ML15197A032

Calvert Cliffs, Units 1 and 2 - Submittal of Emergency Response Data System Revision

ML15197A032
Person / Time
Site:	Calvert Cliffs
Issue date:	07/13/2015
From:	Smith L D Exelon Generation Co
To:	Document Control Desk, Office of Nuclear Reactor Regulation
References
Download: ML15197A032 (86)

Text

Exe!.on Generation Larry D. SmithRegulatory Assurance ManagerCalvert Cliffs Nuclear Power Plant1650 Calvert Cliffs ParkwayLusby, MD 20657410 495 5219 Office410 610 9729 Mobilewww.exeloncorp.com La rry.Smith2@exeloncorp.com 10 CFR 50, Appendix EJuly 13, 2015U. S. Nuclear Regulatory Commission ATTN: Document Control DeskWashington, DC 20555Calvert Cliffs Nuclear Power Plant, Unit Nos. 1 and 2Renewed Facility Operating License Nos. DPR-53 and DPR-69NRC Docket Nos. 50-317 and 50-318

Subject:

Emerqjencv Response Data SystemThe attached revision to the Emergency Response Data System (ERDS) Data Point Library forthe Calvert Cliffs Nuclear Power Plant is provided pursuant to 10 CFR Part 50, Appendix E,Section VI.3.a. The revision is described below.The table below provides a brief summary of the changes:Unit 1DPLPae Point ID Description of Change1) Plant Specific Point Description changed from LOG POWER toWide Range Power.2) Generic/Condition Description changed from NI WIDE RANGELOG REACTOR PWR to Nuclear Instruments, Power Range.1 1 Si 109 3) ENGR Units changed from % POWER to %.4) Minimum Instrument Range changed from 1 E-7 to 1 E-8.5) Unique System Description changed from '...provides a______logarithmic indication...'

to '...provides an indication...'

1) Number of Sensors changed from 32 to 16.2 1SP2112 2) Unique System Descriptions changed from "...strategically nearthe vicinity..."

to ". ..strategically in a vacant CEA shroudassembly near the vicinity..."

1) How Processed description changed to AVG EACHQUADRANT'S PTS, SHOW HIGH AVG2) Unique System Description changed to CORE EXITTHERMOCOUPLES ARE LOCATED AT THE TOP OF THE31SP2113 INCORE INSTRUMENT DETECTOR ASSEMBLIES WITHIN35 SELECTED FUEL ASSEMBLIES.

THESE DETECTORS ARE DIVIDED INTO QUADRANTS AND EACH QUADRANTIS AVERAGED.

THIS POINT IS THE HIGHEST QUADRANTAVG.

Document Control DeskJuly 13, 2015Page 2Unit 1DPLPaciePoint IDDescription of Changev 1) Minimum and Maximum Instrument Range fields changed toN/A.2) Number of sensors changed to 37 (35 CETs and 2 pressuresensors)41SP3123

3) Unique System Description changed to: CORE SUBCOOLED MARGIN IS CALCULATED BY THE SATURATION TEMPERATURE AS DETERMINED FROM PRESSURIZER PRESSURE (SP3120)

MINUS THE CORE EXIT TEMP($P211 3).1) ENGR Units changed from % FLOW to %.51 F131 A 2) Number of sensors changed to 2 (1 per SG)3) Proc or Sens changed to P6 1SP3I17A No changes other than point ID.7 1SP3117B No changes other than point I D.8 1SP3116A No changes other than point ID.9 1SP3116B No changes other than point ID.1) Minimum and Maximum Instrument Range changed to N/A.10 1 Fl111% 2) Number of Sensors changed to 8.3) Unique System Description, first line updated to THIS IS ATEMPERATURE COMPENSATED FEED FLOW.11 1 Fl1121% 1) Minimum and Maximum Instrument Range changed to N/A.2) Number of Sensors changed to 812 1SP3118A Maximum Instrument Range changed to 1250.13 1SP3118B Maximum Instrument Range changed to 1250.14 1SP0106A No changes other than point ID.15 1 SP0106B No changes other than point ID.16 1SP3113A No changes other than point I D.17 1SP3113B No changes other than point ID.18 1 SP3120 No changes other than point ID.19 1 SP2109 No changes other than point ID.1) Proc or Sens changed to S.20 1SP1114 2) Number of Sensors changed to 13) Unique System Descriptions updated.21 1SP2115 No changes other than point ID.22 1SP2116 Proc or Sens changed to S.23 1 SP4112 No changes other than point ID.24 1 R5415! Proc or Sens changed to S.25 1S5P6120 How Processed changed to Inverse Log of Instrument Value.26 1SP6117 How Processed changed to Reference Unique System Description.

Document Control DeskJuly 13, 2015Page 3Unit 1Point IDDescription of Change27 1SP6121 No changes other than point ID.28 1 R5202! Proc or Sens changed to S.29 1 5421! 1) Proc or Sens changed to S.2) How Processed changed to Inverse Log of Instrument Value.30 1R5422! 1) Proc or Sens changed to S.2) How Processed changed to Inverse Log of Instrument Value.1) Proc or Sens changed to S.31 1R4014! 2) How Processed changed to Inverse Log of Instrument Value.3) Alarm / Trip Setpoints format changed to match other DPLentries.32 1SP4110 Unique System Descriptions updated.33 1SP4111 No changes other than point ID.1) Zero Point Reference changed to TNKBOT34 1SP2RWLVL

2) How Processed changed to WR sensor when outside NRsensor band35 1WS60#15M Engr Units changed to M/S (no spaces).36 1WD60#15M No changes other than point I D.37 1WS10#15M No changes other than point ID.38 1WD10#15M No changes other than point ID.39 1 MMSDTASTB No changes other than point ID.40 1 MMS_S60STB No changes other than point ID.Unit 2DPLPae Point ID Change1) Plant Specific Point Description changed from LOG POWER toWide Range Power.2) Generic/Condition Description changed from NI WIDE RANGE109 LOG REACTOR PWR to Nuclear Instruments, Power Range.1 25P13) ENGR Units changed from % POWER to %.4) Minimum Instrument Range changed from 1 E-7 to 1 E-8.5) Unique System Description changed from '...provides alogarithmic indication...'

to '...provides an indication...'

1) Number of Sensors changed from 32 to 16.2 2SP2112 2) Unique System Descriptions changed from "...strategically nearthe vicinity..."

to "...strategically in a vacant CEA shroud_____ _____________

assembly near the vicinity..."

Document Control DeskJuly 13, 2015Page 4Unit 2Pae Point ID Change1) How Processed description changed to AVG EACHQUADRANT'S PTS, SHOW HIGH AVG2) Unique System Description changed to CORE EXITTHERMOCOUPLES ARE LOCATED AT THE TOP OF THE3 2SP2113 INCORE INSTRUMENT DETECTOR ASSEMBLIES WITHIN35 SELECTED FUEL ASSEMBLIES.

THESE DETECTORS ARE DIVIDED INTO QUADRANTS AND EACH QUADRANTIS AVERAGED.

THIS POINT IS THE HIGHEST QUADRANTAVG.1) Minimum and Maximum Instrument Range fields changed toN/A.2) Number of sensors changed to 37 (35 CETs and 2 pressuresensors)3) Unique System Description changed to: CORE SUBCOOLED 4 2SP3123 MARGIN IS CALCULATED BY THE SATURATION TEMPERATURE AS DETERMINED FROM PRESSURIZER PRESSURE (SP3120)

MINUS THE CORE EXIT TEMP(SF2113).

4) How Processed changed to RE: USD (REFERENCE UNIQUESYS DESC).1) ENGR Units changed from % FLOW to %.5 2F131A 2) Number of sensors changed to 2 (1 per SG)3) Proc or Sens changedto P6 2SP3117A No changes other than point ID.7 2SP3117B No changes other than point ID.8 2SP31 16A Alarm / Trip Setpoints, X >= changed from 985 to 950.9 2SP311 6B Alarm / Trip Setpoints, X >= changed from 985 to 950.1) Minimum and Maximum Instrument Range changed to N/A.10 2F1 11% 2) Number of Sensors changed to 8.3) Unique System Description, first line updated to THIS IS ATEMPERATURE COMPENSATED FEED FLOW.1) Minimum and Maximum Instrument Range changed to N/A.11 2F1 121% 2) Number of Sensors changed to 83) Unique System Description, first line updated to THIS IS ATEMPERATURE COMPENSATED FEED FLOW.12 2SP3118A Maximum Instrument Range changed to 1250.13 2SP3118B Maximum Instrument Range changed to 1250.14 2SP0106A No changes other than point ID.15 2SP0106B No changes other than point ID.16 2SP3113A Alarm / Trip Setpoints, X <= changed from 504 to 525.17 2SP3113B Alarm I Trip Setpoints, X <= changed from 504 to 525.18 2SP3I20 No changes other than point ID.

Document Control DeskJuly 13, 2015Page 5Unit 2Pae Point ID Change19 2SP2109 Alarm / Trip Setpoints, X >= changed from 300 to 305.1) Proc or Sens changed to S.20 2SPl114 2) Number of Sensors changed to 1_____________3)

Unique System Descriptions updated,21 2SP2115 No changes other than point ID.22 2SP2116 Proc or Sens changed to S.23 2SP4112 No changes other than point ID.The "before" and "after" ERDS Data Point Library sheets are attached.

