ML17151B076

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Wolf Creek Revision 30 to Updated Final Safety Analysis Report, Chapter 8, Figures 8.2-3 Through 8.3-7-00
ML17151B076
Person / Time
Site: Wolf Creek Wolf Creek Nuclear Operating Corporation icon.png
Issue date: 03/09/2017
From:
Wolf Creek
To:
Office of Nuclear Reactor Regulation
Shared Package
ML17151A982 List: ... further results
References
WO 17-0045 KD-7750, Rev 12
Download: ML17151B076 (11)
v • d • e


Text

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  • 2 *-* *-* *-* *-* *-* *-* *-r-* *-* *-* *-* *-* *-* *-* f * *-* *-* *-* *-* *-* *-* *---CSP RCP RHRP SIP CCP CCWP AFWP ESWP HTDP CDP CCHC MUP SWP FP CWP ESF DG CLASS IE SYSTEM FWP LEGEND CONTAINMENT SPRAY PUMP REACTOR COOLANT PUMP RESIDUAL HEAT REMOVAL PUMP SAFETY INJECTION PUMP CENTRIFUGAL CHARGING PUMP COMPONENT COOLING WATER PUMP AUXILIARY FEEDWATER PUMP ESSENTIAL SERVICE WATER PUMP HEATER PUMP CONDENSATE PUMP CENTRAL CHILLER COMPRESSOR MAKEUP WATER PUMP SERVICE WATER PUMP FIRE PUMP CIRCULATING WATER PUMP ENGINEERED SAFETY FEATURES DIESEL GENERATOR NUCLEAR SAFETY RELATED ELECTRICAL SYSTEMS QUALITY ASSURANCE EQUIPMENT BLDG. EXTERIOR WALL POWER BLOCK COMPLEX INTERIOR WALL FEED WATER PUMP BENTON 345KV 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. 4. THIS DWG. IS NOT PHYSICALLY ORIENTED .r=-' .. * \ ' 345"386 WAVERLY/LA CYGNE 345KV J 5. EQUIPMENT NO. IN PARENTHESES IS THE SARGENT S. LUNDY I.D. NUMBER AND ALSO THE EQUIPMENT DATABASE 1.0. NO. <EG. EIS, EMPAC & CURATOR>. 345-111 345-113 345-121 345-123 _\ 345-167 )I r I +/- ;; 345-120 I = L 345-71 345-73 345-81 345-8 345-91 345-93 :::: NO.7 tr. 345-70 345-80 345-45 345-90 ;; 345-13.8-13.8 13-48 o---cS-D--t,-+-cS-0--t, = cS-0--t,-'" 60/80/100 MVA ROSE HILL + --+--345KV 345-51 345-53 345-61 345-63 345-165 1 345-163 ,-----.,----1-0--. 345-41 345-43 '---cS-0--t, 345-40 345-55 _ 60/80/lOOMVA ] ,---7-----------j,u------_j 345*69KV t STA. PWR. t::,. 208/120V NO.5 XFMR 69-16 NORMAL 67-13 8KV :.,.-----SUBSTATION FENCE -*-STANDBY O.G. Tt::,. XFMR.XSL7A ""<( PHILLIPS 150KW 13800-208/120V I ::i SQKV 1 300KVA STANDBY 1 1 :I STA PWR T li : : NO 4 XFMR. 69-D9-=-XFMR. XSL2F 1 1 67 13 8KV 1,_ t::,. _l._ (<NOTE 10) r J ..... l 1 SL -7 13.8KV SL -8 13.8KV : " " " r: * 'l <>'\ '1 .01 N"'\ mi : 1')7..17..1: : ..... ].] ................... ] -i -i L___ -. ----L __ J____ _ ___ J_L_L--------------------------------__________ .J 4 4 I I I 13-2r 13-23 : : ' ' ' __ _____ _____ ___ ______ _____ ______ _____ _____ _________ _____ ______ _ _ ____________ 1 I ___ L_ ' WOLF CREEK SUBSTATION L..-_. EAST CONST. CKT. .......... F69-137 ilil F69-133 F69-13 69-129 BURLINGTON.,....__ -ATHENS 69KV 69KV ----------------------------------------------------------------------------------------------------------------------------, ----------------------------------------------------------------------------------------------------------------------, ' ' ' ' ' ' ' 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 RESISTANCE GROUND. 10. WESTAR IDENTIFIED CIRCULATING CURRENTS S. HAS PLACED SWITCH 69-D9 IN THE CLOSED POSITION. WESTAR DETERMINED THAT SWITCH 69-D9 WILL REMAIN CLOSED AND DISABLED. SL-3 (1SL003El 13.8KV SL-4 (1SL004EJ 13.8KV ' ' ' ' ' ' ' .:.:.c.c .. c.c.c.:.:.:.:.c.c .. c.c.c.:.:.--h ................ . DG UPS i i .6.L XSL2H 175Kw (! ! qf--{.1:}--, y 70A i-=-l .
  • D: 1 -t-J MB1 480V SL2HA SL2HB
  • TECHNICAL
  • AND SUPF'ORT CENTER. ELECTRICAL SHOPS * ' ' ------****' *------------------------------, XSL2G <1SL048El 13800-480 SOOKVA MAIN BRKR .G . . * --------I '

' : ' ' ' ' -------------------, "'f>' AUX. XFMi. t::,. ..._L XSL41 ;1:; ( I SLI211217El *-----------* -!J T13. 6KV r--------4.16KV!ISU'J10El SL-41 AUX. XFMR. ..:j>. XSL31 ,_...L t::,. ( 1 SL006El ;+/-:; I 3. 8-4. I 6KV ""i" _U_ 5MVA i" _ ---""-----, 4, 16KV ( 1 SL12112l9El SL-31 .6. I XSL3A ._..L <1SL014El .6. I XSL4A .i_uJ....u <1SL015El -500KVA 1 "r"" J"' " "' ------* * : -J L_ ---------<----------------------------:----------------------------------------------------------------------------------------.J ------r----------------------------------------------------------------------------------------------_-_-: I t 4J 13800-480V ,-------, vlm vla:iC! T 13800-480V SOOKVA <rn "' . ""'"* 4 NO.1 MAIN XFMR. '=>.;;' ..;; ':::JZ XMA01A, XMA01B. XMA01C .+ TO PS SYSTEM WEST CONST. CKT.IWWT. 480V t LC-SL3A (1SL035EJ v 0o 480V l --' LC-SL4A (1SL036El (3-1nl '-"-"-" -=-345-23.75KV ,...,. ""' 6,. NO.1 .J.. START -UP XFMR .** L. -=-XMR01 ;.;..;.::.., f::. 345*13.8KV ;.;ry 1 60/80/100MVA _U_ 3-483MVA FDA 65° C MAIN GEN. NO. 1 MA001 0.92 PF 1,409,000 KVA 25KV GRD XFMR [] MA003 ., 13.8KV PA001 DISCONNECT LINK NO.1 t::,. ._. ___ ,_._. UNIT AUX. ;_; XFMR. **'I):' .. y* XMA02 _U_ 25-13.8KV I-H-75/100MVA NOTE 6 I 4-r:3800-480V 4-r:3800-480V -1000KVA L.i..J -1 1 : / o 33 v -/1333KVA -1000/1333KVA I v 480V -.. 480V I A XNG05 A XNG06 <t;il. 48 480V LC-SL2D LC-SL2E ODD 80 0 (1SL028El (1SL049EJ .::b_ 4 -4 V .::b_ 4000-480V \ LC-SL28 LC-SL2C CIRCULATING WATER SCREENHOUSE ----------------19-' -=-T L.i..J 225KVA -=-T 225KVA '( (1SL026El (1SL027E) ouvE ANN NOTE s "':g :Z"' 1 WALTER P. CHRYSLER BEECH AMELIA EARHART r------------38 8 j SUPPORT COMPLEX OPERATIONS MATERIALS ' ,-------J1D'c --< ,' !) i "i 480v I umumiNPLACEm' CSHOP BUILDING I : NG005E NG006E : c-------------------------------------J*---------------------------------: ESSENTIAL SERVICE I :---------------------------------------------------______________ : PUMPHOUSE I .&. .. -** -* .AL **-**-&_* *-**-.j WATER TREATMENT BUILDING NORTH TRANSFER SWITCH (1SL052El 130A FUSE FROM 13.8KV CONSTRUCTION POWER LOOP SWITCH PSOS DISTRIBUTION ONE LINE REF. OWG. 8025-E-1021 1---'----------' ' 13.8KV PA002 ' ' ' ' ' ' ' -------------' ' ' ' ' ' ' ' ***************** *********** ****** " ( XSL2J (1SL053El ...._L 13800-480V -----------jb 1500/2000KVA ESF NO. 1 _,l A XFMR. XNB01 13.8-4.16KV r-........,f 12/16MVA :g_ L-------------------------------------------------------------------1 1'\(jT * *-* *-*'W* *-* *-* * 'W-* *-* * -v * *-* *-*'o/ *-* *-*

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  • w-4.16KV NB001 CLASS IE '

' ' ' ' .6. ._.+/-.__ ESF NO. 2 J;. ..... XFMR. XNB02 J.L--: -13.8-4.16KV -=-12/16MVA WATER TREATMENT LC*SL2J BLDG NORTH Z110 (1SL055E) -----, ' ' 'o/.-.. -.. w-.. -.. -'01 .. -.. -. w.-.. -.. 'W-.. -.. -'o/ .. -.. -. w.-.. -.. 'W-.. -.. -'o/ .. -. 4.16KV NB002 CLASS IE L___ ___ ------CLASS IE SYSTEM I I H G F E D '-;+,; .. TERMINAL CABINET STATION SERVICE XFMR. XP803 ......._._,._,t::,. STATION SERVICE f::.u...W XFMR. XPB04

