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- VOL-Srr DROP CALCUUTIONS VOLTS: =E CROP CALCULATIONS VOLTAGE CROP CALCULATIONS
VOLTAGE CROP CALCULATIONS WLTSOE CROP CALCULATIONS TvL'SG tROR A U '10115 VfLTA,E CROP CALCULATIONS G �
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} IUTfJGRAtlGffORDENCES OHhISP�RTHOOSAPID VD =2XLXRXI OPERATING RANGE FOR CENCES OHMSRERTHOUSAM W =2YL]j,lyl DFERA'a1;KAJwLFORDEVCE5 OHt!SRERTHfUSAtJD VO =2xLXRXt p ►ERATiNGRStIGEFORDEVICES OHMS }FRTHOUSSNA r'r '- w c.Nuu'^@Sn
OMb15 ►ER THOU S:41C VD - 2XLXRxI tlRERATING RWIGE FOR GE VICES OHMS PER THOUSNID VD =A- XLXRXI gP10- RWJGE FOR DEVICES OMI.IS PER TH OUSAt1D VO - 2XLXRXI A f
VO =2XLXRXI OGERA'111G RANGE FORCE VICES r 7071 loco ARE IETIAEEN 16VCC ANC 3?VCC 13 A':JG 7.77 loco ARh ^E /f1','JEEtI itVCC ANA _"4'CC 1t AW'G 7.77
ARE BE;s'`EEN 16VCC AJD 33VGC 1EAVAG 7.77 1pD0 AR.E EET',VE EN IEVCC AJd 33V➢C 145','24 7.77 iKC ARE DETVf EN 16VGC NJD 33VCC 1[A'•VG 7.77 1¢04 ARE'e""EN 1E'M AND 33VDC 19. AtiJ4) 1O¢C ARE BETL'vEEFl 15VGC AN033VCC ti AVJG 777 " G +l u �F uw Nl II '� 16 A4 "JG 4,iy u w ur% w . (n 1CD0 1A 5Arda tER 1E AVJG_ t�1' 1A'iFG 4N 19. ANG 4ER v-;:• �[1 G �
19. AvYG 4.51 ?, 7 VD - VOLTAGE DROP 14 Aic G 3047 W - VOLTAGE CROP 14.AWG 3 -f7 VO = VOLTAGE DROP 14 Av'JG 3.07 yr• (� �„ u u r w G u
14 A`NG 3.07 W = VOLTAGE CROP 1a AWG 3017 VD - VOLTAGE DROP 14 AVJG 3 07 VD - VOLTAGE PROP 4 4""
VB - VOLTAGE DROP 1.5� L - ONE -WAY Lf NGTH BF CIRCUIT 12 AYJd 1.93 L = ONE- LYAYLENG'H OF CIRCUIT 12 AWU IS, L = ONE�:JAY LENGTH fE GRCUff 12 AtirG t 53 r, 12 A`NG 1003 L - ONE-WAY LENGTH TA CIRCU7Y 1 A;5'G 1 93
Y NGTMOFGRCUIT 12ASVG 1.53 L- OtIE_wAYLENGTHOFCIRCUIT 12A':JG L =COEDVAY(ENOSHTACIRCUIT --
L =ONE4VA LE T 70 A'WG 1.21 R =CdNCU CONDUCTOR RE 5iS7AtJCENOHfAS PER T}10USWJD FE£7 19 A';v3 1.21 R =CONDUCTOR RE SISTAMCE NfMG15 PERTFIOUSANC FEET 10 AVdG 121 R= CONDUCTOR RESI5TWJCE 9.N OHMS PER 7H0U5AFJ*3 FE ET 1¢A•!J r} 1.27 R =CfFtCUCTOR RE 5157WJCE 1M fHMS PERTHOUSM JDFEFT t0A4•JG 1.21 AaVG R =COFI ➢UCTDR kE 51CT'A7ICE IN OHMS IER7HCUSAND FEET tDA6'vp 1.27 Q
R - CONDUCTOR RESISTANCE OF C IN OHMS PER THOUSAND FEE, R = CONDUCTOR SISTWICE N OHM PER FEET LL
R.CONCURRENT i- CON CURRE IRE 1 =IAADCURREFR I- LO►DCURREFR 1 =LOAD CURRENT I - LOAD CURRENT 1 *LOAD CURRE NT � W
y ry ,� LLJ L" rrrL Cn
3 POWER SUPPLY $4 POWER SUPPLY #6 POWER SUPPLY I y V �� U Lo (Y " G
` DOWER SUPPLY 9./1 POWER SUPPLY *2 POWER SUPPLY � POWER SUPPLY �7 � y G �
STANCRY ALMM S7ANDIY TOTAL STANDBY "KIII TOTAL AIxRRt! STANDBY T07ALS -ANDBY ALARM TOTAL ALARM STAN-1 IO DY TOTALSTAMCBY ALARM TOTAL ALARM S ;RRENT TOTAL STAND BY ALARM TOTAL ALARhI � u�.,) ti!_ ?: 2 �4. � ILO. V_ u
n ALARM _ 57AflCBY - TANDiY n"E.� TOT+►LA•LWIM r 70'TAL5TAIDBY CURRENT 70' ^'61M,AR1,1 QTY CUR:' CESCRIR710N CURRENT 0TY CURR,ftJ -PER 074 CURREFR STANCRY 7gTAL5TMIDBY OIALWJUIIA TO.ALS CURRE N7 CURRENT CURRENT CU..REM? CU RRIE N CU KRE III CURRENT CURRENT CURRENT )-� r CURRENT CURRENT GESCRIP TION QTY CU RITE hf' ;ER QTY CURRE fa7 AESC RIPTIDN O'TY CURRENTPER QTY' CURRE N7 DESCRI; 710N QSY CURRENTPER DESCRIPTION f"TY CURREFR PER PERUN(F QTV CURRENT DESORPTION PERUS QTY CURRENTPER }ER UNIT QN CU KITE NT LJ V) 0 gESCK1P710N }ERUNiT QTY CURRENT ►EK PERUMIT QTY CURRENT ►ER UNIT ►ERUFlIT PERUNIT PERUTIR PERUNR PER UN" PER UNIT tiP5 PERUNR ITEM WADS 1►S WADS) 7f,h! ;5) ITEGt(A,1PS) WMPS) WdPS} ('"EId WAPS) t1P5) Wrth5} (ARI PS} ICE Rt W!P$) µ1.1P5) WA PS) tTE t.1 WAPS) (ttAP5) µ1.1P1) WaPS} ITERt µMPS) W,iPS) W.tPS) WAPS} I-E ht WAPS) (AMP µ• ) W.1 ►S) ) W' ) t'~`j Q
WAPS) µ• - - Q
D 070 x 1 C.e7C A27t x 1 1 Z7C RP51 #A !) C7C x 1 0 070 0 270 X 1 1.271 1P516A 9.070 x 7 C 9715 0270 x 1 f 270 Bh 51011 1.070 x 1 0.970 0 271 x 1 C 271 P51lA ! C7C x "270 x 1 - .2 ER510A a97C x 1 1 -079 0.270 % .1 a 270 -
fP51¢A 007! x 1 •.070 027C x 1 a27o BPsicA _ 2001 x 1 2003 CIRCUIT *1 1.7:7 x 1 1.737
CIRCUI. -41 1.765 x 4 1.715 CIRCUI xt Z.Zs7 x 1 2.Z<7 r 1 4003 Q W
1.255 x 1 1.23 1.53! x 1 1.5:0 CIRCUIT Itt 1 -516 x 1 1514 1.737 x 1 7737 CIRCUIT* 11 % 1 1151 P�j
CIRCUIT*1
1.727 x 1 = 1.721 CIRCUIT *1 CIRCUIT C1 1514 X 1 1.511 CIRCUIT *2 2.247 x 1 2217 CIRCUIT *2 CRCUI7 *Z 1.511 x 1 7.514
CIRCUIT *2 t.4Ea x 1 1_AFO CIRCUIT*[ 1753 x I _ 7.263 CIRCUIT712 -
LIRCU " *3 1 aFC x 1 1.1`0 CIRCUIT *? 22E' x 7 2.2E3 CIRCUIT Z.; 1552 x 1 1 -552 51 «RE _- 000¢ x ! - aCCa Cl CIRCU " *3 111[ x 1 1.412 CRCU " *3 1721 x 1 = 1.721 CIRCUIT 4'3
247 = 2 7R CIRCUIT 7tti 1.455 x 1 1 -55 CIRCUIT *A 0.572 x 1 * 0.572 �1APE 1IN x 0 = tlCOO CIRCUIT 11� % 1 1. tit CIRCUIT #4 17b5 x 1 17E SPARE 1.440 x !
70 AL SY5 cit, TO7ALSY57E t.1 F s TOTAL SYSTE I.1 0,070 TOTAL SYS7EF.1 iu,C -TOTAL SYSTE hi 1.170 TOTAL SYS:EM T.25i TpTW_SYS?'E IA 0.070 TOTAL SYSTEc,I 5524
CIR ^UfT 774 TOTAL 5Y S7fM TOTAL i1,STE RI 4.2,
TOTAL SYS7£hl TOTAL SYSTEM TOTAL SYSTEM 0.070 TOTAL SYSTE t•1 7.•43 0,079 E.27t C.C'0 TM.'" y7AJr }c' K1A S7AICBV N.tPS' ALARM MARS, STAN ➢BY MARS N -ARIA Ah1P_` .
1.1715 ALARM LIPS' 7311 SIAM Y A7. ►S' MARIA A.1} S' •`" ARS I.1 At!Pc, SATI OtY Ah1PS' ALARM
S`ANPIY W"R$ REQUIRED OPERATION TIi,!f FROfi F1FPA 724.I.1.S22.(1) #4.4.1.5.3.)
,1 FRO MFPA7244.1.5.2.2. 1'11.4. i. E. 31 K£QUREDOPERA'y FI TIME FK,UId NFPA7244.1.S.i.2(7} #4.415.31 RE BARED QPERAT1pN TIIAE FRCLi NF 7241,1.5.2 2- (1)1441.5.31 RE QDIREDfPERAT1pN T. It•1E fRD1.i 1JFPA 7z 4 .41.5.2.2.(1) #4.4.1.5.3.1 REQUIRED D ►ER4'.idN7a.1E FKUTA WFPA7244 .752.2.(1} #4.4.1 4.3.1
REQUIRED fPEKti•fOFl TIItE FROM FIFPA72AA. 1. "22.(1 }14.4.1 -5.3.1 RE GU REDOPE RATIO N TAE R (F O
A ALAttd: 15 MIF7UTE5 XIM.-0 =0.2F HOURS STMiC BY: 24 HOURS N,.ARI,1. 15 R11NUTES x1191 =025HfUR5 STAfIDDY: 2a HOURS ALARII: 15 tAINUTESXIJEO -125 HOURS STWNCDY: 24 HO URS ALARIA:I5 MINUTE S XlJfO -0.25 HOURS STANDIY24 HOURS ALARM: ISM IUTFSXIIN +C.25HOU RS S7ANrlY:24HDUR5 N. -AKIA. 15 MINl1TE5 X11115 =125 WDURS
F STA111Y.2 HOURS REQURED TOTAL REQUIRED REQURED TOTAL. REQUIRED REQUIRED
c ALARM: F .ttt {IJ-E X ?E! -C. KEQURED TOTAL RAl c RElU1RED TOTAL ALARId IRED 111OURED TOTAL ALARt.1
5"T 1 BY' 4 R TOTAL REQUIRED REQUIRED O7W_ALA+Jlt.1 FEE ST ALAR,!
TOTAL REQUIRED RESUIKFA REQUIRED 70TA+LAURIA REQUIRED r ALARM STANDBY STANCRY REGUIRItAE CURRENT ALAJlt.1 %AND /Y STANCRY A! ➢BY ALARIATME CURRENT
TOTAL REQUIRED REQUIRED REQUITER .OTALAJ.ARbt REQUIRED ALAKIA S7AtJC /Y S
TOTAL REQUIRED 1lEQURED fTAL ALARLt REQURED REQUIRED REQURED Ay ALARM R£fUIkEA ALARIA 5T/WCBY $TAFIDBY STANDBY ALARM 711.E CURRENT STANCRY CAPACITY -
REQUIRED STAN➢ /Y S7WJBBY STRIP Ol` ALARh1 TIIAE CURRENT ALAIRId S7WICBY STANDBY STAND 7 ALARM TIME CURREFR CAPACITY CURRENT CA }AC(;! CMACPY CURRENT CAPACITY t }c
AI.AIRI.1 TIME CURRENT ALARt•I STMtCBY S?ANCDY ALARM iIIdE CURRENT $ ANOGY' CURRENT CAPACITY CAPACITY TII.IE (HOURS CURkEhR C(HOURS) (AMPS) TIME (HOURS) (HOURS) W.1P$) [171 (HOURS) (HOURS) W' )
STAl ➢BY CAPACf -Y CURRENT CAPACITY CkPAC17Y TIRE OURS) CURRENT CAPACffY (HOURS) W.1 ►S) CAPACITY TILE (HGURSY (HOURS) {W.iP5) A7.iP7iR WADS} (AMP -HR) W,1 ►5) (Ah1P -MR1 W.iPS) ff+fAlJiR) W.1 ► -HR)
CURREFR CAPACITY TaAE (HOURS) (HOURS) WADS) 1•Mt P41 R) M (AMPS) W,1 ►-#9.R) WAP41R) WMP$) µM1416} ( ) TIME MOUR5) (µ1}S) (W.1P -HR) HOURS) (AMPS) W,i P -HR) ( _ - 1,!!01 ! 25 24 X 0.070 1 c5/ T Ct3-? 1 24 h 0 071 1.610 i 25 X 6273 1.570 2a x ¢.C7p 1.6E0 C 25 X 4.525 7 7? 1 C C7C = 1.!� 0.2: x 6.t•` 1 521 24 x C t7C 1 Ci0 i. X 7255 1014_ 24 X t.C7! 1 FEO 0.25 X 5. ?!
