ML042190301
| ML042190301 | |
| Person / Time | |
|---|---|
| Site: | Millstone  |
| Issue date: | 07/19/2004 |
| From: | Wilson M Dominion Nuclear Connecticut |
| To: | Conte R NRC/RGN-I/DRS/OSB |
| Conte R | |
| References | |
| 50-423/04-301 | |
| Download: ML042190301 (158) | |
Text
Job Performance Measure Page 1 of 13 NRC Simulator JPM S.1
Job Performance Measure Page 2 of 13
- 1. JPM
Title:
Respond to Dropped Control Rod JPM ID Number: Simulator S.l Revision: 0 II. initiated:
Nuclear Resulatorv Commission 14 May 2004 Developer Date III. Reviewed:
Technical Reviewer Date IV. Approved:
Cognizant Plant Supervisor (optional) Date Nuclear Training Supervisor Date
~
Job Performance Measure Page 3 of 13
SUMMARY
OF CHANGES Change I Description 1 Date I I
Job Performance Measure Page 4 of 13 Facility: Millstone Unit 3 Student:
JPM ID Number: Simulator S.l Revision: 0 Task
Title:
Respond to Dropped Control Rod System: n/a Time Critical Task: ( ) YES ( X ) NO Validated Time (minutes): 30 Alternate Path YES Task Number(s):
Applicable To: SRO X RO X PEO WA Number: 003.AA. I.02 K/A Rating: 3.4 / 3.6 Ability to operate and/or monitor the following as they apply to the Dropped Control Rod: Control; and components necessary to recover rod.
Method of Testinq: Simulated Performance: Act uaI Performance: X Location: Classroom: Simulator: X In-Plant::
Task Standards: 0 Applicant responds to the dropped rod and 0 Applicant recovers the dropped rod Required 0 SP 3602A.l , Rod Cluster Control Exercise Materials: 0 SP 3602A.1-001 , Rod Cluster Control Exercise data sheet 0 AOP 3552, Malfunction of the Rod Drive System Genera1 AOP 3552, Malfunction of the Rod Drive System
References:
Job Performance Measure Page 5 of 13 I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objectives for this JPM will be satisfied.
You may use any approved reference material normally available. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.
You are to operate and respond to the simulator just as you would in the actual plant.
You are a Control Room Operator at Millstone Generating Station, Unit 3.
The plant is steady state at 100% power. No equipment is out of service.
Surveillance procedure SP 3602A.1 is in progress. Sections 4.1 and 4.2 are complete. You are to begin exercising control rods using section 4.3. Begin Initial with Shutdown Bank A (SBA).
Conditions:
Do you have any questions?
Are you ready to begin?
Initiating You have the shift.
Cue:
,w** NOTES TO EVALUATOR ***
I. Critical steps for this JPM are indicated by an asterisk and bolding. For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly. The students performance is graded by an Sfor satisfactory or a U for unsatisfactory on each step.
- 2. When the student states what hidher simulated action/observation would be, read the appropriate Cue.
- 3. If necessary, question the student for details of simulated actions/observations (i.e. What are you looking at? or What are you observing?).
Job Performance Measure Page 6 of 13 Start Time:
IC-I 8 RCSTave=587F PZR Pressure = 2235 psig 0 Reactor Power = 100%
Simulator Setup Malfunction RD 0301 at 0% occurs when Applicant begins withdrawing rods at SP 3602A.1, Step 4.3.3.
NOTE: Malfunction RD 0302 at 0% when Applicant reaches step to determine Shutdown Margin.
Exz
- niner Cue: Here is the working copy of SP 3602A.1-001 Exz
- liner Cue: You have the shift.
- 1. The withdrawal of rods to 231 I I steps is to allow the exercise of shutdown banks and control banks A, B and C, and to identify Rod Control System problems while minimizing the impact of Applicant reads note.
rod movement on core reactivity and AFD. EXAMINER NOTE: during validation,
- 2. If a rod movement or indication meaning of this NOTE confused RO. May I.
problem is identified during the need to prompt Applicant for a test, complete the test for the recommendation. SROs must make affected bank prior to decision to respond to the dropped rod in transitioning to AOP 3552, their supervisory role.
Malfunction of the Rod Drive System.
(SP 3602A.1, NOTE preceding step 4.3.1)
Refer To SP 3602A.l-001 and RECORD all rod bank initial Applicant records all rod bank initial
- 2. positions.
positions on SP 3602A.l-001.
- (SP3602A.1, Step 4.3.1)
ROTATE control rod bank SEL switch (MB4), to the desired bank. Applicant rotates control rod bank SEL 3.
switch (MB4) to SBA.
(SP 3602A.1, Step 4.3.2)
WITHDRAW applicable rods from I
Full out position to 231 steps. Applicant begins to withdraw SBA rods 4.
from full out position to 231 steps.
- (SP 3602A.1, Step 4.3.3)
Job Performance Measure Page 7 of 13 IF reactor trips, Go To E-0, Reactor Trip or Safety Injection 5.
(OP 3353.MB4C 5-10, Step 1) Applicant may refer to Alarm Response or Go To AOP 3552, Malfunction of go directly to AOP 3552.
the Rod Drive System 6.
(OP 3353.MB4C 5-10. Steo 2)
Applicant enters AOP 3552 and performs 6.
- the following:
Stabilize Plant Conditions 7.
(AOP 3552. Steo 11 Place control rod bank SEL switch in MAN Applicant rotates control rod bank SEL a.* switch (MB4) to MAN.
- (AOP 3552, Step 1.a.)
Verify rods - NOT MOVING
- 9. Applicant observes DRPl for rod motion (AOP 3552. Steo I.b.)
Stop any pow= increase or decrease evolution in progress Applicant observes no power change in 10.
progress
- (AOP 3552, Step I.c.)
Check plant can be - MAINTAINED AT CURRENT POWER LEVEL Applicant determines that plant can be 1I.
maintained at current power level.
- (AOP 3552, Step 1.d.)
Verify Tavg-Tref deviation - LESS Applicant determines the Tavg-Tref THAN OR EQUAL TO 15°F.
- 12. deviation and takes appropriate action per the following RNO (AOP 3552, Step 1.e.)
Job Performance Measure Page 8 of 13 Perform the applicable action:
IF Tavg greater than Tref AND the steam dumps are open, THEN Increase turbine load to close the steam dumps. Applicant reduces turbine load to minimize IF Tavg greater than Tref AND the Tavg-Tref deviation.
- 13. the steam dumps are closed, THEN Borate to minimize Tavg- Applicant may reduce load such that rod
- Tref deviation. recovery will not require further adjustment IF Tavg less than Tref, THEN (take Tave-Tref negative so that it is close Decrease turbine load to to zero when rod recovered).
minimize Tavg-Tref deviation.
(AOP 3552, Step 1.e., RNO Column)
Verify TURB LOAD REJECTION ARM C-7 (MB4D 6-6) annuniciator
- 14. - NOT LIT. Applicant observes MB4D 6-6 not lit (AOP 3552, Step 1.f.)
Maintain Tavg within 15°F of Tref using boration or dilution as
- 15. necessary.
- (AOP 3552, Step 1.g.)
Check No Rod Dropped 16.
- (AOP 3552, Step 2.)
Verify RPI URGENT FAILURE
- 17. (MB4C 4-10) annuciator NOT LIT Applicant observes MB4C 4-1 0 not lit.
- (AOP 3552, Step 2.a.)
Check rod bottom lights - NONE LIT Applicant recognizes that one rod bottom 18.
light is LIT and performs RNO actions:
IAOP 3552. Ster, 2.b.)
Perform the applicable action:
I IF only one rod bottom light is lit, THEN using Attachment 6, Perform dropped rod recovery.
D IF two or more rod bottom lights Applicant goes to Attachment B to perform are lit, THEN Trip the reactor and jropped rod recovery.
Go to E-0, Reactor Trip or Safety Injection.
- AOP 3553, Step 2.b., RNO)
Job Performance Measure Page 9 of 13 Check Plant Conditions 21.
(AOP 3552. Att B. SteD 1)
Verify operational mode - MODE I
- 22. Applicant recognizes plant is in Mode 1 (AOP 3552. Att B. Step I.aJ Identify dropped rod 0 Lit rod bottom (RB) light on DRPl display Applicant determines identity of the
- 23. 0 Zero indication on plant process dropped rod.
Computer, Rod Supervision (AOP 3552, Att B, Step 1.b.)
1302 atv.%.
-IF reactor trips, Go To E-0, Reactor Trip or Safety Injection 24.
(OP 3353.MB4C 6-10, Step 1)
-IF RPI urgent failure (4-10) Applicant may refer to alarm response or annunciator lit Go To AOP 3552, trip the reactor and go to E-0 directly.
Malfunction of the Rod Drive 25.
System.
- (OP 3353.MB4C 6-10, Step 2)
-IF two or more rod bottom lights are lit, TRIP reactor and Go To E-0,
- 26. Reactor Trip or Safety Injection. Applicant trips the reactor (OP 3353.MB4C 6-10, Step 3)
Foldout page must be open.
ADVERSE CTMT is defined as GREATER THAN 180-F or GREATER THAN 105 Whr in contai nrnent.
- 27. The reactor can be interpreted as tripped when any two of the three bulleted substeps of step 1.
are satisfied.
- (E-0, Note preceding Step 1)
Job Performance Measure Page IO of 13 Verify Reactor Trip 0 Check reactor trip and bypass breakers - OPEN
- 28. 0 Check rod bottom lights - LIT Applicant verifies all three criteria.
Check neutron flux -
k DECREASING (E-0, Step I )
Verify Turbine Trip
- a. Check all turbine stop valves -
29.
k CLOSED Applicant verifies all STOP valves closed.
- (E-0, Step 2)
Verify Power To AC Emergency Busses
- 30. a. Check AC emergency busses Applicant verifies power to 34C & 34D k
34C and 34D - BOTH ENERGIZED
- (E-0, Step 3)
Check If SI Is Actuated
- a. Verify SAFETY INJECTION
- 31. ACTUATION annunciator (MB4D 1-31 should not have actuated.
k 6 or MB2B 5-9) - LIT (E-0, Step 4)
Check if SI is required:
CTMT pressure GREATER THAN 18 psia OR PZR pressure LESS THAN 1890 psia OR PZR level LESS THAN 9% OR RCS subcooling LESS THAN 32°F OR SG pressure LESS THAN 660
- 32. Psig 4pplicant determines if SI is required and k
lerifies that SI is not required.
IF SI is required, THEN Initiate SI and Proceed to step 4.c.
IF SI is NOT required, THEN Initiate monitoring of CSF Status Trees and Go to ES-0.1, Reactor Trip Response.
- (E-0, Step 4 RNO Column)
Exa
- iJPM is complete. Thank you.
- ~~ -
Job Performance Measure Page 11 of 13 Stop Time:
- denotes critical step
Job Performance Measure Page 12 of 13 Appendix C3 Form ES-C-1 VERIFICATION OF COMPLETION Job Performance Measure No.
Examinee's Name:
Examiner's Name:
Date performed:
Facility Evaluator:
Number of attempts:
Time to complete:
Question Documentation:
Response
Result: SAT or UNSAT Examiner's signature and date:
Job Performance Measure Page 13 of 13 Student Handout JOBPERFORMANCE MEASURE INSTRUCTION SHEET DIRECTIONS TO STUDENT YOU ARE TO OPERATE AND RESPOND TO THE SIMULATOR JUST AS YOU WOULD IN THE ACTUAL PLANT.
Initial Conditions You are a Control Room Operator at Millstone Generating Station, Unit 3. The plant is steady state at 100% power. No equipment is out of service. Surveillance procedure SP 3602A.l is in progress. Sections 4.1 and 4.2 are complete. You are to begin exercising control rods using section 4.3. Begin with Shutdown Bank A (SBA).
JOB PERFORMANCE MEASURE APPROVAL SHEET NRC Simulator JPM S.2 RO Applicants Only Iof 12
JOB PERFORMANCE MEASURE APPROVAL SHEET I. JPM
Title:
VENT UNISOLATED SI ACCUMULATORS JPM ID Number: NRC Simulator JPM S.2 Rev: Ochg I Drawn directly from MS3 JPM Bank - number 027 11/08/02 II. Initiated:
Dave Minnich 10/17/02 Developer Date III. Reviewed:
Bob Royce 10/17/02 Technical Reviewer Date IV. Approved:
NA Cognizant Plant Supervisor (optional) Date Trad Horner 10/17/02 Nuclear Training Supervisor Date 2of12
JOB PERFORMANCE MEASURE APPROVAL SHEET
SUMMARY
OF CHANGES Change Description Date 1 Non-Intent change - Modified setup to more accurately indicate 1 1/08/02 ES-1.2 plant conditions.
3 of 12
JOB PERFORMANCE MEASURE GUIDE Facility: Millstone Unit 3 Student:
JPM ID Number: 027 Rev: Ochg I Task
Title:
VENT UNISOLATED SI ACCUMULATORS System: ECC Time Critical Task: ( ) YES ( X ) NO Validated Time (minutes): 10 Alternate Path: YES Task Number(s): 006*01*57 Applicable To: SRO X RO X PEO WA Number: 006-AI -13 WA Rating: 3.5 13.7 Method of Testing: Simulated Performance: ActuaI Performance: X Location: Classroom: Simulator: X In-Plant::
Task Standards: Vent Any Unisolated SI Accumulators IAW ES-I .2, Post LOCA Cooldown and Depressurization, Step 22 Required Materials: ES-1.2, Post LOCA Cooldown and Depressurization, Step 22, Rev.0 I3 GA-7, Isolating Accumulators, Rev 000 General
References:
None.
- READ TO THE STUDENT***
I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective(s) for this JPM will be satisfied. You may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution were actually being performed.
4 o f 12
JOB PERFORMANCE MEASURE GUIDE (Continued)
JPM Number: NRC Simulator JPM S.2 Rev Ochg 1
- 2. Reset to IC 18 100% power, MOL. Insert MALF RC03A, Severity 0.08 and go to run.
- 4. Insert I/O (SI)3SIL*MV8808B, CLOSE - FALSE to prevent the B Accumulator outlet isolation valve from closing.
- 5. If necessary, remove the malfunction (RC03A), to fill the PZR to greater than 16%. Acknowledge the annunciators and place the simulator in FREEZE.
- 6. After the examinee has received the initial conditions and initiating cues, place the simulator in RUN.
Approximate simulator setup time is 25 minutes.
The plant has experienced a Loss of Coolant Accident. The control room crew has responded by using the Emergency Operating Procedures and has just completed step 21 of ES-I .2, Post LOCA Cooldown and Depressurization. Shutdown Margin has been verified adequate and ECCS has been verified NOT required.
Initiating Cues: The US has directed you to complete step 22 of ES-1.2, Post LOCA Cooldown and Depressurization.
- NOTES TO EVALUATOR ****
- 1. Critical steps for this JPM are indicated by an x after the step number. For the student to achieve a satisfactory grade, critical steps must be completed correctly.
The students performance is graded by an S for satisfactory or a U for unsatisfactory on each step.
- 2. When the student states what hidher simulated action/observation would be, read the appropriate Cue.
- 3. If necessary, question the student for details of simulated actions/observations (i.e. What are you looking at? or What are you observing?).
5of 12
PERFORMANCE INFORMATION JPM Number: NRC Simulator JPM S.2 Rev: Ochg 1 Task
Title:
VENT UNISOLATED SI ACCUMULATORS Start Time:
STEP 1 Performance Step: CHECK RCS subcooling based on CETCs greater than 32" F.
GRADE Standards: Candidate checks that RCS subcooling based on CETCs greater than 32" F using PPC, Real -Time MMI, or MB indications.
Grade: SAT UNSAT STEP 2 Performance Step: VERIFY PZR level Greater than - 16%
GRADE Standards: Candidate verifies PZR level - Greater than - 16% at MB4 or with PPC.
Grade: SAT UNSAT STEP 3 Performance Step: Using GA-7, Isolate SI Accumulators GRADE Standards: Candidate obtains a copy of GA-7, Isolate SI Accumulators.
Grade: SAT UNSAT STEP 4 Performance Step: Locally Unlock and Place the SI (GA-7 step I) accumulator isolation valve breakers to ON.
32-2R-F4M 32-2R-R5F 32-2W-F4M 32-2W-R3J Cue: Booth Operator respond to request to lose Accumulator Isolation valve breakers.
Comment: Use the following REMOTEs:
SIR 15, SIR 16, SIR 17, SIR 18 GRADE X Standards: Candidate simulates contacting PEO to Locally Unlock and Place the SI accumulator isolation valve breakers 6 of 12
PERFORMANCE INFORMATION JPM Number: NRC Simulator JPM S.2 Rev: Ochg 1 Task
Title:
VENT UNISOLATED SI ACCUMULATORS to ON Grade: SAT UNSAT STEP 5 Performance Step: CONFIRM power supplied to SI accumulator isolation valves.
GRADE Standards: OBSERVE power on white lights for SI Accumulator Isolation valves illuminate at MB2 RECEIVE report: PEO has Locally Unlocked and Placed the SI accumulator isolation valve breakers to ON Grade: SAT UNSAT STEP 6 Performance Step: RESET SI, If Necessary (GA-7 step 2)
Comment: SI will already have been reset in a previous EOP step. However, if the examinee resets SI, this is considered satisfactory. If the examinee asks whether SI has been reset, provide the following cue:
STEP 7 X performance Step: CLOSE all SI accumulator isolation (GA-7, step 3) valves GRADE Standards: Candidate turns the control switch for 3SIH*MV8808A to the close position and observes that the indicating lights for 3SIH*MV8808A are green ON, red OFF. The valve is CLOSED.
