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| - - . u t. c P. O. Box 1551 + RaWgti. N. C. 27602 MAY 2 01983 SERIAL: LAP-83-183 E. E. UTLEY Esecutive Vice Presidett Power Supply and Engineering & Construct 6on Director of Nuclear Reactor Regulation At tention: Mr. D. B. Vassallo, Chief Operating Reactors Branch No. 2 Division of Licensing United States Nuclear Regulatory Commission Washington, DC 20555 BRUNSWICK STEAM ELECTRIC PLANT, UNIT NOS.1 AND 2 DOCKET NOS. 50-325 AND 50-324 LICENSE NOS. DPR-71 AND DPR-62 ENVIRONMENTAL QUALIFICATION OF SAFETY-RELATED ELECTRICAL EQUIPMENT
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| ==Dear Mr. Vassallo:==
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| By {{letter dated|date=December 20, 1982|text=letter dated December 20, 1982}}, you transmitted to Carolina Power & Light Company (CP&L) the NRC Staff's safety evaulation (SE) for the Brunswick Steam Electric Plant, Unit Nos.1 and 2 concerning the environmental qualification of safety-related electrical equipment. This SE was based on the Technical Evaluation Report (TER) prepared by Franklin Research Center that accompanied that letter.
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| Subsequently by {{letter dated|date=April 11, 1983|text=letter dated April 11, 1983}}, you informed CP&L that the 90-day response requested by your {{letter dated|date=December 20, 1983|text=December 20, 1983 letter}} had been superceded by the requirements of 10 CFR 50.49. Paragraph (g) of 10 CFR 50.49 requires that by May 20, 1983 a licensee submit a response which identifies the electric equipnent important to safety, within the scope of the rule, that is already qualified and include a schedule for the qualification or replacement of the remaining electrical equipnent within the scope of the
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| < rule.
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| Attached (Enclosure 2) is a copy of CP&L's 90-day response for the Brunswick Steam Electric Plant as required by 10 CFR 50.49(g). We have taken this opportunity to update our 90-day report on environmental qualification of safety-related electrical equipment (response to IE Bulletin 79-01B) which encompasses the above response. For convenience we have excerpted the list of items which we consider qualified and included them as a separate attachment (Enclosure 1) .
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| 8306010311 830520 +
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| PDR ADOCK 05000324 i G PDR .
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| , . o. o O
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| D. B. Vassallo Your {{letter dated|date=April 11, 1983|text=letter dated April 11, 1983}} requests CP&L to indicate in this response whether our previous submittals comply with paragraphs (a) and (b) of 10 CFR 50.49. Enclosure 2 of this subn.ittal and our previous submittals on this subject identify and describe the qualification program established by CP&L for the Brunswick Plant. This qualification program discussed in these documents meets the intent of paragraphs (a) and (b), as modified by paragraph (k), of 10 CFR 50.49.
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| As required by paragraph (g) of 10 CFR 50.49, CP&L will establish in accordance with the rule the environmental qualification of the electric equipment important t.o safety, within the scope of the rule, by the end of the second refueling outage af ter March 31, 1982. For Brunswick-1, the second refueling outage af ter March 31, 1982 is Reload 4 (presently scheduled to begin July 28, 1984). For Brunswick-2, the second refueling outage af ter March 31, 1982 is Reload 5 (presently scheduled to begin December 1, 1984).
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| If you have any questions concerning this submittal, please contact our staff.
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| Yours very truly, d'd f
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| i E. E. Utley WRM/cfr (6871WRM)
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| Enclosures cc: Mr. D. O. Myers (NRC-BSEP)
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| Mr. J. P. O'Reilly (NRC-RII)
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| Mr. S. D. MacKay (NRC)
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| L J
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| y ITEMS CONSIDERED TO BE OUALIFIED - UNIT #2 B21-F013A-S E41-F006 B21<F013B-S E41-F007 321-F013C-S E41-F008 B21-F013D-S E41-F011 B21-F013E-S E41-F012 B21-F013F-S E41-F041 B21-F013G-S E41-F042 B21-F013H-S E41-F059 B21-F013J-S E41-PDT-N004 B21-F013K-S E41-PDT-N005 B21-F013L-S B21-F019 B21-LT-NO31A B21-F022A-L1 B21-LT-NO313 B21-F022A-L2 B21-LT-NO31C B21-F022A-L3 321-LT-NO31D B21-F022B-L1 B21-LT-N042A B21-F022B-L2 B21-LT-N042B B21-F022B-L3 CAC-PT-4175 B21-F022C-L1 CAC-FT-4176 B21-F022C-L2 CAC-V2 3 321-F022C-L3 321-FT-N021A B21-F022D-L1 B21-PT-N0213 . B21-F022D-L2 B21-PT-N021C B21-F022D-L3 B21-PT-N021D B21-F028A-L1 E21-F001A B21-F028A-L2 E21-F0013 B21-F028A-L3 B21-F028B-L1 E21-F004A B21-F028B-L2 E21-F004B B21-F028B-L3 E21-F005A B21-F028C-L1 E21-F005B
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| * B21-F028C-L2 E21-F015A B21-F028C-L3 E21-F015B E21-F028D-L1 E21-F031A B21-F028D-L2 E21-F031B B21-F028D-L3 B21-LT-N017B-2 B21-LT-N024A-1 B21-LT-N017D.2
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| - B21-LT-N024A-2 E41-ruut B21-LT-N024B-1 E41-F002 B21-LT-NO2':B-2 541-F003 E41F004 ENCLOSURE 1, PAGS 5
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| -w"- - m-- . _ _ _
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| ITEMS CONSIDERED TO BE QUALIFIED - UNIT #2 B21-LT-N025 A-1 Ell-F003A B21-LT-NO25A-2 Ell-F003B B21-LT-N0253-1 Ell-F004A B21-LT-N025B-2 E11-F004B B21-PDT-N006A Ell-F004C B21-PDT-N006B E11-F004D B21-PDT-N006C E11-F006A B21-PDT-N006D Ell-F006B B21-PDT-N007A Ell-F006C B21-PDT-N007B Ell-F006D B21-PDT-N007C E11-F007A B21-PDT-N007D Ell-F007B B21-PDT-N008A E11-F011A B21-PDT-N008B Ell-F0llB B21-PDT-N008C Ell-F015A B21-PDT-N008D Ell-F015B B21-PDT-N009A Ell-F016A B21-PDT-N0093 Ell-F016B B21-PDT-N009C Ell-F017A B21-PDT-N009D Ell-F017B E11-F008 Ell-F020A Ell-F009 Ell-F0208 Ell-F023 Ell-F021A G31-F004 Ell-F021B B21-LT-N017A-2 Ell-F024A B21-LT-N017C-2 Ell-F024B E51-F008 Ell-F026A E51-F013 Ell-F026B E51-F029 E11-F027A E51-F031 Ell-F027B E51-F045 Ell-F028A E51-PDT-N017 Ell-F028B E51-PDT-N018 Ell-F040 B21-LT-NO36 Ell-F047A B21-LT-NO37 E11-F047B B32-F031A E11-F048A B37-F031B Ell-Fr.a6B B32-F032A Ell-F052A B32-F032B Ell F052E ENCLOSURE 1, PAGE 6
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| ,r- - - - - - - -
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| ~
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| 0 1
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| ITEMS CONSIDERED TO BE QUALIFIED - UNIT #2 Ell-F103A SW-V101 SW-v129-S E11-F103B SW-V102 SW-V130-S Ell-F104A SW-7105 SW-V131-S Ell-F104B SW-V106 SW-V136-S E11-F122A SW-Vill SW-V137-S Ell-F122B SW-Vil7 SW-V138-S B21-LT-N017A-1 SW-V118 SW-V139-S B21-LT-N0175-1 SW-V123-S 2A-FCU-RB B21-LT-N017C-1 SW-V124-S 2B-FCU-RB B21-LT-N017D-1 SW-V125-S 2C-FCU-RB i B21-PT-N023A SW-V126-S 2D-FCU-RB B21-PT-N023B SW-V128-S .
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| 821-PT-N023C B21-PT-N023D C12-LSH-N013A C12-LSH-N013B CABLES:
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| C12-LSH-N013C AC41 3/C #4/0 AWG (INT. ARM.)
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| C12-LSH-N013D BB08 2/C #8 AWG SGT-V8 BD02 4/C #2 AWG SGT-V9 BD06 4/C #6 AWG C72-P002A BD10 4/C #10 AWG C72-P002B CA12 1/C #12 AWG C72-P002C CB12 2/C #12 AWG C72-P002D CC10 3/C #10 AWG C72-P002E CD12 4/C #12 AWG '
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| C72-P002F CG12 7/C #12 AWG C72-P002G CJ12 10/C #12 AWG C72-P002H CL12 12/C #12 AWG 2A-BFV-RB FB12 2/C #12 AWG 23-BFV-RB FD12 4/C #12 AWG 2C-BFV-RB FG12 7/C #12 AWG 2D-BFV-RB GA22 COAXIAL #22 AWG 2E-BFV-RB HA25 1/C 250 MCM 2F-BFV-RB HC25 3/C 250 MCM 2G-BFV-RB JC25 3/C 250 MCM 2H-BFV-RB JC35 3/C 350 MCM 21-BFV-RB JC50 3/C 500 MCM 2N-BFV-RB KD12 4/C #12 AWG Ell-F002A LA41 1/C #4/0 AWG (SHLD)
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| E11-F002B LA50-1 1/C 500 MCM (SHLD)
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| F11-F068 A mis i PF. #16 .u.WG (SHLD)
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| E11-F068B MC16 3 PR #16 AWG (SHLD)
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| Ell-F073 ME16- 5 PR #16 AWG (SHLD)
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| Ell-F07 5 MG16 7 PR #16 AWG (SHLD)
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| TC16 1 Triple "15 .'."C (S'.ILD)
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| TIl6 3 Triple #16 AWG (SHLD)
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| VD16 4/C 416 AWG (SHLD)
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| WDig 4/C Special YC16 3 PR # 16 ENCLOSURE 1, PAGE 7
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| 1 3
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| d' ITEMS CONSIDERED TO BE OUALIFIED - UNIT # 2 XA16 (BlW) 1 PR #16 CU/C T/C CAB XA16 (SAM.MOR. ) 1 PR #16 CU/C T/C CAB YL20 12 PR #12 AWG (SHLD)
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| Panel Wiring 1 Conductor Wire 48-06R18-31SP AMP Connector 9012 Female Connector 9013 Male Connector KYNAR Hoac Shrink Insul.
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| 2X-100E Cable Penetration ;
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| 2X-100H . Cable Penetration 2X-102A Cable Penetration 2X-1025 Cable Penetration 2I-102C Cable Penetration 2X-102E Cable Penetration 2X-102F Cable Penetration 2X-102H Cable Penetration 2X-104A Cable Penetration 2X-104F Cable Penetration 2X-105B Cable Penetration 2X-105C Cable Penetration 2X-105D Cable Penetration 2X-105E Cable Penetration 2X-105G Cable Penetration 2X-105H Cable Penetration 2X-105J Cable Penetration 2X-105K Cable Penetration Splice Thermocouple Splice 480 V Splice Power Cable Splice Weidmuller #6941 Terminal Block AMP SPEC IND Term Lug - PIDG KYNAR STA-KON C10-10 Ring /Tounge Term Lug T & B 54108 Ring /Tounge Term Lug T & B G971 Ring /Tounge Term Lug 480 V Term Power Cable Term ENCLOSURE 1, PAGE 8
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| l ITEMS CONSIDERED TO BE QUALIFIED - UNIT # 1 r
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| B21-F013A-S E41-F006 B21-F013B-S E41-F007 '
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| B21-F013C-S E41-F008 321-F013D-S E41-F011 B21-F013E-S E41-F012 B21-F013F-S E41-F041 B21-F013G-S E41-F042 321-F013H-S E41-F059
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| ??l-pn197 S E41-EDT-N004 B21-F013K-S E41-PDT-N005 B21-F013L-S B21-F019 B21-LT-NO31A B21-F022A-L1 321-LT-NO31B
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| - B21-F022A-L2 B21-LT-NO31C B21-F022A-L3 B21-LT-NO31D 321-F022B-L1 B21-LT-N042A B21-F022B-L2 B21-LT-N042B B21-F0025-L3 CAC-PT-4175 B21-F022C-L1 CAC-PT-4176 B21-F022C-L2 CAC-V2 3 B21-F022C-L3 B21-PT-N021A B21-F022D-L1 B21-PT-N0213 B21-F022D-L2 B21-PT-N021C B21-F022D-L3 B21-PT-N021D B21-F028A-L1 E21-F001A B21-F028A-L2 E21-F001B B21-F028A-L3 E21-F004A B21-F028B-L1 E21-F004B B21-F028B-L2 E21-F005A B21-F028B-L3 E11-F005B B21-F028C-L1 E21-F015A B21-F028C-L2 E21-F015B B21-F028C-L3 E21-F031A B21-F028D-L1 E21-FC 31B B21-F028D-L2 B21-LT-N0173-2 B21-F028D-L3 B21-LT-N017D-2 B21-LT-N024A-1 E41-F001 B21-LT-N024A-2 E41-F002 B21-LT-N024B-1 E41-F003 B21-LT-N024B-2 E41-F004 ENCLOSURE 1, PAGE 1
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| ITEMS CONSIDERED TO BE OUALITIED - UNIT #1 B21-LT-N025A-1 Ell-F003A B21-LT-N025A-2 Ell-F003B B21-LT-N025B-1 Ell-F004A B21-LT-N025B-2 E11-F004B B21-PDT-N006A E11-F004C B21-PDT-NCD6B E11-F004D B21-PDT-N006C Ell-F006A B21-PDT-N006D - Ell-F006B '
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| B21-PDT-N007A E11-F006C B21-PDT-N007B Ell-F006D B21-PDT-N007C Ell-F007A B21-PDT-N007D Ell-F007B B21-PDT-N008A Ell-F0llA B21-PDT-N008B Ell-F0113 B21-PDT-N008C Ell-F015A B21-PDT-N008D Ell-F015B B21-PDT-N009A E11-F016A B21-PDT-N009B E11-F016B B21-PDT-N009C E11-F017A B21-PDT-N009D Ell-F017B E11-F008 Ell-F020A E11-F009 Ell-F020B Ell-F023 Ell-F021A G31-FT-N012 E11-F021B G31-FT-NO36 E11-F024A G31-FT-N042 Ell-F024B G31-F004 E11-F026A B21-LT-N017A-2 Ell-F026B B21-LT-N017C-2 E11-F027A
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| . E51-F008 E11-F0273 E31-F013 Ell-F028A E51-F029 Ell-F028B E51-F031 Ell-F040 E51-F045 Ell-F047A E31-PDT-N017 E11-F047B E51-PDT-N018 Ell-F048A B21-LT-M036 Ell-FOA8B 521-LT-NO37 E11-F052A B'32-F031A Ell-F052B B32-F0313 B32-F032A B32-F032B ENCLOSURE 1, PAGE 2
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| O ITDiS CONSIDERED TO BE QUALIFIED - UNIT #1 Ell-F103A SW-V101 SW-V130-S Ell-F103B SW-V102 SW-V131-S E11-F104A SW-V105 SW-V136-S SW-V106 SW-V137-S Ell-F104B Ell-I'122A SW-Vill SW-V338-S Ell-F1223 SW-Vil7 SW-V139-S B21-LT-N017A-1 SW "ll8 1A-FCU-RB SW-V123S 1B-FCU-RB B21-LT-N017 B-1 B21-LT-N017C-1 SW-V124-S 1C-FCU-RB SW-V125-S 1D-FCU-RB B21-LT-N017D-1 B21-PT-N023A SW V126-S B21-PT-N023B SW-V128-S B21-PT-N023C SW-V129-S B21-PT-N023D Cll-LSH-N013A C11-LSH-N013B CABLES:
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| Cll-LSH-N013C AC41 3/C #4/0 AWG (INT. ARM.)
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| Cll-LSH-N013D BB08 2/C #8 AWG SGT-V8 BD02 4/C #2 AWG SGT-V9 BD06 4/C #6 AWG C71-P002A BD10 4/C #10 AWG C71-P0023 CA12 1/C #12 AWG C71-P002C CB12 2/C #12 AWG C71-P002D CC10 3/C #10 AWG C71-P002E CD09 4/C #9 AWG C71-P002F CD12 4/C #12 AWG C71-P002G CG12 7/C #12 AWG C71-P002H CJ12 10/C #12 AWG 1A-BFV-RB CL12 12/C #12 AWG 1B-BFV-RB FB12 2/C #12 AWG 1C-BFV-RB FD12 4/C #12 AWG 1D-BFV-RB FG12 7/C #12 AWG lE-BFV-RB GA22 COAXIAL #22 AWG 1F-BFV-RB HA25 1/C 250 MCM 1G-BW-RB HC25 3/C 250 MCM lH-BFV-RB JC25 3/C 250 MCM lI-BFV-RB JC35 3/C 350 MCM IN-BW-RB JC50 3/C 500 MCM E11-F002A KD12 4/C #12 AWG LA41 1/C #4/0 AWG (SHLD)
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| [ 0 8A
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| ... - MA16 1 PR #16 AWG (SHLD)
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| MC16 3 PR #16 AWG (SHLD)
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| El 073 9y5 ME16 5 PR #16 AWG (SHLD)
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| MG16 7 PR #16 AWG (SHLD)
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| NA16 1 PR #16 AWG (SHLD)
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| TC16 1 Triple #16 AWG (SHLD)
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| TIl6 3 Triple #16 AWG (SHLD)
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| VD16 4/C #16 AWG (SHLD)
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| WD19 4/C Special ENCLOSURE 1, PAGE 3
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| o ITEMS CONSIDERED TO BE OUALIFIED - UNIT # 1 XA16 (BlW) 1 PR #16 CU/C T/C CAB XA16 (SAM.MOR.) 1 PR #16 CU/C T/C CAB
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| . YL20 1,2 PR #12 AWG (SHLD)
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| Panel Wiring 1 Conductor Wire 48-06R18-31SP AMP Connector 9012 Female Connector i 9013 Male Connector KTNAR Heat Shrink Insul.
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| 1X-100E Cable Penetration l 1X-100H Cable Penetration 1X-102A Cable Penetration II-1023 Cable Penetration LX-102C Cable Penetration 1X-102E Cable Penetration 1X-102F Cable Penetration 1X-102H Cable Penetration 1X-104A Cable Penetration 1X-104F Cable Penetration IX-105B Cable Penetration 1X-105C Cable Penetration 1X-105D Cable Penetration 1X-105E Cable Penetration LX-105G Cable Penetration LX-105H Cable Penetration 1X-105J Cable Penetration LX-105K Cable Penetration Splice Themocouple Splice 480 V Splice Power Cable Splice Weidmuller #6941 Terminal Block AMP SPEC IND Tem Lug - PIDG KYNAR STA-KON C10-10 Ring /Tounge Tem Lug T & B 54108 Ring /Tounge Term Lug T & 3 C971 Ring /Tounge Term Lug 480 V Term Power Cable Tem ENCLOSURE 1, PAGE 4
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| ) United States Nuclear Regulatory Commission i Docket No. 50-324 License No. DPR-62
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| . Docket No. 50-325 License No. DPR-71 10CFR50.49 ENVIRONMENTAL QUALIFICATION OF ELECTRICAL EQUIPMENT BRUNSWICK STEAM ELECTRIC PLANT UNITS 1 & 2 l
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| 90-DAY RESPONSE CAROLINA POWER & LIGHT COMPANY RALEIGH, NORTH CAROLINA MAY 20, 1983 Submitted By Recommended By Apploved . _ . _
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| 7.r4;& //
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| TABLE OF CONTENTS VOLUME I I INTRODUCTION II BACKGROUND AND DISCUSSION III ENVIRONMENTAL CONDITIONS IV SAFETY RELATED EQUIPMENT V EQUIPMENT EVALUATION WORKSHEETS UNIT I VOLUME II V EQUIPMENT EVALUATION WORKSilt' UNIT II VI DOCUMENTATION INDFS AND ENVIRONMENTAL PROFILES VII EQUIPMENT STATUS a
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| SECTION I INTRODUCTION 7-s On May 31, 1978, the United States Nuclear Regulatory Commission, Office of Inspection and Enforcement, issued to Carolina Power and Light Company ,
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| I IE Circular 78-08 which directed CP&L to examine the installed safety-related electrical equipment, and insure appropriate documentation of its qualification to function under postulated accident conditions. Sub-sequently, on February 8, 1979, the NRC issued IE Bulletin 79-01 which directed CP&L to provide written evidence of the qualification of electrical equipment required to function under accident conditions.
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| Also, on June 6, 1979, the NRC issued Supplement No. 79-01A to IE Bulletin 79-01 " Environmental Qualification of Class lE Equipment" (Deficiencies in the Environmental Qualification of ASCO Solenoid Valves). Finally, on January 17, 1980, the NRC issued IE Bulletin No. 79-OlB requesting more detailed information and expanding the scope of the Bulletin to include high energy line breaks (HELB) inside and outside primary con-tainment, aging, and submergence.
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| Certain items in the Bulletin were required to be addressed in a 45-day Report and a 90-day Report which were submitted on March 13, 1980 and September 19, 1980, respectively.
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| Shortly before the delivery of the September submittal, Carolina Power and Light Company received (on 9/2/80) an NRC order (dated 8/29/80) amending the BSEP operating licenses DPR-71 and DPR-62 to add the following provisions:
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| "Information which fully and completely responds to the staff's request above, (IE Bulletin 79-01B) shall be submitted to the Director, Region II Office of Inspection and Enforcement by the Licensee not later than November 1,1980".
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| CP&L submitted Revision 1 to the 90-day Report on October 31, 1980. CP&L received a SER on the above reports on June 5,1981. This SER, in turn, required a 90-day response which was transmitted to NRC on September 16, 1981.
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| Based upon this response and supplementary documentation submitted on
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| . July 14, 1982, in accordance with NRC (FRC) request, CP&L received a second SER on December 21, 1982. This SER also required a 90-day response.
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| On January 21,1983,10 CFR 50.49, the final rule on environmental qualifi-cation, was published in the Federal Register to become effective on February 22, 1983. 10 CFR 50.49(k) specifically exempts anyone from the requirement to qualify equipment in accordance with 10 CFR 50.49
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| ".. . if the Nuclear Regulatory Commission has previously required qualifi-catica of that aquipmcat. In accurdance with ' Guidelines for r. valuating Environmental Qualification of Class lE Electrical Equipment in Operating Reactors', November 1979 (DOR Guidelines), or NUREG-0588 (For Comment version), ' Interim Staff Position oa Environmental Qualification of Safety-Related Electrical Equipment' .". As shown above, this exemption applied to BSEP. The rule also required a 90-day response that superseded previous reporting requirements.
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| I-1
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| (I CP&L has prepared and is submitting this report in accordance with the above requirements. For reasons of clarity and ease of reference, i this report is written to stand alone. The information contained herein is developed from, and in some cases is identical to, the infor-mation contained in the earlier reports. However, except as discussed below, this report supersedes the earlier reports.
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| Justifications for continued operation, as transmitted to NRC previously and indexed in our submittals of January 25, 1983 and April 1, 1983, continue to be valid.
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| SECTION II O BACKGROUND AND DISCUSSION The original report was compiled as follows: ;
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| The Plant AE, United Engineers and Constructors, was requested to provide
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| , a master equipment list of components in Engineered Safety Feature Systems a required to function under accident conditions to mitigate the conse-i quences of a LOCA or HELB. The list _was developed from a review of the plant design basis documentations, including Design Reports, the Final Safety Analysis Report, the Technical Specifications, and the Emergency Instructions in the Brunswick Steam Electric Plant Operating Procedures, Volume VI.
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| i At least two cognizant engineers, one of whom holds an SRO license on BSEP, reviewed each item on the master list for the accuracy of its assessed system function and the appropriateness of its inclusion on the list using Appendix A of DOR guidelines. The list was verified by field inspection which also identified any differences between Units 1 & 2. i t
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| UE&C then contacted the manufacturers of the listed electrical equipment and requested information on qualification test programs and reports and/or lists of material used related to the types of equipment supplied.
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| , The NSSS supplier, General Electric (GE), was requested to provide stnilar information for each of the items within their scope of supply.
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| Preliminary information from General Elactric (Report NEDO 24298) was received on October 16, 1980, and covers a generic study of typical BWR/4 Mark I electrical components -(as supplied by GE) to demonstrate that they indeed function as required to adequately mitigate the conse-quences of a LOCA inside containment or HELB outside containment. This summary report provided the GE justification for continued operation of the BSEP electrical equipment in GE scope of supply, i
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| Following the above initial effort, the system drawings were marked to establish the Class lE equipment and piping boundaries and the non-Class lE equipment within the boundary was identified. The drawings were then reviewed to determine which electrically operated components /
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| devices / equipment and instruments are required to maintain the integrity of the identified system to preserve the Reactor Coolant Pressure Boundary and to mitigate the consequences of any accident. The drawings were then marked to identify; Class 1E components inside the harsh environment, Class 1E components not in the harsh environment, and non-Class lE components irrespective of location. It was then verified i that the components in a harsh environment that are not required to mitigate the consequences of an accident are isolated from safety related ,
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| systems and components. If a component could prevent a Class lE component '
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| from mitigating the consequences of an accident due to improper isolation, that component or its isolation device is considered Class lE. The coordination of isolation devices that are required for safe shutdown "
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| of the reactor is verified by the Appendix R study.
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| O II-l i
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| _..----,m~~-,.,- .,.-s-., -, ,. .~,.- ,,-,,,-m..cr e, m,-m,,,.-.,,,-,_,.,.., .,.-sp--wm,,.-_,. .,..~m.-r. 4. ,-, . _, i.m.,,,,-y,,-_%,
| |
| | |
| i O
| |
| Since the Qualification Program is an ongoing effort, it is recognized that the resultant list may not be entirely correct nor complete at any given time. Hcwever, to the best of our knowledge, the enclosed j list is complete and correct as of 4/1/83.
| |
| Qualification data received from the equipment suppliers has baen re-
| |
| ' viewed and compared to the DOR guidelines as required by IEB 79-013.
| |
| For equipment for which the documentation does not establish complete qualification, we have instituted a program to replace, test, or qualify the equipment by test / analysis.
| |
| In order to ensure that equipment will be maintained in a qualified condition, a Qualification Maintenance Program is being developed and will be implemented consistent with the schedule in the final rule.
| |
| NOTE: When used in Section V as the specified operating times i
| |
| on the SCEWS sheets, the following terms are defined as:
| |
| Immediate Less than 1 hour, Short 1 Hr - 24 Hr.
| |
| Long 24 Hr - 30 Days.
| |
| O II-2 O
| |
| -- - - - , - - . - - , , - - - - - - - --- e---
| |
| | |
| () SECTION III DETERMINATION OF ENVIRONMENTAL SERVICE CONDITIONS
| |
| : 1. GENERAL Chemical sprays are not part of the BSEP design bacis. Deminer-alized water sprays are used inside Containment and have been considered.
| |
| In the design of the BSEP pressure suppression containment (i.e.,
| |
| drywell-torus) flooding is not considered to be a credible accident environment. This is due to the high volume, low hy-draulic resistance flow paths from the drywell to the torus which immediately direct LOCA blowdown flow away from the drywell.
| |
| : 2. INSIDE PRIMARY CONTAINMENT HELB in the Reactor Building does not affect environmental con-ditions inside the Containment and therefore is not considered for in-containment components.
| |
| The drywell and torus environmental conditions following a postulated LOCA are discussed La FSAR Section M7.9 and Design Report 12.
| |
| FSAR Figure M7.9 also provides values for post accident integrated radiation dose to equipment in the Primary Containment and these have been used in our evaluation.
| |
| The pressure and temperature response curves inside containment are included in Section VI as profile P-5.
| |
| : 3. INSIDE SECONDARY CONTAINMENT (Reactor Building)
| |
| : a. Radiation Post-LOCA radiation levels in various regions of the Reactor Building are due to leakages from the drywell and due to fluids which are recirculated from inside the Primary Con-tainment to accomplish long-term cooling following a LOCA.
| |
| The LOCA-induced radiation environment, and the subsequent transport process, is evaluated in accordance with the DOR Guidelines and NUREG-0588.
| |
| : 1) 100-percent of the noble gases, 25-percent of the halogens and 1-percent of the solid fission products are assumed to be airborne in the drywell.
| |
| : 2) 50-percent of the halogens and 1-percent of the solid fission products are assumed to be in the suppression pool water.
| |
| O III-l
| |
| | |
| O 3. INSIDE SECONDARY CONTAINMENT (Reactor Building) (Cont'd)
| |
| : 3) Drywell leakage is assumed to be 0.635-percent per day for the duration of the accident.
| |
| : 4) For conservatism, all leakages from drywell are assumed to be leaking into any one compartment adjacent to drywell.
| |
| The-leakage overflow from that compartment is then assumed to be uniformly mixed in the remainder of the Reactor Building. The conservatism of this method lies in the conservatively high computed values for the concentrations of fission products in each of the ESF compartments.
| |
| The resultant peak activities in various regions of the Reactor Building are presented in Table III-1, as referenced in BSEP Design Report 12 of March 1972.
| |
| : b. Temperature and Pressure The temperature response curves for various areas of the Reactor Building are included in Section VI as profiles P-1, P-2, P-3, and P-4.
| |
| Reactor Building peak pressure data and margins are included in profiles P-3 and P-4 in Section VI, for small enclosed areas and open areas, respectively. These peaks are applicable only during the HELB and are such short duration that the effect upon essential equipment is considered -to be negligible, and does not effect its operability. For post-LOCA conditions there is no significant pressure increase in the Reactor Building.
| |
| : c. Humidity The bounding post-accident humidity in the Reactor Building is considered to be 100% (HELB) .
| |
| Significant flooding does not occur outside the drywell as a result of the postulated HELBs.
| |
| The derivation of the temperature and pressure response for the Reactor Building is shown in Reference 34, Reactor Building Environmental Report, developed for Brunswick 1 & 2 by our A/E, United Engineers and Constructors.