IR D REQUIRED MN11UM MN1,1uR1 REQUIRED RfQUtRE4 RfOURED MRIIMUM MNrtiand REQUIRED REQURED )REQUIRED MINIMUM tlINntul.t REQUIRED REQUIRED REQURED "P/HOU tA1N!IUIOU REQURED REQUIRED REQUIRED LKE ILIUtA R1NlIMUii
MINIL'UM R1NRd URi REQUIRED REQUIRED !A Rl tl.1U1,1 MNh1 UM RE QN F REQUIRED
REQUIRED REQUIRED REQUIRED
REQUIRED IA UE RATING IMINHOUR AM INLIUUR STANDBY ALARM DE RA'.1NG NT!nm ARt ►HOUR STANDBY ALARM N,1Pm OUR DERA7ING AIP1HOUR ALA PJHGUR STANDBY ALARM AMP/HOUR QERA',ING AA PMOUR "IN Ut-1 STAN ➢BY ALARM A,!}JHOUR DE RATING MINIMUM
Nd ►HOUR
S7WNCfY
ALARM OERAThIG NdNWUM AfdPMOUk S7MJPDY ALARM N,1 }!HOUR BERATING AMPMOUR MAP,INOUR STANCRY AUR A,t }JHpUR AIdPMOUR PS'6 CAPACITY CA►ALRY BA^ERY FACTOR BAT-,E BATTERY PS CAPACITY CAPACITY NA71IRY FACTOR 1,2 TTERY A;
/Md PM OUK BATTE RY R A-i7E RY
p$� CAPACITY CAPACITY BATTERY FACTOR 1.2 BATTERY BATERY PS2 CAPACITY CAPACITY FACC)R1.2 DA7ifkY DATERY PS3 CAPACITY CAPACITY BATTERY FACTOR 1.2 BATTERY EATERY PS4 CAPACITY CAPACITY FACTOR i.2 REQTUEREA REQUIRED PS5 CAPACITY (AMP -HR) FACTOR 12 REQTIJERED REQURED REQURED REQUIRED UIREp REQUIRED
W,t► HR} WdP41Ri
REQUIRED REQUIRED (MiP41Ry WdP -HR) BAT 1 RY REQURED REQUIRED (AMP41K) W,1P -HR) REQUIRED IRE W1REp W.iP -HR) µMP41R) - W 50 1« W1R -HR} - µ11P416) + µlL3LR R} - 1 E�0 = 3 FZ! X 1.2 t 224 7 t.ao 1 791 = 3.as1 x 1 -2 t 1 "9 7 1.N! 1.`74 3.240 X 1 2 3 5 7 t.RPR 1 /3t 1.2 3.37; 7 i.EN « 1.621 3'D7 x 1.2 3.'x6'1 7 IFtO 1.125 35^05 X 1 2 420.` 12 _ 1 Ef.O 1?E2 X 1 6 7
T ; 41 TOTALS FUR Li CU, *3 TOTALS FOR CRCU( ) SOYALSfOR CIRCU!" *x TOTALS FOR CIRCUI Zi TO74LS F O R CIFCUIt 9.3 TOTALS FOR CIRCU "t1 TOTALS FOR CRCUt"7t3 7O'ALSFORCRCURit1 TOTALSF FOR CRCUfI'z'.
FOR CIRCUIT 111 Tf7AL5 FOR CIRCUtT� TOTAL', FOR GIRL TOM TYPE ANIS T0"µ Q'"': WOSTOTALSFOR ?£ N.1P5 TOTAL QTY NO 741E FIA hS TOTAL QTY NOTIFICATION TI'PE AhIPS TOTAL QTY NU7F.Gr ION'r'FE A)A}S TOTAL QT1�' NDTIF iCA:ION ME W +PS TO 4L O-;y NaTIFICATION TYPE AI!►5 TOTAL CI Y NO'IfICSTIOtJ TYPE N'h5 ?OTAL
TO'"AL5 FOR CIRCUIT_ TOTALS FOR GRCUIT *3 r
-- A N No`IFICA'9DM T,I AIA PS TOTAL OtY FIO'IF )CATION TYPE A, RS TO ?AL QT'Y NDTIF (CATION 7YP5 RAPS TOTAL QTY NOTF IGAi90hl T1TE W.TS TOTAL QTY NDTIF NOTIFICATION
TY NO"iFICi' -LOIN :TIDE I1.1PS TOT•�L QTY NO'Ir IC �, -+CN 7225 At.1 ►S OTL Q
Q G-!!FS TJI.1 0.2� 0.47: i GI RF VI.t 0.2=5 153¢ 3 GtRFS7Vl.1 OZ"35 0.717 2 GaRFS7VIA 02'4 047E t 0 -ADC O.CGC 3 G1RFS7Vid 0.22,! 0717 3 GaKIS7Vld 02'.5 0717 7 GIRF -Wid {255 1.715 4 G4RFS7ViA A2 ?! D948 c c � - � -
4 G <RFS7V1,t A.2°.{ G.V15 E G- RFS7VIA {P5 1.1% 1 G4RF- 57'N.+ O.Z35 0.235 2 _ _ 3 Gv,RF..741.1 {2't 0.717 1
76F 7 GIRF -VIA 0.2`5 R25F a G7RFVR1 0.259 1020 7 GIRF -VL1 0,29' 1.7EF_ t 0.001 t.OGt 5 G1KFV1A C-2SS 1.275 6 G1RF�/1,1 02:5 i -5: °u 0 0.lW O.CDD 4 GIRF- -VIA 02FF 1.620 3 GIRF -Vti O.c_S C7EF p A,CC9 IIN 3 OtRF -V1.1 0255 1.715 6 G1KF -Vld 1255 1470 5 GIRF -VRt 0.2`5 L27F
3 GIRFVM 0255 0 _ C • C. CCI DQCO ! O.pGO / -Cot C N ^D - 0. CCO p CCCx) ¢OCC CO • AC:'0 COCO A 6.000 1111
O _ cow a.00I 0 - 1.0:9 0.009 0 - t OCG, C p�C G CDO / - ¢.COQ iJGO 0 - CAOp {.Cot 0 - 000/ f.1L0 0 - _ - _ - _ -
p C 0155 DICE 0 - 0 OCR G.lCO D o.CfC a 0GC 9 - - !.CLC a OOD 0 C 900 0.000 1 C.ODO O.CCL ! 0.000 fl-OCD 0 - 4 COt {.DOD p lCC1 0000 f 0 CC0 a 000
q C.t00 )ACC 0 - 0 CID C W 0 - Colo 0 OCO 0 - ACC) O.000 1 0.000 OAC^ 0 0 ODD / CCp ! C No, TGC3 - f.CCG Ao00 0 _ G CIO t.CCO 4 C OC1 0 a,, p L1N O.OGC 1 0060 b.00C q - C.06o D lCl C - Llll A 000
• _ C 900 0.600 0 - fl.OGA l.1CC B 0 OOC 0-CCO 0 O.CCC AOOO D - 0 f!9. II.00O 0 / IN O.CCC - C tC0 C" C 0 ¢ OC41 0.000 0 _ 0,060 t C:0 0 - C /tp ).COG O R.g9q a00C • C CCO C CCC 0 0.000 fJCG
p C.6C0 9 Cif C - C.i00 O.CCa 0 - LlCD a.CDO 1 Q.000 C 106 0 - 0 CCC t_RCt 0 0. CC" A -D /t ! _ 0000 0 CCO i _ O.C'CC t CN 0 _ C CLC C CDO ! 0000 O.CCG 8 0 ILi a.CCO 1 - 0.000 ApGO 0 C-c0O O.CCC 0 O 600 0 ¢CC
0.00^ O.0 ^0 0 O.C^.0 C.CCC C C DOC !LOCO 0 G -Gov 1.Cll O Llit O.CCD 6 a.0 C 000 b C CCC 0'.000 0 C,WC 0 CLC p a6CD )CCC 0 Alit OOCO • A P 0. (DC ! CCC¢ QOoO
{ _ 0.000 !COD 0 - 0,000 OJCC C - TOTAL WAPS' 11:2 7 TO'ALAIAP S: 1.765 7 TOTAL RAPS' 1721
7 TOTAL WAPS- 1701 6 l36µ W.1P5- 1.t` -'C S "'79. TAf. ALf S: 102`0 S TO TAL W.IPS. 2.253 6 1O7AL AI.iPS 'i 5.'a i 70TALM.IPS: 100$2 i TOTAL A1.iPS. 2-pCi a TOTAL AI.!PS: C.CW 7 TOTAL MAPS 1.737 G 0 - TOTAL AJ.1 ►S: 2227 6 7D7ALAI.IP5: 1.514
*A TOTALS FO K CIRCU " *2 TOTALS FOR CIRCUI`. TOTALS FOR CIRCUIT *2 TOTALS FOR CIPCUI. *4 TOTALS FOR GIRCUR TOTALS fOR CRCUI7 *e TOTALS FOR CIRCUIT *Z TOTALS ftlR CRCUR *4 Ti -ACS FOR CIRCUIT #Z TOTAL FOR CRCN R 4t
F IBC U "714 TOTALS FOR CIRCUIT *2 IQ' FOR CIRCUIT QTY NO71F ICti IDIJ TYPE Ab'h5 TOTAL QTY NO"IfICATfOtJ 717E N•IRS TOTAL TY TiFI µ10f 'Y•E WtPS T N ATOFI TYPE 4175 0`Y NO'•FICA7IOF!ThE N�IIS TOTAL QTY NOTIFICATION TYPE A1.Ih5 TOTAL QT-Y NQTIFICA -7DN TYPE At!PS Tp'.:L QTY NOTIFICATION TYPE A)A ►5 TOTAL
T07 #2 "'d,J,LS DRC T','1c MPS - TY TIF A'1'I ME APS TOT %\' 1r9"IF A-IONTrP •1P °0'
QTr NOT)
FICATIfN TYPE AJA PS TOTAL Q`Y' Nd ?1F IC A'"IDN T'PE Al.iRS 70 ?AL OTY 71FI A• f E !.P5 T T TY 'IF '^ _ 0000 CDC�C 1 GGRFS7VR1 0.2 °5 0235 3 G4KFS7\rt11 0235 0.717 3 G1RF57V1.1 6.2 0.717 7 GIRF -VIA 02F -5 1715 4RFS7V1.1 1 ?5 .176 ! c .DO
7.115 5 G2RF57V1.1 0z?5 1 -75.5 2 GaRF_c7VM 1.23! ❑,471 2 GARFS7Wt.1 0.239 0471 1 G4RFS7VL1 62 -'S LZ35 3 G4RFS7WtA 123! 1717 3 GtRFS7Vt.t 4.235 1.717 0 •6N 1.000 5 G1kF -V1.1 0.2LA 1.275 3 GIRF -V1.1 1255 07/L4 4 GIRFVLi 0.2.ES 1.021 0 - 1.tCa C.CDO s 6.00a {.Gl
5 G4RFS7Vf1 0234 F
1 GRF -S7V t2`.F 0255 5 GIRF VRI 1.255 1.23 5 G1KF -VL1 1255 1.275 4 GIRF Vtt a2 1A2C GIRF -VLt 0255 1.275 1 G1RFVl.1 02'5 0255 i GIRF -Vi.l 02°4 1.530 ! _ _ 4 GIRF -VIA 024_ 14`29 a _
O.CCO 0 CO¢ 0 0.000 ❑ 0.0 0 - O.CCO 0 Nf 0 - l IN Coco 0 - i.fCC ! 000 t #Lola 0.000 1 _ ARa 0.000 0 - D COO R tC1 a 0 OGD t tU a 0CCO ODIC t 1.CCO 0 Cfl0 0 ApCp C Coo 0 - i CGL C 0.."0 1 0 OCO Coco
