LR-N10-0355, Hope Creek, HC.OP-IO.ZZ-0008(Q), Rev. 29, Shutdown from Outside Control Room.

Hope Creek, HC.OP-IO.ZZ-0008(Q), Rev. 29, Shutdown from Outside Control Room.

ML110060145
Person / Time
Site:	Salem, Hope Creek
Issue date:	06/23/2009
From:	Public Service Enterprise Group
To:	Office of Nuclear Reactor Regulation
References
LR-N10-0355 HC.OP-IO.ZZ-0008(Q), Rev 29
Download: ML110060145 (88)

Text

PSEG Internal Use Only PSEG NUCLEAR L.L.C. Page 1 of 2 HOPE CREEK GENERATING STATION

HC.OP-IO.ZZ-0008(Q) - Rev. 29

SHUTDOWN FROM OUTSIDE CONTROL ROOM

USE CATEGORY:

I FIELD COPY EXISTS Biennial Review Performed: Yes No NA Packages and Affected Document Number s incorporated into this revision: CP No. CP Rev. AD No. Rev No. None The following OTSCs were incorporated into this revision: None REVISION

SUMMARY

70085663-0010 Step 5.2.2: Changed step to maintain r eactor level between -38" and +54" and to maintain the reactor pressure band between 800 and 1000 psig. Step 5.5.1.f.4 was added to direct closure of EG-HV-2662, Mn Turb Aux TACs Sup. Step 5.9.3.A was deleted. This step states to maintain Torus temperature <95 degrees.

With the reactor isolated and cooling down using SRVs, it will be impossible to maintain Torus temperature <95 degrees. This is bas ed upon data from the Hope Creek event of 10/10/2004.

70085373-0010 Rearranged procedure steps to allow ease of procedure usage, based upon Training input from students.

Changed previous Section 5.11 to Section 5.9

Changed previous Section 5.9 to Section 5.10

Changed previous Section 5.10 to Section 5.11 Section 4.0: Added Timers (2) to list of equipment Section 5.8

Corrected RHR loop "B" flow (10,470) to be consistent with HC.OP-SO.BC- 0001 flow setpoints. Changed step 5.8.1.G to two steps and renumbered steps in section 5.8.1 Attachment 1, Section A, Step 5: Changed to "The OVERLOAD/POWER FAIL MONITOR (OPF) is disabled for all valves mentioned in Steps 1, 2, 3 & 4". Attachment 1, Section A, Step 7:

Changed to "The RSP/RSS TAKEOVER, RHR LOGIC A OUT OF SERVICE, AND the BOP SAFETY SYS OUT OF SVCE alarms annunciate." (Revision Summary continued on next page)

IMPLEMENTATION REQUIREMENTS Effective Date 6/23/09 None PSEG Internal Use Only PSEG NUCLEAR L.L.C. Page 2 of 2 HOPE CREEK GENERATING STATION

HC.OP-IO.ZZ-0008(Q) - Rev. 29

SHUTDOWN FROM OUTSIDE CONTROL ROOM

Revision Summary (Continued)

Attachment 1, Section B: Add into steps 6, 7, 8, 9, 10 and 11 the nomenclature for the valves listed and the system designation for each valve.

Attachment 1, Section D, Step 5:

Changed to "The RSP/RSS TAKEOVER, RHR LOGIC D OUT OF SERVICE, AND the BOP SAFETY SYS OUT OF SVCE alarms annunciate." Attachment 1, Section E: The following Steps were added: 1. BB-HV-F031B, Reactor Recirculation Pump BP201 Discharge valve closes AND BP201 B Reactor Recirculation Pump trips (only if step C.4 of HC.OP-AB.HVAC-002 was not performed). 2. The BOP SAFETY SYS OUT OF SERVICE AND RSP/RSS TAKEOVER alarms are annunciated.

70085399-0010 Attachment 4: DELETED former Steps 1.6 and 1.7.

70089738-0010 Attachment 2, Page 1 of 6, Location of Suppr ession Pool temperature indication corrected to Aux. Bldg., El. 163, Room 5605.

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 1 of 86 Rev. 29 SHUTDOWN FROM OUTSIDE CONTROL ROOM TABLE OF CONTENTS

Section Title Page 1.0 PURPOSE.............................................................................................................3

2.0 PREREQUISITES.................................................................................................3

3.0 PRECAUTIONS A ND LIMITATIONS....................................................................3

4.0 EQUIPMENT REQUIRED.....................................................................................5

5.0 PROC EDURE.......................................................................................................6

5.1 Establish Control from Outside the Control Room .....................................6 5.2 Place RCIC in Serv ice .............................................................................13 5.3 Remove RCIC From Serv ice ...................................................................16 5.4 Place SSW Loop B in Service .................................................................17 5.5 Place SACS Loop B in Service ................................................................18 5.6 Place Control Area Ch illed Water in Service ...........................................19 5.7 Place the 1E Panel Room Ch illed Water System in Service ....................19 5.8 RHR Suppression P ool Cooli ng Mode .....................................................20 5.9 Lower Suppression Pool Water Level ......................................................22 5.10 Plant Cooldown .......................................................................................24 5.11 Lower Reacto r Water Level......................................................................27 5.12 Control Room Re-entry ............................................................................28

6.0 RECORDS..........................................................................................................

30

7.0 REFERENCES

....................................................................................................30 HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 2 of 86 Rev. 29 SHUTDOWN FROM OUTSIDE CONTROL ROOM TABLE OF CONTENTS Section Title Page ATTACHMENTS Attachment 1, RSP Transfer Switch Au tomatic Action Not Ob served At RSP..........................31 , RSP Redundant In strumentation/

Controls.........................................................38 , A RHR Loop Suppr ession Pool Cooling............................................................44 , B RHR Loop Shut down Cooling O peration........................................................48 , Reactor Coolant Syst em Temperature/Pr essure Data......................................52 , Communications And Emergency Lighting Systems For Safe Shutdown Areas................................................................................................56 , Remote Shut down Communicati on System......................................................62 , HPCI Shutdown From "A" Diesel Generator Control Room...............................65 , Vessel Level Instrumentat ion Temperature Com pensation Curves...................66 0, Alternate Shutdown Coo ling From The Remote Shutdown Panel Room Following A Loss Of Offsite Power.......................................................70 1, A RHR Loop Shut down Cooling O peration......................................................75 2, Operational Limitations Co mment Page..........................................................86 HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 3 of 86 Rev. 29 SHUTDOWN FROM OUTSIDE CONTROL ROOM START TIME DATE BY TERMINATION TIME DATE BY COMPLETION TIME DATE BY 1.0 PURPOSE This procedure provides guidelines for the s hutdown of the plant from outside the Control Room, AND for re-establishing control in the Control Room.

2.0 PREREQUISITES

2.1 HC.OP-AB.HVAC-0002(Q), Control Room Environment, complete if possible. ____ 3.0 PRECAUTIONS AND LIMITATIONS

3.1 Administrative

3.1.1. This procedure is to be used as a guideline for shutdown of the plant from outside the Control Room. It is NOT required that each section/step be performed in precise sequence as long as the sections/steps are performed in a timely manner, in keeping

with the intent of this proc edure. Any deviations and/or limitations of this procedure s hall be justified and documented on 2, Operational Limitations Comment Page. ____ 3.1.2. In the event plant conditions require a delay during performance of this procedure, the SM/CRS should retain this procedure UNTIL it is continued OR terminated. ____ 3.1.3. IF it is terminated prior to completion, the SM/CRS should note the reason, time, AND date of termination on this procedure. ____ 3.1.4. For any unit scram, the Event Classification Guide should be referred to for the appropriate classification and notifications. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 4 of 86 Rev. 29 3.1.5. WHEN RSP Transfer Switches are placed in EMER, all trips and auto starts associated with the following equipment are bypassed: [

CD-904B, CD-695A

] A. SACS PUMPS B and D ____ B. SSWS PUMPS B and D ____

C. RHR PUMP B ____

D. RCIC System ____ 3.1.6. A fire in the Relay Room can cause BJ-HV-F008, HPCI TEST BYPASS TO CST to spuriously open.

IF HPCI suction is aligned to the Suppression Pool, this valve may be closed from its MCC - 10D251102. ____

3.1.7. IF ruptured, the RCIC Exhaus t Diaphragms relieve exhaust steam directly to the Torus C hamber Area, creating a severe personnel safety hazard.

ENSURE that all personnel are NOTIFIED of this hazard dur ing RCIC system operation.

[CD-473G] ____ 3.1.8. Interlocks designed to prevent inadvertent draining of the vessel by opening 1BC-HV-F006B are overridden when control is transferred to the Remote Shutdown Panel. ____

3.2 Other 3.2.1. The precautions and limitations in t he appropriate SOPs will be applicable when the SOPs are used in this procedure. ____ 3.2.2. AP211 (BP211) A (B) FUEL POOL COOLING PUMP(s) may trip due to channel transfers. Fuel Pool Cooling Demineralizers should be placed in hold, as required. ____ 3.2.3. The use of this procedure to perform operations following a Loss of Offsite Power is as described by this procedure with the

following exceptions: ____ The Main Turbine AND Reactor Feed Pump Turbines can not be placed on the turning gear. ____ IF HPCI had not been shutdown from A Diesel Generator Control Room IAW Attachment 8, THEN Attachment 8 will be required to be performed to satisfy the "isolation of HPCI"

requirement of Attachment 10, Step 1.2.9. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 5 of 86 Rev. 29 3.2.4. IF the HPCI system fails to trip on Reactor High Level, the Reactor level will rise from normal operating level to the bottom of the steam nozzles in 6 minutes after HPCI is initiated and

injects water to the reactor. When HPCI is manually tripped

10 minutes after initiation, the water filled RCIC steam lines will take approximately 32 minutes to drain to the point when steam

can be reintroduced to the RCIC turbine. Reactor water level will reach Level 2 in approximately 57 minutes. ____ 3.2.5. To enhance personnel protection from CO2 migration, the proper pathway during a fire occurrence in Control Equipment

Mezzanine Room elevation 117' 0" is to use the walk path

elevation 137'0" through corridor No.5501 and the back stairs (No.51-02) to access such areas as switchgear rooms if required. ____ 4.0 EQUIPMENT REQUIRED Sound powered phones Radios Keys for Security Doors and MCC Keylock Switches (located in key cabinet, Remote Shutdown Panel Room) Screwdriver or equivalent for panel door screws. Timers (2)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 6 of 86 Rev. 29

5.0 PROCEDURE

NOTE Each step should be initialed upon completion of the step. should be referred to for RSP redundant instrumentation/ controls.

should be referred to for placi ng 'A' Loop RHR in Suppression Pool Cooling.

Attachments 6 and 7 should be referred to for plant communications information. When dispatching an operator to a remote shutdown control station, the operator should be provided with a sound-powered phone OR radio to assist with communication.

5.1 Establish Control from Outside the Control Room 5.1.1. ENSURE that all prerequisites have been satisfied IAW Section 2.0 of this procedure. ____

NOTE IF the Reactor was NOT scrammed AND the MSIVs are still open, then the Feedwater System AND the Main Turbine Bypass Valves may be regulating Rx level AND Rx pressure at this time.

Opening the circuit breakers listed in Step 5.1.2 will deenergize the RPS busses, scramming the plant, AND deenergize the NSSSS busses, closing the MSIVs.

10C410(10C411) RPS PWR Dist. Panels A(B) are located in Control/DG Bldg. El. 54'.

5.1.2. IF required to Scram the reactor or close the MSIVs, PERFORM the following:

A. IF the Reactor was NOT scrammed prior to Control Room evacuation, THEN OPEN the following circuit breakers:

[CD-987X] 1. RPS PWR DIST PNL A 10C410 CB2A, RPS TRIP SYS A1 TO 10C609 ____ CB3A, RPS TRIP SYS A1 TO 10C611 ____ CB5A, NSSSS OUTBOARD ____ CB7A, RPS TRIP SYS A2 TO 10C611 ____ CB8A, RPS TRIP SYS A2 TO 10C609 ____ (Continued on next page)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 7 of 86 Rev. 29 5.1.2.A (Continued)

2. RPS PWR DIST PNL B 10C411 CB2B, RPS TRIP SYS B2 TO 10C611 ____ CB3B, RPS TRIP SYS B1 TO 10C609 ____ CB5B, NSSSS OUTBOARD ____ CB7B, RPS TRIP SYS B2 TO 10C609 ____ CB8B, RPS TRIP SYS B1 TO 10C611 ____

B. IF required to close the MSIVs, THEN OPEN the following circuit breakers: RPS PWR DIST PNL A 10C410 CB5A, NSSSS OUTBOARD ____ RPS PWR DIST PNL A 10C411 CB5B, NSSSS OUTBOARD ____

5.1.3. IF the Rx scram was NOT verified prior to evacuating the Control Room, THEN VERIFY Rods Full In. (SPDS/CRIDS (TSC)

OR RMCS Activity Control Cards OR other). ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 8 of 86 Rev. 29 5.1.4. MONITOR the RSP System indications AND CHECK specifically for the following: A. REACTOR VESSEL PRESSURE PR-7853D (905 - 1045 psig) ____

CAUTION The high level trip may NOT function in the event a fire occurs in the relay room.

[CD-012Z]

B. REACTOR VESSEL LEVEL LR-7854. Between 12.5" and 54". ____ IF the rate of rise of RPV level indicates HPCI is injecting AND the Control Room is unmanned, PERFORM the following:

PRIOR to exceeding the high level trip (level 8)

OR when HPCI is no longer required, TRIP HPCI IAW Attachment 8. ____ C. RCIC System status ____ D. PSV-F013F,H,M SRV status (standby OR cycling open/closed) ____ E. SUPPRESSION CHAMBER WATER TR-3647J (AND M) (average less than 95°F) ____ F. DIESEL GENERATOR 1A (B, C, D) G400 TRIP/CLOSED Status (closed IF a loss of offsite power has occurred). ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 9 of 86 Rev. 29 NOTE The following steps include observations, which ar e made at the RSP only. These steps are adequate in determining 'establishment of control' from the RSP. Actions that occur but cannot be observed at the RSP ar e contained on Attachment 1.

5.1.5. ENSURE the following RSP Switches have been PLACED in EMER: [CD-462Y]: A. CH "A" TRANSFER, AND OBSERVE the following valves have Auto Closed: BC-HV-F021A RHR LOOP A INBD CONT SPRAY MOV. ____ BC-HV-F006A A RHR PMP SUCT FROM RECIRC LOOP B ISLN MOV. ____ B. CH "C" TRANSFER, AND OBSERVE the following have Auto Opened:

HD-9370A, REACTOR BUILDING SUPPLY DAMPER. ____ HD-9414A, REACTOR BUILDING EXHAUST DAMPER. ____ (Continued on next page)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 10 of 86 Rev. 29 5.1.5 (Continued)

C. CH "B" TRANSFER, AND OBSERVE the following: 1. The following valves have Auto Closed: BC-HV-F016B, RHR LP B CONT SPRY VLV. ____ BC-HV-F017B, LPCI INJECTION VALVE. ____ BC-HV-F021B, RHR LP B CONT SPRY VLV. ____ BC-HV-F027B, RHR LP B SUP POOL SPRY VLV. ____ BD-HV-F022, RCIC TEST BYP CST VLV. ____ 2. The following valves have Auto Opened: BD-HV-F012, RCIC PMP DISCH MOV. ____ FC- HV-F059, RCIC EXH ISLN MOV. ____ FC-HV-F060, RCIC VAC PMP DSCH ISLN MOV. ____ FC-HV-F062, RCIC EXH VAC BKR INBD ISLN VLV. ____ HV-2520B, RHR PMP B CLG WTR SUP VLV. ____ 3. The RCIC Jockey Pump BP-228 has auto-started. ____ 4. RCIC Turbine alarms are enabled at the RSP (may not be ON). ____ (Continued on next page)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 11 of 86 Rev. 29 5.1.5 (Continued)

D. CH "D" TRANSFER, AND OBSERVE the following: 1. The following have Auto Opened: BC-HV-F004D, RHR PUMP D SUPP POOL SUCT MOV. ____ FC-HV-F084, RCIC EXH VAC BKR INBD ISLN MOV. ____ HD-9370B, REACTOR BLDG SUPPLY DAMPER. ____ HD-9414B, REACTOR BLDG EXHAUST DAMPER. ____ 2. The following have Auto Closed: FC-HV-F004, VACUUM TANK CONDENSATE PUMP DISCHARGE TO CRW (Fails Closed). ____ BC- HV-F010B, RHR LOOP D TEST RET MOV. ____ FC-HV-F025 STEAM TRAP DRAIN VLV. ____ 3. RHR Jockey Pump DP228 has started. ____ NOTE HV-F031B becomes INOP from Main control Room, which is NOT observed, and the Reactor

Recirc Pump Drive Motor (1BG120) BKR should open When valve HV-F031B reaches

<90% open.