| |
| III-2
| |
| | |
| I t
| |
| TABLE III-1 LOCATION OF SUBSTANTIAL FISSION PRODUCT INVENTORY APPROXIMATE PEAK SOURCE LOCATION INVENTORY, Ci 0
| |
| Reactor Building (Uniform Dispersal) Total: 8.1 x 10 N.G.: 5.6 x 10 6 Iodine: 2.5 x 10 SGTS Filters in Reactor Building Iodine: 4.2 x 10 5 Drywell Total: 5.5 x 10 8 N.G.: 4.0 x 10 8 Iodine: 1.5 x 10 ,
| |
| l l
| |
| 8 Pressure Suppression Chamber' Iodine: 3.0 x 10 Typical Small Compartment 5 (Adjacent to drywell in Reactor Builing) Total: 10 1
| |
| Typical Large Compartment 6 (Adjacent to drywell in Reactor Building) Total: 10 i
| |
| 1 l
| |
| l III-3 O
| |
| | |
| SECTION IV
| |
| )
| |
| SAFETY RELATED EQUIPMENT A. This section contains the Master List of systems and electrical equipment items which are required to function under postulated accident conditions at BSEP. Also included equipment which does not perform a safety function, but whose tailure can disable other safety related equipment.
| |
| : 1. Automatic Depressurization System (ADS) - B21
| |
| : 2. Containment Atmospheric Control System (CAC)
| |
| : 3. Core Spray System (CS) - E21
| |
| : 4. Electrical Distribution System (ED)
| |
| : 5. High Pressure Coolant Injection System (HPCI) - E41
| |
| : 6. Instrument Air System (IA)
| |
| : 7. Nuclear Steam Supply Shutoff System (NSSS) - A71, A 72
| |
| : 8. Reactor Core Isolation Cooling System (RCIC) - E51
| |
| : 9. Residual Heat Removal System (RHR) - Ell
| |
| : 10. Reactor Instrument Penetration System (RIP)
| |
| : 11. Reactor Protection System (RPS) - Cll, C 12
| |
| : 12. Standby Gas Treatment System (SBGT)
| |
| : 13. Service Water System (SW)
| |
| : 14. Torus Drain System- (TD)
| |
| : 15. Ventilating Air System (VA)
| |
| : 16. Common Components (C C )
| |
| B. The following is a list of additional systems unich were reviewed to de-termine the applicability for inclusion in the Master List. Conclusions of this review are provided under the Remarks Column.
| |
| IV-1
| |
| | |
| SYSTDi REMARKS Control Rod Drive Non-essential = Not required for reactor scram.
| |
| Closed Cooling Water Non-essential = Not required to function under postulated accident conditions.
| |
| Reactor Water Clean-Up Isolation valves and isolation initiation instruments only are essential. This equipment was included in the NSSS system.
| |
| Reactor Recirculation Pump, discharge valves only are essential.
| |
| and were included in RHR system.
| |
| Feedwater & Condensate Non-essential = Not required to function under postulated accident conditions.
| |
| Steam Leak Detection This equipment was included in HPCI, NSSS, and RCIC systems.
| |
| Standby Liquid Control Non-essential = Not required to function under postulated accident conditions.
| |
| Neutron Monitoring System Non-essential = Not required to function under postulated accident conditions.
| |
| Area Radiation Monitors Non-essential = Not required to function under postulated accident conditions.
| |
| Containment Atmosphereic Equipment ,is located in Augmented Of f-Gas Dilution Building which is not subject to a harsh environment caused by the postulated accident.
| |
| Emergency Diesel Generators Equipment ,is located in diesel generator building which is not subject to a harsh environment caused by the postulated accident.
| |
| Emergency Distribution Equipment ,is located in diesel generator Switchgear building which is not subject to a harsh environment caused by the postulated accident.
| |
| Reactor Core Isolation Isolation valves and isolation initiation Cooling instruments only are essential.
| |
| DC Batteries and Equipment is locate d in Control Building Liscribution System wisich io not subject to harsh anviroement caused by the postulated accident.
| |
| s All class lE electrical equipment located in the Control Building, Diesel Generator Building, Augmented Off-Gas Building, Service Water
| |
| () Building and Turbine Building have been omitted from the Master List.
| |
| IV-2
| |
| | |
| These areas are not subject to a harsh environment caused by the
| |
| (}
| |
| postulated accidents.
| |
| C. A' comparison of BSEP systems with the " Typical Equipment / Function" list provided in Appendix A of the DOR guidelines is given below. This com-parison identifies the breakdoOn of how systems at BSEP are, or are not, employed to accomplish the functions of the systems identified in Appendix A.
| |
| APPENDIX A SYSTER BSEP SYSTEM REMARKS Engineered Safeguards Actuation ADS, CS, HPCI, NSSS, RHR, RIP Reactor Protection RFS Containment Isolation CAC, NSSS Steam Line Isolation NSSS, HPCI, RCIC Main Feedwater Shutdodn. - No accident function,
| |
| & Isolation isolated by mechanical check valves, no Class LE electrical components.
| |
| Emergency Power ED Emergency Core Cooling CS, HPCI, RHR Containment Heat Removal RHR Containment Fission Product CAC,SBGT Removal Containment Combustible Gas CAC Control Auxiliary Feedwater --- Not a BWR system.
| |
| cmo. 4 -on, v.o.113 tion can Containment Radiation Monitoring CAC Control Room Habitability Systems --- Not subjected to harsh environment.
| |
| VA
| |
| {'}
| |
| v Ventilation for Areas Containing Safety Equipment IV- 3
| |
| | |
| APPENDIX A SYSTEM BSEP SYSTEM REMARKS Component Cooling SW Service Water SW Emergency Shutdown ADS, HPCI, RHR Post Accident Sampling CAC, RIP
| |
| & Monitoring Radiation Monitoring CAC Safety Related Display CAC, HPCI, RHR, .
| |
| Instrumentation SBGT D. The following changes to the Master List as submitted with the October 31, 1980 report have been incorporated:
| |
| A SCEW sheet page number column has been placed after the generic component name; The Instrument Air System and Torus Drain System have been added to the list; and, The Common Components have been gathered into a separate list.
| |
| - The Master List has been attached as two sections, the first for Unit 1 & the second for Unit 2.
| |
| IV- 4 0
| |
| | |
| ^"* ** tic D*Pra=="rization 8 78te= B21 (^D3)
| |
| SYSTEM UNIT MP NENT O PLANT S.CE.W. LOCATION lOENTIFICAT10N GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. Ow ow Selector Switch X B21-CS-3327 1143 B21-CS-3329 Selector Switch 1143 X Selector Switch X B21-CS-3412 1143 Preamplifier 1170 X B21-FAT-4157 Preamplifier '1170 X B21-FAT-4158 Preamplifier 1170 X B21-FAT-4159 B21-FAT-4160 Preamplifier 1170 X Preamplifier 1170 X B21-FAT-4161 Preamplifier 1170 X B21-FAT-4162 Preamplifier X B21-FAT-4163 1170 Prcamplifier X B21-FAT-4164 117o Preamplifier 1170 X B21-FAT-4165 Preamplifier 1170 X B21-FAT-4166 Preamplifier 1170 X B21-FAT-4167 B21-FT-4157 Accelerometer 1171 X B21-FT-4158 Accelerometer 1171 X Accelerometer 1171 X B21-FT-4159 Accelerometer X B21-FT-4160 1777 Accelerometer 1171 X B21-FT-4161 Accelerometer X B21-FT-4162 1171 Accelerometer 1171 X B21-Fr-4163 Accelerometer 1171 X B21-FI-4164 Accelerometer 1171 X B21-FT-4165 Accelerometer 1171 X B21-FT-4166 X .
| |
| B21-FT-4167 Accelerometer 1777 Solenoid 1276 X B21-F013A-S ,
| |
| Solenoid 1276 X l B21-F013B-S l Solenoid X B21-F013C-S 1276 B21-F013D-S Solenoid 1276 X Solenoid 1276 X B21-F013E-S Solenoid 1276 X B21-F013F-S Solenoid 1276 X B21-F013G-S Solenoid X B21-F013H-S 1276 Solenoid X B21-F013J-S 1276 IV-1-1-1
| |
| | |
| )
| |
| B21 (ADS) _
| |
| SYSTEM ^"* ** tic D*Pr*88"r1**** " S78***
| |
| UNIT 1 MP NENT O PLANT S.C.E.W. LOCATION :
| |
| IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSDE NO. NO. Ow ow B21-F013K-S Solenoid 1276 X B21-F013L-S Solenoid 1276 X j B21-LT-NO31A Level Transmitter 1252 X B21-LT-N031B Level Transmitter 1252 X B21-LT-N031C Level Transmitter 1252 X B21-LT-NO31D Level Transmitter 1252 X B21-LT-N042A Level Transmitter 1254 X B21-LT-NO42B Level Transmitter 1254 X Ell-PS-N010A Pressure Switch 1267 -X Ell-PS-N010B Pressure Switch 1267 X E11-PS-N010C Pressure Switch Y E11-PS-N010D Pressure Switch 1267 x i
| |
| l- I O
| |
| . IV-1-1-2
| |
| | |
| i l
| |
| (CAC)
| |
| SYSTEM Containm%nt Atmospharie Control System UNIT COMPONENT Q
| |
| 1 PLANT S.C.E.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. DW DW CAC-AT-1259 Analyzer 1178 I Analyzer 1179 X '
| |
| CAC-AT-1260 l Analyzer 1179 X ;
| |
| CAC-AT-1261 I Analyser 1179 I CAC-AT-1262 Analyzer 1173 - X CAC-AT-1263 Flow Transmitter 1053 X CAC-FT-2686 Level Transmitter 1054 X 1 CAC-LT-2601 i CAC-LT-2602 Level Transmitter 1054 I l Pressure Switch 1073 A CAC-FDS-4222 CAC-PDS-4223 Pressure Switch 1073 X CAC-PT-1257-2 Pressure Transmitter '1055 I Pressure Transmitter 1258 X CAC-PT-4175 Pressure Tr====1tter 1258. X CAC-PT-4176 CAC-PV-1260-L Limit Switch 1153' 'I Solenoid X CAC-PV-1260-S 1014 CAC-PV-1261-L Limit Switch 1153 I Solenoid X CAC-PV-1261-S 1014 1153 X CAC-PV-1262-L Limit Switch Solenoid 1014 X CAC-PV-1262-S CAC-PV-3437-L Limit Switch 1154 I Solenoid 1015 X CAC-PV-3437-S l
| |
| CAC-PV-3438-L Limit Switch 1154 I Solenoid 1015 X CAC-PV-3438-S Limit Switch X CAC-PV-3439-L 1154 CAC-PV-3439-S Solenoid 1015 X ,
| |
| CAC-PV-3439-IS Solenoid 1015-1 l X j Limit Switch 1154 X CAC-PV-3440-L Solenoid 1015 X l CAC-PV-3440-S Solenoid 1015-1 X CAC-PV-3440-IS 1154 X CAC-PV-3441-L . Limit Switch Solenoid 1015 X CAC-PV-3441-S CAC-PV-3442-L Limit Switch 1154 X CAC-PV-3442-S Solenoid 1015 X IV-2-1-1
| |
| | |
| ( CAC C ntainmint Atm spheric Control Svates SYSTEM UNIT 1 COMPONENT Q S.C.E.W. LOCATION PLANT SHT. INSIDE OUTSDE IDENTIFICATION GZNERIC NAME DW NO. Dw NO.
| |
| 1016 X CAC-SV-4222 Solenoid 1016 X CAC-SV-4223 Solenoid Resistance Temp. Detector X 1237 CAC-TE-1258-1 Resistance Temp. Detector 1237 X CAC-TE-1258-2 X
| |
| CAC-TE-1258-3 Resistance Temp. Detector 1237 Resistance Temp. Detector X CAC-TE-1258-4 1237 Resistance Temp. Detector 1237 X CAC-TE-1258-5 Resistance Temp. Detector 1237 X CAC-TE-1258-6 1237 X CAC-TE-1258-7 Resistance Temp. Detector Resistance Temp. Detector 1237 X CAC-TE-1258-8 Resistance Temp. Detector 1237 X CAC-TE-1258-9 Resistance Temp. Detector 1237 X CAC-TE-1258-10 Resistance Temp. Detector 1237 X CAC-TE-1258-11 Resistance Temp. Detector X CAC-TE-1258-12 1237 Resistance Temp. Detector A CAG-TE-ins-13 1237 Resistance Temp. Detector 1238 I CAC-TE-1258-14 Resistance Temp. Detector 1239 X f CAC-TE-1258-17 Resistance Temp. Detector 1239 X CAC-TE-1258-18 Resistance Temp. Detector 1239 X CAC-TE-1258-19 Resistance Temp. Detector 1239 X CAC-TE-1258-20 Resistance Temp. Detector 1238 X CAC-TE-1258-21 Resistance Temp. Detector , 1237 X CAC-TE-1258-22 Resistance Temp. Detector 1237 X CAC-TE-1258-23 Resistance Temp. Detector 1237 X CAC-TE-1258-24 1082 X CAC-V4-L Position Indicator 1017 y X CAC-V4-S ,
| |
| Solenoid ,
| |
| I CAC V5-L ! Positinn indicator 1082 l lX j X
| |
| CAC-VS-S Solenoid 1017 1018 X CAC-VS-IS Solenoid 1079 K CAC-V6-L Position Indicator X
| |
| CAC-V6-S Solenoid 1019 O CAC-V6-IS Solenoid 1020 1081 X
| |
| X CAC-V7-L Position Indicator X
| |
| Solenoid 1021 CAC-V7-S
| |
| - IV-2-1-2
| |
| | |
| C ntainm nt Atm spheric Control System ( CAC SYSTEM UNIT 1 COMPONENT PLANT S.C.E.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTS!DE NO. NO. DW DW Position Indicator 1081 X CAC-V8-L Solenoid 1017 X CAC-V8-S CAC-V9-L Position Indicator 1083 X CAC-V9-S Solenoid 1022 X CAC-V10-L Position Indicator 1079 X CAC-V10-S Solenoid 1023 X CAC-V15-L Position Indicator 1080 X CAC-V15-S Solenoid 1024 X CAC-V16-L Position Indicator 1081 X CAC-V17-L Position Indicator 1081 X CAC-V22 Motor Operator 1190 X l CAC-V23 Motor Operator 1191 X CAC-V47-L Position Indicator 1155 X CAC-V47-S Solenoid 1025 X CAC-V47-IS Solenoid 1026 I CAC-V48-L Position Indicator 1156 X CAC-V48-S Solenoid 1027 X CAC-V48-IS Solenoid 1028 I CAC-V49-L Position Indicator 1079 X CAC-V49-S Solenoid 1029 X CAC-V50-L Position Indicator 1079 X CAC-V50-S Solenoid 1029 K CAC-V55-L Position Indicator 1155 K CAC-V55-S Solenoid 1025 K CAC-V56-L Position Indicator 1155 X CAC-V56-S Solenoid 1025 X ,
| |
| D17-RE-NO10A Radiation Detector 1111 X D12-RE-N010B Radiation Detector 1111 X CM8-3-6A Relay 1121 X CN2-3-5A Relay 1121 X i L17-74-A-H Relay 1135 K L17-74-A- L Relay 1135 X L17-74-B-H Relay 1135 X L17-74-B-L Relay 1135 X IV-2-1-3
| |
| | |
| Containment Atmospheric Control System ( CAC )
| |
| SYSTEM UNIT 1 COMPONENT PLANT S.C.E.W. LOCATION L
| |
| , IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE l
| |
| NO. NO. DW DW Ll7-74-C-H Relay 1135 X Ll7-74-C-L Relay 1135 X Ll7-74-H Relay 1135 I Ll7-74-L Relay 1135 x Ll7-74-I-H Relay 1135 X l
| |
| Ll 7- 74-1-L Relay 1135 X l
| |
| l i
| |
| :l a
| |
| t 8 e U l i i i I
| |
| e i i
| |
| i IV-2-1-4
| |
| | |
| m I "
| |
| SYSTEM cara
| |
| * rav a v " a=
| |
| O UNIT 1 COMPONENT LOCATION S.C.E.W.
| |
| PLANT SHT. INSIDE OUTSIDE IDENTIFICATION GENERIC NAME NO. DW DW NO.
| |
| 1256 g B21-PT-N021A Pressure Transmitter 1256 X l
| |
| B21-PT-N021B Pressure Transmitter 1256 X B21-PT-N021C Pressure Transmitter 1256 g B21-PT-N021D Pressure Transmitter 1268 X Ell-PS-N011A Pressure Switch 1268 g Ell-PS-N011B Pressure Switch 1268 X Ell-PS-N011C Pressure Switch Pressure Switch 1268 X Ell-PS-N011D Motor 1115 X E21-C001A 1115 X E21-C001B Motor 1075 X E21-FS-N006A Flow Switch 1075 X E21-FS-N006B Flow Switch Motor Operator 1212 X E21-F001A Motor Operator 1212 X E21-F001P
| |
| , 1213- X E21-F004A Motor Operator 1213 X E21-F004B Motor Operator 1213 X E21-F005A Motor Operator 1213 X E21-F005E Motor Operator 1214 X E21-F015A Motor Operator X
| |
| E21-F015B Motor Operator 1214 X
| |
| E21-F031A Motor Operator 1215 1215 X E21-F031B Motor Operator 1270 X E21-PS-N008A Pressure Switch 1270 X E21-PS-N008B Pressure Switch _
| |
| Pressure Switch 1270 X E21-PS-N009A Pressure Sw~ itch 1270 X E21-PS-N009B I
| |
| I I
| |
| , O IV-3-1-1 l
| |
| l
| |
| | |
| ( ED
| |
| ' acer4 r,1 n4 arr4 8ue 4 on sv t -
| |
| SYSTEM O
| |
| UNIT l COMPONENT S.C.E.W. LOCATION PLANT SHT. INSIDE OUTSIDE IDENTIFICATION GENERIC NAME OW NO. DW NO.
| |
| X Motor Control Center 1122 MCC-lXA X 1123 MCC-1XA-2 Motor Control Center X
| |
| Motor Control Center 1124 MCC-IIB X Motor Control Center 1125 MCC-lXB-2 '
| |
| MCC-lXC Motor Control Center 1126 I A MCC-lXD Motor Control Canter 1127
| |
| * A Motor Control Center 1128 MCC-LADA X
| |
| Motor Control Center 1129 MCC-lXDB X 1130 i
| |
| MCC-1XE Motor Control Center X
| |
| 1131 MCC-IXF Motor Control Center
| |
| , X i
| |
| Motor Control Center 1132 i MCC-lXH 1133 X MCC-LXJ Motor Control Center i X 1 Motor Control Center 1134 MCC-1XK 1158 X 1A-RX Distribution Panel 1159 X IB-RX ,
| |
| Distribution Panel 8
| |
| l l
| |
| O
| |
| - IV-4-1-1 1
| |
| __ ~~~ ------.,,m, , _ _
| |
| | |
| SYSTE)A High Prasaure Coolant Iniection Svstem E41 ( MPCT UNIT 1 COMPONENT l
| |
| O PLANT I S.CE.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSDE l NO. NO. Ow ow
| |
| ! B21-CS-3345 Selector Switch 1141 X l
| |
| i B21-LITS-N0 26 A Level Transmitter ____
| |
| 1281 X B21-LITS-N 026 B Level Transmitter 1281 X B21-LT-N017B-2 Level Transmitter 1250 X B21-LT-N017D-2 Level Transmitter 1250 X E41-C002 Turbine 1277 X E41-FSL-N006 Flow Switch 1076 X _
| |
| E41-FT-N008 Flow Transmitter 1116 X E41-F001 Motor Operator 1216 X l E41-F002 Motor Operator 1217 X l E41-F003 Motor Operator 1218 I E41-F004 Motor Operator 1219 X
| |
| ; E41-F006 Motor Operator 1220 X
| |
| ! E41-F007 Motor Operator 1221 X E41-F008 Motor Operator 1221 X E41-F0ll Motor Operator 1222 X E41-F012 Motor Operator 1222 X E41-F041 Motor Operator 1219 X E41-F042 Motor Operator 1219 X E41-F059 Motor Operator 1223- X E41-LSH-N015A Level Switch 1245 I E41-LSH-N015B Level Switch 1245 X l
| |
| l E41-PD T-N004 Pressure Switch 12}9 I E41-PD T-N005 Pressure Switch 1259 X l
| |
| E41-PS-N001A Pressure Switch 1077 X E41-PS-N001B Pressure Switch 1077 X
| |
| ; c41-t 5-N001C 3
| |
| f Pressure Switch 1077 l X esi-r> Nuu w Pressure Switch 1077 I E41-PS-N010 Pressure Switch 1271 X E41-PSH-N012A Pressure Switch 1061 X E41-PSH-N0123 Pressure Switch 1061 X E41-PSH-N012C Pressure Switch 1061 ,
| |
| X l E41-PSH-N012D Pressure Switch 1061 X E41-PSH-N017A Pressure Switch 1062 lX E41-PSH-N017B Pressure.Sw1Ich 1062 lX IV-5-1-1
| |
| | |
| HPCI SYSTrMH ant _Inje_ction Svstem FL__ _
| |
| UNIT COMPONENT O PLANT S.C.E.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. OW OW Pressure Switch 1068 X
| |
| ; E41-PSH-N027 i E41-TE-NO30A Thermocouple 1172 X i
| |
| Thermocouple 1172 X E41-TE-N030B Temperature Switch 1102 X l E41-TS-3314
| |
| ! E41-TS-3315 Temperature Switch 1103 X.
| |
| l Temperature Switch 1103 X E41-TS-3316 E41-TS-3317 Temperature Switch 1103 X E41-IS-3318 Temperature Switch 1103 I Temperature Switch 1103 X E41-TS-3354 E41-IS-3488 Temperature Switch 1104 X l
| |
| Temperature Switch 1104 X E41-TS-3489 E51-TE-N025C Thermocouple 1176 X Thermocouple 1176 g E51-TE-N025D E51-TE-N026C Thermocouple 1176 X Thermocouple 1176 X E51-TE-N026D E51-TE-N027C Thermocouple 1176 X Thermocouple 1176 X E51-TE-N027D Test Plug 1138 X 1G7-TPS Test Plug 1138 X 1G7-TP6 1G7-TP7 Test Plug 1138 X Test Plug 1138 X 1G7-TP8 I
| |
| O IV-5-1-2 i
| |
| | |
| t Instrument Air System ( 13 )
| |
| f SYSTEM l
| |
| O UNIT 1 COMPONENT l
| |
| PLANT SCE.W. LOCATION IDENTIFICATION GEMRIC MAME SHT. INSIDE OutBCE NO. DW DW NO.
| |
| Pressure Switch 1068 X IA-PSL-3594 1068 X IA-PSL-3595 Pre'.sure Switch l X NP6-MOT-M1 Motor 1098 1099 X NP6-MOT-M2 Motor Motor 1098 X NP7-MOT M1 Motor 1099 X NP7-MOT-M2 l
| |
| [
| |
| i t
| |
| (
| |
| 0 l
| |
| IV-6-1-1 .
| |
| O
| |
| ____----_.,-_-----__,,--,,-,-_.,.,.,_-_,,.w-, - , - -- ,_.-,,,,._,-,,_..w,.e., - - - - - - - _ - _ - ,_y,- - - - ,,-...n.,,,
| |
| | |
| gygypy Nuclear Steam Supply Shutoff System A71 ( NSSS UNIT 1 COMPONENT O PLANT S.C.E.W.
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| SHT.
| |
| LOCATION INSIDE OUTSIDE IDENTIFICATION GENERIC NAME NO. Ow ow NO. mmmmmmmmm mmmmmmmmusume=
| |
| Limit Switch 1142 X B21-F003-L Solenoid 1009 X B21-F003-S B21-F004-L Limit Switch 1142 X B21-F004-S Solenoid 1010 X B21-F016 Motor Operator 1186 X Motor Operator 1187 X B21-F 019 B21-F022A-L1 Limit Switch 1166 X l B21-F022A-L2 Limit Switch 1166 X B21-F022A-L3 Limit Switch 1166 . X-B21-F022A-S1 Solenoid 1011 X B21-F022A-S2 Solenoid 1011 X B21-F022B-L1 Limit Switch 1166 X B21-F022B-L2 Limit Switch 1166 X B21-F022B-L3 Limit Switch 1166 X B21-F022B-S1 Solenoid 1011 X Solenoid 1011 X B21-F022B-S2 Limit Switch 1166 X B21-F022C-L1 Limit Switch 1166 X B21-F022C-L2 Limit Switch 1166 X B21aF022C-L3.
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| B21-F022C-S1 Solenoid 1011 X B21-F022C-S2 Solenoid 1011 X B21-F022D-L1 Limit Switch 1166 X B21-F022D-L2 Limit Switch 1166 X B21-F022D-L3 Limit ' witch 1166 X e 1011 X B21-F022D-S1 Solenoid B21-F022D-S2 Solenoid 1011 X 1167 X l B21-F028A-L1 Limit Switch B21-F028A-L2 Limit Switch 1167 X Limit Switch 1167 X B21-F028A-L3 Solenoid X B21-F028A-S1 1012 B21-F028A-S2 Solenoid 1012
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| ^
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| X B21-F028B-L1 Limit Switch 1167 IV-7-1-1
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| | |
| 1 SYSTEM Nuclear Steam Sunniv 3hutoff System SSS) NSS:
| |
| A71 (
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| ! UNIT 1 COMPONENT Q PLANT IDENTIFICATION GENERIC NAME S.C.E.W.
| |
| SHT.
| |
| LOCATION INS 10E OUTSIDE NO. NO. OW ow B21-F028B-L2 Limit Switch 1167 X B21-F028B-L3 Limit Switch 1167 X B21-F028B-S1 Solenoid 1012 X B21-F028B-S2 Solenoid 1012 X l B21-F028C-L1 Limit Switch 1167 I B21-F028C-L2 Limit Switch 1167 X l
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| B21-F028C-L3 Limit Switch 1167 X Solenoid 1012 X B21-F0f8C-S1 B21-F028C-52 Solenoid L 1012 ,,
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| B21-F028D -L1 iimit Switch 1167 K B21-F028D-L2 [ Limit Switch 1167 X B21-F028D-L3 Limit Switch 1167 X B21-F028D-S1 Solenoid 1012 I B21-F028D-S2 Solenoid 1012 X B21-LT-N024A-1 Level Transmitter 1251- X B21-LT-N024A-2 Level Transmitter 1251 X B21-LT-N024B-1 Level Transmitter 1251 X B21-LT-N024B-2 Level Transmitter 1251 x B21-LT-N025A-1 Level Transmitter 1251 X B21-LT-N025A-2 Level Transmitter 1251 X B21-LT-N025B-1 Level Transmitter 1251 X l B21-LT-N025B-2 Level Transmitter 1251 X l
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| . B21-PDT-N006A Pressure Transmitter 1255 X l B21-PDT-N006B Pressure Transmitter 1255 X B21-PDT-N006C Pressure Transmitter 1255 X S21-PDT-N006D Pressure Transmitter -
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| 1255 ,
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| X B21-PDT-N007A Pressure Transmitter 1255 X j B21-PDT-N007B Pressure Iransmitter ig e,- .. : .
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| B21-PDT-N007C Pressure Transmitter 1255 x l Pressure Transmitter 1255 X
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| _ B21-PDT-N007D B21-PDT-N008A Pressure Transmitter 1255 X B21-PDT-N008B Pressure Transmitter 1255 X B21-PDT-N008C Pressure Transmitter 1255 X B21-PDT-N008D Pressure Transmitter 1255-IV-7-1-2 l
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| | |
| Nuclear Steam Supply Shutoff System A71 ( NSSS }
| |
| Q SYSTEM UNIT CO N NT PLANT SAEE. LOCATICII IDENTIFICATION GEIERIC M SHT. INSIDE OUT5DE NO. NO. Ow ow B21-PDT-N009A Pressure Transmitter 1255 X B21-PDT-N009B Pressure Transmitter 1255 X B21-PDT-N009C Pressure Transmitter 1255 X
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| , B21-PDT-N009D Pressure Transmitter 1255 X l B21-TS-N010A Temperature Switch 1101 X B21-TS-N010B Temperature Switch 1101 X B21-TS-N010C Temperature Switch 1101 X B21-TS-N010D Temperature Switch 1101 X B32-CS-F019 Switch 1263 X B32-CS-F020 Switch 1264 X B32-F019-L Limit Switch 1142 X B32-F019-S Solenoid Switch 1013 X B32-F020-L Limit Switch 1144 X B32-F020-S Solenoid ~ 1013 X B32-PS-N018A Pressure Switch 1057 X B32-PS-N018B Pressure Switch 1058 X Ell-F008 Motor Operator 1193 X Ell-F009 Motor Operator 1194 X Ell-F022 Motor Operator 1186 X Ell-F023 Motor Operator 1195 X Ell-F040 Motor Operacor 1206 X G16-F003-S Solenoid 1034 X G16-F004-S Solenoid 1034 X l
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| l G16-F019-S Solenoid 1034 X G16-F020-S Solenoid 1034 X l G31-FT-N012 Flow Tranmittnr 1961 V l
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| , G31-FT-N036 . Flow Transmitter . 1261 X .
| |
| g G31-FT-N041 Flow Transmitter 1261 X G31-F001 Motor Operator 1186 X G31-F004 Motor Operator 1230 X G31-TE-N016B Thermocouple 1177 X G31-TE-N016C Thermocouple 1177 X O G31-TE-N016D Thermocouple 1177 Y G31-TE-N016E Thermocouple 1177 X
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| ~
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| IV-7-1-3 i
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| | |
| ; SYSTEM Nuclear Steam Supply Shutoff System A71 ( NSSS }
| |
| l v i
| |
| ; UNIT 1 CO N NT PLANT SCEE. 1.0 CAT 10N IDENTIFICATION GE M RIC MAaK SMT. lHmDE DuTscE NO. W. DW DW I G31-TE-N016F Themocouple 1177 X G31-TE-N022A Themocouple 1177 X G31-TE-N022B Themocouple 1177 X l G31-TE-N022C Themocouple 1177 X G31-TE-N022D Themocouple 1177 X i
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| G31-TE-N022E Themocouple 1177 X G31-TE-N022F Themocouple 1177 X G31-TE-N023A Themocouple 1177 X G31-TE-N023B Themocouple 1177 X G31-TE-N023C Themocouple 1177 X i G31-TE-N023D Thermocouple 1177 X G31-TE-N023E Themocouple 1177 X l G31-TE-N023F Themocouple 1177 X l
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| l
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| [
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| l l
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| l l
| |
| l E l
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| l O
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| I V 1-4
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| | |
| l E51
| |
| ( 'N gyqtWM Reactor Core Isolation Cooling System i
| |
| UNIT 1 COMPONENT S.C.EW. LOCATION l PLANT SHT. INSIDE OUTSIDE
| |
| ' IDENTIFICATION GENERIC MAME NO. Dw Dw NO.
