Text

Rev 4 to PS-79, EDG Loading
	ML20141D252
Person / Time
Site:	Pilgrim
Issue date:	01/19/1996
From:	Das S, Martin J; BOSTON EDISON CO.
To:	;
Shared Package
ML20141D244	List: ML20141D238; ML20141D252;
References
	PS-79, PS-79-R04, PS-79-R4, NUDOCS 9705200051
	Download: ML20141D252 (180)
	v • d • e

{{#Wiki_filter:- _ _ _ _ _ _ _ - _ _ _ _ _ CALCULATION COVER SHEET PILGRIM NUCLEAR POWER STATION l SHEET 1 OF 86 l / SR RTYPE FILE NO. g/j CALC. NO.PS-79 REV.4 NSR O B4-01

Subject:

Emergency Diesel Generator Loading Preliminary Calc. O Finalization Discipline Division Manager; B. Chek Due Date: 9/1/95 Approval /s/: g N Date',fg$g Final Calc. 8 Avi Statement Attached @ Independent Reviewer: Swaoan Das ~ / Page(s) By: Jeff Martin Date Ch'k'd Swapen Das_ Date Agreed ALL /s/ g y g g,[,,f,g.m /si p g n 24, //,y/pg y v wo The purpose of this revision is to revise E D G loading to adress the potential abnormal alignment of the backup 125v and 250v battery chargers, perform new case st0dy with postulated SSW pressure switch failure and incorporate calc comments submitted for PDC's 92-58,92-63 and 94-09. i NOTE: ALL AFFECT 8.D PRGES MfWE. E669 REVL5e.D. ALL UtJAFFECTED PACsES M6VE. 666tJ INC.LUDED AWD AR:E RE-ISSUED UNDER REV.4. THIS ftEV15lOtJ 9)PF.RCE. DES Rev.3 i9 I7S EUTLRE.TY. This design analysis O DOES, @ DOES NOT require revision to affected design documents. ) Affected Design Documents: A PDC 0 IS, @ IS NOT Required. A Safety Evaluation O IS, @ IS NOT Required. See attached preliminary evaluation checklist. This design analysis O DOES, @ DOES NOT affect the piping analysis index (pal), if the pal is affected, initiate a revision to Calculation M561. Minor revisions made on pages N/A of this calculation. See next revision. Replaces Calc. No. MB Volded By Calc. No. M/.A O Or Attached Memo 9705200051 970514 PDR ADOCK 05000293 p PDR r DIEscOV. doc NEsD 3.05 Rev.19

SH. 2 of 86 Calculation - Independent Verification Statement Record J Calculation # PS-71 , Revision # 4 has been independently verified by the following method (s), as noted below-Mark each item yes, no or not applicable (N/A) and initial each item checked by you. DesignReviewl neluding verification that: Design inputs were correctly selected and included in the lculation.//,o o Assumptions are adequately described and are reasonable. gp o Input or assumptions requiring confirmation are identified, and if any exist, o the calculation has been identified as " Preliminary" and a " Finalization Due Date" has been specified. A//A & Design requirements from applicable codes, standards and regulatory documents o are identified and reflected in the design. 4/A # Applicable construction and operating experience was considered in the design.e//gh o The calculation number has been properly obtained and entered.v&O o An appropriate design method or computer cj/4de was used. e///) o A mathematical check has been performed.v o The output is reasonable compared to the input.M o AlternateCalculationl[lincludingverificationofasteriskeditemsnoted above. The alternate calculation ( pages) is attached. A//// Qualification Testing l[l for es gn feature including verification of asterisked items noted above and the following: The test was performed in accordance with written test procedures. o Most adverse design conditions were used in the test. Scaling laws were established and verified and error analyses were performed, o if applicable. Test acceptance criteria were clearly related to the design calculation. o Test results (documented in ) were reviewed by the o calculation Preparer or other cognizant engineer. A*h Independent Reviewer Comments: (L,~4 4 2 d # v G,. M J w, /d % e4 a. miniq nJ un .e A b d J,1 A w JA LE /kfff$ /S/ w / infbpendentReviewer / D' ate Preparer concurrence with /S/ Ndd 1[?/% findings and comment reso'ution Preparp$pphes-CognizantEngineer Note: Exhibit 3.06-8 (Sheet 3 of 3) may to used for additional comments by IR as a part of the Independent Verification for calculations. Exhibit 3.06-C Rev. 7

H (ZATION NO. M/4 C PRELIMINARY /!M/#7 l REV DATE PREPARED BY. M DATE @ FINAL F5-79 CHECKED BY bOU DATE la f REV3,_DATE NM Mt DATE G h @ f gppyg gy gniiVEDISON ,,EET s 0, u

SUBJECT:

1. ITA-f E M E U T CF P R o E.t.E M IW i$

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3) $ %LE Eqo tf P ENT[ SYSTEM CAILo g.E EFFECTS Ll O D E R.

C.o u D I-(t oM 6 lAMD 2 iMity C A L C O L-ATi oN A LJ 0 C 7 E V A LO A'f E.f 4H E A L C o t.- A 7 E D L OA D id(( IO COMFIUi ACCEPTABLE Ac. Poden sYST E M O P E E A'T' t o N (i.G. A4 LEAST 00E E.D 6l-19 ALtdAYS AU A II. A BLE ) I 8 E Co FORM 3910

i CALCULATION SHEET {^@$)!ZATION NO-d/A O PREllMINARY I/39 89 / REV DATE PREPARED BY-

DATE 8!8/!8f

@ FINAL PG-79 CHECKED BY dOb DATE APPVD BY TE EDISON .sEE19 o,.4 i

SUBJECT:

2. GuMMAcY O F EE9utT9 App Re c.o MM EM P ATIO O SR TABLE 9 l AN D '2. (. PAq ES 9, ( 9 ) 6 u u M 4R l g E fRE NSR EEpd LT9 0F (H19 C A L c o L.A flod. CEs/I E W of TAB t.E 1 dy no W @ IM Act CA9e 4Td DIE 9 Bofu D I E 96 L.' 4 ACE IMITHid 4 HIE EA-fi N @ 'r EVcEP4 foe l C A 9 E 'A' A N P C A 9 E. 'T ". IN C A 9 e %" po (2. 4mE IM'f E 12.V A L. l C-1O MiM DtE9EL A..!cEED9 t(9 '2, H E/yc (,,3 o e k.W ) EAT) Mq. Ho w EVE n. ptE96t f5 LoAdiM6l t cy W ITt+t d ( 4'r l I2 Ail M 4 9

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CALCULATION SHEET $g$,237,og gg_ pf4 7 O PREUM! NARY REV S PREP. 6Y 37ta d.- 6 2s 13 REV DATE CHKD SY e 4-*J 7f PREPARED BY__ DATE 0[/f/89 @ FINAL P9 79 CHECKED BY b DATEk//6 f REV y DATE gg ( DATE 6 / I7 ((f APPVD BY EDISON e SHEET 7 OF M

SUBJECT:

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CALCULATION SHEET j^QZATION N)4 O PREUMINARY REV DATE PREPARED BY M DATE S 8 I @ FINAL P6-79 cIe$xED By_ /7C Wf DATE REV Y DATE 8O M A D BY_ 4 DATE 6/ EDISON ssEE1 7 c,3 g,_

SUBJECT:

SR f7A$EP OM 'THE9E, LOApnoq CoMplTioe39,(RE h E OG RAioE L o A D r N q S A W E. t^>lT91M TH E I P-. AccegTAste.

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EVEE ONE % <# oN C E @A) 1#7'THAT THE f ^TOEY MAM M ArauA LLy "oT A R.T foM G E g oIP M G tJ'T P E I C F-To a H U fpO W A) oF A,fz Hrz o l2. d9 fuu f p (.SEE. 5 s A ;2. 7AG!E 66-l) , fa lp A c.-T'l o AJ MAY R E9a L.'( Ie3 PI E 9 E L. 6 E fV E E AT o E. LO AP 8 dGt 1 E x c,E E D f ro g 'f4 E t E RA41449 THE M A3 02-d Od #' 0* M 1 ip -b it&B $1 ART OF A L t, "f 4 E 94 4 AMD/0 4 ggccw pump +.PMPc P.noc E D o S-E-

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I h i DIESEL GENERATORS A & B CALC PS-79, Rev. 4 LOADING IN KW (LOCA WILOOP) SHEET 8 OF 86 i TABLE-1 } EDG "A" EDG "B" 0-10 MIN >10 MIN 0-10 MIN >10 MIN t A B C A B C A B C A B C BASE LOAD 2560 181 2741 2414 77 2491 2561 151 2712 2461 12 2473 CASE "A" 3185 181 3366 2710 77 2787 2561 151 2712 2461 12 2473 CASE "B" 2636 181 2817 2491 77 2568 2384 27 2411 2078 12 2090 CASE "C" 2560 181 2741 2414 77 2491 0 0 0 0 0 0 CASE "D" 2560 181 2741 2414 77 2491 3052 27 3079 2375 12 2387 l CASE "E" 0 0 0 0 0 0 2561 151 2712 2461 12 2473 CASE "F" 2700 181 2881 2583 76 2659 2384 27 2411 2078 12 2090 f 1 A = CONTINUOUS LOAD, B = SHORT TIME LOAD, C = A & B = TOTAL BASE LOAD FOR BOTH DIESEL GENERATORS "A" & "B" INCLUDES SWING BUS *B6" LOADS CASE A = BKR #10 IN D36 TRIPPED ("A" LOAD SHED LOGIC PWR SUPPLY) f CASE B = LARGEST LOAD ON BUS B6 FAILED TO TRIP CASE C = LOSS OF DIESEL GENERATOR *B" CASE D = BKR #01 IN D37 TRIPPED ("B" LOAD SHED LOGIC PWR SUPPLY) CASE E = LOSS OF DIESEL GENERATOR "A" CASE F = SSW PRESSURE SWITCH FAILURE ? DIESEL GENERATOR "A" & "B" RATINGS: 2600 KW CONTINUOUS PR E P. 6 Y piadi,[7e[g 2750 KW OVERLOAD FOR 2000 HR/YR / 3000 KW OVERLOAD FOR 2 HR/YR CHK. 6Y fpg q 't l

O PR 'WY REY.3 PRed SY. gStad.- oz3 9a iv ~ f BY ' YOW 7 j REV.- 3AK CH m.SY & 6 1) Q ). N. Lg4

C DAR W 87i

/ CHECKED [BY i E RNE W DAir Eh U " 4 "^* i DIESEL GENERATORS ~ A de B anser.2_ a E [ LOADING IN KW (LOOP) O N2 V'Y NMF 57 *g M 8'*87# CH*@ ST J e~, M 7-W ..j -y y _g "" ^ * * "^* *S J*G*A* J* G*B

2600 KW CONTIN 10US KW OVERLOAD FOR 2000_HR/YR 7

A B C A B C O _ REMARKS 2 19to 7? 22+3 22:43 11 2255 CASE O O O 1243 11 2256 j CASE 21 % 7f 12t3 0 0 0 3 i [ 8 r 2835 ?? 1912 2243 11 2256 l CA C CASE ziq c, 77-2233 2'+ t 1 13 2414 g W hASE A = LOSS OF D.G. l CASE B = LOSS OF D.G. B CASE C = START OF LARGEST NCN-OPERAliNG LOAD DUE TO l PERMISSIVE LOGIC FAILURE ON A LOOP CASE D = START OF LARGEST NON-OPERATING LOAD DUE TO PERMISSIVE LOGIC FAILURE ON B OOP i A= CONTIN 10US LOAD B=SHORT TIME LOAD C=A+B= TOTAL ~~ l

H MlOM NO. NM O PRELIMINARY REV DATE PREPARED BY-DATE- 'Ib7 @ FINAL PS-79 CHECKED BY-Mb DATE [N 0/Sf REV k DATE BOSTON h oA1E 97/,5 A,gvc Ey EDISON sue,r,, c, u

SUBJECT:

3, METHOD OF Io LOT t o M H E. M E T H-o D ueEb Foc. TH is C A Lco t-AT r oN 7 19 AG FO LLoN9 : l) 9ETER utdE ALL E9 9 ERT i A t-LoADG A SGt6 M Eb To o ra r2 D IE.S E L. 1' H AT MU9T OPERATE 1'O Ac u-t eve AMD kt A t N T A I N 4AFE 6H OT bod M h D E TER-LA i td E THE Tlu E OF OP G 52.ATI O M c11 E A c-R boa b-N A t.c U t ATE dRE load _I.M Kd Fo t EACfi PIED oF E go i P M EMT - A) CA LCO L A TE ioTAL 1.04 C) IM t a) t o (~2_ EAcFF Dt E 9 E l M E. A-c H P e RJo b OF 7 ( tA E. (E A G E boa D ) 5) DeTErzM'UE THE Wh94T L o A D N(7 coo D mod CF T> t E G E L Gj E lJ E ru.7 C E, By p o3Tu v Ay ip e G i LM E. P A \\LDEE C ;J D i F F E tt-E O T

5. T G T E M /

EQ UiPPA E M T-l b CouPARE 4H E dor 6T KW L C A D 'fJ # Wt(H E la E E. l t> s E GE L. 6; e O E rz. A Toity kM C A P ASit.tT T l

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NED 1005 8 E Co FORM 3930

CA N A M M M $$12ATim NO. M O PRELIMINARY REV DATE PREPARED BY DATE 6/d @ FINAL PS-79 CHECKED BY U

DATE REV 4 DATA M BOSTM Me oATe s/

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p. S P P 25 TJ REV DATE CH kD.BY e,

/-2 3-73 PREPARED BY E /f 89 l @ FINAL P6-79 [s"sheDBY j g DATE 2 DATE /, Of l REV 4 DATE ,68 BOSTON g2 g g e,,T, pu ,y FEDISON sseer_tt 0, u

SUBJECT:

9 o f EP_ AftoM oF EAcH t-o A D WA9 DGTEEM1OED g &( REVtEAM 61 E x t PTid61 EL EMEEMdARY P t A(rg R.A ld t (6EE PA A E 9 GB Tuzo 63 ) AMP IM foME CA9E9 NSR PM f'9 F6A E. of ERAf t OM OF GACH LOA D -{ HAT 19 fHoWAJ To SE ofEEABt E wjA9 coOFIRMEp BY SdrSA MEMO 89-o63 (,2EF.29) /*, B R,AKG. hoe 9 E. Po tA.I E R WA9 dpEP Fo p. L A g(j E Po u p */ fo cA L cu LA TE Kh) L.o AP. TE ST PATA Foe FL> s P 9 WERE 09ED LO HEE.E AVAt L A S LE. A L-9 0 12 E F.t. 8 G A S t.jd i t t?ED do y E<E#sA t 0 E 6 H P. 7 For7-toA&+ 4 ioHf3 It.d Appuq ED To SE E Q o A L To H P, LG-H P : K t4. TH tg A P P(Zo Ac H t4A c7 c-o M 9 EE. VA t'iV G Ap MAMEfLATE HF l$ ut6}HER WA4 E E 4 P-D5 pid 0 H P. 1 AL90 4 t4 5 E F F i ct E N c M' CF A "1'Y P l c A L (149' MoTo c 19

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OF A Mo fo g l 9 p i g s c.TLY P g.o f o c it o M A L- 'fo Tt-t E E FFic iE4c4 > T.E L A cth E A Mofog H Ac7 6t C E AT E E. E F Fic.t E M c 4 6 Fo e u o fo g, >,io a e W H s 2 E pe rat L-E P Mofog INFORM ATtotJ WA9 mot AVAIL Ast E, WW WA9 cat co v A-rep SY 0411.1E 44) E F F t ct E p clE t F' E R. RE F.19 4 129 V DC C H A,9-hE E I M Fo2 M A'f t e tJ WAS OSTAt MEP FcoM VEMDo2 td A N L) A L V-o 2.6 7. IH E ACd EE WA9 AppoNEP t To SE. F O t.t-Y t-O A D E D Fo g Co49 6 g y44tpy, io. n.ov A c g o W e c. s o r gt.Y P AM e t-5 y3, y31, y4, Y41, Y5,Y(o,Y? 4Y8 ARE. A960MED 9 o*/o Lo AD E D Fo a F u4012.E l-O A p A c c> t'Ti o d (,Co o 9 E cVAOV E ). V I TA L MG 6ET ASSUMED To se. LOADED TO 15 KW FOR. /A FUTURE LO M). 11 96ci'f ARD CREAF H E A T E D. C A'f t d @ d6CE OU TAIM E D f Ft20M cat c

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CALCULATION SHEET $$'$1ZATION NO.d g PRELIMINARY REV DATE PREPARED BY_ DATE B /8 Rev.2 574. @ FINAL PS.'t CHECKED BY M DAT2 0 / REV 4 DATE BO N Ar'giD P E /c' '/' DA1f>h/w i a 2 gEiiVEDISON ssEE1 i 3 c,. u

SUBJECT:

12 l1.o V A C 2 99 T Ed M E M'f PO W.16 % Y O f f b T 'T E A 4 9 F. SR h 90fo t-oA D E D AMD L-oA D >' l 3 A99u M E D 40 BE P.F O.9 Fo2 Co 49Ep.VA419 M NSR 12 Mg9G l16 44196 JA d e t loa p$ td E EE 064'A t 9 E P Fc:o M 6e c.o peq E-2r7 se ctE S. I4 + Hol29E f ow3 E E RAT I M 61 FoC A t.t. loa D 9 v)stE OBTAndE P 46-197 64.1 Aep 99 1 A0 VERtF I E D FCoM S E.C0 DwS q 7 ou TMDIVtOV At-pgA t4 t N4j \\/d H E E E fo'r$16L E. 4 E E f R.Ep3REUC.E Dr4At4tM 6;#7 Fog EACH loa D (9A6 E 9 23 fHau (33 ) 3 c u t.p.EM 7 j g A O D F u t.t., L.O A D l9' L ocy ED 2cToa c u c.E E N T FoR M OT O E. o f E R.A'f E D VAtVE9 3 WE.CE o s TA t ME D p c.o M. EdQ Fi t E S, c A t C'N '3 S g E c.o 3 N8 4 M-M o VZ 3 M - M OV4 A N D M - W og g,,4j fyg), fjy d 4 [, c, 1 'l l>. 40To 2 Ehl Fo t2 u o V'9 WERE C A L.c t.) LAT E D T 849t*J61 poa eunt. MoroM To#/o t.R C. o 12. 3 E. N T A4D P. F oF

o. 92 6 A f e a l l MiTo ER OE, Coc. Pc 2. A T t o A.)

52e co u u ep p A T I C AJ (GE E. ATT A4 H ME9T A). i'Hi9 AF#A0+(H 1 9 V E E-T c.o 46 E S.V A T l V E Loe 9E 9 WetE OBT AIMED 17 LoAo CeMTEC TRA"# F '9 kW f 7 Fco M W E 9 Oosi uoo 9 e. 1'e.95 ze goe-r+ ( s E E u s t) MEMO 66-7s i ) Fo 2 X 11, yg2 T c A 0 9 F9 16 190V DC CMAESE% LOAD 9 WERE AppuMED To 6E Fo t. t Y Lo A b ED Fog Cod 9 E EA) RT ip M - At-90 Po'd E E-F Ac tott. A99,2 m E D 'f'o SE o 83 P E tt AT T ACH MEMT 2. 19 ON LOCA[N1-oo(>CCeutE/o. A t-t-L OA De iM AT A C.E. co4TeoLLgp OF R E LA YS Tu f <fA Gr.,E 3 (,003q g l 6 EE V E S ) W i t t. G E 1R ' f' P e o FOC A MIN Op cA o Q 4p7 g g pg ,, T A N 6Y Ac foWgg (p i gfg ggggg , g g,4 3, ~- Fo r_ sw 7'(9 t <7 Eouie ment w er;. e ro cc uo g o Foe o-ro m in9 ^U Df0 E- >(o M i n 's rt M E TUT 2n4Att. T NLLO$t oN 0 9 'fM E S E. L o 4D6 W Efr E BASED OM A OTO M AT s c tr S #AA R T OF 'fHt5 s Edl9 MENT To M E E 1' fHE 'e 4 5 t e u (2-E 4 0 t E E M E d'T f A6 M Eld 100 E D.10 F s A c., 'Fo g T A L L. D O A DC 'f l4 A'I AGE ce MTce s.L E D $y T4 E 1.E L. A W 'Id T A G L. E '2. A M b 4 (. D (d d E Is, REV E %) Astt1MED i .p o gE T c.t PPE D FoR k^ 1 4. o F-1 O M i M #> A5 RE S t A (M oF TH E t, E LOA bg A e.E D EFEM PE MT Opo4 it E S E r T IN6: o F t 0 A0 $64E D L-o A I C ' T M 'A XJ u A t, o lt. A u'To M A y i c T2 E S E T ). KW t,o A D 9 d, Fo it ~ GOME of T8lS E 4 U g p M E N T" W E46. 3 4cLU D E D IW >'O M id 6 7,y g 3 a.;g av n t. So m e c-r m e. S V ' T E M tz eQ uic e m ea n

mus a e evn us c - '~ ~~ - ~ ~ ~ ~~ ~ - ^ g PREPARED BY Idd4 Ps-79 ro 4 2BiiVEDISON y'" 6 23 73 LEV. DATE g7 I3 A op Br., cugo sy %v.H PRGP. ST 9'h& 6 238' CHWD S4 jb.a Mt-16

7. o.

HoJoR. KW fop MOV1oot '2sA Awo y o '2o2.- 6 S AND A /40230f-i t>SE c E c.A L e.v t.4 7 s p gy oTit.$strJq L t s i fo 2.q. 0 E l 6 E L-E.c Tl o rd 6: u i D E. AMP M E. e. RA IV l c. or t-Lo A-P IN@ I M F o P-M A Ti o M + < i 11 Lo09E9 puE To CABLE LoGGE9 W E EE c,A.t c.u t. A T E n> o+'t% v A g.i vs ru p o r4 (ne_ /t TT/r6 H M E u T d.) i 22. 125Vdc Backup Charger

7 PNPS has one backup 125Vdc charger (D14) which is designed to 1'

serve as the backup to either of the two normal chargers (D11 & D12). Furthermore the backup charger can be aligned to either the "A" or "B" EDG via swing bus B6. The potential exists that the backup charger could be aligned to the "A" EDG and se vice l the "B" battery Additionally, the backup charger could be aligned to the "B" EDG and service the "A" battery. Therefore, 32 KW (max. charger loading) is added to the base load of each EDG to account for the potential abnormal alignment of the backup 125Vdc charger. 23. 250Vdc Normal and Backup Charger The 250V normal charger (D13) is aligned to the "B" EDG. The 250V backup charger (D15) is fed from swing bus B6 and has the ability to be aligned to either the "A" or "B" EDO. Therefore,64 KW is added to the base load of"B" EDG to account for the normal charger loading and an additional 64 KW is added to the base load of"A" EDG to account for the potential abnormal alignment of the backup charger. NED 1001 B E.Co. 1M 3930 REY. 6/91

$^ ^hEATION NO.Al/A js CALCULATION SHEET C PRELIMINARY Q_y, 3 pggg, gy .MoE._ 6 3343 /-C /5 PREPARED BVJ DATE N REV DATE CHkD.BY @ FINAL PS-79 CHECKED BY /db DATE b!!3/S7 REV 4 DATE ,65 BOSTON W e DATE Aggv0 ev N 9hiiVEDISON sue,,,a o,. u

SUBJECT:

f. ( A t c o t A~TI o ta : SR S C. A t. C t) t A T E. THE t.oA D 3-4 g.vj F'O IZ. fME E o t.L.o ua i 4 6g D E \\/lc. E9 Ain co u pe.e 96 0 E Kl O4 A, M(04Bj M. l O 4 C M A M f L A'T E P4 T I #36} 4 o Ff P Gt s.F. t '7 4 i S Fut.t L 0A D E FF. o 097 tZ-EF.I9 4 0 T o' 'N-- e 3 s. s E.o) K.w t.oAo e e og -= 0 6% Ci E9 t z.FV l3 A.TTE Q.Y c H-A a G E12 D 11, D11 D1A Re.t:. PDC 92-38, PAGE 6 ( SPEC. E l l A, ATTACH. t kW LOADING AT Z16 AMP CURRENT LtMLT = St.6 KW POWE.8. FACTOR s.8 I A 7 70 V B A'T'T E P.Y c H-A E s E R. D L 3, D \\ 7 t F o t t. loa o AtA P 97 E.E F. L o KVA loa oing . oj 7 Aug x 460 X G/ooo -: 7 7,3 kVA Po 4 E R. FAc-Toa A 999 ta s p :;f g (Gee A Htau pTioN) M LoAbids

- t7 ty, g gc y4 y,g C, K / /cus M o c.Y u tE L t-t> N i T c o e, t e c 5 VA C 104 A l, V Ac zo G A 2., V A c t o G,61 V A c. z o 6 6 E.

tJ A t4 E P L. A *T E. 7 A'Tt d 6; 1014 P C E i:. 17d16 FoLL LOAD EFF. 8 9. o */o EEF.19 30 V O' lit 4 Lo A D irJ GI

. (7.I Kd o*67 8 E Co FORM 3930 y.

C PRELIMINARY REV. EP BT REV DATE CHKD BY 4e //gp3 PR PARED BY__ W2_ 04TF @ FINAL P6-79 CHECKED BY [s_ ".,a f E. I 9 REV 4 DATE BOSTON 227 e omyTN l EDISON sacer is or u

SUBJECT:

V) E E ci EC. M - (n SET Aux. O L L., Pu M P P 224 A, P124 B SR S P22GA, P226 6 d^MEPI-ATE fdAT i o q SoHF Re p-17 ( i g Focu Lo^ D EFF 88*/o Rev (9 KW L6AD10q 3, o y c>,7 4 (, e 6 68 2 S. 4 IG d l N V iT A L M, ci, g E 7 6:13 l Focu LoAp r e p o r = 6 5 A m p (. c e f 2-3,) Po!v Lo AD ou T PV T =

31. E kt/A /240V -

lSi AMS EASED o ld I ccm u d. 2, etm meAer M hge (see P G-t o8) eMp am p s M Go M5 He.rc e., L. 4 Ms of.- Q' y'60^^t ,y WI3 t m. s d 4 6 o y M X o 8 4 ( # * (,) d #'N L.o actig 6 g.W z e .= 1 o Kde osE.15KW FOR CoNSERVATtstA /$\\ b "' boAD Amps Fog c, 't 3 SA5eo o4 M o t. M A '- R O M d ' N6 L.o A D, M o7 og y o go g g g.g g g g i c, g y4 g g,g ng4 p, 4o NTACT M-Gt 9e.T IncLuolo6) t* LW E E L-) D 'f E. C M tN Ad i o M oF B.H.P Fog LAE6tER. MO40 E 9 ~ E R E:, c c w Po H P S (, F'1cs 2. A THCU P 2.01 F ) s T6ccN PO" P S (. P li o A 4. P i t o P.2) 3 G G A) 6.)M r0 (, P zo6 A TWCU PE066)> Coce $ p C:. A Y P o m f*d, ( P E i S A d P 2 I g G ) j EgR Pou r s (, P 2.o'6 A fp to P;og,p), oNE OF THE CodcSCM$ M EN T IOM E C) r /V IE McTidG @6-70 19 TH A T A 9 i M 6; L E P' O M f O f E F'-ATI ON E Eq c l F:. E,5 McE E pl o'foR. H oE6 E po WE C. 44AM M U LTi P LE p>u M P l Op EC AT i o rd IN A ccM mom \\ ' I fl N a] 6 Y'6 f E M. H EMeg l IN A 9 T6 f 6 M Ml4EEE M d t T t p t.- E f 0Mf opERATioM \\9 C. E Q p - AND 19 4 H E EV'ENT OF Lo99 0 F A t t. puo[5 bot o r3 E, 'fi4 E IM cceA 9 E D Ho 24 e P O WE R oF-T'H E 61 M 6)L E, POMf MO6T E, E L1/y E D 4'O CA t c.0 L-A T E PI E 4 E t-L.o A D I N 6;. TMolzDER 40 AD D EE99 <ai9 c oo c e rz M A4D 'fo MAvtMfEE THE D ) E 5 E t,- LO A D iM 6(, E.14. P WILL rE c)9ED A sc3 MIN 47 o Y \\ d G)LE OMf o p g R A T io tJ [J P WAF /J ns macy cos. [,,, o d )/ A) f ? B E Cc FOAM 39*}O

1 CRCRMIM MU [U H 12ATION NO._ d/4 PRELIMINARY DATE t/N MI' REV DATE PREPARED BY @ FINAL PS ~79 CHECKED BY. NO DATE /3/f9 REV M DATE hh M k{ DATEb // [# i 3ppyg gy EDISON is,es .n,,T o

SUBJECT:

E B Cc h) fdM P4 (, F 2.o tA 't'H e u P 202 F) SR h NAMe Pt.Ar6 E Ai nd 41 6cHP (2EF.If NSR C fec T2 E F; (6 MAY 6.H P 19 A P P rz.o y 6o Hf A< p t o a o 1= zMo ggw-S.H ? co c VS APPG4.cl 10 lev 9L. A9 FGOA ENC %2A9 6 $ Pe a Fe 4 m c u e mo 99 2.s3 Agenom 29oo ge* n ' se A e p t.1 M E b Fo rz EAcu poup, A-r 2600 gPm BHP 19 p $60HP, Hot 45 VEE 6s HrP W it L-Se u9so IM THIG C,At-c Ol A TlO/J. 13 H P 5 65 RP () O [o CEF 9 EFF s km. 6sxo7e . 5 3. e, m3 e c4 u 0 90 ut*h 66 RP 1 9 N IT H IPJ 5 e nVic.E FAGTO R. OF Mo'foc. T624d Puu f5 (filoA 4 Picos) MAME P !, A T F,. @A*T s O g t oo H P R E F. ll PR DWM - M lW A t ANO M I 4 A - 2.7 - i 64 P For.- -fnE9 E E y fou p4 ty A P PP-0 to o MP A4 4000 @fM. A9 'fH E F t-o W M e.u o B o - LS 3, ^ IM c-n.EA 9 E 5 b H P PE c t.E A 9 E S, P E R Fs d. uc s Flow 4ooo en eu + H o o t.- D BE A 960 M E D. 4"53 " W *d D' # ' B.R.P A4 4419 Ft oW 19 too 4,P, B 4 P - too H P o. 3 '2.1 tz.E F.11 GFF : kW to o y o.74 6 71 kW Q 92I '7 4 W P a u e s (, P,2.0 6 A rs t:.a coaE) UAMG pt, A7 e j2.A T l d q loo HP EE F.15 PE R V469 N - 6 '3.l:L 'fH 12 d FI - 8 'S 6, S. M. P Fol2. TH E;9 E 1 Po u tw 19 APpcox t o 2. H e A f 24 00 6PM W H i c 3 19 THE PE A g B.u P. Af (n P M >'30co B. H P P E c F.e AS E 9 PE r-F6 2 Mc MEMO 89-2 53, FLo M o p-3850 6t P M / o vt o BE /M CoM to E C E D PE 2. Pt> e P, d H t C H c.o9 C E4 PO N D -70 to2 H f' B E Co FOpu 3930 r 4

[] PREUMINARY O IZATION NO. M/4 REV DATE PREPARED BY. " DATE 7 @ FINAL P6 79 CHECKED BY _[.<___DATE_h f REV 4 DATE BOFM . L DAre.r,//7. c i AggvD ey EDISON ssEE1, y 0, et

SUBJECT:

h B. R. P - no t SR EFF c o. c) 2 E e p.13 NSR k v0 nooxo746 gg,9 g g g3 092 FEp cEv. (3 uo <o c As A

1. t g f e nvice Fa c<o m, Hedes MAy toad ( 10 2. H e')