E. CHANNEL "NON-1E" TRANSFER, AND OBSERVE HV-F031B, Reactor Recirculation Pump BP201's Discharge Valve has Closed. ____ F. PMP BP202 XFR - B RHR PUMP ____ G. PMP BP502 XFR - B SERV WTR PUMP ____

H. PMP DP502 XFR - D SERV WTR PUMP ____

I. PMP BP210 XFR - B SACS PUMP ____

J. PMP DP210 XFR - D SACS PUMP ____ (continued on next page)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 12 of 86 Rev. 29 5.1.5 (continued)

NOTE IF running, Chillers BK400 and BK403 will trip when their respective transfer switches are taken to emergency.

K. MOTOR BK400 TRANS ____ L. MOTOR BK403 TRANS ____

5.1.6. IF emergency takeover is successful, notify the Shift Manager that control has been establis hed from the Remote Shutdown Panel ____ 5.1.7. The remaining steps may be completed concurrently with Section 5.2, Placing RCIC system in Service. ____ 5.1.8. ENSURE that Site Protection has been informed of the Control Room evacuation, and are responding to address the reason for the evacuation,

AND IF the Emergency Response Organization is staffed, DIRECT the TSC to coordinate response and recovery efforts. ____

5.1.9. NOTIFY Chemistry to verify that the Hydrogen/Oxygen System has tripped IAW HC.CH-SO.AX-0001(Q). ____

5.1.10. IF a loss of offsite power has occurred, THEN SEND an operator to the Diesel Generator Remote Control Panel (Aux. Bldg El. 130') to monitor Diesel Generator operation, AND IMPLEMENT HC.OP-AB.ZZ-0135(Q), Loss of Offsite Power, concurrent with this procedure. ____ 5.1.11. At MCC 10D251102 (Rx. Bldg., El. 54'), ENSURE BJ-HV-F008, HPCI TEST BYPASS TO CST, is CLOSED as follows (2 Keys Required):

A. PLACE the NORM/EMER Keyswitch to EMER. ____ B. PLACE the OPEN/CLOSE Keyswitch to CLOSE. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 13 of 86 Rev. 29 5.2 Place RCIC in Service NOTE The 135,000 gallon reserve capacity of the CST will allow for 3 hours3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br /> of RCIC operation at the design flow rate of 600 gpm. This will be adequate to cool the Rx to the shutdown cooling range IF a 100°F/hr cooldown rate is initiated.

[FSAR 7.4.1.4.5.2]

5.2.1. IF REQUIRED, THEN PLACE RCIC in service as follows:

[CD-987X, CD-370X

] A. ENSURE RCIC PUMP FIC-4158 FLOW CONTROLLER is set to 600 gpm. ____

B. ENSURE RCIC PUMP FIC-4158 FLOW CONTROLLER AUTO is ON. ____

C. START 0P219 VACUUM PUMP RCIC GLAND SEAL CONDENSER VAC PUMP. ____

D. OPEN HV-F046 LUBE OIL COOLER WTR ISLN VLV. ____

E. OPEN FC-HV-4282 TURB TRIP THROT VLV Limitorque Operator. ____

CAUTION To prevent RCIC Turbine exhaust piping a nd check valve vibrati on problems, RCIC Turbine speed should be rapidly increased to 2150 rpm.

To prevent possible bearing damage, RCIC Turbine speed should be limited to 2150 rpm.

F. SIMULTANEOUSLY PERFORM the following: PRESS AND HOLD HV-F045 OPEN P.B.,

UNTIL the valve is full open. (TURB STM SUP VLV) ____ PRESS HV-F013 OPEN P.B. (RCIC FW ISLN MOV) ____ (continued on next page)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 14 of 86 Rev. 29 5.2.1 (continued)

G. ENSURE the following: 1. HV-F025 RCIC STM LINE DRN AOV is CLOSED. ____ 2. HV-F004 RCIC VAC TANK LVL AOV is CLOSED. ____

3. HV-F022 RCIC TEST BYP TO CST MOV is CLOSED. ____ 4. SI-4280-2 RCIC TURBINE SPEED less than 4500 rpm. ____

NOTE During normal observed operation of the RCIC Turbine, Gland Seal Condenser Condensate Pump OP220 cycles ON for 1.5 minutes of every 2.5 minutes. This run frequency maintains the collection tank within the 6.75 - 13.25 level bands.

5. Approximately every 2.

5 minutes while the RCIC Turbine is in service, RUN the RCIC GLAND SEAL CONDENSER CONDENSATE PUMP OP220 by pressing AND holding the START push button for 1.5 min, THEN releasing the START push button. ____

H. IF desired, THEN manually CONTROL RCIC Pump flow as follows: 1. PRESS RCIC PUMP FIC-4158 FLOW CONTROLLER MAN push button. ____ 2. ADJUST flow by pressing RCIC PUMP FIC-4158 FLOW CONTROLLER DECREASE/INCREASE

push button as required. ____ I. Upon receiving LALL N061-1 CONDENSATE STORAGE TANK LO-LO LEVEL light, THEN ENSURE the following: 1. HV-F031 RCIC PUMP SUCTION FROM SUPPRESSION POOL MOV is OPEN ____ 2. HV-F010 RCIC PUMP SUCTION FROM CST MOV is CLOSED. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 15 of 86 Rev. 29 5.2.2. MAINTAIN Rx level at -38" to + 54 AND Rx pressure between 800 psig and 1000 psig. ____ NOTE Different SRVs should be opened each time to evenly distribute the heat being added to the Suppression Chamber.

CAUTION Opening SRVs at low Reactor pressures (< 700 psig) may result in failure of SRVs to reclose when required.

5.2.3. IF necessary to regulate Reactor pressure, THEN PRESS PSV-F013F (H, M) SRV OPEN and/or CLOSE push buttons. ____

CAUTION The Suppression Chamber temperature requireme nts of T/S 3.6.2.1 shall be observed.

5.2.4. MONITOR SUPPRESSION CHAMBER WATER TEMP TR-3647J (M) AND SUPPRESSION CHAMBER LEVEL LR-4805-2 during any heat inputs to the Suppression Chamber. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 16 of 86 Rev. 29 5.3 Remove RCIC From Service 5.3.1. IF desired, THEN SHUT DOWN RCIC as follows:

A. ENSURE RCIC PUMP FIC-4158 FLOW CONTROLLER is in MAN. ____

CAUTION To prevent possible bearing damage, RCIC Turbine speed should be limited to 2150 rpm.

B. DECREASE turbine speed by pressing FIC-4158 FLOW CONTROLLER DECREASE push button UNTIL SI-4280-2 RCIC TURBINE SPEED indicates 2150 rpm. ____

C. CLOSE the following valves: 1. HV-F045 TURB STM SUP VLV ____ 2. HV-4282 TURB TRIP THROTTLE VLV ____

D. WHEN it has been determined that RCIC is no longer required, THEN

1. CLOSE HV-F013 RCIC FW ISLN MOV. ____ 2. CYCLE HV-F013 OPEN and CLOSED. ____ E. ENSURE SI-4280-2 RCIC TURBINE SPEED is decreasing to 0 rpm. ____ F. STOP OP219 VACUUM PUMP RCIC GLAND SEAL CONDENSER VACUUM PUMP. ____ G. IF open, THEN CLOSE HV-F022 RCIC TEST BYPASS TO CST ISLN MOV. (Local) ____

H. CLOSE HV-F046 LUBE OIL COOLER WTR ISLN VLV. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 17 of 86 Rev. 29 5.4 Place SSW Loop B in Service NOTE IF time permits AND personnel are available, the A RHR Loop should be placed in the Suppression Pool Cooling mode IAW Attachment 3 AND the B Loop left for use during Shutdown Cooling.

5.4.1. IF the B Station Service Water Loop is NOT in service, THEN PLACE in service as follows:

A. ENSURE PMP BP502 XFR Switch in EMER. ____

B. START STATION SERVICE WATER BP502. ____

NOTE SSW Pump Discharge Valve opening sequence (time delayed), is still in effect when a manual OPEN signal is given to valve, with control at RSP.

C. OPEN HV-2198B PMP B DISCH VLV. ____

D. OPEN HV-2197B BACKWASH VALVE. ____ E. OPEN HV-2355B SACS HX B2 OUTLET VALVE. ____ F. OPEN HV-2371B SACS HX B1 OUTLET VALVE. ____ G. ENSURE PMP DP502 XFR Switch in EMER. ____ H. START STATION SERVICE WATER DP502. ____ I. OPEN HV-2198D PMP D DISCH VALVE. ____ J. OPEN HV-2197D BACKWASH VALVE. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 18 of 86 Rev. 29 5.5 Place SACS Loop B in Service 5.5.1. IF SACS Loop B is NOT in service, THEN PLACE in service as follows: A. ENSURE PMP BP210 XFR AND PMP DP210 XFR Switches in EMER. ____

B. START SAFETY AUXILIARIES COOLING PMP BP210, AND OBSERVE FI-2549B3 SACS PUMP B AND D DISCH FLOW. ____

C. IF EGHV-2491B, SACS LOOP B HEAT EXCHANGER INLET ISOLATION VALVE, is closed, THEN OBSERVE that it auto opens. ____ D. START SAFETY AUXILIARIES COOLING PMP DP210, AND OBSERVE FI-2549B3 SACS PUMP B AND D DISC FLOW. ____ E. IF EGHV-2494B, SACS LOOP B HEAT EXCHANGER INLET ISOLATION VALVE, is closed,

THEN OBSERVE that it auto opens. ____ F. IF required to supply TACS, THEN PERFORM the following:

1. OPEN HV-2522B/HV-2496B TACS INBD SPLY/RTN ____

2. OPEN HV-2522D/HV-2496D TACS OUTBD SPLY/RTN ____ 3. ENSURE HV-2522E/HV-2522F TACS COMMON SUPPLY ISOL VLVS are open. (Local) ____ 4. CLOSE EG HV-2662 MN TURB AUX TACS SUP. (Local-10C105) ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 19 of 86 Rev. 29 5.6 Place Control Area Chilled Water in Service 5.6.1. IF the Control Area Chilled Water System is NOT in service, THEN PLACE in service as follows:

A. ENSURE MOTOR BK400 TRANS Switch in EMER ____

B. PRESS BP400 START push button CH WATER CIRC PUMP. ____

C. PRESS BK400 START push button CH WATERCOMPRESSOR AND PERFORM the following:

1. VERIFY PROGRAM TIMER ON is ON. ____

2. AFTER 51 seconds, THEN VERIFY either BK400 CH WATER COMPRESSOR RUN OR LOAD RECYCLE BK400 CH WATER COMPRESSOR is ON. ____

D. ENSURE BVH407, CONT EQUIP ROOM SUPPLYFAN is operating. (Local) ____

5.7 Place the 1E Panel Room Chilled Water System in Service 5.7.1. IF the 1E Panel Room Chilled Water System is NOT in service, THEN PLACE in service as follows:

A. ENSURE MOTOR BK403 TRANS Switch to EMER ____

B. PRESS BP414 START push button TSC CH WATER CIRC PUMP ____

C. PRESS BK403 START push button TSC CH WATER COMPRESSOR AND PERFORM the following:

1. VERIFY PROGRAM TIMER ON is ON. ____

2. AFTER 51 seconds, THEN VERIFY either BK403 TSC CH WATER COMPRESSOR RUN OR LOAD RECYCLE BK403TSC CH WATER COMPRESSOR is ON. ____

D. ENSURE BVH408, DIESEL AREA PANEL ROOM SUPPLY FAN is operating. (Local) ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 20 of 86 Rev. 29 5.8 RHR Suppression Pool Cooling Mode NOTE IF at any time a situation develops whereby HV-F024A (B) and/or HV-F027A (B) are open and the associated RHR pump is not is operation, a potential system drain down will occur.

A subsequent start of the RHR pump will cause wate r hammer. To preclude this occurrence, ensure both valves are closed and perform a syst em fill & vent prior to starting the RHR pump. 5.8.1. IF necessary, THEN PLACE the B RHR loop in the Suppression Pool Cooling mode as follows:

[CD-987X, CD-370X]

A. ENSURE EG-HV-2512B RHR HX SACS RTN ISLN MOV is OPEN. PB must be held depressed to open. ____ B. ENSURE HV-F004B RHR PMP B SUPP POOL SUCT MOV is OPEN. ____ C. ENSURE HV-F007B RHR PMP B MIN FLOW MOV is OPEN. ____

D. START BP202 RHR PUMP. ____ NOTE The following two steps should be performed concurrently.

E. THROTTLE OPEN HV-F024B RHR LOOP B TEST RET MOV UNTIL FI-4435 RHR HEAT EXCHANGER FLOW indicates 10,470 gpm. ____

F. WHEN FI-4435 RHR HEAT EXCHANGER FLOW indicates

> 1400 gpm, THEN CLOSE HV-F007B RHR PMP B MIN FLOW MOV. ____

G. ENSURE HV-F047B RHR HX INLET VALVE AND HV-F003B B RHR HX OUTLET MOV are OPEN. ____

H. CLOSE HV-F048B RHR HX B SHELL SIDE BYPASS VLV. ____

I. THROTTLE HV-F024B RHR LOOP B TEST RET MOV as necessary to reestablish loop B flow of approximately 10,470 gpm on FI-4435. ____

J. OBSERVE TR-3647J (M)-SUPPRESSION CHAMBER WATER TEMP. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 21 of 86 Rev. 29 5.8.2. IF B RHR Suppression Pool Cooling Loop is no longer needed, THEN REMOVE it from operation as follows:

A. OPEN HV-F007B RHR PMP B MIN FLOW MOV. ____ B. CLOSE HV-F024B RHR LOOP B TEST RET MOV. ____ C. STOP BP202 RHR PUMP. ____ D. OPEN HV-F048B RHR HX B SHELL SIDE BYPASS VALVE. ____ E. REPOSITION EG-HV-2512B RHR HX SACS RTN ISLN MOV as necessary. PB must be held depressed. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 22 of 86 Rev. 29 5.9 Lower Suppression Pool Water Level 5.9.1. As necessary to reduce Suppression Pool level, DIRECT the Radwaste Control Room to trans fer water from the Suppression Pool via the TWCU Pump & Fuel Pool Filter to the CST. ____

CAUTION 'B' Loop of RHR must be in the Suppression Pool Cooling Mode to perform the following (see Section 5.8). Water should NOT be discharged to Liquid Radwaste if the temperature on TI-4401, Di sch to LRW-DISCH TEMP, exceeds 200°F.