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| I B21-LT-N017A-2 Level Transmitter 1249 1249 y B21-DT 8017C-2 Level Trennritt.,
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| 1265 X E51-C002-H Float Switch Level Switch 1169 X E51-C002-LS4 1078 X E51-FS-N002 Flow Switch Motor Operator 1224 X E51-F007 Motor Operator 1225 ' X E51-F008 1226 . I E51-F013 Motor Operator Motor Operator 1227 X E51-F019 Motor Operator 1228 X E51-F029 Motor Operator 1228 I E51-F031 Motor Operator 1229 X E51-F045 1260 X E51-PUT-N017 Pressure Switch 1260 X E51-PDT-N018 Pressure Switch 1064 I E51-PS-N019A Pressure Switch X
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| E51-PS-N019B Pressure Switch 1064 1064 X E51-PS-N019C Pressure Switch 1064 I E51-PS-N019D Pressure Switch 1065 I E51-P3-N020 Pressure Switch 1066 X E51-PSH-N009A Pressure Switch EN r est_ pen _unnon pr...nv. g ,4 + , h Pressure Switch 1067 X E51-PSH-N012A 1067 X E51-PSH-N012B Pressure Switch 1067 X E51-PSH-N012C Pressure Switch X
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| E51-PSH-N012D Pressure Switch 1067 1272 '
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| X n
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| E51-PSL-N006 o Pressure Switch
| |
| ~
| |
| Thermocouple '1173 f E51-TE-n021A Thermocouple 1173 X E51-TE-N021B Thermocouple 1174 X E51-TE-N022A 1174 X E51-TE-N022B Thermocouple Thermocouple 1173 X E51-TE-N023A O E51-TE-N023B Thermocouple 1173 X X
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| E51-TE-N025A Thermocouple 1175 Thermocouple X E51-TE-N025B 3775 IV-8-1-1
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| | |
| l SYSTEMReactor Core Isolation Coolin %, m ( RCIC C UNIT 1 COMPONENT SCE.W. LOCATION PLANT '
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| IDENTIFICATION GENERIC MAME SHT. INS 1DE OUTSDE I NO. NO. Ow ow E51-TE-N026A Thermocouple 1175 I i
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| E51-TE-M025E Ther=cccuple 1175 X E51-TE-N027A Thermocouple 1175 I E51 ATE-N027B Thermocouple 1175 I E51-TS-3319 Temperature Switch 1105 X E51-TS-3320 Temperature Switch 1106 I E51-TS-3321 Temperature Switch 1106 X E31-TS-3322 Temperature Switch 1106 I E51-TS-3323 Temperature Switch 1106 I E51-TS-3355 Temperature Switch 1106 I E51-TS-3487 Temperature Switch 1107 I
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| 'l i
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| I i
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| lO l
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| l IV-8 2
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| \
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| I
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| | |
| Residtini Heat Ramnval Svetem E11 ( RHR SYSTEM ll UNIT 1 COMPONENT O PLANT 3.CE.W.
| |
| SHT.
| |
| LOCATION IDENTIFICATION GENERIC NAME INSIDE OUTSIDE NO. NO. Ow ow B21-LT-NO36 Level Transmitter u c;q X Level Transmitter 1253 I B21-LT-N03.7 B32-F031A Motor Operator 1188 X B32-F031B Motor Operator 1188 X B32-F032A Motor Operator 1189 X B32-F032B Motor Operator 1189 X C32-PT-N005A Pressure Transmitter 1109 I Pressure Transmitter 1109 X C32-PT-N005B X
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| Ell-C002A Motor 1113 Ell-C002B Motor 1113 X E11-C0020 Motor , 1113 X 1113 X Ell-C002D Motor Motor Operator 1196 X Ell-F003A Motor Operator 1196 I Ell-F003B Motor Operator 1197 I Ell-F004A Motor Operator 1197 X Ell-F004B Motor Operator 1197 X Ell-F004C Motor Operator 1197 X ,
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| Ell-F004D Motor Operator 1198 X Ell-F006A Motor Operator 1198 X Ell-F006B Motor Operator 1198 X
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| ! Ell-F006C Motor Operator 1198 I Ell-F006D ligg X Ell-F007A Motor Operator X
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| Ell-F007B ,
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| Motor Operator 1199 X
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| Ell-F011A Motor Operator 1199 X
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| E11-F0llB Motor Operator 1799 X
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| Ell-F015A Motor Operator 1200
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| =
| |
| 1200 X Ell-F015B l Motor Operator Motor Operator 1201 X Ell-F016A Motor Operator X E11-F016B 1201 Motor Operator X Ell-F017A 1202 X
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| Ell-F017B Motor Operator 1202 -
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| IV-9-1-1
| |
| | |
| Residusi Hest Removal System Ett ( RHR I SYSTEM l l
| |
| UNIT 1 COMPONENT S.C.E.W. LOCATION PLANT 10ENTIFICAT10N GENERIC NAME SHT. INSIDE OUTSOE NO. DW DW NO.
| |
| X Ell-F020A Motor Operator 1797 Motor Operator 1197 X Ell-F020B 1203 X Ell-F021A Motor Operator 1203 X Ell-F021B Motor Operator 1204 X Ell-F024A Motor Operator Motor Operator 1204 X Ell-F024B Motor Operator 1198 X E11-F026A Motor Operator 1198 X E11-F026B Motor Operator 1198 -
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| X Ell-F027A Motor Operator 1198 X Ell-F027B Motor Operator 1205 I Ell-F028A Motor Operator 1205: X c
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| Ell-F028B Motor Operator 1197 X Ell-F047A 1197 I Ell-F047B Motor Operator Motor Operator 1204 I Ell-F048A 1204 X Ell-F048B Motor Operator Motor Operator 1207 I E11-F052A 1207 X Ell-F052B Motor Operator Solenoid 1033 X Ell-F053A.
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| Ell-F053B Solenoid 1033 X 1210 X Ell-F103A Motor Operator 1210 X Ell-F103B Motor Operator 1210 X l Ell-F10*A Motor Operator 1210 X Ell-F104B Motor Operator X
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| Ell-F122A Motor Operator 1211 Motor Operator 1211 X '
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| Ell-F122B , ,
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| Flow Switch 1074 X l E11-PDIS-N021A 1074 X Ell-PDIS-N021B Flow Switch Pressure Transmitter 1114 X Ell-PDT-N002A 1114 X l Ell-PDT-N002B Pressure Transmitter Pressure Switch 1059 X l E11-PS-N016A Pressure Switch 1059 X E11-PS-N016B Pressure Switch X Ell-PS-N016C 1059 l E11-PS-N016D Pressure Switch 1059 IV-9-1-2 l
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| | |
| ( 999 )
| |
| 9Y.TFM.
| |
| 9 Residual Heat Removal System Ell UNIT 1 MP NENT l
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| O- PLANT S.C.E'#.
| |
| SHT.
| |
| LOCATION INSIDE Qu ioum.
| |
| 10EMTIFICAT10N GENERIC MAME Dw NO. DW NO.
| |
| X Ell-PS-N019A Pressure Switch Q6o 1269 X Ell-PS-N019B Pressure Switch l 1269 X Ell-PS-N019C Pressure Switch Pressure Switch 1269 X Ell-PS-N019D 1060 X Ell-PS-N020A Pressure Switch Pressure Switch 1060 x f Ell-PS-N020B 1060 X Ell-PS-N020C Pressure Switch 1060 X Ell-PS-N020D Pressure Switch t
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| I l
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| I
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| -~
| |
| i O I
| |
| IV-9-1-3
| |
| | |
| ( *'' I RaSet" I"'t " " ""' " * " o" 8 " "
| |
| SYSTEM .
| |
| O unit 1 coueonenT S.C.E W. LOCATION PLANT GENERIC NAME SHT. INS 10E CUTSE IDENTIFICATION Ow ow NO. NO.
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| l 321-FS-F015A Flow Switch 1163 x 321-FS-F015B Flow Switch 1163 x .
| |
| Flow Switch 1163 x 321-FS-F015C I 321-FS-F015D Flow Switch 1163 x Flow Switch 1163 g 321-FS-F015E Flow Switch 1163 x
| |
| ! 321-FS-F015F
| |
| : 1163 g 321-FS-F015G Flow Switch I 321-FS-F015H Flow Switch 1163 I 1163 i 321-FS-F015J Flow Switch 321-FS-F015K Flow Switch 1163 x Flow Switch 1163 x 321-FS-F015L 321-FS-F015M Flow Switch 1163 x 321-FS-F015N Flow Switch 1163 I B21-FS-F015P Flow Switch 1163 X F1av e i.r4 . . i., 1163 1 y 921-rs-pr11sn 321-FS-F015S Flow Switch 1163 I 321-FS-F043A Flow Switch 1163 I B21-FS-F043B Flow Switch 1163 X 321-FS-F045A Flow Switch 1163 I 321-FS-F045B Flow Switch 1163 x Flow Switch 1163 y 1
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| 321-FS-F047A 321-FS-F0473 Flow Switch 1163 I i
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| i 321-FS-F049A Flow Switch 1163 x 321-FS-F049B Flow Switch 1163 I
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| (
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| 321-FS-F051A Flow Switch 1163 x 321-FS-F051B' Flow Switch 1163 lX 321-FS-F057 Flow Switch 1163 I ll 321-F014A l Position Switch l 1094 l lI l !
| |
| i 321-F014B Position Switch 1u'34 fI f Position Switch 1094 X 321-F014C 1094 x 321-F014D Position Switch 321-F014E Position Switch 1094 X 321-F014F Position Switch 1094 I X 321-F014G Position Switch 1094 lX 321-F0l4H Position Switch 1094 lX 321-?014J Position Switen 1094 lX IV-10-1-1
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| | |
| l Raactor Instrum:nt Penatration System ( RIP )
| |
| l SYSTEM ,
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| , O unit 1 couponenT Pt. ANT S.C.E.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. DW DW B21-F014K Position Switch 1094 X B21-F014L Position Switch 1094 X B21-F014M Position Switch 1094 X B21-F014N Position Switch 1094 X B21-F014P Position Switch 1094 X B21-F014R Position Switch 1094 X B21-F014S Position Switch 1094 X B21-F042A Position Switch 1094- .X B21-F042B Position Switch 1094 X B21-F044A Position Switch 1094 X B21-F044B Position Switch 1094 X B21-F046A Position Switch 1094 X B21-F046B Position Switch 1094 X B21-F048A Position Switch 1094 X B21-F048B Position Switch 1094 X B21-F050A Position Switch 1094 X B21-F050B Position Switch 1094 X B21-F056 Position Switch 1094 X 1164 X B32-FS-F009C Flow Switch 332-FS-F040B Flow Switch 1164 X B32-FS-F040C Flow Switch 1164 X B32-FS-F055E . Flow Switch 1163 X B32-FS-F055F Flow Switch 1163 X B32-FS-F057A Flow Switch 1164 X 332-FS-F057B Flow Switch 1164 X B32-F039B Position Switch 1095 _
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| X l R17-F014C u pnepinn Switch !1045 ! ! ! !
| |
| B32-F041C Position Switch 1095 X B32-F056E Position Switch 1094 X B32-F056F Position Switch 1094 X B32-F058A Position Switch log 5 X B32-F058B Position Switch 1095 X
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| (
| |
| CAC-PV-1200B(L1) Position Switch 1145 X
| |
| ! CAC-PV-1200B-(L2) Position Switch 1145 X
| |
| .IV-10-1-2
| |
| -w-w - - - , -,----,.e ,,----,--,-----,n,-,,-v---,.---,,,--- - - - , - - , , , - , , , , - - - - ,
| |
| | |
| Reactor Instrument Penstration Systen ( RIP )
| |
| SYSTEM UNIT 1 COMPONENT Q PLANT S.C.E.W. LOCATION IDENTIFICATION GENERIC MAME SHT. INSIDE OUTSOE NO. NO. Ow ow CAC-PV-1205E(L1) Position Switch 1145' X CAC-PV-1205E(L2) Position Switch 1146 I CAC-PV-1209A(L1) Position Switch 1147 X CAC-PV-1209A(L2) Position Switch 1148 I CAC-PV-1209B(L1) Position Switch 1145' X CAC-PV-1209B(L2) Position Switch 1146 X CAC-PV-1209D Position Switch 1094 X l
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| l CAC-PV-1211E Position Switch 1149 K CAC-PV-1211F(L1) Position Switch 1145 -X 71C-PV-1211F(L2) Position Switch 1146 I CAC-PV-1215E Position Switch 1150 X I CAC-PV-1218C Position Switch I 1095 ~
| |
| GAG-PV-i2195 Position Switch A 1095 CAC-PV-1219C Position Switch 1095 ' X CAC-PV-1220C Position Swit h 1095 K CAC-PV-1221C Position Switch 1095 K CAC-PV-1225B(LI) Position Switch 1151 X CAC-PV-1225B(L2) Position Switch 1149 K CAC-PV-1225C Position Switch 1094 X CAC-PV-1227A(L1) Position Switch 1145 I CAC-PV-1227A(L2) Position Switch 1146 X CAC-PV-1227B(L1) Position Switch 1146 X l CAC-PV-1227B(L2) Position Switch 1145 I l CAC-PV-1227C(L1) Position Switch 1145 X !
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| CAC-PV-1227C(L2) Position Switch 1146 X CAC-PV-1227E(L1) Position Switch 1145 X l CAC-PV-1227E(L2) 1 Position Switch I 1146 I i; X l CAC-PV-1231B(L1) Position Switch 1150 X )
| |
| CAC-PV-1231B(L2) Position Switch l 1152 lX Ell-F037A Position Switch 1094 X Ell-F037B Position Switch 1094 X Ell-F037C Position Switch 1094 X Ell-F037D Position Switch 1094 X Ell-F043A Position Switen 1094 X Ell-F043B Position Switch 1094 X IV-10-1-3
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| | |
| SYSTEM Rasctor Instrument Penstration System ( RIP O unit 1 couponenT PLANT S.C.E.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. Dw DW Ell-F043C Position Switch 1094 X Ell-F043D Position Switch 1094 X E41-FS-F024A Flow Switch 1163 X E41-FS-F024B Flow Switch 1163 X E41-FS-F024C Flow Switch 1163 X E41-FS-F024D Flow Switch 1163 X E41-F023A Position Switch 1094 X __
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| E41-F023B Position Switch 1094 X E41-F023C Position Switch 1094 X E41-F023D Position Switch 1094 X E41-PV-1218D Position Switch 1095 I
| |
| ; E41-PV-1219D Position Switch 1095 I i
| |
| l E41-PV-1220D Position Switch 1095 I E41-PV-1221D Position Switch 1095 X
| |
| E51-FS-F044A Flow Switch 1163 X E51-FS-F044B Flow Switch 1163 X E51-FS-F044C Flow Switch 1163 X E51-FS-F044D Flow Switch 1163 X E51-F043A Position Switch 1094 X E51-F043B Position Switch 1094 X D 1-F043C Position Switch 1994 X E51-F043D. Position Switch 1094 X IA-PV-1201A Position Switch 1094 X RIP-PSL-1200 Pressure Switch 1069 X RIP-PSL-1201 Pressure Switch 1069 I RIP-PSL-1203 Pressure Switch 1069 I RIP-PSL-1205 I Prensura 4H e, h I 1069 I-RIP-PSL-1206 Pressure Switch 1069 X RIP-PSL-1208 Pressure Switch 1069 X RIP-PSL-1209 Pressure Switch 1069 X
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| ! RIP-PSL-1210 Pressure Switch 1069 X RIP-PSL-1211 Pressure Switch 1069 X RIP-PSL-1212 Pressure : switch 1069 X RIP-PSL-1215 Pressure Switch 1070 X IV-10-1-4 6
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| | |
| SYSTEM UNIT COMPONENT O gum 7 3r,s.w.
| |
| SHT.
| |
| LOCATION 10ENTIFICATION GENERIC NAME INSIDE OUTSIDE NO. NO. Ow ow RIP-PSL-1217 Pressure Switch. 1069 X RIP-PSL-1218 Pressure Switch 1070 X RIP-PSL-1219 Pressure Switch 1070 X RIP-PSL-1220 Pressure Switch 1970 X RIP-PSL-1221 Pressure Switch 1070 X RIP-PSL-1222 Pressure Switch 1069 X RIP-PSL-1223 Pressure Switch 1069 X RIP-PSL-1225 Pressure Switch 1069 X __
| |
| RIP-PSL-1226 Pressure Switch 1069 I RIP-PSL-1227 Pressure Switch 1069 I RIP-PSL-1228 Pressure Switch 1069 X RIP-PSL-1229 Pressure Switch 1069 X RIP-PSL-1231 Pressure Switch 1070 X RIP-PSL-1232 Pressure Switch 1070 X RIP-SV-1200A1 Solenoid 1035' x RIP-SV-1200A2 Solenoid 1036 X RIP-SV-1201A1 Solenoid 1037 X RIP-SV-1201A2 Solenoid 1038 X RIP-SV-1201B1 Solenoid 1039 I RIP-SV-1201B2 Solenoid X 1040 RIP-SV-1201D1 Solenoid 1039 X RIP-SV-1201D2 Solenoid 1040 X RIP-SV-1203C1 Solenoid 1039- X RIP-SV-1203C2 Solenoid 1040 X RIP-SV-1203F1 Solenoid X l 1039 1040 y i
| |
| RIP-SV-1203F2 Solenoid 1037 X l RIP-SV-1205A1 _ _ Solenoi.d __ _ _
| |
| ~.
| |
| i RIP-SV-1205A2 Solenoid 1038 X RIP-SV-1205C1 Solenoid 1039 X l
| |
| l RIP-SV-1205C2 Solenoid 1040 X RIP-SV-1205D1 Solenoid 1039 X RIP-SV-1205D2 Solenoid 1040 X RIP-SV-1205El Solenoid 1041 X i RIP-SV-1205E2 Solenoid 1040 X IV-10-1-5 -
| |
| | |
| Reector Instrument Penetration svata= r ara )
| |
| SYSTEM UNIT 1 COMPONENT O go,,7 3.c tocarioM IDENTIFICATION GENERIC MAME SHT. INSIDE OUTSDE NO. NO. DW DW Solenoid X RIP-SV-1206Al 1939 RIP-SV-1206A2 Solenoid 1040 X RIP-SV-1208Al Solenoid X 1037 Solenoid 1038 X RIP-SV-1208A2 RIP-SV-1208El Solenoid 1039 X RIP-SV-1208E2 Scienoid 1040 X RIP-SV-1208F1 Solenoid X 1039 RIP-SV-120SF2 Solenoid 1040 X RIP-SV-1209Al Solenoid X 1041 RIP-SV-1209A2 Solenoid 1040 X RIP-SV-1209B1 Solenoid 1041o X RIP-SV-1209B2 Solenoid 1040 X RIP-SV-1209D1 Solenoid X 1039 RIP-SV-1209D2 Solenoid I 1040 RIP-SV-1210A1 Solenoid 1039 X RIP-SV-1210A2 Solenoid X 1040 RIP-SV-1210B1 Solenoid 1039 X RIP-SV-1210B2 Solenoid 1040 X -
| |
| Solenoid X RIP-SV-1210C1 1039 RIP-SV-1210C2 Solenoid X 1040 RIP-SV-1210D1 Solenoid X 1039 RIP-SV-1210D2 Solenoid X 1040 RIP-SV-1211A1 Solenoid X 1039 RIP-SV-1211A2 Solenoid 1040 X RIP-SV-1211B1 Solenoid 1039 X RIP-SV-1211B2 Solenoid loro 'X j
| |
| 1039 ,X RIP-SV-1211C1 Solenoid RIP-SV-1211C2 Solenoid 1040 X RIP-SV-1211D1 Solenoid 1039 X RIP-SV-1211D2 Solenoid 1040 X RIP-SV-1211El Solenoid X 1039 RIP-SV-1211E2 Solenoid X i 1040 RIP-SV-1211F1 Solenoid X 1035 R1P-5V-lzllFZ Solenoid 1040 IV-10-1-6
| |
| | |
| Reactor Instrument Penetration System ( RIP)
| |
| SYSTEM UNIT 1. COMPONENT t
| |
| ' ([) PLANT SCE.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. DW DW RIP-SV-1212A1 Solenoid 1039 X RIP-SV-1212A2 Solenoid 1040 X RIP-SV-1212B1 Solenoid 1039 X 4
| |
| RIP-SV-1212B2 Solenoid 1040 X RIP-SV-1212C1 Solenoid 1039 X RIP-SV-1212C2 Solenoid 1040 X Solenoid 1039 X RIP-SV-1212D1 Solenoid 1040 X RIP-SV-1212D2 Solenoid 1042 X RIP-SV-1215A1 RIP-SV-1215A2 Solenoid 1043 I Solenoid 1042 X RIP-SV-1215B1 RIP-SV-1215B2 Solenoid 1043 X Solenoid 1042 X RIP-SV-1215El RIP-SV-1215E2 Solenoid 1043 X Solenoid 1039 X RIP-SV-1217Al Solenoid 1040 X RIP-SV-1217A2 RIP-SV-1217B1 Solenoid X 1039 X
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| RIP-SV-1217B2 Solenoid 1040 RIP-SV-1217C1 Solenoid 1039 X RIP-SV-1217C2 Solenoid 1040 X RIP-SV-1217D1 Solenoid 1039 X RIP-SV-1217D2 Solenoid 1040 X RIP-SV-1218C1 Solenoid 1044 X RIP-SV-1218C2 Solenoid 1045 X RIP-SV-1218D1 Colenoid 1044 X RIP-SV-1218D2 Solenoid 1045 '
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| X ,
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| RIP-SV-1219B1 Solenoid 1044 'X I RIP-SV-1219B2 Solenoid 1C45 K RIP-SV-1219C1 Solenoid 1044 X RIP-SV-1219C2 Solenoid 1045 X RIP-SV-1219D1 Solenoid 1044 X
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| () RIP-SV-1219D2 RIP-SV-1220C1 Solenoid Solenoid 1045 1046 X
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| X RIP-SV-1220C2 Solenoid X 1047 IV-10-1-7
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| | |
| gy$ TEM R* etor Instp=nt Pannevnt4nn tvatem i UNIT 1 COMPONENT O guNr m SHT.
| |
| i_ocArion INSIDE OUT50E IDENTIFICATION GENERIC NAME NO. NO. DW DW
| |
| {
| |
| RIP-SV-1220D1 Solenoid 1044 X RIP-SV-1220D2 Solenoid 1045 X RIP-SV-1221C1 Solenoid 1046 X RIP-SV-1221C2 Solenoid 1047 I i
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| RIP-SV-1221D1 Solenoid 1044 X ,
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| RIP-SV-1221D2 Solenoid 1045 ' X RIP-SV-1222A1 Solenoid 1039 X RIP-SV-1222A2 Solenoid 1040 I RIP-SV-1222D1 Solenoid 1039 -
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| x ,
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| RIP-SV-1222D2 Solenoid 1040 I RIP-SV-1222E1 Solenoid 1039 X RIP-SV-1222E2 Solenoid 1040 X !
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| RIP-SV-1222F1 Solenoid 1039 I RIP-SV-1222F2 Solenoid 1040 X RIP-SV-1223Al Solenoid 1039 X RIP-SV-1223A2 Solenoid 1040 X i
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| RIP-SV-1225A1 Solenoid 1039 X RIP-SV-1225A2 Solenoid 1040 X RIP-SV-1225L1 Solenoid 1039 X RIP-SV-1223B2 Solenoid 1040 X l
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| RIP-SV-1225C1 Solenoid 1039 X RIP-SV-1225C2 Solenoid 1040 X RIP-SV-1225D1 Solenoid 1039 X RIP-SV-1225D2 Solenoid 1040 X RIP-SV-1225El Solenoid 1039 X RIP-SV-1225E2 Solenoid 1040 X ,
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| RIP-SV-1225F1 Solenoid 1039 l X l RIP-SV-1225F2 Solenoid 1040 X RIP-SV-1226Al Solenoid 1037 X RIP-SV-1226A2 Solenoid 1038 X RIP-SV-1226El Solenoid 1039 X RIP-SV-1226E2 Solenoid 1040 X ,
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| RIP-SV-1226F1 Solenoid 1039 X RIP-SV-1226F2 Solenoid 1040 X IV-10-1-8
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| | |
| i
| |
| ( RIP )
| |
| Rattetor Instrument Penetration System SW TEM l UNIT 1 COMPONENT O PLANT S.C.E.W. LOCATlON i IDENTIFICATION GENERIC NAME SHT. INSIDE OUT50E NO. NO. DW DW Solenoid 1041 X RIP-SV-1227A1 Solenoid 1040 X j RIP-SV-1227A2 Solenoid X l RIP-SV-1227B1 1041 X
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| f RIP-5V-1227B2 Solenoid 1040 ,
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| i RIP-SV-1227C1 Solenoid l'041 I Solenoid 1040 X RIP-SV-1227C2 RIP-SV-1227El Solenoid 1035 X RIP-SV-1227E2 Solenoid X 1040 i
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| Solenoid 1039 X RIP-SV-1228A1 RIP-SV-1228A2 Solenoid 1040 X RIP-SV-1228B1 Solenoid 1039 I RIP-SV-1228B2 Solenoid 1040 X RIP-SV-1229Al Solenoid 1039 X RIP-SV-1229A2 Solenoid 1040 I I RIP-SV-1229BL Solenoid 1039 X RIP-SV-1229B2 Solenoid 1040 X RIP-SV-1229C1 Solenoid 1039 X RIP-SV-1229C2 Solenoid 1040 X RIP-SV-1229D1 Solenoid 1039 X Solenoid 1040 X RIP-SV-1229D2 RIP-SV-1231A1 Solenoid 1042 X RIP-SV-1231A2 Solenoid 1043 X RIP-SV-1231B1 Solenoid 1044 X RIP-SV-1231B2 Solenoid 1045 X RIP- 3V-1232Al Solenoid 1042 X RIP-SV-1232A2 Solenoid 1043 X i RIP-SV-1232B1 Solenoid 1042 ll X f 1043 i RIP-SV-1232B2 Solenoid X i
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| O l
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| l l IV-10-1-9 l
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| | |
| L Reactor Protection System CII ( 'M SYSTEM O UNIT 1 COMPONENT LOCATION PLANT S.C.E.W.
| |
| IDENTIFICATION GENERIC NAME SHT. INSIDE OUT510E NO. NO. F# ow Level Transmitter 1248 X B21-LT-N017A-1 Level Transmitter 1248 X B21-LT-N0175-1 Level Transmitter 1248 I B21-LT-N017C-1 -
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| Level Transmitter 1248 X B21-LT-N017D-1 Pressure Transmitter 1257 *I B21-PT-N023A B21-PT-N023B Pressure Transmitter 1257 X B21-PT-N023C Pressure Transmitter 1257 I B21-PT-N023D Pressure Transmitter . 1257 x Solenoid valve 1030 X C11-F009A-S Solenoid valve 1030 X C11-F0095-S C11-F010-L Limit Switch 1168-1 X 1168-2 g C11-F011-L Limit Switch Solenoid Valve 1031 X C11-F110A-S 1031 g C11-F1105-5 Solenoid Valve Level Switch 1165 I C11-LSH-N013A C11-LSH-N0135 Level Switch 1165 x Level Switch 1165 I C11-LSH-N013C Level Switch 1165 I C11-LSH-N013D X
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| C11-SV-117-0219 Solenoid Valve 1032 X
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| C11-SV-117-0223 Solenoid Valve 1032 X
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| C11-SV-117-0227 Solenoid Valve 1032 X
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| C11-SV-117-0231 Solenoid Valve 1032 1032 X C11-SV-117-0235 Solenoid Valve 1032 X C11-SV-117-0611 Solenoid Valve 1032 X C11-SV-117-0615 Solenoid valve X
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| C11-SV-117-0019 Solenoid Valve 1032 g
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| C11-5V-117-0623 g Solenoid Valve l1032 l lX g X
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| Solenoid Valve 1032 lC11-SV-117-0627 C11-SV-117-0631 Solenoid valve 1032 l lX l X
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| C11-SV-117-0635 Solenoid Valve 1032 1032 X C11-SV-117-0639 Solenoid Valve 1032 X C11-SV-117-0643 Solenoid Valve 1032 X C11-SV-117-1007 Solenoid Valve X
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| G 11-5V-t li-io l l soienota Valve 1032 X
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| C11-SV-117-1015 Solenoid Valve 1032 I V 1-1
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| ,, _ ,.,,w-,. _ - , --., ,m-_,,m.-..--- -
| |
| | |
| Re ctor Protection System (* 1 1 (RPS)
| |
| SYSTEM ,
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| O PLANT S.C.E.W. LOCATION !
| |
| IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSC'I NO. NO. DW DW C11-SV-117-1019 Solenoid Valve 1032 I
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| ' C11-SV-117-1023 Solenoid Valve 1032 I C11-SV-117-1027 Solenoid Valve 1032 X C11-SV-117-1031 Solenoid Valve 1032 I C11-SV-117-1035 Solenoid Valve 1032 X 1032 X C11-SV-117-1039 Solenoid Valve
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| , C11-SV-117-1043 Solenoid valve 1032 X Solenoid valve 1032 X
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| ! C11 SV-117-1047 Solenoid' Valve 1032 X C11-SV-117-1407 Solenoid Valve 1032 X C11-SV-117-1411 Solenoid Valve 1032 X C11-SV-117-1415 C11-SV-112-1419 Solenoid Valve 1032 I Solenoid Valve 1032 X C11-SV-117-1423
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| :Jolanoid Valve 1032 X l C11-SV-117-1427 Solenoid Valve X
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| ( C11-SV-117-1431 1032 Solanoid Valve 1032 X C11-SV-117-1435 Solenoid Valve 1032 X l C11-SV-117-1439 Solenoid valve 1032 X C11-SV-117-1443 Solenoid Valva 1032 X C11-3V-117-1447 Solenoid Valve 1032 X C11-SV-117-1803 Solenoid Valve X C11-SV-117-1807 1032 Solenoid Valve 1032 X C11-SV-117-1811 X
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| C11-5V-117-1815 Solenoid Valve 1022 Solenoid Valve X C11-SV-117-1819 1032 Solenoid Valve 1032 X C11-SV-117-1823 Solenoid Valve 1032 X C11-SV-117-1827 Solenoid Valve 1032 X C11-5V-117-1831 Solenoid Valve X l1032 l l lC11-SV-117-1835
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| ' C ; i -:P.'-i l 7 -10M Lc1&nsia Valve 3 1933 3
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| X -i Solenoid Valve X l
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| - C11-5V-117-1843 1032 Solenoid Valve 1032 X C11-SV-117-1847 1032 X C11-SV-117-1851 Solenoil Valve Solenoid Valve 1032 X C11-SV-117-2203 Solenoid Valve X C11-SV-117-2207 1032 Solenoid Valve 1032 X C11-SV-117-2211 IV-11-1-2 l
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| | |
| ( RPS __
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| Rstetor Protection System C11 SYSTEM i
| |
| UN T 1 MPONENT O PLANT SCE.W. LOCATION '
| |
| IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. DW DW NO.
