ML20101N162

Forwards Completed Survey for ERDS Communications & Description of Erds.Data Point Library Also Encl

ML20101N162
Person / Time
Site:	Indian Point
Issue date:	06/30/1992
From:	Bram S CONSOLIDATED EDISON CO. OF NEW YORK, INC.
To:	NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
NUDOCS 9207090203
Download: ML20101N162 (87)

Text

-,

Steph:n B. Drsm 9

Yte Prescent t

Consohdated E6 son Cornpany of New York, Inc.

Indian Point Station Breat*way & Bleakk,y Avenue Bwmarmn, NY 105t1 June 30' 1992 Tek' shone (914) 737 8116 Re:

Indian Point Unit No. 2 Docket No. 50-247 Document Control Desk US Nuclear Regulatory Commission Mail Station F1-137 Vashington, DC 20555

SUBJECT:

Emergency Response Data System Implementation Plan 10 CFR 50, Appendix B

REFERENCES:

1)

Con Edison Letter, S.

Bram to Document Control Oesk, dated October 26, 1991;

Subject:

Emergency Response Data System (ERDS) 10 CFR 50, Appendix E 2)

NRC Letter, F. 3. Williams to S. Bram, dated March 18, 1992; Subj ec t :

Emergency-Response Data Syster Implementation Plan-Indian Point Nuclear Generating Unit No. 2.

By reference 1, Con Edison set forth its implementation plan for ERDs ee required by 10 CFR 50 Appendix E (vi)(4)(a).

Due to uncertr 4.ity in several areas we committed to providing specifics by June 30, 1992.

This letter is provided in response to that commitment and structured according to the numerical sequence of our October 26, 1991 letter.

1.

ERDS Implementation Overview 1

Based upon a technical review of the Halliburton/NUS PC based implementation, con Edison decided to develop an ERDS interface based upon existing in-house equipment.

Preliminary testing, performed on June 16, 1992, with Halliburton/NUS demonstrated a proper methodology - in the Con Edison approach.

We believe the results of this test qualifies our equipment as an acceptable implementation.

We understand that testing vill continue to demonstrate system functionality.

At this time ve foresee having ERDS operational by February 13, 1993.

050652 9207090203 920630 hDR ADOCKOS00g7

[

///

~

t 2.

ERDS Communication Description and Survey Questionnaire The completed ERDS Communication-and Survey Questionnaire was forwarded to NUS on March 24, 1992.

A copy is attached for-your information.

t 3.

Data Point Library The completed Data Point Library is attached.

i 4

i l

Ve trust that we have supplied sufficient information for NRC evaluation.

Should you or your staff have any questions, please contact Mr. Charles V.

Jackson, Manager, Nuclear Safety and Licensing.

Very truly yours, n

.l

/

l 7?/ n / )ke jN I

n q

e j

cet Mr. Thomas T. Martin j

Regional Administrator - Region I US Nuclear Regulatory Commission 475 Allendale Road King of Prussia, PA 19406 Mr. Francis J. Villiams, Jr., Project Manager Project Directorate I-l

-Division of Reactor Projects I/II-US Huclear Regulatory Commission Mail Stop 14B-2 Vashington, DC 20355 i

Senior Resident Inspector US Nuclear Regulatory Commission PO Box 38 Buchanan NY 10511 i

John R. Jolicoeur ERDS Project Manager US Nuclear Regulatory Commission Mail Stop HNBB 3206 1

Vashington, DC 20555 l

e N

i e

1 Consolidated Edison Company of New York, Inc.

Indian Point Station Broadway & Bleakley Avenue Buchanan, New York 10511 1099 March 24, 1992 Ms. Lynne Saul llelliburton NUS P.O.

Box 50736 Idaho Falls, Idaho 83405

Dear Ms.-Saul,

Enclosed please find our completed survey for ERDS communications.

We are in the process of developing the software required for this communication link and we should be ready to start testing our program by the middle of May 1992.

I will contact you sometime in May to arrange for testing of the system.

Sincerely, hmi N. Aydin Manager Computer Applications r

FNA/dsm cc: Steve Hatch, Eaton I

l 1

l

f i

d

(

l APPENDIX II 3

ERDS COMMUNICATIONS DESCRIPTION AND SURVEY QUESTIONNAIRE i

i 2

i i

4 4

4 i

..e

.--....s,

.. ~ ~. ',.,.. __,

- APPENDIX 11 ERDS COMMUNICATIONS DESCRIPTION AND SURVEY QUESTIONNAIRE he following is a questionnaire pertaining to the Nuclear Regulatory Commission's (NRC)

Emergency Response Data System (ERDS). It consists of a series of q,uestions concerning pl 1/0 points, software protocols data formats, transmission frequencies, and other plant com-puter specificinformation to be used in the ERDS computer database files. Also. included here are descriptions and examples of data streams that the NRCis expecting to see transmitted over the communication line.

The purpose of collecting the data is to develop a plant. specific database that will be tetrieved into the ERDS once the system is activated by a utility, it will also be used to design and im ment ERDS software that can receive the utility's data transmission. in essence. this informa-tion will provide the basis for building a profile of the plant in the ERDS database, in some cases, the 1/0 point data may be distributed over several computers. The ERDS consid ers this situation a multi feeder site and Section IV must be filled out for each ' eder For plants that utilize the PC based interfaa described in AppendixJ, item 15,Section IV must be filled out for the ERDS interface PC as well as each computer which feeds data to the inter-face PC.

This request is covered by Otfice of Management and Budget Clearance Number 3150-0150 which expires March 31,1992.The estimated average burden hours is 32 person hours per see response, including staff and management review and preparation of the requested re-sponse.'Rese estimated average burden hours pertain only to those identified response related matters and do not include the time for any followon implementation. Send comments regard-ing this butden estimate or any other aspect of this collection ofinformation, including sug tions for reducing this burden, to the Records and Reports Management Branch. Division of Information Support Services. Office of Information Resources Management. U.S. Nuclear Regulatory Commission, Washington DC 20555; and to the Paperwork Reduction Proje (3150-0150). Office of Management and Dudget, Washington. DC 20503.

\\

B-1 NilRFr,- t mi i

___s

l. Contacts Note: Please provide name. title, mailing address, and phone number, A.

Survey Coordinator (i.e., contact for later clarification of questionnaire answers):

Fehmi Aydin, Manager, Computer Applications (914)526-5599 Indian Point Station Broadway & Bleakley Ave.

Buchanan, New York 10511

13. Computer llaidware Specialist (s):

John Ifkovits, Supervisor, Computer Applications (9141526-5472 Indian Point Station Broadway & Bleakley Ave.

Duchanan, New' York 10511 C.

Systems Software Specialist (s):

Gerald Edwards, Engineer, Computer Applications (914)S26-5662 Indian Point Station Broadway & D1eakley Ave.

Duchanan, Now York 10511 D.

Application level Softwate Specialist (s);

Jesus Rego, Analyst, Systems & Information Processing (914)S26-5736 Indian Point Station Droadway & Bleakley Ave.

Buchanan, New York 10511 E.

Telephone Systems Specialist (s):

Fred Kresse, Sr. Engineer, Central ops Services (914)526-5351 Indian Point Sta* ton Broadway & Bleakley Ave.

Buchanan, New York 10511

' NUREG-1394. Rev. I U-2

?-

__a

0

11. ERDS Communications Description A.

liardware The following hardware will be supplied:

for a single feeder site:

Codex 2235 modem or equivalent - V.22 2400 bps, asynchronous, auto-dialing, auto-answer, erior-correcting.using the AT command set for a multiple feeder site:

Codex 6015 multiplexer, Codex 22M modem or equivalent - V.32 9600 bps, asynchronous, auto-dialing, auto.

answer, error correcting, using the AT command set (for an alternate approach see Appendix A, item 7)

The modems are intended to be operated in the auto reliable link mode'(referred to as MNP in the modem manuals) nere are several modem parameters that affect MNP operation.nese are discussed in the sections of the modem manuals pertaining to MNP. The single feeder mo-dems at the NRC Operations Center are configured for auto-reliable link mode, local terminal flow control, and default break h.andling.

B. Software 1.

Data Transmission All transmissions, from both the site and the ERDS, will be terminated with a carriage return

( < CR > ).

Site will initiate a link request in ASCfl using:

a.

the three-character site designator, the word LINK,

• ~

local site time and date in the format MM/DD/YY/lill:MM:SS, and a < CR >.

If the site does not receive a response from the ERDS within one minute,it should send another link request message and continue scading them at one minute intervals. If more than five minutes elapses without a response. site personnel should notify the NRC before disconnecting the line.

b.

ERDS will respond in ASCll with:

the three-character site designator, the word ACCEPTED or DENIED, and a < CR >.

If the ERDS responds with the denied message, the site should wait one minute and then send a link request message and continue sending them at one-minute intervals. lf 13 - 3 NUREG-1.1% Itev. I

4 l

I more than five minutes elapses without a response, site personnel should notify the i

4 NRC before disconnecting the line.

4 When the ERDS is ready to receive data,it will send an initiate message in ASCil c.

using 4

the three-character site designator.

the word INFFIATE, and a < CR >,

if the ERDS does not send an initiate message within one minute of the accept mes-sage. ihe site should send the link reconnect message (described in Section ll.II.1.f.).

d.

Upon receipt of the initiate message, the plant begins transmission of data at a 15 second rate.The data string consists of:

a header containing the three-character site designator and date and time in the format MM/DD/YY/Illi:MM:SS, the data packet sequenced with point identifier, value, and quality tag, 3

a trailer containing the checksum value of the data packet, and a <CR>.

a c.

When the site or ERDS wishes to terminate the connection, an ASCII message will be sent containing:

the three-character site designator, the word TERMINATE, and a < CR >.

f.

If a siteis inadvertently terminated (due to loss of communications or receipt of termi-nate message) and the incident is still underway, the site should reconnect with the ERDS by redialing and using the link reconnect message.The link seconnect message should be used any time the phone line is lost after the receipt of an Accept Message (described in Section ll.U.1.b). This message is in ASCII and will contain:

the three character site designator, the word RECONNECT, 3

local site time and date in the format MM/DD/YY/HIEMM:SS, and a < CR >,

Upon receipt of this message, the ERDS will respond with the accept and initiate mes-sages as described in Sections II.D 1.b and II.B.1.c. If the ERDS responds with a link deny message (described in Section II.B.I.b), the site should stop trying to recoimect and send a link request message (described in Section II.B.1.a).If the ERDS does not respond to the site's reconnect request within one minute, the site should send another-reconnect request and continue sending reconnect requests once a minute. If more than five minutes elapses wi.thout a response, site personnel should notify the NRC before disconnecting the line. It is the responsibility of the site to monitor the outgoing line for loss of communications.

Once a physical connection has been established with the NRC, the site should not disconnect the phone line until a TERMINATE message (described in section NUREG-1394. Rev. I 11 - 4

j p

II.II.l.e) has been transmitted. lf problems are encountered in the link request se.

quence, do not hang up ti,1ciline but proceed with the steps outlined above.

g.

If the site will transmit in EBCDIC rather than ASCII, the following applies:

(1) lhe link request rnessage(defined in il D.l.a)and the reconnect message (defined in ll.D.l.f) must be in ASCil.

(2) All replies sent by the ERDS to the site will be in ASCll.

(3) 'the terminate message sent by the site may be in EBCDIC or ASCil.

(4) All update sets sent by the site must be in EBCDIC.

1 2.

