ML022890351
| ML022890351 | |
| Person / Time | |
|---|---|
| Site: | Braidwood  (NPF-072, NPF-077) |
| Issue date: | 07/25/2002 |
| From: | Caniano R, Grobe J Division of Reactor Safety III |
| To: | Skolds J Exelon Generation Co, Exelon Nuclear |
| References | |
| 50-456/02301, 50-457/02301 | |
| Download: ML022890351 (74) | |
Text
FINAL AS-ADMINISTERED WALKTHROUGH JPMS FOR THE BRAIDWOOD INITIAL EXAMINATION - JULY 2002
JOB PERFORMANCE MEASURE TASK TITLE:
Align Train A of RHR for Cold Leg Injection JPM No.:
N-30a REV:
0 TPO No.:
IV.4C.RH-6 TASK No.:
RH-008 K&A No.:
(006A4.04)
K&A IMP: 3.7/3.6 TRAINEE:
EVALUATOR:
DATE:
The Trainee:
PASSED this JPM.
FAILED CRITICAL ELEMENTS:
(*)
2,4,5 TIME STARTED:
TIME FINISHED:
JPM TIME:
CRITICAL TIME:
NA EVALUATION METHOD:
X PERFORM SIMULATE APPROX COMPLETION TIME 13 MINUTES LOCATION:
IN PLANT X
SIMULATOR GENERAL
REFERENCES:
- 1.
BwOP RH-il Securing the RH System from Shutdown Cooling MATERIALS:
Copy of BwOP RH-1i TASK STANDARDS:
- 1.
Perform the actions of BwOP RH-11 to realign RH to Cold Leg Injection
- 2.
Demonstrates the use of good Core Work Practices.
TASK CONDITIONS:
1.
You are an extra NSO.
- 2.
A unit startup/heatup is in progress per iBwGP 100-i
- 3.
RHR is being removed from shutdown cooling
- 4.
BwOP RH-li has been performed through step 10
- 5.
Both PORVs are Operable for ARM Low Temp conditions.
INITIATING CUES:
- 1.
The US has directed you to continue performing BwOP RH-il at step 11 to realign Train A of RHR to Cold Leg Injection. 1A RH pump has been shutdown, temperatures have stabilized, all Prerequisites, Precautions, Limitations and Actions have been met.
No CCW pumps will be stopped at this time.
N-30 (6/21/01)
ZD73EXAM MINUTES
PERFORMANCE CHECKLIST RECORD START TIME
- 1.
Refer to BwOP RH-11 (CUE:
Hand candidate copy of BwOP RH-li.
Place kept through step 10.)
- 2.
Align Train A of RH to Cold Leg Injection
- 3.
Maintain affected RH Pump in PTL until temps are below 26 0 °F
- 4.
Complete valve alignment for Cold Leg Recirc (CUE:
IRH8734A is locked closed)
Continue performing BwOP RH-11 at step 11 At IPM06J:
"* PLACE IRH01PA, 1A RH Pump to PTL
"* CLOSE IRH8701A&B
"* PLACE IRH618 in MANUAL at 0%- demand
"* OPEN 1RH606 by placing the controller at 100%
demand o
VERIFY/CLOSE 1SI8840
"* OPEN 1SI8809A
"* OPEN 1SI8716A o
VERIFY/CLOSE 1CV8804A Verify RH System is below 260°F by:
"o Closure of 1RH8701A or 1RH8702A prior to RCS Th reaching 260'F "o Closure of 1RH8701A or 1RH8702A 15 hours1.736111e-4 days <br />0.00417 hours <br />2.480159e-5 weeks <br />5.7075e-6 months <br /> prior to realigning to the RWST "o Verify RH suction piping is below 260'F Complete Cold Leg Injection Valve alignment:
"* OPEN 1S18812A
"* CLOSE and LOCK CLOSED 1RH8734A
"* CLOSE 1CC9412A 2
11 N-30 (6/21/01)
ZD73EXAM 0
11 0
11 E5 01 01 01 01 0
0l STANDARDS SAT UNSAT N/A
PERFORMANCE CHECKLIST
- 5.
Complete RH System alignment (Cue:
Stopping a CC pump is not desired at this time.
1RH8735 is locked closed)
(CUE:
Another operator will be assigned to vent CC,RH and SI and realign the CC System)
STANDARDS Complete RH System alignment:
"o STOP a CC Pump if desired "O Verify 1RH8735 locked closed
"* Place lRH01PA control switch to NORMAL/AFTER TRIP "o VERIFY power available to 1S18811A SAT UNSAT N/A E0 E
0 (CUE:) THIS COMPLETES THIS JPM.
RECORD STOP TIME __________
COMMENTS:
3 N-30(6/21/01)
ZD73EXAM
SIMULATOR SETUP INSTRUCTIONS PM NO: New REQUIRED SIMULATOR MODE(S) :Plant startup/heatup in progress MALFUNCTION #'S:
none COMMENTS:
- 1)
- 2)
- 3) 4)
Start simulator from IC Stabilize RCS temperatures with steam dumps Perform BwOP RH-1l through step 10 with placekeeping Place RH parameters on trend:
"* TOG30 RH Pump Discharge Temperature
"* T0404,T0409 RCS Th
"* F0601 RH Pump miniflow
"* F0626 RH Hx Discharge Flow 5
N-30 (6/21/01)
ZD73EXAM
TASK CONDITIONS:
- 1.
You are an extra NSO.
- 2.
A unit startup/heatup is in progress per lBwGP 100-1
- 3.
Train A of RHR is being removed from shutdown cooling
- 4.
BwOP RH-li has been performed through step 10
- 6.
Both PORVs are Operable for ARM Low Temp conditions.
INITIATING CUES:
- 1.
The US has directed you to continue performing BwOP RH-li at step 11 to realign Train A of RHR to Cold Leg Injection. lA RH pump has been shutdown, temperatures have stabilized, all Prerequisites, Precautions, Limitations and Actions have been met.
No CCW Pumps will be stopped at this time.
4 N-30(6/21/01)
ZD73EXAM
BwOP RH-1 1 Revision 17 Reference Use SECURING THE RH SYSTEM FROM SHUTDOWN COOLING A.
STATEMENT OF APPLICABILITY This procedure provides the steps necessary to shutdown an operating RH Loop, when swapping loops, or securing from Shutdown Cooling.
B.
REFERENCES
- 1.
Station Procedures:
- a.
BwOP CC-9, Realigning CC System from Shutdown Cooling MODE.
- b.
BwOP RH-6, Placing the RH System in Shutdown Cooling.
- c.
BwAP 330-1 1A1, Shift Manager's Locked Safety Related Valve Log.
- 2.
Station Drawings:
- a.
M-61 (M-136), Diagram of Safety Injection System
- b.
M-62 (M-137), Diagram of Residual Heat Removal System
- 3.
Tech Specs:
- a.
3.4.6
- e.
3.5.3
- b.
3.4.7
- f.
3.9.5
- c.
3.4.8
- g.
3.9.6
- d.
3.5.2
- h.
3.4.12
- 4.
Station Commitments:
- a.
020-251-84-131, Step C.3.
- b.
457-200-90-00602, Step E.9 and E.10.
- 5.
Westinghouse Technical Bulletin ESBU-TB-96-03-RO.
1
BwOP RH-11 Revision 17 Reference Use C.
PREREQUISITES
,1.
The RH Train is in Shutdown Cooling per BwOP RH-6.
The opposite RH Train is IN OPERATION if required by Tech Specs 3.4.6, 3.4.7, 3.4.8, 3.9.5, or 3.9.6.
- .x A steam bubble exists in the Pressurizer prior to securing the Shutdown Cooling completely.
Notify the Radiation Protection Department that this procedure is being performed and the purpose of the performance.
D.
PRECAUTIONS X.
Closure ofRH606/607, RH HX _A/B Outlet Flow Control Valve, will render its' respective RH Train inoperable. VERIFY that this will meet applicable Tech Specs for the plant condition, before the respective RH Train is disabled.
2 Operate _RH606/607, RH HX _A/B Outlet Flow Control Vlv, SLOWLY, to prevent RCS pressure transients.
3(
When only the "D" RCP is running with an idle RH Pump aligned to the RCS
(_RH8701A/B, _RH8702A/B, S18809A/B are open as applicable), the potential exists for forward flow to pass through the idle RH Pump and possibly cause the pump to rotate. It is advisable to periodically monitor the idle RH Pump when in this configuration. If the RH Pump rotates in the forward direction, it is acceptable to start the rotating RH Pump. If the RH Pump rotates in the reverse direction, actions shall be taken to prevent the rotating RH Pump from being started.
(.
IF RH Pump discharge temperature is > 260°F when the system is being removed from shutdown cooling, THEN the system must be cooled down at a rate not to exceed 100°F/HR to reduce the potential for pump seizure. IF during the cooldown of the system, RH pump discharge temperature decreases by more than 250F in a 15 minute period, then RH pump discharge temperature must be held stable for at least 10 minutes. This cooldown limitation only applies when RH pump discharge temperature is > 2600F.
5f.
It is expected that when the RH Pump miniflow valve is opened, the cooldown rate will exceed 25 0F in 15 minute period. If this happens, RH pump discharge temperature must be allowed to stabilize and the system allowed to soak for at least 10 minutes. This limitation only applies when RH pump discharge temperature is _> 2600F.
2
BwOP RH-i 1 Revision 17 Reference Use E.
LIMITATIONS AND ACTIONS
,1.
In MODE 5, with the Reactor Coolant Loops filled, at least 1 RH Loop SHALL be OPERABLE and IN OPERATION, and either:
- a.
One additional RH Loop SHALL be OPERABLE, or
- b.
The Secondary Side Narrow range level of at least 2 Steam Generators SHALL be greater than 18%.
In MODE 5, with the Reactor Coolant Loops not filled, 2 RH Loops SHALL be OPERABLE and at least 1 RH Loop SHALL be IN OPERATION.
X.
In MODE 6, when the water level above the top of the Reactor Vessel Flange is
Ž> 23 feet, at least I RH Loop SHALL be OPERABLE and IN OPERATION.
- 4.