5.9.2. IF the TWCU Pump is unavailable THEN ROUTE RHR flow to Liquid Radwaste as follows:

A. PLACE RHR Loop B in Suppression Pool Cooling IAW Section 5.8 ____

B. ENSURE TI-4401 Disch to LRW-Disch Temp is < 200°F. ____

C. NOTIFY Radwaste Operator of impending discharge to Liquid Radwaste System. ____

D. OPEN HV-F049 RHR LOOP B DISCH TO LIQ RW ISLN MOV. ____

E. ENSURE HV-4439 RHR LOOP B DISCH TO LIQ RW ISLN MOV is OPEN. ____

F. THROTTLE OPEN HV-F040 RHR LOOPS B DISCH TO LIQ RW ISLN MOV. ____

G. WHEN the desired Suppression Pool Level is reached, THEN PERFORM the following:

1. CLOSE HV-F040 ____ 2. CLOSE HV-F049 ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 23 of 86 Rev. 29 5.9.3. IF B RHR LOOP is in Shutdown Cooling AND unavailable for use in decreasing Torus Level AND the A Loop of RHR is in service in the Torus Cooling mode, THEN PERFORM the following to utilize Alternate Vessel Letdown flowpath to decrease level:

A. NOTIFY Radwaste Operator of impending discharge to the Liquid Radwaste System. ____

CAUTION Water at > 200°F should NOT be discharged to the Liquid Radwaste System.

B. ENSURE BC-HV-4439 LIQUID RADWASTE ISOLATION VALVE is OPEN. ____

C. UNLOCK AND OPEN 1-BC-V153 RHR Pump A Dsch Hdr to RW Iso Vlv. ____ CAUTION Communications should be established AND maintained continuously between the RSP AND the operator controlling the letdown rate locally at the Discharge Header Isolation Valve. D. THROTTLE OPEN 1-BC-V152 RHR Pump A Dsch Hdr to RW Sup Vlv to initiate AND control the letdown rate: ____ E. WHEN desired Torus level decrease has been achieved, THEN CLOSE 1-BC-V152 RHR Pump A Dsch Hdr to RW Sup Vlv. ____

F. CLOSE AND LOCK 1-BC-V153 RHR Pump A Dsch Hdr to RW Iso Vlv ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 24 of 86 Rev. 29 5.10 Plant Cooldown 5.10.1. BEGIN plotting the Reactor Coolant System cooldown rate IAW Attachment 5, Reactor C oolant System Temperature/

Pressure Data. [

T/S 4.4.6.1.1] ____ CAUTION The Reactor Coolant System temperature and pressure requirements of T/S 3.4.6.1 shall be complied with. During plant Cooldown/Depressurization, similar Rx water level

instrumentation should be monitored for significant deviation indicating possible reference line degassing. Also, all maintenance activities which have the potential for draining the Rx Vessel should be terminated.

5.10.2. ESTABLISH AND MAINTAIN a cooldown rate < 90°F/hr by removing steam using the RCIC System AND the SRVs. ____ 5.10.3. MONITOR AND ENSURE the following while reducing pressure: A. SUPPRESSION CHAMBER LEVEL LR-4805-2 (74.5" - 78.5").

[T/S 3.6.2.1] ____ B. SACS PUMP B & D SUC TEMP TI-2535B2. The normal temperature band for SACS is 55

°F to 87°F. The UFSAR limits are 32

°F for minimum AND 95°F for maximum.

[CD-397H] ____ 5.10.4. ENSURE the Main Turbine AND Reactor Feed Pump Turbines are on the turning gear. ____

5.10.5. BEFORE Reactor Pressure decreases to < 660 psig, THEN VERIFY all Primary AND Secondary Condensate Pumps are secured. (Local) ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 25 of 86 Rev. 29 NOTE IF the A RHR Loop is in Suppression Pool Cooling: The A RHR Loop should be maintained in operation while the B RHR Loop is placed in Shutdown Cooling operation. IF time AND personnel are available, the B RHR Loop can be drained and filled with CST water (locally) prior to reaching 65 psig to 80 psig.

High Reactor pressure will prevent opening of the shutdown cooling valves but will NOT isolate the valve IF pressure rises above setpoint.

CAUTION WHEN the RSP Transfer Switch is placed in EMER, RHR S/D Cooling interlocks for overpressure AND low Reactor level are inoperable.

RX pressure of 80 psig should NOT be exceeded WITH Suction Valves F008 & F009 open.

5.10.6. At

< 80 psig, PERFORM the following:

[CD-987X, CD-370X

] A. IF B RHR Loop is operating in Suppression Pool Cooling, THEN REMOVE it from operation per Step 5.8.2. ____

B. IF a LOP has occurred AND continued cooldown is required INITIATE alternate S/D Cooling IAW Att. 10.

[PR 981228174] ____ C. PLACE B RHR in Shutdown Cooling Operation IAW Attachment 4. ____ D. IF DESIRED to place "A" RHR Loop in Shutdown Cooling, PLACE A RHR in Shutdown Cooling Operation IAW Attachment 11. ____

5.10.7. MAINTAIN a cooldown rate < 90°F/hr by throttling open/closed HV-F048B RHR HX B SHELL SIDE BYP MOV. ____

NOTE After the RCIC System is shutdown, the CRD System (and the Condensate System, if available) will be the only water supply to the Reactor.

5.10.8. At 65 psig, SHUT DOWN the RCIC System per Step 5.3.1. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 26 of 86 Rev. 29 5.10.9. CONTINUE cooldown by throttling HV-F048B RHR HX B SHELL SIDE BYP MOV. ____

NOTE The unit will be in Cold Shutdown (Operational Condition 4) when Reactor Coolant Temperature is < 200°F.

5.10.10. CONTINUE the cooldown to < 200°F AND RECORD the time the unit enters Cold Shutdown.

Time: ____ 5.10.11. CONTINUE the cooldown UNTIL the final desired Reactor coolant temperature is reached. (An administrative temperature range of 90°F -110°F should be maintained although other

temperature(s) within T/S limits may be used to support specific plant operations, as necessary) ____

5.10.12. AFTER ensuring that the temperat ure readings at the final desired temperature are to the right of the limits in T/S 3.4.6.1, THEN STOP plotting the Reactor Coolant Cooldown rate. ____

5.10.13. MAINTAIN the following UNTIL the Control Room is re-entered: A. REACTOR VESSEL PRESSURE PR-7853D < 1 psig. ____ B. REACTOR VESSEL LEVEL LR-7854 30" - 39". ____

C. SUPPRESSION CHAMBER WATER TEMP TR-3647J (M) < 95°F AND SUPPRESSION CHAMBER LEVEL LR-4805-2 74.5" - 78.5". ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 27 of 86 Rev. 29 5.11 Lower Reactor Water Level NOTE It may be necessary to reduce Rx level due to CRD System water entering the Rx thru the CRD seals.

CAUTION Opening HV-F007B to lower Reactor water level is to be done only when absolutely necessary. Opening this valve provides the potential for an uncontrolled drainage path from the Reactor to the Suppression Pool. [CD-847E]

5.11.1. IF it is necessary to reduce Reactor level WHEN Reactor pressure is 1 - 80 psig, THEN ROUTE RHR flow to the Torus by opening HV-F007B B RHR PMP MIN FL MOV UNTIL desired level is obtained, THEN CLOSE HV-F007B. ____

5.11.2. IF it is necessary to reduce Reactor level WHEN Reactor coolant Temperature is < 200°F, THEN ROUTE RHR flow to Liquid Radwaste as follows:

A. ENSURE TI-4401 DISCH TO LRW-DISCH TEMP is reading < 200°F. ____

B. NOTIFY Radwaste Operator of impending discharge to Liquid Radwaste System. ____

C. OPEN HV-F049 RHR LOOP B DSCH TO LIQ RW ISLN MOV. ____

D. ENSURE HV-4439 RHR LOOP B DSCH TO LIQ RW ISLN MOV is OPEN. ____

E. THROTTLE OPEN HV-F040 RHR LOOPS B DSCH TO LIQ RW ISLN MOV. ____

F. WHEN the required Reactor Level is reached, THEN CLOSE HV-F040 RHR LOOP B DSCH TO LIQ RW ISLN MOV. ____

G. CLOSE HV-F049 RHR LOOP B DSCH TO LIQ RW ISLN MOV. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 28 of 86 Rev. 29 5.12 Control Room Re-entry 5.12.1. UPON re-entry to the control room, THEN PERFORM the following:

A. ESTABLISH communications between the RSP AND the Control Room. ____ B. IF Step 5.1.2 was performed, THEN CLOSE the following circuit breakers: 1. RPS PWR DIST PNL A 10C41 CB2A ____ CB3A ____ CB5A ____ CB7A ____ CB8A ____ 2. RPS PWR DIST PNL B 10C411 CB2B ____ CB3B ____ CB5B ____ CB7B ____ CB8B ____ C. ENSURE NSSSS AND PCIS are reset. ____ CAUTION Failure to reset NSSSS prior to transferring control back to the Main Control Room may result in Shutdown Cooling Isolation.

D. IF RCIC is running from the RSP, ENSURE the RCIC flow controller in the MCR is matched WITH actual RCIC flow. ____ (Continued on next page)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 29 of 86 Rev. 29 5.12.1 (Continued)

E. PLACE the following RSP Switches to NORM: 1. PMP BP202 XFR - B RHR PUMP ____

2. PMP BP502 XFR - B SERV WTR PUMP ____

3. PMP DP502 XFR - D SERV WTR PUMP ____

4. PMP BP210 XFR - B SACS PUMP ____

5. PMP DP210 XFR - D SACS PUMP ____

6. MOTOR BK400 TRANS ____

7. MOTOR BK403 TRANS ____

8. CH "A" TRANSFER ____

9. CH "B" TRANSFER ____

10. CH "C" TRANSFER ____

11. CH "D" TRANSFER ____

12. CHANNEL "NON-1E" TRANSFER ____ F. As directed by the SM/CRS, REFER to the appropriate system operating/Integrated operating procedures for further instructions. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 30 of 86 Rev. 29

6.0 RECORDS

6.1 RETAIN the entire procedure IAW RM-AA-101, Records Management Program.

7.0 REFERENCES

7.1 BLP letter #15653 (Dated 3/26/

84) GE letter HCGS-L-86-110 7.2 Gai-tronics dra wing 10855 E-48-40(2)1 7.3 Other CD-695A, INPO SOER 82-04R05 CD-387X, FSAR 7.4.2.4.4 CD-133B, SER 44-83 CD-812X, FSAR Appendix 9A CD-389B, NRB 153 CD-987X, FSAR 15.9.6.6.3(c) CD-904B, GE SIL 326 CD-462Y, FSAR Appendix 9A.III.L.3 CD-608D, NRC IN 84-81 CD-012Z, NRC OPEN 354/85-24-02 CD-847E, SOER 87-02 E-1466-0, Rev. 0 CD-473G, OE 6032 DCP 80076874, RCIC Speed Modification CD-066X, FSAR F05-0065-00 CD-370X, FSAR 7.4.1.4.5.1

7.4 Corrective

Actions PR 981228174 - APP R SAFE SHUTDOWN METHOD QUESTIONABLE 70041689 70044438 HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 31 of 86 Rev. 29 ATTACHMENT 1 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP TRANSFER SWITCH AUTOMATIC ACTION NOT OBSERVED AT RSP (Page 1 of 7)

A. CH "A" TRANSFER AUTOMATIC ACTION:

The following actions will occur but will NOT be observed at the RSP:

[CD-904B, CD-462Y]

1. RHR Valves BC-HV-F021A RHR LOOP A INBD CONT SPRAY MOV AND BC-HV-F006A A RHR PMP SUCT FROM RECIRC LOOP B ISLN MOV become inoperative. ____ 2. RHR Valves BC-HV-F009 SHUTDOWN COOLING INBD ISLN MOV, AND BC-HV-F049 RHR LOOP B DSCH TO LIQ RW ISLN MOV become INOP from the Main Control Room. ____ 3. SACS Valves HV-2317A FUEL POOL HX A X-CONN AND HV-7922A FUEL POOL HX A X-CONN auto-close signals are disabled and valve control becomes INOP from Main Control Room. ____ 4. SACS Valves HV-2314A F/POOL CLG HX SUP ISLN AND HV-7921A F/POOL CLG HX RTN ISLN become INOP from Main Control Room. ____ 5. The OVERLOAD/POWER FAIL MONITO R (OPF) is disabled for all valves mentioned in Steps 1 through 4. ____ 6. Fuel Pool Cooling Pump AP211 becomes INOP from Main Control Room. ____ 7. The RSP/RSS TAKEOVER AND RHR LOGIC A OUT OF SERVICE AND the BOP SAFETY SYS OUT OF SVCE alarms annunciate. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 32 of 86 Rev. 29 ATTACHMENT 1 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP TRANSFER SWITCH AUTOMATIC ACTION NOT OBSERVED AT RSP (Page 2 of 7)

B. CH "B" TRANSFER AUTOMATIC ACTION:

The following actions will occur but will NOT be observed at the RSP:

[CD-904B, CD-462Y]

1. RHR Valves BC-HV-F016B RHR LP B CONT SPRY VLV, BC-HV-F017B LPCI INJECTION VALVE, BC-HV-F021B RHR LP B CONT SPRY VLV, AND BC-HV-F027B RHR LP B SUP POOL SPRY VLV become inoperative. ____ 2. RHR Valves BC-HV-F003B RHR HX B OTLT VLV, BC-HV-F004B RHR PMP SUPP POOL MOV, BC-HV-F006B RHR PMP SUCT FROM

RECIRC LOOP B ISLN MOV, BC -HV-F007B RHR MIN FLOW MOV,

BC-HV-F024B RHR LOOP TEST RET MOV, BC-HV-047B RHR HX B

INL VLV, AND BC-HV-F048B RHR HX B SHELL SIDE BYP become INOP from the Main Control Room. ____ 3. RCIC Valves BD-HV-F012 RCIC PMP DISCH MOV, FC- HV-F059 RCIC EXH ISLN MOV, FC-HV-F060 RCIC VAC PMP DSCH ISLN MOV,

AND FC-HV-F062 RCIC EXH VAC BKR INBD ISLN VLV become INOP from Main Control Room. ____ 4. The RCIC Vacuum Pump OP-219 AND RCIC Condenser Pump OP-220 Auto-Start signals are disabled. ____ 5. RCIC Turbine alarms are enabled at the RSP (may not be ON). ____ 6. RCIC Valves FC-HV-F008 RCIC STEAM SUPPLY OUTBOARD ISOLATION VALVE, FC-HV-F010 CONDENSATE STORAGE TANK TO RCICPUMP SUCTION VALVE, BD- HV-F013 RCIC PUMP DISCHARGE TO FEEDWATER LINE ISOLATION VALVE, BD-SV-F019/SV-4405 RCIC PUMP DISCHARGE MINIMUM FLOW VALVES, FC-HV-4282 RCICTURBINE TRIP/THROTTLE VALVES, FC-HV-F022 TEST RETURN VALVE TO CONDENSATE STORANE TANK, AND FC-HV-F031 SUPPRESSION POOL TO RCIC PUMP SUCTION VALVE become INOP from the Main Control Room. ____ 7. RCIC Valves FC-HV-F045, RCIC TURBINE SHUTOFF VALVE AND FC-HV-F046, RCICTURBINE COOLING WATER VALVE, auto open/close signals are disabled AND become INOP from the Main Control Room. ____ (Continued on next page)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 33 of 86 Rev. 29 ATTACHMENT 1 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP TRANSFER SWITCH AUTOMATIC ACTION NOT OBSERVED AT RSP (Page 3 of 7)

