Text

Wolf Creek Generating Station Revision 31 to Updated Safety Analysis Report, Chapter 8, Drawings
	ML18093A956
Person / Time
Site:	Wolf Creek
Issue date:	03/08/2018
From:	; Wolf Creek
To:	; Office of Nuclear Reactor Regulation
Shared Package
ML18093A810	List: ML18093A820; ML18093A876; ML18093A878; ML18093A883; ML18093A890; ML18093A891; ML18093A893; ML18093A895; ML18093A897; ML18093A899; ML18093A901; ML18093A903; ML18093A905; ML18093A907; ML18093A909; ML18093A911; ML18093A914; ML18093A917; ML18093A919; ML18093A920; ML18093A922; ML18093A945; ML18093A947; ML18093A949; ML18093A951; ML18093A953; ML18093A956; ML18093A958; ML18093A959; ML18093A961; ML18093A963; ML18093A965; ML18093A988; ML18093A990; ML18093A993; ML18093A999; ML18093B002; ML18093B004; ML18093B006; ML18093B008; ML18093B010; ML18093B011; ML18093B013; ML18093B015; ML18093B017; ML18093B020; ML18093B021; ML18093B023; ML18093B025; ML18093B027; ... further results
References
	WO 18-0011
	Download: ML18093A956 (11)
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{{#Wiki_filter:8 LEGEND CONTAINMENT SPRAY PUMP REACTOR COOLANT PUMP 7 6 5 4 3 2 1 NOTES: 1. THIS DRAWING IS FOR PLANNING PURPOSES ONLY. SEE SYSTEM OPERATION ONE -LINE DIAGRAM AND ELECTRICAL DRAWINGS FOR SWITCHING INFORMATION AND DETAILS.

2. DELETE 3. BUSES, TRANSFORMERS AND GENERATORS HAVE NO PREFIX. CSP RCP RHRP SIP CCP CCWP 1'FWP ESWP HTDP CDP CCHC MUP SWP FP CWP ESF DG RESIDUAL HEAT REMOVAL PUMP SAFETY INJECTION PUMP CENTRIFUGAL CHARGING PUMP COMPONENT COOLING WATER PUMP AUXILIARY FEEDWATER PUMP ESSENTIAL SERVICE WATER PUMP HEATER DRAIN PUMP BENTON 345KV 4, THIS OWG. IS NOT PHYSICAL..LY ORIENTED H CONDENSATE PUMP CENTRAL CHILLER COMPRESSOR MAKEUP WATER PUMP SERVICE WATER PUMP FIRE PUMP CIRCULATING WATER PUMP ENGINEERED S1'FETY FEATURES DIESEL GENERATOR

,----------------------------------------------------------------------------------------------------------------------------------------, 345-386 345-111 345-113 345-121 345-123 345-167 ~~---------~ -~-3-45_-1_20 __ ,J~ ! .. .., 345-71 345-73 34~5-81 345-83134~5-91 345-93 > :lv"'lx ,I, *~o _ LJ __ o-----<a----- -~*l{) 60/B0/100 MVA -=->--------,]____ _ "' NO. 7 X F MR~ I " _L!_ 345-70 345-80 345-45 345-90 ;\ 345-13.8-13.8 13-48 ROSE HILL --,---* 345KV 345-163 , ,-----t--~u---. 345-41 345-43 5. EQUIPMENT NO. IN PARENTHESES IS THE SARGENT LUNDY I.D. NUMBER AND ALSO THE EQUIPMENT DAT ABASE I.D. NO. (EG. EIS, EMPAC CURATOR).

6. REFER TO DWG. 8025-E-1021 FOR CONTINUATION.

7. FOR DISTRIBUTION SYSTEM CONFIGURATION ASSUMPTIONS AND REQUISITES SEE DWG. KD-7496A. 8. ALTERNATE POWER SUPPLY FROM THE CONSTRUCTION POWER LOOP IS PROVIDED IN THE WAREHOUSE VIA A TRANSFER SWITCH AT LC SL2E. 9. EACH KU01 DG IS PERMANENTLY CONNECTED TO A HIGH RESISTANCE GROUND. WHEN IN NORMAL..

OPERATION, THE FIRST DG CONNECTED TO THE BUS WILL BE SWITCHED TO A LOW RESIST ANGE GROUND. 10. DELETE CLASS IE SYSTEM NUCLEAR SAFETY RELATED ELECTRICAL SYSTEMS -~ l + ~4~53 345-61 345-63 345:165 345-50 rt,--~------<t--,ot-----, L ----':, -----------r--------------------------------------------------------------------------------------------------------------------- __ &_ __ _ FWP QUALITY ASSURANCE EQUIPMENT BLDG. EXTERIOR WALL POWER BLOCK COMPLEX INTERIOR WALL FEED WATER PUMP NO. 1 ST ART -UP XF MR. XMR01 345-13.BKV 60/ 80/1001.tVA ---l X ATS14 345-40 345-55 STA. PWR. 208/120V ATS13 NORMAL STDBY NO. 6 XFMR. 60/80/100MVA Il 345*69KV t L\. NO_ 5 XFMR. ,li 69-16 67-13.8KV 'I :__...-SUBSTATION >-FENCE ----------------------------------------------------------------------------------------------------------------------------, I --------------------------------------------------------------------*--------------------------------------------------, I I I ' I SL-3 (1SL003El 13.8KV SL-4 C1SL004El 13.BKV ' I STANDBY D.G. 150KW ~,h PREFERRED TE. STA.PWR. XFMR.XSL ?A 13800-208/120V _______ -~l~-3 1il69-6 I L ----------

-----------+--+-~

I I a+/-aL\.J.. I -=-O> PHILLIPS 69KV '------------- ~------------t---t------------------=t--r-~ I -::, I 1 300KVA STANDBY STA PWR Tl':,. XFMR. XSL2F 13800-208/120V r -------J ----------------- I 300KVA ------NO. 4 XFMR. 67-13.BKV J,. L,. J.. 10/141\AV~ lL___J;: 69-4 t--* NO. 1 SWITCHGEAR Cs9-1 1'-il--1 SL-7 13.BKV SL-8 13.8KV --------------------------------------, h DG. UPS i i L\.L XSL2H 175KW (blOA : :_+/-_ 1500KVA 'I f0--i I l !f: 7---<1113,_B_o_o_-4 BO NoE-tNC ' r---------------- , I I ' ' -------------------, AUX. XF~. ,+ XSL31 v..lv L,. < 1 SL006E> ;!; 13. B-4. 16KV T .!,! 5MVA _ "T" AUX. XFt-fl, L,. XSL41 .t; ( 1 SL007E) .!,! Tl 3. B-4. l 6KV 7 5MVA r------------------------------~ ,----------- "'i l l ..,j -i l l i 9 69-14 .J MB1 "L *T XSL2G <1SL048E I 13800-480 500KVA r---------------,

SL2HA ' : TECHNICAL

!SUPPORT CENTER, __ 0r __ 0_£ __ ~?--6-~------~~--;_i __ ~r-~r __ ' ----'-------------------------------------* L--~----_____ I_L-L----------------

~----------

"----------" 13-21713-23':

WOLF CREEK i : : , SUBSTATION

! r-----------------------------------------------------~------------- 1 I ,--------- 480V SL2HB (MDPl l&C AND ELECTRICAL SHOPS )

BODA MAIN BRKR GUARDHOUSE

-* ------------------------------------------------------------------------------i------1 -------------------------------------------------SL-2 (1SL002El 13.BKV L --+ EAST CONST. CKT. F69-137 ili69-133 ~~,:;;;'~:::~~~ " " , ~*,;~o/"'" a, ":;~s r ,.,_ __ .,_ __ ~_* ~w *Ow ; w ;!*-------------~ --------~-~-::::_, _____________________ _ : ~-------------------------------------------~--- ---~------------------------------------------------

t NO. 1 MAIN XFMR_ XMA01A, XMA01B, XMA01C .j_ (3-1nl -345-23.75KV 3*483MVA FOA 65" C GRD XFMR MA003 MAIN GEN. NO. 1 MA001 0.92 PF 1,409,000 KVA L\. 25KV ti [] --) X t DISCONNECT LINK NO. 1 UNIT AUX. XFMR_ y XMA02 25-13.BKV 75/100MVA

(--TO+ PS r-----------, r ----------- r---------------t--------------------, .6.L XSL2E SYSTEM 7' +/- (1SL050EI WEST CONST. L,.~ XSL2D 7","' 13800-480V CKT./WWT. L\. XSL2B L\. XSL2C +/- (1SL032El -A 1000KVA NOTE 6 r --v------w------w--* ----i ,+/-,r:J!!i, 0~/a, +/-I U::!h"ffJ, 0 I "Iii!'~\~' WJ -=-/1333KVA -=-1000/1333KVA -.J? 480V

480V I C, XNG05 C, XNG06 <*1 480V LC*SL2D LC-SL2E 1 4000-480V 1 4000-480V (1SL028El (1SL049El

' ""T +/-"T' LC-SL2B LC-SL2C O 7 w225KVA 7wA 225KVA (1SL026EI (1SL027EJ OLIVE ANN NOTE 8 ,r,, :30 ~0,r,, WALTER P. CHRYSLER BEECH AMELIA EARHART 7 7 --ABANDON SUPPORT COMPLEX OPERATIONS MATERIALS '-I'~ '-'--v IN PLACE <SHOP BUILDING> ADMINISTRATION CENTER

480V 2
480V ----------------------------------------------------------------------------------------BUILDING

( WAREHOUSE) NG005E NG006E ' I ------------------------------------ -~ ---------------------------------4. 1 6KV C 1 SL01 0E) SL-41 CIRCULATING WATER SCREENHOUSE ,-----------------------, ' ' ' ' r------------' ~* 4. 16KV { 1 SL009El SL-31 XSL3A (1SL014El 13800-480V 500KVA L\. XSL4A 480V LC-SL3A (1SL035E> +/- (1SL015El 7 T 13800-480V 500KVA ~g . ~-1"';~ *,~a:ie'.! (D .;J*::::,Z \Ii::, y u _________ ':l "

480V LC-SL4A (1SL036E)

FROM 13.BKV CONSTRUCTION _-<' POWER LOOP SWITCH PS05 , DISTRIBUTION ONE LINE REF. DWG. 8025-E-1021 ESSENTIAL SERVICE PUMPHOUSE I 1----------------------------------------------------------------- I WATER TREATMENT BUILDING NORTH TRANSFER SWITCH (1SL052El 130A FUSE I ' _ ,&_ -------.& ------_&,,_ ------_ j ----------------------------------------------------------,

L------,-----------l----------------------------------------------------------------------

1 ' I ' I I I I ' I ~---~------------,---+---l ~-~" ____________ _! ___ I -------~~!-~~--~~:~~~------------------------------------------------ 13.BKV PA001 13.8KV PA002 *

I A r XSL2J (1SL053El

~v.L 13800-4BOV I f------: L -t~; __ i ~--------------------------1 TERMINAL CABINET r-------' I 13.8KV SL -1 <OSL001El ~,., l AUX.XFMR. L\. XSL 11 _Q 'T'd.i~~~1ii~ -5MVA 4.16KV COSLOOBEl SL-11 <OSL011EI L\. XSL 1A 4160-48DV 500KVA V LC-SL 1A <OSL024EI MAKEUP WATER SCREENHOUSE

p------------! " y <OSL016E) __,'.t_,

XS L 5 A ,+/-,7 I 13800-480 150KVA "' -,t,. a:i _) (/J ::::, -.? "y ....... ._480V SL5A MAKEUP WATER DISCHARGE STRUCTURE !T 1500/2000KVA ~SWGR WATER TREATMENT LC-SL2J BLDG NORTH Z110 ____________________ 1 ______________________________________________________________________ 1 ----------- ' I I I I I , ESF NO. 1 L\. _+/-, ESF NO. 2 ' XFMR. XNB01 J, J, XFMR. XNB02 1 13.B-4.16KV ,,..., I""'.!,!_ .!,!_,...,. v-.. 13.8-4.16KV

12/16MVA F -=--=-12/16MVA L-------------------------------------------------------------------1 (1SL055EI I ----------------------------------

-=-..;;.-..;;.-=--=--=--=-- ........ -... --=-..:.-.:.-=--=--=---:.:--=--=-..:-..:.-.:.-.:.-=--=--:.::.:-..:-..:-..:-.:.-.:.-=--=------------, ' I ,w--------w--------w------'o/-------w-------w-------v -------w--------w-*~ *-w------ w--------w-------v-------w-------v-------w-------w-------v-------w-----, ~--------------------+------------+-+-+-+<>+'-----------~

STATION SERVICE XFMR_ XPB03 13.8-4.16KV 12/16MVA STATION SERVICE XFMR. XPB04 13.8-4.16KV 12/16MVA r--------------------------------------------------------------------------------------------------

4.16KV PB003 4-16KV PB004 5~ ~i ~i ;{ ~i ~i "' -" "' -" "' -" 8 -" 8 -" "' -" ~.J g,;; ~.J o,;J o,;J 8.J I ' 4.16KV NB001 CLASS IE CLASS IE SYSTEM 4.16KV NB002 CLASS IE I "-Y "-Y "-Y :l:y il:y g,,, 0600 0 927 0 1500 0 3500 0 3500 9_ HP -:: HP "'f, HP <C HP y HP l_ ____ --__ &_ __ ----_&,,__ ----__ &__ -----_ _& _ ---___ &,,_ _______ Al._ _______ _& __ ----_&__-----_ _& ___ --__ _&_ -----_&_ __ ----_&_ ------_&_l XNG04 4000-480V L,. 1000KVA +/- :r-L\. XNG02 +/- I4000-480V Z I a. a_ CL U O O Cl u I-u u I §I ( XPG12 ( L\. l XPG11 13200-480V l C, +/- T 13200-480V 1000KVA +/- 7 1000KV,'-A~-~ I 7 -"' ,l ~tj~ g~ Cl "" Cl z "" c., "" "-t 480V "-t 480V "-Y PG011 PG012 r---------------------------------------------------------------T----------------------------------------------------------------

T-------------------------------------------------------------,

I ' ' I ' ' ~T o o o o o XPG15 ( i ( XPG16 ; ( !Lii § XPG20 § ( 8 L\. XPG13 13200-480V l L\. C, l XPG14 13200-480V l L\. 6: a_ L\. XPG19 13200-480V

L C, C, XPG21 C, XPG22 L\. XPG24 a_ 1000KVA +/- +/- 13200-480V 1000KVA +/- L\. XPG17 L\. XPG18 1000KVA +/- L\. T4000-4BOV L\. I4000-480V L\. XPG25 7 1000KVA I 7 7 T 1000KVA T 7 +/-T 13200-480V 7 1000KVA I 7 750KVA 750KVA 750KVA 7 1000KVA 7 1000KVA 7 750KVA .... w.-l .... co.-l a <O,,l .... O O ~c(~ g~ g~ i~ ~o,r,, c., '¥ c., 2 '¥ c., 'V c., 'V ci 2 '¥ c., 'V 7 7 c., '¥ c., 2 '¥ <..:> '¥ c.., '¥ <..:> '¥ <..:> '¥ 7 "-t "-t "-v "-t "-t "-v '-' --v '-' --v "-t "-t "-v "-t "-t "-t '-' --v 480V 480V l 480V 480V l a. t "-t 480V 480V l 480V 480V 480V a. t --480V 480V -----480V 0 "' " 0 '-' (l_ L\. XPG26 7 750KVA -'-' 'V a. r 480V PG013 PG015 PG014 PG016 PG019 PG020 PG021 PG022 PG024 PG025 PG017 PG018 PG026 TURBINE BUILDING RADWASTE BUILDING AUXILIARY BUILDING FUEL HANDLING BUILDING

________________________________________________________________ l _______________________________________________________________________________________________________________________________________________ l ____________________________________________________________ _ al 2; "' 'V L\. "-l XKU01 +/- T 4160-480V 7 225KVA SBD DG ENCLOSURE AUXILIARY LOAOS ~l 83 DG KU01A (~ 3250KW 83 DG KU01B (~ 3250KW It--4.16KV PB005 "'l Si ,1' g .J DG a. <,, KU01C (~ 3250KW w NOTE 9 '~ I NOTE 9 '~ NOTE 9 a. 1/1 NOTE 9 SBO DG MISSILE BARRIER w "-1/1 -1000KVA ~--, -"' ,l ,r,-1 " -,r,-1 o oO 0 0 ' c., \Ii' c., z '¥ 2~ 480V 2 NG002 CONTROL BUILDING 0 8~ '-' 'V 480v2l NG004 I ' be,,.,&_ ------_ _& _ -----_&,,_ _ -----_ &_ _ -----_ _& _ -----_&_ _ -----_i , ? Todd L Wallace u~ ~~byDocmnentS..-vlcts. Relea,e 2017,0l'i,0'.' Uia49a4l 95'00' USAR FIG_ 8_2-4-00 ESSENTIAL DRAWING REV[SEO INCORPORATED CHG, OOC. Q ISSUEO THIS OWG. Sl.l'ERSEDED BY REY, THIS ave;, Sl.l'ERSEDES CHAt£E PKG. ND, REY, REVISION t<<JTESi REVISED PER /J,P 05-010 TO CORRECT THE LINETYPES w* rLlF NUCLEAR OPERATING CORPORATION SCALE NONE ONE LINE DIAGRAM DRAWING NUl.18ER KD-7496 ELECTRONIC APPROVAL Sf-CET ecv 63 34X44 E SIZE G F E D C B A r .. -.. -.. -.. -.. -.. -.. -s * --------. ----. --. - -T--. --. -. ---------. --7 ------. ------------- 1 * . -. --------------. . E>--. -----. ---------- -T-----------------. --5 . --. ------------. -

i * -----------. --. -. .

4------. ----. ------- -T--------. ----. ------ 3 -. --. --. -. --. ------

1 * . -.. -. --. ---------.

2. --. --------------.

