ML16130A395
| ML16130A395 | |
| Person / Time | |
|---|---|
| Site: | Crane  |
| Issue date: | 04/11/2016 |
| From: | Exelon Generation Co |
| To: | Office of Nuclear Reactor Regulation |
| Shared Package | |
| ML16127A520 | List:
|
| References | |
| TMI-16-035 | |
| Download: ML16130A395 (1) | |
Text
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REACTOR COOLANT PUMP MOTOR SWITCHGEAR (CUSTOMER)
TEMPI RELAY I (49X)
- -}
NO CONTACT TO SWITCHGEAR OF OTHER 1HREE REACTOR COOLANT PUMP MOTORS (TO CORE LIFT INTERLOCK)
- -}
NO CONTACT TO SWITCHGEAR OF OTHER THREE REACTOR COOLANT PUMP MOTORS (TO CORE LIFT INTERLOCK)
RCS COLD LEG TEMPERAURE (CORE LIFT INTERLOCK)
REACTOR POWER LEVEL 30% POWER PUMP ICCW FLOW (LO)
PUMP SEAL INJECTION WATER FLOW (LO)
COOLING WATER FLOW TO AIR COOLER (LO)
UPPER BEARING OIL LEVEL (LO)
LOWER BEARING OIL LEVEL (LO)
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OIL DRAINS FROM RC-P-1C 302-552 SH. 2 (A-4)
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- RC-P-1A--- RC-T-9 RC-P-18--- RC-T10 RC-P-1 c--- RC-T11 RC-P-10--- RC-T12 OIL DRAINS FROM RC-P-10 RC-V1138 302-003 302-002 302-001 CiWc.-NO.
REVISIONS 4 IVARIESIREVISEO TO INCORPORATE ECR-14-00092 REV. 0 INSTRUMENT NUMBERS RC-P-1A RC50-TE1 RC50-TE2 RC50-TE3 RC50-TE4 RCSO-TES RC50-TE6 RC51-TE1 RC52-TE1 RC53-TE1 RC54-TE1 RC54-TE2 RC55-TE1 RC55-TE2 RC56-PS1 RC56 PS2 RC56 PS3 RC56 PS4 RC56 PSS RC57 FS1 RC57 FS2 RC58 FS1 RC58-FS2 RC59-FS1 RC59-FS2 RC60-LT1 RC60-Ll1 RC61-LT1 RC61-Ll1 RC62-LS1 RCVT-76A RCVT-76B RCVl-76A RCVl-76B RC65 PV1 RC66 Pll RCVT 147A RCVT 148A RCVI 147A SERVICE RANGE UNITS RC-P-18 RC-P-10 RC50-TE7 RC50-TE19 MOTOR STATOR TEMPERATURE (cu RTD) 0-200
- c RC50-TE9 RC50-TE21 MOTOR S1ATOR TEMPERATURE (CU RTD) 0-200
- c RC51-TE2 RC51-TE4 TEMPERATURE INLET AIR TO MOTOR (TC) 0-100
- c RC52-TE2 RC52-TE4 LOWER RADIAL BEARIN_G TEMPERATURE (TC) 0-250
'F RC53 TE2 RC53-TE4 UPPER RADIAL BEARING TEMPERATURE (TC) 0-250
- c RC54 TE3 RC54-TE7 UP THRUST BEARING TEMPERATURE {TC) 0-250
'F RC54 TE4 RC54-TE8 UP THRUST BEARING TEMPERATURE {TC) 0-250
'F RC55 TE3 RC55 TE7 DOWN THRUST BEARING TEMPERATURE (TC) 0-250
'F RC55 TE4 RC55 TES DOWN THRUST BEARING TEMPERATURE (TC) 0-250
'F RC56 PS6 RC56 PS16 PRESSURE OIL LIFT PUMP DISCHARGE 240-3000 PSI RC56-PS7 RC56 PS17 PRESSURE OIL LIFT PUMP DISCHARGE 240-3000 PSI RC56 PS8 RC56 PS18 PRESSURE Oil LIFT SYSTEM MANIFOLD 240-3000 PSI RC56-PS9 RC56 PS19 PRESSURE OIL LIFT SYSTEM MANIFOLD 240-3000 PSI RC56 PS1 RC56 PS20 PRESSURE OIL LIFT SYSTEM MANIFOLD 240-3000 PSI RC57 FS3 RC57 FS7 REVERSE ROTATION INDICATOR FLOW 12,7 23 GPM NO FLOW 7 19 GPM RC57 FS4 RC57 FS8 REVERSE ROTATION INDICATOR FLOW 12,7 23 GPM NO FLOW 7 19 GPM RC58 FS3 RC58 FS7 OIL FLOW THROUGH. COOLER (RC P 1A/D)