There are no regulatory commitments contained in this correspondence.

Should you have questions regarding this matter, please contact me at (410) 495-5219.

Respectfully, Regulatory Assurance ManagerLDS/PSF/bjm

Attachment:

Emergency Response Data System Data Point Library (80 pages)cc: NRC Project Manager, Calvert Cliffs NRC Resident Inspector, Calvert CliffsNRC Regional Administrator, Region I S. Gray, MD-DNR ATTACHM ENTEMERGENCY RESPONSE DATA SYSTEM DATA POINT LIBRARY(80 pages)Calvert Cliffs Nuclear Power PlantJuly 13, 2015 PWR Data Point Library Reference FileReport Date :Page :06-24-2015 1Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC 1CCllNI POWER RNG1SPll109WIDE RANGE POWERNUCLEAR INSTRUMENTS, POWER RANGEAN/A1E-8200N/AN/AP4AVG OF THE TWO CLOSEST CHANNEL VALUESN/AN/AN/AN/AN/AN/AN/AWIDE RANGE NUCLEAR INSTRUMENTATION PROVIDES AN INDICATION OFREACTOR POWER AS A PERCENT OF REACTOR POWER. START UP RATEREACTOR TRIP IS GIVEN FROM WIDE RANGE NUCLEAR INSTRUMENTS BETWEEN THE RANGE OF 1 E-4% TO 15% POWER. THESE DETECTORS ARE FISSION CHAMBERS WHICH DO NOT GET DEENERGIZED DURINGNORMAL POWER OPERATIONS.

PWR Data Point Library Reference FileReport Date : 06-24-2015 Page : 2Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog / Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllREC VES LEV1SP2112REACTOR VESSEL LEVELREACTOR VESSEL WATER LEVELAINCHESN/AN/AN/AFAPN/AP16RE:USD (REFERENCE UNIQUE SYS DESC)160,151,112,71,50,29,19,

& 10" ABOVE FAPVOID DETECTEDN/AN/AN/AN/AN/A8 HEATED JUNCTION THERMOCOUPLES (HJTC) ARE SPACEDSTRATEGICALLY IN A VACANT CEA SHROUD ASSEMBLY NEAR THEVICINITY OF ONE HOT LEG OUTLET NOZZLE. AS HJTC IS UNCOVERED THE LVL THAT THE REACTOR HEAD IS UNCOVERED IS INDICATED ININCREMENTAL STEPS. THE 1ST HJTC IS 160" FROM TOP OF FUELALIGNMENT PLATE(FAP);

8TH HJTC IS 10" FROM FAP; 5TH HJTC IS 50"FROM FAP WHICH IS THE CENTER LINE OF THE HOT LEGS. HOWPROCESSED:

WHEN LVL DECREASES A VOID IN THE HJTC WILL PROVIDEAN OUTPUT SIGNAL FOR THAT SPECIFIC HJTC POSITION.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 3Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sons:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CC1 1TEMP CORE EX1SP2113CORE EXIT TEMPHIGHEST TEMP AT THE CORE EXITADEGFN/A402300N/AN/AP35AVG EACH QUADRANT'S PTS:SHOW HIGH AVGN/AX >= 650N/AN/AN/AN/AN/ACORE EXIT THERMOCOUPLES ARE LOCATED AT THE TOP OF THEINCORE INSTRUMENT DETECTOR ASSEMBLIES WITHIN 35 SELECTEDFUEL ASSEMBLIES.

THESE DETECTORS ARE DIVIDED INTO QUADRANTS AND EACH QUADRANT IS AVERAGED.

THIS POINT IS THE HIGHESTQUADRANT AVG.

PWR Data Point Library Reference Fi~eReport Date :Page :06-24-2015 4Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllSUB MARGIN1SP3123CORE SUBCOOLED MARGINSATURATION TEMPERATURE-HIGH CETADEGFN/AN/AN/AN/AN/AP37RE:USD (REFERENCE UNIQUE SYS DESC)N/AN/AN/AN/AN/AN/AN/ACORE SUBCOOLED MARGIN IS CALCULATED BY THE SATURATION TEMPERATURE AS DETERMINED FROM PRESSURIZER PRESSURE(SP3120)

MINUS THE CORE EXIT TEMP (SP211 3).

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 5Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:-

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllCORE FLOW1F131ARCS TOTAL FLOW CH ATOTAL REACTOR COOLANT FLOWA100% RX COOLANT FLOW = 370,000 GPM-53.57151.48N/AN/AP2N/AN/AN/AN/AN/AN/AN/AN/AREACTOR COOLANT FLOW IS DETERMINED BY THE D/P ACROSS THESTEAM GENERATORS.

WHERE TOTAL FLOW IS THE SUM OF BOTH LOOPFLOWS.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 6Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1OCil1SG LEVEL 1/A1SP3117ASG LEVEL LOOP 11STEAM GENERATOR 11 WATER LEVELAINCH ESN/A-401.063.5N/A0" = 40" ABOVE THE FEED RINGP2AVG OFN/AX >= 50TWO CHANNELSX <=-170N/AN/AN/AN/AWETA LOW LEVEL REACTOR TRIP OCCURS AT -50" AS READ ON THE NARROWRANGE LEVEL DETECTOR.

AFAS WILL ACTUATE AT -170' AS READ ONTHE WIDE RANGE SIG LVL DETECTOR.

POINT ID SP3117A IS A WIDERANGE LVL INDICATOR.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 7Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllSG LEVEL 2/B1SP3117BSG LEVEL LOOP 12STEAM GENERATOR 12 WATER LEVELAINCHESN/A-401.063.5N/A0' = 40" ABOVE THE FEED RINGP2AVG OF TWO CHANNELSN/AX>=50 X<=-170N/AN/AN/AN/AWETA LOW LEVEL REACTOR TRIP OCCURS AT -50" AS READ ON THE NARROWRANGE LEVEL DETECTOR.

AFAS WILL ACTUATE AT -170" AS READ ONTHE WIDE RANGE SIG LVL DETECTOR.

POINT ID SP3117B IS A WIDERANGE LVL INDICATOR.

PWR Data Point Library Reference FileReport Date : 06-24-2015 Page : 8Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllSG PRESS 1/A1SP3116ASG PRESSURE LOOP 11STEAM GENERATOR 11 PRESSUREAPSIAN/A01200N/AN/AP2AVG OF TWO CHANNELSN/AX>= 950 X<= 703N/AN/AN/AN/AN/AREACTOR TRIP OCCURS AT 703# TO PREVENT EXCESSIVE HEATEXTRACTIONS FROM HIGH STEAM FLOW DUE TO STM LINE RUPTURE ORCOMP FAILURE.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 9Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm /Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllSG PRESS 2/B1SP3116BSG PRESSURE LOOP 12STEAM GENERATOR 12 PRESSUREAPSIAN/A01200N/AN/Ap2AVG OF TWO CHANNELSN/AX>=950 X<=703N/AN/AN/AN/AN/AREACTOR TRIP OCCURS AT 703# TO PREVENT EXCESSIVE HEATEXTRACTIONS FROM HIGH STEAM FLOW DUE TO STM LiNE RUPTURE OFCOMP FAILURE.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 10Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog!/

Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CCllMN FD FL 1/A1F1111%FW FLOW TO STEAM GEN. 11STM GEN 11 MAIN FEEDWATER FLOWAKLB/HRN/AN/AN/AN/AN/AP8COMPLEXN/AN/AN/AN/AN/AN/ATHIS IS A TEMPERATURE COMPENSATED FEED FLOW. 2 STEAM DRIVENMAIN FEED PUMPS EACH CAPABLE OF SUPPLYING FEED WATEREXCEEDING 50% FEED FLOW DEMAND. UPON A MAIN TURBINE TRIP FEEDREG VALVES CLOSE AND FEED REG BYPASS VALVES ARE POSITIONED TO MAINTAIN 5% OF MAIN FEED WATER FLOW WHEN FEED PUMPS ARERUNNING.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 11Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllMN FD FL 2/B1F1121%FW FLOW TO STEAM GEN. 12STM GEN 12 MAIN FEEDWATER FLOWAKLB/HRN/AN/AN/AN/AN/AP8COMPLEXN/AN/AN/AN/AN/AN/ATHIS IS A TEMPERATURE COMPENSATED FEED FLOW. 2 STEAM DRIVENMAIN FEED PUMPS EACH CAPABLE OF SUPPLYING FEED WATEREXCEEDING 50% FEED FLOW DEMAND. UPON A MAIN TURBINE TRIP FEEDREG VALVES CLOSE AND FEED REG BYPASS VALVES ARE POSITIONED TO MAINTAIN 5% OF MAIN FEED WATER FLOW WHEN FEED PUMPS ARERUNNING.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 12Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllAX FD FL 1/A1SP3118AAUX FEED FLOW LOOP 11STM GEN 11 AUXILIARY FW FLOWA.GPMN/A01250N/AN/AP2SUM:MTR DRIVEN & TURB DRIVEN PMPS DISCHN/AN/AN/AN/AN/ANN/ATHERE ARE 2 STEAM TURBINE DRIVEN PUMPS AND ONE ELECTRICDRIVEN PUMP. THE TURBINE DRIVEN PUMPS DISCHARGE TO A COMMONHEADER FOR BOTH #11 & #12 STM GENS. THE MOTOR DRIVEN PUMPDISCHARGES TO A SEPARATE HEADER FOR BOTH #11 & #12 STM GENS.BOTH FLOW HEADERS COMBINE TO SUPPLY THE AUX FEED NOZZLE FOREACH STM GEN. THE NORMAL SUPPLY TO AFW PUMP SUCTION IS FROM#12 CONDENSATE STORAGE TANK. ONLY 1 STEAM DRIVEN PUMP ISNORMALLY ALIGNED TO START.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 13Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Tem perature Comnpensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllAX FD FL 2/B1SP3I18BAUX FEED FLOW LOOP 12STM GEN 12 AUXILIARY FW FLOWAGPMN/A01250N/AN/AP2SUM:MTR DRIVEN & TURB DRIVEN PMPS DISCHN/AN/AN/AN/AN/ANN/ATHERE ARE 2 STEAM TURBINE DRIVEN PUMPS AND ONE ELECTRICDRIVEN PUMP. THE TURBINE DRIVEN PUMPS DISCHARGE TO A COMMONHEADER FOR BOTH #11 & #12 STM GENS. THE MOTOR DRIVEN PUMPDISCHARGES TO A SEPARATE HEADER FOR BOTH #11 & #12 STM GENS.BOTH FLOW HEADERS COMBINE TO SUPPLY THE AUX FEED NOZZLE FOREACH STM GEN. THE NORMAL SUPPLY TO AFW PUMP SUCTION IS FROM#12 CONDENSATE STORAGE TANK. ONLY 1 STEAM DRIVEN PUMP ISNORMALLY ALIGNED TO START.

PWR Data Point Library Reference FileReport Date : 06-24-2015 Page : 14Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllHL TEMP 1/A1SP0106ATHOT LOOP 11STM GEN 11 INLET TEMPERATURE ADEGFN/A50700N/AN/AP2AVG OF TWO CHANNELSN/AN/AN/AN/AN/AN/AN/ATHOT IS THE COOLANT TEMPERATURE MEASURED AT THE INLET TO THESTEAM GEN. THOT PROVIDES INPUT TO THE SUBCOOLED MARGINMONITOR AND THE THERMAL MARGIN/LOW PRESSURE (TM/LP) CIRCUITFOR A TOTAL POWER CALCULATION IN THE REACTOR PROTECTION SYSTEM.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 15Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllHL TEMP 2/B1SP0I06BTHOT LOOP 12STM GEN 12 INLET TEMPERATURE ADEGFN/A50700N/AN/AP2AVG OF TWO CHANNELSN/AN/AN/AN/AN/AN/AN/ATHOT IS THE COOLANT TEMPERATURE MEASURED AT THE INLET TO THESTEAM GEN. THOT PROVIDES INPUT TO THE SUBCOOLED MARGINMONITOR AND THE THERMAL MARGIN/LOW PRESSURE (TM/LP) CIRCUITFOR A TOTAL POWER CALCULATION IN THE REACTOR PROTECTION SYSTEM.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 16Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllCL TEMP 1/A1 SP3I113ATCOLD LOOP 11STM GEN 11 OUTLET TEMPERATURE ADEGFN/A50700N/AN/AP3AVG OF TWO CHNLS (AUCTIONEERED:WR OR NR)N/AX>= 560 X<=525N/AN/AN/AN/AN/ATHE ALARM/TRIP SET POINTS SUPPLIED ABOVE ARE SPDS ALARM SETPOINTS. TCOLD PROVIDES CONTROL ROOM AND AUX SHUTDOWN PANELINDICATION.

TCOLD ALSO SUPPLIES SIGNALS TO THE SUBCOOLED MARGIN MONITOR AND THE THERMAL MARGIN/LOW PRESSURE (TM/LP)CIRCUIT FOR TOTAL POWER CALCULATION IN THE REACTORPROTECTION SYSTEM. AS A DNB PARAMETER TCOLD IS REQUIRED TOBE LESS THAN 548 DEG WITH 4 REACTOR COOLANT PUMPS RUNNING.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 17Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog / Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm/ITrip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temnperature Comnpensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllCL TEMP 2/B1SP3I13BTCOLD LOOP 12STM GEN 12 OUTLET TEMPERATURE ADEGFN/A50700N/AN/AP3AVG OF TWO CHNLS (AUCTIONEERED:WR OR NR)N/AX>=560 X<=525N/AN/AN/AN/AN/ATHE ALARM/TRIP SET POINTS SUPPLIED ABOVE ARE SPDS ALARM SETPOINTS. TCOLD PROVIDES CONTROL ROOM AND AUX SHUTDOWN PANELINDICATION.

TCOLD ALSO SUPPLIES SIGNALS TO THE SUBCOOLED MARGIN MONITOR AND THE THERMAL MARGIN/LOW PRESSURE (TMILP)CIRCUIT FOR TOTAL POWER CALCULATION IN THE REACTORPROTECTION SYSTEM. AS A DNB PARAMETER TCOLD IS REQUIRED TOBE LESS THAN 548 DEG WITH 4 REACTOR COOLANT PUMPS RUNNING.

PWR Data Point Library Reference FileReport Date : 06-24-2015 Page : 18Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog / Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CC11RCS PRESSURE1 SP3120PRESSURIZER PRESSUREREACTOR COOLANT SYSTEM PRESSUREAPSIAN/A04000N/AN/AP2AVG OF TWO CHANNELSN/AX >= 2400 X <= 1740N/AN/AN/AN/AN/AREACTOR COOLANT PRESSURE IS THE AVERAGE OF 2 WIDE RANGEPRESSURIZER PRESSURE DETECTORS.

THE SAFETY VALVES ARE SETTO OPEN AT 2500#. HIGH PRESSURE REACTOR TRIP OCCURS AT 2400#.PORVS OPEN AT 2400 PSIA ON A REACTOR TRIP FROM HIGH PRESSURE.

SPRAY VALVE SETPOINT IS DEPENDENT ON CONTROLLER SETPOINT.

BOTH SPRAY VALVES CLOSE AT 2300 PSIA. ESFAS ACTUATION ISINITIATED AT 1 740#.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 19Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Tem perature Comnpensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CC11PRZR LEVEL1SP2109PRESSURIZER LEVELPRIMARY SYSTEM PRESSURIZER LEVELAINCHESN/A0360RE: USDN/AP2AVG OF TWO CHANNELSN/AX>=305 X<=50N/AN/AN/AN/AWETPRESSURIZER LEVEL IS NORMALLY CONTROLLED IN A BAND BETWEEN160' TO 216" DURING NORMAL POWER OPERATIONS.

PRESSURIZER HEATERS CUTOUT AT A LEVEL OF 101" IN THE PRESSURIZER.

PRESSURIZER HEATERS WJLL START TO BE UNCOVERED AT APPROX 84"OF INDICATED LEVEL. ZERO POINT

REFERENCE:

BOTTIOM OFPRESSURIZER.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 20Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllRCS CHG/MU1SPil114CHG PUMP FLOWPRIMARY SYSTEM CHARGING/MAKEUP FAGPMN/A0150N/AN/AS1RE:USD (REFERENCE UNIQ SYS DESC)N/AN/AN/AN/AN/ANN/ATHERE ARE 3 CHARGING PUMPS THAT ARE RATED TO SUPPLY 44 GPMEACH TO THE RCS (REACTOR COOLANT SYSTEM).