B. (continued)

8. SSWS Valves EA-HV-2197B SSWS STRAINER BF509 MAIN BACKWASH VALVE, EA-HV-2198B SSWS PUMP BP502DISCHARGE VALVE, EA-HV-2204, REACTOR AUXILIARIES COOLING HEAT EXCHANGER SUPPLY VALVE (from SACS loop B), EA-HV-2357B SACS LOOP BTO COOLING TOWER VALVE, AND EA-HV-2371B SACS LOOP B HEAT EXCHANGER B1E201OUTLET VALVE, auto-open signals are disabled AND all valves listed become INOP from the Main Control Room. ____ 9. Safety Valves PSV-F013F, PSV-F013H AND PSV-F013M become inoperable from the Main Control Room AND the ADS CH OUT OF SERVICE alarm is activated. ____ 10. SACS Valves EA-HV-2522B/EA-HV-2496B SACS LOOP B TO TURBINE AUXILLARIES COOLING SYSTEM (TACS) INBOARD SUPPLY/RETURN

VALVES, EA-HV-2520B RHR PUMP BP202 SEAL AND MOTOR BEARING COOLERS COOLING WATER SUPPLY VALVE, EA-HV-2314B FPCS HEAT EXCHANGER BE202COOLING WATER

INLET, EA-HV-2317B FPCS H EAT EXCHANGER COOLING WATER INLET CROSS-CONNECT VALVE, EA-HV-2491B SACS LOOP B HEAT EXCHANGER B1E201INLET VALVE, EA-HV-2512B RHR LOOP B HEAT

EXCHANGER TUBE SIDE OUTLET VALVE, EA-HV-7921B FPCS HEAT EXCHANGER BE202COOLING WATER OUTLET VALVE, and

EA-HV-7922B FPCS HEAT EXCHANGER COOLING WATER OUTLET

CROSS-CONNECT VALVE become INOP from the Main Control Room. ____ 11. Fuel Pool Cooling Pump BP211 start signals are disabled AND FPCS Valve EC-HV-4689B becomes INOP from the Main Control Room. ____ 12. The RHR LOGIC B OUT OF SERVICE alarm annunciates AND RHR Pump BP202 becomes INOP from the Main Control Room. ____ (Continued on next page)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 34 of 86 Rev. 29 ATTACHMENT 1 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP TRANSFER SWITCH AUTOMATIC ACTION NOT OBSERVED AT RSP (Page 4 of 7)

B. (continued)

13. SACS Pump BP210 auto-start signals are disabled AND pump becomes INOP from Main Control Room AND Remote Control Panel RCP BP201. ____ 14. RSP/RSS TAKEOVER, BOP SAFETY SYS OUT OF SERVICE alarms are activated. ____ 15. SSWS Pump BP502 auto-start signals are disabled AND pump becomes INOP from Main Control Room AND Remote Control Panel RCP BP516. ____ 16. Chiller BK403 AND BP414 auto-start signals are disabled AND becomes INOP from Main Control Room AND Remote Control Panel RCP BC487/BC488. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 35 of 86 Rev. 29 ATTACHMENT 1 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP TRANSFER SWITCH AUTOMATIC ACTION NOT OBSERVED AT RSP (Page 5 of 7)

C. CH "C" TRANSFER AUTOMATIC ACTION:

The following actions will occur but will NOT be observed at the RSP:

[CD-904B, CD-462Y]

1. Reactor Bldg. Ventilation System (RBVS) Supply Damper HD-9370A AND Exhaust Damper HD-9414A become i noperative from Main Control Room. ____ 2. RSP/RSS TAKEOVER AND BOP SAFETY/SYS OUT OF SERVICE alarm is annunciated. ____ 3. The OVERLOAD/POWER FAIL MONITOR (OPF) is disabled for RBVS Supply Damper HD-9370A AND Exhaust Damper HD-9414A. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 36 of 86 Rev. 29 ATTACHMENT 1 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP TRANSFER SWITCH AUTOMATIC ACTION NOT OBSERVED AT RSP (Page 6 of 7)

D. CH "D" TRANSFER AUTOMATIC ACTION:

The following actions will occur but will NOT be observed at the RSP:

[CD-904B, CD-462Y]

1. RHR Valve BC-HV-F004D RHR PUMP D SUPP POOL SUCT MOV AND RCIC Valve FC-HV-F084 RCIC EXH VAC BKR INBD ISLN MOV become INOP from the Main Control Room. ____ 2. RHR Valves BC-HV-F008 RECIRC LOOP B TO RHR SUPP OUTBD ISLN MOV, BC-HV- F015B RHR LOOP B RET TO RECIRC LOOP B MOV, BC-HV-F040 RHR LOOP B DISCH TO RW ISLN MOV,

BC- HV-4439 RHR TO LRW HDR ISLN MOV AND RCIC Valves FC-HV-F007 RCIC STM INBD ISLN VLV AND FC-HV-F076 RCIC STM LN WARMUP VLV become inoperative from the Main Control Room. ____ 3. SACS Pump DP210 AND SSWS Pump DP502 auto-start signals are disabled AND pumps become INOP from Main Control Room. ____ 4. Chiller BK400 auto-start input signal is disabled AND becomes INOP from the Main Control Room. ____ 5. The RSP/RSS TAKEOVER AND RHR LOGIC D OUT OF SERVICE, AND the BOP SAFETY SYS OUT OF SVCE alarms annunciate. ____ 6. SACS Valve HV-2522D TACS OUTBD SUPPLY VLV becomes INOP from the Main Control Room. ____ 7. SACS Valves HV-2494B SACS LOOP B HEAT EXCHANGER INLET ISOLATION VALVE, HV-2496D TACS OUTBD RET VLV

AND SSWS Valves HV-2197D BACKWASH VALVE D, HV-2198D PUMP D DISCHARGE VLV,

AND HV-2355B SACS HX B2 OUTLET VALVE become INOP from the Main Control Room. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 37 of 86 Rev. 29 ATTACHMENT 1 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP TRANSFER SWITCH AUTOMATIC ACTION NOT OBSERVED AT RSP (Page 7 of 7)

E. CH NON 1E TRANSFER AUTOMATIC ACTION:

1. BB-HV-F031B, Reactor Recirculation Pump BP201 Discharge valve closes AND BP201 B Reactor Recirculation Pump trips (only if step C.4 of HC.OP-AB.HVAC-002 was not performed). ____ 2. The BOP SAFETY SYS OUT OF SERVICE AND RSP/RSS TAKEOVER alarms are annunciated. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 38 of 86 Rev. 29 ATTACHMENT 2 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP REDUNDANT INSTRUMENTATION/CONTROLS (Page 1 of 6)

RSP Device Primary Alternative Device Alternative Device Description and Location RCIC HPCI HPCI System will automatically cycle on Reactor Vessel level Nuclear Boiler System PR-7853D PIS-690A,E,J,&N Indicating trip units Reactor Vessel pressure. El. 102, Relay Room LR-7854 LIS-N691A&E Indicating - trip units Reactor Vessel level. El. 102, Relay Room

PSV-F013F PSV-F013A Control - Main steam line A.

El. 102, Relay Room

PSV-F013H PSV-F013M PSV-F013E Safety/relief valve. El. 102, Relay Room Suppression Pool Monitoring System LR-4805-2 LI-4801-1 Indication -suppression pool level.

Aux. Bldg., El. 163

TR-3647J

TR-3647M TI-3881A2 Indication - Suppression Pool temperature. Aux. Bldg., El. 163, Room 5605

RHR System HV-F006B HV-F006A Control - RHR Pump AP202 suction from recirc line valve.

Rx Bldg., El. 54

HV-F004B HV-F004A Control - RHR Pump AP202 suction from Suppression Pool valve. Rx Bldg., El. 54

BP202 AP202 Control - RHR Pump AP202.

Aux. Bldg., El. 130 at 10A401

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 39 of 86 Rev. 29 ATTACHMENT 2 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP REDUNDANT INSTRUMENTATION/CONTROLS (Page 2 of 6)

RHR System (continued)

RSP Device Primary Alternative Device Alternative Device Description and Location HV-F048B HV-F048A Control - RHR Loop A Hx Bypass Valve. Rx Bldg., El. 77 HV-F015B HV-F015A Control - RHR Loop A -

SD Cooling Return Valve. Rx Bldg., El. 102 HV-F024B HV-F024A Control - RHR Pump AP202 Test Return Valve to Suppression Pool.

Rx Bldg., El. 54 HV-F047B HV-F047A Control - RHR Loop A Hx shell side inlet valve. Rx Bldg., El. 77 HV-F003B HV-F003A Control - RHR Loop A Hx shell side outlet valve. Rx Bldg., El. 54 FI-4435 E11-N652A Indication -RHR Loop A flow. Aux.

Bldg., El. 102, Relay Room HV-F010B HV-F010A Indication - RHR Pump CP202 Test Return Valve to Suppression Pool. Rx Bldg., El. 54 HV-F016B HV-F016A Indication - RHR Loop A containment. spray.

Rx Bldg., El 102 HV-F027B HV-F027A Indication - RHR Loop A Suppression Pool Spray Line

Isolation Valve. Rx Bldg., El. 77 HV-F017B HV-F017A Indication - RHR loop A Pressure Coolant Injection Valve.

Rx Bldg., El. 102 HV-F004D HV-F004C Indication - RHR Pump CP202 Suction from Suppression Pool Valve. Rx Bldg., El. 54 DP-228 CP-228 Indication -ECCS (RHR A) Jockey Pump. Rx Bldg., El. 54 HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 40 of 86 Rev. 29 ATTACHMENT 2 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP REDUNDANT INSTRUMENTATION/CONTROLS (Page 3 of 6)

RSP Device Primary Alternative Device Alternative Device Description and Location SACS HV-2522B HV-2522A Control - SACS Loop A to TACS Inboard Valve. Rx Bldg., El. 102 HV-2522D HV-2522C Control - SACS loop A Supply to TACS Outboard Valve.

Rx Bldg., El. 102

HV-2496B HV-2496A Control -SACS loop A Return from TACS Inboard Valve.

Rx Bldg., El. 102

HV-2496D HV-2496C Control - SACS Loop A Return from TACS Outboard Valve.

Rx Bldg., El. 102

HV-2512B HV-2512A Control - RHR loop A Hx Tube Side Outlet Valve.

Rx Bldg., El. 77

HV-2520B HV-2520A Indication - RHR pump AP202 Seal and Motor Bearing Coolers

Cooling Water Supply Valve.

Rx Bldg., El. 54

HV-2491B HV-2491A Control - SACS loop A Hx A1E201 Inlet Valve. Rx Bldg., El. 102

HV-2494B HV-2494A Control -SACS Loop A Hx A2E201 inlet valve.

Rx Bldg., El. 102

BP210 AP210 Control - SACS Loop A Pump AP210.

Aux. Bldg., El. 130 at 10A401

DP210 CP210 Control - SACS Loop A Pump CP210.

Aux. Bldg., El. 130 at 10A403 HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 41 of 86 Rev. 29 ATTACHMENT 2 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP REDUNDANT INSTRUMENTATION/CONTROLS (Page 4 of 6)

RSP Device Primary Alternative Device Alternative Device Description and Location SACS TI-2535B2 TI-2492A Indication - SACS Loop A Hx A1E201 inlet temperature. Local, Rx Bldg., El. 102

TI-2497A Indication - SACS Loop A Hx A2E201 inlet temperature. Local,

Rx Bldg., El. 102 SSWS HV-2204 HV-2203 Control - RACS Hx Supply Valve (from SACS Loop A).

Rx Bldg., El. 102

HV-2355B HV-2355A Control - SACS Loop A Hx A2E201 outlet valve. Rx Bldg., El. 102

HV-2198B HV-2198A Control - SSWS Pump AP502 Disc Valve. Intake Structure, El. 80

HV-2371B HV-2371A Control - SACS Loop A Hx A1E201 outlet valve. Rx Bldg., El. 102

HV-2198D HV-2198C Control - SSWS Pump CP502 disc valve. Intake Structure, El. 80

HV-2197B HV-2197A Control - SSWS Strainer AF509 main backwash valve.

Intake Structure, El. 93

HV-2197D HV-2197C Control - SSWS Strainer CF509 Main Backwash Valve.

Intake Structure, El. 93

HV-2357B HV-2357A Control - SACS Loop A to Cooling Tower Valve. Rx Bldg., El. 77

BP502 AP502 Control - SSWS Pump AP502.

Aux. Bldg., El. 130 at 10A401 HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 42 of 86 Rev. 29 ATTACHMENT 2 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP REDUNDANT INSTRUMENTATION/CONTROLS (Page 5 of 6)

RSP Device Primary Alternative Device Alternative Device Description and Location SSWS(Continued)

DP502 CP502 Control - SSWS Pump CP502.

Aux. Bldg., El. 130 at 10A403 RBVS HD-9370A AVH213 Indication - FRVS Recirculation Units. Aux. Bldg., El. 178 HD-9370B BVH213 Cable Spread Mezz, El. 124 HD-9414A CVH213 Aux. Bldg., El. 178 HD-9414B DVH213 Cable Spread Mezz, El. 124 EVH213 Aux. Bldg., El. 178 FVH213 Cable Spread Mezz, El. 124 AVH206 Indication - FRVS Vent Unit.

Aux. Bldg., El. 178

BVH206 Cable Spread Mezz, El. 124

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 43 of 86 Rev. 29 ATTACHMENT 2 SHUTDOWN FROM OUTSIDE CONTROL ROOM RSP REDUNDANT INSTRUMENTATION/CONTROLS (Page 6 of 6)

RSP Device Primary Alternative Device Alternative Device Description and Location Control Area Chilled Water System BK400 AK400 Control - Control Area Chiller AK400. Aux. Bldg., El. 130 at 10A403

BK403 AK403 Control - Safety-Related Panel Room Chiller AK403.

Aux. Bldg., El. 130 at 10A401

BP400 AP400 Control - Control Area Chilled Water Circ Pump AP400.

Aux. Bldg., El. 130,

Sequencer Panel 1CC428,

Switch GG

BP414 AP414 Control - Safety-Related Room Chilled Water Circ Pump AP414.

Aux Bldg., El. 130,

Sequencer Panel 1AC428,

Switch EF

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 44 of 86 Rev. 29 ATTACHMENT 3 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SUPPRESSION POOL COOLING (Page 1 of 4)

NOTE IF time permits AND personnel are available, the A RHR Loop should be placed in the Suppression Pool Cooling mode IAW Attachment 3, and the B Loop left for use during Shutdown Cooling.

