ML20006F757
| ML20006F757 | |
| Person / Time | |
|---|---|
| Site: | McGuire, Mcguire  |
| Issue date: | 10/14/1986 |
| From: | DUKE POWER CO. |
| To: | |
| References | |
| NUDOCS 9003010106 | |
| Download: ML20006F757 (182) | |
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CONFIDENTIAL-3 McGuire Nuclear Station 1986 Exercise -
1.
- SCOPE AND OBJECTIVES g
- A.
Scope The 1986 McGuire Nuclear Station exercise is designed to meet the
_ exercise requirements of 10CFR50, Appendix E, Section IV.F.
The exercise will involve full participation by McGuire Technical Support Center (TSC) and the Operational Support Center (OSC).
The Crisis Management Center will not participate.
Also, the State of North Carolina and the counties within the plume exposure EPZ will not participate except to receive initial notifications.
On October 15, 1986 a simulated radiological accident will be held to test the integrated capabilities and a major portion of the basic elements within the emergency plans and organizations.
This exercise will simulate emergency conditions which would require response by on-site personnel.
The exercise will begin-between midnight and 6:00 a.m.
Exercise objectives are provided in Section I.B.
On October 14-15, 1986 several limited drills will be held.
A medical drill will.be held to involve a contaminated, injured i
individual.
A fire drill'will be held to involve response by the on-site fire brigade and the off-site fire department.
Post-accident sampling drills will also be held.
Each of these drills will be-separate from the exercise.
A formal critique involving Duke Power and NRC will be held on October 16, 1986 at 9:00 a.m.
This critique will be closed to the public and will be held in the training room of the McGuire
. Administration Building.
B.
Exercise Objectives (Duke Power Company Emergency Organization) 1.
Emergency Management
- a. Demonstrate the ability to declare emergency classification in accordance with station procedures,
- b. Demonstrate the ability to alert, notify, and staff the TSC and OSC facilities after declaring an Alert or Higher emergency class.
- c. Demonstrate assembly of station personnel within 30' minutes in a simulated emergency and provide accountability for any not present at the assembly locations.
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'd:WTesticommunications; equipment;amongson; site; emergency 3 n facilities sincluding:planteextensionstandbntercoms.,,
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- e. Test off-site communications equipment to the counties q
ji and state and to-NRC including the Selective Signaling Al System and the NRC Emergency Notification System.
.f5 EVa10 ate thetadequacyrandwoperabilityrofdemergency =
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, equipment /suppliessw.
j g'. Demonstrate precise and clear transfer of responsibility f
from the. Shift Supervisor in the Control Room to the -
l Emergency Coordinator in the TSC.
- h. Demonstrate proper use of the message format and authentication methodology for messages transmitted 7
C to state and counties.
- i. -Demonstrate the ability to notify the state and the
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counties within-15 minutes after declaring an emergency or after changing the emergency class.
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- j. Demonstrate.theabilitytonotifyNRCimmediatelyafter f
noti.fication of the state and counties and not later than 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> after declaring one'of the emergency classes.
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- k. Demonstrate access control measures to the control room, K
A.
- 1. Demonstrateithe ability to collect liquid and air samples'
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.in accordance with station procedures using the post-accident sampling. systems.
-m. Demonstrate proper response to a simulated medical emergency involving a contaminated patient in accordance with station procedures.
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- n. Demonstrate response in accordance with station procedures by.the on-site fire brigade to a simulated fire emergency.
m Support ~will be requested of the off-site fire-department, y
i 2.
Accident Assessment
- a. Demonstrate the ability to transmit data using the Crisis l :-
Management Data Transmittal System in accordance with station procedures.
- b. Evaluate the adequacy of the following assessment tools:
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Drawings 2.
Status Boards i
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Maps i
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- c. Demonstrate the ability to provide adequate:
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On-site mo'nitoring 2.
. Monitoring of off-site radiation levels 3.
Off-site dose projections 4.
Personnel dose. record control 5.
Communications (radio) with off-site monitoring teams--
6.
Soil, water, and vegetation sampling (off-site).
3.-
Protective Action Recommendations
- a. Demonstrate the ability to provide timely and appropriate protective action recommendations in'accordance with station procedures.
4.
Plant Operations
- a. Demonstrate the ability to assess the incident and provide mitigation strategies in accordance with. station
- procedures.
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'II.
CONDUCT-0F' EXERCISE
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' A.-
Exercise Organization
~The Exercise Organization is made up of controller / evaluators, observers, and players as described below.
Controller / Evaluators N
Controllers and evaluators are assigned to specific locations and/or groups as. described in this Exercise Plan.
Controllers are responsible for:
- 1) Maintaining action according to the scenario
- 2) Providing input messages and data i
i Evaluators are responsible for:
- 1) Observing players as they work in their specialized functions'
- 2) Compiling observations and judgments onto the evaluation forms.
In many instances one person may serve in a dual capacity as both controller and evaluator.
Simulated plant parameters and emergency messages will be provided-
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members, and other players as appropriate.
These messages and data are shown in-the appendices of this plan.
Players are responsible for initiating actions in response to-the message's and/or data'according to the emergency' plan and procedures.
Duke Power Company controllers and evaluators wi'll be identified by wearing armbands.
Selection of controller / evaluators is based on their expertise'in, or their. qualification to evaluate the area assigned.
All con _
trollers and evaluators will compile their observations prior to the critique and provide the completed evaluation forms to the Exercise Director.
The Exercise Director will summarize these items in the critique.
Observers J
Observers from various Duke Power organizations,'other utilities, local, and state officials, may be authorized on a limited basis, to participate in the exercise.
Requests to participate as observers at Duke Power Company Facilities must be submitted to:
R. E. Harris, System Emergency Planner, Nuclear Production Department, P. O. Box 33189, Charlotte, N. C.
g 28242 (704-373-8669).
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Players t
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Players include all plant and other Duke personnel assigned to-perform functions of the station and corporate emergency response
.g plans including control room personnel assigned te participate in-W
-the exercise, Technical Support Center personnel and other Duke-personnel who_may be assigned-as players.
Duke players will be
-identified byrcolored armbands.
F The success of the exercise is largely dependent on player reaction, and their knowledge of the Emergency Plans and procedures. -Some situations affecting player reaction will exist at the time the
,eexercise begins; however, most will be introduced by the Controller / Evaluators'through the course of the exercise.
Simulated plant conditions will be provided to control room operators using pre-established-plant data'and scenario messages.
Players are-responsible for initiating actions during the exercise according to the procedures, responsibilities, and tasks outlined.for their particular function in the Emergency Plans and Implementing Procedures.'
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! Controller / Evaluator As'signments-N x
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Exercise Data and Messages I:
Data land messages to be used in the exercise are shown.in'the e
appendices..The white message sheets with notes to controllers shown are kept by the controller / evaluators to allow review of those actions which the players should initiate.
Yellow message sheets without the notes to controllers will be given to--the players-at the indicated times by the controllers.
Data sheets showing " snapshots" of plant parameters will be given to the players in the control room to simulate the direct reading of plant indicationt by the operators.
Personnel at other loca-tions will receive simulated plant data either through the data transmittal system (with exercise data pre programmed) or through othe'r communications.
Simulated data for off-site and on-site-monitoring will be provided by controllers to the players after an actual reading has been made.
(Exceptions to this are-indicated.)
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Exercise Rules-lV '
1.
Controllers will be available in all areas of the Technical' Support Center, Operational Support Center and Control Room.
DO NOT TALK-WITH CONTROLLERS UNLESS ABSOLUTELY NECESSARY! It is appropriate to'ask controllers to provide simulated data.-
2.
Respirators'will not be required to be worn by exercise participants.
However, exercises / tests:are designed to test the administrative issue of these pieces of equipment.
For purposes of the exercise the following method will be used if respirators-are required for entrance to-a specific area:
HP will. issue a facsimile card to the-individual who will be issued the respirator.
Another facsimile card will be t
placed on-the respirator (wherever it is located). The respirator cannot be used by another person and cannot be utilized again unless it is carried to the respiratory area and actually cleaned for-future use, 3.
Anti-Cs will be worn by players if it is required by Health j
Physics practice / procedure.
No exceptions will be allowed-1 except the following:
l Food will be required for the players in the exercise.
' People involved in bringing this' food to the TSC, OSC and L./ 7 control room will not be required to wear anti-Cs.
LQ However, HP will be notified of their arrival and will 1
provide escort for the group and provide tags to indicate the type of protection the group would be wearing.
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Generally, emergency response activities should be performed R
fully and not simulated unless personnel safety or unit operation would be jeopardized.
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If a procedure must be simulated, make sure that the i
Controller is fully knowledgeable of your actions.
If-i clarification is needed for you'to respond, ask questions.
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HP technicians must make sure their instrumentation is turned on before the Controller will give you any readings.
l Information will be provided to HP controllers for all areas of the plant.
Readings for noble gas, iodine, contamination and dose rates are available.
Secure the information from the place that you would normally go to get I
that information.
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All phone calls required by procedure will be tr.ade except that any calls to organizations not participating in the exercise shall be simulated.
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Site Evacuation, if required, will be simulated.
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Exercise participants will not be required to go into a high
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Players should go to the general area and
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make the Controller aware of-the intended response.
10.
If a helicopter is needed for off-site monitoring, it will_ be simulated for this exercise.
11.
If off-site monitoring personnel from other stations are to be called out, this action should be simulated.
12.
For vehicle safety reasons, off-s'ite monitoring teams will be allowed to travel greater than the speed limits-provided -
in the procedures (but not greater than legaltspeed limits);_
however,- to demonstrate their knowledge of the procedural limit, the exercise participants should tell the controller 4
that the procedural limit will be simulated, i
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III.
CRITIQUE
'A formal critique will be held at 9:00 a.m. on October 16, 1986 in the
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training roomiof the McGuire Administration Building.
[64 The following persons or groups will comment on the exercise:
Critique Comments:
a.
Exercise Director (Controller / Evaluators' comments) b.
Nuclear Station Manager (Participants' comments) c.
NRC d.
Observers NY
'Following the critique, the System Emergency Planner will combine the critique comments into an action item list.
The individual items will tue assigned to appropriate members of the organization.for resolution.
The' System Emergency Planner will be responsible for followup to ensure implementation of corrective measures.
Evaluation Forms
.The.following evaluation forms have been designed to allow review of-the specific exercise objectives stated in part I of this exercise plan. -Where an objective is not rated as having been completed in an adequate manner, the evaluator will elaborate on the back of the
(g sheet.. Even if an objective-is adequately met, the evaluator may make 3_)
suggestions for improvement.
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Date:
-Area of Review:
Control Room Exercise Objective To Be Reviewed (Check one) s_
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Adequate Inadequate 1.a. Demonstrate the ability to declare j
emergency class in accordance with station procedures.
1.b. Demonstrate the ability to notify 1
.TSC and OSC Staff and to activate the TSC and OSC.
1.d.. Test on-site communications equipment
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i-(plant extensions-and intercoms).
q 1.e.-Test off-site communications equipment (Selective Signaling System, and the NRC Emergency Notification System).
1.g. Demonstrate precise and clear transfer of responsibility from the shift supervisor to the Emergency Coordinator in the TsC.
I' 1.h. Demonstrate proper use of the message l
~ format and authentication methodology for messages to state and counties.
.m i k, 1.1. Demonstrate the ability to notify the state and counties within 15 minutes after declaring an emergency or after changing the emergency class.
l 1.j. Demonstrate the. ability to notify NRC 1
~ immediately after notification of the
. state and counties and'not later than L
1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> after declaring an emergency.
l-4'a.' Demonstrate ability to assess the incident and provide mitigation strategies
.in accordance with station procedures.
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Date:
Area of Review:- OSC
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Exercise Objective To'Be Reviewed (Check one)
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Adequate Inadequate
~j 1.b. Staff the OSC after declaring an Alert or higher emergency class.
1 1.d. Test on-site communications equipment (plant extensions and intercoms).
1.f. Adequacy and operability of emergency equipment and supplies.
2.b. Evaluate adequacy of status boards and drawings.
2.c. Test the ability to provide adequate:
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Radiation monitoring on-site 2.
Personnel dose record control h
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Area of Review:,
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'1.f.' Adequacy and operability of emergency equipment and supplies.
2.c. Ability to provide adequate li on-site monitoring (Inside the protected ^ area).
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. Area of. Review:- Off-site Monitoring Teams rx Exercise Objective To Be Reviewed (Check one)
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Adequate Inadequate 1.f. Adequacy and operability of emergency equipment and supplies.
2.c. Demonstrate the ability to provide adequate monitoring of off-site radiation levels.
Did the~ field teams practice dose control by periodically checking doses on dosimeter?
.Did the field teams use good H.P.
practices to limit contamination of i
equipment and samples?
2.c. Ability to provide adequate radio communications.
2.c. Demonstrate the ability-to provide adequate soil, water, and vegetation
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Not specific exercise objectives but appropriate evaluation criteria.
Expand on any items marked " inadequate."
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Data:
Area'of Review:
TSC-Overall
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Exercise Objective To Be Reviewed (Check one)
J Adequate Inadequate 1.a.'Demonst' rate the ability to declare emergency classification in accordance with station procedures.
1.b. Demonstrate the ability to alert, notify, and staff the.TSC after declaring an Alert or' higher emergency class.
1.c. Demonstrate assembly of station personnel within 30 minutes and-provide accountability for anyone not present at the assembly locations.
1.d. Test on-site' communications equipment (phone extensions and intercoms).
1.e. Test off-site communications equipment (Selective Signaling System and the
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1.f. Adequacy and operability of equipment and supplies.
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TSC.
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trate proper use of the message format and authentication methodology
-for messages to state and counties.
1.1 Demonstrate the ability to notify the state and counties within 15 minutes
- after changing the emergency class.
1.j Demonstrate the ability to notify NRC immediately after notification c
of the state and counties and not
-later than I hour after changing the emergency class.
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.Ade:auste Inadequate-Vi I;
IO%d OF' 2.biDemonstrateadequacyofstatus
, boards, maps, and drawings..
K, 3.a. Demonstrate the ability to provide.
timely and appropriate protective
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Health Physics (TSC)
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Adecuate
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1.f. Evaluate the adeq uey and operability 1
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j 2.b. Evaluate the adequacy of status
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2.c. Ability to provide adequate monitoring l
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- Adecuate Inadequate 2.a. Demonstrate the ability to transmit data with the Crisis. Management Data-Transmittal System in accordance with station procedures.
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"' W Area of. Review:. Medical Drill.
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1.m. Demonstrate proper response to l
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1.1. Demonstrate the ability'.-to
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CONFIDENTIAL SEQUENCE OF EVENTS McGuire Exercise October 15, 1986 Time Event 0520 Initial conditions presented to the Control Room:
Units 1 and 2 are at-100% power level.
Diesel generator 2A was declared inoperable at 0200 hours0.00231 days <br />0.0556 hours <br />3.306878e-4 weeks <br />7.61e-5 months <br /> for replacement of the lube oil pump.
It is expected to be in service by 1000 hours0.0116 days <br />0.278 hours <br />0.00165 weeks <br />3.805e-4 months <br />.
Unidentified primary coolant system leakage is about-0.3 gpm.
0525 Pipe leak of about 80 gpm is initiated downstream of Unit 2 valve 2 NI 60.
This is an ALERT condition due to primary coolant leak greater than 50 gpm.
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0529 Alarms received which result from the leak,
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0535-0555 Controlled shutdown in progress.
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0555 Reactor trips on steam generator lo-lo level during
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swapover to the upper feedwater nozzles.
About 0600 Initiate normal cooldown.
About 0730 Transfer of gaseous waste from Waste Gas Decay Tank WGDT B to Tank A begins. (This is unrelated to other activities in progress.)
0830 Reactor Coolant (NC) system pressure a_nd temperature are decreased.
Residual Heat Removal (ND) system is initiated.
0837 Pipe breaks downstream of valve 2 NI 60. (Primary check valve on the safety injection line to reactor coolant loop A.)
'0838 w ' -
sSaf etya :inj ection* ism: actuated.-
Thissisn ra? SITEvAREA "7n, EMERGENCY >-condition +due"to' primary'coolantrleakogreater than makeup: pump. capacity.
1 Containment Spray (NS) pump 2B starts but the discharge isolation valve fails to open due to a problem with the Containment pressure Control System. (A permissive to allow the valve to open was not provided.)
Other systems operate as designed.
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0845 To ensure the simulated data will be
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controllers will ensure operators stop all Reactor Coolant (NC) pumps.
(Contingency message provides hi-hi vibration alarms.)
0849 If NS pump 2B is not manually stopped by now, its breaker will trip on overload.
l 0910 When isolating Waste Gas Decay Tank A,
a diaphragm t
valve in the line begins to leak.
Tank pressure is initially about 100 psig.
About 1100-The waste gas release stops due to reduced tank 1130 pressure.
1200 The exercise is terminated.
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-THIS IS AN EXERCISE MESSAGE
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-Date:
10/15/86 Time 5:20 a.m.-
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Message'No.
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Message for:
Control Room l
Message:
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Unit 1 60 EFPD. Unit 2 110 EFPD.
Both units are at 100% power.
D/G 2A was declared inoperable.at i
2 a.m.
this morning for replacement of the lube.
oil pump.
The pump is expected to be in service i
by 10:00 a.m. today.
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Under no circumstances should the D/G 2 A lube oil pump work be allowed to be completed until. 9:00
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THIS IS AN' EXERCISE MESSAGE-(.,)
i LJ Date:
10/15/86 Time:
contingency-Message No.: A Message Fort Power Chemistry i
Message:
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I Notes to Controllers:
For any samples requested, give latest actual sample analyses except for Reactor Coolant System Boron
' Concentration.
This should correspond with boronometer reading provided on Exercise Plant Data and Status Information at time sample was. taken.
Technicians should simulate pulling and analyzing samples before results are provided.
Technicians should simulate accessing the NM Lab for normal samples.
If a PALS sample _is required, results cannot be reported until 3 i
hours after sample is requested.
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1ilIS Is AN-EXERCISE MESSAGE
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10/15/86 1 Time Contingency Date
. Message No.: 3 l
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- Message for:
Radwaste. Chemistry / Control Room
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Notes to Controllers:
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If asked,-the'OAC readings for'WGDT "C" Pressure are:
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i Time WGDT "C" Pressure-(psig)-
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THIS IS AN EXERCISE MESSAGE b.
Dater-10/15/86 Date Contingency l-Message No.: 4 E '%
Message For:
Radwaste Chemistry g
Message:
Theteontroller will verbally provide WGDT "C" pressure based upon your request.
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Notes to controllers:
If 716 Elevation is accessed to determine tank pressures, information can be taken off attached graph-to simulate what would be read at the Waste Gas E
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i THIS IS AN EXERCISE MESSAGE
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v i
Date:
10/15/86 Time:
5:29 a.m.
I Message No..5 i
1 Message to:
Control Room Message:
The following annunciator alarm-is received:
Charging.line Hi/Lo flow (2AD7-G2).
Chart recorder for pressurizer level shows it..is decreasing slightly.
j Lower containment temperature and humidity have i
increased slightly.
i i
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i I'
Notes to Controllers..
I 80 GPM leak started at 5:25 a.m.
Operators should refer to AP/2/A/5500/10, NC leakage within i
capacity of both NV pumps, Case II NC System Leakage.
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h ;;-(V THIS IS AN EXERCISE MESSAGE.
- ./b\\ J Date: 110/15/86 Time: -Contingency.5:32 a.m.
Message No. 6 l
5 Message for:. Control Room i>
bi Message 1 "-
You'. observe
.the following main control board
}.
~information:
Let down. flow is 45 gpm Pressurizer level increasing Pressurizer pressure 2235 psig Containment pressure 0.1'psig.
y l'
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I Notes to Controllers:
-These indications are the result of operator immediate actions taken per AP/10.
Give after actions are taken.
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THIS IS AN EXERCISE MESSAGE r
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- (/ :
Date:
10/15/86 Times Contingency for-Step
{
5 of AP/2/A/5500/10 i.
Message No. 7 l
Message for:
Control Room j
i 5
Message:
Pzr PORV disch temp is' normal.
I Cold leg accumulator levels not increasing.
UHI surge tank level not increasing.
~
PRT level and temp. normal.
NC DT level and temp. nornbl.
l g
. Cont. Fir /Eqp sump' level increasing.
i j
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t Notes to Controllers:
Give to operators if asked for.
This is information.
73 L) ll
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1:
Ei n.g-f THIS IS AN EXERCISE MESSAGE
' 10/15/86 Time:
Contingency Date:
-5:36 a.m.
Message'No.'S Message Fort Control Room Message:
Begin Unit shutdown per OP/2/A/6100/03, controlling procedure for unit operation.
^
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L I
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Notes to Controllers:
I l.
Give to operator only if unit shutdown ist not-started by this time.
(5:45 data. sheet assumes power reduction)
\\reh\\ message.006 e
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THIS IS AN EXERCISE MESSAGE 9,-...
ij;~~
Date:.10/15/86 Time:
Contingency 5:45 Message No. 9 1
l" 4
Message for:
Control Room ll
' Message You must declare an Alert at.this time per.
!m,
'RP/0/A/5700/02 due to a
primary coolant leak greater than 50 gpm.
i l-
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- ( q Notes to Controllers:
Do not - give out if they declare an Alert before this time.
\\rch\\ message.005
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1 THIS.IS AN EXERCISE MESSAGE
<[x.e.
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=. 9 :
Date
-10/15/86 Time:
5:55
'i 1
LMessage No. /O' l
Message for Control Room h
(s y, :-
Messages L-Reactor trips on LoLo s/g level during swap to upper feedwater nozzles.
Pzr level decreasing l
Pzr pressure 2215 psig l'
- Containment pressure 0.12 psig t
t b
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Not'es to controllers:
i operator will go to AP/2/A/5500/01, reactor trip.
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THIS IS AN EXERCISE MESSAGE jit I
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Date:
10/15/86 Time When requested i
H" after reactor trip Message No..ll
-}
Message for
. Control Room
<1 Message:
t l
T-Ave trending to 557 F
-j Main Feedwater pumps in rollback hold mode All. control rods on bottom i
Pzr level trending to 25%
-i
{
Pzr Pressure stable at 2235.psig All s/g levels increasing 1
lL IR amps decreasing-(less than 10-10,,p,)
t 4
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.g Notes-to Controllers:
i Give to operators when requested after reactor trip.
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THIS IS AN-EXERCISE MESSAGE ij f
l i
Date:
10/15/86 Time 6:00
(
Message No. l2.
Message for:
Control Room l
I i
4-Messages
- j
- i..
3 Main feedwater to s/g's reestablished with levels at 38%~NR.
CA pumps are off.
Both NV pumps are on in i
preparation for plant cooldown.
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Notes to Controllers:
l 6:00 data sheet assumes the above actions have been taken by operator per AP/01, Reactor Trip.
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l THIS.IS AN EXERCISE MESSAGE-
,, ~
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b.s r
l; Date:
10/15/86 Timer contingency 6:05-l r -.,
Message No. l3
{
h Message-for:
Control Room l
' 5 l,
i Messages l'.
I-
.You..must begin unit-cooldown-per OP/2/A/6100/02,
' Controlling Procedure for Unit Shutdown.
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.to operators only if cooldown is not initiated by-this timeo i
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THIS IS AN EXERCISE MESSAGE
-- 3 Date:
10/15/86 Time 6:14 Message No.
14 Message for:
Control Room Message You observe the following control board status:
"Pzr Lo Press s/I Train A&B Blocked" status lights lit.
"Stm. Line s/I Train A&B blocked" status lights lit.
"2A" BA transfer pump running and 2 NV-265 open for emergency boration to provide SDM for cooldown.
i
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6:15 status updato assumes these actions taken by operator per OP/6100/02, Unit shutdown.
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-: 4 -.
l.
THIS IS AN EXERCISE MESSAGE i.,q U
Date:
10/15/86 Time:
When requested Message No.: l5 Message for:
Whoever obtains a weather forecast Message:
Partly cloudy and mild, not quite as humid today and tonight - winds northeasterly at 5-10 mph.
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Notes to Controllers:
Give to TSC personnel requesting information.
i
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-THIS:IS AN EXERCISE MESSAGE l
Q ):
r Date
- 10/15/86 Time 0740 t
. Message No.:l l4p J,
- Message.for: ' Control Room
~
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t 4
- Message:
2 EMF 38(L)
Trip'2 Cont. Particulate
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Notes to controllers i
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d: r-l, THIS IS AN~ EXERCISE MESSAGE 7 rs,
.Date-10/15/86.
Times. Contingency 7:47 Message No.: 'l7 Message For l Control Room j
g
' Message:
{t i
/
Cold. leg accumulator discharge. valves are closed.-
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m Notes to Controllers:
s Operators shoujd close these valves per procedure
-when below-425 F (Status update at.7:45) k
.\\reh\\ message.013 i{.<
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THIS IS AN. EXERCISE MESS.dr Date:
10/15/86 Time 0820 i
i Message No.:
l9 i
1 i
Control Room Message Fort I
Message:
2 EMF 39(L) Trip 2 (Cont. Gas) li 2 EMF 40 Trip 2 (cont. Iodine Area Monitors 2 EMF 2 Trip 2 (Cont. Incore Room) j
- 2 EMF 3 Trip 2-(Cont. Refueling Bridge)
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- Notes to Controllers:
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THIS IS AN EXERCISE MESSAGE
-+
9l
,u Dates-10/15/86' Time 8:35
" Message No.s'.-
f9
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' Message-Fort Control Room fu W Messages-
?,
You receive the following alarm:
'NS Sys CPCS Train B Fail ir 4 e
t
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io n,
- Notes.to Controllers:
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'THIS IS 3 EXERCISE MESSAGE Q): '
Date:
10/15/86 Time:
Contingency 8:37
.y p
Message No.
S.O Message.for:
Control Room-
" Message:
NI pumps A&B racked out.
Power is restored to the following valves:
2NI-121A-(Train A NI to B&C HL) 2NI-152B (Train B NI to A&D HL) 2NI-162A (NI pumps cold leg Isol)
-l 7s
\\
Q.]
4 Notes to Controllers:
These actions required at 350 F per shutdown procedure. (NC less than 350 on 8:30 data sheet).
If they do not take this action on their own, indicate this fact in the critique.
I 1
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k;
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l V-
-\\rch\\ message.014
7, 7,.
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_q THIS IS AN EXERCISE MESSAGE i
I if Date:
~10/15/86 Time:
8:38
(
Message No.
Al Message for:
Control Room Message:
You receive the following alarms / indications:
Cont. Hi Press Alert alarm Cont.5 psig Alert alarm S/I Hi Cont. Pressure alarm SI Actuated status light E/S load seq. activated status light Ice condenser lower inlet door open Pzr level is decreasing rapidly NC pressure is decreasing rapidly.
"- (
Notes to Controllers:
Operator should go to EP/2/A/5000/01, safety injection and declare a Site Area Emergency per RP/0/A/5700/03.
t
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THIS'IS AN EXERCISE MESSAGE u-g Date:
10/15/86 Time:
As Requested Message:No t A 2,
' Message for:
Control Room I
Message:~
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I
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l Notes to Controllers:
.WST Level as function of time graph ~is attached.
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p .,,..m .-, 7 y....,. u....#. .~ l. -=a ~ ' 4 ..e'.- -..o,,.,~.. .m ,? G~ -v g k Off%. -. -.. i. ..,j ....f 0% .-Oc @ . 0 %o.. _,,...._c -M tCO - o*t45. t...++:.4 - r .. p :.. ::: b N N Ik h k@N (b \\,' \\f I .( '.r THIS IS AN EXERCISE' MESSAGE t 7us . %,') " .( 5 Date: lo/ss'/sb Time:. 8:40 lo-i^ Message No. A3 Message for: Control Room / Message You receive the following alarms: Cont Hi-Hi press alert Cont spray actuation Cont Isol Phase'B i NC pumps motor upper brg outlet Lo flow NC pumps motor lower brg outlet Lo flow NC Pump 2A Hi vibration D t-V LNotes to Controllers: J r They should stop all NC pumps. i [ ) \\rch\\ message.016 %J .l f -- T
- l l
- 3..