In MODE 6, when the water level above the top of the Reactor Vessel Flange is less than 23 feet, 2 RH Loops SHALL be OPERABLE and at least 1 RH Loop SHALL be IN OPERATION.
,A RH to CV Letdown must be established and maintained from at least one RH Train, whenever the RCS is in Water Solid condition.
- 8.
In modes 1-3, _RH8701A, and _RH8702A or _RH8701B and _RH8702B must be removed from service to prevent overpressurizing the RH system due to spurious opening of the RH loop suction valves due to a hot short on the control cables.
,7.
In MODE 4, while RH is being utilized for decay heat removal, at least one of the RH8716 valves must be closed, but be capable of being opened from the MCB.
Z8.
In MODE 4, while RH is not being utilized for decay heat removal, the
_RH8716A and B may be closed, provided they are capable of being opened from the MCB.
X In MODE 4, the _RH8735, RH Supply to SI Pump Suct Hdr, (Recirc to RWST) may be open provided ALL of the following conditions are met:
- a.
_RH8701A&B/_RH8702A&B for the train that is NOT in shutdown cooling MODE is CLOSED.
- b.
Personnel are stationed near _RH8735 with communications established with the Control Room.
- c.
The Shift Manager or designee has been informed PRIOR to opening the RH8735.
- d.
When-locking. or unlocking -RH8735, complete BwAP-330-hlA1-.--.
3
BwOP RH-i 1 Revision 17 Reference Use
- E.
ý0.
In MODE 5 or 6, the _RH8735, RH Supply to SI Pump Suct Hdr (Recirc to RWST), may be open provided ALL of the following conditions are met:
- a.
_RH8716A/B valve is administratively Tagged Out CLOSED on the train in/being placed in shutdown cooling.
- b.
Personnel are stationed near _RH8735 with communications established with the Control Room.
- c.
The Shift Manager or designee has been informed PRIOR to opening the
_RH8735.
- d.
When locking or unlocking _RH8735, complete BwAP 330-1 1A1, Shift Manager's Locked Safety Related Valve Log.
A"'.
If RCS Hot Leg Temperature is > 2600F, steam binding of the RH pump suction may occur when switching to the RWST suction due to lower RWST pressure.
Switchover should not be performed when RCS hot leg temperature is > 260°F or RH pump may be rendered inoperable. (Consult _BwGP 100-1 and
_BwGP 100-5.)
4
BwOP RH-11 Revision 17 Reference Use F.
MAIN BODY ryA*
If swapping RH trains, PERFORM the following:
- a.
VERIFY/PLACE in OPERATION the opposite RH Train per BwOP RH-6.
- b.
PLACE RH letdown in service on the RH train that is to remain in shutdown cooling per BwOP CV-17.
PERFORM one of the following:
IF RH pump discharge temperature is > 2600F, GO TO EjIII.3 IF RH pump discharge temperature is < 2600 F, GO -
pF7 N
3 VERIFY/PLACE the following parameters on trend so that RH system cooldown
?f can be monitored:
RH pump discharge temperature "O
T0630 (Train A)
"O T0631 (Train B)
RCS Hot Leg Temperature "O
T0404, T0409 (Train A)
"O T0444, T0449 (Train B)
RH pump miniflow "O
F0601 (Train A)
"O F0602 (Train B)
RH Hx discharge flow to the RCS o
F0626 (Train A) 0 F0627 (Train B) 5
BwOP RH-11 Revision 17 Reference Use PERFORM the following to DEENERGIZE the RH Pump Minflow Vlv in the OPEN position for the RH train to be removed from shutdown cooling:
- a.
PLACE the control switch for the RH Pump Miniflow VIv on the affected train to the OPEN position and HOLD:
O
_RH610 0
_RH611
- b.
DEENERGIZE the RH Pump Miniflow Valve in the OPEN position for the affected train:
O 1RH610, MCC 131X1, Compt F2 O
1 RH61 1, MCC 232X1, Compt C4 O
2RH610, MCC 231X1, Compt F2 O
2RH61 1, MCC 232X1, Compt C4
- c.
RELEASE the control switch for the RH Pump Miniflow VIv.
6 NOTE It is expected the RH pump discharge temperature will decrease when the RH Pump miniflow valve is opened.
F.
i bý MA
BwOP RH-11 Revision 17 Reference Use DETERMINE if RH system soak is required:
CHECK RH Pump discharge temperature change.
- b.
IF RH pump discharge temperature has DECREASED by > 250F in a 15 minute period, PERFORM the following:
- 1)
ALLOW RH pump discharge temperature to STABILIZE.
- 2)
MAINTAIN RH pump discharge temperature STABLE for at least 10 minutes.
CAUTION IF RH pump discharge temperature decreases by more than 25 0F in a 15 minute period, THEN the cooldown of the system must be stopped and temperature held stable for at least 10 minutes.
CAUTION When throttling on the RH flow control valves, the cooldown of the RH system must be closely monitored due to the delay time in valve response.
PERFORM the following to initiate a cooldown of the RH train to be removed from shutdown cooling:
- a.
PLACE the RH HX Bypass Flow Cont VIv in MANUAL for the affected train:
"0 RH618 "O
RH619 7
NOTE The following step is only required if RH pump discharge temperature decreased by more than 250F when the Miniflow valve was opened.
F.
5.
a.
BwOP RH-1 1 Revision 17 Reference Use F.
6
- b.
THROTTLE CLOSED the RH HX Bypass Flow Cont VIv in small increments (-5%) to initiate a cooldown of the RH system at rate not to exceed 100°F/HR:
O
_RH618 O
_RH619
- c.
WHEN the RH HX Bypass Flow Cont VIv is fully CLOSED, THROTTLE CLOSED the RH HX Outlet Flow Cont VIv to continue the cooldown of the RH system at rate not to exceed 1 00°F/HR:
O
_RH606 o
_RH607
- d.
WHEN RH Pump discharge temperature is <2600F, PERFORM the following:
- 1)
ALLOW RH Pump discharge temperature to STABILIZE.
- 2)
MAINTAIN RH Pump discharge temperature stable for at least 10 minutes.
- 3)
THROTTLE CLOSED RH HX Outlet Flow Cont VIv:
O
_RH606 O
_RH607
- 4)
ENERGIZE the RH Pump Miniflow Valve for the affected train:
O 1RH610, MCC 131X1, Compt F2 O
1RH611, MCC 232X1, Compt C4 O
2RH610, MCC 231X1, Compt F2
- 0) 2RH61 1, MCC 232X1, Compt C4 8
BwOP RH-i 1 Revision 17 Reference Use F.
6 WN d.
- 5)
VERIFY the RH Pump Miniflow VIv is OPEN:
RH610 0
_RH611
- 6)
GO TO Step F.8.
7 PERFORM the following to remove the RH train from shutdown cooling:
a THROTTLE CLOSED RH HX Outlet Flow Cont VIv:
O
_RH606 o
_RH607
- b.
PLACE the RH HX Bypass Flow Cont VIv in MANUAL for the affected train:
Q
_RH618 O
_RH619
- c.
THROTTLE CLOSED the RH HX Bypass Flow Cont VIv:
0
_RH618 O
_RH619
- d.
VERIFY the RH Pump Miniflow VIv OPENS:
0
_RH610 0
_RH611 9
BwOP RH-11 Revision 17 Reference Use F.
ALLOW the affected RH train to run in recirculation until either of the following conditions are observed:
O RH pump discharge temperature indicates < 180°F:
0
_TR-612 O
_TR-613 o
IF RH pump discharge temperature stabilizes at > 180'F, then all of the following conditions must be met:
CC to RH HX flow is indicating in the green band:
o
_FI-688 o
_FI-689 RH pump suction is > 50°F subcooled as indicated by the following:
O
_TR-612 and computer point P0601 0
_TR-613 and computer point P0602 The Unit Supervisor/Shift Manager concurs and grants permission to continue with this procedure.
- STOP the RH pump being removed from shutdown cooling:
0
_RH01PA 0
_RH01PB
- 10.
VERIFY/RETURN TO SERVICE the following valve(s) as required:
S' 0
_RH8701A, Loop A to RH Pp _A Suction Isol VIv (No C/O card on Main Control Board C/S - MCB placard acceptable).
0
_RH8702A, Loop _C to RH Pp _B Suction Isol VIv (No C/O card on Main Control Board C/S - MCB placard acceptable).
10
BwOP RH-11 Revision 17 Reference Use
- 11.
ALIGN the RH train for Cold Leg Injection:
NOTE Depending on plant status, appropriate LCOARS may need to be entered prior to placing RH pump in pull-to-lock.
0 Train A:
- 1)
VERIFY/PLACE _RH01PA, _A RH Pump, to PTL at _PM06J.
NOTE Closure of _RH8701A or _RH8701 B will make the associated RH Train unavailable for Cold Overpressure Protection. Refer to LCO 3.4.12.
- 2)
VERIFY/CLOSE the following valves:
O
_RH8701A, RC Loop A to RH Pp _A Suct Isol VIv O
_RH8701 B, RC Loop A to RH Pp _A Suct Isol VIv
- 3)
PLACE _RH618, RH HX -A Bypass Flow Cont VIv, in MANUAL at 0% demand.
- 4)
OPEN _RH606, RH HX _A Outlet Flow Cont VIv, by placing the controller at 100% demand.
- 5)
VERIFY/CLOSE _SI8840, RH to Hot Leg A & C Isol VIv.
11 NOTE Steps F.1 1 through F.22 are only required if aligning the RH Train for Cold Leg Injection. If it is desirable to secure CC to the RH Hx perform steps F.15, F.16, and F.21.
F.
BwOP RH-i 1 Revision 17 Reference Use F.
- 11.
0 Train A
- 6)
VERIFY/OPEN the following:
_S18809A, RH to Cold Legs A & D Isol VIv.
_RH8716A, RH HX _A Discharge Crosstie VIv.
- 7)
VERIFY/CLOSE _CV8804A, _A RH HX to CV Pump Suct Isol VIv.
12 NOTE
_S18812A is interlocked with _CV8804A so that _SI8812A will not open unless the _CV8804A is closed.
