ML17309A474

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Forwards Emergency Response Data Sys (ERDS) Data Point Library Sheets.Requests That NRC Provide Computer Modem for PPCS No Later than 920501,in Order to Meet Scheduled Installation Date for Hardware
ML17309A474
Person / Time
Site: Ginna Constellation icon.png
Issue date: 02/28/1992
From: Mecredy R
ROCHESTER GAS & ELECTRIC CORP.
To: Andrea Johnson
NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM), Office of Nuclear Reactor Regulation
References
NUDOCS 9203040295
Download: ML17309A474 (138)
v • d • e


Text

ACCELERATED DISTRJBUTION DEMONSTPWTION SYSTEM

~ ~

REGULRTO INFORMATION DISTRIBUTZO~STEM (RIDE)

ACCESSION NBR:9203040295 DOC.DATE: 92/02/28 NOTAR1ZED: NO DOCKET FACIL:(~ P AUTH.RAME ff AUTHOR AFFILIATION MECREDY,R.C. Rochester Gas a Electric Corp.

RECIP.NAME RECIPIENT AFFILIATION JOHNSON,A.R. Project Directorate I-3

SUBJECT:

Forwards Emergency Response Data Sys (ERDS) Data Point Library sheets. Requests that NRC provide computer modem for PPCS no later than 920501,in order to meet scheduled installation date for hardware.

DISTRIBUTION CODE: A001D COPIES RECEIVED:LTR ENCL SIZE:

TITLE: OR Submittal: General Distribution NOTES: g~ ~/PIgi~+~MP P~yg~

RECIPIENT COPIES RECIPIENT COPIES ID CODE/NAME LTTR ENCL ID CODE/NAME LTTR ENCL LA 1 1 PD 1 1 PM 2 2 INTERNAL: NRR/DET/ECMB 7D 1 1 NRR/DET/ESGB 1 1 NRR/DOEA/OTSBll 1 1 NRR/DST 8E2 1 1 NRR/DST/SELB 7E 1 1 NRR/DST/SICB8H7 1 1 NRR/DST/SRXB 8E 1 1 NUDOCS-ABSTRACT 1 1 1 0 OGC 1 0 REG F~IL 01 1 1 RES/DSIR/EIB 1 1 EXTERNAL: NRC PDR 1 1 NSIC 1 1 NOTE TO ALL "RIDS" RECIPIENTS:

PLEASE HELP US TO REDUCE WASTE! CONTACT THE DOCUMENT CONTROL DESK.

ROOM Pl-37 (EXT. 20079) TO ELIMINATEYOUR NAME FROM DISTRIBUTION LINIS FOR DOCUMENTS YOU DON'T NEED!

TOTAL NUMBER OF COPIES REQUIRED: LTTR 18 ENCL 16

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I I/ fdPIII ROCHESTER GAS AND ELECTRIC CORPORATION o 89 EAST AVENUE ROCHESTER N.Y. 14649-0001 ROBERT C MECREDY TELEPSSONE Vice President AitEACODE 716 546.2700 Cinna Nuclear Production February 28, 1992 U.S. Nuclear Regulatory Commission Document Control Desk Attn: Allen R. Johnson Project Directorate I-3 Washington, D.C. 20555

Subject:

Emergency Response Data System (ERDS)

Submittal of Data point Library (DPL) Sheets R.E. Ginna Nuclear Power Plant Docket No. 50-244 Ref. (a) Letter from R. C. Mecredy, RG&E, to Allen Johnson, NRC,

Subject:

Response to Emergency ResponseData System (ERDS), dated 10/28/91 (b) NUREG-1394, Rev. 1, Emergency Response Data System Implementation, June 1991

Dear Mr. Johnson:

Enclosed are the Emergency Response Data System (ERDS) Data Point Library (DPL) sheets for the parameters selected by RG&E as indicated in our reference (a) submittal.

The data points have been selected using Appendix I of Reference (b). DPL sheets for all of the applicable parameters listed in Appendix E of reference (b) have been included. Other data points have also been included based upon consistency with our existing Plant 'Process Computer System (PPCS).

Attachment A provides an index of the parameters for which DPL sheets are provided. DPL sheets have been prepared using the format shown on page C-3 of reference (b).

In order to meet our scheduled installation date for hardware (IDI9 on attachment 1 to ref. (a)), we request that NRC provide the computer modem for the PPCS no later than May 1, 1992.

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If you have any questions contact us.

relative to this information, please Very truly yours, Robert C. Mecredy GAH/213 xc: Mr. Allen R. Johnson (Mail Stop 14D1)

Project Directorate I-3 Washington, D.C. 20555 U.S. Nuclear Regulatory Commission Region I 475 Allendale Road King of Prussia, PA 19406 Ginna Senior Resident Inspector

.J ATTACHMENT A Index of Data Point Library Reference File (Plant Spec. Point Desc.)

Reactivit Control AVERAGE NUCLEAR POWER INTERMEDIATE RANGE DETECTOR N-35 INTERMEDIATE RANGE DETECTOR N-36 SOURCE RANGE DETECTOR N-31 Core Coolin REACTOR VESSEL AVERAGE LEVEL HOTTEST INCORE TC TEMPERATURE INCORE TC SUBCOOLED MARGIN REACTOR COOLANT LOOP A AVG FLOW REACTOR COOLANT LOOP B AVG FLOW A

Steam Generators STM GEN A WIDE RNG AVERAGE LEVEL STM GEN B WIDE RNG AVERAGE LEVEL STEAM GEN A AVERAGE PRESSURE STEAM GEN B AVERAGE PRESSURE STM GEN A AVERAGE FEEDWATER FLOW

, STM GEN B S/G A S/G B

.RCL- A AVERAGE FEEDWATER FLOW TOTAL AUX FEEDWATER FLOW TOTAL AUX FEEDWATER FLOW HOT LEG -TEMPERATURE RCL B HOT LEG TEMPERATURE RCL A COLD LEG TEMPERATURE RCL B COLD LEG TEMPERATURE RCS Inte rit REACTOR COOLANT SYSTEM AVG PRESSURE PRESSURIZER AVERAGE LEVEL TOTAL CHARGING FLOW SAFETY INJECTION LOOP A AVG FLOW SAFETY INJECTION LOOP B AVG FLOW RESIDUAL HEAT REMOVAL LOOP FLOW CONTAINMENT SUMP A AVERAGE LEVEL SUMP B LEVEL 214 INCHES (TRAIN A)

SUMP B LEVEL 180 INCHES (TRAIN A)

SUMP B LEVEL 113 INCHES (TRAIN A)

SUMP B LEVEL 78 INCHES (TRAIN A)

SUMP B LEVEL 8 INCHES (TRAIN A)

SUMP B LEVEL 214 INCHES (TRAIN B)

SUMP B LEVEL 180 INCHES (TRAIN B)

