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| Page 1 of 8
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| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM ISWADMIN
| |
| Perform a Manual Shutdown Margin Calculation
| |
| (Unit at Power)
| |
| CANDlDATE
| |
| EXAMINER
| |
| | |
| Page 1 of 7
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM ZRIADMIN
| |
| Monitor Reactor Coolant System Leakage
| |
| During Loss of OAC
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 7
| |
| CATAWBA
| |
| INIT1AL LICENSE EXAM1NATlON
| |
| JOB PERFORMANCE MEASURE
| |
| Task: Monitor Reactor Coolant System Leakage and determine status of leakage during Loss
| |
| of OAC
| |
| Alternate Path:
| |
| N/A
| |
| Facility JPM #:
| |
| NEW
| |
| WA Ratingb):
| |
| 2.1.23(3.9/4.0)
| |
| Task Standard:
| |
| Collect data on Reactor Coolant system Leakage and correctly determines that the acceptance
| |
| criteria of Enclosures 13.5 and 13.7are not met and notifies SRO.
| |
| Preferred Evaluation Location: Preferred Evaluation Method :
| |
| Simulator X In-Plant X Perform X Simulate
| |
| References:
| |
| PT/l /A/4600/009 (Loss of Operator Aid Computer) Revision 67
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Rating: SAT UNSAT Performance Time
| |
| Examiner:
| |
| I
| |
| COMMENTS
| |
| | |
| Page 3 of 7
| |
| ToolslEquipmentlProcedures Needed:
| |
| PT/lA/4600/009 (Loss of Operator Aid Computer)
| |
| Enclosures with first set of data entered
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIAL CONDITIONS:
| |
| Unit 1 is in Mode 3. You are the Balance of Plant Operator responding to a Loss of Operator Aid
| |
| Computer. The Control Room SRO is assigning tasks to complete in PT/l/A/4600/009 (Loss of
| |
| Operator Aid Computer). The initial set of data has been entered (0830 hrs) into all required
| |
| enclosures.
| |
| INITIATING CUE:
| |
| The Control Room SRO directs you to gat, ,er the next set of readings (0930 hrs for:
| |
| Enclosure 13.4 (Ventilation Unit Condensate Drain Tank Input Rate Determination)
| |
| Enclosure 13.5 (Containment Floor and Equipment Sumps Input Rate Determination)
| |
| Enclosure 13.6 (1EMF-38 Delta Count Rate Determination)
| |
| Enclosure 13.7 (1EMF-39 Delta Count Rate Determination)
| |
| Evaluate data obtained from each enclosure to determine if it is acceptable and notify the Control
| |
| Room SRO of the results.
| |
| | |
| Page 4 of 7
| |
| STEP 1: Record second data set for "Unit 1 VUCDT LEVEL" on Enclosure 13.4,
| |
| VUCDT INLEAKAGE RATE LOG SHEET -SAT
| |
| STANDARD: Contacts either Radwaste Chemistry or sends NLO to Unit 1 VUCDT
| |
| Level instrument on panel 1ELCC0013 to obtain data. -UNSAT
| |
| EXAMINER CUE: WHEN operator dispatched or Radwaste technician is called,
| |
| report that VUCDT level is reading 14%.
| |
| COMMENTS:
| |
| STEP 2: Candidate determines that VUCDT level has increased less than 1%
| |
| since last data collection -SAT
| |
| STANDARD: Based on previous data and current VUCDT level, candidate
| |
| determines level increase is 0% per hour and criteria is met. -UNSAT
| |
| COMMENTS:
| |
| | |
| Page 5 of 7
| |
| STEP 3: Enclosure 13.5, Containment Floor and Equipment Sumps Input Rate CRITICAL
| |
| Determination actions are performed. STEP
| |
| EXAMINER CUE: The Containment Floor and Equipment pumps were turned
| |
| off 90 minutes ago. -SAT
| |
| STANDARD: Enters time and sump levels. Calculates leak rate per calculation
| |
| formula on Enclosure 13.5 Page 4 of 4: -UNSAT
| |
| A Sump
| |
| 12.1 inches is 467.6 gallons, (current reading)
| |
| 9.5 inches is 399.5 gallons, (previous reading)
| |
| 467.6 - 399.5 = 68.1 gallons per hour
| |
| BSumD
| |
| 8.7 inches is 369.7 gallons, (current reading)
| |
| 7.5 inches is 311.9 gallons, (previous reading)
| |
| 369.7 - 31 1.9 = 57.8 gallons per hour
| |
| Total leakage = 68.1+ 57.8 = 125.9 gallons per lour
| |
| 125.9 gallons/60 minutes = 2.098 gallons per minute
| |
| (With an allowable range of 2.0 to 2.2 gallons per minute)
| |
| EXAMINER CUE: Containment Floor and Equipment Sump A reads 12-1
| |
| inches and Sump B reads 8.7 inches
| |
| COMMENTS:
| |
| STEP 4: Enclosure 13.5, Containment Floor and Equipment Sumps Input Rate CRITICAL
| |
| Determination leakage is checked against the criteria. STEP
| |
| STANDARD: Candidate determines that the leak rate is greater than 1 gpm for the
| |
| Containment Floor and Equipment Sump and criteria is NOT met. -SAT
| |
| COMMENTS:
| |
| -UNSAT
| |
| | |
| Page 6 of 7
| |
| STEP 5: Enclosure 13.6, 1EMF-38 Delta Count Rate Determination is
| |
| performed.
| |
| -SAT
| |
| EXAMINER CUE: EMF38 Low Range is reading 200 CPM
| |
| STANDARD: Candidate records EMF38 Low Range radiation count rate at module. -UNSAT
| |
| Determines delta reading is less than 750 cpm.
| |
| COMMENTS:
| |
| STEP 6: Enclosure 13.7, 1EMF-39 Delta Count Rate Determination is CRITICAL
| |
| performed. STEP
| |
| EXAMINER CUE: EMF39 Low Range is reading 8979 CPM
| |
| STANDARD: Candidate records EMF39 Low Range radiation count rate at
| |
| module. Determines delta reading is greater than 6700 cpm and
| |
| criteria is NOT met -UNSAT
| |
| COMMENTS:
| |
| STEP 7: Reports results to SRO. CRITICAL
| |
| STEP
| |
| STANDARD: Candidate reports that Containment Floor and Equipment Sump Input
| |
| Rate and 1EMF-39 Count Rate Change do NOT meet criteria.
| |
| -SAT
| |
| EXAMINER CUE: I understand that the Containment Floor and Equipment
| |
| Sump Input Rate and IEMF-39 Count
| |
| Rate change do not meet acceptable criteria. -UNSAT
| |
| COMMENTS:
| |
| JPM Complete
| |
| TIME STOP:
| |
| | |
| Page 7 of 7
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIAL CONDITIONS:
| |
| Unit 1 is in Mode 3. You are the Balance of Plant Operator responding to a Loss of Operator Aid
| |
| Computer. The Control Room SRO is assigning tasks to complete in PT/I/A/4600/009 (Loss of
| |
| Operator Aid Computer). The initial set of data has been entered (0830 hrs) into all required
| |
| enclosures.
| |
| INITIATING CUE:
| |
| The Control Room SRO directs you to gather the next set of readings (0930 hrs) for:
| |
| Enclosure 13.4 (Ventilation Unit Condensate Drain Tank Input Rate Determination)
| |
| Enclosure 13.5 (Containment Floor and Equipment Sumps Input Rate Determination)
| |
| Enclosure 13.6 (1EMF-38 Delta Count Rate Determination)
| |
| Enclosure 13.7 (1EMF-39 Delta Count Rate Determination)
| |
| Evaluate data obtained from each enclosure to determine if it is acceptable and notify the Control
| |
| Room SRO of the results.
| |
| | |
| Enclosure 13.4 PT/ 1/A/4600/009
| |
| Ventilation Unit Condensate Drain Tank Page 1 of 1
| |
| Input Rate Determination
| |
| Acceptance Criteria - Rate of increase must be < 1%/hour.
| |
| NOTE: 1. Either of the following instruments may be used to perform this surveillance, however,
| |
| the same instrument should be used for the duration of time the procedure is in effect:
| |
| "UNIT 1 VUCDT LEVEL" on Auxiliary Waste Processing Control Panel
| |
| (lELCC0013) (AB-543, MM, 53-54)
| |
| 1WLP5771 (AB-543, BB-CC, 50) CA Pump Room (Next to VUCDT)
| |
| 2. If the rate of increase is 2 l%/hour, the VUCDT input rate is > 1 gpm. Refer to TS 3.4.13
| |
| and TS 3.4.15 and determine i f N C System leakage is > 1 gpm.
| |
| 3. Coordinate with Radwaste Chemistry as required when the VUCDT needs to be pumped
| |
| down.
| |
| VUCDT INLEAKAGE RATE LOG SHEET l
| |
| Time Level - YO Rate of Change Leakage Acceptable
| |
| | |
| Enclosure 13.5 PTI f lA/4600/009
| |
| Containment Floor and Equipment Sumps Page 1 of 4
| |
| Input Rate Determination
| |
| 1. Procedure
| |
| -
| |
| NOTE: If any containment floor and equipment sump pump starts during the 10 minute test period
| |
| the test results will NOT be valid. The test should be repeated until valid results are
| |
| obtained. (Le,, no pump start during test period)
| |
| /
| |
| NOTE: The Containment Floor and Equipment Sumps may be pumped down as necessary, however,
| |
| a new initial sump level reading should be recorded after the pumps are returned to the
| |
| "Manual" position.
| |
| 1.2 at any time during the performance of this test the sump level reaches 2 1SI,perfom the
| |
| fol 1owing :
| |
| 1.2.1 Place the following sump pumps in "AUTO":
| |
| "Pump 1Al Cont Floor & Equip Sump"
| |
| "Pump 1A2 Cont Floor & Equip Sump"
| |
| "Pump 1B 1 Cont Floor & Equip Sump"
| |
| "Pump 1 B2 Cont Floor & Equip Sump"
| |
| NOTE: A level less than 4" is below the calibration range of the Containment Floor and Equipment
| |
| Sump level instrumentation, therefore the Leakage Detection Systems must be declared
| |
| inoperable at sump level less than 4".(PIP 95-0878)
| |
| 1.2.2 Verify the affected sump level is lowered to 10" as indicated on 1WLP5740 (Cont
| |
| Floor and Equipment Sump A Level) or 1WLP5750 (Cont Floor and Equipment
| |
| Sump B Level).
| |
| 1.2.3 Return the following sump pumps to "Manual" and stopped:
| |
| "Pump 1Al Cont Floor & Equip Sump"
| |
| "Pump 1A2 Cont Floor & Equip Sump"
| |
| "Pump 1B 1 Cont Floor & Equip Sump"
| |
| "Pump 1B2 Cont Floor & Equip Sump"
| |
| | |
| Enclosure 13.5 P T / 1 /N4600/009
| |
| Containment Floor and Equipment Sumps Page 2 of 4
| |
| Input Rate Determination
| |
| Record initial sump readings on the "Containment FJoor and Equipment Sump Inleakage
| |
| Rate Log Sheet".
| |
| 1.4 Once per hour, record sump level readings on the "Containment Floor and Equipment Sump
| |
| Inleakage Rate Log Sheet".
| |
| 1.5 Calculate the leakage rate using the "Sump Volume vs. Level Indication Table".
| |
| 1.6 Verify leakage is < 1 gpm
| |
| 1.7 IF the input to the Containment Floor and Equipment Sumps is > 1 gpm, perform the
| |
| fo110wing:
| |
| 0 Refer to TS 3.4.13 and TS 3.4.15.
| |
| 0 Determine if NC System leakage is > 1 gpm.
| |
| 1.8 WHEN the OAC is returned to service, place the following sump pumps in "AUTO":
| |
| 0 "Pump 1Al Cont Floor & Equip Sump"
| |
| 0 "Pump 1A2 Cont Floor & Equip Sump"
| |
| 0 "Pump 1B 1 Cont Floor & Equip Sump"
| |
| 0 "Pump 1B2 Cont Floor & Equip Sump"
| |
| | |
| Enclosure 13.5 PT/ 1/A/4 600/009
| |
| Containment Floor and Equipment Sumps Page 3 of 4
| |
| Input Rate Determination
| |
| Containment Floor and Equipment Sump Inleakage Rate Log Sheet
| |
| 1WLP5740 1WLP5750 Leakage
| |
| Date CFE Sump A CFE Sump B Leakage Rate Acceptable
| |
| Timehitials Level - Inches Level - Inches gpm InitiaVDate
| |
| 7-
| |
| | |
| Enclosure 13.5 PT/1 /A/4600/009
| |
| Containment Floor and Equipment Sumps Page 4 of 4
| |
| Input Rate Determination
| |
| SUMP VOLUME VS. LEVEL INDICATION TABLE
| |
| To calculate the Rate of volume increase in the Sump, perform the following calculation:
| |
| (Sump A Gals.(T2) - Sump A Gals.(T 1 )) + (Sumr, B Gals.(T2) - Sump B Gals.(T 1)) 3&7 *#
| |
| (Time at T2 - Time at T1) CALCOLOT7
| |
| NOTE: 1. TI is the data from the previous reading.
| |
| 2. T2 is the data from the current reading.
| |
| | |
| Enclosure 13.6 PT/1/A/4600/009
| |
| lEMF-38 Delta Count Rate Determination Page 1 of 1
| |
| EMF38 Count Rate Log Sheet
| |
| 1 Time
| |
| I
| |
| 1 CountdMin
| |
| I
| |
| 1
| |
| I
| |
| Leakage Acceptable
| |
| hitiamate
| |
| ~~~
| |
| -
| |
| NOTE: 1. If the change in count rate per hour is 2 750 cpm, refer to TS 3.4.13 and TS 3.4.15 and
| |
| determine if NC System leakage is > 1 gpm.
| |
| 2. A digital readout of 1EMF-38 may be obtained from recorder 1MICR6640.
| |
| | |
| Enclosure 13.7 PT/1/N4600/009
| |
| 1EMF-39 Delta Count Rate Determination Page 1 of 1
| |
| I EMF39 Count Rate Log Sheet
| |
| 1 Change in
| |
| I Time Counts/Min I Counts Rate/Hour
| |
| -
| |
| I
| |
| Acceptance Criteria - Change in count rate < 6700 cpm per hour
| |
| NOTE: If the change in count rate per hour is 2 6700 cpm, refer to TS 3.4.13 and TS 3.4.15 and
| |
| determine if NC System leakage is > 1 gpm.
| |
| | |
| Page 2 of 8
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| Task: Perform a manual shutdown margin calculation (Unit at Power)
| |
| Alternate Path:
| |
| N/A
| |
| Facilitv JPM #:
| |
| OP-CN-RT-RB-I21 (Modified)
| |
| KIA Ratindsl:
| |
| 2.1.25 (2.8J3.1)
| |
| Task Standard:
| |
| Determine that adequate shutdown margin exists per Technical Specifications.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator X In-Plant X Perform X Simulate
| |
| References:
| |
| OP/O/A/6100/006 Reactivity Balance Calculation Enclosure 4.3 Revision 64
| |
| ROD Book Section 5
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Ratinq: SAT UNSAT Performance Time
| |
| Examiner: /
| |
| NAME SIGNATURE DATE
| |
| COMMENTS
| |
| .
| |
| | |
| Page 3 of 8
| |
| ToolslEquipment/Procedures Needed:
| |
| OP/O/A/6100/006 Reactivity Balance Calculation Enclosure 4.3
| |
| ROD Book Section 5
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIAL CONDITIONS:
| |
| You are the Unit 1 Balance of Plant operator. You have just been informed by the Control Room
| |
| SRO that the following rods are determined to be untrippable:
| |
| B-4
| |
| c-7
| |
| Present Control Bank Position 215 steps Bank D
| |
| Present Shutdown Bank Positions All Banks at 226 Steps
| |
| I Present Boron Concentration I 779 ppm
| |
| INITIATING CUE:
| |
| Perform a Manual Shutdown Margin Calculation for these untrippable rods per
| |
| OP/O/A/6100/006 (Reactivity Balance Calculation) and determine if adequate shutdown margin
| |
| exists.
| |
| | |
| Page 4 of 8
| |
| Start Time:
| |
| STEP 1: Performs Section 2.3 and N/As Section 2.2.
| |
| STANDARD: Step 2.2 marked N/A. -SAT
| |
| COMMENTS:
| |
| -UNSAT
| |
| STEP 2: Record data required in step 2.3.
| |
| STANDARD: Operator determines the following using the initial conditions.;
| |
| Unit: 1 -SAT
| |
| Datemime: Present Datemime
| |
| Present Thermal Power, Best Estimate: 97.75%
| |
| Present Cycle Burnup: 277 EFPD -UNSAT
| |
| Present Control Bank Position: 215 SWD, Control Bank
| |
| Number of untrippable RCCA(s): B4 and C7
| |
| COMMENTS:
| |
| STEP 3: Determine total available rod worth.
| |
| -SAT
| |
| STANDARD: Determine total available rod worth to be 4879 pcm per section
| |
| 5.7 of R.O.D. Manual.
| |
| -UNSAT
| |
| COMMENTS:
| |
| _ _ ~
| |
| STEP 4: Determine there are multiple untrippable RCCAs.
| |
| STANDARD: N/A steps 2.4.3 and 2.4.4. -SAT
| |
| COMMENTS:
| |
| -UNSAT
| |
| | |
| Page 5 of 8
| |
| STEP 5: Determine location of highest reactivity worth RCCA and its
| |
| reactivity worth penalty..
| |
| -SAT
| |
| STANDARD: Determines RCCA C7 Rod worth is 263 pcm per section 5.8 of the
| |
| R.O.D. Manual.
| |
| -UNSAT
| |
| COMMENTS:
| |
| STEP 6: Determine maximum stuck rod worth during cycle.
| |
| STANDARD: Determines maximum stuck rod worth during cycle is 970 pcm per -SAT
| |
| section 5.7 of the R.O.D. Manual.
| |
| COMMENTS: -UNSAT
| |
| STEP 7: Calculate total untrippable RCCA reactivity worth penalty.
| |
| STANDARD: Calculates a penalty: {[2-I] X 970pcm) + 2 6 3 = ~1233 pcm -SAT
| |
| COMMENTS:
| |
| -UNSAT
| |
| ~~ __ ~
| |
| STEP 8: Calculate inserted reactivity worth of rods.
| |
| STANDARD: Determines: -SAT
| |
| Worth of Control Banks HFP, Eq Xenon IRW: 12 pcm
| |
| Worth of Shutdown Banks HFP Eq Xenon IRW: 0 Dcm
| |
| -UNSAT
| |
| Inserted Worth of Present Position 12 pcm.
| |
| COMMENTS:
| |
| | |
| Page 6 of 8
| |
| STEP 9: Calculate available reactivity worth of trippable rods.
| |
| STANDARD: Determines:
| |
| Total available rod worth 4879 pcrn -SAT
| |
| Untrippable RCCA penalty 1233 pcm
| |
| Inserted Rod Worth 12 pcm
| |
| -UNSAT
| |
| Available Worth of Trippable RCCAs: 3634 pcm
| |
| COMMENTS:
| |
| STEP 10: Calculate total misaligned RCCA reactivity worth.
| |
| STANDARD: Determines:
| |
| Quantity of Misaligned Rods: 0 pcm
| |
| Maximum Dropped or Misaligned Rod Worth: 200 pcm
| |
| Total Misaligned RCCA Worth: 0 pcm
| |
| COMMENTS:
| |
| EXAMINER NOTE: JPM Step 11A (procedure step 2.5) finalizes the SDM
| |
| calculation. If the candidates choose not to
| |
| interpolate they must use the Highest Total Power
| |
| Defect for plant conditions on table 5.9. 1882 pcm is
| |
| the only value allowed for step 2.5 C.
| |
| STEP 1I A : Calculate SDM for present conditions. (step 2.5) CRlTI CAL
| |
| STEP
| |
| STANDARD: Determines:
| |
| A. Available Worth of trippable RCAs: 3634 pcm
| |
| B. Total Misaligned RCCA Worth: 0 pcrn -SAT
| |
| C. Total Power Defect (without Interpolation) 1882 pcrn
| |
| D. Transient Flux Redistribution Allowance: 340 pcrn
| |
| -UNSAT
| |
| Present SDM: 1412 pcrn
| |
| COMMENTS:
| |
| | |
| Page 7 of 8
| |
| EXAMINER NOTE: JPM Step 1IB (procedure step 2.5) finalizes the SDM
| |
| calculation. If the candidates choose to interpolate,
| |
| the Total Power Defect for plant conditions on table
| |
| 5.9 is 1829.1 pcm with an allowed range of 1810 to
| |
| 1850 pcm in step 2.5 C.
| |
| STEP I 1 B: Calculate SDM for present conditions. (step 2.5) CRITICAL
| |
| STEP
| |
| STANDARD: Determines:
| |
| A. Available Worth of trippable RCAs: 3634 pcm
| |
| B. Total Misaligned RCCA Worth: 0 pcrn -SAT
| |
| C. Total Power Defect (with Interpolation) 1810-1850 pcrn
| |
| D. Transient Flux Redistribution Allowance: 340 pcrn
| |
| -UNSAT
| |
| Present SDM: (allowable final value) -
| |
| 1484 1444 pcrn
| |
| COMMENTS:
| |
| STEP 12: Ensure Present SDM equal to greater than 1300 PCM. CRITICAL
| |
| STEP
| |
| STANDARD: Determines present SDM is greater than 1300 pcm.
| |
| COMMENTS: -SAT
| |
| -UNSAT
| |
| TIME STOP:
| |
| | |
| Page 8 of 8
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIAL CONDITIONS:
| |
| You are the Unit 1 Balance of Plant operator. You have just been informed by the Control Room
| |
| SRO that the following rods are determined to be untrippable:
| |
| 4 B-4
| |
| 4 c-7
| |
| Present Thermal Power Best Estimate 97.75%
| |
| Present Cycle Burnup 277 EFPD
| |
| Present Control Bank Position 215 steps Bank D
| |
| Present Shutdown Bank Positions All Banks at 226 Steps
| |
| I Present Boron Concentration I 779ppm
| |
| INITIATING CUE:
| |
| Perform a Manual Shutdown Margin Calculation for these untrippable rods per
| |
| OP/O/A/6100/006 (Reactivity Balance Calculation) and determine if adequate shutdown margin
| |
| exists.
| |
| | |
| 1
| |
| Enc! ure 4.3 OP/o/A/6 100/06
| |
| Shutdown Margin - Untrippable RCCA(S) - Page 1 of 4
| |
| Modes 1 & 2
| |
| 1. Initial Conditions
| |
| 1.1 Limits and Precautions have been reviewed.
| |
| 2. Procedure
| |
| 2.1 performing a MANUAL calculation, NIA Step 2.2.
| |
| 2.2 Perform the following steps i f using the REACT program to complete the calculation:
| |
| 2.2.1 Access Reactivity Balance Program per Enclosure 4.7.
| |
| 2.2.2 Select View then Reactivity Balance Calculations on toolbar.
| |
| 2.2.3 Select SDM - Mode 1 or 2 tab in R e a c t h y Balance Calculations window.
| |
| NOTE: 1. Sign must be provided with Difference from Equilibrium Samarium [;.e., ( ) __ pcm].
| |
| 2. Quantity of Misaligned Rods refers to rods that are misaligned but remain
| |
| OPERABLE (trippable). Only the total number of rods is required.
| |
| 3, Input inoperable (untrippable) control rods by clicking Select Inoperable Rods and
| |
| input any inserted shutdown banks using Shutdown Banks Inserted tab.
| |
| 2.2.4 Enter appropriate values as prompted.
| |
| 2.2.5 Click Calculate, print program results, label appropriately, and attach to this
| |
| enclosure.
| |
| 2.2.6 Ensure Effective Shutdown Margin for Present Position is greater than
| |
| Required Shutdown Margin.
| |
| 2.2.7 Ensure that a separate, independent calculation has been performed per steps
| |
| 2.2.1 through 2.2.6.
| |
| 2.2.8 Verify that both attachments to this enclosure yield the same results.
| |
| 2.2.9 NIA the rest of this enclosure (steps 2.3 through 2.7)
| |
| Performed By: Date/Time: I
| |
| Verified By: DatelTime: I
| |
| | |
| Enclosure 4.3 OPlo/A/6 100/06
| |
| Shutdown Margin - Untrippable RCCA(S) - Page 2 of 4
| |
| Modes 1 & 2
| |
| NOTE: 1. In Modes 1 or 2 with all RCCAs trippable, shutdown margin is satisfied provided
| |
| control banks are positioned above the C o n t r ~ Rod
| |
| l Insertion limits in Section 2.2 of
| |
| the R.O.D. manual.
| |
| 2. Assume all values are positive unless otherwise indicated by parentheses.
| |
| parentheses precede the value [i.e. ( ) pcm], record the sign provided
| |
| with data. The calculations account for these sign conventions.
| |
| 2.3
| |
| Step Description Reference Value
| |
| 2.3.1 Unit NIA /
| |
| 2.3.2 Date/Time NIA FkSCCA-t
| |
| 2.3.3 Present Thermal Power, Best Pl385
| |
| Estimate 47JS Yo
| |
| 2.3.4 Present cycle bumup P1457 or Reactor
| |
| 2.3.5 Present control bank position
| |
| Group Duty
| |
| Engineer
| |
| NiA
| |
| 2-77
| |
| 2/5SWDon
| |
| EFPD 1I
| |
| Control Bank P
| |
| 2.3.6 Present shutdown bank position NIA A226 BZ26
| |
| C a d D.224
| |
| 2.3.7 Quantity of misaligned rods N/A 8
| |
| 2.3.8 Number of untrippable RCCA(s) NIA 2
| |
| 2.3.9 Untrippable RCCA(s) core NIA
| |
| locat ion( s). 84 1 C?
| |
| 2.4 Determine available reactivity worth of trippable RCCAs for present conditions:
| |
| 2.4.1 Determine Total Available Rod Worth
| |
| (Section 5.7 of R.O.D. manual)
| |
| 2.4.2 there are multiple untrippable RCCAs. hiA steps 2.4.3 and 2.4.4
| |
| 2.4.3 Determine reactivity worth penalty for untrippable Pcm
| |
| RCCA core location of Step 2.3.9 (Section 5.8 of R.O.D. manual).
| |
| flh 2.4.4 NIA steps 2.4.5 through 2.4.8.
| |
| 2.4.5 Determine untrippable RCCA of Step 2.3.9 Core Location C 7
| |
| with the highest reactivity worth penalty(Section 5.8 of ROD Manual).
| |
| 2.4.6 Record reactivity worth of the untrippable RCCA of 2c 3 pcm
| |
| Step 2.4.5 (Section 5.8 of ROD Manual).
| |
| | |
| Enclosure 4.3 OPIOIN6 100/06
| |
| Shutdown Margin - Untrippable RCCA(S) - Page 3 of 4
| |
| Modes 1 & 2
| |
| 2.4.7 Determine maximum stuck rod worth during cycle 970 Pcm
| |
| (Section 5.7 of the R.O.D. manual).
| |
| 2.4.8 Calculate total untrippable RCCA reactivity worth penalty below:
| |
| I Description I Reference I Value I
| |
| A.Number of Untrippable RCCAs Step 2.3.8 2 Pcm
| |
| B.Max Stuck Rod Step 2.4.7 470 Pcm
| |
| C. Highest Worth Penalty Step 2.4.6 263 pcm
| |
| Total untrippable RCCA Worth I (A) - 11 x / 3 3 3
| |
| / 6 3 3
| |
| p
| |
| -
| |
| cml
| |
| 2.4.9
| |
| NOTE: Interpolation is not required in step 2.4.10. Reactivity worth may be determined by
| |
| choosing the highest reactivity worth from Section 5.6 of the R . 0 . D Manual associated
| |
| with rod positions that bound the present rod position.
| |
| Description Reference Value
| |
| A. HFP, Eq Xenon IRW for Step 2.3.5 /2 pcm
| |
| current control bank position
| |
| B. HFP, Eq Xenon IRW for . Step 2.3.6 A 0 pcm
| |
| current shutdown bank positions B 0 pcm
| |
| C 0 pcm
| |
| D 0 pcm
| |
| I
| |
| A. Total Available Rod Worth Step 2.4.1
| |
| 9979 pcm
| |
| B. Untrippable RCCAs Penalty Step 2.4.9
| |
| la33 pcm
| |
| C. Inserted Worth of Present Step 2.4.10
| |
| Position (2 pcm
| |
| Available Worth of Trippable
| |
| RCCAs (A)-(B)-(C) 3434 p crn
| |
| | |
| Enclosure 4.3 OP/O/M6 100/06
| |
| Shutdown Margin - Untrippable RCCA(S) - Page 4 of 4
| |
| Modes 1 & 2
| |
| 2.4.12 Calculate total misaligned RCCA reactivity worth below:
| |
| NOTE: Interpolation of Power Defect is not required for step 2.5. Bounding burnups and power
| |
| levels may be used to select the highest Power Defect"from section 5.9 of the R.O.D.
| |
| & manual. I
| |
| ~ ~~ ~
| |
| CAUTION: SDM shall be within the limits specified by the COLR per Tech Spec 3.1.1,
| |
| Description Reference Value
| |
| A. Available worth of Trippable RCCA's Step 2.4.1 1
| |
| 3c34 pcm
| |
| B. Total misaligned RCCA Worth Step 2.4.12 0 Pcm
| |
| C. Total Power Defect at present thermal
| |
| power (Step 2.3.3) and cycle burnup (Step
| |
| . Section 5.9 of
| |
| R.O.D. manual
| |
| 1By-3- Pcm
| |
| 2.3.4)
| |
| D. Transient Flux Redistribution Section 5.7 of
| |
| Allowance R.O.D. manual 3
| |
| Present SDM (A) - (B) - (C)- (*)
| |
| (D) /4l2 pcm
| |
| 2.6 Ensure Present SDM is L 1300 pcm. (TS 3.1.1 via COLR)
| |
| NOTE: Separate, independent calculation must be performed by the verifier.
| |
| 2.7 Sign the appropriate space below. N/A the unsigned space.
| |
| Performed By: DateITime: I
| |
| Verified By: Da te/T i m e : /
| |
| | |
| Enclosure 4.3 OPIOIpJ6 100/06
| |
| Shutdown Margin - Untrippable RCCA(S) - Page 4 of 4
| |
| Modes 1 & 2
| |
| 2.4.12 Calculate total misaligned RCCA reactivity worth below:
| |
| NOTE: Interpolation of Power Defect is not required for step 2.5. Bounding burnups and power
| |
| -# levels may be used to select the highest Power DefeWfrom section 5.9 of the R.O.D.
| |
| manual. I
| |
| 1
| |
| ~ ~ ~~ ~~~~
| |
| CAUTION: SDM shall be within the limits specified by the COLR per Tech Spec 3 . 1 . 7 1
| |
| Description Reference Value
| |
| A. Available worth of Trippable RCCAs Step 2.4.I I
| |
| 3634 pcm
| |
| B. Total misaligned RCCA Worth Step 2.4.12 A Pcm
| |
| U
| |
| C. Total Power Defect at present thermal Section 5.9 of /8/0 6 /a-opcm
| |
| power (Step 2.3.3) and cycle burnup (Step R.O.D. manual
| |
| 2.3.4)
| |
| D. Transient Flux Redistribution Section 5.7 of
| |
| Allowance R.O.D. manual 30
| |
| Present SDM (A)-(B)-(C)- ( ) Pcm
| |
| (D) /va4 --Iq4q
| |
| 2.6 Ensure Present SDM is 2 1300 pcm. (TS 3.1.1 via COLR)
| |
| NOTE: Separate, independent calculation must be performed by the verifier.
| |
| 2.7 Sign the appropriate space below. N/A the unsigned space,
| |
| Performed By: Date/Time: /
| |
| Verified By: Date/Ti me: I
| |
| | |
| Page 1 of 8
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM 2S/ADMIN
| |
| Evaluate Reactor Coolant System Leakage
| |
| And Determine Tech Spec actions
| |
| During Loss of OAC
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 8
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| -
| |
| Task: Evaluate reactor coolant system leakage and determine Tech Spec actions
| |
| during loss of OAC.
