ML022130601

Final As- Administered Walk Through Jpms for the LaSalle Initial Examination - April 2002

ML022130601
Person / Time
Site:	LaSalle
Issue date:	04/08/2002
From:	Bielby M NRC/RGN-III/DRS/OLB
To:
References
ER-02-301
Download: ML022130601 (74)

Text

FINAL AS-ADMINISTERED WALKTHROUGH JPMS FOR THE LASALLE INITIAL EXAMINATION - APRIL 2002

LASALLE COUNTY NUCLEAR STATION JOB PERFORMANCE MEASURE Secure RHR Service Water System Examination Level: RO /SRO /SRO(I)

Date: April 8, 2002 Developed by: Raymond Keith Walton Date: March 14, 2002

JOB PERFORMANCE MEASURE Facility: LaSalle Nuclear Station Task No: B.1.a Task

Title:

Secure RHR Service Water System K/A

Reference:

400000A4.01 K/A Importance: 3.1/3.0 Examinee:

NRC Examiner: Date:

Time Started: Time Finished:

Estimated Time to Completion: 8 min Time Critical Task: NO Method of testingq:

Performance: Simulated Location: X Simulator X" Actual Plant Task Standard:

Sequence stopping of multiple RHRSW pumps.

Required Materials:

LOP-RH-05, Operation of the RHR Service Water System General

References:

LOP-RH-05, Operation of the RHR Service Water System, Rev 22, 1/17/2001 READ TO THE EXAMINEE:

I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. Tell me when you have successfully completed the task.

Initial Conditions:

Plant Conditions are as shown. 'B' RHRSW has been running for a pump vibration and flow data test. B RHR SW Process Radiation Monitor is INOP. Chemistry has completed the required sample within the last hour. 1 El 2-F448 and 1El 2-F441 have been cycled as part of the test. The test is complete. There are no Tech Spec time clocks in effect. An operator is standing by to assist you.

Initiating Cue:

The Unit Supervisor has directed you to secure 'B' RHRSW lAW LOP-RH-05. Inform the Unit Supervisor when the task is complete.

Page 2 of 8

JOB PERFORMANCE MEASURE Simulator Setup Instructions:

1. This JPM can be run from any IC.

It is OK to use a similar IC to the IC listed above, provided the IC actually used is verified to be compatible with this and other JPMs that are scheduled to be run concurrently.

2. Verify Div 1 and Div 2 Thermal O/L Bypass switches are in NORMAL.

3. Start 'B' RHR Service Water system

• Start 'C RHR Service Water pump (1 El 2-C300C)

• Open 'B' RHR Service Water Heat Exchanger Outlet Valve, 1E12-F068B

• Start 'D' RHR service Water pump (1 E12-C300D)

4. This completes the setup for this JPM.

Page 3 of 8

JOB PERFORMANCE MEASURE Initial Conditions:

Plant Conditions are as shown.

• 'B' RHRSW has been running for a pump vibration and flow data test.

° 'B' RHRSW Process Radiation Monitor is INOP.

° Chemistry has completed the required sample within the last hour.

° 1 El 2-F448 and 1 El 2-F441 have been cycled as part of the test.

° The test is complete.

There are no Tech Spec time clocks in effect. An operator is standing by to assist you.

Initiating Cue:

The Unit Supervisor has directed you to secure 'B' RHRSW lAW LOP-RH-05. Inform the Unit Supervisor when the task is complete.

Page 4 of 8

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

NOTE: All steps of this JPM are to be completed at CR Panel 1 H1 3-P601 4t:

Candidate should refer to LOP-RH-05, Section E.5, C:

Shutdown of RHRSW System. < E

- Cl) E

< z o Element Cl) D 0 Expected Response

1. Locally Backwash the operating Candidate picks up phone and strainer per LOP-RH-1 4. requests NLO backwash strainer.

CUE: As local operator, acknowledge direction. Wait a minute, then report that the B RHRSW strainer has been backflushed lAW LOP-RH-14.

2. PLACE the O/L Bypass for O/L Bypass for 1 E12-FO03B, 4B, 4C, 1El2-F003B, 4B, 4C, 6B, 47B, 6B, 47B, 68B, 73B, 74B, 93, 94 68B, 73B, 74B, 93, 94 Thermal Thermal Overload bypass switch Overload bypass switch to test. placed in TEST.

3. Log positioning of O/L Bypass CUE: As NSO, you will log switch in Unit Log. Start 8 hr operation of O/L bypass switches.

time clock.

4. If required, START 8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> clock Candidate determines that an 8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> timeclock must be started.

CUE: If requested, as Unit Supervisor, state that the Unit NSO will perform the necessary actions for the Tech Spec Time clock.

5. If only one RHRSW pump is in Candidate determines step is not operation ... (Step E.5.4). applicable and continues with step E.5.5.

• 6. Place control switch for 1 Ei 2 Control switch for 1 E 12-F068B, 'B' F068B, 'B' RHR Hx water outlet RHR Hx water outlet vlv placed in vlv to CLOSE. close position.

Page 5 of 8

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

H

< E H- U) E

< z o Element Expected Response WI D 0

• 7. When flow indicated on 1 El 2 C or D RHRSW pump control R602B decreased below 4000 gpm, switch taken to STOP when flow STOP one RHRSW pump 1E12 decreases to <4000 gpm.

300C/D.

• 8. When 1 E-F068B, 'B' RHR water D or C RHRSW pump control outlet valve is closed, STOP the switch taken to STOP when 1 E running RHRSW pump 1E12 F068B, 'B' RHR water outlet valve 300D/C. is closed.

9. VERIFY flow decreases to 0 gpm on Flow decrease to 0 gpm on flow flow indicator 1 El 2-R602B indicator 1 El 2-R602B.

10. Place the O/L Bypass for 1 El 2 O/L Bypass for 1 E1 2-FO03B, 4B, F003B, 4B, 4C, 6B, 47B, 68B, 73B, 4C, 6B, 47B, 68B, 73B, 74B, 93, 74B, 93, 94 Thermal Overload 94 Thermal Overload bypass bypass switch to NORMAL. switch to NORMAL.

11. Log position O/L Bypass switch in Position of O/L Bypass switch unit log. o Logged in unit log o Requested to be logged by Unit NSO.

Page 6 of 8

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

< E

- 3CO E

< z o Element Expected Response /) D 0 CUE: If requested, as Unit NSO, acknowledge request, report that the OIL Bypass for 1E12-F003B, 4B, 4C, 6B, 47B, 68B, 73B, 74B, 93, 94 Thermal Overload bypass switch to NORMAL has been logged.

12. If required, STOP 8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> clock Candidate determines that an 8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> timeclock must be stopped.

CUE: If requested, as Unit Supervisor, state that the Unit NSO will perform the necessary actions for the Tech Spec Time clock.

CUE: THIS JPM IS COMPLETE.

Enter JPM Stop Time:

Page 7 of 8

VERIFICATION OF COMPLETION Job Performance Measure No.

Examinee's Name:

Examiner's Name:

Date performed:

Number of attempts:

Time to complete:

Question Documentation:

Question:

Response

Result: SAT or UNSAT Examiner's signature and date:

Page 8 of 8

LASALLE COUNTY NUCLEAR STATION JOB PERFORMANCE MEASURE Transfer a Turbine Driven Reactor Feed Pump from Manual Backup Station to 3-Element Control Examination Level: RO /SRO /SRO(I)

Date: April 8, 2002 Developed by: Raymond Keith Walton Date: 3/14/2002

JOB PERFORMANCE MEASURE Facility: LaSalle Nuclear Station Task No: B.1.b Task

Title:

Transfer a TDRFP from Manual Backup Station to 3-Element Control K/A

Reference:

259002A4.02 K/A Importance: 3.9/3.7 Examinee:

NRC Examiner: Date:

Time Started: 8 min Time Finished:

Time Critical Task: NO Method of testing:

Performance: Simulated Location: X Simulator X Actual Plant Task Standard:

Transfer a TDRFP from Manual Backup station to Automatic controller.