CHARGING PUMP #13CAN BE POWERED FROM ONE OF TWO BUSSES #11 OR #14. WHICH MUSTBE MANUALLY SELECTED BY A "KIRK" KEY INTERLOCK SCHEME.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 21Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllHP SI FLOW1SP2115HPSI FLOWHIGH PRESSURE SAFETY INJECTION FAGPMN/A01600N/AN/AP4SUM OF FLOW LOOPS 11A, 11B, 12A, 12BN/AN/AN/AN/AN/ANN/A3 HIGH PRESSURE SAFETY INJECTION PUMPS DELIVER EMERGENCY COOLANT TO ALL FOUR COLD LEGS. SHUTOFF HEAD PRESSURE IS 1275PSIA. ONLY TWO PUMPS WILL START. 12 HPSI IS MAINTAINED IN PULL TOLOCK. 2 INDEPENDENT SUCTION HEADERS SUPPLY WATER FROM THEREFUELING WATER TANK UNTIL THE TANK IS DOWN TO 10% FULL. AFTERTHE RWTI IS DOWN TO 10% FULL THE HPSI LINE IS CHANGED TOPROVIDE SUCTION FROM THE CONTAINMENT SUMP.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 22Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic 1 Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:-Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllLP SI FLOWlSP2116LPSI FLOWLOW PRESSURE SAFETY INJECTION FLAGPMN/A08000N/AN/AS1INSTRUMENT VALUEN/AN/AN/AN/AN/AN/A2 LOW PRESSURE SAFETY INJECTION PUMPS SUPPLY LOW HEAD/HIGH VOLUME COOLANT TO THE COLD LEGS. EACH LPSI PUMP TAKES ASUCTION OFF A SEPARATE HEADER FROM THE RWT. DURINGRECIRCULATION MODE (APPROX 36 MIN AFTER A D.B.A.) THE LPSI PUMPSARE SHUT DOWN AND THE HPSI PUMPS TAKE SUCTION FROM THECONTAIMENT SUMP TO RECIRCULATE WATER THROUGH THE SYSTEM.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 23Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllCTMNT SMP WR1SP4112CNTMT LEVELCONTAINMENT SUMP WIDE RNG LEVELAINCHESN/A0120N/AN/AP2AVG OF TWO CHANNELSN/AN/AN/AN/AN/AN/AN/ATHE CONTAINMENT EMERGENCY SUMP PROVIDES ADEQUATE NPSH TOBOTH HPSI AND CONTAINMENT SPRAY PUMPS WHEN IN THERECIRCULATION MODE. "TWO 24" DIAMETER RECIRC LINES SUPPLYWATER TO THE CONTAINMENT SPRAY AND SAFETY INJECTION SYSTEM.THE SUMP IS COVERED WITH A METAL GRATING TO PREVENT DEBRISFROM ENTERING THE SUMP.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 24Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllEFF GAS RAD1R5415!WR EFF MONITORRADIOACTIVITY OF RELEASED GASSESAUCI/SECN/A1 El1El13N/AN/AS1INVERSE LOG OF INSTRUMENT VALUEN/AN/AN/AN/AN/AN/AN/ATHE EFFLUENT GAS RADIATION MONITOR MEASURES MAIN VENT STACKEFFLUENT GROSS ACTIVITY.

3 CHANNELS:

LOW, MEDIUM, & HIGH AREUSED TO PROVIDE AN OUTPUT TO A FOURTH PSEUDO CHANNEL.

THERANGE OF ACTIVITY DETECTED DETERMINES WHICH CHANNEL (L,M,H) ISSELECTED.

THE OUTPUT OF THE FOURTH CHANNEL COMBINES GASIOUSFLOW WITH THE MEASURED ACTIVITY TO PROVIDE THE EFFECTIVE EFFLUENT GROSS ACTIVITY.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 25Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllEFF LIQ RAD1SP6120LIQUID WASTE RADRADIOACTIVITY OF RELEASED LIQUIDACPMN/A1E11E6N/AN/AP3INVERSE LOG OF INSTRUMENT VALUEN/AX >= 4.21 E5N/AN/AN/AN/AN/ALIQUID WASTE PROCESSING MONITORS THE COMMON DISCHARGE HEADER FROM REACTOR COOLANT WASTE PROCESSING AND MISCWASTE PROCESS.

50000 CPM WILL AUTOMATICALLY CLOSE 2DISCHARGE VALVES 0-CV-2201

& 0-CV-2202 TO ISOLATE FLOW TO THECIRCULATION WATER DISCHARGE CONDUITS.

ALARM LIMIT GIVEN INALARM/TRIP SET POINT IS THE SPDS ALARM LIMIT.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 26Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog / Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllCOND A/E RAD1SP6117OFF GAS RADCONDENSER AIR EJECTOR RADIOACTIV AGPDN/A0250N/AN/AP4REFERENCE UNIQUE SYSTEM DESCRIPTION N/AX >= 5N/AN/AN/AN/AN/ATHE CONDENSER AIR EJECTOR DISCHARGE MONITOR INCLUDES FOURRADIATION SENSORS.

ONE SENSOR IS INSTALLED IN THE SUCTION SIDEOF EACH OF THE FOUR CONDENSER AIR REMOVAL PUMPS. OUTPUTSIGNALS ARE DISPLAYED IN THE CONTROL ROOM. THE AUCTIONEERED HIGH SIGNAL IS CONVERTED FROM CPM TO GALLONS PER DAY (GPD)AND IS USED AS AN EARLY INDICATION OF A PRIMARY TO SECONDARY LEAK THROUGH THE S/G TUBES.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 27Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Paint ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CCllCNTMNT RAD1 SP6121CNTMT RADRADIATION LEVEL IN CONTAINMENT AR/HRN/A11 E8"N/AN/AP2AVG OF TWO CHANNELSN/AX >= 6N/AN/AN/AN/AN/ATHESE CONTAINMENT RADIATION MONITORS MEASURE GAMMARADIATION LEVELS IN CONTAINMENT UNDER ACCIDENT CONDITIONS.

THE DETECTORS ARE LOCATED AT THE 73-FOOT LEVEL AND AREPLACED NEAR THE PRESSURIZER AND #11 STEAM GEN.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 28Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllRCS LTDN RAD1 R5202!PROCESS RAD MONITORRAD LEVEL OF RCS LETDOWN LINEACPMN/A1E11 E6N/AN/AS1INVERSE LOG OF INSTRUMENT VALUEN/AN/AN/AN/AN/AN/AN/ATHE CVCS LTDN RAD MONITOR IS INSTALLED IN THE LET DOWN LINE TOMONITOR GROSS REACTOR COOLANT ACTIVITY INDICATING APOTENTIAL FUEL ELEMENT FAILURE.

PWR Data Point Library Reference FileReport Date : 06-24-2015 Page : 29Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCll1MAIN SL I/A1 R5421 !MAIN STM RAD LP 11STM GEN 11 STEAM LINE RAD LEVELAuCi/ccN/AI1E-2I1E5N/AN/AS1INVERSE LOG OF INSTRUMENT VALUEN/AN/AN/AN/AN/AN/AN/ATHE MAIN STEAM EFFLUENT RADIATION DETECTORS MONITOR FORNOBLE GASSES WITHIN THE MAIN STEAM LINE. THE MONITORS ARELOCATED ON THE 27-FOOT LEVEL OF THE AUX BUILDING IN THE MSIVROOM.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 30Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllMAIN SL 2/B1 R5422!MAIN STM RAD LP 12STM GEN 12 STEAM LINE RAD LEVELAuCi/ccN/A1 E-21 E5N/AN/AS1INVERSE LOG OF INSTRUMENT VALUEN/AN/AN/AN/AN/AN/AN/ATHE MAIN STEAM EFFLUENT RADIATION DETECTORS MONITOR FORNOBLE GASSES WITHIN THE MAIN STEAM LINE. THE MONITORS ARELOCATED ON THE 27-FOOT LEVEL OF THE AUX BUILDING IN THE MSIVROOM.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 31Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllSG BD RAD IAiR4014!STM GEN BLOWDOWN ACTIVITYSTM GEN 11 BLOWDOWN RAD LEVELACPMN/A1 El1 E6N/AN/AS1INVERSE LOG OF INSTRUMENT VALUEN/AX >= 5E4N/AN/AN/AN/AN/ATHIS DETECTOR MONITORS A SMALL PORTION OF THE STM GENBLOWDOWN TO PROVIDE OPERATORS WITH AN EARLY INDICATION OFSTM GEN U-TUBE LEAKAGE.

ACTUATION OF THE HIGH ALARMAUTOMATICALLY SHUT THE SURFACE BLOWDOWN AND THE BOTT-IOMBLOWDOWN ISOLATION VALVES. OF BOTH #11 & #12 STEAMGENERATORS THIS MONITOR IS IN THE LINE OF THE BLOWDOWN TANKAND IS COMMON TO BOTH STM GEN.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 32Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog / Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/412015CC1CC11CTMNT PRESS1 SP41 10CNTMT PRESSURECONTAINMENT PRESSUREAPSIGN/A-5150N/AN/AP3AVG OF TWO CHNLS (AUCTIONEERED:WR OR NR)N/AX >= 2.8N/AN/AN/AN/AN/ATHERE ARE A TOTAL OF 3 CONTAINMENT PRESSURE INDICATORS.

TWOPROVIDE WIDE RANGE PRESSURE INDICATION,

-5 TO +150 AND 0 TO 150PSIG, FOR POST ACCIDENT MONITORING.

THE THIRD INDICATOR IS ANARROW RANGE INDICATION

-5 TO +5 PSIG WHICH PROVIDESCONTAINMENT DIFFERENTIAL PRESSURE.

ACTUATIONS OCCUR: CIS @2.8 PSIG; CSAS @ 4.25 PSIG; SIAS @ 2.8 PSIG; RPS @ 2.4 PSIG.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 33Date:Reactor Unit:Data Feeder:NRC EROS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for OP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllCTMNT TEMP1SP4I111CNTMT TEMPERATURE CONTAINMENT TEMPERATURE ADEGFN/A50300N/AN/AP2AVG OF TWO CHANNELSN/AX >= 220N/AN/AN/AN/AN/ATHERE ARE 2 CONTAINMENT TEMP DETECTORS.

