ML013390221
| ML013390221 | |
| Person / Time | |
|---|---|
| Site: | Comanche Peak  |
| Issue date: | 02/12/2002 |
| From: | Operations Branch IV |
| To: | |
| References | |
| Download: ML013390221 (151) | |
Text
System:
ADMIN A.1 JTA Task #:
Task
Title:
Complete Operating Logs and Determine If Acceptance Criteria Satisfied KSA Ref: GK/A 2.1.18 RO:
2.9 SRO:
Admin A.1 - RO only Candidates Name:
Performance Environment:
CLASSROOM Performance Method:
PERFORMED Time to complete JPM:
Estimated 15 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
OPT-102A-1 Tools, Equipment, Job Aids, etc:
OPT-102A-1 Plant Computer
EXAMINER COPY Page 2 of 4 Safety Considerations:
None - classroom only Comments:
Need filled out copy of OPT-102A-1 with errors as indicated in Standard column for the candidate. Also need a correctly filled out OPT-102A-1 for the examiners. Give realistic readings for 100% power.
Use colored paper for ALL candidate handouts.
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
You are the extra RO on shift. The on-duty RO was in the process of completing OPT-102B-1, Mode 1 and 2 Shiftly Surveillances, but became ill and was unable to finish. The Unit Supervisor has directed you to complete OPT-102B-1 and check to make sure the Acceptance Criteria were satisfied.
Terminating Conditions:
Candidate completes OPT-102B-1 and gives it to Examiner for review.
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Provide candidate with material and allow him to review work to be performed.
STEPS MAY BE PERFORMED IN ANY ORDER Candidate should review JPM initiating cues Candidate should circle readings that do not meet acceptance criteria and make a note 2*
Determines that Containment Average Temp does not meet Acceptance Criteria CUE: If candidate asks about the plant computer point, tell him Containment Computer Point temp = 111.5oF Candidate identifies that Temp = 112oF and verifies Computer PT: CNTMTTMP
<116oF Note candidate must identify that Acc Criteria not met 3*
Determines that Containment Pressure does not meet Acceptance Criteria Candidate identifies that 1-PI-5470A is reading 1.5 psig 4*
Determines average of all operable loop flow indicators.
Meets Acc. Criteria Note: 1-FI-446 is out of service. Avg calculated using 11 operable channels Candidate calculates average as 98.64%.
5*
Determines average pressurizer pressure meets Acc. Criteria. 1-PI-458 reading 45 psig lower than highest channel, does not meet Acc. Criteria.
Candidate calculates average press pressure of 2221 psig. Also identifies max dev between operable channels >40 psig.
Candidate must correctly calculate average and identify Max dev exceeded 6*
Determines average of RCS temp channels. RCS temp channels read normal values for 100% power. Meets Acc.
Criteria.
Candidate calculates RCS Avg Temp =
590oF 7*
Determines that PR flux does not meet Acc. Criteria Candidate identifies that NI-43 and NI-41 deviation is 4.5%
JPM Complete - To Pass must complete 5 of 6 Critical steps
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
You are the extra RO on shift. The on-duty RO was in the process of completing OPT-102B-1, Mode 1 and 2 Shiftly Surveillances, but became ill and was unable to finish. The Unit Supervisor has directed you to complete OPT-102B-1 and check to make sure the Acceptance Criteria were satisfied.
System:
Control Rod Drive System JTA Task #:
RO*1010 Task
Title:
Perform Shutdown Margin Calculations KSA Ref: 001.A4.11 RO:
3.5 SRO:
4.1 Admin A.1 - RO only Candidates Name:
Performance Environment:
CLASSROOM Performance Method:
PERFORMED Time to complete JPM:
Estimated 30 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
OPT-301, Reactor Shutdown Margin Verification Technical Specifications Startup and Operation Report Core Operating Limits Report Tools, Equipment, Job Aids, etc:
OPT-301 OPT-301-9 SOR COLR
EXAMINER COPY Page 2 of 5 Safety Considerations:
None - classroom only Comments:
1.
Provide candidate a copy of Startup and Operations Report (SOR) for Unit 2, Cycle 6 2.
Candidate needs calculator, blank OPT-301-9 form, and access to Unit 2 COLR Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Use of the plant computer is PROHIBITED.
Initiating Cue:
The unit tripped from 85% power, equilibrium conditions 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> ago. All rods are fully inserted, RCS Tave is 385°F, and the boron concentration is 1105 ppm from a sample taken 3 hours3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br /> after the trip. Core burnup is 9000 MWD/MTU. The computer program is unavailable and you are to perform a manual Shutdown Margin Verification per OPT-301, Reactor Shutdown Margin Verification.
Terminating Conditions:
Shutdown Margin Verification has been completed per OPT-301 and OPT-301-9 filled out.
EXAMINER COPY Page 3 of 5 NEED values for all the standard items as well as a completed OPT-301-9 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Obtains OPT-301 and a working copy of form OPT-301-9 OPT-301 open for reference For grading, there is a completed form to reference 2
Completes top portion of OPT-301-9 Unit NO.; Cycle No:
use current cycle; Mode: 3; Current date and time.
3 Enters the RCS boron concentration on line A.1 and sample time.
Enters 1105 ppm on line A.1 4
Enters RCS Tave on line A.2 Enters 385°F on line A.2 5
Enters core burnup on line A.3 and checks the appropriate box.
Enters 9000 and check MOL box.
6 Enters number of stuck RCCAs on line A.4.
Enters 0 on line A.4 for no stuck RCCAs.
7 Refers to COLR and determines SDM reactivity requirement for present MODE. Enters value in line A.5.
Enters 1300 on line A.5.
Candidate may know from memory the requirement of 1.3%K/K which is 1300 pcm.
8 Determines the uncorrected minimum boron concentration from SOR table 5.13 and enters on line B.1.
Refers to SOR table 5.13 and enters a value of 1377
- 9 Determines A.1 B.1 and credit must be taken for Xe and Sm.
A.1 B.1. Must take credit for Xe and Sm by performing section 8.1.4 and 8.1.5.
10 Enters data for C.1 and C.2.
Data given in initiating cue.
C.1 = 4 hrs C.2 = 85%
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 5 11 Determine Xe worth using SOR, table 5.21 and enters on line C.3 and checks box to indicate from SOR.
Enters value for C.3 = 3736 12 Determines Sm worth using SOR, table 5.24 and enters on line C.4 and checks box to indicate from SOR.
Enters value for C.4 = 927 13 Determines the IBW using table 5.8 from SOR and enters value on line D.1.
Enters IBW from table 5.8 of SOR on line D.1 = 13211 14 Determines value for most reactive RCCA from table 5.16 of SOR and enters value on line D.2.
Enters value of most reactive RCCA from table 5.16 of SOR and enters on line D.2 = 962 15 Performs calculation of OPT-301-9, line D.3 to determine worth correction and enters value on line D.3.
Performs calculation of OPT-301-9, line D.3, using 0 for RCCAs and enters value on line D.3 = 4663 16 Determines boron correction factor from Figure 5.36 of SOR and enters on line D.4.
Enters value for boron correction factor from Figure 5.36 of SOR on line D.4 = 0.976 17 Performs calculation of OPT-301-9, line D.5, to determine the IBW for minimum SDM and enters results on line D.5.
Performs calculation of line D.5 to determine IBW for minimum SDM and enters on line D.5 = 8756 Section E is optional, not required to be completed.
18*
Interpolates shutdown margin (SDM) from Table 5.8 Obtains a value of 901 ppm +/-100 ppm 19*
Determine if SDM requirements are met and completes line F.1.
JPM COMPLETE Verifies boron concentration entered on line A.1 line D.6 and circles YES on line F.1.
CANDIDATE HANDOUT Page 5 of 5 INITIATING CUE:
The unit tripped from 85% power, equilibrium conditions 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> ago. All rods are fully inserted, RCS Tave is 385°F, and the boron concentration is 1105 ppm from a sample taken 3 hours3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br /> after the trip.
Core burnup is 9000 MWD/MTU. The computer program is unavailable and you are to perform a manual Shutdown Margin Verification per OPT-301, Reactor Shutdown Margin Verification.
System:
JTA Task #:
Task
Title:
Clearance Review KSA Ref: GKA 2.2.13 RO:
3.6 SRO:
3.8 Admin A.2 - Tagging and Clearance - RO Candidates Name:
Performance Environment:
CLASSROOM Performance Method:
PERFORMED Time to complete JPM:
Estimated 25 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
STA-605, Clearance and Safety Tagging, Revision 14 OWI-110, Operations Department Work Control and Clearance Guideline, Revision 11 Dwg M1-206, Sheet 1 Tools, Equipment, Job Aids, etc:
Anything needed
EXAMINER COPY Page 2 of 4 Safety Considerations:
None - classroom only Comments:
Will need complete set of prints for candidates to reference. In the JPM package have DWG M1-206, Sheet 1, so the candidate can mark clearance boundary Use colored paper for all candidate handouts.
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
The clearance was prepared by an trainee and you have been asked by the Work Control Supervisor to review the prepared clearance as a qualified clearance preparer. Identify the three substantive errors associated with the clearance boundaries.
Terminating Conditions:
Finishes review of the clearance.
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Provide candidate with completed copy of the initiating cue Candidate should review Admin JPM and initiating cue 2*
Identifies 3 errors Candidate identifies the following 3 errors:
- 1. AFW Pump 1-02 motor breaker is REQUIRED to be tagged - not tagged
Correct Tag Number is 1AF-0023
- 3. 1AF-0055-RO is NOT isolated (part of minimum clearance boundary)
Errors can be found in ANY order.
3 of 3 errors must be identified for the JPM to be sat.
TASK COMPLETE
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
The clearance was prepared by an trainee and you have been asked by the Work Control Supervisor to review the prepared clearance as a qualified clearance preparer. Identify the three substantive errors associated with the clearance boundaries.
System:
ADMIN A.3 JTA Task #:
Task
Title:
Radiation Work Permits KSA Ref: GK/A 2.3.1 RO:
2.6 SRO:
Admin A.3 - RO only Candidates Name:
Performance Environment:
CLASSROOM Performance Method:
PERFORMED Time to complete JPM:
Estimated 15 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
Tools, Equipment, Job Aids, etc:
Survey Map of FGD 810 Elev North Penetration Room
EXAMINER COPY Page 2 of 4 Safety Considerations:
None - classroom only Comments:
DO THIS JPM IN CONJUNCTION WITH B.2.a, Isolate RCP Seals.
Valves 2CS-8369A and 2CS-8369B are located in a posted high radiation area in Room 2-077B. DO NOT enter this area - discuss valve manipulation.
Use colored paper for ALL candidate handouts.
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
Enters Room 2-077B and determines valves are located in a posted high radiation area. - NO INITIATING CUE IS HANDED TO THE CANDIDATE Terminating Conditions:
Discusses what is required to enter a high radiation area.
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1*
Candidate identifies that Valves 2CS-8369A and 2CS-8369B are located in a high radiation area.
Candidate should identify that a high radiation area exists and he must contact RP prior to entry.
DO NOT ENTER THE HIGH RADIATION AREA AT ANY TIME DURING THE JPMs 2*
Cue: ask Candidate what is required to enter the high radiation area.
Candidate should:
- 1) Indicate that he/she would contact RP to review current radiological conditions prior to entry
- 2) Go back to RCA access and check General Access Permit (GAP) - allow candidate to go back and review GAP Note: Candidate should know the requirements of the GAP; however, I believe Standard 2 response would be adequate.
3 Candidate contacts RP Cue: RP indicates that radiological conditions are as indicated on the survey map.
Radiological survey was completed yesterday with no changes in radiation levels.
Candidate states he/she would contact RP for current radiological conditions 4
Candidate simulates entering area to manipulate the valves Candidate indicates he would now enter the high radiation area JPM Complete Continue on with B.2 JPM, Isolate RCP Seals ->
discuss how you would close the valve and determine it was shut.
EXAMINER COPY Page 4 of 4
System:
Emergency Procedures/Plan JTA Task #:
Task
Title:
Emergency Classification - site evacuation KSA Ref: GKA 2.4.29 RO:
2.6 SRO:
Admin A.4 - RO only Question 1 Candidates Name:
Performance Environment:
CLASSROOM Performance Method:
PERFORMED Time to complete JPM:
Estimated 5 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
Procedure EPP-314, Evacuation and Accountability, Revision 7, Step 4.1.1.3.1 Lesson Plan EP21.EVA.EA1 Tools, Equipment, Job Aids, etc:
Closed Reference
EXAMINER COPY Page 2 of 4 Safety Considerations:
None - classroom only Comments:
Closed reference Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Use of the plant computer is PROHIBITED.
Initiating Cue:
A site evacuation should always be ordered upon declaration of what class of emergency or classes of emergencies (list ALL applicable answers)?
Terminating Conditions:
Provides written answer for emergency classifications that should require site evacuation.
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Provide candidate with completed copy of the initiating cue Candidate should review Admin JPM and initiating cue 2*
Provide the two classes of emergencies that should require site evacuation.
Candidate response -
Site Area Emergency and General Emergency Candidate may use a qualifier -
An evacuation would be ordered unless this would pose a greater threat to site personnel. This is qualifier is NOT required to be SAT.
Both Site Area and General Emergency answers to be SAT TASK COMPLETE
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
A site evacuation should always be ordered upon declaration of what class of emergency or classes of emergencies (list ALL applicable answers)?
System:
Emergency Procedures/Plan JTA Task #:
Task
Title:
Emergency Classification - offsite notification KSA Ref: GKA 2.4.29 RO:
2.6 SRO:
Admin A.4 - RO only Question 2 Candidates Name:
Performance Environment:
CLASSROOM Performance Method:
PERFORMED Time to complete JPM:
Estimated 5 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
EPP-203, Notification, Revision 13 Tools, Equipment, Job Aids, etc:
Closed reference
EXAMINER COPY Page 2 of 4 Safety Considerations:
None - classroom only Comments:
Closed reference Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Use of the plant computer is PROHIBITED.
Initiating Cue:
After an emergency classification (NOUE, Alert, Site Area, or General Emergency) has been made, what is the maximum time allowed to notify Somervell and Hood Counties?
Terminating Conditions:
Provides written answer for time for announcement to evacuate the site.
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Provide candidate with completed copy of the initiating cue Candidate should review Admin JPM and initiating cue 2*
Provide the time after emergency classification to notify offsite agencies.
Candidate response -
15 minutes TASK COMPLETE
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
After an emergency classification (NOUE, Alert, Site Area, or General Emergency) has been made, what is the maximum time allowed to notify Somervell and Hood Counties?