SUMP B LEVEL*113 INCHES (TRAIN B)

SUMP B LEVEL 78 INCHES (TRAIN B)

SUMP B LEVEL 8 INCHES (TRAIN B)

Radioactivit Control LIQUID WASTE DISPOSAL MONITOR

.AREA 29 CONTAINMENT HIGH RANGE 9203040295 'V VENT CHAN 5 LOW RANGE GAS

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CV VENT CHAN 7 MID RANGE GAS CV .VENT CHAN 9 HIGH RANGE GAS PLANT VENT CHAN 5 LOW RANGE GAS PLANT VENT CHAN 7 MID RANGE GAS PLANT VENT CHAN 9 HIGH RANGE GAS AREA 2 - CONTAINMENT AREA 9 LETDOWN LINE MONITOR AIR EJECTOR CHAN 5 LOW RANGE GAS AIR EJECTOR CHAN 7 MID RANGE GAS AIR EJECTOR CHAN 9 HI RANGE GAS AREA 31 STEAM LINE A (SPING)

AREA 32 STEAM LINE B (SPING)

STEAM GENERATOR BLOWDOWN DRAIN Containment Conditions CONTAINMENT: AVERAGE PRESSURE CV BASEMENT LEVEL 6 FT TEMP 83 CV INTERMEDIATE LVL 6 FT TEMP 57 CV OPERATING LEVEL 6 FT TEMP 517 CV HYDROGEN CONCENTRATION Miscellaneous Parameters REFUELING WATER STORAGE TANK LVL 33 FOOT LEVEL WIND SPEED 33 FOOT LEVEL WIND DIRECTION 33 FOOT LEVEL TEMPERATURE 250 FOOT LEVEL TEMPERATURE 250 TO 33 FOOT LEVEL DELTA'EMP

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Rochester Gas & Electric Corporation Emergency Response Data 8ystem Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: NI POWER RANGE
5) Plant Point ID: NP
6) Plant Specific Point

Description:

AVERAGE NUCLEAR POWER

7) Generic/Condensed

Description:

NUCLEAR INSTRUMENTS POWER RANGE

8) Analog/Digital:
9) Engineering Units or Digital States:
10) Engineering. Units Conversion: NONE
11) Min. Inst. Range:
12) Max. Inst. Range: 120
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: NIS TUBES-CONTAINMENT REACTOR CAVITY
19) Alarm/Trip Setpoints: 108%
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

~ L Rochester Gas 6 Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Units GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: NI INTER RNG
5) Plant Point IDs N36
6) Plant Specific Point

Description:

INTERMEDIATE RANGE DETECTOR N-36

7) Generic/Condensed

Description:

NUCLEAR INSTRUMENTS INTER RANGE

8) Analog/Digital:
9) Engineering Units or Digital States: AMPS
10) Engineering Units Conversion: N A
11) Min. Inst. Range: 1.0E-11
12) Max. Inst. Range: 9.9E-4
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensors
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: NIS TUBES-CONTAINMENT REACTOR CAVITY
19) Alarm/Trip Setpointss 2.5E-4
20) NI Detector Power Supply Cut-off Power Levels 10E-10
21) NI Detector Power Supply Turn-on Power Levels SE-11
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitterss N A
24) Level Reference Legs N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: NI SOURCE RANGE
5) Plant Point IDs N31
6) Plant Specific Point Descriptions SOURCE RANGE DETECTOR N-31
7) Generic/Condensed

Description:

NUCLEAR INSTRUMENTS SOURCE RANGE

8) Analog/Digital:
9) Engineering Uni.ts or Digital States: CPS
10) Engineering Units Conversion: N A
11) Min. Inst. Range: .1.0E+0
12) Max. Inst. Range: 1.0E+6
13) Zero Point Ref.s N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: NIS TUBES-CONTAINMENT REACTOR CAVITY
19) Alarm/Trip Setpointss 1E+5
20) NI Detector Power Supply Cut-off Power Levels 10E-10
21) NI Detector Power Supply Turn-on Power Level: SE-11
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Legs N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: REAC VES LEV
5) Plant Point ID: LRV
6) Plant Specific Point

Description:

REACTOR VESSEL AVERAGE LEVEL

7) Generic/Condensed

Description:

REACTOR VESSEL WATER LEVEL

8) Analog/Digital:
9) Engineering Units or Digital States:
10) Engineering -Units Conversion: 1% = 4.69 INCHES
11) Min. Inst. Range:
12) Max. Inst. Range: 160
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: CONTAINMENT BASEMENT LEVEL
19) Alarm/Trip Setpoints: 9E+1
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: WET
25) Unique System Descript.: N A

i Aw Roohester Gas 8 Electrio Corporation Emergency Response Data System Data Point Library (DPL)

1) Dates 2 22 92
2) Reactor Unit: OI1 Oinna
3) Data Feeders N A
4) NRC ERDS Parameter: TEMP CORE EX
5) Plant Point IDs TCMAX
6) Plant Specific Point

Description:

HOTTEST INCORE TC TEMPERATURE

7) Generic/Condensed

Description:

HOTTEST TEMPERATURE AT CORE EXIT

8) Analog/Digital:

'9) -Engineering Units or Digital States: DEGF

10) Engineering Units Conversion: N A
11) Min. Inst. Range:
12) Max. Inst. Range: 2300
13) Zero Point Ref.s N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensorss 36
17) How Processed: HOTTEST OF 36 INCORE TC'S
18) Sensor Locations: INSIDE REACTOR VESSEL
19) Alarm/Trip Setpointss TSAT
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Modes N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: SUB MARGIN
5) Plant Point ID: TSUBTC
6) Plant Specific Point

Description:

INCORE TC SUBCOLLED MARGIN

7) Generic/Condensed

Description:

SATURATION TEMP-HIGHEST CET

8) Analog/Digital:
9) Engineering Units or Digital States: DEGF "10) Engineering Units Conversion: N A
11) Min. Inst. Range: -1.0E+3
12) Max. Inst. Range: 1.0E+3
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: D F
18) Sensor Locations: CETS:INSIDE REAC VESSEL RCS PRESS:CV INT LEVEL
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CORE FLOW
5) Plant Point ID: FRCLA
6) Plant Specific Point

Description:

REACTOR COOLANT LOOP A AVG FLOW

7) Generic/Condensed

Description:

TOTAL REACTOR COOLANT FLOW

8) Analog/Digital:

' "9-) ""Engineer ing,Units or Digital States:

10) Engineering Units Conversion: 1% = 900 GPM
11) Min. Inst. Range:

12).Max. Inst. Range: 110

13) Zero Point Ref.:, N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: CONTAINMENT BUILDING
19) Alarm/Trip Setpoints: 9.07E+1
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas 6 Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CORE FLOW
5) Plant Point ID: FRCLB
6) Plant Specific Point

Description:

REACTOR COOLANT LOOP B AVG FLOW

7) Generic/Condensed

Description:

