ML041330337: Difference between revisions

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ADMINISTATIVE JOB PERFORMANCE MEASURE A1JPM-RO-HTBAL2 Page 3 of 4 INITIATING CUE:
ADMINISTATIVE JOB PERFORMANCE MEASURE A1JPM-RO-HTBAL2 Page 3 of 4 INITIATING CUE:
The CRS requests that you complete the remainder of 1103.016, Attachment 2, Manual Heat Balance, beginning with step 9.2. CRITICAL ELEMENTS (C):
The CRS requests that you complete the remainder of 1103.016, Attachment 2, Manual Heat Balance, beginning with step 9.2. CRITICAL ELEMENTS (C):
1  (C) PERFORMANCE CHECKLIST STANDARDS N/A SAT UNSAT  NOTE: Provide examinee with a copy of partially completed 1103.016.  
1  (C) PERFORMANCE CHECKLIST STANDARDS N/A SAT UNSAT  NOTE: Provide examinee with a copy of partially completed 1103.016.
  (C)  1. Perform calculations in Attachment 2.
(C)  1. Perform calculations in Attachment 2.
Examinee calculated %FP SEC as 99.989% per step 2.4 in Att. 2. Accept answers between 99.7 and 100.2%.
Examinee calculated %FP SEC as 99.989% per step 2.4 in Att. 2. Accept answers between 99.7 and 100.2%.
Examinee calculated %FP as 99.989% per step 2.4 in Att. 2. Accept answers between  
Examinee calculated %FP as 99.989% per step 2.4 in Att. 2. Accept answers between  
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ADMINISTRATIVE JOB PERFORMANCE MEASURE TUOI:  A1JPM-RO-DWG1 Page  4 of 4 INITIATING CUE:
ADMINISTRATIVE JOB PERFORMANCE MEASURE TUOI:  A1JPM-RO-DWG1 Page  4 of 4 INITIATING CUE:
The CRS directs you to determine the isolation boundary (electrical and mechanical) for Laundry Drain pump (P-45) in accordance with approved drawings and procedures.
The CRS directs you to determine the isolation boundary (electrical and mechanical) for Laundry Drain pump (P-45) in accordance with approved drawings and procedures.
CRITICAL ELEMENTS (C)  1    (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT NOTE: Inform examinee that th is task is to identify the isolation bounda ry only, a tagout will not be prepared.  
CRITICAL ELEMENTS (C)  1    (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT NOTE: Inform examinee that th is task is to identify the isolation bounda ry only, a tagout will not be prepared.
  (C)  1. Determine isolation boundaries.
(C)  1. Determine isolation boundaries.
Examinee determined proper boundary isolations to include:
Examinee determined proper boundary isolations to include:
B3134, power supply LZ-2A, Suction from T-19 LZ-2B, Suction from T-19 LZ-4411A, Suction from T-109 LZ-4411B, Suction from T-109 LZ-4, Discharge Open ABS-25 casing drain(not required for full credit)  
B3134, power supply LZ-2A, Suction from T-19 LZ-2B, Suction from T-19 LZ-4411A, Suction from T-109 LZ-4411B, Suction from T-109 LZ-4, Discharge Open ABS-25 casing drain(not required for full credit)
(Note: Examinee should determine boundary isolations using controlled procedures and drawings, specifically 1107.001 and M-213 sh. 2).
(Note: Examinee should determine boundary isolations using controlled procedures and drawings, specifically 1107.001 and M-213 sh. 2).
END A D M I NI ST RA T I VE JO B PERFO R M A NCE M E A S URE  T U O I:  A1J P M-RO-S URV3  Page  1 of 4  UNIT:  1  REV #  2  DATE: ______________________________
END A D M I NI ST RA T I VE JO B PERFO R M A NCE M E A S URE  T U O I:  A1J P M-RO-S URV3  Page  1 of 4  UNIT:  1  REV #  2  DATE: ______________________________
TUOI NUMBER: A1JPM-RO-SURV3 SYSTEM/DUTY AREA: ADMINISTRATIVE TOPIC - EQUIPMENT CONTROL TASK: PERFORM SURVEILLANCE TESTS JTA#: ANO-RO-ADMIN-NORM-23 KA VALUE RO: 3.0  SRO:  3.4  KA  
TUOI NUMBER: A1JPM-RO-SURV3 SYSTEM/DUTY AREA: ADMINISTRATIVE TOPIC - EQUIPMENT CONTROL TASK: PERFORM SURVEILLANCE TESTS JTA#: ANO-RO-ADMIN-NORM-23 KA VALUE RO: 3.0  SRO:  3.4  KA  
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CRITICAL ELEMENTS (C)  2, 3, 4 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT  1. Review 1104.036, Supplement 5.
CRITICAL ELEMENTS (C)  2, 3, 4 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT  1. Review 1104.036, Supplement 5.
Examinee reviewed 1104.036, Supplement 5.
Examinee reviewed 1104.036, Supplement 5.
____  ____  ____  NOTE: Inform examinee that the stopwatch reads 9:41.36 (9 minutes, 41.36 seconds).  
____  ____  ____  NOTE: Inform examinee that the stopwatch reads 9:41.36 (9 minutes, 41.36 seconds).
  (C)  2. Calculate pump flow rate.
(C)  2. Calculate pump flow rate.
Examinee correctly calculated pump flow rate.
Examinee correctly calculated pump flow rate.
Per note, 41.36 seconds equals .68 minutes.  (200 - 105) / 9.68 = 9.81 gpm
Per note, 41.36 seconds equals .68 minutes.  (200 - 105) / 9.68 = 9.81 gpm
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CRITICAL ELEMENTS  (c):
CRITICAL ELEMENTS  (c):
1,2, and 3 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT  C  1. Determine the HIGHEST general area dose rate in the area of the reduction gear assembly to be used from the survey map.
1,2, and 3 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT  C  1. Determine the HIGHEST general area dose rate in the area of the reduction gear assembly to be used from the survey map.
Examinee has determined the HIGHEST general area dose rate in the area of the reduction gear assembly to be used from the survey map of P36C pump room.  
Examinee has determined the HIGHEST general area dose rate in the area of the reduction gear assembly to be used from the survey map of P36C pump room.
(60 mR/hr)
(60 mR/hr)
____  ____  ___  C  2. Determine Stay time (to 3 significant figures) with no airborne contamination for both operators.
____  ____  ___  C  2. Determine Stay time (to 3 significant figures) with no airborne contamination for both operators.
Examinee has determined that the stay time for him/her is 3.25 hrs and the stay time for the other AO is 3.00 hrs plus or minus 0.01 hours. ____  ____  ___  C  3. Determine Stay time( to 3 significant figures) WITH airborne contamination for both operators.
Examinee has determined that the stay time for him/her is 3.25 hrs and the stay time for the other AO is 3.00 hrs plus or minus 0.[[estimated NRC review hours::01 hours]]. ____  ____  ___  C  3. Determine Stay time( to 3 significant figures) WITH airborne contamination for both operators.
Examinee has determined that the stay time for him/her is 3.21hrs and the stay time for the other AO is 2.96 hrs plus or minus 0.01 hours.
Examinee has determined that the stay time for him/her is 3.21hrs and the stay time for the other AO is 2.96 hrs plus or minus 0.[[estimated NRC review hours::01 hours]].
____  ____  ___  EXAMINER'S CUE:  This concludes the JPM.
____  ____  ___  EXAMINER'S CUE:  This concludes the JPM.
END TUOI NUMBER: A1JPM-RO-DOSE-XX
END TUOI NUMBER: A1JPM-RO-DOSE-XX
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Review the operator's completed 1103.016 and complete section 11.0. In addition, verify compliance with Technical Specification SR 3.3.1.2. .
Review the operator's completed 1103.016 and complete section 11.0. In addition, verify compliance with Technical Specification SR 3.3.1.2. .
CRITICAL ELEMENTS (C):
CRITICAL ELEMENTS (C):
1, 3  (C) PERFORMANCE CHECKLIST STANDARDS N/A SAT UNSAT  NOTE: Provide examinee with a copy of completed 1103.016. Examinee may state initially that the as performed Heat Balance would require adjustment of NI's to be in compliance with Tech Spec SR 3.3.1.2.  
1, 3  (C) PERFORMANCE CHECKLIST STANDARDS N/A SAT UNSAT  NOTE: Provide examinee with a copy of completed 1103.016. Examinee may state initially that the as performed Heat Balance would require adjustment of NI's to be in compliance with Tech Spec SR 3.3.1.2.
  (C)  1. Review 1103.016.
(C)  1. Review 1103.016.
Examinee reviewed 1103.016. Examinee discovered two of four errors in calculations. 1. Step 2.4 value used for Q losses was taken from step 2.2 vs. 2.3. 2. Step 2.5 a value of 600 was given for HHA instead of real value. 3. Step 2.5 value used for Q losses was taken from step 2.2 vs. 2.3. 4. Step 2.6 % full power calculation is incorrect due to above errors.  
Examinee reviewed 1103.016. Examinee discovered two of four errors in calculations. 1. Step 2.4 value used for Q losses was taken from step 2.2 vs. 2.3. 2. Step 2.5 a value of 600 was given for HHA instead of real value. 3. Step 2.5 value used for Q losses was taken from step 2.2 vs. 2.3. 4. Step 2.6 % full power calculation is incorrect due to above errors.
: 2. Instruct CBOT to re-perform 1103.016.
: 2. Instruct CBOT to re-perform 1103.016.
Examinee stated that 1103.016 should be re-performed.
Examinee stated that 1103.016 should be re-performed.
NOTE: Inform examinee that 1103.016 has been re-performed and calculated Rx thermal power is 99.99%.
NOTE: Inform examinee that 1103.016 has been re-performed and calculated Rx thermal power is 99.99%.
  (C)  3. Verify compliance with Technical Specification surveillance SR  
(C)  3. Verify compliance with Technical Specification surveillance SR  


3.3.1.2. Examinee concludes that SR 3.3.1.2 as recalculated Rx thermal power is within 2% of initial NI readings.
3.3.1.2. Examinee concludes that SR 3.3.1.2 as recalculated Rx thermal power is within 2% of initial NI readings.
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The SM requests that you conduct a peer review of the test since he has found some errors. Identify at least 2 errors in the test.
The SM requests that you conduct a peer review of the test since he has found some errors. Identify at least 2 errors in the test.
CRITICAL ELEMENTS (C)  2    (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT  1. Review 1106.006, Supplement 11.
CRITICAL ELEMENTS (C)  2    (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT  1. Review 1106.006, Supplement 11.
Examinee reviewed 1106.006, Supplement 11.  
Examinee reviewed 1106.006, Supplement 11.
      (C)  2. Identify at least 2 administrative errors. Examinee identified at least 2 of the following administrative errors:
(C)  2. Identify at least 2 administrative errors. Examinee identified at least 2 of the following administrative errors:
Independent verification initials missing in step 1.2.1. Entry into T.S. time clock step was N/A'd at step 2.1.4. Acceptance Criteria Table 4, EFW Test Recirc Flow FI-2888 recorded as 532 gpm and "YES" circled when this value is greater than Limiting Range for Operability. Stopwatch cal due date has expired in step 3.2.1.
Independent verification initials missing in step 1.2.1. Entry into T.S. time clock step was N/A'd at step 2.1.4. Acceptance Criteria Table 4, EFW Test Recirc Flow FI-2888 recorded as 532 gpm and "YES" circled when this value is greater than Limiting Range for Operability. Stopwatch cal due date has expired in step 3.2.1.
END TUOI NUM BER: A1JPM-SRO-XX Page 1 of 4  JOB PERFORMANCE MEASURE Unit: 1 Rev # 1 Date: 1/12/2004 TUOI NUMBER:
END TUOI NUM BER: A1JPM-SRO-XX Page 1 of 4  JOB PERFORMANCE MEASURE Unit: 1 Rev # 1 Date: 1/12/2004 TUOI NUMBER:
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____  ____  ___  4. Initiate immediate notifications.
____  ____  ___  4. Initiate immediate notifications.
Referred to 1903.011 and turned to Attachment 2.
Referred to 1903.011 and turned to Attachment 2.
NOTE: Cue the examinee that the Unit 2 Shift Engineer is performing the initial notifications per 1903.011 after the examinee has stated that Unit 2 Shift Engineer (or control room communicator) has been requested.  
NOTE: Cue the examinee that the Unit 2 Shift Engineer is performing the initial notifications per 1903.011 after the examinee has stated that Unit 2 Shift Engineer (or control room communicator) has been requested.
: 5. Begin completion of form 1903.011M, Alert Emergency Direction and Control Checklist for Shift Manager. Began completion of form 1903.011M Alert Emergency Direction and Control Checklist for Shift Manager.
: 5. Begin completion of form 1903.011M, Alert Emergency Direction and Control Checklist for Shift Manager. Began completion of form 1903.011M Alert Emergency Direction and Control Checklist for Shift Manager.
Examinee should fill in the data on items 1 and 2.
Examinee should fill in the data on items 1 and 2.
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T UOI NUMB E R: Page 3 of 5  A1JPM-RO-CRD02 TUOI NUMBER:
T UOI NUMB E R: Page 3 of 5  A1JPM-RO-CRD02 TUOI NUMBER:
ANO-1-JPM-RO-CRD02 INITIATING CUE: The CRS/SM directs you to transfer Group 1 Rods to the Auxiliary Power Supply for movement of Group 1 at run speed. IAW 1105.009, Section 8.0 CRITICAL ELEMENTS  (c):
ANO-1-JPM-RO-CRD02 INITIATING CUE: The CRS/SM directs you to transfer Group 1 Rods to the Auxiliary Power Supply for movement of Group 1 at run speed. IAW 1105.009, Section 8.0 CRITICAL ELEMENTS  (c):
2, 3, 5, 6, 7, 8, 9, 10, 11 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT  INSTRUCTOR NOTE: Verify the Reactor Demand and Diamond are in manual.  
2, 3, 5, 6, 7, 8, 9, 10, 11 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT  INSTRUCTOR NOTE: Verify the Reactor Demand and Diamond are in manual.
: 1. Verify transfer reset lamp is ON and TR CF is OFF. On CRD Diamond Panel, condition of both lights was checked. Transfer reset lamp was ON and TR CF lamp was OFF.
: 1. Verify transfer reset lamp is ON and TR CF is OFF. On CRD Diamond Panel, condition of both lights was checked. Transfer reset lamp was ON and TR CF lamp was OFF.
____  ____  ____  C  2. Place Group select switch to Group 1.
____  ____  ____  C  2. Place Group select switch to Group 1.
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Restart a Makeup pump following RCS leak isolation per section 2 of Procedure 1203.026, starting with step 3.6.6. TASK PERFORMANCE AIDS:
Restart a Makeup pump following RCS leak isolation per section 2 of Procedure 1203.026, starting with step 3.6.6. TASK PERFORMANCE AIDS:
Radio (may be simulated), copy of section 2 AOP 1203.026, steps 3.6.6 - 3.7.
Radio (may be simulated), copy of section 2 AOP 1203.026, steps 3.6.6 - 3.7.
SIMULATOR SETUP:  
SIMULATOR SETUP:
: 1. Trip reactor 2. Perform 1202.001 rx trip, with enclosures as appropriate 3. Allow plant to stabilize (OTSG on LLL, DFT stable) 4. Lower PZR level SP to 100" 5. Allow PZR level to reach 100" 6. Initialize MUT at 80" 7. When PZR level reaches 100" close all Make up valves  
: 1. Trip reactor 2. Perform 1202.001 rx trip, with enclosures as appropriate 3. Allow plant to stabilize (OTSG on LLL, DFT stable) 4. Lower PZR level SP to 100" 5. Allow PZR level to reach 100" 6. Initialize MUT at 80" 7. When PZR level reaches 100" close all Make up valves
: 8. Shutdown all running Makeup pumps
: 8. Shutdown all running Makeup pumps
: 9. Store IC T UOI NUMB E R: A1 J P M-R O- Page 3 of 6  INITIATING CUE: The CRS/SM directs you to restart Makeup Pump P-36C (STBY pump) IAW section 2 of AOP 1203.026, starting with step 3.6.6 CRITICAL ELEMENTS  (c):
: 9. Store IC T UOI NUMB E R: A1 J P M-R O- Page 3 of 6  INITIATING CUE: The CRS/SM directs you to restart Makeup Pump P-36C (STBY pump) IAW section 2 of AOP 1203.026, starting with step 3.6.6 CRITICAL ELEMENTS  (c):
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NOTE: Operator should skip step 3.6.13 since ES pump is not used. 7. Operator verifies white light for HAND is on and red light for AUTO is off for both CV-1207 (seal injection supply) and CV-1235 (normal makeup supply) and valves both indicate CLOSED with corresponding valve position indicator green lights ON and red lights OFF.
NOTE: Operator should skip step 3.6.13 since ES pump is not used. 7. Operator verifies white light for HAND is on and red light for AUTO is off for both CV-1207 (seal injection supply) and CV-1235 (normal makeup supply) and valves both indicate CLOSED with corresponding valve position indicator green lights ON and red lights OFF.
____  ____  ____  C  8. After AUX lube oil pump has run for  
____  ____  ____  C  8. After AUX lube oil pump has run for  
> 1 minute, start the STBY HPI pump.  
> 1 minute, start the STBY HPI pump.
      (step 3.6.14)
(step 3.6.14)
Operator verifies red light is lit for AUX lube oil pump and places hand control switch for STBY HPI pump P-36C to start. Verifies the red light ON and green light OFF for P-36C.
Operator verifies red light is lit for AUX lube oil pump and places hand control switch for STBY HPI pump P-36C to start. Verifies the red light ON and green light OFF for P-36C.
____  ____  ____  C  9. Stop the AUX lube oil pump for the STBY HPI pump (P-36C).  
____  ____  ____  C  9. Stop the AUX lube oil pump for the STBY HPI pump (P-36C).
      (step 3.6.15)
(step 3.6.15)
Operator places the hand control switch for the AUX lube oil pump (for P-36C) to the OFF position and verifies green light ON and red light OFF.
Operator places the hand control switch for the AUX lube oil pump (for P-36C) to the OFF position and verifies green light ON and red light OFF.
____  ____  ____    10. Place CV-1206 pushbutton to OVRD. Open CV-1206 (seal injection isolation valve).  
____  ____  ____    10. Place CV-1206 pushbutton to OVRD. Open CV-1206 (seal injection isolation valve).
      (steps 3.6.16 and 3.6.17)
(steps 3.6.16 and 3.6.17)
Operator pushes CV-1206 button, observes OVRD light is ON, and places the valve hand switch to open position and observes red light ON and green light OFF.
Operator pushes CV-1206 button, observes OVRD light is ON, and places the valve hand switch to open position and observes red light ON and green light OFF.
____  ____  ____    11. Slowly open CV-1207 (seal injection control valve) and adjust seal flow to 30-40gpm and place valve in AUTO.  
____  ____  ____    11. Slowly open CV-1207 (seal injection control valve) and adjust seal flow to 30-40gpm and place valve in AUTO.
    (step 3.6.18B)
(step 3.6.18B)
NOTE: step B is used because RCP bleedoff        temperature should be 160 0 F or less.
NOTE: step B is used because RCP bleedoff        temperature should be 160 0 F or less.
Operator slowly turns hand switch CCW for CV-1207 in order to open it enough to get 30-40gpm flow and place mode switch for the valve in AUTO and observe red light is ON, white light is OFF. ____  ____  ____    12. When RCP seals total flow is above setpoint (CV-1206 FLOW light ON), return CV-1206 OVRD pushbutton to normal (OVRD light off).  
Operator slowly turns hand switch CCW for CV-1207 in order to open it enough to get 30-40gpm flow and place mode switch for the valve in AUTO and observe red light is ON, white light is OFF. ____  ____  ____    12. When RCP seals total flow is above setpoint (CV-1206 FLOW light ON), return CV-1206 OVRD pushbutton to normal (OVRD light off).
      (step 3.6.19)
(step 3.6.19)
Operator should observe CV-1206 FLOW light is ON and then push the OVRD pushbutton in to return it to normal and observe the OVRD light is OFF.
Operator should observe CV-1206 FLOW light is ON and then push the OVRD pushbutton in to return it to normal and observe the OVRD light is OFF.
____  ____  ____
____  ____  ____
T UOI NUMB E R: A1 J P M-R O- Page 5 of 6  C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT  C  13. Slowly open CV-1235 until makeup flow indication is on-scale and adjust CV-1235 setpoint to desired value and place in AUTO.  
T UOI NUMB E R: A1 J P M-R O- Page 5 of 6  C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT  C  13. Slowly open CV-1235 until makeup flow indication is on-scale and adjust CV-1235 setpoint to desired value and place in AUTO.
      (steps 3.6.20 and 3.6.21)
(steps 3.6.20 and 3.6.21)
Operator should SLOWLY turn CV-1235 position switch CCW to open the valve and watch for flow indications on scale. Operator should then adjust the SP to a nominal value, place valve hand station in AUTO and observe white light OFF and RED light ON. ____  ____  ____  C  14. Re-establish letdown.  
Operator should SLOWLY turn CV-1235 position switch CCW to open the valve and watch for flow indications on scale. Operator should then adjust the SP to a nominal value, place valve hand station in AUTO and observe white light OFF and RED light ON. ____  ____  ____  C  14. Re-establish letdown.
      (step 3.7)
(step 3.7)
JPM is complete Operator places hand station for letdown isolation valve CV-1221 to CCW position to initiate letdown and observes letdown flow rate and red light ON and green light OFF (for valve open indication).
JPM is complete Operator places hand station for letdown isolation valve CV-1221 to CCW position to initiate letdown and observes letdown flow rate and red light ON and green light OFF (for valve open indication).
____  ____  ____  END T UOI NUMB E R: A1 J P M-R O- Page 6 of 6    EXAMINEE'S COPY INITIAL CONDITIONS:
____  ____  ____  END T UOI NUMB E R: A1 J P M-R O- Page 6 of 6    EXAMINEE'S COPY INITIAL CONDITIONS:
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PR O C./W O R K PLA N N O.
PR O C./W O R K PLA N N O.
PR O C ED U R E/W O R K PLA N T I T L E:                                                                                                    P AG E: 8 o f 1203.026 11 LOSS OF REACTOR COOLANT MAKEUP                                                    CHANGE: 009-04-0  SECTION 2 -- LARGE MAKEUP AND PURIFICATION SYSTEM LEAK (continued)
PR O C ED U R E/W O R K PLA N T I T L E:                                                                                                    P AG E: 8 o f 1203.026 11 LOSS OF REACTOR COOLANT MAKEUP                                                    CHANGE: 009-04-0  SECTION 2 -- LARGE MAKEUP AND PURIFICATION SYSTEM LEAK (continued)
NOTE The SPDS Safety System Diagnostic Inst. display contains the previous 20 minutes of data.  
NOTE The SPDS Safety System Diagnostic Inst. display contains the previous 20 minutes of data.
 
3.6.4 Select Safety System Diagnostic Inst. display on SPDS for  OP HPI pump and evaluate suction pressure and flow stability  prior to event.
====3.6.4 Select====
Safety System Diagnostic Inst. display on SPDS for  OP HPI pump and evaluate suction pressure and flow stability  prior to event.
3.6.5  If radiation levels prohibit leak isolation, perform the following:
3.6.5  If radiation levels prohibit leak isolation, perform the following:
A. Open BWST Outlet (CV-1407 or CV-1408) to ES HPI pump.
A. Open BWST Outlet (CV-1407 or CV-1408) to ES HPI pump.
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Instructor cues as given below.
Instructor cues as given below.
Operator should N/A the step after the cue.
Operator should N/A the step after the cue.
____  ____  ____  INSTRUCTOR CUE:  CRS reports that there is no elevated airborne activity expected. N/A the step on the form.  
____  ____  ____  INSTRUCTOR CUE:  CRS reports that there is no elevated airborne activity expected. N/A the step on the form.
: 4. Verify no one is at the vicinity of the ERV.  
: 4. Verify no one is at the vicinity of the ERV.
      (step 2.1)
(step 2.1)
Instructor Cue: when operato r calls on radio or asks CRS, reply back that no one is in the vicinity of ERV See Instructor Cue at left.  
Instructor Cue: when operato r calls on radio or asks CRS, reply back that no one is in the vicinity of ERV See Instructor Cue at left.  
. Operator asks CRS to determine or uses radio to call and determine that no one is near the ERV.
. Operator asks CRS to determine or uses radio to call and determine that no one is near the ERV.
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  -Place ERV Acoustic Monitor Full Scale Range        selector to 1 g position.
  -Place ERV Acoustic Monitor Full Scale Range        selector to 1 g position.
       -Open and measure stroke time of ERV (Record in Section 3.0).
       -Open and measure stroke time of ERV (Record in Section 3.0).
  (steps 2.2.1 - 2.2.2)
(steps 2.2.1 - 2.2.2)
Operator selects 1 g position for ERV Acoustic Monitor with Acoustic selector switch. Operator places hand switch for ERV to "open" position and verifies ERV open by using all three parameter indications listed here: Acoustic Monitor indicating light on panel C04 Dropping RCS pressure (Operator should not let pressure drop below 30psig) Rising Quench Tank Pressure  Operator then enters the stroke time in Section 3.0.
Operator selects 1 g position for ERV Acoustic Monitor with Acoustic selector switch. Operator places hand switch for ERV to "open" position and verifies ERV open by using all three parameter indications listed here: Acoustic Monitor indicating light on panel C04 Dropping RCS pressure (Operator should not let pressure drop below 30psig) Rising Quench Tank Pressure  Operator then enters the stroke time in Section 3.0.
____  ____  ____  C  6. Close and measure the stroke time of ERV (Record in Section 3.0).  
____  ____  ____  C  6. Close and measure the stroke time of ERV (Record in Section 3.0).
      (step 2.2.4)
(step 2.2.4)
NOTE: This is the alternate path portion of the JPM. The ERV will stick completely open and will not move under any conditions. The block valve (CV-1000) should be closed to stop the release.
NOTE: This is the alternate path portion of the JPM. The ERV will stick completely open and will not move under any conditions. The block valve (CV-1000) should be closed to stop the release.
Operator places hand switch for ERV to "close" position and should attempt to verify that the ERV is closed by using all three parameter indications listed here: Acoustic Monitor indicating light on panel C04 (displays open) Stable RCS pressure (It should continue to drop) Stable Quench Tank Pressure (It should continue to rise)
Operator places hand switch for ERV to "close" position and should attempt to verify that the ERV is closed by using all three parameter indications listed here: Acoustic Monitor indicating light on panel C04 (displays open) Stable RCS pressure (It should continue to drop) Stable Quench Tank Pressure (It should continue to rise)
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". Operator should refer to section 1.0 of this procedure for "ERV Failure or Leak."
". Operator should refer to section 1.0 of this procedure for "ERV Failure or Leak."
Operator acknowledges alarm and enters Alarm procedure OP 1203.012H for alarm K09-A1, "Relief Valve Open", page 2. This procedure directs Operator to AOP 1203.015 for "Pressurizer System
Operator acknowledges alarm and enters Alarm procedure OP 1203.012H for alarm K09-A1, "Relief Valve Open", page 2. This procedure directs Operator to AOP 1203.015 for "Pressurizer System
" Operator should refer to section 1.0 of this procedure for ERV failure or Leak.      ____  ____  ____  C  8. Operator should commence follow-up actions for section 1.0, which include: a. Close the ERV Isolation valve (CV-1000). b. Trip reactor if can't maintain pressure (N/A in this JPM)  
" Operator should refer to section 1.0 of this procedure for ERV failure or Leak.      ____  ____  ____  C  8. Operator should commence follow-up actions for section 1.0, which include: a. Close the ERV Isolation valve (CV-1000). b. Trip reactor if can't maintain pressure (N/A in this JPM)
      (steps 3.1-3.2)
(steps 3.1-3.2)
Operator closes the isolation valve with hand switch for CV-1000 and observes the following: Acoustic Monitor indicating light on panel C04 (displays closed) Stable RCS pressure  Stable Quench Tank Pressure
Operator closes the isolation valve with hand switch for CV-1000 and observes the following: Acoustic Monitor indicating light on panel C04 (displays closed) Stable RCS pressure  Stable Quench Tank Pressure
____  ____  ____ NOTE:  Closing the ERV block or isolation valve CV-1000 will stop the leak.  
____  ____  ____ NOTE:  Closing the ERV block or isolation valve CV-1000 will stop the leak.
: 9. If closing CV-1000 stops the leak, perform the following: a. Continue power operations with ERV isolated (N/A for this JPM) b. Notify OPS manager c. Log in station log and on plant status board (step 3.3)
: 9. If closing CV-1000 stops the leak, perform the following: a. Continue power operations with ERV isolated (N/A for this JPM) b. Notify OPS manager c. Log in station log and on plant status board (step 3.3)
END of JPM Operator notifies the OPS manager of the stuck open ERV, block valve has contained the leak, and logs the entry in the station log and PSB.
END of JPM Operator notifies the OPS manager of the stuck open ERV, block valve has contained the leak, and logs the entry in the station log and PSB.
Line 640: Line 638:


P R OC./W O RK P L A N NO. P R OCEDURE/W O RK P L A N T I T L E:                                                                        Page 33 of 38 1103.005                      PRESSURIZER OPERATION                                                      CHANGE: 030-02-0 SUPPLEMENT 1 Page 1 of 4 EXERCISING OF THE PRESSURIZER        ELECTROMATIC RELIEF VALVE (PSV-1000)
P R OC./W O RK P L A N NO. P R OCEDURE/W O RK P L A N T I T L E:                                                                        Page 33 of 38 1103.005                      PRESSURIZER OPERATION                                                      CHANGE: 030-02-0 SUPPLEMENT 1 Page 1 of 4 EXERCISING OF THE PRESSURIZER        ELECTROMATIC RELIEF VALVE (PSV-1000)
This test demonstrates operability of the pressurizer ERV by exercising the valve. This test satisfies TS 5.5.8 (ANO IST program requirements) for stroke time measurement, exercising, and fail-safe operation. This test also satisfies part of Surveillance TR 3.4.2.1 for RCS vent path operability. This test is related to SR 3.4.11.5 "Channel calibration of ERV opening circuitry".  
This test demonstrates operability of the pressurizer ERV by exercising the valve. This test satisfies TS 5.5.8 (ANO IST program requirements) for stroke time measurement, exercising, and fail-safe operation. This test also satisfies part of Surveillance TR 3.4.2.1 for RCS vent path operability. This test is related to SR 3.4.11.5 "Channel calibration of ERV opening circuitry".
 
