ML031710488

Draft - Section B Operating

ML031710488
Person / Time
Site:	Crane
Issue date:	05/14/2003
From:	Gumbert R AmerGen Energy Co
To:	Conte R NRC/RGN-I/DRS/OSB
Conte R
References
50-289/03-301 50-289/03-301
Download: ML031710488 (90)

Text

TMI SRO License Exam 05/12/03 TMI-1 OPERATOR TRAINING JOB PERFORMANCE MEASURE B.l.a PERFORM EMERGENCY BORATION (ALTERNATE PATH REQUIRES BACKUP METHOD TO BE IMPLEMENTED)

Page 1 of 6

B.1.a Revision 0 05/12/2003 TASK TITLE:

PERFORM EMERGENCY BORATION (ALTERNATE PATH REQUIRES BACKUP METHOD TO BE IMPLEMENTED) u TASK NUMBER:

004C070101 Perform boration of the RCS from the BAMT or the RBAT.

TIF:

3.24 KIA

REFERENCE:

System:

Chemical and Volume Control (004)

WA:

A4.07 (Page 3.1-19)

Ability to manually operate and/or monitor in the control room:

borationldilution.

Rating(RO/SRO):

3.913.7 POSITION:

S R O B R O H N L O O EVALUATION METHOD:

PERFORM SIMULATE 0 EVALUATION LOCATION:

SIMULATOR IN-PLANT c] CONTROL ROOM 0 OTHER TASK STANDARDS: Examinee initiates emergency boration flow from the BAMT to the Makeup Tank in accordance with OP-TM-EOP-010 Guide 1.

APPROXIMATE COMPLETION TIME: I O minutes TIME-CRITICAL TASK COMPLETION TIME:

NA minutes REQUIRED TOOLS OR MATERIALS: OP-TM-EOP-010 Abnormal Transients Rules, Guides and Graphs.

REFERENCES:

OP-TM-EOP-010 Abnormal Transients Rules, Guides and Graphs.

i_/ ALTERNATE PATH JPM? YES SIMULATOR SETUP:

INITIALIZATION:

1. Select IC 100% hot full power (MOC)

2. Activate malfunctions and DI overrides listed below.

3. Manually trip the reactor.

4. Adjust Pressurizer level setpoint to 100 inches (25%)

5. Allow RCS pressure and temperature to stabilize in post-trip window.

EVENT TRIGGERS: N/A MALFUNCTIONS:

MU24A - Makeup Valve ES Alignment Failure (MU-V-14A).

MU24B - Makeup Valve ES Alignment Failure (MU-V-148).

RD0203 - Stuck Rod (Group 1 Rod3).

RD0226 - Stuck Rod (Group 4 Rod 1).

REMOTE FUNCTIONS: NIA OVERRIDES:

02A5S59-ZDIPBOMUV14A (OFF)- Overrides MU-V-14A OPEN Pushbutton DI (false).

02A5S77-ZDIPBOMUV14B (OFF) - Overrides MU-V-14B OPEN Pushbutton DI (false).

MONITOR: NIA When I tell you to begin, you are to PERFORM EMERGENCY BORATION OF THE RCS. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps as if you were actually performing the task.

Page 2 of 6

B.l.a Revision 0 O S 1 2/2003 INITIAL CONDITIONS:

The reactor was manually tripped from full power.

Two safety rods failed to drop.

The reactor is SHUTDOWN.

RCS T-ave is 555°F.

RCS Pressure is 2155 psig.

INITIATING CUE:

The Unit Supervisor directs you to perform RCS emergency boration, in accordance with OP-TM-EOP-010, Rule 5, Emergency Boration.

ARE THERE ANY QUESTIONS?

TIME CRITICAL: NO Page 3 of 6

JPM INSTRUCTION SHEET u

DIRECTIONS TO STUDENT:

When I tell you to begin, you are to PERFORM RCS EMERGENCY BORATION. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps as if you were actually performing the task.

INITIAL CONDITIONS:

The reactor was manually tripped from full power Two safety rods failed to drop.

The reactor is SHUTDOWN.

RCS T-ave is 555°F.

RCS Pressure is 2155 psig.

INITIATING CUE:

The Unit Supervisor directs you to perform RCS emergency boration, in accordance with OF-TM-EOP-010, Rule 5, Emergency Boration.

TIME CRITICAL: NO Page 4 of 6

B.1.a Revision 0 0511 212003 STEP STANDARD SIU 1

Examinee depresses the OPEN pushbuttons for MU-V-14A and MU-V-14B on Console Center.

Examinee obtains a copy of OP-TM-EOP-010, Abnormal Transients Rules, Guides and Graphs, and begins implementation of Rule 5, Emergency Boration.

With Rule 5, Emergency Boration, in hand, the examinee depresses the OPEN pushbuttons for MU-V-14A and MU-V-148.

• 3 Examinee recognizes failure of MU-V-14A Examinee notes inability to open both MU-V-I and MU-V-146.

I 14A and MU-V-14B.

2 Examinee attempts to open MU-V-14A and MU-V-14B.

~

~

CUE: Inform the Examinee that the Backup Emergency Boration Source is the 4

5 BORIC ACID MIX TANK (BAMT).

Examinee references Guide 1, Emergency Boration Backup Methods.

Examinee obtains a copy of Guide 1, Emergency Boration Backup Methods.

Examinee verifies at least 1 Makeup Pump is operating.

Examinee verifies that a Makeup Pump is operating by checking the Makeup Pump red breaker status light is illuminated.

• 6 Examinee opens MU-Vdl 1 B.

• 7 Examinee depresses the OPEN pushbutton for MU-V-51 (emergency boration valve from BAMT), and observes the valve opens (red Examinee starts both boric acid injection pumps CA-P-1A and CA-P-1B by turning the control switches to START. Examinee verifies lights status: red energized, green de-energized. Pump stroke counters can be heard clicking.

Examinee starts both boric acid injection pumps CA-P-1A and CA-P-END TASK Page 5 of 6

B.1.a Revision 0 091 2/2003 JPM CHANGE HISTORY PAGE Abnormal Transients Rules, Guides and Page 6 of 6

OP-TM-EOP-010 Revision 1 Page 9 of 49 n EB Rule 5 Emergency Boration w

~

~ - _ _ - _ _ _ - -

j ACTION/EXPECTED R E S P O N S E ~.

RESPONSE NOT OBTAINED j

VERIFY ALL Control Rods are fully inserted.

Emergency Borate I

VERIFY neutron flux is decreasing as expected with ; Emergency Borate re actor shutdown.

~

To E:mergency Borate:

I RESPONSE NOT OBTAINED

~ _ _ _ _ _ _

J ACTION/EXPECTED RESPONSE

_. _ _ _ _ ~ _ _ _ _ _

OPEN MU-V-14A or MU-V-148 or perform Guide 1. 1 PERFORM Guide 1 Emergency Boration

~ Backup Methods.

i I

VERIFY Total Injection (MU, SI & HPI) > 50 GPM.

1 1. INITIATE OP-TM-211-950 to restore i

letdown.

\\

STOP any activities which may be diluting RCS boron concentration.

If RCS is subcooled and neutron flux indication is rising, then stabilize RCS temperature.

REQUEST sample and analysis for RCS boron concentration.

When 1 O/O dk/k SHUTDOWN has been achieved for the expected plant condition (REFER TO Figure 1 of I 103-4, Soluble Poison Concentration Control, or 1 103-1 5A, Reactivity Balance)

L-1 then emergency boration may be stopped.

2. If MU tank level > 92 or MU tank pressure > 34 psig, then BLEED IAW 11 04-29E.

OP-TM-EOP-010 Revision 1 P a g e 11 of 49 L

Guide I Emergency Boration Backup Methods If required per Rule 5, and a t least o n e MU pump is operating, then PERFORM A or 8.

A.

. If the backup Emergency Boration source is the BAMT, then

1.

OPEN MU-V-51

2.

START boric acid pumps CA-P-?A and CA-P-1 B.

8.

If Backup Emergency Boration source is the RBAT, then,

1.

POSITION the Boric Acid Injection switch to INJECT (opens W DL-V-61).

2.

MAXIMIZE the Batch Size and SELECT Run on the totalizer batch controller.

3.

OPEN MU-V-IO.

4.

If using the A RBAT, then (at Radwaste Panel in the Auxiliary Building),

5.

4.1 OPEN W DL-V-89.

4.2 OPEN W DL-V-49.

4.3 CLOSE W D L-V-93.

4.4 ENSURE boric acid recycle pump WDL-P-13A is running.

If using the B RBAT, then (at Radwaste Panel in the Auxiliary Building),

5.1 OPEN WDL-V-92.

5.2 OPEN WDL-V-50.

5.3 CLOSE WDL-V-94.

5.4 ENSURE boric acid recycle pump W DL-P-13B is running.

TMI-1 OPERATOR TRAINING JOB PERFORMANCE MEASURE 1 1.2.05.1 30 B.1.b RESPOND TO AN INADVERTENT ES ACTUATION TMI SRO License Exam 0511 2/03 Page 1 of 7

B.1.b 11.2.05.130 Revision 4 0511 212003 TASK TITLE:

TASK NUMBER: 0000300501 Respond to an inadvertent ES actuation.

RESPOND TO AN INADVERTENT ES ACTUATION TIF:

3.72 KIA

REFERENCE:

System:

01 3 Engineered Safety Features Actuation System (ESFAS)

Ability to (a) predict the impacts of the following malfunctions or operations on ESFAS; and (b) based Ability on those predictions, use procedures to correct, control, or mitigate the consequences of those malfunctions or operations; Inadvertent ESFAS actuation.

WA:

A2.06 (Page 3.2-26)

Rating ( ROlS RO): 3.714.O POSITION:

S R O B R O B NLOO EVALUATION METHOD:

PERFORM SIMULATE 0 EVALUATION LOCATION:

SIMULATOR IN-PLANT CONTROL ROOM OTHER TASK STANDARDS:

HPI flow to RCS terminated and reactor does not trip on high RCS pressure.

APPROXIMATE COMPLETION TIME: 10 minutes.

TIME-CRITICAL TASK COMPLETION TIME:

NA.

CONDITION CRITICAL:

Yes, Failure criteria is if the reactor trips on High RCS Pressure due to increase in RCS inventory.

REQUIRED TOOLS OR MATERIALS: OP 1105-3, Safeguards Actuation System, pages 13,31 and 32, Rev. 43.

REFERENCES:

1 105-3 Safeguard Actuation system Rev. 43.

ALTERNATE PATH JPM? YES; This JPM is ALTERNATE-PATH because the A-train 160W Manual ES channels cannot be re-enabled after defeat per OP 1105-3, or the actuation will reoccur due to the relay failure mode. In addition, only one makeup pump is running and must be left on for makeup and seal injection.

SIMULATOR SETUP:

INITIALIZATION:

EVENT TRIGGERS:

MALFUNCTIONS:

REMOTE FUNCTIONS:

OVERRIDES:

MONITOR:

Initialize the simulator at IC16.

Start MU-P-IA, start IC-P-lB, stop IC-P-IA, and stop MU-P-18.

NIA.

N/A.

Change CCR12 to NS.

Activate DI Override 02A4S66-ZDIPBlRCA ON PBI/RCA to ON.

NIA.

Page 2 of 7

B.1.b 11.2.05.130 Revision 4 O W 1 2/2003 READ TO STUDENT

'-I When I tell you to begin, you are to RESPOND TO THE INADVERTENT ES ACTUATION. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps as if you were actually performing the task.

INITIAL CONDITIONS:

0 0

0 0

The plant is at 100% power, steady state.

MU-P-IA is running with cooling by NSCC, and IC-P-1 B is running, in preparation for MU-P-1 B system outage.

The tagging order for MU-P-1 B is being prepared at this time.

There is no major equipment out of service, and there are no surveillances in progress.

Train 'A ES actuation occurred 10 seconds ago, and has been declared inadvertent by the Unit Supervisor.

INITIATING CUE:

The Unit Supervisor directs you to RESPOND TO THE INADVERTENT ES ACTUATION, in accordance with 1105-3, Safeguards Actuation System, section 4.2, Actions for Inadvertent Actuations - Level 2.