System:
Nuclear Instrumentation System JTA Task #:
New Task
Title:
Dropped rod during startup.
KSA Ref: 001.A2.03 PEO:
RO:
3.5 SRO:
4.2 Safety Function 1 - Reactivity Control Candidates Name:
Performance Environment:
SIMULATOR Performance Method:
PERFORMED Time to complete JPM:
Estimated 10 minutes Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
ABN-712, Rod Control System Malfunction Rev. 7 IPO-002A, Plant Startup from Hot Standby, Revision 14 Tools, Equipment, Job Aids, etc:
Simulator Set-up:
10E-8, IPO-002A Trigger E1 - F10 - Drop rod Trigger E2 - H8 - Drop rod
EXAMINER COPY Page 2 of 4 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
This JPM will be performed in the simulator Cues for indications and controls need not be given if this JPM is performed on an operating simulator.
Need copy of IPO-002A, Section 5.4 to give to candidate. Use colored paper for ALL candidate hand-outs (cues and procedures).
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
Reactor is critical and power is 1 X 10-8 amps. You are directed to continue with the reactor startup and increase reactor power until power is approximately 2%. The MSIVs are open. You are currently in IPO-002A, Step 5.4.1.
Terminating Conditions:
Reactor tripped and entry into EOP-0.0 A/B, Step 1 - verify reactor subcritical
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Increase Rx Power to approx 2%
References Procedure IPO-002A Give candidate copy of IPO-002A, Section 5.4 2
Establish a startup rate of approx 0.5 dpm Pull Control Bank ? to attain startup rate 3*
Notices dropped rod and enters ABN procedure CUE: Once RO/SRO identifies dropped rod ->
inform him/her to perform actions of ABN-712 Enters ABN-712, Rod Control System Malfunction and begins to insert all Control Banks to Control Bank Offset Position After a constant 0.5 dpm SUR is obtained, insert a dropped rod 4*
Notices additional dropped rod and scrams the reactor Trips the reactor and go to EOP-0.0 A/B Approx 2 minutes after beginning rod insertion, drop another rod.
Simulator Operator - do NOT drop another rod, unless the candidate begins to insert the rods.
5*
Perform Step 1 of EOP-0.0 A/B Task Complete Verifies:
All rod bottom lights on Rx trip and bypass brks open Neutron flux decreasing
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
Reactor is critical and power is 1 X 10-8 amps. You are directed to continue with the reactor startup and increase reactor power until power is approximately 2%. The MSIVs are open. You are currently in IPO-002A, Step 5.4.1.
System:
Nuclear Instrumentation System JTA Task #:
New Task
Title:
Dropped rod during startup.
KSA Ref: 001.A2.03 PEO:
RO:
3.5 SRO:
4.2 Safety Function 1 - Reactivity Control Candidates Name:
Performance Environment:
SIMULATOR Performance Method:
PERFORMED Time to complete JPM:
Estimated 10 minutes Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
ABN-712, Rod Control System Malfunction Rev. 7 IPO-002A, Plant Startup from Hot Standby, Revision 14 Tools, Equipment, Job Aids, etc:
Simulator Set-up:
1.?????
EXAMINER COPY Page 2 of 5 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
This JPM will be performed in the simulator Cues for indications and controls need not be given if this JPM is performed on an operating simulator.
Need copy of IPO-002A, Section 5.4 to give to candidate. Use colored paper for ALL candidate hand-outs (cues and procedures).
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
Reactor is critical and power is 1 X 10-8 amps. You are directed to continue with the reactor startup and increase reactor power until power is approximately 2%. The MSIVs are open.
Terminating Conditions:
Reactor tripped and entry into EOP-0.0 A/B, Step 1 - verify reactor subcritical
EXAMINER COPY Page 3 of 5 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Increase Rx Power to approx 2%
References Procedure IPO-002A Give candidate copy of IPO-002A, Section 5.4 2
Establish a startup rate of approx 0.5 dpm Pull Control Bank ? to attain startup rate 3*
Notices dropped rod and enters ABN procedure Enters ABN-712, Rod Control System Malfunction and begins to insert all Control Banks to Control Bank Offset Position After approx 2 minutes with 0.5 dpm SUR, insert a dropped rod
??Begins to insert rods within 2 minutes of dropped rod??
Does RO do this with direction from US or is it considered an immediate action?
4*
Notices additional dropped rod and scrams the reactor Trips the reactor and go to EOP-0.0 A/B Approx 2 minutes after beginning rod insertion, drop another rod.
Simulator Operator - do NOT drop another rod, unless the candidate begins to insert the rods.
??Candidate trips the reactor, within 1 minute of additional dropped rod,
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 5 without direction from the US -
informs him of his action(s)???
5*
Perform Step 1 of EOP-0.0 A/B Task Complete Verifies:
All rod bottom lights on Rx trip and bypass brks open Neutron flux decreasing
CANDIDATE HANDOUT Page 5 of 5 INITIATING CUE:
Reactor is critical and power is 1 X 10-8 amps. You are directed to continue with the reactor startup and increase reactor power until power is approximately 2%. The MSIVs are open.
System:
Chemical And Volume Control System JTA Task #:
RO*1333 Task
Title:
Respond To Chemical And Volume Control System Malfunction - Start the PDP KSA Ref: 004.A4.08 PEO:
RO:
3.8 SRO:
3.4 Safety Function 2 - Reactor Coolant System Inventory Control (Faulted)
Candidates Name:
Performance Environment:
PLANT CONTROL ROOM SIMULATOR Performance Method:
PERFORMED SIMULATED DISCUSSED Time to complete JPM:
Estimated 20 min Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
ABN-501 SOP-103A(B), sections 5.3.3 & 5.3.4 Tools, Equipment, Job Aids, etc:
Update OP aide for PDP run for TODAYs date ABN-501, SOP-103A(B)
Load Hot Standby or at Power IC Place 75 gpm orifice inservice Place Simulator in RUN, Activate Malfunction SW01A, ensure auto actions, FREEZE the Simulator.
EXAMINER COPY Page 2 of 7 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to Manipulate any plant components.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator.
Need copy of Procedure SOP-103A(B). Use colored paper for ALL candidate hand-outs (cues and procedures)
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
Initial conditions: Train A equipment is in service.
Annunciator SSWP 1/2 OVRLOAD/TRIP (1-1.8) is alarming.
Terminating Conditions:
CCP u-02 trips when started and PDP charging pump is started
EXAMINER COPY Page 3 of 7 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Responds to annunciator SSWP 1/2 OVRLOAD/TRIP (1-1.8) and enters ABN-501 CUE: SSW Pump u-01 has tripped - no flow and no amps.
Unit Supervisor directs you to Perform ABN-501 Candidate acknowledges alarm, determines SSW Pump u-01 has tripped, and references ABN-501 2
Verifies unaffected train SSW and CCW pumps running CUE: Amps, current, and flows normal for Train B SSW and CCW pumps Candidate checks pumps running - amps and current 3
Verifies equipment in affected train - NOT required for operation CUE: Unit Supervisor directs candidate to start CCP u-02 Candidate checks equipment running in affected train (CCP, DG, CCW Pump, SI Pump, and CS Pumps) 4 Verify SSW flow to CCP 2 CUE: FLOW is 38 gpm on u-FI-4355 Section 5.1.1 is complete u-FI-4355, CCP-2 SSW minimum FLOW 35 GPM 5
Ensure CCP breaker is racked in.
CUE: 1/u-APCH2 green lights lit 1/u-APCH2 green lights are lit
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 7 6
Verify open:
CCP 1 & 2 MINIFLO VLVs 1/1-8110 and 1/1-8111 VCT to CHRG PMP SUCT VLVs 1/1-LCV-112B & C CHRG PMP SUCT HI POINT VENT VLVs 1-ZL-8220 and 1-ZL-8221 Verify Closed:
RWST to CHRG PMP SUCT VLV 1/1-LCV-112D & E CUE:
Indicating lights are red for:
1/1-8110, 8111 1-ZL-8220, 8221 1/1LCV-112B & C Indicating lights are green for:
1/1-LCV-112D & E Indicating lights are red for:
1/1-8110, 8111 1-ZL-8220, 8221 1/1LCV-112B & C Indicating lights are green for:
1/1-LCV-112D & E 7
Locally start aux lube oil pump.
CUE: PEO reports aux lube oil pump running and ZL-APCH2-LP light is red Dispatch PEO to locally place the handswitch for the aux lube oil pump for the selected CCP in AUTO and verify it starts CCP may be started without starting the aux lube oil pump in an emergency.
Should be logged in the unit log.
8 Verify the train associated station service water pump in operation prior to starting a CCP.
CUE: SSWP 2 red light lit SSWP 2 handswitch red light lit This is a CAUTION
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 5 of 7 9
Start CCP 2 CUE: CCP 2 Green LIGHT LIGHT LIT - CCP 2 trips 1/u-APCH2 handswitch to START CCP 2 trips -
Annunciator Alarms and Handswitch has trip light lit.
10 Candidate reports that CCP 2 tripped CUE: Unit Supervisor directs candidate to start the PDP per SOP-103A.
References SOP-103A and determines Section 5.3 is applicable Give copy of Section 5.3 to candidate 11 Ensures prerequisites of Section 2.5 are met CUE: Section 2.5 (including Section 5.1.1) was completed -
the pump was run today on an earlier shift as part of slave relay testing. PDP Stuffing Box level is OK.
Verifies Section 2.5 completed 12 Ensure u-8388-RO, PDP u-01 Disc Vlv Rmt Candidate CUE: PEO reports that u-8388-RO is open Has PEO verify u-8388-RO is open 13 Open vent valves 1/u-8202A and 1/u-8202B CUE: 1/u-8202A and 1/u-8202B Red Light lit 1/u-8202A and 1/u-8202B handswitches to OPEN 14 Place PDP speed controller in manual CUE: u-SK-459A is in manual and setpoint is at 55% demand u-SK-459A in manual and run setpoint to 55% demand
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 6 of 7 15*
Open PDP recirc valve CUE: 1/u-8109 Red Light lit 1/u-8109 handswitch to open 16*
Start PDP CUE: PDP Red Light lit 1/u-APPD PDP handswitch to START 17 Candidate checks 1/1-8109 valve is closed.
1/1-8109 is closed Green light lit Valve 1/1-8109 will auto close 2 minutes after PDP breaker is closed.
18*
Increase PDP speed and decrease CCP flow CUE: u-FK-121 is at a minimum Alternately increase PDP speed u-SK-459A and decrease flow u-FK-121, until u-FK-121 is at a minimum 19*
CCP 1 handswitch 1/u-APCH1 TO STOP CUE: 1/u-APCH1 green light lit Once candidate has stopped CCP 1, Examiner should cue that TASK COMPLETE 1/u-APCH1 handswitch to STOP NOTE: CCP 1 handswitch may be placed in Pull-Out TASK COMPLETE
CANDIDATE HANDOUT Page 7 of 7 INITIATING CUE:
Initial conditions: Train A equipment is in service.
Annunciator SSWP 1/2 OVRLOAD/TRIP (1-1.8) is alarming.
System:
Reactor Coolant Pumps JTA Task #:
AO*6521 Task
Title:
Isolate RCP Seals KSA Ref: 002.K6.02 PEO:
X RO:
3.1 SRO:
3.6 Safety Function 2 - Reactor Coolant System Inventory Control Candidates Name:
Performance Environment:
PLANT Performance Method:
SIMULATED Time to complete JPM:
Estimated 10 minutes Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
ECA-0.0B Tools, Equipment, Job Aids, etc:
ECA-0.0B Communications with the Control Room
EXAMINER COPY Page 2 of 4 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
For JPMs which are to be PERFORMED, cues for indications and controls need not be given.
HIGH RAD AREA. CAUTION: High Rad Area NOT to be entered.
Perform on Unit 2 ONLY!!!!!
Need Copy of Procedure ECA-0.0A, Step 10. Use colored paper for ALL candidate handouts (cues and procedures).
Perform Admin RP JPM with this task.
Instructions:
You may use any approved reference materials, including logs. Make or simulate all written/oral reports as if the evolution is actually being performed. You are expected to discuss all steps you would take, including identifying what switches/indications you would use Initiating Cue:
The Unit Supervisor has directed you to isolate Unit 2 RCP seals in accordance with Step 10 of Procedure ECA-0.0B, Loss of All AC Power, Revision 1 Terminating Conditions:
The RCP seals have been isolated per ECA-0.0A
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Close RCP seal water return isolation valve 1/2-8100.
CUE: 1/2-8100 handwheel will not rotate further and Stem is down Rotates handwheel in CLOSED direction SFGD 810 elevation Room 2-077B.
Penetration Room may be high rad area if failed fuel present.
Give candidate copy of procedure
- 2 CLOSE RCP seal injection throttle valves.
2CS-8369A 2CS-8369B 2CS-8369B 2CS-8369D CUE: Valve handwheel will NOT rotate further and stem indicated down CUE: The candidate MUST identify the HRA first and indicate he/she would not enter prior to contacting RP. For 2CS-8369A and B - You have been given permission to enter the HRA -discuss ask how you would close valve and what indications.
Rotates handwheel for individual valves in CLOSED direction 2CS-8369A (SFGD 810 elev.
Room 2-077B),
2CS-8369B (SFGD 810 elev.
Room 2-077B)
-> are beyond a HIGH RAD Boundary 2CS-8369C (SFGD 810 elev.
Room 2-077A),
2CS-8369D (SFGD 810 elev.
Room 2-077A).
DO NOT ENTER THE HRA
- 3 Close 2-HV-4709 CUE: 2-HV-4709 handwheel will not rotate further and Stem is down Rotates handwheel in CLOSED direction Unit 2 - THBR CLR CCW Return ORC Isol Vlv is in 832 SFGD Pen North Rm TASK COMPLETE
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
The Unit Supervisor has directed you to isolate Unit 2 RCP seals in accordance with Step 10 of Procedure ECA-0.0B, Loss of All AC Power, Revision 1
System:
Reactor Coolant Pumps JTA Task #:
AO*6521 Task
Title:
Isolate RCP Seals KSA Ref: 002.K6.02 PEO:
X RO:
3.1 SRO:
3.6 Safety Function 2 - Reactor Coolant System Inventory Control Candidates Name:
Performance Environment:
PLANT Performance Method:
SIMULATED Time to complete JPM:
Estimated 10 minutes Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
ECA-0.0B Tools, Equipment, Job Aids, etc:
ECA-0.0B Communications with the Control Room
EXAMINER COPY Page 2 of 4 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
For JPMs which are to be PERFORMED, cues for indications and controls need not be given.