1.0 INITIAL CONDITIONS          INITIALS 1.1 Check the purpose of this test:        _________ __A) Regularly scheduled cold shutdown test.      __B) Regularly scheduled 18 month test __C) Operability test following significant maintenance.
===1.0 INITIAL===
CONDITIONS          INITIALS  
 
===1.1 Check===
the purpose of this test:        _________ __A) Regularly scheduled cold shutdown test.      __B) Regularly scheduled 18 month test __C) Operability test following significant maintenance.
__D) Other (describe in section 4.0).
__D) Other (describe in section 4.0).
1.2  Stop watch available for measuring valve stroke time. _________  
1.2  Stop watch available for measuring valve stroke time. _________
 
1.2.1 Record Stopwatch M&TE# and Cal Due Date in Section 3.0.
====1.2.1 Record====
Stopwatch M&TE# and Cal Due Date in Section 3.0.
1.3  RC temperature  
1.3  RC temperature  
> 100 0F.        _________
> 100 0F.        _________
Line 657: Line 648:
1.5  ERV Isolation (CV-1000) open.        _________
1.5  ERV Isolation (CV-1000) open.        _________
1.6 If elevated airborne activity is expected as a result of    _________  ERV operations, personnel Hatch interlock enabled or Personnel Hatch watch stationed to ensure only one door opened at a time. Otherwise N/A.
1.6 If elevated airborne activity is expected as a result of    _________  ERV operations, personnel Hatch interlock enabled or Personnel Hatch watch stationed to ensure only one door opened at a time. Otherwise N/A.
2.0  TEST METHOD WARNING    Opening the ERV causes a localized steam release at the pilot valve vent. This is a radiation and safety hazard.  
2.0  TEST METHOD WARNING    Opening the ERV causes a localized steam release at the pilot valve vent. This is a radiation and safety hazard.
 
2.1 Verify no one is at the vicinity of the ERV.  
===2.1 Verify===
no one is at the vicinity of the ERV.  


P R OC./W O RK P L A N NO. P R OCEDURE/W O RK P L A N T I T L E:                                                                        Page 34 of 38 1103.005                      PRESSURIZER OPERATION                                                      CHANGE: 030-02-0 SUPPLEMENT 1 Page 2 of 4 NOTE ERV position and vent path operability are obtained using: Acoustic Monitor indication on C04 and dropping RCS pressure and rising Quench Tank pressure.
P R OC./W O RK P L A N NO. P R OCEDURE/W O RK P L A N T I T L E:                                                                        Page 34 of 38 1103.005                      PRESSURIZER OPERATION                                                      CHANGE: 030-02-0 SUPPLEMENT 1 Page 2 of 4 NOTE ERV position and vent path operability are obtained using: Acoustic Monitor indication on C04 and dropping RCS pressure and rising Quench Tank pressure.
 
2.2 Perform the following steps while ensuring RCS pressure remains < 30 psig.
===2.2 Perform===
2.2.1 Place ERV Acoustic Monitor Full Scale Range      _______ selector to 1 g position.
the following steps while ensuring RCS pressure remains < 30 psig.  
2.2.2  Open and measure stroke time of ERV      _______ (Record in Section 3.0).
 
2.2.3 Verify ERV open using all of the following:      _______
====2.2.1 Place====
Acoustic Monitor Indication on C04 Dropping RCS pressure Rising Quench Tank pressure.
ERV Acoustic Monitor Full Scale Range      _______ selector to 1 g position.
2.2.4 Close and measure stroke time of ERV      _______ (Record in Section 3.0).
2.2.2  Open and measure stroke time of ERV      _______ (Record in Section 3.0).  
2.2.5 Verify ERV closed using all of the following:      _______
 
Acoustic Monitor Indication on C04 Stable RCS pressure Stable Quench Tank pressure.
====2.2.3 Verify====
2.2.6 Place ERV Acoustic Monitor Full Scale Range      _______ selector to 10 g position.
ERV open using all of the following:      _______
Acoustic Monitor Indication on C04 Dropping RCS pressure Rising Quench Tank pressure.  
 
====2.2.4 Close====
and measure stroke time of ERV      _______ (Record in Section 3.0).  
 
====2.2.5 Verify====
ERV closed using all of the following:      _______
Acoustic Monitor Indication on C04 Stable RCS pressure Stable Quench Tank pressure.  
 
====2.2.6 Place====
ERV Acoustic Monitor Full Scale Range      _______ selector to 10 g position.


PROC./WORK PLAN NO.   
PROC./WORK PLAN NO.   


1103.005 PROCEDURE/WORK PLAN TITLE:
1103.005 PROCEDURE/WORK PLAN TITLE:
Page 35 of 38                        PRESSURIZER OPERATION                                                      CHANGE: 030-02-0 SUPPLEMENT 1 Page 3 of 4  
Page 35 of 38                        PRESSURIZER OPERATION                                                      CHANGE: 030-02-0 SUPPLEMENT 1 Page 3 of 4 3.0 ACCEPTANCE CRITERIA 3.1 Record stroke time measured during testing and compare with "Limiting Value For Operability".
 
===3.0 ACCEPTANCE===
CRITERIA  
 
===3.1 Record===
stroke time measured during testing and compare with "Limiting Value For Operability".
Stopwatch M&TE#___________ Cal Due Date ________________
Stopwatch M&TE#___________ Cal Due Date ________________
Valve Control Panel Test Direction Measured Stroke Time (nearest 1/10 second) Acceptable Normal Range (Sec) Limiting Value For Operability (Sec) Is Measured Stroke Time Less Than "Limiting Value For Operability"Design Bases Value Open  < 2.0 < 2.0 Yes      No  
Valve Control Panel Test Direction Measured Stroke Time (nearest 1/10 second) Acceptable Normal Range (Sec) Limiting Value For Operability (Sec) Is Measured Stroke Time Less Than "Limiting Value For Operability"Design Bases Value Open  < 2.0 < 2.0 Yes      No  
Line 769: Line 740:
CV-1434 red light on, green light off.
CV-1434 red light on, green light off.
____  ____  ____  3. Open E-35A and E-35B sample valves SS-41A and SS-41B.
____  ____  ____  3. Open E-35A and E-35B sample valves SS-41A and SS-41B.
Contacted the WCO and instructed the WCO to open SS-41A and SS-41B. ____  ____  ____  NOTE: Inform examinee that Category "E" log entry has been made.  
Contacted the WCO and instructed the WCO to open SS-41A and SS-41B. ____  ____  ____  NOTE: Inform examinee that Category "E" log entry has been made.
: 4. Verify white Open Permit light ON  at CV-1410 handswitch on C16.
: 4. Verify white Open Permit light ON  at CV-1410 handswitch on C16.
Verified white open permit light on.
Verified white open permit light on.
Line 793: Line 764:
____  ____  ____  C  15. Adjust CV-1433 to establish decay heat removal flow at < 3500 gpm from P-34A and discharge pressure < 400 psig.
____  ____  ____  C  15. Adjust CV-1433 to establish decay heat removal flow at < 3500 gpm from P-34A and discharge pressure < 400 psig.
Adjusted DHR flow to <3500 gpm and discharge pressure < 400 psig using CV-1433.
Adjusted DHR flow to <3500 gpm and discharge pressure < 400 psig using CV-1433.
____  ____  ____  NOTE:  Inform examinee that it is not necessary to perform Part 2 of Supplement 3.  
____  ____  ____  NOTE:  Inform examinee that it is not necessary to perform Part 2 of Supplement 3.
: 16. Verify LPI Room Cooler VUC-1A starts. At panel C-19, verified VUC-1A started (red light on). ____  ____  ____  17. Adjust the DECAY HEAT VORTEX WARNING SETPOINT.
: 16. Verify LPI Room Cooler VUC-1A starts. At panel C-19, verified VUC-1A started (red light on). ____  ____  ____  17. Adjust the DECAY HEAT VORTEX WARNING SETPOINT.
Selected the U5 function of the SPDS computer and set KP34ALO just below the Decay Heat Pump motor current and adjusted KP34AHI just above the Decay Heat Pump motor current.
Selected the U5 function of the SPDS computer and set KP34ALO just below the Decay Heat Pump motor current and adjusted KP34AHI just above the Decay Heat Pump motor current.
Line 862: Line 833:
CV-1434 red light on, green light off.
CV-1434 red light on, green light off.
____  ____  ____  3. Open E-35A and E-35B sample valves SS-41A and SS-41B.
____  ____  ____  3. Open E-35A and E-35B sample valves SS-41A and SS-41B.
Contacted the WCO and instructed the WCO to open SS-41A and SS-41B. ____  ____  ____  NOTE: Inform examinee that Category "E" log entry has been made.  
Contacted the WCO and instructed the WCO to open SS-41A and SS-41B. ____  ____  ____  NOTE: Inform examinee that Category "E" log entry has been made.
: 4. Verify white Open Permit light ON  at CV-1410 handswitch on C16.
: 4. Verify white Open Permit light ON  at CV-1410 handswitch on C16.
Verified white open permit light on.
Verified white open permit light on.
Line 886: Line 857:
____  ____  ____  C  15. Adjust CV-1433 to establish decay heat removal flow at < 3500 gpm from P-34A and discharge pressure < 400 psig.
____  ____  ____  C  15. Adjust CV-1433 to establish decay heat removal flow at < 3500 gpm from P-34A and discharge pressure < 400 psig.
Adjusted DHR flow to <3500 gpm and discharge pressure < 400 psig using CV-1433.
Adjusted DHR flow to <3500 gpm and discharge pressure < 400 psig using CV-1433.
____  ____  ____  NOTE:  Inform examinee that it is not necessary to perform Part 2 of Supplement 3.  
____  ____  ____  NOTE:  Inform examinee that it is not necessary to perform Part 2 of Supplement 3.
: 16. Verify LPI Room Cooler VUC-1A starts. At panel C-19, verified VUC-1A started (red light on). ____  ____  ____  17. Adjust the DECAY HEAT VORTEX WARNING SETPOINT.
: 16. Verify LPI Room Cooler VUC-1A starts. At panel C-19, verified VUC-1A started (red light on). ____  ____  ____  17. Adjust the DECAY HEAT VORTEX WARNING SETPOINT.
Selected the U5 function of the SPDS computer and set KP34ALO just below the Decay Heat Pump motor current and adjusted KP34AHI just above the Decay Heat Pump motor current.
Selected the U5 function of the SPDS computer and set KP34ALO just below the Decay Heat Pump motor current and adjusted KP34AHI just above the Decay Heat Pump motor current.
Line 1,046: Line 1,017:
T UOI NUMB E R: Page 4 of 6  A1JPM-RO-EOP11 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT    7. If NaOH Tank T10 level is 25 ft, THEN close RB  spray NaOH Addition T-10 Outlets (CV-1616 and CV-1617).
T UOI NUMB E R: Page 4 of 6  A1JPM-RO-EOP11 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT    7. If NaOH Tank T10 level is 25 ft, THEN close RB  spray NaOH Addition T-10 Outlets (CV-1616 and CV-1617).
NOTE: if this JPM is being simulated, tell examinee        that T10 level is 20 ft then give POSITIVE CUE after        examinee goes to close on the valves.
NOTE: if this JPM is being simulated, tell examinee        that T10 level is 20 ft then give POSITIVE CUE after        examinee goes to close on the valves.
Operator Closes CV-1616 and CV-1617 IF T-10 level is 25 ft and observes GREEN lights ON and RED lights OFF.  
Operator Closes CV-1616 and CV-1617 IF T-10 level is 25 ft and observes GREEN lights ON and RED lights OFF.
: 8. Verify RB Sump Outlets open (CV-1414 and CV 1415).          On C16 and C18, operator verifies CV-1414 and CV-1415 open with RED lights ON and GREEN lights OFF.
: 8. Verify RB Sump Outlets open (CV-1414 and CV 1415).          On C16 and C18, operator verifies CV-1414 and CV-1415 open with RED lights ON and GREEN lights OFF.
NOTE:  This is the alternate path portion of the JPM. The RB sump outlet valve CV-1405 will fail to open.
NOTE:  This is the alternate path portion of the JPM. The RB sump outlet valve CV-1405 will fail to open.
Line 1,052: Line 1,023:
On panel C16 operator attempts to open CV-1405 (it will not open)  and observes the GREEN light ON and RED light OFF for it.
On panel C16 operator attempts to open CV-1405 (it will not open)  and observes the GREEN light ON and RED light OFF for it.
On panel C18, operator opens CV-1406 and observes RED light ON and GREEN light OFF for it.
On panel C18, operator opens CV-1406 and observes RED light ON and GREEN light OFF for it.
See note: This is the Alternate Path step for  the JPM C  10. Stop associated LPI, HPI, and RB Spray pumps,          which includes:        RB Spray pump P-35A        LPI pump P-34A On C-16 and C-18, operator secures LPI pump P-34A AND secures RB Spray pump P-35A.  
See note: This is the Alternate Path step for  the JPM C  10. Stop associated LPI, HPI, and RB Spray pumps,          which includes:        RB Spray pump P-35A        LPI pump P-34A On C-16 and C-18, operator secures LPI pump P-34A AND secures RB Spray pump P-35A.
(HPI is already secured) and observes GREEN lights ON and RED lights OFF.
(HPI is already secured) and observes GREEN lights ON and RED lights OFF.
____  ____  ____  C  11. Take manual control of BWST outlets CV-1407 and CV-1408.
____  ____  ____  C  11. Take manual control of BWST outlets CV-1407 and CV-1408.
Line 1,061: Line 1,032:
T UOI NUMB E R: Page 5 of 6  A1JPM-RO-EOP11 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT  13. Check LPI/RB Spray flow is maintained.
T UOI NUMB E R: Page 5 of 6  A1JPM-RO-EOP11 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT  13. Check LPI/RB Spray flow is maintained.
Checked proper LPI/RB Spray flow is being maintained by observing SPDS or meters on C16/C18 or recorder on C14 with values for spray @ 1100 gpm, LPI  
Checked proper LPI/RB Spray flow is being maintained by observing SPDS or meters on C16/C18 or recorder on C14 with values for spray @ 1100 gpm, LPI  
@ 3000 gpm.  
@ 3000 gpm.
: 14. Notify HP to monitor BWST suction line for indication of back-leakage from LPI suction.
: 14. Notify HP to monitor BWST suction line for indication of back-leakage from LPI suction.
POSITIVE CUE
POSITIVE CUE
:        HP has been notified.
:        HP has been notified.
Notified Health Physics.
Notified Health Physics.
Instructor Note: INFORM EXAMINEE THAT MAKEUP TANK LEVEL IS STEADY AT 50 INCHES.  
Instructor Note: INFORM EXAMINEE THAT MAKEUP TANK LEVEL IS STEADY AT 50 INCHES.
: 15. IF NaOH Tank T10 Level >25 ft, THEN open CV-1616 and CV-1617.
: 15. IF NaOH Tank T10 Level >25 ft, THEN open CV-1616 and CV-1617.
NOTE: If being simulated tell examinee that T10                      level is 20 ft which will make this step (14                        and 14.a) N/A.
NOTE: If being simulated tell examinee that T10                      level is 20 ft which will make this step (14                        and 14.a) N/A.
Line 1,209: Line 1,180:
JO B PERFO R M A NCE M E A S URE  T U O I:  A1J P M-RO-E D030  Page  4 of 5  INITIATING CUE:
JO B PERFO R M A NCE M E A S URE  T U O I:  A1J P M-RO-E D030  Page  4 of 5  INITIATING CUE:
The Shift Manager requests you to place Battery Charger D-03B in service on Bus D01 and remove Battery Charger D-03A from service.
The Shift Manager requests you to place Battery Charger D-03B in service on Bus D01 and remove Battery Charger D-03A from service.
CRITICAL ELEMENTS (C)  5, 6, 8, 9, 12, 14, 16 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT TRANSITION NOTE:  Proceed to El. 372' in Auxiliary Building off Corridor 98 to Rm. 109, DC Equipment Room.  
CRITICAL ELEMENTS (C)  5, 6, 8, 9, 12, 14, 16 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT TRANSITION NOTE:  Proceed to El. 372' in Auxiliary Building off Corridor 98 to Rm. 109, DC Equipment Room.
: 1. Verify breakers open for charger D-03B. AC Input breaker DC Output breaker On front of charger D-03B, verified the AC Input and DC Output breakers open (OFF).
: 1. Verify breakers open for charger D-03B. AC Input breaker DC Output breaker On front of charger D-03B, verified the AC Input and DC Output breakers open (OFF).
_____    _____    _____  TRANSITION NOTE:  Proceed to MCC B57 in South ES Switchgear Room on the same elevation.  
_____    _____    _____  TRANSITION NOTE:  Proceed to MCC B57 in South ES Switchgear Room on the same elevation.
: 2. Verify AC feeder breaker to charger D-03B closed (B-5733).
: 2. Verify AC feeder breaker to charger D-03B closed (B-5733).
Verified breaker B-5733 closed (ON).
Verified breaker B-5733 closed (ON).
_____  _____  _____  TRANSITION NOTE:  Return to DC Equipment Room.
_____  _____  _____  TRANSITION NOTE:  Return to DC Equipment Room.
In the following step, Caution the examinee not to br eak plane of cubicle door.  
In the following step, Caution the examinee not to br eak plane of cubicle door.
: 3. Verify charger D-03B supply to bus breaker closed (D01-42).
: 3. Verify charger D-03B supply to bus breaker closed (D01-42).
Inside panel D01, verified breaker D01-42 closed (ON).
Inside panel D01, verified breaker D01-42 closed (ON).
Line 1,239: Line 1,210:
_____  _____  _____  14. Check annunciator D01 CHARGER TROUBLE (K01-E7) clears.
_____  _____  _____  14. Check annunciator D01 CHARGER TROUBLE (K01-E7) clears.
Called control room and requested check for clear annunciator K01-E7.
Called control room and requested check for clear annunciator K01-E7.
_____  _____  _____  ALTERNATE PATH CUE: Inform examinee that D-03A DC Output Voltage drifted to zero, also inform examinee that one minute has passed since D-03A was de-energized.  
_____  _____  _____  ALTERNATE PATH CUE: Inform examinee that D-03A DC Output Voltage drifted to zero, also inform examinee that one minute has passed since D-03A was de-energized.
  (C)  15. Close D-03A AC Input breaker.
(C)  15. Close D-03A AC Input breaker.
On front of charger D-03A, closed the AC Input breaker (ON).
On front of charger D-03A, closed the AC Input breaker (ON).
_____  _____  _____  16. Check D-03A DC output voltage and AC input voltage.
_____  _____  _____  16. Check D-03A DC output voltage and AC input voltage.
Line 1,421: Line 1,392:
Page 3 of 5 A1JPM-RO-EFW01 INITIATING CUE:  The SM/CRS directs you to reset P7A overspeed trip per 1106.006, Exhibit A.
Page 3 of 5 A1JPM-RO-EFW01 INITIATING CUE:  The SM/CRS directs you to reset P7A overspeed trip per 1106.006, Exhibit A.
CRITICAL ELEMENTS  (c):
CRITICAL ELEMENTS  (c):
2, 3, and 8 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT  EXAMINER'S NOTE:  Simulate communications with the Control Room.  
2, 3, and 8 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT  EXAMINER'S NOTE:  Simulate communications with the Control Room.
: 1. Verify the following valves are closed. If EFW initiate signal is present, manual control is required. EFW Pump Turbine K3 Steam Admission Valves (CV-2613 and CV-2663) EFW Pump Turbine K3 Steam Admission Valve Bypasses (SV-2613 and SV-2663)
: 1. Verify the following valves are closed. If EFW initiate signal is present, manual control is required. EFW Pump Turbine K3 Steam Admission Valves (CV-2613 and CV-2663) EFW Pump Turbine K3 Steam Admission Valve Bypasses (SV-2613 and SV-2663)
POSITIVE CUE
POSITIVE CUE
Line 1,675: Line 1,646:
CRS  Ref e r enc e 1203.015, Pr es s u r i z e r Sy s t em s F a ilur e s , Pr es s u r i z e r Spr a y Valve (C V-1008) F a ilur e s e c t ion.  (T ech Sp ec. T R M 3.4.3.A f o r d i f f e ren t ial t e mp erat u r e o f sp ray f l u i d an d p r essu riz e r t e mp erat u r e o f >430&deg;F)    CBOR  Rec ogniz e and r epor t that RCS pr es s u r e is r e c o ver i ng. EVENT T E RM INA T IO N CRIT E RIA  Alter nate RCS pr es s u r e ins t r u m ent s e lec t ed and Pr es s u r i z e r Spr a y  valve c l os ed  OR  Nex t Event  NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2    O p-T es t No: 2004-1  Sc enar io No:  3 Event No:  6 Page 8  of 10 Event Des c r iption:  SPDS Los s of Pow e r. Ti m e Pos i tion Applic ants Ac tions or Behavior  T=30  CREW  Rec ogniz e and r epor t the f a ilur e of the SPDS dis p lay s in the c ontr o l r oom on panels C09 and C19.
CRS  Ref e r enc e 1203.015, Pr es s u r i z e r Sy s t em s F a ilur e s , Pr es s u r i z e r Spr a y Valve (C V-1008) F a ilur e s e c t ion.  (T ech Sp ec. T R M 3.4.3.A f o r d i f f e ren t ial t e mp erat u r e o f sp ray f l u i d an d p r essu riz e r t e mp erat u r e o f >430&deg;F)    CBOR  Rec ogniz e and r epor t that RCS pr es s u r e is r e c o ver i ng. EVENT T E RM INA T IO N CRIT E RIA  Alter nate RCS pr es s u r e ins t r u m ent s e lec t ed and Pr es s u r i z e r Spr a y  valve c l os ed  OR  Nex t Event  NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2    O p-T es t No: 2004-1  Sc enar io No:  3 Event No:  6 Page 8  of 10 Event Des c r iption:  SPDS Los s of Pow e r. Ti m e Pos i tion Applic ants Ac tions or Behavior  T=30  CREW  Rec ogniz e and r epor t the f a ilur e of the SPDS dis p lay s in the c ontr o l r oom on panels C09 and C19.
CRS  Contac t Unit 2 or Com puter Suppor t to attem p t to r eboot the SPDS c o m puter s. CRS  Ref e r to 1105.014, SPDS O per ation, to deter m i ne that ther e is a one hour tim e lim it to r e s t or e oper ation of at leas t one SPDS s y s t em OR it w ill bec om e a r epor table item. EVENT T E RM INA T IO N CRIT E RIA  T h is event w ill ex is t f o r the r e m a inder of the s c enar io. NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2    O p-T es t No:  2004-1  Sc enar io No:  3 Event No:  7, 8, & 9 Page 9  of 10 Event Des c r iption: LO CA in the "
CRS  Contac t Unit 2 or Com puter Suppor t to attem p t to r eboot the SPDS c o m puter s. CRS  Ref e r to 1105.014, SPDS O per ation, to deter m i ne that ther e is a one hour tim e lim it to r e s t or e oper ation of at leas t one SPDS s y s t em OR it w ill bec om e a r epor table item. EVENT T E RM INA T IO N CRIT E RIA  T h is event w ill ex is t f o r the r e m a inder of the s c enar io. NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2    O p-T es t No:  2004-1  Sc enar io No:  3 Event No:  7, 8, & 9 Page 9  of 10 Event Des c r iption: LO CA in the "
A" RCS loop T c old. ESAS c hannels 1 and 2 f a il to auto ac tuate. #2 EDG s e r v ic e w a ter valve f a ils to open w hen the EDG autos tar t s. Ti m e Pos i tion Applic ants Ac tions or Behavior  T=35  CBOR  Identif y pr es s u r i z e r level and RCS pr es s u r e dr opping. CBOT  Rec ogniz e and r epor t RCS leak age into the Reac tor Building.  
A" RCS loop T c old. ESAS c hannels 1 and 2 f a il to auto ac tuate. #2 EDG s e r v ic e w a ter valve f a ils to open w hen the EDG autos tar t s. Ti m e Pos i tion Applic ants Ac tions or Behavior  T=35  CBOR  Identif y pr es s u r i z e r level and RCS pr es s u r e dr opping. CBOT  Rec ogniz e and r epor t RCS leak age into the Reac tor Building.
(T ech Sp ec. 3.4.13.B  RCS O p erat io n a l L E A K A G E) EA L 2.2, A L ERT (RCS leakag e >No r mal M akeu p cap acit y)    CRS  Dir e c t ac tions per the Reac tor T r ip Pr oc edur e, 1202.001.
(T ech Sp ec. 3.4.13.B  RCS O p erat io n a l L E A K A G E) EA L 2.2, A L ERT (RCS leakag e >No r mal M akeu p cap acit y)    CRS  Dir e c t ac tions per the Reac tor T r ip Pr oc edur e, 1202.001.
CBOR  Manually tr ip the r eac tor by depr es s i ng the Rx. T r ip pus hbutton. Ver i f y all r ods on bottom and pow er dr opping. CBOT  Manually tr ip the tur b ine by depr es s i ng the T u r b ine T r ip pus hbutton    CBOR/CBOT  Ver i f y adequate s ubc ooling m a r g in. CRS  Dir e c t initiation of HPI per RT 2. NOT E T he c r ew m a y m anually initiate ESAS due to the im m i nent autom atic ac tuation pr ior to r eac hing the s e tpoint and ther ef or e m a y not identif y the f a ilur e of c hannel 1 and 2 to auto ac tuate. CREW  Rec ogniz e the ac tuation of ESAS on low RCS pr es s u r e. CBOR  Identif y the f a ilur e of c hannels 1 and 2 of ESAS to ac tuate. CT  CBOR  Manually initiate c hannel 1 and 2 f r om the pus hbuttons on C04    CRS  T r ans ition to ESAS pr oc edur e, 1202.010, and dir e c t c r ew oper ations    CBOR  Chec k f o r adequate s ubc ooling m a r g in. c ontinued NUREG-1021, Rev i sion 8, Supplem ent 1 Appendix D Operator Actions Form ES-D-2 NUREG-1021, Revision 8, Supplement 1 Op-Test No:  2004-1 Scenario No:  3 Event No:  7, 8, & 9 Page 10  of  10Event
CBOR  Manually tr ip the r eac tor by depr es s i ng the Rx. T r ip pus hbutton. Ver i f y all r ods on bottom and pow er dr opping. CBOT  Manually tr ip the tur b ine by depr es s i ng the T u r b ine T r ip pus hbutton    CBOR/CBOT  Ver i f y adequate s ubc ooling m a r g in. CRS  Dir e c t initiation of HPI per RT 2. NOT E T he c r ew m a y m anually initiate ESAS due to the im m i nent autom atic ac tuation pr ior to r eac hing the s e tpoint and ther ef or e m a y not identif y the f a ilur e of c hannel 1 and 2 to auto ac tuate. CREW  Rec ogniz e the ac tuation of ESAS on low RCS pr es s u r e. CBOR  Identif y the f a ilur e of c hannels 1 and 2 of ESAS to ac tuate. CT  CBOR  Manually initiate c hannel 1 and 2 f r om the pus hbuttons on C04    CRS  T r ans ition to ESAS pr oc edur e, 1202.010, and dir e c t c r ew oper ations    CBOR  Chec k f o r adequate s ubc ooling m a r g in. c ontinued NUREG-1021, Rev i sion 8, Supplem ent 1 Appendix D Operator Actions Form ES-D-2 NUREG-1021, Revision 8, Supplement 1 Op-Test No:  2004-1 Scenario No:  3 Event No:  7, 8, & 9 Page 10  of  10Event