!x ?: e -5J. THIS IS AN EXERCISE MESSAGE .f - \\ _. '\\ J Date: l0/15/86 -Time: Contingency EP/01, Step 4 Message No:- A4 ~ Message For: Control Room f-Message: NV and ND_ pumps injecting water into core KC and.RN pumps running. t ? u t Notes to Controllers:- Give to operator when status is asked for. EP/01, step 4. L' J \\reh\\ message.017 i f ?~ 'y THIS-IS AN EXERCISE MESSAGE' f 5,]. Date: 10/15/86 Time: 8:42 or EP/01, Step 11 Message No. Ali Message For:. Control' Room Message: NS pump 2B amps indicate low. NS pump 2B discharge flow is zero. 2NS-15-& 12 (NS pump 2B Disch cont outside Isol) valves are closed and will not open from the control room. L .f 't Notes to Controllers: Give to operator if NS pump status is questioned or by 8:42. l: O -\\rch\\ message.018 fl \\ l 1 in THIS IS AN EXERCISE MESSAGE 1;_. ^( F':: - Date: .10/15/86 Time: Contingency Good for 8:42-8:50 Message No.: Ab. t - Message for: Control Room Message: Subcriticality - Green Core Cooling - Green Heat Sink - Green Integrity - Red, EP/5000/14.1 Centainment - Orange, EP/5000/15.1 Inventory - Yellow, EP/16.3 (h 'm.Y Notes to Controllers: Give to operator when requested. Between these times. I tO \\j \\reh\\mossage.031 .7 fML jfg ? ~ j?c THIS.IS AN EXERCISE MESSAGE I. U / Date: ll0/l5/gb Time: Contingency 8:45-Message No. Sl'7 l Message for: -Control Room Message: The following alarms are received: NC. pump 2A Hi Hi vibration NC pump 2B Hi Hi vibration NC pump 2C Hi Hi vibration NC pump 2D Hi Hi vibration i 'f y V.: Notes to' Controllers: Give to operators if NC. pumps are not stopped by; 8:45'. i l () \\reh\\ message.019 x g o I. [j, Yi A(> i,,,-_ THIS.IS AN EXERCISE MESSAGE Y..b Date: 10/15/86 Time: Contingency 3 -8:48 Message No: 28 Messageffor: Control Room Message:- NI pumps racked in . Power is available to the following valves: '2NI-121A-(Train A NI.to B&C'HL) 2NI-152A (Train B NE to A&D HL) ~ 2NI-162A (NI pumps cold leg Isol) .g if [d: t } .g Notes to Controllers: Give to operator 5-minutes after NEO is sent to do this or by 8:48 (8:50 data sheet assumes NI flow)- .'t \\reh\\ message.020 3 p',A t, THIS IS AN EXERCISE MESSAGE y~. \\. Date: -10/15/86-Time: Contingency -8:49-Message.;No: 23 Message for: Control Room Message:. I NS pump 2B breaker trips on overload. i. I I Notes to Controllers: Give to operators if they do not reset cont spray. signal and stop NS pump by 8:49. [ .\\reh\\ message.021 I t / ., ^ (. THIS IS AN EXERCISE MESSAGE N l? Dato: 10/15/86 Time: When Required Message No.: 30 Message Fort H.P. in Room 504 NS Pump 2B Message: Before pump has been run C2 mR/hr During and after operation of pump - General area in room 40 mR/hr Contact on piping and casing 100 mR/hr !V Notes to Controllers: ~ ^\\ / N \\rch\\ message.040 4 [ i r ~s THIS IS AN EXERCISE MESSAGE 8 Os._) - Date: 10/15/86 Time: When Requested.. 8:50 - 9.45 Message No.: 3l Message for: Control Room Message: Subcriticality - Green ' Core cooling - Green Heat Sink - Green = Integrity . Red, EP/14.1 Containment - Yellow, EP/15.3 Inventory - Yellow, EP/16.3 ' Notes to Controllers-Give to operators when requested. 1 l lb '\\reh\\ message.030 l 1 m p b i G r '. THIS IS-AN EXERCISE MESSAGE .q l Q Date: -10/15/86 Time: Contingency l -Message No.': 31 T .i Me'ssage for: I&E s Message t - CPCC4. Front Panel Status Light indication-is as follows: 2 NSPT 5360 Cntr "AC Pwr-On" Illuminated "DC Pwr On" Illuminated "VX Air Return Fan 2B" Illuminated 2 "H Skimmer Fan" Illuminated " Normal Mode" Illuminated " Test Mode" Extinguished h(/- 2 NSPT 5490 Cntl "AC Pwr On" Illuminated "DC Pwr On" Illuminated- "NS Pump 2B" Illuminated " Normal Mode" Illuminated 2 NSPT S380 Cntl " Test Mode". Extinguished- "AC Pwr On" Illuminated "DC Pwr On" Illuminated "VfAirReturnDamper" Illuminated 0 ,i "H Skimmer Inlet Valve" Illuminated " Normal Mode" Illuminated- " Test Mode" Extinguished 2 NSPT 5510 Cntl "AC Pwr On" Illuminated "DC Pwr On" Extinguished "2NS12B" Extinguished "2NS15B" Extinguished " Normal Mode" Illuminated " Test Mode" Extinguished Notes to Controllers: ,m - This provides I&E personnel with failure cause j,] when they reach CPCC4 (EL 733-BB59) \\rch/ message.032 F-I, MN THIS IS Alf EXERCISE MESSAGE Y,] Date: 10/15/86 Time: I Contingency i Message No: 33 Message for: I&E I Message: CPCC4. front panel indication is as follows: All "DC" and "AC" pwr lights are illuminated. All permissives are illuminated. '/ .!\\ Notes to Controllers: When I&E places jumper to defeat. permissive give this message and notify control room controller that 2AD9(S-5) "NS sys CPCS Train B Fail" has-cleared. l tl iO .:V l \\rch\\ message.-27 ~ - - ~N )p;. .. q. > xf 'i i a..N'N THIS IS AN EXERCISE MESSAGE 3.; > l 4 .Date: 10/15/86 - Time: Contingency i,= E Message'No:- 34 t e -Message-for:- I&E .t Message: .i CPCC5' front. panel' indication'is all "AC" and."DC" lights are illuminated and all' permissives. are illuminated. L~ i i 'v t ii 'l 9 5 1: Notes to Controller: -s Provide this to I&E if requested at CPCC5. - i I l l \\rch\\ message.028 + *. a e c a,t.-+ r--: -A y '11 h$6 .i .i i THIS'IS AN EXERCISE MESSAGE ) .y,}.- 4 /0/15/8 6 Time Contingency Date: Mess' age No.: 36 j Message For: I&E Messaget. No power supplies available in stock. J -J is v i N k Notes to Controllers: If I&E chooses to replace PWR supply this message should be given to them in the warehouse. q i \\reh/ message.026 73 THIS IS -Mi EXERCISE-MESSAGE i w_J Date: -10/15/86 Time: Contingency 0900 hrs. l Message No. 3b Message for: Emergency' Coordinator i Message: you must declare a Site Area Emergency at this time per RP/0/A/5700/03 due to a known loss of coolant accident greater than makeup pump capacity. k (~)- LJ Notes to Controllers: Only give out this message if a Site Area Emergency is not declared by this time. -(- { o i / \\reh\\ message.022 1~ l l- 7-W. THIS:IS AN EXERCISE' MESSAGE
- A A.
' / O/tEff h Time: 0900 - Date: Message No: 37 Message for: Control Room Message: FWST Level Lo alarm I i ', C. l Notes to Controllerst-Give to operators at FWST Level of 150". They should go to EP/2'.3, Transfer to Cold Leg Recirculation. i l 4 I i 1 f*g '- . q) l \\rch\\ message.025 \\ l (I p TIIIS IS AN EXERCISE MESSAGE c Scenario Date:. /6//5/8/* Scenario Time:.0900 kbtualDate:. IO/I6fB b Actual Time: 0900 E ~ Message No. 38 MESSAGE FOR: llealth Physics Shift Group r MESSAGE: Radwaste Chemistry calls to let llealth Physics Shift know that' WGDT B and WGDT C will require sampling today. r's i s _) ' ) 1 NOTES TO CONTROLLERS: Per Radwaste Procedure OP/0/B/6200/18 (WG System Operating Procedure), IIcalth Physics Shift must be notified af ter i gas transfers. I [ f 4 l ,.~ 2 n? l '- i V -4: THIS IS AN EXERCISE MESSAGE ). I / -Scenario Date: 10/l5/8 b Scenario Time: i-Actual-Date:' 10/tr/8 b-Actual Time: Contingency Message No. 39 'l MESSAGE FOR: Health Physics Shift Group MESSAGE: Latest Curie levels for Waste Gas Decay Tanks: Tank Curies Last Sampled WGDT A.............. 300 7-9-86 WGDT B........... 21,175 previous day W GDT-C........... 40,000 9-1-86 ,e y '~' WGDT D.............. 750 5-20-86 WGDT E............... 210 4-11-86 ~WGDT F.............. 623 6-23-86 SDT.A................. 3 previous day SDT B................. 2.7 9-1-86 NOTES TO CONTROLLERS: Give information only if. asked for. ) . f'% h h O l
- a..
.\\'f--- ['( THIS IS'AN EXERCISE MESSAGE .;qf Date: Il0/15/8'6 Time: '0910-- Message No.: 40 . Message-for: Control Room Message:, 1-IMF 36(L) Trip 2 (Unit Vent Gas)- 1 EMF 36(H) Trip 2 (Unit Vent Gas) Area Monitor's 1 EMF 6 Trip 2
- 1. EMF-23 Trip 2 l
- {
' Notes to Controllers: i p> i L. ,i.s \\reh\\ message.037 l ~ ^^~ TH,IS IS AN EXERCISE MESSAGE O,-~ Date: 10/15/86 Time: Contingency for 0920 Message No.: 4l Message For: Control Room Message: If you haven't done so yet, tell the TSC now about the alarms on 1 EMF 36. (Refer to message provided at 0910 hours0.0105 days <br />0.253 hours <br />0.0015 weeks <br />3.46255e-4 months <br />.) I~'} 'n./ Notes to Controllers: If you he.ve to give this message, identify this in your critique comments. s 'N- \\rch\\ message.047 ~ /' THIS IS AN EXERCISE MESSAGE t .-( )' Date: 10/15/86 Time: 0910 - 1110 iT-Message-No.: 42. Message For:- Control Room s Message: i i /^g i Notes to Controllers: Give this information only if asked: t '0923 EMF 41 point 11 Trip 1 = 1.8E3 cpm 0928. EMF 41 point 1 Trip 1&2 = 5.4E6 cpm j 0933 EMF 41 point 4 Trip-1&2 = OSH -] Each point will be monitored for 2.5 mins out :of I i every 30 min. period. Points may be manually .i selected in which case give the appropriate reading from~the Environmental. Systems Data Sheet.. All. points on EMF 41 Trip 2 = 2E3 cpm i ).. l i W , !) \\reh\\ message.035 4 1-7 ec t i'. i -s 1 iN THIS IS~AN EXERCISE MESSAGE Q)- ~* 4 .j; 'Date: 10/15/86 Time: 0910-1200 Message No.: 43 ~ Message Fors :Offsite Dose Assessment 1 Message-i Unit i Vent-Flow = 1.2E5 cfm 1 e ' t, k, /: r t (' . l 1* 1 1 1. L Notes to Controllers: b I Give this information if requested. l 1 :.- 1~ I: l l l~ l %J \\rch\\ message.036 1 i-. fll ^ s K, q v THIS IS AN EXEkCISE MESSAGE 3 e bcenarioTime:- lo/l6f36 4 Scenario Date:- Actual Date: 10/16[86 /ctual Time: Contingency up' Hessage No. 44 MESSAGE FOR: Radwaste Chemistry MESSAGE: Radwaste had transferred 20 psig from WGDT B to WGDT C when site 3 assembly was called. Tank pressures when Auxiliary Building was q-ni. evacuated: 3- -WGDT A... 70 WGDT D... 70 SDT A.... 2 N( WGDT C.. 100 WGDT E... 60 SDT B... 45 l Gas transfer was initiated at 0800 hours0.00926 days <br />0.222 hours <br />0.00132 weeks <br />3.044e-4 months <br /> and suspended when site' assembly was called. ? b NOTES TO CONTROLLERS: This is the response from Radwaste only if n information is asked for. ) 'N.
- i. j w
t h THIS IS AN EXERCISE MESSAGE
- f b
1 .L/ i C Date: 10/15/86 Time: _0928 Message No.:. 46 Message-For:. Control Room Message: ] EMF 41 point 1 Trip 2 -l 1 iv. J '(N{, \\1 -l
- I l
Notes to Controllers: See controller sheet for EMF. 41' time 0910-1110. .n;
- J
\\rch\\ message.038 .e. ,i i . ' ha .i i [^'k 1 THIS 1S:AN EXERCISE MESSAGE-1 '\\_ /- l Date: 10/15/86 Time: 0933-f r s '1 in .Mes' age'No,: 46 ) 4:. Message - For : Control Room Message: EMF 41 point 4 trip 2. s ? i 'i S J s .i t -( Notes to Controllers: See controller sheet for EMF 41,. time 0910-1110. t ( \\_-- \\rch\\ message.039 L i' l s 6 l w THIS IS AN EXERCISE MESSAGE' s Dates' lo/t5/3(p Time: 9:45 a.m. End-Message No.: y7 W Message for: Cnntrol Room y' s Message: ' Integrity. status tree shows green. All other status trees unchanged. ~?? - t -f '_4 I ..t 'I 4 i 'h -l + = \\, i g h. e '..i
- r.
'l i i ? Notes--to Controllers: -l v -1 s -t -t 1 4 I -t lr ' p a <'l i.4_ i f \\reh\\ message.029-I _l l3 i c _i '.e h.y( g; i .L i,j s THIS IS AN EXERCISE MESSAGE k )
- w Date
10/15/86 Time 1130 Message No.: 9I Message For: Field Monitoring Coordinator Messago One of our exercise objectives is to demonstrate adequate capability to take
- soil, water and.
vegetation samples. Therefore, please have one of the monitoring teams (preferably one with an evaluator from NRC) demonstrate this capability-by actually taking samples. These samples need not be analyzed. i A, Notes to controllers: The controller / evaluator with the monitoring team should verify that samples are taken according to the procedure. ( (%. \\-)- \\reh\\ message.041 l THIS IS AN EXERCISE MESSAGE (~ ( Date: 10/15/86 Time: 12:00 Message No.t 49 Message for: Emergency Coordinator Control Room Message: The exercise is terminated. O Notes to Controllers: I .\\rch\\ message.046 i ,3 ,f 1( ); _{ [ . %/ ' V McGuire Nuclear Station PAGE 1 UNIT 2-TtANT DATA AND STATil5 INFORMATION DATE 10/15186 PLANT STATUS TIME 0520 ,j .L PRIMARY SYSTEM: D. CONTAINMENT SYSTEMS: 1. (A0965) NC LOOP A HOT LEG (WR) 617 DEC F 1. (A0785) CONTAINMENT PRESSURE .06 PSIC 2 'fA0971) NC LOOP B HDT LEG (WR) 617 DEG F 2. IA1228) LOWER CONT. AMB. AIR TEMP A 110 DEG F -3. (A0977) NC LOOP C HOT LEG (WR) 61T DEC F' 3-IA12048 11PPER CONT. AMB. AIR TEMP R 95 DEG F 4..tA09038 NC LOOP D HOT LEG (WR3 617 DEG & 4. (A10418 CONTAINMENT SUMP LEVEL TR. A 0.0 FT 5. t A10611 ' NC LOOP A COLD LEG (WRI 559 DEG F 5. (A06719 CONTAINMENT SUMP LEVEL TR. B 0.0 FT 6. (A1067) NC LOOP B C0tD LEG (WR) 559 DEG F 6. (A08481 CONTAINMFNT H2 CONCEN. TR. A 0.0 7. (A10731 NC LOOP C COLD LEG (WR) 559 OEG F O. (A10793 NC LOOP D EOLD 1.EG (WR1 559 DEG F E. ENVIRONMENTAL SYSTEMS: 9. (A00263 NC SYSTEM PRES 5URE (WR) 2235 PSIC
- 10. (A1118) PZR PRE 55tlRE 1 2235 PSIG
- 111? ( A1124); PZR' LEVEt ~~1r 61-
---1% 1. (A01151 EMF 43 RFACTOR CO0 TANT MONITOR 3.0E4 CPM 12.~t02803) REACTOR COOLANT PUMP A DN ONIDFF 2. (A0829) EMF 51A IN CONT. HI RANGE RAD MON. 7 RIHR
- 13. 1028043 REACTOR COOLANT PUMP B (IN ONIDFF 3.
(A08353 EMF 510 IN CONT. HI RANGE RAD MON. 7 R/HR
- 14. (D2005) REACTOR COOLANT PUMP C ON ONIDFF 4 (A10091 EMF 36 UNIT VENT GAS, HI HI RANGE 2
RIHR
- 15. 1028063 REACTOR COOLANT PUMP D ON ONIOFF 5.
(A0010) EMF 36 UNTT UENT CAS, HI RANGE 10 CPM
(A0012) EMF 36 UNIT VENT GAS, LOW RANCE 100 CPM
- 17. IA12068 SOURCE RANGE LEVEL Cll. 2 0FFSCALE. LOW CP5 7.
1A0019) FMF35 UNIT VENT PART., HI RANGE 2 CPM
- 10. (A0602) REACTOR COOLANT BORON CONC.
700 PPM 8. (A00138 EMF 35 UNIT VENT PART., LOW RANGE ____a200 CPM
- 19. (P13853 REACTOR THERMAL POWER 100 1
9 (A00493 FMF37 UNIT VENT IODINE 100 EDM
- 20. (A06281 POWER RANGE AUG. LEVEL QUAD. 1 96 1
SECONDARY SYSTEM:
- 13. (A0073) E MF39 CONT AINNENT, HI RANGE 20 CPM 1.
(A1004) STEAM GEN. A LEVEL (WR) 62 14. (A00793 FMF40 CONTAINMENT IDDINE ~"~ 200 CPM 2. (A1005) STEAM GEN. D LEVEL (WR) 62
- 15. (A13688 EMF 10 STEAMLINE 2A RAD MON.
.01 R/HR 3. (A0970) STEAM GEN. C LEVEL (WR) 62
- 16. (A1374) EMF 11 STEAMLINE 28 RAD MON.
.01 RIHR 4. (A0980) STEAM GEN. D LEVEL (WR) 62 1 17 (A13801 EMF 12 STEAMLINE 2C RAD MON. .01 R/HR 5. (A1107) STEAM GEN. A STEAM PRESSURE 967 PSIG
- 18. IA1386) EMF 13 STEAMLINE 2D RAD MON.
.01 Ril40 6. (A11133 STEAM GEN. B STEAM PRES 5URE 967 PSIG
(A1119) STEAM GEN. C STEAM PRES 5URE 967 PSIG
- 20. (A1069) UPPER WIND SPEED 5.0 MPH 0.
(A1125) STEAM GEN. D STEAM PRES 5URE 967 PSIG 21 IA1183) LOWER WIND SPEED 39 MPH 9. (A1060) TOTAL 5/G A FEEDWATER FLOW 3.62 MLB/HR
- 22. (A12005 LOWER TO UPPER DELT A-T
-0.20 DEG C
- 10. (A1066) TOTAL StG B FEEDWATER FLOW 3.62 MLB/HR
- 23. (A10753 UPPER WIND DIRECTION 63
- 11. (A10729 TOTAL SIG C FEEDWATER FLOW 3.62 MLB/HR.
24 (A11891 LOWER WIND DIRECTION ST
- 12. EA1070) TOTAL SIG D FEEDWATER FLOW 3.62 MLB/HR 25.. IA07637 PRECIPITATION IN LAST 15 MIN.
0.00 IN 13. (A0090) AUX. FEEDWATER FLOW TO SIG A 0.0 GPM
- 26. (A12181 AMBIENT AIR TEMPERATURE 13.0 DEG C i4. In00848 AUX. FEEDWATER Ft.OW TO StG 8 0.0 GPM
- 16. (A0072) AUX. FEEDWATEP Ft.0W TO 5/G D 0.0 GPM
- . AUXILIAkYtINJEC1 ION SYSTEMS:
1. (A0750) CHARC. PUMP DISCll. IIEADER FLOW 87 GPM 2. (A00561 RESIDUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. (D0970) CENTRIFUGAL CHARGING PUMP A DN GNIDFF 4. (D0620) CENTRIFUGAL CHARGING PUMP B OFF ONIDFF 5. ED3574) SAFETY INJECTION PUMP A OFF ONIDFF 6. (D3576) SAFETY INJECTION PUMP B 0FF ON10FF 7. (A0764) LETDOWN HX OUTLET FLOW 75 GPM - m -v-m=-- . : q:; m- - ---=m- 'm-r - - =- ,, e 9. ~ ~. = =; -j
- i; k,, / f i.
[q +7=y _ i);; - ~ ~ ~y :, . r _ a;. 4 McGuire Nuclear Station PAGE 2- ' INI T"- 2 PLANT DATA AND STATUS INFORMATION ' DATE_ 19/15186 'lANT 5TATUS ~ TINE 9329 .. ADDITIONAL INFORMATION: 1.. ' ( f.0 07 0 8 IN-CORE TEMP A06.T/C el 621-DEG F > 2.. (f.0268 ) IN-CORE TEMP A10 T/C #2 621 DEG F '3. IA02747 IN-CORE TEMP C04 T/C #3 621 DEG F' "CJ (A0280).IN-CORE TEMP C06 TIC 84 621 DEG F-s 5.: 1A0286) IN-CORE' TEMP C08 T/C 45 621 DEC F-oc (C3512) CONTAINMENT 15 PRAY PUMP A' OFF ONEOFF . 7i tC3573) CONTAINMENT SPRAY PUMP B CFF ON/OFF O. (010428 RESIDUAL HEAT ~ REMOVAL PUMP A OF F ON10FF 9 8D0968). RESIDUAL: HEAT REMOVAL PUMP.B OFF ON/DFF -10.-(A13121 RVLIS TRAIN A DYNAMIC HEAD tD/PI -111 (VALID) 1 -II. (A13001 RVLI5; TRAIN A UPPER RANGE IURI 64 IINVALIDI 1 12c IA1306) RULI5 TRAIN A LOWER RANGE ILR9 70 4INVALIDI 1 . 3 3. (A13243 RVLI5 TRAIN 8 DYNAMIC HEAD IDIPS 111 (VALIDI 1-14 (A1336) RULI5 TRAIN B UPPER RANCE' fur) 64 (INVALIDI i 15? (A1330) RVLIS TRAIN 8 LOWER DANCE (LR8 70 tINVALIDI 1 w, -,w a I l FF C C 3 RRR RRRR IjJ MHHHMMMMMMMMMMHHHHMHHG GQ SEETT P/tlPPPPPPPPPPt///PPPE JEF PDDFF1 CCCCCCCCCCCCCCCCCGCMMD IDC 6 8 8 f2 4 155 E 4 10 07f 20 0200 0 0 E 0 / 10 0 0 0 1 0 0 0 1111 1 0 0 0 6050 0 0 3 1 21 2 2 00 0 0 0 0 0 . 5 1 0 1 9 1 2 0 9 237 3E . 1 0 0 0 . 6501 E .5 3 0 'EEE E 1 GTM NNE E G AAI OOG EG N PDT MMN EGN A 0 AEGNA R ABA 0DDRGNAR E E N AB 7AA NAR GEGE .. I I PPRRR. 1RRIAR W NGNG NNNNH M 4 HR IO ANAN OOOO MMTTT DCE WHL RARAEMMMM 5 TTLL. MGGIIO R RN 1E EE NNHHL,,E W W IDDDDH T R EEN TAA .NOIOIDAAAAC TU ERRVVE NRR,.,TTILHLHURRRRS ANNSTW RIIEEC A SSSRRD I I TOOAAO UAALLN LIIAAAAAD, ,, ABCDD LIILRL S O OHHGGGPPITTTTTP222 ETT EF S..PPC O NNNNN EDDDCCNP EBBMM C .TTTTT' TEEEEEEEEETEE EEIMK RMMUU2 TTNNNNNNMMMMMNNNNSEERRR EC PAASSH RNNEEEEEENNNNMIIIIAPPEIINTA OOOUVVVVVIIIIILLLLWSSPDDO T T..TTT TCC AAAAAMMMM P IRS NTTNNN S C TTTTTTTTTTTAAAA.DDUDDTI
- ENNEEE M ANNIIIIIINNNNNEEEEONN NNAAT S MOOMMM E ETINNNNNNOOOOOTTTTIIIOIIT N
M NCCNNN T R UUt l UUCCCCCSSSSLWWTWWITE l t E I ITI S AB PNU T ARRAAA Y 8116665578899001239 RRRRRIE N S TEETTT S 4553333333333411114 EEEEECIT O Y NWPNNN FFFFFFFFrFFrFFFFFFFPWWPWEBI I S OOPOOO L MMMMMMMMMMMMMMMMMMNPOOPORMN T CLUCCC A EEEEEEFEEFFEEEEEEEEULLULPAU A T T nM N ) 3)) 3 1 N 3 )13 I13 3 31 83) ) ) )3 )3 ))13) 3 3 3 oR E 584119 E 5959B2939517398406793059383 iO M 820474 M 123011114566776788268078616 tF N 722068 N 188000000000003333101201728 aN I 011100 O 000100000000001111011111010 tI A AAAAAA R AAAAAAAAAAAAAAAAAAAAAAAAAAA aT C 123456. N S T ( (I( ( ( I ( ( ( I((( (((( ( ( (8 (( ( E (( ( ( ( E ( ( S N V rU O E 123456789012345678901234567 !j eA 111111111122222222 lT E (!k cS D uND N eA FFFF RRRR FFFF iA GG DD0U GGGG/1// DO0D r FFFFFFFF FFFF HHHH FFFF uT GGGGGGGGII //t/S5M IIIIB8SBMMMM MM/I1IM GA EEEEEEEESS NNNNPPP SSSSLLLLPPPP PPNNNNP cD DDDDDDODPP1OOOOCCP%1 %%%1PPPPMMMMGGGG GGOOOOG M' T NA WW 0 L O O P L L 0 0 0 0 5 4 W EE 0 0 6 7 7 7 7 2 2220 0 00 1 ON FF F 5 L L 0 0 9 2222 6 6 66 6 6 6 6 LOF F F 7 7 7 7 7 9 9 9 9 551 N N NN A A 7 1 6 6 66 9 9 9 9 F 00 0 1 1 1 1 5 555336O OO O C C 3 3 33 u 6 6 6 6 5 55522 SS N 22 F F 1 WR F F OU U 0 ABCD LT D EEEE FEAB C A RRRRWWWWGGGG R N U UUUUOOOO/II/ R PP n 12O Q 5S5SLLLL5SS5 EXNM' ) ) ) )) SSSSFFFF DHUUAB ) 9II RRRRR ABCD. .C I ) t8 .L RRRREEEE-OO0O A PP W RRRRWWWWW HHNRE uWWWRRRRRRRRTT1T EL PPO WWWW( PPPPCCOEV PPPPEEEE AGGMML I (( ( I t( I( I MMMM RWE TTTTWWWW VNNUUF ( (4 ( GGGGE UUUULLOOL LLLLMMMMAAAAOOO0 .OIIPP G G G'G E E E E. R PPPPEEBP EEEEAAAAWWWWLLLt HMGG T EEEELLLtU VV VVVVEEEEDDDDFFFF S CERRNNE LLLL 5 TTTTEETLG EEEETTTTEEEE M SRAAOOL DDDDS1 NNNNLLNAV LLLLSSSSEEEERRRR E I HHIIT TTTTLLLLE AAAA AMA FFFFEEEE T DTCCTTU OOOOOOOORE LLLLEELR ABCDABCD TTTT S A CCO HHHHCCCCPR1OUOOGGOEE ABCDAAAA Y PELLEE U GOOONNOHG WWuW $ M1AAJJX ABCDABCDMSLCCCLAACTN NNNNNNNNGGGGD0DD U GGNNH 8 ESE RR A EEEEEEEEI///EEEE N PLUUII PPPPPPPPTEVRRRR RRR OOOOOO0OSREOOOOEEOO
- GGGGGGGGS555EEEE O AFF N
FFFF I 1 IIYYW 8 OOOOOO0OYPLTTTTCCTTR M MMMMMMMMLLLL T GDRRTTO LLLLLL1LS CCCCRRCCE E AAAAAAAAAAAA ASNNFFT M RRAAAAUUAAW T EEEEEEEETTTTXXXX. C RITTEED E il 2 E CCCCCCCCCZZEEEEOOEEO S TTTTTTTTOOOOUUUU J HEEEAAE T NNNNNNNNNPPRRRRSSRRP Y SSSSSSSSTTTTAAAA N CRCC5SL Q S S I Y 1 ) 3 ) 3 )) 35 )) ) )) )) ) ) 9 ) )) )) ) ) 8 ) )))1) ) 3) / l ) )) 3)3 ,f S S 51731739684345676258 Y 4508739506280482 Y &600464 U 67786677212000070082 R 00790112667/98/7 R 5572776 T Y 99990000811888012636 A 0099111100008888 A 7096557 A R 00001111011222211010 D 1100111111110000 I 0000330 T A AAAAAAAAAAA0DDDAAAPA N AAAAAAAAAAAAAAAA L AA00DDA S M ( (8( ( ((I (((8 (((( ( ( ( ( O ( ( ((( (( 8 (( ( ( ( I ( ( I ((4 8( (( I C X T R TN P 12345678901234567890. E ...... U S 1234567B90123456 A 1234567 .IA 11111111112 1111111 NL . UP 4 4 ~ -,m.-_~ ~ - - .p' -W. -n
- .&J
'Y 'W McGuire Nuclear Statiorv 'PAGE 2 2)NI T ' 2 ' PLANT DATA AND STATUS INFORMATION 'DATE___19/15186 PLANT SIATUS TIME 0528 r) AD3ITIONAL-INFORMATION: ~1-. (A0070) IN-CORE TEMP A06 T/C #1-621 DEG F 2; tA02681 IN-CORE TEMP A10.T/C #2 621 DEG F 3. (A0274).IN-CORE TEMP C04 T/C #3 621 DEG F. -4.~(A02001 IN-CORE TEMP C06.T/C 44 621 -DEG F 5. I A0286I. IN-CORE : TEMP COB T/C #5 621 DEG F 6. (D3572) CONTAINMENT SPRAY-PUMP A OFF ON/OFF -7.'tD35733 CONTAINMENT SPRAY PUMP 8 OFF ONIOFF 8.'1D10421 RESIDUAL HEAT REMOVAL PUMP A OFF ONIDFF' 9. (D096BI RESIDUAL HEAT REMOVAL PUMP B OFF ONIOFF ..10. (A13123 RVLIS TRAIN A DYNAMIC. HEAD (D/PI 111 (VALID) 1.
- 11. (A13003 RVLIS TRAIN A UPPER RANCE IURD 64 IINVALIDI 1
- 12. IA1306) RULIS TRAIN A LOWER RANGE ILR) 70 tINVALIDI-1'-
- 13. (A13243 RVLIS TRAIN 8. DYNAMIC HEAD (D/P3 111 (VALIDI-1-
g N McGuire NucIpar Station-PAGE 1 JNIT 2 PLANT DATA AND STATUS INFORMATION DATE 10115186 )LANT STATUS TIME 0530 L PRIMARY SYSTEM: D_ CONTAINMENT SYSTEMS: 1. (A0965) NC LOOP A HOT LEG (WR) 617 DEG F 1. ( A07851 - CONT AINMENT PRESSURE .06 PSIG 2. (A09713 NC LOOP B HOT LEG -(WR) 617 DEG F 2. (A12281 LGWER CONT AMB. AIR TEMP A 110 DEG F 3. (A09773 NC LOOP C HOT LEG (WR) 617 DEG F 3. (A1204) UPPER CONT. AMR. AIR TEMP B 95 DEG F 4. (A0903) NC LOOP D HOT LEG (WR) 617 DEG F 4 EA10413 CONTAINMENT SUMP LEVEL TR. A 0.0 FT. 5. (A1061) NC LOOP A COLD LEG (WR) 559 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR. B 0.0 FT 6. (A1067) NC LOOP B COLD LEG (WR) 559 DEC F-6. (A08483 CONTAINMENT H2 CONCEN. TR. A 0.0 1 7. (A10738 NC LOOP C COLD LEG IWR) 559 DEG F 8. (A107V1 NC LOOP D COLD LEG IWR) 559 DEG F E. ENVIRONMENTAL SYSTEMS: 9. (A0826) NC SYSTEM PRES 5URE IWR) 2235 PSIG
- 10. (A1118) PZR PRESSURE 1 2235 PSIG e11rIA112412PZR LEVEL 21'~
- m
- 61 - mW :3 1. (A01153 EMF 40 REACTOR COOLANT MONITOR 3.0E4 CPM
- 12. (D2003) REACTOR COOLANT PUMP A DN ONIOFF P.