-r--.. -. ---------. ----. 1-----------------. ---. 1 ) C TYPICAL MOTOR FEEDER SEE BUS PA001 TABULATION BELOW 252PA0104 1200 A. N.C. 1' ) 1200 A. J, y I 13.:2KV / 480V A B T 13.2 KV/4BO V. <J 750 KVA Z-5.75% <J 1000 KVA Z*5.7::i% XPG25 XPG11 Fr -:-1' 52PG2501

T 7 1' 52PG1101

) N.C. 1600 A. ) N.C. 1600 A. L.C. J, MAIN GENERATOR-MA001 1, 409, 000 KVA 0.92 P.F.25 KY 60 HZ 3 n M,'JN TR,'JNSFORMER 3-1n NOTE 5 ----------------------------------------------------------------------------------------------------------1 ' j OFFSITE POWER SYSTEM '---L/>----------------------------------------------------U-N_I_T_A_U_X_I_LI_A_R_Y __________________ V __ ---<; >-------------------------------~,---~---e>------------------------------------------------------------------------------------------- 1 TRANSFORMER -XMA02 + START-UPTRANSFORMER-XMR01 DISCONNECT LINK -GENERATOR NEUT. GND. TRANSFORMER MA003 MA05A I NOTE 9 13.BKV BUS PA001 (1000 MVAJ t 252PA0105 ) 1200 A. N.C. <J 1000 KVA Z-5.75 % XPG13 :T 7 1' 52PG1301 ) N.C. 1600 A. 52PG1316 J, I 13 2 KV/480V. <J 000 KVA Z-5.75 % XPG15 :T 7 1' 52PG1501 ) N.C. 1600 A. XMA01A, XMA01B, XMA01C 1 V HWDG=75/100 MVA, QA/FA -HWDG-60/80/100 MVA, OA/FA/FOA XWDG=37.5/50 MVA, OA/FA NOTE 7 \/ 7 XWDG=30/40/50 MVA, OA/FA/FOA H YWDG=37.5/50 MVA, QA/FA I H V XWDG=30/40/50 MVA, OA/FA/FOA Y 3" 60HZ MA05B MR02A 1 MR02B +a 3n 60HZ I NOTE 9 I NOTE 9 I NOTE 9 T ZH*X-10.5~ ZH-Y-10.68 % ZX-Y-19.86 % X --(IMPEDANCE ON 75 MVA BASE> ---_ y X -ZH-X*B.62 ZH-Y*B.86% ZX-Y*19.18 % _ {IMPEDANCE ON 60 MVA BASE) ) 252PA0101 3000 A N.C. 252PA0106 1200 A. N.C. <J 1000 KVA Z-5.75% XPG17 :T 7 1' 52PG1701 ) N.C. 1600 A J, 1' ) y V. AUTOMATIC

1,-

1' TR,'JNSFER NOTE 2 ) J, t ) 252PA0102 1200 A. N.C. t 13 2KV/480 V. <J 000-KVA Z-5.75% XPG19 :T 7 t 52PG1901 ) N.C. 1600 A. J, 252PA0110 3000 A. 252 PA00211 N.O. J ) 252PA0103 1200 A N.C. SITE LOAD SEE E-1001 ) J, ) 3000 A. N.C. 252PA0209 1200 A N.C. --------------------- 1' ) J, 252PA0210 1200 A N.C. I 13.2 KV/ 480V <J 1000KVA Z-5.75% XPG20 :T 7 1' 52PG2001 ) N.C. 1600 A. J, " AUTOMATIC TRANSFER NOTE 2 ) 252PA0207 1200 A. N.C. 13.2 KV/480V. <J 750 KVA Z-5.75% XPG24 <JT52PG2401 ) N.C. 1600 A. 13.8 KV BUS PA002 <1000 MVAl ~(<-"-->~ 1200 A, u TYPICAL MOTOR FEEDER SEE BUS PA002 TABULATION BELOW T 1.3.2 KV/480V. <J 1000 KVA Z-5.75% _; XPG18 T' { t 52PG1801 ) N.C. 1600 A. 13.2KV/480V. <J 1000 KVA Z-5.75% XPG14 rT2PG1401 ) N.C. 1600 A. 52PG1416 ) 252PA0202 3000 A. N.O. t ) 252PA0206 1200 A. N.C. 13.2 KV/480V. <J 1000 KVA Z-5.75% XPG16 { T 52PG1601 ) N.C. 1600 A. T 13 2KV/480V. <J 1000 KVA Z-5.75% XPG12 rT2PG1201 ) N.C. 1600 A. J, 252PA0208 1200 A. N.C. I 13 2KV/480V. <J 50 KVA Z-5.75% XPG26 Fr 7 1' 52PG2601 ) N.C. 1600 A. J, T ) J, <J 252PA0201 1200 A. N.C. 1' ) J, PG025 TURB. BLDG. L.C. PG011 <-" -->1 J, TURB. 1600 A. TURB. y L.C. _ __,,__ __ ....,~ N.O. ~~------1 ... 0-----L.C. PG013 RADWASTE BLDG. L.C. L.C. AUX. BLDG. AUX. BLDG. L.C. L.C. i PZR RADWASTE BLDG. TURB. BLDG. L.C. PGD12 L .C. FUEL H,'JND ESF TRANSFORMER XNB01 FUEL H,'JND BLDG. FUEL HAND. BLDG. BLDG. BLDG. PG015 52PG1116 TURB. BLDG. t ) PG017 52PG1704 800A. N.C. 1' ) 52PG1703 801JA. N.C. t ) J, PG019 52PG1906 800A. N.C. 1' ) J, 52PG1907 BOOA. N.C. J_ J_ MC~019N _____ Mc_c---< .... -PG019G MCC PG017L MCC PG017M RADWASTE BLDG. AUX. BLDG. AUX. BLDG. I t ) 52PG1916 1600 A -~ N.O. PG020 t 't 't' ) 52PG2008 ) 52PG2006 ) 52PG200 BOOA 800A BOOA N.C. J, N.C. J, N.C. .J-, MCC _1cc __1cc PG020G 020N 020P AUX. BLDG. AUX. BLDG. REACT. BLDG. PG024 7 CONTROL HEATER AUX. BLDG. RADWASTE BLOG. TURB. BLDG. -----<O--- PGO26 BLDG. 1' ) 52PG2604 800 A. N.C. t MCC _l!co26H FUEL HANO. BLDG. 13.8 KV/4.16 KV 12/16 MV A, OWF A Z*4.48 % 112 MVA BASE> ESF TRANSFORMER XNB02 13.8 KV/4.16 KV 12/16 MV A, OA/F A Z*4.48 % <J ~-------<.<- "-->,-----------------------------------------------------------jc---------------------------t-------------------------------------------------------------------~ (12 MVA BASEJ t ) ,-\, <J STATION SERVICE TRANSFORMER XPB03 13.8 KV/4.16 KV 12/16 MVA, QA/FA Z*4.48% (12 MVA BASE) AUTOMATIC TRANSFER 152PB0306 2000 A N.C. 4.16 KV BUS PB003 1200 A. (350 MVA) 152P80401 1200 A. N.O. TYPICAL MOTOR FEEDER SEE BUS PBOD3 TABULATION BELOW 1600 A. N.O. <J 152PB0402 2000 A N.C. t ) STATION SERVICE TRANSFORMER XPB04 13.8 KV/4.16 KV 12/16 MVA, OA/F A Z*4.48% (12 MVA BASE> I4.16 _KV BUS (35,0 MVA) PB004 ) 1:200 A. TYPICAL MOTOR FEEDER SEE BUS PBD04 TABULATION BELOW t ) J, 52PG19GFR3 50A. N.C. XPN07D 4801120V 3n, 37.5 KVA NOTE 11 PN007A VOLT AGE REG. 22.5 KVA NOTE 13 SBO DG KU01A 3250 KW 152PB00502 1200A N.O. 1' ) J, i ) l C~A B 152PB00508 1200 A. N.O. NOTE SBO DG KU018 3250 KW 152PB00503 1200A N.O. NOTE 13 C~A 1' ) B J, TYPICAL LOAD FEEDER j SEE BUS P8005 ) TABULATION BELOW l y NOTE 13 SBO DG KU01C 3250 KW 152PB00504 1200A N.O. 1200 A. N.O. 1' ) J, i ) l C~A ' B 4.16 KV BUS PB005 (50 KA> 152PB00509

1200 A. N.O. !------* -w-------w -----* w------* '01--------------w*------w-------

0 -------w

w------

*w* ------'W------* --v------*w------*w-------v *-----. EMl::RGENCY DIESEL GEINERATOR NEOD1 6201 KW .,---------.....__

C N.C. 152NB0111 2000A N.O. t ) 1 J ) 152NB0113 1200 A. ~L r+r 4.0 KV/480 V. 1000 KVA z.5_ 75% XNG01 I 52NG0101 ) 1600 A. N.C. 52NG0116 " B /A t ) l N.C. ) l 152NB0112 2000 A. N.C. 4.16 KV 152NB0110 1200 A. .0 KV/480 V '7 1000 KVA V Z*5.75% r+-T XNG03 I 52NG0301 ) 1600 A. N.C. BUS NBOD1 (350 MVA) J 152NB0116 ) 1200 A. N.C. t ESSENTIAL SERVICE WATER SYSTEM SEE NOTE 6 1' ) l ) l 152NB00114 1200 A. N.O. 1200 A. TYPICAL MOTOR FEEDER SEE BUS NB001 TABULATION BELOW t ) l ) l cLAss IE SYSTEM 152NB0109 2000 A N.O. 152NB0106 1200 A. N.C. NOTE 8 t ) l ) l 152NB0212 2000 A. N.O. 1' 152~<B00214 ) 1200 A. N.O. l 4.16 KV BUS NB002 (350 MVAl 1200 A. ) l 152NB0208 1200 A. J ) N.C. NOTE 8 t TYPICAL MOTOR F[EDER SEE BUS NB002 TABULATION BELOW ESSENTIAL SERVICE WATER SYSTEM SEE NOTE 6 152NBD216 1200 A. N.C. t ) N.c.) l C ~A 152NB0209 2000 A. N.C. 152NB0210 1200 A. 4.0 KV/480V 1000 KVA B V Z*S.75% ) l XNG04 52NG0401 1600 A. N.C. t ) 1 -------*w* -----* v * ;2N~~2AoW-

w~ 50A N.C. , 52PG20GER5 t) 50A N.C. L XPNOBO 480/120V, 3n 57.5 KVA, EMERGENCY DIESEL GENERATOR NE002 6201 KW 152NB0211 2000A N.O. XNG02 ) l 52NG0201 1600 A. N.C. ~-<~ /"""'\ I XPN08A, XPN088. XPNOBC 480 V/120 V 7 1/2 KVA/n (3-1nl . I NOTES Q ______ 1 PNOOBB AUTO XFER \......A NOTE 11 rv--v--v-,

PN008A VOLT AGE REG. 22.5 KVA 1 SWITCH, NOTE 10 i ) i 52PNOB01 100 A N.C. 1. DELETED INSTR. BUS PNOOB . 2. AUTOMATIC TF1ANSFER WILL BE INITIATED DELAY FOLLOWING GENERATION SYSTEM TRIPS RESULTING FROM VIBRATION, LOW WEAR, AND LOW BEARING OIL PRESSURE WILL BE DELAYED 33 SECONDS BEFORE 3. DELETED AFTER A THREE SECOND FAUL TS AND TURBINE VACUUM, IHRUST BEAAING ALL OTHER TURBINE TRIPS TRANSFER . ------w CONTROL BLDG.I "' u t L.C. <---> 1600 A. L.C. CONTROL 52NG0216 <-" --> 1600 A. 4. DELETED 5. EACH SINGLE PHASE TRANSFORMER WILL BE RATED 345 KV, 483 MVA. 52NG01ABF1 50A. N.C. NG01 N.O. NG03 BLDG. ,.& _______ _ _______ __& _____ _ &_ _______ CONTROL L.C. N.O. L.C. CONTROL BLDG. IMPEDANCE 01\1 TRANSFORMER MVA BASE IS 11.67%. . [9> XPN07A, XPNO?B, XPN07C 480/120 V. 7 1/2 KVA/n '---,L,'-' C3*1n) *"*~ . WU Cil * -Z o. t ) " ) 0 z G <! Z 0 N O I.() 00 '/ aJ u 1' " z ) 0 " <! Z 0 N O "' aJ / u 1' " z ) 0 G <! Z 0 N O "' aJ / "' u t 0 "' z 0 ) G <! Z 0 N O '° aJ " '° u 0 "' z 0 " <! Z 0 NO '° aJ ) " u t 0 "' z 0 G <! Z 0 N O "' aJ ) . [9> -~ MCC MCC b,. G <! ____ _&i __ l MCC lv1CC MCC MCC NG003D 1-PN007B NOTE 10 1 AUTO. XFER 52PN0701 100 A. N.C. SWITCH INSTR. BUS PN007 NG001A NG001T NG0018 I\JG003C NGO 03T --...:::::_'"' ,__ -/ CONTROL CONTROL BLDG. BLDG. AUX. BLDG. I <D-G ROOM *1) b,_ . F _&_ -------.& --.. --. __&_ -. ----_ _&_ ---. ----M. ------__&_ ------_ _& _ . ----. _ _&_ ---13.B KV BUS PA001 REACTOR COOLANT PUMP DPBB01A REACTOR COOLANT PUMP DPB801B BUS PAOD2 REACTOR COOLANT PUMP DPBB01C REACTOR COOLANT PUMP DPBB010 KV CLASS LL BUS NB001 RESIDUAL HEAT REMOVAL PUMP DPEJ01A SAFETY INJECTION PUMP DPEM01A CENTl"FUGAL CHARGING PUMP DPBG05A COMPONENT COOLING WATER PUMP DPEG01A COMPONENT COOLING WATER PUMP DPEG01C CONTAINMENT SPRAY PUMP DPEN01A AUXILIARY FEEDWATER PUMP DPAL01A ESSENTIAL SERVICE WATER PUMP DPEF01A H.P. 7000 7000 7000 7000 500 450 600 700 700 500 800 1750 BREAKER NO. 252PA0107 252PA0108 252PA0205 252PA0204 152NB0101 152NB0103 152NB0104

152NB0107 152NB0108 152NB0102 152NB0105

152NB0115 v 4.0 KV/480 V. 750 KVA Z*5.75 % 4.0 KV/480V. 750 KVA Z-5.75 % . [9> b u 1' .. z 8 < ) :;;c 0 BLDG. '° u 0 .. z 0 t ) NG004 ::g u 1' b u 1' .. z 8 <! ) Z 0 § ) Z 0 NG002 u 1' ::g u 1' § : ) § : ) 6. SEE DWG. E-K1001 7. PRIMARY WINDING WILL BE RATED 345 KV. 8. THIS BREAKER IS TRIPPED BY THE LOAD SHEDDER/SEQUENCER FOLLOWING AN SIS OR ESSENTIAL BUS UNDERVOLT AGE SIGNAL. XPG21 vT 52PG2101 vT 52PG2201 XPG22 N O ' '° Cil "' G <! Z 0 N 0 '° aJ t N O , "' aJ "' N O , "' aJ "' Z 0 NO , "' aJ "' Z 0 NO , '° aJ "' u 1' Cil

NZ ) 0 . G <! I 9. TRV SURGE CAPACITORS MA05A, MAOSB, MR02A AND MR02B SHALL BE RATED 13.8 KV, 750 NF PER PHASE. 10. SWITCH TRANSFERS TO THE ALTERNATE SOURCE UPON LOSS OF THE ) 1600 A. N.C. ) 1600 A. N.C. L.C. 1 PG021 L.C. 1 PG022 PRESSURIZER BACKUP HEATERS PRESSURIZER BACKUP HEATERS 4.16 KV CLASS l,L BUS NB002 RESIDUAL HEAT REMOVAL PUMP DPEJ01B SAFETY INJECTION PUMP DPEM01B CENTRIFUGAL CHARGING PUMP DPBG05B COMPONENT COOLING WATER PUMP DPEG01B COMPONENT COOLING WATER PUMP DPEG010 CONTAINMENT SPRAY PUMP DPEN01B AUXILIAAY FEEDWATER PUMP DPAL01B ESSENTIAL SERVICE WATER PUMP DPEF018 fill5 PB003 HEATER DRAIN PUMP DPAF01A CONDENSATE PUMP DPAD01A CONDENSATE PUMP DPA001C CENTRAL CHILLER COMPRESSOR DSGB01A NORMAL CHARGING PUMP DPBG04 BUS PBOD4 CONDENSATE PUMP DPAD018 HEATER DRAIN PUMP DPAf018 CENTRAL CHILLER COMPRESSOR DSG801B MOTOR DRIVEN FEEDWATER PUMP DPAE02 BUS PB005 SBO DG PEG XFMR NON-SAFETY AUX. FEEDWATER PUMP DPAP01 FUTURE CONST.LOOP FEEDER H.P. 500 450 600 700 700 500 BOO 1750 1500 3500 3500 927 600 3500 1500 927 300 MCC NG004D MCC NG004T MCC NG004C MCC NG0028 MCC NG002T MCC NG002A z O J, N ,0 "' I
CONTROL : L CONTROL BLDG. BLDG. A CD*G ROOM ii-2) AUX. BLDG. -. &. --------M. --. --. __&_. -----_ _&_ ---. --_

