ML15084A571

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Updated Safety Analysis Report (Usar), Revision 28, Chapter 5, Drawings
ML15084A571
Person / Time
Site: Wolf Creek Wolf Creek Nuclear Operating Corporation icon.png
Issue date: 03/11/2015
From:
Wolf Creek
To:
Office of Nuclear Reactor Regulation
Shared Package
ML15084A519 List:
References
WO 15-0005
Download: ML15084A571 (6)
v • d • e


Text

8 7

6 INSTRUMENT AT ION CROSS REFERENCE LINE NUMBER CROSS REFERENCE RC PUMP PBB01A PBB01B PBB01C PBB01D PBB01A PBB01B PBB01C PBB01D THERMAL PIIZIIZI01 Pl121002 PIIZI003 PIIZIIZI04 BARRIER PI001Z15 PIIZIIZIIZIG PIIZIIZIIZI7 PIIZIIZIIZIB EG-12121-HBC-4 EG-133-HBC-4 EG-15121-HBC-4 EG-162-HBC-4 COOLING TE0IZIIZI9 TEIZIIZI1121 TEIZI011 TEIZIIZIIZ EG-121-HBC-1 SEE NOTE 16 EG-151-HBC-1 EG-1 63-HBC-1 TTIZliZIIZI9 EG-123-HBC-3 EG-136-HBC-3 EG-153-HBC-3 EG-164-HBC-3 HS0009 EG-301-CBC-3 EG-298-CBC-3 EG-297-CBC-3 EG-300-CBC-3 TI0009 FT001 7 FT0018 FT0019 FT0020 HB-001 -HCD-1 HB-002-HCD-1 HB- 003-HCD-1 HB- 004-HCD-1 HIS0013 HIS0014 HI 5001 5 HIS0016 HV001 3 HV0014 HV0015 HV0016 BG-164-BCB-2 BG-168-BCB-2 BG-1 71-BCB-2 BG-1 73-BCB-2 Z-012113 Z-0014 Z-0015 Z-0016 BG-167-BCB-3/4 BG-169-BCB-3/4 BG-1 72-BCB-3/4 BG-1 74-BCB-3/4 FE01211 7 FE00!8 FE00!9 FE0020 FS001 7 FS0018 FS001 9 FS0020 LF-89121-HCD-1 LF-892-HCD-1 LF-893-HCD-1 LF-891-HCD-1 FAHL001 7 FAHL0018 FAHL0019 FAHL0020 LF-894-HCD-1 LF-820-HCD-1 LF-811-HCD-1 LF-812-HCD-1 F1001 7 F10018 F10019 F10020 FE0025 FE0026 FE0027 FE0028 FT0025 FT0026 FT0027 FT0028 MOTOR FSHL0025 FSHL0026 FSHL0027 FSHL0028 118-HBC-4 144-HBC-4 165-HBC-4 186-HBC-4 COOLING FE0029 FE0030 FE0031 FE0032 119-HBC-4 145-HBC-4 166-HBC-4 187-HBC-4 FT0029 FT0030 FT0031 FT0032 120-HBC-4 146-HBC-4 167-HBC-4 188-HBC-4 FSHL0029 FSHL0030 FSHL0031 FSHL0032 121 -HBC-4 147-HBC-4 168-HBC-4 189-HBC-4 FE0033 FE0034 FE0035 FE0036 122-HBC-4 148-HBC-4 169-HBC-4 190-HBC-4 FT0033 FT0034 FT0035 FT0036 123-HBC-4 149-HBC-4 1 70-HBC-4 191-HBC-4 FSHL0033 FSHL0034 FSHL0035 FSHL0036 124-HBC-1 150-HBC-1 171-HBC-1 192-HBC-1 F10033 FI0034 F10035 FI0036 125-HBC-1 151-HBC-1 I 72-HBC-1 193-HBC-1 FAHL0025 126-HC0-3/4 I 52-HCO-3/4 173-HC0-3/4 194-HC0-3/4 REACTOR COOLANT 127-HC0-3/4 I 53-HCO-3/4 174-HCD-3/4 195-HC0-3/4 PUMP CONTROL HIS0037 HI 50038 HIS0039 HIS0040 128-HC0-3/4 154-HC0-3/4 175-HC0-3/4 196-HC0-3/4 SWITCH 129-HC0-1 155-HCD-1 I 76-HCD-1

