ML20083P683
| ML20083P683 | |
| Person / Time | |
|---|---|
| Site: | South Texas  |
| Issue date: | 09/15/1993 |
| From: | HOUSTON LIGHTING & POWER CO. |
| To: | |
| Shared Package | |
| ML20083P680 | List: |
| References | |
| 0POP04-AE-0001, POP4-AE-1, NUDOCS 9505240329 | |
| Download: ML20083P683 (80) | |
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ST-HL-AE-5084 )
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l ATTACHMENT 6 OPOPO4-AE-0001 LOSS OF ANY 13.8KV OR 4.16KV BUS l
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9505240329 950516 PDR 8 ADOCK 05000498 PDR W A45\944121&2 I
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L n 1 s D0527 ;
PAGE 1 0F 72
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HOUSTON LIGHTING AND POWER COMPANY SOUTH TEXAS PROJECT ELECTRIC GENERATING STATION
'PIANT PROCEDURES MANUAL OPOPO4-AE 0001 REV. 2 IDSS OF ANY 13.8 KV OR 4.16 KV BUS DEPARTMENT PROCEDURE SAFETY RELATED (Q)
.i %/M3 9- 14-43 PLANTI OFERATIONS MANAGER DATE APPROVED DATE EFFECTIVE
' USAGE CONTROL: In Hand Controlling Station Only LIST OF ATTACHMENTS: STI 0117 21- N o Addendum 1 Sequencer Loading Verification o Addendum 2, Local Operator Actions In Response To A Loss of Electrical Power o Addendum 3 Loss of Offsite Power (LOOP) Racovery o Addendum 4 Restoring Power To Auxiliary Bus 1J(2J) o Addendum 5, Restoring Power To Auxiliary Bus IF(2F) o Addendum 6 Restoring Power To Auxiliary Bus 1G(2G) o Addendum 7, Restoring Power To Auxiliary Bus 1H(2H) o Addendum 8, Restoring Power To Standby Bus 1F(2F) o Addendum 9 Restoring Power To Standby Bus 1G(2G) .
o Addendum 10. Restoring Power To Standby Bus 1H(2H) o Addendum 11, Transfer ESF Busses To The Emergency Transformer o Addendum 12, Response To Loss Of Train A And Train C 4.16 KV ESF Busses o Addendum 13, Restoring Power To Bus 1Di(2D1) o Addendum 14, Rostoring Power To Bus 1D2(2D2)
This procedure is applicable in all Modes.
REV. 2
.0POPO4-AE-0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PACE 2 0F 72 PURPOSE
- 1) This procedure provides guidance for operator response to a loss of power to any 13.8 KV or 4.16 KV bus except 1K(2K), IL(2L) and 1M during all plant modes including no mode conditions.
2). This procedure provides guidance for operator response to a loss of all AC power during modes 1 through 4 as directed by OPOP05-EO-EC00, LOSS OF ALL AC POWER. ,
- 3) This procedure provides guidance for operator response to a loss of all AC power during modes 5, 6 and no mode.
SYMPTOMS Loss of power to any 4.16 KV ESF Bus E1A(E2A), ElB(E2B), or E1C(E2C).
Loss of power to either 4.16 KV Bus 1Di(2D1) or 1D2(2D2).
Loss of power to any'13.8 KV STBY Bus IF(2F), 1G(2G), or 1H(2H).
Loss of power to any 13.8 KV AUX Bus IF(2F),1G(2G),1H(2H), or 1J(2J).
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i REV. 2 OPOPO4.AE-0001 14SS OF ANY 13.8 KV OR 4.15 KV BUS PAGE 3 OF 72 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED CAUTION H an RCP is tripped E a Reactor Trip does E0IQoccur, IlifJi the Reactor SHALL be tripped.
1 VERIFY All AC ESF busses - ENERGIZED PERFORM the following:
- b. E any 4.16 KV ESF bus is EQI energized E its respective STBY DC is running, Ilif.t! PERFORM the following:
- 1) VERIFY "4KV BUS 0/C 14CKOUT" indicating lamp on applicable BSMP (CP003) NOT illuminated.
- 2) E no bus lockout condition exist, THEN manually CLOSE the diesel generator output breaker.
- c. E any running STBY DG Fuel Oil Storage Tank is being rocirculated, THEN SECURE the recirculation within 30 ininutes of STBY DG start per OPOP02-F0 0001, FUEL OIL STORAGE AND TRANSFER.
- d. E any ESF bus can !!OI be energized, I1Ll! TARE manual control of its respective SG PORV(s) to conserve PORV hydraulic pressure.
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- 0POPO4.AE.0001 -14SS OF ANY 13.8 KV OR_4.16 KV BUS PAGE 4 0F 72 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED
'2 CHECK ECW Status: II any STBY DG is running AHD its associated ECW loop is HQI in o ECW pumps . RUNNING service, IHEN:
o ECW pumps discharge isolation a. START ECW pump.
valve . OPEN
- b. OPEN ECW pump discharge isolation valve,
- c. 1E an ECW pump can HQI be started QR its discharge isolation valve can HQI be opened. IHEH:
- 1) TRIP associated STBY DG.
- 2) TRIP associated essential chillers.
3 VERIFY All AC ESF Busses - lE any 4.16 KV ESF bus is energized ENERGIZED FROM OFFSITE POWER from its STBY DG, IREH PERFORN the following:
- a. DISPATCH an Operator to monitor for fuel oil leakage from the.high ,
pressure injectors on loaded STBY DCs.
- b. 1E leakage is detected, IHEH DIRECT Maintenance to isolate the affected inj ector(s) .
- c. VERIFY sequencer loading per Addendum 1.
4 VERIFY No RCS Dilution In Progress: STOP any RCS dilutions in progress.
o BTRS o Reactor Makeup System o Letdown Demineralizer l
REV. 2 OPOPO4.AE.0001 IASS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 5 0F 72 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED E91K Due to CP010 voltage instrumentation being powered from various power supplies, it may ,
ba necessary to contact the other unit or Load Dispatcher to determine actual bus /offsite power availability.
5 CHECK Offsite Power Available To 13.8 PERFORM the following:
KV Switchgear
- a. CONTACT Load Dispatcher to report o Unit AUX XFMR AVAIIABLE Unit's condition and request assistance.
- b. DISPATCH an operator to perform o Affected Unit's STBY XFMR - Addendma 2.
AVAIIABLE
- c. PERFORM Addendum 3.
OR '
o Other Unit's STBY XFMR .
AVAIIABLE I
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REV. 2 0POPO4-AE 0001 IASS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 6 OF 72 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 6 VERIFY CL-ACV Pump Status - PERFORM the following: ,
L- ANY PUMP RUNNING '
- a. START at least one CL.ACW pump, f
- b. J,f a CL ACU pump can F_Q. I be started, IEEE DISPATCH an operator to perform the following:
- 1) VERIFY MCC 1G5(2G5) energized.
REFER TO OPOP02-DB-0003, BALANCE OF PLANT DIESEL GENERATOR. (29 ft TGB South of 4.16 KV SWGR Rm) l
- 3) ENSURE IA emergency cooling water pump isolation valves ,
open. (29 ft TGB NE of CNDSR) i i
o "l(2)-AC-0105 CL ACW INLET T0" "IA EMER COOLING WATER PUMP" o "l(2)-AC-0108 CL-ACW OUTLET" "FROM IA EMER COOLING WATER"
" PUMP"
- 4) START " INST AIR EMERGENCY COOLING WATER PUMP".
(29 ft TGB NE of CNDSR) l
- 5) CLOSE "l(2)-AC-0096 CL-ACW I.A. 1
- 11(21) SUPP 11EADER IS01ATION" (29 ft TGB NE of CNDSR)
- 6) ENSURE " INSTRUMENT AIR COMPRESSOR NO. 12(22)" running.
- 7) GO TO Procedure Step 8.
7 DISPATCH An Operator To Ensure At Least One IA Or SA Compressor Is Running (29 ft TGB) .
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l REV. 2 OPOPO4-AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS FAGE 7 OF 72 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED NOTE o IE the cause for loss of power to any bus is due to a bus fault as determined by a review of relay flags on CP010 and associated switchgear &H2 CAN HQI be isolated, IHZH Power restoration to that bus SHALL NOT be attempted. ,
o VHEN the cause for loss of power to a bus has been isolated, IHEH it may be necessary to reset the bus lockout for power restoration to that bus, o Any tripped relays or other protective devices reset during bus restoration should be documented to assist in troubleshooting.
o The sequence of restoring AUX busses was selected to ensure optimum availability of switchyard metering and RCPs.
8 VERIFY 13.8 KV Auxiliary Bus 1J(2J) . PERFORM Addendum 4.
ENERGIZED 9 VERIFY 13.8 KV Auxiliary Bus 1F(2F) - PERFORM Addendum 5.
ENERGIZED 10 VERIFY 13.8 KV Auxiliary Bus 1G(2G) - PERFORM Addendum 6.
ENERGIZED 11 VERIFY 13.8 KV Auxiliary Bus 1H(2H)- PERFORM Addendum 7.
ENERGIZED 12 VERIFY 13.8 KV Standby Bus 1F(2F) - PERFORM Addendum 8.
ENERGIZED 13 VERIF'.' 13.8 KV Standby Bus 1G(2G) - PERFORM Addendum 9.
ENERGIZED 14 VERIFY 13.8 KV Standby Bus 1H(2H) - PERFORM Addendum 10.
ENERGIZED I
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REV. 2 OPOPO4-AE.0001 IDSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 8 OF 72 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 15 VERIFY All AC ESF Busses - ENERGIZED PERFORM the following:
- a. E the associated STBY DG will M start AND 13.8 KV Emergency Bus IL(2L) is energized, DiEH ENERGIZE ONE 4.16 KV ESF bus per Addondum 11.
- b. H LESS THAN two 4.16 KV ESF Busses are energized, DigH DISPATCH an Operator with keys to Relay Room 202 to open all relay cabinet doors.
16 VERIFY 4.16 KV Bus 1Di(2D1) - PERFORM Addendum 13.
ENERCIZED 17 VERIFY 4.16 KV Bus 1D2(2D2) - PERFORM Addendum 14.
ENERGIZED 18 CHECK Normal Letdown - IN SERVICE PERFORM the following:
- a. E normal letdown is required @
Train C 4.16 KV ESF Bus is available, IlLE RESTORE normal letdown per OPOP02-CV.0004, CHEMICAL AND VOLUME CONTROL SYSTEM SUBSYSTEM.
- b. E normal letdown is required @
Train C 4.16 KV ESF Bus is HQI available, IHEH ESTABLISH excess letdown per OPOP02.CV.0004, CHEMICAL AND VOLUME CONTROL SYSTEM SUBSYSTEM.
- c. H RHR is in service AND letdown is required. I1 LEE ENSURE Low Pressure Letdown System in service.
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i REV. 2 i OPOPO4.AE.0001 1 DSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 9 OF 72 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 19 CHECK CL-ACW System - AT LEAST ONE PERFORM the following:
PUMP RUNNING a) START at least one CL-ACW pump, b) H a CL-ACW pump can EQI be started, Ilif,E CO TO Procedure Step 21.
20 DISPATCH An Operator Tot o ENSURE " INST AIR EMERGENCY COOLING WATER PUMP" secured (29 ft TGB NE of CNDSR) o ENSURE *1(2)-AC-0096 CL.ACW I . A.
- 11(21) SUPP HEADER ISOLATION" open (29 ft TCB NE of CNDSR) 21 CHECK Condensate System For Proper System Operation, REPER TO OPOP02.CD-0001, CONDENSATE SYSTEM.
_ 22 CHECK OL-ACW System - AT LEAST ONE H power is available to any OL-ACW PUMP RUNNING pump, Tlifdi PLACE at least one OL.ACW pump in service per OPOP02.OC.0001, OPEN IAOP AUXILIARY COOLING SYSTEM.
