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42 Cards in this Set
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2.0
Safety Limits 1. What are they? 2. N/A - not 1 hour |
2.1.1.1-
Thermal Power </= 25% RTP WITH dome pressure <785psig or core flow <10% 2.1.1.2- 2 Loop operation MCPR >/= 1.12 1 Loop operation MCPR >/= 1.14 WITH dome pressure >/= 785psig AND core flow >/= 10% 2.1.1.3- Vessel level shall be greater than TAF 2.1.2- Dome press </= 1345psig |
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3.1.1- SDM
1. What are the < 1 hour entries? 2. What are the actions? 3. How long is the clock? |
C- SDM not within limits in Mode 3
-- Immediately take action to fully insert all insertable control rods D- SDM not within limits in Mode 4 -- " AND Initiate action to restore 2ary containment, restore one SBGT train, restore isolation capability in each 2ary containment open flowpath in 1 HOUR E- SDM not within limits in Mode 5 --Suspend Core alterations except rod insertion and fuel removal AND insert all insertable control rods IMMEDIATELY AND " |
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3.1.3 - Control Rod Operability
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
A. One withdrawn control rod stuck.
-- Verify stuck Rod separation criteria met IMMEDIATELY |
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3.1.5- Control Rod Scram Accumulators
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
B. Two or more accumulators inoperable with dome pressure > 900 psig
-- Restore charging header pressure to > 940 psig w/i 20 MIN OF DISCOVERY AND Declare the rod slow or Inop in 1 HOUR C. One accumulator inop with dome pressure <900 psig -- Fully insert all rods with inop accumulators IMMEDIATELY AND declare rod inop in 1 HOUR D. If not met - S/D IMMEDIATELY |
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3.1.6- Rod Pattern
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
B. Nine or more Operable rods are not in the analyzed rod sequence
-- Suspend withdrawal of control rods IMMEDIATELY AND S/D in 1 HOUR |
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3.3.1.1- RPS Instrumentation
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
C. One function with RPS trip capability not maintained.
-- Restore trip capability in 1 HOUR D. Required action not met -- Enter condtion from table IMMEDIATELY (bonus: in Mode 5, this is condition H- insert all insertable rods in cells containing fuel IMMEDIATELY) |
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3.3.1.2- SRM Instrumentation
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
B. Three required SRMs inop in Mode 2 with IRMs on Range 2 or below.
-- Suspend control rod withdrawal IMMEDIATELY D. One required SRM inop in Mode 3 or 4. -- Insert all insertable rods in 1 HOUR AND S/D in 1 HOUR E. One required SRM inop in Mode 5. -- Suspend core alterations except rod insertion AND insert all insertable rods in cells containing fuel IMMEDIATELY |
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3.3.2.1- RBM Instrumentation
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
B. Required action (restore the one RBM to operable in 24 hours) not met OR two RBM channels are inop
-- Place one RBM in trip in 1 HOUR C. RWM inop during reactor startup -- suspend rod movement except by scram IMMEDIATELY OR verifiy at least 12 rods withdrawn or verify a startup has not occurred with the RWM inop in the past 12 months IMMEDIATELY AND verify rod moves are in compliance with analyzed sequence by a second licenced operator DURING ROD MOVEMENT E. One mode-switch position channels inop -- Suspend rod withdrawal AND insert all insertable rods IMMEDIATELY |
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3.3.4.1- ATWS Instrumentation
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
C. Both functions with ATWS trip capability not maintained
-- Restore trip capability for one function in 1 HOUR |
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3.3.5.1- ECCS Instrumentation
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
A. One channel inop
-- Enter the condition from the table IMMEDIATELY: CS/LPCI/HPCI- Rx Press & DW Press & Rx Steam Dome Press Permissive: B & C & E. Declare supported features inop (when its redundant feature ECCS initiation capability is also inop) in 1 HOUR HPCI- CST low level & Torus hi level D. (Only applicable if HPCI suction from CST) Declare HPCI inop in 1 HOUR ADS- Rx Press & DW Press & Timers F & G. Declare ADS valves inop in 1 HOUR H. If actions not met, declare supported functions inop |
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3.3.5.2- IC Instrumentation
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
A. One Rx Pressure High Channels Inop
-- Declare IC Inop in 1 HOUR |
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3.3.6.1- PCIS Instrumentation