\\97-HC0-1 OIL LIFT PUMP H\\S004\\

HISI2l042 HIS0043 HIS0044 CONTROL SWITCH 130-BCB-2 156-BCB-2 I 77-BCB-2 198-BCB-2 PT0153 PT0152 PT01 51 PT0150 131 -BCB-2 157-BCB-2 1 78-BCB-2 199-BCB-2 NO.

I SEAL 132-BCA-2 158-BCA-2 1 7g-BcA-2 200-BCA-2 DELTA P PI0153A PI IZII 52A PI0151A PI 01 5CM PB01 53 PB0152 PB01 51 PB0150 133-CBC-3 159-CBC-3 180-CBC-3 201-CBC-3 PAL0153 133-CBC-1 I 12 159-CBC-1 I 12 I 80-CBC-1 112 201-CBC-I 112 PQY0!53 PQY0\\52 PQY01 51 PQY0150 134-BCB-3/4 I 60- BCB-3/4 181-BCB-3/4 202-BCB-3/4 PO/Illl 53 PO/ell52 P0/1211 51 PO/ell50 PUMP INLET NO.

I T-01 72 T-01 7el T-0168 T-0166 138-CBC-3 164-CBC-3 185-CBC-3 206-CBC-3 SEAL TEMPERATURE TE01 72 TE01 70 TE0168 TE01 66 PUMP INLET NO.

I T- 01 73 T- 01 71 T-0169 T- 01 67 140-HBC-6 141 -HBC-6 142-HBC-6 143-HBC-6 SEAL TEMPERATURE TE01 73 TE01 71 TE0!69 TE0!67 21 7-CBC-3/4 219-CBC-3/4 221-CBC-3/4 223-CBC-3/4 HIS0181 HIS0180 HI SIZII 79 HI S01 78 LS0181 LS0180 LS01 79 LS01 78 12101-BCA-27 1/2 021-BCA-27 1 /2 038-BCA-27 1/2 12156-BCA-27 1 /2 RCP STANO-LAH01 81 LAH01812l LAH01 79 LAH01 78 019-BCA-31 036-BCA-31 053-BCA-31 072-BCA-31 PIPE LEVEL LAL01 81 LAL1211 80 LAL01 79 LALIZI1 78 Z-0181 Z-0180 Z-01 79 Z-0178 REACTOR LCV1211 81 LCVI2l180 LCV01 79 LCV01 78 MAKE-UP ZS01 81 ZS01 80 ZS01 79 ZS01 78 VALVE NUMBER CROSS REFERENCE WATER SUPPLY L Y01 81 L Y01 80 LY01 79 L Y01 78 PBB01A PBB01B PBB01C PBB01D NO.

2 SEAL FE0194 FE0193 FE0192 FE01 91 LEAKOFF FIS01g4 FISI2l!93 FIS0192 FISIZI191 V011 3 V0143 V01 73 V0203 FAH0!94 VIZI11 4 V0144 V01 74 V0204 V011 5 V0145 V01 75 V0205 V0116 V0146 V01 76 V0206 V01 I 7 V0! 47 V01 77 V0207

¥0118

¥0148

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¥12121218 VIZI119 V121149 VIZI1 79 VIZI209 V0120

¥121150 V0180 V0210 V01 21 V01 51 V01 81 V021 I UPPER OJ L LT0495A LT0495B LT0495C LTIZI4950 RESERVOIR Ll 0495A LI0495B Ll 0495C Ll 04950 LEVEL LSHL121495A LSHL0495B LSHL0495C LSHLIZI4950 VIZI124