23 CHECK Circulating Water System - AT IF less than three circulating water LEAST THREE CIRCULATING WATER PUMPS pumps are running, Ilifdi ENSURE proper RUNNING system operation per OPOP02.CW.0001, CIRCUIATING WATER SYSTEM PUMP OPERATION. >
24 DISPATCH An Operator To Perform The Following:
- a. ENSURE proper MAB Chilled Water System operation per OPOP02.CH.0002, MECHANICAL AUXILIARY BUILDINC CHILLED WATER SYSTEM
- b. ENSURE proper RCB Chilled Water l System operation per ]
OPOP02-Cll-0003, RGB CHILLED .
WATER SYSTEM 25 CHECK RCB Chilled Water System - WHEN RCB Chilled Water System is ALIGNED TO RCFC'S available, THEN TRANSFER RCFC cooling l to RCB chilled water.
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REV. 2
- OPOPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 10 0F 72 STEP: ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED
. 26 CHECK Train A 4.16 KV ESF Bus - PERFORM the following:
ENERGIZED FROM STBY BUS 1F(2F)
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- 1) TRANSFER Train A 4.16 KV ESF Bus to STBY Bus 1F(2F) per OPOP02 DC.0001 EMERGENCY DIESEL GENERATOR #11(21).
- 2) SHUTDOWN the STBY DC per OPOP02-DC.0001, EMERGENCY DIESEL GENERATOR #11(21).
- b. II 13.8 KV Emergency Bus 1L(2L) is supplyin6 Train A 4.16 KV ESF Bus 6ED STBY Bus 1F(2F) is energized, IEEE CONSULT Plant Management for normal ESF power restoration.
27 CHECK Train B 4.16 KV ESF Bus - PERFORM the following:
ENERGIZED FROM STBY BUS 1G(2G)
- 1) TRANSFER Train B 4.16 KV ESF Bus to STEY Bus 1G(2G) per OPOP02 DG.0002. EMERGENCY DIESEL GENERATOR #12(22).
- 2) SHUTDOWN the STBY DG per OPOP02-DG.0002, EMERGENGY D1ESEL GENERATOR #12(22).
- b. If 13.8 KV Emergency Bus 1L(2L) is supplying Train B 4.16 KV ESF Bus AED STBY Bus 1G(2G) is energized, IHEE CONSULT Plant Management for normal ESF power restoration.
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REV. 2 !
OPOPO4 AE.0001 IASS OF ANY 13.8 KV OR 4.16 KV BUS l PACE 110F 72 !
-STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 1
28 CHECK Train C 4.16 KV ESF Bus . PERFORM the following:
ENERGIZED FROM STBY BUS 1H(2H)
- 1) TRANSFER Train C 4.16 KV ESF Bus-to STBY Bus 1H(2H) per OPOP02 DC.0003, EMERGENCY DIESEL CENERATOR #13(23).
M Q STBY Bus 1H(2H) is energized, DiDi CONSULT Plant Management for '
normal ESF power restoration.
29 CHECK Channel I And IV 7.5 KVA NSSS WHEN power becomes available to Train Inverters . ENERCIZED A DE Train C 4.16 KV ESF Bus (ses),
Dig DISPATCH an operator to:
- a. ENERCIZE the respective NSSS inverter (s) per OPOP02-AE.0004, 120 VAC ESF VITAL DISTRIBUTION POWER SUPPLIES. -
- b. ENERCIZE any DC loads previously ,
de-energized by Addendum 12, Table 1.
30 PLACE SFPC IN Service Within 2.5 Hours Of Loss Of SFPC:
- b. SFPC pump (s) - RUNNING b. START SFPC pump (s) per
. OPOP02.FC-0001, SPENT FUEL POOL C00LINC AND CLEANUP SYSTEM.
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1 REV. 2 '
OPOPO4.AE 0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 12 0F 72 <
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l STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED l H31 TAKE Appropriate Action per Technical specifications 32 CHECK All 13.8 KV And 4.16 KV Busses - PERFORM the following:
ENERGIZED
- a. CONTACT Load Dispatcher to report Unit's condition,
- b. EHEN any source of power becomes available. DiEN REPEAT applicable steps.
33 RESTORE Normal Electrical Distribution Breaker Alignment As Plant Conditions Permit 34 DISPATCH An Operator To Check All NOTIFY operator to close any sequencer Sequencor Main Supply Breakers - ON main supply breaker previously opened in Addendum 12, RNO Steps 20 or 21.
35 GO TO Appropriate Plant Procedure As Determined By Unit Or Shif t Supervisor
- END -
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REV. 2 OPOPO4-AE-0001 LOSS OF ANY 13.8 KV OR-4.16 KV BUS PAGE 13 0F 72 REFERENCES
- 1) SZ109Z42117, ESF Load Seq. Act. Train A
- 2) SZ109Z42118 ESF Load Seq. Act. Train B
- 3) 5Z109Z42119, ESF Load Seq. Act. Train C
- 4) 5Z109Z42124, Control Room HVAC Emergency Operation
- 5) OPOP02-AE-0001, AC Electrical Distribution Breaker Lineup.
6)' OPOP02-RC-0004, Operation of Reactor Coolant Pump
- 7) OPOP02-RH-0001, Residual Heat Removal System Operation
- 8) OPOP02-FC-0001, Spent Fuel Fool Cooling and Cleanup System
- 9) OPOP02 DG-0001, Emergency Diesel Generator #11(21)
- 10) OPOP02-DG 0002, Emergency Diesel Generator #12(22)
- 11) OPOP02*DC-0003, Emergency Diesel Generator #13(23)
- 12) OPOP02-DB-0003, Balance of Plant Diesel Generator
- 13) OPOP02 DB 0004, Emergency Lighting Dianal Canarator
- 14) OPOP02 DB-0005, Technical Support Center Diesel Cenerator
- 15) OPOP02-0C-0001, Open Loop Auxiliary Cooling System
- 16) OPOP02 AC 0001, Closed Loop Auxiliary Cooling Water
- 17) OPOP02-CW-0001, Circulating Water System Pump Operation
- 18) OPOP02-SA-0001, Service Air
- 19) OPOP02-IA-0001, Instrument Air
REV. 2 OPOPO4-AE 0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 14 OF 72
- 20) OPOP02-CD-0001, Condensate System
- 21) OPOP03-ZG-0003, Secondary Plant Startup
- 22) OPOP02-CH 0002, Mechanical Auxiliary Building Chilled Weter System
- 23) OPOP02 CH-0003, RCB Chilled Water System
- 24) OPOP02 FO 0001, Fuel Oil Storage And Transfer
- 25) OPOP02-CV-0004, Chemical Volume And Control System
- 26) OPOP02-AE-0004, 120 VAC ESF Vital Distribution Power Supplies
- 28) Notice of violation 498/8854-02, LCTS 8802063-936
- 29) Technical Specification 3.8.1.1 and 3.8.1.2
- 30) SPR 91-0110/LER 191-009, LCTS 9100370-936
- 31) ST-HL-AE-3509, " Loss of All Alternating Current Power" - Responses to NRC Questions, LCTS 9100474-936
- 32) ST-HL AE-3729, " Loss of All Alternating Current Power" - Responses to NRC Questions, LCTS 91-00039-936
- 33) Battery calculation - EC 5008 - Class lE Batteries, Chargers and Inverters
- 34) SPR 88 0106/LER 1-88-026, LCTS 8800875-936
- 35) USQE 91-0024, Rev. 0
- 36) DBD Diesel Cencrar.or System, SQ159MB1023
- 38) UFSAR Chapter 8
- 39) FHB HVAC System Description, TPNS Number SV129VD0116
- 40) NRC Information Notice 91-54, Foreign Experience Regarding Boron Dilution
- 42) SQ159MB1023, Standby Diesel Generator Design Basis Document (Operator Actions)
- 43) ST-HL-AE-14250, Station Blackout- Trip Report, LCTS 9100384-936
- 44) ST-HL-AE-3847. Blackout Rule - Response to SER Confirmatory Actions, LCTS 9100946 936
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MSS OF ANY 13,8 KV OR 4.16 KV BUS j OPOP04-AE-0001 PAGE 15 0F 72 ,
l ADDENDUM 1 f SEQUENCER LOADINC VERIFICATION PACE 1 0F 1 i l
l STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED .
l 1 VERIFY the following equipment - Manually WAD equipment on ESF bus.
MADED ON ESF BUS Mode II TRAIN Component A l B l C 480V LC feeder breakers . . . .
CCPs .
RCFCs CCW pumps l l AFW pumps l l Essential Chill Water l l pumps l l EAB HVAC fans l l Control Room HVAC fans l l FHB HVAC fans l l Essential chillers '
(150 ton)
Essential chillers i (300 ton) ..
2 RESET ESF load sequencers l 3 RETURN TO Procedure Step 4 I
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REV. 2 OPOPO4-AE-0001 LDSS.0F ANY 13.8 KV OR 4.16 KV BUS .
PAGE 16 OF 72 r
ADDENDUM 2 .I' LOCAL OPERATOR ACTIONS IN RESPONSE PAGE 1 0F 3 -
TO A IASS OF ELECTRICAL POWER l i
RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPCNSE 1- VERIFY BOP'DG - RUNNING AND SUPPLYING Manually START BOP DG and 14AD on MCC MCC 105(205) (29 ft TGB S of 4.16 1G5(2G5), REFER TO OPOP02-DB.0003, SWGR Rm) BAIANCE OF PLANT DIESEL GENERATOR. (29 ,
ft TCB S of 13.8 KV SWGR Rm)
-2 VERIFY " BOP EMERCENCY DG RM EXRAUST STOP " BOP EMERGENCY DG RM EXMAUST FAN FN017" . STOPPED FAN FN017".
(29 ft TGB on ZLP.169 outside 13.8 KV SWGR Rm) 3 VERIFY IA emergency cooling water pump OPEN emergency cooling water pump-isolation valves open. (29 ft TCB NE isolation valves.
of CNDSR) o "l(2)-AC.0105" "CL. ACW INLET TO" l "IA EMER COOLING"- ,
" WATER PUMP" :
l o "1(2) AC-0108" l "CL-ACW OUTLET FROM" "IA EMER COOLING" . !
" WATER PUMP" 4 START IA emergency cooling water pump.
(29 ft TGB NE of CNDSR)-
" INST AIR EMERCENCY" 1
" COOLING VATER PUMP" !
5 CLOSE "1(2)-AC.0096 CL ACW I.A. i l
- 11(21) SUPP HEADER ISOLATION" (29 ft TCB NE of CNDSR) 1 1
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1 REV. 2 OPOPO4-AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 17 0F 72 j
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l ADDENDUM 2 )
LOCAL OPERATOR ACTIONS IN RESPONSE PACE 2 0F 3 TO A LOSS OF ELECTRICAL POWER STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 6 VERIFY " INSTRUMENT AIR COMPRESSOR NO. START " INSTRUMENT AIR COMPRESSOR NO.
12(22)" - RUNNINC (29 ft TCB) 12(22)".
7 CLOSE condensate recirc valve FV-7022 from "l(2)-CD-FIC.7022 COND RECIRC VLV FV-7022 AUT0/ MANUAL CONTROL STATION".
(29 ft TCB SE Corner) 8 VERIFY deaerator high level dump CLOSE deaerator high level dump valves bypass valves - CLOSED valvo(s) bypass valve (s).
(29 ft TCB S of CNDSR 13/23) o "l(2)- W-0486 DEAERATOR STOR TANK"
"#2 DUMP CONT VLV BYPASS VLV" o "l(2)-W-0487 DEAERATOR STOR TANK"
"#1 DUMP CONT VLV BYPASS VLV" 9 VERIFY condenser vacuum breakers - OPEN condenser vacuum breaker (s).