Revision as of 03:34, 14 July 2019

ANO 1 - January 2004-Draft Operating Examination
ML041330337
Person / Time
Site: Arkansas Nuclear Entergy icon.png
Issue date: 07/23/2003
From:
Operations Branch IV
To:
Entergy Operations
References
-RFPFR, 50-313/04-301
Download: ML041330337 (128)
v • d • e


Text

ADMINISTATIVE JOB PERFORMANCE MEASURE A1JPM-RO-HTBAL2 Page 1 of 4 UNIT: 1 REVISION #

0 DATE: TUOI NUMBER: A1JPM-RO-HTBAL2 SYSTEM: A.1 - Conduct of Operations TASK: Perform a Manual Heat Balance Calculation JTA: ANO-RO-ADMIN-NORM-182 KA VALUE RO 2.9 SRO 4.0 KA

REFERENCE:

2.1.12 APPROVED FOR ADMINISTRATION TO: RO X SRO TASK LOCATION:

INSIDE CR:

OUTSIDE CR:

BOTH: X SUGGESTED TESTING ENVIRONMENT AND METHOD (PERFORM OR SIMULATE):

PLANT SITE: SIMULATOR:PERFORM LAB: POSITION EVALUTED: RO X SRO ACTUAL TESTING ENVIRONMENT: PLANT SITE:

SIMULATOR:X LAB: ACTUAL TESTING METHOD: SIMULATE:

PERFORM: X APPROXIMATE COMPLETION TIME IN MINUTES: 45 MINUTES

REFERENCES:

1103.016 Heat Balance Calculation EXAMINEE'S NAME:

SSN: EVALUATOR'S NAME:

THE EXAMINEE'S PERFORMANCE WAS EVALUATED AGAINST THE STANDARDS CONTAINED IN THIS JPM AND IS DETERMINED TO BE:

SATISFACTORY:

UNSATISFACTORY:

PERFORMANCE CHECKLIST COMMENTS:

START TIME:

STOP TIME:

TOTAL TIME:

SIGNED: DATE: SIGNATURE INDICATES THIS JPM HAS BEEN COMPARTED TO ITS APPLICABLE PROCEDURE BY A QUALIFIED INDIVIDUAL (NOT THE EXAMINEE) AND IS CURRENT WITH THAT REVISION.

ADMINISTATIVE JOB PERFORMANCE MEASURE A1JPM-RO-HTBAL2 Page 2 of 4 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS: It is desired to verify the accuracy of the PMS calculated Rx Thermal Power (XPP) in order to ensure compliance with Technical Specification SR 3.3.1.2. All data has been recorded and 1103.016, Att. 2 has been started. TASK STANDARD

The examinee has correctly calculated Secondary Side Heat Balance in Att. 2, step 2.4 and Best Estimate of Reactor Power, step 2.6.

TASK PERFORMANCE AIDS

Copies of partially completed 1103.016.

ADMINISTATIVE JOB PERFORMANCE MEASURE A1JPM-RO-HTBAL2 Page 3 of 4 INITIATING CUE:

The CRS requests that you complete the remainder of 1103.016, Attachment 2, Manual Heat Balance, beginning with step 9.2. CRITICAL ELEMENTS (C):

1 (C) PERFORMANCE CHECKLIST STANDARDS N/A SAT UNSAT NOTE: Provide examinee with a copy of partially completed 1103.016.

(C) 1. Perform calculations in Attachment 2.

Examinee calculated %FP SEC as 99.989% per step 2.4 in Att. 2. Accept answers between 99.7 and 100.2%.

Examinee calculated %FP as 99.989% per step 2.4 in Att. 2. Accept answers between

99.7 and 100.2%.

END ADMINISTATIVE JOB PERFORMANCE MEASURE A1JPM-RO-HTBAL2 Page 4 of 4 JPM INITIAL TASK CONDITIONS:

It is desired to verify the accuracy of the PMS calculated Rx Thermal Power (XPP) in order to ensure compliance with Technical Specification SR 3.3.1.2. All data has been recorded and 1103.016, Att. 2 has been started.

INITIATING CUE:

The CRS requests that you complete the remainder of 1103.016, Attachment 2, Manual Heat Balance, beginning with step 9.2.

A D M I NI ST RA T I VE JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-RO-DW G 1 Page 1 of 4 UNIT: 1 REV # 0 DATE: ______________________________

TUOI NUMBER: A1JPM-RO-DWG1 SYSTEM/DUTY AREA: ADMINISTRATIVE TOPIC - CONDUCT OF OPERATIONS TASK: DETERMINE ISOLATION BOUNDARY USING DRAWINGS AND/OR PRINTS JTA#: ENS-OPER-PTAG-ADMIN-1 KA VALUE RO: 2.8 SRO: 3.1 KA

REFERENCE:

2.1.24 APPROVED FOR ADMINISTRATION TO: RO: X SRO: X TASK LOCATION: INSIDE CR: X OUTSIDE CR:_________ BOTH:________

SUGGESTED TESTING ENVIRONMENT AND METHOD (PERFORM OR SIMULATE):

PLANT SITE:_______________ SIMULATOR: PERFORM LAB:__________________

POSITION EVALUATED: RO:___

__ SRO:___________

ACTUAL TESTING ENVIRONMENT: SIMULATOR: X PLANT SITE:__________ LAB:________

TESTING METHOD: SIMULATE:_________ PERFORM:___________

APPROXIMATE COMPLETION TIME IN MINUTES: 10 MINUTES REFERENCE(S): 1107.001, M-213 sh. 2

______________________________________________________________________

EXAMINEE'S NAME:________________________________ SSN ______-_____-____________

EVALUATOR'S NAME:__________________________________________________________________

THE EXAMINEE'S PERFORMANCE WAS EVALUATED AGAINST THE STANDARDS CONTAINED IN THIS JPM AND IS DETERMINED TO BE:

SATISFACTORY:________________ UNSATISFACTORY:_________________

PERFORMANCE CHECKLIST COMMENTS:

___________________________________________________________________________________

___________________________________________________________________________________

___________________________________________________________________________________

____________ Start Time ____________ Stop Time ____________ Total Time SIGNED ________________________________ DATE: _______________________

SIGNATURE INDICATES THIS JPM HAS BEEN COMPARED TO ITS APPLICABLE PROCEDURE BY A QUALIFIED INDIVIDUAL (NOT THE EXAMINEE) AND IS CURRENT WITH THAT REVISION.

A D M I NI ST RA T I VE JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-RO-DW G 1 Page 2 of 4 EXAMINEE'S COPY JPM INITIAL TASK CONDITIONS

The WCO reports the Laundry Drain pump (P-45) has a severe seal leak.

INITIATING CUE:

The CRS directs you to determine the isolation boundary (electrical and mechanical) for Laundry Drain pump (P-45) in accordance with approved drawings and procedures.

A D M I NI ST RA T I VE JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-RO-DW G 1 Page 3 of 4 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS: The WCO reports the Laundry Drain pump (P-45) has a severe seal leak.

TASK STANDARD

The examinee has correctly identified the isolation boundary for Laundry Drain pump (P-45) using controlled drawings and procedures.

TASK PERFORMANCE AIDS

Simulator drawings and procedures

ADMINISTRATIVE JOB PERFORMANCE MEASURE TUOI: A1JPM-RO-DWG1 Page 4 of 4 INITIATING CUE:

The CRS directs you to determine the isolation boundary (electrical and mechanical) for Laundry Drain pump (P-45) in accordance with approved drawings and procedures.

CRITICAL ELEMENTS (C) 1 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT NOTE: Inform examinee that th is task is to identify the isolation bounda ry only, a tagout will not be prepared.

(C) 1. Determine isolation boundaries.

Examinee determined proper boundary isolations to include:

B3134, power supply LZ-2A, Suction from T-19 LZ-2B, Suction from T-19 LZ-4411A, Suction from T-109 LZ-4411B, Suction from T-109 LZ-4, Discharge Open ABS-25 casing drain(not required for full credit)

(Note: Examinee should determine boundary isolations using controlled procedures and drawings, specifically 1107.001 and M-213 sh. 2).

END A D M I NI ST RA T I VE JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-RO-S URV3 Page 1 of 4 UNIT: 1 REV # 2 DATE: ______________________________

TUOI NUMBER: A1JPM-RO-SURV3 SYSTEM/DUTY AREA: ADMINISTRATIVE TOPIC - EQUIPMENT CONTROL TASK: PERFORM SURVEILLANCE TESTS JTA#: ANO-RO-ADMIN-NORM-23 KA VALUE RO: 3.0 SRO: 3.4 KA

REFERENCE:

2.2.12 APPROVED FOR ADMINISTRATION TO: RO: X SRO: TASK LOCATION: INSIDE CR: X OUTSIDE CR:_________ BOTH:________

SUGGESTED TESTING ENVIRONMENT AND METHOD (PERFORM OR SIMULATE):

PLANT SITE:_______________ SIMULATOR: PERFORM LAB:__________________

POSITION EVALUATED: RO:____

__ SRO:___________

ACTUAL TESTING ENVIRONMENT: SIMULATOR: PLANT SITE:__________ LAB:________

TESTING METHOD: SIMULATE:_________ PERFORM:___________

APPROXIMATE COMPLETION TIME IN MINUTES: 10 MINUTES REFERENCE(S): 1104.036, Emergency Diesel Generator Operation

EXAMINEE'S NAME:________________________________ SSN ______-_____-____________

EVALUATOR'S NAME:__________________________________________________________________

THE EXAMINEE'S PERFORMANCE WAS EVALUATED AGAINST THE STANDARDS CONTAINED IN THIS JPM AND IS DETERMINED TO BE:

SATISFACTORY:________________ UNSATISFACTORY:_________________

PERFORMANCE CHECKLIST COMMENTS:

___________________________________________________________________________________

___________________________________________________________________________________

___________________________________________________________________________________

____________ Start Time ____________ Stop Time ____________ Total Time SIGNED ________________________________ DATE: _______________________

SIGNATURE INDICATES THIS JPM HAS BEEN COMPARED TO ITS APPLICABLE PROCEDURE BY A QUALIFIED INDIVIDUAL (NOT THE EXAMINEE) AND IS CURRENT WITH THAT REVISION.

A D M I NI ST RA T I VE JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-RO-S URV3 Page 2 of 4 EXAMINEE'S COPY JPM INITIAL TASK CONDITIONS

A surveillance test of DG1 Fuel Transfer Pump P-16A is in progress.

Supplement 5 of 1104.036 up to step 2.6 is completed.

INITIATING CUE:

The CRS directs you to complete the surveillance test of P-16A in accordance with 1104.036, Supplement 5.

A D M I NI ST RA T I VE JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-RO-S URV3 Page 3 of 4 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS

A surveillance test of DG1 Fuel Transfer Pump P-16A is in progress.

Data gathering of Supplement 5 of 1104.029 up to step 2.6 is completed.

TASK STANDARD

The examinee calculates pump flow rate correctly on Supplement 5 of 1104.036 and determines the data is below the minimum in the acceptance criteria.

TASK PERFORMANCE AIDS

1104.036, Supplement 5, completed to step 2.6.

ADMINISTRATIVE JOB PERFORMANCE MEASURE TUOI: A1JPM-RO-SURV3 Page 4 of 4 INITIATING CUE:

The CRS directs you to complete the surveillance test of P-16A in accordance with 1104.036, Supplement 5.

CRITICAL ELEMENTS (C) 2, 3, 4 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT 1. Review 1104.036, Supplement 5.

Examinee reviewed 1104.036, Supplement 5.

____ ____ ____ NOTE: Inform examinee that the stopwatch reads 9:41.36 (9 minutes, 41.36 seconds).

(C) 2. Calculate pump flow rate.

Examinee correctly calculated pump flow rate.

Per note, 41.36 seconds equals .68 minutes. (200 - 105) / 9.68 = 9.81 gpm

____ ____ ____ (C) 3 Record flow rate in Section 3.0.

Examinee recorded flow rate in Section 3.0.

____ ____ ____ (C) 4 Evaluate flow rate, compare to "LIMITING RANGE FOR OPERABILITY" value.

Examinee circled "NO" in column titled "IS DATA WITHIN LIMITING

RANGE". Examinee discussed declaring pump inoperable, notifying SM, writing Condition Report, initiating corrective action, and referring to Tech Specs.

____ ____ ____ NOTE: The SM or CRS will consult Tech Specs to determine ope rability, it is the RO's responsibility to report the inoperability of P-16A only. Diesel operability will be determined by the SM/CRS.

Inform examinee that steps 2.8 through 2.11 have been completed

. END T UOI NUMB E R:

Page 1 of 4 A1JPM-RO-DOSE-XX JOB PERFORMANCE MEASURE Unit: 1 Rev # 1 Date: 1/12/2004 TUOI NUMBER:

A1JPM-RO- DOSE-XX System/Duty Area:

Administrative Topic-Radiation Control Task: Calculate Stay times for yourself and another operator JA# KA Value RO 2.6 SRO 3.3 KA Reference G 2.3.10 Approved For Administration To: RO SRO Task Location: Inside CR:

Outside CR: Both: Suggested Testing Environment And Method (Perform Or Simulate): Simulate Plant Site:

Simulator: Perform Lab: Position Evaluated: RO:

X SRO: X Actual Testing Environment: Simulator:

Plant Site:

Lab Testing Method: Simulate:

Perform: Approximate Completion Time In Minutes: 10 Minutes Reference(S): HP Survey Map of P36C, Pump Room 54.

Examinee's Name:

SSN: Evaluator's Name:

The Examinee's performance was evaluated against the standards contained in this JPM and is determined to be:

Satisfactory:

Unsatisfactory:

Performance Checklist Comments:

Start Time Stop Time Total Time Signed Date: Signature indicates this JPM has been compared to its applicable procedure by a qualified individual (not the examinee) and is current with that revision.

T UOI NUMB E R:

Page 2 of 4 A1JPM-RO-DOSE-XX THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS:

You are an AO with the plant at full power. A hot spot has developed on Makeup PUMP P36C. You and another AO will be working in the vicinity of the reduction gear assembly in order to flush the lines reduce the hot spot radiation field.

Using the supplied survey map, determine the individual stay times for yourself AND the other AO without exceeding the annual administrative dose limit (Ignore dose received during transit). You have an accumulated annual Whole Body dose of 1805 mR (ANO records). The other AO has an accumulated annual Whole Body dose of 1820 mR (ANO records). No additional dose has been received at any other site.

Also, calculate stay time if the air in the pump room was contaminated with a level of 0.29 DAC (stochastic) assuming no respirators are used.

Calculations should be based on ANO Unit 1 Administrative dose limits. Provide answers with 3 significant figures (example 4.50). Do not consider ALARA task requirements. Any required dose extensions have been processed and approved.

TASK STANDARD:

The examinee has correctly determined the stay times for himself and the other AO on the assignment.

TASK PERFORMANCE AIDS:

HP Survey map of P36C Pump Room, Room number 54.

SIMULATOR SETUP: N/A T UOI NUMB E R:

Page 3 of 4 A1JPM-RO-DOSE-XX INITIATING CUE: Determine the Stay time for you and the other AO on the job. Also determine the stay time if the air in the pump room was contaminated with a level of 0.29 DAC (stochastic) assuming no respirators are used. Provide answers with 3 significant figures (example 4.50).

CRITICAL ELEMENTS (c):

1,2, and 3 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT C 1. Determine the HIGHEST general area dose rate in the area of the reduction gear assembly to be used from the survey map.

Examinee has determined the HIGHEST general area dose rate in the area of the reduction gear assembly to be used from the survey map of P36C pump room.

(60 mR/hr)

____ ____ ___ C 2. Determine Stay time (to 3 significant figures) with no airborne contamination for both operators.

Examinee has determined that the stay time for him/her is 3.25 hrs and the stay time for the other AO is 3.00 hrs plus or minus 0.01 hours0.0417 days <br />0.00595 weeks <br />0.00137 months <br />. ____ ____ ___ C 3. Determine Stay time( to 3 significant figures) WITH airborne contamination for both operators.

Examinee has determined that the stay time for him/her is 3.21hrs and the stay time for the other AO is 2.96 hrs plus or minus 0.01 hours0.0417 days <br />0.00595 weeks <br />0.00137 months <br />.

____ ____ ___ EXAMINER'S CUE: This concludes the JPM.

END TUOI NUMBER: A1JPM-RO-DOSE-XX

Page 4 of 4 EXAMINEE'S COPY INITIAL CONDITIONS:

You are an AO with the plant at full power. A hot spot has developed on Makeup PUMP P36C. You and another AO will be working in the vicinity of the reduction gear assembly in order to flush the lines reduce the hot spot radiation field.

Using the supplied survey map, determine the individual stay times and another AO without exceeding the annual administrative dose limit (Ignore dose received during transit). You have an accumulated annual Whole Body dose of 1810 mR (ANO records). The other AO has an accumulated annual Whole Body dose of 1820 mR (ANO records). No additional dose has been received at any other site.

Also calculate stay time if the air in the pump room was contaminated with a level of 0.29 DAC (stochastic) assuming no respirators are used.

Calculations should be based on ANO Unit 1 Administrative dose limits. Provide answers with 3 significant figures (example 4.50). Do not consider ALARA task requirements. Any required dose extensions have been processed and approved.

INITIATING CUE:

Determine the Stay time for you and the other AO on the job. Also determine stay time if the air in the pump room was contaminated with a level of 0.29 DAC (stochastic) assuming no respirators are used. Provide answers with 3 significant figures (example 4.50).

T UOI NUMB E R: A1 J P M-R O-E P-X X Adm i nis t rative Q u es tions

Page 1 of 4 JOB PERFORMANCE MEASURE Unit: 1 Rev # 1 Date: 1/12/2004 TUOI NUMBER:

A1JPM-RO- EP-XX System/Duty Area:

Administrative Topic-Emergency Plan Task: Answer two questions regarding RO responsibilities in Emergency Plan implementation JA# KA Value RO 3.3 SRO 3.1 KA Reference G 2.4.39 Approved For Administration To: RO SRO Task Location: Inside CR:

Outside CR: Both: Suggested Testing Environment And Method (Perform Or Simulate): Perform Plant Site:

Simulator: Perform Lab: Position Evaluated: RO:

X SRO: Actual Testing Environment: Simulator:

Plant Site:

Lab Testing Method: Simulate:

Perform: Approximate Completion Time In Minutes: 10 Minutes Reference(S): 1903.030, change 024-03-0, step 6.2.2c. 1903.011, change 024-03-0, form YY.

Examinee's Name:

SSN: Evaluator's Name:

The Examinee's performance was evaluated against the standards contained in this JPM and is determined to be:

Satisfactory:

Unsatisfactory:

Performance Checklist Comments:

Start Time Stop Time Total Time Signed Date: Signature indicates this JPM has been compared to its applicable procedure by a qualified individual (not the examinee) and is current with that revision.

T UOI NUMB E R: A1 J P M-R O-E P-X X Adm i nis t rative Q u es tions

Page 2 of 4 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

Type: Closed Reference Completion Time: 10 minutes Question 1: You are attending requal training in the RETC. A plant evacuation is announced. What is your assembly area?

Q1 Answer : The Operations Support Center (OSC).

Reference:

1903.030, change 024-03-0, step 6.2.2c.

Comments: Question 2: After declaring an emergency, how soon must the ADH be notified?

Q2 Answer : 15 minutes

Reference:

1903.011, change 024-03-0, form YY.

Comments:

TASK STANDARD:

The examinee has correctly answered both questions.

TUOI NUMBER: A1JPM-RO-EP-XX Administrative Questions Page 3 of 4 EXAMINEE'S COPY Type: Closed Reference Completion Time: 10 minutes Question 1: You are attending requal training in the RETC. A plant evacuation is announced. What is your assembly area?

Comments: Question 2: After declaring an emergency, how soon must the ADH be notified?

Comments:

ADMINISTATIVE JOB PERFORMANCE MEASURE A1JPM-SRO-HTBAL1 Page 1 of 4 UNIT: 1 REVISION #

0 DATE: TUOI NUMBER: A1JPM-SRO-HTBAL1 SYSTEM: A.1 - Conduct of Operations TASK: Review a Manual Heat Balance Calculation JTA: ANO-SRO-ADMIN-NORM-200 KA VALUE RO 2.9 SRO 4.0 KA

REFERENCE:

2.1.12 APPROVED FOR ADMINISTRATION TO: RO SRO X TASK LOCATION:

INSIDE CR:

OUTSIDE CR:

BOTH: X SUGGESTED TESTING ENVIRONMENT AND METHOD (PERFORM OR SIMULATE):

PLANT SITE: SIMULATOR:PERFORM LAB: POSITION EVALUTED: RO SRO X ACTUAL TESTING ENVIRONMENT: PLANT SITE:

SIMULATOR:X LAB: ACTUAL TESTING METHOD: SIMULATE:

PERFORM: X APPROXIMATE COMPLETION TIME IN MINUTES: 45 MINUTES

REFERENCES:

1103.016 Heat Balance Calculation EXAMINEE'S NAME:

SSN: EVALUATOR'S NAME:

THE EXAMINEE'S PERFORMANCE WAS EVALUATED AGAINST THE STANDARDS CONTAINED IN THIS JPM AND IS DETERMINED TO BE:

SATISFACTORY:

UNSATISFACTORY:

PERFORMANCE CHECKLIST COMMENTS:

START TIME:

STOP TIME:

TOTAL TIME:

SIGNED: DATE: SIGNATURE INDICATES THIS JPM HAS BEEN COMPARTED TO ITS APPLICABLE PROCEDURE BY A QUALIFIED INDIVIDUAL (NOT THE EXAMINEE) AND IS CURRENT WITH THAT REVISION.

ADMINISTATIVE JOB PERFORMANCE MEASURE A1JPM-SRO-HTBAL1 Page 2 of 4 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS: It is desired to verify the accuracy of the PMS calculated Rx Thermal Power (XPP) in order to ensure compliance with Technical Specification SR 3.3.1.2. The CBOT has completed 1103.016, Heat Balance Calculation, and calculated Rx thermal power to be 101.483%. NI's are reading an average of 99.1%.

The CBOT's math has been verified to be correct by an extra RO.