Data Format The following three delimiters have been identified:

(1) field delimiter (*),

(2) data set delimiter (\\). and (3) carriage return (<CR>).

Note:

The length of the messages sent by the ERDS (e.g., ACCEPTED, DENIED.

INITIATE, TERMINATE) are variable and it is recommended that the site soft-ware use the data set delimiter as the message deliralter for messages received from the ERDS.

4 Link requests will be in ASCII as described in ll.D.1.a. with each field separad by s-a.

field delimiter and the request terminated with a data set delimiter. For exo u pal'IlNK'01/12/89/11:48:50\\ < CR >.

b.

'The ERDS response will be in ASC11 as described in 11.D.1.b. with each field sepa-rated by a field delimiter and the response terminated with a data set delimiter. For example, pal

• ACCEPTED \\ < CR >.

When the ERDS is ready to receive data it will respond in ASCII as described in c.

II.D.I.c with each field separated by a field delimiter and the response terminated with a data set delimiter. For example, pal

• INITIATE \\ < CR >.

d.

Data streams will be in ASCI1 and will consist of three parts (header, data, and trailer) as described in II.B.1.d. with each field separated by a field delimiter and each of the three parts separated by a data' set delimiter. For example, Header: pal *01/12/89/11:50:30\\

Data:

B21CP004*-0.1234E+00'3*...(for each parameter)\\

Trailer:

0000056000\\ < CR >

The point identifier may'be up to 12 characters in length.

e.

l l

f.

11e value may be up to 20 characters in length.

i

{

U-5 NIIREG-13H Rev i

He following quality tags will be accepted by the EltDS:

g.

Good

=0' Value is within range tolerance for discreet points or in.

put points are within tolerance for composed points.

Off scan

=1 Point is currenuy out-of senice, Suspect

=2 Value is not bad yet should not be considered good. His quality will occur primarily on composed values when enough good inputs are present to allow the calculation to be made yet a bad quality on other inputs may make the result questionable.

Ilad

=3 Value is not whhin tolerance for discreet points or calcu.

lation of a composed point may not be made due to the quallites ofits nputs.

Unknown

=4 No quality indicator available.

Operator Entered

=5 Value has been manually entered, overriding the dis-creet or composed value, liigh Alarm

=6 Value is in high alarm.

Low Alarm

=7 Value is in low alarm.'

h. He checksum which accompanies each update set will be an integer value calculated by sumudng each of the bytes of the transmission, up to and including the dataset de-limiter following the body of the update set (the body of the u tion containing the parameter, value. and quality indications)pdate set being the por-

.nis integer checksum value will then be encoded into the update set as a 10 digit value, left-padded with zeros as required to fill the 10-digit field.ne checksum is the sum of the transmitted

bytes, i.

De reconnect link request message will be in ASCll as described in Section ll.B.1.f with each field separated by a field delimiter and the request terminated with a data set delimiter. For example, pal' RECONNECT *01/12/89/11:48:50\\ < CR >.

3.

Prot 0e0I ER DS will use XON/XOFF.to stop, resume, or suspend data transmission for the site.

a.

b.

Communication parameters:

eight data bits I stop bit i

parity = none 4.

Exceptions Please note any exceptions which must be taken to Section II and explain why.

u NUREG-D94. Rev. I n.6

t III. Selectioti Of Data Feeders A.

Ilow many data feeders are these (six maximurn)?

There is one (1) feeder.

4 D.

Identify the selected data feeders and provide the following for each:

(1) a short description of the categories of data points it will provide (e.g., met, rad, or plant data points, by unit) and (2) the rationale for selecting it if another systern can also provide its categories of data pomts.

3 The SAS will be the only feeder and will provide met, rad, and plant data points.

SAS is Indian Point Unit 2 implementation of SPDS.

Signals are qualified and auctioneered to provide a concise safety status of the plant.

1 d

a C. Which data feeder is the site time determining feeder? His should be the feeder which is providing the majority of the data points.

The SAS time will always be used (Feeder 1).

11-7 NUREG-094. Rev I

4 -

o

=>

~

l 3

,i-

)-

IV. Data Feeder Information i.

L Note: A new Section IV must be filled out for each feeder system selected.

i j

General Questions 1.

Identification of Data Feeder f

What is the name in local parlance given to this data feeder (e.g. Emergency Response a.

l Information System)? - Please give_ both the acronym and the words forming it.

SAS - Safety'Ansessment System

(

b.

Is this the site time determining feeder?

ii TOS.

s 7

Ilow often will this feeder transmit an update set to the ERDS (in seconds)?

I c.

i There will be a second update once communication begins.

4 a

I j.

2.

liardware/ Software Environment s

[

' a.

Identify the manufacturer and model number of the dat.a feeder hardware.

4 DEC/VAX 1170 1

b.

Identify th'e operating system, i.

i VMS 5.5 What method of timekeeping isimplemented on this feeder system (Daylight Savings,.

c.

e Standard. Greenwich)? '

i-i d-Standard

(

d.

In what time zone is this feeder located?-

4 Eastern Time Zone' i

i' NUREG-094. Rev. I U-8 f

4.

{

)

i l

3.

Data Communication Details Can this data feeder provide asynchronous serial data communication (IIS-232 C) a.

with full modem control?

Yes.

b.

Will this feeder transmit in ASCil or EDCDIC7 ASCII Can this feeder transmit at a serial baud rate of 2400 bps? If not, at what baud rate can c.

it transmit?

Yes, d.

Does the operating system support XON/XOFF flow control?

Yes.

1.

Are any problems foreseen with the NRC using XON/XOFF to contr01 the trans-mission of data?

c No.

If it is not feasible to reconfigure a serial port for the ERDS linkup (i.e., change the c.

baud rate, parity, etc.). please explain why.

4 It is feasible as long as the modem supports the baud rate.

f.

Do any ports currently exist for the ERDS linkup?

no.

1.

If not, is it possible to add additional ports?

Yes.

B-9 NURiiG-13W. Rev i j

\\

2.

If yes, will the port be used solely by the ERDS or shared with other non-emergency time users? Give details.

Solely by ERbS.

1.

Data Feeder Physical Environnient and Management a.

Where is the data feeder located in terms of the TSC, EOF, and control room?

TSC - Computer Room b.

Is the data feeder protected from loss of supply of electricity?

Yes.

c.

Is there a human operator for this data feeder?

YOS.

D 1.

If so, how many hours a day is the feeder attended?

12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> a day.

NUR F.G-1394. Rev.1

() to

.Page No.

-l 06/19/92-DATA POINT. LIBRARY: REFERENCE FILE D' ate:

05/27/92 Reactor Units' IP2 Data Feeder:

1

'_NRC ERDS Parameter:

RCS-PRESSURE Point ID:

UA020 Plant Spec Point Desc.:

RCS-WR PRESS (PO498,P0499)

Generic /Cond Desc.:

REACTOR COOLANT SYSTEM PRESSURE Analog / Digital:

A Engr Units / Dig States:

PSIG Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

3000,0 Zero Point

Reference:

N/A Reference Point-Notes:

N/A PROC.or SENS:

P Number of Sensors:

2 How Processed:

AVERAGE' Sensor Locations:

INSIDE CONTAINMENT (46')-ON RCS_ SYSTEM-Alarm / Trip Set Points:

HIGH-ALARM =2310 LOW ALARM =2185 l

NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A

-Instrument Failure-Mode:

-N/A-Temperature Compensation

-For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

-TAG IDS: PT402, PT403 P0498 UTILIZES-PT402 MOUNTED ON RCS LOOP 21. P0499 UTILIZES PT403 MOUNTED ON RCS LOOP 24. BOTH PROVIDE PRESSURE INPUT.TO SATURATION MONITOR.

• NOT APPLICABLE

P' age No.-

2 06/19/92 DATA-POINT LIBRARY REFERENCE FILE D'a t e r -

05/27/92 Reactor Unit IP2 Data Feeder:

1 NRC ERDS Parameter:

N1-POWER-RNG Point ID:

UA073 Plant Spec Point Desc.:

POWER RANGE POWER (N0049,N0050,N0051,N0052)

Generic /Cond Desc.:

NUCLEAR INST, POWER RANGE Analog / Digital:

A Engr Units / Dig States:

Engr Units Conversion:

N/A Minimum Instr Range:.

0.0 Maximum Instr Range:

120.

Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

4 How-Processed:

AVERAGE Sensor Locations:

INSIDE CONT. MIDCORE,EXVESSEL,EACH-QUAD.

Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A HNI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

-Level Reference Leg:

N/A Unique System Desc.:

TAG IDS: NM41F; NM42F, NM43F, NM44F NOT USED FOR POST ACCIDENT MONITORING.

• NOT APPLICABLE

.---,a

Y:

Page No.-

3 06/19/92 DATA POINT LIBRARY REFERENCE FILE D'at,e:

05/27/92 Reactor Unit IP2' Data Feeder:

1 NRC ERDS Parameter:

NI-INTER-RNG Point ID:

UA035 Plant Spec Point Desc.:

IR POWER 35 (N0035)

Generic /Cond Desc.:

NUCLEAR INST, INTERMEDIATE RANGE.

Analog / Digital:

A Engr Units / Dig States:

AMPS Engr Units Conversion:

N/A Minimum' Instr Range:

1E-11 Maximum Instr Range:

1E-3

-Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor' Locations:

EX CORE DETECTOR Alarm / Trip Set Points:

NONE NI Detector Power Supply ECut-off Power Level:

N/A NI Detector. Power Supply Turn-on Power-Level:

N/A Instrument-Failure Mode:

N/A

._ Temperature Compensation

-For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG ID: NM35B

- MEASURE < 0% POWER AND > 100% POWER' OVERLAPS OTHER MONITORS.

• -NOT APPLICABLE I

P' age No.

4 l

06/19/92 DATA POINT LIBRARY REFERENCE FILE

-D'ato:

05/27/92 Reactor Unit:

IP2 Dats Feeder:

1 l

NRC ERDS Parameter:

NI-SOURC-RNG

. Point ID:

UA030 Plant Spec Point Desc.:

SR POWER 31 (N0031)

Generic /Cond Desc.:

NUCLEAR INST, SOURCE RANGE Analog / Digital:

A-Engr Units / Dig-States:

CPS Engr Units Conversion:

N/A Minimum Instr Range:

1E0 Ma:timum Instr Range:

1E6 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P s

Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

EX CORE DETECTOR Alarm / Trip Set Points:

NONE NI. Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Le' vel:

N/A Instrument Failure Mode:

N/A Temperature-Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique Syst.em Desc. :

TAG ID: NM31E MONITORS < 0% POWER LEVELS.

• NOT APPLICABLE l

1

P" age No.

5 DATA POINT LIBRARY REFERENCE FILE 06/19/92 D' ate:

05/27/92 o

Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

REAC-VES-LV1 Point ID:

UA021 Plant Spec Point Desc.:

RX LEVEL RVLIS Generic /Cond Desc.:

REACTOR VESSEL WATER LEVEL 1 Analog / Digital:

A Engr Units / Dig States:

Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

120.

Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

5 How Processed:

F(TEMP,#OF RCPS RUNNING, RANGE)

Sensor Locations:

INSIDE CONTAINMENT Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG IDS: LT1311, LT1312, LT1321, LT1322, TE413, TE411A/1, TE423, TE422A/1, TE433, TE431A/1, TE443 TE440A/1 THIS PARAMETER PROVIDES INDICATION OF REACTOR VESSEL LEVEL WITH ONE TO FOUR PUMPS RUNNING.

