Text

October. 2006 Exam - Final Section B Operating Exam (Folder 3)
	ML063070449
Person / Time
Site:	Oyster Creek
Issue date:	09/15/2006
From:	; AmerGen Energy Co
To:	D'Antonio J; Operations Branch I
	Sykes, Marvin D.
References
	Download: ML063070449 (98)
	v • d • e

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Plant1Page 1 of 8 Facility: Oyster Creek Task No: 2090501403/2090504401Task Title:Align the Core Spray System to the Condensate Storage Tank for Emergency Operations Job Performance Measure No: NRC Plant1 (RO/SRO)

K/A

Reference:

295030 G2.1.30 (RO 3.7/SRO 4.4)Examinee: ___________________NRC Examiner: ___________________

Facility Evaluator: ___________________Date: _________

Method of Testing:Simulated Performance X Actual Performance ________________Classroom _________Simulator _________Plant X 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 performancemeasure will be satisfied.Initial Conditions:1. The Reactor is shutdown.2. Reactor water level is being maintained at 160 inches with feedwater.

3. Drywell pressure is 1.1 psig and stable.

4. Torus water level is 140 inches and lowering due to a leak.

5. The Reactor Building is accessible.

6. Core Spray System 1 is operable and available.Task Standard:Making-up to the Torus from the CST via Core Spray System 1 in accordance with Support Procedure 37.

Required Materials: MB-1 and PA-2235 keys (simulated)

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Plant1Page 2 of 8General

References:

Support Procedure 37 of EMG-3200.02, Prim ary Containment Control, Rev. 17Initiating Cue:Line up and add makeup to the to rus from the CST via Core Spray System 1 in accordance with Support Procedure 37.

Time Critical Task: NoValidation Time: 40 minutes Appendix C Form ES-C-1NRC Plant1Page 3 of 8 Performance Information Denote critical steps with a check markPerformance Step: 1JPM Start Time: __________

Standard: Provides repeat ba ck of initiating cue.

Evaluator acknowledges repeat back.

Comment:___________________

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Performance Step: 2Standard: Verifies Prerequisites.

Comment:________________________

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Appendix C Form ES-C-1NRC Plant1Page 4 of 8 Performance Information Performance Step: 3(step 3.2.4.1)

CUE: Report that the following steps have been completed: System 1 Core Spray Main Pumps and Booster Pumps are stopped (step 3.2.1) Core Spray System suction valves V-20-3 and V-20-32 are closed (step 3.2.2) Core Spray System 1 Parallel Isolat ion valves V-20-15 and V-20-40 are closed (step 3.2.3)

Standard: Places the Core Spray pum p suction valve breakers in OFF: V-20-3 (MCC 1A21A RB 23' SW) V-20-32 (MCC 1B21A RB 23' NE)

CUE: The breakers for valve V-20-3 and V-20-32 are in the OFF position.

Comment:________________________

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_________________________ Performance Step: 4(step 3.2.4.2)

Standard: Using MB-1 key, unlocks and opens the following CST valves: V-20-1 (NW corner Room) V-20-5 (NW corner Room) V-20-34 (NW corner Room)

CUE: Valves V-20-1, V-20-5, and V-20-34 are unlocked and open.

NOTE: If the Candidate does not have the proper keys, ask where they can be obtained:the Controlled Key Locker in the Shift Manager's Office. (Not requir ed to go get the key)

Comment:________________________

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Appendix C Form ES-C-1NRC Plant1Page 5 of 8 Performance Information Performance Step: 5(step 3.2.4.3)

Standard: Calls the Control Room to start Core Spray System 1 main pump NZ01A or NZ01C.CUE: Acknowledge the report. Stat e that Core Spray Pump NZ01A has been started and is running.Comment:________________________

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_________________________Performance Step: 6(step 3.2.6)

Standard: Using the MB-1 key, unlocks and pl aces the breaker for V-20-27 in the ON position (MCC 1A21B RB 23' E).

CUE: V-20-27 breaker is ON.

Comment:________________________

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_________________________Performance Step: 7(step 3.2.7)

Standard: On RB 51' NW, uses the PA-2235 key to open Torus Test Flow Return valve V-20-27 by placing upper keylock switch to the OPEN position (red light ON).

CUE: Valve V-20-27 indicates full open (red li ght on). (See comment regarding KEYS in Step 4)Comment:

Appendix C Form ES-C-1NRC Plant1Page 6 of 8

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Performance Information Performance Step: 8 Standard: Calls the Control Ro om to report that makeup to the Torus is in progress.

CUE: (As Reactor Operator) repeat back the operator's report.

Comment:________________________

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Terminating Cue: Making-up to the Torus fr om the CST via Core Spray System 1 in accordance with Support Procedure 37.JPM Stop Time: _________________

Appendix C Form ES-C-1NRC Plant1Page 7 of 8 Validation of Completion Job Performance Measure No. NRC Plant1 Examinee's Name: __________________

Examiner's Name: __________________

Date Performed: __________________

Facility Evaluator: __________________

Number of Attempts: __________________

Time to Complete: __________________

Question:________________________

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_________________________Response:________________________

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_________________________Result:Satisfactory/Unsatisfactory Examiner's signature and dat e: _________________________________________

Appendix C Form ES-C-1NRC Plant1Page 8 of 8 STUDENT HANDOUTInitial Conditions:1. The Reactor is shutdown.2. Reactor water level is being maintained at 160 inches with feedwater.

3. Drywell pressure is 1.1 psig and stable.

4. Torus water level is 140 inches and lowering due to a leak.

5. The Reactor Building is accessible.

6. Core Spray System 1 is operable and available.

Task Cue: Line up and add makeup to the torus from the CST via Core Spray System 1 in accordance with Support Procedure 37.

THIS JPM IS SIMULATE ONLY. THERE WILL BE NO MANIPULATIONS OF PLANT COMPONENTS.

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Plant2Page 1 of 9 Facility: Oyster Creek Task No: 2630101003/2630104009 Task Title: Shift Battery Chargers Job Performance Measure No: NRC Plant2 (RO/SRO)

K/A

Reference:

263000 K1.02 (RO 3.2/SRO 3.3)Examinee: ___________________NRC Examiner: ___________________

Facility Evaluator: ___________________Date: _________

Method of Testing:Simulated Performance X Actual Performance _______________Classroom _________Simulator _________Plant X 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:1. Static Charger C1 is currently in service supplying DC-C.2. Electricians need to perform scheduled ma intenance on Static Charger C1 whilestill energized from it's AC source.3. Static Charger C2 has been verified to be in standby readiness.

4. Isolation Condenser valves V-14-33 and V-14-35 have been declared inoperable and the appropriate Tech Spec LCOs have been entered by the Control Room SRO.Task Standard: Static Charger C1 is removed from service and Static Charger C2 is in service.Required Materials: None

General

References:

Procedure 340.3, 125 Vo lt DC Distribution System C, Rev. 27 Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Plant2Page 2 of 9Initiating Cue: Transfer operation from Static Charger C1 to Static Charger C2 IAW Procedure 340.3, 125 Volt DC Distri bution System C, Section 6.0.

Time Critical Task: No Validation Time: 16 minutes Appendix C Form ES-C-1NRC Plant2Page 3 of 9 Performance Information Denote critical steps with a check mark Performance Step: 1JPM Start Time: ___________Standard:Provides repeat ba ck of initiating cue.

Evaluator acknowledges repeat back.

Comment:________________________

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Performance Step: 2Standard:Verifies Prerequisites and re views Precautions and Limitations.