TASK STANDARD

The examinee has correctly identified two of four errors in Heat Balance Calculation.

TASK PERFORMANCE AIDS

Copies of completed 1103.016.

ADMINISTATIVE JOB PERFORMANCE MEASURE A1JPM-SRO-HTBAL1 Page 3 of 4 INITIATING CUE:

Review the operator's completed 1103.016 and complete section 11.0. In addition, verify compliance with Technical Specification SR 3.3.1.2. .

CRITICAL ELEMENTS (C):

1, 3 (C) PERFORMANCE CHECKLIST STANDARDS N/A SAT UNSAT NOTE: Provide examinee with a copy of completed 1103.016. Examinee may state initially that the as performed Heat Balance would require adjustment of NI's to be in compliance with Tech Spec SR 3.3.1.2.

(C) 1. Review 1103.016.

Examinee reviewed 1103.016. Examinee discovered two of four errors in calculations. 1. Step 2.4 value used for Q losses was taken from step 2.2 vs. 2.3. 2. Step 2.5 a value of 600 was given for HHA instead of real value. 3. Step 2.5 value used for Q losses was taken from step 2.2 vs. 2.3. 4. Step 2.6 % full power calculation is incorrect due to above errors.

2. Instruct CBOT to re-perform 1103.016.

Examinee stated that 1103.016 should be re-performed.

NOTE: Inform examinee that 1103.016 has been re-performed and calculated Rx thermal power is 99.99%.

(C) 3. Verify compliance with Technical Specification surveillance SR

3.3.1.2. Examinee concludes that SR 3.3.1.2 as recalculated Rx thermal power is within 2% of initial NI readings.

END ADMINISTATIVE JOB PERFORMANCE MEASURE A1JPM-SRO-HTBAL1 Page 4 of 4 JPM INITIAL TASK CONDITIONS:

It is desired to verify the accuracy of the PMS calculated Rx Thermal Power (XPP) in order to ensure compliance with Technical Specification SR 3.3.1.2. The CBOT has completed 1103.016, Heat Balance Calculation, and calculated Rx thermal power to be 101.483% NI's are reading an average of 99.1%. The CBOT's math calculations have been verified to be correct by an extra RO.

INITIATING CUE:

Review the operator's completed 1103.016 and complete section 11.0. In addition, verify compliance with Technical Specification SR 3.3.1.2.

A D M I NI ST RA T I VE JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-SRO-SURV4 Page 1 of 4 UNIT: 1 REV # 0 DATE: ______________________________

TUOI NUMBER: A1JPM-SRO-SURV4 SYSTEM/DUTY AREA: ADMINISTRATIVE TOPIC - CONDUCT OF OPERATIONS TASK: MONITOR CONDUCT OF SHIFT SURVEILLANCE TESTS JTA#: ANO-SRO-ADMIN-NORM-200 KA VALUE RO: 3.0 SRO: 3.4 KA

REFERENCE:

2.2.12 APPROVED FOR ADMINISTRATION TO: RO: SRO: X TASK LOCATION: INSIDE CR:

OUTSIDE CR:_________ BOTH:____

X____ SUGGESTED TESTING ENVIRONMENT AND METHOD (PERFORM OR SIMULATE):

PLANT SITE:_______________ SIMULATOR: PERFORM LAB:__________________

POSITION EVALUATED: RO:____

__ SRO:___________

ACTUAL TESTING ENVIRONMENT: SIMULATOR: PLANT SITE:__________ LAB:________

TESTING METHOD: SIMULATE:_________ PERFORM:___________

APPROXIMATE COMPLETION TIME IN MINUTES: 20 MINUTES REFERENCE(S): 1106.006, Emergency Feedwater Pump Operation

EXAMINEE'S NAME:________________________________ SSN ______-_____-____________

EVALUATOR'S NAME:__________________________________________________________________

THE EXAMINEE'S PERFORMANCE WAS EVALUATED AGAINST THE STANDARDS CONTAINED IN THIS JPM AND IS DETERMINED TO BE:

SATISFACTORY:________________ UNSATISFACTORY:_________________

PERFORMANCE CHECKLIST COMMENTS:

___________________________________________________________________________________

___________________________________________________________________________________

___________________________________________________________________________________

____________ Start Time ____________ Stop Time ____________ Total Time SIGNED ________________________________ DATE: _______________________

SIGNATURE INDICATES THIS JPM HAS BEEN COMPARED TO ITS APPLICABLE PROCEDURE BY A QUALIFIED INDIVIDUAL (NOT THE EXAMINEE) AND IS CURRENT WITH THAT REVISION.

A D M I NI ST RA T I VE JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-SRO-SURV4 Page 2 of 4 EXAMINEE'S COPY JPM INITIAL TASK CONDITIONS

The quarterly test of Emergency Feedwater Pump (P-7B) per 1106.006, Supplement 11, was performed on the previous shift. The SM is performing Section 4, Shift Manager Review and Analysis.

INITIATING CUE:

The SM requests that you conduct a peer review of the test since he has found some errors. Identify at least 2 errors in the test.

A D M I NI ST RA T I VE JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-SRO-SURV4 Page 3 of 4 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS

The quarterly test of Emergency Feedwater Pump (P-7B) per 1106.006, Supplement 11, was performed on the previous shift. The SM is performing Section 4, Shift Manager Review and Analysis.

TASK STANDARD

The examinee has reviewed 1106.0006, Supplement 11 and identified at least 2 administrative errors in the test.

TASK PERFORMANCE AIDS

Completed 1106.0006, Supplement 11.

ADMINISTRATIVE JOB PERFORMANCE MEASURE TUOI: A1JPM-SRO-SURV4 Page 4 of 4 INITIATING CUE:

The SM requests that you conduct a peer review of the test since he has found some errors. Identify at least 2 errors in the test.

CRITICAL ELEMENTS (C) 2 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT 1. Review 1106.006, Supplement 11.

Examinee reviewed 1106.006, Supplement 11.

(C) 2. Identify at least 2 administrative errors. Examinee identified at least 2 of the following administrative errors:

Independent verification initials missing in step 1.2.1. Entry into T.S. time clock step was N/A'd at step 2.1.4. Acceptance Criteria Table 4, EFW Test Recirc Flow FI-2888 recorded as 532 gpm and "YES" circled when this value is greater than Limiting Range for Operability. Stopwatch cal due date has expired in step 3.2.1.

END TUOI NUM BER: A1JPM-SRO-XX Page 1 of 4 JOB PERFORMANCE MEASURE Unit: 1 Rev # 1 Date: 1/12/2004 TUOI NUMBER:

A1JPM-SRO-XX System/Duty Area:

Administrative Topic-Emergency Procedures/Plan Task: Determine Emergency Action Level after Scenario #3 of OP test.

JA# KA Value RO SRO 4.1 KA Reference G 2.4.41 Approved For Administration To: RO SRO Task Location: Inside CR:

Outside CR: Both: Suggested Testing Environment And Method (Perform Or Simulate): Simulate Plant Site:

Simulator: Perform Lab: Position Evaluated: RO:

SRO: X Actual Testing Environment: Simulator:

Plant Site:

Lab Testing Method: Simulate:

Perform: Approximate Completion Time In Minutes: 5 Minutes Reference(S): 1903.010 Emergency Action Level Classification, 1903.011, Emergency Response Notifications Examinee's Name:

SSN: Evaluator's Name:

The Examinee's performance was evaluated against the standards contained in this JPM and is determined to be:

Satisfactory:

Unsatisfactory:

Performance Checklist Comments:

Start Time Stop Time Total Time Signed Date: Signature indicates this JPM has been compared to its applicable procedure by a qualified individual (not the examinee) and is current with that revision.

TUOI NUM BER: A1JPM-SRO-XX Page 2 of 4 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist -

System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS:

The following conditions existed at the end of Scenario 3:

Unit 1 Reactor was tripped due to SB LOCA with SCM lost and it will not be restored. All appropriate ESAS channels had actuated and Full HPI was injecting water into the RCS with pressure stable and being

controlled close to the saturation line (may even be on it) but within the limits of Figure 3 of EOP (RT14). No fuel clad failure was indicated.

TASK STANDARD:

Examinee correctly classifies this event as an Site Area Emergency per EAL 2.4 and makes notifications to plant personnel per 1903.011M.

TASK PERFORMANCE AIDS:

1903.010 Attachments 1 and 3, 1903.011 Attachment 2, and 1903.011M SIMULATOR SETUP:

N/A TUOI NUM BER: A1JPM-SRO-XX Page 3 of 4 INITIATING CUE: For the given plant conditions, determine t he applicable EAL classification and initiate notifications per the applicable Shift Manager Emergency Dire ction and Control Checklist in 1903.011.

CRITICAL ELEMENTS (c):

3and 6 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT 1. Compare event conditions with the Index of EALs, Attachment 1 of 1903.010, Emergency Action Level Classification.

Turned to Attachment 1 of 1903.010, Index of EALs.

____ ____ ___ 2. Turn to appropriate EAL and compare EAL criteria with event conditions.

Turned to a specific EAL in Safety System Function, Attachment 3 of 1903.010.

____ ____ ___ C 3. Declare the emergency classification.

Declared or stated the event is an SAE per EAL 2.4, based on RCS leakage greater than normal makeup capacity (not required to be stated), no fuel clad damage, and SCM not restored.

____ ____ ___ 4. Initiate immediate notifications.

Referred to 1903.011 and turned to Attachment 2.

NOTE: Cue the examinee that the Unit 2 Shift Engineer is performing the initial notifications per 1903.011 after the examinee has stated that Unit 2 Shift Engineer (or control room communicator) has been requested.

5. Begin completion of form 1903.011M, Alert Emergency Direction and Control Checklist for Shift Manager. Began completion of form 1903.011M Alert Emergency Direction and Control Checklist for Shift Manager.

Examinee should fill in the data on items 1 and 2.

Examinee should simulate (or

state) direction of the SE to complete the initial notification.

____ ____ ___ C 6. (Simulate) Announce emergency on plant paging system. Used plant-paging system to (simulate) make announcement per step 4 of form 1903.011M.

____ ____ ___ EXAMINER'S CUE: This concludes the JPM.

END TUOI NUMBER: A1JPM-SRO-XX

Page 4 of 4 EXAMINEE'S COPY INITIAL CONDITIONS:

The initial conditions for this jpm are the plant conditions when scenario #3 was terminated.

INITIATING CUE:

For the given plant conditions, determine the applicable EAL cla ssification and initiate notifications per the applicable Shift Manager Emergency Direction and Control Checklist in 1903.011.

T UOI NUMB E R: Page 1 of 5 A1JPM-RO-CRD02 JOB PERFORMANCE MEASURE Unit: 1 Rev # 4 Date: TUOI NUMBER:

A1JPM-RO-CRD02 System/Duty Area:

CONTROL ROD DRIVE SYSTEM Task: Perform Transfer To Auxiliary Supply JA# ANO1-RO-CRD-NORM-12 KA Value RO 3.4 SRO 3.4 KA Reference 001 A4.03 Approved For Administration To: RO SRO Task Location: Inside CR:

Outside CR: Both: Suggested Testing Environment And Method (Perform Or Simulate):

Plant Site:

Simulator: Perform Lab: Position Evaluated: RO:

SRO: Actual Testing Environment: Simulator:

Plant Site:

Lab Testing Method: Simulate:

Perform: Approximate Completion Time In Minutes: 15 Minutes Reference(S): 1105.009 Examinee's Name:

SSN: Evaluator's Name:

The Examinee's performance was evaluated against the standards contained in this JPM and is determined to be:

Satisfactory:

Unsatisfactory:

Performance Checklist Comments:

Start Time Stop Time Total Time Signed Date: Signature indicates this JPM has been compared to its applicable procedure by a qualified individual (not the examinee) and is current with that revision.

T UOI NUMB E R: Page 2 of 5 A1JPM-RO-CRD02 TUOI NUMBER:

ANO-1-JPM-RO-CRD02 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS:

Rx demand and diamond stations are in manual.

Preparation to exercise rods per Supplement 2, 1105.009, is in progress.

TASK STANDARD:

Group 1 Rods have been transferred to the Auxiliary Power Supply and are enabled for being moved on that power supply in run speed.

TASK PERFORMANCE AIDS:

1105.009, Section 8.0

T UOI NUMB E R: Page 3 of 5 A1JPM-RO-CRD02 TUOI NUMBER:

ANO-1-JPM-RO-CRD02 INITIATING CUE: The CRS/SM directs you to transfer Group 1 Rods to the Auxiliary Power Supply for movement of Group 1 at run speed. IAW 1105.009, Section 8.0 CRITICAL ELEMENTS (c):

2, 3, 5, 6, 7, 8, 9, 10, 11 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT INSTRUCTOR NOTE: Verify the Reactor Demand and Diamond are in manual.

1. Verify transfer reset lamp is ON and TR CF is OFF. On CRD Diamond Panel, condition of both lights was checked. Transfer reset lamp was ON and TR CF lamp was OFF.

____ ____ ____ C 2. Place Group select switch to Group 1.

On CRD Diamond Panel, Group Select Switch was placed in Group 1 position.

____ ____ ____ C 3. Select Single Select Switch to ALL.

On CRD Diamond Panel, Single select switch was selected to ALL. ____ ____ ____ 4. Set Auto/Manual Switch to Manual, verify Manual Lamp is ON.

On CRD Diamond Panel, verified manual lamp ON or Auto/Manual pushbutton depressed to select MANUAL. ____ ____ ____ C 5. Set SEQ.- SEQ OR. switch to SEQ. OR position.

On CRD Diamond Panel, SEQ.- SEQ OR. switch was selected to SEQ. OR position.

____ ____ ____

T UOI NUMB E R: Page 4 of 5 A1JPM-RO-CRD02 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT C 6. Set Group/Auxiliary Switch to Auxiliary. Aux PB.

On CRD Diamond Panel, Group/Aux. PB was selected to Aux. ____ ____ ____ C 7. Set Speed Select Switch to "JOG".

On CRD Diamond Panel, Speed Select Switch was selected to JOG position.

____ ____ ____ C 8. Set Clamp/Clamp Release Switch to CLAMP.

On CRD Diamond Panel, selected Clamp/Clamp Release Switch to CLAMP. ____ ____ ____ C 9. Press Manual Transfer Switch.

On CRD Diamond Panel, manual transfer PB was depressed.

____ ____ ____ C 10. Set Clamp/Clamp Release Switch to Clamp Release. On CRD Diamond Panel, depressed Clamp/Clamp Release Switch.

____ ____ ____ C 11. Set Group/ AUX switch to Group.

On CRD Diamond Panel, Group/Aux PB was selected to Group. ____ ____ ____ 12. If movement at RUN speed is desired, set speed switch to RUN.

On CRD Diamond Panel, Speed Select Switch was selected to RUN position.

____ ____ ____ END TUOI NUMBER: A1JPM-RO-CRD02 Page 5 of 5 EXAMINEE'S COPY INITIAL CONDITIONS:

Preparation to exercise rods per Supplement 2, 1105.009, is in progress. Rx Demand and Diamond sta tions are in manual.

INITIATING CUE:

The CRS/SM directs you to transfer Group 1 Rods to the Auxiliary Power Supply for movement of Group 1 at run speed. IAW 1105.009, Section 8.0.

T UOI NUMB E R: A1 J P M-R O- Page 1 of 6 JOB PERFORMANCE MEASURE Unit: 1 Rev # 1 Date: TUOI NUMBER:

A1JPM-RO-System/Duty Area:

002 Reactor Coolant System Task: Restart a Make-up Pump following an RCS leak isolation JA# ANO1-RO- KA Value RO 4.3 SRO 4.4 KA Reference 002.A2.01 Approved For Administration To: RO SRO Task Location: Inside CR:

Outside CR: Both: Suggested Testing Environment And Method (Perform Or Simulate):

Plant Site:

Simulator: Perform X Lab: Position Evaluated: RO:

X SRO: X Actual Testing Environment: Simulator:

Plant Site:

Lab Testing Method: Simulate:

Perform: Approximate Completion Time In Minutes: 20 Minutes Reference(S): AOP 1203.026 Examinee's Name:

SSN: Evaluator's Name:

The Examinee's performance was evaluated against the standards contained in this JPM and is determined to be:

Satisfactory:

Unsatisfactory:

Performance Checklist Comments:

Start Time Stop Time Total Time Signed Date: Signature indicates this JPM has been compared to its applicable procedure by a qualified individual (not the examinee) and is current with that revision.

T UOI NUMB E R: A1 J P M-R O- Page 2 of 6 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS:

You are the CBOR and section 2 of AOP 1202.026 was entered because of a small leak in the Makeup system on the discharge side of the pumps. The reactor was tripped and the plant is stable in Mode 3 conditions. All Makeup pumps had to be stopped to repair the leak. The leak has been repaired. Make up pump line up: P-36A is ES, P-36B is OP, P-36C is STBY. RCP seal bleedoff temperature is 160 0F.

TASK STANDARD:

Restart a Makeup pump following RCS leak isolation per section 2 of Procedure 1203.026, starting with step 3.6.6. TASK PERFORMANCE AIDS:

Radio (may be simulated), copy of section 2 AOP 1203.026, steps 3.6.6 - 3.7.

SIMULATOR SETUP:

1. Trip reactor 2. Perform 1202.001 rx trip, with enclosures as appropriate 3. Allow plant to stabilize (OTSG on LLL, DFT stable) 4. Lower PZR level SP to 100" 5. Allow PZR level to reach 100" 6. Initialize MUT at 80" 7. When PZR level reaches 100" close all Make up valves
8. Shutdown all running Makeup pumps
9. Store IC T UOI NUMB E R: A1 J P M-R O- Page 3 of 6 INITIATING CUE: The CRS/SM directs you to restart Makeup Pump P-36C (STBY pump) IAW section 2 of AOP 1203.026, starting with step 3.6.6 CRITICAL ELEMENTS (c):

3, 8, 9 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT INSTRUCTOR NOTE: Examinee may review the AOP 1203.0126 prior to starting the JPM.

1. Verify Makeup Tank outlet (CV-1275) is open (step 3.6.6A of procedure)

Operator verifies CV-1275 open.

____ ____ ____ 2. Add to Makeup tank as necessary to maintain level

> 55" using current RCS boron concentration. (step 3.6.6B of procedure)

Operator verifies MUT level is

> 55". ____ ____ ____ C 3. Start Aux Lube Oil pump for STBY HPI pump (P-36C). (step 3.6.7 of procedure is conditional on STBY HPI pump being available which was given as the initial condition).

Operator rotates control handle for P-36C aux lube oil pump and verifies that red light is on, green light is off.

____ ____ ____ 4. Review SPDS data for HPI pump suction pressure history, leak location, and lowest suction pressure achieved. (This is the BOXED NOTE prior to step 3.6.10 in the procedure).

See Cue below NOTE: Operator should sk ip step 3.6.10 since pump venting is not required.

Operator should review the SPDS data and determine that no pump venting is required. See Cue below

____ ____ ____ INSTRUCTOR NOTE: Examinee must review the SPDS.

INSTRUCTOR CUE: The lowest suction pressure for the STBY pump should be around 25psig. If the SPDS is not available, then instructor must cue this value. No loss of pump suction occurred therefore candidate should NOT try to vent pump.

5. Verify HPI suction pressure >10psig. (step 3.6.11)

Operator verifies suction pressure >10psig. ____ ____ ____

T UOI NUMB E R: A1 J P M-R O- Page 4 of 6 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT 6. Verify the following valves in HAND and CLOSED: CV-1207 (seal injection supply) CV-1235 (normal makeup supply) (step 3.6.12)

NOTE: Operator should skip step 3.6.13 since ES pump is not used. 7. Operator verifies white light for HAND is on and red light for AUTO is off for both CV-1207 (seal injection supply) and CV-1235 (normal makeup supply) and valves both indicate CLOSED with corresponding valve position indicator green lights ON and red lights OFF.

____ ____ ____ C 8. After AUX lube oil pump has run for

> 1 minute, start the STBY HPI pump.

(step 3.6.14)

Operator verifies red light is lit for AUX lube oil pump and places hand control switch for STBY HPI pump P-36C to start. Verifies the red light ON and green light OFF for P-36C.

____ ____ ____ C 9. Stop the AUX lube oil pump for the STBY HPI pump (P-36C).

(step 3.6.15)

Operator places the hand control switch for the AUX lube oil pump (for P-36C) to the OFF position and verifies green light ON and red light OFF.

____ ____ ____ 10. Place CV-1206 pushbutton to OVRD. Open CV-1206 (seal injection isolation valve).

(steps 3.6.16 and 3.6.17)

Operator pushes CV-1206 button, observes OVRD light is ON, and places the valve hand switch to open position and observes red light ON and green light OFF.

____ ____ ____ 11. Slowly open CV-1207 (seal injection control valve) and adjust seal flow to 30-40gpm and place valve in AUTO.

(step 3.6.18B)

NOTE: step B is used because RCP bleedoff temperature should be 160 0 F or less.

Operator slowly turns hand switch CCW for CV-1207 in order to open it enough to get 30-40gpm flow and place mode switch for the valve in AUTO and observe red light is ON, white light is OFF. ____ ____ ____ 12. When RCP seals total flow is above setpoint (CV-1206 FLOW light ON), return CV-1206 OVRD pushbutton to normal (OVRD light off).

(step 3.6.19)

Operator should observe CV-1206 FLOW light is ON and then push the OVRD pushbutton in to return it to normal and observe the OVRD light is OFF.

____ ____ ____

T UOI NUMB E R: A1 J P M-R O- Page 5 of 6 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT C 13. Slowly open CV-1235 until makeup flow indication is on-scale and adjust CV-1235 setpoint to desired value and place in AUTO.

(steps 3.6.20 and 3.6.21)

Operator should SLOWLY turn CV-1235 position switch CCW to open the valve and watch for flow indications on scale. Operator should then adjust the SP to a nominal value, place valve hand station in AUTO and observe white light OFF and RED light ON. ____ ____ ____ C 14. Re-establish letdown.

(step 3.7)

JPM is complete Operator places hand station for letdown isolation valve CV-1221 to CCW position to initiate letdown and observes letdown flow rate and red light ON and green light OFF (for valve open indication).

____ ____ ____ END T UOI NUMB E R: A1 J P M-R O- Page 6 of 6 EXAMINEE'S COPY INITIAL CONDITIONS:

You are the CBOR and AOP 1202.026 was entered because of a small leak in the Makeup system on the discharge side of the pumps . The reactor was tripped and the plant is stable in Mode 3 conditions. All Makeup pumps had to be stopped to repair the leak. The leak has been repaired. Make up pump line up: P-36A is ES, P-36B is OP, P-36C is STBY. RCP seal bleedoff temperature is 160 0F.

INITIATING CUE:

The CRS/SM directs you to restart Makeup Pump P-36C (STBY pump) IAW AOP 1203.026, starting with step 3.6.6.

PR O C./W O R K PLA N N O.

PR O C ED U R E/W O R K PLA N T I T L E: P AG E: 8 o f 1203.026 11 LOSS OF REACTOR COOLANT MAKEUP CHANGE: 009-04-0 SECTION 2 -- LARGE MAKEUP AND PURIFICATION SYSTEM LEAK (continued)

NOTE The SPDS Safety System Diagnostic Inst. display contains the previous 20 minutes of data.

3.6.4 Select Safety System Diagnostic Inst. display on SPDS for OP HPI pump and evaluate suction pressure and flow stability prior to event.

3.6.5 If radiation levels prohibit leak isolation, perform the following:

A. Open BWST Outlet (CV-1407 or CV-1408) to ES HPI pump.

B. Operate ES HPI pump and associated HPI Block valve (CV-1220 or CV-1285) only as necessary to maintain RCS inventory.

C. GO TO step 3.7. 3.6.6 When system leakage has been isolated, perform the following:

A. Verify Makeup Tank Outlet (CV-1275) open.

B. Add to MU tank as necessary to maintain level 55" using current RCS boron concentration.

3.6.7 If STBY HPI pump is available, perform the following:

A. Start AUX lube oil pump for STBY HPI pump.

B. GO TO step 3.6.10 to place STBY HPI pump in service.

3.6.8 If STBY HPI pump is not available, and OP HPI pump damage is not suspected, perform the following:

A. Start AUX lube oil pump for OP HPI pump.

B. GO TO step 3.6.10 to place OP HPI pump in service.

3.6.9 If both OP and STBY HPI pumps are not available, perform the following:

A. Start AUX lube oil pump for ES HPI pump.

B. Place ES standby HPI pump in service per step 3.6.10.

PR O C./W O R K PLA N N O.

PR O C ED U R E/W O R K PLA N T I T L E: P AG E: 8 o f 1203.026 11 LOSS OF REACTOR COOLANT MAKEUP CHANGE: 009-04-0 SECTION 2 -- LARGE MAKEUP AND PURIFICATION SYSTEM LEAK (continued)

NOTE Decision to vent HPI pump shoul d be based on suction pressure from SPDS history as well as leak location and lowest suction pressure achieved.

3.6.10 If loss of pump suction was indicated, perform the following:

A. If ES HPI pump is being re-aligned per Attachment A, verify associated P-36 Makeup Pump Suction Cross-Over open prior to venting.

B. Vent pump using applicable Makeup Pump P-36 Vent to ABV Header:

P-36A P-36B P-36C ABV-9A ABV-9B ABV-9C 3.6.11 Verify HPI pump suction pressure >10 psig.

3.6.12 Verify the following valves in HAND and closed:

  • CV-1207
  • CV-1235 3.6.13 If ES HPI pump will be used, verify Attachment A steps 1 through 6 complete.

CAUTION Operation of Aux Lube Oil Pump with HPI/MU Pump running should be minimized.

3.6.14 After AUX lube oil pump has run for 1 minute, start HPI pump.

3.6.15 Stop AUX lube oil pump for HPI pump.

3.6.16 Place CV-1206 pushbutton in OVRD (OVRD light on).

3.6.17 Open CV-1206.

3.6.18 Slowly open CV-1207 as follows:

A. If seal bleedoff temperature is >180°F, establish and maintain 8 to 12 gpm RCP Seal Total INJ Flow until <180°F.

PROC./WORK PLAN NO.

1203.026 PROCEDURE/WORK PLAN TITLE: PAGE: 8 of 11 LOSS OF REACTOR COOLANT MAKEUP CHANGE: 009-04-0 B. When seal bleedoff temperature is <180°F, adjust CV-1207 for 30-40 gpm and place in AUTO.

SECTION 2 -- LARGE MAKEUP AND PURIFICATION SYSTEM LEAK (continued) 3.6.19 When RCP Seals Total INJ Flow is above setpoint (CV-1206 FLOW light on), return CV-1206 OVRD pushbutton to normal (OVRD light off).

