ML20203J621
| ML20203J621 | |
| Person / Time | |
|---|---|
| Site: | Millstone  |
| Issue date: | 11/06/1997 |
| From: | Reynolds S NRC (Affiliation Not Assigned) |
| To: | Yeates E NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM) |
| Shared Package | |
| ML20203J628 | List: |
| References | |
| NUDOCS 9712220025 | |
| Download: ML20203J621 (50) | |
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MEMORANDUM TO: E;;zabeth J. Yeates, Chief f
Public Documents Branch
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Office of Information Resources Management
'S FROM:
Steven A. Reynolds, Chief u
ICAVP Oversight Branch,
Special Projects Office Office of Nuclear Reactor Regulation
SUBJECT:
HAND MARKED DRAWINGS FOR THE PUBLIC DOCUMENT ROOM FROM THE OCTOBER 3,1997, MEETING BETWEEN THE NRC AND PARSONS POWER GROUP INC ON MILLSTONE UNIT 2 ICAVP SYSTEM BOUNDARIES The enclosed hand marked drawings and bound handout were provided to the NRC by Parsons Power Group Inc. (Parsons) during a October 3,1997, publicly observed meeting at Parson's Reading, PA offices. The purpose of the meeting was for Parsons to outline the system
- boundaries for the Emergency Diesel Generator and the Enclosure Building Filtration (including Containment and Enclosure Building Purge System) systems to the NRC staff. These systems are being reviewed by Parsons as part of the Independent Corrective Action Verification Program (ICAVP) required by an August 14,1996, Confirmatory Order for the Millstone Nuclear Power Station.
To enable the public to have access to these drawings, I request that tne enclosed drawings and tha bound handout be placed in the NRC's Public Document Room (PDR). Additional copies of these drawings and bound handout are being forwarded directly to the local PDRs near the Millstone Nuclear Power Station at the Waterford Public Library, in Waterford, CT, and at the Learning Resource Center of Three Rivers Community Technical College in Norwich, CT.
If you have any questions regarding the disposition of the enclosed drawings, please contact me at (301) 415 1332, or e mail SAR1.
Enclosures:
(1) Hand marked System Boundary Drawings for Millstone Unit 2
/
(2) System Boundary Review Meeting Handout for October 3,1997 j
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MILLSTONE UNIT 2 ICAVP ,I SYSTEM BOUNDARY REVIEW MEETING tI OCTOBER 3,1997 PARSONS POWER - READING, PA g I
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'l MEETING AGENDA ,l I. Introductions & Meeting Objectives: Eric Blocher ,g II. HVAC Systems: Dom Ramos Greg Cranston 'g - Overview System Interfaces P&lD Walkthrough l - Summary ofInterfaces III. EDG Systems: Ken Mayers Ron Smith - Overview System Interfaces g - P&ID Walkthrough i g - Summary ofInterfaces IV. Meeting Closure: Eric Blocher I > PARSONS I - m. -m+
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I I SYSTEM BOUNDARY PROCESS + All equipment, piping, components, instmmentation, etc., within th: system will be resiewed/ inspected per PP-01, PI 01. + Interface boundaries established on a functionality basis. That is, if a supporting function in an interfacing system is required for the selected system to perform its design base function, that I is included in the boundary. + System / Component interface type drawings developed and uniquely numbered to iden:ify each I type ofinterface. Mechanical-10 types ofinterfaces I&C - 4 types ofinterfaces Electrical / I&C - S types ofinterfaces + Attributes to be verified and inspected for each interface type summarized on review boundary matnx. + Inspection scope shown on system boundary diagrams: Project system boundary diagram used to show entire system boundary, major flow I path, critical inspection items, control and logic signals " Big Picture" Consistent with Tier 2 diagrams Enclosure Building IIVAC: I dwg. illustrating 5 P&lD's l EDG: 4 dwgs. illustrating 6 P&lD's Applicable plant P&lD's highlighted to show system boundary Each type ofinterface point and associated system identified on highlighted P&lD Each interface point tracked on system interface list to uniquely identify interface point and tie it to drawing location I ED 't PARSONE I
I I TOTAL SYSTEM INTERFACES BY TYPE I TYPE DESCRIPTION llVAC EDG I M-1 RELIEF VALVE - OPEN 10 DISCIIARGE INTERFACE M-2 RELIEF VALVE - CLOSED DISCIIARGE INTERFACE M-3 VENT OR DRAIN - OPEN 7 56 DISCilARGE INTERFACE M-4 DRAIN CLOSE.D DISdilARGE INTERFACE M5 IIEAT EXCilANGER INTERFACE 4 M6 DOUHLE ISOLATION VALVE 4 INTERFACE M-7 ROOM OR COMPARTMENT I I COOLING INTERFACE M-8 INTERFACE HOUNDARY VALVE-8 11 I CIIECK, M ANUAL, OR M.O. M9 HEARING OR SEAL COOLING INTERFACE M-10 CONTAINMENT INTERFACE I-l RPS OR ESFAS INTERFACE WITil SYSTEM l I-2 ANOTIIER SYSTEM INTERFACE 26 55 WITil SYSTEM I-3 SYSTEM INTERFACE WITil I ANOTIIER SYSTEM I-4 SAFETY OR SEISMIC AIR 4 SUPPLY I El-1 SYSTEM MOTOR INTERFACE 13 19 El.2 SYSTEM SOLENOID INTERFACE 15 9 I El-3 IIEAT TRACING INTERFACE El-4 SYSTEM IIEATER INTERFACE 4 El-5 SYSTEM HREAKER 48 l INTERFACES TOTAL 78 216 I I PARSONE I
I TIER 1 - SYSTEM BOUNDARY PROCESS g I Electncal Develop tac System / Component Interface Mechanical Interface Type Types Diagrams (19) i If Develop I bute At nhtes
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Review Selected I Systems Simplified m P&lDs P&lDs I If Modify Types / Develop New Types l For Selected Systems I If I If If identify Highlight I interface Types pgig3 on P&lDs I l II IIVAC. 78 System Interface List Eno.216 I ~ I
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mN C L-_) L-J l I-4 SAFETY ORSEISMIC AIR SUPPLY NORMAL AIR. j SUPPLY V SUPPORT y i l NORMALLY V. CLOSED L VALVE O A BACA-UP AIR S NOTE: F M For every component in the system each it.nerface point, if applicable, will be verifd.