Required Materials:

LOA-FW-1 01, Reactor Level/Feedwater Pump Control Trouble, Rev 7, 1/15/2002 LOP-RL-01, Operation of the Reactor Level Control System, Rev 14, 1/16/2002 General

References:

LOA-FW-1 01, Reactor Level/Feedwater Pump Control Trouble LOP-RL-1 01, Operation of the Reactor Level Control System JPM S-FW-04, Rev 4,1/19/1999 READ TO THE EXAMINEE:

I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. Tell me when you have successfully complete the task.

Initial Conditions:

• Unit 1 experienced slight oscillations in the AUTO control signal for the 'A' TDRFP.

• The pump was transferred to the demand substitution mode on the manual backup station lAW LOP-FW-17.

• The problem associated with the 'A' TDRFP M/A station has been repaired.

Initiating Cue:

The Unit Supervisor has directed you to transfer 'A' TDRFP from manual backup station to 3-element control lAW LOA-FW-1 01, Reactor Level/Feedwater Pump Control Trouble. Inform your supervisor when this task has been completed.

Page 2 of 7

JOB PERFORMANCE MEASURE Simulator Setup Instructions:

1. Reset the simulator to IC 22 (rst22).

It is OK to use a similar IC to the IC listed above, provided the IC actually used is verified to be compatible with this and other JPMs that are scheduled to be run concurrently.

2. Conditions as follows:

• Place the simulator in RUN

• Place the A TDRFP in Manual on its M/A station

• Shift it to the manual backup station in demand substitution mode

• Lower the M/A station signal to minimum

3. Freeze the simulator until cued by examiner.

4. Establish a delta flow between 'A' & 'B' FW loop flows of at least 1 E6 Lbm/hr.

5. This completes the setup for this JPM.

Page 3 of 7

JOB PERFORMANCE MEASURE INITIAL CONDITIONS (To be read by examinee)

Initial Conditions:

• Unit 1 experienced slight oscillations in the AUTO control signal for the 'B' TDRFP.

• The pump was transferred to the demand substitution mode on the manual backup station lAW LOP-FW-17.

• The problem associated with the 'A' TDRFP M/A station has been repaired.

Initiating Cue:

The Unit Supervisor has directed you to transfer 'A' TDRFP from manual backup station to 3 element control lAW LOA-FW-101, Reactor Level/Feedwater Pump Control Trouble. Inform your supervisor when this task has been completed.

Page 4 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

All steps of the JPM are to be completed at control room panel H13-P603 unless otherwise noted.

H- <

Co E E

< z o Element Expected Response 0) D 0

1. Check loss of speed demand Candidate checks speed demand alarm clear. alarm clear on Operator work station, screen DS001.

2. Verify'A'TDRFP Manual 'A' TDRFP Manual B/U station Mode Backup station Mode Selector select. Sw in Manual.

Sw. is in Manual.

• 3. Place 'A' TDRFP Manual B/U Candidate places places 'A' TDRFP Station Mode selector switch in Manual B/U Station Mode selector AUTO. switch in AUTO.

4. Check'A'TDRFP Manual Checks 'A' TDRFP Manual backup backup Station Auto Enabled Station Auto Enabled light illuminated.

light illuminated.

5. Candidate reviews LOP-RL-101 Candidate reviews LOP-RL-101.

to place RWLC in AUTO.

6. VERIFY: Candidate checks for:

"* No signal failures No signal failures,

"* No Lockout actuation No Lockout actuations which will affect operation of the 'A' min flow M/A station in AUTO component to be placed in auto. No level signal failure.

"* 'A' Min Flow M/A Station in AUTO

"* No Level signal failure.

Page 5 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

< E H C) E

< z 0 Element Expected Co D 0

Response

• 7. DEPRESS AUTO Pushbutton on Depresses Auto PB at the 'A' TDRFP the 'A' TDRFP M/A station. M/A station.

8. VERIFY Reactor Water Level is Candidate verifies Reactor Water stable Level is stable. May check A & B TDRFP speed demand outputs on DS001.

9. Inform Unit Supervisor that B Candidate states that TDRFP is now TDRFP is now in 3-element in 3-element control.

control.

(CUE) THIS COMPLETES THIS JPM Record Stop Time:

Page 6 of 7

VERIFICATION OF COMPLETION Job Performance Measure No.

Examinee's Name:

Examiner's Name:

Date performed:

Number of attempts:

Time to complete:

Question Documentation:

Question:

Response

Result: SAT or UNSAT Examiner's signature and date:

Page 7 of 7

LASALLE COUNTY NUCLEAR STATION JOB PERFORMANCE MEASURE Main Turbine Weekly Surveillance Test Examination Level: RO /SRO /SRO(I)

Date: March 5, 2002 Developed by: Raymond Keith Walton Date: 3/14/2002

JOB PERFORMANCE MEASURE Facility: LaSalle Nuclear Station Task No: B.1 .c Task

Title:

Main Turbine Weekly Surveillance Test K/A

Reference:

241000A4.06 K/A Importance: 3.9/3.9 Examinee:

NRC Examiner: Date:

Time Started: Time Finished:

Estimated Time to Completion: 10 min. Time Critical Task: NO Method of testing:

Performance: Simulated Location: X Simulator X Actual Plant Task Standard:

Perform testing of Turbine bypass valves.

Required Materials:

LOS-TG-W1, Turbine Weekly Surveillances, Rev 34, 11/2/2001 General

References:

LOS-TG-W1, Turbine Weekly Surveillances READ TO THE EXAMINEE:

I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. Tell me when you have successfully complete the task.

Initial Conditions:

Unit 1 is at 85% of full power.

Initiating Cue:

Unit supervisor has directed you to perform Turbine Weekly Surveillance testing per LOS-TG-W1, A, Section A.2 (BPV). All Prerequisites and Precautions have been met. The Load Dispatcher has given permission to perform this surveillance.

Page 2 of 8

JOB PERFORMANCE MEASURE Simulator Setup Instructions:

1. Setup for 85% power operations and main turbine generator on line.

Page 3 of 8

JOB PERFORMANCE MEASURE Initial Conditions:

Unit 1 is at 85% of full power.

Initiating Cue:

Unit supervisor has directed you to perform Turbine Weekly Surveillance testing per LOS-TG-W1, Attachment 1A, Section A.2 (BPV). All Prerequisites and Precautions have been met. The Load Dispatcher has given permission to perform this surveillance.

Inform your supervisor when this task has been completed.

Page 4 of 8

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

E

-0 E

< z o c) D 0 Element Expected Response

"*1. TEST OPEN Turbine Bypass Valve 1B21-MSBPV-1:

a. CHECK BPV Ready to Select BPV Ready to Select light is energized light is energized.

b. Place the BYPASS VALVE Bypass Valve Test selector switch in TEST selector SW in Postion 1 Postion 1.

c. DEPRESS the TEST BYPASS Depresses the TEST BYPASS VALVE VALVE button. button 1B21 -MS-BPV-1 goes to Full open exhibiting fast open characteristics the final 10% of travel.

d. Release the TEST BYPASS Test Bypass Valve button released VALVE button. 1B21 MS-BPV-1 goes to Full closed.