D C CO0 t_CGO o OADO B CCt 0 - 0 Cqi ADC) t AOCC C OCO 0 t DC{ #.CCC ! - / 000 QACC ! 0 C!'e ¢ aW 6 - ACM D 000 t tills C.CO{ 0 0.000 O.ICI 0 t OCO 0 2,00
p 1.110 0 C/C 0 - •0900 O.coc 0 LVA 09D0 • 9 ON 0.000 / - 1.000 a C¢C D t !C0 OCO ! 0 ... D C 000 a - O -CCC C CCO ! Ail! LOO - '<^ /LOCO O-pU
p O.aC^ a OQO O 0 WC C.Oq t - O.CCO 0.1 CD 0 - LGIa O.CGO D 1110 0 OOD D 0 00D O C'T 0 0 CG0 A tot 0 p.C:.0 C.lCR 0 G. ' Rtl ! a v.0 C. (DO q -
O.000 DaCO 0 l.Cl! OOCO G - 0.000 ICCt 0 LGDC O,Ot1 0 0Coo 1.CG D O. CCa C.1o1 C - LOOC aCDD • "' - ! /Ca CODA 0 6.0 "^ COCO 1 11C0 0000
9 C CCD 0 000 0 0 CCC 0 Oc0 D D OM I.COe 0 0.GCC 11CO 0 - O.DCC c.tl00 0 a.0 G 0 tcc ¢ 0_cCl c 000 • 1 c C C Gca t 0 CCU a 000
p t.CCD 0 COt 0 - o.NC 0.000 0 - O.CC9 C Oft C - 1.101 O.aCO tl O.CD¢ fl.000 G C CCD aoCO O -
p _ 0 CC" 0 CCC 0 LDCD O.COD ! 1.000 0.000 0 C o0D 101,0 t TOTAL ACCD 0 ¢¢j 5 7 i.AN ;.000 t .CLC 000 DCO C { C 000 ❑OCO i 0 OCO a 010 A CO G C CCa O t6G 0 0.000 C.IXI¢ 0 ! CCO D OOD
6 70'AL A11P5: I.ASD 10
TOTAL A11P5. 2470 7 Lt E 5 TOTAL RAPS. 2247 D 707W_MAPS )CCR A).!P5 1.514 OTSL ,9.h 7 10711L AMPS. 1.737 7 TOTAL NdPS. 17f5 6 YQ'JLM.IPS: 1 -451 0 TO7ALAtd PS. 0110
VOLTAGE CROP C►LCU LATOMS VO T FE 0 71011 LTAGE CR"F T VOLTAGE CROP CALCULATIONS Taf RDP CA °ION WL'AGf DROP CALCU UltONS ?' CROP CALCULA710WS
VOL TAG
WlRERU1J VOLTAGE WIRE RUN OHI,ISPER TQ'AL POWER VOLTAGE VOLTAGE WIRE RUN OHfdS ►ER T07µ. POWER VOLTAGE VOLTAGE WIRE RUN OMM5 ;ER TOTAL POWER 'VOLTAGE VOLTAGE WIRE RUN �VULIAIJI:
VOLTAGE HMSPER TOTAL POWER VOLTAGE VOLTAGE REAQR.aa ACCEP7AD LE CIRCUIT ONE WAY VO LTA.^,,5 RE A➢ING ACCEPTABLE CRCUM UNE YJAY VOLTAGE READRIG ACCEPTABLE OHi,!S ;ER TOTAL SOWER VOLTAGE
VJRE RUN TAL POLVER VOLTAGE q T READING AC CE PTAD LE CIRCUIT ONE WAY
VOLTAGE _ fHRiS ►ER Tp IRCUI' ONE YJAY VOL AGE
WIRE RUN TABLE C VJRE SL# CIRCUTT SUPPLY CROP AT
WIRE SUE CIRCU!` SUPPLY CROP AT WIRE SITE CIRCUIT SUPPLY DROP AT CIRCUIT gtIE WAY VpR�PE AT LAST VOLTAGE DROP
156 OHMS PER TOTAL
POWER WLAGE ACCEPTABLE CIRCUIT ONE WAY VOLTAGE READING ACCEP r
ON WAY VO LTAGE KE,A.ItiG WIRE STS CIRCUIT SUPPLY Dk0 ►AT NIKE PE CIRCUIT SUPPLY DROP AT DROP A7 LAST VOLTAGE CROP NULL BER (FEET) pMP AI LAST VOLTAGE DROP YJIRE SIE CIRCUIT SUPPLY ■■
GRLUfT WIRESI� CRCUR SUPPLY DROP AT VOLTAGE NUMBER (FEET) CROP AT LAST VOLTAGE NUMBER (FEET) D�,N CROP VOLTAGE AT LAST EMd VOLTAGE CROP NUMBER (FEET) DROP ADELAS� VOLTAGE NUI,IBER OCES)1.J VOLTAGE EMA OHh15 aW^ GRAa'J VOLTAGE EHQ NUtaBER (FEET) CRUYJ VOLTAGE EWO
NUMBER (FEET] PREP At LA57 VOL OR VOLTAGE ENO 6 DEVICE IWz.S.) DRAW VOLTAGE EMD OHR15 A.JG DEVICE (YJ.C. S.) DEVICE (YJ.C.S.) OE VICE ■
DRAW VOLTAGE DEVICE ENO (W.C.S.) DEVICE JC.S.) OHMS AWG O_... S':JG
(4'J.C.S.) .�J fWitS AwvG IRCUIT *1 9.4 1.13 12 L53D CaC[ 201 15.55 214 YES CIRCUIT 711 74 t.5' 12 2RC6 C ?61 19.33 39. _ sv
OHtdS A G 1E5 CRCUR 711 145 iy3 12 1.7'7 0.572 204 151? 5X YE5 CRCU "41 75 1.53 12, 7E5 1517 l,< 75.N 3X lE5
• 354 YES CRCUIT3i 147 1.53 12 1.2[5 OaEG 214 15.51 2':
YE C a 2X Y£5 CIKCU " *2 tt5 1.53 12 1.737 1575 244 1542 5X YES CRCU " *1 12A 1.53 12 2.217 7.078 214 15.32 5X YES
CIRCUIT *9 107 1.53 12 L721 0711 201 1,0,19 01 15.41 F'C YES CIRCUIT *Z Si 1.57 12 1_Fis 1573 26.♦ 14{3 3X YES CIRCUIT *2 73F 1.53 12 2.247 1.1Ea 204 15 Z2 6'b \1:5 CIRCUI. f9.[ 143 1.93 12 1.592 1'38 201 155-
', ; 15.54 4Y. \ES CIRCUIT *$ 131 1.53 12 1.753 0.520 2 CRCU "t2 iF5 1.53 12 1459 0.554 20.4 1545 5X
C 153 1!3 12 1 AFO C 153 2C
CIRCU 71[ 19. ?7 F.'S YES CIRCUIT *3 F.8 15' 12 1552 0,431 20.4 15.57 2"h YES SPARE C 153 1Z !COO A. bCC 20.4 2D a¢ C% NUTUSEQ CR CUIT *3 9.7 1.53 12 1.432 1363 20.4 2i.C2 2X YES CIRCUI: *3 t6 153 19. 1.721 0.571 2C.4 1513 7% CIRCUI" *3 71 1051 12 10`.14 041",, 204 70.45 2X YES
C'RCUI'4? 125 1.53 12 11 ".0 1 -715 204 15 Ed 4X YES CRCUR *3 115 1.53 12 22F3 1.031 20.+ SFAn= t 7.53 12 OCCO O.CGO 20.4 Za41 0:4 NO?UFEC
C%+CUI-� 9.5 1.53 12 2.170 1.176 204 15.55 4'I• YE CRCUR *4 1?F 153 12 1.451 0.7EF. 204 1TE1 <. YES GRCUI7*4 123 1.13 12 0572 6.4$1 201 1554 2•k 1E5 SPARE i 15? 1e G-cDa 1.01"•0 xl.A 2G 4G C!i NOT USED CIRCUIS;= 110 1.53 12 1.462 0E25 sC1 15.77 3X YE5 !R . *t 153 1t 715 13'1 15M 75
J.C5 t =1_0.17 FSE SCf4__L
NJ.C.S t =VVCKTTC►SE SCENARIO VJ.0 S,t- VvOr57CA5E SCENARIO MJC S. - YdpRSTCASE SCENARIO Po'J.CS. =WDRSTCASE SCENWRip 'J.C.S.T =1VORSTCASE SCENAAl10 V.C.S. =1'vOR5'CASE 5!"E!i>;RIO
VOLTAGE DROP CALCUUTOt15 VOLTAGE CROP CALCULATIONS VOLTAGE CROP CALCULATIOt15 VOLTAGE DROP CALCULATIONS R } A A7TON5 UJ
VOLTAGE CROP CALCULATIONS VOLTAGE DROP CALCULATIONS -
f RC VICES OHMS PER7HC'�USWIA VD =2XLXRxI OPERATING KMJGE FOR CE VICES OHIASPERTHOUSt-MC Vf - 2XLXIRx1 O ;E K,a ItIG RAhI GE FOR DEVICES OHMS RE NOu _S VA - 2XLxRZ(I OPERATING RANGE FOR GEVICES 0H1•IS ►ERTHOUSANC VD -7XLYI -YI AKE RATNEEN l eVDC AND WiCES O13AIERTHD L77
VO - 2XLXRXI OPERATINNGRANGE FORCE
V10E5 OHLtShEKTHOUSAIC VQ =2XLXRXI RATING RANGE OHI.ISPEKTHDUSWJC VD =2XLXRXI AREK,,',R*1 d E 1s" A7lEL'FT,5EN1EWCAND33V'DC 1sA'NG 777 7DC1 AREfET'fdEEN1iVDGAt1O33V ➢C IfA,'JG 7.77
ARE BETWEEN IEVAC AND33VpC 1iA':JO 7.77 104(1 ARF. DEY'NEf1J 19VDC NIG 33VDC ti A4 "JG 7.77 1CA9 ARE fETNE£N 1 JV'DC Ati➢ 3:NGC __ 19. A'fcG 7.77 1CDO ARE BETWEEN I6VDC AFC➢ 3?VCC 19.ANG 7.R 76 A,VG 4E! 19. As`JG 4E5 1110 ARE f1TWEEN IC^JCC AFIC ? ?V➢C 19. A;JG 7.77
1RN B 19. AVJG A [5 a A +VG .C7 VD - VOLTAGE DROP 18 A+,VG 4.N
16 A4WG 1,77 19. AWG A N 15 ANG A.N 3 07 W - VOLTAGE DROP 14 AJJG 3.07
4 + 7 VO= VOLTAGE CROP 4 Aic ? 0T V ➢= WLTA:,E DROP L = QNEaVAYLENGTH OF CIRCUIT 14 S:'JG VD =VOLTAGE DROP 1t AtivG 3.07
14 M,'J C7 VC = VOLTAGE DROP r. - CNEi "JAY LENGTH OF CIRCUIT 12 A';J , 1.53 12 A''JG 1043 L - OME -)'JAY LENGTH OF CIRCUIT 72 ANG 1.53 12 AWG 1 99.