M_ _ -----__&_ _. --. -_ _&. ------_ _&_ -.. -. -J THE NORMAL NORMAL SOURCE AUTOMATICALLY. RETRANSFER TO SOURCE FROM THE ALTERNATE SOURCE IS M,'JNUAL RETRANSFER TIME DELAYSETTING IS 2 MINUTES. WITH TIME DELAY. 11. XPN07D CXPN080l IS OVERSIZED TO OPERATING CURRENT REQUIREMENTS CAPACITY IS DERATED TO 25 KVA. ACCOUNT FOR THE INRUSH OFPN07 A <PNOBAl. LOAD ,'JNQ 12. REFER TO M-022-00006 FOR AUXILIARY LOADS INCLUDING AUTOMATIC TRANSFER SWITCH AND CONST. LOOP TIE-IN. 13. EACH KU01 DC IS PERMANENTLY CONNECTED TO A HIGH RESISTANCE GROUND. WHEI\I IN NORMAL OPERATION, THE FIRST DG CONNECTED TO THE BUS WILL BE SWITCHED TO A LOW RESISTANCE GROUND. REFER TO DWG M-022-00002 (SH E1*E5l FOR ADDITIONAL DETAILS. USAR FIG. 8. 3-1-01 ES~,ENTIAL DRA WII\IG BREAKER NO. 152NB0204 152NB0202 152NB0201 152NB0206 152NB0207 152NB0203 152NB0205 152NB0215 i&) REVISED Q ISSUED INCORPORATED WIP*E *11001-010* A-1 CHG, DOC. CHANGE 014776 PKG. NO. 152PB0303 152PB0304 152PB0305 152PB0302 152PB0301 152PB0403 152PB0404 152PB0405 152PB0406 152PB00501 NOTE 12 152PB00506

152PB00507 THIS OWG. SUPERSECED BY REVISION MJTES1 MAIN SCALE NONE REV. THIS OWG. SUPERSEDES REV. NUCLl::AR OPERATING CORPORATION SINGLE LINE ORAWING NUMBER E -11001 ELECTRONIC APPROVAL DIJC\GRAM SHEET REV 11 34X44 E SIZE THIS ORAWING AND THE DESIGN IT COVERS IS THE PROPERTY DF THE UTILITIES WHICH ARE PART[ IPATING IN THE SNUPPS PROJECT IT IS LOANED ON THE BORROWER'S EXPRESS AGREE~NT THAT IT ILL NOT BE REPROOUCEO,COPIEO, LOANEO, EXHIBITEO, OR USEO EXCEPT IN THE LIMITEO WAY ANO FIIVATE USE PERMITTEO BY WRITTEN CONSENT GIVEN BY THE SNUPPS UTILITIES TO THE BORROWER. H G F E D C B A

r----------------------------------------------------------------------------------------

4 I 3 2 I 1 TO 4. 1 6 KV BUS NB001 ( CLASS I El SEE DRAW! NG E-I 1001 BRKR. l 52NB01 l 6 l XNG05 T' 0zz\V/Kt8A0 V Z=4% j) 52:g:5:AFl N. C. MCC NG005E ESSENTIAL SERVI CE WATER I NT AKE STRUCTURE SEPARATION GROUP 1 TO 4. 16 KV BUS N8002 < CLASS IE> SEE DRAW! NG E-11001 BRKR. 1 52NB021 6 vl XNG06 225 KVA Z*4% p-T 4, 0 KV/480 V C ) ""'"" j 800 A N. C. MCC NG006E ESSEN TI AL SERVI CE WATER I NT AKE STRUCTURE SEPARATION GROUP 4 USAR FIG. 8. 3-1 -02 ESSENTIAL DRAWING REVISED INCORPORATED Q [SSUCD CHG. DOC. CHANGE PKG.NO. THIS DWG.SLPERSEOED BY REV THIS DWG.SUPERSEDES _E-K1001CO>_ REV.-~ REVISION NOTES ELECTRONICALLY CONVERTED PER AP 05-010 SINGLE LINE DIAGRAM ESSENTIAL SERVICE WATER SYSTEM NONE I E-K1001 D C B 1-------J A '"IS oa,wi,c '""'DESIO, n co,e,s IS'"' pso,,an °' '"' UHLlnES '""" "' p"J"'""" '"' 5'USPS PSOJm n IS"'""°"'""'"" "PSESS '"""'" '"" l~L " BE SEPSODUCED,CDerED, '"""' """""* oa USED°"' rn '"' LIMrnD * ., '" psr,m USE'""""' a, w,rm, co,sm '"'"a,'"' SSUPPS umnre:7::2 ,:,51::,,,we,. _______________________________________________________________________________________ ~r_ 11~ ______________________________________________________________________________________ _ N E' "'" E' N ,-< iu 1,J A Q) "' o:I Q) r**------------------------------------------------------------------------------------

, 8 7

r r r * \llA-B V Xf-+----J'5----{

V * .----,

259 B SL! 2 FROM 13.SKV BUS PA001 IN POWER BLOCK REF. DWG. E-11 PA01 VCB 252PA0102 VCB 252PA0103 r:_,: 6 5 4 FROM 13.8KV BUS PA002 I N POWER BLOCK REF. DWG. E-11 PA02 VCB 252PA0209 VCB 252PA0210

~AB "' 3 ----------------------------------~-----------------------------------------------------~-------------------------------

---------jif----,
\llA-B r r *
V X:t-+---i<>----{

V .._----r12t27,l

B SL3 2
c<J; --** 227 B SL4 2 V
1 5KV VOL H'IETER * * \2)A-B V Xf-+---!2l----{

c<J; * ---* 227 B SL2 2 2 1 TO 1 3. 8KV-1 20/208V STA. PWR, TRANSF, XSL2F IN 345KV SWYD 300KVA 1 CT 50-5A 3CT'S ,,

250N "'+------i SWYD 100-5A 250/ ~----.:.:::...:::.:..:::.1~--j 51 SWYD 3 * \2lB TO ACS 13-4 13.SKV SWGR ( SL-Bl IN 69/13.BKV SWYD BURL! NG TON 10MVA 2PT'S !CT 50-5A 3CT'S 600-5A ~-1A c<IA 2 1' .-----"'-JB B 251G '++r---i BURL
250/ * '-+--' 51 BURL 3 * \2lB 2Pl'S 1 4. 400-1 20V DUMMY I 1 3-23 A DISCONNECT 1200A sq: i 0* s-1* A 2PT' s "'-JB !4,400-120V DUMMY I 1 3-29 A DISCONNECT 1200A C<J7A i 2PT' S , B g 1 4. 400-1 20V DUMMY I 1 3-37 A DI SCONNECT 1200A C -:-i 2PT' S <J: g 140 400-120V.

!) 252/1 3-40 1 1200A !) 252/13-42 1 1200A .---~.* 2B7 T SU I 3 3CT'S 300-5A 1 CT 50-5A c~ 13. BKV SWGR. BUS JCT' S 300-5A !) 252/1 3-1 8 9 I 200A J.. 250/ * .+----< 51 T SU I ,..._r---i 250N

T SL!! * \2lB SU C 0SL001 El AUX, TRAN SF. XSL! 1 < 0SL005El

5. 0 MVA, DA (LTCJ FUT. 6.25 MNA, FA 13. 8-4.16KV Z*5.5% IBCT ~600-5A .,. 151 G T SL! 1 6fl 400A 1 0 SEC. JCT' S 50-5A 1 CT 50-5A !) 252/1 3-22 <? I 200A

J.. 250/ r+---< 51 T SL3A I*.---* * \2)8 3CT'S 300-5A 1 CT 50-5A l 3. SKY SWGR. BUS SL3 3CT'S 300-5A !) 252/1 3-20 9 I 200A J.. 250/ * * ( 1 SL003El !) 252/1 3-26 !) 252/1 3-28 1 l 200:p 1 l 200A
50 -50 .+----< 5 I T f-----i A SL31 3 JCT' S 51 3CT' S 51 \2)B 300-5A 300* 5A 3 ,:* ::T:~
I* 03G ,, AUX. TRANSF. XSL31 ( 1 SL006E) FA 1 CT 50-5A 50N PJC 1 CT ~-~50-5A 0-r:-i AC L.:J 50N PJC c~ B -'-'"-"-A./,

5. 0 MVA. DA ~.r-v-"'°,.FUT.

6. 25 MVA. r I 3. 8-4. I 6KV Z*4,0% 151G *--, T 287 T SL31 3 1 BCT 600-5A SL31 6fl 400A 10 SEC. 4000 H. p. SYNC. Pl A D. C.: FI ELD ' 4000 H. P. SYNC. Pl B J'('('('L D. C.: FI ELD ' IA\ 0. C, , IA\ 0. C. Iv I~ Q _: IF! ~LO~_: El MON. 3CT' S 300-5A !) 252/1 3-32 1 1200A* 50 51 1, --~3 0~ ACLJ 1 CT 50-5A 4000 50N PJC H. P. PlC SYNC 287 T 1 3. SKY SWGR. JCT' S 300-5A 1 CT 50-5A CA B -J'('('('L D. C. : FI ELD SL41 3 ' , fA\D. C. ' I.!_) e1-: BUS SL4 C 1 SL004El 3CT' S 300-5A !) 252/1 3-34 9 I 200A J.. 250/ * !) 252/1 3-36 <? 1200A '1, 250/

r-'f------i 51 T .--+---<

51 T SL41 3CT' S SL4A \2lB 50-5A 1 CT 50-5A H+-----i 2 50 N

T SL4A AUX. TRANSF, XSL41 C 1 SL007El 5.0 MVA. DA FUT. 6.25MVA, FA 1 3. 8-4. 1 6KV Z=4.0Z 1 51 G I* T SL41 6fl 400A 1 0 SEC.
V
3CT' S 200-5A 1 CT 50-5A !) 252/1 3-44 1 I 200A
250/ r-'r---i 51 T f---< A
SL2 3 \2lB *'+--' 250N
T SL2 TO DI SC. SWITCH SL5A03 ,--------------------

*---------------------------------------

,

480V. BUS SL2HA TECH. SUPPORT CENTER N. C. DI SC. SWITCH SL5A02 N. C. 10A FUSE C <] AB AUX. TRANSF. '-'"-"-A./ XSL5A ( 0SL01 6El C 150 KVA, DA B .,. 13.8KV-480V Z-5.67% .,. 4. 16KV , r *

r vx)-+---/i.i---{

V * \2)A-B =--~" 1 27 B Sll 1 CV,A '* ""Bi 2PT'S C V Ag4200-1 20V 3CT'S B 1 200-5A 2 SWGR. BUS Sll 1 C 0SL008El 3CT'S 100-5A JCT 50-5A !) 152/4-8 9 1200A '1,., l 50/ ,+---< 51 T SU A I* .----, * \2lB

AUX. TRANSF. XSL1AC0SL011El

~.._..__ C '\7A 500 KVA, AA V8 "-"--"--"-" FUT. 667 KVA. FA 27/ AT MCC 598 SL5A 2 V '--"' Cx-A ~--, 4160-480V Z*5. 75 * * ,--, B

5f G <0. ~5~9~* B I
CUB. 1 D ,t-52-SL5A 6) 150A i r C\-JA :/._ B 2PT' S C~A g480-120V 480V MCC r SL5A MAKE-UP WATER DISCHARGE STRUCTURE t 0SL023El 480V RELAY SCHEDULE

& DEVICE NUMBERS DEVICE FUNCTION RELAY G. E. 27 UNDERVOLTAGE G. E. 27/59 UNDERVOLTAGE/VOLTAGE G. E. 50/51 PHASE OVERCURRENT G. E. 51 TIME PHASE DVERCURRENT G. E. 50N INSTANTANEOUS GROUND OVERCURRENT G. E. TIME GROUND OVERCURRENT 51 G TIME GROUND OVERCURRENT G. E. ( TRANSF.~, SL2C, SL2D, SL3A, SL4A ONL Yl ABANDONED IN PLACE TIME GROUND OVERCURRENT w£ST1 NGHOUSE ( TRANSF. SL2J ONL Yl 1 BCT l 200-5A SU A

SU A 2 C r,>A Ys 2PT'S C ~Ag 480-120V SWGR. BUS LC-SU A ( 0SL024El MAKE-UP WATER SCREEN HOUSE TIME TAP INSTANT.

TYPE RANGE RANGE DEVICE C AMPSJ ( AMPS> I AV-54E 59 HGA I AC-51 2-16 20-160 63 I AC-51 2-1 6 87 PJC 0. 5-2. 0 85 I AC-51 0.5-2.0 86 I AC-51 2-1 6 GFR 100-1200 151

11 B * , *
JCT' S 1200-5A SL31 3 vx)---.-¢---{

V 127

B 3CT'S I 200-5A V
5KV VOLTMETER b) 152/4-26 i 1200A 3CT' S 1200-5A \2)A-B 4. 1 6KV SWGR. BUS SL31 AUX. TRANSF. XSL3A< 1 SL01 4El 500 KVA, AA FUT. 667 KVA, FA 1 3. 8KV-480V Z=4. 0% 1 BCT 1 200-5A .,. 51G T SL3A *
V * -5~9~
B SL3A 2 C\-7A 1 ~B ZPT'S c \ =-JBA g 480-120V

"" )52/LC-SLJA CUB. !B VR y 600A l 4B0V SWGR. BUS LC-SL3A r < I SL035El

I
RELAY SCHEDULE

& DEVICE NUM3ERS FUNCTION RELAY G. E. VOLTAGE BASLER VOLTAGE ( SL2JJ ONLY G. E. SUDDEN PRESSURE G. E. TRANSFORMER DIFFERENTIAL w PILOT WIRE/DIFFERENTIAL CURRENT SYS. LOCKING-OUT ... 1)52/LC-SL3A y 600A l CUB. 1 0 NO TIME TAP INSTANT TYPE RANGE RANGE C AMPS) C AMPS) HGA BE3 900-1 BOO LCB SL31 ( 1 SL009E) 4. 1 6KV SWGR. !)152/4-18 y 1200A 152/4-16

6) 1200A y BUS NO C[RCULATING WATER SCREEN HOUSE LEGEND SYM. OESCRI PT! ON 0 AMMETER CD BUS L1 GHT 0 VOLTMETER

@ VOLTAGE TRANSDUCER / VOLTMETER SWITCH

AT MCB SECTION RL013 OR RL014 ... KIRK KEY INTERLOCK
LOCATED AT SWITCHGEAR l 51 * \
B SL41 " 3 \llA-B ._ _ _, 127
B CVeA JCT' S B 1200-5A SL4t SL41 2 ' e0* i 2PT' S g4200-120V SEE BELOW C 1 SL01 0El ~A AUX. TRAN SF. XSL4A ( 1 SL01 5E) 500 KVA, AA './'~'-"'--' F U T. 6 6 7 K V A, FA l 3. 3KV-480V Z=4. 0 % 1 BCT 1 200-5A
CVsA t CUB. 38 C -=-A £ 6)52/LC-SL4Vs y 600A
59 B SL4A 2PT' S 480-120V 480V SWGR BUS LC-SL4A C 1 SL036El ABANDONED IN PLACE-"'-
I* DEVICE PREFIX CODE NO. VOLTAGE LEVEL 2 13.BKV EQUIPMENT I 4160V EQUIPMENT BLANK 480V EQUIPMENT GENERAL NOTES: 1. D 2 2. -----NUMBER INDICATES QUANTITY OF RELAYS IF MORE THAN ONE. INDICATES SIGNAL TO MCB SECTIONS RL013 OR RL014 THROUGH SUPERVISORY SEE ABOVE WATER TREATMENT BLDG TRANSFER SWITCH C 1 SL052E) C ~A NC 1 3. BKV SWGR. BUS SL2 ( 1 SL002El JCT' S 1 00-5A 1 CT 50-5A 250/ ,-+----{

51 T SL2H 250N * -+++----< T SLZH DI SC LINK 3CT'S 1 00-5A 1 CT 50-5A c~ AUX. TRANSF. XSL2H 1 500 KVA, DA Bl~ 13. 8KV. -480V. 1 BCT 1 200-5A TO MB! TO 480V, BUS SL2HB ( MOP) AUX. WAREHOUSE 51 G T SL2H * !) 252/13-46 <? 1 200A J.. 250/ * ,-------==-=--~~ 51 T 3CT' S SL2D 250/

r-'------i 51 T SL2G rt+t----{

25T0N

SL2G DI SC. LINK 1 CT 600-5A \2lB .,. 1 50-5A I CT 50-5A 51 G T SL2G
DI SC. LINK * \2lB TO WAREHOUSE TRANSF. XSL2E C 1 SL050El 1000 KVA l 3. 2KV-480/277V Z*5. 75% TO GUARDHOUSE AUX. TRANSF. XSL2B < 1 SL013El 1 000-1 333 KYA, AA/FA S/1 AB AUX. TRANSF. C_.........,

AB '-....J XSL2Ct l SL031 El '-....J 1000/1 333 KVA. AUX. TRANSF. XSL2D < 1 SL032El I 000 KVA. 13. 8KV-480V Z*5. 75% c8 .,.A'-'"'-"-""--' AA/FA 13, BKV-480V Z*5. 75% DA 13. BKV-480V Z=5. 75 % 130A FUSE 1 BCT 1200-5A * ~5-l~G' T SL2B * " 59 B SL2B 2 C\-lA ':f_ B s., 2PT' S C~A -;I;'480-120V 480V, SWGR. B~S LC-SL2B C 1 SL026El SHOP BUI LOI NG FROM 13. BKV CONSTRUCTION POWER DISTRIBUTION ONE LlNE REF. OWG, 8025-E-1021 XSL2J HIGH VOLTAGE DI SC. SW! TCH AUX. TRANSF. XSL2J < 1 SL053El 1 500/2000 KVA. AA/FA 13. SKV-480V Z*5. 75% 1 BCT 5000-1 .,. C A 51G T SL2J

59 B SL2J S, 3 PT'S C A g480-l 20V 480V SWGR BUS LC-SL2J C l SL055El lBCT 1 200-5A
51 G T SL2C
59 B SL2C 2 C \-l A :/._B 2PT' S CVsA -;I;'480-120V 4B0V SWGR BU: LC-SL2C < 1 SL027El
I
l BCT. 1200-5A " .,. V 51G T SL20
59 B SLZD 2 C\-lA :/._ B ZPT' S CV: -;I;'480-120V 480V SWGR BUS LC-SL2D < 1 SL028El ADM! N BLDG.
I * >><1,na King ll.clea'><d h) lloeumcnl Scr,kc,.

lklcu,o Dale: 2015.04.02 ,)5:H:32 --05'(,0' USAR FIG. 8. 3-1 -IZJ3 ESSENTIAL DRAWING @ REVISED Q ISSUEO INCORPORATEO CHANGE CHG. OOC, THIS DWG. SU'EASEOED BY REV. THIS OWG. SU'ERSED:S REVISION t<<JTES: REV! SEO TO REMOVE TCC MGETP-002 NUCLE~R OPER~TING CORPOR~TION PKG. NO, REV. ELECTRONIC APPROVAL I* WATER TREATMENT BLDG. NORTH I I SINGLE SITE LINE DIAGRAM AREA LOADS SCALE DRAWING NUMBER SHEET REV NONE E-1001 37 Z'l----------------.---------------.--------------.-------------,,-----r---------~1111 1111111111 11 II =1111~E-I00~ 1"1"37 J,~xHESIZE THIS DRAWING ANO THE OESl()N IT COVERS IS THE PROPERTY OF THE UTILITIES WHICH ARE PARTI IPATING IN THE SNUPPS PROJECT IT IS LOANEO ON THE BORROWER'S E)(PRESS AGREEt-ENT THAT IT ILL NOT BE REPRCDUCEO,COPIEO, LOANEO, E)(HIBITEO, OR USEO E)(CEPT IN THE LIMITED WAY ANO RIVATE USE PERMITTEO BY WRITTEN CONSENT GIVEN BY THE SNUPPS UTILITIES TO THE BORROWER. H G F E D C B A lz8El;;I:t:-Bl;;L8Il;;ll LQ81llz TIME NE001 EQUIPMENT NO. NE002 WORST lz8El;;I:t:-Bl;;L8Il;;ll LQ81llz TIME TO KW LOAD1NG3 BUS NUMBER KWLOAD1NG 3 CASE TO LOAD NAMEPLATE REFER ACCIDENT START < 30 MIN. -2 HRS-24 HRS -> LOAD SHED -SIS 7 < 30 MIN. -2 HRS -24 HRS -> KVAR LOAD NAMEPLATE REFER ACCIDENT START < 30 MIN. -DESCRIPTION LOAD RATING NOTES TYPE 1 (SEC) 2 30 MIN.