| |
| Alternate Path:
| |
| N/A
| |
| Facility JPM #:
| |
| NEW
| |
| KIA Ratin&):
| |
| 2.1.33 (3.4/4.0)
| |
| Task Standard:
| |
| Evaluate data collected on reactor coolant system leakage and correctly determines that leakage
| |
| exceeds IGPM UNIDENTIFIED per T.S. 3.4.13.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator X - In-Plant X - Perform X Simulate
| |
| References:
| |
| PT/lA/4600/009 (Loss of Operator Aid Computer) Revision 67
| |
| CNS Tech Specs 3.4.13 and 3.4.15
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Rating: SAT UNSAT Performance Time
| |
| Examiner: i
| |
| NAME SIGNATURE DATE
| |
| | |
| Page 3 of 8
| |
| Tools/Equipmentl Procedures Needed:
| |
| PT/lA/4600/009 (Loss of Operator Aid Computer)
| |
| CNS Tech Specs 3.4.13 and 3.4.15
| |
| Completed Enclosures with the first set of readings.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIAL CONDITIONS:
| |
| Unit 1 is in Mode 3 and a loss of OAC has occurred. You are the Control Room SRO supervising
| |
| the actions contained in PT/I/A/4600/009 (Loss of Operator Aid Computer).
| |
| The BOP has completed the initial data entries (0830 hrs) for:
| |
| Enclosure 13.4 (Ventilation Unit Condensate Drain Tank Input Rate Determination)
| |
| Enclosure 13.5 (Containment Floor and Equipment Sumps Input Rate Determination)
| |
| Enclosure 13.6 (1EMF-38 Delta Count Rate Determination)
| |
| Enclosure 13.7 ( I EMF-39 Delta Count Rate Determination)
| |
| Data from previously performed NC Leakage Calculation:
| |
| 0 Identified leakage = 0.2 gpm
| |
| Unidentified leakage = 0.1 gpm
| |
| INITIATING CUE:
| |
| You are directed to gather the next set of readings (0930 hrs), evaluate the data collected in
| |
| Enclosures 13.4 through Enclosure 13.7, and determine the applicable Technical Specification
| |
| actions (if any).
| |
| | |
| Page 4 of 8
| |
| Start Time:
| |
| STEP 1: Record second data set for Unit 1 VUCDT LEVEL on Enclosure 13.4, -SAT
| |
| VUCDT INLEAKAGE RATE LOG SHEET
| |
| STANDARD: Contacts either Radwaste Chemistry or sends NLO to Unit 1 VUCDT -UNSAT
| |
| Level instrument on panel 1ELCC0013 to obtain data.
| |
| EXAMINER CUE: WHEN operator dispatched or Radwaste technician is called,
| |
| report that VUCDT level is reading 14%.
| |
| COMMENTS:
| |
| STEP 2: Candidate determines that VUCDT level has increased less than 1% -SAT
| |
| since last data collection
| |
| STANDARD: Based on previous data and current VUCDT level, candidate -UNSAT
| |
| determines level increase is 0% per hour and criteria is met.
| |
| COMMENTS:
| |
| | |
| Page 5 of 8
| |
| STEP 3: Enclosure 13.5 Containment Floor and Equipment Sumps Input Rate CRITICAL
| |
| Determination actions are performed. STEP
| |
| EXAMINER CUE: The Containment Floor and Equipment pumps were turned off
| |
| 90 minutes ago. -SAT
| |
| STANDARD: Enters time and sump levels. Calculates leak rate per calculation
| |
| formula on Enclosure 13.5 Page 4 of 4: -UNSAT
| |
| ASump
| |
| 10.9 inches is 439.6 gallons, (current reading)
| |
| 8.5 inches is 360.8 gallons, (previous reading)
| |
| 439.6 - 360.8 = 78.8 gallons per hour
| |
| B Sump
| |
| 7.7 inches is 322.4 gallons, (current reading)
| |
| 7.2 inches is 296.0 gallons, (previous reading)
| |
| 322.4 - 296.0 = 26.4 gallons per hour
| |
| Total leakage = 78.8 + 26.4 = 105.2 gallons per lour
| |
| 105.2 gallons/60 minutes = I.753 gallons per minute
| |
| (With an allowable range of 1.7 to 1.8 gallons per minute.)
| |
| EXAMINER CUE: Containment Floor and Equipment Sump A reads 10.9
| |
| inches and Sump B reads 7.7 inches
| |
| COMMENTS:
| |
| | |
| Page 6 of 8
| |
| STEP 4: Enclosure 13.5, Containment Floor and Equipment Sumps Input Rate CRITICAL
| |
| Determination leakage is checked against the criteria. STEP
| |
| STANDARD: Candidate determines that the leak rate is greater than 1 gpm for the
| |
| Containment Floor and Equipment Sump and criteria is NOT met. -SAT
| |
| EXAMINER NOTE: Candidate may complete remaining enclosures before
| |
| determining if Tech Spec 3.4.13 and 3.4.15, Limiting -UNSAT
| |
| Conditions for Operation, are met.
| |
| COMMENTS:
| |
| STEP 5: Candidate reads 1EMF-38 counts from Control Boards and completes
| |
| appropriate entries on enclosure 13.6. -SAT
| |
| STANDARD: Candidate enters time, countrate, calculates change in the last hour to
| |
| be 200 cpm, and determines leakage is acceptable. -UNSAT
| |
| EXAMINER CUE: IEMF-38 is currently reading 276 cpm.
| |
| COMMENTS:
| |
| STEP 6: Candidate reads 1EMF-39 counts from Control Boards and completes
| |
| appropriate entries on enclosure 13.7. -SAT
| |
| STANDARD: Candidate enters time, countrate, calculates change in the last hour to
| |
| be 1201 cpm, and determines leakage is acceptable. -UNSAT
| |
| EXAMINER CUE: 1EMF-39 is currently reading 1677 cpm.
| |
| COMMENTS:
| |
| | |
| Page 7 of 8
| |
| STEP 7: Refer to Technical Specifications 3.4.13 and 3.4.15 and determine if CRITICAL
| |
| NC System Leakage is >lgpm. STEP
| |
| STANDARD: Based on an allowable range of 1.7 to 1.8 gallons per minute
| |
| calculated and T.S. 3.4.13 bases, the Containment Sump Level -SAT
| |
| increases are considered Unidentified Leakage and Unit Ienters
| |
| Action A, Reduce Leakage in 4 hours.
| |
| -UNSAT
| |
| EXAMINER NOTE: The initial previously known values of Unidentified Leakage
| |
| would be added to this total but are not needed here to
| |
| perform this step SAT.
| |
| COMMENTS:
| |
| JPM Complete
| |
| TIME STOP:
| |
| | |
| Page 8 of 8
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIAL CONDITIONS:
| |
| Unit 1 is in Mode 3 and a loss of OAC has occurred. You are the Control Room SRO supervising
| |
| the actions contained in PT/l/A/4600/009 (Loss of Operator Aid Computer).
| |
| The BOP has completed the initial data entries (0830 hrs) for:
| |
| Enclosure 13.4 (Ventilation Unit Condensate Drain Tank Input Rate Determination)
| |
| Enclosure 13.5 (Containment Floor and Equipment Sumps Input Rate Determination)
| |
| Enclosure 13.6 (1EMF-38 Delta Count Rate Determination)
| |
| Enclosure 13.7 (1EMF-39 Delta Count Rate Determination)
| |
| Data from previously performed NC Leakage Calculation:
| |
| 0 Identified leakage = 0.2 gpm
| |
| 0 Unidentified leakage = 0.1 gpm
| |
| INITIATING CUE:
| |
| You are directed to gather the next set of readings (0930 hrs), evaluate the data collected in
| |
| Enclosures 13.4 through Enclosure 13.7, and determine the applicable Technical Specification
| |
| actions (if any).
| |
| | |
| Enclosure 13.4 PT/1/A/4600/009
| |
| .-
| |
| Ventilation Unit Condensate Drain Tank Page 1 of 1
| |
| Input Rate Determination
| |
| Acceptance Criteria - Rate of increase must be < Ioh/hour.
| |
| ~
| |
| NOTE: 1. Either of the following instruments may be used to perform this surveillance, however,
| |
| the same instrument should be used for the duration of time the procedure is in effect:
| |
| "UNIT 1 VUCDT LEVEL" on Auxiliary Waste Processing Control Panel
| |
| (1 ELCCOO 13) (AB-543, MM, 53-54) .
| |
| 0 I WLP5771 (AB-543, BB-CC, 50) CA Pump Room [Next to VUCDT)
| |
| 2. If the rate of increase is 2 I%/hour, the VUCDT input rate is > 1 gpm. Refer to TS 3.4.13
| |
| and TS 3.4.15 and determine if NC System leakage is > 1 gpm.
| |
| ., .)
| |
| 3. Coordinate with Radwaste Chemistry as required when the VUCDT needs to be pumped
| |
| down.
| |
| VUCDT PJLEAKAGE RATE LOG SHEET
| |
| Time Level - % I Rate of Change I Leakage .4cceptable 1
| |
| | |
| Enclosure 13.5 PTI 1IA~'46001009
| |
| Containment Floor and Equipment Sumps Page 1 of 4
| |
| Input Rate Determination
| |
| 1. Procedure
| |
| NOTE: If any containment floor and equipment sump pump starts during the I O minute test period
| |
| the test results will NOT be valid. The test should be repeated until valid results are
| |
| obtained. (i.e. no pump start during test period)
| |
| @!l51.1 Stop the following sump pumps and place in "Manual":
| |
| "Pump 1 A 1 Cont Floor & Equip Sump"
| |
| "Pump lA2 Cont Floor & Equip Sump"
| |
| "Pump 1 B1 Cont Floor & Equip Sump"
| |
| "Pump 1B2 Cont Floor & Equip Sump" .).I
| |
| NOTE: The Containment Floor and Equipment Sumps may be pumped down as necessary, however,
| |
| a new initial sump level reading should be recorded after the pumps are returned to the
| |
| "Manual" position.
| |
| 1.2 E at any time during the performance of this test the sump level reaches 2 15". perform the
| |
| fol 1owing :
| |
| 1.2.1 Place the following sump pumps in "AUTO":
| |
| "Pump I A l Cont Floor & Equip Sump"
| |
| "Pump 1 A2 Cont Floor & Equip Sump"
| |
| "Pump 1B1 Cont Floor & Equip Sump"
| |
| "Pump 1B2 Cont Floor & Equip Sump"
| |
| NOTE: A level less than 4" is below the calibration range of the Containment Floor and Equipment 1
| |
| Sump level instrumentation, therefore the Leakage Detection Systems must be declared
| |
| inoperable at sump level less than 4". {PIP 95-0878)
| |
| 1.2.2 Verify the affected sump level is lowered to IO" as indicated on 1WLP5740 (Cont
| |
| Floor and Equipment Sump A Level) or 1 WLP5750 (Cont Floor and Equipment
| |
| Sump B Level).
| |
| 1.2.3 Return the following sump pumps to "Manual" and stopped:
| |
| "Pump 1 A 1 Cont Floor & Equip Sump"
| |
| "Pump 1 A2 Cont Floor & Equip Sump"
| |
| "Pump 1 B I Cont Floor & Equip Sump"
| |
| "Pump 1B2 Cont Floor & Equip Sump"
| |
| | |
| Enclosure 13.5 PTI 1iN46OOl009
| |
| Containment Floor and Equipment Sumps Page 2 of 4
| |
| Input Rate Determination
| |
| fq1.3 Record initial sump readings on the "Containment Floor and Equipment Sump Inleakage
| |
| Rate Log Sheet".
| |
| 1.4 Once per hour, record sump level readings on the "Containment Floor and Equipment Sump
| |
| Inleakage Rate Log Sheet".
| |
| 1.5 Calculate the leakage rate using the "Sump Volume vs. Level Indication Table"
| |
| 1.6 Verify leakage is < 1 gpm.
| |
| 1.7 -
| |
| IF the input to the Containment Floor and Equipment Sumps is > 1 gpm. p e r f o m the
| |
| fo1Iow i ng :
| |
| ., I
| |
| 0 RefertoTS3.4.13andTS3.4.15.
| |
| 0 Determine if NC System leakage is > 1 gpm.
| |
| 1.8 WHEN the OAC is returned to service, place the following sump pumps in "AUTO":
| |
| "Pump 1Al Cont Floor & Equip Sump"
| |
| "Pump 1A2 Cont Floor & Equip Sump"
| |
| "Pump IBI Cont Floor & Equip Sump"
| |
| "Pump lB2 Cont Floor & Equip Sump"
| |
| | |
| Enclosure 13.5 PT/ 1/~14600/009
| |
| Containment Floor and Equipment Sumps Page 3 of 4
| |
| Input Rate Determination
| |
| Containment Floor and Equipment Sump hleakage Rate Log Sheet
| |
| | |
| Enclosure 13.5 PTI ~ltv46001009
| |
| Containment Floor and Equipment Sumps Page 4 of 4
| |
| Input Rate Determination
| |
| SUMP VOLUME VS. LEVEL INDICATION TABLE
| |
| To calculate the Rate of volume increase in the Sump, perform the following calculation:
| |
| (Sumo A Gals.[TZ) - Sumo A Gals.(TI)) + (Sumo B Gais.(TZ) - Sumr, B Gals.(TI)) 5 4 L ccc/cuh~& I
| |
| (Time at TZ - Time at T I )
| |
| I
| |
| NOTE: 1. TI is the data from the previous reading.
| |
| I
| |
| 2. T2 is the data from the current reading.
| |
| | |
| Enclosure 13.6 PTI 1l ~ f 4 6 0 0 l 0 0 9
| |
| 1EMF-38 Delta Count Rate Determination Page I of 1
| |
| Change in Leakage Acceptable
| |
| Acceptance Criteria - Change in count rate < 750 cpm per hour
| |
| NOTE: 1. If the change in count rate per hour is 2 750 cpm, refer to TS 3.4.13 and TS 3.4.15 and I
| |
| determine if NC System leakage is > 1 gpm.
| |
| 2. A digital readout of 1EMF-38 may be obtained from recorder 1 MICR6640.
| |
| | |
| Enclosure 13.7 PT/ 1/AJ4600/009
| |
| I EMF-39 Delta Count Rate Determination Page 1 of 1
| |
| Acceptance Criteria - Change in count rate < 6700 cpm per hour
| |
| NOTE: If the change in count rate per hour is 2 6700 cpm, refer to TS 3.4.13 and TS 3.4.15 and
| |
| determine if NC System leakage is > 1 gpm.
| |
| | |
| ~~~ ~
| |
| L
| |
| Page 1 of 7
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM 3SIADMIN
| |
| Perform a Review of a R&R Procedure
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 7
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| Task: Perform a review of a R&R procedure.
| |
| Alternate Path:
| |
| N/A
| |
| Facility JPM #:
| |
| N/A)
| |
| KIA Ratinalsl:
| |
| GKA2.2.13 (3.613.8)
| |
| Task Standard:
| |
| The R&R is reviewed for technical correctness and determines the vent path requires one an additional valve to be
| |
| tagged open: 1KF-9 or 1KF-11, or 1KF-13.The candidate also discovers the wrong unit tag for the pump
| |
| breaker.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator - In-Plant X Perform X Simulate
| |
| Referen ces:
| |
| OMP 2-18 (Tagout Removal and Restoration Procedure) Revision 62
| |
| CN-1570-1.0 (Flow Diagram of the KF System) Revision 19
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Rating: SAT UNSAT Performance Time
| |
| Examiner: I
| |
| NAME SIGNATURE DATE
| |
| COMMENTS
| |
| | |
| Page 3 of 7
| |
| Simulator Setup
| |
| N/A.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIAL CONDITIONS:
| |
| Unit 1 is operating at 100% power.
| |
| 1A KF Pump indicated no flow with the pump running and has been removed from service.
| |
| 1B KF pump has been placed in service.
| |
| The Safety Tagging Computer program is not available.
| |
| An NLO has manually generated a tag out of the ? A KF pump for maintenance to investigate.
| |
| INITIATING CUE:
| |
| You are directed to review the R&R that will be used to tag out the 1A KF pump.
| |
| | |
| Page 4 of 7
| |
| EXAMINER NOTE: Provide student with a copy of flow diagram CN-1570-
| |
| STEP 1: Verify all required blanks in the top two sections on page Iof the
| |
| Removal Enclosure are completed. (Down to Pre-Execution Sign
| |
| Off Block). -SAT
| |
| STANDARD: Department, Page Number, Tagout ID, Enclosure Type, Date,
| |
| Unit, Isolation Tagged, Reason, Prepared By, Date and Time -UNSAT
| |
| prepared are entered.
| |
| COMMENTS:
| |
| STEP 2: Verify all tag information blocks are completed as follows:
| |
| -SAT
| |
| STANDARD: Verifies the following information on pages 2 and 3 of the
| |
| Removal Enclosure.
| |
| 0 Sequence Number and Tag ID. -UNSAT
| |
| 0 Equipment tag, Equipment Description and Location.
| |
| 0 Position and Label.
| |
| EXAMINER NOTE: It is not necessary for the candidate to review the
| |
| Enclosure Summary Report in the Removal Enclosure
| |
| in order to properly complete the review of the
| |
| Removal.
| |
| COMMENTS:
| |
| | |
| Page 5 of 7
| |
| STEP 3: Component verified to be completely isolated and that all CRITICAL
| |
| components are tagged in the proper position STEP
| |
| STANDARD: The pump is verified to be completely isolated. The candidate -SAT
| |
| recognizes that the motor breaker for the 2A KF Pump is to be
| |
| racked out and tagged and corrects the Removal Enclosure to
| |
| rackout and tag 1A KF Pump motor breaker. -UNSAT
| |
| EXAMINER CUE: After the candidate identifies an error on the Removal
| |
| Enclosure, instruct him to correct the error on the
| |
| Removal Enclosure and any other errors that may be
| |
| present. When complete with his review, the Removal
| |
| Enclosure will be returned to the preparer so that a
| |
| new Removal Enclosure can be made.
| |
| COMMENTS:
| |
| STEP 4: Verify proper sequence.
| |
| -SAT
| |
| STANDARD: Candidate determines that the isolation sequence is incorrect
| |
| and should be re-ordered as follows
| |
| -UNSAT
| |
| a Discharge Isolation valve closed
| |
| Suction Isolation Valve closed
| |
| EXAMINER NOTE: The items that are out of sequence are for the suction
| |
| and discharge valves.
| |
| COMMENTS:
| |
| | |
| Page 6 of 7
| |
| STEP 5: Verifies technical accuracy.
| |
| CRITICAL
| |
| STANDARD: Candidate determines from flow diagram CN-1570-1.O that the STEP
| |
| drain path from 1KF-121 does not have a complete vent path
| |
| from 1KF-IO. For these two valves an additional flow path must -SAT
| |
| be tagged open using any one of the following valves:
| |
| IKF-9 -UNSAT
| |
| IKF-11
| |
| IKF-13
| |
| EXAMINER NOTE: Any one of these valves will create a vent path for the
| |
| two valves listed on the tag sheet.
| |
| COMMENTS:
| |
| STEP 6: Return the Removal Enclosure to the NLO to make identified
| |
| corrections. -SAT
| |
| STANDARD: N/A
| |
| -UNSAT
| |
| EXAMINER CUE: NLO will take the Removal Enclosure and make
| |
| required corrections.
| |
| COMMENTS:
| |
| TIME STOP:
| |
| | |
| Page 7 of 7
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIAL CONDITIONS:
| |
| Unit 1 is operating at 100% power.
| |
| I A KF Pump indicated no flow with the pump running and has been removed from service.
| |
| 1B KF pump has been placed in service.
| |
| The Safety Tagging Computer program is not available.
| |
| An NLO has manually generated a tag out of the 1A KF pump for maintenance to investigate.
| |
| INITIATING CUE:
| |
| You are directed to review the R&R that will be used to tag out the 1A KF pump.
| |
| | |
| - 5of7
| |
| Page
| |
| Attachment 9.1
| |
| RemovaVRemoval Addendudpartial RestoratiodRestoration Enclosures
| |
| I Catawba Nuclear Station I Dept: lyp> Page -1- of -2- Tagout ID: iw3 mm7
| |
| ' Enclosure Type: PCr4flVA)L Date: AtZ?/L., /Y, 202.3
| |
| Unit: / BTO: j
| |
| ' Cross Disciplinary at: ; Approved By: at:
| |
| j RevBy:
| |
| I
| |
| I
| |
| I
| |
| -
| |
| Pre e x e cut io n Si g noff s :
| |
| Technical Specifications / SLC jI -
| |
| Unit 1 1 Unit 2
| |
| -
| |
| I
| |
| Orarn Sentinel Evaluation By:
| |
| !
| |
| Fire Impairment By:
| |
| j SSF Degrade:
| |
| __ -
| |
| .
| |
| Containment Operability Evaluation By:
| |
| Control Room L o g s Updated by:
| |
| -
| |
| Unit 1 -
| |
| Unit 2
| |
| 1.47 Panel Reviewed By:
| |
| -
| |
| Unit 1 -
| |
| Unit 2
| |
| OAC Points RernovedlRestored TolFrom
| |
| Service By:
| |
| I Unit 1 -
| |
| Unit 2
| |
| | |
| Operations Management Procedure 2- 1 8 Page 6 of 7
| |
| Attach men t 9.1
| |
| Rem o v a I/R e rn o v a I A d den d u m/P a rt i a 1 Rest o r a ti o n/R e s t o r a t i o n E n c 1os u res
| |
| Catawba Nuclear Station Dept: Page L-of -2- Tagout ID: o - ~ - ~ - ,
| |
| Enclosure Type Rt;7vImq~ Date: ~ 3 i 2 . 1 L I4 )2p3
| |
| Unit : I BTO:
| |
| I Enclosure Execution Start Datenime:
| |
| I
| |
| "q':
| |
| \
| |
| lag ID:
| |
| Equip Tag:
| |
| a-
| |
| Equipment Description:
| |
| 722- 1 5
| |
| Position:
| |
| L a c KED c3clT-
| |
| As found:
| |
| Placed By:
| |
| LBL:
| |
| I iu&b WC/W(~ @ ~ f l ' P~ O T /OA ~
| |
| Location: IV By:
| |
| f i u ~3~x7k2.E~ 5-17+ co (~OLAA-'.'~
| |
| Position. Placed By:
| |
| Equip Tag:
| |
| IKF-z CL O Z E D
| |
| lag ID: Equipment Description: As found: LBL
| |
| I Special info:
| |
| Position: Placed By:
| |
| IKF-4 C G D
| |
| la$ ID: Equipment Description: As found: LBL:
| |
| 1 Special info:
| |
| Posltlon Placed By
| |
| Equip Tag:
| |
| 4 I K C -I&\ o&- FJ
| |
| Tag ID Equipment Description As found LBL
| |
| 4 [ A dF POW?~ 2 4 1 ~
| |
| Location I V By
| |
| A O K Q 1 8 C Y @ \ + 08 QQs\
| |
| L
| |
| Enclosure Execution Completion Datenime: ____
| |
| 11
| |
| | |
| Operations Management Procedure 2- 18 Page 6 of 7
| |
| Attachment 9.1
| |
| RemovaURemoval Addendudpartial Restoration/Restoration Enclosures
| |
| Catawba Nuclear Station I Dept: (s3s Page 3_ of 3- Tagout ID: ha3- M r n
| |
| Enclosure Type: k-MDVhiL Date: P ~ I iqL , &m3
| |
| Unit: I BTO: I
| |
| Enclosure Execution Start Datemime: -
| |
| Position: Placed By:
| |
| Equip Tag:
| |
| IK(F -Io 03tW
| |
| Tag ID: Equlpment Description: As found: LBL:
| |
| / A KFPur n? VENT Ti wa=-i-
| |
| I Equip Tag: Positlon: Placed By:
| |
| Tag ID: Equipment Description: As found: LBL:
| |
| I
| |
| Location: IV By:
| |
| Position: Placed By:
| |
| Equip Tag:
| |
| Tag ID: Equipment Description: As found: LBL:
| |
| Location: IV By:
| |
| Special info:
| |
| I
| |
| Seq#: Equip Tag: Position: Placed By:
| |
| Tag ID: Equipment Description: As found: LBL:
| |
| Location: I V By:
| |
| Special info:
| |
| I
| |
| Enclosure Execution Completion Datenime:
| |
| | |
| Operations Management Procedure 2- 18 Page 7 of 7
| |
| Attachment 9.1
| |
| RemovaYRemoval Addendudpartial Restoration/Restoration Enclosures
| |
| Enclosure Summary Report
| |
| Applicable Work
| |
| Orders:
| |
| Affected
| |
| Procedures:
| |
| | |
| ~~ ~
| |
| Page 1 of 8
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM 3RIADMIN
| |
| Classify Emergency Diesel Generator Start and Make
| |
| Required Log Entries
| |
| CANDIDATE
| |
| EXAMI NER
| |
| | |
| Page 2 of 8
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| -
| |
| Task: Classify Emergency Diesel Generator Start and Make Required Log Entries
| |
| Alternate Path:
| |
| NIA
| |
| Facility JPM #:
| |
| NEW
| |
| KIA Ratinds):
| |
| 2.2.12 (3.013.4)
| |
| Task Standard:
| |
| Correct classification of Emergency Diesel Generator is determined as an INVALlD FAILURE
| |
| and OMP 2-28 Attachment 10.1 is filled out down the point where it is ready to be reviewed by
| |
| the CRSRO.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator X In-Plant X Perform X Simulate
| |
| References:
| |
| Operations Management Procedures 2-28, Diesel Generator Logbook Revision 24
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Ratinq: SAT UNSAT Performance Time
| |
| Examiner: I
| |
| NAME SIGNATURE DATE
| |
| COMMENTS
| |
| | |
| Page 3 of 8
| |
| ToolslEauipmentlProceduresNeeded:
| |
| OMP2-28
| |
| Completed Attachment 10.2 showing last diesel run and total run hours for 2003.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIAL CONDITIONS:
| |
| Unit 2 is in Mode 1. You are an extra operator on shift and assisting the Operation Test Group in a
| |
| scheduled surveillance test of the 2B Emergency Diesel Generator. The test will be conducted
| |
| using procedure PT/2/A/4350/002B, DIG Operability Test.
| |
| INITIATING CUE:
| |
| The history of what occurred during the 2B diesel operability is as follows:
| |
| 0 The test was performed as a Turbo Prelube and Manual key start.
| |
| 0 Speed, frequency, and voltage reached their required values in 7.3 seconds.
| |
| 0 Diesel Generator ran loaded to 3600 KW from 0830 to 0915 then tripped on High Jacket
| |
| Water Temperature
| |
| 0 IAE Technicians determined that the trip was spurious since the highest recorded water
| |
| temperature only reached 178 O F .
| |
| Classify the test and complete a Diesel Generator Logbook entry for this test and submit to the
| |
| CRSRO for review.
| |
| | |
| Page 4 of 8
| |
| Start Time:
| |
| EXAMINER CUE: Provide a copy of OMP 2-28 and a completed copy of
| |
| Attachment 10.2 showing the last logbook entry for 2B
| |
| Diesel Generator.
| |
| STEP 1: Candidate enters diesel generator on Attachment 10.1
| |
| -SAT
| |
| STANDARD: Candidate enters Diesel Generator: 2B
| |
| COMMENTS: -UNSAT
| |
| STEP 2: Candidate enters his/her name as Recorded By on Attachment
| |
| 10.1 -SAT
| |
| STANDARD: Candidate enters Recorder by: Candidate performing test
| |
| -UNSAT
| |
| COMMENTS:
| |
| STEP 3: Candidate enters START ATTEMPT NUMBER on Attachment -SAT
| |
| 10.1
| |
| STANDARD: Candidate enters next start attempt number based on last entry -UNSAT
| |
| of Attachment 10.2. Enters 2003-16
| |
| COMMENTS:
| |
| | |
| Page 5 of 8
| |
| ~~~ ~
| |
| STEP 4: Candidate enters DATE onto Attachment I O . 1. -SAT
| |
| STANDARD: Candidate enters TODAY'S DATE on Attachment IO.1.
| |
| -UNSAT
| |
| COMMENTS:
| |
| STEP 5: Candidate enters PROCEDURE USED onto Attachment IO.I . -SAT
| |
| STANDARD: Candidate checks PT/1(2)/4350/002A(B) based on initial cue on
| |
| Attachment 10.1. -UNSAT
| |
| COMMENTS:
| |
| ~
| |
| STEP 6: Candidate enters REASON FOR D/G OPERATION onto -SAT
| |
| Attachment I O . 1.
| |
| STANDARD: Candidate checks SCHEDULED SURVIELLANCE per the initial -UNSAT
| |
| cue on Attachment 10.1.
| |
| COMMENTS:
| |
| ~~ ~
| |
| STEP 7: Candidate enters TYPE OF START onto Attachment 10.1. -SAT
| |
| STANDARD: Candidate checks TURBO PRELUBE from the initial cue on
| |
| Attachment I O . 1. -UNSAT
| |
| COMMENTS:
| |
| | |
| Page 6 of 8
| |
| STEP 8: Candidate refers to OMP 2-28 Section 6 and determines the CRITICAL
| |
| TEST CLASSIFICATION and checked that block on Attachment STEP
| |
| 10.1.
| |
| STANDARD: Candidate determines the following and checks the appropriate -SAT
| |
| block for:
| |
| 0 It is NOT a Valid SUCCESS due to NOT meeting criteria 6.1 C
| |
| 0 It is NOT a INVALID TEST due to NOT meeting criteria 6.1 -UNSAT
| |
| A,B, or C
| |
| 0 *It IS an INVALID FAILURE due to MEETING CRITERIA 6.1
| |
| B (Spurious operation of a trip that is bypassed in the
| |
| EMERGENCY OPERATING MODE) The Jacket Water Trip
| |
| is a NON-Emergency trip which is bypassed during the
| |
| Emergency Operating Mode.
| |
| 0 It is NOT a VALID FAILURE due to NOT meeting criteria 6.1
| |
| A, B, or C.
| |
| EXAMINER NOTE: Critical Step denoted by *
| |
| COMMENTS:
| |
| STEP 9: Candidate enters OPERATING DATA onto Attachment IO.1. -SAT
| |
| STANDARD: Candidate enters the start and stop times for the diesel
| |
| generator from the initial cue. Based on Attachment 10.2 run log, -UNSAT
| |
| adds current and previous hours for new total run hours:
| |
| Previous Run Time: 13.75 hours
| |
| Latest Run Time: 0.75 hours
| |
| Total D/G Engine Yearly Run Time: 14.50 Hrs.
| |
| COMMENTS:
| |
| | |
| Page 7 of 8
| |
| STEP I O : Candidate enters explanation in detail the reason DIG operation -SAT
| |
| was not a Valid Success onto Attachment I O . 1.
| |
| STANDARD: Candidate records that the diesel tripped spuriously on the High -UNSAT
| |
| Jacket Water Temperature Trip prior to reachinq the one hour
| |
| at areater than 2875 KW criteria.
| |
| COMMENTS:
| |
| STEP 1I: Note If a Valid or Invalid failure, route copy to MCE. -SAT
| |
| STANDARD: Candidate determines that note applies to this situation.
| |
| -UNSAT
| |
| EXAMINER CUE: SSA will route copy to the MCE.
| |
| COMMENTS:
| |
| STEP 12: Submit Attachment 10.1 to CRSRO for review. -SAT
| |
| STANDARD: Candidate submits attachment to CRSRO.
| |
| -UNSAT
| |
| EXAMINER CUE: CRSRO will review the attachment.
| |
| COMMENTS:
| |
| JPM is complete
| |
| TIME STOP:
| |
| | |
| Page 8 of 8
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIAL CONDITIONS:
| |
| Unit 2 is in Mode I. You are an extra operator on shift and assisting the Operation Test Group in a
| |
| scheduled surveillance test of the 2B Emergency Diesel Generator. The test will be conducted
| |
| using procedure PT/2/A/4350/002B, D/G Operability Test.
