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| {{#Wiki_filter:NMPNS-2TABLE7.2-1(CONT'D)LATISDES1$.Abbreviationsusedintable;AO-AiroperatedMO-MotoroperatedSO-Solenoidoperated.RHR-ResidualHeatRemovalSystemLPCI-LowPressureCoolantInjectionSystemRCIC-ReactorCoreIsolationCoolingSystemLPCS-LowPressureCoreSpraySystemHPCS-HighPressureCoreSpraySystem~inalDttD~t'eactorvessellowwaterlevel(AscramwilloccuratthislevelalsoThisi.sthehigherofthetwolowwaterlevelsignal)Reactorvessellowwaterlevel-(Thereactorcoreisolationcoolingsystemwillbeinitiatedatthislevelalso.Thisisthelowerofthetwolowwaterlevelsignals.)Highradiation-mainsteamlineLinebreak-mainsteamline(highsteamflow)Linebreak-mainsteamline(steamlinehighspacetemperature)HighdrywellpressureReactorvessellowwaterlevelorhighdrywellpressure(corestandbycoolingsystemswillbestarted.)HighreactorwaterlevelinstartupmodeLinebreakincleanupsystem-highspacetemperature;highdifferentialflowLinebreakinreactorcoreisolationcoolinzsystemsteamlinetoturbine(highsteamlinespacetemperature,highsteamflow,orlowsteamlinepressure)NLinebreakinresidualheatremovalsystemshutdownandheadcooling(highspacetemperature)Reactorhighwaterlevelp+RSLowmainsteamlinepressureatinlettoturbine(RUNmodeonly)LowcondenservacuumLowdrywellpressureUHighreactorvesselpressure-closeresidualheatremoval-shutdowncoolingvalvesandheadcoolingvalvesHightemperatureatoutletof'leanupsystemnonregenerativeheatexchanger,highdifferentialflow,highareatemperatureSStandbyliquidcontrolsystemactuatedHighradiation,reactorbuildingventilationexhaustRemotemanualswitchfromcontrolroom.(AllregularGroupAandGroupBisolationvalveswillbecapableofremotemanualoperationfromthecontxolroom.)Thesearetheisolationfunctionsoftheprimarycontainmentandreactorvesselisolationcontrolsystem;otherfunctionsaregivenforinforms,tiononly.6of6}} | | {{#Wiki_filter:NMPNS-2TABLE7.2-1(CONT'D)LATISDES1$.Abbreviations usedintable;AO-AiroperatedMO-MotoroperatedSO-Solenoidoperated. |
| | RHR-ResidualHeatRemovalSystemLPCI-LowPressureCoolantInjection SystemRCIC-ReactorCoreIsolation CoolingSystemLPCS-LowPressureCoreSpraySystemHPCS-HighPressureCoreSpraySystem~inalDttD~t'eactor vessellowwaterlevel(AscramwilloccuratthislevelalsoThisi.sthehigherofthetwolowwaterlevelsignal)Reactorvessellowwaterlevel-(Thereactorcoreisolation coolingsystemwillbeinitiated atthislevelalso.Thisisthelowerofthetwolowwaterlevelsignals.) |
| | Highradiation |
| | -mainsteamlineLinebreak-mainsteamline(highsteamflow)Linebreak-mainsteamline(steamlinehighspacetemperature) |
| | HighdrywellpressureReactorvessellowwaterlevelorhighdrywellpressure(corestandbycoolingsystemswillbestarted.) |
| | HighreactorwaterlevelinstartupmodeLinebreakincleanupsystem-highspacetemperature; highdifferential flowLinebreakinreactorcoreisolation coolinzsystemsteamlinetoturbine(highsteamlinespacetemperature, highsteamflow,orlowsteamlinepressure) |
| | NLinebreakinresidualheatremovalsystemshutdownandheadcooling(highspacetemperature) |
| | Reactorhighwaterlevelp+RSLowmainsteamlinepressureatinlettoturbine(RUNmodeonly)Lowcondenser vacuumLowdrywellpressureUHighreactorvesselpressure-closeresidualheatremoval-shutdowncoolingvalvesandheadcoolingvalvesHightemperature atoutletof'leanup systemnonregenerative heatexchanger, highdifferential flow,highareatemperatureS StandbyliquidcontrolsystemactuatedHighradiation, reactorbuildingventilation exhaustRemotemanualswitchfromcontrolroom.(AllregularGroupAandGroupBisolation valveswillbecapableofremotemanualoperation fromthecontxolroom.)Thesearetheisolation functions oftheprimarycontainment andreactorvesselisolation controlsystem;otherfunctions aregivenforinforms,tion only.6of6}} |
Revision as of 00:08, 30 June 2018
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Category:Graphics incl Charts and Tables
MONTHYEARML22314A2262022-11-10010 November 2022
E-mail Dated 11/10/2022 Relief Request Associated with Pump Periodic Verification Tests of Core Spray System Pumps
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5 to Updated Final Safety Analysis Report, Chapter 2, Appendix 2B, Tables 2B-8 Through 2B-38
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5 to Updated Final Safety Analysis Report, Chapter 2, Appendix 2B, Table 2B-35, Joint Distribution of Wing Direction and Speed
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5 to Updated Final Safety Analysis Report, Chapter 3, Figures 3.2-1 Thru 3C.3-3
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5 to Updated Final Safety Analysis Report, Chapter 2, Appendix 2B, Table 2B-38, Joint Distribution of Wind Direction and Speed Location 100 Ft
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5 to Updated Final Safety Analysis Report, Chapter 2, Figures 2.5-110 Through 2H-42
NMP1L3339, R. E. Ginna Station - Constellation Energy Group, LLC: Notification of Change in Indirect Ownership2020-04-24024 April 2020
R. E. Ginna Station - Constellation Energy Group, LLC: Notification of Change in Indirect Ownership