2 HRS6 24 HRS 6 7 DAYS 6 7 DAYS 6 LOAD SH ED
LOOP 7 30MIN.
2 HRS6 24 HRS 0 7 DAYS 6 7 DAYS 6 LOADING 8 DESCRIPTION LOAD RATING TYPE 1 (SEC) 2 30MIN.
2 HRS6 NOTES HP/KW/K\/A 700 LOOP 506.93 506.93 506.93 506.93 506.93 DPEGD1A DPEG01B 506.93 506.93 506.93 506.93 506.93 353.84 HP/KW/KVA 5 LOOP MANUAL 0 0 Component Cooling MSLB 506.93 506.93 506.93 506.93 506.93 NB001 NB002 506.93 506.93 506.93 506.93 506.93 353.84 Control Room MSLB 4.04 4.04 A 9 17 / 17 13 Water Pumps Brake HP 639 LOCA 506.93 506.93 506.93 506.93 506.93 --506.93 506.93 506.93 506.93 506.93 353.84 Filtration Fans Brake HP 4.15 LOCA 12 / 12 4.04 4.04 Freq Adj. 1.0303 SLOCA 506.93 506.93 506.93 506.93 506.93 U\/1A UV2A 506.93 506.93 506.93 506.93 506.93 353.84 Freq. Adj. 1.0303 SLOCA 4.04 4.04 HP/KW/KVA 700 LOOP 0 0 0 0 0 DPEG01C DPEG01D 0 0 0 0 0 0 HP/KW/KVA 40 LOOP 48.60 48.60 Component Cooling MSLB 0 0 0 0 0 NB001 NB002 0 0 0 0 0 0 Control Room MSLB 48.60 48.60 9 MANUAL 42/42 Water Pumps Brake HP 639 LOCA 506.93 506.93 506.93 506.93 506.93 --506.93 506.93 506.93 506.93 506.93 353.84 A/C Compressors Brake HP NIA LOCA 48.60 48.60 Freq Adj. 1.0303 SLOCA 0 0 0 0 0 U\/1B UV2B 0 0 0 0 0 0 Freq. Adj. 1.01 SLOCA 48.60 48.60

!:!E/KW/KVA 500 LOOP 0 0 0 0 0 DPEN01A DPEN01B 0 0 0 0 0 0 !:!E/KW/KVA 40 LOOP 22.86 22.86 Containment MSLB 404.06 404.06 404.06 0 0 NB001 NB002 404.06 404.06 404.06 0 0 173.34 Control Room MSLB 22.86 22.86 42/42 Spray Pumps Brake HP 505 LOCA NOTE 10 404.06 404.06 404.06 0 0 --404.06 404.06 404.06 0 0 173.34 A/C Fans Brake HP 27.4 LOCA 22.86 22.86 Freq Adj. 1.0303 SLOCA 0 0 0 0 0 U\/1A UV2A 0 0 0 0 0 0 Freq. Adj. 1.0303 SLOCA 22.86 22.86 LOOP MANUAL 0 381.60 381.60 381.60 381.60 DPEJ01A DPEJ018 0 381.60 381.60 381.60 381.60 167.13 LOOP 28.20 28.20 "' !:!E/KW/KVA 500 !:!E/KW/KVA 35 C Residual Heat MSLB 262.35 262.35 0 381.60 381.60 NB001 NB002 262.35 262.35 0 381.60 381.60 167.13 Class 1 E Equipment MSLB 28.20 28.20 <( 42/42 Removal Pumps Brake HP 510 LOCA 22 / 22 405.45 405.45 405.45 381.60 381.60 --405.45 405.45 405.45 381.60 381.60 177.57 A/C Compressors Brake HP NIA LOCA 28.20 28.20 0 Freq. Adj. 1.0303 SLOCA 262.35 262.35 381.60 381.60 381.60 UV1A UV2A 262.35 262.35 381.60 381.60 381.60 167.13 Freq. Adj. 1 .01 SLOCA 28.20 28.20 _J I-LOOP 1401.13 1401.13 1401.13 1401.13 1401.13 DPEF01A DPEF01B 1401 13 1401.13 1401.13 1401 13 1401.13 717 .82 HP/KW/KVA 15 LOOP 8.12 8.12 _J HP/KW/KVA 1750 0 Essential Service MSLB 1401.13 1401.13 1401.13 1401.13 1401.13 NB001 NB002 1401.13 1401.13 1401.13 1401.13 1401.13 717 .82 Class 1 E Equipment MSLB 8.12 8.12 > 32/37 42/42 0 Water Pumps Brake HP 1738 LOCA 1401.13 1401.13 1401.13 1401.13 1401.13 --1401.13 1401.13 1401.13 1401.13 1401.13 717 .82 A/C Fans Brake HP 9.65 LOCA 8.12 8.12 "' Freq. Adj. 1.0303 SLOCA 1401.13 1401.13 1401.13 1401.13 1401.13 UV1A UV2A 1401.13 1401.13 1401.13 1401.13 1401.13 717 .82 Freq. Adj. 1.0303 SLOCA 8.12 8.12 ... HP/KW/KVA 600 LOOP 384.47 384.41 384.47 384.47 384.47 DPBGD5A DPBGD5B 384.47 384.47 384.41 384.47 384.47 164.94 HP/KW/KVA 100 LOOP 83. 13 83. 13 Centrifugal MSLB 540.22 540.22 384.47 384.47 384.47 NB001 NB002 540.22 540.22 384.41 384.47 384.47 218.57 Diesel Generator MSLB 83. 13 83.13 1 2 / 12 12 / 1 2 Charging Pumps Brake HP 680 LOCA 545.84 545.84 545.84 384.47 384.47 --545.84 545.84 545.84 384.47 384.47 220.84 Bldg. Supply Fans Brake HP 101.0 LOCA 83.13 83.13 Freq. Adj. 1.0303 SLOCA 540.22 540.22 384.47 384.47 384.47 --540.22 540.22 384.47 384.47 384.47 218.57 Freq. Adj. 1.0303 SLOCA 83. 13 83.13 HP/KW/KVA 450 LOOP 0 0 0 0 0 DPEM01A DPEM01B 0 0 0 0 0 0 HP/KW/KVA 20 LOOP 16.02 16.02 Safer/ Injection MSLB 370.04 370.04 0 0 0 NB001 NB002 370.04 370.04 0 0 0 176.06 EOG Lube Oil/ MSLB 16.02 16.02 12 / 1 2 Pumps Brake HP 460 LOCA 17 / 17 370.04 370.04 370.04 348.32 348.32 --370.04 370.04 370.04 348.32 348.32 176.06 Keep Warm Pumps Brake HP -LOCA 16.02 16.02 Freq. Adj. 1.0303 SLOCA 370.04 370.04 348.32 348.32 348.32 UV1A UV2A 370.04 370.04 348.32 348.32 348.32 176.06 Freq. Adj. 1.0303 SLOCA 16.02 16.02 LOOP 551.49 551.49 551.49 551.49 551.49 DPAL01A DPAL01B 551.49 551.49 551.49 551.49 551.49 322.85 LOOP 0.51 0.51 t:if/KW/KVA 800 t:i.E/KW/KVA 0.5 Auxiliary Feed MSLB 551.49 551.49 551.49 551.49 551.49 NB001 NB002 551.49 551.49 551.49 551.49 551.49 322.85 E DG Rocker Arm MSLB 0.51 0.51 V 42/42 12 / 1 2 Water Pumps Brake HP 690 LOCA 551.49 551.49 551.49 551.49 551.49 --551.49 551.49 551.49 551.49 551.49 322.85 Pre-Lube Pumps Brake HP 0.5 LOCA 0.51 0.51 Freq. Adj. 1.0303 SLOCA 551.49 551.49 551.49 551.49 551.49 UV1A UV2A 551.49 551.49 551.49 551.49 551.49 322.85 Freq. Adj. 1.0303 SLOCA 0.51 0.51 HP/filtll/KVA 1 LOOP 1.00 1.00 1.00 1.00 1.00 NK025 NK026 1.00 1.00 1.00 1.00 1.00 4.56 H P/filtll/KVA 2.5 LOOP 1.80 1.80 125 voe Sv.ing 12 MSLB 1 2 / 12 1.00 1.00 1.00 1.00 1.00 NG001 NG004 1.00 1.00 1.00 1.00 1.00 4.56 Emergency Fuel Oil 15 MSLB 12 / 1 2 1.80 1.80 Battery Chargers Brake HP NIA LOCA 1.00 1.00 1.00 1.00 1.00 --1.00 1.00 1.00 1.00 1.00 4.56 Transfer Pumps Brake HP NIA LOCA 1.80 1.80 -Freq Adj. 1 SLOCA 1.00 1.00 1.00 1.00 1.00 --1.00 1.00 1.00 1.00 1.00 4.56 Freq. Adj. 1.0303 SLOCA 1.80 1.80 I-_J 0 HP/KW/K\/A 45 LOOP 25.27 25.27 25.27 25.27 25 .27 25.40 25.40 25.40 25.40 25.40 12.30 HP/KW/KVA 3 LOOP 0 2.44 > MCC Distribution MSLB 25.27 25.27 25.27 25.27 25 .27 MCC MCC 25.40 25.40 25.40 25.40 25.40 12.30 Fuel Pool Pump MSLB 0 2.44 0 1 2 / 12 16 MANUAL co Panels Brake HP NIA LOCA 25.27 25.27 25.27 25.27 25 .27 --25.40 25.40 25.40 25.40 25.40 12.30 Room Coolers Brake HP 2.55 LOCA 0 2.44 ... Freq Adj. 1 .01 SLOCA 25.27 25.27 25.27 25.27 25 .27 25.40 25.40 25.40 25.40 25.40 12.30 Freq. Adj. 1.0303 SLOCA 0 2.44 w --,r: LOOP 66.37 0 0 0 0 64.18 0 0 0 0 42.74 LOOP 0 98.90 <( HP/KW/K\/A 85/86.6 HP/KW/KVA 150 "' Motor Operated MSLB 1 2 / 12 66.37 0 0 0 0 MCC MCC 64.18 0 0 0 0 42.74 Spent Fuel Pool MSLB MANUAL 0 98.90 C Valves Brake HP NIA LOCA 66.37 0 0 0 0 --64. 18 0 0 0 0 42.74 Cooling Pumps Brake HP 124 LOCA 0 98.90 <( Freq Adj. 1 .01 SLOCA 66.37 0 0 0 0 64.18 0 0 0 0 42.74 Freq. Adj. 1.0303 SLOCA 0 98.90 0 --_J (!) HP/.!ill[/K\/A 39 LOOP 48.49 48.49 48.49 48.49 48.49 NK021 NK022 48.49 48.49 48.49 48.49 48.49 46.73 !:!E/KW/KVA 10 LOOP 8.51 8.51 z 125 Volt MSLB 48.49 48.49 48.49 48.49 48.49 NG001 NG004 48.49 48.49 48.49 48.49 48.49 46.73 Aux. Feed Water MSLB 8.51 8.51 1 2 / 12 42/42 z Battery Chargers Brake HP NIA LOCA 48.49 48.49 48.49 48.49 48.49 --48.49 48.49 48.49 48.49 48.49 46.73 Pump Room Coolers Brake HP 9.1 LOCA 8.51 8.51 Freq Adj. 1 SLOCA 48.49 48.49 48.49 48.49 48 .49 --48.49 48.49 48.49 48.49 48.49 46.73 Freq. Adj. 1.0303 SLOCA 8.51 8.51 w LOOP 48.49 48.49 48.49 48.49 48.49 NK023 NK024 48.49 48.49 48.49 48.49 48.49 46.73 LOOP 9.17 9.17 ,r: HP/KW/KVA 39 HP/KW/KVA 10 125 Volt MSLB 48.49 48.49 48.49 48.49 48.49 NG003 NG002 48.49 48.49 48.49 48.49 48.49 46.73 Cenllifugal Charging MSLB 9.17 9.17 _J 1 2 / 12 16 12 / 1 2 _J Battery Chargers Brake HP NIA LOCA 48.49 48.49 48.49 48.49 48.49 --48.49 48.49 48.49 48.49 48.49 46.73 Pump Room Coolers Brake HP 9.8 LOCA 9.17 9.17 <( Freq. Adj. 1 SLOCA 48.49 -48.49 48.49 48.49 48.49 --48.49 48.49 48.49 48.49 48.49 46.73 Freq. Adj. 1.0303 SLOCA 9.17 9.17 HP/KW/KVA 150/75 LOOP 118.34 118.34 118.34 118.34 118.34 DSGND1A DSGND1B 118.34 118.34 118.34 118.34 11 8.34 51.32 HP/KW/KVA 10 LOOP NIA 0 0 Containment MSLB 40.36 40.36 40.36 40.36 118.34 NG001 NG002 40.36 40.36 40.36 40.36 118.34 111.62 Safety Injection MSLB 7.49 7.49 47/47 16 Coolers Brake HP 146/46 LOCA 40.36 40.36 40.36 40.36 40 .36 --40.36 40.36 40.36 40.36 40.36 111.62 Pump Room Coolers Brake HP 7.6 LOCA 17 / 17 7.49 7.49 Freq. Adj. 1.0303 SLOCA 40.36 40.36 40.36 40.36 40 .36 --40.36 40.36 40.36 40.36 40.36 111.62 Freq. Adj. 1.0303 SLOCA 7.49 7.49 V HP/KW/KVA 150/75 LOOP 118.34 118.34 118.34 118.34 118.34 DSGN01C DSGN01D 118.34 118.34 118.34 118.34 118.34 57.32 HP/KW/KVA 15 LOOP 9.13 9.13 Containment MSLB 40.36 40.36 40.36 40.36 118.34 NG003 NG004 40.36 40.36 40.36 40.36 118.34 111.62 Comp. Cooling Water MSLB 9.13 9.13 47/47 16 17 / 1 7 Coolers Brake HP 146/46 LOCA 40.36 40.36 40.36 40.36 40 .36 --40.36 40.36 40.36 40.36 40.36 111.62 Pump Room Coolers Brake HP 10.4 LOCA 9.13 9.13 Freq. Adj. 1.0303 SLOCA 40.36 40.36 40.36 40.36 40 .36 --40.36 40.36 40.36 40.36 40.36 111.62 Freq. Adj. 1.0303 SLOCA 9.13 9.13 HP/KW/KVA 1 LOOP 0 0 0 0 0 SGS02A SGS02B 0 0 0 0 0 0 HP/KW/KVA 10 LOOP MANUAL 0 7.49 Hydrogen MSLB 0 0 0 0 0 NG001 B NG002B 0 0 0 0 0 0 Residual Heat Removal MSLB 7.49 7.49 MANUAL 16 Analyzer Pump Brake HP 0.333 LOCA 0 0.36 0.36 0.36 0.36 --0 0.36 0.36 0.36 0.36 0.57 Pump Room Coolers Brake HP 7.6 LOCA 22 / 22 7.49 7.49 Freq. Adj. 1.0303 SLOCA 0 0.36 0.36 0.36 0.36 --0 0.36 0.36 0.36 0.36 0.57 Freq. Adj. 1.0303 SLOCA 7.49 7.49 LOOP 0 0 0 0 0 SGS01A SGS01B 0 0 0 0 0 0 LOOP NIA 0 0 HP/filtll/KVA 75 t:i.E/KW/KVA 10 Hydrogen MSLB MANUAL 0 0 0 0 0 NG003 NG004 0 0 0 0 0 0 Containment Spray 16 MSLB 7.49 7.49 Recombine rs Brake HP NIA LOCA 0 50.00 50.00 50.00 50 00 --0 50.00 50.00 50.00 50.00 0 Pump Room Coolers Brake HP 7.6 LOCA 27 127 7.49 7.49 Freq. Adj. 1 SLOCA 0 50.00 50.00 50.00 50 .00 --0 50.00 50.00 50.00 50.00 0 Freq. Adj. 1.0303 SLOCA 0 0 t:if/KW/KVA 50/25 LOOP 22.36 22.36 22.36 22.36 22 .36 DCGN03A DCGN03B 22.36 22.36 22.36 22.36 22.36 24.44 t:i.E/KW/KVA 20 LOOP 14.45 14.45 Hydrogen MSLB 1 2 / 12 9.30 9.30 9.30 9.30 22.36 NG001 B NG002B 9.30 9.30 9.30 9.30 22.36 26.68 ESW Pump House 16 MSLB 32 / 37 14.45 14.45 Mixing Fans Brake HP ;,e :a,,1 :1 LOCA 9.30 9.30 9 30 9.30 9 30 --9.30 9.30 9.30 9.30 9.30 26.68 Supply Fans Brake HP 17.34 LOCA 14.45 14.45 Freq. Adj. 1.0303 SLOCA 9.30 9.30 9.30 9.30 9.30 --9.30 9.30 9.30 9.30 9.30 26.68 Freq. Adj. 1.0303 SLOCA 14.45 14.45 HP/KW/KVA 50/25 LOOP 22.36 22.36 22.36 22.36 22 .36 DCGN03C DCGN03D 22.36 22.36 22.36 22.36 22.36 24.44 HP/KW/KVA 5 LOOP MANUAL 0 0 Hydrogen MSLB 9.30 9.30 9.30 9.30 22.36 NG001 B NG002B 9.30 9.30 9.30 9.30 22.36 26.68 Control Room MSLB 5.00 5.00 1 2 / 12 14 Mixing Fans Brake HP 2f 319 J LOCA 9.30 9.30 9 30 9.30 9.30 --9.30 9.30 9.30 9.30 9.30 26.68 Pressurization Brake HP NIA LOCA 12 / 12 5.00 5.00 Freq. Adj. 1.0303 SLOCA 9.30 9.30 9.30 9.30 9.30 --9.30 9.30 9.30 9.30 9.30 26.68 System Heaters Freq. Adj. 1 SLOCA 5.00 5.00 HP/KW/K\/A 3 LOOP 2.96 2.96 2.96 2.96 2.96 DFEF01A DFEF01B 2.96 2.96 2.96 2.96 2.96 1.56 HP/KW/KVA 7.5 LOOP MANUAL 0 0 ESW Traveling MSLB 2.96 2.96 2.96 2.96 2.96 NG005E NG006E 2.96 2.96 2.96 2.96 2.96 1.56 Control Room MSLB 3.74 3.74 32/37 13 Water Screens Brake HP -LOCA 2.96 2.96 2.96 2.96 2.96 --2.96 2.96 2.96 2.96 2.96 1.56 Pressurization Brake HP 4.2 LOCA 12 / 12 3.74 3.74 Freq Adj. 1 .01 SLOCA 2.96 2.96 2.96 2.96 2.96 --2.96 2.96 2.96 2.96 2.96 1.56 System Fans Freq. Adj. 1.0303 SLOCA 3.74 3.14 !:!E/KW/K\/A 30 LOOP MANUAL 22 09 22.09 22.09 22.09 22 .09 DSGL15A DSGL15B 22.09 22.09 22.09 22.09 22.09 30.15 !:!E/KW/KVA 1.3 LOOP 1.69 1.69 Aux. Bldg. MSLB 22.09 22.09 22.09 22.09 22.09 NG001 B NG002B 22.09 22.09 22.09 22.09 22.09 30.15 ESW MSLB 1.69 1.69 13 15 12 / 1 2 Penetration Brake HP 25 LOCA 12 / 12 22.09 22.09 22.09 22.09 22.09 --22.09 22.09 22.09 22.09 22.09 30.15 Strainers Brake HP 1.3 LOCA 1.69 1.69 Room Coolers Freq Adj. 1.0303 SLOCA 22.09 22.09 22.09 22.09 22 .09 --22.09 22.09 22.09 22.09 22.09 30.15 Freq. Adj. 1.01 SLOCA 1.69 1.69 LOOP MANUAL 0 0 0 0 0 EGG10A EGG1DB 0 0 0 0 0 0 LOOP 10.36 10.36 HP/KW/KVA 37 HP/KW/KVA 7.5 Emerg. Exhaust MSLB 37 .00 37.00 37 .00 37.00 37 .00 NG003C NG004C 37.00 37 .00 37.00 37.00 37.00 0 480/120\/ MSLB 10.36 10.36 14 24 12 / 1 2 Heating Coils Brake HP NIA LOCA 12 / 12 37.00 37.00 37 .00 37.00 37 .00 --37.00 37 .00 37.00 37.00 37.00 0 NN Inverter BCTV Brake HP NIA LOCA 10.36 10.36 Freq. Adj. 1 SLOCA 37 .00 37.00 37 .00 37.00 37 .00 --37.00 37 .00 37.00 37.00 37.00 0 Freq. Adj. 1 SLOCA 10.36 10.36 HP/KW/KVA 25 LOOP MANUAL 0 0 0 0 0 DCGG02A DCGG02B 0 0 0 0 0 0 TOTAL SAFETY RELATED LOADS: LOOP 3602.6 4026.7 Emerg. Exhaust 13 MSLB 20.45 20.45 20.45 20.45 20.45 NG003C NG002B 20.45 20.45 20.45 20.45 20.45 21.16 MSLB 4705.5 4740.4 Fans Brake HP 24.0 LOCA 12 / 12 20.45 20.45 20.45 20.45 20 .45 --20.45 20.45 20.45 20.45 20.45 21 . 16 LOCA 5361.1 5446.4 Freq. Adj. 1.0303 SLOCA 20.45 20.45 20.45 20.45 20 .45 --20.45 20.45 20.45 20.45 20.45 21.16 SLOCA 4293.9 4379.2 NOTES 1 All Accident Types are evaluated concurrant with a Loss of Offsite Power (LOOP). 7 "UV" signals shed both safety and non-safety related loads upon loss of voltage on 14 Starting will be interlocked with its respective fan. DIG buses The "S" signal originates within the Load Shedder-Sequencer Panel 2 The start times shown include both 12 sec. for the Diesel to come up to speed This signal is a derivative of the safety injection signal (SIS) and serves to trip those 15 Starts and/or stops automatically by a signal from pressure, level, or and voltage after DG start signal and the time when the sequencer starts the load. non-1 E loads connected to the Class 1 E buses on the occurrence of an SIS. temperature switch, or manually operated when required. In the event that a LOCA is present without bus undervoltage, 12 sec. must be subtracted from the start times shown. 8 Worst case KVAR loading for each component is obtained from the load tables of 16 Starting of a pump room cooler will be interlocked with its respective pump E-11005A motor breaker in the automatic mode. 3 All loads are determined from the load tables and notes on Drawing E-11005A. 9 Sequencer starts one of the two component cooling water pumps in each load group 17 The 250 Volt Battery Charger load applies only to NEOD2. 4 0-30 minutes -This time period would cover when immediate/intermittent loads and 5 seconds later starts the 2nd (standby) pump in the same load group provided such as MOVs would be energized. The generator set rating for this time period the first pump failed to start. 18 Under certain circumstances this load may be connected to the bus and is 7441 kW. since it is not shed, this load must be considered as starting at 12 sec. 10 Containment Spray Pump starts at 27 secs if a CSAS is present at 27 sec. 5 30 minutes ta 7 days -This intermediate time period would cover Hat Standby Containment Spray Pump starts at 52 secs if a CSAS is not present at 27 secs. 19 The various Overall Power Factor (PF) values were determined by using operations during a LOOP, operations during a Main Steam Line Break (MSLB) the Overall Maximum KW Loading for each separate grouping of 1 O cases and would also cover the injection and recirculation phases during a Large Break 11 Not Used. (5 time periods x 2 EDGs) and the associated Total Worst-Case KVAR LOCA, or Small Break LOCA (SLOCA) The generator set rating for this time Loading period is 6821 kW. -----(Note 19 is not referenced in the above Table.)----- 12 Povver values shown for NK25/NK26 represent the charger with no DC output load. 6 Greater than 7 days -This time period would cover cold shutdown operations When the Swing Charger is switched into service, its load becomes that of the 20 The "Total Auto-Connected Load" includes all loads that are during a LOOP, operations during a Main Steam Line Break (MSLB), and would charger it replaced. automatically sequenced back on to the diesel generator, together also cover an extended recirculation phase during a LOCA or SLOCA The with all loads that could be automatically re-energized generator set rating for th is time period is 6201 WV. 13 Starts automatically from an SIS/CRVIS/FBVIS signal. Auto-Connected Loads do not include manually initiated loads. NE001 EQUIPMENT NO. KWLOAD1NG 3 BUS NUMBER 2 HRS-24 HRS-> LOAD SHED -SIS 7 < 30 MIN 24 HRS 6 7 DAYS6 7 DAYS 6 LOAD SHED* LOOP 7 30 MIN.

