PLA-5489, Revisions to ERDS Data Point Library Reference File Due to the Installation of LEFM
| ML021640774 | |
| Person / Time | |
|---|---|
| Site: | Susquehanna  |
| Issue date: | 06/05/2002 |
| From: | Shriver B Susquehanna |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| PLA-5489 | |
| Download: ML021640774 (85) | |
Text
Bryce L. Shriver Senior Vice President and Chief Nuclear Officer PPL Susquehanna, LLC 769 Salem Boulevard Berwick, PA 18603 Tel. 570.542.3120 Fax 570.542.1504 blshriver@pplweb.com JUN 0 5 2002
" tI I /
t I
.P 4*
TM U.S. Nuclear Regulatory Commission Attn: Document Control Desk Mail Station OP 1-17 Washington, DC 20555 SUSQUEHANNA STEAM ELECTRIC STATION REVISIONS TO ERDS DATA POINT LIBRARY REFERENCE FILE DUE TO THE INSTALLATION OF LEFM PLA-5489 Docket No.50-387 In accordance with 10 CFR 50 Appendix E Section VI.3, attached are revisions to the ERDS Data Point Library as a result of the installation of the Leading Edge Flow Meter (LEFM) in Susquehanna SES Unit 1.
If you have any questions, please contact Mr. C. T. Coddington at (610) 774-4019.
Sincerely, B. L. Shriver Attachment copy: NRC Region I Mr. S. L. Hansell, NRC Sr. Resident Inspector Mr. T. G. Colburn, NRC Sr. Project Manager Mr. E. M. Thomas, NRC Project Manager
S'28-SAFETY RELATED CSD ER-005 "OTIHER QUALITY FILE NO.
N/A CRITICAL SOFTWARE (C)
PAGE 1
of 84 NcN -QUALITYD TM COMPUTER SYSTEM DOCUMENT EMERGENCY RESPONSE DATA SYSTEM (ERDS)
DATA POINT LIBRARY (DPL)
PPL SUSQUEHANNA, LLC UNITS 1 AND 2 CONTROLLED 4
05/23/02 Admin. Correction-DCN 98-0656 was H.A. Clatch N/A incorporated into Rev. 3; Addition of LEFM Pts. To Unit 1 3
06/01/01 Addition of LEFM Pts. To Unit 2 H.A. Clatch N/A W.A. DeLuca 2
05/13/98 Addition of Unit 1 PICSY H.A. Clatch N/A G.J. Krupko 1
11/14/95 Addition of Unit 2 PICSY M.L. Orloski N/A Henry P. Seager 0
11/30/92 Initial Issue J.L. Angstadt N/A D.D. Kelley REV.
DATE DESCRIPTION PREPARED BY VERIFIED APPROVED FORM NSEI-AD-505-1, Rev.
2, Page 1 of 1 (Electronic Form)
CSD-ER-005 Revision 4 Page 2 of 84 Procedure Change Summary TITLE:
EMERGENCY RESPONSE DATA SYSTEM (ERDS)
DATA POINT LIBRARY (DPL)
- 1)
Administrative Change -
DCN 98-0656 had been incorporated into Revision 3 but not noted on the cover sheet.
- 2)
Appendix C changes
- a.
Replaced points NFF52, NFF53 and NFF54 (pages 28, 29 and 30) in the data stream with points NFF77, NFF78 and NFF79 (old pages 78,79 and 80).
- b.
Made the REACTOR UNIT for points NFF78, NFF79 and NFF80 SQI/SQ2.
- c.
Deleted pages 78, 79 and 80 and re-numbered pages 78 thru 87 to pages 78 thru 84.
CSD-ER-005 Revision 4 Page 3 of 84 Emergency Response Data System (ERDS)
Data Point Library (DPL)
Table of Contents Page Section 1.0 Section 2.0 Section 3.0 Appendix A Appendix B Appendix C Appendix D Appendix E Scope...................
4 General Information................
4 References.........................................
5 6
6 7
I.
7 8 82
CSD-ER-005 Revision 4 Page 4 of 84 1.0 SCOPE This CSD documents the Emergency Response System Data Point Library (DPL) submitted to the U.S. Nuclear Regulatory Commission to meet the DPL requirements of NUREG-1394 Rev.l, Emergency Response Data System (ERDS)
Implementation.
2.0 General Information The Appendices of this CSD have been named to correspond to the Appendices of NUREG-1394, Rev.
- 1. Not all of the information required by NUREG 1394, Rev.
1 appendix is included in this document.
NOTICE Changes to Appendix C or E of this CSD may require that the NRC be notified of the change. Reference CSD-PIC-759 for additional guidance.
CSD-ER-005 Revision 4 Page 5 of 84 The following list identifies the NUREG Appendices, and where the information (if any) required by that Appendix is provided:
Description
Response
Emergency Response Data System ERDS Transmission/Reception Plan ERDS Communication Description and Survey Questionnaire Data Point Library Data Point Library Reference File Definitions Critical Safety Function Parameters Engineering Units Coding Scheme"4 Zero Reference Coding Scheme(s)
Coding Scheme for Unit Name and Unit ID Computer Point Selection 6 PP&L response provided in letter PLA-3704 dated December 20, 1991.
PP&L response provided in letter PLA-3672 dated October 24, 1991.
Included in this CSD.(')
No response required.
Appendix duplicated in this CSD for convenience.
2' Included in this CSD.(
- 3)
No response required.
Reference NUREG 1394, Rev.
1 for details.
No response required.
Reference NUREG 1394, Rev.
1 for details.
No response required.
Reference NUREG 1394, Rev.
1 for details.
No response required.
Reference NUREG 1394, Rev.
1 for details.
"l This Appendix provides detailed information for each point listed in Appendix E.
ý2)
This Appendix provides a description of each field in the Data Point Library and the fields maximum character length.
(3) This Appendix provides a summary of all the computer points that are utilized for ERDS. Reference Appendix C of NUREG-1394 for additional guidance on Data Point Library entries.
'4)
This Appendix provides the preferred engineering units abbreviations for use in the Engineering Units field of the Data Point Library entries.
(5)
This Appendix provides the accepted abbreviations for the Zero Reference Point field of the entries in the Data Point Library that require this field.
(6)
This Appendix provides guidance on the selection of computer points to satisfy the ERDS requirements.
3.0 REFERENCES
3.1 NUREG-1394, Rev.
1, Emergency Response Data System (ERDS)
Implementation 3.2 NSEP-QA-500, Process Computer Quality Assurance and Design Control Program Appendix
CSD-ER-005 Revision 4 Page 6 of 84 APPENDIX A & B Appendix A & B are not included in this CSD.
Reference Section 2.0 for more information on these appendices.
CSD-ER-005 Revision 4 Page 7 of 84 APPENDIX C DATA POINT LIBRARY
CSD-ER-005 Revision 4 Page 8 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A NI POWER RNG PWR REACTOR POWER Nuclear Instruments, Power Range A
N/A 0
125 N/A N/A P
6 Averaged (ref. Unique System Desc.)
Each APRM has 21 to 22 LPRMs as inputs Reference Unique System Desc.(J' N/A N/A
- Low, High N/A N/A A Supplier proprietary algorithm basically averages the highest number of on-scale APRMs whose values are in agreement.
"(I)-
Various trip set points exist for the APRMs depending on the plant Condition (i.e.
Condition 1-5).
Note:
PWR is a composite SPDS parameter with the following points as inputs: NM551,
- NM552, NM553,
- NM554, NM555, NM556.
CSD-ER-005 Revision 4 Page 9 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond :esc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locatirns:
Alarm/Trip Set Points:
NI Detector t:wer Supply Cut-off Power Level:
NI Detector P=wer Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A NI INTER RNG NN109 IRM A FLUX
(% OF SCALE)
Nuclear Instruments, Inter Rng A A
N/A 0.0 100.0 N/A N/A S
1 N/A Reference Unique System Desc.
Reference Unique System Desc. :
N/A N/A Low, High N/A N/A The electrical full-in limit, positions the detector 18" above the active fuel center line.
The mechanical full-in limit is 21" above the active fuel center line.