HIGH RAD AREA. CAUTION: High Rad Area NOT to be entered.
Perform on Unit 2 ONLY!!!!!
Need Copy of Procedure ECA-0.0A, Step 10. Use colored paper for ALL candidate handouts (cues and procedures).
Perform Admin RP JPM with this task.
Instructions:
You may use any approved reference materials, including logs. Make or simulate all written/oral reports as if the evolution is actually being performed. You are expected to discuss all steps you would take, including identifying what switches/indications you would use Initiating Cue:
The Unit Supervisor has directed you to isolate Unit 2 RCP seals in accordance with Step 10 of Procedure ECA-0.0B, Loss of All AC Power, Revision 1 Terminating Conditions:
The RCP seals have been isolated per ECA-0.0A
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Close RCP seal water return isolation valve 1/2-8100.
CUE: 1/2-8100 handwheel will not rotate further and Stem is down Rotates handwheel in CLOSED direction SFGD 810 elevation Room 2-077B.
Penetration Room may be high rad area if failed fuel present.
Give candidate copy of procedure
- 2 CLOSE RCP seal injection throttle valves.
2CS-8369A 2CS-8369B 2CS-8369c 2CS-8369D CUE: Valve handwheel will NOT rotate further and stem indicated down CUE: The candidate MUST identify the HRA first and indicate he/she would not enter prior to contacting RP. For 2CS-8369A and B - You have been given permission to enter the HRA -discuss ask how you would close valve and what indications.
Rotates handwheel for individual valves in CLOSED direction.
Valves CAN be closed in any order.
2CS-8369A (SFGD 810 elev.
Room 2-077B),
2CS-8369B (SFGD 810 elev.
Room 2-077B)
-> are beyond a HIGH RAD Boundary 2CS-8369C (SFGD 810 elev.
Room 2-077A),
2CS-8369D (SFGD 810 elev.
Room 2-077A).
DO NOT ENTER THE HRA
- 3 Close 2-HV-4709 CUE: 2-HV-4709 handwheel will not rotate further and Stem is down Rotates handwheel in CLOSED direction Unit 2 - THBR CLR CCW Return ORC Isol Vlv is in 832 SFGD Pen North Rm TASK COMPLETE
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
The Unit Supervisor has directed you to isolate Unit 2 RCP seals in accordance with Step 10 of Procedure ECA-0.0B, Loss of All AC Power, Revision 1
System:
Reactor Coolant Pumps JTA Task #:
AO*6521 Task
Title:
Isolate RCP Seals KSA Ref: 002.K6.02 PEO:
X RO:
3.1 SRO:
3.6 Safety Function 2 - Reactor Coolant System Inventory Control Candidates Name:
Performance Environment:
PLANT Performance Method:
SIMULATED Time to complete JPM:
Estimated 10 minutes Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
ECA-0.0B Tools, Equipment, Job Aids, etc:
ECA-0.0B Communications with the Control Room
EXAMINER COPY Page 2 of 4 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
For JPMs which are to be PERFORMED, cues for indications and controls need not be given.
HIGH RAD AREA. CAUTION: High Rad Area NOT to be entered.
Perform on Unit 2 ONLY!!!!!
Need Copy of Procedure ECA-0.0A, Step 10. Use colored paper for ALL candidate handouts (cues and procedures).
Perform Admin RP JPM with this task.
Instructions:
You may use any approved reference materials, including logs. Make or simulate all written/oral reports as if the evolution is actually being performed. You are expected to discuss all steps you would take, including identifying what switches/indications you would use Initiating Cue:
The Unit Supervisor has directed you to isolate Unit 2 RCP seals in accordance with Step 10 of Procedure ECA-0.0B, Loss of All AC Power, Revision 1 Terminating Conditions:
The RCP seals have been isolated per ECA-0.0A
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Close RCP seal water return isolation valve 1/2-8100.
CUE: 1/2-8100 handwheel will not rotate further and Stem is down Rotates handwheel in CLOSED direction SFGD 810 elevation Room 2-077B.
Penetration Room may be high rad area if failed fuel present.
Give candidate copy of procedure
- 2 CLOSE RCP seal injection throttle valves.
2CS-8369A 2CS-8369B 2CS-8369c 2CS-8369D CUE: Valve handwheel will NOT rotate further and stem indicated down CUE: The candidate MUST identify the HRA first and indicate he/she would not enter prior to contacting RP. For 2CS-8369A and B - You have been given permission to enter the HRA -discuss ask how you would close valve and what indications.
Rotates handwheel for individual valves in CLOSED direction.
Valves CAN be closed in any order.
2CS-8369A (SFGD 810 elev.
Room 2-077B),
2CS-8369B (SFGD 810 elev.
Room 2-077B)
-> are beyond a HIGH RAD Boundary 2CS-8369C (SFGD 810 elev.
Room 2-077A),
2CS-8369D (SFGD 810 elev.
Room 2-077A).
DO NOT ENTER THE HRA
- 3 Close 2-HV-4709 CUE: 2-HV-4709 handwheel will not rotate further and Stem is down Rotates handwheel in CLOSED direction Unit 2 - THBR CLR CCW Return ORC Isol Vlv is in 832 SFGD Pen North Rm TASK COMPLETE
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
The Unit Supervisor has directed you to isolate Unit 2 RCP seals in accordance with Step 10 of Procedure ECA-0.0B, Loss of All AC Power, Revision 1
System:
Pressurizer Pressure Control System JTA Task #:
RO*1209 Task
Title:
Control Pressurizer Pressure KSA Ref: 010.A1.07 PEO:
RO:
3.7 SRO:
3.7 Safety Function 3 - Reactor Pressure Control Candidates Name:
Performance Environment:
SIMULATOR Performance Method:
PERFORMED Time to complete JPM:
Estimated 10 min.
Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
IPO-005A, 8758D39 Tools, Equipment, Job Aids, etc:
Load the Simulator to an IC with Tave appx. 543 B F, RCS Pressure appx. 2235 psig, and a 50B F/Hr cooldown in progress. (IC29)
EXAMINER COPY Page 2 of 6 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator.
Need copy of IPO-005A, Steps 5.1.26 and 5.1.27. Use colored paper for ALL candidate handouts (cues and procedures)
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
A plant shutdown and cooldown for refueling is in progress. The RCS is currently at appx. 543B F and 2235 psig. You are currently in IPO-005A, at step 5.1.26 with a 50B F/Hr cooldown in progress. The US has instructed you to initiate a reduction of RCS Pressure per step 5.1.26 while the RCS Cooldown is continuing. Stop the depressurization at 2100 psig. The BOP is controlling the cooldown Terminating Conditions:
Przr Spray Valve Controllers in MANUAL (AMBER & GREEN) Lights with zero (0) output, ZL Lights GREEN, and RCS Pressure at 2100 psig
EXAMINER COPY Page 3 of 6 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Initiates monitoring of RCP parameters CUE: Extra RO is monitoring RCP Parameters Displays RCP parameters on PCS Group Display
- 2 Place Pressurizer Spray Valve Controller in MANUAL CUE: Przr Spray Valve Controllers u-PK-455B and u-PK-455C indicate zero (0) output with AMBER and GREEN Lights ON.
Depress AMBER P/B on PK-455B and PK-455C and verify controllers are in MANUAL by observing the AMBER Light ON and the WHITE (Auto) Light OFF.
PK-455B and PK-455C are located on CB-05 (VERTICAL BOARD)
Controller output should be zero (0) with GREEN Light ON.
- 3 Slowly THROTTLE OPEN one or both pressurizer spray valve to begin a slow RCS Pressure reduction.
CUE: one Przr Spray Valve ZL lights are RED and GREEN. The other Spray Valve ZL light is GREEN.
Depress the RED P/B on either PK-455B and/or PK-455C and verify controller response by observing the controller output and indicating lights (ZL-455B or ZL-455C) on Control Board (Vertical Board Section).
When the RED P/B is depressed the GREEN P/B Light should go OUT and the output meter should begin to increase (from 9% toward 100%). As the valve begins to throttle the ZL LIGHTS (ZL-455A or ZL-455B) will indicate THROTLED by having both RED and GREEN LIGHTS ON
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 6 4
Monitor RCS Pressure for DECREASE CUE: RCS pressure is decreasing and ALARMS 1.6 and 2.6 on ALB-5B have annunciated.
Verify RCS Pressure decrease using Narrow Range Pressure Instruments or Recorder.
u-PI-455A u-PI-456 u-PI-457 u-PI-458 u-PI-455 RCS Press (NR) instruments u-PI-455A, u-PI-456, u-PI-457, and/or u-PI-458 located on CB-05 OR RCS Press Recorder u-PR-455 located on CB-05 NOTE: ALB-5B 1.6 & 2.6 annunciate at 2185 psig 5
ACKNOWLEDGE Annunciators 1.6 and 2.6 on ALB-5B.
Depress the ACKNOWLEDGE P/B at the Annunciator Controls on CB-05 NOTE: Pressure reduction may be terminated before alarms are received 6
Monitor RCS Pressure for DECREASE.
CUE: RCS Pressure indicates 2140 psig on u-PI-455A, u-PI-456, 457, 458, and recorder u-PR-455 and the US DIRECTS you to STOP the pressure decrease Verify RCS Pressure decrease using Narrow Range Pressure Instruments or Recorder.
u-PI-455A u-PI-456 u-PI-457 u-PI-458 u-PI-455 RCS Press (NR) instruments u-PI-455A, u-PI-456, u-PI-457, and/or u-PI-458 located on CB-05 (Vertical Board)
OR RCS Press Recorder u-PR-455 located on CB-05 (Vertical Board).
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 5 of 6 7
STOP RCS Pressure reduction at 2100 psig CUE: SPRAY Valve Controller at 0 (zero) output with GREEN and AMBER Lights ON. The ZL Lights for the SPRAY Valves (ZL-455B
& ZL-455C) are GREEN.
TASK COMPLETE Depress the GREEN P/B on either PK-455B or PK-455C until controller output indicates zero (0) with GREEN Light ON and/or the indicating lights (ZL-455B or ZL-455C) on Control Board (Vertical Board Section) indicates SPRAY Valve CLOSED.
Controller PK-455B and PK-455C are located on CB -05 (Beveled Section).
When the output meter indicates zero (0) the GREEN Light (for Controller) should be ON and ZL Indicating Lights (ZL-455B and ZL-455C) should be GREEN (RED Light OFF).
CANDIDATE HANDOUT Page 6 of 6 INITIATING CUE:
A plant shutdown and cooldown for refueling is in progress. The RCS is currently at appx. 543B F and 2235 psig. You are currently in IPO-005A, at step 5.1.26 with a 50B F/Hr cooldown in progress. The US has instructed you to initiate a reduction of RCS Pressure per step 5.1.26 while the RCS Cooldown is continuing. Stop the depressurization at 2100 psig. The BOP is controlling the cooldown
System:
Pressurizer Pressure Control System JTA Task #:
RO*1209 Task
Title:
Control Pressurizer Pressure KSA Ref: 010.A1.07 PEO:
RO:
3.7 SRO:
3.7 Safety Function 3 - Reactor Pressure Control Candidates Name:
Performance Environment:
SIMULATOR Performance Method:
PERFORMED Time to complete JPM:
Estimated 10 min.
Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
IPO-005A, 8758D39 Tools, Equipment, Job Aids, etc:
Load the Simulator to an IC with Tave appx. 543 B F, RCS Pressure appx. 2235 psig, and a 50B F/Hr cooldown in progress. (IC29)
EXAMINER COPY Page 2 of 6 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator.
Need copy of IPO-005A, Steps 5.1.26 and 5.1.27. Use colored paper for ALL candidate handouts (cues and procedures)
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
A plant shutdown and cooldown for refueling is in progress. The RCS is currently at appx. 543B F and 2235 psig. You are currently in IPO-005A, at step 5.1.26 with a 50B F/Hr cooldown in progress. The US has instructed you to initiate a reduction of RCS Pressure per step 5.1.26 while the RCS Cooldown is continuing. Stop the depressurization at 2100 psig +/- 50 psig. The BOP is controlling the cooldown Terminating Conditions:
Przr Spray Valve Controllers in MANUAL (AMBER & GREEN) Lights with zero (0) output, ZL Lights GREEN, and RCS Pressure at 2100 psig
EXAMINER COPY Page 3 of 6 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Initiates monitoring of RCP parameters CUE: Extra RO is monitoring RCP Parameters Displays RCP parameters on PCS Group Display
- 2 Candidate places Pressurizer Spray Valve Controller in MANUAL by depressing AMBER push button on controllers Depress AMBER P/B on PK-455B and PK-455C and verify controllers are in MANUAL by observing the AMBER Light ON and the WHITE (Auto) Light OFF.
Output of controllers indicate zero (0)
PK-455B and PK-455C are located on CB-05 (VERTICAL BOARD)
Controller output should be zero (0) with GREEN Light ON.
- 3 Candidate Slowly THROTTLE OPENs one or both pressurizer spray valve to begin a slow RCS Pressure reduction.
Depress the RED P/B on either PK-455B and/or PK-455C and verify controller response by observing the controller output and indicating lights (ZL-455B or ZL-455C) on Control Board (Vertical Board Section).
Przr Spray Valve ZL lights are RED and GREEN. The other Spray Valve ZL light is GREEN.
When the RED P/B is depressed the GREEN P/B Light should go OUT and the output meter should begin to increase (from 9% toward 100%). As the valve begins to throttle the ZL LIGHTS (ZL-455A or ZL-455B) will indicate THROTLED by having both RED and GREEN LIGHTS ON
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 6 4
Candidate monitors RCS Pressure for DECREASE Verify RCS Pressure decrease using Narrow Range Pressure Instruments or Recorder.
1-PI-455A 1-PI-456 1-PI-457 1-PI-458 1-PR-455 ALARMS 1.6 and 2.6 on ALB-5B have annunciated.
RCS Press (NR) instruments 1-PI-455A, 1-PI-456, 1-PI-457, and/or 1-PI-458 located on CB-05 (Vertical Board)
OR RCS Press Recorder 1-PR-455 located on CB-05 (Vertical Board).
NOTE: ALB-5B 1.6 & 2.6 annunciate at 2185 psig 5
Candidate ACKNOWLEDGES Annunciators 1.6 and 2.6 on ALB-5B.
Candidate may check ALM Procedures - expected alarms Depress the ACKNOWLEDGE P/B at the Annunciator Controls on CB-05 NOTE: Pressure reduction may be terminated before alarms are received 6
Candidate continues to monitor RCS Pressure for DECREASE Verify RCS Pressure decrease using Narrow Range Pressure Instruments or Recorder.