167 (41GI O MOTOR C. A p A B IL t T y lo t s. 4 tzA Y Pomps [P2.ISA ( P 2.1 9 6 ) P DAME p t A T L:. E.A-T t 0 9 S oo t.4 P ra n F cy PE C. D 4 6: 7'249 1 HAv 3.u P 19 A p p r2 o y. S o o H P CPEAx) A1 F low 6F Tooo A pu. rs. M P c u RV E t.eVEL9 0FG AS Ft oa r ece^se PEC Ee p %8, A FLOW of 4600 APM SHoubP GE OSED f E Q-pomp W w ( c, H CoTz. A4 9 porJ D @ B. 4 P o F-800 HP 6.R P 600 SFF oR36 REG 9 0

O' 45 K kJ

= .-- g., g g, g g. w g c t o) Ec.J 0636 i CHR Po M Pc, (PZo3A TH 7 O P 'l 0 3 D ) DAME fLATE CATitJh 800 H P EEFd EC E'E F 's 63 6,7,8 MAv P.2 H P 19 ApfCOW 7o0 HP(PEA E) A1 FLOW OF 627o 6PM BH P Co CVE LEVE L9 0 FF Al F t e a f ra c r< E A e ES PE E. RE A: ~36.5V7V 6PM e Moot o GE ufe E C> f r I fe. c Rup u] 4 t c 4 do C.C E 9 f o rJ D TO B, g. P o p 900 H-p E3 H. p : goo EQF c o.934 R E F. 4 ((w 600 v 0.9 0/6_ '~ G M V d o,q q m o mu,., xv,

CALCULATION SHEET $QLygg gg. g j, PREUMINARY A*._ DATE /MT//9 REV DATE PgEPAREDBY w2 8 FINAL P6-79 ff REV S_DATE SQ % s to p EDISON ~ weeue_cen

SUBJECT:

h Po m p s (P z o e> A d, P z oc3 s) CCD SR d At4E Pt ATE il A T) N 6; 2 io H P NSR 8 Pee R e p. 28 puoe peou c c.> Powes A-n e RE (n \\> L A'T E b BY F l.- o w; dom 1 p o t,. VALVE 3 AT 984' P 4 Foa IAJoacq <3^6e T9e e,oageseotJDerJai e H P A7 3 B Gi P M Feos pe s,'s s q-it-i, m q-iz-1 1 60 NP FOR otJ s c R o Pom P 2.80 Hf Fo(2 oTHEE CRD b " (' - Ld E W i vt 0 5E 280 HP Fo R 'f6 CA t N L Ni l 0 d Fo R Po on a Pou p s BMP c 200 HP o.922 REF9 EFF c k t4 :. 18 o / o. 74 ( - 2 26 514(A) G t '2. M o 92. ~ 28oHP ter uJifHiM 1' M 6 E R V ic E. FA cT O R. OF tAoToc (. Sox 115-10 7, C ) 00 P l4 6 - 61o23 6 P. Ai \\ 4 @ 2.0 H P E r: F $ 7 /, R E F. 10) ^ 6 " M ' ta 6 3 seg m v a e.s t r y K ed :. M x o 2 U 7% =(4Jc.(dlh o sy OV) N/A c e ou A - a to3 Em m6i zc se GFF 87 5 % C G F.19 kia e 2 5 y o.'7 4 G , p i, 2, tw '9 7 f U) P l z o - s t o 4 2- >

50HP, 6ff 0

2 A rirJ 61 gw = 50%oAb = A t. '] twJ aw s e ce, som.i wie

CALCULATION SHEET $77$,237,on go. 4/A O enEtiviN^ny REV DATE PREPARED BY " DATE M /6/87 @ FINAL PS ~I9 CHECKED BY AA b DATE S REV3_DATE BOSTON Vv #c D,1,3ff s a A,,vD ,Y EDISON sHEErgo, u

SUBJECT:

VI) X101-E,to4 4 SR EATiM61 6o y p NSR ] I EFF 89 #/, R EF.19 6070946 go, s ga VM = o BS 4

II)

A t 15 HP rd o To C-S (. B i o 41, s i F2.6,3 2A IS) 61416, G 2Bl f) Z A T i u 6, is HP E F F. 88 % c tE F. 19 kw, 1S x o.7 46, i g, g guj o.99 ) A to HP m o To gs [. 6104 4, B t? t 6, G \\ 714; B iBib, B 18 2.4 j B 1816 Two.o S1634, e i y u T H c.u s i7 s y ) Z M t 4 (n io HP E FF. 8s0/o 9-EF.19

6. B kv3 K.w :.

1

o 9%

o 6C l 1 o m>,ym m.c

' CALCULATION SHEET PREPARED BY du 5 REV. h DATE l ET - f# OF LOAD Z^/. eld F o 2 __ N O V '.S Hov loo di A1/// de Cd'w./n/ed 4L ll ll2l"} llt l se-/y c,;<enu done sp e y u o d 2A /e1 a ee r egain ed a) pHR a e d' ] fo de 7ened clu su' a /oc4 n,o fors os, e a tsu + e s ad f.ht.fo a d cu,seet, 714 ik due ofer+di.j,Ay L to Je //e,fa / WL fwe /b ue w d es fa~fc ce,byeonc4 lab j/o ^t (.lo s d) fh voJveJ t<> /// l A i oe 04 %g ofeer e m d /,,.ve a n.ce n-/e d not outnni^j A es d. egn ir eel 4 Le b) Lla rg e mov n,ofors tsAicA c, r e r x+> /bsa'<g A00.4, w Ll/ Aave /%eir du9cI^]iqDn-i/org-e jo/e c./ios, jen.x de C/0 te c' A d J w Je fe d ar iknwnJ2e do a di nf, n,ov ino / ors thf n'id de closiy s e e L e rj e MO AO D -5 2, A40 /0 0/.:2 8 A, Mo 2 30/-l/ Asgukot 4 de clo. rec / C) AM M.E n, o v' ins /or t +) A icA are s CWr fo c 4, g) i.lf Asve /kl'ir k h) .lO + 0lt deldulnlfcl ve Le so t,' lo ok c ol Ro /or ud

k. c u r e e s-/

fid/or gire (fe(e,tf//+ cAn es, i 'A') o d jer C ta t A) No 1400.25 A; Me //}00 c258, MD/00/ 29E, Mo/60/-///f, 0,p en t ry Ho/00/-/t>B er C 90 /t/oo.25A : no /t/ 00- pc f.;, Mo/00 /- D 9E fa /f /oe c/ A ~,P c / 8 4 ( f ^)f f i-/ to v f At r' E S, H p s y : 8 41) /f,if /]ng y i./ goy' y rf g o, M(f./) K+) = p. t/ pl.. NED - 1001 B E Co FORM 3930 REE 6/91

' CALCULATION SHEET g PREPARED BY MAA/> i CALC.M ?$ ~ YO M (){}' FENSM ,,y. 9 vy - :ET E04 or 4 Ho foot-/6 A Mo /00/-f 68 y f~a/A lo act Amf = 6. / lDidy. H-Ho V 2 RevEG) i N h/ = f'. / A rnf pt L/(O V X /3' 2 0 8S(Pf) l

4. ) KU i

b) L,, e uovg uojo ot.pgx yozog-gg, as 2 30l-t/ i c /osiy a c c. M*IOO/- S BA ( 7*v'PE

6 408E, 07EAAToS 6MB-5 1

i o H6;' M - No v2 gev'.El/H Movl(4vE!2) 0r Been ch>g H-Hs v/ A u ris..ref as',.e c/ /X/w/= ta s, sus /4 3 hlli/s,/ify a n c/ $/em elim e nsio ns i 15" AHacAenend 'p ,oecka //,ic /, on jo,J /s,, y ya' i>,c4 s/e n e/io m eJcn - t,ooo,ig.c (m u) l //esee le4/ /A' e u c / o eju /,, e a'

p8, eoo +L oo o

.: /3%000/h sf4-/ ( D+ 40' 5/2//70 )?, L% Ho'egue.re/bc//ongudele 77 eust y s/e".;/ic/on j Ope e a for, Jorgve =- li co-4'/p cinz'

o. /5 / th /ilor 3b"" k c/pr = 0 0.96/ Am c/ on d Per sEL -/0, a'a /ed' 3/fr) i Ntce 0,P< r e /or forgoe

= /3y ooo y o.spt,i = 3W98 /d' l Ho/or /oogao - S/e m jp <> r I 1 (S14 3, STEf 3 ) ^ff 'OIN;i efor y fu//oufeff y overa,9 g,,,,f p,/,., o D+/ed 2/26/79 P4 3 o/ 4' /)ff ' e. * /lo n foc/Cr = O* f (SEl -ll daled' '7/i/77 /s, f />,c b c ej g.,,; / ) /' l c.)nre!7 lhi/ pa //o = 90 95 ( peof n-pov/, fey /2) fL// onf a{,I .= 0 45 (sEL 7, a'c< 4c/ ID/79) bi' 3'/So f!M me C S'Ef 5 l oj.,i.e. 4i, aits c/o. <?5 o veA al! Aw 4'n+ hu Als /or /o e f ta 0 3 Y

5 ll *

= 9 5* (dN

c. 9 x o, u5 >' 9 o. <75 NED 1001 B E Co FORM 3930 REV. 6/91

! CALCULATION SHEET j ! CALC.o PS-79 j REV. Y WEDISON c " '""" f DATE Ey 20B op 86 7h4h 300 ft #, 3 4ss,epiw mo for cm, a-no a i nuts) a j fe> Re//orce ry,o cat < n ofor p e ef.r-mac e cueve C E 57/ 7,9 - A - o o /, dJd y/is/g) dueoenf = ys s out mo /or forga e /so // ^ j fosoer 4c/on = o 95 7 (Afe /Oo ct m,ps le Cor).Ser vilis.+1 !O Coven cu o ve l a eeuro ey jGe iL 9,p ec<f c m ofor Mo tor KA) =foo a nys y ygo v x/3 v o.95 =- 75 6 KAl 1 MoaOD-58 L T YPE

G A 12, OPEKr 102 BB-3 i

Pa)61 H - MoV / 22 V 5 /2j H HoV2 At/ f4) /%n /3eco o >Jg x asv/, se v s/2, reg ~i.ned'/druc/ s Dr.,650 /6J and 5/es dimen sion e S/t/z/'/z /S, Ascxme,d 'n' p+cHey /o' ic//sn /o>0?j$e s 4,ch s/em c/i~me/en = d e s c> /s e (mev) //ence (o/ / 1%vus/ r eg n im d' = ? 7,6s0 -t & 000 33,460 /63 i = Per Limi/orf u e ge/.c./,c,pu<*de s c i - i ( p /e / spi /79) O er s for -/or gu e = 72r urf y S/em f e /or C4m f+ c /on = o. o uts 6,,, s d s,, si s p e 4?% co-ell' 'N f l i ( Per JEl -/ 0, da f e cl 3lfE) //en c e op e o n /oo l'> ep e = n tso/6s.xo.o= w N = BD 8 {d d No b r lOr'fhf C /e m WO r f ttC [CF L 3i S'I[f3 ) Clj'Oc=lior f* cfor y' /%ff o u-/ Pll/ pnciy// /f,,// 4 h in -le c/ 2/u/m ? 6;. 3 o,c if NED 100+ B E Co FORM 3930 REV. 6/91

CALCULATION SHEET 1 g PREPARED BY /H* CALC.0 AS-79 M l} gg CHECKED BY f , REV. DATE 4 'ET 2/ OF 86 4 N i9pf 'iedisn y efor = 0 9 (srL.-4 o4,leef 7/i/p 7 f e sh ~A# / l/~7.) C C d sveo di unl/ p o Ao 3 7..xg (oaf a.noy,, g,,,,,y PL2/ out' eff. = s, s 5 (SEL 7, da W ! /79) for 3 Y20 APM of,per-/os' e,o /or, ciaf 3 o co M o m nd u n i/ u-/Jo 2 7. z 8 ) Afo for fooga e 6 nt' O# o.7 x o 6 5 >' S 7 2 8 -c 38 N too f2# m odor, ,2 P ?rl S V A o [SQDF /ho202-d'8, 7h i.s ts + sonwDo ou ) 'e d a n o /s, e c,fo.r. m a n ce-Per /E' /<'e r, c e dyp,doded 9/e/73),o cw n ve e l& C'7//- A, Sk-3 tti 76 & rrmt x 37 5 oi n o for 6sgw fo R /*o >Jer f c./se x o-9I the So o m p.t s> eoauwe vi/ ism A esven c o w sccuruy lor /A1 ff Cc i ob A^ o l0f blo for NH = S o a mfv Xt/6s x'15 w o.9/ c 36.2 M No 2 3 0/- 4' ( rYre : Sp rE, off 2 A 702 SME-2

swi, i-t-nov r. xe / se, u wvs Ms) pe c seco u.asvr.en ess v egave d Houst = so,ws/is eng't m enfio n s D '/D,l'/3,///3 a n e/ $/e m ct Pee j'n i c by,. AJ fn e,'6 i>c/

1)/4 c,x in e,, t y, pac &< ap/Ls (nw x ) d'/c m e let = h, 00 0 S/em //ence tot / M ~st i.e p ines n so, wo -r 6 ses = r& ws Mr Pee t't,n / h e g e, o se/ec //ongua'e SEL -i (Do/ec/ fl>//7g) TA r u ct v s n'>' ;4 e /or operaso torg u c c syc. p a., ,o.eiu s~ a on o. ic p /s:- co +,w (per CEL -10 do led 3,I ) CC Ev :a of er o /oo forge o.= 36,igo yo.oi7t, s 708 ;fd ( NED 1001 B E Co FORM 3930 REV. 6/91

CALCULATION SHEET CALC.0 A3~ l 'N h sitiiVEDISON " e""" -

REV, DATE SET C///

OF 8b $ fem d'or ge e Mol'o? l "["# of,p//c a//on ;/Lc.for x AJ/ oof eff YOverall Uni /2/,c (SEL. 3, s 7E P 3,) pa/ed 2/26/79 P Gs - 30fU //ff Oc a /iort fuc for e o, 7 ('Sf4 - 4/. 6 /ed 7//y-)7 li. c/p/se/ us;/) o ven a// f.AN f po lio 41 51 ( o e.g. iv uc, v3 ge,, g e) =

6. L/6* (DEL 7, c)s/ec/ /2/79) {on 3 405 A PM

> Q.2/ o d eff a m o /er, d'/ 2 E 2, op er a/pP ca t'/4 4/< 5/ over 41 un e'f r a /io /-fo /o e don ger e YO6 es 4 2 y'd N = o. 9 x o. L/ 5 x 4/l. 5/ i /a /*/ Y mo lDr i APM 3//05' (Dsas) n - mo v 5, Re v Es) 7I > /6 $ A l'ee 2e Oc ece /ppica/ m e> /'oc p e r j k <c os,ce duove 6K - 594tf sla/ eel r/so/73) 0 Cu e o e o i 69 e/ ino /ce longr e 50 // e Pow fu/or e c. 9; /JJs t-j,g a mp c fr co a 4>vcz/igu fo esver C1,, w o cc M ecy .oj>ec </, c jh. 7b m o fer N/O ler h) =* /-/5 A n^fJ X t/fd y v7' y on f Q ?? N'^) 0 $m^N Mo f'S uo j3 0/-/6, uo g 3 ot.33 p,o/ ms2307 gtf o rt dlodtry /J o / 20/-/6' L. S f) m,P

== //* 0 ( m-m o vi/, Be v ES) K4J : '2 W // 0 "f S y' Lf60 yr /5' y' o, g6 (f 0 = E' Y hAI / wiieos& l - W> N0 2 3 0/ - 3 3 D us330 t-3 t/ ( MX EQDf.fsuo230/33 M m023spearient noros) rwess n 4A /]n,f = 5. y lRom coa'c 4' Ps - 40) MAI = '/9 Y 5 7 o mfS X L/f a x (E x o o $f(Pl.) =_ l.] Khl NED 1001 B E Co FORM 3930 REV 6/91

._______._m CALCULATION SHEET {t,Ql2ATION NO. A//A ^ C PRELIMINARY REV DATE PREPARED BY IM DATE_f/ffU @ FINAL PS-79 CHECKED BY_._f DATE 0/ Ak i REV @ DATE BOSTON r g,,,, g n f y EDISON ssEE1 a o, e 6

SUBJECT:

SR Calcutaff t.o4ps o,ogn47,x4 o^J Mcc gus gi7g - A" O'SA 02ff Dw6;S SE -/SS s)/, / f s//- 2) NSR 8174 BxA l'7^/3A - I //P A/oroE -/ KN (Du4.g2i,3g.3,p>,,g2) BKE 17A /38 - v 5 7 7 w /.r F = /2 5kvA (FRoM casc o pg.7,) % /D K U fo 42 0-/o Nix / EXA /7Al38 - X 57 TA. A NCf l0AD

/j' K&

/:0 A > fo N sat. ADDIT /ONAl. g gA) {/S#tJ-/.9ka) /S DUE STRAr of PnJs 74pr - AF762 A JoCA Bx2 J 7A /6 - v'SF 3 00A - 3 Hf = 3 #" b###1 E 7 ] HENCE 1 1

""'^'

?L"! / 9 KH foAt >/O At s s/. B/C A BKL /8 4/34,/ //f Mo Yeg - / k& ( M Z45A-S, Afv fz) BK2 /e At 3s - >< 58 TRA"sf = fo. 4~ AWA (F*om A.t < E'~ '{-71) s /0 x A,? f#2 0-/c M /d ~~, Bx2 ig g ta p,, gg 7pp,,,,,,,,,3 gw f og y,o ains. ADP!7/o4At 3 kw (13/u.1-fe xeJ) /6 DUE To G TA A ~ 0F fA SI PANEb A f yg g j) J.og g, 3 kW (D *)C E 7//) BMR /9 4 /t -- A f f 3

o 8 - 3 // P

= / HgacE 737At Lo db'"4

l'/ k^'

FDP O ~ /0 # '^' , ey g cJ fc4 7/0 M/ Al = S E Co FORM 3930 ,g

E EO ggS so a ie. y ' o <-^/so Loo F Looe TM K 64 DM4 gATI% gg (pE;4AE Kf E $ ri @ 3 P&c El FTiod o.io sig,,, io gig g <p<m y E9/Y5~-1 ovxc E-9 e Ae a v e o 9 0% Lo A1)E P DJ If H f'. F o. 9 g { = Ac-f 0 A L b C A D' O. h 40 (bt46l MSOA3 hyge) 61033 Powet 6vret-Y isg'lA /2 f2 q c U A '7 - C O 2-E' 8 Bloi4 ST EAqE

1. gyp 16 15 l-6 2ev F22

) m<. . A%c u s o go p LoAb ED (A f fH o. 9 P.F k ) Y l 9 - 12 c V A C. E 14 o Iu n c.f%4EE 5" ' ^450 M ap s % viv e r-sirr gio g g-37 5 24.s-24.5 24.g g,n ggl 90rrLY peg, g;6 EVA 7Ef @g 93n g x zo - g es. sys, E i4 , M ANUAL -T EA MS FE E y CE w oFECAToC 3!b!h ggog4 6ACEDP 60rrLY 37 5 A CT *O M 3d 0 0 KVA g cev. e rs g 1 4 p iq -i2 5 v oc. E 13 e Smu p To 60,(y *A*AMD *S' Loof Q g I g Biozi S^c" P zste 31.5 31 5 3f5 C *^ "'gE E g h$N 9% $ C H A R 4s E E-EEV,Eli + $6E A$wn f(otJ$,(>A Cse, l3 A Dl6-25ovoc El3

BACEuP To M o T2. M A L.

2.S o u p C C H A t s, E E ^ '" I (o9 Iok [py - ADD Lo6 DING vo E bG "A" cML'/, 666. f$ B lo2.2 rri c un cc,e e RMumeno45, Pac 3E l$ A 5 6998 m, "8 "iii s'@- g#ge5 16 L-s u r e r,, E9

FEou D44 E Z 7 7, 5 4 - l(.

E.EV.E4 i 1 o Bio 23A 1 23

2. 3 23

j b M'" T ' "6

.E21 s 9. i <. -, R O P EEV.62 l2 (n y" 3 A P14 6-FicE Prer SE 15E ( a a g so.: i MMM x* $ 6:0238 TockfY Po*T 20HP id 14 l} b I j fev.E!I i 3 ' t-k' 4

CALCULATION SHEET [^$IohlZATION NO dl!A O PRELIMINARY T2 f REV DATE PREPARED BY " DATE @ FINAL PS'79 CHECKED BY ' b DATE O!8 f REV Y DATE BOS7M DA1e e lt2/ei APPvD Bv EDISON seeE1 u Or84

SUBJECT:

l d SR d d W 4 NSR w w m 7 N J 4 2 O o N h y 2 e h 2h 2 7 2 H w w m g 4 W 7 h 4 0 a U O "u 04 w W A y y q L 2p D \\ 9 W o 7 m mb y D a p 4 e ? u m - o e O 4 h W G M g 4 c a y a 4 2 2 2 o I wa y 2 4 a 8 w d L* O O o O 2,, y [O wg 0 bg g

F Q

W 2 c' 3 T 2 H e o .O 3 2 0 + ba 00 4g 3Q a Q A <WSO D og+< <3 U jd j JPt> J 5 e e o s 3d O y R C O 1 2 O t S ) s 0 o e w v a2 2M u N $2 I o o, s O d O O O J 0 [ 3 2 g L 7

2 a_

g u C-I z 'J. M 2 k e F Z us T T g to g in (O N N v T C 5 .=:. m m a n w = gm au m w h h. m d $w5 7 5 hT d h$3 i S 2 e e e e m o vi 2 w u w w a m u m m m a s 0 Y d $0 O

f M

of ?! E E 3 'e rlo d, i e O, q t M,o

a. l 2

e_ 3 u Yd-H 3 ga 2 ,2 2 o aw 1 6 a >< $ %,4 3_ " 3 -oO-6 < ta l 0 1 <2 G2 d d 0 m' u ', -i n i W V 9_

g

$3 4 g ~W 6 S $N NO S jd* dc$5 Os 2 a o; W C g c. s >g xx

u. o w sum

>~u ma an maa co w co N M T v M Mw 2 e e o e 9 2 to E 6 to co co e co G -5 7-

a en B)cg N UIP N[ T Dw6 RAT q T 4W E E HAE Kf m 71 mo } QEQR PF9cEIPTiec

e. io.8:a,, io wie V E F l o t A -to ur E l46

lea n (HE D (DM A E l8, Eev E3) TABLEE Y

h & C.S Ec o M G 58 3 o]g$ oE Bra 34 tecicc. F A 4 REV. GY loH P B.8 88 g4e V E F loi 6 -c o n-r. E66 SAME AS A BoVE l 4 c.S R ooM M e FA u 2 4 6fA40&T PostTiou Blo35 \\oHP O o o gg e,g e p g,3 CEV. E4 P l38-le 6 E E206 . Pogg Sorveu GTA c.T Oll TEAM 5F. NMP c"T 08^8 ro O 5 HP o o o Blo36 R, u p ggy. g, p i o t C P131-M Af M6Ed E7Z { SEA' Bio 43 1511P 12 7 107 12 7 D h Pouf fev. E l

=

z W un O g p,29_.ro g o. E64 LoAo suco Cocoe eis. Rev-EO Tast 5 2-6tEAE Otu gio4.t ggpp o 4 g,7 4 g,7 Po u p gev. e3 yiot - To es - Eu, T"Co G E^ C /,o ne o 5 o.3 5o.3 GAME A6 AGo4 E E%@ @ E9 g,o 5A8YU eso.c3 A B BA s m o m - 4 ST-lD 6 CD [I E 5n h o) 9 SH 1 D Blo45 space. d /A O O O y Pev.E36 g z v> f M od1127-TBccta E174 e PJo c.M A u.Y o P eo E o o o t Blo51 fu. El pe Teos on LT $$ h I ^ ^ t- 'dM %* gy.

REY,4 ITE,6 Of g%4 6 28 T cH VD rst 40** I It-ff REV.3 PREP.6143^y""*M03 CALCULATION EET {$$g,7,oggo a/A C PRELIMINARY REV DATE eggp, gy y@u. 4-v 7I PREPARED BY M _ DATE Y cgjk[o,yf{k R g,,, Tgg 9 G FINAL PS-79 REV DATE A7P VD O DA MEDISON ssEE,;;_o,a l

SUBJECT:

n. mgd sR 2 ao ,e r 3 se t'1 m* NSR am o y a; $W c 4 \\ <a b i G TM) FW l m, m n y 3.@ 29 mo a 2 m kW chN h O um2 3 h go 2

6. t 4 g%

J m }en sv in !" waaM x "a u 2 1 U D V4 O W AWoh* ab N 33 Wu V a3 mO 2 2 2d a 6 $y Uj0d 9 3 +U a1 <o o s< aow 2y Owq go < *o g o O g n JMM .a w w w u em u a d g\\2 U p ti o ol 2 GW as ao go l w m m r >" K o i U-7 o %L i l W W t y j d eu ,4 a b ~ E9 o 2 O g 50 Q I-o W a A af 2 D N o u B7 m y b }- Lu( o W< o 74 L e E 1 o 2 3m O g W Wa t % T gf Y$ N 2 o A + aao W q a