| |
| INITIATING CUE:
| |
| The history of what occurred during the 28 diesel operability is as follows:
| |
| 0 The test was performed as a Turbo Prelube and Manual key start.
| |
| 0 Speed, frequency, and voltage reached their required values in 7.3 seconds.
| |
| 0 Diesel Generator ran loaded to 3600 KW from 0830 to 0915 then tripped on High Jacket
| |
| Water Temperature
| |
| 0 IAE Technicians determined that the trip was spurious since the highest recorded water
| |
| temperature only reached 178 O F .
| |
| Classify the test and complete a Diesel Generator Logbook entry for this test and submit to the
| |
| CRSRO for review.
| |
| | |
| -i_p
| |
| ' - -.- I
| |
| Operations Management Procedure 2-28 Page 1 of 1
| |
| Attachment 10.1
| |
| Diesel Generator Sheet
| |
| DIESEL GENERATOR 2B RECORDED BY m'VD/DaE
| |
| START ATTEMPT NUMBER ZOO3 - 16 DATE FaDws DAE
| |
| PROCEDURE USED: REASON FOR D/G OPERATION:
| |
| rdPT/l(2)/A/4350/002A(B)(D/G Operability Test) A h e d u l e d Surveillance
| |
| 0 OP/1(2)/A/6350/002 (D/G Operation) 0 Opposite Train Inoperable
| |
| 0 Other, Specify: 0 Functional Verification (Maintenance)
| |
| 0 Other, Specify:
| |
| TYPE OF START: TEST CLASSIFICATION: (See OMP
| |
| 2-28, Secf. 6.)
| |
| d u r b o Prelube 0 VALID SUCCESS
| |
| 17 Non-Prelube Time required to reach _> 441 RPM (98%
| |
| speed) and Frequency 2 60 f 1.2 Hz
| |
| sec.
| |
| OPERATING DATA: Time required: Voltage L 4160 420 volts
| |
| sec.
| |
| Time Load _> 2875 KW hrs .
| |
| 0 INVALID TEST
| |
| D/G Engine Start Datenime 73WY / *%34 INVALID FAILURE
| |
| D/G Engine Shutdown Date/Time R D 4 Y ,/o@T 0 VALID FAILURE
| |
| Run Time (hrs) 0.75 /3.7s+ 75
| |
| *Total D/G Engine Yearly Run Time fsb Hrs.
| |
| [NOTE: I f a VALID or INVALID failure, route copy to MCE .
| |
| REVIEW PIP # (CRSRO)
| |
| CRSRO
| |
| SYS.ENG./Designee
| |
| Req'd if other than Valid Success
| |
| * Notify Environmental Management if Total Run Time exceeds 260 hours per calendar year for any D/G.
| |
| | |
| 6
| |
| Page 1 of 8
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM 4SWADMIN
| |
| Calculate Low Pressure Service Water Discharge Flow for
| |
| Liquid Radioactive Release
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 8
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| Task: Calculate Low Pressure Service Water Discharge Flow for Liquid Radioactive Release.
| |
| Alternate Path:
| |
| N/A
| |
| Facilitv JPM #:
| |
| New
| |
| KIA Ratinds):
| |
| 2.3.11 (2.7/3.2)
| |
| Task Standard:
| |
| Candidate obtains needed data, correctly calculates total discharge flow and determines that the liquid waste
| |
| release can continue.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator X In-Plant X Perform X Simulate
| |
| References:
| |
| PT/O/A/4250/011 (RL Temperature and Discharge Flow Determinations) Revision 037
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Rating: SAT UNSAT Question Grade Performance Time
| |
| Examiner: I
| |
| NAME SIGNATURE DATE
| |
| COMMENTS
| |
| | |
| Page 3 of 8
| |
| Tools/Eau ipmentlProcedures Needed:
| |
| Each candidate will be provided a copy of PT/O/A/4250/011, appropriate data sheets, and a
| |
| copy of the LWR permit report. A calculator will be needed to complete the enclosures.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIAL CONDITIONS:
| |
| Unit 1 is currently performing a liquid waste release from the Waste Monitor building.
| |
| 0 Low Pressure Service Water (RL) Flow transmitter ORLP5080 (RL Disch Flow) and OAC points
| |
| C1PO903 and C2P0903 (RL Line A Disch Flow-Hourly Average) are inoperable and have been
| |
| removed from service.
| |
| 0 The RN system is aligned to the RL discharge header.
| |
| 0 PT/O/A/4250/011 (RL Temperature and Discharge Flow Determinations) was last completed at
| |
| 0700.
| |
| 0 Current time is 1030.
| |
| INITIATING CUE:
| |
| Calculate total discharge flow using Enclosure 13.2 (Total Discharge Flow Calculation Sheet) of
| |
| PT/O/A/4250/011 and determine if adequate flow exists to continue the release per the LWR
| |
| currently in progress.
| |
| | |
| Page 4 of 8
| |
| START TIME:
| |
| EXAMINER CUE: Provide a copy of PT/O/A/4250/011 enclosure 13.2, data sheets,
| |
| and LWR permit report.
| |
| EXAMINER NOTE: If asked about YT and YF inputs from RL, provide the following
| |
| cue.
| |
| CUE: This is chemistry, inputs t o YT and YF were secured at 0645 today.
| |
| STEP 1: To obtain Total RL Supply perform the following: CRITICAL
| |
| STEP
| |
| STANDARD: Calculates Total RL supply with the following:
| |
| -SAT
| |
| RL Disch Pressure = RL HDR PRESS (ORLP5030) + 5.6 psi
| |
| 67 + 5.6 = 72.6 psi
| |
| -
| |
| -UNSAT
| |
| (72.6psig X 2.311 fffpsig) + (577.25 - 567 ft) = 178.03 ft Total Discharge Head
| |
| RL Pump A Flow 30000 gpm (obtained from Encl. 13.7 for Pump A)
| |
| RL Pump B Flow 32000 gpm (obtained from End. 13.7 for Pump B)
| |
| RL Pump C Flow OFF gpm
| |
| Total RL Supply 62000 gpm (A)
| |
| EXAMINER NOTE: The following ranges on the flow calculations are acceptable:
| |
| RL pump A: 28500 to 31500 gpm
| |
| RL pump B: 30500 to 33500 gpm
| |
| Total Flow range 59000 to 65000 gpm
| |
| COMMENTS:
| |
| | |
| Page 5 of 8
| |
| STEP 2: To obtain Total RN Flow perform the following: CRITICAL
| |
| STEP
| |
| STANDARD: Calculates Total RN Flow with the following:
| |
| RN Pump 1B is the only pump in service, Train B meter = 16,500 gpm -SAT
| |
| RN Pump Train A Flow = (1RNP7520) + (2RNP7520) = 0 gpm
| |
| RN Pump Train B Flow = (1RNP7510) + (2RNP7510) = 16500 gprn
| |
| -UNSAT
| |
| Total RN Flow = 16500 m m (B)
| |
| COMMENTS:
| |
| STEP 3: To obtain Total Cooling Tower Evaporation, perform the following. CRITICAL
| |
| STEP
| |
| STANDARD: Calculates Total Cooling Tower evaporation using the following:
| |
| -
| |
| IF OAC is in service for Unit 1 Cooling Tower evaporation, perform the following -SAT
| |
| calculations:
| |
| (3406.879 - 1231 +19) x 6.837 = 15006.38 gpm Total Tower Evaporation
| |
| ClP1355 CIA1632 mw -UNSAT
| |
| -
| |
| IF OAC is in service for Unit 2 Cooling Tower evaporation, perform the following
| |
| calculation:
| |
| (3402.602 - 1231 +19) x 6.837 gprr~= 14977.15 gpm Total Tower Evaporation
| |
| ClP1355 CIA1632 mw
| |
| Total Evaporation = 15006.38 + 14977.15 = 29983.53 gpm (C)
| |
| EXAMINER NOTE: Due to potential for rounding, a range of 29983.53 +I- 100 gpm
| |
| is acceptable.
| |
| COMMENTS:
| |
| | |
| Page 6 of 8
| |
| STEP 4: To obtain Total RL Disch Flow, perform the following. CRITICAL
| |
| STEP
| |
| STANDARD: Calculates Total Cooling Tower evaporation using the following:
| |
| Total Total RL Disch -SAT
| |
| RL Supply RN Flow Total Evaporation
| |
| 62000 gpm + 16500 gpm- 29983.53 gpm=
| |
| (A) (B) (C)
| |
| -UNSAT
| |
| Total
| |
| Flow
| |
| 48516.47 gpm
| |
| EXAMINER NOTE: Based on previous acceptable values, a range of 45416.47 gpm
| |
| to 51616.47 gpm is acceptable.
| |
| COMMENTS:
| |
| STEP 5: Data Recorded by: -SAT
| |
| STANDARD: Candidate initials and enters date and time.
| |
| -UNSAT
| |
| COMMENTS:
| |
| STEP 6: Compare flow value obtained to required flow per LWR. CRITICAL
| |
| STEP
| |
| STANDARD: Determines that LWR required flow is 19000 gpm and that the calculated
| |
| flow exceeds the required flow and the LWR may continue.
| |
| COMMENTS:
| |
| -UNSAT
| |
| This JPM is complete.
| |
| TIME STOP:
| |
| | |
| Page 7 of 8
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| Unit I and 2 Data Sheet for 1030
| |
| Unit 1 Generator Megawatts (PID ClA1632) 1231 MW
| |
| Reactor thermal Power, Best (PID ClP1355) 3406.879 MW
| |
| Unit 2 Generator Megawatts (PID C2A1632) 1231 MW
| |
| Reactor thermal Power, Best (PID C2P1355) 3402.602 MW
| |
| Low Pressure Service Water Status:
| |
| RL Pump A and B in service
| |
| Lake Wylie Level (ORNP7380) 567 feet
| |
| RL Header Pressure (ORLP5030) 67 PSlG
| |
| Nuclear Service Water Status:
| |
| I B RN pump in service
| |
| RN Pump Train A Flow (1RNP7520) = 0 gpm
| |
| RN Pump Train A Flow (2RNP7520) = 0 gpm
| |
| RN Pump Train B Flow (lRNP7510) = 16500 gpm
| |
| RN Pump Train B Flow (2RNP7510) = 0 gpm
| |
| | |
| Page 8 of 8
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIAL CONDITIONS:
| |
| 0 Unit 1 is currently performing a liquid waste release from the Waste Monitor building.
| |
| 0 Low Pressure Service Water (RL) Flow transmitter ORLP5080 (RL Disch Flow) and OAC points
| |
| C1PO903 and C2P0903 (RL Line A Disch Flow-Hourly Average) are inoperable and have been
| |
| removed from service.
| |
| 0 The RN system is aligned to the RL discharge header.
| |
| 0 PT/O/A/4250/011 (RL Temperature and Discharge Flow Determinations) was last completed at
| |
| 0700.
| |
| 0 Current time is 1030.
| |
| INITIATING CUE:
| |
| Calculate total discharge flow using Enclosure 13.2 (Total Discharge Flow Calculation Sheet) of
| |
| PT/O/A/4250/011 and determine if adequate flow exists to continue the release per the LWR
| |
| currently in progress.
| |
| | |
| .- -1 -...
| |
| Enclosure 13.2
| |
| PT/O/A/4250/011
| |
| Total Discharge Flow Calculation Sheet Page 1 of 2
| |
| To obtain Total RL Supply, perform the following:
| |
| RL Disch Pressure = RL HDR PRESS (ORLP5030) + 5.6 psi
| |
| 47
| |
| RL Disch Pressure Lake Elevation Total Discharge Head
| |
| ( 72 46 psig x 2.31 1 ft/psig) + (577.25 - 567 ft) = I78D3 ft
| |
| RL Pump A Flow RL Pump B Flow RL Pump C Flow Total RL Supply
| |
| 30000 gpm+ 33mo gpm+ ~ ~ F f o * ~ * Q m =
| |
| I
| |
| 6-
| |
| (TqoOC - 6 7 ~ )
| |
| gpm(~)
| |
| (rosou- 3lrdo) (3-9 - 33w9
| |
| To obtain Total RN Flow, perfom the following:
| |
| RN Pump Train A Flow RN Pump Train B Flow Total RN Flow
| |
| [( 1RNP7520) + (2RNP752O)l [( 1 RNP75 10) + (2RNP75 1 O)]
| |
| 0 gpm + /69a gpm = /65&6 gprn(~)
| |
| To obtain Total Cooling Tower Evaporation, perfom the following:
| |
| -
| |
| IF OAC is in service for Unit 1 Cooling Tower evaporation, perform the following calculations:
| |
| ( 3 ~ 3 7 9- 1231 +19)~6.837== rSG.3g
| |
| ClP1355 ClA1632 mw Cooling Tower
| |
| Evaporation
| |
| -
| |
| IF OAC is in service for Unit 2 Cooling Tower evaporation, perfom the following calculation:
| |
| (&02.b2- 123) +19) x 6.837 = /y477 { P P 96-0822)
| |
| C2P1355 C2A1632 mw Cooling Tower
| |
| Evaporation
| |
| lS506.36 + /(/937,)5 = 29993.5-3 (C)
| |
| Unit 1 Unit 2 Total
| |
| Evaporation Evaporation Evaporation
| |
| dC@lyS-=& i2-tG 294y3.s--3
| |
| | |
| Enclosure 13.2
| |
| PTIOIN4250/0 1 1
| |
| Total Discharge Flow Calculation Sheet Page 2 of 2
| |
| IF OAC is NOT in service for either OR both Units, Cooling Tower Evaporation
| |
| - is calculated by the
| |
| following:
| |
| Cooling Tower Evaporation = ((341 1MW) (%Rx Power) + 19 - Gen Mw)(6.837 m)
| |
| Mw
| |
| Unit 1 Cooling Tower Evaporation =((3411MW) ( ) + 19 - ) (6.837 gpn)=
| |
| YO Rx Power Gen MW Unit 1
| |
| (ex. 95%=0.95) MW Evaporation
| |
| Unit 2 Cooling Tower Evaporation =((341 IMW) ( ) + 19 - ) (6.837 a)=
| |
| % l2x Power Gen MW Unit 2
| |
| (ex. 95Y0=0.95) MW Evaporation
| |
| (mm)
| |
| Total Cooling Tower Evaporation = + - (C)
| |
| Unit 1 Unit 2 Total Evaporation
| |
| Evaporation Evaporation kpm)
| |
| (@m) (@m>
| |
| To obtain Total RL Disch Flow, perfom the following:
| |
| Total Total RL Disch Total
| |
| RL Supply RN Flow Total Evaporation Flow
| |
| Data IV By
| |
| OperatorAnitials DateKime
| |
| | |
| UTDA9 V 3 . 5 . 1 <DPCCt43 R e r . 4 . O i VSSI
| |
| Huclldo
| |
| -.-.-.---
| |
| CO- 57
| |
| co- 58
| |
| CO-60
| |
| w-I
| |
| Page - :
| |
| | |
| vss:
| |
| P.g. - 2
| |
| | |
| ~~
| |
| .b
| |
| Page Iof 6
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM WADMIN
| |
| Upgrade to a Higher Emergency Classification
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| c
| |
| Page 2 of 6
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| Task: Upgrade to a higher emergency classification
| |
| Alternate Path:
| |
| NO
| |
| Facilitv JPM #:
| |
| New
| |
| WA Rating(s1:
| |
| 2.4.41 (2.3/4.1)
| |
| Task Standard:
| |
| Candidate classifies the event as an Alert within 15 minutes of starting the JPM, and correctly
| |
| completes the follow-up notification form within 15 minutes of determining the classification.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator X In-Plant X Perform X Simulate
| |
| References:
| |
| RP/O/A/5000/001 (Classification of Emergency) revision 15
| |
| RP/O/A/5000/003 (Alert) revision 39
| |
| RP/O/A/5000/006A (Notification of States and Counties from the Control Room) revision 14
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Rating: SAT UNSAT Question Grade Performance Time
| |
| Examiner: /
| |
| NAME SIGNATU RE DATE
| |
| COMMENTS
| |
| | |
| Page 3 of 6
| |
| ToolsIEquipmentlProcedures Needed:
| |
| Each candidate requires one copy of the following: Complete initial notification sheet, RP/OI,
| |
| RP/03, RP/OGA and a blank ENS sheet
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIAL CONDITIONS:
| |
| a The reactor was shutdown three (3) days ago and is now in Mode 5 with loops filled
| |
| a Reactor Coolant temperature was 143"F.
| |
| a "A" train ND, KC and RN in service.
| |
| a 1B ND pump is red tagged for repairs and unavailable.
| |
| a An Unusual Event was declared at 0830 per 4.7.U.1 (Natural and Destructive
| |
| Phenomena Affecting the Protected Area) when Security forces reported a tornado
| |
| touched down on the northeast side of the Protected Area.
| |
| a At 0850, the unit entered AP/I/A/5500/19 (Loss of Residual Heat Removal System) after
| |
| an electrical transient caused 1A ND pump breaker to fail.
| |
| a Reactor coolant temperature has started to increase.
| |
| INITIATING CUE:
| |
| Reactor Coolant temperature is currently at 181 F and increasing.
| |
| O
| |
| Based on the current plant status, determine the emergency classification and prepare an
| |
| Emergency Notification Form for transmittal.
| |
| This JPM is Time Critical.
| |
| | |
| Page 4 of 6
| |
| STARTTIME: (When initiating cue is read to candidate)
| |
| STEP 7 : Compare actual plant conditions to the Emergency Action Levels CRlTlCAL
| |
| listed, then declare the appropriate Emergency Class as indicated. STEP
| |
| STANDARD: Candidate uses RP-01 and from the initial conditions, determines the -SAT
| |
| unit is in an Alert based on Enclosure 4.4 page 2 of 3:
| |
| 4.4.A.2 Inability to Maintain Plant In Cold Shutdown Operating Mode 5:
| |
| (4.4A.2-1 Total Loss of ND AND Uncontrolled reactor coolant -UNSAT
| |
| temperature rise to greater than 180°F.)
| |
| Candidate must make the declaration within 15 minutes of being read
| |
| the initiating cue by the examiner.
| |
| EXAMINER : When candidate determines classification record the time for this
| |
| critical step.
| |
| COMMENTS:
| |
| EXAMINER NOTE: The second time critical portion of this JPM is to complete
| |
| the blank ENS sheet provided by the examiner. When the
| |
| candidate declares, the next 15 minute clock starts for JPM
| |
| step 2.
| |
| STEP 2: Complete a blank Emergency Notification Form for the classification CRITICAL
| |
| level determined. STEP
| |
| STANDARD: Candidate refers to RP/O/A/5000/06A Notification of States and -SAT
| |
| Counties from the Control Room and completes the ENS sheet within
| |
| 15 minutes from when the declaration was made.
| |
| See JPM step 3 for line by line entries for the ENS sheet. A marked -UNSAT
| |
| key is also provided.
| |
| EXAMINER: Record time candidate completes ENS sheet for this critical step
| |
| COMMENTS:
| |
| EXAMINER NOTE: JPM Step 3 is a line bv line listine of what is filled i n on the
| |
| ENS sheet.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 5 of 6
| |
| *CRITICAL
| |
| STEP 3: Per RP/O/A/5000/06A, line by line entries are entered on ENS sheet. STEP
| |
| STANDARD: Candidate completes form per the guidelines in enclosure 4.3 -SAT
| |
| Line 1: Emergency checked, Initial checked, Message #2
| |
| Lines 2, 3 and 4 are not filled in -UNSAT
| |
| Line 5: Alert checked
| |
| *Line 6: Mark box Aand enters date and time event is declared.
| |
| Line 7: Enters appropriate information from event number 4.4.A.2
| |
| Line 8: Stable or Degrading
| |
| Line 9: Enters time reactor shutdown (3 days ago)
| |
| Line I O : Based on initial conditions, checks NONE or POTENTIAL
| |
| Line 11-14: leaves these blank
| |
| EXAMINER CUE: If asked, state that surveys are not yet available.
| |
| Line 15: From initial cue, verifies Box Ais entered.
| |
| *Line 16: signs as Operations Shift Manager with date and time.
| |
| *EXAMINER NOTE: The following items are CRITICAL:
| |
| 0 This form must be completed within 15 minutes of the time
| |
| that the declaration was made.
| |
| 0 -
| |
| Line 6 enters date and time which is C 15 minutes since
| |
| start of JPM.
| |
| 0 -
| |
| Line 16 signature with date and time which is C 15 minutes
| |
| since the declaration of Alert was made.
| |
| COMMENTS:
| |
| This JPM is complete.
| |
| TIME STOP:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| ~~ ~ ~
| |
| Page 6 of 6
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIAL CONDITIONS:
| |
| 0 The reactor was shutdown three (3) days ago and is now in Mode 5 with loops filled
| |
| 0 Reactor Coolant temperature was 143 F.
| |
| 0 Atrain ND, KC and RN in service.
| |
| 0 IB ND pump is red tagged for repairs and unavailable.
| |
| 0 An Unusual Event was declared at 0830 per 4.7.U.1 (Natural and Destructive
| |
| Phenomena Affecting the Protected Area) when Security forces reported a tornado
| |
| touched down on the northeast side of the Protected Area.
| |
| 0 At 0850, the unit entered AP/I/A/5500/19 (Loss of Residual Heat Removal System) after
| |
| an electrical transient caused 1A ND pump breaker to fail.
| |
| 0 Reactor coolant temperature has started to increase.
| |
| INITIATING CUE:
| |
| Reactor Coolant temperature is currently at 181 F and increasing.
| |
| O
| |
| Based on the current plant status, determine the emergency classification and prepare an
| |
| Emergency Notification Form for transmittal.
| |
| This JPM is Time Critical.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| EMERGENCY NOTIFICATION FORM
| |
| 1 m T H i s is A DRILL &ipuAL EMERGENCY mNiTiAL ~FoLLow-up MESSAGE NUMBER
| |
| 2 SITE; ~ A Y f i W WrJUU.GW,%l-i
| |
| - /,t~ UNIT #i REPORTED BY
| |
| 3 TRANSMllTAL TIMWDATE -I -I - CONFIRMATION PHONE NUMBERi803) 831-3807 (Simulator)
| |
| (Eastem) mm dd W
| |
| 4 AUTHENTICATION (If Required)
| |
| (Number) (Codeword)
| |
| 5 EMERGENCY CLASSIFICATION 1
| |
| DNOTIFICATION OF UNUSUAL EVENT WR
| |
| -T ~ s ~ AREA
| |
| T EEMERGENCY GENERAL EMERGENCY
| |
| I
| |
| 8
| |
| 9
| |
| PLANT CONDITION
| |
| REACTOR STATUS
| |
| DIMPROVING
| |
| m~-HUTDOWN --
| |
| mSTABLE
| |
| TIMVDATE
| |
| & MDEGRADING
| |
| -4-
| |
| -3
| |
| (EasM -
| |
| m,~
| |
| M
| |
| '
| |
| dd
| |
| DE !
| |
| W
| |
| yo POWER
| |
| 10 EMERGENCY RELEASE(S).
| |
| BI+&OONE (Go to item 14.) @ (LIYPFTENTIALto item 14 )
| |
| (GO IS OCCURRING "AS OCCURRED
| |
| +w-
| |
| - 1 1 TYPE OF RELEASE OELEVATED OGROUND LEVEL
| |
| mAIRBORNE Started
| |
| Time(Eastem)
| |
| -I - - Date
| |
| I Stopped
| |
| Time(Eastem)
| |
| - -- I
| |
| Dale
| |
| I
| |
| LIQUID Started
| |
| -I -I - Stopped
| |
| - - - I I
| |
| Time(Eas1ern) Date Tirne(Eas1em) Date
| |
| -12. RELEASE MAGNITUDE: UCURIES PER SEC. CURIES NORMAL OPERATING LIMITS: OBELOW OABOVE
| |
| NOBLE GASES ~IODINES
| |
| ~CPARTICULATES H OTHER
| |
| *-I 3. ESTIMATE OF PROJECTED OFFSITE DOSE: NEW OUNCHANGED PROJECTION TIME:
| |
| (Eastem)
| |
| TEDE Thyroid CDE
| |
| mrern rnrem ESTIMATED DURATION: HRS.
| |
| SITE BOUNDARY
| |
| 2 MILES
| |
| 5 MILES
| |
| 10 MILES
| |
| " 14.METEOROLOGICAL DATA:I A IWIND DIRECTION (from) I S P E E D (rnph)
| |
| STABILITY
| |
| ~
| |
| CLASS (DPRECIPITATION (type)
| |
| RECOMMENDED PROTECTIVE ACTIONS: 1
| |
| D N O RECOMMENDED PROTECTIVE ACTIONS
| |
| EVACUATE
| |
| SHELTER IN-PLACE
| |
| ~ O T H E R
| |
| _-
| |
| - -i z -
| |
| .
| |
| __ __-_ -I - _- - Y E vTIMWDATE 9p#&@ -3-e- _-
| |
| *9?f?& 1
| |
| 16 APPROVED BY/
| |
| -
| |
| &JOE: st~u~l-3;3 TWEMUSTBE
| |
| (Name)
| |
| w PIAN ~ { 9 0 4 c ; r f >/sN/wuR- F
| |
| -.= (Tltle)
| |
| * If items 8-14 have not changed, only items 1-7 and 15-16 are require to e comp e ed
| |
| (Easlern) -
| |
| ~
| |
| M
| |
| DMG ~ON
| |
| dd
| |
| g w
| |
| 72;"'
| |
| ** Information may not be available on initial notifications
| |
| | |
| Page 1 of 14
| |
| CATAVVBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM/SIM=I
| |
| Respond to Inadvertent Dilution While Shutdown
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 14
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| -
| |
| Task:
| |
| Trip the reactor and establish boration flow from the FWST per AP/I/A/5500/13 (Boron
| |
| Dilution), Case II (Boron Dilution While Shutdown).
| |
| Alternate Path:
| |
| YES
| |
| Facility JPM #:
| |
| Modified from NV-119
| |
| KIA Rating(&:
| |
| 004 A2.06 (4.214.3)
| |
| Task Standard:
| |
| The reactor is tripped and boration from the FWST is initiated per AP/I/A/5500/13, Case II.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator X In-Plant Perform X Simulate
| |
| References:
| |
| AP/I/N5500/13 (Boron Dilution), Case II (Boron Dilution While Shutdown) Revision 15
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Ratina: SAT UNSAT Question Grade Performance Time
| |
| COMMENTS
| |
| | |
| Page 3 of 14
| |
| SIMULATOR SET-UP SHEET
| |
| 1. Reset to any Cooldown IC Set
| |
| 2. Run simulator and acknowledge annunciators.
| |
| 3. Insert VLV-NV044F, (NV238A Failed Position) Severity Level = 0.
| |
| 4. Close Reactor Trip Breakers and withdraw Shutdown Banks A through E.
| |
| 5. Ensure 1NV153A in Demin position.
| |
| 6. Insert MAL NVO14A, (Boric Acid Pump 1A Failure).
| |
| 7. Insert MAL NV014B, (Boric Acid Pump 1B Failure).
| |
| 8. Insert OVR - NV047A (BIA Xfer Pmp 1B Sel Off Light); Value = OFF.
| |
| 9. Place red rag sticker on 1B Boric Acid Transfer Pump.
| |
| I O . Insert OVR NVOI 1D (Boric Acid Transfer Pump On Position; Value = OFF
| |
| 11. Insert OVR-NV047B (B/A Xfer Pmp 1B Sel On Lt - OFF
| |
| 12. Ensure Train A and Train B BDMS setpoints are updated so that BDMS will NOT actuate
| |
| during the performance of this JPM.
| |
| 13., MAL-NC001 (Variable RCS Boron Concentration), Set Malfunction Value = 1300,
| |
| Ramp = 60 sec. 0 time delay, Trigger = I
| |
| 14.Freeze simulator, write a snap and fill in the temperature of this setup in the
| |
| Initiating Cues on pages 4 and 16.
| |
| SIMULATOR OPERATOR INSTRUCTIONS:
| |
| 1. Reset to IC 217, place Red Tag sticker on 1B Boric Acid pump.
| |
| 2. Ensure train A and train B BDMS setpoints are updated so BDMS will NOT
| |
| actuate during this JPM.
| |
| 3. When instructed by the examiner, activate Trigger 1 t o begin dilution.
| |
| | |
| Page 4 of 14
| |
| ToolslEquiprnentlProceduresNeeded:
| |
| Have enough copies of AP/I/N5500/13 revision 15 available for each candidate.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIAL CONDITIONS:
| |
| Unit 1 is in Mode 3 preparing to start up.
| |
| Boric Acid Transfer Pump 1B is tagged out for maintenance.
| |
| INITIATING CUE:
| |
| You are the Operator at the Controls. It has been determined that source range counts and BDMS
| |
| counts are increasing unexpectedly. The SRO instructs you to address the situation using AP/13 Case
| |
| II (Boron Dilution While Shutdown).
| |
| | |
| Page 5 of 14
| |
| START TIME:
| |
| STEP 1: Obtain a copy of the appropriate procedure.
| |
| -SAT
| |
| STANDARD: Operator locates AP1/N5500/13.
| |
| EXAMINER CUE: When the candidate locates AP/I/A/5500/13, hand himlher a
| |
| clean copy of Case 2 and tell himlher that it is current and -UNSAT
| |
| complete.
| |
| COMMENTS:
| |
| ~ ~ ~
| |
| STEP 2: Verify boron dilution event - IN PROGRESS. (Step 1.)
| |
| STANDARD: Candidate recalls from the initiating cue that count rate is increasing, -SAT
| |
| or checks count rate increasing on source range meters or Boron
| |
| Dilution Mitigation System on MC-5 to verify boron dilution event In
| |
| progress.
| |
| -UNSAT
| |
| **CUE: Count rate is increasing on the source range meters and on the
| |
| Boron Dilution Mitigation System. **
| |
| COMMENTS:
| |
| **lfalicized Cues Are To Be Used Only If JPM Performance Is 8eing Sirnulafed.
| |
| | |
| Page 6 of 14
| |
| STEP 3: Verify reactor trip: (Step 2.) -SAT
| |
| rn All rod bottom lights - LIT
| |
| rn All reactor trip and bypass breakers - OPEN
| |
| rn S/R counts - STABLE or DECREASING -UNSAT
| |
| STANDARD: Candidate determines that the shutdown banks are withdrawn by any
| |
| the following indications and transitions to Step 2 RNO column.
| |
| rn Rod bottom lights NOT lit on Shutdown Banks A through E.
| |
| Red CLOSED light for reactor trip breaker 1A is LIT
| |
| 0 Red CLOSED light for reactor trip breaker 1B is LIT
| |
| **CUE: Rod boffom lights for shutdown banks A through E are DARK. The
| |
| Red CLOSE light for reactor trip breaker I A is LIT and the Green
| |
| OPEN light is DARK. The Red CLOSE light for reactor trip
| |
| breaker I B is LIT and the Green OPEN light is DARK.**
| |
| COMMENTS:
| |
| STEP 4: Manually trip the reactor. (Step 2. RNO) CRITICAL
| |
| STEP
| |
| STANDARD: Candidate rotates the handles for reactor trip breakers A and B to the
| |
| OPEN position and verifies all rod bottom lights LIT. The candidate -SAT
| |
| transitions to N E R Step 3.
| |
| **CUE: The handle for reactor trip breaker I A has been rotated to the -UNSAT
| |
| OPEN position. The Green OPEN light is LIT and the Red
| |
| CLOSED light is DARK. The handle for reactor trip breaker I B
| |
| has been rotated to the OPEN position. The Green OPEN light
| |
| is LIT and the Red CLOSED light is DARK. The rod bottom lights
| |
| for shutdown banks A through B are LIT.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 7 of 14
| |
| STEP 5: WHEN manpower AND time permits, THEN - REFER TO
| |
| AP/I/A/5500/05 (Reactor Trip or Inadvertent S/I below P-I l).(Step 3.) -SAT
| |
| STANDARD: No action required by the candidate.