(AOR295 EMF 514 IN CONT. HI RANGE RAD MON. T R/HR
- 13. 402804) REACTOR COOLANT PUMP B ON ONIDFF 3.
(A00351 EMF 51n IN CONT. HI RANGE RAD MON. 7 RIHR 14. (D2805) REACTOR COOLANT PUMP C ON UNIOT F 4. (A10093 EMF 36 UNIT VENT GAS, HI HI RANGE 2 R/HR
- 15. 102806) REACTOR COOLANT PUMP D ON ON10FF 5.
(A00181 EMF 36 UNIT VENT GAS, HI RANGE 10 CPM
(A0012) EMF 36 UNIT VENT GAS, LOW RANGF 200 _ CPM
(A00193 ENF35 UNIT VENT PART., HE RANGE 2 CPM
- 18. (A0602) REACTOR COOLANT BORON CONC.
700 PPM 8. (A00131 EMF 35 UNIT VENT PART., LOW RANGE 200 CPM
- 19. IP13858 REACTOR THERMAL POWER 100 9
(A00493 FMF37 UNIT VENT IODINE 100 CPM
- 20. (A06283 POWER RANGE AVG. LEVEL QUAD. 1 96
- 11. (A00615 EHF38 CONTAINMENT, HI RANGE 10 CPM
'). SECONDARY SYSTEM:
(A1004) STEAM GEN. A LEVEL (WR) 62 ~% 14. (A0079) EMF 40 CONTAINMENT IUDINE 200 CPM 2. (A1005) STEAM GEN. 9 LEVEL (WR3 62
- 15. (A1360) EMF 10 STEAMLINE 2A RAD MON.
.01 R(HR 3. (A0970) STEAM GEN. C LEVEL (WRI 62
- 16. (A1374) EMF 11 STEAMLINE 2B RAD MON.
.01 RIHR 4. IA09003 STEAM GEN. D LEVEL tWR) 62
- 17. (A13803 EMF 12 STEAMLINE 2C. RAD MON.
.01 R/HR 3. (A1107) STEAM GEN. A STEAM PRESSURE 967 PSIG
- 18. (A1386) EMF 13 STEAMLINE 2D RAD MON.
.01 RIHR 6. IA11131 STEAM GEN. B STEAM PRESSURE 967 PSIG 19.- (A01271 EMF 49 LIQ. WASTE DISCH., HI RANGE 10 CPM 7. (A11198 STEAM GEN. C STEAM PRES 5URE 967 PSIG
- 20. (A10691 UPPER WIND SPEED 5.0 MPH 8.
(A11251 STEAM CEN. D STEAM PRESSURE 967 PSIG
- 21. (A11833 LOWER WIND SPEED 3.9 MPH 9.
(A10601 TOTAL SIG A FEEDWATER FLOW 3 62 MLB/HR
- 22. (AIP005 LOWER TO UPPER DELTA-7
-0.20 DEG C
- 10. IA10661 TOTAL 5/G B FEE 0 WATER FLOW 3.62 MLB/HR
- 23. (A 075) UPPER WIND DIRECTION 63
- 11. (A10721 TOTAL 5/G C FEEDWATER FLOW 3.62 MLBtHR 24.
(A11891 LOWER WIND DIRECTION 57
- 12. (A10781 TOTAL 5/G D FEEDWATER rLOW 3 62 MLB/HR
- 25. (A07639 PRECIPITATION IN L AST 15 MIN.
0.00 IM
- 13. (A0090) AUX. FEEDWATER FLOW TO SIG A 0.0 GPM
- 26. (A1218) AMBIENT ATR TEMPERATURE 13.0 DEG C
- 14. IA0884) AUX. FEEDWATER FLOW TO SIG B 0.0 GPM
- 27. (A00633 UNIT VENT STACK FLOW 1.2E5 CFM
- 15. (A0078) AUX. FEEDWATER FLOW TO SIG C 0.0 GPM
- 16. IA0072) AUX. FEEDWATER Ft.0W TO SIG D 0.0 GPM L AUXILIARY / INJECTION SYSTEMS:
1. (A0758) CHARG. PUMP DISCH. HEADER FLOW 165 GPM 2. (A00548 RESIDUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. 100970) CENTRIFUGAL CHARGING PUMP A ON ONIDFF 4. 8006203 CENTRIFUGAL CHARGING PUMP B OFF ONltJFF 5 (D3574) SAFETY INJECTIOM PUMP A 0FF ON/OFF 6. 1035763 5AFET7 INJECTION PUMP B 0FF ONICFF 7. (A07649 LETDOWN HX OUTLET FLOW 75 GPM -__,m.- jL
- 4. ~
-7 68 1 0 253 1$ _f\\ /.0 s 1_ g_ EEE ^ 7 GTM AAI PDT O' ~ 7 5 9.7
- 7. J-
_f y - N r O I T A 7 nM 1 oR iO tF aN tI FFFF S FFFF'FFFFF S OD0O rU GGGCG/It/ aT EEEEENNNN~
- c. l/.
eA DDDDDCOOO1i1it1 m,l( lT c5 u I ) I I ND DD D D N III I I I eA D LLD L L r I A A I A A 7 iA LV V L V V uT A N N A N N GA V II V II cD ( ( t ( t ( M T 1 111 1F FF F 14 0 1 4 0 7 1 6 7 N 2 2222F F F N,b e A 6 6 66 6 OOO 1 LP 7 3 I P P 2 /I)/I ) DRRDRR ABIUL( UL (( ( ( PPD D MMAEEAEE ABUUEGGEGG 12345 PPHNNHNN 44#64PP AA AA . MMLLCRRCRR CCCCCiUAAI l I /////PPVVMRRMRR TTTTT . OOAEEAEE - YYMMNPWNPW 6046BAAEEYPOYPO yc.. q 0100ORRRRDULDUL y AACCCPP -SSTTAAABBB PPPPP AA n~ N MMMMMTTEENNNNNN O EEEEENfHHIIIIII f I TTTTTEE AAAAAA T MMLLRRRRRR A EEEEENNAATTTTTT M RRRRRIIUU' f-R OOOOOAADDSSSSSS O CCCCCTTIIIIIIII F NNSSLLLLLL 2 N NNNNNOOEEVUVVVV I IIIIICCRRRRRRRR fT L 8 31)1)83333) 1 1 1 s A 004062329206460 U N 767887746100233 T O 022225509333333 A I 000003310111111 T T AAAAAD0DDAAAAAA S I ( (( (((1t1I(( (I( D T D TN A 123456789012345 IA 111111 NL g' I 7 7 p~ I j' !\\j\\ - 'V' (/ McGuir. Niec1.ar Station PAGE 1 UNIT 2 PLANT DATA AND STATUS INFORMATION DATE 10/15/86 . PLANT STAIUS TIME 0345 A. PRIMARY 5YSTEM: D. CONTAINMENT SYSTFMS: 1. (A0965) NC LOOP A HOT LEG tWR) 595 DEG F 1. (A07851 CONTAINMENT PRESSURE .11 PSIG 2. (A09715 NC LOOP O HOT LEG (WR) 595 DEG F 2. IA1228) LOWER CONT. AM9. AIR. TEMP A til DEG F 3. (A09771 NC LOOP C HOT LEG (WR) 595 DEG F 3. IA1204) UPPER CONT. AMO.. ATR TEMP 8 96 DEG F 4. (A0903) NC LOOP D HOT LEG (WR) 595 OFG F 4 (A10419 CONTAINMENT SifMP LEVEL TR. A 0.0 FT 5. (A10613 NC LOOP A COLD LEG (WR) 559 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR. 8 0.0 FT 6. (AA067) NC LOOP D COLD LEG (WR) 559 DEG F 6. (AOR483 CONTAINMENT H2 CONCEN. TR. A 0.0 1 7. (A10733 NC LOOP C COLD LEG (WR) 559 DEG F 8. (A10793 NC LOOP D COLD LEG (WR) 559 DEG F E. ENVIRONMENTAL SYSTEM 5: 9 (A0026) NC SYSTEM PRES 5URE (WRI 2215 PSIG
- 10. (A1118) PZR PRES 5URE 1 2P15 PSIG
.11mtA1124*ePZR LEVEL"1 C 59 - m,%e a 1. (A0115) EMF 48 REACTOR COOLANT MONITOR 3.0E4 CPM ~12. (D2003) REACTOR COOLANT PUNP A ON ON/OFF 2. (A08291 EMF 51A IN CONT. HI RANGE RAD MON. 7 RIHR
- 13. 8D2004) REACTOR COOLANT PUMP O ON ON10FF 3.
(A00351 ENF518 IN CONT. HI RANGE RAD MON. 7 R/HR 14. (D2005) REACTOR COOLANT PUMP C ON UNIDF F 4. (A10091 EMF 36 UNIT VENT GAS, HI HI RANGE 2 RIHR
- 15. 102806) REACTOR COOLANT PUMP D ON ON/0F F 5.
(A00183 EMF 36 (JNIT VENT GAS, HI RANGE 10 CPM'
- 16. (A1177) SOURCE RANGE LEVEL CH.
1, OFF5CALE LOW CP5 6. (A00123 EMF 36 UNIT VENT GAS, LOW RANGF 100 CPM
(A00191 EMF 35 tlNIT VENT PART., til RANGE 2 CPM
- 18. (A0602) REACTOR COOLANT BORON CONC.
704 PPM 8. (A0013) EMF 35 UNIT VENT PART., LOW RANGE 200 CPM 19. IP1305) REACTOR THERMAL POWER 55 9 (A00493 EMr37 UNIT VENT 10 DINE 100 CPM
- 23. (A06201 POWER RANGE AVG. LEVEL WUAD. 1 55 1
SECONDART SYSTEM:
- 13. (A0073) FMr39 CONTAINMENT, HI RANGE 20 CPM 1.
(A1004) STEAM GEN. A LEVEL (WR) 58
(A10053 STEAM GEN. 8 LEVEL (WR) 58
- 15. (A13681 EMF 10 STEAMLINE 2A RAD MON.
.01 RIHR 3. IA0970) STEAM GEN. C LEVEL (WR) 58
- 16. (A1374) EMF 11 STEAMLINE 28 RAD MON.
.01 RIHR 4. IA09001 STEAM GEN. D LEVEL (WR) 58
- 17. IA1380) EMF 12 STEAMLINE 2C RAD MON.
.01 R/HR 5. (A1107) STEAM GEN. A STEAM PRESSURE 1016 PSIG
- 18. (A1396) EMF 13 STEAMLINE 2D RAD MON.
.01 RIHR 6. (A11133 STEAM GEN. 8 STEAM PRESSURE 1016 PSIG
(A1119) STEAM GEN. C STEAM PRE 5511RE 1016 PSIG 20. (A10693 UPPER WIND SPEED 4.9 __ MPH 0. (A1125) STEAM GEN. D STEAM PRE 55ttRE 1016 PSIG
- 21. (A11833 LOWER WIND SPEED 4.1 MPH 9.
(A1060) TOTAL SIG A FEEDWATER FLOW 2.06 MLC1HR
- 22. (A12001 LOWER TO UPPER DELT A-T
-0.21 DEG C
- 10. (A1066) TOTAL 5/G 8 FEEDWATER F10W_
2 06 ML B / flR
- 24. (A1189) fOWER WIND DIRECTION 56 2.06 MLB/HR
- 23. (A10759 UPPER WIND DIRECTION 6J
- 11. (A1072) TOTAL SIG C FEEDWATER FLOW
- 12. (A1070) TOTAL StG D FEEDWATER F10W 2.06 ML81HR
- 25. (A07631 PRECIPITATION IN LAST 15 MIN.
0.00 IN
- 13. (A0090) AUX. FEEDWATER Ft OW TO SIG A 0.0 GPM
- 26. IA121RI AMBIENT AIR TEMPERATURE 13.2 DEG C-
- 14. (A0884) AtlX. FEEDWATER FLOW TO SIG 8 0.0 GPM
- 27. (A08633 IJNI T VENT STACK FLOW 3.2E5 CFM
- 15. (A03708 AUX. FEEDWATER FLOW TO 5/G C 0.0 GPM
- 16. (A0072) AUX. FEEDWATER FLOW 10 5/G D 0.0 GPM
- . AUXILIM.f / INJECTION SYSTEMS:
1. (A0750) CHARG. PUMP DISCH. HEADFA FLOW 200 GPM 2. (A08361 RESIDUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. (00970) CENTRIFUGAL CHARGING PUMP A DN ON/0FF 4. (00620) CENTRIFUGAL CHARGING PUMP 8 0F F ON/0FF 5. ID35745 SAFETY INJECTION PUMP A 0FF ON10FF 6. 103576) SAFETY INJECTION PUMP OFF ON/0FF' n 7. (A07643 LETDOWN HX OUTLET FLOW 45 GPM ~ ,==.; ~=-:,.- _7_. .n-c. .yw - - y.. . j~g ~ ~ .g.c, g 1"' _i,\\ jf <,_ ~ L" ' ' y ' ~ ;-[.. ["- '._ * . ~ s.q 7.. .( ) .. p r ^ 2 ~ ' ~ ~ - McGuire Nucleme Station PACE' 2-JNIT" 2 PLANT DATA AND STATUS'INFORMATION DATE 19115186 ~ PLANT, STATUS TIME 0545 "J. ADDITIDNAL INFORMATION: 1..tA00708 IN-CDRE TEMP A06 TIC #1 ~597 DEC F ' 2. tA0268) IN-CORE. TEMP.A10 TIC #2 597 DEG F-' 32 tA0274) IN-CDRE TEMP C04-T/C-93 597 DEG F
- 4.-8A02808'IN-CORE TEMP C06~T/C 94 597 DEG F 5.
(A02063-IN-CORE TEMP C08 T/C 85 597 DEC F
- 6. : 4D3572; CONTAINMENT SPRAY PflMP A OF F -
DN/DFF- ~ 7.-tD35733' CONTAINMENT SPRAY PUMP B OFF ON10FF JU.-8D10423 RESIDUAL-HEAT REMOVAL PUMP A OFF .._06410F F '9. 8009608 RESIDUAL HEAT REMOVAL PUMP B OFF ON/OFF
- 10. tA1312) RVLIS TRAIN A DYNAMIC HEAD:IDIPI 109 i vat. I D I 1
~ 11 =. IA1300) RVLIS TRAIN A UPPER RANGE (URI 64 (INVALIDI-1
- 12. IA1306) RULIS TRAIN A LOWER RANGE (LRI 70 tINVALIDI 1 13.^tA13243 RVLIS TRAIN B DYNAMIC HEAD (D/Pt 109 (VALID) 1~
14c:8A1336)'RVLIS TRAIN B UPPEQ RANCE (URI 64 IINVALIDI _1 .15. IA1330) RVLIS TRAIN B LOWER RANGE ILR) 70 tINVALID) 1 1. 4 h 6. O O n EEG quaa wnO E22xEEEEEEEEEE2222E220 OE-Ww k%%%kkakkkLAaa%%%%0 Law nWW- @ Q 5 > >L H uCCCuuuuuuuvuveccavEEc wou a 4 4Wo %o V i i, we+ W v .i f wo o w N No o Nooo c Wo o w w-wo N _/ w e oc o w oNo o o o om w on O N NN o c o m w nan N Wo N om o -e w e d w @n - m W - w o o o T v o o w N t yWW W w L>E g2W W O CCM .00 WO 2 GQW EEZ WQ2 4 3 4WO24 3 4m4 QQQCO243 W W Z 4m
- 44 243 J OQ
-w w wauw4u 3 2 20 2222: E ha322 2 ZG wQ 4 42 QCCC EEN>> CWW 3:a G434WEEEE O WW EOOwwC C 22 wW >>JJ 223: 4 * *W 3 3 wCCCC: a ) WW2 kCC - 2CwCwC4444U 4 2 2 m > 3l t >D WCCDDW 2C3 * * ** > w J : J Z Q u a c u m
- wwwWG 4-emmccc w
w >C044C 044WJ2 ww44444Q
- *** CEUDQ JwwdGJ m
Q 310cchkw>kkwMNNNN We> ww m*ahu 22222 WCQQUU2h WmCEE U
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,g, =:=--. - - ~ y.. -. . p ,~ 2 r }'y) ~ ~ n-7% t ,J; ;: .g F-i ~ A . %._,/., Q,i F. + ..-McGuire Nuclear Statinn PACE "~ 2 i)MIT 2 PLANT. DATA AND STATUS INFORMATION-DATE 10/15/86- ~ PLANT SIATUS TIME 0600 ADDIT 10NAL.INFORMATION: " ?1 'tA0070) IN-CURE TEMP'A06 T/C 41 553 DEC F 2. (A02683 IN-CORE TEMP A10 T/C.92 553. DEG F 3. IA02748'IN-CGRE TEMP C04 TIC #3-553 DEG F -4.'EiA02801 IN-CORE TEMP C06 T / C.. # 4 553- -DEC F-5. I A0286) - IN-CORE TEMP COG :T/C #5 553 DEG F-4_ ID35/23 CONTAINNENT SPRAY PilMP A OFF ONIDFF 7. (D35731 CONTAINMENT SPRAY PUMP B ' OM ON/OFF. .c L' O. ID10421 RESIDUAL HEAT REMOVAL-PUMP A OFF ONIOFF -9. 4D0968)' RESIDUAL HEAT REMOVAL PUMP B OF F ONIOFF
- 10. IA13121 RVLI5' TRAIN A [YNAMIC HFAD (D/P)
- 109 (VALIDI i 11.:tA13001 RVLIS TRAIN A UPPER. RANGE IUR) 64 (INVALIDI 1
- 12. tA1306) RULIS TRAIN A LOWFR RANGE fl.RI 70 tINVALIDI 1
- 13. (A13248 RVLIS TRAIN H DYNAMIC HEAD (D/PI 109 (VALIDS 1
.14, tA13368 AULIS-TRAIN O UPPER RANGE (UR) 64 (INVALIDI 1
- 15. IA13308 RVLIS TRAIN B LOWER RANCE (LR) 70 tINVALID) 1
'on s-- .s d ,-,sv.~<... ...,rv.,.-4 s e- *- a w. v. * *w ~ ~. - a+.r c= e% e. Y - - e e v va" * -- j...a aN ~ u v w_ McGuire Nuclear Staiton PAGE' 1 JNIT - Q,__ _ PLANT DATA AND STATUS INFORMATION DATE__10/15786 ' PLANT STATUS TIME OS!5 PRIMARY SYSTEM: D CONTAINMENT SYSTEMS: li (A0965) NO 100P A HOT LEG tWR) 532 DFG F 1. (A0785) CONTAINMENT PRES 5URE .11 PSIG 2. (A09711 NC LOOP B HOT LEG (WDi 532 DEG F 2. (A12288 LOWER CONT. AM8. ATR TEMP A 112 DE G. F 3. (A09771 NC~ LOOP C HOT LEG (WRt 532 DEG F 3. (A1204) ttPPER CONT. AMB AIR TEMP B 97 DEG F. 4. (A0903) PC LtIOP D HOT LEG (WRi 532 DEG F 4 (A1041) CCNTAINNENT 513MP LEVEL _ TR. A 00 FY 5. (A1061) DC LOOP A COLD LEG (WRl ___ 532 DEC F 5. (A0671) CONTAINMENT SUMP LEVEL TR. B 0,0 FT 6. (A1G67) NC LOOP D COLD LEG. t uRl____ 532 DFG F 6. (A08488 CONTAINMENT H2 CONCEN TR. A 0.0 7 at10731 N( LOOP C COLD LOG (WRI. 532 DEG F O. iA1079) NC LOOP D COLD LEG ( WR t. 532 DEG F E. ENVIRONMENTAL SYSTEMS
- 10. (A11101 P!k PRES 5URE 1__.-
1700 P5IC
- 11. (A11243 PZQ LEVEL 1_________
25 1. (A0115) EMF 40 REACTOR CD01 ANT MONITRE 3.0E4 CPM-
- 12. (D28033 REAcr0R COOLANT PUNP A DN ON/0FF 2 IA08293 EMF 514 IN CONT. HI RANGE RAD MON.
7 R /ite
- 13. (D28048 REACT 0A COOLANT PCMP H ON ttN10FF 3.
(A08351 EMF 518 IN CONT. HI RANGE RA0 MON. 7 RIHR 14 (02005) REACIDH V,014NT ' PUMP C ON ONIDFF 4. (A1009) FMF36 IINIT VFNT GAS, III HI RANGE 2 ptHR
- 15. (D2006) REACTOR CodLANT PUMP D ON ON10FF 5.
(A00181 EMF 36 ilNIT VENT GAS, HI RANGE 10 CPM
(A00121 FMF36 tlNTT UENT CAS, LOW RANGE 100 CPM
- 17. (A1206) SOURCE RANGE LEUFl. CH. 2 1.0E402 CD5 7
(A0019) FMF35 UNIT VENT PART., lli RANGF 2 CPM
- 10. (A0602) REACTOR COOLANT BORON CONC.
807 PPM 8. (A00139 FMF35 ftNIT UFNT PART., LOW RANGE 200 CPM
- 19. (P1365) REACTOR THERMAL POWER 0
9. (A0049) EMF 37 UNIT VENT IODINE 100 CPM-s '20. (A06205 POWER RANGE AUG. 1.EVFt. QUAD. 1 0 10. (A00551 EMF 30 CONTAINMENT, LOW RANGE 300 CPM
- 12. (A00671 ENF39 CONTATNMENT, LOW RANGE 1.504 CPM 13_ (A00733 FMF39 CONTAINMFNT, HI RANGE 20 CPM 1.
(A1004) STEAM GEN. A LEVEL (WR) 53
- 14. (A00793 FMF40 CONTAINMENT 100fME 250 CPM '
2. (A1005) STEAM GEN. B LEVEL (WRI 5'
.01 R/HR 3. (A0970) STEAM GEN. C LEVEL (WRI 53
- 16. (A1374) EMF 11 STEAMLINE 2B RAD MON.
.01 RIItR 4. (A09088 STEAM GEN. D LEVEL (WR) 53 17 (A1380) EMF 12 STEAMLINE 2C RAD MON. .01 R /IIR 5. (A11073 STEAM GEN. A'5 TEAM PRESSURE 900 PSIC 1R. (A1386) EMF 13 STFAMLINE 2D RAD MON. .01 RIHQ 6. (A11131 STEAM GEN. B STEAM PRESSIIRE 900 PSIG
- 19. (A01273 EMF 49 LIQ. WASTE DISCH HT RANGE 10 CPM 7; (A11191 STEAM GEN. C STEAM PRE 550RF 900 PSIG 20 (A10693 DPPER WIND SPEED 5.2 MPH 8.
(A1125) STEAM GEN. D STEAM P9E55tlRF 900 PSTG
- 21. (A1183) 10WFR WIND SPEED 4.4 MPH 9.
(A1060) TOTAL 5/G A FEEDWATER FLOW 0.16 MLB/HR
- 22. (A12001 10WER TO UPPER DELTA-T
-0.22 DEG C 10 (A1066) TOTAL SIG B FEE 0 WATER FLOW 0 16 MLB/HR
- 23. (A1075) IIPPER WIND DIRECTIDN 61 11.
(A10721 TOTAL SIG C FEEDWATER FLOW 0.16 MLDtHR 24. (A11898 LDWER WIND DIRECTION 53 12 (A1078) TOTAL 5/G D FEEDWATER FLOW 0.16 MLB/HR
- 25. (A07438 PRECIPITATTON IN LAST 15 MIN.
0.00 IN 13. (A00909 AUX. FEEDWATER FLOW TO 5tG A 0,0 GPM.
- 26. (A1218) AMBIENT AIR TEMPERATURE 13.8 DEG C 14.. (A0004) AUX. FEEDWATER FLOW TO SIG B 0.0 GPM
(A0872) AUX. FEEDWATER FLOW TO 5/G D 0.0 GPM J. AUXILIARY / INJECTION SYSTEMS: 1. tA0750) CHARG. PUMP DISCH. HFADER FLOW 200 GPM .2. (A0056) RESIDUAL ItEAT REMOVAL HX RETURN FLOW 0 GPM 3. (00970) CENTRIFUGAL CllARGING PilMP A ON ONIDFF 4 4D0620) CENT RIFUCAL. CHARGING PilMP B ON ONIGFF 5-1035748 SAFETY INJFCTION PUMP A OFF-ON/0FF 6. (D3576) SAFETY INJECTION PilMP D OF F ON / 0F F 7. (A07641 LETDOWN HX OUILET. FLOW 45 GPM w .~e, m,. , - ~,. r-- .+-m,-- m - - - - ~ = - - ~- .e t g ;- - ,n- _y. .,s. ..,m ,.. t; -~- ~. (/.: ~V-McGuire NucIpar Station .PAGE 'E ~ <! NIT ~ 2 ~ PLANT. DATA AND 5TATU5 INFORMATION' DATE 10/15tb6 'LAN T. S TAIUS TIME 9615 ADDITIONAL INFORMATION: 1.=lA0070)'IN-CORE TEMP A06 T/C 41 535 ~ DEC F-2. (40260f fH-CORE TEMP A10 1/C #2 535 DEG F 3. (A0274) IN-EOPE TEMP.C04 T/C 83 535 DEG F-4; (A02801-IN-CORE TEMP C06 TIC #4 535 DEG F -. 5. (A0206) IN-CORE TEMP-COB T/C 45 535 DEG F-6. (D3572) CONTAINMENT SPRAY PUMP A OFF ON10FF ' 7; tD35733 CONTAINMEN) SPRAY PUMP B OFF ON10FF" 8. IC10421 RESIDUAL-HEAT REMOVAL PUMP A OFF ON/DFF 9. (D07603 RESIDUAL HEAT REMOVAL.. PUMP B Of F ON10FF .10. (A1312) RULIS TRAIN A DYNAMIC HEAD ED/PI 109 (VALIDI 1
- 11. (A13001 RULI5 1 RAIN A UPPER RANGE EURI'
' 12. (A1306) RVLIS TRAIN A LOWER RANGE ILR) ., d4 tINVALIDS 1 /0 IINVALIO) 1 213. (A13243 RULIS TRAIN 8 DYNAMIC HEAD'(DIPS 209 (VALIDI 1 14.'tA13363 RULIS TRAIN B UPPER RANCE (URI 64 iINVALIDI 1 j
- 15. (A13303 RVLIS TRAIN B LUuER RANGE ELR) 70 (INVALIDI 1
^
- 7. ~.s
./ ~ Y ~ ( v. v s McGuire Nuclear Station PAGE 1 -JNIT ~ 2' PLANT DATA AND STATUS INFORMATION DATE 10/15/86 >LANT STAIUS -TIME 0630-L- 4. P IMARY SYSTEM: D CONTATNMENT SYSTEN5: 1c (A09653 NC LOOP A HOT LEC (WR) 512 DEG F 1 (A07858 CONTAINMENT' PRE 55URE .11 PSIG 2. IA09711 NC LOOP B 110T LEG (WRI 512 DEC F 2. (A12283 LOWER CONT. AMR. AIR TEMP A 112 DEG F 3. (A0977) NC LOOP C HOT LEG IWRI 512 DEG F 3; EA1204l IIPPER' CONT, AMB. ATR TEMP O 97 DEG F' O. (A0983) NC LOOP D HOT LEG (WRI 512 DfG F 4 (A1041) CONTAINMENT SUMP LEVFL TR. A 0.0 FT 5.'tA10613 NC LOOP A COLD LEG (WRt 312 DEG F 5. IA06711 CONTAINMENT SitMP LEVEL TR. B 0.0 FT OJ.fA1047) NC l.00P B COLD LEG (W48 512 DFG F 6 (A0848) CONTAINMENT H2 CONCEN. TR. A O0 7. (A1073) NC LOOP C COLD LEG (WR8 512 -0EG F 0.'IA1079) NC _ L0 tsp D COLD t.EG (WRI 512 DEG F E. ENVIRONMENTAL SYSTEM 5; 9. (AOU261 NC SYSTEM PRES 5URE (WR) 2364 P51C
- 10. IA11181 PZH PRES 5URE 1 1700 PSIG 1 1..
(A1124) PZR LEVEL 1 25 1 1. (A01151 EMF 48 REACTOR COOL ANT MONITOR 3.0E4 R/HR
- 12. 1D2803) REACTOR COOLANT PUMP A DN ONIDFF 2 (408298 EMF 51A IN CONT. HI RANGE RAD MON.
7 R/HR
- 13. 802804) REACTOR COOLANT PUMP B UN UNtorF' 3.
(A08353 EMF 5fB IN CONT. III RANGE RAD MON. 7 RtHR'
- 14. (D28058 REACTOR COOLANT PUMP C ON UnforF 4 (A10091 EMF 36 UNIT VENT GAS, HI HI RANGE 2
RfMR
- 15. (D2806) REACTOR COOLANT PUMP D ON DNtorF 5.
IA00181 EMF 36 (INIT VFNT CAS, HT RANGC 10 CPM
- 17. IA1206) SOURCE RANGE LEVEL CH. 2 1.0E402 CP5 7.
(A00191 FMF35 ffN!T UENT PART., HI RANGE 2 CPM
- 10. (A0602) REACTOR COOLANT BORON CONC.