VQ- VOLTAGE DROP A 1 5? L - ONENJAYLENGTH OF CIRCUIT 12ANG 1.53 L 12 4NG 1 93 L = ONE-WAY LENGTH OF CIRCUIT L - CONDUCT LENGTH QF CIRCUIT
L - ONE -0VAY LENGTH OF CIRCUIT 12 VJG R =CONDUCTOR RESISTANCE IN OHLIS PER 1HOUSM'D FE E7 t0 A:dG 7 29. R= CDNCUC70R RESISTANCE 1! OHMS PERTHOUSANA FEET 1G SsvG 1 21 qq�
R- CONDUC70KRE5HB FCIRINfHMSPERTH0U5AIDfEE' 1O AWG 1.21 R- CONOUC TORKESIS 'Af;CElf1 OHMS PER7HOUSANDFEET 1CA'.i +G 1.21 R- CONDUCTOR RESISTANCE IN OHMS PER 10AYJG 121 R- CONDUCTQRRESIS ~.AIJCEIN0HMSPERTHOUSWJCFEET I0A'NG 1.21 1 -LOAD CURRENT I- LOADUCTORRESIS�W :CEINfMi.15PERTHOU$AFIDF'EE7 taAVJG 127 Q
I - LOAD CURRENT
1- LOAD CURRENT 1 = LOAD CURRENT I - LOAD CURRENT 1 -LOAD CURRE N7 1= LOAD CURRE NT
POWER SUPPLY *3 Cl) Q
TOWER SUPPLY #9 POWER SUPPLY i�1Q POWER SUPPLY i�11 POWER SUPPLY x'12 POWER SUPPLY X13 ALARM TOWER SUPPLY X14 ALARM srWlA3Y Dv
Au
■Y ALARM TOT. AL $TANCDY TOTAL ALARM STANDBY CURREINT 5 -WlCBY TO7A,LS7ANDBY AU1RL1 -O9. AL N.WRhi TOTAL STANDBY TD TAL ALARM STAND
SIDING STANDBY ALARM TOTAL STANDBY TOTAL ALARM CURRENT CU RKE NT CURRE NrI CURRE NT TOTAL STAJ ➢fY CURREFR TOTAL ALARM
U4NDI ALARI.1 7g7AL 5?'M1 ➢fY T DOTAL ALARM CURRENT CURRE N- CURREN. 15"94 CURREIJ'PER 67Y CURRENT CESCRIPTION QTY CURRENT PEK QTY CURRENT CUR UNIT 70TAL5TANO /Y RENT CURRENT CURRENT CURREN. ' DESCRIPTION }• N CURRE tJ? ►ER QTY CURREFR AESCRPTON PERUN" QT1' CU RITE FJT PER PER UNIT QTY CURRENT DESCRIPTIOR }ER UNIT QTY CURRENTPER QTY GUKRENT DESCRIP714N QTY CURRE tJT ►ER QTY CURRENT ►ERUMIT PER UNIT PERUNR PER UNIT CE SCRRTiON QTY CURRE FfL PER p7Y CUKkf tR PfKUNIT PER UNIT ITEtd! MIS (A ) !►$ PERUNN ►ER UNIT
DESCR 710 PERUIJIT ITEM W.1 ;S) C (RUNT PµM ►S) MPS} (A } ITEM (AMPS) µL1 ;S) (AMPS) �' } WAPS) t1P5 ( ) ITEM WADS) W.1P5) (TEN µ -TAPS) (AMPS) ITEM WARS} (AMPS) µbUN17 µMP -) .Pµ• ARS µMPS) AMPS - W ) (ALL►$) WAPSy BR511A f a7! x 1 A 071 ¢.270 x 1 f 270 CFS11A _ 476 X 1 0 0.27! x 1 C 7! CPS1CA 1.17{ x 1 0 270 0.070 A270 x 1 0270 TcP S11A 0.070 x 1 0070 0270 x 1 0270 1P51CA 6.070 x 1 0070 1,271 x 1 ❑271 Dh51CA 0070 x 1 1.07! 0270 x 1 9271 CIR.CUI'4H 12F1 x 1 1.2-`5 CRCUR *1 2740 z 1 2.049 C,RCUR*1 1.TLf x 1 2224 %NJ * LL
CIRCUIT *1 1552 x 1 7!52 CIRCUIT *1 1243 x 1 - 1.243 CIRCU " *1 1025- x 1 1. t.5 CIRCUIT 2.050 x 1 2040
1.159 x 1 7438 CRCUR *2 1.5�a x 1 15'= CIRCU "42 2247 x 2.217 GIKCUT*2 1 -405 x 1 2221 CRC I -* 1737 '7 CIRCU7;2 2.231 x 1 1..T1
CIKCUIT#I 1.552 x 1 1.552 CIRCUI' *2 12:5 x 126`5 CIRCUf"p3 ?0552 x 1 - tc,2 CIRCUIT 113 2231 x 1 2231 CIRCUI' *3 1.455 x 1 1456 CIRCUI ?9..'3 1.451 x 1 1.250
/.CRC x 0 G./Ct CIRCUI: *3 17E? x 1 1.9. 3 CIRCU" *3 = 576 CIRCUR:a 1.451 % 7 1018= CIRCUIT *t 1.406 x 1 1.451
SPARE 1.255 x 1 1.2F5 CIR ^Uf -*4 1 z x t - t,ac6 Sh,WIE 0000 x 0 t fC "C UCUIT A:
a.OD¢ x t - 0966 CIRCUIT *4 - TOTAL SYSTEtd TOTAL SY5SER1 T0-AL 6.176 7Q'."AL SYSTE Id 7.911 •.9.7{ 7.170
SP aKf = TOTAL SYSTE t.1 0.070 TD7AL 5 YSTE IA i{ TOTAL SYSTE 1.1 TOTALS 1'5I'f hi 7.234 t TOTAL SYS'E IA TOTAL Sl'STE IA
TOTAL I•9. TOT1XI I EI.1 T07ALSY57EtA 1071 TOTAL 1013 AA7i c.s65 STAWpDYrAFT1 1.t7O ALARIAiFMPS 5TAlCBVfAt!PS' AURMISI,PS 11;
TOT aC71 1224 S ?MlC 1Y(ASAPS Al ARIA IA t11t.1PS' E7AID1Y AMPS ALARM APS) STANDRY(MAPS ALARM f AP51 STAN 1CM,1E1PS' ALARIA to ►S n
t ALARM A.iPS' RE WIRED OPERATION TIME FROM NFM 72441.5.2.2.(ij #44.1.5.3.1 RE OURED O►ERA710N TILE FROIA MFPA724.4. t- E2.2.(1j #4.4,1.5.3.1
STMJ ➢BY W, PS' REQUIRED OPERATION TIME FRCTM NFPA724.41- S.22.(1)i 4.41.5.3.) REQUIRED OPERATION TIdE FRg1.1 NFPAT24.4.1 5.22.(1)14.41 5.3.7 V
REQUIREDO► ERkIONTIIAEFROMt :F ►A72A1.1.522(1)11.4,1.5.3.1 REQUIRED0PERATQFITIM IFFRO1. 1NFPA724 .4.1.5.22.(1)A.AAA•S,3.9 REQUIREDOhERAT16F1TI !dEF601.1F ;FM724.4 MINUTES4.4.0-1
S'M1CDY: 24 HQUR$ AURM: I5 MNUTESx1lE9- D25 WDU RS
STAICBY: 24 HpUR5 ALARt.1'151.iNUTESx115D- 1025 HOURS STNJDDY: 2t HOURS ALARM: IS MINUTES x1160 =02`HOURS $TANDDY: 24 HOURS XN 1.MNUTESX1+Fl- t.25HOUR5 STMJO t R ALARI.1'1 R11rIUTE =a _ SIAM DRY: 24 HOUR$ AURIA'iS MRlUTES X"Ui¢ -0.25 HgUR5 S'TMN ➢W. 2< HOURS µAKl,1: 1S MIFIUTES X1,cD -A25 HOURS
TOTAL REQURED REQUIRED TOTAL RFRUIKED REQURED TOTAL REQURED REQUITE■
Z.0 REQUIRED TOTAL RElUIKfC REQURED REQUIRE➢ REQUIRED 70t�RRE UKM REQURED REQURED AL AL4RRt ALARM REWIRED REQUIRED IDTTALALARA ALARIA
7fTAL REtlU1RFB Tp'AL REQUIRED REQUIRED TOTAL ALARM S ?ANCBY STANDBY ALARM STANCRY 57AtiDfY AL4RLITIME CURRENT STMIGCY STANCRY
7ptAL REQUIREp REQURED REQUIRED REQURED "OTALALARM REQUIRED REQURED '0'ALALARIA REQUIRED
REQURED -TALALARIA S7ANDRY S7MN➢BY ALAKa1TiI,!E CURREN STANDBY ALAR.171tdE CURRENT $7AN1BY AURMTIAE CNT S- A11CBY CURF.Eh1T CJ,PACTTY CAPACITY X Q
REQUIRED STAFICBY 57AIDD'YI.1 ALARt.171ME CuRkEN7 STANDBY S'WJCDY IL.AR.t.1 STANCRY S'StiCR'Y µ"A'KRI CURRENT CAPACITY CAPACIN CURRENT CAPACITY CAPACITY STAFIDBY AURI•iTMt
r ALARM THE CURRENT STAIDfY CAPACITY ()f Nd P41 R) WA ;5} W,1 P -NR) W.P -FIR) (AMP-HR)
R)
STANDBY CukREFR CAPACITY CAPACITY TIME O7DURS CURRENT CAPACITY (HOURS) µ -TAPS} TL'f QUITS) WdPS} µIdP4!R3 Q7OURS) S} ( TIME HOURS} /NaURS] W.1P r TRtE (FIOURS) MfUKS) Wd
S,NN..1Y CURRENT CAPACITY CAPACITY CURREFR CAPACITY TIME 6UR51 (HOURS) (AMPS) ) M;41R)
71101E OURS} (HOURS} µb1►$) iP5 !P -HR} µMPAR] WAISi WA ;-HR} µ, = W,IhS} µ1MI�IR)
7Ib'E (HO R51 (HOURS) µ1.1P5} 11P4(R) O' WAPS} W,1P -HR) W ) W - -
WdPS) (AM µ"
24 x 1 RE 1 ACI 0 X 4.254 11184 24 X G C7o 1 O[G a.E X i -C9.? 2s X 1 �7i 1.6FD 125 X 1.236 1.5`_; 24 x G.07G 1 E[o D.25 X 1.55! - 1.610 24 x C 070 ).iii 0.25 X 7.231 1.05 24 X a,OTR 1 6E0 0.25 X 7011 1 24 X C 070 1.51{ C 2F x 7 171
IRE REQUIRED RNNNAUtM h1NIMUtd REQUIRED REQURED RIINIMUM MINIMUM REQUIRED REQURED REQURED MINIMUM MINIIIUR1 REQURED REQUIRED REQUIRED MNIMUU MINRAUId REQUIRED REQURED MINIMUM MRJRAUM
REWIRED REQUIRED R1INIMUM MINIMUM REQU D REQUIKSD FAPkjEOVIRE* $TANCDY ALARM DERATNG AMPMOUR AMPR1ouR STWNDay ALARM ➢ERA'❑NG N.!PmOUR A,IP +HOOK REQURED i • REQURED f.11N�tAUt.1 MINIMUM REQUIRED AhIPMOUIR STAIQIY ALARM CERATN3 AMPMOUK AMPMOUP STANDBY A1,ARLt CERA�1NI A.1PMpUR AMPIHOUR AMPMOUR AJ,IPMOUR STAN DRY ALARM AMPMWR OERATING MMPMOUR IA7`IE UR
REQU RE REQUIRED r• ALARM DERATNG ""R"HDUR Ai1PMOUR S7AJDIY ALAK1d ARMOUR CERATING MAPmOUR A•1P/HOUR PS14 CA;ACITY CAPACDY FAC"'OR1.2 BATTERY BATIE Y STANDBY MA ;MDUR FACTOR I.2 DA''E RY BATTERY P510 CAPACITY CA }ACISY FACTOR 1.2 AA7'ERY ■A,T,E RY PS11 CAPACITY' CAPACITY FACTORiZ DATLIRY BATTERY PS12 CAPACITY CAMP -HR) FACTOR 1.2 OAT'!£RY BATTERY PS13 (mp-MRY CAPAGI?1! FACTT7R 1.2 BASTE RY P$= CAPACITY CAPACITY OA' ERY FACTOR I.2 DA_RY BATTERY PS9 CAPACITY CWACIfY BATTERY BATTERY F REQUIRED REQUIRED W +1P -HRl (AMP-HR) BATTERY REQUITER REQURED WdP4tR WaP -HR BATTERY REQUIRED REQUIRED BA ERY
W,1►-HR] W.1P41 R) REWIRED REQUITER WAP -MITI (AAP4t K} REQUIRED REQUIRED W1 P -HR) (MIP41 R} - REQUIRED REQUIRED W,1P_HR) (W.1P47R) ) ) W11. H" µR17436} REQUIRED REQUIRED
1•E•0 1 •Ca 2.744 X 1.2 3.252 7
1 910 1.5{1 3 -19.6 X t,9. = 3011 7 1 EEC 1 5:5 3.231 X 1.2 3 E&F 7 1,BM 1 CcC 5.32¢ X 1.2 3.6F= 12 1 F'.0 « 7 [c5 3.4E5 X 1.2 = 1.1 E5 12 1.690 « 1.7-- 3433 X 1.2 * 411 12 1.E£0 C 1 753 3.473 X 1.2 = 4.1E7 12
TOTALS FOR CIkCIJIT *3 TOTALS FOR CIRCUIT *1 TOTALS FOR CIRCUI - ;3 TO -ACS FOR CIRCUI' *t SO'4LS FOR CIRCUIT*' T1TAL5 FOR CIRCUIT 9.1 +'17'SLS FOR CIRCU!" *3 TOTALS FCR CIRCU+" *1 TOTALS. FOK CIRCUI' *? -
