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24 Cards in this Set

  • Front
  • Back
Concerning the safety design bases associated with the Nuclear Sampling System, the ________________________________________________. A. RWSS is utilized in the event of a Safety Injection Signal (SIS) actuation to monitor the Reactor Coolant System.B. piping and valves used in conjunction with the Containment penetrations meet the requirements of the bases.C. Radwaste System Panel SJ-144 is functional when a Containment Isolation Signal Phase "A" is reset.D. process monitors for failed fuel and Steam Generator Blowdown are not considered to be safety related.
B
The Nuclear Sampling System is designed with delay coils to ________________________________. A. provide time for the decay of N-16 by gamma emission.B. limit exposure from potential airborne contamination.C. delay the sample to ensure adequate cooling in sample cooler.D. assist in decreasing pressure of the sample.
A
The Nuclear Sampling System Auxiliary Building Sample Station (SJ-143) has a radiation monitor located on _________________________________ and ___________________________________________ to monitor their flow stream for high levels of activity. A. Main Condenser Vacuum Exhaust; Main Steam LinesB. CVCS - SJ RE 01; SGBS SJ RE 02C. Main Steam; Main FeedwaterD. RHR Suction line; RWST Recirculation line
B
The CVCS Nuclear Sampling System sample line contains a radiation monitor to warn of ___________________________. A. Failed FuelB. Stuck RodC. BPA ruptureD. High Boron Concentration
A
Where does the Nuclear Sampling System send the sample purge volume when sampling the Reactor Coolant System? A. Reactor Coolant Drain TankB. Pressurizer Relief TankC. Volume Control TankD. Recycle Holdup Tank
C
Where do the relief valves, installed for overpressure protection in the Nuclear Sampling System Auxiliary Building sample station, discharge to? A. Volume Control TankB. Waste Holdup TankC. Floor Drain TankD. Auxiliary Building Equipment Sump
D
Which one of the following is the discharge point from the Nuclear Sampling System sample sink drain when taking a Reactor Coolant System sample? A. Waste Holdup TankB. Recycle Holdup TankC. Auxiliary Building SumpD. Volume Control Tank
C
Which of the following describes actions to verify nuclear sampling paths inside containment are isolated during the performance of EMG C-0? A. Check the valve status prior to the loss of power on any NPIS terminal.B. Check the DC power indication is available from the Main Control Board valve switches.C. Dispatch operator to isolate manual isolation valves outside containment.D. No action is required because the valves fail closed on a loss of AC power.
C
What operator actions are necessary to open the Pressurizer vapor space Containment Isolation valves to align a Nuclear Sampling System sample flowpath, after a Safety Injection Signal (SIS) actuation? A. The operator will open the Containment Isolation valves.B. The operator must reset both the SIS and Containment Isolation Signal, then open the Containment Isolation valves.C. The valves will automatically open when the sampling path is selected, and no operator action is required.D. The operator must reset the CIS-A and open the Containment Isolation valves.
A
How is the Nuclear Sampling system (Post Accident Sampling system portion) addressed in Technical Specifications? A. The Post Accident Sampling System and associated components are NOT addressed in the Technical Specifications.B. An integrated leak test must be performed once every refueling cycle on the Post Accident Sampling System.C. Dedicated primary containment isolation valves are required by TS 3.6.1.3 to isolate the Post Accident Sampling System.D. Leakage from the Post Accident Sampling System outside the primary containment is classified as unidentified LEAKAGE.
B
Which of the following describes the Technical Specification area applicable to the Nuclear Sampling System? A. Containment Isolation Valves B. Instrument and Service AirC. ECCSD. ESFAS
A
Which one of the following can be sampled from the Nuclear Sampling System primary sample station (SJ-143)? A. Steam Generator BlowdownB. Waste Gas Decay TanksC. Pressurizer Relief TankD. Refueling Water Storage Tank
A
The Nuclear Sampling System is utilized to provide representative samples of process fluids in a safe, convenient, and ALARA conscious manner to facilitate ___________________________________. A. satisfying Technical Specification action statements.B. satisfying environmental requirements before release.C. radiological and chemical analysis.D. evaluation of Condensate Demineralizers.
C
Which one of the following can be sampled from the Nuclear Sampling System primary sample station (SJ-143)? A. Steam Generator BlowdownB. Waste Gas Decay TanksC. Pressurizer Relief TankD. Refueling Water Storage Tank
A
Which one of the following is the discharge point from the Nuclear Sampling System sample sink drain when taking a Reactor Coolant System sample? A. Recycle Holdup TankB. Auxiliary Building SumpC. Waste Holdup TankD. Volume Control Tank
B
Which of the following process streams are continuously monitored by the Process Radiation Monitoring System and can be sampled at the Primary Sample Station SJ-143? A. CVCS letdown and SGBSB. ECCS and SGBSC. CVCS letdown and Gas Decay TanksD. ECCS and Gas Decay Tanks
A
Concerning the safety design bases associated with the Nuclear Sampling System, the ________________________________________________. A. RWSS is utilized in the event of a Safety Injection Signal (SIS) actuation to monitor the Reactor Coolant System.B. piping and valves used in conjunction with the Containment penetrations meet the requirements of the bases.C. process monitors for failed fuel and Steam Generator Blowdown are not considered to be safety related.D. Radwaste System Panel SJ-144 is functional when a Containment Isolation Signal Phase "A" is reset.
B
The Nuclear Sampling System is designed with delay coils to ________________________________. A. limit exposure from potential airborne contamination.B. assist in decreasing pressure of the sample.C. delay the sample to ensure adequate cooling in sample cooler.D. provide time for the decay of N-16 by gamma emission.
D
The Nuclear Sampling System exhaust ventilation is designed to __________________________________________. A. capture and filter any nuclides in the process sample.B. reduce the potential exposure to N-16 high energy gamma.C. cool the area when drawing a sample at the panel.D. preclude the spread of airborne contamination.
D
What is the purpose of the Nuclear Sampling System? A. Provides ability to sample RCS for boron concentration, fission/corrosive products, and hydrazine from the Chemistry Laboratory automatically at any given time.B. Provides representative Radwaste samples only for fluids being discharged from the plant.C. Provides representative samples of process fluids in a safe and convenient manner.D. Provides ability to monitor system and equipment performance via the site pump performance database.
C
Which of the following indicates a local indication for each sample line at the Nuclear Sampling System Auxiliary Building Sample Station?A. Differential PressureB. FlowC. Boron ConcentrationD. Conductivity
B
Which of the following describes the purpose of the Nuclear Sampling System sample delay pipe? A. Allows for a flow surge volume.B. Allows time for the decay of N-16.C. Allows flow delay for thermal cooling.D. Allow for letdown/charging heat transfer.
B
Where does the Nuclear Sampling System send the sample purge volume when sampling the Reactor Coolant System? A. Recycle Holdup TankB. Pressurizer Relief TankC. Reactor Coolant Drain TankD. Volume Control Tank
D
Where do the relief valves, installed for overpressure protection in the Nuclear Sampling System Auxiliary Building sample station, discharge to? A. Waste Holdup TankB. Floor Drain TankC. Auxiliary Building Equipment SumpD. Volume Control Tank
C