| |
| EXAMINER CUE: Another operator will refer to AP/05. -UNSAT
| |
| COMMENTS:
| |
| STEP 6: Verify core alterations - IN PROGRESS. (Step 4.) -SAT
| |
| STANDARD: Candidate determines from the Initiating Cue that core alterations are
| |
| not in progress and goes to Step 6.
| |
| -UNSAT
| |
| COMMENTS:
| |
| STEP 7: Evacuate personnel from reactor building using the following: (Step 6.)
| |
| STANDARD: Candidate actuates the Containment Evacuation Alarm (1MC-1) and -SAT
| |
| makes a plant page.
| |
| **CUE; The Red 0Npushbuffon for the Unit I Cont Evac Alarm has -UNSAT
| |
| been depressed. The RED ON light is LIT, and the GREEN
| |
| OFF light is DARK. Announcement is heard over the paging
| |
| system. **
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 8 of 14
| |
| STEP 8: Stop any dilutions in progress as follows: -SAT
| |
| Place NC MAKEUP CONTROL switch to STOP. (Step 7.a.)
| |
| STANDARD: Candidate positions the NC MAKEUP CONTROL switch to STOP.
| |
| -UNSAT
| |
| **CUE: The NC MAKEUP CONTROL switch is in the STOP position **
| |
| COMMENTS:
| |
| STEP 9: Place both reactor makeup water pumps to OFF. (Step 7.b)
| |
| -SAT
| |
| STANDARD: Candidate places the switch for reactor makeup water pump 1A in the
| |
| OFF position and verifies the Green OFF light is LIT and the Red ON
| |
| light is DARK. Candidate places the switch for reactor makeup water
| |
| pump 1B in the OFF position and verifies the Green OFF light is LIT -UNSAT
| |
| and the Red ON light is DARK.
| |
| **CUE: The switch for reactor makeup water pump 1A is in the OFF
| |
| position. The Green OFF light is LIT and the Red ON light is
| |
| DARK. The switch for reactor makeup water pump 1B is in the
| |
| OFF position The Green OFF light is LIT and the Red ONlight is
| |
| DARK.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 9 of 14
| |
| STEP I O : Isolate NV Demineralizers as follows: (Step 7.c.)
| |
| 1) Place 1NV-153A (Letdn Hx Otlt 2-Way Vlv) in the VCT position -SAT
| |
| 2) Ensure the following valves - CLOSED:
| |
| INV-353 & 364 (Mixed Bed Demin 1A Isol) CLOSED
| |
| 1NV-368 & 379 (Mixed Bed Demin 1B Isol) CLOSED -UNSAT
| |
| STANDARD: Candidate performs the following:
| |
| a Positions 1NV-153A to the VCT position.
| |
| Depresses CLOSE for 1NV-353 & 364 and verifies green
| |
| CLOSED light lit.
| |
| a Checks 1NV-368 & 379 green CLOSED light lit.
| |
| **CUE: INV 153A is in the VCT position. The Green CLOSED light for
| |
| INV-368 and 379 is LIT and the Red OPEN light is DARK. The
| |
| CL0SEDpushbutton for INV 353 and 364 has been depressed.
| |
| The Green CLOSED light for is LIT and the Red OPEN fight is
| |
| DARK. The Green CLOSED light for 1NV368 and 379 is LIT and
| |
| the Red 0PENlight is DARK.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 10 of 14
| |
| STEP 11: Ensure proper BDMS operation as follows: (Step 8.)
| |
| Verify at least one of the following alarms LIT: (Step 8.a.) -SAT
| |
| IAD-2, E/2 TRAIN A SHUTDOWN MARGIN ALARM
| |
| OR
| |
| IAD-2, F/2 TRAIN B SHUTDOWN MARGIN ALARM -UNSAT
| |
| STANDARD: Candidate verifies the following alarms are DARK and transitions to step
| |
| 8.a. RNO. Candidate determines no action is required and goes to Step
| |
| 9 NER.
| |
| IAD-2, E/2 TRAIN A SHUTDOWN MARGIN ALARM
| |
| IAD-2, F/2 TRAIN B SHUTDOWN MARGIN ALARM
| |
| **CUE: Alarms IAD-2, El2 TRAIN A SHUTDOWN MARGIN ALARM and
| |
| IAD-2, F/2 TRAIN B SHUTDOWN MARGIN ALARM are DARK.**
| |
| COMMENTS:
| |
| ~~ ~ ~ ~ ~
| |
| STEP 12: Initiate boration of the NC system as follows: (Step 9.)
| |
| Ensure one NV pump - ON. (Step 9.a.) -SAT
| |
| STANDARD: Candidate verifies the Red ON light lit for NV pump 1A is LIT and
| |
| the Green OFF light is DARK and pump amps are indicated.
| |
| -UNSAT
| |
| **CUE: The Red ON light lit for NVpump 1A is LIT and the Green OFF
| |
| light is DARK. Pump amps are indicated.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 11 of 14
| |
| STEP 13: Ensure at least one boric acid transfer pump - ON (Step 9.b.)
| |
| -SAT
| |
| STANDARD: Candidate selects ON for Boric Acid Transfer Pump 1A and observes
| |
| that the Red ON light is DARK and the Green OFF light is LIT.
| |
| Transitions to step 9.b. RNO.
| |
| -UNSAT
| |
| **CUE: The switch for the Boric Acid Transfer Pump I A is in the ON
| |
| position. The Red ON light is DARK and the Green OFF Iight
| |
| is LIT. **
| |
| COMMENTS:
| |
| STEP 14: Establish boric acid flow from the FWST as follows: CRITICAL
| |
| (Step 9.b. RNO) STEP
| |
| (Step 9.b.l) RNO)
| |
| 2) Open the following valves -SAT
| |
| 0 1NV-252A (NV Pumps Suct from FWST)
| |
| 1NV-253B (NV Pumps Suct from FWST)
| |
| STANDARD: Candidate depresses the OPEN pushbuttons for 1NV-252A and -UNSAT
| |
| 1NV-253B. Verifies the Red OPEN light is LIT and the Green
| |
| CLOSED light is DARK for INV-252A and verifies the Red
| |
| OPEN light is LIT and the Green CLOSED light is DARK for
| |
| 1NV-253B.
| |
| **CUE: The OPEN pushbuffon for INV-252A has been depressed. The
| |
| Red OPEN light is LIT and the Green CLOSED light is DARK.
| |
| The OPEN pushbuffon for INV-253B has been depressed. The
| |
| Red OPEN light is LIT and the Green CLOSED light is
| |
| DARK.**
| |
| EXAMINER NOTE: I t is only necessary t o open one of the above valves to
| |
| satisfy the critical step.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 12 of 14
| |
| STEP 15: Close the following valves: (Step 9.b.2) RNO) CRITICAL
| |
| 1NV-188A (VCT Otlt Iso~) STEP
| |
| 1NV-189B (VCT Otlt Iso~)
| |
| STANDARD: Candidate depresses the CLOSED pushbuttons for 1NV-188A
| |
| and 1NV-189B. Verifies the Green CLOSED light is LIT and the
| |
| Red OPEN light is DARK for 1NV-188A and the Green CLOSED
| |
| light is LIT and the Red OPEN light is DARK for 1NV-189B. -UNSAT
| |
| **CUE: The CLOSED pushbutton for INV-188A has been depressed.
| |
| The Green CLOSED light is LIT and the Red OPEN light is
| |
| DARK. The CL0SEDpushbutton for INV-189B has been
| |
| depressed. The Green CLOSED light is LIT and the Red
| |
| OPEN light is DARK.**
| |
| EXAMINER NOTE: It is only necessary to close one of the above valves t o
| |
| satisfy the critical step.
| |
| COMMENTS:
| |
| STEP 16: Maintain charging flow greater than or equal to 105 GPM. CRITICAL
| |
| (Step 9.b.3) RNO) STEP
| |
| STANDARD: Candidate adjusts 1NV-294 (NV PMPS A&B DlSCH FLOW CNTRL) -SAT
| |
| as required and verifies on 1NVP5630 on 1MC-1Ithat charging
| |
| flow is equal to or greater than 105 GPM and transitions to Step 10.
| |
| **CUE: Charging flow is greater than 105 GPM.** -UNSAT
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only I f JPM Performance Is Being Simulated.
| |
| | |
| Page 13 of 14
| |
| STEP 17: Ensure compliance with appropriate Tech Specs: (Step IO.)
| |
| -SAT
| |
| STANDARD: No action required by the candidate.
| |
| EXAMINER CUE: The SRO will ensure compliance with Tech Specs
| |
| -UNSAT
| |
| TERMINATING CUE: BOP will complete the remainder of the procedure.
| |
| COMMENTS:
| |
| This JPM is complete
| |
| TIME STOP:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 14 of 14
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIAL CONDITIONS:
| |
| 0 Unit 1 is in Mode 3 preparing to start up.
| |
| 0 Boric Acid Transfer Pump 1B is tagged out for maintenance.
| |
| INITIATING CUE:
| |
| You are the Operator at the Controls. It has been determined that source range counts and BDMS
| |
| counts are increasing unexpectedly. The SRO instructs you to address the situation using AP/13 Case
| |
| I I (Boron Dilution While Shutdown).
| |
| **italicized Cues Are To Be Used Only I f JPM Performance Is Being Simulated.
| |
| | |
| Page 1 of 13
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| J PM/SI M-2
| |
| Align the NS System to Cold Leg Recirculation
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 13
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| Task:
| |
| Align the NS System to Cold Leg Recirculation
| |
| Alternate Path:
| |
| YES
| |
| Facility JPM #:
| |
| NS-101 (Modified)
| |
| WA Ratinds):
| |
| 026 A2.04(3.914.2)
| |
| Task Standard:
| |
| NS Pump1B is in operation with its suction aligned to the containment sump and proper RN flow established
| |
| to the NS 1B NS heat exchanger.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator X In-Plant Perform X Simulate
| |
| References:
| |
| EP/1/N5000/ES-1.3 (transfer to Cold Leg Recirculation) Enclosure 2; Revision 11
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Ratinq: SAT UNSAT Question Grade Performance Time
| |
| Examiner: f
| |
| NAME SIGNATURE DATE
| |
| COMMENTS
| |
| | |
| Page 3 of 13
| |
| SIMULATOR SET-UP SHEET
| |
| 1. Reset to any power IC set.
| |
| 2. Ensure RN Pump 1A is NOT in service.
| |
| 3. Insert the following:
| |
| MAL-NC013B (Cold Leg Leak) set malfunction value = 27.0.
| |
| MAL-RN003A (Nuclear Service Water Pump I A Failure) Value = BOTH.
| |
| MAL-NS001B (Containment Spray Pump 1B Failure) Value = AUTO
| |
| VLV-N1038F (NI-185A CNMT Sump Line 1A I S 0 (Stem) Fail To Position)
| |
| Value = 0.
| |
| 4. Run the simulator until the FWST LO-LO LEVEL alarm is received while
| |
| performing all required actions of EPIE-0, EPIE-1 and EPIES-1.3 up through
| |
| step 7a by stopping NS pumps.
| |
| 5. Freeze the simulator and write snap.
| |
| 6. Selected IC 216
| |
| SIMULATOR OPERATOR INSTRUCTIONS:
| |
| 1. Reset to IC 216
| |
| | |
| Page 4 of 13
| |
| Tools/EquipmentlProcedures Needed:
| |
| Have enough copies of EP/l/A/5000/ES-I .3 Revision 1IEnclosure 2 for each candidate.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIATING CUE:
| |
| EP/I/A/5000/ES-1.3, Transfer to Cold Leg Recirculation has been implemented following a
| |
| LOCA. With containment pressure previously reaching 6 psig and currently above the shutdown
| |
| criteria, the containment spray system is still required. FWST Lo-Lo Level alarm has been
| |
| received and the NS pumps have been stopped per ES-1.3 step 7. The SRO instructs you to
| |
| align NS to Cold Leg Recirculation per Enclosure 2 of EP/ES-1.3.
| |
| | |
| Page 5 of 13
| |
| START TIME:
| |
| STEP 1: Obtain a copy of the appropriate procedure.
| |
| -SAT
| |
| STANDARD: Operator locates , Enclosure 2 of EP/l/A/5000/ES-I.3
| |
| EXAMINER CUE: When the candidate locates EP/I/A/5000/ES-I .3, hand himlher
| |
| a clean copy of Enclosure 7 and tell himlher that it is current -UNSAT
| |
| and complete.
| |
| COMMENTS:
| |
| **/falicked Cues Are To Be Used Only I f JPM Performance Is Being Simulated.
| |
| | |
| Page 6 of 13
| |
| STEP 2: Align NS as follows. (Enclosure 2, Step 1) CRITICAL
| |
| STEP
| |
| *a. Close INS-20A (NS Pump 1A Suct From FWST).
| |
| STANDARD: Candidate depresses the GREEN CLOSE pushbutton for 1NS-20A -SAT
| |
| (1MC-11). Verifies GREEN CLSD light LIT and RED OPEN light
| |
| DARK.
| |
| **CUE.The GREEN CL0SEDpushbutton for INS-2OA has been -UNSAT
| |
| depressed. INS-2OA RED OPEN light is DARK and fhe GREEN
| |
| CLSD light LIT.**
| |
| COMMENTS:
| |
| *b. Close 1NS-3B (ND Pump 1B Suct From FWST).
| |
| STANDARD: Candidate depresses the GREEN CLOSE pushbutton for 1NS3B
| |
| ( I MC-11). Verifies GREEN CLSD light lit and RED OPEN light
| |
| dark.
| |
| **CUE.The GREEN CL0SEDpushbutton for INS-3B has been
| |
| depressed. The RED OPEN right is DARK and the GREEN
| |
| CLSD light is LIT.**
| |
| COMMENTS:
| |
| c. Verify INI-185A (ND Pump 1A Cont Sump Suct) open.
| |
| STANDARD: Candidate verifies RED OPEN light DARK and GREEN CLSD light
| |
| LIT for 1NI-I 85A (1MC-11). Transitions to Step 1.b. RNO.
| |
| **CUE. The IN/-185A RED OPEN light is DARK and GREEN
| |
| CLSD light is LIT **
| |
| COMMENTS:
| |
| **lfalicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 7 of 13
| |
| EXMAINER NOTE: NS pump 1B will not automatically start in the next step. The
| |
| candidate may attempt t o start the pump at this point or may wait until directed
| |
| by step JPM Step 5 (Enclosure 2, step 4).
| |
| STEP 2: (Continued)
| |
| 1) Open 1NS-1B (NS PMP 1B Suct From Cont Sump). (Step 1.b. CRITICAL
| |
| RNO). STEP
| |
| STANDARD: Candidate depresses the RED OPEN pushbutton for 1NS-1B (IMC- -SAT
| |
| 11). Verifies RED OPEN light LIT, GREEN CLSD light DARK,
| |
| Continues to Step 2.
| |
| CUE: The RED OPEN pushbuffon for INS-IB has been depressed. -UNSAT
| |
| The RED OPEN light is LIT and fhe GREEN %LSDJ light is
| |
| DARK. **
| |
| COMMENTS:
| |
| STEP 3: Verify containment pressure has exceeded 3 psig.: (Enclosure 2,
| |
| STEP 2). -SAT
| |
| STANDARD: Candidate verifies containment pressure is greater than 3 psig on
| |
| lNSCR5040/5390 (pen I) (IMC-9) or IMICR5340/5350 (pen 3) (1MC-
| |
| 7). -UNSAT
| |
| EXAMINER CUE: Provide cue IF pressure is less than 3 psig.
| |
| Containment Pressure has exceeded 3 psig
| |
| **CUE: Containment pressure is greater than 3 psig. **
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 8 of 13
| |
| STEP 4: Verify containment pressure greater than 1 psig. (Enclosure 2, Step 3)
| |
| -SAT
| |
| STANDARD: Candidate verifies containment pressure is greater than 1 psig
| |
| 1NSP5040/5050/5060/5070 (1MC-11) or 1NSCR5040/5390 (pen 1)
| |
| (IMC-7) or IMICR5340/5350 (pen 3) (IMC-9).
| |
| -UNSAT
| |
| **CUE; Containment pressure is greater than I psig. **
| |
| COMMENTS:
| |
| STEP 5: Ensure NS pump (s) aligned to an open containment suction valve- CRITICAL
| |
| ON. (Enclosure 2, Step 4) STEP
| |
| STANDARD: Candidate determines NS Pump 1B is not running, NS Pump 1B RED
| |
| ON light DARK and 1NI-I 84B RED OPEN light LIT and GREEN -SAT
| |
| CLSD light DARK. Candidate depresses the RED ON pushbutton
| |
| for NS pump 1 6 and verifies the RED ON light is LIT and the GREEN
| |
| OFF light is DARK.
| |
| -UNSAT
| |
| EXAMINER NOTE: NS pump 1B may have been started in JPM Step 2
| |
| (Enclosure 2, step 1.b. RNO).
| |
| **CUE: The RED 0Npushbutton for NS pump I S has been depressed.
| |
| The RED ON light is LIT and the GREEN OFF light is DARK.**
| |
| COMMENTS:
| |
| **italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 9 of 13
| |
| STEP 6: Verify all Unit 1 and Unit 2 RN pumps on. (Enclosure 2, Step 5 ) -SAT
| |
| STANDARD: Candidate verifies RN Pump 1A RED ON light is DARK and
| |
| the GREEN OFF light is LIT. RN Pump 1B RED ON light LIT
| |
| with pump current at midscale on ammeter, RN Pump 2A RED -UNSAT
| |
| ON light LIT and RN Pump 2B RED ON light LIT.
| |
| Candidate transitions to step 5 RNO and goes to Step 7.
| |
| **CUE:
| |
| The RED ON light for RN pump I A is DARK, and the GREEN
| |
| OFF light is LIT
| |
| a The RED ON light for RN pump I B is LIT, and the GREEN
| |
| OFF light is DARK.
| |
| a The RED ON light for RN pump 2A is LIT, and the GREEN OFF
| |
| light is DARK.
| |
| a The RED ON light for RN pump 2B is LIT, and the GREEN OFF
| |
| light is DARK.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 10 of 13
| |
| STEP 7: Align RN to NS HX(s) based on RN and NS pumps status: (Enclosure CRITICAL
| |
| 2, Step 7) STEP
| |
| a. Verify NS Pump 1A on:
| |
| STANDARD: Candidate determines that NS pump 1A is not running and transitions to -SAT
| |
| Step 7.a. RNO
| |
| **CUE: NS pump I A RED :ON light is DARK and the GREEN OFF light
| |
| is LIT. ** -UNSAT
| |
| COMMENTS:
| |
| a. Perform tl ,e following:
| |
| 1) IF only one B Train RN pump is on, THEN close 2RN-47A (RN
| |
| Supply X-Over)
| |
| STANDARD: Candidate determines that BOTH B Train RN pumps are running.
| |
| Continues to step 7. RNO a.2)
| |
| **CUE. RN pump I S RED :ON light is LIT and the GREEN OFF light is
| |
| DARK and RN pump 2B RED :ON light is LIT and the GREEN
| |
| OFF light is DARK .**
| |
| COMMENTS:
| |
| 2) IF only B train RN pumps are on, THEN
| |
| STANDARD: Candidate determines that 2A RN pump is running.
| |
| Continues to step 7 RN0.a.3)
| |
| **CUE:. RN pump 2A RED :ON light is LIT and fhe GREEN OFF light is
| |
| DARK.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 11 of 13
| |
| STEP 7 (Continued) CRITICAL
| |
| 2) Open 1RN-2256 (NSHX 16 Inlet Isol). STEP
| |
| -SAT
| |
| STANDARD: Candidate depresses the RED OPEN pushbutton for 1RN-2256
| |
| (I MC-11). Verifies RED OPEN light is LIT and the GREEN CLSD
| |
| light is DARK.
| |
| -UNSAT
| |
| **CUE.The RED OPEN pushbutton for IRN-2256 has been
| |
| depressed. IRN-225B RED OPEN light LIT and GREEN CLSD
| |
| light DARK
| |
| COMMENTS:
| |
| 4) Throttle open IRN-2296 (NS HX Outlet Isol) to obtain one of the
| |
| following:
| |
| 0 4600 GPM flow through NS Hx 1B
| |
| OR
| |
| 0 I R N 2296 full open
| |
| STANDARD: Candidate depresses RED OPEN pushbutton for 1RN-229B until flow
| |
| meter for 1B NS HX (lRNP5850 on IMC-9) indicates 4600 gpm or
| |
| 1RN-2296 is fully open, with the RED OPEN light LIT and the
| |
| GREEN CLSD light DARK.
| |
| **CUE.The RED OPEN pushbutton for IRN-2296 has been
| |
| depressed. IRN-229B RED OPEN light LIT and GREEN CLSD
| |
| light DARK
| |
| COMMENTS:
| |
| 5 ) Go to Step 8
| |
| **lialicized Cues Are To Be Used Only I f JPM Performance Is Seing Simulated.
| |
| | |
| Page 12 of 13
| |
| STEP 8.: Verify adequate RN heat sink as follows: (Enclosure 2,Step 8) -SAT
| |
| RN system suction aligned to Lake Wylie
| |
| STANDARD: Verifies RN pump suctions open from Lake Wylie:RED OPEN lights lit -UNSAT
| |
| and GREEN CLSD lights dark:
| |
| 0 1RN-IA RED OPEN light LIT and GREEN CLSD light DARK:
| |
| 0 1RN-2B RED OPEN light LIT and GREEN CLSD light DARK
| |
| 0 1RN-SA RED OPEN light LIT and GREEN CLSD light DARK
| |
| 0 1RN-6B RED OPEN light LIT and GREEN CLSD light DARK
| |
| **CUE:
| |
| 0 IRN-1A RED OPEN light LIT and GREEN CLSD light DARK
| |
| 0 IRN-2B RED OPEN light LIT and GREEN CLSD light DARK
| |
| IRN-SA RED OPEN light LIT and GREEN TLSD1ight DARK
| |
| IRN-6B RED OPEN light LIT and GREEN CLSD light DARK
| |
| COMMENTS:
| |
| ~
| |
| STEP 9: RN essential header temperatures at one of the following locations- -SAT
| |
| LESS THAN OR EQUAL TO 825°F.:
| |
| IMC-9
| |
| OR
| |
| 0 RO Logbook -UNSAT
| |
| STANDARD: Candidate determines from either 1RNP5000 or 1RNP5010 that RN
| |
| essential header temperature is approximately 69 OF. or determines
| |
| temperature from RO Logbook.
| |
| **CUE: RN essential header temperature is 69 F.**
| |
| COMMENTS:
| |
| This JPM is complete.
| |
| TIME STOP:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 13 of 13
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIATING CUE:
| |
| EP/l/A/5000/ES-1.3, Transfer to Cold Leg Recirculation has been implemented following a LOCA.
| |
| With containment pressure previously reaching 6 psig and currently above the shutdown criteria, the
| |
| containment spray system is still required. FWST Lo-Lo Level alarm has been received and the NS
| |
| pumps have been stopped per ES-1.3 step 7. The SRO instructs you to align NS to Cold Leg
| |
| Recirculation per Enclosure 2 of EP/ES-1.3.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 1 of 9
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM /CR-3
| |
| Take Power Range Drawer Out of Service
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 9
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| Task:
| |
| Remove Power Range Channel N-41 from sewice per APll/A/5500/016 (Malfunction of Nuclear
| |
| Instrumentation System), Case IV Power Range Malfunction.
| |
| Alternate Path:
| |
| NO
| |
| Facilitv JPM #:
| |
| OP-CN-IC-ENB-002
| |
| KIA Ratinds):
| |
| 015 A4.03 (3.813.9)
| |
| Task Standard:
| |
| Power Range Detector is N-41 removed from service with Control Power fuses removed.
| |
| Preferred Evaluation Simulator: Preferred Evaluation Perform
| |
| Control Room X In-Plant - Perform Simulate X
| |
| References:
| |
| AP/l/A/5500/016 (Malfunction of Nuclear Instrumentation System), Case IV Power Range
| |
| Malfunction Rev. 19
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Ratinq: SAT UNSAT Question Grade Performance Time
| |
| Examiner: I
| |
| NAME SIGNATURE DATE
| |
| COMMENTS
| |
| | |
| Page 3 of 9
| |
| SIMULATOR SETUP SHEET
| |
| 1. Place simulator on Run.
| |
| 2. Insert MAL-ENBOI1A (Power Range Detector N-41A Failure), Severity Value = 100%.
| |
| 3. Perform actions of AP/16 through step 5.
| |
| 4. FREEZE simulator.
| |
| 5. Write to Protected IC.
| |
| SNAPNo.: 211
| |
| SIMULATOR OPERATOR INSTRUCTIONS:
| |
| None.
| |
| | |
| Page 4 of 9
| |
| ToolslEqu i pment/P rocedu res Needed:
| |
| Ensure enough copies of AP/I/A/5500/16 for each candidate.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIAL CONDITIONS:
| |
| Unit 1 is operating at 100% power.
| |
| N-41, Power Range, Upper Detector has failed offscale high.
| |
| AP/1/A/5500/16, Case IV, Power Range Malfunction, has been implemented.
| |
| INITIATING CUES:
| |
| The Control Room SRO instructs you to remove N-41 from service per step 6 through 9 of
| |
| Case IV of AP/1/A/5500/16.
| |
| | |
| Page 5 of 9
| |
| START TIME:
| |
| STEP 1: Perform the following actions at the Miscellaneous Control and CRITICAL
| |
| Indication Panel: (Step 6) STEP
| |
| 0 Place the appropriate ROD STOP BYPASS switch to the
| |
| affected channel position. -SAT
| |
| 0 Verify NUC OVER PWR ROD STOP CH BYP status light (ISI-
| |
| 19) for affected channel - LIT.
| |
| 0 Place POWER MISMATCH BYPASS switch to the affected
| |
| channel position. -UNSAT
| |
| STANDARD: Locates Miscellaneous Control and Indication Panel and performs the
| |
| following:
| |
| e Places ROD STOP BYPASS switch to BYPASS PRN41.
| |
| **CUE: The ROD STOP BYPASS switch is rotated to the BYPASS PRN4I
| |
| position.
| |
| e *Locates 1SI-I 9 and verifies NUC OVER PWR ROD STOP CH
| |
| BYP status light for N-41 - LIT.
| |
| **CUE: The NUC OVER PWR ROD STOP CH BYP status light for N41 is
| |
| LIT.
| |
| e Places POWER MISMATCH BYPASS switch to BYPASS
| |
| PRN41.
| |
| **CUE: The POWER MISMATCH BYPASS switch is rotated to the BYPASS
| |
| PRN41 position.
| |
| EXAMINER NOTE: * This step not critical.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only if JPM Performance Is Being Simulated.
| |
| | |
| Page 6 of 9
| |
| ~
| |
| STEP 2: Perform the following actions at the Detector Current Comparator CRITICAL
| |
| panel: (Step 7 ) STEP
| |
| 0 Place UPPER SECTION channel defeat switch to the
| |
| affected channel. -SAT
| |
| 0 Verify CHANNEL DEFEAT light for upper section-LIT.
| |
| 0 Place LOWER SECTION channel defeat switch to the
| |
| affected channel.
| |
| 0 Verify CHANNEL DEFEAT light for lower section-LIT. -UNSAT
| |
| STANDARJ: Locates Detector Current Comparator Panel and performs the
| |
| following:
| |
| 0 Places UPPER SECTION channel defeat switch to PR N41.
| |
| **CUE: The UPPER SECTION channel defeat switch is rotated to the PR
| |
| N41 position.
| |
| 0 *Verify CHANNEL DEFEAT light for upper section lit.
| |
| **CUE: The CHANNEL DEFEAT light for the upper section is LIT.
| |
| 0 Places LOWER SECTION channel defeat switch to PR N41.
| |
| **CUE: The LOWER SECTION channel defeat switch is rotated to the PR
| |
| N41 position.
| |
| *Verify CHANNEL DEFEAT light lit for lower section.
| |
| **CUE: The CHANNEL DEFEAT light for the lower section is LIT.
| |
| EXAMINER NOTE: * These steps are not critical.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 7 of 9
| |
| STEP 3: At the Comparator and Rate panel, place the COMPARATOR CRITICAL
| |
| CHANNEL DEFEAT switch to the affected channel position. (Step 8) STEP
| |
| STANDARD: Locates Comparator and Rate panel and places COMPARATOR -SAT
| |
| CHANNEL DEFEAT switch to N41.
| |
| **CUE: The COMPARATOR CHANNEL DEFEAT switch is rotated to the
| |
| N41 position. -UNSAT
| |
| COMMENTS:
| |
| STEP 4: De-energize affected channel. (Step 9.a) CRITICAL
| |
| e Remove CONTROL POWER fuses at Power Range A STEP
| |
| drawer.
| |
| -SAT
| |
| STANDARD: Locates N41 Power Range Drawers:
| |
| e Remove fuses far enough to de-energize CONTROL
| |
| POWER.
| |
| -UNSAT
| |
| **CUE: The CONTROL POWER fuse holders are rotated counter-clockwise
| |
| and pulled out.
| |
| EXAMINER NOTE: The candidate should warn the RO of the alarm he is about to
| |
| initiate (IAD-2, BE), however this is NOT required to meet
| |
| the critical step.
| |
| COMMENTS:
| |
| NOTE: Replacement of the affected P/R control power fuses shall not occur without
| |
| authorization of the Superintendent of Operations or his designee.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 8 of 9
| |
| STEP 5: Request the OSM to maintain the CONTROL POWER fuses under -SAT
| |
| his control. (Step 9.b)
| |
| STANDARD: Operator hands both Control Power fuses to the OSM to maintain
| |
| under hidher control. -UNSAT
| |
| EXAMINER CUE: OSM replies that he will keep the control power fuses in his
| |
| possession.
| |
| COMMENTS:
| |
| ~~ ~ ~~ ~ ~ ~ ~
| |
| STEP 6: Verify the affected Power Range cabinet shows no physical signs of -SAT
| |
| damage. (Step 9.c)
| |
| STANDARD: Operator checks outside of the Power Range cabinet for signs of
| |
| damage. -UNSAT
| |
| **CUE: The Power Range cabinef shows no sign of damage.
| |
| COMMENTS:
| |
| This JPM is complete.
| |
| TIME STOP:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 9 of 9
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIAL CONDITIONS:
| |
| Unit 1 is operating at 100% power.
| |
| N-41, Power Range, Upper Detector has failed offscale high.
| |
| AP/I/A/5500/16, Case IV, Power Range Malfunction, has been implemented.
| |
| INIT1AT1NG CUES:
| |
| The Control Room SRO instructs you to remove N-41 from service per steps 6 through 9 of Case
| |
| IV of AP/I/A/5500/16.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 1 of 18
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPMlCR-4
| |
| Start Reactor Coolant Pump I B
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 18
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| Task:
| |
| Start Reactor Coolant Pump 1B.
| |
| Alternate Path:
| |
| NO
| |
| Facilitv JPM #:
| |
| NCP-081
| |
| KIA Ratin&):
| |
| 003 A4.01 (3.313.2)
| |
| Task Standard:
| |
| Seal injection flow to 1B NCP is restored to 7-10 gpm and 1 B reactor coolant pump is
| |
| successfully started.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Control Room X In-Plant Perform Simulate X
| |
| References:
| |
| OP/1/A/6150/002A (Reactor Coolant Pump) Enclosure 4.1 Revision 050.