TOTALS F 0R C RC UIT *' TOTALS FOP CIKCUIT *1
70TALSFORCRCUr - }? -0 ALS FDR CIRCUR7F1 Qtr' Iu0•iF IC2n:lON TYPE MAPS TOTAL Q -I NOTFICAYIOM TYPE W1P5 70'"AL NO-RFI STIOITYP ,1P ? 'A C'I. 7 1 A JTrTE PAPS T 21 NO -!'1F ICA"IOfJ'YPE ALiPS 7D :'AL QTY NQ'IFICA:IOtJ 7"!'Pf I1105 TOTAL
TOTALS FOR CIRCUIT*) ^. FICA71lM TYPE AF'PS Y -- D -e NOTIFICATION TIRE W,TPS TOTAL OTl• MOTIF ICA -ION TYPE AT•iP5 TOTAL CITY NO'OFICG ION TYPE N.1P5 TO`•AL OTY NDTIF IC ATIph! 141E AI.1h5 TOUL
ARC} TOAL OT1' riC'�"!FiC!" -ION TYPE AMPS TOTAL 1574 NO-1 t G +RF 574101 C7�'9 0.22''5 A G2RFSTJI.1 02:5 0.a5s ; GIRF V" 0255 2.CaC 2 GtRfS7'JI.1 a2 ?5 O.t [
0'Y NOTIFICATION T'1E MAPS TOTAL QTY NOTif )CATION TYPE S _ _ 5 G_ 170t 0230 1.105 2 GSRFS7VM ..a .,•
O.CCO 9,OCD 2 GARFS7VIt 12 6.470 G4RFS7VI8 C 235 647[ 1 G4RFS7VR1 0 2'S C 235 1 GeRFS7\RA p 235 t 235 1 G= RFS7\rtA G 2 ?5 A 235 3 GsRFS7VIA 0235 1.717 4 GIRF -VI,1 C e 5 1.020 5 GIRF -W1.1 /.255 1.275 ! C 000 c.CCC 4 GYRF -W1 / -255 1.020 _ c
3 G4RFS V111 023! 0717 0 - F 5 GIRF -Vi.1 1255 1275 4 G7KF V1,1 i,2F5 1.C:.0 I GIRF VIM 0.:c55 7.CYl 8 G1PF -Vt.t D2`S 7.538 5 G1RFVL1 0.2_`5 1.275 - - 2 GtRFs /tM Coco a._1¢ 4 G1FF -Vt! #.255 1.020
_ S G1R Vtl q 2C5 1 -275 A - 0 CCO D.•CO 3 GIRF -Vt.t 0.2`.` 0.7,.5 _ - ANt 4 COO 0 - C.AOf 9 -101 9 _ •.CGI 0 1115 f - C DT�7 0.000 l - C CCo •.00". _
• C CCC 1.CGa 0 - {.W1 O.00C C - 0 sea 0 coo t 0.000 6 CCC 0 O.CCa a coo C _ a.CC6 t tM 1 O1 GVt.1 0.2[1 0 211 0 _ C C0! C CCD a - ¢ ¢c0 1.00C D Cep
0 oa{ f.Coo t - ¢.000 9.CCt ¢ - C.Nt ❑CCC 0 6.100 0.000 D Coco ❑.000 a 9.100 0 Coo ! ¢,060 O-RIA 1 C 000 O.00C / O.CCC 0 DO! a C -too !.CCC C q 0.000 a.GCC ! 1 CCO 0 009
0 0 006 0 NCO 1 - 0.090 0.000 6 - O.oOD •.CCC 0 - 9 C'4 #'No 0 - I.ICI O.Coo a - a ODD I.C19 0 0.000 0.000 0 ❑0¢0 Alfa t - f CCG 1 010 • C 000 O.GRD 0 - G GIG It 1 0.006 ¢ CCO 0 0 CCC C CW
_ 0 - 1 000 O.CCt 9 - C OCO D CCO - 0 0 p _ 0 CDa lC0 - C"^ G 9.N 0 CCO - OCD 0 _ 0.0¢0 aCCR # O.CDO C COl 0 O.GGa LCGa ¢ 1014 D.CCO q - 1.0! a.¢DC ! LCCC 1.0¢0
• G DI C - G. D CC ^, a 0,0CC t ROC C O.aCD C ClG A - l CC1 C OCO ❑ •.100 0 OaO 0 - 0 CCC 1.900 0 - 1.W0 0 CQO 0 C iCt # OCD f O.CDD C 006 • 0.090 0.000 1 a,DOR ! lCa 0 - 0 act 1.100 1 1 -CCC O.aN
p _ l.004 9 CCt 0 0.000 AGCO 0 1000 1000 0 - C 400 O.CC:'. a - t CCC C Cl0 ¢ o CDC fl.000 D - OOOO #010)1 C 0.000 9 -CCo 0 a -CCC R.l00 6 AIGG 0 CCO f tl D00 O.ORD q ¢.CCC 0 CCO 0 0 000 a.ON
1. • O.oL# 0.000 0 !.N! O.CG\1 C /.00C CoOC fl - T r TOTAL MAPS: 2A5C i T07AL WIP5: 1rJ5.'' TOTAL M.IPS' 1.2`5 ? TOTAL M,!P5. 2.237 i TOTAL AIAP S' 2.C4a 6 TOTAL M,9►5: 1.46b
i
TOTAL SAPS: 1552 ❑ TOTW_.6. I.OW 5 -Tf'AL A)APS: 1.243 7 TOTAL AL!P5, 1.753 5 TOTAL AA ;S' 1.299 5 1 AL AdPS: 1.2E9 i 7 'A NAP : 7 ^5 i TOTAL A!hS .4
TOTALS FOR GRCUIT S2 TG":,LS FOK CIRCUIT x4
TOTALS FOR CIRCUIT *R TOTALS FDR CIRC U"*; TOTALS FOR CIRCUIT z9. TOTALS FOR CIRCUIT *a TOTALS FOR GRCUIT *2 TO'T+ -LS F OR CIRCUI".;a ?O"'►LS FOR CIRCUIT *2 Td'SLS fOR CIRC UTt *t TOTALS FOR CRCU " *2 TOTALS FOR GRCUIT *4
TOTALS FOR CIRCUIT *2 U �.,LS F OR C RC UR
A LIPS TO"++L Q flO�IfICATION 717E LAMPS TOTAL QTY NDTIF ICATIL "N TYPE AM hS TOTAL QTY Np71F (CATION TYPE MARS TOTAL QTY NOTIFICATION TYPE N.1P5 TO-AL O;Y NO:IFICA -ION TYPE AMPS T07AL u.. tJ0'IF ICATpNT'YPE .!PS aREAS Q'Y WO-IF JC ATIOIJ T}'PE Ai!PS T(7TAL 1574 NOTIFIC4'i'ION T\'PE AMPS TO".'4L
T Q-Y NOT7FICATIOFl ME NAPS 7U+'+L QTY NDTIF IC ATIOtN TYPE At.1P5 9.R'AL CITY NOSIFICA'ION',"Y►E A.1h5 YOTAL QTY Nf71FKAT57 TYPE A
o -ter NIPS TOTAL QTY NOT IF A1,1►$ OTAL ? G4RFS7VR1 1.23/ 0.TA O 0CC0 1. NI 2 G2RFS7VL1 0.2'.5 C. +79. a G2RFS7NA 0.231 tSFF 3 GIRF_$ x235 1.117 4 G4lFS7W.1 9..2 ?5 0549 4 Gs FS. • a548 t RF -c7 .1
TTY NOT). IC4.1,1 J iv►t
4 7V61 0.2.'5 1717 ! DOGt ODDO 2 G2RFS7VM11 0.2:0 0475 1 G4KFS7VI,1 1.75 023/ 4 G4RFS7VIA 0.2'•.5 0.9`.5 4 GARFS7VI.1 02:1/ a.5 ='t 4 G1RF -VI! 1255 1.020 4 GIRF -VIA 12`5 10¢24 4 GIRF- -VIA 02F- 1C2R 2 GIRF -VIA 0.2F-F- 0510 c
3 G RFS t GIRF Vhf 0-2FF 1.620 4 G1KF -VF.1 0255 1.C2D 2 Gtl F -Vlt 0255 OF_1C 6 GIRF -UlA ❑2FF 1.530 A a.0 ^O 0.606 _ - GIRF -VL1 /.255 1.275 2 G1KF -VL1 02`.5
5 GRF -57%A 1 = "cc 1.275 G 0.09C ! AN 4 GIRF -Vi.1 0.255 1.02A - - *DUN • 000 C O.Cf 0 C.00A O O 006 R CCR p 1.CCa ¢ too ► CCC; RCCO • - 1JCG O.00a C 1.0811 0.6'0 U
q i.C"t 0 000 0 - .ODD Coco 0 - O OM #.too 0 - C.00G C -CCC 0 - 0.001 a c a o Coo ACCC 0 0 COp f tCG 0 - _ _ _
CJOC tl Cr¢ { t 001 0 G'� O 1 000 O.GCO 0 0 CCO 6.000 a t CIO a OCC / 0100 O.CCR C 9.GCO 1.110 0 !CLC C C¢O p !CCR C.t00 C LOIN *.Co. LI__I
I.Cm G !CU a O.GCC 0 !N R t OOC C.CCa a O 000 i.ICC l _ 0.000 / DCO 0 one 0.000 a 0 CCD a1C0 0 - - aC;7 0 000 - - C ODR l.GCG
¢ - 0000 ODGC 0 - O.00C 0 Ogg 0 - 0.010 !LCC 0 C !N 9 CC, q t aC0 0 tC❑ 0 - ¢.CCD C 000 q ¢ CC¢ 6.000 0 COW { tCG
p kCH 6.000 0 - l.W6 0.000 0 - C tM 0 OCO 1 0.000 O ClC f 0.000 { CCC 0 0 CCC C.tOC 0
0 1. CCo 0.00'0 G
6.ccc 6.991 i LRIw a.cca ! Aacp Leca a ocw DaOO 6 atop 0000 • n.ceo LxG ¢ 6609 9 -cam Q
c.00a 1-cca 0 - CCCU 6.CLC o !.e¢6 0.404 # N
• - O coo t.00D 0 - 0 CC! 0.000 0 - 0 AA9 AC"^ 1 0 OCC C CCo t 1000 / C6a 0 - C OCC ACU 1 O.W; O.C,^^ ; /. CCI C 000 t _ O.c06 ❑oa0 - O.D00 0 O¢0 L_L_.
aaOC O Ica 0 a CCO 0.000 0 C 100 O.CCO D - _ _ C OCC O❑ C CCC c GGC 0 O.00O t GN • 0.000 C ODD G 0 G M0 2,Vl !
0 ACCC O,CN TP7AL M.1P5' 115' 3 TOTAL S)tPS: 1.5" 7 TOTAL MAPS 1737 6 7P'AL WdPS'. 1.4E8 y TOTAL MAPS' 2.2''1 6 TOTAL ALilS: 118E n
1 CCC - 6C CCD - e TC7AL A7MP5 72FS i TD'AL WCIS: 1.575 G TOTAL W'rc 1a 5 TOTAL WAPS 2217 6 TOTAL 117,1}5' 0.000 i Lx..� =MM ; T97AL MAPS: 1,111- 9 Tf7ALMAPS: o.CLL 0 TOTAL AlI11 145: 5
VOLTAGE CR0► CALCLI LATONS
VOLTAGE CP.DP C4LC__
gNS VOLTAGE CROP CALCULI IONS VOLTAGE DROP CALCU LATICIIS VOLTAGE DROP CALCULATIONS VOLTAGE DROP CALCU LA10M5 VOLTAGE DROP CALCULASiDNS
WIRE RUtJ VOLTAGE WIRE RUN VOLTAGE WIRE RUN VOLTAGE
WIRE RUN VOLTAGE WRERUN OHMS PER TOTAL PO`,VEIS VOLTAGE VOLTAGE OHMS ;ER Tq:N_ PDIVER VOLTAGE OHMS PER TOTAL POWER VOLTAGE OHRISPER TOTAL ;01'JER VOLTAGE
VOLTAGE OHMS PER TOTAL POLVEk VOLTAGE CIRCUIT ONE WAY OHMS E CRCLIT VOLTA OF SUPPLY RE/ZRIG CROPA7 ACCEPTABLE CIRCUIT ON£YJAY WRESTS CIRCUIT VOLTAGE SUPPLY REA ➢114 DROP AT ACCEPTABLE CIRCUIT ONE YJAY WIRE 51x: CIRCUIT VOLTAGE SUPPLY RED: RlG DROPA ACCEPTABLE
VOLTAGE WIRE RUN OHMS PER TOTAL OWNER VO LTAGE >' VOLTAGE PROP
WIRE RUN POWER VOLTAGE VOLTAGE READING ACCEPTABLE CIRCUIT ONE WAY VOLTAG_ READING ACCE ;TADLf CIRCUI? ONE )'JAY VOL7AOE READING ACC L
OHMS PER TOTAL READING ACCEPTABLE CIRCUIT ONE WAY
CIRCUIT ONE VOLTAGE } WIRE SEE CIRCUIT SUPPLY ? DRpPAT WLTAGfpk4P NUttEER (FEET) WRESE CIRCUIT ➢BOP SU ►PLY ATLt5T OROPAT VfL7AGE0ROP NUI•IaER (FEET} WREST CIRCUIT DROP SUPPLY AT US" DKOPA7 VOLTAGE DROP NUMBER (FEE T) t CROP A7 LAS'S' VDLTAGEDROP NURIBER (FEET) DROP AT LAST VOLTAGfDROP NURICER (FfE7} DRIP A
WIRE SITE CIRCUIT SUPPLY DROP Al CRAW WLTA�E ENC _ ... 1.-- -_ DEk1Cf END DRAW VOLTAGE END DRAYJ VOLTAGE END DRAM VOLTAGE END
NUMBER (FEET, DROP AT UST VOLTAGE DROP NUMBER (FEET) DRAW DROP VOLTAGE DE VILE END @'J.C.S.} GEViCE (Yd --- S.) DEVICE h• . ) CIt.36
DRAW VOLTAGE OE V7CE EMB (VJ.G.S (VJ.C.5.) OHIAS A',"vG RE VICE (4V.C.5.} OH1.15 AVJG - OMh15 Av'JG JC.S. 6113 A912 F.