GRADE Standards: Candidate turns the control switch for 7 o f 12
PERFORMANCE INFORMATION JPM Number: NRC Simulator JPM S.2 Rev: Ochg 1 Task
Title:
VENT UNISOLATED SI ACCUMULATORS 3SIH*MV8808C to the close position and observes that the indicating lights for 3SIH*MV8808C are green ON, red OFF. The valve is CLOSED GRADE X Standards: Candidate turns the control switch for 3SIH*MV8808B to the close position ALTERNATEPATH and observes that the indicating lights for 3SIH*MV8808B are green OFF, red ON. The valve position does not chanae. The valve is still OPEN GRADE Standards: Candidate turns the control switch for 3SIH*MV8808D to the close position and observes that the indicating lights for 3SIH*MV8808D are green ON, red OFF. The valve is CLOSED Grade: SAT UNSAT STEP 8 X Performance Step: Vent any unisolated accumulators Verify SI accumulator nitrogen supply IALTERNATE PATH valves (3SIL*CV8880 and 3SIL*CV8968) closed on MB2 GRADE X Standards: Candidate observes SI accumulator nitrogen supply valves (3SIL*CV8880 and 3SIL*CV8968) closed on MB2.
Green CLOSED indicating lights are ON and red OPEN indicating lights are OFF.
Grade: SAT UNSAT STEP 9 X Performance Step: For each accumulator requiring venting, OPEN one from each pair of the following isolation valves:
For tank B (3SIL*SV8875B OR 3SIL*SV8875F)
GRADE X Standards: Candidate pushes the controller for 8of12
PERFORMANCE INFORMATION JPM Number: NRC Simulator JPM S.2 Rev: Ocha 1 Task
Title:
VENT UNISOLATED SI ACCUMULATORS EITHER 3SIL*SV8875B OR 3SIL*SV8875F to the open position and observes that the indicating lights are green OFF, red ON. The valve is OPEN.
Grade: SAT UNSAT STEP 10 X Performance Step: OPEN one SI accumulator vent control valve (3SIL*HC943A OR 3SIL*HC943B).
GRADE X Standards: Candidate operates EITHER 3SIL*HC943A OR 3SIL*HC943B to the open position and observes that the up arrow light is on. The valve position is >O%.
Candidate observes pressure in accumulator decreasing on SIL-PI962 or 963.
GRADE X Standards: Candidate observes pressure in accumulator decreasing on SIL-PI962 or 963.
GRADE Standards: Candidate observes ANN MB2A, 4-7B, SI ACC B PRESSURE LO Grade: SAT UNSAT 9of 12
PERFORMANCE INFORMATION JPM Number: NRC Simulator JPM S.2 Rev: Ochg 1 Task
Title:
VENT UNISOLATED SI ACCUMULATORS STEP I1 Performance Step: Locally Place the SI accumulator (GA-7, step 4) isolation valve breakers to OFF and Lock.
32-2R-F4M 32-2R-R5F 32-2W-F4M 32-2W-R3J Comment: Use the following REMOTEs:
SIR 15 SIR 16 SIR 17 SIR 18 GRADE X Standa rds: Candidate simulates contacting PEO to Locally Unlock and Place the SI accumulator isolation valve breakers to OFF and Lock Grade: SAT UNSAT STEP 12 Performance Step: CONFIRM power removed from SI accumulator isolation valves.
GRADE Standards: OBSERVE power on white lights for SI Accumulator Isolation valves extinguished at MB2 RECEIVE report from PEO that they have Placed the SI accumulator isolation valve breakers to OFF and have Locally Locked the breakers.
Grade: SAT UNSAT Terminating Cue: The evaluation for this JPM is concluded.
Stop Time:
I O of 12
VERIFICATION OF JPM COMPLETION Appendix C3 Form ES-C-1 VERIFICATION OF COMPLETION Job Performance Measure No.
Examinee's Name:
Examiner's Name:
Date performed:
Facility Evaluator:
Number of attempts:
Time to complete:
Question Documentation:
Question:
Response
Result: SAT or UNSAT Examiner's signature and date:
11 of 12
STUDENT HANDOUT JPM Number: NRC Simulator JPM S.2 Initial Conditions: The plant has experienced a Loss of Coolant Accident.
The control room crew has responded by using the Emergency Operating Procedures and has just completed step 21 of ES-1.2, Post LOCA Cooldown and Depressurization. Shutdown Margin has been verified adequate and ECCS has been verified NOT required.
Initiating Cues: The US has directed you to complete step 22 of ES-1.2, Post LOCA Cooldown and Depressurization.
120f 12
JOB PERFORMANCE MEASURE APPROVAL SHEET NRC Simulator JPM S.3 Page I of 20
JOB PERFORMANCE MEASURE APPROVAL SHEET
- 1. JPM
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD.
MON. (3HVR-REl3) ALARM NRC Simulator JPM S.3 JPM ID Number: Direct from MS3 JPM Bank - number 031 Revision: 6 chg I II. Initiated:
G. A. Tait 6/8/99 Developer Date III. Reviewed:
J. Deveau 6130199 Technical Reviewer Date IV. Approved:
NA Cognizant Plant Supervisor (optional) Date R. Lueneburg 6/30/99 Nuclear Training Supervisor Date Page 2 of 20
JOB PERFORMANCE MEASURE APPROVAL SHEET
SUMMARY
OF CHANGES RevisiodChange Change Information Affected Pages Rev 6, Change 1 Added information to support OP 33 14A Rev 22 Change 1 Non- 5,7, 11 Intent Change Page 3 of 20
JOB PERFORMANCE MEASURE GUIDE Facility: Millstone Unit 3 Student:
NRC Simulator JPM S.3 JPM ID Number: 031 Revision: 6 chg I Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD.
MON. (3HVR-RE13) ALARM System: HVR Time Critical Task: ( ) YES ( X ) NO Validated Time (minutes): 20 Task Number(s): 088-01-220 Applicable To: SRO X RO X PEO WA Number: 060AA1.02 WA Rating: 2.9 / 3.1 Ability to operate and / or monitor the following as they apply to the Accidental Gaseous Radwaste: Ventilation system.
Method of Testina: Simulated Performance: Actual Performance: X Location: Classroom: Simulator: X In-Plant::
Task Standards: Satisfactorily complete placing the upper levels of the Auxiliary Building on filtered exhaust in accordance with OP 3314A, Auxiliary Building Heating, Ventilation and Air Conditioning Required Materials: OP 3314A, Auxiliary Building Heating, Ventilation and Air Conditioning, Revision 022-09 General
References:
OP 3314A, Auxiliary Building Heating, Ventilation and Air Conditioning, Revision 022-09
- READ TO THE STUDENT***
I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective(s) for this JPM will be satisfied. You may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution were actually being performed.
Page 4 of 20
JOB PERFORMANCE MEASURE GUIDE (Continued)
JPM Number: 031 Revision: 6 cha I Approximate setup time is 5 minutes.
- 1. THIS JPM RUNS CONCURRENTLY WITH S.6 (Response to failed Main Steam Pressure Transmitter, PT20D). Use the S.6 simulator setup.
- 7. After the examinee has received the initial conditions and initiating cues, place the simulator in RUN.
- x** NOTES TO EVALUATOR ****
- 1. Critical steps for this JPM are indicated by an X after the step number. For the student to achieve a satisfactory grade, ALL critical steps must be completed correctly.
The students performance is graded by an Sfor satisfactory or a U for unsatisfactory on each step.
- 2. When the student states what hidher simulated action/observation would be, read the appropriate Cue.
- 1. If necessary, question the student for details of simulated actions/observations (Le. What are you looking at? or What are you observing?).
Page 5 of 20
JOB PERFORMANCE MEASURE GUIDE (Continued)
A leak on CHS*LTI 85 level transmitter line for the VCT has resulted in radiation monitor HVR-RE13 going into an alarm status. The control room team is carrying out the actions of AOP 3573, Radiation Monitor Alarm Response. One train of charging and RPCCW pump area ventilation is in service. The Waste Disposal Building ventilation and CTMT purge are not aligned to the AUX. Bldg. filters. General area ventilation is in service.
In carrying out the responses of AOP 3573, Radiation Monitor Alarm Response, the US has directed you to place the upper levels of the Aux. Bldg. on filtered exhaust per OP 3314A, Section 4.2.
This JPM is being conducted concurrently with another JPM to improve efficiency of your examination administration. To ensure exam security, please adhere to the following special requirements:
- 1. Speak softly when announcing alarms or providing information.
- 2. Direct ALL communications to me. If the simulator booth operator must manipulate components, I will contact the simulator booth operator for you.
- 3. Remain focused on your task assignment and do not allow other activities to distract you.
Page 6 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg 1 Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD; MON. (3HVR-REI 3) ALARM Start Time:
STEP 1 Performance Step: CAUTION This section supports response to high radiation in the upper levels of the Auxiliary Building (AOP 3573). This section establishes and maintains Auxiliary Building ventilation in the following alignment:
One train of charging and CCP fans in operation 3HVR-FN7 discharging to normal exhaust path through 3HVR*AOD40A and 3HVR*AOD40B 0 Waste Disposal Building ventilation and containment purge are not aligned to the Auxiliary Building filters If it becomes necessary to deviate from this alignment, Auxiliary Building upper level ventilation must be stopped as specified in Section 4.3 (Step 4.2.1 Caution)
GRADE Standards: Reviews precaution.
Grade: SAT UNSAT Page 7 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg I Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD.
MON. (3HVR-REl3) ALARM STEP 2 Performance Step: CHECK 3HVR*AOD44A and 3HVR*AOD44BI charging and RPCCW pump normal exhaust dampers, open (VPI). (step 4.2.1)
GRADE Standards: Observes that the indicating lights for 3HVR*AOD44A and 3HVR*AOD44B are green OFF, red ON.
Grade: SAT UNSAT STEP 3 Performance Step: CHECK 3HVR*FN14A and 3HVR*FN13A 3HVR*FNl4B and 3HVR*FN13B, charging and RPCCW pump supply and exhaust fans, one train running (VPI). (step 4.2.2)
GRADE Standards: Observes that the indicating lights are green OFF red ON for 3HVR*FNI4A and 3HVR*FNl3A and green ON red OFF for 3HVR*FNl4B and 3HVR*FN13B, the A train fans are running.
Grade: SAT UNSAT STEP 4 Performance Step: CHECK 3HVR*FNl4A and 3HVR*FN14B, charging and RPCCW pump supply fans, in AUTO(VP1).
(step 4.2.3)
GRADE Standards: Observes that the SPLY FAN?VEN DMPRS control switches for 3HVR*FN14A and 3HVR*FN14Bare aligned to the AUTO position.
Grade: SAT UNSAT Page 8 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg 1 Task.Title: SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG: RAD.
MON. (3HVR-RE13) ALARM STEP 5 Performance Step: IF above lineup not established, Refer to Section 4.13 and PLACE one train of charging and RPCCW pump area ventilation in service. (step 4.2.4)
GRADE Standards: Proceeds to step 4.2.5 based upon lineup being verified established by previous procedure steps performed above.
Grade: SAT UNSAT STEP 6 Performance Step: VERIFY, Waste Disposal Building ventilation and containment purge, aligned to Auxiliary Building filters.
0 3HVR*AOD65AYfilter sply, closed 3HVR*AOD65B, filter sply, closed 3HVR*AOD29AYfilter sply, closed 3HVR*AOD29BYfilter sply, closed (step 4.2.5)
GRADE Standards: This information given as part of the turnover under initial conditions.
Grade: SAT UNSAT STEP 7 Performance Step: NOTE This section supports response to high radiation in the upper levels of the Auxiliary Building (AOP 3573).
Therefore, all general area ventilation is left on during the shift in alignment, 3HVR-HVU2B would supply more air than 3HVR-FN7 could exhaust and an unfiltered discharge could occur.
(Step 4.2.6 Note)
GRADE Standards: Reviews Note.
Page 9 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg I Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD.
MON. (3HVR-RE13) ALARM Grade: SAT UNSAT STEP 8 X Performance Step: general area ventilation is in service, PERFORM the following (VPI ):
Numbered or a. STOP the following AUX Lettered steps BLDG HVUs:
should be done in 3HVR-HVU2A the specified 3HVR-HVU2B order.
- b. STOP the following AUX BLDB EXH FANS:
3HVR-FN5 3HVR-FN7 (step 4.2.6)
GRADE X Standards: Rotates control switch for 3HVR-HVU2A to STOP position and observes the indicating lights shift to green ON, red OFF.
GRADE X Standards: Rotates control switch for 3HVR-HVU2B to STOP position and observes the indicating lights shift to green ON, red OFF.
GRADE X Standards: Rotates control switch for 3HVR-FN5 to STOP position and observes the indicating lights shift to green ON, red OFF.
GRADE X Standards: Rotates control switch for 3HVR-FN7 to STOP position and observes the indicating lights shift to green ON, red OFF.
Grade: SAT UNSAT Comments: Operation of 3HVR-HVU2A and Page I O of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 cha 1 Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD.
MON. (3HVR-RE13) ALARM 3HVR-HVU2B may be performed in any sequence HOWEVER, BOTH 3HVR-HVU2A and 3HVR-HVU2B must be stopped prior to operation of 3HVR-FN5 or 3HVR-FN7. Operation of 3HVR-FNS, and 3HVR-FN7 may be performed in any sequence.
STEP 9 X Performance Step: To shift Auxiliary Building filters to filtered alignment, PERFORM the following (VPI ):
- a. PRESS and HOLD FILTER pushbutton for the following dampers:
0 3HVR*AOD39A, normal exhaust 3HVR*AOD43A,filter supply damper
- b. WHEN the following dampers reposition, RELEASE FILTER pushbuttons:
0 3HVR*AOD39A, normal exhaust, closes 0 3HVR*AOD43A, filter supply damper, opens Page 11 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg 1 Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD.
MON. (3HVR-REI 3) ALARM C. PRESS and HOLD FILTER pushbutton for the following dampers:
3HVR*AOD39B, normal exhaust 3HVR*AOD43B, filter supply damper
- d. WHEN the following dampers reposition, RELEASE FILTER pushbutton 3HVR*AOD39B, normal exhaust, closes 3HVR*AOD43B, filter supply damper, opens (step 4.2.7)
GRADE X Standards: Depresses the FILTER pushbutton for filter/normal exhaust dampers 3HVR*AOD39A/43A and holds the button until the indicating lights shift to 3HVR*AOD39A, green ON, red OFF and 3HVR*AOD43A indicating lights shift to green OFF, red ON, THEN releases the pushbutton.
GRADE X Standards: Depresses the FILTER pushbutton for filtednormal exhaust dampers 3HVR*AOD39B/43B and holds the button until the indicating lights shift to 3HVR*AOD39B, green ON, red OFF and 3HVR*AOD43B indicating lights shift to green OFF, red ON, THEN releases the pushbutton.
Grade: SAT UNSAT Page 12 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg I Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD.
MON. (3HVR-RE13) ALARM STEP 10 Performance Step: VERIFY the following Auxiliary Building exhaust fan variable inlet vane controllers, in AUTO (VPI) 0 3HVR*PIC194A, AUX BLDG EXH FAN 0 3HVR*PIC104B, AUX BLDG EXH FAN (step 4.2.8)
GRADE Standards: Verifies indications for 3HVR*PICl04A indicate:
0 AUTO light ON 0 MANUAL light OFF GRADE Standards: Verifies indications for 3HVR*PIC104B indicate:
0 AUTO light ON MANUAL light OFF Grade: SAT UNSAT STEP 11 Performance Step: NOTE This section supports response to high radiation in the upper levels of the Auxiliary Building (AOP 3573).
Therefore, all general area ventilation is left on during the shift in alignment, 3HVR-HVU2B would supply more air than 3HVR-FN7 could exhaust and an unfiltered discharge could occur.
(Step 4.2.6 Note)
GRADE Standards: Reviews Note I Grade: SAT UNSAT I Page 13 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg 1 Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD.
MON. (3HVR-REI 3) ALARM STEP 12 X Performance Step: To start Train A Auxiliary Building filter, PERFORM the following (VPI ):
- a. PLACE 3HVR*FNGA, filter exhaust fan, in START and HOLD.
- b. WHEN the following occurs, RELEASE 3HVR*FN6A control switch:
0 3HVR*AOD20A, filter supply, opens 0 3HVR*MOD28A, filter exhaust, opens 3HVR*FNGA, exhaust fan, starts Filter bank heater, energizes (step 4.2.9)
GRADE X Standards: Rotates and maintains control switch for 3HVR*FN6A to START position until the following indications are observed:
3HVR*AOD20A, green light OFF, red light ON 3HVR*MOD28A, green light OFF, red light ON 3HVR*FNGA, green I light OFF, red light ON FLTIA HTR green light OFF, red light ON FLT2A HTR green light OFF, red light ON Grade: SAT UNSAT Comments: The switch must be held for a minimum of five seconds to avoid an AUTO trip of the fan. If the fan trips and the examinee restarts it, the critical portion of this step is satisfied.
Page I 4 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg 1 Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD:
MON. (3HVR-RE13) ALARM STEP 13 Performance Step: To start Train B Auxiliary Building filter, PERFORM the following (VP1):
- a. PLACE 3HVR*FNGB, filter exhaust fan, in START and HOLD.