M U U L_J EI-I SYSTEMMOTORINTERFACE ORIER l 4 - - - - - MAIN CONTROL l IN h 0CKS BOARD +. ESFAS OR RPS INTERLOCKS b OI I E SIIUIDOWN - FSAR 7I,4.2.1 (1) OR IIOT S1IUIDOWN - FSAR 7.6.5.2.2 OR BOTILE UP PANELS - FSAR 7.6.5.2.1 l I + VITAL 480 V (MCC) VITAL 41(0 V (SWGR) MCC/SWGR + 'TAL 125 VDC (SWGR) W A I I l l SPACE IIEATER LIMIT AND TORQUE SWITCIIES (MOV's ONLY) NOTE: For every component in the system each interface point. if applicable, will be verified. (I) If Applicable
6 ~~ U U U l EI-2 SYSTEM SOLENOID INTEILFACE ~ + OTIIER --* 4 - - - - - MAIN CONROL INTERLOCKS BOARD + ESFAS OR RPS INTERLOCKS (1) .O + FIRS siniroOwN - FSAR 7.6.4.2.i OR HOT StIUIDOWN - FSAR 7.6.52.2 OR BON W PANELS - FSAR 7.6.5.2.I + 125 VDC OR 120 VAC lYY l 4 s NOTE: For every cornponent in the system each interfar point, if applicable, rd11 be verirmi. (1) If Applicable .._y
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EI-5 SYSTEM BREAKER INTERFACE @ SENSORi i INTERLOCK i i I f 125 DC VITAL INTTRLOCK OR. PERMISSIVE
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M M M M M M M M M M M M M M M MILLSTONE UNIT 2 ICAVP MECHANICAL INTERFACE REVIEW MATRIX ITEM ATTRIBUTE M-1 M-2 M,3 M4 M-5 M4 M-7 M4 M4 M-10 1 Vedy valve is in accordance with code requirements x x x x l x 2 Venfy valve size / capacity meet code requirements x x 3 Venfy size of ir4et pipe x x 4 Venfy size of dtscharge pipe x 5 Venfy correct configuration was used for pipe stress analysts x x x x x 6 Venfy correct set pressu e for valve es used for IST procedure x x 7 Venfy valve pressure / temperature rating es correct x x x x x x 8 Ven*y heat load fa om system component / room is correctly x incorporated in HVAC system sizing 9 Venfy pressure / temperature rating of components providing system x x side boundary integnty of heat exchanger 10 Venfy that piping nozzle loads are correctly incorporated in H(at x x Exchanger support loads & containment penetration loads. 11 Venfy that the cooling or heating load for the system have been x x correctly incorporated into the sizing ca'culations for the interfacing support system 12 Venfy that the isolation valves meet code requirements x 13 Venfy that GL 89-10 MOV program requirements have been met x 14 Verify correct posrtion for pneumatic isolation valves on air failure x x 15 Venfy that system calculations include the flow of flutd to a non-x safety interface for operating ccnditions that do not initiate isolation 16 Venfy supports are installed as designed by walkdcwn. x x x x x x 17 Review pipe suppert calculations for piping x x x x x x 18 Does the Operating Procedure checklist indicate the correct valve x x x position ? 19 Verify that the design calculaftons for the interfacing system use the x correct value for the design flow to or from tb $ system 20 For interfaces with the Containment Sump, ti.e available NPSH for x pump operation and the sump screen mesh size will be reviewed. The screen mesh wit! be compared to maximum particle size limits for pumps, throttle valves, orifices, etc. x = DEF;NES EXTENT OF REVIEW July 24,1997 Rev 0 mechbruidae I
i M M M M M M M M M M M M M M M M M M ICAVP ELECTRICAL /l&C REVIEW BOUNDARY MATRIX INTERFACE /BOtJNDARY TYPICALS ITEM ATTRIBUTE l-1 1-2 1-3 14 El-1 El-2 El-3 E14 El-S l 1. Venty sensor range X X X 2. Venfy sensor as des gned to sa bu:tt X X X 3. Venfy field cahbraten procedure including field zero/ suppression X X 4. Venfy indepchdent of process taps X 5. Venfy physicat mechanical separation X X X 6. Venfy physical electncal separation X X X X X X l 7. Venfy electncal EQ seal (s) X 8 Venfy equipment is quahfied for environmental conditions including X X X potential flooding / submergence 9. Venfy equipment is qualtfied for seismic conditions X X X X l 10. Venfy mechanical centainment penetration X 11. Venfy electncal containment penetration X X X 12. Venfy independence and separation of wiring X X X X X X l 13. Venfy winng from sensor to safety related process cabinets / racks X 14. Venfy terminations to safety related process cabinet / rack terminals X X 15. Venty independence of safety refeted process cabinets / racks power X feeds _16. Venfy adequacy of process esbinet power supply X 17. Venfy inp set points, alarm points X X X X X 18. Venfy safety related process cebenets/ racks outputs and termination X X X X 19. Venfy the output function and winng from the safety related process X X X csbinets/ racks to the interface device / equipment / cabinet and that ther is no other interlock that impacts safety function 20. Venfy equipment uttimate power source adequacy and t:m:ng X X X 21. Venfy adequacy of ratings and prc'ective devices X X X 22. Venfy appecability of programs (i e. SBO, APP R) on equrpment X X X X 23. Venty applicabthty of seismic 2 over 1 X X X X l 24. Venfy quahfication of safety related air system valves and X valves / tubing installation and support 25. Venfy the safety related air system accumulator sizing X 26. Venfy the adequacy of the heat including power supply X X l 27. Venfy heat tracing supervisory / monitoring cireurts and set point X INDEX X = DEFINES EXTENT OF REVIEW MEMS ARE DEFNED AS THAf MATERIAL THAT tS PART OF THE PLANTS CONTROLLEO CONFIGURA1'ON MANACEMENT SYSEM ATTRSJTES WILL BE VPW1ED USNG THE APPROPRIATE DOCUMENT F OR EAAMPLE. TO REVIEW THE OUTPUT CONTACT FROM THE ESFAs CABINET To A Paap SW'TCH3 EAR. (1) TE ESFAS LOGIC. (2) ESFAS OUTPUT WIRING ORAWING (Ts SWITCHGEAR INTEpCONNECTNG WIRING DtAGRAM. AND (d) THE APPROPRIATE CONTROL W1RNG DLAGRAM WOULD eE REW'WED NOTE logic REVEW IS NOT CON 90ERED AS A PART OF THE NSPECTION THE NSPFCTION Wtt ONLY INCLUDE (1) REVIEW THE VARIABLE IS IWUT NTO THE CORRECT LOGIC (2) THE PROPER REDUNDANCY EXISTS (3) THE FINAL OffTPUT CONTACT To THE ACTUATED DEVICEts) EXIST (4) PHYsaCAL ATTR91TES OF COMPONENTS WITHW THE CABNETS. SUCH AS, RELAYS. POWER SUPPLES. W! RING, SEPARATION. RKnNG. ETC WILL NOT BE REVEWED UNLESS A DESIGN CHANGE W AS NVOLVED E&lC_BND DOC PAGEI Septemter,1997 Rev.1