The location of the detector during normal reactor operation (full-out limit) is 24" below the bottom of the active fuel.
The GE coordinate (radial position) of the detector in the core is 16-53.
, - When the plant is in Condition 2-5 there is an upscale neutron flux/RPS trip
= 95.8%,
an upscale neutron flux/Rod Block = 86.2%,
and a downscale neutron flux/Rod Block = 4.2%.
These blocks/trips are bypassed in Condition 1.
CSD-ER-005 Revision 4 Page 10 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQ:/SQ2 NiA N: INTER RNG NN=12 7RYl D FLUX
(% OF SCALE)
Nuclear Instruments, Inter Rng D A
N/.A 0.0 13.0 NSA S
N / A Re.ference Unique System Desc.
Reference Unique System Desc. :
- Lcw, High N," A electrical full-in limit, positions the detector 18" above the ac-ive fuel center line.
The mechanical full-in limit is 21" above toe active fuel center line.
The location of the detector during nor-mal reactor operation (full-out limit) is 24' below the bottom of the active fuel.
The GE coordinate (radial position) of the detector in the core is 32-37.
When the plant is in Condition 2-5 there is an upscale neutron flux/RPS trip
= 95.8%,
an upscale neutron flux/Rod Block = 86.2%,
and a downscale neutron flux/Rod Block = 4.2%.
These blocks/trips are b-._-assed in Condition 1.
CSD-ER-005 Revision 4 Page 11 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQI/SQ2 N/A NI INTER RNG NN115 IFIM G FLUX
(% OF SCALE)
Nuclear Instruments, Inter Rng G A
N/A 0.0 100.0 N/A N/A S
1 N/A Reference Unique System Desc.
Reference Unique System Desc.<)
N/A N/A
- Low, High N/A N/A The electrical full-in limit, positions the detector 18" above the active fuel center line.
The mechanical full-in limit is 21" above the active fuel center line.
The location of the detector during normal reactor operation (full-out limit) is 24" below the bottom of the active fuel.
The GE coordinate (radial position) of the detector in the core is 48-13.
S-When the plant is in Condition 2-5 there is an upscale neutron flux/RPS trip
= 95.8%, an upscale neutron flux/Rod Block = 86.2%,
and a downscale neutron flux/Rod Block = 4.2%.
These blocks/trips are bypassed in Condition 1.
CSD-ER-005 Revision 4 Page 12 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Poinz Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A NI INTER RNG NNl16
[RM H FLUX
(% OF SCALE)
Nuclear Instruments, Inter Rng H A
N/A 0.0 000.0
Ž7/A
- 7/A
Ž7/A Reference Unique System Desc.
Reference Unique System Desc.Y
,/A
';/A
- Low, High
Ž7/A
',/A
- he electrical full-in limit, positions the detector 18" above the active fuel center line.
The mechanical full-in limit is 21' above the active fuel center line.
The location of the detector during normal reactor operation (full-out limit) is 24" below the bottom of the active fuel.
The GE coordinate (radial position) of the detector in the core is 16-13.
When the plant is in Condition 2-5 there is an upscale neutron flux/RPS trip
= 95.8%,
an upscale neutron flux/Rod Block = 86.2%,
and a downscale neutron flux/Rod Block = 4.2%.
These blocks/trips are bypassed in Condition 1.
CSD-ER-005 Revision 4 Page 13 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQI/SQ2 N/A Not Listed NN*.X 01
.AM A RANGE SWITCH POSN IR)M A Range Switch Position A
N/A N/A 10 10A N/A P
Reference Unique System Desc.
Panel lC651G-11D IRM range switch A N A NA NiA N/A The analog value for switch position is calculated from the IRM switch position digital inputs.
Panel 1C651 is for SQl, Panel 2C651 is for SQ2
CSD-ER-005 Revision 4 Page 14 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-otf Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A Not Listed NNX04 IRhM D RANGE SWITCH POSN IAM D Range Switch Position A
N/A N/A 1
N/A N/A P
10 Reference Unique System Desc.
Panel 1C651(
l-IID IRM range switch D N/A NIA N,/A N/A N/A N/A The analog value for switch position is calculated from the IRM switch position digital inputs.
S-Panel IC651 is for SQl, Panel 2C651 is for SQ2
CSD-ER-005 Revision 4 Page 15 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply.
Cut-off Power Level:
NI Detector Power Supply, Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQi/SQ2 N/A Not Listed NNX 07 I7FM G RANGE SWITCH POSN IRM G Range Switch Position A
N/A N/A 1
10 N/A N/A Reference Unique System Desc.
Panel IC651E1)-IID IRM range switch G N/A N/A N/A The analog value for switch position is calculated from the IRM switch position digital inputs.
Panel 1C651 is for SQl, Panel 2C651 is for SQ2 N A
CSD-ER-005 Revision 4 Page 16 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A Not Listed NNX 08 INM H RANGE SWITCH POSN IR-M H Range Switch Position A
N/A N/A 1
P 10 Reference Unique System Desc.
Panel
/C651A1'-IID IRM range switch H N/A N/A NIA N/A The analog value for switch position is calculated from the IRM switch position digital inputs.
ePanel 1C51 is for SQC, Panel 2C651 is for SQ2
CSD-ER-005 Revision 4 Page 17 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
051/13/98 SQI/SQ2 N/A Not Listed NNZ54 IRM DET NOT FULL IN POS IRM Det(s) not full in Position D
NO/YES N/A N/A N/A N/A N/A s
N/A Full N/A in limit switch on IRIM drive unit NiA Value = Yes (i.e.
Not In)
N/A N/A This parameter is a logical 'or' of the Plant's eight (8)
IRM detectors such that if an;.- detector is not in the full in position this parameter will be true (YES).
CSD-ER-005 Revision 4 Page 18 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trio Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQI/SQ2 N/A Not Listed NNZ 59 1RM BYPASS IRM Bypass D
NO/YES N/A N/A N/A N/A N/A S
1 N/A Panel 1C651(Gl
-ID IRM bypass switch N/A N/A N/A Value
= No (i.e.
not Bypassed)
N/A N/A This parameter is a logical 'or' of the Plant's eight (8)
IRM detectors bypass status such that if n detector is bypassed this parameter will be true (YES).
Panel 1C651 is for SQl, Panel 2C651 is for SQ2
CSD-ER-005 Revision 4 Page 19 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQI/SQ2 N/A NI SOURC RNG NNI_001Z SPR A LOG RATE Nuclear Instruments, Sourc Rng A A
CPS N/A
.1 1E6 N/A N/A S
1 N/A Reference Unique System Desc.
Reference Unique System Desc. (1 N/A
- Low, High N/A N/A The electrical full-in limit, positions the detector 18" above the active fuel center line.
The mechanical full-in limit is 21" above the active fuel center line.
The location of the detector during normal reactor operation (full-out limit) is 24" below the bottom of the active fuel.
The GE coordinate (radial position) of the detector in the core is 16-45.
1 when the plant is in Condition 2 -
5, there is an upscale alarm/rod block = 1 x 105 CPS, an upscale/non-coincident trio
= 2 x l05 CPS, and a downscale/rod block = 4.1 CPS.
These blocks/trips are bypassed when the plant is Condition 1. The upscale/non-coincident trip is defeated when the RPS shorting links are installed.
CSD-ER-005 Revision 4 Page 20 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trio Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05 /13/98 SQ*/SQ2 NiA N: SOURC RNG NIT1002Z SFM B LOG RATE Nuclear Instruments, Sourc Rng B A
A 2 S
1 N/i Reference Unique System Desc.
Reference Unique System Desc.1)
N!A N,'
A Lc.,
High N/1 N/A The electrical full-in limit, positions the detector 18" above the active fuel center line.
The mechanical full-in limit is 21' above the active fuel center line.
The location of the detector during nc--al reactor operation (full-out limit) is 24" below the bottom of the active fuel.
The GE coordinate (radial position) of the detector in
- he core is 40-45.
When the plant is in Condition 2 -
5, there is an upscale alarm/rod blcck = 1 x 105 CPS, an upscale/non-coincident trip
= 2 X 105 CPS, and a do-, scale/rod block = 4.1 CPS.