Comment:_________________________________________________________________________________

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Appendix C Form ES-C-1NRC Plant2Page 4 of 9 Performance Information Performance Step:

3 (step 6.3.3.1)Standard:Places the DC output breaker for Char ger C1 (at charger cabinet) in the OFF position (Labeled "DC POWER").

CUE: The DC output breaker for Charger C1 is in the OFF position.

Comment:_________________________________________________________________________________

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_________________________________________________________________________________ Performance Step:

4 (step 6.3.3.2)Standard: Places the breaker for Charger C1 on DC-C (in 4160V Room) in the OFF position.CUE: The breaker for Charger C1 on DC-C (i n 4160V Room) in the OFF position (Labeled C1 STATIC CHARGER OUTPUT BREAKER).

Comment:_________________________________________________________________________________

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_________________________________________________________________________________ Performance Step:

5 (step 6.3.4.1)Standard:Places the breaker for Charger C2 on DC-C (in 4160V Room) in the ONposition (Labeled C1 STATIC CHARGER OUTPUT BREAKER).

CUE: The breaker for Charger C2 on DC-C (in 4160V Room) is in the ON position.

Comment:

Appendix C Form ES-C-1NRC Plant2Page 5 of 9

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Appendix C Form ES-C-1NRC Plant2Page 6 of 9 Performance Information Performance Step:

6 (step 6.3.4.2)Standard:Checks Charger C2 volt age against Battery Bus voltage.

CUE: Charger C2 output voltage is 2 volts LESS THAN Battery Bus voltage.

Standard: Adjusts the charger out put voltage (float) in the dire ction to raise charger voltage to match or be slightly above bus voltage.

CUE: Charger voltage is now EQUAL TO bus voltage.

Comment:_________________________________________________________________________________

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_________________________________________________________________________________ Performance Step:

7 (step 6.3.4.3)Standard:Places the DC output breaker for C harger C2 (at charger cabinet) in the ON position.CUE: The DC output breaker for Charger C2 (at charger cabinet) in the ON position (Labeled "DC POWER").

Comment:_________________________________________________________________________________

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Appendix C Form ES-C-1NRC Plant2Page 7 of 9 Performance Information Performance Step: 8 (step 6.3.5)Standard:Checks Battery Bus voltage to main tain DC System voltage 130.2 - 135 volts.

CUE: DC Battery Bus voltage indicates 133 volts (no adjustment s are required).

Comment:_________________________________________________________________________________

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Performance Step: 9 (steps 6.3.6, 6.3.7, and 6.3.8)Standard:Calls the Control Room to repor t Static Charger C2 is supplying DC-C.

Requests they declare V-14-33 and V 35 operable and exit the applicable Tech Specs.

CUE: (As the Control Room) V-14-33 and V-14-35 have been declared operable; Tech Spec 3.7.D.1, 3.8.C and 3.8.E have been exited.

Comment:_________________________________________________________________________________

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_________________________________________________________________________________Terminating Cue:Static Charger C1 has been removed from service and Static Charger C2 has been placed into service.

JPM Stop Time: ___________

Appendix C Form ES-C-1NRC Plant2Page 8 of 9 Validation of Completion Job Performance Measure No. NRC Plant2 Examinee's Name: __________________

Examiner's Name: __________________

Date Performed: __________________

Facility Evaluator: __________________

Number of Attempts: __________________

Time to Complete: __________________

Question:________________________

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________________________Response:________________________

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________________________Result:Satisfactory/Unsatisfactory Examiner's signature and dat e: _________________________________________

Appendix C Form ES-C-1NRC Plant2Page 9 of 9 STUDENT HANDOUTInitial Conditions:1. Static Charger C1 is currently in service supplying DC-C.2. Electricians need to perform scheduled ma intenance on Static Charger C1 whilestill energized from it's AC source.3. Static Charger C2 has been verified to be in standby readiness.

4. Isolation Condenser valves V-14-33 and V-14-35 have been declared inoperable and the appropriate Tech Spec LCOs have been entered by the Control Room SRO.Task Cue: Transfer operation from Static Charger C1 to Static Charger C2 IAW Procedure 340.3, 125 Volt DC Distribution S ystem C, Section 6.0.

THIS JPM IS SIMULATE ONLY. THERE WILL BE NO MANIPULATIONS OF PLANT COMPONENTS.

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Plant3Page 1 of 7Facility: Oyster CreekTask No: 2860401402/20705 01401/2070504401Task Title: Lineup Fire Protection to the Isolation Condensers Job Performance Measure No: NRC Plant3 (RO/SRO)K/A

Reference:

286000 G2.4.35 (RO 3.3/SRO 3.5)Examinee: ___________________NRC Examiner: ___________________

Facility Evaluator: ___________________Date: _________

Method of Testing:Simulated Performance X Actual Performance ________________Classroom _________Simulator _________Plant X 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:1. The Reactor is scrammed and isolated.2. Condensate transfer pump 'A' is out of service.

3. Condensate transfer pump 'B' has failed.

4. Isolation Condenser 'A' has initiat ed from the standby readiness condition.5. The Fire Water System is operable and available.

Task Standard: Fire Protection System lined up to Isolation Condenser 'A' Required Materials: Fire Protection key (simulated)

General

References:

Procedure 307, Is olation Condenser System, Rev. 92Initiating Cue:Lineup the Fire Protection Syst em to makeup to Isolation Condenser 'A' in accordance with Procedure 307, Isolat ion Condenser System, Section 7.0.

Notify the Control Room when the line-up is complete.

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Plant3Page 2 of 7 Time Critical Task: NoValidation Time: 16 minutes

Note: Some simulated valve manipulations occur in a contaminated area. The Candidate is NOT to reach across t he contamination barrier.

Appendix C Form ES-C-1NRC Plant3Page 3 of 7 Performance Information Denote critical steps with a check mark Performance Step: 1J PM Start Time: ____________

Standard: Provide repeat ba ck of initiating cue.

Evaluator acknowledges repeat back.

Comment:________________________

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Performance Step: 2 Standard: Verify Prerequisites and re views Precautions and Limitations.

CUE: All prerequisites have been met, Comment:_________________________________________________________________________________

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Appendix C Form ES-C-1NRC Plant3Page 4 of 7 Performance Information Performance Step:

3 (step 7.3.2.1)Standard:Closes Isolation Condens er Supply Isolation Valve V-11-41 on Reactor Building 23' elevation East.

CUE: Valve V-11-41 is closed.

Comment:_________________________________________________________________________________

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Performance Step:

4 (step 7.3.2.2)Standard:Closes Makeup to Isolation Condenser Telltale Drain Valve V-11-63 on Reactor Building 23' elevation East.

CUE: Valve V-11-63 is closed.

Comment:_________________________________________________________________________________

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_________________________________________________________________________________ Performance Step:

5 (step 7.3.2.3)Standard:Using the Fire Protection key, unlo cks and opens Fire Protection to Isolation Condenser Cross-Tie Isolation Va lve V-9-2099 on Reactor Building 23' elevation East.

CUE: Valve V-9-2099 is unlocked and open. No te: If the Candidate does not have the key to unlock this valve, ask where the appropriate key can be obtained: the key

can be obtained from the Controlled Key Lo cker in the Shift Manager's Office (NOT required to go back for the key).

Appendix C Form ES-C-1NRC Plant3Page 5 of 7 Performance Information Comment:_________________________________________________________________________________

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_________________________________________________________________________________ Performance Step:

6 (step 7.3.2.4)Standard:Opens Fire Protection to Isol ation Condenser Makeup Valve V-11-49 on Reactor Building 23' elevation East.