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
B. One automatic function with isolation capability not maintained.
-- Restore isolation capability in 1 HOUR C. If not- Enter condition from Table: Group I (from Hi Rad), HPCI, ISO, RWCU (RPV low level), SDC (RPV high press) F. Isolate the affect flow path in 1 HOUR RWCU (from SBLC) H. Declare SBLC inop OR Isolate RWCU in 1 HOUR |
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3.3.6.2- Secondary Containment Instrumentation
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
B. One function with isolation capability not maintained
-- Restore isolation capability in 1 HOUR C. Required Action not met -- Isolate affected flow path OR declare affected isolation valves inop in 1 HOUR AND place SBGT in operation OR declare affected SBGT inop in 1 HOUR |
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3.3.7.1- MCR CREVs Instrumentation
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
A. One Rx Building Vent Hi HI Rad inop
-- Declare CREV system inop in 1 HOUR B. Required action not met -- Place CREV in isolation/pressurization Mode OR declare inop in 1 HOUR |
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3.3.7.2- Mechanical Vacuum Pump Trip Instrumentation
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
B. Mech Vac Pump trip capability not maintained
-- Restore Trip Capability in 1 HOUR |
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3.3.8.1 Loss of Power Instrumentation
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
A. One channel inop
-- Place channel in trip in 1 HOUR B. Required actions not met -- Declared affected EDG inop IMMEDIATELY |
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3.3.8.2- RPS Electric Power Monitoring (EPAs)
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
B. One or both in-service power supplies with BOTH monitoring assemblies inop
-- Remove affected in-service power supply(s) from service in 1 HOUR D. In Mode 5, if action not met. -- Insert all insertable rods IMMEDIATELY |
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3.4.10- Reactor Steam Dome Pressure
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
A. Reactor steam dome pressure not < 1005 psig.
-- Restore in 15 MINUTES |
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3.4.7 - Shutdown Cooling - Hot Shutdown (Mode 3)
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
A. One or two required SDC inop
-- take action to restore IMMEDIATELY AND verify alternate decay heat removal is available in 1 HOUR B. No required SDC in operation AND no recirc pump in operation -- take action to restor one required SDC or Recirc to operation IMMEDIATELY AND verify reactor coolant circulation by an alternate method in 1 HOUR |
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3.4.8- Shutdown Cooling - Cold Shutdown (Mode 4)
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
A. One or two required SDC inop
-- verify alternate method of decay heat removal available in 1 HOUR B. No required SDC in operation AND no Recirc in operation -- Verify reactor coolant circulating by alternate method in 1 HOUR |
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3.4.9- RCS Pressure and Temperature (P/T) Limits
1. What are the conditions? 2. What are the actions? 3. What are the clocks? (Bonus: What are the Surveillance Requirements?) |
A. RCS Press, Temp, Heatup & Cooldown Rate, and Recirc start limitations NOT maintained within limits.
-- Restore parameter to within limits in 30 MINUTES (mode 1, 2, 3) or IMMEDIATELY (mode 4, 5) Bonus: RCS heatup/cooldown <100 degrees/hour, RCS heatup/cooldown during hydrostatic testing < 20 degrees /hour Within 15 min of starting a recirc pump, verify: Difference between bottom head coolant temp and RPV coolant < 145 degrees AND difference between reactor coolant temp in the recirc loop and the RPV coolant is < 50 degrees. Verify reactor vessel flange and head flange temps > 83 degrees. |
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3.5.1- ECCS Operating
1. What are the conditions? 2. What are the actions? 3. What are the clocks? |
G. HPCI Inop
-- Verify by administrative means IC is operable IMMEDIATELY K. Two low press ECCS inop OR HPCI and one ADS inop OR one low press ECCS and one ADS OR HPCI and one low press ECCS inop -- Enter 3.0.3 IMMEDIATELY |
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.3.5.2 - ECCS Shutdown
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
B. Cannot restore required ECCS injection/spray system to operable
-- Suspend OPDRVs IMMEDIATELY C. Two required ECCS injection/spray systems inop. -- Suspend OPDRVs IMMEDIATELY D. If not --Restore secondary containment to operable AND restore SBGT AND restore isolation capability in each required secondary containment penetration flow path not isolated IMMEDIATELY |
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3.5.3- IC System
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
A. IC System Inop
-- Verify by administrative means HPCI is operable IMMEDIATELY |
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3.6.1.1- Primary Containment
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
A. Primary containment inop
-- Restore in 1 HOUR |
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3.6.1.2- Primary Containment Air Lock
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
A. One primary containment air lock door inoperable
-- Verify operable door is closed in 1 HOUR B. Primary containment air lock interlock mechanism inoperable -- Verify operable door is closed in 1 HOUR C. Primary containment air lock inoperable for other reasons -- Evaluate primary contaiment overall leakage rate using current test results IMMEDIATELY AND verify a door is closed in 1 HOUR |
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3.6.1.3- PCIVs
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
B. One or penetration flow path with two PCIVs inop
-- Isolate the affected flow path by one closed and de-activated automatic valve, manual valve, or blind flange in 1 HOUR F. If not -- Suspend OPDRVs OR restore valve to operable IMMEDIATELY |