BwOP RH-11 Revision 17 Reference Use F.
- 11.
0 Train B:
- 1)
VERIFY/PLACE RH01PB, _B RH Pump, to PTL at _PM06J.
NOTE Closure ofRH8702A or _RH8702B will make the associated RH Train unavailable for Cold Overpressure Protection. Refer to LCO 3.4.12.
- 2)
VERIFY/CLOSE the following valves:
_RH8702A, RC Loop _B to RH Pp _B Suct Isol VIv
_RH8702B, RC Loop -A to RH Pp _B Suct Isol VIv
- 3)
PLACE _RH619, RH HX _B Bypass Flow Cont VIv, in MANUAL at 0% demand.
- 4)
OPEN _RH607, RH HX _B Outlet Flow Cont VIv, by placing the controller at 100% demand.
- 5)
VERIFY/CLOSE _SI8840, RH to Hot Leg A & C Isol VIv.
- 6)
VERIFY/OPEN the following:
_SI8809B, RH to Cold Legs B & C Isol VIv.
_RH8716B, RH HX _B Discharge Crosstie VIv.
- 7)
VERIFY/CLOSE _SI8804B, _B RH HX to CV Pump Suct Isol VIv.
13 NOTE
_SI8812B is interlocked with _S18804B so that S18812B will not open unless the _S18804B is closed.
BwOP RH-1 1 Revision 17 Reference Use CAUTION If RCS Hot Leg Temperature is greater than 2600F, steam binding of the RH pump suction may occur when switching to the RWST suction due to lower RWST pressure. Switchover should not be performed when RCS Hot Leg Temperature is greater than 260°F or RH pump may be rendered inoperable. (consult
_BwGP 100-1 and _BwGP 100-5).
F.
- 12.
MAINTAIN the affected RH Pump in pull-to-lock until the RH system is below 260'F in accordance with one of the following criteria:
Q Stopping the RH pump and closing at least one of the Hot Leg Suction Valves, _RH8701A/B or _RH8702A/B, prior to the RCS Hot Leg Temperature reaching 260°F on heatup (preferred method).
O Stopping the RH pump and closing RH8701A/B OR _RH8702A/B 15 hours1.736111e-4 days <br />0.00417 hours <br />2.480159e-5 weeks <br />5.7075e-6 months <br /> prior to re-aligning the RH train to RWST suction. The 15 hour1.736111e-4 days <br />0.00417 hours <br />2.480159e-5 weeks <br />5.7075e-6 months <br /> time may be reduced by one hour for each 61F that the RCS Hot Leg temperature is below 3501F at the time when the RH pump is stopped and isolated from the RCS.
O Verifying by measurement that the appropriate RH suction piping at the CWA side of Penetration P-68 (A Train) or P-75 (B Train) is below 2600F.
- 13.
OPEN RH Pp Suct From RWST Isol Vlvs:
O
-S18812A o
-S18812B
- 14.
Locally CLOSE and LOCK CLOSED RH Trains to CV Letdown HXs Isol, O
_RH8734A O
_RH8734B
- 15.
VERIFY/CLOSE CC to RH HX _A/B Isol VIv:
O
_CC9412A 0
CC9412B 14
BwOP RH-11 Revision 17 Reference Use F.
- 16.
STOP a Component Coolant Pump, if desired.
- 17.
VERIFY/LOCK CLOSED _RH8735, RH Recirc to RWST Isol VIv.
- 18.
Place RH pump control switch to normal after trip:
O
_RH01PA O
RH01PB
- 19.
VERIFY that the power is available to the following Cnmt Sump Isol Vlvs:
-S18811A SI8811B
- ~While Venting the _SI059A/B, take extra caution for Hot Temperature and High Pressure.
NOTE Step F.20 should be performed when the suction piping is less than 212'F. Consult step E. 11 or Step F.12 for temperature indication.
- 20.
To VENT downstream of the _SI881 1A/B PERFORM the following:
- a.
REMOVE the pipe cap downstream of Cnmt Recirc Sump to CS/RH Test Conn Isol VIv:
O
-S1059A O
SI059B
- b.
ATTACH poly bottle or vent hose (directed to floor drain) to, Cnmt Recirc Sump to CS/RH Test Conn Isol VIv:
O
_SI059A
- 0)
S1059B 15
BwOP RH-i 1 Revision 17 Reference Use F.
- 20.
- c.
OPEN _A/B Cnmt Recirc Sump to CS/RH Test Conn Isol VIv, and VENT any air from the line:
0
_S1059A O
_S1059B
- d.
CLOSE Cnmt Recirc Sump to CS/RH Test Conn Isol VIv.
O
_S1059A O
_S1059B
- e.
Remove poly bottle or hose installed in step F.20.b.
- f.
REPLACE the pipe cap removed in step F.20.a.
- g.
LOG venting complete in Unit NSO Log.
- 21.
REALIGN the CC System per BwOP CC-9, Realigning CC System From Shutdown Cooling MODE, if desired.
- 22.
IF RH is being secured in preparation for a MODE change to Mode 3, Tag Out the following valves (No C/O card on Main Control Board C/S - MCB placard acceptable):
_RH8701A, RC loop _A to RH Pp -A Suct Isol VIv
_RH8702A, RC loop _C to RH Pp _B Suct Isol VIv (Final) 16
JOB PERFORMANCE MEASURE TASK TITLE:
Synchronize a SAT to a Bus Being Fed by an Emergency Diesel Generator JPM No.:
N-84 REV:
8 TPO No.:
IV.D.AP-03 TASK No.:
AP-013 K&A No.: (064A4.09)
K&A IMP: 3.2/3.3 TRAINEE:
EVALUATOR:
DATE:
The Trainee:
PASSED FAILED CRITICAL ELEMENTS:
(*)
3,4 this JPM.
CRITICAL TIME:
NA EVALUATION METHOD:
X PERFORM SIMULATE GENERAL
REFERENCES:
- 1.
BwOP AP-32, Rev.
2, Synchronizing a SAT TIME STARTED:
TIME FINISHED:
JPM TIME:
MINUTES APPROX COMPLETION TIME:
1i MINUTES LOCATION:
IN PLANT X
SIMULATOR to a Bus Being Fed by a DG.
MATERIALS:
Copy of BwOP AP-32.
TASK STANDARDS:
- 1.
Correctly synchronize SAT 142-2 to a bus being fed by the lB DG.
- 2.
Demonstrates the use of good Core Work Practices.
TASK CONDITIONS:
- 1.
You are an assist NSO.
- 2.
Both Units are at 100%- power.
- 3.
The lB D/G was manually started, and is currently supplying bus 142.
- 4.
Breaker 1424 is closed to prevent equipment sequencing onto bus 142.
INITIATING CUES:
- 1.
The US has directed you to synchronize SAT 142-2 back to the lB D/G per BwOP AP-32, step F.4.
I N-84 (7/21/01)
PERFORMANCE CHECKLIST RECORD START TIME Note:
Provide a copy of BwOP AP-32 to the examinee.
- 1.
Refer to BwOP AP-32.
(CUE:
Open BwOP AP-32.
All Prerequisites, Precautions, Limitations and Actions have been met.)
- 2.
Verify lB D/G is operating properly.
- 3.
Prepare lB D/G for parallel operation with SAT 142-2.
- 4.
Parallel the lB D/G to SAT 142-2.
VERIFY lB D/G is El operating properly as follows:
"* lB D/G frequency is approximately 60 hz.
"* lB D/G voltage is approximately 4160 volts.
Prepare lB D/G for parallel operations as follows:
"* TURN ACB 1422 Synchroscope Switch ON.
USING the lB D/G voltage adjust control, adjust the "RUNNING" voltage slightly HIGHER than the "INCOMING" voltage (0-4 volts).
o VERIFY the same voltage on 'AB',
'BC',
and 'CA' with the lB D/G Voltmeter selector switch.
USING the lB D/G governor adjust control, ADJUST generator speed such that the synchroscope is rotating slowly in the SLOW direction.
Parallel the lB D/G to SAT 142-2 as follows:
When the synchroscope is slightly before the 12 O'clock position, CLOSE ACB 1422.
o VERIFY the synchroscope has LOCKED IN at the 12 O'clock position.
o TURN the synchroscope switch for ACB 1422 to OFF.
2 N-84 (7/21/01) 01 01 0l 0
0 01 0
01 01 01 01 STANDARDS SAT UNSAT N/A
PERFORMANCE CHECKLIST
- 5.
Restore breaker positions.
(CUE:
When asked, ACB 2424 is in after trip.)
- 6.
Unload lB D/G per BwOP DG
- 12.
(CUE:
The US will direct another NSO to unload the lB D/G.)
STANDARDS SAT UNSAT N/A Restore breaker positions as follows:
a OPEN ACB 1424 0
PLACE ACB 2424 in AFTER TRIP.
Refer to BwOP DG-12 to unload lB D/G.
El El (CUE:)
THIS COMPLETES THIS JPM.
RECORD STOP TIME CUUMIV11V'*IS:
3 N-84(7/21/01) 0 0
0 0
SIMULATOR SETUP INSTRUCTIONS PM NO: N-84 REQUIRED SIMULATOR MODE(S): Any 'At Power' IC.
MALFUNCTION #'S:
N/A COMMENTS:
- 1)
Swap to lB SX pump to put load on Bus 142.
- 2)
Start 1B D/G and sync 1423 but OFF.
to grid.
Leave Syncscope Key Switch in
- 3)
Load 1B D/G until SAT feed amps = 0.
- 4)
Close ACB 1424.
- 5)
Open 1422.
- 6)
Ensure the Governor Adjuster and the Voltage Adjuster are not "set" at values that happen to be exactly what the examinee needs (i.e.
the intent is to force the examinee to manipulate the controls).
N-84(7/21/01)
TASK CONDITIONS:
- 1.
You are an assist NSO.
- 2.
Both Units are at 100% power.
- 3.
The lB D/G was manually started, and is currently supplying bus 142.
- 4.
Breaker 1424 is closed to prevent equipment sequencing onto bus 142.
INITIATING CUES:
- 1.
