ML052650388
| ML052650388 | |
| Person / Time | |
|---|---|
| Site: | Oyster Creek |
| Issue date: | 09/08/2005 |
| From: | Swenson C AmerGen Energy Co |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| 2130-05-20167 OC-PPC-SRS-0014 | |
| Download: ML052650388 (53) | |
Text
AmerGen Energy Company www.exeloncorp.com AmerGen An Exelon Company SM Oyster Creek US Route 9 South, P.O. Box 388 Forked River, NJ 08731-0388 September 8, 2005 2130-05-20167 U. S. Nuclear Regulatory Commission Attn: Document Control Desk Washington, DC 20555 - 0001 Oyster Creek Generating Station Facility Operating License No. DPR-1 6 NRC Docket No. 50-219
Subject:
Submittal of Revised Emergency Response Data Library As part of the installation of a new Oyster Creek Plant Process Computer (PPC), the System Requirements Specification for ERDS, OC-PPC-SRS-0014 was created to control future changes to the ERDS Data Point Library. During its development it was recognized that several Alarm/Trip setpoints have been revised in the past, but not updated in the ERDS Data Point Library. The enclosed submittal is a revised copy of OC-PPC-SRS-0014 in its entirety to replace the existing document, VM-PC-1 150, Appendix 1-16.
There are no changes to the ERDS hardware or software associated with this submittal and the revised Alarm/Trip Setpoints are updated for reference only to the user of ERDS. No revision bars are used since this is major revision t6 entirely replace the existing ERDS Data Point Library document.
If any further information or assistance is needed, please contact David Fawcett at 609-971-4284.
Sincerely, C. N. Swenson Vice President, Oyster Creek Generating Station CNS/DIF
Enclosure:
OC-PPC-SRS-0014, Rev. 4 cc: S. J. Collins, Administrator, USNRC Region I P. S. Tam, USNRC Project Manager, Oyster Creek R. J. Summers, USNRC Senior Resident Inspector, Oyster Creek K. Tosch, Chief NJDEP Bureau of Nuclear Engineering File No. 05012 l r )
Is , . I OC-PPC-SRSo0o14 Revision 4-June 25, 2005 Plant Process Computer Monitoring Syem Page 1of52 System Requirements Specification For the Oyster Creek Emergency Response Data System (ERDS)
Document# OC-PPC-SRS-0014 Prepared By: -
/4st-9< 'I =SwAe4a)
- Date: I/2.(o/-
Owner Approval: ~~C' . Date:
Emergency Preparedness: Date: _ __ ___s_
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 2 of 52 REVISION HISTORY REVISION REVISION SECTION NUMBER DATE NUMBER REASON FOR REVISION 0 06/12/2003 All Initial release for new Scientech system 1 05/15/2004 Appendix C Change for Points LT35 and APRMPWR updated for changes already implemented to the Data Point Library 2 10/28/2004 Table 1 Change point IDs for HB-MWTH, HB-FWFLO, HB-RCFLO, and DT1 50 Appendix C to HBMWTH, HBFWFLO, HBRCLFO, and DT150A to match new R*TIME database point names. ,
3 1212112004 Appendix C Change for Point APRMPWR updated for changes already implemented to the Data Point Library.
Updated Figure 1 with actual ERDS display.
4 06/25/2005 Table 1 - Update Administrative changes for ERDS Appendix C: Reference ECR-05-00205 'ERDS Changes' NOTE: Revision 4 is the baseline SRS document for the ERDS application, as issued with ECR-03-0538, "OC PPC Replacement Project'.
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&. .- Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 3 of 52 Table of Contents --
1.0 PURPOSE - . ., .I I. I- . . .. . .
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2.0 REFERENCES
-- 4 3.0 DEFINITIONS 4 4.0 FUNCTIONAL REQUIREMENTS 4 Hardware / Communication Protocols 4 4I. .
Software --General Requirements 4 ERDS Display 5 ERDS Data, I Link .. I 6 Figure 1 ERDS Display 9 Table 1 ERDS Data Points 10 Appendix A ERDS SRD Revision History.(PC.1150.116) ' 1 1 Appendix B . ERDS SAD Revision History (PC1 152.A1 6) - 13 Appendix C ERDS Data Point Library 15
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OC-PPC-SRS-0014
'Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 4 of 52 1.0 PURPOSE This document identifies the functional requirements for the Emergency Response Data Syst6m (ERDS) link to the Nuclear Regulatory Commission (NRC). Note that most of the requirements here have originated from the NRC in an effort to produce a nationally standard ERDS.
2.0 REFERENCES
None 3.0 DEFINITIONS :
3.1 CTS -"Clear-to-Send" 3.2 DSR -"Data Set Ready":
3.3 DTR - uData Terminal Ready" 3.4 NRC - Nuclear Regulatory Commission 3.5 RTS -"Ready-to-Send" 4.0 FUNCTIONAL REQUIREMENTS Hardware/ Communication Protocols,,
4.1 The hardware required for ERDS consists of a dedicated phone line and modem.
4.2 The data link transfer data rate shall be 2400 bps.
4.3 Communication protocol shall be XON/XOFF and full RS232 handshaking (RTS/CTS, DSR/DTR).
4.4 The communication parameters shall consist of 8 data bits, 1 stop bit, and no parity.
Software - General Requirements -
4.5 Once activated, the ERDS data link supplies the NRC with plant specific parameters every 15 seconds.
4.6 The ERDS is used to monitor the values of the passed parameters as well as provide control functions for initiating, reconnecting, and terminating the ERDS link.
4.7 The status of the ERDS modem and link shall be monitored and reported on the ERDS display. The ERDS link status shal,be written to database point ERDL-1.
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 5 of 52 ERDS Display 4.8 The ERDS display is used to control the data link, and provide point value, quality and link
- status information for use by the ERDS user. 'The ERDS control functions shall be accessible to users who have the appropriate security level.