TOTAL REACTOR COOLANT FLOW

8) Analog/Di.gital:
9) Engineering Units or Digital States!
10) Engineering Units Conversion: 1% = 900 GPM
11) Min. Inst. Range:
12) Max. Inst. Range: 110
13) Zero Point Ref.: N A
14) Ref. Point Notes: ,N A
15) Process or Sensors
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: CONTAINMENT BUILDING
19) Alarm/Trip Setpoints: 9.07E+1
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Modes N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unigue System Descri pt.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library tDPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: SG LEVEL 1 A
5) Plant Point ID: LSGAWIDE
6) Plant Specific Point

Description:

STM GEN A WIDE RNG AVERAGE LEVEL

7) Generic/Condensed

Description:

STEAM GENERATOR A WATER LEVEL

8) Analog/Digital:
9) 'Engineering Units or Digital States: INCHES

.10)'Engineering Units Conversion: 1% = 5.18 1NCHES

11) Min. Inst. Range:
12) Max. Inst. Range: 520
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: . ANG
18) Sensor Locations: CONTAINMENT BASEMENT
19) Alarm/Trip Setpoints: 4.68E+2
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: WET
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: SG LEVEL 2 B
5) Plant Point ID: LSGBWIDE
6) Plant Specific Point

Description:

STM GEN B WIDE RNG AVERAGE LEVEL

7) Generic/Condensed Descriptions STEAM GENERATOR B WATER LEVEL
8) Analog/Digital:
9) Engineering Units or Digital States: INCHES
10) Engineering Units Conversion: 1% = 5.18 INCHES
11) Min. Inst. Ranges
12) Max. Inst. Range: 520
13) Zero Point Ref.: ,N A
14) Ref. Point Notes: N A
15) Process or Sensor: .P
16) Number of Sensors:
17) How Processed: . . AVG
18) Sensor Locations: CONTAINMENT BASEMENT
19) Alarm/Trip Setpoints: 4.68E+2
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: WET
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Units GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: SG PRESS 1 A
5) Plant Point ID> PSGA
6) Plant Specific Point

Description:

STEAM GEN A AVERAGE PRESSURE

7) Generic/Condensed

Description:

STEAM GENERATOR A PRESSURE

8) Analog/Digital:

9)'Engineering Units or Digital States: PSIG

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -1.4E+3 12),Max. Inst. Range: 1.4E+3
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: INTERMEDIATE BUILDING
19) Alarm/Trip Setpoints: 5.14E+2
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensati.on for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: SG PRESS 2 B
5) Plant Point ID: PSGB
6) Plant Specifi.c Point

Description:

STM GEN B AVERAGE PRESSURE

7) Generic/Condensed

Description:

STEAM GENERATOR B PRESSURE

8) Analog/Digital:
9) .Engineering Units or Digital States: PSIG
10) Engineering Units Conversion: N A
11) Min. Inst. Range: -1.4E+3
12) Max. Inst. Range: 1.4E+3
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: INTERMEDIATE BUILDING
19) Alarm/Trip Setpoints: 5.14E+2
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: MN FD FL 1 A
5) Plant Point ID: FFWA
6) Plant Specific Point

Description:

STM GEN A AVERAGE FEEDWATER FLOW

7) Generic/Condensed

Description:

STM GEN A MAIN .FEEDWATER FLOW

8) Analog/Digital:

-'9)"Engineering.Units or Digital States: KLB HR

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -3.9E-1
12) Max. Inst. Range: 3.BE+3
13) Zero Point Ref.! N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:

'17) How Processeds AVG

18) Sensor Locations: INTERMEDIATE BUILDING
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: MN FD FL 2 B
5) Plant Point ID: FFWB
6) Plant Specific Point

Description:

STM GEN B AVERAGE FEEDWATER FLOW

7) Generic/Condensed

Description:

STM GEN B MAIN FEEDWATER FLOW

8) Analog/Digital:

-. 9)-Engineering ..Units or Digital States: KLB HR

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -3.9E-1
12) Max. Inst. Range: 3.BE+3
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) =Number of Sensors:

17),How Processed: AVG

18) Sensor Locations: INTERMED1ATE BUILDING
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GIl Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: AX FD FL 1 A
5) Plant Point IDs FAUXFWA
6) Plant Specific Point

Description:

S G A TOTAL AUX FEEDWATER FLOW

7) Generic/Condensed

Description:

STM GEN A AUXILIARY FW FLOW

8) Analog/Digitals

-- -'-9)>>EngineeringUnits or Digital States: GPM

10) Engineering Units Conversion: N A ll) Min. Inst. Range: -3.9E-1
12) Max. Inst. Range: 1.0E+3
13) Zero Point Ref.s N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: SUM
18) Sensor Locationss INTERMEDIATE BUILDING BASEMENT
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Levels N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Legs N A
25) Unique System Descript.: N A

1 Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: AX FD FL 2 B
5) Plant Point ID: FAUXFWB
6) Plant Specific Point

Description:

S G B TOTAL AUX FEEDWATER FLOW

7) Generic/Condensed

Description:

STM GEN B AUXILIARY FW FLOW

8) Analog/Digital:

< 9) Engineering Units or Digital States: GPM

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -3.9E-1
12) Max. Inst. Range: 1.0E+3 13),Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: SUM
18) Sensor Locations: INTERMEDIATE BUILDING BASEMENT
19) A1arm/Trip Setpointss N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Fai1ure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

ll Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: HL TEMP 1 A
5) Plant Point ID: T0409A
6) Plant Specific Point

Description:

RCLA HOT LEG TEMPERATURE

7) Generic/Condensed

Description:

STM GEN A INLET TEMPERATURE

8) Analog/Digital:
9) Engineering Units or Digital States: DEGF
10) Engineering Units Conversion: N A
11) Min. Inst. Range:
12) Max. Inst. Range: 700
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT: A HOT LEG
19) Alarm/Trip Setpointss N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeders N A
4) NRC ERDS Parameters HL TEMP 2 B
5) Plant Point IDs T0410A
6) Plant Specific Point

Description:

RCLB HOT LEG TEMPERATURE

7) Generic/Condensed

Description:

STM GEN B INLET TEMPERATURE

8) Analog/Digital:

'9) Engineering .Units or Digital States: DEGF

10) Engineering Units Conversion: N A
11) Min. Inst. Range:
12) Max. Lnst. Range: 700
13) Zero Point Ref.s N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT: B HOT LEG
19) Alarm/Trip Setpointss N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Legs N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Units GIl Ginna
3) Data Feeder: N A
4) NRC ERDS Parameters CL TEMP 1 A
5) Plant Point ID: T0450
6) Plant Specific Point

Description:

RCLA COLD LEG TEMPERATURE

7) Generic/Condensed

Description:

STM GEN A OUTLET TEMPERATURE

8) Analog/Digital:

9)"Engineering.,Units or Digital States: DEGF "10) Engineering Units Conversion: N A

11) Min. Inst. Range: . 50
12) Max. Inst. Ranges 650
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT: A COLD LEG
19) Alarm/Trip Setpoints: 5.85E+2
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Levels N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg:. N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CL TEMP 2 B
5) Plant Point ID: T0451
6) Plant Specific Point

Description:

RCLB COLD LEG TEMPERATURE

7) Generic/Condensed

Description:

STM GEN B OUTLET TEMPERATURE

8) Analog/Digital:

'-9)' Engineering .Units or Digital States: DEGF

10) Engineering Units Conversion: N A ll) Min. Inst. Range: 50
12) Max. Inst. Range: 650
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT: B COLD LEG
19) Alarm/Trip Setpoints: 5.85E+2
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: RCS PRESSURE
5) Plant Point ID: PRCS
6) Plant Specific Point

Description:

REACTOR COOLANT SYSTEM AVG PRESS

7) Generic/Condensed

Description:

REACTOR COOLANT SYSTEM PRESSURE

8) Analog/Digital:
9) Engineering Units or Digital States: PSIG
10) Engineering Units Conversion: N A 11)-Min. Inst. Range: ,-3.0E+3
12) Max. Inst. Range: 3.0E+3
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:

- 16) Number of Sensors:

17) How Processed: AVG
18) Sensor Locations: CONTAINMENT INTERMEDIATE LEVEL
19) Alarm/Trip Setpoints: 2.34E+3-HIGH 1.75E+3-LOW
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters:. N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

A a

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tAP I

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Qiana
3) Data Feeder: N A
4) NRC ERDS Parameter: PRZR LEVEL
5) Plant Point ID: LPZR
6) Plant Specific Point

Description:

PRESSURIZER AVERAGE LEVEL

7) Generic/Condensed Descriptions PRIMARY SYSTEM PRESSURIZER LEVEL
8) Analog/Digital:

" '*9) "Engineering, Units or Digital States:

10) Engineering Units Conversion: N A
11) Min. Inst. Range:. ,-100
12) Max. Inst. Range: 100
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:

17.) How Processed: AVG

18) Sensor Locations: CONTAINMENT 1NTERMEDIATE LEVEL
19) Alarm/Trip Setpoints: 8.7E+1-HIGH 6.15E+0-LOW
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Legs WET
25) Unicpxe System Descript.: N A

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Rochester Gas 6 Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Dates 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeders N A
4) NRC ERDS Parameter: RCS CHG MU
5) Plant Point ID> FCHG
6) Plant Specific Point

Description:

TOTAL CHARGING FLOW

7) Generic/Condensed

Description:

PRIMARY SYSTEM CHARG1NG FLOW

8) Analog/Digital:

9)-Engineering..Units or Digital States: GPM

10) Engineering Units Conversions N A
11) Min. Inst. Range:
12) Max. Inst. Range: 105
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: AUX BUILDING
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Levels, N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A

'4) Level Reference Leg:. N A

25) Unique System Descript.: N A

t Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: HP SI FLOW
5) Plant Point ID: FSIA
6) Plant Specific Point

Description:

SAFETY INJECTION LOOP A AVG FLOW

7) Generic/Condensed

Description:

HIGH PRESSURE SAFETY INJECTION F

8) Analog/Digital:

'9)"'Engineering,.Units or Digital States: GPM

10) Engineering Units Conversion: N A
11) Min. Inst. Range: 0
12) Max. Inst. Range: 1000
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: CONTAINMENT BASEMENT
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric. Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: HP SI FLOW
5) Plant Point ID: FSIB
6) Plant Specific Point

Description:

SAFETY INJECTION LOOP B AVG FLOW

7) Generic/Condensed

Description:

HIGH PRESSURE SAFETY INJECTION F

8) Analog/Digital:
=-~ 9) Engineering .Units or Digital States: GPM
10) Engineering Units.

Conversion: N A

11) Min. Inst. Range: -3.9E-1
12) Max. ~ Inst.~ Range: 1.0E+3
13) Zero Point Ref.:

~ N A

14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How, Processed: AVG
18) Sensor Locations: CONTAINMENT BASEMENT
19) Alarm/Trip Setpoi.nts: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

Rochester Gas 6 Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Units GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: LP SI FLOW
5) Plant Point ZD: F0626
6) Plant Specific Point

Description:

RESIDUAL HEAT REMOVAL LOOP FLOW

7) Generic/Condensed

Description:

LOW PRESSURE SAFETY INJECTION FL

8) Analog/Digital:

"'*9) 'Engineering. Units or Digital States! GPM

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -3.9E-1
12) Max. Znst. Range: 4.0E+3
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A

'15) 'Process or Sensor:

16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: AUX BUILDING
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NZ Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters:
24) Level Reference Leg: N A
25) Unique System Descript.: N A

Ot 1

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CTMT SMP NR
5) Plant Point ID: LSUMPA
6) Plant Specific Point

Description:

CONTAINMENT SUMP A AVERAGE LEVEL

7) Generic/Condensed Descriptions CONTAINMENT SUMP NARROW RANGE L
8) Analog/Digital:

'9') Engineering -Units or Digital States: FEET

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -3.0E+1
12) Max. ~ Inst.~ Range: 3.0E+1
13) Zero Point Ref.:~ N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: CONTAINMENT SUMP A BOTTOM
19) Alarm/Trip Setpoints: 2.75E+0
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

Rochester Gas 6 Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CTMNT SUMP WR
5) Plant Point ID: L0942A
6) Plant Specific Point

Description:

SUMP B LEVEL 214 INCHES TRAIN A

7) Generic/Condensed

Description:

CONTAINMENT SUMP WIDE RANGE LEVE

8) Analog/Digital:
9) Engineering. Units or Digital States< LOWER HIGHER
10) Engineering Units Conversion: N A
11) Min. Inst. Range: N A
12) Max. Inst. Range: N A
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT BASEMENT
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

~EQ Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeders N A
4) NRC ERDS Parameter: CTMNT SMP WR
5) Plant Point ID: L0942B
6) Plant Specific Point

Description:

SUMP B LEVEL 180 INCHES TRAIN A

7) Generic/Condensed

Description:

CONTAINMENT SUMP WIDE RANGE LEVE

8) Analog/Digital:

'9)- Engineering;Units or Digital States: LOWER HIGHER

10) Engineering Units Conversion: N A
11) Min. Inst. Range: N A
12) Max. Inst. Range: N A
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT BASEMENT
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level:, N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CTMNT SMP WR
5) Plant Point ID: L0942C
6) Plant Specific Point

Description:

SUMP B LEVEL 113 INCHES TRAIN A

7) Generic/Condensed

Description:

CONTAINMENT SUMP WIDE RANGE LEVE

8) Analog/Digital:

') Digital Engineering .Units or States: LOWER HIGHER

10) Engineering Units Conversion: N A
11) Min. Inst. Range: N A
12) Max. Inst. Range: N A
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT BASEMENT
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CTMNT SMP WR
5) Plant Point ID: L0942D
6) Plant Specific Point

Description:

SUMP B LEVEL 78 INCHES TRAIN A

7) Generic/Condensed

Description:

CONTAINMENT SUMP WIDE RANGE LEVE

8) Analog/Digital:

'9)"Engineering Units or Digital States: LOWER HIGHER

10) Engineering Units Conversion: N A
11) Min. Znst. Range: N A
12) Max. ~ Inst.~ Ranges N A
13) Zero Point Ref.:~ N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT SUMP B
19) Alarm/Trip Setpoints: N A 20)'I Detector Power Supply Cut-off Power Levels N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode:, N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

a4 4 Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92 I
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CTMNT SMP WR
5) Plant Point ID< L0942E
6) Plant Specific Point

Description:

SUMP B LEVEL 8 INCHES TRAIN A

7) Generic/Condensed

Description:

CONTAINMENT SUMP WIDE RANGE LEVE

8) Analog/Digital:

'-'9)"Engineering .Units or Digital States: LOWER HIGHER

'10) Engineering Units Conversions N A ll) Min. Inst. Ranges N A

12) Max. Inst. Ranges N A
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensors
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT SUMP B
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Levels N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

I g I I

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Qiana
3) Data Feeder: N A
4) NRC ERDS Parameter: CTMNT SMP WR
5) Plant Point ID: L0943A
6) Plant Specific Point

Description:

SUMP B LEVEL 214 INCHES TRAIN B

7) Generic/Condensed

Description:

CONTAINMENT SUMP WIDE RANGE LEVE

8) Analog/Digital: D

" 9) >>Engineering Units or Digital States: LOWER HIGHER

10) Engineering Units Conversion: .,N A
11) Min. Inst. Range: .N A
12) Max. Inst. Range: N A
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT BASEMENT
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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k p IA I

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Uni.t: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CTMNT SMP WR
5) Plant Point ID: L0943B
6) Plant Specific Point

Description:

SUMP B LEVEL 180 INCHES TRAIN B

7) Generic/Condensed Descri.ption: CONTAINMENT SUMP WIDE RANGE LEVE
8) Analog/Digital:
9) Engineering Units or Digi.tal States: LOWER HIGHER 10)-Engineeri.ng Units Conversion: N A
11) Min. Inst. Range: N A

. 12) Max. ~ Inst.~ Range: N A

13) Zero Point Ref.:

~

~ N A

14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT BASEMENT
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

I I III

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Uni.t: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CTMNT SMP WR
5) Plant Point ID: L0943C
6) Plant Specific Point Descri.ption: SUMP B LEVEL 113 INCHES TRAIN B
7) Generic/Condensed

Description:

CONTAINMENT SUMP WIDE RANGE LEVE

8) Analog/Digital: D

')"Engineering..Units Digital States>

or LOWER HIGHER

'0) Engineering Units Conversions .,N A

11) Min. Inst. Range: N A
12) Max. ~ Inst.~ Range: N A
13) Zero Point Ref.s~ N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locati.ons: CONTAINMENT BASEMENT
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level:, N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A-
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GIl Ginna
3) Data Feeder: N A 4),NRC ERDS Parameter: CTMNT SMP WR
5) Plant Point ID: L0943D
6) Plant Specific Point

Description:

SUMP B LEVEL 78 INCHES TRAIN B

7) Generic/Condensed

Description:

CONTAINMENT SUMP WIDE RANGE LEVE

8) Analog/Digital:

'~"'9)-~Engineering:.Units or Digital States: LOWER HIGHER

10) Engineering Units Conversion: N A
11) Min. Inst. Ranges N A
12) Max. Inst. Range: N A
13) Zero Point Ref.: N A
14) Ref. Point Notess N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT SUMP B
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Legs N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Units GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CTMNT SMP WR
5) Plant Point ID: L0943E
6) Plant Specific Point

Description:

SUMP B LEVEL 8 INCHES TRAIN B

7) Generic/Condensed

Description:

CONTAINMENT SUMP WIDE RANGE LEVE

8) Analog/Digital:
9) Engineering .Units or Digital States: LOWER HIGHER
10) Engineering Units Conversion: N A
11) Min. Inst. Range: N A
12) Max. ~ Inst.~ Range: N A
13) Zero Point Ref.:

~ ~ N A

14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT SUMP B
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: ,N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Dates 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameters EFF GAS RAD
5) Plant Point IDs R12A5
6) Plant Specific Point

Description:

CV VENT CHAN 5-LOW RANGE GAS

7) Generic/Condensed

Description:

RADIOACTIVITY OF RELEASED GASSES

8) Analog/Digital:

"9) Engineering, Units or Digital States: UCI CC

10) Engineering Units Conversions N A
11) Min. Inst. Range: -1.0 g 12) Max. Inst. Range: 1.0E+7
13) Zero Point Ref.s N A
14) Ref. Point Notess N A
15) Process or Sensor:
16) Number of Sensorss
17) How Processed: N A
18) Sensor Locationss INTERMED1ATE BLDG NORTH-CONTAINMENT VENT
19) Alarm/Trip Setpointss 1.5E-2 UCI CC
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitterss N A
24) Level Reference Legs N A
25) Unique System Descript.: ABOVE 1E-5 UCI CC USE R12A7. POINT IS IN UNITS OF UCI CC. POINT IS ONLY A RELEASE PATH DURING CV PURGES OUTAGES - FLOWRATE FROM RELEASE POINT IS 4.35E+6 CC SEC.

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Qiana
3) Data Feeder: N A
4) NRC ERDS Parameter: EFF GAS RAD
5) Plant Point ID> R12A7
6) Plant Specific Point

Description:

CV VENT CHAN 7-MID RANGE GAS

7) Generic/Condensed

Description:

RADIOACTIVITY OF RELEASED GASSES

8) Analog/Digital:
9) Engineering .Units or Digital States: UCI CC
10) Engineering Units Conversion: N A
11) Min. Inst. Range: , -1.0 g 12) Max. Inst. Range: 1.0E+7
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor: S
16) Number of Sensors:

, 17) How Processed: N A

18) Sensor Locations: INTERMEDIATE BLDG NORTH-CONTAINMENT VENT
19) Alarm/Trip Setpoints: 1.5 UCI CC
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: POINT IS IN UNITS OF UCI CC. POINT IS ONLY A RELEASE PATH DURING CV PURGES OUTAGES . FLOWRATE FROM RELEASE POINT IS 4.35E+6 CC SEC. BELOW 1E-5 UCI CC USE R12A5. ABOVE 1E+1 UCI CC USE R12A9.

t V'XA cJ

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeders N A
4) NRC ERDS Parameter: EFF GAS RAD
5) Plant Point ID: R12A9
6) Plant Specific Point

Description:

CV VENT CHAN 9-HIGH RANGE GAS

7) Generic/Condensed

Description:

RADIOACTIVITY OF RELEASED GASES

8) Analog/Digital:

-9) Engineering Units or Digital States: UCI CC

10) Engineering Units Conversions N A
11) Min. Inst. Range: ,-1. 0

, 12) Max. Inst. Range: . 1.0E+7

13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor: S
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: INTERMEDIATE BLDG NORTH-CONTAINMENT VENT
19) Alarm/Trip Setpoints: 150 UCI CC
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: BELOW 1E-3 UCI CC USE R12A7. POINT IS IN UNITS OF UCI CC. POINT IS ONLY A RELEASE PATH DURING CV PURGES OUTAGES - FLOWRATE FROM POINT IS 4.35E6 CC SEC.