2 HRS 0 0 0 DCGKD3A DCGK03B 0 0 4.04 4.04 4.04 NG003C NG004C 4.04 4.04 4.04 4.04 4.04 --4.04 4.04 4.04 4.04 4.04 --4.04 4.04 48.60 48.60 48.60 DSGK04AA DSGK04BA 38.50 38.50 48.60 48.60 48.60 NGOD1 NG002 38.50 38.50 48.60 48.60 48.60 --38.50 38.50 48.60 48.60 48.60 --38.50 38.50 22.86 22.86 22.86 DSGK04AB DSGK04BB 22.86 22.86 22.86 22.86 22.86 NGOD1 NG002 22.86 22.86 22.86 22.86 22.86 --22.86 22.86 22.86 22.86 22.86 --22.86 22.86 28.20 28.20 28.20 DSGK05AA DSGK05BA 33.70 33.70 28.20 28.20 28.20 NG001A NG002A 33.70 33.70 28.20 28.20 28.20 --33.70 33.70 28.20 28.20 28.20 --33.70 33.70 8.12 8. 12 8.12 DSGKD5AB DSGK05BB 8.12 8.12 8.12 8.12 8.12 NG001A NG002A 8.12 8.12 8.12 8.12 8.12

--8.12 8.12 8.12 8.12 8.12 --8.12 8.12 83.13 83.13 83.13 DCGMD1A DCGM01B 83.13 83. 13 83.13 83.13 83.13 NG003D NG004 83.13 83. 13 83.13 83.13 83.13 --83.13 83. 13 83.13 83.13 83.13 --83.13 83. 13 16.02 16.02 16.02 DPKJ03A DPKJ03B 16.02 16.02 16.02 16.02 16.02 NG003D NG004D 16.02 16.02 16.02 16.02 16.02 --16.02 16.02 16.02 16.02 16.02 --16.02 16.02 0.51 0.51 0.51 DPKJ02A DPKJ02B 0.51 0.51 0.51 0.51 0.51 NG003D NG004D 0.51 0.51 0.51 0.51 0.51 --0.51 0.51 0.51 0.51 0.51 --0.51 0.51 1.80 1.80 1.80 DPJE01A DPJE01B 1.80 1.80 1.80 1.80 1.80 NG003D NG004D 1.80 1.80 1.80 1.80 1.80 --1.80 1.80 1.80 1.80 1.80 --1.80 1.80 2.44 2.44 2.44 DSGG04A DSGG04B 0 2.44 2.44 2.44 2.44 NG003C NG004C 0 2.44 2.44 2.44 2.44 --0 2.44 2.44 2.44 2.44 --0 2.44 98.90 98.90 98.90 DPECD1A DPEC01B 0 98.90 98.90 98.90 98.90 NG001 NG002 0 98.90 98.90 98.90 98.90 --0 98.90 98.90 98.90 98.90 UV1A U\f2A 0 98.90 8.51 8.51 8.51 SGF02A SGF028 8.51 8.51 8.51 8.51 8.51 NG001 B NG004C 8.51 8.51 8.51 8.51 8.51 --8.51 8.51 8.51 8.51 8.51 --8.51 8.51 9.17 9.17 9.17 DSGL12A DSGL12B 9.17 9.17 9.17 9.17 9.17 NG001A NG002A 9.17 9.17 9.17 9.17 9.17 --9.17 9.17 9.17 9.17 9.17 --9.17 9.17 0 0 0 DSGLD9A DSGL09B 0 0 7.49 7.49 7.49 NG001A NG002A 7.49 7.49 7.49 7.49 7.49 --7.49 7.49 7A9 7.49 7A9 --7.49 7.49 9.13 9.13 9.13 DSGL 11A DSGL11B 9.13 9.13 9.13 9.13 9.13 NG003C NG004C 9.13 9.13 9.13 9. 13 9.13 --9.13 9.13 9.13 9.13 9.13 --9.13 9.13 7.49 7.49 7A9 DSGL 10A DSGL10B 0 7.49 7.49 7.49 7.49 NG001A NG002A 7.49 7.49 7.49 7.49 7.49 --7.49 7.49 7.49 7.49 7.49 --7.49 7.49 0 0 0 DSGL13A DSGL13B 0 0 7A9 7.49 0 NG001A NG002A 7.49 7.49 7.49 7.49 0 --7.49 7.49 0 0 0 --0 0 14.45 14.45 14.45 DCGD01A DCGD01B 14.45 14.45 14.45 14.45 14.45 NG005E NG006E 14.45 14.45 14.45 14.45 14.45 --14.45 14.45 14.45 14.45 14.45 --14.45 14.45 0 0 0 FGK02A FGK02B 0 0 5.00 5.00 5.00 NG001A NG002A 5.00 5.00 5.00 5.00 5.00 --5.00 5.00 5.00 5.00 5.00 --5.00 5.00 0 0 0 DCGK04A DCGK04B 0 0 3.74 3.74 3.74 NG001A NG002A 3.74 3.74 3.74 3.74 3.74 --3.74 3.74 3.74 3.74 3.74 --3.74 3.14 1.69 1.69 1.69 DFEF02A DFEF028 1.69 1.69 1.69 1.69 1.69 NG005E NG006E 1.69 1.69 1.69 1.69 1.69 --1.69 1.69 1.69 1.69 1.69 --1.69 1.69 10.36 10.36 10.36 NN11/NN13 NN12/NN14 10.27 10.27 10.36 10.36 10.36 NG001A NG002A 10.27 10.27 10.36 10.36 10.36 --10.27 10.27 10.36 10.36 10.36 --10.27 10.27 4026./ 4026.7 4026.I PF: 86.0% 3595.9 4022.1 3952.3 3929.8 41 04.4 PF: 84.8% 4698.7 4 735.£ 5446.4 4835.4 4828.0 PF: 85.3% 5354.4 5441.S 4321.0 4321.0 4321.0 PF: 84.4% 4287.2 4374.7 21 The Total Load is the sum of the Total Safety Related Loa Related Loads. The maximum Total Load far each Time F outlined cells with bold-face type. The values in these cell the associated Diesel Generator margins. 22 The operating frequency of the EOG is not maintained at a frequency conditions, EOG loading increases by the cube* and fans and directly proportional to the frequency for coni frequency will be maintained between 59.4 Hz and EOG loading will be at a frequency of 60 6 Hz (60 LOAD FREQUENC Pump/Fan Loads (Frequency Cubed): Constant Torque Loads (Frequency Direct) Constant Loads (No Change due to Frequency): 23 An additional 1% has been conservatively added to each F condition ta account far the effects of cable losses 24 One inverter is operating at No Load and one Inverter is 01 loading provided is the total loading for both Inverters 25 An alternate model motor is approved with slightly differen: installed at any given time) Shown details pertain to the v1* 11005A far additional motor details NED02 KW LOAD1NG3 2HRS-24HRS-> 24 HRS0 7 DAYS0 7 DAYS 6 0 0 0 4.04 4.04 4.04 4 04 4.04 4.04 4 04 4.04 4.04 38.50 38.50 38.50 38.50 38.50 38.50 38.50 38.50 38.50 38.50 38.50 38.50 22.86 22.86 22.86 22.86 22.86 22.86 22.86 22.86 22.86 22.86 22.86 22.86 33.70 33.70 33.70 33.70 33.70 33.70 33.70 33.70 33.70 33.70 33.70 33.70 8. 12 8.12 8. 12 8. 12 8.12 8. 12 8. 12 8.12 8. 12 8. 12 8.12 8. 12 83.13 83.13 83. 13 83.13 83.13 83. 13 83.13 83.13 83. 13 83.13 83.13 83. 13 16.02 16.02 16.02 16.02 16.02 16.02 16.02 16.02 16.02 16.02 16.02 16.02 0.51 0.51 0.51 0.51 0.51 0.51 0.51 0.51 0.51 0.51 0.51 0.51 1.80 1.80 1.80 1.80 1.80 1.80 1.80 1.80 1.80 1.80 1.80 1.80 2.44 2.44 2.44 2.44 2.44 2.44 2 44 2.44 2.44 2.44 2.44 2.44 98.90 98.90 98.90 98.90 98.90 98.90 98.90 98.90 98.90 98.90 98.90 98.90 8.51 8.51 8.51 8.51 8.51 8.51 8.51 8.51 B.51 8.51 8.51 8.51