FLOW 12,7 23 GP~A NO FLOW 7-19 GPM RC58-FS4 RC58-FS8 OIL FLOW THROUGH COOLER (RC-P-2A/D)
FLOW 12,7-23 GPM NO FLOW 7-19 GPM RC59-FS3 RC59-FS7 OIL FLOW BACKSTOP LUBE PUMP FLOW 0.4-1.8 GPM NO FLOW 0.24-1.28 GPM RC59-FS4 RC59-FS8 OIL FLOW BACKSTOP LUBE PUMP FLOW 0.4-1.8 GPM NO FLOW 0.24-1.28 GPM RC60-LT3 RC60-LT7 OIL LEVEL-UPPER RESERVOIR
+/- 3" INCH RC60-Ll3 RC60-Ll7 OIL LEVEL-UPPER RESERVOIR
+/- 3*
INCH RC61 LT3 RC61-LT7 OIL LEVEL-LOWER RESERVOIR
+/- 3" INCH RC61 Ll3 RC61 L17 OIL LEVEL-LOWER RESERVOIR
+/-.3" INCH RC62 LS2 RC62-LS4 COOLER LEAKAGE WATER DETt:.CTOR ELECTRODE TYPE RCVT 77A RCVT 79A HORIZONTAL VIBRATION RCVT 77B RCVT 79B VERTICAL VIBRATION RCVI 77A RCVI 79A HORIZONTAL VIBRATION INDICATOR RCVI 77B RCVI 79B VERTICAL VIBRATION INOICA TOR RPM RC65 PV2 RC65 PV4 PRESSURE CONTROL VALVE OIL LIFT SYSTEM PS1 RC66 Pl2 RC66-Pl4 PRESSURE OIL LIFT SYSTEM a 5000 PS1 RCVT 1478 RCVT 147D HORIZONTAL VIBRAllON RCVT 1488 RCVT 148D VERTICAL VIBRATION RCYI 1478 RCVI 1470 HORIZONTAL AND VERTICAL VIBRATION INDICATOR NOTES:
VALVE POSITIONS SHOWN FOR REFERENCE ONLY ACTUAL POSITIONS CONTROLLED BY PROCEDURES.
- 2.
ALL INSTRUMENT TAG NUMBERS ARE PREFIXED BY SYSTEM DESIGN A TOR UNLESS OTHERWISE NOTED.
- 3.
SET POINT VALUES FOR RELIEF VALVES ARE NOMINAL AND FOR REFERENCE ONLY.
ACTUAL DATA CONTROLLED BY GMS2.
- 4.
TYPICAL OF 14 LUBE OIL LINES ORIGINIATING AT THE LUBE OIL MANIFOLD SIX LINES SUPPLY THE DOWN THRUST BEARING AND EIGHT SUPPLY THE UP THRUST BEARING. THE FOLLOWING IS TYPICAL OF EACH LINE (ONE FOR EACH BEARING SHOE~8E~ORl~R~~bE
- 5.
ISA TYPE J THERMOCOUPLES FOR MONITORING DOWN THRUST BEARING TEMP.
- 6.
OIL FROM FORWARD DIRECTION OIL SKIMMER ON THRUST RUNNER.
- 7.
OIL FROM REVERSE DIRECTION OIL SKIMMER ON THRUST RUNNER.
- 8.
LUBE OIL TO BACKSTOP (ANTI REVERSE ROTATION CLUTCH).
- 9.
ISA TYPE J 1HERMOCOUPLE FOR MONITORING UP THRUST BEARING TEMP.
10 ISA TYPE J THERMOCOUPLE FOR MONITORING UPPER RADIAL BEARING TEMP.
- 11. ISA TYPE J THERMOCOUPLE FOR MONITORING LOWER RADIAL BEARING TEMP
- 13. ISA TYPE J 1HERMOCOUPLE FOR MONITORING AIR INLET TEMPERATURE.
- 14. HEAT EXCHANGER LEAKAGE-ELECTRODE TYPE LEAKAGE DETECTOR.
- 15. INSTRUMENT NUMBERS IN BRACKETS AS
[FS-1 J ARE ALLIS-CHALMERS DESIGNATIONS.