f ua g-2 <3 3 0 % 4 4 w o$ IN 5 oba e N 'W uv7 + a JG O 20 L3 o m E O o o o o 3$ O g 1 3 3 [ 9 0 g o o o o o o 0 I 7 I TM 2 N $2 I H S o M D 0 o o o a o r ~ \\ b O 4 .h m w 2 2 2 s g j e m 5 U di nr N 's b E u 77 S g e, 3 g g g 3 39 ,w,r-, e -r s to D-wI w wr u, 4r m m w u z e* s m o U U W4W cM M U IJ (B @ N (A O N va W at[C2 1. b.t h'c)\\ k bw .C 2 5 r u2a2 <a a g i I 0 ma -Y Oy unw-dY Uqg ,O4 OP" G J V d W W g Mb w3 (. s 2 (v 2 Ogg .g o *, u u. u i g ss 3.b. $ 3 V W3 'b'a Rdp 1 1 E $3 5 t mb32 eA 3 oo eo oya m w cam W O Nm2 W bro o r j g" m>0Y I W b 2u u xyy 2xu s2de ~' M h h Y D 3 5 N o o Ng O g o o o 24 w ed c4 c4 N N g D CO D CD CD CO CO CO C PRELIMINARY CALCULATION SHEET [^$[y;g,7,og 30, 3//4 R6V. 3 PREP. SY %sZ-b'2*A3 REV DATE gggg, gy y, g,23 73 PREPARED BY DATE D @ FINAL PS -79 0 DATE 6 9 CHECKED BY q ' //7/8[ [( APP B DATE MEDISON sheer 2e gu o gSUBJECT:s Lr 7 f' [N yN 0 33 3 23 SR 72 2 3 3 SHyo~Pc F a o 2 g -o o emo H 32 y b du o o 2 3 E6 4 n ~2 E k2 fEi 3 j N"G U e -u o NSR 2 03 32 4 2 gg 2o2 3 F o QQ p .4 j HJ 2 2 wu an o o 2 *0 20 3PI' W L L 4 +o o23 2 da 2 0 g 3$ 3 Hy J Hj H u 02Y< 8 q Vf edu g d *W jb NU $u D N 2 Jd* wV 02#o "<2 ~ h PJ a2 O Q 2+ Fu 0 4 7<7+ 4 3 0 4 oo mH+ 2 <j J k H3 H J 4 7 N-z F '2 e #4 a x o W4 o o 2e o7o o nw <e w))2s0 [U 2j2o3 9 4 e W a2~ 24 9 Mo gh L D3D A 4 V( o oo ~p d I y e-a a #4 b 'a#o o c m il 0a #a a w 0 w E 3@<ru@s o y 74 WS 02m 2 u a Jus >?,sgg vosI,o o W yd I y 4.sb 40< a de w g;<e <p< 4, n t. s er s o <_d 3,2c <+ s w a Hj 12 a u< w I + o jv I' u o 3 2 4 ot-a o 2 s wI<0 - w E]m a 2 c1 o < mg a tu o p g' o ut o p g4 oe u n1 4e o 7 ) +< jo o n. o L "b o.) w a o 02 2NO_l$2 22 ...p 2 a.a 20 8 o 2 0 _a co y ....uH R W. 03 OOy 0 O O O O o o o 2 2 O O D o 0 0 o o 3 ^ 2 + 4 h" I v v a i e e e O e o [ o. n c, b. 4-ct = x x x x 5 x(d", N %o ~2 y .to. o o t 2> e z s 2.s m., S s W -W u., w> o m, m m -2u w to x ui O .a s. w z m UWM 2N WW IN WG 14 W mM W X Q IWUbW Wu Q G U 1 4 M W 2 o N iu u u 2 h 'o* \\a O 2 o td f' <h GOc. 1,0,i 2_ O {o Y g CD O c4 W eS <ge o m o r e n <. oe o-Y 0 W el .3 42 13 13~~O O hl C 0 u) V D L 2 4 *< 0 3 y g n u.i a tu o 3 b 3 ~ ~ GA Sd 3 o" u dJ tl tu o wb Zu> J u >, Iud 2N> yI gg2 -oga e tu ox< z o2< o se m ge a gou o m v-g T w T T 9-e4 e4 r0 i h t (J c w o e m w o m m CALCULATION SHEET $@onizg7,oy go. gg O PRELIMINARY REV DATE PREPARED BY--- d** DATE EN/ @ FINAL P6 -79 [HE i ED BY '/ DA 0 8f REV E DAW %M // 7 APP BY DA E EDISON BHeE12.s og 86SUBJECT:s V GS SR E e 0 +t S NSR 4 04 +0+ a 0 N 5 o g o J O 3 6 o +& V 7g 1 7 %d y o s o o w e a 44 22 2 og a ? o4 $m c.i N O. E$ $3k-hs R. 3 8 () c208 s; to O O 3 u N O T 2 3 W u g a to N2 Y 2 dyg g tn 4 D Twd j $2 b f 3 (q y >J 0 G 0 0 y g Tp e 7 o bl N 6 + b $O -* $9 k m + j <3 7 q tu a - 0 4 av m% <wV 3< w 7 $J l-hi 34 d W y 3 t! >3 Iu I tu w d o o I g tu 4 I 2 6. e4 lo o o 4 n. o x o 21 0 m 2 Plo o 2O h +.< L3 4 O 2 o O O T h o O Q ak V w 3 1 A o O C C o O O O o Q ^ .22 2M 2_ I H 3 0 0 O D O o o o g I d e a p x' f o x = a. s. x g 9 y 4-I z r-r; m o o g ~ m e % oav s d 1'i h (' 7 tu rn to til O lu _ DJ EJ k W v g p 39 2 Ia U$'3 'iU@d iLT3 d f. 4 5 s 2 2 i I ta tu u w to N Imuwa Ioumu i v u tu u I cu I ca 7 w \\ S 2$ 2 2+a 2 a J 2 a (J %o uD u *6 0 4 S >'g G 2* o 9 m u2 o c a i 2 nrP esy .o o# &g ta 3 - tu 4, 3" c4 - oc k u em bd , o* u -oe ar A 18 iudwd &. u n' w g 5a2W o o2 W o<e W cd g ui d M ..e3 ta j g 3 o3o. 3 43 y 3 523 U$J Uo3 U v I" 09[3 3 q sh $33 2 Sopu C c-0 v> zue4 o24 e24 o2 4o 'Z < w e5 4 lil be02 2mo>Iu> I ca > s c.t 3 Ib70E .I c13 @ .o to 7-m v-M. e m m m u e 4 4 S k 0 3 0 0 0 0 R R w w w w w w w w w NE.3 IM1 B I Co FORM Fir Q ? OfoC dO ,gmH EH8 [ w h3 E >e 6 W Mh,. jeiv o ke ' C 4W m sm ^ I 0 m Q5 su I Ng gamo o g m gb~ m @ Sv< - g o o ggW O' 9 o $t O o l D V u) / E OI / /v T O C o L E z$ D C J r 4 u I H 9 'A 9 E S Q1 9 E A P 9 P M 0 R 0 3 3 E p v d k L D i R t D [ M E 0 D 4 N D o 4 A o. E E M A o 6 o P N E EC S g 5 L Ov ^ 2 P o E PO I Q g P 0 O' Y. D A L H 6 C Ot 0 A p. o C 0 ) s o Y Y y 9 O 7 .0 L F L n 'L A t L D S L A 9 A A A E . P gM e 1 o M 4 U E A M N M 9 U *c. n R I. N E U c oA R0 A s O o S T c S 2( J p y GM O - S C A t MO A A C e pM ooM p O 0 o tT o o 2 1 di w F o i O g O o o o o 2 o / o L o M e I A H d O O O O o o o 2 o l-1 L o i P P P N P A A H ^ l 4 4 I ) / T H ) I B C. 3 A g N 1 7' 1 21 1 I 3 E1 n,1 1 5 g 6 1 3 - - w I V S l s c 3 8 9 E 4 G E. 9 r. g E 3 s D I H i s 0I 4 W# O o L i l V V V o v y 1 E l I G - G E1 E 4 e 4 E ru 4 E' R e M E S sG MREV eS R E R E E r m c 0 A P A Y s 8 HD P c c2 s T n y H v L M c v c P i 3 o T A ut S 3 cv A O y Ao 2 P F 1 Y . i G t P Fo5. P i u I'L P e L Tv 4., o E i. 1 s G C 2c, g$ I 0 o R 'f 2 " c CM A A E cg y 2 E o E 2 E P t Oo f l t a, o t 2 ic / 9 l 6 S ol s 6 'o oE 9, 7 c c 6 M E o l y p E u P M s ET Ml. r ME g uE3 Y P 34 6 3 q g 4 g 7 7 6 7 7 8 g g 0 9 0 o 6 0 o k # 2 l 1 2 22 S s 2 7 2 B 8 g 8 B 6 8 0 Ifi s4CALCULAB M SE U MgoilIATION NO. T PRELIMINARY REV DATE PREPARED BY_.e MI DATE __ t//2//ff Re v. e D~ y 7 @ FINAL F5-79 CHECKED BYi G DATE E O di REV M DATE NM g[yg [ f( DAT / ~) 6 EDISON ,,,,, a, O, e cSUBJECT:? 7 SR @ 3 s F NSR H ~2 3 H T4 n. k g 4 q 2 A 7 o a 9 O t [ W 2 4 0 M W w 2 S 4 4 W 4 4 O 0 L md bI I a. 0 W d o 2 I N 3 <a ?0 E a o p2 d3 J < m 22 Ie g0 u< do i W o .1 M oy 20 2 k 43 $2 o D 0 0 0 0 D 0 .2 9 3 1 h o o O o o o o o o 3r e ~2 M 2 A o H o O O O O o o O 7 g J O f A A 4 4 4 g = s q E 2 2 2 g C 7 a x u Q g ( b C3 W [ M C M "4 6 O N W W O _ Lu O 'g y W D k f iT - D. f -T m, 3g 7,. > 7" o T%> $1 o m2 -d2 w m 3 g w 2 N U 2 w mI W VT w em e Wo W e vi b u1 %G W u mu e uau w wa 2$ e ,3 7 W o Mb W W 'h T W M 2 N O t Q U M o 4 -g g g [' 2 g2 gur [ ( 3 y o o G& ( b W C4 b Ud b re WN O O l W T 4 W D O I W b tIi 13 I cd in 2Un l rn v en v a ~ w W. m <n en en m o o o M k S 2 A 0 0 0 A to to m co w m a m m '150 'Mt B E Co FORM 39n CALCULATION SHEET {^@^hgiyionno W,4 EI k ,m RE DATE cyg g. PpEPAREDBY_ [ LATE h FINAL PS-79 ~ b DATE-d f CHECK D BY REV1DATE NM 3pp(g* ((h/d g DATE /7 df EDISON smE 13z 0,e6-- I sumecT: SR NSR 4 j i i Y u y I w i Cd a l t' re t:f E l j in o E O O O o 6 o 3 ^ 2 2M 2 h" E t' o 6 3 o J e s o k 2 O N u N hM o Y O M 2 9 o y $N $ E j D O to\\3 N;l a c m g Ch W 2 o -g o o e y y au <? o u Q-0 0 .J o g 4q J i w u U I W b a J $ w M 2 P S k 0 h h 5 5 ) 4 BkR E D I F- [ows, garias, ru kW E E H A E k S' mm r P&c EIFTICO o-to Hig, > io wig g Q Q 5 SE '55 WW gFeo u PAG E 2 6 o395. 3 395.3 DM $?$j g4o3 Bio-Fesp gjg - a-e v.fli m,m.< SE-165 ~ Fcom P4cnE 3 2 ~ 514 1 B604 8 2 o - FEE D N/A 28.4 28A 2BA & h ef o e,T T" t u E. L. o A P y EEV.E ;f g 12.4 1 O 17 2 SE85FLOAD f u e D (,ow& cie,12eil es) TA BLE 49 -c MOh ^'~ "~ 3 B606 345kVGMYD. AJ/A o o 75.o FEED NE V f 31 g$Qf4 4 2 3- \\/i T A t. E. - 2.1LOAD S u t o (,0 W 6 E lfs IZEV E3 ) 1 AB kE 3B606 ki-6 h E T 75HP 15 15 IS ja Rev.Gu . pcTUAL LOAD IO KV y mM hm O tge se m y T o1 A 1. LCAo FoC B6 2 39.3 4 38.? 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VgWi t,Aftoy W A4 A9 gum E P A OfedA rG APYA l0 " ~ NOV ' DU E N S I NS E15fb6 9G V-E l 17 8 1 '1,6 0 0 flE AT67. gygm NAX Lo A bin 6 A $ Ope o m - MAO U A L O PE CA Tiod fu COM McPE y V E x io4A -E,cp6 0 GW. PEcusM tVE IM M A O D ST i S15 21 *g"[gAtEf C fgg. gg 3pp 3,g g,g %,o ) 9 a e z m W 3 9E-155 333 SH 1 s o o o j sis 22 6 eAc e e,,. g, op ON de $ p-n DN .r ; 8 EO seg seie.*/ Lo CA[W LoS P Loop tu ra x w ou m,y r,, u e E - Am x a ;; a a PE9CEf PTl00 111r o-t o H I Al, > 1o 641" h <p<{ MlJ33N o R M A L'Y OPE 0 4SNW f**L**D g[ g o.t.3 cg,3 3 __ 4-CLOGES 6M H I De rwr L L pre sfug!' tysyy g 7c1 qAc gge, gEY' Y O Yb HP A*O m&p>mk BISO oO t-O W /25Mrof. PtGS! - AJJuh9fD g Corrit up gn 7 w a rn toe 4 Klo44-AIC E-MSI-oAP SHEp(bw6 E18,12 V E3) TABLE E'1AM NA tT U L Ab 9 4 E D>Lo&tC 61626 CoM PRE %oE 40HP o 33 3 g 3,3 Z'EtEZ EEc ET 7 STAEi oN LOCA V EX2 icA-MT3 E-24l Sl526 E Y H C A rJ 15 HP tz.7 12.'7 12 7MA Ef o A3 L o o F' OReV. 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I 3 g i O 2 th!. h, 4 i -a 5 u i l L] W $2 0 d i j ak O s 2 Z D O 2 o O O 3 3 _^ O 1x 2 I ' lO O H o 0 i f+- c.o J d D y I r 3 W W 2 ~ 5 u 'm 0 0 m v o 34 T7 > Z 1 o ex w MM W N \\2 -dy u '2 9 o u o gm a kp a O C $E 5 5 0 Ch ESl 0 F q - d -m < F a U 3 yck O 2 fo GA E 0 "3 J O a 2 W NN gb yc c tf t a 5 v e e s* j a O PRELIMINARY CALCULATION SHEET {$[ohlZATION NO ^#I4 REV DATE PREPARED BY O** DATE.6 9 f) FINAL PS-79 CHECKED BY[ b DATE b// I j REV Y DATE Qg DATEI.)11/6 gppyg gy FEDISON ss,E1 e, g4 oSUBJECT:m w n to SR ? t^ 4 1 W W d W a u o NSR C i W e d w ( S E G j hd f ,e 1 a v 2 s 4 0 W w 5 9 B N 'J N o O W 9 5 I 4 e3 3 au em N o a se ayo 2 s u e W N N W go Dj d( WOO 2 4 w$ jS2 se 1pg g O O Q 3a 6 3 i 2 3 O W I S O 6 d j U 0 3 2 I ~ l 1M 2 h E O H 2 o O o o o o o .a 4 r 2 e 4 M m -( 7 o o o u g h 6 -6 m m m n N M T g A. m m D a d ** = w 2 m b o e J O o b* 5N $ k, b b, b '$~Y N $a ww ~ 1a x su o h 2 b 2 O U k 2 $s&k 2 h 'a 25) ,hE E $E g m es ia t arm m < a o, e2 a2 e v -a s ea 2 3 u 8a 'S d t- <c < a m 02 G OU u w t hI > a J . $ h, 2I $k5 $23 o o, 0o omx 2za .a o + W. k M Y h b ,a-2 5 E C W 9 m e m m "U'* . e ce sonu 3 ir [] PRELIMINARY OALCULATION SHEET g;lg,z,7,gy,;g a /a MS &~25*9) ReV 3 PREP. BY ]gg g/esAj REV DATE A' DATE 5/. 'l ggg),gy PREPARED BY t @ FINAL PS-9') R" ** * '/ #3. ) } CHECKED BY hdb DA - b5 REVE DATE ,gBfQQ$fQN j ["Qjf / WEDISON ,,,,, e,_es_ aavs eacr.,,9 %, eSUBJECT:e M L il SP. 2 k; b \\~' NSR m u Ymu W w Q O N 4 h o 2 m J b , a s o a 3 a M m m g W W 4 j 3 $3 h3 6 O a eG ge &ve se s = - 2 2 d I 5. d d e o g o o o o# ou++ se di e so 1 a s x e e 7 ~ Lg Q Q V } S C $0 0 o .6 0 3. M$ c) ag W'J m t = m 2 e 3 F! ~$ 7 o a ) l %o $0 d o 6 o 3 y' o oi = 3 ^ 2 }:"1 n *: 4, et 2 s Ea aa +'6 o o o e eb J j N - N D v f, V u x ~ ~ = 2 2 h o yh h 2e @- ' > M i J e w ,c) r s s c. + a E N b U f go e O a: 6 O h O es e s o k h5 II.$"5.3 e g 5 2 wt w e a o te M O W T 4 >~ y Mg 3 3 S C S 4" m e m m NfD 1001 y [ Co FORM 3930 O PREUMINARY CALCULAllON SHt:t:I UTHkhl2ATION NO N/ REV. 3 PREP, SY A 645-13 REV DATE g RNAL PG-79 hf) yen' # ^ -Y REV_4 DATE gg CpeV?2 ^ fa E APPVD B DATE. / /E R6v. 4 Pgge gy 9.mst p.rg.7f WEDISON, ,,,,, n y,,g s '~ ~ 4 an nSUBJECT:L L S j 3 ( SR e m a ? k [ 6-NSR 5 j 3 9 3 3 S ~ u v nas W o OEd o y a o o a Y Y J 3 4.N QW I. 9 4 U O J W q 2 2 o s Vd+a*t r 9 y 4 k 2 2 x 4 h 3 s z w o se at a e e f e s 3 <a s I v 2 s e e o s> o W 4 T-o 9 vs .3 g- $ 1 e N I Y t' O d 2 p e a o e e2 o4 a a2 w + m o w w 1 o 2 1 +Sn d.5 + e e o 2 <g e a h h h. %) h y* b W f ly _, y a,N k [ $o M. 6 J i ~s A T 8g ed% e-o o e o g. o a e ti ca e t o 0 J Y J, ' 3 I g A 5 5 d 0 % s'O-o 4 T g O m o m + e o QD G 3 4. O 2 g n x e v~t h+ m,,d'. g. 3' ' 3v x" o. O o e .m o o o c-e e n: r. -- o e e4 y. 0 O n e e e 7 o 4 o-s ~ -- a r T 4 o q 4 4 -2 8 .E 2 23 .= m = w \\5 $,,,b b g,,,k 5 O in hh Q w !* ea sus u: 22 3 ; = e* x 3 2 2 1~~~ 1 a ,g www 7 [t 2 s g u d w a a a i v c W < r < v t> e o m 9. C o 2 o ~y do EL do 49 k a J o J W E U es m 1 m 1 w3 1 + 0 r WI d d d hI x0 N e e SL e4 m t-m o o N h m wo.,m, e i ce mne an 1 l CAPITAL CALCULATION SHEET R6V. 3 PREr, Sy 9'Mor (,4M3 ^$ R12 TION N N)A O PRELIMINARY REV DATE CHKD.SY M o* #/2fh] PR PA Ep BY DATE l @ FINAL PG-7c) a^%,7] l REV 4 DATE 456BO57DN ^M Rsv.yegge.eyV.gts.zaeri+1f925iVEDISON ^ c m.st D-SHEET gSUBJECT:b t E p E L 'A' AT gg ] W 44 E A a,q s. f ue g.f' 4t u E L.oA p froE 7 to L4 tup AMD L o O f A R E. bloi i'HE M AV. E K f 6cf E D l NSR Lo A P. H AMU A L 8 Y I4ift ATEP H ov 'cf p codi p E gj t t. L ME loa p t N 9 'fu A M fHE AL)TOMAT)dAL.LT 'NI4 t ATE D ~ L.o^ p t IM ccu p E D A s ov g, Tu egE FoEE d4E fHoeT fi M E l-o A pey L4 t t t 36 f2Edl9ED BA7 ED ou LAE4 E9"I' Mod po t4 ER EV BM THE OF THE c7 6 RATt od t pt JEMEc oz La. Mo tool - 2 8 A/6 MHtCH 19 4 O H f g~c rt6 4 zuci..cAs[hA9e D oM 'fH t'y 12 E Vi 9 ( o ^) THE 4o4AL-ggtGEAToE. 'A' l'y I - LOADIN q h0 J 2-f> l g g g (, Lo c A/id Loor L o c.^/w t.oo f Loop o-no mtu 710 M era doo T mucui 2 560.1 xid 2.Lf 13. (o kW 7 (% kW boat be 1st.o KW 76 4 kW b1yd io.f A L 2Nk.! M d o M fA E t d6) 4 H E. AG ode LOAD 9 'To T H E. F o t. t. o vd I rd 61 G E M E R A'fo R-EAT \\ M C, p 'LO Dic AT E TH A 1' A L.L. DIE 96 L 3 Lo A pi os; I p tidi T H i e T a e. dtE 7E u.! s. c A P A E> t L I T I E 9, s 2 b?? ? M H S ?? 4 h 7 Sus Foe 'Looo Hc/ve, '2 / / g4 THE 'To 'f A L. L oA D FoR EACH LOAplMq G E q d E Q c.E l (7 EE L o t^1 IHG Mi 1ZA Tio d; oF TH E p t E $ 61.- G e 9 e R A T o 2- ^*D ^tt cooriusco9 toAo5 Ac e e,e t ovJ i oF THE DIE 9 E L-6l E D E CATO C g THE @ A 'T t 443 l l ElBkg t.o cA yo Loo F ,[ " I P-o wg,g4tig, rk E E MAE KF rW PE9c EI FTiod o-to HiM. > io u se y < $; < p ASsu M s D Fta Lt y LoAbED 5 f Dit - 12.UU o c. El3 d $$oz$h o C" ^ ' ' * " T. SWIS ceu. t,3 9 /A31. 6 31.5 31.6 oDt3-2500pc El3 A $ $ u u 9.j> 3::U t LV LO /h t> E D ""#"^ SIAL 4 A 9004 bf.\\ 64 \\ 64.l c n A gs,e c gev. ez$ y SEISS (n g Bl4l4 S S [' ace 9/A o o g Esv E:.5 L xn-r tt 3 O ef SE 15$ a 54.2. d G ace M/A P o y g Biqi54 Crv.E:s ao .x Z h, sE 155 Q l0 SH156 S Pic E Ou ' aj, o o a y% ca.us ., ", g V6 T F 2eis - M60-3-3 . g oe c6 lE E lA f4E0 FA M V E %2.lo8 GTACTS i o gsgo. M Wo M CA u d 8-M, El416A Gca s FtLTE C 73, y gg, 23i 23 1 .40-ro.eTecTs Wifs fie.4,o A ro c 6 s ss es. ,g g zgOgq c4 C v' E 7 N E AT E C N M P GTo P4 I F T fdA N *A* Co4-r s NME 1 7"O g m Nm-3 a r-3 V C-R F iol B - Cem K69-34 e No C.N A L, \\/E 4 T t t. A T t o d dA4 A %uMEP "^# Bt4%S Rev. E l 17 9ad l7,6 o o htTEC 14E ATER A44W, Lo A D,.a G 09 4 N hh I z cn l g cn m VE Vlo 4 S-E -IR 6 . pggg,g gig g4T,,g 7g gg g U O D. rMTA EE STRUC. Se 3.o L '5 0 mg kF wiuE Bt4 21 jg, g. 7, y ggy gg. g. p 5 . o ps c A T c 3 (414 E U TttAtu 'A -D g i4 A S G u M E. O F A t t. E D. y, i 4 REMAEKf 3 3 6kd Dwg gATiq T PE9c st t Pflod o-to mg,, io wig g Qz@y j F E S E-159 l o2 odim $ q o o O 8142Z SPACE. M/3 m N m -< 12EV E:6 c Mo ?.301-34 M'783 .conatuy c reo/ ci.oses on s i c, y ' t Rvie et.t Presssue g t.e r v4 s o us B1423 HPCL @ C-gg ' kap 20, 0 0 Re a cro c PnEstvee - MJuMeo rgte I90L-CptMco ve ur w/L.och X srioar rmE LokD Op uu E Klo46-A I E. 2495l0AD WB D (DWh. E t63 CEU E3) TABLE 2- ^oT*MA" "t^"6"*D' o SM2.5 c w pte99og 4 up o 33,3 33 3 RESET y RE V. E Z r O C VEX 2 io s - EMI e AUTO STAcTG WITH 'Tc A i M 'A' FO R-65 Gecs A90 6fors IF TE.A to 'A 6 42f, G6T6 EvsAun -7 Cosa Ti w t o us To g O AJ g p3 3, REV. 24 Q z P2o20- ras ccw E'76L o AD SHEp (DW6, Elg, l2ev E S') TABLE.5'RE START S o S E c A FT E c V o t.T, RfCot/E4y m61431 Po" P m CG v E S' boHP TA'O GA 0 64 0 -1 P202E - R EccW E 176LoAO SH E D (Dw 6, E tB, CEv. E 3) rABt.E 3 4 o SEc CE STA C T AFTE R V6 LT, Recov84y I F P 2o2p REV.E f 66 Hf OEd O $4 o DoES N oi DE V E t C l' E S O F F. P c E 5c,u c E y 4 g g gg gg pg,'4 p m m m m wofrTA C T AFT e st to u so GY op EC.-FSAc"! o R A o@ 1o.5-C 3 m o o r-hE S o f'202F-R8ccw E -176 , LOAD GHE P( DW6 Et 8 E 3) TA S a.e 3 23 d < mEACEOP To P 10 Z P O E F2o2E o3 RE v. E g 60HP o o o 9o Sec ces fA cT A M'Er_ vour. REN"#Y Q \\Z g q3g Po y m, s %9 q 5,, P 2 oB O -6 A LT E -170 , L-O A D 6 4 E P b sp E I L M E M t 2 o o o Bl44 ( WA7EG 6Etm6 goog g7 83 0 63 0 83.0 . eE. 5 -r a cy 2s sec A r te c. V et.f-ID TA B LE 3 REV-E5 R E C OV ray h k.R-j Pom p w 5cse Rem 74 bs ( s 3 t i CALCULATION SHEET {MZA' MON RO. M/M PRELIMINARYDATE 6/4//ff PREPARED BY.REV DATE FINAL PS-7C) CHECKED BY ' DATE b/'3/8 f REV 4 DATE BOSTON1k Dmun/n AggvD eY EDISON,Heer 5, og etSUBJECT:>*4 SR q tt 2 al v 3 u 9jti ".;D 8h< Joo "2 y eW 3o d l uu ou N*[ LL % <4E a 9Oe o N to to ej d 4 43$0 1 2m td 0 6" N b$b U G t 4, o h "J N L n.J odPi1$$0 IL3 0 b b $2 O E 2 O O 9 o aW C0 ~2 E C W m O O O O 0 0 22 ?M _2 h I D m e o o o H 0 o o g 3 0 r = 4 u 4 .s. = I 2 _8 z I '2 ? T ~ g D D D g 3 IS 4 h $,g N Ns U b T $ el U o 122 - e3 a -s r - s 9 s 24 3 x. -; t y 0 W$$ s s 0 5 Pn $ $ W$$dd$3 d G dN3,5 b e e s au no xa Nb d 'D 0 W W W d qb e o o a u -a o s @L' T 4 u a @ D L., L0 3 y 4 W W 4 D.- L. L L.- O oc r - 3 ,J D W D3 J O 4 tgg Y b (2t tod gg (3 W C() T 4 v g 7 T '7" LO D 10 W %O N E 1 3 I T T T E G cc m m m m to m ca B E Co FOAM 39304E D iT1l iljfilllifl o%8' ~ o)rn h 5 6z u h m,E s >$8'$Q O ogEbQ n E },ew nxMo. g D9A mAsa* E< xd3 %m ?M k-2g S$ D[B gl 5M. MQ> o 72 F j 1 3g C {m .%b 4 5MMWsm >'E6 mgM uN%= s A s I uE" gE' r m eD cc e O. e pE u> "D 7-J' e M u, s0 L 3 E a y9 E. D c. zc)* e E t t c sA S <- S H a o A 6n w. A w T E a 't T D T. p f 'A ) ) A n 3 o s' 3 o A o E L r n E. ou t U + v ot A E " e A t s R T iieF $, e V e z oT 8 g n o o A 1 t i z +t E /o E. o "A o+O 4 o' c k E d s t E ,u4 st u e M e.E A l ag. c d MesL O o pacd ( E pe ( o% w E o. S D p y wE E J e m e?, t s LsT P a H n A 6 G a m ZE S msc"v uwlEt P p o e e n A o m o A uPA o uFoF 0, " o., ucd ( 3 e l! W P f k J o o. 6 od o Lr 2 o 4 o 4 g, 3-y F o o. 6 o m Z 4 o y 4 N' g 2 [ ig 0 i o 4 o 2 o g l' 9 g. 2 e M r y 3 4 a IT / H 3 A J L W y 4 9 I r R 1 B 5 g a is t-5 2 id V. Mff.g 5 E c e Wg 1 D E E l $. g 17 1 g m 4 b 7 c M ) r M s S V E E E e u C o c h T. d M /p t o T H C - c o u F os AC cu "c v v. F c T B 3 i B c y 1 Le. P ET t V xV D P E Ex T n c c 8 - e t e A - A i r. 6 5 uci A 3 'B e o o o o u o<c L c L o P a l 0 x "u. 8 '^ 6c S Qp S 3 *s 5' 3et osi E E P VRy M"o MeD t L A A T T f-2 3 o o g g 'T T 4 6 g 4 4 g# y g 1 1 8 6 s g ?l= If!l CANAM SEU E$imiog go. M r RELIMINARY 3 REV DATE PREPARED GY [^d DATE 8/Y/ D I FA FINAL PG-79 csecxeD sy ' _l4 o DATE-.6/b89 EV 4 DATE { DATEla /7' k l APPVD BY MEDISON sse,153, sr6 0SUBJECT:j SR 3 o d 2 o mI NSR w aa wa ta r ex soo 4d 'T ga o d "x r Sk k $b u s 2 s g e s e a M T d2 U$ 2h EE i u a .2 em g 2 2 W N -guY' hp W d u o O d 2 @a OT 2 u d $1 eg a v w 3 8 t 4 l }:o sv u+ a 2a aw ga 2 2 I gu u 2 v" r-rY w 8 2 a N -4 6 Q 4 77 2 g5 2e Ve m2 3# oq 1gm3 -0 m 2 0 M t 9 F y 5 g<b w[ 'L q 3 3 d t LA sade k4 h 12 < C0 W 4 W 3#get a.o a 3a e o O O o 3h M O O O g o g 3 o o 9 o. L o o o M o in m 3 2x .2 i N $2 I o g o H o o o o o s o o e J c r 7 u I 4 4 5 i I I 2 j g 2 2 e m a m rom m u y to O o a u m e E v 2 T A'? y Y e m w tu tu of-i c 3g S T e4 to o -; e-eW T n -s -o IS *E W t* v w in r m mz w T d. _ 4 Ts e Tg w i2 w c I tAtt La bt p m t;.t. O % CE tu mN m to tg W en t.t Wto G i \\2 fD E2 A E N h t1 b Cl Yh h 'b 3 NEU G - ?7 2 2 E5 Yk $hd T i h26 h!$ k h$ N[$ 2 v ~;c a o e2 s s u s oa 6_ s r q& [c wmv a OYO O 0 9 w o w m <uo 4 E2 <i2 <o2 gb 04 > 'p c 2 3 7AO >13 yta pan ra c v-co o_ o o u m m m Mg E C 5 ~ 9 t T D l W 6 E E ~ C W G CALCULATION SHEET [^%^kGATION NO.A//M PRELIMINARY !Ef REV DATE PREPARED BY_ M DATE FINAL PS-79 CHECKED BY ' hb DATE 7 REV Y DATE %M h( DATE 0,//7 M gppyg gy WEDISON , HEE, m O, u lSUBJECT:2 2 SR 7, "u.h b W ?n NSR 94 bb ges a m* k'E e'l{3 1 me ~ @ \\- pY 3 3 m*g pq 3< 4h$F 5 y d 2a 2B ea a a 3 2 l ? o= Yt it E s T w +0 M W U0 c u o 9 3 JO W O 4+ ( ) Y 2+ I o. 3 Y >g $ 9T 6 0 3 d w fQ v. 1 0 d W 1 5 N 2m 22oy o? d. 4*M$ N" D< (p (,A c- . L :3Eu +v ti. I L d I (d 3tJ "y@v @1 N 1+ Y D D CO cn 3B 5 0 6 a a e = '2 5 tb L o 6 O O O o o O o 3 I ~2 M 2 N $2 I M H O 0 0 g o o 0 0 0 J Q r e m. n-o L s_ = a r = = = = T o a e .o o o o u A o U1 p p m 14 W =g g ua 2k C-E 4 ,3 ec, '.' s bM d e-LL) 4 bet S kd Y $N s O s d> $ th S $ Z A d2 s $ ci d5 O s&E LS $ d i;O ubm t1 A-e dn 2. ui z. , m i a g em ,2 i 2 ed i o s g e3 Yk O o y O Op 50p yW gg $ 4 g *3 p] ] 3 p, 7 0 W W Q YO OYO gP h NA Y O D O b 2" b' O o O U O (u o 4 <d O (W D gb g A3 g b ~3 -'> A O >GV >oO >W ., p Q q U O y M g m w M en v N N N M M eq g" ( Mg ec, e oc oo w CO h CO (D CD b (D wn, im* RECo conM 3930 BRS EQ u i P. #/ '*$/N F g,oo p DM4 RATi9 ru kW E E MAR KF mmmm i PE9C EI PTICO o io gig,>iogig mEmm ~ \\/ Ac 7.06 A 2. - Eagg --y <><m .g r- { M W E t,1. M2 SAuE A6 SIE 34 0 HOE stb 35 u oit coot.Ec gopp 3 g g,; \\) Ac2 066 2-E-iri $^Me As Asove Bl836 DEN 2oHP o o iv. LJ N IT C oot,E E. FE( El Moinoo-3B M i t7-7McCH ALLY C PEN /RERD. 70 SE of E d C.S. PP M AuuA L o P EE NTION o 4t Y oB t84 i cue-a vi.V iHP o o o g .g r O l,oc A h M o tt4 00 - 4 2, ML K7-7MO CM A t.t,Y C L.0GE[c L os gs od 3>C.G. TEsr OI N STrAs9 VLv. g75q gg o,7 HP o O o do 1401400-24 6 NiU*8Mc CM A L'Y of'E [OPEd$ 00 LoCA QM h B1944 h4(q7** fed & 10[g4P o c; o M0f400 26 6 MIV-14Noc u A t.t Y d t,0SE[o f EMS 04 lOCA E v. E4 l3 4P 12 4 Y 9 % g2 23 E9 8I846 Eo o g a 3g (ng gg0 g g o v gg 4 6 40 R "Y TIM E LOAD -4 tJI cn a m p doc 4Att.y of EO/ KEPT DPEO UI %cn 3 Llo t001-7 6 M ig -40 e o MAWAl. orERATiOM M t-Y Q Y t@ g g,Og gq c gg yp _ O oLo AD 4 M E *7 oM L.A T E C. td t oof oo Ns cTron t.'ME RfVE7 1HP BY oreR AcTioM Fo tz G H OT dom d 0$ M ko o ~ Coot-146i. 7 g3 M 3 I Moloot-7D H IH-17f D SAME As A goVe ["((((gg gyg. 3g-1HP O o o BIBS 3 v-y, aw CALCULATION SHEET $$$:337,og go. dh PRELIMINARY DATE M REV DATE PREPARED BY fxv. 2- ~ rsy3 % FINAL F5-79 CHECKED BY (e__. DATE _ __ / Si APPVD B DAT //7 k SHEET ISOF NSUBJECT:2 p W a6 d ,? % s y L t-d, 5 SR F ds b g ot No 0 Jag d@ ? u2 ? 