1.0 Placing The A RHR Loop In Suppression Pool Cooling 1.1 IF the A SSW pump AP502 is NOT in service, THEN PLACE in service as follows: 1.1.1. PLACE NORM/EMER SEL SWITCH for BRKR 52-40109 in the EMER position. (Local) ____ 1.1.2. PLACE BREAKER TEST SWITCH for BRKR 52-40109 in the CLOSE position, OBSERVING breaker closure. (Local) ____ 1.1.3. PLACE NORM/EMER SEL SWITCH for BRKR 52-40109 in the NORM position. (Local) ____ 1.1.4. ENSURE the following: (Local) A. 1EA-HV-2198A SSWS PMP A DISCH VLV opens. ____ B. 1EA-HV-2371A SACS HX A1 OUT VLV opens. ____ C. 1EA-HV-2197A BACKWASH VLV opens. ____ D. A SSW Pump ammeter indicates85-110 amps. ____ 1.2 IF the C SSW Pump CP502 is NOT in service, THEN PLACE in service as follows:

1.2.1. PLACE NORM/EMER SEL SWITCH for BRKR 52-40309 in the EMER position. (Local) ____

1.2.2. PLACE BREAKER TEST SWITCH for BRKR 52-40309 in the CLOSE position, OBSERVING breaker closure. (Local) ____

1.2.3. PLACE NORM/EMER SEL SWITCH for BRKR 52-40309 in the NORM position. (Local) ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 45 of 86 Rev. 29 ATTACHMENT 3 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SUPPRESSION POOL COOLING (Page 2 of 4) 1.2.4. ENSURE the following: (Local) A. 1EA-HV-2198C SSWS PMP C DISCH VLV opens. ____ B. 1EA-HV-2355A SACS HX A2 OUT VLV opens. ____ C. 1EA-HV-2197C BACKWASH VLV opens. ____ D. C SSW Pump ammeter indicates85-110 amps. ____ 1.3 IF the A SACS Pump AP210 is NOT in service, THEN PLACE in service as follows:

1.3.1. PLACE NORM/EMER SEL SWITCH for BRKR 52-40104 in the EMER position. (Local) ____

1.3.2. PLACE BREAKER TEST SWITCH for BRKR 52-40104 in the CLOSE position, OBSERVING breaker closure AND AC AMMETER indicates approx. 50-65 amps. (Local) ____

1.3.3. PLACE NORM/EMER SEL SWITCH for BRKR 52-40104 in the NORM position. (Local) ____

1.3.4. ENSURE 1EG-HV-2491A SACS HX A1E201 INLET is OPEN. ____ 1.4 IF the C SACS Pump CP210 is NOT in service, THEN PLACE in service as follows:

1.4.1. PLACE NORM/EMER SEL SWITCH for BRKR 52-40304 in the EMER position. (Local) ____

1.4.2. PLACE BREAKER TEST SWITCH for BRKR 52-40304 in the CLOSE position, OBSERVING breaker closure AND AC AMMETER indicates approx. 50-65 amps. (Local) ____

1.4.3. PLACE NORM/EMER SEL SWITCH for BRKR 52-40304 in the NORM position. (Local) ____

1.4.4. ENSURE 1EG-HV-2494A SACS HX A2E201 INLET is OPEN. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 46 of 86 Rev. 29 ATTACHMENT 3 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SUPPRESSION POOL COOLING (Page 3 of 4)

NOTE Breaker face keylock switches operate in a similar manner to the Remote Shutdown Panel transfer switches. The breaker face keylock switches override certain associated interlocks (e.g., RHR F004A local keylock overrides RHR Suction Valve interlocks associated with F004A and F006A being open simultaneously).

1.5 PLACE A RHR Loop in Suppression Pool Cooling as follows:

1.5.1. OPEN 1EG-HV-2512A RHR HX SACS RTN ISLN VLV as follows: A. INSERT key into keyswitch at breaker 52-212143 RHR HX SACS RTN ISLN VLV BRKR (Local). ____

B. TURN key to the OPEN position AND LEAVE in the OPEN position with key INSTALLED. ____

1.5.2. IF closed, THEN OPEN 1BC-HV-F004A RHR PMP A SUP POOL SUCT VLV as follows:

A. INSERT key into keyswitch at breaker 52-212031, RHR PUMP A SUP POOL SUC BRKR (Local). ____ B. TURN key to the OPEN position AND LEAVE in the OPEN position with key INSTALLED. ____

NOTE Radiation Protection should be contacted prio r to performing venting and/or draining. The individual(s) performing the venting and/or draining should obtain instructions AND approval from the RP Shift Technician or RP Supervisor.

1.5.3. ENSURE the A RHR Loop Discharge Header is filled AND vented by opening 1BC-V353 AND 1BC-V354 Loop A LPCI Inj Hdr Vent Vlvs UNTIL a solid stream of water is observed, AND THEN CLOSE 1BC-V353 AND 1BC-V354. (Local) ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 47 of 86 Rev. 29 ATTACHMENT 3 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SUPPRESSION POOL COOLING (Page 4 of 4) 1.5.4. DIRECT I/C Technician OR Equipment Operator to proceed to Lower Relay Room Panel 10C617, AND ESTABLISH communications via Sound Powered Phones for use during the monitoring of E11-N652A RHR LOOP A FLOW indication in the following step.

(Reference Attachment 7 for Sound Powered Phone Switch S4) ___

1.5.5. START RHR A Pump AP202 as follows:

A. PLACE NORM/EMER SEL SWITCH for BRKR 52-40106 in the EMER position. (Local) ___

B. PLACE BREAKER TEST SWITCH for BRKR 52-40106 in the CLOSE position, OBSERVING breaker closure AND AC AMMETER indicates approx. 130-155 amps. (Local) ___

C. PLACE NORM/EMER SEL SWITCH for BRKR 52-40106 in the NORM position. (Local) ___

1.5.6. ESTABLISH communications AND INCR 1BC-HV-F024A RHR LOOP A TEST RET VLV BRKR 52-212192 (Local)

UNTIL E11-N652A (Panel 10C617) indicates 25% ( 10,000 gpm) as follows:.

A. INSERT key into keyswitch at breaker 52-212192 RHR LOOP A TEST RET BRKR (Local). ___

B. TURN key to the OPEN position UNTIL E11-N652A (Panel 10C617) indicates 25% ( 10,000 gpm). ___ 1.5.7. CLOSE 1BC-HV-F048A RHR HX A SHL SIDE BYP VLV as follows:

A. INSERT key into keyswitch at breaker 52-212092 RHR HX A SHL SIDE BYP BRKR (Local). ___

B. TURN key to DECREASE for 40 seconds. (The normal closing stroke time for this valve is 40 seconds.) ___

C. THROTTLE HV-F024A RHR LOOP A TEST RET MOV as necessary to reestablish loop A flow of approx. 10,000 gpm on E11-N652A. ___

1.5.8. MONITOR TR 3647J (M) SUPPRESSION CHAMBER water temperature. ___

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 48 of 86 Rev. 29 ATTACHMENT 4 SHUTDOWN FROM OUTSIDE CONTROL ROOM B RHR LOOP SHUTDOWN COOLING OPERATION (Page 1 of 4)

NOTE IF time permits AND personnel are available, the A RHR Loop should be placed in the Suppression Pool Cooling mode IAW Attachment 3, and the B Loop left for use during Shutdown Cooling.

1.0 Placing The B RHR Loop In Shutdown Cooling Operation 1.1 CLOSE HV-F004B, B RHR PMP SUPP POOL SUCT MOV. ____

1.2 CLOSE HV-F007B, B RHR PMP MIN FL MOV. ____

1.3 ENSURE the following valves are CLOSED: BC-HV-F024B RHR LOOP TEST RET MOV. ____ BC-HV-F027B RHR LOOP B SUPP CHAMBER SPRAY HDR ISLN MOV. ____

1.4 CLOSE 1BC-V262 D ECCS Jockey Pmp to RHR Loop B Isln Vlv (local). ____

NOTE Interlocks designed to prevent inadvertent draining of the vessel by opening 1BC-HV-F006B are overridden when control is transferred to the Remote Shutdown Panel.

1.5 OPEN HV-F006B, B RHR PMP SUCT FROM RECIRC LOOP B ISLN MOV. ____ (Continued on next page)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 49 of 86 Rev. 29 ATTACHMENT 4 SHUTDOWN FROM OUTSIDE CONTROL ROOM B RHR LOOP SHUTDOWN COOLING OPERATION (Page 2 of 4) 1.6 FLUSH AND WARM the B RHR Loop as follows:

[CD-066X

] CAUTION HV-F004B RHR PMP B SUPP POOL SUCT MOV, HV-F024B RHR LOOP B TEST RET

MOV, AND HV-F007B RHR LOOP B MIN FLOW MOV will drain the Reactor Vessel to the Suppression Pool if opened in shutdown cooling.

[CD-389B, CD-608D, CD-847E, CD-695A]

1.6.1. CLOSE HV-F003B, B RHR HX OUTLET MOV. ____

1.6.2. PRESS AND HOLD the OPEN PB for EG-HV-2512B (RHR HX SACS RTN ISLN MOV) until fully open. ____

1.6.3. PERFORM the following:

A. PLACE Keylock Switch HS-11495 in the ARMED position (10B242 Breaker 52-242082). ____

B. OPEN HV-F008 SHUTDOWN COOLING OUTBD ISLN MOV. ____

CAUTION Opening HV-F009 SHUTDOWN COOLING INBD ISLN MOV may cause a decrease in Reactor water level. [CD-608D]

1.6.4. OPEN HV-F009 SHUTDOWN COOLING INBD ISLN MOV. ____

1.6.5. NOTIFY Radwaste Operator of impending discharge of 200°F water to the Liquid Radwaste System. ____

1.6.6. OPEN HV-F049 RHR LOOP B DSCH TO LIQ RW ISLN MOV. ____

1.6.7. OPEN HV-4439 RHR LOOP B DSCH TO LIQ RW ISLN MOV. ____

1.6.8. THROTTLE OPEN HV-F040 RHR LOOP B DSCH TO LIQ RW ISLN MOV to obtain DISCH TO LRW TP TI 4401 TEMPERATURE indication of 200°F. ____ (Continued on next page)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 50 of 86 Rev. 29 ATTACHMENT 4 SHUTDOWN FROM OUTSIDE CONTROL ROOM B RHR LOOP SHUTDOWN COOLING OPERATION (Page 3 of 4) 1.6.9. WHEN CI-R006 RHR to Radwaste Conductivity indicates

< 2 micro-mho's (Local), THEN CLOSE HV-F040 RHR LOOP B DSCH TO LIQ RW ISLN MOV. ____

1.6.10. CLOSE HV-F049 RHR LOOP B DSCH TO LIQ RW ISLN MOV. ____

CAUTION HV-F007B RHR PMP B MIN FL MOV will drain the Reactor Vessel to the Suppression

Pool IF opened in shutdown cooling operations. [CD-695A, CD-608D, CD-847E]

1.6.11. START RHR PUMP BP202 AND immediately THROTTLE OPEN HV-F015B RHR LOOP B RET TO RECIRC LOOP B ISLN MOV UNTIL RHR HEAT EXCHANGER FI-4435 indicates 3000 gpm.

[CD-133B] ____ 1.6.12. OPERATE B RHR Loop in Shutdown Cooling at 3000 gpm as indicated on FI-4435 for at least 10 minutes. ____

1.7 WHEN conditions of Step 1.6.12 have been satisfied, THEN THROTTLE OPEN HV-F015B RHR LOOP B RET TO RECIRC LOOP B ISLN MOV to establish loop flow of 10,000 gpm. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 51 of 86 Rev. 29 ATTACHMENT 4 SHUTDOWN FROM OUTSIDE CONTROL ROOM B RHR LOOP SHUTDOWN COOLING OPERATION (Page 4 of 4)

CAUTION The Reactor Coolant System temperature and pressure requirements of T/S 3.4.6.1 shall be complied with.

1.8 OPEN HV-F003B, B RHR HX OUTLET MOV. ____ 1.9 CONTROL cooldown rate by performing one of the following:

[CD-133B] THROTTLE CLOSED HV-F048B B RHR HX SHELL SIDE BYP MOV to increase cooldown rate. ____ THROTTLE OPEN HV-F048B B RHR HX SHELL SIDE BYP MOV to decrease cooldown rate. ____ THROTTLE HV-F003B B RHR HX OUTLET MOV as required to increase/decrease cooldown rate. ____ 1.10 IF Reactor Coolant System temperature and pressure cannot be controlled, RAISE Reactor water level to 80 inches to improve natural circulation. [

70014100] ____ 1.11 IF Shutdown Cooling is not able to maintain temperature and pressure AND further cooldown is desired, IMPLEMENT Attachment 10.

[70014100] ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 52 of 86 Rev. 29 ATTACHMENT 5 SHUTDOWN FROM OUTSIDE CONTROL ROOM REACTOR COOLANT SYSTEM TEMPERATURE/PRESSURE DATA (Page 1 of 4) 1.0 REACTOR COOLANT SYSTEM TEMPERATURE/PRESSURE DATA 1.1 LOG the following on page 2 of this attachment every 30 minutes during Reactor cooldown: 1.1.1. Time ____

1.1.2. REACTOR VESSEL - PRESSURE PR-7853D ____

1.1.3. Reactor Vessel Temperature, using the Saturated Steam Tables on Page 4 of this attachment. ____

CAUTION The Reactor Coolant System temperature and pressure requirements of T/S 3.4.6.1 shall be complied with.

1.2 PLOT Reactor Vessel temperature versus time on page 3 of this attachment during Reactor cooldown. ____

1.3 ENSURE the cooldown rate is less than 90°F/hr. ____

1.4 DETERMINE that the RCS temperature and pr essure are to the right of limit lines every 30 minutes (REFER TO T/S 3.4.6.1). ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 53 of 86 Rev. 29 ATTACHMENT 5 SHUTDOWN FROM OUTSIDE CONTROL ROOM REACTOR COOLANT SYSTEM TEMPERATURE/PRESSURE DATA (Page 2 of 4)

TIME REACTOR VESSEL PRESSURE SATURATED STEAM TEMPERATURE TIME REACTOR VESSEL PRESSURE SATURATED STEAM TEMPERATURE HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 54 of 86 Rev. 29 ATTACHMENT 5 SHUTDOWN FROM OUTSIDE CONTROL ROOM REACTOR HEATUP COOLDOWN DATA (Page 3 of 4) 212 212 0 100 200 300 400 500 60000.511.522.533.544.555.566.577.588.59Time (Hours)

Saturation Temperature (Deg. F)

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 55 of 86 Rev. 29 ATTACHMENT 5 SHUTDOWN FROM OUTSIDE CONTROL ROOM REACTOR COOLANT SYSTEM TEMPERATURE/PRESSURE DATA (Page 4 of 4)

SATURATED STEAM TABLES TEMP °F GAUGE PRESS (PSIG) TEMP °F GAUGE PRESS (PSIG)) 564 1,155 380 181 556 1,083 372 163 548 1,014 364 146 540 948 356 131 532 886 348 116 524 826 340 103 516 770 332 91 508 717 324 80 500 666 316 70 492 618 308 61 484 573 300 52 476 530 292 45 468 490 284 38 460 452 276 31 452 416 268 26 444 383 260 21 436 351 252 16 428 322 244 12 420 294 236 9 412 268 228 5 404 244 220 2 396 221 212 0.0 388 201 200 -3 HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 56 of 86 Rev. 29 ATTACHMENT 6 SHUTDOWN FROM OUTSIDE CONTROL ROOM COMMUNICATIONS AND EMERGENCY LIGHTING SYSTEMS FOR SAFE SHUTDOWN AREAS (Page 1 of 6)