• 2. TEST OPEN Turbine Bypass Valve 1 B21 -MSBPV-2:

a. CHECK BPV Ready to Select BPV Ready to Select light is energized light is energized.

b. Place the BYPASS VALVE TEST selector SW in Position Bypass Valve Test selector switch in

2. Position 2.

c. DEPRESS the TEST BYPASS Depresses the TEST BYPASS VALVE VALVE button. button.

1B21 -MSBPV-2 goes to Full open exhibiting fast open characteristics final 10% of travel.

d. Release the TEST BYPASS Test Bypass Valve button released VALVE button. 1 B21 MSBPV-2 goes to Full closed.

Page 5 of 8

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

I-- 0

< E F- 0) E

< Z 0 Element Expected Response 9) -D 0

• 4. TEST OPEN Turbine Bypass Valve 1B21-MSBPV-3:

a. CHECK BPV Ready to Select light is energized. BPV Ready to Select light is energized

b. Place the BYPASS VALVE TEST selector SW in Position Bypass Valve Test selector switch in

3. Position 3.

c. DEPRESS the TEST BYPASS Depresses the TEST BYPASS VALVE VALVE button. button 1B21-MSBPV-3 goes to Full open exhibiting fast open the final 10% of travel.

d. Release the TEST BYPASS Test Bypass Valve button released VALVE button. 1 B21 MSBPV-3 goes to Full closed.

• 5. TEST OPEN Turbine Bypass Valve 1B21-MSBPV-4:

a. CHECK BPV Ready to Select BPV Ready to Select light is energized light is energized.

b. Place the BYPASS VALVE Bypass Valve Test selector switch in TEST selector SW in Position 4 Position 4.

c. DEPRESS the TEST BYPASS Depresses the TEST BYPASS VALVE VALVE button. button.

1B21 -MSBPV-4 goes to Full open exhibiting fast open the final 10% of

d. Release the TEST BYPASS travel.

VALVE button. Test Bypass Valve button released 1 B21 MSBPV-4 goes to Full closed.

Page 6 of 8

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

< E

- Cl) E Element Expected Response co D 0

• 6. TEST OPEN Turbine Bypass Valve 1 B21 -MSBPV-5:

a. CHECK BPV Ready to Select light is energized. BPV Ready to Select light is energized

b. Place the BYPASS VALVE TEST selector SW in Position Bypass Valve Test selector switch in

5. Position 5.

c. DEPRESS the TEST BYPASS Depresses the TEST BYPASS VALVE VALVE button. button 1B21 -MSBPV-5 goes to Full open exhibiting fast open the final 10% of

d. Release the TEST BYPASS travel.

VALVE button. Test Bypass Valve button released 1 B21 MSBPV-5 goes to Full closed.

7. CHECK that the Bypass Valve Ready To Select Light is energized READY TO SELECT Light is energized.

• 8. PLACE the BYPASS VALVE Bypass Valve Test Selector Switch to TEST selector Sw to OFF. OFF (CUE) THIS COMPLETES THIS JPM Record Stop Time:

Page 7 of 8

VERIFICATION OF COMPLETION Job Performance Measure No.

Examinee's Name:

Examiner's Name:

Date performed:

Number of attempts:

Time to complete:

Question Documentation:

Question:

Response

Result: SAT or UNSAT Examiner's signature and date:

Page 8 of 8

LASALLE COUNTY NUCLEAR STATION JOB PERFORMANCE MEASURE Stuck Control Rod Drive Examination Level: RO /SRO /SRO(l)

Date: April 8, 2002 Developed by: Raymond Keith Walton Date: 3/14/2002

JOB PERFORMANCE MEASURE Facility: LaSalle Nuclear Station Task No: B.1.d Task

Title:

Stuck Control Rod Drive K/A

Reference:

201001A4.04 K/A Importance: 3.1/3.0 Examinee:

NRC Examiner: Date:

Time Started: Time Finished:

Estimated Time to Completion: 10 min Time Critical Task: NO Method of testinq:

Performance: Simulated Location: X Simulator X Actual Plant Task Standard:

Ability to move stuck control rod by increasing rod drive pressure using abnormal procedures.

Required Materials:

Copy of LAP 100-13, Attachment C, for rod moves.

General

References:

LOA-RD-1 01, Control Rod Drive Abnormal, Rev 4, 3/27/2001 LAP 100-13, Control Rod Sequence Package Preparation, Review and Implementation.

READ TO THE EXAMINEE:

I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. Tell me when you have successfully complete the task.

Initial Conditions:

Unit 1 at 85% of full power operation.

Initiating Cue:

Unit Supervisor has instructed you to exercise rod 30-31 lAW LOS-AA-W1, Attachment 1 B.

Page 2 of 7

JOB PERFORMANCE MEASURE Simulator Setup Instructions:

1. Setup for power operations (-85%)

2. Insert: mrdl 93 100% when drive >47 on dp RD1

3. Delete mrd 193 Page 3 of 7

JOB PERFORMANCE MEASURE INITIAL CONDITIONS Initial Conditions:

Unit 1 at 85% power operation.

Initiating Cue:

Unit Supervisor has instructed you to adjust control rods lAW LAP 100-13, Attachment C and qualified nuclear engineer instructions.

Page 4 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

< E

- 9CO E

< z o Element Expected Response I) D 0

1. Operator reviews LOS-AA-W1, Candidate reviews LOS-AA-W1, Attachment 1 B for Rod Group Attachment 1B for Rod Group 1OB and 10 B and LOP-RM-01, Reactor LOP-RM-01, Section E.3.

Manual Control Operation.

2. Successfully withdraws rod 14 Withdraws rod 14-39 one notch.

39 one notch.

3. ATTEMPTS to INSERT CRD CRD 22-15 selected. Candidate 22-15 by DEPRESSING Rod depresses CRD INSERT pushbutton.

Insert Pushbutton. CRD 22-15 does not move.

• 4. NOTIFIES Unit Supervisor that CRD will not move.

CUE: Unit Supervisor acknowledges problems with CRD moving. Need to move rods!

5. RAISE CRD Drive Pressure Raises CRD Drive Pressure by <100 initially by no more than 100 psid by adjusting CRD pressure psid. control valve.

6. Applies INSERT signal. Control rod does not move.

7. Raises CRD Drive Pressure but Adjusts CRD Pressure Control Valve.

not to exceed 500 psid.

8. Attempts to INSERT CRD 22 Attempts to insert control rod but

15. control rod does not move.

NOTE TO EXAMINER: INITIATE ALTERNATE PATH PORTION OF JPM.

Goal is to insert CRD by increasing CRD pressure by throttling on CRD PCV lAW Abnormal procedure LOA-RD-101.

Page 5 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

H c-,

H'-

CO E

E

< z o Element Expected Response Cl) D) 0~

9. Check control rod position CUE: Control Rod position is in indication normal. Normal position.

10. Insert stuck rod 22-15. Directional Control Valve Sequencing OBSERVE Directional Control normal.

Valve Sequencing.

11. CHECK CRD 22-15 Failed to CRD 22-15 Failed to move with drive move with drive water pressure water pressure <450 psid.

<450 psid.

12. RAISE Drive Water pressure to Candidate adjusts drive water 500 psid. pressure to 500 psid by throttling PCV lCl 1-F003.

"*13. Attempts to withdraw CRD 22 Control Rod moves. Candidate 15 by depresses CRM INSERT moves CRD 22-15 in 1 notch.

pushbutton.