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3.6.1.4- Drywell Pressure
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
A. Drywell pressure not < 1.5 psig.
-- Restore drywell to within limit in 1 HOUR |
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3.6.1.7- RB to Suppression Chamber vacuum breakers
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
B. One line with two vacuum breakers not closed
-- Close one vacuum breaker in 1 HOUR D. Two lines with one vacuum breaker inoperable -- Restore all vacuum breakers in one line to operable in 1 HOUR |
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3.6.2.1- Suppression Pool Average Temp
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
C. Suppression pool >105F AND RTP > 1% AND performing testing that adds heat to the pool
-- Suspend all testing that adds heat to the pool IMMEDIATELY D. Pool temp >110F but < 120F -- Shutdown IMMEDIATELY AND verify temp <120F every 30 Min |
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3.6.4.1- Secondary Containment
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
Secondary containment inop during movement of recently irradiated fuel assemblies or during OPDRVs
-- Suspend movement of fuel moves in secondary containment IMMEDIATELY AND suspend OPDRVs IMMEDIATELY |
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3.6.4.3- SBGT
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
C. If actions not met during movement of recently irradiated fuel or during OPDRVs (restore inop SBGT)
-- Place SBGT in operation IMMEDIATELY OR suspend movement of fuel in secondary containment AND stop OPDRVs IMMEDIATELY F. Two SBGT inop during movement of irradiated fuel or during OPDRVs -- Suspend both IMMEDIATELY |
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3.7.2- Diesel Generator Cooling Water (DGCW)
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
A. One DGCW subsystem inop
-- Declare associated DG inop IMMEDIATELY |
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3.7.4- CREV system
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
C. CREV inop due to control room envelope boundary (Mode 1, 2, 3)
-- Take action to mitigate IMMEDIATELY E. CREV inop during movement of recently irradiated fuel or during OPDRVs -- Suspend both IMMEDIATELY |
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3.7.8- Spent Fuel Pool Water Level
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
A. Spent fuel pool level not >19 ft over top of fuel assemblies
-- Suspend movement of fuel assemblies in the fuel pool IMMEDIATELY |
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3.8.1- AC Sources Operating
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
A. One required offsite circuit inop
-- Verify correct breaker alignment for each required offsite circuit in 1 HOUR B. One required EDG inop -- Verify breaker alignment for each required offsite circuit G. Three or more required AC sources inop. -- Enter 3.0.3 IMMEDIATELY |
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3.8.2- AC Sources Shutdown
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
A. One required offsite circuit inop
-- Declare affected required features with no offsite power available inoperable IMMEDIATELY OR suspend core alterations AND suspend movement of recently irradiated fuel AND suspend OPDRVs AND take action to restore power cicuit IMMEDIATELY B. One required EDG inop -- Suspend core alterations AND suspend movement of irradiated fuel AND suspend OPDRVs AND restore EDG IMMEDIATELY |
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3.8.3- EDG Fuel Oil & Stating Air
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
D. If parameter not restored within time requirement (Condition A, B, or C) OR fuel oil/ starting air not within limits for some other reason
-- Declare the associated EDG inop IMMEDIATELY |
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3.8.5- DC Sources Shutdown
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
A. One required DC electrical power subsystem inoperable
-- Declare affected features inop IMMEDIATELY OR Suspend core alterations AND suspend movement of recently irradiated fuel AND suspend OPDRVs AND take action to restore IMMEDIATELY |
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3.8.6- Battery Parameters
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
One 250 or 125 battery with one cell float voltage < 2.07v and float current > 2 amps
-- Declare battery inop IMMEDIATELY G. If not -- Declare inop IMMEDIATELY |
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3.8.7- Distribution System Operating
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
E Two or more electrical power distribution subsystems inop that, in combination, result in loss of function
-- Enter 3.0.3 IMMEDIATELY |
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3.8.8- Distribution System Shutdown
1. What are the conditions? 2. What are the actions? 3. What are the time clocks? |
A One required AC or DC electrical power distribution subsystem inop
-- Declare associated supported required feature inop IMMEDIATELY OR suspend core alterations AND suspend movement of recently irradiated fuel AND suspend OPDRVs AND take action to restore AND declare associated shutdown cooling system inop IMMEDIATELY |