AUX BUILDING AREA EQUIPMENT LEGEND RM 3576, EL. 137 REMOTE S/D PANEL 1, 2, 3, 4 RM 5104, EL. 54 HPCI BATTERIES 2, 4 NOTE 2 RM 5105, EL. 54 RPS MG SET 1, 2, 4, 5 RM 5106, EL. 54 CORRIDOR 2, 4, 1 RM 5107, EL. 54 DIESEL F.O. STORAGE TANKS AND PUMPS 2, 4 NOTE 2 RM 5108, EL. 54 DIESEL F.O. STORAGE TANKS AND PUMPS 2, 4 NOTE 2 RM 3504, EL. 137 CORRIDOR 2, 4, 1 RM 5109, EL. 54 DIESEL F.O. STORAGE TANKS AND PUMPS 2, 4 NOTE 2 RM 5110, EL. 54 DIESEL F.O. STORAGE TANKS AND PUMPS 2, 4 NOTE 2 RM 5111, EL. 54 CORRIDOR 4, 2 NOTE 2 RM 5112, EL. 54 CORRIDOR 1 (IN ADJACENT VESTIBULE), 2, 4 RM 5128, EL. 54 RCIC BATTERIES 2, 4 NOTE 2 RM 5129, EL. 54 HPCI BATTERY CHARGER AND DC SWITCHGEAR 2, 4 NOTE 2 RM 5101, EL. 54 STAIRWAY 2, 4 RM 5130, EL. 54 RCIC BATTERY CHARGER AND DC SWITCHGEAR 2, 4 NOTE 2 RM 5208, EL. 77 D/G RM HVAC COOLER AND RECIRC FAN 2, 4 NOTE 2, 3 RM 5209, EL. 77 D/G RM HVAC COOLER AND RECIRC FAN 2, 4 NOTE 2, 3 RM 5210, EL. 77 D/G RM HVAC COOLER AND RECIRC FAN 2, 4 NOTE 2, 3 RM 5211, EL. 77 D/G RM HVAC COOLER AND RECIRC FAN 2, 4 NOTE 2, 3 RM 5217, EL. 77 CORRIDOR 1 (IN ADJACENT VESTIBULE), 2, 4 RM 5301, EL. 102 CORRIDOR 2, 4, 1 RM 5302, EL. 102 CONTROL PANELS 2, 4, 5 NOTE 2 RM 5304, EL. 102 D/G AND CONTROL PANELS 2, 4 NOTE 2, 3 RM 5305, EL. 102 D/G AND CONTROL PANELS 2, 4 NOTE 2, 3 SEE NOTES ON LAST PAGE OF ATTACHMENT

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 57 of 86 Rev. 29 ATTACHMENT 6 SHUTDOWN FROM OUTSIDE CONTROL ROOM COMMUNICATIONS AND EMERGENCY LIGHTING SYSTEMS FOR SAFE SHUTDOWN AREAS (Page 2 of 6)

AUX BUILDING AREA EQUIPMENT LEGEND RM 5306, EL. 102 D/G AND CONTROL PANELS 2, 4 NOTE 2, 3RM 5307, EL. 102 D/G AND CONTROL PANELS 2, 4 NOTE 2, 3RM 5313, EL. 102 CORRIDOR 1 (IN ADJACENT VESTIBULE), 2, 4 RM 5401, EL. 124 CORRIDOR/ ACCESS AREA 2, 4 NOTE 2RM 5403, EL. 117-6 CABLE SPREAD RM 1, 2, 4 RM 5404, EL. 124 CORRIDOR 1, 2, 4 RM 5409, EL. 124 CORRIDOR 1, 2, 4 RM 5410, EL. 130 D/G REMOTE CONTROL PANELS AND SEQUENCER 1, 2, 4 RM 5411, EL. 130 SWITCHGEAR, LOAD CENTERS, MCCs AND DIST PANELS 1, 2, 4, 5 RM 5412, EL. 130 D/G REMOTE CONTROL PANELS AND SEQUENCER 1, 2, 4 RM 5413, EL. 130 SWITCHGEAR, LOAD CENTERS, MCCs AND DIST PANELS 1, 2, 4, 5 RM 5414, EL. 130 D/G REMOTE CONTROL PANELS AND SEQUENCER 1, 2, 4, 5 RM 5415, EL. 130 SWITCHGEAR, LOAD CENTERS, MCCs AND DIST PANELS 1, 2, 4, 5 RM 5416, EL. 130 D/G REMOTE CONTROL PANELS AND SEQUENCER 1, 2, 4 RM 5417, EL. 130 SWITCHGEAR, LOAD CENTERS, MCCs AND DIST PANELS 1, 2, 4, 5 RM 5447, EL. 124 FRVS CONTROL PANELS 2, 4 NOTE 2RM 5448, EL. 124 INVERTERS AND DIST PANELS 1 (IN ADJACENT VESTIBULE), 2, 4 RM 5501, EL. 137 INVERTERS AND DIST PANELS 2, 3 (IN ADJ RM), 4, 5 RM 5502, EL. 137 CORRIDOR 2, 3 (IN ADJ RM), 4, 5 SEE NOTES ON LAST PAGE OF ATTACHMENT HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 58 of 86 Rev. 29 ATTACHMENT 6 SHUTDOWN FROM OUTSIDE CONTROL ROOM COMMUNICATIONS AND EMERGENCY LIGHTING SYSTEMS FOR SAFE SHUTDOWN AREAS (Page 3 of 6)

AUX BUILDING AREA EQUIPMENT LEGEND RM 5510, EL. 137 CONTROL RM PANELS AND CONSOLES 1, 2, 3, 4 RM 5537, EL. 137 CORRIDOR 1 (IN ADJACENT VESTIBULE), 2, 4 RM 5538, EL. 137 BATTERY CHARGERS, FUSE BOX AND BATTERY MONITOR 4 NOTE 2 RM 5539, EL. 137 BATTERIES 2, 4 NOTE 2 RM 5540, EL. 137 BATTERY CHARGERS, FUSE BOX AND BATTERY MONITOR 4 NOTE 2 RM 5541, EL. 137 BATTERIES 4 NOTE 2 RM 5542, EL. 137 BATTERY CHARGERS, FUSE 2, 4 NOTE 2 RM 5543, EL. 137 BATTERIES 2, 4 NOTE 2 RM 5544, EL. 137 BATTERY CHARGERS, FUSE BOX AND BATTERY ,MONITOR 2, 4 NOTE 2 RM 5545, EL. 137 BATTERIES 4, NOTE 2 RM 5602, EL. 155-3 CONTROL AREA WATER CHILLER, CONTROL ROOM AIR HANDLING UNIT AND RETURN AIR FAN, AND HVAC CONTROL PANEL 1 (LOCATED AWAY

FROM LARGEST NOISE

SOURCE), 2, 4 NOTE 2, 3 RM 5604, EL. 163-6 CORRIDOR 1, 2, 4 RM 5605, EL. 163-6 CONTROL PANELS 2, 4, 5 NOTE 2 RM 5611, EL. 163-6 CORRIDOR 2, 4, NOTE 2 RM 5606, EL. 163-6 SWITCHGEAR RM COOLERS, D/G BATTERY RM EXH FANS 2, 4 NOTE 2 RM 5607, EL. 163-6 INVERTER, DC SWITCHGEAR, BATTERY CHARGER AND FUSE BOX 4, NOTE 2 RM 5608, EL. 163-6 CORRIDOR 1,2 (IN ADJACENT CORRIDOR) RM 5609, EL. 163-6 BATTERIES 4 NOTE 2 RM 5610, EL. 163-6 CORRIDOR 4, 1 SEE NOTES ON LAST PAGE OF ATTACHMENT HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 59 of 86 Rev. 29 ATTACHMENT 6 SHUTDOWN FROM OUTSIDE CONTROL ROOM COMMUNICATIONS AND EMERGENCY LIGHTING SYSTEMS FOR SAFE SHUTDOWN AREAS (Page 4 of 6)

AUX BUILDING AREA EQUIPMENT LEGEND RM 5612, EL. 163-6 CORRIDOR 4, 1 RM 5629, EL. 163-6 SWITCHGEAR RM COOLERS, D/G BATTERY RM EXH FANS 1, 2, 4 NOTE 3 RM 5630, EL. 163-6 CONTROL AREA WATER CHILLER CONTROL RM AIR HANDLING UNIT AND RETURN AIR FAN HVAC CONTROL PANEL 2, 4 NOTE 2, 3 RM 5702, EL. 178 CORRIDOR 1,2 (IN ADJACENT ROOM), 4 RM 5704, EL. 178 CONTROL AND DIESEL AREA HVAC EQUIPMENT 1 (LOCATED AWAY

FROM NOISEST EQUIP) 2, 4 NOTE 3 REACTOR BUILDING RM 4102, EL. 54 TO 101 VLVS 2, 4 NOTE 5 RM 4104, EL. 54 CORE SPRAY PUMP AND UNIT COOLERS 1 (IN ADJACENT VESTIBULE) 2, 4 NOTE 3 RM 4105, EL. 54 CORE SPRAY PUMP AND UNIT COOLERS 1 (IN ADJACENT VESTIBULE) 2, 4, NOTE 3 RM 4107, EL. 54 RHR PUMP, JOCKEY PUMP UNIT COOLERS AND INSTR RACK 1 (IN ADJACENT

ELEC RM) 2, 4NOTE 3RM 4108, EL. 54 RCIC-MCC AND INSTR RACKS 1, 2, 4 RM 4109, EL. 54 RHR PMP, HX AND UNIT COOLER 1 (IN ADJACENT ELEC RM) 2, 4NOTE 3RM 4110, EL. 54 RCIC PUMP, TURBINE, AND STEAM CONDENSER VACUUM PUMP, CONDENSATE

PUMP JOCKEY PUMP AND UNIT COOLERS 2, 4 NOTE 2, 3 RM 4111, EL. 54 HPCI PUMP, TURBINE GLAND STEAM CONDENSER VACUUM PUMP, JOCKEY

PUMP, VALVES AND UNIT COOLERS 2, 4 NOTE 2, 3 RM 4112, EL. 54 HPCI-MCC AND INSTR RACKS 1, 2, 4 SEE NOTES ON LAST PAGE OF ATTACHMENT HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 60 of 86 Rev. 29 ATTACHMENT 6 SHUTDOWN FROM OUTSIDE CONTROL ROOM COMMUNICATIONS AND EMERGENCY LIGHTING SYSTEMS FOR SAFE SHUTDOWN AREAS (Page 5 of 6)

REACTOR BUILDING AREA EQUIPMENT LEGEND RM 4113, EL. 54 RHR PUMP, HX AND UNIT COOLER 1 (IN ADJACENT ELEC RM) 2, 4 NOTE 3 RM 4114, EL. 54 RHR PUMP, JOCKEY PUMP INSTRUMENT RACK, UNIT COOLERS 1 (IN ADJACENT ELEC RM) 2, 4 NOTE 3 RM 4116, EL. 54 CORE SPRAY PUMP AND UNIT COOLERS 1 (IN ADJACENT VESTIBULE) 2, 4, NOTE 3 RM 4118, EL. 54 CORE SPRAY PUMP AND UNIT COOLERS 1 (IN ADJACENT VESTIBULE) 2, 4, NOTE 3 RM 4201, EL. 77 MCCs 1 (IN ADJ RM),2,4 RM 4202, EL. 77 INSTR RACKS 1, 2, 4 NOTE 3 RM 4203, EL 77 INSTR RACKS 2, 4 NOTE 2 RM 4208, EL. 77 RHR HX AND UNIT COOLER 2, 4 NOTE 2 RM 4209, EL. 77 VLVS AND INSTRUMENTS 1 (IN ADJACENT VESTIBULE) 2, 4, NOTE 3 RM 4210, EL. 77 INSTRUMENTS 2, 4 NOTE 2 RM 4214, EL. 77 RHR HX 2, 4 NOTE 2 RM 4215, EL. 77 INSTR RACK 2, 4 NOTE 2 RM 4216, EL. 77 CORRIDOR 2, 4 NOTE 2 RM 4218, EL. 77 INSTR RACK 1, 2, 4 RM 4219, EL. 77 INSTR 2, 4 NOTE 2 RM 4301, EL. 102 CORRIDOR 1, 2, 4 RM 4303, EL. 102 MCC 1, 2, 4 RM 4307, EL. 102 SACS PUMPS AND HXs CONTROL PANELS, VALVES AND UNIT COOLERS 2, 4 NOTE 2, 3 RM 4309, EL. 102 SACS PUMPS AND HXs CONTROL PANELS, VALVES AND UNIT COOLERS 1 (LOCATED AWAY

FROM NOISY EQUIP),

2, 4 NOTE 3 SEE NOTES ON LAST PAGE OF ATTACHMENT

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Hope Creek Page 61 of 86 Rev. 29 ATTACHMENT 6 SHUTDOWN FROM OUTSIDE CONTROL ROOM COMMUNICATIONS AND EMERGENCY LIGHTING SYSTEMS FOR SAFE SHUTDOWN AREAS (Page 6 of 6)

REACTOR BUILDING AREA EQUIPMENT LEGEND RM 4315, EL. 102 CORRIDOR 2 (NEARBY) 4, 5 RM 4319, EL. 102 RCIC VLV 2, 4 NOTE 2 RM 4321, EL. 102 RHR VLVS 2, 4 NOTE 2 RM 4327, EL. 102 HPCI VLVS 2, 4 NOTE 2 RM 4329, EL. 102 RHR VLVS 2, 4 NOTE 2 RM 107, EL. 79-8 VLVS 2, 4 NOTE 2 RM 110, EL. 79-8 VLVS 2, 4 NOTE 2 RM 203, EL. 93 MCCs 1 (IN ADJACENT ROOM), 2, 4 RM 204, EL. 93 PUMPS, VALVES AND CONTROL PANELS 1 (IN ADJACENT ROOM), 2, 4 NOTE 3 RM 207, EL. 93 MCCs 1,2 (IN ADJACENT

ROOM) 3, 4 RM 208, EL. 93 PUMPS, VALVES AND CONTROL PANELS 1,2 (IN ADJACENT ROOM), 4 NOTE 3 EL. 107 TRAVELING SCREEN CONTROL PANELS 2, 4 NOTE 2 EL. 114 TRAVELING SCREEN MOTOR RM FANS 2, 4 NOTE 2 RM 305, 306, EL.

122 FANS 1, 2, 4 NOTE 3 RM 311, 312, EL.

122 FANS 1, 2, 4 NOTE 3 STAIRWELLS IN CONTROL, DIESEL, AND

REACTOR BUILDINGS 2, NOTE 2 NOTE 1 1 = PA HANDSET 2 = PA SPEAKER 3 = TELEPHONE 4 = RADIO 5 = SND PWRD PHN NOTE 2 In these rooms the UHF radio sets' sound capab ility is below the maximum sound level that could be experienced in the room. In thes e rooms the adjacent hallway can be utilized for communication with the UHF radio set NOTE 3 These rooms have a pa handset for two-way communi cation in the adjacent hallway, corridor or room (within 50 ft of these rooms).