e a em e m m m m m m M M M M m W W W ENCLOSURE BUILDING FILTRATION SYSTEh! (EBFS) CONTAIN51ENT AND ENCLOSURE BUILDING PURGE SYSTEh1(CEBPS) SYSTEh! BOUNDARY AND INTERFACE h1EETING SYSTEh! FUNCTIONS A. EBFS 1. Contain and remove fission products from enclosure building atmosphere following a LOCA. 2. Minimize leakage of radioactive materials to the emironment by providing an enclosure building, maintaining the enclosure building at a negative pressure and processing the efiluent through HEPNCharcoal filters. 3. Serve as standby emergency ventilation system for the Fuel Handling Ventilation System for exhausting air from the spent fuel pool area in the event of a high radiation condition following a fuel handling accident. 4. Provide initial purging and processing of the containment building atmosphere (containment cleanup) during Mode 6 operations to reduce radioactivity level prior to a continuous purging of the building by the Main Exhaust System. 5. Provide an alternative method for hydrogen reduction iri containment building following a LOCA. 6. Provide method to process potential airborne radioactive material through HEPNCharcoal filter when venting the containment to reduce containment pressure through the hydiogen purge valves during normal plant operations. B. CEBPS Maintain a suitable environment for personnel access into the containment or the enclosure building by providing fresh air for ventilation and heating whenever required. Rev.0 10/6/97 intrface. doc l l
M M M Wa e M M M M M M M sige m W M M M .M SYSTEM BOUNDARY AND INTERFACE MEETING - EBFS & CEBPS INTERFACING SYSTEMS FOR SYSTEM REVIEW-EBFS and CEBPS 1. Fuel Handling Ventilation System and Radiation Monitors 2. Hydrogen Purge System (also used for venting containment pressure) 3. Instrument Air 4. Containment Radiation Monitoring 5. Unit I Stack Monitoring System 6. Condenser Air Removal 7. 125 Volt DC 8. 480 Volt AC 9. . Auxiliary Steam System 10. Main Exhaust System i 1. Gaseous Radwaste System (utilizes same exhaust duct to Unit I stack) 12. Engineered Safeguards Actuation System (ESAS) 13. Fire Protection??? MODIFICATIONS FOR SYSTEM - EBFS and CEBPS = 42 Enclosure Building Filtration System = 19 Containment & EB Purge System = 8 Enclosure Building = 15 INTERFACE QUANTITIES Interface Type Quantity El-1 13 EI-2 15 I-2 26 I4 4 M-3 7 M-6 4 M-7 1 M-8 8 Rev.0 10/6/97 intifacc. doc
m M M M M M M M M M M M M M M M M M M MILLSTONE UNIT 2 ICAVP CONTAINMENT / ENCLOSURE BUILDING PURGE AND ENCLOSURE BUIL. DING FILTRATION SYSTEMS Interface Type Device Description Dwg. Location L_ EI-l 2-EB-40M Motor for 2-EB-40 EBFS Suction Damper 26028 Sh 5 F-12 El-1 2-EB-50M Motor for 2-EB-50 EBFS Suction Damper 26028 Sh 5 J-13 El-1 2-EB-55M Motor for 2-EB-55 Cond Air Removal Dis To Unit 1 Stack 26028 Sh 5 H-6 El-1 2-EB-56M Motor for 2-EB-56 Cond Air Removal Dis To Unit i Stack 26028 Sh 5 J-6 EI-l 2-EB-60M Motor for 2-EB-60 Fuel Area Suction Damper 26028 Sh 5 G-11 El-1 2-EB-61 M Motor for 2-EB-61 Fuel Area Suction Damper 26028 Sh 5 F-11 El-1 2-EB-72M Motor for 2-EB-72 Ctmt Clean Up to EBFS 26028 Sh 5 F-12 EI-1 2-EB-73M Motor for 2-EB-73 Ctmt Clean Up to EBFS 26028 Sh 5 J-13 EI-l 2-EB-76M Motor for 2-EB-76 EBFS "A" Suction X-Tie Damper 26028 Sh 5 G-9 EI-l 2-EB-77M Motor for 2-EB-77 EBFS "B" Suction X-Tie Damper 26028 Sh 5 G-9 EI-l F-23, Motor Containment Purge Supply H & V Unit Fan Motor F-23 26028 Sh 1 B-2 El-1 F-25A Motor for Enclosure Building Recirculation Fan "A" 26028 Sh 5 J-8 EI-l F-25B Motor for Enclosure Building Recircuhtion Fan "B" 26028 Sh 5 F-7 EI-2 2-AC-1 Supply Fan Discharge Damper 26028 Sh I C-2 El-2 2-AC-11 EB Purge Exhaust Damper With Positioner 26028 Sh 2 D-3 El-2 2-AC-3 EB Purge Supply Damper 26028 Sh 1 G-2 EI-2 2-AC-4 Ctmt Purge Supply Outbd Isolation Damper 26028 Sh I E-3 El-2 2-AC-5 Ctmt Purge Supply Inbd Isolation Damper 26028 Sh 1 E-5 El-2 2-AC-57 Ctmt Purge Exhaust Damper 26028 Sh 2 D-1 EI-2 2-AC-6 Ctmt Purge Exhaust Inbd Isolation Damper 26028 Sh 1 B-11 El-2 2-AC-7 Ctmt Purge Exhaust Outbd Isolation Damper 26028 Sh 1 B-13 El-2 2-AC-8 EB Purge Exhaust Damper 26028 Sh 2 D-1 El-2 2-EB-100 Ilydrogen Purge Ctmt Isolation Valve 26028 Sh 3 G-5 EI-2 2-EB-41 EBFS Header "B" Isolation Damper 26028 Sh 5 F-11 El-2 2-EB-42 EBFS Fan F-25B Outlet Isolation Damper 26028 Sh 5 F-7 El-2 2-EB-51 EBFS Header "A" Isolation 26028 Sh 5 J-l1 EI-2 2-EB-52 EBFS Fan F-25A Outlet Isolation Damper 26028 Sh 5 J-8 El-2 2-EB-91 Hydrogen Purge Ctmt Isolation Valve 26028 Sh 3-F-5 I-2 2-AC-1 Supply Fan Discharge Damper 26028 Sh I C-2 I-2 2-AC-11 EB Purge Exhaust Darnper With Positioner 26028 Sh 2 D-3 I-2 2-AC-3 EB Purge Supply Damper 26028 Sh I G-2 Rev.O EBFSBDRY.X' S 1 10/6/97
M M M M M M M M M M M M M M M M M M M MILLSTONE UNIT 2 ICAVP CONTAINMENT / ENCLOSURE BUILDING PURCE AND ENCLOSURE BUILDING FILTRATION SYSTEMS Interface Type Device Description Dwg. Location 1-2 2-AC-4 Ctmt Purge Supply Outbd Isolation Damper I-2 2-AC-5 Ctmt Purge Supply Inbd Isolation Damper ~ 26028 Sh I E-3 26028 Sh 1 E-5 I-2 2-AC-6 Ctmt Purge Exhaust Inbd Isolation Damper 26028 Sh 1 B-11 I-2 2-AC-7 Ctmt Purge Exinust Outbd Isolation Damper 26028 Sh 1 B-13 I-2 2-AC-8 EB Purge Exhaust Damper 26028 Sh 2 D-1 I-2 2-EB-100 Ilydrogen Purge Ctmt Isolation Valve 26028 Sh 3 G-5 1-2 2-EB-40M Motor for 2-EB-40 EBFS Suction Damper 26028 Sh 5 F-12 I-2 2-EB-41 EBFS Ileader "B" Isolation Damper 26028 Sh 5 F-11 I-2 2-EB-42 EBFS Fan F-25B Outlet Isolation Damper 26028 Sh 5 F-7 I-2 2-EB-50M Motor for 2-EB-50 EBFS Suction Damper 26028 Sh 5 J-13 I-2 2-EB-51 EBFS IIeader "A" Isolation 26028 Sh 5 J-lI I-2 2-EB-52 EBFS Fan F-25A Outlet Isolation Dan.per 26028 Sh 5 J-8 I-2 2-EB-55M Motor for 2-EB-55 Cond Air Removal Dis To Unit 1 Stack 26028 Sh 5 II-6 I-2 2-EB-56M Motor for 2-EB-56 Cond Air Removal Dis To Unit i Stack 26028 Sh 5 J-6 I-2 