These blocks/trips are bypassed when the pla*t is Condition 1. The upscale/non-coincident trip is defeated when the RPS shorting links are installed.
CSD-ER-005 Revision 4 Page 21 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Pcwer Supply Cut-off Power Level:
NI Detector Po.,er Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmizters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A NI SOURC RNG NNI003Z SRIM C LOG RATE Nuclear Instruments, Sourc Rng C A
CPS N/A
.1 lE6 N/A N/A S
N/A Reference Unique System Desc.
Reference Unique System Desc.(1i N/A N'/A
- Low, High N/A N/A The electrical full-in limit, positions the detector 18" above the active fuel center line.
The mechanical full-in limit is 21" above the active fuel center line.
The location of the detector during normal reactor operation (full-out limit) is 24" below the bottom of the active fuel.
The GE coordinate (radial position) of the detector in the core is 40-21.
When the plant is in Condition 2 5,
there is an upscale alarm/rod block = 1 x 105 CPS, an upscale/non-coincident trip
= 2 X 105 CPS, and a downscale/rod block = 4.1 CPS.
These blocks/trips are bypassed when the plant is Condition 1. The upscale/non-coincident trip is defeated when the RPS shorting links are installed.
CSD-ER-005 Revision 4 Page 22 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A NI SOURC RNG NNl 004Z SRM D LOG RATE Nuclear Instruments, Sourc Rng D A
CPS N/A
.1 lE6 N/A N/A S
1 N/A Reference Unique System Desc.
Reference Unique System Desc.A N/A N/A
- Low, High N/A N/A The electrical full-in limit, positions the detector 18" above the active fuel center line.
The mechanical full-in limit is 21" above the active fuel center line.
The location of the detector during normal reactor operation (full-out limit) is 24" below the bottom of the active fuel.
The GE coordinate (radial position) of the detector in the core is 16-21.
-I When the plant is in Condition 2 5,
there is an upscale alarm/rod block = 1 x 10
- CPS, an upscale/non -coincident trip
= 2 X 105 CPS, and a downscale/rod block = 4.1 CPS.
These blocks/trips are bypassed when the plant is Condition 1. The upscale/non-coincident trip is defeated when the RPS shorting links are installed.
CSD-ER-005 Revision 4 Page 23 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
Cz,113/98 SQI/SQ2 N;A Nc: Listed N=:
Y 001Z SFM POSITION A SF-M Position A D
NCT ININ N/A N A N
2 N4 2 S
Sc--
drive motor limit switch N A N A N A
CSD-ER-005 Revision 4 Page 24 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unicue System Desc.:
05/13/98 SQI/SQ2 N/A Not Listed NPY002Z SEM POSITION SEM Position D
NOT IN,IN N/A N/A N/A N/A N/A S
N/A SRM B
B drive motor limit switch N/A Ni A N/A Value = 'Not In' N/A N/A
CSD-ER-005 Revision 4 Page 25 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
tI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05 13/98 SQc/SQ2 N, A Nc: Listed NY0 03 Z SRY POSITION C SPY Position C D
NOT IN,IN N/A N /
A N/A NI N, A S
NA drive motor limit switch N A Value = 'Not In' N/-A NA
CSD-ER-005 Revision 4 Page 26 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Se: Points:
NI Detector Pcwer Supply Cut-off Power Level:
NI Detector Pgwer Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Ccmpensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQ1/SQ2 N/A Not Listed NPY004Z SRM POSITION D SRM Position D D
NOT IN,IN N/A N/A N/A N/A N/A S
N/A SRM drive motor limit switch N/A N/A N/A Value = 'Not In' IN/A N/A
CSD-ER-005 Revision 4 Page 27 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05 '13/98 SQ:/SQ2 RE-AC VES LEV RVL REACTOR WATER LEVEL Reactor Vessel Water Level A
IN_`HES Ni A
-3:0 503 B: SKRT B-S.XRT = near bottom of dryer skirt()
P Reference Unique System Desc.
Reference Unique System Desc.
Reactor Bldg Elevation 749' Reference Unique System Desc. :21 N,.
Loc, High N
Wet S---ýS has 13 Rx water level inputs in 6 different range groups, narrow,
- wide, extended, upset, shutdown & fuel zone.
A Supplier proprietary a1=orithm will arrive at a value for RWL by either averaging only valid signals in the most appropriate range group or by selection of a single leael signal.
-Zero point reference is 527.5" above vessel zero (bottom drain 0.0").
TAF is at 366.31".
Various initiations or trips will occur at Level 1 (-149"),
Level 2
(-3B"),
Level 3 (+12.5")
and Level 8
(+54")
Nc-e:
RWL is a composite SPDS parameter with the following points as in.its:
- NFL001Z, NFL002Z,
- NFL003Z, NFL004Z,
- NFL005Z, NFL007Z,
- NBL001Z, NHB302Z,
- NBL003Z, NBL004Z,
- NBL005Z, NBL006Z, and NBL007Z.
CSD-ER-005 Revision 4 Page 28 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/23/02 SQI/SQ2 N A MlAIN FD FLOW NFF7 7 R'K FLOW A Feedwater Flow A into React Syst A
M-SS/H N/A 0.0
- 8. 000 N 'A N'A S
N/A Reference Unique System Desc.
N*A N A N/A Low - downscale N/A N I/. A Flaw is measured on discharge line of Pump A prior to common feedwater header.
CSD-ER-005 Revision 4 Page 29 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Poin= Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Pcwer Supply Cut-off Power Level:
NI Detector Pcwer Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/23/02 SQl/SQ2 N/A MA:N FD FLOW NFF78
- r FLOW B Feedwater Flow B into React Syst A
MLBS/H N/A 0.0 8.000 N/A S
Reference Unique System Desc.
./A Low
- downscale N/A Flow is measured on discharge line of Pump B prior to common feedwater header.
CSD-ER-005 Revision 4 Page 30 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
Cz*/23/o2 Sýl/SQ2 N A MAtIN FD FLOW NFF79
-X FLOW C Feedwater Flow C into React Syst M-BS/H N"A 0.0 8. 000 N A Reference Unique System Desc.
Lc,
- downscale N.A Frrw is measured on discharge line of Pump C prior to common feedwater header.
CSD-ER-005 Revision 4 Page 31 of 84 Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE 05 /13/98 SQI/SQ2 N,'A RCIC FLOW
-- 01 RC:C FLOW Reactor Core Isolat Cooling Flow A
GPM N/A 0.3 700.0 NiA S
1 N A Between RCIC pump and pump discharge valve('>
At.--m, Low Flow at 60 GPM
- Higzh, Low N,,A N!A Reactor Building Elevation 645'
CSD-ER-005 Revision 4 Page 32 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.
05 /13/98 SI/SQ2 N. A R;S PRESSURE P-_: P R REACTOR PRESSURE Reactor Coolant System Pressure A
PSIG N/A 0
Reference Unique System Desc.
Reference Unique System Desc.
Reactor Bldg Elevation 749' A-arm @ 1020 PSIG, Trip @ 1037 PSIG Lcw, High A Supplier proprietary algorithm arrives at a value for RXPR by either selecting a single signal or by averaging signals depending on the results of validation and verification of the five sensed pressure sianal inputs.
Nc:e:
RXPR is a composite SPDS parameter with the following points as incuts: NFP001Z,
- NFP002Z, NFP003Z, NFP005Z, and NFP006Z.
CSD-ER-005 Revision 4 Page 33 of 84 Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
SUSQUEHANNA STEAOM ELECTRIC STATION UN:TS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE 05/13/98 SQ1/SQ2 N/A HPCI FLOW NGF01 HPCI PP DSCH LINE FLOW High Pressure Coolant Injec Flow A
GPM N/A 0.0 6000 N,/A N/A S
N/A
?ump discharge line Rx Bldg Elev. 645'
- Alarm, Low Flow at 300 G;:.
N 'A "Nigh, Low N/A N/A
CSD-ER-005 Revision 4 Page 34 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
03/13/98 SQI/SQ2 N/A LPCI FLOW NEI 301 RFR SYS A FLOW Low Press Coolant Inject A Flow A
GPM N/A 0.0 30000 N/A Ni A S
N/A Reference Unique System Description
- Eigh, Low N/A N/A Flow sensed by a flow element in the RHR distribution piping downstream of the RHR heat exchanger.