811 -PPM 0. (A00133 EMF 35 UNIT VENT PART., LOW RANGE 200 CPM
- 19. 1P1385) REACTOR THERMAL POWFR 0
V. (A0049) FNF37 UNIT UENT TODINE_ 100 CPM
- 20. (A0628) POWER RANGE AVG. 1.EVEL QUAD 1 0
i 10 (A0055) rMF38 CONTAINMENT, LOW RANGE 300 CPM 11. (A00613 EHr38 CONTAINMENT, HI RANGE 10 CPM t. SECONDARY SYSTEM: 12. (A0067) EMr3? CONTAINMENT, LOW RANGE 1.5L4 CPM 13. (A0073) EMr39 CONTAINMENT, HI RANGE 20 CPM 1. IA1004) STEAM GEN. A LEVEL (WR) 53 1 14 IA00791 FMF40 CONTAINMENT 10 DINE 250 CPM-2. IA10053 STEAM GEN. R LEVEL (WRI 53
- 15. (A13688 EMF 10 STEAMLINE 2A DAD MON.
.01 R1HR '3. (A0970) STEAM GEN. C LEVEL (W48 53 16. (A13748 FMr11 STEAMI.INE'2R RAD MON. .01 R/HR 4. (A09081 STEAM GEN. D LEVEL (WR) 53 17. (A13801 EMF 12 STEAMLINE 2C RAD MON. .01 R tl4R 5. (A1107) STEAM GEN. A STEAM PRESSURE 750 PSIG
- 18. IA1386) EMr13 STEAMLINE 2D RAD MON.
.01 R/HR 6. IA11131 STEAM GEN. B STEAM PRESSURE 750 ___P5IG 19 (A0127) FMF49 LIQ. WASTE DTSCH., HI RANGE 10 CPM 7. (A1119) STEAM GEN. C STEAM PRESSURE 7.50 PSIG 20 (A10698 UPPFR WIND SPEED-3.1 MPH 0. (A1125) STEAM GEN. D STEAM PRESSURE TSO PSIG
- 21. (A11838 LOWER WTND SPEED 4.2 MPH 9.
(A1060) TOTAL 5/G A FEEDWATER Ft.UJ 0.12 MLB/HR
- 22. IA12001 LOWER TO UPPER DELTA-T
-0.22 DEG 0 10. (A10661 TOTAL 5/G B FEEDWATFR FI DW_ 0.12 MLC/HR
- 23. (A10759 UPPER WIND DIRECTION 65
- 11. (A1072) TOTAL SIG C FEEDWATER FLOW 0.12 MLB/HR 24 (A11891 1.0WER WIND DIRECTION 39
0.00 IN
- 13. (A0990) AUX. FEEDWATER FLOW TO SIC A O.0 GPM
- 26. (At218) AM8IENT AIR TEMPERATtIRE 14.1 DEC C
- 14. IA00048 AUX. FEEDWATER FLOW TO SIG B 0 0 GPM
- 27. (A08633 UNIT UENT STACM FLOW 1.2E5 CFM
- 15. t~C078) AUX. FEEDWATER FLOW TO SIC C 0.0 GPM
- 16. 4A0872) AUX. FEEDWATER FLOW TO StG D 0,0 GPM
- AUXII.IARY/ INJECTION SYSTEMS-1, (AG750) CHARG. PUMP DISCH. HEADFD FLOW 200 GPM 2.
IA0856) RESIDUAL I4 EAT REMOUAL HX RETURN FLOW 0 GPM 3. (D09700 CENTRIFUGAL CHARGTNG PUMP A ON ONIDFF 4. (D0620) CENikiFUGAL CHARGING P13MP B UN ON10FF 5.. 103574) SAFETY INJECTION PUMP A 0FF ONIDFF 6. 1D35761 SAFETY INJECTION PUMP 2 OF F ONIDFF 7. (A07643 LETDOWN HX GUTLET FLOW 45 GPM q,
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4 4 . i, 1 4 f' l4 4 _ _, _ ~. _ _ _ m ( ~ 'k I ( ) w/ 'w/ ^ McGuire Nuclear Station PAGE 1 .jNIT' 2 PLANT DATA AND STATUS INFORMATION DATE 10/15186 ' 'L AN T STATUS TIME 0645 1.- PRIMARY SYSTEM: D. CONTAINMENT SYSTEMS: 1. (A09653 NC LOOP A HOT LEG (WRI 492 DEG F 1. (A07R51 CONTSINMENT PRESSURE .12 PSIG 2. (A09713 NC LOOP B HOT LEC (WR) 492 DEG T 2. fA12283 TOWER CONT. AMB. ATR TE MP A 114 DEG F' 3.' (A09773 NC LOOP C.. HOT LEG fWR8 472 DEG F 3. IA1204) UPPER CONT. AMB. AIR TEMP B 99 DEG F 4. (A0983) NC LOOP D HOT LEG (WR) 492 DEG F 4 (A10411 CONT AINMENT SUMP LEVE L TR. A 0.0 FT-5. (A10613 NC LOOP A COLD LEG (WRt 4?2 DEG F 5. (A0671) EONTAINMENT SUMP LEVEL TR. B 0.0 FT 6. (A1067) NC 1.00P B COLD LEG (WR) 492 DEG F 6. (A08481 EONTATNMENT H2 CONCEN. TR. A 0.0 1 7. (A10731 NC LOOP C COLD LEG (WR) 492 DEG F 8. (A1079) NC LOOP D COLD LEG (WRI 492 DE G F E. ENVIRONMENT AL SYSTE MS : 9. (A0026) NC SYSTEM PRESSURE (WR) 1150 PSIG
- 10. IA1110) PZR PRES 5URE 1 1700 P!IG
- 11. (A1124) PZR LEVEL 1 27 1.
(A01158 EMF 48 REACTOR COOLANT MONITOR
- 3. 0E4 -
R/HR
- 12. 102803) REACTOR COOLANT PUMP A ON OHIDFF 2.
(A0829) EMF 51A IN CONT. HT RANGE RAD MON. 7 RIHQ
- 13. 1026043 REACTOR COOLANT PUMP P DN ON/0FF 3.
(A08359 EMFSID TN CONT. HI RANGE RAD MON. 7 RIHR 14_ 1028058 REACTOR COOLANT PUMP L ON ON/OFF 4. (A1009) EMF 36 UNIT UENT GAS, HI HI RANGE 2 R/HR
- 15. 802806) REACTOR COOLANT PUMP D ON ONIOT F 5.
(A001RI EMr36 UNIT UENT GA5, HT RANGE 10 CPM
- 16. (A11773 SOURCE RANGE LEVEL Cif. 1 1.0E+02 CPS 6.
(A00123 FMF36 I?NTT VENT GAS, LOW RANGE 100 CPM 17 (A1206) SOURCE RANGE 1.EVEL Cli. 2 1 UE+02 CP5 7 (A00193 EMF 3! tJNIT VENT PART., Ili RANGE 2 CPM
- 18. (A0602) REACTOR COOLANT DDRON CONC.
820 PPM 8. 4A00138 FMr35 tlMIT VFNT PART, 1.0W RANGE 200-CPM 19. (P13058 REACTOR TitCRMAL POWFR 0 9 (A004?l EMr37 tlNIT VENT 100fNE 100 CPM
- 20. (A06204 POWER RANGE AVG. LEVEt. QUAD. 1 0
SECONDARY SYSTEM:
(A10043 STEAM GEN. T LEVEL (WR) 53
- 14. (A0079) FMF40 CONTAINMENT 10 DINE 250 CPM 2.
(A1005) STEAM GEN. B LEVEL (WR) 53
- 15. (A1368) EMF 10 STEAMLINE 2A RAD MON.
.01 RIHR 3. (A0970) STEAM GEN. C LEVEL (WR) 53
- 16. (A12741 EMF 11 STFAMLINE 2B RAD MON.
.01 R/HR 4 (A0908) STEAM GEN. O LEVEL EWR) 53 1
- 17. (A13801 FMF12 STFAMLINE 2C RAD MON.
.01 R/HR: 5. IA1107) STEAM GEN. A STFAM PRESSURE 635 PSIG
.01 RIHR 6. (A11131 STEAM GEN. B STEAM PRESSURE 635 PSIG
(A1119) STEAM GEN. C STEAM PRESSURE 635 P5IG
- 20. (A5069) 11PPER WIND SPEED 49 MPH 0.
(A1125) STEAM GEN. D STFAM PRESSURE 635 PSIG
- 21. (A11938 LOWER WINO SPEED 4.1 MPH 9.
(A1060) TOTAL SIG A FEEDWATER FLOW 0 10 MLD/HR
- 22. (A12005 LOWER TO UPPER DELT A-T
-0.25 DEG C
- 10. (A1066) TOTAL 5/G B FEEDWATER FIUW 0.10-MLD/HR
- 23. (A10751 UPPER WIND DIRECTION 68
- 19. IA1072) TOTAL SIG C FEE 0 WATER FLOW 0.10 MLR/HR
- 24. (A11893 1 OWER WIND DIRECTION 60 1P 4A1078) TOTAL 5/G D TEEDWATER FLOW 0.10 MLB/HR
- 25. (A0763) PRECIPITATION IN LAST 15 MIN.
0.00 IN
- 13. (A0890) AUX. FEEDWATER Ft.OW TO 5/G A 0.0 GPM
- 26. (A12183 AMB1FNT AIR TEMPERATURE 14.4 DEG C 14.
(A0004) AUX. FEEDWATER FLOW TO SIG B 0.0 GPM
- 27. (AOR63) IINIT VFNT STACK FLOW 1.2E5 CFM
- 15. IA087BI AUX. FEEDWATER FLOW TO SIG C 0.0 GPM 16.
(A0872) AUX. FEE 0 WATER rLOW TO 5/G D 0.0 GPM AUXILIARf/ INJECTION SYSTEMS. 1. (A0758) CII ARG. PUMP DISCll. 11EADER F LOW 200 GPM 2. (A00568 RESIOUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. (00970) CENTRIFUGAL CHARGING PtIMP A DN ON/DFF 4. E00620) CLNTRIFUGAL CHARGING PflMP B DN ON/DFF 5. 103574) SAFETY INJECTION PUMP A OFF ONIDFF 6. 1035768 SAFETY INJECTION PilMP B OFF ONIDFF 7 (A0764) LETDOWN HX OUTLET FLOW 45 GPM 2 ~ ~ - - .,y. 7._ - - - -- - q 7 m. 'L . ' /~ \\ . g - [q _ ;y4 u{
- [
p s p~,~ g) a,c .c - - McGuire Nuclear Station 'PAGE 2f INIT '2 .PtANT DATA AND STATUS INFORMATION DATE 19/15/96 L TIME 0645 f ANI STATUS ~ '. ADDITIONAL INFORMATIDN: 1. (A0070)'IN-CDRE TEMP A06 TIC 41 495 DEG F un 2. IAOP689 IN-CORE TEMP A10 TIC #2 495 - DEG F " ~ " 3. 4A02741'IN-CORE TEMP C04 TIC 43 495 DEG F 4 ICO2001 IN-CORE TEMP C06 T/C.94 -495. DEG F 5. IA0286) IN-CORE. TEMP COB T#C-45 495 DEG F 6. (D3572) C6NTAIMMENT SPRAY PUMP A OFF DMIOFF. 7 103573) CONTAINMENT SPRAY PUMP R OF F ONIDFF -8. (D10421 RESIDUAL lEAT_ REMOVAL. PUMP A 0FF ONIDFF ' '9 (D09689 RC5IDUAL HEAT REMOVAL. PUMP O OF F
- ON10FF,
- 10. (A13128 RVLIS TRAIN A DYNAMIC HEAD'ID/P) 108 (VALIDS 1
-- 64 IINVALIDI 1
- 12. IA1306) RVLIS TRAIN A LOWER RANGE (LR) 10 ( INVAt_I D S i
- 13. (A1324) RULIS TRAIN B DYNAMIC IEAD (DIPS 108 ( U At_10 )
1-14 tA13363 RVLIS TRAIN 8 UPPER RANGE EURI ~ 64 4INVALIDI 1
- 15. (A13303 RVLIS' TRAIN B LOWER RANGE (1.48 70 (INVALIDI 1 l
I l s- ... ~. 7_; m.. - -- -. ; 7-r f -( i / 4 ~~ JN \\sI McGuira Nuclear Station PAGE 't c lNI T 2 PLANT DATA-AND STAltis INFDDMATION DATE 10/15186 _LANT SIATUS TIME 0700 'e. PRIMARY SYSTEM: D. CONTAINMENT-SYSTEMS-1; (A0965) NC LOOP A HOT LEG (WRt 471 _DEG F 1. IA07851 CONTAINMENT PRE 55UDF_ _ _ __ 12 PSIG 2. (A09711 NC LOOP B HOT LEG (WR) 471 DEC F 2. IA1228) LOWER CONT. AMB. ATR 1FMD A 114 DEC F. 3.-(A09778 NC LOOP C HOT LEG (WR) 471 DFG F 3_ (A12041 UPPER CONT. AMB. AIR TEMP B 99 DEC F C. 8009833 NC LOOP D HOT LEG EURI 471 OEG F 4. (A10413 CONTAINMFNT SUMP LEVEL TR. A 0.0 FT 5. (A10618 NC LOOP A COLD LEG (WR) 471 DEG F 5. (A06711 CONTATNMFNT SUMP LEVEL TR. B-00 F4 C. (A1067) NC LOOP R COLD LEC (WR) 471 DEC F 6. IA08483 CONTAINMENT H2 CONCEN. TR. A n.O s 7. 101073) NC LOOP C COLD LEC IWR) 471 DEG F-O. (A10791 NC LOOP D COLD LEG (WRI 471 DEG F E. ENVIRONMENTAL SYSTEMS: 9 (C0026) NC SYSTEM PRT550RE iWR) 948 PSIG 1@. EA11101 PZR PRES 5URE 1 1700 PSIG
- 11. (01124) PZR LEVEL 1 29 1.
(A01151 EMF 48 REACTOR COOLANT ' MONITOR 3.0E4 CPM
- 12. 802803) REACTOR COOLANT PUMP A ON ONICFF 2.
(A08291 FMF51A IN CONT. HI RANGE RAD MON. 7 R7HR
- 13. (D20043 REACTOR COOLANT PUMP B ON ON/DFF 3.
(A08351 FMF51B IN CONT. HI RANGE RAD MON. 7 ...~~~~RIHQ
- 14. 102805) REACTOR EDOLANT PUMP C ON ONIDFF 4.
(A10093 EMF 36 UNIT VENT GAS, HI HI RANCE 2 RIHR
- 15. (D20068 REACTOR COOLANT PUMP D ON ONIDFF 5.
(A00181 EMF 36 UNTT VENT CAS, HI RANRE 10 CPM 16. (A11771 SOURCE RANGE LEVEL CH. I 1 OE+02 CPS 6. (A00128 EMF 36 ftNIT VENT GA5, LOW RANGE 100 CPM
(A00193 FMF35 IIMIT VENT PART., HT RANGE 2 CPM
- 10. (A06028 REACTOR COOLANT BORON CONC.
828 PPM B. (A00131 FMF35 tlNIT VENT PART., LOW RANGE 200. CPM-
- 19. IP1305) REACTOR THERMAL POWED 0
9. (A00499 FMF37 UNIT VFNT IODINE 106 CPM
- 20. (A06208 POWEk RANGE AVG. LEVit UllAD. 1 0
1 10. (A00551 EHF38 CONTAINMENT, LOW RANGE 400 CPM
SECONDARY SYSTEM: 12. (A00679 EMF 39 CONTATNMENT, LOW RANGE 2.0E4 CPM
~' 1. (A1004) STEAM GEN. A LEVEL (WRI 53 1
(A10051 STEAM GEN. B LEUFL tWR) 53
- 15. ( A1368 3 EMF 10 STEAMLINE 2A RAD MON.
.01 R/HR 3. (A097G) STEAM GEN. C LEVEL (WRt 53 1
- 16. (A13743 EMF 11 STEAMLINE 2R RAD MON.
.01 RIHR 4. (A0980) STEAM GEN. D LEVEL (WR1 53 1 17 (A13801 EMF 12 STFAMLINE 2C RAD MON. .01 R/HR. 5. (A11073 STEAM GEN. A STEAM PRESSURL 525 PSIG
- 18. (A13869 EMF 13 STEAMLINE 2D RAD MON.
.01 R/HR 6. (A1113) STEAM GEN. B STEAM PRESSURE 525 PsTG 19 (A01276 EMF 49 LIO. WA5TE DTSCH., HI RANGE 10 CPM 7. (A1119? STEAM GEN. C STEAM PRES 5URE 525 PSIG
- 20. (A10693 IIPPER WTND SPEED 5.1 MPH 8.
(A11258 STEAM GEN. D STEAM PRES 5URE 525 PSIG
- 21. (A11831 8.0WER WIND SPEED 4.3 MPH 9
(A1060s TOTAL 5/G A FEEDWATER FLOW O AR,... _ML R /flR
- 22. (A12001 t.0WER TO UPPER DELTA-T
-0.26 DEG C 10 (A1066) TOTAL SIG B FEEDWATER F10W 0 41. _.m__MIBIHR
- 23. (A1075) IIPPER WIND DIRECTION 63 11.
(A10721 TOTAL 5/G C (EEDWATER Ft.OW 0 Go, MLB/HR 24 (A11898 L OWER WIND DIRECTION 57
- 12. (A10783 TOTAL SIG D FEEDWATER FLOW 0 09 MLB/HR
- 25. (A07438 PRECIPITATION IN LAST 15 MIN.
0 00 IN
- 13. (A08901 AUX. FEEDWATER FLOW TO SIG A 0.0 GPM
- 26. IA12181 AMRIFNT AIR TEMPERATURE 14.8 DEG C
- 14. (A0084) AUX. FEEDWATER FLOW TO SIG B 0.0 GPM
- 27. (A0863) UNIT VENT STACK FLOW 1.2E5 CFM
- 15. IA08783 AUX. FEEDWAIER Ft.0W TO SIG C 00 GPM
- 16. IA0872) AUX. FEEDWATER FLOW TO 5/G D 0.0 GPM-AUXILIARY / INJECTION SYSTEMS:
1. 610758) CHARG. PUMP DI5CH. HEADER FLOW 200 GPM 2. (A08561 RESIDUAL ItEAT REMOVAL HX RETURN FLOW 0-GPM 3. 4D09708 CENTRIFUGAL CHARGTNG PUMP A DN ONIDFF 4. (D0620) CENTRIFUGAL CHARGING PUMP B ON ONIDFF 5, ID3574) SAFETY INJECTION PUMP A 0FF ONIDFF 6. 1035761 SAFETY INJECTION PUMP B 0FF ONIDFF 7 (A07641 LETDOWN HX-0UTLET FLOW 45 GPM: 2-... ,.,,__,e.~ .,-_-__.u.__ -m -,. ~ _ _. _--- _ _ W %. 37[ ,,j5" ,.5 b: g e y 6 8 + ~. 1 0 y w 3,\\<. 230 w 17 g / 0 f 0 .i ig y 1 g g EEE 7 GTM AAI p PDT 'a e g m y y ~ q. N g g g t x e, g g e p 'e T p ~ ~ = T N O-p ~ I 7 T g = A y 'v nM m oR p iO a tF y aN 9 1 tI L FFFF S FFFFFFFFF' e r S D0D0 rU GGGGGI1/1 g . qg-/ aT EEEFENNNN g w eA DDDDDOOOO 1 1 1_1 1 1' 3 T ~/ K lT cS u I I 3 I N D' DD DD = - N ) II II eA D LL D LL h. r IA A IA A iA LV V LV V A N N A N N uT ~ GA V II V I I cD ( 8 ( ( ( I M ~ 55555 F F F F 54 05 4 0 T n 7 7f 7 7 F F FF 0 67 0 67 t r; A 4 4 4 4 4 O O O01 1 ~.; P-L 4 I ) P P /I)II ) DRRDRR W AB(UL( UL E( I( PPD D mMAEEAEE ABt UEGGEGG 12345 PPHNNI NN I 3-898#4P' P
- AA AA
, - M M L'LCRRCRR 5 C'CCCCUUAAI I - IEI//PPVVMQRMRR TTTTT - OOAEEAEE YYMMNPWNPW W 60468AAEEYPOYPO 01000RRRRDULDUL M~
- PPPPP AA AACCCPP- -
SSTTAAABBB N MMMMMTTEENNNINN t O EEEEENNlHIIITII 7 :- I TTTTTEE - AAAAAA T MMLLRRRRRR A EEEEENNAATTTTTT M RRRRRIIUU af R OOOOOAADDSSSSSS O CCCCCTTIITIIIII F - - - - - NNSSLLLLLL.
- gg/.2 N NNNNNOOEEVVVVVV
~5g( I IIIIICCRRRRRRRR L
- 3) 1 1) )13 311) 1 l1 S
A 0840623202064&0 U N 76T087T46100233
- f T
O 022225'507333333 A I 000003310111111 T T AAAAADDD0AAAAAA S I ( ( ( (( (I(8 (I (((( D T D ~............... TN A 1234567890I2345 q,' g;q ~ - IA 1I1111 NL I { B p f\\ ) 1 L.) L{ .w McGuire N4 clear Station PAGE '1 INIT 2 PLANT DATA AND STATU5'INFORMATION DATE__10/15/06 'LANT STATUS TIME _ 0715 t PRIMARY SYSTEM: D. CONTAINMENT SYSTEMS: 1. (C0965) NC LOOP A HOT LEG (WR) 452 DEG F 1. IA0785) CONTAINMENT PRE 55URE .13 PSIG 2. (A0971) NC LOOP 8 HOT LEG (WR) 452 DEG F 2. (A1228) LOWER CONT. AMB. AIR TEMP A 114 DEC F-3. (A09778 NC LOOP C HOT LEG (WR) 452 DEG F 3.
- A1204) UPPER CONT. AMB. AIR TEMP 8
-99 DEG F 4. (A09835 NC LOOP D HOT LEG (WR) 452 DEG F 4 (A10413 CONTAINMENT SilMP LEVEL TR. A 0.0 FT 5. (A10618 NC t.00P A COLD LEG tWR) 452-DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR. 8 0.0 FT 6. (A1067) NC LOOP 8 COLD LEG (WR) 452 DEG F 6. (A08483 CONTAINMENT H2 CONCEN. TR. A 0.0 7. (A10733 NC LOOP C COLD LEG (WR) 452 DEG F 0. (A1079) NC LOOP D COLD LEG (WR) 452 DEG F El ENVIRONMENTAL SYSTEMS: 9. 1608263 NC SYSTEM PRESSURE (WRI B21 PSIG
- 10. (A11185 PZR PRESSURE 1 1700 PSIG
- 11. (A1124) PZR LEVEL 1 33 1.
(A01151 EMF 48 REACTOR COOLANT MONITOR 3.0E4 CPM
- 12. (D2803) REACTOR COOLANT PUMP A ON ONIDFF 2.
(A08293 ENF51A IN CONT. HI RANGE RAD MON. 7 R/HN.
- 13. (D2804) REACTOR COULANT PUMP 8 ON ON/0FF 3.
(A0835) EMF 518 IN CONT. HI RANGE RAD MON. 7 RIHR 14 (D2005) REACTOR COOLANT PUMP C ON ON10FF 4 (41009) EMF 36 UNIT VENT GAS, HI HI RANGE 2 R/HR
- 15. 102806) REACTOR COOLANT PUMP D ON ONIDFF 5.
(A0018) EMF 36 UNIT VENT GA5, HI PANGE 10 CPM
- 16. IA11773 SOURCE RANGE LEVEL CH. 1 1.0E+02 CP5 6.
(A0012) EMF 36' UNIT VENT GAS, LOW RANGE 100 CPM
(A00193 EMF 35 UNIT UENT PART., HI RANGE 2 CPM
- 18. (A06023 REACTOR COOLANT BORON CONC.
840 PPM 8. (A00138 EMF 35 UNIT UENT PART., LOW RANGE 200 CPM
- 19. (P1385) REACTOR THERMAL POWER 0
9. tA00493 EMF 37 UNIT VENT IDDINE 100 CPM
- 20. (A06283 POWER RANGE AUG. LEVEL QUAD. 1 0
SECONDARY SYSTEM:
IA1004) STEAM GEN. A LEVEL (WR) 53
(A1005) STEAM GEN. 8 LEVEL (WR) 53
- 15. (A1368) EMF 10 STEAMLINE 2A RAD MON.
.01 RIHR 3. (A0970) STEAM GEN. C LEVEL tWR) 53
.01 RIHR 4. IA09081 STEAM GEN. D LEVEL (WR) 53 1
- 17. (A1380) EMF 12 STEAMLINE 2C RAD MON.
.01 RIHR-5. (A1107) STEAM GEN. A STEAM PkE55URE 450 PSIG
- 18. (A13863 EMF 13 STEAMLINE 2D RAD MON.
.01 R/HR 6. (A11133 STEAM GEN. 8 STEAM PRES 5URE 450 PSIG 19 (A01271 EMF 49 LIG. WA5TE DISCH., HI RANGE 10 CPM 7. (A1119) STEAM GEN. C STEAM PRE 55URC 450 F5IC
- 20. (A1069) UPPER WIND SPEED 5.4 MPH O.
IA11251 STEAM GEN. D STEAN PRES 5URE 450 PSIG
- 21. (A1183) LOWER WIND SPEED 4.6 MPH 9.
IA1060) TOTAL 5/G A FEEDWATER FLOW 0.07 ML81HR
- 22. (AI2001 LOWER TO UPPER DELTA-T
-0.27 DEG C
- 10. (A1066) TGTAL SIG B FEEDWATER FLOW 0.0/
ML8/HR
- 23. (A1075) UPPER WIMD DIRECTION 61
- 11. (A1072) TOTAL 5/G C FEEDWATER FLOW 0.07 MLC/HR
- 24. (A1189) LOWER WIND DIRECTION 55
ML8tifR
- 25. (A0763) PRECIPITATION IN LAST 15 MIN.
0.00 IN l
- 13. (608901 AUX. FEEDWATER FLOW TO SIG A 0.0 GPM
- 26. IA12183 AMBIENT AIR TEMPERATURE 15.2 DEG C 14.
(A0884) AUX. FEEDWATER FLOW TO 5/G B 0.0 GPM
- 27. (A08633 UNIT VENT STACK FLOW 1.2E5 CFM
- 15. (A0878) AUX. FEEDWATER FLOW 70 SIC C 0.0 GPM 16.
(A0872) AUX. FEEDWATER FLOW TO 5/G D 0.0 GPM AUXILIARY / INJECTION SYSTEMS: l 1. (A0750) CHARGs PUMP DISEH. HEADER FLOW 200 GPM l 2. (A0856) RESIDUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. (00970) CENTRIFUGAL CHARGING PUMP A ON ON/DFF '4. 103620) CENTRIFUGAL CHARGING PUMP 8 ON ON10FF 5. (D3574) SAFETY INJECTION PUMP A OFF ONIDFF 6. (D35761 SAF ETY INJECTION PUMP 8 DFF ON/DFF 7. (A07641 LETDOWN HX DUTLET FLOW 45 GPM .~. _... _., _. _ ~_ g.. . _. ~,. 7 -.y..._. -. 7 ~' w-~ ~ - - eq.. ., s;, y y y v': ' Q' ' '~~ ' ~ L McGuire Nuclear' Station PAGE' 2'- INIT 2 PLANT DATA AND STATUS.INFORMATION-DATE 19715186 LANT SIATUS TIME 971S . CDDITIONAL INFORMATION: 1..lA0070) IN-CORE TEMP A06 T/C #1 453 DEG F 2..dA0268) IN-CORE TEMP A10 T/C #2 453 - DEG F-3.~EA02748.IN-CORE TEMP C04 T/C f3 453 DEG F 4. fA02808'IN-CORE TEMP C06 T/C.94 453 DEG F .5. IA0286) IN-CORE TEMP COB T/C #5 453 DEG F -6. (C3572) CONTAINMENT SPRAY PUMP A 0FF ONf0FF 7.- 1035738 CONTAINMENT SPRAY PUMP B OFF ON/DFF 8. ID10423 RESIDUAL HEAT REMOVAL PUMP.A OFF ONIDFF -9. IC096BI RE5IDUAL HEAT REMOVAL PUMP B-OFF ONtDFF
- 10. (A13121 RVLIS TRAIN A DYNAMIC HEAD (D/P) 103 (VALID) 1 11; *A13001 RVLI5 TRAIN A UPPER RANGE (URI 64 tINVALIDI 1
- 13. (A13249 RVLIS TRAIN B DYNAMIC. HEAD (G/P) 103 (UALIDI 1
- 15. (A1330) RVLIS TRAIN B LOWEN RANGE-ELR) 70 IINVALIbl 1
3 p,~ +' t W c V McGuire Nuclear Station PAGE 1 '! NIT 2 PLANT DATA AND STATUS INFORMATION DATE 10/15186 JLANT STATUS TIME 0730 PRT, MARY SYSTEM: D. CONTAINMENT SYSTEMS: 1. (A09651 NC LOOP A HOT LEG (WR) 430 DEC F 1. (A0785) CONTAINMENT PRES 5URE .13 PSIG 2 (A0971) Nr LOOP B HOT LEG (WR) 430 DEG F 2. (A12281 LOWER CONT. AMB. AIR TEMP A 114 DEG F 3, (A0VTTI NC LODn C HOT LEG (WR) 430 DEG F 3. iA1204) UPPER CONT. AMB. AIR TEMP B 99_ DEG F 4. ( A09831 NC LOOP D HOT LEG (WR) 430 DEG F 4. (A10413 CONTAINMENT SUMP LEVEL TR. A 0. 0__ FT 5. ?Alsofi HC LOOP A COLD LEG (WRI 430 DEG F 5. iA0671) CONTAINMENT SUMP LEVEL TR. B 0.0 FT a; (A1067) NC LOOP B COLD LEG tWR) 430 DEG F 6. (A0848) CONTAINMENT H2 CONCEN. TR. A 0.0 1 7. (A1073) 8.C LOOP C COLD LEG (WR) 430 DEG F O. IA1079) NE LOOP O COLD LEG (WRI 430 DEG F E. ENVIRONMENTAL SYSTEMS: 9. (A00261 NC SYSTEM PRESSURE (WR) 641 PSIG
- 14. (A1124) PZR LEVEL 1 38 1
1. (A0115) EMF 48 REACTOR COOLANT MONITOR 3.0E4 CPM
- 12. 402803) REACTOR COOLANT PUMP A ON ON10FF 2.