ARE THERE ANY QUESTIONS?

TIME CRITICAL: NO Page 3 of 7

JPM INSTRUCTION SHEET

\\--- DIRECTIONS TO STUDENT:

When you are told to begin, you are to RESPOND TO THE INADVERTENT ES ACTUATION. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps as if you were actually performing the task.

INITIAL CONDITIONS:

The plant is at 100% power, steady state.

MU-P-1A is running with cooling by NSCC, and IC-P-1 B is running, in preparation for MU-P-1 B system outage.

The switching order for MU-P-1 B is being prepared at this time.

There is no major equipment out of service, and there are no surveillances in progress.

An ES actuation that occurred 10 seconds ago has been declared inadvertent by the Unit Supervisor.

INITIATING CUE:

The Unit Supervisor directs you to RESPOND TO THE INADVERTENT ES ACTUATION, in accordance with 1105-3, Safeguards Actuation System, section 4.2, Actions for Inadvertent Actuations - Level 2.

TIME-CRITICAL: NO Page 4 of 7

B.1.b 11.2.05.130 Revision 4 05/12/2003 STEP STANDARD SIU CUE: Give the Examinee a copy of OP 1105-3, Safeguards Actuation System, Section 4.2, Actions for Inadvertent Actuations - Level 2.

2 I

Examinee requests permission to clear (Defeat) ES actuation signal.

Examinee requests permission to clear (Defeat) ES actuation signal from the Unit Supervisor.

Examinee verifies that the ES Actuation was not due to a valid signal.

Examinee verifies no valid ES actuation is present and that it is an inadvertent ES actuation.

0 0

RCS Pressure is normal for plant condition RB Pressure normal (e 2psig)

• 3

• 4

• 5 6

Examinee defeats Train A 1600# manual ES actuation signals.

NOTE: If examinee defeats and then re-enables the channels per OP 1 105-3, the channels will re-actuate due to the relay failure mode. If this occurs the Examinee will be required to DEFEAT the signals again.

Examinee reopens MU-V-36 using pushbutton on CC, and verifies MU-V-37 open.

NOTE: It is critical that the Examinee does not operate MU Pump for > 30 seconds with flow 40 gpm (OP 1104-2, Makeup and Purification System).

Examinee continues operation of MU-P-lA, since it is supplying RCS makeup and RCP seal injection flow.

Examinee closes MU-V-16A and MU-V-16B using pushbuttons on CC, to terminate HPI flow as indicated on CC.

NOTE: JPM may be terminated if the reactor trips due to high RCS pressure.

Examinee depresses ENABLEIDEFEAT pushbuttons (ONE TIME EACH) to DEFEAT on CC: PB2/RCA, PB3/RCA, and PB4/RCA Indications that Train A 1600# manual ES actuation signals have been successfully defeated:

0 Yellow defeat lamps illuminated on CC pushbuttons for PB2/RCA, PB3/RCA, and PB4lRCA.

Train A 1600# Manual Actuation blue lamps de-energized on Panel PCR.

Examinee depresses MU-V-36 open pushbutton.

Indications that MU-V-36 opens:

0 0

Red OPEN pushbutton lamp illuminates.

Green CLOSE pushbutton lamp de-energizes.

Examinee verifies MU-V-37 is open.

Indications that MU-V-37 is open:

0 0

Red OPEN pushbutton lamp is de-energized.

Green CLOSE pushbutton lamp is illuminated.

MU-P-1A is NOT secured as indicated by no change in status on CC:

Red breaker closed light remains illuminated.

Green breaker open lamp remains de-energ ized.

0 MU-V-I6A and MU-V-166 are closed.

Indications on CC pushbuttons:

0 0

Green CLOSE lamps are energized.

Red OPEN lamps are de-energized.

Reactor trip on high RCS pressure constitutes a JPM failure.

Page 5 of 7

B.1.b 1 1.2.05.130 Revision 4 I1

• 7 STEP Examinee verifies MU-V-12 open, and then closes MU-V-14A.

8 I

Reset 27/86 lockout relays if actuated.

NOTE: 27/86 relays do not actuate, therefore they do not need to be reset.

STANDARD MU-V-12 is verified open by observation of Appendix R sticker applied to the control console at MU-V-12 OPEN/CLOSE pushbuttons.

MU-V-14A is closed by depressing the CLOSE pushbutton on CC.

Indications that MU-V-14A is closed:

Status at CC pushbuttons:

0 0

Green CLOSE lamp is illuminated.

Red OPEN lamp is de-energized.

Examinee identifies that the 27/86 lockout relays have not actuated and do not need to be reset.

indications that 27/86 lockout relays have not actuated:

Status at PCR status lamps:

0 0

White lamp for Bus 1 P is de-energized.

White lamp for Bus 1 P is de-energized.

CUE: As the Unit Supervisor, direct Examinee NOT to restore remaining remaining ES components.

END TASK Page 6 of 7

REVISION 4

DATE 05/12/03 JPM CHANGE HISTORY PAGE B.1.b 11.2.05.130 Revision 4 05/12/2003 Include AI # if A Safeguards Actuation Page 7 of 7

1 Number I

Safeguards Actuation System ApplicabilitylScope USAGE LEVEL AmerGen 1 43 Effective Date TMI - Unit 1 Operating Procedure TMI Division M

1 105-3 I

08/14/01 This document is within QA plan scope X

50.59 Applicable X

Yes No Yes No Paqe Revision Paqe Revision Paqe Revision tjJacJg Revision 1

2 3

4 5

6 7

8 9

10 I 1 12 13 14 15 16 17 18 19 20 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 Procedure Owner

/s/ R. S. Campbell 07/26/01 Approver ls/ J. P. Robertson 08/02/01 I

r Operating Procedure Tiile Safeguards Actuation System TMI - Unit 1 I

105-3 Revision No.

43 Number 4.2 Actions for Inadvertent Actuations - Level 2

4.2.1 Prerequisites

One or Both Trains of ES INADVERTANTLY Actuate on one or more signals.

4.2.2 Procedure

CAUTION HIGH PRESSURE INJECTION CAN CAUSE AN OVER PRESSURE CONDITION.

1.

Verify that no valid E.S. signal is present by observing the following:

a.

Reactor coolant pressure is normal for the plant condition.

b.

R.B. pressure normal (< 2 psig).

2.

With the Shift Manager'sKontrol Room Supervisor's permission, reset, bypass, or defeat the invalid signals. Refer to Section 3.2.

3.

Open the Make Up pump recirc valves as follows:

MU-V-36 MU-V-37

4.

Stop makeup pumps started by the invalid signal(s). Leave the previously running pump in-service.

Close the HPI Valves as follows:

5.

MU-V-16A MU-V-165 MU-V-16C MU-V-16D Verify MU-V-12 open, then CLOSE the following valves:

MU-V-14A MU-V-148

6.

NOTE Boron injection into the RCS may require a power reduction to regain Tave control.

31

TMI - Unit 1 Operating Procedure

- Title Number 11 05-3 Revision No.

Safeguards Actuation System 43 CAUTION THE 27/86 UNDERVOLTAGE LOCKOUT RELAYS FOR BUSSES P, R, S, AND T ON PANEL PCR SHOULD NOT BE RESET UNTIL ALL AMBER DISAGREEMENT LIGHTS HAVE BEEN CLEARED AND IT IS DETERMINED THAT THE DIESELS CAN ACCEPT THE ADDED LOAD.

7.

Reset 27/86 lockout if actuated IAW Section 3.2 to allow restoration of Locked Out components.

8.

GO TO Section 4.1 to restore the remaining E.S. components.

32

TMI SRO License Exam OW1 2/03 TMI-I OPERATOR TRAINING JOB PERFORMANCE MEASURE B.l.c RESPOND TO HIGH PRESSURE INJECTION INITIATION (ALT PATH - MU-V-14A FAILS TO OPEN).

Page 1 of 6

TASK TITLE:

L-TASK NUMBER:

KIA

REFERENCE:

POSITION:

B.1.c Revision 0 091 2/2003 RESPOND TO HIGH PRESSURE INJECTION INITIATION (ALT PATH - MU-V-14A FAILS TO OPEN).

0004C240501 TIF:

4.21 Respond to a large break LOCA.

System:

KIA:

A2.02 (Page 3.3-5)

Emergency Core Cooling System (006)

Ability to (a) predict the impacts of the following malfunctions or operations on the ECCS, and (b) based on those predictions, use procedures to correct, control, or mitigate the consequences of those malfunctions or operations: loss of flow path.

Rating( RO/SRO):

3.914

• 3 S R O N R O N NLOO EVALUATION METHOD:

PERFORM N SIMULATE 0 EVALUATION LOCATION:

SIMULATOR IN-PLANT 0 CONTROL ROOM 0 OTHER 0 TASK STANDARDS: Using OP-TM-EOP-010 Guide 4, HPI Failure, examinee bypasses Channel A ESAS signals, stops MU-P-1A.

APPROXIMATE COMPLETION TIME: 15minutes TIME-CRITICAL TASK COMPLETION TIME:

NA minutes REQUIRED TOOLS OR MATERIALS: OP-TM-EOP-010 Abnormal Transients Rules, Guides and Graphs.

OP 1105-3, Engineered Safeguards Actuation, page 13, Rev. 43.

-d

REFERENCES:

OP-TM-EOP-010 Abnormal Transients Rules, Guides and Graphs.

OP 11 05-3, Engineered Safeguards Actuation, pages I O through 14, Rev. 43.

ALTERNATE PATH JPM? YES SIMULATOR SETUP:

INITIALIZATION:

1. Select IC 100% hot full power (MOC)

2. Activate malfunctions and DI override listed below.

3. Trip all 4 RCPs when RCS subcooled margin is lost.

4. Make snapshot when all ES valves have travelled, including 4# ES.

EVENT TRIGGERS: N/A MALFUNCTIONS:

MU24A - Makeup Valve ES Alignment Failure (MU-V-14A).

THO5 at 0.3%.

REMOTE FUNCTIONS: NIA OVERRIDES:

02A5S59-ZDIPBOMUVl4A (0FF)- Overrides MU-V-14A OPEN Pushbutton DI (false).

MONITOR: N/A Page 2 of 6

B. 1.c Revision 0 05/12/2003 READ TO STUDENT b

When I tell you to begin, you are to RESPOND TO AN ECCS COMPONENT FAILURE. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps as if you were actually performing the task.

INITIAL CONDITIONS:

0 The reactor was manually tripped from full power.

e There is a LOCA inside the RB e

ESAS has automatically actuated.

e e

RCS Pressure is lowering towards 600 psig.

Not all ECCS components have responded to the ESAS signals.

OP-TM-EOP-010 Guide 2, LPVHPI Initiation, has been implemented but was unsuccessful.

0 INITIATING CUE:

The Unit Supervisor directs you to respond to the ECCS component failure.

ARE THERE ANY QUESTIONS?

TIME CRITICAL: NO W

Page 3 of 6

JPM INSTRUCTION SHEET i_/

DIRECTIONS TO STUDENT:

When I tell you to begin, you are to RESPOND TO AN ECCS COMPONENT FAILURE. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps as if you were actually performing the task.

INITIAL CONDITIONS:

The reactor was manually tripped from full power.

0 There is a LOCA inside the RB 0

ESAS has automatically actuated.

0 0

RCS Pressure is lowering towards 600 psig.

Not all ECCS components have responded to the ESAS signals.

OP-TM-EOP-010 Guide 2, LPI/HPI Initiation, has been implemented but was unsuccessful.

0 INITIATING CUE:

The Unit Supervisor directs you to respond to the ECCS component failure.

TIME CRITICAL: NO Page 4 of 6

B. 1.c Revision 0 05/1 2/2003

• 1 STEP STANDARD SIU Examinee diagnoses MU-V-14A is closed.

OS-24 Section 4.6.1 If a safety system has or should have actuated, then ensure that all components are in the required position or state.

2 4

implementation.of Guide 4, HPI Failure.

I CUE: If not requested, direct Examinee to implement Guide 4, HPI Failure.

OS-24 Examinee announces failure of MU-V-14A to automatically open, and may request CRS concurrence to attempt to manually open MU-V-14A.