CSD-ER-005 Revision 4 Page 35 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.
05/13/98 SQl/SQ2 N/A LPCI FLOW
-"F 02 R.R SYS B FLOW Low Press Coolant Inject B Flow A
GPM N/A 0.0 30000 N /A N/A S
1 Reference Unique System Desc.
- High, Low N/A N/A Flow sensed by a flow element in the RHR distribution piping downstream of the RHR heat exchanger.
CSD-ER-005 Revision 4 Page 36 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Pcwer Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQt/SQ2 N/A CR SPRAY FL LPCS TO7AL CORE SPRAY FLOW Core Spray Cooling System Flow A
GPM N/A 0
10.000 N/A N/A P
2 Sum (Reference Unique System Desc.)
Reference Unique System Descriptionl N/A Ni/
A N/A
- High, Low N/A N/A A Supplier proprietary algorithm calculates LPCS as the sum of the CS Loop A and Loop B flows. The algorithm utilizes the position of the CS Test Isolation Valve as well as drywell pressure, reactor vessel pressure, and reactor water level in the selection and validation of each loop's flow.
The algorithm selects a value for flow for each loop from either the measured loop flow or the calculated loop flow (based on loop pressure and pump-head performance curve) depending on the algorithm logic table.
ý' -Downstream of Pump A & C (Loop A)
Discharge connection and Pump B & D Loop B)
Discharge connection.
Note:
LPCS is a composite SPDS parameter with the following points as inputs: NSF001Z, NSF002Z, NSP001Z, and NSP002Z.
CSD-ER-005 Revision 4 Page 37 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQ1/SQ2 N A DW FD SMP LV RLL004Z A DRWL SUMP LEVEL Drvwell Floor Drain Sump Level A A
1%
Each 1W ý 1 Gallon(l)
BTESUMP
= Bottom of Sump Reference Unique System Desc.)
2 :
S 1
N, A Lr-.-.jell1 Floor Drain Elev. 704' N;A N,A N /A Instrumentation output is level switch driven, each step is approximately 15 gals.
Input referenced to bottom of sump.
Actual instrument zero is
.25" below input reference point.
Uzon containment isolation output of sump is also isolated.
CSD-ER-005 Revision 4 Page 38 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A LW FD SMP LV RLL005Z B DRWL SUMP LEVEL Drywell Floor Drain Sump Level B A
Each 1%, 1.2 Gallon for SQl(")
Each 1% ý 1 Gallon for SQ2 37.5 100 BSUMP = Bottom of Sump Reference Unique System Desc.(2)
S N/A Dr)-well N /A Floor Drain Elev.
704' NiA N/A Low N /A N/A Instrumentation output is level switch driven, each step is approximately 16 gals for Unit 1 (SQl) and 15 gals for Unit 2 (SQ2).
Input referenced to bottom of sump.
Actual instrument zero is
.25" below input reference point.
Upon containment isolation output of sump is also isolated.
CSD-ER-005 Revision 4 Page 39 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cu:-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A EFF GAS RAD EGRNRX1 RAD OF RELEASED NBLGAS-RX 1 VENT Rad of Released NBLGAS-Rx 1 Vent A
uCI/Min N/A 0
N/A N'/A N/A Average Reference Unique System Desc.ý"
N/A NiA Low N/A NIA The Eberline Control Terminal provides 1 min averages for the Noble Gas release component.
EGRNRX1 is created by averaging the properly selected Noble Gas range (low, mid or high) 1 min average releases for a
15 min period.
EGRNRX1 is updated each quarter hour (i.e.
it is not a
sliding 15 min average).
Therefore, the same value of EGRNRX1 will be transmitted each minute for a given fifteen minute period until the next update is available.
" - Isokinetic sample drawn @ Rx Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 40 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQI/SQ2 N/A EFF GAS RAD EGRPRXl RAD OF RELEASED PART
-RX 1 VENT Rad of Released PART
-Rx 1 Vent A
uCI/Min N/A 0
N/A N/A N/A P
1 Average Reference Unique System Desc.('
N,/A NiA Low N/A The Eberline Control Terminal provides 1 min averages for the Beta Particulate release component.
EGRPRX1 is created by averaging the
! min average releases for a 15 min period.
EGRPRX1 is updated each Quarter hour (i.e.
it is not a sliding 15 min average).
Therefore, the same value of EGRPRX1 will be transmitted each minute for a given fifteen minute period until the next update is available.
- Isokinetic sample drawn @ Rx Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 41 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A EFF GAS RAD EGRIRXl RAD OF RELEASED 1131 Rad of Released 1131
-RX 1 VENT
-Rx 1 Vent A
uCI/Min N/A 0
N/A N/A N/A P
Average Reference Unique System Desc.(
1 1 N/A N/A N/A Low N/A N/A The Eberline Control Terminal provides 1 min averages for the 1131 release component.
EGRIP.X1 is created by averaging the 1 min average releases for a 15 min period.
EGRIRX1 is updated each quarter hour (i.e.
it is not a sliding 15 min average).
Therefore, the same value of EGRIRXI will be transmitted each minute for a given fifteen minute period until the next update is available.
- Isokinetic sample drawn @ Rx Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 42 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond :esc.:
Analog/Digital:
Engr Units/Dir States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Poin: Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locatizns:
Alarm/Trip Se: Points:
NI Detector P::er Supply Cut-off Power Level:
NI Detector Poer Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitzers:
Level Reference Leg:
Unique System Zesc.:
C 5/13/98 SQI/SQ2 N/A EFF GAS RAD EGRNTBl R_-LD OF RELEASED NBLGAS-TB 1 VENT Rad of Released NBLGAS-TB 1 Vent A
uCI/Min N/A 0
N,/A
>,7 A N, A p
1 Ave rage Reference Unique System Desc.ý '
NA N,
Low N/A N!'.A The Eberline Control Te-rinal provides 1 min averages for the Noble Gas re-ease component.
EGRN-BE is created by averaging the properly selected Noble Gas range (low, mid or high) 1 min average releases for a 15 min period.
EGRNTB1 is updated each quarter hour (i.e.
it is not a sliding 15 min average). Therefore, the same value of EGRNTB1 will be transmitted each minute for a given fifteen minute period until the next update is available.
S-Isokinetic sample draA-n 9 Turbine Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 43 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector cwer Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Ccmpensation For DP Transmitters:
Level Reference Leg:
Unique Systen Desc.:
0z/13/98 SzQ!/SQ2 N 'A EFF GAS RAD EZRPTB1 PAD OF RELEASED PART
-TB 1 VENT Pad of Released PART
-TB 1 Vent A.
uCi /Min N iA 0
N A N A Average Reference Unique System Desc.U1)
NA
-he Eberline Control Terminal provides 1 min averages for the Beta PZarziculate release component.
EGRPTB1 is created by averaging the
! =in average releases for a 15 min period.
EGRPTBI is updated each a:arter hour (i.e.
it is not a sliding 15 min average).
Therefore,
- -e same value of EGRPTB1 will be transmitted each minute for a given 0--teen minute period until the next update is available.
Isokinetic sample drawn @ Turbine Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 44 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A EFF GAS RAD EGRITB1 RAD OF RELEASED 1131
-TB 1 VENT Rad of Released 1131
-TB 1 Vent A
uCI/Min N/A 0
N/A N/A N/A Average Reference Unique System Desc.(i)
N/A N/A Low
Ž7/A
- he Eberline Control Terminal provides 1 min averages for the 1131 release component.
EGRITBI is created by averaging the 1 min average releases for a 15 min period.
EGRITBI is updated each quarter hour (i.e.
it is not a sliding 15 min average).
Therefore, the same value of EGRITBI will be transmitted each minute for a given fifteen minute period until the next update is available.
Isokinetic sample drawn @ Turbine Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 45 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05-/13/98 SQI/SQ2 N A EFF GAS RAD EGRNSGTS R-_D OF RELEASED NBLGAS-SGTS VENT Rad of Released NBLGAS-SGTS Vent A
uC!/Min N/A 0
N,A N;A NA A-,-erage Reference Unique System Desc.