The US has directed you to synchronize SAT 142-2 back to the lB D/G per BwOP AP-32, step F.4.
4 H-84 (7/21/01)
JOB PERFORMANCE MEASURE TASK TITLE:
Perform an Emergency Boration with a plugged AB filter, for 2 stuck rods following a normal reactor trip.
PM No.:
N-27c REV:
0 TPO No.:
IV.D.OA-8 TASK No.:
OA-099 K&A No.:
(024AA1.17)
K&A IMP: 3.9/3.9 TRAINEE:
EVALUATOR:
DATE:
The Trainee:
PASSED this JPM.
FAILED CRITICAL ELEMENTS:
(*)
3,4,7,8 CRITICAL TIME:
NA EVALUATION METHOD:
X PERFORM SIMULATE TIME STARTED:
TIME FINISHED:
JPM TIME:
MINUTES APPROX COMPLETION TIME 16 MINUTES LOCATION:
IN PLANT X
SIMULATOR GENERAL
REFERENCES:
- 1.
2.
lBwOA PRI-2, Emergency Boration.
lBwEP ES-0.1, Reactor Trip Response MATERIALS:
Copy of lBwOA PRI-2.
and Copy of Step 4 of lBwEP ES-0.1 TASK STANDARDS:
- 1.
Perform actions necessary to initiate emergency boration flow of 30 gpm of 7000 ppm Boric Acid or equivalent to raise RCS Boron concentration.
TASK CONDITIONS:
- 1.
- 2.
- 3.
4.
You are the Unit NSO.
Unit 1 is in Mode 3 following a turbine trip
/ reactor trip.
Data A and Data B failures exist on two control rods Current RCS Boron Concentration is 1030 ppm.
INITIATING CUES:
- 1.
Following a turbine trip
/ reactor trip, the crew is performing steps of lBwGP 100-5.
DRPI for two (2) rods on the trip indicated Data A and Data B failures. After investigation it has been determined that these two rods my be partially withdrawn or stuck. You have been directed to emergency borate for this condition per lBwGP 100-5 step F.11 CAUTION statement using lBwOA PRI-2.
N-27B (5/25/01)
ZD73EXAM
RECORD START TIME
- 1.
Refer to IBwEP ES-0.1 step 4 and open and refer to lBwOA PRI-2.
Locate and Open 1BwEP ES 0.1 and lgwhA PRI 2.
1 El 0
After the correct procedure is
- located, provide a copy.)
- 2.
Check at least 1 Charging pump is running.
Determine at least 1 Charging pump is running:
- RUN light lit, and amps or flow indicated.
0l 01 01 N-27B (5/25/01)
ZD73EXAM (CUE:
PERFORMANCE CHECKLIST
- 3.
Establish Boration Flow from the BAT.
(Note: Alternate Path begins here when 30gpm cannot be attained)
- 4.
Align alternate boration flow path from the RWST.
(Note: Time and flowrate are necessary to determine when 11,000 gallons have been added (per IBwGP 100 2A1 step 1.)
- 5.
Align CV pump discharge flowpath.
- 6.
Turn on Pzr Backup Heaters.
STANDARDS Perform the following to establish boration flow from the BAT:
"* OPEN lCV8104, or 1CV11OA and lCVllOB.
"* START boric Acid Transfer Pump.
o CHECK emergency boration flow >
30 gpm.
- Determine <
30 gpm boration flow is occurring.
o Dispatch Operator to locally check lineup.
Perform the following to align an alternate boration flow path from the RWST:
"* STOP the Boric Acid Transfer pump.
"* OPEN 1CV112D and /or lCV1I2E.
"* CLOSE 1CV112B and /or ICVlI2C.
"* Verify Letdown flow is 120 gpm.
"* Maximize Charging flow while maintaining lFI 121A indication on scale.
"* Mark time and flowrate boration from RWST commenced.
Perform the following to align CV pump discharge flowpath:
"* Check OPEN 1CV8105 and ICV8106.
"* Check OPEN 1CV8324A or 1CV8324B.
"* Check OPEN 1CV8146 or 1CV8147.
"* THROTTLE 1CV121 to Establish maximum normal charging header flow on IFI-121A.
Energize PZR Backup heaters.
11 El El 3
N-27B (5/25/01)
ZD73EXAM SAT UNSAT 11 El N/A El 01 01 01 El El
PERFORMANCE CHECKLIST Check if Boration flow can be stopped.
(Note:
At 150 gallons per minute it will take almost 74 minutes to add 11,000 gals from the RWST.)
When examinee has determined how much time remains to borate from the RWST, use time compression to proceed.)
(CUE:
- 8.
Stop Emergency Boration Flow.
- 9.
Notify Chemistry to sample the RCS and the PZR to determine Boron Concentrations.
(CUE:
(CUE:
If asked as chemistry, acknowledge the need to sample.)
CRS will assign another operator to align RMCS to AUTO makeup)
- ý7.
Stop Emergency Boration flow from the RWST without losing suction to the CV pump:
"* VERIFY/OPEN 1CV112B and lCVII2C.
"* VERIFY/CLOSE 1CV112D and/or lCVlI2E.
Determine RCS and PZR boron concentrations are within 50 ppm of each other:
"* Request chemistry sample RCS and PZR.
"* Maintain PZR Level.
STANDARDS El El El El El El (CUE:)
THIS COMPLETES THIS JPM.
RECORD STOP TIME COMMENTS:
4 N-27B (5/25/01)
ZD73EXAM Determine if boration can be stopped:
Calculate flowrate and time remaining to add 11,000 gals, inform US.
(5500 gal per rod if borating from the RWST)
SAT UNSAT N/A 0l El 0l
SIMULATOR SETUP INSTRUCTIONS
'PM NO: N-27B REQUIRED SIMULATOR MODE(S):
MALFUNCTION #'S: (Data A & B Failures on 2 control rods)
COMMENTS:
- 1.
Set BA pot for 4.41 (1030 ppm)
- 2.
On SDG CV8, throttle 1AB8460 to 100 to prevent > 30 gpm BA flow.
- 3.
Provide cues/feedback from local operator at boric acid skid that lineup is correct.
- 4.
Provide info when BA transfer pump running that filter dp is 25 psid.
- 5.
Bypass filter if directed and report normal filter DP.
(5 psid),
by opening 1AB8458 on SDG CV8.
- 6.
Data A and Data B failure on two (2) control rods.
6 N-27B (5/25/01)
ZD73EXAM
TASK CONDITIONS:
- 1. You are the Unit NSO.
- 2. Unit 1 is in Mode 3 following a turbine trip
/ reactor trip.
- 3. Data A and Data B failures exist on two control rods.
INITIATING CUES:
- 2.
Following a turbine trip
/ reactor trip, the crew is performing steps of lBwGP 100-5.
DRPI for two (2) rods on the trip indicated Data A and Data B failures. After investigation it has been determined that these two rods my be partially withdrawn or stuck. You have been directed to emergency borate for this condition per 1BwGP 100-5 step F.11 CAUTION statement using lBwOA PRI-2.
5 N-27B(5/25/01)
ZD7 3 EXAM
JOB PERFORMANCE MEASURE TASK TITLE:
Perform an Emergency Boration with a plugged AB filter, for 2 stuck rods following a normal reactor trip.
2M No.:
N-27 REV:
0 TPO No.:
IV.D.OA-8 TASK No.:
OA-099 K&A No.:
(024AA1.17)
K&A IMP: 3.9/3.9 TRAINEE:
EVALUATOR:_____________
DATE:
The Trainee:
PASSED this JPM.
FAILED CRITICAL ELEMENTS:
(*)
3,4,6,7 TIME STARTED:
TIME FINISHED:
JPM TIME:
CRITICAL TIME:
NA APPROX COMPLETION TIME 16 MINUTES EVALUATION METHOD:
X PERFORM SIMULATE LOCATION:
IN PLANT X
SIMULATOR
ýNERAL
REFERENCES:
- 1.
lBwOA PRI-2, Emergency Boration.
- 2.
1BwGP 100-5, Plant Shutdown and Cooldown MATERIALS:
Copy of IBwOA PRI-2 and IBwGP 100-5 step F.11 CAUTION TASK STANDARDS:
- 1.
Perform actions necessary to initiate emergency boration flow of 30 gpm of 7000 ppm Boric Acid or equivalent to raise RCS Boron concentration.
TASK CONDITIONS:
- 1.
- 2.
- 3.
4.
You are the Unit NSO.
Unit 1 is in Mode 3 following a turbine trip
/ reactor trip.
Data A and Data B failures exist on two control rods Current RCS Boron Concentration is 1030 ppm.
INITIATING CUES:
- 1.
Following a turbine trip
/ reactor trip,'the crew is performing steps of lBwGP 100-5.
DRPI for two (2) rods on the trip indicated Data A and Data B failures. After investigation it has been determined that these two rods my be partially withdrawn or stuck. You have been directed to emergency borate for this condition per 1BwGP 100-5 step F.11 CAUTION statement using IBwOA PRI-2.
1 N-27B (5/25/01)
ZD73EXAM MINUTES
PERFORMANCE CHECKLIST RECORD START TIME
- 1.
Refer to lBwGP 100-5 step F.11 and open and refer to 1BwOA PRI-2.
Locate and Open IBwGP 100-5 and 1BwOA PRI-2.
01 0
11 After the correct procedure is
- located, provide a copy.)
- 2.
Check at least 1 Charging pump is running.
- 3.
Establish Boration Flow from the BAT.
- 4.
Align CV pump discharge flowpath.
- 5.
Turn on Pzr Backup Heaters.
Determine at least 1 Charging pump is running:
RUN light
- lit, and amps or flow indicated.
Perform the following to establish boration flow from the BAT:
"* OPEN 1CV8104
"* START boric Acid Transfer Pump.
"* CHECK emergency boration flow > 30 gpm.
Perform the following to align CV pump discharge flowpath:
E Check OPEN 1CV8105 and ICV8106.
"I Check OPEN ICV8324A or 1CV8324B.
"[] Check OPEN 1CV8146 or ICV8147.
Energize PZR Backup heaters.