Examinee depresses MU-V-14A OPEN pushbutton to attempt to open the valve.

Examinee requests US concurrence to implement Guide 4, HPI Failure.

Section 4.6.1 If a safety system has or should have actuated, then ensure that all components are in the required position or state.

Examinee depresses MU-V-14A open pushbutton and recognizes that the valve does not open (indicates closed).

Examinee requests US concurrence to implement Guide 4, HPI Failure.

CUE: When reauested, concur with 5 Examinee obtains a copy of OP-TM-EOP-010 Guide 4, HPI Failure.

Examinee bypasses/defeats Channel A ESAS signals applicable to MU-P-IA.

NOTE: b ~ m i n e e may also bYPassldef@at no effect on plant response.

Train 6 actuations, but there Will Examinee stops MU-P-1A.

• 6

• 7 Examinee obtains a copy of OP-TM-EOP-010 Guide 4, HPI Failure.

Examinee depresses all 3 A Train 1600 pSig ESAS bypass pushbuttons. Channel Bypassed lights are illuminated.

If RCS pressure ~ 9 5 0 psig, Examinee depresses all 3 A Train 500 psig ESAS bypass pushbuttons.

Channel Bypassed lights are illuminated.

Examinee depresses 2 A Train 4 psig ESAS DEFEAT pushbuttons. Channel DEFEAT lights are illuminated.

Examinee turns MU-P-1A control switch to stop position, and verifies breaker status lights: green light illuminated, red light de-energized.

Page 5 of 6

B. I.c Revision 0 05/12/2003 JPM CHANGE HISTORY PAGE REVISION 0

DATE -

05/12/03 Abnormal Transients Rules, Guides and Page 6 of 6

OP-TM-EOP-010 Revision 1 Page 14 of 49 Guide 4 HPI Failure LAAT HPI actuation is required all components are not functional, then:

A.

If only one HPI pump is operating, and 1 D or 1 E 41 GOV bus is powered from the Aux. Transformers, and MU-P-1 B is available if powered from the alternate bus, then,

1.

PERFORM Transfer MU-P-1 B to an operable 41 60V Bus (Operator Aid ai 1 D or 1 E 41 60V bus breaker).

2.

If starting a MU-P-1B will re-establish seal injection, then CLOSE MU-V-32.

3.

START MU-P-1 B.

4.

If MU-V-32 was closed, then throttle OPEN MU-V-32 to obtain seal injection flow between 22 and 40 GPM.

B.

If either MU-V-14A or MU-V-148 is operating, then:

OPEN, and all three (3) HPI Pumps are

1.

BYPASS ESAS signals, as needed.

v

2.

SHUTDOWN MU-P-1 A.

(ES selected pump, allows restart from Control Room).

C.

If LPI Flow 2 1250 GPM in each train.

or HPI flow > the Minimum Flow for Adequate HPI (Guide 4 Figure),

then HPI Flow is adequate and OP-TM-EOP-002, Actions to Address Inadequate HPI Flow are NOT required.

TMI SRO License Exam 05/12/03 TMI-I OPERATOR TRAINING JOB PERFORMANCE MEASURE B.1.d RESPOND TO HIGH PRESSURE INJECTION INITIATION (ALT PATH - DH-V-6B FAILS TO OPEN).

Page 1 of 7

B.l.d Revision 0 0511 212003 TASK TITLE:

RESPOND TO HIGH PRESSURE INJECTION INITIATION (ALT PATH - DH-V-6B FAILS TO OPEN).

L TASK NUMBER:

OOOC240501 Respond to a large break LOCA.

TI F:

4.21 KIA

REFERENCE:

System:

Emergency Core Cooling System (006)

WA:

A4.05 (Page 3.3-5)

Ability to manually operate and/or monitor in the control room:

Transfer of ECCS flow paths prior to recirculation.

Rating( RO/S RO):

3.9/3.8 POSITION:

SRONROIX] NLOO EVALUATION METHOD:

PERFORM [XI SIMULATE EVALUATION LOCATION:

SIMULATOR IN-PLANT CONTROL ROOM OTHER 0 TASK STANDARDS: Using OP-TM-EOP-010 Guide 3, LPI Failure, examinee stops DH-P-1 B, directs an Auxiliary Operator to open DH-V-38A and DH-V-38B, and then maximizes LPI flow (13000 gpm) while balancing flow from DH-P-1A between the two LPI trains.

APPROXIMATE COMPLETION TIME: 25 minutes TIME-CRITICAL TASK COMPLETION TIME:

NA minutes REQUIRED TOOLS OR MATERIALS: OP-TM-EOP-010 Abnormal Transients Rules, Guides and Graphs.

REFERENCES:

OP-TM-EOP-010 Abnormal Transients Rules, Guides and Graphs:

Guide 21, Transfer to RB Sump Recirculation.

0 Rule 2, HPllLPl Throttling.

0 0

Guide 3, LPI Failure ALTERNATE PATH JPM? YES SIMULATOR SETUP:

INITIALIZATION:

1. Select IC 100% hot full power (MOC)

2. Activate malfunctions and DI override listed below.

3. Trip all 4 RCPs.

4. Allow BWST level to lower to 9.5 feet.

EVENT TRIGGERS: N/A MALFUNCTIONS:

TH04A at 95%, ramped over 10 seconds (LOCA at A Hot Leg Nozzle.)

REMOTE FUNCTIONS: DHR14 will be used to open DH-V-38A and DH-V-38B during this exercise.

OVERRIDES:

03A6S44-ZDIPBODHV6B (0FF)- Overrides DH-V-6B OPEN Pushbutton DI (false).

MONITOR: NIA Page 2 of 7

B.1.d Revision 0 05/12/2003 READ TO EXAMINEE When I tell you to begin, you are to perform procedural actions to TRANSFER TO RB SUMP RECIRCULATION.

Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions.

Perform procedure steps as if you were actually performing the task.

INITIAL CONDITIONS:

The reactor was manually tripped from full power.

There is a LOCA inside the RB ESAS has automatically actuated.

HPI and LPI flows have been established to the RCS.

Core Flood tanks have discharged into the reactor vessel.

BWST level is 9.5 feet, and RB Flood level is >56 inches.

Both Reactor Building Spray Pumps BS-P-1NB are operating.

INITIATING CUE:

The Unit Supervisor directs you to perform procedural actions to transfer to RB Sump recirculation, in accordance with OP-TM-EOP-010 Guide 21, Transfer to RB Sump Recirculation.

ARE THERE ANY QUESTIONS?

TIME CRITICAL: NO Page 3 of 7

JPM INSTRUCTION SHEET L

DIRECTIONS TO EXAMINEE:

When I tell you to begin, you are to perform procedural actions to TRANSFER TO RB SUMP RECIRCULATION.

Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions.

Perform procedure steps as if you were actually performing the task.

INITIAL CONDITIONS:

The reactor was manually tripped from full power.

There is a LOCA inside the RB ESAS has automatically actuated.

HPI and LPI flows have been established to the RCS.

Core Flood tanks have discharged into the reactor vessel.

BWST level is 9.5 feet, and RB Flood level is >56 inches.

Both Reactor Building Spray Pumps BS-P-INB are operating.

INITIATING CUE:

The Unit Supervisor directs you to perform procedural actions to transfer to RB Sump recirculation, in accordance with OP-TM-EOP-010 Guide 21, Transfer to RB Sump Recirculation.

TIME CRITICAL: NO Page 4 of 7

B.1.d Revision 0 05/12/2003 STEP STANDARD SIU 1

2 3

• 4

• 5 7

6 Using Guide 21, Transfer to RB Sump Recirculation, Examinee stops DH-P-1 B in accordance with Response Not Obtained column.

Examinee obtains a copy of OP-TM-EOP-010 Guide 21, Transfer to RB Sump Recirculation.

Examinee announces initiation of RB Sump Recirculation over the plant page and radio.

Examinee verifies RB Flood level >32 inches.

~

Examinee attempts to open DH-V-6A and DH-V-6B.

Examinee diagnoses DH-V-6B will not open.

Examinee announces inability to open DH-V-6B, and requirement to perform Response Not Obtained Actions for this equipment failure.

Examinee obtains a copy of OP-TM-EOP-010 Guide 21, Transfer to RB Sump Recirculation.

Examinee announces initiation of RB Sump Recirculation over the plant page and radio in accordance with Step 1 of Guide 21, Transfer to RB Sump Recirculation.

Flood level indicator con Console Right (CR) indicates >32 inches.

Examinee depresses OPEN pushbuttons for DH-V-6A and DH-V-6B to open the valves.

Indications that DH-V-6A is open.

Indications on CC pushbuttons:

0 0

Red OPEN pushbutton lamp is illuminated.

Green CLOSE pushbutton lamp is de-energ ized.

Green CLOSE pushbutton lamp is illuminated.

Red OPEN pushbutton lamp is de-energized.

Indications that DH-V-6B is closed.

Indications on CR pushbuttons:

0 0

Indications that DH-V-6B is closed.

Indications on CR pushbuttons:

0 0

Green CLOSE pushbutton lamp is illuminated.

Red OPEN pushbutton lamp is de-energized.

Examinee announces failure of DH-V-6B to open, and requests CRS concurrence to stop DH-P-I B and to initiate Guide 3, LPI Failure. This is required by Step 3 (remedial action) of Guide 21, Transfer to RB Sump Recirculation.

CUE: As Unit Supervisor, concur that DH-P-16 should be stopped, and Guide 3, LPI Failure, should be implemented.

NOTE: Although not stated in the procedure step about to be implemented, Examinee should bypassldefeat all Train B ES signals prior to stopping DH-P-1 B. In fact, the Examinee will need to bypassldefeat Train A ES signals prior to operating DH-V-4A later in this exercise.

CUE: If the Examinee does not request permission to bypassldefeat Train 6 ES signals prior to stopping DH-P-1 B, as Unit Supervisor, direct the Examinee to perform this function at this time.

I L

Examinee rotates DH-P-1 B control switch (CR) counter-clockwise to stop the pump.

Indications that DH-P-1 B is stopped:

Green breaker closed lamp is illuminated.

Page 5 of 7

6.1.d Revision 0 9

• 10

• 11

-I-STEP Examinee requests CRS concurrence to initiate Guide 3, LPI Failure.

Examinee obtains a copy of OP-TM-EOP-010 Guide 3, LPI Failure.

Examinee asks if either DH-V-38A or DH-V-38B is inaccessible.

In accordance with Guide 3, LPI Failure, Examinee closes DH-V-4B.

Examinee directs an Auxiliary Operator to open DH-V-38A and DH-V-38B.

NOTE: Expected response time is in excess of 10 minutes.

Therefore, time compression will be used for this in-plant operation STANDARD Examinee CRS concurrence to initiate Guide 3, LPI Failure. This is required by Step 3 (remedial action) of Guide 21, Transfer to RB Sump Recirculation.

CUE: As Unit Supervisor, concur that Guide 3, Examinee asks if either DH-V-38A or DH-V-38B is inaccessible tpo determine procedure flow path in accordance with Guide 3, step 2.0.2.

CUE: DH-V38A and DH-V-38B are both accessible at this time.

Examinee depresses DH-V-4B CLOSE pushbutton on CR.

Indications that DH-V-4B is closed:

0 0

LPI Failure, should be implemented.

Green CLOSE pushbutton lamp is illuminated.

Red OPEN pushbutton lamp is de-energized.

Examinee directs an Auxiliary Operator to open DH-V-38A and DH-V-38B in accordance with Step 4 of Section 2.0 in Guide 3, LPI Failure.

12003 SIU CUE: Simulator Booth Operator - Use Remote Function DHR14 to open DH-V-38A and DH-V-38B, and then I

report as the Auxiliary Operator that DH-V-38A and DH-V38B are both open.

NOTE: If not performed earlier, Train A ES signals need to be bypassed/defeated to enable control of DH-V-4A.

CUE: If Examinee does not bypassldefeat Train A ES signals, as Unit Supervisor, direct the Examinee to do so now.

