LaSalle RO Quiz - ILTandMe

#1. While operating at 100% power on both Units you receive the following annunciators: Instrument air header pressure reads 50 psig. Which one of the following describes the expected position of the listed Unit 1 valves? (without operator action)

a. Inboard Main Steam Isolation Valves – CLOSED.

b. CRD HCU Scram Inlet Valves – OPEN.

c. TDRFP Min Flow Valves – CLOSED.

d. DW Vacuum Breakers – OPEN.

#2. Unit 1 is at full power performing LOS-DG-M3; 1B Diesel Generator Idle Start Surveillance. The ‘INCOMING Division III VOLTS’ meter is reading 121 Volts AC. The ‘RUNNING BOP/Division III VOLTS’ meter is reading 120 Volts AC. Which of the following describes the indications immediately after ACB 1433; 1B DG Feed to Bus 143; is closed?

A. Bus 143 Voltage will rise. Diesel KVARS will rise.

B. Bus 143 Voltage will NOT rise. Diesel KVARS will rise.

C. Bus 143 Voltage will rise. Diesel KVARS will NOT rise.

D. Bus 143 Voltage will NOT rise. Diesel KVARS will NOT rise.

#3. 135Y-2 has tripped. Which of the following valves are affected?

a. ‘C’ RHR Minimum Flow Valve

b. HPCS Injection Valve

c. LPCS Injection Valve

d. RCIC Minimum Flow Valve

#4. Unit 1 has scrammed from rated conditions. 5 Control rods failed to fully insert. Reactor power is less than 3%. You are assigned to perform in-plant actions to insert the 5 control rods using theSRI Test Switches Your current annual exposure is 0 mrem.What is the maximum TEDE exposure you are allowed to receive for the given task;without obtaining any extensions; in accordance with the guidance of RP-AA-203;Exposure Control and Authorization?

a. 2 rem

b. 5 rem

c. 25 rem

d. 40 rem

#5. Both Units are operating at rated conditions. FP is in a normal lineup. Fire system checks are being performed at the Lake Screen House. POINT 1 POINT 2 TIME PRESSURE PRESSURE 10:05 195 psig 175 psig 10:10 lowers to 140 psig lowers to 110 psig 10:15 lowers to 115 psig lowers to 85 psig 10:20 raises to 150 psig raises to 120 psig 10:25 raises to 195 psig raises to 175 psig Predict the automatic start and stop times of the Fire Protection Intermediate Jockey Pump. START STOP

a. A. 10:15 10:20

b. B. 10:15 10:25

c. C. 10:10 10:20

d. D. 10:10 10:25

#6. Unit 1 in MODE 2; withdrawing control rods. All IRM s on range 2. All SRM’s are declared INOPERABLE. Per Technical Specifications; operator action should include &

A. Suspend control rod withdrawal.

B. Fully insert all control rods.

C. Place the Mode Switch in SHUTDOWN.

D. Continue rod withdrawals as IRM operability is met.

#7. During fuel moves; access to the 796″ level in the drywell is . . .

a. ALWAYS prohibited.

b. allowed with permission from EITHER an RP technician or the Shift Manager.

c. controlled ONLY by the specific RWP which governs the work to be performed.

d. controlled by an RP technician in continual attendance OR by remote monitoring with continuous communication.

#8. Given the following plant conditions: – Reactor recirculation loop B pump tripped – Power and flow in the allowable region of Technical SpecificationsThermal Limits: 1. Average Planar Linear Heat Generation Rate 2. Minimum Critical Power Ratio 3. Linear Heat Generation Rate 4. Maximum Allowable Power RatioWhich of the above thermal limits must be adjusted?

a. 1; 2; and 4.

b. 1; 2; and 3.

c. 1 and 2 only

d. 3 and 4 only

#9. Regarding the Reactor Water Cleanup system; what automatic actions take place when reactor water level drops to -60 inches?

a. Two suction line valves close

b. Two discharge line valves close

c. Two suction line AND two discharge line valves close

d. One suction line AND one discharge line valve close

#10. A transient has resulted in a loss of power to the in-service station air dryer; OSA02D. Which of the following describes the air dryer’s response to the loss of power?

a. both towers will be placed in service.

b. both towers will be isolated.

c. the towers will remain in the condition they were in when power was lost.

d. the tower bypass automatically opens.

#11. Given the following indications: Unit 1 has an ATWS. SPDS Reactor Power Bar indicates CYAN/BLUE. Based on the SPDS indication alone Reactor power is ..

a. unknown.

b. below low power setpoint.

c. above low power alarm point.

d. between low power alarm point and low power setpoint.