OPEN (55 ft TGB E of CNDSR) o "l(2)-CR-MOV-0023"
" CONDENSER #11(21)"
" VACUUM BREAKER" o "1(2).CR-MOV.0024"
" CONDENSER #12(22)"
" VACUUM BREAKER" o "l(2).CR.MOV 0025"
" CONDENSER #13(23)"
" VACUUM BREAKER" 10 VERIFY TSC DC - RUNNING AND SUPPLYING Manually START TSC DG and IDAD LC LC IW(2W) (East yard) 1W(2W), REFER TO OPOP02-DB-0005, TECHNICAL SUPPORT CENTER DIESEL CENERATOR.
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REV. 2 j OPOPO4.AE 0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 18 0F 72 ADDENDUM 2 14 CAL' OPERATOR ACTIONS IN RESPONSE PACE 3 0F 3 TO A IDSS OF ELECTRICAL POWER
' STEP . ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 11 (UNIT 1 ONLY) VERIFY Lighting DG - Manually- START Lighting DG and 14AD STARTED AND SUPPLYING MCC 12K3 MCC 12K3, REFER TO 1 POP 02-DB.0004, (Lighting DG SWBD ZLP 672 S yard) EMERGENCY LIGHTING DIESEL GENERATOR.
12 VERIFY seal water to SCFPs - ISOLATED -ISOLATE seal water, o "l(2).CD-0326 SGFP SEAL INJ ISOL" (TCB 29 ft SE in Overhead) o "1(2).CD-0254 SCFP #11(21) SEAL"
" WATER 1(2)-CD.PV.7134 ISOL VALVE" (SCFP 11(21) N End) o "l(2).CD-0329 SCFP #12(22) SEAL"
" WATER 1(2)-CD.PV.7135 ISOL VALVE" (SGFP 12(22) N End) o "l(2).CD-0327 SCFP #13(23) SEAL"
" WATER 1(2).CD-PV.7136 ISOL VALVE" (SGFP 13(23) N End) ......................................
13 VERIFY feedwater booster pun'p suction CLOSE feedwater booster pump suction valves . CLOSED valves o "1(2).FW 427 FWBP #11(21).SUCT10N" "ISOL VLV" (Above FWBP 11(21))
o "1(2).FW.430 FWBP #12(22) SUCTION" "ISOL VLV" (Above FWBP 12(22))
o "1(2)-FW.432 FWBP *13(23) SUCTION" "ISOL VLV" (Above FWBP 13(23)) ;
...................................... j 14 VERIFY Main turbine and SCFP turbines HHEN turbine (s) come to rest, IHEE: j
- ON TURNING CEAR i
- a. ENSURE SGFFTs main oil pumps I running.
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- b. ENSURE the turbines on the turning gear.
15 NOTIFY Control Room of addendum completion
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REV. 2
~ PACE 19 OF 72 ADDENDUti 3 ';
thSS OF OFFSITE POWER (Ih0P) RECOVERY PACE 1 OF 3 RESPONSE NOT OBTAINED STEP' ACTION / EXPECTED RESPONSE l E971 H offsite power becomes available during performance of this addendum, HER Addendums 2 cnd 3 are HQI required to be completed Atl.2 immediate transition to Procedure Step 5 :
SHALL be made.
l' VERIFY HSIVs . CIASED C1 HSE MSIVs.
TRANSFERRED TO CCW 3 CHECK RCS temperature . CREATER THAN H RCP seal injection flow is HQI 200 'F required, E EE GO TO Addendum Step 6.
PERFORM the following:
4 CHECK VCT status . ,
i o GREATER THAN 25% a. ENSURE charging pump suction'.
aligned to RWST.
o MAKEUP AVA11ABLE
- b. E charging pump suction can HQI be ali ned5 to RWST, H ER DISPATCH an -
operator to open "l(2).CV.MOV.0112C RWST TO CHC PUMP SUCTION ISOL".
(10.ft MAB CHC pump valve Rm 044)
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REV 2 OPOPO4.AE.0001 IASS OF ANY 13.8 KV OR 4.16 KV BUS PACE 20 0F 72 ADDENDUM 3 LOSS'0F OFFSITE POWER (LOOP) RECOVERY PACE 2 0F 3 RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE 5 CHECK RCP seal injection flow . PERFORM the following:
BETWEEN 6 AND 8 CPM ON EACH RCP
- a. ENSURE at least one CCP running.
- 1) CHECK power available 1.o PDP.
- 2) IE power is EgI available to PDF. THEN C0 TO Addendum Step 7.
- 3) OPEN PDP recirculation valve to 100s
- 4) CIASE "FIDW CONT HCV.0218"
- 5) START PDP.
- 6) Slowly CIASE PDP recirculation valve to obtain the desired RCP
- seal injection flow.
- 7) GO TO Addendum Step 6.
- c. ADJUST RCP seal injection flow.
6 CHECK normal letdown . IN SERVICE PERFORM the following:
- a. lE normal letdown is required AER Train C 4.16 KV ESF Bus is available, IEEE RESTORE normal letdown per OPOP02.CV.0004, l CHEMICAL AND VOLUME CONTROL SYSTEM SUBSYSTEM.
- b. IE normal letdown is required AE2 Train C 4.16 KV ESF Bus is HQI available. THEN ESTABLISH excess letdown per OPOP02.CV.0004, CHEMICAL AND VOLUME CONTROL SYSTEM SUBSYSTEM.
1
- c. IE RHR is in service AHQ 1etdown is required. THEN ENSURE Low Pressure Letdown System in service.
I
t 1 l
REV. 2 3 OPOPO4.AE.0001 IDSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 21 OF 72 i
l l
ADDENDUM 3 '
IDSS OF OFFSITE POWER (IDOP) RECOVERY PAGE 3 0F 3 RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE l
7 VERIFY the FilB llVAC supply relief OPEN the FHB HVAC supply relief dampers . OPEN dampers.
8 CHECK Main Turbine Lube Oil System H lube oil system is required,'QlEE status . AC OR DC LUBE OIL PUMP START one pump.
)
RUNNING VERIFY All AC ESF Busses - k.NERGIZED PERFORM the following:
9
- a. H any 4.16 KV ESF bus can HOI be energized from its STBY DC AEQ 13.8 KV Emergency Bus 1L(2L) is energized, IEEN ENERGIZE ONE 4.16 KV ESF bus per Addendum 11.
CHECK offsite power . AVAIIABLE PERFORM the following:
10
- a. MAINTAIN stable plant conditions.
- b. WHEN offsito power becomes available to 13.8 KV bus (ses), THEN CO TO Procedure Step 8.
11 CO TO Procedure Step 8
REV. 2 LOSS OF ANY 13.8 KV OR 4.16 KV BUS
.0POPO4-AE.0001 PACE 22 0F 72 ADDENDUM 4 RESTORING POWER TO AUXILIARY BUS 1J(2J) PAGE 1 0F 5 RESPONSE NOT OBTAINED tSTEP ACTION / EXPECTED RESPONSE
,1 DISPATCil an operator to ensure any non-running CARS pump switch (es) .
IN THE OFF POSITION (29 ft TCB) 2 PLACE the following equipment in PULL TO LOCK:
o Circulating Water Pump 14(24)
___ o Condensate Pump 13(23) o Feedwater Booster Pump 13(23) o MSR DRIP Pump 12A(22A) o MSR DRIP Pump 12B(228) o RCP 1D(2D) 3 CitECK Unit AUX XFMR . AVAILABLE C0 TO Addendura Step 5.
4 RESTORE power to AUX Bus 1J(2J)
- a. VERIFY the following a. OPEN breaker (s),
breakers open:
o "STBY XFMR 1(2) T0"
" AUX BUS IJ(2J) SPLY" "ST-0170(ST.0270)"
o "STBY XFMR 2(1) T0"
" AUX BUS IJ(2J) SPLY" "ST.0190(ST.0290)" ;
- b. CLOSE "UAT TO AUX BUS 1J(2J) b. GO TO Addendum Step S. 1 SPLY P 0150(P.0250)" breaker
- c. VERIFY AUX Bus 1J(2J) - c. GO TO Addendum Step 5. l
)
ENERGIZED
- d. CO TO Addendum Step 10 l
l
REV. 2 OPOPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 23 0F 72 l
J I
ADDENDUM 4 RESTORING POWER TO AUXILIARY BUS IJ(2J) PAGE 2 0F 5 i
I RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE J
CAUTION i
Each STBY XFMR is capable of carrying TWO fully loaded STBY busses and ONE fully leaded AUX bus per winding.
1 5 CHECK affected Unit's STBY XFMR . GO TO Addendum Step 7.
AVAIIABLE 1
6 RESTORE power to AUX Bus 1J(2J)
- n. VERIFY the following a. OPEN breaker (s),
breakers open:
o "STBY XFMR 2(1) T0"
" AUX BUS 1J(2J) SPLY"
o "UAT TO AUX"
" BUS IJ(2J) SPLY" "P.0150(P-0250)"
- b. CLOSE "STBY XPER 1(2) TO AUX b. GO TO Addendum Step 7.
BUS IJ(2J) SPLY ST.0170 (ST.0270)" breaker ......................................
- c. CO TO Addendum Step 7.
_ c. VERIFY AUX BUS IJ(2J) .
ENERGIZED
- d. GO TO Addendum Step 10 i
REV. 2 OPOP04.AE-0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PACE 24 0F 72 ADDENDUM 4 RESTORING POWER TO AUXILIARY BUS IJ(2J) PACE 3 0F 5 i
STEP RESPONSE NOT OBTAINED ACTION / EXPECTED RESPONSE CAUTION Erch STBY XFMR is capable of carrying TWO fully loaded STSY busses and ONE fully leaded AUX bus per winding.
CONTACT other Unit to verify their GO TO Addendum Step 9.
7 STBY XFMR - AVAILABLE 8 RESTORE power to AUX Bus 1J(2J)
- a. VERIFY the following a. OPEN breaker (s).
breakers open:
o "STBY XFMR 1(2) T0"
" AUX BUS IJ(2J) SPLY" "ST.0170(ST.0270)"
o "UAT TO AUX"
" BUS IJ(2J). SPLY" i
"P-0150(P.0250)"
I REV. 2 OPOPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 25 0F 72
@DENDUM 4 PAGE 4 OF 5 RESTORING POWER TO AUXILIARY BUS IJ(2J)
RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE PERFORM the following:
_9 VERIFY AUX Bus 1J(2J) . ENERC1 ZED
- a. DISPATCil an operator to: l l
OPOP02-DB.0003, BALANCE OF FiANT l DIESEL GENERATOR.
ft TGB ZLP.169 outside 13.8 KV SWGR Rm)
- 3) ENSURE TSC DG is running and supplying LC IW(2W), REFER TO OPOP02.DB.0005, TECilNICAL SUPPORT CENTER DIESEL GENERATOR.
- 4) (UNIT 1 ONLY) ENSURE Lighting DG is running and supplying MCC 12K3, REFER TO 1 POP 02.DB 0004, EMERGENCY LIGHTING DIESEL GENERATOR.
- b. RETURN TO Procedure Step 9.
- -- - - _ - _ - _ _ _ _ _ ]
REV. 2 i OPOPO4-AE-0001 IASS OF ANY 13.8 KV OR 4.16 KV BUS PACE 26 0F 72 s
ADDENDUM 4 RESTORING POWER TO AUX 1LIARY BUS 1J(2J) PACE 5 0F 5 RESPONSE NOT OBTAINED f STEP ACTION / EXPECTED RESPONSE i
I 10 DISPATCH an operator to perform the t following:
OPOP02 DB-0003, BALANCE OF PIANT DIESEL GENERATOR.
13,8 KV SWGR Rm) i
- c. OPEN TGB battery room door and START:
"TGB BATTERY RM EX FAN" !