"*14 RETURN Drive Water pressure Candidate adjusts drive water to NORMAL pressure to <450 psid by throttling PCV 1Cl 1-F003

"*15. Attempts to withdraw CRD 22 Candidate depresses CRM 15 one notch. pushbutton. CRD 22-15 moves out one notch.

(CUE) THIS COMPLETES THIS JPM Record Stop Time:

Page 6 of 7

VERIFICATION OF COMPLETION Job Performance Measure No.

Examinee's Name:

Examiner's Name:

Date performed:

Number of attempts:

Time to complete:

Question Documentation:

Question:

Response

Result: SAT or UNSAT Examiner's signature and date:

Page 7 of 7

LASALLE COUNTY NUCLEAR STATION JOB PERFORMANCE MEASURE Failure of SBGT System to Initiate Examination Level: RO /SRO /SRO(I)

Date: April 8, 2002 Developed by: Raymond Keith Walton Date: 3/14/2002

JOB PERFORMANCE MEASURE Facility: LaSalle Nuclear Station Task No: B.1.e Task

Title:

Fuel Assembly Damage Results in Manual Actuation of ESF System K/A

Reference:

261 000A2.12 K/A Importance: 3.2/3.4 Examinee:

NRC Examiner: Date:

Time Started: Time Finished:

Estimated Time to Completion: 5 min Time Critical Task: NO Method of testing:

Performance: Simulated Location: X Simulator X Actual Plant Task Standard:

Manually actuate SBGT and detect the failure of the fan output damper to automatically open.

Required Materials:

LOA-FH-001, Irradiated Fuel Assembly Damage, Rev 0, 7/31/1996 LOP-VG-01, Preparation for Standby Operation of the SBGT System, Rev. 9, 11/6/2000 General

References:

LOA-FH-001, Irradiated Fuel Assembly Damage, Rev 0, 7/31/1996 LOP-VG-01, Preparation for Standby Operation of the SBGT System, Rev. 9, 11/6/2000 READ TO THE EXAMINEE:

I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. Tell me when you have successfully complete the task.

Initial Conditions:

Unit 1 is in Mode 5 with fuel shuffles in progress. Unit 2 is operating in Mode 1. The Fuel handling supervisor calls you in control room to inform you that they have just dropped a fuel bundle in the spent fuel pool. The dropped fuel is emitting gas bubbles. The radiation monitor on the fuel handling bridge is alarming. RP personnel have ordered an evacuation of the refuel floor. Unit 2 Standby Gas Treatment is out of service. Unit 1 Standby Gas Treatment has failed to automatically start.

Initiating Cue:

The Unit Supervisor has directed you to start SBGT in accordance with LOA-VG-1 01, Step E.1 .c. Inform your supervisor when this task has been completed.

Page 2 of 7

JOB PERFORMANCE MEASURE Simulator Setup Instructions:

1. Reset Simulator to IC 26 (rst 26).

NOTE: It is OK to use a similar IC to the IC listed above, provided the IC actually used to verified to be compatible with this and other JPMs that are scheduled to be run concurrently.

2. Set Simulator up for Mode 5 operations.

3. Enter fault: Ul SBGT Dsch Vlv. 1(2)VG003 fails to automatically open. After candidate attempts to start Ul SBGT. THEN clear fault on SBGT VG003 damper!

4. Insert the following annunciators:

H13-P601-E306, Fuel Pool Vent Rad Hi H13-P601-E204, Div 2 RB Vent Rad Hi-Hi H13-P601-E205, Div 2 Fuel Pool Rad Hi-Hi H13-P601-F204, Div 1 RB Vent Rad Hi-Hi H13-P601-F204, Div 1 Fuel Pool Rad Hi-Hi Page 3 of 7

JOB PERFORMANCE MEASURE INITIAL CONDITIONS

• Unit 1 is in Mode 5 with fuel shuffles in progress.

• Unit 2 is operating in Mode 1.

• Fuel handling supervisor calls you in the control room to inform you that they have just dropped a fuel bundle in the spent fuel pool.

The dropped fuel is emitting gas bubbles. The radiation monitor on the fuel handling bridge is alarming.

• RP personnel have ordered an evacuation of the refuel floor.

• Unit 2 Standby Gas Treatment is out of service.

Unit 2 Standby Gas Treatment is out of service. The Unit 1 Standby Gas Treatment has failed to automatically start.

Initiating Cue:

The Unit Supervisor has directed you to start SBGT lAW LOA-VG-101, Step E.1.c. Inform your supervisor when this task has been completed.

Page 4 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

NOTE: All steps of the JPM are to be completed at Control Room

< E

- 3CO E

< Z o Element Expected Response l) D 0

1. Locates and reviews copy of Locates and reviews LGA-VG-1 01 LGA-VG-1 01. to start SBGT System.

• 2. VERIFY for Unit 1 VG train: OPENs 1VG001, OPENs 1VG001, Ul SBGT Inlet ENERGIZES Ul SBGT Primary Fan.

Isol VIv. Discharge damper 1VG003 fails to ENERGIZES Ul SBGT Primary open.

Fan, 1VG01 C, by taking control switch to ON position. Annunciator PM07J-A401 alarms.

3. Notifies Supv that SBGT Disch CUE: Need to have a train of SBGT Damper 1VG003 failed to open. running. (IF candidate is confused, have candidate respond to PM07J A401 alarm)

NOTE TO EXAMINER: INITIATE ALTERNATE PATH PORTION OF JPM.

Goal is to initiate SBGT by manually opening discharge damper.

• 4. Manually Opens 1VG003, Ul 1VG003 indicates open.

SBGT Dsch Vlv using control switch on PM07J.

5. Verifies/Energizes Ul SBGT Elec SBGT heating coil on Heating Coil, 1VG01A.

6. Verifies/deenergizes Ul SBGT SBGT Cooling fan off.

Cooling fan, 1VG02C.

Page 5 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

NOTE: All steps of the JPM are to be completed at Control Room I- <

CO E E

< z o Element Expected Response ) D 0)

7. Verifies SBGT flow between 3600 to 4400 CFM: SBGT system indicated flow between 0 U1 SBGT Outlet Flow 3600 - 4400 CFM Indicator, 1 FR-VG009 0 U1 SBGT Inlet Flow Indicator, 1 FI-VG003.

8. Informs Supervisor that U1 SBGT is operating.

CUE: THIS COMPLETES THIS JPM Record Stop Time:

Page 6 of 7

VERIFICATION OF COMPLETION Job Performance Measure No.

Examinee's Name:

Examiner's Name:

Date performed:

Number of attempts:

Time to complete:

Question Documentation:

Question:

Response

Result: SAT or UNSAT Examiner's signature and date:

Page 7 of 7

LASALLE COUNTY NUCLEAR STATION JOB PERFORMANCE MEASURE Transfer Electrical Loads Bus 151 and 152 from SAT 142 to UAT 141 Examination Level: RO /SRO /SRO(Il Date: April 8, 2002 Developed by: Raymond Keith Walton Date:

JOB PERFORMANCE MEASURE Facility: LaSalle Nuclear Station Task No: B.1.f Task

Title:

Transfer Loads from SAT 142 to UAT 141 K/A

Reference:

262001 K5.01 K/A Importance: 3.1/3.4 Examinee:

NRC Examiner: Date:

Time Started: Time Finished:________

Estimated Time to Completion: 10min Time Critical Task: NO Method of testing:

Performance: Simulated Location: X Simulator X Actual Plant Task Standard:

Transfer 6.9 Kv Electrical buses from SAT 142 to UAT 141 Required Materials:

LOP-AP-14, Transfer of 6.9KV or 4.16KV Bus Power Supply Between the System and Unit Auxiliary Transformers.