• NOT APPLICABLE l

i

P' age - h.

6

06/19/92 DATA POINT LIBRARY REFERENCE FILE Date:

05/27/92 Reactor 1 Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

EFF-GAS-RAD 1-Point ID:

UA200 Plant Spec Point Desc.:

PLANT VENT HI RAD (R0027)

Generic /Cond Desc.:

RADIOACTIVITY OF RELEASED GAS 1

. Analog / Digital:

A Engr Units / Dig 6tates:

UC/SEC Engr Units Conversion:

N/A

' Minimum Instr Range:

10.0 Maximum Instr Range:

1.0E13 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

S Number of Sensors:

1 How Processed:

STRAIGHT INPUT I

Sensor Locations:

BORIC ACID BLDG 9 82' Alarm / Trip Set Points:

HIGH-ALARM =0.1E+14 LOW ALARM =10 NI Detector Power Supply Cut-off Power Level:.

N/A

=NI Detector Power Supply JTurn-on Power Level N/A Instrument Failure Mode:

N/A Tenperature Compensation

- For DP~ Transmitters:

Level-Reference leg:

'N/A Unique System Desc.:

TAG ID: R27-MONI'IORS SAMPLE FROM PLANT VENT FOR NOBLE GAS RADIOACTIVITY.

• -NOT APPLICABLE

P' age - No.

7

'06/19/92

' DATA POINT LIBRARY REFERENCE FILE

.D' ate:

05/27/92 Rcactor Unit:

IP2 Data Feeder:

1-NRC ERDS Parameter:

EFF-LIQ-RAD 1-Point ID:

UA199 d

Plant Spec Point Desc.:

WASTE DISPOSAL LIQUID EFFLUENT (R0048)

Generic /Cond Desc.:

RADIOACTIVITY OF RELEASED LIQ 1 Analog / Digital:

A Engr Units / Dig States:

UC/CC Engr Units Conversion:

N/A Minimum Instr Range:

1.0E 7 Maximum Instr Range:

1.0E-2 1

Zero Point

Reference:

-N/A Reference Point Neces:

N/A PROC or SENS:

S Number of Senrors:

1 How Processed.

STRAIGHT INPUT Sensor Locations:

PRIMARY AUZILIARY BLDG 0 80' Alarm / Trip Set Points:

HIGH ALARM =0.21E-03 LOW-ALARM =0.1E-06 NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply-Turn-on-Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

-Level Reference Leg:

N/A Unique System Desc.:

. TAG ID: R48 MONITORS UNIT 2 PROCESSED WASTE PRIOR TO DISCHARGE' TO ENVIRONMENT..

• NOT APPLICABLE

Phee No.-

8

06/19/92 DATA POINT-LIBRARY REFERENCE FILE Date:-

05/27/92 Reactor Unit:

IP2 4

. Data Feeder:

1-i NRC ERDS Parameter:

COND-AE-RAD 1 4

Point ID:

UA094 i

j - Plant Spec Point Desc.:

R45 AIR EJECTOR RAD (R0045)

Generic /Cond Desc.:

CONDENSER AIR EJEC RAD 1 l

Analog / Digital:

A Engr Units / Dig States:

UCI/CC l

Engr Units Conversion:

N/A

-Minimum Instr Range:

1.0E-6 fMaximumInstrRange:

1.0E5 4

Zero Point

Reference:

N/A i

Reference Point Notes:

N/A i'

PROC or SENS:

P 5

Number of Sensors:

1 i

l-How Processed:

STRAIGHT INPUT 2

Sensor Locations:

COND. STEAM JET AIR EJECT.036'TURB. BLDG Alarm / Trip Set Points:

NONE NI Detector. Power-Supply-Cut-off Power Level:

N/A-

-1

! NI Detector Power Supply Turn-on Power Level:

N/A 4

-Instrument Failure Mode:

N/A r

' Temperature Compensation-For DP-Transmitters:

1 Level' Reference Leg:

.N/A Unique System Desc.:

TAG ID: R45 THIS PARAMETER IS INDICATION OF ACTIVITY BEING RE-LEASED THROUGH THE STEAM JET-AIR EJECTOR. -AN INCREASE ON THIS MONITOR WOULD:BE INDICATIVE'OF AN I

INCREASE IN PRIMARY TO' SECONDARY LEAKAGE (SG TUBE LEAK / RUPTURE).

UPON ALARM THE EXHAUST IS AUTO-MATICALLY DIVERTED FROM~THE ATMOSPHERE TO THE VAPOR CONTAINMENT BUILDING.

^

• NOT APPLICABLE J

~

Page N,

9 06/19/92.

DATA POINT LIBRARY REFERENCE FILE Date:

05/27/92 Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

H2-CONC 1

-Point ID:

UA058 Plant Spec Point Desc.:

H2 CONC (H6084,H6085)

Generic /Cond Desc.:

HYDROGEN CONCENTRATION 1 Analog / Digital:

A Engr Units / Dig States:

Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

10.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P

-Number of Sensors:

2 How Processed:

AVERAGE Sensor Locations:

PRIMARY AUXILIARY BLDG 68' Alarm / Trip Set Points:

HIGH ALARM =3 LOW ALARM = NONE NI Detector Power-Supply Cut-off Power Level:

N/A NI Detector Power Supply

-Turn-on-Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP' Transmitters:

Level Reference Leg:

N/A Unique System-Desc.:

TAG ID: AR5109-1, AR5110-1 THIS-PARAMETER MONITORS THE HYDROGEN CONCENTRATION IN-THE VAPOR CONTAINMENT BUILDING ATMOSPHERE.

THE MONITOR ~IS UTILIZED TO DETERMINE-WHEN THE HYDROGEN RECOMBINERS WOULD-BE PLACED IN SERVICE TO PREVENT ACCUMULATION OF A COMBUSTIBL" MIXTURE.

• NOP APPLICABLE 1

Phge No.

10 06/19/92 DATA POINT LIBRARY REFERENCE FILE' D' ate:

05/29/92 Reactor Unit:

IP2

_ -Data Feeder:

1-

~

NRC ERDS Parameter:

WIND-SPEED 1 1

l Point-ID:

M8001 l ~ Plant Spec Point Desc.:

WIND SPEED-ELEVATED Generic /Cond Desc.:

WIND SPEED 1 AT THE REACTOR SITE Analog / Digital:

A Engr Units / Dig States:

MPS Engr Units Conversion:

N/A i

j Minimum Instr Range:

0.0

!- Maximum Instr Range:

4 4 J, Zero Point

Reference:

N/A

!-ReferencePointNotes:

N/A PROC or SENS:

S i

Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

PRIMARY METEOROLOGICAL TOWER Alarm / Trip Set Points:

HIGH ALARM =44.7' LOW ALARM =0 i

i NI Detector Power Supply

-Cut-off-Power Level:-

- N/A l

NI' Detector Power-Supply

Turn-on Power Level:

N/A Instrument Failure Mode:

N/A

_ Temperature Compensation For DP Transmitters:

Level Reference. Leg:

N/A

-Uniquo: System Desc.:

- TAG ID: WS-E THE WIND SPEED, WIND DIRECTION,'AND STABILITY CLASS'ARE UTILIZED ALONG-WITH PLANT VENT RADIO-ACTIVITY TO DETERMINE THE-MAGNITUDE OF THE RELEASE AND TO DETERMINE WHICH ERPAS ARE AFFECTED,-AND IF SHELTERING / EVACUATION IS NECESSARY.

• NOT APPLICABLE

+~

~

r

-w e,

,-,--n,,,

r w

l,---

,r

,-v.,,

e n-m ~ m r, m n S e,--,,,

v.,,,r,

,,--n

4 e

Page No.

11 06/19/92 DATA POINT LIBRARY REFERENCE FILE 05/29/92 Date:

-Reactor Unit:

IP2 Data Feeder:

1 J

j.NRC ERDS Parameter:

WIND-SPEED 2 Point ID:

M9002 Plant Spec Point Desc.:

WIND SPEED-GROUND Generic /Cond Desc.:

WIND SPEED 2 AT THE PEACTOR SITE 1

j Analog / Digital:

A~

f Engr Units / Dig States:

MPS Engr Units Conversion:

N/A i{. Minimum Instr Range:

0.0

!i_ Maximum Instr Range:

44.7

}

Zero Point

Reference:

N/A i

Reference Point Notes:

N/A i

PROC or'SENS:

S

}

Number of Sensors:

1

]

j How Processed:

STRAIGHT INPUT Sensor Locations:

PRIMAEY METEOROLOGICAL TOWER Alarm / Trip Set Points:

HIGH ALARM =44.7 LOW ALARM =0 4

NI Detector Power Supply f

Cut-off Power Level:

N/A i

NI Detector Power Supply Turn-on Power Level:

N/A-Instrument Failure Mode:. N/A i-Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A l

' Unique System Desc.:

TAG.ID: WS-G 4

THE' WIND SPEED. WIND DIRECTION, AND STABILITY J

CLASS ARE UTILIZED ALONG WITH PLANT VENT-RADIO-ACTIVITY TO' DETERMINE THE MAGNITUDE OF THE RELEASE AND TO DETERMINE WHICH:ERPAS ARE AFFECTED, AND IF SHELTERING / EVACUATION IS NECESSARY.

• NOT APPLICABLE f

~

y

+-ev,-

y-

-.,mw,.y.+.w r-e

,,,.---4,-,ee-

.e,c.y

,-e

-->s

,-cw

-' #5.

..r--m e

~.

Page No.

12 06/19/92 DATA POINT LIBRARY REFERENCE FILE.

4 l

date:

05/29/92

{ Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

WIND-DIR1 I

Point ID:

M8011 Plant Spec Point Desc.:

WIND DIRECTION-ELEVATED Generic /Cond Desc.:

WIND DIRECTION 1 AT THE REACTOR

-Analog / Digital:

A Engr Units / Dig States:

DEG Engr Units Conversion:

N/A Minimum Instr Range:

0.0 i

Maximum Instr Range:

360.0 Zero Point

Reference:

N/A i

Reference Point Notes:

N/A 4

PROC or SENS:

S Number of Sensors:

1 1

How Processed:

STRAIGHT INPUT t

f Sensor Locations:

PRIMARY METEOROLOGICAL TOWER Alarm / Trip Set Points:

HIGH ALARM =360' LOW. ALARM =0 l

NI Detecto. Power Supply i-Cut-off Power Level:

N/A NI Detector Power Supply

' Turn-on Power Level:

N/A Instrument-Failure Mode: -N/A 2

. Temperature Compensation For DP Transmitters:

f Level Reference Leg:

-_N/A Unique System Desc.:

TAG ID: WD-E THE WIND SPEED,' WIND DIRECTION, AND STABILITY CLASS ARE UTILIZED ALONG WITH PLANT VENT. RADIO-ACTIVITY TD-DETERMINE THE MAGNITUDE OF THE RELEASE AND TO DETERMINE WHICH ERPAS ARE AFFECTED,-AND IF SHELTERING / EVACUATION IS NECESSARY.

I

• NOT APPLICABLE

-i Page No.