ONE MEASURES DOMETEMP, ANOTHER MEASURES THE REACTOR CAVITY TEMP. BOTH OFTHESE PROVIDE INDICATION TO THE CONTROL ROOM OPERATORS.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 34Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCll1BWST LEVEL1 SP2RWLVLREFUELJNG WATER TANK LEVELBORATED WATER STORAGE TANK LEVELAFEETN/A040TNKBOTRE:USD (REFERENCE UNIQ SYS DESC)P2WR SENSOR WHEN OUTSIDE NR SENSOR BANDN/AN/AN/AN/AN/AN/AWETTHE REFUELING WATER TANK SUPPLIES 2300-2700 PPM BORATEDWATER TO THE SAFETY INJECTION SYSTEM AND ALSO SUPPLIES WATERFOR USE DURING REFUELING.

TANK CAPACITY IS 420,000 GALS. AT 2.5FEET THE SAFETY INJECTION LINE-UP IS SWITCHED TO THERECIRCULATION MODE. THIS LEVEL IS EQUAL TO APPROX 10% OF TANKVOLUME.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 35Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllWIND SPEED1 WS60#15SM WiND SPEED 60 METER 15 MINUTE AVGWIND SPEED AT REACTOR SITEAM/SN/A050N/AN/AS1N/AN/AX >= 22N/AN/ALOWN/AN/AWIND SPEED INDICATION IN METERS PER SECOND TO PLANT COMPUTERIS SUPPLIED FROM THE PRIMARY MET TOWER LOCATED ON SITE. 60METER ELEVATION PWR Data Point Library Reference FileReport Date :Page :06-24-2015 36Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllWIND DIR1WD60#15SM WIND DIRECTION 60 METER 15 MINUTE AVGWIND DIRECTION AT REACTOR SITEADEGN/A0360N/AN/AS1N/AN/AN/AN/AN/A0 DEGREES (NORTH)N/AN/AWIND DIRECTION TO PLANT COMPUTER IS SUPPLIED FROM THEPRIMARY MET TOWER ON SITE. 60 METER ELEVATION PWR Data Point Library Reference FileReport Date :Page :06-24-2015 37Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Paint

Description:

Generic I Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CCICCIlWIND SPEED1WS10#15M WIND SPEED 10 METER 15 MINUTE AVGWIND SPEED AT REACTOR SITEAM/SN/A050N/AN/AS1N/AN/AX >= 22N/AN/ALOWN/AN/AWIND SPEED INDICATION IN METERS PER SECOND TO PLANT COMPUTERIS SUPPLIED FROM THE PRIMARY MET TOWER LOCATED ON SITE. 10METER ELEVATION PWR Data Point Library Reference FileReport Date :Page :06-24-2015 38Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CClCCllWIND DIR1WD10#15M WIND DIRECTION 10 METER 15 MINUTE AVGWIND DIRECTION AT REACTOR SITEADEGN/A0360N/AN/AS1N/AN/AN/AN/AN/A0 DEGREES (NORTH)N/AN/AWIND DIRECTION TO PLANT COMPUTER IS SUPPLIED FROM THEPRIMARY MET TOWER ON SITE. 10 METER ELEVATION PWR Data Point Library Reference FileReport Date :Page :06-24-20 1539Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Paint NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllATMOSPHERIC STABILITY 1MMS_DTASTB WIND STABILITY BASED ON DELTA TEMP (A)AIR STABILITY AT REACTOR SITEAN/AN/A0 (A)6 (G)N/AN/AP1COMPLEXN/AN/AN/AN/AN/AN/AN/AATMOSPHERIC STABILITY BASED ON DELTA T (60 METER TEMPERATURE MINUS 10 METER TEMPERATURE, CHANNEL A). CALCULATED ON THEPLANT COMPUTER.

VALUES 0 TO 6 CORRESPOND TO STABILITY CLASSES A (EXTREMELY UNSTABLE)

TO G (EXTREMELY STABLE).

0=A,I=B, 2=C, 3=D, 4=E, 5=F, 6=G PWR Data Point Library Reference FileReport Date :Page :06-24-2015 40Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC1CCllATMOSPHERIC STABILITY I MMSS6OSTB 60 METER WIND STABILITY

-SIGMA-THETA AIR STABILITY AT REACTOR SITEAN/AN/A0 (A)6 (G)N/AN/AP1COMPLEXN/AN/AN/AN/AN/AN/AN/AATMOSPHERIC STABILITY BASED ON SIGMA-THETA.

CALCULATED ONTHE PLANT COMPUTER.

VALUES 0 TO 6 CORRESPOND TO STABILITY CLASSES A (EXTREMELY UNSTABLE)

TO G (EXTREMELY STABLE).

0=A,1=B, 2=C, 3=D, 4=E, 5=F, 6=G PWR Data Point Library Reference FileReport Date :Page :06-24-2015 1Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015002CC21NI POWER RNG2SP1 109WIDE RANGE POWERNUCLEAR INSTRUMENTS, POWER RANGEAN/A1 E-82O00N/AN/AP4AVG OF THE TWO CLOSEST CHANNEL VALUESN/AN/AN/AN/AN/AN/AN/AWIDE RANGE NUCLEAR INSTRUMENTATION PROVIDES AN INDICATION OFREACTOR POWER AS A PERCENT OF REACTOR POWER. START UP RATEREACTOR TRIP IS GIVEN FROM WIDE RANGE NUCLEAR INSTRUMENTS BETWEEN THE RANGE OF 1E-4% TO 15% POWER. THESE DETECTORS ARE FISSION CHAMBERS WHICH DO NOT GET DEENERGIZED DURINGNORMAL POWER OPERATIONS.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 2Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020021REC VES LEV2SP2112REACTOR VESSEL LEVELREACTOR VESSEL WATER LEVELAINCHESN/AN/AN/AFAPN/AP16RE:USD (REFERENCE UNIQUE SYS DESC)160,151,112,71,50,29,19,

& 10" ABOVE FAPVOID DETECTEDN/AN/AN/AN/AN/A8 HEATED JUNCTION THERMOCOUPLES (HJTC) ARE SPACEDSTRATEGICALLY IN A VACANT CEA SHROUD ASSEMBLY NEAR THEVICINITY OF ONE HOT LEG OUTLET NOZZLE. AS HJTC IS UNCOVERED THE LVL THAT THE REACTOR HEAD IS UNCOVERED IS INDICATED ININCREMENTAL STEPS. THE 1ST HJTC IS 160" FROM TOP OF FUELALIGNMENT PLATE(FAP);

8TH HJTC IS 10" FROM FAP; 5TH HJTC IS 50"FROM FAP WHICH IS THE CENTER LINE OF THE HOT LEGS. HOWPROCESSED:

WHEN LVL DECREASES A VOID IN THE HJTC WILL PROVIDEAN OUTPUT SIGNAL FOR THAT SPECIFIC HJTC POSITION.

PWR Data Point Library Reference FileReport Date:*Page :06-24-2015 3Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Paint ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21TEMP CORE EX2SP2113CORE EXIT TEMPHIGHEST TEMP AT THE CORE EXITADEG FN/A402300N/AN/AP35AVG EACH QUADRANT'S PTS:SHOW HIGH AVGN/AX >= 650N/AN/AN/AN/AN/ACORE EXIT THERMOCOUPLES ARE LOCATED AT THE TOP OF THEINCORE INSTRUMENT DETECTOR ASSEMBLIES WITHIN 35 SELECTEDFUEL ASSEMBLIES.

THESE DETECTORS ARE DIVIDED INTO QUADRANTS AND EACH QUADRANT IS AVERAGED.

THIS POINT IS THE HIGHESTQUADRANT AVG.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 4Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC20021SUB MARGIN2SP3123CORE SUBCOOLED MARGINSATURATION TEMPERATURE-HIGH CETADEGFN/AN/AN/AN/AN/AP37RE: USD (REFERENCE UNIQUE SYS DESC)N/AN/AN/AN/AN/AN/AN/ACORE SUBCOOLED MARGIN IS CALCULATED BY THE SATURATION TEMPERATURE AS DETERMINED FROM PRESSURIZER PRESSURE(SP3120)

MINUS THE CORE EXIT TEMP (SP2113).

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 5Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015002CC21CORE FLOW2F131ARCS TOTAL FLOW OH ATOTAL REACTOR COOLANT FLOWA100% RX COOLANT FLOW = 370,000 GPM-54.35153.68N/AN/AP2N/AN/AN/AN/AN/AN/AN/AN/AREACTOR COOLANT FLOW IS DETERMINED BY THE 0/P ACROSS THESTEAM GENERATORS.

WHERE TOTAL FLOW IS THE SUM OF BOTH LOOPFLOWS.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 6Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21SG LEVEL 1/A2SP3I17ASG LEVEL LOOP 21STEAM GENERATOR 21 WATER LEVELAINCHESN/A-401.063.5N/A0" = 40' ABOVE THE FEED RINGP2AVG OF TWO CHANNELSN/AX>=50 X<=-170N/AN/AN/AN/AWETA LOW LEVEL REACTOR TRIP OCCURS AT -50" AS READ ON THE NARROWRANGE LEVEL DETECTOR.

AFAS WILL ACTUATE AT -170" AS READ ONTHE WIDE RANGE S/G LVL DETECTOR.