N,A NA N/ A NA The Eberline Control Terminal provides 1 min averages for the Noble Gas renease component.
EGRNSGTS is created by averaging the properly selected Noble Gas range (low, mid or high) 1 min average releases for a 15 min period.
EGRNSGTS is updated each quarter hour (i.e.
it is not a sliding 15 min average).
Therefore, the same value of EGRNSGTS will be traznsmitted each minute for a given fifteen minute period until the next undate is available.
Isokinetic sample drawn 9 SGTS vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 46 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
C5/13/98 SQI/SQ2 N/A EFF GAS RAD EGRPSGTS RAD OF RELEASED PART
-SGTS VENT Rad of Released PART
-SGTS Vent A
uCI/Min NiA 0
"NiA N 'A NiA Average Reference Unique System Desc.i N 'A Low N/A N/A The Eberline Control Terminal provides 1 min averages for the Beta Particulate release comnonent.
EGRPSGTS is created by averaging the 1 mn average releases for a 15 min period.
EGRPSGTS is updated each csarter hour (i.e.
it is not a sliding 15 min average).
Therefore, the same value of EGRPSGTS will be transmitted each minute for a given fifteen minute period until the next update is available.
- Isokinetic sample drawn @ SGTS vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 47 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQL /SQ2 N/A EFF GAS RAD EC?.ISGTS RAD OF RELEASED 1131
-SGTS VENT Rad of Released 1131
-SGTS Vent A
uC /Min N/A 0
NIA NiA N; A P
1 Arage Reference Unique System Desc."
NA N.A Low N/A The Eberline Control Terminal provides 1 min averages for the 1131 release ccr.ponent.
EGRISGTS is created by averaging the 1 min average releases fcr a 15 min period.
EGRISGTS is updated each quarter hour (i.e.
it is nct a sliding 15 min average).
Therefore, the same value of EGRISGTS will be transmitted each minute for a given fifteen minute period until the next update is available.
"- Isokinetic sample drawn @ SGTS vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 48 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Se: Points:
NI Detector Pcwer Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQ1/SQ2 N/A EFF GAS RAD EGRNRX2 RAD OF RELEASED NBLGAS-RX 2 VENT Rad of Released NBLGAS-Rx 2 Vent A
uCI/Min N/A 0
N/A N/A N/A P
1 Average Reference Unique System Desc."
N/A N/A N/A Low N/A N/A The Eberline Control Terminal provides 1 min averages for the Noble Gas release component.
EGRNRX2 is created by averaging the properly selected Noble Gas range (low, mid or high) 1 min average releases for a fifteen min period.
EGRNRX2 is updated each quarter hour (i.e.
it is not a sliding 15 min average).
Therefore, the same value of EGRNRX2 will be transmitted each minute for a given fifteen minute period until the next update is available.
- Isokinetic sample drawn @ Rx Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 49 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQI/SQ2 N/A EFF GAS RAD EGRPRX2 RAD OF RELEASED PART
-RX 2 VENT Rad of Released PART
-Rx 2 Vent A
uCI/Min N/A 0
N/A N/A N/A P
1 Average Reference Unique System Desc.ýI)
N/A N/A 4/A Low N/A N/A The Eberline Control Terminal provides 1 min averages for the Beta Particulate release component.
EGRPRX2 is created by averaging the 1 min average releases for a 15 min period.
EGRPRX2 is updated each quarter hour (i.e.
it is not a sliding 15 min average).
Therefore, the same value of EGRPRX2 will be transmitted each minute for a given fifteen minute period until the next update is available.
1-Isokinetic sample drawn @ Rx Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 50 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Pcwer Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A EFF GAS RAD EGRIRX2 RAD OF RELEASED 1131
-RX 2 VENT Rad of Released 1131
-Rx 2 Vent A
uCI/Min N/A 0
N/A N!A Average Reference Unique System Desc.('
N.i N!'A Low N/A NiA The Eberline Control Terminal provides 1 min averages for the 1131 release component.
EGRIRX2 is created by averaging the 1 min average releases for a 15-min period.
EGRIRX2 is updated each quarter hour (i.e.
iz is not a sliding 15 min average).
Therefore, the same value of EGRIRX2 will be transmitted each minute for a given fifteen minute period until the next update is available.
- Isokinetic sample drawn @ Rx Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 51 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Pzwer Supply Cut-off Power Level:
NI Detector Pzwer Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Ccnpensation For DP Transmi:ters:
Level Reference Leg:
Unique System Lesc.:
05/13/98 SQI/SQ2 N/A EFF GAS RAD EG.RNTB2 R*n OF RELEASED NBLGAS-TB 2 VENT Rad of Released NBLGAS-TB 2 Vent A
uCI/Min N/A 0
N/A N/A N/A P
1 Average Reference Unique System Desc.Y N /A Ni A N, 'A N/.:
Low N/A N/A The Eberline Control Terminal provides 1 min averages for the Noble Gas release component.
EGRNTB2 is created by averaging the properly selected Noble Gas range (low, mid or high) 1 min average releases for a 15 min period.
EGRNTB2 is updated each quarter hour (i.e.
it is not a sliding 15 min average).
Therefore, the same value of EGRNTB2 will be transmitted each minute for a given fifteen minute period until the next update is available.
Isokinetic sample drawn @ Turbine Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 52 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply" Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A EFF GAS RAD EGRPTB2 RAD OF RELEASED PART
-TB 2 VENT Rad of Released PART
-TB 2 Vent A
uCI/Min N/A 0
N/A N/A N/A P
1 Average Reference Unique System Desc.)
N/A N/A N/A Low N/A N/A The Eberline Control Terminal provides 1 min averages for the Beta Particulate release component.
EGRPTB2 is created by averaging the 1 min average releases for a 15 min period.
EGRPTB2 is updated each quarter hour (i.e.
it is not a sliding 15 min average).
Therefore, the same value of EGRPTB2 will be transmitted each minute for a given fifteen minute period until the next update is available.
1 _ Isokinetic sample drawn @ Turbine Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 53 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQ1/SQ2 N/A EFF GAS RAD EZRITB2 RAD OF RELEASED 1131
-TB 2 VENT Rad of Released 1131
-TB 2 Vent A
uCI/Min N/A 0
N/A N/A N/A P
Average Reference Unique System Desc.(
1 )
N 'A N" A Low N/A N/A The Eberline Control Terminal provides 1 min averages for the 1131 release component.
EGRITB2 is created by averaging the 1 min average releases for a 15 min period.
EGRITB2 is updated each quarter hour (i.e.
it is not a sliding 15 min average).
Therefore, the same value of EGRITB2 will be transmitted each minute for a given fifteen minute period until the next update is available.
" - Isokinetic sample drawn S Turbine Bldg vent near Rx Bldg roof.
CSD-ER-005 Revision 4 Page 54 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A EEF GAS RAD EGRNSITE RAD OF RELEASED NBLGAS-SITE TOTL Rad of Released NBLGAS-Site Totl A
uCI/Min N/A 0
N/A N/A Ni A P
5 Reference Unique System Desc.
N/A N/A N/A N/A N/A NiA A Site Total 1 min average for the Noble Gas release component is created by summing the Noble Gas 1 min averages of the Rx 1, TB 1, SGTS, Rx 2 and TB 2 vents.
EGRNSITE is created by averaging the Site Total 1 min averages for a 15 min period.
EGRNSITE is updated each quarter hour (i.e.
it is not a
sliding 15 min average).
Therefore, the same value for EGRNSITE will be transmitted each minute for a given fifteen minute period until the next update is available.
CSD-ER-005 Revision 4 Page 55 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A EFF GAS RAD EGRPSITE RAD OF RELEASED PART
-SITE TOTL Rad of Released PART
-Site Totl A
uCI/Min N/A 0
N/A N/A N/A P
5 Reference Unique System Desc.
N/A N/A N/A N/A N/A N/A N/A A Site Total 1 min average for the Beta Particulate release component is created by summing the Beta Particulate 1 min averages of the Rx 1, TB 1,
EGRPSITE is created by averaging the Site Total 1 min averages for a 15 min period.