2 N-27B (5/25/01)
ZD73EXAM (CUE:
13 01 01 01 01 01 0
0 0
0l 0l 01 STANDARDS SAT UNSAT N/A
PERFORMANCE CHECKLIST Check if Boration flow can be stopped.
(CUE:
When examinee has determined how much time remains to borate from the BAT, use time compression to proceed.)
- 7.
Stop Emergency Boration Flow.
- 8.
Notify Chemistry to sample the RCS and the PZR to determine Boron Concentrations.
(CUE:
(CUE:
If asked as chemistry, acknowledge the need to sample.)
CRS will assign another operator to align RMCS to AUTO makeup)
STANDARDS Determine if boration can be stopped:
Calculate flowrate and time remaining to add 2,640 gals, inform US.
(1320 gal per rod if borating from the BAT)
Stop Emergency Boration flow.
"* Stop BA Transfer Pump
"* Close 1CV8104 Determine RCS and PZR boron concentrations are within 50 ppm of each other:
"* Request chemistry sample RCS and PZR.
"* Maintain PZR Level.
SAT UNSAT 0
0 N/A 0
0 0
0 01 01 01 (CUE:)
THIS COMPLETES THIS JPM.
RECORD STOP TIME COMMENTS:
N-27B (5/25/01)
ZD73EXAM 3
1* 6.
TASK CONDITIONS:
- 1. You are the Unit NSO.
- 2. Unit 1 is in Mode 3 following a turbine trip
/ reactor trip.
- 3. Data A and Data B failures exist on two control rods.
INITIATING CUES:
- 2.
Following a turbine trip
/ reactor trip, the crew is performing steps of IBwGP 100-5.
DRPI for two (2) rods on the trip indicated Data A and Data B failures. After investigation it has been determined that these two rods my be partially withdrawn or stuck. You have been directed to emergency borate for this condition per 1BwGP 100-5 step F.11 CAUTION statement using IBwOA PRI-2.
4 N-27B (5/25/01)
ZD73EXAM
SIMULATOR SETUP INSTRUCTIONS JPM NO: N-27B REQUIRED SIMULATOR MODE(S):
MALFUNCTION #'S: (Data A & B Failures on 2 control rods)
COMMENTS:
- 1.
Set BA pot for 4.41 (1030 ppm)
- 2.
Provide cues/feedback from local operator at boric acid skid that lineup is correct (If asked)
- 3.
Data A and Data B failure on two (2) control rods.
5 N-27B (5/25/01)
ZD73 EXAM
JOB PERFORMANCE MEASURE TASK TITLE: Establish Excess Letdown to the Volume Control Tank, CC cooling water failure TPO No.:
IV.C.CV-07 TASK No.:
CV-007 K&A No.: (APE022AK3.03)
K&A IMP: 3.1 /
3.3 TRAINEE
EVALUATOR:_____________
The Trainee:
PASSED this JPM.
FAILED CRITICAL ELEMENTS:
(*)3,4,5,6 DATE:
TIME STARTED:
TIME FINISHED:
JPM TIME:
CRITICAL TIME:
NA APPROX COMPLETION TIME 9
EVALUATION METHOD:
X PERFORM SIMULATE LOCATION:
IN PLANT X
SIMULATOR GENERAL
REFERENCES:
- 1.
BWOP CV-15, Rev.
9, Excess Letdown Operations.
MATERIALS:
None TASK STANDARDS:
- 1.
- 2.
3.
Perform the actions required to place Excess Letdown in service.
Isolate Excess Letdown flow following loss of CC Cooling Demonstrates the use of good Core Work Practices (CWP).
TASK CONDITIONS:
- 1.
- 2.
3.
You are the Unit NSO.
The Unit is at steady state power.
Normal Letdown is in service at 120 gpm.
INITIATING CUES:
- 1.
You have been directed by the US to establish Excess Letdown to the VCT using all loop drains and both excess letdown heat exchangers due to a suspected 0.5 gpm leak in the normal letdown line.
- 2.
Estimated time for Excess Letdown operations will be approximately 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br />.
- 3.
The SM does NOT desire flow directed to the VCT spray nozzle.
N-11 (06/25/01)
MINUTES MINUTES 7PM No.:
N-lla REV:
9
PERFORMANCE CHECKLIST RECORD START TIME
- 1.
Determine correct procedure Locate and Open BwOP CV-15.
11 11 0l After examinee locates correct procedure, provide a copy.)
All prereqs, precautions and limits are met
- 2.
Ensure thermal power limits are not exceeded.
(CUE:
Calormetric power is 99.6% or indicated power if not at full power.)
- 3.
Establish Excess Letdown to the VCT.
(Note:
Initiating cue was to align to the VCT.)
VERIFY Rx Power is at least 0.1% below the applicable power limit for plant operating conditions.
Perform the following:
o VERIFY/OPEN 1CV8100 &
- 1CV8112, Seal Water Return Cnmt Isolation Valves
VERIFY/CLOSE 1HCV
- CV123, Excess Letdown HX Flow Control Vlv at lPM05J o
VERIFY/PLACE 1CV8143, excess Letdown to Seal Filter or RCDT Vlv, in the VCT position.
11 El El El El El 2
N-11 (06/25/01)
(CUE:
STANDARDS SAT UNSAT N/A
PERFORMANCE CHECKLIST
- 4.
Align Excess Letdown Lineup.
- 5.
Initiate Excess Letdown flow.
S TANDARDS Perform the following:
"* OPEN 1RC8037A-D, Loop Drain Valves, for the desired loop(s).
"* OPEN 1CV8153A&B, Excess Letdown HX lA/B Inlet Isol Vlv.
Perform the following:
SAT UNSAT N/A El 11 0l E0 11 01 SLOWLY OPEN IHCV
- CV123, Excess Letdown HX Flow Cont Vlv, as required to obtain desired flow.
o ENSURE Excess Letdown Outlet Temperature is
< 165 'F as indicated on lTI-122A, Excess Letdown HX Temperature.
Note: When excess letdown flow has been fully established, CC to letdown Hx valve, 1CC9437A, will close. This will result in increasing excess letdown temperatures.
Alternate path begins here.
k6.
Respond to increasing Excess Letdown Hx Outlet temperature.
Determine CC Cooling flow 0
is inadequate.
o Determine 1CC9437A is closed and attempt reopen.
to Isolate Excess letdown before RCP Lower Bearing Temp Alarm comes in, (1-7-C2) at 184°F by either:
"o Closing all RC Loop Drain Valves 1RC8037A-D "o Closing flow control valve 1HCV123 "o Closing Hx isolation valves 1CV8153A&B (CUE:)
THIS COMPLETES THIS JPM.
RECORD STOP TIME MMENTS:
3 N-11 (06/25/01)
E0 E0
SIMULATOR SETUP INSTRUCTIONS TPM NO: N-li REQUIRED SIMULATOR MODE(S): NOP-NOT or above MALFUNCTION #'S:
N/A COMMENTS:
1)
When excess letdown flow is fully established (monitor flow and lCV-123),
then override CS for 1CC9437A to CLOSE (ZDIICC9437A) 5 N-il (06/25/01)
TASK CONDITIONS:
- 1.
You are the Unit NSO.
- 2.
The Unit is at steady state power.
- 3.
Normal letdown is in service at 120 gpm.
INITIATING CUES:
- 1.
You have been directed by the US to establish Excess Letdown to the VCT using all loop drains and both excess letdown heat exchangers due to a suspected 0.5 gpm leak in the normal letdown line.
- 2.
Estimated time for Excess Letdown operations will be approximately 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br />.
- 3.
The SM does NOT desire flow directed to the VCT spray nozzle.
4 N-11 (06/25/01)
JOB PERFORMANCE MEASURE TASK TITLE:
Respond to RCP Thermal Barrier Leak with CC Valve Failure JPM No.:
N-118 REV:
2a TPO No.:
IV.D.OA-51 TASK No.:
OA-061 K&A No.:
(008K1.04)
K&A IMP: 3.3/3.3 TRAINEE:
EVALUATOR:
DATE:
The Trainee:
PASSED this JPM.
FAILED CRITICAL ELEMENTS:
(*)
5, 6
TIME STARTED:
TIME FINISHED:
JPM TIME:
CRITICAL TIME:
NA MINUTES APPROX COMPLETION TIME 10 MINUTES EVALUATION METHOD:
X PERFORM SIMULATE LOCATION:
IN PLANT X
SIMULATOR GENERAL
REFERENCES:
- 1.
lBwOA PRI-6, Rev.
100, Component Cooling Malfunction
- 2.
BwAR 1-7-E4, Rev. 51E2, RCP THERM BARR CC WTR FLOW HIGH LOW MATERIALS:
None TASK STANDARDS:
- 1.
Determine RCS Thermal Barrier is leaking, and close 1CC685.
- 2.
Isolate affected RCP thermal barrier, and restore CC cooling to unaffected thermal barriers
- 2.
Demonstrates the use of good Core Work Practices (CWP).
TASK CONDITIONS:
- 1.
You are the Assist NSO.
- 2.
The Unit is at 100% power.
INITIATING CUES:
- 1.
Annunciator 1-7-E4 RCP THERM BARR CC WTR FLOW HIGH LOW has just alarmed.
Using appropriate procedures, respond to the annunciator alarm.
N-118 (5/23/01)
PERFORMANCE CHECKLIST RECORD START TIME Note:
Examinee may take the control switch for 1CC685 to CLOSE at any time (see step 6),
when it is noted that the valve did not automatically close on high flow.
ote:
Examinee may refer to BwAR 1-7-E4 which directs responses per lBwOA Pri-6 (below) and lBwOA PRI-I.
If examinee notes reference to IBWOA PRI-I, provide CUE: Another Operator will initiate actions of lBwOA-PRI-I, you are to perform actions of lBwOA PRI-6.
Note:
Time compression will be used to enter containment and Cued as necessary.
- 1.
Refer to IBwOA PRI-6, Component Cooling Malfunction.
(CUE:If asked, All Operator Action Summary elements have been reviewed and NONE currently require action.)
(CUE: Another operator will be assigned to review IBwOA PRI-I)
- 2.
Check surge tank level >
13% and increasing.