(A0829) EMF 51A IN CONT. HI RANGE RAD RON. 7 RtHR
- 13. (D2004) REACTOR COOLANT PUMP B ON ONIDFF 3.
(A0835) EMF 518 IN CONT. HI RANGE RAD MON. 7 RIHR
- 14. 102805) REACTOR COOLANT PUMP C ON ONIOT F 4 (A10091 EMF 36 UNIT VENT GAS. HI HI RANGE 2
RtHR
- 15. 102H06) REACTOR COOLANT PUMP D ON ONIDFF 5.
(A00181 EMF 36 UNIT VENT GAS. HI RANGC 10 CPM
(A0012) EMF 36 UNIT VENT CAS, LOW RANGE 100 CPM
(A0019) EMF 35 UNIT VENT PART., HI RANGE 2 CPM
- 10. (A0iO2p REACTOR COOLANT BORON CONC.
852 PPM 8. (A0013) EMF 35 UNIT VENT PART., LOW RANGE 200 CPM
- 19. (P1305) REACTOR THERMAL POWER 0
1 9. (A0049) EMF 37 UNIT VENT IDDINE 100 CPM
- 23. (A0620p POWER RANGE AVG. LEVEL QUAD. 1 0
1
SECONDARY SYSTEM:
(A1004) STEAM GEN. A LEVEL (WR) 53 1 14 (A0079) EMF 40 CONTAINMENT IUDINE 300 CPM 2. IA1005) STEAM GEN. B LEVEL (WRI 53 1
- 15. (A1368) EMF 10 STEAMLINE 2A RAD MON.
.01 RtHQ 3. (A0970) STEAM GEN. C LEVEL (WRI 53 1
- 16. (A1374) EMF 11 STEAMLINE 2B RAD MON.
.01 _R/HR 4. (A09001 STEAM GEN. D LEVEL (WR) 53 1 17 (A1380) ENF12 STEAMtINE 2C RAD MON. .01 _RIHR 5. (A110/1 STEAM GEN. A STEAM PRE 55URE 350 PSIG
- 18. (A1386) ENF13 STEAMLINE 2D RAD MON.
.01 R/HR 6. (A11131 STEAM GEN. B STEAM PRES 5URE 350 PSIG
(A1119) SIEAM GEN. C STEAM PRESSURE 350 PSIG
- 20. (A1069) UPPER WIND SPEED 6.0 MPH 8.
(A1125) STEAM GEN. D STEAM PRES 5URE 350 P5IG
- 21. (A1183) LOWER WIND SPEED 4.9 MPH 9.
(A1060) TOTAL 5/G A FEEDWATER FLOW 0.06 Mt.0/HR
- 22. (A12001 LOWER TO UPPER DELTA-i
-0.28 DEG C
- 10. (A1066) TOTAL SIG B FEEDWATER FLOW 0.06 MLB/HR
- 23. (A1075) UPPER WIND DIRECTION 65 11 (A1072) TOTAL 5/G C FEEDWATER FLOW 0.06 MLDIHR 24 IA1189 LOWER WIND DIRECTION 61
- 12. (A1078) TOTAL 5/G D FEEDWATER FLOW 0.06 MLB/HR
- 25. (A07631 PRECIPITATION IN LAST 15 MIN.
0.00 IN 13. (A0870) AUX. FEEDWATER FLOW TO 5/G A 0.0 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 16.1 DEG C 14.
(A0084) AUX. FEEDWATER FLOW 10 5/G B 0.0 GPM
- 27. (A0863) UNIT VENT STACK FLOW 1,2E5 CFM 15.
(A0870) AUX. FEEDWATER FLOW TO SIG C O.0 GPM 16. (A0GT28 AUX. FEEDWATER FLOW 10 5/G D 0.0 GPM
- AUXILIAHYIINJECTION SYSTEMS
. (A0158) CHARG. PUMP DISCH. HEADER FLOW 200 GPM 2. (A00561 RESIDUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. 1D0970) CLNTRIFUGAL CHARGING PUMP A ON ON/DFF 4. (00620) CENTRIFUGAL CHARGING PUMP B ON ONIDFF 5. 103574) SAFETY INJECTION PUMP A OFF UNIDFF 6. 603576) 5AFETY INJECTION PUMP B 0FF ONIDFF 7. (A07643 LETDOWN HX OUTLET FLOW 45 GPM m :._ m - m--- = -.- 3-,-._ c.s. g 17.,. _. m.7, w.;;,~' -
- _ e-
~ .s k,). ~ .Q-W- McGuire Nuclear Station PAGE' '2 ' INI T 2 PLANT DATA AND STATUS INFORMATION 'DATE 10/15/96 .LANT STATUS TIME 0730 7 - ADDITIDMAL INFORMATIOMi 1. (A0070) IN-CORE TEMP A06 T/C #1~ 831 DEG F-2.' (A0268) IN-CORE TEMP A10 T/C #2 -431 DEG'F 3. (20274) IN-CORE TEMP C04' TIC #3 431 DEG F 4 (CO2003 IN-CORE TEMP C06 T/C #4 431 DEG F' ~5..tA02863 IN-CORE TEMP C08 T/C 85 431 DEC F' 6. 1D35723 CONTAINMENT SPRAY PUMP A-OFF ON/OFF 7..(D3573) CONTAINMENT SPRAY PUMP B OFF OMIOFF 4 O. ID10423 RESIDUAL' HEAT ' REMOVAL PUMP. A OFF ONIDFF~ 9 4009683 RESIDUAL HEAT REMOVAL PUMP.B__, OFF ONIDFF" 16J tA13123 RVLIS TRAIN A DYNAMIC HEAD iDIP)- 101 tVALIDI 1
' 12. (A1306) RVLIS TRAIN A LOWER RANGE ILR) 70 tINVALIDI 1
- 13. IA1324) RULIS TRAIN B DYNAMIC HEAD IOtPI 101 4UALIDI 1
i
'15& IA13303 RVLIS-TRAIN B LOWER RANGE (LR) 70 tINVALIDI _1 i ( s t ~ -w w. McGuire Nuclear Statinn PAGE 1 PLANT DATA AND STATUS INFORMATION DATE 10/15/86 NIT 2 TIME 0745 LANT STATUS D. CONTAINMENT SYSTEMS: -PRIMARY SYSTEM: 1. (A09651 NC LOOP A HOT LEG (WR) 412 DEG F 1. (A0785) CONTAINMENT PRESSURE .13 PSIG 2. (A0971) NC LOOP B HOT LEG (WRI 412 DEG F 2. (A12281 LOWER CONT. AMB. AIR TEMP A 114 DEG F 3. (A09771 NC LOOP G HDT LEG (WR) 412 DEG F 3. (A1204) UPPER CONT. AMB. AID TENP D 99 DEG F 4. (A09833 NC LOOP D HOT LEG (WR8 412 DEG F 4. IA10413 CONTAINMENT SUMP LEVEL TR. A 0.0 FT 5. tA10613 NC LOOP A COLD LEG (WR) 412 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR. B 0.0 FT 6. (A1067) NC LOOP 8 COLD 1.EG (WRI 412 DEG F 6. (A08483 CONTAINMENT H2 CONCEN. TR, A 0.0 1 7. (A1073) NC LOOP C COLD LEG (WR) 412 DEC F 8. (A1079) NC LOOP D COLD LEC (WR) 412 DEG F E. ENVIRONMENTAL SYSTEMS: 9. EA0826) NC SYSTEM PRES 5URE (WR) 551 PSIG
- 10. (A111DI PZR PRES 5URE 1 1700 PSIG
- 11. (A11241 PZR LEVEL 1 45 1.
(A0115) EMF 48 REACTOR COOLANT MONITOR 3.0E4 CPM
- 12. 1D2803) REACTOR COOLANT PUMP A ON ONIDFF 2.
(A0829) EMF 51A IN CONT. HI RANGE RAD MON. 7 R/HR
- 13. 102804) REACTOR COOLANT PUMP B ON ON/0FF 3.
IA08353 EMF 51D IN CONT. HI RANGE MON. 7 R/HR
- 14. (028053 REACTOR COOLANT PUMP C ON ON/DFF 4.
IA10093 EMF 36 UNIT VENT GAS, HI HI RANGE 2 R/HR
- 15. (D2806) REACTOR COOLANT PUMP D ON ON/0FF 5.
(A00181 EHF36 t! NIT VENT GAS, HI RANGE 10 CPM
. (A00121 EMF 36 UNIT UENT GAS, LOW RANGE 100 CPM 17_ (A1206) SOURCE RANGE LEVEL CH. 2 1.0E+02 CPS 7. (A00191 EMF 35 UNIT UENT PART., HI RANGE 2 CPM 18. (A0602) REACTOR COOLANT BORON CONC. 865 PPM 8 (A0013) EMF 35 UNIT VENT PART., LOW RANGE-200 CPM
- 19. (P1385) REACTOR THERMAL POWER 0
9. (A00493 EMF 37 UNIT VENT IODINE 100 CPM
- 20. (A06281 POWER RANGE AUG. LEVE L QUAD. 1 0
(A1004) STEAM GEN. A LEVEL (WR) 53
(A10053 STEAM GEN. 8 LEVEL (WR) 53
.01 R/HR 3. (A0970) STEAM GEN. C LEVEL (WRI 53 1
- 16. (A13741 EMF 11 STEAMLINE 28 RAD MON.
.01 R/HR 4. (A0998) STEAM GEN. D LEVEL (Uni 53
- 17. (A1380) EMF 12 STEAMLINE 2C OAD MON.
.01 R/HR 5. tA110ie STEAM GEN. A STEAM PRESSURE 270 PSIG 18. (A1386) EMF 13 STEAMLINE 2D RAD MON. .01 R/HR 6 (A11131 STEAM GEN. B STEAM PRES 5URE 270 PSIG
(A11198 STEAN GEN. C STEAM PRES 5URE 270 PSIG
- 20. (A1069) UPPER WIND SPEED 5.9 MPH 8.
IA1125) STEAM GEN. D STEAN PRESSURE 270 PSIG
- 21. (A11838 LOWER WIND SPEED 5.0 MPH 9.
(A10603 TOTAL 5/G A FEEDWATER FLOW 0.06 MLB/HR
- 22. (A12001 LOWER TO UPPER DELTA-T
-0.29 DEG C
- 10. (A1066) TOTAL SIG B FEEDWATER FLOW 0.06 MLB/HR
- 23. (A1075) UPPER WIND DIRECTION 63
- 11. (A1072) TOTAL 5/G C FEEDWATER FLOW 0.06 MLB/HR
- 24. iA1!89) LOWER WIND DIRECTION 38
- 12. IA1078) TOTAL 5/G D FEEDWATER FLOW 0 06 MLB/HR
- 25. (A07639 PRECIPITATION IN LAST 15 MIN.
0.00 IN 13. (A0890) AUX. FEEDWATER FLOW TO 5/G A 0.0 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 16.7 DEC C 14.
(A0084) AUX. FEEDWATED FLOW TO SIG B 0.0 GPM 27, (A08631 UNIT UENT STACK FLOW 1.2E5 CFM
- 15. (A0078) AUX. FEEDWATER FLOW TO SIG C 0.0 GPM
- 16. (A0872) AUX. FEEDWATER FLOW TO 5/G D 0.0 GPM AUX 1LIARY/ INJECTION SYSTEMS:
1. (A0/58) CHARG. PUMP DISCH. HEADER FLOW 200 GPM 2. IA00569 RESIDUAL HEAT REMOVAL HX RETURN FLOW O GPM 3. 100970) CENTRIFtIGAL CHARGING PUMP A DN ON/0FF 4. t00620) CENTRIFUGAL CHARGING PUMP B ON ON/0FF 5. 1D35743 5AFETY INJECTION PUMP A UFF ONIDFF 6. (035768 SAFETY INJECTION PUMP B DFF ON/0FF 7. (A07641 LETDOWN HX OUTLET FLOW 45 GPM g~/ - c- - - ' 7-7,:. - = : cc:;7.- - '-w -g- -=,. = <=-- ~ ,m7 - ~-, y 7 ::. -f'N _ f% - 1-~ ^ - Ac' ~ f. 1,a ni ~ - ~ ~ McGsire NascIear Station
- PAGE 2"
~4' UNIT 2' ' PLANT DATA AMD STATUS'INFCRMATION DATE 19/15/94 -
- PLANT STATUS
. TIME 0745 ~ P. A03ITIONAL INFORMATION: 1. IA0070) IN-CORE TEMP A06 T/C #1-413 ' DEG F 2.-tA0268) IN-CORE TEMP AIO T/C #2 413 DEG F 3J'tA02741 IN-CORE TEMP C04 T/C #3 413 DEG F- ? tJ. (A02803 IN-CORE TEMP C06 T/C #4-413 DEG F-5. (A02861-IN-CORE TEMP COB T/C #5 413 DEG F' -6..ID3572) CONTAINMENT SPRAY PUMP A OFF OMIDFF 7 (D35739 CONTAINMENT SPRAY PUMP B OFF ON/OFF.. .D. ID10423 RESIDUAL HEAT REMOVAL PUMP A OFF ONIDFF-9 (D0968) RESIDUAL HEAT' REMOVAL PUMP B OFF ON10FF
- 10. (A1312) RVLIS TRAIN A DYNAMIC HEAD (D/P4 99 (VALIDI 1~
- 11. IA13005 RVLIS TRAIN A UPPER RANGE (UR) 64 4INVALIDI 1
- 12. IA1306) RULIS TRAIN A LOWER RANGE-(LRI 70 tINVALIDI 1 13, (A13248 RVLIS TRAIN B DYNAMIC HEAD ED/PI 99 (VALIDI 1
14 tA13363 RVLIS TRAIN B UPPER RANGE (URI 64 4INVALIDI i 15.. (A1330) RVLIS TRAIN 8 LOWER. RANGE (LR) 70 tINVALIDI 1-1 4 w E e {_ ~ "'~ .-w., ,.w m.. .y-+.~,- v4..v-.y.v.... ,,m,.,ww,-.-w.,;,ww-E...-~,..,,v,.,,..~,,.-
- ...w,
-.. 7 4- .e. .,,,,...,.. -,. ~.., .,.rce_-w-m%...s.,-,,. FF C C 3 RRR QRRR IGC MHHHMMMMMMMMMMHHHHMHiG CM l SEET'T P#I/PPPPPPPPPPttI/PPPE 7EF ~ PODFF1 C C C C_C C C C C C C C_C C R R N R C M M P 1DC 6 ~ 80 1 0 4 158 E 10 07 7R0020000 4 0 0 11 1 10 / j10 0001E200 V 0 0 1 0 4 4 9 0 0 0 3 1 216 5 5 9 08 1 1 1 9 1 0257 0 . 5 . 1 O00 2 65 6 E 6 4 0 012 EEE . l E GTM Nl E E G 1 AAI OOG EG N PDT MMN EGN A R AEGNA R ABA ODDRGNAR E E N = AB TAA NAR GEGE .I I IRRIAR W NGNG NNNNH M PPRRR N HR IO ANAN OOOO MMTTT OEE WHL RARAEMMMM, 5 EE MGGIIO R RN 1E TTLL. NNHHL,,E W W IDDDDH T R EEN TAA .NOIOIDAAAAC TU ERRVVE NRR,, ,TTILHLHORRRRS-ANNSTM RIIEEC A SS5RRD I I TDDAAO UAALLN L I'IAAAAAD,,,, ABCDD LIILRL S O OHHGGGPPITTTTT2222 ETT EF S..PPC O NNNNN EDDDCCNP EDEMM C TTTTTTEEEEEEEEETEE EEIMK RMMUU2 TTNNNNNNMMMMMNNNNSEERRR EC PAASSH RNNEEEEEENNNNNIIIIAPPEIINTA OCOVVVVVVIIIIILLLLWSSPDDD T T. TCC AAAAAMMMM P IRS .TTT NTTNNN S C TTTTTTTTTTTAAAA.DDUDDTI
- ENNEEE M ANNIIIIIINNNNNCEEEQNN NWAAT S MOOMMM E EIINNNNNNOOODDTTTTIIIOIIT N
M NCCNNN T R UUUUUUCCCCCSSSSLWWTWWITE E I III S 0B PNV T ARRAAA Y 9116665578899001239RRRRRIE N S TEETTT S 4553333333333411114 EEEEECIT O Y NWPNNN FFFFFFFFFFr/FFFFFFFPWWPWEBI f I S OOPOOO L MMMMMMMMI MMl MMMMMMMPOOPDRMN T CLUCCC A EEEEEEEEEEEEEEEEEEEULLULPAU A T T nM N N 1 331)11)111) 1 )) 1 ) ) 11) 1 s) )I ) ) 1) 1 ) 1 oR E 584158 E 5957829395173984067930393B3 iO M 820474 M 133011114566776788268078616 tF-N 722068 N 18B000000000003333101201728 aN I 011100 O 00O100300000001111011111010 tI A AAAAAA R AAAAAAAAAAAAAAAAAAAAAAAAAAA S T ((( ( ( ( I ((( ( ((( ((( ( I ( ( ( ( ( ( ( ((((((I I ~ S N V rU O N aT C 1234S6 E 123456789o12345678901234567. eA t11111111122222222 s lT ^ eS D E oNDN eA FFFF RRRR FFFF r FFFFFFFF FFFF HHHH FFFF iA GG D000 GGGGJ/// ODDD uT GGGGGGGGII I#/1SSM IIIIBBBBMMMM MMIII/M GA' EEEEEEEESS NNNNPPP SSSSLLLLPPPP PPNNNNP D D D D D D_D_D P P % O O O O C C P 1 % 1%%%PPPPMMMMGGGG GGOUOOG cD' M T NA 0 LP 22 0 0 0 0 0 00 0 W + + 20 0 5 555 0 0 0 0 2 GN N F F 5 EE 8 33 3 300 0 0 0 0 0 0 LO O F F 4 00 0 0 0 0 007 06N N N N OO 8 5555 3333 F 0 0 9 9 9 9 99 9 97 0 5GD OO 2 2 22 0 0 00 3333 3 3 334 7 1 1 N 1 1 WR OU ABCD LT D EEEE FEAB C A PRRRWWWWGGGG R N U 0UUUOOOOII// R PP 12O Q 5555LLLLSS55 EXMM C 5SSSFFFF DHUUAB ) I)l I I I ) I RRRaR ABOD.. L RRRREEEE OO0O A PP W )t) 8 RRRRWWWWu HHN4E WWWWRRRRRRRRTT1T EL PPO WWWW( PPPPCCOEV PPPPEEEE HAGGMML (( ( t ( ( ( ( NMMM RWE TTTTWWWW VNNUUF (( (( GGGGE UbUULLOOL LLLLMMMMAAAAOOOO .OIIPP GGGGEEEER PPPPEEBP EEEEAAAAWWWWLLLL
- HMGG T
EEEELLLLU VV VVVVEEEEDDDDFFFF S CERRNNE LLLL S TTTTEETLG EEEETTTTEEEE M SRAAOOL y-DDDDS1 NNNNLLNAV LLLLSSSSEEEERRRR E I HHIIT TTTTLLLLE AAAA AMA FFFFEEEE T DTCCTTU OOOOOOOORE LLLLEELR ABCDABCD TTTT S A CCO HHHHCCCCPR1OOOOGGOEE ABCDAAAA Y PELLEE U OCOONNOHG WWWW S MHAAJJX ABCDABCDMSLCCCCAACTN NNNNNNNNGGGGDDDD U GGNNH ESE RR A EEEEEEEEI///EEEE N PLUUII PPPPPPPPTEVRRRR RRR GGGGGSGGS555EEEE O AFF N OOOOOOOOSREOOOOEEOO FFFF I .UIIYYW OOOOOOOOYPLTTTTCCTTR M MMMMMMMMLLLL T GDRRTTO
- LLLLLLLLS CCCCRRCCE E AAAAAAAAAAAA...
C RITTEED M RRAAAAUUAAW T EEEEEEEETTTTKXXX E ASNNFFT gv 2 E CCCCCCCCCZZEEEEOOEEO S TTTTTTTTOOOOUUUU J HEEEAAE T NNNNNNNNNPPRRRRSSRRP Y SSSSSSSSTTTTAAAA N CRCC5SL p S S I Y 111 8 1 1) 1 )) 1 1 ) ) 1 )9 ))3 )) ) ) ) ) 3 1 8 ) )1 3 ) )) / 3 1 3 3 ) ) 3 S S 51731739684345676258 Y 4508739506280482 Y 8600464 U 67786677212000070082 R 0078011266779877 R 5572776 T Y 99990000811880812636 A 0099111100008808 A 7896557 A R 00001111011E22211010 D 1100111111110000 I 0000330 T A AAAAAAAAAAAD0D0AAAPA N AAAAAAAAAAAAAAAA L AA00DDA S M (( ( ( ( (4 I 4( ( I 1 (1( I (( I O ( ( ( ( ( ( ( (( ( I I (( ( ( I ( ( 1 ( I ( ( I C X T R . E TN P 1234$678901234567890 S 1234567890123456. U A 1234567 IA 11111111112 11111 11 NL I s 7 ,y. )., y-t ) .. n ' (,/ ' - \\,,,/ ^ f ~ ~ m .e McGuire Nuclear Station PAGE 2-JNIT'. PLANT DATA AND STATUS INFORMATION DATE-10/15/86
- .v-2 g ' ','
LANT STATUS TIME 0800 . ADDITIONAL INFORMATION: ~ 1. (A0070) IN-CORE TEMP A06 T/C #1 391 DEG F' t
- 2. (A0268) IN-CORE TEMP A10 T/C 82 391 DEG F 3.
(A02741'IN-CORE TEMP C04 T/C #3 391 DEG F 4.:(A02001 IN-CORE TEMP C06 T/C 44 391 DEG F 5. (A0286) IN-CORE TEMP COB T/C 85 391 DEG F 6. (D3572) CONTAINMENT SPRAY PUMP A 0FF UNIDFF 7. (D3573) CONTAINMENT SPRAY PUMP B - 0FF ONIDFF 8. (010421 RESIDUAL HEAT REMOVAL PUMP A 0FF ON/0FE i 9. t('09681' RESIDUAL HEAT REMOVAL PUMP B 0FF GN/DFF 10.-(A1312) RULIS TRAIN A DYNAMIC HEAD (D/P) 97 (VALID)
- 11. (A13001 RULIS TRAIN A UPPER RANGE (URI 64 (INVALIDI %
.12. (Al?O61 RULIS TRAIN A LOWER RANGE (LR) 70 (INVALID) '13;-(A134H RVLI5 TRAIN B DYNAMIC HEAD (D/P) 97 (VALID) 1
- 14.. ( A 135,, t RULIS TRAIN B UPPER RANGE (UR) 64 (INVALID) %
- 15. (A133: 1 RULIS TRAIN B LOWER RANGE (LR) 70 (INVALID) %
w . ~ y m, r '(. .) \\ /" QJ %./ J,; A McGuire Nuclear'5tation-PAGE 1 INIT 2 PLANT DATA AND STATUS INFORMATION-DATE 10/15/86 >LANT STATUS TIME 0815 ' ). PRIMARY SYSTEM: D. CONTAINMENT SYSTEM 5: 1. (A09651.NC LOOP A HOT LEG (WR) 372 DEG F 1. (A0785) CONTAINMENT PRES 5URE .15 __PS IG. 2. (A0971) NC LOOP B HOT LEG (WR) 372 DEG F 2. (A1228) LOWER CONT. AMB. AIR TEMP A 114 DEG F 3. (A0977) NC LOOP C HOT LEC (WRI 372 DEG F 3.-(A1204) UPPER CONT. AMB. AIR TEMP-B 100 DEC F 4. (A0983) NC LOOP D HOT LEG (WR) 3/2 DEG F 4. (A1041) CONTAINMENT SUMP LEVEL TR. A 0.0 FT' '5. (A10611 NC LOOP A COL 3 LEG (WR) 372 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR; B 0.0 FT 6. (A1067) NC LOOP 8 COLD LEG (WR) 372 DEG'F 6. (A0848) CONTAINMENT H2 CONCEN. TR. A 0.0 7. (A10731 NC LOOP C COLO LEG (WR) 372 DEG F 8. (A10791 NC' LOOP D COLD LEG (WR) 3/2 DEG F E. ENVIRONMENTAL SYSTEMS: 9. (A0826) NC SYSTEM P9E550RE FWR) 350 PSIG
- 10. (A1118) PZR PRES 5URE I 1700 PSIG 11.'(A11243 PZN LEVEL 1 72 1.
(A01151 EMF 48 REACTOR COOLANT MONITOR
- 3. 0E4 '
- 12. (DP803) FEACTOR COOLANT PUMP A DN ONIOFF 2.
(A0829) EMF 51A IN CONT. HI RANGE DAD NON. 7 R /IIR 13; (D2804) REACTOR COOLANT PUMP B ON ON/07F 3. (A08353 ENF518 IN CONT. HI RANGE RAD MON. 7 R/HR 14 (D2005) PEACTOR COOLANT PUMP C_ ON ON/0FF 4. (A1009) EMF 36 UNIT UENT GAS, HI flI RANGE 2 R/HR
- 15. (02806) REACTOR COOLANT PUMP D ON ON/0FF 5.
(A00183 ENF36 UNIT UENT GAS, HI RANGE 10 CPM
(A0012) EMF 36 UNIT VENT GAS, LOW RANGE _100 -CPM
- 17. (A1206) SOURCE RANGE LLUEL CH. 2 1.0E+02 CP5 7.
(A00193 EMF 35 UNIT VENT PART., HI RANGE 2 CPM
- 18. TA0603) REACTOR COOLANT BORON CONC.__
900 PPM 8. (A00133.ENF35 UNIT UENT PART., LOW RANGE 200 CPM
- 19. (P1985) REACTOR THERMAL POWER __
0 9. (A00491 EMF 37 UNIT UENT IODINE 100 CPM
- 20. (A0620) POWER RANGE AVG. LEVEL QUAD. 1 0
. SECONDARY SYSTEM:
- 13. (A0073) EHF39 CONTAINMENT. HI RANGE 20 CPM 1.
(A1004) STEAM GEN. A LEVEL (WR) 53
(A1005) STEAM GEN. O LEVEL (WR) 53
- 15. (A1368) ENF10 STEAMLINE 2A RAD MON.
.01 ~~~ CPM R/HR 3. (A0970) STEAM GEN. C LEVEL (WR) 53
- 16. (A1374) EMF 11 STEAMLINE 2B RAD MON.
.01 RIHR 4. (A0908) STEAM GEN. D LEVEL (WR) 53
- 17. (A1380) EMF 12 STEAMLINE 2C RAD MON.
.01 R/HR 5. (A1107) STEAM GEN. A STEAM PRES 5URE 180 PSIC
- 18. (A1386) ENF13 STEAMLINE 2D RAD MON.
.01 R/HR-6. (A11131 STEAM GEN. B STEAM PRESSURE 100 PSIG
- 19. (A01271 EMF 49 LIQ. WASTE DISCH., HI RANGE-10 CDM 7.
(A1119) STEAM GEN. C STEAM PRESSURE 180 PSIG
- 20. (A10691 UPPER WIND SPEED 6.1 MPH 8.
(A1125) STEAM GEN. D STEAM PRES 5URE 180 PSIG
- 21. (A1183) LOWER WIND SPEED 5.2 MPH.
9. (A1060) TOTAL 5/G A FEEDWATER FLOW 0.05 ML8/HR
- 22. (A12003 LOWER TO UPPER DELTA-T
-0.30 DEG C
- 10. (A1066) TOTAL 5/G B FEEDWATER FLOW 0.05_
MLB/HR
- 23. (A1075) UPPER WIND DIRECTION TO 11.
(A1072) TOTAL 5/G C FEE 0 WATER FLOW 0.05 HLB /HR
- 24. (A1189) LOWER WIND DIRECTION 62
- 12. (A1078) TOTAL 5/G D FEEDWATER FLOW 0.05 MLB/HR
- 25. (A0763) PRECIPITATION IN LAST 15 MIN.
0.00 IN
- 13. (A0090) AUX. FEEDWATER rLOW TO 5/G A 0.0 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 16.9 DEG C 14.
(A0804) AUX. FEEDWATER FLOW TO 5/G B 0.0 GPM
- 27. (A0863) UNIT UENT STACK FLOW 1.2E5 CFM
- 15. (A00781 AUX. FEEDWATER FLOW TO 5/G C 0.0 GPM
- 16. (A0872) AUX. FEEDWATER FLOW TO 5/G D 0 0 GPM i
AUXILIARY / INJECTION SYSTEMS: 1. (A0750) CHARG. PUMP DISCH. HEADER FLOW 200 GPM 2. (A08561 RESIDUAL llEAT REMOUAL HX RETURN FLOW 0 GPM l 3. (D0970) CENTRIFUGAL LHARGING PUMP A ON ONIDFF 4. (D0620) CENTRIFUGAL CHARGING PUMP B ON ON/OFF 5. (D3574) 5AFETY INJECTION PUMP A 0FF ON/DFF 6. (D3576) SAFETY INJECTION PUMP B 0FF ON/0FF 7. (40764) LETDOWN HX OUTLET FLOW 45 GPM l l l. t v. y. ~ zi l - / l ^ \\/ N_- L/
- u.
-McGuire Nuclear Station PAGE '2' 1 JNIT' 2-1 PLANT. DATA AND STATUS.INFORMATION DATE 10/15/86 ~ - - ~DLANT.5TATUS TIME 0015 ,-y#;' ADDITIONAL INFORMATION: 1. ( A0070 ) -IN-CORE TEMP A06 T /C. 41 372' DEG F 2..tA0260) IN-CORE TEMP A10 T/C 82 372 DEG F
- 3. fA0274).IN-CORE' TEMP C04.T/C 13 372 DEG F O (A0200) IN-CORE TEMP C06 T/C #4 372 DEG -F 5.