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Rating: SAT UNSAT Question Grade Performance Time
| |
| Examiner: I
| |
| NAME SIGNATURE DATE
| |
| COMMENTS
| |
| | |
| Page 3 of 18
| |
| SIMULATOR SET-UP SHEET
| |
| 1. Reset to any at power SNAP.
| |
| 2. Manually trip the reactor at IMC-1.
| |
| 3. Place Steam dumps in Pressure Mode.
| |
| 4. Trip all (4) four NCP breakers at IMC-10.
| |
| 5. Reset CA and control flow to maintain S/G levels at 38% N/R level.
| |
| 6. Place INV-309 in manual and reduce total seal water flow to - 12 gpm.
| |
| 7. Freeze the simulator and write to SNAP.
| |
| IC SELECTED 213
| |
| | |
| Page 4 of 18
| |
| Tools/EquiDmentlProcedures Needed:
| |
| Have enough copies of OP/1/A/6150/002A Enclosure 4.1 available for each candidate.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIATING CUE:
| |
| EP/I/A/5000/ES-0.2, Natural Circulation Cooldown has been implemented following a Reactor Trip.
| |
| Control problems with 1NV-309 require the valve be operated in manual. The SRO instructs you to
| |
| attempt to start NC Pump 1B by completing OP/1/A/6150/002A, NC Pump Operation Enclosure. 4.1.
| |
| The Initial Conditions of Enclosure. 4.1 have been satisfied.
| |
| | |
| Page 5 of 18
| |
| START TIME:
| |
| STEP 1: Obtain a copy of the appropriate procedure.
| |
| -SAT
| |
| STANDARD: Operator locates OP/1/A/6150/002A, Enclosure 4.1.
| |
| EXAMINER CUE: When the candidate locates OP/l/A/6150/002A, hand him/her a
| |
| clean copy of Enclosure 4.1 and tell himlher that it is current -UNSAT
| |
| and complete.
| |
| COMMENTS:
| |
| STEP 2: Caution prior to Step 2.1: An NC Pump should not be started if
| |
| associated 6.9 KV switchgear is supplying essential switchgear 1ETA -SAT
| |
| or IETB and switchyard voltage is less than or equal to 223 KV or only
| |
| one off-site source of power is available.
| |
| STANDARD: Candidate determines that both offsite power sources are available by -UNSAT
| |
| verifying that the Red CLOSED lights for PCBs 14, 15, 17 and 18
| |
| are LIT and the Green OPEN lights for PCBs 14, 15, 17 and 18 are
| |
| DARK and that switchyard voltage is greater than 223 KV on the OAC
| |
| graphic or on the SWYD VOLTS meter on 1MC-11.
| |
| **CUE: The Red CLOSED lights for PCBs 14, 15, 17 and 18 are LIT and
| |
| the Green OPEN lights for PCBs 14, 15, 17 and 18 are DARK.
| |
| Switchyard voltage is 230 KV.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 6 of 18
| |
| STEP 3: Note prior to Step 2.1 :
| |
| 1. In order to start an NC Pump, the underfrequency condition should -SAT
| |
| be cleared by having at least three of four 6900 V breakers (ITA,
| |
| B, C, D-3) racked in and energized.
| |
| 2. NC Pump operational configuration restrictions, as follows, will
| |
| ensure adequate PZR spray for press control, maintain spray line -UNSAT
| |
| water solid, and prevent thermal stratification of spray line:
| |
| 0 Pump combination should include NC Pump A or NC Pump B,
| |
| 0 If NC Pump A is in service, at least two other pumps should be in
| |
| service,
| |
| .e If single pump operation is required, ensure NC Pump B is in
| |
| service,
| |
| Otherwise,
| |
| Auxiliary PZR spray flow should be established.
| |
| STANDARD: Candidate verifies the Red CLSD light is LIT and the Green OPEN
| |
| light is DARK for all four 6900 V breakers. Candidate recognizes from
| |
| the Initiating Cue that NC Pump 1B is to be started.
| |
| **CUE: The Red CLSD light is LIT and fhe Green OPEN light is DARK
| |
| for all four 6900 V breakers.**
| |
| COMMENTS:
| |
| STEP 4: IF Unit 1 is in Mode 5, refer to Tech Spec 3.4.12-1 for temperature
| |
| limitations on NC Pump starts. (Step 2.1) -SAT
| |
| STANDARD: Candidate determines from NC System temperature that Unit 1 is in
| |
| Mode 3.
| |
| -UNSAT
| |
| **CUE NC femperafure is 557 OF.**.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 7 of 18
| |
| STEP 5: If the pump to be started will be the fourth NC pump in service on Unit
| |
| 1, verify NC temperature is greater than or equal to 130°F. (Step 2.2) -SAT
| |
| STANDARD: Per the initiating cue this is the first pump to be started. Candidate
| |
| should go on to step 2.3.
| |
| -UNSAT
| |
| COMMENTS:
| |
| STEP 6: Note prior to Step 2.3: If #I Seal AP gauge overranged, AP can be -SAT
| |
| determined using INV-125B (Excess Letdn Hx 0th Ctrl) VCT or
| |
| NCDT switch position as follows:
| |
| 0 VCT position: NC Press minus Excess Letdn Hx 0 t h Press =
| |
| #I Seal AP -UNSAT
| |
| 0 NCDT position: NC Press minus VCT Press = #I Seal AP
| |
| STANDARD: No action required by candidate.
| |
| COMMENTS:
| |
| STEP 7: Verify No. 1 Seal D/P is greater than 200 psig for the pump to be
| |
| started per the following gauges: (Control Board 1MC-5)
| |
| 0 1B NCP: INVP 5220 (Step 2.3) -SAT
| |
| STANDARD: Candidate verifies D/P indication (1MC5: 1NVP5220) for 1B NC Pump -UNSAT
| |
| is overranged. Determines by method described in Note that #I Seal
| |
| AP is approximately 2200 psid.
| |
| **CUE: NC pressure is 2235 psig and VCT pressure is 30 psig..
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 8 of 18
| |
| STEP 8: Verify that the standpipe level for the pump to be started is normal by
| |
| its associated annunciator DARK. -SAT
| |
| NCP B #2 SEAL S-PIP HVLO LVL IAD-7 A/2 (Step 2.4)
| |
| STANDARD: Candidate verifies IAD-7 A/2 NCP B #2 SEAL S-PIPE HVLO LVL -UNSAT
| |
| alarm is dark.
| |
| **CUE:. IAD-7 A/2 NCP B #2 SEAL S-PIPE HVLO LVL alarm is dark.**
| |
| COMMENTS:
| |
| STEP 9: Verify VCT pressure is equal to or greater than 15 psig. (Step 2.5)
| |
| STANDARD: Candidate verifies VCT pressure (I MC5: INVP5500 or NV GRAPHIC)
| |
| is greater than 15 psig.
| |
| -UNSAT
| |
| **CUE: VCT pressure is 30 psig**
| |
| COMMENTS:
| |
| STEP I O : Verify 7-10 gpm seal injection flow on the pump to be started by the
| |
| following gauges: (Control Board MC-5) -SAT
| |
| 0 1B NCP: 1NCP5320 (Step 2.6)
| |
| Candidate observes seal injection flow (1NVP5320 on 1MC-5) is
| |
| -UNSAT
| |
| STANDARD:
| |
| approximately 4-5 gpm
| |
| **CUE: Seal injection flow to NC Pump 1B is 4 gpm.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 9 of 18
| |
| STEP 11: Increase seal injection flow to NC Pumps. CRITICAL
| |
| STEP
| |
| STANDARD: Candidate manually adjusts INV-309 to restore seal injection flow
| |
| to 8 gpm per pump. -SAT
| |
| EXAMINER CUE: If candidate states he/she would notify the CRSRO, respond
| |
| as the CRSRO and instruct the candidate to restore seal
| |
| injection to its normal value. -UNSAT
| |
| COMMENTS:
| |
| STEP 12: Note prior to Step 2.7:
| |
| 1. If # I Seal Leakoff Flow is less than 1 gpm, the # I Seal Low -SAT
| |
| Flow indication shall be used.
| |
| 2. If adequate # I Seal Leakoff Flow is NOT indicated in the
| |
| following step, refer to Enclosure 4.4.
| |
| 3. If # I Seal AP gauge overranged, AP can be determined using -UNSAT
| |
| 1NV-125B (Excess Letdn Hx Otlt Ctrl) VCT or NCDT switch
| |
| position as follows:
| |
| 0 VCT position: NC Press minus Excess Letdn Hx Otlt Press =
| |
| # I Seal AP
| |
| 0 NCDT position: NC Press minus VCT Press = # I Seal AP
| |
| STANDARD: No action required by the candidate.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 10 of 18
| |
| STEP 13: Verify adequate No. 1 Seal Leakoff flow on the pump to be started -SAT
| |
| as follows: (Step 2.7)
| |
| Determine required #I Seal Leakoff Flow from Revised Data Book
| |
| Figure 26. (Step 2.7.1)
| |
| -UNSAT
| |
| STANDARD: Candidate determines required #I Seal Leakoff Flow from Revised
| |
| Data Book Figure 26 to be between 1 gpm and 5 gpm.
| |
| COMMENTS:
| |
| -SAT
| |
| STEP 14: Add 0.26 gpm to the minimum required #I Seal Leakoff Flow of Figure
| |
| 26 to correct for an expected drop in leakoff flow on pump start (0.20
| |
| gpm) and instrument inaccuracy (0.06 gpm). (Step 2.7.2)
| |
| -UNSAT
| |
| STANDARD: Candidate adds 0.26 gpm to the minimum required #I Seal Leakoff
| |
| flow of Figure 26 for a minimum acceptable value of 1.26 gpm.
| |
| COMMENTS:
| |
| ""Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 11 of 18
| |
| -SAT
| |
| STEP 15: Verify the indicated #1 Seal Leakoff flow is within the range of Data
| |
| Book Figure 26 as adjusted per step 2.7.2 per one of the following:
| |
| (Step 2.73)
| |
| -UNSAT
| |
| Unit 1 Reactor Coolant Pumps graphic (NCPMPALL) or
| |
| INVCR-5140 (NC Pump Lo Leakoff Flow) (1MC-5) or
| |
| 1NVCR-5121, (NC Pump Hi Leakoff Flow) (1MC-5) or
| |
| Computer OAC computer point C1A1376, or CIA0442
| |
| STANDARD: Candidate determines indicated #I Seal Leakoff Flow is between 1.26
| |
| gpm and 5.0 gpm.
| |
| **CUE: Indicated #I Seal Leakoff Flow is 3.0 gpm.*"
| |
| COMMENTS:
| |
| STEP 16: Verify upper and lower oil pot levels normal, for the pump to be -SAT
| |
| started, via one of the following. (Step 2.8)
| |
| 0 Unit 1 Reactor Coolant Pumps graphic (NCPMPALL)
| |
| OR -UNSAT
| |
| 0 Visual inspection (local)
| |
| OR
| |
| 1AD-6 F/2 "NCP B UPPER/LOWER OIL RESERVOIR LO LEVEL"
| |
| DARK.
| |
| STANDARD: Candidate determines that the upper and lower oil pot levels are
| |
| normal by any of the following:
| |
| 0 OAC Graphic indicates normal oil levels
| |
| 0 1AD6 F/2annunciator is DARK.
| |
| **CUE: Upper and lower oil pot levels are normal.**
| |
| COMMENTS:
| |
| **ItalicizedCues Are To Be Used Only I f JPM Performance Is Being Simulated.
| |
| | |
| Page 12 of 18
| |
| STEP 17: Verify KC flow to Thermal Barrier Heat Exchanger normal, for the -SAT
| |
| pump to be started, via one of the following: (Step 2.9)
| |
| Unit 1 Reactor Coolant Pumps graphic (NCPMPALL)
| |
| OR -UNSAT
| |
| IAD-6 E/2, NCP B THERMAL BARRIER KC OUTLET HI/LO
| |
| FLOW, DARK
| |
| STANDARD: Candidate determines that KC flow exists to the thermal barrier heat
| |
| exchanger by any of the following:
| |
| 0 Unit 1 Reactor Coolant Pumps graphic (NCPMPALL)
| |
| OR
| |
| IAD-6 E/2, NCP B THERMAL BARRIER KC OUTLET HI/LO
| |
| FLOW, DARK
| |
| **CUE: NC Pump fB has adequate KC flow to the Thermal Barrier Heat
| |
| Exchanger. **
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 13 of 18
| |
| STEP 18: Verify KC flow to Upper Motor Bearing. Oil Cooler normal, for the -SAT
| |
| pump to be started, via one of the following: (Step 2.10)
| |
| 0 Unit 1 Reactor Coolant Pumps graphic (NCPMPALL)
| |
| -UNSAT
| |
| OR
| |
| IAD-6 C/2, NCP B MTR UPPER BRG KC OUTLET HI/LO
| |
| FLOW, DARK
| |
| STANDARD: Candidate determines that KC flow exists to the Upper Motor
| |
| Bearing. Oil Cooler by any of the following:
| |
| 0 Unit 1 Reactor Coolant Pumps graphic (NCPMPALL)
| |
| OR
| |
| IAD-6 C/2 NCP B MTR UPPER BRG KC OUTLET HVLO
| |
| FLOW, DARK
| |
| **CUE:NC Pump 1/3 has adequate KC flow to the upper motor bearing
| |
| oil cooler.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 14 of 18
| |
| STEP 19: Verify KC flow to Lower Motor Bearing. Oil Cooler normal, for the -SAT
| |
| pump to be started, via one of the following: (Step 2.1 1)
| |
| 0 Unit 1 Reactor Coolant Pumps graphic (NCPMPALL)
| |
| -UNSAT
| |
| OR
| |
| IAD-6 D/2 NCP B MTR LOWER BRG KC OUTLET HI/LO
| |
| FLOW, DARK
| |
| STANDARD: Candidate determines that KC flow exists to the Lower Motor
| |
| Bearing. Oil Cooler by any of the following:
| |
| 0 Unit 1 Reactor Coolant Pumps graphic (NCPMPALL)
| |
| OR
| |
| IAD-6 D/2 NCP B MTR LOWER BRG KC OUTLET HI/LO
| |
| FLOW, DARK
| |
| **CUE: NC Pump I5 has adequate KC flow to the lower motor bearing oil
| |
| cooler.**
| |
| COMMENTS:
| |
| STEP 20: Verify annunciator IAD-11, 230KV SWITCHYARD VOLTAGE LO is -SAT
| |
| dark. (Step 2.12)
| |
| STANDARD: Candidate verifies alarm IAD-11, W6 is DARK
| |
| -UNSAT
| |
| **CUE: 230KVSWITCHYARD VOLTAGE LO Annunciator on IAD-11, W6
| |
| is DARK.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 15 of 18
| |
| STEP 21 : Two minutes prior to starting NC pump, start one oil lift pump for CRITICAL
| |
| NCP to be started by pressing the on pushbutton for: (Step 2.13) STEP
| |
| NC PMP OIL LIFT PMP B1 (or B2) -SAT
| |
| STANDARD: Candidate depresses the Red ON pushbutton for NC PMP OIL LIFT
| |
| PMP B1 or 82 and verifies that the Red ON light is LIT and the
| |
| Green OFF light is DARK for the lift pump started. Candidate then -UNSAT
| |
| waits two minutes before starting NC Pump 1B.
| |
| **CUE: The 0Npushbutton for the oil lift pump has been depressed. The
| |
| Red ON light is LIT and the Green OFF light is DARK. Two
| |
| minutes have passed. **
| |
| COMMENTS:
| |
| STEP 22: Note prior to Step 2.14:
| |
| -SAT
| |
| 1. If NC pump is NOT started, the oil lift pump should be secured
| |
| to minimize stress on oil nozzles.
| |
| 2. The Degraded Bus Voltage Relays (27N) may actuate on the
| |
| essential bus being supplied by the 6.9KV Switchgear -UNSAT
| |
| associated with the NC Pump to be started in the following step.
| |
| The alarm condition should clear within 36 seconds.
| |
| STANDARD: No action required by the candidate.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 16 of 18
| |
| STEP 23: Start desired NC pump by pressing the ON pushbutton for: CRITICAL
| |
| NC PMP 1B (Step 2.14) STEP
| |
| STANDARD: Candidate depresses the Red ON pushbutton for NC PMP 1B and -SAT
| |
| verifies Red ON light is LIT and the Green OFF light is DARK and
| |
| pump amps have stabilized near midscale on ammeter.
| |
| **CUE: The Red 0Npushbuffon for NC PMP I B has been depressed. -UNSAT
| |
| The Red ON light is LIT and the Green OFF light is DARK and
| |
| pump amps have stabilized near midscale on ammeter. **
| |
| COMMENTS:
| |
| STEP 24: Observe all pump and motor parameters to verify proper operation. -SAT
| |
| (Step 2.1 5)
| |
| STANDARD: Candidate monitors the following parameters and verifies all are
| |
| normal: -UNSAT
| |
| # I Seal DIP greater than or equal to 200 psid.
| |
| Inlet Seal Water Flow 7-10 gpm (may be greater than 10 due to
| |
| pump start)
| |
| #I Seal Leakoff Flow appropriate for current Delta P per Revised
| |
| Data Book Figure 26.
| |
| Pump Radial Bearing Temp less than 225°F (1MC5: 1NVP5360
| |
| or NCP GRAPHIC).
| |
| #I Seal Outlet Temp between 60°F & 235°F (1MC5: 1NVP5400
| |
| or NCP GRAPHIC).
| |
| Pump Shaft Vibration less than 15 mils. (NCP GRAPHIC or
| |
| PANEL on rear of 1MC-6).
| |
| Motor Bearings less than 190°F (NCP GRAPHIC).
| |
| Motor Winding Temp less than 302°F (NCP GRAPHIC).
| |
| Motor Frame Vibration less than 3 mils. (NCP GRAPHIC or
| |
| PANEL on rear of 1MC-6).
| |
| **CUE: AI/ operating parameters are normal. **
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 17 of 18
| |
| STEP 25: Three minutes after flow in the affected NC loop exceeds 90%, stop -SAT
| |
| the oil lift pump started in step 2.13. (Step 2.16)
| |
| STANDARD: Candidate waits three minutes and then depress the Green OFF
| |
| pushbutton and verifies the Green OFFlight is LIT and the Red ON: -UNSAT
| |
| light is DARK.
| |
| **CUE Three minutes have passed. The Green OFF pushbutton has
| |
| been depressed. The Green OFF lighf is LIT and the Red ON
| |
| light is DARK.
| |
| COMMENTS:
| |
| This JPM is complete.
| |
| TIME STOP:
| |
| **lfalicized Cues Are To B e Used Only I f JPM Performance Is Being Sirnulafed,
| |
| | |
| Page 18 of 18
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIATING CUE:
| |
| EP/1/N5000/ES-0.2, Natural Circulation Cooldown has been implemented following a Reactor Trip.
| |
| Control problems with INV-309 require the valve be operated in manual. The SRO instructs you to
| |
| attempt to start NC Pump 1B by completing OP/I/N6150/002A, NC Pump Operation Enclosure. 4.1.
| |
| The Initial Conditions of Enclosure 4.1 have been satisfied.
| |
| **ItalicizedCues Are To B e Used Only I f JPM Performance Is Being Simulated,
| |
| | |
| Page 1 of 13
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| J PM/CR-5
| |
| Establish Feedwater to a Hot Dry Steam Generator
| |
| CANDlDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 13
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| Task:
| |
| Establish auxiliary feedwater flow to a hot, dry steam generator using Enclosure 8 of EP/I/A/5000/FR.H-l
| |
| (Response to Loss of Secondary Heat Sink).
| |
| Alternate Path:
| |
| NO
| |
| Facilitv JPM #:
| |
| CSF-005
| |
| KIA Ratinnls):
| |
| 061 A2.04(3.4/3.8)
| |
| Task Standard:
| |
| Candidate establishes CA flow to 1B steam generator based on the trend of Core Exit
| |
| Thermocouples stable or decreasing.
| |
| Preferred EvaIuation Location: Preferred Evaluation Method:
| |
| Control Room X In-Plant Perform Simulate X
| |
| References:
| |
| EP/I/A/5000/FR.H-l (Response to Loss of Secondary Heat Sink) Revision 22
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Rating: SAT UNSAT Question Grade Performance Time
| |
| Examiner: 1
| |
| NAME SIGNATURE DATE
| |
| COMMENTS
| |
| | |
| Page 3 of 13
| |
| SIMULATOR SET- UP SHEET
| |
| 1. Init to 100% power.
| |
| 2. Rackout both motor driven CA pumps (LOA-CA017 & CA-018) and close the
| |
| CAPT T&T valve.
| |
| 3. Trip both CFPTs and perform actions of E-0 and ES-0.1 until entry
| |
| conditions to FR-H.l are satisfied.
| |
| 4. Allow the steam generators to decrease level until all are less than 12%
| |
| WIR. Establish Bleed and Feed and ensure all steps up to Step 33 are
| |
| complete. The intent is to have all actions fail to restore CA or CM/CF until
| |
| step 33. Ensure CA is reset.
| |
| 5. Rack-in CA pump 1A (CA-017) and ensure it is capable of being manually
| |
| started per Enclosure 7.
| |
| 6. Freeze simulator and write to a snap.
| |
| IC SELECTED 218
| |
| SIMULATOR OPERATOR INSTRUCTIONS:
| |
| 1. Reset to IC selected in the setup.
| |
| | |
| Page4 of 13
| |
| TooldEquipmenff Procedures Needed:
| |
| Have enough copies of EP/IA/5000/FR-H.l (Response to Loss of Secondary Heat Sink)
| |
| Revision 22 available for each candidate.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIATING CUE:
| |
| The unit is currently in a Bleed and Feed alignment per EP/I/A/5000/FR-H.l (Response to Loss
| |
| of Secondary Heat Sink). With the bleed in progress, the PRT has ruptured causing
| |
| containment pressure to reach 3 psig; the unit is in ACC conditions. A source of feedwater has
| |
| been aligned to CA pump 1A and the SRO has directed you to establish CA flow to 1B steam
| |
| generator per Enclosure 8 (Hot Dry Feed flow Restoration Limits).
| |
| | |
| Page 5 of 13
| |
| START TIME:
| |
| STEP 1: Obtain a copy of the appropriate procedure.
| |
| -SAT
| |
| STANDARD: Operator locates EP/1/A/5000/FR-H. 1, Enclosure 8.
| |
| EXAMINER CUE: When the candidate locates EP/1/A/500O/FR-H.l, hand himlher
| |
| a clean copy of Enclosure 8 and tell him/her that it is current -UNSAT
| |
| and complete.
| |
| COMMENTS:
| |
| STEP 2: Establish feedwater flow to only one S/G (Enclosure 8, Step 1)
| |
| -SAT
| |
| STANDARD: From initiating cue, the candidate will feed only 1B S/G
| |
| COMMENTS:
| |
| -UNSAT
| |
| **italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 6 of 13
| |
| STEP 3: Close the following valves for the three S/Gs to be isolated: CRITICAL
| |
| (Enclosure 8, Step 2) STEP
| |
| -SAT
| |
| STANDARD: Candidate closes the following valves
| |
| 0 S/G I A :
| |
| a. Close ICA-62A (CA Pmp A Disch To S/G 1
| |
| -UNSAT
| |
| **CUE: The Close pushbutton for 1CA-62A has been depressed. The
| |
| Green CLOSED light is LIT and the Red OPEN light is DARK.
| |
| b. Close ICA-66B (CA Pmp 1 Disch To S/G 1A Isol)
| |
| **CUE: The Close pushbutton for ICA-66B has been depressed. The
| |
| Green CLOSED light is LIT and the Red OPEN light is DARK.
| |
| 0 S/G I C :
| |
| a. Close 1CA-46B (CA Pmp B Disch To S/G 1C lsol
| |
| **CUE: The Close pushbutton for ICA-46B has been depressed. The
| |
| Green CLOSED light is LIT and the Red OPEN light is DARK.
| |
| b. Close 1CAdOA (CA Pmp 1 Disch To S/G I C Isol)
| |
| **CUE: The Close pushbutton for I CA-50A has been depressed. The
| |
| Green CLOSED light is LIT and the Red OPEN light is DARK.
| |
| S/G I D :
| |
| a. Close ICA-42B (CA Pmp B Disch To S/G I D lsol
| |
| **CUE: The Close pushbuffon for ICA-42B has been depressed. The
| |
| Green CLOSED light is LIT and the Red OPEN light is DARK.
| |
| b. Close ICA-38A (CA Pmp 1 Disch To S/G I D Isol)
| |
| **CUE: The Close pushbutton for ICA-38A has been depressed. The
| |
| Green CLOSED light is LIT and the Red OPEN light is DARK.
| |
| COMMENTS:
| |
| **italicized Cues Are To Be Used Only If JPM Performance 1s Being Simulated.
| |
| | |
| Page 7 of 13
| |
| STEP 4: Ensure CA System valve control - RESET (Enclosure 8, Step 3)
| |
| -SAT
| |
| STANDARD: Candidate ensures CA system reset by verifying the yellow CA SYS
| |
| VLV CTRL TRAIN A (B) RESET lights are lit.
| |
| -UNSAT
| |
| **CUE: The Yellow %A SYS VLV CTRL TRAIN A RESET light is LIT and
| |
| the Yellow CA SYS VLV CTRL TRAIN B RESET light is LIT**.
| |
| COMMENTS:
| |
| **Italicized Cues Are lo Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 8 of 13
| |
| STEP 5: Close the following CA flow control valves: (Enclosure 8, Step 4) CRITICAL
| |
| STEP
| |
| STANDARD: Candidate turns the potentiometer for the following valves in the
| |
| counter-clockwise direction until 0.0 is displayed: -SAT
| |
| 0 1CA-64 (CA Pump # I Flow To S/G I A )
| |
| **CUE: The potentiometer for ICA-64 is turned in the counter-clockwise
| |
| direction. The controller display indicates O.O** -UNSAT
| |
| 0 ICA-60 (CA Pump 1A Flow To S/G I A )
| |
| **CUE: The potentiometer for ICA-60 is turned in the counter-clockwise
| |
| direction. The controller display indicates O.O**
| |
| 0 ICA-52 (CA Pump # I Flow To S/G 1B)
| |
| EXAMINER NOTE: I t is critical that the flow controller to steam generator I B
| |
| from CA pump I A (ICA-52) be closed to prevent feeding the
| |
| steam generator in an uncontrolled manner. Closing the
| |
| other controllers is not critical since no source of feedwater
| |
| is available via that flow path.
| |
| **CUE: The potentiometer for ICA-52 is turned in the counter-clockwise
| |
| direction. The controller display indicates O.O**
| |
| 0 1CA-56 (CA Pump 1A Flow To S/G 1B)
| |
| **CUE; The potentiometer for ICA-56 is turned in the counter-clockwise
| |
| direction. The controller display indicates O.O**
| |
| 0 ICA-48 (CA Pump # I Flow To S/G I C )
| |
| **CUE: The potentiometer for ICA-48 is turned in the counter-clockwise
| |
| direction. The controller display indicates 0.0""
| |
| 0 1CA-44 (CA Pump 1B Flow To S/G IC)
| |
| **CUE: The potentiometer for ICA-44 is turned in the counter-clockwise
| |
| direction. The controller display indicates O.O**
| |
| 0 1CA-36 (CA Pump # I Flow To S/G 1D)
| |
| **CUE: The potentiometer for ICA-36 is turned in the counter-clockwise
| |
| direction. The controller display indicates O.O**
| |
| 0 1CA-40 (CA Pump 1B Flow To S/G 1D)
| |
| **CUE; The potentiometer for ICA-40 is turned in the counter-clockwise
| |
| direcfion. The confroller display indicates O.O**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is 8eing Simulated.
| |
| | |
| Page 9 of 13
| |
| STEP 6: Do not continue in this enclosure until a source of feedwater is -SAT
| |
| available to the S/G(s). (Enclosure 8, Step 5)
| |
| STANDARD: Candidate determines from the initiating cue that 1A CA pump is -UNSAT
| |
| available)
| |
| EXAMINER CUE: The SRO directs you t o start the I A CA pump.
| |
| COMMENTS:
| |
| STEP 7: Verify core exit TlCs - Stable or Decreasing (Enclosure 8, Step 6)
| |
| STANDARD: Candidate determines from the RVLIS display on 1MC-1 or from the -SAT
| |
| OAC the core exit thermocouple trend.
| |
| EXAMINER NOTE: This JPM has two different operator actions depending on
| |
| the temperature trend of the TICS. -UNSAT
| |
| 0 If the T/Cs are stable or decreasing, the candidate will
| |
| perform JPM step 8.
| |
| 0 If the T/Cs are increasing the candidate will transition t o
| |
| the step 6 RNO and perform JPM step 9.
| |
| **CUE:The core exit thermocouples are increasing**
| |
| COMMENTS:
| |
| **lialicizedCues Are To Be Used Only If JPM Performance Is Being Simulated,
| |
| | |
| Page 10 of 13
| |
| STEP 8: Maintain feed flow rate less than or equal to 100 GPM until W/R S/G CRITICAL
| |
| level is greater than 21% (ACC) (Enclosure 8, Step 7) STEP
| |
| STANDARD: Candidate starts the 1A CA pump by depressing the ON pushbutton -SAT
| |
| and verifying that the Red ON light is LIT and the Green OFF light
| |
| is DARK. Candidate then turns the potentiometer for ICA-56 in the
| |
| clockwise direction to obtain a flow rate to 1B steam generator of less
| |
| than or equal to 100 gpm. -UNSAT
| |
| **CUE: The 0Npushbuffon for the I A CA pump has been depressed.
| |
| The RED ON light for CA Pump I A is LIT and the GREEN OFF
| |
| light is DARK. The potentiometer for ICA-56 has been turned in
| |
| the clockwise direction. Flow rate to I B steam generator is 95
| |
| gpm.**
| |
| COMMENTS:
| |
| STEP 9: If core exit T/Cs are increasing THEN feed S/G at a rate required to CRITICAL
| |
| decrease core exit T/Cs temperature. (Enclosure 8, Step 6. RNO.) STEP
| |
| STANDARD: Candidate starts the 1A CA pump by depressing the ON pushbutton -SAT
| |
| and verifying that the Red ON light is LIT and the Green OFF light
| |
| is DARK. Candidate then turns the potentiometer for ICA-56 in the
| |
| clockwise direction to obtain a flow rate to 1B steam generator that
| |
| results in a decrease in core exit thermocouple readings. -UNSAT
| |
| **CUE: The 0Npushbuffon for the I A CA pump has been depressed.
| |
| The RED ON light for CA Pump I A is LIT and the GREEN OFF
| |
| light is DARK. The potentiometer for ICA-56 has been turned in
| |
| the clockwise direction. Flow rate to I B steam generator has
| |
| increased. Core exit thermocouple temperatures are
| |
| decreasing. **
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 11 of 13
| |
| STEP IO: When W/R S/G level is greater than 21% (ACC), then feed flow can
| |
| be increased to desired rate. (Enclosure 8, Step 8) -SAT
| |
| STANDARD: Candidate determines that wide range steam generator level is less
| |
| than 21% and continues to monitor level increase. Candidate
| |
| continues to step 9. -UNSAT
| |
| **CUE: 7 9 steam generator wide range level is less than ?I%**.
| |
| COMMENTS:
| |
| EXAMINER NOTE: If this jpm is performed on the simulator, loop B Thot will
| |
| be greater than 550°F in the next step
| |
| STEP 1 1 : Verify NC T-HOT associated with the S/G being fed - LESS THAN
| |
| 550°F. (Enclosure 8,Step 9) -SAT
| |
| STANDARD: Candidate verifies temperatures for B Hot leg using OAC NC
| |
| graphic, RVLIS monitors, recorder1NCCR5850 for Loop 1 B Thot on
| |
| 1 MC-05 is approximately 562°F -UNSAT
| |
| **CUE: 9loop h o t l e g temperature is indicating 530 F**-
| |
| COMMENTS:
| |
| EXAMINER NOTE: Ifthis JPM is being performed in the control room,
| |
| continue with JPM Step 12 after providing the cue in JPM
| |
| Step 12. If this JPM is being performed on the simulator,
| |
| terminate the JPM by telling the candidate that another
| |
| operator will complete Enclosure 8.
| |
| **italicized Cues Are To Be Used Only if JPM Performance 1s Being Simulated.
| |
| | |
| Page 12 of 13
| |
| Step 12 Verify S/G being fed - Intact. (Enclosure 8, step IO)
| |
| -SAT
| |
| STANDARD: Candidate verifies the following:
| |
| 0 S/G 1B pressure not decreasing in uncontrolled manner using
| |
| 1MC-2, Steam pressure Channels 1,2,3.
| |
| 0 All 1B S/G related EMFs: 27, 72, 73, 33 trip 1 lights DARK. -UNSAT
| |
| 0 S/G1B level increase is under control of the candidate
| |
| **CUE:
| |
| 0 Steam generator I B is pressurized and pressure is not
| |
| decreasing in an uncontrolled manner.
| |
| a EMF-27, 72, 73 and 33 trip I lights are DARK
| |
| 0 Steam generator I B level is under operator control
| |
| COMh ENTS:
| |
| This JPM is complete.
| |
| TIME STOP:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 13 of 13
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIATING CUE:
| |
| The unit is currently in a Bleed and Feed alignment per EP/I/A/5000/FR-H.l (Response to Loss
| |
| of Secondary Heat Sink). With the bleed in progress, the PRT has ruptured causing
| |
| containment pressure to reach 3 psig; the unit is in ACC conditions. A source of feedwater has
| |
| been aligned to CA pump 1A and the SRO has directed you to establish CA flow to 1B steam
| |
| generator per Enclosure 8 (Hot Dry Feed flow Restoration Limits).