  • I I I <9Jr-----------------------------, ' 13.8KV SL-1 toSL001EJ "'3 :0-v l AUX. XFMR. f::. XSL 11 .0. rv-yv--. 10SL 005El W 13.8-4.16KV _ 5MVA 4.16KV COSL008EJ SL-11 I (QSL011El XSL1A 4160-480V 500KVA v LC-SL 1A COSL024El MAKEUP WATER SCREENHOUSE c p************ A y 10SL016EJ L::> XSLSA +/- T 13800-480 -=-150KVA '::3W "' VJ u,.-480V SLSA MAKEUP WATER DISCHARGE STRUCTURE I 13.8-4.16KV rv-.-yo, ;I; 12/16MVA .1!_ ;+/-; ..-v-r-' 13.8-4.16KV .1!_ 12/16MVA I g 1. 0 ( XPG12 ( t::.l XPG11 13200-480V l t::,. +/- T 13200-480V 1000KVA +/- -=-1000KVCA.__., I -=-c;..... 0"' \ -\ 8..;; 7 l480V l 480V 1 §T 1. XPG15 t::.l XPG13 13200-480V l t::,. +/- T 13200-480V 1000KVA +/- -=-1000KVi'A __ , I -=-§..-"!' 0..-"1' 8-1 8-j 0'-l/ 02-.,v a. l480Va. l 480V l PG011 PG012 PG013 PG015 TURBINE BUILDING I 0 0 . ( XPG16 § ( t::.l XPG14 13200-480V l t::,. :+/-::_ 13200-480V 1000KVA :+/-::_ ----, T 8-.v 8Z-.v a. l480V a. l 480V a. 1 PG014 PG016 I I l I I <Rl .. -.. -.. M-.. -.. __&_ .. -.. -.& .. -.. -.. M-.. -.. _Ah_ .. -.. -. f9 . -.. -.. L(h_ .. -.. _Ah_ .. -.. -. M.-.. -.. L(h_ .. -.. _M .. -.. -L(h.-.. -.. M_l XNG03 L::,. XNG01 f::. :+/-::_ ----4000-480V 1000KVA ----:+/-::_ I I i***************************************************************r*************************************************************** *************************** 0 10. [J XPG17 +/- T 13200-480V -=-1000KVA O+ a. l480V PG017 RADWASTE 0 /0. !L XPG18 :+/-::_ 13200-480V -=-I 1000KVA O+ a.l480V PG018 BUILDING I 1/ 0 8 ( XPG20 §( L::,. :L XPG19 13200-480V t::,. +/- T 13200-480V 1000KVA +/- -=-1000KVCA.__., I -'" g /f'."' {J; ' /]\ ONO "'\ 0 7 7 7 0-.,v 02..V 8-..v a.l480Va. l 480Vo:'r PG019 PG020 /0. , , . , , XPG21 t::,. ----4000-480V I 750KVA O+ a.l480V PG021 /0. ,
  • 1 * , XPG22 t::,. --4000-480V I 750KVA s..J a. l480V PG022 AUXILIARY BUILDING 0 0 f::. XPG24 10. I 13200-480V 750KVA 0 s..J a.l480V PG024 ' 1/ /0. [J XPG25 /0. [ , XPG26 +/-I 13200-480V +/-I 13200-480V -=-750KVA -=-750KVA 0 0 0'W 0'-ll a. l480V a.l480V PG025 PG026 <91 0'-Jl '-'2'-l? C)'\V zy z y 480Vzv _. l NG001 NG003
  • CONTROL BUILDING I I ia,& .. -.. -.. & -.. -.. _&_ .. -.. -. & . -.. -.. .&_ .. -.. _&_ .. -.. -j ................................................. ********************'*************************************************************************************** 1 FUEL HANDLING BUILDING ............................................... I 0 l rn w t::,.a.l XKU01 -=-225KVA +/- T4160-480V SBD DG ENCLOSURE AUXILIARY LOADS 4.16KV PB005 NOTE 9 SBO DG MISSILE BARRIER I ml 0 \ . Kad Smilh Ro*lo*.m '""' '"-"' '" '"-' o*-oo I USAR FIG. 8.2-4-00 ESSENTIAL ORA WING REVISED Q ISSUED INCORPORATED WIP-KD* 7496-041-8-1 CHG. DOC. THIS DWU, Sli'ERSEOEO BY "'* THIS DWG. SUPERSEDES NOTES: "!}(}. NUCLEAR OPERATING CORPORATION I ONE LINE DIAGRAM SCALE DRAWING NUMBER NONE KD-7496 CHANGE 014155 PKG. tf:l. ELECTRONIC APPROVAL J4X44 E SIZE c B A r---------------------8--------------------l--------------------i--------------------T---------------------6--------------------l--------------------s--------------------f-------------------4--------------------l--------------------3--------------------T--------------------2--------------------l---------------------1---------------------1 I I c A MAIN GENERATOR-MA001 1, 409, 000 KVA 0.92 P.F. 25 KV 60 HZ 3 n MAIN TRANSFORMER 3-1n NOTE 5 ----------------------------------------------------------------------------------------------------------, ' ' ' B ' ' OFFSITE POWER SYSTEM TRANSFORMER -XMA02 START-UPTRANSFORMER-XMR01 TYPICAL MOTOR FEEDER SEE BUS PA001 TABULATION BELOW DISCONNECT LINK H XMA01A, XMA01B, XMA01C 1 '\j HWDG=75/100 MVA, OA/FA -HWDG*60/80/100 MVA, OA/FA/FOA XWDG=37.5/50 MVA, OAIFA NOTE 7 H '\7 -= XWDG=30/40/50 MVA, OA/FA/FOA YWDG=37.5/50 MVA, OA/FA I I v XWDG=30/40/50 MVA, OA/FA/FOA 3n 60HZ ! MA058 ! MR02A GENERATOR NEUT. GNO. TRANSFORMER MA003 MA05A I NOTE 9 ZH-X*10.5<< ZH-Y-10.68% ZX-Y*19.86 % (IMPEDANCE ON 75 MVA BASE) I NOTE 9 I NOTE 9 ZH-X-8.6% ZH-Y*8.86% ZX-Y*19.18 % {IMPEDANCE ON 60 MVA BASE> f ) -;, f ) 1200 A. 252PA0104 1200 A. N.C. t I 13_:2KV I 4BOV <J 750 KVA Z*5.75% XPG25 Fr -:-t 52PG2501 ) N.C. 1600 A. L.C. T 13.2 KV/480 V. <J 1000 KVA Z*5.75% XPG11 :T -:-t 52PG1101 ) N.C. 1600 A. TURB. J.. PG025 BLDG. L.C. PG011 FUEL HAND BLDG. FUEL HAND. BLDG. 13.8KV BUS PA001 {1000 MVAJ 1 f ) 252PA0105 1200 A. N.C. <J 1000 KVA Z*5.75 % XPG13 :T -:-t 52PG1301 ) N.C. 1600 A. 52PG1316 I 13 2 KV/480V. <J 000 KVA Z*5.75 % XPG15 :T -:-t 52PG1501 ) N.C. 1600 A. TURB. TURB. L.C. --+-::::'-::-::'--+-N.O. ...J--:::7.':'-------BLDG. BLDG. PG015 L.C. PG013 52PG1116 TURB. BLDG. <J STAT liON SERVICE TRANSFORMER XPB03 13.8 KV/4.16 KV 12/16 MVA, OA/FA Z*4.48% {12 MVA BASE) AUTOMATIC TRANSFER t 152PB0306 ) 2000 A 1600 A. N.D. <J A 152PB0402 2000 A N.C. A 1' ) STATION SERVICE TR'ANSFORMER XPB04 13.8 KV/4.16 KV 12/16 MVA, OAIFA Z*4.48% <12 MVA BASEl N.C. 4.16 KV BUS PB003 BUS I <350 MVAl (350 MVAJ PB004 ) 1200 A. 152PB0401 1') 1' 1200 A ) 1:200 A N.O. 0 TYPICAL MOTOR FEEDER SEE BUS PB003 TABULATION BELOW 0 TYPICAL MOTOR 1=-EEDER SEE BUS PB004 TABULATION BE:LOW 1' ) ,V 7 52PG19GFR3 50A. N.C. XPN07D 480/120V 3n, 37.5 KVA NOTE 11 PN007A VOLT AGE REG. 22.5 KVA 1 1' ) 252PA0101 3000 A N.C. 252PA0106 1200 A. N.C. 1' ) V. ___ __________ .._t TRANSFER NOTE 2 ) 1 f ) y 252PA0102 1200 A. N.C. I 13 2KV/480 V. 252PA0110 3000 A. N.O. 1 f ) 252PA0103 1200 A N.C. f ) 1 AUTOMATIC TRANSFER NOTE 2 t 252 PA00211 ) 3000 A. ) N.C. ..J. 13.8 KV BUS PA002 <1000 MVAl 252PA0209 1200 A N.C. 1' ) y 252PA0210 1200 A N.C. I 13.2 KV/480V f ) 252PA0207 1200 A. N.C. 1200/ u TYPICAL MOTOR FEEDER SEE BUS PA002 T AllULATION BELOW I I 480V. f ) 252PA0202 3000 A. N.O. 252PA0206 1200 A. N.C. 252PA0208 1200 A. N.C. T ) 252PA0201 1200 A. N.C. t ) <J 1000 KVA Z*5.75% <J 000-KVA Z*5.75% ' ' ' '