1-PI-455A 1-PI-456 1-PI-457 1-PI-458 1-PR-455 RCS Press (NR) instruments 1-PI-455A, 1-PI-456, 1-PI-457, and/or 1-PI-458 located on CB-05 (Vertical Board)
OR RCS Press Recorder 1-PR-455 located on CB-05 (Vertical Board).
CANDIDATE HANDOUT STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 5 of 6 7
Candidate STOPs the RCS Pressure reduction when RCS pressure is between 2050 -
2150 psig TASK COMPLETE Depress the GREEN P/B on either PK-455B or PK-455C until controller output indicates zero (0) with GREEN Light ON and/or the indicating lights (ZL-455B or ZL-455C) on Control Board (Vertical Board Section) indicates SPRAY Valve CLOSED.
Controller PK-455B and PK-455C are located on CB -05 (Beveled Section).
When the output meter indicates zero (0) the GREEN Light (for Controller) should be ON and ZL Indicating Lights (ZL-455B and ZL-455C) should be GREEN (RED Light OFF).
CANDIDATE HANDOUT Page 6 of 6 INITIATING CUE:
A plant shutdown and cooldown for refueling is in progress. The RCS is currently at appx. 543B F and 2235 psig. You are currently in IPO-005A, at step 5.1.26 with a 50B F/Hr cooldown in progress. The US has instructed you to initiate a reduction of RCS Pressure per step 5.1.26 while the RCS Cooldown is continuing. Stop the depressurization at 2100 psig +/- 50 psig. The BOP is controlling the cooldown
System:
Inadequate Core Cooling JTA Task #:
AO*6415 Task
Title:
Shift Auxiliary Feed Pump Suction (Faulted)
KSA Ref: E06.EA1.1 PEO:
X RO:
3.8 SRO:
3.8 Safety Function 4 - Heat Removal from Reactor Core (Secondary)
Candidates Name:
Performance Environment:
PLANT Performance Method:
SIMULATED Time to complete JPM:
Estimated 25 min.
Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
FRC-0.1A(B), Response to Inadequate Core
- Cooling, ABN-305, Auxiliary Feedwater System Malfunction Tools, Equipment, Job Aids, etc:
None
EXAMINER COPY Page 2 of 5 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
For JPMs which are to be PERFORMED, cues for indications and controls need not be given.
Need copy of Procedure ABN-305, Section 5.3, Step 11 and Attachment 4. Use colored paper for ALL candidate handouts (cues and procedures).
Instructions:
You may use any approved reference materials, including logs. Make or simulate all written/oral reports as if the evolution is actually being performed. You are expected to discuss all steps you would take, including identifying what switches/indications you would use.
Initiating Cue:
During performance of FRC-0.1A(B), "Response to Inadequate Core Cooling," the CST decreased to less than 10%. The RO has switched the AFW suction to the A train of SSW. You are directed to CLOSE the following valves:
Fire protection water aligned to CST
EXAMINER COPY Page 3 of 5 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1*
CLOSE u-AF-020, SSW to AFW Suctions Drain Valve CUE: uAF-020, SSW AFW SUCT DRN Valve handwheel is stuck open - will not shut UAF-020, SSW to AFW Suction Drain Valve, valve handwheel will not shut 2
Inform the control room that u-AF-020, SSW to AFW Suctions Drain Valve will not shut CUE: Unit Supervisor directs the operator to lineup firemain to the CST per ABN-305,, Steps 1-5 Informs Unit Supervisor that u-AF-020, SSW to AFW Suctions Drain Valve will not shut Give copy of ABN-305, 3
Ensure the following valves are closed:
u-AF-0108 u-AF-0109 u-AF-0200 u-AF-0110 u-AF-0111 u-AF-0156 u-AF-0113 u-AF-0112 Check the valves closed by rotating valve in the clockwise position. No further movement. Also verify by valve stem position.
4*
Connect selected fire protection supply lines (see NOTES for list of valves) to one or more of the following AFW valves:
u-AF-0156 u-AF-0112 u-AF-0113 Point out at least 1 AFW valve and one fire protection supply valve.
Fire protection supply line valves:
Unit 1 1FP-0317, 0627, 0626, 0625, 0221, 0557, 0593, 0597 Unit 2 2FP-0468, 0564, 0563, 0562, 0221, 0504, 0505, 0506 5*
Open valves u-AF-0110, CST TO CT PMP u-01 SUCT UPSTREAM ISOL VLV AND u-AF-0111, CST TO CT PMP u-01SUCT DNSTRM ISOL VLV Open u-AF-0110 and u-AF-0111 valves, valve handwheel rotated COUNTER CLOCKWISE
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 5 6*
Open the AFW valves that had fire protection water hooked up in accordance with Step 4:
u-AF-0156 u-AF-0112 u-AF-0113 Open the selected valves: u-AF-0156, and/or u-AF-0112, and/or u-AF-0113, valve handwheel rotated COUNTER CLOCKWISE 7*
Open the fire protection valve header fill valves used to connect to AFW in Step 4:
Unit 1 1FP-0317, 0627, 0626, 0625, 0221, 0557, 0593, 0597 Unit 2 2FP-0468, 0564, 0563, 0562, 0221, 0504, 0505, 0506 Open the selected valves, valve handwheel rotated COUNTER CLOCKWISE 8
Notify the Control Room that fire protection water is filling the CST TASK COMPLETE Candidate notifies Control Room that fire protection water is filling the CST
CANDIDATE HANDOUT Page 5 of 5 INITIATING CUE:
During performance of FRC-0.1A(B), "Response to Inadequate Core Cooling," the CST decreased to less than 10%. The RO has switched the AFW suction to the A train of SSW. You are directed to CLOSE the following valves:
System:
Inadequate Core Cooling JTA Task #:
AO*6415 Task
Title:
Shift Auxiliary Feed Pump Suction (Faulted)
KSA Ref: E06.EA1.1 PEO:
X RO:
3.8 SRO:
3.8 Safety Function 4 - Heat Removal from Reactor Core (Secondary)
Candidates Name:
Performance Environment:
PLANT Performance Method:
SIMULATED Time to complete JPM:
Estimated 25 min.
Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
FRC-0.1A(B), Response to Inadequate Core
- Cooling, ABN-305, Auxiliary Feedwater System Malfunction Tools, Equipment, Job Aids, etc:
None
EXAMINER COPY Page 2 of 6 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
For JPMs which are to be PERFORMED, cues for indications and controls need not be given.
Need copy of Procedure ABN-305, Section 5.3, Step 11 and Attachment 4. Use colored paper for ALL candidate handouts (cues and procedures).
Instructions:
You may use any approved reference materials, including logs. Make or simulate all written/oral reports as if the evolution is actually being performed. You are expected to discuss all steps you would take, including identifying what switches/indications you would use.
Initiating Cue:
During performance of FRC-0.1A(B), "Response to Inadequate Core Cooling," the CST decreased to less than 10%. The RO has switched the AFW suction to the A train of SSW. You are directed to CLOSE the following valves:
Fire protection water aligned to CST
EXAMINER COPY Page 3 of 6 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1*
CLOSE u-AF-020, SSW to AFW Suctions Drain Valve CUE: uAF-020, SSW AFW SUCT DRN Valve handwheel is stuck open - will not shut UAF-020, SSW to AFW Suction Drain Valve, valve handwheel will not shut 2
Inform the control room that u-AF-020, SSW to AFW Suctions Drain Valve will not shut CUE: Unit Supervisor directs the operator to lineup ONE firemain source to the CST per ABN-305, Attachment 4, Steps 1-5 Informs Unit Supervisor that u-AF-020, SSW to AFW Suctions Drain Valve will not shut Give copy of ABN-305, 3
Ensure the following valves are closed:
u-AF-0108 u-AF-0109 u-AF-0200 u-AF-0110 u-AF-0111 u-AF-0156 u-AF-0113 u-AF-0112 CUE:
No further valve movement Check the valves closed by rotating valve in the clockwise position. No further movement. Also verify by valve stem position.
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 6 4*
Connect selected fire protection supply lines (see NOTES for list of valves) to one or more of the following AFW valves:
u-AF-0156 u-AF-0112 u-AF-0113 Note: The fittings used to connect the the fire hoses are not stagged in a specific locker. Discuss where the hoses are hooked up and where fittings are located (not in ABN-501 locker - would have to contact maint. for fittings or locate in another ops locker.
CUE:
Hose is connected between valve(s)? And valve(s) ?
Point out at least 1 AFW valve and one fire protection supply valve.
Fire protection supply line valves:
Unit 1 1FP-0317, 0627, 0626, 0625, 0221, 0557, 0593, 0597 Unit 2 2FP-0468, 0564, 0563, 0562, 0221, 0504, 0505, 0506 5*
Open valves u-AF-0110, CST TO CT PMP u-01 SUCT UPSTREAM ISOL VLV AND u-AF-0111, CST TO CT PMP u-01SUCT DNSTRM ISOL VLV CUE:
Valves are open Open u-AF-0110 and u-AF-0111 valves, valve handwheel rotated COUNTER CLOCKWISE 6*
Open the AFW valves that had fire protection water hooked up in accordance with Step 4:
u-AF-0156 u-AF-0112 u-AF-0113 CUE:
Valves are open Open the selected valves: u-AF-0156, and/or u-AF-0112, and/or u-AF-0113, valve handwheel rotated COUNTER CLOCKWISE
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 5 of 6 7*
Open the fire protection valve header fill valves used to connect to AFW in Step 4:
Unit 1 1FP-0317, 0627, 0626, 0625, 0221, 0557, 0593, 0597 Unit 2 2FP-0468, 0564, 0563, 0562, 0221, 0504, 0505, 0506 CUE:
Valve(s) is open Open the selected valves, valve handwheel rotated COUNTER CLOCKWISE 8
Notify the Control Room that fire protection water is filling the CST TASK COMPLETE Candidate notifies Control Room that fire protection water is filling the CST
CANDIDATE HANDOUT Page 6 of 6 INITIATING CUE:
During performance of FRC-0.1A(B), "Response to Inadequate Core Cooling," the CST decreased to less than 10%. The RO has switched the AFW suction to the A train of SSW. You are directed to CLOSE the following valves:
System:
Reactor Coolant Pump System JTA Task #:
RO*1102 Task
Title:
Start/Stop RCP KSA Ref: 003.A4.06 PEO:
RO:
2.9 SRO:
2.9 Safety Function 4 - Heat Removal from Core (Primary)
Candidates Name:
Performance Environment:
PLANT CONTROL ROOM SIMULATOR Performance Method:
PERFORMED SIMULATED Time to complete JPM:
Estimated 20 min Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
SOP-108A, Reactor Coolant Pump SOP-108B, Reactor Coolant Pump Tools, Equipment, Job Aids, etc:
SOP-108A/B (Working Copy)
Reset to IC. Rackin #3 RCP breaker using Remote Function RCR14.
EXAMINER COPY Page 2 of 7 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to Manipulate any plant components.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator.
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
IPO-001, "Plant Heatup From Cold shutdown to Hot Standby", has progressed to the point of starting the third Reactor Coolant Pump per SOP-108. All prerequisites have been met and all steps have been completed through step 5.1.G in SOP-108. All seal flows are within limits. You are directed to start #3 RCP continuing with step 5.1.H of SOP-108.
Terminating Conditions:
The #3 RCP secured and the oil lift pump secured.
EXAMINER COPY Page 3 of 7 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Verify the alarms on ALB-5A are clear CUE: Alarms clear.
The following alarms are checked clear:
1.2 Any RCP Seal 1 Lkoff Flo Hi 1.6 Any RCP Seal Wtr Inj Flow Lo 2.2 Any RCP Seal 1 P Lo 3.1 Any RPC Seal Wtr Standpipe Lvl Hi 3.2 Any RCP Seal 2 Lkoff Flo Hi 4.1 Any RCP Seal Wtr Standpipe Lvl Lo 3.4 RCP 3 UP Brg L/O Resvr Lvl Hi/Lo 3.5 RCP 3 Low Brg L/O Resvr Lvl Hi/Lo 2
Verify proper cooling water flows.
CUE: u-FI-4683 indicates 175 gpm.
CUE: u-FI-4685 indicates 6 gpm.
CUE: u-FI-4684 indicates 355 gpm.
The following parameters are checked within the specified limits:
RCP 3 UP Brg L/O CLR CCW RET FLO u-FI-4683 indicates 150-190 gpm (CB-03)
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 7 CUE: u-FI-4686 indicates 40 gpm "RCP 3 LOW Brg L/O CLR CCW RET FLO u-FI-4685 indicates 5 to 6 gpm RCP 3 MOTOR AIR CLR CCW RET FLO u-fi-4684 indicates 340 to 380 gpm RCP 3 THBR CLR CCW RET FLO u-FI-4686 indicates 35 to 55 gpm 3
Initiate trending of data for the affected RCP if not previously done.
CUE: The Relief R.O. has initiated trending as required.
The plant computer is trending the points specified per SOP-108 SOP-108A, Step 5.1.10 still uses P-2500 4
Ensure the breaker for the #3 RCP is racked in.
CUE: The breaker was previously racked in.
The #3 RCP breaker is racked in (Verified by dispatching an PEO to check RCP #3 breaker on uA3 LOCALLY).
5 Ensure the overcurrent trip selector switch is in the COLD LOOP position CUE: The selector switch was previously placed in this condition.
The #3 RCP Overcurrent Trip Selector switch is placed in the COLD LOOP position (verified by dispatching an PEO to check the switch is in the proper position at the RCP #3 Breaker on uA3 LOCALLY).
6 Station personnel at #3 RCP to observe the pump.
Candidate asks if the RCP is accessible.
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 5 of 7 CUE: The RCP is not accessible
- 7 Start the #3 RCP oil lift pump CUE: Green light OFF Red light ON.
1/u-PCPX3-LP, RCP 3 OIL LIFT PMP, switch taken to the START position - Candidate verifies green light off and red light on and should mark time to verify pump runs for 2 minutes prior to starting #3 RCP.
8 Check OIL PRESS permissive interlock lit.
CUE: Blue light ON.
Candidate verifies Blue OIL PRESS light lit.
- 9 Start the #3 RCP CUE: Green light OFF Red light ON.
1/u-PCPX3 taken to the Start position 2 minutes after the oil lift pump start. Candidate verifies Green light off and Red light on.