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 1 of 16
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM SIM-6
| |
| Transfer Emergency Core Cooling System to Hot Leg
| |
| Recirculation
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| )I
| |
| Page 2 of 16
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| Task:
| |
| Transfer the emergency core cooling systems to hot leg recirculation with flow indicated from both
| |
| trains of the ND System
| |
| Alternate Path:
| |
| YES
| |
| Facilitv JPM #:
| |
| NI-098
| |
| K/A Ratinqb):
| |
| 011 EA1.I 1 (4.2/4.2)
| |
| Task Standard:
| |
| Candidate establishes hot leg recirculation with flow indicated from both trains of the ND System
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator X In-Plant Perform X Simulate
| |
| References:
| |
| EP/l/A/5000/ES-I .4 Transfer to Hot Leg Recirculation Revision 005.
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Ratinq: SAT UNSAT Question Grade Performance Time
| |
| Examiner: /
| |
| NAME SIGNATURE DATE
| |
| COMMENTS
| |
| | |
| Page 3 of 16
| |
| SIMULATOR SET-UP SHEET
| |
| 1. Reset to any at power IC set.
| |
| 2. Insert MAL-N1001B SI Pump B Failure Set = BOTH
| |
| 3. Insert MAL-N1001A SI Pump A Failure Set = MANUAL
| |
| 4. Insert MAL-NCO13A (Cold Leg Break), Severity Value = 27.5 inch.
| |
| 5. Complete all procedure actions (EP/E-0, E-I, ES-1.3) up to point of
| |
| placing ECCS systems in Hot Leg Recirc alignment.
| |
| 6. Freeze simulator and write snap.
| |
| 7. IC selected 214
| |
| SIMULATOR OPERATOR INSTRUCTIONS:
| |
| I. Reset to snap 214.
| |
| | |
| Page 4 of 16
| |
| Tools/Equipment/ Procedures Needed:
| |
| Have enough copies of EP/l/A/5000/ES-I .4 (Transfer to Hot Leg Recirculation) Revision 5
| |
| available for each candidate.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIATING CUE:
| |
| A LOCA on the NC System has been in progress for 6 hours. The Emergency Core Cooling
| |
| System (ECCS) is in the Cold Leg Recirculation lineup. 1B NI Pump failed to start on the
| |
| Safety Injection and could not be started manually. The SRO instructs you to transfer the
| |
| ECCS System to Hot Leg Recirculation per EP/l/A/50OO/ES-1.4.
| |
| | |
| Page 5 of 16
| |
| START TIME:
| |
| STEP 1: Obtain a copy of the appropriate procedure.
| |
| -SAT
| |
| STANDARD: Operator locates EP/1/N5000/ES-1.4
| |
| EXAMINERS CUE: When the candidate locates EP/l/A/5000/ES-l.4
| |
| , hand him/her a copy and tell himlher that it is current -UNSAT
| |
| and complete.
| |
| COMMENTS:
| |
| STEP 2: Align NI Pumps for Hot Leg Recirculation: (Step I.)
| |
| Stop NI Pump 1A. (Step 1.a) -SAT
| |
| STANDARD: Candidate depresses NI Pump A OFF pushbutton (1MC-11).
| |
| Verifies the Green OFF light is LIT, and the Red ON light is -UNSAT
| |
| DARK.
| |
| **CUE: The NI pump A OFF pushbutton has been depressed. The Green
| |
| OFF light is LIT and the Red ON light is DARK. **
| |
| COMMENTS:
| |
| ~
| |
| STEP 3: Close 1NI-I 18A (NI Pump 1A C-Leg Inj Isol). (Step 1.b.)
| |
| -SAT
| |
| STANDARD: Candidate depresses 1NI-I 18A CLOSE pushbutton (1MC-11).
| |
| Verifies the Green CLSD light is LIT and Red OPEN light is DARK
| |
| **CUE: The close pushbutton for INI-118A has been depressed. The -UNSAT
| |
| Green CLOSED light is LIT and the Red OPEN light is DARK.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 6 of 16
| |
| STEP 4: Place the PWR DISCON For INI-121A switch to the ENABLE
| |
| position. (Step I.c.) -SAT
| |
| STANDARD: Candidate places the PWR DISCON For INI-121A switch to the
| |
| ENABLE position
| |
| -UNSAT
| |
| **CUE: The POWER DISCONNECT for INI-IZIA switch is in the
| |
| ENABLE position. **
| |
| COMMENTS:
| |
| STEP 5: Open INI-121A (NI Pump 1A To H-Legs B&C) (Step 1.d.)
| |
| -SAT
| |
| STANDARD: Candidate depresses INI-121A (NI Pump A to H-Legs B & C) OPEN
| |
| pushbutton (IMC-1I ) . Verifies the Red OPEN light is LIT and the
| |
| Green CLSD light is DARK.
| |
| -UNSAT
| |
| **CUE: The OPEN pushbutton for IN/-121A as been depressed. The
| |
| RED OPEN light is LIT, and the GREEN CLOSED light is
| |
| DARK.
| |
| COMMENTS:
| |
| ~ ~
| |
| STEP 6: WHEN 1NI-121A is open, THEN start NI Pump IA. (Step 1.e.) -SAT
| |
| STANDARD: Candidate depresses NI Pump 1A ON pushbutton ( I MC-11).
| |
| Observes that the Green OFF light is LIT and the Red ON light is
| |
| DARK, no amps indicated on meter. -UNSAT
| |
| **CUE: The Green OFF light is LIT and the Red ON light is DARK for
| |
| NI Pump 7A. No amps are indicated on the meter**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 7 of 16
| |
| STEP 7: Stop NI Pump I B . (Step 1.f.)
| |
| STANDARD: Candidate determines that NI Pump B is currently off. Determines -SAT
| |
| the Green OFF light is LIT, and the Red ON light is DARK.
| |
| **CUE: NI pump B is off. The Green OFF light is LIT and the Red ON -UNSAT
| |
| light is DARK.**
| |
| COMMENTS:
| |
| ~ ___ _____ ~~-
| |
| STEP 8: Close INI-150B (NI Pump 1B C-Leg Inj Isol). (Step I.g.)
| |
| -SAT
| |
| STANDARD: Candidate depresses 1NI-I 50B CLOSE pushbutton (1MC-1I).
| |
| Verifies the Green CLSD light is LIT and Red OPEN light is DARK
| |
| **CUE: The close pushbuffon for INI-15OB has been depressed. The -UNSAT
| |
| Green CLOSED light is LIT and the Red OPEN light is DARK.
| |
| COMMENTS:
| |
| STEP 9: Place the PWR DISCON For 1NI-I 62A switch in ENABLE.
| |
| (Step 1.h.) -SAT
| |
| STANDARD: Candidate places the PWR DISCON For INI-162A switch in
| |
| ENABLE.
| |
| -UNSAT
| |
| **CUE: The POWER DISCONNECT for IN/-162A switch is in the
| |
| ENABLE position.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 8 of 16
| |
| STEP IO: Close INI-162A (NI To C-Legs Inj Hdr Isol) (Step 1.i.)
| |
| -SAT
| |
| STANDARD: Candidate depresses 1NI-162A CLOSED pushbutton (1MC-11).
| |
| Verifies the Red OPEN light is LIT and the Green CLSDlight is
| |
| DARK.
| |
| -UNSAT
| |
| **CUE: The CLOSED pushbutton for INI-162A as been depressed. The
| |
| RED OPEN light is DARK, and fhe GREEN CLOSED light is
| |
| LIT. **
| |
| COMMENTS:
| |
| STEP 11: Place the PWR DISCON For 1NI-I 52B switch in ENABLE.
| |
| (Step 1.j.) -SAT
| |
| STANDARD: Candidate places the PWR DISCON For INI-152B switch in
| |
| ENABLE.
| |
| -UNSAT
| |
| **CUE: The POWER DISCONNECT for INI-152B switch is in the
| |
| ENABLE position. **
| |
| COMMENTS:
| |
| STEP 12: Open 1NI-l52B (NI Pump 1B To H-Legs A&D) (Step 1.k.)
| |
| -SAT
| |
| STANDARD: Candidate depresses 1Nl-1528 OPEN pushbutton (1MC-11).
| |
| Verifies the Red OPEN light is LIT and the Green CLSD light is
| |
| DARK.
| |
| -UNSAT
| |
| **CUE: The OPEN pushbutton for IN/-1528 as been depressed. The
| |
| RED OPEN light is LIT, and the GREEN CLOSED light is
| |
| DARK.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 9 of 16
| |
| ~~
| |
| STEP 13: WHEN 1Nl-I 528 is open, THEN start NI Pump 1B. (Step 1.I.) -SAT
| |
| STANDARD: Candidate depresses NI Pump 1B ON pushbutton (1MC-11).
| |
| Observes that the Green OFF light is LIT and the Red ON light is
| |
| DARK, no amps indicated on meter. -UNSAT
| |
| **CUE: The Green OFF light is LIT and the Red ON light is DARK for
| |
| NI Pump IB. No amps are indicated on the meter**
| |
| COMMENTS:
| |
| STEP 14: Verify flow from at least one train of NI. (Step 2.)
| |
| -SAT
| |
| STANDARD: Candidate determines 0flow on NI flow meters. Transitions to Step
| |
| 2 RNO and proceeds to Step 5.
| |
| **CUE:No flow is indicated from either NI train.** -UNSAT
| |
| COMMENTS:
| |
| STEP 15: a. Notify station management that NI flow not indicated -SAT
| |
| (Step 2. RNO)
| |
| b. GO TO Step 4
| |
| STANDARD: Notifies management of no NI flow indicated. Goes to step 4 -UNSAT
| |
| Examiner Cue: When management is called, say I understand that NO NI flow
| |
| indicated.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 10 of 16
| |
| STEP 16: Align ND Pumps for Hot Leg Recirc as follows: (Step 4.a.)
| |
| a. Verify following valves - CLOSED CRITICAL
| |
| 0 1ND-1B (ND Pump 1A Suct From Loop B) STEP
| |
| 0 IND-2A (ND Pump 1A Suct From Loop B -SAT
| |
| 0 1ND-36B (ND Pump 1B Suct From Loop C)
| |
| 0 1ND-37A (ND Pump 1B Suct From Loop C)
| |
| 0 IND-32A (ND Train 1A Hot Leg Inj Isol) -UNSAT
| |
| 0 1ND-65B (ND Train 1B Hot Leg Inj Isol)
| |
| STANDARD: Candidate verifies the following:
| |
| 0 1ND-I B (ND Pump 1A Suct From Loop B) Red OPEN light dark
| |
| and Green CLOSED light lit.
| |
| 0 1ND-2A (ND Pump 1A Suct From Loop B) Red OPEN light dark
| |
| and Green CLOSED light lit.
| |
| 0 1ND-36B (ND Pump 1B Suct From Loop C) Red OPEN light dark
| |
| and Green CLOSED light lit.
| |
| 0 1ND-37A (ND Pump I B Suct From Loop C) Red OPEN light dark
| |
| and Green CLOSED light lit.
| |
| 0 1ND-32A (ND Train 1A Hot Leg Inj Isol) Red OPEN light dark and
| |
| Green CLOSED light lit.
| |
| e 1ND-65B (ND Train 1B Hot Leg Inj Isol) Red OPEN light dark and
| |
| Green CLOSED light lit.
| |
| **CUE:
| |
| IND-IB Red OPEN light DARK and Green CLOSED light
| |
| LIT.
| |
| IND-2A Red OPEN light DARK and Green CLOSED light
| |
| LIT.
| |
| IND-36B Red OPEN light DARK and Green CLOSED light
| |
| LIT.
| |
| IND-37A is closed.
| |
| 0 IND-32A Red OPEN light DARK and Green CLOSED light
| |
| LIT.
| |
| IND-65B Red OPEN light DARK and Green CLOSED light
| |
| LIT.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Pedormance Is Being Simulated.
| |
| | |
| Page 1Iof 16
| |
| ~
| |
| STEP 17: Place PWR DISCON FOR INI-183B to ENABLE (Step 4.b.) CRITICAL
| |
| STEP
| |
| STANDARD: Candidate places the PWR DISCON For INI-183B switch to the
| |
| ENABLE position -SAT
| |
| **CUE: The POWER DISCONNECT for IN/-183B switch is in the
| |
| ENABLE position. **
| |
| -UNSAT
| |
| COMMENTS:
| |
| STEP 18: Open INI-183B (ND HdrA&B Hot Leg lnj Isol) (Step 4.c.) CRITICAL
| |
| STEP
| |
| STANDARD: Candidate depresses 1NI-l83B OPEN pushbutton (1MC-11).
| |
| Verifies the Red OPEN light is LIT and the Green CLSD light is -SAT
| |
| DARK.
| |
| **CUE: The OPEN pushbufton for INI-183B as been depressed. The
| |
| RED OPEN light is LIT and the GREEN CLOSED light is -UNSAT
| |
| DARK**,
| |
| COMMENTS:
| |
| STEP 19: For A ND Train: (Step 4.d.)
| |
| -SAT
| |
| 1) Verify INS-43A (ND Pmp 1A to Cont Spray Hdr) - CLOSED
| |
| STANDARD: Candidate observes 1NS-43A Red OPEN light is DARK and the
| |
| Green CLSD light is LIT. -UNSAT
| |
| **CUE: The INS-43A Red OPEN light is DARK and the GREEN
| |
| CLOSED light is LIT**.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 12 of 16
| |
| STEP 20: Place PWR DISCON FOR 1NI-l73A in ENABLE. (Step 4.d.2))
| |
| -SAT
| |
| STANDARD: Candidate places the PWR DISCON For INI-173A switch in the
| |
| ENABLE.
| |
| **CUE: The POWER DISCONNECT for INl-173Aff switch is in the -UNSAT
| |
| ENABLE position.**
| |
| COMMENTS:
| |
| STEP 21: Close INI-173A (ND Hdr 1A to Cold Legs C&D). (Step 4.d.3)) -SAT
| |
| STANDARD: Candidate depresses 1NI-I 73A CLOSED pushbutton (1MC-1I ) .
| |
| Verifies the Red OPEN light is DARK and the Green CLSD light is
| |
| LIT. -UNSAT
| |
| **CUE: The CLOSED pushbutton for INI-173A has been depressed.
| |
| The RED OPEN light is DARK, and the GREEN CLOSED light
| |
| is LIT.**
| |
| COMMENTS:
| |
| EXAMINER NOTE: It is critical for the candidate to open EITHER 1ND-32A (ND
| |
| Train I A Hot Leg Inj. Isol) OR I N D 65B (ND Train 1B Hot Leg Inj. Isol).
| |
| ItalicizedCues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 13 of 16
| |
| CRITICAL
| |
| STEP 22: Open 1ND-32A (ND Train 1A Hot Leg Inj. Isol). (Step 4.d.4)) STEP
| |
| STANDARD: Candidate depresses 1ND-32A OPEN pushbutton (1MC-11). -SAT
| |
| Verifies the Red OPEN light is LIT and the Green CLSD light is
| |
| DARK.
| |
| **CUE: The ccOPENrJ pushbuffon for IND-32A has been depressed. The -UNSAT
| |
| RED OPEN light is LIT and the GREEN CLOSED light is
| |
| DARK**.
| |
| COMMENTS:
| |
| STEP 23: For B ND Train: (Step 4.e. 1))
| |
| -SAT
| |
| 2) Verify INS-38B (ND Pmp 1B to Cont Spray Hdr) - CLOSED
| |
| STANDARD: Candidate observes 1NS-38B Red OPEN light is DARK and the
| |
| Green CLSD light is LIT. -UNSAT
| |
| **CUE: The INS-38B Red OPEN lighf is DARK and the GREEN
| |
| CLOSED light is LIT**.
| |
| COMMENTS:
| |
| STEP 24: Place PWR DISCON FOR 1NI-l78B to ENABLE (Step 4.e.2))
| |
| -SAT
| |
| STANDARD: Candidate places the PWR DISCON For INI-1786 switch to the
| |
| ENABLE position
| |
| **CUE: The scPOWERDISCONNECT for lNI-178B switch is in the -UNSAT
| |
| ENABLE position. **
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 14 of 16
| |
| STEP 25: Close 1NI-I 78B (ND Hdr B to Cold Legs C&D) (Step 4.e.3)) -SAT
| |
| STANDARD: Candidate depresses 1NI-I 78B CLOSED pushbutton ( I MC-I 1).
| |
| Verifies the Red OPEN light is DARK and the Green CLSD light is
| |
| LIT. -UNSAT
| |
| **CUE: The CLOSED pushbuffon for IN/-178B as been depressed. The
| |
| RED OPEN light is DARK, and the GREEN CLOSED lighf is
| |
| LIT. **
| |
| COMMENTS:
| |
| CRITICAL
| |
| STEP 26: Open 1ND-65B (ND Train 1B Hot Leg Inj. Isol). (Step 4.e.4)) STEP
| |
| STANDARD: Candidate depresses 1ND-65B OPEN pushbutton ( I MC-11). -SAT
| |
| Verifies the Red OPEN light is LIT and the Green CLSD light is
| |
| DARK.
| |
| **CUE: The OPEN pushbuffon for IND-658 as been depressed. The -UNSAT
| |
| RED OPEN lighf is LIT and fhe GREEN CLOSED light is
| |
| DARK**.
| |
| COMMENTS:
| |
| ~
| |
| STEP 27: Ensure Monitor Light Panel Group 6 HLR lights - LIT. (Step 5.)
| |
| -SAT
| |
| STANDARD: Candidate verifies Monitor Light Panel Group 6 HLR lights are LIT.
| |
| **CUE: The Monitor Light Panel Group 6 HLR lighfs are /if.**
| |
| -UNSAT
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 15 of 16
| |
| STEP 28: Verify flow to NC Hot Legs from at least one train of ND. (Step 6.) -SAT
| |
| STANDARD: Verify flow to NC Hot Legs as indicated on ND to Hot Legs B&C flow
| |
| meter (1NIP5010) on 1 MC-11.
| |
| -UNSAT
| |
| **CUE F/ow fo the NC Hot Legs is reading 4500 gpm on 7NIP5070.""
| |
| COMMENTS:
| |
| STEP 29: RETURN TO procedure and step in effect.
| |
| TIME STOP:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| I
| |
| Page 16 of 16
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIATING CUE:
| |
| A LOCA on the NC System has been in progress for 6 hours. The Emergency Core Cooling
| |
| System (ECCS) is in the Cold Leg Recirculation lineup. 1B NI Pump failed to start on the
| |
| Safety Injection and could not be started manually. The SRO instructs you to transfer the
| |
| ECCS System t o Hot Leg Recirculation per EP/I/A/5000/ES-1.4.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page Iof 14
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| CATAWBA
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| INITIAL LICENSE EXAMINATION
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| JOB PERFORMANCE MEASURE
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| J PM/SIM-7
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| Respond to a Leak in the KC System
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| CANDIDATE
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| EXAMINER
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| Page 2 of 14
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| CATAWBA
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| INITIAL LICENSE EXAMINATION
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| JOB PERFORMANCE MEASURE
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| Task:
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| Perform Enclosure 1 actions of AP/l/A/5500/021 (Loss of Component Cooling) during a leak in the KC
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| system
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| Alternate Path:
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| YES
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| Facility JPM #:
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| NEW
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| KIA Ratingb):
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| 008 A2.02 (3.213.5)
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| Task Standard:
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| Reactor coolant pumps are tripped. The reactor is tripped and the Immediate Actions of EP/I/A/5000/E-O
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| (Reactor Trip or Safety Injection) have been performed from memory.
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| Preferred Evaluation Location: Preferred Evaluation Method:
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| Simulator X In-Plant Perform X Simulate
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| References:
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| AP/l/A/5500/021, Loss of Component Cooling Rev. 30
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| Candidate: Time Start:
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| NAME Time Finish:
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| Performance Rating: SAT UNSAT Question Grade Performance Time
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| Examiner: /
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| NAME SIGNATURE DATE
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| COMMENTS
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| Page 3 of 14
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| SIMULATOR SETUP SHEET:
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| 1. Recall IC #
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| 2. Insert LOA - KC010 (KC 106 KC Surge Tank 1A Drn Block), severity = 1.O, insert.
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| 3. Insert LOA - KC-014 (KC 123 KC Surge Tank 1B Drn Block), severity = 1.0, insert.
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| 4. Insert MAL - KC002A (KC System Relief Valve KC-61 Failure); value = OPEN
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| 5. Insert MAL - KC002B (KC System Relief Valve KC-330 Failure); value = OPEN
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| 6. Insert MAL - KC002C (KC System Relief Valve KC-386 Failure); value = OPEN
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| 7. Insert MAL - KC002D (KC System Relief Valve KC-86Failure); value = OPEN
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| 8. Insert MAL - KC002E (KC System Relief Valve KC-313 Failure); value = OPEN
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| 9. Insert MAL - EHC002 (Turbine Trip Failure); value = 0 (AUTO)
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| I O . Go to run until the KC SURGE TANK A and B LoLo LVL annunciators alarm.
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| 11. Ensure both KF pumps are OFF
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| 12.Clear the following when surge tank low level alarms are received:
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| 1. LOA - KC-014 (KC 123 KC Surge Tank 1B Drn Block)
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| 0 MAL - KC002A (KC System Relief Valve KC-61 Failure)
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| MAL - KC002B (KC System Relief Valve KC-330 Failure)
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| MAL - KC002C (KC System Relief Valve KC-386 Failure)
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| 0 MAL - KC002D (KC System Relief Valve KC-86Failure)
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| 0 MAL - KC002E (KC System Relief Valve KC-313 Failure)
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| 12. Run the simulator until NC pump motor bearing temperatures are approximately
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| 185°F.
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| 13. Acknowledge alarms, Freeze the simulator, and write to a SNAP.
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| SNAP No.: 212
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| Place simulator in run when directed by the examiner.
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| Page 4 of 14
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| SIMULATOR OPERATOR INSTRUCTIONS:
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| None
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| Page 5 of 14
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| TooldEqu ipmenffProcedures Needed:
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| Ensure a clean copy of AP-21 Enclosure 1 is available for each candidate.
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| READ TO OPERATOR
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| DIRECTION TO TRAINEE:
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| I will explain the initial conditions, and state the task to be performed. All control room
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| steps shall be performed for this JPM, including any required communications. I will
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| provide initiating cues and reports on other actions when directed by you. Ensure you
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| indicate to me when you understand your assigned task. To indicate that you have
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| completed your assigned task return the handout sheet I provided you.
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| INITIAL CONDITIONS:
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| You are the Unit 1 OATC
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| Unit 1 is at 100% power
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| Annunciators IAD-10, Nl and N 2 , KC Surge Tank A and B Lo-Lo Level have alarmed, along
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| with various OAC level and sump alarms.
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| AP/I/A/5500/021 (Loss of Component Cooling) has been implemented.
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| INITIATING CUE:
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| The Control Room SRO instructs you to monitor Enclosure 1 and perform any required actions.
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| Page 6 of 14
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| START TIME:
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| EXAMINER NOTE: When AP/I/N5500/021 is located, give the candidate a copy
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| of the procedure.
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| STEPI: SSF Manning Criteria: (Enclosure 1, Step 1)
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| -SAT
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| CAUTION Failure to restore NC pump seal cooling via thermal barrier cooling or
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| NV seal injection within ten minutes will cause damage to the NC
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| pump seals resulting in NC System inventory loss. -UNSAT
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| IF KC AND NV seal cooling for any NC pump is lost, THEN ...
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| STANDARD: Candidate observes that 1B NV pump is in service and that seal
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| cooling is available to all four reactor coolant pumps. Determines that
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| step does not apply.
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| **CUE; The Red ON light for NVpump 1B is LIT and the Green OFF
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| JJ
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| light is DARK. Seal injection flow is indicated fo all four reactor
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| coolant pumps. **
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| COMMENTS:
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| EXAMINER NOTE: JPM step 2 will not be met initially. Candidate will continue
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| to monitor t r i p criteria for the reactor coolant pumps.
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| STEP 2: NC pump trip criteria: (Enclosure 1, Step 2) -SAT
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| IF any of the following NC pump trip criteria is met:
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| 0 # I Seal outlet temperature - GREATER THAN 235°F OR
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| 0 Lower bearing temperature - GREATER THAN 225°F OR -UNSAT
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| 0 Motor bearing temperature - GREATER THAN 195°F.
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| THEN:
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| STANDARD: Once any of the reactor coolant pump trip criteria are met, the
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| candidate will perform the required actions.
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| **CUE; Motor bearing temperafure on all four reactor coolant pumps is
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| 197 F.**
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| COMMENTS:
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| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated
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| Page 7 of 14
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| EXAMINER NOTE: While monitoring trip criteria, candidate will proceed to JPM
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| step 14 for remainder of Enclosure I Actions. When trip
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| criteria is met. candidate Derforms JPM steDs 3-13.
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| STEP 3: Place the steam dumps in pressure mode. (Enclosure I, Step 2.a.)
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| -SAT
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| STANDARD: Candidate places the STEAM DUMP SELECT switch in the PESS
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| position.
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| -UNSAT
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| **CUE: The STEAM DUMP SELECT switch is in the PRESS position. **
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| COMMENTS:
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| STEP 4: Ensure the Reactor - TRIPPED. (Enclosure 1, Step 2.b.) CRITICAL
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| STEP
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| STANDARD: Candidate rotates both reactor trip handles counter clockwise to the -SAT
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| trip position
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| **CUE: Both reactor trip switches have been rotated counter clockwise -UNSAT
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| to the trip position**
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| COMMENTS:
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| EXAMINER NOTE: Candidate may go on to perform the Immediate Actions of
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| emergency procedure E-0 (JPM steps 9-13) then perform
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| Enclosure 1 actions. (JPM steps 5,6,7,8, 14-16)
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| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated
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| Page 8 of 14
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| STEP 5: Trip all NC pumps. (Enclosure 1, Step 2.c) CRITICAL
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| STEP
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| STANDARD: Candidate depresses the OFF buttons for the NC PMP 1A, 1B, 1C -SAT
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| and 1D switches and verifies Red ON lights are DARK and the
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| Green OFF lights are LIT for all four reactor coolant pumps.
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| -UNSAT
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| **CU The Red ON light is DARK and the Green OFF light is LIT ffor
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| I.
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| reactor coolant pump IA.
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| The Red ON light is DARK and the Green OFF light is LIT ffor
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| reactor coolant pump IB.
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| The Red ON light is DARK and the Green OFF light is LIT ffor
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| reactor coolant pump IC.
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| The Red ON light is DARK and the Green OFF light is LIT ffor
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| reactor coolant pump ID.**
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| COMMENTS:
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| STEP 6: Ensure spray valves for the affected NC pumps - IN MANUAL
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| AND CLOSED. (Enclosure 1 Step 2.d.)
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| I -SAT
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| STANDARD: Candidate places the manuallauto stations for 1NC-27 and 1NC-29
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| in manual and ensures the demand is at 0. -UNSAT
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| **CUE: The manuaVauto stations for INC-27 and INC-29 are in manual and
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| the demand is at O.**
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| COMMENTS:
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| Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated
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| Page 9 of 14
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| STEP 7: Secure any dilutions in progress. (Enclosure 1, Step 2.e.)
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| -SAT
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| STANDARD: Candidate determines that no dilutions are in progress by determining
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| that the NV make up controls are set for automatic makeup.
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| -UNSAT
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| **CUE: No dilutions are in progress.**
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| COMMENTS:
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| STEP 8: IF the reactor trip breakers were closed, THEN perform one of the
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| following while continuing with this procedure as time and conditions -SAT
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| allow:
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| 0 IF above P-I 1, GO TO EP/l/A/500O/E-O (Reactor Trip Or
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| Safety Injection). -UNSAT
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| OR
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| 0 IF below P-I 1, GO TO AP/I/A/5500/05 (Reactor Trip Or
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| Inadvertent S/I Below P-I I ) . (Enclosure 1, Step 2.f.)
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| STANDARD: Candidate determines that the reactor trip breakers were closed and
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| goes to EP/l/A/500O/E-O and performs the immediate actions from
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| memory.
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| **CUE: The reactor trip breakers were previously closed".**
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| COMMENTS:
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| **Italicized Cues Are To Be Used On/y If JPM Performance Is Being Simulated
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| Page 10 of 14
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| STEP 9: Verify Reactor Trip: (E-0, Step 2)
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| 0 All rod bottom lights - LIT -SAT
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| 0 All reactor trip and bypass breakers - OPEN
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| 0 I/R amps - DECREASING
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| -UNSAT
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| STANDARD: Candidate determines that all rod bottom lights are lit, all reactor trip and
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| bypass breakers are open and I/R amps are decreasing.
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| **CUE: All rod bottom lights are lit, all reactor trip and bypass breakers
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| are open and I/R amps are decreasing.**
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| COMMENTS:
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| STEP I O : Verify Turbine Trip: (E-0, Step 3.) -SAT
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| All turbine stop valves - CLOSED
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| STANDARD: Candidate determines that the turbine is not tripped and performs -UNSAT
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| Step 2 RNO.
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| **CUE: Turbine stop valves are not closed.**
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| COMMENTS:
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| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated
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| Page 11 of 14
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| STEP 11: Manually trip the turbine. (E-0, Step 3. RNO) CRITICAL
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| STEP
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| STANDARD: Candidate depresses the manual trip pushbutton on the turbine control -SAT
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| panel and determines that the turbine trips by observing that the
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| turbine stop valve status lights are lit.
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| -UNSAT
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| **CUE: The manual trip pushbutton on the turbine control panel
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| has been depressed. The turbine sfop valve status lights are lif .**
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| COMMENTS:
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| STEP 12: Verify 1ETA and 1ETB - ENERGIZED. (E-0, Step 4.)
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| STANDARD: Candidate verifies that 1ETA and 1ET6 are energized by checking
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| power availability to loads supplied from the essential busses.
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| -UNSAT
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| **CUE: IETA and IETB are energized.**
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| COMMENTS:
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| **italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated
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| Page 12 of 14
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| STEP 13: Verify SA is actuated: (E-0, Step 5.)
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| a. SAFETY INJECTION ACTUATED status light (ISl-13) - LIT. -SAT
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| b. E/S load sequencer actuated status lights (1st-14) - LIT.
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| -UNSAT
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| STANDARD: Candidate observes status lights and determines that SAFETY
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| INJECTION ACTUATED status light (1SI-13) and E/Sload sequencer
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| actuated status lights (ISI-14) are LIT.
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| **CUE:.** SAFEWINJECTION ACTUATED status light (ISI-13) LIT. -
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| -
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| U S l o a d sequencer actuated status lights (ISI-14) LIT.**
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| COMMENTS:
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| EXAMINER NOTE: These last 3 JPM steps require no action and are to be
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| monitored by the candidate. This may have already been
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| addressed before the reactor coolant pumps were tripped.
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| STEP 14: IF AT ANY TIME the following conditions are met: -SAT
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| (Enclosure 1, Step 3.)