CUE: Valve V-11-49 is open.NOTE:This completes the in-plant lineup fo r CST to Isolation Condenser 'A'. The Candidate should report in this step or nex t, that the in-plant lineup is complete.

Comment:_________________________________________________________________________________

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Performance Step:

8 (step 7.3.2.5)

Standard: Requests Control Room record in itial isolation cond enser shell level.

CUE: Shell water level will be recorded.

Comment:_________________________________________________________________________________

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Appendix C Form ES-C-1NRC Plant3Page 6 of 7 Terminating Cue: Fire Protection System is lined up to Isolation Condenser 'A' JPM Start Time: ____________

Validation of Completion Job Performance Measure No. NRC Plant3 Examinee's Name: __________________

Examiner's Name: __________________

Date Performed: __________________

Facility Evaluator: __________________

Number of Attempts: __________________

Time to Complete: __________________

Question:________________________

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________________________Response:________________________

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________________________Result:Satisfactory/Unsatisfactory Examiner's signature and dat e: _________________________________________

Appendix C Form ES-C-1NRC Plant3Page 7 of 7 STUDENT HANDOUTInitial Conditions:1. The Reactor is scrammed and isolated.2. Condensate transfer pump 'A' is out of service.

3. Condensate transfer pump 'B' has failed.

4. Isolation Condenser 'A' has initia ted from the standby readiness condition.5. The Fire Water System is operable and available.

Task Cue: Lineup the Fire Protection System to makeup to Isolation Condenser 'A' in accordancewith Procedure 307, Isolation Condenser Syst em, Section 7.0. Notify the Control Room when the line-up is complete.

THIS JPM IS SIMULATE ONLY. THERE WILL BE NO MANIPULATIONS OF PLANT COMPONENTS.

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim1 Rev. 01Page 1 of 9Facility: Oyster CreekTask No: 2020601002 Task Title: Respond to Power Oscillations (Recirc. Flow Oscillations) (Alternate Path)

Job Performance Measure No: NRC Sim1 (RO/SRO)

K/A

Reference:

202002 A2.04 (RO 3.0/SRO 3.2)Examinee: ___________________NRC Examiner: ___________________

Facility Evaluator: ___________________Date: _________

Method of Testing:Simulated Performance Actual Performance X Classroom _________Simulator X Plant _________

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:1. The Reactor is at 90% power.Task Standard:The 'A' Recirculation Pump has been tripped. The 'A' Recirculation Pump suction valve has been closed and Electricians have been notifiedto close the 'A' Recirculation Pump discharge valve IAW ABN-2.

Required Materials: None

General

References:

ABN-2, Recircul ation System Failures, Rev. 6Initiating Cue:Power oscillations have been obs erved and attributed to fluctuations inreactor recirculation flow. Complete the applicable section of ABN-2, Recirculation System Failures.

Time Critical Task: No Validation Time: 21 minutes Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim1 Rev. 01Page 2 of 9 Simulator Setup:1. IC65

2. Reduce power to approximately 90% with recirc. flow

3. Fail Recirc. Pump A discharge valve OPEN: VLV-NSS006 to MECH SIEZE

4. Recirc. Pump A flow oscillations: MAL-RFC005A to 100%

5. Place the recirc. controller in 'V' Appendix C Form ES-C-1NRC Sim1 Rev. 01Page 3 of 9 Performance Information Denote critical steps with a check mark Performance Step: 1 JPM Start Time: ____________

Standard: Provides repeat ba ck of initiating cue.

Evaluator acknowledges repeat back.

Comment:________________________

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Performance Step: 2 Standard: Recognizes flow/speed fluctuations on the 'A' Recirculation Pump (Panel 3F).

Comment:_________________________________________________________________________________

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Appendix C Form ES-C-1NRC Sim1 Rev. 01Page 4 of 9 Performance Information Performance Step:

3 (step 3.3.2.A)Standard:At Panel 3F, depresses the AUTO/MAN pushbutton to transfer 'A' Recirculation Pump speed control to MANUAL.

NOTE: speed control is NOT regained.

Comment:_________________________________________________________________________________

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_________________________________________________________________________________ Performance Step:

4 (step 3.3.2.D.1)Standard:Determines APRM oscillations ar e > 4.6% (Panel 4F) and generator load fluctuations are > 30 MWe (Panel 8F/9F).

At Panel 3F, places the 'A' Recirculat ion Pump Drive Motor Control switch to STOP.FLOOR CUE: APRM fluctuations are 5% peak to peak AND generator load fluctuations are 40 MWe peak to peak (if not physically present).

Comment:_________________________________________________________________________________

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Performance Step:

5 (step 3.3.2.D.2)Standard:Refers to Step 3.1.2 of ABN-2 for a single recirculation pump trip when five loops were operating.

Comment:

Appendix C Form ES-C-1NRC Sim1 Rev. 01Page 5 of 9

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Appendix C Form ES-C-1NRC Sim1 Rev. 01Page 6 of 9 Performance Information Performance Step:

6 (step 3.1.2.A)Standard: At Panel 3F, confirms 'A' Recirc. Pump discharge bypass valve is open (red light ON; green light OFF).

Comment:_________________________________________________________________________________

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Performance Step:

7 (step 3.1.2.B)Standard:At Panel 3F, places 'A' Recirculat ion Pump discharge valve control switch to CLOSE. Notifies SRO of valve failure.NOTE: The 'A' Recirculation Pump discharge valve will not close.

Comment:_________________________________________________________________________________

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_________________________________________________________________________________ Performance Step:

8 (step 3.1.2.D.1)Standard:At Panel 3F, places 'A' Recirculat ion Pump suction valve control switch to CLOSE (red light OFF; green light ON).

Comment:_________________________________________________________________________________

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Appendix C Form ES-C-1NRC Sim1 Rev. 01Page 7 of 9 Performance Information Performance Step:

9 (step 3.1.2.D.2)Standard:Refers to Attachment ABN-2-1; dire cts electrician to MCC 1A21A to close Recirc. Pump A discharge valve NG03A.

Comment:_________________________________________________________________________________

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_________________________________________________________________________________Terminating Cue: The 'A' Recirculation Pump has been tripped. The 'A' Recirculation Pump suction valve has been closed and Electric ians have been notified to close the 'A' Recirculation Pump discharge valve IAW ABN-2.

JPM Stop Time: ____________

Appendix C Form ES-C-1NRC Sim1 Rev. 01Page 8 of 9 Validation of Completion Job Performance Measure No. NRC Sim1 Examinee's Name: __________________

Examiner's Name: __________________

Date Performed: __________________

Facility Evaluator: __________________

Number of Attempts: __________________

Time to Complete: __________________

Question:________________________

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________________________Response:________________________

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________________________Result:Satisfactory/Unsatisfactory Examiner's signature and dat e: _________________________________________

Appendix C Form ES-C-1NRC Sim1 Rev. 01Page 9 of 9 STUDENT HANDOUTInitial Conditions:1. The Reactor is at 90% power.

Task Cue: Power oscillations have been observed and attr ibuted to fluctuations in reactor recirculation flow. Complete the applicable section of ABN-2, Recirculation System Failures.