' ------------------, <J 1000KVA Z*5.75% <J 1000 KYA Z*5.75% I XPG17 XPG19 XPG20 XPG14 :T -:-t 52PG1701 RADWASTE BLDG. t ) N.C. 1600 A L.C. PG017 t :T -:-t 52PG1901 ) N.C. 1600 A. L.C. 1 I PG019 t AUX. BLDG. ) 52PG1704 BOO A. N.C. ) 52PG1703 BOOA. ) 52PG1906 BOO A. N.C. 52PG1907 SODA. N.C. j_ j_ N.C. \ MCC PG017L MCC PG017M RADWASTE BLDG. AUX. BLDG. AUX. BLDG. ---:-' ' ' ' ' ' ' ' SITE LOAD SEE E -1001 52PG1916 1600 A N.O. :T 7 1' 52PG2001 ) N.C. 1600 A. AUX. BLDG. L.C. PG020 t 1' t ) 52PG2008 ) 52PG2006 ) 52PG2007 SODA SODA SODA AUX. BLDG. AUX. BLDG. --T NOTE 130 = SBO DG KU01A 3250 KW 152PB00502 1200A N.O. t ) i ) REACT. BLDG. B 152PB00508 1200 A. N.O. L.C. PG024 T-1 PZR CONTROL HEATER AUX. BLDG. [ NOTE 13 NOTE 13 SBO OG KU01B 3250 KW 152PB00503 1200A N.O. t ) B i TYPICAL LOAO FEEDER j SEE BUS PBOOS ) TABULATION BELOW T' { 1' 52PG1801 RADWASTE BLDG. NOTE SBO OG KU01C 3250 KW 152PB00504 1200A N.O. 1200 A. N.O. ) N.C. 1600 A. RADWASTE BLDG. t ) ,j, i ) B 4.16 KY BUS PBOOS 152PB00509 *1200 A. N.O. T' { f 52PG1401 ) N.C. 11600 A. (50 KAl ! -------'87-------v-----w-------'87-------'i iT-------v-------w-------'()'-------'W -------w------\( -------'W-------,w--------v-------'W-----EMERGENCY _11 " I [J ' DIESEL 10-GENERATOR tO c A I)V NE001 I 6201 KW ' I N.C. 152NB0111 2000A N.O. t ) 1 t ) 152NB0113 1200 A. 4.0 KV/480 V. 1000 KVA Z*5.75% r+-T XNG01 j 52NG0101 ) 1600 A. N.C. B 52NG0116 1' ) t N.C. ) 152NB0112 2000 A N.C. 4.16 KV 152NB0110 1200 A. r+-T i 52NG0301 ) 1600 A. N.C. BUS NB001 (350 MVAl t ) J 152NB0116 1200 A N.C. ESSENTIAL SERVICE WATER SYSTEM SEE NOTE 6 1' ) l 152NB00114 1200 A. N.O. 1200 A TYPICAL MOTOR FEEDER SEE BUS NB001 TABULATION BELOW CLASS IE SYSTEM t 152NB0109 ) ) 2000 A N.O. 152NB0106 1200 A. N.C. NOTE 8 1' ) l ) 152NB0212 2000 A. N.O. 1' 152NB00214 ) 12'00 A N.O. 4.16 KV BUS NB002 <350 MVAl 1200 A. ) 152NB0208 1200 A N.C. NOTE 8 t ) t -------------. _.--_____/ ESSENTIAL SERVICE WATER SYSTEM SEE NOTE 6 TYPICAL MOTOR FEEDER SEE BUS NB002 TABULATION BELOW 152NB021Ei 1200 A. N.C. 52PG1416 TURB. BLDG. L.C. PG012 L.C. FUEL HAND P::G:-:0::2::6-1>----;.BLDG. t ) 52PG2604 800 A N.C. MCC PG026H FUEL HAND. BLDG. <J ' A ' . ESF TRANSFORMER XNB01 13.8 KV/4.16 KV 12/16 MVA, OA/FA Z*4.48% <12 MVA BASEl ESF TRANSFORMER XNB02 13.8 KV/4.16 KV 12/16 MVA, OAIFA Z-4.48% <12 MVA BASEl <J --'W-------v------'W--------'W-------v-50AN.C. , 52PG20GER5 1') SOA XPNOBD 480/120V, 3n 57.5 KVA, NOTE 11 J' "-,---<<-,----, __, I c A /, *I EMERGENCY XPNOBA, DIESEL GENERATOR XPNOBB. XPNOBC NE002 480 V /120 V r y y' t 152NB0209 1' 6201 KW 7 /1} 152NB0211 * -f.!£:, _______ j PN008A VOLT AGE REG. 22.5 KVA ) ) 2000 A. N.C. 1200 A XNG04 52NG0401 1600 A N.C. B ) 1 2000A N.O. ) XNG02 52NG0201 1600 A. N.C. . I I PN008B 1 AUTO XFER I SWITCH, NOTE 10 i ) 52PN0801 100 A N.C. NOTES l 1. DELETED INSTR. BUS PN008 2. AUTOMATIC H1ANSFER WILL BE INITIATED DELAY FOLLOWING GENERATION SYSTEM TRIPS RESULTING FROM VIBRATION, LOW WEAR, AND LOW BEARING OIL PRESSURE WILL BE DELAYED 33 SECONDS BEFORE AFTER A THREE SECOND FAULTS AND TURBINE VACUUM, THRUST BEAAING 3. DELETED ALL OTHER TRANSFER. TURBINE TRIPS ! ---'W-------'\81 ------w CONTROL L.C. r-< <-" __, >--1600 A. L.C. CONTROL I£.-------& -------52NG0216 ,--<<-"-->>--1600 A. 4. DELETED 5. EACH SINGLE PHASE TRANSFORMER WILL IMPEDANCE Of\1 TRANSFORMER MVA BASE BE RATED 345 KV, 483 MVA. I ' t NOTE 10 \ 52PN0701 100 A. N.C. 2 l XPN07 A, XPN07B, XPN07C 480/120 v. 7 112 KVA/n '--->'P C3-1n> PN007B AUTO. XFER SWITCH '/ INSTR. BUS PNOO? N.O. BLDG. NG01 NG03 BLDG. N.O. CONTROL L.C. L.C. CONTROL BLDG. IS 11.67%. 52NG01ABF1 50A. N.C. ' ' BLDG. NG004 NG002 + 6. SEE DWG. E-K1001 "' u f " ) 0 z "' u t " z ) 0 u 1' " z ) 0 "' u 1' 0 "' z 0 ) "' u 0 "' z 0 f ) u 1' 0 ,.-, z ) k'o 4.0 KV/480 V. 4.0 KV/480V. k'o !>" '\7 750 KVA '\7 750 KVA !>" V Z*5.75 % V Z-5.75 % "' u 0 t 8 u 1' u t 7. PRIMARY WINDING WILL BE RATED 345 KV. " < z 0 " 0 "' "' " "' z 0 N 0 "' "' MCC NG001A " < z 0 " 0 "' "' MCC NG001T MCC NG001B " < z 0 N 0 "' "' " "' z 0 "0 "' "' MCC NG003C 0 " < z 0 N 0 "' "' MCC NG003T MCC NG0030 I I ' CONTROL _/ CONTROL BLDG. : I BLDG. AUX. BLDG. <D-G ROOM *1) L ' 19>&_-------& ------____&__------_&_-------& ------__A------_&_------_&_---13.8 KV BUS PA001 REACTOR COOLANT PUMP DPBB01A REACTOR COOLANT PUMP DPBBD1B BUS PA002 REACTOR COOLANT PUMP DPBB01C REACTOR COOLANT PUMP DPBB01D 4.16 KV CLASS !.L 8l.!S llil.QQJ RESIDUAL HEAT REMOVAL PUMP DPEJ01A SAFETY INJECTION PUMP DPEM01A CENTRIFUGAL CHAAGING PUMP DPBG05A COMPONENT COOLING WATER PUMP DPEG01A COMPONENT COOLING WATER PUMP DPEG01C CONT AJNMENT SPRAY PUMP OPEN01A AUXILIARY FEEDWATER PUMP DPAL01A ESSENTIAL SERVICE WATER PUMP DPEF01A H.P. 7000 7000 7000 7000 500 450 600 700 700 500 BOO 1750 BREAKER NO. 252PA0107 252PA0108 252PA0205 252PA0204 152NB0101 152NB0103 152NB0104 152NB0107 152NB0108 152NB0102 152NB0105 152NB0115 A \A AJ \A A .. z 0 " z N Z N Z XPG21 vT vT XPG22 " < z 0 "0 ) 8 "' ) z 0 N 0 ' "' "' "' 8 "' ) z 0 N 0 ' "' "' 8 "' ) z 0 N 0 , 8. THIS BREAKER IS TRIPPED BY THE LOAD SHEDDER/SEQUENCER FOLLOWING AN SIS OR ESSENTIAL BUS UNDERVOL TAGE SIGNAL. 52PG2101 52PG2201 ) 1600 A. N.C. L.C. 1 PG021 ) L.C. 1 1600 A N.C. PG022 PRESSURIZER BACKUP HEATERS PRESSURIZER BACKUP HEATERS 4,16 KV CLASS !.&.., BUS NB002 RESIDUAL HEAT REMOVAL PUMP DPEJ01B SAFETY INJECTION PUMP DPEM01B CENTRIFUGAL CHARGING PUMP OPBG05B COMPONENT COOLING WATER PUMP DPEG01B COMPONENT COOLING WATER PUMP DPEG01D CONTAINMENT SPRAY PUMP OPEN01B AUXILIARY FEEDWATER PUMP DPAL01B ESSENTIAL SERVICE WATER PUMP DPEF01B 8l.!S EllQQ.l HEATER DRAIN PUMP OPAF01A CONDENSATE PUMP DPA001A CONDENSATE PUMP DPAD01C CENTRAL CHILLER COMPRESSOR DSGB01A NORMAL CHARGING PUMP DPBG04 BUS PB004 CONDENSATE PUMP DPA001B HEATER DRAIN PUMP OPAF01B CENTRAL CHILLER COMPRESSOR DSGB01B MOTOR DRIVEN FEEDWATER PUMP OPAE02 8l.!S EflQll.5 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 "' "' "' "' "' I MCC MCC MCC MCC MCC NG004D T NG004C NG002B NG002T NG002A , '\ CONTROL I L CONTROL BLDG. BLDG. ....,;1 <D-G ROOM *2> AUX. BLDG. -_&_--------& ------____&__---.. --_&_-------& ------__A------_&_------_&_------J 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 NORMAL SOURCE AUTOMATICALLY. RETRANSFER TO THE NORMAL SOURCE FROM THE ALTERNATE SOURCE IS MANU/l.L WITH TIME DELAY. RETRANSFER TIME DELAYSETTING IS 2 MINUTES. 11. XPN07D (XPN08Dl IS OVERSIZED TO ACCOUNT FOR THE INRUSH AND OPERATING CURRENT REQUIREMENTS CAPACITY IS DERATED TO 25 KVA. OFPN07A (PNOBA>. LOAD 12. REFER TO M-022-00006 FOR AUXILIARY LOADS INCLUDING AUTOMATIC TRANSFER SWITCH AND CONST. LOOP TIE-IN. 13. EACH KU01 DG IS PERMANENTLY CONNECTED TO A HIGH RESISTANCE GROUND. WHEI\I IN NORM/l.L OPERATION, THE FIRST DG CONNECTED TO THE BUS WILL BE SWITCHED TO A LOW RESISTANCE GROUND. REFER TO DWG M-022-00002 <SH E1-E5> FOR ADDITIONAL DETAILS. USAR FIG, 8. 3-1-01 ESSENTIAL ORA WING BREAKER NO. 152NB0204 152NB0202 152NB0201 152NB0206 152NB0207 152NB0203 152NB0205 152NB0215 if) REVISED Q ISSUED INCORPORATED WIP-E -11001-010-A-1 CHG, DOC. CHANGE 014776 PKG. NO. THIS DWG. SUPERSEIED BV ,.,_ THIS D'IIG. SLPERSEDES ,.,_ REVISION NOTES: 152PB0303 152PB0304 152PB0305 152PB0302 152PB0301 152PB0403 152PB0404 152PB0405 152PB0406 OPERATING CORPORATION ELECTRONIC APPROVAL 152PB00501 NOTE 12 152PB00506 152PB00507 MAIN SCALE NONE SINGLE LINE DIAGRAM DRAWING NUMBER SHEET REV E -11001 11 THIS DRAWING AND THE DESIGN IT COVERS IS THE PROPERTY OF THE UTILITIES WHICH ARE PARTI !PAliNG IN THE SNUPPS PROJECT IT IS LOANED ON THE BORROWER'S EXPRESS AGREEr-ENT THAT IT ILL NOT BE REPRODUCED, COPIED, LOANED, EXHIBITED, DR USED EXCEPT IN THE LIMITED WAY AND AIVATE USE PERMITTED BY WRITTEN CONSENT GIVEN BY THE SNUPPS UTILITIES TO Tt-E BDRROWEAf J4X44 E SIZE H I G F E D c I B A