10 Verify Alarm 2.1 on ALB-5B clear.
CUE: Window 2.1 is DARK Alarm 2.1 and ALB-5B Any RCP Fail to Start is clear.
11 VERIFY #3 RCP undervoltage TSLB goes out.
CUE: White light not lit.
Candidate verifies TSLB-4, 3.2, RCP 3 BUS UNDERVOLT NOT lit.
12 Verify #3 Loop flow increases within 10 seconds.
CUE: Loop flow is increasing Candidate checks #3 loop flow on u-FI-434/35/36, RC LOOP 3 FLO
- 3 RCP should be stopped if flow does not increase within 10 sec.
13 Verify #3 RCP motor amps have decreased to less than or equal to 750 amp within one minute CUE: Motor amps have decreased to 800 amps.
Candidate checks #3 motor current on u RCP3, RCP3 MOTOR CURRENT, motor amps = 800 amps.
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 6 of 7 14 Inform SRO of problem with motor amps CUE: SRO acknowledges report SRO informed of problem 15*
Stop #3 RCP CUE: Green light on Red light off Candidate momentarily places 1/U-PCPX3, #3 RCP to STOP Must trip the RCP within 2 minutes after start.
16 Stop the #3 RCP oil lift pump CUE: Blue and Red lights off.
Green light on.
TASK COMPLETE After RCP #3 has operated greater than 1 min. OR if #3 RCP has been stopped.
Candidate should take switch 1/u-PCPX3-LP.
RCP 3 OIL LIFT PUMP, to the stop position.
CANDIDATE HANDOUT Page 7 of 7 INITIATING CUE:
IPO-001, "Plant Heatup From Cold shutdown to Hot Standby", has progressed to the point of starting the third Reactor Coolant Pump per SOP-108. All prerequisites have been met and all steps completed through 5.1.7 in SOP-108. All seal flows are within limits. You are directed to start #3 RCP continuing with step 5.1.8 of SOP-108.
System:
Reactor Coolant Pump System JTA Task #:
RO*1102 Task
Title:
Start/Stop RCP KSA Ref: 003.A4.06 PEO:
RO:
2.9 SRO:
2.9 Safety Function 4 - Heat Removal from Core (Primary)
Candidates Name:
Performance Environment:
PLANT CONTROL ROOM SIMULATOR Performance Method:
PERFORMED SIMULATED Time to complete JPM:
Estimated 10 min Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
SOP-108A, Reactor Coolant Pump SOP-108B, Reactor Coolant Pump Tools, Equipment, Job Aids, etc:
SOP-108A/B (Working Copy)
Reset to IC. Rack-in #2 RCP breaker using Remote Function RCR13.
EXAMINER COPY Page 2 of 7 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to Manipulate any plant components.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator.
Need Copy of SOP-108A, Section 5. Use colored paper for ALL candidate handouts (cues and procedure)
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
IPO-001, "Plant Heatup From Cold shutdown to Hot Standby", has progressed to the point of starting the third Reactor Coolant Pump per SOP-108. All prerequisites have been met and all steps have been completed through step 5.1.G in SOP-108. All seal flows are within limits. You are directed to start RCP 1-02 continuing with step 5.1.H of SOP-108.
Terminating Conditions:
The #2 RCP secured and the oil lift pump secured.
EXAMINER COPY Page 3 of 7 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Candidate verifies the alarms on ALB-5A are clear The following alarms are checked clear:
1.2 Any RCP Seal 1 Lkoff Flo Hi 1.6 Any RCP Seal Wtr Inj Flow Lo 2.2 Any RCP Seal 1 P Lo 3.1 Any RPC Seal Wtr Standpipe Lvl Hi 3.2 Any RCP Seal 2 Lkoff Flo Hi 4.1 Any RCP Seal Wtr Standpipe Lvl Lo 2.4 RCP 2 UP Brg L/O Resvr Lvl Hi/Lo 2.5 RCP 2 Low Brg L/O Resvr Lvl Hi/Lo
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 7 2
Candidate verifies proper cooling water flows.
The following parameters are checked within the specified limits:
RCP 2 UP Brg L/O CLR CCW RET FLO 1-FI-4679 indicates 150-190 gpm "RCP 2 LOW Brg L/O CLR CCW RET FLO 1-FI-4681 indicates 5 to 6 gpm RCP 2 MOTOR AIR CLR CCW RET FLO 1-FI-4680 indicates 340 to 380 gpm "RCP 2 THBR CLR CCW RET FLO 1-FI-4682 indicates 35 to 55 gpm (CB-03) 3 Candidate initiates trending of data for the affected RCP if not previously done.
CUE: The Relief R.O. has initiated trending as required.
The plant computer is trending the points specified per SOP-108 4
Candidate ensures the breaker for the #2 RCP is racked in.
CUE: If asked, the PEO reports the breaker racked in.
The #2 RCP breaker is racked in (Verified by dispatching an PEO to check RCP #2 breaker on uA2 LOCALLY or.
Candidate may verify by indicating lights on breaker "ON" or may call and have PEO verify
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 5 of 7 5
Ensure the overcurrent trip selector switch is in the COLD LOOP position CUE: PEO reports that the selector switch is in the "COLD LOOP" position..
The #2 RCP Overcurrent Trip Selector switch is placed in the COLD LOOP position (verified by dispatching an PEO to check the switch is in the proper position at the RCP #2 Breaker on uA2 LOCALLY).
6 Station personnel at #2 RCP to observe the pump.
CUE: The RCP is not accessible Candidate asks if the RCP is accessible.
- 7 Candidate starts the #2 RCP oil lift pump 1/1-PCPX2-LP, RCP 2 OIL LIFT PMP, switch taken to the START position - Candidate verifies green light off and red light on and should mark time to verify pump runs for 2 minutes prior to starting #2 RCP.
8 Checks OIL PRESS permissive interlock lit.
Candidate verifies Blue OIL PRESS light lit.
- 9 Starts the #2 RCP 1/1-PCPX2 taken to the Start position 2 minutes after the oil lift pump start. Candidate verifies Green light off and Red light on.
NOTE: TO SIMULATOR OPERATOR Override RCP#2 motor current meter to high scale (1-II-RCP2) 10 Verifies Alarm 2.1 on ALB-5B window is dark - no annunciator Alarm 2.1 and ALB-5B Any RCP Fail to Start is clear.
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 6 of 7 11 Verifies #2 RCP undervoltage TSLB goes out.
Candidate verifies TSLB-4, 2.2, RCP 2 BUS UNDERVOLT White light NOT lit.
12 Verifies #2 Loop flow increases within 10 seconds.
Candidate checks #2 loop flow on 1-FI-424/25/26, RC LOOP 2 FLO
- 2 RCP should be stopped if flow does not increase within 10 sec.
13 Identifies that #2 RCP motor amps has NOT decreased to less than or equal to 750 amp within one minute. Motor Current = 800 amps Candidate checks #2 motor current on 1 RCP2, RCP2 MOTOR CURRENT, motor amps = 800 amps.
14 Inform SRO of problem with motor amps CUE: SRO acknowledges report SRO informed of problem 15*
Candidate takes the 1/1-PCPX2 to STOP to stop #2 RCP within 2 minutes Candidate momentarily places 1/1-PCPX2, #2 RCP to STOP Pump#2 Green light lit and Red light off Must trip the RCP within 2 minutes after start.
16 Candidate takes 1/1-PCPX2-LP to STOP -stops the #2 RCP oil lift pump TASK COMPLETE Candidate should take switch 1/1-PCPX2-LP.
RCP 2 OIL LIFT PUMP, to the stop position.
Green light lit and Blue and Red lights off
CANDIDATE HANDOUT Page 7 of 7 INITIATING CUE:
IPO-001, "Plant Heatup From Cold shutdown to Hot Standby", has progressed to the point of starting the third Reactor Coolant Pump per SOP-108. All prerequisites have been met and all steps have been completed through step 5.1.G in SOP-108. All seal flows are within limits. You are directed to start RCP 1-02 continuing with step 5.1.H of SOP-108.
System: Emergency Plant Evolutions JTA Task #: RO*2002 Task
Title:
Transfer Containment Spray From Injection to Recirculation KSA Ref: 026.A4.01 AO: RO: 4.5 SRO: 4.3 Safety Function 4 - Containment Integrity Candidate=s Name:
Performance Environment:
CONTROL ROOM SIMULATOR Performance Method:
SIMULATED PERFORMED Time to complete JPM: Estimated 5 minutes Actual The candidate=s performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluator=s Signature: Date:
Comments (list all steps not satisfactorily completed):
References:
EOS-1.3 Tools, Equipment, Job Aids, etc:
Simulator - Reset to an at power IC, insert malfunction RC09A2 (or equivalent LB LOCA malfunction). Place simulator in run.
Reduce AFW Flow to all S/Gs. Reset SI, SIS, Phase A, B and Containment Spray. Stop the EDGs. Stop RCPs. Perform Steps 1-3 of EOS 1.3. When RWST level reaches lo-lo level, transfer ECCS to CL recirc. FREEZE simulator when RWST level #24%. Setup time
~30 minutes.
EXAMINER COPY Page 2 of 5 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to Manipulate any plant components.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator. Dual unit.
Need copy of Procedure EOS-1.3, Step 4. Use colored paper for ALL candidate handouts (cues and procedures).
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed. You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
A Large Break LOCA has occurred. Transfer to Cold Leg Recirculation has been performed through step 3. The Unit Supervisor has directed you to transfer Containment Spray to the Containment Sumps per EOS-1.3, Step 4.
Terminating Conditions:
Terminate when valve alignment is complete and spray flow is verified.
EXAMINER COPY Page 3 of 5 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Check RWST level less than 24%.
CUE: RWST level 23%.
Candidate visually determines RWST level to be less than 24% on u-LI-930, u-LI-931, u-LI-932 OR u-LI-933.
Any RWST level channel may be used to determine level.
Give candidate copy of procedure
CUE: u-HS-4782 handswitch indication red light lit. Green light is DARK, Red light LIT.
Take handswitch u-HS-4782 to the open position and verify red light handswitch indication.
Step 2 and 3 may be done in any order.
CUE: u-HS-4783 handswitch indication Red light LIT, Green light DARK.
Take handswitch u-HS-4783 to the open position and verify red light handswitch indication.
CUE: u-HS-4758 handswitch indication is Green light LIT.
Obtain key, insert it into handswitch u-HS-4758 and take handswitch to the closed position and verify green light handswitch indication.
Step 4 and 5 may be done in any order.
EXAMINER COPY Page 4 of 5 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT
CUE: u-HS-4759 handswitch indication is Green light LIT.
Obtain key, insert it into handswitch u-HS-4759 and take handswitch to the closed position and verify green light handswitch indication.
6 Verify containment spray flows.
CUE: u-FI-4772-1, u-FI-4773-1, u-FI-4772-2,
& u-FI-4773-2 indicate 3000 gpm flow each.
TASK COMPLETE Candidate visually verifies containment spray flows on:
u-FI-4772-1 (CSP 1) u-FI-4773-1 (CSP 2) u-FI-4772-2 (CSP 3) u-FI-4773-2 (CSP 4)
CANDIDATE HANDOUT Page 5 of 5 INITIATING CUE:
A Large Break LOCA has occurred. Transfer to Cold Leg Recirculation has been performed through step 3. The Unit Supervisor has directed you to transfer Containment Spray to the Containment Sumps per EOS-1.3, Step 4.
System: Emergency Plant Evolutions JTA Task #: RO*2002 Task
Title:
Transfer Containment Spray From Injection to Recirculation KSA Ref: 026.A4.01 AO: RO: 4.5 SRO: 4.3 Safety Function 5 - Containment Integrity Candidate=s Name:
Performance Environment:
CONTROL ROOM SIMULATOR Performance Method:
SIMULATED PERFORMED Time to complete JPM: Estimated 5 minutes Actual The candidate=s performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluator=s Signature: Date:
Comments (list all steps not satisfactorily completed):
References:
EOS-1.3 Tools, Equipment, Job Aids, etc:
Simulator - Reset to an at power IC, insert malfunction RC09A2 (or equivalent LB LOCA malfunction). Place simulator in run.
Reduce AFW Flow to all S/Gs. Reset SI, SIS, Phase A, B and Containment Spray. Stop the EDGs. Stop RCPs. Perform Steps 1-3 and 5 of EOS 1.3. When RWST level reaches lo-lo level, transfer ECCS to CL recirc. FREEZE simulator when RWST level #24%.
Setup time ~30 minutes.
EXAMINER COPY Page 2 of 5 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to Manipulate any plant components.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator. Dual unit.
Need copy of Procedure EOS-1.3, Step 4. Use colored paper for ALL candidate handouts (cues and procedures).
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed. You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
A Large Break LOCA has occurred. Transfer to Cold Leg Recirculation (EOS-1.3A) Steps 1 through 3 and Step 5 have been completed. The RWST level is currently at 24%. The Unit Supervisor has directed you to transfer containment spray to the containment sumps per EOS-1.3A, Step 4.
Terminating Conditions:
Terminate when valve alignment is complete and spray flow is verified.
EXAMINER COPY Page 3 of 5 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Check RWST level less than 24%.
Candidate visually determines RWST level to be less than 24% on 1-LI-930, 1-LI-931, 1-LI-932 OR 1-LI-933.
RWST level < 24%
Any RWST level channel may be used to determine level.
Give candidate copy of procedure
Take handswitch 1-HS-4782 to the open position.
1-HS-4782 handswitch indication red light lit. Red light LIT, Green light DARK.
Step 2 and 3 may be done in any order.
Take handswitch 1-HS-4783 to the open position.
1-HS-4783 handswitch indication Red light LIT, Green light DARK.
Obtain key, insert it into handswitch 1-HS-4758 and take handswitch to the closed position.
1-HS-4758 handswitch indication is Green light LIT, Red light DARK Step 4 and 5 may be done in any order.
EXAMINER COPY Page 4 of 5 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT
Obtain key, insert it into handswitch 1-HS-4759 and take handswitch to the closed position.
1-HS-4759 handswitch indication is Green light LIT, Red light DARK 6
Verify containment spray flows indicate approximately 3000 gpm each.
TASK COMPLETE Candidate visually verifies containment spray flows on:
1-FI-4772-1 (CSP 1) 1-FI-4773-1 (CSP 2) 1-FI-4772-2 (CSP 3) 1-FI-4773-2 (CSP 4)
CANDIDATE HANDOUT Page 5 of 5 INITIATING CUE:
A Large Break LOCA has occurred. Transfer to Cold Leg Recirculation (EOS-1.3A) Steps 1 through 3 and Step 5 have been completed. The RWST level is currently at 24%. The Unit Supervisor has directed you to transfer containment spray to the containment sumps per EOS-1.3A, Step 4.