- b. WHEN the following occurs, RELEASE 3HVR*FNGB control switch:
3HVR*AOD20B, filter supply, opens 3HVR*MOD28B, filter exhaust, opens 3HVR*FNGB, exhaust fan, starts Filter bank heater, energizes (step 4.2. IO)
GRADE X Standards: Rotates and maintains control switch for 3HVRFNGB to START position until the following indications are observed:
3HVR*AOD20B, green light OFF, red light ON 0 3HVR*MOD28B, green light OFF, red light ON 0 3HVR*FNGB, green I light OFF, red light ON FLTIB HTR green light OFF, red light ON 0 FLT2B HTR green light OFF, red light ON Grade: SAT UNSAT Comments: The switch must be held for a minimum of five seconds to avoid an AUTO trip of the fan. If the fan trips and the examinee restarts it, the critical portion of this step is satisfied.
Page I 5 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg 1 Task Titte: SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD.
MON. (3HVR-REI 3) ALARM GRADE Standards: Examinee transitions to step 4.2.1 1 based upon Initiating Cue.
Grade: SAT UNSAT STEP 14 X Performance Step: START the following AUX BLDG EHX FANS, (VPI) 3HVR-FNS 3HVR-FN7 (step 4.2.1 1)
GRADE X Standards: Rotates the control switch for 3HVR-FN5 to START and observes the indicating lights shift to green OFF, red ON.
GRADE X Standards: Rotates the control switch for 3HVR-FN7 to START and observes the indicating lights shift to green OFF, red ON.
Grade: SAT UNSAT Comments: 3HVR-FN5 and 3HVR-FN7 may be operated in any desired sequence.
STEP 15 X Performance Step: Performance Steps: START the following AUX BLDG HVUs (VPI )
3HVR-HVU2A 3HVR-HVU2B (step 4.2.12)
GRADE X Standards: Rotates the control switch for 3HVR-HVUZA to START and observes the indicating lights shift to green OFF, red ON.
GRADE X Standards: Rotates the control switch for 3HVR-Page I 6 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg 1 Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG:RAD.
MON. (3HVR-RE13) ALARM HVU2B to START and observes the indicating lights shift to green OFF, red ON.
Grade: SAT UNSAT Comments: 3HVR-HVU2A and 3HVR-HVU2B may be operated in any desired sequence.
STEP 16 Performance Step: VERIFY the following annunciators, not lit:
VPIA 1-6, SLCRS/FUEL/AUX BLDG FLTR HTR TROUBLE VPIA 3-6, AUX BLDG VENT FN A LOCAL CNTL VPIA 4-6, AUX BLDG FNA AUTO TRIP/OVERCURRENT VPlB 1-3, RX PLANT VENT PNL TROUBLE VP1C 1-6, SLCRS/FUEL/AUX BLDG FLTR HTR TROUBLE VPI C 3-6, AUX BLDG VENT FN B LOCAL CNTL VPlC 4-6, AUX BLDG FN B AUTO TRIP. OVERCURRENT (step 4.2.1 3)
GRADE Standards: Verifies each of the above listed annunciator windows not lit.
Grade: SAT UNSAT STEP 17 Performance Step: Notify US that the upper levels of the Auxiliary Building have been placed on filtered exhaust using Train A in accordance with OP 3314A Section 4.2.
GRADE Standards: Informs the US that the upper levels of the Auxiliary Building have been Page 17 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg I Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD.
MON. (3HVR-REl3) ALARM placed on filtered exhaust using Train A in accordance with OP 3314A Section 4.2.
Grade: SAT UNSAT Terminating Cue: The evaluation for this JPM is concluded.
Stop Time:
Page 18 of 20
PERFORMANCE INFORMATION JPM Number: 031 Revision: 6 chg 1 Task
Title:
SUBSEQUENT ACTIONS IN RESPONSE TO AUX. BLDG. RAD.
MON. (3HVR-RE13) ALARM Appendix C3 Form ES-C-I VERIFICATION OF COMPLETION Job Performance Measure No.
Examinee's Name:
Examiner's Name:
Date performed:
Facility Evaluator:
Number of attempts:
Time to complete:
Question Documentation:
Question:
Response
Result: SAT or UNSAT Examiner's signature and date:
Page 19 of 20
STUDENT HANDOUT JPM Number: 031 Initial Conditions: A leak on CHS*LT185 level transmitter line for the VCT has resulted in radiation monitor HVR-REI3 going into an alarm status. The control room team is carrying out the actions of AOP 3573, Radiation Monitor Alarm Response. One train of charging and RPCCW pump area ventilation is in service. The Waste Disposal Building ventilation and CTMT purge are not aligned to the AUX. Bldg. filters. General area ventilation is in service.
Initiating Cues: In carrying out the responses of AOP 3573, Radiation Monitor Alarm Response, the US has directed you to place the upper levels of the Aux. Bldg. on Train A filtered exhaust per OP 3314A, Section 4.2.
This JPM is being conducted concurrently with another JPM to improve efficiency of your examination administration. To ensure exam security, please adhere to the following special requirements:
- 4. Speak softly when announcing alarms or providing information.
- 5. Direct ALL communications to me. If the simulator booth operator must manipulate components, I will contact the simulator booth operator for you.
- 6. Remain focused on your task assignment and do not allow other activities to distract you.
Page 20 of 20
JOB PERFORMANCE MEASURE APPROVAL SHEET NRC Simulator JPM S.4 1 of 12
JOB PERFORMANCE MEASURE APPROVAL SHEET
- 1. JPM
Title:
Steam Generator Level Control with Feedwater Level Control Bypass Valve in AUTO and Feedwater Level Control Valve in HAND.
JPM ID Number: NRC Simulator S.4 Revision: 0 II. Initiated:
Nuclear Regulatory Commission 25 May 2004 Developer Date III. Reviewed:
Technical Reviewer Date IV. Approved:
Cognizant Plant Supervisor (optional) Date Nuclear Training Supervisor Date 2 o f 12
JOB PERFORMANCE MEASURE APPROVAL SHEET
SUMMARY
OF CHANGES 3 of 12
JOB PERFORMANCE MEASURE GUIDE Facility: Millstone Unit 3 Student:
JPM ID Number: NRC Simulator S.4 Revision: 0 Task
Title:
Steam Generator Level Control with Feedwater Level Control Bypass Valve in AUTO an Feedwater Level Control Valve in HAND.
System: 059 Time Critical Task: ( ) YES ( X ) NO Validated Time (minutes): 15 Task Number(s):
Applicable To: SRO X RO X PEO WA Number: 059 A2.12 WA Rating: 3.4 / 3.1 Ability to (a) predict the impacts of the following malfunctions or operations on the MFW; and (b) based on those predictions, use procedures to correct, control, or mitigate the consequences of those malfunctions or operations: Failure of feedwater regulating valves.
Method of Testinq: Simulated Performance: Actual Performance: X Location: Classroom: Simulator: X In-Plant::
Task Standards: Satisfactorily restore automatic SG water level control using the Feedwater Flow Control Bypass Valve.
Required Materials: Operating Procedure OP 3321, Main Feedwater, Section 4.17.
General
References:
Operating Procedure OP 3321, Main Feedwater, Section 4.1 7.
4 o f 12
JOB PERFORMANCE MEASURE GUIDE
- READ TO THE STUDENT***
I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objective(s) for this JPM will be satisfied. You may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution were actually being performed.
This JPM is being conducted concurrently with another JPM to improve efficiency of your examination administration. To ensure exam security, please adhere to the following special requirements:
- 1. Speak softly when announcing alarms or providing information.
- 2. Direct ALL communications to me. If the simulator booth operator must manipulate components, I will contact the simulator booth operator for you.
- 3. Remain focused on your task assignment and do not allow other activities to distract you.
Initial Conditions: Plant is operating at power. Steam Generator A level control has been erratic due to a malfunction affecting the associated Feedwater Control Valve. The Feedwater Control Valve is in MANUAL.
Initiating Cues: Place S/G A Water Level Control in Automatic using OP 3321, Section 4.1 7,to place the Feedwater Bypass Control Valve in AUTOMATIC with the Feedwater Control Valve in MANUAL.
5of I 2
JOB PERFORMANCE MEASURE GUIDE (Continued)
JPM Number: NRC Simulator S.4 Revision: 0 This JPM runs concurrently with S.8, Swap RPCCW pumps and heat exchangers. The setup for S.4 is controlling.
- 1. Reset to IC 18.
- 2. Insert Malfunctions: None
- 3. I/O override: None
- 4. Place simulator in RUN.
- 6. Place simulator in FREEZE.
- 7. Place simulator in RUN after operator receives instruction.
- 8. After Exam Validation, the Simulator engineers investigated cause of the Bypass going full open when placed in AUTO. Additional setup may be required.
Approximate simulator set up time is 5 minutes.
- NOTES TO EVALUATOR ***
I. Critical steps for this JPM are indicated by an X after the step number. For the student to achieve a satisfactory grade, critical steps must be completed correctly.
The students performance is graded by an Sfor satisfactory or a U for unsatisfactory on each step.
- 2. When the student states what hidher simulated action/observation would be, read the appropriate Cue.
- 3. If necessary, question the student for details of simulated actions/observations (i.e. What are you looking at? or What are you observing?).
6of12
VERIFICATION OF JPM COMPLETION Start Time:
NOTE: 1. If a problem with a feedwater control valve affects its ability to automatically close on a loss of power (air) or receipt of a FWI signal, the ACTION statement for TIS LCO 3.3.2 may apply.
- 2. When a feedwater regulating valve in automatic control is not operating properly, this section modifies the Feedwater Control System to operate with the feedwater regulating valve open and in "manual" control and its associated feedwater regulating bypass valve in automatic.
(NOTE preceding 3321, Step 4.17.1)
STEP 1 Performance Step: REQUEST authorization from the Duty Officer, Operations Manager, or Unit Director prior to performing this Section.
(3321, Step 4.17.1)
Standa rds:
Cue: The Operations Manager on Call (OMOC) authorized this action STEP 2 Performance Step: Refer To T/S LCO 3.3.2 and determine required ACT1ONs.
(3321, Step 4.17.2)
Standards:
Cue: The Unit Supervisor determined and initiated all T/S required ACTIONS.
7of12
VERIFICATION OF JPM COMPLETION STEP 3 Performance Step: ENSURE a Trouble Report has been generated for the affected FW flow control valve.
(3321 Step 4.1 7.3)
Standards:
STEP 4 X Performance Step: PLACE 3FWS-SK509AyPP A & B MSTR SPEED CNTL, in MAN (MB5).
(3321, Step 4.17.4)
Standards: Candidate places 3FWS-SK509A in Manual.
Grade: Sat Unsat STEP 5 Performance Step: IF 3FWS-FK510, steam generator 1 feed regulating valve, is the affected valve, PERFORM the following:
(3321,Step 4.17.5.)
Standards: None STEP 6 Performance Step: VERIFY 3FWS-LK550, SGI CONTROL BYP in MAN (MB5).
(3321 Step 4.1 7.5.a)
Standards: Applicant observes that 3FWS-LK550 is in Manual.
Grade: Sat Unsat 8of 12
VERIFICATION OF JPM COMPLETION STEP 7 X Performance Sten: PLACE 3FWS-FK510, SGI CONTROL FLOW in MAN (MB5).
(3321, Step 4.17.5.b)
Standards: Applicant selects manual on 3FWS-FK510. (Already in MAN)
Grade: Sat Unsat STEP 8 X Performance Step: PERFORM the following steps simultaneously until 3FWS-LK550 is 60 to 70% open while maintaining SG NR levels between 45% and 55%
(MB5):
0 Slowly THROTTLE open 3FWS-LK550, SGI CONTROL BYP I
Slowly THROTTLE close 3FWS-FK510, SGI CONTROL FLOW1 (3321, Step 4.1 7.5.c)
Standards: Applicant throttles the FCV closed while opening the FCV Bypass.
Grade: Sat Unsat NOTE: To prevent erratic valve operation, the NIS feed forward signal gain for a FW bypass level control valve should be set to zero prior to placing valve controller in AUTO .
NOTE preceding (3321, Step 4.1 7.5.d) 9of 12
VERIFICATION OF JPM COMPLETION STEP 9 Performance Step: REQUEST I&C Department remove circuit card 3FWS-LY-550, to defeat NIS feed forward signal gain for channels 550 and 560 (C7-421).
(3321, Step 4.1 7.5.d)
Standards: Applicant requests removal of circuit card from Examiner.
STEP IO X Performance Step: PLACE 3FWS-LK550, "SGI I' "CONTROL" 'lBYP,ll in "AUTO" (MB5).
(3321, Step 4.17.5.e)
Standards: Applicant selects automatic on 3FWS-FK550.
Grade: Sat Unsat STEP 11 Performance Step: MONITOR 3FWS-LK550, SG 1 feed regulating valve bypass valve, for unstable operation.
(3321, Step 4.1 7.5.9 Standards: Applicant monitors 3FWS-LK550 and S/G water level for unstable operation.
Grade: Sat Unsat Stop Time:
10 of 12
VERIFICATION OF JPM COMPLETION Appendix C3 Form ES-C-I VERIFICATION OF COMPLETION Job Performance Measure No.
Examinee's Name:
Examiner's Name:
Date performed:
Facility Evaluator:
Number of attempts:
Time to complete:
Question Documentation:
Question:
Response
Result: SAT or UNSAT Examiner's signature and date:
11 of 12
STUDENT HANDOUT JPM Number: NRC Simulator S.4 Initial Conditions: Plant is operating at power. Steam Generator A level control has been erratic due to a malfunction affecting the associated Feedwater Control Valve (Feed Reg Valve). The Feedwater Control Valve (Feed Reg Valve) is in MAN.
Initiating Cues: Place S/G A Water Level Control in Automatic using OP 3321, Section 4.1 7, to place the Feedwater Bypass Control Valve in AUTOMATIC with the Feedwater Control Valve in MANUAL.
This JPM is being conducted concurrently with another JPM to improve efficiency of your examination administration. To ensure exam security, please adhere to the following special requirements:
- 4. Speak softly when announcing alarms or providing information.
- 5. Direct ALL communications to me. If the simulator booth operator must manipulate components, I will contact the simulator booth operator for you.
- 6. Remain focused on your task assignment and do not allow other activities to distract you.
12 of 12
JOB PERFORMANCE MEASURE APPROVAL WORKSHEET NRC Simulator JPM S.5 1 of 13
JOB PERFORMANCE MEASURE APPROVAL WORKSHEET
- 1. JPM
Title:
RESPOND TO CONTAINMENT SUMP BLOCKAGE JPM ID Number: NRC Simulator JPM S.5 Revision: 0 II. Initiated:
Nuclear Reaulatorv Commission 21June2004 Developer Date I l l . Reviewed:
Technical Reviewer Date IV. Approved:
Cognizant Plant Supervisor (optional) Date Nuclear Training Supervisor Date 2of13
JOB PERFORMANCE MEASURE APPROVAL WORKSHEET
SUMMARY
OF CHANGES 3 of 13
JOB PERFORMANCE MEASURE GUIDE Facility: Millstone Unit 3 Student:
JPM ID Number: NRC Simulator JPM S.5 Revision: 0 Task
Title:
RESPOND TO CONTAINMENT SUMP BLOCKAGE System: FZI Alternate Path? Yes Time Critical Task: ( ) YES ( X ) NO Validated Time (minutes): 18 Alternate Path: YES Task Number(s):
Applicable To: SRO X RO X PEO WA Number: 026-A2.07 WA Rating: 3.9 13.6 Ability to (a) predict the impacts of the following malfunctions or operations on the CSS: and (b) based on those predictions, use procedures to correct, control, or mitigate the consequences of those malfunctions or operations: Loss of containment spray pump suction when in recirculation mode, possibly caused by clogged sump screen, . . .
Method of Testing: Simulated Performance: Actual Performance: X Location: Classroom: Simulator: X I n-Plant::
Task Standards: RESPOND TO CONTAINMENT SUMP BLOCKAGE Required Materials: None General
References:
ES-1.3, Transfer to Cold Leg Recirculation ECA-1.I, Loss of Emergency Coolant Recirculation GA-10, Filling RWST
- READ TO THE STUDENT" I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objectives for this JPM will be satisfied.
You may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.
4 o f 13
JOB PERFORMANCE MEASURE GUIDE (Continued)
JPM Number: NRC Simulator JPM S.5 Revision: 0 Simulator Requirements: Establish Cold Leg Recirculation up to ES-I .3, Step 5.
Containment Pressure less than 23 psia Setup table with procedure open and foldout page out BTrain of SFP Cooling in service.
Have ES-1.3 open to Step 5 (page 9) with the foldout page out Malfunction When Applicant starts second Train B service water pump at ES-I .3, step 6.e., insert malfunction CH08 at Severity Level 50% and ramp in over 2 minutes.
5of 13
JOB PERFORMANCE MEASURE GUIDE (Continued)
JPM Number: NRC Simulator JPM S.5 Revision: 0 Initial Conditions: Following a large break loss of coolant accident (LBLOCA), the plant has established cold leg recirculation per ES-1.3, up to and including Step 4. You are to complete the remaining steps of ES-I .3 and respond to the plant as appropriate.
The crew has already addressed the containment integrity RED path.
Initiating Cues: You have the shift.