- 16. SEE DWG NO. 135751E FOR PROCESS AND INSTRUMENTATION SYMBOLS
- 17. SEE ELEMENTARY DIAGRAM 6.9 KV SWITCHGEAR (FOR RC PUMPS) DWG N0.135854E
- 18. FOR REACTOR COOLANT PUMP INSTRUMENTATION SEE DRAWING NO. 27617F.
- 19. ALL COMPONENTS WITH SUFIX "A" ARE FOR A PUMP MOTOR (SHOWN). PUMP MOTORS B & D HAVE SIMILAR COMPONENTS WITH SIMILAR COllAPONENTS WITH RESPECTIVE SUFFIX. FOR PUMP C SEE DRAWING 302652 SH. 2.
- 20. PER S.U.&T. 1 GALLON PER INCH IS FROM -3" TO O" ON SIGHTGLASS.
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COMPONENT & SYS ID INDEX SYMBOLS INSTRUMENTATION SYM80LS FLOW DIAGRAM TITLE REFERENCES Cad File Name :302652 51 R4 THIS IS A COMPUTER GENERATED DRAWING DO NOT REVISE IT MANUALLY en Exelon.
Nuclear REACTOR COOLANT PUMP MOTOR LUBE OIL SYSTEM RC-P-1A,B, & D I A FLOW DIAGRAM TMl-1 302-652 4
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7 1
6 I
5 4
I 3
I 2
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H G ii-F
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I jD le n
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~ I IA 3/4" RC-VlOOA EAST REMOTE LUBE OIL FILL STATION TANK RC-T-3 3/4" RC-V100B 1" 00 RC-P-18 LOWER RESERVOlt 1" OD UPPER RESERVOIR 1" OD GP-150-T131 IGP-150-1 1"
1" HOSE 2" LOCAL FILL 3/4" BREATHER CAP (TYP) 0 GP-150-1 RC-T-4 I
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[A£:-1](1SPOT SWITCH)
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WEST REMOTE LUBE OIL FILL STATION TANK RC-P-10 LOWER RESERVOIR}
...__ UPPER RESERVOIR ---
__________ _J I
I I
I 1/2" TE1 53 3/4" A
~
~
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RC-V125A 1 1 /2" I LUBE OIL FLOW RC-V126A RETURN 2 1/2" TOwlffcf?c~~'i; #':1°*
302-610 (B/D-10)
~RC-C-1A
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1" OD i§J RC-V105A RC-V104A OIL DRAINS FROM RC-P-18 1 1/2"
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1 1/2" RC-V127A 0
I 0
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RC-P-1A
~~ir~~lF5~2 (FA\\,
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3/4"
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5 TE2 L. 0 cf~XEFT~oiR 55 120 GALLONS 0 6 GAL. = 1" IN
(
ELEVATION 9000 HP REACTOR COOLANT PUMP MOTOR TE!\\
~I I 5!,J --w I r-----J
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l...MQlli!Q!U I
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MOTOR
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TO UPPER BRG. CLG WATER CONN #1 302-610 (~/[)_-:@
RC~C-2A 2 1/2" I
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PUMP TRIPPED OIL RESERVOIR RC-T-9" Hl-TA c I
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REACTOR COOLANT PUMP MOTOR SWITCHGEAR (CUSTOMER)
TEMPI RELAY I (49X)
- -}
NO CONTACT TO SWITCHGEAR OF OTHER 1HREE REACTOR COOLANT PUMP MOTORS (TO CORE LIFT INTERLOCK)
- -}
NO CONTACT TO SWITCHGEAR OF OTHER THREE REACTOR COOLANT PUMP MOTORS (TO CORE LIFT INTERLOCK)
RCS COLD LEG TEMPERAURE (CORE LIFT INTERLOCK)
REACTOR POWER LEVEL 30% POWER PUMP ICCW FLOW (LO)
PUMP SEAL INJECTION WATER FLOW (LO)
COOLING WATER FLOW TO AIR COOLER (LO)
UPPER BEARING OIL LEVEL (LO)
LOWER BEARING OIL LEVEL (LO)
I I
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L - - - - - - BACKSTOP LUBE OIL FLOW (LO)
L -
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- 1 SEAL 6-P (LO)
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HEATER
_J CONTROLLER (CUSTOMER)
OIL DRAINS FROM RC-P-1C 302-552 SH. 2 (A-4)
- _[]§]
---r+/-J
- RC-P-1A--- RC-T-9 RC-P-18--- RC-T10 RC-P-1 c--- RC-T11 RC-P-10--- RC-T12 OIL DRAINS FROM RC-P-10 RC-V1138 302-003 302-002 302-001 CiWc.-NO.
