FWP Trip>700MWManually trip RXprior to manualtrip of RCP dueto seal waterbearing temphighEHC malfunction withpower fluctuationsand greater than 15%RTP, then trip reactor.Less than 15% RTPtrip turbineManually tripRX prior tomanual trip ofRCP due tomotor bearingtemp highTurbine / Generatorhigh vibration andgreater than 15%RTP, then tripreactor. Less than15% RTP, tripturbineGridfrequencygreater than61.8 HzLP FWHTR BypVlv open>900 MWShutdownaffected Unitwithin 8 hrs ofexceeding 6.0gpm RCP sealleakoff flowGridfrequencyless than57.2 HzFree!LossTPCW andturbine nottrippedMore thanonedroppedrodUnable torestoreCCW non-SFGD loopLoss of feedand S/G leveldecreasinguncontrolledmanner.CondensatePump Trip>700 MWLiquid level in-leakage faster thancan be drained andgreater than 15%RTP, then trip reactor.Less than 15% RTPtrip turbineOutside generatorcapability curveand greater than15% RTP, then tripreactor. Less than15% RTP tripturbine-Rodwithdrawal withrod insertiondemand ANDrod motionrequiredPW water tempgreater than140EF and greaterthan 15% RTP,then trip reactor.Less than 15%RTP trip turbine-Rodmotionwith NOdemandHPTURBINECASINGDelta THIGHRCP HIGH OR LOWLUBE OIL LEVEL - ifoil level low out ofsight - INITIATE ashutdown per IPO-003A/B (ramp to 20%and trip).INADVERTENTCLOSURE OF AN HPOR LP STOP ORCONTROL VALVE -Reduce turbine load perIPO-003A/B until ALLoperable HP controlvalve positions indicateless than 100% openSTEAM GENERATORTUBE LEAKAGEGREATER THAN OREQUAL TO 75 GPD -Reduce power to <50% in 1 hour AND Bein MODE 3 in the next2 hours.SCR lessthan 765',prior tostoppingCWPsGenerator H2pressure less than45 psi and greaterthan 15% RTP,then trip reactor.Less than 15%RTP trip turbineLOSS OF ALLSAFETY CHILLEDWATER COOLING -restoration of aSafety Chilled Watertrain expected ingreater than 1 hourTurbine bearingmetal temp outsideparameters andgreater than 15%RTP, then trip reactor.Less than 15% RTPtrip turbineMultiple HTRMALF/LossEXT STM>900 MWIF in MODE 1, 2,3, OR 4 ANDInstrument AirHeader pressuredecreases to 35psig OR control ofsystem(s) is lostTrip ofbothMFPsNegative SequenceCurrent greater than12% and greater than15% RTP, then tripreactor. Less than15% RTP trip turbinePressurizerLeveldecreases inuncontrolledmannerManually tripRX prior tomanual trip ofRCP due toseal inlet temphighManually tripRX prior tomanual trip ofRCP due toseal failureEarthquake -groundaccelerationexceeded OBE,Shutdown bothunits to COLDSHUTDOWN.Alarms on BothGenerator CoreMonitors (GCMs)AND Gen Statmon Temp FaultLIT, and powerless than 900MWManually tripRX prior tomanual trip ofRCP due tohigh vibrationLoss ofC2 >800MW-Rodsstationarywith rodinsertionrequiredLess thanTWOcirculatingwater pumpsoperatingHDP Trip>800MWNo SSWPumpsrunning, priorto trippingRCPsPRZR SafetyValves OPEN -PressurizerPressuredecreases inuncontrolledmannerRCPtripManually trip RXprior to manualtrip of RCP dueto operatingoutside RCPparametersSeal oil flow/temptrouble andgreater than 15%RTP, then tripreactor. Less than15% RTP tripturbineCondensertube leakwith highSGBDsodiumTPCW Head TankLevel Lo/decreasingand power greaterthan 50% ( P9),then trip reactor.Less than P9 tripturbineLoss maincondenservacuum andpower greater than10%. Less than10% trip turbine.CCW pumptrip and SSWin unaffectedtrain will notstart.Floodingcondenserpit greaterthan 759'Loss ofC3 >800MW-Rods movingin differentdirectionsimultaneouslyAND rod motionrequiredRCS TechSpecleakageexceededManually trip RXprior to manual tripof RCP due to lossof seal injectionand thermalbarrier coolingFWP Trip>700MWManually trip RXprior to manualtrip