| |
| Solenoid Valve 1032 X C11-SV-117-2215 X
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| C11-SV-117-2219 Solenoid Valve 1032 Solenoid Valve 1032 X C11-SV-117-2223 X
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| C11-SV-117-2227 Solenoid Valve 1032 Solenoid Valve I C11-SV-117-2231 1032 X
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| C11-SV-117-2235 Solenoid Valve 1032 Solenoid Valve 1032 X C11-SV-117-2239 1032 X C11-SV-117-2243 Solenoid Valve 1032 X C11-SV-117-2247 Solenoid Valve Solenoid Valve 1032 X C11-SV-117-2251 Solenoid Valve 1032 X C11-SV-117-2603 X
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| C11-SV-117-2607 Solenoid Valve 1032 X
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| C11-SV-117-2611 Solenoid Valve 1032 Solenoid Valve I C11-SV-117-2615 1032 Solenoid Valve X C11-SV-117-2619 1032 Solenoid Valve A C11-SV-117-2623 1032 X
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| C11-SV-117-2627 Solenoid Valve 1032 X
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| C11-SV-117-2631 Solenoid Valve 1032 1032 X l C11-SV-117-2635 Solenoid Valve X
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| C11-SV-117-2639 Solenoid Valve 1032 X
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| C11-SV-117-2643 Solenoid Valve 1032 X
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| C11-SV-117-2647 Solenoid Valve 1032 X
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| C11-SV-117-2651 Solenoid Valve 1032 X
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| C11-SV-117-3003 Solenoid Valve 1032 X
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| C11-SV-117-3007 Solenoid Valve 1032 1032 X C11-SV-117-3011 Solenoid Valve "
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| X C11-SV-117-3015 Solenoid Valve 1032 X
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| LAi-sV-il7-3019 Solenoid Valv" 1032 X
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| C11-SV-117-3023 Soleroid Valve 1032 X
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| C11-SV-117-3027 Solenoid Valve 1032 C11-SV-117-3031 Solenoid Valve 1032 Solenoid Valve 1032 X C11-SV-117-3035 O C11-SV-117-3039 Solenoid Valve 1032 X
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| X l C11-SV-117-3043 Solenoid Valve 1032 IV-ll-1-3 l
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| | |
| Reector Protection System C11 ( WP4 SYSTEM coueonesT O unir 1 PLANT S.C.E.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTdDE NO. NO. DW . DW C11-SV-117-3047 Solenoid Valve 1032 .X C11-SV-117-3051 Solenoid Valve 1032 X C11-SV-117-3403 Solenoid Valve 1032 X C11-SV-117-3407 Solenoid Valve 1032 X C11-SV-117-3411 Solenoid Valve X 1032 G11-SV-111-3415 Solenoid Valve X 1032 C11-SV-117-3419 Solenoid Valve 1032 X C11-SV-117-3423 Solenoid Valve 1032 X C11-SV-117-3427 Solenoid Valve 1032 X C11-SV-117-343t Solenoid Valve 1032 X C11-SV-117-3435 Solenoid Valve 1032 X C11-SV-117-3439 Solenoid Valve 1032 X C11-SV-117-3443 Solenoid Valve 1032 X C11-SV-117-3447 Solenoid Valve 1032 I C11-SV-117-3451 Solenoid Valve 1032 X C11-SV-117-3807 Solenoid Valve 1032 X C11-SV-117-3811 Solenoid Valve 1032 X C11-SV-117-3815 Solenoid Valve 1032 X C11-SV-117-3819 Solenoid Valve 1032 X C11-SV-117-3823 Solenoid Valve 1032 X C11-SV-117-3827 Solenoid Valve 1032 X C11-SV-117-3831 Solenoid Valve 1032 X C11-SV-117-3835 Solenoid Valve 1032 X C11-SV-117-3839 Solenoid Valve 1032 X C11-SV-117-3843 Solenoid Valve 1032 X C11-SV-117-3847 , Solenoid Valve 1032 X l C11-SV-117-4207 Solenoid Valve 1 1032 l X l Solenoid Valve X '
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| 4 C15SV-117-4211 1032 C11-SV-117-4215 Solenoid Valve X 1032 C11-SV-117-4219 Solenoid Valve 1032 X C11-SV-117-4223 Solenoid Valve A 1032 C11-SV-117-4227 Solenoid Valve X 1032 C11-SV-117-4231 Solenoid Valve 1032 X C11-SV-117-4235 Solenoid Valve 1032 X IV-11-1-4
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| | |
| Ranctor Prot *ction System C11
| |
| : SYSTEM . _ . _ .
| |
| unit 1 coueonenT O PLANT S.CE.W. LOCATION GENERIC NAME SHT. INSIDE 'OUTSIDE IDENTIFICATION NO. Ow DW l NO.
| |
| 1032 X C11-SV-117-4239 Solenoid Valve 1032 X l C11-SV-117-4243 Solenoid Va]ve __
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| 1032 X C11-SV-117-4247 Solenoid V Q2ie 1032 X C11-SV-117-4611 Solenoid Va ve 1032 X C11-SV-117-4615 Solenoid V41ve 1032 X
| |
| .C11-SV-117-4619 Solenoid Valve 1032 X C11-SV-117-4623 Solenoid Valve X
| |
| .C11-SV-117-4627 Solenoid Valve 1032 f X C11-SV-117-4631 Solenoid Valve 1032 f
| |
| X C11-SV-117-4635 Solenoid Valve 1032 l X
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| C11-SV-117-4639 Solenoid Valve 1032 X
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| C11-SV-117-4643 Solenoid valve 1032 X
| |
| l C11-SV-117-5019 Solenoid Valve 1032 Solenoid Valve 1032' X C11-SV-117-5023 1032 X C11-SV-117-5027 Solenoid Valve Solenoid Valve 1032 X C11-SV-117-5031 X
| |
| f C11-SV-117-5035 Solenoid Valve 1032 1032 X C11-SV-118-0219 Solenoid Valve 1032 X f C11-SV-118-0223 Solenoid Valve X
| |
| C11-SV-118-0227 Solenoid Valve 1032 1032 X C11-SV-118-0231 Solenoid Valvo 1032 X C11-SV-118-0235 Solenoid valve 1032 X C11-SV-118-0611 Solenoid Valve X
| |
| C11-SV-118-0615 Solenoid Valve 1032 X
| |
| C11-SV-118-0619 Solenoid Valve 1032 X
| |
| C11-SV-118-0623 Solenoid Valve 1032 (
| |
| X Solenoid Valve 1032 l C11-SV-118-0627 X
| |
| (
| |
| C11-SV-118-Gi31 002.cucid Valve 103 l
| |
| X C11-SV-118-0635 Solenoid Valve 1032 X
| |
| C11-SV-118-0639 Solenoid Valve 1032 X
| |
| C11-SV-118-0643 Solenoid Valve 1032 X
| |
| ; C11-SV-118-1007 Solenoid Valve 1032 X~
| |
| C11-SV-118-1011 Solenoid Valve 1032 l X
| |
| C11-SV-118-1015 Solenoid Valve 1032 l
| |
| l IV-11.1-5
| |
| | |
| . I R**ctor Protection syntam Cll ( RPS }
| |
| SYSTEM t
| |
| UNIT 1 COMPONENT
| |
| ! PLANT S.C.E.W. LOCATION IDF.NTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. DW DW
| |
| * C11-SV-118-1019 Solenoid Valve 'i n1? X C11-SV-118-1023 Solenoid Valve 1032 X l
| |
| C11-SV-118-1027 Solenoid Valve 1032 X C11-SV-118-1031 Solenoid Valve 1032 X l C11-SV-118-1035 Solenoid Valve 1032 X C11-SV-118-1039 Solenoid Valve 1032 X C11-SV-118-1043 Solenoid Valve 1032 X C11-SV-118-1047 Solenoid Valve 1032 X C11-SV-118-1407 Solenoid Valve 1032 X C11-SV-118-1411 Solenoid Valve 1032 X C11-SV-118-1415 Solenoid Valva 1032 X C11-SV-118-1419 Solenoid Valve 1032 X C11-SV-118-1423 Solenoid Valva 1032 X C11-SV-118-1427 Solenoid Valve 1032 X C11-SV-118-1431 Solenoid Valve 1032 X C11-SV-118-1435 Solenoid Valve 1032 X C11-SV-118-1439 Solenoid Valve 1032 X C11-SV-118-1443 Solenoid Valve 1032 X C11-SV-118-1447 Solenoid Valve 1032 X C11-SV-118-1803 Solenoid Valve 1032 X C11-SV-118-1807 Solenoid Valve 1032 X C11-SV-118-1811 Solenoid Valve 1032 X C11-SV-118-1815 Solenoid Valve 1032 X i C11-SV-118-1819 Solenoid Valve 1032 X C11-SV-118-1823 Solenoid Valve 1032 X l C11-SV-118-1827 Solenoid Valve 1032 X _
| |
| C11-SV-118-1831 Solenoid Valve 1032 X l i 3
| |
| : C11-1V-118-1533 solenoid valve 1032 X C11-SV-118-1839 Solenoid Valve 1032 X i C11-SV-118-1843 Solenoid Valve 1032 X C11-SV-118-1847 Soleroid Valve 1032 X C11-SV-118-1851 Solenoid Valve 1032 X C11-SV-118-2203 Solenoid Vahve 1032 X C11-SV-118-2207 Solenoid Valve 1032 X l
| |
| IV-11-1-6 i
| |
| i
| |
| | |
| i k o'c }
| |
| Ranctor Protection System C11 M T _EM UNIT 1 COMPONENT :
| |
| O PLANT S.C.E.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. DW DW C11-SV-118-2211 Solenoid Valve 1032 X t C11-SV-118-2215 Solenoid Valve 1032 I i
| |
| I C11-SV-118-2219 Solenoid Valve 1032 I C11-SV-118-2223 Solenoid Valve 1032 X C11-SV-118-2227 Solenoid Valve 1032 I C11-SV-118-2231 Solenoid Valve 1032 X l 1032 l C11-SV-118-2235 Solenoid valve X C11-SV-118-2239 Solenoid Valve 1032 X C11-SV-118-2243 Solenoid Valve 1032- -
| |
| X C11-SV-118-2247 Solenoid Valve 1032 I I C11-SV-118-2251 Solenoid valve 1032 X C11-SV-118-2603 Solenoid Valve 1032 I C11-SV-118-2607 Solenoid Valve 1032 X l
| |
| C11-SV-118-2611 Solenoid Valve 1032 X C11-SV-118-2615 Solenoid Valve 1032 X C11-SV-118-2619 Solenoid Valve 1032 X C11-SV-118-2623 Solenoid Valve 1032 I C11-SV-118-2627 Solenoid Valve 1032 X C11-SV-118-2631 Solenoid Valve 1032 I C11-SV-118-2635 Solenoid Valve X 1032 C11-SV-118-2639 Solenoid Valve 1032 X C11-5V-118-2643 Solenoid valve X 1032 C11-SV-118-2647 Solenoid Valve 1032 X C11-SV-118-2651 Solenoid Valve 1032 X C11-SV-118-3003 Solenoid Valve 1032 X C11-SV-L18-3007 Solenoid Val.ve 1032 X
| |
| : 1032 I y i C11-SV-118-3011 i Solenoid Valve 1032 _ ; ___j l 011-SV-113-3015 Solenoid valve _ _ _
| |
| C11-SV-118-3019 Solenoid Valve 1032 X C11-SV-118-3023 Solenoid Valve 1032 X C11-SV-118-3027 Solenoid Valve 1032 X Solenoid Valve 1032 X C11-SV-118-3031 C11-SV-118-3035 Solenoid valve 1032 X C11-SV-118-3039 Solenoid valve 1g37 X C11-SV-118-3043 Solenoid Valve 1032 X IV-ll-1-7
| |
| - _ _ ~ _ _ _ . _ . _ __
| |
| | |
| Recu n M Man ion Synn C11 ( pc -
| |
| SYSTEM UNIT COMPONENT Q 1 S.C.E.W. LOCATlON PLANT IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. DW DW l
| |
| C11-SV-118-3047 Solenoid Valve 1032 X C11-SV-118-3051 Solenoid Valve 1032 X C11-SV-118-3403 Solenoid Valve 1032 - X C11-SV-118-3407 Solenoid Valve 1032 X l
| |
| C11-SV-118-3411 Solenoid Valve 1032 X C11-SV-118-3415 Solenoid Valve 1032 X C11-SV-118-3419 Solenoid Valve 1032 X Solenoid Valve 1032 X C11 cV-118-3423 Solenoid Valve 1032 X C11-SV-118-3427 Solenoid Valve 1032 X C11-SV-118-3431 C11-SV-118-3435 Solenoid Valve 1032 . I C11-SV-118-3439 Solenoid Valve 1032 X Solenoid Valve 1032 X C11-SV-118-3443 Solenoid Valve 1032 X C11-SV-118-3447 Solenoid Valve 1032 X C11-SV-118-3451 Solenoid Valve 1032 X C11-SV-118-3807 C11-SV-118-3811 Solenoid Valve 1032 I Solenoid Valve 1032 X C11-SV-118-3815 Solenoid Valve 1032 X C11-SV-118-3819 Solenoid Valve X C11-SV-118-3823 1032 C11-SV-118-3827 Solenoid Valve 1032 X Solenoid Valve 1032 X C11-SV-118-3831 C11-SV-118-3835 Solenoid Valve 1032 X Solenoid Valve 1032 X C11-SV-118-3839 Solenoid Valve X l C11-SV-118-3843 1032 Solenoid Valve 1032 X C11-SV-118-3847 C11-SV-118-4207 Solenoid Valve 1032 lX l A
| |
| i C11-SV-115-4211 Solenoid valve 1032 Solenoid Valve 1032 X C11-SV-118-4215 Solenoid Valve 1032 X C11-SV-118-4219 Solenoid Valve 1032 X j C11-SV-118-4223 l
| |
| Solenoid Valve 1032 X C11-SV-118-4227 Solenoid Valve X C11-SV-118-4231 1032 Solenoid Valve 1032 X l C11-SV-118-4235 IV-11-1-8 l
| |
| | |
| Racctor Protection 9vne.- cvi
| |
| (
| |
| SYS1'Ehd UNIT COMPONENT Q-1 PLANT S.C.E.W. LOCATlON IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. Ow ow NO.
| |
| C11-SV-118-4239 Solenoid valve 1032 X C11-SV-118-4243 Solenoid Valve 1032 X C11-SV-118-4247 Solenoid Valve 1032 X C11-SV-118-4611 Solenoid Valve 1032 I
| |
| , C11-SV-118-4615 Solencid Valve 1032 I C11-SV-118-4619 Solenoid Valve 1032 X C11-SV-118-4623 Solenoid Valve 1032 X C11-SV-118-4627 Solenoid Valve 1032 X C11-SV-118-4631 Solenoid Valve 1032 X C11-SV-118-4635 Solenoid Valve 1032 I C11-SV-118-4639 Solenoid Valve 1032 X C11-SV-118-4643 Solenoid Valve 1032 X C11-SV-118-5019 Solenoid Valva 1032 X C11-SV-118-5023 Solenoid Valve 1032 X C11-SV-118-5027 Solenoid Valve 1032 X C11-SV-118-5031 Solenoid Valve 1032 X C11-SV-118-5035 Solenoid Valve 1032 X C71-PS-N002A Pressure Switch 1266 X 071-PS-N002B Pressure Switch 1266 X Pressure Switch 1266 X C71-PS-N002C
| |
| ( 1266 X C71-PS-N002D Pressure Switch C71-P002A Fuse Panel 1110 X 1110 g C71-P002B Fuse Panel C71-P002C Fuse Panel 1110 X C71-P002D Fuse Panel 1110 I C71-P002E Fuse Panel 1110 X C71-P002F Fuse Panel 1110 1 X l C71-P002G Fuse Panel 1110 X C71-P002H Fuse Panel 1110 X O
| |
| , IV-11-1-9
| |
| \ -
| |
| | |
| m SWTEM Standby Ga. Tr.atment Syst ( SBGT t
| |
| couponeur O - unir 1 PLANT SCE.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE CUTSIDE NO. NO. Ow DW m mm .
| |
| m NG7-CR9A Relay 1136 I NG7-CR9-X-A Relay 1136 X NG8-CR98 Relay I 1136 _
| |
| NG8-CR9-X-B Relay 1136 I ._,,
| |
| SBGT A CONT STA Control Switch 1137 X =
| |
| SBGT B CONT STA Control Switch 1137 I SGT-FIT L-1A-RB Motor /Contro1 1100 X SGT-FIT L--1B-RB Motor / Control ,
| |
| 1100 X SGT-V8 Motor Operator 1231 X 1231 g SGT-V9 Motor Operator VA-FI-2577 Flow Transmitter 1056 X XS4-DS5 Indicator Light 1090 X XS4-DS6 Indicator Light 1090 X Switch 1084 y XS4-Man. Ovrd. SW X70-DS10 Indicator Light 1090 X 1090 g XTO-DS9 Indicator Limht ITO-Man. Ovrd. SW Switch 1084 X XT1-DS11 Indicator Light 1090 X XT1-OS12 Indicator Light 1090 X XT1-Man. Ovrd. SW Switch 1084 X X02-DS7 Indicator Light 1090 X Indicator Light 1090 X l 102-DS8 X02-Man. Ovrd. SW Switch 1084 X 1168 K 1A-BFIV-RB-L Limit Switch 1A-BFIV-RB-S Solenoid 1052 X 1A-BFV-RB Motor Operator 1235 X IB-BFIV-RB-L Limit Switch 1168 I Solenoid 1052 X IB-BFIV-RB-S l Motor Operator l 1235 l l r i l 1B-BF V-RB Limit Switch 1168 X IC-BFIV-RB-L Solenoid 1052 X IC-BFIV-RB-S IC-BFV-RB Motor Operator 1236 X l
| |
| ID-BFIV-RB-L Limit Switch 1168 I Solenoid 1052 X ID-BFIV-RB-S ID-BFV-RB Motor Operator 1235 X IV-12-1-1
| |
| --,---w. w.w,mv ,----w-,y,m--w----,-------,-,-e-,-w-, -
| |
| | |
| I standby cas Treatment system ( sBcr )
| |
| SYST S UNIT 1 C0tFONENT PLANT SCEX l.0 CATION IDDITIFICATION MPERIC MAME SHT. INelDE ouTEDE NO. NO. Ow De lE-BFV-RB Motor Operator 1235 Y 1F-HFV-RB Motor Operator 1235 X 1G-BFV-RB Motor Operator 1236 X lH-BFV-RB Motor Operator 1235 X II-BFV-RB Motor Operator 1235 X 1N-BFV-RB Motor Operator 1235 X O
| |
| IV-12-1-2
| |
| - -- w r g-- ww-,-,-- a,.w--ve,w,-, -w------.
| |
| | |
| Service Water System ( SW )
| |
| SYSTEM i
| |
| ; UNIT COtrONENT PLANT Sgn LOCATMNI IDENTIFICATION GEMNICMAM SHT. pesing chi.us NO. NO. Dw ow Motor 1112 X E11-C001A Motor 1112 X j
| |
| E11-C001B 1112 X Ell-C001C Motor Ell-C001D Motor 1112 X Motor Operator 1192 X l Ell-F002A Ell-F002B Motor Ooerator 1192 Motor Operator 1192 X Ell-F068A Motor Operator 1192 X E11-F068B Ell-F073 Motor Operator 1192 X Ell-F075 Motor Operator 1209 X SW-PS-ll75 Pressure Switch 1071 X SW-PS-ll76 Pressure Switch 1071 X
| |
| ; SW-TSH-1109 Temperature Switch 1072 X SW-TSH-ll10 Temperature Switch 1072 Y SW-TSH-1111 Tamneraturn Sufech 1072 Y SW-TSH-1112 Temperature Switch 1072 X SW-V101 Motor Operator 1232 X SW-V102 Motor Operator 1233 X SW-V105 Motor Ooerator 1233 Y SW-V106 Motor Operator 1232 X SW-Vill Motor Operator 1234 X SW-V117 Motor Operator 1234 X SW-V118 Motor Operator 1234 X SW-V123-S Solenoid 1048 X SW-V124-S Solenoid 1044 X SW-V125-S Solenoid 1048 X SW-V126S Solenoid 1048 X SW-V128-S Solenoid 1048 X E SW-V129-S Solenoid 1049 X sw-vtJu-5 Solenoid 1048 v SW-V131-S Solenoid 1048 v SW-V136-S Solenoid 10sn v SW-V137-S Solenoid 1050 X SW-V138-S Solenoid 1050 X SW-V139-S Solenoid 1050 X
| |
| (
| |
| IV-13-1-1 l
| |
| 6
| |
| | |
| l l
| |
| SYS75" ' """ "'"*" "''''" ' '" '
| |
| O l UNIT 1 COtrONENT PLANT '
| |
| SCEN. LOCATION IDENTIFICATION GEMRIC MARK SHT. HemDE ouTEDE NO. E DW DW RL4-33 Limit Switch 1157 X RM4-33 Limit Switch 1157 X TD-SV-3598 Solenoid 1051 X TD-SV-3601 Solenoid 1051 X l
| |
| l i l
| |
| . . . v .
| |
| O IV-14 1
| |
| ,7-.-n,-m,-
| |
| | |
| Vent Hation Air System ( VA l
| |
| SYSTEM
| |
| )
| |
| l couponenT !
| |
| O unit 1 LOCATlON PLANT S.C.E.W.
| |
| IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. DW DW NO.
| |
| Solenoid 1160 X VA-SV-936A-S 1160 X VA-SV-936B-S Solenoid Temperature Switch 1161 X VA-TS-936A 1161 X VA-TS-936B Temperature Switch, Temperature Switch 1161 X VA-TS-936C Temperature Switch 1161 X VA-TS-936D Temperature Switch 1161 X VA-TS-936E
| |
| * Temperature Switch 1161 X-VA-TS-936F Position Switch 1162 X VA-ZS-936A Position Switch 1162 X VA-ZS-936B 1243 X 1A-FCU-RB Motor Motor 1243 x IB-FCU-RB 1244 X IC-FCU-RB Motor 1244 X ID-FCU-RB Motor s
| |
| I i e i, l
| |
| l x
| |
| IV-15-1-1
| |
| | |
| l l
| |
| I l
| |
| ' "" " ' "' " " " ( c' ) -
| |
| O sTsTru Cotr0NENT UNIT 1 SCEX LOCATMIN M. ANT IDENTIFICATION GE7E RIC MAaK SHT. MM no. ow on no.
| |
| CABfE r 1180 y i
| |
| AC41 3/C #4/0 AWG (INT. ARM.)
| |
| 1101 Y BB08 2/C #8 AWG 4/C #2 AWG 1182 x
| |
| ' BD02 BD06 4/C #6 AWG 1181 X 4/C #10 AWG 1181 Y BD10 1241 X cal 2 1/C #12 AWG 2/C #12 AWG 1241 X X CB12 3/C #10 AWG 1241 X CC10 CD09 4/C #9 AWG 1241 X CD12 4/C #12 AWG 1241 X X 1241 X X CG12 7/C #12 AWG 1241 X X CJ12 10/C #12 AWC 1241 X CL12 12/C #12 AWG 2/C #12 AWG 1246 X FB12 1246 X FD12 4/C #12 AWG 1247 X X FG12 7/C #12 AWG 1242 X X GA22 COAXIAL #22 AWG HA25 1/C 250 MCM 1183 X l
| |
| 1181 X HC25 3/C 250 MCM i
| |
| JC25 3/C 250 MCM 1181 X l v 1184*
| |
| JC35 3/C 350 MCM 1181 y _
| |
| JC50 3/C 600 MCM 1241 X KD12 4/C #12 AWG 1180 X LA41 1/C #4/0 AWG (ShLD) 1085 X MA16 1 PR #16 AWG (ShLD) 1085 Y
| |
| , :1215 3 "" 116 a."C (ShLD) 1056 X
| |
| ME16 5 FR #16 AWG (ShLD) 1086 X X MG16 7 PR #16 AWG (ShLD)
| |
| -. X
| |
| [ 1242 X I NA16 1 PR #16 AWG (ShLD) 1 Triple #16 AWG (ShLD) 1085 X- X TC16 !
| |
| 3-Triple #16 AWG (ShLD) 1088 X TIl6 1093 X VD15 4/C #16 AWG (ShLD) 1038 x WD19 4/C Soecial IV-16-1-1 j
| |
| | |
| COMMON COMPONENIS ( CC ]
| |
| M1 M NT
| |
| *a-w t.0caTsom u srr EMNIC MAM SHT. MM IDENTIFICATION E N N NO.
| |
| 1 PR #16 CU/C T/C CAB id89 I XA16 (BlW) 1 PR #16 CU/C T/C CAB 1262 - Y XA16 (SAM.MOR.)
| |
| 12 PR #12 AWG (SHLD) 1088 I YL20 1 Conductor Wire 1241,46 I Panel Wiring ColetECTORS:
| |
| AMP. Connector 1008 I I 48-06R18 -31SP 1139 I X 9012 Female Connector l 1140 X X l 9013 Male Connector 1240 X X l NS-2 Connector 1185 l
| |
| I I i unAR Heat Shrink Insul.
| |
| PENETRATIONS:
| |
| X X 1X-100E Cable Penetration in ro _
| |
| l I X l 1X-100H Cable Penetration 1279 Cable Penetration 1280 X X II-102A Cable Penetration 1280 X X II-1023 Cable Penetration 1280 I I 1X-102C Cable Penetration 1280 X r 1X-102E IX-102F Cable Penetration 1280 X X Cable Penetration 1280 X X 1X-102H Cable Penetration 1279 X x 1X-104A
| |
| * ,able Penetration 1229 I Y 1X-104F 1280 X X 1X-105B Cable Penetration 1X-105C Cable Penetration 1280 X X l
| |
| cable Penetration 1280 x y 1X-105D
| |
| . 1280 y y l 1X-105E Cable Penetration C9M.a panaeratinn 1280 Y X n
| |
| lI-195C ,
| |
| i lX-lG5H C.*ule Panetratier. l 1280 3 I I
| |
| 1280 X X 1X-105J Cable Penetration 1X-10$K Cable Penetration 1280 X X SPLICES:
| |
| Splice Thermocouple Splice 1003 I 1091 X 480 V Splice Power Cable Solice IV-16-1-2
| |
| | |
| O COMMON COMPONENTS ( CC 1 I
| |
| UNIT 1 C0erONENT SC13L LOCATION M. ANT MM IDEIITIFICATION GEIElllC PW~
| |
| SHT.
| |
| an an no. no. .
| |
| traMINAL BLOCES:
| |
| Terminal Block 1096;7 x I Curtis #L5 1117 X GE- CR151D30 Terminal Block Taminal Block 1110'9 X X CE- EB5 l X CE- EB25 Terminal Block 1120 Weidmuller #6941 reminal Block 1278 I I TERMINAL LUCS:
| |
| rarm Lug - PIDG Nvion 1005,6( x x AMP SPEC IND 1004 I T AMP SPEC IND fers Luz - PIDG KYNAR rerm Lug - Plasti-Grip ,1006,7 X AMP SPEC IND Ling /Tounp Ters Lug 1273 X X STA-KON C10-10''
| |
| 1275 Y r T&B 54108 Rina/Touns Tara Lue Ring /ToungeTern Lus 1274 X X T & B G971 TERMINATIONS:
| |
| Power Cable Tern 1091 y 480 V Term Y
| |
| SKV Term 5000 V Tarm ino?
| |
| I E g 8
| |
| O IV-16-1-3 l
| |
| | |
| Aut matic Dspressurization System B21 ( anc SYSTEM UNIT 2 COMPONENT O- PLANT SCE.W. LOCATION GENERIC NAME SHT. INSIDE OUTSDE IDENTIFICATION DW DW NO. NO.
| |
| X B21-CS-3327 Selector Switch 2141 I
| |
| B21-CS-3329 Selector Switch 2141 A
| |
| B21-CS-3412 Selector Switch 2141 2167 I B21-FAT-4157 Preamplifier 2167 X B21-FAT-4158 Preamplifier 2167 X B21-FAT-4159 Preamplifier Preamplifier 2167 x B21-FAT-4160 2167 I B21-FAT-4161 Preamplifier 2167 X B21-FAT-4162 Preamplifier I
| |
| l B21-FAT-4163 Preamplifier 2167 i
| |
| X
| |
| ' B21-FAT-4164 Preamplifier 2167 2167 X B21-FAT-4165 Preamplifier I
| |
| B21-FAT-4166 Preamp 11fier 2167 2167 I B21-FAT-4167 Preamplifier 2168 X B21-PT-4157 Accelerometer 2168 I B21-FT-4158 Accelerometer 2168 X B21-FT-4159 Accelerometer B21-FI-4160 Accelerometer 2168 2168 I B21-FT-4161 Accelerometer 2168 I B21-FT-4162 Accelerometer 2168 I B21-FT-4163 Accelerometer 2168 I B21-FI-4164 Accelerometer 216& X B21-FT-4165 Accelerometer X
| |
| B21-FT-4166 Accelerometer 2168 X
| |
| B21-FT-4167 Accelerometer 2274 X B21-F013A-S Solenoid l X g y B21-F013B-S Solenoid 2274 l
| |
| 2274 X l 321-7013C-S dolenoid l
| |
| 2274 X B21-F013D-S Solenoid 2274 X B21-F013E-S Solenoid 2274 X B21-F013F-S Solenoid 2274 X B21-F013G-S Solenoid 2274 X B21-F013H-S Solenoid 2274 X l B21-F013J-S Solenoid l
| |
| IV-1-2-1
| |
| - - . , _ _ - _ - _ _ . . _ . _ _ __--- . _ _._._.~._____ _ --- .--_
| |
| | |
| I B21 ( ES )
| |
| SYSTEM Automatic Dgressurizatim System
| |
| -. UNIT 2 COMPONENT 3.C.E.W. LOCATION PLANT O IDENTIFICATION NO.
| |
| GENERIC NAME SHT.
| |
| NO.