• 12 Following report that DH-V-38A and DH-V-388 have been opened, examinee uses Rule 2 and Guide 3 to balance LPI flow between the two trains by throttling open DH-V-4B and throttling closed DH-V-4A within the flow limits of Rule 2, HPI/LPI Throttling.

Operate DH-V-4A and DH-V-4B in accordance with Step 5 of Section 2.0 in Guide 3, LPI Failure.

Maximize LPI flow 53000 gpm in accordance with Section C of Rule 2, HPllLPl Throttling.

0 Page 6 of 7

B.1.d Revision 0 05/12/2003 JPM CHANGE HISTORY PAGE REVISION 0

DATE 05/12/03 OP-TM-EOP-01 0 Abnormal Transients Rules Guides and Page 7 of 7

OP-TM-EOP-010 Revision 1 Page I 3 of 49 C

Guide 3 LPI Failure IAAT LPI actuation is required and allcomponents are not functional, then, 1.O If one LPI pump fails, and &other LPI equipment is operable, then:

1.

If DH-V-38A or B are inaccessible, then GO TO Step 3.0.

2.

CLOSE DH-V-4 on the train with the inoperable pump.

3.

OPEN DH-V-38A and B (Aux. Bldg. 281 El).

4.

THROTTLE DH-V-4A and B to balance LPI flow between the two trains while maximizing total LPI flow within limits (Rule 2).

2.0 If DH-V-6A or DH-V-6B fails to open, and &I other LPI equipment is operable, then:

1.

STOP the LPI pump in the affected train.

2.

If DH-V-38A or B are inaccessible, then GO TO Step 3.0.

3.

CLOSE DH-V-4 on the train with the inoperable pump.

4.

OPEN OH-V-38A and B (Aux. Bldg. 281 El).

5.

THROTTLE DH-V-4A and B to balance LPI flow between the two trains while maximizing total LPI flow within limits (Rule 2).

3.0 If LPI flow > 1250 GPM cannot be verified through each injection line, then HPI must remain in-service (RULE 2).

OP-TM-EOP-010 Revision 1 Page 5 of 49 ACTION/EXPECTED RESPONSE HPI RESPONSE NOT OBTAINED Rule 2 HPllLPl Throttling VERIFY MU Pump flows 5 515 GPMlpump.

VERIFY RCS Pressure < TS 3.1-1 limit on Figure 1 or 1A.

VERIFY at least one RCP is operating.

When SCM >25"For u

LPI > 1250 GPM in each line and RCS

< 25°F superheat then HPI may be THROTTLED to < 500 GPM/pump.

THROTTLE HPI to between 500 and 51 5 GPM/pump.

THROTTLE HPI to reduce RCS pressure below the limit.

THROTTLE HPI to control SCM between 3OoF and 7OOF.

B.

IAAT HPI is THROTTLED and not in "Piggy Back", then OPEN MU-V-36 and MU-V-37 as required to maintain MU pump flow > 1 15 GPM.

VERIFY DH Pump flows 5 3300 GPM (as indicated on D H-FI-802N8 03A).

If BS-P-1 on same ES train is operating and taking suction from the RB sump, then VERIFY DH Pump flows < 3000 GPM (as u

indicated on DH-FI-802A1803A).

THROTTLE LPI to the maximum controllable flow 5 3300 GPM.

THROTTLE LPI to the maximum controllable flow 5 3000 GPM.

OP-TM-EOP-010 Revision I Page 39 of 49 I

'-./'

.~

j CAUTION RB Pressure and Temperature will increase after establishing RB recirculation. A 4# ESAS actuation may occur, requiring ES bypass and reestablishing this lineup and throttling HPI 8. LPI.

I L

- J Guide 21 Transfer to RB Sump Recirculation

-- 1

____-_I___-

ACTlONlEXPECTED RESPONSE I

RESPONSE NOT OBTAINED NOTE Maximum RB Flood Level limit (64") is to protect PZR Level and OTSG Level instruments.

Minimum RB Flood Level Limit (32") is to ensure adequate DH & BS pump NPSH.

I. ANNOUNCE initiation of RB Sump Recirculation over the plant page and radio.

VERIFY RB FLOOD LEVEL > 32".

2.

3.

When BWST LEVEL reaches 9.5 FT or RB Flood Level > 56 inches, then OPEN DH-V-6A and DH-V-6B.

SHUTDOWN associated DH pump.

INITIATE Guide 3.

4.

When BWST LEVEL reaches 6.33 FT or RB Flood Level

> 56 inches, then 4.1 ENSURE open DH-V-6A and CLOSE D H-V-SA.

4.2 ENSURE open DH-V-6B and CLOSE D H-V-5 B.

4.3 CLOSE BS-V-2A and BS-V-2B.

4.4 ENSURE LPI Throttling criteria is met (RULE 2).

5.

INITIATE Guide 22 "RB Sump Recirculation".

TMI-I OPERATOR TRAINING JOB PERFORMANCE MEASURE B.1.e RESPOND TO INADVERTENT CLOSURE OF A MAIN STEAM ISOLATION VALVE.

TMI SRO License Exam 0511 2/03 Page 1 of 6

B.l.e 11.2.05.076 Revision 2 091 212003 TASK TITLE:

RESPOND TO INADVERTENT CLOSURE OF A MAIN STEAM ISOLATION VALVE.

u TASK NUMBER:

OOOC100501 Respond to inadvertent closure of a main steam isolation valve TIF:

3.63 KIA

REFERENCE:

System:

Steam Generator System (035)

KIA:

K6.01 (Page 3.4-1 5)

Knowledge of the effect of a loss or malfunction on the following will have on the SGs: MSIVs.

Rating(RO/SRO):

3.213.6 POSITION:

SROHRO[XI N L O O EVALUATION METHOD:

PERFORM [XI SIMULATE 0 EVALUATION LOCATION:

SIMULATOR H IN-PLANT 0 CONTROL ROOM 0 OTHER 0 TASK STANDARDS: Reactor power is 590%.

APPROXIMATE COMPLETION TIME: 10 minutes.

TIME-CRITICAL TASK COMPLETION TIME:

NA minutes REQUIRED TOOLS OR MATERIALS: None.

REFERENCES:

OP 1105-4, Integrated Control System, Rev. 66.

AP 1203-42, Inadvertent Closure of a Main Steam Isolation Valve, Rev. 9.

u ALTERNATE PATH JPM? NO SIMULATOR SETUP:

INITIALIZATION:

Initialize the Trainer to IC16 100% power, ICs in automatic, Xenon equilibrium, BOC.

Activate Malfunction MS08A.

Make Snapshot after plant stabilizes.

MS08A - Main Steam Isolation Valve Closure (MS-V-IA).

EVENT TRIGGERS: N/A MALFUNCTIONS:

REMOTE FUNCTIONS: NIA OVERRIDES: NIA MONITOR: NIA Page 2 of 6

B.1.e 11 205.076 Revision 2 OW1 2/2003 READ TO STUDENT L-When I tell you to begin, you are to PERFORM THE IMMEDIATE MANUAL ACTIONS FOR A FAILED CLOSED MSlV FROM MEMORY, AND THEN USE THE APPROPRIATE PROCEDURE TO VERIFY COMPLETION OF REQUIRED ACTIONS. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps as if you were actually performing the task.

INITIAL CONDITIONS:

Reactor power is loo%, with ICs in automatic.

There are no Surveillances or maintenance activities in progress.

MS-V-1A has closed due to a control circuit problem.

INITIATING CUE:

The Unit Supervisor directs you to PERFORM THE IMMEDIATE MANUAL ACTIONS FOR A FAILED CLOSED MSlV FROM MEMORY, AND THEN USE THE APPROPRIATE PROCEDURE TO VERIFY COMPLETION OF REQUIRED ACTIONS.

ARE THERE ANY QUESTIONS?

TIME CRITICAL: NO Page 3 of 6

JPM INSTRUCTION SHEET u

DIRECTIONS TO STUDENT:

When 1 tell you to begin, you are to PERFORM THE IMMEDIATE MANUAL ACTIONS FOR A FAILED CLOSED MSlV FROM MEMORY, AND THEN USE THE APPROPRIATE PROCEDURE TO VERIFY COMPLETION OF REQUIRED ACTIONS. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps as if you were actually performing the task.

INITIAL CONDITIONS:

Reactor power is loo%, with ICs in automatic.

There are no Surveillances or maintenance activities in progress.

MS-V-1A has closed due to a control circuit problem.

INITIATING CUE:

The Unit Supervisor directs you to PERFORM THE IMMEDIATE MANUAL ACTIONS FOR A FAILED CLOSED MSlV FROM MEMORY, AND THEN USE THE APPROPRIATE PROCEDURE TO VERIFY COMPLETION OF REQUIRED ACTIONS.

ARE THERE ANY QUESTIONS?

TIME CRITICAL: NO Page 4 of 6

B.1.e 11.2.05.076 Revision 2 091 2/2003

• Denotes Critical Elements

1. Den0 1

2 3

4 5

• 6

~

7

!s Sequential Step STEP Examinee may request Unit Supervisor guidance on rate of change to be used to reduce power.

Examinee may request concurrence on another value for rate of change to be used to reduce power.

Examinee changes ICs ULD Rate of Change to (5)%/minute.

Examinee may request value for target MW for the required load reduction.

The Examinee lowers the output of the ICs UNIT LOAD DEMAND to reduce MW to a target value that results in reactor power being reduced to ~90%.

Examinee ensures reactor power reduction to 290%.

Examinee verifies completion of Immediate Actions of 1203-42.

STANDARD I SIU CUE: As Unit Supervisor, direct Examinee to reduce load at S%lminute.

CUE: As Unit Supervisor, concur with Examinees suggested rate of change to be used to reduce load.

Examinee changes ICs ULD Rate of Change to (5)%/minute, as indicated by potentiometer reading of at least (50) on the Rate of Change setpoint potentiometer dial (CC).

NOTE: Rate of change setpoint potentiometer is ranged from 0-100, corresponding to 0-1 O%lminute.

CUE: As Unit Supervisor, direct Examinee to reduce electrical load to a value that meets requirements of the applicable emergency procedure.

ICs UNIT LOAD DEMAND output is lowered to less than 828 (90% of 920 MW), ICs Station, reduced to achieve ~ 9 0 %

Reactor Power. ULD indication will be less than 82.8% on the ULD control station meter, with the selector in the (upper) measured output position.

NOTE: Unit Load Demand indicator is ranged 0-loo%, corresponding to 0-1000 MW.

Following completion of the power reduction, plant stabilizes with reactor power 2 90%, as indicated on digital Power Range NI indicators on CC above the Diamond Control panel.

~~

_ _ ~

All Immediate actions are complete.

I NOTE: The Examinee should terminate this JPM at this time.

END TASK Page 5 of 6

B.l.e 11.2.05.076 Revision 2 0511 2/2003 JPM CHANGE HISTORY PAGE REFERENCE DESCRIPTION Page 6 of 6

9 Inadvertent Closure of a Main Steam Isolation Valve Applicability/Scope USAGE LEVEL Effective Date I

TMI Division This document is within QA plan scope X

Safety Reviews Required d

04106/01 No N O List of Effective Pages Paae Revision Pane Revision Pane Revision 1

9 2

9 Is/ D. W. Atherholt Approver Paae Revision 01130/01 t

11 Procedure Owner 11 /s/ S. Brantley 1 01129/01 II 1

Number TMI - Unit 1 Abnormal Procedure Title 1203-42 Revision No.

'-I Inadvertent Closure of a Main Steam Isolation Valve I

.I 1.2 Valve position indicator on Control Room Console indicates main steam isolation valve shut.

One OTSG pressure higher than dther OTSG pressure {possible MS Code Safety VaIve lift, possible SASS mismatch alarm).

9 I

.3 OTSG's level imbalance.

1.4 Rapid decrease in Unit load.

2.0 IMMEDIATE ACTION 2.1 Automatic Action 2.1,I ICs switches to tracking mode.

2.2 Manual Action 2.2.1 REDUCE reactor power to less than 90% power.

3.0 FOLLOW-UP ACTION The objective of this procedure is to prevent an overpressure condition that could challenge the RC-RV-2 (PORV) and to prevent operation in an unbalanced steam flow condition.