9. 17 9.17 9. 17 9. 17 9.17 9. 17 9. 17 9.17 9. 17 9. 17 9.17 9. 17 0 0 0 7.49 7.49 7.49 7.49 7.49 7.49 7.49 7.49 7.49 9. 13 9.13 9. 13 9. 13 9.13 9. 13 9. 13 9.13 9. 13 9. 13 9.13 9. 13 1.49 7.49 7.49 I .49 7.49 7.49 7.49 7.49 7.49 7.49 7.49 7.49 0 0 0 7.49 7.49 0 I .49 7.49 0 0 0 0 14.45 14.45 14.45 14.45 14.45 14.45 14.45 14.45 14.45 14.45 14.45 14.45 0 0 0 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 0 0 0 3.74 3.74 3.74 3.74 3.74 3.74 3.74 3.74 3.74 1.69 1.69 1.69 1.69 1.69 1.69 1.69 1.69 1.69 1.69 1.69 1.69 10.27 10.21 10.27 10.27 10.27 10.27 10.27 10.27 10.27 10.27 10.27 10.27 4022.1 4022.1 4022.1 3947.7 3925.3 4099.9 5441.9 4830.9 4823.4 4316.5 4316.5 4316.5 5 and Total Non-Safety

riad is indicated by are used to determine

exact 60 Hz During over-, the frequency due to pumps ant torque loads. The EOG I 60.6 IHz. The worst case 1 01 ) ( ADJUSTMENT FACTOR 1.0303 1 01 1.00 equency Adjusted loading irating at Full Load. The -atings (either may be ,rst case motor. See E-WORST CASE KVAR LOADING 8 0 4.38 4.38 4.38 23.86 23.86 23.86 23.86 17.74 17.74 17.74 17.74 19.82 19.82 19.82 19.82 6.97 6.97 6.97 6.97 87.20 87.20 87.20 87.20 10.43 10.43 10.43 10.43 1.04 1.04 1.04 1.04 1.35 1.35 1.35 1.35 2.82 2.82 2.82 2.82 71.13 71.13 71 .13 11.13 13.99 13.99 13.99 13.99 15.06 15.06 15.06 15.06 0 15.28 15.28 15.28 11.87 11.87 11.87 11.87 15.28 15.28 15.28 15.28 0 15.28 15.28 0 10.42 10.42 10.42 10.42 0 0 0 0 0 1.96 1.96 1.96 1.05 1.05 1.05 1.05 5.49 5.49 5.49 5.49 2390.4 2964.6 3331.7 2776.5 NQN-§8EEI: t:

BEL8IEIJ LQ81l§ TIME TO LOAD DESCRIPTION NAMEPLATE REFER ACCIDENT START LOAD RATING NOTES TYPE 1 (SEC) 2 HP/K\N/KVA 250 Instrument Air Compressors ?:, Brake HP 250 >------+---< Freq. Adj. CROM Cooling Fans Boric Acid Transfer Pumps Back Up 1 .01 HP/K\N/KVA 34.5 Brake HP 29.1 Freq. Adj. 1.0303 HP/fil/KVA 15.5 Brake HP Freq. Adj. 1.0303 HP/fil/KVA 692 Pressurizer Heaters Brake HP Standby AC Lighting Non-Class 1 E >-~-~--+---< Freq. Adj. 1 HP/KW/KVA 75 Brake HP Freq. Adj. HP/K\N/KVA 30 Instrument AC Povter Brake HP NIA 125 Volt Battery Chargers 125 Volt Battery Chargers 250 Volt Battery Charger ESW Pumphouse Heaters ESW Pumphouse Heaters ESW Pumphouse Heaters ESW Pumphouse Heaters >------+---< Freq. Adj. 1 HP/K\N/KVA 39 Brake HP N/A Freq. Adj. HP/Wll{VA 39 Brake HP NIA Freq. Adj. 1 HP/Wll{VA 52 Brake HP Freq. Adj. HP/K\N/KVA 25 Brake HP N/A Freq. Adj. HP/K\N/KVA 15 Brake HP N/A Freq. Adj. HP/fil/KVA 15 Brake HP NIA Freq. Adj. HP/K\N/KVA 15 Brake HP NIA Freq. Adj. 15, 18 15, 18 15, 18 15, 18 TOTAL NON-SAFETY RELATED LOADS: TOTAL AUTO-CONNECTED LOADS:20 TOTAL LOAD ON DIESEL GENERATOR: 21 TOTAL LOAD ON DIESEL GENERATOR: 21*22 (Frequency Adjusted) LOOP MSLB >-----tMANUAL LOCA SLOCA LOOP MSLB >-----tMANUAL LOCA SLOCA LOOP .__M_S_LS _ _,MANUAL LOCA 30 MIN. 1-~s=,=o=c~A---1 LOOP t-~M','-S=L8~-JMANUAL LOCA 60 MIN. SLOCA LOOP 12 / 12 MSLB LOCA MANUAL SLOCA LOOP MSLB 12 f 12 LOCA SLOCA LOOP 1--M°"'S=LB~,MANUAL LOCA 2 HR. SLOCA LOOP MSLB MANUAL LOCA 2 HR. SLOCA LOOP MSLB MANUAL >--,-0-C_A _ _, 2 HR. SLOCA LOOP 12 / 12 MSLB t-~L=O=C=A'--JMANUAL SLOCA LOOP 12 / 12 MSLB LOCA MANUAL SLOCA LOOP 12 / 12 MSLB LOCA MANUAL SLOCA LOOP 12 / 12 MSLB LOCA MANUAL >-~='--t SLOCA LOOP MSLB LOCA SLOCA LOOP MSLB LOCA SLOCA LOOP MSLB LOCA SLOCA LOOP MSLB LOCA SLOCA TOTAL LOAD ON DIESEL GENERATOR: 21*22*: LOOP (Frequency

Adjusted, with Cable Losses) MSLB ASSOCIATED DIESEL GENERATOR RATINGS:4*M LOCA SLOCA < NEOD1 KWLOADING 3 30MIN.-2HRS-24HRS-> EQUIPMENT NO. BUS NUMBER LOAD SHED -SIS 7 30 MIN. 4 2 HRSc; 24 HRS 6 7 DAYS o 7 DAYS 6 LOAD SHED -LOOP 7 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 193.10 0 23.31 23.31 23.31 23.31 0 23.31 23.31 23.31 23.31 0 0 0 0 0 0 0 0 0 0 0 11 .80 11.80 11.80 11.80 0 11 .80 11.80 11.80 11.80 0 11 .80 11.80 11.80 11.80 0 11 .80 11.80 11.80 11.80 0 692.40 692.40 692.40 0 0 692.40 692.40 692.40 0 0 0 0 0 0 0 692.40 692.40 692.40 0 49.64 49.64 49.64 49.64 49.64 0 49.64 49.64 49.64 49.64 0 49.64 49.64 49.64 49.64 0 49.64 49.64 49.64 49.64 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 0 48.49 48.49 48.49 48.49 0 48.49 48.49 48.49 48.49 0 48.49 48.49 48.49 48.49 0 48.49 48.49 48.49 48.49 0 48.49 48.49 48.49 48.49 0 48.49 48.49 48.49 48.49 0 48.49 48.49 48.49 48.49 0 48.49 48.49 48.49 48.49 25.00 25.00 25.00 25.00 25.00 0 25.00 25.00 25.00 25.00 0 25.00 25.00 25.00 25.00 0 25.00 25.00 25.00 25.00 15.00 15.00 15.00 15.00 15.00 0 15.00 15.00 15.00 15.00 0 15.00 15.00 15.00 15.00 0 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 0 15.00 15.00 15.00 15.00 0 15.00 15.00 15.00 15.00 0 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 0 15.00 15.00 15.00 15.00 0 15.00 15.00 15.00 15.00 0 15.00 15.00 15.00 15.00 334.3 1158.8 1158.8 1158.8 466.4 214.7 1158.8 1158.8 1158.8 466.4 214.7 443.1 443.1 443.1 443.1 214.7 1135.5 1135.5 1135.5 443.1 3721.8 3655.4 3655.4 3655.4 3655.4 4727.1 4660.7 3872.6 3850.1 4024.7 4875.8 4809.4 4809.4 4198.4 4190 9 4315.5 4249.1 4190.9 4190.9 4190.9 3937.0 5185.5 5185.5 5185.5 I 4493.1 4920.2 5899.3 5111.1 5088.7 4570.9 5575.B 5889.6 I 5889.6 5210.6 I 5211.1 I 4508.6 5514.8 I 5456.5 5456.5 I 4764.1 4041.3 5305.1 5305. 1 5305.1 4612.7 5056.6 6039.2 5227.1 5204.0 4691.5 5732.1 6o4s.6 I 6048.6 5419.1 I 5411.4 I 4632.6 5641.5 I 5581.5 5581.5 I 4889.1 4081. I 5358.1 5358. 1 5358.1 4658.8 5107.2 6099.6 5279.4 5256.0 4738.4 5789.4 6109.1 6109.1 5473.3 5465.5 4678.9 569/ .9 5637.3 5637.3 4938.0 I 7441.0 I 6021.0 I 6021.0 I 6821.0 I 6201.0 I DCKA01A DCKA01B NG003 NG004 S-1 S-2 UV1B U\/2B DCGN01D DCGN01B NG001 B NG002B S-1 S-2 DPBG02A DPBG02B NG001 A NG002A S-1 S-2 TBB03 TBB03 PG021 PG022 S-1 S-2 UV1B UV2B MCC MCC S-1 S-2 XPND7A XPNOBA NG001 B NG002B PK021 PK022 NG001 NG004 S-1 S-2 UV1B UV2B PK023 PK024 NG001 NG004 S-1 S-2 UV1B UV2B PJ031 NOTE 17 NG002 S-2 U\/2B EGD01A EGD01B NG005E NG006E S-1 S-2 EGD01C EGD01D NG005E NG006E S-1 S-2 EGD01E EGD01 F NG005E NG006E S-1 S-2 EGD01G EGD01H NG005E NG006E S-1 S-2 PF: 96.8% PF: 96.8% PF: 96.8% PF: 86.0% PF: 86.9% PF: 85.2% PF: 85.8% PF: 84.7% PF: 88.9% PF: 87.6% PF: 85.3% PF: 87.5% PF: 88.8% PF: 87.6% PF: 85.3% PF: 87.5% PF: 89.0% PF: 87.8% PF: 85.6% PF: 87.7% NE002 KW LOADING3 < 30MIN.-2HRS-24HRS-> 30 MIN. 4 2HRS6 24HRS6 7DAYS6 7 DAYS 6 193.10 193.10 193.10 193.10 193.10 193. 10 193.10 193. 10 0 23.31 0 23.31 0 0 0 0 0 11.80 0 11.80 0 11 .80 0 11.80 0 692.40 0 692.40 0 0 0 692.40 56.01 56.01 0 56.01 0 56.01 0 56.01 21.60 21.60 21.60 21.60 21.60 21.60 21.60 21.60 0 48.49 0 48.49 0 48.49 0 48.49 0 48.49 0 48.49 0 48.49 0 48.49 0 64.65 0 64.65 0 64.65 0 64.65 25.00 25.00 0 25.00 0 25.00 0 25.00 15.00 15.00 0 15.00 0 15.00 0 15.00 15.00 15.00 0 15.00 0 15.00 0 15.00 15.00 15.00 0 15.00 0 15.00 0 15.00 340.7 1229.9 214.7 1229.9 214.7 514. 1 214.7 1206.5 3721.4 3657 .2 4720.3 4656.1 4869.0 4804.9 4308.8 4244.6 3936.6 5252.0 4913.4 5965.7 5569.1 5956 0 4501.9 5581.2 4040.8 5371.5 5049.8 6105.6 5125.3 I 6115.1 I 4625.8 5701 .9 4081.2 5425.2 5100.3 6166.6 5782.5 6176.2 4672.0 5765.0 193.10 193.10 193.10 193.10 23.31 23.31 0 0 11 .80 11 .80 11 .80 11 .80 692.40 692.40 0 692.40 56.01 56.01 56.01 56.01 21.60 21.60 21.60 21.60 48.49 48.49 48.49 48.49 48.49 48.49 48.49 48.49 64.65 64.65 64.65 64.65 25.00 25.00 25.00 25.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 1229.9 1229.9 514.1 1206.5 3657.2 3868.0 4804.9 4186.4 5252.0 5177.6 5956.0 5523.0 5371.5 5293.6 6115.1 564/ .9 5425.2 5346.5 6176.2 5704.4 193.10 193.10 193.10 193.10 23.31 23.31 0 0 11.80 11.80 11.80 11.80 692.40 692.40 0 692.40 56.01 56.01 56.01 56.01 21.60 21.60 21.60 21.60 48.49 48.49 48.49 48.49 48.49 48.49 48.49 48.49 64.65 64.65 64.65 64.65 25.00 25.00 25.00 25.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 1229.9 1229.9 514.1 1206.5 3657.2 3845.5 4193.9 4186.4 5252.0 5155.1 5345.0 5523.0 5371 .5 193.10 193.10 193.10 193.10 23.31 23.31 0 0 11 .80 11 .80 11 .80 11 .80 0 0 0 0 56.01 56.01 56.01 56.01 21.60 21.60 21.60 21.60 48.49 48.49 48.49 48.49 48.49 48.49 48.49 48.49 64.65 64.65 64.65 64.65 25.00 25.00 25.00 25.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 15.00 531.5 531.5 514.1 514. 1 3657.2 4020.1 4186.4 4186.4 4559.6 4637.3 I 5337.5 I II 4830.6 4679.1 5270.4 4757.9 5485.5 I 5477 .8 I 5647.9 II 4955.5 5425.2 4725.9 5323.1 4805.5 5540.4 5532.6 5704.4 5005.1 I 7441.0 I 6021.0 I 6021.0 I 6021.0 I 6201.0 I WORST CASE KVAR LOADING 8 129. 76 129.76 129.76 129. 76 12.01 12.01 0 0 9.47 9.47 9.47 9.47 0 0 0 0 0 0 0 0 10.46 10.46 10.46 10.46 46.73 46.73 46.73 46.73 46.73 46.73 46.73 46.73 62.31 62.31 62.31 62.31 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 317.5 317.5 305.5 305.5 2114.3 2901. 1 2913.8 2712.5 2707.9 3282.0 3637.1 3082.0 2777.0 3368.6 3734.5 3162.5 2777.0 3368.6 3734.5 3162.5 PERCENT MARGIN FROM GENERATOR RATING:7' I 25.07 I 13.51 I 13.66 I 20.00 I 15.00 I ~==:==~=:::::====:=:::::::

PERCENT MARGIN AT OVER-FREQUENCY w/CABLE LOSSES:22*23 0! _22_.2_0_.! __ 10_4_4_~! __ 10_.4_4_~! __ 1_,_35_~1_1_1_.a_,~I 1 25.16 1 12.54 1 12.60 1 19.03 1 13.92 1 1 22.29 1 9.45 1 9.45 1 16.37 1 10.,0 1 LEGEND l~--~I Non-shaded cells denote loads that are automatically sequenced. I I Shaded cells denote loads that are manually loaded. ~---~ .. II ___ .,II Double-outlined cells denote maximum total load for each time period. I DC1212/07/2017 Control cell to enter frequency for determining effect on loading. USAR FIG. 8.3-2 ESSENTIAL DRAWING [2J ~B/ISED N~CFP I \CCSlJECl CH3 DOC WIP-E-11005-042-A-1 C l~t.JGI P~G ~rJ CP #014853 PARTIAL INCORPORATION NOTES ~FCREEK ELECTRONIC APPROVAL NONE 'NUCLEAR OPERATING CORPORATION LIST OF LOADS SUPPLIED BY EMERGENCY DIESEL GENERATOR DR!'V\'ll"L:; l'LMB=R E-11005 52 I

, " w D D ,: --' w --' --' <I CIC <I a. ' ' ' ' " 0 z I "' <I --' D --' w CIC 0 r I "' CIC w r -u X w ' I; , " r w "' w CIC CIC w r u X w ' ' ' , , , w 0 ;l r --' 0 > -w u "' X I TO t 25 RPM L t LSR RELAY> I I t) EXCITER CONTROL ,-._E_M_E_R_G_E_Nc.C_Y_Sc.T_A_R_T

_______ ~x >-.....:*~ CESA, ESB RELAY) .,, _ UN] T PARA. SW. 'PARALLEL'
--=--"-'-""'-"-='-=...c.c.===---1 f------UNIT PARA. SW.