- 3.
Checks for leakage from RCP Thermal Barrier.
Locate and Open IBwOA PRI-6.
Checks Surge tank level:
"* ILIT-670/676
"* Determines level > 13%
"* Determines level is increasing
"* Goes to Attachment B, per step l.b RNO.
"* Goes to Step 5 of Attachment B.
Checks for leakage from RCP Thermal Barrier:
"* Annunciator 1-7-E4 LIT.
"* Seal Injection Flows any abnormally high.
"* Determines 1A RCP has abnormally high flows.
El
- 4.
Manually throttles 1CV121 and 1CV182 to maintain seal injection flow.
Adjusts 1CV121 and 1CV182 to obtain between 8 and 13 gpm seal injection flow per RCP (as possible) 2 N-118 (5/23/01) 01 01 01 E0 01 01 E0 0l 01 0
El STANDARDS SAT UNSAT N/A
PERFORMANCE CHECKLIST
- 5.
Check lCC685 Closed.
(Note: Alternate path begins here)
STANDARDS Determines corrective action to be taken:
"o Checks position indication for 1CC685 "o Determines 1CC685 is OPEN.
"o Takes control switch for 1CC685 to CLOSED.
- Manually Closes 1CC9438.
SAT UNSAT N/A 0
0 0
- 6.
Restore CC to unaffected RCPs by locally closing RCP Thermal Barrier CC outlet valve to isolate affected RCP.
(CUE:
(CUE:
SM desires affected RCP to be isolated and CC restored to unaffected RCPs.)
Local operator reports 1CC9496A Closed)
Dispatch operator to enter cnmt and locally close 1CC9496A.
01 01 0
0l 03 01 After 1CC9496A closure, reopen 1CC9438.
(CUE:)
THIS COMPLETES THIS JPM.
RECORD STOP TIME COMMENTS:
3 N-118 (5/23/01)
SIMULATOR SETUP INSTRUCTIONS "PM NO: N-118 REQUIRED SIMULATOR MODE(S):
100%- steady state.
MALFUNCTION #'S:
Malf CC09 231 gpm.
(flow x-mitter failure)
Malf CC07A 25 gpm.
(RCP therm barrier leak)
COMMENTS:
- 1) Override 1CC685, ZDIlCC685 OPEN (SDG CC7 or lPM06J(Al)CS override)
- 2) Note: adjust severity of malf CC07A to ensure actuation of HIGH FLOW alarm, 1-7-E4, but minimize RCS leak rate.
- 3)
To locally operate/close 1CC9496A (SDG CC7)
- 4) Note:
Time compression to perform containment entry to locally close 1CC9496A will be used.
Cue as necessary.
- 5)
If desired to simulate the alarm that comes in for operating the Cnmt hatch personnel door, override the annunciator at 1-1-B2, PN1148 ON/OFF as necessary.
- 6) Drain VCT / reset setup to 56%- via drn valves lCC202OA&B 5
N-118 (5/23/01)
ZD73EXAM
TASK CONDITIONS:
- 1.
You are the Assist NSO.
- 2.
The Unit is at 1001 power.
INITIATING CUES:
- 1.
Annunciator 1-7-E4 RCP THERM BARR CC WTR FLOW HIGH LOW has just alarmed. Using appropriate procedures, respond to the annunciator alarm.
4 N-118 (5/23/01)
ZD73EXAM
JOB PERFORMANCE MEASURE TASK TITLE:
Drain the Pressurizer Relief Tank (PRT)
JPM No.:
N-119 REV:
2a TPO No.:
IV.C.RY-03 TASK No.:
RY-003 K&A No.: (007A1.01)
K&A IMP: 2.9/3.1 TRAINEE:
EVALUATOR:
DATE:
The Trainee:
PASSED this JPM.
FAILED CRITICAL ELEMENTS:
(*)
3,4,6,7 CRITICAL TIME:
NA EVALUATION METHOD:
X PERFORM SIMULATE TIME STARTED:
TIME FINISHED:
JPM TIME:
MINUTES APPROX COMPLETION TIME:
10 MINUTES LOCATION:
IN PLANT X
SIMULATOR GENERAL
REFERENCES:
- 1.
BwOP RY-4 Rev.
8, Draining the Pressurizer Relief Tank MATERIALS:
None TASK STANDARDS:
- 1.
Decrease PRT level to
< 80%, but > 75%.
- 2.
Restores PRT Pressure to > 0 psig, if reduced to < 0 psig.
- 3.
Demonstrates the use of good Core Work Practices.
TASK CONDITIONS:
- 1.
You are the Assist NSO.
- 2.
The Unit is at power.
INITIATING CUES:
- 1.
PRT level has risen to 81% due to inadvertent opening of a PZR PORV.
The US has directed you to lower PRT level to 78-79%.
1 N-119 (G/21/01)
PERFORMANCE CHECKLIST RECORD START TIME Note:
Examinee may refer to BwAR 1-12-A7 "PRT LEVEL HIGH LOW."
Actions here will direct
- 1) Checking PORVs and Safety Valves NOT open,
- 2) Drain the PRT per BwOP RY-4,
- 3)
Check RCS leakage.
It is not required for the examinee to perform these actions, but is acceptable f actions are completed.
- 1.
Refer to BwOP RY-4, "Draining the PRT."
Locate and Open BwOP RY 4.
El 01 01 All Prerequisites, Precautions, Limitations and Actions have been met.)
- 2.
Verify/ Open IAOV-RY8033, Nitrogen Supply to PRT Isolation valve.
At lPM05J, VERIFY/OPEN:
0 1AOV-RY8033 01 01 0
- 3.
Verify/ Open IRE1003, RCDT At IPMllJ, OPEN:
Pumps Discharge Cnmt 1RE1003 Isolation Valve.
0 0
0
- 4.
Open lAOV-RY8031, PRT Drain Isolation Valve.
- 5.
Verify/Start IRE01PA/B, RCDT Pump.
At lPMO5J, OPEN:
1 IAOV-RY8031 At IPM05J:
& VERIFY/START IRE01PB.
0 01 o1 0
ol 0
- VERIFY PRT pressure remains > 0 psig on IPI-469.
NOTE:
The following step will be CRITICAL, if during the lowering of PRT level, the PRT pressure drops to < 0 psig and the operator does NOT stop draining the PRT.
2 N-119(6/21/01)
(CUE:
STANDARDS SAT UNSAT N/A
PERFORMANCE CHECKLIST
- 6.
Verify PRT Pressure remains > 0 psig.
- 7..
Close lAOV-RY8031, PRT Drain Isolation Valve, when desired level is reached.
- 8.
Stop running RCDT pump.
STANDARDS On lPM05J:
o Monitors PRT pressure indicator 1PI-469
- Ensures PRT pressure remains > 0 psig while draining.
If PRT pressure falls to 0 psig, then immediately:
"* Stops draining PRT by stopping the running RCDT pump.
"* Allows PRT pressure to rise to -3 psig, before restarting RCDT pump.
When PRT level is between 75-80%,
on lPM05J, takes control switch for lAOV RY8031 to CLOSE.
On lPM05J, VERIFY/STOP RCDT pump when lAOV RY 8031 CLOSES:
0 1RE01PA
RECORDl STOP TIME __________
COMMENTS:
3 N-119(6/21/01)
SIMULATOR SETUP INSTRUCTIONS PM NO: N-119 REQUIRED SIMULATOR MODE(S): At power, steady state MALFUNCTION #'S:
N/A COMMENTS:
- 2)
Fill PRT to 81% level.
- 3) Ensure RCDT pump controls in AUTO on lPM05J.
- 4) Ensure 1RE1003 is closed and in AUTO on 1PMllJ.
- 5)
Stop PRT Venting.
5 N-119 (6/21/01)
ZD73EXAM
TASK CONDITIONS:
- 1.
You are the Assist NSO.
- 2.
The Unit is at power.
INITIATING CUES:
- 1.
PRT level has risen to 81* due to inadvertent opening of a PZR PORV.
The US has directed you to lower PRT level to 78-79%.
4 N-119 (6/21/01)
ZD73EXAM
JOB PERFORMANCE MEASURE TASK TITLE:
Drain the Pressurizer Relief Tank (PRT)
IM No.:
N-119 REV:
2b TPO No.:
IV.C.RY-03 TASK No.:
RY-003 K&A No.: (007A1.01)
K&A IMP: 2.9/3.1 TRAINEE:
EVALUATOR:
DATE:
The Trainee:
PASSED this JPM.
FAILED CRITICAL ELEMENTS:
(*)
3,4,6,7 CRITICAL TIME:
NA EVALUATION METHOD:
X PERFORM SIMULATE TIME STARTED:
TIME FINISHED:
JPM TIME:
MINUTES APPROX COMPLETION TIME:
10 MINUTES LOCATION:
IN PLANT X
SIMULATOR GENERAL
REFERENCES:
- 1.
BwOP RY-4 Rev.
9, Draining the Pressurizer Relief Tank MATERIALS:
None TASK STANDARDS:
- 1.
Decrease PRT level to < 80%,
but > 75%.
- 2.
Restores PRT Pressure to > 0 psig.
- 3.
Demonstrates the use of good Core Work Practices.
TASK CONDITIONS:
- 1.
You are the Assist NSO.
- 2.
The Unit is at power.
INITIATING CUES:
- 1.
PRT level has risen to due to inadvertent opening of a PZR PORV.
The US has directed you to lower PRT level to 78-79%.
1 N-II9 (6/21/01)
PERFORMANCE CHECKLIST RECORD START TIME
"-ote: Examinee may refer to BwAR 1-12-A7 "PRT LEVEL HIGH LOW."
Actions here will direct Checking PORVs and Safety Valves NOT open, 2) Drain the PRT per BWOP RY-4,
- 3) Check RCS
-eakage.
It is not required for the examinee to perform these actions, but is acceptable if actions are completed.
- 1.
Refer to BwOP RY-4, "Draining the PRT."
(CUE:
Locate and Open BwOP RY 4.
All Prerequisites, Precautions, Limitations and Actions have been met.)
- 2.
Verify/ Open lAOV-RY8033, Nitrogen Supply to PRT Isolation valve.