| |
| INSIDE OUTSOE DW DW Solenoid 2274 X B21-F013K-S Solenoid 2274 X B21-F013L-S 2250 X B21-LT-NO31A Level Transmitter Level Transmittar 2250 X B21-LT-NO31B 2250 X B21-LT-NO31C Level Transmitter Level Transmitter 2250 X l 'l-LT-NO31D Level Transmitter 2252 I B21-LT-N042A Level Transmitter 2252 X B21-LT-N0422 2265 X Ell-PS-N010A Pressure Switch Pressure Switch 2265 X Ell-PS-N010B Pressure switch 2265 v Ell-PS-N010C 2265 y Ell-PS-N010D Pressure Switch l
| |
| g i____
| |
| l l
| |
| l 0
| |
| IV-1-2-2
| |
| | |
| I Containment Atmoahnric Control Svet s ( FAc
| |
| $*fSTEM coueonenT O unit 2 SCE.W. LOCATION Pt. ANT IDENTIFICATION GENERIC MAME SHT. INSIDE CUTSCE NO. DW DW NO. _
| |
| Analyzer 2175 I CAC-AT-1259 Analyzer 2176 I CAC-AT-1260 Analyzer 2176 l X CAC=f.T-1261 Analyser 2176 I CAC-AT-1262 I I l CAC-AT-1263 Analyzer 2175 l
| |
| 2052 X l CAC-FT-2686 Flow Transmitter 2054 X l CAC-LT-2601 Level Transmitter I
| |
| CAC-LT-2602 Level Transmitter 2054 2073 X CAC-PDS-4222 Pressure Switch Presa n Switch 2073 X CAC-PDS-4223 2055 I CAC-PT-1257-2 Pressure Tr====1 ster 2256 I CAC-PT-4175 Pressure Transmitter l X 1
| |
| ' CAC-PT-4176 Pressure Transmitter 2256 _
| |
| X CAC-PV-1260-L Limit Switch 2151 I
| |
| CAC-PV-1260-5 Solenoid 2013 X
| |
| CAC-PV-1261-L Limit Switch 2151 I
| |
| CAC-PV-1261-S Solenoid 2013 2151 X CAC-PV-1262-L Limit Switch 2013 I CAC-PV-1262-S Solenoid I
| |
| CAC-PV-3437-L Limit Switch 2152 2014 X CAC-PV-3437-S Solenoid 2152 I CAC-PV-3438-L Limit Switch l X l CAC-PV-3438-5 Solenoid 2014 2152 X CAC-PV-3439-L Limit Switch _
| |
| Solenoid 2014 I CAC-PV-3439-S 2014-1 X l CAC-PV-3439-IS Solenoid 7162 X !
| |
| I - o cic ov-3A6n-t f.4=tt Swsuh 2014 X CAC-PV-3440-5 Solenoid 2014-1 X CAC-PV-3440-LS Solenoid Limit Switch 2152 I CAC-PV-3441-L ,
| |
| CAC-PV-3441-S Solenoid 2014 i X CAC-PV-3442-L Limit Switch 2152 lX CAC-PV-3442-S Solenoid 2014 lX IV-2-2-1
| |
| | |
| Containment Atmocph"tric Control System ( CAC l g7g UNIT 2 COMPONENT Q -
| |
| PLANT 3.CE.W. LOCATION GENERIC MAME SHT. INSIDE OUTSOE IDENTIFICATION DW DW NO. NO.
| |
| 2015 I CAC-N-4222 Solenoid 2015 X CAC-9-4223 Solenoid Resistance Temp. Detector 2235 I CAC-TE-1258-1 Resistance Temp. Detector 2235 I l
| |
| CAC-TE-1258-2 Resistance Temp. Detector 2235 X CAC-TE-1258-3 l Resistance Temp. Detector A CAC-TE-1258-4 2235 Resistance Temp. Detector 2235 I CAC-TE-1258-5 Resistance Temp. Detector 2235 I CAC-TE-1258-6 Resistance Temp. Detector 2235 ~X
| |
| __ CAC-TE-1258-7 Resistance Temp. Detector 2235 I CAC-TE-1258-8 Resistance Temp. Detector 2235 I CAC-TE-1258-9 Resistance Temp. Detector 2235 I CAC-TE-1258-10 Resistance Temp. Detector 2235 X CAC-TE-1258-11 Resistance Temp. Detector 2235 I CAC-TE-1258-12 Resistance Temp. Detector 2235 A GAG-TE-wo-u Resistance Temp. Detector 2236 I CAC-TE-1258-14 Resistance Temp. Detector 2237 X CAC-TE-1258-17 Resistance Temp. Detector 2237 X CAC-TE-1258-18 Resistance Temp. Detector 2237 X CAC-TE-1258-19 Resistance Temp. Detector 2237 I CAC-TE-1258-20 Resistance Temp. Detector 2236 X CAC-TE-1258-21 Resistance Temp. Detector 2235 X CAC-TE-1258-22 Resistance Temp. Detector 2235 X CAC-TE-1258-23 Resistance Temp. Detector 2235 X CAC-TE-1258-24 X
| |
| CAC-V4-L Position Indicator 2079 2016 X CAC-V4-S Solenoid X
| |
| l CAC-V5-L Position Indicator 2379 __
| |
| X 8 CAC US-S Salenoid 2016 Solenoid 2017 X CAC-VS-IS X
| |
| CAC-V6-L Position Indicator 2080 2018 X CAC-V6-S Solenoid CAC-V6-LS Solenoid 2019 IX 2081 X CAC-V7-L Position Indicator 2020 X CAC-V7-S Solenoid IV-2-2-2
| |
| | |
| (
| |
| \ N '
| |
| Conta m nt Atmospnaric Control S atm SYSTEM UNIT 2 COMPONENT l O guiNT .cE SHT.
| |
| tocario.
| |
| IDENTIFICATION GENERIC MAME INSIDE OUT5DE NO. NO. Ow Dw CAC-V8-L Position Indicator 2081 X CAC-V8-S Solenoid 2016 I CAC-V9-L Position Indicator 2082 X CAC-V9-S Solenoid 2021 I CAC-710-L Position Indicator 2080 X CAC-V10-S Solenoid 2022 X CAC-V15-L Position Indicator 2083 X CAC-V15-S Solenoid 2023 X CAC-V16-L Position Indicator 2081 X CAC-V17-L Position Indicator 2081 X CAC-V22 Mator Operator 2088 I CAC-V23 Motor Operator '2089 I CAC-V47-L Position Indicator 2153 X CAC-V47-S Solenoid 2024 I CAC-V47-IS Solenoid 2025 I l
| |
| CAC-V48-L Position Indicztor 2154 X
| |
| , CAC-V48-S Solenoid 2026 I
| |
| ! CAC-V48-IS Solenoid 2027 X CAC-V49-L Position Indicator 2080 X
| |
| ~
| |
| CAC-V49-S Solenoid 2028 I l CAC-V50-L Position Indicator 2080 X CAC-V50-S Solenoid 2028 X CAC-V55-L PosLtion Indicator 2153 I l
| |
| l CAC-V55-S Solenoid 2024 X CAC-V56-L Position Indicator 2153 X CAC-V56-5 Solenoid 2024 X a '
| |
| D12-RE-N010A Radiation Detector 2111 X D12-RE-N010B Radiation Detector 2111 X j_
| |
| GM6-3-6A Relay 2121 X CN2-3-5A Relay 2121 X Ll7-74-A-H Relay 2136 I l Ll7-74-A- L Relay 2136 X Ll7-74-B-H Relay 2136 X O L17-74-B-L Relay 2136 X IV-2-2-3
| |
| (
| |
| , , ,.-.-n - . - - . _ , , _ - - - , . _ , - . - . - _ _ . . - _
| |
| | |
| . _ ~ _ - _ -- _ _ . _ _ . - .-_ = . _ _ . _ _ - - _ _ _ . _ . . . - _ - _
| |
| coat *1==ent Atmospheric Control System ( CAC _
| |
| SYSTEM O
| |
| UNIT 2 COMPONENT - !
| |
| PLANT SAE.W. LOCATION IDENTIFICATION GENERIC MAME SHT. InsioE outscE NO. Ow ow j NO.
| |
| Relay _ 2136 I Ll7-74-C-H Relay 2136 I Ll7-744-L Relay 2136 I
| |
| ,L17-74-8 -
| |
| Relay 2136 ! I I Ll7-74-L 2136 I l Ll7-74-I-H Relay f 2136 I L17-74-I-L Relay l
| |
| (
| |
| l l
| |
| l l !
| |
| l i
| |
| l i
| |
| ! I O
| |
| l IV-2-2-4 l
| |
| l
| |
| | |
| c="""''""
| |
| * SYSTEM O
| |
| ' UNIT 2 COMPONENT I SCE.W. LOCATION PLANT SHT. INSIDE OUTSOE IDENTIFICATION GENERIC MAME DW NO. DW NO.
| |
| 2234 X B21-PT-N021A Pressure Transmitter 2254 I B21-PT-N021B Pressure Transmitter X
| |
| B21-PT-N021C Pressure Transmitter 2254 2254 X B21-PT-N021D Pressure Transmitter 2266 X E11-PS-N011A Pressure Switch 2266 I E11-PS-N011B Pressure Switch 2266 I E11-PS-N011C Pressure Switch 2266 I E11-PS-N011D Pressure Switch 2115 X E21-C001A Motor 2115 I E21-C001B Motor 2075 I E21-FS-N006A Flow Switch 2075 X E21-FS-N006B Flow Switch X
| |
| E21-F001A- Motor Operator 2210 2210 X E21-F001B- Motor Operator I
| |
| E21-F004A Motor Operator 2211 X
| |
| Motor Operator 2211 E21-F004B X
| |
| Motor Operator 2211 E21-F005A X
| |
| Motor.0perator 2211 E21-F005B X
| |
| Motor Operator 2212 E21-F015A X
| |
| E21-F015B Motor Operator 2212 X
| |
| E21-F031A Motor Operator 2213 X
| |
| E21-F031B Motor operator 2213 2268 X E21-PS-N008A Pressure Switch X
| |
| Pressure Switch 2268 E21-PS-N008B I X
| |
| Pressure Switch 2268 E21-PS-N009A X
| |
| E21-PS-N009B Pressure Switch 2268 O
| |
| IV-3-2-1
| |
| | |
| t i
| |
| O sTsTsu t1 ceric 1 oi triseti sv ce- ( to ) t l
| |
| UNIT 2 CO N NT Pt. ANT SCEN, 1.0 CATION IDENTIFICATION GEMRIC MAaK SHT. NemDE ouTEDE NO. M. DW DW MCC-2XA Motor Control Center 2123 X MCC-2XA-2 Mornr conern1 conenr 2124 X MCC-2XB Motor Control Center 2125 X MCC-2XB-2 Motor Control Center 2126 X MCC-2XC Motor Control Center 2127 X MCC-2XD Motor Control Center 2128 .X i MCC-2XDA Motor Control Center 2129 X MCC-2XDB Motor Control Center 2130 X l MCC-2XE Motor control Center 2131 X l MCC-2XF Motor Control Center 2132 X MCC-2XH Motor Control Cetiter 2133 X 1
| |
| l MCC-2XJ Motor Control Center 2134 X MCC-2XK Motor Control Center 2135 X 2A-RX Distribution Panel 2155 X 2B-RX Dietribution Panel 1 2156 X l .
| |
| O IV-4-2-1
| |
| _ _ __--.____ _..~ -._ . - _ _ _ _ _
| |
| | |
| E41 ( HPCI
| |
| $ Y S T Q A High Pressure Coolant Iniection System
| |
| . UNIT 2 COMPONENT O suNT IDENTIFICATION GENERIC NAME scE.w.
| |
| SHT.
| |
| 1.OCATION INSIDE OUTSIDE NO. NO. Ow ow B21-CS-3345 Selector Switch 2142 X
| |
| ! B21-LIT-N026A Level Transmitter 2279 I l
| |
| U1-LIT-90263 tavel. Tran==itter 2279 I B21-LT-N017B-2 Level Transmitter 2248 X l B21-LT-N017D-2 Level Transmitter 2248 I E41-C002 Turbine 2225 I E41-FSL-N006 Flow Switch 2076 I E41-FT-N008 Flow Transmitter 2116 I E41-F001 Motor Operator 2214 X i
| |
| E41-F002 Motor Operator 2215 I E41-F003 Motor Operator 2216 I E41-F004 Motor Operator 2217 X t E41-F006 Motor Operator 2218 X
| |
| { Motor Operator 2219 I r E41-F007 l
| |
| E41-F008- Motor Operator 2219 X j
| |
| l E41-F011- Motor Operator 2220 X l
| |
| E41-F012- Motor Operator 2220 X E41-F041 Motor Operator 2217 X E41-F042 Motor Operator 2217 I E41-F059 Motor Operator 2221 X E41-LSH-N015A Level Switch 2243 X E41-LSH-N015B Level Switch 2243 I E41-PDI-N004 Preseure Switch 2257 X E41-PD T-N005 Pressure Switch 2257 X E41-PS-N001A Pressure Switch 2077 I 2077 x E41-PS-N001B Pressure Switch _ _ .
| |
| E41-PS-N001C Pressure Switch 2077 '
| |
| X E':1-PS-N001D Pressure Switch 2077 I l E41-PS-N010 Pressure Switch 2269 X E41-PSH-N012A Pressure Switch 2061 X E41-PSH-N012B Pressure Switch 2061 X E41-PSH-N012C Pressure Switch 2061 X E41-PSH-N012D Pressure Switch 2061 X E41-PSH-N017A Pressure Switch ~ 2062 X E41-PSH-N017B Pressure Switch 2062 X IV-5-2-1
| |
| . _ _ _ _ . _ _ , . _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ - . _ _ _ _ . _ _ _ _ _ _ _ ~ _ . - - - - _ - _ _ . _ _ - - - - _ _ . _ _ _ _ . - _ . ___ _ _ ___ _ - _
| |
| | |
| ( HPCI )
| |
| E41 SYSTEM High Pressure Coolant Iniection System i
| |
| i O
| |
| UNIT 2 COMPONENT PLANT SAE.W. LOCATION reENERIC NAME SHT. INSIDE Ou imum.
| |
| IDENTIFICATION NO. DW DW i NO.
| |
| l X E41-PSH-N0?7 Pressure Switch 2063 __
| |
| 2169 X E41-TE-NO30A Thermocouple 2169 X E41-TE-NO30B Thermocouple 2102 X E41-TS-3314 Temperature Switch ,
| |
| Temperature Switch 2103 I E41-TS-3315 Temperature Switch 2103 I E41-TS-3316 2103 X E41-IS-3317 Temperature Switch Temperature Switch 2103 I E41-TS-3318 Temperature Switch 2103 X E41-TS-3354 Temperature Switch 2104 I E41-TS-3488 Temperature Switch 2104 X E41-TS-3489 2173 X E51-TE-N025C Thermocouple Thermocouple 2173 X E51-TE-N025D Thermocouple 2173 I E51-TE-N026C 2173 I E51-TE-N026D Thermocouple 2173 X E51-TE-N027C Thermocouple 2173 X E51-TE-N027D Thermocouple l
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| O IV-5-2-2 -
| |
| | |
| i I
| |
| i . I Instrument Air System ( IA I SYSTEM UNIT 2 ColdPONENT SAEN. 10 CATION PLANT SHT. INSIDE hs IDENTIFICATION GENERIC MA80E NO. DW DW NO.
| |
| 2068 X IA-PSL-3594 Pressure Switch 2068 X IA-PSL-3595 Pressure Switch
| |
| * 2098 X NP6-MOT-M1 Motor 2099 X NP6-MOT-M2 Motor 2098 X NP7-MOT-M1 Motor 2099 X NPt-MOT-M2 Motor t
| |
| 1 e
| |
| O IV-6-2-1
| |
| | |
| i A7 2 .( NSSS }
| |
| MTEM Nuclear Steam Supply Shutoff System O _
| |
| UNIT 2 COMPONENT S.CE.W. LOCATION PLANT 10ENTIFICAT10N GENERIC NAME SHT. INSIDE OUTSDE NO. ow ow NO.
| |
| B21-F003-L Limit Switch 2143 X B21-F003-S Solenoid 2009 X B21-F004-L Limit Switch 2143 X B21-F004-S Solenoid 2009 I B21-F016 Motor Operator 2184 I B21- F019 Motor Operator 2185 X B21-F022A-L1 Limit Switch 2163 I B21-F022A- L2 Limit Switch 2163 I B21-F022A-L3 Limit Switch 2163 X B21-F022A-S1 Solenoid 2010 X B21-F022A-S2, Solenoid 2010 X B21-F022B-L1 Limit Switch 2163 X B21-F022B-L2 Limit Switch 2163 I B21-F022B-L3 Limit Switch 2163 I B21-F0223-S1 Solenoid 2010 X B21-F0223-S2 Solenoid 2010 X B21-F022C-L1 Limit Switch 2163 I B21-F022C-L2 Limit Switch 2163 X B21-F022C-L3 Limit Switch 2163 X B21-F022C-Si Solenoid 2010 X B21-F022C-S2 Solenoid 2010 X B21-F022D-L1 Limit Switch 2163 I B21-F022D-L2 Limit Switch 2163 X R71-Fo??n-i.1 . r.<mie quiech 2163 x Solenoid 2010 x B21-F022D-S1 B21-F022D-32 Solenoid 2010 X 2164 X B21-F028A-L1 Limit Switch B21-F028A-L2 Limit Switch 2164 X X
| |
| B21-F028A-L3 Limit Switch 2164 B21-F028A-51 Solenoid A 2011 B21-F028A-52 Solenoid 2011 X
| |
| B21-F028B-L1 Limit Switch 2164 IV-7-2-1
| |
| - , , - . . ~ , , - - - . -,,--..--.---.m,. , . - - , - - - . . . , _ _ , - _ - - - - - . .
| |
| | |
| SYST O unit 2 couponenT PLANT 3.CE.W. LOCATION IDENTIFICATION GENERIC MAME SHT. INS 10E OUTSCE NO. NO. Ow ow Limit Switch X B21-F028B-L2 2164 X
| |
| B21-F028D-L3 Limit Switch 2164 Solenoid 2011 X B21-F028B-S1 Solenoid 2011 X B21-F02SB-S2 Limit Switch 2164 I B21-F028C-L1 l
| |
| Limit Switch 2164 X
| |
| [ B21-F028C-L2 Limit Switch 2164 X B21-F028C-L3 Solenoid X B21-F028C-S1 2011 L
| |
| B21-F025C-52 Solenoid 2011 Limit Switch 2164 X I B21-F0280 -L1 :
| |
| Limit Switch 2164 X B21-F028D-L2 Limit Switch 2164 X B21-F028D-L3 Solenoid 2011 X B21-F028D-S1 Solenoid 2011 X B21-F028D-S2 Level Transmitter 2249 X B21-LT-N024A-1 Level Transmitter 2249 X B21-LT-N024A-2 Level Transm'.tter 2249 X B21-LT-N024B-L Level Transmitter 2249 I B21-LT-N024B-2 X
| |
| B21-LT-N025A-1 Level Transmitter 2249 2249 X B21-LT-N025A-2 Level Transmitter 2249 X B21-LT-N025B-1 Level Transmitter 2249 X B21-LT-N025B-2 Level Transmitter Pressure Transmitter 2253 X' B21-PDT-N006A 2253 X B21-PDT-N006B Pressure Transmitter 2253 X B21-PDT-N006C Pressure Transmitter 2253 X B21-PDT-N006D Pressure Transmitter X
| |
| B21-PDT-N007A Pressure Transmitter 2253 l
| |
| ^
| |
| B21-PDT-N007B Pressure Iransmitter 2253 1 B21-PDT-N007C Pressure Transmitter 2253 X Pressure Transmitter 2253 X B21-PDT-N007D Pressure Transmitter 2253 X B21-PDT-N008A 2253 X B21-PDT-N008B Pressure Transmitter X
| |
| l 321-PDT-N008C Pressure Transmitter 2253 X
| |
| B21-PDT-N008D Pressure Transmitter 2253 y I
| |
| IV-7-2-2 l
| |
| | |
| SYSTEM noci,er St... Suoot, shutoer s, stem 172 ( Nsss I UNIT 2 COMPONENT Pt. A NT S.CE:#. LOCATION O IDENTIFICATION NO.
| |
| GENERIC NAME SHT. WSIDE OUTSCE ;
| |
| NO. OW DW B21-PDT-N009A Pressure Iransmit6er 2253 I B21-PDT-N009B Pressure Transmitter 2253 K B21-PDT-N009C Pressure Transmitter 2253 K B21-PDT-N009D Pressure Transmitter 2253 X B21-TS-N010A Temperature Switch 2101 X B21-TS-N010B Temperature Switch 2101 I B21-TS-N010C Temperature Switch 2101 X B21-TS-N010D Temperature Switch 2101 X B32-CS-F019 Switch 2261 X B32-CS-F020 Switch 2262 X B32-F019-L Limit Switch 2143 X B32-F019-S Solenoid 2009 I i
| |
| B32-F020-L Limit Switch 2144 X i
| |
| B32-F020-S Solenoid 2012 X B32-PS-N018A Pressure Switch 2057 I B32-PS-N018B Pressure Switch 2058 X E11-F008- Motor operator 2195 I E11-F009 Motor Operator 2196 X E11-F022 Motor Operator 2184 X l E11-F023 Motor Operator 2201 X Ell-F040 Motor Operator 2204 X G16-F003-S Solenoid 2033 X G16-F004-S Solenoid 2033 I G16-F019-S Solenoid
| |
| ' 2033 X G16-F020-S ) Solenoid
| |
| ?nu l X 031-FT-N012 Flow Transmitter 2122 X G31-FT-N036 Flow Transmitter 2122 .X 11-FT-N041 Flow Transmitter 2122 X
| |
| ! G31-F001 d Motor Ooerator l 71R4 !
| |
| G31-F004 7 I j l l Motor Operator 2228 K G31-TE-N016A Thermocouple 2174 X G31-TE-N016B Thermocouple 2174 X G31-TE-N016C Thermocouple 2174 X G31-TE-N016D Thermocouple 2174 X G31-TE-N016E Thermocouple ,,3.,, X G31-TE-N016F Ther$ocouple 2174 X LV-7-2-3
| |
| | |
| i f
| |
| I SYSTEM ""c1**r St**= suppiv shutoer sv.com 17 2 ( NSSS O
| |
| , UNIT 2 COMPONENT PLANT SCEx LOCATION IDENTIFICATION GENERIC MAME SHT. INSIDE OUTSIDE NO. NO. s ow ow G31-TE-N022A Thermocouple 2174 X G31-TE-N022B Thermocouple 2174 X G31-TE-N022C Thermocouple 2174 X G31-TE-N022D Thermocouple 2174 X G31-TE-N022E Thermocouple 2174 X G31-TE-N022F Thermocouple 2174 I G31-TE-N023A Thermocouple 2174 X G31-TE-N023B Thermocouple 2174 I G31-TE-N023C Thermocouple 2174 X G31-TE-N023D Thermocouple 2174 X
| |
| ( G31-TE-N023E Thermocouple 2174 I G31-TE-N023F Thermocouple 2174 X i IV-7-2-4 0
| |
| O
| |
| ,--c . . - - - - , . . . . _ _ . . - _ _ - , _ _ _ . _ . _ - - . _ . - , - , -
| |
| | |
| SYSTEM Reactor Core Isolation Coolina System E51 ( Rctc UNIT 2 COMPONENT O_ PLANT S.C.E.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. OW DW B21-LT N017A-2 Level Transmitter 2247 X B21-LT-N017C-2 Level Transmitter 2247 X E51-C002-H Flost Switch 2263 X E51-C002-LS4 Level Switch 2166 X E51-FS-N002 Flow Switch 2078 X E51-F007 Motor Operator 2222 X E51-F008 Motor Operator 2223 X E51-F013 2224
| |
| ( Motor Operator X
| |
| ! E51-F019 Motor Operator 2225 X
| |
| ! E51-F029 Motor Operator 2226 X i E51-F031 Motor Operator 2226 I E51-F045 Motor Operator 2227 X E51-PDT-N017 Pressure Switch 2258 X E51-PDT-N018 Pressure Switch 2258 X
| |
| ! E51-PS-N019A Pressure Switch 2064 X E51-PS-N019B Pressure Switch 2064 X E51-PS-N019C Pressure Switch 2064 X E51-PS-N019D Pressure Switch 2064 X E51-PS-N020 Pressure Switch 2065 X E51-PSH-N009A Pressure Switch 2066 X m ocn-nnnon vroaanro qu1res
| |
| * x l E51-PSH-N012A Pressure Switch 2067 K 1
| |
| ; E51-PSH-N012B Pressure Switch 2067 X l
| |
| E51-PSH-N012C Pressure Switch 2067 X E51-PSH-N012D Pressure Switch 2067 X E51-PSL-N006 Pressure Switch 2270 e X ,
| |
| E51-TE-N021A Thermocouple 2170 IY !
| |
| E51-TE-N021B Thermocouple 2170 X E51-TE-N022A Thermocouple 2171 X E51-TE-N022B Thermocouple 2171^ X E51-TE-N023A Thermocouple 2170 x E51-TE-N023B Thermocouple 2170 X E51-TE-N025A Thermocouple 2172 X E51-TE-N025B Thermocouple 2172 X IV-8-2-1 .
| |
| | |
| m ( RCIC _)
| |
| SYSTEMRaactor Core Isolation CooMw Swam unit 2 couponenT O- PLANT 3.CE.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSOE NO. OW DW NO.
| |
| Thermocouple 2172 X E51-TE-N026A Thermocouple 2172 x i E51-TE-N026B Thermocouple 2172 X E51-TE-N027A Thermocouple 2172 X E51eTE-N027B E51-TS-3319 Temperature Swit'ch 2105 x Temperature Switch 2106 x E51-TS-3320 Temperature Switch 2106 X E51-TS-3321 Temperature Switch 2106 X E51-TS-3322 Temperature Switch 2106 X E51-TS-3323 ,
| |
| Temperature Switch 2106 X E51-TS-3355 Temperature Switch 2107 X E51-TS-3487 i
| |
| s ll I M
| |
| O l
| |
| IV-8-2-2
| |
| - - - - - - - , - ~ . , _ , - , , - , , , - - - - - - - - - . - ,,..,,---a , , , , - , - - - - - - , - - - - - - .
| |
| | |
| vit
| |
| ( asa I -
| |
| j SYSTEM Reaid"=1 n e nemmr=1 svate- i O unit 2 couponenT S.C.E.W. LOCATION PLANT SHT. INSIDE OUTSCE IDENTIFICATION GENERIC NAME NO. Ow DW NO.
| |
| 2251 X B21-LT-NO36 Level Transmitter 2251 X Level Tranasitter B21-LT-NO3 7 X
| |
| Motor Operator , - 2186 B32-F031A Motor Operator 2185 X B32-F031B-l I 332-F032A- Motor Operator 2187 2187 X B32-F032B Motor Operator l 211C X C32-PT-N005A Pressure Transmitter 2110 X C32-PT-N005B Pressure Transmitter X
| |
| Ell-C002A Motor 2113 2113 I Ell-C002B Motor 2113 X Ell-C002C Motor 2113 X Ell-C002D Motor .
| |
| 2191 I Ell-F003A Motor Operator 2191 X Ell-F0033.. Motor Operator 2192 X Ell-F004A Motor Operator 2192 X E11-F004B Motor Operator 2192 I Ell-F004C Motor Operator X
| |
| Motor Operator 2192 Ell-F004D X
| |
| Motor Operator 2193 Ell-F006A 2193 I E11-F006B Motor Operator l
| |
| 2193 X Ell-F006C Motor Operator X
| |
| Motor Operator 2193 Ell-F006D X
| |
| Motor Operator 2194 Ell-F007A X vnent onarator 2194 ,
| |
| Ell-F007R Ell-F011A Motor Operator 2194 fX X
| |
| Ell-F011B Motor Operator 2194 X
| |
| Motor Operator 2197 Ell-F015A 2197 j X Ell-F015B Motor Operator 2198 X Ell-F016A Motor Operator 2198 X 211-F016B Motor Operator X
| |
| Motor Operator 2199 E11-F017A 2199 X Ell-F017B Motor Operator IV-9-2-1 i
| |
| | |
| I
| |
| ( RHR )
| |
| SYSTEM Residual Heat Removal Svstem Ell O unit 2 component PLANT 3.C.E W. LOCATION IDENTIFICATION GENERIC MAME SHT. INSIDE CUTSl!E NO. NO. Ow DW Motor Operator 2192 I Ell-F020A 2192 X Ell-F020B Motor Operator 2200 I Ell-F021A Motor Operator Motor Operator 2200 X E11-F021B X
| |
| Ell-F024A Motor Operator 2202 Motor Operator 2202 X Ell-F024B I
| |
| Ell-F026A Motor Operator 2193 2193 X Ell-F026B Motor Operator 2193 X Ell-F027A Motor Operator Motor Operator 2193 X E11-F027B Motor Operator 2203 X Ell-F028A 2203 I Ell-F028B Motor Operator ,
| |
| 2191 X Ell-F047A Motor Operator Motor Operator 2191 X E11-F047B -
| |
| Motor Operator 2202 I Ell-F048A Ell-F048B Motor Operator 2202 I Ell-F052A Motor Operator 2205 I 2205 K Ell-F052B' Motor Operator i Ell-F053A. Solenoid 2032 I Ell-F053B Solenoid 2032 X E11-F103A Motor Operator 2208 I Ell-F103B Motor Operator 2208 X 2208 X Ell-F104A Motor Operator Ell-F104B Motor Operator 2208 X l
| |
| Ell-F122A Motor Operator 2209 X X
| |
| Ell-F1225 ,
| |
| Meter Oper:tter 2209 . , ,
| |
| Ell _PDIS-NO21A Flow Switch _ _ _20_ 7 4__ _l X l
| |
| E11-PDIS-N0218 Flow Switch 2074 X Ell-FDT-N002A Pressure Transmitter 2114 X Ell-PDT-N002B Pressure Transmitter 2114 X Ell-PS-N016A Pressure Switch 2059 I Ell-PS-N016B Pressure Switch 2059 I Ell-PS-N016C Pressure Switch 2050 l X l Ell-PS-N016D Pressure Switch 2059 X IV-9-2-2
| |
| ,_- - - - , - , ,, - , - - , - - , - ,,e-n--- .,--.n. - - - - - . , - . - - . - - , , _ . - , . - -- --
| |
| | |
| ElI ( On
| |
| $'f$7{M Residual Heat Resicval %ntem O
| |
| UNIT 2 COMPONENT PLANT 3.CE3f. ' LOCATION GENERIC MAME SHT. INSIDE OUTSCE 1DENTIF1 CATION Ow ow NO.
| |
| NO.