POINT ID SP3117A IS A WIDERANGE LVL INDICATOR.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 7Date:Reactor Unit:Data Feeder:NRC EROS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21SG LEVEL 2/B2SP3117BSG LEVEL LOOP 22STEAM GENERATOR 22 WATER LEVELAINCHESN/A-401.063.5N/A0" = 40' ABOVE THE FEED RINGP2AVG OF TWO CHANNELSN/AX>=50 X<z=-170N/AN/AN/AN/AWETA LOW LEVEL REACTOR TRIP OCCURS AT -50' AS READ ON THE NARROWRANGE LEVEL DETECTOR.

AFAS WILL ACTUATE AT -170" AS READ ONTHE WIDE RANGE S/G LVL DETECTOR.

POINT ID 5P3117B IS A WIDERANGE LVL INDICATOR.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 8Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:Ni Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Tem perature Comnpensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21SG PRESS 1/A2SP3116ASG PRESSURE LOOP 21STEAM GENERATOR 21 PRESSUREAPSIAN/A01200N/AN/AP2AVG OF TWO CHANNELSN/AX>=950 X<=703N/AN/AN/AN/AN/AREACTOR TRIP OCCURS AT 703# TO PREVENT EXCESSIVE HEATEXTRACTIONS FROM HIGH STEAM FLOW DUE TO STM LINE RUPTURE ORCOMP FAILURE.

PWR Data Point Library Reference FimeReport Date :Page :06-24-2015 9Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015C020021SG PRESS 2/B2SP3116BSG PRESSURE LOOP 22STEAM GENERATOR 22 PRESSUREAPSIAN/A01200N/AN/AP2AVG OF TWO CHANNELSN/AX>=950 X<=703N/AN/AN/AN/AN/AREACTOR TRIP OCCURS AT 703# TO PREVENT EXCESSIVE HEATEXTRACTIONS FROM HIGH STEAM FLOW DUE TO STM LINE RUPTURE OFCOMP FAILURE.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 10Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC20021MN ED FL 1/A2F1111%FW FLOW TO STEAM GEN. 21STM GEN 21 MAIN FEEDWATER FLOWAKLB/HRN/AN/AN/AN/AN/AP8COMPLEXN/AN/AN/AN/AN/AYN/ATHIS IS A TEMPERATURE COMPENSATED FEED FLOW. 2 STEAM DRIVENMAIN FEED PUMPS EACH CAPABLE OF SUPPLYING FEED WATEREXCEEDING 50% FEED FLOW DEMAND. UPON A MAIN TURBINE TRIP FEEDREG VALVES CLOSE AND FEED REG BYPASS VALVES ARE POSITIONED TO MAINTAIN 5% OF MAIN FEED WATER FLOW WHEN FEED PUMPS ARERUNNING.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 11Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:instrument Failure Mode:Temperature Compensation for OP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020021MN FD FL 2/B2F1121%FW FLOW TO STEAM GEN. 22STM GEN 22 MAIN FEEDWATER FLOWAKLB/HRN/AN/AN/AN/AN/AP8COMPLEXN/AN/AN/AN/AN/AYN/ATHIS IS A TEMPERATURE COMPENSATED FEED FLOW. 2 STEAM DRIVENMAIN FEED PUMPS EACH CAPABLE OF SUPPLYING FEED WATEREXCEEDING 50% FEED FLOW DEMAND. UPON A MAIN TURBINE TRIP FEEDREG VALVES CLOSE AND FEED REG BYPASS VALVES ARE POSITIONED TO MAINTAIN 5% OF MAIN FEED WATER FLOW WHEN FEED PUMPS ARERUNNING.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 12Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020021AX FD FL 1/A2SP311 8AAUX FEED FLOW LOOP 21STM GEN 21 AUXILIARY FW FLOWAGPMN/A01250N/AN/AP2SUM:MTR DRIVEN & TURB DRIVEN PMPS DISCHN/AN/AN/AN/AN/ANN/ATHERE ARE 2 STEAM TURBINE DRIVEN PUMPS AND ONE ELECTRICDRIVEN PUMP. THE TURBINE DRIVEN PUMPS DISCHARGE TO A COMMONHEADER FOR BOTH #21 & #22 STM GENS. THE MOTOR DRIVEN PUMPDISCHARGES TO A SEPARATE HEADER FOR BOTH #21 & #22 STM GENS.BOTH FLOW HEADERS COMBINE TO SUPPLY THE AUX FEED NOZZLE FOREACH STM GEN. THE NORMAL SUPPLY TO AFW PUMP SUCTION IS FROM#12 CONDENSATE STORAGE TANK. ONLY 1 STEAM DRIVEN PUMP ISNORMALLY ALIGNED TO START.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 13Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21AX FD FL 2/B2SP3118BAUX FEED FLOW LOOP 22STM GEN 22 AUXILIARY FW FLOWAGPMN/A01250N/AN/AP2SUM:MTR DRIVEN & TURB DRIVEN PMPS DISCHN/AN/AN/AN/AN/ANN/ATHERE ARE 2 STEAM TURBINE DRIVEN PUMPS AND ONE ELECTRICDRIVEN PUMP. THE TURBINE DRIVEN PUMPS DISCHARGE TO A COMMONHEADER FOR BOTH #21 & #22 STM GENS. THE MOTOR DRIVEN PUMPDISCHARGES TO A SEPARATE HEADER FOR BOTH #21 & #22 STM GENS.BOTH FLOW HEADERS COMBINE TO SUPPLY THE AUX FEED NOZZLE FOREACH STM GEN. THE NORMAL SUPPLY TO AFW PUMP SUCTION IS FROM#12 CONDENSATE STORAGE TANK. ONLY 1 STEAM DRIVEN PUMP ISNORMALLY ALIGNED TO START.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 14Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum instrument Range:Maximum instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm /Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21HL TEMP 1/A2SP0106ATHOT LOOP 21STM GEN 21 INLET TEMPERATURE A0DEG FN/A50700N/AN/AP2AVG OF TWO CHANNELSN/AN/AN/AN/AN/AN/AN/ATHOT IS THE COOLANT TEMPERATURE MEASURED AT THE INLET TO THESTEAM GEN. THOT PROVIDES INPUT TO THE SUBCOOLED MARGINMONITOR AND THE THERMAL MARGIN/LOW PRESSURE (TM/LP) CIRCUITFOR A TOTAL POWER CALCULATION IN THE REACTOR PROTECTION SYSTEM.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 15Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015002CC21HL TEMP 2/B2SP0106BTHOT LOOP 22STM GEN 22 INLET TEMPERATURE ADEGFN/A50700N/AN/AP2AVG OF TWO CHANNELSN/AN/AN/AN/AN/AN/AN/ATHOT IS THE COOLANT TEMPERATURE MEASURED AT THE INLET TO THESTEAM GEN. THOT PROVIDES INPUT TO THE SUBCOOLED MARGINMONITOR AND THE THERMAL MARGIN/LOW PRESSURE (TM/LP) CIRCUITFOR A TOTAL POWER CALCULATION IN THE REACTOR PROTECTION SYSTEM.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 16Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC20021CL TEMP 1/A2SP3113ATCOLD LOOP 21STM GEN 21 OUTLET TEMPERATURE ADEGFN/A50700N/AN/AP3AVG OF TWO CHNLS (AUCTIONEERED:WR OR NR)N/AX>=560 X<=525N/AN/AN/AN/AN/ATHE ALARM/TRIP SET POINTS SUPPLIED ABOVE ARE SPDS ALARM SETPOINTS. TCOLD PROVIDES CONTROL ROOM AND AUX SHUTDOWN PANELINDICATION.

TCOLD ALSO SUPPLIES SIGNALS TO THE SUBCOOLED MARGIN MONITOR AND THE THERMAL MARGIN/LOW PRESSURE (TM/LP)CIRCUIT FOR TOTAL POWER CALCULATION IN THE REACTORPROTECTION SYSTEM. AS A DNB PARAMETER TCOLD IS REQUIRED TOBE LESS THAN 548 DEG WITH 4 REACTOR COOLANT PUMPS RUNNING.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 17Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020021CL TEMP 2/B2SP311 3BTCOLD LOOP 22STM GEN 22 OUTLET TEMPERATURE ADEGFN/A50700N/AN/AP3AVG OF TWO CHNLS (AUCTIONEERED:WR OR NR)N/AX>=560 X<=525N/AN/AN/AN/AN/ATHE ALARM/TRIP SET POINTS SUPPLIED ABOVE ARE SPDS ALARM SETPOINTS. TCOLD PROVIDES CONTROL ROOM AND AUX SHUTDOWN PANELINDICATION.

TCOLD ALSO SUPPLIES SIGNALS TO THE SUBCOOLED MARGIN MONITOR AND THE THERMAL MARGIN/LOW PRESSURE (TM/LP)CIRCUIT FOR TOTAL POWER CALCULATION IN THE REACTORPROTECTION SYSTEM. AS A DNB PARAMETER TCOLD IS REQUIRED TOBE LESS THAN 548 DEG WITH 4 REACTOR COOLANT PUMPS RUNNING.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 18Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015002CC21RCS PRESSURE2SP3120PRESSURIZER PRESSUREREACTOR COOLANT SYSTEM PRESSUREAPSIAN/A04000N/AN/AP2AVG OF TWO CHANNELSN/AX >= 2400 X.<= 1740N/AN/AN/AN/AN/AREACTOR COOLANT PRESSURE IS THE AVERAGE OF 2 WIDE RANGEPRESSURIZER PRESSURE DETECTORS.