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Hope Creek Page 62 of 86 Rev. 29 ATTACHMENT 7 SHUTDOWN FROM OUTSIDE CONTROL ROOM REMOTE SHUTDOWN COMMUNICATION SYSTEM (SOUND POWERED PHONE) (Page 1 of 3)

SWITCH ROOM LOC/

JACK COMPONENTS/CONTROLS S2 5411 1E SWITCHGEAR 10A404 SOUTH WALL / 10SJ400 D DIESEL GENERATOR OUTPUT BRKR SACS PUMP 1DP210 BRKR

SSWS PUMP 1DP502 BRKR

CONTROL RM WATER CHILLER 1BK400 BRKR

RHR PUMP 1DP202 BRKR

RHR SDC RETURN 1BC-HV-F015A BRKR S2 5413 1E SWITCHGEAR 10A402 SOUTH WALL / 10SJ401 SACS PUMP 1BP210 BRKR

SSWS PUMP 1BP502 BRKR

SAFETY RELATED PNL RM CHILLER 1BK403 BRKR

RHR PUMP 1BP202 BRKR

B D/G OUTPUT BRKR S2 5415 1E SWITCHGEAR 10A403 SOUTH WALL / 10SJ402 SACS PUMP 1CP210 BRKR

SSWS PUMP 1CP502 BRKR

CONTROL ROOM WATER CHILLER 1AK400 BRKR

RHR PUMP 1CP202 BRKR

C DIESEL GENERATOR OUTPUT BRKR S2 5417 1E SWITCHGEAR 10A401 SOUTH WALL / 10SJ403 SACS PUMP 1AP210 BRKR

SSWS PUMP 1AP502 BRKR

SAFETY RELATED PNL RM CHILLER 1AK403 BRKR

RHR PUMP 1AP202 BRKR

A DIESEL GENERATOR OUTPUT BRKR S7 5417 1E SWITCHGEAR 10A401 NORTH WALL/ 10SJ404 D/G LOAD SEQUENCER 1AP414

DIESEL REMOTE ENG CONTROL PNL 1AG400

DIESEL REMOTE GEN CONTROL PNL 1AG400 S7 5415 1E SWITCHGEAR 10A403 NORTH WALL/ 10SJ405 D/G LOAD SEQUENCER 1AP400

DIESEL REMOTE ENG CONTROL PNL 1CG400

DIESEL REMOTE GEN CONTROL PNL 1CG400 S7 5413 1E SWITCHGEAR 10A402 NORTH WALL/ 10SJ406 D/G LOAD SEQUENCER 1BG400

DIESEL REMOTE ENG CONTROL PNL 1BG400

DIESEL REMOTE GEN CONTROL PNL 1BG400 HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 63 of 86 Rev. 29 ATTACHMENT 7 SHUTDOWN FROM OUTSIDE CONTROL ROOM REMOTE SHUTDOWN COMMUNICATION SYSTEM (SOUND POWERED PHONE) (Page 2 of 3)

SWITCH ROOM LOC/

JACK COMPONENTS/CONTROLS S7 5411 1E SWITCHGEAR 10A404 NORTH WALL /10SJ407 D/G LOAD SEQUENCER 1DG400 REMOTE ENG CONTROL PNL 1DG400

REMOTE GEN CONTROL PNL 1DG400 S1 5605 CONTROL EQUIP RM EAST WALL/10SJ408 SUPPRESSION POOL LEVEL 1ATB4507

SUPPRESSION POOL TEMPERATURE 1CTB4508 S4 5302 LOWER CONTROL EQUIP RM NORTH WALL/10SJ409 RPV LEVEL LIS-N691A&E

RPV PRESSURE PIS-N690A, E, J, & N

RHR LOOP A FLOW E11-N652A S4 5302 LOWER CONTROL EQUIP RM NORTH WALL/10SJ410 REMOTE CONTROL OF ADS VALVES

PSV-F013A &E S3 5501 ELEC ACCESS AREA (INVERTERS)

SOUTH WALL/10SJ411 TACS COOLING LOOP A OUTBOARD SUPPLY

EG-HV-2522C S3 5501 ELEC ACCESS AREA (INVERTERS)

SOUTH WALL/10SJ412 TACS COOLING LOOP A INBOARD SUPPLY

EG-HV-2522A S5 5105 RPS MG SET RM EAST WALL/10SJ414 REMOTE SCRAM STATIONS S6 4310 RX BLDG 102' ENTRANCE AREA NORTH WALL/10SJ200 SACS COOLING LOOP A OUTBOARD SUPPLY

EG-HV-2496C S6 4310 RX BLDG 102' ENTRANCE AREA NORTH WALL/10SJ201 SACS COOLING LOOP A OUTBOARD SUPPLY

EG-HV-2496C S6 4309 A LOOP SACS HX AREA MCC 10B212 NORTH NORTH WALL/10SJ202RHR A HX TUBE SIDE OUTLET 1BC-HV-2512A

SACS LOOP A INBD RETURN 1EG-HV-2496A SSWS TO RACS HX A SUPPLY 1EA-HV-2203

RHR LOOP A TEST RETURN 1BC-HV-F024A

TO SUPPRESSION POOL HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 64 of 86 Rev. 29 ATTACHMENT 7 SHUTDOWN FROM OUTSIDE CONTROL ROOM REMOTE SHUTDOWN COMMUNICATION SYSTEM (SOUND POWERED PHONE) (Page 3 of 3)

SWITCH ROOM LOC/

JACK COMPONENTS/CONTROLS S6 4309 A LOOP SACS HX AREA MCC 10B212 SOUTH EAST SOUTH EAST WALL/10SJ203RHR A HX SHELL SIDE INLET 1BC-HV-F047A RHR A HX SHELL SIDE BYPASS 1BC-HV-F048A RHR A HX SHELL SIDE OUTLET 1BC-HV-F003A

RHR A PUMP SUCTION 1BC-HV-F004A

RHR LOOP A MIN FLOW 1BC-HV-F007A S101 3576 REMOTE SHUTDOWN PANEL ROOM 137' IN COMM PANEL 10-C-684 REMOTE SHUTDOWN COMMUNICATION

SYSTEM COMMON JACK NOTE: ENSURE ALL SWITCHES ARE IN THE S1 POSITION

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Hope Creek Page 65 of 86 Rev. 29 ATTACHMENT 8 HPCI SHUTDOWN FROM A DIESEL GENERATOR CONTROL ROOM (Aux. Bldg. El. 130')

1.0 HPCI SHUTDOWN FROM A DIESEL GENERATOR CONTROL ROOM NOTE Opening the following circuit breaker will shut dow n HPCI by closing the Turbine Stop Valve, Governor Valve and HPCI Pump Discharge Valve.

1.1 OPEN the following circuit breaker at Class 1E 125VDC Distribution Panel 1AD417: 1.1.1. Circuit Breaker 10, HPCI RELAY VERT BD 10C620. ____

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Hope Creek Page 66 of 86 Rev. 29 ATTACHMENT 9 VESSEL LEVEL INSTRUMENTATION TEMPERATURE COMPENSATION CURVES (Page 1 of 4)

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Hope Creek Page 67 of 86 Rev. 29 ATTACHMENT 9 VESSEL LEVEL INSTRUMENTATION TEMPERATURE COMPENSATION CURVES (Page 2 of 4)

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Hope Creek Page 68 of 86 Rev. 29 ATTACHMENT 9 VESSEL LEVEL INSTRUMENTATION TEMPERATURE COMPENSATION CURVES (Page 3 of 4)

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Hope Creek Page 69 of 86 Rev. 29 ATTACHMENT 9 VESSEL LEVEL INSTRUMENTATION TEMPERATURE COMPENSATION CURVES (Page 4 of 4)

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Hope Creek Page 70 of 86 Rev. 29 ATTACHMENT 10 ALTERNATE SHUTDOWN COOLING FROM TH E REMOTE SHUTDOWN PANEL ROOM FOLLOWING A LOSS OF OFFSITE POWER (Page 1 of 5) 1.0 ALTERNATE SHUTDOWN COOLING FROM THE REMOTE SHUTDOWN PANEL ROOM FOLLOWING A LOSS OF OFFSITE POWER NOTE Suppression Pool temperature should be controll ed to maintain RPV water temperature above 79 F. 1.1 PLACE 'A' RHR Loop in Suppression Pool Cooling IAW Attachment 3. ____

1.2 PLACE B RHR Loop in service as follows:

1.2.1. PRESS AND HOLD the OPEN PB for EG-HV-2512B (RHR HX SACS RTN ISLN VLV) until fully open. ____ 1.2.2. ENSURE BC-HV-F004B RHR PMP B SUP POOL SUCT is OPEN. ____

1.2.3. IF closed, THEN OPEN BC-HV-F004B, RHR PMP B SUP POOL SUCT VLV. ____ 1.2.4. ENSURE the B RHR Loop Discharge Header is filled and vented by opening 1-BC-V324 AND 1-BC-V325 Loop B LPCI Inj Hdr Vent Vlvs UNTIL a solid stream of water is observed, AND THEN CLOSE 1-BC-V324 AND 1-BC-V325. (Local, RM 4329) ____ 1.2.5. CLOSE BC-HV-F048B RHR HX B SHL SIDE BYP VLV ____ 1.2.6. CLOSE BC-HV-F003B, RHR LOOP B HX OUTLET VLV ____ 1.2.7. OPEN BC-HV-F017B RHR B LPCI INJ VLV by declutching valve and manually opening (Local Rm 4329). ____ OR IF BC-HV-F017B CAN NOT be opened, THEN OPEN BC-HV-F015B. ____ 1.2.8. START BP202 RHR B PUMP. ____ 1.2.9. ENSURE that HPCI and RCIC steam lines, MSIVs, and Main Steam Line Drains are isolated and closed. ____

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Hope Creek Page 71 of 86 Rev. 29 ATTACHMENT 10 ALTERNATE SHUTDOWN COOLING FROM TH E REMOTE SHUTDOWN PANEL ROOM FOLLOWING A LOSS OF OFFSITE POWER (Page 2 of 5) 1.2.10. From Panel 10-C-399, PLACE the control switch for 2 SRVs (F, H, M) in the OPEN position. (A & E SRVs may be operated from Panel 10-C-631 in the Lower Relay Room). ____

NOTE While the RPV is being filled, suppression pool level will lower. SRV indication is

via solenoid and may indicate open when actual valve position is closed. RPV pressure, level, and suppression pool temperature and level shoul d be used to confirm flow through SRV's.

SRV re-opening pressure of 50 psid may be satisfied with RPV pressure < 50 psig due to

hydrostatic head.

BC-HV-F003B and BC-HV-F048B may need to be throttled to control vessel fill rate and vessel cooldown.

1.2.11. Slowly OPEN BC-HV-F003B OR BC-HV-F048B AND RAISE RPV level to establish a flowpath through the open SRVs back to the Suppression Pool (HV-F048B will provide greater control over cooldown rate). ____ 1.2.12. As necessary, CLOSE HV-F007B RHR PMP B MIN FLOW MOV. ____

1.3 THROTTLE BC-HV-F003B RHR LOOP B HX OUTLET VLV and/or BC-HV-F048B RHR HX B SHELL SIDE BYPASS VLV, to increase injection to maximum. ____

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Hope Creek Page 72 of 86 Rev. 29 ATTACHMENT 10 ALTERNATE SHUTDOWN COOLING FROM TH E REMOTE SHUTDOWN PANEL ROOM FOLLOWING A LOSS OF OFFSITE POWER (Page 3 of 5) 1.4 IF RPV pressure does not stabilize at least 50 psig above Suppression Chamber pressure, THEN START another LPCI Pump as follows: 1.4.1. To start CP202 C RHR PUMP PERFORM the following:

A. ENSURE BC-HV-F004C RHR PMP C SUP POOL SUCT VLV is OPEN (Local). ____

B. IF closed, THEN OPEN BC-HV-F004C RHR PMP C SUPP POOL SUCT VLV as follows:

DECLUTCH/MANUALLY open BC-HV-F004C RHR PMP C

SUPP POOL SUCT VLV.

(Local, Rm. 4102, 54' Torus, Az 250°) ____ C. ENSURE the C RHR Loop Discharge Header is filled and vented by opening 1-BC-V332 AND 1-BC-V333 Loop C LPCI Inj Hdr Vent Vlvs UNTIL a solid stream of water is observed, AND THEN CLOSE 1-BC-V332 AND 1-BC-V333. (Local RM 4329) ____ D. PLACE NORM/EMER SEL SWITCH for BRKR 52-40306 C

RHR PMP in the EMER position. (Local) ____ E. PLACE BREAKER TEST SWITCH for BRKR 52-40306 in the CLOSE position, OBSERVING breaker closure AND AC AMMETER for proper indication. (Local) ____ F. PLACE NORM/EMER SEL SWITCH for BRKR 52-40306 in the NORM position. (Local) ____ CAUTION The possibility of heat stress in room 4329 exists and the practice of stay time should be considered. (Reference Health and Safety Manual)

G. OPEN BC-HV-F017C RHR C LPCI INJ VLV as follows:

DECLUTCH/MANUALLY open BC-HV-F017C RHR C LPCI INJ VLV. (Local, RM. 4329) ____ H. As necessary, CLOSE HV-F007C RHR PMP C MIN FLOW MOV. ____

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Hope Creek Page 73 of 86 Rev. 29 ATTACHMENT 10 ALTERNATE SHUTDOWN COOLING FROM TH E REMOTE SHUTDOWN PANEL ROOM FOLLOWING A LOSS OF OFFSITE POWER (Page 4 of 5) 1.4.2. To START DP202 RHR Pump D PERFORM the following:

A. ENSURE BC-HV-F004D RHR PMP D SUP POOL SUCT VLV is OPEN. ____

B. IF closed, THEN OPEN BC-HV-F004D RHR PMP D SUP POOL SUCT VLV as follows:

DECLUTCH/MANUALLY open BC-HV-F004D RHR D LPCI

INJ VLV (Local, RM.4102, 54' Torus, Az 110°) ____ C. ENSURE the D RHR Loop Discharge Header is filled and vented by opening 1-BC-V320

AND 1-BC-V321 Loop D LPCI Inj Hdr Vent Vlvs UNTIL a solid stream of water is observed, AND THEN CLOSE 1-BC-V320 AND 1-BC-V321. (Local RM 4321) ____ D. PLACE NORM/EMER SEL SWITCH for BRKR 52-40406 D

RHR PMP in the EMER position. (Local) ____ E. PLACE BREAKER TEST SWITCH for BRKR 52-40406 in the CLOSE position, OBSERVING breaker closure AND AC AMMETER for proper indication. (Local) ____ F. PLACE NORM/EMER SEL SWITCH for BRKR 52-40406 in the NORM position. (Local) ____ CAUTION The possibility of heat stress in room 4321 exists and the practice of stay time should be considered. (Reference Health and Safety Manual)

G. OPEN BC-HV-F017D RHR D LPCI INJ VLV as follows:

DECLUTCH/MANUALLY open BC-HV-F017D RHR D LPCI INJ (Local RM.4321) ____ H. As necessary, CLOSE HV-F007D RHR PMP D MIN FLOW MOV. ____

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Hope Creek Page 74 of 86 Rev. 29 ATTACHMENT 10 ALTERNATE SHUTDOWN COOLING FROM TH E REMOTE SHUTDOWN PANEL ROOM FOLLOWING A LOSS OF OFFSITE POWER (Page 5 of 5) 1.5 IF RPV Pressure does not stabilize below 160 psig above the SUPPRESSION POOL, THEN OPEN additional SRVs as required. ____ 1.6 IF cooldown rate exceeds 90 F/hr, THEN REDUCE LPCI injection into the RPV UNTIL the cooldown decreases below 100 F/hr OR RPV Pressure decreases to within 50 psig of Suppression Chamber Pressure, whichever occurs first. ____

1.7 PROCEED to cold shutdown IAW applicable remaining steps of Section 5.9. ____

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Hope Creek Page 75 of 86 Rev. 29 ATTACHMENT 11 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SHUTDOWN COOLING OPERATION (Page 1 of 11) 1.0 A RHR LOOP SHUTDOWN COOLING OPERATION NOTE IF time permits AND personnel are available, the A RHR Loop should be placed in the Suppression Pool Cooling mode IAW Attachment 3, and the B Loop left for use during Shutdown Cooling.