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim2Page 1 of 10Facility: Oyster CreekTask No: 2040101412 Task Title: Place a Second RWCU Pump in Service Job Performance Measure No: NRC Sim2 (RO/SRO)

K/A

Reference:

204000 A4.01 (RO 3.1/SRO 3.0)Examinee: ___________________NRC Examiner: ___________________

Facility Evaluator: ___________________Date: _________

Method of Testing:Simulated Performance Actual Performance X Classroom _________Simulator X Plant _________

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:1. The Reactor is at 95% power.2. Reactor water level, power, and pressure are constant.

3. Reactor Water Cleanup Recirculation Pump "A" is in service with filter ND05A.4. Chemistry samples show sulfates ar e out-of-spec high requiring two RWCU pump operation.5. RBCCW is valved-in to the 'B' Cleanup Recirculation Pump.

6. An Equipment Operator is in the field and has been br iefed on the evolution and has a copy of the procedure.Task Standard:The second Cleanup Recirculation Pump is in service with system flow approximately 700 gpm.

Required Materials: None Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim2Page 2 of 10 General

References:

Procedure 303, Reacto r Cleanup Demineralizer System, Rev. 95Initiating Cue:Place a second reactor water cleanup pump in service IAW Procedure 303, Section 22.0, and establish ap proximately 700 GPM system flow.

Step 22.3.1 has already been perfo rmed. When the second Cleanup Recirculation Pump is in service, another Operator will complete steps 22.3.14 through 22.3.17.

Time Critical Task: No Validation Time: 27 minutes

Simulator Setup:

1.IC-65, with power reduced to 95%

power, with recirculation flow.2.Cleanup Pump 'A' is in service.

3.LOA-RCU022 (for valve V-16-36 Pump A min. flow) and LOA-RCU023 (for valve V-16-37 Pump B moin. flow valve) to "1" to open the cleanup pumps min. flow valves.4.LOA-RCU022 and LOA-RCU023 to "0" to cl ose the cleanup pumps min. flow valves.5.Adjust (raise) RBCCW to the NHRX HX (on drawing RBC02, change RBCCW flowthrough the NRHX to about 0.6 valve opening, when given the BOOTH CUE)

Appendix C Form ES-C-1NRC Sim2Page 3 of 10 Performance Information Denote critical steps with a check mark Performance Step: 1 JPM Start Time: ____________

Standard: Provides repeat ba ck of initiating cue.

Evaluator acknowledges repeat back.

Comment:________________________

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Performance Step: 2Standard: Verifies Prerequisites; Re view Precautions and Limitations.

Comment:_________________________________________________________________________________

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Performance Step: 3 (step 22.3.2)Standard:Places placards on Panel 3F fo r heat balance adjustment and on Letdown Flow Controller to not exceed 760 GPM flow.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim2Page 4 of 10 Appendix C Form ES-C-1NRC Sim2Page 5 of 10 Performance Information Performance Step: 4 (step 22.3.3)Standard:Confirms 'B' cleanup pump discharge valve (V-16-50) is closed (red light OFF; green light ON).

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 5 (step 22.3.4)Standard:Directs equipment operator to open minimum flow valves V-16-36 & V-16-37 (using the local toggle switches).NOTE: Activate LOA-RCU022 and LOA-RCU 023 to "1" (OPEN). (Monitor and adjust RBCCW flow to CU system as requi red on screen RBC02 to about 0.6 RBCCW flow through the NRHX.)

BOOTH CUE: As the EO, report that both minimu m flow valves V-16-36 and V-16-37 are open.Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim2Page 6 of 10 Performance Information Performance Step: 6 (step 22.3.5)Standard:Makes plant announcement for the pump st art (not required fo r critical task).

At Panel 3F, places the 'B' Cleanup Recirculation Pump control switch to START (red light ON; green light OFF)

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 7 (22.3.6)Standard:Slowly opens 'B' Cleanup Recirculation Pump discharge valve V-16-50 until asmall increase in pump discharge pressure is noted on Panel 3F. To throttle

this valve, place the valve to OPEN, then to the neutral position to hold the valve in place.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 8 (step 22.3.7)

Standard: Slowly opens FCV-ND-16 to mainta in original pump discharge pressure.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim2Page 7 of 10 Performance Information Performance Step: 9 (step 22.3.8)Standard:Adjusts PCV-ND11 to maintain system pressure at approximately 90 psig.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step:

10 (step 22.3.9/22.3.10)

Standard: Directs Equipment Operator to monitor: Demineralizer strainer dP Demineralizer dP Filter dP FLOOR CUE: As the Field Equipment Operator, Report: Demineralizer strainer dP is 7 psid Demineralizer dP is 8 psid Filter dP is 18 psid Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step:

11 (step 22.3.11)Standard:Continues to open the pump discharge va lve while adjusting pressure and flow, until the discharge valve is full open (red light ON; green light OFF).

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim2Page 8 of 10 Performance Information Performance Step:

12 (step 22.3.12)Standard:Increases flow with FCV ND-16 until flow is approximately 700 gpm, but does not exceed 760 gpm.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step:

13 (step 22.3.13)Standard:When flow exceeds 500 gpm, directs Equipment Operator to close minimum flow valves V-16-36 & V-16-37 usin g the local toggle switches.

NOTE: Activate LOA-RCU022 and LOA-RCU023 to "0" (CLOSED). (Monitor and adjust RBCCW flow to CU system as required.)

BOOTH CUE: As the EO, report that both minimu m flow valves V-16-36 and V-16-37 are closed.FLOOR CUE: The candidate may request non-regeneration temperature: Report 95° F.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________Terminating Cue:The second Cleanup Recirculati on Pump is in service with system flow approximately 700 gpm.

JPM Stop Time: ____________

Appendix C Form ES-C-1NRC Sim2Page 9 of 10 Validation of Completion Job Performance Measure No. NRC Sim2 Examinee's Name: __________________

Examiner's Name: __________________

Date Performed: __________________

Facility Evaluator: __________________

Number of Attempts: __________________

Time to Complete: __________________

Question:________________________

_______________________

________________________

_______________________

________________________

_______________________

________________________Response:________________________

_______________________

________________________

_______________________

________________________

_______________________________________________Result:Satisfactory/Unsatisfactory Examiner's signature and dat e: _________________________________________

Appendix C Form ES-C-1NRC Sim2Page 10 of 10 STUDENT HANDOUTInitial Conditions:1. The Reactor is at 95% power.2. Reactor water level, power, and pressure are constant.

3. Reactor Water Cleanup Recirculation Pump "A" is in service with filter ND05A.4. Chemistry samples show sulfates ar e out-of-spec high requiring two RWCU pump operation.5. RBCCW is valved-in to the 'B' Cleanup Recirculation Pump.

6. An Equipment Operator is in the field and has been br iefed on the evolution and has a copy of the procedure.

Task Cue: Place a second reactor water cleanup pump in service IAW Procedure 303, Section 22.0, and establish approximately 700 GP M system flow. Step 22.3.1 has alreadybeen performed. When the second Cleanup Recircul ation Pump is in service, another Operator will complete st eps 22.3.14 through 22.3.17.

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim3Page 1 of 8Facility: Oyster CreekTask No: 2090101005 Task Title: Shutdown Core Spray After Inadvertent Initiation (Alternate Path)

Job Performance Measure No: NRC Sim3 (RO/SRO)

K/A

Reference:

209001 A4.01 (RO 3.8/SRO 3.6)Examinee: ___________________NRC Examiner: ___________________

Facility Evaluator: ___________________Date: _________

Method of Testing:Simulated Performance Actual Performance X Classroom _________Simulator X Plant _________

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:1. The Reactor is at 100% power.2. Reactor water level, power, and pressure are in the normal bands and are constant.3. Low-Low Reactor Water Level Inst rument RE02A has failed downscale.4. Core Spray Systems 1 and 2 have initiated.