-d 3.1 RE-OPEN MSlV as soon as possible.

3.2

!if the MSlV CANNOT be re-opened, THEN REDUCE reactor power to less than 15% until the valve can be re-opened.

2'

TMI SRO License Exam O W 2/03 TMI-I OPERATOR TRAINING JOB PERFORMANCE MEASURE B.1.f RETURN REACTOR BUILDING EMERGENCY COOLING SYSTEM TO ENGINEERED SAFEGUARDS STANDBY.

Page 1 of 7

B.1.f Revision 0 05/12/2003 TASK TITLE:

RETURN REACTOR BUILDING EMERGENCY COOLING SYSTEM TO ENGINEERED SAFEGUARDS STANDBY.

i, TASK NUMBER:

OOOC240501 Start up the reactor building recirculation system.

TIF:

2.72 KIA

REFERENCE:

System:

Containment Cooling System (CCW) (022)

KIA:

A4.01 (Page 3.5-7)

Ability to manually operate and/or monitor in the control room:

CCS fans.

Rating(RO/SRO):

3.613.6 POSITION:

SRO[XJRON NLOO EVALUATION METHOD:

PERFORM SIMULATE 0 EVALUATION LOCATION:

SIMULATOR [XJ IN-PLANT CONTROL ROOM 0 OTHER 0 TASK STANDARDS: Reactor Building Emergency Cooling System is returned to ES standby condition in accordance with OP-TM-534-901, RB Emergency Cooling Operations.

APPROXIMATE COMPLETION TIME: 20 minutes TIME-CRITICAL TASK COMPLETION TIME:

NA minutes REQUIRED TOOLS OR MATERIALS: OP-TM-534-901, RB Emergency Cooling Operations, Rev. 0.

REFERENCES:

OP-TM-534-901, RB Emergency Cooling Operations, Rev. 0.

'u ALTERNATE PATH JPM? NO SIMULATOR SETUP:

INITIALIZATION:

I. Select IC-I 6 - 100% hot full power (MOC)

2. Utilize Section 4.1 of OP-TM-534-901, RB Emergency Cooling Operations, to manually start and operate the RB Emergency Cooling System, operating both RR-P-!A and RR-P-1 B pumps and all three AH-E-1-NBIC fans (slow speed).

EVENT TRIGGERS: N/A MALFUNCTIONS: NIA REMOTE FUNCTIONS:

OVERRIDES: N/A MONITOR: N/A CCR32 - NS-V-85 READ TO STUDENT When I tell you to begin, you are to perform procedural actions to RETURN REACTOR BUILDING EMERGENCY COOLING SYSTEM TO ES STANDBY. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps as if you were actually performing the task.

INITIAL CONDITIONS:

Reactor power is loo%, with ICs in full automatic.

A small Main Steam System leak inside the RB was isolated one hour ago.

RB Emergency Cooling was manually initiated to limit RB pressure and temperature.

L 0

Both RB Emergency Cooling pumps (RR-P-INB) are operating.

0 All three AH-E-1NBIC fans running in slow speed.

RB ambient conditions have now been returned to normal.

Page 2 of 7

B.1.f Revision 0 05/12/2003 INITIATING CUE:

The Shift Manager directs you to perform procedural actions to RETURN REACTOR BUILDING EMERGENCY COOLING SYSTEM TO ES STANDBY, in accordance with Section 5.0 of OP-TM-534-901, RB Emergency Cooling Operations.

ARE THERE ANY QUESTIONS?

TIME CRITICAL: NO Page 3 of 7

JPM INSTRUCTION SHEET vc DIRECTIONS TO STUDENT:

When I tell you to begin, you are to perform procedural actions to RETURN REACTOR BUILDING EMERGENCY COOLING SYSTEM TO ES STANDBY. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps as if you were actually performing the task.

INITIAL CONDITIONS:

Reactor power is I OO%, with ICs in full automatic.

A small Main Steam System leak inside the RB was isolated one hour ago.

RB Emergency Cooling was manually initiated to limit RB pressure and temperature.

0 0

Both RB Emergency Cooling pumps (RR-P-IAIB) are operating.

All three AH-E-INB/C fans running in slow speed.

RB ambient conditions have now been returned to normal.

INITIATING CUE:

The Shift Manager directs you to perform procedural actions to RETURN REACTOR BUILDING EMERGENCY COOLING SYSTEM TO ES STANDBY, in accordance with Section 5.0 of OP-TM-534-901, RB Emergency Cooling Operations.

TIME CRITICAL: NO Page 4 of 7

B. 1.f Revision 0 O W 1 212003 I

STEP STANDARD SIU

~~

Cue: Provide Examinee with a copy of OP-TM-534-901, RB Emergency Cooling Operations.

I 1 Examinee verifies RB Pressure < 1.0 psig.

0 RB pressure is < 1.0 psig, as indicated on RX BLDG PRESSURE PI-I 186 on Panel PCL.

2 Examinee may check reactor building CR, or even use Process Computer indications (points A01 01 -01 03, A0455, A0457. A0473. A0928. A0929. A0930. and pressure indicators on Panel PCL,PLF, or 3

RB pressure is <1.0 Psig at Plant Computer (points A0101-0103, A0455, A0457, A0473, A0928, A0929, A0930, and A0931) or SPDS/P-T Plot.

9 10

~ 0 9 3 1 j, or SPDSIP-T Plot.

Examinee verifies RB temperatures

<I 30°F.

NOTE: Procedure does not specify how to verify RB temperatures 430°F.

Examinee may check REACTOR NOTE: Procedure does not specify how to verify RB Pressure 4. 0 psig.

0 All RB temperatures indicate 130°F on REACTOR BUILDING AMBIENT TEMPERATURE RECORDER TR-655 on Panel PLF.

or or BUILDING AMBIENT TEMPERATURE RECORDER TR-655 on Panel PLF, or Process Computer indications (points A0538, A0539, A0540, and A0573).

0 All RB temperatures indicate < 130°F on Process Computer points A0538, A0539, A0540, and A0573.

Examinee asks if E-Plan was activated.

CUE: E-Plan was NOT activated.

Examinee acknowledges E-Plan was not activated.

Examinee stops RR-P-lA' and then places the control switch in Normal After Stop position.

RR-P-1A is shutdown, as indicated by Green light illuminated, Red light de-energized, and zero amps indicated on CC.

Control switch is in Normal After Stop, as 0

1 indicated by Green Flag in control switch Examinee stops RR-P-lB' and then the control switch in Normal After Stop position.

window on CC.

RR-P-1 B is shutdown, as indicated by Green light illuminated, Red light de-energized, and zero amps indicated on CR.

Control switch is in Normal After Stop, as Examinee closes RR-V-1 A.

Examinee closes RR-V-16.

Examinee closes RR-V-4A.

Examinee closes RR-V-4B.

Examinee closes RR-V4C.

Page 5 of 7 indicated by Green Flag in control switch window on CR.

RR-V-1A is closed, as indicated by Green light illuminated and Red light de-energized on CC.

RR-V-16 is closed, as indicated by Green light illuminated and Red light de-energized on CR.

RR-V-4A is closed, as indicated by Green light illuminated and Red light de-energized on CR.

RR-V-46 is closed, as indicated by Green light illuminated and Red light de-energized on CR.

RR-V-4C is closed, as indicated by Green light illuminated and Red light de-energized on CR.

6.1

.f Revision 0

1. =

11 12 13 14 15 16 STEP Examinee closes RR-V-3A.

Examinee closes RR-V-3B.

~~

~

~

~

Examinee closes RR-V-3C.

Examinee Stops AH-E-IA, and then starts AH-E-1A in fast speed.

Examinee Stops AH-E-16, and then starts AH-E-1 B in fast speed.

Examinee Stops AH-E-1 C, and then starts AH-E-1 C in fast speed.

0511 STANDARD RR-V3A is closed, as indicated by Green light illuminated and Red light de-energized on CR.

RR-V-3B is closed, as indicated by Green light illuminated and Red light de-energized on CR.

RR-V-3C is closed, as indicated by Green light illuminated and Red light de-energized on CR.

AH-E-1A is stopped, as indicated by Green light illuminated and both Red lights de-energized on CR.

0 AH-E-?A is operating in fast speed, as indicated by extreme right Red light illuminated, with center Red and left Green lights de-energized, on CR.

AH-E-? B is stopped, as indicated by Green light illuminated and both Red lights de-energized on CR.

0 0

AH-E-1 B is operating in fast speed, as indicated by extreme right Red light illuminated, with center Red and left Green lights de-energized, on CR.

AH-E-IC is stopped, as indicated by Green light illuminated and both Red lights de-energized on CR.

0 0

AH-E-1 C is operating in fast speed, as indicated by extreme right Red light illuminated, with center Red and left Green lights de-energized, on CR.

NOTE: The Examinee should terminate this JPM at this time.

12003 SIU END TASK Page 6 of 7

JPM CHANGE HISTORY PAGE 6.1.f Revision 0 05/12/2003 REFERENCE RB Emergency Cooling DESCRl PTlON (Include AI # if Appropriate)

Page 7 of 7

ATTACHMENT I I AmerGen TMI Cover Page RB Emergency Cooling Operations USAGE LEVEL This document is within QA plan scope Yes 0 No 50.59 Applicable Yes 0 No EP Number OP-TM-534-901 TMI - Unit 1 Revision No.

AmerGen Title 0

Effective Date 07/01 102

OP-TM-534-901 Revision 0 Page 4 of 4 5.0 RETURN TO ES STANDBY 5.1.I.

5.1.2.

VERIFY RB pressure < 1.O psig.

VERIFY RB temperatures < 130°F.

5.1.3.

5.1.4.

If Eplan was activated, then OBTAIN ED concurrence.

SHUTDOWN RR-P-1A and PLACE control in NAS.

5. I

.5.

SHUTDOWN RR-P-18 and PLACE control in NAS.

5.1.6.

CLOSE RR-V-1A.

5.1.7.

CLOSE RR-V-1 B.

5.1.8.

ENSURE CLOSE RR-V4A.

5.1.9.

ENSURE CLOSE RR-V-4B.

5.1.10. ENSURE CLOSE RR-V-4C.

5.1.I

1. ENSURE CLOSE RR-V-4D.

5.1.12. ENSURE CLOSE RR-V-3A.

5.1.13. ENSURE CLOSE RR-V-3B.

5.1.14. ENSURE CLOSE RR-V-3C.

5.1.I 5. START AH-E-I A in FAST SPEED.

5.1.I

6. START AH-E-I B in FAST SPEED.

5.1.17. START AH-E-I C in FAST SPEED.

NOTE: System will remain drained and NS isolated, until system is flushed and placed in layup per OP 1104-38.

5.1. I 8. HANG an EST on NS-V-84 and/or NS-V-85.

5.1.19. NOTIFY Chemistry Manager to notify PADER.

6.0 REFERENCES

6.1.

1 104-38, Reactor Building Emergency Cooling Water System 7.0 ATTACHMENTS - NONE LI

TMI-I OPERATOR TRAINING JOB PERFORMANCE MEASURE B.l.g Emergency Diesel Generator Fails to Auto Load on a Blackout Page 1 of 6

B.l.g 11.2.05.XXX Revision I 05/12/2003 TASK TITLE:

EMERGENCY DIESEL GENERATOR FAILS TO AUTO LOAD ON A BLACKOUT L

TASK NUMBER:

0640030101 Load an emergency diesel generator.

TIF: 2.63 KIA

REFERENCE:

System:

064 WA:

A4.06 Rating:

3.913.9 POSITION:

S R O R R O W N L O n EVALUATION METHOD: PERFORM SIMULATE EVALUATION LOCATION: SIMULATOR IN-PLANT [7 CONTROL ROOM c] OTHER TASK STANDARDS: EG-Y-1 B output breaker, Gll-02, is closed and supplying power to the 1E 4160V Bus with voltage maintained between 4.1 and 4.15kV.

APPROXIMATE COMPLETION TIME: 10 minutes TIME-CRITICAL TASK COMPLETION TIME: NA REQUIRED TOOLS OR MATERIALS: OP-TM-861-902, Diesel Generator EG-Y-1 B Emergency Operations, Rev. 2.