- NOTES TO EVALUATOR****
- 1. Critical steps for this JPM are indicated by an I* after the step number. For the student to achieve a satisfactory grade, critical steps must be completed correctly.
The students performance is graded by an S for satisfactory or a U for unsatisfactory on each step.
- 2. When the student states what hidher simulated action/obsewation would be, read the appropriate Cue.
- 3. If necessary, question the student for details of simulated actions/observations (i.e.
What are you looking at? or What are you observing?).
6of 13
PERFORMANCE INFORMATION JPM Number: NRC Simulator JPM S.5 Revision: 0 Start Time:
No Procedure Step Verify Cold Leg Recirculation Performance Standard
spray pump in each train - Pumps aligned for cold leg recirc ALIGNED FOR COLD LEG RECIRC AND RUNNING ES-1.3. Ster, 5 Applicant reads note.
Functional Response procedures may now be implemented as
- Examiner Cue: if necessary The crew is
- 2. necessary.
performing all required functional recovery procedures. Please continue NOTE Preceding ES-1.3, Step 6 with your assigned task Restore One Train Of Service
- 3. Water And RPCCW ES-1.3. Step 6 Verify Containment pressure -
- 4. LESS THAN 23 psia Applicant verifies CTMT press <23 psia 3-1.3, Step 6.a
- heck emergency bus 34D -
KNERGIZED FROM EMERGENCY tpplicant observes 34D energized from
- 5. IIESEL GENERATOR Dffsite power and goes to the RNO 3-1.3. Step 6.b erform the applicable action:
0 IF emergency bus 34D is energized by offsite power, THEN Proceed to step 6.d.
- 6. IF emergency bus 34D is lpplicant proceeds to step 6.d.
deenergized, THEN Proceed to step 6.k.
3 1 . 3 , Step 6.b. RNO 7of13
PERFORMANCE INFORMATION JPM Number: NRC Simulator JPM S.5 Revision: 0 Applicant verifies 3SWP*P3B off.
Applicant starts second SW pump in train B.
ES-I .3, Step 6.e 0th C I 0 1 Check Train B MCC/Rod Control Area SW booster pump
- 9. (3SWP*P3B) - POWER Applicant verifies power available to AVAILABLE (VPI) 3SWP*P3B ES-1.3, Step 6.f Check B train spent fuel pool cooling system - IN SERVICE I O . PRIOR TO EVENT Applicant observes SFC alignment to verify train B was in service before the event.
ES-1.3, Step 6.g
- 11. START Train B RPCCW pump
- I Applicant starts 3CCP*P1B.
ES-1.3, Step 6.h OPEN RPCCW heat exchanger SW inlet valve (3SWP*MOVSOB)
- 12. Applicant opens 3SWP*MOVSOB.
ES-1.3. Step 6.i Applicant continues in ES-I .3 until Proceed to step 7.
recognizing the blocked sump. Step 7 13.
ES-1.3, Step 6.j sends Applicant to GA-5 to restore spent fuel cooling.
8 of 13
PERFORMANCE INFORMATION JPM Number: NRC Simulator JPM S.5 Revision: 0
' Performance Standard From Millstone 3 Simulator Book CONTAINMENT SUMP SCREEN 50% Severity -
BLOCKAGE DETERMINATION 0 Sump level decreases to -1/2 feet CRITERIA 0 Cavitation and flow oscillations evident If ANY of the conditions listed below exists, Reset SI and CDA, 80% Severity -
then STOP the affected pump(s) Sump will empty and, Go to ECA-I .I, Loss of Severe cavitation and major flow Emergency Coolant Recirculation: oscillations
- a. Containment sump level indications are NOT consistent 100% Severity -
with plant conditions Sump will empty no indication of level increase Cavitation and flow oscillations will narrow range level, 3RSS- eventually go to zero as sump level L149, decreasing (MB2) is expended.
- b. ANY running RSS, Charging or Safety Injection pump or During Exam Validation - MB2B 4-4 combination of pumps, taking (CTMT RECIRC PUMP DIS PRESSURE suction from the Containment LO) came in to alert the Operator. The sump, indicating the following: alarm response directs the user to check Amps oscillating RSS Pump discharge pressure and Flow oscillating flowrate.
Discharge pressure oscillating Failure Criteria Applicant does not respond to containment sump blockage
-4 minutes after reaching full severity.
4pplicant stops all 8 ECCS Pumps:
ES-I .3, Foldout Page Both Charging Pumps Both SI Pumps 0 All four RSS Pumps ~
ALTERNATE PATH. APPLICANTEAVES ES-1.3 AND ENTERS ECA-1.1.
If the suction source is lost to any 4pplicant enters ECA-1.Iand reads ECCS or containment spray pump, ZAUTION. Required actions should be the pump must be stopped.
- ompleted already. Should have some eve1 indicated in the sump.
CAUTION Drecedina ECA-1.1. 6 1 9 of 13
PERFORMANCE INFORMATION JPM Number: NRC Simulator JPM S.5 Revision: 0 NO Procedure' Step If emergency coolant recirculation
' Performance Standard capability is restored during this procedure, further recovery actions 16 should continue by going to the Applicant reads NOTE.
procedure and step in effect.
- Continue NOTE preceding ECA-I .I, Attempts To Restore
§1 Emergency Coolant Recirculation 17 Equipment ECA-1.1, 6 1 Applicant closes 3RSS*MOV20A or B Try to restore at least one Train.
Applicant starts the associated RSS pump
- a. IF aligned for cold leg Applicant may start the associated recirculation, Charging and Safety Injection pumps CLOSE recirculation spray header Sump is still clogged. Applicant will have to isolation valve for selected train-secure the pumps just started per the 18
- 3RSS*MOV20A CAUTION preceding ECA-1.1, Step 1 3RSS*MOV20B above.
START selected recirculation spray Failure to recognize continuing sump pump A OR B blockage and secure the pumps is a failure criteria.
START selected train Charging and Safety Injection pumps
- ECA-1.I,§ I,RNO Column If offsite power is lost after SI reset, manual actions to restart safeguards equipment may be 19 Applicant reads the CAUTION required.
CAUTION Drecedina ECA-1.1.6 2 10 of 13
PERFORMANCE INFORMATION JPM Number: NRC Simulator JPM S.5 Revision: 0 Required SI Applicant resets those signals requiring CDA reset. May reset all signals regardless of LOP status - this is not an error. Failure to SIR reset a locked-in signal is an error.
ECA-1.I, §2 Add Makeup To RWST
- a. Using GA-10, Fill the RWST as required while continuing with this procedure WHEN RWST level has increased to greater than 100,000 gal THEN Consult ADTS to determine what flow path should be established for injection ECA-I .I. 63 Stop Time:
11 of 13
VERIFICATION OF JPM COMPLETION Appendix C3 Form ES-C-I VERlFlCATl0.N OF COMPLETION Job Performance Measure No.
Examinee's Name:
Examiner's Name:
Date performed:
Facility Evaluator:
Number of attempts:
Time to complete:
Question Documentation:
Question:
Response
Result: SAT or UNSAT Examiner's signature and date:
12of 13
STUDENT HANDOUT JPM Number: NRC Simulator JPM S.5 Initial Conditions: A large break loss of coolant accident (LBLOCA) has occurred. The plant has just established cold leg recirculation per ES-1.3, Step 4. You are to complete the remaining steps of ES-1.3 and respond to the plant as appropriate.
The crew has already addressed the containment integrity RED path.
Initiating Cues: You have the shift.
130f 13
JOB PERFORMANCE MEASURE APPROVAL WORKSHEET NRC Simulator JPM S.6 Page 1 of 22
JOB PERFORMANCE MEASURE APPROVAL WORKSHEET I. JPM
Title:
START, PARALLEL & LOAD THE "B" EDG FROM MB8 JPM ID Number: NRC Simulator JPM S.6 Revision: 4, Chg. 3 Modified from Millstone 3 JPM Exam Bank (JPM Number 026) 10/2 1/02 II. initiated:
Nuclear Reaulatorv Commission 21June2004 Developer Date II I. Reviewed:
Technical Reviewer Date IV. Approved:
Cognizant Plant Supervisor (optional) Date Nuclear Training Supervisor Date Page 2 of 22
JOB PERFORMANCE MEASURE APPROVAL WORKSHEET
SUMMARY
OF CHANGES Change Description Date Page 3 of 22
JOB PERFORMANCE MEASURE GUIDE Facility: Millstone Unit 3 Student:
Title:
START, PARALLEL AND LOAD THE B EDG FROM MB8 JPM ID Number: NRC Simulator JPM S.6 Revision: 4, Chg. 3 Modified from Millstone 3 JPM Exam Bank (JPM Number 026)
System: EDG Alternate Path? YES Time Critical Task: ( ) YES ( X ) NO Validated Time (minutes): 18 Task Number(s): 064-01-016 Applicable To: SRO X RO X PEO WA Number: 064-000-A4.0 1 WA Rating: 4.0 / 4.3 Ability to manually operate and/or monitor in the control room: Local and remote operation of the ED/G Method of Testing: Simulated Performance: Actual Performance: X Location: Classroom: Simulator: X In-Plant::
Task Standards: Satisfactorily start the BJJ Emergency Diesel Generator from MB8 using OP 3346A.
Required Materials: OP 3346A, Rev. 021-02 General
References:
OP 3346A, Rev. 021-02 w*READ TO THE STUDENT***
I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objectives for this JPM will be satisfied.
You may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.
Page 4 of 22
JOB PERFORMANCE MEASURE GUIDE (Continued)
JPM ID Number: NRC Simulator JPM S.6 Revision: 4, Chg. 3 Drawn from Millstone 3 J f M Exam Bank (JPM Number 026)
- 1. Reset to IC-I 8 or equivalent 100% power IC.
- 2. Insert the following malfunctions to occur after Applicant picks up some load:
EG08B, Severity = 100% (6,000 kW).
65CS-3EGSEG-B (fails the SPEED/LOAD switch)
I/O Override MB8 E-G Lower OFF, Raise ON EGNVM-3EGSEG-B to 8.00,60sec ramp (raises wattage).
EGIAM-3EGSEG-B to 1.OO,60 sec ramp (raises current).
EG/MB8B C13 DG B OVERLOAD (energizes overload annunciator).
- 3. Place the simulator in Run and check that the IC is stable. It is not necessary to place the simulator in freeze.
- 4. Commence the JPM evaluation after the examinee has received the initial conditions and initiating cues.
Approximate simulator setup time is 3-5 minutes.
- cx*
NOTES TO EVALUATOR *cx*
I. Critical steps for this JPM are indicated by an X after the step number. For the student to achieve a satisfactory grade, critical steps must be completed correctly.
The students performance is graded by an S for satisfactory or a U for unsatisfactory on each step.
- 2. When the student states what hidher simulated action/observation would be, read the appropriate Cue.
- 3. If necessary] question the student for details of simulated actions/observations (Le. What are you looking at? or What are you observing?).
Page 5 of 22
VERIFICATION OF JPM COMPLETION Start Time:
STEP I X Performance Step: OPEN 3SWP*AOV39B, DG B OUT.
(MBI). (Step 4.4.4)
Standards: Depresses the open pushbutton for 3SWP*AOV39B on MBI and observes that the indicating lights shift to green OFF, red ON.
Grade: SAT UNSAT STEP 2 Performance Step: VERIFY EDG B VOLT REG SEL (MB8), in AUTO (preferred) or MANUAL. (Step 4.4.5)
Standards: Observes the control switch for the B diesel generator voltage regulator is aligned to the AUTO position.
Grade: SAT UNSAT STEP 3 Performance Step: REQUEST Operator press EXCITER RESET button (3EGS*PNLB), and CHECK white READY FOR AUTO START (3EGS*PNLB) light lit. (Step 4.4.6)
Standards: Contacts the Outside Rounds PEO and directs the exciter reset button pressed and checks the ready for auto start light lit.
I Grade: SAT UNSAT Page 6 of 22
VERIFICATION OF JPM COMPLETION STEP 4 X Performance Step: START EGO*PI B, PRELUBE pump (MB8). [SER 102-811. (Step 4.4.7)
Standards: Rotates the control switch for the B diesel generator rocker arm prelube pump to the start position and observes that the indicating lights shift to green OFF, red ON. Also notes the time that the prelube pump was started.
Grade: SAT UNSAT NOTE The prelube pump need not be run for 2 minutes to satisfactorily complete the step STEP 5 X Performance Step: WHEN two minutes have elapsed, STOP EGO*PI B, PRELUBE pump (MB8). (Step 4.4.8)
Standards: After the prelube pump has run for 2 minutes, rotates the control switch for the B diesel generator rocker arm prelube pump to the stop position and observes the indicating lights shift to green ON, red OFF.
Grade: SAT UNSAT Page 7 of 22
VERIFICATION OF JPM COMPLETION STEP 6 Pelformance Step: VERIFY SBO diesel is paralleled to bus 34D. (Step 4.4.9)
Standards: As part of the initial conditions,.the examinee was told that the SBO diesel was not running. May check the SBO diesel breaker (3BGS-ACB-BG-A is OPEN) on MB8 as a second check.
Grade: SAT UNSAT Page 8 of 22
VERIFICATION OF JPM COMPLETION STEP 7 Performance Step: CHECK that the following conditions do m e x i s t :
I Emergency diesel generator A is inoperable tor A I Emergency diesel generator A is operating in parallel.
ie I Severe weather weat I
Other possible loss of offsite power (LOP) condition.
I Cross tie breaker 34DlT-2 closed while 34B is paralleled to Unit 2 bus 24E (Step 4.4.1 0)
T Standards: Checks MB8 indications for the status of the other diesel generator and offsite power. Asks the US for the status of the other parameters.
Grade: SAT UNSAT STEP 8 X Performance Step: PLACE diesel generator B MODE SEL switch (MB8) in PARALLEL.
(Step 4.4.1 I )
Standards: Rotates the B diesel generator mode selector switch to the parallel position.
Grade: SAT UNSAT Page 9 of 22
VERIFICATION OF JPM COMPLETION Comment: The RO may request the stopwatch to time the EDG start or they may use the computer.
STEP 9 X Performance Step: PLACE diesel generator B START switch (MB8) in START. (Step 4.4.1 2)
Standards: Rotates the start switch for the B diesel generator to the start position and observes that exciter volts, generator volts and generator frequency meters will move off their bottom pegs as EDG comes up to speed.
Grade: SAT UNSAT STEP 10 Performance Step: CHECK diesel generator B LOAD light (MB8) lit.-(Step 4.4.13)
Standards: When the B diesel generator frequency meter indicates 60 Hz, observes that the white LOAD light is on.
Grade: SAT UNSAT Page 10 of 22
VERIFICATION OF JPM COMPLETION STEP 11 Performance Step: Refer to OP 3346A-043, "Start" section and DOCUMENT the following: (Step 4.4.14)
Time diesel started
" Diesel start time Standards: Completes the section for time diesel started and the diesel starting time.
Grade: SAT UNSAT er R Page 11 of 22
VERIFICATION OF JPM COMPLETION STEP 12 Performance Step: COMPLETE Immediately after diesel started section of OP 3346A-015.
(Step 4.4.1 5)
Standards: Completes that section of OP 3346A-015.
Grade: SAT UNSAT R
STEP 13 Performance Step: diesel generator B is to be paralleled to bus 34D, Go To Section 4.12. (Step 4.4.16)
Standards: Proceeds to section 4.1 2.
Grade: SAT UNSAT STEP 14 Performance Step: paralleling diesel from Control Room, PERFORM the following (MB8):
IF CONTROL MODE switch is selected to LOCAL, using key #
ILCO 999NYIE, PLACE CONTROL MODE switch in REMOTE (3EGS*PNLB). (Step 4.12.1 .a)
Standards: Contacts Outside Rounds PEO to check the position of the Control Mode switch.
Grade: SAT UNSAT Page 12 of 22
VERIFICATION OF JPM COMPLETION STEP 15 X Performance Step: PLACE diesel generator B to bus 34D SYNC SEL switch in ON. (Step 4.12.1.b)
Standards: Places the B train handle into the B diesel generator to bus 34D synchronizing selector switch and rotates the handle to the on position.
Will also observe rotation of the synchroscope.
Grade: SAT UNSAT STEP 16 Performance Step: K34C-IT-2, 34D-34B TIE is closed, CHECK SBO D/G not paralleled to bus 34B. (Step 4.12.1 .c)
Standards: Observes that 34D-IT-2 tie breaker is closed. Checks that the SBO D/G is not in parallel with bus 34B.
Grade: SAT UNSAT STEP 17 Performance Step: 34D *IT-2 34D-34B tie Breaker is closed, check bus 348 is not paralleled to Unit 2 24E (step 4.12.d)
Standards: Observes that 34D-1T-2 tie breaker is closed. Check 24E not paralleled to 34B.
Grade: SAT UNSAT nit Page 13 of 22
VERIFICATION OF JPM COMPLETION STEP 18 X Performance Step: SYNCHRONIZE diesel to bus 34D as follows:
- a. ADJUST diesel generator B SPEED/LOAD switch to obtain slow rotation of synchroscope in fast direction.
- b. Using the selected regulator, ADJUST EDG B voltage regulator to obtain INCOMING voltage slightly greater than RUNNING voltage:
AUTO VOLT REGULATOR MAN VOLT REGULATOR (Step 4.12.1 .e)
Standards: Rotates the B diesel generator Speed/Load switch to the raise/lower positions as necessary so the synchroscope is rotating slowly in the fast direction.