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: ,

GI1 Ginna

3) Data Feeder: N A
4) NRC ERDS Parameter: EFF GAS RAD
5) Plant Point IDs , R14A5
6) Plant Specific Point

Description:

PLANT VENT CHAN 5-LOW RANGE GAS

7) Generic/Condensed

Description:

RADIOACTIVTIY OF RELEASED GASSES

8) Analog/Digitals 9)'Engineering-.Units or Digital States: UCI CC
10) Engineering Units Conversion: N A
11) Min. Inst. Range: -1.0

," 12) Max. 'inst. Ranges 1.0E+7

13) Zero Point Ref.s N A
14) Ref. Point Notes: . N A
15) Process or Sensor:
16) Number of Sensorss I 17)-How Processed: N A
18) Sensor Locations: INTERMEDIATE BLDG NORTH-PLANT VENT
19) Alarm/Trip Setpointss 1.8E-3 UCI CC
20) NI Detector Power Supply Cut-off Power Levels, N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Legs N A
25) Unique System Descript.: ABOVE 1E-5 UCI CC USE R14A7. POINT IS IN UNITS OF UCI CC- FLOWRATE FROM RELEASE PATH IS 3.63E+7 CC SEC.

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Rochester Gas 6 Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: EFF GAS RAD
5) Plant Point ID: R14A7
6) Plant Specific Point

Description:

PLANT VENT CHAN 7-MID RANGE GAS

7) Generic/Condensed

Description:

RADIOACTIVITY OF RELEASED GASSES

8) Analog/Digital:

- --" 9)-Engineering.iUnits or Digital States: UCI CC

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -1.0

, 12) Max. 'inst. Range: 1.0E+7

13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor: S
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: INTERMEDIATE BLGD NORTH-PLANT VENT
19) Alarm/Trip Setpoints: 1.8E-1 UCI CC
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: POINT IS IN UNITS OF UCI CC. FLOWRATE FROM RELEASE POINT IS 3.63E+7 CC SEC. BELOW 1E-5 UCI CC USE R14A5. ABOVE 1E+1 UCI CC USE R14A9.

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4

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: EFF GAS RAD
5) Plant Point ZD: R14A9
6) Plant Specific Point

Description:

PLANT VENT CHAN 9-HIGH RANGE GAS

7) Generic/Condensed

Description:

RADIOACTIVITY OF RELEASED GASSES

8) Analog/Digital:

. " '-"-9)-Engineering, Units or Digital States: UCI CC

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -1.0

. 12) Max. Inst. Range: ,1.0E+7

13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:

-'17) How Processed: N A

18) Sensor Locations: INTERMEDIATE BLDG NORTH-PLANT VENT
19) Alarm/Trip Setpoints: 1.BE+1 UCI CC
20) NZ Detector Power Supply Cut-off Power Level: -

N A

21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A

.25) Unicpxe System Descript.: POINT IS IN UNITS OF UCI CC. BELOW 1E-3 UCI CC USE R14A7. FLOWRATE FROM RELEASE POINT IS 3.63E+7 CC SEC.

A+

I

-Rochester Gas .& Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: EFF LI RAD
5) Plant Point ID: R18
6) Plant Specific Point

Description:

LI UID WASTE DISPOSAL MONITOR

7) Generic/Condensed

Description:

RADIOACTIVITY OF RELEASED LI UID

8) Analog/Digital:

"'9) 'Engineering, Units or Digital States: CPM "10)'Engineering Units Conversion: N A ll) Min. Inst. Range: 1.0E+1

.12) Max. Znst. Range: 1.0E+7

13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor: S
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: AUX BLDG-WEST END
19) Alarm/Trip Setpoints: APPROX. 7E+4 CPM
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: ASK PLANT FOR R18 RELEASE FLOWRATE. POINT IS IN UNITS OF CPM. USE 1.16E-8 TO CONVERT CPM TO UCI CC.

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Units GI1 Qiana
3) Data Feeder: N A
4) NRC ERDS Parameter: COND A E RAD
5) Plant Point ID: R15A5
6) Plant Specific Point Descriptions AIR EJECTOR CHAN 5-LOW RANGE GAS
7) Generic/Condensed

Description:

CONDENSER AIR EJECTOR RADIOACTIV

8) Analog/Digital:

"9)~Engineering Units or Digital States: UCI CC

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -1.0

.12) Max.;Inst. Range: 1.0E+7

13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: TURBINE BLDG TOP LEVEL
19) Alarm/Trip Setpoints: SE-4 UCI CC
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: POINT IS IN UNITS OF UCI CC. ABOVE 1E-5 UCI CC USE R15A7. FLOWRATE FROM POINT IS 1.89E3 CC SEC.

la lh

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: ,GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: COND A E RAD
5) Plant Point ID: R15A7
6) Plant Specific Point

Description:

AIR EJECTOR CHAN 7-MID RANGE GAS

7) Generic/Condensed

Description:

CONDENSER AIR EJECTOR RADIOACTIV

8) Analog/Digital:

"9)'Engineering. Units or Digital States: UCI CC

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -1.0

)12) Max. IInst. Range: 1.0E+7

13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: TURBINE BLDG TOP LEVEL
19) Alarm/Trip Setpoints: 5E-2 UCI CC
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP. Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: POINT IS IN UNITS OF UCI CC. FLOWRATE FROM POINT IS 1.89E3 CC SEC. 'BELOW 1E-5 UCI CC USE R15A5. ABOVE 1E+1 UCI CC USE R15A9.