34 g 3 ogis "o 1 E< NSR S (5 bH o$ 9 s1 4 y $t 5 00 yb k k O 0 7 W d '0 a 2 31 34 3 t2 se a 2 L7 1 Yk H 03H[ akH q M 0 U 2 24 d a2 g oW1 d 0 dV 4 o d 2 2 Qq 00d Wd O J O e 4)dd A Ls R e dJ O O JWQ c od o N Q>$ 2 $0Po ogF-W D M r2 ex.a y n +o V2q <P 3-o e a m y U 0?J{ t hj? Id, & < d j$$ A L1 d ~e U "P >S 3,t o < h 5 b5 3 D2 2 4 e 2 gu a o !aoss + + mp w n I 5 co 2 }* a} j$"o e a-at ogg 4 4 u#F a ehuL y 0 2*g 9 2 W o 0 7 g g gs< a.Yehr E EW E >%T.y h d N 23OggE >s a o m Fo y E I e,y $,g f a a3o r e a a 4 o23 s<u e 2 a<ama 1 A O3 1 oD3 3 L. ~ 2 3* g IQ 0 Dj dfEJ U"ok$ dhTy y hg $$ < $ $13t0$ iEjM $dE$* $g(Ih $ o Z cl o o .s 1 b O g o o o o g o g l l 3 1 o o O O O o o o q 3, _^ 7M 2 N 4 h2 I O H o O 7 4 o O o g o J o T b k W k W W Q Q w e t 3 e t ~ y A n 'n C a Cn O hg 8t S $b y k Od7u oh 3[@w ?n $ 5 3* l ii 4 5 53 Ri i @% it$a @:3 d iiE342 5 5 @ C1 Lu l l INE OC$ 1 te td t.d 1 U O u. m Q4 I u I t; ww I c t til % N td k j i r u na te IN ho D t h P 53 y3 ea+ 32 it g 3 $4 4 i %L1 2:Eu am? $ 2 $ "E 3 o et h s' 1+m 1% J 1+w G& o tl, .E p >J 88> y 25, 1+o Ei 2 v E 1 oud te> a v 283 4 7 -- 2 J ~u ~~b ~2J ~u ~ 2<N a.1 0Y oO o o< 0 TO O W g3 o oq o o4 x 3 gb IQ> Iv y Zud JNw IO> ZUF IUo> M k ~ U 5 4 ~ ~ e e e a w e e m m ca sa G5 o w w w w A F Cri FORM 39T a'ra 8O Bkg EQuie.$/ '*fg^/Noo e tooe DNA RATipi ru tw R E MAE kf (-- mnmc P&cEIFTico o.to sig, y io uig 8 mEmm Mo toot-436 MtH-@ . Me R u n LLY c Lo TE/ REO To SE caoSGD <><m y O)OE ^ * # '~ b ^ ' SHOTDoNN REV-E7 c o o t, ia s, a o o . o pee _A7 e, -r e s_ oo p t. A< s m on esi-Bi974 tur O P E R-AT o E. AcTtod Foc GH OTooead coct, req mjmk VA t V E Motool-43D M t W -l9 6 HOT Dod a o o o $AME A6 AGOVE SIF74 ccoui o c, Egv. E4 iHf V A t,.V E k SC-tG 5 S giggi B t53A FE E D 6N' o/A lq,o 39,0 g,p p p -t h e Ved LLS I ' Rgo Mo4olo A - E-178Wo CMALt.y C t o66 D/CE4D 1"o S E c.t,o6E D hQ l>f Rug HEAT EXCH REV.E4 'M^"AL OP E E ATio 4 oM t-T 6 THP o O O 8 CPECATE9 L A-FEE. 04 GY of EE. Action B1983 no ter i o g Ed t ** P Fof: Tog.us coot,96: A4D YM Q V A LV E. t ocA/td t oor Fot comTAguugo7 c o o g,, g gt g so4olo6 - E-t 7 E j m RHC HEA1' EXc4 %ME A6 A B oVE. g m fEV. E 4 0 7HP o o o B ggg4 1 9 0i.45 io n N V A t,V E X76/sv-E-14^^T"*t-o^ o 4-kW ( C A t-c PS-71} Rad O i zoV Ac FwC-59 2 g"j{n!%,g>n y, g ^ 12. IZ 12 . Assumen 90 % tocan e,9 pp Bl?36 k rr'T CeV.E 6 nN NE @# .UI o m - voqo09 A-E-17 7 + do c.u a t t.y of e.u N m*C 1-o + E O P Elt-Age e M M A NMD A L. O N 1-T Q,Q5 26ccw Mou' S189) EMF OT. loa os fey, g3 f3 HF o o o 09 ~ % h5 h T9 0L - VLV M o tao 0 9 6 - E -i 17 g 1 lg z u> 'D < > T. loa D S EE V. E3 3 Nf C O o AME A9 AMdB NM h h 81233 08 e eg u,om VLv $Mk. CALCULATION SHEET [^$I$2ATION NO. M//I PRELIMINARY REV DATE PREPARED BY [# DATE 8 % FINAL PS-79 CHECKED BY ' O O U DATE 6 /I i REVYDATE %M k DATEIo,//7Nf APPvD BY MEDISON sHEe1 MOP e6SUBJECT:Q k SR h dA r"E$d Y Wc d. 3s NSR k J W Ww g w g 2 d d "\\ g d Fo 2 4 y da g o s F a r Q Q ^o E h pYs W $y 2 QW 7 $o o 2 3 m p 2 2 s o o2 W OTa J ~ Me m wg 2o u 633 g uo q d o a3 geo eD d ed 4 4 bl u < g )$ t-4 k U s w 2< m W o z a $1 eu g y g g 7y g$ 2<%f OON I8J 2u v+ a-s< s <.3 g I 2 ou w ag 3 Ir36 << u W W 2 dD 34 V 2 h w V bl 7Y bW$g 3d L 3 n.- a7o 3 $3 ?g $ g 4 52 go e= a ' Caa3J a&a + + s "; a s C L aT ( 6 W gLW 4 T O M b ~d ] ]<7 20 fD 1 2 W -A D li db Dg ( g oyN g Cl. s s . e .e 4... 43 T Ag O o o s o o o o o N 3 2 L O D o O 4 o C o O 0 o 2u 2 N $2 I o o o o ,H 3 e o o o J e r r a-a-- a-a- z 1 = a- = x C o g 6 d 7 6 m o o O y 4 m m b ta O H D D Ld v 5 T tA d M b m W $ @8 $iw?> E $5 l 5 t $# 55 9d i 8 i 3 u u w u u u w u w w e e tu w su 3. h) ko j> t- ' O y r a>g Es:s u L2 so I$ J)3 Yd, $9 < 2ew$ t e. k b O YU ihd Cb i3' a o>;> o 'o p o c a_ m u h a<- $P.4 <C o U V o$j-o *$ y c_ T c) % b 7 F 4 I m 6A vscQ v N a N J 06 X d c jL 9 Nwo 0 42 W op ody g* suo - gb y o d ll I s c.a s o,eo aoN1 .2 4 v-a-a D.a. m o wv-rn v sn m N O O O O 2 o z M h 9 5 T 9 5 T T CD ca d') G cc CD co c0 CD CALCULATION SHEET [UEHO LIATiOM 20.M!A PRELIMINARY REV. 3 PREP. BY } D(A 2' PREPARED BY ) # REV DATE ggp, gy gig DATE 3 % FINAL PS-79 CHECKED BY ~[b D AT __ h/ I 3 REVIDATE [y 2 ly <f 777p MEDISON sHE,1 s, o, r6SUBJECT:I" I fE. i SR 2 < o o o v+ } 2d ? E NSR 0 0 d L1 k s .1 4 t O G< x N-2 0 Y 4 3o 2vN* e 2 R3 4 re o= d 53 E m <d I O U {E-( iO 2 s e, ;ma o 2L} Rn& 6 4 4 0 l o(2 2 I A wI r o-U w n%> >d 4 f. J 1 ,ul i< 4*,M s3 W e b '7 E gi f 4I@4 tt +0* <(u 4 e O N O O ( o aH O A o N o o J 4 o J2 TM 2 h" E M o s e g 6 =^ e ( o-f L 2 r u m e 6 T 3 T-y s 0 yW 2g O id ($ E $ cE I c { +, 2 g g2 U k"2 S v w o 3m 2 gA E k'N P d) "4 4 O CL >v$ v2 o P O 7 h 3 c < 2 o x 2 v o gA ~ia Y <> L $$x 0 0 J @ w, w J V W 0 3 Ir o 7 gh c>vw vU4 >,m u s M E 5 2 4 E 5 h h h CD .yo gy ,4; i BKR U "lP #/ E '*F E r rp kW E E MAE kf 3n3o B mymx D W 4i, RATIMj <><m s ^ VE% ct Pisco o-no una, y so una "y y49 /27L -12ovAc E-178pcos o u3 e E t17, S H. 21 IZe v.g { J h D ', D y A SUED [ oug Eig,gEd ES) TABLE 2 62Bl3A Po'+3E E G fTL'( REJ.El O 11 12 4 m e m.< B7838 S fwc E M.hM 2. o o o M A 91 STAc g M 67-ISO eLoAD $4 E D (,o wgi E tg,12sv. Es) TAGt,E ~2-IW W WG W F 206 A B2614A 4 A' (E V. G, Vo ged o go go AMD V6 F 20 61:3 MAiu s(Acx H67-155S*"E^* AB "E o Rt9 Q, 50kW o so Go p 62Sl46 14 E ATE ?. B F i O h Lo AD 6MED (,0% E iB,9Ed.E S) TABLE 2-V6F206 A-E-241 M M A ' M 6 f A ' "- e FA u RE-STA RT A UTO M AMMY WHEM d giggg 16 H P O I 2 *7 12*7 DtLOTieu FA4 gg g, gg PoWGC MAttA ME ARD LOAD SHEC Lonic v2. E S E T W S E -t S S Q Z g Q 62Bl6 Gpncg pfg o o o H Rev c2f \\/EX200- M A p p E-431FAO 00CM At LY NoT POWN'N6 D '^3 #'MM4s EE V- @ %Q] $9 STAcic ExH. 2 pp a g 0 8282: o LoAp 6 H E D (o v3 6. E t 9. 2E V E 3) TA B L E 7.- ]28yy FAQ EV.E3 N s 8 ?' ba o m D 4 VEd H folA - 6E.lf6Lo AD G M E D (o*M EtS, CEV G.3) TABt E 2 wELECT tic UrJIT SW.7 CO ks* y 5 82S22A Iok W O IO I HE^<E c eev.gg m O z m ) m D V E o H2cl 6 - SE-155 = U Entc. u n iT E9.2SA M E A s A 6cv E kB28226 yg gN O o o j I4 E AT E C gEV. E26 h E d t g h %4 ~ -. - -~ O PREUMINARY ZATION NO. REV DATE PREPARED BY.. [M DATE f EI l @ FINAL PG-78) CHECKED BYl Ib DATE Db REV Y DATE NM hf G //2df gppyg gy DATE WEDISON s u ,_g s_. sue,T oSUBJECT:SR E NSR o ua M c T 2 DL W Q 2 2 A U 3 2 g N M tA V 4 Q [ I d 2 2 w C0 w s s W D o I + + + tn 4 e 4) D g o 0 o O O K__ Q 2 i D L 0 Q o o o C T o D o to o g 22 ~2 M 2 o e o J h r 2 i 4. A -R 4 2 ~ 4 9 2 2 2 2 2 m O g r4 d O M to m b o 4 -; 't ? q $&& WJd $ 5 #1 M 5 s' $3d 35 d lj 2 0 e s ~ ue t1xs; i a 8e g2 av gA 2o b6 w F v i m 2 g o a2 gy i -E SUd 7 e ou zt? s Eo. 9= k L< o o e w w w a u a er 2.< co o0 -I C LAs g .3 w m W b ,ws 2 zw* g h u ? N 5 Y 4 Y sw E 5 E E 5 E O m m m o m e .,, ~,, ., < nn..,o,ee',f l Ij![ ,I ii O4=.# 6* ph g y:m g g"* gp8 >51$ t6 ;O kD o l x$ w gB N j sD I t b 3m< g* g N i 7Amj g e g 3z# o%,4* 3 t gb*7 l e[ 3m<5.g ~ N N F t 4M hw Ok eh g3 gd R1 9 >i< omgg 1 tEmAJto w h A33 g{a3 ~ A h E c, O c. t yx 0 e Bc A o a T g 2a ^ u ) 6c S g rv E g Mn e v Cs E c ge R e ) C o pn A o 8 ps 0 A 1 a O yew E .F 2 9 o. L g (, a# 1 E L 5 5 t E s u ^ A p n. Es t (D," e u g c. M ns c I r i o "" b n e mu a T A T n ooo P P s R H N % "s T T G uR Me r p Aw 0 o o o o o A4Da R Qga 4H g a Bw F 9 g6 F F o Lk e4 w1,y2 7,. + 7 pW t.< 4_ 3 g 2 2 o. x0 2 4 2 4 o 0 4 i" 3 5 t 2 41 4 1 1 S 3 1 'l i r w4 + + mI7.e a, 9 7, 7 7 8 o 6 F o o 7 o 4 0 o 4 I' 1 5 3L 4 6 B f I gA m5W2 8 h. v8e g 3 20 37 ,g g 4 2 7 0 f 6 4 7 M 9 o B o 0 4 52 2 L 6 1 1 N, 't A A A 4 H f ) 2 2 / I 0 M N u o to 9 S C, 6 u 6 E s E 3 g c. L 6sg E S s 2 p z L S g i V / i 4 7 y e E g' E' H E e" o SWR g E S S E s8 6 1 e 2 E s g l r E io C o M /o o w o F l o D D c F o T $l p s t i f E E g g P. P E e m o 'E p D T T, G F i A n ic F C P A F e o uc B o 4 8 u L o L H Qe o a 2 l C I 6 1 Ep B B s B i R t P L L A A g 2 4 6 3 6 T T o 0 o 0 0 o b T g# 2 2 2 2 2 B 8 6 B 8 8 s 5,-$lO PRELIMINARY CALCULATION SHEET SUIh05ZAilON NOM/A Rev. 3 pre.P. BY a.MM[g230 REV DATE 3D, e,y % 4 I RW. 2 >& DATE PREPARED BY__ /~}/$ e. FINAL PS-79 CHECKED BY (,e ~ DATE i REV N DATE f&Q DATE_6 h,; REV.2 slgl13 APPVD Y Rev.4 PRu. sy %cwace 8 2eJri-w 9?WEDISON ,,, s s, u w o.er oSUBJECT:e 9. o-SR h T ] W J 3 ( l 5 h k [ p NSR' V 4 g-o 3 o a o 9 O 3 2 9 5 a v v : a n s 2 2 2 e { hh 18 0 i y 0 o Y Y J T d, 3 (d. 2 3 g } J g o ( W O o A 9 W o a r aw g v m 70 b M 4 h A N Og O O 3 d O N1 Ed a W m d I e w a 3 e q - <ah3 IV 2 o e 9-i o ok i-o a y "If i (M I Y t-O d 2 $r w a y e ap at + a o p f gt d* 0 W W 1 O l ( P 4 1-0 1 u* 4g A i a f h 5 $ L* W t "$ -gg%,( *5 O O' @ s } mm + y f ob h Ig 4 O c'- N N P 4 30 U fo @5 "( $$ $ d j 3 o 9 o-4 o-a N ( d c' O. -@ *o T t* i O y-L o o o o 4 e e '8"6 N j A 4 i J2 N ti i ~2 M u o l in. gg gg 4,, h 5 5 3 )iT 6 c0 d W $ __ my4 .m ca e-0 O j* m H o O k bb h [t y f i t y ir % AW o .li o 2 8a p ? e w m = 0 M bNW h ua N N 0 D 5e 9g 0, E$sE Ed i d E $ 5$$ ;"$$ 2 52 4 m s s i s 3 2 2 O g _ g N$ 3 y i O. eU 5 2 s o o ~ a v Mu u u V W 9, 0 2 O u da W g i> u. a a o -2 e ft 81n_a u aS U 1 1 e3 s wk Ed id ed E% d 23 i $6 e r I g m 4 4 2 u- - CALCULATION SHEET j^7gORIZATION NO. N!k T O PRELIMINARY A 6 23-93 ) 8eV.3 PREP.BY j M s,4y/7J PREPgRED BY. DATE-NN REV DATE e,,g gz), gy g ^ ~ HECKED BY { M__ DATks{ / Rev 4 DATE SQ M EV 2 "' !!ll.llfj?l$NWEDISON ^"" "^* n,u oSUBJECT:4 G EME CA TO E 'A' 'Ti4 E SR h A9 'EM D i d A T E D Fo e ot E 5 E t t MA% GHocT TIME loa D i N @ Fo c. 'rto uiN9 l oCA AMD L,c o p p e p eg os o gj MANUAL NSR O f E t2. ATio rd oF Hov'p mot THE A OTo M AT I C. OfER.ATIOo3 op E R O if M EhjT A$GOMED A GodE. T$s' TAden, es To f E C2. A Ti o M op uo 1y00- 26 6,(12 4 KW rM c L. AMoMias g uov tJ o R M a t tW P o W E R.E D S T T H C-6 Ed B R A T OR-il4E 'T04 A L LO A Di4(q 19 " g* DtE6EL 1 Loc.Afat.oor t ocA/ga coop vooe o-io usa ~, t o u n a s Co M T i e uN 9 256), I gu 2%09 kW 2 2 42.9 Ru 6HORT Tl u E \\ 51 0 KW12. 4 kW 12 4 go+ (og g t,. 2H Z. ( kW '2.4 +3 3 xW 2 255.3 kW w . ^ ~ CoMfARidG) TH E A tb o q E Lo A gg To (gg pig gg L k E M E R.A toe 2 A T t tMn 93. 0 D i c. A T E'IwA7 A 1 t. L o A O tM 6) s e.c o E n c E.9 A E.e. wi4aio <se s96 e^Tio 't e oP2. f o o e n c.on ri td t oo9, 275 o KW 2 o " O H /'r2.AMD 3000 v u3 2 H e-/V4 4 CALCULATION SHEET [C7g0ntzg7,og go, a/g 7 PRELIMINARY DATE N V REV DATE PREPARED BY /7!df CHECKED BY Nb OATE @ FINAL P6 19 DATEb,//2,!N APPVD BY c a o. m %qw e 6281fi-n-n EDISON ,,,,, w, a gg p y gy, oSUBJECT:goggy fo g o,WS, ou '/)" ta/fN P o C T ut.A 7/M f/ 39 } (loc A + leof) SINGy t-B F4/to2B NSR Z^/ O A DEA. 7~0 C/?L cu &/175 /vC'AS7 Ci435 L:o A D o10 & 'rHE [Otte rd /Nf/ 6/Nf 46 f///tu/2ES A//tl BE //SCUA/ED / A) ext.io.ru n3t reierso di't.so two la,u %< sm, ) cue B) WORST CASE. SWGLE FAtLV8A @ SWIMG IN5 e4 WHlcH ts Cast FAtLWE of P5 3828A ca S WHICH CRuscs ALTO sfARf of SW P0mPS P208 A,6 4c, cae c) loss oro.,,, g CAJE 2 In wE E VEN T B r2 /0/d D36 TRIPPED JMD CHED A Rf tA y3* / 0 4/ A, f ull C, lo4'Es /04 f, /03 A, J 03 C, /0 3 E, 105 4, t fogc,, o(j E AAE net ENEAd/EED AND i coucecorkit-y' AMb ^'O Y 7A/P 7 " ' * ' W y y loa DS ( 12rf. E/8) Y Auf Y0 ~Y'llA O# 5 ADD / 7/0 Nat. popDS ON Dft l ARE AS F os t o iv3: j Logp ( w ) ~4MblCA A/og Z!!M n/nm o o b M*3 0 @M @ K/04 A fQ i,7,jg} *S Q P/9 9 (bono Affb Ey 'B 'luae) o o Soon X IO ! Oon D ShD Sf ' 406,, c ) O O f,f t 0 % (!) L/o3600 ( N. offr# 10 Er eftc) o o r3156y l @ i g 'f1 ( ~D o c,.counune um,, e.g s.s ems ut.pc. 9 e n e Ic > basse c, Lk ' f. u ' o ' (J N l !v % is Vy $ bw V d r r. L ja e E co Form mo wn vvu C CAWEAUM ME A IZATION NO. M/A C PRELIMINARY /f//9 l REV DATE PREPARED BYDATE CHECKED BY bDATE0/f!b7 j @ FINAL PS-7() REV Y DATE %M dR 0/O f gggyg gy DATE l MEDISON ssE,166, g6 0SUBJECT:fri.Ay kap (ka) Loeo(ca) SR 0 o -'o M/Al yio Asia zfp { I'ML% FOR MAv. Agggy n o 4040 CHED Lo s;ie.) WW & K 104r c [jopp,,, 9 g y.g j,,,c, o o (p XAITL'tc bietS24 (8tock: csogg g x g.) O O 6IW & ^10380 / (ZudbupfD zu SAJE fo#P) S tTM o o q) fcHEME SA6> 9 0 ( wzo Msist Coma 8* b 0'0 8t7/3 U i,7 / M, p rig pyg g e, 4 ) h te L on % k, (0;oe#~'4 J '$. ' ??-- e y bor d e Q Jo ursiff.ZNTL'k FoA $1oMn'. ) O O CAS zu A logo $VfD Jos,te./ @) VM - to/ A (lead $//sp Zy "8' loc,ic) o Bl0 3Y G VAc tot./ A (losb fyrp BY "B " lcs.ic) S to?>l O (@ V2C tot A (todo $ rp By's' loaie) o o 61335 A Ad ac 899 ggs,5 o BrDS Sft A Y /046 @ S chom e o (SEAL JA) boAb hfD bedric) G e r.: tyj) t o o Bro 3C VA'F /o/S (Lonb SHED By'8'$ oste) 0 0 8l*37-h Vdc1048 {l*db SHb D S Y '$ lt^1c) o o E u o33 s & VAC /0/8 (logo disti) 8y 'g'los,ic) SPLA ~"y lo 3A '*~ O BioG f' // O Al {fA/C4 Ubf D [d 601$f YsNA' @ JA)1L'k fitoAl Blott Cit SE 8t2 ) O O 610 to @ Paoza crxicivoro zu 8sist los>) o 'M \\ o o 0 P *oB A { IN et uorp J u E !st l's s.- ) o o B 154l \\ l O E Co FORM 3910 g,,,g, l HO IZATION NO. O PRELIMINARY REV DATE PREPARED BY M DATE 4 /?MS lib!df @ FINAL PS ~19 CHECKED BY b DATE REV Y DATE hj { DATE.[e[/2[df gppyg gy EDISOPI ,,E,T i,0, es \\SUBJECT:W Lono (<N) I'o4D SR o-/O Nsd y/o/ id l/ () s c //s p e ( fe R 4/Cs W f fo NSR csg, yg fueBo e o CCM/Rt.ft e c) { P.20gg ( zacsuora 33 o load 47 >> o uiu OW su ass; /sso) i y ASCD M5p P 2 088 U THE 3 4'D RMP Russix;, pugpas A/onM44 6fftaerioN, fs/2 to 7 1 f2018 (ENewee zu BstE loso) loa D RT >lo M i N b O O r .)f.bc2/N6s O # /0 Hs At offAA76A ^) / L t Alo 7 $7A t 7 'fW6 PUMP i LAAltts5 fpog.) f A /t C, FsoR IO S. 1 A' 0 7 MoeMAtty guad/Mr> @ #AS MA l S C//EM6 ( ggg g yy pr oa a.) O C joAs SHEb) Sf tAf to3E ~ 0 ? A 0 0 /1 { D G C M T. ) o 0 } off2A709. NILL 0 ' *, 1 fpop c ( Alo7 $1h / T UNLESS 07H E4 R B Cc +) Puu,os l fA 14, No1 sto EM. ? ku A/A!/Alf, (So4 2 /0 *S ) (DO@( [ NOT W ORMA L L-Y St/AkM6 ) O O 8 10[o4 7 THA EC PUMPS.9cPA, 9 09 8, 20 a p /UJ ustED f UMdlNG, f*j/)/2 /0./ i isAD surp 6 y' 3Jo c.ic'ygg p l h V'TAL M6 fn (74!tLopEp [g BASE i l-o / h s At$o Lo/ D SNED 6f'S' tot,j() l d O E Co FORM 3930 N5 D TO PRELIMINARY CALCULATION @ SHEET{U$IONIZATIQN NO-MN & 23-13 ggy,3 pgeg,gy g/gm #[z1/p3 P ARED BY DATE /f I REV DATE cHgd. sY j g/7/ f @ FINAL PC-7 9 ECKED BY b OA REV @ DATE NM Cp$f[p og7gjff 7/gf ,,g gp g g"'v4RsegQ$~iir-1b EDISON suEE, u O, d uSUBJECT:loSA l'AD (w) doap[tN) SR B 'O N'^' >to Aful 0 TAIP S h!YD. (104 o Taco a y g"Jeg,14 0 94e5 @ P2:UA ( Acciac k o,s /*p) 25.y25. y 6 O to I Q) P: 24 8 (dEcise-Aux o'i. ft) 25'l Q C' 'l Bl710 3 A@ PtoA(No/23!- PP s-rep w ues, 0 8GM\\ , is oth,r-f } (h.#,**Y rutt opts q CL*3E on Lo s) c: PounL)o o g gigy A 502-P 2 0 ')A Z N 7 t.' % o o E!L @ Ppo'74 (c/2 o p p ) 227 221 A 502 $) VAtoc3 Meso w it cocty) 3 o BITL3 41 > 'o ^ t 'N. Exe t. In 84S6 J esis @ 7 At?2?L w YD (Stocu c:.e s! Etc, s o B Gc5 w:sw m p-L oric) /05E^ m-0 0 h ?O I y p o t,tA ( CL c it c t-16,.st s )^' A3 B us/ pe fiJn t /~Ans ( M A N v A L T.L 'P g y.o O c := n <v: >/o MINJ B !/ G 0 Ws ) A DDIT!oM/14 lod # /s /5, 2 2f5*V 0 ^) ?'ESE L/ (K&m e A B LE L OHES f 2 0 y I, l ') A T ffj l HM f t) 'C PA S0 3 h 1,2c)6.b Rvi fo ysi L A D DI 7/0 d '? 6 A #' D oti DIE!F ?- h /4 6 E Co FORM 393C .,p 7 .x. CALCULATION SHEET $[o^hlZATION NOd/4 PRELIMINARY REV. 3 FREF. SY g'MA'4343 REV DATE / PREPARED BY. f__. DATE S/ 9 Cygp, gy g/ 3 AvS /7 @ FINAL PC-79 CHECKED BY-- 08b DA E I. / Sf REV 4 DATE QQ Q RCv. 2 {gfg' 3\\sfi3SO ^"'" "^ ?s EDISCN ,,, lg 0; gi 81 iSUBJECT:TO T A t-LoAp OM D, 6 "A ' SR BAGB Lo Ap + Aooso LoAo Cowtiwuov3 (e. io u,o) = 'Z6fo O. i + fo 2 4. f NSR Q = 3184.8 kW boa 7 T m e (o-to m o) BASE LoAo + A o o E o (,.oA 3 e t e t. o -t o I 61o I 00 'T TAL (Cour -r hoer Tius) 3 g g q, g + g g g, o = Fog o-io gia5 % C.8 Kkl lCoo fionous ( >io m,og) 8A se loa o 4 A DDED eda D 24(4 + 2. %. (o = 2.'t(O Kh/ 6"ott Ti q g (>' t o M ico A 3AsE Lo A o + A opeo Lon o 0 3 l h 76 4 + o76 gud I T A L (.CoMThou Tm g) 2 't 10+ f/o.O ( > t o M,ag ) 'z. + 8 (o tw E Y cE E P9 TH E E P41 E^T' #1 ItJ 'IW 19 CAcE E r> 61 "4 LOAD'N#1 AMD tF P o va E C. FCoM E P h 'A' 19 t of T DOE To N E R. Lo A b r/Jq ) LOAD on s m ra 6 L o o p (. y L oo p ) i. a B6 Bus vJ l L t. g g 'd iC AtM F 6 0 E D To E D 6l ' S' (. L c 52-EOG).'fo.(AL.g. gj oM E p t) ' S ' W I L L.-E4 ITb E /- GE t-C A t>i. 6 -) Loc-A o-lo ui d - 2.561 Rk/ con : -+ ( "5 1 k 0 G H oR r (lp E2 H2 KW < <> T A t -LocA P io u /) 24 6 ( KW C o MT. -t ( 2, q g 4 6(40 4T TiuE14 'f 3 KW T oTA L-Leo P 2243 KW c.oo T- + la '+ k W 6 Ho rtf T 'M E- 2.2.55 gW To To t -..~ -.__._. - - - -. -. -............ -_-.- -..-.-.~ -.-- __... -_ -.- -.- CALCULATION SHEET 1 PREPARED BY JOm* P6-79 ] CALC,o gg CHECKED BY M, 1 REV. DATE 1 1 5ET 7O OF..... 8h 1 J 1 j F a.o M 1'H E (2 E90 t.T 9 iM P R.Edt o 0 9 PAAE 3 IT I4 E Ul p E MT NAT p o g. o-lo MiO E ><'n ' s' L o A o i ta h i ef w s hiM D 18 9 E l '<y 2 oo o ac./ye_. rd A T i M q. I O g, LOADiMq Jto Mid9 {R E. h aT 4'i g e. Aeo sun ny cTATs t-o A 04 A e. E WifHid K '9 coa T i rJ i ous rc A T' 4 6 - l 1 D E Q FOW M W W NEO.1001 CAPITAL CALCULATION SHEET AUTHORIZATION NO /d[A [] PRELIMINARY Rev. 3 PR6P. PsY gthtod,. 6,8191 REV DATE SY gge eg% PR P R,ED BY C OATE D @ FINAL PS-79 " N IQ W" 8 E5[ooy E"d@M[E!87 SHEET 7/ OF 8k SUBJECT', $bb $$ Yl$dh " l{'h3 CA6EB) SR h LAcAesT loa o od ' 8 6 ' B o e, r9 s w y D. LoAo* NSR (,, t e E 6T o rJ E AND LM E B ST E12. c A t c * ( 7 24 7 11-3 8)oo-co3) A 99aM ED (o BE 76KW, A ppcox So% op T egeg g. L O A D f 96] W hic 3 15 C o tJ S E C d A T n V E A6 D O c. i N q LocA/W Loop Mo9T oF THE 4Wyp LOAp 19 NOT dtED. [4 E rJC E TOTALl. o A p i rug ou'A' ta i t L BE-c ete. tossc4 ConTievous (o-io e in) : Sg s e Lo g o,, 7 5 gw + W e eldSiN h zS60 + 76 =2.G %kW vai4s ira zeso wu) h Fo ET 'l'i M E l.0 - t o M i*3 ) = SASE lo A D + 0 1610+ot 61. o l< W IoTALf,CoMt4hgog,7},g}gg % t ] $ f b l o -> o ua = 2a n s wi <m o z "#m (2. A T I N 6; Coa n oucos (,,7 ro u,u6) = gase L, A e # 73 gw == 24 N -t-7 7 l -: 249 kW e iraio 24oo ww GodT E A T i N (.q aom Tius (.7 io s,us) sese Lo,o+o = .ay 6. q T O I,'7 6 KvJ % A ' (AuT 4 6u Tire) =. 293 g _e74 i ZSGt k td w i< s,4 nooww _2.___ g o a T, t A,t, a c,CALCULATION SHEET gPREPARED BY n g REV. 9 DATE RGV. 3 PRGP. 61 q g g 6 0.n bS CNkD. 6Y WM /lbi)ff '5ET 72-OF gev, y Pgse. By %d 8 p, t-/9-fd caso.151 u G.1% M 1kh oJ.ua.d.g um d 4isce o. uo e m a ps, 's' lo && ig <c i.O 6e us LwodBC.Lo ads c(_.L.e. B 6 -{ + 4 (c o m ED6 "A * ) Eptn ' B,' IcacGg C o Mi pi o us (, o - t o u i u s) = (s AG E l.o A D pl/o d ABLE L.oHE6 ' 6 6 L o A O,) + C A s t. e L. o s s e S F rtcp A TT Ac H u gpJ 'd ' =(2638 - 145.3) + 2 2384 es =. 6 HoET Ti n e. (. 6 - to M'"6)(15 l.O - 124 2.) t o.29 2Lo W= Tora L (c our..rcunf fiu s) 24 t l K912 3 g4 + 2. += o - t o e aJ t 4 c o n r im o u s c u lo s uo 3) = (2919.9 -- 3M.7) + 33,. = zo vs kW w $HotT T 14 E. ( > t o u n o4) z.(i t. y -o) t ne3 c uble losses oc 13 g >> A (, A+cao. 4 Ic6J )J/ TO TA t.- ( c o N T. -t- <. 4 0 c.T tim t)20 78 + (3 g oc) ( gg 7t0 Ms44 1 G E R L> E M E 4 A R F.-OlC+1rJ E DG; co "T. (7 A T i M a '/ A L L. LOA iM4 r CA6E.d) cr A e*~+ q toa e E o e s', w l o a or 'A' <>3 '.U b e. i4 h-bm kk d. Eb61 sow Ae 40 w~ wiu a ro s ou w J ws oe loaA ED61 'S '. O wa o{ N4 M R.C's concere6 m e ~44 c a cd LE lE D o b'e c .i 4 c ou - c C-Ts 4 P $ (2 -70 iS M Nece M Le m pwf no4or s 1 fG swke r of PrG of l e 3 tw w~ (,f.9 :g en, is c%e.L~4 Aao a ~ o,- s% L a c e6,, cd c r.