r----------------------------------------------------------------------------------------4 I 3 <& 2 I 1 TO 4. 1 6 KV BUS NB001 t CLASS I El SEE DRAWl NG E-I 1001 BRKR. 152NB0116 1 XNG05 T* V Z=4% j) N.C. MCC NG005E ESSENTIAL SERVICE WATER INTAKE STRUCTURE SEPARATION GROUP 1 TO 4. 16 KV BUS N8002 I CLASS IE> SEE DRAWl NG E -11001 BRKR. 1 52NB021 6 vl XNG06 225 KVA p-T 4. 0 KV/480 V 0 ) ""'"'"' j 800 A N.C. MCC NG006E ESSENTIAL SERVICE WATER INTAKE STRUCTURE SEPARATION GROUP 4 USAR FIG. 8. 3-1-02 ESSENTIAL ORA WING REVISED INCORPORATED Q ISSUCD CHG. DOC. CHANGE PKG.NO. THIS DWG. SLPERSEOED BY REV THIS DWG. SUPERSEDES REV. REVISION NOTES ELECTRON I CALLY CONVERTED PER AP 05-010 D c B f------J V!l!l@ I A SINGLE LINE DIAGRAM ESSENTIAL SERVICE WATER SYSTEM NONE I E-K1001 I" lo3 '"IS""'" OND '"'DES!" IT CD"" IS'"' P'"""" '"'UTILITIES'"""'" P"TILOTI" I"' 5'uePS P"JECT IT IS lD'"ED D" '"' '"""S "P'ESS '"""' '"" "DT BE "P"DUCED,CD'IED. lD'"ED, "MIBITED, "USED E>em I"'"' LIMITED w" '" P'""' USE "'"IHED" W'IH'" C0'5WT GI'EN" TME SNUPPS UTILITIE:)::l ,:,SI::,0WE,, _______________________________________________________________________________________ __:_r_li_:: ______________________________________________________________________________________ _ <'1 '2 "" '2 <'1 ..--< Qj t;J Q) "' o:l Q) r-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------, 8 7 \llA-B

  • vx * ./ _!.;\* /\!_; r::::::o
  • 259 B SLI 2 FROM 13.8KV BUS PA001 IN POWER BLOCK REF. DWG. E-11 PA!ZII VCB 252PA0102 VCB 252PA0103 \-i: v 6 5 4 FROM 13.SKV BUS PA002 I N POWER BLOCK REF. OWG. E-11 PA02 VCB 252PA0209 VCB 252PA0210 "' 3 * --------ff'-----... * * * \llA-B
  • B SL3 2 * \llA-B c<J;
  • 227 B SL4 2 v
  • 1 SKY VOLTMETER
  • c<J;
  • B SL2 2 2 1 TO 1 3. SKY -1 20/20SV STA. PWR. TRANSF. XSL2F IN 345KV SWYO 300KVA 1 CT 50-5A 3CT'S ,----,
  • 100-5A 250/ 51 SWYD 3 * ¢B TO ACB 13-4 13.8KV SWGR ( SL-Bl IN 69/13.8KV SWYD BURL! NGTON 10MVA 2PT'S 1CT 50-5A c<IA 2 I' ,----, "J B B 251G 'Y-'--1 BURL
  • 3CT'S 600-5A 250/ *
  • 51 BURL 3 \llB 1 3. BKV SWGR. BUS f 2Pl'S 1 4, 400-1 20V DUMMY I 1 3-23 A 01 SCONNECT 1200A sq: (;l S-1A A 2PT' s "JB 14,400-120¥ DUMMY I 1 3-29 A 01 SCONNECT 1 2Ql121A C<J7A 2PT' S ' B g 1 4. 400-1 20V DUMMY I 1 3-37 A 01 SCONNECT 1200A C -:-2PT' S <J: g 14. 400-120¥. b) 252/1 3-40 1 1200A b) 252/13-42 1 1 200A r-::2""8"7'
  • T SUI 3 3CT' S 300-5A b) 252/1 3-1 s 9 1200A "' 250/ h-0* ** ,-t---1 51 T A 3CT' S SL11 3 300-5A l -II* \llB 250N
  • 1 CT T 50-5A ( 11 SUI Sll ( 0SL001 El C<l AB lJ--"'-J'-" AUX. TRANSF. XSL11 < 0SL005El 5. 0 MVA, OA (LlCJ FUT. 6.25 MNA, FA T T 1L ___ 151G f2fil I BCT r SLTII rl 40602 '=='I 0 SEC. b) 252/1 3-22 <? 1 200A * "' 250/ +---1 51 T 3CT' S \ SL3A 50-5A 11 * * ¢B 3CT'S 300-SA I CT 50-5A 1 3. BKV SWGR. BUS SL3 3CT'S 30121-5A b) 252/1 3-20 9 1 200A "' 250/
  • rt-------1 51 T f-::--{ A SL31 3 I' ¢B I*
  • 3CT' 300-( 1 SL003El b) 252/1 3-26 b) 252/1 3-2S 1 1 200;1> 1 1 200A
  • 50 50 s -51 5A I* c.} T' S \ -5A( 3C 300 51 -, I ' 3 6 0 AC AUX. TRANSF. XSL31 ( 1 SL0 06El G G B -287 T SL31 3 f T T [:!!] 5. 0 MVA. OA
  • 6. 25 MVA. FA 50 13. B-4. 16KV I* D -50N PJC SA I* /4000, H. p. P1 A c.:FIELD ' I 50 CT \ -SA( -, I ' /4000, H. P. 50N PJC P1 B _r-y-y-yL D. C.: FIELD ' (;\ D. C. ' (;\ 0. C. IV Q _: IF! _: MON. 3CT' S 300-5A I CT 50-SA b) 252/1 3-32 1 I 200A* 50 51 I ' '--;----' 3 ACU 50N PJC PIC 287 T 1 3. BKV SWGR. 3CT' S 300-5A I CT 50-5A B -_r-y-y-yL D. C. : FIELD SL4I 3 ' ' (;\D. C. BUS SL4 ( 1 SL004El 3CT' S 31210-5A b) 252/1 3-34 9 1 200A "' 250/
  • b) 252/1 3-36 <? 1 200A "' 250/
  • rt--151 T SL41 ?-1f----l 51 T 3CT' S SL4A I* I* ¢B 50-SA I CT 5121-5A AUX. TRANSF, XSL41 ( 1 SL007El 5.0 MVA. OA FUT. 6.25MVA, FA 1 3. 8-4. 1 6KV Z=4.0Z 1 51 G I* T SL41 sn 41Z10A 1 0 SEC. " I*
  • 3CT' S 200-5A I CT 50-SA b) 252/1 3-44 1 I 200A
  • 250/ r--t----1 5 I T f----{ A
  • SL2 3 ¢B rth---{ 250N
  • T SL2 TO 01 sc. SWITCH SL5A03 r--------------------------------------------------------------------*----------------------------------------------, 4S0V. BUS SL2HA TECH. SUPPORT CENTER N. C. /_ 01 sc. SWITCH SL5A1212 N. C.
  • vx \llA-B L_ '= Cv,A I. 2 1 0A FUSE 7 B 2PT'S C v Ag4200-120V J 3CT' S '--------J_)-<11 200-5A B I* CUB. 1 D 1' 52-SL5A 6) 150A y r AUX. TRANSF. XSL5A < 0SL016El ' ' 27/ AT MCC 598 SL5A 2 J C\-JA ':{_ B 2PT' S CVsA g480-I 20V 480V MCC r SL5A MAKE-UP WATER DISCHARGE STRUCTURE 4.16KV t 0SL023El SWGR. BUS SL11 ( 121SL008El 3CT'S 100-5A 1CT 50-5A 480V J l) 152/4-B 9 1201M .J., 1 50/ r+--151 T SLI A * ¢B 1 BCT 1200-5A SWGR. BUS LC-Sll A (c). ,---;!5-;;-9 --,
  • B Sll A z c r,>A Ys 2PT'S C g 4S0-l 20V ( 0SL024El MAKE-UP WATER SCREEN HOUSE RELAY SCHEDULE & DEVICE NUMBERS TIME TAP INSTANT. DEVICE FUNCTION RELAY TYPE RANGE RANGE DEVICE ( AMPSl ( AMPSl G. E. I AV-54E 27 UNDERYOLTAGE 59 G. E. HGA 27/5g UNDERVOLTAGE/VOLTAGE G. E. I AC-51 2-I 6 20-I 60 50/51 PHASE OVERCURRENT 63 G. E. I AC-51 2-I 6 51 TIME PHASE OVERCURRENT 87 G. E. PJC 0. 5-2.0 50N INSTANTANEOUS GROUND OVERCURRENT 85 G. E. 1 AC-51 0.5-2.0 TIME GROUND OVERCURRENT 86 51 G TIME GROUND OVERCURRENT G. E. I AC-51 2-I 6 ( SL2C, SL2D, SL3A, SL4A DNL Yl ABANDONED IN PLACE TIME GROUND OVERCURRENT WEST! NGHOUSE GFR 100-1200 ( TRANSF. SL2J ONL Yl v
  • SKY VOLTMETER "r-=s-:-1 '
  • 3CT' S \ I200-5A B SL31 b) 152/4-26 1200A c_ _____ +< 3CT' S 1200-5A 3 4. I 6KV SWGR. BUS AUX. TRANSF. XSL3A( 1 SL1211 4El 500 KVA, AA FUT. 667 KVA, FA 1 3. 8KV-480V Z=4. l?l% 51G 1 BCT 1 200-5A I* T SL3A * * ,--,JS;,-9 --,
  • B SL3A 2 c\-lA 1 ':i_s 2PT' S c '\ "". JBA g 4S0-l 20V J. )52/LC-SL3A CUB. 1B \/R i 600A r 480V SWGR. BUS LC-SL3A r < 1SL035El ... 1)52/LC-SL3A y 600A r *
  • v x:r----.----JZi----{ \llA-B v
  • 127
  • B SL3I ' 2 (;} SL3I I I SL009El CUB. 1 D NO 3CT'S 1200-5A I 52/4-I 6 b) 1200A ' 151 * \
  • B SL41 3 C\ZA 3CT' S B c_-----+-< 1200-5A 4. I 6KV SWGR. 6)152/4-18 y 1200A BUS SL4t NO 2 ' (;} 2PT' S g4200-I 20V SEE BELOW ( 1 SUH 0El AUX. TRANSF. XSL4A ( 1 SL1211 5El 500 KVA, AA FUT. 667 KVA, FA 1 3. 3KV-48121V 0% 1 BCT 1 200-5A
  • r-:::'-;;---,
  • 59 B SL4A 2 2PT' S 480-120V 4S0V SWGR BUS CIRCULATING WATER SCREEN HOUSE RELAY SCHEDULE & DEVICE NUM3ERS TIME TAP INSTANT FUNCTION RELAY TYPE RANGE RANGE < AMPSl < AMPSl SYM. G. E. HGA VOLTAGE 0 BASLER BE3 VOLTAGE < SL2Jl ONLY 8 G. E. 900-1 SUDDEN PRESSURE 0 G. E. BOO TRANSFORMER DIFFERENTIAL @ w LCB PILOT WIRE/DIFFERENTIAL CURRENT SYS. /
  • LOCKING-OUT J. " LEGEND OESCRI PTI ON AMMETER BUS LIGHT VOLTMETER VOLTAGE TRANSDUCER VOLTMETER SWITCH AT MCB SECTION RL12113 OR RL014 KIRK KEY INTERLOCK LOCATED AT SWITCHGEAR DEVICE PREFIX CODE NO. VOLTAGE LEVEL 2 13.8KV EQUIPMENT I 4160V EQUIPMENT BLANK 480V EQUIPMENT GENERAL NOTES: I.D 2 2. -----NUMBER INDICATES QUANTITY OF RELAYS IF MORE THAN ONE. INDICATES SIGNAL TO MCB SECTIONS RLIZI13 OR RL014 THROUGH SUPERVISORY SEE ABOVE WATER TREATMENT BLDG TRANSFER SWITCH ( 1 SL052El NC 1 3. BKV SWGR. BUS SL2 ( 1 SLQI02El 3CT' S 1 00-5A I CT 50-5A fltt----125T0N
  • SL2H I* OI SC LINK ¢8 3CT'S I 00-5A 1 CT 50-5A AUX. TRANSF. XSL2H TO 1 500 KVA, OA 13. SKY. -4S0V. I BCT 1 200-SA TO MBl 51 G T SL2H
  • b) 252/13-46 <? 1 200A J.. 250/
  • 51 T 3CT' S SL2D I* DISC. LINK 1 50-5A ¢8 AUX. TRANSF. 1 CT 50-5A XSL2G ( 1 SL048El 500KVA * ¢B TO WAREHOUSE TRANSF. XSL2E < 1 SL050El 1 01210 KVA 1 3. 2KV-480/277V 75% 480V, BUS SL2HB { MDPl AUX. WAREHOUSE OA BKV-480/277V AUX. TRANSF. XSL2B <I SL0I 3El 1 000-1 333 KVA, AA/FA 1 30A FUSE 13. SKV-4S0V 1 BCT 121210-5A *
  • r-:::':---,
  • 59 B SL2B 2 C\-JA ':{_ B 2PT' S 4B0V. SWGR. LC-SL2B < I SL026El SHOP BUI LDI NG FROM 13. BKV CONSTRUCTION POWER DISTRIBUTION ONE LINE REF. DWG. 812125-E-1021 XSL2J HIGH VOLTAGE 01 SC. SWITCH AUX. TRANSF, XSL2J <I SL053El I 500/2000 KVA. AA/FA 1 3. BKV-480V 75% I BCT 5000-1 51G T SL2J *
  • 59 C A B SL2J 3 PT'S C A g4B0-120V 480V SWGR BUS LC-SLZJ ( t SL055El I CT 600-5A TO GUARDHOUSE 1 BCT 1 200-5A
  • 51 G T SL2C 51G T SL2G *
  • r-:::'-;;---,
  • 59 B SL2C 2 C \ _7 A ':i_B 2PT' S CVsA 480V SWGR BU: LC-SL2C < 1SL027El DISC. LINK AUX. TRANSF. XSL20 ( 1 SL032El 112100 KVA, OA 13. 8KV-48QIV Z=5. 75% 51G 1 BCT. T 1200-5A SL2D *
  • r-:::'::--.
  • 59 B SL2D 2 C\-lA ':i_B 2PT' S cv: 480V SWGR BUS LC-SL2D < 1SL02SEl ADM! N BLDG. *I r\ -&*l*m Kiog '.\ \. Rclca.cd by Document Rcloa** Dato: USAR FIG. 8. 3-1-03 REVISED Q ISSUED ESSENTIAL ORA WING INCORPORATED CHANGE CHG. DOC. PKG. NO. THIS D'IIG. SLPERSEDED BY REV. THIS 0\iG. SLPERSE!l:S REV. REVISION I()TESt REVISED TO REMOVE TCC MGETP-002 NUCLEAR OPERATING CORPORATION ELECTRONIC APPROVAL I* WATER TREATMENT BLDG. NORTH *I SINGLE SITE LINE DIAGRAM AREA LOADS SCALE DRAWING NUt.IBER SHEET REV NONE E -1001 37 34X44 E SIZE E-1001*1*37 THIS DRAWING AND THE DESIGN IT COVERS IS THE f'ROF'ERTY OF THE UTILITIES WHICH ARE f'ARTI lf'ATING IN THE SNUF'f'S PROJECT IT IS LOANED ON THE BORROWER'S EXPRESS AGREEt-ENT THAT IT ILL NOT BE REPROOUCED,COPIED. LOANED. EXHIBITED, OR USED EXCEPT IN THE LIMITED w.<IY AND RIVATE USE PERMITTED BY WRITTEN COI'ISENT lliVEN BY THE Si'IUPPS UTILITIES TO THE BORROWER. H G F E D c B A