System:
Emergency Diesel Generator JTA Task #:
AO*6311 Task
Title:
Perform a Local Emergency Start of a DG KSA Ref: 064.A4.01 PEO:
RO:
4.0 SRO:
4.3 Safety Function 6 - Electrical Candidates Name:
Performance Environment:
PLANT Performance Method:
SIMULATED Time to complete JPM:
Estimated 15 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
SOP-609A(B), Diesel Generator System Tools, Equipment, Job Aids, etc:
SOP-609A(B), Section 1 through 4 and Section 5.3 of SOP-609A(B).
EXAMINER COPY Page 2 of 7 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator.
NEED TO VERIFY STEPS 11-13. Modified the JPM to be alternate path.
Need copy of Procedure SOP-609A(B) Sections 1-4 and Section 5.2. Use colored paper for ALL candidate handouts (cues and procedures)
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
You have been directed to perform a Local Emergency Start of Train A(B) DG for testing. An Engine Water Roll Check, all prerequisites and all Maintenance Department pre-start activities have been performed. The DG is in auto-start status. This test does not meet the Surveillance Test requirements.
Terminating Conditions:
Train A(B) DG is secured.
EXAMINER COPY Page 3 of 7 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Inspect temperature sensitive labels on the bridge rectifier diodes.
CUE: Diode windows NOT black.
300°F windows not black for CR1, CR2, CR3, CR4, CR5 and CR6.
Should be simulated due to restrictions on opening cabinets.
Mirrors should be in ALARM response box.
2 Ensure starting air manifold vents are unobstructed by observing during engine startup.
Ensure starting air manifold vents are unobstructed by observing during engine startup.
NOTE 1:
Vents are pipe plugs with holes drilled in them on underside of starting air manifold, on governor end of engine.
NOTE 2: This step may be done any time during DG RUN.
- 3 Take local control of DG by placing the Master Switch (u-HS-3413-3B, RLMS Train A or u-HS-3415-3B, RLMS Train B) in LOCAL.
CUE: The Master Switch is in the LOCAL position.
The Master Switch in LOCAL position.
Master Switch is located on Local Generator Control Panel.
4 Verify SSII red light for Train A(B) DG PWR-LIT, and u-ALB-10B, 1.8 (1.7 for Unit 2),
DG 1(2) DISABLED-LIT.
CUE: Requested SSII light and annunciator-LIT>
Verify SSII and Annunciator lights are LIT.
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 7
- 5 Start auxiliary lube oil pump by placing handswitch (u-HS-3411-1 Train A or u-HS-3412-1 Train B) in HAND.
CUE: Auxiliary lube oil pump RED (ON) light is LIT and GREEN (OFF and AUTO) lights are DARK. Pressure on lube oil pressure gauge (u-PI-3411B-1B Train A or u-PI-3412B Train B) is 56 psig.
Handswitch in HAND position and the lube oil pump running.
Lube oil pressure should be 40-60 psig.
Do not run auxiliary lube oil pump in HAND for more than 2 minutes without running the DG.
Auxiliary lube oil pump handswitch is located on the Local Engine Control Panel.
- 6 Stop auxiliary lube oil pump by placing handswitch (u-HS-3411-1 Train A or u-HS-3412-1 Train B) in OFF then AUTO.
CUE: Auxiliary lube oil pump RED (ON) light is DARK and GREEN (OFF and AUTO) lights are LIT.
Auxiliary lube oil pump NOT running and handswitch in AUTO position.
Diesel must be started within sixty seconds of stopping Aux lube oil pump.
If not started within sixty seconds must repeat above step of JPM.
- 7 Start the DG by placing the local emergency Stop-Start handswitch (u-HS-3413-4B, LOC/EMER/MAN/START Train A or u-HS-3414-4B LOC/EMER/MAN/START Train B) in START.
CUE: Engine rpm is increasing.
Local emergency Stop-Start handswitch in START position and engine running.
Local emergency Stop-Start handswitch is located on the Local Generator Control Panel.
8 Verify auxiliary lube oil pump handswitch (u-HS-3411-1 Train A or u-HS-3412-1 Train B) in AUTO and pump not running.
CUE: Auxiliary lube oil pump RED (ON) light DARK and GREEN (OFF and AUTO) lights are LIT. Pump handswitch is in AUTO.
Auxiliary lube oil pump handswitch in AUTO position and pump NOT running.
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 5 of 7
- 9 Stop Auxiliary jacket water pump by placing handswitch (u-HS-3415-1 Train A or u-HS-3416-1 Train B) in OFF and then AUTO.
CUE: Auxiliary jacket water pump RED (ON) light DARK and GREEN (OFF and AUTO) lights are LIT. Pump handswitch is in AUTO.
Auxiliary jacket water pump handswitch in AUTO position and pump NOT running.
Auxiliary jacket water pump handswitch is located on the Local Engine Control Panel.
10 Verify DG voltage is building and engine speed is normal.
CUE: DG voltage is increasing and engine speed is 450 rpm. If Candidate asks, voltage is 7,000V.
DG voltage increasing and engine speed is between 440 and 475 RPM.
DG voltage is read on the Local Generator Control Panel.
Engine speed is read on the Local Engine Control Panel.
11*
Check operating parameters; Lube oil pressure Turbo oil pressure, left front Turbo oil pressure, right front Jacket water pressure Fuel oil pressure, black-engine driven pump Engine speed CUE:
L/O press = 53 psig T/O LF press = 19 psig T/O RF press = 27 psig JW press = 23 psig FO black press = 42 psig Engine speed = 450 rpm
- Lube oil pressure
- Turbo oil pressure, left front - out of spec low
- Turbo oil pressure, right front
- Jacket water pressure
- Fuel oil pressure, black-engine driven pump
- Engine speed LF turbo oil pressure out of spec - low. Need to see what is required -> most likely requires EDG to be secured.
Should there be some time critical aspect to stopping the diesel????
12 Reports EDG LF turbo oil pressure - low CUE: Unit Supervisor directs that EDG be secured????
Candidate reports EDG turbo oil pressure low
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 6 of 7 13*
Stops the DG by placing the local emergency Stop-Start handswitch (u-HS-3413-4B, LOC/EMER/MAN/START Train A or u-HS-3414-4B LOC/EMER/MAN/START Train B) in STOP.
Local emergency Stop-Start handswitch in STOP position and engine stops.
Local emergency Stop-Start handswitch is located on the Local Generator Control Panel.
TASK COMPLETE
CANDIDATE HANDOUT Page 7 of 7 INITIATING CUE: You have been directed to perform a Local Emergency Start of Train A(B) DG for testing. An Engine Water Roll Check, all prerequisites and all Maintenance Department pre-start activities have been performed. The DG is an auto-start status. This test does not meet the Surveillance Test requirements.
System:
Emergency Diesel Generator JTA Task #:
AO*6311 Task
Title:
Perform a Local Emergency Start of a DG KSA Ref: 064.A4.01 PEO:
RO:
4.0 SRO:
4.3 Safety Function 6 - Electrical Candidates Name:
Performance Environment:
PLANT Performance Method:
SIMULATED Time to complete JPM:
Estimated 15 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
SOP-609A(B), Diesel Generator System Tools, Equipment, Job Aids, etc:
SOP-609A(B), Section 1 through 4 and Section 5.2 of SOP-609A(B).
EXAMINER COPY Page 2 of 6 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator.
Need copy of Procedure SOP-609A(B) Sections 1-4 and Section 5.2. Use colored paper for ALL candidate handouts (cues and procedures)
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
You have been directed to perform a Local Emergency Start of Train A DG for testing, per SOP-609A(B), Section 5.2. An Engine Water Roll Check, all prerequisites and all Maintenance Department pre-start activities have been performed. The DG is in auto-start status. This test does not meet the Surveillance Test requirements.
Terminating Conditions:
Train A DG is secured.
EXAMINER COPY Page 3 of 6 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Ensure starting air manifold vents are unobstructed by observing during engine startup.
Ensure starting air manifold vents are unobstructed by observing during engine startup.
NOTE 1:
Vents are pipe plugs with holes drilled in them on underside of starting air manifold, on governor end of engine.
NOTE 2: This step may be done any time during DG RUN.
2 Start auxiliary lube oil pump by placing handswitch (u-HS-3411-1 Train A) in HAND.
CUE: Auxiliary lube oil pump RED (ON) light is LIT and GREEN (OFF and AUTO) lights are DARK. Pressure on lube oil pressure gauge (u-PI-3411B-1B Train A) is 56 psig.
Handswitch in HAND position and the lube oil pump running.
Lube oil pressure should be 40-60 psig.
Do not run auxiliary lube oil pump in HAND for more than 1 minute without running the DG.
Auxiliary lube oil pump handswitch is located on the Local Engine Control Panel.
3 Stop auxiliary lube oil pump by placing handswitch (u-HS-3411-1 Train A) in OFF then AUTO.
CUE: Auxiliary lube oil pump RED (ON) light is DARK and GREEN (OFF and AUTO) lights are LIT.
Auxiliary lube oil pump NOT running and handswitch in AUTO position.
Diesel must be started within sixty seconds of stopping Aux lube oil pump.
If not started within sixty seconds must repeat above step of JPM.
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 6 4
Verify SSII red light for Train A DG PWR-LIT, and u-ALB-10B, 1.8 (1.7 for Unit 2), DG 1 DISABLED-LIT.
CUE: Requested SSII light and annunciator-LIT>
Verify SSII and Annunciator lights are LIT.
CAUTION Statement in procedure -
operator may or may not perform this step 5*
Take local control of DG by placing the Master Switch (u-HS-3413-3B, RLMS Train A) in LOCAL.
CUE: The Master Switch is in the LOCAL position.
The Master Switch in LOCAL position.
Master Switch is located on Local Generator Control Panel.
6*
Start the DG by placing the local emergency Stop-Start handswitch (u-HS-3413-4B, LOC/EMER/MAN/START Train A) in START.
CUE: Stop-Start handswitch is in START and Engine rpm is increasing.
Local emergency Stop-Start handswitch in START position and engine running.
Local emergency Stop-Start handswitch is located on the Local Generator Control Panel.
7 Verify auxiliary lube oil pump handswitch (u-HS-3411-1 Train A) in AUTO and pump not running.
CUE: Auxiliary lube oil pump RED (ON) light DARK and GREEN (OFF and AUTO) lights are LIT. Pump handswitch is in AUTO.
Auxiliary lube oil pump handswitch in AUTO position and pump NOT running.
8 Stop Auxiliary jacket water pump by placing handswitch (u-HS-3415-1 Train A) in OFF and then AUTO.
CUE: Auxiliary jacket water pump RED (ON) light DARK and GREEN (OFF and AUTO) lights are LIT. Pump handswitch is in AUTO.
Auxiliary jacket water pump handswitch in AUTO position and pump NOT running.
Auxiliary jacket water pump handswitch is located on the Local Engine Control Panel.
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 5 of 6 9
Verify DG voltage is building and engine speed is normal.
CUE: DG voltage is increasing and engine speed is 450 rpm. If Candidate asks, voltage is 7,000V.
DG voltage increasing and engine speed is between 440 and 475 RPM.
DG voltage is read on the Local Generator Control Panel.
Engine speed is read on the Local Engine Control Panel.
10*
Check operating parameters; Lube oil pressure Turbo oil pressure, left front Turbo oil pressure, right front Jacket water pressure Fuel oil pressure, black-engine driven pump Engine speed CUE:
L/O press = 53 psig T/O LF press = 19 psig T/O RF press = 27 psig JW press = 23 psig FO black press = 42 psig Engine speed = 450 rpm DG Panel Alarm Window 1.3 alarming, LOW PRESS TURBO OIL LEFT BANK
- Lube oil pressure
- Turbo oil pressure, left front - out of spec low
- Turbo oil pressure, right front
- Jacket water pressure
- Fuel oil pressure, black-engine driven pump
- Engine speed Note to EXAMINERS:
Candidate may reference ALM Procedure or call the Unit Supervisor 11 Reports to Unit Sup EDG LF turbo oil pressure - low CUE: Unit Supervisor directs that candidate to place the Stop-Start Handswitch in STOP to stop the DG Candidate reports EDG turbo oil pressure low 12*
Stops the DG by placing the local emergency Stop-Start handswitch (u-HS-3413-4B, LOC/EMER/MAN/START Train A) in STOP.
Local emergency Stop-Start handswitch in STOP position and engine stops.
Local emergency Stop-Start handswitch is located on the Local Generator Control Panel.
END OF JPM
CANDIDATE HANDOUT Page 6 of 6 INITIATING CUE:
You have been directed to perform a Local Emergency Start of Train A DG for testing, per SOP-609A(B), Section 5.2. An Engine Water Roll Check, all prerequisites and all Maintenance Department pre-start activities have been performed. The DG is in auto-start status. This test does not meet the Surveillance Test requirements.
System: Loss of Offsite and Onsite Power (Station Blackout)
JTA Task #: RO*4215 Task
Title:
Restore 1EA1 to Offsite Power KSA Ref: EPE.055.EA1.07 AO: RO: 4.3 SRO: 4.5 Safety Function 6 - Electrical Candidate=s Name:
Performance Environment:
PLANT CONTROL ROOM SIMULATOR Performance Method:
SIMULATED DISCUSSED Time to complete JPM: Estimated 15 minutes Actual The candidate=s performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluator=s Signature: Date:
Comments (list all steps not satisfactorily completed):
References:
ABN-602, Response to a 6900/480V System Malfunction Tools, Equipment, Job Aids, etc:
See Attachment 1 for Simulator setup.
ABN-602, Attachment 7
EXAMINER COPY Page 2 of 6 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to Manipulate any plant components.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator. Dual unit JPM.
Need copy of Procedure ABN-602, Step 8.3.10.b. Use colored paper for ALL candidate handouts (cues and procedures).
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed. You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
Bus uEA1 is being supplied from the diesel generator following a loss of offsite power. The preferred and alternate incoming breakers are open. All relays have been reset. Power has been restored to XST2(1) and is now available to supply uEA1. You have been directed to restore power to uEA1 from XST2(1) per ABN-602, step 8.3.10.b.
Terminating Conditions:
uEA1-1 breaker is closed and DG1 is still running.
EXAMINER COPY Page 3 of 6 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT
- 1 Turn the appropriate synchroscope ON.
CUE: Synchroscope is on.
Synchroscope control switch for breaker uEA1-1 rotated to ON position on CB-11.