(A0206) IN-CORE TEMP COB T/C 45 372-DEG F 6. 103572) CONTAINNENT-SPRAY PU30 A 0FF ON/OFF .7. (D3573) CONTAINMENT' SPRAY Pli? 8 0FF ONIDFF 8. (D10421 RESIDUAL HEAT REMOVA. PUNP A OFF ON/0FF' 9. (D0968) RESIDUAL HEAT REMOVAL PUMP B OFF ON/0FF
- 10. (A1312) RULI5 TRAIN A DYNAMIC HEAD (D/PI 96 (VALIDI
.11. (A13001 RULIS TRAIN A UPPER RANGE (URl_ 64 IINVALID) %
- 12. (A13061'RVLIS TRAIN A LOWER RANGE (LR) 70 IINVALID) %
13.-(A1324? RVLI5 TRAIN 8 DYNAMIC HEAD ID/P3 96 (UALIDI 14.- (A13363 RVLIS TRAIN B UPPER RANGE'IUR) 64 (INVALIDI %
- 15. (A13301 RULIS TRAIN B LOWER RANGE (LQ) 70 IINVALID) 1
. - - -, _ - =. - = -.. - -. .y =
- ~
y -( ) ( f Cf v v McGuire Nuclear Station PAGE '1 l NIT 2 PLANT DATA AND STATUS INFORMATION LATE t-0 /13 / 86 'LANT STATUS TIME 0830 . PRIMARY SYSTEM: D. CONTAINMENT SYSTEMS: 1. (A0965) NC LOOP A HOT LEG (WR) 349 DEC F 1. (A07851 CONTAINMENT PRE 55URE .16 PSIG' 2. (A09713 NC LOOP B HOT LEG (WR) 349 DEG F .2. (A12281 LOWER CONT. AMB. AIR TEMP A 114 DEG F1 3. (A0977) NC LOOP C HOT LEG (WR) 349 DEG F 3. (A1204) UPPER CONT. AMB. AIR TEMP B 100 DEG F 4. (A0903) NC LOOP D HOT LEG (WR) 349 DEG F 4. (A10413 CONTAINMENT SUMP LEVEL TR..A 0.0 FT 5. (A10613 NC. LOOP'A COLD LEG (WR) 349 DEG F. 5. (A0671) CONTAINMENT SUMP LEVEL TR. B 0.0 FT 6. (A1067) NC LOOP B COLD LEG (WR) -349 DEG F 6. (A0848) CONTAINMENT H2 CONCEN. TR. A 0.0 7. (A10731 NC LOOP C COLD LEG (WR) 349 DEG F ~B. (A1079) NC LOOP D COLD LEG (WR) 349 DEG F E. ENVIRONMENTAL SYSTEM 5: 9. (A0826) NC SYSTEM PRES 5URE (WR) 340 PSIG
- 10. (A11183 PZR PRES 5URE 1 1700 PSIG
- 11. (A1124) PZR LEVEL 1 82 1.
IA01151' EMF 48 REACTOR COOLANT MONITOR 3.004 CPM '12. (D2803) REACTOR COOLANT PUMP A ON _0N10FF 2. (A0829) EMF 51A IN CONT. HI RANGE RAD NON. 7 R/HR
- 13. (D2004) REACTOR COOLANT PUMP B ON ONIDFF 3 (A08351 EMF 51B IN CONT. HI RANGE RAD MON.
7 R/HQ
- 14. (D2805) REACTOR COOLANT PUMP C ON ON/0FF 4.
(A10093 EMF 36 UNIT UENT GAS, HI HI RANCE 2 R/HR
- 15. (D2006) REACTOR COOLANT PUMP D ON ON/0FF 5.
(A0018) EMF 36 UNIT UENT GA5, HI RANGE 10 CPM
- 16. (A1177) SOURCE RANGE LEVEL CH. I 1.0E+02 CP5 6.
(A0012) EMF 36 UNIT UENT GA5, LOW RANGE 100 CPM.
(A00193 EMF 35 UNIT UENT PART., HI RANGE 2 CPM
- 18. (A0602) REACTOR COOLANT BORON CONC.
925 PPM 8. (A0013) EMF 35 UNIT UENT PART., LOW RANGE 200 CPM
- 19. (P1385) REACTOR THERMAL POWER 0
9. (A0049) EMF 37 UNIT UENT IDDINE 100 CPM-
- 20. (A0628) POWER RANGE AUG. LEVEL QUAD. 1 0
1
' CPM '3. (A0073) EMF 39 CONTAINMENT, HI RANGE 20 CPM 1. (A1004) STEAM GEN. A LEVEL (WR) 53
(A1005) STEAM GEN. B LEVEL (WR) 53
- 15. (A136BI EMF 10 STEAMLINE 2A RAD MON.
.01 R/HR 3. (A0970) STEAM GEN. C LEVEL (WR) 53
- 16. (A1374' EMF 11 STEAMLINE 2B RAD MON.
.01 R/HR' 4. (A0980) STEAM GEN. D LEVEL (WR) 53
- 17. (A138t> EMF 12 STEAMLINE 2C RAD MON.
.01 R/HR 5. (A1107) STEAM GEN. A STEAM PRESSURE 120 PSIG
- 18. (A1386) EMF 13 STEAMLINE 2D RAD MON.
.01 R/HR 6. (A11138 5 TEAM GEN. 8 STEAM PRESSURE 120 PSIG 19. (A0127) EHF49 LIQ. WA5TE DISCH., HI RANGE 10 CPM 7. (A1119) STEAM GEN. C STEAM PRES 5URE 120 PSIG
- 20. (A10691 UPPER WIND cPEED 6.3 MPH 0.
(A1125) STEAM GEN. D STEAM PRESSURE 120 PSIG
- 21. IA1183) LOWER WIho
'EED 5.3 MPH 9. (A1060) TOTAL 5/G A FEEDWATER FLOW 0 05 MLD/HR
- 22. (A12003 LOWER TO i.
7 DELTA-T -0.30 DEG C
- 10. (A1066) TOTAL 5/G B FEEDWATER FLOW 0.05 MLB/HR
- 23. (A10733 UPPER WIND ; RECTION 71
- 11. (A1072) TOTAL 5/G C FEEDWATER FLOW 0.05 MLB/HR
- 24. (A1189) LOWER WIND DIRECTION 63
- 12. (A1078) TOTAL 5/G D FEEDWATER FLOW 0.05 MLD/HR
- 25. (A07631 PRECIPITATION IN LAST 15 MIN.
0.00 IN
- 13. (A0890) AUX. FEEDWATER Flou TO 5/G A 0.0 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 17.0 DEG C 14 (A0884) AUX. FEEDWATER FLOW TO 5/G B 0.0 GPM
- 27. (A0063) DaIT VENT STACK FLOW 1.2E5 CFM
- 15. (A0878) AUX. FEEDWATER FLOW TO 5/G C 0.0 GPM
- 16. (A0872) AUX. FEEDWAIER FLOW TO 5/G D 0.0 GPM AUXILIARY / INJECTION SYSTEM 5:
1. (A0758) FHARG. PUMP DISCH. HEADER FLOW 200 GPM 2. (A00561 RESIDUAL HEAT REMOUAL HX~ RETURN FLOW 0 GPM 3. (00970) CENTRIFUGAL CHARGING' PUMP A ON ON/0FF 4. (D0620) CENTRIFUGAL CHARGING PUMP B ON ON/DFF 5. (D3574) SAFETY INJECTION PUMP A OFF ON/DFF 6. (D3576) SAFETY INJECTION PUMP B 0FF ON10FF 7. (A0764) LETD0ur4 HX OUTLET FLOW 15 GPM 1 u_____._ -,7 ~ - -~- f-O' {./. Of McGuire Nuclear Station PAGE 2' PLANT DATA AND-STATU5 INFORMATION DATE 10/15/86 I-JNIT 2 . TANT STATUS -TIME 0830 r. '~~ (DDITIONAL.INFORMATION: 1. (A0070) IN-CORE TEMP'A061T/C 41 350 DEG F 2. (A02681 IN-CORE TEMP A10 T/C 42 350 DEG-F 3. (A0274).IN-CORE TEMP C04 T/C 63 350 DEG F-4..IA0280) IN-CORE TEMP C06 T/C.#4 350 DEG F 5. (A0206)-IN-CORE TEMP C08 T/C 95 350-DEG F 6. (D35721 CONTAINMENT SPRAY PUMP A-OFF' ON/0FF 7. (D3573) CONTAINMENT SPRAY PUMP B 0FF ON/0FF-0.!(D1042) RESIDUAL HEAT REMOVAL PUMP A 0FF ON10FF 9. (D0900) RESIDUAL HEAT REMOVAL PUMP B 0FF ON/0FF i
- 10. (A1312) RVLIS TRAIN A DYNAMIC HEAD.(D/P) 94 (UALIDI
' 11. (A13GO).:RULIS TRAIN A UPPER RANGE (URI 64-(INVALID)
- 12. (A1306) RULIS TRAIN A LOWER RANGE'(LR) 70 (INVALID) %
- 13.
(A13243 RVLIS TRAIN B DYNAMIC HEAD (D/P) 94 (VALID)
- 14. (A1336) RULIS TRAIN B UPPER RANGE (UR) 64 (INVALIDI 1
- 15. (A1330) RULIS TRAIN B LOWER RANGE (LR) 70 (INVALID) %
- g-g w s
_f.m_..,,ry %+.-.ws si es. ..w.3 g -p.acm-m ,yv,= 5-
- ge,
,r .y -w y= ( ( ) ) ^ NJ N! l_ ' _ 4 1 _ McGuire Nuclear Station PAGE 1 INIT 2 PLANT DATA AND STATUS.INFORMATION DATE-10/15/86 -LANT STATUS TIME 9840 -1. PRIMARY'5YSTEM: D. CONTAINMENT SYSTEMS: 1. (A09651'NC LOOP A HOT LEG (WR) 230 DEC F 1. (A0785) CONTAINMENT PRESSURE 3.4 PSIG-2. (A0971) NC LOOP B HOT LEG IWRI 230 DEG F 2. IA1228) LOWER CONTa AMB. AIR TEMP A 215-DEG F. 3. (A09771 NC LOOP C HOT LEG (WR) 230 DEG F 3. (A1204) UPPER CONT. AMB. AIR TEMP B 150 -DEG-F .4. (A0983) NC LOOP D HOT LEG (WR) 230 DEG F 4. (A10418 CONTAINMENT SUMP LEVEL TR. A 0.5 FT~ 5. (A1061) NC LOOP A COLD LEG (UDI 230 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR. B 0.5 FT 6..tA1067) NC LOG 7 8 COLD LEG (WR) 230 DEG F 6. tA08481 CONTAINMENT H2 CONCEN. TR. A 0.0 7. (A1073) NC LOOP C COLD LEG (WR) 230 DEG F 8. (A10791 NC LOOP D COLD LEG (WR) 230 DEG F E. ENVIRONMENTAL SYSTEMS: 9. (A0026) NC SYSTEM PRES 5URE (WR) 17 PSIG 10..tA1118) PZR PRESSURE 1 1700 PSIG
- 11. (A11241 PZR LEVEL 1 0
1. (A0115) EMF 48 REACTOR COOLANT MONITOR 3.0E4. CPM
- 12. (D2803) REACTOR COOLANT PUMP A ON ONIDFF 2.
(A08291 EMF 51A IN CONT. HI RANGE RAD MON. 7 R/HR
- 13. (D2804) REACTOR COOLANT PUMP B ON UN/DFF 3.
(A08351 EMF 518 IN CONT. HI RANGE RAD MON. 7 RIHR
- 14. 102805) REACTOR COOLANT PUMP C ON ON/0FF 4.
(A1009) EMF 36 UNIT VENT GA5, HI HI RANGE 2 R/HR
- 15. (D28068 REACTOR COOLANT PUMP D ON ON/0FF 5.
(A0018) EMF 36 UNIT VENT GAS, HI RANGE 10 CPM 16. (A11771' SOURCE RANGE LEVEL CH. I 1.0F+02 CPS 6. (A0012) EMF 36 UNIT VENT CA5, LOW RANGE 120 CPM-
- 17. (A1206) SOURCE RANGE LEVEL CH. 2 1.0E+02 CP5 7.
(A00191 EHF35 UNIT VENT PART., HI RANGE 2 CPM
- 18. (A0602) REACTOR COOLANT BORON CONC._.
993 PPM 8. (A00131 EMF 35 UNIT VENT PART., LOW RANGE 240 CPM
- 19. (P1385) REACTOR THERMAL POWER 0
9. (A00491 EMF 37 UNIT UENT IODINE 110 CPM
- 20. (A06281 POWER RANGE AUG. LEVEL QUAD. 1 0
SECONDARY SYSTEM:
(A1004) STEAM GEN. A LEVEL (WR) 53 1
(A1005) STEAM GEN. B LEVEL turi 53
- 15. (A1368) EMF 10 STEAMLINE 2A RAD MON.
.01 RIHR-3. (A0970) STEAM GEN. C LEVEL (WR) 53 1
- 16. (A1374) EMF 11 STEAMLINE 28 RAD MON.
.01 R/HR 4. (A0988) STEAM GEN. D LEVEL (WR) 53
- 17. (A1380) EMF 12 STEAMLINE 2C RAD MON.
.01 R/HR 5. (A1107) STEAM GEN. A STEAM PRESSURE 40 PSIG
- 18. (A1386) EHF13 STEAMLINE ED RAD MON.
.01 R/HR 6. (A1113) STEAM GEN. B STEAM PRESSURE 40 PSIG
(A1119) STEAM GE4. C STEAN PRESSURE 40 PSIG
- 20. (A10691 UPPER WIND SPEED 6.3 MPH 8.
(A1125) STEAM GEN. D STEAM PRESSURE 40-PSIG
- 21. (A1183) LOWER WIND SPEED 5.3
~ MPH' 9. (A1060) TOTAL 5/G A FEEDWATER FLOW 0.0 MLB/HR
- 22. (A12001 LOWER TO UPPER DELTA-T
-0.30 0EG C
- 10. (A1066) TOTAL 5/G B FEEDWATER FLOW 0.0 MLD/HR
- 23. (A10751 UPPER WIND DIRECTION 71 11.
(A1072) TOTAL SIC C FEEDWATER FLOW 0.0 MLB/HR
- 24. (A1189) LOWER WIND DIRECTION 64
- 12. (A1078) TOTAL 5/G D FEEDWATER FLOW 0.0 MLB/HR
- 25. (A07633 PRECIPITATION IN LAST 15 MIN.
0.00 IN
- 13. (A0090) AUX. FEEDWATER FLOW TO 5/G A
-240 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 17.7 DEG C-
- 14. (A0884) AUX. FEEDWAIER FLOW TO 5/G B 240 GFM
- 27. (A08633 UNIT VENT STACK FLOW 9.0E4 CFM
- 15. (A00783 AUX. FEEDWATER FLOW TO 5/G C 240 GPM
- 16. (A0872) AUX. FEEDWATER FLOW TO 5/G D 240 GPM AUXILIARY / INJECTION SYSTEMS:
1. (A0758) CHARG. PUMP DISCH. HEADER FLOW 200 GPM 2. IA08561 RESIDUAL ltEAT REMOVAL HX RETURN FLOW 0 GPM 3. t00970) CENIRIFUGAL CHARGING PUMP A DN ON/OFF 4. (D0620). CENTRIFUGAL CHARGING PUMP _8 ON ON/0FF c5? ID3574ISAFETYKINJECTION PUMPfAf2 '-- - OFF ~ - ON/DFF ?- GFID3576)E5AFETY;:INJECIION5PUMPLB *c' - - OF F, 4 ' DN / 0FF.
- 7. 'tA0764) LETDOWN HX OUTLET FLOW 0
GPM rr .. : x. = ~.: 1 ' mm r ;p. s L{ 'LJ ( 1- 'w') i McGuire Nuclear Station PAGE 2 JNIT: 2-PLANT DATA AND STATUS INFORMATION DATE 10/15!86 1 'L ANI: ST AIUS . TIME-0840 . ADDITIONAL:INFORMATION: 1: 'tA00701'IN-CORE' TEMP A06 T/C 41 '234 DEG F 2. (A0268)' IN-CORE TEMP A10 T/C 02 234 _DEG F 3._(A0274) IN-CORE TEMP C04 T/C 43 234 DEG F 4.~(A02001 IN-CORE TEMP C06 T/C 84 234. DEG F '5. ( A02861 -IN-CORE TEMP COB T/C #5 234 CEG F
- 6.
(D3572). CONTAINMENT SPRAY PUMP A ON ONIDFF 7.- (D3573) CONTAINMENT 5 PRAY PUMP B ON DN/DFF-8.-(D1042)--RESIDUAL HEAT REMOVAL PUMP A ON ON/OFF-9. 1D09681 RESIDUAL HEAT REMOVAL PUMP B DN ON10FF iP (A13121-AULIS TRAIN A DYNAMIC. HEAD (D/P) 94 (UALIDI i l '; (A13001 RULIS TRAIN A UPPER RANGE (UR) 64 (INVALID) 1 12 'A1306) RVLIS TRAIN A LOWER RANGE (LR) 70 tINVALID) 1. -13, in1324) RULIS TRAIN B DYNAMIC HEAD (DIP) 94-tVALID) 1
- 14... t A1336 ) RULIS TRAIN B UPPER RANGE (UR) 64 (INVALIDI 1
'15 'A'3303 RULIS TRAIN 9 LDWER RANGE (LR) 70 (INVALID) % _ _ -..= -- ._-.=-:~._-----. - - -... :w. n \\ ) \\ f I( v v xj .McGuire Nuclear Station PAGE 1-INIT 2 PLANT' DATA AND STATO5 INFORMATION DATE 10/15/86~ 'L AN T STAIUS TIME 0845 L PRIMARY SYSTEM: 'D. CONTAINMENT SYSTEMS: 1. (A09653 NC LOOP A HOT LEG (WR) 230 DEG F 1. (A0785) CONTAINMENT PRESSURE 3.4 PSIC. 2.-(A0971) NC LOOP 8 HOT LEG (WR) 230 DEG F 2. (A12281 LOWER CONT. AMR. AIR TEMP A 215 DEG F 3. (A0977) NC LOOP C HOT LEG (WRI-230 DEC F 3. (A1204) UPPER CONT, AMD. AIR TEMP B 150 DEG F. 4. (A0983) NC LOOP D HOT LEG (WR) 230 DEG F 4. (A1041) CONTAINMENT SUMP LEVEL TR. A 0.5 FT 5. (A1061) NC LOOP A COLO LEG (WR) 230 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL ~TR. B 0.5-FT 6. (A1967) NC LOOP 8 COLD LEG (WR) 230 DEG F 6. (A08481 CONTAINMENT H2 CONCEN. TR. A 0.0
8. (A1079) NC LOOP D COLD LEG (WR) _230 DEG F 't E. ENVIRONMENTAL SYSTEMS: 9. (A0026) NC SYSTEM PRES 5URE (WR) 17 PSIG .10. (A1118) PZR PRES 5URE 1 1700 PSIG 11, (A1124) PZR LEVEL 1 0 1. (A01151 ENF48 REACTOR COOLANT MONITOR 3.0E4 CPM
- 12. ID2803) REACTOR COOLANT PUMP A ON ON/OFF 2.
(A0829) EMF 51A IN CONT. HI RANGE RAD MON. 7 R/HR
- 13. (D2004) REACTOR COOLANT PUMP B ON ON/0FF 3.
(A0835) EMF 51B IN CONT. HI RANGE RAD NON. 7 R/HR
- 14. (D2805) REACTOR COOLANT PUMP C ON ON/0FF 4.
(A1009) EMF 36 UNIT UENT GAS, HI HI RANGE 2 R/HR
- 15. (D2006) REACTOR COOLANT PUMP D ON ON/0FF 5.
(A0018) EMF 36 UNIT VENT GAS HI RANGE 10 CPM - 16..tA1177) SOURCE kANGC LEVEL CH. 1 1.OE+02 CP5 6. (A0012) EMF 36 UNIT UENT GAS. LOW RANGE 110 CPM
- 17. (A1206) 30URCE RANGE LEVEL CH. 2 1.0Ef02 CP5 7.
IA0019) EMF 35 UNIT UENT PART., HI RANGE 2 CPM
- 18. (A0602) REACTOR COOLANT 3ORON CONC.
993 PPM .8. (A00133 EMF 35 UNIT UENT PART., LOW RANGE 240 CPM
- 19. (P1385) REACTOR THERMAL POWER 0
9. (A0049) EMF 37 UNIT UENT IODINE 110 CPM
- 20. (A0628) POWER RANGE AUG. LEVEL QUAJ. 1 0
(A10041 STEAM GEN. A LEVEL (WR) 53
(A1005) 5 TEAM GEN. B LEVEL (WRI 53
- 15. (A1368) EMF 10 STEAMLINE.2A RAD MON.
.01 R/HR 3. (A0970) STEAM GEN. C LEVEL (WR) 53
- 16. (A1374) EMF 11 STEAMLINE 2B RAD MON.
.01 R/HR 4. (A090GI STEAM GEN. D LEVEL (WRI 53
- 17. (A1380) EMF 12 STEAMLINE 2C RAD MON.
.01 R/HR Sc (A1107) STEAM GEN. A STEAM PRESSURE 40 PSIG
- 18. (A13861 EMF 13 STEAMLINE 2D RAD MON.
.01 R/HR 6. (A1113) STEAM GEN. B STEAM PRES 5URE 40-PSIG
(A1119) STEAM GEN. C STEAM PRES 5URE 40 PSIC
- 20. (A1069) UPPER WIND SPEED 6.3 MPH 8.
(A11251 STEAM GEN. D STEAM PRES 5URE 40 PSIG
- 21. (A1183) LOWER WIND SPEED 5.4 MPH 9.
(A1060) TOTAL 5/G A FEEDUATER FLOW 6.0 MLB/HR
- 22. (A12001 LOWER TO UPPER DELTA-T
-0.31 DEG C
- 10. (A1066) TOTAL 5/G 8 FEEDWATER FLOW 0.0 MLB/HR
- 23. (A10753 UPPER WIND DIRECTION 72
- 11. (A1072) TOTAL 5/G C FEEDWATER FLOW 0.0 MLB/HR
- 24. (A11891 LOWER WIND DIRECTION 66
- 12. (A1078) TOTAL 5/G D FEEDWATER FLOW 0.0 MLR/HR
- 25. (A07631 PRECIPITATION IN LAST 15 MIN.
0.00 IN 13. (A0890) AUX. FEEDWATER FLOW TO 5/G A 240 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 18.3 DEG C'
- 14. (A0004) AUX. FEEDWATER FLOW TO SIG B 240 GPM
- 27. ( c.0863 ) UNIT VENT STACK FLOW 9.0E4 CFM
- 15. (A0870) AUX. FEECWAIER FLOW TO 5/G C 240 GPM
- 16. (A0072) AUX. FEEDWATER FLOW TO 5/G D 240 GPM AUXILIARY / INJECTION SYSTEMS:
1. (A0750) CHARG. PUMP DISCH. HEADER FLOW 200 GPM 2. (A0056) PE5IDUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. (D0970) FENTRIFUGAL CHARGING PUMP A DN ON/DFF 4. (00620) CENTRIFUGAL CHARGING PUMP 8 ON ON/0FF 5. (03574) SAFETY INJECTION PUMP A 0FF ON/UFF 6. 103576) SAFETY INJECTION PUMP B 0FF ON/DFF 7. (A07643 LETDOWN HX OUTLET FLOW 0 GPM .- -w- - --=... 7--- ._.-o.- ma - - - -m ~ C.:; m- +. \\ i i ~
- \\
/ - NJ ~ _,J;.. x McGuire Nuclear Station UNIT. 2-PLANT DATA AND STATUS INFDRF1ATION ' PAGE 2 ' ~. DATE 10/15/86 PLANT STATUS TIME-0845' ~F. ADDITIONAL-IN' FORMATION: 1. (A0070).IN-CORE TEMP A06 T/C 41 234 DEG F-2. (A02688 IN-CORE TEMP A10 T/C #2-234 DEG F '. 3. (A02743'IN-CORE TEMP C04 T/C #3 234 -DEG F 4. (A0280) IN-CORE TEMP C06 T/C '4 234 DEG F 5. (A0206) IN-CORE' TEMP C08 T/C 45 234-DEG F '6. 403572) CONTAINMENT SPRAY PUMP A DN ON/OFF 7. tD3573):CONTAINNENT' SPRAY PUMP B ON ON/0FF 8.'4D10421 RESIDUAL HEAT REMOVAL PUMP A DN ON/0FF-9. (D0968)' RESIDUAL HEAT REMOVAL PUMP B DN ON/OFF'
- 10. IA13121 RULIS TRAIN A DYNAMIC HEAD (D/PI 94 iVALIDI
- 11. (A13001 RULI5 TRAIN A UPPER RANGE (URI 64 (INVALIDI %
- 12. IA1306) RVLIS-TPAIN A LOWER RANGE ILR) 70 tINVALID) 1
- 13. IA1324) HULIS TRAIN'B DYNAMIC HEAD (D/P) 94 eVALIDI
.14. IA1335) RVLIS TRAIN P UPPER RANGE iUR) 64 (INVALIDI %
- 15. IA1330) RULIS TRAIN B LOWER RANGE -(LR) 70 tINVALIDI %
l l l I. e. .,s., .w.--, e-g.,
- w
,--.3 q y-p. y y e y-y e =n r-.g y --.g u. -g-s9-- mm 3 y y _. s I ) ) )- \\_,) %/ -.J McGuire Nuclear Station PAGE 1' < ! *N I T-2 PLANT DATA AND STATUS INFORMATION DATE 10/15/86 TIME 0850
- L AN T.- S I A TUS___
, 'PRINARY SYSTEMi D. CONTAINNENT SYSTEMS: 1. (A09655 NC LOOP A HOT LEG (WR) 145 DEG F 1. (A07851 CONTAINMENT PRES 5URE 2.0 PSIG' 2. (A09711 NC LOOP B HOT LEG (WR) 145 DEG F 2, IA1228) LOWER CONT. AMB. AIR TEMP A 201 DEG F '3. (A09771 NC LOOP C HDT LEG (WR) 145 DEG F 3. (A1204) UPPER CONT. AMB; AIR TEMP B 120 DEG F" '4. (A09833 NC LOOP D HOT LEG (WR) 145 DEG F 4. (A10413 CONTAINMENT SUMP LEVEL TR. A 4.0 FT 5.'tA10611 NC LOOP A COLD LEG (WR) 141 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR. B 4.0-FT. 6. (A10671.NC LOOP B COLD LEG (WR) 141 DEG F 6. (A0848) CONTAINMENT H2 CONCEN. TR. A 0.0 7 (A10731 NC LOOP C COLD LEG (WR) 141 DEG F 8. (A10791 NC LOOP D COLD LEG (WR) 141 DEG F E. ENVIRONMENTAL SYSTEM 5: 9. (A08261 NC SYSTEM PRES 5URE IWR) 5 PSIC
- 10. (A111BI PZR PRES 5URE 1__
1700 PSIG
- 11. (A1124) PZR LEVEL 1 0
1 1. (A01151 EMF 48 REACTOR COOLANT MONITOR 3.0E4 ' CPM
- 12. 802803) REACTOR COOLANT PUMP A 0FF ON/OFF 2.
(A0029) EMFS1A IN CONT. HI RANGE RAD MON. 7 R/HR_
- 13. (D2804) REACTOR COOLANT PUMP B OFF ON/OFF 3.
IA08351 EMF 518 IN CONT. HI RANGE RAD MON. T R/HR-
- 14. (D2805) REACTOR COOLANT PUMP C OFF UNIDFF 4.
IA1009) EMF 36 UNIT VENT GAS, HI HI RANGE 2 R/HR
- 15. 102806) REACTOR COOLANT PUMP D OFF ON/OFF 5.
(A0018) EMF 36 UNIT VENT GAS, HI RANGE 10 CPM
- 16. (A1177) SOURCE RANGE LEVEL CH. 1 1.0E+02 CP5 6.
(A0012) ENF36 UNIT VENT GAS, LOW RANGE 110 CPM
- 17. (A1206) SOURCE RANGE LEVEL Cil. 2 1.0E+02 CP5 7.
(A0019) EMF 35 UNIT UENT PART., HI RANGE 2 CPM-
- 18. (A0602) REACTOR COOLANT BORON CONC.
1180 PPM 8. (A0013) ENF35 UNIT VENT PART., LOW RANGE 240 CPM
- 19. (P13851 REACTOR THERMAL POWER 0
9. (A0049) EMF 37 UNIT VENT IODINE 110 CPM
- 20. (A0628) POWER RANGE AVG. LEVEL QUAD. 1 0
+
(A1004) STEAM GEN. A LEVEL (WR) 58 14 (A0079) EMF 40 CONTAINMENT IDDINE 700 CPM 2. (A1005) STEAM GEN. B LEVEL (WRI 58
- 15. (A13681 EMF 10 STEAMLINE 2A RAD MON.
.01 R/HR' 3..tA0970) STEAM GEN. C LEVEL (WR) 58 1
- 16. (A1374) ENF11 STEAMLINE 2B RAD MON._.
.01 R/HR ' 4. (A0980) 3 TEAM GEN. D LEVEL (WRi SB
- 17. (A1380) EMF 12 STEAMLINE 2C RAD MON.
.01 R/HR 5. (A1107) STEAM GEN. A STEAM PRESSURE 46 PSIG
- 18. (A1386) EMF 13 STEAMLINE 2D RAD MON.
.01 R/HR 6. (A11133 STEAM GEN. B STEAM PRESSURE 46 PSIG 19. (A01271 EMF 49 LIQ. WA5TE DISCH., MI RANGE 10 CPM 7. IA1119) STEAM GEN. C STEAM PRESSURE 46 P5IG
- 20. (A1069) UPPER WIND SPEED 6.4 MPH 8.
(A1125) SIEAM GEN. D STEAM PRES 5URE 46 P5IG
- 21. (A1183) LOWER WIND SPEED 5.4 MPH 9.
(A1060) IJTAL 5/G A FEEDWATER FLOW 0.0 MLB/HR
- 22. (A12001 LOWER TO UPPER DELTA-T
-0.31 DEG C
- 10. (A10661 TOTAL SIG B FEEDWATER FLOW 0.0 MLB/HR
- 23. (A10753 UPPER WIND DIRECTION 70
~~
- 11. (A1072) TOTAL 5/G C FEEDWATER FLOW 0.0 MLB/IIR
- 24. (A1189) LOWER WIND DIRECTION 64~
IN
- 12. (A10781 TOTAL SIG D FEEDWATER FLOW 0.0 MLB/HR
- 25. (A07631 PRECIPITATION IN LAST 15 MIN.