w 0 0 >: --' w --' --' " a: " "-" z I "' " --' 0 --' w a: 0 " a: w z w " z "' 0 0 => I "' a: w u X w w "' w a: a: w u X w 0 ww u X w w " " --' 0 > w "' " "' I UNIT PARA. SW. 'OFF/PARALLEL' AT 75 I GEN VOLTS ENGINE UP >L ' TO 125 RPM E*!ZKJ01 / t LSR RELAYl h ENGINE UP >M TO 471 RPM E*l2KJ0! ( HSR RELAYl KJHS0073/RATED ' IX / ESB ' h ESA ' r-1 THIS DRAWING s) 186-1/0G > L. 0. RELAY A E-IZNE0Z ENER. MASTER XFER. sw. 'LOC/MAN' ' RLY PNL / EXCI TEA RESET [X ' c ESD RELAYJ EXCI TEA SHUTDOWN ' lr--o / / ' / / IX ' ENG. >p X 8 SHUTDOWN E-12KJ0t t 58 RELAYJ I 86-\/DG > THIS DWG. [X ' ( L. 0. RELAYJ B / MASTER XFER. sw. 'LOC. /MAN. ' RL Y PNL. EXCJ TER RESET SW. 'RESET' ' RLY PNL EMERGENCY START PREPOSITION < ESA, ESB RELAY) CONTACTS EXCITER CONTROL EMERGENCY START t ESA, ESB RELAYl UN! T PARA. SW. 'PARALLEL' ' ' ' ( SERVl ' ' ' / < I 30/0G RELAY! ' h ( SERVJ ' / ' / h t SERVJ ' SET EXCITER TO BASE VOLTAGE D GENERATOR FIELD FLASHING SHUTDOWN TARGET I NDI CATION ( UPR RELAY! EXCITER SHUTDOWN EXCITER RESET E -12KJ01 0 SET EXCITER DROOP PARALLEL MODE SET GOV. DROOP TO PARALLEL MODE w 0 D => " w " " --' 0 > "' w u X w w "' " a: w 0 0 => " w " " --' 0 > u X w a: w " 0 --' w D 0 " z " " w " " --' 0 > a: w u X w w "' " a: w 0 w " 0 > ,.-MASTER XFER. sw. RLY PNL VOLT. REG. SEL. MCB MASTER XFER. sw. RLY PNL VOLT. REG. SEL. RLY PNL "AUTO" sw. <REMOTE! 'LOCAL/MAN' sw. ( LOCAU ' *AUTO" , ' 'AUTO' ' / ' / EXCITER SET FOR AUTO VOLTAGE REGULATION. MASTER XFER. sw. "AUTO' RLY PNL MASTER XFER. sw. "LOCAL/MAN' RLY PNL VOLT. REG. SEL. sw. ( LOCAU RLY PNL ' / ' AUTO" ' / EXCITER SET FOR AUTO VOLTAGE REGULATION. w u X w a: '1! 0 --' EXCITER CONTROL TRANSFER< REMOTE/LOCAL! !"'ASTER XFER. sw. 'AUTO' RLY PNL ' VOLT. REG. AUTO SW. < REMOTE! '"RAJ SE" ' MCB / lr--o !"'ASTER XFER. sw. 'LOC. /MAN." ' RLY PNL ' VOLT REG. AUTO SW. ( LOCAU " RAJ SE" ' RLY PNL / !"'ASTER XFER. sw. 'AUTO' ' RLY PNL / ' / VOLT REG. AUTO SW. <REMOTE I " LOWER" ' / lr--o !"'ASTER XFER. sw. 'LOC. /MAN." RLY PNL ' VOLT. REG. AUTO SW. < LOCAL! ' LOWER' ' RLY PNL / !"'ASTER XFER. sw. 'AUTO' RLY PNL ' VOLT. REG. MAN. sw. < REMOTEl "RAJ SE' ' MCB / lr--o !"'ASTER XFER. sw. 'LOC. /MAN." RLY PNL ' VOLT. REG. MAN. sw. < LOCAU ' RAJ SE' ' RLY PNL !"'ASTER XFER. sw. 'AUTO' RLY PNL ' VOLT. REG. MAN. sw. ( REMOTE) "LOWER' ' MCB / lr--o !"'ASTER XFER. sw. 'LOC. /MAN." RLY PNL VOLT. REG. MAN. sw. < LOCAU ' LOWER' ' RLY PNL / ---4 RAISE EXCITER AUTO VOLTAGE CONTROL ADJUSTER LOWER EXCITER AUTO VOLTAGE CONTROL ADJUSTER RAISE EXCITER MAN. VOLTAGE CONTROL ADJUSTER LOWER EXCITER MAN. VOLTAGE CONTROL ADJUSTER L REMOTE CONTROL SEE TABLE FOR HS0005 OFF RESET PARALLEL If UNIT PARALLEL SWITCH SPRING RETURN TO OFF HSI2J011A MAN. AUTO (} VOLTAGE REGULATOR SEL. SWITCH MAINTAINED CONTACT LOCAL CONTROL SWITCHES ( RL.01 5) ALT. SW. NOS. HS0013A OFF LOWER RAISE If VOLTAGE REGULATOR AUTO. SWITCH SPRII\IG RETURN TO OFF HS012Jl5A OFF LOWER RAISE rr VOLTAGE REGULATOR MAN. SWITCH SPRING RETURN TO OFF SWITCHES ( NE:l 07) SEE TABLE FOR ALT. SW. NOS. HS0021 HS0023 G G EXCITER EXCI TER MASTER SHUTDOWN HS0013B OFF LOWER RAJ SE If VOLTAGE REG. AUTO SW. SPRING RETURN TO OFF KJHSI2J73 RATED I OLE FIELD FLASH CONTROL SWICH EOUI PMENT TRANSFER SW. NOTE 1 RESET 01 ESEL START /STOP SW. NOTE 1 UNIT PARALLEL SWITCH EXCITER RESET SWITCH EXCITER SHUTDOWN SW. VOLT REG SEL SW <REMOTE! VOLT. REG. SEL. sw. < LOCAU VOLT. REG. AUTO. sw. <REMOTE) VOLT. REG. AUTO. sw. < LOCAU VOLT. REG. MAN. sw. < REMOTE) VOLT REG. MAN. sw. (LOCAL! RELAY PANEL RLY PNL MAIN CONTROL BOARD -MCB FIELD FLASH CONTROL SW. NOTES HS001 lB MAN. AUTO il VOLT. REG. SEL. SW. MAINTAINED CONTACTS HS012J15B NE001 KJHS012J09 KJHS0008A HS0005 HS0023 HS0021 HS00l!A HS0011B HS0013A HSIZI013B HS0015A HSIZI015B NE112J7 RL015 KJHSI2J73 OFF LOWER RAJ SE If VOLTAGE REC. MAN. SW. SPRING RETUI=?N TO OFF NE12102 KJHS0109 KJHS01121BA HS0006 HS0024 HS0022 HS0012A HS0012B HS0014A HS0014B HS001 6A HS0016B NE112J6 RL015 KJHSI 73 l. THE MASTER TRANSFER SWITCH AND DIESEL START/STOP SWITCH ARE PART OF THE KJ SYSTEM AND APPEAR ON LOGIC DIAGRAM E *I 2KJ0I. bv Document ---;-:, ' ' li . b. Relea*e !late: 21111.04.2317:34:40 .{15'001 E-12NE01 *1*3 FIG. 8. 3-3-00 ESSENTIAL ORA WING INCORPORATED WIP-[ .. 12NE01-002-A-1 CHANGE 01.3095 CHG. DOC. PKG. NO. REV. THIS 0\IG. SUPERSEDES REV. I'@@[L[p ELECTRONIC APPROVAL NONE NUCLEAR OPERATING CORPORATION STAND BY GENERATION EXCITATION CONTROL LOGIC DIAGRAM 34X44 E SIZE H G F E D c B A