5. All other systems are operating properly.6. The US has determined that adequate core cooling is assured.

Task Standard: Core Spray System I has been shutdown following autom atic initiation.

Required Materials: None General

References:

Procedure 308, Emergency Core Cooling System Operation, Rev.

76 Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim3Page 2 of 8Initiating Cue: Secure Core Spray System 1 IAW Procedure 308, Section 5.0. Another Operator will secure Core Spray System 2.

Time Critical Task: NoValidation Time: 20 minutes Simulator Setup:1.IC-652.Fail RPV water level transmitter RE02A low (MAL-NSS007H to "85")

3.Fail control switch for Core Spray Booster Pump NZ03A in START (BKR-CSS001 to MECH SIEZE AFTER the core spray system is running)4.To trip the Core Spray Booster Bump NZ03A breaker locally: BKR-CSS001 to TRIP Appendix C Form ES-C-1NRC Sim3Page 3 of 8 Performance Information Denote critical steps with a check mark Performance Step: 1J PM Start Time: ____________

Standard: Provides repeat ba ck of initiating cue.

Evaluator acknowledges repeat back.

Comment:________________________

_______________________

_________________________

________________________

_______________________

_________________________

________________________

_______________________

_________________________

Performance Step: 2 Standard: Verify Prerequisites; Revi ew Precautions and Limitations.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim3Page 4 of 8 Performance Information Performance Step:

4 (step 5.3.2.1)

Standard: Overrides start logic for Core Spray Systems 1 and 2 by depressing RE02A OVERRIDE pushbutton located on the lo gic mimic on Panel 1F/2F. Observes amber OVERRIDE light is lit and the CH A ACTUATED light extinguishes.

Resets Core Spray start logic by depre ssing all ACTUATED pushbuttons located on the logic mimic on Panel 1F/2F.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 5 (step 5.3.3)

Standard: At Panel 1F/2F, confirms Core Spra y System I Parallel Isolation Valves V-20-15 and V-20-40 are closed by observing green CLOSED indicating lights illuminated and red OPEN indicating lights extinguished.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim3Page 5 of 8 Performance Information Performance Step: 6 (step 5.3.4)

NOTE: Core Spray System 1 Booster Pump NZ03A does not trip remotely.

Standard: At Panel 1F/2F, secures Core Spra y System 1 Booster Pump NZ03A by placing its control switch to the STOP position. Observes the pump remains running based on no change in pump indications (red light ON; green light OFF; and discharge pressure unchanged)

Directs the Equipment Oper ator to trip Core Spray Booster Pump NZ03A by opening its breaker at USS 1A2 located in the 480V Room.

BOOTH CUE:As EO, acknowledge order to trip Core Spray Booster Pump NZ03A.

Input BKR-CSS001 to TRIP, and then r eport the breaker is tripped for Core Spray Booster Pump NZ03A.Standard:Determines pump is tripped by obser ving pump status lights (red light OFF, green light ON) and pump discharge pressure and amps decrease.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 7 (step 5.3.5)Standard:At Panel 1F/2F, secures Core Spra y System 1 Main Pump NZ01A by placing its control switch to the STOP position. (red light OFF; green light ON; lowering pump discharge pressure and amps).

Comment:

Appendix C Form ES-C-1NRC Sim3Page 6 of 8

_________________________________________________________________________________

Performance Information Performance Step:

8 (step 5.3.6/5.3.7)Standard:Confirms the Syst em is filled and vented.

Verify Core Spray System 1 is in Standby Readiness.

FLOOR CUE:Another Operator will verify the Core Spray System I is filled and vented, and that the Core Spray System I is in Standby Readiness.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Terminating Cue: Core Spray System I has been shutdown following automatic initiation.

JPM Stop Time: ____________

Appendix C Form ES-C-1NRC Sim3Page 7 of 8 Validation of Completion Job Performance Measure No. NRC Sim3 Examinee's Name: __________________

Examiner's Name: __________________

Date Performed: __________________

Facility Evaluator: __________________

Number of Attempts: __________________

Time to Complete: __________________

Question:________________________

_______________________

________________________

_______________________

________________________

_______________________

________________________Response:________________________

_______________________

________________________

_______________________

________________________

_______________________

________________________Result:Satisfactory/Unsatisfactory Examiner's signature and dat e: _________________________________________

Appendix C Form ES-C-1NRC Sim3Page 8 of 8 STUDENT HANDOUTInitial Conditions:1. The Reactor is at 100% power.2. Reactor water level, power, and pressure are in the normal bands and are constant.3. Low-Low Reactor Water Level Inst rument RE02A has failed downscale.4. Core Spray Systems 1 and 2 have initiated.

5. All other systems are operating properly.6. The US has determined that adequate core cooling is assured.

Task Cue: Secure Core Spray System 1 IAW Procedur e 308, Section 5.0.

Another Operator will secure Core Spray System 2.

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim4Page 1 of 9Facility: Oyster CreekTask No: 2120501402Task Title: Bypass RPS Scram Logic Trips Job Performance Measure No: NRC Sim4 (RO/SRO)

K/A

Reference:

295037 EA1.01 (RO 4.6/SRO 4.6)Examinee: ___________________NRC Examiner: ___________________

Facility Evaluator: ___________________Date: _________

Method of Testing:Simulated Performance Actual Performance X Classroom _________Simulator X Plant _________

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:1. The reactor was manually scrammed while at power.2. A partial failure to scram has occurred.Task Standard:The RPS trips have been bypass ed, a manual scram inserted, and all control rods are fully inserted.

Required Materials: 4 EOP Bypass Plugs

General

References:

1.EMG-3200-01B, RPV Control - With ATWS. Rev. 142.Support Procedure 21, Alternate Inse rtion of Control Rods, Rev. 14Initiating Cue:Reset the scram and manually scram the reactor, IAW Support Procedure 21.Time Critical Task: No Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim4Page 2 of 9Validation Time: 15 minutes Simulator Setup:

1.IC-652.Insert hydraulic lock on control rods (partial): MAL-CRD021A at 100%3. Manually scram the reactor

4. Manually initiate ARI4. Following the scram, plac e Mode switch in Shutdown4.After RPV water level recovers, trip 2 FW pumps Appendix C Form ES-C-1NRC Sim4Page 3 of 9 Performance Information Denote critical steps with a check mark Performance Step: 1J PM Start Time: ____________Standard:Provide repeat back of initiating cue.

Evaluator acknowledges repeat back.

Comment:________________________

_______________________

_________________________

________________________

_______________________

_________________________

________________________

_______________________

_________________________

Performance Step: 2 (st ep 3.2 of Support Procedure 21)Standard:Identifies a hydraulic ATWS (Group scram solenoids are DE-ENERGIZED;individual scram lights for each control rod is ON)

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 3 (step 5.1.1)Standard:At Panel 4F, starts t he standby CRD pump by placing its control switch to START (red light ON; green light OFF).

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim4Page 4 of 9 Performance Information Performance Step: 4 (step 5.1.2)Standard:Bypasses ARI by placing the AR I Normal/Bypass Switch in the BYPASS position in the rear of Panel 8R.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 5 (step 5.1.3)

Standard: Resets ARI by depressing the ARI Manual reset pushbutton on Panel 4F.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 6 (step 5.1.4)Standard:1) Obtains four (4) bypa ss plugs from the EOP toolbox.2) Opens EOP BYPASS PLUGS panel in the rear of Panel 6R. Inserts a bypass plug in position BP5. Inserts a bypass plug in position BP6.3) Opens EOP BYPASS PLUGS panel in the rear of Panel 7R. Inserts a bypass plug in position BP5. Inserts a bypass plug in position BP6.