#12. Unit 1 is operating at 100% power: Unit 2 is in Mode 5 for a planned refueling outage with fuel movements in progress. A fuel handling accident occurs on Unit 2. Standby Gas Treatment is manually initiated. On 1PL27JC and 2PL27JC; Alarm 2-2; Reactor Building Ventilation System High Differential Pressure is received and does not clear. Below is the indication on 1PM06J: What is the PRIMARY operational concern as a result of this alarm?

A. Unmonitored release from secondary containment.

B. Excessive flow rate through the Standby Gas Treatment filters.

C. Airborne contamination in the Reactor Building due to VR Supply Fans NOT running.

D. Airborne contamination in the Turbine Building when entering or exiting either Reactor Building.

#13. Which of the following conditions could be expected to cause RHR system damage? Provide LGA Fig V Suppression Suppression Chamber Pool Pressure (psig) Temperature (F)

a. 0 195

b. 5 210

c. 10 230

d. 15 240

#14. Unit 2 has scrammed from rated conditions. A leak has developed in the drywell.o Drywell pressure is 3.5 psig and stable.o Drywell Temperature is 200F. and stable.o RPV water level is +35.o RPV pressure is 850 psig.Which of the following statements describes the status of drywell cooling assuming nooperator actions have been taken?Drywell cooling is . . .

a. running in the same configuration it was before the scram.

b. isolated and procedurally allowed to be restarted after defeating isolationsignals.

c. isolated and procedurally prohibited from being restarted due to highdrywell pressure.

d. isolated and procedurally prohibited from being restarted due to highdrywell temperature.

#15. A ___(1)_ radiation trip in one channel of the Off-gas Post-treatment Monitoring Systemcombined with any other trip in the other channel will _(2)___.

a. (1) HIGH-HIGH; (2) CLOSE the OG system outlet valve to the stack (1N62-F057) which closes the combined drain valves and the holdup line drain valves.

b. (1) HIGH-HIGH-HIGH; (2) CLOSE the OG system outlet valve to the stack (1N62-F057) which closes the combined drain valves and the holdup line drain valves.

c. (1) HIGH-HIGH; (2) OPEN the Off Gas Charcoal Adsorber Train Inlet Stop 1(2)N62-F042.

d. (1) HIGH-HIGH-HIGH; (2) OPEN the Off Gas Charcoal Adsorber Train Inlet Stop 1(2)N62-F042.

#16. Which of the following describes the expected change in skimmer surge tank level if the first fuel pool cooling pump is started with the discharge valve full open AND the wier gate set at its highest position? Skimmer surge tank level …

a. increases until the tank overflows.

b. increases and then returns to the level that existed prior to starting the pump.

c. decreases and then increases to the level that existed prior to starting the pump.

d. decreases until the pump trips on low suction pressure.

#17. Why do radiation levels in the Secondary Containment in excess of Maximum Normal Radiation Levels require a GSEP Unusual Event be declared? The radiation level would…

a. be indicative of a primary system leaking.

b. be indicative of a secondary system leaking.

c. impede plant operations.

d. impede system operation.

#18. Reactor coolant temperature is 220 F Both reactor recirculation pumps are secured. Rx Vessel Bottom Head metal temperature is 170 F as read from the CRD temperature recorder.The following indications are found at the 1H13-P602 panell# 1603MPOiiJT TE*1nELE.’EHFIf starting Reactor Recirculation under these conditions, what point of temperature measurement would you verify for the bottom head area and what issue does this address?

A. Rx Bottom Head Drain temperature, to prevent challenging the 100 F/hr heat up on the bottom head

B. Rx Vessel Bottom Head Metal temperature to prevent challenging the 100 F/hr heat up on the bottom head.

C. Rx Bottom Head Drain temperature, to prevent dropping below the 10.1 F delta T limit.

D. Rx Vessel Bottom Head Metal temperature, to prevent dropping below the 10.1 F delta T limit.

#19. Why are Inboard and Outboard Primary Containment Isolation Valves powered from separate sources? To ensure that a loss or failure of (1) power supply(s) will (2) .

A. (1) a single (2) NOT prevent an isolation from occurring.

B. (1) both (2) NOT prevent an isolation from occurring.

C. (1) a single (2) always result in an isolation.

D. (1) both (2) always result in an isolation.

#20. Unit 2 is operating at 100% RTP. HPCS is running in full flow test for pump surveillance testing. A transient on the grid causes a grid voltage disturbance. Bus 243 voltage drops to 3800 volts.What will be the Division 3 system response to these conditions?The Bus will load shed 1 , to prevent damaging HPCS pump motor 2

A. 1) Immediately2) on an Auto start condition

B. 1) Immediately2) from over current during the pump surveillance

C. 1) In 5 minutes2) on an Auto start condition

D. 1) In 5 minutes2) from over current during the pump surveillance

Results