"FN013 11A(21A)"
OR "TCB BATTERY RM EX FAN" "FN014 11B(21B)"
(ZLP-170 outside 4.16 KV SWCR RM)
- d. TRANSFER LC IW(2W) to 13.8 KV Bus ;
1J(2J) and SHUTDOWN the TSC DG per '
OPOP02-DB 0005, TECHNICAL SUPPORT CENTER DIESEL GENERATOR.
- e. (UNIT 1 ONLY) TRANSFER MCC 12K3 to 14 12L and SHUTDOWN the lighting DC per 1 POP 02-DB-0004, EMERCENCY l LIGHTING DIESEL CENERATOR.
11 RETURN TO Procedure Step 9 l
REV. 2 ]
OPOPO4.AE.0001 IDSS OF ANY 13.8 KV OR 4.16 KV BUS ,
PACE 27 OF 72 l l
l ADDENDUM 1 !
RESTORING POWER TO AUXILIARY BUS 1F(2F) PACE 1 0F 5
) '
RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE l I
1 DISPATCll an operator to ensure any non-running CARS pump switch (es) .
IN THE OFF POSITION (29 ft TGB) ]
2 PIACE the following equipment in l PULL TO IDCK:
o Circulating Water Pump 11(21) o Condensate Pump 11(21) o Feedwater Booster Pump 11(21)
I o CL.ACW Pump 12(22) ;
l o MSR DRIP Pump 11A(21A) l o MSR DRIP Pump 11B(21B) i o RCP 1A(2A) o MAB Supply Fan 11A(21A) ,
o MAS Supply Fan 11B(218) o MAB Exhaust Fan 11A(21A) ]
2 o MAB Chill Water Pump 11A(21A) ,
CHECK Unit AUX XFMR - AVA11ABLE CO TO Addendum Step 7.
3 I
l
)
i
~- -- - _ _ _ _ _ _ _ . . _ _ _ _ _ _ , _ , . . _
j REV. 2 ;
OPOPO4.AE-0001 LOSS OF ANY:13.8 KV OR 4.16 KV BUS PAGE 28 0F 72 ADDENDUM 5 RESTORING POWER TO AUXILIARY BUS 1F(2F) PAGE 2 0F 5 I
. STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED l 1
i 4 RESTORE power to AUX Bus IF(2F)
- a. VERIFY " AUX TO STBY BUS 1F(2F) a. OPEN breaker. ,
TIE T.0120(T.0220)" breaker .
OPEN
- b. CLOSE "UAT TO AUX BUS 1F(2F) b. GO TO Addendum Step 7.
SPLY P-0120(P.0220)" breaker
- c. VERIFY AUX BUS 1F(2F) . c. GO TO Addendum Step.7.
ENERGIZED 5 VERIFY STBY Bus 1F(2F) . ENERGIZED PERFORM the following:
- a. ENSURE the following breakers open: ;
o "STBY XFMR 1(2) T0" "STBY BUS 1F(2F) SPLY" "ST.0120(ST-0220)" ,
o "STBY XFMR 2(1) T0" "STBY BUS 1F(2F) SPLY" "ST.0140(ST.0240)"
o E1A(E2A) "SPLY BKR" i
- b. CLOSE " AUX TO STBY BUS 1F(2F) TIE T.0120(T.0220)" breaker.
6 GO TO Addendum Step 15 I
t i
i i
l
l l
REV. 2 j OPOPO4.AE.0001 IDSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 29 OF 72 1
ADDENDUM S RESTORING POWER TO AUXILIARY EUS 1F(2F) PAGE 3 0F 5 RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE CAUTION E ch STBY XFMR is capable of carrying TWO fully loaded STBY busses and ONE fully leaded AUX bus per winding.
GO TO Addendum Step 12.
7 CHECK Affected Unit's STBY XFMR -
AVAILABLE 8 VERIFY STBY Bus IF(2F) . ENERCIZED PERFORM the following;
- a. ENSURE the following breakers open:
o "STBY XFMR 2(1) T0" "STBY BUS 1F(2F) SPLY" "ST-0140(ST.0240)"
o " AUX TO STBY"
" BUS 1F(2F) TIE" "T.0120(T.0220)"
o E1A(E2A) "SPLY BKR"
- b. CIDSE "STBY XFMR 1(2) TO STBY BUS '
breaker.
- c. 1F STBY Bus 1F(2F) is EQI energized. TilEN CO TO Addendum Step 12.
CLOSE " AUX TO STBY BUS 1F(2F) TIE GO TO Addendum Step 12.
9 T.0120(T.0220)" breaker ......................................
VERIFY AUX Bus IF(2F) . ENERCIZED CO TO Addendum Step 12.
10 11 C0 TO Addendum Step 15 l
I I
\
i
l REV. 2 OPOPO4-AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PACE 'l0 0F 72 ADDENDUM 5 RESTORING POWER TO AUXILIARY BUS 1F(2F) PAGE 4 0F 5 RESPONSE NOT ODTAINED STEP ACTION / EXPECTED RESPONSE CAUTION Each STBY XFMR is capable of carryin6 TWO fully loaded STBY busses and ONE fully leaded AUX bus per winding.
CONTACT other unit to verify their GO TO Addendum St.ep 15.
12 STBY XFMR - AVAI1ABLE VERIFY STBY Bus 1F(2F) . ENERGIZED PERFORM the following:
13
- a. ENSURE the following breakers open:
o "STBY XFMR 1(2) T0" "STBY BUS 1F(2F) SPLY" "ST.0120(ST.0220)"
o " AUX TO STBY"
" BUS 1F(2F) TIE" "T.0120(T.0220)"
o E1A(E2A) "SPLY BKR"
breaker,
- c. JZ STBY Bus IF(2F) is ILol energized, Illgli CO TO Addendum Step 15.
14 CIDSE " AUX TO STBY BUS 1F(2F) TIE T.0120(T.0220)" breaker 15 VERIFY 4.16 KV ESF Bus E1A(E2A) . JI STBY Bus 1F(2F) is energized, J}{FN E ENERCIZED ENERGIZE 4.16 KV Bus E1A(E2A) 6N_Q 480V ESF LCs.
I
E l l
REV 2
'OPOPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PACE 310F 72 ADDENDUM 5 RESTORING POWER TO AUXILIARY BUS 1F(2F) PAGE 5 0F 5 RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE RETURN TO Procedure Step 10.
16 VERIFY AUX Bus 1F(2F) . ENERCIZED ......................................
HOIE o RCP 1A(2A) bearing oil lift pump is powered from MCC 1J1(2J1) via LC 1J1(2J1). LC IJ1(2J1) is normally supplied from AUX bus 1H(2H) ,
and may be locally cross. tied to be supplied from AUX bus IF(2F) via LC 1J2(2J2).
o RCP 1D(2D) bearing oil lift pump is powered from MCC 1K1(2K1) via LC 1K1(2K1). LC 1K1(2K1) is normally supplied from AUX bus IC(2C) and may be locally cross. tied to be supplied from AUX bus IF(2F) via LC 1K2(2K2).
CHECK RCP status . AT LEAST ONE PERFORM the following:
17 RUNNING.
6ED Power is available to AUX bus' 1J(2J), Ingg:
- 1) ENSURE LC 1K1(2K1) energized.
- 2) START RCP 1D(2D) as directed by the Unit / Shift Supervisor per OPOP02.RC-0004, REACTOR COOLANT PUMP OPERATION.
required, IHEE:
- 1) ENSURE 141J1(2J1) energized.
- 2) START RCP 1A(2A) as directed by the Unit /Shif t Supervisor per OPOP02-RC.0004, REACTOR COOLANT PUMP OPERATION.
18 RETURN TO Procedure Step 10 l
I
REV. 2 OPOPO4 AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PACE 32 0F 72 ADDENDUM 6 PAGE 1 0F 5 RESTORINC POWER TO AUXILIARY BUS 1C(2G)
RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE 1 DISPATCH an operator to ensure any non-running CARS pump switch (es) -
IN THE OFF POSITION (29 ft TGB) 2 PLACE the following equipment in PULL TO LOCK:
o Feeder Breaker to 4.16 KV XFMR 1D1(2D1) o Circulating Water Pump 12(22) o Coudensate Pump 12(22) o Feedwater Booster Pump 12(22) o CL-ACW Pump 11(21) o CL ACW Pump 13(23) o RCP 1B(2B) o MAB Main Supply Fan 11C(21C) o MAB Main Exhaust Fan 11B(21B) o MAB Chill Water Pump 11B(218) o MAB Chill Water Pump 11C(21C) o MAB Chill Water Pump 11D(21D) o RCD Chill Water Pump 11C(21C)
CO TO Addendum Step 7.
3 CHECK Unit AUX XFMR - AVAILABLE ......................................
7L '
REV. 2 L
l 0POPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 33 0F 72 ADDENDUM 6 RESTORING POWER TO AUXILIARY BUS 1G(2G) PAGE 2 0F 5 t
RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE 4 RESTORE power to AUX Bus 1C(20)
- a. VERIFY " AUX TO STBY BUS 1G(2G) a. OPEN breaker.
TIE BKR T.0140(T.0240)" . OPEN ......................................
- b. GLOSE "UAT TO AUX BUS 1C(2G) b. GO TO Addendum Step 7.
SPLY P-0140(P-0240)" breaker ......................................
- c. C0 TO Addendum Step 7.
- c. VERIFY AUX Bus 1G(2G) -
ENERGIZED PERFORM the following: ,
3 VERIFY STBY Bus 1G(2G) - ENERGIZED
- a. ENSURE che following breakers open: ,
o "STBY XFMR 1(2) T0" "STBY BUS 1G(2G) SPLY" '
o "STBY XFMR 2(1) T0" "STRY BUS 1G(2G) SPLY" "ST.0180(ST.0280)"
o ElB(E2B) "SPLY BKR"
- b. CLOSE " AUX TO STBY BUS 1G(2G) TIE ~
BKR T.0140(T.0240)".
6 C0 TO Addendum Step 15 t
P i
i
REV. 2 OPOPO4.AE.0001 IDSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 34 0F 72 ADDENDUM 6 RESTORING POWER TO AUXILIARY BUS 1G(2G) PAGE 3 0F 5 RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE
'/ y- GAUTION 1
y Erch STBY XFMR is capable of carrying TWO fully loaded STBY busses and ONE fully leaded AUX bus per windin5-CHECK affected Unit's STBY XDiR . GO TO Addendum Step 12.
7 ,
AVAILABLE l 8 VERIFY STBY Bus 1G(2G) - ENERGIZED PERFORM the following:
l
- a. ENSURE the following breakers open: l 1
o "STBY XFMR 2(1) T0" l "STBY BUS 1G(2G) SPLY" "ST.0180(ST.0280)"
o " AUX TO STBY"
" BUS IG(2G) TIE BKR" q "T.0140(T.0240)"
o ElB(E2B) "SPLY BKR"
breaker.
- c. 1F STBY Bus 1G(2G) is E0I energized, IllEE GO TO Addendum Step 12.
9 CIASE " AUX TO STBY BUS 1G(2G) TIE BKR T.0140(T.0240)"
s-REV. 2 OPOPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 35 07 72 ADDENDUM 6 RESTORING POWER TO AUXILIARY BUS 1G(2G) PAGE 4 0F 5 RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE VERIFY AUX Bus 1G(2G) - ENERGIZED GO TO Addendum Step 12.
10 ......................................
11 GO TO Addendum Step 15 CAUTION E ch STBY XFMR is capable of carrying TWO fully loaded STBY busses and ONE fully loaded AUX bus per winding.
12 CONTACT other unit to verify their GO TO Addendum Step 15.
STBY XFMR . AVAILABLE VERIFY STBY Bus 1G(2G) . ENERGIZED PERFORM the following:
13
- a. ENSURE the following breakers open:
o "STBY XFMR 1(2) T0" "STBY BUS 1G(2G) SPLY" "ST.0160(ST.0260)"
o " AUX TO STBY"
" BUS 1G(2G) TIE BKR" "T.0140(T.0240)"
o ElB(E2B) "SPLY BKR"
breaker.