Standards: Rotates the B diesel generator voltage regulator adjust switch to the raise/lower positions as necessary until the INCOMINGvoltage is slightly higher than the RUNNING voltage.
STEP 19 X Performance Step: WHEN the synchroscope is rotating slowly in fast direction AND is at five minutes before twelve oclock position, CLOSE DGB*34D-2, EDG B SPLY.
(Step 4.12.1.9 Standards: When the synchroscope is at the five minutes to twelve oclock position, rotates the control switch for diesel generator B supply breaker to the close position and observes the indicating lights shift to green OFF, red ON.
Grade: SAT UNSAT Page 14 of 22
VERIFICATION OF JPM COMPLETION STEP 20 X Performance Step: Using the diesel generator B SPEED/LOAD switch, LOAD diesel to a minimum of 200kW as read on KW. (Step 4.12.1.g)
Standards: Observes the load on the diesel.
Rotates the speed/load switch to the raise/lower positions as necessary to load the diesel to at least 200kW.
Grade: SAT UNSAT STEP 21 Performance Step: PLACE diesel generator B to bus 34D SYNC SEL switch in OFF. (Step 4.12.1 .h)
GRADE Standards: Rotates the diesel generator Bto bus 34D synchronizing selector switch to the off position.
Grade: SAT UNSAT Page 15 of 22
VERIFICATION OF JPM COMPLETION STEP 22 Performance Step: COMPLETE After EDG output breaker is closed section of OP 3346A-014. (Step 4.12.3)
Standards: Completes that section of OP 3346A-014.
Grade: SAT UNSAT STEP 23 Performance Step: OBSERVE the following load/duration limits:
Load Maximum Duration
~ 5 0 0 0kW 8,760 Hrs.
5000-5335 kW 2000 Hrs.
5335-5500 kW 160 Hrs.
5500-6000 kW 30 min
> 6000 kW Prohibited (Step 4.12.4)
Standards: The initial conditions stated that the diesel was to be loaded to 4500kW.
Consequently, it may run at this load for a prolonged period of time.
Grade: SAT UNSAT Cue: If the examinee questions to what amount the diesel is to be loaded, provide the following Cue: The B EDG is to be loaded to 4500kW.
Page 16 of 22
VERIFICATION OF JPM COMPLETION STEP 24 Performance Step: NOTIFY Engineering Department of any operation with load greater than 5000kW, including load and duration of operation above 5000kW.. (Step 4.1 2.5)
Standards: Since the diesel is only to be loaded to 4500kW, no action is required.
Grade: SAT UNSAT Page 17 of 22
VERIFICATION OF JPM COMPLETION STEP 25 X Performance Step: Using ADJUST load as required using one of the following:
SPEED/LOAD (MB8)
GOVERNOR CONTROL (3EGS*PNLB)
(Step 4.1 2.6)
Standards: Rotates the SPEED/LOAD switch in the raise/lower directions as necessary to increase load. Observes a loading limit to fully load the EDG over -20 minutes Consequently, picks up approximately 200-250KW per minute.
Total time to reach 4 5 0 0 W should be approximately 20 minutes based in initial Kw load.
Grade: SAT UNSAT 500th Operator: After the Applicant picks up some load, insert the specified malfunctions so that it appears that the diesel generator is continually picking up load and becomes overloaded.
STEP 26 Performance Step: OP 3346A, Precaution 3.1 6 prohibits operation above 6,000 kW OP 3346A, Precaution 3.19 requires the user to push the emergency stop pushbuttons for abnormal shutdowns.
Standards: Applicant should observe real load (kW) increasing uncontrollably.
Grade: SAT UNSAT Page 18 of 22
VERIFICATION OF JPM COMPLETION STEP 27 Performance Step: IF emergency diesel generator B is paralled to grid, PLACE SPEED/LOAD switch in LOWER and REDUCE emergency diesel generator B load to less than 5,335 Kw.
(OP 3353.MB8B 3-13, Step I )
Standards: Applicant takes the SPEED/LOAD switch to LOWER. Observes that this has no effect.
Grade: SAT UNSAT STEP 28 X Performance Step: IF emergency diesel generator B is single power source to emergency bus, REQUEST Control Room Operator STOP unnecessary loads to REDUCE emergency diesel generator B load to less than 5,335 KW.
(OP 3353.MB8B 3-13, Step 2)
Standards: Applicant recognizes that this step is not applicable.
Grade: SAT UNSAT STEP 29 Performance Step: ACKNOWLEDGE local alarm to enable Control Room reflash capability.
(OP 3353.MB8B 3-13, Step 3)
Standards: Applicant acknowledges alarms if necessary.
Grade: SAT UNSAT Page 19 of 22
VERIFICATION OF JPM COMPLETION STEP 30 Performance Step: DETERMINE cause of emergency generator B overload by checking alarms at MB8 and 3EGS*PNLB.
(OP 3353.MB8B 3-13, Step 4)
Standards: Applicant reviews MB8 and calls PEO to report conditions at 3EGS*PNLB.
Grade: SAT UNSAT STEP 25 X Performance Step: Trip the Emergency Diesel Generator Standards: Applicant determines that a trip is necessary to protect the EDG from unnecessary overload and presses the EMERGENCY STOP PUSHBUTTON.
Failure criteria: -2 minutes after reaching 6,000 kW and the Applicant has not tripped the EDG.
Grade: SAT UNSAT Stop Time:
Page 20 of 22
VERIFICATION OF JPM COMPLETION Appendix C3 Form ES-C-1 VERIFICATION OF COMPLETION Job Performance Measure No.
Examinee's Name:
Examiner's Name:
Date performed:
Facility Evaluator:
Number of attempts:
Time to complete:
Question Documentation:
Question:
Response
Result: SAT or UNSAT Examiner's signature and date:
Page 21 of 22
STUDENT HANDOUT JPM Number: NRC Simulator JPM S.6 Initial Conditions: The plant is in a normal electric plant lineup with both EDGs ready for automatic loading. The Outside Rounds PEO has been sent to the ByEDG enclosure and completed the preliminary checks for starting the B EDG. The prestart portions of the EDG Data Sheet (OP 3346A-013) and EDG B Operating Log (OP 334619415) have been completed. The SBO diesel is not running.
The other RO will be filling out the Ops forms.
Initiating Cues: The US has directed you to conduct a start of the B EDG from MB8 using OP 3346A, Section 4.4 starting with step 4.4.4. The EDG is to be paralleled to the bus and loaded to 4500KW.
Page 22 of 22
Job Performance Measure NRC Simulator JPM S.7 Page 1 of 9
Job Performance Measure I. JPM
Title:
Respond to Main Steam Pressure Transmitter MSS-PT20D Failure to loo%,
Causing SG Atmospheric Relief Valve MSS-PV20 to Open (OP3353.MB5C 5-7).
JPM ID Number: NRC Simulator S.7 Revision: 0 II. Initiated:
Nuclear Reaulatorv Commission 25 Mav 2004 Developer Date Ill. Reviewed:
Technical Reviewer Date IV. Approved:
Cognizant Plant Supervisor (optional) Date Nuclear Training Supervisor Date Page 2 of 9
SUMMARY
OF CHANGES Change Description Date I- -
Page 3 of 9
Job Performance Measure Facility: Millstone Unit 3 Student:
JPM ID Number: NRC Simulator S.7 Revision: 0 Task
Title:
Respond to Main Steam Pressure Transmitter MSS-PT20D Failure to 1OO%,
Causing SG Atmospheric Relief Valve MSS-PV20 to Open (OP3353.MB5C 5-7).
System: 041, Main Steam Time Critical Task: ( ) YES ( X ) NO Validated Time (minutes): 10 for RO / 15 for SRO Task Number(s):
Applicable To: SRO X RO X PEO WA Number: 041 A4.06 K/A Rating: 3.1 / 2.9 Ability to manually operate and/or monitor in the control room: Atmospheric relief valve controllers Method of Testina: Simulated Performance: Actual Performance: X Location: Classroom: Simulator: X In-Plant::
Task Standards: 0 Applicant closes isolation valve 3MSS*MOV18D 0 Applicant recognizes both instrument failure and component failure.
Required Materials: None General
References:
OP 3353.MB5C 5-7, MAIN STEAM RELIEF W NOT CLOSED AOP 3571, Instrument Failure Response.
Page 4 of 9
Job Performance Measure I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objectives for this JPM will be satisfied.
You may use any approved reference material normally.available. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.
You are to operate and respond to the simulator just as you would in the actual plant.
- NOTES TO EVALUATOR****
- 1. Critical steps for this JPM are indicated by an unshaded box after the step. For the student to achieve a satisfactory grade, critical steps must be completed correctly.
The students performance is graded by an Sfor satisfactory or a U for unsatisfactory on each step.
- 2. When the student states what hidher simulated action/observation would be, read the appropriate Cue.
- 3. If necessary, question the student for details of simulated actions/observations (Le. What are you looking at? or What are you observing?).
Page 5 of 9
Job Performance Measure Start Time:
IC-I 8 RCS Tave = 587°F 0 PZR Pressure = 2235 psig Simulator Reactor Power = 100%
Setup NOTE This JPM runs concurrently with S.3, Subsequent Actions in Response to Auxiliary Building Radiation Monitor (3HVR-RE13) Alarm. Use IC-I 8 for both JPMs.
Examiner ue: I You have the Shift Simulator Instruction: I At t z 45 seconds, insert malfunction MSI ID, Severity = 100%.
At t z 50 seconds. insert malfunction MSOSD, Severitv = 100%
NOTE: The two column format below shows the response per alarm response OP3353.MB5C, 5-7 on the left and AOP 3571 on the right. The expected Applicant behavior appears below each step in a shaded box.
OP 33B.MB5C 5-7 ResDonse 1 AOP 3571 Response Applicant checks S/G pressures for proper operation of Main Steam I.
Pressure Relief Valve. Observes that 3MSS-PIC20D is pegged high. I m
- 2. -IF pressure controller has failed, Determine the Initiating Parameter and PLACE controller in MAN and Place the Affected Controller in MANUAL.
- CLOSE the Valve (Step 1)
Stabilize the Plant Parameters (Step 2) j-
-IF relief valve does not close, CLOSE the following isolation NOTE: 3MSS*MOV18D is a throttle valve.
valves (MB5):
Applicant must hold the CLOSE 3MSS*MOV18D Dushbutton until the valve is fullv shut.
Page 6 of 9
- 5. SRO Applicant refers to Technical NOTE TO EXAMINER:
Specifications and enters LCO Applicant should state or otherwise
- Action 3.7.1.6.a. (7 day timeclock) indicate recognition of LCO requirement.
Defeat the failed instrument input by IF failure is due to an instrument
- placing the affected SG atmospheric relief 6.
problem, Go To AOP 3571. valve controller in MANUAL and Close the valve. (Step 1.1)
When conditions have stabilized, Observe MB annunciators and parameters and
- 7. immediately report any unexpected or unexplained conditions to the Shift Manager. (Step 1.2)
NOTE There are no Technical Specifications or bistables associated with this instrument.
(precedes Step 1.3)
NOTE TO EXAMINER:
Applicant should state or otherwise demonstrate request for Request I&C Department perform corrective maintenance on failed instrument. (Step 1.3)
I&C action..
Examiner Cue: I The evaluation for this JPM is complete. Thank you.
Stop Time:
- denotes critical step.
Page 7 of 9
Job Performance Measure Appendix C3 F o ES-C-1
~
VERIFICATION OF COMPLETION Job Performance Measure No.
Examinee's Name:
Examiner's Name:
Date performed:
Facility Evaluator:
Number of attempts:
Time to complete:
Question Documentation:
Question:
Response
Result: SAT or UNSAT Examiner's signature and date:
Page 8 of 9
Job Performance Measure Student Handout JOBPERFORMANCE MEASURE INSTRUCTIONSHEET DIRECTIONS TO STUDENT YOU ARE TO OPERATE AND RESPOND TO THE SIMULATOR JUST AS YOU WOULD IN THE ACTUAL PLANT.
Initial Conditions THE PLANT IS STEADY STATE AT 100% POWER WITH NO EQUIPMENT OUT OF SERVICE. YOU ARE TO MAINTAIN 100% POWER.
This JPM is being conducted concurrently with another JPM to improve efficiency of your examination administration. To ensure exam security, please adhere to the following special requirements:
- 1. Speak softly when announcing alarms or providing information.
- 2. Direct ALL communications to me. If the simulator booth operator must manipulate components, I will contact the simulator booth operator for you.
- 3. Remain focused on your task assignment and do not allow other activities to distract you.
Page 9 of 9
Job Performance Measure Page Iof 22 NRC Simulator JPM S.8
Job Performance Measure Page 2 of 22 I. JPM
Title:
Swap RPCCW Train B to Train T JPM ID Number: Simulator S.8 Revision: 0 Ii. initiated:
Nuclear Reaulatorv Commission 23 June 2004 Developer Date I II. Reviewed:
Technical Reviewer Date IV. Approved:
Cognizant Plant Supervisor (optional) Date Nuclear Training Supervisor Date
Job Performance Measure Page 3 of 22
SUMMARY
OF CHANGES Change Description Date
Job Performance Measure Page 4 of 22 Facility: Millstone Unit 3 Student:
JPM ID Number: Simulator S.8 Revision: 0 Task
Title:
Swap RPCCW Train B to Train C System: 008 (RPCCW)
Alternate Path? Yes Time Critical Task: ( 1 YES (
Validated Time (minutes): 30 Task Number(s):
Applicable To: SRO X RO X PEO WA Number: 008.A4.10 WA Rating: 3.1 / 3.1 Ability to operate and/or monitor in the control room: Conditions that require the operation of two CCW coolers.
Method of Testing: Simulated Performance: Actual Performance: X Location: Classroom: Simulator: X In-Plant::
Task Standards: 0 Applicant swaps from RPCCW Train B to Train C 0 Applicant recognizes need to swap back to Train B 0 Applicant successfully swaps back to Train B Required 0 OP 3330A, Reactor Plant Component Cooling Water Materials:
Genera1 0 OP 3330A, Reactor Plant Component Cooling Water
References:
OP 3353.MB1C 4-6, RPCCW HX OUT TEMP HVLO
Job Performance Measure Page 5 of 22
- 1. Critical steps for this JPM are indicated by an asterisk and bolding. For the student to achieve a satisfactory grade, critical steps must be completed correctly. The students performance is graded by an Sfor satisfactory or a U for unsatisfactory on each step.
- 2. When the student states what hidher simulated action/observation would be, read the appropriate Cue.
- 3. If necessary, question the student for details of simulated actiondobservations (i.e. What are you looking at? or What are you observing?).
Job Performance Measure Page 6 of 22 Start Time:
IC-I 8 0 RCS Tave = 587°F PZR Pressure = 2235 psig 0 Reactor Power = 100%
Insert Malfunction SWO7F, Severity = loo%, at time = 0.
NOTE: This JPM runs concurrently with S.4, S/G Level Control with Feedwater Level Control Bypass Valve in AUTO. Both use IC-I 8. S.4 has additional requirements that do not affect this JPM.
The Examiner should be on a headset with the Simulator Booth Operator to facilitate communications and maintain examination security.
Here are copies of OP 3330A and OP 332 You have the shift.
- 1. Train A and Train B RPCCW containment supply and return headers should be cross-connected during all RPCCW shifting evolutions to ensure adequate cooling water supply to reactor coolant pump lube Applicant reads the CAUTION coolers.
- 2. To prevent siphoning, hose directed to collection barrel should not be submerged.
(CAUTION preceding 3330A Step 4.6.1)
Refer To OP 3326, Service Water System, and REVIEW precaution Applicant refers to OP 3326, Precaution regarding train and heat exchanger 3.8, and determines that the swap can be alignment to avoid violating Service accomplished without violating SW flow Water System and pump minimum requirements.
Dr maximum flow conditions. 1 RPCCW Heat Exchanger 1 TPCCW Heat Exchanger (3330A Step 4.6.1
Job Performance Measure Page 7 of 22 TRM-7.4.1, Fire Related Safe Shutdown Components, and
- 4. REVIEW the required ACTION statement.
- (3330A Step 4.6.2)
ATTACH hose to 3SWP*V213, RPCCW heat exchanger B service water outlet vent, and DIRECT to a collection barrel in preparation for 5.
venting reactor plant component cooling water heat exchanger B.
- (3330A Step 4.6.3)
Refer To Section 4.1 0 and VERIFY RPCCW pump C and heat exchanger are aligned to Train B 6.
RPCCW System.
- (3330A Step 4.6.4)
To prepare RPCCW heat exchanger C for service, CLOSE the following valves:
3SWP*V211, RPCCW heat 3SWP*V211 and V214.
exchanger C inlet service water
- 7. vent 3SWP*V214, RPCCW heat exchanger C outlet service water vent
- (3330A Step 4.6.5)
- 1. A total RPCCW train flow of greater than 5,100 gpm is desirable to prevent a pressure transient due to pump shifting, Applicant reads the NOTE.
thus reducing the chance of lifting a pressure relief.
- 8. 2. The following step initiates flow through the idle Train B Spent Fuel Pool Cooling System heat exchanger.
- NOTE preceding 3330A Step 4.6.7)
Job Performance Measure Page 8 of 22 IF total train B RPCCW flow is less than 5,100 gpm as indicated by computer point CVCCPTRB, PERFORM the following, as necessary:
0 ADJUST 3CCP*V114, fuel pool cooler B RPCCW outlet, to obtain 1,700 to 1,900 gpm as indicated on 3CCP-FIS255B Total flow is expected to be greater than
- 9. 5,100 gpm.