¥121154 V0184 V0214 LS0475B LS0476B LS04 778 LS04788 LOWER OIL LAHL0475B RESERVOIR V0127 V01S7 V01B7 V021 7 V0128

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V0221 UPPER SHOE T-0479A T-048121A T-0481A T-0482A V0132 V121162 V0192 V0222 V121133 V0163 VIZII93 VIZI223 TE0479B TE0480B TE0481 B TE0482B V0134

¥121164 V121194 V121224 THRUST BEARING LOWER SHOE T-121479B T-0481218 T-121481 B T-0482B

¥0135 V0165 V0195 V0225 V0136 V0166 V0196 V0226 TE0483A TE0484A TE0485A TE0486A V0478 UPPER RADI AL BEARING T-0483A T-0484A T-0485A T-0486A V0318 V121338 TE0483B TE0484B TE0485B TE0486B V0140 V01 70 V0200 V0230 LOWER RADIAL BEARING T-0483B T-04848 T-0485B T-0486B V01 41 V01 71 V0201 V0231 V0142 V1211 72 V0202 V0232 TE0487 TE0488 TE0489 TE0490

¥12141215 STATOR A WI NO! NG T-0487 T-0488 T-048q T-0490 V0235

¥121237 V0239 V0241 14 TE0491 TE0492 TE0493 TE0494)

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¥0406 OIL LIFT PUMP PRESSURE V0250

¥121255 V0257

¥0259 SWITCH V0251

¥121256 V0258 V0260 HV121013 HV0014 HV00!5 HV012116 HV8141A HV8141B HV8141C HV81410 HI58141A HI 58141 B HI58141C Hl581410 HV8351A HV8351B HV8351C HV83510 NO.

I SEAL LEAKOFF HV8141A HV8141B HV8141C HVB\\410 LCVI2ll 81 LCV121180 LCVI2ll 79 LCV01 78 ZS8141A ZS8141B ZS8141C ZS8141D V0261 V121262 V0263 V0264 Z-8141A Z-81418 Z-81 41 C Z-8141 D V0270

¥121271 Vl21272 Vl21273 HY8141A HY8141B HY8141C HYB\\410 V0274 V0275 V0276 V0277 HI58351A HI58351B HIS835!C Hl583510 V0278

¥121279 V0280 V0281 SEAL COOLI NG WATER INLET HV8351A HV8351B HV8351 C H¥83510 V0282 V0283 V0284 V0285 Z-8351 A Z-8351B Z-8351C Z-83510 V12131 7 V121333 V0344 V0319 V0320 V0339 VI BRAT! ON YE04 71 A YE0472A YE04 73A YE0474A V0345 MONITOR V0321 V0340 V0346 YE121471B YE121472B YE1214 738 YE0474B YE0471C YE0472C YE04 73C YEel474C V0322 V121335 V0341 V0347 YE04 71 0 YE04720 YE04 730 YE0474D V0323 V0336 V0342 V0348 YE04 71 E YE0472E YE04 73E YE0474E

¥0324 V0337 V0343 V0349 V0325 YT04 71 A YT0472A YT04 73A YT0474A YT121471B YT0472B YT04 73B YT0474B V0407 V121326 V0360 V0365 YT0471C YT0472C YT04 73C YT0474C V0327 YT04710 YT04720 YT04 730 YTel4740 V0408 V0328 V0329

¥0366 YT04 71 E YT0472E YT04 73E YT0474E YTI S0471 YTI S0472 YTI S0473 YTIS0474

¥121330 YTI 50471 A YTI 504 72A YTI 50474A YTIS0474A V0331 YAH0471 V0332 YAHH04 71 V0352 V121354 V0356 V0358 V0353 V121355 V0357 V0359 UPPER BEARING LS0496A L50496B L50496C L504960 V0350 V0361 V0364 OJ L COOLER ENCLOSURE V121362 V0363 LEAK DETECTOR V0334 LA121496

¥121398 Vl21368 V0369 V0370 V0371 V0374 PBB01A PBB01B PBB01C PBB01D V0375 V0376 V0377 V0378 V0379 V121380 V0381 V0382 V0390 V0391 VIZI392 V121383 V0384 V0393 V0394 V0395 VIZI399 V0385 VIZI396 V0386 V121387 V0388 V0389 V0443 V0445 V0447 VIZI449 V0444 V0446 VIM48 V0450 V0451 V0452

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2.