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| 0 Train B KC non-essential header isolation valves - CLOSED
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| AND
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| 1KC-81B (KC TO ND HX 1B SUPIso~) - CLOSED. -UNSAT
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| THEN: Ensure less than 2 train B KC pumps - IN SERVICE.
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| STANDARD: Candidate determines that only 1B1 KC pump is in service.
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| **CUE: I B I KC Pump is in service.**
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| COMMENTS:
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| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated
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| Page 13 of 14
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| STEP 15: IF AT ANY TIME both trains of KC are lost, Then return to Section C -SAT
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| (Operator Actions), Step 2. (Enclosure 1, Step 4.)
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| STANDARD: Candidate determines that 1B1 KC pump is operating.
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| -UNSAT
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| **CUE: I B I KC Pump is in service.**
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| COMMENTS:
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| STEP 16: IF operators are dispatched to align alternate cooling to NV pump I A , -SAT
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| Then perform the following:
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| a. When alternate cooling is aligned, Then perform Enclosure 7
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| (Maximize NV Pump Run Time) Step 7. (Enclosure 1, Step 5.)
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| -UNSAT
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| STANDARD: No action required by candidate. 1B1 KC pump is in service.
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| **CUE: Operators have n o t been dispatched to align alternate cooling to
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| NVpump IA.**
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| COMMENTS:
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| EXAMINER NOTE: If reactor coolant pumps have not been tripped, candidate
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| returns t o Enclosure IStep I(JPM step 2)
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| EXAMINER NOTE: After the E-0 actions are complete and Enclosure Iactions
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| addressed, you may apply the terminating cue
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| TERMINATING CUE: Another operator will perform the remainder of the
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| procedure. JPM is complete.
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| TIME STOP:
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| **italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated
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| Page 14 of 14
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| CANDIDATE CUE SHEET
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| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
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| INITIAL CONDITIONS:
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| You are the Unit 1 OATC
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| Unit 1 is at 100% power
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| Annunciators IAD-10, N1 and N2, KC Surge Tank A and B Lo-Lo Level have alarmed,
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| along with various OAC level and sump alarms.
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| AP/1/N5500/021 (Loss of Component Cooling) has been implemented.
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| INITIATING CUE:
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| The,Control Room SRO instructs you to monitor Enclosure 1 and perform any required
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| actions.
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| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated
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| Page 1 of 10
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| CATAWBA
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| INITIAL LICENSE EXAMINATION
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| JOB PERFORMANCE MEASURE
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| J PM/CR-8
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| Vent the Reactor Vessel Head
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| Following a Small Break LOCA
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| CANDIDATE
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| EXAMINER
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| Page 2 of 10
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| CATAWBA
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| INITIAL LICENSE EXAMINATION
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| JOB PERFORMANCE MEASURE
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| Task:
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| Vent the reactor vessel head following a small break LOCA.
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| Alternate Path:
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| NO
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| Facility JPM #:
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| CSF-001 (modified)
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| KIA Ratinqb):
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| 002 A2.01 (4.3i4.4)
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| Task Standard:
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| Head venting termination criteria satisfied with flow isolated via 1NC-250A and/or 1NC-251B.
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| Preferred Evaluation Location: Preferred Evaluation Method:
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| Control Room X In-Plant X Perform - Simulate X
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| References:
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| EP/l/A/5500/FR-1.3 (Response to Voids in Reactor Vessel) Revision 10
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| Candidate: Time Start :
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| NAME Time Finish:
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| Performance Rating: SAT UNSAT Question Grade Performance Time
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| Examiner: /
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| NAME SIGNATURE DATE
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| COMMENTS
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| Page 3 of 10
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| SIMULATOR SET-UP SHEET
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| None
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| SIMULATOR OPERATOR INSTRUCTIONS:
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| Page 4 of 10
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| TooIs/Equipment/Procedures Needed:
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| Have enough copies of EP/l/A/5500/FR-I.3 (Response to Voids in Reactor Vessel) Revision 10
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| for each candidate.
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| READ TO OPERATOR
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| DIRECTION TO TRAINEE:
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| I will explain the initial conditions, and state the task to be performed. All control room
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| steps shall be performed for this JPM, including any required communications. I will
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| provide initiating cues and reports on other actions when directed by you. Ensure you
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| indicate to me when you understand your assigned task. To indicate that you have
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| completed your assigned task return the handout sheet I provided you.
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| INITIATING .CUE:
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| A LOCA has occurred on Unit 1. EP/I/A/5500/FR-1.3 (Response to Voids in Reactor Vessel) is
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| in progress. Reactor Coolant Pump 1A was started per Step 13.
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| The following conditions currently exist:
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| Pressurizer level: 93%
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| NC pressure (recorded in step 18): 1865 psig and stable
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| NC Subcooling based on core exit TICS: 75°F
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| All NC T-Hots: 530°F and stable
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| PRT pressure: 5 psig
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| Reactor Vessel UR Level Train A: 95%
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| Reactor Vessel UR Level Train B: 92%
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| Allowable Venting Time 1 minute 42 seconds
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| The Control Room SRO has directed you to review the reactor vessel venting termination criteria
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| listed in step 22 of EP/I/A/5500/FR-l.3 (Response to Voids in Reactor Vessel) and then vent the
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| reactor vessel head per step 23.
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| Page 5 of 10
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| START TIME:
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| STEP 1: Obtain a copy of the appropriate procedure.
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| -SAT
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| STANDARD: Operator locates EP/1/A/5000/FR-1.3.
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| EXAMINER CUE: When the candidate locates EP/l/A/5000/FR-1.3, hand him/her
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| a clean copy and tell him/her that it is current and complete. -UNSAT
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| COMMENTS:
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| STEP 2: Review the following reactor vessel venting termination criteria:
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| (Step 22.) -SAT
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| STANDARD: Candidate reviews the reactor vessel venting termination criteria.
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| COMMENTS: -UNSAT
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| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
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| Page 6 of 10
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| STEP 3: Vent reactor vessel head as follows: (Step 23.)
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| -SAT
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| Ensure operator monitors Enclosure 6 (Reactor Vessel Venting Limits)
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| (Step 23.a.
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| STANDARD: Candidate locates Enclosure 6 and monitors the enclosure while -UNSAT
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| continuing with Step 23. b.
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| EXAMINER NOTE: When candidate monitors Enclosure 6 criteria, all
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| parameters are easily read except for REACTOR VESSEL UR
| |
| LEVEL. Since I A NCP is running, vessel level is only obtained
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| from the diagnostic page of the Train B RVLIS monitor.
| |
| IF CANDIDATE uses the normal display of upper range vessel level, provide
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| the following cue to state what the monitor would be displaying:
| |
| **CUE: TRAIN B REACTOR VESSEL UR LEVEL reads INVALID
| |
| COMMENTS:
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| STEP 4: Align vent path by opening the following valves: (Step 23. b.) CRITICAL
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| STEP
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| 0 1NC-250A (Rx Head Vent Block)
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| -SAT
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| STANDARD: Candidate depresses the Red OPEN pushbutton for 1NC-250A and
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| verifies that the Red OPEN light is LIT and the Green CLOSED
| |
| light is DARK.
| |
| -UNSAT
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| **CUE: The Red 0PENpushbutton for INC-25OA has been depressed.
| |
| The Red OPEN light is LIT and the Green CLOSED light is
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| DARK. **
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 7 of 10
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| STEP 5: Align vent path by opening the following valves: CRITICAL
| |
| (Step 23. b. continued) STEP
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| 1NC-251B (Rx Head Vent) -SAT
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| STANDARD: Candidate depresses the Red OPEN pushbutton for 1NC-251B and
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| verifies that the Red OPEN light is LIT and the Green CLOSED
| |
| light is DARK. -UNSAT
| |
| **CUE: The Red OPEN pushbuffon for ING251B has been depressed.
| |
| The Red OPEN light is LIT and the Green CLOSED light is
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| DARK. **
| |
| COMMENTS:
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| STEP 6: Verify any venting termination criterion - EXCEEDED. -SAT
| |
| (Step 23. c.)
| |
| STANDARD: Candidate reviews the reactor vessel venting termination criteria on -UNSAT
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| Enclosure 6 and determines that the criterion for Reactor Vessel UR
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| Level is exceeded.
| |
| **CUE:
| |
| NC Subcooling based on core exit T/Cs: 40 4
| |
| Pressurizer level: 76%
| |
| NC pressure: 1750 psis
| |
| All NC T-Hots: 530 F and stable
| |
| PRT pressure: 20 psis
| |
| Venting time: 30 seconds have
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| elapsed
| |
| EXAMINER NOTE: If candidate does not select the diagnostic page,
| |
| Reactor Vessel UR Level Train B would read INVALID
| |
| Reactor Vessel UR Level Train B(from diagnostic page): 103%
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
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| Page 8 of I O
| |
| STEP 7: Ensure all of the following valves - CLOSED: (Step 23. d.) CRITICAL
| |
| 01NC-250A (Rx Head Vent Block) STEP
| |
| STANDARD: Candidate depresses the Green CLOSED pushbutton for 1NC-250A -SAT
| |
| and verifies that the Green CLOSED light is LIT and the Red OPEN
| |
| light is DARK.
| |
| **CUE: The Green CLOSED pushbutton for INC-25OA has been -UNSAT
| |
| depressed. The Green CLOSED light is LIT and the Red OPEN
| |
| light is DARK. **
| |
| COMMENTS:
| |
| STEP a: Ensure all of the following valves - CLOSED:
| |
| CRITICAL
| |
| (Step 23. d. continued) STEP
| |
| 01NC-251B (Rx Head Vent)
| |
| -SAT
| |
| STANDARD: Candidate depresses the Green CLOSED pushbutton for 1NC-251B
| |
| and verifies that the Green CLOSED light is LIT and the Red OPEN
| |
| light is DARK.
| |
| -UNSAT
| |
| **CUE: The Green CLOSED pushbuffon for INC-25lB has been
| |
| depressed. The Green CLOSED light is LIT and fhe Red OPEN
| |
| light is DARK. **
| |
| COMMENTS:
| |
| EXAMINER NOTE: As long as Step 7 or Step 8 above is completed and flow is
| |
| isolated, the CRITICAL STEP is satisfied.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 9 of 10
| |
| ~~
| |
| EXAMINER NOTE: In JPM steps 9 and 10, the candidate is directed t o ensure
| |
| INC-252B and 1NC-253A are closed. These valves are
| |
| normally closed with power removed. When the candidate is
| |
| directed t o ensure these valves are closed, it is permissible
| |
| to state that the valves were not repositioned and that the
| |
| last known position was closed.
| |
| STEP 9: Ensure all of the following valves - CLOSED:
| |
| -SAT
| |
| (Step 23. d. continued)
| |
| a 1 NC-252B (Rx Head Vent Block)
| |
| STANDARD: Candidate determines that 1NC-252B was not opened previously and -UNSAT
| |
| that the last known position was CLOSED.
| |
| **CUE: 1NG252B is CLOSED. **
| |
| COMMENTS:
| |
| STEP I O : Ensure all of the following valves - CLOSED: -SAT
| |
| (Step 23. d. continued)
| |
| 01NC-253A (Rx Head Vent Block)
| |
| -UNSAT
| |
| STANDARD: Candidate determines that 1NC-253A was not opened previously and
| |
| that the last known position was CLOSED.
| |
| **CUE: INC-253A is (CLOSED. **
| |
| COMMENTS:
| |
| EXAMINER CUE: Another operator will complete the rest of the procedure.
| |
| This JPM is complete.
| |
| TIME STOP:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 10 of 10
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIATING CUE:
| |
| A LOCA has occurred on Unit 1. EP/I/Af5500/FR-1.3 (Response to Voids in Reactor Vessel) is
| |
| in progress. Reactor Coolant Pump 1A was started per Step 13.
| |
| The following conditions currently exist:
| |
| Pressurizer level: 93%
| |
| NC pressure (recorded in step 18): 1865 psig and stable
| |
| NC Subcooling based on core exit T/Cs: 75°F
| |
| All NC T-Hots: 530°F and stable
| |
| PRT pressure: 5 psig
| |
| Reactor Vessel UR Level Train A: 95%
| |
| Reactor Vessel UR Level Train B: 92%
| |
| Allowable Venting Time 1 minute 42 seconds
| |
| The Control Room SRO has directed you to review the reactor vessel venting termination criteria
| |
| listed in step 22 of EP/l/A/5500/FR-1.3 (Response to Voids in Reactor Vessel) and then vent the
| |
| reactor vessel head per step 23.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 1 of 10
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM/PLANT-SA
| |
| Transfer HVAC Control to LOCAL Following Control
| |
| Room Evacuation
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 10
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| -
| |
| Task:
| |
| Transfer HVAC Control to "LOCAL" following Control Room Evacuation per AP/l/N5500/017 (Loss of
| |
| Control Room), Enclosure 5.
| |
| Alternate Path:
| |
| NO
| |
| Facility JPM #:
| |
| OP-CN-CP-RSS-003
| |
| KIA Ratingb):
| |
| APE 068 AA1.21 (3.9/4.1)
| |
| Task Standard:
| |
| Both trains of VCffC shifted to "LOCAL" and 'B' train VCNC placed in operation, and 'A and 'B' train VA
| |
| have been verified in operation using AP/1/A/5500/017 (Loss of Control Room), Enclosure 5.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator - In-Plant X Perform Simulate X
| |
| References:
| |
| AP/l/A/5500/017, (Loss of Control Room), Enclosure 5 Rev. 43
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Ratinq: SAT UNSAT Question Grade Performance Time
| |
| COMMENTS
| |
| | |
| Page 3 of 10
| |
| SIMULATOR SET-UP SHEET
| |
| 1. NIA
| |
| SIMULATOR OPERATOR INSTRUCTIONS:
| |
| NONE
| |
| | |
| Page 4 of 10
| |
| Tools/EquipmentlProcedures Needed:
| |
| Have enough copies of Enclosure 5 of AP/I/A/5500/0l7 available for each candidate.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All steps shall be
| |
| simulated for this JPM, including any required communications. I will provide initiating
| |
| cues and reports on other actions when directed by you. Ensure you indicate to me
| |
| when you understand your assigned task. To indicate that you have completed your
| |
| assigned task return the handout sheet I provided you.
| |
| INITIAL CONDITIONS:
| |
| Atrain VCNC is out of service fo condenser tube cleaning.
| |
| A fire has occurred that causes a Control Room evacuation.
| |
| INITIATING CUES:
| |
| You are the Auxiliary Building operator and are directed by the ASP 1A operator to perform
| |
| Enclosure 5 of AP/1/A15500/017 (Lossof Control Room).
| |
| You are to ensure B train VCNC equipment and A and B train VA equipment are
| |
| operating.
| |
| | |
| Page 5 of 10
| |
| START TIME:
| |
| STEP 1: Provide a copy of Enclosure 5 HVAC Actions to the candidate. -SAT
| |
| STANDARD: None
| |
| COMMENTS: -UNSAT
| |
| STEP 2: Verify Train A VCNC desired to be started in LOCAL. (Step 1)
| |
| -SAT
| |
| STANDARD: Examinee should determine from initiating cue that 6 train is to be
| |
| placed in service (per step 1 RNO) and proceeds to Step 5 of Encl. 5.
| |
| COMMENTS: -UNSAT
| |
| STEP 3: Place VCNC AHU TRAIN B switch to LOCAL. (STEP 5.a) CRITICAL
| |
| STEP
| |
| STANDARD: VCNC AHU TRN 6 switch on 2ELCP0058 (AB-594, -58, Rm 560)
| |
| turned to the LOCAL position. -SAT
| |
| **CUE: VCNC AHU TRN B switch turned to the LOCAL position.
| |
| COMMENTS: -UNSAT
| |
| STEP 4: Place VCNC AHU TRAIN B switch to ON. (STEP 5.b) CRITICAL
| |
| STEP
| |
| STANDARD: VCNC AHU TRN B on/off switch positioned to the ON position. RED
| |
| ON light is LIT above local control switch on 2ELCP0058. -SAT
| |
| **CUE: VCNC AHU TRN 8 on/off switch is in the 0Nposition. The RED
| |
| ON light is LIT.
| |
| -UNSAT
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 6 of 10
| |
| STEP 5: Verify Train B VCNC HVAC equipment in operation: (STEP 5.c)
| |
| 0 VCNC AHU Train B - ON -SAT
| |
| 2CRA-AHU-1 -ON
| |
| 2CR-AHU-1 -ON
| |
| 0 1SWGR-AHU-2 - ON
| |
| 2SWGR-AHU-2 - ON -UNSAT
| |
| 0 1SWGR-AHU-4 - ON
| |
| 2SWGR-AHU-4 - ON
| |
| STANDARD: Indications on 2ELCP0058.
| |
| 0 RED ON status light LIT
| |
| 0 RED ON status light LIT, left panel, third row
| |
| 0 RED ON status light LIT, left panel, third row
| |
| 0 RED ON status light LIT, left panel, first row
| |
| 0 RED ON status light LIT, left panel, first row
| |
| 0 RED ON status light LIT, left panel, first row
| |
| 0 RED ON status light LIT, left panel, first row
| |
| After substep read, give the following cue:
| |
| **CUE: RED ON status light is LIT for each AHU.
| |
| COMMENTS:
| |
| STEP 6: After 2 minutes, verify 2CRA-P-1 - ON. -SAT
| |
| STANDARD: Verify RED ON status light LIT, right panel, fourth row.
| |
| **CUE 2 minutes have passed; RED ON light is LIT. -UNSAT
| |
| COMMENTS:
| |
| | |
| Page 7 of 10
| |
| STEP 7: Place VCNC AHU Train A switch to LOCAL. (STEP 6.a) CRITICAL
| |
| STEP
| |
| STANDARD: VCNC AHU TRN A switch on lELCP0058 (AB 594, -56, RM 570)
| |
| turned to the LOCAL Position. -SAT
| |
| **CUE: VCNC AHU TRN A switch is in the LOCAL position.
| |
| COMMENTS: -UNSAT
| |
| ~~~
| |
| STEP a: Ensure VCNC AHU TRAIN A switch - OFF. (STEP 6. b)
| |
| STANDARD: Rotate VCNC AHU TRAIN A switch to the OFF position on
| |
| 1ELCP0058.
| |
| **CUE: The switch is pointing to the OFF position. -UNSAT
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 8 of 10
| |
| STEP 9: Verify VA equipment in operation: (STEPS 7a,b, and c)
| |
| -SAT
| |
| At 1ELCPOI II(AB-594, -55, Rm 500)
| |
| AUXILIARY BLDG. SUPPLY UNIT 1 A (ABSU-1A) - ON
| |
| AUXILIARY BLDG. SUPPLY UNIT 1B (ABSU-1B) - ON -UNSAT
| |
| AUX. BLDG. UNFILTERED EXHAUST FAN 1A (ABUXF-1A) - ON
| |
| AUX. BLDG. UNFILTERED EXHAUST FAN 1B (ABUXF-1B) - ON
| |
| AT 1ELCPOI 12 (AB-594, -55, Rm 500)
| |
| AUX. BLDG. FILTD EXH FAN 1 A (ABFXF-1A) - ON
| |
| At IELCP0013 (AB-594, LL-52, Rm 500)
| |
| AUX. BLDG. FILTD EXH FAN I B (ABFXF-1B) - ON
| |
| STANDARD: Indication on each panel:
| |
| 0 ABSU-1A Red ON light lit on left panel on IELCPOI 11
| |
| 0 ABSU-1B Red ON light lit on left panel on IELCPOI 11
| |
| 0 ABUXF-1A Red ON light lit on right panel on IELCPOI 11
| |
| 0 ABUXF-1B Red ON light lit on right panel on 1ELCPOI 11
| |
| 0 ABFXF-1A Red ON light lit on right panel on 1ELCPOI 12
| |
| 0 ABFXF-1B Red ON light lit on 1ELCPOI 13
| |
| **CUE: RED ONlight LIT for each fan.
| |
| COMMENTS:
| |
| **ItalicizedCues Are To Be Used Only If JPM Performance Is 8eing Simulated.
| |
| | |
| Page 9 of 10
| |
| STEP IO: Verify VA equipment in operation: (STEPS 7d, e, and 9
| |
| -SAT
| |
| At 2ELCP0011 (AB-594, LL-58, Rm 500)
| |
| AUXILIARY BLDG. SUPPLY UNIT 2 A (ABSU-2A) - ON
| |
| AUXILIARY BLDG. SUPPLY UNIT 2B (ABSU-2B) - ON -UNSAT
| |
| 0 AUX. BLDG. UNFILTERED EXHAUST FAN 2 A (ABUXF-2A) - ON
| |
| AUX. BLDG. UNFILTERED EXHAUST FAN 2B (ABUXF-2B) - ON
| |
| AT 2ELCPOl12 (AB-594, -58, Rm 500)
| |
| 0 AUX. BLDG. FILTD EXH FAN 2 A (ABFXF-2A) - ON
| |
| AT 2ELCPO113 (AB-594, LL-62, Rm 500)
| |
| 0 AUX. BLDG. FILTD EXH FAN 2B (ABFXF-2B) - ON
| |
| STANDARD: Indication on each panel:
| |
| 0 ABSU-2A Red ON light lit on left panel on 2ELCPO11I
| |
| 0 ABSU-2B Red ON light lit on left panel on 2ELCPO111
| |
| 0 ABUXF-2A Red ON light lit on right panel on 2ELCPO111
| |
| 0 ABUXF-2B Red ON light lit on right panel on 2ELCPO111
| |
| 0 ABFXF-2A Red ON light lit on right panel on 2ELCPO112
| |
| 0 ABFXF-2B Red ON light lit on 2ELCPOl13
| |
| **CUE:RED ON light LIT for each fan.
| |
| COMMENTS:
| |
| STEP IO: Notify ASP operator (~5549,x5548) status of VCNC and VA
| |
| equipment. (Step 8) -SAT
| |
| STANDARD: Call ASP operator (5549 or 5548) and reports that B Train VCNC is in
| |
| service, and that A and B Train VA equipment is in operation.
| |
| -UNSAT
| |
| **CUE: This is the ASP Operator. I understand that B Train VCNC and A
| |
| and B Train VA are operating.
| |
| COMMENTS:
| |
| This JPM is complete.
| |
| TIME STOP:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 10 of 10
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIAL CONDITIONS:
| |
| A train VCNC is out of service fo condenser tube cleaning.
| |
| A fire has occurred that causes a Control Room evacuation.
| |
| INITIATING CUES:
| |
| You are the Auxiliary Building operator and are directed by the ASP 1A operator t o perform
| |
| Enclosure 5 of AP/1/A/5500/017 (Loss of Control Room).
| |
| You are to ensure B train VCNC equipment and A and B train VA equipment are
| |
| operating.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| c
| |
| Page 1 of 11
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM Plant-9B
| |
| Restore the VA System to Normal Alignment Following an
| |
| Inadvertent Safety Injection Actuation
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 1I
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| -
| |
| Task:
| |
| Restore the Auxiliary Building ventilation system to normal alignment following an inadvertent Safety
| |
| Injection actuation.
| |
| Alternate Path:
| |
| NO
| |
| Facility JPM #:
| |
| VA-001
| |
| KIA Ratinds):
| |
| 013 A3.02 (4.1/4.2)
| |
| Task Standard:
| |
| All Train A and B VA Filter Isolation dampers and Auxiliary Shutdown Panel Supply Units are
| |
| reset per OP/OA/6450/003 (Auxiliary Building Ventilation System) Enclosure 4.7.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator In-Plant X Perform Simulate X
| |
| References:
| |
| OP/O/A/6450/003 (Auxiliary Building Ventilation System) Enclosure 4.7 Revision 38
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Rating: SAT UNSAT Question Grade Performance Time
| |
| Examiner: /
| |
| NAME SIGNATU RE DATE
| |
| COMMENTS
| |
| | |
| Page 3 of 11
| |
| Tools/EquipmentlProcedures Needed:
| |
| Have enough copies of OP/O/N6450/003, Enclosure 4.7 available for each candidate.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIATING CUE:
| |
| While conducting ESF testing, an inadvertent Safety Injection on low Pressurizer
| |
| Pressure occurred. EP/I/A/5000/ES-l.I(Safety Injection Termination) has been entered.
| |
| ECCS and the Diesel Generator Load Sequencers have been reset and the control room
| |
| crew is restoring various plant systems. The Control Room SRO instructs you to reset
| |
| the Auxiliary Building Ventilation to restore the system to normal operations per
| |
| OP/O/A/6450/003 (Auxiliary Building System) Enclosure 4.7. Initial conditions 1.I1.2, , 1.3
| |
| and 1.4 have been completed.
| |
| | |
| Page 4 of 11
| |
| START TIME:
| |
| STEP 1: Obtain a copy of the appropriate procedure.
| |
| -SAT
| |
| STANDARD: Operator locates OP/O/A/6450/003, Enclosure 4.7.
| |
| EXAMINER CUE: When the candidate locates OP/O/A/6450/003, hand them a
| |
| clean copy of Enclosure 4.7 and tell him/her that it is current -UNSAT
| |
| and complete.
| |
| COMMENTS:
| |
| STEP 2: Obtain Key #209 from the Work Control Center.
| |
| (Enclosure 4.7 Initial Condition 1.5) -SAT
| |
| STANDARD: Candidate goes to the Work Control Center and obtains Key #209
| |
| EXAMINER CUE: When the candidate goes t o the work control center inform -UNSAT
| |
| them that key #209 has been obtained.
| |
| COMMENTS:
| |
| STEP 3: Verify 1ELCPOI89 A Train Post LOCA HVAC Control Panel selector
| |
| switch is in the "OFF" position (AB-597, CC-52, Rm 576). -SAT
| |
| (Enclosure 4.7 Initial Condition 1.6)
| |
| STANDARD: Candidate determines that the A Train Post LOCA HVAC Control -UNSAT
| |
| Panel selector switch is in the "OFF" position.
| |
| **CUE: The A Train Post LOCA HVAC Control Panel selector switch is in
| |
| the "OFF" position. **
| |
| COMMENTS:
| |
| **italicized Cues Are To Be Used Only If JPM Performance 1s Being Simulated.
| |
| | |
| Page 5 of 11
| |
| ~
| |
| STEP 4: Verify 1ELCPOI90 B Train Post LOCA HVAC Control Panel selector
| |
| switch is in the "OFF" position (AB-597, CC-53, Rm 576). -SAT
| |
| (Enclosure 4.7 Initial Condition 1.6)
| |
| STANDARD: Candidate determines that the B Train Post LOCA HVAC Control -UNSAT
| |
| Panel selector switch is in the "OFF" position.
| |
| **CUE: The B Train Post LOCA HVAC Control Panel selector switch is in
| |
| the "OFF" position. **
| |
| COMMENTS:
| |
| STEP 5: To reset Train A dampers, perform the following: (Step 2. I ) CRITICAL
| |
| STEP
| |
| Insert key and turn the "AUX BLDG FILTER TRAIN ISO. DAMPERS
| |
| RESET" switch fully (AB-597, "-56, Rm 500) (Panel IAB-ECP-2 -SAT
| |
| I ELCPOI 12). (Step 2.1. I )
| |
| STANDARD: Candidate inserts the key and turns the "AUX BLDG FILTER TRAIN -UNSAT
| |
| ISO. DAMPERS RESET" switch fully.
| |
| **CUE: The key has been inserted and the "AUX BLDG FILTER TRAIN ISO.
| |
| DAMPERS RESET" switch has been turned fully.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 6 of 11
| |
| STEP 6: Depress key switch firmly. CRITICAL
| |
| STEP
| |
| STANDARD: Candidate depresses the "AUX BLDG FILTER TRAIN ISO. DAMPERS -SAT
| |
| RESET'' key switch firmly. (Step 2.1.2)
| |
| **CUE: The key switch has been depressed firmly.**
| |
| -UNSAT
| |
| COMMENTS:
| |
| STEP 7: After switch has come back out, return it to its original position and CRITICAL
| |
| remove key. (Step 2.1.3) STEP
| |
| STANDARD: Candidate releases pressure on the key switch allowing the switch to -SAT
| |
| come back out and returns the switch to its original position.
| |
| **CUE: The key switch has come back out and is in its original
| |
| position. ** -UNSAT
| |
| COMMENTS:
| |
| STEP 8: Depress the "RESET" pushbutton on "AUX S/D PNL SUP UNIT-1A CRITICAL
| |
| ASPSU-1A (lAHUN0060) SEQUENCED ON" switch (AB-597, "-56, STEP
| |
| Rm 500) (Panel IAB-ECP-2 1ELCPOI12). (Step 2.1 -4)
| |
| -SAT
| |
| STANDARD: Candidate depresses the "RESET" pushbutton on "AUX S/D PNL SUP
| |
| UNIT-IA ASPSU-IA SEQUENCED ON" switch.
| |
| -UNSAT
| |
| **CUE: The "RESET" pushbutton on "AUX SHUTDOWN PANEL SUPPLY
| |
| UNIT-1A ASPSU-IA SEQUENCED ON" switch has been
| |
| depressed. **
| |
| **(Though not checked in procedure, but IF ADDRESSED, state that the
| |
| reset light is dark.)**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 7 of 11
| |
| STEP 9: Depress the "RESET" pushbutton on "AUX S/D PNL SUP UNIT-2A CRITICAL
| |
| ASPSU-2A (2AHUN0060) SEQUENCED ON" switch (AB-597, "-58, STEP
| |
| Rm 500) (Panel 2AB-ECP-2 2ELCPO112). (Step 2.1 5)
| |
| STANDARD: Candidate depresses the "RESET" pushbutton on "AUX S/D PNL SUP
| |
| UNIT-2A ASPSU-2A SEQUENCED ON" switch.
| |
| -UNSAT
| |
| **CUE: The "RESET" pushbutton on "AUX SHUTDOWN PANEL SUPPLY
| |
| UNIT-2A ASPSU-2A SEQUENCED ON" switch has been
| |
| depressed. **
| |
| **(Though not checked in procedure, but IF ADDRESSED, state that the
| |
| reset light is dark.)**
| |
| COMMENTS:
| |
| STEP IO: To reset Train B dampers, perform the following: (Step 2.2) CRITICAL
| |
| STEP
| |
| Insert key and turn the "AUX BLDG FILTER TRAIN ISO. DAMPERS
| |
| RESET" switch fully (AB-597, LL-52, Rm 500) (Panel IAB-ECP-3 -SAT
| |
| 1ELCPOI 13). (Step 2.2.1)
| |
| STANDARD: Candidate inserts the key and turns the "AUX BLDG FILTER TRAIN -UNSAT
| |
| ISO. DAMPERS RESET'' switch fully.
| |
| **CUE: The key has been inserted and the "AUX BLDG FILTER TRAIN ISO.
| |
| DAMPERS RESET" switch has been turned fully.**
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 8 of 11
| |
| STEP 11: Depress key switch firmly CRITICAL
| |
| STEP
| |
| STANDARD: Candidate depresses the "AUX BLDG FILTER TRAIN ISO. DAMPERS -SAT
| |
| RESET" key switch firmly. (Step 2.2.2)
| |
| **CUE: The key switch has been depressed firm/y-**
| |
| -UNS, T
| |
| COMMENTS:
| |
| STEP 12: After switch has come back out, return it to its original position and CRITICAL
| |
| remove key. (Step 2.2.3) STEP
| |
| STANDARD: Candidate releases pressure on the key switch allowing the switch to
| |
| come back out and returns the switch to its original position. -SAT
| |
| **CUE: The key switch has come back out and is in its original
| |
| position.**
| |
| -UNSAT
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 9 of 11
| |
| STEP 13: Depress the "RESET" pushbutton on "AUX S/D PNL SUP UNIT-1B CRITICAL
| |
| ASPSU-I B (lAHUN0061) SEQUENCED ON" switch (AB-597, LL-52, STEP
| |
| Rm 500) (Panel IAB-ECP-3 IELCPOI 13). (Step 2.2.4)
| |
| -SAT
| |
| STANDARD: Candidate depresses the "RESET" pushbutton on "AUX S/D PNL SUP
| |
| UNIT-1B ASPSU-1B SEQUENCED ON" switch.