- 3.
Verify/ Open IRE1003, RCDT Pumps Discharge Cnmt Isolation Valve.
- 4.
Open IAOV-RY8031, PRT Drain Isolation Valve.
- 5.
Verify/Start IRE01PA/B, RCDT Pump.
At IPM05J, VERIFY/OPEN:
1AOV-RY8033 At lPMIIJ, OPEN:
- 1RE1003 At lPM05J, OPEN:
0 1AOV-RY8031 At lPM05J:
a VERIFY/START lRE01PB.
- VERIFY PRT pressure remains > 0 psig on IPI-469.
NOTE:
The following step will simulate draining of the PRT at a rate faster than N2 is supplied, reducing PRT pressure to zero (0).
The alternate path begins here by stopping the drain and restoring pressure prior to reaching the desired level.
N-119(6/21/01) 11 El 0l 11 El El El El El E]
0l 11 El STANDARDS SAT UNSAT N/A
PERFORMANCE CHECKLIST
- 6.
Verify PRT Pressure remains > 0 psig.
STANDARDS On IPM05J:
O Monitors PRT pressure indicator 1PI-469
"* Determines PRT pressure is
- 0 psig.
"* Stops draining PRT by stopping the running RCDT pump.
"* Allows PRT pressure to rise to -3 psig, before restarting RCDT pump.
SAT UNSAT N/A 0l 0l 0l
- 7.
Close IAOV-RY8031, PRT Drain Isolation Valve, when desired level is reached.
- 8.
Stop running RCDT pump.
When PRT level is between o
75-80%,
on IPM05J, takes control switch for IAOV RY8031 to CLOSE.
On IPM05J, VERIFY/STOP RCDT pump when IAOV RY 8031 CLOSES:
0 IRE01PA I lRE01PB (CUE:)
THIS COMPLETES THIS JPM.
RECORD STOP TIME COMMENTS:
3 N-119(6/21/01)
El El 0l 0l El
TASK CONDITIONS:
- 1.
You are the Assist NSO.
- 2.
The Unit is at power.
INITIATING CUES:
- 1.
PRT level has risen to due to inadvertent opening of a PZR PORV.
The US has directed you to lower PRT level to 78-79%.
4 N-119 (6/21/01)
ZD73EXAM
SIMULATOR SETUP INSTRUCTIONS JPM NO: N-119 REQUIRED SIMULATOR MODE(S): At power, steady state MALFUNCTION #'S:
N/A COMMENTS:
- 2)
Fill PRT to 81% level.
- 3)
Ensure RCDT pump controls in AUTO on IPM05J.
- 4)
Ensure IRE1003 is closed and in AUTO on IPMIIJ.
- 5)
Stop PRT Venting.
- 6)
When the PRT drain valve is opened, slowly decrease PRT pressure to 0 before reaching 80%.
Restore pressure when the drain valve is closed or RCDT pump is secured.
5 N-119 (6/21/01)
ZD73 EXAM
JOB PERFORMANCE MEASURE TASK TITLE:
Restore from Auxiliary Feedwater Check Valve Leakage JPM No.:
N-57a REV:
0 TPO No.:
TASK No.:
TRAINEE:
EVALUATOR:
K&_A No.:
(035K1.01)
K&A IMP: 4.2/4.5 DATE:
The Trainee:
PASSED this JPM.
FAILED CRITICAL ELEMENTS:
(*)3-6 TIME STARTED:
TIME FINISHED:
JPM TIME:
CRITICAL TIME:
NA APPROX COMPLETION TIME 8
MINUTES EVALUATION METHOD:
X PERFORM SIMULATE LOCATION:
IN PLANT X
SIMULATOR GENERAL
REFERENCES:
- 1.
lBwOA SEC-7, Rev. 4A, Auxiliary Feedwater Check Valve Leakage MATERIALS:
Copy of lBwOA SEC-7.
TASK STANDARDS:
- 1.
Recover AFW line temperatures.
- 2.
Demonstrates the use of good Core Work Practices (CWP).
TASK CONDITIONS:
- 1.
2.
You are the Assist NSO.
Unit 1 is at 99% power.
INITIATING CUES:
- 1.
Auxiliary Feedwater line temperature failed to return to normal following a Train A AFW flow path operability non routine surveillance.
lBwOA SEC-7, "Auxiliary Feedwater Check Valve Leakage" is in progress to address suspected check valve leakage on the Train A, loop 1B injection line. The crew has completed performing step 2.
AFW piping has cooled to <1300 F.
You have been directed by the US to complete steps 3&4 of lBwOA SEC-7.
1 N-57 (2/28/2000)
ZD73EXAM MINUTES
PERFORMANCE CHECKLIST RECORD START TIME Note:
When examinee locates correct procedure, provide a copy for placekeeping.
- 1.
Refer to lBwOA SEC-7.
(CUE:
US acknowledges entry into lBwOA SEC-7.
SM has previously evaluated for GSEP.)
Affected temp is 98 0 F if asked)
- 2.
Verify 1AF013B Closed
- 3.
Start 1A AFW Pump (CUE:
All Prereqs, precautions, Limits and actions of BwOP AF-5 are met. An operator is standing by locally and ready to start 1A AFW Pump.
Through step 9 of AF-5 is complete. Step 10 is NA per SM.
(CUE:
LOCAL/REMOTE switch at 1PL04J is in REMOTE)
(CUE:
Recirc flow is 98 gpm)
(CUE:
Local operator will complete AF-5T1 if asked)
- 4.
Establish 15-20 gpm AFW flow (NOTE: Alternate Path begins here. Operators will not be able to control AF013B valve position well enough to limit AF Flow to 15-20 gpm and will have to throttle AF005B to maintain this flow rate.)
(CUE:
Use time compression if flow is stabilized.
Locate and Open lBwOA SEC-7.
o Inform US of entry Verify closed affected SG isolation valve:
1AF013B Start 1A AFW Pump per BwOP AF-5 o
Review Prereqs, precautions, limits and actions
- Start the 1A AFW Pump from lPM06J "o Verify recirc flow >84 gpm locally at FI AF095 "o Perform applicable steps of AF-5T1 "o Throttle open 1AF013B Identify failure of 1AF013B to adequately control flow rate to 15 20 gpm.
o Open 1AF013B throttle 1AF005B to establish 15-20 gpm flow rate.
o Maintain flow for a minimum of 10 minutes.
2 N-57 (2/28/2000)
ZD73EXAM El EJ 11 El El El El El El El El El STANDARDS SAT UNSAT N/A
PERFORMANCE CHECKLIST
- 5.
Shutdown the 1A AFW Pump (CUE: lube oil pump is started.
(CUE:
AF004A is OPEN and in AUTO at local control panel)
- 6.
Restore AF Alignment (CUE: Crew will wait 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> to check AF piping <130°F.
The JPM should be ended here.
STANDARDS Locate and open BwOP AF-6 and shutdown the 1A AFW Pump.
"* Direct local start of lube oil pump
"* Place control switch at lPM06J to NORM/AFTER TRIP o
Verify open AF004A AT lPM06J:
"* Verify lAF013A-D OPEN
"* Set 1AF05B Potentiometer at 6.8 o
Inform US of need to wait 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> to recheck AF Temps.
SAT UNSAT N/A El 11 El 13 11 El (CUE:)
THIS COMPLETES THIS JPM.
RECORD STOP TIME COMMENTS:
3 N-57 (2/28/2000)
ZD73EXAM
SIMULATOR SETUP INSTRUCTIONS
-PM NO: N-57 REQUIRED SIMULATOR MODE(S): N/A MALFUNCTION #'S:
N/A COMMENTS:
Close IAF013B (Train A, Loop lB AF Isolation Valve)
Start 1A AFW Pump Aux Oil Pump. Ensure run light lit on lPM06J When AF013B begins to open, override CS to OPEN (lPM06J(Al) or (ZDI1AF013B) to force AF flow > 20 gpm.
DELETE override when this is accomplished.
REPEAT if further attempts at 1AF013B control is made.
The object is to NOT allow control at 15-20 gpm and force throttling of lAF005B.
5 N-57(2/28/2000)
ZD73EXAM
TASK CONDITIONS:
- 1.
You are the Assist NSO.
- 2.
Unit 1 is at 99% power.
INITIATING CUES:
- 1.
Auxiliary Feedwater line temperature failed to return to normal following a Train A AFW flow path operability non routine surveillance.
lBwOA SEC-7, "Auxiliary Feedwater Check Valve Leakage" is in progress to address suspected check valve leakage on the Train A, loop lB injection line. The crew has completed performing step 2.
AFW piping has cooled to 98°F.
You have been directed by the US to complete steps 3&4 of lBwOA SEC-7.
4 N-57 (2/28/2000)
ZD73EXAM
JOB PERFORMANCE MEASURE TASK TITLE: Align Fire Protection Cooling to the 2A Centrifugal Charging Pump 1PM No.:
N-138 REV:
0 TPO No.:
IV.D.OA-69 K&A No.:
.02A4K3.03 K&_A IMP: 4.0/4.2 TASK No.:
TRAINEE:
EVALUATOR:
DATE:
The Trainee:
PASSED FAILED CRITICAL ELEMENTS:
(*)
2 CRITICAL TIME:
NA EVALUATION METHOD:
this JPM.
PERFORM X
SIMULATE TIME STARTED:
TIME FINISHED:
JPM TIME:
MINUTES APPROX COMPLETION TIME: 13 MINUTES LOCATION:
X IN PLANT SIMULATOR GENERAL
REFERENCES:
- 1.
2BwOA PRI-8, Essential Service Water Malfunction MATERIALS:
None TASK STANDARDS:
- 1.
Perform the actions necessary to align FP cooling to the 2A CV Pump
- 2.
Demonstrates the use of good Core Work Practices.
TASK CONDITIONS:
- 1.
You are an extra NSO.
- 2.
Unit 2 is experiencing a loss of Essential Service Water and cannot be cross-tied.
INITIATING CUES:
- 1.