EGRPSITE is updated each quarter hour (i.e.
it is not a sliding 15 min average).
Therefore, the same value for EGRPSITE will be transmitted each minute for a given fifteen minute period until the next update is available.
CSD-ER-005 Revision 4 Page 56 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A EFF GAS RAD EGRISITE RAD OF RELEASED 1131
-SITE TOTL Rad of Released 1131
-Site Totl A
uCI/Min N/A 0
N/A N/A N/A P
5 Reference Unique System Desc.
NiA N/A N/A N/A N/A N/A N/A A Site Total 1 min average for the 1131 release component is created by summing the 113!
1 min averages of the Rx 1, TB 1, SGTS, Rx 2 and TB 2 vents.
EGRISITE is created by averaging the Site Total 1 min averages for a 15-min period.
EGRISITE is updated each quarter hour (i.e.
it is not a sliding 15-min average).
Therefore, the same value for EGRISITE will be transmitted each minute for a given fifteen minute period until the next update is available.
CSD-ER-005 Revision 4 Page 57 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQI/SQ2 N/A EFF LIQ RAD VZR001Z LRW DSCH RAD MON Radioactivity of Released Liqlds A
1 N/A Ref. Unique System Desc.(1>
Varies - Ref. Unique System Desc.)2)
N/A NIA Low N/A N/A SSample drawn from LRW discharge pipe prior to release to environment.
The Liquid Radwaste Effluent Monitor is a microprocessor based NMC Licuid Radiation Monitor.
A single gamma scintillation detector is exposed to the sample of the discharge stream.
Discharge is governed bv Radiation Effluent release permit.
Detector alarm settings are determined for each release based upon tank activity & background values at the sample unit.
CSD-ER-005 Revision 4 Page 58 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locaticns:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQ1/SQ2 N/A Not Listed VDF001Z LRW DISCHARGE FLOW LRW Discharge Flow A
GPM N/A 0
100 N/A N/A S
1 N/A Reference Unique System Desc.i 1 )
N/A N/A N/A Low N/A N/A On Liquid Radwaste discharge line prior to environment.
The liquid radwaste line discharges into the Cooling tower discharge pipe.
The cooling tower discharge pipe goes to the Susquehanna River.
CSD-ER-005 Revision 4 Page 59 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A DW RAD PCA PRIMARY CONTAINMENT ACTIVITY Radiation Level in the Drywell A
R/HR N/A 1
1E8 N/A N/A P
2 Average (ref.
Unique System Desc.)
Dr-vwell on Bioshield Wall Alarm 400 R/HR and 2000 R/HR NIA N/A Low N/A N/A A Supplier proprietary algorithm selects the point with the higher value if the difference between the two points exceeds a predefined delta.
Note:
PCA is a composite SPDS parameter with the following points as inputs: MAR001Z and MAR002Z.
CSD-ER-005 Revision 4 Page 60 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQI/SQ2 N/A MN STEAM RAD NAR01 MAIN STEAM LINE RAD A Radiation Lvl of Main Stm Line A A
MR/H N/A 1.000 1.0E6 N/A N/A S
1 N/A Reference Unique System Desc.(1 1 7 times Background at Full Power N/A N/A Low N/A N/A Standard BWR Main Steam Line Radiation Monitoring design and configuration.
The detectors (A-D) are located in the steam tunnel as close as practical to the containment.
The detectors are arranged such that each detector will view all steam lines with approximately the same response.
CSD-ER-005 Revision 4 Page 61 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
"How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQ!/SQ2 N/A MN STEAM RAD NAR02 MAIN STEAM LINE RAD B Radiation Lvl of Main Stm Line B A
MR/H N/A 1.000 1.0E6 N/A N/A S
1 N/A Reference Unique System Desc.i' 7 times Background at Full Power N/A N/A Low N/A N/A Standard BWR Main Steam Line Radiation Monitoring design and configuration.
'i
- The detectors (A-D) are located in the steam tunnel as close as practical to the containment.
The detectors are arranged such that each detector will view all steam lines with approximately the same response.
CSD-ER-005 Revision 4 Page 62 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE N-Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A M-N STEAM RAD NAR0 3 MAIN STEAM LINE RAD C Radiation Lvl of Main Stm Line C A
MR/H N/A 1.000 1.0E6 N/A N/A S
1 N/A Reference Unique System Desc.t 7 times Background at Full Power NA N/A Low N/A N/A Standard BWR Main Steam Line Radiation Monitoring design and cocnfiguration.
1" - The detectors (A-D) are located in the steam tunnel as close as practical to the containment.
The detectors are arranged such that each detector will view all steam lines with approximately the same response.
CSD-ER-005 Revision 4 Page 63 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQ!/SQ2 N/A W% STEAM RAD A-0 4 MAIN STEAM LINE RAD D Radiation Lvl of Main Stm Line D A
f'R/H N/A 1.000
- 1. 0E6 N.'A N, A S
N, A Reference Unique System Desc. 1 )
7 times Background at Full Power N, A N; A Lcw N/A N,'A Standard BWR Main Steam Line Radiation Monitoring design and ccnfiguration.
The detectors (A-D) are located in the steam tunnel as close as practical to the containment.
The detectors are arranged such that each detector will view all steam lines with approximately the same response.
CSD-ER-005 Revision 4 Page 64 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Se: Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
o5/13/98 SQl/SQ2 N/A DW PRESS DWPR DRYWELL PRESSURE Drywell Pressure A
PSIG N/A
-15.0 250.0 N/A N/A P
5 Reference Unique System Desc.
Reactor Bldg. Elevation 719' Trip @ 1.72 PSIG N/A N/A
- High, Low N/A N/A A Supplier proprietary algorithm selects the value for DWPR by using up to five inputs, one Narrow Range (NR) signal (-3.0 to +3.0 PSIG),
two Intermediate Range (IR) signals (-15.0 to +65.0 PSIG),
and two Wide Range (WR) signals (0 to -250.0 PSIG).
If the NR signal is onscale then it is selcted for DWPR.
If the NR signal is invalid and the IR signal(s) are onscale then they are utilized for DWPR.
If both NR and IR signals are invalid then the WR signals will be utilized for DWPR.
Note:
DWPR is a composite SPDS parameter with the following points as inputs: MAP001Z,
- MAP003Z, MAP004Z,
- MAP005Z, and MAP006Z.
CSD-ER-005 Revision 4 Page 65 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A DW TEMP DRYWELL TEMPERATURE Drywell Temperature A
DEGF N/A 40 440 N/A N/A P
8 A-.-erage (Reference Unique System Desc.)
Reference Unique System Desc.
Alarm 135'F N, A N, A Hig=h, Low N/A N/A A Supplier proprietary algorithm uses the Technical Specification met-hod for calculating dry-dell average air temperature which selects the higher valid signal from a minimum of 3 of the following drywell areas: top, middle, bottom and pedestal. DWT is then calculated as the average of the 3 or 4 valid signals selected. If there is less than 3 t-alid signals then the algorithm cannot calculate an average value.
Sensor Locations (elevation, azimuth) : (79718",
2950),
(797' 8",1100),
(752' 2",2700),
(752' 20,900),
(737',300o),
(7371,1500),
(7111,2700),
(720,850)
Note:
DWT is a composite SPDS parameter with the following points as inputs: MAT001Z,
- MAT002Z, MAT003Z,
- MAT004Z, MAT005Z,
- MAT006Z, MAT007Z, and MAT008Z.
CSD-ER-005 Revision 4 Page 66 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQ!/SQ2 N/A SP TEMP SPT SUPPRESSION POOL TEMPERATURE Suppression Pool Temperature A
DEGF N/A 30 230 N 'A N:'A P
2 Average Reference Unique System Desc.
Alarm at 90'F, 105'F, 11 0 'F & 120'F N A N'A Lcw, High N/A N/A A Supplier proprietary algorithm calculates SPT as the average of the two inputs if they are valid and agree, otherwise the higher of the two signals is selected.
Each of the inputs to the algorithm is provided by a Suppression Pool Temperature Monitoring System (SPOTMOS).
The SPDTMOS unit uses up to 8 temperature inputs to calculate the average temperature.