of RCP dueto seal waterbearing temphighEHC malfunction withpower fluctuationsand greater than 15%RTP, then trip reactor.Less than 15% RTPtrip turbineManually tripRX prior tomanual trip ofRCP due tomotor bearingtemp highTurbine / Generatorhigh vibration andgreater than 15%RTP, then tripreactor. Less than15% RTP, tripturbineGridfrequencygreater than61.8 HzLP FWHTR BypVlv open>900 MWShutdownaffected Unitwithin 8 hrs ofexceeding 6.0gpm RCP sealleakoff flowGridfrequencyless than57.2 HzFree!LossTPCW andturbine nottrippedMore thanonedroppedrodUnable torestoreCCW non-SFGD loopLoss of feedand S/G leveldecreasinguncontrolledmanner.CondensatePump Trip>700 MWLiquid level in-leakage faster thancan be drained andgreater than 15%RTP, then trip reactor.Less than 15% RTPtrip turbineOutside generatorcapability curveand greater than15% RTP, then tripreactor. Less than15% RTP tripturbine-Rodwithdrawal withrod insertiondemand ANDrod motionrequiredPW water tempgreater than140EF and greaterthan 15% RTP,then trip reactor.Less than 15%RTP trip turbine-Rodmotionwith NOdemandHPTURBINECASINGDelta THIGHRCP HIGH OR LOWLUBE OIL LEVEL - ifoil level low out ofsight - INITIATE ashutdown per IPO-003A/B (ramp to 20%and trip).INADVERTENTCLOSURE OF AN HPOR LP STOP ORCONTROL VALVE -Reduce turbine load perIPO-003A/B until ALLoperable HP controlvalve positions indicateless than 100% openSTEAM GENERATORTUBE LEAKAGEGREATER THAN OREQUAL TO 75 GPD -Reduce power to <50% in 1 hour AND Bein MODE 3 in the next2 hours.SCR lessthan 765',prior tostoppingCWPsGenerator H2pressure less than45 psi and greaterthan 15% RTP,then trip reactor.Less than 15%RTP trip turbineLOSS OF ALLSAFETY CHILLEDWATER COOLING -restoration of aSafety Chilled Watertrain expected ingreater than 1 hourTurbine bearingmetal temp outsideparameters andgreater than 15%RTP, then trip reactor.Less than 15% RTPtrip turbineMultiple HTRMALF/LossEXT STM>900 MWIF in MODE 1, 2,3, OR 4 ANDInstrument AirHeader pressuredecreases to 35psig OR control ofsystem(s) is lostTrip ofbothMFPsNegative SequenceCurrent greater than12% and greater than15% RTP, then tripreactor. Less than15% RTP trip turbinePressurizerLeveldecreases inuncontrolledmannerManually tripRX prior tomanual trip ofRCP due toseal inlet temphighManually tripRX prior tomanual trip ofRCP due toseal failureEarthquake -groundaccelerationexceeded OBE,Shutdown bothunits to COLDSHUTDOWN.Alarms on BothGenerator CoreMonitors (GCMs)AND Gen Statmon Temp FaultLIT, and powerless than 900MWManually tripRX prior tomanual trip ofRCP due tohigh vibrationLoss ofC2 >800MW-Rodsstationarywith rodinsertionrequiredLess thanTWOcirculatingwater pumpsoperatingHDP Trip>800MWNo SSWPumpsrunning, priorto trippingRCPsPRZR SafetyValves OPEN -PressurizerPressuredecreases inuncontrolledmannerRCPtripManually trip RXprior to manualtrip of RCP dueto operatingoutside RCPparametersSeal oil flow/temptrouble andgreater than 15%RTP, then tripreactor. Less than15% RTP tripturbineCondensertube leakwith highSGBDsodiumTPCW Head TankLevel Lo/decreasingand power greaterthan 50% ( P9),then trip reactor.Less than P9 tripturbineLoss maincondenservacuum andpower greater than10%. Less than10% trip turbine.CCW pumptrip and SSWin unaffectedtrain will notstart.Floodingcondenserpit greaterthan 759'Loss ofC3 >800MW-Rods movingin differentdirectionsimultaneouslyAND rod motionrequiredRCS TechSpecleakageexceededManually trip RXprior to manual tripof RCP due to lossof seal injectionand thermalbarrier cooling

ABN/ALM Trip or Downpower - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. FWP Trip >700 MW