13 06/19/92 DATA POINT LIBRARY REFERENCE FILE D' ate:

05/29/92 Reactor Unit:

IP2

' Data Feeder:

1 NRC ERDS Parameter:

WIND-DIR2

. Point ID:

M8012 Plant Spec Point Des".:

WIND DIRECTION-GROUND Generic /Cond Desc.:

WIND DIRECTION 2 AT THE REACTOR Analog / Digital:

A Engr Units / Dig States:

DEG Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

360.0

.Zero Point

Reference:

N/A Reference Point Notes:

N/A-PROC or SENS:

S Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

PRIMARY METEOROLOGICAL TOWER Alarm / Trip Set. Points:

HIGH ALARM =360 LOW ALARM =0 NI Detector Power Supply Cut-off Power Level:

N/A

.NI Detector Power Supply-Turn-on-Power Level:

N/A Znstrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A

.-Unique System Desc.:

TAG-ID: WD-G THE WIND SPEED, WIND DIRECTION,=AND. STABILITY CLASS ARE UTILIZED:ALONG WITH PLANT VENT RADIO-ACTIVITY TO DETERMINE THE MAGNITUDE OF THE-RELEASE AND TO DETERMINE WHICH.ERPAS ARE AFFECTED, AND IF SHELTERING / EVACUATION IS NECESSARY.

• NOT APPLICABLE

Page No.

14 06/19/92 DATA POINT LIBRARY REFERE!0CE FILE date:

05/29/92 Reactor Unit IP2 Data Feedert 1

NRC ERDS Parameter:

STAB-CLASS 1 Point ID:

M8021 Plant Spec Point Desc.:

MET DELTA TEMP-UPPER Generic /Cond Desc.:

AIR STABILITY 1 AT Tile REACTOR Analog / Digital:

A Engr Units / Dig States:

DEGC Engr Units Conversion:

N/A Minimum Instr Range

-4.4 Maximum Instr Range:

11.11 Zero Point

Reference:

N/A Reference Point Notes:

N/A-PROC or SENS:

S Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

PRIMARY METEOROLOGICAL TOWER Alarm / Trip SE

'oints:

IIIGH ALARM =11.11 LOW ALARM =-4.4 NI Detector Pt Supply Cut-off Power L./el:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Referenc3 Leg:

N/A Unique System Desc.:

TAG ID: DT-U-STABILITY CLASS NOT MONITORED.

THIS DELTA T INPUT IS USED TO DERIVE STABILITY CLASS.

ONE'OF THE EMERGENCY PLAN PROCEDURES TIES DELTA TO STABILITY CLASS.

• NOT APPLICABLE 4

P' age No.

15 06/19/92 DATA POINT LIBRARY REFERENCE FILE Date:

05/29/92 Reactor Unit IP2 Data Feeder:

1 NRC ERDS Parameter STAB-CLASS 2 Point ID:

M8022 Plant Spec oint Desc.:

MET DELTA TEMP-LOWER n

Generic /Cond Dese.:

AIR STABILITT 2 AT THE REACTOR Analog / Digital:

A Engr Unitn/ Dig States:

DEGC Engr U..its Conversion:

N/A Minimum Instr _ Range

-4.4 Maximum Instr-Range 11.-11 Zero Point References-N/A Reference Point Notes:

N/A PROC or SENS:

S Number of Sensors:

1 How Processed:

STRAIC T INPUT Sensor Locations:

PRIMARY METEOROLOGICAL TOWER Alarm / Trip Set Points:

HIGH ALARM =11.11 LOW ALARM =-4.4 NI Detector Power Supply Cut-off Power Level N/A NI Detector Power Supply Turn-on Power Level N/A Instrument Failure Mode N/A Temperature Compensation

-Por DP Transmitters:

Level. Reference Leg:

N/A.

Unique System Desc.:

TAG ID: DT-L STABILITY CLASS NOT MONITORED.

DELTA T PROVIDES INPUT TO DERIVE STABILITY CLASS.

ONE OF THE EMERGENCY PLANNING PROCEDURES: TIES DELT7 T TO STABILITY CLASS.

• NOT APPLICABLE

Page No.

16 06/19/92-DATA POINT LIBRARY REFERENCE FILE Date:

05/29/92 Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

TMP-CORE-EX1 Point ID:

UA017 Plant Spec Point Desc.:

COu2 EXIT TC TEMP Generic /Cond Desc.:

CORE EXIT TEMPERATURE 1 Analog / Digital:

A Pngr Units / Dig States:

DEGP Engr Units Conversion:

N/A Minimum Instr Range:

32.0 Maximum Instr Range:

2300.0

-Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

65 How Processed:

TEi:PERATURE OF 39 THERMOCOUPLES Sensor Locations:

CORE EXIT THERMOCOUPLES Alarm / Trip Set Points:

HIGH ALARM =635 LOW ALARM =32 NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level N/A Instrument Failure Mode:

N/A Temperature Compensation Por DP Transmitters:

Level Reference Leg:

-N/A Unique System Desc.:

TAG ID ~NONE UTILIZES FIFTH HIGHEST READING OF 39 THERMOCOUPLES FOR POST ACCIDENT MONITORING.

PROVIDES INPUT TO-SATURATION MONITOR.-

• NOT APPLICABLE l

4 Pego No.

17 06/19/92 DATA POINT LIBRARY REFERENCE FZLE D' ate:

05/29/92 Reactor Unit:

IP2 j

Data Feeder:

1 NRC ERDS Parameter:

SUB-MARGIN 1 Point IDt UA121 Plant Spec Point Desc.:

INSTRUMENTED TSAT MARGIN (T6058,T6057) 1 Generic /Cond Desc SATURATION TEMP - HIGHEST CET 1 Analog / Digital:

A l

Engr Units / Dig States DEGF a

l Engr Units Conversion:

N/A Minimum Instr Range:

-488.0 Maximum Instr Range:

696.0 Zero Point Referencet N/A i

Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

2 How Processed:

MAX l

Sensor Locations:

CORE EXIT THERMOCOUPLES Alarm / Trip Set Points:

HIGH ALARM =696 LOW ALARM =-488 NI Detector Power Supply Cut-off Power Level:

N/A i

NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode N/A Temperature Compensation

-For DP Transmitters:

Level. Reference Leg:

N/A Unique System Desc.:

TAG IDS: T-SAT, T-SAT 2 PROVIDES INPUT TO. DETERMINE MARGIN 'IO SATURATION IN CONJUNCTION WITH RCS PRESSURE.

PARAMETER IS HIGHEST OF CHANNEL A & CHANNEL B.

• NOT APPLICABLE

.. ~,.,. - - -

Page No.

18 06/19/92 DATA POINT LIBRARY REFERENCE FILE D' ate:

05/29/92 Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter CORE-FLOW 1 Point ID:

UA154 Plant Spec Point Desc.:

TOTAL RC FLOW Generic /Cond Desc.:

REACTOR COOLANT FLOW 1 Analog / Digital:

A Engr Units / Dig States:

GPM Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Manimum-Instr Range -

89700.0 Zero Point-

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

4 How Processed:

AVERAGE Sensor Locations:

INSIDE CONTAINMENT ON RCS LOOPS Alarm / Trip Set Points:

NONE j

NI Detector Power Supply Cut-off Power Level:

N/A

~NI Detector Power Supply Turn-on Power Level:

N/A-Instrument Failure Mode N/A Temperature Compensation For DP Transmitters:

Level Reference Leg N/A.

Unique System Desc.:

TAG IDS: FT414, FT415, FT424, FT425,-FT434,-FT435,

-FT444,-FT445 THE LOOPS / INDICATORS PROVIDE INDICATION OF FORCED FLOW IN THE REACTOR COOLANT SYSTEM (I.E. F0400 AND F0401 PROVIDE INDICATION OF FLOW IN LOOP 21, F0420 AND F0421 PROVIDE INDICATION OF FLOW IN LOOP'22, 4

F0440 AND F0441 PROVIDE INDICATION OF FLOW IN LOOP 23, AND F0460 AND F0461 PROVIDE INDICATION OF FLOW IN LOOP 24).

• NOT APPLICABLE 4

,,,-n-.A..

.-,w a--

---

.,--,,,-----n,,

r-

,-,,.-,,-.~.,,,,,,,,.,_-._n.---

,m,...,-,-,-w.,,_,-.-,,-n_y u-w.,,_en,.,,.,,-,.

,,,m,,

nn e,_6

Page No.

19 06/19/92 DATA POINT LIBRARY REFERENCE FILE F

D'at e :

05/29/92 Reactor Unit:

IP2 i

Data Feeder:

1 NRC ERDS Parameter:

SG-LEVEL-1A Point ID:

UA069

' Plant Spec Point Desc.:

SG WR LEVEL 21 (LO403)

Generic /Cond Desc.:

STEAM GENERATOR 1/A WATER LEVEL i

Analog /Digitalt A

f f

Engr Units / Dig States:

t

-Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

100.0 Zero Point

Reference:

N/A Reference Point Notest N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

INSIDE CONTAINMENT BUILDING Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off1 Power Level N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure-Mode:

N/A

Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG ID: LT417D THIS PARAMETER PROVIDES WIDE RANGE LEVEL IN'21 STEAM GENERATOR.

l

• NOT APPLICABLE

i l

Page No.

20 06/19/92 DATA POINT LIBRARY REFERENCE FILE i

05/29/92

]

Date:

1 i

Reactor Unit:

IP2 f

Data Feeder:

1 t

NRC ERDS Parameter SG-LEVEL-2B 1

l Faint ID:

UA070 I

1 i

Plant Spec Point Desc.:

SG WR LEVEL 22 (LO423)-

1 i

Generic /Cond Desc.:

STEAM GENERATOR 2/B WATER LEVEL Analog /Digitalt A

f Engr Units / Dig States 1

Engr Unita Conversion:

N/A.

i t

Minimum Instr Range:

0.0 l

l Maximum Instr Range:

100.0 I

Zero Point

Reference:

N/A i

r i

Reference Point Notes:

N/A l

PROC or SENS:

P i

j Number of Sensors:

1 How Processed:

STRAIGHT INPUT j

Sensor Locations:

INSIDE CONTAINMENT BUILDING i

Alarm / Trip Set Pointsr NONE i

j NI Detector Power Supply Cut-off Power Level N/A NI Detector Power Supply i

i Turn-on Power Level:

N/lA i

2 - Instrument Failure Mode:

N/A Temperature Compensation For-DP Transmitters:-

Level Reference Leg N/A Unique System Desc.:

TAG ID: LT427D THIS PARAMETER'PROVIDES WIDE RANGE LEVEL IN 22

. STEAM GENERATOR.

j

• NOT APPLICABLE i

1 4

?

...m

..,...... _, ~,,.. _ _ _ _. _

Phge 11o.

21 06/19/92 DATA POI!JT LIBRARY REFERENCE FILE Date:

05/29/92 Reactor Unit:

IP2 Data Feeder:

1

!JRC ERDS ?arameter:

SG-LEVEL-3C Point ID:

UA071 Plant Spec Point Desc.:

SG WR LEVEL 23 (LO443)

Generic /Cond Desc.:

STEAM GE!! ERA 10R 3 /C WATER LEVEL Analog / Digital:

A Engr Units / Dig States:

Engr Units Conversion:

11/A Minimum Instr Range:

0.0 Maximum Instr Range:

100.0 Zero Point

Reference:

9

,A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1

!!ow Processed:

STRAIGilT INPUT Sensor Locations:

INSIDE CONTAINMENT DUILDING Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A i

NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A l

Unique System Desc.:

TAG ID: LT437D T!!IS PARAMETER PROVIDES WIDE RANGE LEVEL IN 23 l

STEAM GENERATOR.

1 NOT APPLICABLE

Page No.