3.6.20 Slowly open CV-1235 until makeup flow indication is on-scale.

3.6.21 Adjust CV-1235 setpoint to desired value and place in AUTO.

3.7 If normal makeup is in service, reestablish letdown.

T UOI NUMB E R: Page 1 of 6 A1JPM-RO- JOB PERFORMANCE MEASURE Unit: 1 Rev # 1 Date: TUOI NUMBER:

A1JPM-RO-System/Duty Area:

Task: Perform ERV (PSV-1000) Exercise Test JA# ANO1-RO- KA Value RO 3.0 SRO 3.2 KA Reference 010.A3.01 Approved For Administration To: RO SRO Task Location: Inside CR:

Outside CR: Both: Suggested Testing Environment And Method (Perform Or Simulate):

Plant Site:

Simulator: Perform X Lab: Position Evaluated: RO:

X SRO: X Actual Testing Environment: Simulator:

Plant Site:

Lab Testing Method: Simulate:

Perform: Approximate Completion Time In Minutes: 10 Minutes Reference(S):

OP 1103.005 Supplement 1 (change 030-02-0), 1203.012H (change 031-03-0), and AOP 1203.015 (change 011-00-0)

Examinee's Name:

SSN: Evaluator's Name:

The Examinee's performance was evaluated against the standards contained in this JPM and is determined to be:

Satisfactory:

Unsatisfactory:

Performance Checklist Comments:

Start Time Stop Time Total Time Signed Date: Signature indicates this JPM has been compared to its applicable procedure by a qualified individual (not the examinee) and is current with that revision.

T UOI NUMB E R: Page 2 of 6 A1JPM-RO- THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS:

You are the CBOR and you are directed by the CRS to perform OP 1103.005, Supplement 1, "Exercising of the Pressurizer Electromatic Relief Valve (PSV-1000)" in order to meet the regularly scheduled 18 month test. The plant conditions are as follows: RC Temperature = 120 0 F RC Pressure = 55 psig TASK STANDARD:

Perform the ERV exercise test per OP 1103.005, Supplement 1 (change 030-02-0).

TASK PERFORMANCE AIDS:

Stopwatch, Radio (may be simulated), copy of OP 1103.005, Supplement 1 (change 030-02-0).

SIMULATOR SETUP: 1. Reactor tripped, in Mode 5 2. RC Temperature = 120 0F, RC Pressure = 55 psig 3. When step 2.2.4 is reached, ERV (PSV-1000) sticks open and will not close 4. When ERV Isolation valve is closed (CV-1000), the leak stops

T UOI NUMB E R: Page 3 of 6 A1JPM-RO- INITIATING CUE: The CRS/SM directs you to perform the ERV exercise test per OP 1103.005, Supplement 1 (change 030-02-0) in order to meet the regularly scheduled 18 month test.

CRITICAL ELEMENTS (c):

5, 6, 8 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT INSTRUCTOR NOTE: Examinee may review the OP 1103.005, Supplement 1 prior to starting the JPM. Also, the Examinee should initial each step on the procedure forms although it is not written into the JPM.

1. Check purpose of test (step 1.1 of procedure)

Operator checks "B" for regularly scheduled 18 month test.

____ ____ ____ 2. Records stop watch M & TE # and cal date in section 3.0 of procedure. Checks RC Temp

> 100 o F Checks RC Pressure

< 70 psig Checks ERV Isolation (CV-1000) open (steps 1.2 thru 1.5 of procedure)

Operator enters stopwatch cal data, initials for correct RCS temp/pressure, and checks ERV isolation valve light RED is ON and GREEN is OFF.

____ ____ ____ 3. If elevated airborne activity is expected as a result of ERV operations, personnel hatch interlock enabled or --. Instructor Cue here NOTE: No elevated ai rborne activity is expected See Instructor Cue below Operator should ask CRS about expected airborne activity.

Instructor cues as given below.

Operator should N/A the step after the cue.

____ ____ ____ INSTRUCTOR CUE: CRS reports that there is no elevated airborne activity expected. N/A the step on the form.

4. Verify no one is at the vicinity of the ERV.

(step 2.1)

Instructor Cue: when operato r calls on radio or asks CRS, reply back that no one is in the vicinity of ERV See Instructor Cue at left.

. Operator asks CRS to determine or uses radio to call and determine that no one is near the ERV.

____ ____ ____

T UOI NUMB E R: Page 4 of 6 A1JPM-RO- C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT C 5. Perform the following steps while ensuring RCS pressure remains

> 30psig:

-Place ERV Acoustic Monitor Full Scale Range selector to 1 g position.

-Open and measure stroke time of ERV (Record in Section 3.0).

(steps 2.2.1 - 2.2.2)

Operator selects 1 g position for ERV Acoustic Monitor with Acoustic selector switch. Operator places hand switch for ERV to "open" position and verifies ERV open by using all three parameter indications listed here: Acoustic Monitor indicating light on panel C04 Dropping RCS pressure (Operator should not let pressure drop below 30psig) Rising Quench Tank Pressure Operator then enters the stroke time in Section 3.0.

____ ____ ____ C 6. Close and measure the stroke time of ERV (Record in Section 3.0).

(step 2.2.4)

NOTE: This is the alternate path portion of the JPM. The ERV will stick completely open and will not move under any conditions. The block valve (CV-1000) should be closed to stop the release.

Operator places hand switch for ERV to "close" position and should attempt to verify that the ERV is closed by using all three parameter indications listed here: Acoustic Monitor indicating light on panel C04 (displays open) Stable RCS pressure (It should continue to drop) Stable Quench Tank Pressure (It should continue to rise)

____ ____ ____ NOTE: This is the alternate path portion of the JPM. The ERV will stick completely open and will not move under any conditions. The block valve (CV-1000) should be closed to stop the release per Alarm procedure OP 1203.012H for alarm K09-A1, "Relief Valve Open", page 2.

T UOI NUMB E R: Page 5 of 6 A1JPM-RO- C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT 7. Operator should enter the Annunciator Response OP 1203.012H for alarm K09-A1, " Relief Valve Open", page 2.

s Failure s Failure.Operator is directed by OP1203.012H to refer to procedure AOP 1203.015 for "

Pressurizer System

". Operator should refer to section 1.0 of this procedure for "ERV Failure or Leak."

Operator acknowledges alarm and enters Alarm procedure OP 1203.012H for alarm K09-A1, "Relief Valve Open", page 2. This procedure directs Operator to AOP 1203.015 for "Pressurizer System

" Operator should refer to section 1.0 of this procedure for ERV failure or Leak. ____ ____ ____ C 8. Operator should commence follow-up actions for section 1.0, which include: a. Close the ERV Isolation valve (CV-1000). b. Trip reactor if can't maintain pressure (N/A in this JPM)

(steps 3.1-3.2)

Operator closes the isolation valve with hand switch for CV-1000 and observes the following: Acoustic Monitor indicating light on panel C04 (displays closed) Stable RCS pressure Stable Quench Tank Pressure

____ ____ ____ NOTE: Closing the ERV block or isolation valve CV-1000 will stop the leak.

9. If closing CV-1000 stops the leak, perform the following: a. Continue power operations with ERV isolated (N/A for this JPM) b. Notify OPS manager c. Log in station log and on plant status board (step 3.3)

END of JPM Operator notifies the OPS manager of the stuck open ERV, block valve has contained the leak, and logs the entry in the station log and PSB.

____ ____ ____ INSTRUCTOR CUE: This concludes the JPM.

END T UOI NUMB E R: Page 6 of 6 A1JPM-RO- EXAMINEE'S COPY INITIAL CONDITIONS:

You are the CBOR and you are directed by the CRS to perform OP 1103.005, Supplement 1, "Exercising of the Pressurizer Electromatic Relief Valve (PSV-1000)" in order to meet the regularly scheduled 18 month test. The plant conditions are as follows: RC Temperature = 120 0 F RC Pressure = 55 psig INITIATING CUE:

The CRS/SM directs you to perform the ERV exercise test per OP 1103.005, Supplement 1 (change 030-02-0) in order to meet the regularly scheduled 18-month test.

P R OC./W O RK P L A N NO. P R OCEDURE/W O RK P L A N T I T L E: Page 33 of 38 1103.005 PRESSURIZER OPERATION CHANGE: 030-02-0 SUPPLEMENT 1 Page 1 of 4 EXERCISING OF THE PRESSURIZER ELECTROMATIC RELIEF VALVE (PSV-1000)

This test demonstrates operability of the pressurizer ERV by exercising the valve. This test satisfies TS 5.5.8 (ANO IST program requirements) for stroke time measurement, exercising, and fail-safe operation. This test also satisfies part of Surveillance TR 3.4.2.1 for RCS vent path operability. This test is related to SR 3.4.11.5 "Channel calibration of ERV opening circuitry".

1.0 INITIAL CONDITIONS INITIALS 1.1 Check the purpose of this test: _________ __A) Regularly scheduled cold shutdown test. __B) Regularly scheduled 18 month test __C) Operability test following significant maintenance.

__D) Other (describe in section 4.0).

1.2 Stop watch available for measuring valve stroke time. _________

1.2.1 Record Stopwatch M&TE# and Cal Due Date in Section 3.0.

1.3 RC temperature

> 100 0F. _________

1.4 RC pressure < 70 psig. _________

1.5 ERV Isolation (CV-1000) open. _________

1.6 If elevated airborne activity is expected as a result of _________ ERV operations, personnel Hatch interlock enabled or Personnel Hatch watch stationed to ensure only one door opened at a time. Otherwise N/A.

2.0 TEST METHOD WARNING Opening the ERV causes a localized steam release at the pilot valve vent. This is a radiation and safety hazard.

2.1 Verify no one is at the vicinity of the ERV.

P R OC./W O RK P L A N NO. P R OCEDURE/W O RK P L A N T I T L E: Page 34 of 38 1103.005 PRESSURIZER OPERATION CHANGE: 030-02-0 SUPPLEMENT 1 Page 2 of 4 NOTE ERV position and vent path operability are obtained using: Acoustic Monitor indication on C04 and dropping RCS pressure and rising Quench Tank pressure.

2.2 Perform the following steps while ensuring RCS pressure remains < 30 psig.

2.2.1 Place ERV Acoustic Monitor Full Scale Range _______ selector to 1 g position.

2.2.2 Open and measure stroke time of ERV _______ (Record in Section 3.0).

2.2.3 Verify ERV open using all of the following: _______

Acoustic Monitor Indication on C04 Dropping RCS pressure Rising Quench Tank pressure.

2.2.4 Close and measure stroke time of ERV _______ (Record in Section 3.0).

2.2.5 Verify ERV closed using all of the following: _______

Acoustic Monitor Indication on C04 Stable RCS pressure Stable Quench Tank pressure.

2.2.6 Place ERV Acoustic Monitor Full Scale Range _______ selector to 10 g position.

PROC./WORK PLAN NO.

1103.005 PROCEDURE/WORK PLAN TITLE:

Page 35 of 38 PRESSURIZER OPERATION CHANGE: 030-02-0 SUPPLEMENT 1 Page 3 of 4 3.0 ACCEPTANCE CRITERIA 3.1 Record stroke time measured during testing and compare with "Limiting Value For Operability".

Stopwatch M&TE#___________ Cal Due Date ________________

Valve Control Panel Test Direction Measured Stroke Time (nearest 1/10 second) Acceptable Normal Range (Sec) Limiting Value For Operability (Sec) Is Measured Stroke Time Less Than "Limiting Value For Operability"Design Bases Value Open < 2.0 < 2.0 Yes No

< 2.0 PSV-1000 C04 Closed 2.6-7.8 <10.4* Yes No N/A

  • Valve closure verifies proper fail-safe operation.

3.2 If "No" is circled in 3.1 above, declare PSV-1000 _______ inoperable, immediately notify the Shift Manager/CRS, write a Condition Report, initiate corrective action. Reference applicable Tech Spec for LCO.

3.3 If any measured stroke time does not fall within the _______ "Acceptable Normal Range", immediately retest valve or declare that valve inoperable. Refer to "Operability" section of this procedure for additional guidance.

PERFORMED BY _______________________OPERATOR DATE/TIME ______/______

Page 1 of 5 T U O I: A1J P M-DHR01 JOB PERFORMANCE MEASURE UNIT: ______

1_______ REV # ______

8_______ DATE: ______________________________

TUOI NUMBER:_A1JPM-RO-DHR01

_____________

SYSTEM/DUTY AREA:_DECAY HEAT REMOVAL

______________________________________________

TASK:__ESTABLISH DECAY HEAT REMOVAL USING P-34A

____________________________________

JTA#:__ANO1-RO-DHR-NORM-2

__________ ________________

KA VALUE RO:___

3.6____ SRO:__

3.4_____ KA

REFERENCE:

__

005 A4.01__________________

APPROVED FOR ADMINISTRATION TO: RO:___

X____ SRO:____

X____ TASK LOCATION: INSIDE CR:____

X____ OUTSIDE CR:_________ BOTH:________

SUGGESTED TESTING ENVIRONMENT AND METHOD (PERFORM OR SIMULATE):

PLANT SITE:_______________ SIMULATOR:___PERFORM_______ LAB:__________________

POSITION EVALUATED: RO:__________ SRO:___________

ACTUAL TESTING ENVIRONMENT: SIMULATOR:__________ PLANT SITE:__________ LAB:________

TESTING METHOD: SIMULATE:_________ PERFORM:___________

APPROXIMATE COMPLETION TIME IN MINUTES:___20 MINUTES

_______________________________

REFERENCE(S):__1104.004

_____________________________

EXAMINEE'S NAME:________________________________ SSN ______-_____-____________

EVALUATOR'S NAME:__________________________________________________________________

THE EXAMINEE'S PERFORMANCE WAS EVALUATED AGAINST THE STANDARDS CONTAINED IN THIS JPM AND IS DETERMINED TO BE:

SATISFACTORY:________________ UNSATISFACTORY:_________________

PERFORMANCE CHECKLIST COMMENTS:

___________________________________________________________________________________

___________________________________________________________________________________

____________ Start Time ____________ Stop Time ____________ Total Time SIGNED ________________________________ DATE: _______________________

SIGNATURE INDICATES THIS JPM HAS BEEN COMPARED TO ITS APPLICABLE PROCEDURE BY A QUALIFIED INDIVIDUAL (NOT THE EXAMINEE) AND IS CURRENT WITH THAT REVISION.

Page 2 of 5 T U O I: A1J P M-DHR01 EXAMINEE'S COPY JPM INITIAL TASK CONDITIONS

Plant shutdown and cooldown per 1102.010 is complete to step 10.8. Breakers B-5255/B-6255/B-5651 are closed. 1104.004 is complete up to step 7.2.3.

INITIATING CUE:

The CRS directs that Decay Heat Pump P34A be placed in service with DHR flow <3500 gpm and discharge pressure <400 psig, complete procedure through step 7.2.18.

Page 3 of 5 T U O I: A1J P M-DHR01 TUOI NUMBER: ANO-1-JPM-RO-DHR01 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS:

Plant shutdown and cooldown per 1102.010 is complete to step 10.8. Decay heat removal with P34A is to be established per 1104.004. Breakers B-5255/B-6255/B-5651 are closed.

TASK STANDARD:

P-34A decay heat pump running per OP 1104.004. Flow indicated

< 3500 gpm and discharge pressure <400 psig.

TASK PERFORMANCE AIDS:

1104.004 Section 7.0

Page 4 of 5 T U O I: A1J P M-DHR01 TUOI NUMBER: ANO-1-JPM-RO-DHR01 INITIATING CUE:

The CRS directs that P34A be placed in service with DHR flow <3500 gpm and discharge pressure <400 psig, complete procedure through step 7.2.18.

INSTRUCTOR NOTE: Ensure B-5255, B-6255,and B-5651 are closed and Programmable Annunciator alarm for P34A (P1404) set at 400 psig.

CRITICAL ELEMENTS (C):

1, 2, 5, 7, 8, 9, 10, 11, 12, 15 C PERFORMANCE CHECKLIST STANDARDS N/A SAT UNSAT (C) 1. Close Decay Heat P-34A Suction from BWST (CV-1436).

CV-1436 red light off, green light on.

____ ____ ____ (C) 2. Open Decay Heat P-34A Suction from RCS (CV-1434).

CV-1434 red light on, green light off.

____ ____ ____ 3. Open E-35A and E-35B sample valves SS-41A and SS-41B.

Contacted the WCO and instructed the WCO to open SS-41A and SS-41B. ____ ____ ____ NOTE: Inform examinee that Category "E" log entry has been made.

4. Verify white Open Permit light ON at CV-1410 handswitch on C16.

Verified white open permit light on.

____ ____ ____ (C) 5. Open CV-1410.

Opened DH suction valve CV-1410. ____ ____ ____ 6. Verify white Open Permit light ON at CV-1050 handswitch on C18.

Verified white open permit

light on.

____ ____ ____ C 7. Open DH Suction Valve CV-1050 Opened DH suction valve CV-1050. ____ ____ ____ C 8. Open DH suction RB isolation CV-1404. Opened CV-1404.

____ ____ ____ C 9. Close decay heat cooler E-35A outlet valve CV-1428.

Closed CV-1428.

____ ____ ____

Page 5 of 5 TUOI: A1JPM-DHR01 C PERFORMANCE CHECKLIST STANDARDS N/A SAT UNSAT C 10. Position E-35A Cooler Bypass (CV-1433) to ~ 50% as indicated on HIC-1433. Positioned CV-1433 to ~

50% open.

____ ____ ____ C 11. Open Decay Heat Block Valve CV-1401 Opened CV-1401.

____ ____ ____ C 12. Start P-34A.

Started P-34A.

____ ____ ____ 13. Verify LPI/Decay Heat Pump Brg CLR E-50A Inlet (CV-3840) and Decay HT CLR Service Water E-35A Inlet (CV-3822) open.

On C-18, verified CV-3840 and CV-3822 open.

____ ____ ____ 14. Monitor pressurizer level.

Monitored pressurizer level on C04 or SPDS.

____ ____ ____ C 15. Adjust CV-1433 to establish decay heat removal flow at < 3500 gpm from P-34A and discharge pressure < 400 psig.

Adjusted DHR flow to <3500 gpm and discharge pressure < 400 psig using CV-1433.

____ ____ ____ NOTE: Inform examinee that it is not necessary to perform Part 2 of Supplement 3.

16. Verify LPI Room Cooler VUC-1A starts. At panel C-19, verified VUC-1A started (red light on). ____ ____ ____ 17. Adjust the DECAY HEAT VORTEX WARNING SETPOINT.

Selected the U5 function of the SPDS computer and set KP34ALO just below the Decay Heat Pump motor current and adjusted KP34AHI just above the Decay Heat Pump motor current.

____ ____ ____ END Page 1 of 5 T U O I: A1J P M-DHR01 JOB PERFORMANCE MEASURE UNIT: ______

1_______ REV # ______

8_______ DATE: ______________________________

TUOI NUMBER:_A1JPM-RO-DHR01

_____________

SYSTEM/DUTY AREA:_DECAY HEAT REMOVAL

______________________________________________

TASK:__ESTABLISH DECAY HEAT REMOVAL USING P-34A

____________________________________

JTA#:__ANO1-RO-DHR-NORM-2

__________ ________________

KA VALUE RO:___

3.6____ SRO:__

3.4_____ KA

REFERENCE:

__

005 A4.01__________________

APPROVED FOR ADMINISTRATION TO: RO:___

X____ SRO:____

X____ TASK LOCATION: INSIDE CR:____

X____ OUTSIDE CR:_________ BOTH:________

SUGGESTED TESTING ENVIRONMENT AND METHOD (PERFORM OR SIMULATE):

PLANT SITE:_______________ SIMULATOR:___PERFORM_______ LAB:__________________

POSITION EVALUATED: RO:__________ SRO:___________

ACTUAL TESTING ENVIRONMENT: SIMULATOR:__________ PLANT SITE:__________ LAB:________

TESTING METHOD: SIMULATE:_________ PERFORM:___________

APPROXIMATE COMPLETION TIME IN MINUTES:___20 MINUTES

_______________________________

REFERENCE(S):__1104.004

_____________________________

EXAMINEE'S NAME:________________________________ SSN ______-_____-____________

EVALUATOR'S NAME:__________________________________________________________________

THE EXAMINEE'S PERFORMANCE WAS EVALUATED AGAINST THE STANDARDS CONTAINED IN THIS JPM AND IS DETERMINED TO BE:

SATISFACTORY:________________ UNSATISFACTORY:_________________

PERFORMANCE CHECKLIST COMMENTS:

___________________________________________________________________________________

___________________________________________________________________________________

____________ Start Time ____________ Stop Time ____________ Total Time SIGNED ________________________________ DATE: _______________________

SIGNATURE INDICATES THIS JPM HAS BEEN COMPARED TO ITS APPLICABLE PROCEDURE BY A QUALIFIED INDIVIDUAL (NOT THE EXAMINEE) AND IS CURRENT WITH THAT REVISION.

Page 2 of 5 T U O I: A1J P M-DHR01 EXAMINEE'S COPY JPM INITIAL TASK CONDITIONS

Plant shutdown and cooldown per 1102.010 is complete to step 10.8. Breakers B-5255/B-6255/B-5651 are closed. 1104.004 is complete up to step 7.2.3.

INITIATING CUE:

The CRS directs that Decay Heat Pump P34A be placed in service with DHR flow <3500 gpm and discharge pressure <400 psig, complete procedure through step 7.2.18.

Page 3 of 5 T U O I: A1J P M-DHR01 TUOI NUMBER: ANO-1-JPM-RO-DHR01 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS:

Plant shutdown and cooldown per 1102.010 is complete to step 10.8. Decay heat removal with P34A is to be established per 1104.004. Breakers B-5255/B-6255/B-5651 are closed.

TASK STANDARD:

P-34A decay heat pump running per OP 1104.004. Flow indicated

< 3500 gpm and discharge pressure <400 psig.

TASK PERFORMANCE AIDS:

1104.004 Section 7.0

Page 4 of 5 T U O I: A1J P M-DHR01 TUOI NUMBER: ANO-1-JPM-RO-DHR01 INITIATING CUE:

The CRS directs that P34A be placed in service with DHR flow <3500 gpm and discharge pressure <400 psig, complete procedure through step 7.2.18.

INSTRUCTOR NOTE: Ensure B-5255, B-6255,and B-5651 are closed and Programmable Annunciator alarm for P34A (P1404) set at 400 psig.

CRITICAL ELEMENTS (C):

1, 2, 5, 7, 8, 9, 10, 11, 12, 15 C PERFORMANCE CHECKLIST STANDARDS N/A SAT UNSAT (C) 1. Close Decay Heat P-34A Suction from BWST (CV-1436).

CV-1436 red light off, green light on.

____ ____ ____ (C) 2. Open Decay Heat P-34A Suction from RCS (CV-1434).

CV-1434 red light on, green light off.

____ ____ ____ 3. Open E-35A and E-35B sample valves SS-41A and SS-41B.

Contacted the WCO and instructed the WCO to open SS-41A and SS-41B. ____ ____ ____ NOTE: Inform examinee that Category "E" log entry has been made.

4. Verify white Open Permit light ON at CV-1410 handswitch on C16.

Verified white open permit light on.

____ ____ ____ (C) 5. Open CV-1410.

Opened DH suction valve CV-1410. ____ ____ ____ 6. Verify white Open Permit light ON at CV-1050 handswitch on C18.

Verified white open permit

light on.

____ ____ ____ C 7. Open DH Suction Valve CV-1050 Opened DH suction valve CV-1050. ____ ____ ____ C 8. Open DH suction RB isolation CV-1404. Opened CV-1404.

____ ____ ____ C 9. Close decay heat cooler E-35A outlet valve CV-1428.

Closed CV-1428.

____ ____ ____

Page 5 of 5 TUOI: A1JPM-DHR01 C PERFORMANCE CHECKLIST STANDARDS N/A SAT UNSAT C 10. Position E-35A Cooler Bypass (CV-1433) to ~ 50% as indicated on HIC-1433. Positioned CV-1433 to ~

50% open.

____ ____ ____ C 11. Open Decay Heat Block Valve CV-1401 Opened CV-1401.

____ ____ ____ C 12. Start P-34A.

Started P-34A.

____ ____ ____ 13. Verify LPI/Decay Heat Pump Brg CLR E-50A Inlet (CV-3840) and Decay HT CLR Service Water E-35A Inlet (CV-3822) open.

On C-18, verified CV-3840 and CV-3822 open.

____ ____ ____ 14. Monitor pressurizer level.

Monitored pressurizer level on C04 or SPDS.

____ ____ ____ C 15. Adjust CV-1433 to establish decay heat removal flow at < 3500 gpm from P-34A and discharge pressure < 400 psig.

Adjusted DHR flow to <3500 gpm and discharge pressure < 400 psig using CV-1433.

____ ____ ____ NOTE: Inform examinee that it is not necessary to perform Part 2 of Supplement 3.

16. Verify LPI Room Cooler VUC-1A starts. At panel C-19, verified VUC-1A started (red light on). ____ ____ ____ 17. Adjust the DECAY HEAT VORTEX WARNING SETPOINT.

Selected the U5 function of the SPDS computer and set KP34ALO just below the Decay Heat Pump motor current and adjusted KP34AHI just above the Decay Heat Pump motor current.

____ ____ ____ END T U O I N U M BER:_A N O-1-JPM-R O-R PS 02_ Pag e 1 of 5 JOB PERFORMANCE MEASURE UNIT: ______

1_______ REV # ______

4________ DATE: ______________________________

TUOI NUMBER:_A1JPM-RO-RPS02 ______________

SYSTEM/DUTY AREA:_

REACTOR PROTECTION SYSTEM

________________________________________

TASK:_REMOVE A CHANNEL OF RPS FROM MANUAL BYPASS

___________________________________

JTA#:_ANO1-RO-RPS-NORM-6

___________________________

KA VALUE RO:___

3.6____ SRO:__

3.6_____ KA

REFERENCE:

__

012 A4.03_________________

APPROVED FOR ADMINISTRATION TO: RO:____

X___ SRO:___

X ___ TASK LOCATION: INSIDE CR:____

X____ OUTSIDE CR:_________ BOTH:________

SUGGESTED TESTING ENVIRONMENT AND METHOD (PERFORM OR SIMULATE):

PLANT SITE:_______________ SIMULATOR:___

PERFORM_______ LAB:__________________

POSITION EVALUATED: RO:__________ SRO:___________

ACTUAL TESTING ENVIRONMENT: SIMULATOR:__________ PLANT SITE:__________ LAB:________

TESTING METHOD: SIMULATE:_________ PERFORM:___________

APPROXIMATE COMPLETION TIME IN MINUTES

___ 15 MINUTES

______________________________

REFERENCE(S):__1105.001

______________________________________

______________________________________________________________________

EXAMINEE'S NAME:________________________________ SSN ______-_____-____________

EVALUATOR'S NAME:__________________________________________________________________

THE EXAMINEE'S PERFORMANCE WAS EVALUATED AGAINST THE STANDARDS CONTAINED IN THIS JPM AND IS DETERMINED TO BE:

SATISFACTORY:________________ UNSATISFACTORY:_________________

PERFORMANCE CHECKLIST COMMENTS:

___________________________________________________________________________________

___________________________________________________________________________________

___________________________________________________________________________________

____________ Start Time ____________ Stop Time ____________ Total Time SIGNED ________________________________ DATE: _______________________

SIGNATURE INDICATES THIS JPM HAS BEEN COMPARED TO ITS APPLICABLE PROCEDURE BY A QUALIFIED INDIVIDUAL (NOT THE EXAMINEE) AND IS CURRENT WITH THAT REVISION.