+ p rps. gov 3cver de6pa lo e g m4o r, s ach Mac 4 =d baud 'o{ huge cJ aJ e44 o-e> s t-p es p u,3 lia matm 6>a r kow-e(peace as j% M e j son 3.e cW e.u.a c cQ la 6 e c4, o w. 5 B E Co FORM 3930 REV (d61 NED 1001 O PRELIMINARY CALCULATION SHEET cA TA N/A 9 1ZAT10N NO. REV DATE ~ H3#3 REv. 3 PREPARED BYQ M DATE @ FINAL PS-79 chh REV. 3 CHECKED BY DATE o& Son REV 4 DATE E,, APPVD GY DATESUBJECT:SHEET 7 3 or j.s, WORST LOADINcc OM "S" WITH PoGTU L ATING NSR O SIM Cs L E FAILU RE (LOCA + LOOP) IN ORDER To C6LCULRTE. WORST C6SE LOADf tVG THE. FOLLO WING SINGLE FAILURES WILL BE. ASSUMED: CASE D) SkR 01 IN D3~t TRIPPEp(B' LOAD SHED LOG lC SUPPL CRSE E) LOSS OF DleSEL GEtJERRTOl2 "A" CASE. D itJ THE. EV'EMT BKR. ot IN D3't TRIPPED, LORD SHED Relays to48, to4D, io4 f=,104 H,10 6 8> j l o3D,103 F, los En 105D,105 F ARE NOT ENERGt BED AND COMSEQUENTW WILL NOT' TRtP THEtR RESPECT (ve. LOADS. (REF, E 18) RDDt T \\ONRL LOADS ON D. G. "B" DUE. TO THl5 FAILURE. ARE AS FOLLOW 5: RELAY lO46 LORD (teW) LoAp(R@ O 10 MIN. > to MtM.1. ALARin oo h2. Kt04E5-[ assumed RUNNtNG > to to(9 33.3 o B142.5 glN BASE. LOADING j 3. PI 2A - LORD SH ED BY *A" LOGIC OO BIO 42.4. Y I OI - LOAD GRED SY W Lo(stC OO Bio 446. Mo bSOG, - N.O. / REG.. TO BE OPetJ OO Bl%4-6. SCHErvsE. - /AlR CoF\\ PRES 5og. Lt 22.Mh 8.8 8.8 Bf813A se>c,19 (PWG. MG 9/ OPERATES ON TRMK h PRES 5URE IF IN ' AUTO" VERY SHORT DURATlON ) 8.E.Co. FORM 3930 CE O - 1006 s O PRELIMINARY CALCULATION SHEET $lT^' goglZATION NO. l REV DATE Rev 3 PREP #aEo stoWd DATE 02343 og sev. scaccxEo av.N" oaTE?MS ' @ FINAL Ps 77 REV Y DATE Edn,so,n APPVD BY DATESUBJECT:SHEET N OF O l RELAY lo4D LOAD (KW) LOAD (xw) SR o-f o t41N. > io MW. NSR Oj. SCHEME [IMTL'K FOR MAbl. RESET)O O I SEG24D (LcAD SHED LOGIC /2. KIO4C (LOAD SHED BY *A" LOGIC)O OBIO 643. IuTL'k McC B2B (block CloSE BKR) o oa 2o34. Mo3Bo5 (INCLUDED IN BASE LORD)O O 6146G5. SCHEME [fURSO A55(sT Comp.h g,g 8.8 B1813A ssG2l (u l22 m,DWG. M620-9 /OPERATES BASED ou TANK) i I PRE 950RE IF IN'Auf0" VECl]l SHORT T)URATION RELAT lO4Fl. SCHEME[ INTL'K FOR moAAM.) O O SBCs246 (LOAD SHED log 1C/2. VRF-lo t A - LOAD SHED S'y 'A' LOGIC OO B10343. VAC 104A-LOAD SHED BY 'X' LOGIC OO El03\\4. VRC.tol A - LOAD SHED SY W' logic Oo St033A5. MCC 628 - assumed RurJNING > lot 4N. 154. t c8203 IN BASE LOMDING RELA'i lO4 H l, SCliEMIE - SEAL IN LOAD GHED Logic. O o sets 246 Z. VRF-101B-LOAD SHED SY "A" Lostc O O SIC)353. VAC (046 - LOAD SHED B'Y 'A" LOGIC OO Blo'32.4. VRC IOl e> - LO AD SHED BY 'A' Lo(s(C OO 81033B RELPN I O 3Bl. PllOS - INCLUDED IN BASE LOAD OO SZOG2. INTL'K. PflOS-BLOCK CLOSE SKR OO B206 l 3, P202D - INCLUDED ltJ SAsE LOAD O O o \\43 l l4. P208D - lucLUDEp to aAsE. Loap oo g(44 t 8.E.Co. FORM 3930 0:E 0 - 4006 O PRELIMINARY CALCULATION SHEET 7tfTHORlZATION NO. l REV DATE REV. 3 PREPARED BYM DATE 6-2343 @ FINAL PS -7')rg7, REV. 3 CHECKED BY DATE f.REV N DATC Eda" son APPVD BY DATE i essu n jSUBJECT:SHEET 75 or& RELAY IOSD LOAD (KW) LOAD (KW) SR O.10 MIN. >Io M IN. NSRl. SCHEME - PERMISSIVE TO TUR8O OO ssG76 compressor N l2. P2O8E LOAD AT >Io MIN.83 o Bi444 l INCLUDED IN B65e LOAD $ RSSUMED P2o8E IS THE 3 l Pump RUMNtNG DuRitxe NORmRL OPERATloN, FSAR. IO. f 1 P 2.o 2.E. LOAD AT >(O MIM. \\ O O 61433 JNCLUDED (9 Base LoAb) i % DURIN(s O-lo MIN. OPE.RATOR WILL l Nof START PUMP UNLEss P202D i FAILS. FSAR IO.5 - Nor NogmAu.y l RUMMIN Cs.4. GCl4EME - SEAL (N mmR. LORD SHEp O OSSCs246 RELAY lO3F ll. P2286 - DC CKT.O O 2., P2.02 F OPERAfoR WILL Nor O O Bl435 START UNLESS OTHER R5CC(Al pumps FAIL. b)OT NORmRLL1 RUNNING, FsAR 10.53. P208C-NoT NORMALLY RUNNING OO 81064 Lo8D SHED BY "A" LoGtC 4 VITAL r^(s GET O O 860G IldCLUDED IM SAGE LOAD AL$o LOAD SHED BY 'A" j /S\\ LOG lC l I 0.E.Co. FORM 3930 CE O - too O PRELIMINARY CALCULATION SHEET $Q,'lZATION NO. REV DATE REV 3 PREPARED BYOR$ DATE 0 0 42 @ FINAL FS-79 gg gev. 3 CHECKED BY _ DATE 8 REV N DATE Edisson APPVD BY DATE N OF %SUBJECT:SHEET RELAY IOSS l.OAD (RW) LOAD (KW)SR O o-lO Mid. >lo 61tM. NSR @l. TRIP SWYD - LOAD SHED By *Nt%K OO 86o52. P2.25A - RECIRC AU)( olL P P.- 25 A 26.4 B1810\\3. P2256 - REClRC AUX oil PP.25A 25.4 8181034. P2046 PP STOPS WHEW mol201-2; OO BlBill l rnol2.ol-5 NOT FULL OPEN 6.ALARK o O6. P2098 INTL'K OO A602. RELAY IO5Dl. P209 B - CRD PP 22T 22}AGO2.2. VAC 2038 [CRD U9(T COOLER,)3 0 81823 lMCLUDED lW BASE l \\ LOAD > 10 f4tu. /3. T__NTL'K SWYD [ block c. LOSE SKE..,O O B6o5 j (LOAD SHED BY'N LOGlc I REL6Y IOSF lj. X 204 S - RECIRC MG SET OM A4 605 O OA4012. DRWELL FANS /m49. TRtP OF FA95) 8't O(>lol4IN. BY EOP'S / TOTAL ADDiftotJAL LOAD G56.4 295.4 otd DIEGEL 8" (KW) CABLE LOSSES FRota l 1. 4 80. Ho ATTACHMENT t" PG. %l TOTA L. ADDtTtoWAL LOAD fo 6 8.O kk/ 2 cl 6. O k W l ord Dicse.L 'B" l 8.E.Co. FORM 3930 E E D - 600 CALCULATION SHEET CALC.o Ps-73 CHEWEW GM ggllfgyg$Qg hREV*k DATE PR2P.BY .T>tak 6 23 73 4 REV.S O l k D. B Y } $ f) 9ET 77 OF ^ %d P&V*4 PRGP. SY }l8 W CHKO B'1 a /*/f-ff l ct.l & g ov m u. m e oQ k t'kis j Q. Lace va ovo S Lee e o. W N-ovd'Br.' 14^ds E o e ' B' lo x.Lig w W')6 e-C.m B6 {a ci fnom srCS62 'A ( L'.. e E D (n 'B ' loo clig i [ BASE Lo A D id/o (A B L,6 L.o ME S - $ 6 l,,o A b) -f-A O p i fl oN A L. I 3 l LOAD puE To LOAD GunD FAIL U BE t d AsLe Losses i Faota ATTAc H u ecT.'e. 1% 40 j co oTiWioos(o-t o uios) - (2538.3-lTS.3) + 66 8 + 20.8~f = 3o51.8 Ru d l 6HoaT ritus (e-to Miws) :(J5 I - 12.4 2 ) + c) + o.29 e2. +. 0 EtJ 3 0 '+ 8. 8 kki jTo rA t (cour. + s pos T Tius) 3o51. 8 + 2 f. O = o-io M on s 2374.2 Rkl f f- 0 M T I Mi o u s ( > t o M s u s) = (2.4 20 - 374.7 ) + 2 96 + 33 6 M o E' T T 14 C ( > t o M g MS) =. (1 2, 4 - 0 ) + O -t o 12,4 gu)_ ~T o TA L (c ou r. + s Mo e.T Ti M p_,) = 23M212,4= 2.3 8 6./o Ktd >to M t49 f tJ 4His c A S E. Eb6 ' (3' Lo A P s r463 G y d C E C)9 THE E D 6l EATit09 TN O~lo M i ro p. T. F P c.o E C. F rz o s s o si 'e ' i 9 Lost D t> E To o s/ E C. L O A D I tJ 6, gpg 'A' L. o A D 19 61 WILL 66 ggyH i tJ 1 'A ' L o A D i N q T ra 1'H l 9 CA6E td I L L-T 4 '9 E D 6i2. A T I tJ q s. E D 67 C5 E BAGE Lo A p.i B E Co FORM 3930 REV 6/91 NED + 1001 CALCULATION SHEET pggg,ggg gy jg, CALC.O P S-7 9 CHECKED BY M REV. DATE %ET '7 A OF Sb g CHK. BY $ ///th6 CA$E E) IM 1'H E Es/EMT OF Lo&9 0F E p h 'A', GWIN6 SU9 L o A DS (66 G o s ) w it,L SE TrzA IM F E E E D TO E p (g 'g ' ) do-tat-L. A o oo enq s' witt. rs e iT's sAse t oat d CASE F Case F is performed to determine the effect on both EDG's due to SSW pressure switch i failure. The failure of pressure switches PS3828A or B will provide the auto start j permissive to "A" loop SSW pumps (P208A & B) and swing pump P208C. Pump P208A is assumed running at all times in the base load calculation and P208B is assumed running j in the >10 minute interval. The failure of either pressure switch would add the loading of pumps P208B & C to EDG "A" for the 0-10 minute interval. With three SSW pumps operating the loading for each pump will be reduce from 83KW to 73KW due to pump efficiencies (ref. PR95.9039.01), plus cable losses. EDG "A" loading would be the base loading minus 85KW (83KW for P208A & 2KW for cable losses) plus three times 73KW (pumps 208A, B & C),plus 5.7KW for cable losses. The resulting loading on EDG "A" assuming pressure switch failure indicates that the steady state values are within the 2000 hour rating and the short time load (approx. 35 seconds) is within the two hour rating of EDG "A" EDG "A" 0 - 10 MIN > 10 MIN 1 STEADY SHORT TOTAL STEADY SHORT TOTAL STATE TIME STATE TIME i l 2699.8 KW l81 KW 2880.8 KW 2583.3 KW 76 KW 2659.3 KW 2 EDG "B" Since a failure was already assumed in this case, EDG "B" loading will be its base loading without "B6" loads (B6 will be fed from EDG "A"). CASE. F FAILURC. VH:-$ tMT 3 Pcgmv4 rcg em B esJrz ir rmy m c 2F %t weAUG wo tM A.This case shows that both EDG's will be within their normal ratings. 4 B E Co FORM 3930 REV. 6/91 NE D.1001 l CALCULATION SHEET $$7s'$12ATION NO. Al! oATE_4// 89 RE ATE 8 PREPAREo BY_ e @ FINAL P S - 79 8AC-oATE 0 /i 8 REV Y DATE ABBBOSTON csecKeo av'n K A Pvo ey oAre 5 / n/tf $5iiVEDISON gn,,T ro OasSUBJECT:[ %<3NT T'Nwm z o m a t x o u o u e o\\ zs e\\ N ) N N s 7.rsy x \\ i 4ose z,so,, sa e ger 'esst'e, ch e .ws caee vs 1 se n Bhspo, boa gvccesshu6 jo o,,& 7, oa op -.NSR Q h z v e n w,, co.,sa o me..,. sc,-, o. A'oh)Ehtg / E//Eu N \\ \\gyo 6ir7, sp. z of D.vrys j 9y 2 ~ gus%geJNrysy }pirip i.eg, ys& eon iog b 4 'N ,eet s. i l'#KfAr\\ os\\ rxese pes 2ys prono ]%ac r'v.o ~ \\ F 7 U ^ { Cogssizs) Kuo A=Stocikre o \\ pow t.y\\(YIf ASE \\ su r L A 3h F ' d'O N w b w,L NON-Q 'N g,y hg,b 4g\\cg' Ar whym y 6l g ; n7 P 90a su r.r ee coa m n ny rayc r9 y YA r \\'rn e ~t o A,0 %sugp no noy rhg \\ \\LG& fS, G ~ 4 P bc A regg ye gyg u u,.7 ;. K x \\ s f ~ a r, s ce4 'u~ i., ru,s.\\ rec, sw'>,. }) a . o. e cS ,,,e esce y nuam son ~n o,anrio n corou,s m -s a g g, su~6,,s> auie 'n wesa pee org is as e-~e. r-s ~ cuo o^'s f n e z u n ' % s ra, ia un' x \\ \\ I N \\ s [ AS/G orf, 7ME abo s/f ' discuss /csis, K4' # 0 A #Wf' WE 70 \\ l 0 /1 ebsti U / t).\\. Sf3Ph>ED CoS.All-CASE S Y"'# A \\l \\ l 40 os Dip sz jooio butv <vn 0 -'o " 'w"'^'"0*b-l s iu'No,Og caosrn was 85 'rC/PPED BY \\ 2 to o f e n roic ,e ^ss'in upo \\e ?-os 3 MEE 2 9) \\y Q sb scu'xvhosii la i72)xs i ra i, si vse, ei? z 1, siarv. s ira i i 6 agc sh s+go k 'Ne. e xw N h g.M ]% ssgxa 8 \\ To i n y s s s x , s,. C 20 A/ WD VAC "206 ll ^35'Af Al 20 er' 3= }'y. i :ed N RETO sgcy A7 \\ \\ \\ s N N \\ N \\ v744 y d ( /'7 /,Xf2 '~,; J 4/,,2 # p s N '<^\\' N 'Y'RL-X.- ' Y.p. g -r 3 h,1 =. e q. o x w \\ s x 1 7 'A \\ N 't,' '?SEb '= 9 7, 0 EN r ~ CAPITAL CALCULATION SHEET O PRELIMINARY p,EDBY d DATE_ REV DATE M J P R 5 @ FINAL PS-79 '"# 0 "" ' c ^ f REV Y DATE BOSTON A EDISON ^W' "' a^'" AAY On Z l% e/**J./y qt; p- - ' 2-SUB.IECT: Add e.k e RW D/S to 4 r<ed%pe gsn 0 O C ies y /,s vu a,esa p ujo. h '~ 'ea pu a, y N N \\ N s \\ s B^* Lo e'o voo., A" (C T. ')1 4 $ + d % r-2 h ' { 6o Js '\\ A'5E CAD Foe 6.A Sgn g, i, w h,n,+g4. c b (hea A i s T N.=. + z is iei 2 goy 2./yg \\ g'N Ni s N l . e e. Lo, voc o. <., q qi \\'\\ -a, su 1T, =2 44 (.U N 'd')'* N 4 \\ \\ c 2.73 so KoA_ CNTitJ h \\ \\ 's N ,N 9 N xxx\\ N x \\s 'N 's / \\ 'N \\ \\ 'y s x x y x x x x xg x cs s U'^#'\\fb \\ t Us h s kAToc Mk Dd b a o ~N %s u s x E j , s, L'oe o " c No ~r> ,,s s a zo s conge. N cL uc e<< 4 tuxoun x x x x x s, N N s s y s s x \\ oie, v esuchATo'g sN N N \\ N(i 1 x x s x 6 Hoc.r. Tiq sq 4 9tt -+ 6(415 N ] a -t \\ w 3f,oeJs(pTinu u/ve j i x\\ \\ ' - 'x s >x xx x 'x x s i ~ 2 s% #sy h.8i N h. rat o. s.,. '\\ =x2a.ets w-M N \\ N N N x x x x xxxs D. ger 'N 2 ho 47 @+23 \\ N 'N ' N ,a iTHio'*Noo5 Th%) T Q,tsa46h kJ N- N N x. N N.. N .....s I CAPJTAL CALCULATION SHEET AUTHORIZATION NO 4 O PRELIMINARY 3 FRE9. BY g.'MS (-M-73 RE ( REV DATE C ' 5Y )#J PRE A D BY MJ DATE 6 /f @ FINAL PS-99 REVS _DATE g CHgED BY. DATE Sf EDISON ^M ' "% mf^' 1 SHEET._61..OF N ^f W W 4 /duSUBJECT:Kev z CL& LL, q,'gfv ~ " j OA c.) SR l Toe ..w' 24^ e7 isi usn o v = <sw et x s b N qiu S/ve\\ee 'N:: 26 .o ooo 3 \\o,4bo h(= o m peo u og 5.% sx x N x 'N ' N w m o. s. \\' =. s \\\\ s ze m 4i i \\ 'N. N. x = 2. 6 4 -t i e '2OOY['/(2..f'AT N s s s s 'N \\ 'g.2 6 9 6.'A K W ,lihlN 'y '\\ ,N, 'N \\ \\ x s s s / TOTA p,(q,"gf _ y dN cyde\\oAoio 'go A D W 6 At CA$f D g E s oF ge. t> 'coAic.,\\gtL- / Mou o FA'yvaE / mr c vezc' toso ' m c u ' u o e r; s o va vouw in el.8 N s s s ,/ N N x N x s O T A L. S.*A NC A /j M E 4og p 9 ' s x 's x x s p- @x.a: 249 9 t 87 tis t \\ g N TOTA \\ 'N 'N. s 'hs z se i isi w s ic oo l*['/& '% %J xs, j.) T" N N. 21 '3 a. s s q s ~. _.. s \\ -N'N M A__./ s: s izATiom No. A//f IN! p fp PRELIMIMARY REV DATE cn gp, BY n PR PARED BY </ ># P g g DAT @ FINAL pp 7ej CHECKED BY_ $b D dh REV 4 DATE %M [PQD M[d V EDISON sHE,1 e2og rt gav. 4 enee et %& ewsSUBJECT:C4t<D. 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' jidf 7 h t(:- 2 I 9 fo T 7 6 M h 23 72.(f M (w.fa'Na m"T PM'*% A C6__.-. w 2:.s CALCULATION SHEET $$g'Tb7,oggo' 4//g j. PREUMINARY REV. 3 PREP. BY . < A 6 ?s45 - r REV DATE g g. B'/ /[ej/fj DATEV/2 ^* P P ED BY M % FINAL PS-79 CHECKED BY.f/ 0T REV Y DATE NM ["fgy VMf g *[/[f$/g / S ET b 3 OF D cu, Y gre -/ p g, 4SUBJECT:p ev.7 64/ eked M v Gare c) b uresr noo sp u r,wa t on sn @ /J ,2 #D RdA fuMP P2o s c NSR kN Jodb FDA A //A /*uM " 639 K J % 4 t/o kcJ ZW' L - CMSER VA T/VE CABiS 4oS1 / c ZN 7HE f&N7 OF PZo3e $7M T, Z e'dD c' W D. & A' / C, Com,tuvous +.61of r Tecu e 2.I96 tgyo + '76,f "'/1#'# # W2912.% KW (R&7/N4)L o a r> en D.G. r3 R e m a. rs ) rne sA m5 kJ 6AJS G o" O Case D) l orJ STAET OF po 3 D,. lodh DAJ bA 8 ~ is 0 ^'t/ A!'o U c -f SHo/2 7TE,ep1 ::-(2200. 5 - 449. 't ) + 6 4 0 + 33.45 (c;a,le losses f'ro~ YN ) +/ e. y sA o,./ /er m 6d - gqzy g g+1 (AJ/7d/N C # U Y^ u rau) g Lc A b ou D. 6. A s e xta o j r m e. .ra m c A s ? A 1.= LsA o C HO IZADON NO-M O PRELIMINARY REV DATE PREPARED BY-b DATE (/ O) @ FINAL PS-70) DATE 6 4'/19 CHECKED BY M REV.$ DATE h 0!/ ! APPVD BY DATE EDISON sseEr s4 OP soSUBJECT:SR g, REFE2.EMCE $ NSR l. 14 9 - l 1 - l CRD Pv M P Tesr p 4 7A-Q. M 9. l 2. - l C. C D Pv vs p -fs r D& rA3. M 9 - / 3 - 1 CRb M o roz'.) +rA suc5 7' 4, 2938-1-2. rc Hit. Moroe ~O&TA spthry~*' '~ ~ S*. 2 631 - fi5-l (2 n R Pump rei r* p e rAb. 2 3 31-5 7-l (R H R Fwm p rei r' On rA 73 3 31 - 5'1 - l R Hit Pam e resr DAr4 6. '2 3 31 - {p b - / It. H K. Pu mP rsJr bA r4 7,263f S' C..S. Morog bdre SH ae r /0.';2949-31-1 C..S. Pump rest Mr4 II. N 84A 83 -I TBccu) PuM P 610704. DArd Syggr. I 2. M ILI A 2. -l T*6 ccx Pum P % +TA S H55 Y13. M e i 54 Lr reev. wArEc.M orole. t 47A SHser I4. MS I SA L.T Seev. u)Are& PV M P D+r5 5HesY16. M 14 B 32-/RBccw Moroc tATA s H E E7 16, M 14 BC 16-l RB cc.w Pu M P T nsT b ATA l'i. SEISfi S45Er l T?EV D(, 5M r!!^' CM'NJ ' 7'E 6NE uiV5 l8. SEI55 sessT .2 REV OI STA rtoA! coMi'oli r2 0"E t.wg w on Eler /nc an 's F/oncidook, Cli $ord U. Clre /95l~ 19, Atm r 1 7-89 pc<a /, l'72 (A wc'e 6 4Tr'c r'e n cie $ f ay *d. ed r-F~ c <s Gr fe/y,o cm J c. s o' ret lr CQ ,-o NED 1001 B E Co FORM 3930 CALCULATION SHEET $Q g gjjg C PRELIMINARY R6V. 3 PREP. 61 ))Aad G M'il DATE cygg,ey A g PgEPAREDBY REV DATE @ FINAL PS-79 lg " h REV Y DATE &%"yg p, V g EDISON ir"x <% /2ev. 2 /*t' m/ Li A 0uSUBJECT:g e r. 2 c6 ,/ 4/ g V V 20-t/-c a lf - t/EWDo2 MAWuA J. Fo2 8 4 7' TEA Y SR C//496ER Mo pE l-U C /* NSR M Baco s t e u g a s s> y Dinhann-see Russ22. fo AJFe SYS TCM 04 b C.P.f-/ S*, p g g g g p g p vo cy-AS E-Vov7ASF PPofft-ss Arrscomper ] U-IkTA L M4-CE 7 Inf.s*7puc.7to N M//s/ u/)j. - gjgg _ g,y 2V Y70/v5 / A)FAf 7FA 0gt.c O / 73,,.y,,g, 3 9,,_ soy ES' ll44/ouf $EC 7/ cal DF i n/N ff AA-o .76 pu s g. utyp - 26 1, M z USA -S~ 6 7// .27, PSD cat.c o PS '73, PS-70, PS-7/, PS-6 /, PC-38 29 FJ l Mc WIB mo 89-253 99 $ / CA AA6 Mo 8 ? 043 Bo. EJB 84-3S!/ gj. ,, g p us in o 86-YSr' 32 ggco o m i. s') -mo v 2, M -mov % u - Mo vd g3 g-Q CUAL.KDO M %Nf02" A ?'##' " 5ANP E'f. PlVPs pre-op t) Port sat.r seevieE w A rea. Pu M PS ~ s._. v..-~. YEMPot M A M O M, \\/-04 91-ENE EEpcy DIE /y E L. q EtJE jZATof2. hw 4 pe - .~_,s l 36. L l L4 l 40 R.Q U E SE L E c Tl o 'a quide g I ~ l 37 SPE.ClFlC AT to ta E.IlA, REv. E.4 ^ Y .3 -N a3 ea... n i-f t-P..CALCULATION MEET $QizATION NO. M/A PRELIMINARY PgEP ED BY DATEfN REV DATE @ FINAL 96 ~7#) CHECKED BY DAdT Rev4DATe MEN f,',;o v 2 s< a WEDISON ,,,,, es, e s oSUBJECT:7 A44Ac s u e off : sa Z A) TEL-Ecod Co M V E R.9M t o M EET M E Ed ' LA R 7 Coos,utso A u ri M e. P M6a O A. (d oF L-t u t T o r2. AU G Co 8. P-6) T E LE C O N co N VE(2 S Ai tom (6 E is4 E E N M R. 5. DA 6 AND u t. E.M E L.I A oF E Vt DE CO R Po a A riom 2G6ARDtN'1c. t+M2.cq e c, Po W E E F A c T O E.1 c.) (E D61 c.A s t E. Lo6sES (60 P A A EG) d P) A f LicATron guide Fo m. Mofoc - o P E C. A T ED VA t VE 9 f In ModtEAE. Fo N E c. PL,A rJTS [.'2 PA h E S b i i __. _ _._.._5, s ~' ~., '- <~%^ ^ * % .y~ 32 _;[:fZ}' d~%W iv C NED .}r 30SION EDISON COMPANY Ou=ie*1 Unit #2 l PILGRIM STATION i 9 9 TELEPHONE CALL RECORD ? G..rD i 3 30 af MC bu#/[oe DATE dor // S/ /f P1 TIME FRCat J. 00-sLl.< l courant /OrrICE 4,a,V,<% C U foY-SUBJECT:kW Lo Xn av & roa M e v 's i PHONE NO. Evf-97/ 4/ 4 naile d PJ .h> << c, v a i & meI-4od G, & L., ~,.,, n. kw Io o dt-e G, Nov &. 76 /c/ P.J &,/ we wm8 L,u. Q 2>ie., e i c ~ ~ 4, L.Ji-a Anotwa osJ c l nail a c oo wnha M reakrks/ meno'd G, wL l N lo c d.w s. l Pa F-lA el,Na bel -h' e. r u a,*n ~ k u_, Ge o 410 0 Y v arie i o e wih . d o s s d,',r e a tonos s-a nw Le oS0-G e k er. He $o,'d N i/ Y shou /d v10 h at< L "Cu I l lo a d km s.< - M a f 4d,y caa/d Po l cr e omm n $ 1 4L,4 w< Ss2 \\;>e, 4so ow. un i sC LAA ob o cFr1 Cc,4 - /oc. /, /,4 osw-,l L V vo Ieo d. 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M e t-i A M ENTtoN ED TREA G MoDEt9 bdEEE KA AcOCACT of2.E D RY E >( i D G E t-Ec T R o M i c 9 ANO 4 l A E2. E E. A (2.L.Y VIN-TAh E. E. )( l DE [o gp. AMD Exapg Et ECTec4ICS. j A r2.E A3c) Lon s, r tz. FA' rtT op GA m e /'o r meNv. I4 s Di o cot l 1 1 l 14A tlF AMV I M Fo. A geot T H E9 E C H Atars, n e. LIE M E R TroM ED Lw l M ei A P. F. o O o.R A-rdD EFFictENcY eP 9 t /n i i WILL Be M P r-4'o A9f oue, 4kc ce tdo k Age l Foz Mo n e. t._ tao. s c e - i se 2.00 va p ic y i s gry u g, j l To 0 9 F - 13o z.co. Fo e-MoDEL Mo. 06 F - 26 o-3 to o OGE 0.B'& f'. F A.e p Cr y o/o F F Pic.s 9cy / Feo u l%DDELd o.G C E. - 2.so 2.0 0) 1 Action Required: (Yes) s n j Copies To: SIGED e 1 DATE 5!78 ono File No: 2-0.7 .oject File No: Page / of / LEco Form I-5104 l NED CALC NO. Ps-79 Rev.4 ATTACHMENT c PAGE / OF _ME 74 n ~. 4 Rev. r s in y.t,,ir, ma4 - s agg i i l ATTACHMENT "C" l l o 9 J f CALCULATION SHEET PREPARED BY cAtc. W omai siiVEDISON v-' REV. DATE NED CALC NO. 85-79 REV 4 g og ATTACi! MENT _. 4 PAGE - #_.- 0F #:8' 74 ATTACHn1ENT 'C" CALCU L. A TES CASLE LOSSES lAl KW FOR LOADS FED FROM EMERGENCY DIESEL GENERATORS 'A~ AtJD *B". CA8LE LoSSE5 WERE CALCUL ATED UsItJG THE FOLloWitJG METHODOLOGY: I. ID6tJTIFIED DIESEL GerJERATOR LORDS ENERG\\E ED DURING LOCR Nj' Loop FOR TIME ' O-IO MitJ. AN.D TIME > 10 MItd. A rdb LOADS ErdERGIEE.D DURitdG Loop otJLY l FPom TASLES ltd PS-79. l2. CALCULATED CURREtJT FOR EncH toad iENERGIEED DURING THE THREE SCEMRRIOS.3. CALCULATED CP18LE LOSSES FOR EtVERG lEED lloads U$ltJG C68LE IMPEDRtJCE VALUEG FRorn Ps-Ti. IM PE DAMCE VA LUE $ FROM Ps-H WERE REVISED TO REFLECT H 75'c AIM 8(EtJT QPERATitJG ten 1P. 4 SUMtvl6D THE CABLE LOSSES TO DETEK/nINE TOTAL CABLE LOSSES FOR EACH EinERGEtJCT Df ESEL GEtJERATOR DURItJG THE THREE SCE NRRios. 1 l<. NED 1001 El E Co FORM tr)30 REV. 6/91 CALCULATION SHEET g PREPARED BY cuecnEo BY h fk^ ' * ' 'ggglyggg$Qg NED CAL.C NO.s-79 REv. (f-'E7 OF ATTACHMENT _. C PAGE_._ X,3 0F._. M 74 [ 4 CA6us. Rests 7A/vcE VALus.s CASLE. RESISTANCE. VALUES FoR THis CALCOLetTiotJ ARE. BASED OM U SING A 'f 5 C AmalENT TEMP. 9o*C Cael.E REstsTAacg vALuss pog cae>Le IN STEEL CONDUlf WERE. OBTAINED Pgorvi l CALC PS-71, AT76CH mEtoT '2, PAGE 8 AND 9 Re SiST ANCE VALUE5 WERE THEN COMVERTED FRolY\\ 90*C To T5'C USING RESISTANCE tem P. CORRectiotJ FACTORS FRom OKON tTE ENGINEER (WG DATA BULLETItJ EH8-SI, PAGE 4. g R 5) 90 C (/ /93 ) - R 5) 75 'C I.25 CABLE CdDE. R m 9 o*C./I000' R 60 35'C/ loco' A 1., SKV(l-3/o) .084') . oslo A 2, 5 KV(1-360) .0425 .0403 l 81,60cv(I-350) .0425 .o4o5 81.A,600ki360) .o425 .o406 8iB,GooV(t-350) .o 4iO . o 39 i Sic,Goov(t soo) .03o3 . o 28c) 62, GooV(t-4) . o6 f 2 .os4( j e4,Gcov(i-tlo) .13 32 .I2.71 i BS,600V (l/C *4) . 3 % 6 .3212 e>66. GcoV(l/c %).5348 . SI04 NED 1001 B E Co FORM 3930 REV 6/91 CALCULATION SHEET PREPARED BY CHECKED BY O3N' gg N REV. DATE .NED CALC No. Ps-77 REV.4 'ET OF ATTACHMEi T _ d i PAGE__. OF._4 74 CABLE CODE R c% 96Cll000' R 0) 75*C lloog' s,e,soav(3/c*to) i.assA 1.2na e s, ecov(i. 2/o) . loss .fois e6,emv(3/c%) .ssov .52ss 86A,6Cov (I[C #6) .5348 .5104 ev, soov(3/c *to) /. 3 vi 2 t.3277 ee, emv(s/c4(2) 2./253 2.ozss 88 A,6COV(3[c *(2) 2.1253 2.o283 e>26,6oov(i.c+ 4/o) . o s+ 2. .oe4r NED 1001 D E Co FORM 3930 REV. 6/91 NED^' _NO PS-79 R6 d AifAt'.. d 1:i _ 9-EDG "A" CABLE LOADING rwa L__. or BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS l (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10M!N ONLY i (V x 3"') (L)IN FT R=(0/1000') [Isq x R x 3 (KW) (KW) (KW) xL /1000 MCC B10 B1013 SXB1013A1/86B 13.5 460 16.94 60 0.0306 0.018 0.018 0.018 0.018 SXB1013A2/B6B B1014 B1014AA/B8 1.5 460 1.88 234 0.6750 0.007 0.007 0.007 0.007 81014AB/B8 B1015 SX81015A/B2 27 460 33.89 68 0.0043 0.015 0.015 0.015 0.015 B1021 SXB1021A/B2 39.4 460 49.45 140 0.0090 0.066 0.066 0.066 0.066 B1022 SXB1022A/B4 77.3 460 97.02 384 0.0488 1.378 1.378 1.378 1.378 B1023A B1023AA/B5 23 KW 460 28.86 60 0.0192 0.048 0.048 0.048 0.048 B1023B B1023BA/B6 14 460 17.57 744 0.3900 0.361 0.361 0.361 0.361 B1023BC/B6 B1024B B1024BA/B7 4.7KW 460 5.89 400 0.5310 0.055 0.055 0.055 0.055 B1025 B1025A/88 5 4 10 6.28 167 0.3380 0.040 0.040 0.040 0.040 l 3.77 520 1.0540 0.045 0.045 0.045 0.045 B1026 B1026A/B8 3 .~AAl 31.38 420 0.2200 0.650 0.650 0.650 B1031 B1031A/B6 25 B1033A B1033AA/B4 44KW l Au - 55.22 400 0.0500 0.457 0.457 0.457 B1034 B1034A/B7 10 480 12.55 441 0.4760 0.225 0.225 0.225 B1041 B1041A/B7 15 460 18.83 161 0.1740 0.185 0.185 0.185 0.185 E B1042 B1042A/B4 50 460 62.76 502 0.0638 0.754 0.754 0.754 B1044 B1044A/B4 60 460 75.31 226 0.0287 0.488 0.488 0.488 B1064 B1064A/B5 40 460 50.20 340 0.1092 0.826 0.826 0.826 - LOSSES = Isq x R x 2/1000 t TOTAL 0-10 MIN 280.37 AMPS 2.218 KW l TOTAL >10 MIN 567.79 AMPS 5.618 KW l l LOOP ONLY 567.79 AMPS 5.618 KW l Page 1 i ces-7<D NED CALC NO. PS-ti REV4 ATTACHMENT C PAGE G OF EDG "A" CABLE LOADING BKR # CABLE #/COC E HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP CONMNTS (V) l=KV A/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ON_Y (V x V3) (L) IN FEEL R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCCB20 B2013A B2013AA/B6 13KW 460 16.31 85 0.0446 0.035593 0.03559 0.0356 0.0356 B2014 B2014A/B7 5 460 6.2755 118 0.1566 0.018502 0.0185 0.0185 0.0185 E2084 SXB20841/B7B 13.5 460 16.944 15 0.0199 0.01714 0.01714 0.0171 0.0171 1 MCC B20 SHORT TIME LOADS B2026 SXB2026A/B7 460 18.4 255 0.338 0.3433 0.3433 DWG M-MOV2 SXB2026F/B7B B2031 SXB2031 A/B5 460 100 80 0.0256 0.768 0.768 PAGE B2054 SXB2054A/B8 6 460 7.5307 135 0.273 0.046446 0.0464 5.4KW,0.9pf SXB2054AA/B8 B2056 SXB2056A/B8 7.5 460 9.4133 150 0.304 0.080813 0.0808 6.8KW,0.9pf B2096 SXB2096A/B7B 460 50 200 0.255 1.9125 1.9125 PAGE SXB2096AA/B7 Page 2 (rs-nq) NED CALC NO. PS-i, Rev. 4 ATTACHMENT C-PAGE 7 OF TG EDG "A" CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURNNT CABLE CABLE LOSSES LOCA LOCA LOOP COMENTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN OMY (V x V3) (L) IN FEEL R=(0/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B20 CONTINUED-l TOTAL 0-10 MIN 39.5295 AMPS 0.071 KW 3.024 KW l f l TOTAL SHORT TIME LOAD 0-10 MIN 186Up44 AMPS l TOTAL >10 MIN 39.5295 AMPS 0.07 KW t TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l LOOD ONLY 39.5295 AMPS 0.071 KW t l LOOP ONLY SHORT TIME LOAD 16.944 AMPS 0.127 KW [ f l [ Page 3 h ~ T: FS - 77 REV f NED cal.C NO EDG "A" CABLE LOADING a mpni _ .y, = - -- A BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS \\ (V) !