  2. Manually trip RX prior to manual trip of RCP due to seal water bearing temp high
  3. EHC malfunction with power fluctuations and greater than 15% RTP, then trip reactor. Less than 15% RTP trip turbine
  4. Manually trip RX prior to manual trip of RCP due to motor bearing temp high
  5. Turbine / Generator high vibration and greater than 15% RTP, then trip reactor. Less than 15% RTP, trip turbine
  6. Grid frequency greater than 61.8 Hz
  7. LP FW HTR Byp Vlv open >900 MW
  8. Shutdown affected Unit within 8 hrs of exceeding 6.0 gpm RCP seal leakoff flow
  9. Grid frequency less than 57.2 Hz
  10. Free!
  11. Loss TPCW and turbine not tripped
  12. More than one dropped rod
  13. Unable to restore CCW non-SFGD loop
  14. Loss of feed and S/G level decreasing uncontrolled manner.
  15. Condensate Pump Trip >700 MW
  16. Liquid level in-leakage faster than can be drained and greater than 15% RTP, then trip reactor. Less than 15% RTP trip turbine
  17. Outside generator capability curve and greater than 15% RTP, then trip reactor. Less than 15% RTP trip turbine
  18. -Rod withdrawal with rod insertion demand AND rod motion required
  19. PW water temp greater than 140EF and greater than 15% RTP, then trip reactor. Less than 15% RTP trip turbine
  20. -Rod motion with NO demand
  21. HP TURBINE CASING Delta T HIGH
  22. RCP HIGH OR LOW LUBE OIL LEVEL - if oil level low out of sight - INITIATE a shutdown per IPO-003A/B (ramp to 20% and trip).
  23. INADVERTENT CLOSURE OF AN HP OR LP STOP OR CONTROL VALVE - Reduce turbine load per IPO-003A/B until ALL operable HP control valve positions indicate less than 100% open
  24. STEAM GENERATOR TUBE LEAKAGE GREATER THAN OR EQUAL TO 75 GPD - Reduce power to < 50% in 1 hour AND Be in MODE 3 in the next 2 hours.
  25. SCR less than 765', prior to stopping CWPs
  26. Generator H2 pressure less than 45 psi and greater than 15% RTP, then trip reactor. Less than 15% RTP trip turbine
  27. LOSS OF ALL SAFETY CHILLED WATER COOLING - restoration of a Safety Chilled Water train expected in greater than 1 hour
  28. Turbine bearing metal temp outside parameters and greater than 15% RTP, then trip reactor. Less than 15% RTP trip turbine
  29. Multiple HTR MALF/Loss EXT STM >900 MW
  30. IF in MODE 1, 2, 3, OR 4 AND Instrument Air Header pressure decreases to 35 psig OR control of system(s) is lost
  31. Trip of both MFPs
  32. Negative Sequence Current greater than 12% and greater than 15% RTP, then trip reactor. Less than 15% RTP trip turbine
  33. Pressurizer Level decreases in uncontrolled manner
  34. Manually trip RX prior to manual trip of RCP due to seal inlet temp high
  35. Manually trip RX prior to manual trip of RCP due to seal failure
  36. Earthquake - ground acceleration exceeded OBE, Shutdown both units to COLD SHUTDOWN.
  37. Alarms on Both Generator Core Monitors (GCMs) AND Gen Stat mon Temp Fault LIT, and power less than 900MW
  38. Manually trip RX prior to manual trip of RCP due to high vibration
  39. Loss of C2 >800 MW
  40. -Rods stationary with rod insertion required
  41. Less than TWO circulating water pumps operating
  42. HDP Trip >800 MW
  43. No SSW Pumps running, prior to tripping RCPs
  44. PRZR Safety Valves OPEN - Pressurizer Pressure decreases in uncontrolled manner
  45. RCP trip
  46. Manually trip RX prior to manual trip of RCP due to operating outside RCP parameters
  47. Seal oil flow/temp trouble and greater than 15% RTP, then trip reactor. Less than 15% RTP trip turbine
  48. Condenser tube leak with high SGBD sodium
  49. TPCW Head Tank Level Lo/decreasing and power greater than 50% ( P9), then trip reactor. Less than P9 trip turbine
  50. Loss main condenser vacuum and power greater than 10%. Less than 10% trip turbine.
  51. CCW pump trip and SSW in unaffected train will not start.
  52. Flooding condenser pit greater than 759'
  53. Loss of C3 >800 MW
  54. -Rods moving in different direction simultaneously AND rod motion required
  55. RCS Tech Spec leakage exceeded
  56. Manually trip RX prior to manual trip of RCP due to loss of seal injection and thermal barrier cooling