THE SAFETY VALVES ARE SETTO OPEN AT 2500#. HIGH PRESSURE REACTOR TRIP OCCURS AT 2400#.PORVS OPEN AT 2400 PSIA ON A REACTOR TRIP FROM HIGH PRESSURE.

SPRAY VALVE SETPOINT IS DEPENDENT ON CONTROLLER SETPOINT.

BOTH SPRAY VALVES CLOSE AT 2300 PSIA. ESFAS ACTUATION ISINITIATED AT 1740#.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 19Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015002CC21PRZR LEVEL2SP2109PRESSURIZER LEVELPRIMARY SYSTEM PRESSURIZER LEVELAINCHESN/A0360RE: USDN/AP2AVG OF TWO CHANNELSN/AX>=305 X<=50N/AN/AN/AN/AWETPRESSURIZER LEVEL IS NORMALLY CONTROLLED IN A BAND BETWEEN160" TO 216" DURING NORMAL POWER OPERATIONS.

PRESSURIZER HEATERS CUTOUT AT A LEVEL OF 101" IN THE PRESSURIZER.

PRESSURIZER HEATERS WILL START TO BE UNCOVERED AT APPROX 84'OF INDICATED LEVEL. ZERO REFERENCE POINT: BOTTOM OFPRESSURIZER.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 20Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21RCS CHG/MU2SPl114CHG PUMP FLOWPRIMARY SYSTEM CHARGING/MAKEUP FAGPMN/A0150N/AN/AS1RE:USD (REFERENCE UNIQ SYS DESC)N/AN/AN/AN/AN/ANN/ATHERE ARE 3 CHARGING PUMPS THAT ARE RATED TO SUPPLY 44 GPMEACH TO THE RCS (REACTOR COOLANT SYSTEM).

CHARGING PUMP #23CAN BE POWERED FROM ONE OF TWO BUSSES #21 OR #24. WHICH MUSTBE MANUALLY SELECTED BY A 'KIRK" KEY INTERLOCK SCHEME.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 21Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units /Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020021HP SI FLOW2SP2115HPSI FLOWHIGH PRESSURE SAFETY INJECTION FAGPMN/A01600N/AN/AP4SUM OF FLOW LOOPS 21A, 21B, 22A, 22BN/AN/AN/AN/AN/ANN/A3 HIGH PRESSURE SAFETY INJECTION PUMPS DELIVER EMERGENCY COOLANT TO ALL FOUR COLD LEGS. SHUTOFF HEAD PRESSURE IS 1275PSIA. ONLY TWO PUMPS WILL START. 22 HPSI IS MAINTAINED IN PULL TOLOCK. 2 INDEPENDENT SUCTION HEADERS SUPPLY WATER FROM THEREFUELING WATER TANK UNTIL THE TANK IS DOWN TO 10% FULL. AFTERTHE RWT IS DOWN TO 10% FULL THE HPSI LINE IS CHANGED TOPROVIDE SUCTION FROM THE CONTAINMENT SUMP.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 22Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC20021LP SI FLOW2SP2116LPSI FLOWLOW PRESSURE SAFETY INJECTION FLAGPMN/A08000N/AN/AS1INSTRUMENT VALUEN/AN/AN/AN/AN/AN/A2 LOW PRESSURE SAFETY INJECTION PUMPS SUPPLY LOW HEAD/HIGH VOLUME COOLANT TO THE COLD LEGS. EACH LPSI PUMP TAKES ASUCTION OFF A SEPARATE HEADER FROM THE RWT. DURINGRECIRCULATION MODE (APPROX 36 MIN AFTER A D.B.A.) THE LPSI PUMPSARE SHUT DOWN AND THE HPSI PUMPS TAKE SUCTION FROM THECONTAIMENT SUMP TO RECIRCULATE WATER THROUGH THE SYSTEM.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 23Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Paint

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for VP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21CTMNT SMP WR2SP4112CNTMT LEVELCONTAINMENT SUMP WIDE RNG LEVELAINCHESN/A0120N/AN/AP2AVG OF TWO CHANNELSN/AN/AN/AN/AN/AN/AN/ATHE CONTAINMENT EMERGENCY SUMP PROVIDES ADEQUATE NPSH TOBOTH HPSI AND CONTAINMENT SPRAY PUMPS WHEN IN THERECIRCULATION MODE. TWO 24" DIAMETER RECIRC LINES SUPPLYWATER TO THE CONTAINMENT SPRAY AND SAFETY INJECTION SYSTEM.THE SUMP IS COVERED WITH A METAL GRATING TO PREVENT DEBRISFROM ENTERING THE SUMP.

Data Point Library Reference FileReport Date :Page :06-24-2015 24Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21EFF GAS RAD2R54151WR EFF MONITORRADIOACTIVITY OF RELEASED GASSESAUCI/SECN/A1E11E13N/AN/ASINVERSE LOG OF INSTRUMENT VALUEN/AN/AN/AN/AN/AN/AN/ATHE EFFLUENT GAS RADIATION MONITOR MEASURES MAIN VENT STACKEFFLUENT GROSS ACTIVITY.

3 CHANNELS:

LOW, MEDIUM, & HIGH AREUSED TO PROVIDE AN OUTPUT TO A FOURTH PSEUDO CHANNEL.

THERANGE OF ACTIVITY DETECTED DETERMINES WHICH CHANNEL (L,M,H) ISSELECTED.

THE OUTPUT OF THE FOURTH CHANNEL COMBINES GASIOUSFLOW WITH THE MEASURED ACTIVITY TO PROVIDE THE EFFECTIVE EFFLUENT GROSS ACTIVITY.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 25Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum instrument Range:Maximum instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:N umber of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020021EFF LIQ RAD2SP6120LIQUID WASTE RADRADIOACTIVITY OF RELEASED LIQUIDACPMN/A1E11E6N/AN/AP3INVERSE LOG OF INSTRUMENT VALUEN/AX >= 4.21 E5N/AN/AN/AN/AN/ALIQUID WASTE PROCESSING MONITORS THE COMMON DISCHARGE HEADER FROM REACTOR COOLANT WASTE PROCESSING AND MISCWASTE PROCESS.

50000 CPM WILL AUTOMATICALLY CLOSE 2DISCHARGE VALVES 0-CV-2201

& 0-CV-2202 TO ISOLATE FLOW TO THECIRCULATION WATER DISCHARGE CONDUITS.

ALARM LIMIT GIVEN INALARM/TRIP SET POINT IS THE SPDS ALARM LIMIT.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 26Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Paint

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020C21COND A/E RAD2SP6117OFF GAS RADCONDENSER AIR EJECTOR RADIOACTIV AGPDN/A0250N/AN/AP4REFERENCE UNIQUE SYSTEM DESCRIPTION N/AX >= 5N/AN/AN/AN/AN/ATHE CONDENSER AIR EJECTOR DISCHARGE MONITOR INCLUDES FOURRADIATION SENSORS.

ONE SENSOR IS INSTALLED IN THE SUCTION SIDEOF EACH OF THE FOUR CONDENSER AIR REMOVAL PUMPS. OUTPUTSIGNALS ARE DISPLAYED IN THE CONTROL ROOM. THE AUCTIONEERED HIGH SIGNAL IS CONVERTED FROM CPM TO GALLONS PER DAY (GPO)AND IS USED AS AN EARLY INDICATION OF A PRIMARY TO SECONDARY LEAK THROUGH THE S/G TUBES.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 27Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Paint ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units /Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21CNTMNT RAD2SP6121CNTMT RADRADIATION LEVEL IN CONTAINMENT AR/H RN/A1E8N/AN/AP2AVG OF TWO CHANNELSN/AX >=6N/AN/AN/AN/AN/ATHESE CONTAINMENT RADIATION MONITORS MEASURE GAMMARADIATION LEVELS IN CONTAINMENT UNDER ACCIDENT CONDITIONS.

THE DETECTORS ARE LOCATED AT THE 73-FOOT LEVEL AND AREPLACED NEAR THE PRESSURIZER AND #21 STEAM GEN.