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  • D-G RELAY PNL. NE107 ENG. PNL. DIESEL GEN. BREAKER-SWGR. PARALLEL MODE BREAKER BREAKER CONTROL SWITCH KJ121 152NB0111 152NB0112 OR 152NB0109 NEHIS25 NE106 KJ122 152NB0211 NEHIS26 I 11-6/DG A/£6. PHASE SeQ. RELAY --0 .eKOitf. ___ -0 EUG PPL. P.6-BRKR A/OT !AI Of"J'"R.4TI A/6 /'OS/7/0A/ /VOTES= I L06/C AS .SHDWN APPLIES TIJ A/EO/ ANI> NEOC?. BREAKER COAI7ROL. FO/T' [QU IPMENT h'UM BERS SEE CHART BELOW 2. NUMBERS APPEARING-BELOW THE. REMOTE ANNUNCIATOR WINDOWS REFER TO TI-lE ANt\IUI\ICIATOR POINT AND COMPUTER POINT RESPECTIVELY. NUMI3,ERS 13ELOW THE LOCAL ANN. WINDOWS REFER TO THE PLANT COMPlJTER PT. NO. 3. DELETED . USAR FIG. 8.3-4-00 ESSENTIAL ORA WING REVISED Q ISSUED INCORPORATED 065830 CHG, DOC. THIS OWU. SIJ'ERSEDEO BY REV. THIS DWG. SUPERSEDES I "'""' """ Wf}. QJp CHAN(;E PKG, NO. REV. ELECTRONIC APPROVAL NEHS27 . SYNC. SWITCH LOGIC DIAGRAM STANDBY GEN. SYSTEM PROTECTION ' K """""'-\ COMPUTER INPUT NE0-17 NEQ-18 ' ""-' '. NEHS28 '""' " ' I H I I ' G I I ' F I E! I D I I I I ' A' I jcs::£. l MAIN CONT. BD-MCB RL015 RL015 j E -12NE02 -L__----__ ---_-_ ---_ ---__ ---____ -__ ----.----___ -_ -_-___ -_ ---____:__--_-__ -----__ -.--__ -----_-__ ---__ --__ ---__ ---_ ---r-------__ --__ --_-_ -_-___ -_ ---------;;* .. -------_____:__:_--__ -_ -___:_:::::::::----::::_____--------r_ --=_ --= __ ----= __ --= __ -_=_ --_=_ -H2NE-------r02-1-06 fl 10 06 I