4.9 The ERDS display shall convey,- as a minimum,!curreht ERDS system status (Active or Inactive), Modem Status (Connect, Disconnect, or Fail), and Link Status (Run, Idle, or Fail).
4.10 The ERDS display provides function areas to Initiate, Reconnect, and Terminate the ERDS link to the NRC.
4.11 The INITIATE command is used to 'activate the' ERDS data link. When selected, the ERDS status is changed from INACTIVE to ACTIVE. Modem and link statuses are determined based upon the ability to connect and transfer data. The following statuses are supported: ' ' ' "
nr 1 : ;: " '. , . I Status Color '
Not Connected Green Dialing Modem Rose ':'
Connecting Rose Initiate Link Rose Reconnecting Rose Link Accepted 'Red;.
Link Active Red -
NRC Link Suspend Yellow NRC Terminate Link Yellow NRC Link Denied Reverse Yellow (Yellow on Black),
Application Error Reverse Yellow Phone Line Lost Reverse Magenta (Magenta on Black)
Phone Busy Reverse Magenta Phone No Answer Reverse Magenta Phone No Dial Tone -,Reverse Magenta 4.12 The RECONNECT command is used to reestablish the ERDS link in the event of an abnormal termination during an incident. 'Modern and link statuses shall be updated accordingly after the reconnect command is serviced.
4.13 The TERMINATE command is used to sever the ERDS link at the completion of the initiating incident. Upon termination, the modem connection'shall be severed.
4.14 The parameter/status display shall be used to monitor the value and quality of the points being sent to the NRC as well as the modem status, link status, and ERDS status. The ERDS display shall be a one-page display (see Figure 1 for an example layout).
4.15 The ERDS display shall be updated every 15 seconds'with values anrd qualities from the database.
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OC-PPC-SRS-0014 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 6 of 52 ERDS Data Link 4.16 The NRC has defined the ERDS data link requirements. The following sections (4.17 through 4.37) summarize these requirements. The following commands are sent to the NRC across the ERDS link when appropriate in the format shown:
OY1*LINK*MM/DD/YY/HH:MM:SS\<CR>
OY1 *RECONNECT*MM/DD/YY/HH:MM:SS\<CR>
OY1 *TERMINATE\<CR>
4.17 The following responses are sent from the NRC across the ERDS link in the format shown and must be responded to:
OY1*ACCEPTED\<CR>
-OY1*DENIED\<CR>
- OY1*INITIlTE\<CRŽ ,
4.18 Data packets consist of three portions: the header, point data, and trailer. The header format is as follows:
Oyl *MM/DD/YfY/hh:mm:ss\
Where:
MM is the current month DID is the current day.
YY is the current year-hh is the current hour mm is the current minute ss is the current seconds 4.19 The point data format is repeated for each of the points listed in Table 1 and is formatted as follows: -
- r .
PPPPPPP*WVVVVVVVVVVVV*Q*...\
Where: - .
P is 1to 8 character point ID V is the 14-character value in El 4.7 format Q* is the one character quality or alarm state
\ is the end of data designator placed after the last point
- The alarm state sent only if point is in alarm and the quality is good (see Section 4.37) 4.20 The trailer consists of a 10 character, left justified, zero filled integer checksum in the following format:
NNNNNNNNNN\<CR>
4.21 The checksum is calculated by adding each byte of the transmission up to and including the \ character following the point data.
4.22 The Data PIoint Library defines the point characteristics of the database points sent across the ERDS link. A copy of the information for the required database points contained in the ERDS Data Point Library is shown in Table 1.
OC-PPC-SRS-0014 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 7 of 52
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4.23 The ERDS link is established when the ERDS is activated through use of the initiate command. When activated, the following command is sent to the NRC:
OY1 *LINK*MWDD/YY/HH:MM:SS\<CR>
4.24 The link then awaits-a response to the LINK command from the NRC. The possible responses are:
OY1 *ACCEPTED\<CR> or OY1*DENIED\<CR> ' -
4.25 If DENIED, the link attempts to initiate once a minute for the next five minutes. The phone line shall stay connected and waiting for the user to issue the next command.
4.26 Once ACCEPTED,'the link awaits the fo0lowing command before beginning transmission of data packets: -
OY1 *INITIATE\<CR>
4.27 If INITIATE is not received within one riinute~of the ACCEPTED command, the link is reinitiated starting with the LINK command. l 4.28 Upon receipt of the INITIATE command, data packets are sent every 15 seconds until termination (either normal or abnormal).
4.29 Upon the abnormal termination of the' link, if the incident is still in progress, the
' RECONNECT command is used to reestablish communications. The following command is sent to the NRC upon user request:
OY1 *RECONNECT*MWDD/YY/HH:MM:SS\<CR>
4.30 The link awaits a response to the RECONNECT from the NRC. The possible responses are:
OY1*ACCEPTED\<CR>! 'or OY1*DENIED\<CR> ;
4.31 If DENIED, the modem is disconnected and the INITIATE function is attempted.
4.32 Once accepted, the link awaits the following command before again sending data packets:
,, . I OY1*INITIATE\<CR> : - _ 4 4.33 If INITIATE is not returned within one minute, the link attempts to initiate once a minute for the next five minutes. The phone line shall stay connected and waiting for the next command.
4.34 Upon receipt of the INITIATE command, data packets are ag'ain sent every 15 seconds until termination (either normal or abnormal).
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 8 of 52 4.35 Once the incident is over, the following command is issued to discontinue transmission and disconnect the modem:
OY1 *TERMINATE\<CR>
4.36 The following table maps the Oyster Creek quality indications with the quality indication expected by the ERDS system. The ERDS shall translate quality indications as per this table.
ERDS Quality KMapping '
PCS QUALITY ERDS QUALITY NUMBER SENT GOOD' . GOOD.- 0 ENTERED . ENTERED 5 QUESTIONABLE SUSPECT 2 DELETED OFFISCAN .1 BAD BAD, ' 3 FAILED OFF-SCAN 1:
N/A UNKNOWN . 4.