0 ADJUST 3CCP*FCV66BYRHR heat exchanger B cooling outlet isolation, to obtain greater than 5,100 gpm 0 EVALUATE RPCCW System configuration and ESTABLISH greater than 5,l 00 gpm
- (3330A Step 4.6.6)
To cross-connect the RPCCW System containment headers, PERFORM the following:
- a. OPEN the following valves (MBI): Applicant OPENS 3CCP*AOVl79A, 180A, 0 3CCP*AOV179AY"HDR DIV 179B and 180B in any order.
TR A" 0 3CCP*AOV180AY"HDR DIV TR A" 0 3CCP*A0V179By"HDR DIV IO.
TR B"
- b. CLOSE the following valves (MBI):
- 2) 3CCP*MOV48BY"CTMT ISOL 49B in the specified order.
TR B"
Job Performance Measure Page 9 of 22 Applicant directs PEO to OPEN 3SWP*V38 OPEN 3SWP*V38, RPCCW heat
- 11. exchanger C service water inlet. Examiner; Direct Booth Operator to 8
- Open 3SWP*V38. When Booth Operator s I
(3330A Step 4.6.8) has closed the valves, tell Applicant that 3SWP*V38 is closed.
When the heat exchanger shift has been completed, 3SWP*V39, RPCCW heat exchanger C service 12.
water outlet valve, should be fully Applicant reads NOTE open.
(NOTE preceding 3330A Step 4.6.9)
WHEN shifting heat exchanger, MONITOR 3SWP-FI 43B, RPCCW HX (MBI), and ENSURE service water flow does not drop below Applicant reads step and identifies 3SWP-13.
6,000 gpm or rise above 10,000 FI 43B.
gpm.
- (3330A Step 4.6.9)
To shift RPCCW heat exchangers, simultaneously PERFORM the Applicant directs PEO to slowly OPEN following: 3SWP*V39 while simultaneously and Slowly OPEN 3SWP*V39, slowly CLOSING 3SWP*V67.
RPCCW heat exchanger C 14.
- service water outlet Slowly CLOSE 3SWP*V67, Examiner: Direct Booth Operator to RPCCW heat exchanger B Open 3SWP*V39 and Close 3SWP*V67.
service water outlet When Booth Operator has closed the valves, tell Applicant that 3SWP*V39 is (3330A Step 4.6.1 0) open and 3SWP*V67 is closed Pressure transient from the pump shift may cause relief valves to lift and then the reliefs may fail to 15.
reseat. This could overfill radwaste Applicant reads CAUTION.
tanks.
(CAUTION preceding 3330A Step 4.6.1 1)
Job Performance Measure Page 10 of 22 To shift RPCCW pumps, PERFORM the following (MBI):
- a. PLACE and HOLD 3CCP*PlC, PP C (Train B) control sitch in Applicants starts 3CCP*P1C and stops START, then STOP
- 16. 3CCP*P1B.
3CCP*Pl ByPP B.
- b. WHEN 3CCP*PlC, PP C, NOTE: P I C will NOT start until P I Bs indicates started, RELEASE breaker opens.
CCP*Pl C, PP C control switch.
- (3330A Step 4.6.1 1)
VERIFY pump discharge pressure
- 17. on 3CCP-PI 29C, PP DIS PRES Applicant verifies that pump discharge (MBI). pressure is approximately at its pre-swap value and steady.
- (3330A Step 4.6.12)
Applicant waits 15 seconds and observes that 3CCP*P1C discharge pressure is WHEN I 5 seconds have elapsed, if indicated on 3CCP-PI 29C.
pump discharge pressure is not indicated on 3CCP-PI 29C, PP DIS PRES (MBI), PERFORM the
- 18. following:
- a. STOP CCP*PlC, PP C (Train B) (MBI).
- b. Refer To step 4.4.7 and VENT the RPCCW System.
(3330A Step 4.6.1 3)
PLACE 3CCP*PlB, PP B in PTL.
19.
c Applicant places 3CCP*P1B in pull-to-lock
- (3330A Step 4.6.14)
Job Performance Measure Page 11 of 22
- 1. Do not perform operations which results in a change in CCP System temperature when monitoring RPCCW for indications of leakage.
- 2. When CCP leak trending is in progress, RPCCW surge tank level and 3CCP-LV20, CCP Applicant reads NOTE.
makeup valve, position (MBI) should be monitored for immediate indication of increased leakage.
(NOTE preceding 3330A Step 4.6.15)
INITIATE a trend of CCP leakage for the next two hours by MONITORING CCP-L20A and CCP-L20B on the plant computer as follows:
PRESS, PLANT SENSORS Applicant initiates trending on PPC PRESS,F5 PRESS, F6 (CCP LEVEL)
PRESS, F3 (Imin. trend)
(3330A Step 4.6.15)
Due to heat up or tube leakage, heat exchanger may rapidly pressurize. The heat exchanger should be vented after isolation. Applicant reads CAUTION
- CAUTION preceding 3330A Step 4.6.1 6)
To isolate and depressurize iPCCW B heat exchanger service Mater side, PERFORM the tpplicant directs PEO to CLOSE bllowing: 3SWP*V66 and OPEN 3SWP*V213
- LOSE 3SWP*V66, RPCCW heat 2xchanger B service water inlet.
3PEN 3SWP*V213, RPCCW heat 2xchanger B service water outlet lent.
3330A Step 4.6.1 6)
Job Performance Measure Page 12 of 22 To split RPCCW System containment headers, PERFORM the following:
- a. OPEN the following valves (MBI):
- b. CLOSE the following valves (MBI):
- 3) 3CCP*AOV179B, "HDR DIV 179B and 180B in any order.
TR B"
- (3330A Step 4.6.1 7)
IF CCP leakage trend increases, DISPATCH Operators to the CCP relief valves listed in the following to check for lifting:
There will be no leakage trend. Applicant Attachment 2, "RPCCW Relief
- 25. may be responding to high temperatures Valve List - Train A" by now. If so, GO TO step 29 below.
Attachment 3, "RPCCW Relief Valve List - Train B" (3330A Ster, 4.6.1 8)
IF 3SFC*E1B is not aligned to cool the spent fuel pool, CLOSE 3CCP*V114, fuel pool cooler B No action required because 3SFC*E1B is 26 RPCCW outlet. aligned to cool the spent fuel pool.
- (3330A Step 4.6.19)
IF 3CCP*FCV66B, RHR heat exchanger B cooling outlet
- 27. No action required. If additional flow isolation, was throttled, RESTORE required, Booth Operator will take care of it to initial position.
behind the scenes.
(3330A Step 4.6.20)
Job Performance Measure Page 13 of 22 Refer To OP 3326, "Service Water System," and PLACE RPCCW heat exchanger B service water side into 28.
fresh water layup.
(3330A Ster, 4.6.21)
CHECK the following "RPCCW "HX OUT TEMP" to confirm alarm, (MBI): When the high temperature alarm energizes, the Applicant will refer to
- 29. 3CCP-TI 34A
- 3353.MBl C 4-6 for direction.
3CCP-TI 34B 3CCP-Tl34C Applicant should read 3CCP-TI 34C (3353.MBl C 4-6. Step 1)
IF alarm is due to loss of service water, Go To AOP 3560, "Loss of
- 30. Service Water." Alarm is NOT due to loss of Service Water.
- (3353.MBl C 4-6, Step 2)
IF RPCCW temperature has been purposely lowered to maintain VCT 31.
outlet temperature less than I 15"F, Go To procedure in effect.
- (3353.MBlC 4-6, Step 3)
For a Safety Grade Shutdown, RPCCW heat exchanger outlet temperature may increase to 113" F A Safety Grade Shutdown is NOT in 32.
progress.
(NOTE preceding 3353.MBl C 4-6, Step 4)
IF RHR cooldown is in progress, REMOVE RPCCW loads or REDUCE RCS cooldown rate as necessary to reduce RHR heat exchanger RPCCW outlet
- 33. temperature to less than or equal to the following: RHR cooldown is NOT in progress.
For a normal cooldown - 130°F.
For a Safety Grade Cold Shutdown - 140°F.
(3353.MBlC 4-6, Ster, 4)
Job Performance Measure Page 14 of 22 CHECK RPCCW heat exchanger outlet TCV controller setpoint Applicant directs PEO to determine if between 82°F and 88°F on the 3CCP-T132C controller is between 82°F affected cont rollers: and 88°F.
- 34. 3CCP-TIC32A 3CCP-TIC32B 3CCP-TIC32C (3353.MB1C 4-6, Step 5)
IF temperature controller will not maintain RPCCW temperature in automatic] PLACE the affected controller in manual and adjust to Applicant should recognize the futility of 35.
maintain RPCCW outlet this step and move on.
temperature.
- (3353.MBlC 4-6, Step 6)
IF RPCCW outlet temperature continues to increase, Refer To OP 3330A, Reactor Plant Component
- 36. Cooling Water, and SHIFT Applicant goes to OP 3330A1Section 4.8.
- RPCCW pumps and heat exchangers.
The Fouled. 3353.MBlC 4-6, RPCCW HX OUT TEb will need to decide whether to continue the prof n/a to restore B train RPCCW to service.
.rl_- .
I nen airecr me appiicanr ro comprere me L a RPCCW train back in service.
containment supply and return headers should be cross-connected during all RPCCW shifting evolutions to ensure adequate
- 37. Applicant reads the CAUTION cooling water supply to reactor coolant pump lube oil coolers.
(CAUTION preceding 3330A, Step 4.8.1)
Job Performance Measure Page 15 of 22 This section assumes the RPCCW System and Service Water System
- 38. are operating in a normal mode with all design features operational. Applicant reads the NOTE (NOTE preceding 3330A, Step 4.8.1)
Refer To OP 3326, Service Water System, and REVIEW precaution regarding train and heat exchanger 39.
alignment to avoid violating Service Applicant may or may re-verify this.
Water System and pump minimum or maximum flow conditions.
(3330A. SteD 4.8.11 ATTACH hose to 3SWP*V214, Applicant directs PEO to attach hose to RPCCW heat exchanger C service 3SWP*V214 (may direct him to move the water outlet vent, and DIRECT to a
- 40. hose from HX Bto C )
collection barrel in preparation for venting reactor plant component cooling water heat exchanger C.
(3330A, Step 4.8.2) -
CHECK the following valves open:
3CCP*V6, RPCCW pump B Applicant directs PEO to check 3CCP*V6 discharge valve andV91 OPEN.
- 41. m 3CCP*V91, RPCCW pump B 0 suction valve 3I Examiner: direct Booth Operator to open 3CCP*V6 and 3CCPV91.
(3330A, Step 4.8.3)
To prepare RPCCW heat exchanger B for service, CLOSE the following valves: Applicant calls PEO and directs closing of 0 3SWP*V210, RPCCW heat 3SWP*V211 and V214.
exchanger B inlet service water
- 42. vent 3SWP*V213, RPCCW heat 2
I exchanger B outlet service water vent (3330A. Step 4.8.4)
Job Performance Measure Page 16 of 22
- 1. A total RPCCW train flow of greater than 5,100 gpm is desirable to prevent a pressure transient due to pump shifting, Applicant reads NOTE thus reducing the chance of
- 43. lifting a pressure relief. [A 0
- 2. The following step initiates flow 0 through the idle Train B Spent 2 Fuel Pool Cooling System heat exchanger.
(NOTE preceding 3330A, Step 4.8.5) -
IF total train B RPCCW flow is less than 5,100 gpm as indicated by computer point CVCCPTRB, PERFORM the following:
ADJUST 3CCP*V114, fuel pool
- 44. cooler B RPCCW outlet, to obtain 1,700 to 1,900 gpm as indicated on 3CCP-FIS255B EVALUATE RPCCW System configuration and establish greater than 5,100 gpm
- (3330A, Step 4.8.5)
To cross-connect the RPCCW System containment headers, PERFORM the following:
- a. OPEN the following containment 45.
- cross connect valves:
3CCP*AOV179A, "HDR DIV Applicant OPENS 3CCP*AOV179A, 180A, TR A" 179B, and 1808 in any order.
0 3CCP*AOV180A, "HDR DIV TR A 3CCP*AOV179B, "HDR DIV TR B"
Job Performance Measure Page 17 of 22 3CCP*AOV180B, HDR DIV TR B
- b. CLOSE the following Train B containment isolation valves:
- 2) 3CCP*MOV48B, CTMT 49B in the specified order.
ISOL TR B
- (3330A, Step 4.8.6)
OPEN 3SWP*V66, RPCCW heat Applicant directs PEO to OPEN 3SWP*V66
- 46. exchanger B service water inlet. m 0
- Examiner: direct Booth Operator to open 3SWP*V66. When valve is open, 2
I (3330A, Step 4.8.7) tell Applicant 3SWP*V66 is open.
When the heat exchanger shift has been completed 3SWP*V67, RPCCW heat exchanger B service water outlet valve, should be fully
- 47. Applicant reads NOTE open.
(NOTE preceding 3330A, Step 4.8.8)
WHEN shifting heat exchangers, MONITOR 3SWP-FI 438, RPCCW H X (MBI), and ENSURE service 48.
water flow does not drop below Applicant reads STEP 6,000 gpm or rise above 10,000 JPm-(3330A, Step 4.8.8)
To shift RPCCW heat exchangers, simultaneously PERFORM the Applicant directs PEO to slowly OPEN following: 3SWP*V69 while simultaneously and Slowly OPEN 3SWP*V67, slowly CLOSING 3SWP*V39.
RPCCW heat exchanger B 49.
- service water outlet valve Slowly CLOSE 3SWP*V39, RPCCW heat exchanger C service water outlet valve 3330A, Step 4.8.9)
Job Performance Measure Page 18 of 22 Pressure transient from the pump shift may cause relief valves to lift and then the reliefs may fail to .
50.
reseat. This could overfill radwaste Applicant reads CAUTION tanks.
(CAUTION preceding 3330A, Step
- 4.8.1 0)
To shift RPCCW pumps, PERFORM the following (MBI):
- a. PLACE and HOLD 3CCP*PlB, Applicant starts 3CCP*P1B and stops "PP B" control switch in 3CCP*PIC.
"START," then STOP
- 51. 3CCP*P1C, "PP C" (Train B).
- b. WHEN 3CCP*PlB, "PP B" indicates started, RELEASE NOTE: P I B will not start until P I C's 3CCP*Pl B, "PP B," control breaker is open.
switch.
- (3330A, Step 4.8.1 0)
VERIFY pump discharge pressure on 3CCP-PI 29B, "PP DIS PRES" Applicant verifies that pump discharge
- 52. (MBI). pressure is approximately at its pre-swap value and steady.
- (3330A, Step 4.8.1 1)
WHEN 15 seconds have elapsed, if pump discharge pressure is not indicated on 3CCP-PI 298, "PP DIS PRES" (MBI), PERFORM the 4pplicant waits 15 seconds and observes
- 53. following: :hat 3CCP*P1B discharge pressure is
- 3. STOP CCP*Pl B, "PP B" (MBI). ndicated on 3CCP-PI 29B.
5 . Refer To step 4.2.7 and VENT the RPCCW System.
Job Performance Measure Page 19 of 22 I.Do not perform operations which results in a change in CCP System temperature when monitoring RPCCW for indications of leakage.
- 2. When CCP leak trending is in
- 54. progress, RPCCW surge tank level and 3CCP-LV20, CCP Applicant places 3CCP*P1C in pull-to-lock makeup valve, position (MBI) should be monitored for immediate indication of increased leakage.
(NOTE preceding 3330A, Step
- 4.8.13)
INITIATE a trend of CCP leakage over the next two hours by MONITORING CCP-L20A and CCP-L20B on the plant computer
- 55. as follows:
0 PRESS, PLANT SENSORS Applicant initiates trend on PPC PRESS,F5 0 PRESS, F6 (CCP LEVEL) 0 PRESS, F3 ( I min. trend)
- 13330A. SteD 4.8.13) ~~
Due to heat up or tube leakage, heat exchanger may rapidly pressurize. The heat exchanger
- 56. should be vented after isolation. 4pplicant reads CAUTION (CAUTION preceding 3330A, Step
- 4.8.14)
To isolate and depressurize RPCCW C heat exchanger service water side, PERFORM the 4pplicant directs PEO to CLOSE Following: 3SWP*V38 and OPEN 3SWP*V214 CLOSE 3SWP*V38, RPCCW heat 57.
r sxchanger C service water inlet.
OPEN 3SWP*V214, RPCCW heat sxchanger C service water outlet dent.
- 13330A. Ster, 4.8.1 4)
Job Performance Measure Page 20 of 22 To split RPCCW A and B System containment headers, PERFORM the following (MBI):
- a. OPEN the following containment isolation valves:
- 1) 3CCP*MOV49BYCTMT Applicant OPENS 3CCP*MOV49BY48B ISOL TR B and 45B in the specified order.
- 2) 3CCP*MOV48BYCTMT ISOL TR B
- 3) 3CCP*MOV45BYCTMT ISOL TR B
- 58. b. CLOSE the following
- containment cross connect valves:
0 3CCP*AOV179AYHDR DI\
TR A 0 3CCP*AOVI80Ay HDR DIV TR A Applicant closes 3CCP*AOV 79A, 180A, 3CCP*AOV179BYHDR DIV 179B and 180B in any order.