Comment:

Appendix C Form ES-C-1NRC Sim4Page 5 of 9

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim4Page 6 of 9 Performance Information Performance Step: 7 (step 5.1.5)Standard:At Panel 4F, places the SDV HI LVL BYPASS switch to the BYPASS position.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 8 (step 5.1.6)Standard:Resets the scram by depressing t he Scram Reset pushbutton on Panel 4F.

SIM BOOTH NOTE

Delete the hydraulic fail-to-scram after the scram is reset.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 9 (step 5.1.7)Standard:At Panel 4F, confirms the SDV vent and drain valves indicate open.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim4Page 7 of 9 Performance Information Performance Step: 10Standard:When the SDV LEVEL HI-HI alarms clear (H-1-b/H-2-b

), depresses both manual scram pushbuttons at Panel 4F. Ve rifies all control rods inserted and notifies SRO of all control rods inse rted (not required for critical task).

NOTE: All control rods will insert.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________Terminating Cue:The RPS trips have been bypa ssed, a manual scram inserted, and all control rods are fully inserted.

JPM Stop Time: ____________

Appendix C Form ES-C-1NRC Sim4Page 8 of 9 Validation of Completion Job Performance Measure No. NRC Sim4 Examinee's Name: __________________

Examiner's Name: __________________

Date Performed: __________________

Facility Evaluator: __________________

Number of Attempts: __________________

Time to Complete: __________________

Question:________________________

_______________________

________________________

__________________________

_____________________

________________________

_______________________

________________________Response:________________________

_______________________

________________________

_______________________

________________________

_______________________

________________________Result:Satisfactory/Unsatisfactory Examiner's signature and dat e: _________________________________________

Appendix C Form ES-C-1NRC Sim4Page 9 of 9 STUDENT HANDOUTInitial Conditions:1. The reactor was manually scrammed while at power.2. A partial failure to scram has occurred.

Task Cue: Reset the scram and manually scram t he reactor, IAW Support Procedure 21.

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim5 Rev. 01Page 1 of 10Facility: Oyster CreekTask No: 2000501435 Task Title: Prepare the Torus for Venting for Pressure Control Job Performance Measure No: NRC Sim5 (RO/SRO)

K/A

Reference:

295024 EA1.19 (RO 3.3/SRO 3.4)Examinee: ___________________NRC Examiner: ___________________

Facility Evaluator: ___________________Date: _________

Method of Testing:Simulated Performance Actual Performance X Classroom _________Simulator X Plant _________

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:1. The reactor scrammed due to a LOCA.2. The mode switch is in SHUTDOWN.

3. For the purpose of this JPM, Drywell pressure is 28 psig.4. Torus venting has been directed by the EOPs.Task Standard:Preparations for venting the Torus are complete IAW Section 2.0 of Support Procedure 32.

Required Materials: 1 EOP Bypass Plug

General

References:

1.EMG-3200-02, Primary Contai nment Control, Rev. 172.Support Procedure 32, Venting the Torus for Primary Containment High Pressure, Rev. 17 Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim5 Rev. 01Page 2 of 10 Initiating Cue: Prepare the torus for venti ng due to high Primary Containment pressure IAW Support Procedure 32, Section 2.0.

Time Critical Task: No Validation Time: 20 minutes Simulator Setup:1.IC-65 2Even though DW pressure of 28 psig will be si mulated in this JPM, it is still necessary to have DW pressure above 3 psig to auto start SGTS (MAL-NSS005D to 1%)3.Place Mode switch in Shutdown Appendix C Form ES-C-1NRC Sim5 Rev. 01Page 3 of 10 Performance Information Denote critical steps with a check mark Performance Step: 1J PM Start Time: ____________

Standard: Provide repeat ba ck of initiating cue.

Evaluator acknowledges repeat back.

Comment:________________________

_______________________

_________________________

________________________

_______________________

_________________________

________________________

_______________________

_________________________

Performance Step: 2 (step 2.1)

Standard: At Panel 1F/2F, verifies To rus water level is below 348 inches.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim5 Rev. 01Page 4 of 10 Performance Information Performance Step: 3 (step 2.2)

Standard: Evacuates the Reactor Bu ilding by performing the following: Sounds the Reactor Building Evacuation Al arm by placing the switch to REACTOR BLDG EVAC. Announces: "Primary containment v enting will commence in approximately 5 minutes. All personnel evacuate the Reac tor Building immediately. Stand clear of the stack and the Reactor Building fan pad" on the PAGING phone.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 4 (step 2.3)Standard:Selects a SGTS train at Panel 11R and places its control switch in the HAND position (exhaust fan starts: red light ON, green light OFF; fan inlet and outlet valves open: red light ON, green light OFF; orifice valve closes: green light ON, red light OFF)NOTE:One SGTS train should already be r unning. The candidate may select the SGTS train that is already running, but st ill must place the control switch for that train in HAND.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim5 Rev. 01Page 5 of 10 Performance Information Performance Step: 5 (step 2.4)Standard:Closes SGTS Crosstie at Panel 11R placing the SGTS cr osstie valve V-28-48in the CLOSED position (gr een light ON; red light OFF).

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 6 (step 2.5)Standard:Confirms RB Supply Fans secured at Panel 11R (RB Supply Fans Off: green light ON, red light OFF)

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 7 (step 2.6)Standard:Confirm RB Exhaust Fans secured at Panel 11R (RB Exhaust Fans Off: green light ON, red light OFF)

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim5 Rev. 01Page 6 of 10 Performance Information Performance Step: 8 (step 2.7)

Standard: At Panel 4F, verifies the Mode Switch is NOT in RUN.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 9 (step 2.8)Standard:Obtains one (1) bypass plug from t he EOP toolbox in the Control Room.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step:

10 (step 2.9.1)Standard:Opens EOP BYPASS PLUGS panel at the rear of Panel 10XF, and inserts bypass plug into position BP5.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim5 Rev. 01Page 7 of 10 Performance Information Performance Step: 11 (step 2.10)Standard:Opens EOP BYPASS PLUGS panel at the rear of Panel 11R, removes bypass plug from position BP4 and inserts bypass plug into position BP1.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 12 (step 2.11)Standard:At Panel 11F, places the TO RUS/ DRYWELL ISOLATION VALVE BYPASS PERMISSIVE keylock switch in the TORUS position.NOTE:This switch is not labeled, but does have the following annotation above the keylock switch: "Ensure Air Sample Take n Before Purging Drywell or Torus".

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 13 (step 2.12)Standard:At Panel 11F, places the TORUS/

DW VENT AND PURGE ISOL VLVS HI RADBYP keylock switches for Channels 1 and 2 in the BYPASS position.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim5 Rev. 01Page 8 of 10 Performance Information Performance Step: 14 (step 2.13)Standard:Reports to the SRO that the Torus venting pr eparations are complete.

FLOOR CUE: Acknowledge the report.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________Terminating Cue:Preparations for venting t he Torus are complete IAW Section 2.0 of Support Procedure 32.