4.37 The following table maps the Oyster Creek alarm indications with the alarm indication expected by th'd ERDS system; The ERDSsliall translate alarm indications as per this table. Alarm indications are' only used if'the quality'of the point is good. If the quality of the point is other than good, then the'quality code shall have precedence over any alarm indication for purposes of data transmission to the NRC.
ERDS Alarm Status Mapping PCS ALARM ERDS ALARM NUMBER SENT HI-HI-HI Hi 6 HI-HI HI 6 HI HI. 6 LO LO 7 LO-LO LO 7 LO-LO-LO LO 7
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. -',I I I I I I .-.;i OC-PPC-SRS-ool4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 9 of 52 Figure 1 . i ERDS Display'
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OC-PPC-SRS-0014 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 10 of 52 TABLE 1 ERDS Data Points Point ID Description AIT38494 TOR 02 CONCENT (12XR)
APRMPWR AVERAGE APRM POWER DWTEMP BULK DW TEMP (CALCULATED)
FITRV26A CORE SPRAY SYS 1 FLOW, FT-RV26A FITRV26B CORE SPRAY SYS 2 FLOW, FT-RV26B.
HBMWTH CORE THERMAL POWER '
HB FWFLO TOTAL FEEDWATER ELEMENT FLOW SMOOTHED IHBRCFLO TOTAL RECIRC FLOW (CALCULATED)
H2IT1A DW H2 CONC (16R)
IRM14POR IRM 14 PERCENT OF RANGE IRM14RNG IRM 14 RANGE POSITION LTID13A RPV LEVEL (GEMAC A NR) .
LT35 CONDENSATE STORAGE TANK LEVEL LT37. TORUS WIDE RNG LEJEL (16R).
PITID46A RPV WIDE RANGE PRESS (ID-46A)
PT53. DW WIDE RNG PRESS (PT53,16R)
RE790 Hi RANGE RAD MON CHAN 1 RN03B STACK GAS RAD LEVEL CHAN 2 RN05B MAIN STEAM LINE B RAD LEVEL' RN05C MAIN STEAM LINE C RAD LEVEL' RN05E OFF GAS 1 RAD LEVEL:
SRM24 SRM 24 NEUTRON FLUX T166443A TORUS BULK TEMP (DIV 1)
UILR DRYWELL UNIDENTIFIED LEAK RATE: .
STHRM STACK HIGH RANGE IC RAD CONC SPD33A 33' 15-MIN AVG WIND SPEED A SPD33B 33'15-MINAVGWINDSPEEDB SPD380A 380' 15- MIN AVG WIND SPEED A SPD380B 380' 15- MIN AVG WIND SPEED B DIR33A 33' 15-MIN AVG WIND DIR A DIR33B 33' 15- MIN AVG WIND DIR B DIR380A 380' 15- MIN AVG WIND DIR A DIR380B 380' 15- MIN AVG WIND DIR B DT150A (150'-33') 15-MIN AVG DELTA T A DT380A (380'-33') 15- MIN AVG DELTA T A DT380B (380'-33') 15- MIN AVG DELTA T B SOURCE DATA SOURCE (i.e. PLANT or SIMULATOR)
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 11 of 52
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- - ~ERDS SRD Revision History (PC115O.I16):
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. z I.LuE-OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 12 of 52 The following revision history has been copied from the Encore ERDS SRD document (PC1150.116):
REVISION HISTORY REVISION REVISION PAGE NUMBER DATE NUMBER REASON FOR REVISION 3 06-01-93 7,14,32 EP-034 Package, PCS-0153-900829 Replica Tie-In EP-034 Package, PCS-0249-930319 Use Rx Inlet Total FW Flow 4 11/09/94 7,33 EP-034 Package, PCS-0280-940819 Add High Range Monitor 5 01/16195 1-16-7, EP-034 Package, PCS-0286-940926 1-16 1-16-44 Add Weather Data Points 6 05/25/2000 2 EP-034 Package, PCS-0410-000510 Display ERDS Values as Asteriks if Bad Quality
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 13 of 52
- B
-Appendix ERDS SAD Revision History (PC, 152.A' 6)
l11m_
OC-PPC-SRS-0014 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 14 of 52 The following revision history has been copied from the Encore ERDS SAD document (PC11 52.A1 6):
REVISION HISTORY (Starting with Revision 4)
REVISION REVISION PAGE NUMBER DATE NUMBER REASON FOR REVISION 4 07/15/94 A-1 6-11 PCS-0274-940513 5 03/03/95 A-16-17, PCS-0286-940926 A-i6-19, A-1 6-20 6 06/27/96 3-13,15,20, PCS-0331-960229 22,23_
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OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 15 of 52
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. . Appendix C ERDS Data Point Library
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_ __ _ -- __ __ __ - ___ _ - _ _ _ __ _ jLLa-OC-PPC-SRS-0014
-Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 16 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 07/18/89 REACTOR UNIT: Oyl DATA FEEDER: N/A NRC ERDS PARAMETER: 02 Conc POINT ID: AIT38494 PLANT SPEC POINT DESC.: Tor 02 Concent (12XR)
GENERIC/COND DESC.: Torus Oxygen Concentration ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: Percent ENGR UNITS CONVERSION: Linear MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 10 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Torus ALARM/TRIP SET POINTS: 3.5%
UNIQUE SYSTEM DESC.:
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 17 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 11/16/2004
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REACTOR UNIT: OY1 ';-
DATA FEEDER: N/A NRC ERDS PARAMETER: Nl PowerRng : ' K ;
POINT ID: APRMPWR PLANT SPEC POINT DESC.: Average APRM PoWer - -.