TR B 3CCP*A0V180ByHDR DIV TR B
- (3330A, Step 4.8.15)
IF CCP leakage trend increases, DISPATCH Operators to the CCP relief valves listed in the following to check for lifting:
There will be no leakage trend. Applicant Attachment 2, RPCCW Relief
- 59. may be responding to high temperatures Valve List - Train A by now. If so, GO TO step 29 below.
Attachment 3, RPCCW Relief Valve List - Train B
- (3330A, Step 4.8.1 6)
IF 3SFC*E1B is not aligned to cool the spent fuel pool, CLOSE 3CCP*V114, fuel pool cooler B 3SFC*E1B is aligned to cool the spent fuel 60.
RPCCW outlet. pool.
- 3330A, Step 4.8.1 7)
Exa I JPM is complete. Thank you.
Stop Time:
- denotes critical step
Job Performance Measure Page21 of22 Appendix C3 Form ES-C-1 VERIFICATION OF COMPLETION Job Performance Measure No.
Examinee's Name:
Examiner's Name:
Date performed:
Facility Evaluator:
Number of attempts:
Time to complete:
Question Documentation:
Question:
Response
~~
Result: SAT or UNSAT Examiner's signature and date:
Job Performance Measure Page 22 of 22 Student Handout JOBPERFORMANCE MEASURE INSTRUCTION SHEET DIRECTIONS TO STUDENT YOU ARE TO OPERATE AND RESPOND TO THE SIMULATOR JUST AS YOU WOULD IN THE ACTUAL PLANT.
Initial Conditions You are a Control Room Operator at Millstone Generating Station, Unit 3. The plant is steady state at 100% power. No equipment is out of service. The Unit Supervisor has directed you to Shift from RPCCW Pump and Heat Exchanger B to RPCCW Pump and Heat Exchanger C per section 4.6 of OP 3330A. Train B is to be taken out of service for planned maintenance.
This JPM is being conducted concurrently with another JPM to improve efficiency of your examination administration. To ensure exam security, please adhere to the following special requirements:
- 4. Speak softly when announcing alarms or providing information.
- 5. Direct ALL communications to me. If the simulator booth operator must manipulate components, I will contact the simulator booth operator for you.
- 6. Remain focused on your task assignment and do not allow other activities to distract you.
Job Performance Measure Guide Page 1 of 11 NRC In-plant JPM 1.1
.c
Job Performance Measure Guide Page20fii I. JPM
Title:
ResDond to Process Radiation Monitor Alarm DASSO-1 JPM ID Number: In-plant 1.1 Revision: 0 II. Initiated:
Nuclear Reaulatorv Commission 13 Mav 2004 Developer Date III. Reviewed:
Technical Reviewer Date IV. Approved:
Cognizant Plant Supervisor (optional) Date Nuclear Training Supervisor Date
Job Performance Measure Guide Page 30f 11
SUMMARY
OF CHANGES Change Description Date
Job Performance Measure Guide Pagehfii Facility: Millstone Unit 3 Student:
JPM ID Number: In-plant 1.1 Revision: 0 Task
Title:
Respond to Process Radiation Monitor Alarm DAS50-1 System: 068 (WDL)
Time Critical Task: ( ) YES ( X ) NO Validated Time (minutes): 20 (may have a wide variance among Applicants)
Task Number(s):
Applicable To: SRO X RO X PEO WA Number: 061.AK3.02 WA Rating: 3.6 / 3.4 Knowledge of the operational implications of the following concepts as they apply to Area Radiation Monitoring (ARM) System Alarms: Guidance contained in alarm response for ARM system.
Method of Testing: Simulated Performance: X Actual Performance:
Location: Classroom: Simulator: In-Plant:: X Task Standards: 0 Applicant successfully locates the following components in-plant:
3DAS-AOVSI Control Air to 3DAS-AOV51 or Control Power fuses 3DFT-P2A or B 3DFT-P2A/B Auto Start Timer Applicant successfully simulates performance of steps 1 through 5 of AOP 3573, Attachment A for DAS50-I (Page 4 of 12).
Required Materials: 0 Abnormal Operating Procedure AOP 3573, Radiation Alarm Response (acceptable to only include Attachment A, page 4 of 12).
P&ID EM-106C. Zoom the portion showing H5-HIO-NlO-N5 to make it easier to read (this portion shows 3DFT-P2A/B, 3DAS-AOV51, and the local micro computer that controls SOV-51) 0 ESK7SE 0 Electrical Print EE-1BR General
References:
Abnormal Operating Procedure AOP 3573, Radiation Alarm
Response
Job Performance Measure Guide Page 5 0 f 1 1 will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating 2ues. When you complete the task successfully, the objectives for this JPM will be satisfied.
You may use any approved reference material normally available. Make all written reports, x a l reports, alarm acknowledgements, and log entries as if the evolution was actually being Derformed.
Initial You are a Plant Equipment Operator at Millstone Generating Station, Unit 3.
Conditions: The Control Room has received a RAD HI annunciator alarm on MB2B 2-8.
The Control Room is responding per AOP 3573, Radiation Monitor Alarm Response. Process monitor DASSO-I , Turbine Building floor drain sump pump discharge, causes the alarm. The Control Room has directed you to perform Subsequent Action Steps Ithrough 5 of AOP 3573, Attachment A.
Initiating YOU ARE TO PERFORM SUBSEQUENT ACTION STEPS 1 THROUGH 5 Cue: OF AOP 3573, ATTACHMENT A.
YOU ARE NOT TO ACTUALLY OPERATE ANY PLANT EQUIPMENT.
SIMULATE AND DESCRIBE THE ACTIONS YOU WOULD TAKE.
ARE THERE ANY QUESTIONS?
YOU MAY BEGIN.
I. Critical steps for this JPM are indicated by an asterisk after the step. For the student to achieve a satisfactory grade, critical steps must be completed correctly. The students performance is graded by an S for satisfactory or a U for unsatisfactory on each step.
- 2. When the student states what hidher simulated action/observation would be, read the appropriate Cue.
- 3. If necessary, question the student for details of simulated actions/observations (Le. What are you looking at? or What are you observing?).
Job Performance Measure Guide Page60fii Start LEGIN, YOU ARE TO PERFORM STEPS I THROUGH 5 OF AOP 3573, ERATE ANY PLANT EQUIPMENT. SIMUL
- ZTIONS YOU WOULD TAKE..
Applicant obtainshequests copy of
Applicant goes to the Radioactive Liquid Automatically diverts floor drains Waste Panel (3LWS-PNLOI ). Less familiar to TPCCW drain sump 11A (Repositions 3DAS-AOVSI , Turb applicant may go directly to turbine building.
Bldg 14-6-)
Automatically turns off and resets Remote indication available at Radioactive the auto start timer if both pumps Liquid Waste Panel (3LWS-PNLOI ) in the in auto.
Waste Bldg, 24 level. 3DAS-AOV51
- 2. Automatically stops turb. Bldg indicator is easy to seehnterpret.
sump pumps (3DFT-P2A and P2B) if the turbine bldg. Floor Examiner Notes drains were initially aligned to the Limit Switches yard drains. Upper - RW (rad waste - BLUE light)
Lower - Drains (Yard Drains - YELLOW)
(AOP 3573, Att A, DAS50-1 Automatic Actions) Airline is easv to trace. Air to tor, onlv.
IF 3DAS-AOV51 is aligned to yard drains, THEN, Fail 3DAS-AOV51 to radwaste (isolate air or pull control
- 3. power fuses at 3BYS-PNL34FYCM Applicant checks position of 3DAS-AOV51 3).
- (AOP3573, Att A, DAS50-1, Step I)
Ex: niner Cue: I 3DAS-AOV51 is aliane to Yard Applicant recognizes need to fail 3DAS-
- 4. AOV51 to radwaste by either of the
- followina means:
. . . isolate air. . . Applicant locates and simulates isolating control air to 3DAS-AOV51 a.1 Close valve by turning in the clockwise direction
Job Performance Measure Guide Page70fii Applicant studies configuration and realizes necessity to vent the I/P Converter after isolating air to reposition the valve.
Some Applicants may not know to vent the valve l/P Converter through the petcock.
These applicants may then elect to:
0 Vent the I/P Converter through the petcock located'onthe bottom a.2 Vent the top of the valve operator by
- . . . isolate air. . . 0 loosening a swage lok fitting 0 Pull the fuse as indicated by the procedure.
Examiner Notes Limit Switches Upper - RW (rad waste - BLUE light)
Lower - Drains (Yard Drains - YELLOW)
Airline is easy to trace. Air to top only.
a Q) a 0
L
.-E Q)
C e8 K
W
Job Performance Measure Guide Page 8 of 11
. . . pull control power fuses. . .
Applicant proceeds to 3BYS-PNL34F, Ckt Millstones Site Safety Manual, MP-3, and simulates pulling control power 19-SH-REFOI , Section 6, § 3.8.2 fuses.
minimally requires low-voltage rubber gloves when working near 3BYS-PNL34F is Northeast of 3LWS-equipment with voltages 6 0 to PNLOI. Applicant may recognize that b.* <750.
valve failed to transfer to Radwaste from 3LWS-PNLOI remote indication and elect If Applicant elects to pull fuses, use to pull fuses right there.
of proper PPE is important.
Examiner may waive actual Good Practice - check circuit listing kept donning of PPE once Applicant inside the panel.
clearly indicates the requirement to use PPE.
Spplicant elects to pull fuses, it is acceptable 3s. Description should include location of 38 lei and electrical safety.
5.* Applicant checks position of 3DAS-AOVSI .
pplicant that the actions have been successf at the Radioactive Liquid Waste Panel an
- is zero. 3DAS-AOV51 is aligned to Place one turbine building Applicant simulates placing one turbine floor drain sump pump building floor drain sump pump, 3DFT-6 .* (3DFT-P2A or 3DFT-P2B) P2NB in OFF. This is done in the turbine control switch in OFF. building at 3DFT-CSP2A-B. Panel is easy to interpret.
Applicant checks that the AUTO START Check the AUTO START
- 7. TIMER ENABLED light lit. TIMER ENABLED light is lit (AOP3573, Att A, DAS50-I, Step 3)
White light in center of panel I
niner Cue: The AUTO START TIM
Job Performance Measure Guide Page 9 of i1 Manually Start one turbine building floor drain sump Applicant simulates manually starting the turbine building floor drain sump pump that 3DFT-P2B). is not in OFF fAOP3573. Att A. DASSO-1. SteP 4) I The [selected] pump is running. The RED on light is energized. You Examiner Cue:
can hear the pump running normally behind you.
Applicant simulates that the running pump Verify pump trips on sump low trips on sump low level. Examiner should level. provide this input if necessary.
9.
Stop Time:
- Denotes critical step-
Job Performance Measure Guide Page i o o f i i Appendix C3 IO IU F ES-C-1 VERIFICATION OF COMPLETION Job Performance Measure No.
Examinee's Name:
Examiner's Name:
Date performed:
Facility Evaluator:
Number of attempts:
Time to complete:
Question Documentation:
Question:
Response
Result: SAT or UNSAT Examiner's signature and date:
Job Performance Measure Guide Page 11 of 11 Student Handout JOBPERFORMANCE MEASURE INSTRUCTIONSHEET DIRECTIONS TO STUDENT WHEN I TELL YOU TO BEGIN, YOU ARE TO PERFORM SUBSEQUENT ACTION STEPS ITHROUGH 5 OF AOP 3573, ATTACHMENT A.
DO NOT ACTUALLY OPERATE ANY PLANT EQUIPMENT. SIMULATE AND DESCRIBE THE ACTIONS YOU WOULD TAKE.
Initial Conditions You are a Plant Equipment Operator at Millstone Generating Station, Unit 3. The Control Room has received a "RAD HI" annunciator alarm on MB2B 2-8. The Control Room is responding per AOP 3573, Radiation Monitor Alarm Response. Process monitor DAS50-1, Turbine Building floor drain sump pump discharge, causes the alarm. The Control Room has directed you to perform Subsequent Action Steps 1 through 5 of AOP 3573, Attachment A.
Job Performance Measure Guide Page Iof12 NRC In-plant JPM 1.2
Job Performance Measure Guide Page 2 of 12 I. JPM
Title:
Respond to potential steam binding of AFW pumps JPM ID Number: In-plant 1.2 Revision: 0 II. Initiated:
Nuclear Regulatory Commission I 3 Mav 2004 Developer Date 111. Reviewed:
Technical Reviewer Date IV. Approved:
Cognizant Plant Supervisor (optional) Date Nuclear Training Supervisor Date
Job Performance Measure Guide Page 3 of 12
SUMMARY
OF CHANGES Change Description Date
Job Performance Measure Guide Page 4 of 12 Facility: Millstone Unit 3 Student:
JPM ID Number: In-Dlant 1.2 Revision: 0 Task
Title:
Respond to potential steam binding of AFW pumps System: 061 (AFW)
Time Critical Task: ( ) YES ( X ) NO Validated Time (minutes): 15 Task Number(s):
Applicable To: SRO X RO X PEO X WA Number: 061.K1.01 WA Rating: 3.8 / 3.4 Knowledge of the physical connections and/or cause-effect relationships between the AFW and the following systems: S/G.
Method of Testing: Simulated Performance: X Actual Performance:
Location: Classroom: Simulator: In-Plant:: X Task Standards: 0 Applicant successfully locates the following components in-plant:
3FWA*V967 3FWA*PIA 3FWA*V4 3FWA*V963 3FWA*P2 3fWA*V32 Applicant successfully simulates performance of steps 4.1 3.4 and 4.1 3.6. to drain demineralized water through the pump casing.
Required Materials: 0 Operating Procedure OP 3322, Auxiliary Feedwater System 0 Pipe Wrench (may be simulated)
Locked Valve Key 2022 (may be simulated) 0 Valve Assist Device (may be simulated) 0 Contact Pyrometer or Infrared Thermometer.
0 AFWRoomKey General
References:
0 Form OP 3322-009, Independent Verification after Restoration 0 Operating Procedure OP 3260B, Equipment Control 0 Work Control Procedure WC 6, Determination and Performance of Independent and Dual Verifications.
0 Surveillance Procedure SP 3670.3-01 3, Plant Equipment Rounds
- Radwaste
Job Performance Measure Guide Page 5 of 12 will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating xes. When you complete the task successfully, the objectives for this JPM will be satisfied.
fou may use any approved reference material normally available. Make all written reports, xal reports, alarm acknowledgements, and log entries as if the evolution was actually being 3erformed.
YOU ARE NOT TO ACTUALLY OPERATE ANY PLANT EQUIPMENT. SIMULATE AND DESCRIBE THE ACTIONS YOU WOULD TAKE.
Initial You are a Plant Equipment Operator at Millstone Generating Station, Unit 3.
Conditions:
During rounds in the Auxiliary Building, you discover that temperature of the Piping to B SG at 3FWA*V878 is 197°F. Investigating, you find that the casings of motor driven auxiliary feedwater pump A, 3FWA*PlA, and turbine driven auxiliary feedwater pump, 3FWA*P2, are too hot to touch.
You report this information to the Control Room. The Shift Technical Advisor checks the Plant Computer and tells you and the Unit Supervisor that:
0 FWA-TSOA, 3FWA*P1A discharge piping temperature is 189F, 0 FWA-TSOC, 3FWA*P2 discharge piping temperature is 190°F.
The Unit Supervisor declares 3FWA*PIA and 3FWA*P2 inoperable and enters Tech Spec action statement 3.7.1.2.b. He then direds you to respond to potential steam binding of ANV Pumps per OP 3322. Specifically, you are to perform the steps necessary to cool the casings of 3FWA*PIA and 3FWA*P2. Then await further instruction.
Initiating YOU TO RESPOND TO POTENTIAL STEAM BINDING OF AFW PUMPS Cue: PER OP 3322. SPECIFICALLY, YOU ARE TO PERFORM THE STEPS NECESSARY TO COOL THE CASINGS OF 3FWA*PIA AND 3FWA*P2.
THEN AWAIT FURTHER INSTRUCTION.
YOU ARE NOT TO ACTUALLY OPERATE ANY PLANT EQUIPMENT.
SIMULATE AND DESCRIBE THE ACTIONS YOU WOULD TAKE.
ARE THERE ANY QUESTIONS?
YOU MAY BEGIN.
I. Critical I .eps for this JPM are indicated by an asterisk and bolding. For the student to achieve a satisfactory grade, critical-steps must be completed correctly. The students performance is graded by an S for satisfactory or a U for unsatisfactory on each step.
- 2. When the student states what his/her simulated actiodobservation would be, read the appropriate Cue.
- 3. If necessary, question the student for details of simulated actions/observations (i.e. What are you looking at? or What are you observing?).
Job Performance Measure Guide Page 6 of 12 Start Time:
YOU TO RESPOND TO POTENTIAL STEAM BINDING OF AFW PUMPS PER OP 3322. SPECIFICALLY, YOU ARE TO PERFORM THE STEPS NECESSARY TO COOL THE CASINGS OF 3FWA*PlA AND 3FWA*P2.
Examiner Cue THEN AWAIT FURTHER INSTRUCTION.
DO NOT ACTUALLY OPERATE ANY PLANT EQUIPMENT. SIMULATE
- AND DESCRIBE THE ACTIONS YOU WOULD TAKE..
1.
- 3322. I Exa
- If OP 3322. Section 4.13.