- c. IE STBY Bus 1G(2G) is HQI energized, THEN GO TO Addendum Step 9.
REV. 2 OPOP04.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 36 0F 72 ADDENDUM 6 RESTORING POWER TO AUXILIARY BUS 1G(2G) PAGE 5 0F 5 RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE 14 CIDSE " AUX TO STBY BUS 1G(2G) TIE BKR T.0140(T.0240)"
15 VERIFY 4.16 KV ESF Bus ElB(E2B) . If STBY Bus 1G(2G) is energized. TjlEH ENERGIZE 4.16 KV Bus ElB(E2B) 6ED, 480V ENERGIZED ESF LCs.
16 RETURN TO Procedure Step 11
REV. 2 l
LOPOPO4-AE-0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PACE 37 OF 72 anpENDUM 7 PACE 1 OF 5 RESTORINC POWER TO AUXILIARY BUS 1H(2H)
RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE 1 PLACE the'following equipment in PULL TO LOCK: .
o Feeder Breaker to 4.16 KV .!
XFMR 1D2(2D2)
___ o Circulating Water Pump 13(23)
___ o Startup Feed Pump 14(24) o RCP IC(2C) o RCB Chill Water Pump 11B(128) o RCB Chill Water Pump 11C(12C) o MAB Exhaust Fan 11C(210) o Containment Normal Purge Supply Fan 11A(21A)
C0 TO Addendum Step 6.
2 CHECK Unit AUX XFMR - AVAILABLE ......................................
RESTORE power to AUX Bus 1H(2H) 3 l
- a. OPEN breaker.
___ a. VERIFY " AUX TO STBY BUS 1H(2H) )
TIE BKR T-0130(T.0230)" . OPEN .......................................
- b. CLOSE "UAT TO AUX BUS 1H(2H) b. CO TO Addendum Step 6.
SPLY P.0130(P-0230)" breaker ......................................
- c. VERIFY AUX BUS c. GO TO Addendum Step 6.
.--.---.---- --..-.-.. l 1H(2H) - ENERGIZED
m J
.REV. 2 OPOPO4-AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 38 OF 72 l
ADDENDUM _7 PAGE 2 0F 5 RESTORING POWER TO AUXILIARY BUS 1H(2H)
RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE PERFORM the following:
4 VERIFY STBY Bus 1H(2H) - ENERGIZED
- a. ENSURE the fo11owin5 breakers opent o "STBY XfMR 1(2) TO" "STBY BUS 1H(2H) SPLY" "ST 0130(ST-0230)"
o "STBY XENR 2(1) TO" "STBY BUS 1H(2H) SPLY" "ST-0150(ST 0250)"
i o E1C(E2C) "SPLY BKR"
- b. CIASE " AUX TO STBY BUS 1H(2H) TIE BKR T-0130(T-0230)".
5 CO To addendum Step 14 i
REV. 2 OPOP04.AE.0001 IDSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 39 0F 72 ADDENDUM 7 RESTORING POWER TO AUXILIARY BUS 1H(211) PAGE 3 OF 5 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED t
CAUTION E ch STBY XIHR is capable of carrying TWO fully loaded STBY busses and ONE fully leaded AUX bus per winding.
i 6 CHECK Affected Unit's STBY XFMR . GO TO Addendum Step 11. I f
l AVAIIABLE l 7 VERIFY STBY Bus 111(2H) . ENERGIZED PERFORM the following: )
- a. ENSURE the following breakern open:
o "STBY XFMR 2(1) T0" !
"STBY BUS lit (2H) SPLY" "ST.0150(ST.0250)" ,
o " AUX TO STBY"
" BUS 111(211) TIE BKR" "T.0130(T.0230)"
o E1C(E2C) "SPLY BKR"
breaker,
- c. IE STBY Bus 1H(2H) is jiqI energized, IjiEti CO TO Addendum Step 11.
8 CIDSE " AUX TO STBY BUS 1H(211) TIE BKR C0 TO Addendum Step 11.
T.0130(T.0230)" breaker ......................................
f I
)
REV. 2 OPOPO4 AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 40 0F 72 ADDENDUM 7 RESTORING POWER TO AUXILIARY BUS 1H(2H) PAGE 4 0F 5 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 9 VERIFY AUX Bus 1H(2H) - ENERGIZED GO TO Addendum Step 11.
10 GO TO Addendum Step 14 CAUTION E ch STBY XFMR is capable of carrying TWO fully loaded STBY busses and ONE fully leaded AUX bus per winding.
11 CONTACT other unit to verify their CO TO Addendum Step 14.
STBY XFMR - AVAILABLE 12 VERIFY STBY Bus 1H(211) . ENERGIZED PERFORM the following:
- a. ENSURE the following breakers open:
o "STBY XFMR 1(2) To" l "STBY BUS 1H(2H) SPLY" "ST.0130(ST.0230)"
o " AUX TO STBY" l
" BUS 1H(2H) TIE BKR" "T-0130(T.0230)" l l
o E1C(E20) "SPL,Y BKR" l l
- b. CLOSE "STBY XFMR 2(1) TO STBY BUS l t
1H(2H) SPLY ST-0150 (ST.0250)"
breaker.
l c. IE STBY Bus 1H(2H) is HQI energized. IHEN GO TO Addendum Step 14.
l 1
i l
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ )
REV. 2 OPOPO4.AE.0001 LDSS OF ANY 13.8 KV OR 4.16 KV BUS PACE 41 OF 72 ADDENDUM 7 RESTORING POWER TO AUXILIARY BUS 1H(2H) PACE 5 0F 5 RESPONSE NOT OBTAINED STEP ACTION / EXPECTED RESPONSE 13 CIDSE " AUX TO STBY BUS 1H(2H) TIE BKR T.0130(T.0230)"
14 VERIFY 4.16 KV ESF Bus E1C(E2C) . IF STBY Bus 1H(2H) is energized, THEN ENERGIZE 4.16 KV Bus E1C(E2C) g_Q 480V ENERGIZED ESF LCs.
15 RETURN TO Procedure Step 12 l
l
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A f
r I
REV.~2- i
. LOSS OF ANY.13.8;KV OR 4.16 KV BUS OPOPO4.AE.0001 PAGE 42 OF 72 ,
ADDENDUM 8-PAGE 1 OF 3 RESTORING POWER TO STANDBY BUS 1F(2F) i RESPONSE NOT OBTAINED STEP- ACTION / EXPECTED RESPONSE i
GO TO Addendum Step 3.
1 CHECK AUX Bus IF(2F) . ENERCIZED.
1 2 RESTORE power to STBY Bus 1F(2F)
- a. VERIFY the.following a. OPEN breaker (s).
breakers open:
o "STBY XFMR 1(2) TO" "STBY BUS 1F(2F) SPLY" "ST.0120(ST.0220)" ,
o "STBY XFMR 2(1) T0" "STBY BUS 1F(2F) SPLY" "ST.0140(ST.0240)"
o E1A(E2A)."SPLY BKR" ......................................
- b. CLOSE " AUX TO STRY BUS 1F(2F) b. CO TO Addendum Step 3. .
TIE T.0120(T 0220)" breaker ......................................
- c. VERIFY STBY Bus 1F(2F) . c. GO TO Addendum Step 3. f ENERGIZED.
- d. GO TO Addendum Step 7 +
0 l
1 l
1 1
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REV. 2 OPOPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 43 OF 72 ADDENDUM 8 RESTORING POWER TO STANDBY BUS 1F(2F) PACE 2 OF 3 STEP- ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED CAUTION Each STBY XFMR is capable of carrying TWO fully loaded STBY busses and ONE fully loaded AUX bus per winding.
3 CllECK affected Unit's STBY XFMR - CO TO Addendum Step $.
AVAILABLE 4 RESTORE power to STBY Bus IF(2F)
- a. VERIFY the following a. Open breaker (s),
breakers open:
o "STBY XFMR 2(1) T0" "STBY BUS 1F(2F) SPLY" "ST.0140(ST-0240)"
o " AUX TO STBY"
" BUS 1F(2F) TIE" "T 0120(T.0220)"
o E1A(E2A) "SPLY BKR"
- b. CLOSE "STBY XFMR 1(2) TO STBY b. CO TO Addendum Step 5.
BUS 1F(2F) SPLY ST.0120 (ST.0220)" breaker
- c. VERIFY STBY Bus 1F(2F) . c. GO TO Addendum Step 5.
ENERGIZED
- d. GO TO Addendum Step 7 i
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REV. 2 OPOP04.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 44 OF 72 ADDENDUM 8 RESTORING POWER TO STANDBY BUS 1F(2F) PAGE 3 OF 3 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED CAUTION Each STBY XFMR is capable of carryin5 TWO fully loaded STBY busses and ONE fully loaded AUX bus per winding.
5 CONTACT other unit to verify their RETURN TO Procedure Step 13.
STBY XFMR . AVAIIABLE 6 RESTORE power to STBY Bus 1F(2F)
- a. VERIFY the following a. OPEN breaker (s).
breakers open:-
o "STBY XFMR 1(2) T0" "STBY BUS 1F(2F) SPLY" "ST.0120(ST.0220)" ,
o " AUX TO ST3Y"
" BUS 1F(2F) TIE" "T-0120(T.0220)"
o ElA(E2A) "SPLY BKR"
- b. CLOSE "STBY XFMR 2(1) TO STBY BUS 1F(2F) SPLY ST.0140 ,
(ST-0240)" breaker 7 VERIFY 4.16 KV ESF Bus ElA(E2A) . IF STBY Bus IF(2F) is energized IHEN ENERCIZED ENERGIZE 4.16 KV Bus ElA(E2A) 6HD 480V ESF LCs.
8 RETURN TO Procedure Step 13 i
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REV. 2 OPOPO4.AE.0001' LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 45 0F 72 ADRENDUM 9 j RESTORING POWER TO STANDBY BUS 1G(2G) PAGE 1 OF 3 I
F STEP _ ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED
_, ,, 1 GHECK AUX Bus 1G(2G) . ENERCIZED GO TO Addendum Step 3.
2 RESTORE power to STBY Bus 1G(2G) ,
- s. VERIFY che following a. OPEN breaker (s). l breakers open:
o "STBY XFMR 1(2) T0" "STBY BUS 1G(2G) SPLY" "ST.0160(ST.0260)" ,
o "STBY XFMR 2(1) T0" "STBY BUS 1G(2G) SPLY" ,
"ST-0180(ST.0280)" l o ElB(E2B) "SPLY BKR"
- b. GLOSE " AUX TO STBY BUS 1G(2G) b. GO TO Addendum Step 3.
TIE BKR T.0140(T 0240)"
- c. ' VERIFY STBY Bus 1G(2G) . c. GO TO Addendum Step 3.
ENERGIZED ,
- d. GO TO Addendum Step 7 I
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-v REV. 2 OPOPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGF. 46 0F 72 ADDENDUM 9 RESTORING POWER TO STANDBY BUS 1G(2G) PAGE 2 OF 3 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED GAUTION Each SibY XFMR is capable of carrying TWO fully loaded STBY busses and ONE fully loaded AUX bus per winding.
3 CHECK affected Unit's STBY XFMR . GO To Addendum Step 5.
AVAILABLE 4 RESTORE power to STBY Bus 1G(2G)
- a. VERIFY the following a. Open breaker (s),
breakers open:
_o "STBY XIER 2(1) T0" "STBY BUS 1G(2G) SPLY" "ST.0180(ST 0280)"
o " AUX TO STBY"
" BUS 1G(2G) TIE BKR" "T 0140(T.0240)"
o ElB(E2B) "SPLY BKR"
- b. CLOSE "STBY XFMR 1(2) TO STBY b. GO TO Addendum Step 5.
BUS 1G(2G) SPLY ST.0160 (ST.0260)"
- c. VERIFY STBY Bus 1G(2G) -
- c. GO TO Addendum Step 5.