GENERIC/COND DESC.: Nuclear-Instruments, Power Range' ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: % Power ENGR UNITS CONVERSION: Calculated , -, I, MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 150 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 8 HOW PROCESSED: Average of 8 APRM signals SENSOR LOCATIONS: Rx Core ( 2 per quadrant of reactor core)
ALARM/TRIP SET POINTS: (1.47 X 106)W + 20.8 for recirculation flow
- 48% rated, (0.95 X 106)W + 60.0 for recirculation flow 2 48% rated,
= 117.95 for recirculation flow 2 100%
. . F .
UNIQUE SYSTEM DESC.:
- W=.CORE FLOW IN LB/HR
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 18 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: OYl DATA FEEDER: N/A NRC ERDS PARAMETER: DW Temp POINT ID: DWTEMP PLANT SPEC POINT DESC.: Bulk DW Temp (Calculated)
GENERIC/COND DESC.: Drywell Temperature ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: Deg. F ENGR UNITS CONVERSION: Sensors are thermocouple type T MINIMUM INSTR RANGE: -190 MAXIMUM INSTR RANGE: 750 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 18 HOW PROCESSED: Weighted Average SENSOR LOCATIONS: Throughout drywell ALARM/TRIP SET POINTS: 1500 F UNIQUE SYSTEM DESC.: If alarm is exceeded, enter proc. EMG-3200.02, 'Primary Containment Control," and conduct an orderly plant shutdown in accordance to Proc. 203. If drywell temp can be reduced below 1500 F, normal plant operation may be resumed.
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 19 of 52 DATA POINT LIBRARY.REFERENCE FILE DATE: 07/18/89 REACTOR UNIT: OYl DATA FEEDER: N/A NRC ERDS PARAMETER: LPCI Flow POINT ID: FITRV26A PLANT SPEC POINT DESC.: Core Spray Sys 1 Flow, FT-RV26A GENERIC/COND DESC.:. Low Pressure Coolant Injection Fl6w-ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: GPM ENGR UNITS CONVERSION: Linear - ' :: - -
MINIMUM INSTR RANGE: 0 -- .
MAXIMUM INSTR RANGE: 5000 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A -. : - - -
PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A:
SENSOR LOCATIONS: - Discharge of core spray sys I booster pumps ALARM/TRIP SET POINTS: None UNIQUE SYSTEM DESC.: : Provides indication of rate of emergency core co6ling flow from core spray system I into the reactor vessel.
--- - .- -- -I- - - - -- -. - - - -__ __ _ ti.Lal OC-PPC-SRS-001 4 Revisio-, 4 June 25, 2005 Plant Process Computer Monitoring System Page 20 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 07/18/89 REACTOR UNIT: OYI DATA FEEDER: N/A NRC ERDS PARAMETER: LPCI Flow POINT ID: FITRV26B PLANT SPEC POINT DESC.: Core Spray Sys 2 Flow, FT-RV26B GENERIC/COND DESC.: Low Pressure Coolant Injection Flow ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: GPM ENGR UNITS CONVERSION: Linear MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 5000 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: I HOW PROCESSED: N/A SENSOR LOCATIONS: Discharge of core spray sys 11booster pumps ALARM/TRIP SET POINTS: None UNIQUE SYSTEM DESC.: Provides indication of rate of emergency core cooling flow from core spray system 11into the reactor vessel.
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 21 of 52
, , .DATA POINT'LIBRARYWREFERENCE FILE DATE: 10/28/2004 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: NL ' -
POINT ID: HBMWTH -
U I .. .1 . I I .
PLANT SPEC POINT DESC.:. Core Thermal Power' GENERIC/COND DESC.: - Core-Thermal Power-ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: MWT
, I I ENGR UNITS CONVERSION: Calculated ; - .'; - , : ,. . -,. . . 1,
. :., .1 .1 . .. I , ! --
MINIMUM INSTR RANGE: N/A MAXIMUM INSTR RANGE: N/A II '*' - . .
N/A .. . ; I ZERO POINT
REFERENCE:
N/A I' "
REFERENCE POINT NOTES: N/A PROC OR SENS: NiA NUMBER OF SENSORS: 11
-. j -
HOW PROCESSED: Calculated SENSOR LOCATIONS: .-N/A - ' -
ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: Calculation of steady state thermal power based primarily on
-feedwater flow.-
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OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 22 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: Main FD Flow POINT ID: HBFWFLO PLANT SPEC POINT DESC.: Total Feedwater Element Flow Smoothed GENERIC/COND DESC.: Feedwater Flow into the Reactor System ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: LB/HR ENGR UNITS CONVERSION: Square Root MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 8,000,000. lbs/hr ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: 60 second average SENSOR LOCATIONS: Downstream of the feedwater strings header and upstream of the reactor ALARM/TRIP SET POINTS: None UNIQUE SYSTEM DESC.: This signal is independent of the feedwater control system.
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 23 of 52 DATA POINTLIBRARY REFERENCE FILE DATE: 10/28/2004 REACTOR UNIT: OYl DATA FEEDER: N/A NRC ERDS PARAMETER: RCIC Flow -
POINT ID: HBRCFLO '
PLANT SPEC POINT DESC.: Total Recirc'Flow (calculated)'-
GENERIC/COND DESC.: Re-ctorCore Isolation Cooling Flow ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: GPM ENGR UNITS CONVERSION: Linear . :-
MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 200000.0 ZERO POINT
REFERENCE:
N/A -
REFERENCE POINT NOTES: N/A - -
PROC OR SENS: P -
NUMBER OF SENSORS: 5 -.
HOW PROCESSED: Add - ; v -.
SENSOR LOCATIONS: Downstream of recirc loop discharge valves - -
ALARM/TRIP SET POINTS: N/A . -.
UNIQUE SYSTEM DESC.: - Total recirc flow signal is also provided to the APRM flow bias unit in the neutron monitoring system.
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 24 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: H2 Conc POINT ID: H2IT1A PLANT SPEC POINT DESC.: DW H2 Conc (16R)
GENERIC/COND DESC.: Drywell Hydrogen Concentration ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: Percent ENGR UNITS CONVERSION: Linear MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 10 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Drywell 51 ft ALARM/TRIP SET POINTS: 1.5%
UNIQUE SYSTEM DESC.: If alarm setpoint is exceeded enter proc. EMG-3200.02, "Primary Containment Control'..