} QHI,!S AL'JG OHLIS AJJG
@V.0 -S. Rf5 A'r'dG CIR,CUI7Ni 141 1.53 12 1.2F5 OF65 20.4 1371 3X YES CRCUR *1 1.53 12 2.L>=D 0151 20.4 15 St 25L YES CRCURJF7 1:3 1.53 12 7.255 9.411 20.4 1575 3"• YES CIRCUIT *1 130 150 12 20{10 1.021 2Dt 1533 554 YFS GIRLUIT *1 141 1.53 12 1.705 1.04Q 21.4 10.3E YES REV)
ON
E D 20.4 i5E0 4X YE5 CRCUI7 NH 104 1.53 12 7213 1.717 261 1561 4X YES CIRCUIT 1t 133 1 3 12 2231 1.115 Ti.4 1525 8•h YES
T tia 1.53 12 1542 0 0 ^ YE5 GRCUIT *2 LCC 1.53 72 1.576 0763 204 1554 IX Y^ES CIRCUIT *2 51 153 12 2247 C7t5 2!1 1561 ISS YES GRCUIT 4? 134 153 12 1.451 0.775 Zta 15.E 4Th YES CIRCU "4t� 170 153 12 1737 1.140 204 1529 EX YES 5
CIKCU) *1
• 7 YE S
a YES 4 .53 x)04 15.L
0. 21.4 11.34 5!K YfS CIRCUIT *2 52 153 12 ltct 0532 214 15 E7 ,X
tote 1.0.1 R R*2 122 1.53 12 7.255 O.F93 2D1 15.61 '+X vES CIRCUIT *3 111 153 12 1,552 1.011 202 1532 F.X YES CRCUI7*3 107 153 12 22 ?1 L521 20.4 13 t? EX NtS CIKCU" *? 14F 1.53 12 1.451 Acb 20.1 15.[1 ?£ CIKCUI -*3 92 i!, 12 1.. PER CITY COMMENTS
CIRCUIT*[ 13 153 12 � s t E�4 YES C CU ••
SRW1E D 1.53 12 0000 9000 26.4 21.10 a5i NOT USED CIRCUI'*3 112 15. 12 1.7_3 4.561 2/ 15,44 CIRCUIT t» 1 1' 11 0
SPARE 0 1.5? 12 CCGI /.CCD 2101 20 a6 154 ND7 USEQ CAR CUIT *a 7c 1.53 12 1.255 D32T 204 2C -C3 25'. YES CIRCUfT *4 2CD 153 12 11c `_ 1.132 204 99.27 4X YES $•ARE a 1 -53 12 O.CUC 9.610 21.4 7040 GX NOT USER GRCUIT *4 159 1.53 72 1.57E 1.146 211 1573 55: YES CIKCU " *a 151 1.53 12 12E6 11201 15N F'•t YES xa F 4 }'cC
N, C5, - WORSTCASE SCENARIO C; J.C.S. = 4VOR5T CASE SCENARIO D; J.0 5.1- WdRSTCfwcE SCE NARY <'J.0 S- - WORST CASE SCE NARIp 'Vv C,S. -WORST CASE SCENARIO 'J.C.S. - VJOR5-C11SE SCENARIO 7v.C,S - Y -0CR57 C/SE SCENARIO BY: DL 04 /22/10
VOLTAGE CROP CALCULATIONS VOLTA. ^ -E CROP cW.LUUTTOws 2 PER CITY COMMENTS
_ VOLTAGE DROP CALCULATIONS VOLTAGE CROP CALCULATIONS V'OL'A^ CROP CALCULATIONS ABY: DL 07 /13/10
V 'AGE DROP ALC VOLTt -GE CROP CALCULATIONS -
F CEVIC£5 DHI,iSPERTH0U5W10 VD *2XLXRXI OhE RATIWGRAfIGFFORpEVICES OWLS PERTHOUSAINC VD- ]YLYDYI pPERA °It1G RA1'iGE FOR AfV1GE5 OHMS PER7HOU5WJC VO =2XLXRXI OPERATING RANGE FORDEVICES OHt.iS PER THOUSAFiC VD =1X000 ORE RATINGRMIGEFORDEVICES OHMS -!
VD��YI rAxl
OPERA71tIG1W1GEFfRCENCES OMI,tSPERTHOUSWJC VT) =2XLXRXI O ;ERAT'NGRMJGEFpRDEVICES QHMSFER- ,110U5MJC VD =2XLxkxl fPERA'IIFIGRANGE DR taCp AKEfE"iJEEFIt64'PCANDS3VI)C t011'NG 7,77 1000 AREEFT %JEENI3VCCN3A33VJC 1iZ% 777 u
1010 ME BETWEEN iEVCCAP1433WDC mCAND 7.77 1G0! ARE B£Y1'JEEN 1FIQCAN ➢334?'C 1iAt,VG 7.77 190/ ARF DtT1VEEN 1fVDCAND33WC 1tA +VG 7 -77 11N /J(E rET4'JEEN 1TJDCAND33VDC 19. AVJG 777 tC09 ARE EE7rVEEN 1EYDCAND 33VQC 1s!S'VG 7.77 11AWG 315 PER CITY COMMENTS
If AS'u0 af': 19 AWC 1. ^,J 16 ASS 'G 2`-"J 19. A1•JC ALES �4,,,^ 4W 1,'ASUG .t! '3
3.07 VD =VOLTAGE DROP 1t AV` 8 3 47 VD - VOLTAGiE CROP 14 A ;JG 3.07 VO - WLTA3E ➢BOP 14 A' ;JG 3.07 VC * W LTAGE DR O► 4 A1JJG 3 7 W = VOLTAGE ARGP 11,70'03 3.07 BY: DL 07 /15/10
VOLTAGE DROP 14 AVJG 3 C7 VD =VOLTAGE CROP F CIRCUIT 12 A9'JG 1 53
VD- W 4,,• q �• L - ONEAVAYLENGTH 0 C 12 AWG 1 5? L - ONE -WAY LENGTH OF CIRCUIT 12 AVJG 113 L =ONE -)'JAY LE NGTH OF CIRCUIT 12 ANG 1.53 L = BNEAVAYLE REST Of CIRCUIT
= F" NGTH OF CIRCUIT 12 AW'O 1.53 4- ON£YJAY LENGTH OF CIRCUIT 12 ,JG L- ONE�'JAY LE NGTH OF CIRCUIT 12 AVJ3 1.13 R - CONCUCTOR RF SISTANC£NOH6IS PERTHpUSA1D FEET 1G 4iJG 121 R -CONCU CTOR RESISTANCE NOHI.!S PER TMOUSSN ➢FEET 10AVJ3 121
L ONE WAYLE
R- CONDUCTORRESIS7M1LEiMDHMS ►ERTHOUSANDFfEt 1QANG 1 -21 R- CPNDUCYLENG 'SOFCIRCUCIHM5PEK7HOUSNJ ➢FEET 7!A';JG 1.21 R= COFIDUCTOR RESISTANCE IMOHfAS PER THDUSMdOFEET 10A'NG 121 k. =LOAN CURB �ESIS- ANCEINOHM5PERTHOUSANDFEET 10A'JJG 1.21 R = =CONDUCTOR RESISTANCE14OHMSPERTOUSA NDFEET 10 AWG 721 1 =LOADCURRfNT I =LOAD CURRENT QPERCITYCOMMENTS LO AN CURRENT I -
I =LOAD CURRENT L =LOAD CURRENT I = )DAD CURRE NT 4
BY: DL 08/16/10
POWER SUPPLY X15 POWER SUPPLY #16 POWER SUPPLY *17 POWER SUPPLY 111'11 POWER SUPPLY 11:19 POWER SUPPLY �k20 POWER SUPPLY X21 ZLPER CITY COMMENTS
STANDBY ALARM 5 BY: DL 09/03/10
ALARM STAN N1DDY ALA RA B °,AL ALARM STANDBY TOTAL S'At1DRY ALARM TOT AL AL1-RM STANDBY 'i•QTAL STMICiY ALARM TOTAL ALARM Cu PRE 14T T07AL5'AN➢iY CUR U,9.,," 7O CURRENT TOTAL STA7I GDY TOTAL AUIRM
S7ANGD \' ALARM STMdOfY 7pTAL5TNIDDY _19. OTM.IU_ARLt TOTAL ST CURRENT CURRENT
TgTSL STANDBY TOTAL ALARR! RITE PI": Cu RRt T' CURRENT CU KITE NT CU RITE INT. CU RRf N7 CURRENT CURREtJT DESCRIPTION QTY CU RITE N9. PER QTY CURRE tR DESCRRTiDN QTY CU RR£N'T ;911 QTY CURRENT
CURRtN' CURRENTPER CURRENT Q'N CURIREtR OESCRlPT90N CU tlTY CURRENTPER OTY CURRENT QE SCKRTION OTY CURRENTPER QTY CURRENT DESCRIPTION QTY CURRENTPER QTY CURN£NT DESCRIPTION QTY CURRENTPER TTY CURRENT PER ►£RUMf7 PERUNR PERUNR
DfSCRRTIQN CITY PER UNIT PERUFIIT h£1lUMIT P£RUFIR ITE1dµ1AP$) ►ERUPT❑' µ11P5) ►ERUNII CA ) PERt'SIT 2 µZAPS} } W,1 ;S) ITEM IP5 WARS)
}WAPS) ITEM µ61;S) W.1P5) µ -TAPS} WARS) t!ER1 (AMPS WI UN IT (AMPS) ( (AMPS) (A, ) PER LINT# ►ER UNIT t'EIA WA ►S} WAPS) W' }
tlE IM 11P5 µMPS' CE h1 WA ►5 WAPS) WAPS) W,1 P5} (N.1P5} W,tP$)
AdP5) (p7APS)
CPS 1 "A MPS x 1 O07p A27O x 1 02'0 _ fPS1W i.C7l x 1 Ao70 0270 x 1 0270 BP516A 0070 x 1 0.070 A27! x
DP51CA OC7O x 7 QA7C 1.270 x 1 0.270 BhS10A C.OTO x 1 1670 ¢270 x 7 a2T0 1PS1CA CO7fl x 1 007¢ {,271 x 1 0270 BRS10A CJTt x 1 417! 0.276 x t e. 270 CIRCUITiri 1c5t x 1 1.455 CIRCUIT *1 2131 x 1 2431
CIRCUIT #1 1.7 ES x 7 794 CIP:'UI'L1 1.7K7 x 1 - 1.7'7 G'S »It 41 1.434 x 1 1./ ?; CIkCUIT *7 2.431 x 1 2431 CIRCU " *1 2247 x 1 2217 2231 x 1 [9.:l
CIRCUIT A} 1151 x 1 1.A =E CIR ^UIT 1.7_3 x 1 - L7`_3 c {JN x 0 ❑MC LIRLUI74t 1.753 x 1 1.7_`3 IRCUITA s x 1 - 1.004 CIRCUC *Z 2247 -x 9 2.247 CIRCU"$'#
E. x t .CCD CIRCUIT 9.0 71L2 z 1 1 4E2 CIRCUIT *3 7.514 x 1 1.514 CIRCU"*' 1 C12 x 1 1.012 CIF.CUIT*? L7:5
CIRCUIT*3 2Dt(1 x 1 2CC3 CIRCUITKI 1 -271 x 1 1.211 SPARS SPARE l.o1G x 9 /.COO CIRCUIT *4 2.227 X 7 2.247
1759 x 1 1.7E9 CIRCUIT *A 1.F IA X 1 1.514 ePA,RE C DDa x 0 t. G'C0 CIRCUIT 4y 17f1F x 1 1705 SPARE O. DCO x 1 - ¢.ODC