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Nine Mile Point, Unit 1 - Equipment Qualification Program and Tables I - Equipment Qualification Reports and Table Ii - TMI Action Plan
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Preservice Inspection Plan
ML17037C6892017-02-0606 February 2017
Table 7.2-1, Process Pipelines Penetrating Primary Containment, 1 of 6
ML17037A6592017-02-0606 February 2017
Stratigraphic Correlation Chart Borings T-4-1 Through T-4-12, Plate 5-3
ML17037C6832017-02-0606 February 2017
Table 7.2-1, Isolation Signal Codes (Cont'D) 6 of 6
ML17037C5692017-02-0606 February 2017
Plate 5-10A - Diagram Showing Relationship Between Dip of Bedding and Depth Borings T-4-8 Through T-4-10
ML17037C5672017-02-0606 February 2017
Plate 5-10 - Diagram Showing Relationship Between Dip of Bedding and Depth Borings T-4-1 Through T-4-7
ML17037C6912017-02-0606 February 2017
Table 7.2-1 (Cont'D) 3 of 6
ML17037C5662017-02-0606 February 2017
Plate 5-9A - Diagram Showing Relationship Between Dip of Bedding and Depth Borings T-3-9 and T-3-10
ML17037C5652017-02-0606 February 2017
Plate 5-9 - Diagram Showing Relationship Between Dip of Bedding and Depth Borings T-3-1 Through T-3-8
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Plate 5-1 - Composite Site Stratigraphic Column
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Plate 4-10 - Cross Section CT-2 West Wall Cooling Tower Piping Trench
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Plate 4-9 - Geologic Plan View of Fault Cooling Tower Piping Trench
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Plate 1-2 - Composite Site Stratographic Column Showing Position of Overcome Borings in Relation to Site Stratigraphy
ML17037C7582017-02-0606 February 2017
Table 7.2-1 (Cont'D) 4 of 6
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Relative Pollen Percentages, Spores and Miscellaneous Microfossil Abundance, Plate 1-3
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Structural Comparison of Fault Zone in Boring Series T-3, Plate 5-11
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Stratigraphic Correlation Chart Borings T-3-1 Through T-3-10, Plate 5-2
ML17037A6632017-02-0606 February 2017
Structural Comparison of Fault Zone in Boring Series T-4, Plate 6-12
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Figure 6-3, Response Test Strip Chart for Unstable Condition.
ML17037A7012017-02-0606 February 2017
Table 7.2-1 (Continued)
ML17037C6922017-02-0606 February 2017
Table 7.2-1 (Cont'D) 4 of 6
ML17037C7592017-02-0606 February 2017
Table 7.2-1 (Cont'D) 6 of 6
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Table 7.2-1 Isolation Signal Codes(Cont'D) 6 of 6
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Table 7.2-1 Process Pipelines Penetrating Primary Containment 1 of 6
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Table 7.2-1 (Cont'D) 4 of 6
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Reactor Pressure Vessel Head Weld Flaw Evaluation - Response to NRC Request for Additional Information
ML12045A3892012-01-13013 January 2012
EPIP-EP-001, Attachment 1 EAL Matrix Unit 1, Page 1 of 2
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EPIP-EP-001, Attachment 1 EAL Matrix Unit 1, Page 1 of 2
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2022-11-10
[Table view] |
Text
NMPNS-2TABLE7.2-1(CONT'D)LATISDES1$.Abbreviations usedintable;AO-AiroperatedMO-MotoroperatedSO-Solenoidoperated.
RHR-ResidualHeatRemovalSystemLPCI-LowPressureCoolantInjection SystemRCIC-ReactorCoreIsolation CoolingSystemLPCS-LowPressureCoreSpraySystemHPCS-HighPressureCoreSpraySystem~inalDttD~t'eactor vessellowwaterlevel(AscramwilloccuratthislevelalsoThisi.sthehigherofthetwolowwaterlevelsignal)Reactorvessellowwaterlevel-(Thereactorcoreisolation coolingsystemwillbeinitiated atthislevelalso.Thisisthelowerofthetwolowwaterlevelsignals.)
Highradiation
-mainsteamlineLinebreak-mainsteamline(highsteamflow)Linebreak-mainsteamline(steamlinehighspacetemperature)
HighdrywellpressureReactorvessellowwaterlevelorhighdrywellpressure(corestandbycoolingsystemswillbestarted.)
HighreactorwaterlevelinstartupmodeLinebreakincleanupsystem-highspacetemperature; highdifferential flowLinebreakinreactorcoreisolation coolinzsystemsteamlinetoturbine(highsteamlinespacetemperature, highsteamflow,orlowsteamlinepressure)
NLinebreakinresidualheatremovalsystemshutdownandheadcooling(highspacetemperature)
Reactorhighwaterlevelp+RSLowmainsteamlinepressureatinlettoturbine(RUNmodeonly)Lowcondenser vacuumLowdrywellpressureUHighreactorvesselpressure-closeresidualheatremoval-shutdowncoolingvalvesandheadcoolingvalvesHightemperature atoutletof'leanup systemnonregenerative heatexchanger, highdifferential flow,highareatemperatureS StandbyliquidcontrolsystemactuatedHighradiation, reactorbuildingventilation exhaustRemotemanualswitchfromcontrolroom.(AllregularGroupAandGroupBisolation valveswillbecapableofremotemanualoperation fromthecontxolroom.)Thesearetheisolation functions oftheprimarycontainment andreactorvesselisolation controlsystem;otherfunctions aregivenforinforms,tion only.6of6