General

References:

LOP-AP-1 4,Transfer of 6.9KV or 4.16KV Bus Power Supply Between the System and Unit Auxiliary Transformers, Rev 5, 10/14/1998 LOP-AP-01, Unit Auxiliary Transformer Backfeeding Operations READ TO THE EXAMINEE:

I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. Inform me when you successfully completed the task.

Initial Conditions:

Unit 1 is shutdown (Mode 4). The Ul Main Generator Disconnect Links are open and UAT 141 Transformer Disconnect Links to Switchyard are closed. Backfeeding operations had previously been completed lAW LOP-AP-01, Unit Auxiliary Transformer Backfeeding Operations. UAT 141 is available for backfeeding. The 6.9Kv Buses 151 and 152 are being powered from SAT 142.

Initiating Cue:

The Unit Supervisor has directed you to Transfer Buses 151 and 152 from SAT 142 to UAT 141 in accordance with LOP-AP-14, Step E.4.

Page 2 of 7

JOB PERFORMANCE MEASURE Simulator Setup Instructions:

1. Reset Simulator

2. Set up Simulator for Mode 4 with Unit 2 at full power.

3. Backfeed operations for UAT141 have been completed, Generator Output disconnect links are open, UAT141 Transformer Output disconnect links are closed.

Page 3 of 7

JOB PERFORMANCE MEASURE INITIAL CONDITIONS (To be read by examinee)

Initial Conditions:

Unit 1 is shutdown (Mode 4). The Ul Main Generator Disconnect Links are open and UAT 141 Transformer Disconnect Links to Switchyard are closed. Backfeeding operations had previously been completed lAW LOP-AP-01, Unit Auxiliary Transformer Backfeeding Operations. UAT 141 is available for backfeeding. The 6.9Kv Buses 151 and 152 are being powered from SAT 142.

Initiating Cue:

The Unit Supervisor has directed you to Transfer Buses 151 and 152 from SAT 142 to UAT 141 in accordance with LOP-AP-14, Step E.4.

Page 4 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

- t

< E H- 0 E

< z o Element Expected Response 0o D 0

1. PLACE circuit breaker Places circuit breaker synchroscope synchroscope select switch for select switch for ACBs 1521 & 1511 the on-coming transformer to the to ON.

6.9KV bus to ON.

ACB 1521, UAT 141 to Bus 152.

ACB 1511, UAT 141 to Bus 151.

2. VERIFY the following: 2. Verifies:

Synchroscope steady at 12:00 Synchroscope steady at 12:00 o'clock position. o'clock position.

Synchronizing lights are NOT Synchronizing lights are NOT LIT. LIT.

Incoming and running voltages Incoming and running voltages are approximately equal. are approximately equal.

• 3. With synchroscope at 12:00 With synchroscope at 12:00 o'clock o'clock position, CLOSE feed position, closes feed breakers breaker from UAT: ACB 1521 and ACB 1511.

ACB 1521, UAT 141 to Bus 152.

ACB 1511, UAT 141 to Bus 151.

4. CHECK 6.9 KV Paralleled Bus Checks 6.9 KV Paralleled Bus Alarm Alarm ANNUNCIATES. Annunciates.

• 5. OPEN feed breaker from SAT:

Opens feed breaker:

ACB 1522, SAT 142 to Bus 152. ACB 1522 & ACB 1512.

ACB 1512, SAT 142 to Bus 151.

6. CHECK all bus parameters Checks all bus parameters normal.

normal.

Page 5 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

NOTE: Allow candidate to locate and review copy of LOP-AP-08.

Element Expected Response

7. CHECK UAT 141 picks up entire CHECK UAT 141 picks up entire load. load.

8. PLACE Synchroscope Select for Places Synchroscope Select for the on-coming transformer to the ACBs 1521 & 1511 to OFF.

6.9KV bus to OFF.

ACB 1521, UAT 141 to Bus 152.

ACB 1511, UAT 141 to Bus 151.

9. RESET Paralleled Bus Resets Paralleled Bus Annunciator.

Annunciator.

CUE: This completes this JPM Completion Time: __

Page 6 of 7

VERIFICATION OF COMPLETION Job Performance Measure No.

Examinee's Name:

Examiner's Name:

Date performed:

Number of attempts:

Time to complete:

Question Documentation:

Question:

Response

Result: SAT or UNSAT Examiner's signature and date:

Page 7 of 7

LASALLE COUNTY NUCLEAR STATION JOB PERFORMANCE MEASURE Reestablish Shutdown Cooling After Clearing Level 3 PCIS Signal Examination Level: RO /SRO /SRO(l)

Date: April 8, 2002 Developed by: Raymond Keith Walton Date: 3/14/2002

JOB PERFORMANCE MEASURE Facility: LaSalle Nuclear Station Task No: B.1.q Task

Title:

Reestablish Shutdown Cooling After PCIS Level 3 Signal Cleared K/A

Reference:

20500A2.06 K/A Importance: 3.4/3.5 Examinee:

NRC Examiner: Date:

Time Started: Time Finished:________

Estimated Time to Completion: 10 min Time Critical Task: NO Method of testing:

Performance: Simulated Location: X Simulator X Actual Plant Task Standard:

Identify that during reestablishing of shutdown cooling, a drain path between RPV and suppression pool occurs due to fault in RHR valve interlocks. Candidate must stop drain path prior to reaching RPV Level IV isolation signal.

Required Materials:

LOA-RH-101, RHR Abnormal, Rv. 4,12/5/2000 LOP-RH-07, Shutdown Cooling System Startup, Operation and Transfer, Rv. 46, 10/27/2000 General

References:

LOA-RH-101, RHR Abnormal, Rv. 4,12/5/2000 LOP-RH-07, Shutdown Cooling System Startup, Operation and Transfer, Rv. 46, 10/27/2000 READ TO THE EXAMINEE:

I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. Tell me when you have successfully complete the task.

Initial Conditions:

Plant is in Mode 4. A spurious PCIS Level signal 3 had occurred which resulted in 'A' RHR pump tripping and a loss of shutdown cooling. The PClS level 3 signal has been reset and the 'A' RHR pump is ready to be started. The 'B' RHR pump is inoperable.

Initiating Cue:

The Shift Manager has requested you reestablish shutdown cooling on 'A' train of RHR lAW LOP-RH 07, "Shutdown Cooling System Startup Operation and Transfer," starting at step E.5.6. Inform your supervisor when this task has been completed.

Page 2 of 7

JOB PERFORMANCE MEASURE Simulator Setup Instructions:

1. Setup Simulator for Mode 4 operations:

• Reactor temperature 120 degrees F,

• RPV pressure 100 psig,

° RPV water level at 42"

• Both recirculation pumps operating at 15 hz.

2. Plant conditions as shown:

• 'B' RHR pump inoperable

• 'A' RHRSW system in operation

3. Reset 92, Close 1 E12-F053A, Stop A RHR pump, Close 1 E12-FO03A, Insert Override to prevent operation of 1 El 2-F053A, RPV Water Level 42".

Page 3 of 7

JOB PERFORMANCE MEASURE INITIAL CONDITIONS Initial Conditions:

Plant is in Mode 4. A spurious PCIS Level signal 3 had occurred which resulted in 'A' RHR pump tripping and a loss of shutdown cooling. The PCIS level 3 signal has been reset and the

'A' RHR pump is ready to be started. The 'B' RHR pump is inoperable.