SINGLE ALARM POI NT FOR ALL FOUR ( 41 PUMPS.

3.

RESTRICTION OR! Fl CE 3/8" 01 AMETER POI NT AT WHICH QUALITY GROUP CLASSIFICATION IS CHANGED FROM A TO B.

4.

DELETED.

5.

REFERENCE WEST! NGHOUSE DRAWl NG M-738-00005.

6.

THESE ARE INPUTS TO THE NSSS COMPUTER.

7, VALVES HV8351 A, HVB351 B.

HV8351 C & HV8351 0 ARE ALL ASSOCIATED WITH CHANNEL 4 POWER SUPPLY.

8.

THERMAL BARR! ER COOL! NG COl L HAS INTERNAL PRESSURE DES! GN Ro~TI NG OF I SO PSI A.

9.

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10.

TYPICAL T BAR SWITCHING TO MUL Tl POI NT RECORDER TR 500 FROM NSSS COMPUTER.

11.

ALL WELDS IN ASME SECTION Ill CLASS I COMPONENTS AND ASME SECTION III CLASS I PIPING OF NOMINAL PIPE SIZE GREATER THAN 1" MAY BE SUBJECT TO VOLUMETRIC EXAM! NAT! ON OUR! NG THE PRESERVI CE INSPECTION ! PSI 1 AND/OR THE I NSERVI CE I NSI=>ECTI ON C I 51 l PROGRAMS THE SPECI Fl C WELDS AND THE! R I 1\\ISPECTI ON REOUI REMENTS ARE DELINEATED IN THE APPLICABLE PSI/IS! WORK PLANS PROVI OED UNDER SPI::CI FICATI ON 1121466-M-189 BOUNDAR! ES OF THESE PIPING SYSTEMS ARE IDENTIFIED WITH A

[Y> SYMBOL FOR CL.~RI TY.

12.

WELDS IN ASME SECT! ON I I I, CLASS 2 HIGH ENERGY PIPING CON TAl NMENT PENETI~ATI ON AREA OF NOM! NAL PIPE 51 ZE GREATER THAN ONE INCH, MAY BE SUBJECT TO VOLUMETRIC EXAM! N.~TI ON OUR! NG THE PSI AND/OR I 51 PROGRAMS THE BOUNDARIES OF THESE PIPING SYSTEMS EXTEND THROUGH THI:: I SOL AT! ON RESTRAINT SYSTEM INSIDE AND OUTS! DE OF COI\\ITAI NMENT WHICH PROTECTS THE CON-TAINMENT PENETRATION THE SPECIFIC WELDS AND THEIR INSPECTION REOUI RI::MENTS ARE DELINEATED IN THE PSI /I SI WORK PLANS PROVI 01::0 UNDER SPEC! Fl CAT! ON 1121466-M-189.

1 3. <ll!> SYMBOLS ARE I~ROVI OED FOR CLARITY TO INDICATE ASME SECT! ON I I I, CLASS 2 PIPING SYSTEMS WHICH ARE SUBJECT TO THE PSI/lSI PROGRAMS AND CONTINUE ON TO OTl-IER P & I 0' S.

1 4.

Ll GHT I NDI CAT! NG,C!jQEQUATE 01 L PRESSURE I 5 AN INTEGRAL PART OF HI 5.

1 5.

FLANGED FOR PBB0113, CAPPED FOR PBB01 D.

16.

FOR PBB01B, LJNE TEES DIRECTLY INTO EG-239-HBC-10",

REF.

M-13EG13 PBB01 C ( ONL Yl

_.J S*.0..!.. 9.-.B.£A.-.3!._. *'.!._0!. -~

...J LF-890- HC0-1 M-1 2LF0CJ ~ ------- --- **

PBBilll A ( F-31 PBB01B <E-6>

PBB01C CE-51 PBB01 0 C E-4)

HC[I V0124 CBC

~

s REVISED Q ISSUED USAR FIG. 5.1-1, SHT.3 ESSENTIAL ORA WING INCORPORATED WIP-M*-126BOJ-01J-A-1, R/0 CHG, DOC.