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 25 of 52
- DATA POINT LIBRARY REFERENCE FILE DATE
- 06/24/05 REACTOR UNIT: OY1' DATA FEEDER: N/A NRC ERDS PARAMETER: NI Inter Rng -
POINT ID: IRM14POR PLANT SPEC POINT DESC.: IRM 14 percent of range - -
GENERIC/COND DESC.: - Nuclear Instruments, Intermediate Range ;
ANALOG/DIGITAL, A ENGR UNITS/DIG STATES: % Power l ENGR UNITS CONVERSION: Linear MINIMUM INSTR RANGE: 0 X -
MAXIMUM INSTR RANGE: 40 ,; .
ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A - :
PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A . -
SENSOR LOCATIONS: Control Room panel 4F IRM 14 . .
ALARM/TRIP SET POINTS: Reactor scram at 38/40 or 118/125; -'
UNIQUE SYSTEM DESC.: Provides core neutron level indication in conjuriction with IRM
- - * - .- range. Two Scales: 0-40, 0-125
- _ M-X OC-PPC-SRS-0014 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 26 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: NI Inter Rng POINT ID: IRM14RNG PLANT SPEC POINT DESC.: IRM 14 Range Position GENERIC/COND DESC.: Nuclear Instruments, Intermediate Range ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: Range ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 1 MAXIMUM INSTR RANGE: 10 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P.
NUMBER OF SENSORS: 10 HOW PROCESSED: N/A SENSOR LOCATIONS: Control Room Panel 4F ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: IRM14POR indicates percent of selected range. Ranges are defined as follows: Range 1 = .000 1 - .00125%, Range 2 =
.0001 - .004%, Range 3 = .001 - .0125%, Range 4 = .001 - .04%,
Range 5 = .01 - .125%, Range 6 = .01 - .4%, Range 7 = .1 -
1.25%, Range 8 =.1 - 4%, Range 9 = 1 - 12.5%,
Range 10 = 1 - 40%
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 I Plant Process Computer Monitoring System Page 27 of 52
- -; -- DATA POINT LIBRARY REFERENCE FILE DATE: 11/02/89 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: Reac Ves Lev , .. ..... . .
POINT ID: LTID13A ':K ' '
PLANT SPEC POINT DESC.: RPV Level (GEMAC A'NR)
GENERIC/COND DESC.: Reactor Vessel Water Level ANALOG/DIGITAL A ENGR UNITS/DIG STATES: Inches TAF
-. i S.
ENGR UNITS CONVERSION: Linear MINIMUM INSTR RANGE: 90 MAXIMUM INSTR RANGE: 186 ZERO POINT
REFERENCE:
TAF REFERENCE POINT NOTES: N/A PROC OR SENS: S . p NUMBER OF SENSORS: N/A HOW PROCESSED: N/A . ' '
SENSOR LOCATIONS: Instrument Rack RK01 (Rx Bld 75 ft elev)
ALARM/TRIP SET POINTS: High 170 Low 146 UNIQUE SYSTEM DESC.: '
__- _ _ _J _ _ 'LI" OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 28 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 05/15/2004 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: CST Level POINT ID: LT35 PLANT SPEC POINT DESC.: Condensate Storage Tank Level GENERIC/COND DESC.: Condensate Storage Tank Level ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: Feet ENGR UNITS CONVERSION: Linear MINIMUM INSTR RANGE: 0.5 MAXIMUM INSTR RANGE: 45 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS:
HOW PROCESSED: N/A SENSOR LOCATIONS: 6 inches from the Base of condensate storage tank ALARM/TRIP SET POINTS: High 41.6 Feet Low 29.4 Feet UNIQUE SYSTEM DESC.: Condensate storage tank capacity 525000 gal.
Approx = 12000 gal/foot
OC-PPC-SRS-001 4 6
Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 29 of 52
' DATA POINT LIBRARY REFERENCE FILE DATE: 07/18/89 - -
REACTOR UNIT: OYl DATA FEEDER: N/A NRC ERDS PARAMETER: SP Level POINT ID: LT37 PLANT SPEC POINT DESC.:- Torus Wide Rng Level (16R) 2.-i GENERIC/COND DESC.: Suppression Pool Water Level ';
ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: Inches ENGR UNITS CONVERSION: Linear . . -; - -
MINIMUM INSTR RANGE: 10 -
MAXIMUM INSTR RANGE: 360 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: ' Torus, ALARM/TRIP SET POINTS: :; : Narrow range level transmitter alarm setpoints are low 143.8 /
high 153.1.
UNIQUE SYSTEM DESC.: If level cannot be maintained between the alarm setpoints enter Proc. EMG 3200.02, "Primary Containment Control" (SBEOP).
_________________ I - ______
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 30 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: RCS Pressure POINT ID: PITID46A PLANT SPEC POINT DESC.: RPV Wide Range Press (ID-46A)
GENERIC/COND DESC.: Reactor Coolant System Pressure ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: PSIG ENGR UNITS CONVERSION: Unear MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 1600 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Pressure tap on main steam header ALARM/TRIP SET POINTS: 1030 PSIG (Alarm) /1045 PSIG (Scram)
UNIQUE SYSTEM DESC.: Indicates reactor coolant system pressure 0-1600 psig. The normal operating pressure is approximately 1020 psig.
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 31 of 52
. DATA POINT LIBRARY REFERENCE FILE DATE: 07/18/89 REACTOR UNIT: OYl DATA FEEDER: N/A I , " .- . ". -, .
NRC ERDS PARAMETER: DW Press POINT ID: PT53 PLANT SPEC POINT DESC.: DW Wide Rng Press (PT53,1 6R) ." I . -
, .-: _.I '. . ;
GENERIC/COND DESC.: -: Drywell Pressure:
ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: PSIA ENGR UNITS CONVERSION: Linear MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 260 --
ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S
." I , '. , : , f . . . . .
NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: drywell'
. , - 4. - , I . I -, ; , I - 1, ALARM/TRIP SET POINTS:
. . ;- r" , -_ .11, UNIQUE SYSTEM DESC.: : - _ - : -
_ _ l BI- -
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 32 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: DW RAD POINT ID: RE790 PLANT SPEC POINT DESC.: Hi Range Rad Mon Chan 1 GENERIC/COND DESC.: Radiation Level in the Drywell ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: R/HR ENGR UNITS CONVERSION: Exponential MINIMUM INSTR RANGE: 1 MAXIMUM INSTR RANGE: 10000000 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Inside drywell 40 ft elevation northwest ALARM/TRIP SET POINTS: 30 R/hr alert 45 R/hr high UNIQUE SYSTEM DESC.: High level causes torus and drywell vent and purge valves to isolate.
OC-PPC-SRS-001 4
-wV Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 33 of 52
- -:-; DATA POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: Oyl DATA FEEDER: N/A NRC ERDS PARAMETER: Eff Gas Rad - '
POINT ID: RN03B PLANT SPEC POINT DESC.: "Stack Gas Rad Level Chan 2 . '
GENERIC/COND DESC.: : Radioactivity of Released Gasses'.'
ANALOG/DIGITAL: A . . -:
ENGR UNITS/DIG STATES: CPS.,
ENGR UNITS CONVERSION: Exponential,' - : ;
MINIMUM INSTR RANGE: 10 . - . -
10 ~. ., . ,-:. .- . .; ,
MAXIMUM INSTR RANGE: 10000 ..
ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A S., , -
PROC OR SENS:
NUMBER OF SENSORS: 1 : . ...
HOW PROCESSED: N/A SENSOR LOCATIONS: Stack RAGEMS --
ALARM/TRIP SET POINTS: :1000 cps (Hi Radiation)/ 2000 cps (Hi-Hi Radiation)
UNIQUE SYSTEM DESC.: Stack RAGEMS Low Range Monitor Channel 2.
-- LtIL3-OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 34 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: OYl DATA FEEDER: N/A NRC ERDS PARAMETER: Mn Steam Rad POINT ID: RN05B PLANT SPEC POINT DESC.: Main Steam Line B Rad Level GENERIC/COND DESC.: Radiation of the Main Steam Line ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: MR/HR ENGR UNITS CONVERSION: Exponential MINIMUM INSTR RANGE: 1 MAXIMUM INSTR RANGE: 1000000 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Trunnion room ALARM/TRIP SET POINTS: 550 mr/hr (Alarm only, No Scram)
UNIQUE SYSTEM DESC.:
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 35 of 52 DATA'POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: OY1 DATA FEEDER: NIA NRC ERDS PARAMETER: Mn Steam Rad : -
POINT ID: RN05C PLANT SPEC POINT DESC.: Main Steam Line C Rdd Level'. '
GENERIC/COND DESC.: Radiation'of the'Main Steam Line -
ANALOG/DIGITAL: A -
ENGR UNITS/DIG STATES: MR/HRiI' :-" - ";¢ ENGR UNITS CONVERSION: Exponential ;i --; ;:2.; X i MINIMUM INSTR RANGE: I 'r .j ', * : ' .- , !
MAXIMUM INSTR RANGE: 1000000 a: .
-. L. .
I , . ... I .
ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A s .
PROC OR SENS:
NUMBER OF SENSORS: 1. .. > . . - ...
HOW PROCESSED: N/A 1 I
- r. .X , S SENSOR LOCATIONS: Truhnnion room
ALARM/TRIP SET POINTS:. 550 mr/hr (Alarm only, No Scram).
UNIQUE SYSTEM DESC.:
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 36 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: CND A/E Rad POINT ID: RN05E PLANT SPEC POINT DESC.: Off Gas 1 Rad Level GENERIC/COND DESC.: Condenser Air Ejector Radioactivity ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: MR/HR ENGR UNITS CONVERSION: Exponential MINIMUM INSTR RANGE: 1 MAXIMUM INSTR RANGE: 1000000 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Control Room Panel 1R ALARM/TRIP SET POINTS: 700 mr/hr (Hi Radiation)/ 1000 mr/hr (Hi-Hi Radiation)
UNIQUE SYSTEM DESC.:
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 37 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 07/17/89 REACTOR UNIT: OYl DATA FEEDER: N/A NRC ERDS PARAMETER: NI Source Rng --
POINT ID: SRM24 PLANT SPEC POINT DESC.: SRM 24 Neutrdn Flux GENERIC/COND DESC.: Nuclear Instruments, Source Range' - :1 ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: CPS ENGR UNITS CONVERSION: Exponential ' - 1 MINIMUM INSTR RANGE: 0.1 ' ;
MAXIMUM INSTR RANGE: 10000000.0 '
ZERO POINT
REFERENCE:
N/A . :
REFERENCE POINT NOTES: N/A ; ;
PROC OR SENS: S; NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: SRM 24 -
ALARM/TRIPSET POINTS: :`Highhigh5 X0 5 cps high 1 X0 5 cps low 0.5 cps UNIQUE SYSTEM DESC.: monitor and record neutron flux levels and monitor react6r period
-- - (1 0-10 to 3 X 103 % of rated power) generate trip signals to block rod withdrawal when alarm setpoint is reached or when instrumentation is degraded. SRM generates trip signal to scram reactor when refueling non coincidence jumpers are removed.
OC-PPC-SRS-001 4 FRevision 4 June 25, 2005 Plant Process Computer Monitoring System Page 38 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: SP Temp POINT ID: T166443A PLANT SPEC POINT DESC.: Torus Bulk Temp (Div 1)
GENERIC/COND DESC.: Suppression Pool Temperature ANALOG/DIG ITAL: A ENGR UNITS/DIG STATES: Deg. F ENGR UNITS CONVERSION: Linear MINIMUM INSTR RANGE: 40 MAXIMUM INSTR RANGE: 240 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Torus ALARM/TRIP SET POINTS: 900 F High and 1060 F High High UNIQUE SYSTEM DESC.: When temperature reaches 950 F, enter procedure EMG-3200.02, "Primary Containment Control" (SBEOP).