2-EB-60M Motor for 2-EB-60 Fuel Area Suction Damper 26028 Sh 5 G-ii I-2 2-EB-61M Motor for 2-EB-61 Fuel Area Suction Damper 26028 Sh 5 F-11 I-2 2-EB-72M Motor for 2-EB-72 Ctmt Clean Up to EBFS 26028 Sh 3 F-12 1-2 2-EB-73M Motor for 2-EB-73 Ctmt Clean Up to EBFS 26028 Sh 9 J-13 1-2 2-EB-91 Ilydrogen Purge Ctmt Isolation Valve 26028 Sh 3 F-5 I-2 F-23 Motor Containment Purge Supply II & V Unit Fan Motor F-23 26028 Sh 1 B-2 I-2 F-25f Motor for Enclosure Building Recirculation Fan \\" 26028 Sh 5 J-8 I-2 F-25B Motor for Enclosure Building Recirculation Fan "B" 26028 Sh 5 F-7 I-2 PDIC-8128 Purge Exh J.lter DP Controller 26028 Sh 2 E-3 I-4 2-IA-688 Instrument Air Surply Valve to 2-EB-91 26028 Sh 3 F-5 I-4 2-IA-689 Instrur;,ent Air Supply Valve to 2-EB-100 26028 Sh 3 G-5 I-4 2-IA-724 Instrument Air Supth Valve to 2-EB-92 26028 Sh 3 F-3 I-4 2-IA-725 Instrument Air Supply Valve to 2-EB-99 26028 Sh 3 G-3 M-3 2-AC-21 Containment and Enclosure Building Ventilation Sys Line Vent 26028 Sh I E-3 M-3 2-AC-31 Contamment and Enclosure Building Ventilation Svs Line Vent 26028 Sh 1 B-12 M-3 2-EB-120 II2 Vent Line Drain 26028 Sh 3 G-3 M-3 2-EB-121 112 Vent Line Drain l26028 Sh 3 F-3 Rev.0 EBFSDDRY.XLS 2 10/6/97
M M M M M M M M M M M M m M M M M M M MILLSTONE UNIT 2 ICAVP CONTAINMENT / ENCLOSURE BUILDING PURGE AND ENCLOSURE BUILDING FILTRATION SYSTEMS Interface Type Device Description Dwg. Location M-3 2-EB-140A EBFS "A" Train Filter Inlet Plenum Common Drain Isolation Manual Viv 26028 Sh 5 H-9 M-3 2-EB-140D EBFS "B" Train Filter Inlet Plenum Common Drain Isolation Manual Viv 26028 Sh 5 F-9 M-3 2-EB-142 EBFS Discharge Test Connection 26028 Sh 5 D-6 M-6 2-AC-5 Ctmt Purge Supply Inbd Isolation Damper 26028 Sh I E-5 M-6 2-AC-57 Ctmt Purge Exhaust Damper 26028 Sh 2 D-1 M-6 2-AC-6 Ctmt Purge Exhaust Inbd Isolation Damper 26028 Sh 1 B-11 M-6 2-AC-8 EB Purge Exhaust Damper 26028 Sh 2 D-1 M-7 X-43 Fan /Flter Unit Steam Heating Coil 26028 Sn 1 B-2 M-8 2-EB-100 flydrogen Purge Ctmt Isolation Valve 26028 Sh 3 G-5 M-8 2-EB-60 Fuel Area Suctionion Damper 26028 Sh 5 G-11 M-8 2-EB-72 Ctmt Clean Up to EBFS 26028 Sh 5 F-12 M-8 2-EB-73 Ctmt Clean Up to EBFS 26028 Sh 5 J-13 M-8 2-EB-86 Manual Locked Closed Valve 26028 Sh 3 E-4 M-8 2-EB-91 Hydrogen Purge Ctmt Isolation Valve 26028 Sh 3-F-5 M-8 2-GR-10 Gaseous Radwaste Discharge to Unit 1 Check Valve 26028 Sh 5 F-6 M-8 Intake Louver Intake Imuser for F-23 26028 Sh 1 B-1 Rev.0 EBFSBDRY.XLS 3 10/6/97
I r-- w ms EUCL O UcE EUILC;!N3 l I v r. or u _p rpt + I^~ %it S. A. l l {~ 1A-724 w? + -.. ] i '~ I l D'2.I R-IA-725 Gcus) = = - := p >-t sj -
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REFERENCES:
-t / [ l AC-130 la 25203-26028. SH.l. REY. 30 f -2 3 x-43 25003-26028. FH.2. REv. 35 OS203 26008. SH.3. 6Ev.10 25203-2G026. SH.4. REY. 7 CUN T AINHE NT /E NCLOSURE 2520 3-26028. SH.5, REY.15 PURGE SUPPLY ED-154 INS TRUMENT TUBlNG. TO UNif 1 INSTRUMENT f 0000h 5 b PARSONS ~ ~-~ e 536852-00080 IIER 1 0
- 2LM91W:01 L -
WORKORDERr5.- FIGURE M -Tl$80-HVAC ' pg,- p ob CONTAINMENT & ENCLOSURE BUli. DING PURGE C3142] 0e }$ EffLOSURE BUILDING HLIEATION CJi40)SYSTEH$ 3@ aa ? Y cmciw rto tw rt u nt te urt ano.co pts {2 m a {N't os # f N'F INit N KE C* ' t TNr E W EF N'E n
M M M M M M M M M M M M 'M 'M M M M M h EMERGENCY DIESEL GENERATOR AND SUPPORT SYSTEMS SYSTEM BOUNDARY AND INTERFACE MEETING SYSTEM FUNCTIONS A. Emergency Diesel Generator Provide reliab?e 4160 volt on site power to supply powe-through the emergency 4160 Volt Buses to the actuated equipment of the protective system if the 4160 Volt off site power source is lost. B. Emergency Diesel Generator Fuel Oil Provide reliable fuel oil supply for operation to each of the emergency diesel generators. C. Emergency Diesel Generator Room Ventilation Maintain suitable environment for equipment and personnel during normal operation and shutdown conditions Maintain a suitable environment for equipment during emergency conditions D. 4160 Volt AC and Fast Bus Transfer Provide 4160 Volt AC power to the emergeng 4160 Volt buses under normal operating conditions and to fast transfer, less than 8 cycles, from the normal station service transformer to the reserve station service transformer upon loss ofoff site power. E. Engineered Safeguards Features Actuation System (Emergency Diesel Generator Load Sequence Only) Provides automatic diesel system load sequencing for the protection system equipment upon receipt of an actuation signal SIAS and loss of voltage from the 4160 Volt AC emergency bus. edgpres. doc Red 10/2/97
m m m i T \\ t O INTERFACING SYSTEMS FOR SY9 TEM REVIEW
- l. 4160 Volt AC
- 2. 125 Volt DC
- 3. 480 Volt System
- 4. Fire Protection
- 5. Service Water
- 6. Instrument Air
- 7. Engineered Safeguard Actuation System (ESAS) 8.
120 VAC
- 9. Emergency Lighting
- 10. Computers UPS
- 11. Computer Room A/C
- 12. Containment Sampling
- 13. Pos Accident Radiation Monitoring
- 14. Reactor Coolant
- 15. Fuel Handling Building II/V l
- 16. Boric Acid l
SEQUENCER OUTPUT INTERFACES TO: l I. Service' Water l
- 2. High Pressure Safety Injection
- 3. Containment Air Recirculation
- 4. Reactor Building Closed Cooling Water
- 5. Charging (CVCS)
- 6. ' Low Pressure Safety Injection
- 7. Containment Spray
- 8. Enclosure Building Filtration
- 9. Auxiliary Feedwater
- 10. Safety Related HVAC ESF koom Air Recirculation Control Room Air Conditioning ReW
- edgpres. doc 10rd97
M 'M M-M mM M M M M-M M M M M M M M 'M EDG Room Ventilation Battery Room Exhaust DC Switchgear Room Cooling AC Switchgear Room Cooling Vital Chilled Water MODIFICATIONS LISTED FOR TIIE SYSTEM - ~ 130 Diesel Generator - 67 Diesel Generator Fuel Oil - 13 Diesel Generator Ventilation -3 Stction 4160 Volt AC ESFAS - 31 Total-130 INTERFACE QUANTITIES TYPE QUANTITY hil 10 M3 56 M5 4 M8 11 EIi 19 EI2 9 EI4 4 EIS 48 12 55 l l l edgpres. doc RnD l 10/2/97 l l