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  • MASTER XFER. SW. "AUTO" RLY PNL --GOVERNOR CONTROL _', / _GOV. SP. CONT. SW. ( REMOTEl 'RAISE' 3 t>---1 -MCB -MASTER XFER. SW. "LOC/MAN" ' -RL Y PNL / -GOV. SP. CONT. sw. ( LOCALl II RAISE" ' -RLY PNL > NG I
  • MASTER XFER. sw. "AUTO" NG I J )r RL Y PNL
  • 1 I _GOV. SP. CONT. SW. ( REMOTEl 'LOWER' , MCB /
  • MASTER XFER. sw. II LOC/MAN" RLY PNL _', I I s. ' / --" / --" / I 7 I THIs DO DRAWl NG _GOV. SP. CONT. SW. ( LOCALl -RL Y PNL EXCITER PARALLEL 0 E-12NE01 ) DROOP IN ,I I RAISE GOV. SPEED COtH. ORU LOWER GOV. SPEED cmn DRU 2 -----------------*r----------------MAIN CONTROL BD CONTROL SWITCHES SEE TABLE FOR ALT. SW. NOS. HS0008A RESET STOP DIESEL START-RESET /STOP SW. MOMENTARY CONTACTS HSIZJ007A OFF LOWER RAISE rr GOVERNOR SPEED CONTROL SW. SPRING RETURN TO OFF LOCAL CONTROL SWITCHES (NE107l HS0001C G DIESEL START SW. MOMENTARY CONTACTS SEE TABLE FOR ALT. SW. NOS. HS0001D G EMERGENCY OI ESEL START SW. MOMENTARY COIHACTS ( BREAK GLASSl 1 (RL015l HS0008D G DIESEL STOP SW. MOMENTARY CONTACTS HS0012 HS0009 HS0!2107B G AUTO LOC/MAN OFF LO'-'IER RAISE TEST START '(t1CB ) <eo <r>: " CL DROOP IN K ) I I SET GOV. MODE PARALLEL (UPR RELAY) MODE DIESEL DOWN RESET SW . \\ II DIESEL START THIS I NTLK. C (58 RELAYl DRAWl NG >I I MASTER XFER. SW. " AUTO" -" RL Y PI*IL DIESEL START /STOP 'START" "' MCB /f---, / CR FIRE I SO. \._ ( SEE NOTE 1l SW .* ISO' IX NG >1X ' ' / / ENGINE UP TO 471 RPM ) y NG ) > THIS ENG! f\IE UP TO 1 25 RPM DRAW! NG J C LSR RELAY) E-12NE01 L ENG! NE UP TO ( HSR. RELAYl "1 475 RPM / E-12NE01 M '--1 E -12NE02 D ENG. UP TO 4 71 RPM ( HSR RELAY) SDR ) ITHIS ) [XJ ' ENERGIZED AA DRAWl NG / I BDR RELAY> _ ) A BARR! NG DEVICE I::NGAGED lXI I 6 ENG! NE UP TO 85RPM lXI >I ( ASR RELAYl AIR START SOLS THIs "-----JVI I k DRAWl NG ___/ 0 ) 58 RELAY ANNUNCIATOR INTLK. TD3A RELAY START DIESEL " / ....:c1:_ E-12NE02 EMER. START ( ESB OR ESAl or ESEL SPEED > 1 25 RPM XI )I (LSRl _ ( 4AI I><J >1--------'1 RATED ( 48) )) KJHS07:3/RATED "' X ,// MOMENTARY CONTACTS KJHS073 RATED I OLE FIELD FLASH CONTROL SWITCH \j MASTER TRANSFER SWITCH HANDLE REMOVABLE ONLY IN AUTO POS. '--' GOVERNOR SPEED CONTROL SW. SPRING RETURN TO OFF I:\ TD3 RE:LAY HTHIS DRAWING XX ) KJHS073/I OLE >I dP0Uo LOCAL CONTROL SWITCH (KJ122 ONI Y) 1\ I 86-1/DG ) I L.O. RELAY B ENERGIZED 5E RELAY E -12NE02 OPt-LUBE OIL PRESS. LOW OP2-LUBE or L PREss. Low )I OP3-LUBE OIL PRESS. LOW OP4-LUBE or L PREss. Low )I OP3-LUBE 01 L PRESS. LOW OP4-LUBE 01 L PRESS. LOW CC2-CRANKCASE PRESS. HI / CC3-CRANKCASE PRESS. HI CC4-CRANKCASE PRESS. HI )p >I CC3-CRANKCASE PRESS. HI CC4-CRANKCASE PRESS. HI CTl-COOLANT TEMP HI I:W CTZ-COOLANT TEMP HI CT3-COOLANT TEMP HI CT4-COOLANT TEMP HI >I CT3-COOLANT TEMP HI CT4-COOLAf*IT TEMP HI ENGINE OVERSPEED ( EOR RELAYl MASTER XFER. SW. "AUTO" RLY PNL / <0>ENG. PNL "' E -12NE02 / / ' / ' / ' / ' / ' / / z MASTER XFER. SW. " AUTO' RLY PNL START /STOP SW. "STOP" MCB MASTER XFER. sw. II LOC/MAN' RLY PNL 01 ESEL STOP SW. " STOP" RLY PNL ' / / ' / /
  • or ESEL SHUTDOwN [>(I >I RESET SW. RLY PNL c SHUTDOWN RELAY C SDRl MASTER XFER. SWITCH IN ' AUTO' POSITION _', / [/ TOPU 4 SEC. ) G NG )--{)<} ) ANNUNCIATOR INPUTS ' / ' / ' ( ESA, ESB RELAYSl f-)) L/ RELAY I 40 SEC. p TODD D SA >I 186-1/DG L.O. RELAY ENERGIZED )EI z DRAWl NG 7 DRAVJI NG E -12NE02 A> "'> SHUTDOWN RELAY ENERGIZED C SDRl ' /p ' PSL00CJ8A < PSL01 CJSAl NOTE 2 PRESSURE SWITCH SHUTDOWN SOL. >I STOP DIESEL I) I c) ANNUC. I NTLK. 58 RELAY DIESEL START INTERLOCK ( 58 RELAYl CRANKCASE PRESS. HIGH CRANKCASE PRESS. SW. r:r:? CC3 L(V ENG. PNL TDPU C 4 SE[) CC4 LUBE OIL PRESS. LOW --" / OP 1 _', OP2 / ' / r---1 ENG.PNL --" OP4 --" TDPU ( 4 SECl OP3 / / JACKET COOLANT TEMP. HIGH CT 1 CT2 b CT3 : f-----( 1 8 ENG.PNL CT4 DC CONTROL POWER FAILURE DC 1 / DC2 7 E 12NE02 I H) D-G TRIP ( 58 RELAYl / DC3 CR Fl RE I SO. SW. (SEE NOTE 1 l I SO" "' / ...___j DC4 ' '---/ ENG.PNL 34 17 E 12NE01 I p) ENG SHUTDOWN ( 58 RELAYl ANNUNCIATOR INPUTS (CONT. l 1 86-I /DG ' A / 186 2/0G >p < 28 130-4/0G "" ENG. PNL GENERATOR PROTECT! VE RELAY ENG SHUTDOWN (58 RELAY! '::: THIS >XX L DRAWl NG JACI<ET COOLANT SW. ' / DIESEL RUNNING ( ASR RELAY> 4 1 9 ENG. PNL JACKET COOLANT PRESSURE LOW ENG. PNL COMBUST! ON AIR PRESSURE LOW DIE:SEL OUT OF SERVICE
  • MASTER XFER. SW. 'LOC/NAN' RK045A LOCAL ALARM LOCAL ANN. RELAY RK045A 2 TYPICAL LOCAL ALARM 0 ENG, PNL FOR DESCRIPTION -SEE TABLE BELOW b!_OTES: ......._ I. CONTROL ROOM FIRE ISOLATION SWITCH IS USED ON KJ122 ONLY. ./ A PSL00CJ88 PRESSURE SWITCH C PSL01 CJ8Bl A HS011 0 NORM I SO (T '--' I CR FIRE I so sw. \J MAl NTAI NED CONTACTS ./ I EOUI PMENT OESCRI PTI ON DIESEL STAn1 GOV. SPEED CONTROL SW. ( REMOTEl GOV. SPEED CONTROL SW. ( LOCALI Dl ESEL START SW. 01 ESEL STOP SW. DIESEL EMERGENCY START 01 ESEL SHUTDOWN RESET SW. MASTER TRANSFER SW. MAIN CONTROL BD-MCB RELAY PANEL -RLY PNL ENGINE PANEL -ENG PNL AIR START SOLEt.IOIDS SHUTDOWN SOLENOIDS FIELD FLASH CONTROL SW. llcoNTROL ROOM Fl RE I SO. SW. ANNUNCIATOR WINDOWS DIESEL KKJ01A KJHS0008A KJHS0007A KJHS0007B KJHS0001C KJHS00080 KJHS0001D KJHS0012 KJHS0009 RL015 NE107 KJI 21 KJPV0001 A, KJPV0008 KJHS073 ANNUNCIATOR PRESSURE HIGH 0 01 ESEL KKJ01B KJHS0108A KJHS0107A KJHS0107B KJHS010LC KJHS0!08D KJHS010LO KJHS0112 KJHS01 09 RL015 NE106 KJ122 KJPV0001B IKJPV010LA, KJPV0101B KJPV0108 KJHSl 73 KJHS0110 WINDOWS LUBE: OIL PRESSURE LOW 0 LOCAL ENG. PNL. WINDOW NOJDESCRIPTJ:ON JACKET COOLANT TEMPERATURE HIGH DC CONTROL POWER FAILURE 29 I GEN, PROTECT! ON NOT BYPASSED OUR! NG EMER. OPER, 5 START! NG AIR TRAIN AC Cl PRESSURE LOW NOTE 2 7 UNOERFREOUENCY NOTE 1 1 2 START! NG AIR TRAIN 8( OJ PRESSURE LOW NOTE 2 1 4 UNOERVOLTAGE 1 FUEL OIL PRESSURE LOW 1 21 UNDER EXCITED 20 ENGINE 0'/ERSPEED 42 BARRING [JEVICE ENGAGED 27 ENGINE SHUTDOWN 26 ANY SWJT(:H NOT IN AUTO 35 FIELD GROUND 1 6 LUBE OIL LEVEL HIGH IN SLJMP 9 LUBE 01 L LEVEL LOW IN 23 LUBE OIL TEMPERATURE LOW 30 LUBE OIL TEMPERATURE 1 1 JACKET C[JOLANT TEMP LOW 31 LUBE OIL FILTER OIFFERENl'IAL PRESS. HIGH 24 LUBE OIL STRAINER OIFF. F1RESS. HIGH 8 FUEL OIL FILTER DIFF. PRE:SS. HIGH 1 0 ROCKER LUBE OIL FILTE:R DIFF. PRESS. HIGH 1 7 ROCKER LUBE OIL LEVEL. HIGH 3 ROCKER LUBE OIL LOW NOTE 1 40 I NTERCOOL.ER WATER PRESSUF:E LOW NOTE 1 32 I NTERCOOL_ER WATER TEMP LOW 39 I NTERCOOL.ER WATER TEMP HIGH 6 DIESEL s*rART FAILURE 25 JACKET C(JOLANT EXPANSION TNK. LEVEL LOW 1 5 FUEL 01 L STRAINER DI FF. PRESS. HIGH 1 3 DIESEL TEMP HIGH 33 EXCITER fJWR. P. T. FUSE Sl-ATUS 0 DIESEL OUT OF SERVICE 0 0 ANY LOUIL ALAF:M 0 USAR FIG" 8" 3-5-00 REMOTE Rk045A ESSENTIAL DBA WING Q) REVISED 0 ISSUED INCORPORATED WIP-E-12KJ01-004-A-1, R/00 CHG. DOC. THIS OWG. SUPERSEDED BY REV. THIS OIIG. SUPERSEDES REVISION NOTES: (Ql [L [F NUCLEAR OPERATING CORPORATION STAND BY GENERATION CHANGE 012097 PKG. NO. REV. ELECTRONIC APPROVAL ENGINE AND GOVERNOR CONTROL LOGIC DIAGRAM SCALE DRAWING NUMBER SHEET j REV NONE E -12KJ01 06 " H G I F E D c B A .. -.. *-.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -. . . -.. -.. -. -.. -. -.. -. . . -.. -.. -.. -.. -.. -.. -.. -.. -.. -. -.. -.. I .. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -. L . -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -.. -. . -.. --.. -.. -.. -.. -.. -.. -.. -.. -.. -.:. -. . . -.. --.. -.. -.. -.. -."'44[ SIZ[.-.. 00 ';;:> .,-, N 0 ([) ..., Q ([) "' "' ([) c!2 "' ([) u *-i: OJ Ul 1:1 OJ § u 0 Q ..s -o OJ gj OJ c!2 8 ----------------------i--------------------r--------------------6-------------------J--------------------s-------------------f--------------------4---------------------r---------------------3--------------------T--------------------2---------------------r--------------------,---------------------! ___ 'W ______ _ [9:. I I w -------'W--------w------T-------'W--------w-------w--------w--------w-------w--------w-------11r------w-------w--------w-------w---------w--------w-------w--------'W-SEP GRP 1 < 52NG0103l SEP GRP I < 52NG0109l NK077 PGI2!1 9 SEP GRP 5 < 52PGI 910> NC NO LJ; NGI:'llil3 SEP GRP I I 52NG0303l LC NG002 SEP GAP 4 I 52NG0203J SUPPLY FROM LC PG020 SEP GRP 6 I 52'PG201 01 LC NG004 SEP GRP 4 < 52NG0411 l NK078 NO NC A*\-\--LC NG004 SEP GRP 4 < 52NG0403l I I I "' z DUl --'W w >w -"' >-CO Ul([ -:I: UlU WUl o:-D D >-0: D "-125 v BATTERY PK011 2400 AH I -r NO NO 89PK0101 NC PK001 LC NG001 SEP GRP 5 I 52NG01 021 BATTERY CHGR PK021 30IZIA 89PK0102 NC 0 SEP GRP 5 125V DC 89PK0111 [9:. I I 89PK0107 NC NC NC I I l9> I I [9> [9, I I [9:. I [9:. ' [9> I [9:. "' z DUl --'W w >W -"' >-CO Ul<l: -:I: UlU WUl co-D D >-CO D "-II 125 v BATTERY NK011 16121121 AH BATTERY CHARGER NK021 300A "' z o-DUl --'W w >W -"' >-CO BATTERY CHARGER NK025 300A NK075 NOTE 1 125 v BATTERY NK013 864 AH BATTERY CHARGER NK023 300A Ul([ -:I: NK071 NK073 egNK0109 NO 89NK0101 NC NK001 NC 8CJNK011212 NC 89NK0111 89NK0104 NC NC STATIC START SWITCH NOTE 3 82 ) N. C. MAINTENANCE BYPASS SWITCH Sl MANUAL TRANSFER WITH SYNC. SUPERVISION 52 NO 1 215V DC UlU WUl D D >-0: D "-II SEP GRP 1 r 89NK0105 NC r egNK0103 NC 125V DC NK12141 VITAL UNIT CONT. OIST. PANEL 125V DC VI TAL UN! T CONT. DI ST. PANEL B4 ) N.C. o---*------' I ' ' ' ' -----l--__ : NO NC 89NK0309 NO NK079 HS2 HS3 1 NOTE 7 1 {L:::TI-:_:N 0::..0 N C : NO NC MANUAL TRANSFER SWITCH NC l>; NO HSI '