=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ONLY (V x 3") (L)IN FT R=(O!1000') (Isq x R x 3 (KW) (KW) (KW) f xL /1000 LOAD CENTER B6 FEEDER CABLE LOSSES B603 SXB603A/B1 460 280.37 41 0.0017 0.391 0.391 B603 SXB603A/B1 460 567.79 41 0.0017 1.605 1.605 t B603 SXB603A/B1 460 567.79 41 0.0017 1.605 1.605 f B604 SXB604A/B1 460 39.53 185 0.0075 0.035 0.035 0.035 0.035 { SXB604A/B1 460 185.34 185 0.0075 0.772 0.772 SHORT TIME SXB604A/B1 460 16.94 185 0.0075 0.006 0.006 SHORT TIME B605 B605A/B1 75KW 460 94.13 400 0.0162 0.431 0.431 i B606 B606AA/B2 15KW 460 22.40 335 0.0215 0.032 0.032 0.032 0.032 15KW,0.84pf ) B606AB/B2 l TOTAL 0-10 min 342.30 AMPS 0.459 KW l TOTAL SHORT TIME LOAD 0-10 MIN 185.34 AMPS 0.772 KW l l i l TOTAL >10 MIN 629.72 AMPS 1.673 KW l I l TOTAL SHORT TIME LOAD >10 MIN 0.00 AMPS 0.000 KW l l LOOP ONLY 723.85 AMPS 2.104 KW LOOP ONLY SHORT TIME LOAD 16.94 AMPS 0.006 KW l t l t [ Page 4 i r s. NED CALC NO. PS ' NREV 4 ^ C ATTACHMENT EDG "A" CABLE LOADING PAGE 9 0F BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS 1 (V) t=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ONLY (V x 3"') (L)IN FT R=(Q/1006) (tsq x R x 3 (KW) (KW) (KW) l I xL /1000 P TOTAL LOAD AND LOSSES ON LOAD CENTER B6 IS THE SUM OF ITS INDIVIDUAL LOADS t s AND LOSSES PLUS ITS FEEDER CABLE LOSSES. TOTAL 0-10 MIN 342.30 AMPS 2.748 KW t l TOTAL SHORT TIME LOAD 0-10 MIN 185.34 AMPS 3.796 KW l l l l TOTAL >10 MIN 629.72 AMPS 7.362 KW l TOTAL SHORT TIME LOAD >10 MIN 0.00 AMPS 0.000 KW l l l l LOOP ONLY 723.85 AMPS 7.792 KW l i l LOOP ONLY SHORT TIME LOAD 16.94 AMPS 0.134 KW l ~ i E i [ Page 5 I f i 93-79 PS r1 Rev. 4 NED CALC NO. AT TACHMENT C PAGE 'O OF EDG "A" CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA 000P COhSENTS (V) I-KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN CN.Y (V x V3) (L) IN FEE 1 R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B15 I B1513 SAB1513 A/B3 39.4 460 49.451 402 0.036 0.264107 0.26411 0.2641 0.2641 B1516A SAB1516AA/B7 23.1 KW 460 28.99-500 0.588 1.482501 1.4825 1.4825 1.4825 f SAB1516AB/B8 23.1 KW 460 28.99 140 0.0629 0.158587 0.15859 0.1586 0.1586 B1516B SAB1516BA/B7 17.8KW 460 22.34 705 0.829 1.241201 1.2412 SAB1516BB/88 17.8KW 460 22.34 15 0.00674 0.010091 0.01009 B1521 SAB1521 A/B8 3 460 3.7653 260 0.467 0.019863 0.01986 0.0199 0.0199 i B1525 B1525A/B5 40 460 50.204 435 0.123 0.930057 0.9301 0.9301 B1526 SAB1526AA/B7 15 460 18.827 390 0.459 0.488067 0.48807 0.4881 0.4881 t B1531 SAB1531 A/B4 60 460 75.307 75 0.0084 -0.142911 0.14291 0.1429 0.1429 B1533 SAB1533A/B4 60 460 75.307 120 0.0135 0.229679 0.2297 0.2297 B1541 SAB1541 A/B2 100 460 125.51 780 0.044 2.079395 2.0794 2.0794 2.0794 B1544 SAB1544A/B2 100 460 125.51 720 0.0408 1.928166 1.9282 1.9282 B1546 SAB1546A/B8 1.5 460 1.8827 415 0.746 0.007932 0.00793 0.0079 0.0079 B1561 B1561A/B8 1.5 460 1.8827 538 0.967 0.010282 0.01028 0.0103 0.0103 B1562 B1562A/B8 1.5 460 1.8827 520 0.934 0.009931 0.00993 0.0099 0.0099 B1563 B1563A/B8 2 460 2.5102 400 0.719 0.013592 0.01359 0.0136 0.0136 i MCC B15 SHORT TIME LOADS B1566 SAB1566A/B8 0 460 0 75 0.134 0 0 SHORTTIME B1523 SAB1523 A/B8 A 2.2 460 2.7612 80 0.143 0.003271 0.00327 SHORTTIME i I Page 6 95 '19 l NED CALC NO. PS-1,- RE% 4 ATTACHMENT C PAGE H OF M EDG "A" CABLE LOADING ] t BKR # CABLE #/ CODE HP/KVA VOLT CURFENT CABLE CABLE LOSSES LOCA LOCA LOOP OOMENTS (V) l=KVA/ LENG1H RESIST IN KW 0-10 MIN >10 MIN OPLY j (V x V3) (L)IN FEEL R=(n/1000*) (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B15 CONTINUED TOTAL 0-10 MIN 332.349 AMPS 5.928 KW i TOTAL SHORT TIME LOAD 0-10 MIN 2.76124 AMPS 0.003 KW 561.031 AMPS 7.77 KW l TOTAL >10 MIN TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l i l LOOP ONLY 561.031 AMPS 7.765 KW LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW l ) i a 1 I i I t { t Page 7 i i 9s 19 NED ChLC No. PS t9 REV. 4 ATTACHMENT C PAGE 12 OF EDG "A" CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURENT CABLE CABLE LOSSES LOCA LOCA LOOP COMENTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ONY (V x 43) (L) IN FEEL R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B17 B1713 SAB1713A/B4 3.0KW 460 3.76 230 0.0646 0.00274 0.00274 0.0027 0.0027 B1716 B1716A/B7 10 460 12.551 124 0.299 0.141304 0.1413 B1716B/B7 130 81722 SAB1722A/B8 3 460 3.7653 337 0.606 0.025775 0.02578 0.0258 0.0258 B1723 B1723A/B8 3 460 3.7653 187 0.336 0.014291 0.01429 0.0143 0.0143 B1724 SAB1724 Aj88 10 460 12.551 250 0.449 0.212193 0.21219 0.2122 0.2122 B1726 B1726A/07 10 460 12.551 124 0.3695 0.174622 0.1746 B17268/B7 190 B1731 B173 i A/B7 10 460 12.551 124 0.2518 0.118998 0.119 B1731B/B7 90 l 81732 B1732A/B7 10 460 12.551 124 0.3636 0.171834 0.1718 B1732B/B7 185 i B1733 B1733A/B7 10 460 12.551 124 0.2047 0.096739 0.0967 B1733B/B7 50 B1734 B1734A/87 10 460 12.551 124 0.4013 0.18965 0.1897 B1734B/B7 217 B1735 B1735A/B6 20 460 25.102 124 0.104 0.196597 0.1966 B1735B/BG 100 B1736 B1736A/86 20 460 25.102 124 0.1277 0.241399 0.2414 B1736B/B6 150 B1746 SAB1746A/B7 460 18.4 190 0.223 0.226497 3.2265 SHORTTIME B1763 SAB1763A/B8 460 6.1 230 0.413 0.046103 0.0461 SHORTTIME B1764 SAB1764AA/B8 37.65 460 47.255 105 0.2966 1.986943 1.98694 SHORTTIME SAB1764AB/88 60 32KW,0.9pf Page 8 f l l PS'19 NED CALC NO. PS./ REV.4 ATTACHMENT C L PAGE 13 - OF EDG "A" CA, BLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURN NT CABLE CABLE LOSSES LOCA LOCA LOOP CONhENTS i (V) i=KVAI LENGTH RESIST IN KW 0-10 MIN >10 MIN CN_Y (V x 43) (L) IN FEEL R=(D/1000') (tsq x R x 3) (KW) (KW) (KW) { xL /1000 t MCC B17 CONTINUED B1781 SAB1781 A/B1 B 16KW 460 2G.48 75 0.0026 0.003145 0.00315 0.0031 B1781 SAB1781 A/B1 B 19KW 460 23.8.t 75 0.0026 0.004433 0.0044 i B1794 SAB1794A/B7B 13.5 460 16.944 8 0.0094 0.008096 0.0081 0.0081 0.0081 B17103 B17103A/B5 30 460 37.653 330 0.094 0.399811 0.3998 I B17104 SAB17104 A/B8 3 460 3.7653 290 0.521 0.02216 0.02216 B17115 SAB17115A/B6 13.5 460 16.944 210 0.113 0.064884 0.06488 0.0649 0.0649 B17115 SAB17115AA/B6A 40 [ B17115 SAB17115AB/B6A 40 - LOSSES - Isq x R x 2/1000 l TOTAL 0-10 MIN 81.575 AMPS 0.353 KW j l TOTAL SHORT TIME LOAD 0-10 MIN 71.7549 AMPS 2.26 KW l l TOTAL >10 MIN 81.5697 AMPS 0.33 KW l TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l t LOOP ONLY 240.974 AMPS' 2.062 KW i l LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW i i I I i Page 9 PS '19 NED CALC NO. PS 'r, Rev. Il [ C ATTACHMENT PAGE I4 0F [ EDG "A" CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURENT CABLE CABLE LOSSES LOCA LOCA LOOP CONMNTS (V) i=KVA/ LENGTH RESIST INKW 0-10 MIN >10 MIN OPLY (V x V3) [L)IN FEEL R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 g MCC B17A B17A13A SAB17A13AA/312C 1 460 1.2551 260 0.5525 0.002611 0.00261 0.0026 0.0026 B17A13B SAB17A13BA/B6A 12.5 460 15.689 35 0.01871 0.009211 0.00921 0.0092 l B17A13B SAB17A13BA/B6A 15 460 18.827 35 0.01871 0.019895 0.0199 l [B17A16 SAB17A16D/312 3 460 3.7653 35 0.0743 0.00316 0.00316 0.0032 0.0032 - LOSSES = lsq x R x 2/1000 ( TOTAL 0-10 MIN 20.7093 AMPS 0.015 KW l TOTAL SHORT TIME LOAD 0-10 MIN O AMPS 0 KW TOTAL >10 MIN 23.8471 AMPS 0.03 KW l TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l t i LOOP ONLY 20.7093 AMPS 0.015 KW l [ LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW I i l r f Page 10 i I ps 19 NED CALC NO. PS-ie REV.4 ATTACHMENT -. C PAGE I6 0F W EDG "A" CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA LOOP COMOUS (V) !=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN CPLY (V x V3) (L)IN FEEL R=(D/1000') (Is1 x R x 3) (KW) (KW) (KW) j xL /1000 1 q MCC B29 B2913B B2913BA/B8 0.75 460 0.9413 50 0.0899 0.000239' l0.0002 0.0002 B2914 A B2914 AA/B4 50KW 460 62.75 38 0.01292 0.15262 0.1526 0.1526 B2914AB/B4 8 0 B2914B B2914B A/B4 50KW 460 62.75 38 0.01292 0.15262 0.1526 0.1526 B2914BB/B4 8 0 B2915 B2915 A/B7 15 460 18.827 35 0.04119 0.043798 0.0438 0.0438 TOTAL 0-10 MIN O AMPS 0 KW l t TOTAL SHORT TIME LOAD 0-10 MIN O AMPS 0 KW l l 1 l TOTAL >10 MIN 145.268 AMPS 0.35 KW l i TOTAL SHORT TIME LOAD >10 MIN 0 AMPS 0 KW l LOOP ONLY 145.268 AMPS 0.349 KW LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW l [ \\ l i \\ l 1 i Page 11 i I PS-19 REV. '4 NED C/C NO ATTACiiMtri f C-EDG "A" CABLE LOADING PAGE IG dF M r BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) i=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ONLY (V x 3"') (L)IN FT R=(G1000') [tsq x R x 3 (KW) (KW) (KW) l xL 11000 LOAD CENTER B1 FEEDER CABLE LOSSES B102 SAB1G2AA/B1 460 342.30 80 0.0016 0.569 0.569 SAB102AB/B1 3102 SAB132AA/B1 460 105.34 80 0.0016 0.167 0.167 SHORT TIME P SAB102AS/31 B102 SAB10'_AA/81 460 620.72 80 0.0016 1.927 1.927 SAB102AB/B1 [QS\\ B102 SAB102AA/B1 460 0.00 80 0.0016 0.000 0.000 SHORT TIME SAB102AR/B1 B102 SAB102A t 81 460 723.85 80 0.0016 2.546 2.546 SAB102AB/B1 B102 SAB102AA/B1 460 16.94 80 0.0016 0.001 0.001 SHORT TIME SA9102AB/B1 i B103 SABIG3AA/B1 460 332.35 120 0.0121 4.006 4.006 120 SAB103AB/B1 rj. SAB103ACS1C SAB103AD/B1C 220 SAB103AE/B1C 385 SAB103AF/B1C 385 SAB103AG/B1C 220 SAB103AH/B1C 220 B103 SAB103AA/B1 460 2.76 120 0.0121 0.000 0.000 SHORT TIME SAB193AB/B1 120 5 Page 12 PS ~19PS-REV.4 NED CALC NO. C ATTACHMENT PAGE IT ~OF EDG "A" CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURFENT CABLE CABLE LOSSES LOCA LOCA LOOP OOhMNTS (V) l=KVAI LENGTH RESIST IN KW 0-10 MIN >10 MIN ON.Y (V x 43) (L)IN FEEL R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 LOAD CENTER B1 FEEDER CABLE LOSSES CONTINUED SAB103AC/B1C 220 SAB103AD/B1C 220 SAB103AE/B1C 385 SAB103AF/B1C 385 SAB103AG/B1C 220 r SAB103AH/B1C 220 B103 SAB103AA/B1 460 561.03 120 0.01209 11.41619 11.416 SAB103AB/B1 120 SAB103AC/B1C 220 SAB103AD/B1C 220 SAB103AE/B1C 385 SAB103AF/B1C 385 SAB103AG/B1C 220 SAB103AH/B1C 220 B103 SAB103AA/81 460 0 120 0.01209 0 0 SHORTTIME SAB103AB/B1 120 SAB103AC/B1C 220 SAB103AD/B1C 220 SAB103AE/B1C 385 SAB103AF/B1C 385 SAB103AG/B1C 220 SAB103AH/B1C 220 B103 SAB103AA/B1 460 561.03 120 0.01209 11.41619 11.416 SAB103AB/B1 120 i Page 13 e 2 m - m..- :. PS-79 NED CALC NO. PS - h REY.// C ATTACHMEN T PAGE ra _ or EDG "A" CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURFENT CABLE CABLE LOSSES LOCA LOCA LOOP COMKNTS l (V) l=KVA/ LENGTH RESIST INKW 0-10 MIN >10 MIN CN.Y ) (V x 43) (L) IN FEEL R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 LOAD CENTER B1 FEEDER CABLE LOSSES CONTINUED 'SAB103AC/B1C 220 SAB103AD/B1C 220 SAB103AE/B1C 385 l SAB103AF/B1C 385 j SAB103AG/B1C 220 SAB103AH/B1C 220 B103 SAB103AA/B1 460 0 120 0.01209 0 0 SHORTTIME SAB103AB/B1 120 SAB103AC/B1C 220 SAB103AD/B1C 220 SAB103AE/B1C 385 SAB103AF/B1C 385 SAB103AG/B1C 220 SAB103AH/B1C 220 B104 SAB104C/B1 A 460 81.575 300 0.005385 0.107503 0.1075 SAB104E/B1 A 460 300 B104 SAB104C/B1 A 460 71.755 300 0.005385 0.083178 0.08318 SHORTTIME SAB104E/B1 A 480 300 B104 SAB104C/B1 A 460 81.57 300 0.005385 0.107489 0.1075 SAB104E/B1 A 460 300 B104 SAB104C/B1 A 460 0 300 0.005385 0 0 SHORTTIME SAB104E/B1 A 460 300 B104 SAB104C/B1 A 460 240.97 300 0.005385 0.938095 0.9381 Page 14 Y$N l PS-71 REVY NED C:=1.C NO. C ATTAci uaENT EDG "A" CABLE LOADING PAGE 19 OF BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA Lord COMMENTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ON L'.' i (V x 3"') (L)IN FT R=(Q/1006) :Isq x R x 3 (KW) (KW) (KW) xL /1000 LOAD CENTER B1 FEEDER CABLE LOSSES CONTINUED SAB104E/B1 A 460 300 B104 SAB104C/81 A 460 0.00 300 0.0054 0.000 0.000 SHORT TIME SAB104E/B1A 460 300 i B105 B105AA/B1 460 0.00 1272 0.0457 0.000 0.000 l l B105 B105AA/B1 460 0.00 1272 0.0457 0.000 0.000 SHORT TIME B105 B105AA/B1 460 145.27 1272 0.0457 2.893 2.893 B105 iB gAA/B1 460 0.00 1272 0.0457 0.000 0.000 SHORT TIME B105 B1GoAA/B1 460 145.27 1272 0.0457 2.893 2.893 B105 B105AA/B1 460 0.00 1272 0.0457 0.000 0.000 SHORT TIME B106 SAB106A/B2 100 460 125.51 526 0.0298 1.408 1.408 1.408 1.408 l TOTAL 0-10 MIN 881.74 AMPS 6.092 KW l l TOTAL SHORT TIME LOAD 0-10 MIN 259.86 AMPS 0.250 KW l hTAL >10 MIN 1543.I., AMPS 17.752 KW l l TOTAL SHORT TIME LOAD >10 MIN 0.00 AMPS 0.000 KW l l LOOP ONLY 1796.63 AMPS 19.202 KW LOOP ONLY SHORT TIME LOAD 16.94 AMPS 0.001 KW l Page 15 PS-M REV 4 NED CALC No_ EDG "A" CABLE LOADING ^[gE A ~~ 2 or BKR # CABLE # CODE HP/KVA VOLT CURRENT C#.BLE CABLE ' LOSSES LOCA LOCA LOOP COMMENTS (V) t=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ONLY (V x 3"') (L)IN FT R=(Q/1000) [isq x R x 3 (KW) (KW) (KW) xL /1000 l TOTAL LOAD AND LOSSES FOR LOAD CENTER B1 IS THE SUM OF THE INDIVIDUAL LOADS AND LOSSES PLUS FEEDER CABLE LOSSES. l TOTAL 0-10 MIN 881.74 AMPS 14.115 KW l TOTAL SHORT TIME LOAD 0-10 MIN 259.86 AMPS 6.309 KW l l TOTAL >10 MIN 1543.10 AMPS 31.696 KW l l TOTAL SHORT TIME LOAD >10 MIN 0.00 AMPS 0.000 KW l l LOOP ONLY 1796.63 AMPS 35.296 KW l l LOOP ONLY SHORT TIME LOAD 16.94 AMPS 0.135 KW l l Page 16 NED CALC NO. PS_-M REV 4 ATTACHMENT C EDG "A" CABLE LOADING PAGE 21 0F M BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ONLY (V x 3") (L)IN FT R=(Q/1007) [isq x R x 3 (KW) (KW) (KW) xL /1000 SWGR A5 FEEDER CABLE LOSSES A502 A502NA1 250 4160 32.00 400 0.0287 0.088 0.088 A503 SAA503A/A1 800 4160 98.50 306 0.0284 0.827 0.827 0.827 0.827 SAA503F/A1 90 A506 SAA506NA1 800 4160 98.50 300 0.0290 0.844 0.844 SAA506F/A1 105 A507 SAA507NA1 800 4160 101.00 306 0.0290 0.887 C,.887 0.887 SAA507E/A1 108 A508 SAA508NA1 4160 101.40 60 0.0043 0.133 0.133 SAA508NA1 4160 29.96 60 0.0043 0.012 0.012 SHORT TIME SAA508A/A1 4160 177.92 60 0.0043 0.408 0.408 SAA508A/A1 4160 0.00 60 0.0043 0.000 0.000 SHORT TIME SAA508A/A1 4160 207.15 60 0.0043 0.554 0.554 SAA508NA1 4160 1.95 60 0.0043 0.000 0.000 SHORT TIME _ Page 17 PS - M N '+ NED CALC NO. ATTACHMEN f C EDG "A" CABLE LOADING PAGE 22 0F i BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) i=KVAf LENGTH RESIST IN KW 0-10 MIN >10MtN ONLY (V x 3") (L)IN FT R=(Q/1007) (tsq x R x 3 (KW) (KW) (KW) xL /1000 SWGR A5 FEEDER CABLE LOSSES CONTINUED t TOTAL 0-10 MIN 399.40 AMPS 2.691 KW l ? l TOTAL SHORT TIME LOAD 0-10 MIN 29.96 AMPS 0.012 KW l i TOTAL >10 MIN 377.42 AMPS 2.122 KW l l TOTAL SHORT TIME LOAD >10 MIN 0.00 AMPS 0.000 KW l Mi l l LOOP ONLY 337.65 AMPS 1.468 KW l l LOOP ONLY SHORT TIME LOAD 1.95 AMPS 0.000 KW l 6 i i i l i ? i E Page 18 i + NED CALC NO. PS-M,yyy ATTACHMENT C-EDG "A" CABLE LOADING PAGE 28 OF NI BKR # CABLE */ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ONLY I (V x 3*) (L)IN FT R=(0/1007) [!sq x R x 3 (KW) (KW) (KW) ( xL /1000 TOTAL LOAD AND LOSSES FOR SWGR A5 IS THE SUM OF THE INDIVIDUAL LOADS AND I LOSSES PLUS FEEDER CABLE LOSSES l TOTAL 0-10 MIN 399.40 AMPS 16.806 KW l t l TOTAL SHORT TIME LOAD 0-10 MIN 29.96 AMPS 6.320 KW l l l TOTAL >10 MIN 377.42 AMPS 33.819 KW l i l TOTAL SHORT TIME LOAD >10 MIN 0.00 AMPS 0.000 KW l l LOOP ONLY 337.65 AMPS 36.764 KW LOOP ONLY SHORT TIME LOAD 1.95 AMPS 0.135 KW l i l t t f + 6 l l Page 19 I f r NED CALC NO. PS -79 REV 4 ATTACliMENT C EDG "A" CABLE LOADING PAGE 24 0F BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) !=KVAf LENGTH RESIST INKW 0-10 MIN >10 MIN ONLY (V x 3"') (L)IN FT R=(Q/100fT) [isq x R x 3 (KW) (KW) (KW) xL (1000 EDG "A" FEEDER CABLE LOSSES A509 SAA509AA/A2 4160 399.40 275 0.0097 4.642 4.642 SAA509AB/A2 275 SAA509AC/A2 7 SAA509AD/A2 7 SAA509AE/A2 260 SAA509AF/A2 260 SAA509AA/A2 4160 29.96 275 0.0097 0.026 0.026 SHORT TIME SAA509AB/A2 275 SAA509AC/A2 7 SAA509AD/A2 7 SAA509AE/A2 260 SAA509AF/A2 260 q SAA509AA/A2 4160 377.42 275 0.0097 4.145 4.145 SAA509AB/A2 275 SAA509AC/A2 7 SAA509AD/A2 7 SAA509AE/A2 260 SAA509AF/A2 260 SAA509AA/A2 4160 0.00 275 0.0097 0.000 0.000 SHORT TIME SAA509AB/A2 275 SAA509AC/A2 7 SAA509AD/A2 7 SAA509AE/A2 260 i i Page 20 Ps-77 Rev. 4 NED CALC NO. ATTACHMENT C EDG "A" CABLE LOADING PAGE 26 0F_ L BKR* CABLE #! CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS i (V) !=KVA/ LENGTH RESIST IN KW 0-10 MIN >t0M!N ONLY (V x 3'S (L)IN FT R=(Q/1000') [isq x R x 3 (KW) (KW) (KW) f xL /1000 4 EDG "A" FEEDER CABLE LOSSES CONTINUED A509 SAA509AF/A2 260 f SAA509AA/A2 4160 337.65 275 0.0097 3.318 3.318 SAA509AB/A2 275 SAA509AC/A2 7 SAA509AD/A2 7 SAA509AE/A2 260 f SAA509AF/A2 260 SAA509AA/A2 4160 1.95 275 0.0097 0.000 0.000 SHORT TIME j SAA509AB/A2 275 SAA509AC/A2 7 SAA509AD/A2 7 f SAA509AE/A2 260 SAA509AF/A2 260 l TOTAL 0-10 MIN 399.40 AMPS 4.642 KW l l ( TOTAL SHORT TIME LOAD 0-10 MIN 29.96 AMPS 0.026 KW l TOTAL >10 MIN 377.42 AMPS 4.145 KW l TOTAL SHORT TIME LOAD >10 MIN 0.00 AMPS 0.000 KW l 7 l l LOOP ONLY 337.65 AMPS 3.318 KW l l LOOP ONLY SHORT TIME LOAD 1.95 AMPS 0.000 KW l l I t i Page 21 NED CALC NO. - PS -19 Rev. 4 ATTACliMENT C-EDG "A" CABLE LOADING PAGE 2(" 0F H-BKR # CABLE #iCOOE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) l=KVA/ LENGTH RESIST INKW 0-10 MIN >10 MIN ONLY (V x 3'i (L)IN FT R=(Q/1000') [isq x R x 3 (KW) (KW) (KW) xL /1000 TOTAL LOAD AND LOSSES FOR EDG "A" IS THE SUM OF ITS INDIVIDUAL LOADS AND LOSSES PLUS ITS FEEDER CABLE LOSSES l TOTAL 0-10 MIN 399.40 AMPS 21.448 KW l l TOTAL SHORT TIME LOAD 0-10 MIN 29.96 AMPS 6.347 KW l l TOTAL >10 MIN 377.42 AMPS 37.964 KW TOTAL SHORT TIME LOAD >10 MIN 0.00 AMPS 0.000 KW l l LOOP ONLY 337.65 AMPS 40.082 KW l l LOOP ONLY SHORT TIME LOAD 1.95 AMPS 0.135 KW Page 22 NED CALC NO. PS -M Rev. 4 ATTACliMENT __. C EDG "B" (WITH B6) CABLE LOADING PAGE-27 0F ~ BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) i = KVA/ LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3"'I (L) IN FEET R = (O/1000') (Isq x R x 3) (KW) (KW) (KW) I xL /1000 MCC B10 B1013 SXB1013A1/B66 13.5 460' 16.94 60 0.031 0.018 0.018 0.018 0.018 SXB1013A2/B68 B1014 B1014AA/B8 1.5 460 1.88 234 0.675 0.007 0.007 0.007 0.007 B1014AB/B8 B1015 SXB1015A/B2 27 460 33.89 68 0.004 0.015 0.015 0.015 0.015 B1021 SXB1021 A/B2 39.4 460 49.45 140 0.009 0.066 0.066 0.066 0.066 B1023A B1023AA/B5 23 KW 460 28.86 60 0.019 0.048 0.048 0.048 0.048 { 81023B B1023BA/B6 14 460 17.57 744 0.390 0.361 0.361 0.361 0.361 B1023BC/B6 B1024B B1024BA/B7 4.7KW 460 5.89 400 0.531 0.055 0.055 0.055 0.055 B1025 B1025A/B8 5 460 6.28 167 0.338 0.040 0.040 0.040 0.040 B1026 B1026A/B8 3 460 3.77 520 1.054 0.045 0.045 0.045 0.045 B1031 B1031 A/B6 25 460 31.38 420 0.220 0.650 0.650 0.650 l 81033A B1033AA/B4 44KW 460 55.22 400 0.050 0.457 0.457 0.457 B1034 B1034A/B7 10 460 12.55 441 0.476 0.225 0.225 0.225 i B1041 B1041 A/B7 15 460 18.83 161 0.174 0.185 0.185 0.185 0.185 B1042 B1042A/B4 50 460 62.76 502 0.064 0.754 0.754 0.754 B1044 B1044A/84 60 460 75.31 226 0.029 0.488 0.488 0.488 l B1064 B1064A/85 40 460 50.20 340 0.109 0.826 0.826 0.826 [ - LOSSES = lsq x R x 2/1000 l TOTAL O-10 MIN 183.35 AMPS 0.840 KW l l TOTAL >10 MIN 470.77 AMPS 4.240 KW l l LOOP ONLY 470.77 AMPS 4.240 KW 1 Page 1 P s ~1 9 PS - '.. Rev.4 NED CALC NO. C AT TACHMENT __ _ PAGE_ 28 _OF t EDG "B" (WITH B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURNNT CABLE CABLE LOSSES LOCA LOCA LOOP COMENTS (V) l=KVA/ LENGTH RESIST INKW 0-10 MIN >10 MIN 0 4.Y (V x V3) (L)IN FEE 1 R=(0/1000') (Lcq x R x 3) (KW) (KW) (NW) xL /1000 MCCB20 [ B2013A B2013AA/B6 13KW 460 16.31 85 0.0446 0.035593 0.03559 0.0356 0.0356 B2014 B2014A/B7 5 460 6.2755 118 0.1566 0.018502 0.0185 0.0185 0.0185 B2084 SXB20841/B7B 13.5 460 16.944 15 0.0199 0.01714 0.01714 0.0171 0.0171 MCC B20 SHORT TIME LOADS B2026 SXB2026A/B7 460 18.4 255 0.338 0.3433 0.3433 DWG M-MOV2 i SXB2026F/B7B B2031 SXB2031 A/B5 460 100 80 0.0256 0.768 0.768 PAGE B2054 SXB2054A/B8 6 460 7.5307 135 0.273 0.046446 0.0464 5.4 KW,0.9pf [ SXB2054AA/B8 B2056 SXB2056A/B8 7.5 460 9.4133 150 0.304 0.080813 0.0808 6.8 KW,0.9pf ,B2096 SXB2096A/B7B 460 50 200 0.255 1.9125 1.9125 PAGE l SXB2096AA/B7 7 Page 2 m PS-79 PS .I Rev.11 l NED CALC NO. ATTACHMENT C PAGE 29 or M l t EDG "B" (WITH B6) CABLE LOADING i BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA LOOP ODMENTS i t (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ON_Y f (V x 43) (L)IN FEEL R=(Q/1000') (Isq x R x 3) (KW) (KW) (KW) l l xL /1000 l i MCC B20 CONTINUED I l TOTAL 0-10 MIN 39.5295 AMPS 0.071 KW l l TOTAL SHORT TIME LOAD 0-10 MIN 185.344 AMPS 3.024 KW j l TOTAL >10 MIN 39.5295 AMPS 0.G7.W TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l l r l LOOP ONLY 39.5295 AMPS 0.071 KW LOOP ONLY SHORT TIME LOAD 16.944 AMPS 0.127 KW ( Page 3 i -- O - =. NED CALC NO. PS-M Rev.i+ l ATTACHMENT C-PAGE_ 30 0F EDG "B" (WITH B6) CABLE LOADING l i BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) I=KVA/ LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY l (V x 3") (L) IN FEET R = (Q/1000') (tsq x R x 3) (KW) (KW) (KW) xL /1000 i LOAD CENTER B6 FEEDER CABLE LOSSES 8603 SXB603A/B1 460 183.35 41 0.002 0.167 0.167 F B603 SXB603A/B1 460 470.77 41 0.002 1.104 1.104 B603 SXB603A/B1 460 470.77 41 0.002 1.104 1.104 I B604 SX8604A/B1 460 39.53 185 0.007 0.035 0.035 0.035 0.035 SXB604A/B1 460 185.34 185 0.007 0.772 0.772 SHORT TIME SXB604A/B1 460 16.94 185 0.007 0.006 0.006 SHORT TIME l B605 B605A/B1 75KW 460 94.13 400 0.016 0.431 0.431 B606 B606AA/B2 15KW 460 22.40 335 0.021 0.032 0.032 0.032 0.032 15KW,0.84pf I f B606AB/B2 l TOTAL O-10 MIN 245.28 AMPS 0.235 KW l t l TOTAL SHORT TIME LOAD O-10 MIN 185.34 AMPS 0.772 KW l TOTAL >10 MIN 532.70 AMPS 1.171 KW l l TOTAL SHORT TIME LOAD > 10 MIN O.00 AMPS 0.000 KW l l LOOP ONLY 626.83 AMPS 1.602 KW l l LOOP ONLY SHORT TIME LOAD 16.94 AMPS 0.006 KW l Page 4 NED CALC NO. PS-79 RN 4-i . ATTACHMENT c. l PAGE-3f 0F EDG "B" (WITH B6) CABLE LOADING i VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA' LOOP COMMENTS BKR # CABLE #/ CODE l HP/KVA (V) l = KVA/ LENOTH . RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3"*) (L) IN FEET R = (O/1000') (tsq x R x 3) (KW) (KW) (KW) xL /1000 / TOTAL LOAD AND LOSSES ON LOAD CENTER B6 IS THE SUM OF ITS INDIVIDUAL LOADS i AND LOSSES PLUS ITS FEEDER CABLE LOSSES. 