REFERENCES:

OP-TM-EOP-001, Reactor Trip, Step 3.7,page 5, Rev 2.

OP-TM-AOP-020, Loss of Station Power, Step 3.2, page 1, Rev. 0.

OP-TM-861-902, Diesel Generator EG-Y-1 B Emergency Operations, Rev. 2.

i, ALTERNATE PATH JPM? YES SIMULATOR SETUP: 1. Trip the reactor and stabilize plant conditions.

2. Set EGR12 @ 0%.

3. Activate malfunction ED01.

INITIALIZATION: IC-I 6 EVENT TRIGGERS:

Event 1 :

Event =ZDIDGSTRT(2)

Command = DMF EGO1 B.

MALFUNCTIONS: ED01 - Station Blackout.

EGO1 B - EG-Y-1 B Fails to Start.

REMOTE FUNCTIONS: EGR12 @ 0%.

OVERRIDES: 03A6S56-ZDIGI 102(3) NAP OFF.

MONITOR: NA.

Page 2 of 6

B.l.g 11.2.05.XXX Revision 1 05/12/2003 READ TO STUDENT L.

When I tell you to begin, you are to ENERGIZE THE 1E 4160V BUS. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps and make notifications as if you were actually performing the task.

INITIAL CONDITIONS:

The plant was stable at 100% power when the following sequence of events occurred:

0 The reactor tripped when a Loss of Off Site Power occurred.

EG-Y-1 B failed to automatically start and energize 1 E 41 60V Bus.

The Immediate Actions of OP-TM-EOP-001, Reactor Trip, have been completed, and OP-TM-AOP-020, Loss of Station Power, is being implemented.

INITIATING CUE:

The Unit Supervisor directs you to energize the 1 E 4160V Bus using EG-Y-1 B in accordance with OP-TM-861-902, section 4.1, Manually Start and Load EG-Y-IB onto 1E 4160V Bus.

ARE THERE ANY QUESTIONS?

L TIME CRITICAL: NO.

Page 3 of 6

JPM INSTRUCTION SHEET L/

DIRECTIONS TO STUDENT:

When I tell you to begin, you are to ENERGIZE THE 1E 4160V BUS. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps and make notifications as if you were actually performing the task.

INITIAL CONDITIONS:

The plant was stable at 100% power when the following sequence of events occurred:

The reactor tripped when a Loss of Off Site Power occurred.

EG-Y-1 B failed to automatically start and energize 1 E 4160V Bus.

The Immediate Actions of OP-TM-EOP-001, Reactor Trip, have been completed, and OP-TM-AOP-020, Loss of Station Power, is being implemented.

INITIATING CUE:

The Unit Supervisor directs you to energize the 1 E 4160V Bus using EG-Y-1 B in accordance with OP-TM-861-902, section 4.1, Manually Start and Load EG-Y-IB onto 1 E 4160V Bus.

Page 4 of 6

B.1.g 11.2.05.XXX Revision 1 05/12/2003

• 6

• Denotes Critical Elements Examinee transfers EG-Y-1 B exciter control to Manual and adjusts manual voltage rheostat to obtain 4.1 to 4.15 kV.

EG-Y-1 B exciter is in Manual AND voltage is adjusted to obtain between 4.1 and 4.15 kV, as read on Bus Volts meter on CR.

1

• 7 Examinee manually closes G I 1-02 using control switch on CR.

2 G I 1-02 is manually closed using control switch on CR.

Indications that G I 1-02 is closed:

0 0

0 Second half of overhead lighting illuminates.

Red breaker closed lamp is illuminated Green breaker open lamp is de-energized.

3

• 4 5

STEP Examinee may verify EG-Y-1 B was in ES standby when the event began.

Examinee verifies 1 E 4160V bus is de-energized.

Examinee ensures both feeder breakers (1 SA-E2 and 1 SB-E2) are open.

Examinee depresses 1 B Diesel Generator Start pushbutton for approximately 8 seconds.

Examinee diagnoses generator voltage is NOT between 4.1 and 4.15 kV.

STANDARD CUE: As Unit Supervisor, inform Examinee that EG-Y-1B was in ES Standby when the event began.

Examinee verifies 1 E 4160V Bus is de-energized by checking that the 1 E 4160V Bus Volt indication is at OkV.

Examinee verifies 1 SA-E2 breaker is open by observing breaker status lights:

0 0

0 Green breaker open lamp is illuminated.

Red breaker closed lamp is de-energized.

Amber breaker disagreement lamp is energized.

Examinee verifies I SB-E2 breaker is open by observing breaker status lights:

0 0

Green breaker open lamp is illuminated.

Red breaker closed lamp is de-energized.

Amber breaker disagreement lamp is de-energ ized.

Examinee depresses 1 B Diesel Generator Start PB for approximately 8 seconds. Diesel Generator starts, and accelerates to 900 rpm, as indicated at EG-Y-1 B tachometer on CR.

EG-Y-1A output voltage is less than 4.lkV.

READY TO LOAD lamp is NOT LIT.

s/u END TASK Page 5 of 6

DATE 6/03/200 1 05/12/2003 B.l.g 11.2.05.XXX Revision I 05/12/2003 JPM CHANGE HISTORY PAGE REFERENCE TITLE NA OP-TM 861-902 Diesel Generator EG-Y-1 B Emergency Operations DESCRIPTION (Include AI # if Appropriate)

Initial issue.

Revised JPM based upon new procedure.

Page 6 of 6

AmerGen TMI Cover Page Diesel Generator EG-Y-1 B Emergency Operations This document is within QA plan scope Yes 0 No USAGE LEVEL 50.59 Applicable Yes 0 No EP Number 0

P -TM

-8 6 1 -902 TMI - Unit 1 Revision No.

AmerGen Title 2

Effective Date 01 128103

Exelan,,

1.0 2.0 2.1.

3.0 3.1.

3.1.I.

3.2.

3.2.1.

u 3.2.2.

3.3.

3.3.1.

Nuclear OP-TM-861-902 Revision 2 Paae I of 7 DIESEL GENERATOR EG-Y-IB EMERGENCY OPERATIONS PURPOSE Level EP This procedure provides direction for starting and loading EG-Y-I B onto 1 E 41 60V bus, actions required whenever EG-Y-1 B is needed to provide emergency power, and actions required to return EG-Y-IB to ES standby.

MATERIAL AND SPECIAL EQUIPMENT None PRECAUTIONS, LIMITATIONS, AND PREREQUISITES Precautions Ensure one EDG remains in ES mode at all times.

Limitations Ensure Emergency Diesel Generator steady state load is maintained less than 3.0 MWe.

Maintain EDG reactive load between -2.25 MVAR and +2.25 MVAR or less than Capability Limit per Figure 1 of 11 07-3.

Prerequisites VERIFY EG-Y-1 B was in ES standby when the event began.

OP-TM-861-902 Revision 2 Page 2 of 7 c

4.0 MAIN BODY 4.1.

4.1. I.

4.1 2.

4.1.3.

MANUALLY START & LOAD EG-Y-1 B onto 1 E 41 60V bus.

VERIFY 1 E 4160V bus is de-energized.

ENSURE 1 SA-E2 and 1 SB-E2 are OPEN.

PRESS and HOLD for - 8 seconds 1 E3 DIESEL GENERATOR START PB.

NOTE Control is placed in MANUAL if an EDG start failure occurs during an ES condition, to prevent complete loss of starting air pressure.

4.1.4.

4.1 5.

u 4.1.6.

4.1.7.

4.2.

4.2.1.

4.2.2.

4.2.3.

4.2.4.

4.2.5.

If EG-Y-1 E3 fails to start and an ESAS signal is present, then PLACE the START switch in the MANUAL (Exercise) position to stop the diesel from cranking.

If generator voltage is @ between 4.1 and 4.15 kV, then PLACE EXCITER control in MANUAL and ADJUST Manual voltage controller.

If generator frequency is @ between 59 and 61 Hz, then ADJUST governor.

ENSURE GI 1-02 is CLOSED.

WHILE EG-Y-16 is loaded (UNIT 00s) on 1E 4160V bus SHUTDOWN non essential ES bus loads to maintain EG-Y-1 B load < 3.0 MWe and EDG reactive load between -2.25 MVAR and +2.25 MVAR or less than Capability Limit per Figure I of 1107-3.

IAAT additional loads will be added to B train ES bus, then 0

0 USE Attachment 1 and VERIFY the steady state EDG load will remain c 3.0 Mwe.

Limit I S 480V bus current to less than 190 amps.

0 ADJUST governor to maintain frequency between 59 and 61 Hz.

If 1 E 4160V bus voltage is @ between 4100 and 4150V, then PLACE EXCITER control in MANUAL and ADJUST Manual voltage controller.

IAAT ESAS actuates, then n

1.

2.

VERIFY the proper response of all ESAS actuated components.

MATCH flags and amber disagreements for affected ES components.

B.2.a Revision 0 0511 212003

\\--

TMI-I OPERATOR TRAINING JOB PERFORMANCE MEASURE B.2.a RESPOND TO A LOSS OF INSTRUMENT AIR (ESTABLISH LOCAL MANUAL CONTROL, AND OPEN MU-V-26)

Page 1 of 5

B.2.a Revision 0 05/12/2003 TASK TITLE:

RESPOND TO A LOSS OF INSTRUMENT AIR (ESTABLISH LOCAL MANUAL CONTROL, AND OPEN MU-V-26)

TASK NUMBER:

0000650504 TIF: 3.94 K/A

REFERENCE:

System:

004 WA:

A2.1 I Rating:

3.6 J4.2 POSITION: S R O R R O m N L O W EVALUATION METHOD: PERFORM c] SIMULATE EVALUATION LOCATION: SIMULATOR c] IN-PLANT E CONTROL ROOM OTHER TASK STANDARDS: Local control of MU-V-26 has been established, and valve has been manually opened.

APPROXIMATE COMPLETION TIME: 5 minutes.

TIME-CRITICAL TASK COMPLETION TIME:

N/A minutes.

REQUIRED TOOLS OR MATERIALS: OP 1104-2, Makeup and Purification System, page 1 13, Rev. 129.

REFERENCES:

EP 1202-36 Loss of Instrument Air, Rev.31.

OP 1104-2 Makeup and Purification, page 113, Rev. 129.

302-660 Makeup And Purification System Flow Diagram.

ALTERNATE PATH JPM? NO READ TO STUDENT W

When I tell you to begin, you are to ESTABLISH LOCAL MANUAL CONTROL, AND OPEN MU-V-26 AS DIRECTED BY THE UNIT SUPERVISOR. Before you start, 1 will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps and make notifications as if you were actually performing the task.

INITIAL CONDITIONS:

The Reactor is critical.

Reactor Coolant Pumps are operating.

Instrument Air pressure in the Auxiliary Building is reducing.

INITIATING CUE:

The Unit Supervisor directs you to:

1. Report to MU-V-26, RCP Seal Return Isolation Valve.

2. Establish communication with the Control Room.

3. Using OP 1104-2, Makeup and Purification System, section 3.26, establish local manual control, and then open MU-V-26.

You are being provided a copy of the current procedure to be used to manually operate MU-V-26.

ARE THERE ANY QUESTIONS?

TIME CRITICAL: No Page 2 of 5

B.2.a Revision 0 05/12/2003 JPM INSTRUCTION SHEET DIRECTIONS TO STUDENT:

When I tell you to begin, you are to ESTABLISH LOCAL MANUAL CONTROL, AND OPEN MU-V-26 AS DIRECTED BY THE UNIT SUPERVISOR. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps and make notifications as if you were actually performing the task.

INITIAL CONDITIONS:

The Reactor is critical.

Reactor Coolant Pumps are operating.

Instrument Air pressure in the Auxiliary Building is reducing.

INITIATING CUE:

The Unit Supervisor directs you to:

1. Report to MU-V-26, RCP Seal Return Isolation Valve.

2. Establish communication with the Control Room.

3. Using OP 11 04-2, Makeup and Purification System, section 3.26, establish local manual control, and then open MU-V-26.

You are being provided a copy of the current procedure to be used to manually operate MU-V-26.

ARE THERE ANY QUESTIONS?