REVISIONS 4 IVARIESIREVISEO TO INCORPORATE ECR-14-00092 REV. 0 INSTRUMENT NUMBERS RC-P-1A RC50-TE1 RC50-TE2 RC50-TE3 RC50-TE4 RCSO-TES RC50-TE6 RC51-TE1 RC52-TE1 RC53-TE1 RC54-TE1 RC54-TE2 RC55-TE1 RC55-TE2 RC56-PS1 RC56 PS2 RC56 PS3 RC56 PS4 RC56 PSS RC57 FS1 RC57 FS2 RC58 FS1 RC58-FS2 RC59-FS1 RC59-FS2 RC60-LT1 RC60-Ll1 RC61-LT1 RC61-Ll1 RC62-LS1 RCVT-76A RCVT-76B RCVl-76A RCVl-76B RC65 PV1 RC66 Pll RCVT 147A RCVT 148A RCVI 147A SERVICE RANGE UNITS RC-P-18 RC-P-10 RC50-TE7 RC50-TE19 MOTOR STATOR TEMPERATURE (cu RTD) 0-200
- c RC50-TE9 RC50-TE21 MOTOR S1ATOR TEMPERATURE (CU RTD) 0-200
- c RC51-TE2 RC51-TE4 TEMPERATURE INLET AIR TO MOTOR (TC) 0-100
- c RC52-TE2 RC52-TE4 LOWER RADIAL BEARIN_G TEMPERATURE (TC) 0-250
'F RC53 TE2 RC53-TE4 UPPER RADIAL BEARING TEMPERATURE (TC) 0-250
- c RC54 TE3 RC54-TE7 UP THRUST BEARING TEMPERATURE {TC) 0-250
'F RC54 TE4 RC54-TE8 UP THRUST BEARING TEMPERATURE {TC) 0-250
'F RC55 TE3 RC55 TE7 DOWN THRUST BEARING TEMPERATURE (TC) 0-250
'F RC55 TE4 RC55 TES DOWN THRUST BEARING TEMPERATURE (TC) 0-250
'F RC56 PS6 RC56 PS16 PRESSURE OIL LIFT PUMP DISCHARGE 240-3000 PSI RC56-PS7 RC56 PS17 PRESSURE OIL LIFT PUMP DISCHARGE 240-3000 PSI RC56 PS8 RC56 PS18 PRESSURE Oil LIFT SYSTEM MANIFOLD 240-3000 PSI RC56-PS9 RC56 PS19 PRESSURE OIL LIFT SYSTEM MANIFOLD 240-3000 PSI RC56 PS1 RC56 PS20 PRESSURE OIL LIFT SYSTEM MANIFOLD 240-3000 PSI RC57 FS3 RC57 FS7 REVERSE ROTATION INDICATOR FLOW 12,7 23 GPM NO FLOW 7 19 GPM RC57 FS4 RC57 FS8 REVERSE ROTATION INDICATOR FLOW 12,7 23 GPM NO FLOW 7 19 GPM RC58 FS3 RC58 FS7 OIL FLOW THROUGH. COOLER (RC P 1A/D)
FLOW 12,7 23 GP~A NO FLOW 7-19 GPM RC58-FS4 RC58-FS8 OIL FLOW THROUGH COOLER (RC-P-2A/D)
FLOW 12,7-23 GPM NO FLOW 7-19 GPM RC59-FS3 RC59-FS7 OIL FLOW BACKSTOP LUBE PUMP FLOW 0.4-1.8 GPM NO FLOW 0.24-1.28 GPM RC59-FS4 RC59-FS8 OIL FLOW BACKSTOP LUBE PUMP FLOW 0.4-1.8 GPM NO FLOW 0.24-1.28 GPM RC60-LT3 RC60-LT7 OIL LEVEL-UPPER RESERVOIR
+/- 3" INCH RC60-Ll3 RC60-Ll7 OIL LEVEL-UPPER RESERVOIR
+/- 3*
INCH RC61 LT3 RC61-LT7 OIL LEVEL-LOWER RESERVOIR
+/- 3" INCH RC61 Ll3 RC61 L17 OIL LEVEL-LOWER RESERVOIR
+/-.3" INCH RC62 LS2 RC62-LS4 COOLER LEAKAGE WATER DETt:.CTOR ELECTRODE TYPE RCVT 77A RCVT 79A HORIZONTAL VIBRATION RCVT 77B RCVT 79B VERTICAL VIBRATION RCVI 77A RCVI 79A HORIZONTAL VIBRATION INDICATOR RCVI 77B RCVI 79B VERTICAL VIBRATION INOICA TOR RPM RC65 PV2 RC65 PV4 PRESSURE CONTROL VALVE OIL LIFT SYSTEM PS1 RC66 Pl2 RC66-Pl4 PRESSURE OIL LIFT SYSTEM a 5000 PS1 RCVT 1478 RCVT 147D HORIZONTAL VIBRAllON RCVT 1488 RCVT 148D VERTICAL VIBRATION RCYI 1478 RCVI 1470 HORIZONTAL AND VERTICAL VIBRATION INDICATOR NOTES:
VALVE POSITIONS SHOWN FOR REFERENCE ONLY ACTUAL POSITIONS CONTROLLED BY PROCEDURES.