1.1 LINEUP A RHR loop for Shutdown Cooling Operation as follows:

NOTE This step may be performed concurrently with Steps 1.1.2 through 1.1.11 1.1.1. IF AVAILABLE , INSTALL a thermocouple downstream of the 1-BC-V152 RHR Pump A Dsch Hdr to RW Sup Vlv. ____ 1.1.2. CLOSE HV-F004A A RHR PMP SUPP POOL SUCT MOV as follows: A. INSERT key into keyswitch at breaker 52-212031 RHR PUMP A SUP POOL SUC BRKR (Local). ____ B. TURN key to the CLOSED position AND LEAVE in the CLOSED position with key INSTALLED. ____

1.1.3. CLOSE HV-F007A, A RHR PMP MIN FL MOV. (Local manual operation required) (Room 4102 - Torus Room, 240 o Az., 12' from outer wall) ____

1.1.4. ENSURE the following valves are CLOSED: (VERIFY normal keepfill pressure on N653A on 10C617, OR VERIFY local valve position or other means per CRS) BC-HV-F024A RHR LOOP TEST RET MOV. ____ BC-HV-F027A RHR LOOP B SUPP CHAMBER SPRAY HDR ISLN MOV. ____

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Hope Creek Page 76 of 86 Rev. 29 ATTACHMENT 11 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SHUTDOWN COOLING OPERATION (Page 2 of 11) 1.1.5. OPEN Breaker 52-212192 for F024A, RHR LOOP A TEST RET BRKR ____

1.1.6. OPEN Breaker 52-212041 for F007A, A RHR PMP MIN FL MOV. ____

1.1.7. OPEN Breaker 52-212083 for F027A, RHR LOOP A TEST RET BRKR. ____

NOTE Interlocks designed to prevent inadvert ent draining of the vessel by opening 1BC-HV-F006A are overridden when control is transferred to the Remote Shutdown Panel.

1.1.8. OPEN HV-F006A A RHR PMP SUCT FROM RECIRC LOOP B

ISLN MOV as follows:

A. INSERT key into keyswitch at breaker 52-451012 A RHR PMP SUCT FROM RECIRC LOOP B ISLN MOV. ____

B. TURN key to the OPEN position AND LEAVE in the OPEN position with key INSTALLED. ____

1.1.9. PERFORM the following to fill and vent the Shutdown Cooling Suction piping:

[CD-891D] A. PLACE BC-HV-F008 SHUTDOWN COOLING OUTBD

ISLN MOV Keylock Switch HS-11495 in the ARMED position (10B242 Bkr 242082) ____

B. UNLOCK AND OPEN 1-AP-V048 Cond Stor & Xfr to RHR B Suct Hdr Fill & Flush Isln Vlv (local). ____ C. OPEN BC-HV-F008 S/D COOLING OUTBD ISLN MOV.

(RSP) ____

D. UNLOCK AND slowly OPEN 1-BC-V191 Cond Stor & Xfr to Recirc Suct. ____ (continued on next page)

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Hope Creek Page 77 of 86 Rev. 29 ATTACHMENT 11 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SHUTDOWN COOLING OPERATION (Page 3 of 11) 1.1.9 (continued)

E. VENT the Shutdown Cooling Suction piping for a minimum of 5 minutes using the following valves: 1-BC-V284 RHR Suct from Recirc LP B Vnt (Top of Torus - Inboard from 180° Az., 90') ____ 1-BC-V285 RHR Suct From Recirc LP B Vnt (Top of Torus - Inboard from 180° Az., 90') ____

F. ENSURE the following vent valves are returned to their required positions:

1-BC-V284 CLOSED ____ 1-BC-V285 CLOSED AND LOCKED ____ G. VENT the Shutdown Cooling Suction piping for a minimum of 5 minutes using the following valves:

1-BC-V165 Recirc Loop B to RHR Vnt Isln (North Pipe Chase) ____ 1-BC-V166 Recirc Loop B to RHR Vnt (North Pipe Chase) ____ H. ENSURE the following vent valves are returned to their required positions:

1-BC-V165 CLOSED AND LOCKED ____ 1-BC-V166 CLOSED ____ I. CLOSE AND LOCK 1-BC-V191 (local). ____ J. CLOSE AND LOCK 1-AP-V048 (local). ____

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Hope Creek Page 78 of 86 Rev. 29 ATTACHMENT 11 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SHUTDOWN COOLING OPERATION (Page 4 of 11) 1.1.10. ENSURE the A RHR Loop Discharge Header is filled/vented as follows: A. OPEN 1-AP-V044, CS XFR TO A RHR PMP DSCH ISLN. ____

B. OPEN the following valves, UNTIL a solid stream of water is observed, AND THEN CLOSE: 1-BC-V353 and 1-BC-V354, RHR LP A LPCI INJ HDR VNT ISLN.(North Pipe Chase Rm 4329) ____ 1BC-V334 and 1BC-V335, RHR LP A RET TO RECIR LP A VNT. (North Pipe Chase Rm 4329) ____

C. CLOSE 1-AP-V044, CS XFR TO A RHR PMP DSCH ISLN. ____

1.1.11. OPEN BC-HV-F009 SHUTDOWN C OOLING INBD ISLN MOV. (RSP) ____

1.1.12. FLUSH AND WARM the A RHR Loop as follows:

[CD-066X] A. CLOSE 1BC-V212 C ECCS Jockey Pmp to RHR Loop A Isln Vlv (Rm. 4113, A RHR Pump Room) ____

B. ENSURE BC-HV-4439 LP B DSCH TO LIQ RW is OPEN. (RSP) ____

C. OPEN 1-BC-V153 RHR Pump A Dsch Hdr to RW Isol. (Rm. 4113, A RHR Pump Room) ____

NOTE Step 1.1.12.D will allow Reactor Vessel water to flow from the Recirc Shutdown Cooling connection to Radwaste, bypassing the RHR Heat Exchanger.

D. THROTTLE OPEN 1-BC-V152 to ACHIEVE required heatup of the suction portion of the A RHR Loop.

(Rm. 4113, A RHR Pump Room) ____ (continued on next page)

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Hope Creek Page 79 of 86 Rev. 29 ATTACHMENT 11 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SHUTDOWN COOLING OPERATION (Page 5 of 11) 1.1.12 (continued)

CAUTION Water > 200°F should NOT be discharged to the Liquid Radwaste system.

Reactor Vessel level should be monitored during the following evolution.

E. MONITOR temporarily installed thermocouple or piping temperature downstream of 1-BC-V152. ____

F. WHEN temperature reaches 160° to 180°F, THEN , CLOSE 1-BC-V152. ____ 1.1.13. CLOSE HV-F003A A RHR HX OUTLET MOV as follows:

A. INSERT key into keyswitch at breaker 52-212013,

A RHR HX OUTLET MOV. ____ B. TURN key to the DECR position AND TURN key to DECREASE for 120 seconds. (The normal closing time for this valve is 120 seconds.) ____

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Hope Creek Page 80 of 86 Rev. 29 ATTACHMENT 11 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SHUTDOWN COOLING OPERATION (Page 6 of 11) 1.2 ENSURE at least one A or C SSW pump is in service as follows:

1.2.1. IF desired to place the A SSW pump AP502 in service, THEN PERFORM the following:

A. PLACE NORM/EMER SEL SWITCH for BRKR 52-40109 in the EMER position. (Local) ____

B. PLACE BREAKER TEST SWITCH for BRKR 52-40109 in

the CLOSE position, OBSERVING breaker closure. (Local) ____

C. PLACE NORM/EMER SEL SWITCH for BRKR 52-40109 in the NORM position. (Local) ____

D. ENSURE the following: (Local) 1. 1EA-HV-2198A SSWS PMP A DISCH VLV opens. ____ 2. 1EA-HV-2371A SACS HX A1 OUT VLV opens. ____

3. 1EA-HV-2197A BACKWASH VLV opens. ____

4. A SSW Pump ammeter indicates85-110 amps. ____

1.2.2. IF desired to place the C SSW Pump CP502 in service, THEN PERFORM the following:

A. PLACE NORM/EMER SEL SWITCH for BRKR 52-40309 in the EMER position. (Local) ____

B. PLACE BREAKER TEST SWITCH for BRKR 52-40309 in

the CLOSE position, OBSERVING breaker closure. (Local) ____

C. PLACE NORM/EMER SEL SWITCH for BRKR 52-40309 in the NORM position. (Local) ____

D. ENSURE the following: (Local) 1. 1EA-HV-2198C SSWS PMP C DISCH VLV opens. ____ 2. 1EA-HV-2355A SACS HX A2 OUT VLV opens. ____

3. 1EA-HV-2197C BACKWASH VLV opens. ____

4. C SSW Pump ammeter indicates85-110 amps. ____

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Hope Creek Page 81 of 86 Rev. 29 ATTACHMENT 11 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SHUTDOWN COOLING OPERATION (Page 7 of 11) 1.3 ENSURE at least one A or C SACS Pump is in service as follows:

1.3.1. OPEN 1EG-HV-2512A RHR HX SACS RTN ISLN VLV as follows:

A. INSERT key into keyswitch at breaker 52-212143 RHR HX SACS RTN ISLN VLV BRKR (Local). ____

B. TURN key to the OPEN position AND LEAVE in the OPEN position with key INSTALLED. ____

1.3.2. IF desired to place the AP210 SACS pump in service, THEN PERFORM the following:

A. PLACE NORM/EMER SEL SWITCH for BRKR 52-40104 in the EMER position. (Local) ____

B. PLACE BREAKER TEST SWITCH for BRKR 52-40104 in

the CLOSE position, OBSERVI NG breaker closure, AND AC AMMETER indicates approx. 50-65 amps. (Local) ____

C. PLACE NORM/EMER SEL SWITCH for BRKR 52-40104 in

the NORM position. (Local) ____ D. ENSURE 1EG-HV-2491A SACS HX A1E201 INLET is OPEN. ____

1.3.3. IF desired to place the C SACS Pump CP210 in service, THEN PERFORM the following:

A. PLACE NORM/EMER SEL SWITCH for BRKR 52-40304 in the EMER position. (Local) ____

B. PLACE BREAKER TEST SWITCH for BRKR 52-40304 in

the CLOSE position, OBSERVI NG breaker closure, AND AC AMMETER indicates approx. 50-65 amps. (Local) ____

C. PLACE NORM/EMER SEL SWITCH for BRKR 52-40304 in

the NORM position. (Local) ____ D. ENSURE 1EG-HV-2494A SACS HX A2E201 INLET is OPEN. ____

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Hope Creek Page 82 of 86 Rev. 29 ATTACHMENT 11 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SHUTDOWN COOLING OPERATION (Page 8 of 11) 1.4 PLACE A RHR Loop in Shutdown Cooling as follows:

1.4.1. OPEN 1EG-HV-2512A RHR HX SACS RTN ISLN VLV as follows: A. INSERT key into keyswitch at breaker 52-212143, RHR HX SACS RTN ISLN VLV BRKR (Local). ____

B. TURN key to the OPEN position AND LEAVE in the OPEN position with key INSTALLED. ____

1.4.2. DIRECT I/C Technician OR Equipment Operator to proceed to Lower Relay Room Panel 10C617 AND ESTABLISH communications via Sound Powered Phones for use during the

monitoring of E11-N652A RHR LOOP A FLOW indication in the

following step.

(Reference Attachment 7 for Sound Powered Phone switches) ____

1.4.3. DIRECT a second Equipment Operat or to breaker 52-481062, 1BCHV-F015A, RHR LOOP A RET TO RECIRC LOOP B ISLN

MOV located in the D Channel 1E Swgr room, 130 elev Diesel

Bldg, and establish communications via sound powered phones or plant page. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 83 of 86 Rev. 29 ATTACHMENT 11 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SHUTDOWN COOLING OPERATION (Page 9 of 11) 1.4.4. START RHR A Pump AP202 as follows:

A. PLACE NORM/EMER SEL SWITCH for BRKR 52-40106 in the EMER position. (Local) ____

B. PLACE BREAKER TEST SWITCH for BRKR 52-40106 in the CLOSE position, OBSERVING breaker closure AND AC AMMETER indicates approx. 130-155 amps. (Local) ____

C. PLACE NORM/EMER SEL SWITCH for BRKR 52-40106 in the NORM position. (Local) ____

D. Immediately THROTTLE OPEN HV-F015A 52-481062 (Local) UNTIL E11-N652A (Panel 10C617) indicates

( 3,000 gpm) as follows:.

1. INSERT key into keyswitch at breaker 52-481062

1BCHV-F015A, RHR LOOP A RET TO RECIRC LOOP B ISLN MOV (Local). ____

2. TURN key to the INCR position UNTIL E11-N652A (Panel 10C617) indicates ( 3,000 gpm).

____ 3. OPERATE A RHR Loop in Shutdown Cooling at 3000 gpm as indicated on E11-N652A for at least 10 minutes. ____

E. WHEN conditions of Step 1.4.4.D have been satisfied, THEN THROTTLE OPEN HV-F015A, RHR LOOP A RET TO RECIRC LOOP B ISLN MOV to establish loop flow of 10,000 gpm as indicated on E11-N652A. ____

HC.OP-IO.ZZ-0008(Q)

Hope Creek Page 84 of 86 Rev. 29 ATTACHMENT 11 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SHUTDOWN COOLING OPERATION (Page 10 of 11) 1.4.5. OPEN HV-F003A A RHR HX OUTLET MOV as follows:

A. INSERT key into keyswitch at breaker 52-212013 A RHR HX OUTLET MOV. ____

B. TURN key to INCR for 120 seconds. (The normal opening time for this valve is 120 seconds.) ____

1.4.6. CONTROL cooldown rate by performing one of the following:

[CD-133B] THROTTLE CLOSED HV-F048A, A RHR HX SHELL SIDE BYP MOV to increase cooldown rate.

(Keyswitch at breaker 52-212092) ____ THROTTLE OPEN HV-F048A A RHR HX SHELL SIDE BYP MOV to decrease cooldown rate.

(Keyswitch at breaker 52-212092) ____ THROTTLE HV-F003A, A RHR HX OUTLET MOV as required to increase/decrease cooldown rate.

(Keyswitch at breaker 52-212013) ____ 1.4.7. IF DESIRED

, CLOSE 1BC-HV-F048A, RHR HX A SHL SIDE BYP VLV as follows:

A. INSERT key into keyswitch at breaker 52-212092 RHR HX A SHL SIDE BYP BRKR (Local). ____

B. TURN key to DECREASE for 40 seconds. (The normal closing stroke time for this valve is 40 seconds.) ____

C. THROTTLE HV-F015A as necessary to reestablish loop A flow of approx. 10,000 gpm on E11-N652A. (Keyswitch at breaker 52-481062) ____

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Hope Creek Page 85 of 86 Rev. 29 ATTACHMENT 11 SHUTDOWN FROM OUTSIDE CONTROL ROOM A RHR LOOP SHUTDOWN COOLING OPERATION (Page 11 of 11)

CAUTION The Reactor Coolant System temperature and pressure requirements of T/S 3.4.6.1 shall be complied with.

1.4.8. IF Reactor Coolant System temperature and pressure can not be controlled, RAISE Reactor water level to 80 inches to improve natural circulation. [

70014100] ____ 1.4.9. IF Shutdown Cooling is not able to maintain temperature and pressure, AND further cooldown is desired, IMPLEMENT Attachment 10. [

70014100] ____

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Hope Creek Page 86 of 86 Rev. 29 ATTACHMENT 12 OPERATIONAL LIMITATIONS COMMENT PAGE Page 1 of 1

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