Initiating Cue:

The Shift Manager has requested you reestablish shutdown cooling on 'A' train of RHR lAW LOP-RH-07, "Shutdown Cooling System Startup Operation and Transfer," starting at step E.5.6.

Inform your supervisor when this task has been completed.

Page 4 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

<2 E H) E zz 0 Standard Expected Response

1. Refer to LOP-RH-07, Shutdown Locate and Open LOP-RH-07. Start Cooling System Startup, at step E.5.6.

Operation and Transfer.

2. VERIFY CLOSED VIvs: 1E12-F053A & 1 E12-FO03A indicate 1 El 2-F053A, 'A' Shutdown closed.

Cooling Return Isolation Vlv.

1El 2-FO03A, 'A' RHR Hx Outlet VIv.

3. VERIFY Reactor Level >40" Verifies Reactor Level >40"

4. Start'A' RHR pump. Candidate starts 'A' RHR pump.

Verifies by looking at Pump amps, flow rate and pump breaker indication light that pump started.

5. Throttle Open E12-053A,'A' SDC Valve El 2-053A does not open Return Isolation VIv.

• 6. DETERMINES valve E12-053A Reports to Unit Supervisor that valve does not open. won't open.

CUE: Acknowledge that El 2-053A does not open.

NOTE TO EXAMINER: Initiate Alternate Path portion of JPM. Goal is to prevent draining RPV into the suppression pool via the 'A' train of RHR. Operator must close E12-FO06A or E12-F008 or E12-F009 valves prior to receiving a Group VI isolation at +12.5 inches.

Page 5 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

< E

- cl) E cI) z* 0o Element Expected Response

• 7. Identifies that opening of E12 Trips 'A' RHR pump. Closes E12 F064A as vessel inventory loss: F006A or E12-F008 or E12-F009 Stops pump and closes valve in prior to receiving a PCIS Group VI flow path. isolation.

8. VERIFIES reactor water level is Candidate verifies reactor water level stable following isolation (manual is stable following RHR isolation.

or automatic)

9. RESPONDS to H13-P601-C203 Candidate responds to P601-C203.

annunciator alarm, "RHR Vlvs E12-FO06A E12-F064A OPEN:"

" Verifies E12-F064A, 'A' RHR Verifies E12-F064A, 'A' RHR Pump Pump Minimum flow valve Minimum flow valve CLOSING.

CLOSING.

" Check 'A' RHR Pump is required Checks 'A' RHR pump NOT required to be running. to be running.

10. Shutdown RHR System lAW ...

CUE: THIS COMPLETES THIS JPM.

Record Stop Time:

Page 6 of 7

VERIFICATION OF COMPLETION Job Performance Measure No.

Examinee's Name:

Examiner's Name:

Date performed:

Number of attempts:

Time to complete:

Question Documentation:

Question:

Response

Result: SAT or UNSAT Examiner's signature and date:

Page 7 of 7

LASALLE COUNTY NUCLEAR STATION JOB PERFORMANCE MEASURE Startup 'B' RPS MG Set Examination Level: RO /SRO /SRO(I)

Date: April 8, 2002 Developed by: Raymond Keith Walton Date: 3/14/2002

JOB PERFORMANCE MEASURE Facility: LaSalle Nuclear Station Task No: B.2.a Task

Title:

Startup 'B' RPS MG Set K/A

Reference:

212000A2.02 K/A Importance: 3.7/3.9 Examinee:

NRC Examiner: Date:

Time Started: Time Finished:

Estimated Time to Completion: 12 min Time Critical Task: NO Method of testing:

Performance: X Simulated Location: Simulator Actual X Plant Task Standard:

Startup 'B' RPS MG Set.

Required Materials:

LOP-RP-01, RPS MG-Set Startup and Operation General

References:

LOP-RP-01, RPS MGS Set Startup and Operation, Rev. 8, 9/14/2001 READ TO THE EXAMINEE:

I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. Inform me when you have successfully completed the task.

Initial Conditions:

Unit 1 is operating in Mode 1. Bus 'B' RPS power is on Alternate supply. There are no surveillances being performed which produce half RPS or half PCIS actuations.

Initiating Cue:

You have been instructed by the Shift Manager to Startup the 'B' RPS MG set and place 'B' RPS MG set on the bus in accordance with LOP-RP-01, "RPS MG-Set Startup and Operation." Previously, an operator had completed prerequisite steps for the LOP-RP-01. Inform your supervisor when this task has been completed.

Page 2 of 7

JOB PERFORMANCE MEASURE Simulator Setup Instructions:

NONE: In-plant Page 3 of 7

JOB PERFORMANCE MEASURE INITIAL CONDITIONS (To be read by examinee)

Initial Conditions:

Unit 1 is operating in Mode 1. Bus 'B' RPS power is on Alternate supply. There are no surveillances being performed which produce half RPS or half PCIS acuations.

Initiating Cue:

You have been instructed by the Shift Manager to:

• Startup the 'B' RPS MG set and

• Place 'B' RPS MG-Set on the bus lAW LOP-RP-01, "RPS Bus 'B' Transfer."

Previously, an operator had:

• completed prerequisite steps for LOP-RP-01, "RPS MG Set Startup Procedure" Inform your supervisor when this task has been completed.

Page 4 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

All plant operations are to be simulated.

w CUE: Give candidate partially completed copies of LOP-RP-01 < E I- CO E

< z 0 CD Zl Q Element Expected Response

1. Refer to LOP-RP-01, RPS MG Locate and Open LOP-RP-01 Set Startup and Operation Procedures. Candidate to perform steps E.1 and E.3 of LOP-RP-01.

• 2. CLOSE feeder breaker 136X-2 Candidate closes Feeder Breaker Bkr B-3 to 'B' RPS MG set. 136X-2, B-3.

3. Check 'B' RPS MG set output CUE: 'B' RPS MG set output breaker is OPEN. breaker handle down.

• 4. PRESS and HOLD the 'B' RPS Candidate presses and holds 1 PB to MG set Motor On pushbutton 'B' RPS MG set.

(1 PB) at local 'B' RPS MG set control panel. Observe: CUE: Motor ON light illuminates

"* Motor ON light illuminates Local Voltmeter indicates

"* Local volt meter indicates 120 120 VAC.

VAC.

RELEASE Motor ON pushbutton.

• 5. CLOSE the 'B' RPS MG set CUE: Breaker handle pointing output circuit breaker at the local upwards.

MG set panel.

6. Check Electrical Protection CUE: EPA bkr 1C71-SO03B Red Assembly (EPA) breaker Motor Gen light ON.

1C71 -S003B Red Motor Gen light ON.

Page 5 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

I-- ()

< E

- c E (I) Z D o CO Standard Expected Response

• 7. CLOSE EPA breaker CUE: EPA bkr 1C71-S003B 1C71 -S003B breaker handle pointing up.

8. Check Electrical Protection CUE: EPA bkr 1C71-S003B Red Assembly (EPA) breaker RPS Bus light ON.

1C71-S003B Red RPS bus light ON.

9. Check Electrical Protection CUE: EPA bkr 1C71-S003D Red Assembly (EPA) breaker 1C71 Motor Gen light ON.

S003D Red Motor Gen light ON.

"*10. CLOSE EPA breaker 1 C71 -S003D. CUE: EPA bkr 1C71-S003D breaker indicates closed

11. Check Electrical Protection CUE: EPA bkr 1C71-S003D Red Assembly (EPA) breaker 1C71-S003D Red RPS bus light RPS Bus light ON.