T U O I N U M BER:_A N O-1-JPM-R O-R PS 02_ Pag e 2 of 5 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS:_

The plant is operating at 100% power with ICS in auto-

_ _matic. The "A" RPS channel is in manual bypass for maintenance. The maintenance

____ _has been completed.

________________________________________________________________

TASK STANDARD:_

The "A" RPS channel is removed from manual bypass.

___________________

____________________________________________________________________________________

____________________________________________________________________________________

____________________________________________________________________________________

____________________________________________________________________________________

TASK PERFORMANCE AIDS:_

Manual bypass key, 1105.001_________________________________

____________________________________________________________________________________

____________________________________________________________________________________

____________________________________________________________________________________

SIMULATOR SETUP: Power operations, place "A" RPS in manual bypass, select SASS Neutron Flux selector to the "Y" position.

T U O I N U M BER:_A N O-1-JPM-R O-R PS 02_ Pag e 3 of 5 TUOI NUMBER:_

ANO-1-JPM-RO-RPS02_

INITIATING CUE:

The SM/CRS directs you to remove the "A" RPS channel from manual bypass per section 11.0 of 1105.001, NI & RPS Operating Procedure.

CRITICAL ELEMENTS (C):__

2__ (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT NOTE: Due to the uniqueness of the design in the simulator, all channel indications are located in one RPS cabinet.

1. Verify "A" RPS channel is reset. Inside the RPS cabinet in the back of the control room: a) Verified all test modules are in "operate" with the On Test lamps ON dim.

b) Depressed and released the Output State and Output Memory Reset switches for all bistables with Output State and/or Output Memory lamps ON bright.

c) Verified the Building

Pressure contact buffer is reset (both Input State lamps OFF).

d) On the Channel A Reactor

Trip Module, placed Subsystem Reset switch to down position.

e) Verified the Subsystem

No. 1 lamps ON dim for Reactor Trip modules and Cabinet Indicating Panels on all RPS Channels.

_____ _____ _____ (C) 2. Turn Manual Bypass key switch out of bypass

position.

On the Reactor Trip Module in "A" RPS, turned keyswitch out of bypass position.

Reactor Trip Module did NOT trip (verifies previous step properly performed).

_____ _____ _____ 3. Verify Manual Bypass lamps ON dim. On the Reactor Trip module and indicating panel, verified the Manual Bypass lamps are ON dim.

_____ _____ _____

T U O I N U M BER:_A N O-1-JPM-R O-R PS 02_ Pag e 4 of 5 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT 4. Verify annunciator K08-D3 clear. Verified that annunciator K08-D3 RPS CHANNEL BYPASSED is clear.

_____ _____ _____ 5. Verify "A" EFIC channel Maintenance Bypass light

ON solid.

Verified "A" EFIC channel Maintenance Bypass light ON solid on the upper right of the "A" EFIC cabinet.

_____ _____ _____ 6. Remove Manual Bypass key from Reactor Trip module and return to Shift Mgr.

Removed Manual Bypass key from Reactor Trip module and returned to Shift Mgr.

_____ _____ _____ 7. Verify <1% difference between NI-5/NI-6 high and

NI-7/NI-8 high.

Used panel readings on C03 or plant computer points N1I56HI and N1I78HI to determine the difference between the highest of NI5/NI6 is <1% different from the highest of NI7/NI8.

_____ _____ _____ 8. Return the SASS Neutron Flux selector switch to

SASS Enable.

On C03, the SASS Neutron Flux switch is placed in the SASS Enable position after the signals (N1I56HI and N1I78HI) had been compared.

_____ _____ _____ END TUOI NUMBER:_ANO-1-JPM-RO-RPS02_ Page 5 of 5 EXAMINEE'S COPY INITIAL CONDITIONS:

The plant is operating at 100% power with ICS in automatic. The "A" RPS channel is in manual bypass for maintenance. The maintenance has been completed.

INITIATING CUE:

The SM/CRS directs you to remove the "A" R PS channel from manual by pass per section 11.0 of 1105.001, NI & RPS Operating Procedure.

T UOI NUMB E R: Page 1 of 6 A1JPM-RO-EOP11 JOB PERFORMANCE MEASURE Unit: 1 Rev # 1 Date: TUOI NUMBER:

A1JPM-RO- EOP11 System/Duty Area:

Emergency and Abnormal Operations Task: Perform Actions during ESAS Actuation to swap ECCS suction to RB sump (ALTERNATE PATH JPM)

JA# ANO1-RO- KA Value RO 4.0 SRO 3.8 KA Reference 006.A4.02 Approved For Administration To: RO SRO Task Location: Inside CR:

Outside CR: Both: Suggested Testing Environment And Method (Perform Or Simulate):

Plant Site:

Simulator: Perform X Lab: Position Evaluated: RO:

X SRO: X Actual Testing Environment: Simulator:

Plant Site:

Lab Testing Method: Simulate:

Perform: Approximate Completion Time In Minutes: 20 Minutes Reference(S):

Examinee's Name:

SSN: Evaluator's Name:

The Examinee's performance was evaluated against the standards contained in this JPM and is determined to be:

Satisfactory:

Unsatisfactory:

Performance Checklist Comments:

Start Time Stop Time Total Time Signed Date: Signature indicates this JPM has been compared to its applicable procedure by a qualified individual (not the examinee) and is current with that revision.

T UOI NUMB E R: Page 2 of 6 A1JPM-RO-EOP11 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS:

ESAS has actuated due to a LOCA. RCS pressure is 50 psig. All unnecessary people have been evacuated from the Aux Building. Aux Spray has been aligned from LPI system. BWST level is at ~ 6 feet, BWST LO and LO LO annunciators are in alarm.

TASK STANDARD:

LPI and RB Spray pumps operating with their suctions aligned to the RB sump and BWST outlet valves closed (i.e. CV-1405/1406 open AND CV-1407/1408 closed).

TASK PERFORMANCE AIDS:

RT15 from 1202.012, change 004-02-0.

SIMULATOR SETUP: IC2, then insert large RCS leak so that full ESAS actuation occurs. Trip all RCPs and go to reflux boiling setpoint for EFW. Close CV-1000 and CV-1009. Close CV-2415 and CV-2419 (CFT Outlets).Secure HPI pumps, close all HPI block valves, close CV-1206. Secure EFW-- P-7B in P-T-L, close CV-2613/CV-2663 in manual, close MFIVs and MSIVs. Throttle RB Spray to 1050-1200 gpm. Fail CV-1405 closed.

T UOI NUMB E R: Page 3 of 6 A1JPM-RO-EOP11 INITIATING CUE: The CRS/SM directs you to shift to RB sump suction using RT-15.

CRITICAL ELEMENTS (c):

9, 10, 11, 12 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT 1. Verify both LPI pumps running (P34A and B).

On C16 and C18, operator verifies RED lights ON and GREEN lights OFF for both P34A and P34B.

____ ____ ____ 2. Verify LPI Room Coolers running: VUC1A or VUC1B AND VUC1C or VUC1D.

On C19, operator verifies RED lights ON and GREEN lights OFF for VU1CA and VU1CC.

____ ____ ____ 3. Verify both LPI Block valves fully open (CV-1400 and CV-1401).

On C16 and C18, operator verifies valves are open with RED lights ON and GREEN lights OFF for CV-1400 and CV-1401.

____ ____ ____ 4. Verify Letdown isolated by CV-1221 closed on C16 or CV-1214/CV-1216 closed on C18.

On C-16, operator verifies letdown isolated by observing CV-1221 closed with the GREEN light ON and RED light OFF

or on C-18, operator verifies letdown isolated by observing CV-1214/CV-1216 closed with the GREEN lights ON and RED lights

OFF. ____ ____ ____ 5. Verify both Decay Heat Supply to Makeup Pump Suctions open (CV-1276 and CV-1277).

NOTE: valves will be shut when examinee gets to this step, after examinee goes to open on these valves give the POSITIVE CUE.

Operator Opens CV1276 and CV-1277 on panels C16 and C18 and observes Red lights ON, green lights OFF.

____ ____ ____ 6. Verify RB Spray flow throttled to maintain 1050- 1200 gpm per train.

Operator verifies that RB Spray flow is throttled to maintain 1050-1200 gpm per train (as indicated on SPDS, C16/C18 or recorder on C14, approximately 1150 gpm indicated flow on each train)

____ ____ ____

T UOI NUMB E R: Page 4 of 6 A1JPM-RO-EOP11 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT 7. If NaOH Tank T10 level is 25 ft, THEN close RB spray NaOH Addition T-10 Outlets (CV-1616 and CV-1617).

NOTE: if this JPM is being simulated, tell examinee that T10 level is 20 ft then give POSITIVE CUE after examinee goes to close on the valves.

Operator Closes CV-1616 and CV-1617 IF T-10 level is 25 ft and observes GREEN lights ON and RED lights OFF.

8. Verify RB Sump Outlets open (CV-1414 and CV 1415). On C16 and C18, operator verifies CV-1414 and CV-1415 open with RED lights ON and GREEN lights OFF.

NOTE: This is the alternate path portion of the JPM. The RB sump outlet valve CV-1405 will fail to open.

C 9. Open RB Sump Outlets (CV-1405 and CV-1406).

On panel C16 operator attempts to open CV-1405 (it will not open) and observes the GREEN light ON and RED light OFF for it.

On panel C18, operator opens CV-1406 and observes RED light ON and GREEN light OFF for it.

See note: This is the Alternate Path step for the JPM C 10. Stop associated LPI, HPI, and RB Spray pumps, which includes: RB Spray pump P-35A LPI pump P-34A On C-16 and C-18, operator secures LPI pump P-34A AND secures RB Spray pump P-35A.

(HPI is already secured) and observes GREEN lights ON and RED lights OFF.

____ ____ ____ C 11. Take manual control of BWST outlets CV-1407 and CV-1408.

On C16 and C18, operator depresses the manual pushbutton on each of two AUTO/MANUAL pushbuttons for CV-1407 and CV-1408 in MANUAL and observes WHITE light ON and RED light OFF for each.

____ ____ ____ C 12. Close BWST Outlets (CV-1407 and CV-1408).

On C16 and C18, operator verifies GREEN lights ON and RED lights OFF for closed valves CV-1407 and CV-1408.

T UOI NUMB E R: Page 5 of 6 A1JPM-RO-EOP11 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT 13. Check LPI/RB Spray flow is maintained.

Checked proper LPI/RB Spray flow is being maintained by observing SPDS or meters on C16/C18 or recorder on C14 with values for spray @ 1100 gpm, LPI

@ 3000 gpm.

14. Notify HP to monitor BWST suction line for indication of back-leakage from LPI suction.

POSITIVE CUE

HP has been notified.

Notified Health Physics.

Instructor Note: INFORM EXAMINEE THAT MAKEUP TANK LEVEL IS STEADY AT 50 INCHES.

15. IF NaOH Tank T10 Level >25 ft, THEN open CV-1616 and CV-1617.

NOTE: If being simulated tell examinee that T10 level is 20 ft which will make this step (14 and 14.a) N/A.

a) WHEN T10 level is 11-25 ft, THEN close CV-1616 and CV-1617.

Opened CV-1616 and CV-1617 IF T10 level >25 ft.

a) Closed CV-1616 and CV-1617 after T10 level is in range of 11-25 ft. INFORM EXAMINEE THAT RB LEVELS HAVE STABILIZED AND BWST REFILL HAS BEEN INITIATED.

INSTRUCTOR CUE: This concludes the JPM.

END T UOI NUMB E R: Page 6 of 6 A1JPM-RO-EOP11 EXAMINEE'S COPY INITIAL CONDITIONS:

ESAS has actuated due to a LOCA. RCS pressure is 50 psig. All unnecessary people have been evacuated from the Aux Building. Aux Spray has been aligned from LPI system. BWST level is at ~ 6 feet, BWST LO and LO LO annunciators are in alarm.

INITIATING CUE:

The CRS/SM directs you to shift to RB sump suction using RT-15.

P R OC./W O RK P L A N NO.

1202.012 P R OCEDURE/W O RK P L A N T I T L E: Page 28 of 30 RE PE T I T I VE T A SKS C

H A N G E: 004-02-0 T UOI NUMB E R:_A 1 J P M-R O-EDG0 4 P a g e 1 of 5 JOB PERFORMANCE MEASURE UNIT: ______

1_______ REV # ______

1_______ DATE: ______________________________

TUOI NUMBER:_A1JPM-RO-EDG04__ ___________

SYSTEM/DUTY AREA:_

EMERGENCY DIESEL GENERATOR (EDG) SYSTEM

__________________________

TASK:_LOAD EDG1____________________________________________________________________

JTA#:_ANO1-RO-EDG-NORM-10

___________________________

KA VALUE RO:__

3.4_____ SRO:__

3.4_____ KA

REFERENCE:

__

064 A4.07_________________

APPROVED FOR ADMINISTRATION TO: RO:____

X___ SRO:___

X ___ TASK LOCATION: INSIDE CR:____

X____ OUTSIDE CR:_________ BOTH:________

SUGGESTED TESTING ENVIRONMENT AND METHOD (PERFORM OR SIMULATE):

PLANT SITE:_______________ SIMULATOR:___

PERFORM_______ LAB:__________________

POSITION EVALUATED: RO:__________ SRO:___________

ACTUAL TESTING ENVIRONMENT: SIMULATOR:__________ PLANT SITE:__________ LAB:________

TESTING METHOD: SIMULATE:_________ PERFORM:___________

APPROXIMATE COMPLETION TIME IN MINUTES

___ 15 MINUTES

______________________________

REFERENCE(S):_

1104.036

________________________

______________________________________________________________________

EXAMINEE'S NAME:________________________________ SSN ______-_____-____________

EVALUATOR'S NAME:__________________________________________________________________

THE EXAMINEE'S PERFORMANCE WAS EVALUATED AGAINST THE STANDARDS CONTAINED IN THIS JPM AND IS DETERMINED TO BE:

SATISFACTORY:________________ UNSATISFACTORY:_________________

PERFORMANCE CHECKLIST COMMENTS:

___________________________________________________________________________________

___________________________________________________________________________________

___________________________________________________________________________________

____________ Start Time ____________ Stop Time ____________ Total Time SIGNED ________________________________ DATE: _______________________

SIGNATURE INDICATES THIS JPM HAS BEEN COMPARED TO ITS APPLICABLE PROCEDURE BY A QUALIFIED INDIVIDUAL (NOT THE EXAMINEE) AND IS CURRENT WITH THAT REVISION.

T UOI NUMB E R:_A 1 J P M-R O-EDG0 4 P a g e 2 of 5 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS:_

EDG1 is running with its output breaker open and its___

_service water inlet valve (CV-3806) open._ ________________________________________

____________________________________________________________________________________

TASK STANDARD:_

EDG1 tripped by examinee after its load increases without operator __

_control._This is an Alternate Success Path JPM.__________________________ ________

____________________________________________________________________________________

____________________________________________________________________________________

____________________________________________________________________________________

TASK PERFORMANCE AIDS:__1104.036 Section 7.0 ___________________

____________________________________________________________________________________

____________________________________________________________________________________

____________________________________________________________________________________

NOTE: When the EDG1 output breaker is closed, insert override DI CS3-DG1_RO2; true and CS3-DG1_W02; false which will fail the governor handswitch in the raise

position; this will cause the EDG load to rise without control.

T UOI NUMB E R:_A 1 J P M-R O-EDG0 4 P a g e 3 of 5 INITIATING CUE:

The SM/CRS directs you to parallel EDG1 to the grid and load EDG1 to ~2750 KW per 1104.036 Step 7.10.

CRITICAL ELEMENTS (C):

_2, 6, 7 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT 1. Inform dispatcher that EDG1 will be loaded and inquire about weather.

Called the dispatcher, informed him/her that EDG1 is ready for loading and asked about proper weather conditions.

____ ____ ____ (C) 2. Turn on synchronize switch for EDG1 output

breaker A-308.

On C10, placed synchronize switch for A-308 to ON position.

____ ____ ____ 3. Verify voltage control.

Verified voltage control by raising and/or lowering voltage using the EDG1 voltage regulator control switch on C10.

____ ____ ____ 4. Verify frequency control.

Verified frequency control by raising and/or lowering frequency by using the EDG1 governor control switch on C10. ____ ____ ____ 5. Match running and incoming voltages.

On C10, matched running and incoming voltages by adjusting EDG1 voltage regulator.

NOTE: Voltages may be

verified matched on C10 or SPDS or on plant computer.

____ ____ ____ (C) 6. Adjust EDG1 frequency.

On C10, adjusted EDG1 governor control to achieve

~60 hz with synchroscope rotating slowly in the FAST direction.

____ ____ ____ NOTE: IA Operator When the EDG1 output breaker is closed, insert override DI CS3-DG1_RO2; true and DI CS3-DG1_W02; false which will fail the governor handswitch in the raise position, this will cause the EDG load to rise without control.

T UOI NUMB E R:_A 1 J P M-R O-EDG0 4 P a g e 4 of 5 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT (C) 7. As synchroscope approaches 12 o'clock position (~5 min. 'til) close EDG1 output breaker A-308. Closed EDG1 output breaker A-308. ____ ____ ____ (C) 8. Operator identifies increasing load and trips the EDG. On C10, tripped EDG1.

____ ____ ____ END TUOI NUMBER:_A1JPM-RO-EDG04 Page 5 of 5 EXAMINEE'S COPY INITIAL CONDITIONS:

EDG1 is running with its output breaker open and its service water in let valve (CV-3806) open.

INITIATING CUE:

The SM/CRS directs you to parallel EDG1 to the grid and load EDG1 to ~2750 KW per 1104.036 Step 7.10.

JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-RO-E D030 Page 1 of 5 UNIT: 1 REV # 0 DATE: ______________________________

TUOI NUMBER: A1JPM-RO-ED030 SYSTEM/DUTY AREA: BATTERY AND 125V DC DISTRIBUTION TASK: PLACE BATTERY CHARGER D-03B IN SERVICE JTA#: ANO1-AO-125DC-NORM-12 KA VALUE RO: 3.9 SRO: 3.4 KA

REFERENCE:

2.1.30 APPROVED FOR ADMINISTRATION TO: RO: X SRO: X TASK LOCATION: INSIDE CR: X OUTSIDE CR:_________ BOTH:________

SUGGESTED TESTING ENVIRONMENT AND METHOD (PERFORM OR SIMULATE):

PLANT SITE:____

X_____SIMULATOR: LAB:_________________

POSITION EVALUATED: RO: X SRO: X ACTUAL TESTING ENVIRONMENT: SIMULATOR: PLANT SITE:__________ LAB:________

TESTING METHOD: SIMULATE:___X______ PERFORM:___________

APPROXIMATE COMPLETION TIME IN MINUTES: 20 MINUTES REFERENCE(S): 1107.004

______________________________________________________________________

EXAMINEE'S NAME:________________________________ SSN ______-_____-____________

EVALUATOR'S NAME:__________________________________________________________________

THE EXAMINEE'S PERFORMANCE WAS EVALUATED AGAINST THE STANDARDS CONTAINED IN THIS JPM AND IS DETERMINED TO BE:

SATISFACTORY:________________ UNSATISFACTORY:_________________

PERFORMANCE CHECKLIST COMMENTS:

___________________________________________________________________________________

___________________________________________________________________________________

___________________________________________________________________________________

____________ Start Time ____________ Stop Time ____________ Total Time SIGNED ________________________________ DATE: _______________________

SIGNATURE INDICATES THIS JPM HAS BEEN COMPARED TO ITS APPLICABLE PROCEDURE BY A QUALIFIED INDIVIDUAL (NOT THE EXAMINEE) AND IS CURRENT WITH THAT REVISION.

JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-RO-E D030 Page 2 of 5 EXAMINEE'S COPY JPM INITIAL TASK CONDITIONS

Battery Charger D-03A is in service on Bus D01.

INITIATING CUE:

The Shift Manager requests you to place Battery Charger D-03B in service on Bus D01 and remove Battery Charger D-03A from service per 1107.004, Battery and 125V DC Distribution, Attachment B.

JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-RO-E D030 Page 3 of 5 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS

Battery Charger D-03A is in service on Battery D01.

TASK STANDARD

IAW 1107.004, Att. B, examinee places charger D-03B in service, removes D-03A from service, and performs actions for D-03A DC output voltage drifting to zero.

THIS IS AN ALTERNATE SUCCESS PATH JPM. TASK PERFORMANCE AIDS

1107.0004 Attachment B

JO B PERFO R M A NCE M E A S URE T U O I: A1J P M-RO-E D030 Page 4 of 5 INITIATING CUE:

The Shift Manager requests you to place Battery Charger D-03B in service on Bus D01 and remove Battery Charger D-03A from service.

CRITICAL ELEMENTS (C) 5, 6, 8, 9, 12, 14, 16 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT TRANSITION NOTE: Proceed to El. 372' in Auxiliary Building off Corridor 98 to Rm. 109, DC Equipment Room.

1. Verify breakers open for charger D-03B. AC Input breaker DC Output breaker On front of charger D-03B, verified the AC Input and DC Output breakers open (OFF).

_____ _____ _____ TRANSITION NOTE: Proceed to MCC B57 in South ES Switchgear Room on the same elevation.

2. Verify AC feeder breaker to charger D-03B closed (B-5733).

Verified breaker B-5733 closed (ON).

_____ _____ _____ TRANSITION NOTE: Return to DC Equipment Room.

In the following step, Caution the examinee not to br eak plane of cubicle door.

3. Verify charger D-03B supply to bus breaker closed (D01-42).

Inside panel D01, verified breaker D01-42 closed (ON).

_____ _____ _____ 4. Verify Manual Disconnect for battery D-07 closed (D-13).

At D13, verified manual disconnect for battery D07 closed (ON).

_____ _____ _____ (C) 5. Close D-03B AC Input breaker.

On front of charger D-03B, closed the AC Input breaker (ON).

_____ _____ _____ (C) 6. Close D-03B DC Output breaker.

On front of charger D-03B, closed the DC Output breaker (ON).

_____ _____ _____ 7. Wait ~1 minute for automatic load sharing to occur.

CUE: Amps are rising on D-03B and amps are falling on D-03A.

Waited ~1 minute, observed rising amps on D-03B and falling amps on D-03A. _____ _____ _____ (C) 8. Open D-03A DC Output breaker.

On front of charger D-03A, opened the DC Output breaker (OFF).

_____ _____ _____

JOB PERFORMANCE MEASURE TUOI: A1JPM-RO-ED030 Page 5 of 5 (C) PERFORMANCE CHECKLIST STANDARD N/A SAT UNSAT (C) 9. Open D-03A AC Input breaker.

On front of charger D-03A, opened the AC Input breaker (OFF).

_____ _____ _____ 10. Check Charger D-03B picks up load. CUE: D-03B DC Out ~100 amps AC In ~30 amps D01 bus voltage 130V At charger D-03B checked ammeter deflected to a nominal value, and at D01 checked bus voltage maintained at ~130 volts.

_____ _____ _____ 11. Reset local alarm panel for Charger D-03B. At charger D-03B, pressed "R" button on RIS panel.

_____ _____ _____ (C) 12. Place D-03B alarm to control room toggle switch ON.

At charger D-03B, placed control room alarm switch to ON (up).

_____ _____ _____ 13. Place D-03A alarm to control room toggle switch OFF.

At charger D-03A, placed control room alarm switch to OFF (down).

_____ _____ _____ 14. Check annunciator D01 CHARGER TROUBLE (K01-E7) clears.

Called control room and requested check for clear annunciator K01-E7.

_____ _____ _____ ALTERNATE PATH CUE: Inform examinee that D-03A DC Output Voltage drifted to zero, also inform examinee that one minute has passed since D-03A was de-energized.

(C) 15. Close D-03A AC Input breaker.

On front of charger D-03A, closed the AC Input breaker (ON).

_____ _____ _____ 16. Check D-03A DC output voltage and AC input voltage.

CUE: DC Output Voltage ~90V AC Input Voltage ~480V On charger D-03A, observed DC

output voltage and AC input voltage meters.

Examinee stated that he would contact electrical maintenance for support. _____ _____ _____ (C) 17. Open D-03A AC Input breaker.

On front of charger D-03A, opened the AC Input breaker (OFF).

_____ _____ _____ 18. Submit condition report and WR.

Examinee stated that he would submit a condition report and Work Request or Work Order on D-03A.

_____ _____ _____ END TUOI NUMBER: A1JPM-RO-AOP08 Page 1 of 6 JOB PERFORMANCE MEASURE Unit: 1 Rev # 4 Date: 11/04/2003 TUOI NUMBER:

A1JPM-RO- AOP08 System/Duty Area:

Emergency and Abnormal Operations Task: RO #1 Duties for Alternate Shutdown with immediate Control Room evacuation JA# 13035210401 KA Value RO 4.3 SRO 4.2 KA Reference A06.AA1.1 Approved For Administration To: RO SRO Task Location: Inside CR:

Outside CR:

Both: Suggeste d Testing Environment And Method (Perform Or Simulate): Simulate Plant Site:

Perform Simulator:

Lab: Position Evaluated: RO:

X SRO: X Actual Testing Environment: Simulator:

Plant Site:

Lab T esting Method: Simulate:

X Perform: Approximate Completion Time In Minutes:

20 Minutes Reference(S):

OP 1203.002 change 015 0 Examinee's Name:

SSN: Evaluator's Name:

The Examinee's performance was evaluated against the standards cont ained in this JPM and is determined to be:

Satisfactory:

Unsatisfactory:

Performance Checklist Comments:

Start Time Stop Time Total Time Signed Date: Signature indicates this JPM has been compared to its applicable procedure by a qualified individual (not the examinee) and is current with that revision.

TUOI NUMBER: A1JPM-RO-AOP08 Page 2 of 6 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist

- System Walkthrough" portion of OP 1064.023 Attachment 6 with the ex aminee. JPM INITIAL TASK CONDITIONS:

There is a Fire in the Cable Spreading Room. An Alternate Shutdown is in progress. At the Alternate Shutdown Cabinet, you have received a copy of OP 1203.002 and Section 1C.Perform to step 3.14 of applicable section.