22 06/19/92 DATA POINT LIBRARY REFERENCE FILE D' ate:

05/29/92 Reactor Unit IP2 Data Feeder:

1 NRC ERDS Parameter:

SG-LEVEL-4D Point ID:

UA072 Plant Spec Point Desc.:

SG WR LEVEL 24 (LO463)

Generic /Cond Desc.:

STEAM GENERATOR 4/D WATER LEVEL Analog / Digital A

Engr Units / Dig States Engr Units Conversion:

N/A Minimum Instr Range 0.0 Maximum Instr Range 100.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

INSIDE CONTAINMENT BUILDING Alarm / Trip Set Points:

-NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

-TAG ID: LT447D THIS PARAMETER PROVIDES WIDE RANGE LEVEL IN 24 STEAM GENERATOR.

• NOT APPLICABLE

j 1

Page No.

23 j

06/19/92 DATA POINT LIBRARY REFERENCE FILE s

{

date:

05/29/92 i

Reactor Unit IP2 i

Data Feeder:

1

]

NRC ERDS Parameter SG-PRESS-1A I

Point ID -

UA005 i

i Plant Spec Point Desc.:

SG AVG PRESS 21(P0400, PO401, PO402)

Generic /Cond Desc.:

STEAM GENERA 10R 1/A PRESSURE i

Analog / Digital:

A i

)

Engr Units / Dig States:

PSIG 1

j Engr Unita Conversion:

N/A a

Minimum Instr Range:

0.0 i

Maximum Instr Range:

1400.0 j

Zero Point

Reference:

N/A i

i Reference Point Notes:

N/A PROC or SENS:

P f

Number of Sensors:

3 u

How Processed:

AVERAGE i

j Sensor Locations:

MAIN STEAM LINE IN AUX. FEED. BLDG, j

Alarm / Trip Set Points:

.HIGH ALARM =1020 LOW ALARM =600 NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply j

Turn-on Power Level N/A l

Instrument Failure Mode:

N/A iA -Temperature Compensation

{- For DP Transmitters:

Level Reference Leg N/A Unique-System Desc'.

TAG IDS: PT419A, PT419B, PT419C THIS PARAMETER PROVIDES STEAMLINE PRESSURE FOR 21 STEAM GENERATOR.

• NOT APPLICABLE 4-i

.e-,--.-m-m.--.-

-.,~,m.,,.~~....~.4-,..-.

,,-ey--,,

.,..-,,-%m-m_,,

i.,_.-w.,.-rwm,_,--.,--..,.--p,-,

w--..

1 8

Page No.

24 06/19/92 DATA POINT LIBRARY REFERENCE FILE i

05/29/92 j

Date:

f Reactor Unit:

IP2 Data Feeder:

1 i

NRC ERDS Parameter SG-PRESS-2B F

}

Point ID:

UA006 Plant Spec Point Desc.:

SG AVG PRESS 22 (P0420, P0421, PO422)

Generic /Cond Desc.:

STEAM GENERATOR 2/B PRESSURE Analog / Digital:

A Engr Units / Dig States:

PSIG Engr Units Conversion:

N/A

?

Minimum Instr Range:

0.0 i

Maximum Instr Range:

1400.0 Zero Poirt

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors 3

How Processed:

AVERAGE Sensor Locations:

MAIN STEAM LINE IN AUX. FEED. BLDG.

Alarm / Trip Set Points:

HIGH ALARM =1020 LOW ALARM =600 NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on-Power Level:

N/A Instrument Failure Moder N/A Temperature _ Compensation

- For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG IDS: PT429A, PT429B, PT429C THIS PAR 7 METER PROVIDES STEAMLINE PRESSURE FOR 22 STEAM GENERATOR.

• NOT-APPLICABLE

{

t--

5-W$'gy ery = fNwy

~7W*v t-r wrmP&*m-p-

gy-7

-fy e,-g-y

---

v'*9

---y*vy-y9 g yrgwvy ig-*-'Tw*Ty g t wagy v4g yy,y wywyp -W rypriyw-,

g - 9 w9 h9 g7sq-4 w + - -gr-s ) W g & tegry +

W w Q-t--'w~=t-yw*-

g-vF--wgv

IPage No.

25 06/19/92 DATA POINT LIBRARY REFERENCE FILE date:

05/29/92 Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

SG-PRESS-3C Point ID:

-UA007 Plant Spec Point Desc. :

SG AVG PRESS 23 (PO440,PO441,P0442)

Generic /Cond Desc.:

STEAM GENERATOR 3/C PRESSURE Analog / Digital:

A Engr Units / Dig States:

PSIG Engr Units Conversion:

N/A Minimum Instr Range:

0.0

-Maximum Instr Range:

1400.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

3 How Processed:

AVERAGE Sensor Locations:

MAIN STEAM LINE IN AUX. FEED. BLDG.

Alarm / Trip Set Points:

HIGH ALARM 1020 LOW ALARM =600 NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A i' Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG IDS: PT439A, PT439B, PT439C THIS PARAMETER PROVIDES STEAMLINE PRESSURE FOR 23 STEAM GENERATOR.

ll

• NOT APPLICABLE 1.

3

,,,-_,.,-m-_m.,_...

.,m

....._._...........,_....m..,,_.,

P' age No.

26 06/19/92 DATA POINT LIDRARY REFERENCE FILF D' ate:

05/29/92 Reactor Unit IP2 Data Feedert 1

NRC ERDS Parameter:

SG-PRESS-4D Point ID:

UA008 Plant Spec Point Desc.:

SG AVG PRESS 24 (P0460,PO461,P0462)

Generic /Cond Desc.:

STEAM GENERA'IOR 4 /D PRESSURE Analog / Digital:

A Engr Units / Dig States:

PSIG Engr Units Conversion N/A Minimum Instr Range:

.0.0

_ Ma2timu.n Irmt.r Range:

1400.0 Zero Poi n'. ~.lef erence:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

3 How Processed:

AVERAGE Sensor Locations:

MAIN STEAM LINE IN AUX. FEED. BLDG.

Alarm / Trip Set Points:

HIGH ALARM =1020 LOW ALARM =600 NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG IDS: PT449A, PT449B, PT449C THIS PARAMETER PROVIDES STEAMLINE PRESSURE FOR 24 STEAM GENERATOR.

• NOT APPLICABLE

.-.m_

____________m.

Page No.

27 06/19/92 DATA POINT LIBRARY-REFERENCE FILE Date:

05/29/92 Reactor Unit:

IP2 Data Feeder 1

NRC ERDS Parameter:

MN-FD-FL-1A Point ID:

UA053

-Plant Spec Point Desc.:

SG FEED FLOW 21-(F0403,F0404)

Generic /Cond Desc.:

STM GEN 1/A MAIN FEEDWATER FLOW Analog / Digital:

A Engr Units / Dig States:

MLB/HR Engr Units Conversion:

N/A

-Minimum Instr Range:

0.0 Maximum Instr Ranger 4.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

2 How Processed:

AVERAGE Sensor Locations:

MAIN-FEED. LINES IN AUX. FEED. BLDG.

Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level N/A NI Detector Power Supply Turn-on Power Level N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG IDS: FT418A) FT418B THIS PARAMETER PROVIDES INDICATION OF FLOW TO STEAM GENERATOR 21 THROUGH THE MAIN FEEDWATER LINE.

• NOT APPLICABLE

I e

Page No.

28 06/19/92 DATA POINT LIBRARY REFERENCE FILE date:

05/29/92 Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

MN-FD-FL-2B Point ID:

UA054 Plant Spec Point Desc.:

SG FEED FLOW 22 (F0423,F0424)

Generic /Cond Desc.:

STM GEN 2/B MAIN FEEDWATER FLOW Analog / Digital A

Engr Units / Dig States:

MLB/HR Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

4.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:.

P Number of Sensors:

2 How Processed:

AVERAGE Sensor Locations:

MAIN FEED. LINES IN AUX. FEED. BLDG.

Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Powe' Level:

N/A Instrument-Failure Mode:

N/A Temperature Compensation For DP Transmitters:

-Level-Reference Leg:

N/A-Unique System Desc.:

TAG IDS: FT428A,.FT428B1 THIS-PARAMETER'PROVIDES INDICATION OF FLOW TO STEAM GENERATOR 22 THROUGH THE MAIN FEEDWATER LINE.

• NOT APPLICABLE

Page No.

29 06/19/92 DATA POINT LIBRARY REFERENCE FILE

)

05/29/92 Date:

1 Reactor Unit:

IP2 1

Data Feeder:

1 NRC ERDS Parameter:

MN-FD-FL-3C 1

Point ID:

UA055 Plant Spec Point Desc.:

SG FEED FLOW 23 (F0443,F0444)

Generic /Cond Desc.:

STM GEN 3/C MAIN FEEDWATER FLOW Analog / Digital:

A Engr Units / Dig States:

MLB/HR Engr Unita Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

4.0 l

Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

2 How Processed:

AVERAGE Sensor Locations:

MAIN FEED. LINES-IN AUX, FEED.

' LUG d

Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A

- Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG IDS: FT438A, FT438B THIS PARAMETER PROVIDES INDICATION OF FLOW TO STEAM GENERATOR 23 THROUGH THE MAIN FEEDWATER LINE.

• NOT APPLICABLE

..--.o._,-,.

Page No.

30 06/19/92 DATA POINT LIBRARY REFERENCE FILE D' ate:

05/29/92 i

j Reactor Unit IP2 i

Data Feeder:

1 i

^

NRC ERDS Parameter:

MN-FD-FL-4D Point ID:

UA05 6 -

Plant Spec Point Desc.:

SG FEED FLOW 24 (F0463,F0464)

]

Generic /Cond Desc.:

STM GEN 4/D MAIN FEEDWATER FLOW 4

Analog / Digital:

A Engr Units / Dig States:

MLB/HR Engr Units Conversion:

N/A l

I Minimum Instr Rangen-0.0 l-Maximum Instr Range:

4.0 Zero Point

Reference:

N/A "eference Point Notes:

N/A 4

PROC or SENS:

P T

Number of Sensors:

2 How Processed:

AVERAGE Sensor Locations:

MAIN FEED. LINES IN AUX FEED. BLDG.

' Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level N/A Instrument Failure Mode:

N/A Temperature Compensation

'. For DP Transmitters:

Level Reference Leg:

N/A

- Unique System Desc.:

TAG IDS:FT448A, FT448B THIS PARAMETER PROVIDES INDICATION OF FLOW 'IO.

STEAM GENERATOR 24 THROUGH THE MAIN FEEDWATER LINE.

• NOT APPLICABLE

--+m

,-,v.,i-y

,, + i-n-,w-yy-,ry,--g,h,-#,-vr.

,,.m--

r,,-=vvewy-ww4-+-ea e

+ c -- t'gwe = e NT T'-"*"+*---*-*=-

t

r*~4

I l

+

]

Page No.

31 t

i - 06/19/92 DATA POINT LIBRARY REFERENCE FILE i

i D'at e :

05/29/92 e

~

Reactor Unit:

IP2 l

Data Feeder:

1 i

i NRC ERDS Parameter:

AX-FD-FL-1A j

}

Point ID:

UA041 4

l-PlantSpecPointDesc.:

SG AFW FLOW 21 (F0407)

Generic /Cond Desc.:

STM GEN 1/A AUX FEEDWATER FLOW 1

Analog / Digital:

A Engr Units / Dig States GPM Engr Units Conversion:

N/A Minimum Instr Range:

0.0 4

Maximum Instr Range:-.

. 450.0-Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

ON AUX. FEED. LINES IN AUX. FEED. BLDG.