| |
| Pressure Switch 2267 X l E11-PS-N019A Pressure Switch 2267 X E11-PS-N019B Pressure Switch 2267 X l
| |
| Ell-PS-N019C Pressure Switch 2267 X E11-PS-N019D Pressure Switch 2060 X
| |
| . E11-PS-N020A l
| |
| Ell-PS-N020B Pressure Switch 2060 X E11-PS-N020C Pressure Switch 2060 X Pressure Switch 2060 X E11-PS-N020D I
| |
| I l
| |
| s I
| |
| ? )
| |
| I I
| |
| O i l
| |
| l I
| |
| IV-9-2-3
| |
| ~
| |
| ' ' " " - ' - * ' - - +w wre--nrww- ~ , , _ , , _ , , - _
| |
| | |
| 5 '
| |
| gygy{M Reactor Instrument Penetration System UNIT 2 COMPONENT O -_
| |
| S.CE.W. LOCATlON PLANT SHT. INSIDE OUTSIDE IDENTIFICATION GENERIC MAME NO. DW DW NO.
| |
| B21-FS-F015A Flow Switch 2160 x B21-FS-F015B Flow Switch 2160 x B21-FS-F015C Flow Switch 2160 x B21-FS-F015D Flow Switch 2160 x Flow Switch 2160 x B21-FS-F015E Flow Switch 2160 x B21-FS-F015F B21-FS-F015G Flow Switch 2160 x B21-FS-F015H Flow Switch 2160 x l
| |
| 2160 y B21-FS-F015J Flow Switch 2160 x B21-FS-F015K . Flow Switch I
| |
| Flow Switch 2160 x B21-FS-F015L i
| |
| B21-FS-F015M Flow Switch 2160 x B21-FS-F015N Flow Switch 2160 x
| |
| (
| |
| B21-FS-F015P Flow Switch 2160 x 2160 y B21-FS-F015R Flav 9mitch B21-FS-F015S Flow Switch 2160 x ,
| |
| 321-FS-F043A Flow Switch 2160 X B21-FS-F043B Flow Switch 2160 x B21-FS-F045A Flow Switch 2160 x B21-FS-F045B Flow Switch 2160 x 2160 y B21-FS-F047A Flow Switch 2160 x B21-FS-F047B Flow Switch Flow Switch 2160 x B21-FS-F049A B21-FS-F049B Flow Switch 2160 x Flow Switch 2160 x B21-FS-F051A Flow Switch 2160 x 321-FS-F051B B21-FS-F057 Flow Switch 2160 x l Position Switch l 2094 l lx l l B21-F014A B21-F014B Position Switch 2094 1 x B21-F014C Position Switch 2094 x 2094 g B21-F014D Position Switch 2094 g l B21-F014E Position Switch B21-F014F Position Switch 2094- x f
| |
| 321-F014G Position Switch 2094 x B21-F014H Position Switch 2094 x Position Switch 2094 X B21-F014J l
| |
| IV-10-2-1
| |
| - - - - . - . _ . - . . - _ , _ _ - . _ . . _ _ . . . , . - - - - _ . - . - - - _ . . - _ _ - _ - _ . _ ~ . - _ - - _ - - - _ _ _ _ - - . .
| |
| | |
| Racetor Instrument Pcuatration System ( RIP SWTEM O UNIT 2 COMPONENT Pt. A NT S.CE.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE WTSIDE NO NO. Ow ow B21-F014K Position Switch 2094 I B21-F014L Position Switch 2094 X B21-F014M Position Switch 2094 X B21-F014N Positico Switch 2094 X I B21-F014P Position Switch 2094 X B21-F014R Position Switch 2094 X B21-F014S Position Switch 2094 I B21-F042A Position Switch 2094 X l
| |
| l B21-F042B Position Switch 2094 X l
| |
| l B21-F044A Position Switch 2094 I B21-F044B Position Switch 2094 I l
| |
| B21-F046A Position S: itch 2'094 X 2094 X B21-F046B Position Switch t B21-F048A Position Switch 2094 X l
| |
| B21-F048B Position Switch 2094 X B21-F050A Position Switch 2094 X B21-F050B Position Switch 2094 I B21-F056 Position Switch 2094 X B32-FS-F009C Flow Switch 2161 I B32-FS-F040B Flow Switch 2161 I B32-FS-F040C Flow Switch 2161 I B32-FS-F055E Flow Switch 2160 X B32-FS-F055F Flow Switch 2160 X B32-FS-F057A Flow Switch 2161 X 2161 g 332-FS-F057B Flow Switch 332-F039B Position Switch 2095 X
| |
| ! B32-F030C i Par:1 tion Switch j 2095 i iX e .
| |
| B32-F041C Position Switch 2095 X B32-F056E Position Switch 2094 X B32-F056F Position Switch 2094 X B32-F058A Position Switch 2095 X 332-F058B Position Switch 2095 X CAC-PV-1200B(L1) Position Switch 2145 X CAC-PV-1200B(L2) Position Switch 2146 X IV-10-2-2
| |
| | |
| ( RIP l
| |
| Ruct r Instrumint Panstration System SYSTEM O COMPONENT UNIT 2 LOCATlON S.C.E.W.
| |
| PLANT (
| |
| GENERIC NAME SHT. INSIDE OUTSOE IDENTIFICATION ~ NO. DW DW NO. X 2145 CAC-PV-1205E(L1) Position Switch 2146 I CAC-PV-1205E(L2) Position Switch 2146 X CAC-PV-1209A(L1) Position Switch 2145 X CAC-PV-1209A(L2) Position Switch 2145 X -
| |
| CAC-PV-1209B(L1) Position Switch X
| |
| i 2146 l
| |
| CAC-PV-1209B(L2) Position Switch 2094 I l
| |
| CAC-PV-1209D Position Switch I
| |
| .2147 CAC-PV-1211E Position Switch I 2145 CAC-PV-1211F(L1) Position Switch I 2146 CAC-PV-1211F (L2) Position Switch X Position Switch 2148 CAC-PV-1215E X Position Switch 2095 CAC-PV-1218C X eosition switch 2095 CAG-ev-izian 2095 I CAC-PV-1219C Position Switch I 2095' CAC-PV-1220C Position Switch 2095 I CAC-PV-1221C Position Switch I 2149 CAC-PV-1223B(L1) Position Switch X 2147 CAC-PV-1225B (L2) Position Switch X 2094 CAC-PV-1225C Position Switch X 2145 CAC-PV-1227A(L1) Position Switch 2146 I CAC-PV-1227A(L2) Position Switch X 2145 CAC-PV-1227B(L1) Position Switch X 2146 CAC-PV-1227B(L2) Position Switch 2145 X CAC-PV-1227C(L1) Position Switch X 2146-CAC-PV-1227C(L2) Position Switch X 2145 j CAC-PV-1227E(L1) Position Switch N 1 2146 : I CAU-t'v-t zz / t;(LZ ) I Position Switch 2148 X f CAC-PV-1231B(L1) Position Switch X I
| |
| 2150 CAC-PV-1231B(L2) Position Switch X 2094 Ell-F037A Position Switch X 2094 Ell-F037B Position Switch X 2094 E11-F037C Position Switch X 2094 E11-F037D Position Switch X Position Switch 2094 E11-F043A X 2094 Ell-F043B Position Switch IV-10-2-3
| |
| | |
| I Rsector Instrument Penatration S p t s ( RD SYSTEM ,
| |
| : O UNIT 2 COMPONENT 1
| |
| PLANT S.CE.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSDE NO. NO. Ow DW l
| |
| Ell-F043C Position Switch 2094 X l
| |
| Ell-F043D Position Switch 2094 X ,
| |
| E41-FS-F024A Flow Switch 2160 X E41-FS-F024B Flow Switch 2160 X E41-FS-F024C Flow Switch 2160 X E41-FS-F024D Flow Switch 2160 g E41-F023A Position Switch 2094 X 2094 -
| |
| g E41-F023B Position Switch E41-F023C Position Switch 2094 X E41-F023D Position Switch 2094 X E41-PV-1218D Position Switch 2095 X E41-PV-1219D Position Switch 2095 X E41-PV-1220D Position Switch 2095 I E41-PV-1221D Position Switch 2095 I E51-FS-F044A Flow Switch 2160 I E51-FS-F044B Flow Switch 2160 X E51-FS-F044C Flow Switch 2160 X E31-FS-F044D Flow Switch 2160 X E51-F043A Position Switch 2094 X E31-F043B Position Switch 2094 X D 1-F043C Position Switch 2094 X E51-F043D Position Switch 2094 X IA-PV-1201A Position Switch 2094 X RIP-PSL-1200 Pressure Switch 2069 I RIP-PSL-1201 Pressure Switch 2069 I RIP-PSL-1203 Pressure Switch 2069 I
| |
| * 2069 I h l l EIP XL-i205 Pressure Switen ' __ i X RIP-PSL-1206 Pressure Switch 2069 X RIP-PSL-1208 Pressure Switch 2069 X RIP-PSL-1209 Pressure Switch 2069 X RIP-PSL-1210 Pressure Switch 2069 X RIP-PSL-1211 Pressure Switch 2069 X RIP-PSL-L212 Pressure Switch 2069 X l
| |
| RIP-PSL-1215 Pressure Switch 2070 X IV-10-2-4
| |
| | |
| n- T- en--t 9 --er=t4on sv=te= ( RIP SYSTEM O UNIT 2
| |
| COMPONENT PLANT 3.C.E.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. OW ow Pressure Switch 2069 X RIP-PSL-1217 RIP-PSL-1218 Pressure Switch 2070 X RIP-PSL-1219 Pressure Switch 2070 X RIP-PSL-1220 Pressure Switch 2070 X ,
| |
| RIP-PSL-1221 Pressure Switch X 2070 RIP-PSL-1222 Pressure Switch 2069 X RIP-PSL-1223 Pressure Switch 2069 I h1P-PSL-1225 Pressure Switch 2069 I RI?-PSL-1226 Pressure Switch 2069 X RIP-PSL-1227 Pressure Switch 2069 I RI?-PSL-1228 Pressure Switch X 2069 R*.P-PSL-1229 Pressure Switch 2069 X RIP-PSL-1231 Pressure Switch 2070 X
| |
| , RIP-PSL-1232 Pressure Switch 2070 I l RIP-SV-1200A1 Solenoid 2034 X l RIP-SV-1200A2 Solenoid 2035 X RIP-SV-1201A1 Solenoid 2036 I RIP-SV-1201A2 Solenoid 2037 I j RIP-SV-1201B1 Solenoid 2038 X RIP-SV-1201B2 Solenoid 2039 X RIP-SV-1201D1 Solenoid 2038 X RIP-SV-1201D2 Solenoid 2039 X RIP-SV-1203C1 Solenoid 2038 X RIP-SV-1203C2 Solenoid 2039 I l ttIP-sV-1203F 1 Solenoid 2038 X RTP-9V-1701F7 Colonnid . 2039 1 y
| |
| RIP-SV-1205A1 Sciencid 2036 y, RIP-SV-1205A2 Solenoid 2037 I RIP-SV-1205C1 Solenoid 2038 X RIP-SV-1205C2 Solenoid 2039 X l
| |
| RIP-SV-1205D1 Solenoid 2038 X RIP-SV-1205D2 Solenoid 2039 lX RIP-SV-1205El Solenoid 2040 i X RIP-SV-1205E2 Solenoid 2039 X j IV-10-2-5 ,
| |
| l
| |
| | |
| =.
| |
| Ranctor Instrument Penetration System ( 979 SYSTEM O unit 2 couponeur PLANT S.C.E.W. LOCATION l
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| IDENTIFICATION GENEERIC MAME SHT. INSIDE OUTSDE NO. NO. Ow ow RIP-SV-1206Al Solenoid 2038 I RIP-SV-1206A2 Solenoid 2037 X RIP-SV-1208A1 Solenoid X 2036 RIP-SV-1208A2 Solenoid 2037 I
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| ., RIP-SV-1208E1 Solenoid 2038 I RIP-SV-1208E2 Solenoid 2039 X RIP-SV-1208P1 Solenoid I 2038 RIP-SV-1208F2 Solenoid , 2039 I RIP-SV-1209Al Solenoid 2040 X RIP-SV-1209A2 Solenoid 2039 X RIP-SV-1209B1 Solenoid 2040 X RIP-SV-1209B2 Solenoid 2039 X l RIP-SV-1209D1 Solenoid 2038 X RIP-5V-1209D2 Solenoid I g 2039 RIP-SV-1210A1 Solenoid 2038 X l
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| RIP-SV-1210A2 Solenoid 2039 X l
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| RIP-SV-1210B1 Solenoid 2038 I l
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| RIP-SV-1210B2 Solenoid 2039 X l
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| RIP-SV-1210C1 Solenoid 2038 X RIP-SV-1210C2 Solenoid 2039 I RIP-SV-1210D1 Solenoid 2038 X .
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| RIP-SV-1210D2 Solenoid . 2039 X RIP-SV-1211A1 Solenoid X 2038 RIP-SV-1211A2 Solenoid 2039 X RIP-SV-1211B1 Solenoid 2038 X RIP-SV-1211B2 Solenoid 2039 i X ,
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| RIP-SV-1211Cl Solenoid 2038 ,
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| iX l RIP-SV-1211C2 Solenoid 2039 X RIP-SV-1211D1 Solenoid 2038 X RIP-SV-1211D2 Solenoid 2039 X RIP-SV-1211El Solenoid 2038 X RIP-SV-1211E2 Solenoid 2039 !
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| X RIP-SV-l211F1 Solenoid 2041 X dir-sv-tzl1FZ Solencia 2039 X IV-10-2-6
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| . . - - . . . - - . ~ . . - . - . . . - . - . - - . . - . - _ . - , _ - . . - _ . - - . - - . - - _ .
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| Reactor Instrument Panatration Svetssi ( RIP
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| $*($QM l
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| \
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| O UNIT 2 COMPONENT PLANT S.C.EW. LOCATION IDENTIFICATION GENERIC MAME SHT. INSIDE OUTSCE NO. NO. Ow ow i Solenoid 2028 %
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| KIP-SV-1212A1 Solenoid 2039 X RIP-SV-1212A2 Solenoid 2038 X RIP-SV-1212B1 RIP-SV-1212B2 Solenoid 2039 X RIP-SV-1212C1 Solenoid 2038 X
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| ~
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| Solenoid 2039 %
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| RIP-SV-1212C2 Solenoid 2038 X RIP-SV-1212D1 Solenoid I RIP-SV-1212D2 2039 Solenoid 2042 X RIP-SV-1215A1 Solenoid 2043 I RIP-SV-1215A2 Solenoid X RIP-SV-1215B1 2042 Solenoid 2043 X RIP-SV-1215B2 Solenoid 2042 I RIP-SV-1215El Solenoid 2043 X RIP-SV-1215E2 Solenoid 2038 X RIP-SV-1217Al Solenoid 2039 X RIP-SV-1217A2 Solenoid X RIP-SV-1217B1 2038 X
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| RIP-SV-1217B2 Solenoid 2039 Solenoid 2038 X RIP-SV-1217C1 Solenoid I RIP-SV-1217C2 2039 Solenoid 2038 X RIP-SV-1217D1 Solenoid 2039 X RIP-SV-1217D2 l
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| Solenoid 2044 X RIP-SV-1218C1 l 2045 X RIP-SV-1218C2 Solenoid RIP-SV-1218D1 Colenoid 2044 X 2045 X l . RIP-SV-1218D2 . Solenoid f RIP-SV-1219B1 Solenoid w, , ..
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| Solenoid 2045 X RIP-SV-1219B2 6
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| Solenoid 2044 X RIP-SV-1219C1 Solenoid 2045 K RIP-SV-1219C2 Solenoid 2044 X RIP-SV-1219D1 Solenoid 2045 X
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| RIP-SV-1219D2 Solenoid X RIP-SV-1220C1 2046 A
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| RIP-SV-1220C2 Solenoid 2047
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| ~
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| IV-10-2-7
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| Rexctor Instrmaant Pennevnt4nn system ( RIP l SYSTEM l
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| l i
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| I
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| ! UNIT 2 COMPONENT PLANT S.C.E.W. LOCATION i IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSDE NO. NO. Ow ow RIP-SV-1220D1 Solenoid 2044 X RIP-SV-1220D2 Solenoid 2045 X RIP-SV-1221C1 Solenoid 2046 X l RIP-SV-1221C2 Solenoid 2047 K RIP-SV-1221D1 Solenoid 2044 X RIP-SV-1221D2 Solenoid 2045 X RIP-SV-1222A1 Solenoid 2038 X RIP-SV-1222A2 Solenoid 2039 I RIP-SV-1222D1 Solenoid 2038 I RIP-SV-1222D2 Solencid 2039 I RIP-SV-1222E1 Solenoid 2038 I RIP-SV-1222E2 Solenoid 2039 X RIP-SV-1222F1 Solenoid 2038 X RIP-SV-1222F2 Solenoid 2039 I RIP-SV-1223Al Solenoid 2038 X i
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| ! RIP-SV-1223A2 Solenoid 2039 X l
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| RIP-SV-1225A1 Solenoid 2038 X RIP-SV-1225A2 Solenoid 2039 X RIP-SV-1225B1 Solenoid 2038 X RIP-SV-1225H2 Solenoid I 2039 RIP-SV-1225C1 Solenoid 2038 X RIP-SV-1225C2 Solenoid 2039 X RIP-SV-1225D1 Solenoid 2038 X m
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| RIP-SV-1225D2 Solenoid 2039 X RIP-SV-1225El Solenoid 2038 X RIP-SV-1225E2 Solenoid 2039 X 8
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| RIP-SV-1225** calenoid 2038 I '
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| RIP-SV-1225F2 Solenoid 2039 X RIP-SV-1226Al Solenoid A 2036 RIP-SV-1226A2 Solenoid 2037 X l
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| RIP-SV-1226El Solenoid 2038 X
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| ! RIP-SV-1226E2 Solenoid 2039 X RIP-SV-1226F1 Solenoid A
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| [ 2038 RIP-SV-L22bf2 Solenoid 2039 X l'.' 2 -8
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| Ranctor Instrument Penetration System ( RIP SYSTEM O UNIT 2 COMPONENT S.CE.W. LOCATION Pt. A NT GENERIC MAME SHT. INS 10E OUTSDE IDENTIFICATION OW DW NO. NO.
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| Solenoid 2040 I RIP-SV-1227Al Solenoid I RIP-SV-1227A2 2039 Solenoid X RIP-SV-1227B1 2040 RIP-5V-1227B2 Solenoid 2039 Solenoid 2041 X RIP-SV-1227C1 Solenoid 2039 I RIP-SV-1227C2 Solenoid X RIP-SV-1227El 2040 Solenoid I RIP-SV-1227E2 2039 Solenoid 2038 X RIP-SV-1228A1 Solenoid 2039 I RIP-SV-1228A2 Solenoid 2038 I RIP-SV-1228B1 Solenoid 2039 I RIP-SV-1228B2 Solenoid 2038 I RIP-SV-1229Al Solenoid 2039 I RIP-SV-1229A2 Solenoid 2038 I RIP-SV-1229B1 Solenoid I RIP-SV-1229B2 2039 RIP-SV-1229C1 Solenoid 2038 )X Solenoid 2039 I RIP-SV-1229C2 Solenoid 2038 I RIP-SV-1229D1 Solenoid 2039 X RIP-SV-1229D2 Solenoid 2042 X RIP-SV-1231A1 Solenoid 2043 I RIP-SV-1231A2 X
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| RIP-SV-123181 Solenoid 2044 l d1P-sV-t231B2 Solenota 2045 RIP-SV-1232A1 Solenoid 2042 X f '
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| Solenoid 2044 X l ,
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| RIP-SV-1232A2 , ,
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| Solenoid 2042 l
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| ~
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| R11'-SV- 123231 Solenoid 2043 X RIP-SV-1232B2 O 1 i
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| IV-10-2-9
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| Reactor Protection System C12 ( q !
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| SYSTEM l O 1 UNIT 2 COMPONENT l PLANT S.C.E.W. LOCATION ;
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| IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. DW DW NO.
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| Lavel Trannuitter 2246 I B21-LT-N017A-1 Level Transmitter 2246 X B21-LT-N017B-1 Level Transmitter 2246 I B21-LT-N017C-1
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| ~
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| Level Transmitter 2246 X B21-LT-N017D-1 Pressure Transmitter 2255 X B21-PT-N023A Pressure Transmitter 2255 I B21-PT-N023B Pressure Transmitter 2255 X B21-PT-N023C Pressure Transmitter 2255 I B21-PT-N023D Solenoid Valve 2029 X C12-F009A-S Solenoid Valve 2029 I C12-F0095-S Limit Switch X C12-F010-L 2164-1 2164-2 g C12-F0ll-L Limit Switch Solenoid Valve 2030 X C12-F110A-S Solenoid valve 2030 X C12-F110B-S Level Switch 2162 X C12-LSH-N013A Level Switch 2162 I C12-LSH-N0133 Level Switch 2162 X C12-LSH-N013C 2162 X C12-LSH-N013D Level Switch X
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| C12-SV-117-0219 Solenoid Valve 2031 Solenoid Valve I C12-SV-Ll7-0223 2031 X
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| C12-SV-ll7-0227 Solenoid Valve 2031 X
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| C12-SV-117-0231 Solenoid Valve 2031 X
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| C12-SV-Ll7-0235 Solenoid valve 2031 I
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| C12-SV-117-0611 Solenoid Valve 2031 A
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| C12-SV-117-0615 Solenoid Valve 2031
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| *I C12-SV-117-0619 Solenoid Valve 2031 y
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| C12-SV-117-0623 g Solenoid Valve _
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| l 2031l LX __
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| l ,__._
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| ~ '
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| X C12-SV-117-0627 Solenoid Valve 2031' X
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| C12-SV-Il7-0631 Solenoid Valve 2031 X
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| C12-SV-ll7-0635 Solenoid Valve 2031 X
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| C12-SV-117-0639 Solenoid Valve 2031 Solenoid Valve 2031 l%
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| C12-SV-117-0643 X
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| C12-SV- L l 7-1007 Solenoid Valve 2031 X
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| C12-SV-il7-1011 Solenoid Valve 2031 2031 X ;
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| C12-SV-117-1015 Solenoid Valve IV-11-2-1
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| l R**ctor Protection Svntem c12 ( R1 SYSTEM ,
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| l O unir 2 coueonenT 1 PLANT S.C.E.W. IOCATlON IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSDE NO. NO. DW DW Solenoid valve 2031 x C12-SV-117-1019 C12-SV-117-1023 Solenoid Valve 2031 X Solenoid valve 2031 X C12-SV-117-1027 C12-SV-117-1031 Solenoid Valve 2031 X C12-SV-117-1035 Solenoid valve 2031 X 2031 X C12-SV-117-1Q39 Solenoid valve
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| ~
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| Solenoid Valve 2031 X C12-SV-117-1043 Solanoid Valve 2031 X C12-SV-117-1047 Solenoid Valve 2031 X C12-SV-117-1407 Solenoid Valve 2031 X C12-SV-117-1411 Solenoid valve 2031 X C12-SV-117-1415 Solenoid valve 2031 X C12-SV-111-1419 Solenoid Valve 2031 I C12-SV-117-1423 l
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| 2031 X l C12-SV-117-1427 Solenoid Valve Solenoid Valve X C12-SV-117-1431 2031 C12-SV-117-1435 Solenoid Valve 2031 X Solenoid Valve 2031 X C12-SV-117-1439 Solenoid Valve 2031 X C12-SV-117-1443 C12-SV-117-1447 Solenoid valve 2031 X Solenoid Valve 2031 X C12-SV-117-1803 Solenoid Valve 2031 X C12-SV-117-1807 Solenoid Valve I C12-SV-117-1811 2031 Solenoid Valve A C12-SV-117-1815 2031 Solenoid Valve 2031 X C12-SV-117-1819 Solenoid Valve 2031 X C12-SV-117-1823 Solenoid Valve 2031 X C12-SV-117-1827 C12-SV-117-1831 Solenoid Valve 2031 1
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| * C12-SV 117-1835
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| * Solencid 5!alre i 20;1 1
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| ,'. l Solenoid valve X C12-SV-117-1839 2031 Solenoid Valve A C12-SV-117-1843 2031 Solenoid Valve 2031 X C12-SV-117-1847 C12-SV-117-1851 Solenoid Valve 2031 X
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| () C12-SV-117-2203 C12-SV-117-2207 Solenoid Valve Solenoid Valve 2031 2031 X
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| X C12-SV-117-2211 Solenoid valve 2031 X IV-11-2-2
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| Rasctor Protaction System C12 ( RP SYSTEM O UNIT 2 COMPONENT PLANT S.C.E.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. Ow OW C12-SV-117-2215 Solenoid Valve 2031 X C12-SV-117-2219 Solenoid Valve 2031 X C12-SV-117-2223 Solenoid valve 2031 X C12-SV-117-2227 Solenoid Valve 2031 X C12-SV-117-2231 Solenoid Valve 2031 X C12-SV-117-2235 Solenoid Valve 2031 X C12-SV-117-2239 Solenoid Valve 2031 X C12-SV-117-2243 Solenoid Valve 2031 X C12-SV-117-2247 Solenoid Valve 2031 X C12-SV-117-2251 Solenoid Valve 2031 X C12-SV-117-2603 Solenoid Valve 2031 X C12-SV-117-2607 Solenoid valve 2031 X C12-SV-117-2611 Solenoid Valve 2031 X C12-SV-117-2615 Solenoid Valve 2031 X C12-SV-117-2619 Solenoid Valve X 2031 C12-SV-Ll7-2623 Solenoid Valve I 2031 C12-SV-117-2627 Solenoid Valve 2031 X C12-SV-117-2631 Solenoid Valve 2031 X C12-SV-117-2635 Solenoid Valve 2031 X C12-SV-117-2639 Soleaoid Valve 2031 X C12-SV-117-2643 "clenoid Valve X 2031 C12-SV-117-2647 Solenoid Valve 2031 X C12-SV-117-2651 Solenoid Valve 2031 I
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| C12-SV-117-3003 Solenoid Valve X 7g31 C12-SV-L 17-3007 Solenoid Valve I 2031 Solenoid Valve 2031 X C12-SV-117-3011 I X l 012-SV-117-201'5 l Seleccid Valve 2031 Solenoid Valve I C12-SV-117-3019 2031 Solenoid Valve X C12-SV-117-3023 2031 C12-SV-117-3027 Solenoid Valve I 2031 Solenoid Valve A C12-SV-117-3031 2031 C12-SV-117-3035 Solenoid Valve 2031 X C12-SV-117-3039 Solenoid Valve 2031 X C 12-SV-117-3043 Solenoid Valve 2031 X IV-11-2-3
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| ...___.___ _ __ _ . _ _ . _ ______ _._.__..-.--___..- _ _ _ _ - - _ _ _ - - - . _ . ~ .
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| Reactor Protection System C12 ( upq SYSTEM
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| ! O UNIT 2 COMPONENT S.C.E.W. LOCATION PLANT SHT. INSIDE OUTSIDE IDENTIFICATION GENERIC MAME NO. Ow . DW NO.