0.00
- 13. (A08901 AUX. FEEDUATER FLOW TO 5/G A 100 GPM
- 26. (A12181 AMBIENT AIR TEMPERATURE 18.6 DEG C
- 14. (A0004) AUX. FEEDWATER FLOW TO 5/C B 100 GPM
- 27. (A08633 UNIT VENT STACK FLOW 9.0E4 CFM
- 15. (A0870) AUX. FEEDWATER FLOW TO 5/G C 100 GPM
- 16. (A0872) AUX. FEEDWATER FLOW TO S/G D 100 GPM
. AUXILIARY / INJECTION SYSTEMS: 1. (A0758, CHARG. PUMP DISCH. HEADER FLOW 0 GPM 2. (A08563 RESIDUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. (D0970) CENTRIFUGAL CHARGING PUMP A ON ONIOFF 4. (D06201 CENTRIFUGAL CHARGING PUMP B ON ON/DFF 5. (D3574) SAFETY INJECTION PUMP A ON ONIDFF 6. (D3576) 5AFETY INJECTION PUMP B ON ONIDFF 7. (A07641 LETDOWN HX OUTLET FLOW 0 GPM m -~ _ . _ m _ _.. _ _ _ - y. 2-- -:- s,.m -;.~,. (, ^ ,i / - - ' \\.
- McGuire Nuclear Station <
.PAGE -2 ' NIT-2 PLANT DATA-AND'5TATUS INFORMATION DATE 10/15186 LANT STATUS. TIME 0850 l., 'A!DITIONAL INFORMATION: i 1._ (A0070) IN-CORE-TEMP A06 T/C 41 150 DEG F l' .2. (A0268) IN-CORE TEMP A10'T/C 42 150 DEG F l 3. (A0274)~IN-CORE TEMP C04 T/C 43 150 DEG F 4. (A0280) IN-CORE TEMP.C06 T/C 44 150 _DEC F Si ( A02061 -IN-CORE' TEMP COB T/C 45 150 DEG F 6. (D3572) CONTAINMENT.5 PRAY PUMP A ON ON/DFF
- 7. - t D3573) ' CONTAINMENT SPRAY PUMP B OFF ONIDFF 8.
1010421 RESIDUAL HEAT REMOVAL PUMP A-ON ONIDFF-9. (00968) RESIDUAL HEAT REMOVAL PUMP B OA 'ON/DFF-
- 10. (A13123 RVLIS TRAIN A DYNAMIC HEAD !D/P)
O IINVALIDI % 11..tA13003 RULIS TRAIN A UPPER' RANGE (URI 64 (VALIDI 1
- 12. (A13061 RULIS TRAIN A LOWER RANGE ILR) 60 (VALIDI-13.'IA13241 RULI5 TRAIN B DYNAMIC HEAD tDIPl 0 IINVALID) 1
- 15. (A1330) RULIS TRAIN B LOWER RANGE (LR) 60 (VALID) 1
-..-_.+_------.=,2--.--. c. .. y 7 y f I i ) I b \\_/ \\~' McGuire Nuclear Station PAGE l' ' NIT 2 PLANT DATA AND STATUS INFORMATION DATE 10/15/86 LANT-STATUS TIME 0900 PRIMARY SYSTEM: D. CONTAINMENT SYSTEMS: 1. (A0965) NC-LOOP A HOT LEG tWRl____ 145 DEG F 1. (A0785) CONTAINMENT PRES 5URE 2.0 PSIG-2. (A0971) NC LOOP B HOT LEG-(WR) 145 DEG F 2. (A1228) LOWER CONT. AMB. AIR TEMP A 201 DEG F 3.tA09773 NC LOOP C HOT LEG (WR) 145 DEG F 3. (A1204) UPPER CONT. AMB. AIR TEMP B 120 DEG F 4. (A0983) NC LOOP D HOT LEG (WR) 145 DEG F 4. (A10411 CONTAINMENT SUMP LEVEL TR. A 7.0 FT 5. (A1061) NC LOOP A COLD LEG (WR) 141 DEG F 5..(A06711 CONTAINMENT SUMP LEVEL TR. B 7.0 FT. 6. (A1067) NC LOOP O COLD LEG (WR) 141 DEG F 6. (A00481 CONTAINMENT H2 CONCEN. TR. A 0.0 7. (A10731 NC LOOP C COLD LEG (WRI 141 DEG F 8. (A10791 NC LOOP D COLD LEG (WRI 141 DEG F E. ENVIRONMENTAL SYSTEMS: 9. (A08261 NC SYSTEM PRES 5URE (WR) 5 PSIG
- 10. (A1118) PZR PRES 5URE 1 1700 PSIG
- 11. (A1124) PZR LEVEL 1 0
1. (A0115) EMF 48 REACTOR COOLANT MONITOR 3.0E4 CPM
- 12. (D2803) REACTOR COOLANT PUMP A 0FF ONIDFF 2.
(A08291 EMF 51A IN CONT. HI RANGE RAD MON. 7 R/HR -13. 102804) REACTOR COOLANT PUMP B 0FF ONIOFF 3. (A0835) EMF 51B IN CONT. HI RANGE RAD MON. 7 R/HR 14. (D2805) REACTOR COOLANT PUMP C OFF ONIOFF 4. (A10091 EMF 36 UNIT VENT GA5, HI HI RANGE 2 RIHR. 15. (D2806) REACTOR COOLANT PUMP D OFF ONIDFF 5. (A001e; EMF 36 UNIT VENT GAS, HI RANGE 10 CPM.
(A0012) EHF36 UNIT VENT GAS, LDW RANGE 120 CPM-
(A0019) EMF 35 UNIT UENT PART., HI RANGE 2 CPM
- 19. 5A0402) REfCTOR COOLANT BORON CONC.
1180 PPM 8. (A00131 ENF35 UNIT VENT PART., LOW RANGE 250 CPM '17. I f 13"'51 REACTOR THERMAL POWER 0 9. (A0049) EMF 37 UNIT VENT IODINE 100 CPM
- 20. (A0628) POWER RANGE AVG. LEVEL QUAD. 1 0
IA0073) ENF39 CONTAINMENT, HI RANGE 20 CPM 1. (A1004) STEAM GEN. A LEVEL (WR) 58
(A10051 STEAM GEN. 8 LEVEL (WR) 50
.01 R/HR 3. (A0970) STEAM GEN. C LEVEL (WR) 58 1
- 16. (A1374) EMF 11 STEAMLINE 2B RAD MON.
.01 R/HR 4. (A0988) STEAM GEN. D LEVEL tuR) 58
- 17. (A13805 EHF12 STEAMLINE 2C RAD MON.
.01 R/HR: 5. (A1107) STEAM GEN. A STEAM PRESSilRE 46 PSIG
- 18. (A1386) EMF 13 STEAMLINE 2D RAD MON.
.01-R/HR 6. (A1113) STEAM GEN. B STEAM PRE 55tlRE 46 PSIG
(A1119) STEAM GEN. C STEAM PRESSURE 46 PSIG
- 20. (A1069) UPPER WIND SPEED 6.7 MPH 8.
(A11251 STEAM GEN. D STEAM PRES 9URE 46 P5IG
- 21. (A11831 LOWER WIND SPEED 5.5 MPH 9.
(A1060) TOTAL 5/G A FEEDWATER FLOW 0.0 MLB/HR
- 22. (A12001 LOWER TO UPPER DELTA-T
-0.31 DEG C
- 10. hA1066) TOTAL 5/G B FEEDWATER FLOW 0.0 MLB/HR
- 23. (A10751 UPPER WIND DIRECTION 68
- 11. (A1072) TOTAL 5/G C FEEDWATER FLOW 0.0 MLB/HR
- 24. (A11091 LOWER WIND DIRECTION 63
- 12. (A1078) TOTAL 5/G D FEEDWATER FLOW 0.0 MLB/HR
- 25. (A07631 PRECIPITATION IN LAST 15 MIN.
0.00 IN
- 13. (A0890) AUX. FEEDWATER FLOW TO 5/G A 100 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 19.2
~~DEG C 14. (A0084) AUX FEEDWATER FLOW TO 5/G B 100 GPM
- 27. (A0863) UNIT VENT STACK FLOW 9.0E4
- 15. (A0070) AUX. FEEDWATER FLOW TO 5/G C' 100
_ GPM ~~CFM 16. (A00721 AUX. FEEDVATER FLOW TO 5/G D 103 GPM AUXILIARY / INJECTION SYSTEMS: 1. (A0750) CHARG. PUMP DISCH. HEADER F8.7.,_ 0 GPM 2. (A0856) RESIDUAL HEAT REMOVAL HX RE 1 FLOW 0 GPM 3. (D0970) CENTRIFUGAL CHARGING PUMP DN ON/0F F 4. (00620) CENTRIFUGAL CHARGING PUHF " ON ON/OFF 5. 1D3574) SAFETY INJECTION PUMP e ON Oi4 / OFF 6. 1D35761 SAFETY INJECTION PUMP B, __ _ DN ON/0FF 7. (A0764) LETDOWN HX OUTLET FLOW O GPM p.
- f%
p y-r- - ~(
- a-f
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- [
\\., [ i '\\ j- \\ L.7, j.? ~ 3 McGuire Nuclear Station.
- PAGE'
'2 JNIT' 2 ' PLANT DATA AND STATUS INFORMAT!f1'4' ~ .DATE. 10/15/86 PLANT STATUS . TIME 0900 ~ ' ADDITIONAL INFORMATION: 1. (A00703.IN-CORE TEMP A06 T/C #1 150 DEG F '2. (A0268) IN-CORE TEMP A10 T/C 42 150 DEG." -3. (A02743 IN-CORE TEMP C04 T/C 43 150 DEG F 4. (A0280) IN-CORE TEMP C06 T/C #4 - 150 DEG F 5. (A02861 IN-CORE < TEMP C08 T/C 45 150 DEG F -6. (D3572) CONTAINMENT SPRAY 1 PUMP A ON ON/0FF
- 7. -(D3573) CONTAINMENT'5 PRAY' PUMP B-OFF ON/DFF-
.8.;(D1042) RESIDUAL HEAT REMOVAL PUMP A_ ON ON/DFF 9. (D09681 RESIDUAL HEAT REMOUAL PUMP B_ ON ON/dFF .10. (A1312) RULIS TRAIN A DYNAMIC HEAD ID/96 0 (INUALIDI % '.11. (A13001 RULI5 TRAIN A UPPER RANGE (URl__ -64 (VALIDI
- 12. (A1306) RULIS TRAIN A LouER RANGE (LR) 60 (VALIDI
- 13. (A1324) RULIS TRAIN B DYNAMIC HEAD (D/P)
O tINVALIG) %
- 14. (A13363 RULIS TRAIN B UPPER RANGE (UR) 64 (VALIDI
'15. (A13303 RVLIS TRAIN B LOWER RANGE (LRI 60 t "t.L I D I n w. y g ,.y.
- .=,,,
.,%.m .,-e y3g <pg., + +- sv ,pq,. ,p-., u ,,,s 3 p 4 y ~ m ] j-- j. ( ) ) \\ _/ w./ l, ~ .NcGuire Nucle.- Station ~PAGE 1 NIT 2 PLANT. DATA Af4D STATUS INFORMATION DATE 10/15/86 LANT STATUS " TIME 0915 PRIMARY SYSTEM: D. CONTAINMENT SYSTEMS: 1. 1609651 NC LOOP A HOT LEG (WR) 145 DEG F 1. (A0785) CONTAINMENT PRES 5URE '1.9 PSIG 2. (A09713 NC LOOP B HOT LEG (WR) 145 DEG F 2. (A12281 LOWER CONT. AMB. AIR TEMP A__ 195 DEG F.- 3. (A0977) NC LOOP C HOT LEG (WR) 145 DEG F 3. (A1204) UPPER CONT. AMB. AIR' TEMP B 11T DEG F 4. (A09831 NC LOOP D HOT LEG (WR) 145 DES F 4. (A10413 CONTAINMENT SUMP LEVEL TR. A 10.0 FT 5. (A10611 NC LOOP.A COLD LEG ( (IR ) 141 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR. B 10.0 FT-6. (A1067) NC LOOP B COLD LEG (WR) 141 DEG F 6. (A0848) CONTAINMENT H2 CONCEN. TR. A 0.0 7. (A10731'NC LOOP C COLD LEC (WR) 141 DEG F 8.. (A1079) NC LOOP D COLD LEG (WR) 141 DEG F E. ENVIRUMMENTAL SYSTEMS: 9. (A0826) NC SYSTEM PRES 5URE (WR) 5 PSIG
- 10. (A1118) PZR PRESSURE 1 1700 P5IG
- 11. (A1124) PZR LEVEL 1___
0 1. (A0115) EMF 48 REACTOR COOLANT NONITOR 3.0E4 CPM
- 12. 102803) REACTOR COOLANT PUMP A 0FF ONIDFF 2.
(A0829) EMF 51A IN CONT. HI. RANGE RAD MON. 7 R/HR
- 13. (D2004) REACTOR COOLANT PUND 8 0FF ON/0FF 3.
(A0835) EMF 51B IN CONT. HI RANGE RAD H3N. 7 R/HR
- 14. (D2805) REACTOR COOLANT PUMP C OFF ON/0FF 4.
(A10091 EMF 36 UNIT VENT GA5l HI HI' RANGE 2 R/HR
- 15. (D2806) REACTOR COOLANT PUMP D OFF ON/DFF 5.
(A0018) EMF 36 UNIT UENT GAS, HI RANGE 10 CPM-
- 16. (A1177) SOURCE RANGE LEVEL CH, 1 1.0L+02 CP5 6.
(A0012) EMF 36 UNIT VENT GAS, LOW RANGE. 180 CPM
- 17. (A1206) SOURCE RANGE LEVEL CH. 2 1.0E+C2 CP5 7.
(A0019) EMF 35 UNIT UENT PART., HI RANGE 2-CPM
- 18. (A0602) REACTOR COOLANT BORON CONC.
1180 .P PM G. (A00131 EMF 35 UNIT VENT PART., LOW RANGE 240 CPM
- 19. (P1385) REACTOR THERMAL POWER 0
9. (A0049) EMF 37 UNIT UENT IODINE 100 CPM '20. (A06281 POWER RANGE AUG. LEVEL QUAD. 1 0
-3.OE4 _ CPM-
- 13. (A0073) EMF 39 CONTAINMENT, HI RANGE 20.
_ CPM 1. (A1004) STEAM GEN. A LEVEL (WR) 58 14. (A0079) EMF 40 CONTAINMENT IDDINE 700 CPM 2. (A1005) STEAM GEN. B LEVEL (WR) 58 4
- 15. (A1368) EMF 10 STEAMLINE 2A RAD MON.
.01 R/HR 3. (A0970) STEAM GEN. C LEVEL (WR) 58
- 16. (A13741 EMF 11 STEAMIYNE 2B RAD MON.
.01 R/HR. 4. (A09881 5 TEAM GEN. D LEVEL (WR) 58
- 17. (A1380) EhF12 STEAMLINE 2C RAD MON.
.01 -R/HR 5. (A1107) STEAM GEN. A STEAN PRESSURE 46 PSIG
- 18. (A1386) EMF 13 STEAMLINE 20 RAD MON.
.01 R /11R 6. (A11131 STEAM GEN. B STEAM PRES 5URE 46 P51G
(A11191 STEAM GEN. 0 STEAM PRESSURE 46 PSIG
- 20. (A10693 UPPER WIND 5FiED o 6
_ MPH 8. (A1125) STEAM GEN. G STEAM PRE 55 uke 46 P5IG
- 21. (A1183 LOWER WIND SPEED 5.6 MPH 9.
(A1060) TOTAL 5/G A FEEDWATER FLOW 0,0 MLB/HR
- 22. 1A12003 LOWER TO UPPER DELTA-T
-0.32 DEG C
- 10. (A1066) TOTAL 5/G B FEEDWATER FLOW 0.0 MLB/HR
- 23. (A10753 UPPER WIND DIRECTION 69
- 11. (A10723 TOTAL 5/G C FEEDWATER FLOW 0.0 MLB/HR
- 24. (A1189) LOWER WIND DIRECTION 64
- 12. (A1078) TOTAL SIG D FEECWATER FlDu 0.0 MLB/HR
- 25. (A0763) PRECIPITATION IN LAST 15 MIN.
0.00 IN 13. (A00901 AUX. FEEDWATER FLOW TO 5/G A 100 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 20_8 DEC C
- 14. (A0884) AUX FEEDWATER FLOW TO 5/G B 100 GPM
- 27. (AOP63) UNIT UENT.5 TACK FLOW 9.0E5 CFM
- 15. (A0873) AUX. FEEDWATER FLOW TO 5/G C 100 GPM-
- 16. (A0072) AUX. FEEDWATER FLOW TO 5/G D 100 GPM AUXILIARY / INJECTION SYSTEMS:
1. (A0750) CHARG. PUMP DISCH. HEADER FLOW 0 GPM 2 (A00561 RESIDUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. (D0970) CENTRIFUGAL. CHARGING PUMP A ON ON/OFF 4. (D0620) CENTRIFUGAL CHARGING PUMP B ON ONIOFF 5. (D3574) SAFETY INJECTION PUMP A ON ON/UFF 6. (D357/: SAFETY INJECTION PUMP B ON ON/OFF 7. (A0764: LETDOWN HX OUTLET FLOW 0 GPM ..a a. s. p, W_ -m: ~ ~"I) /
- McGuire NuclearTStation' PAGE-2
~ ' NIT ~2 PLANT DATA AND STATUS INFORMATION DATE 10/15/86~
- TIME 0915
'LANT STATUS .. ADDITIONAL INFORMATION: 1. (A0070) IN-CORE TEMP A06 1/C 41 150 'DFG F' 2. (A02681 IN-CORE TEMP A10 T/C-#2 150,- DEG F 3.:tA0274) IN-CORE TEMP C04 T/C 43 150 DEG F. 4. (A0280) IN-CORE TEMP C06 T/C 44 150-DEG F-3 5. (A0206) IN-CORE TEMP C08 T/C OS 150 DEG F ^ ~6.-ID3572) CONTAINMENT SPRAY PUMP A DN ON/0FF 7. 103573) CONTAINMENT-SPRAY PUMP.B OFF ONIDFF 8. (D10423 RESIDUAL HEAT REMOVAL PUMP A UN ON/0FF --9. (D0968) RESIDUAL HEAT REMOVAL PUMP 8 ON ON/0FF
- 10. (A1312) RULIS TRAIN A DYNAMIC HEA0 (D/P3-0 (INVALIOl %
- 11. (A13001 RULIS TRAIN A UPPER RANGE-(UR) 64 4 VALID) 1'
-12. (A1306) RULIS TRAIN A LOWER RANGE ILR) 60 (VALIDI 14 IA1324) RVLIS TRAIN D DYNAMIC HEAD (D/P1 0 (INVALID) %
- 14. (A1336) RULIS TRAIN B UPPER RANGE (UR) 64 (VALIDI
- 15. (A13301 RULI5 TRAIN B LOWER RANCE (IR) 60 (VALIDI
W .gs 7- ,t j / /\\/ s /- w a McGuire Nuclear Station -PAGE 't INI T 2 PLANT DATA AND STATUS INFORMATION DATE 10/15/86 'LANT:STATU5 TIME 0930
- . PRIMARY SYSTEM:
D. CONTAINMENT SYSTEM 5: 1.-(A0965) NC LOOP A HOT LEG (WR) 145 DEG F 1. 'A0785) CONTAINMENT PRE 55URE 1.9 PSIG 2.'(A0971) NC LOOP B HOT LEG (WR) 145 DEG F 2. (A1220) LOWER CONI. AMB. AIR TEMP A 195 DEG F 3. (A0977) NC LOOP C HOT LEG (WR) 145 DEG F-3. (A1204) UPPER CONT .AMB. AIR TEMP B 117 DEG F 4. (A0983) NC LOOP D HOT LEG (WR) 145 DEG F' 4f (A1041) CONTAINMENT SUMP LEVEL TR. A 10.5 FT 5. (A1061) NC LOOP A COLD LEG (WR) 141 DEG F 5_ (A0471) CONTAINMENT SUMP LEVEL TR. B 10.5 FT~ 6. (A10671 NC LOOP B COLD LEG (MRI 141 DEG F 6. (A0848) CONTAINMENT M2 CONCEN. TR. A 0.0 '7. (A10733 NC LOOP C COLD LEG (WR) 141 DEG F 8. (A1079) NC LOSP D COLD LEG (WR) 141 DEG F E. ENVIRONMENTAL SYSTEM 5: 9 (A0826) NC 5 ATEM PRES 5URE (WR) 5 PSIG
- 10. !A1118) PZR PRESSURE 1 1700 PSIC
- 11. (A1124) PZR LEVEL 1_
0 1. (A0115) EMF 48 REACTOR COOLANT MONITOR 3.0E4 CPM'
- 12. (D2003) REACTOR COOLANT PUhv A OFF ONIOFF 2.
(AOR29) EMF 51A IN CONT. HI RANGE RAD MON. 7 R/HR
- 13. (02004) REACTOR COOLANT PUMP B 0FF ONIOFF 3.
(A00358 ENFS1B IN CONT. HI RANGE RAD MON. 7 R/HR
- 14. (D2005) REACTOR COOLANT PUMP C OFF ONIOFF 4 (A10091 EMP36 UNIT VENT GAS, HI HI RANGE 2
RIHR
- 15. (02006) REACTOR COOLANT PUMP D OFF ON/0FF 5.
(A0018) EMF 36 UNIT VENT GA5, HI RANGE 10 CPM 16. (A1177) 5OURCE RANGE LEVEL CH. 1 1.0E+02 CPS 6. (A0012) EMF 36 UNIT VENT CAS. LOW RANGE 150 CPM 17. (A1206) SOURCE RANGE LEVEL CH 2 1.0E402 CPS 7 (A0019) EMF 35 UNIT VENT PART., HI RANGE 2 CPM
- 18. (A0602) RFACTOR COOLANT BORON CONC.
1180 PPM 8. (A0013) FMF35 UNIT VENT PART., LOW RANGE 240 CPM ' 19. (P1385) REACTOR THERMAL POWER 0 9. (A00491 EMF 37 UNIT VENT IODINE 100 CPM
- 20. (A0628) POWER RANGE AUG. LEVEL QUAD. 1 0
(A0061). EMF 38 CONTITNMENT, HI RANGE 10 CPM 4 SECONDARY SYSTEM:
(A1004) STEAM GEN. A LEVEL (WR) 58
(A1005) STEAM GEN. 8 LEVEL (WR) 58
- 15. (A1368) EMF 10 STEAMLINE 2A RAD MON.
.01 R/HR 3. (A0970) 51EAM GEN. C LEVEL (WRI 58
- 16. (A1374) EMF 11 STEAMLINE 2B RAD MON.
.01 ' HR 4. (A0908) STEAM GEN. D LEVEL (WR) 58
- 17. (A1380) EMF 12 STEAMLINE 2C RAD MON.
.01 HR 5. (A1107) STEAM GEN. A STEAM PRES 5URE 46 PSIG
- 18. (A1386) EMF 13 STEAMLINE 2D RAD MON.
.01 %/HR 6. (A1113) 5 T E Are GEN. B STEAM PRE 5581RE 46 PSIG 19. (A0127) EMF 49 LIQ. WASTE.DISCH., HI RANGE 10 CPM 7. (A1119) STEAM GEN. C STEAM PRESSURE ___ 46 P5IG
- 20. (A1069) UPPER WIND SPEED 6.5 MPH 8.
(A1125) STEAM GEN. D STEAM PRES 5URE 46 PSIG
- 21. (A11831 LOWER WIND SPEED 5.5 MPH 9.
(A1060) TOTAL 5/G A FEEDWATER FLOW 0.0 MLB/HR
- 22. (A12001 LOWER TO UPPER DELTA-T
-0.33 DEG C
- 10. (A1066) TOTAL 5/G 8 FEEDWATER FLOW 0.0 MLB/HR
- 23. (A1075) UPPER WIND DIRECTION 71
- 11. (A1072) TOTAL 5/G C FEEDWATER FLOW 0.0 ML8/HR
- 24. 'A1187) LOWER WIND DIRECTION 66 12.
(A1070) TOTAL 5/G D FEEDWATER FLOW 0.0 MLD/HR
- 25. (A07631 PRECIPITATION IN LAST 15 MIN.
0.U0 "I(4
- 13. (A0090) AUX. FEEDWATER FLOW TO 5/G A 100 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 21.3 DEG C
- 14. (A0884) AUX. FEEDWATER FLOW 10 5/G B 100 GPM
- 27. (A0863) UNIT VENT STACK FLOW 9.0E4 CFM
- 15. (A0878) AUX. FEEDWATER FLOW TO 5/G C 100 GPM 16.
(A0872) AUX. FEEDWATER FLOW TO 5/G D 100 GPM ' AUXILIARY / INJECTION SYSTEMS: 1. (A0758) CHARG. PUMP DISCH. HEADER FLOW 0 GPM -2. (A0856) RESIDUAL HEAT REMOUAL HX RETURN FLOW 0 GPM 3. (D0970) CLNTRIFUGAL CHARGING PUMP A ON ON/0FF 4 (D06203 CENTRIFUGAL CHARGING PUMP B ON ONIDFF 5. (D3574) 5AFETY INJECTION PUNP A ON ON/0FP 6. (D3576) SAFETY INJECTION PUMP 8 ON ON/OFF 7. (A0764) LETDOWN HX OUTLET FLOW 0 GPM 7 .-m
- .y
_.. c. =- y 7 =,., ~ ? .Q %) McGuire Nuclear Station PAGE -2 INI T ~ 2 PLANT DATA AND STATUS INFORMATION DATE 10/15/86- 'LANT-STAIUS TIME 0930 .. ADDITIONAL INFORMATION: L1. (A0070) IN-CORE TEMP A06 T/C 41 150 DEG F~ '2; (A0268) IN-CORE TEMP A10 T/C 82 150 DEG F 3.-(A0274) IN-CORE 1EMP C04 T/C #3 -150 DEG F
- 4. -'I A0280 ) IN-CORE TEMP C06 T/C 84 150 DEG F-5.-(A0286) INaCORE TEMP C08 T/C 45 150 DEG F 6.
(D35721 CONTAINHENT SPRAY PUMP A-ON ON/DFF '7. 1D3573) CONTAINMENT SPRAY PUMP B OFF ON10FF .8. (D1042) RESIDUAL HEAT REMOVAL PUMP A ON ON/0FF 9. (00960) RESIDUAL HEAT REMOVAL PUMP B ON ON/DFF '10.-tA13125 RULIS TRAIN A DYNAMIC HEAD (D/P) 0 (INVALIDI % '11. (A13001 RULIS TRAIN A UPPER RANGE (URI 64 (UALIDI 12.-tA1306) RULIS TRAIN A LouER. RANGE (LR) 60 (UALID) 1
- 13. (A1324) RULIS TRAIN B DYNAMIC HEAD (D/P) 0 (INVALIU)
' 14.- (A13361 RVLIS TRAIN B UPPER RANCE (URI 64 (UALIDI
- 15. (A1330).RULIS TRAIN B LouER RANGE (LR) 60 (VALID) 9
-n-l% ww-+ v-a-. 9 '+w- -r p M ,,*a .s ws y e-W3 a g .i - g.a_ s p m M m 'Mu 'r y McGuire Nuclear Station PAGE 1 'tNIT 2 PLANT DATA (60 STATUS INFORMATION DATE 10/15/86 'LANT STATUS-TIME 0945 n PRIMARY SYSTEM: D. CONTAINMENT SYSTEMS: 1. (A0965) NC LOOP A HOT LEG (WR) 145 DEG F 1. (A0785) CONTAINMENT PRESSURE 1.9 PSIG 2. (A0971) NC LOOP 8 HDT LEG (WR) 145 DEG F 2 -(A12281 LOWER CONT. AMB. AIR TEMP A 195 DEG F5 3. (A0977) NC LOOP C HOT LEG (WR) 145 DEG F -3. (A1204) UPPER CONT. AMB. AIR TEMP B 117 DEG F 4.'(A0983) NC LOOP.D HOT LEG (WR) 145 DEG F 4. (A1041) CONTAINMENT SUMP LEVEL TR. A 10.5 FT. 5. (A1061) NC LOOP A COLD LEG (WRI 141 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR. B 10.5 FT. 6. (A1067) NC LOOP B COLD LEG (WR) 141 DEG F 6. (A0848). CONTAINMENT H2 CONCEN. TR. A 0.0 7. (A1073) NC LOOP C COLD LEG (WR) 141 __DEG F 8. (A1079) NC LOOP D COLD LEG (WR) 141 DEG F E. ENVIRONMENTAL SYSTEMS: 9. (A0026) NC 5YSTEM PRES 5URE (WR) 5 PSIG -10. (A11101 PZR PRESSURE 1 1700 PSIG
- 11. (A1124) PZR LEVEL 1 0_
1. (A01151 EMF 48 REACTOR COOLANT HONITCR 3.0E4 CPM-
- 12. (D2803) REACTOR COOLANT PUMP A Of F ONIDFF 2.
(A0829) EMF 51A IN CONT. HI RANGE. RAD MON. 7 RiHR
- 13. (D2804) REACTOR COOLANT PUMP B 0FF ON/0FF 3.' (A0835) EMF 51R IN CONT. HI RANGE RAD MON.
7 R/HR
- 14. (D28J5) REACTOR COOLANT PUMP C OFF ON/0FF 4 (A1009) EMF 36 UNIT VENT GAS, HI HI RANGE 2
R/HR
- 15. (D2600) REACTOR COOLANT PUMP D OFF ON/DFF 5.
(A0018) EHF36 UNIT VENT GAS. HI RANGE 10 CPM-
- 16. (A1171) SOURCE RANGE LEVEL CH. I 1.0E402 CP5 6.