| |
| -UNSAT
| |
| **CUE: The "RESET" pushbutton on "AUX SHUTDOWN PANEL SUPPLY
| |
| UNIT-I6 ASPSU-I6 SEQUENCED ON" switch has been
| |
| depressed. **
| |
| **(Though not checked in procedure, but IF ADDRESSED, state that the
| |
| reset light is dark.)**
| |
| COMMENTS:
| |
| STEP 14: Depress the "RESET" pushbutton on "AUX S/D PNL SUP UNIT-2B CRITICAL
| |
| ASPSU-2B (2AHUN0061) SEQUENCED ON" switch (AB-597, LL-62 STEP
| |
| Rm 500) (Panel 2AB-ECP-3 2ELCPO113). (Step 2.2.5)
| |
| -SAT
| |
| STANDARD: Candidate depresses the "RESET" pushbutton on "AUX S/D PNL SUP
| |
| UNIT-2A ASPSU-2A SEQUENCED ON" switch.
| |
| -UNSAT
| |
| **CUE: The "RESET" pushbuffon on "AUX SHUTDOWN PANEL SUPPLY
| |
| UNIT-2A ASPSU-2A SEQUENCED ON" switch has been
| |
| depressed. **
| |
| **(Though not checked in procedure, but IF ADDRESSED, state that the
| |
| reset light is dark.)**
| |
| COMMENTS:
| |
| **lfalicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 10 of 11
| |
| STEP 15: Return the VA System to normal operation per Enclosure 4.1 (Startup
| |
| and Operation) of this procedure. (Step 2.3)
| |
| -SAT
| |
| STANDARD: No action required by the candidate.
| |
| **CUE: The SRO has directed another operator to perform
| |
| Enclosure 4. I.** -UNSAT
| |
| COMMENTS:
| |
| This JPM is complete.
| |
| TIME STOP:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 11 of I 1
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIATING CUE:
| |
| While conducting ESF testing, an inadvertent Safety Injection on low Pressurizer Pressure
| |
| occurred. EP/l/A/50OO/ES-1.I(Safety Injection Termination) has been entered. ECCS and the
| |
| Diesel Generator Load Sequencers have been reset and the control room crew is restoring
| |
| various plant systems. The Control Room SRO instructs you to reset the Auxiliary Building
| |
| Ventilation to restore the system t o normal operations per OP/O/A/6450/003 (Auxiliary Building
| |
| System) Enclosure 4.7. Initial conditions I.I,1.2, I.3 and 1.4 have been completed.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 1 of 14
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPMIPLANT-IO
| |
| Startup Backup Temporary VI Compressor
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 14
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| Task:
| |
| Start the Backup Temporary. VI Compressor and place it in service on the VI header
| |
| Alternate Path:
| |
| NO
| |
| Facility JPM #:
| |
| VI-002
| |
| WA Ratinnls):
| |
| 078 K4.02 (3.213.5)
| |
| Task Standard:
| |
| Temporary VI Compressor started and aligned to the Instrument Air Header through IVI-417.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator In-Plant X Perform Simulate X
| |
| References:
| |
| OP/O/A/6450/005 (Instrument Air System, Enclosure 4. IO) Revision 108
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Ratinn: SAT UNSAT Question Grade Performance Time
| |
| Examiner: I
| |
| NAME SIGNATURE DATE
| |
| COMMENTS
| |
| | |
| Page 3 of 14
| |
| Tools/Equipment/Procedures Needed:
| |
| Have enough copies of OP/O/N6450/005 Enclosure 4.10 available for each candidate.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIATING CUE:
| |
| Unit 1 and 2 are at 100% power. VI Lo Pressure Annunciator is lit and VI pressure is 75 psig and
| |
| slowly decreasing. AP/O/N5500/22, Loss of Instrument Air, is implemented and the CR SRO directs
| |
| you to startup and align the Backup Temporary VI Compressor to the Instrument Air Header per
| |
| OP/O/A/6450/005, Instrument Air System, Enclosure 4. I O .
| |
| | |
| Page 4 of 14
| |
| START TIME:
| |
| STEP 1: Obtain a copy of the appropriate procedure.
| |
| -SAT
| |
| STANDARD: Operator locates OP/O/A/6450/005 Enclosure 4.10.
| |
| EXAMINER CUE: When the candidate locates OP/O/A/6450/005 Enclosure 4.10,
| |
| hand himlher a clean copy of Enclosure 4.10 and tell himlher -UNSAT
| |
| that it is current and complete.
| |
| COMMENTS:
| |
| STEP 2: Review the Limits and Precautions. (Step 1.1)
| |
| -SAT
| |
| STANDARD: Candidate reads Limits and Precautions and determines that 2.1 1 and
| |
| 2.12 are applicable
| |
| -UNSAT
| |
| COMMENTS:
| |
| NOTE: The following step may be performed out of sequence at UnitMlCC SRO
| |
| discretion to prevent garage personnel being called in unnecessarily.
| |
| STEP 3: Notify Catawba Garage at ext. 3590 (or Shift Work Manager on
| |
| backshift) that the Backup Temporary VI Compressor will be operated -SAT
| |
| and servicing may be required during or after the run. (Step 1.2)
| |
| STANDARD: Candidate locates a telephone and simulates calling the Catawba
| |
| Garage. -UNSAT
| |
| **CUE: This is George at the Catawba Garage. Iunderstand that you are
| |
| going to operate the Backup Temporary VI Compressor.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 5 of 14
| |
| STEP 4: Verify engine oil level is full (dipstick on side of engine). (Step I.3)
| |
| -SAT
| |
| STANDARD: Candidate opens panel door on Turbine Building side of compressor
| |
| and locates dipstick next to the oil filter. Candidates states he/she
| |
| would remove dipstick to check oil level.
| |
| -UNSAT
| |
| **CUE: Oil level is near the "F" mark. **
| |
| COMMENTS:
| |
| STEP 5: Verify the compressor oil is visible in sight glass (sight glass should be
| |
| full with compressor shutdown) beside the control panel. (Step 1.4) -SAT
| |
| STANDARD: Candidate locates the sight glass on oil tank inside the large door on
| |
| the front side of compressor next to the control panel door. Candidate
| |
| indicates the sight glass should be full. -UNSAT
| |
| **CUE: The sight glass is FULL. **
| |
| COMMENTS:
| |
| STEP 6: Start the Backup Temporary VI Compressor as follows: (Step 2.1) -SAT
| |
| Unplug the battery charger. (Battery charger is located inside engine
| |
| compartment opposite side from battery.) (Step 2.1.1)
| |
| STANDARD: Candidate simulates unplugging battery charger by disconnecting -UNSAT
| |
| cable from turbine building side of compressor housing.
| |
| **CUE: The battery charger is unplugged. **
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 6 of 14
| |
| STEP 7 : Ensure OVIT-20 (Compressor Service Valve) is open. (Step 2.1 2 )
| |
| STANDARD: Candidate ensures OVIT-20 (Compressor Service Valve) is open by -SAT
| |
| positioning the handle such that it is in parallel with the hose.
| |
| **CUE: The handle for OVIT-20 is parallel to the hose. **
| |
| -UNSAT
| |
| COMMENTS:
| |
| NOTE: The following steps are performed from the compressor control
| |
| panel located on the front of the compressor.
| |
| STEP 8: Place the POWER toggle switch in the ON position. (Step 2.1.3) CRITICAL
| |
| STEP
| |
| STANDARD: Candidate raises the POWER toggle switch to the ON position on -SAT
| |
| the control panel.
| |
| **CUE: The POWER toggle switch is in the 0Nposition. **
| |
| -UNSAT
| |
| COMMENTS:
| |
| STEP 9: Ensure fuel level is adequate. (Step 2.1.4)
| |
| -SAT
| |
| ;TANDARD: Candidate locates fuel level gauge inside control panel (front of
| |
| compressor).
| |
| **CUE: Fuel o i l level is at 314 full mark. ** -UNSAT
| |
| COMMENTS:
| |
| EXAMINER NOTE: JPM step 10 will only be performed if freezing weather
| |
| conditions exists. If freezing weather conditions DO NOT
| |
| exist, proceed t o JPM step 11.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 7 of 14
| |
| STEP IO: In freezing weather perform the following: (Step 2.1 5)
| |
| 1. Place the HEATERS toggle switch in the ON position to -SAT
| |
| energize cylinder head glow plugs. (Step 2.1.5.1)
| |
| 2. Proceed after 60 seconds(time permitting) (Step 2.15.2)
| |
| STANDARD: Candidate simulates placing HEATERS toggle switch to ON and
| |
| -UNSAT
| |
| states he/she will wait 60 seconds.
| |
| **CUE: The HEATERS toggle switch is in the ON position. 60
| |
| seconds have passed.**
| |
| COMMENTS:
| |
| STEP 11: Press and hold the BYPASS switch for 10 - 15 seconds. CRITICAL
| |
| (Step 2. I.6) STEP
| |
| STANDARD: Candidate simulates depressing the BYPASS switch and indicates -SAT
| |
| he/she would hold it for 10 to 15 seconds.
| |
| **CUE: The BYPASS switch is depressed. 15 seconds have passed.**
| |
| -UNSAT
| |
| COMMENTS:
| |
| STEP 12: While holding the BYPASS switch press the START button. CRITICAL
| |
| (Step 2.1.7) STEP
| |
| STANDARD: Candidate presses the START button while still holding the -SAT
| |
| I BYPASS switch. .
| |
| **CUE: The START button has been pressed and the BYPASS
| |
| switch is being held. -UNSAT
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 8 of 14
| |
| STEP 13: When the engine starts, release the START button. (Step 2.1.8)
| |
| -SAT
| |
| STANDARD: Candidate releases the START button when the engine starts and
| |
| continues to hold the BYPASS switch.
| |
| **CUE: Engine starting sounds are heard.** -UNSAT
| |
| COMMENTS:
| |
| STEP 14: When the engine speed is > I000 rpm, release the BYPASS
| |
| button. (Step 2.1.9) -SAT
| |
| STANDARD: Candidate locates the engine speed indication and states that the
| |
| BYPASS button will be released when engine speed is greater
| |
| than or equal to 1000 rpm. -UNSAT
| |
| **CUE: Engine speed is 1200 rpm. The BYPASS buffon has been
| |
| released. **
| |
| COMMENTS:
| |
| STEP 15: After the engine has run for 5 minutes (time permitting), press the CRITICAL
| |
| SERVICE AIR button to load the compressor. (Step 2.1 . I O ) STEP
| |
| STANDARD: Candidate locates and presses the SERVICE A I R button on the -SAT
| |
| compressor control panel.
| |
| **CUE: 5 minutes have passed. The SERVICE AIR bufton has been
| |
| pressed. ** -UNSAT
| |
| COMMENTS: I
| |
| **italicized Cues Are To Be Used Only If JPM Performance 1s Being Simulated.
| |
| | |
| Page 9 of 14
| |
| STEP 16: Verify COMPRESSOR DISCHARGE PRESSURE increases to
| |
| approximately 110 psig. (Step 2.1.1 1) -SAT
| |
| STANDARD: Candidate locates the COMPRESSOR DISCHARGE PRESSURE
| |
| gauge on the compressor control panel and states that he/she
| |
| would expect pressure to read approximately 115 psig. -UNSAT
| |
| **CUE: COMPRESSOR DISCHARGE PRESSURE is 115 psig. **
| |
| COMMENTS:
| |
| STEP 17: Ensure the Heater toggle switch is in the OFF position.
| |
| (Step 2.1.12) -SAT
| |
| STANDARD: Candidate places the HEATER toggle switch in the OFFposition.
| |
| **CUE: The toggle switch is in the 0FFposition. -UNSAT
| |
| COMMENTS:
| |
| STEP 18: Align the temporary aftercooler and air dryer for service as follows:
| |
| (Step 2.2) -SAT
| |
| Press the START button on the TEMPORARY AFTERCOOLER
| |
| VI SYSTEM control panel (TB-598, 2C-2D, 34) (Step 2.2.1)
| |
| STANDARD: Candidate presses the Green START button on the -UNSAT
| |
| TEMPORARY AFTERCOOLER VI SYSTEM control panel.
| |
| **CUE: The START button on the TEMPORARYAFTERCOOLER VI
| |
| SYSTEM control panel has been pressed.
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 10 of 14
| |
| STEP 19: Cycle IVI-540 (Port Aux Air Comp Dryer Inlet Drain)to drain any
| |
| water out of the dryer inlet piping. (Step 2.2.2) -SAT
| |
| STANDARD: Candidate turns the handwheel for IVI-540 (TB-598, 2C-34) in the
| |
| counter clockwise direction until motion stops. Once water is drained,
| |
| candidate turns the handwheel in the clockwise direction until motion -UNSAT
| |
| stops.
| |
| **CUE IVI-540 is moving in the counter Clockwise direction. Motion has
| |
| stopped. Water is observed draining from the line. Water
| |
| drainage stops. IVI-540 is moving in the clockwise direction.
| |
| Motion has stopped. **
| |
| COMMENTS:
| |
| STEP 20: Slowly open the following valves: (Step 2.2.3) CRITICAL
| |
| IVI-512 (Port Aux Air Comp Dryer Inlet) (TB-598, 2C-34) (Step STEP
| |
| 2.2.3.1)
| |
| STANDARD: Candidate rotates the handwheel for IVI-512 in the counter
| |
| clockwise direction until motion stops and the stem is exposed.
| |
| **CUE: The handwheel for IVI-512 is moving in the counter clockwise -UNSAT
| |
| direction. Motion has stopped and the stem is exposed.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 11 of 14
| |
| STEP 21 : Slowly open the following valves: (Step 2.2.3) CRITICAL
| |
| IVI-513 (Port Aux Air Comp Dryer Inlet) (TB-598, 2C-34) (Step STEP
| |
| 2.2.3.2)
| |
| -SAT
| |
| STANDARD: Candidate rotates the handwheel for IVI-513 in the counter
| |
| clockwise direction until motion stops and the stem is exposed.
| |
| **CUE: The handwheel for IVI-513 is moving in the counter clockwise -UNSAT
| |
| direction. Motion has stopped and the stem is exposed. **
| |
| COMMENTS:
| |
| STEP 22: Place the AIR DRYER CONTROL POWER switch to ON.
| |
| (TB-598, 2B-34). (Step 2.2.4) -SAT
| |
| STANDARD: Candidate moves the Black switch to the right to the ON position.
| |
| The Green light is LIT.
| |
| -UNSAT
| |
| **CUE: The Black switch has been moved to the ON position. The
| |
| Green light is LIT.**
| |
| COMMENTS:
| |
| STEP 23: Align to the VI System as follows: (Step 2.3) CRITICAL
| |
| Open IVI-417(Port ILRT Comp Disch) (TB-598, 2C-34). STEP
| |
| (Step 2.3.1)
| |
| -SAT
| |
| STANDARD: Candidate rotates the handwheel for IVI-417 in the counter
| |
| clockwise direction until motion stops and the stem is exposed.
| |
| **CUE: The handwheel for IVI-417 is moving in the counter clockwise -UNSAT
| |
| direction. Motion has stopped and the stem is exposed.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 12 of 14
| |
| STEP 24: Verify compressor is maintaining approximately 110 psig as read on
| |
| the compressor control panel. (Step 2.3.2) -SAT
| |
| STANDARD: Candidate verifies that COMPRESSOR DISCHARGE PRESSURE
| |
| is reading approximately 1I O psig on the control panel.
| |
| -UNSAT
| |
| **CUE: COMPRESSOR DISCHARGE PRESSURE is reading
| |
| approximately 710 psig**.
| |
| COMMENTS:
| |
| STEP 25: Verify pressure drop across the temporary filters is less than 15 psid
| |
| by subtracting the outlet pressure from the inlet pressure. -SAT
| |
| FILTER A
| |
| FILTER 6 (Step 2.3.3)
| |
| -UNSAT
| |
| STANDARD: Candidate locates FILTER A and FILTER 6 inlet and outlet
| |
| pressure gauges. Determines from values given in following cue
| |
| that pressure drop across each filter is less than 15 psid.
| |
| A FILTER 95 psig minus 92 psig = 3 psid
| |
| B FILTER 90 psig minus 88 psig = 2 psid
| |
| **CUE: Provide the candidate with the following values as each pressure
| |
| gauge is located:
| |
| 0 OVIPGT-01 A Inlet Pressure is 95 psig
| |
| 0 OVIPGT-02 A Outlet Pressure is 92 psig
| |
| 0 OVIPGT-03 BInlet Pressure is 90 psig
| |
| 0 OVIPGT-04 6Outlet Pressure is 88 psig.
| |
| COMMENTS:
| |
| NOTE: The Backup Temporary VI Compressor DIG fuel oil tank holds
| |
| approximately 180 gallons and lasts less than 12 hours when
| |
| compressor is running fully loaded.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 13 of 14
| |
| STEP 26: If the Backup Temporary VI Compressor is to be left in service for
| |
| greater than 4 hours, notify the Unit 2 Turbine Rounds NLO to inspect -SAT
| |
| the Compressor D/Gfuel oil tank level on a regular frequency and
| |
| initiate refill at less than %tank.
| |
| STANDARD: Candidate states that he will notify an SRO to complete step 2.4. -UNSAT
| |
| **CUE: An SRO will perform step 2.4.**
| |
| COMMENTS:
| |
| This JPM is complete.
| |
| TIME STOP:
| |
| **/talicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 14 of 14
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIATING CUE:
| |
| Unit 1 and 2 are at 100% power. VI Lo Pressure Annunciator is lit and VI pressure is 75 psig and
| |
| slowly decreasing. AP/O/N5500/22, Loss of Instrument Air, is implemented and the CR SRO directs
| |
| you to startup and align the Backup Temporary VI Compressor to the Instrument Air Header per
| |
| OP/O/A/6450/005, Instrument Air System, Enclosure 4. I O .
| |
| **italicized Cues Are To Be Used Only If JPM Performance 1s Being Simulated.
| |
| | |
| ~
| |
| Page 1 of 11
| |
| L
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| JPM/PLANT-1I
| |
| Place SSF Diesel in Operation
| |
| CANDIDATE
| |
| EXAMINER
| |
| | |
| Page 2 of 11
| |
| CATAWBA
| |
| INITIAL LICENSE EXAMINATION
| |
| JOB PERFORMANCE MEASURE
| |
| -
| |
| Task:
| |
| Start the SSF Diesel, energize ISLXG and start the Standby Makeup Pump with the proper
| |
| alignment to establish NCP Seal Injection within 10 minutes
| |
| Alternate Path:
| |
| NO
| |
| Facility JPM #:
| |
| AD-003
| |
| KIA Ratinnb):
| |
| 064 A4.01 (4.014.3)
| |
| Task Standard:
| |
| Within 10 minutes the SSF Diesel is started, ISLXG energized, and the Standby Makeup Pump
| |
| is started with the proper alignment to establish NCP Seal Injection.
| |
| Preferred Evaluation Location: Preferred Evaluation Method:
| |
| Simulator In-Plant X Perform Simulate X
| |
| References:
| |
| EP/l/A/5000/ECA-O.O(Loss of All AC Power) Enclosure 2 Revision 24
| |
| Candidate: Time Start :
| |
| NAME Time Finish:
| |
| Performance Rating: SAT UNSAT Question Grade Performance Time
| |
| COMMENTS
| |
| | |
| Page 3 of 11
| |
| ToolslEq uipmenffProcedures Needed:
| |
| Have enough copies of EP/1A/5000/ECA-0.0 Enclosure 2 available for each candidate.
| |
| READ TO OPERATOR
| |
| DIRECTION TO TRAINEE:
| |
| I will explain the initial conditions, and state the task to be performed. All control room
| |
| steps shall be performed for this JPM, including any required communications. I will
| |
| provide initiating cues and reports on other actions when directed by you. Ensure you
| |
| indicate to me when you understand your assigned task. To indicate that you have
| |
| completed your assigned task return the handout sheet I provided you.
| |
| INITIATING CUE:
| |
| Unit 1 has just suffered a loss of all AC power while operating in Mode 1. A Security Officer has been
| |
| directed to establish Seal Injection from the SSF per Enclosure 2 of EP/l/A/5000/ECA-O.O.Another
| |
| operator has been dispatched to swap power to 1EMXS. The CR SRO directs you to establish seal
| |
| injection from the SSF per Enclosure 2 of EP/I/A/5000/ECA-O.O. This JPM is time critical once you get
| |
| to the SSF.
| |
| | |
| Page 4 of 11
| |
| START TIME:
| |
| EXAMINER NOTE: The time limit for this JPM is based on the time to perform
| |
| the actual task considering each step must be explained to
| |
| the examiner with verbal feedback as appropriate. The JPM
| |
| evaluates the operators ability to perform the task under
| |
| simulated conditions, not real time. Safety considerations
| |
| are made to preclude operators from running through the
| |
| plant to satisfy JPM time requirements.
| |
| Record the time the candidate enters the SSF.
| |
| STEP 1: Obtain a copy of the appropriate procedure.
| |
| -SAT
| |
| STANDARD: Operator locates EP/1A/5000/ECA-0.0 Enclosure 2 in the SSF.
| |
| EXAMINER CUE: When the candidate locates EP/IA/5000/ECA-O.O Enclosure 2,
| |
| hand him/her a clean copy of Enclosure 7 and tell himlher -UNSAT
| |
| that it is current and complete.
| |
| COMMENTS:
| |
| NOTE Indications of ISLXG being de-energized are as follows:
| |
| Normal lighting in SSF off with emergency lights on
| |
| LINE VOLTS on OCNSLOOOI indicating zero volts -SAT
| |
| OAD-11, B/6 LOAD CENTER ISLXG TROUBLE- LIT
| |
| LOAD CENTER ISLXG BUS VOLTAGE on ISLXG indicating
| |
| zero volts.
| |
| -UNSAT
| |
| STEP 2: -
| |
| IF ISLXG has been de-energized, THEN place the SSF diesel in
| |
| operation as follows: (Step 1) -SAT
| |
| STANDARD: Candidate locates LINE VOLTS indication on OCNSLOOOI
| |
| **CUE: When fhe candidate locates OCNSLOOOI, indicate thaf voltage is -UNSAT
| |
| reading zero. If asked, inform fhe candidate that the normal SSF
| |
| lighting is OFF and fhe emergency lighting is ON, OAD-11 B/6 is
| |
| LIT and LOAD CENTER ISLXG BUS VOLTAGE on ISLXG
| |
| indicates zero volts. **
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 5 of 11
| |
| STEP 3: Ensure SSF D/G Mode switch in EMERG position on SSF console.
| |
| (Step 1.a) CRITICAL
| |
| STEP
| |
| STANDARD: Candidate places SSF D/G MODE switch in EMERG position.
| |
| -SAT
| |
| **CUE: SSF D/G MODE switch in EMERG position**
| |
| COMMENTS:
| |
| -UNSAT
| |
| STEP 4: Start the D/G by placing the SSF D/G switch in the ON position. CRITICAL
| |
| (Step I.b.) STEP
| |
| STANDARD: Candidate places the SSF D/G switch in the ON position.
| |
| -SAT
| |
| **CUE: SSF D/G switch in 0Nposition. D/G fires and engine rpm
| |
| increases to a constant speed.**
| |
| COMMENTS: -UNSAT
| |
| STEP 5: If the engine does not start within 30 seconds, THEN: (Step 1.c.)
| |
| -SAT
| |
| STANDARD: Candidate notes from previous cue that engine started and step does
| |
| not apply. Goes to Step 1.d.
| |
| -UNSAT
| |
| COMMENTS:
| |
| **italicized Cues Are To Be Used Only if JPM Performance is Being Simulated.
| |
| | |
| Page 6 of 11
| |
| STEP 6: Adjust SSF D/G GOV CTRL to bring frequency to 60 2 1.2 Hz.
| |
| (Step 1.d.) CRITICAL
| |
| STEP
| |
| STANDARD: Candidate locates SSF D/G GOV CTRL and frequency meter to adjust
| |
| SSF diesel speed to 60 Hz.
| |
| -SAT
| |
| **CUE Frequency is 60 Hz. **
| |
| COMMENTS: -UNSAT
| |
| ~~~ ~~~ ~
| |
| STEP 7: Adjust the SSF D/G VOLT ADJUST until VOLTS is 600 to 660 CRITICAL
| |
| volts. (Step 1.e.) STEP
| |
| STANDARD: Candidate locates SSF D/G VOLT ADJUST and volt meter and states
| |
| he/she would adjust SSF diesel voltage to 600 to 660 volts
| |
| -SAT
| |
| **CUE: Voltage is reading 610 volts.**
| |
| COMMENTS:
| |
| -UNSAT
| |
| STEP 8: Press the TRIP pushbutton on ISLXG NORM FDR FRM I T A on CRITICAL
| |
| the SSF console. (Step 1.f.) STEP
| |
| STANDARD: .Candidate depresses the TRIP pushbutton on the SSF Control -SAT
| |
| Panel for ISLXG NORM FDR FRM ITA. Verifies Green OPEN light
| |
| is LIT and the Red CLOSED light is DARK.
| |
| -UNSAT
| |
| **CUE: The TRIP pushbuffon on the SSF Control Panel for I S U G
| |
| NORM FDR FRM ITA has been depressed. The Green OPEN
| |
| light is LIT and the Red CLOSED light is DARK.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 7 of 11
| |
| STEP 9: Open the following breakers: (Step 1.g.)
| |
| 0 ISLXG-4C (MCC SMXG Feeder) -SAT
| |
| 0 ISLXG-4D (SSF Batt. Charger SDSCI)
| |
| 0 ISLXG-5C (SSF Batt. Charger SDSC2)
| |
| 0 1SLXG5D (SSF Batt. Charger SDSCS) -UNSAT
| |
| STANDARD: Candidate locates each breaker on ISLXG. As each breaker is located,
| |
| candidate states that he/she would rotate the operating handle in the
| |
| counterclockwise direction orwould depress the OPEN pushbutton on
| |
| the breaker face. The Green OPEN light is LIT and the Red
| |
| CLOSED light is DARK.
| |
| **CUE:The operating handle has been turned in the counterclockwise
| |
| direction. The Green OPEN light is LIT and the Red CLOSED
| |
| light is DARK for each breaker.**
| |
| COMMENTS:
| |
| STEP IO: Press the CLOSE pushbutton for the SSF D/G BKR on the SSF CRITICAL
| |
| console. (Step1.ha) STEP
| |
| STANDARD: Candidate depresses the CLOSE pushbutton for the SSFD/G
| |
| B K R on the SSF control panel. Verifies the Red CLOSED light is -SAT
| |
| LIT and the Green OPEN light is DARK.
| |
| **CUE:The ccCLOSEpushbuffonfor the SSF D/G BKR has been
| |
| depressed. The Green OPENlight is LIT and the Red CLOSED -UNSAT
| |
| light is DARK.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 8 of 11
| |
| STEP 11: When SSF D/G has been running for 10 seconds, then close breaker
| |
| 1SLXG4C (Motor Control Center SMXG Supply). (Step 1.i.) CRITICAL
| |
| STEP
| |
| STANDARD: Breaker 1SLXG-4C closed by turning the operating handle clockwise
| |
| to CLOSE position after allowing D/G to run for 10 seconds
| |
| Verifies the Red CLOSED light is LIT and the Green OPEN light is -SAT
| |
| DARK and breaker noise is heard when closed.
| |
| **CUE: THE operating handle for ISLXG-4C has been turned in the
| |
| clockwise direction. The Red CL0SEDlight is LIT and the Green -UNSAT
| |
| OPEN light is DARK. Breaker noise is heard.**
| |
| COMMENTS:
| |
| STEP 12: Close the following breakers on 1SLXG at 10 second intervals:
| |
| (Step 1.j.) -SAT
| |
| 0 ISLXG4D (SSF Batt. Charger SDSCI Feeder)
| |
| ISLXG-5C (SSF Batt. Charger SDSC2 Feeder)
| |
| 1SLXG-5D (SSF Batt. Charger SDSCS Feeder) -UNSAT
| |
| STANDARD: Candidate locates each breaker on ISLXG. As each breaker is located,
| |
| candidate states that he/she would rotate the operating handle in the
| |
| clockwise direction or would depress the CLOSE pushbutton on the
| |
| breaker face. The Red CLOSED light is LIT and the Green OPEN
| |
| light is DARK.
| |
| **CUE: The operating handle has been turned in the clockwise direction.
| |
| The Red TL0SEDIighf is LIT and the Green OPEN light is
| |
| DARK for each breaker.**
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 9 of 11
| |
| t
| |
| STEP 13: WHEN IEMXS has been energized, THEN: (Step 2.a.)
| |
| -SAT
| |
| **CUE:IEMXS is energized.**
| |
| a. Ensure 1NV-876 (Stdby M/U To Cont Equip Smp I A ) - CLOSED.
| |
| -UNSAT
| |
| STANDARD: Candidate ensures the Green CLOSED light is LIT and the Red
| |
| OPEN light is DARK (SSF Control Console)
| |
| **CUE: INV-876 Green CLOSED light is LIT and the Red OPEN light
| |
| is DARK.**
| |
| COMMENTS:
| |
| STEP 14: Ensure the following valves - OPEN: (Step 2.b.)
| |
| 1NV-865A (Stdby M/U Pmp Suct Frm Xfer Tube CRITICAL
| |
| INV-872A (Stdby M/U Pmp Filt Otlt) STEP
| |
| INV-877 (Stdby M/U Pmp To NC Pmp Seal Inj)
| |
| STANDARD: Candidate ensures the Red OPEN light is LIT and the Green -SAT
| |
| CLOSED light is DARK for each valve.
| |
| **CUE: The Red OPEN light is LIT and the Green CLOSED light is
| |
| DARK for each valve.** -UNSAT
| |
| COMMENTS:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 10 of 11
| |
| STEP 15: Start STBY M/U PUMP #I by depressing ON pushbutton on SSF
| |
| Console. (Step 2. c.) CRITICAL
| |
| STEP
| |
| EXAMINER NOTE: Record the time the Standby Makeup Pump is started.
| |
| STANDARD: Candidate depresses the STDBY M/U PUMP #I Red ON pushbutton -SAT
| |
| and verifies the Red ON light is LIT and the Green OFFlight is
| |
| DARK. (SSF Control Console).
| |
| **CUE:The Standby Makeup Pump Red ON light is LIT a n d the Green -UNSAT
| |
| OFF light is DARK.**
| |
| COMMENTS:
| |
| STEP 16: Notify the Control Room SRO of status. (Step 2.d.)
| |
| -SAT
| |
| EXAMINER NOTE: Do Not allow the candidate t o pick up the telephone receiver
| |
| as this could hinder communications during an actual
| |
| emergency.
| |
| -UNSAT
| |
| STANDARD: Candidate locates telephone and simulates calling the Control Room.
| |
| **CUE: This is the Control Room SRO. lunderstand that seal injection
| |
| has been established to the Unit I NC pumps from the SSF**.
| |
| COMMENTS:
| |
| STEP 17: Monitor SSF D/G operation
| |
| -SAT
| |
| EXAMINER CUE: Another operator will monitor SSF DIG operation.
| |
| -UNSAT
| |
| This JPM is complete
| |
| TIME STOP:
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| | |
| Page 11 of 11
| |
| CANDIDATE CUE SHEET
| |
| (TO BE RETURNED TO EXAMINER UPON COMPLETION OF TASK)
| |
| INITIATING CUE:
| |
| Unit Ihas just suffered a loss of all AC power while operating in Mode 1. A Security Officer has been
| |
| directed to establish Seal Injection from the SSF per Enclosure 2 of EP/l/A/5000/ECA-O.O.Another
| |
| operator has been dispatched to swap power to 1EMXS. The CR SRO directs you to establish seal
| |
| injection from the SSF per Enclosure 2 of EP/l/A/500O/ECA-O.O. This JPM is time critical once you get
| |
| to the SSF.
| |
| **Italicized Cues Are To Be Used Only If JPM Performance Is Being Simulated.
| |
| }} | | }} |