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: COND A E RAD
5) Plant Point ID: R15A9
6) Plant Specific Point

Description:

AIR EJECTOR CHAN 9-HI RANGE GAS

7) Generic/Condensed

Description:

CONDENSER AIR EJECTOR RADIOACTIV

8) Analog/Digital:

'"9)-Engineering .Units or Digital States: UCI CC

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -1.0

>12) Max. ',Inst. Range: 1.0E+7

13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor: S
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: TURBINE BLDG TOP FLOOR
19) Alarm/Trip Setpoints: 5 UCI CC
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: POINT IS IN UNITS OF UCI CC. FLOWRATE FROM POINT IS 1.89E+3 CC SEC. BELOW 1E-3 UCI CC USE R15A7.

h h

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: CNTMNT RAD
5) Plant Point. ID< R02
6) Plant Specific Point

Description:

AREA 2-CONTAINMENT

7) Generic/Condensed Descriptions RADIATION LEVEL IN CONTAINMENT
8) Analog/Digital:
9) Engineering Units or Digital States: MR HR
10) Engineering Units Conversion: N A
11) Min. Inst. Ranges P2) Max.,Inst. Range: 1.0E+7
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT OPERATING FLOOR
19) Alarm/Trip Setpoints: 50 MR HR
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Ref'erence Leg: N A
25) Unique System Descript.: ABOVE 1E+7 MR HR USE MONITOR R29.

C Rochester Gas 6 Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Qiana
3) Data Feeder: N A
4) NRC ERDS Parameter: CNMNT RAD
5) Plant Point ID: R29
6) Plant Specific Point

Description:

AREA 29-CONTAINMENT HIGH RANGE

7) Generic/Condensed

Description:

RADIATION LEVEL IN CONTAINMENT

8) Analog/Digital:

')-Engineering,.Units or Digital States: R HR

~

10) Engineering-Units Conversions N A

.11) Min. Inst. Range:, ...0 p2) Max. ilnst. Range: 1.0E+7

13) Zero Point Ref.: N A
14) Ref. Point Notes: N A 15),Process or. Sensors ,
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT OPERATING LEVEL
19) Alarm/Trip Setpoints: 100 R HR
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) .Unique System Descript.: FOR DOSE RATES BELOW 1 R HR USE R-2 MONITOR READING.

.Rochester Gas 8 Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: RCS LTDN RAD
5) Plant Point ID: R09
6) Plant Specific Point

Description:

AREA 9-LETDOWN LINE MONITOR

7) Generic/Condensed

Description:

RAD LEVEL OF THE RCS LETDOWN LIN

8) Analog/Digital:
9) =-Engineering iUnits or Digital States: MR HR
10) Engineering Units Conversion: N A
11) Min. Inst. Range:
12) Max.,Inst. Range: 1.0E+7
13) Zero Point Ref.: N A
14) Ref. Point Notes: .N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: AUX BLDG BSMT IN NAOH TANK ROOM
19) Alarm/Trip Setpoints: ALARM-200MR HR LETDOWN ISOLATE-2000MR HR
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

IE e a gap ~

4 41>> l

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: MAIN SL 1 A
5) Plant Point ID: R31
6) Plant Specific Point

Description:

AREA 31 STEAM LINE A SPING

7) Generic/Condensed

Description:

STM GEN 1 OR A STEAM LINE RAD

8) Analog/Digital:

-"9) "Engineering .Units or Digital States: MR HR

'10) Engineering Units Conversions N A

11) Min. Inst. Range: -1.0
12) Max. i?nst. Range: 1.0E+7
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: INTERMEDIATE BLDG NORTH
19) Alarm/Trip Setpoints: 0.1 MR HR
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

4!i I

/

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Units GIl Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: MAIN SL 2 B
5) Plant Point. ID: R32
6) Plant Specific Point

Description:

AREA 32 STEAM LINE B SPING

7) Generic/Condensed

Description:

STM GEN 2 OR B STEAM LINE RAD

8) Analog/Digital:

"."~"9)~Engineering"Units or Digital. States: MR HR

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -1.0
12) Max.'tInst. Range: 1.0E+7
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: INTERMEDIATE BLDG NORTH
19) Alarm/Trip Setpoints: 0.1 MR HR
20) NI Detector Po~er Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data 8ystem Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: SG BD RAD
5) Plant Point ID: R19
6) Plant Specific Point

Description:

STEAM GENERATOR BLOWDOWN DRAIN

7) Generi.c/Condensed

Description:

STM GEN BLOWNOWN RAD LEVEL

8) Analog/Digital:

-'-"9)"Engineering Units or Digital States: CPM

'10).Engineering Units Conversion: N A

11) Mi.n. Inst. Range: .1.0E+1
12) Max.>Inst. Range: 1.0E+7
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:

"17)'How Processed: N A

18) Sensor Locations: INTERMEDIATE BLDG SOUTH ABOVE NUC SAMP RM
19) Alarm/Trip Setpointsz ALARM AND ISOLATE-7200CPM
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: POINT IS IN UNITS OF CPM. A AND B S G BLOWDOWNS ARE COMBINED.

4c =

Ae!

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Qiana
3) Data Feeder: N A
4) NRC ERDS Parameter: CTMNT PRESS
5) Plant Point ID: PCV
6) Plant Specific Point Descriptions CONTAINMENT AVERAGE PRESSURE
7) Generic/Condensed

Description:

CONTAINMENT PRESSURE

8) Analog/Digital:
9) Engineering ..Units

~

or Digital States: PSIG 10)* Engineering Units Conversion:

11) Min. Inst. Range: -2.5
12) Max. <Inst. Range: ,60
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: INTERMEDIATE AND AUX BLDGS
19) Alarm/Trip Setpoints: 4E+0
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitterss
24) Level Reference Leg: N A
25) Unique System Descript.: PT945 PT947 PT949 INPUTS BEING USED.

I I

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library {DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameters CTMNT TEMP
5) Plant Point ID: TCV03
6) Plant Specific Point

Description:

CV BASEMENT LEVEL 6FT TEMP 3

7) Generic/Condensed

Description:

CONTAINMENT TEMPERATURE

8) Analog/Digital')

-*-Engineering. Units or Digital States: DEGF 10)'Engineering Units Conversion: N A

11) Min. Inst. Range:
12) Max. lInst. Range: g300
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:

17).How Processed: N A

18) Sensor Locations: CONTAINMENT BASEMENT
19) Alarm/Trip Setpointss N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

P A4

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'4 I

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

Date: 2 22 92

2) Reactor Unit: GI1 Qiana
3) Data Feeder:
4) NRC ERDS Parametex: CTMNT TEMP
5) Plant Point ID: TCV07
6) Plant Specific Point

Description:

CV INTERMEDIATE LVL 6FT TEMP 7

7) Generic/Condensed I~

Description:

CONTAINMENT TEMPERATURE

8) Analog/Digital:
9) Engineexing .Units or Digital States: DEGF
10) Engineering Units Conversion: N A Min. Inst. Range:

Max.)Inst. Range: 300

13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: CONTAINMENT INTERMEDIATE LEVEL
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Po~er Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters:
24) Level Reference Leg: N A
25) Unique System Descript.: N A

C I I ~+

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library {DPL)

1) Date: 2 22 92
2) 'Reactor Unit: GI1 Ginna
3) Data Feeders N A
4) NRC ERDS Parameter: CTMNT TEMP
5) Plant Point IDs 1