OFF /PARALLEL.
X ' MCB AT 75 /. GEN VOL TS ' " E-12KJ01 ),---~, f\f---------~. v , . ' ' / (\1--~* I " ' -. , ENGINE UP TO 471 RPM ( HSR RELAY) L)_M_,__I _E_-_12_K_J_01_),---:~ ( SERVl GENERATOR FIELD FLASHING / KJHS0073/RATED ' ~--,IX 1-----~: " ESB >-------*-~* f\ / ---------',!' "01--~ / . . ESA -~ THIS I > ,7'--_o_R_A_w_I_N_G __ _L_B ( 1 30/0G RELAY) ..... f--------...:..'.==..:.:c=~-,/+--- E-12NE02 . 186-1 /OG > L. 0. RELAY A ENER. ~--'------~ ' MASTER XFER. SW. "LDC/MAN' . RLY PNL / SHUTDOWN TARGET I NO] CATI ON .,:E:.:X.::C.::l..:T.::E.::R..:R..:E:.:S:::E:.:T_~ X !-----------~ ,f\f-------"J-'..:S::E:..Rc.V;,_>

' \._) ; EXCITER SHUTDOWN

-e,-::..;,,:,;_;_::,;_:_;:;,;.::.:.=.:...._--..:;, .1,,.-... ,--.:;,1~ , , ( ESQ RELAY> 1---' ~-i--'-------*----'--X --...:...---:~ ENG. SHUTDOWN ( 58 RELAYJ E-12KJ01 )*--------'--IX H C---~ 186-1/DG < L. 0. RELAY> THIS OWG. )*-----IIX f------:~ MASTER XFER. SW. 'LOC./MAN.' RL Y PNL. ' EXCITER RESET SW. 'RESET' RLY PNL , EMERGENCY START PREPOSITION < ESA, ESB RELAY) CONTACTS . " . f\1-------'----'-I S::;E:;R.;.V:.:> ______ --1 0 . SET EXCITER TO BASE VOLTAGE ( UF:,R RELAY) EXCITER SHUTDOWN EXCITER RESET / . I E-12KJ01 0 SET EXCITER DROOP PARALLEL MOOE SET GOV. DROOP TO PARALLEL MOOE . / w D D r => <I w 0 CIC w r u X w w "' <I w 0 CIC w r u X w CIC '\/ 0 --' ' I , "' w D z <I ,: w 0 CIC w r u X w w "' . I, , " w D w 0 -------------------------------------------------------------------------------*--.., /,'-'-----------------NE01

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RLY PNL " . ' EXCITER SET FOR AUTO VOLTAGE REGULATION.
MASTER XFER. SW. 'AUTO' RLY PNL MASTER XFER. SW. 'LOCAL/MAN" ., RLY PNL VOLT. REG. SEL. SW. I LOCAL> ' AUTO' , RLY PNL . ' ' / EXCITER SET FOR AUTO VOLTAGE REGULATION. 3 -u X w CIC w :> 0 --'
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"LOWER" . . " MASTER XFER. SW. "LDC. /MAN.'
RL Y PNL . ' VOLT. REG. AUTO SW. < LOCAL) 'LOWER' . RL Y PNL MASTER XFER. SW. "AUTO' . '" RL Y PNL . / VOLT. REG. MAN. SW. < REMOTE) 'RAJ SE' MASTER XFER. SW. "LDC. /MAN.' . PNL . . VOLT. REG. MAN. SW. < LOCAL> 'RA! SE' . RL Y PNL " MASTER XFER. SW. "AUTO' *

RLY PNL " . , _ VOLT. REG. MAN. SW. ( REMOTE) 'LOWER' ' '\1----->.i' v , MASTER XFER. SW. "LDC. /MAN.' . RL Y PNL . ' VOLT. REG. MAN. SW. < LDC AU 'LOWER' . RL Y PNL " RAISE EXCITER AUTO VOLTAGE CONTROL ADJUSTER LOWER EXCITER AUTO VOLTAGE CONTROL ADJUSTER RAISE EXCITER MAN. VOLTAGE CONTROL ADJUSTER LOWER EXCITER MAN. VOLTAGE CONTROL ADJUSTER
..) I . , L I REMOTE CONTROL SWITCHES ( RL01 5) SEE TABLE FOR ALT. SW. NOS. HS0005 OFF RESET PARALLEL (T UNIT PARALLEL SWITCH SPRING RETURN TO OFF HS0011A MAN. AUTO (J VOLTAGE REGULATOR SEL. SWITCH MAINTAJNED CONTACT HS0013A OFF LOWER RAISE (T VOLTAGE REGULATOR AUTO. SW! TCH SPRII\IG RETURN TO OFF HS0015A OFF LOWER RAISE (T VOLTAGE REGULATOR MAN. SWI TCH SPRING RETURN TO OFF LOCAL CONTROL SWITCHES ( NE:1 07) SEE TABLE FOR ALT. SW. NOS. HS01Z121 G EXCITER SHUTDOWN HSIZIIZII 38 OFF LOWER RAJ SE T '-/ VOLTAGE REG. AUTO SW. SPRING RETURN TO OFF KJHS073 RATED I OLE FIELD FLASH CONTROL SWICH EQUIPMENT HS0023 G EXCITER RESET MASTER TRANSFER SW. NOTE I DIESEL START /STOP SW. NOTE 1 UNIT PARALLEL SW! TCH EXCITER RESET SW! TCH EXCITER SHUTDOWN SW. VOLT REG SEL SW I REMOTE> VOLT. REG. SEL. SW. ( LOCAL> VOLT. REG. AUTO. SW. CREMOTEl VOLT. REG. AUTO. SW. (LOCAL) VOLT. REG. MAN. SW. ( REMOTE) VOLT REG. MAN. SW. ( LOCAL) RELAY PANEL RLY PNL MAIN CONTROL BOARD -MCB FIELD FLASH CONTROL SW. NOTES HS001 I 8 MAN. AUTO VOLT. REG. SEL. SW. MAINTAINED CONTACTS HS00158 NE001 KJHS000g KJHS0008A HS0005 HSIZl023 HS0021 HS00IIA HS0011B HS0013A HS0013B HS0015A HSIZl01 58 NEl 07 RL015 KJHS073 OFF LOWER RA! SE (T VOLTAGE REC,. MAN. SW. SPRING RETUl~N TO OFF NE002 KJHS0J0g KJHS0108A HS0006 HS0024 HS0022 HS0012A HS0012B HS0014A HS0014B HS0016A HS0016B NE106 RL015 KJHS173 I. THE MASTER TRANSFER SWITCH ANO DIESEL START/STOP SWITCH ARE PART OF THE KJ SYSTEM AND APPEAR ON LOGIC DIAGRAM E-12KJ01 . US,'.'.iR FIG. 8. 3-3-00 ESSEt~TIAL DRAWING Rckas~' (6EtVl:RATOR ()PTO VOL TA6E) 18&/F J.>E.LAY ENER,(C.LOSE PERM) I)< . "J>i:iH~E-0~2}.iNia601il~<)',--,,.--------------i r-~~ C'LASS IE Bl/S FOR t.lRHR. IS2-h'BOl/2 OR IS"2-/V.'80/09 Cl.OSJ.:i) ti BR.KR CO)VTROL*
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PARALLEL MODE BF,EAKER BF,EAKER CONTROL SWITCH SYNC. SWITCH COMPUTER INPUT NE01 NE107 KJ121 152NB0111 152NB0112 OR 152NB0109 NEHIS25 NEHS27 NEQ-17 NE02 NE106 KJ122 152NB0211 152NB0209 OR 152NB0212 NEHIS26 NEHS28 NEQ-18 I I /VOTES: L L06/C AS .SHOWIV APPLIES 70 AIEO/ AND NEOe. BR.EAKER CONTROL. FOR~-:Q()!PMENT tYUMBERS SEE CHART BELOW. 2. NUMBERS APPEARINC":r BELOW THE. REMOTE ANNUNCIATOR WINDOWS REFER TO THE ANNUNCIATOR FOINT AND COMPUTER POINT RESPECTIVELY. NUMl3,ERS BELOW THE LOCAL ANN. WINDOWS REFER TO THE PLANT COMPlJTER PT. NO. 3. DELETED. USt\R FIG. 8.3-4-00 ESSE~JTIAL DRAWING (ID REVISED Q ISSUED INCORPORATEO 06583() CHG. OOC. THIS owe;, SUPERSEDED BY REV, THIS OWG. Sl.f'ERSEDES REVISION NOTES, 'l:/Jf}. [L [p © [Rl \JUCLEAR OPERATING CORPORATION LC)GIC DIAGRAM CHANGE PKG. NO. REV. ELECTRONIC APPROVAL ST ANOBY GEN. SYSTEM PROTECTION SHEET REV H* I GI I I F1 E ol I ' cl I I A 1 <Ci;;;_~/;;~£ f]tt::::~::::*:;:c::~:c::;m.Rd,~,c
M,~IN CONT, BD-MCB RLQ15 RLQ15 ~;~E ED~A;l2NE02 -L__-. . -_. _-_ _-. -_. . -_. . _-_. _-_. _-_---.--_.
-.. -_. _-_ _-_ . . -_. . ___:_.. . _-_. _-_ . -----.-_. . . -_. . _-_ _-_ . . -_. . -_. . _-_. _-_ .. -rl -_. . -_ . -_. . . -_. . . -_ . -_ . . -_. . ~f~_. _-_ . ____:.. . . ____:.. . .___:.. _===-_ . . =--_. . ____.:. . f=r-== -====_ aiiiiiiiiiiiiii.. . . =_. . -~-_=_ . . =_. . =_ . _=_. _=_ . =_ . ~E 12N[0-2*1*_06 _"'Tiiiiiiill I lfiiiiiiii_. llliiiiiiiiiil I liiiifiiiil II I _I I j I_ l I_ _~II I I_ II ~sc:c~:::::,:,:z:ococ~ 06 . .. .. .. .. .. ,, .. 7. .. .. .. .. .. .. .. .. .. .. .. .. .. .. 6 .. ~. *~ .. .. .. .. .. ] .. .. .. .. .. .. .. ~. 5 .. .. .. ,, .. .. .. ~b .. .. .. .. .. .. .. 4 .. .. .. .. ,, .. .. [ .. .. .. .. .. ,, .. ~3 .. .. .. .. .. .. ,, .. .. .. .. .. .. .. ~. 2 .. .. .. ~. *~ .. .. .. ~. --------------------------------------------- ' I 8 DIESEL START/STOP " THIS ~------~- .. / DRAWi NG START DIESEL LOGIC ( 4.16 KVl BUS UVl 186-1/DG > X , L. 0. RELAY F E-12NE02 )----1 I---,,/ ENERGIZED ~-~----~ 1---, / -----------, 1------c, BARR I NG DEV. ENGAGED X , ( BDR RELAY) _,, DIESEL EMER. START SW. "START" , -RLY PNL MASTER XFER. SW. "AUTO' PNL E-12NF01 , , ( , , ( 1\1-----------* ,J / SIS -~~~--;------7!'~1---'~ s I GNAL .X , ' ; / SHUTDOWN > THI s >-X ' RELAY A I---,,/ ENERG:ZED ~-~D_R_A_W_IN_G __ -f--'~---, '--./ / , ( SD~l / ' " THIS ~-, / DRAWi NG PROT' N BYPASS < ESX RELAY) EMER. START < ESA, ESB RELAYS> THIS G l7 DRAWi tJG THIS l7 DRAWi NG 8, E-12NE02 GG GI y Y'/ ) , , 4A, 48 RELAYS , , / , / 0 w w V, _, w V, w 0 w u; " w er LJ z ' 0 w w u; _, w u; w 0 w u; " w er LJ w 0 GOVERNOR CONTROL MASTER XFER. SW. "AUTO" RLY PNL , , GOV. SP. CONT. SW. ( REMOTEJ 'RA! SE" , MASTER XFER. SW. "LDC/MAN" RLY PNL , , GOV. SP. CONT. SW. < LOCAU "RAJ SE" RLY PNL , >THIS O~ DRAW[ NG ,~ >THI S ,.::::a MASTER XFER. SW. "AUTO" , DRAW[ NG J /I/ e-'fiRL~Y~P~NtL~=::,_=:__:_c::.:,:::_ ________ /==:;--l _ _l_/ GOV. SP. CONT. SW. ( REMOTE) 'LOWER" MASTER XFER. SW. II LOC/MAN" RLY PNL ' / , , / ' / , RA! SE GOV. SPEED CONT. DRU LOWER GOV. SPEED CONT DRU MAIN CONTROL BO CONTROL SWITCHES HS0001C G SEE TABLE FOR ALT. SW. NOS. HS0008A RESET STOP DIESEL START-RESET /STOP SW. MOMENTARY CONTACTS HS0007A OFF LOWER RAISE GOVERNOR SPEED CONTROL SW. SPRING RETURN TO OFF LOCAL CONTROL SWITCHES (NE107) SEE TABLE FOR ALT. SW. NOS. HS001Zll D 0) EMERGENCY DIESEL START SW. 1 (RL015) HS0008D 0) / ENG. PNL ' > THIS yy ORA WI NG 5 ' MASTER XFER. SW. "LDC/NAN" , GOV. SP. CONT. SW. ( LDCAU , 1-----L)~_ 0_0~1-~~-~-!_1_N_G __ ~> RLY PNL DIESEL START SW. MOMENTARY CONTACTS MOMENTARY CONTACTS ( BREAk GLASSl DIESEL STOP SW. MOMENTARY CONTACTS START FAILURE X ' --~------< ISFRRELAYl ' TEST START DIESEL START > THIS I NTLK. C ( 58 RELAY) DRAW! NG I TSR l---<x !----::-~ RELAY)
MASTER XFER. SW. " AUTO" / RL Y Pf,JL DIESEL START/STOP" START"/,
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START ( ESB OR ESAl DIESEL SPEED> 125 RPM X , ------------, 1-----c< (LSRl / --------------1X1--~*/ ( 4Al f--~ -, 4"'s'"',--------------,xf---::,, KJHS073/RATED MOOE , , ~-~----~ f--~ ENE~g~ ZED ~HS ~!AWING ;---------<IXr---:,,: ANNUNCIATOR INTLk. , , 186-1 /DG > L. 0. RELAY B ENERGIZED ~-~----~ E-12NE02 5E RELAY OP! -LUBE OIL PRESS. LOW ' / ,,--..\ \,,___-;f---';,_ _:O:;,P,;:2c,,-,;:L,;:U,;:B;::E_,,:,Oc_l L::_;P_;R,;;E:,;S;,;S;,:,_:L;,:Oc;Wc_ _____ -';,, -OP3-LUBE 01 L PRESS. LOW , OP4-LUBE OIL PRESS. LOW , , OP3-LUBE DI L PRESS. LOW 'r--~ OP4-LUBE DI L PRESS. LOW CC2-CRANkCASE PRESS. HI ' CC3-CRANKCASE PRESS. HI , *~ , \f----,'~ CC4-CRANKCASE PRESS. HI , '.,,__,,} -'-'--'-----".,,,C,"----'-'"----"------~, CC3-CRANKCASE PRESS. HI CC4-CRANKCASE PRESS. HI , CT] -COOLANT TEMP HI *~ ' If--'_~ CTZ-COOLANT TEMP HI , '--...____/ _::_;.::,_==="--=-"--"'---------';, / CT3-COOLANT TEMP HI , , , -, , , , , > THIS )-X , MASTER XFER. SW. "AUTO" G 1----c, *-:"":'-",'-"'-"',::___,:,:::___:_c:_c,:_ _______ 7-1'/ D RAW I NG ' RL Y P NL >--~ ~--,-c-----~ ~--' -START /STOP SW. 'STOP' ' / MASTER XFER. SW. "LDC/MAN" , PNL , , 01 ESEL STOP SW. "STOP" , RLY PNL , ** f-_o_I_E_S_E_L_S_H_U_T_o_o_w_N ____ .,,K/l ____ ,"" RESET SW. / RLY PNL ~\1--_____ s_H_U_T_o_o_w_N_R_E_L_A_Y_I _s_oR_I _______ ,"" '.,,__,,) / ( ESA, ESB RELAYS) TODD r-, --., 5A I \l---+-c':+-\--------,*~ ' ! ;i , '-.._,/ .,.,. RELAY 1 40 SEC. 186-1 /DG L. 0. RELAY ENERGIZED E-12NE02 " THIS / DRAWi NG " THIS DRAWING A AA SHUTDOWN RELAY ENERGIZED ( SDRl , -TD3 RELAY TDPU 4 SEC. SHUTDOWN SOL. -. THIS / ORA WI NG ~THIS /DRAWING --j E-12NE02 E-12NE01 , STOP DIESEL k C H p T03A RELAY At~NUC. I NTLk. 5B RELAY D[ESEL START INTERLOCK ( 58 RELAY) D-G TRIP ( 58 RELAY) ENG SHUTDOWN < 58 RELAYl / DC3 / E -l2NE02 "' THIS f-------, / DRAWi NG , "' X XX KJHS073/IOLE ANNUNCIATOR INPUTS CRANKCASE PRESS. SW. CC2 CC3 CC4 OP! OP2 OPJ OP4 CTI CT2 CT3 CT4 OCI CRAN<CASE PRESS. HIGH , -, / / , TOPU ( 4 SEC) , LUBE or L PRESS. LOW / / >-, , ' / TOPU ( 4 SEC) , JACKET COOLANT TEMP. HIGH , , / / , , DC CONTROL POWER FAILURE , DC2 , :f-----H -<> ENG,PNL -<) ENG, PNL ENG. PNL I 8 ENG. PNL , \ '\ .,:,,:,;:,,, ____ ~V\ 1----------< 34 , CR F-1 RE I so. SW. " I SO' , J .J , ( SE[ NO TE 1 l / ;:;,.,," _o_c_4 __________ ,~ '-------~-----~ / lo~ DIESEL OUT OF SERVICE ** ,_M_A"_o T_E_R_X_F_E_R_,_S_W_, _" _L_OC_I_M_A_N_"-----------0 RK045A ANY LOCAL ALARM _L_O_C_A_L_A_N_N_, _R_E_L_A_Y--------------~~ RK045A TYPICAL LOCAL ALARM ENG. PNL I OLE SPEED RATED SPEED ......_ / HS0012 G DIESEL DOWN RESET SW. MOMENTARY CONTACTS KJHS073 RATED I OLE FIELD FLASH CONTROL SWITCH HS0009 AUTO LOC/MAN MASTER TRANSFER SWITCH HANDLE REMOVABLE ONLY IN AUTO POS. HS0007B OFF LOWER RAI5E '] GOVERNOR SPEED CONTROL SW. SPRING RETURN TO OFF LOCAL CONTROL SWITCH (KJ122 ONLY) EQUIPMENT CESCRIPTION DIESEL START STOP SW. GOV. SPEED CONTROL SW. ( REMOTE) GOV. SPEED CONTROL SW. ( LOCAL) DIESEL START SW. DIESEL STOP SW. DIESEL EMERGENCY START DIESEL SHUTOOWtJ RESET SW. MASTER TRAI\SFER SW. MAIN CONTRCL BD-MCB RELAY PANEL -RLY PNL ENGINE PANEL -ENG PNL AIR START SOLEtlOIDS SHUTDOWN SCLENOIDS FIELD FLASH CONTROL SW. ( CONTROL ROOM FI RE I SO. SW. AN~JUNCIATOR WINDOWS HS0!10 NORM I SO m CR Fl RE I SO SW. MAINTAINED CONTACTS DIESEL KkJ01A KJHS0008A KJHS0007A KJH*30007B KJHS0001C KJHS00080 KJHS00010 KJHS0012 KJHS000CJ RUil 5 NE107 KJI 21 KJPV0001 A. KJPV0008 KJHS073 A~.JNUNCIATOR CRANKCASE PRESSURE HIGH 0 OIESE_ KkJ013 KJHS0108A KJHS0107A KJHS0107B KJHS0!01C KJHS0108D KJHS0101D KJHS0112 KJHS0!0CJ RL015 NE106 KJ122 KJPV00018 KJPV0101 A, KJPV01018 KJPV0108 KJHSI 73 KJHS0110 Wl~IDOWS LUBE OIL PRESSURE LOW LOCAL ENG. PNL. ) . ~f---71' CT4-COOLANT TEMP HI , '.,,__,,} ANNUNCIATOR INPUTS ( CONT. l FOR DESCRIPTION -SEE TABLE BELOW WINDOW NO DESCRIPTION JACKET COOLANT TEMPERATURE HIGH DC CONTROL POWER FAILURE -----------------~, CT3-COOLANT TEMP HI , CT4-COOLANT TEMP HI , ENGIN= OVERSPEED ~ENG.PNL ( EOR =lELAYl PNL _ MASTER XFE"l. SW. "AUTO" / E-12NE02 / , , ' z MASTER XFER. SWITCH IN ' AUTO" POSITION 186-1 /DG , / _;_l;;,.86:_-_:2;_/e,OG;;,,_ __________ -,,{'~>-----*~ENG,PNL , '.,,__,,) 8 _;,l,;:3,;:0_-_4_1;;,.DG;:,_ ___________ -:,,* GENERATOR ' PROTECTIVE RELAY ENG SHUTDOWN X , -------< 1---------, ( 5B RELAY> ,, >xx THIS DRAWING -<) ENG.PNL , !---~-----* 4 JACKET COOLANT JACKET COOLANT PRESS. SW. Xi--------,,: PRESSURE LOW DIESEL RUN NI NG , ( ASR RELAYl , PSL0098A ( PSL01 98A) NOTE 2 X -----f-----,:,, PRESSURE SW! TCH ,, --<2> ENG, PNL 1--~-----* 9 COMBUSTION AIR PRESSURE LOW ( PSL01 q8Bl , ' ;;------- NOTE 2 X 'I',__./ ' 1---/~ PSL00CJ8B PRESSURE SWITCH NOTES: 1. CONTROL ROOM FIRE ISOLATION SWITCH IS USED ON KJ122 ONLY. ' .,I GEN. PROTECT! ON r-,JQT BYPASSED DUR! NG EMER. OPER. 5 START! NG Al R TRAIN A( Cl PRESSURE LOW NOTE 2 7 GENERATOR UNOERFREOUENCY NOTE 1 I 2 STARTING AIR TRAIN B< OJ PRESSURE LOW NOTE 2 l 4 GENERATOR UNDERVOLTAGE NOTE I FUEL OIL PRESSURE LOW NOTE I 21 GENERATOR UNDER EXCITED 20 ENGINE OVERSPEED 42 BARRING DEVICE ENGAGED 27 ENGINE TROUBLE SHUTDOWN 28 ANY SWITCH NOT IN AUTO 35 GENERATOR FIELD GROUND I 6 LUBE OIL LEVEL HIGH IN SUMP 9 LUBE OIL LEVEL LOW IN SUMP 23 LUBE DI L TEMPERATURE LOI,,.' 30 LUBE OIL TEMPERATURE HIGH l l JACKET COOLANT TEMP LOW 31 LUBE 01 L Fl LTER DIFFERENTIAL PRESS. HIGH 24 LUBE DI L STRAINER DI FF. PRESS. HIGH 8 FUEL 01 L Fl LTER DI FF. PRESS. HIGH I 0 ROCKER ARM LUBE OIL FILTER DI FF. PRESS. HIGH l 7 ROCKER ARM LUBE OIL LEVEL HIGH 3 ROCKER ARM LUBE OIL PRESSURE LOW NOTE I 40 INTERCOOLER WATER PRESSURE LOW NOTE I 32 !NTERCOOLER WATER TEMP LOW INTERCOOLER WATER TEMP HIGH 6 DIESEL START FAILURE 25 JACKET COOLANT EXPANSION TNK. LEVEL LOW I 5 FUEL 01 L STRAINER DI FF. PRESS. HIGH I 3 DIESEL BEARING TEMP HIGH 33 EXCITER PWR. P. T. FUSE STATUS 0 DIESEL OUT OF SERVICE 0 0 ANY LOCAL 11U'IRM 0 USAR FIG. 8. 3-5-00 REMOTE RK045A ESSENTIAL DRAWING @ REVISED Q ISSUED INCORPORATED WIP-E-12KJ01-004-A-1, R/00 CHG. DOC. THIS OWG. SIJPERSEOEO BY REV. rHIS Do/G. SUPERSEOCS REVISION NOTES: 1W (Q) [L [F NUCLEAR OPERATING CORPORATION STANDBY GENERATION CHANGE 012097 PKG. NO. ELECTRONIC APPROVAL ENGINE AND GOVERNOR CONTROL LOGIC DIAGRAM SCALE DRAWING NUMBER SHEET REV NONE E -12KJ01 06 H G F E D C B A ~---------------------------------------------