n__.) t 1 L_J EMERGENCY DIESEL GENERATOR SYSTEM INTERFACES INIERFACE DEVICE DESCRIPTION DRAWING SCOPE SUB i i
- lyPf, IDENTIFICATION P
LOCATION BOUNDARY SYSTEMS j El-1 F-LOA AC Motor Dnven Air Compressor 2toI8. Sheet 5, F-10 at toMarv 1-lx3 Startmg Air D-1 F-1011 AC Motor Drnen Air Compressor 26018, Sheet 5, A-10 at beimdary EIX) Startmg Air El-l F-LOC DC Motor Dnten Air Compressor 26018, Sheet 5, F4 at twal=v E1X; Startmg Air El-1 F-10D IX' Motor Dnven Air Luressor 26018, Sheet 5, A4 at tent-v EIX3 Startmg Air El-1 F-27 IX)liestmgand Vent Fan 26027, Sheet I, G-5 at tumdary llVAC El-1 F-3kA Rm A Vent Fan 26027 Sheet I,11-2 at twai-v IIVAC El-I F-3811 Rm 11 Vent Fan 26027, Sheet I,11-2 at loa.i-v IIVAC Ebl P-120A Electnc Motor Dnven Pre-l.ube Pump 26018. Sheet 2,11-7 at boundary rNeset Generate A El-1 P-120H Electric Motor Dnven Pre-Lube Pump 26018. Sheet 3 B-7 at boundary rheses C_.ar a U-1 P-128A Pump on Clean Oil Storage Tank 26010, Sheet 1,11-13 at boundary DG Fue! Oil B-1 P-128H Pump or Clean Oil Oil Storage Tar 1 26010 Sheet 1,11-11 at t~m.iry IX) Fuel Oil El-I P-128C Transfer Pump 26010, Sheet I, D-13 at boundary IXi Fuel Oil El-1 P-128D Iransfer Pump 26010. Sheet I, D-13 at boimdary IXJ Fuel (hl El-1 P47A Ihesel Oil Transfer Pumps 26010, Sheet 1,11-1 at boundary IXi Fuel Oil Ebl P478 thesel Oil Transfer Pumps 26f 9, Sheet 1,11-2 at boundan IX) Fuel Oil El-1 P-88A Electric Motor Dnven Jacket Coolant Pump 260.8, Sheet 2. F4 at t~medary thesel C~,-.mv A D-1 P-88B Electric Motor Dnver Jacket Coola::t Pump 26018 Sheet 3, F4 at tontary thesel C_.ta B El-1 P-89A Standtw Lube (hl Cire. Pump El-1 P-8911 Standtw Lube Oil Circ Pump 26018. Sheet 2. C-5 at inmdary Diesel Gerwaty A 26018 Sheet 3. C-5 ,Jte M Ihesel es~.sv H Eb2 2-IXi-27A Starting Air Vent Valve 26018, Sheet 5. K-13 at toniary EIXi Startmg Air El-2 2-IXi-2711 Vent Valve 26018, Sheet 5 E-12 at tentarv .2G ung nar El-2 24Xi-95A Solenoid Valve 26018, Sheet 5, J-8 at boundary EIXi Startmg Arr D-2 2-IXi-95H Solenoid Valve 26018, Sheet 5, E-? at ton 4*rv ElXJ Startmg Art El-2 2-IXi-96A Solenoid Valve 26018 Sheet 5. J-10 at tenia __y ElXI Startmg Air D-2 2-IXi-9611 Solenoid Valve r 26018, Sheet 5, E-11 at boundan EIXiStartmg Air El-2 2-liv-253A.H IX) RM AAB Exhaust Damper 26027, Sh 1,114 at boundary Diesel Generator A/II El-2 2-11V-255A IXi RM A Exhaust Damper 26027, Sh 1,3-1 at boundarv Ihesel Caxiator A El-2 2-IIV-25511 IXi RM H Exhaust Dmmer 26027, Sh 1,11-1 at tamdary thesel Caxietor A - El-4 X-54A Standtw Jacket Coolant 11 eater 26018, Sheet 2. F4 at txxmdary DieselGenersaw A E14 X H Standby Jacket Coolant lleater 260!8, Sheet 3. FA at tentary Diegel Generamw B B4 X-55A I.ube (hl IIcater 26018 Sheet 2, A4 at boundary thesel cenerske A D-4 X-55H Lube Oil IIcater 26018. Sheet 3. A4 at boundary Diesel Genersaw n El-5 22E1-2 480V Hrkr Bus 22E to MCC 22-1E 30008II-l1 at bc miary 480V Subst. Emer Eb5 22E2-2 480V Brkr Hus 22E to PRESS IfIRS PROlURT 30008 11-11 at tv=_i=v 480V Suld Emer El-5 22E3-2 480V Brkr lius 22E to MAG-JACK M-G SET 30008 11 10 at boundarv 480V Subst. Emer. B-5 22E4-2 480V Hrkr Hus 22E to IX'I 30008 11-10 at boundan 480V Subst Emer. El-5 22E5-2 480V Hrkr Hus 22E to MCC 22 30008 11-9 El-5 22E6-2 480V Brkr Bus 22E to FI4A at boundary 480V Sute Emer. 30008 11-9 at bosnt*ev 4 tov subst nner. sur- <deedsnimis race of 6 M
'" W M M U L I U EMERGENCY DIESEL GENERATOR SYSTEM INTERFACES INIERFACE DEVICE DESCRIPIlON DRAWING SCOPE SUB TYPE IDENTIFICATION LOCATION BOUNDARY SYSTEMS El-5 22E7-2 480V Hrkt lius 22E to F 14C MN 4811-8 at boundarv 480V Subst Fmer El 5 22ES-2 480V Hrkr Bus 22E to Ir3 30008 11-7 at boundarv 4 tov sute Em El-5 22E9-2 480V Hrkr Bus 22E to C33A 30008 Il-8 st hi,dsiv 480V Subst. Emer. El-5 22F1-2 480V Hrkr Bus 22F to C3311 30008 D-9 at boimdan 480V Subst ther El-5 22F2-2 480V Hrkr Hus 22F to 14D 30008 IA9 at tmundarv 480V Subst Emer. El-5 22F3-2 480V Brkr Bus 22F to 14H 30008 IA8 at boundarv 480V Subst Ehr. El-5 22F4-2 480V Brkr Hus 22F to 14H 30008IA7 at boundarv 480V Subst Erner. El-5 22F5-2 480V Brkr Hus 22F to 14H 30008 IA7 at boundarv 480V Subst Erner. El-5 22 F6-2 480V Brkr Hus 22F to 14H 30008 I A7 at boundarv .480V Sutut. Erner. El-5 22F7-2 480V Hrkr Bus 22F to 14H 30008 IM at boundarv 480V Subst Emer. El-5 22F 8-2 480V Brkr Bus 27F to 1411 30003IA5 at boundarv 480V Subst Emer. El-5 52-A102 4KV Brkr Bus 24A X Tie to 24H 30004 3-10 at boundarv 416KV Huses El-5 52-A206 4KV Brkr Bus 24H X Tie to 24A 300 M D-5 at boundarv 4.16KV Buses El-5 52-A302 4KV Brkr Emergency Hus 24C X he to 24D 30005 J-l I at tvundarv 4160V Erner. Huses El-5 52-A303 4KV Brkr to XRMR 24 Cl-1X M)005 J-10 at boundarv 4160V Emer. Huses El-5 52-A3M 4KV Brkr Hus Feed to 24A 30005 J-10 at boundarv 4160V Emer. Iluses El-5 52-A305 4KV Brkr Bus Feed to 24E 30005 J-9 at boundarv 4160V Emer. Huses El-5 52-A306 4KV Brkr Bus 24C to Service Water Pump P-5A 30005 J-8 at boundarv 4160V Erner. Huses l El-5 52-A307 4KV Hrkr Hus 24C to Aux Feedwater Pump P-9A 30005 J-8 at boundarv 4160V Eher. Huses El-5 52-A308 4KV Hrkr ilus 24C to iIPSI Pump P41 A 30005 1-7 at bourvisrv 41M)V Erner. Huses El-5 52-A309 4KV Brkr Bus 24C to LPSI Pump P42A 3000514 at bour darv 4160V Emer. Huses El-5 52-A310 4KV Brkr Bus 24C to CS Pump P43A 30005 J-5 at boundarv 4160V Erner. Huses El-5 52-A311 4KV Hrkr Bus 24C to RHCCW Pump P-11 A MX105 J-5 at boundarv 4160V Em-r. Huses El-5 52-A312 4KV Brkr Bus 24C From Diesel Generator "A" MMN)$ J-2 at boundarv 4160V Erner. Huses El-5 52-A401 4KV Brkr Bus 24D From Diesel Generator *H" 30001 G4 at boundary Mam Lme El-5 52-A402 4KV Hrkr Bus 24D to RBCCW Pump P-IIC 300051A10 at boundarv 4160V Emer. Huses El-5 52-A403 4KV Brkr Hus 24D to IIPSi Pump P4 ?C 300051>9 at boundan 4160V Emer. Huses El-5 52-A4M 4KV Brkr Hus 24D to LPSI Pump P42H 20005 D-8 _ at boundarv 4160V Emer. Huses El-5 52-A405 4KV Hrkr Hus 24D to CS Pump P-43H 30005LA8 at boundarv 4160V Emer. Huses El-5 52-A406 4KV Brkr Bus 24D to Aux Feedwater Pump P-9H 30005 D-7 at boundary 4160V Emer. Huses El-5 52-A407 4KV Brkr Bus 24D to Service Water Pump P-5C 30005 D-6 at boundarv 4160V Emer. Huses El-5 52-A408 4KV Brkr Bus 24D Feed to Hus 24E MMX)5IA6 at boundarv 4160V Emer. Huses El-5 52-A409 4KV Hrkr to XRMR 24 D7-1X 30005 D-5 at boundarv 4160V Erner fluses El-5 52-A410 4KV Brkr Bus 24D Feed to Hus 24H 30005 D-4 at boundan-4160V Erner Huses El-5 52-A411 4KV Brkr Emergency Bus 24D X Tie to 24C 30005 D-3 at boundan 4160V Emer Huses El-5 52-A505 21S3-24E-2 30001 G-11 at boundary Mam lane El-5 HO502 4KV Brkr Bus 24C to 24Cl 30001 E-5 at boundary Mam Line El-5 HO503 4KV Brkr Bus 24C to MCC 22-1E 30001 D-4 at boundary Mam Lme tier-1 e#cdgsi zh Page 2 of 6 ~ ' ~ - ' ' - ~- -