5 TOTAL O-10 MIN 245.28 AMPS 1.146 KW l TOTAL SHORT TIME LOAD O-10 MIN 185.34 AMPS 3.796 KW l l TOTAL >10 MIN 532.70 AMPS 5.482 KW l I TOTAL SHORT TIME LOAD > 10 MIN O.00 AMPS 0.000 KW l f l LOOP ONLY 626.83 AMPS 5.913 KW l l LOOP ONLY SHORT TIME LOAD 16.94 AMPS 0.134 KW l i i I i l Page 5 j s Ps 19 I NED CALC NO. PS-r, REV.4 AI FACHMEN T C PAGE 31 OF EDG "B" (WITH B6) CABLE LOADING t BKR # CABLE #/ CODE HP/KVA VOLT CURRENT' CABLE CABLE LOSSES LOCA LOCA LOOP COMENTS (V) I-KVA/ LENGi!H RESIST IN KW 0-10 MIN >10 MIN ON_Y (V x 43) (L) IN FEEL R=(Q/1000*) (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B14 i l B1413 SBB1413A/B3 39.4 460 49.451 400 0.036 0.264107 0.26411 0.2641 0.2641 B1414A SBB1414A/B3 77.3 460 97.02 425 0.0383 1.081539 1.08154 1.0815 1.0815 l B1416A SBB1416AA/B7 23.1 KW 460 28.99 325 0.382 0.963121 0.96312 0.9631 0.9631 SBB1416 AB/88 23.1 KW 460 28.99 140 0.283 0.713517 0.71352 0.7135 0.7135 B1416B SBB1416BA/B7 17.8KW 460 22.34 700 0.824 1.233715 1.23371 SBB1416BB/88 17.8KW 460 22.34 15 0.0304 0.045516 0.04552 B1421 SBB1421 A/B8 3 460 3.7653 260 0.467 0.019863 0.01986 0.0199 0.0199 B1423 SBB1423A/B8A 2.2 460 2.7612 80 0.143 0.003271 0.00327 SHORTTIME B1425 B1425A/B5 40 460 50.204 455 0.1296 0.979562 0.98 0.98 f B1426 SBB1426A/B7 15 460 18.827 380 0.447 0.475307 0.47531 0.4753 0.4753 B1431 SBB1431 A/B4 60 460 75.307 120 0.0135 0.229679 0.22968 0.2297 0.2297 B1433 SBB1433A/B4 60 460 75.307 135 0.0152 0.258601 0.2586 0.2586 B1441 SBB1441 A/B2 100 460 125.51 258 0.0146 0.689981 0.68998 0.69 0.69 B1444 SBB1444A/B2 100 460 125.51 250 0.0142 0.671078 0.6711 0.6711 B1446 SBB1446A/B8 1.5 460 1.8827 475 0.854 0.009081 0.00908 0.0091 0.0091 B1461 B1461A/B8 1.5 460 1.8827 360 0.647 0.00688 0.00688 0.0069 0.0069 B1463 B1463A/B8 2 460 2.5102 405 0.728 0.013762 0.01376 0.0138 0.0138 I B1466 SBB1466A/B8 0 460 0 114 0.204 0 0 SHORTTIME r I l Page 6 t i ' NED CALC NO. PS-79 Rev.y ATTACtiMENT _ _ C PAGE 33 OF EDG "B"(WITH B6) CABLE LOADING i BKR # CABLE #/ CODE HP/KVA VOLT CURENT CABLE CABLE LOSSES LOCA LOCA LOOP OOhMNTS j (V) !=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN CN.Y (V x V3) (L)IN FEE 1 R=(Q/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 ( MCC B14 CONTINUED l TOTAL 0-10 MIN 427.486 AMPS 5.746 KW l f TOTAL SHORT TIME LOAD 0-10 MIN 2.76124 AMPS 0.003 KW i TOTAL >10 MIN 656.168 AMPS 6.38 KW TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l LOOP ONLY 656.168 AMPS 6.376 KW f LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW l f i I i I I h I i Page 7 [ i 95-79 NED CALC No. PS-tt Rev.4 ATTACHMENT __ C PAGE 34 -- OF M EDG "B" (WITH B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURNNT CABLE CABLE LOSSES LOCA LOCA LOOP COMENTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN OM.Y (V x 43) (L)IN FEE 1 R=(O/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B18 B1813A SBB1813A/84 3KW 460 3.7653 385 0.04192 0.001783 0.00178 0.0018 0.0018 B1816 B1816A/B7 10 460 12.551 90 0.341 0.161153 0.1612 B18168/B7 200 B1822 SBB1822A/E8 5 460 6.2755 125 0.2247 0.026548 0.02655 0.0265 0.0265 B1823 B1823A/B8 3 460 3.7653 541 0.973 0.041385 0.0414 0.0414 B1824 SBB1824A/B7 10 460 12.551 170 0.2 0.094518 0.09452 0.0945 0.0945 B1826 B1826A/B7 10 460 12.551 90 0.153 0.072306 0.0723 B1826B/B7 40 B1831 B1831A/B7 10 460 12.551 90 0.258 0.121928 0.1219 B1831 B/B7 130 81832 B1832A/B7 10 460 12.551 90 0.17 0.08034 0.0803 B18328/B7 55 j B1833 B1833A/B7 10 460 12.551 90 0.2824 0.133459 0.1335 B1833B/B7 150 B1834 B1834A/B7 10 460 12.551 90 0.253 0.119565 0.1196 B1834B/B7 125 B1835 B1835A/B6 20 460 25.102 90 0.135 0.255198 0.2552 B1835B/B6 200 0 B1836 B1836A/B6 20 460 25.102 90 0.1281 0.242155 0.2422 B1836B/B6 185 } B1846 SBB1846A/B7 460 18.4 170 0.2 0.203136 0.20314 SHORTTIME B1863 SBB1863A/88 460 6.1 180 0.323 0.036056 0.03606 SHORTTIME B1864 SBB1864A/B8A 4.5 460 5.648 'i 0 0.287 0.027466 0.02747 SHORTTIME SBB1864BA/B8 115 4KW,0.9pf Page 8 Ps -M NED CAL.C NO. PS f7 Rev. 4 C AT f ACHMENT PAGE 36 OF EDG "B" (WITH B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA LOOP CXMKNTS (V) 1-KVA/ LENGilH RESIST IN KW 0-10 MIN >10 MIN CH_Y (V x V3) (L) IN FEEL R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B18 CONTINUED SBB1864BB/B8 35 B1881 SBB1881 A/B1 B 460 18.199 380 0.0131 0.013016 0.01302 SBB1881C/B1B B1881 SBB1881 A/B1 B 460 21.33 380 0.0131 0.017881 0.0179 0.0179 SBB1881C/B1 B B1885 SBB1885A/B7B 13.5 460 16.944 15 0.0169 0.014556 0.01456 0.0146 0.0146 B18103 B18103A/B5 30 460 37.653 155 0.044 0.187146 0.1871 B18114 SBB18114A/B8 3 460 3.7653 401 0.72 0.030624 0.03062 B18115 SBB18115A/B6 12KW 460 16.9 310 0.14 0.119956 0.11996 0.12 0.12 SBB18115D/B6 - LOSSES = lsq x R x 2/1000 TOTAL 0-10 MIN 78.4003 AMPS 0.301 KW l TOTAL SHORT TIME LOAD 0-10 MIN 30.148 AMPS 0.267 KW l TOTAL >10 MIN 81.5317 AMPS 0.32 KW TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW LOOP ONLY 244.696 AMPS 1.69 KW l l LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW l Page 9 P 5-19 NED CALC No. PS-1 REV.If C AT TACHMENT PAGE 3(o OF EDG "B"(WITH BG) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA LOOP COM&NTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN CN.Y (V x 43) (L) IN FEEL R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B18A B18A13A SBB18A13AA/312C 1 460 1.2551 265 0.476 0.00225 0.00225 0.0022 0.0022 B18A13B SBB18A13BA/86A 10.5 460 13.179 35 0.0187 0.009743 0.00974 B18A13B SBB18A13BA/B6A 13KW 460 16.31 35 0.0187 0.014924 0.0149 0.0149 B18A16 SBB18A16D/312C 3 460 3.7653 35 0.0629 0.002675 0.00268 0.0027 0.0027 - LOSSES = lsq x R x 2/1000 l TOTAL 0-10 MIN 18.1991 AMPS 0.015 KW l TOTAL SHORT TIME LOAD 0-10 MIN O AMPS 0 KW TOTAL >10 MIN 21.3304 AMPS 0.02 KW l TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW LOOP ONLY 21.3304 AMPS 0.02 KW l LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW Page 10 Ps-79 NED CAL C NO. PS-d REV.$ ATTACHMENT - C i PAGE_ 3? OF EDG "B" (WITH B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURNNT CABLE CABLE LOSSES LOCA LOCA LOOP OOM&NTS (V) !=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ON.Y l (V x V3) (L) IN FEEL R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B28 r B2813 A B2813AA/B5 12KW 460 15.06 40 0.0113 0.007689 0.0077 0.0077 B2814A B2814 AA/B4 50KW 460 62.75 45 0.00597 0.070522 0.0705 0.0705 ( B2814 AB/84 8 0 B2814B B2814B A/B4 50KW 460 62.75 45 0.00597 0.070522 0.0705 0.0705 B2814BB/B4 8 [ EE15 B2815A/B7 15 460 18.827 35 0.0411 0.043703 0.0437 0.0437 52822A B2822AA/B7 10KW 460 12.55 40 0.0471 0.022255 0.0223 0.0223 B2822B B2822BA/87 10KW 460 12.55 40 0.0471 0.02225.6 0.0223 0.0223 B2823A B2823AA/B7 10KW 460 12.55 23 0.027 0.012758 0.0128 0.0128 TOTAL 0-10 MIN O AMPS 0 KW l TOTAL SHORT TIME LOAD 0-10 MIN O AMPS 0 KW l { TOTAL >10 MIN 197.037 AMPS 0.25 KW TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l LOOP ONLY 197.037 AMPS 0.25 KW LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW Page 11 i i NED CALC NO. PS-79 gey.4 l ATTACliMENT c. PAGE 38 0F l EDG "B" (WITH B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) i=KVA/ LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3"') (L) IN FEET R = (O/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 LOAD CENTER B2 FEEDER CABLE LOSSES B202 SBB202A/81 460 245.28 88 0.002 0.283 0.283 SBB2028/81 88 SBB202A/B1 460 185.34 88 0.002 0.162 0.162 SHORT TIME SBB202B/B1 88 SBB202A/81 460 532.70 88 0.002 1.337 1.337 SBB2028/B1 88 SBB202A/81 460 0.00 88 0.002 0.000 0.000 SHORT TIME SBB202B/B1 88 SBB202A/B1 460 626.83 88 0.002 1.851 1.851 SBB2028/81 88 SBB202A/B1 460 16.94 88 0.002 0.001 0.001 SHORT TIME SBB202B/81 88 B203 B203A/B1 460 197.04 1213 0.049 5.719 5.719 5.719 0.000 B204 SBB204A/B1 460 427.49 501 0.010 5.559 5.559 SBB204C/81 0.000 SBB204D/B1 0.000 SBB204F/B1 0.000 SBB204G/B1 0.000 SBB2041/B1 0.000 B204 SBB204A/B1 460 2.76 501 0.010 0.000 0.000 SHORT TIME SBG204C/B1 0.000 SBB204D/B1 0.000 Page 12 95 ~19 NED ChLC NO. PS-RGV. ll ATTACliMENT C PAGE_ 39 OF 76 EDG "B"(WITH B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA LOOP CX)NWENTS (V) l=KVA/ LENGITH RESIST IN KW 0-10 MIN >10 MIN City (V x 43) (L) IN FEEL R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 LOAD CENTER B2 FEEDER CABLE LOSSES CONTINUED SBB204F/B1 0 SBB204G/B1 0 SBB2041/B1 0 B204 SBB204A/B1 460 656.17 501 0.01014 13.09753 13.098 13.098 SBB204C/B1 0 SBB204D/B1 0 SBB204F/B1 0 SBB204G/B1 0 SBB2041/B1 0 B205 SBB205E/B1 A 460 78.4 350 0.00708 0.130554 0.13055 SBB205G/B1 A B205 SBB205E/B1 A 460 30.148 350 0.00708 0.019305 0.01931 SHORTTIME SBB205G/B1 A B205 SBB205E/B1 A 460 81.532 350 0.00708 0.141191 0.1412 SBB205G/B1 A B205 SBB205E/B1 A 460 244.7 350 0.00708 1.271768 1.2718 SBB205G/B1 A B206 SBB206A/B2 100 460 125.51 500 0.03205 1.51465 1.51465 1.5147 1.5147 0 Page 13 l NED CALC NO. - P S-H REV. 4 ATTACHMENT C PAGE-4 0F EDG "B" (WITH B6) CABLE LOADING BKR# CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) !=KVA/ LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3#) (L) IN FEET R = (Q/1000*) (Isq x P x 3) (KW) (KW) (KW) xL /1000 l LOAD CENTER B2 FEEDER CABLE LOSSES CONTINUED-l TOTAL O-10 MIN 876.68 AMPS 7.488 KW l TOTAL SHORT TIME LOAD O-10 MIN 218.25 AMPS 0.181 KW l l TOTAL >10 MIN 1592.95 AMPS 21.809 KW l TOTAL SHORT TIME LOAD >10 MIN O.00 AMPS 0.000 KW l l LOOP ONLY 1850.24 AMPS 23.453 KW l LOOP ONLY SHORT TIME LOAD 16.94 AMPS 0.001 KW l Page 14 NED CALC NO. PS-79 REV.4 ATTACHMENT C-PAGE 41 0F EDG "B" (WITH B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) l = KVA/ LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3"') (L) IN FEET R = (Q/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 TOTAL LOAD AND LOSSES FOR LOAD CENTER B2 IS THE SUM OF THE INDIVIDUAL LOADS AND LOSSES PLUS FEEDER CABLE LOSSES. TOTAL O-10 MIN 876.68 AMPS 14.695 KW l l TOTAL SHORT TIME LOAD O-10 MIN 218.25 AMPS 4.247 KW l f l TOTAL >10 MIN 1592.95 AMPS 34.253 KW l f l TOTAL SHORT TIME LOAD > 10 MIN O.00 AMPS 0.000 KW l f l LOOP ONLY 1850.24 AMPS 37.702 Kw LOOP ONLY SHORT TIME LOAD 16.94 AMPS 0.135 KW l I i i t Page 15 NED CALC NO. PS -79 REV. 4 ATTACHMEN T C PAGE 42. - 0F EDG "B" (WITH B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA 4 tOOP COMMENTS (V) ! = KVA/ LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3") (L) IN FEET R = (O/1000') (tsq x R x 3) (KW) (KW) (KW) xL /1000 SWGR A6 FEEDER CABLE LOSSES A602 A602A/A1 250 4160 32.00 403 0.029 0.089 0.089 A603 SBA603A/A1 800 4160 98.50 521 0.042 1.228 1.228 1.228 1.228 i A606 SBA606A/A1 800 4160 98.50 512 0.042 1.228 1.228 j SBA606F/A1 A607 SBA607A/A1 800 4160 101.00 518 0.042 1.204 1.284 1.284 SBA607E/A1 A608 SBA608A/A1 4160 101.08 43 0.003 0.107 0.107 A608 SBA608A/A1 4160 25.16 43 0.003 0.007 0.007 SHORT TIME A608 SBA608A/A1 4160 183.67 43 0.003 0.352 0.352 A608 SBA608A/A1 4160 213.33 43 0.003 0.476 0.476 l TOTAL O-10 MIN 399.08 AMPS 3.847 KW l l TOTAL SHORT TIME LOAD O-10 MIN 25.16 AMPS 0.007 KW l y TOTAL > 10 MIN 383.17 AMPS 2.865 KW l l TOTAL SHORT TIME LOAD > 10 MIN O.00 AMPS 0.000 KW l l LOOP ONLY 343.83 AMPS 1.793 KW l ( l l LOOP ONLY SHORT TIME LOAD O.00 AMPS 0.000 KW l f Page 16 l PS -" R" " NED CALC NO. C ATTACitMENT PAGE-43 OF - EDG "B" (WITH B6) CABLE LOADING f BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) l= KVA/ LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3"*) (L) IN FEET R = (O/1000') (1sq x R x 3) (KW) (KW) (KW) { xL /1000 k TOTAL LOAD AND LOSSES FOR SWGR A6 IS THE SUM OF THE INDIVIDUAL LOADS AND l LOSSES PLUS FEEDER CABLE LOSSES l TOTAL O-10 MIN 399.08 AMPS 18.542 KW l l l TOTAL SHORT TIME LOAD O-10 MIN 25.16 AMPS 4.254 KW l l l l TOTAL >10 MIN 383.17 AMPS 37.118 KW l l TOTAL SHORT TIME LOAD >10 MIN O.00 AMPS 0.000 KW t LOOP ONLY 343.83 AMPS 39.494 KW l 1 l LOOP ONLY SHORT TIME LOAD O.00 AMPS 0.135 KW l l l f' l i i l l i I Page 17 [ t NED CALC NO. PS-79 Rev. 4 ATTACHMENT c. PAGE 4 't OF EDG "B" (WITH B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) !=KVA/ LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3") (L) IN FEET R = (O/1000*) (Isq x R x 3) (KW) (KW) (KW) xL /1000 EDG "B" FEEDER CABLE LOSSES A609 SBA609AA/A2 4160 399.08 446 0.009 4.291 4.291 SBA609AB/A2 SBA609AC/A2 SBA609AD/A2 A609 SBA609AA/A2 4160 25.16 446 0.009 0.017 0.017 SHORT TIME SBA609AB/A2 SBA609AC/A2 SBA609AD/A2 A609 SBA609AA/A2 4160 383.17 446 0.009 3.955 3.955 SBA609AB/A2 SBA609AC/A2 SBA609AD/A2 A609 SBA609AA/A' 4160 343.83 446 0.009 3.185 3.185 SBA609AB/A2 SBA609AC/A2 SBA609AD/A2 Page 18 l I l NED CALC NO. PS -19 REV. 4 ATTACHMENT C PAGE 45 OF EDG "B" (WITH B6) CABLE LOADING 5 l BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) l = KVA/ LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY I (V x 3") (L) IN FEET R = (O/1000') (tsq x R x 3) (KW) (KW) (KW) xL /1000 l l EDG "B" FEEDER CABLE LOSSES CONTINUED TOTAL O-10 MIN 399.08 AMPS 4.291 KW l { TOTAL SHORT TIME LOAD O-10 MIN 25.16 AMPS 0.017 KW l TOTAL >10 MIN 383.17 AMPS 3.955 KW l l TOTAL SHORT TIME LOAD > 10 MIN O.00 AMPS 0.000 KW l l LOOP ONLY 343.83 AMPS 3.185 KW LOOP ONLY SHORT TIME LOAD O.00 AMPS 0.000 KW l t I I f f i i i Page 19 I i t-NED CALC NO. PS-}9 REY.4 ATTACHMENT C PAGE-OF W l EDG "B" (WITH B6) CABLE LOADING BKR # CABLE #! CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) 1=KVAI LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3") (L)IN FEET R = (Q/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 TOTAL LOAD AND LOSSES FOR EDG "B" (WITH B6) IS THE SUM OF ITS INDIVIDUAL LOADS AND LOSSES PLUS ITS FEEDER CABLE LOSSES. i l TOTAL O-10 MIN 399.08 AMPS 22.833 KW l l TOTAL SHORT TIME LOAD O-10 MIN 25.16 AMPS 4.271 KW l l l TOTAL >10 MIN 383.17 AMPS 41.073 KW l l TOTAL SHORT TIME LOAD >10 MIN O.00 AMPS 0.000 KW i @CP ONLY 343.83 AMPS 42.679 KW (OOP ONLY SHORT TIME LOAD O.00 AMPS 0.135 KW l l 6 i Page 20 P5 t9 REv. 4 l NED CALC N0. C ATTACHMENT PAGE 47 Of 76 EDG "B"(WITHOUT B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP CD 4KNTS (V) !=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ON_Y (V x 43) (L) IN FEEI Rm(n/1000') (Isq x R x 3) (KW) (KW; (KW) xL /1000 MCC B14 B1413 SBB1413 A/B3 39.4 460 49.451 400 0.036 0.264107 0.26411 0.2641 0.2641 B1414A SBB1414A/B3 77.3 460 97.02 425 0.0383 1.081539 1.08154 1.0815 1.0815 B1416A SBB1416AA/87 23.1 KW 460 28.99 325 0.382 0.963121 0.96312 0.9631 0.9631 SBB1416AB/B8 23.1 KW 460 28.99 140 0.283 0.713517 0.71352 0.7135 0.7135 B1416B SBB1416BA/B7 17.8KW 460 22.34 700 0.824 1.233715 1.23371 SBB1416BB/B8 17.8KW 460 22.34 15 0.0304 0.045516 0.04552 B1421 SBB1421 A/B8 3 460 3.7653 260 0.467 0.019863 0.01986 0.0199 0.0199 B1423 SBB1423A/B8A 2.2 460 2.7612 80 0.143 0.003271 0.00327 SHORTTIME B1425 B1425A/B5 40 460 50.204 455 0.1296 0.979962 C.S' O.98 B1426 SBB1426A/B7 15 460 18.827 380 0.447 0.475307 0.47531 0.4753l 0.4753 B1431 SBB1431 A/B4 60 460 75.307 120 0.0135 0.229679 0.22968 0.?297I 0.2297 B1433 SBB1433A/B4 60 460 75.307 135 0.0152 0.258601 0.2586 0.2586 B1441 SBB1441 A/B2 100 460 125.51 258 0.0146 0.689981 0.68998 0.6.9 0.69 B1444 SBB1444A/B2 100 460 125.51 250 0.0142 0.671078 0.6711 0.6711 B1446 SBB1446A/B8 1.5 460 1.8827 475 0.854 0.009081 0.00908 0.0091 0.0091 B1461 B1461A/B8 1.5 460 1.8827 360 0.647 0.00688 0.00688 0.0069 0.0069 B1463 B1463A/88 2 460 2.5102 405 0.72.8 0.013762 0.01376 0.0138 0.0138 460 0_ 114 0.204 0 0 SHORTTIME B1466 SBB1466A/B8 0 i Page 1 Ps-74 NED CALC NO. Pb f 3 RE V* 'I ATIACHMENT C PAGE 48 OF M EDG "B" (WITHOUT B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURNNT CABLE CABLE LOSSES LOCA LOCA LOOP COM ANTS (V) l=KV AI LENGTH RESIST IN KW 0-10 MIN >10 MIN CPLY (V x 43) IL)IN FEEL R=(n/1000*) (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B14 CONTINUED l TOTAL 0-10 MIN 427.486 AMPS 5.746 KW TOTAL SHORT TIME LOAD 0-10 MIN 2.76124 AMPS 0.003 KW l TOTAL >10 MIN 656.168 AMPS 6.38 KW l l TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l LOOP ONLY 656.168 AMPS 6.376 KW l ' LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW l Page 2 Nb hl-PS-19 NED CALC NO. PS.9 Rev.4 ATIADIMENT - C PAGE 43 OF 76 EDG "B" (WITHOUT B6) CABLE LOADING l BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMENTS l (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ON_Y (V x V3) tL) lN FEE 7 R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B18 B1813A SBB1813A/B4 3KW 460 3.7653 385 0.04192 0.001783 0.00178 0.0018 0.0018 B1816 B1816A/B7 10 460 12.551 90 0.341 0.161153 0.1612 B1816B/B7 200 B1822 SBB1822A/B8 5 460 6.2755 125 0.2247 0.026548 0.02655 0.0265 0.0265 B1823 B1823A/B8 3 460 3.7653 541 0.973 0.041385 0.0414 C.0414 B1824 SBB1824A/B7 10 460 12.551 170 0.2 0.094518 0.09452 0.0945 0.0945 B1826 B1826A/B7 10 460 12.551 90 0.153 0.072306 0.0723 B1826B/B7 40 B1831 B1831 A/B7 10 460 12.551 90 0.258 0.121928 0.1219 B1831B/B7 130 B1832 B1832A/87 10 460 12.551 90 0.17 0.08034 0.0803 j B1832B/B7 55 l B1833 B1833A/B7 10 460 12.551 90 0.2824 0.133459 0.1335 B1833B/B7 150 81834 B1834A/B7 10 460 12.551 90 0.253 0.119565 0.1196 B1834B/B7 125 B1835 B1835A/B6 20 460 25.102 90 0.135 0.255198 0.2552 4 B1835B/B6 200 B1836 81836A/B6 20 460 25.102 90 0.1281 0.242155 0.2422 B1836B/B6 185 B1846 SBB1846A/B7 460 18.4 170 0.2 0.203136 0.20314 SHORTTIME B1863 SBB1863A/B8 460 6.1 180 0.323 0.036056 0.03606 SHORTTIME B1864 SBB1864A/B8A 4.5 460 5.648 10 0.287 0.027466 0.02747 SHORT TIME __ SBB1864BA/B8 115 4 KW,0.9pf Page 3 ~. _ _. _. _ _ _. _... _ _ _. _.. _ _ _ _ _. Ps 19 NED ChLC NO. P S ' V 1 R E V AT T ACHMEN T._ C, PAGE So OF 70 EDG "B" (WITHOUT B6) CABLE LOADING BKR# CABLE #/ CODE HP/KVA VOLT QJR NT CABLE CABLE IJOSSES LOCA LOCA LOOP (XJMENTS l (V) l-KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN City j (V x V3) (L) IN FEEi R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) [ xL /1000 i MCC B18 CONTINUED i SBB1864BB/B8 35 B1881 SBB1881 A/B1 B 460 18.199 380 0.0131 0.013016 0.01302 SBB1881C/B1B B1881 SBB1881 A/B1 B 460 21.33 380 0.0131 0.017881 0.0179 0.0179 SBB1881C/B10 B1885 SBB1885A/B7B 13.5 460 16.944 15 0.0169 0.014556 0.01456 0.0146 0.0146 B18103 B18103A/B5 30 460 37.653 155 0.044 0.187146 0.1871 B18114 SBB18114A/B8 3 460 3.7653 401 0.72 0.030624 0.03062 B18115 SBB18115A/86 12KW 460 16.9 310 0.14 0.119956 0.11996 0.12 0.12 I SBB18115D/B6 - LOSSES - Isq x R x 2/1000 l TOTAL 0-10 MIN 78.4003 AMPS 0.301 KW l TOTAL SHORT TIME LOAD 0-10 MIN 30.148 AMPS 0.267 KW l l l TOTAL >10 MIN 81.5317 AMPS 0.32 KW l TOTAL SHORT TIME LOAD >10 MIN 0 AMPS 0 KW LOOP ONLY 244.696 AMPS 1.69 KW LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW Page 4 i r PS ~ii NED C/itC NO. 93-79 REV.