Alarm / Trip Set Points:

NONE t

NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level N/A Instrument Failure Mode N/A Temperature Compensation

- t For DP Transmitters:

Level-Reference Leg:

- N/A Unique System Desc.:

TAG ID: FT1200 THIS PARAMETER PROVIDES INDICATION OFzAUXILIARY FEED FLOW TO STEAM GENERATOR 21 FROM E::THER 21 AFW

- PUMP (MOTOR DRIVEN) OR 22-AFW PUMP.(TURBINE DRIVEN).-

• NOT APPLICABLE

,-.r..

,r-o, 1,,w-..w4

,e.w.m,,, -v.-,e-w.,

e--,., -, - -w ww w r-,

,e-c,.-%c-,=.E-wy,o-,w-,,.wE

--ww

,---.--yv,+--,,.

.wyg., ~. ~

y

.c,,

-e y e.g 9

Page1[o.

32 06/19/92 DATA POINT LIBRARY REFERENCE FILE l

1 05/29/92 Date:

i Reactor Unit:

IP2 c

)

Data Feeder:

1

)

NRC ERDS Parameter:

AX-FD-FL-2B j

Point ID:

UA042 3

l Plant Spec Point Desc.t.

SG AFW FLOW 22 (F0427)

Generic /Cond Desc.:

STM GEN 2/D AUX FEEDWATER FLOW 1

Analog / Digital:

A i

l Engr Units / Dig States:

GPM E

Engr Units Comersion:

N/A Minimum Instr Range 0.0 Maximum Instr Range:

450.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P

' i Number of Sensors:

1 i

How Processed:

STRAIGHT INPUT Sensor Locations:

ON AUX. FEED. LINES IN AUX. FEED. BLDG.

Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Moder N/A Temperature Compensation 5

' For DP Transmitters:

-Level Peference Leg:

N/A Unique-System Desc.:

. TAG ID: !FT1201 THIS PARAMETER PROVIDES INDICATION OF AUXILIARY l

FEED FLOW TO 22-STEAM GENERATOR FROM EITHER 21 AFW l

PUMP (MOTOR DRIVEN) OR 22 AFW PUMP.(TURBINE-l DRIVEN),_

• NOT. APPLICABLE-

...m

Pcge No.

33 06/19/92 DATA POINT ICBRARY REFERENCE FILE 05/29/92 Date:

Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

AX-FD-FL-3C Point ID:

UA043 Plant Spec Point Desc.:

SG AFW FLOW 23 (F0447)

Generic /Cond Desc.:

STM GEN 3/C AUX FEEDWATER FLOW Analog / Digital:

A Engr Units / Dig States:

GPM Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

450.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1

!!ow Processed:

STRAIGitT INPUT Sensor Locations:

ON AUX. FEED. LINES IN AUX, FEED. BLDG.

Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A i

NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG ID: FT1202 THIS PARAMETER PROVIDES INDICATION OF. AUXILIARY FEED FLOW TO 23 STEAM GENERA % R FROM EITHER 23 AFW PUMP (MOTOR DIRVEN).OR 22 AFW PUMP (TURBINE DRIVEN).

NOT APPLICABLE

-.. _.~._._ __ _ __ _ _ _ _ _ _ - - _ _ _ _ _ _ _ _ _. _.. _. _ _. _ _. _

Page![

34 i

{_06/19/L DATA POINT LIBRARY REFERENCE FILE i

date 05/29/92 i

4 i Reactor Unit:

IP2 e

i Data Feeder

-1 1! NRC ERDS Parameter:

AX-FD-FL-4D i

i Point ID:

UA044 i

{ Plant Spec Point Desc.:

SG AFW FLOW 24 (F0467)

! Generic /CondDesc.:

STM GEN 4/D AUX FEEDWATER FLOW i

Analog / Digital:

A i

! Engr Units / Dig States GPM e

! Engr Units Conversion:

N/A 0.0 1 Minimum Instr Range:

1 s

Maximum Instr Range:

450.0 Zero Point

Reference:

N/A Reference Point-Notes:

N/A j

PROC or SENS:

P Number of Sensors:

1

] How Processed:

STRAIGHT INPUT Sensor Locations:

ON AUX, FEED. LINES IN AUX. FEED. BLDG, Alarm / Trip Set Points:

NONL a

! HI Detector Power Supply l Cut-off Power Level:

N/A NI Detector Power Supply Turn-on. Power Level:

N/A 4

Instrument Failure Mode:

N/A Temperature Compensation

'For DP Transmitters:

4 j -Level Reference Leg:

N/A

. -Unique System Desc.:

TAG ID: FT1203 THIS PARAMETER-PROVIDES INDICATION OF AUXLILIARY

~

FEED FLOW TO 24 -STEAM GENERA'IOR FROM EITHER - 23 : AFW

, PUMP (MOTOR DRIVEN) OR 22-AFW PUMP (TURBINE DRIVEN).

• NOT APPLICABLE-

,__..-_.-_f._.~..-_._..-

6 Pago No.

35 06/19/92 DATA POINT LIBRARY REFERENCE FILE 05/29/92 Date Reactor Unit IP2 Data Feeder:

1 NRC ERDS Parameter:

HL-TEMP-1A Point ID:

UA026 Plant Spec Point Desc.:

RCS HL TEMP 21 (T0405)

Generic /Cond Desc.:

STM GEN 1/A INLET TEMPERATURE Analog / Digital:

A Engr Units / Dig States:

DEGF Engr Units Conversions-N/A Minimum Instr Range:

0. 0-Naximum Instr Range

-700.0 Zero Point Reference -

N/A Reference Point Hotes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

IN CONTAINMENT.ON RCS HOT LEG-Alarm / Trip Set Points:

HIGH ALARM =600 LOW ALARM = NONE NI Detector Power Supply

-Cut-off Power Level N/A

'NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode N/A Temperature Compensation.

For DP Transmitters:

Level Reference Leg -

N/A Unique System Desc.:

TAG IDt.TE411A/1 THIS PARAMETER PROVIDES REAC'IOR' COOLANT LOOP 21 HOT LEG TEMPERATURE.

• NOT APPLICABLE

P' age No.

36 06/19/92 DATA POINT LIBRARY REFERENCE FILE D' ate:

05/29/92 i

Reactor Unit IP2 Data Feeder:

1 NRC ERDS Parameter

!!L-TEMP-2 B Point ID:

UA027 1

Plant Spec Point Desc.:

RCS IIL TEMP 22 (T0425)

Generic /Cond Desc.t STM GEN 2/B INLET TEMPERATURE Analog / Digital:

A Engr Unite ' Dig States:

DEGF Engr Units Conversion:

N/A

-Minimum Instr Range:

0.0 Ma2timum Instr Range 700.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT-Sensor Locations:

IN CONTAINMENT ON RCS IlOT-LEG Alarm / Trip Set Points:

HIGH ALARM =600 LOW ALARM =NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG.ID -'TE422A/1 THIS PARAMETER PROVIDES REAC7OR COOLANT LOOP 22 HOT LEG TEMPERATURE.

• NOT APPLICABLE

P' age - No.

37 06/19/92 DATA POINT LIBRARY REFERENCE FILE Dates 05/29/92 s

Reactor Unit IP2 Data Feeder:

1 NRC ERDS Parameter:

HL-TEMP-3C Point ID:

UA028 Plant Spec Point Desc.:

RCS HL TEMP 23 (T0445)

Generic /Cond Desc.:

STM GEN 3/C INLET TEMPERATURE Analog / Digital:

A Engr Units / Dig States:

DEGF Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

700.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

IN CONTAINMENT ON RCS HOT LEG Alarm / Trip Set Points:

HIGH ALARM =600 LOW ALARM =NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode N/A Temperature Compensation For DP-Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG ID: TE431A/l THIS PARAMETER PROVIDES REACTOR COOLANT LOOP 23 HOT LEG TEMPERATURE.

• NOT APPLICABLE

1 Pa(Je No.

38 J 06/19/92 DATA POINT LIBRARY REFERENCE FILE

!^

05/29/92 Date

! Reactor Unit IP2 Data Feeder:

1 NRC ERDS Parameter:

HL-TEMP-4D I

Point ID:

UA029 Plant Spec Point Desc.:

RCS HL TEMP 24 (T0465) i Generic /Cond Desc.:

S'IN GEN 4/D INLET TEMPERATURE Analog / Digital:

A 1

Engr Units / Dig States:

DEGF Engr Units Conversion:

N/A

$i Minimum Instr Range:

0.0 Martimum Instr Range:

700.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P

' Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

IN CONTAINMENT ON RCS HOT LEG

- Alarm / Trip Set Points:

- HIGH ALARM =600 LOW ALARM = NONE NI Detector Power Supply Cut-off Power Level:

N/A l N1 Detector Pcwer Supply

,I Turn-on Power Level N/A

[

Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

. TAG ID: TE440A/1 THIS PARAMETER PROVIDES REACTOR COOLANT LOOP 24 HOT LEG TEMPERATURE.

• NOT APPLICABLE i

-.~,_,,,,__.v,.-,,,J.,~

,,r,%.m.

... -. _,, _,,,. _, _. _,,. - _ - ~, -,. - -. -,., ~ ~.

.,..,,...m..--#,..,.,

Page No.

39 06/19/92 DATA POINT LIBRARY REFERENCE FILE date:

05/29/92 s

Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

CL-TEMP-1A Point ID:

UA022 Plant Spec Point Desc.:

RCS CL TEMP 21 (T0406)

Generic /Cond Desc.:

STM GEN 1/A OUTLET TEMPERATURE Analog / Digital:

A Engr Units / Dig States:

DEGF

_Er.gr Units Conversion:

N/A Minimum Instr Range 0.0 Maximum Instr Range:

700.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

IN CONTAINMENT ON RCS COLD LEG Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Znstrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique _ System Desc.:

TAG ID:.TE413 THIS PARAMETER PROVIDES REACTOR COOLANT LOOP 21 COLD LEG TEMPERATURE.

• NOT APPLICABLE i

Page No.

40 06/19/92 DATA POINT LIBRARY REFERENCE FILE date:

05/'?/92 Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter CL-TEMP-2B Point ID:

UA023 Plant Spec Point Desc.:

RCS CL TEMP 22 (T0426)

Generic /Cond Desc.:

STM GEN 2/B OUTLET TEMPERATURE Analog / Digital:

A Engr Units / Dig States:

DEGF Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

700.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 flow Processed:

STRAIGHT INPUT Sensor Locations:

IN CONTAINMENT ON RCS COLD LEG-

Alarm / Trip Set Points:

NONE NI Detector Pouer Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters Level Reference Leg:

N/A Unique System Desc.:

TAG ID:.TE423-THIS-PARAMETER PROVIDES REACTOR COOLANT LOOP--22 COLD LEG TEMPERATURE.

• NOT APPLICABLE y

mung

.Page No.

41 06/19/92 DATA POINT LXBRARY REFERENCE FILE date 05/29/92 Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

CL-TEMP-3C Point ID:

UA024 Plant Spec Point Desc.:

RCS CL TEMP 23(T0446)

Generic /Cond Desc.:

STM GEN 3/C OUTLET TEMPERATURE Analog / Digital:

A Engr Units / Dig States:

DEGF Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

700.0 Zero Point

Reference:

N/A Reference' Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

IN CONTAINMENT ON RCS COLD LEG Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters Level Reference Leg:

N/A Unique System Desc.:

TAG ID: TE433 THIS-EARAMETER PROVIDES REACTOR COOLANT LOOP 23' COLD LEG TEMPERATURE.