____________________________________________ ~r -__________________

_.3:X44 -E-SIZE-----' I I [9> 8 7---------------r---------------6 ---------------1--------------s -------------.£-----------_4 ___ ------------r------------3 -------------w ---**--w---**-*-w-** -* ---v **--*-*w**-* ---*w--*--*-v-*-* -*w*-----*w--* -*--v-*-** --w--**--*iv--* ----w ** -----w*-* ----'{Y--

---* -w *-----*w*--*--*-w-* ---*-w* --** -*'{Y*: w;~ SEP GRP 1 < 52NG0103l w;~ SEP GRP 1 < 52NG010ql NK077 w;; PG019 SEP GRP 5 < 52PG1 q\ 0> NC NO NG003 SEP GRP 1 ( 52NG0303l LC NG002 SEP GAP 4 ( 52NG02031 SUPPLY FROM LI; PG020 SEP GRP 6 < 52'PG201 0> !,J; NG004 SEP GRP 4 < 52NG041 I l NK078 " . NO NC w; NG004 SEP GRP 4 < 52NG0403> J ' I <12] I !;ii <[ ,_ OUl _JUJ ,_ w >w -Cl ,_ "' Ul <[ -:,: UlU WU1 "'-0 0 ,_ "' 0 u. 125 V BATTERY PK011 2400 AH ~09--89~ NO NO 89PK0101 NC -PK001 LC NG001 SEP GRP 5 I 52NG0102l BATTERY CHGR PK021 300A 89PK0102 NC 125V DC SEP GRP 5 89PK01 11 I aqPK0107 NC NC NC I [9> I [9> [9> I I [9> I I [9> I [9> ' [9;, I [9> ' [9> BATTERY CHARGER BATTERY CHARGER NOTE l BATTERY CHARGER 125 V BATTERY NK011 1600 AH 8'lNK0\ 0q NO aqNK0101 NC NK001 NK021 300A NK071 ' . NC NO -89NK0102 NC 1 215V DC "' z <[>-0"' -HU ,_ w >LU -"' ,_ 0: UH< -r UlU uJ"' <<-0 D ,_ 0: 0 u. NK025 300A NK075 I 125 V BATTERY NK013 864 AH --89NK0309 NO i NK023 300A NK073 ' . NO NC 8"3NK01 l 1 sqNK01 04 NC NC SEP GRP 1 i :89NK01 05 NC 89NK0103 NC 89NK0303 NC liK051 125V DC VITAL UNIT CONT. 01 ST. PANEL NK041 125V DC VITAL UNIT CONT. DI ST. PANEL SEP GRP 1 MCC NG00IA --------- ---------, <TO ) , NN011 I CONTROL F5 F6 ) B701 N. C. I , , Bl N. C. 1ANO I :ALARMS --~-----1 7 5 Kl/A INVERTER . ,Y./ 1 STATIC START SWITCH NN011 82 ) N. C. B4 ) N. C. 480V/l 20VAC 7.5 KVA BYPASS TRANSFORMER ' MAINTENANCE BYPASS SWITCH 51 0---*----~
NOTE 3 MANUAL TRANSFER WITH SYNC. SUPERVISION 52 NK079 HS2 NC NOTE 7 ND NO MANUAL TRANSFER SWITCH NC NO HSI H53 NC ' ' ------------
SEP GRP 1 t,CC NG00! A NN015 y ,----------

~----------,
TO ) , 1CONTROLF5 F6 ) B70l N. 0. 1 ,

Bl N.O. 1AND I IALARMS --~~----STATIC START SWITCH NOTE 3 7. 5 KVA INVERTER NN015 82 ) N. O. MAINTENANCE BYPASS SWITCH 51 MANUAL TRANSFER SWITCH S2 ? 4B0V/l 20VAC 7.5 KVA BYPASS THANSFORMER 84 ) N. O. aqNK0301 NC NK003 J 89NK0311 NC -B'lNK0302 NC 1 25V DC SEP GRP 3 aqNK0304 NC NK043 125V DC VITAL UNIT INSTRUMi':NT 01 ST. PANEL SEP GRP 1 t,CC NG001A --------- ---------, 'TO ) , NN0! 3 i CONTROL F5 F6 ) B701 N. C. I ,

Bl N. C. 1AND I IALARMS --~-----STATIC START SWITCH NOTE 3 7.5 KVA INVERTER NN013 82 ) N. C. MAINTENANCE BYPASS SWITCH 51 MANUAL TRANSFER WITH SYNC. SUPERVISION S2 84 ) N. C. 480V/120VAC 7.5 KVA BYPASS TRANSFORMER 0--------t---:
~-----------------.. ) N. C. ) N. C. Cl z <[ .... OUl _JUJ ,_ w >W -<.:> ,_ "' "'<[ -:,: u,u WV> a:-0 0 ,_ a: 0 u. NN001 I 20V AC VITAL BUS NN003 ! 120V AC VITAL BUS CLASS f,E, SYSTEM 125 V BATTERY NK014 1 600 AH BATTERY CHARGER NK024 300A NK074 Cl z <[,-. OUl -'W ,_ w >W -"' >-a: BATTERY CHARGER " NK02S 300A NK076
NOTE 1 125 V BATTERY NK012 864 AH --BATTERY CHARGER NK022 300A NK072 <12] I I SITE LOAD NONVJTAL 125V DC O[ ST. PANEL ( TYP! CAL> "'<I: -r <llU WUl a:-0 0 >-a: 0 u. L w-. --. -. "'zy. -. *-.. 'o/-. --.. -w .. -.. -*'{Y*-si NC t NO 89NK0409 NO sqNK0401 NC NK004 -89NK0402 NC 1 25V DC SEP GRP 4 89NK0411 89NK0405 89NK0404 89NK0403 NC NC NC NC NK044 125V DC VITAL UNIT CONT. DIST. PANEL NK054 125V DC VITAL UNIT CONT. OJ ST. PANEL SEP GRP 4 MCC NG002A ---------
-X-----------. *TD ) , NN01 4 i CONTROL F5 FS ) 8701 N. C. I 1
81 N. c. 1AND I IALARMS --~~----STATIC START SWITCH NOTE 3 7.5 KVA I N\/ERTER NN014 82 ) N. C. MAINTENANCE BYPASS SWITCH SJ 84 ) N. C. 480V/120VAC 7.5 KVA BYPASS TRANSFORfoER MANUAL TRANSFER WITH SYNC. SUPERVISION S2 0 -------t---_: ) N. C. NN004 ! 120V AC VITAL BUS B9NK0209 NO NK080 NO , NC 1-------------------
1 H53 NOTE 7 NO NO MANUAL TRANSFER SWITCH NC NO HSI HS2 1 ' ' NC' ' ' 89NK0203 NC '-----------

SEP GRP 4 MCC NG002A --------- ---------, 'TO ) , NN016 i CONTROL F5 F6 ) 8701 N. 0. I 1 , B1 N. o. 1ANO I IALARMS ~-~-----STATIC START SWITCH NOTE 3 7. 5 KVA INVERTER NN016 82 )N. O. MAINTENANCE BYPASS SWITCH SJ MANUAL TRANSFER SWITCH S2 ? 480V/l 2121VAC 7.5 KVA BYPASS TRANSFORMER 84 )N.O. ' ----89NK0201 NC NK002 J 89NK0211 NC 89NK0202 NC l 25V DC SEP GRP 2 89NK0204 NC NK042 125V DC VITAL UNIT INSTRUMENT DI ST. PANEL SEP GRP 4 MCC NG002A NN012 y ,----------

~----------,
TO ) , rCONTROLF5 F6 ) 8701 N. C. I r

Bl N. C. ,AND I :ALARMS --~~----7. 5 KVA INVERTER NN012 82 ) N. C. >-<>,~>-<(
B4 ) N. C. r-----\ STATIC START SWITCH 480V/120VAC
7. 5 KVA BYPASS TRANSFORMER MAINTENANCE BYPASS SWITCH SI 0-----~ : NOTE 3 MANUAL TRANSFER WITH SYNC, SUPERVISION S2 ---------------r------------~----------------..
) N. C. NN002 ! 120V AC VITAL BUS ' <12] I <12] I <12] I I I I L& .. --. -. _ & _ -. -. -_&_ .. -.. -_&_ _ ---. -__ _£ __ . -.. _&._. ---. -. &. . -.. -. _.Lfu,_ .. --_&_ .. -. --_ _£. -.. -.. _&,_. --.. _ &_ _ ---. -_ _&, __ .. -.. _&, __ . -.. _ &__. -.. -. _&_ -.. -.. _&__ _. --.. _ _£_. ----.. &.. -.. -. _ _&._ .. -.. _ _£_. -.. -. _&__ -.. --. A. --.. -_&_. -.. -. _&_ __ . ---_A SEP GRP 2 SEP GRP 1 SEP GRP 3 SEP GRP 4 THIS ~Iii! NG AND THE DESIGN IT COVERS IS THE PROPERTY OF" THE UT! LI T! Hi ~I CH ARE PART! I PAT! NG IN Tl-IE SNUPPS PROJECT IT IS LD,IINEO ON THE B~RO\rl'ER' S EXPRESS AGREEtENT THAT ! T I LL NOT BE REPRODUCED, COP! ED, LOANED, ElCHI Bl TEil, CA USED EXCEPT IN THE L! Ml TED WA'Y AND Rll VIHE USE PERMITTED BY WRI TTEN CONSENT I.I VEN BY Tl-£ SNUPPS UTILI Tl ES TO THE BORROWER.. SPARE 89PK0105 NO 2 89PK0110 NO 125 V BATTERY PK012 2400 AH 89PK0209 NO 89PK0208 NO 89PK020l NC PK002 89PK0210 NO 89PK0207 NC II LC NG004 SEP GRP 6 ( 52NG0409l BATTERY CHGR PK022 300A F eqPK0202 NC 1 125V DC SEP GRP 6 NC -SPARE r--------, SPARE PJ001 72PJ0104 ) NC 30 HP PaltJASp~<man 250V BATTERY PJ01 l 1200 AH 89PJ0109 ND SI TE LOAD ' ' ' L.-----___ _J SUPPLY FROM L..CPG012 SEP GRP 6 < 52PG1 204l BATTERY CHRG PJ021 200A { NORMAL SUPPL YI ;c L..CNG002 SEP GRP G ( 52NG02021 BATTERY CHRG PJ031 200A ( BACKUP SUPPL YI -89PJ0101 NC 89PJ0102 NC 89PJ0103 NC SEP GAP 6 89PJ0105 NC 89PJ0106 NC 5 HP 250V NON-CLASS I, E. SYSTEM NOTES B9PJ0107 NC NONVITAL I 25V OC DI ST. PANEL C TYPI c,iu 250V DC 1. THE SPARE BATTERY CHARGER WILL HAVE A CAPACITY EQUAL TO THE LARGEST CHARGER IT MUST REPLACE. SPARE CIHARGERS NK25 & NK26 RECEIVE POWER ONLY FROM CLASS LE. BUSES OUR! NG PLANT OPERATION. IN THE EVENT OF A PR! MARY CHARGER FA! LURE. THE APPL! CABLE SPARE CHARGER IS CONNECTED INTO SERVI CE VI e, TRANSFER SW! TCHES. 2. ALL VOLTAGE RAT! NGS ARE NOMINAL.
3. CLASS IE INVERTERS

7. 5KVA. 4, DELETED 5. DELETED 6. FOR BUS PK03 ANO PK04 SEE DWG, E-11 01 0A, A 7, FUSES REMOVED IIN NK079 AND NKOBO. FUSES INSTALLED DURING MAINTENANCE OPERATIONS.
11 ) USAR FIG. 8.3-6-01 ESSENTIAL DRAWING © REVISED Q ISSUED INCORPORATED CHG. DOC. CHA"'3E PKG. NO. lHIS Dwt. SUPERSE!El 9Y "'* lll!S Dlf!;. SUPERSEIES E *11918 R£V, '6 REV!SIIIN NlllESI REVISED TO REMOVE TCC MGE TP-0,0 NUCLEAR OPERATING CORPORATION DC LINE MAIN SINGLE DIAGRAM ELECTRONIC APPROVAL .ltel<ea,t,dhy Dowmm.,Senice,. 11.<lea<< D~e: SCALE DRAWING NUMBER Sl-l'ECT REV ~OJ6.rn.tOITT,:""a34 0.~' NONE E-11010 11 34X.t4 E SIZE H G F E D C B A 8 12av AC SEP,ORP,5 i! 7 BATTERY 24HAH .. ,. ( NOllll\AHF3 SEP.ORPS 6 !._25VOC 125YNON*CIASS!E SYSIFM 5 y eca.,,cc, ~25KVA .. 4 """'" I 3 120VAC SEP,ORP,6 OISTRIBUTIONPANEL PGHG 2 REFERENCE DRAWINGS FOAPK01 lPKa2SEE OWO, NO, E-11010 SEEOAAWINGNO.E*l3RJ07FOR01ST.PANELOETAIL SEEORAWINGNO,E*13RJ06FORO[ST.PANELOETAIL USAR FIG. 8.3-7-00 ESSENTIAL DRAWING ELECTRONIC APPROVAL DC MAIN SINGLE LINE DIAGRAM CPK03 AND PK04 BUS) H}}

ML18093A956

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