TIME CRITICAL: No Page 3 of 5

B.2.a Revision 0 0511 212003

• Denotes Critical Elements STEP STANDARD SIU 1

• 2

• 3

• 4 Establish communications with the Control Room.

Room.

Communications is established with the Control CUE: Inform the Examinee that communications have been established.

• 5 Remove the pin from the clevis.

1 Examinee removes the pin from the clevis.

I CUE: Inform the Examinee that helshe now has possession of the pin.

Run handwheel down to align rod clevis holes with hole in the valve stem.

~

Examinee turns manual handwheel clockwise to lower the rod clevis until the clevis holes are aligned with the hole in the valve stem.

CUE: Inform the Examinee that the holes are aligned.

Insert pin through rod clevis and valve stem.

Use hand wheel to open MU-V-26 as directed by the Unit Supervisor.

Examinee slides pin through the clevis and valve stem holes to engage the manual operator to the valve stem.

CUE: Inform the Examinee that the Pin is inserted through the holes, and the manual operator is engaged.

I I

Examinee turns manual handwheel counter-clockwise to manually open MU-V-26.

CUE: After local manual control has been established and MU-V-26 has been opened, inform the Examinee that the task is complete.

END TASK Page 4 of 5

JPM CHANGE HISTORY PAGE B.2.a Revision 0 05/12/2003 Page 5 of 5

TMI - Unit 1 Operating Procedure Title Makeup and Purification System 3.26.1 Prerequisites Number 1 104-2 Revision No.

129

a.

Manual operation of MU-V-26 is required.

b.

MU-V-25 is operable for containment integrity.

3.26.2 Procedure

1.

IF containment integrity is required, THEN establish communications with the Control Room.

2.

IF Manual operation of MU-V-26 is required, THEN PERFORM as follows:

1.

2.

RUN handwheel down to align rod clevis with holes in valve stem.

INSERT pin through Rod Clevis and valve stem.

3.

Position MU-V-26 as required.

3.

IF return to remote control of MU-V-26 is desired, THEN PERFORM the following:

1.

VERIFY OPENlOPEN IA-V-1214 (IA isolation).

2.

ALIGN MU-V-26 IA to actual position by depressing pushbutton in the Control Room for the desired position.

3.

ROTATE handwheel as needed to free pin from rod clevis and valve stem,

4.

REMOVE Pin from rod clevis.

5.

RUN handwheel all the way up and out of the way from the valve stem.

6.

Independently verify that the pin is removed from the rod clevis.

113

TMI-1 OPERATOR TRAINING JOB PERFORMANCE MEASURE B.2. b TRANSFER PRESSURIZER GROUP 8 HEATERS FROM THE BOP POWER SUPPLY TO THE I P 480 VOLT ES SWITCHGEAR.

B.2.b 11.2.05.110 Revision 5 0511 212003 Page 1 of 9

B.2.b 11.2.05.110 Revision 5 05/12/2003 TASK TITLE: TRANSFER PRESSURIZER GROUP 8 HEATERS FROM THE BOP POWER SUPPLY TO THE I

P 480 VOLT ES SWITCHGEAR.

TASK NUMBER:

010C010201 TIF: 3.59 WA

REFERENCE:

System:

01 0 KIA:

A2.01 Rating: 3.3/3.6 POSITION:

SRO [XI NLO Ix]

EVALUATION METHOD: PERFORM [XI SIMULATE c]

EVALUATION LOCATION: SIMULATOR 0 IN-PLANT [XI CONTROL ROOM 0 OTHER TASK STANDARDS:

Pressurizer Heater Group 8 is energized from the 1 P 480V ES Bus (simulated).

APPROXIMATE COMPLETION TIME: 20 minutes.

TIME-CRITICAL TASK COMPLETION TIME: NIA minutes.

REQUIRED TOOLS OR MATERIALS:

OP-TM-220-902, Emergency Power Supply for Pressurizer Heaters, Rev. 0.

Pressurizer Heater Key Tags (4): K1, L1, L2, and L3.

Photographs (2): Disconnect Assembly Cabinet, Disconnect Device, OP-TM-220-902, Emergency Power Supply for Pressurizer Heaters, Rev. 0.

REFERENCES:

ALTERNATE PATH JPM? NO b

READ TO STUDENT When I tell you to begin, you are to TRANSFER PRESSURIZER GROUP 8 HEATERS FROM THE BOP POWER SUPPLY TO THE I P 480V ES SWITCHGEAR in accordance with OP-TM-220-902, Emergency Power Supply for Pressurizer Heaters. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps and make notifications as if you were actually performing the task.

INITIAL CONDITIONS:

The Reactor is shutdown due to loss of off-site power.

Off-Site power is not expected to return in the near future.

The decision has been made to transfer Pressurizer Heater Group 8 power to the 1 P 480V ES Bus.

INITIATING CUE:

The Unit Supervisor directs you to transfer Group 8 Pressurizer Heaters from the BOP power supply to the 1 P 480V ES Bus, using OP-TM-220-902, Emergency Power Supply for Pressurizer Heaters.

-1 ARE THERE ANY QUESTIONS?

TIME CRITICAL: No Page 2 of 9

B.2.b 11.2.05.1 10 Revision 5 0511 32003 DIRECTIONS TO STUDENT:

JPM INSTRUCTION SHEET When 1 tell you to begin, you are to TRANSFER PRESSURIZER GROUP 8 HEATERS FROM THE BOP POWER SUPPLY TO THE 1P 480V ES SWITCHGEAR in accordance with OP-TM-220-902, Emergency Power Supply for Pressurizer Heaters. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps and make notifications as if you were actually performing the task.

INITIAL CONDITIONS:

The Reactor is shutdown due to a loss of off-site power.

Off-Site power is not expected to return in the near future.

The decision has been made to transfer Pressurizer Heater Group 8 power to the 1 P 480V ES Bus.

INITIATING CUE:

The Unit Supervisor directs you to transfer Group 8 Pressurizer Heaters from the BOP power supply to the 1 P 480V ES Bus, using OP-TM-220-902, Emergency Power Supply for Pressurizer Heaters.

ARE THERE ANY QUESTIONS?

TIME CRITICAL: No Page 3 of 9

XJE: Provide Examinee with a copy of OP-TM-220802, Emergency Power Supply for Pressurizer Heaters, XJE: Instruct Examinee to read each step aloud before performinglsimulating the actions.

pages 1,2, and 3, Rev. 0.

STEP STANDARD SIU 1

2 "3

• 4

• 5 Examinee reports to the 1 B Pressurizer Heater MCC on the 322' elevation of the turbine building, west of the 12th Stage Extraction Steam Header.

Examinee may describe requirements to wear protective gear and request a backup safety person.

Examinee de-energizes Pressurizer Heater Group 8 by opening breaker Unit 28 on 1 B Pressurizer Heater MCC.

Examinee locks open Unit 28 breaker by rotating Key K1 (clockwise).

Examinee pulls Keys K1 and L1 straight out to remove them from the breaker door.

Keys in hand: K1 and L1.

Examinee proceeds to Pressurizer Heater Group 8 Isolation device S1, located west of the 1 B Pressurizer Heater MCC.

Keys in hand: K1 and L1.

Examinee reports to 1 B Pressurizer Heater MCC.

If Examinee describes requirements to wear protective gear and request a backup safety person, provide the following response:

CUE: For this task you would normally be required to don protective equipment and use a safety person. Compliance with these requirements is vitally important to ensure safe, successful completion of the assignment. For purposes of this examination, since we are not opening or operating any equipment, we will simulate the use of the protective equipment, and I will act as your backup safety person.

Circuit breaker Unit 2B on 1 B Pressurizer Heater MCC is open.

NOTE: Handle on front of the door must be pulled downward, rotating in the clockwise direction, to open the breaker.

CUE: Inform Examinee the breaker is open.

Keys K1 and L l are removed from their respective locks on the breaker door.

CUE:

Dispense key tag KI.

0 Dispense key tag L1.

Keys in hand: K1 and L1.

Examinee proceeds to Pressurizer Heater Group 8 Isolation Device SI.

Page 4 of 9

B.2.b 11.2.05.1 10 Revision 5

• 6

• 7

• 8

• 9

• 10 STEP Keys in hand: K1 and L1.

Examinee unlocks the enclosure door for Pressurizer Heater Group 8 Isolation Device S1 by inserting and then rotating

[clockwise) Key K1.

0 Key K1 is now captured in its lock.

Examinee opens the enclosure door for Isolation Device S1.

Keys in hand: L1 Keys in hand: L1.

Examinee unlocks S1 disconnect assembly by inserting and rotating Key L1 (clockwise).

Key L1 is now captured in the lock.

Key L3 can be removed.

Examinee removes Key L3 from S1 enclosure by pulling Key L3 straight out.

0 0

Keys in hand: L3.

Keys in hand: L3.

Examinee uses the socket and ratchet wrench inside the enclosure to remove the four bolts that hold the disconnect assembly in place Keys in hand: L3.

Keys in hand: L3.

Examinee removes S1 disconnect assembly.

Keys in hand: L3.

Keys in hand: L3.

Examinee closes S1 enclosure door.

Examinee locks S1 enclosure door by rotating Key K1 (counterclockwise).

0 Key K1 is no longer captured in its lock.

Examinee pulls Key K1 straight out to remove Key K1 from S1 enclosure door.

Keys in hand: K1 and L3.

STANDARD 31 enclosure door is open.

CUE: Inform Examinee that the lock on the door is unlocked and open.

0 Retrieve K I key tag.

0 Dispense Picture #I.

The disconnect assembly is unlocked and Key L3 is removed.

CUES:

0 Retrieve key tag Ll.

0 Dispense key tag L3.

Four bolts removed.

CUE: Inform Examinee all four bolts have been removed.

Examinee pulls the handle straight out to remove the disconnect assembly S1 from the enclosure.

CUE: Inform Examinee disconnect assembly is removed from the enclosure.

0 Dispense Picture #2, Disconnect Assembly.

S1 enclosure door is closed and locked. Key K1 is removed.

CUE:

0 Dispense key tag KI.

0 Retrieve Picture #I.

I1 21200 SIU Page 5 of 9

B.2.b 11.2.05.1 10 Revision 5 11

• I 2

• I 3

• I 4

• I 5 STEP Keys in hand: KI and L3.

Examinee proceeds to disconnect assembly SI Alternate enclosure located in the (Control Tower) 1 P ES 480V switchgear room on the north wall.

Keys in hand: K1 and L3.

Keys in hand: K I and L3.

Examinee unlocks SI Alternate enclosure door by inserting and then rotating (counterclockwise) Key K1.

Key K1 is now captured in this lock.

Examinee opens the S I Alternate enclosure door.

Keys in hand: L3.

Keys in hand: L3.

Examinee inserts S I disconnect assembly into S I Alternate Enclosure.

Keys in hand: L3.

Keys in hand: L3.

Examinee inserts and tightens the four bolts to fasten the disconnect assembly to the alternate enclosure.

Keys in hand: L3.

Keys in hand: L3.

Examinee locks the S I disconnect assembly into the S I Alternate Enclosure by inserting and then rotating Key L3 (counterclockwise).

Key L3 is now captured in the lock.

Key L2 can now be removed.

0 0

Examinee removes Key L2.

Keys in hand: L2.

STANDARD Examinee is at S I Alternate enclosure with the disconnect assembly and Keys K1 and L3.

Alternate enclosure door for SI is open.

CUE: Inform Examinee the enclosure door is unlocked and open.

0 Retrieve K I key tag.

0 Dispense Picture #I.

0 Remind Examinee that helshe is holding the wrench, the disconnect assembly, and the bolts.

Holding the handle, Examinee pushes disconnect assembly SI straight into the receptacle to make the connections inside the alternate enclosure.

CUE: Inform Examinee that the disconnect assembly is connected inside the alternate enclosure.

Disconnect assembly is fastened inside of the alternate enclosure.

CUE: Inform the examinee that the bolts are 0

Retrieve Picture #2, Disconnect tightly bolted in place.

Assembly.

The disconnect assembly is locked and Key L2 is removed.

CUES: The disconnect assembly is locked into place.