The RTD inputs to SPOTMOS that are used to calculate the average temperature are located at appoximately the 21 foot level in the suppression pool.
Note:
SPT is a composite SPDS parameter with the following points as inputs:
MAT012Z and MAT013Z.
CSD-ER-005 Revision 4 Page 67 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A SP LEVEL SPWL SUPPRESSION POOL WATER LEVEL Suppression Pool Water Level A
FEET N/A 4.5 49 TNKBOT N/A P
4 Reference Unique System Desc.
Rx Bldg Elev. 645' High Ž> 23.75 ft, Low < 22.25 ft N/A N/A Low, High N/A Wet A Supplier proprietary algorithm uses 2 Narrow Range (NR),
18-26.5 ft, and 2 Wide Range (WR),
4.5-49 ft, signals to arrive at a value for SPWL.
The NR signals are given preference over the WR signals.
In cases in which NR signals do not agree and are not confirmed by WR signals, a
signal (or average of signals) with greater deviation from Normal Water Level (NWL),
measured at 23 ft, is used because it is a critical safety concern.
A WR signal (or average of WR signals) may be chosen over a NR signal if it is verified as having a greater deviated value from the NWL than the NR signal.
Note: SPWL is a composite SPDS parameter with the following points as inputs: MAL001Z,
- MAL002Z, MAL003Z, and MAL004Z.
CSD-ER-005 Revision 4 Page 68 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQI/SQ2 N/A H2 CONC HYDGN CONTNMNT.
HYDROGEN CONCENTRATION Drywell Hydrogen Concentration A
N/A 0
30 N/A N/A P
2 Average (ref. Unique System Desc.)
Reference Unique System Desc.i 1 )
N/A N/A N/A Low, High N/A N/A Each of the inputs has dual range capability and will have a range of 0-10% or 0-30%.
A Supplier proprietary algorithm will calculate HYDGN as the average of the two inputs if they are both on the same range and agree.
Any other combination of valid points (e.g. points disagree, are on different ranges, only one on-scale) will cause the algorithm to select only one of the two inputs for the value of HYDGN.
'i-_
Sample drawn from drywell or suppression chamber and measured at Panel 1C226A & B for SQl and 2C226A & B for SQ2, Reactor Building Elev. 719'.
Note:
HYDGN is a composite SPDS parameter with the following points as inputs: MAC003Z and MAC004Z.
CSD-ER-005 Revision 4 Page 69 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A 02 CONC OXYGN CONTNMNT.
OXYGEN CONCENTRATION Drywell Oxygen Concentration A
N/A 0
25 N/A N/A P
2 Average (ref.
Unique System Desc.)
Reference Unique System Desc.(1e N/A N, A N/A
- Low, High N/A N/A Each of the inputs has dual range capability and will have a range of 0-10% or 0-25%.
A Supplier proprietary algorithm will calculate OXYGN as the average of the two inputs if they are both on the same range and agree.
Any other combination of valid points (e.g. points disagree, are on different ranges, only one on-scale) will cause the algorithm to select only one of the two inputs for the value of OXYGN.
Sample drawn from drwaell or suppression chamber and measured at Panel IC226A & B for SQl and 2C226A & B for SQ2, Reactor Building Elev. 719'.
Note:
OXYGN is a composite SPDS parameter with the following points as inputs:
MAC001Z and MAC002Z.
CSD-ER-005 Revision 4 Page 70 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Pcwer Supply Cut-off Power Level:
NI Detector Pcwer Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Ccmpensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A CST LEVEL CSL01 COND STORAGE TANK 1 LVL Condensate Storage Tank 1 Level A
Each 1% ý 3,000 Gallons 0.0 100.0 TNKBOT Zero is 13.5 inches above tank bottom S
N/A 7.5 Low NIA NA Low inches below zero reference level at 0% (ref. Unique System Desc.)
or High (on LI, LR and Computer point)
N/A N/A Zero is 10,000 gallons above HPCI suction.
The RWST and both CSTs can be manually cross connected.
The capacity of each CST is 300,000 gallons and the RWST capacity is 680,000 gallons.
CSD-ER-005 Revision 4 Page 71 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQ1/SQ2 N/A CST LEVEL CSL02 COND STORAGE TANK 2 LVL Condensate Storage Tank 2 Level A
Each 1% ý 3,000 gallons 0.0 100.0 TNKBOT Zero is 13.5 inches above tank bottom S
1 N/A 7.5 inches below zero reference Low level at 0% (ref. Unique System Desc.)
N/A N/A Low or High (on LI, LR and Computer point)
N/A N/A Zero is 10,000 gallons above HPCI suction.
The RWST and both CSTs can be manually cross connected.
The capacity of each CST is 300,000 gallons and the RWST capacity is 680,000 gallons.
CSD-ER-005 Revision 4 Page 72 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A WIND SPEED METULS WIND SPEED-60M Wind Speed at Reactor Site -60M A
MPH N/A 1.0 50.0 N/A N/A P
1 15 min average (ref. Unique System Desc)
Met Tower is
ý 1,200 ft.
ESE of Rx Bldg N/A N/A N/A Low N/A N/A 15 min average is a sliding 15 min average.
CSD-ER-005 Revision 4 Page 73 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQ1/SQ2 N/A WIND SPEED METLLS WIND SPEED-10M Wind Speed at Reactor Site -10M A
MPH N/A 1-0 50.0 N/A N/A P
1 15 min average (ref. Unique System Desc)
Me: Tower is
ý 1,200 ft.
ESE of Rx Bldg N/A N/A N/A Low N/A N/A 15 min average is a sliding 15 min average.
CSD-ER-005 Revision 4 Page 74 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQI/SQ2 N/A WIND DIR METULD WIND DIR - 60 M Wind Dir at the React Site -60M A
DEGFR N/A 0
360 N/A N/A P
1 15 min vector average" 1 )
Met Tower is
, 1,200 ft.
ESE of Rx Bldg NIA N/A N/A Low N/A N/A
ý_ -
15 min average is a
sliding 15 min average.
CSD-ER-005 Revision 4 Page 75 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQl/SQ2 N/A WIND DIR METLLD WIND DIR 10 M Wind Dir at the React Site -10M A
DEGFR N/A 0
360 N/A N/A P
1 15 min vector average Met Tower is
ý 1,200 ft.
ESE of Rx Bldg N/A N/A N/A Low N/A N/A 15 min average is a sliding 15 min average.
CSD-ER-005 Revision 4 Page 76 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc;:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Set Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQi/SQ2 N.'A S--AB CLASS M-TSTAB A-:R STABILITY AT THE REACT SITE Air Stability at the React Site A
STABI N/A N,'A N, *A N.A N, A P
1 Reference Unique System Desc.
Reference Unique System Desc.
N A N.A N, A Reference Unique System Desc.
N/A N/A The parameter is derived from the Delta Temperature between the 10 meter and 60 meter levels.
If the Delta Temperature signal is invalid then the parameter is derived from the Sigma Theta of wind direction.
A value of 1 through 7 which corresponds to a stability class of A through F, or 9 (invalid) will be transmitted for METSTAB.
CSD-ER-005 Revision 4 Page 77 of 84 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr Units Conversion:
Minimum Instr Range:
Maximum Instr Range:
Zero Point
Reference:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm/Trip Sec Points:
NI Detector Power Supply Cut-off Power Level:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
05/13/98 SQI/SQ2 N/A Not Listed EXERCISE EXERCISE DATA Exercise Data D
NO/YES N/A N/A N/A N/A N/A S
1 N/A RDAS variable (i.e.
pseudo point)
N/A N/A N/A N/A N/A N/A This parameter is a constant whose value is equal to 0 when actual plant data is being transmitted and 1 when exercise/drill data is being transmitted.
CSD-ER-005 Revision 4 Page 78 of 84 APPENDIX D DATA POINT LIBRARY REFERENCE FILE DEFINITIONS
CSD-ER-005 Revision 4 Page 79 of 84 APPENDIX D DATA POINT LIBRARY REFERENCE FILE DEFINITIONS Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant-Specific Point
Description:
Generic Or Condensed
Description:
Analog/Digital:
Engineering Units Or Digital States Engineering Units Conversion:
Minimum Instrument Range:
The date that this form is filled out or modified.