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| X C12-SV-117-3047 Solenoid Valve 2031 -
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| Solenoid Valve X C12-SV-117-3051 2031 X
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| C12-SV-117-3403 Solenoid Valve 2031 Solenoid Valve X C12-SV-117-3407 2031 l X
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| ! C12-SV-117-3411 Solenoid Valve 2031 X
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| G12-5v-111-3413 Solenoid Valve 2031 2031 X C12-SV-117-3419 Solenoid Valve X
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| C12-SV-117-3423 Solenoid Valve 2031 X
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| C12-SV-117-3427 Solenoid Valve 2031 X
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| i C12-SV-117-3431 Solenoid Valve 2031 X
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| C12-SV-117-3435 Solenoid Valve 2031 X
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| C12-SV-117-3439 Solenoid Valve 2031 l
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| I C12-SV-117-3443 Solenoid Valve 2031 2031 X i
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| C12-SV-117-3447 Solenoid valve X
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| C12-SV-117-3451 Solenoid valve 2031 X
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| C12-SV-117-3807 Solenoid Valve 2031 2031 X C12-SV-117-3811 Solenoid Valve _
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| Solenoid Valve 2031 I C12-SV-117-3815 X
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| C12-SV-117-3819 Solenoid Valve 2031 X
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| C12-SV-117-3823 Solenoid Valve 2031 X
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| C12-SV-117-3827 Solenoid Valve 2031 X
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| C12-SV-117-3831 Solenoid Valve 2031 X
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| C12-SV-117-3835 Solenoid Valve 2031 I
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| C12-SV-117-3839 Solenoid Valve 2031 X
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| C12-SV-117-3843 Solenoid Valve 2031 X
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| C12-SV-117-3847 Solenoid Valve 2031 X
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| C12-SV-117-420/ Solenoid Valve 2031 i i X
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| C12-SV-117-4211 Solenoid Valve 2031 X
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| C12-SV-117-4215 Solenoid Valve 2031 X
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| C12-SV-117-4219 Solenoid Valve 2031 X
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| C12-SV-117-4223 Solenoid Valve 2031 X
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| C12-SV-117-4227 Solenoid Valve 2031 X
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| C12-SV-117-4231 Solenoid Valve 2031 X
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| C12-SV-117-4235 Solenoid Valve 2031 IV-11-2-4 l
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| . _ = . . . . - . . _ . - _. - - - . - - . - --
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| Razetor Protaction System c12 ( M SYSTEM O UNIT 2 COMPONENT PLANT S.C.E.W. LOCATION IDENTIFICATION GENERIC MAME. SHT. INSIDE OUTSIDE NO. NO. OW DW C12-SV-117-4239 Solenoid Valve 2031 X C12-SV-117-4243 Solenoid Valve 2031 X C12-SV-117-4247 Solenoid Valve 2031 X i C12-SV-117-4611 Solenoid Valve 2031 X cl2-SV-117-4615 Solenoid Valve 2031 X l
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| C12-SV-117-4619 Solenoid valve 2031 I l l C12-SV-117-4623 Solenoid Valve 2031 I l
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| C12-SV-117-4627 Solenoid Valve 2031 X C12-SV-117-4631 Solenoid Valve 2031 X C12-SV-117-4635 Solenoid Valve 2031 X 1
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| 1 C12-SV-117-4639 Solenoid valve 2031 X C12-SV-117-4643 Solenoid valve I 2031 C12-SV-117-5019 Solenoid Valve 2031 X ,
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| [
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| j C12-SV-117-5023 Solenoid valve 2031 X C12-SV-117-5027 Solenoid valve 2031 I C12-SV-117-5031 Solenoid valve 2031 X C12-SV-117-5035 Solenoid Valve 2031 X C12-SV-118-0219 Solenoid Valve 2031 X C12-SV-118-0223 Solenoid valve ., n v X C12-SV-118-0227 Solenoid Valve 2031 I C12-SV-118-0231 Solenoid Valve 2031 X C12-SV-118-0235 Solenoid Valve 2031 X C12-SV-118-0611 Solenoid Valve 2031 X C12-SV-118-0615 Solenoid Valve 2031 X C12-SV-118-0619 Solenoid Valve 2031 X C12-SV-118-0623 Solenoid Valve l 2031 i a:i?-G-ii N M27 l Soleneld Valve 8 2031 8 fX 3 C12-SV-118-0631 Solenoid Valve 2031 X C12-SV-118-0635 Solenoid Valve 2031 I C12-SV-118-0639 Solenoid Valve 2031 X C12-SV-118-0643 Solenoid Valve 2031 X C12-SV-118-1007 Solenoid Valve 2031 X C12-SV-118-10ll Solenoid valve 2031 X C12-SV-118-1015 Solenoid Valve 2031 X IV-11-2-5
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| SYSTEM Reecte* Protection s v e., C12 ( RP O
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| UNIT 2 COMPONENT PLANT SCE.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSDE NO. NO. DW DW C12-SV-118-1019 Solenoid valve 2031 X C12-SV-118-1023 Solenoid Valve 2031 X C12-SV-118-1027 Solenoid valve 2031 X C12-SV-118-1031 Solenoid Valve 2031 X C12-SV-118-1035 Solenoid valve 2031 X i
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| C12-SV-118-1039 Solenoid Valve 2031 X C12-SV-118-1043 Solenoid valve 2031 X C12-SV-118-1047 Solenoid Valve 2031 X C12-SV-118-1407 Solenoid valve 2031 X C12-SV-118-1411 Solenoid Valve 2031 X C12-SV-118-1415 Solenoid Valve 2031 X C12-SV-118-1419 Solenoid valve 2031 X C12-SV-118-1423 Solenoid Valve 2031 X C12-SV-118-1427 Solenoid Valve 2031 X C12-SV-118-1431 Solenoid Valve 2031 X C12-SV-118-1435 Solenoid Valve 2031 X C12-SV-118-1439 Solenoid Valve 2031 X C12-SV-118-1443 Solenoid Valve 2031 X C12-SV-118-1447 Solenoid Valve 2031 X C12-SV-118-1803, Solenoid Valve 2031 X l C12-SV-118-1807 Solenoid Valve 2031 X C12-SV-118-1811 Solenoid Valve 2031 X C12-SV-118-1815 Solenoid Valve 2031 X C12-SV-118-1819 Solenoid Valve 2031 X C12-SV-118-1823 Solenoid Valve 2031 X C12-SV-1_18-1827 Sol.enoid Valve 2031 X_ _
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| w a-av-tio-to31 Solenoid Valve 2031 X C12-SV-118-1835 Solenoid Valve 2031 X C12-SV-118-1839 Solenoid Valve 2031 X C12-SV-118-1843 Solenoid Valve 2031 X C12-SV-118-1847 Solenoid Valve 2031 X C12-SV-118-1851 Solenoid Valve 1 2031 C12-SV-118-2203 Solenoid Valve A 2031 C12-SV-118-2207 Solenoid Valve 2031 g i IV-11-2-6
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| Racctor Protection Svatete C12 ( #P
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| $Y$ TEM O UNIT 2 COMPONENT PLANT S.C.E.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. NO. DW DW C12-SV-118-2211 Solenoid Valve 2031 I C12-SV-118-2215 Solenoid Valve 2031 X C12-SV-118-2219 Solenoid Valve 2031 X C12-SV-118-2223 Solenoid Valve 2031 X C12-SV-118-2227 Solenoid Valve 2031 X C12-SV-118-2231 Solenoid Valve 2031 X C12-SV-118-2235 Solenoid valve 2031 I C12-SV-118-2239 Solenoid valve 2031 X l
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| C12-SV-118-2243 Solenoid Valve 2031 I C12-SV-118-2247 Solenoid Valve 2031 X C12-SV-118-2251 Solenoid Valve 2031 X i
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| C12-SV-118-2603 Solenoid Valve 2031 X l
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| C12-SV-118-2607 Solenoid Valve 2031 X C12-SV-118-2611 Solenoid Valve 2031 X l C12-SV-118-2615 Solenoid Valve 2031 X C12-SV-118-2619 Solenoid valve 2031 X' C12-SV-118-2623 Solenoid Valve 2031 I C12-SV-118-2627 Solenoid Valve 2031 X l C12-SV-118-2631 Solenoid Valve 2031 X C12-SV-118-2635 Solenoid valve 2031 I
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| C12-SV-118-2639 Solenoid Valve 2031 X C12-SV-L 18-2643 Solenoid Valve 2031 X C12-SV-118-2647 Solenoid Valve 2031 X C12-SV-118-2651 Solenoid Valve 2031 2 Solenoid Valve 2031 I l l C12-SV-118-3003 C12-SV-118-3007 Solenoid Valve 2031 X 1 C12-SV-118-3011 1 Solenoid valve i 2031 1 ! - t 2031 y C12-SV-118-3015 Solenoid Va1ve C12-SV-118-3019 Solenoid Valve 2031 I C12-SV-118-3023 Solenoid Valve 2031 I C12-SV-118-3027 Solenoid Valve 2031 X l O c12-Sv-118->o31 C12-SV-118-3035 Seieneid v 1 -
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| Solenoid Valve 2o31 2031 x
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| I l
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| C12-SV-118-3039 Solenoid Valve 2031 X C12-SV-118-3043 Solenoid valve 2031 X .
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| u - u-z-i
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| Racctor Protaction System C112 ( ups gyg}'Eh4 O COMPONENT UNIT 2 S.CE.W. LOCATlON PLANT SHT. INS 10E OUTSIDE IDENTIFICATION GENERIC MAME NO. Ow ow __
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| NO.
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| Solenoid valve 2031 X C12-SV-118-3047 2031 X C12-SV-118-3051 Solenoid Valve 2031 X C12-SV-118-3403 Solenoid Valve Solenoid Valve 2031 X C12-SV-118-3407 2031 X C12-SV-118-3411 Solenoid valve 2031 I C12-SV-118-3415 Solenoid Valve Solenoid Valve 2031 I C12-SV-118-3419 Solenoid valve 2031 X C12-SV-118-3423 2031 X C12-SV-118-3427 Solenoid Valve 2031 X C12-SV-118-3431 Solenoid Valve 2031 X C12-SV-118-3435 Solenoid valve Solenoid Valve 2031 I
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| ! C12-SV-118-3439 2031 I C12-SV-118-3443 Solenoid Valve '
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| Solenoid Valve 2031 X
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| ! C12-SV-118-3447 2031 X C12-SV-118-3451 Solenoid Valve 2031 I C12-SV-118-3807 Solenoid Valve Solenoid Valve 2031 I C12-SV-118-3811 2031 X C12-SV-118-3815 Solenoid valve Solenoid Valve 2031 X C12-SV-118-3819 2031 X C12-SV-118-3823 Solenoid Valve 2031 X C12-SV-118-3827 Solenoid Valve 2031 X C12-SV-118-3831 Solenoid Valve
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| .2031 X C12-SV-118-3835 Solenoid valve 2031 X C12-SV-118-3839 Solenoid Valve X
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| C 12-SV-118-3843 Solenoid Valve 2031 1 I C12-SV-118-3847 Solenoid Valve 2031 C12-SV-118-4207 Solenoid Valve 2031 X h 2031 X C 12-SV-118-4211 Solenoid Valve 2031 X C12-SV-118-4215 Solenoid Valve 2031 X C12-SV-118-4219 Solenoid Valve 2031 X C12-SV-118-4223 Solenoid Valve C12-SV-118-4227 Solenoid Valve 2031 X Solenoid Valve 2031 X C12-SV-118-4231 Solenoid Valve 2031 X C 12-SV-118-4235 IV-11-2-8
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| l I
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| SYSTEM Rccctor Protectinn q... e. , , ( RPS O UNIT 2 COMPONENT i
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| PLANT SCE.W. LOCATION 1 IDENTIFICATION GENERIC NAME SHT. INSIDE CUTSCE NO. NO. Ow DW C12-SV-118-4239 Solenoid Valve 2031 I C12-SV-118-4243 Solenoid Valve 2031 I C12-SV-118-4247 Solenoid Valve onu I C12-SV-118-4611 Solenoid Valve 2031 I ,
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| C12-SV-118-4615 Solenoid Valve 2031 I C12-SV-118-4619 Solenoid Valve 2031 I C12-SV-118-4623 Solenoid Valve 2031 I C12-SV-118-4627 Solenoid Valve 2031 I C12-SV-118-4631 Solenoid Valve 2031 I C12-SV-118-4635 Solenoid valve 2031 I C12-SV-118-4639 Solenoid Valve 2031 I C12-SV-118-4643 Solenoid Valve 2031 I C12-SV-118-5019 Solenoid Valve 2031 I C12-SV-118-5023 Solenoid Valve 2031 I C12-SV-118-5027 Solenoid Valve 2031 I l C12-SV-118-5031 Solenoid valve 2031 I C12-SV-118-5035 Solenoid valve 2031 I C7 2-PS-N002A Pressure Switch 2264 I C7 2-PS-N002B Pressure Switch 2264' I C7 2-PS-N002C Pressure Switch 2264 I C7 2-PS-N002D Pressure Switch 2264 I C7 2-P002A Fuse Panel 2109 I C7 2-F002B Fuse Panel 2109 I C7 2-P002C Fuse Panel 2109 I C7 2-P002D Fuse Panel 2109 I C7 2-P002E Fuse Panel 2109 I 9
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| ~~2-P002F 8 ruse Panel 2109 I l C7 2-P002C Fuse Panel 2109 I C7 2-P002H Fuse Panel 2109 I O
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| IV-11-2-9 -
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| i I
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| 1 I
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| Standhy Gas Treatment Systes ( SBGT )
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| SYS11End l
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| UNIT 2 CO N NT !
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| l M. ANT 3r23, 1.0 CAT 1000 l IDENTIMCATION GENCHC MAaIE SMT. VMBFEMEE i
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| , NO. E OW OW !
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| NG7-CR9A Relay 2137 X NG7-CR9-X-A Relav 2137 X NG8-CR9B Relav 2137 X NG8-CR9-X-B Relav-2137 X r
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| - i 2138 X
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| ~
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| SBGT A CONT STA Control Switch SBGT B CONT STA Control Switch 2138 K
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| ! SCT FTTT.-T A-p n Motor / Control 2100 X sur-ri1L-In-Ks Moto r/controi 2100 X SGT-V8 Motor Operator 2229 X
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| ~5GT-V9 Motor Operator 2229 X VA-FT-2577 Flow Transmitter 2056 K XS4-DS5 Indicator Light 2090 X XS4-DS6 Indicator Light 2090 X r XS4-Man.0vrd.SW Switch 2084 X XTO-DS10 Indicator Light 2090 X ;
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| XTO-DS9 Indicator Light 2090 X XTO-Man.0vrd.SW Switch 2084 X XT1-DS11 Indicator Light 2090 X XT1-DS12 Indicator Light 2090 X XT1-Man.0vrd.SW Swit ei. 2084 X X02-DS7 Indicator Light 2090 X X02-DS8 Indicator Light 2090 X .,3,, ;
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| X02-Man.0vrd.SW Switch 2084 X _j 2A-BFIV-RB-L Limit Switch 2165 X 4 2A-BFIV-RB-S Soleno id 2052 X 2A-BFV-RB Motor Operator 2233 X
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| . 20-OFIV-RL-i. . T.imir swirch . >1a, a y . .
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| 2B-BFIV-RB-S Solenoid 2052 X
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| _2B-BF V -RB Motor Ooerator 2233 X 2C-BFIV-RB-L Limit Switch 2165 V 2C-BFIV-RB-S Solenoid 2052 X 2C-BFV-RB Motor Operator 2234 X 2D-BFIV-RB-L Limit Switch 2165 X 2D-BFIV-RS-S Soleno id 2052 X IV-12-2-1
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| [
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| i l
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| standby cas Treatment system ( sBot )
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| l Q SYSTEM l
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| UNIT CotrONENT ;
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| M. ANT Sam LOCATICII IDENTIFICATION GE3EltlC MAAN SHT. MM ;
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| no. too. ou ow l
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| 2D-BFV-RB Motor Operator 2233 X 2E-BFV-RB Motor Operator 2233 X l 2F-BFV-RB Motor Operator 2233 X 2G-B FV-RB Motor Operator 2234 X
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| ( 2H-BFV-RB Motor Operator 2233 X
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| ( 2I-BFV-RB Motor Operator 2233 X l 2N-BFV-RB Motor Operator 2233 X l
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| l l
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| t l
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| i l
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| E l .
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| I l- 3 O
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| IV-12-2-2 l
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| , e -m w-- -es--~~----- ,ee-,e-,- ,n
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| -w -a, - - - - - - - , - - - - - - - - - - - - - - -
| |
| | |
| ( SW SYSTEM service u*ter svat==
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| UNIT 2 COMPONENT O PLANT S.CE.W. LOCATION IDENTIFICATION GENERIC NAME SHT. INSIDE OUTSIDE NO. Ow ow NO.
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| 2112 X E11-C001A Motor 2112 X E11-C001B Motor 2112 X E11-C001C Motor 2112 X E11-C001D Motor Motor Operator 2190 I E11-F002A 2190 g l E11-F002B Motor Operator Motor Operator 2190 X f E11-F068A Motor Operator 2190 X ,
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| E11-F068B E11-F073 ' Motor Operator 2206 X f Motor Operator 2207 X E11-F07 5 2071 X SW-PS-1175 Pressure Switch ,
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| 2071 X SW-PS-1176 Pressure Switch Temperature Switch 2072 X l SW-TSH-1109 Temperature Switch 2072 I SW-TSH-1110 Temperature Switch 2072 X SW-TSH-1111 Temperature Switch 2072 X SW-TSH-1112 Motor Operator 2230 X SW-V101 2231 X SW-V102 Motor Operator 2231 X SW-V105 Motor Operator 2230 X SW-V106 Motor Operator I
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| SW-Vill Motor Operator 2232 X
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| SW-V117 Motor Operator 2232 A
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| SW-V118 Motor Operator 2232 X
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| SW-V123-S Solenoid 2048 2049 X SW-V124-S Solenoid 2048 X l SW-V125-S Solenoid 2049 X SW-V126-S Solenoid
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| ! Solenoid l 2048 l i X i
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| !SW-V129-S _ _ _
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| 2049 X SW-V129-S Solenoid I
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| 2048 X SW-V130-S Solenoid 2048 X SW-V131-S Solenoid 2050 X SW-V136-S Solenoid _
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| 2050 X SW-V137-S Solenoid j
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| 2050 X SW-V138-S Solenoid 2050 X SW-V139-S Solenoid r IV-13-2-1
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| | |
| d Torus Drain System ( TD )
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| SYSTEM O
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| UNIT 2 COtrONENT SAEE. 1.0 CATION PLANT Inslog m IDENTIFICATION GE M RIC MASSE SHT.
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| NO. Dw ow NO.
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| 2051 X TD-SV-3598 Solenoid 2051 X TD-SV-3601 Solenoid d
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| 4 i
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| I O
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| i IV-14 1
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| -------.-w--,-*----,- . - , , , . _ , - - - , , . - w w,ww-,e'7--"*
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| | |
| iYSTEM ventilation Air sv=ta= ( VA 1 O UNIT 2 COMPONENT l PLANT 3.CE3f, LOCAT10N
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| , IDENTIFICATION GENERIC NAME SHT. INSIDE OUT50E NO.' NO. ow ow l
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| ! VA-SV-936A-S Solenoid 2157 X ,
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| VA-SV-936B-S Solenoid 2157 X VA-TS-936A Temperature Switch 2158 X VA-TS-936B Temperature Switch 2158 X VA-TS-936C Temperature Switch 2158 I l VA-IS-936D Temperature Switch 2158 X VA-TS 036E Temperature Switch 2158 I ,
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| VA-TS-936F Temperature Switch 2158 X l VA-ZS-936A Position Switch 2159 X l
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| VA-ZS- 936B Position Switch 2159 X l
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| 2A-FCD-RB Motor 2241 I l
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| 2B-FCU-RB Motor 2241 X
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| , 2C-FCU-RB Motor 2242 I l l 2D-FCU-RB Motor 2242 X l
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| W O
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| IV 2- 1
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| | |
| l l
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| COMMON COMPONENTS ( CC 1 Omm :
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| 0f57 2 COtrONENT sggs, 1.0cmon M. ANT IDEIETIMCATION SIE3 TIC MAM snT. MM -
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| tea. on on ms.
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| CART.FM f 3/C #4/0 AWC (Tyr. Amt.) 2177 y AC41
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| * 2178 y BB08 2/C 48 AWC 2179 y :
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| 8D02 4/C #2 AWG BD06 4/C #6 AWG 2178 x 1 l
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| 2178 y BD10 4/C #10 AWG m2 1/C #12 AWG 2239 I 2/C #12 AWG 2239 I I CB12 2239 y CC10 3/C #10 AUG CD12 4/C #12 AWG 2239 x x _
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| 2239 y y l l CG12 7/C #12 AWG 2239 I I CJ12 10!C #12 AWG l CL12 12/C #12 AWG 2239 x 2/C #12 AWG 2244 x t FB12 2244 x FD12 4/C #12 AWG 2245 X X FG12 7/C #12 AWG GA22 COAZIAL #22 AWG 2240 X X HA25 1/C 250 MCM 2180 x HC25 3/C 250 MCM 2178 x 2178 x JC25 3/C 250 MCM 21.8 1
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| * y JC35 3/C 350 MCM 2178 y JC50 3/C 500 MCM 4/C #12 AWG 2239 I KD12 LA41 1/C #4/0 AWG (SHLD) 2177 I 2182 X LA50-1 1/C 500 MCM (SHLDs 1 PR #16 AWG (SHLD) 2085 x MA16 _.
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| ::Cif, 3 FF. 510 AWG (3HLD) 2085 T !
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| 5 PR #16 AWG (SHLD) 2086 X x ME16 2086 X X MG16 7 PR #16 AWC (SHLD) 1 Triple #16 AWG (SHLD) X X TC16 %$9
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| ': Triple #16 AWG (SHLD) 2088 X TIl6 2093 X VD16 4/C #16 AWG (SHLD)
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| ' 2088 x WD19 4/C Soecial IV-16-2-1 mwww,--~,v-- ,v-vmw-----
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| l
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| = i
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| ( CC }
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| COMPONENTS M
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| O .t i
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| E 2 N NT scs3L 1 ocumon -
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| f
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| : m. ANT sut vuursmes .
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| asumac mass inemmennon No. on on
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| (
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| no. '
| |
| 2089 X ,
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| XA16 (BlW) 1 PR #16 CU/C T/C CAB l 1 PR #16 CU/C T/C CAB 2259 I XA16 (SAM.MOR. ) [
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| 2260 y YC16 3 DR 816 Cif/c T/c CAR '
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| 2088 I YL20 12 PR #12 AWG (SHLD) 2244 X Panel Wiring 1 Conductor Wire CONNECTORS:
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| 46-06R18 " AMP. Connector 2008 I I ,
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| Female Conr xtor 2139 I I 9012 Male Connes. tor 2140 I I 9013 -
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| Connector 2238 I I NS-2 Heat Shrink Insul. 2183 x x
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| : runAR Pr.nr.4mATIONS :
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| Cable Penetration 2277 I I 21-100E Cable Penetration 2277 I I 21-100H Cable. Penetration 2278 I I 21-102A Cable Penetration 2278 x x 2K-1023 i 2278 x x 21-102C Cable Penetration 2278 r r 2X-102E Cable Penetration Cable Penetration 2278 r x 2X-LO2F Cable Penetration 2278 I T 2X-102H Cable Penetration 2277 I t 21-104A 2277 y y 2X-104F Cable Penetration Cable Penetration 2278 x x 2X-LO5B 2278 X 2X-105C Cable Penetration I 2278 y y 2X-105D Cable Penetration Cable Penetration 2278 y y .
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| 2%-1CSE
| |
| .W. .Cahlu Funeisativa a 2278 ; ; ;x ; !
| |
| 2 2276 x x 2X-105H Cable Penetration Cable Penetration 2278 I I 25-105J 2X-105K Cable Penetration 2278 x x SPLICES:
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| Thermocouple Splice 2007 I 6 Splice 480 V Splice Power Cable Solice 2091 x IV-16-2-2 1
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| t
| |
| | |
| .-. ..= - - _ _ - - - . . _ . _ - -__ _. -_ .. - . . - - . - _ _ _ .
| |
| ColeIDN COMPONENTS ( CC I l O uur 2 cowamur scE3L Locafusu l ist. ANT IDENTIFICATION GEIE3HC MAM SMT. MM on an l
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| tea. .
| |
| ms.
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| t r.arifwAr. gLor rc r 2096.7 X X Curtis #LS Temin=1 Block 2117 X GE- CR151D30 Taminal Block 2118.9 X X GE- EB5 Taminal Block GE- EB25 Taminal Block 2120 2276 I I
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| .Weida 11er f6941 reminal Block TERMINAL LUCS: i rem Lug - PIDC Nylon 2004,5,6' X I AMP SPEC IND 2003 Y Y AMP SPEC IND fem Lua - PIDC KYNAR fem Lug - Plasci-Grip 2004,5 X AMP SPEC IND Ling /ToungrIers Lug 2271 X X STA-KON C10-10 2273 Y Y T&B 54108 Eina/TounenTem Lum Eing/T-- =ETem Lug 2272 X X T & B G971
| |
| ' TERMINATIONS:
| |
| 2091 Y 480 V Tem Power Cable Tem 5000 V Tem 2092 Y I5 KV Tem i.
| |
| '- 1 I ._ ...
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| I.
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| l -
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| IV-16-2-3
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| i I
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| I SilEET 1001 AND 1002 IIAVE BEEN INTENTIONALLY l LEFT BLANK I
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| i 4
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| |
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| |
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| |
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| |
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| e COMPONENT: solenoid valve MODEL: HVA 405-2A LOCATION: RX 20 SCEN Plant I.D. No.
| |
| 1032A c11-sv-117-0219 c11-sv-117-1819 c11-sv-118-0635 c11-sv-118-2207 rii-;v-iiR-5511
| |
| (.ii-;v-ii?-o))3 cli-tv-117-iR)3 c11-sv -iiR-aA39 c11-sv-117-0227 C11-sv-117-1827 c11-sv-118-0643 c11-sv-118-2215 C11-sv-117-0231 C11-sv-117-1831 cil-sv-118-1007 c11-sv-118-2219 c11-sv-117-0235 c11-sv-117-1835 c11-sv-118-1011 c11-sv-118-2223 c11-sv-117-0611 c11-SV-117-1839 c11-sv-118-1015 c11-sv-118-2227 c11-sv-117-0615 c11-sv-117-1843 c11 -sv-118-1019 c11-sv-118-2231 C11-sv-117-0619 c11-sv-117-1847 C11-sv-118-1023 c11-sv-118-2235 cil-sv-117-0623 c11-sv-117-1851 c11-sv-118-1027 c11-sv-118-2239 c11-sv-117-0627 c11-sv-117-2203 c11-sv-118-1031 c11-sv-118-2243 -
| |
| c11-sv-117-0631 c11-sv-117-2207 c11-sv-118-1035 c11-sv-118-2247 c11-sv-117-0635 c11-sv-117-2211 c11-sv-118-1039 c11-sv-118-2251 c11-sv-117-0639 c11-sv-117-2215 C11-sv-118-1043 c11-sv-118-2603 C11-sv-117-0643 c11-sv-117-2219 C11-sv-118-1047 C11-sv-118-2607 C11-sv-117-1007 C11-sv-117-2223 Cll-sv-118-1407 C11-sv-118-2615 c11-sv-117-1011 c11-sv-117-2227 c11-sv-118-1411 c11-sv-118-2623 c11-sv-117-1015 c11-sv-117-2231 c11-sv-il8-1415 c11-sv-118-2631 c11-sv-il7-1019 c11-sv-117-2235 c11-sv-118-1419 c11-sv-118-2639 c11-sv-117-1023 c11-sv-117-2239 c11-sv-118-1423 c11-sv-118-2647 C11 -SV- 117- 1027 C11-sv- 117-2243 c11-sv-118-1427 c11-sv-118-0219 Cil-sv-117-1031 c11-sv-117-2247 c11-sv-118-1431 c11-sv-118-1815 cil-sv-117-1035 c11-sv-117-2251 c11-sv-118-1435 C11-sv-117-1039 C11-sv-117-2607 C11-sv-118-1439 C11-sv-il7-1043 c11-sv-117-2615 c11-sv-118-1443 Cll-sv-117-1047 c11-sv-117-2623 C11-sv-118-1447 cil-sv-117-1407 c11-sv-117-2631 c11-sv-118-1803 c11-sv-117-1411 c11-sv-117-2639 c11-sv-118-1807 C11-sv-117-1415 c11-sv-117-2647 c11-sv-118-1811 C11-sv-117-1419 C11-sv-117-1423 11-sv-118-0223 c11-sv-118-1819 C11-SV-117-14.27 c11-sv-118-0227 c11-sv-118-1823 c11-Sv-117-1431
| |
| * c11-SV-118-0231 c11-sv-118-1827 C11-sv-117-1439 c11-sv-118-0235 c11-sv-118-1831 c11-sv-117-1443 c11-SV-118-0611 c11-sv-118-1835 l c11-sv-117-1447 c11-sv-118-0615 c11-sv-118-1839 cil-sv-117-1803 c11-sv-118-0619 Cll-sv-118-1843 c11-sv-117-1807 c11-sv-il8-0623 c11-SV-118-1847 cil-sv-117-1811 C11-SV-118-0627 c11-sv-118-1851 C11-sv-117-1815 c11-sv-118-0631 c11-sv-118-2203 c11-SV-117-1435 I
| |
| l l
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| COMPONENT: solenoid valve MODEL: HvA-90-405-2A LOCATION: RX 20 NCEN Plant 1.D. No.
| |
| c11-sv-117-2603 c11-sv-117-3831 c11-sv-118-3015 c11-sv-118-4227 C11-sv-117-2611 cil-sv- 117-3835 c11-sv-118-3019 c11-sv-118-4231 c11-sv-117-2619 c11-sv-117-3839 c11-sv-118-3023 c11-sv-118-4235 C11-sv-117-2627 C11-sv-117-3843 C11-sv-118-3027 Cll-sv-118-4239 c11-sv-117-2635 c11-sv-117-3847 C11-sv-118-3031 C11-sv-118-4243 c11-sv-117-2643 c11-sv-117-4207 c11-sv-118-3035 cil-sv-118-4247 c11-sv-117-2651 c11-sv-117-4211 cil-sv-118-3039 cil-sv-118-4611 c11-sv-117-3003 cil-sv-117-4215 c11-sv-118-3043 c11-sv-118-4615 c11-sv-117-3007 c11-SV-117-4219 cil-sv-118-3047 c11-sv-Il8-4619 Cil-sv-117-30ll C11-sv-117-4223 c11-sv-118-3051 c11-sv-118-4623 cil-sv-117-3015 c11-sv-117-4227 c11-sv-118-3403 c11-sv-118-4627 c11-sv-117-3019 c11-sv-117-4231 c11-sv-118-3407 c11-sv-118-4631 c11-sv-117-3023 c11-SV-117-4235 c11-sv-118-3411 CII-sv-il8-4635 c11-sv-117-3027 c11-sv-117-4239 c11-sv-118-3415 cil-sv-118-4639 c11-sv-117-3031 c11-sv-117-4243 c11-sv-118-3419 c11-sv-118-4643 c11-sv-117-3035 c11-sy-117-4247 c11-sv-II8-3423 cil-sv-il8-5019 Cil-sv-117-3039 c11-sv-117-4611 c11-SV-118-3427 c11-sv-118-5023 cil-sv-il7-3043 cil-sv-117-4615 c11-sv-118-3431 c11-sv-118-5027 c11-sv-117-3047 C11-sv-117-4619 c11-sv-118-3435 c11-sv-118-5031 c11-sy-117-3051 c11-sv-117-4623 c11-sv-118-3439 c11-sv-118-5035 c11-sv-117-3403 c11-sv-117-4627 c11-sv-118-3443 c11-sv-117-3407 c11-sv-117-4631 c11-sv-118-3447 cil-sv-II8-3451 c11-sv-117-3411 c11-sv-117-4635 c11-sv-117-3415 cil-sv-117-4639 cII-sv-lI8-3807 c11-sv-117-3419 c11-sv-117-4643 c11-sv-118-3811 cil-sv-117-3423 c11-sv-117-5019 cil-sv-il8-3815 cil-sv-117-3427 c11-sv-117-5023 c11-sv-118-3819 C11-sv-li7-3431 c11-sv-117-5027 c11-sv-il8-3823 c11-sv-117-3435 c11-sv-117-5031 c11-sv-118-3827 c11-sv-117-3439 c11-sv-117-5035 c11-sv-118-3831 c11-sv-117-3443 c11-sv-118-2611 c11-sv-118-3835 c11-sv-117-3447 c11-sv-118-2619 c11-sv-il8-3839 c11-sv-117-3451 cl1-sv-118-2627 cil-sv-il8-3843 c11-sv-117-3807 cil-sv-Il8-2635 c11-sv-il8-3847 cil-sv-Il7-3811 c11-sv-118-2643 cil-sv-118-4207 c11-sv-117-3815 c11-sv-118-2651 c11-sv-118-4211 l c11-sv-117-3819 c11-sv-118-3003 c11-sv-118-4215 l c11-sv-117-3823 cil-sv-118-3007 cil-sv-118-4219 c11-sv-117-3827 c11-sv-118-3011 c11-sv-II8-4223 O
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| COMPONENT: Solenoid Valve MANUFACTURER: ASCO 1039^
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| MODEL NO.: JV 182-084 .
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| UK ATION: Outside Prinary Containment, RX 20 & 50 SAFETY. CATEGORY: Essential Paseive PLANT ID. NO. PLANT ID. NO.
| |
| RIP-SV-1201B1 RIP-SV-1225C1 RIP-SV-1201D1 RIP-SV-1225D1 RIP-SV-1203C1 RIP-SV-1225El RIP-SV-1203F1 RIP-SV-1225F1 RIP-SV-1205C1 RIP-SV-1226El RD-SV-1205D1 RIP-SV-1226F1 RIP-SV-1206Al RIP-SV-1228A1 RIP-SV-1208E1 RIP-SV-1228B1 RIP-SV-1208F1 RIP-SV-1229Al
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| COMPONENT: SOLENOID VALVE MAWFACTURER: ASCO MODEL NO.: HV 180-414 c.