Indications of synchroscope on are given in Steps 2, 3, & 4.
Also, the synchroscope will go from off to dim to bright and back to off as the meter rotates.
2 Check running voltage matched to incoming voltage.
CUE: V-IN reads 118 volts and V-RUN reads 123 volts.
Incoming voltage, V-IN, checked to see if matched or running voltage, V-RUN, on CB11.
3*
Adjust running voltage to match incoming voltage.
CUE: V-RUN reads 118 volts.
90-1EG1, DG 1 VOLT CTRL, rotated to LOWER direction until running voltage, V-RUN, on CB-11, reads 118 volts (or if V-RUN is below V-IN, then switch rotated to RAISE).
Should this be a critical task?
What problems can occur it voltages are not matched?
4 Check synchroscope for proper direction and speed.
CUE: Synchroscope rotating slowly in fast direction.
Synchroscope on CB-11 checked to see if rotating slowly in slow direction.
Slowly considered to be approx 10 RPM.
- 5 Adjust diesel generator speed until synchroscope rotating slowly in slow direction CUE: Synchroscope rotating in slow direction at approx 10 RPM 65-uEG1, DG 1 SPD CTRL, on CB-11, rotated to raise position until synchroscope rotating slowly in slow direction Candidate may need to go slower in order to meet interlock. Will be noticed after 1st attempt to close breaker.
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 6
- 6 Close appropriate feeder breaker.
CUE: ALB-10B alarm has annunciated window 3.5 is flashing fast and window 3.6 is flashing slow.
uEA1-1 rotated to CLOSE position when synchroscope at 12 oclock position Window 3.5 is 6.9 KV Bus uEA1/ uEA2 PARALLELED and 3.6 is 6.9 KV BUS uEA1/uEA2 NOT PWRD FROM PREF OFFSITE PWR.
7 Verify appropriate feeder breaker closed.
CUE: uEA1-1 green light DARK, amber light DARK, red light LIT.
Position indicating lights on uEA1-1 indicate breaker closed (red light LIT).
Alarms may be addressed either before or after steps 7-9.
8 Check DG1 load.
CUE: Meters indicate <0 MW and ~0KVARS.
~0.5 MW (W-1EG1) and
~0 KVARS (VAR-1EG1) 9 Adjust Diesel Generator load, if required, to prevent a reverse power trip.
TASK COMPLETE 65-uEG1, DG 1 SPD CTRL rotated to raise position until load indicates approximately 0.3 MW on W-uEG1, DG1 Megawatts meter.
This step may not need to be performed if done on a dynamic simulator.
CANDIDATE HANDOUT Page 5 of 6 INITIATING CUE:
Bus uEA1 is being supplied from the diesel generator following a loss of offsite power. The preferred and alternate incoming breakers are open. All relays have been reset. Power has been restored to XST2(1) and is now available to supply uEA1. You have been directed to restore power to uEA1 from XST2(1) per ABN-602, step 8.3.10.b.
SIMULATOR COPY Page 6 of 6 Simulator Setup 1.
Initialize to IC-33 2.
Go to RUN 3.
Place MDAFWP 1 in Pullout and AFWPT STM SPLY VLV - MSL 1 in Pullout 4.
Place breakers 1EA1-1 and 1EA1-2 in Pullout 5.
Return breakers 1EA1-1 and 1EA1-2 to Auto 6.
When alarm window ALB-1, 2.5 RMUW HDR PRESS LO, clears, then reset BOS 7.
Return MDAFWP 1 to Auto and AFWPT STM SPLY VLV - MSL 1 to Auto 8.
Acknowledge all alarms and stop CCWP 1-02 9.
Ensure DG 1 supplying 1EA1
- 10. Go to FREEZE
System:
Reactor Protection System JTA Task #:
RO*1828 Task
Title:
Place failed steam line pressure channel in trip condition.
KSA Ref: 012.A4.04 PEO:
RO:
3.3 SRO:
3.3 Safety Function 7 - Instrumentation Candidates Name:
Performance Environment:
CONTROL ROOM SIMULATOR Performance Method:
SIMULATED PERFORMED Time to complete JPM:
Estimated 15 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
ABN-709, Steam Line, Steam Header, Turbine 1st Stage Pressure, & Feed Header Pressure Instrumental Malfunction, Rev. 4 Tools, Equipment, Job Aids, etc:
Copy of ABN-709, pp. 1, 21, 23 & 31.
EXAMINER COPY Page 2 of 5 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator.
Need copy of Procedure ABN-709, Section 2.0 and Attachments 1, 2 and 4. Use colored paper for ALL candidate handouts (cues and procedures)
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
Annunciator MSL 3 1 of 3 PRESS LO (Window 8A-3.7) alarms Terminating Conditions:
The appropriate bistables have been placed in the tripped condition and verified utilizing appropriate annunciator alarms and trip status lights.
EXAMINER COPY Page 3 of 5 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Determine that only one channel is >60 psig difference between remaining channels Candidate identifies failed Channel u-PI-534A, MSL 3 PRESS CHAN 3" Cues do NOT need to be given for Steps 1 - 8 when done in the simulator 2
Verifies S/G ARVs closed and MSL pressures normal Green light on, Red light off for all ARVs:
u-ZL-2325, SG 1 ARV u-ZL-2326, SG 2 ARV u-ZL-2327, SG 3 ARV u-ZL-2328, SG 4 ARV MSL pressures are approx xxxx psig (normal) u-PI-2325, MSL1 Press u-PI-2326, MSL2 Press u-PI-2327, MSL3 Press u-PI-2328, MSL4 Press 3*
Places Main FW Control Valves in manual and control S/G levels in normal range Shift Main FW Control Valves to manual:
u-FK-510, SG1 CTRL u-FK-520, SG2 CTRL u-FK-530, SG3 CTRL u-FK-540, SG4 CTRL 4*
Manually control u-SK-509A, FWPT MASTER SPD CTRL Place controller in manual and control FW pump speed to maintain FW press approx 80 - 170 psig >
steam hdr press.
5*
Select alternate steam flow channel Select proper channel
??? Need help ????
6 Verify S/G level within normal range S/G levels 60 - 75%
7 Return FW Control Valves to automatic operation Place FW Control Valve controllers in AUTO 8
Return FWPT speed controller to automatic operation Place u-SK-509A, FWPT MASTER SPD CTRL in AUTO
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 5 9
Place failed channel in trip CUE: Unit Supervisor directs you to place the failed channel bistables test switches in CLOSE per Attachments 1 and 2
References Attachments 1 and 2 10 Locate the appropriate Bistable Test Switches Protection Set I, frame 8, Card 48, top two bistables.
Give candidate copy of applicable procedure 11*
Place SW6 on card 74 in CLOSED position.
CUE: SW6 is in CLOSED position.
12 Ensure BS-1 and BS-2 on card 48 in the NORMAL.
CUE: The bistable switches are UP (If checked, the Red lights for BS-1 and BS-2 are LIT)
Top two bistables on card 48 (2nd row and 8th column from right on frame 8) in NORMAL.
13 Verify appropriate annunciator alarms ON.
CUE: Annunciator windows ALB-8A, 3.7 and 3.16, LIT.
The following annunciator windows checked:
ALB-8A, 3.7, MSL 3 1 OF 3 PRESS LO ALB-8A, 3.16 SG 3 1 OF 3 PRESS RATE HI 14 Verify appropriate trip status lights ON.
CUE: Trip status lights TSLB-1, 1.4, and TSLB-2, 1.3 are LIT.
TASK COMPLETE The following trip status lights checked:
TSLB-1, 1.4, MSL 3 PRESS LO PB-534A, TSLB-2, 1.3, MSL 3 PRESS RATE HI PB-534B
CANDIDATE HANDOUT Page 5 of 5 INITIATING CUE:
Annunciator MSL 3 1 of 3 PRESS LO (Window 8A-3.7) alarms
System:
Reactor Protection System JTA Task #:
RO*1828 Task
Title:
Place failed steam line pressure channel in trip condition.
KSA Ref: 012.A4.04 PEO:
RO:
3.3 SRO:
3.3 Safety Function 7 - Instrumentation Candidates Name:
Performance Environment:
CONTROL ROOM Performance Method:
SIMULATED Time to complete JPM:
Estimated 15 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
ABN-709, Steam Line, Steam Header, Turbine 1st Stage Pressure, & Feed Header Pressure Instrumental Malfunction, Rev. 4 Tools, Equipment, Job Aids, etc:
Copy of ABN-709, pp. 1, 21, 23 & 31.
EXAMINER COPY Page 2 of 6 Safety Considerations:
If this JPM is to be performed in the plant/control room, the candidate is NOT to manipulate any plant components unless he/she has permission from the Shift/Unit Supervisor.
Comments:
Cues for indications and controls need not be given if this JPM is performed on an operating simulator.
Need copy of Procedure ABN-709, Section 2.0 and Attachments 1, 2 and 4. Use colored paper for ALL candidate handouts (cues and procedures)
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
Unit 1 is at 100% power, you are the BOP Operator and the following Alarms come in:
MSL 3 1 of 3 PRESS LO (Window 8A-3.7) alarms SG 3 1 of 3 PRESS RATE HI (Window 8A-3.16) alarms Terminating Conditions:
The appropriate bistables have been placed in the tripped condition and verified utilizing appropriate annunciator alarms and trip status lights.
EXAMINER COPY Page 3 of 6 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Determine that only one channel is >60 psig difference between remaining channels CUE:
u-PI-534A MSL 3 PRESS CHAN 3" indicates 0 psig Candidate identifies failed Channel u-PI-534A, MSL 3 PRESS CHAN 3" 2
Verifies S/G ARVs closed and MSL pressures normal CUE:
u-ZL-2327, SG3 Atmos Rlf Vlv, Green light lit and Red light dark u-PI-2327, MSL 3 PRESS, indicates NORMAL Green light on, Red light off for all ARVs:
u-ZL-2325, SG 1 ARV u-ZL-2326, SG 2 ARV u-ZL-2327, SG 3 ARV u-ZL-2328, SG 4 ARV MSL pressures are approx 970 psig (normal) u-PI-2325, MSL1 Press u-PI-2326, MSL2 Press u-PI-2327, MSL3 Press u-PI-2328, MSL4 Press 3*
Places Main FW Control Valves in manual and control S/G levels in normal range.
Candidate simulates pushing AMBER push button.
CUE:
u-FK-530 Amber light lit and White light dark SG 3 Level stable at 67%
Shift Main FW Control Valves to manual:
u-FK-510, SG1 CTRL u-FK-520, SG2 CTRL u-FK-530, SG3 CTRL u-FK-540, SG4 CTRL Adjust to maintain SG level 60-75%
4 Manually control u-SK-509A, FWPT MASTER SPD CTRL as necessary CUE:
Control of FWPT speed is NOT required Place controller in manual and control FW pump speed to maintain FW press approx 80 - 170 psig >
steam hdr press.
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 6 5*
Candidate identifies u-FS-532C, SG 3 STM FLO CHAN SELECT, switch and simulates selecting Flow Channel FY-533B CUE:
FY-533B selected Select proper channel 6
Verify S/G level within normal range CUE:
SG 3 level stable at 67%
S/G levels 60 - 75%
7 Return FW Control Valve u-FK-530 to automatic operation. Candidate simulates pushing AMBER push button.
CUE:
White light lit and Amber light dark Place FW Control Valve Controller u-FK-530 in AUTO 8
Return FWPT speed controller to automatic operation CUE:
u-SK-509A - white light lit Place u-SK-509A, FWPT MASTER SPD CTRL in AUTO 9
Obtains copies of Attachments 1 & 2 CUE:
Unit Supervisor directs you to place the failed channel bistables test switches in CLOSE per Att. 1 and 2. Give candidate copies of attachments References Attachments 1 and 2 10 Locate the appropriate Bistable Test Switches for failed Channel u-PI-534A Protection Set I, frame 8, Card 74 and 48
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 5 of 6 11*
SIMULATE placing Switch SW6 on card 74 in CLOSED position.
CUE: SW6 is in CLOSED position.
Place SW6 in Closed position 12 Ensure BS-1 and BS-2 on card 48 in the NORMAL.
CUE: The bistable switches are UP (If checked, the Red lights for BS-1 and BS-2 are LIT)
Top two bistables on card 48 (2nd row and 8th column from right on frame 8) in NORMAL.
13 Verify appropriate annunciator alarms ON.
CUE: Annunciator windows ALB-8A, 3.7 and 3.16, LIT.
The following annunciator windows checked:
ALB-8A, 3.7, MSL 3 1 OF 3 PRESS LO ALB-8A, 3.16 SG 3 1 OF 3 PRESS RATE HI 14 Verify appropriate trip status lights ON.
CUE: Trip status lights TSLB-1, 1.4, and TSLB-2, 1.3 are LIT.
TASK COMPLETE The following trip status lights checked:
TSLB-1, 1.4, MSL 3 PRESS LO PB-534A, TSLB-2, 1.3, MSL 3 PRESS RATE HI PB-534B
CANDIDATE COPY Page 6 of 6 INITIATING CUE:
Unit 1 is at 100% power, you are the BOP Operator and the following Alarms come in:
MSL 3 1 of 3 PRESS LO (Window 8A-3.7) alarms SG 3 1 of 3 PRESS RATE HI (Window 8A-3.16) alarms
System:
Shift Staffing JTA Task #:
Task
Title:
Acceptable Staff Work Hours KSA Ref: GKA 2.1.4 RO:
2.3 SRO:
3.4 Admin A.1 - SRO only Candidates Name:
Performance Environment:
CLASSROOM Performance Method:
PERFORMED Time to complete JPM:
Estimated 15 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
Technical Specifications STA-615, Staff Work Hours Tools, Equipment, Job Aids, etc:
Technical Specifications STA-615, Staff Work Hours
EXAMINER COPY Page 2 of 4 Safety Considerations:
None - classroom only Comments:
Open reference Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Use of the plant computer is PROHIBITED.
Initiating Cue:
You are the Unit Supervisor and one of the assigned ROs called in sick. You need to find a replacement RO. Assuming today is May 23 (0630), based on the work hour history, determine which of the following 5 ROs could perform safety-related functions until 1830 without advanced approval.
1.
RO1 has been on-shift since 0200 (May 23).
2.
On May 22, RO2 worked from 0630 until 1900 (includes a 1/2 hour shift turnover).
3.
RO3 worked from 1430 on May 22 to 0030 on May 23.
4.