(Eight characters)
The nuclear power plant name and abbreviation from the enclosed list of sites.
(Three characters)
If there is more than one data feeder for your system, enter the acronym for the data feeder from which the point comes.
If there is only one data feeder, enter "N/A' in this field (Ten characters)
One of the parameters from the enclosed BWR or PWR parameter list.
A single value should be transmitted for each parameter for each loop.
If not on the list, insert "Not Listed" or "NL".
(Twelve characters)
Alphanumeric point description used to label the point during transmission.
(Twelve characters)
Licensee computer point description for the transmitted point.
(Forty characters)
Parameter description from the enclosed list of points for a BWR or PWR.
If not on the list, condense the plant-specific point description.
(Thirty-two characters)
"A" if the signal is analog or numerical or "D if the signal is off/on.
(One character)
Engineering units used by the licensee for display on licensee output devices.
Use the engineering units abbreviations from the enclosed list when possible.
When specifying pressure, use "PSIA" or "PSIG" rather than "PSI".
For digital signals, give the "OFF" and "ON" state descriptors.
(Twelve characters)
Notes about any special features of the A/D conversion and scaling.
(Forty characters)
Engineering units value below which data cannot go (bottom-of-scale value).
(Ten characters)
CSD-ER-005 Revision 4 Page 80 of 84 Maximum Instrument Range:
Zero Reference Point:
Reference Point Notes:
PROC or SENS:
Number of Sensors:
How Processed:
Sensor Locations:
Alarm or Trip Setpoints:
NI Detector Power Supply Cut-Off Power Level:
NI Detector Power Supply Turn-On Power Level:
Instrument Failure Mode:
Engineering units value above which data cannot go (top-of-scale value).
(Ten characters)
Zero-point of engineering units scale used primarily for levels or heights.
Use the zero reference point abbreviations from the enclosed list when possible.
(Six characters)
Notes about the reference point or other important and special features of the parameter.
(Forty characters)
Is the point formed by processing more than one signal, or is the source a single sensor
("P" or "S")?
(One character)
The number of signals processed in a full calculation assuming no bypassed or inoperative sensors.
(Three characters)
The processing algorithm (sum, average, weighted average, highest, lowest, or a short description).
(Forty characters)
Description of the location(s) of the instrument(s) used.
(Forty characters)
The most important setpoints for the parameter.
State whether the limit is high or low.
(Forty characters)
The power level at which the power supply for the NI detector switches off.
(Fifteen characters)
The power level at which the power supply for the NI detector switches on.
(Fifteen characters)
The mode in which this instrument fails.
Possible answers are HIGH,
If available, provide the numeric value at which the instrument fails.
(Thirty characters)
Temperature Compensation For DP Transmitters:
This question pertains pressure transmitters.
are "YES" or "NO"
("Y" answer is "NO",
please the correction curve.
to differential Possible answers or "N").
If the attach a copy of (One character)
CSD-ER-005 Revision 4 Page 81 of 84 Level Reference Leg:
Unique System
Description:
PICSY The type of level measurement (dry or wet) used on the level reference leg.
(Three characters)
Additional important information which will assist the NRC Operations Center personnel in understanding how the plant team interprets the data.
(600 characters)
Plant Integrated Computer System - Unit 2
CSD-ER-005 Revision 4 Page 82 of 84 APPENDIX E CRITICAL SAFETY FUNCTION PARAMETERS
CSD ER-005 Revision 4 Page 83 of 84 CRITICAL SAFETY FUNCTION PARAMETERS ERDS PARAMETER DESCRIPTION Nuclear Instruments, Power Range Nuclear Instruments, Inter Rng A Nuclear Instruments, Inter Rng D Nuclear Instruments, Inter Rng G Nuclear Instruments, Inter Rng H IRM A Range Switch Position IRM D Range Switch Position IRM G Range Switch Position IRM H Range Switch Position IRM Det(s) not Full in Position IRM Bypass Nuclear Instruments, Sourc Rng A Nuclear Instruments, Sourc Rng B Nuclear Instruments, Sourc Rng C Nuclear Instruments, Sourc Rng D SRM Position A
SRM Position B
SRM Position C
SRM Position D
Reactor Vessel Water Level Feedwater Flow A into React Syst Feedwater Flow B into React Syst Feedwater Flow C into React Syst Reactor Core Isolat Cooling Flow UNITS NO/YES NO/YES OPS CPS CPS CPS NOT IN/IN NOT IN/IN NOT IN/IN NOT IN/IN NI POWER RNG NI INTER RNG NI INTER RNG NI INTER RNG NI INTER RNG Not Listed Not Listed Not Listed Not Listed Not Listed Not Listed NI SOURC RNG NI SOURC RNG NI SOURC RNG NI SOURC RNG Not Listed Not Listed Not Listed Not Listed CORE COOLING REAC VES LEV MAIN FD FLOW MAIN FD FLOW MAIN FD FLOW RCIC FLOW RCS INTEGRITY Reactor Coolant System Pressure High Pressure Coolant Injec Flow Low Press Coolant Inject A Flow Low Press Coolant Inject B Flow Core Spray Cooling System Flow Drywell Floor Drain Sump Level A Drywell Floor Drain Sump Level B PSIG GPM GPM GPM GPM MLBS/H MLBS/H MLBS/H GPM RCS PRESSURE HPCI FLOW LPCI FLOW LPCI FLOW CR SPRAY FL DW FD SMP LV DW FD SMP LV
CSD ER-005 Revision 4 Page 84 of 84 RADIOACTIVITY CONTROL EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF GAS RAD EFF LIQ RAD Not Listed CND A/E RAD DW RAD MN STEAM RAG MN STEAM RAD MN STEAM RAD MN STEAM RAD Rad of Rad of Rad of Rad of Rad of Rad of Rad of Rad of Rad of Rad of Rad of Rad of Rad of Rad of Rad of Rad of Rad of Rad of Released NBLGAS-Rx 1 Vent Released PART
-Rx 1 Vent Released 1131
-Rx 1 Vent Released NBLGAS-TB 1 Vent Released PART
-TB 1 Vent Released 1131
-TB 1 Vent Released NBLGAS-SGTS Vent Released PART
-SGTS Vent Released 1131
-SGTS Vent Released NBLGAS-Rx 2 Vent Released PART
-Rx 2 Vent Released 1131
-Rx 2 Vent Released NBLGAS-TB 2 Vent Released PART
-TB 2 Vent Released 1131
-TB 2 Vent Released NBLGAS-Site Totl Released PART
-Site Totl Released 1131
-Site Totl Radioactivity of Released Liq'ds LRW Discharge Flow Condenser Air Ejector Radioactivity Radiation Level in the Drywall Radiation Lvl of Main Stm Line A Radiation Lvl of Main Stm Line B Radiation Lvl of Main Stm Line C Radiation Lvl of Main Stm Line D uCI/MIN uCI/MIN uCI/MIN uCI/MIN uCIIMIN uCI/MIN uCI/MIN uCI/MIx uCI/MIN uCI/MIN uCI/MIN uCI/MIN uCI/MIN UCI/MIN uCI/MIN uCI/MIN uCI/MIN uCI/MIN CPM GPM R/HR MR/H MR/H MR/H MR/H CONTAINMENT CONDITIONS Drywall Pressure Drywall Temperature Suppression Pool Temperature Suppression Pool Water Level Drywall Hydrogen Concentration Drywell Oxygen Concentration MISCELLANEOUS PARAMETERS CST LEVEL Condensate Storage Tank 1 Level CST LEVEL Condensate Storage Tank 2 Level WIND SPEED Wind Speed at Reactor Site
-60M WIND SPEED Wind Speed at Reactor Site
-10M WIND DIR Wind Dir at the React Site
-60M WIND DIR Wind Dir at the React Site
-10M STAB CLASS Air Stability at the React Site EXERCISE DATA Exercise Data PSIG DEGF DEGF FEET 9%
MPH MPH DEGFR DEGFR STABA KO/YES DW PRESS DW TEMN SP TEMP SP LEVEL H2 CONC 02 CONC