TASK STANDARD:

RO#1 perform actions for alternate shutdown completed through step 3.14.

TASK PERFORMANCE AIDS:

OP 1203.002 and Section 1C, change 015 0. SIMULATOR SETUP:

N/A TUOI NUMBER: A1JPM-RO-AOP08 Page 3 of 6 INITIATING CUE:

The first 3 steps of OP 1203.002 Section 1C have been completed. Perform the actions required of RO

  1. 1 through step 3.14.

CRITICAL ELEMENTS (c):

1, 7, 9, 11, 12, and 13

C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT C 1. At The MSIV's, open the instrument air vent valves for each MSIV (IA

-2691B through E and IA-2692B through E).

POSITIVE CUE:

All 8 vent valves have stem full out, with each valve's handwheel fully CW.

Opened instrum ent air vent valves IA-2691B through E and IA-2692B through E.

____ ____ ___ 2. Verify CV-2667 open.

POSITIVE CUE:

CV-2667 has stem full out, with the valve handwheel fully CW. CV-2667 verified open by visually observing stem or valve position ind icator. ____ ____ ___ 3. Verify CV-2617 open.

POSITIVE CUE:

CV-2617 has stem full out, with the valve handwheel fully CW. CV-2617 verified open by visually observing stem or valve position indicator.

____ ____ ___ 4. Verify CV-2663 open.

POSITIVE CUE

CV-2663 has stem full out, with the valve handwheel fully CW. CV-2663 verified open by visually observing stem or valve position indicator.

____ ____ ___ 5. Verify CV-2613 open.

POSITIVE CUE

CV-2613 has stem full out, with the valve handwheel fully CW. CV-2613 verified open by visually observing stem or valve position indicator.

____ ____ ___ 6. Notify TSC of completion POSITIVE CUE

TSC notified of completion of actions Communicated via phone or radio

the Completion of Item 1.A ____ ____ ___ EXAMINER'S NOTE: The examinee should proceed to the Auxiliary Building 354' elevation.

C 7. Proceed to Aux Bldg, 354'. Slowly open CV

-1407 manually POSITIVE CUE

Valve has stem full out, with the valve handwheel fully CW. Used manual lever and

handwheel, fully opened CV

-1407. ____ ____ ___

TUOI NUMBER: A1JPM-RO-AOP08 Page 4 of 6 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT 8. Check for flow noise as CV

-1407 is opened.

POSITIVE CUE

No flow noise is heard.

Checked for flow noise as CV

-1407 was opened.

____ ____ ___ EXAMINER'S NOTE

The examinee should proceed to the UNPPR.

C 9. Manually open CV

-1219 and CV

-1220. Close CV-1206 POSITIVE CUE:

CV1219 and CV1220 have stems full out, with the valve's handwheels fully CW , CV1206 has stem full in, with the valve handwheel fully CCW

. Opened CV-1219, CV-1220, closed CV-1206 with manual lever and handwheel, verified valve movement

____ ____ ___ 10. Notify TSC of completion POSITIVE CUE

TSC notified of completion of actions Established communication with

TSC telephone or radio, notified of action HPI Item 5.A, 5.B, ____ ____ ___ EXAMINER'S NOTE:

When TSC is notified have examinee throttle EFW P

-7A to SG-A ISOL, CV

-2627 to approximately 50 % open.

C 11. Close CV-2627 to approximately 50% open.

POSITIVE CUE

CV-2 627 has stem approximately halfway out.

Moved to CV

-2627, and used the manual lever and hand wheel to close CV-2627 to approximately to 50% open.

____ ____ ___ EXAMINER'S NOTE:

Inform examinee that EFW flow is controlled.

C 12. Open valves:

E FW P-7B to SG-A ISOL (CV

-2670) "B" HPI Block Valve (CV

-1227) "A" HPI Block Valve (CV1228)

POSITIVE CUE:

CV-2670, CV-1227, CV-1228 have stems full out, with each valve's handwheel fully CW.

Opened EFW P

-7B to SG-A ISOL (CV-2670), "B" HPI Block Valve (C V-1227), and "A" HPI Block Valve (CV1228) using manual handwheel and clutch lever.

____ ____ ___ TRANSITION NOTE: The examinee should proceed to the 354 elevation waste gas room.

C 13. Slowly open BWST Outlet CV

-1408. POSITIVE CUE:

CV-1408 ha s stem full out, with the valve handwheel fully CW. Opened CV-1408 using clutch lever and manual handwheel.

____ ____ ___

TUOI NUMBER: A1JPM-RO-AOP08 Page 5 of 6 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT 14. Check for flow noise as CV

-1408 is opened.

POSITIVE CUE

No flow noise is heard.

Checked for flow noise as

CV1408 was opened. ____ ____ ___ TRANSITION NOTE: The examinee should proceed to the 335 elevation letdown filter area.

15. Verify service water header pressure >40 psig.

POSITIVE CUE

Service water pressure is 50 psig.

NEGATIVE CUE

Service water pre ssure is 0 psig.

Opened RB Coolers VCC

-2C & 2D PI-3813A ISOL SW

-3813A and verified pressure >40 psig.

____ ____ ___ 16. Establish communications with the TSC and report completion of steps.

POSITIVE CUE

All steps have been reported to TSC.

NO TE: Provide the cue for steps missed.

NEGATIVE CUE

Step 1 RCS is overcooling due to high steam flow.

Step 9. A OTSG level is going up rapidly.

Step 7, 10b or c, 11. Unable to establish HPI flow.

Operator Calls TSC via radio or

telephone and repo rts completion of steps 2.B, 6.A, 6.B, 7.B.

____

____

___ INSTRUCTOR CUE: This concludes the JPM.

END TUOI NUMBER: A1JPM-RO-AOP08 Page 6 of 6 EXAMINEE'S COPY

INITIAL CONDITIONS:

There is a Fire in the Cable Spreading Room. An Alternate Shutdown is in progress. At the Alterna te Shutdown Cabinet, you have received a copy of OP 1203.002 and Section 1C.

INITIATING CUE:

The first 3 steps of OP 1203.002 Section 1C have been completed. Perform the actions required of RO #1

through step 3.14.

T UOI NUMB E R:

Page 1 of 5 A1JPM-RO-EFW01 JOB PERFORMANCE MEASURE Unit: 1 Rev # 10 Date: 11/04/2003 TUOI NUMBER:

A1JPM-RO- EFW01 System/Duty Area:

Emergency Feedwater and EFIC Task: Reset the Steam Driven Emergency Feedwater Pump after an overspeed trip JA# ANO1-RO-EFW-NORM-13 KA Value RO 3.4 SRO 3.8 KA Reference 061 A2.04 Approved For Administration To: RO SRO Task Location: Inside CR:

Outside CR: Both: Suggested Testing Environment And Method (Perform Or Simulate): Simulate Plant Site: Perform Simulator:

Lab: Position Evaluated: RO:

X SRO: X Actual Testing Environment: Simulator:

Plant Site:

Lab Testing Method: Simulate:

X Perform: Approximate Completion Time In Minutes: 15 Minutes Reference(S): 1106.006 Exhibit A, change 063-08-0.

Examinee's Name:

SSN: Evaluator's Name:

The Examinee's performance was evaluated against the standards contained in this JPM and is determined to be:

Satisfactory:

Unsatisfactory:

Performance Checklist Comments:

Start Time Stop Time Total Time Signed Date: Signature indicates this JPM has been compared to its applicable procedure by a qualified individual (not the examinee) and is current with that revision.

T UOI NUMB E R:

Page 2 of 5 A1JPM-RO-EFW01 THE EXAMINER SHALL REVIEW THE FOLLOWING WITH THE EXAMINEE:

The examiner shall review the "Briefing Checklist - System Walkthrough" portion of OP 1064.023 Attachment 6 with the examinee.

JPM INITIAL TASK CONDITIONS:

P7A Emergency Feedwater Pump has tripped on overspeed during an EFIC actuation.

TASK STANDARD:

P7A turbine has been reset per 1106.006 Exhibit A.

TASK PERFORMANCE AIDS:

OP 1106.006 Exhibit A, change 063-08-0.

SIMULATOR SETUP: N/A T UOI NUMB E R:

Page 3 of 5 A1JPM-RO-EFW01 INITIATING CUE: The SM/CRS directs you to reset P7A overspeed trip per 1106.006, Exhibit A.

CRITICAL ELEMENTS (c):

2, 3, and 8 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT EXAMINER'S NOTE: Simulate communications with the Control Room.

1. Verify the following valves are closed. If EFW initiate signal is present, manual control is required. EFW Pump Turbine K3 Steam Admission Valves (CV-2613 and CV-2663) EFW Pump Turbine K3 Steam Admission Valve Bypasses (SV-2613 and SV-2663)

POSITIVE CUE

SV-2613, SV-2663, CV-2613, CV-2663 have valve stems full out with handwheel's full CW.

Called control room to verify SV-2613, SV-2663, CV-2613, CV-2663 are closed.

____ ____ ____ C 2. Turn EFW Turbine K3 Trip-Throttle Valve (CV-6601A) handwheel clockwise. Observe rotation of screw raises sliding nut and latch lever to where it will engage the trip hook.

POSITIVE CUE

Trip/ Throttle valve (CV-6601A) sliding nut raised and latch lever has engaged the trip hook.

Trip/ Throttle valve (CV-6601A) handwheel turned clockwise until sliding nut rises and latch lever engages the trip hook.

____ ____ ___ EXAMINER'S NOTE: The following steps will reset the mechanical trip linkage.

C 3. Pull spring-loaded connecting rod against spring force to move head lever away from tappet and

tappet nut.

POSITIVE CUE

Head lever moved away from tappet and tappet nut.

Connecting rod pulled against spring force to move head lever away from tappet and tappet nut.

____ ____ ___ 4. Lift and release tappet assembly POSITIVE CUE

Tappet assembly lifted and released.

Tappet assembly lifted and released.

____ ____ ___ 5. Verify tappet nut in trip reset position.

POSITIVE CUE

Tappet nut in trip reset position.

Verified tappet nut in trip reset position.

____ ____ ___

T UOI NUMB E R:

Page 4 of 5 A1JPM-RO-EFW01 C PERFORMANCE CHECKLIST STANDARD N/A SAT UN SAT 6. Observe tappet returns to reset position.

POSITIVE CUE

Tappet is in reset position.

Observed tappet returns to reset position.

____ ____ ___ 7. Verify the following: Tappet nut in trip reset position and properly aligned. Spring tension holds connecting rod in position.

POSITIVE CUE

Tappet nut in trip reset position and properly aligned.

Spring tension is holding connecting rod in position.

Verified tappet nut in trip reset position and properly aligned.

Verified spring tension holds connecting rod in position.

____ ____ ___ C 8. Slowly turn CV-6601A handwheel counterclockwise until valve is fully open.

POSITIVE CUE

CV-6601A has valve stem full out with handwheel in the full CW position.

CV-6601A fully opened.

____ ____ ___ 9. Close valve (CV-6601A) 3/4 turn to prevent binding on heatup.

POSITIVE CUE

CV-6601A as you see it.

CV-6601A closed 3/4 turn.

____ ____ ___ EXAMINER'S NOTE: Simulate communications with the Control Room.

10. Verify P-7A TURBINE TRIP (K12-B5) clear.

POSITIVE CUE

P-7A TURBINE TRIP (K12-B5) clear Call Control Room and verified that P-7A TURBINE TRIP (K12-B5) is clear.

____ ____ ___ 11. Notify Control Room that P-7A is ready for restart.

POSITIVE CUE

Control Room notified that P-7A is ready for restart.

Control Room notified that P-7A is ready for restart.

____ ____ ___ EXAMINER'S CUE: This concludes the JPM.

END TUOI NUMBER: A1JPM-RO-EFW01

Page 5 of 5 EXAMINEE'S COPY INITIAL CONDITIONS:

P7A Emergency Feedwater Pump has tripped on overspeed during an EFIC actuation.

INITIATING CUE:

The SM/CRS directs you to reset P7A overspeed trip per 1106.006, Exhibit A.

Appendi x D Oper ator Acti ons For m ES-D-1 Facility: ANO-1 Scenario No.: 1 (NEW) Op-Test No.: 2004-1 Page 1 of 10 Examiners: Operators:

Initial Conditions: 100% MOL; Severe Thunderstorm Warning for Pope and Conway counties.

Turnover:: National Weather service has issued a Severe Thunderstorm Warning for Pope and Conway Counties until 8:00 pm today. AOP 1203.025, Natural Emergencies, Section 2, High Winds/Tornado/Thunderstorm, steps 3.1 and 3.2 have been completed. #2 EDG OOS for fuel leak repairs. 1104.036 Supplement 11 is due right after turn-over.

Event No. Malf. No. Event Type* Event Description 1 N/A N (ALL) Perform 1104.036 Supplement 11 for EDG #1 2 TR568 I (BOR) "A" OTSG operating level transmitter fails high 3 CAE RX7460 I (BOT) RB atmosphere radioactivity monitor fails low. TS 3.4.15 determination.

4 N/A R (BOR) Dispatcher orders down power to 650 MWe due to weather that has damaged Mablevale sub-station. 5 RX150 I (BOT) Turbine EHC fails to respond in auto mode for ICS (manual control required) 6 CV2692 C (BOR) One MSIV for "B" OTSG drifts shut-requires manual reactor trip per EOP 1202.001 7 MS131 M (ALL) "A" OTSG steam leak in containment (MSLI activates). Transfer to 1202.003 overcooling if necessary.

8 ES264 CV2214 I (BOT) Containment pressure >4psig but "B" train RBIC will fail to actuate automatically and an ICW isolation valve will fail open that should shut. Operator will be required to manually initiate "B" RBIC and verify shut the redundant ICW valve to isolate ICW. * (N)ormal, (R)eactivity, (I)nstrument, (C)omponent, (M)ajor

Appendi x D Oper ator Acti ons For m ES-D-1 Page 2 of 10 Ev ent No. T i m e M a lf. No. Value/Ram p Ti me Ev ent Descr ipt i on 8 T=0 IM F E S 2 6 4 IM F C V 2214 N/A 1 "B" T r ain of Reac tor Bldg. Is olation and Cooling f a ils to auto ac tuate (ESAS c hannel 6) ICW valve CV2214 f a ils to c l os e upon ESAS ac tuation 1 T=0 N/A N/A Per f or m s u r v eillanc e tes t of the #1 EDG f o r oper ability due to m a intenanc e of #2 EDG. 2 T=~15 IM F T R 568 292 / R a mp 3 Mi n. "A" O T SG O per ating Range Level T r ans m i tter f a ils high. 3 T=2 0 C AE R X 7 4 6 0 N/A RB Sum p Radiation Monitor f a ils low (R X 7460) 4 T=2 5 N/A N/A T he dis patc her r eques ts an em er genc y pow er r educ tion to ~650 MW e to m a intain s y s t em integr ity. 5 T=2 5.5 I M F R X 1 5 0 N/A T u r b ine EHC f a ils to r e s pond. 6 T=30 IM F C V 2692 0 / R a mp 1 M i n. "B" MSIV dr if ts s hut r equir i ng m anual r eac tor tr ip. 7 T=35 IM F M S 131 .4 / Ramp 3M in. "A" O T SG Main Steam Line Leak ins i de c ontainm ent.

Appendi x D Oper ator Acti ons For m ES-D-2 Op-Test No: 2004-1 Scenario No: 1 Event No: 1 Page 3 of 10 Event

Description:

Perform surveillance test of the #1 EDG for operability due to maintenance of #2 EDG. Time Position Applicants Actions or Behavior T=0 CRS Directs the performance of the #1 EDG surveillance test per Supplement 11 of 1104.036.

CBOT Make plant announcement of the starting of #1 EDG.

CBOT Verify DG1 Volts Select switch NOT in "OFF" on C10.

CBOT Simultaneously depress the START pushbutton for #1 EDG and start the stopwatch.

CBOT Stop the stopwatch when DG1 voltage exceeds 3750 volts.

CBOT Record the time from start to >3750 volts in section 3.0.

CBOT Verify service water to DG1 coolers (CV3806) opens and record verification in section 3.0. CBOT Adjust the voltage and frequency within the acceptable operating bands.

CBOT Stop DG1 by depressing the STOP pushbutton.

CBOT Verify associated critical and non-critical alarms on K01 clear.

EVENT TERMINATION CRITERIA

  1. 1 EDG is stopped or Next Event

Appendi x D Oper ator Acti ons For m ES-D-2 Op-Test No: 2004-1 Scenario No: 1 Event No: 2 Page 4 of 10 Event

Description:

"A" OTSG Operating Range Level Transmitter fails high.

Time Position Applicants Actions or Behavior T=15 CBOR Acknowledge and report annunciator K07 B4, SASS MISMATCH.

CRS Obtain Annunciator Corrective Action for K07 B4 for guidance.

CBOR Acknowledge and report annunciator K07 A2, "A" OTSG Hi Level Limit.

CRS Obtain Annunciator Corrective Action for K07 A2 for guidance.

CBOT Observe/verify "A" Operating range level on C13 level recorder.

CRS Direct the CBOR to place the "A" feed pump H/A station in "HAND" and stabilize plant.

CBOR Place the "A" main feed pump H/A station in "HAND" and balanced feed flows.

CRS Direct board operators to validate level transmitters by comparing to other (redundant) instruments.

CBOT/R Determine the "A" OTSG operating level transmitter is failing high.

CRS Verify plant stable and ICS in condition for instrument swap and direct the CBOR to select the other instrument.

CBOT Verify the Operating Range Level for "A" is indicating properly on C13.

CRS Direct placing ICS ("A" feed pump H/A station) back to "AUTO" EVENT TERMINATION CRITERIA ICS in "AUTO" or next event

Appendi x D Oper ator Acti ons For m ES-D-2 Op-Test No: 2004-1 Scenario No: 1 Event No: 3 Page 5 of 10 Event

Description:

RB atmosphere radioactivity monitor fails low.

Time Position Applicants Actions or Behavior T=20 CBOR Acknowledge and report annunciator K10 C1, Radiation Monitor Trouble.

CBOT Observe monitors at C24 and C25 and determine that RX7460 has "FAILURE" lights "ON" and BOTH monitors, RI7460 and RI7461, are reading 0 CPM.

CRS Refer to ACA 1203.012I for corrective action and guidance.

CRS Determine RB Atmosphere Gaseous Monitor is inoperable and refer to Tech Spec 3.4.15B. CRS Initiate steps to meet requirements per Tech Specs.

CRS Initiate steps to have the failed monitor checked and repaired.

EVENT TERMINATION CRITERIA Tech Spec determination made

Appendi x D Oper ator Acti ons For m ES-D-2 Op-Test No: 2004-1 Scenario No: 1 Event No: 4 & 5 Page 6 of 10 Event

Description:

The Mablevale substation experiences storm damage causing the breakers in the switchyard supplying that line to open. The dispatcher requests an emergency power reduction to ~650 MWe to maintain system integrity. The Turbine fails to respond to lowering demand.

Time Position Applicants Actions or Behavior ROLE PLAY Call control room as EOC Dispatcher and direct unit to reduce power to 650 MWe as soon as possible due to transformer damage at the Mablevale substation.

If asked by control room personnel inform them that there is serious concern over grid stability due to the severe weather and substation damage.

T=25 CRS Direct CBOR to reduce unit load to 650 MWe.

CRS Direct operations per 1203.045, Rapid Plant Shutdown.

CBOR Commence reduction in unit load to 650 MWe using the ULD.

NOTE: Turbine may revert to Operator Auto mode before operator takes action.

CBOT/R Recognize and report to the CRS that the turbine is not responding during the power reduction.

NOTE: The crew may elect to place both the SG/RX master and the Turbine in the "MANUAL" mode. In this configuration, the CBOR controls the change in load demand and the CBOT will maintain turbine header pressure.

CRS Direct the CBOT to place the turbine in "Operator Auto" or "Manual" mode and control steam header pressure.

CBOT Take the turbine to manual or operator auto CRS Direct the CBOR to place the SG/RX Master H/A station in "HAND" and lower load to 650 MWe. CBOR Place the SG/RX master in "HAND" and slowly toggle down.

continued Appendi x D Oper ator Acti ons For m ES-D-2 Op-Test No: 2004-1 Scenario No: 1 Event No: 4 & 5 Page 7 of 10 Event

Description:

The Mablevale substation experiences storm damage causing the breakers in the switchyard supplying that line to open. The dispatcher requests an emergency power reduction to ~650 MWe to maintain system integrity. The Turbine fails to respond to lowering demand.

Time Position Applicants Actions or Behavior NOTE: In the manual mode on the SG/RX master, the operator has control of the rate the plant will change. It is expected the operator will maintain the rate of change near the directed rate by the CRS. CBOT Verify Turbine EHC responds to lowering load and maintains header pressure at or near setpoint of 895#. (Operator Auto or Manual)

ROLE PLAY If asked about PPAS information, report ICS signal to EHC good.

CBOR Stabilize load at ~650MWe. Power should be near 65-67%.

EVENT TERMINATION CRITERIA Power reduction is complete OR the next event occurs

Appendi x D Oper ator Acti ons For m ES-D-2 Op-Test No: 2004-1 Scenario No: 1 Event No: 6 Page 8 of 10 Event

Description:

The "B" Main Steam Isolation Valve drifts shut, requiring a manual reactor trip per EOP 1202.001

. Time Position Applicants Actions or Behavior T=30 CBOR Acknowledge and report annunciator K07 C6, Main Steam Pressure Hi/Lo in alarm.

CRS Refer to ACA 1203.012I for guidance.

CBOR/T Observe the "B" MSIV, CV2692, closing.

CRS Direct the CBOR to "TRIP" the reactor and "Carryout the immediate actions".

CBOR Trip the reactor by depressing the pushbutton on C03 and observing all control rods inserted and power dropping.

CBOT Manually trip the turbine by depressing the pushbutton on C01 and observing the throttle and governor valves close and output and exciter field breakers open.

CBOR/T Verify subcooling margin adequate.

CRS Provide direction to the crew per "Reactor Trip" EOP, 1202.001.

EVENT TERMINATION CRITERIA "B" MSIV closed and Reactor is tripped OR As determined by the lead examiner.

Appendi x D Oper ator Acti ons For m ES-D-2 Op-Test No: 2004-1 Scenario No: 1 Event No: 7 & 8 Page 9 of 10 Event

Description:

Main Steam Line rupture inside containment. Channel 6 of ESAS fails to auto actuate. ICW valve CV2214 fails to close.

Time Position Applicants Actions or Behavior T=35 CBOR Recognize "A" OTSG pressure dropping OR noticeably lower than "B" OTSG pressure.

CBOR Monitor RB pressure and temperature.

NOTE: Due to rise in reactor building pressure and temperature, ESAS may actuate prior to the direction to trip the Reactor if CRS fails to recognize MSIV drifting shut in event 6 above.

Annunciator K12A1 will alarm due to the environmental conditions inside the Reactor Building. If panel 463 is checked for location of the alarm, instruct that module A2-5 lower, RB UNEP ZONE 32-K, in alarm.

CBOR/T Identify and announce ESAS has actuated on high RB Pressure.

CRS Transition to ESAS Procedure , EOP1202.010 and direct crew actions.

CRS Direct the verification of ESAS per RT10.

CBOR/T Recognize failure of Channel 6 of ESAS to auto actuate. Tech Spec 3.3.7A. CT CBOR Manually actuate Channel 6 of ESAS using the button on C04.

CBOT Identify and report failure of CV2214 to close.

CRS Direct the CBOT to verify the redundant ICW valve on Channel 6, CV2215, closed.

CBOT Verify actuation of ESAS per RT 10.

CREW Recognize SG pressure <

900# continued Appendix D Operator Actions Form ES-D-2 Op-Test No: 2004-1 Scenario No: 1 Event No: 7 & 8 Page 10 of 10 Event

Description:

Main Steam Line rupture inside containment. Channel 6 of ESAS fails to auto actuate. ICW valve CV2214 fails to close.

Time Position Applicants Actions or Behavior CRS Transition to Overcooling Emergency Operating procedure (1202.003).

CT CBOT Manually override and secure HPI as directed by the CRS and the Emergency Operating Procedure.

CBOR Report "A" MSLI actuated. EAL NUE 3.1 Uncontrolled OTSG Depressurization Resulting in MSLI Actuation CRS Provide RT6 to CBOR to verify proper MSLI and EFW actuation and control.

CBOR Verify proper MSLI and EFW actuation and control per RT6.

CBOR Control RCS pressure within the limits of Figure 3 per RT14 using PZR heaters EVENT AND SCENARIO TERMINATION CRITERIA RCS pressure and temperature stable with the "A" OTSG isolated, channel 6 of ESAS manually actuated, with the ICW flowpath isolated OR As determined by the lead examiner.

Appendi x D Oper ator Acti ons For m ES-D-1 Facilit y: ANO-1 Scenar io No.: 2 (M O D) O p-T est No.: 2004-1 Pag e 1 of 11 Ex am iner s: O per at or s: I n it ial Condit i ons: 100% M O L, eq uilibr i um X enon, P4A and P4B in ser v ice (P 4C dow n f o r m a int enance). Sluice g a t e s SG-1 , SG-2 , and SG-4 open. T u r nov er: 100% pow er , M O L, eq uilibr i um X enon. Ex pect ed P4C r e t u r n t o ser v ice and r e st or e nor m a l line-up w i t h in nex t 2 hour2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> s. . #2 EDG is O O S t o r epair it s g o v e r nor (day 1 of 7 day LCO 3.8.1.B). Ev ent No. M a lf. No. Ev ent T y pe* Ev ent Descr ipt i on 1 T R 625 I (B OT) "A" CFT-LT "L I S 2416" f a ils low. SRO T S det er m i nat ion r e q u ir ed. 2 N/A N (B OT) Shif t ser v ice w a t e r pum p t o P4A/P4C line-up, r e t u r n P4B t o st andby 3 T R 051 I (B O R) Select ed PZR lev e l t r ansm i t t e r f a ils hig h 4 T R 558 I (B O R) "B" M a in Feed f l ow t r ansm i t t e r dr if t s low slow ly 5 BAT P1B_vibes C (B OR) M F P "B" has ex cessiv e v i br at ion. 6 N/A R (B O R) Per f or m nor m a l shut dow n t o r epair M F P "B". 7 ED183 DG 175 M (A LL) C (B OT) Loss of O f f s it e pow er , Rx t r ip. #1 EDG f a ils t o aut o st ar t and pushbut t on on C10 f a i l s to sta r t i t. ST AT I O N BLACK-O U T 8 CV2645 C (B OR) EFW v a lv e f a ils open t o "A" O T SG , r e sult ing in lev e l being r a ised hig her t han EFI C cont r o lled SP. * (N)o r m a l, (R)eact i v i t y , (I)n st r u m ent , (C)o m ponent , (M)a j o r NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-1 Page 2 of 11 Ev ent No. T i m e M a lf. No. Value/Ram p Ti me Ev ent Descr ipt i on 7&8 T=0 IM F D G 1 7 5 IOR DI_D G1 S IC M C V 2645 N/A False 1 #1 EDG fails to autostart Pushbutton on C 10 fails to start the ED G. EFW v a lv e to the "A" O T SG fails open resulting in lev e l being raised higher than the EFIC controlled setpoint.