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| LOCATION: Outside Containment RX 70 / 50 SAFETY CATEGORY: Essential Passive PLANT ID. NO. PLANT ID NO.
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| MANUFACTURE: Automatic Switch Co.
| |
| MODCL NO.: JV 182-084 LOCATION: Outside Primary Containment, RX 20 6 50 SAFETY CATEGORY: Essential Active
| |
| . PLANT ID. NO.
| |
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| |
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| ICAL ACCllRACY: SI EC:
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| COMPONENI: Solenoid Valve .
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| ; MANUFACTURER: ASCO MODEL NO.: JV 182-084 LOCATION: Outside Containment, RX (-)17 SAFETY CATEGORY: Essential Passive PLA)TT ID. NO.
| |
| RIP-SV-1218C1 i
| |
| RIP-SV-1218D1 RIP-SV-1219B1 RIP-SV-1219C1 RIP-SV-1219D1 RIP-SV-E220D1 RIP-SV-1221D1 l ' RIP-SV-1231B1 L
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| 1945^ -
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| MANUFACTURER: ASCO ,
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| j MODEL NO.: HV 180-414 LOCATION: Outside Containment, RX (-)17-RHR1 & RHR2 SAFETY CATEGORY: Essential Passive PLANT ID. NO.
| |
| RIP-SV-1218C2 RIP-SV-1218D2 RIP-SV-1219B2 i
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| |
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| |
| ! RI:l'ERENCE CAT it et NI ANillH :
| |
| Ei}ll;PflENT DESCRIPTION , . .
| |
| p 3,,.CIFI- ()UALIF1- if. Tite lp t il:HS cATIoas CATIull CATION , CATION
| |
| 'I ,
| |
| ! SYSTFH: Service Water og ERATIN4 See next page TIE Long 5.3 :valuati< n None
| |
| ) Pl.ANI ID. Nil.
| |
| COHr0NENT: Solenoid Valve 1EHPERA-URE 5.3 'valuatic n None P-3 34 MANUFACTilitit: ASCO PRESSURE (FStA) P-3 34 5.3 :valt atic n None H0 DEL NO. %PitT 8321A1 RF.LATIVE Valve Control llUNIDITY 100 34 5.3 :valt atic n None FUNCTION:
| |
| (1)
| |
| I:llENICAL ACCURACY: N/A SPEC:
| |
| DEHON:
| |
| SIEAI N/A N/A None RADIATtot 7 5.3 'valtta t ic rt None (fee next page) (RAlls) 1 x 10 33 .
| |
| LOCATEDH: Cutside Containment (f.ee next page) ACING FLOOD LEVEL.1:1.EV. : N/A X AROVE Ft.00D 1.EVEL: YES N/A N/A None NO
| |
| ~
| |
| Safety Cate g >ry: Essenttal A c t i ve
| |
| | |
| O COMPONENT: Solenoid Valve Model: WPHT 8321A1 1948A Plant I.D. No. Service Location SW-V123-S CS Pump Room B Cooler Discharge RX-17 CS2 SW-V125-S RHR Pump D Seal Cooling Discharge RX-17 RHR 2 SW-V126-S RHR Pump D Seal Cooling Discharge RX-17 RHR 2 SW-V128-S CS Pump Room A Cooler Discharge RX-17 CSI SW-Vl0-S RHR Pump A Ceel Cooling Discharge RX-17 RHR 1 SW-V131-S RHR Pump C Seal Cooling Discharge RX-17 RHR 1 r
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| Solenoid Valve COMPONENT:
| |
| i MODEL: WPR_ 8321A1 1050A i Plant I.D. No. Service location SW-V136 -S SW Pump A Motor Cooler Valve RX50 ECEN SW-V137 -S SW Pump B Motor Cooler Valve RX50 ECEN SW-V138 -S SW Pump C Motor Cooler Valve RX50 ECEN SW-V139 -S SW Pump D Motor Cooler Valve RX50 SE I
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| |
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| litHIDITY 100 100 34 29.1 Test None
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| ! FUNCTION: Residual Heat Removal Section i Pressure (I)
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| ! ACCURACY: SPEC: 12% CllENICAL 8 FRAY N/A None I
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| DEMON: -1.06% N/A l
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| SERVICE: NSSS System 6 RADIATION 1x10 7 2x10 33 29.1 Analysis 2 (RAIIS)
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| LOCATION: Outside Containment RX-17 CSI 3.95 Yrs - 29.1 Analysis None ACING K
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| FLOOD LEVEL. ELEV.: N/A SURE RC.
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| AROVE Flooll LEVEL: YES N/A N/A None NO Safety Category: Essentini Active 2 To be replaced.
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| t o 3 3 0 A 1
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| |
| t e r - - 0 / x N
| |
| - N a h P P 1 N l I
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| R c S I
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| |
| A RE E'
| |
| R Ef Vi I
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| A I) G C
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| R I
| |
| ~
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| ER H' I l CY N T w.
| |
| A rU S TD)I I A I C
| |
| t I S I t t R s RI E i.
| |
| r E A.
| |
| I. H ( I Er
| |
| ^
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| A u l 1 R FI 13: S
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| , i r R I I
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| e v
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| c A
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| % t C, 6 n H . B, e %0 e2 0 g mR X 1
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| l a A h r 5. 1 nH l T v 6 c e a iR a a P o 1 t l h c
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| 1- t , i I
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| m 0 l a A S t R e N w d s : nI oR
| |
| /
| |
| * n C R - S s S i CN CH N E Y
| |
| * e S S k S D E O s E t P e r 0 ri t
| |
| R n 1
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| mr uu I i g
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| uX V y c
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| l i a r l R e 3 OR E.
| |
| l E. r a l' u P P H r EI e
| |
| i RP D g i p
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| l r
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| t e T m : : : V 0
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| |
| )
| |
| t e o I N r li II C U V A M V O f T H M 0 C R C S IA R a R t A. U A O U C E 0, Y l FA S S F C H H F A S I O 2
| |
| , : 'i! ;I )'
| |
| | |
| O .
| |
| o 4
| |
| l4
| |
| )
| |
| 1060 I.HV IItt:HIS.HI I M EHIAi10H 3Hal It- uni-f El'.I ERI'IICl.
| |
| , 3gg,,, .;g agioi ni-81188';
| |
| q Ellllll'ilENT llESCitlPTION ,
| |
| g.1Er SPEClll- titlAI.t rl ':ITClff- 'll'Al.ll t '8' l 'IOD carism CAIluel CAlltM CATitNt
| |
| .:1MU1.
| |
| SYSil.H Residual Heat Removal olERATlHe Test &
| |
| Short 29.1 .nalysis 2
| |
| < TIttE 6 Hrs. - f Fl. ANT lip. HIs. Ell-PS-N020A,B,C,D Simul Pressure Switch 1EttrERA-Test &
| |
| CtHr0HEHI:
| |
| THRE P-3 212 34 29.1 Analysis 2 j
| |
| HAHilFACTintr.: Barksdale ("II _--
| |
| PRESSilRE Simul.
| |
| pg0lEl tHl. PlH-H340SS (FSIA) P-3 7" W.C. 34 29.1 Test 2 REl.ATIVE llimul .
| |
| FUNCTIUlt: RHR Pump Discharge Pressure '"Hl88II 100 100 34 29.1 Test None
| |
| ( 7.)
| |
| ACCllRACY: SPEC. t 0 5% ':llEttlCAt.
| |
| I I Ett0H:
| |
| 8 FRAY N/A N/A None
| |
| ],ggg SERVICE: ADS Logic 6 itADtAi toll lx10 7 2x10 33 29.1 Analysis 2 (RAls) -
| |
| l 1.UCAT IUll: Outside Containment 3.95 RX-17 RilR1, RilR2 29.1 Analysi s None ACING Years _
| |
| X Fl.000 1.EVEl. El.EV. : N/A ggg AROVE FI.(HNI 1.EVEl.: YES N/A N/A None rio Safety Category: Ensentiel Active 2 To be replaced.
| |
| | |
| i O O 1061
| |
| ::: g .
| |
| l DEIClitE'.HI A r IslH q,g Ag,g g g .
| |
| l l'.HV I NIMt9'.H r CATitiH ?;1 Allteltet:
| |
| Eijlfil'flENT DESCRIPTION t)tlAl.lf f- IETiloll SPECIFI- IlliAI.lFB !;lTClF B-I ll.Hf; l'ARAfg'.TE14 l CATinst CAfluel CAT luff CATION i S imul .
| |
| SYSIFH: HPCI iirERATlHe lest &
| |
| TI Sh rt 6 Hrs. - 29,1 Analysis None l Fl.ANI Ill. til E41-PSH-N012A, B, C. D 5imul.
| |
| CtHrONEH r: Pressure Switch IEHrERA- 1est &
| |
| TURE P-3 212 34 29.1 N1ysh 2
| |
| HANUFAcillHE : Barksdale
| |
| ( F)
| |
| PRESSURE SI""I*
| |
| P-3 7" we 34 29.1 Test 2 HODEl, HO. D2TM18SS (FSIA) i RF.I.AT IVE Simul.
| |
| FUNCTIDH: Turbine Exhaust Diaphragm IHMilllTV 100 34 29.1 Test None P- essure High U) ,
| |
| ACCURACY: SPEC:
| |
| O' SFRAY N/A N/A None DEtMW:
| |
| SERVICE: HPCI System Logic itAD A Im 7 6 g M0 33 29 4 W 1ysis 2 LOCATION: Outside Containment ICC-17 RHR 1 & RHR 2 ACINC 3.95 -
| |
| 29.1 Analysi s None Fl.00D 1.EVEl. ERIV. : N/A X gggggg, AROVE Fl.000 IIVEL: YES N/A N/A None H0 Safety Category: Essential Active 2 To be replaced.
| |
| | |
| O o i
| |
| 1062 I:NV IRONtB.NI IM SCI'lil'. lit Al 18'O ejiras. I 1 e siel -
| |
| i FI'I LRI.NCI.
| |
| gg g g ,,, .; y 3,ig,g ,,,
| |
| Et}llll'flENT DESCRIPTION t)U AI.l t I- II:111s til l i t li?
| |
| l' AH AHI 1Eli SPECIFI.- tillAI.Irl. ':r8.C I F I-cAfl0N CAtlull cal lON CATinti _
| |
| 1 S iin:1.
| |
| SYSitH: HPCI iirER AT INI 2_hl Test Tim '.: a l-s l: None I Fl.ANI Ill llo . 041-PSil-N017A & B Short 6 Hrs. -
| |
| 29.2 S iinul .
| |
| Pressure Switch II:HrERA-COHrONENI: , Tc:;g TifRE T-3 212 34 29.1 2
| |
| ("F)
| |
| ^
| |
| HANIfrAcillRI ' Barksdale I
| |
| 4 jeu.MllRE Sinul.
| |
| 29.1 HOIIEl. No. PlH-M340SS (FSIA) ~ P-3 7" we 34 Ires t ' > 2 i
| |
| I 7
| |
| PJ.R.AT IVE Sinnil .
| |
| * IHIHIDITY #
| |
| FilNCTION: Turbino Exhaust Pressure 100 100 34 29.1 1est None liigh - N)' '
| |
| + 2%. ~- (a -
| |
| ACCIIRACY: SPEC: I 1.06% '
| |
| W" -
| |
| Ncne IIEtt0H: - L Y p/A N/A ".,' ,
| |
| 7
| |
| .; /
| |
| - - ,(,
| |
| / 73[' 3' SERVICE: HPCI System logic -
| |
| ' ./ < i
| |
| '/#' // JI
| |
| <;- ,/1x10 2x'10 6 L ,29.5 An.ily's ti j'A !'
| |
| ,i
| |
| /ADIAT1014 GAWi) f, .<.
| |
| t
| |
| ;1, ,
| |
| i.0 CATION: Out side'Containa nt '
| |
| ,g' ;j 3.' '
| |
| /'
| |
| /
| |
| /s j ,
| |
| RX-17 RHR 1 i 04 ' < - < .'
| |
| - )* .
| |
| i
| |
| .(
| |
| ' 3'.95 Yr I None'
| |
| /, /
| |
| j
| |
| , 29.1 qAn.nlysi s Fl.00ll ,IIVEl F l.EV . . N/A x f' Sil8t E R C. -
| |
| AnovF,'/I.outi L t.yE!.: YES N/A 7' -
| |
| N/A l', ~,J' None.
| |
| .p j '
| |
| , 11 0 (
| |
| l _ ll aj - __ _
| |
| ' e
| |
| /'
| |
| Saf ety cit er,on y : ZenEvttal'
| |
| . Aciive 7 *
| |
| - j \( t,
| |
| )
| |
| c <:
| |
| t
| |
| (
| |
| To be replaced '>
| |
| 2 / l. y
| |
| }+i - ,
| |
| ^~~
| |
| l
| |
| / .[; t ,
| |
| a
| |
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| |
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| |
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| |
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| |
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| |
| (
| |
| ! .(
| |
| +
| |
| c.
| |
| *a ).
| |
| | |
| j ,l s. ;- .
| |
| 3 / .~ <
| |
| , , . .s
| |
| ,y
| |
| /h;
| |
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| |
| '5 l' ' *
| |
| ; is.
| |
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| |
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| |
| '/
| |
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| |
| -Y
| |
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| |
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| |
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| |
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| |
| 1 -
| |
| l/ ? (,
| |
| // , ,l 7'''
| |
| p,5 1 .
| |
| s
| |
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| |
| u s' 2 .
| |
| j
| |
| .* * , \. 3
| |
| / ,
| |
| ? , .. . - i > ,'
| |
| r
| |
| ~/ ~t a 1 l-i
| |
| / >
| |
| r.NV IMOHtEN I DestillENfA7f tlta gggggg.g r g . Ista g . _. 7 l
| |
| +
| |
| e ,8
| |
| < ' - REllRI.NCt. CAT IfIN *;l AlllilHI: '
| |
| /i
| |
| / e/ . .
| |
| G SQ911't1EtlT s ' .
| |
| LESCillPTION , PAMA}ETEli SPECIFI- t)UAl.lFI fitTCIFI- QllALIFI- l'ETilt HI I 1 1.11.. .. .1 e.
| |
| '' cATIoM CATION CATfuN CATION -
| |
| ~ - - - - ,
| |
| ~
| |
| - SYS il'H: HPCT. ', , , - , j og.;.;g 37 ps Sh rt 6 lirs. -
| |
| 29.1 Simul. 2-TM Test Pl.ANI ID. lit l E41-Pgn '
| |
| '.1027, i ,
| |
| t ,
| |
| CONroNEN r: P: essure Switch ,
| |
| TEHrERA1 >
| |
| Simul. /
| |
| P-3 34 b .' ' - TURE ' f 212 29.1 Test * ''
| |
| }l '
| |
| ^
| |
| i
| |
| ' - gagf, , , f:
| |
| HANHFACTIIRE: Barkedsie ~ -
| |
| ')
| |
| ~
| |
| ! /. - ' ' Si" l' ''
| |
| rFESSURd '
| |
| 2
| |
| '' '.i
| |
| '(rSIA) P,-3 7"vc '.
| |
| 34 '
| |
| 29.1 Test
| |
| '/ ' HUDFI. NO PlH-M340SS -
| |
| if
| |
| .. a-RFl.AT IVE ' ,
| |
| ' ' ' Simul. ''
| |
| r 29.1 I"'NIMIY 100 100 34 Test Ncne FUNCTION: H?CI Pump Pressure High 4 o
| |
| >\
| |
| (1) .
| |
| l ,
| |
| /
| |
| SPF5: 12%
| |
| ' ,( .< -''
| |
| ACCURACY:
| |
| ',fA[ f'. T i
| |
| N/A -
| |
| f
| |
| ''' None -
| |
| e del %N: -1.0,6% : ~ Hl5 / ' -
| |
| ,e j f h
| |
| p_ ,
| |
| ~
| |
| Lf __
| |
| *f
| |
| , I' .' -
| |
| r Minimum Flow Bypass to Suppte ,l'R ADI ATiry ' , '..
| |
| SERVICE:
| |
| sion Pool Velva / 1x10 7
| |
| 2x10 6 ,
| |
| 33 29.1 Analysis ,' 2 , . ,p[
| |
| , ggg ,
| |
| i '
| |
| LOCATION: Oatside Containment
| |
| [,,,./,.
| |
| j
| |
| 'yj, , ' '
| |
| Rit-17 RHR 1 -#C8" ,
| |
| / / -
| |
| 29.1f,
| |
| '3 a,5 3rs rnalysis ~ione t
| |
| Fl.000 1.EVEl. it.EV. - N/A X SUBtERG* '
| |
| None AROVE Fl.00D 1.EVEl.: YES N/A N/A 11 0 d Safety Category: Essential Passive ,
| |
| 2 To be replaced.
| |
| | |
| a O I o
| |
| . 1064 r.HV IRUtttS;HI DOCllllENI Al~ lull elleAl.Il 1 - e stil -
| |
| i' Rl;l'ERENCI. til Al8888 tit:
| |
| CAllt H Et}lllPflENT llESClllPTION l' AR Atu'11;M SPECill- e}UAl. l F l -- 1tTClF1- (IllAI.ll1- IS'.Ille H l il fl!; l CATInte CA riutt CAT lutt CATIOtt SYSu ti:RCIC ~ orERATIN4 Simul.
| |
| Tl Sh rt 6 hrs -
| |
| 29,1 Test & 2 I'l.AHl' ll) IIH E51-PS-N019A, B, C, D Anitlysi:
| |
| i clair 0HEHr: Prensure Switch it:tirER A- Simul.
| |
| THRE P-4 212 34 29.1 Test. & 2
| |
| ( F) inaWs HAHilFACTilRE : Barksdale Simul. 2 I'RESSilRE
| |
| ; P-4 7"w 34 2%1 Test -
| |
| HollEl, HO.PlH-M85SS-V (PSIA) _
| |
| REl.AT IVE illellpITY Simul. Noce FilNCTil44: Low Steam Supply Pressure ggy 100 100 34 29.1 Test i -
| |
| HEHICAL ACCllRACY : SPEC:
| |
| SrRAY DEHON: N/A N/A None SERVICE. RCIC System Logic e-
| |
| !l RADI AT10ti 1x10 5 2x106 33 29.1 Analysi None l
| |
| (RADS) 1.uCAT luti: Out. side Containment j RX 20 NCEN, SCEN AclNC 3.95 yrs
| |
| ~*
| |
| 29.1 Analysis None FI.00D 1.EVEI. El.i.V . : N/A X SilRI E R c.
| |
| AROVE Fl.000 1.EVEl.: YES N/A N/A None Safety Category: Essential Active 2 To be rep:. aced.
| |
| | |
| k '
| |
| O -
| |
| O
| |
| \
| |
| s 1065 IM l4N;HfAIIDH ejuAI.it 1 uni-ENVIRONIO:HI Rl;l ERI. hcl. g3 g g ,, .;i aisin g ui-l'.t}lill'IlENT llESCit li' TION *AHMu 1EM S PEC i t'I . ejilA1.trl firl'C I F 1 - Qll AI.ll I- 88'.333 888 t il llI3 CATION CArtuH CAT ilm CATION __
| |
| l SYSitil. RCIC ilrER AT l Ht f.i mul .
| |
| ; TlHE Short 6 hrs -
| |
| 29.1 T
| |
| \na j;g6s 2 l
| |
| rl.ANI Il> Ian E51-PS-N020
| |
| !;1mul,
| |
| :l CattrONENI: Pressure Switch TEHrERA.
| |
| P-3 212 34 29.1 Te st & 2 TilRE Analysif op HAHilFACTifME: Barksdale Eimul.
| |
| I'RESSilRE 29.1 Te at 7"we P-3 34 2 .
| |
| II8I"I l HolEI. Hu. B2T-M12SS REl.ATIVE Ejmul.
| |
| littilDITY 100 100 34 29.1 Teat None FilNCTION: High Pressure RCIC Pump
| |
| , Discharge ACCl! RACY: SI'EC: HWICAL SrRAY IEHON: N/A N/A None SERVICE: Minimum Flow Bypass To itADI AT 1084 7 Suppression Pool Valve lx10 2x10 6- 33 29.1 Analysis 2 (RAIS) 1.OCAT 10H: Outside Containment RX -17 RHR 2 AcIHc 3.95 yrs 29.1 Analysis None j FI. Doll IIVEl. El.EV. : N/A X SIIRI E R C.
| |
| j AnoVE Fl.nola i.EVEI.: YES N/A N/A None
| |
| "" ll Safety Categorr: Essential Passive f
| |
| i 2 To be repisced.
| |
| | |
| i O O l
| |
| 1066 _
| |
| 1 F.HV I RtNett:Hi~
| |
| M UIAII Rl;l ERI. hcl.'"' 'lHA' Il 1 - ""I-l *;l Alll'lH8' CAilidi Elllill'tlENT I)ESCRIPTION ,
| |
| . I:I4 SPECIrl- s}UAl.t r t. ':11 CIFt- f)ll ALil I- IIr.T 11888 I II fri CATION CAtlutt CATIUM CATilN4 ,
| |
| l SYS II.il: RCIC opggay ggi Si:121.
| |
| Tent & '
| |
| l TIHE Short -
| |
| l'I.ANI' l h ff" E51-PSH-N009A, B 6 hrs. 29.1 Analysin l
| |
| j Ciell ONENI: Pressure Switch 1EllrERA- Sit:21.
| |
| P-3 212 34 29.1 Tent & 2
| |
| ! TilmE flANilfACTIIRE Barksdale
| |
| ''" 8 "
| |
| P-3 7"we 34 29.1 e 2 -
| |
| I fl011EL Hu. D2H-M150SS (PSIA)
| |
| REl.ATIVE Siu 21.
| |
| FilNCTION: RCIC Turbine High Exhaust 18UHIDITY 100 100 34 Tent None 29.1 Pressure II)
| |
| ACCURACY: SPEC: !1%
| |
| EtHM SrRAY N/A None
| |
| , 11Etl0N: 4% N/A i
| |
| ; SERVICE: RCIC System Logic RADIATION 7 (RAns) 1x10 2x10 6 33 29.1 Analysi' 2 ,
| |
| . i I.UCAT 10H: Outside Containment RX-17 RHR 2 AclHC 29.1 Analysi: 2 i l 3.95 yrs Ft.lMID II. vel. El EV H/A X Sil8t E R C.
| |
| AROVF. FI.UUD 1.EVEI.: YES N/A N/A None Ho l Safety Categosy: Essential Passive 2 To be replaced.
| |
| | |
| O O j.067 ENVIRONIENI U"CI''I"IA I"" 'I"AI ' I 3 * ""I-RI'l l:RENCI.-
| |
| g3g gag ;;g assing ui Etllill'lIENT llESCRil' TION ,
| |
| S rem'l-- 8)HAl.IFI 'llTCl FI- 9tlAI.ll t- 1E'.T:10D 11118?'
| |
| cATIDH cat lull CATilm CATits
| |
| . S YS'I I .il: RCIC orERATIH8 S linul.
| |
| T itE Short Taat i 2 29.1 l'I.AN I lit lit t . E51-PSH-N012A, B, C, D 6 hrs.
| |
| Analys.is CamrtmENI: Preasure Switch 'IEHrERA- S boul.
| |
| THRE P-3 34 Ta st 2 212 29.1 HAHilFAt:TilHE: Barksdale
| |
| ( F) rRESSilRE 7"we 29,1 2 P-3 34 .a .
| |
| HUDEl, HO. D2H-M150SS (PSIA)
| |
| REl.ATIVE Sbaul.
| |
| ilHHIDITY 100 100 34 Tast None FilNCTION:RCIC Turbine High Exhaust 29.1 Pressure NI SI'EC: Ig i:lIEHICAL ACCllRACY:
| |
| REHON: 4g SrRAY N/A N/A None I
| |
| I l
| |
| Sr.RVICE: RCIC System Logic tADIATION 7 2 l 1x10 2x10 6 33 29.1 An.nlysi (RAns)
| |
| | |
| ==1.0 CATION==
| |
| Outside Containment RX-17 RHR 2 ACING 3.95 yrs 29.1 Analysi None FloullI.EVEl. ElEV.: N/A X SilstERG.
| |
| AROVE FI.00H 8EVEl.: YES N/A N/A None HO Safety Categosy: Essential Active 2 To be replaced.
| |
| | |
| O
| |
| = t
| |
| - H l
| |
| e e e e e l ;
| |
| n n n n n o
| |
| i!
| |
| 2 2 2 o
| |
| - t e
| |
| H. o o o N Al N N I
| |
| I l i N N IH ;? t s s 3 - .
| |
| .& is
| |
| , . i i 6 l l & l g
| |
| , t l
| |
| ut s s t
| |
| ut ut y y 0
| |
| l' Nt ms tas e y s , s ms t e l l .
| |
| ll. IOuti l e l g
| |
| ;T e.
| |
| 3 r _ a a -
| |
| 1 \, I T l
| |
| : iT a ,
| |
| r A
| |
| r l
| |
| A l
| |
| t)C AE (n 1N N FO 1 I1 1 1 O
| |
| IE LT 1 1, .
| |
| 9 AA 9 9 9 9 A" l)C T
| |
| T l
| |
| (
| |
| 2 2 2 2 2
| |
| NI I
| |
| LN A A E"
| |
| U C
| |
| I FO II 4
| |
| 3 4
| |
| 3 4
| |
| 3
| |
| /
| |
| N 3
| |
| 3
| |
| /
| |
| N t
| |
| D CT FA l'C i
| |
| s tN r
| |
| _ FU e 0 Y w 1
| |
| : l. TI r 2 0 5 l
| |
| h 1 0 x 9 AA 2 p 1
| |
| )C ll t
| |
| 6 2 3 I t
| |
| _ K Fn s
| |
| 0 A 5 A g 4 /
| |
| E I I 4_ 0 / 0 N Cr n P p 1 N 1 N O Ea o x R Pc L l I S V
| |
| N M E H l A E) ET L e t) C C
| |
| E T i RE RA VT A R.
| |
| UI CY fS t E
| |
| T Am ER) rUF SS I I TD I A AD IA I
| |
| C W
| |
| A Ri HTO SP AI NR DR A n
| |
| ET E ( E( LH EP u M l' 1 R El I I I S A( S P R i C R l' O l B
| |
| I
| |
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| ' SYSlui: RIP ofERATIHf II - Long 6 Hrsw - 29.1 Analysis 2 Pl.AHI III. HII See Next Page
| |
| ~
| |
| Simul.
| |
| CtHr0HEHr: Pressure Switch II.HrERA- Test &
| |
| ' il8BE P-4 212 34 29.1 Analysis 2 III - - -
| |
| HAHilF ACTiliti'. : Barksdale Simil.
| |
| I'RESSilRE Test
| |
| ! Pw 34 29.1 2 i
| |
| HofEl. No. D2T-lil 50SS (PSIA)
| |
| Rr.l,Ag lVE S im 21.
| |
| illminity I I 34 29.1 Test None FUNCTitW: Valve Control
| |
| . (1)
| |
| CHEHICAL ACCllRACY: SPEC:
| |
| IEINW:
| |
| SrRAY N/A N/A Hone i
| |
| SERVICE: Reactor Instrument Penetration 6 I sc iation' Valve ItA A IW lx10 5 2x10 33 29.1 Analysis None
| |
| )
| |
| 1.UCATIUM: Outside Containment RX 20 & 50 AclHC 3.95 Yrs -
| |
| 29.1 Analysis None Fl.tNID I,EVEl. it.EV. : H/A X ,g 3,,
| |
| AROVE FI,00ll 1.EVEl,: YES N/A N/A None HD -_
| |
| Safety Category: Essetittel Passive 2 To be replaced.
| |
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| O .
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| COMPONENT: Pressure Switch Model: D2T-MISOSS Plant I.D. No.
| |
| P. ! P-P5 L- ! ZUU RIP-PSL-1201 RIP-PSL-1203 RI P-PS L- 1205 RI P-PS L-1206
| |
| - RI P-PSL-1208 RIP-PSL-1209 RIP-PS L-1210 RI P-PS L- 1211 RIP-PSL-1212 RIP-PSL-1217 R I P-PS L-1222 RIP-PSL-1223 RIP-PSL-1225 RIP-PSL-1226 i RIP-PSL-1227 RIP-PSL-1228 RIP-PSL-1229 0
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| COMPONENT: Pressure Switch 1070^
| |
| MODEL: D2T-M150SS ,
| |
| Plant ID No.
| |
| RIP-PSL-1215 RIP-PSL-1218 RIP-PSL-1219 RIP-PSL-1220 RIP-PSL-1221 RIP-PSL-1231 RIP-PSL-1232
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| e O COMPONENT: Temperature Switch MODEL: T2H-M251S-12 1972A Plant I.D. No. Service location SW-TSH-1109 RHR SW Pump A RX50 ECEN SW-TSH-1110 RHR SW Pump B RX50 SE SW-TSH-1111 RHR SW Pump C RX50 ECEN SW-TSH-1112 RHR SW Pump D RX50 SE O
| |
| | |
| 4 .
| |
| O O 1
| |
| i 1073 -
| |
| J r.NV I RONEN T Docttir.HTAIl0H iguAl.11 1 oeil-REIERENCL CAlloH S'I AtablHt:
| |
| EQllIPMENT DESCRIPTION l'ARAHr. TEM SPECIFI- f}llALI F L- fil'FCIF L- l 9tfALI F1-ElllHD l il:HS carton Carl 0N CAlt0N l CATION SYSTI{M: Containment Atth' o spheric Control ni' ERAT IN( Test l
| |
| 1 TIE 6 PLANT ID. No. CAC-PDS-4222 & 4223 Short 6 11ours -
| |
| 10.1 Analysis None COMPONENT: Pressure Switch TEMPERA-TURE P-4 212 34 10.1 Test 2 HANilFACTilHl' . Barton ( F)
| |
| PRESSURE .
| |
| (PSIA) P-4 7" WC 34 10.1 Tar t 2 MODEL No. 2119A .
| |
| i RELATIVE litfMIDITY FUNCTION: Drywell Pressure Low gg) 100 100 34 10.1 te st None ACCURACY:
| |
| t:llEHICAL SPEC: ~+ 1.5%
| |
| DEMON: + 1.07% N/A N/A None
| |
| , SERVICE: Vacuum Breaker Containment RADI AT toli 5 6 l Isolation (RADS) 1x10 3x10 33 10.1 Tes t None l
| |
| LOCATION: Outside Containment RX 50 ACINc 40 Yrs -
| |
| 10.1 Analysis None FLOOD IIVEl. EI.EV. : N/A X St!B E RC.
| |
| AHOVE FLOOD 1.i: VEL: YES N/A N/A None NO Safety Category: Essential Passive 2 To be replaced
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