THIS OWG. SUPERSEDED BY A,.,

THIS DWG. SUPERSEDES REVJSION NOTES, CHANGE PKG. NO.

01J024 REACTOR COOLANT PUMP PBBI2JIA PBBI2JIB 1(§(.7. [L [F NUCLEAR

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OPERATING CORPORATION ELECTRONIC APPROVAL PBBI2JIC PBBI2JID SEE NOTE I

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KEY PLAN NOTES

1. ALL DIMENSIONS GIVEN ARE IN COLD POSITION U.N.O.

3

.. 6

2. MATERIAL FOR THE 1" THICK COLLAR RING SHALL BE ASTM A516 GR.70
3. THE 1" THICK COLLAR RING AND BUILT UP FILLER MEMBERS SHALL BE POST WELD HEAT TREATED.
4. SURFACES WHICH RECEIVE SHIMS AND/OR BEARING SHALL BE MACHINED TO THE DESIGN CONTOUR.
5. SHIM AREA AS INDICATED ON THE DRAWING SHALL BE PROVIDED WITH NOT LESS THAN 50% OF THE BEARING AREA.

B. SHIM PLATES SHALL BE SHOP TACK WELDED TO THE BUILT UP FILLfR MEMBER AFTER PROPERLY ALIGNED.

7. THE.RADIAL LOCATION ~OR INSIDE RADIUS AT ANY POINT OF THE 1" THICK COLLAR RING SHALL NOT VARY FROM THE DESIGN RADIUS BY MORE THAN 1/B".

B. RESTRAINT ASSEMBLIES SHALL BE SHOP PRE*ASSEMBLED TO INSURE PROPER ALIGNMENT AND DELIVER TO SITE AS ONE UNIT FOR EACH RESTRAINT.

9. THE MAXIMUM ALLOWABLE GAP AT THE SHIM OR BEARING SURFACES SHALL BE 1/16". SHIMS MAY BE AODED BETWEEN THE OUTSIDE FACE OF THE INNER RING AND THE INSIDE FACE OF THE SPOKE TO MEET THIS REQUIREMENT.
10. THE FIELD MACHINED SHIMS SHALL ACCOUNT FOR THE AS*BUILT DIMENSIONS OF THE RESTRAINT RING, THE INSIDE FACE OF THE INNER RING, AND THE OUTSIDE DIAMETER OF THE HOT AND COLD PIPES AT EACH LOCATIO.N.
11. DE LET EO Q:

0.......

Q:

12. THE OUTER RING SHALL BE PRESSED.AGAINST THE COMPRESSIBLE MATERIAL AS MUCH AS POSSIBLE TO PREVENT LEAKAGE OF GROUT
13. DELETED
14. THE AS-BUILT COLD GAP AT SHIM.3 MUST BE:

A) SMALLER THAN (OR EQUAL TO) THE AS.. BUIL T COLD GAP AT SHIM.ft1. 2, B) SMALLER THAN (OR EQUAL TO) THE AS-BUILT COLO GAP AT SHIM*4 PLUS 3!16",

REFERENCE DRAWINGS C-OL2930 REACTOR BUILDING LINER PLATE REACTOR CAVITY WALL MATERIAL RESPONSIBILITY

1. STEEL TO BE FURNISHED UNDER SPEC 10466-C202 USAR FIG. 5.4-21 ESSENTIAL ORA WING Q REVISED INCORPORATED CHG. DOC.

0 ISSUED CHANGE PkG. NO.

THIS 0\\/G, SUPERSEOEO BY REV.

THIS 0\\IG. SUPERSEDES C-"'38853 REV. 5 REVISION NOTES:

REF. CR 2007-000952 z

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NUCLEAR OPERATING CORPORATION ELECTRONIC APPROVAL PIPE WHIP RESTRAINTS REACTOR COOLANT SYSTEM REACTOR VESSEL NOZZLE SCALE DRAWING NUMBER SHEET I

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