ENERGIZED
- d. GO TO Addendum Step 7 4
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l REV. 2 OPOP04.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 47 0F 72 l
ADDENDUM 9 RESTORING POWER TO STANDBY BUS 1G(2G) PAGE 3 0F 3 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED CAUTION Each STBY XFMR is capable of carrying TWO fully loadcd STBY busses and ONE fully loaded AUX bus per winding.
5 CONTACT other unit to verify their RETURN TO Procedure Step 14.
STBY XMfR - AVAILABLE 6 RESTORE power to STBY Bus 1G(2G)
- a. VERIFY the following a. OPEN breaker (s).
breakers open:
o "STBY XFMR 1(2) T0" "STBY BUS 1G(2G) SPLY" "ST.0160(ST-0260)"
o " AUX TO STBY"
" BUS 1G(2G) TIE BKR" "T.0140(T.0240)"
o ElB(E2B) "SPLY BKR"
- b. CLOSE "STBY XFMR 2(1) TO STBY BUS 1G(20) SPLY ST.0180 !
(ST-0280)" breaker ;
7 VERIFY 4.16 KV ESF Bus ElB(E28) . IE STBY Bus 1G(2G) is energized, IHgg i ENERGIZED ENERGIZE 4.16 KV Bus ElB(E2B) AER 480V ESF LCs.
I 8 RETURN TO Procedure Step 14 1
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REV. 2 OPOPO4.AE.0001 LOSS OF ANY 13.0 KV OR 4.16 KV BUS PAGE 48 OF 72 ADDENDUM 10 RESTORING POWER TO STANDBY BUS 1H(2H) PAGE 10F 3 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 1 CHECK AUX Bus 1H(2il) - ENERGIZED GO TO Addendum Step 4.
2 PLACE the Startup Steam Generator Feed Pump 14(24) in PULL TO LOCK 3 RESTORE power to STBY Bus 1H(2H)
- a. VERIFY the followin5 a. OPEN breaker (s).
breakers open:
o "STBY XFMR 1(2) T0" "STBY BUS IH(2H) SPLY" "ST.0130(ST.0230)"
o "STBY XFMR 2(1) To" "STBY BUS 1H(2H) SPLY" "ST.0150(ST.0250)"
o E1C(E2C) "SPLY BKR"
- b. CLOSE " AUX TO STBY BUS lH(2H) b. GO TO Addendum Step 4.
TIE BKR T.0130(T.0230)" breaker
- c. VERIFY STBY Bus 1H(2H) . c. GO TO Addendum Step 4.
ENERGIZED
- d. CO TO Addendum Step 8 l
REV. 2 i OPOPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 49 0F 72 l
ADDENDUM 10 RESTORING POWER TO STANDBY BUS 1H(2H) PAGE 2 0F 3 !
, I STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBIAINED CAUTION Each STBY XFMR is capable of carrying TWO fully loaded STBY busses and ONE fully loaded AUX bus per winding. '
4 CHECK affected Unit's STBY XFMR - C0 TO Addendum Step 6.
AVAILABLE J
5 RESTORE power to STBY Bus 1H(2H)
- a. VERIFY the following a. Open breaker (s),
breakers open:
o "STBY XFMR 2(1) T0" "STBY BUS 1H(2H) SPLY" "ST-0150(ST-0250)"
o " AUX TO STBY"
" BUS 1H(2H) TIE BKR" "T.0130(T.0230)"
o E1C(E2C) "SPLY BKR"
- b. CLOSE "STBY XFMR 1(2) TO STBY b. GO TO Addendum Step 6. ,
BUS lH(2H) SPLY ST.0130 (ST 0230)" breaker
- c. VERIFY STBY Bus 1H(2H) - c. GO TO Addendum Step 6.
ENERGIZED
- d. GO TO Addendum Step 8
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.. REV. 2 OPOPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 50 0F 72 ADDENDUM 10 RESTORING POWER TO STANDBY BUS 1H(2H) PAGE 3 0F 3 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED CAUTION Each STBY XFMR is capable of carryin5 TWO fully loaded STBY busses and ONE fully loaded AUX bus per winding.
6 CONTACT other unit to verify their RETURN TO Procedure Step 15.
STBY XEMR . AVAILABLE 7 RESTORE power to STBY Bus 1H(2H)
- a. VERIFY the following a. OPEN breaker (s),
breakers open:
o "STBY XFMR 1(2) T0" "STBY BUS 1H(2H) SPLY" "ST.0130(ST-0230)"
o " AUX TO STBY"
" BUS 1H(2H) TIE BKR" "T.0130(T.0230)"
o ElC(E2C) "SPLY BKR"
- b. CLOSE "STBY XFMR 2(1) TO STBY BUS lH(2H) SPLY ST.0150 (ST.0250)" breaker 8 VERIFY 4.16 KV ESF Bus E1C(E2C) - lE STBY Bus 1H(2H) is energized, Ittgi ENERGIZED ENERCIZE 4.16 KV Bus ElC(E2C) AN.R 480V ESF LCs.
9 RETURN TO Procedure Step 15 l
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REV. 2 OPOP04-AE-0001 IASS 0F ANY 13.8 KV OR' 4.16 KV BUS PAGE 54 0F 72 ,
ADDENDUM 11 :
. TRANSFER ESF BUSSES TO THE EMERGENCY TRANSFORMER PACE 4 0F 4 ,
STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 6 CLOSE the 4.16 KV normal supply breaker to tha selected ESF bus
+
7 CLOSE the 480 V ESF LC feeder breakers from the selected ESF bus.
8 RESTORE equipment to the selected ESF ;
bus as deemed appropriate by '
Unit / Shift Supervisor 9 RETURN TO Procedure Step'or Addendum Step in effect-l 1
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,re REV. 2 OPOPO4.AE.0001 IDSS OF ANY 13.8 KV OR 4.16 KV BUS
. PAGE 55 0F 72 ADDENDUM 12 RESPONSE TO LOSS OF TRAIN A AND TRAIN C PACE 1 0F 14 3 4.16 KV ESF BUSSES l t
STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED HQIE o II the loss of Train A 6HA Train C 4.16 KV ESF Busses'Is expected to last LESS THAN two hours, IHEN performance of this Addendum is HQI required. '
o If the loss of Train A 6HD Train C 4.16 KV ESF Busses is expected to last CREATER '
THAN OR EQUAL TO two hours,;IHEN this addendum SHALL be performed within thirty minutes after event initiation to' ensure adequate battery capacity for safe shutdown instrumentation. ;
1 Expected duration of loss of power to RETURN TO Procedure Step or Addendum Train A and Train C 4.16 KV ESF Busses Step in effect. !
. CREATER THAN OR EQUAL TO TWO HOURS 2 CHECK status of 4.16 KV ESF Bus GO TO Addendum Step 25.
ElB(E28) . ENERGIZED FROM i STBY DC 12(22) 3 ENSURE the following 4.16 KV ESF OPEN 4.16 KV normal supply breakers j normal supply breakers ' . OPEN r
, i o E1A(E2A) "SPLY BKR"
)
o ElB(E2B) "SPLY BKR" o E1C(E2C) "SPLY BKR" 1
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REV. 2 OPOPO4.AE-0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 56 0F 72 ADDENDUM 11 RESPONSE TO LOSS OF TRAIN A AND TRAIN O PAGE 2 0F 14 4.16 KV ESF BUSSES STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 4 OPEN feeder breaker from STBY bus to ONE de. energized ESF bus o E1A(E2A) -
"STBY BUS 1F(2F)"
"TO XFMR E1A(E2A)"-
"BKR SW . NORM" OR o E1C(E2C) - "STBY BUS 1H(2H)" l "To XFMR E1C(E2C)"
"BKR SW - NORM" 5 OPEN feeder breaker from STBY Bus 1C(2G) to 4.16 KV ESF Bus ElB(E2B) o ElB(E28) . "STBY BUS 1G(2G)"
"TO XFMR ElB(E28)" l "BKR SW . NORM" 6 OPEN motor operated disconnects from DISPATCH operator to open motor STBY bus to the selected de-energized operated disconnects to the selected i ESF bus de-energized ESF bus from STBY bus, l REFER TO OPOP02.AE.0001. AC ELECTRICAL o E1A(E2A) -
"STBY BUS 1F(2F) T0" DISTRIBUTION BREAKER LINUP (located "XFMR E1A(E2A)" next to associated ESF transformer) l
" DISC SW . NORM" o "E1A(E2A) MOTOR OPERATED DISCONNECT" l OR "FROM STBY BUS 1F(2F)"
o E1C(E2C) - "STBY BUS 1H(2H)-To" OR "XFMR E1C(E20)"
" DISC SW . NORM" o "E1C(E2C) MOTOR OPERATED DISCONNECT" l "FROM STBY BUS 1H(2H)"
7 OPEN motor oporated disconnects from DISPATCH operator to open motor STBY Bus 1G(2G) to 4.16 KV ESF Bus operated disconnect to tho 4.16 KV ESF ElB(E28) Bus ElB(E2B) from STBY bus, REFER TO OPOP02-AE-0001, AC ELECTRICAL o ElB(E2B) . "STBY BUS 1G(2G) T0" DISTRIBUTION BREAKER LINUP (located "XFMR ElB(E2B)" next to ElB(E28) ESF transformer)
" DISC SW - NORM" l o "ElB(E2B) MOTOR OPERATED DISCONNECT" "FROM STBY BUS 1G(2G)"
REV. 2 I OPOPO4.aE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PACE 57 0F 72 ADDENDUM 12 RESPONSE TO LOSS OF TRAIN A AND TRAIN C PACE 3 OF 14 4.16 KV ESF BUSSES STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBIAINED 8 VERIFY emergency feeder breaker from OPEN emergency feeder breaker from Bus IL(2L) to the selected IL(2L) to the selected 4.16 KV ESF bus de. energized 4.16 KV ESF bus . OPEN o E1A(E2A) .
"EMER BUS IL(2L)"
"TO XFMR E1A(E2A)"
"BKR SU . EMER" OR o E1C(E2C) - "EMER BUS 1L(2L)"
"TO XFMR E1C(E2C)"
"BKR SW . EMER" 9 VERIFY emergency feeder breaker from OPEN emergency feeder breaker _from Bus IL(2L) to 4.16 KV ESF Bus ElB(E2B) IL(2L) to 4.16 KV ESF Bus ElB(E28)
. OPEN o ElB(E2B) . "EMER BUS 1L(2L)"
"TO XFMR ElB(E2B)" i )
"BKR SW . EMER" l <
...................................... I 10 VERIFY emergency transformer supply PLACE "EMER XFMR TO BUS 1K/1L(2K/2L) ,
breaker "EMER XFMR TO BUS IK/1L(2K/2L) SPLY" in PULL TO LOCK. j SPLY" . IN PULL TO LOCK i
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REV. 2 OPOPO4-AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PACE 58 0F 72 6DDENDUM 12 RESPONSE TO 1 DSS OF TRAIN A AND TRAIN C PACE 4 OF 14 4.16 KV ESP BUSSES STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED.
11 CLOSE motor operated disconnects from DISPATCM operator to close motor Emergency Bus 1L(2L) to the selected operated disconnects to the selected de-energized ESF bus de-energized ESF bus from the emergency transformer (located next to o E1A(E2A) - "EMER BUS IL(2L) T0" associated ESF transformer.)
"XFMR E1A(E2A)"
" DISC SW - EMER" o "EIA(E2A)-MOTOR OPERATED DISCONNECT" "FROM EMERGENCY BUS 1L(2L)"
OR OR o E1C(E2C) . "EMER BUS IL(2L) T0" g "XFMR E1C(E2C)" o "E1C(E20) MOTOR OPERATED DISCONNECT"I
" DISC SW . EMER" "FROM EMERCENCY BUS 1L(2L)"
____ 12 CLOSE motor operated disconnects from DISPATCH operator to close the motor i Emergency Bus IL(2L) to 4.16 KV ESF operated disconnect to 4.16 KV ESF Bus Bus ElB(E2B) ElB(E2B) from the emergency transformer (located next to o ElB(E2B) - "EMER BUS 1L(21.) TO" associated ESF transformer.)