ON.

12. Main Control Room panel 1H13 CUE: NSO reports 1H13-P610 white P610 white Generator 'B' feed Generator 'B' feed light illuminated light illuminated. in MCR.

(CUE) THIS COMPLETES THIS JPM Record Stop Time:

Page 6 of 7

VERIFICATION OF COMPLETION Job Performance Measure No.

Examinee's Name:

Examiner's Name:

Date performed:

Number of attempts:

Time to complete:

Question Documentation:

Question:

Response

Result: SAT or UNSAT Examiner's signature and date:

Page 7 of 7

LASALLE COUNTY NUCLEAR STATION JOB PERFORMANCE MEASURE Startup and Operation of RCIC from the Remote Shutdown Panel Examination Level: RO /SRO /SRO(I)

Date: April 8, 2002 Developed by: Raymond Keith Walton Date: 3/14/2002

JOB PERFORMANCE MEASURE Facility: LaSalle Nuclear Station Task No: B.2.b Task

Title:

Startup and Operate RCIC from Remote Shutdown Panel K/A

Reference:

295016 AA2.02 K/A Importance: 4.2/4.3 Examinee:

NRC Examiner: Date:

Time Started: Time Finished:________

Estimated Time to Completion: 10 min Time Critical Task: NO Method of testing:

Performance: X Simulated Location: X Simulator Actual Plant Task Standard:

Startup and Inject to RPV using RCIC from remote shutdown panel.

Required Materials:

Copy of LOP-RX-04, Startup and Operation of RCIC from the Remote Shutdown Panel, Rev 13, 9/21/2001 General

References:

Licensee JPM S-RX-05, Rev 6, 8/31/1999 LOP-RX-04, Startup and Operation of RCIC from the Remote Shutdown Panel, Rev 13, 9/21/2001 READ TO THE EXAMINEE:

I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. Inform me when you have successfully complete the task.

Initial Conditions:

The Control Room has been evacuated. Control has been transferred to the Remote Shutdown Panel.

Suppression Pool Cooling has been established from the Remote Shutdown Panel. Ul CY tank level has been locally verified to be above 15 feet. Plant operators are available.

Initiating Cue:

The Unit Supervisor has directed you to start RCIC from the Remote Shutdown Panel and inject into the RPV per LOP-RX-04, "Startup and Operation of RCIC from the Remote Shutdown Panel." Prerequisites have been met. Inform the Unit Supervisor when RCIC is injecting. Inform your supervisor when this task has been completed.

Page 2 of 7

JOB PERFORMANCE MEASURE Simulator Setup Instructions:

1. Reset Simulator

a. Insert malfunction to prevent RCIC automatic initiation, (imf mnb080-150)

b. Place MDRFP control switch in PTL

c. Place HPCS in PTL.

d. Place the mode switch to Shutdown

e. Trip both TDRFPs and close the FW01OA and FW01OB valves

f. Place all Remote Shutdown Panel transfer switches to Emergency lAW LOP-RX-03.

g. Start Suppression Pool Cooling lAW LOP-RX-06

h. Stabilize reactor water level between -30 inches to -10 inches.

L. Verify the RCIC turbine trip light is NOT lit on RSP.

2. Freeze simulator until examinee has acknowledged the initiating cue(to prevent reactor water level from going too high or too low for this JPM to be performed)

3. Have a copy of LOP-RX-04 available to replace one used by examinee.

Page 3 of 7

JOB PERFORMANCE MEASURE Initial Conditions:

• The Control Room has been evacuated.

• Control has been transferred to the Remote Shutdown Panel.

• Suppression Pool Cooling has been established lAW LOP-RX-06, "Startup of Suppression Pool Cooling from the Remote Shutdown Panel."

0 Ul CY tank level has been locally verified to be above 15 feet.

• Plant operators are available.

Initiating Cue:

The Unit Supervisor has directed you to start RCIC from the Remote Shutdown Panel and inject into the RPV per LOP-RX-04, "Startup and Operation of RCIC from the Remote Shutdown Panel." Prerequisites have been met.

Inform the Unit Supervisor when RCIC is injecting. Inform your supervisor when this task has been completed.

Page 4 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

NOTE: All steps of the JPM are to be completed at the Unit 1 Remote Shutdown Panel.

I-- '*

E Simulator Operator: Place simulator in RUN. < E I-

,< Z E o0 Co) :: 0 Element Expected Response

1. VERIFY RCIC flow controller is Verifies RCIC flow controller in in AUTO & SET at 100%. AUTO & SET to 100%.

2. VERIFY OPEN 1E51-F068, Verifies E51-F068 valve open RCIC Turbine Exhaust Valve. indicator illuminated.

• 3. Open 1E51-F022, RCIC Full Places and holds 1 E51-F022 control Flow Test Upstream Stop Vlv. switch in OPEN until valve is fully open.

• 4. CONCURRENTLY Examinee simultaneously turns both

"° OPEN 1E51-F045, RCIC 1 E51 -F045 and 1 E51 -F059 control Turbine Steam Supply Stop switches to OPEN.

Valve.

"* OPEN 1E51-F059, RCIC Full Flow Test to CST Stop Valve.

5. START RCIC Barometric Starts RCIC. Barometric Condenser Condenser Vacuum Tank Vacuum Tank Vacuum Pump Vacuum Pump

6. CHECK that RCIC Pump flow is Flow increasing on RCIC flow increasing as indicated on RCIC controller or flow indicator.

flow controller.

• 7. OPEN 1E51-F046 RCIC Lube Opens 1E51-F046 RCIC Lube Oil Oil Cooler Supply Stop Valve. Cooler Supply Stop Valve.

Page 5 of 7

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

< E

- CJ) E

< z o U) D 0 Standard Expected Response

• 8. OPEN 1E51-F013, RCIC Candidate opens 1 E51 -F01 3 valve Injection Stop Valve.

• 9. CLOSE 1E51-F022, RCIC Full Closes 1E51-F022, RCIC Full Flow Flow Test Upstream Stop Valve. Test Upstream Stop Valve

10. ADJUST the RCIC flow controller Adjusts RCIC flow controller to to maintain desired reactor level, maintain reactor level

11. VERIFY RCIC flow greater than Indicator reads greater than 120 gpm.

120 gpm.

12. CLOSE 1E51-F059, RCIC Full Closes 1E51-F059, RCIC Full Flow Flow Test to CST Stop Valve. Test to CST Stop Valve

13. Have candidate locate remote Candidate locates remote shutdown panel in plant shutdown panel in plant.

CUE: THIS COMPLETES THIS JPM.

Record Stop Time:

Page 6 of 7

VERIFICATION OF COMPLETION Job Performance Measure No.

Examinee's Name:

Examiner's Name:

Date performed:

Number of attempts:

Time to complete:

Question Documentation:

Question:

Response

Result: SAT or UNSAT Examiner's signature and date:

Page 7 of 7

LASALLE COUNTY NUCLEAR STATION JOB PERFORMANCE MEASURE Local Emergency Start of the A/B VP Chiller lAW LOP-VP-02 Examination Level: RO /SRO /SRO(Il Date: April 8, 2002 Developed by: Raymond Keith Walton Date: 3/22/20002

JOB PERFORMANCE MEASURE Facility: LaSalle Nuclear Station Task No: B.2.c Task

Title:

S/U and Orerate Primary Ctmt Chill Water Ventilation System lAW LO-VP-02 K/A

Reference:

295012A1.01 K/A Importance: 3.9/3.9 Examinee:

NRC Examiner: Date:

Time Started: Time Finished:

Estimated Time to Completion: 35 min Time Critical Task: NO Method of testing:

Performance: X Simulated Location: Simulator Actual X Plant Task Standard:

Startup and operate 'B' containment chill water system after the 'A' chill water system does not work.