The Unit Supervisor has directed you to perform the actions necessary to align Fire Protection Cooling to ONLY the 2A Centrifugal Charging Pump per 2BwOA PRI-8, Attachment C 1
N-138(7/23/01)
PERFORMANCE CHECKLIST RECORD START TIME
- 1.
Refer to 2BwOA PRI-8, Essential Service Water Malfunction.
STANDARDS Locate and open 2BwOA PRI-8, Attachment C SAT UNSAT N/A 0l 0l 0l This step may be performed at any time
- 2.
Locally align FP to CHG PUMP Lube Oil Cooler (CUE: FP Supply Hose Connected.
Simulate hose hookup -
do NOT remove it from the locker)
(CUE: OFP840 is OPEN)
(CUE: Hose is not pinched by room door. No kinks in hose)
(CUE: 2SX259A is OPEN)
(CUE: 2SX258A is CLOSED)
- 3.
CHECK CENT CHG Pump 2A Operation.
(CUE: 2A CV Pump is ready to start)
(CUE:)
THIS COMPLETES THIS JPM.
RECORD STOP TIME CONNECT fire hose (located in 2A CV Pump room) to CV Pump 2A lube oil cooler ANDFP connection outside 2A CV Pump room ('364' V18)
"* OPEN FP hose supply isolation valve 0FP840 (364' V18)
"* VERIFY fire hose CHARGED
"* OPEN CENT CHG Pump oil cooler FP Supply valve 2SX259A
"* CLOSE CENT CHG Pump oil cooler SX Supply valve 2SX258A INFORM NSO 2A CV Pump is ready to start El 0
0 El El 0l El 0l El El 01 0l Dl 0l El El COMMENTS:
2 N-138 (7/23/01)
NOTE:
TASK CONDITIONS:
- 1.
You are an extra NSO.
- 2.
The Unit 2 is experiencing a loss of Essential Service Water and cannot be cross-tied.
INITIATING CUES:
- 1.
The Unit Supervisor has directed you to perform the actions.
necessary to align Fire Protection Cooling to ONLY the 2A.
Centrifugal Charging Pump per 2BwOA PRI-8, Attachment C 3
IN-138 (7/23/01)
PERFORMANCE CHECKLIST JOB PERFORMANCE MEASURE TASK TITLE:
Align the Fire Hazards Panel
-PM No.:
N-34 REV:
9 TPO No.:
IV.D.OA-27 TASK No.:
OA-112 K&A No.: (APE068AA1.03)
K&A IMP: 4.1/4.3 TRAINEE:
EVALUATOR:_______________________
DATE:
The Trainee:
PASSED this JPM.
FAILED CRITICAL ELEMENTS:
(*)
2 TIME STARTED:
TIME FINISHED:
JPM TIME:
CRITICAL TIME:
NA APPROX COMPLETION TIME:
13 MINUTES EVALUATION METHOD:
PERFORM X
SIMULATE LOCATION:
X IN PLANT SIMULATOR GENERAL
REFERENCES:
- 1.
2BwOA PRI-5, Rev.
100, Control Room Inaccessibility MATERIALS:
Copy of 2BwOA PRI-5 TASK STANDARDS:
- 1.
2.
Activate the Fire Hazards Panel Demonstrates the use of good Core Work Practices.
TASK CONDITIONS:
- 1.
- 2.
- 3.
4.
You are an extra NSO.
A fire is ongoing in the Main Control Room and the Unit 2 AEER.
The Remote Shutdown Panels have been manned.
lBwOA PRI-5 and 2BwOA PRI-5 are in progress.
INITIATING CUES:
- 1.
You have been directed to align the Fire Hazards Panel in order to establish the capability to monitor Unit 2 S/G Levels, S/G Pressures, PZR Level, and PZR Pressure per step 7.c. RNO of 2BwOA PRI-5.
1 N-34 (7/12/2001)
MINUTES STANDARDS SAT UNSAT N/A
SAT UNSAT N/A CWP RECORD START TIME
- 1.
Refer to procedure and proceed to 2PLIOJ, Fire hazards Panel.
(CUE:
When examinee locates correct procedure, provide a copy..)
(Note:
426' CWA U-12 Unit 1, S-24 on Unit 2.)
- 2.
Activate the Fire Hazards Panel.
Locate and obtain 2BwOA PRI-5, step 7.c RNO and proceed to Fire Hazards Panel.
Place the following panel switches to the FIRE position:
0 0]
0 01 01 01 2HS-FW309 is in FIRE position.
If asked for indication 60%.)
2HS-FW310 is in FIRE position.
If asked for indication 60%.)
2HS-MS193 is in FIRE position.
If asked for indication 1080 psig.)
2HS-MS194 is in FIRE position.
If asked for indication 1080 psig.)
2HS-RY034 is in FIRE position.
If asked for indication 30%.)
2HS-RY033 is in FIRE position.
If asked for indication 2200 psig.)
"* 2HS-FW309 Level
"* 2HS-FW310 Level
"* 2HSLMSI93 Pressure
"* 2HS-MS194 Pressure
"* 2HS-RY034
"* 2HS-RY033 Pressure SG 2A WR SG 2B WR SG 2A SG 2B PZR Level PZR (CUE:)
THIS COMPLETES THIS JPM.
RECORD STOP TIME COMMENTS:
2 N-34(7/12/2001)
(CUE:
(CUE:
(CUE:
(CUE:
(CUE:
(CUE:
PERFORMANCE CHECKLIST STANDARDS
SIMULATOR SETUP INSTRUCTIONS TPM NO: N-34 REQUIRED SIMULATOR MODE(S): N/A, IN PLANT MALFUNCTION #'S:
N/A COMMENTS:
4 N-34(7/12/2001)
TASK CONDITIONS:
- 1.
You are an extra NSO.
- 2.
A fire is ongoing in the Main Control Room and the Unit 2 AEER.
- 3.
The Remote Shutdown Panels have been manned.
- 4.
lBwOA PRI-5 and 2BwOA PRI-5 are in progress.
INITIATING CUES:
- 1.
You have been directed to align the Fire Hazards Panel in order to establish the capability to monitor Unit 2 S/G Levels, S/G Pressures, PZR Level, and PZR Pressure per step 7.c.RNO of 2BwOA PRI-5.
3 N-34 (7/12/2001)
JOB PERFORMANCE MEASURE TASK TITLE:
Perform Local Reset of Feedwater Isolation Signal JPM No.:
N-91 REV:
6 TPO No.:
IV.D.EF-03 TASK-No.:
EF-003 K&A No.: (013A4.02)
K&A IMP: 4.3/4.4 TRAINEE:
EVALUATOR:_
DATE:
The Trainee:
PASSED FAILED CRITICAL ELEMENTS:
(*)
3, 4
CRITICAL TIME:
NA EVALUATION METHOD:
this JPM.
PERFORM X
SIMULATE TIME STARTED:
TIME FINISHED:
JPM TIME:
MINUTES APPROX COMPLETION TIME:
7 MINUTES LOCATION:
X IN PLANT SIMULATOR GENERAL
REFERENCES:
- 1.
2BWFR-H.I, Rev.
Keys for 2PA27J and 2PA28J, Laser pointer.
Copy of 2BwFR-H.l, step 7.
TASK STANDARDS:
- 1.
Correctly RESET Feedwater Isolation Signal as required by 2BwFR-H.I, step 7.
- 2.
Demonstrates the use of good Core Work Practices.
TASK CONDITIONS:
- 1.
You are an extra NSO.
- 2.
Unit 2 NSOs are responding to a steamline break inside containment after a
safety injection.
- 3.
Conditions have deteriorated to the point that an entry into 2BwFR-H.I, Loss of Secondary Heat Sink has been made.
INITIATING CUES:
- 1.
The Unit Supervisor has directed you to locally reset FW Isolation by performing the actions of 2BwFR-H.I step 7.f.
_,&CORD START TIME 1
N-91(7/14/01)
Note: Prompt the use of a laser pointer to identify components cabinets.
located inside electrical
- 1.
Refer to 2BwFR H.1 step 7.f.
Locate and open 2BwFR H.1, step 7.f.
11 0
11 After examinee locates procedure, provide a copy.)
- 2.
Obtain keys for and locate Safeguards Cabinets 2PA27J and 2PA28J.
Obtains keys for and proceed to.Safeguards Cabinets 2PA27J and 2PA28J:
"* Obtain keys for Cabinets 2PA27J and 2PA28J from the Shift Office.
"* Proceed to 2PA27J/
2PA28J (U2 AEER).
11 Note:
JPM steps 3 and 4 may be breaking plane of cabinet.
- 3.
De-energize Feedwater Isolation Aux Relays by removing fuses at Aux.
Safeguard Relay Cabinet 2PA27J.
performed in any order. Prompt use of laser pointer vice At 2PA27J, De-energize Feedwater Isolation Aux Relays by removing:
El El El (CUE:
Fuse FU-24 is removed.
Fuse FU-27 is removed.)
- 4.
De-energize Feedwater Isolation Aux Relays by removing fuses at Aux.
Safeguard Relay Cabinet 2PA28J.
(CUE:
"* Fuse FU-24
"* Fuse FU-27 At 2PA28J, De-energize Feedwater Isolation Aux Relays by removing:
S S
Fuse FU-24 is removed.
Fuse FU-27 is removed.)
Fuse FU-24 Fuse FU-27
,(CUE: THIS COMPLETES THIS JPM.)
7ECORD STOP TIME___________
2 N -91(7/14/01)
(CUE:
11 El 11 El El
SIMULATOR SETUP INSTRUCTIONS TPM NO: N-91 REQUIRED SIMULATOR MODE(S):
N/A Inplant.
MALFUNCTION #'S:
N/A COMMENTS:
4 N-91(7/14/01)
TASK CONDITIONS:
- 1.
You are an extra NSO.
- 2.
Unit 2 NSOs are responding to a steamline break inside containment after a safety injection.
- 3.
Conditions have deteriorated to the point that an entry into 2BwFR-H.1, Loss of Secondary Heat Sink has been made.
INITIATING CUES:
- 1.
The Unit Supervisor has directed you to locally reset FW Isolation by performing the actions of 2BwFR-H.l step 7.f.
3 N-91 (7/14/01)