"XFMR ElB(E2B)"
" DISC SW - EMER" o "ElB(E2B) MOTOR OPERATED DISCONNECT" "FROM EMERCCGCY BUS 1L(2L)"
. - - - . . ~ .. _. .=~ .
REV.'2
PAGE $9 0F 72 ADDENDUM 12 <
RESPONSE TO LOSS OF TRAIN A AND TRAIN C PAGE 5 0F 14 4.16 KV ESF BUSSES
- STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 13 PLACE the'following equipment for the selected de energized ESF bus in PULL TO LOCK: '
o Essential chillers s o Essential chill water pump o Standby emer5ency DG supply fr.n o - Spent fuel cooling pump (TRAIN C .
ONLY) I o ECW room fans o FHB exhaust and exhaust booster fans I
o EAB supply and return fans o CR' supply, return, makeup, and recirculation fans o RilR pump o HHSI pump o LHS1 pump o Containment spray pump o ECW pump o CCW pump o RCFCs o STBY DG output breaker i
o AFW pump o Centrifugal charging pump
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REV. 2
.0 POP 04 AE-0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PACE 60 0F 72 l
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ADDENDUM 12 RESPONSE TO LOSS OF TRAIN A AND TRAIN C PACE 6 0F 14 4.16 KV ESF BUSSES STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 14 CLOSE emergency feeder breaker from '
Bus 1L(2L) to the selected de-energized 4.16 KV ESF bus o E1A(E2A) -
"EMER DUS IL(2L)"
"TO XFMR E1A(E2A)"
"BKR SV - EMER" OR o E1C(E2C) - "EMER BUS IL(2L)"
"TO XFMR.EIC(E2C)"
"BKR SW - EMER" 15 CLOSE emergency feeder breaker from Bus IL(2L) to 4.16 KV ESF Bus ElB(E2B) l
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o ElB(E2B) - "EMER BUS 1L(2L)"
"TO XFMR ElB(E2B)"
"BKR SW - EMER" 16 PLACE the synchronizing switch for STBY DC 12(22) in the ON position 17 CLOSE the 4.16 KV ESF bus normal I supply breaker "SPLY BKR" to ElB(E28) l 18 PLACE the synchronizing. switch for STBY DC 12(22) in the OFF position i
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REV. 2 i OPOPO4-AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 610F 72 I
ADDENDUM 12 RESPONSE TO LOSS OF TRAIN A AND TRAIN C PAGE 7 0F 14 4.16 KV ESF BUSSES STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED CAUTION Performance of the following step will energize the selected ESF bus.
19 CLOSE the 4.16 KV ESF bus normal PERFORM the following:
"SPLY BKR" for the selected de-energized ESF bus. a. DISPATCH an operator to open the sequencer main supply breaker for the selected de-energized ESF bus.
(10 ft EAB sequencer room)
- c. If the 4.16 KV ESF bus normal supply breaker for the selected de. energized ESF bus will E0I close. IBM! CO TO Addendum Step 25.
20 CLOSE the 480 VAC LC ESF bus normal PERFORM the following:
supply breakers for the selected ESF bus a. DISPATCH an operator to open the sequencer main supply breaker for )
the selected ESF bus. !
(10 ft EAB sequencer room)
- c. If the 480 VAC LC normal supply <
breakers for the selected ESF bus will EQI close, THEN CO TO Addendum Step 25.
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'OPOPO4 AE-0001 REV. 2 IASS OF ANY 13.8 KV OR 4.16 KV BUS 1 PAGE 62 0F 72 h
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ADDENDUM 12
RESPONSE
To thSS OF TRAIN A AND TRAIN C PACE 8 0F 14
-4.16 KV ESF BUSSES STEP ACTION /EKPECTED RESPONSE RESPONSE NOT OBTAINED M921
'E CCP operation is required 6@ CCW to that CCP is in service, I1158 the respective CCP -
may be started.
21 MONITOR STBY DG load . LESS THAN 5500 KW SHED loads as necessary to maintain LESS TilAN 5500 KW, 22 VERIFY the 480 VAC LCs for the C0 TO Addendum Step 25.
selected ESF bus . ENERCIZED 23 DISPATCH an operator to verify the 120 VAC battery chargers and 25 KVA PERFORM the followin5:
TMI inverters on the selected ESP bus a. DIRECT operator to perform the
. ENERCIZED following:
DC DISTRIBUTION SYSTEM.
VITAL DISTRIBUTION POWER SUPPLIES.
- b. H the 25 KVA THI inverters ARQ battery chargers on the selected ESF bus can HQI be energized, Itigg CO TO Addendum Step 25.
24 RETURN TO Procedure Step or Addendum Step in effect 25 DISPATCil an operator to shed all large non essential DC loads per Table 1 of this Addendum.
REV. 2 OPOPO4-AE 0001 14SS OF 'ANY 13.8 KV OR 4.16 KV BUS PAGE 63 OF 72 ADDENDUM 12 RESPONSE TO LOSS OF TRAIN A AND TRAIN C .PAGE 9 0F 14 4.16 KV ESF BUSSES STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED E 26 DISPATCH'an operator to deenergize Channel I and Channel IV 7.5 KVA NSSS inverters by opening the following breakers:
i E1A11(E2A11)/5E
- b. "CH IV INST / CONT PWR" l "NSSS INVERTER DC PWR" l E1011(E2C11)/5E 27 REFER TO Table 2 of this addendum for loads lost by shedding Channel I and Channel IV NSSS inverters
REV. 2 OPOPO4 AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 64 0F 72 ;
i ADDFNDUM 12 I RESPONSE TO LOSS OF TRAIN A AND TRAIN C PAGE 10 0F 14 i 4,16 KV ESF BUSSES I
)
i STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED CAUTION l l
Do NOT allow battery voltages to drop to LESS TilAN 106 VDC for plant equipment protection and to allow sufficient voltage for starting diesel generators.
28 CHECK voltage on Channel I, III and IV IE voltage on Channel I, III or IV l of the Class lE 125 VDC system - decreases to LESS THAN 107 VDC, THEN l CREATER TilAN 107 VDC DISPATCH an operator to open its l associated battery output breaker to !
conserve battery should the respective STBY DG become available o Channel I - l 1
1 "125V BATT ElA11(E2All) T0" {
"125V DC SUBD ElA11(E2All)" i ElAll(E2All)/1B o Channel III -
"125V BATT ElBil(E2Bil) T0" "125V DC SWBD ElBil(E2Bil)"
ElBil(E2Bil)/lB 1
o Channel IV . l "125V BATT ElCll(E2Cll) T0" "125V DC SWBD ElCll(E2Cll)"
ElCll(E2Cll)/lB 29 MONITOR voltage on Channel I, III and DISPATCH an operator to monitor IV of the Class lE 125 VDC system for voltage on channel I, III and IV of l duration of the event the lE 125 VDC system. j 30 RETURN TO Procedure Step or Addendum Step in offect 1
7_ ,
'...a REV. 2 OPOPO4-AE-0001 IDSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 65 0F 72 ADDENDUIL12 RESPONSE TO LOSS OF TRAIN A AND TRAIN C PACE 11 0F 14 4.16 KV ESF BUSSES ;
TABLE 1 DC NON ESSENTIAL LOADS DEVI.CE POSITION g E1A11(E2A11)
CUB 4A " TRAIN A RX TRIP SWCR CONTROL PWR" OPEN CUB SC - "ESF LOAD SEQUENCER CABINET A - ZLP 801" OPEN i
125V DC PANEL.
PL-39A/BKR 5 "RCP 1A(2A) 15 KV CIASS 1E CUB A" OPEN (10 ft EAB Rm 007)
E1811(E2B11)
CUB SB "ESF 14AD SEQUENCER CABINET B - ZLP-802" OPEN CUB SC' " TRAIN B RX TRIP SWGR CONTROL PWR" OPEN 1
125V DC PANEL PL 398/BKR 3 "RCP 1C(2C) 15 KV CLASS 1E CUB C" OPEN (35 ft EAB Rm 213)
E1C11(E2C11)
CUB 7B "ESF 14AD SEQUENCER CABINET C - ZLP-803" OPEN 125V DC PANEL PLo39C/BKR 3 "RCP 1D(2D) 15 KV CIASS lE CUB D" OPEN l
+
(60 ft EAB Rm 319).
a -- - - ---
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REV. 2 i
.0POPO4-AE-0001 . LDSS OF ANY 13.8 KV ORJ4.16 KV BUS- !
, PAGE 66 0F 72 i
I ADDENDUM 12 RESPONSE TO IDSS OF TRAIN A AND TRAIN C PACE 12 0F 14 4.16 KV ESF BUSSES i
TABLE 2 IDADS 14ST DUE TO INVERTER IDAD SHED CHANNEL I'NSSS 7.5 KVA' INVERTER '
120 V AC Panel DP 1201 Breaker Load'and Affected Equipment 1 NSSS Process Cabinet OlA Protection Set 1 2 NSSS Process Cabinet OLA Protection Set I i FI-0514 SC A steam pressure PI-0524 SG B steam pressure I l
PI-0534 SC C steam pressure l PI-0544 SG D steam pressure FI-0510 SG A' main FW flow !
'l FI-0540 SC D main FW flow l LI-0571 SC A NR level LI-0572 SC B NR level LI-0573 SC C NR level LI-0574 SG D NR level PI.0505 IIP turbine impulso pressure LR 0102 A BAT level PI-0455 pressurizar pressure LI 0465 pressurizer level TI-0410A RCS loop A hot leg temperarure-TI-0410B RCS loop A cold leg temperature TI-0411 RCS loop B differential pressure TI-0412A RCS loop A average temperature l
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t REV. 2
'.0POPO4 AE-0001
-14SS OF ANY 13.8 KV OR 4.16 KV BUS
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ADDENDUM 12 RESPONSE TO IDSS OF TRAIN A. AND TRAIN C- PACE 13 0F 14' ,
'4 16 KV ESF BUSSES- ,
i TABLE 2 IhADS IDST DUE TO INVERTER 1 DAD SHED-CHANNEL I NSSS 7.5 KVA. INVERTER.
120!
V AC Panel DP 1201 (cont.)-
Breaker -Load and Affected Equipment ,
2 'TI 0412B RCS loop A OPDT setpoint (cont.)