TCV17

6) Plant Speci.fic Point

Description:

CV OPERATING LEVEL 6FT TEMP 17

7) Generic/Condensed Descriptions CONTAINMENT TEMPERATURE
8) Analog/Digitals

'-9)'Engineering;Units or Digital States: DEGF

-10)-Engineering Units Conversi.ons N A

11) Min. Inst. Range:
12) Max.)Inst. Range: -300
13) Zero Point Ref.s N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed:
18) Sensor Locations: CONTAINMENT OPERATING LEVEL
19) Alarm/Trip Setpointss N A
20) NI Detector Power Supply Cut-off Power Level: N A ~
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Modes N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Legs; N A
25) Unique System Descript.: N A

t I'

Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Units GI1 Ginna
3) Data'eeder: N A
4) NRC ERDS Parameter: H2 CONC
5) Plant Point ID: CVH
6) Plant Specific Point

Description:

CV HYDROGEN CONCENTRATION

7) Generic/Condensed

Description:

CONTAINMENT H2 CONCENTRATION

8) Analog/Digital:

"*'9) "Engineering, Units or Digital States:

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -3.9E-2
12) Max.<Inst. Range: -'1.0E+1
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensors
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: INTERMEDIATE BLDG BSMT NORTH
19) Alarm/Trip Setpoints: 4E+0
20) NI Detector Po~er Supply Cut-off Power Level:
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode:
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

Rochester Gas 6 Electric Corporation Emergency Respons'e Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: BWST LEVEL
5) Plant Point ID: LRWST
6) Plant Specific Point

Description:

REFUELING WATER STORAGE TANK LVL

7) Generic/Condensed

Description:

BORATED WATER STORAGE TANK LEVEL I

8) Analog/Digital:

- "'"-') "Engineering. Units or Digital States:

10) 'Engineering Units Conversion: N A
11) Min. Inst. Range:
12) Max.i?nst. Range: 100
13) Zero Point Ref.: N A
14) Ref. Point. Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: AVG
18) Sensor Locations: AUX BLDG
19) Alarm/Trip Setpoints: 9<<5E+1-HIGH 1E+1-LOW
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library {DPL)

1) Date: 2 22 92
2) Reactor Units GI1 ~

Cinna

3) Data Feeders N A
4) NRC ERDS Parameters WIND SPEED
5) Plant Point IDs WS033
6) Plant Specific Point Descriptions 33 FOOT LEVEL WIND SPEED
7) Generic/Condensed Descriptions WIND SPEED AT THE REACTOR SITE
8) Analog/Digital:

" '>>9)~-Engineering..Units or Digital States: MPH

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -3.9E-2
12) Max.> Inst. Range: 1.0E+2
13) Zero Point Ref.s N A
14) Ref. Point Notes: N A
15) Process or Sensors
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: MET TOWER NORTHWEST OF PLANT
19) Alarm/Trip Setpointss 9E+1
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Modes
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Legs N A
25) Unique System Descript.: N A

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Rochester Gas 8 Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Qinna
3) Data Feeder: N A
4) NRC ERDS Parameter: WIND DIR
5) Plant Point ID: WD033
6) Plant Specific Point

Description:

33 FOOT LEVEL WIND DIRECTION

7) Generic/Condensed

Description:

WIND DIRECTION AT THE REACTOR SITE

8) Analog/Digital: ~ A
9) Engineering .Units or Digital States: DEG
10) Engineering Units Conversion: N A ll) Min. Inst. Range: -1.0E+1
12) Max.)Inst. Range: 5.5E+2
13) Zero Point Ref.: ,,N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensor Locations: MET TOWER NORTHWEST OF PLANT
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: ~ N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data Feeder: N A
4) NRC ERDS Parameter: STAB CLASS
5) Plant Point ID: WT033
6) Plant Specific Point

Description:

33 FOOT LEVEL TEMPERATURE

7) Generic/Condensed

Description:

AIR STABILITY AT REACTOR SITE

8) Analog/Digital:
9) Engineering .Units or Digital States: DEGF

.10) Engineering Units Conversion:

11) Min. Inst. Range: -40
12) Max.i Inst. Range: 100
13) Zero Point Ref.: N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed: N A
18) Sensoi Locations: MET TOWER NORTHWEST OF PLANT
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level: N A
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

V J4 5 ~

Rochester Gas 6 Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Ginna
3) Data 'Feeder:
4) NRC ERDS Parameter: STAB CLASS
5) Plant Point ID: WT250
6) Plant Specific Point Descriptions 250 FOOT LEVEL TEMPERATURE
7) Generic/Condensed

Description:

AIR STABILITY AT REACTOR SITE

8) Analog/Digital:

"9) -Engineering..Units or Digital States: DEGF

10) Engineering Units Conversion: N A
11) Min. Inst. Range: -40
12) Max.> Inst. Range: 100
13) Zero Point Ref.! N A
14) Ref. Point Notes: N A
15) Process or Sensor:
16) Number of Sensors:
17) How Processed:
18) Sensor Locations: MET TOWER NORTHWEST OF PLANT
19) Alarm/Trip Setpoints: N A
20) NI Detector Power Supply Cut-off Power Level:
21) NI Detector Power Supply Turn-on Power Level: N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg: N A
25) Unique System Descript.: N A

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Rochester Gas & Electric Corporation Emergency Response Data System Data Point Library (DPL)

1) Date: 2 22 92
2) Reactor Unit: GI1 Qinna
3) Data Feeder: N A
4) NRC ERDS Parameter: STAB CLASS
5) Plant Point ZD: WDT2
6) Plant Specific Point Descriptions 250 TO 33 FOOT LEVEL DELTA TEMP
7) Generic/Condensed

Description:

AIR STABILITY AT REACTOR SITE

8) Analog/Digital:
9) Engineering Units or Digital States: DEGF
10) Engineering Units Conversion: N A ll) Min. Inst. Range: -100
12) Max. Inst. Ranges , 100
13) Zero Point Ref.: . N A
14) Ref. Point Notes: N A
15) Process or Sensor: P
16) Number of Sensors:
17) How Processed: D F
18) Sensor Locations: MET TOWER NOTHWEST OF PLANT
19) Alarm/Trip Setpoints: N A
20) NZ Detector Power Supply Cut-off Power Level: N A
21) NZ Detector Power Supply Turn-on Power Level:, N A
22) Instrument Failure Mode: N A
23) Temperature Compensation for DP Transmitters: N A
24) Level Reference Leg:, N A
25) Unique System Descript.: A= <-2.17F B= >2.17F 6 <-1.95F.

C= >-1.95F 6 <-1.74. D= >-1.74F 6 <-0.65F E= >-0.65F 6 <+1.74F.

F= >+1.74F 6 <+4.77F G= >+4.77F

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