~ W M 'M M M M M M M M M M M M m M M M M EMERGENCY DIESEL GENERATOR SYSTEM INTERFACES IN TERFACE DEVICE DESCRIPTION DRAWLNG SCOPE SUB 1TPE IDENTIFICATION LOCATION BOUNDARY FYSTEMS El-5 B0507 4KV Brkr Bus 24C to MCC 22-2h Klool D-5 at ton _i=ry Mam Lme El-5 BO606 4KV Brkr Bus 24C to MCC 22-2F 30001 IM at to.mdary Mam Lme El-5 DO610 4KV Brkr Bus 24C to MCC 22-IF 30001 D-4 at inmdary Mem Lme El-5 B0611 4KV Brtr Bus 24C to 241J7 30001 E-3 at tumdarv Mam lane 1-2 F-I 12A Battery Rm Exhauster Fan I at tumdary I-2 F-1 s 2B Battery Rm Exhauster Fan 2 at tamdary 1-2 - F-I33 Vital Sugr Room Coolmg Fan at temiarv I-2 F-134 Vital Swgr Room Coolme Fan at boundarv I-2 F-14A Contatmnent Air Rectreulation Fan at todry 1-2 F-l.1B Contamment Air Rectrctriation Fan at toniary I-2 F-14L Contamment Air Rectreulation Fan at boundary 1-2 F-14D Eontainment Air Rectreulation Fan at tentary 1-2 F-15A ' Engineered Safeguard Rm Air Rectre Umt I at toniary 1-2 F-15B Engaiecred Safegwird Rm Air Reetre Umi 2 at boundarv I-2 I~-18A Post Ir6de
- Recirc Fan I att e n tary 1-2 F-18B Post Incident Rectre Fan 2 at boundary 1-2 F-21 A Cont Rm A/C System Unit No I at boundary I-2 F-2 IB Cont Rm A/C System Umt No 2 at inmdary I F-25A Enclosure Buildmg Filtration Fan No I at %mdary 1-2 F-25B Enclosure Binldmg Filtration Fan No. 2 r tamdary 1-2 F-31 A Cont Rm Exhaust Fan I at tentary I-2 F-31B Cont Rm Exhauct Fan 2 at tamdary I-2 F-32A Cent Rm Filter Fan I at teniary 1-2 F-32B Cont Rm Filter Fan 2 at toniary 1-2 F-36A Cont Rm A/C Air Cool Condenser 1 at tamdary I-2 F-36B Cont Rm A/C Air Cool Condenser 2 at tentary I-2 F-38A IX) No I Vent Fan at t. ndary 1-2 F-38B IX} No 2 Vent Fan at boundary I-2 F-51 Vital Switchgear Coolmg Fan at to=i=v I-2 F-52 Vital Switchgear Coolmg Fan at tumdarv
!-2 F-54A DC Swgr Room Cooling Fan I at temi=rv I-2 F-54B IX' Swgr Room Coolmg Fan 2 at tumdary 1-2 P-1IA Reactor Dutidmg Closed Coolmg Water Pump at temdary 1-2 P-11B Reactor Buildmg Closed Coolmg Water himp att a mlarv I2 P-11C Reactor Buildmg Closed Coolm3 Water Pump at tumdary 1-2 P-122A Chilled Water Pump at tamdarv I-2 P-122B Chilled Water Pump at boundary I-2 P-18A CVCS Charging Pump No. I at tentarv eier-Wededzis Page 3 er 6
M M M M EMERGENCY DIESEL GENERATOR SYSTEM INTERFACES INIERFACE DEVICE DESCRIPTION DRAWING SCOPE EUR Dff IDENTIFICATION LOCATION BOUNDGY SiSTQiS 1-2 P-188 CVCS Chargme lhp No 2 at to nhev X-2 P-1 RC CVCS Chargmg Pmop No. 3 at tamdary 1-2 P-18D CVCS Clutrgmg Imp No 4 at bormbry I-2 P4;A lbgh Prcume Injection Pump at balarv I-2 P4113 Ifich Pressure Infection Pt:mp at 64ary 1-2 P4IC lbgh Pressure infection I'muy at tomdary 1-2 P42A low Pressure Infection Pump at tombry I-2 P4213 low Prenme Injection IWp at t-w.dary I-2 P43A Contamment Spray Twup at boundars 1-2 P43H Com x ant Sprey Pump at tamdary I-2 P47A Diesel Oil Transfer Pump 26010, Sh I,11-1 at boundary IX3 Fuel Oil L2 P47B Diesel 01 Transfer IWp 26010, Sh 1,11-2 at boundary IX3 Fuel Oil 1-2 P-5A Service Water Pump at 6ay 1-2 P-5B Prvice Water Pump at boundary 1-2 P-5C Service Water Pump at tomhrv I-2 P-9A Auuhary Feedwater Pump at tomhrv 1-2 P 9H Auuharv Feedwater Pump at boundary 1-2 X-169A Chiller at bourdary 1-2 X-169H Chiller I-2 X41A Enclosure Hmidmg Filtration IIcater at 6 t _ y at turky j I-2 X41B Enclosure Buildme bltration Hester at ten hrv l M-1 2-IXi-54 Rehef Valve PSV-8950 '26nl8, Sheet 5,11-9 l M-1 2-IXi-55 Rehef Valve 15V-8951 at boundary EIXi Startmg Air 26018, Sheet 5,11-7 at bounda.y EDG Startmg Air M-1 2-IXi-56 Rebef Valve PSV-8952 26018, Sheet 5, B-9 at h, bry E1XiStartmg Air M-I 2-IXI-57 Rehef Valve 15V-8953 26018 Sheet 5, C-7 at L a"ary EIX) Startmg Air M. I 2-IXi-59 Rehef Valve PSV-8819 26018, Sheet 5, F-12 at boundary EIX)Startmg Arr M-1 2-IXi40 Rehef Valve 15V-8821 26018, Sheet 5, F-5 et twwey E1XIStimg Air M. I 2-IXJ41 Rehef Valve PSV-8820 26018, Sheet 5, A-12 at boundary EIX)Startmg A r M-1 2-DG42 Rehef ValvePSV-8822 26018, Sheet 5, A4 at boundary EIXJ Stamig Air M-I 2-IXi47 Electnc Motor thiven Pre-Lube Ftimp Reher Vr.!ve 26018. Sheet 2, B-7 at 6 bry DieselGereat A M-1 2-IXJ48 Electne Motor Driven Pre-Lube Pump Rehef Valve 26018, Sheet 3,15-7 at boundary Diesel C~~.tv H M-3 2-D6 99A I 701 Vent Valve 26018, Sheet 2, B-8 at foundary Diesel C~~.tv A M-3 2-IXJ-104A Dram Valve 26018. Sheet 5, G4 at boundary ElXiStartmg Air M-3 2-DG-INH Ihain 26018, Shaet 5, G4 at L a y EIX) Startmg Air M-3 2-IXi-108A Drsin Valve 26018, Sheet 5, F-Il at L a y EDG Startir:3 Arr M-3 2-IXI-108B Drain 26018, Sheet 5, F4 at 6.dary EIX;Startmg Air M-3 2-IXI-109A Iham Valve 26018, Sheet 5, A-II at teray E1Xi Startmg Air M-3 2-LXJ-109H Dram Valve 26018, Sheet 5 A-5 att e n hev EIX;Startmg Air ner- <dgaissixis Pree 4 of 6
M L-.] O O EMERGENCY DIESEL GENERATOR SYSTEM INTERFACES INI ERFACE DEVICE DESCRIPilON DRAWING SCOPE SUB TYPE IDENTIFICATION LOCATION BOUNDARY SYSTEMS M-3 2-LXi-l 12A Dram Valve 26018, Sheet 5, G-5
- b.sundary EDG Startmg A:r M-3 2-Ixi-112B Ikam Valve 2r 018, Sheet 5 B-5 at boundan EIXi Startmg Air M-3 2-IXi-114A Dram Velve 26018. Sheet 2, IM at boundary thesd Carew A M-3 2-DG-11413 Ikam Valve 26018. Sheet 2, IM at tamdarv theed Genernw A M-3 2-DG-11 SA