$ AT FACtIMENT _ C. PAGE-- El or yo EDG "B" (WITHOUT B6) CABLE LOADING l BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA LOOP COWENTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ON_Y (V x 43) (L) IN FEE 1 R=(0/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B18A B18A13A SBB18A13AA/312C 1 460 1.2551 265 0.476 0.00225 0.00225 0.0022 0.0022 B18A13B SBB18A13BA/B6A 10.5 460 13.179 35 ~0.0187 0.009743 0.00974 B18A13B SBB18A13BA/86A 13KW 460 16.31 35 0.01 P7 0.014924 0.0149 0.0149 B18A16 SBB18 A16D/312C 3 460 3.7653 35 0.0629 0.002675 0.00268 0.00271 0.0027 - LOSSES = lsq x R x 2/1000 TOTAL 0-10 MIN 18.1991 AMPS 0.015 KW l ~ l TOTAL SHORT TIME LOAD 0-10 MIN O AMPS 0 KW TOTAL >10 MIN 21.3304 AMPS 0.02 KW l TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l LOOP ONLY 21.3304 AMPS 0.02 KW l LOOP ONLY SHORTTIME LOAD 0 AMPS 0 KW l Page 5 95-79 NED CALC NO. PS f9 REV 'l C ATTACHMENT PAGE 52-OF EDG "B" (WITHOUT B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURRNT CABLE CABLE UDSSES l LOCA LOCA LOOP COMENTS (V) i=KVAI LENGTH RESIST INKW 0-10 MIN >10 MIN CN.Y (V x 43) (L) IN FEEL R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 MCC B28 B2813A B2813AA/B5 12KW 460 15.06 40 0.0113 0.007689 0.0077 0.0077 B2814A B2814AA/B4 50KW 460 62.75 45 0.00597 0.070522 0.0705 0.0705 B2814 AB/B4 8 0 B2814B B2814B A/B4 50KW 460 62.75 45 0.00597 0.070522 0.0705 0.0705 B2814BB/B4 8 B2815 B2815A/B7 15 460 18.827 35 0.0411 0.043703 0.0437 0.0437 L B2822A B2822AA/87 10KW 460 12.55 40 0.0471 0.022255 0.0223 0.0223 r B2822B B2822BA/B7 10KW 460 12.55 40 0.0471 0.022255 0.0223 0.0223 B2823A B2823AA/B7 10KW 460 12.55 23 0.027 0.012758 0.0128 0.0128 i i TOTAL 0-10 MIN 0 AMPS 0 KW I l TOTAL SHORT TIME LOAD 0-10 MIN O AMPS 0 KW i ~' l TOTAL >10 MIN 197.037 AMPS 0.25 KW l l TOTAL SHORT TIME LOAD >10 MIN O AMPS-0 KW LOOP ONLY 197.037 AMPS 0.25 KW i LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW l l Page 6 1 NEDGbLCHa_ PS -79 Rev. !l-AfiACriMEN T 'O PAGE 53 O F ___ 7 (o EDG "B" (WITHOUT B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP CDHENTS (V) !=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN CN.Y (V x 43) (L) IN FEEL R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) l xL /1000 LOAD CENTER B2 FEEDER CABLE LOSSES B203 B203 A/B1 460 197.04 1213 0.0491 5.718692 5.7187 5.7187 0 B204 SBB204A/B1 460 427.49 501 0.01014 5.559088 5.55909 SBB204C/B1 0 SBB204D/B1 0 SBB204F/B1 0 SBB204G/B1 0 SBB2041/B1 0 B204 SBB204A/B1 460 2.7612 501 0.01014 0.000232 0.00023 SHORTTIME SBB204C/B1 0 SBB204D/B1 0 SBB204F/B1 0 SBB204G/B1 0 SBB2041/B1 0 B204 SBB204A/B1 460 656.17 501 0.01014 13.09753 13.098 13.098 SBB204C/B1 0 SBB204D/B1 0 SBB204F/B1 0 SBB204G/B1 0 SBB2041/B1 0 B205 SBB205E/B1 A 460 78.4 350 0.00708 0.130554 0.13055 SBB205G/B1 A B205 SBB205E/B1 A 460 30.148 350 0.00708 0.019305 0.01931 SHORTTIME Page 7 _.___....m.__ i ps-79 P5 r9 REv.'/ NED CALC NO. ^ ATTACHMENT -- PAGE 54 of W j EDG "B" (WITHOUT B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURFENT CABLE CABLE LOSSES LOCA LOCA LOOP COM&NTS (V) !=KVAl LENGTH RESIST IN KW 0-10 MIN >10 MIN CN_Y (V x 43) (L) IN FEEL R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 l LOAD CENTER B2 FEEDER CABLES LOSSES CONTINUED SBB205G/B1 A B205 SBB205E/B1 A 460 81.532 350 0.00708 0.141191 0.1412 l SBB205G/B1 A B205 SBB205E/B1 A 460 244.7 350 0.00708 1.271768 1.2718 SBB205G/B1 A B206 SBB206A/B2 100 460 125.51 500 0.03205 1.51465 1.51465 1.5147 1.5147 O TOTAL 0-10 MIN 631.308 AMPS 7.204 KW l TOTAL SHORT TIME LOAD 0-10 MIN 32.9092 AMPS 0.02 KW TOTAL >10 MIN 1060.25 AMPS 20.5 KW ) TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l l LOOP ONLY 1223.41 AMPS 21.6 <w l l LOOP ONLY SHORT TIME LOAD 0 AMPS 0 LOM t t 9 E Ps-79 NED CALC NO. _ PS 49 REV-Y ATIACHMEN I _. C. PAGE-SS OF M EDG "B" (WITHOUT B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA LOOP COMENTS (V) i=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN CN.Y (V x 43) (L) IN FEEL R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 TOTAL LOAD AND LOSSES FOR LOAD CENTER B2 IS THE SUM OF THE INDIVIDUAL LOADS AND LOSSES PLUS FEEDER CABLE LOSSES. TOTAL 0-10 MIN 631.398 AMPS 13.27 KW l l TOTAL SHORT TIME LOAD 0-10 MIN 32.9092 AMPS 0.289 KW l TOTAL >10 MIN 1060.25 AMPS 27.4 KW TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l LOOP ONLY 1223.41 AMPS 29.94 KW LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW Page 9 PS 19 NED CALC NO. PS-r9 REV. p ATI ACHMEN T C-PAGE_ Sco or w EDG "B" (WITHOUT B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA LOOP COM&NTS (V) I=KVA/ LENGTH RESIST IN KW 010 MIN >10 MIN ON.Y l (V x V3) (L)IN FEE 1 R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 SWGR A6 FEEDER CABLE LOSSES A602 A602A/A1 250 4160 32 403 0.0289 0.088781 0.0888 A603 SBA603A/A1 800 4160 98.5 521 0.0422 1.228305 1.2283 1.2283 1.2283 i A606 SBA606A/A1 800 4160 98.5 512 0.0422 1.228305 1.2283 j SBA606F/A1 A607 SBA607A/A1 800 4160 101 518 0.04195 1.283796 1.2838 1.2838 SBA607E/A1 A608 SBA608A/A1 4160 72.8 43 0.003483 0.055378 0.05538 A608 SBA608A/A1 4160 3.7944 43 0.003483 0.00015 0.00015 SHORTTIME A608 SBA608A/A1 4160 122.25 43 0.003483 0.156152 0.1562 A608 SBA608A/A1 4160 141.06 43 0.003483 0.207911 0.2079 l TOTAL 0-10 MIN 370.8 AMPS 3.796 KW l l TOTAL SHORT TIME LOAD 0-10 MIN 3.79443 AMPS 2E-04lbM l TOTAL >10 MIN 321.747 AMPS 2.67 KW l TOTAL SHORT TIME LOAD >10 MIN D AMPS 0 KW l LOOP ONLY 271.559 AMPS 1.525 KW l LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW l Page 10 PS M NED CALC NO. PS -t9 REV. y C ATTACriMENT PAGE ST OF 76 EDG "B" (WITHOUT B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURNNT CABLE CABLE LOSSES LOCA LOCA LOOP OOWENTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN OPLY - (V x 43) (L)IN FEEL R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 TOTAL LOAD AND LOSSES FOR SWGR A6 IS THE SUM OF THE INDIVIDUAL LOADS AND LOSSES PLUS FEEDER CABLE LOSSES l TOTAL 0-10 MIN 370.8 AMPS 17.06 KW l l TOTAL SHORT TIME LOAD 0-10 MIN 3.79443 AMPS 0.29 KW l TOTAL >10 MIN 321.747 AMPS 30.1 KW l l TOTAL SHORT TIME LOAD >10 MIN 0 AMPS 0 KW l LOOP ONLY 271.559 AMPS 31.46 KW l LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW l Page 11 U 9s "11 PS r1 REV 4 NED CALC NO. C ATTACHMENT PAGE 58 OF 76 EDG "B" (WITHOUT B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP OOhh003 (V) l=KV A/ LENGTH RESIST IN KW 0-10 MIN >10 MIN CPLY (V x V3) (L) IN FEE 1 R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 EDG "B" FEEDER CABLE LOSSES A609 SBA609AA/A2 4160 370.8 446 0.00898 3.704054 3.70405 SBA609AB/A2 SBA609AC/A2 SBA609AD/A2 A609 SBA609AA/A2 4160 3.7944 446 0.00898 0.000388 0.00039 SHORTTIME SBA609AB/A2 SBA609AC/A2 SBA609AD/A2 A609 SBA609AA/A2 4160 321.75 446 0.00898 2.788851 2.7889 SBA609AB/A2 SBA609AC/A2 SBA609AD/A2 A609 SBA609AA/A2 4160 271.56 446 0.00898 1.986676 1.9867 SBA609AB/A2 SBA609AC/A2 SBA609AD/A2 Page 12 I PS 19 l' PS,4 REV 4 NED CALC NO. I C AT TACHMENI l PAGE 59 - OF 7G EDG "B" (WITHOUT B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMBITS l (V) !=KVAl LENGTH RESIST IN KW 0-10 MIN >10 MIN CN.Y I (V x V3) (L)IN FEEL R=(O/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 i EDG "B" FEEDER CABLE LOSSES CONTINUED TOTAL 0-10 MIN 370.8 AMPS 3.704 KW l l TOTAL SHORT TIME LOAD 0-10 MIN 3.79443 AMPS 4E-04 KW l l TOTAL >10 MIN 321.747 AMPS 2.79 KW l t l TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l f i LOOP ONLY 271.559 AMPS 1.987 KW l l LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW i l i Page 13 i Ps 19 NED CALC NO. PS-d REV f i C ~ ATTACHMEN T PAGE_ 6 OF EDG "B" (WITHOUT B6) CABLE LOADING BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA LOOP ooh 4E NTS I (V) i=KVA/ LENGTH RESIST INKW 0-10 MIN >10 MIN OPLY [ (V x 43) (L)IN FEE 1 R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) f xL 11000 [ l TOTAL LOAD AND LOSSES FOR EDG "B" IS THE SUM OF ITS INDIVIDUAL LOADS AND LOSSES PLUS ITS FEEDER CABLE LOSSES. t TOTAL 0-10 MIN 370.8 AMPS 20.77 KW TOTAL SHORT TIME LOAD 0-10 MIN 3.79443 AMPS 0.29 KW l l t i TOTAL >10 MIN 321.747 AMPS 32.9 KW l f i l TOTAL SHORT TIME LOAD >10 MIN O AMPS 0 KW l LOOP ONLY 271.559 AMPS 33.45 KW l f LOOP ONLY SHORT TIME LOAD 0 AMPS 0 KW i [. i n I i l I i f i Page 14 l NED CALC NO. __ PS 'f 9 REV. Lf ~ ATTACHMENT C- ~ ' r.:\\CE - Gl op w EDG "A" CASE A (LOAD SHED FAILURE) BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA-LOCA LOOP COMMENTS (V) l = KVA/ LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3") (L) IN FEET R = (0/1000*) (1sq x R x 3) (KW) (KW) (KW) xL /1000 ADDITIONAL LOAD ON MCC B15 DUE TO LOAD SHED FAILURE B1525 B1525A/85 40 460 50.204 435 0.123 0.930057 0.9301 B1544 SAB1544 A/B2 100 460 125.51 350 0.0224 1.058601 1.0586 5-- l TOTAL 0-10 MIN 175.715 AMPS 1.989 KW l Page 1 PS-M NED CALC NO. PS-h REV V ATIACHMEN T C-PAGE c 2-OF EDG "A" CASE A (LOAD SHED FAILURE) 1 BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA LOOP CONWENTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN City (V x V3) (L) IN FEEL R=(n/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 ADDITIONAL LOAD ON MCC B17 DUE TO LOAD SHED FAILURE B1713 SAB1713A/B4 20 460 25.102 230 0.0646 0.122117 0.12212 0.1221 B1716 B1716A/B7 10 460 12.551 124 0.299 0.141304 0.1413 B1716B/B7 130 B1723 B1723A/B8 3 460 3.7653 187 0.336 0.014291 0.01429 B1726 B1726A/B7 10 460 12.551 124 0.3695 0.174622 0.17462 B1726B/B7 190 B1731 B1731 A/B7 10 460 12.551 124 0.2518 0.118998 0.119 B17318/B7 90 B1732 B1732A/87 10 460 12.551 124 0.3636 0.171834 0.17183 B1732B/B7 185 3 B1733 B1733A/B7 10 460 12.551 124 0.2047 0.096739 0.09674 B1733B/B7 50 B1734 B1734A/B7 10 460 12.551 124 0.4013 0.18965 0.18965 B1734B/B7 217 B1735 B1735A/B6 20 460 25.102 124 0.104 0.196597 0.1966 B1735B/86 100 B1736 B1736A/B6 20 460 25.102 124 0.1277 0.241399 0.2414 B1736B/B6 150 B17101 B17101A/B5 30 460 37.653 300 0.0854 0.363233 0.36323 0.3632 B17103 B17103A/B5 30 460 37.653 330 0.094 0.399811 0.39981 0.3998 I l TOTAL 0-10 MIN 229.685 AMPS 2.231 KW TOTAL >10 MIN 100.409 AMPS 0.89 KW t Page 2 l l [ Ps-% NED CALC NO. PS ri REV. ([ ATIACHMEN T C PAGE_ 63 OF EDG "A" CASE A (LOAD SHED FAILURE) BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA LOOP COMENTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN CPLY (V x 43) [L)IN FEEL R=(n/1000*) (Isq x R x 3) (KW) (KW) (KW) xL /1000 l ADDITIONAL LOAD ON LOAD CENTER B1 FEEDER CABLES DUE TO LOAD SHED FAILURE t B103 SAB103AA/81 460 175.72 120 0.01209 1.119868 1.11987 SAB103AB/B1 120 SAB103AC/81C 220 l SAB103AD/B1C 220 SAB103AE/B1C 385 SAB103 AF/B1C 385 SAB103AG/B1C 220 SAB103AH/B1C 220 B104 SAB104C/B1 A 460 229.68 300 0.005385 0.85226 0.85226 SAB104E/B1 A 460 300 0.005385 B104 SAB104C/B1 A 460 100.41 300 0.005385 0.162873 0.1629 SAB104E/B1 A 480 300 0.005385 B105 B105AA/B1 460 145.26 1272 0.0457 2.892874 2.89287 TOTAL 0-10 MIN 550.66 AMPS 4.865 KW l l TOTAL >10 MIN 100.409 AMPS 0.16 KW Page 3 t NED CALC NO. -- PS '+ 'I Res (4 ATTACHMENT c. - ~ ~ ' PAGE_ (* '+ op w', EDG "A" CASE A (LOAD SHED FAILURE) f BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS i (V) i=KVA/ LENGTH RESIST IN KW 0-10M!N > 10 MIN ONLY p (V x 31/2) (L) IN FEET R = (Q/1000') (Isq x R x 3) (KW) (KW) (KW) l xL /1000 [ L TOTAL ADDITIONAL LOAD AND LOSSES DUE TO LOAD SHED FAILURE FOR LOAD CENTER B1 IS THE SUM OF THE INDIVIDUAL LOADS AND LOSSES PLUS FEEDER CABLE LOSSES. l TOTAL O-10 MIN 550.66 AMPS 9.084 KW l h i TOTAL > 10 MIN 100.409 AMPS 1.05 KW l h t I k t ? I i h l t Page 4 l PS-19 NED CALC NO. PS r9 REY. 4 AT IACHMEN f ___ C, -PAGE fo5 OF -D EDG "A" CASE A (LOAD SHED FAILURE) BKR # CABLE #/ CODE HP/KVA VOLT CURNNT CABLE CABLE LOSSES LOCA LOCA LOOP COMENTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ONLY (V x V3) (L) IN FEEL R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) ' xL /1000 ADDITIONAL LOAD ON SWGR A5 FEEDER CABLES DUE TO LOAD SHED FAILURE l A502 A502A/A1 250 4160 32 400 0.0287 0.088166 0.08817 0.0882 l A508 SAA508A/A1 4160 63.491 60 0.0043 0.052001 0.052 SAA508A/A1 4160 11.577 60 0.0043 0.001729 0.0017 l TOTAL 0-10 MIN 95.4911 AMPS 0.14 KW l l TOTAL >10 MIN 43.5771 AMPS 0.09 KW l Page 5 NED CALC NO. __ PS -79 gev. 4 ATTACHMEN f C PAGE_ G* OF M [ EDG "A" CASE A (LOAD SHED FAILURE) BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) i=KVA/ LENGTH RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3"*) (L) IN FEET R = (O/1000') (tsq x R x 3) (KW) (KW) (KW) xL /1000 TOTAL ADDITIONAL LOAD AND LOSSES DUE TO LOAD SHED FAILURE FOR SWGR A5 IS THE SUM OF THE INDIVIDUAL LOADS AND LOSSES PLUS FEEDER CABLE LOSSES l TOTAL O-10 MIN 95.4911 AMPS 9.224 KW l b l TOTAL >10 MIN 43.5771 AMPS 1.14 KW l l Page 6 PS M NED CALC NO. PS vi NEV. 4 AT FACHMENT C PAGE' G7 OF ?G i EDG "A" CASE A (LOAD SHED FAILURE) BKR # CABLE #/ CODE HP/KVA VOLT CURNNT CABLE CABLE LOSSES LOCA LOCA LOOP ooh 4&NTS (V) l=KVA/ LENGTH RESIST IN KW 0-10 MIN >10 MIN ON.Y (V x V3) [L) IN FEEL R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 ADDITIONAL LOAD ON EDG "A" FEEDER CABLE DUE TO LOAD SHED FAILURE A509 SAA509AA/A2 4160 95.491 275 0.0097 0.26535 0.26535 SAA509AB/A2 275 SAA509AC/A2 7 SAA509AD/A2 7 SAA509AE/A2 260 SAA509AF/A2 260 A509 SAA509AA/A2 4160 43.577 275 0.0097 0.05526 0.0553 SAA509AB/A2 275 SAA509AC/A2 7 SAA509AD/A2 7 SAA509AE/A2 260 k SAA509AF/A2 260 TOTAL 0-10 MIN 95.4911 AMPS 0.265 KW l 1 TOTAL SHORT TIME LOAD 0-10 MIN 43.5771 AMPS 0.06 KW l I Page 7 . _ -. -...-.. -.... ~. - -. -. .. ~. NED CALC NO. Ps-79 ge.v. 4 ATTACHMENT C-PAGE (>8 0F EDG "A" CASE A (LOAD SHED FAILURE) 1 BKR # CABLE #/ CODE HP/KVA VOLT CURRENT CABLE CABLE LOSSES LOCA LOCA LOOP COMMENTS (V) l=KVA/ LENG' H RESIST IN KW 0-10 MIN > 10 MIN ONLY (V x 3") (L) IN FEET R = (Q/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 l TOTAL LOAD AND LOSSES DUE TO LOAD SHED FAILURE FOR EDG "A" IS THE SUM OF ITS INDIVIDUAL LOADS AND LOSSES PLUS ITS FEEDER CABLE LOSSES l TOTAL O-10 MIN 95.4911 AMPS 9.41) KW l d l TOTAL >10 MIN 43.5771 AMPS 1.19 KW l i f ? i I r b Page 8 i NED CALC NO. PS-39 REV. Il ATTACliMENT _ C-PAGE 6'l OF M EDG "B" CASE D (LOAD SHED FAILURE) BKR # CABLE #/ CODE HP/KVA VOLT CURNNT CABLE CABLE LOSSES LOCA LOCA LCX)P ODMENTS (V) !=KVA/ LENGTH RESIST IN KW 0-10M!N >10 MIN CN_Y (V x 43) (L) IN FEEL R=(Q/1000') (L=q x R x 3) (KW) (KW) (KW) xL 11000 ADDITIONAL LOAD ON MCC B14 DUE TO LOAD SHED FAILURE B1425 B1425A/B5 40 460 50.204 455 0.1296 0.979962 0.97996 81444 SBB1444A/B2 100 460 125.51 250 0.0142 0.671078 0.67108 TOTAL 0-10 MIN 175.715 AMPS 1.651 KW -l Page 1 -____________-_________________j ps 99 NED CALC NO_ PS, t REV.If ATIACt1 MEN T _ C PAGE 70 OF EDG "B" CASE D (LOAD SHED FAILURE) BKR # CABLE #/ CODE HP/KVA VOLT CURENT CABLE CAELE LOSES LOCA LOCA LOOP OOMENTS (V) l=KVA/ LENGTH RESIST INKW 0-10 MIN >10 MIN ON_Y (V x V3) (L) IN FEEL R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 ADDITIONAL LOAD ON MCC B18 DUE TO LOAD SHED FAILURE B1813A SBB1813A/B4 20 460 25.102 385 0.04192 0.079244 0.07924 0.0792 B1816 B1816A/B7 10 460 12.551 90 0.341 0.161153 0.16115 I B18168/B7 200 B1823 B1823A/B8 3 460 3.7653 541 0.973 0.041385 0.04138 B1826 B1826A/B7 10 460 12.551 90 0.153 0.072306 0.07231 j B1826B/B7 40 B1831 B1831A/B7 10 460 12.551 90 0.258 0.121928 0.12193 B1831B/B7 130 B1832 B1832A/87 10 460 12.551 90 0.17 0.08034 0.08034 B1832B/B7 55 B1833 B1833A/B7 10 460 12.551 90 0.2824 0.133459 0.13346 B1833B/B7 150 B1834 B1834A/B7 10 460 12.551 90 0.253 0.119565 0.11957 B1834B/B7 125 B1835 B1835A/B6 20 460 25.102 90 0.135 0.255198 0.2552 B1835B/B6 200 0 B1836 B1836A/B6 20 460 25.102 90 0.1281 0.242155 0.24216 B1836B/B6 185 L B18101 B18101 A/B5 30 460 37.653 115 0.0327 0.139083 0.13908 0.1391 B18103 B18103A/85 30 460 37.653 155 0.044 0.187146 0.18715 0.1871 TOTAL 0-10 MIN 229.685 AMPS 1.'6 3 3 K W TOTAL >10 MIN 100.409 AMPS 0.41 KW i Page 2 (>s-M NED CALC NO. PS ri REV. l[ C-AT f ACt lMEN T _ - PAGE 71 Of _ % EDG "B" CASE D (LOAD SHED FAILURE) l BKR # CABLE #/ CODE HP/KVA VOLT CURFENT CABLE CABLE LOSSES LOCA LOCA LOOP COhMNTS (V) l-KVA/ ENGTH RESIST IN KW 0-10 MIN >10 MIN CN.Y (V x 43) (L)IN FEEL R=(O/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 ADDITIONAL LOAD ON LOAD CENTER B2 FEEDER CABLES DUE TO LOAD SHED FAILURE B203 B203A/B1 460 197.04 1213 0.0491 5.718713 5.71871 B204 SBB204A/B1 460 175.72 501 0.01014 0.939244 0.93924 l SBB204C/B1 SBB204D/B1 SBB204F/B1 SBB204G/B1 SBB2041/B1 B205 SBB205E/B1 A 460 229.68 350 0.00708 1.12052 1.12052 SBB205G/81 A B205 SBB205E/B1 A 460 100.41 350 0.00708 0.21414 0.2141' SBB205G/B1 A l TOTAL 0-10 MIN 602.437 AMPS 7.778 KW l l TOTAL >10 MIN 100.409 AMPS 0.21 KW l Page 3 ps 19 f NED CALC NO. PS'19 REV 'I i C A l f AD IMFM T P/ j 72. Or i l EDG "B" CASE D (LOAD SHED FAILURE) t BKR # CABLE #/ CODE HP/KVA VOLT CURRENT LOSSES LOCA L COMENTS (V x V3) (L)IN FEEL R=(Q/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 TOTAL ADDITIONAL LOAD AND LOSSES DUE TO LOAD SHED FAILURE FOR LOAD CENTER i B2 IS THE SUM OF THE INDIVIDUAL LOADS AND LOSSES PLUS FEEDER CABLE LOSSES. TOTAL 0-10 MIN 602.437 AMPS 11.06 KW l l TOTAL >10 MIN 100.409 AMPS 0.62 KW l i l L i I l 9 f Page 4 ps-79 NED CALC NO. PS 1f Rev. 4 ATTACHMEN T --_ C PAGE D OF W l EDG "B" CASE D (LOAD SHED FAILURE) BKR # CABLE #/ CODE HP/KVA VOLT CURNNT CABLE CABLE LOSSES l LOCA LOCA LOOP COPMNTS (V) l=KVA/ LBKITH RESIST IN KW 0-10 MIN >10 MIN CN.Y (V x V3) (L)IN FEEL R=(D/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 ADDITIONAL LOAD ON SWGR A6 FEEDER CABLES DUE TO LOAD SHED FAILURE A602 A602A/A1 250 4160 32 403 0.0289 0.088781 0.08878 0.0888 A608 SBA608A/A1 4160 69.461 43 0.003483 0.050415 0.05041 A608 SBA608A/A1 4160 11.577 43 0.003483 i 0.0014 0.0014 TOTAL 0-10 MIN 101.461 AMPS 0.139 KW l TOTAL >10 MIN 43.5771 AMPS 0.09 KW Page 5 J ps.t9 NED CALC NO. PS-f9 Rev. If ATTACHMr.NT - C PAGE 74 OF M EDG "B" CASE D (LOAD SHED FAILURE) BKR # CABLE #/ CODE HP/KVA VOLT CUR NT CABLE CABLE LOSSES LOCA LOCA ODOP OOhMNTS (V) I-KVA/ ENGTH RESIST IN KW 0-10 MIN >10 MIN ON_Y (V x V3) (L) IN FEE 1 R=(n/1000') fisq x R x 3) (KW) (KW) (KW) xL /1000 TOTAL ADDITIONAL LOAD AND LOSSES FOR SWGR A6 DUE TO LOAD SHED FAILURE IS THE SUM OF THE INDIVIDUAL LOADS AND LOSSES i3LUS FEEDER CABLE LOSSES l TOTAL 0-10 MIN 101.461 AMPS 11.2 KW TOTAL >10 MIN 43.5771 AMPS 0.71 KW l Page 6 es-M NED CALC NO. PS-r1 Rev. 4 ATTACHMENT _ C PAGE 75 OF EDG "B" CASE D (LOAD SHED FAILURE) BKR # CABLE #/ CODE HP/KVA VOLT CURFENT CABLE CABLE LOSSES LOCA LOCA LOOP CCMENTS (V) !=KVA/ LENGlF RE.C'CT IN KW 0-10 MIN >10 MIN ON.Y (V x 43) (L)IN FEE 1 R=(0: i 000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 ADDITIONAL EDG "B" FEEDER CABLE LOSSES DUE TO LOAD SHED FAILURE A609 SBA609AA/A2 4160 101.46 446 0.00898 0.277329 0.27733 SBA609AB/A2 SBA609AC/A2 SBA609AD/A2 A609 SBA609AA/A2 4160 43.577 446 0.00898 0.051158 0.0512 l SBA609AB/A2 SBA609AC/A2 SBA609AD/A2 4 TOTAL 0-10 MIN 101.461 AMPS 0.277 KW l l TOTAL >10 MIN 43.5771 AMPS 0.05 KW Page 7 fS-73 NED CALC NO. PS-t1 REV.([ ATTACllMENT C PAGE D OF W EDG "B" CASE D (LOAD SHED FAILURE) BKR # CABLE #/ CODE HP/KVA VOLT lCURFENT CABLE CABLE LOSSES LOCA LOCA LOOP OOhtENTS (V) !=KVN LENGTH RESIST IN KW 0-10 MIN >10 MIN ON.Y (V x V3) (L)IN FEEL R=(O/1000') (Isq x R x 3) (KW) (KW) (KW) xL /1000 TOTAL ADDITIONAL LOAD AND LOSSES FOR EDG "B" DUE TO LOAD SHED FAILURE IS THE SUM OF THE INDIVIDUAL LOADS AND LOSSES PLUS ITS FEEDER CABLE LOSSES. l TOTAL 0-10 MIN 101.461 AMPS 11.48 KW TOTAL >10 MIN 43.5771 AMPS 0.76 KW l Page 8 NED CALC NO. M# d ATTACHMENT - PAGE__ / 0F _i Application Guide for Motor-Operated Valves in Nuclear Power Plants 1NP-6660-D i Research Project 2814-6 i Final Report, March 1990 1 i Prepared by l MPR ASSOCIATES, INC. 1050 Connecticut Avenue, NW Washington, D.C. 20036 Principal investigators W. Grant - R. Keating l i i i ? I Prepared for Nuclear Maintenance Application Cerder Operated by l. Electric Power Research Institute 3412 Hillview Avenue l Palo Alto, California 94304 i EPRI Project Manager A. P. Wise Nuclear Power Division l l L NED CALC NO. .PI-79 REV. Y ATTACHMENT _ # TABLE 5-1 PAGE 8 OF L PACKING FRICTION LOAD ESTIMATES BASED ON VALVE STEM DIAMETER l Asbestos Flexible Graphite Packing Packing Stem Diameter (lbs) (lbs) up to 1 inch inclusive 1,000 700 - 1,200 1 to 1-1/2 inch inclusive 1,500 1,000 - 1,800 1-1/2 to 2-1/2 inches inclusive 2,500 1,600 - 3,000 2-1/2 to 4 inches inclusive 4,000 3,500 - 6,000 above 4 inches 5,000 4,000 - 7,000 Notes: d 1. These packing friction load estimates are intended to show the range of packing friction loads that may be encountered. In the absence of more specific data, these estimates can be used in the calculation of the required stem thrust. Wherever practical, better estimates should } be used to account for variations in the specific application. J Possible sources for improved estimates are the valve vendor, the packing vendor, in-situ diagnostic testing, and analytical estimates such as presented in Appendix D.4. 2. The packing friction load estimates for asbestos packing are based on the Limitorque Selection Index (Reference 18). 3. The packing friction load estimates for flexible graphite are based on a review of test results given in EPRI studies, valve vendor reports, an analytical approach (Appendix D.4) and data provided by utilities (References 18, 19, and 20). 5-9 _-__-_ _}}

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