• NOT APPLICABLE

Page No.

42 06/19/92 DATA-POINT LIBRARY PEFERENCE FILE-date:

05/19/92 Reactor Unit IP2 Data Feeder:

1 NRC ERDS Parameter:

CL-TEMP-4D Point ID:

UA025 Plant Spec Point Desc.:

RCS CL TEMP 24 (T0466)

Generic /Cond Desc.:

STM GEN 4/D. OUTLET TEMPERATURE Analog / Digital:

A Engr Units / Dig States:

DEGF Engr Units Conversion:

N/A

. Minimum Instr Range:

0.0 Maximum Instr Range:

700.0 Zero Point-

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

IN CONTAINMENT ON RCS COLD LEG s

Alarm / Trip Set Points:

NONG NI Detector Power Supply Cut-off Power Level:

N/A q

NI Detector Power Supply Turn-on Power Level:

N/A Instrument Fa!. lure Mode:

N/A Temperature Compensation

'For'DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG ID: TE443 THIS PARAMETER PROVIDES REACTOR COOLANT' LOOP'24 COLD LEG TEMPERATURE.

G

• NOT APPLICABLE

Page No.

43 06/19/92 DATA POINT LIBRARY REFERENCE FILE 05/29/92 Date:

Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS-Parameter:

PRZR-LEVEL Point ID:

L6041 Plant Spec Point Desc.;

PRESSURIZER LVL COLD WR Generic /Cond Desc.:

PRIMARY SYSTEM LRESSURIZER LEVEL Analog / Digital:

A Engr Unita/ Dig States:

Engr Units Conversion:

N/A Minimum-Instr Range:

- 0.0 Maximum Instr Range:

100.0 Zero Point

Reference:

-N/A l

Reference Point Notes:

N/A TROC or SENS:

S Number of Sensors:

1 4

i How Processed:

STRAIGHT INPUT Sensor Locations:

IN CONTAINMENT BUILDING Alarm / Trip Set Points:

HIGH ALARM =100 LOM ALARM =0 j

NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation

. For DP Transmitters:

Level Reference Leg:

N/A Unique System Dese.:

TAG ID: LT462 THIS PARAMETER PROVIDES COLD CALIBRATED PRESSURIZER LEVEL INDICATION.

• NOT APPLICABLE i

-., ~.

-Page No.

44 06/19/92 DATA POINT LIBRARY REFERENCE FILE Date:

05/29/92 Reactor Unit:

IP2 Data Feeder:

-1 NRC ERDS Parameter:

RCS-CHG-MU Point ID:

UA135 Plant Spec Point Desc.:

CHARGING FLOW (F0128)

Generic /Cond Desc.:

PRIMARY SYS CHARGING / MAKEUP FLOW l

Analog / Digital:

A l

Engr Units / Dig States:

GPM Engr Units Conversion:

N/A Minimum Inetr Range:

0.0 NL Mr Range:

125.0 tero

f erence:

N/A ir.t Notes:

N/A P

Nun e at Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

PIPING PENETRATION AREA OF PRIM. AUX BLDG Alarm / Trip Set Points:

NONE I

NI Detector Power Supply Cut-of f - Power: Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A

-Instrument Failure Mcde:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG ID: FT128 MONITORS CHARGING FLOW TO RCS LOCATED ON 51' ELEV OF PRIMARY AUX BLDG.

• NOT APPLICABLE l

e Page No.

45 06/19/92-DATA POINT LIBRARY REFERENCE FILE date:

05/29/92 Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

HPSI-FLOW 1 Point ID:

UA124 Plant Spec Point Desc.:

TOTAL SAFETY INJECTION FLOW Generic /Cond Desc.:

HIGH PRES SAFETY INJ FLOW 1 Analog /Digitel:

A Engr Units / Dig States:

GPM Engr Units Conversion:

N/A Minimum Instr Range:

0.0 Maximum Instr Range:

3600.

Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

6 How Processed:

SUM Sensor Locations:

IN CONTAIN. ON SI LOOP PRIOR TO RCS LOOP Alarm / Trip Set Points:

NONE NI Detector Power Supply

-Cut-off Power Level:-

N/A.

NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG IDS: FT924, FT927, FT925, FT926 INJECTION TO COLD LEG; FT926A AND FT926A INJECTION TO HOT LEG.

• NOT APPLICABLE

Page No.

46 06/19/92-DATA POINT LIBRARY REFERENCE FILE date:

05/29/92 Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

CTMNT-SP-NR1 Point ID:

L6060 Plant-Spec Point Desc.:

CONTAINMENT SUMP LVL LT3303 Generic /Cond Desc.:

CONTAI! MENT SUMP NARROW RNG LV 1 Analog / Digital:

A Engr Units / Dig States:

FT EL Engr Units Conversion:

N/A Minimum Instr Range:

38.33 Maximum-Instr Range:

51.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

S Number of Sensors:

1 How Processed:

STRAIGilT INPUT Sensor Locations:

WITHIN CONTAIN. IN CONTAIN. SUMP Alarm / Trip Set Points:

HIGH ALARM =44.1 LOW ALARM =38.33 NI Detector Power Supply Cut-off Power Level:

N/A NI Dctector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For-DP Transmitters:

-Level Reference Leg:

N/A Unique System Desc.:

TAG ID: LT3033 THE CONTAINMENT' FLOOR IS AT'46' ELEVATION.-

• NOT APPLICABLE

-Page No. ' 67 06/19/92 DATP POINT LIBRARY REFERENCE' FILE-Date:.

05/29/92 Rea'ctor Unit IP2 Data Feeder:

1 i

LNRC ERDS Parameter:

CTMNT-SP-NR2 I

Point ID:

L6061 Plant Spec Point Desc.:

CONTAINMENT SUMP LVL LT3304' Generic /Cond Desc.:

CONTAINMENT SUMP NARROW RNG LV 2

! Analog / Digital:

A t

~ Engr Units / Dig Statest.

FT EL I Engr Units Conversion:

N/A

' Minimum Instr Range:

38.33 i Maximum Instr Range:

51.0 Zeic Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

S i

Number of Sensors

1 How Processed:

STRAIGHT INPUT Sensor Locations:

WITHIN CONTAIN. IN CONTAIN. SUMP l Alarm / Trip Set Points:

HIGH ALARM =44.1 ' LOW ALARFb38.33

NI Detector Power Supply

Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A I

Instrument Failure-Mode:

N/A-Temperature Compensation

.For DP Transmitters:

-Level Reference Leg:

N/A Unique-System Desc.:

TAG ID: LT3304 THE CONTAINMENT FLOOR IS AT 46' ELEVATION.

• NOT APPLICABLE n

,--,.r..

,,..,,,.,-,.,,.mn.,

4

--,---w.,.r,

.g--.-n r+-?,.r-7-

Page No.

48 06/19/92 DATA POINT LIBRARY REFERENCE FILE D' ate 05/29/92 l

Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

CTMNT-SP-WR1 Point ID:

UA045 Plant Spec Point Desc.:

.CNTMT SUMP LVL(L6055,L6060,L6061)

Generic /Cond Desc.:

CONTAINMENT SUMP WIDE RANGE LV 1 Analog / Digital:

A

] Engr Units / Dig States:

FT EL

! Engr Units Conversion:

N/A Minimum Instr Range:

38.75 4

Maximum Instr Range:

56.75 Zero Point'

Reference:

N/A Reference "sint Notes:

N/A-PROC or SENS:

P Number of Sensors:

2 How Processed:

AVERAGE Sensor Locations:

WITHIN CONTAIN._IN CONTAIN. SUMP

Alarm / Trip Set Points:

HIGH ALARM =44.1 LOW ALARM = NONE I

NT Detector Power Supply Cut-off Power Level:

N/A HI Detector Power Supply l Turn-on Power Level:-

N/A Instrument Failure Mode:

N/A i

t-Temperature Compensation

-For DP Transmitters:

Level Reference' Leg:

N/A Unique System-Desc.:

TAG IDS: LT3200, LT3303, LT3304-THE CONTAINMENT FLOOR IS AT 46' ELEVATION.

• NOT APPLICABLE

-. ~.

Page No.

49 06/19/92 DATA POINT LIBRARY REFERENCE FILE

date

05/29/92 Reactor Unit:

IP2 Data Feeder:

1 i

NRC ERDS Parameter:

CTMNT-RAD 1 Point ID:

UA047

-Plant Spec Point Desc.:

CNTMT RAD RE-25 (R0025)

Generic /Cond Desc.:

CONTAINMENT RADIATION LEVEL 1 Analog / Digital:

A Engr Units / Dig States:

R/HR Engr Units Conversion:

N/A l Minimum Instr Range:

1.0E0 Maximum Instr Range:

1.0E7 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1

How Processed:

STRAIGHT INPUT Sensor Locations:

IN CONTAIN. AT 95* (OPERATING FLOOR) 4 Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply

-Turn-on Power Level:

N/A

-Instrument-Failure Mode:

N/A Temperature Compensation 4 For DP Transmitters:

- Level Reference Leg:

N/A Unique. System Desc.:

TAG ID: R25 THIS PARAMETER PROVIDES HIGH RANGE INDICATION OF RADIATION INSIDE THE CONTAINMENT BUILDING. USED IN f

POST ACCIDENT SITUATION.

• NOT APPLICABLE

-Page No.

50 06/19/92 DATA PO2NT LIBRARY REFERENCE FILE bate:

05/29/92 Reactor Unit:

IP2

. Data Feeder:

1 NRC ERDS Parameters, C'INNT-RAD 2 Point ID:

UA048 Plant Spec Point Desc.:

CNTMT RAD RE-26 (R0026)

Generic /Cond Desc.:

CONTAINMENT RADIATION LEVEL 2 Analog / Digital:

A Engr Units / Dig States:

R/HR Engr Units Conversion:

N/A

-Minimum Instr Range:

1.0E0 Maximum Instr Range:

1.0E7 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

IN CONTAINMENT AT 130' ELEVATION Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System-Desc.:

TAG ID: R26 THIS PARAMETER.PROVIDES HIGH RANGE INDICATION OF-RADIATION INSIDE THE. CONTAINMENT BUILDING. 'USED IN POST ACCIDENT SITUATION.

• NOT APPLICABLE

P' age 'No. - 51

s06/19/92=

DATA POINT-LIBRARY REFERENCE FILE r

date r -

05/29/92 Reactor-Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

MAIN-SL-1A Point ID:

UA115 i

Plant Spec Point Desc.:

STM LINE RAD 21 (R0028)

Generic /Cond Desc.:

STM GEN 1/A STEAM LINE RAD LEVEL

} -Analog / Digital:

A Engr Units / Dig States:

CPM j

Engr Units-Conversion:

N/A Minimum Instr Range:

10.0 Maximum Instr Range:

1.0E6 Zero Point

Reference:

N/A Reference Point Notes:

N/A l

PRCC or SENS:

P i

Number of Sensors:-

1 How Processed:

STRAIGHT INPUT i

]

Sensor Locations:

MAIN STEAM LINE WITHIN AUX, FEED. BLDG, Alarm / Trip Set Points:

NONE NI' Detector Power Supply l

Cut-off-Power Level:

-N/A NI Detector. Power Supply Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation "For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG ID: R28-USED FOR-DETECTION OF PRIMARY TO ' SECONDARY LEAK.

• NOT APPLICABLE

-- - ~-

. Page ' kko.