[kam Valve 26018. Sket 3,IM at bounisy theid Caerew B M-3 24Xi-11513 Ikam Valve 26018. Sheet 3,IM attvundssv thesd Genernw a l M-3 2-IXi-127A Vent Valve 26018, Sheet 5, F-6 at boundsrv EIXi Startmg Air M-3 2-LXi-130A Ikain Valve 2t018, Sheet 2, IA9 at boundarv theselGeneraw A M-3 2-IXi-130ll Ikam Valve 260!8, Sheet 3. Ib9 at temdary thesel Generaw B M-3 24Xi-16A Jacket Water Ikam Valve 26018. Sheet 2. E-1 I atl a w iary DeelGenersw A M-3 24Xi-16B Jacket Water tham Valve 26018 Sheet 3 E-1I at br mdary Deesel Genersw B M-3 24Xi-I A Air Coolmg fleat Exchanger tham Valse 26018, Sheet 2. K-12 at boundarv theselCaerew A M-3 24Xi-1 B Air Coolmg fleat Exchanger Ikam Valve 26018, Sheet 3. K-12 at boundary thegel Gener=w B j M-3 24X3-22A IX) Lube 0:1 Inlet Valve 26018. Sheet 2. IM attt h Denel0eneraar A l M-3 24Xi-2213 IXi Lube Oil Ikam Valve 26018 Sheet 3. IM at tmundary Diesel Genersu 8 M-3 24Xi-25A Lube th! Stramer Ikam Valve 260;8, Sheet 2 A-8 at twndarv DieselGenernw A M-3 24Xi-25B Lube Oil Strainer Ikain Valve 26018, Sheet 3. A-8 at boundarv thesel ocnerew B M-3 24Xi-2A Air Coolmg flcat Exchanger Vent Valve 26018 Sh et 2 K-12 at boundarv ' theses Generew A M-3 24Xi-2B Air Coolmg flest Exchanger Vent Valve 26018 Sheet 3. K-12 at tmundary Diesd Genessu B M-3 24Xi-34A Ikain Valve 26018. Sheet 5 G-10 at boundary EIX) Startmg Air M-3 24XI-3413 Dram Valve 26018. SSect 5, G-6 withm bounda:V EIXi Startmg Air M-3 24Xi-34D Ikam Velve 26018, Sheet 5, IM at boundsrv EDG Startmg Air M-3 24Xi-34 L Ikam Valve 26018, Sheet 5, B-10 at boundarv EIX1Startmg Air M-3 24Xi-5A JW liX Vent Wlve 26018, Sheet 2 G-12 at bnundary Diesef Generaw A M-3 2-IX;-7A JW 1IX them Valve 26018. Sheet 2 F-12 at boundary DieselGeneraw A M-3 24Xi-84A Lube (hl Vent Valve 26018, Sheet 2 C-7 at boundsrv DieselGenersw A M-3 2-IXi-84B Lube Oil Vent Va've 26018, Sheet 3. C-7 at boundary Diesel Generaw B M-3 2-Ixi-89A Ikam Valve 26018, Sheet 5, L6 at inundary EDG Startmg Air M-3 2-IX3-8911 iham Valve 26018. Sheet 5, EM at boundary EDG Startmg Air M-3 2-Ixi-8B JW ikam Valve 26018. Sheet 3, E-4 at bourwiary thesel Generow B M-3 24Xi-90A Ikam Valve 26018, Sheet 5. J-10 at boundary EIXi Startmg Air M-3 2-IX1-9011 Ikam Valve 26018. Sheet 5. D-10 at bnundary EIXi Startmg Air M-3 2-LXi-98B 1,704 Lube Oil Filter Vent 26018, Sheet 2, C-9 at teundary the elGenerow A M-3 2-IXi-98D l 7M Lube Oil Filter Vent 26018, Sheet 3. C-9 at boundary Diesel Genersu B M-3 2-FO-10 Normally Closed Gate Valve 26010, Sheet 1,11-4 at boundary IX) Fuel (h1 M-3 2-FO-103A Gate Valve (normally closed) 26010, Sheet I, K-3 at tmundary IX) Fuel (hl M-3 2-FO-103U Normally Closed Gate Valve 26010. She 1 1,11-? at boundary Ixi Fuel (hl M-3 2-FO-26 l-48B Iksin Valve 26010, Sheet i Ib5 at boundary IXi Fuel (hl ne,-t edg edesi uh rare 5 af 6 ~- ~ ~ ~ ~ ~ ~ -
M M M M M M M M M M M M m M M M M M M EMERGENCY DIESEL GENERATOR SYSTEM INTERFAC_ES IN TERFACE DEVICE DESCRIPTION DRAW LNG l SCOPE SER M IDENTIFICATION LOCATION BOUNDARY SYSTEMS M-3 2-F O-48B Dram Valve 26010, Sheet 1. F-5 at twandary LXi Fuel G1 M-3 2-FO-788 Dram Valve 26010, Sheet 1, D4 at bounderv DO Fuel Oil M-3 2-FO-78A Normally CHed Gate Valve 26010, Sheet 1,11-5 at boundarv IX) Fuel Od M-3 2-FO-85 LC-7009 Vent Valve 26010, Sheet 1. E4 withm boundary IX3 Fwl Od M-3 2-FO-89 Ikam Valve 26010, Sheet I, E-5 at lxmndary IXi Fod GI M-3 2-FO-91 Normally Closed Gate Valve 26010, Sheet 1, J4 at boundary DG Fuel Oil M-3 2-FO-92 Gate Valve mormally closed) 26010, Sheet I,11-5 at bounderv DG Fuel Oil M-3 2-FO-95 Normally Closed Gate Valve 26010, SW 1,114 at boundary IX) Fuel Od M-3 2-F 0-97 1117012 Dram Valve 2f.010. Sheet I, D-5 at boundary IXi Fuel Oil { M-3 2-FO-98A Normally Closed Gate Valve 26fM O, Sheet I, J4 at boundary DG Fuel Oil M-3 11-7I1 Diesel Engme (Lube Oil Side) 26018 Sheet 3, D-6 withm bourwarv thewi benernw B M-5 X-53A Lube Od liest Exchanger 26018, Sheet 2, C-I l at tenian DeelGesurons A M-5 X-53B Lube Oil licat Exchanger . 26GiE, Sheet 3, C-1 I at boundary DeelPenerow 1 M-5 X-83A An Coolmg IIcat Exchanger 26018, Sheet 2, K-12 atte m i=ry EwelGenersw A M-5 X-83B An Coolmg flest Fxchanger 26018, Sheet 3, K-12 at temiary Deel Genernw B M-8 2-DG-43 Manual Valve 26018, Sheet 5, E-3 at %mdary EDO Startmg An M-8 2-LXi-44 Manual Valve 26018. Sheet 5, E-3 et*>on = tary ElX} Startmg An M-8 2-DG45 Manual Valve 26018, Sheet 5, E-3 at boundary ElXi Sim Ar M-8 2-IXi46 Manual Valve 26018, Sheet 5, E-3 at tentary FiXi Startmg Air M-8 2-IIV-251 Discharge Damper for Fan F-27 26027 Sheet I,11-5 at temdary IIVAC M-8 211V-252 LXi inlet Damper 26027. Sheet I,114 at boundary llVAC M-8 211V-2538 Inlet Darrper for F-27 Fan 26027. Sheet I,11-3 at tomdary liVAC M-8 IIV-8014 Solenoid Valve 26027, Sheet I,114 at temdary IIVAC M-8 P Purge Valve 26010, Sheet I,15-6 at boundary IX) Fuel Od M-8 P Purge Valve 26010, Sheet I, G-3 at boundary DG Fuel Od M-8 P Purge Valve for T48B 26010, Sheet I, D-6 at tomdary IXI Fuel Od tier-iedgeds tis Puse 6 ef 6 a
~ . -.. - - _.., -., ~ ..~.~..... -. .)L w s.:.* kI t . j1 1 . [.. t i! -t I -t- .JACAET WATER-O EXPANSION TANK - r ~4 "4 i' I s 1 ,1 ENGINE EmivENT AIR COOLANT PtNP 5 o AIR COOLING ly' SW " ~* SW O HEAT EXCHANGERS N l, 3 ELECTRIC HOTOR \\ JACKET COOLANT Y' g PUMP STANDBY COOLANT J ( l iN u.s HEATER ~~j-1f3 o i y .(? D^ ) { U ~'v. ! "- -[.. b JACKET WATER 6W -* HEAT EXCHANGER "6W ( 4 . s. DIESEL DRIVEN
- d JACbEI WA'ER PUMP 7
EXHAUST SILENCER 9 i i k I i I AIR INTAKE FILTER SILENCER 4 O!ESEL ENGINE i r LUDE OIL SW--* K AT EXCHANGER --* Sw ENGINE DRIVEN ]. l l Sig4 L.D. PUMP f I IC1R bs LUBE DIL _ l T FILTER LUBE OIL HEATER +l ~ LUBE Olt t i HOTOR ORivE i STRAINER PRE LUBE PUMP .i-2 q: ..a 2 ' g T-m' y. .iLI%E ,n, .r .--i----,,~,,,--. --,,,-~ -,
TMSTEC u a*> APERTURE CARD Abo Avdbbb en Armture Cc:1 1 REDOL i PS UQ1Ela [pCOOLf Rs
- 1. ALL CCt4POf JENT 1.D.*S ARE F'RECEEDED DY '2
- Uf 4LESS OTHERw15E NOTED.
