 8.52 1.049 5.50 3E 6.00 11.50 0.169 1.94 -2.17 <-5,00 >16.65 T07 T07 14.00 16.65 16.65 23.0 8.52 1,049 5.00 5.00 0.16Y 0.84 17.49 TV8 TOB 14.00 17.49 17.49 23.6 46.6 9.97 1.380 4.50 4,50 0.164 0.74 18.23 NY T09 14.00 0.23 18.23 24.0 70.6 11.0 1.610 0.00 10.00 0.167 1.67 19.90 T10 T0 14.00 19.90 19.90 25.0 95.6 9.12 2.067 8,50 T 10.00 0.50 0.086 1.60 21.50 A02 A02 14,00 21.50 ^^^^^^ ~~~ Path K-Factor = 20. 62 Fed by path No,7 ==================================================================== Ref Elev. Pressure (psi! K Flow (gpm) Yeloc Oiam. Actual Fitting Fitting Total Frict.Luss Elev. Loss Next Ref Pt. ft. Pt Pv Pn Factor Added Total fps in. Length Summary Length Length per,{t Total Poi (ft.) Press Pt. ================================================================= (C=\2N SOS 7.00 17.72 17.72 5.60 23.6 23.6 8,7J 1.049 2.00 2[T 9.00 11.00 0.176 1.94 -2.17 (-5.00 )17.49 lV8 TO8 14.00 17.49 ^^^^^^ AAAAA Path K-Factor = 5.64 Fed by path Nu,7 Ref Elev. Pressure (psi) K Flow (gpm) Y lnc Diam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Pt, it. Pt Pv Po Factor Added Total fps in. Length Summary Length Length per.ft Total Psi (ft.) Press Pt. ================================================================ (C=l2N S09 9.00 18.39 0.39 5.60 24.0 24.0 8.89 1.049 2,00 2[l 9,00 11.00 0.183 2.01 -2.17 (-5.00 )18.23 T09 T09 14.00 18.23 ^^^^^^ AAAA° Path K-Factor = 5^ 63 Path Summary Printout for BONEFISH GRILL Job No: 3004489 1/3/13 System: Drawing:FP 1 OF 1 ~ . , . Fed by path No.7 Ref Elev. Pressure (psi) K Flow (gpm) Yeluc Uiam. 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=i2V) SO 9.00 1Y.Y1 19.9i 5.60 25.0 25.0 7.25 1.049 2.00 2ET 9.00 11.00 0.196 2,16 -2,17 (-5.80 >19.90 T1O TN 14.00 19.90 ^^^^^^ AAAAA Path K-Factor = 5. 60 Fed by path No.i Ref Elev. Pressure (psi) K Flow (gpm) Yeloc Uiam. Actual Fitting Fitting Total Frict.Loss Elev. Loss Next Ref Pt. ft. Pt Pv Po Factor Added Total fps in. Length Summary Length Length per.ft Total Psi (ft.) Press Pt. ================================================================= (C=l2N SU 9.00 21.19 21.19 5.60 25.8 25.8 9.54 1,049 3.00 2[T 9.00 12,00 0,200 2.50 -2.17 (-5.00 )21.52 T11 Ti1 14.00 21.52 ^^^^^^ AAAAA Path K-Factor = 5.56 �1� H� ���� � � �� Fed by path Nu.i Ref Elev. Pressure (psi) K Flow (gpm) Veloc Uiam. Actual Fitting Fitting Total Frict.Luss Elev. Loss Next Ref Pt. {t. Pt Pv Pn Factor Added Total fps in. Length Summary Length Length per.ft Total Psi (ft.) Press Pt, =================================================================== (C=12O) 612 10.50 20.83 20.83 5.60 25.6 25.6 9.46 1.049 2.00 2ET 9.00 11,00 0.205 2.25 -1.52 (-3.50 )21.56 T12 T12 14.00 21,56 21.56 25.6 2.44 2,067 7.00 T 10,00 17.00 0.008 0.13 21.69 A04 A04 14.00 21.69 ^^^^^^ ^^^^^ Path K-Factor = 5.49 m: AL �� Fed by path No,1 ================================================================== Ref Elev. Pressure (psi) K Flow (gpm) Yeloc 0iam. Actual Fitting Fitting Total Frict.Loss Elev. Less Next Ref Pt. ft. Pt Pv Pn Fodor Added Total fps in, Length Summary Length Length per.ft Total Psi (ft.) Press Pt. ================================================================= <C=l2V> 613 9.00 21.11 21.11 5.60 25.7 25.7 9.53 1.V49 7,00 2ET 9.00 16.00 0.207 3.32 -2.17 (-5.00 )22.26 T13