RO4 has been on vacation for the past two days (May 21 and 22), but worked 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> on May 17, 16 hours1.851852e-4 days <br />0.00444 hours <br />2.645503e-5 weeks <br />6.088e-6 months <br /> on May 18, 16 hours1.851852e-4 days <br />0.00444 hours <br />2.645503e-5 weeks <br />6.088e-6 months <br /> on May 19, and 14 hours1.62037e-4 days <br />0.00389 hours <br />2.314815e-5 weeks <br />5.327e-6 months <br /> on May 20.
5.
On May 22, RO5 worked from 0630 until 1930 (includes a 1/2 hour shift turnover).
Terminating Conditions:
Determine that 2 out of the 5 ROs available meet the work hour requirement to relieve the shift.
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Provide candidate with completed copy of the initiating cue Candidate should review Admin JPM and initiating cue 2*
Review work hour history and determine that only 2 of the 5 ROs could work without advanced approval.
RO1 - no, would work 16.5 hrs straight RO2 - Yes, would work 24 hrs in 48 hrs RO3 - No, less than 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> between work periods RO4 - Yes, would work 70 hrs in 7 days RO5 - No, would work 24.5 hrs in 48 hrs.
Pass criteria is 4 of the 5 ROs work hour status being correctly determined No - cannot work Yes - can work TASK COMPLETE
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
You are the Unit Supervisor and one of the assigned ROs called in sick. You need to find a replacement RO. Assuming today is May 23 (0630), based on the work hour history, determine which of the following 5 ROs could perform safety-related functions until 1830 without advanced approval.
1.
RO1 has been on-shift since 0200 (May 23).
2.
On May 22, RO2 worked from 0630 until 1900 (includes a 1/2 hour shift turnover).
3.
RO3 worked from 1430 on May 22 to 0030 on May 23.
4.
RO4 has been on vacation for the past two days (May 21 and 22), but worked 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> on May 17, 16 hours1.851852e-4 days <br />0.00444 hours <br />2.645503e-5 weeks <br />6.088e-6 months <br /> on May 18, 16 hours1.851852e-4 days <br />0.00444 hours <br />2.645503e-5 weeks <br />6.088e-6 months <br /> on May 19, and 14 hours1.62037e-4 days <br />0.00389 hours <br />2.314815e-5 weeks <br />5.327e-6 months <br /> on May 20.
5.
On May 22, RO5 worked from 0630 until 1930 (includes a 1/2 hour shift turnover).
System:
Control Rod Drive System JTA Task #:
RO*1010 Task
Title:
Perform Shutdown Margin Calculation Review KSA Ref: 001.A4.11 RO:
3.5 SRO:
4.1 Admin A.1 - SRO only Candidates Name:
Performance Environment:
CLASSROOM Performance Method:
PERFORMED Time to complete JPM:
Estimated 30 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
OPT-301, Reactor Shutdown Margin Verification Technical Specifications Startup and Operation Report Core Operating Limits Report Tools, Equipment, Job Aids, etc:
OPT-301 OPT-301-9 SOR COLR
EXAMINER COPY Page 2 of 4 Safety Considerations:
None - classroom only Comments:
1.
Provide candidate a copy of Startup and Operations Report (SOR) for Unit 2, Cycle 6 2.
Candidate needs calculator 3.
Give SRO candidate a completed OPT-301-9, with errors.
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Use of the plant computer is PROHIBITED.
Initiating Cue:
Assume today is May 21. The plant computer is out-of-service and a Reactor Operator manually completed OPT-301-9, Shutdown Margin. The Shift Manager directs you to verify the data; check the calculations; and, determine if acceptance criteria is satisfied and if not, take actions to satisfy the applicable Technical Specification.
Terminating Conditions:
Review of OPT-301-9 identified errors and determined that shutdown margin is NOT adequate and requires entry into T/S 3.1.1.
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Provide candidate with completed copy of OPT-301-9 and initiating cue Candidate should review Admin JPM and initiating cue 2
Review shutdown margin calculation Candidate should review shutdown margin calc &verify in accordance with OPT-309.
3*
Identifies error in on Line C.3 Candidate identifies error on Line C.3 and enters the correct value = 66 Critical Task is identifying the error. The value does NOT need to be exact.
4*
Identifies error on Line C.4 Candidate identifies error on Line C.4 and enters the correct value = 927 Critical Task is identifying the error. The value does NOT need to be exact.
5*
Corrects Section D and identifies changes that have to be made Candidate identifies changes and enters the corrected values:
- 1. Line D.3 = 993
- 2. Line D.4 = 0.9949
- 3. Line D.5 = 12281
- 4. Line D.6 = 1277
+/- 100 ppm Note - Line D.6 is the only critical value for this step.
6*
Determine if SDM requirements are met and completes line F.1.
Verifies boron conc.
entered on line A.1 <
line D.6 and circles NO on line F.1.
7*
Review T/S for applicability Candidate should determine that shutdown margin requirements are not met and applies T/S 3.1.1 Initiate boration to restore SDM to within limits within 15 minutes TASK COMPLETE Sat Criteria -> is 4 of 5 critical steps must be correct
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
Assume today is May 21. The plant computer is out-of-service and a Reactor Operator manually completed OPT-301-9, Shutdown Margin. The Shift Manager directs you to verify the data; check the calculations; and, determine if acceptance criteria is satisfied and if not, take actions to satisfy the applicable Technical Specification.
System:
JTA Task #:
Task
Title:
Clearance Review KSA Ref: GKA 2.2.13 RO:
3.6 SRO:
3.8 Admin A.2 - Tagging and Clearance - SRO Candidates Name:
Performance Environment:
CLASSROOM Performance Method:
PERFORMED Time to complete JPM:
Estimated 30 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
STA-605, Clearance and Safety Tagging, Revision 14 OWI-110, Operations Department Work Control and Clearance Guideline, Revision 11 Dwg M1-206, Sheet 1 Tools, Equipment, Job Aids, etc:
Anything needed
EXAMINER COPY Page 2 of 4 Safety Considerations:
None - classroom only Comments:
Will need complete set of prints for candidates to reference. In the JPM package have DWG M1-206, Sheet 1, so the candidate can mark clearance boundary Use colored paper for all candidate handouts.
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
You have been asked to approve the clearance. Review the clearance and identify the five substantive errors contained in the clearance.
Terminating Conditions:
Candidate finishes review of clearance.
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Provide candidate with completed copy of the initiating cue Candidate should review Admin JPM and initiating cue 2*
Identifies 5 errors Candidate identifies the following 5 errors:
- 1. Work Description, Repack 1AF-0208 -
part of clearance boundary (SRO only)
- 2. T/S reference incorrect. Should be T/S 3.7.5 (SRO only)
- 3. AFW Pump 1-02 motor breaker is REQUIRED to be tagged - not tagged
- 4. CST Suction Supply Valve - tag number incorrect Train A instead of Train B. Correct Tag Number is 1AF-0023
- 5. 1AF-0055-RO is NOT isolated (part of minimum clearance boundary)
Errors can be found in ANY order.
4 of 5 errors must be identified for the JPM to be sat.
TASK COMPLETE
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
You have been asked to approve the clearance. Review the clearance and identify the five substantive errors contained in the clearance.
System:
JTA Task #:
Task
Title:
Radiation Release - Containment Vent (Pressure Relief Operation)
KSA Ref: GKA 2.3.8 RO:
SRO:
3.2 Admin A.3 - Radiation Control - SRO only Candidates Name:
Performance Environment:
CLASSROOM Performance Method:
PERFORMED Time to complete JPM:
Estimated 30 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
Procedures SOP-801A, Containment Ventilation System and STA-603, Control of Radioactive Effluents Tools, Equipment, Job Aids, etc:
Any desired
EXAMINER COPY Page 2 of 5 Safety Considerations:
None - classroom only Comments:
Need to have procedures available for the candidates to review - in particular STA-603, Control of Station Radioactive Effluents, Revision 17 Use colored paper for all candidate handouts.
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
Assume today is April 15, 2001. The Shift Manager requests that you perform a containment vent to reduce pressure in Unit 2 Containment. The Shift Manager has authorized you to review the applicable information and authorize the release, using Form STA-603-15. Form STA-603-15 was completed by Chemistry 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> earlier. The plant conditions are as follows:
Unit 2 is at 100% Rx power, with the following equipment out of service:
TDAFW Pump 2-01, Containment PIG Detector 2RE-5503, Circ Water Pump 2-01, and Radiation Monitor XRE-5570A.
Currently, there is an ongoing release from the Gas Decay Tanks and a release from the LVW pond to Outfall 004.
Terminating Conditions:
SRO candidate finishes review of the release form and has identified two errors with the release.
After errors are identified and corrected, SRO candidate authorizes the release.
EXAMINER COPY Page 3 of 5 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT 1
Provide candidate with completed copy of the initiating cue and partially completed Form STA-603-15.
Candidate should review Admin JPM and initiating cue Candidate should find 2 errors associated with the release -
errors can be found in ANY order.
2*
Determines item, Pre-release Data complete has one error CUE: AFTER the candidate indicates unable to vent containment ->
- 1) I&C reported that the calibration was just completed and XRE-5570A is back in service.
SRO candidate should review the form and determine that:
- 1) BOTH CAG-297 (2RE-5503 -
containment PIG) and XRE-5570A (noble gas monitor on the stack - inoperable due to calibration) are inoperable and unable to perform containment vent.
(The requirement was signed 24 hrs earlier and XRE-5570A was inservice).
For the JPM to be satisfactory -
BOTH ERRORS must be identified.
3 Determines CAG-297 has not increased by more than a factor of 2 SRO candidate should N/A the step since the initial conditions indicated that CAG-297 was out of service.
4 Determines that All applicable radiation monitor setpoint adjustments verified CUE: All setpoints properly adjusted, with the exception of CAG-297 which is out-of-service.
IF SRO has NOT identified XRE-5570A as inoperable, then inform him/her that XRE-5570A is out-of-service SRO candidate should ask about setpoint adjustments IF SRO has NOT identified XRE-5570A as inoperable and after informing SRO that it is OOS, the SRO determines that containment vent cant be done, then go to Step 2 and give cue
EXAMINER COPY STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSAT Page 4 of 5 5
Determines that All applicable source checks performed CUE: All source checks performed SRO candidate checks on source checks 6*
Determines that containment vent CANNOT be done due to Waste Gas Decay Tank release CUE: Waste Gas Decay Tank release was secured 15 minutes earlier.
SRO candidate determines that containment vent CANNOT be done in conjunction with Waste Gas Decay Tank release 7
Authorizes release SRO candidate will authorize the release after finding the two errors.
SRO candidate, may indicate that he would not authorize the release and send it back to Chemistry for a recheck TASK COMPLETE
CANDIDATE HANDOUT Page 5 of 5 INITIATING CUE:
Assume today is April 15, 2001. The Shift Manager requests that you perform a containment vent to reduce pressure in Unit 2 Containment. The Shift Manager has authorized you to review the applicable information and authorize the release, using Form STA-603-15. Form STA-603-15 was completed by Chemistry 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> earlier. The plant conditions are as follows:
Unit 2 is at 100% Rx power, with the following equipment out of service:
TDAFW Pump 2-01, Containment PIG Detector 2RE-5503, Circ Water Pump 2-01, and Radiation Monitor XRE-5570A.
Currently, there is an ongoing release from the Gas Decay Tanks and a release from the LVW pond to Outfall 004.
System:
JTA Task #:
Task
Title:
Emergency Classification KSA Ref: GKA 2.4.29 RO:
SRO:
4.0 Admin A.4 - Emergency Plan - SRO only Candidates Name:
Performance Environment:
CLASSROOM Performance Method:
PERFORMED Time to complete JPM:
Estimated 10 MINUTES Actual The candidates performance was evaluated against the standards contained in this JPM and was determined to be:
SATISFACTORY UNSATISFACTORY Reason, if unsatisfactory:
Evaluators Signature:
Date:
Comments (list all steps not satisfactorily completed):
References:
Procedure EPP-201, Assessment of Emergency Action Levels, Emergency Classification and Plan Activation Tools, Equipment, Job Aids, etc:
Static simulator - following Scenario Run Day 1 (the scenario is actually Scenario 1)
EXAMINER COPY Page 2 of 4 Safety Considerations:
None - simulator only Comments:
THIS NEEDS TO BE COMPLETED IN CONJUNCTION WITH SCENARIO 1. Scenario 1 should be run on Day 1 of simulator runs (the only scenario for the day - run 4 times). Do this JPM after the scenario is completed with the simulator in freeze.
If RO5 and RO6 are present on Day 1, then you could give RO topic Admin A.4 to all the ROs at the same time the SROs are classifying the event. RO5 and RO6 could be done together with any of the other applicants. If possible, keep the same examiner for RO5 and RO6 as would normally be scheduled.
Use colored paper for all candidate handouts.
Instructions:
Make or simulate all written and/or oral reports as if the evolution is actually being performed.
You are expected to discuss the steps that you would take to include an identification of what switches/indications you would use.
Initiating Cue:
The simulator is in freeze. Based upon the current plant conditions and events during the scenario, determine the emergency classification and make applicable Protective Action Recommendations.
Terminating Conditions:
Event is classified.
EXAMINER COPY Page 3 of 4 STEP#
- Critical ELEMENT STANDARD NOTES SAT/
UNSA 1
Provide candidate with completed copy of the initiating cue Candidate should review Admin JPM and initiating cue 2
Candidate determines emergency classification for high winds (Natural Phenomena)
CUE: When asked by candidate or looks at MET tower wind speed - winds 105 mph and sustained Candidate determines that the classification for Natural Phenomena would be an ALERT (EPP-201, Chart 8)
Candidate should evaluate both events and then based on the individual classifications determine the overall classification 3
Candidate determines emergency classification for loss of electrical power CUE: When asked by candidate, indicated how long both EDGs were lost and no power to 1E buses.
Candidate determines that loss of electrical power would be classified as an:
- 1) If loss of both EDGs > 15 min, then SITE AREA EMERG.
or
- 2) If loss of both EDGs < 15min, then ALERT 4*
Candidate determines the overall classification CUE: If the candidate request Wind Direction - 180o Pasquill Stability Class - E Candidate determines that the overall classification would be:
- 1) SITE AREA EMERG (if EDGs lost
>15 min) or
- 2) ALERT (if EDGs lost < 15 min) or an Alert based on the sustained high winds No PARs required TASK COMPLETE
CANDIDATE HANDOUT Page 4 of 4 INITIATING CUE:
The simulator is in freeze. Based upon the current plant conditions and events during the scenario, determine the emergency classification and make applicable Protective Action Recommendations.