Di f _.{--} _ 70000-CHARGERS -L._J - 6E F E F DED Y L.O. Wir I P PARSONS 536852-00080 TIER 1 0 C ' ~ U)RK OfiDER NO. ~FIGURE 'M2-TISBO-EDGWCl ' REi ~ 9? ~ bacN9hTEL-W YL DIESEL GENERATOR Li LUEE O!L. AIR AND JACKET WATER COOLING k a gg ..~. -,, 3 TEM 4:1 D*i f INT E RFMt OA T [ PeTE RE MI Da f[
.- w a _ ~, I -1 (~ I D/G CONTROL \\ I'- 128A WOOOWARD } f~ GOVERNOR F \\ T-994 9 DIESEL GCNE RATOR S DIESEL OIL "'70 U"O SUPPLY T-998 (~ FO-79 TANN T-48A f P-l ?OA (NOTE 2) LC{FO-04 I ENGINE ORIVE CLEAN OIL CLE AN OIL FUEL OIL PUMPS TRAtGFER PUMPS STORAGE TANKS r' (NOTE 3) D/G EONTROL f'- P-128C WOOOW."iRD LC { FO-12 ] t GOVERNOR T-99C 8 DIESEL fm GENERATOR OLESEL OIL (]j "'70 bd SUPPLY ts_.i E y.qq0 FO-80 TANN T-48B f P-178B (NOT E 2) a e P-1200 FO 38 y DIESCL OIL FO-28 / l P47B l TRANSFER lP47Al
- [
PUNPS DESTEL DIL STORACE TANK T-47A s L t i (, ( l._
ANSTEC
- "a APERT' IRE y
CACD -..y Also tr!!2:3 0f1 { Apcstura Cr:rd TOTES: i I.ALL COMPONENT !.D.*S ARE PRECEEDED pp J BY *2
- UNLESS DiHERw!SE NOTED.
- 2. THERHALLY FUSED V ALVES FAILED CLOSE ON FIRE.
- 3. IH AUTO. STARTS ON Hlf.H LEVEL OF CLE AN OIL STORAGE T ANK.
FO-3A lFO-2A [ REFE RENCEL 25203-26010. SH l. REV.12 laaaooar 03 5 b PARSONS 536s52-e0080 HER 1 o c
- r ;.: ~ m e: m
' VM BRid Nh.~ RGURE * ' REE. - h nJT DIESEL FUEL OIL SYSTEM d,o ~ O = yy +9(( mu eto wt m a to oait ame.w t i, ,, ~, -, I
.- =, i ( f;Ocn1 A -s i I ( ( l Q'h' i HY 2574 y iy_,. g, j O [# (_ ) ' I --~ 0'G " (" ^ rnos outstol _i _ Q 4} g AIR 40.A.) \\ l HV'2t p.3na 82[# DG VCNill ATION f t.N l t..._.._____.-..._ ( l h00H O b I gQ-1 .Hy 2b?n I 4 + g [ i } r i 4-s) -3) Hv-2530 x.44 s l l' 27 Oll 5f L GI Nl fiA100 l J HE AlING 8. Yf N1 FAN r l i e0vi gy. IfJHV-2570 g;.... - -., I I l -*- 0/G ROOH B d'. () FRCN OUISIDE AIR (0.A.) Hv+2568 Ti F 3BB 8'7 OG VEi4TILAT10N FAN i i
- N e.
. _.. j... di LW Q - [il[ 5 L L Ol'L N/ 5 f t.fil ANSTEC q pg...., n C.'.c< Ab3 f.WhtI; ca l f;Xflu;c C.:tu ( l ) f -I l 'A l tD. lib I
- 1. AlL ((#driuJI NT l.D.'S 4Hf M(EClEDI D Of *2
- OtJLI $$ OTHE RWi![ 40f t D.
l .._..J l l l l l I BLLL!LtLLD '*) tbm tw?7. SH.t. ncv. 27 l,/10 l 4 _j_. .. sui ... l t I l I i 97/a m o o '2 l 5 _.._. J b PARSONS 53c852-00080 Ilta i o ' ~ id [EO't5 ' FIGURE 'M2 ilSBD-(X.Rvi ~ EEv.~jy EJT.&.;i.* Ma"J - w
- b. l*
v h+k DIESEL E.EtGATOR ROOH YLNilLAllDN
- a 1 *~
?@ gg ~..m .....e ww N'lel8 k t.,i INil es N g mit wtpsgg pig ^
w wo NOl[ ? t k_ - %.. i D:( !.I L 7 ti.lut ,----.{ ).----, " w ?tv - 3 L Q Srs v i j Dit t klDu f 04 u pg,, q j i DO-4JA
- 4.);}
g b v i f 4 f e -- - { 1-(.. e DO 27A g[j,. Q Q w w I.0 314 IO*33D _{ ', 1 ew lb 4f'A ./DC.3?A (0 3?D to t t ? /- r' ,S ~ ( h L itJ# 11N(, l S T Au f l tar. Alu 4 -i sj.{ x3-- --) { x3.--{ - f > A14 (/,'l$3) %)g DG-35A [0 350 /'j$ [Eil) (L +3%A]---(L 3550}~ -{x) l'40 - f lL 1[ H DHif R (d if R F IL l[ R g (
- -QDG41 1
E Q F JL ilR C)'d F IL i[ R 1-> [0-f2 - - v, __,.,0A ,.y 1 A.C. AIR IJ,C. AIR 00ffu[sGOR (Otthi$504 [ t401[ ? [0-950 DIL M t. I tr,INE -( US nm o ggp N F2 W2 o DISt hibuf 0R h START D4 918 DC 9?O \\ l q . ~D {g' (~j Vi NI
- DJ p[
DG-270 CBb Q - (p 3 ( (4 339 41, tP /DG3?C tc.9(,g 00*300 thil 2 STAR 11NG DG 35C DG 350 $1Anttuc AIR 4 {- 74x(-){x}-f sj-* AIR T AN6 iANs + 1 49[,' 1 49D ) lL-3%C f--{ L-3%D } {L-355D} (w) PRE rlLi[R D4YEh AFIER FILLER v l ~~gDG-C,1 t\\1 C-Q F IL TE R D Q FILIE R PT-f-100 r -100 l' A.C. AIR D.C. AIR (DMr ntsste, cow nt550s i
- ~
w
t I i Ia i i LLLLD u.i,,.... Con n ow r.1u r ANSTEC e - tota n ost S' APERTURE o r*<n on~ s = t CARD _g Also Avn!!cblo on Aporturo cerci tik-~ .-- M --- OG 62 ' + T--- - PT--{X}- INSTRUMt fJT g_ nlR i M -l LQllia i
- 1. ALL CCwoNENT 1.D. S ARE fHECCCDCD l
BY '2 ' t#4LL'S$ 01HCRWISC tdottrt, t
- 2. VENT (WJ DIESCL START SIC.NAL.
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