0 Retrieve key tag L3.

0 Dispense key tag L2.

'1 2J200 SIU Page 6 of 9

B.2.b 11.2.05.110

• I 6

• I 7

• I 8

• I 9

• 20

• 21

~~

STEP Keys in hand: L2.

Examinee closes SI Alternate enclosure door.

Examinee locks SI Alternate enclosure door closed by inserting and rotating Key K1 (counterclockwise).

Examinee removes Key K1 from S I Alternate enclosure door by pulling Key K1 straight out.

Keys in hand: K1 and L2.

Keys in hand: K1 and L2.

Examinee reports to Unit 3A on 1 P 480V ES Bus.

Examinee may describe requirements for use of protective equipment and safety backup person, in preparation for racking in Unit 3A.

Keys in hand: K1 and L2.

Keys in hand: K1 and L2.

Examinee unlocks Unit 3A mechanical interlock (prevents breaker from being racked in to the connected position) by inserting and then rotating Keys K1 and L2 in their respective locks in breaker Unit 3A at 1 P 480V ES Bus.

Keys in hand: None.

Examinee communicates with Control Room to verify Pressurizer level is greater than 80 inches.

Examinee communicates with Control Room to verify PI-02 feeder current is

< I 50 amperes.

Examinee communicates with Control Room to verify either diesel generator breaker GI-02 breaker is open, or EG-Y-1A load is e2850 kW.

STANDARD

~~

~

51 enclosure door is closed and locked, and Key

80 or de-energize the heaters.

An ES signal will trip the pressurizer heaters off the bus but will not lock them out. The Group 9 ES signal may be bypassed using the 69 switch on 1 S 480V swgr Unit 3A.

Do not energize the pressurizer heaters from the ES bus unless the reactor is shutdown.

Only one Group (i.e., 8 or 9) may be energized from an ES bus at one time. [CM 1980 TO0861 P re res uisi tes VERIFY Group 8 and Group 9 heaters are connected to 1 B Pressurizer Heater MCC.

OP-TM-22 0 -90 1 Revision 0 Page 2 of 8

4.

MANBODY h

T

~

4.1. fl TRANSFEF$Group 8 to 1 P 480V Bus d

f l h

4.1.I. ENSURE OPEN 1 B Pressurizer Heater MCC Unit 2B.

4.1.2.

REMOVE keys K1 and L1 from 16 PH MCC Unit 2B.

4.1.3.

OPEN Press Htr Group 8 lsol Device S I enclosure door using key K1 (TB 322: near PH MCC).

4.1.4.

INSERT and TURN key L1 (Ll remains in lock).

4.1.5.

REMOVE key L3 (in S I Enclosure).

4.1.6.

UNBOLT and REMOVE disconnect assembly SI.

4.1.7.

CLOSE and LOCK SI enclosure door using key K l.

4.1.8.

OPEN Press Htr Group 8 lsol Device SI-ALT enclosure door using key K1 -

(CB 322: I P 480V Swgr room).

L 4.1.9.

INSERT and BOLT disconnect assembly SI in SI-ALT Enclosure.

4.1.I

0. INSERT and TURN key L3 (L3 remains in lock).

4.1.11. REMOVE key L2.

4.1.12. CLOSE and LOCK SI-ALT enclosure door with key K l.

4.1.I

3. TAKE keys L2 and K1 to 1 P 480V ES switchgear unit 3A.

4.1.14. INSERT and TURN keys L2 and K1 in locks on I P 480V switchgear Unit 3A (Keys L2 and K1 remain in lock).

4.1.15. VERIFY Pressurizer level > 80.

4.1.I

6. If PI-02 feeder current > 150 amps (CB 338: 1 E 41 60V Bus), then consider SHUTDOWN any of the following ES bus loads as directed by the Unit Supervisor.

1.

2.

3.

4.

5.

OPEN 1A ES MCC Unit 1 F for AH-E-15A OPEN I A ES MCC Unit 4A for WDL-P-SA OPEN 1A ES MCC Unit 5B for AH-E-8A OPEN I A ES MCC Unit 5F for AH-E-95A OPEN. l A ES MCC Unit 7B for AH-P3A

6.

7.

8.

9.

I O.

11.

12.

OPEN 1A ES MCC Unit 7C for AH-E-18A OPEN I A ES MCC Unit 11A for IC-P-I A OPEN 1A ES MCC Unit 11B for AH-E-SA OPEN 1 A ES MCC Unit 12C for AH-E-24A OPEN I A ES MCC Unit 13E for SF-P-IA OPEN I A ES MCC Unit 14B for CA-P-1A OPEN 1 A ES MCC Unit 5DR for AH-P-8NB OP-TM-220-901 Revision 0 Page 3 of 8 4.1.17. VERIFY G1-02 is OPEN or EG-Y-1A load 2850 kW.

4.1.18. RACK IN 1 P 480V swgr Unit 3A.

4. I.I

9. CLOSE (or TRIP) "Press Htr Group 8 breaker to energize (or de-energize)

Group 8 heaters to control RCS pressure. (CB 322: I P 480V Bus Room, left of S2-ALT cabinet).

B.2.c 11 205.033 Revision 7 05/12/03 TMI-1 OPERATOR TRAINING JOB PERFORMANCE MEASURE 11.2.05.033 B.2.c RESET EF-P-1 OVERSPEED TRIP LEVER Page 1 of 6

B.2.c 11.2.05.033 Revision 7 0511 2/03 TASK TITLE:

RESET EF-P-1 OVERSPEED TRIP LEVER TASK NUMBER:

0610120104 TIF: 3.29 KIA

REFERENCE:

System:

061 Auxiliary/Emergency Feedwater ( A m ) System WA:

A2.04 Rating:

3.413.8 POSITION: S R O H R O B N L O B EVALUATION METHOD: PERFORM 0 SIMULATE EVALUATION LOCATION: SIMULATOR IN-PLANT CONTROL ROOM OTHER 0 TASK STANDARDS:

EF-P-1 has been reset.

APPROXIMATE COMPLETION TIME: 10 minutes.

TIME-CRITICAL TASK COMPLETION TIME: NIA minutes.

REQUIRED TOOLS OR MATERIALS:

0 0

OP-TM-EOP-010, Guide 16.1, EFW Failure - Failure of EF-P-1 to Start, Rev. 1.

Gloves (Optional - since no manipulations will actually be performed).

REFERENCES:

OP-TM-EOP-010, Guide 16.1, EFW Failure - Failure of EF-P-1 to Start, Rev. 1.

ALTERNATE PATH JPM? NO READ TO STUDENT When I tell you to begin, you are to RESET EF-P-1 OVERSPEED TRIP, USING OP-TM-EOP-010 Guide 16.1.

Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions.

Perform procedure steps and make notifications as if you were actually performing the task.

INITIAL CONDITIONS:

The Reactor tripped due to a loss of Main Feedwater.

When EFW auto started, EF-P-1 tripped on overspeed.

OP-TM-EOP-010 Guide 16.1 is in progress.

Steam pressure to EF-P-1 is 140 psig, as read on MS-PI-204.

MS-V-13A and MS-V-13B are both closed at the present time.

INITIATING CUE:

The Unit Supervisor has directed you to report to EF-P-1, establish communications with the control room, and then await further instructions.

ARE THERE ANY QUESTIONS?

TIME CRITICAL: No Page 2 of 6

B.2.c 11.2.05.033 Revision 7 05112IQ3 DIRECTIONS TO STUDENT:

When I tell you to begin, you are to RESET EF-P-1 OVERSPEED TRIP. Before you start, I will describe the general plant conditions, state the initiating cues, and answer any questions. Perform procedure steps and make notifications as if you were actually performing the task.

INITIAL CONDITIONS:

The Reactor tripped due to a loss of Main Feedwater When EFW auto started, EF-P-1 tripped on overspeed.

OP-TM-EOP-010 Guide 16.1 is in progress.

Steam pressure to EF-P-I is 140 psig, as read on MS-PI-204.

MS-V-13A and MS-V-13B are both closed at the present time.

INITIATING CUE:

The Unit Supervisor has directed you to report to EF-P-1, establish communications with the control room, and then await further instructions.

TIME-CRITICAL: NO

• b Page 3 of 6

B.2.c 11.2.05.033 Revision 7 0511 2/03 I

STEP

• Denotes Critical Elements

1. Denotes Seauential Sten STANDARD I s/u 1

2 Locate EF-P-I in the basement of the Intermediate Building.

Establish communications with the control room.

NOTE: Local steam pressure indication is provided on MS-PC-5.

• 3 EF-P-1 is located.

Communication with the control room is established.

CUE: If the Examinee establishes communication with the Control Room at this time or later, inform himlher that communications are established.

~~~

~

With steam pressure greater than 50 psig, open trap drain isolation valve MS-V-52 to reduce steam pressure to less than 50 psig.

• 4

• 5

• 6 The Examinee locates and opens MS-V-52 by rotating the handwheel in the counterclockwise direction.

The Examinee notifies the Control Room that MS-V-52 is open.

L CUE: If asked for steam pressure on MS-PI-204 or MS-PC-5, state it indicates 5 psig.

When MS-PI-204 (CR or locally) indicates

.C 50 psig, close MS-V-52.

When MS-PI-204 50 psig, reset the governor trip lever.

Examinee latches the valve arm to the trip finger and allows the trip finger locking device to rest on the trip finger.

The Examinee closes MS-V-52 by rotating the handwheel in the clockwise direction.

The Examinee notifies the Control Room that MS-V-52 is closed.

CUE: The CRO, utilizing proper communications acknowledges MS-V-52 is closed.

Valve arm on EF-P-1 stop valve has been raised from the vertical position to the horizontal position.

The trip finger locking device (spring) is moved so that the trip finger can be rotated.

NOTE: MAP annunciator J-1-2 EFW TURB PMP OS TRIP, is expected to CLEAR in the Control Room.

CUE: If the reset operation is completed correctly, inform the Examinee that the valve arm and the trip finger are now oriented such that the valve arm can be latched to the trip finger.

The valve arm is latched to the trip finger.

CUE: Inform the Examinee that the valve arm is held in the horizontal position by the trip finger if helshe correctly describes steps 5 8 6.

Page 4 of 6

B.2.c 11.2.05.033 Revision 7 STEP Contact the Control Room to report EF-P-1 is reset.

L/

STANDARD SIU The Control Room is notified.

CUE: The CRO, as part of three-way communications, acknowledges EF-P-1 is reset.

NOTE: The Examinee should terminate this JPM at this time.

END TASK Page 5 of 6

B.2.c 11.2.05.033 Revision 7 05/12/03 JPM CHANGE HISTORY PAGE II I

I I

Page 6 of 6

OP-TM-EOP-010 Revision I Page 30 of 49 Guide 16.1 EFW Failure Failure of EF-P-1 to Start

1.

2.

3.

ENSURE OPEN MS-V-2A and MS-V-2B.

ENSURE OPEN MS-V-13A and MS-V-138.

VERIFY MS-PI-204 > 150 psig 3.1 If MS-PI-204 < 150 psig, then ENSURE MS-V-6 is OPEN.

3.2 If Auxiliary Steam is available, then OPEN AS-V-4.

4.

If Pump speed > 3500 RPM and discharge pressure c OTSG pressure and pump or discharge piping is > 230 OF, then OPEN EF-V-28B to drain condensate through the pump until the pump and pipe local temperatures are below 200 degrees F.

PLACE eight (8) HSPS EFW actuation enable-defeat switches to DEFEAT.

6.

CLOSE MS-V-13A and MS-V-13B.

7.

L If EF-U-1 is tripped, then:

7.1 If MS-PI-204 (CR or locally) indicates > 50 psig, then OPEN MS-V-52 (I6 295: MS-ST-11 Trap Drain Isolation Valve).

7.2 When MS-PI-204 s: 50 psig, then CLOSE MS-V-52.

7.3 7.4 OBTAIN US concurrence prior to initiating flow.

RESET the governor trip lever.

VERIFY ANN J-1-2, EFW TURB PMP OS TRIP clears.

8.

9.

OPEN MS-V-13A.

I O.

VERIFY EF-P-1 speed & discharge pressure.

11.

OPEN MS-V-13B.