1 T=2 IM F T R 625 0 R a mp 0 "A" C o re Flood T ank LT (LIS2416) fails low

. 2 T=~10 N/A N/A Shift s e rv ic e w a ter pumps to P4A/P4C line-up, return P4B to standby 3 T=20 IM F T R 051 320 R a mp 2 M i n. PZR lev e l transmitter (LT 1001) fails to high 4 T=2 7 I M F T R 5 5 8 1.0 e 0 6 R a mp 4 M i n. "B" M a in Feed flow transmitter drifts low slow ly 5 T=30 BAT P1B_v i bes N/A R eport that "B" M a in Feed Pump has ex cessiv e v i bration 6 T=~32 N/A N/A Perform normal shutdow n to repair "B" M F P 7 T=40 IM F ED 183 N/A Loss of offsite pow er occurs. R eactor trip.

ST AT ION BLACKOUT NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2 NUREG-1021, Rev i sion 8, Supplem ent 1 O p-T es t No: 2004-1 Sc enar io No: 2 Event No: 1 Page 3 of 11 Event Des c r iption: "

A" CF T Level tr ans m i tter (L IS2416) f a ils low. Ti m e Pos i tion Applic ants Ac tions or Behavior T=2 CBOR Rec ogniz e and r epor t that annunc iator K10 C5, "

A" CF T LEVEL HI/LO

", in alar m. CRS Ref e r to ACA 1203.012I f o r c o r r e c t ive ac tion. CBOT Diagnos e LIS2416 f a ilur e af ter c o m par ing level indic a tions f o r T 2 A on C16 and C18.

CRS Ref e r to T e c hnic a l Spec if ic ations f o r applic ability. ACA 1203.012I r e f e r s to T S 3.5.1 if ac tual level is high or low. Ref e r enc e to the T e c hnic a l Requir e m ent Manual f o r ins t r u m entation s hould be per f o r m ed. T e c hnic a l Re quir e me nts M a nua l 3.3.5 , M i s c e lla ne ous Ins t r u me nta t ion. (O nly one pr es s u r e and one level tr ans m i tter is r equir ed f o r oper ability) EVENT T E RMINAT IO N CRIT E RIA Nex t Event Appendi x D Oper ator Acti ons For m ES-D-2 NUREG-1021, Rev i sion 8, Supplem ent 1 O p-T es t No: 2004-1 Sc enar io No: 2 Event No: 2 Page 4 of 11 Ev ent Des c r iption: Shif t Serv ic e W a ter Pum p s Ti m e Pos i tion Applic ants Ac tions or Behavior T~10 Rol e Play Call as w o r k w eek m anager and r epor t P4C is r eady f o r oper ation and r o tation of pum ps c an pr oc eed as antic ipated. CRS Dir e c t s h if ting the s e r v ic e w a ter pum p c onf igur ation to P4A and P4C r unning and r e tur n P4B to s t andby s t atus. CBOT Notif y Chem is tr y of pum p r o tation s o c hem ic al inj e c t ion c an be appr opr iately aligned.

CBOT Ref e r to T able 9.3 of 1104.029 to deter m i ne the s e r v ic e w a ter alignm ent nec es s a r y f o r the pum ps that w ill r e m a in in s e r v ic e. CBOT Ver i f y s l uic e gates aligned to s upply w a ter to the des ir ed SW Pum p s. CBOT Star t P4C CBOT Stop P4B CBOT Notif y the O u ts ide AO to c hec k f o r r e ver s e r o tation of P4B. CBOT Align s e r v ic e w a ter s y s t em per T able 9.3 CBOR/T Ver i f y nor m a l s e r v ic e w a ter loop pr es s u r e s. CBOR/T Monitor SW bay level, CW bay level, and bay dif f e r entials f o r pr oper oper ation of SW bay s t r a inier s. EVENT T E RMINAT IO N CRIT E RIA Ser v ic e W a ter Pum p s r o tated and s y s t em aligned O R Nex t Event Appendi x D Oper ator Acti ons For m ES-D-2 NUREG-1021, Rev i sion 8, Supplem ent 1 O p-T es t No: 2004-1 Sc enar io No: 2 Event No: 3 Page 5 of 11 Event Des c r iption: PZ R level tr ans m i tter (L T 1001) f a ils to ups c a le Ti m e Pos i tion Applic ants Ac tions or Behavior T=20 CBOR Rec ogniz e and r epor t that PZ R level indic a tions ar e m i s m atc hed CREW Diagnos e LT 1001 f a ilur e T ech. Sp ec. 3.3.15A CRS Dir e c t oper ations per 1203.015 Pr es s u r i z e r Sy s t em s F a ilur e , s e c t ion 4.0. CRS D i r e c t C B O R to s e lec t valid PZ R level indic a tor f o r PZ R level c ontr o l. CBOR Selec t LT 1002 to c ontr o l PZ R level c ontr o l valve (C V-1235) us ing hand s w itc h on upr ight s e c t ion of C04. CBOR Ver i f y CV-1235 opens to c ontr o l PZ R level at s e tpoint. EVENT T E RMINAT IO N CRIT E RIA Pr es s u r i z e r level c ontr o l is s e lec t ed to LT 1002 and PZ R level c ontr o l valve is c ontr o lling level in auto.

Appendix D Operator Actions Form ES-D-2 NUREG-1021, Revision 8, Supplement 1 Op-Test No: 2004-1 Scenario No: 2 Event No: 4 Page 6 of 11 Event

Description:

"B" Main Feed flow transmitter drifts low slowly Time Position Applicants Actions or Behavior T=27 CBOR Acknowledge and report annunciator K07 B4, SASS MISMATCH.

CBOR/T Determine the cause of the alarm by scanning C03, C04, and C13 for SASS ENABLE light that is not illuminated. Identify the "B" MFW flow SASS Enable not illuminated.

CBOR Determine that SASS did not transfer to the "Y" instrument for control.

CRS Refer to ACA 1203.012F for corrective action and guidance.

CRS Direct the CBOR to place both FW pump H/A stations , and control rods in "MANUAL". (Reactor Demand or Diamond station to "MANUAL" is acceptable)

CBOR Place the BOTH MFW pump H/A stations to "MANUAL" and Reactor Demand or Diamond Station to "MANUAL".

CRS Direct the CBOR to stabilize the plant CBOR Using the MFW pump H/A stations and control rods, balance feedwater flows and Tave to return to normal values.

CRS Direct the CBOT to compare failed instrument to the non-selected instrument using PMS. CBOT Using PMS, verify the non-selected MFW flow is reading correctly.

CRS Direct the CBOR to select the "Y" MFW flow instrument for loop "B".

CBOR Select the "Y" instrument for loop "B" MFW flow. continued

Appendi x D Oper ator Acti ons For m ES-D-2 NUREG-1021, Rev i sion 8, Supplem ent 1 O p-T es t No: 2004-1 Sc enar io No: 2 Event No: 4 Page 7 of 11 Event Des c r iption: "B" M a in Feed f l ow t r ansm i t t e r dr if t s low slow ly Ti m e Pos i tion Applic ants Ac tions or Behavior NO T E: A c aution plac ar d on both C03 and C13 pr ovides dir e c t ion of s e lec t ing the as s o c i ated "X" or "Y" MF W T e m per atur e ins t r u m ent w hen the MF W f l ow ins t r u m ent is s e lec t ed due to har d w i r ed tem per atur e c o m pens ation of the MF W f l ow ins t r u m ent. CRS Dir e c t the CBO T to s e lec t the "Y" MF W tem per atur e ins t r u m ent f o r loop "B" on C13.

CBOT Selec t the "Y" MF W tem per atur e ins t r u m ent f o r loop "B". CBOR Plac e ICS in "

A UT O" in ac c o r danc e w i th 1105.004, ICS O per ations. EVENT T E RMINAT IO N CRIT E RIA "B" Main F eedw ater F l ow "Y" ins t r u m ent s e lec t ed and ICS in "

A UT O" Appendi x D Oper ator Acti ons For m ES-D-2 NUREG-1021, Rev i sion 8, Supplem ent 1 O p-T es t No: 2004-1 Sc enar io No: 2 Event No: 5 & 6 Page 8 of 11 Event Des c r iption: "B" M a in Feedw at er pum p ex cessiv e v i br at ion and pow er r educt i on t o secur e "B" M F W pum p f o r r epair. Ti m e Pos i tion Applic ants Ac tions or Behavior T=30 CBOR Ac k now ledge and r epor t annunc iator K06 C3, "

B" MF P T URB CO NT RO L SY S T R O U BLE. CRS Ref e r to ACA 1203.012E f o r c o r r e c t ive ac tion and guidanc

e. CBOR/T Repor t vibr ation alar m on "B" MF P f r om O I T alar m panel O R T S I. CRS Dir e c t AO to ver i f y/c onf ir m "B" MF P has ex c e s s i ve vibr ation. CRS Dir e c t the CBO R and CBO T to per f o r m a pow er r educ tion to appr ox iom a tely 40% pow er to s e c u r e the "B" MF P. CBOR Begin a pow er r educ tion to 40% pow er us ing the Unit Load Dem and (U LD). EVENT T E RMINAT IO N CRIT E RIA Pow e r r educ tion >10%

Appendix D Operator Actions Form ES-D-2 NUREG-1021, Revision 8, Supplement 1 Op-Test No: 2004-1 Scenario No: 2 Event No: 7 & 8 Page 9 of 11 Event

Description:

Loss of offsite power occurs. Reactor trip. #1 EDG fails to autostart and the pushbutton on C10 fails to start the EDG. STATION BLACKOUT. EFW valve to the "A" OTSG fails open resulting in level being raised higher than the EFIC controlled setpoint.

Time Position Applicants Actions or Behavior T=40 CREW Recognize loss of offsite power CRS Direct actions per the Reactor Trip Procedure, 1202.001.

CBOR Manually trip the reactor by depressing the Rx. Trip pushbutton. Verify all rods on bottom and power dropping.

CBOT Manually trip the turbine by depressing the Turbine Trip pushbutton CBOR/CBOT Verify adequate subcooling margin.

CRS Transition to the Degraded Power Emergency Operating Procedure (1202.007). Direct operations per 1202.007. (Tech Spec. 3.8.1.G, AC Sources - Operating, Three or more required AC sources inoperable.)

CBOT Recognize the failure of #1 EDG to autostart CBOT Attempt to manually start #1 EDG using push-button on C10.

CRS Transition to the Blackout Emergency Operating Procedure (1202.008) and direct operations. (Tech Spec. 3.8.1.G, AC Sources - Operating, Three or more required AC sources inoperable.)

CBOR Verify EFW actuated and perform RT5 CRS Dispatch AO to #1 EDG continued Appendix D Operator Actions Form ES-D-2 NUREG-1021, Revision 8, Supplement 1 Op-Test No: 2004-1 Scenario No: 2 Event No: 7 & 8 Page 10 of 11 Event

Description:

Loss of offsite power occurs. Reactor trip. #1 EDG fails to autostart and the pushbutton on C10 fails to start the EDG. STATION BLACKOUT. EFW valve to the "A" OTSG fails open resulting in level being raised higher than the EFIC controlled setpoint.

Time Position Applicants Actions or Behavior CRS Communicate with Unit 2 to make the AAC generator available for use by Unit 1.

CRS Direct manual isolation of letdown and RCP seal return.

CBOR Close CV1223 on C04.

CBOT Place RCP seal Bleedoff alternate path to quench tank valves in CLOSED position on C13. CRS Dispatch the WCO to isolate letdown by manually closing CV1221 and isolating RCP seal return by manually closing CV1274.

CBOR Close both MSIVs (CV2691 and CV2692) on C09.

CBOR Report the EFW valve, CV2645 to the "A" OTSG, will not control and will not move in manual. CT CBOR Manually throttle CV2627 on C09 to establish approximately 280 gpm.

CRS Direct the CBOT to place the AAC generator on the A3 bus utilizing O.P. 1107.002.

INSTRUCTOR NOTE: Make the AAC generator available to the crew by performing the following; RMF EDA901 TRUE Call as the Unit 2 CRS and report the AAC generator is available for loading the vital bus.

CT CBOT Place the AAC generator on the A3 bus.

continued Appendix D Operator Actions Form ES-D-2 NUREG-1021, Revision 8, Supplement 1 Op-Test No: 2004-1 Scenario No: 2 Event No: 7 & 8 Page 11 of 11 Event

Description:

Loss of offsite power occurs. Reactor trip. #1 EDG fails to autostart and the pushbutton on C10 fails to start the EDG. STATION BLACKOUT. EFW valve to the "A" OTSG fails open resulting in level being raised higher than the EFIC controlled setpoint.

Time Position Applicants Actions or Behavior CRS Transition back to the Degraded Power procedure (1202.007).

CT CBOR Start P7B by releasing handswitch from Pull-to-lock and placing handswitch in the start position.

CRS Direct the CBOR to establish EFW to both OTSGs using P7B.

CBOR Verify EFW flow to the OTSGs.

EVENT AND SCENARIO TERMINATION CRITERIA Power restored to the A3 bus from the AAC generator and EFW re-established to both OTSGs from P7B OR as directed by the lead examiner.

Appendi x D Oper ator Acti ons For m ES-D-1 Facilit y: ANO-1 Scenar io No.: 3 (M O D) O p-T est No.: 2004-1 Page 1 of 10 Ex am iner s: O per at or s: I n it ial Condit i ons: 90% pow er , eq uilibr i um X enon, M O L, #2 EDG SW v a lv e f a ils t o open on m anual st ar t. T u r nov er:: 90% pow er , M O L, eq uilibr i um X enon. AO r out inely check i ng t r av eling scr eens due t o m ild shad r un ov er past 24 hr s. Sy st em Eng i neer ing and O p s M anag em ent hav e discussed r o t a t i on of oper at ing M a k eup pum ps. T hey w ill call cont r o l r oom w hen t hey w ant t h is ev olut ion per f o r m ed. Ev ent No. M a lf. No. Ev ent T y pe* Ev ent Descr ipt i on 1 I M F C5A C (B O T) Condenser Vacuum Pum p C5A t r ips 2 N/A N (A LL) Shif t r unning m a k e up pum ps f r om P36B t o P36C t o eq ualiz e r un t i m e s 3 N/A R (B O R) Load dispat cher or der s pow er incr ease t o 100% due t o g r id loading

. 4 T R 458 I (B O R) Cont r o lling RCS pr essur e f a ils t o 2280# 5 I M F CV1008 C (B O R) PZR spr a y v a lv e leak s by af t e r cy cling 6 I M F ED453 I (A LL) SPDS f a ilur e 7 I M F RC005 M (A LL) SB LO CA 8 I M F CV1400 C (B O R) LPI inj e ct ion v a lv e CV1400 does not open. 9 I M F E S 2 5 9 I M F ES260 C (B O R) ESAS channels 1, 2 f a il t o act uat e at RCS pr essur e set point * (N)o r m a l, (R)eact i v i t y , (I)n st r u m ent , (C)o m ponent , (M)a j o r NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-1 Page 2 of 10 Ev ent No. T i m e M a lf. No. Value/Ram p Ti me Ev ent Descr ipt i on 8 & 9 T=0 IM F C V 1400 IM F ES259 IM F ES260 IM F C V 3807 0 R a mp 0 N/A 0 R a mp 0 LPI Block v a lv e, C V 1400, does not open.

ES channels 1 and 2 fail to auto actuate

  1. 2 ED G SW v a lv e fails to open w hen ED G autostarts 1 T=2 IM F C 5 A O FF C ondenser Vacuum Pump C 5 A trips 2 T=~10 N/A N/A Shift running M a keup Pumps 3 T=20 N/A N/A Load dispatcher orders pow er escalation to 100%

due to grid loading.

4 T=2 5 I M F T R 4 5 8 2 2 8 0 R a mp 2 M i n. C ontrolling R C S pressure fails to 2280 psig 5 T=Spray va l v e closure IM F C V 1008 .12 PZR Spray Valv e leaks through 6 T=30 IM F ED 453 N/A SPD S failure 7 T=35 IM F R C 005 .007 R 0 Small Break LO C A into the C ontainment Building NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2 O p-T es t No: 2004-1 Sc enar io No: 3 Ev ent No: 1 Page 3 of 10 Event Des c r iption: Condens er Vac uum Pum p , C5A, tr ips. Ti m e Pos i tion Applic ants Ac tions or Behavior T=2 CBOR Ac k now ledge and r epor t annunc iator K05 A3, Vac uum Pum p T r ip, alar m CRS Ref e r to ACA 1203.012D f o r c o r r e c t ive ac tion and guidanc

e. CBOT Ver i f y C5A has tr ipped by obs er ving pum p s t atus on C02. CBOT Manually s t ar t s t andby Vac uum Pum p , C5B. CRS Initiate s t eps to deter m i ne c aus e of pum p tr ip. Call AO to inves t igate. CBOT Monitor c ondens er vac uum f o r r e tur n to nor m a l value. CRS If c ondens er vac uum low e r s t o < 26.5" Hg, then go to Los s of Condens er Vac uum , 1203.016.

CBOT IF DESIRED, plac e the hand s w itc h f o r C5A in nor m a l-af ter-s top or Pull-T o-Loc k to c l ear the alar m. EVENT T E RM INA T IO N CRIT E RIA C5B s t ar ted and vac uum r e tur ned to nor m a l OR Nex t Event NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2 O p-T es t No: 2004-1 Sc enar io No: 3 Ev ent No: 2 Page 4 of 10 Event Des c r iption: Shif t Running Mak eup pum ps f r om P36B to P36C to equaliz e r un tim e s. Ti m e Pos i tion Applic ants Ac tions or Behavior T=10 CRS Dir e c t the CBO R and CBO T to s h if t m a k eup pum ps by s t ar ting P36C and s t opping P36B per 1104.002, Mak eup and Pur i f i c a tion Sy s t em O per ations Pr oc edur e. CBOT Star t P64C, Aux

. Lube O il pum p f o r P36C. CBOT Af ter one m i nute of P64C oper ation, St art P36C. CBOT Stop P64C.

CBOT Star t P64B CBOT Stop P36B.

CBOR Ver i f y pr oper dis c har ge pr es s u r e on C04 and/or SPDS. CBOT Af ter one m i nute of P64B oper ation, St o p P64B. CBOT Change the pum p s t atus tags f o r the c o r r e c t alignm ent. EVENT T E RM INA T IO N CRIT E RIA P36C r unning, P36B of f NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2 O p-T es t No: 2004-1 Sc enar io No: 3 Ev ent No: 3 Page 5 of 10 Event Des c r iption: Pow e r es c a lation to 100%.

Ti m e Pos i tion Applic ants Ac tions or Behavior T=20 CRS Dir e c t the c r ew to c ontinue pow er es c a lation to 100% at ~30/Hr. CBOR Begin pow er es c a lation by ver i f y ing the r a te of c hange s e t at ~.5%/m in. and r a is ing the dem and w i th the ULD s t ation. CBOT Ver i f y tur b ine load is r i s i ng and the tur b ine is m a intaining header pr es s u r e at the des ir ed s e tpoint. CBOR Ver i f y Reac tor pow er r i s i ng and f eedw ater f l ow r i s i ng to m a intain pr oper T a ve. EVENT T E RM INA T IO N CRIT E RIA Pow e r r e tur ned to 100%

OR Nex t Event NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2 O p-T es t No: 2004-1 Sc enar io No: 3 Event No: 4 & 5 Page 6 of 10 Event Des c r iption: Contr o lling RCS pr es s u r e f a ils and PZ R Spr a y Valve leak s thr ough. Ti m e Pos i tion Applic ants Ac tions or Behavior T=25 CBOR Identif y and r epor t a dis par ity betw een RCS pr es s u r e indic a tions. NO T E: Cr ew m a y or m a y not identif y the PZ R Spr a y valve s i m u ltaneous w i th pr es s u r e indic a tion f a ilur e. CREW Diagnos e f a iled RCS pr es s u r e indic a tion us ing panel indic a tions , plant c o m puter and SPDS. (T ech. Sp ec. 3.3.1A

) CBOR If not identif ied ear lier , r epor t RCS pr es s u r e low e r i ng and the pr es s u r i z e r s p r a y valve open. CRS Dir e c t oper ation per 1203.015, PZ R Sy s t em s F a ilur e s , Sec t ion 6 CBOR Deter m ine and r epor t that the f a iled i ndic a tion is c ontr o lling RCS pr es s u r e. CBOR Manually c l os e the pr es s u r i z e r s p r a y valve, CV1008.

CBOR Repor t RCS pr es s u r e c ontinues to low e r. CRS Dir e c t the CBO R to c l os e the pr es s u r i z e r s p r a y is olation, CV-1009. CT CBOR Clos e CV1009, Pr es s u r i z e r Spr a y Valve Is olation. CRS Dir e c t the CBO R to s e lec t the alter nat e RCS pr es s u r e indic a tion f o r c ontr o l. c ontinued NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2 O p-T es t No: 2004-1 Sc enar io No: 3 Event No: 4 & 5 Page 7 of 10 Event Des c r iption: Contr o lling RCS pr es s u r e f a ils and PZ R Spr a y Valve leak s thr ough. Ti m e Pos i tion Applic ants Ac tions or Behavior CBOR Selec t PT 1038 us ing the hands w i tc h on panel C04.

CRS Ref e r enc e 1203.015, Pr es s u r i z e r Sy s t em s F a ilur e s , Pr es s u r i z e r Spr a y Valve (C V-1008) F a ilur e s e c t ion. (T ech Sp ec. T R M 3.4.3.A f o r d i f f e ren t ial t e mp erat u r e o f sp ray f l u i d an d p r essu riz e r t e mp erat u r e o f >430°F) CBOR Rec ogniz e and r epor t that RCS pr es s u r e is r e c o ver i ng. EVENT T E RM INA T IO N CRIT E RIA Alter nate RCS pr es s u r e ins t r u m ent s e lec t ed and Pr es s u r i z e r Spr a y valve c l os ed OR Nex t Event NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2 O p-T es t No: 2004-1 Sc enar io No: 3 Event No: 6 Page 8 of 10 Event Des c r iption: SPDS Los s of Pow e r. Ti m e Pos i tion Applic ants Ac tions or Behavior T=30 CREW Rec ogniz e and r epor t the f a ilur e of the SPDS dis p lay s in the c ontr o l r oom on panels C09 and C19.

CRS Contac t Unit 2 or Com puter Suppor t to attem p t to r eboot the SPDS c o m puter s. CRS Ref e r to 1105.014, SPDS O per ation, to deter m i ne that ther e is a one hour tim e lim it to r e s t or e oper ation of at leas t one SPDS s y s t em OR it w ill bec om e a r epor table item. EVENT T E RM INA T IO N CRIT E RIA T h is event w ill ex is t f o r the r e m a inder of the s c enar io. NUREG-1021, Rev i sion 8, Supplem ent 1 Appendi x D Oper ator Acti ons For m ES-D-2 O p-T es t No: 2004-1 Sc enar io No: 3 Event No: 7, 8, & 9 Page 9 of 10 Event Des c r iption: LO CA in the "

A" RCS loop T c old. ESAS c hannels 1 and 2 f a il to auto ac tuate. #2 EDG s e r v ic e w a ter valve f a ils to open w hen the EDG autos tar t s. Ti m e Pos i tion Applic ants Ac tions or Behavior T=35 CBOR Identif y pr es s u r i z e r level and RCS pr es s u r e dr opping. CBOT Rec ogniz e and r epor t RCS leak age into the Reac tor Building.

(T ech Sp ec. 3.4.13.B RCS O p erat io n a l L E A K A G E) EA L 2.2, A L ERT (RCS leakag e >No r mal M akeu p cap acit y) CRS Dir e c t ac tions per the Reac tor T r ip Pr oc edur e, 1202.001.

CBOR Manually tr ip the r eac tor by depr es s i ng the Rx. T r ip pus hbutton. Ver i f y all r ods on bottom and pow er dr opping. CBOT Manually tr ip the tur b ine by depr es s i ng the T u r b ine T r ip pus hbutton CBOR/CBOT Ver i f y adequate s ubc ooling m a r g in. CRS Dir e c t initiation of HPI per RT 2. NOT E T he c r ew m a y m anually initiate ESAS due to the im m i nent autom atic ac tuation pr ior to r eac hing the s e tpoint and ther ef or e m a y not identif y the f a ilur e of c hannel 1 and 2 to auto ac tuate. CREW Rec ogniz e the ac tuation of ESAS on low RCS pr es s u r e. CBOR Identif y the f a ilur e of c hannels 1 and 2 of ESAS to ac tuate. CT CBOR Manually initiate c hannel 1 and 2 f r om the pus hbuttons on C04 CRS T r ans ition to ESAS pr oc edur e, 1202.010, and dir e c t c r ew oper ations CBOR Chec k f o r adequate s ubc ooling m a r g in. c ontinued NUREG-1021, Rev i sion 8, Supplem ent 1 Appendix D Operator Actions Form ES-D-2 NUREG-1021, Revision 8, Supplement 1 Op-Test No: 2004-1 Scenario No: 3 Event No: 7, 8, & 9 Page 10 of 10Event

Description:

LOCA in the "A" RCS loop Tcold. ESAS channels 1 and 2 fail to auto actuate. #2 EDG service water valve fails to open when the EDG autostarts. Time Position Applicants Actions or Behavior CBOT Verify proper ESAS actuation per RT 10.

CBOT Identify the failure of the service water valve for the #2 EDG to open when the EDG autostarts.

CBOT Attempt to open the service water valve for #2 EDG.

CRS Direct the stopping of the #2 EDG.

CBOT Stop the #2 EDG by placing the #2 EDG control switch in "LOCKOUT" position.

CBOR Close or verify closed the following valves; CV-1008, CV-1009, and CV-1000 CRS Transition to Loss of subcooling margin procedure, 1202.002, and direct crew actions. CBOR Control RCS pressure within limits of Figure 3 of EOP (RT 14)

EVENT and SCENARIO TERMINATION CRITERIA All appropriate channels of ESAS actuated and HPI injecting water into RCS and RCS pressure stable.

OR As directed by the lead examiner

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