JPM Stop Time: ____________

Appendix C Form ES-C-1NRC Sim5 Rev. 01Page 9 of 10 Validation of Completion Job Performance Measure No. NRC Sim5 Examinee's Name: __________________

Examiner's Name: __________________

Date Performed: __________________

Facility Evaluator: __________________

Number of Attempts: __________________

Time to Complete: __________________

Question:__________________________

_____________________

________________________

_______________________

________________________

_______________________

________________________Response:________________________

__________________________

_____________________

________________________

_______________________

________________________

_______________________

________________________Result:Satisfactory/Unsatisfactory Examiner's signature and date: _________________________________________

Appendix C Form ES-C-1NRC Sim5 Rev. 01Page 10 of 10 STUDENT HANDOUTInitial Conditions:1. The reactor scrammed due to a LOCA.2. The mode switch is in SHUTDOWN.

3. For the purposes of this JPM, Drywell pressure is 28 psig.4. Torus venting has been directed by the EOPs.

Task Cue: Prepare the torus for venting due to high Pr imary Containment pressure IAW Support Procedure 32, Section 2.0.

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim6Page 1 of 10Facility: Oyster CreekTask No: 2640201003 Task Title: Perform the Emergency Diese l Generator Load Test (Alternate Path)

Job Performance Measure No: NRC Sim6 (RO/SRO)

K/A

Reference:

264000 A4.04 (RO 3.7/SRO 3.7)Examinee: ___________________NRC Examiner: ___________________

Facility Evaluator: ___________________Date: _________

Method of Testing:Simulated Performance Actual Performance X Classroom _________Simulator X Plant _________

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:1. The Reactor is at 100% power, with all systems normally aligned.2. All items listed in Pr erequisite Section 3.0 of Procedure 636.4.003, Diesel Generator #1 Load Test, have been verified.3. Steps 6.1 through 6.5 of Pr ocedure 636.4.003 have been completed.4. The System Dispatcher has been contacted and grid conditions are stable.5. An EO has been briefed, has a copy of the procedure and is stationed at EDG #1 with a radio.Task Standard:Following startup/loading of EDG1 for surveillance, EDG1 has been shutdown by the Candidate.

Required Materials: Prepared copy of pr ocedure 636.4.003 (up through step 6.5).

General

References:

1.Procedure 636.4.003, Diesel G enerator #1 Load test, Rev. 74 Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim6Page 2 of 10Initiating Cue:Beginning with step 6.6, perfo rm Diesel Generator #1 Load Test IAW Procedure 636.4.003 for scheduled surveillance.

Time Critical Task: No Validation Time: 22 minutes Simulator Setup:1.IC-65 2.Annunciator T3b, EDG1 ENG TEMP HI: A NN-T-6b to ON during the EDG run (step 12)3.Setup EDG on the PPC Appendix C Form ES-C-1NRC Sim6Page 3 of 10 Performance Information Denote critical steps with a check mark Performance Step: 1J PM Start Time: ____________

Standard: Provide repeat ba ck of initiating cue.

Evaluator acknowledges repeat back.

Comment:________________________

_______________________

_________________________

________________________

_______________________

_________________________

________________________

_______________________

_________________________

Performance Step: 2Standard: Verifies Prerequisites, re view Precautions and Limitations.

NOTE/FLOOR CUE:All prerequisites have been verifi ed, as outlined in the Initial Conditions.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim6Page 4 of 10 Performance Information Performance Step: 3 (step 6.6)

Standard: Confirms EDG lineup: At Panel 8F/9F: UNIT START and UNIT IDLE lights are extinguished All EDG 1 alarms in their normal state (no alarms) The EDG 1 MODE SELECTOR switch is in the PEAKING position Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 4 (step 6.7)

Standard: Verifies an Equipment Operator at EDG 1 prior to starting EDG 1.

BOOTH CUE: As the Equipment Oper ator, report that you ar e at EDG 1 standing-by.

NOTE: The next procedure step (step 6.8) is only a caution/note.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 5 (step 6.9)Standard:To start the EDG At Panel 8F/9F, momentarily places EDG 1 NORMAL START switch to the START position.NOTE: EDG will idle for approximately 90 seco nds then accelerate to 900 RPM. EDGwill then automatically synchronize, the breaker will close, and it will automatically achieve rated load (2750 KW).

Appendix C Form ES-C-1NRC Sim6Page 5 of 10 Performance Information Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 6 (step 6.10)Standard:Verifies EDG start at Panel 8F/9F, by observing UNIT START and UNIT IDLING lights illuminate.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 7 (step 6.11)

Standard: Verifies proper creepy crank operation with the EO.

BOOTH CUE: As the Equipment Operator, r eport proper creepy crank operation.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 8 (step 6.12)

Appendix C Form ES-C-1NRC Sim6Page 6 of 10Standard:Verifies EDG 1 automatically come s up to speed, automatically synchronizes with the line, EDG 1 load breaker closes (red light ON, green light OFF) and begins to pickup load (DG KW, KVAR, Amps rise on Panel 8F/9F)

Performance Information Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 9 (step 6.13)Standard:Observes EDG load rises automatica lly to approximately 2750 KW and records the initial full load achieved (acceptable range is 2600-2800 KW).

FLOOR CUE:EDG1 KW loading indicates 2850 KW Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 10 (step 6.14.1 / 6.14.2)Standard: 1) Places EDG 1 MODE SELECTOR switch to TRANSFER position.

2) Adjusts load to 2750 KW using t he EDG1 GOVERNOR CONTROL switch to LOWER.FLOOR CUE:(AFTER a small adjustment) EDG1 KW loading indicates 2700 KW Note: Procedure steps 6.15 and 6.16 are not applicable.

Comment:

Appendix C Form ES-C-1NRC Sim6Page 7 of 10

_________________________________________________________________________________

Performance Information Performance Step: 11 (step 6.17)Standard:Records time that load level of 2600-2800 KW was attained.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 12 (step 6.18)Standard:Adjusts KVAR load by adjusting the VOLTAGE/KVAR CO NTROL switch to obtain approximately +100 0 KVAR (lagging) (acceptable range is +200 to+2000 KVAR lagging).NOTE:KVAR load should be within the acceptable range of +200 to +2000. TheCandidate may/may not adjust from wit hin this range to attain +1000 KVAR.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________ Performance Step: 13NOTE:Input ANN-T-6-b, EDG1 EN G TEMP HI, at this time.

Appendix C Form ES-C-1NRC Sim6Page 8 of 10Standard:Responds to annunciator T6b: EDG1 ENG TEMP HI

1) May direct the Equipment Operator to verify proper louver operation.

2) Trips the EDG by placing the NORMAL START switch to the STOP position (KW, KVAR, amps lower; EDG1 breaker opens [red light OFF, green light ON]).

BOOTH CUE: (As the Equipment Operator)

The EDG1 louvers are full open.

Performance Information Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________Terminating Cue:Following startup/loading of EDG1 for surveillance, EDG1 has been shutdown by the Candidate.

JPM Stop Time: ____________

Appendix C Form ES-C-1NRC Sim6Page 9 of 10 Validation of Completion Job Performance Measure No. NRC Sim6 Examinee's Name: __________________

Examiner's Name: __________________

Date Performed: __________________

Facility Evaluator: __________________

Number of Attempts: __________________

Time to Complete: __________________

Question:________________________

_______________________

________________________

_______________________

________________________

_______________________

________________________Response:________________________

_______________________

________________________

_______________________

________________________

_______________________

________________________Result:Satisfactory/Unsatisfactory Examiner's signature and dat e: _________________________________________

Appendix C Form ES-C-1NRC Sim6Page 10 of 10 STUDENT HANDOUTInitial Conditions:1. The Reactor is at 100% power, all systems normally aligned.2. All items listed in Pr erequisite Section 3.0 of Procedure 636.4.003, Diesel Generator #1 Load Test, have been verified.3. Steps 6.1 through 6.5 of Pr ocedure 636.4.003 have been completed.4. The System Dispatcher has been contac ted and grid conditions are stable.5. An EO has been briefed, has a copy of the procedure and is stationed at EDG 1 with a radio.