TO s AL SY'S".'E IA TOTAL SY57E 1.1 TOTAL SYSTE IA
Cl RCUi7 *M - TOTAL 5457E Id
Tf TAL SI'STEI,1 TOTAL SYSTEM TO TAL SYSTE IA TOTAL SYSTEM 701AL5YSTE hi 1.704 `: 0'AL SYSTE I.1 0.070 TO`ALSYSTE t•1 7AAi TOTAL 5457E ii TOTAL =j c a.C7O 5.127 STAID v ) } 0'¢70 R!! Id; ti 3 -555 -
0.97A '��- STANDBY W.1P5 AURtA M.1PS:
STAN /" WMP_ 0.,,a 5TANC)/`t RIPS 661 ALTS' STAPIa Y MAPS t.1 At.7PS! REBUKE TIME FRfM NFM 7244.L5.21- (1)14.4.1.5.3.1
TOTAL SYSTE h1 7.314 0.070 B.495 c• M (A C • S) RE QU IRE D O PE RAT ON TI IA E F ROM NF; A 72 4.4.1.5.2.2 d } 1 1.4. L 5.3 1
STSNDOY RIPS /X71) ALARLI At'�15' S AFNC Y(AT'P AURfA AIA S'
.1 PA 714.4.7.522.114.A 1.5 3.1 REOUIREOOPERATIQN TIL7E FROM NF ;A 724.4.1 =,202.(1)14.4.1.5.3.1 RE OUIREB OPERAIONTIME FROM NFPA 724416 .2.2.(1) #44.1.5.3.1 REQUIRED OPERAION THE FROI! NFPA 724.4.1.5.2.2.(1) #4.4.1.5.31 REQUIRED OPERATION TIDE fKOrA NF 71/1 ,7.52.2.(1)14.4.1.5.3.1
KEQURED OPFRA -00N TIIAE FRDt NF ( )
:c $TAlaBY:z4H0URS ALAJlf.1 ;1F- lMINUTESx1160 =025 HOURS STAICfY'2sHCURS ALARM: 19R11NUT'E5X1r5C =0 -HfUk5 STANDBY; 71 HOURS ALAJli .1:15MOJU'TESxtKf =l15MOUK5 STAND0Y:24HWKS +URFd:15MNUTESXI +F". =C25HOURS 5TANABY2ANOURS ALARM;151.tIHIxTE5X1FE0 -0. 4H REGESTEREDENGINEER:
STANDBY 24 HOURS ALARM:IS MINUTESXIND 025HOURS STAND BY: 24 HOURS ALARRI'15MIFIU,rfSx1.¢ D.2SHOURS
TOTAL REQUIRED REQUIRED TOTAL REQUIRE REQURED TOTAL REWIRED REQURED REWIRED TOTAL REQUIRED REQUIRED 'O7ALALt4Rld REQUIRED RfQUIRfD F�AN REQUIREp REQURED -OTALALARM REQUIRE➢ h SHANTILAL C. PATEL
UIKED T TAL REQURED REQURED 'Ou'"D STANDBY N1AR1.1 �L RSQUIREA REO p '•O''"AL ALARFA REQUIREp REQUIRED 'D7N_ALARI.1 ALA•Fid RE iUIREf $7AFIDBY S A7lDBY REQUIRED SOTAL ALARtt ALARId REQll RED STNNDDY STANGBY RE QUIREA ALM -ARIA A�,pRLt S'MICDY 5TMJDBY STANDBY N.,AA(RI TIM1IE CURRENT STAiCBY ALAKtA 711.1E CURREFtT REQUIREp TOTAL 'OTALALARti REQUIRED REQUIRED STNlDDY STANAIY 'AF' Y STANDBY ALAARid STANDBY STAfJCBY R!.t TIME CURRENT ALARRI S7WID DY ALARI.I TIGiE CU RRf NT STANDBY ALARM TARE CURRENT S7ANCIY AUKM 771,1E CURREFR CURRENT CAPACITY CAPACfry CAPACITY CM AGRY STANCRY S l�B ALARM1I TN.!E CURRENT ArACITY STWICDY APACITY +n1A wACITY CUKKEFIT CAPACITY CA►tc1TM THE MfURS} CURRENT CAPACITY O10URS) W.1 ►5) CAPACITY TIME (WOURS) CURREFR CAPACITY Q1fUR5) Wd /S) C�fry '❑bIF_ (HOURS) AMPS) µ61P416) (HOURS) W,1PS] (4M;47R) TB1E OIQURS# µF1 ; -HR} (HOURS) W,1P5) WAP41R) 954- 962 -3765
Cu FIRE NT CAPACITY pURS} WAPS} C TIME OJOURS) CU KITE NT C 01 c (AMP-HR) THE (HOURS; W ) µLt PJ1R] HOURS) WAPS)
THE MOURS' 01 WdPS) (Al PJIR) (HOURS) WAP..) ( IFS MP-HR) ( ].IRS) µLiP41R) (A•9.P_F1 R} (AMPS) W,TP41R) WiP47R) _
µMRS) WA }a1R) (A1P41R)
a X C 070 1.c30 1.25 X 7A<A 1.512 24 X t C'C ).EEC 025 x F_O?5 12`00 24 x C 070 = 1.111 f -2F- x 5 027 1157 z4 X O.C70 1 Fs0 A2F X E 545 z2?S P.E. 0028551
2a x 1.070 = EEa 925 ? 7.314 1.1x9 24 x 0.070 = 1X60 0.25 X a 4Eb 1 E2t 2< X 0.076 1.6EO i 25 X 1.704 t 425 2
MRl11.1UM MI161LIIA REQUIRED REQUIRE• T h1NIMUl,1 MN9dUti REQURED RECUIREA REQURED IdINiT!UtA ttI111.1UMK STANDBY REALARLIO REQUIRED DERATtIG AFRMOUR AtPMQUR STMJCBY RAURIdp REQUIRED DEkA"ING AMPIHOU1R NdPmOUR IY_ FIRE PROTECTION
MNIMURI MINIMUM REWIRED REQUIRED RED IA RlIttUR1 LiN1AU1A REQUIRED RE QU REA REQURED REQURED N.!PIHOUR
REQUIRED REQUIRED REfuIKED REQURED PMWR ARiNIMIJIR STAN- ALARM CE KXANG NA►MOUR AIJP1HOUR STANDBY ALARM At!PMOuR OE RAILING µdPMOUR AMPMOUR S7AID5Y ALARM DETOR 1. AMPMOUR N .I- PS2O CAPACI:V CAPACITY NAl'.ERY FACTOR BATTERY BATTERY PS21 CAPA,CI;Y CAPACITY FACTOR 1.2 BATTERY BAT7I RY
STANDBY ALARM DERATFlG NAPMDUR AMPMOUR $TNJCBY ALARIA CIEKATNG NA AMPMOUIR µAPMOUR BATTERY
AbTmOUR Ah1PMpUR
RACITY CAPACITY FACTOR I2 DATTE RY BAT'E RY P51t CAPACITY CAPACITY ;A; CRY FACTOR 1.2 BA"^'E Rl' DATTE KY, PS17 CAPACITY CAPACGY BATTERY FACTOR t.9. B11'T'E RY BATTERY PS1t CAPACITY CAPACITY BATE RY FACTOR 1.2 BATTf RY BATiE RY PS1� C•APACI�1' CAPACITY DA;.tRY FACTOR I.2 BATTERY BATTERY to ;416) W.iP4!Rj DATTE KY REQUIRES REQUIRED (AA ►49. R) W.t P -MR} REQUIRED EQUt
P115 CA 1PHRi µbiP4tR RE REWIRED (W.flatR) WAPHk) REQUIRED REQUIRED - « 0713 12
BATTERY REQUIRED REWREp W' } REQUIRED REQUIRED WAP -HR) (Ab1RkIR) « 1ElC 2.231 3.515 x 1.2 =
W.11-MR) µlAP41k) REQUIRED REQUIRED W,1 P-HR) µRiP47R}
LRF" 19.'3 3.515 h 1.2 1.211 12 1&SO 1.621 - 3.3.1 X 12 35F..2 T 1.N^ 1.425 - 21CS X 1.2 2,527 7 1N0 1.112 X 1.2 = 4310 12 1.E[C « 1.255 2534 x L2 3.527 7 1.Ei1 1.257 25[7 ti 1.2 352s 7
TOTALS FOR CR CU17'`'1 TOTALS FOR DIRC U(T «t TOTALS FOR CIRCUIT *c+ 707N.5 FOR CIRCUIT *1 TOTALS FC!R CIRCU " *3 TOTALS FOR CIRCUIT41 TOTALS FOR CIKCU " *3 TOTAL$ FOR CIRCUIT *1 TOTALS FOR CIRCUIT 7."'
I * TOTALS FOR CIRCUIT*? ;UTALS FOR CRCUR *1 _
QTY NO'IFIGATIOHTYPE AMPS TOTAL QTY Na',IFICA IONTlPE A•iPS TT QTY NOTIFIp4"ION TYPE AA RS TOTAL QTY NBTFICA".iUN TYPE W!PS TO'�AL
T CIRC " *1 TOTALS FOR CR CURdO TOTALS FOR CIRCIf 1
TOTALS FORC U T' NOTFIC ATION TYPE AMPS TOTAL QTY NOtIFICAT10h!'r1TE M.IPS 'TOTAL Q''Y NOTIFICATION TYPE AI'FS Tp "� QTY Nd?G4KF -TIME WJ ►S TOTAL QTY 71 ICA 10 Fl T1TE At2I9 T 71 F70 F1 F-57N TYPE MIA► A v c 1 GaRF57V1.1 0.235 0.235
T T' Nf".1FICATQN TYF'f M.ihS TOTAL QTY fit- IFICA"IQN TYPE AI.1P5 �AL QTY NO'1 FIGA71Chi TOTE AhiRS 7f :AL Q
QTY NOTFICATITI ,,RE. AMPS TOTAL Q - -
.i 0 235 0.553 6 G<RF57Vf.1 0 Z_'S 1.434 0 O,o00 ❑CCC 7 G1RFS7VtA 9.234 1 f7? 3 G4KFS7VI.1 0 23! x717 3 G4RFS7VM 0.2:5 C -717 1 GTR F -57VIA 1235 0 231 Z G4RFS7Vti ¢239 017E 1 64RFS7Vf•J C 231 t 235 7 G:RF- S7V7.1 _
1 G4RFS'WS.1 AZ"5 t 235 2 G4RfS7V1A ¢.235 0176 3 G4RFS7'VI.1 0.2:35 1.717 A G4RfSTV1 5 GIRF VI.1 0.2F5 1.23 4 G1RF VIM C 225 1 027 1 7t"7jA -SS 4c{ 0253 0:.:3� 3 G1RFV1,1 102`_5 0.7E° i GIRF V!A 1.255 1.53¢
i GiRFVt•1 Oz`F 1.5.'11 6 G1RF -VM 125` LF37 4 GIRF VIA C2E4 1.420 1 G1KF -Vf.1 1.'OF 02FS i #C GOOD 1 6600 O.CC9 3 GIRF -VIII 12`4 0-7cF 3 GIRF -VRI 0255 OTSF 6 GIRF -WL1 C.2 "_ °_ 1.530
�° 000E C Q C."^ 0 0 CCD 1001! 0 ACCD LiOO tl 0.000 9.000. 2 01 KF Vil G2F5 f : to o OC f ^R!