PWR Data Point Library Reference FileReport Date :Page :06-24-20 1528Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm /Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020021RCS LTDN RAD2R5202!PROCESS RAD MONITORRAD LEVEL OF RCS LETDOWN LINEAKCPMN/A1 E-21E3N/AN/AS1INVERSE LOG OF INSTRUMENT VALUEN/AN/AN/AN/AN/AN/AN/ATHE CVCS LTDN RAD MONITOR IS INSTALLED IN THE LET DOWN LINE TOMONITOR GROSS REACTOR COOLANT ACTIVITY INDICATING APOTENTIAL FUEL ELEMENT FAILURE.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 29Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020021MAIN SL 1/A2R5421 !MAIN STM RAD LP 21STM GEN 21 STEAM LINE RAD LEVELAuCi/ccN/A1 E-21 E5N/AN/AS1INVERSE LOG OF INSTRUMENT VALUEN/AN/AN/AN/AN/AN/AN/ATHE MAIN STEAM EFFLUENT RADIATION DETECTORS MONITOR FORNOBLE GASSES WITHIN THE MAIN STEAM LINE. THE MONITORS ARELOCATED ON THE 27-FOOT LEVEL OF THE AUX BUILDING IN THE MSIVROOM.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 30Date:Reactor Unit:Data Feeder:NRC EROS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for OP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015002CC21MAIN SL 2/B2R5422!MAIN STM RAD LP 22STM GEN 22 STEAM LINE RAD LEVELAuCi/ccN/A1 E-21 E5N/AN/ASINVERSE LOG OF INSTRUMENT VALUEN/AN/AN/AN/AN/AN/AN/ATHE MAIN STEAM EFFLUENT RADIATION DETECTORS MONITOR FORNOBLE GASSES WITHIN THE MAIN STEAM LINE. THE MONITORS ARELOCATED ON THE 27-FOOT LEVEL OF THE AUX BUILDING IN THE MSIVROOM.

PWR Data Point Library Reference FileReport Date : 06-24-2015 Page : 31Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC20021SG BD RAD 1A2R401 4!STM GEN BLOWDOWN ACTIVITYSTM GEN 21 BLOWDOWN RAD LEVELACPMN/A1E11E6N/AN/ASINVERSE LOG OF INSTRUMENT VALUEN/AX >= 5E4N/AN/AN/AN/AN/ATHIS DETECTOR MONITORS A SMALL PORTION OF THE STM GENBLOWDOWN TO PROVIDE OPERATORS WITH AN EARLY INDICATION OFSTM GEN U-TUBE LEAKAGE.

ACTUATION OF THE HIGH ALARMAUTOMATICALLY SHUT THE SURFACE BLOWDOWN AND THE BOTTIOMBLOWDOWN ISOLATION VALVES. OF BOTH #11 & #12 STEAMGENERATORS THIS MONITOR IS IN THE LINE OF THE BLOWDOWN TANKAND IS COMMON TO BOTH STM GEN.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 32Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Paint ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21CTMNT PRESS2SP411 0CNTMT PRESSURECONTAINMENT PRESSUREAPSIGN/A-5150N/AN/AP3AVG OF TWO CHNLS (AUCTIONEERED:WR OR NR)N/AX >= 2.8N/AN/AN/AN/AN/ATHERE ARE A TOTAL OF 3 CONTAINMENT PRESSURE INDICATORS.

TWOPROVIDE WIDE RANGE PRESSURE INDICATION,

-5 TO +150 AND 0 TO 150PSIG, FOR POST ACCIDENT MONITORING.

THE THIRD INDICATOR IS ANARROW RANGE IND1CATION

-5 TO +5 PSIG WHICH PROVIDESCONTAINMENT DIFFERENTIAL PRESSURE.

ACTUATIONS OCCUR: CIS @2.8 PSlG; CSAS @ 4.25 PSIG; SIAS @ 2.8 PSIG; RPS @ 2.4 PSlG.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 33Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21CTMNT TEMP2SP4tl 1CNTMT TEMPERATURE CONTAINMENT TEMPERATURE AD EGFN/A50300N/AN/AP2AVG OF TWO CHANNELSN/AX >= 220N/AN/AN/AN/AN/ATHERE ARE 2 CONTAINMENT TEMP DETECTORS.

ONE MEASURES DOMETEMP, ANOTHER MEASURES THE REACTOR CAVITY TEMP. BOTH OFTHESE PROVIDE INDICATION TO THE CONTROL ROOM OPERATORS.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 34Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm / Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020021BWST LEVEL2SP2RWLVL REFUELING WATER TANK LEVELBORATED WATER STORAGE TANK LEVELAFEETN/A040TNKBOTRE:USD (REFERENCE UNIQ SYS DESC)P2WR SENSOR WHEN OUTSIDE NR SENSOR BANDN/AN/AN/AN/AN/AN/AWETTHE REFUELING WATER TANK SUPPLIES 2300-2700 PPM BORATEDWATER TO THE SAFETY INJECTION SYSTEM AND ALSO SUPPLIES WATERFOR USE DURING REFUELING.

TANK CAPACITY IS 420,000 GALS. AT 2.5FEET THE SAFETY INJECTION LINE-UP IS SWITCHED TO THERECIRCULATION MODE. THIS LEVEL IS EQUAL TO APPROX 10% OF TANKVOLUME.

PWR Data Point Library Reference FileReport Date :Page :06-24-2015 35Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Paint ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units / Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm /Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020021WIND SPEED2WS60#15SM WIND SPEED 60 METER 15 MINUTE AVGWIND SPEED AT REACTOR SITEAM/SN/A050N/AN/ASN/N/AX >= 22N/AN/ALOWN/AN/AWIND SPEED INDICATION IN METERS PER SECOND TO PLANT COMPUTERIS SUPPLIED FROM THE PRIMARY MET TOWER LOCATED ON SITE. 60METER ELEVATION PWR Data Point Library Reference FileReport Date :Page :06-24-2015 36Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units!/ Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Paint NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21WIND DIR2WD60#15M WIND DIRECTION 60 METER 15 MINUTE AVGWIND DIRECTION AT REACTOR SITEADEGN/A0360N/AN/ASN/N/AN/AN/AN/A0 DEGREES (NORTH)N/AN/AWIND DIRECTION TO PLANT COMPUTER IS SUPPLIED FROM THEPRIMARY MET TOWER ON SITE. 60 METER ELEVATION

-w1PWR Data Point Library Reference FileReport Date :Page :06-24-2015 37Date:Reactor Unit:Data Feeder:NRC EROS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC20021WIND SPEED2WS10#15M WIND SPEED 10 METER 15 MINUTE AVGWIND SPEED AT REACTOR SITEAM/SN/A050N/AN/AS1N/AN/AX >= 22N/AN/ALOWN/AN/AWIND SPEED INDICATION IN METERS PER SECOND TO PLANT COMPUTERIS SUPPLIED FROM THE PRIMARY MET TOWER LOCATED ON SITE. 10METER ELEVATION PWR Data Point Library Reference FileReport Date :Page :06-24-2015 38Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic / Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for OP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015CC2CC21WIND DIR2WD1 0#15MWIND DIRECTION 10 METER 15 MINUTE AVGWIND DIRECTION AT REACTOR SITEADEGN/A0360N/AN/AS1N/AN/AN/AN/AN/A0 DEGREES (NORTH)N/AN/AWIND DIRECTION TO PLANT COMPUTER IS SUPPLIED FROM THEPRIMARY MET TOWER ON SITE. 10 METER ELEVATION PWR Data Point Library Reference FileReport Date :Page :06-24-2015 39Date:Reactor Unit:Data Feeder:NRC EROS Parameter:

Point ID:Plant Specific Point

Description:

Generic 1 Condition

==

Description:==

Analog / Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm /Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for OP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/2015002CC2 1ATMOSPHERIC STABILITY 2MMS_DTASTB WIND STABILITY BASED ON DELTA TEMP (A)AIR STABILITY AT REACTOR SITEAN/AN/A0 (A)6 (G)N/AN/APCOMPLEXN/AN/AN/AN/AN/AN/AN/AATMOSPHERIC STABILITY BASED ON DELTA T (60 METER TEMPERATURE MINUS 10 METER TEMPERATURE, CHANNEL A). CALCULATED ON THEPLANT COMPUTER.

VALUES 0 TO 6 CORRESPOND TO STABILITY CLASSES A (EXTREMELY UNSTABLE)

TO G (EXTREMELY STABLE).

0=A,I=B, 2=C, 3=D, 4=E, 5=F, 6=G PWR Data Point Library Reference FileReport Date :Page :06-24-2015 40Date:Reactor Unit:Data Feeder:NRC ERDS Parameter:

Point ID:Plant Specific Point

Description:

Generic I Condition

==

Description:==

Analog I Digital:ENGR Units I Digital States:ENGR Units Conversion:

Minimum Instrument Range:Maximum Instrument Range:Zero Point

Reference:

Reference Point NotesProc or Sens:Number of Sensors:How Processed:

Sensor Locations Alarm I Trip Setpoints:

NI Detector PowerSupply Cut-Off Power Level:NI Detector PowerSupply Turn-on Power Level:Instrument Failure Mode:Temperature Compensation for DP Transmitters:

Level Reference Leg:Unique System

Description:

5/4/20150020021ATMOSPHERIC STABILITY 2MMS_S60STB 60 METER WIND STABILITY

-SIGMA-THETA AIR STABILITY AT REACTOR SITEAN/AN/A0 (A)6 (G)N/AN/APCOMPLEXN/AN/AN/AN/AN/AN/AN/AATMOSPHERIC STABILITY BASED ON SIGMA-THETA.

CALCULATED ONTHE PLANT COMPUTER.

VALUES 0 TO 6 CORRESPOND TO STABILITY CLASSES A (EXTREMELY UNSTABLE)

TO G (EXTREMELY STABLE).

0=A,1=B, 2=C, 3=D, 4=E, 5=F, 6=G