OC-PPC-SRS-001 4 Revision 4 June 25, 2005
-Plant Process Computer Monitoring System Page 39 of 52
.DATA POINT LIBRARY REFERENCE FILE DATE: 06/24/05 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: NL ..
POINT ID: UILR PLANT SPEC POINT DESC.: Drywell Unidentified Leak Rate.
GENERIC/COND DESC.: Drywell Unidentified Leak Rate ANALOG/DIGITAL: A - - -
ENGR UNITS/DIG STATES: GPM`' ":: -.. '
ENGR UNITS CONVERSION: Linear t MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 10 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S
, ~ ~
. . . 1 .. - ~ i .
. . . I I .
NUMBER OF SENSORS: 1 HOW PROCESSED: N/A . - -.
SENSOR LOCATIONS: Drywell floor drain sump level integrator trahsmitter ALARM/TRIP SET POINTS: 5 UNIQUE SYSTEM DESC.: Provides indication of drywell, floor drain sump level change, which is an indication of unidentified leak rate from fluid systems in the drywell. The 5 gpm setpoint is approximate based on less than 20 minutes between pump stop and subsequent start on high level
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 40 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 03/24/93 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: N/A POINT ID: SOURCE PLANT SPEC POINT DESC.: ERDS DATA SOURCE GENERIC/COND DESC.: N/A ANALOG/DIGITAL: D ENGR UNITS/DIG STATES: 0 = PLANT DATA, 1 = SIMULATOR DATA ENGR UNITS CONVERSION: N/A-MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 1 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 0 HOW PROCESSED: N/A SENSOR LOCATIONS: N/A ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: N/A
OC-PPC-SRS-001 4 I. Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 41 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 11/09/94 REACTOR UNIT: OY1
. f.I DATA FEEDER: N/A NRC ERDS PARAMETER: Eff Gas Rad -
POINT ID: STHRM PLANT SPEC POINT DESC.: Stack High Range IC Rad Conc' GENERIC/COND DESC.: High Range Radioactivity of Released Gasses ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: : UcVcc .';-' ' -;'
I , . I . ., -
ENGR UNITS CONVERSION: pico amps to Uc/cc for Xe 133't .I" I MINIMUM INSTR RANGE: .1 MAXIMUM INSTR RANGE: 127 ZERO POINT
REFERENCE:
N/A
.1 REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A ,,!',
SENSOR LOCATIONS: Stack RAGEMS ALARM/TRIP SET POINTS: N/A .
UNIQUE SYSTEM DESC.: Stack RAGEMS High Range Monitor
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 42 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 11 Jan 95 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: Wind Speed POINT ID: SPD33A PLANT SPEC POINT DESC: 33' 15-Min Avg Wind Speed A GENERIC/COND DESC: Wind Speed at the Reactor Site ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: MPH ENGR UNITS CONVERSION: Volts to MPH MINIMUM INSTR RANGE: o Volts MAXIMUM INSTR RANGE: 5 Volts ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Forked River Meteorological Tower ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: Forked River Meteorological Tower-SPD33A
OC-PPC-SRS-001 4 Revision 4 June 25, 2005
- Plant Process Computer Monitoring System Page 43 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 11 Jan 95 -
REACTOR UNIT: OYl DATA FEEDER: N/A NRC ERDS PARAMETER: Wind Speed -
POINT ID: SPD33B -.
PLANT SPEC POINT DESC: 33' 15-Min Avg Wind'Speed B :
GENERIC/COND DESC: Wind Speed at the;Reactor Site ANALOG/DIGITAL: A ' i ENGR UNITS/DIG STATES: MPH ;
ENGR UNITS CONVERSION: Volts to MPH '
MINIMUM INSTR RANGE: 0 Volts MAXIMUM INSTR RANGE: 5 Volts ZERO POINT
REFERENCE:
N/A .
REFERENCE POINT NOTES: N/A '
PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: -Forked River Meteorological Tower' ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: 'Forked River Meteorological Tower - SPD33B
-- I OC-PPC-SRS-001 4
-Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 44 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 11 Jan 95 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: Wind Speed POINT ID: SPD380A PLANT SPEC POINT DESC: 380' 15-Min Avg Wind Speed A GENERIC/COND DESC: Wind Speed at the Reactor Site ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: MPH ENGR UNITS CONVERSION: Volts to MPH MINIMUM INSTR RANGE: 0 Volts MAXIMUM INSTR RANGE: 5 Volts ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Forked River Meteorological Tower ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: Forked River Meteorological Tower - SPD380A
OC-PPC-SRS-001 4 c Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 45 of 52
, REFEREN-C IFE -
DATA POINT LIBRARY REFERENCE FILE DATE: 11 Jan 95 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: Wind Speed.
POINT ID: SPD380B ..
PLANT SPEC POINT DES 380' 15-Min Avg Wind Speed B . I . I I- .
GENERIC/COND DESC: Wind Speed at the Reactor Site ANALOG/DIGITAL: A - - -
ENGR UNITS/DIG STATE' MPH .- *- .;* I.. .t I, - , - :: " , ,
. f, ENGR UNITS CONVERS11 Volts to MPH MINIMUM INSTR RANGE: 0 Volts . . . ..
MAXIMUM INSTR RANGE 5 Volts ZERO POINT REFERENC N/A . . I REFERENCE POINT NOT N/A PROC OR SENS:
S
... . .. . . r .
NUMBER OF SENSORS: . 1
. I, HOW PROCESSED: t . I N/A . . .