TI-0412C RCS loop A OPDT setpoint-FI-0867 A RHR pump discharge flow ;
3 NIS Channel I Control Power N-31 source range N-41 power range 4 NIS' Channel I Instrument Power I N-31 source range N-41 power range 5 SSPS Logic Cabinut R Input Channel I 6 SSPS Actuation Cabinet Train A 7 SSPS Logie Cabinet S Input ~ Channel I 8 SSPS Safeguard Test Cabinet A 9 ECW ECC Servo Amplifier 10 ECW ECC Servo Amplifier 22 Communication Isolation Device l
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4 REV. 2 OPOPO4-AE-0001 LOSS OF /daf 13.8 KV OR 4.16 KV BUS PAGE 68 OF 72 ADDENDUM 12 RESPONSE TO LOSS OF TRAIN A AND TRAIN C PACE 14 0F 14 4.16 KV ESF BUSSES TABLE 2 LOADS IAST DUE TO INVERTER IDAD SHED CHANNEL IV NSSS 7.5 KVA INVERTER 120 V AC Panel DP 1204 i Breaker Load and Affected Equipment i 1 NSSS Process Cabinet Protection Set IV LI-Oll2 VCT level TI-0130 letdown heat exchanger temperature LR-0106 B BAT level l 1
PR-0934 containment pressure l l
T1-0440A RCS loop D hot leg temperature TI-0440B RCS loop D hot leg temperature TI-0441 RCS loop D differential temperature i l
TI 0442A RCS loop D average temperature TI-0442B RCS loop D OPDT actpoint TI-0442C RCS loop D OPDT setpoint PI 0458 pressurizer pressuro FI-0869 C RHR pump discharge flow 2 NIS Channnel IV Control Power N-43 power range 3 SSPS Logic Center R Input Channel IV 4 NIS Channs1 IV instrument Power N-43 power range 5 SSPS Logic Cabinet S Input Channel IV 6 SSPS Actuation Train C 8 SSPS Safeguard Test Cabinet C 22 Communication Isolation Device
L REV. 2
'OPOPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 69 0F 72 ADDENDUM 13 RESTORING POWER TO BUS 1Di(2D1) PAGE 1 0F 2 STEP ACTION /EXPEGTED RESPONSE RESPONSE NOT OBTAINED 1 PLACE the following .quipment in PULL To LOCK: 1 o LP HTR DRIP Pump 11(21) o OL-ACW Pump 12(22) o OL-ACW Pump 13(23) 2 CHECK 13.8 KV AUX Bus 1G(20) -
GO TO Addendum Step 4.
ENERGIZED 3 RESTORE power to Bus ID1(2D1)-
- a. VERIFY " BUS 1D1(2D1) T0 a. OPEN breaker.
1D2(2D2) TIE BKR" . OPEN
- b. VERIFY "FDR BKR TO XFMR b. CLOSE breaker, j 1Di(2D1)" . CLOSED '
- c. VERIFY " AUX XFMR 1D1(2D1) TO c. CLOSE breaker.
BUS 1Di(2D1)" breaker - CLOSED
- d. VERIFY Bus 1D1(2D1) - ENERGIZED d. GO TO Addendum Step 4
- e. RETURN TO Procedure Step 17 l i
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3 i^ -i REV. 2 OPOP04-AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 70 0F 72 ,
ADDENDUM 13 RESTORING POWER TO BUS 1D1(2D1) PAGE 2 OF 2.
STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 4 CHECK Bus 1D2(2D2) - ENERGIZED RETURN TO Procedure Step 17.
5 . RESTORE power to Bus 1Di(2D1)
- a. VERIFY "}TR BKR TO XFMR a. OPEN breaker.
1Di(2D1)" . OPEN
- b. VERIFY " AUX XFMR 1Di(2D1) TO b. OPEN breaker.
BUS 1D1(2D1)" breaker . OPEN
- c. CLOSE " BUS 1Di(2D1) TO 1D2(2D2)
TIE BKR" 1 6 RETURN TO Procedure Step 17 ,
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I REV. 2 l 0POPO4 AE-0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PAGE 710F 72 f
ADDENDUM 1/t RESTORING POWER TO BUS 1D2(2D2) PACE 1 0F 2
-STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 1 PLACE the following equipment in PULL TO IDCK: [
o LP HTR DRIP Pump 12(22) o LP HTR DRIP Pump 13(23) o OL.ACW Pump 11(21) 2 CllECK 13.8 KV AUX Bus ill(2H) .
GO TO Addendum Step 4.
ENERGIZED 3 RESTORE power to Bus 1D2(2D2) -
- a. VERIFY " BUS 1D1(2D1) TO a. OPEN breaker.
1D2(2D2) TIE BKR" . OPEN
\
- b. VERIFY "FDR BKR TO XFMR b. CLOSE breaker.
1D2(2D2)" - CLOSED
...................................... j
- c. VERIFY " AUX XFMR 1D2(2D2) TO c. CLOSE breaker.
BUS 1D2(2D2)" breaker . CLOSED
...................................... i
- d. VERIFY Bus 1D2(2D2) . ENERGIZED d. GO TO Addendum Step 4. l
- e. RETURN TO Procedure Step 18 1
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REV. 2 OPOPO4.AE.0001 LOSS OF ANY 13.8 KV OR 4.16 KV BUS PACE 72 0F 72
. ADDENDUM 14 RESTORING POWER TO BUS 1D2(2D2) PAGE 2 0F 2 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 4 CHECK Bus 1Di(2D1) . ENERGIZED GO TO Addendum Step 6.
5 RESTORE power to Bus ID2(2D2)
- a. VERIFY "FDR BKR TO XFMR a. OPEN breaker.
1D2(2D2)" . OPEN
- b. VERIFY " AUX XIHR 1D2(2D2) TO b. OPEN breaker.
BUS 1D2(2D2)" breaker . OPEN
- c. CLOSE " BUS 1Di(2D1) TO 1D2(2D2)
TIE BKR"
- f 6 VERIFY Bus 1D2(2D2) . ENERCIZED PERFORM the following;
- a. CONTACT Load Dispatcher to report t
loss of 480V Switchyard LC 12H2(12H1).
r b. RETURN to Procedure Step 18.
[ ......................................
7 NOTIFY Load Dispatcher!that the normal power source to 480V Switchyard LC ,
12H2(12H1) . AVAIIABLE! FOR RESTORATION I :
8 RETURN TO Procedure St p 18 ;
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ST-HL-AE-5084 p
ATTACHMENT 7 DESIGN AND OPERATING PARAMETERS OF THE WESTINGHOUSE MODEL E STEAM GENERATOR FOR THE SOUTH TEXAS PROJECT UL*9\94412 I&2
ATTACHMENT 7 ST-HL-AE- #4 f f PAGE / OF 4 The Light Company n-n upac.n- w.um noo n-n.w, moi m33m.nn ~
September ll, 1985 Stettm Genecdov}acaMe ttf" 5 37 a)A)-// S - 90;256 Dennis Cadwell Project Manager g y g.g
. Westinghouse Electric Co.
Pittsburg, PA. '#' 67D 28 Telecopy Phone #: 412-829-3569
Dear Dennis:
Per your discussion with R.L. Boyer earlier today, I'm telecopying a list of HL&P questions concerning design and operating parameters of the Westinghouse Model E steam generators for the South Texas Project. According to Jack Gabrielson (HL&P), your role will be in directing these questions to the responsible Westinghouse engineer and/or department.
Westinghouse's response to these questions should also include supporting documentation that identifies how the response was obtained. Supporting documentation can be in the
( form of Westinghouse drawings, calculations, reports, internal memos, WCAP's, test data, etc.
Note that prior authorization must be made by HL&P, if a cost is associated with answering any of these questions.
Thank you very much for your time and cooperation on this matter. If you have any questions, please feel free to contact Roger Boyer at (713) 922-2002.
Sincerely yours, 1
d .T2. ho a C.R. Albury T&H Analysis RLD cc: K.K. Chitkara R.L. Boyer J.A. Gabrielson (TELECOPY/DSG)
ATTACHMENT 'T
- ST HL-AE- Ed/F PAGE' at 0F 4 p),
,7.
. Page 1 of 30 ATTACHMENT-Model E Steam Generator Information Request Roger L. Boyer and Charles R. Albury July 24, 1985 e
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(SGQUEST2/DSG)
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ATTACHMENT 7 ST-HL-AE- SdIV PAGE J OF 4 Page 16 7}
'REOUIRED BY DECEMBER 1985
- 7. Provide the following information as a function of load
' 'for the Model E steam generator at normal operating water-level. The following loads are of primary importance: 0, 5, 10, 25, 50, 75, and 100%. This information is available through Westinghouse technical literature.
A. Shell-side fluid mass (1bm)
This information should be submitted in the format represented by FIGURE 7.A and Table 7.A (attached).
B. Circulation ratio circulation Ratio is defined here as the mass flowrate of fluid entering the swirl vane steam separators to the mass of steam exiting the steam generator. This information should be submitted in the format represented by FIGURE 7.B and Table 7.B (attached).
C. Feedwater leakage fraction This information should be submitted in the format represented by FIGURE 7.C and Table 7.C (attached).
D. Outlet temperature (OF)
Provide the outlet temperature at the following locations: Preheater, Mixing Region, and Tube Bundle.
- This information should be submitted in the format represented by FIGURE 7.D and Table 7.D (attached).
E. Exit Quality l Provide exit quality at the following locations: !
Preheater, Cold Lag, Hot Leg, U-Bend, Swirl Vane l Separators, and the Steam Dryers. Identify whether static (i.e. thermodynamic) or flowing quality is given. This information should be submitted in the l format rer.~.sented by FIGURE 7.E and Table 7.E. I l
F. Actual water level (%) i Provide the actual water level in percent on the narrow range level span. Actual water level corresponds to a 4 mixture level that includes bubble volume.
/
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I ATTACHMENT 7 ST-HL-AE-54/f g3 l PAGE M OF 6 oure,Tton '7e Provide as a function of power the following items: accondary mass, circulation ratio, preheater leakage fraction, outlet temperature and qualities at various locations in the bundle.
mrMPoNSE?
- Table . 3 presents the information requested on page 16 and 27 of the questions. The following figures are also included which plot the indicated parameter vs percent thermal powers Figure 1 Secondary Mass Figure 2 Circulation Ratio Figure 3 Preheater Leakage Fraction Figure 4 Outlet Temperatures Figure 5 Outlet Qualities Note that preheater and cold leg boiling region outlet qualities are essentially zero for the full power range and have not been plotted.
The location of the outlet quantites are defined as follows:
Hot Leg Boiling: Hot Leg at Top of Partition Plate Cold Leg Boiling: Cold Leg at Top of Partition Plate U-Bend: Top of Bundle The unusual shape of the preheater outlet temperature is explained as follows. The minimum occurs at 40 percent power where the leakage flow -
out of the preheater is zero. At lower powers the inflow of saturated
- water from below the preheater increases rapidly increasing the preheater outlet temperature. At higher powers the increasing preheater heat load and feedwater temperature dominate and also cause the preheater exit temperature to increase i
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- ATTACHMENT 7- '
~ ST-HL-AE- 54U PAGEL J"~ OF 6 e ..
TABLE 3 FULL AND PART LOAD OPERATING CONDITIONS R Secondary [ Ctt. Lastage Odiet Torerehre-P Entt Omitty -4 Steem Feed /5dem Secondry Prta ry Feed Themet tws Rette Frection preheatr i tttame Bundle Preheeler CoI4 Leg liettog 1)-6end Pressee Flow 5:se Teneer ets e T Teg 1 Pr-e ftens10-3 (FRAC) l pet'ea Betf>1 Betrug PSIA ltmhe 4A Hot tet Coldlet a 10 -4 est 0 209 567 . 567 567 119e 567.0 567.0 20 184 13.1 -0.429 561 567 567 0 0.003 0.033 0.078 1197 0.72 2.3 579.9 - 565.5 337 30 173 . 9.3 -0.179 558 567 567 0 0.000 0.048 0.117 1198 't.i t ' 4.0 566 2 564.8 333 40 167 7.2 -0.0 10 536 566 566 0 0.000 0.067 0.144 1187 1.52 5.9 592.4 564.1 352 50 159 5.8 0.132 554 565 565 0 0.000 0.005 0.182 1879 1.94 8.1 596.4 563.4 369 60 153 4.8 0.1% 551 563 563 0 0.001 0.107 0223 1162 2.37 11.1 604.2 562.6 3c5 70 150 4.2 0.235 549 546 562 0 0.002 0.106 0240 1148 2.81 14.6 6 10.0 561.9 399 80 145 3.6 0358 547 542 561 0 0.000 0.127 0.279 1139 3.27 18.8 6;5.5, 561.2 413 90 141 3.1 0272 545 536 559 0 OSol 0.153, 0.321 1120 3.75 23.9 620.9 560.4 427 100 136 2.7 0083 543 535 556 0 0.003 0.182 - 0.367 *1101-: 424 (29.8', 626.1 W
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- ATTACHMENT-ST-HL-AE- #8g
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