Task Cue: Beginning with step 6.6, perform Diesel Generator #1 Load Test IAW Procedure636.4.003 for scheduled surveillance.

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim7Page 1 of 9Facility: Oyster CreekTask No: 2180401001 Task Title: Perform EMRV Operability Test w/ Stuck Open EMRV (Alternate Path)

Job Performance Measure No: NRC Sim7 (RO/SRO)

K/A

Reference:

239002 A2.03 (RO 4.1/SRO 4.2)Examinee: ___________________NRC Examiner: ___________________

Facility Evaluator: ___________________Date: _________

Method of Testing:Simulated Performance Actual Performance X Classroom _________Simulator X Plant _________

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:1. A reactor startup is in progress.2. Reactor power is less that 5%.

3. Reactor water level, power, and pressure are constant.

4. RPV water level control is in manual , and will be controlled by another Operator.5. EMRV Operability Testing is required for valve NR-108A only.6. Procedure steps 6.1 through 6.24 of 602.4.003, Electromatic Relief Valve Operability Test, have been completed for EMRV NR-108A.Task Standard:The EMRV has been closed when the NR-108A EMRV Normal/Disable keylock switch has been placed in DISABLE.

Appendix C Job Performance Measure Form ES-C-1WORKSHEETNRC Sim7Page 2 of 9 Required Materials:1. Stopwatch

2. Prepared copy of 602.4.003 (completed up through step 6.24)

General

References:

1. 602.4.003, Electromatic Relief Valve Operability Test, Rev. 292. ABN-40, Stuck Open EMRV, Rev. 2Initiating Cue:Complete procedure 602.4.003, El ectromatic Relief Valve Operability Test for EMRV NR-108A, beginning at step 6.25.

Time Critical Task: No Validation Time: 23 minutes

Simulator Setup:1.Low power IC (about 5%

power, but is not required)2.FW Control in manual 3.Select EMRV NR018A for tail-piece indication on 1F/2F 4.EMRV 108A control switch stuck in t he MAN position (open) AFTER the valve is opened: SWI-ADS001C to ON Appendix C Form ES-C-1NRC Sim7Page 3 of 9 Performance Information Denote critical steps with a check mark Performance Step: 1J PM Start Time: ____________

Standard: Provide repeat ba ck of initiating cue.

Evaluator acknowledges repeat back.

Comment:________________________

_______________________

_________________________

________________________

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_________________________

________________________

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Performance Step: 2 Standard: Reviews Precautions and Limitations.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim7Page 4 of 9 Performance Information Performance Step: 3 (step 6.25)

FLOOR CUE: Tell the Candidate that you will record the valve stroke times for him.Standard:At Panel 1F/2F, places the cont rol switch for EMRV NR-108A in the MAN position and starts the stopwatch (red light ON; green light OFF).

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 4 (step 6.26)Standard:When annunciator SV/EMRV NOT CL OSED (B-4-g) alarms, stop the stopwatch; records time on Attachment 602.4.003-1 (See CUE in Step 4).

At Panel 1F/2F, verifies: Red light is lit and green light is extinguished for EMRV NR-108A. Acoustic valve monitor is in the "valve open" region. Annunciator EMRV OPEN (B-3-g) is in alarm.

NOTE: After the EMRV is manually opened, inse rt malfunction SWI-ADS001C to ON (this prevents the valve from being manually closed).

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim7Page 5 of 9 Performance Information Performance Step: 5 (step 6.27)

NOTE: The EMRV will NOT close at this time and remains open.Standard:At Panel 1F/2F, 5 seconds after opening NR-108A, places its control switch in the AUTO position and st arts the stopwatch.

Reports/recognizes EMRV will not cl ose (red light ON, green light OFF; acoustic monitor still shows in the Valve Open Region (red); annunciators still inalarm), and enters ABN-40, Stuck Open EMRV.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step: 6 (step 3.1 of ABN-40)Standard:Verifies EMRV open (by any of the following): red light ON, acoustic monitor shows valve open (red region), EM RV discharge temperature high.CUE:If requested to verify EMRV tailpiece temperature on RB 23', report the temperature is about 320° F.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Appendix C Form ES-C-1NRC Sim7Page 6 of 9 Performance Information Performance Step: 7 (step 3.2)

Standard: Verifies Feedwater Control in ManualCUE:Another Operator has c onfirmed Manual Control on t he Master Controller and willbe controlling feedwater.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step:

8 (step 3.2.3/3.2.4)Standard:At Panel 1F/2F, places EMRV NR-108A control switch in the OFF position; recognizes EMRV is still open (acoustic m onitor still in the RED area; valve redlight still ON; annunciators still lit; tailpiece temperature still high).

Comment:_________________________________________________________________________________

_________________________________________________________________________________

Performance Step:

9 (step 3.2.5/3.2.6)Standard:At Panel 1F/2F, cycles EMRV NR-108 A control switch from OFF to MAN to OFF another 3-5 times in an attempt to close the EMRV; recognizes EMRV is still open (acoustic monitor still in the RED area; valve red light still ON;annunciators still lit; tailpiece temperature still high).

Comment:

Appendix C Form ES-C-1NRC Sim7Page 7 of 9

_________________________________________________________________________________

Performance Information Performance Step:

10 (step 3.2.7)NOTE:When the Normal/Disable keylock switch is placed in DISABLE, red/green position indication light s for the valve are lost on Panel 1F/2F.Standard:In the rear of Panel 1F/2F, pl aces NR-108A EMRV Normal/Disable keylockswitch in DISABLE. Verifies EMRV cl oses (acoustic monitor in the Valve Closed Region (white); tailpiece temperature lowering).

Reports that the EMRV is closed (not required for critical task).

FLOOR CUE: Acknowledge the report.

Note: This action will close the EMRV.

Comment:_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________Terminating Cue:The EMRV has been closed when the NR-108A EMRV Normal/Disable keylock switch has been placed in DISABLE.

JPM Stop Time: ____________

Appendix C Form ES-C-1NRC Sim7Page 8 of 9 Validation of Completion Job Performance Measure No. NRC Sim7 Examinee's Name: __________________

Examiner's Name: __________________

Date Performed: __________________

Facility Evaluator: __________________

Number of Attempts: __________________

Time to Complete: __________________

Question:________________________

_______________________

________________________

_______________________

________________________

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________________________Response:________________________

_______________________

________________________

_______________________

________________________

_______________________

________________________Result:Satisfactory/Unsatisfactory Examiner's signature and date: _________________________________________

Appendix C Form ES-C-1NRC Sim7Page 9 of 9 STUDENT HANDOUTInitial Conditions:1. A reactor startup is in progress.2. Reactor power is less that 5%.

3. Reactor water level, power, and pressure are constant.

4. RPV water level control is in manual , and will be controlled by another Operator.5. EMRV Operability Testing is required for valve NR-108A only.6. Procedure steps 6.1 through 6.24 of 602.4.003, Electromatic Relief Valve Operability Test, have been completed for EMRV NR-108A.

Task Cue: Complete procedure 602.4.003, Electromatic Relief Valve Operability Test for EMRV NR-108A, beginni ng at step 6.25.