SENSOR LOCATIONS: Forked River Mete( orological Tower : : - -^
ALARM/TRIP SET POINT! .N/A -: -: :- ; . . f r ; - - , ,
UNIQUE SYSTEM DESC.: Forked River Metecorological Tower- SPD380B
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 46 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 11 Jan 95 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: Wind Direction POINT ID: DIR33A PLANT SPEC POINT DESC: 33' 15-Min Avg Wind Dir A GENERIC/COND DESC: Wind Direction at the Reactor Site ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: Degrees ENGR UNITS CONVERSION: Volts to Degrees MINIMUM INSTR RANGE: 0 Volts MAXIMUM INSTR RANGE: 5 Volts ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Forked River Meteorological Tower ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: Forked River Meteorological Tower - DIR33A
11, -,:, I, I - , -,
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 47 of 52
' ', ,-fDATA POINT LIBRARY REFERENCE FILE DATE: 11 Jan 95 REACTOR UNIT: OfY1 DATA FEEDER: N/IA NRC ERDS PARAMETER: W ind Direction POINT ID: Di R33B PLANT SPEC POINT DESC: -'333'15-Min Avg Wind Dir B GENERIC/COND DESC:. ':W mid Direction 'at.the Reactor Site -,
ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: D(aorees (0 - 360 -.180 Scale)
ENGR UNITS CONVERSION: Vc)Its to Degrees .,
MINIMUM INSTR RANGE: 0 Volts .
MAXIMUM INSTR RANGE: 5 Volts . -
ZERO POINT
REFERENCE:
N.'A REFERENCE POINT NOTES: N.
PROC OR SENS: S , ,:, .~ A
,.- , , I ~
NUMBER OF SENSORS: 1 HOW PROCESSED: NJIA .i - -
SENSOR LOCATIONS:- ' Fc'rked River Meteorological Tower I .
ALARM/TRIP SET POINTS: NJPA , . *...
UNIQUE SYSTEM DESC.: Fc,rked River Meteorological Tower - DIR33B ,
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 48 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 11 Jan 95 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: Wind Direction POINT ID: DIR380A PLANT SPEC POINT DESC: 380' 15-Min Avg Wind Dir A GENERIC/COND DESC: Wind Direction at the Reactor Site ANALOG/DIGITAL: A.
ENGR UNITS/DIG STATES: Degrees (0 - 360 - 180 Scale)
ENGR UNITS CONVERSION: Volts to Degrees MINIMUM INSTR RANGE: 0 Volts MAXIMUM INSTR RANGE: 5 Volts ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS:
HOW PROCESSED: N/A SENSOR LOCATIONS: Forked River Meteorological Tower ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: Forked River Meteorological Tower - DIR380A
. m -1 .
OC-PPC-SRS-001 4
- . i Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 49 of 52 D, ATA POINTL A RN . FI L. E . . ., .1. .'. - .. ,
- , . .
DATA POINT LIBRARY REFERENCE FILE DATE: 11 Jan 95 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: Wind Direction.
POINT ID: DIR380B .
PLANT SPEC POINT DESC: 380' 15-Min Avg Wind Dir B GENERIC/COND DESC: Wind Direction at the Reactor Site ANALOG/DIGITAL: A.
ENGR UNITS/DIG STATES: Degrees (0 -.360 -180 Scale)"..
ENGR UNITS CONVERSION: Volts to Degrees MINIMUM INSTR RANGE: 0 Volts MAXIMUM INSTR RANGE: 5 Volts ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 .....
HOW PROCESSED: N/A ;
SENSOR LOCATIONS: Forked River Meteorological Tower ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: Forked River Meteorological Tower - DIR380B
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 50 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 10/28/2004 REACTOR UNIT: OY1 DATA FEEDER: N/A NRC ERDS PARAMETER: Stab Class POINT ID: DT150A PLANT SPEC POINT DESC: (150'-33') 15-Min Avg Delta TA GENERIC/COND DESC: Air Stability at the Reactor Site ANALOG/DIGITAL: A.
ENGR UNITS/DIG STATES: Degrees Fahrenheit/1 17' ENGR UNITS CONVERSION: Volts to Degrees/1 17' MINIMUM INSTR RANGE: 0 Volts MAXIMUM INSTR RANGE: 5 Volts ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Forked River Meteorological Tower ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: Forked River Meteorological Tower - DT1 50A
OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 51 of 52 DATA POINT LIBRARY REFERENCE FILE .
DATE: 11 Jan 95 REACTOR UNIT: OYl DATA FEEDER: N/A NRC ERDS PARAMETER: Stab Class POINT ID: DT380A PLANT SPEC POINT DESC: (380'-33') 15-Min Avg Delta T A GENERIC/COND DESC: Air Stability at the Reactor Site ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: Degrees Fahrenheit/347' ENGR UNITS CONVERSION: Volts to Degrees/347' MINIMUM INSTR RANGE: 0 Volts MAXIMUM INSTR RANGE: 5 Volts ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Forked River Meteorological Tower ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: Forked River Meteorological Tower - DT380A
-- L-L OC-PPC-SRS-001 4 Revision 4 June 25, 2005 Plant Process Computer Monitoring System Page 52 of 52 DATA POINT LIBRARY REFERENCE FILE DATE: 11 Jan 95 REACTOR UNIT: OY1 DATA FEEDER: NIA NRC ERDS PARAMETER: Stab Class POINT ID: DT380B PLANT SPEC POINT DESC: (380'-33') 15-Min Avg Delta T B GENERIC/COND DESC: Air Stability at the Reactor Site ANALOG/DIGITAL: A ENGR UNITS/DIG STATES: Degrees Fahrenheit/347' ENGR UNITS CONVERSION: Volts to Degrees/347' MINIMUM INSTR RANGE: 0 Volts MAXIMUM INSTR RANGE: 5 Volts ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: Forked River Meteorological Tower ALARM/TRIP SET POINTS: N/A UNIQUE SYSTEM DESC.: Forked River Meteorological Tower - DT380B