This section is normally entered from SP 3670.3-013, .Plant Equipment Rounds-Radwaste,"
when either the containment penetration is greater than 150-F
- 2. Applicant reads note or the pump casing is too hot to maintain hand contact.
(OP 3322, Note preceding step
- 4.13.1)
Exa IF discharge piping temperature is Initial conditions stated that the casing was less than 150°F or hand contact too hot to touch. Therefore, no action can be maintained on the TDAFW required by Applicant.
- 3. pump casing, NOTIFY SM/US and IF directed, Go To Section 4.14.
May check end of casing by hand -
SAFETY ISSUE: use back of hand.
- (OP 3322, Step 4.13.1)
Refer To TIS 3.7.1.2, "Plant Systems, Auxiliary Feedwater Initial conditions stated that the CRS has System," and DETERMINE entered Technical Specification action 4.
appropriate ACTION statement 3.7.1.2.b. Therefore, no action required by Applicant.
- (OP 3322, Step 4.13.2)
Job Performance Measure Guide Page 7 of 12 CHECK AFW pump discharge piping temperature (computer):
FWA-TSOA, 3FWA*PlA discharge piping temperature Initial conditions stated the discharge FWA-TSOB, 3FWA*Pl B
- 5. temperatures for this JPM. Therefore, no discharge piping temperature action required by Applicant.
FWA-TSOC, 3FWA*P2 discharge piping temperature (OP 3322, SteD 4.1 3.3)
IF FWA-T50A, 3FWA*P1A Applicant goes to 3FWA*P1A discharge piping temperature, is greater than 185-F, PERFORM the Color codinQ:
6.
following: System is GREEN (band around component label)
(OP 3322, Step 4.1 3.4) 0 Train "A"is ORANGE (all over the Place)
Applicant simulates unlocking and closing (turning clockwise) 3FWA*V4, SFWA*PIA UNLOCK and CLOSE 3FWA*V4, discharge valve. May use a cheater.
3FWA*PlA discharge valve.
7 .*
Not required to report Locked Valve (OP 3322, Step 4.13.4.b) manipulations to Control Room because
- operating per procedure.
Opening the AFW pump discharge Applicant reads WARNING and indicates vents may result in the release of understanding of the hazard. Prompt for steam or hot water.
- 8. vocalization if necessary.
(WARNING preceding OP 3322,
- Step 4.13.4.b)
Personal Safety ISSUE I
Ex; OPEN 3FWA*V967,3FWA*PIA turns valve counter-clockwise.
discharge vent.
9.*
Note: pipe caps at MS3 have vent holes (OP 3322, Step 4.13.4.b) illed in them. Not failure criteria if Ex;
Job Performance Measure Guide - 8 of 12 Page Applicant checks temperature of casing by hand or contact pyrometer.
NOTE: The pump casing is covered with foam lagging or insulation. The successful Applicant should make some effort to determine the casing IO.
temperature at an uncovered portion of the pump. The ends or the discharge manifold beneath the pump were identified during validation.
SAFETY: Applicant should use back of
- hand to touch the casing.
Exa WHEN the casing cools to touch, turning) of 3FWA*V967,3FWA*P1 A
- 11. CLOSE 3FWA*V967,3FWA*PIA discharge vent. Then simulates replacing discharge vent. the pipe cap if necessary.
(OP 3322, Step 4.1 3.4.c)
Exa 12.
3FWA*PlA discharge valve. Applicant simulates opening and locking of
- 3FWA*V4,3FWA*PIA discharge valve.
Exe PERFORM Independent Verification for components listed Applicant requests Independent 13.
for step 4.1 3.4.e. Verification of 3WA*V4 and 3FWA*V967.
- (OP 3322, Step 4.13.4.e) 1 Ex;
- :atio complete
- 14. Applicant goes to 3FWA*P2 IF FWA-TSOC, 3FWA*P2 discharge piping temperature is greater than
- 15. 185"F, PERFORM the following:
(OP 3322, Step 4.13.6)
Applicant simulates unlocking and closing (clockwise turning) 3FWA*V32,3FWA*P2 UNLOCK and CLOSE 3FWA*V32,
- 16. discharge valve. May use a cheater.
3FWA*P2 discharge valve.
- Not required to report Locked Valve (OP 3322, Step 4.13.6.a) manipulations to Control Room because
- operating per procedure.
Job Performance Measure Guide Page 9 of 12 Examiner
- Cue: I 3FWA*V32 is closed Opening the AFW pump discharge Applicant reads WARNING and indicates vents may result in the release of understanding of the hazard. Prompt for steam or hot water.
- 17. vocalization if necessary.
(WARNING preceding OP 3322, Personal Safety ISSUE Step 4.13.6.b)
Applicant simulates uncapping and careful opening of 3FWA*V963,3FWA*P2 discharge vent. Applicant turns valve OPEN 3FWA*V963,3FWA*P2
- 18. counter-clockwise.
discharge vent.
- Note: pipe caps at MS3 have vent holes (OP 3322, Step 4.13.6.b) drilled in them. Not failure criteria if Applicant fails to remove cap but poor
- Dractice.
1- - - - -
Ex:
- liner Cue: I 3FWA*V963 is onen / ! ng ou ve Applicant checks temperature of casing - by hand or contact pyrometer.
NOTE: The pump casing is covered with foam lagging or insulation. The successful Applicant should make some effort to determine the casing 20.
temperature at an uncovered portion of the pump. The ends or the discharge manifold beneath the pump were identified during validation.
SAFETY: Applicant should use back of
- hand to touch the casina. "
Ex; Applicant simulates closing of 3RNA*V963, 3FWA*PlA discharge vent. Applicant WHEN the casing cools to touch, turns valve clockwise. Then simulates
- 21. CLOSE 3FWA*V963, replacing the pipe cap.
3FWA*P2 discharge vent.
(OP 3322, Step 4.1 3.6.c)
Critical step is closing the valve, not
- replacing the cap.
Ex; miner Cue: I 3FWAV963 is closed, water has stopped flowing from the vent OPEN and LOCK 3FWA*V32, 22' 3FWA*P2 discharge valve. Applicant simulate opening and locking of
- 3FWA*V32,3FWA*PIA discharge valve.
(OP 3322, Step 4.1 3.6.d)
Examiner Cue: I 3FWA*V32 is Locked
Job Performance Measure Guide - ioof12 Paae Refer To OP 3322-009 and PERFORM Independent Applicant requests Independent Verification for components listed
- 23. Verification of 3FWA*V32 and for step 4.13.6.e. 3FWA*V963.
Examiner Cues:
I
- (OP 3322, Ster, 4.13.6.e)
The Independent \ Mications are complete.
The evaluation for his JPM is complete. Thank you.
Stop Time:
- Denotes critical task
Job Performance Measure Guide Page 11 of12 Appendix C3 Form ES-C-1 VERIFICATION OF COMPLETION Job Performance Measure No.
Examinee's Name:
Examiner's Name:
Date performed:
Facility Evaluator:
Number of attempts:
Time to complete:
Question Documentation:
Question:
Response
Result: SAT or UNSAT Examiner's signature and date:
Job Performance Measure Guide Page 12 of 12 Student Handout JOBPERFORMANCE MEASURE INSTRUCTION SHEET DIRECTIONS TO STUDENT YOU TO RESPOND TO POTENTIAL STEAM BINDING OF AFW PUMPS PER OP 3322. SPECIFICALLY, YOU ARE TO PERFORM THE STEPS NECESSARY TO COOL THE CASINGS OF 3FWA*PlA AND 3FWA*P2. THEN AWAIT FURTHER INSTRUCTION.
YOU ARE NOT TO ACTUALLY OPERATE ANY PLANT EQUIPMENT. SIMULATE AND DESCRIBE THE ACTIONS YOU WOULD TAKE.
Initial Conditions You are a Plant Equipment Operator at Millstone Generating Station, Unit 3.
During rounds in the Auxiliary Building, you discover that temperature of the Piping to B SG at 3FWA*V878 is 197°F. Investigating, you find that the casings of motor driven auxiliary feedwater pump A, 3FWA*P1A, and turbine driven auxiliary feedwater pump, 3FWA*P2, are too hot to touch.
You report this information to the Control Room. The Shift Technical Advisor checks the Plant Computer and tells you and the Unit Supervisor that:
FWA-TSOA, 3 W A
- P l A discharge piping temperature is 189F, FWA-T5OC, 3FWA*P2 discharge piping temperature is 190°F.
The Unit Supervisor declares 3FWA*PlA and 3FWA*P2 inoperable and enters Tech Spec action statement 3.7.1 -2.b. He then directs you to respond to potential steam binding of AFW Pumps. Specifically, you are to perform the steps necessary cool the casings of 3FWA*PlA and 3FWA*P2. Then await further instruction.
Job Performance Measure Guide Page Iof12 NRC In-plant JPM 1.3
JOB PERFORMANCE MEASURE APPROVAL WORKSHEET I. JPM
Title:
ESTABLISH ALTERNATE CHARGING PUMP COOLING (EOP 3501)
JPM ID Number: 137 Revision: 3 NRC In-plant JPM 1.3 II. Initiated:
Scott Shultz 01/02/03 Developer Date III. Reviewed:
Dave Minnich 01/06/03 Technical Reviewer Date IV. Approved:
NA Cognizant Plant Supervisor (optional) Date Tim Kulterman 01/06/03 Nuclear Training Supervisor Date 2 of 12
JOB PERFORMANCE MEASURE APPROVAL WORKSHEET
SUMMARY
OF CHANGES Chanae DescriDtion Date rev 3 Updated JPM to reflect EOP 3501 revision 013 which moved the 12/30/02 performance steps to Attachment K of the procedure. Procedure now requires use of fire water and no longer allows domestic water use. Also changed Chicago fittings to cam-lock fittings in accordance with the hose control program. Modified to have B CHS pump the running pump to avoid duplicity with JPM-093.
Changed title from Establish Feed and Bleed on Charging Pump Cooling to Establish Alternate Charging Pump Cooling.: jss 3of 12
JOB PERFORMANCE MEASURE GUIDE (Continued)
Facility: Millstone Unit 3 Student:
JPM ID Number: NRC In-plant JPM 1.3 Revision: 3 Task
Title:
ESTABLISH ALTERNATE CHARGING PUMP COOLING (EOP 35011 System: 076 (Service Water)
Time Critical Task: ( ) YES ( X ) NO Validated Time (minutes): 20 Task Number(s): 344-05-153 Applicable To: SRO X RO X PEO X WA Number: 076-A-2.0 I WA Rating: 3.5 / 3.7 Ability to (a) predict the impacts of the following malfunctions or operations on the SWS; and )b) based on those predictions, use procedures to correct, control, or mitigate the consequences of those malfunctions or operations.
Method of Testing: Simulated Performance: X Actual Performance:
Location: Classroom: Simulator: In-Plant: X Task Standards: Satisfactorily establish alternate Charging Pump Cooling using EOP 3501, Loss of All AC (Modes 5,6,and Zero).
Required Materials: EOP 3501, Attachment K PEO Rounds key (Ops key)
General
References:
EOP 3501, Attachment K, Rev. 013
~ ~ ~ ~~~~~
"*READ TO THE STUDENT-I will explain the initial conditions, which step(s) to simulate or discuss, and provide initiating cues. When you complete the task successfully, the objectives for this JPM will be satisfied.
You may use any approved reference material normally available in the Control Room, including logs. Make all written reports, oral reports, alarm acknowledgements, and log entries as if the evolution was actually being performed.
4 of 12
JOB PERFORMANCE MEASURE GUIDE (Continued)
JPM Number: 137 Revision: 3 Initial Conditions: The plant is in Mode 5. A loss of all AC power has occurred.
The control room team has progressed through EOP 3501.
Attempts are being made to establish injection flow using the charging pumps. Attempts to restore cooling to CCE have failed.
Initiating Cues: The US has directed you to establish alternate charging pump cooling using EOP 3501 Attachment K. The B charging pump is running. Provide cooling to the B Charging Pump only.
- NOTES TO EVALUATOR ****
I. Critical steps for this JPM are indicated by an X after the step number. For the student to achieve a satisfactory grade, & LJ critical steps must be completed correctly.
The students performance is graded by an Sfor satisfactory or a U for unsatisfactory on each step.
- 2. When the student states what hidher simulated action/observationwould be, read the appropriate Cue.
3, If necessary, question the student for details of simulated actions/observations (i.e. What are you looking at? or What are you observing?).
5 of 12
PERFORMANCE INFORMATION JPM Number: 137 Revision: 3 Task
Title:
ESTABLISH ALTERNATE CHARGING PUMP COOLING (EOP 3501)
Start Time:
Comments: For the first step of this JPM, the required hoses and fittings are staged in the Operations Department EOP locker (AB 43 outside Boron Evaporator cubicle).
STEP I Performance Step: Determine Affected Charging Pump
[Step ?.a]
Check a Train A charging pump -
RUNNING GRADE Standards: Initial conditions stated that B charging pump is the running pump.
Proceeds to step 3. If candidate asks, provide the cue:
Grade: SAT UNSAT STEP 2 X Performance Step: Locally Align Fire Water Supply to
[Step 3.a) CCE Heat Exchanger B Connect a hose from fire header Hose Station 52 supply valve (3FPW-V812) to CCE HX B service water inlet drain valve (3SWP*V195)
GRADE X Standards: Locates Ops EOP locker AB 43 outside Boron Evap. Cubicle. Obtains hoses fittings and tools. Removes any pipe caps and connects hose from 3FPW-V812 (located outside C charging pump cubicle) to 3SWP*V195 (located in CCE cubicle).
Grade: SAT UNSAT 6 o f 12
PERFORMANCE INFORMATION JPM Number: 137 Revision: 3 Task
Title:
ESTABLISH ALTERNATE CHARGING PUMP COOLING (EOP 3501)
STEP 3 X Performance Step: Close CCE HX B service water supply
[Step 3.b] valve (3SWP*V63)
GRADE X Standards: Locates 3SWP*V63, (AB 24' CCE cubicle) rotates operating handle clockwise until the valve is closed and the position indicator is perpendicular to the pipe.
Grade: SAT UNSAT Comments: Fire Water System pressure is higher than the CCE heat exchanger service water outlet relief valve setpoint pressure (3SWP*RV96B)
STEP 4 X Performance Step: Throttle Open fire Hose Station 52
[Step 3 . ~ 1 supply valve (3FPW-V812) one turn GRADE X Standards: Locates 3FPW-V812 (AB 24' outside "C" charging pump cubicle), rotates handwheel one (1) turn in the counterclockwise direction.
Grade: SAT UNSAT 7of 12
PERFORMANCE INFORMATION JPM Number: 137 Revision: 3 Task
Title:
ESTABLISH ALTERNATE CHARGING PUMP COOLING (EOP 3501)
STEP 5 X Performance Step: Throttle Open CCE HX B service
[Step 3.d] water inlet drain valve (3SWP*V195) to establish between 30 and 40 gpm flow (3SWP*FI160B)
GRADE X Standards: Rotates 3SWP*V195 operating handle in the counterclockwise direction in small increments while observing flow indication on 3SWP*FI16OB, until the indicated flow on 3SWP*FI160B is between 30 and 40 gpm.
Grade: SAT UNSAT STEP 6 Performance Step: Check CCE HX SW outlet relief
[Step 3.e] (3SWP*RV96B) - NOT LIFTING GRADE Standards: Observes 3SWP*RV96B tailpiece for evidence of flow.
Grade: SAT UNSAT STEP 7 Performance Step: Locally Monitor CCE System
[Step 4.a] Check operating charging pump oil temperature - BETWEEN 55°F and 131°F For pump B 3CHS-TI1022B GRADE Standards: Checks temperature indicated on 3CHS-TI 1022B (located in "B" charging pump cubicle)
Grade: SAT UNSAT 8of 12
PERFORMANCE INFORMATION JPM Number: 137 Revision: 3 Task
Title:
ESTABLISH ALTERNATE CHARGING PUMP COOLING (EOP 3501 STEP 8 Performance Step: Notify Control Room that Alternate charging pump cooling has been established for "B" charging pump.
GRADE Standards: Informs control room that alternate charging pump cooling for "B" charging pump has been established using EOP 3501, Attachment K.
Grade: SAT UNSAT Terminating Cue: The evaluation for this JPM is concluded.
Stop Time:
9 of 12
PERFORMANCE INFORMATION JPM Number: 137 Revision: 3 Task
Title:
ESTABLISH ALTERNATE CHARGING PUMP COOLING (EOP 3501)
Appendix C3 Form ES-C-I VERIFICATION OF COMPLETION Job Performance Measure No.
Examinee's Name:
Examiner's Name:
Date performed:
Facility Evaluator:
Number of attempts:
Time to complete:
Question Documentation:
Question:
Response
Result: SAT or UNSAT Examiner's signature and date:
lOof 12
PERFORMANCE INFORMATION JPM Number: 137 Revision: 3 Task
Title:
ESTABLISH ALTERNATE CHARGING PUMP COOLING (EOP 3501) 11 of 12
STUDENT HANDOUT JPM Number 137 Initial Conditions: The plant is in Mode 5. A loss of all AC power has occurred. The control room team has progressed through EOP 3501. Attempts are being made to establish injection flow using the charging pumps. Attempts to restore cooling to CCE have failed.
Initiating Cues: The US has directed you to establish alternate charging pump cooling using EOP 3501 Attachment K. The B charging pump is running. Provide cooling to the B Charging Pump only.
12 of 12 c