- 2.
ALL INSTRUMENT TAG NUMBERS ARE PREFIXED BY SYSTEM DESIGN A TOR UNLESS OTHERWISE NOTED.
- 3.
SET POINT VALUES FOR RELIEF VALVES ARE NOMINAL AND FOR REFERENCE ONLY.
ACTUAL DATA CONTROLLED BY GMS2.
- 4.
TYPICAL OF 14 LUBE OIL LINES ORIGINIATING AT THE LUBE OIL MANIFOLD SIX LINES SUPPLY THE DOWN THRUST BEARING AND EIGHT SUPPLY THE UP THRUST BEARING. THE FOLLOWING IS TYPICAL OF EACH LINE (ONE FOR EACH BEARING SHOE~8E~ORl~R~~bE
- 5.
ISA TYPE J THERMOCOUPLES FOR MONITORING DOWN THRUST BEARING TEMP.
- 6.
OIL FROM FORWARD DIRECTION OIL SKIMMER ON THRUST RUNNER.
- 7.
OIL FROM REVERSE DIRECTION OIL SKIMMER ON THRUST RUNNER.
- 8.
LUBE OIL TO BACKSTOP (ANTI REVERSE ROTATION CLUTCH).
- 9.
ISA TYPE J 1HERMOCOUPLE FOR MONITORING UP THRUST BEARING TEMP.
10 ISA TYPE J THERMOCOUPLE FOR MONITORING UPPER RADIAL BEARING TEMP.
- 11. ISA TYPE J THERMOCOUPLE FOR MONITORING LOWER RADIAL BEARING TEMP
- 13. ISA TYPE J 1HERMOCOUPLE FOR MONITORING AIR INLET TEMPERATURE.
- 14. HEAT EXCHANGER LEAKAGE-ELECTRODE TYPE LEAKAGE DETECTOR.
- 15. INSTRUMENT NUMBERS IN BRACKETS AS
[FS-1 J ARE ALLIS-CHALMERS DESIGNATIONS.
- 16. SEE DWG NO. 135751E FOR PROCESS AND INSTRUMENTATION SYMBOLS
- 17. SEE ELEMENTARY DIAGRAM 6.9 KV SWITCHGEAR (FOR RC PUMPS) DWG N0.135854E
- 18. FOR REACTOR COOLANT PUMP INSTRUMENTATION SEE DRAWING NO. 27617F.
- 19. ALL COMPONENTS WITH SUFIX "A" ARE FOR A PUMP MOTOR (SHOWN). PUMP MOTORS B & D HAVE SIMILAR COMPONENTS WITH SIMILAR COllAPONENTS WITH RESPECTIVE SUFFIX. FOR PUMP C SEE DRAWING 302652 SH. 2.
- 20. PER S.U.&T. 1 GALLON PER INCH IS FROM -3" TO O" ON SIGHTGLASS.
H G
F E
D c
0 21 *,,~~~tt*~~~3s ~~60ro~~E~NTsT~0uN~EENclg~N~rct5NjQ~ A R~-~c:_-;:;~iBP1 Hf2 H~2 Hf~E P\\~sEPARE". I ~
COMPONENT & SYS ID INDEX SYMBOLS INSTRUMENTATION SYM80LS FLOW DIAGRAM TITLE REFERENCES Cad File Name :302652 51 R4 THIS IS A COMPUTER GENERATED DRAWING DO NOT REVISE IT MANUALLY en Exelon.
Nuclear REACTOR COOLANT PUMP MOTOR LUBE OIL SYSTEM RC-P-1A,B, & D I A FLOW DIAGRAM TMl-1 302-652 4
SCi'.LE' NONE 8
I 7
I 6
I 5
4 I
3 I
2 L ___________________________________________________________________________________________________________________________________ _J