Required Materials:

LOP-VP-02, Startup, Operation and Shutdown of Primary Containment Chilled Water and Ventilation System General

References:

LOP-VP-02, Startup, Operation and Shutdown of Primary Containment Chilled Water and Ventilation System, Rev. 22, dated 8/9/2002.

JPM P-VP-02, Rev 10, 9/10/1998 READ TO THE EXAMINEE:

I will explain the initial conditions, which steps to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective for this job performance measure will be satisfied.

Initial Conditions:

Unit 1 has scrammed. Procedure LGA-003 is in progress. Drywell temperature is 1450 F. The 'C' VP chiller is out of service.

Initiating Cue:

The Shift Manager wants you to start the 'A' VP Chiller Unit lAW LOP-VG-02, Startup, Operation and Shutdown of Primary Containment Chilled Water and Ventilation System using the Emergency Start Procedure. Prerequisites and Precautions have been met. Inform your supervisor when this task has been completed.

Page 2 of 10

JOB PERFORMANCE MEASURE Simulator Setup Instructions:

1. NONE-In plant Page 3 of 10

JOB PERFORMANCE MEASURE INITIAL CONDITIONS Initial Conditions:

Unit 1 has scrammed. Procedure LGA-003 is in progress. Drywell temperature is 145 0 F. The

'C' VP Chiller Unit is out of service.

Initiating Cue:

The Shift Manager wants you to restart the 'A' VP Chiller Unit lAW LOP-VG-02, Startup, Operation and Shutdown of Primary Containment Chilled Water and Ventilation System using the Emergency Start Procedure. Prerequisites and Precautions have been met. Inform your supervisor when this task has been completed.

Page 4 of 10

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

NOTE: All tasks to be performed on Unit 1.

< E I- (n C/2 E

< z o ci Z 0 Element Expected Response

1. VERIFY A Chilled Water Pump Candidate inspects Ul A Chilled is running. Water Pump (east of chillers) to verify pump in operation.

CUE: Pump noise/vibration heard, discharge pressure 70 psig at gauge board.

• 2. DEPRESS RELAY RESET Examinee simulates depressing the pushbutton and VERIFY no RELAY RESET PB and verifies no alarm exists. alarm exists.

CUE: RELAY RESET PB has been depressed and no alarms exist.

The cues for steps 3 through 5 reflect conditions that would exist for a chiller that has been shutdown for at least 14 minutes.

3. VERIFY Program Timer ON Program Timer Light is NOT lit.

indicating light is NOT lit.

4. VERIFY Control Power Switch is Candidate verifies CONTROL ON/ALARM. POWER Switch is ON/ALARM

5. NOTIFY NSO of pending chiller Simulate calling CR.

start. CUE: NSO notified of chiller start.

6. DEPRESS START pushbutton. Candidate simulates depressing start push button.

CUE: START indicating light does NOT energize.

NOTE TO EXAMINER: INITIATING ALTERNATE PATH PORTION OF JPM.

Goal is for candidate to recognize that other chiller unit should be used.

Page 5 of 10

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

NOTE: All tasks to be performed on Unit 1. H a1 I- <

cl) E E

< z o co D O Element Expected Response

7. Candidate calls control room CUE: Control informed that 'A' VP (phone near stairwell) to inform Chiller won't start. Inform CR that 'A' VP Chiller won't candidate that we need to get VP start. system running.

• 8. Candidate decides to start other Reviews LOP-VP-02, Section E.5 and Chiller unit. Candidate reviews Section E.10. and Section E.1.

LOP-VP-02, Section E.5 to "Swap Loops with C VP Chiller Valved Out." Requires starting

'B' VP Loop per Section E.10, then starting 'B' VP Chiller per section E.1 (Emerg. Start)

9. VERIFY VP055A/B PCCW Candidate Checks valve in closed Holdup Tank Train A/B Bypass direction. CUE: Valves are closed.

Valves are closed.

10. Calls CR to Open VP053B, CUE: Control Room has opened VP063B, VP1 13B, BP1 14B vlvs. valves.

11. Step E.10.3 will be N/A'ed Step E.10.3 will be N/A'ed

"*12. START 'B' Primary Ctmt.

Holds control switch in START Chilled Water pump by holding position until VP084 and VP086 control switch in start until valves open. Releases switch.

following valves open:

"oVP084 PCCW Holdup tank CUE: VP084 and VP085 indicate train B outlet valve, open. 'B' Primary Ctmt. Chilled "oVP086 PCCW Holdup tank Water pump starts.

train B intlet valve.

Page 6 of 10

JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

NOTE: All tasks to be performed on Unit 1.

< E

- Co E

< z o c) D 0 Element Expected Response

13. CHECK pump runs normal with Cue: >40 psig on PI-VP-014.

discharge pressure >40 psig on PI-VP-014.

14. N/A step 10.3.4 N/A step 10.3.4

"*15 Calls CR to have:

Has CR start 'B' Primary Ctmt Vent.

"* CR start 'B' Primary Ctmt Supply fan, and perform step 10.4.

Ventilation Supply fan per step Has CR verify 5 area coolers running 10.4. in fast speed. CUE: CR has performed

"* Start (verify running) 5 area step 10.4 and 5 area coolers are coolers running in fast speed. running in fast speed.

16. N/As step 10.6, Starts section 1 N/As section 10.6, Starts section 1 of of LOP-VP-02, VP Chiller LOP-VP-02. CUE: IF candidate Emergency Start. starts Section E.1 1, cue him that this is an emergency condition.

17. VERIFY Chilled water pump Chilled water pump started in running. previous section.

"*18. DEPRESS RELAY RESET Examinee simulates depressing the pushbutton and VERIFY no RELAY RESET PB and verifies no alarm exists. alarm exists.

CUE: Simulate RELAY RESET PB depressed and no alarms exist.

The cues for steps 3 through 5 reflect conditions that would exist for a chiller that has been shutdown for at least 14 minutes.

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JOB PERFORMANCE MEASURE (Denote critical steps with an asterisk)

NOTE: All tasks to be performed on Unit 1.

C:

< E

- Cl) E

< Z 0 Element CW D )

Expected Response

19. VERIFY Program Timer ON CUE: Program Timer Light is NOT indicating light is NOT lit. lit.

20. VERIFY Control Power Switch is Candidate verifies CONTROL ON/ALARM. POWER Switch is ON/ALARM.

21. NOTIFY NSO of pending chiller Simulate calling CR.

start. CUE: NSO notified of chiller start.

• 22. DEPRESS START pushbutton.

Candidate simulates depressing start push button.

CUE: START indicating light energizes. Pump noiselvibration heard, discharge pressure 60 psig at gauge board.

23. VERIFY Start Sequence: Candidate verifies that the B Chiller Red START light is lit. starts per the program sequence:

PROGRAM TIMER ON light CUE: Red START light is lit.

energizes. Red Oil Pump PROGRAM TIMER ON light indicating light energizes. energizes. Red Oil Pump indicating light energizes. Within Within 30 seconds, hear motor 30 seconds, hear motor contactor contactor close, and the close, and the compressor starts.

compressor starts. PROGRAM TIMER ON light deenergizes.

PROGRAM TIMER ON light deenergizes.

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