52 06/19/92 DATA POINT LIBRARY REFERENCE FILE 05/29/92

-Date Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

MAIN-SL-2B Point ID:

UA116 Plant Spec Point Desc.:

STM LINE RAD 22 (R0029)

Generic /Cond Desc.:

STM GEN 2/B STEAM LINE RAD LEVEL Analog / Digital:

A Engr Units / Dig States:

CPM Engr Units Conversion:

N/A-Minimum Instr Range:

10,0 Maximum Instr Range:

1.0E6 Zero Point

Reference:

N/A Reference Point Notes:

N/A i

PROC or SENS:

P Number of Sensors:

1 l

How Processed:

STRAIGHT INPUT 4

Sensor Locations:

MAIN STEAM LINE WITHIN AUX. FEED. BLDG.

Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply

[ Turn-on Power Level:

N/A i

Instrument Failure Mode:

N/A l

Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG ID: R29 L

USED FOR DETECTION OF PRIMARY TO SECONDARY LEAK.

NOT APPLICABLE l

l l

l

~

- _ =

Page No.

53'

'06/19/92 DATA POINT LIBRARY REFERENCE FILE-date:

05/29/92

,. Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

MAIN-SL-3C

. Point ID:

UA117.

Plant Spec Point Desc.:

STM LINE RAD 23 (R0030)

I Generic /Cond Desc.:

STM GEN 3/C STEAM LINE RAD LEVEL

-Analog / Digital:

A Engr Units / Dig States:

CPM Engr Units Conversion:

N/A Minimum Instr Range:

10.0 Maximum Instr Range:

1.0E6 Zero Point

Reference:

'N/A i

j Reference Point Notes:

N/A PROC or SENS:

.P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

MAIN STEAM LINE WITHIN AUX, FEED. BLDG.

Alarm / Trip Set Points:

NONE NI Detector Power Supply

l. Cut-off Power Level:

N/A NI Detector Power Supply 2

Turn-on Power Level:

N/A Instrument Failure Mode:

N/A Temperature Compensation

.For DP Transmitters:-

f-LevelReferenceLeg:

N/A l'UniqueSystemDesc.:

TAG ID: R30 USED-FOR DETECTION OF PRIMARY TO SECO"DARY-LEAK.

• NOT APPLICABLE-1 l.

. 1 m...

.m~.,, -

..-..,._,,._Em,.

y.,,.

rh,,..,.-..-,-..-,,

,..,r

.Page No.

54 06/19/92 DATA POINT LIBRARY REFERENCE FILE.

05/29/92 Date:

Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

MAIN-SL-4D Point ID:

UA118 Plant Spec Point Desc.:

STM LINE RAD-24 (R0031)

Generic /Cond Desc.:

STM GEN 4/D STEAM LINE RAD LEVEL Analog / Digital:

A Engr Units / Dig States:

CPM Engr Unito Conversion:

N/A Minimum Instr Range:

10.0 Maximum Instr Range:

1.0E6 Zero Point

Reference:

N/A Reference Point Notes:

N/A 4

PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

MAIN STEAM LINE WITHIN AUX. FEED. BLDG.

Alarm / Trip Set Points:

NONE NI Detector Power Supply Cut-off-Power Level:

N/A NI Detector Power Supply Turn-on' Power. Level:

N/A Instrument Failure Mode: -N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG ID: R31 USED FOR' DETECTION OF PRIMARY TO SECONDARY LEAK.

• NOT APPLICABLE

,=

P'&ge No.

55 06/19/92 DATA POINT LIBRARY REFERENCE FILE D' ate:

05/29/92 Reactor Unit IP2 Data Feeder:

1 NRC ERDS Parameter:

SG-BD-RAD-1A.

Point ID:

UA095 Plant Spec Point Desc.:

R19 SG BLOWDOWN RAD (R0049)

Generic /Cond Desc.:

STM GEN BLOWDOWN RAD LEVEL Analog / Digital:

A Engr Units / Dig States:

UCI/CC Engr Units Conversion:

N/A Minimum Instr Range:

1.0E-7 Maximum Instr Range:

1.0E-2 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

RADIATION MONITOR HOUSE 15' EL XFRR YARD Alarm / Trip Set Points:

NONE 1

NI Detector Power Supply Cut-off Power Level:

N/A NI Detector Power Supply Turn-on Power Level:

N/A

Instrument Failure Mode:

N/A Temperature Compensation For.DP-Transmitters:

Level-Reference Leg:.

N/A Unique System Desc.:

TAG ID: R49 USED TO DETECT HIGH RADIOACITVITY LEVEL IN BLOW-DOWN FOR. PURPOSE OF ISOLATION DURING NORMAL OPERATION.- LOCATED ON 51' ELEVATION OF PRIMARY AUXILIARY BUILDING. RADIATION MONITOR HOUSE 15' EL TRANSFORMER YARD.

• NOT APPLICABLE.

b

, Page No.

56 06/19/92 DATA POINT LIBRARY REFERENCE FILE j

05/29/92 i Dates i

i Reactor Unit:

IP2 i Data Feeder:

1 1

NRC ERDS Parameter:

CTMNT-PRESS Point ID:

UA046 Plant Spec Point Desc.:

CNTMT PRESS Generic /Cond Desc.:

CONTAINMENT PRESSURE 4

Analog / Digital:

A 4

Engr Units / Dig States:

PSIG Engr Units Conversion:

N/A Minimum Instr Range:

-5.0

, Maximum Instr Range:

75.0 1

Zero Point

Reference:

N/A Reference Point Notes:

N/A t

PROC or SENS:

P Number of Sensors:

6 1

How Processed:

MAX Sensor Locations:

PIPE PENETRATION AREA OF PRIM. AUX. BLDG Alarm / Trip Set Points:

HIGH ALARM =2 LOW ALARM = NONE NI Detector Power Supply Cut-off Power Level:

N/A i

NI Detector Power Supply Turn-on Power Level:

N/A Instrument Failure Mode: -N/A

. Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A-Unique System Desc.:

TAG IDS: PT948E, PT948A, PT948C,'PT949A, PT949B, PT949C PROVIDES INPUT FOR CONTAINMENT ISOLATION AND q

CONTAINMENT SPRAY.

LOCATEO ON'51' ELEVATION IN PRIMARY AUXILIARY 3UILDING.

• NOT APPLICABLE l

P&ge No.

57 06/19/92 DATA POINT LIBRARY REFERENCE FILE date:

05/29/92 Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

CTMNT-TEMP Point ID:

UA060 Plant Spec Point Desc.:

AVE CNTMT TEMP (T6059)

Generic /Cond Desc.:

CONTAINMENT TEMPERATURE Analog / Digital:

A Engr Units / Dig States:

DEGF Engr Units Conversion:

N/A Minimum Instr Range:

50.0 Maximum Instr Range:

150.0 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P Number of Sensors:

1 How Processed:

STRAIGHT INPUT Sensor Locations:

5 RTDS IN CONTAIN. AT EACH FAN COOL UNIT-Alarm /D.ip Set Points:

HIGH ALARM =125 LOW-ALARM = NONE NI Detector Power Supply Cut-off Power Leve3 -

N/A NI Detector Power Supply Turn-Power Level:

N/A Inst.. aent Failure Mode:

N/A Temperature _ Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG ID: TE1203 MONITORS CONTAINMENT TEMPERATURE.

• NOT APPLICABLE

L Page No.

58 06/19/92 DATA' POINT LIBRARY-REFERENCE FILE-date:

05/29/92 s

j Reactor Unic IP2

?

Data Feeder:

1 NRC ERDS Parameter:

BWST-LEVEL 1 Point ID:

UA063 3

Plant Spec Point Desc.:

RWST LEVEL (L6063,L6064)

Generic /Cond Desc.:

BORATED WATER STORAGE TANK LEV 1 Analog / Digital:

A l

Engr Units / Dig States:

FT Engr Units Conversion:

N/A Minimum Instr Range:

0.0 j-Maximum Instr Range:

40.0

(

Zero Point

Reference:

N/A Reference Point Notes:

N/A

}

PROC or SENS:

P Number of. Sensors:

2 il -How Processed:

MIN Sensor Locations:

AT REFUELING WATER STORAGE TANK Alarm / Trip Set Points:

HIGH ALARM = NONE LOW ALARM =_9.24 i

NI Detector Power Supply 4 -Cut-off Power Level:

N/A i

l NI Detector Power Supply.

Turn-on Power Level:

N/A l

Instrument Failure Mode:

N/A LTemperature Compensation For DP Transmitters:

Level Reference-Leg:

N/A Unique System Desc.:

TAG' IDS: L5651,LT920 REFUELING WATER STORAGE TANK LEVEL - POST LOCATION AT LOW LEVEL-(9.24 FT) SWAP OVER TO RECIRCULATION IS MANUAL, ACCOMPLISHED VIA " SMART" SWITCHES.

• NOT APPLICABLE i.

'P

--M=-

M

• r t'-

--t/W-P*+

e $r TTr R

9tt1"W771P't 8er*+

(

dage'No.

59 06/19/92 DATA POINT LIBRARY REFERENCE FILE date:

05/29/92 s-Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

NI-INTER-RNG Point ID:

UA036 Plant Spec Point Desc.:

IR POWER 36 (N0036)

Generic /Cond Desc.:

NUCLEAR INST, INTERMEDIATE RANGE Analog / Digital:

A Engr Units / Dig States:

AMPS-Engr Units Conversion:

N/A Minimum Instr Range:

1E-11

_ Maximum Instr Range:

1E-3 Zero Point

Reference:

N/A Reference Point Notes:

N/A PROC or SENS:

P i

Number of Sensors:

1

> How Processed:

STRAIGHT INPUT Sensor Locations:

EX CORE DETECTOR Alarm / Trip Set Points:

NONE

NI Detector Power Supply Cut-off Power Level

N/A NI Detector Power Supply Turn-on Power Level:

N/A

' - Instrument Failure Mc.e:

N/A Temperature Compensation For DP Transmitters:

Level Reference Leg:

N/A Unique System Desc.:

TAG ID: NM36B MEASURE < 0% POWER AND > 100% POWER OVERLAPS 1

OTHER MONITORS.

l

• NOT APPLICABLE

\\

fade' 1 o.

60 06/19/92-DATA POINT LIBRARY-REFERENCE FILE' l date:

05/29/92-p Reactor Unit:

IP2 Data Feeder:

1 NRC ERDS Parameter:

. NI-SOURC-RNG Point ID:

UA031 I

Plant Spec Point Desc.:

' SR. POWER 32(N0032)

! Generic,Cond Desc.:

NUCLEAR INST, SOURCE RANGE fAnalog/ Digital:

A Engr Units / Dig States:

CPS i Engr Units Conversion:

N/A

• ' Minimum Instr Range:

lE0 Maximum Instr Range:

1E6 l Zero Point

Reference:

N/A

. Reference Point Notes:

N/A i'

PROC or SENS:

P

] Numoer of Sensors:

1

- How Processed:

STRAIGHT INPUT Sensor-Locations:

EX CORE DETECTOR

! Alarm / Trip Set Points:

NONE NI Detector Power Supply

Cut-off Power--Level

N/A NI-Detector Power Supply

)

]

Turn-on Power Level:

N/A l

Instrument Failure Mode:

N/A

{ -- - Temperature Compensation

> - For DP Transmitters:

Level Reference Leg:

N/A' Unique System Desc.:

TAG ID: NM32F MONITORS < 0% POWER LEVELS.

F

• NOT APPLICABLE i

t

~

n

-r

~,

.---..,c-r--,

er m.,-,,~..

4,

w-

.,.,mr

-