' ' ' ' ' ------------STATIC START SWITCH NOTE 3 B2 ) N. 0. MAINTENANCE BYPASS SWITCH Sl MANUAL TRANSFER SWITCH 84 ) N. 0. 52 ---------------------------89NK0301 NC NK003 89NK121312l2 NC I 25V DC SEP GAP 3 89NK0303 89NK0311 89NK0304 NC NC NC = NK043 125V DC VITAL UNIT I NSTRUI'ENT OIST. PANEL SEP GRP I MCC NG001A lr-=-----------X)----------: I CONTROL F5 F6 ) 871211 N.C. I :AND ' Btl. N.C. ' I ALARMS I 48121V /1 2121VIAC STATIC START SWITCH NOTE 3 7. 5 KVA r NVERTER I >-<¢? y ' 79Y5PA\VsA NN013 TRANSFORMER B2 ) N. C. MAINTENANCE BYPASS SWITCH Sl B4 ) N.C. MANUAL TRANSFER WITH SYNC. SUPERVISION 1.. 52 '\ "' z DUl --'W w >W -"' >-CO Ul([ -:I: UlU WUl co-D D >-CO D "-125 v BATTERY NK014 1 600 AH BATTERY CHARGER NK024 300A NK074 "' z <<>-DUl --'W w >W -"' >-CO Ul([ -:I: BATTERY CHARGER NK026 300A NK076 NOTE 1 125 v BATTERY NK012 864 AH BATTERY CHARGER NK022 300A NK072 I I SITE LOAD NONVITAL t 25V DC DI ST. PANEL I TYPI CALl UlU WUl co-D D >-CO D "-L 'zy"-------'zy--------w-------"W--------'zy-"j 89NK0409 NO 89NK0401 NC NK004 NC 8CJNK041212 NC NO I 25V DC SEP GRP 4 89NK0411 89NK0405 NC NC -89NK0404 NC NK044 89NK0403 NC 1 :15V DC VI TAL UN I[ T CONT. OIST. PANEL NK12154 125V DC: VITAL UNIT CONT. DI ST. PANEL SEP GRP 4 MCC NG002A NN014 y :fgNTROLF5 Jf )------------: ' . Bll N.c. I 1AND I ALARMS 48121V 1'1 2121VAC 7. 5 KVA r NVERTER I y NN121t 4 / TRANSFORMER STATIC START SWITCH NOTE 3 B2 ) N.C. MAINTENANCE 1.. BYPASS SWITCH '\ Sl MANUAL TRANSFER WITH SYNC. SUPERVISION 52 B4 ) N.C. 89NK0209 NO NK080 HS3 NC I NO NO NC NOTE 7 NO HS2 1 ' ' NC' MANUAL TRANSFER SWITCH ' ' ' ' ' ' NC' NO HSI ' ------------SEP GRP 4 MCC NG002A 89NK0203 NC NN0ill6 lr-=-----------X)----------: I CONTROL F5 F6 ) 8701 N. 0. I :AND

  • Btl" N.O. , I IALARMS 1 7, 5 KVA INVERTER rr '!/ y 7slPA\VsA NN016 / TRANSFORMER STATIC START SWITCH NOTE 3 82 ) N. 0. MAINTENANCE BYPASS SWITCH Sl MANUAL TRANSFER SWITCH 84 )N.O. 52 ---------------------------I ' ' ' ' ' ' ' ----89NK0201 NC NK002 89NK0211 NC 1 .25V DC SEP GRP 2 r 89NKil204 NC NK042 125V DC VI TAL UNIT INSTRUMENT 01 ST. PANEL S:EP GRP 4 MCC NG002A NN012 y : lfs )-------------: ' . Btl N.c. I 1AND IALARMS r------'---------, 48121V/t20VAC \ A 7. 5 KVA 7. 5 KVA INVERTER BYPASS NN012 ./' TRANSFORMER B2 ) N.C. B4 ) N.C. STATIC START SWITCH NOTE 3 MAINTENANCE BYPASS SWITCH Sl MANUAL TRANSFER WITH SYNC. SUPERVISION 52 0-------' I ' ' ' ' ' ' ' ----' <Qj I I I I I I I ' ' ) N. C. ) N. C. ) N. C. ) N. C. i 1 NN001 I 20V AC NN003 I 20V AC NN004 I 20V AC NN002 I 20V AC i : VI TAL BUS VI TAL BUS CLASS I' E. SYSTEM VI TAL BUS VI TAL BUS
  • SEP GRP I SEP GRP 3 SEP GRP 4 SEP GIRP 2 L& ________ Lfh _______ &_ _______ & ________ _& _______ &_ _______ &. _______ _&. ______ & _______ ih _______ _&. _______ & _______ Lfu, _______ __& _______ &. ________ & _______ A_ _______ Lfh ________ &. _______ A ______ _& ________ &_ ______ A _______ Lfu, ________ & ______ ____.& SPARE 89PK0105 NO "' z DUl --'W w >W -"' >-CO Ul([ -:I: UlU WUl co-D D >-CO D "-89PK121111121 NO r 125 v BATTERY PKfZI12 241210 AH 89PK0209 NO 89PK0208 NO 89PK0201 NC PK002 B9PK0210 NO 89PK0207 NC LC NG1111Z14 SEP GRP 6 ( 52NG0409l BATTERY CHGR PK022 3eJillA 125V DC: SEP GRP 6 NC 89PK0205 r NO SPARE r---------, SPARE "' z DUl --" >-w >W -"' >-CO Ul([ -:I: UlU WUl co-D D >-CO D "-250V BATTERY PJ011 1200 AH SITE LOAD ' ' ' ' L ________ ...J SUPPLY FROM LCPG12112 SEP GRP 6 < 52PG1204l BATTERY CHRG PJIZI21 21?HZIA I NORMAL SUPPL Yl LC NGe!02 SEP GRP 6 C 52NG0202l BATTERY CHRG PJ031 2IZIIZIA (BACKUP SUPPL Yl NONVI T1AL I 25V DC 01 ST. PllNEL I TYP I C*ILI *' >-:) U t:l CL zz UJ ...... _.J "' t:J 0::: ...... 0:::: <I: D lSI ww "' ::E CC Li..l U w 1:0 a... :J 0 _J NO F 89PJ0101 NC 89PJ0102 NC 89PJ0103 NC SEP GRP 6 NC l 89PJ0106 NC F "" l 250V NON-CLASS l,E, SYSTEM NOTES 89PJ0107 NC 5 HP 250V DC 1. THE SPARE BATTERY CHARGER WILL HAVE A CAPAC! TY EQUAL TO THE LARGEST CHARGER IT MUST REPLACE. SPARE CHARGERS NK25 & NK26 RECEIVE PDWER ONLY FROM CLASS I. E. BUSES OUR! NG PLANT OPE RAT! ON. IN THE EVENT OF A PRJ MARY CHARGER FAILURE. THE APPLICABLE SPARE CHARGER IS CONNECTED INTO SERVICE TRANSFER SWITCHES. 2. ALL VOLTAGE RAT! NGS ARE NOM! NAL. 3. CLASS IE INVERTERS 7. 5KVA. 4. DELETED 5. DELETED 6. FOR BUS PK!213 AND PK1214 SEE DWG. E -I t1211121A. A 7. FUSES REMOVED IN NKD79 AND NKOBO. FUSES INSTALILED DURING MAINTENANCE OPERATIONS. 11 \. REVISED Q ISSUED USAR F I G. 8. 3-6-01 ESSENTIAL ORA WIING INCORPORATED CHG. DOC. CHANGE PKG. NO. THIS DWG. Sli'EASEI:ED BY RH. THIS DWG.SUPERSECES E*llilll!l REV. IS REVISION IIJTES: REVISED TO REMOVE TCC MGE TP-010 NUCLEAR OPERATING CORPORATION DC LINE MAIN SINGLE DIAGRAM ELECTRONIC APPROVAL Potty A Released by Document Senice*. Rokas< *** SCALE DRAWING NIJIIBER SHEET 2016.10.10 07:S?:34 -05"1,0" NONE E-11010 11 H G F E D c B A L LL NOT BE REPRDDLCED., COP! ED, LOf:INED, EX HI Bl TED. CJl USED EXCEPT IN THE Ll Ml TED WAY AND _""' '"'_ ""pp_'_":"" TO ---------------------------------------__ _[------------------------------------------------------------------------------------------------------------------------34X44 THIS DRAWING AND THE DESIGN IT COVERS IS THE PROPERTY OF THE UTILITIES WHICH ARE PART! IPATING IN THE SNUPPS PROJECT IT IS LOANED ON THE BORROWER'S EXPRESS AGREEMENT THAT IT '--------------------------------------------

8 l20YAC SEP.ORP.S i! 7 BATTERY 2400AH NOillll\AHFJ SEP.ORPS 6 125YNQN-[!A55lf 5Y5IfM 5 y eo"'""' .. 4 3 120VAr SEP.ORP.6 2 REFERENCE DRAWINGS FQAPK01 lPK02SEE OWO. NO. E-110\e SEEOAAWINGNO.E*l3RJ07FOROIST.PANELOETAIL SEEORAWINGNO.E*13RJ06FOROIST,PANELOETAIL H}}

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