C Ot0 f CCC 1 D D0 - C/ 0 cLo ova _ a a: D Coco t - _ l iCl 0 COD p ! CCU D coo 1 O.CCC C COC U_
p - 0 CCO LOCO 0 - _ .0N "O - - _ C _
AC/'^ C CCO O - 0.000 f CIO 0 0 coo 6 CC11 t t CN 0.000 6 0.0;.0 0 - # 0 ODQ a.CC9 f C 9M 100:4 ! 0'C A 0.ac0 O 0 oC6 6.00C # 0 !00 O.CDO i 1000 0 coc
�, 0 _ - _ loco 0 COO ! a C': ; C OCO a O,CCD 0_CCC a fA00 /.014 0 - C M! O 606 0 GOOD 0 G "A 0 O.00G f CRt 0 - aCCC C OCC
G ! LODa 1000 ! 0AC0 1940
• 0 CCa 0 0(:C 0 O.iG Lc00 p 9. too 0 GCO t 6.000 1.000 ! 0 -DOD 0.100 0 _
p O' coo t OCC 3 - O.C.0O 1CN p - /.Oa ^u 9.000 6 C 066 0.000 0 _ 0 000 O -No 0 _ O.Coo l.4N 0 - 1. oco I.No O 0 CCC 0 CCO 0 OCCO 0 ❑Ol a - ¢096 t 101 0 - C OOC 0 C1G
_ _ OJCG C CDO 0 0 ill 0 oco f 1 CIC 0 aCO
1 _ LCCC 0 CW 0 CCC C Ca0 C - D_oN !CCC t C.00p 9.000 1 0 C ^C ¢ ODD O a CCO 0.100 0
aOCC 1.COC a 1.000 0.000 ! O. DOa D.6Ca ¢ C (>DO 0.0¢0 0 0000 C COC ! l.CCO C CCp { a CCa D LGJ
• _ A 0 - O.CCC O C "L 1 - O,i,GC G.LCO 0 - 0.00! 0.0 CC 0 ¢ CCD 0 CCD 0 6,CCa O Cal C c C.LO! 0 Aj,1P J Al2 t G.CCO a. pal 1 .001 AORC C
7fS !! Ct 7 TOTAL W1►5' 7.737 5 TO -AL M•!PS' 1.211 6 Tf'AL NAPS' 1.434 1 TOTAL ALTS: 909D 19. TOTAL Af.TS, 2431 6 TO ?AL AI!PS: 1112 5 TOTAL MA PS' 2227 6 TOTAL MAPS: 1.514 C TOTAL S7'hS 1156 4 Tf7►L AI.!P5: 1.012 9.0 - TOTAL At.IP5 2131 7 TOTAL W.IPS r/•�
7 7 .p z
S FOR CIRCUIT *2 TOTALS FOR CIR CUIT IK TOTALS FOR CIRCU "*2 TOTALS fOR CIRCUI. #4 lO7AL5 FOR CIRCU " *2 TOTALS FOR GRCUN *4 SO'-IS FOR CIRCUIT _ TOTALS FOR CIRCUI" *a TOTALS FOR CIRCU"4Z TO °.ACS FOR CIRCURYt �J F-NUMBER:
TOTALS FOR CIRCUIT#= 7Q ?ACS FOR CRC UC a2 TOTALS FOR CIRCUIT iF4 Td,AL _ - _ ICS
T RfIRCU' - *2 - r,P TOTAL T`•'h^ APS TA TY tt 'IF I^4T f1 T' I,P ",Y JO'IF ATOFI 7`: WP AL t"'Y NOTifICA'IOMTt'PE WAPS TOTAL pTr' NDTIF ICS -ION TYPE AR+PS SOTAL QTY NO- RFICA710'i7ePE AfiPS ?0'AL QTY Nf71FICATIQN TYRE W'PS TOTAL 9.Y ^A'I t17'✓P LAPS T "' ".'1F STION Ill MM 7'
TOTALS
FOR - -
I A ION TYPE A11 ;5 TOTAL Q7V NO ,ION TY►E WAPS 'TOTAL -;F ST10Fl T•'P SI.1 'Y h!OTIFI ATOPlT AA TY A 'YI A - 0000 9.CG6 3 GuRfS7Vtd 1� 5 0717 C - O.ACO 1.110 t G4RFS7\Rd O.Z35 0555 3 G4RFS7VI.1 02?5 0.717
Q Y NO'TF C -
c , 47 r4RF.47VR1 2 623• 2 G4RFS7Vtd 0.235 OA7i 1 GARFSNI -I l,2?! 0.231 0 O.ODO OacI 0 9Ca0 i.lN 2 G4RFS7V1.1 0.239 9.473 5 G= wF57Wt.1 0235 1.135 1 CrJRFS7Vl,t /.2 ?5 ¢.235 t - c - OCDD ¢Loot 5 01 RF VIA 0255 1.275 6 G1RF VIA 1255 1.531 -O
1RF C2? - _ AMO 0000 6 G1RFVt.1 0.2FF 1_?D f _
4 GIRF VI.1 C 0EF 1 C<0 6 GIRFVI.1 3.255 1.530 5 GIRF Vbi 1.2_^5 1 275 5 GIRF -VI.I 0.2F5 1.275 C 1.100 0 CDD 1 0 COQ 0.600 5 GIRF VIA C 255 1.27$ 2 GIRF -VIM 0.245 0 511 3 GIRF' -VIA fl -255 f. 7i:E 0 - C Coo a Coo C x600 0 -CCC 1
q o.00C I.cCo f 0 CCa OlN 1 _ C.00I 9.170 0 O.CCC 0 0170 ¢ a. CCC G GCCU 0 - OCN L{00 C #1Dl O.CCD 6 I coo 0.000 _ O,e6C CSO - p. 0 DM 0 a.CC9 G 90C G _ C G4 0 CCC C -
p 1.00¢ 0 DCI C 0 coo O.OW ! - C 006 O.ICO 0 - .CCC C 406 0 _ 0 000 O.iIXO D _ C, COC 0 4R 0 1 GN LOCO D - C Q!C ACCD 6 1 CCo C COG 0 0 L:.L CJCO f - C.CCO a CCG D C CCC 0 CCa 1 C 00¢ 0 CC6
❑_ 6.040 a _ c cDO A1Cn e
O.tC¢ 0.000 C 0 NC C CID a C DOi G.OGv" 0 C_0Ct ACGO 0 1.100 C pOD 1 t.C¢0 ACCD 0 6000 # RN / 0.0 ^6 0.600 a 0 Cc1 1.000 C ¢ coo C,OCC D 0.000 D CCa DATE: SCALE:
q _ D M/ / cDa a - _ _ _ t CCl C ¢09 ! C CDO D.CCO 0 1 coo O.CCo 0 C.COC 0 CCO cco p 90ce ! ro o - a coo o acD • _ ¢.oco l lLR ¢ - 1.1CC Coco R ¢ oce 6.OGD 9 6 c96 o.aco a e pep o Gca a - 1 cN !.!N ! e uD c crc ! - 1.DDD ¢ Sop 0 u 07/13/06 I /8
• _ 0.040 a CCo 0 - t CN 0.0.00 p G.00O O. CCa O - OCC ^, LAN 6 - ACC) 1.000 0 t.6N 0X00 1 A1C0 O.CCO 1 9 coo 91500 0 C O C. CCO .tDt a acct G.ClO a C C. ^0 C ¢f,0 0 - 0.000 AGCo a ARP 1 2D{ `
p 0. WD • O.1 O 010 t 1DO 0 _ 0 N/ "►L' 1 a CDO G -900 0 0 CCO C oCf 0 - a 010 * oN D 0 OGG 1-GDa 0 /.COO 0 OCC O C.CCC 0090 o CC0 0 000 .CD 0 C D CC t C 000 6.000 a C,OCC OCCO J
TOTAL W! ;S' 1.451 7 70�'A -FG-00 loco' T IOTA NdP 7F F ?A W!PS COCO TOT M.tPS- a Du TOT APS 75 T' .9.P : 7C` A TOTAL - PS: 1.1154 D T07AL WAPS. OOOO 5 TO -AL µ,)PS: 2.247 0 TO -AL NAPS: OCCC 5 A!1P5 ZT'. 7 A,9P5. 2.217 Z)
7ALWA t.0 L7AG ; LcuuTtprls C DRAWN BY: CHECKED BY:
F VOLTAGE MO P, CALL ULATIONS VOLTAGE CROP CALCULATIONS V C E N AR R D . N .
VCLTA3E DRaR ULAT.ION VOLTAGE
I TAGE DRO; CALCULATIOr15 WIRE RUM OHMS PER TOTAL }01'JER VOLTAGE
VOL VO TAGS 1 0 A CU 'I t VOLTAGE CROP A ULAIORS
RUFI VfLTAGE WIRE RUN pHMSPER TOTAL POWER VOLTAGE VOLTAGE OHtAS }ER TOTAL ROVER WLTAGF VOLTAGE YJIKERUF! VOLTAGE fHb15PER TOTAL POPPER 1,24744E
VOLTAGE WIRE T TAL POWER VOLTAGE ACCE ;TSB If CIRCUIT pNf WAY VOLTAGE READING ACCEPTABLE CIRCUIT ONE YJAY VOLTAGE READING -_.... . CIRCUIT ONE WLTAGF - REACRJG ACCEPTABLE -CAGCROP
VOLTAGE WIRE RUN OHMS D
r, A PER TOTAL POWER VOLTAGE
WIRE RUN VOLTAGE QHt S Y VOLTAGE READNO ACCE P7AB lE CIRCUIT ONE WAY WLtAGE READING r WIRE SIB GRCUIT CROP SUPPLY A �_ CROP AT WLTAGF CTRiP NU1.1D5k (FEET) 1 \ORE S''L -.F CIRCUIT SUPPLY
OHLISPER TO7W- POWER TABLE VOLTAGE READING ACCEPTABLE CIRCUIT OtlEWA WIRE 51 CIRCUIT SUPPLY DROP AT WIRE 54 CIRCUIT SUPPLY CROP AT 7 c, DR0► ATVICL VOLTAGE CROP
fl YJAY WLTAGF READING OP AT ACCEPTABLE CIRCUIT ONE WAY WIRE SIE CIRCUC' SUPPLY CRDRA•7 VJRE SLF CIRCUIT SUPPLY pkO ;A7 DROP ATUST VOLTAGE DROP NUt•1BER (FEET'" DRO; T A7LAS7 VOLTAGE pROP NUMBER (FEET) DRA1V VOLTAGE END QRA1'J WLTS3t END
CIRCUIT O EEI1 WIRE SIM CIRCUIT CROP SUPPLY AT LAST pR VOLTAGE DROP NUMBER ( FEETT) DROP AT LAST VOLTAGE DROP NUI.tfER ifEET} DROP ' - - VOLTAGE CROP NUh1BER (FEE'S. D ;J VOLTAGE END LYRALV VOL.AGE EFND V C.S.i DEVICE {4V_C,S.) 1014,7E
NULiBER (F 3 DKAW VOLTAGE EFTA DRAW VOLTAGE DEVCE END b, ) ARAVJ VOLTAGE END OEWCE @V.C.5.) DEVICE (''' r; ^ OHMS AVJG
J C.S. DEVICE (1'J.C.S') OHLiS ALVG 1,1 `A +G rs OHh15 A Jo (, 15 . Q� 17
C } DEVICE (W C.5.} OH't5 A+,VG a ; YES CIRCUIT *1 131 1 S' 12 2131 1.745 20.4 1963 tX YE CIRCUIT*) 211 1.03 12 2.2A7 1763 204 01.06 5X Y£5 CIRCUIT *1 1._ 153 12 1.4!'9 1.5`4 201 1525 5'b YES CIRCUI' *t 171 1.53 12 2.431 1.E05 214 11,75 7% rA. YES `J
N.C.S. GH!MS A','JG OHMS AWO
C
IRCUIT L7 125 1.5' 12 1 7F5 a E21 2C
1 19.52 4'fi YES CIRCUIT*) 1M 1.53 12 1737 1.1 "_3 244 15.27 4X VES CRCUIT*H 112 1.53 12 1.43A OC2C 234 1571 - GRCURs� 172 7 -y3 12 2.231 1 -411 io,a 1E.S2 F% YES
- z e A
5 aX YES SPARE 0 1.53 12 0.000 1000 204 20.N a`•4 HOT USED CRCU! -*2 212 L53 1Z 1753 1435 20.4 1357 7% YES CIRCUIT*[ 151 153 12 t.CC4 1565 204 15 t1 3X YES CIRCUIT 170 153 72 2c7 1 74 ZC4 lt5F
12 1.4 °3 9717 20.4 19.15 1'4 YE5 IRCUITL'2 1x1 1 -013 12 L7E3 1112 iC.4 1 59. _919
-
CIRCUIT+2 124 1.93 V, YES CRCUR *3 201 153 12 1.514 1.152 i ^4 1521 6X YES CP CUIT *3 1.2 1.53 12 1.012 0.750 2Ca 7l EE PA. YES CIRCUIT *3 1 153 t2 1.7F5 1.1 C6 20.4 15,25 EX
q Cf,i 1.395 20.4 1IS 7% YES CRCUR 713 111 153 72 1211 C4ti2 11.4 159.6 3k YES SPARE C 1.53 12 1.CD0 O.00C 7.4 2640 CX NOT USED CIRCUI` *7 2AI 1.53 12 1.452 1.173 204 1523 Q
CIRCUIT SITS tE0 1.5_ 12 2. cbi IFS SPARE 0 7.53 72 OCCO 9. CCl 20.4 20.46 C5: NOT USED CIRCUIT *s tat 1.53 12 1.705 ❑S'E tot 19.22 5 -- '+t5 ►A F 153 2 !Cot a.4 20.40 X SA «FE C 153 12 /OCi .COD 20A 2C 4C C ",S NOT USEp CIRCUIt *4 152 1,53 12 2.217 1.8£5 2!1 19.73 9.'•a Y£5
R y,, 1 , =y [i 4 15.F" 4' CIRCU!T7r- 172 1.53 12 1514 1,005 x9.4 1538 N.C6 - VJfKSTCaSESCENARIp 5 - --
`:rOKgal 1SCEIlAK10 "JC- S.- VJDK- -C.+_- SGEWARiO vV.C.5.WORS -CASE SCENARIO MJ.C.1.= 4'JORST CASE D:v.0 S.' =WORST CASE SCENWl10 - V.C.S.= VvORSTCASE SCENARIO
I