(A0012) EMF 36 UNIT VENT GAS LOW RANGE 150 CPM 17. (A1206) SOURCE RANGE LEVEL CH. 2 1 10E+02 CPS 7. (A0019) EMF 35 UNIT UENT PART., HI QANGE 2 CPM
- 18. (A0602) REACTOR COOLANT BORON CONC.
1180 PPM 8. (A0013) EMF 35 UNIT UENT PART., LOW RANGE 250 CPM
- 19. (P1305) REACTOR THERMAL POWER 0
9. (A0049) EMF 37 UNIT UENT IODINE 100 CPM
- 20. (A0628) POWER RANGE AUG. LEVEL QUAD. 1 0
- 13. (A0073) ENF39 CONTAINMENT, HI RANGE 20-CPM 1.
(A1004) STEAM GEN. A LEVEL (WR) 58
(A1005) STEAM GEN. B LEVEL (WR) 58
- 15. (A1368)' EMF 10 STEAMLINE 2A RAD MON.
.01 R/HR-3. (A0970) STEAM GEN. C LEVEL (WR) 58
- 16. (A1374) EMF 11 STEAMLINE 2B RAD MON.
.01 R/HR 4. (A0908) STEAM GEN. O LEVEL (WR) 58
- 17. (A1380) EMF 12 STEAMLINE 2C RAD MON.
.01 R/HR 5. (A1107) STEAM GEN. A STEAM PRESSURE 46 P5IG
- 18. (A1386) EMF 13 STEAMLINE 20 RAD MON.
.01 R/HR 6. (A11131 STEAM GEN. B STEAM PRES 5URE 46 PSIG
(A1119) STEAM GEN. C STEAM PRES 5URE 46 PSIG
- 20. (A1069) UPPER WIND SPEED _
6.7 MPH 8. (A1125) STEAM GEN. D STEAM PRE 55URE 46 PSIG 21. (A1183) LOWER WIND SPEED 5.8 MPH 9. (A1060) TOTAL 5/G A FEEDWATER FLOW 0.0 MLB/HR
- 22. (A12001 LOWER TO UPPER DELTA-T
-0.34 DEG C
- 10. (A1066) TOTAL 5/G B FEEDWATER FLOW 0.0 MLB/HR
- 23. (A10751 UPPER WIND DIRECTION 72
- 11. (A1072) TOTAL 5/G C FEEDWATER FLOW 0.0 MLB/HR
- 24. (A)189) LOWER WIND DIRECTION 62
- 12. (A1078) TOTAL 5/G D FEEDWATER FLOW 0.0 ML8/HR
- 25. (A0763) PRECIPITATION IN LAST 15 MIN.
0.00 IN
- 13. (A0890) AUX. FEEDWATER FLOW TO 5/G A 100 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 21.6 DEG C 14.
(A0004) AUX. FEEDWATER FLOW TO 5/G B 100 GPM
- 27. (A0863) UNIT VENT STACK FLOW 9.0E4 CFM
'15. (A0878) AUX. FEEDWATER FLOW TO 5/G C 100 GPM
- 16. (A0872) AUX. FEEDWATER FLOW TO 5/G D 100 GPM AUXILIARY / INJECTION SYSTEMS:
1. (A0758) CHARG. PUMP DISCH. HEADER FLOW 0 GPM 2. (A0056) RESIDUAL HEAT RENOVAL HX RETURN FLOW 0 GPM 3. (DD970) CENTRIFUGAL CHARGING PUMP A DN ON/0FF 4. (00620) CENTRIFUGAL CHARGING PUMP B ON ON/0FF 5. (D3574) 5AFETY INJECTION PUMP A ON ON/OFF 6. (D3576) SAFETY INJECTION PUMP 8 DN ON/0FF 7. (A0764) LETDOWN HX OUTLET FLOW 0 GPM n Q
- - >== 7 e m-~
y i ) -t I i %f \\J:
- z;;y McGuire Neselear 5tation PAGE 2
NIT 2 PLANT DATA AND STATU5;INFORMATION. LANT STATUS DATE 10/15186-TIME 0945 .' ADDITIONAL INFORMATION: ~ 1. (A00701 IN-CORE TEMP A06 T/C #1 150 DEG F 2. (A02603 IN-CORE TEMP A10 T/C 42 15R DEG F 3.. - ( A02 74 ) IN-CORE. TEMP C04 T/C 43 -150 DEG F. 4. IA02803 IN-CORE TEMP C06 T/C 44 150~ DEG F. '5.-(A02861'IN-CORE TEMP C08 T/C 45 150 DEG~F
- 6. (D3572) CONTAINMENT SPRAY PUMP A ON ON/0FF 7,
103573) CONTAINMENT SPRAY PUMP B 0FF ON/0FF 8. (D10421 RCSIDUAL llEAT REMOVAL PUMP A ON ONIDFF '9.-1009681 RESIDUAL HEAT REMOVAL PUMP B ON ON/0FF-
- 10. (A1312) RULIS' TRAIN A DYNAMIC llEAD (0/P6 0 (INVALIDI %
- 11. IA13001 RULIS TRAIN A UPPER RANGE ( UR l __..
64-(VALIDI 1 -12. (A1306)..RULIS TRAIN A LOUER RANGE (LRI- - 60 (VALID)
- 13. (A13248 RULIS TRAIN B DYNAMIC llEAD (D/PI O IINVALIDI 1-
- 14. (A13368'RULIS TRAIN 8 UPPER RANGE IUR) 64 (UALID)
~15. IA13301 RVLIS TRAIN 8 LOWER RANGE ILR) 60 (UALIDI ~ %y g-r --sM9-- e e j y p e y g "N w W=g -rfy= wy-ga" u6 =E'* m c p=- a "-n f W m. r, (~ ( ,A kj - ./ ' l y RD S McGuire Nuclear Station-PAGE 1 INIT 7 2 PLANT DATA AND'5TATUS INFORMATION DATE 10/15/86-iANT STATUS TIME 1000- ~n PRIMARY SYSTEM: D. CONTAINMENT SYSTEM 5: 1. (A09651 NC LOOP A HOT LEG (WR) 145' DEG F 1 -. (A0785) CONTAINMENT PRESSURE ~- 1.05' DSIGT .2. (A09711 NC LOOP B HOT LEG (WR) 145 DEG F 2. (A12281 LOWER CONT. AMB. .*IR1 TEMP A 195 DEG.F? 3.'IA0977).NC LOOP C HOT LEG ( WR I - 145 DEG F 3. (Alo041 UPPER CONT. AMB. AIR TEMP B 117 DEG-F 4. (A09831 NC LOOP D HOT LEG IWRI 145 DEG F 4; (A10411 CONTAINMENT 5 UMP LEVEL TR. A 10.5 FTi 5. (A1061) NC LOOP A COLD LEG (WRI-141 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR. B 10.S - FT 6. (A1067) NC LOOP B COLD LEG (WR) 141 OEG F 6. (A0048) CONTAINMENT H2 CONCEN. TR; A 0.0 7. (A10733 NC LOOP C COLD LEG (WR) 141-DEG F 8. (A10791 NC LOOP O COLD LEG (WR) 141 DEG F E. ENVIRONMENTel'5YSTEMS: 9. (A00261 NC SYSTEM PRES 5URE IWR) 5 PSIG
- 10. IA11101 PZR PRESSURE 1-1700 PSIG 11.
(A11241 PZR LEVEL 1 0 1 1. (A01153 EMF 48 REACTOR COOLANT MONITOR 3.0E4 CPM- '12. (D20031 REACTOR COOLANT PUMP A 0FF ON/DFF 2. (A00293 EMF 51A IN CONT. HI RANGE RAD MON. 7 R/HR.
- 13. (D2004) REACTOR'C00LANT PUMP B OFF ONIDFF 3.
(A08351 EMF 518 IN CONT. HI RANGE RAD MON.__ 7, R/HR1 14 ID2805) REACTOR COOLANT PUMP C OFF ONIDFF 4. (A10093 EHF36 UNIT VENT GAS, HI HI RANGE RIHR -
- 15. (D2806) REACTOR COOLANT PUMP D OFF ON/0FF 5.
(A00181 FMF34 (JNIT UENT GAS, HI RANGE 10 .,_ CPM
IA0012) EMF 36 UNIT UENT GAS, LOW RANGE 150 CPM
(A00193 EMF 35 UNIT UENT PART., HI RANGE 2~ CPM
- 18. (A0602) REACTOR COOLANT DORON CONC.
1180 PPM 8. IA00133 EMF 35 UNIT UENT PART., LOW RANGE 240 CPM' 19..(P1305) REACTOR THERMAL POWER 0 1 9. 2A0049) EMFB7 (INIT LENT IODINE 100 CPM
- 20. (A06203 POWER RANGE AUG. LEVEL QUAD. 1 0
1 10. (A00551 ENF38 CONTAINMENT, LOW RANGE 600 CPM.
SECONDARY SYSTEM:
- 12. (A0067) EMF 39 CONTAINMENT, LOW RANGE 2.0E4 CPM 13 IA0073) EMF 39 CONIAINMENT, itI RANGE 20 CPM-1.
(A1004) STEAM GEN. A LEVEL (WR) 58 14 (A0079) EMF 40 CONTAINMENT IDDINE 650 CPM. 2. (A1005) STEAM GEN. O LEVEL tuR1 58 15. tA13683 ENF10 STEAMLINE 2A RAD MONc .01 R/HR 3. (A0970) STEAM GEN. C LEVEL (WR) 58
- 16. (A1374) EMF 11 STEAMLINE 28 RAD MON.
.01 R/HR 4. (A098al STEAM GEN. D LEVEL turi 58
- 17. (A13801 EMF 12 STEAMLINE 2C RAD MON.
.01 R/HR-5. (A1107) STEAM GEN. A STEAM PRES 5URE 46 P5IG
- 18. (A1386) EMF 13 STEAMLINE 2D RAD MON.
. 01 -- R/HR 6. IA1113) STEAM GEN. B STEAM PRESSURE 46 P51G.
(A11193 STEAM GEN. C STEAM PRES 5URE 46 PSIG
- 20. (A10693 UPPER WIND SPEED-7.1 MPH-8.
(A1125) STEAM GEN. D STEAM PRES 5URE 46 PSIG
- 21. (A11833 LOWER WIND SPEED c,0 MPH 9.
(A10603 TOTAL 5/G A FEEDWATER FLOW 0.0 MLB/HR
- 22. (A12001 LOWER TO UPPER DELTA-T
-0.35 DEG C '10. IA10661 TOTAL 5/G B FEE 0 WATER FLOW 0.0 MLB/HR
- 23. (A10751 UPPER WIND DIRECTION 64
- 11. (A1072) TOTAL 5/G C FEEDWATER FLOW 0.0 MLB/HR 24.
(A1189) LOWFR WIND DIRECTION 59
- 12. (A1078) TOTAL 5/G D FEEDWATER FLOW 0.0 MLB/HR
- 25. (A07631 PRECIPITATION IN LAST 15 MIN.
0.00 IN 13. IA0090) AUX. FEEDWATER FLOW TO 5/G A 100 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 21.9 DEG C 14.
tA0004) AUX. FEEDWATER FLOW TO 5/G B 100 GPM
- 27. (A08633 UNIT VENT STACK FLOW 9.0E4 CFM
- 15. (A0878) AUX. FEEDWATER FLOW TO 5/G C 100 GPM
- 16. (A0072) AUX. FEEDWATER FLOW TO SIG D 100 GPM AUXILIARY / INJECTION SYSTEMS:
1. (A0758) CHARG. PUMP DI5CH. HEADER FLOW 0 GPM 2. (A08561 RESIDUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. (D09701 CENTRIFUGAL CHARGING PUMP A ON-ON/0FF 4. (D0620) CENTRIFUGAL CHARGING PUMP B ON ONIOFF 5. 103574) 5AFETY INJECTIDd PUMP A ON ON/0FF 6. (D3576) 5AFETY INJECTION PUMP'8 ON ON/0FF 7. (A07641 LETDOWN HX OUTLET FLOW 0 -GPM' w. .gpe. ~ .ny : wf - m =5. 3x Ym - gqp=~ mw ~"3=;g--m=p:,cymgg t y, jn - ?y a p mq:ggg
- y-y y-;
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. c McGuir'e ' Nuclear-Station ; PACE ~ "2' 'N4 fiNI TE 2
- PLANT' DATA AND STATUS-INFORMATION' DATE-10/15/86- -
LANT STAIUS TIME -1000-Q ~ ',dflDI TIONAL ; INFORMATION : -; - J ^ 'il t A00701 - IN-CORE TEMP A06 T #C #1 150-DEG F C .d.1(A02681 IN-CORE'TEMPLA10 T/C #2' 150- -DEG F-73-. (A0274) IN-CORE TEMP C04 T/C #3-150 DEG F -4;:(A02801-IN-CORE TEMP C06'TtC:94-150 DEG F 1 ~ Si IA0206):-IN-CORE TEMP COB:.T/C e5 150-DEG-F c6. ID3572) CONTAINMENT SPRAY _ PUMP:A ON ONtDFF
- 7.
1035731-CONTAINMENT.5 PRAY PUNP'8 OFF ONIDFF-8-. ID1042) RESIDUAL HEAToREMOVAL: PUMP.A ON ' ONt OFF. .. 9. ': 4 0 0 9 68 ) ~ RESIDUAL' HEAT REMOVAL PUMP.B ON -DNIDFF T10; (A13121 RULIS' TRAIN A DYNAMIC HEAD (D/PI-O (INVALID) 1-
- - 11. IA1300) RVLI5' TRAIN A' UPPER: RANGE-TURI 64 tVALIDI
-I'- 112,iA1306) RULIS' TRAIN A LOWER RANGE ~fLR) 60 iVALID) 1
- 13. (A1324) RULIS TRAIN.B' DYNAMIC HEAD (D/PI
-O tINVALIDI Z: c: 14.-- IA1336) RULIS TRAIN B UPPER RANGE (UR) 64 (VALIDI i
- 15. IA13303 RULIS TRAIN B LOWER RANGE ILR) 60 tVALID) 1 W
W M '- e s 4... Y A i ~ ,._ _ m., ,,, _ R.,_,6,.. 4.,,6,'. J,. '1-R sa'm _.n ,.,:'.0:.;,. L. ::, ?, _ C.c.
- 2,
,,- i ;,, 6.. _.. -,,-._l, .v _ - = ' ~ v) -\\ l '\\ N v v McGuire Nuclear Station PAGE 1' 1 NIT 2 PLANT DATA AND STATUS INFORMATION DATE 10/15/86 LANT SIAIUS TIME 1015 . PRIMARY SYSTEM! D. CONTAINMENT SYSTEMS:
(A0785) CONTAINMENT PRESSURE 1.8 PSIG 2. (A0971) NC LOOP B HOT LEG (WR) 145 DEG F 2. (A1220) LOWER CONT. AMB. AIR TEMP A 190 DEG F' 3. (A0977) NC LOOP C HOT LEG (WR) 145 DEG F 3. (A1204) UPPER CONT..AMB. AIR TEMP B 117 DEC F-4. (A0983) NC LOOP D HOT LEG (WR) 145 DEG F 4 (A1041) CONTAINMENT SUMP LEVEL TR. A 10.5 FT - 5. (A1061) NC LOOP A COLD LEG (WR) 141 DEG F 5, (A0671) CONTAINMFNT SUMP LEVEL' TR. B-10.5 FT 6. (A1067) NC LOOP B COLD LEG (WR) 141 DEG F 6. (AC848) CONTAINMENT H2 CONCEN. TR. A 0.0 7. (A1073) NC LOOP C COLD LEG (WR) 141 DEC F 8. (A1079) NC LOOP D COLD LEG (WR) 141 DEG F E. ENVIRONMENTAL SYSTEMS: 9. (A0026) NC SYSTEM PRE 55URE (WR) PSIG
- 10. (A1118) PZR PRESSURE 1 1700 P5IG 11..(A1124) PZR LEVEL 1 0
1. (A0115) EMF 48 REACTOR COOLANT MONITOR 3.0E4 CPM
- 12. (D2803) REACTOR COOLANT PUMP A 0FF ON/0FF 2.
(A0829) EMF 51A IN CONT. HI RANGE RAD MUN. 7 R/HR
- 13. (D2804) REACTOR COOLANT PUMP B 0FF ON/DFF 3.
(A0835) EMF 518 IN CONT. HI RANGE RAD MON. 1 R/HR 14. (02805) REACTOR COOLANT PUMP C OFF ONIDFF 4. (A1009) EMF 36 UNIT VENT GAS, HI HI RANGE 2 R/HR.
- 15. (D2006) REACTOR COOLANT PUMP D OFF ON/OFF 5.
(A0018) EMF 36. UNIT UENT GA5, HI RANGE 10 CPM
(A0012) EMF 36 UNIT VENT GA5, LOW RANGE 150 CPM' 17, (A1206) SOURCE RANGE LEVEL CH. 2 1.0E+02 CPS 7. (A0019) EMF 35 UNIT UENT PART., HI' RANGE 2 CPM
- 18. (A0602) REACTOR COOLANT-90RON CONC.
1180 PPM 8. (A0013) EMF 35 UNIT UENT PART., LOW RANGE 240 CPM
- 19. (P1385) REACTOR THERMAL POWER 0
9. (A0049) EMF 37 UNIT UENT IODINE 100 CPM
- 20. (A0628) P0t...R RANGE AVG. LEVEL 4tlAD. 1 0
SECONDARY SYSTEM:
(A1004) STEAM GEN. A LEVEL (WR) 58 14. (A0079) EMF 40 CONTAINMENT IOb!NE 650 CPM 2. (41005) STEAM GEN. D LEVEL (WR) 58
- 15. (A1368) ENF10 STEAMLINE 2A RAD MON.
.01 R/HR 3. (A0970) STEAM GEN. C LEVEL (WR) 58
- 16. (A1374) EMF 11 STEAHLINE 2B RAD MON.
.01 R/HR 4. (A0908) STEAM GEN. D LEVEL (WR) 58
- 17. (A1380) ENF12 STEAMLINE 2C RAD MON.
.01 R/HR 3. (A1107) STEAM GEN. A STEAM PRESSURE 4h PSIG' 18 (A1386) EMF 13 STEAMLINE 2D RAD MON. .31 R/HR-6. (A1113) SIEAM GEN. B STEAM PRES 5URE 46 PSIG
(A1119) STEAM GEN. C STEAM PRESSURE 46 PSIG
- 20. (A1069) UPPER WIND SPEED 7.0 MPH 8.
(A1125) STEAM GEN. D STEAM PRES 5URE 46 PSIG
- 21. (A1183) LOWER WIND SPEED 5.7 MPH 9.
(A1060) TOTAL 5/G A FEEDWATER FLOW 0.0 MLB/HR
- 22. (A1200) LOWER TO UPPER DELTA-T
-0.36 DEG C 10. (A1066) TOTAL S/G B FEEDWATER FLOW 0.0 HLB /HR
- 23. (A1075) UPPER WIND DIRECTION 61
- 11. (A1072) TOTAL 5/G C FEEDWATER FLOW O.0 MLB/HR
- 24. (A1189) LOWER WIND DIRECTION 57
- 12. (A1078) TOTAL 5/G D FEEDWATER FLOW 0.0 MLB/HR
- 25. (A0763) PRECIPITATION IN LAST 15 MIN.
0.00 IN
- 13. (A0090) AUX. FEEDWATER FLO'J TO 5/G A 100 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 22.3 DEG C 14.
(A0884) AUX. FEEDWATER FLOW 10 5/G B 100 GPM
- 27. 4A0863) IINIT UENT STACK FLOW 9.0E4 CFM
- 15. (A0878) AUX. FEEDWATER FLOW TO 5/G C 100 GPM
- 16. tA0872) AUX. FEEDWAIER FLOW 10 5/G D 100 GPM AUXILIARY /INJECTICM SYSTEMS:
1. (A0750) CHARG. PUMP DISCH. HEADER FLOW 0 GPM D, !A0856) RESIDUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. (00970) CENTRIFUGAL CHARGING PUMP A DN ON/OFF 4. (D0620) CENIRIFUGAL CHARGING PUMP B ON ON/DFF 5. (D3574) 5AFETY INJECTION PUMP A ON ON/0FF 6. (D3576) 5AFETY INJECTION PUMP B ON UN/0FF 7. (A0764) LETDOWN HX OUTLET FLOW 0 GPM g 5 s McGuire Nuclear'5tation PAGE '2'
- )NI T.
PLANT DATA AND STATUS INFORMATION DATE -10/15/06 2' TIME- -1015 -#LANT STATUS
- ADDITIONAL INFORMATION:
1. (A0070) IN-CORE. TEMP A06 T/C #1 150 DEG F 2. (A026DI IN-CORE TEMP A10 T/C #2 150 DEG F 3. (A0274) IN-CORE TEMP C04 TfC 43 150 DEC F 4. (A02001 IN-CORE TEMP C06 T/C #4 150 DEG F 5. (A0286).IN-CORE TEMP C08'T/C 85 150 DEG F ~6. (D3572) CONTAINMENT SPRAY PUMP A ON. ONIDFF 7. 1D35733 CONTAINMENT SPRAY PUMP B OFF ON/DFF 8. (D10421 RESIDUAL llEAT REMOVAL PUNP A ON ON/OFF. 9. 1009608 RESIDUAL llEAT REMOVAL PUMP B ON ON/DFF
- 10. (A1312) RULIS TRAIN A DYNAMIC 14EAD (D/P)
O (INVALIDI %
- 11. (A13001 RULIS TRAIN A UPPER RANGE tilRI 64 (UALIDI 1
- 12. (A1306) RVLIS TRAIN A. LOWER RANGE (LR) 60 (UALID)
- 13. (A1324) RVLIS TRAIN B DYNAMIC llEAD-(D/P) 0 (INVALID)
I 4, (A1336) RULIS TRAIN 8 UPPER RANGE tuR) 64 (UALIDI
- 15. (A13301 RULIS TRAIN B LOWER RANGE (LRI 60 IVALIDI
'i N.C f - '- ' ~~ ~~ ^ ) ) sO -/. -McGuire Nucipar Station . PACE 1
- NIT 2
PLANT DATA AND STATUS INFORMATION DATE 10/15/86 LANT STATUS TIME 1030 _' PRIMARY SYSTEM; D. CONTAINMENT SYSTEMS: 1. (A0965) NC LOOP A HOT LEG (uR) 145 DEG F 1. (A0/85) CONTAINMENT PRES 5URE 1.6 PSIG 2. (A0971) NC LOOP B HOT LEG (WR) 145 DEG F 2. (A1228) LOWER CONT. AMB. AIR TEMP A 190 DEG F 3. (A09773 NC LOOP C HOT LEG (WR) 145 -0EG F 3. (A1204) UPPER CONT. AMB. AIR TEMP B 117 DEG F 4 (A0903) NC LOOP.D HOT LEG (WRI 145 DFG F 4. (A1041) CONTAINMENT SUMP LEVEL TR..A 10.5 FT' 5. (A1061) NC LOOP A COLD LEG (WR) 141 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR. B 10 5 FT 6. (A1067) NC LOOP B COLD LEG (WR)-~ 141 DEG F 6. (A00481 CONTAINMENT Hd CONCEN. TQ. A 0.0 1 7. (A1073) NC LOOP C COLD LEG (WRI 141 DEG F 8. (A1079) NC LOOP D COLD LEG (WR) 141 DEG F E. ENVIRONMENTAL SYSTEMS. '9. (A0026) NC SYSTEM PRES 5URE (WR) 5 PSIG
- 10. (A11103 PZR PRES 5URE 1 1700 PSIG
- 11. (A1124) PZR LEVEL 1 0
1. (A01151 EMF 48 REACTOR COOLANT MONITOR 3.0E4 CPM
- 12. (D2803) REACTOR COOLANT PUMP A OFF ONIDFF 2.
(A0029) EMF 51A IN CONT. HI RANGE RAD MON. 7 R/HR 13, (D2004) REACTOR COOLANT PUMP B OFF ON/OrF 3. (A08353 EHF518 IN CONT. H! RANGE RAD MON. 7 R/HR
- 14. (D2805). REACTOR COOLANT PUMP C OFF ONIDFF 4
(A1009) FMF36 UNIT UENT GAS, HI HI RANGE 2 R/HR
- 15. (D2006) REACTOR COOLANT PUMP D OFF ONIDFF 5.
(A00183 EMF 36 UNIT'UENT GA5, HI RANGE to CPM
(A0012) EMF 36 UNIT UENT GAS, LOW RANGE 150 CPM 17. (A12063 SOURCE RANGE LEVEL CH. 2 1.0E+02 CP5 7. (A0019) EMF 35 UNIT UENT PART., HI RANGE 2 CPM'
- 18. (A0602) REACTOR COOLANT BORON CONC.
1180 PPM 8. (A00133 EMF 35 UNIT UENT PART., LOW RANGE 240 CPM
- 19. (P1385) REACTOR THERMAL POWER 0
9. (A00491 EMF 37 UNIT UENT IODINE 100 CPM
- 20. (A0628) POWER RANGE AVG. LEVEL QUAD. 1 0
(A0061) EMF 38 CONTAINMENT, HI RANGE 10 CPM SECONDARY SYSTEM: 12. (A0067) EMF 39 CONTAINMENT, LOW RANGE 2.0E4 CPM
(A10041 STEAM GEN. A LEVEL (WR) 58
(A10051 STEAM GEN. B LEVEL (WR) 58 15. (A1368). EMF 10 STEAMLINE 2A RAD MON. .01 R/HR 3. (A0970) STEAM GEN. C LEVEL (WR) 50
- 16. (A1374) EHF11 STEAMLINE 2B RAD MON.
.01 R/HR 4. (A0980) STEAM GEN. D LEVEL (WRI 58
- 17. (A1380) EMF 12 STEAMLINE 2C RAD MON.
.01 R/HR 5. (A1107) STEAb GEN. A STEAM PRE 55(IRE 46 P5IG
- 18. (A1386) EMF 13 STEAMLINE 2D RAD MON.
.01 R/HR 6. (A11131 STEAM GEN. B STEAM PRES 5URE 44 __PSIG 19- (A01271 EMF 49 LIO. WA5TE DISCM., HI RANGE 10 CPM 7. (A1119) STEAM GEN. C STEAM PRES 5URE 46 PSIG 20. (A1069) UPPER UIND SPEED 6.8 MPH 8. (A1125) STEAM GEN. D STEAM PRES 5URE 46 PSIG
- 21. (A11831 LOWER WIND SPEED 5.5 NPH 9.
(A1060) TOYAL 5/G A FEEDWATER FLOW 0.0 MLB/HR
- 22. (A12003-LOWER TO UPPER DELTA-T
-0.36 DEG C 10. (A1066) TOTAL 5/G B FEEDWATER Flou 0.0 MLB/HR
- 23. (A10751 UPPER WIND DIRECTION 66 11.
(A1072) TOTAL 5/G C FEEDWATER FLOW 0 0 MLB/HR 24. (A1189) LOWER WIND DIRECTION SB
- 12. (A1070) TOTAL 5/G D FEEDWATER FLOW 0.0 MLB/HR
- 25. (A07631 PRECIPITATION IN LAST 15 MIN.
0.00 IN
- 13. (A0890) AUX. FEEDWATER FLOW TO 5/G A 100 GPM
- 26. (A1218) AMDIENT AIR TEMPERATURE 22.8 DEG C 14.
(A0804) AUX. FEEDWATER FLOW TO 5/G B 100 GPM
- 27. (A0863) UNIT UENT STACK FLOW 9.0E4 CFM
- 15. (A00/0) AUX. FEEDWATER Fl.OW TO 5/G C 100 GPM 16.
(A0072) AUX. FEEDWAIER FLOW TO 5/G D 100 GPM AUXILIARY / INJECTION SYSTEMS-1. (A0750) CHARG. PUMP DISCH. HEADER FLOW 0 GPM 2. (AOD563 RESIDUAL HEAT REMOVAL HX RETURN FLOW 0 GPM 3. (D0970) CENTRIFUGAL CHARGING PUMP A ON ON/0FF 4. (00620) CENTRIFUGAL CHARGING PUMP B ON ONIDFF 5. (D35741 SAFETY INJECTION PUMP A' ON ON/0FF 6. (035763 5(FETY INJECTION PUMP B ON ON/OFF 7. (A07641 LETDOWN HX OUTLET FLOW 0 GPM ~ -9s49 -. = - - - < cw~ = w-
- r
- a w+ t _ q+:' 'm e '- gr'm7 , v gay y=q &~ m, Qj l. [~ - R ~, }- [ d:Q 3 } k^ } )f-Q El, x ~ - %' y), : LE ~ ~ ^ af - ;{ se;; s-4,=r.4 y- ., m %.Y && p 9 ' L-y '
- _" 4-(, 7
'~ +c. ' y:- ' 1;, ~_ McGuire'Nuclew Station PACE ' ' 12^ - :#~ 7 ,FNIT- '2 . PLANT: DATA.AND STATU5'.-INFDD1ATION -DATE 10/15/86 _' ' ~ 1LANI 5TATUS TIME 1030 - " ?: s;W J +{ _. ADDITIONAL-INFORMATION; ^ 1. (A00708-JIN-CDRE^. TEMP.A06 T/C 41 150 DEG F ,.y -2.;(A0268) IN-CORE TEMP A10 TIC'92 150- -DEG F ' 3. t A0274) -IN-CORE TEMP. C04. T /C' 43 - 150 DEG F' 14; 'IA02801~IN-CORE 1EMP C06tTIC 44 150-- DEG F - - i5.IA02841'IN-CORE: TEMP C08'T/C #5 150 -DEG F - :6j'tD3572) CONTAINMENT SPRAY PUMP A ON-ONIDFF -"~ G7;?(D35733 CONTAINMENT SPRAY PUMPS B - -GFF ON /DFF.- w 8.:ID10421 RESIDUAL, HEAT: REMOVAL-PUMP.A ON ON/DFF = i9. tD09681 RESIr.UAL" HEAT REMOVAL-PUMP O ON-ON/OFF '10;'4A13121 RULIS' TRAIN A DYNAMIC HEAD 10/91 0 4 INVALID)
- 1. ~
11..IA1300) RULIS TRAIN A UPPER RANCE.IURI' -64 iVALIDI
- 12. (A1306) RULIS TRAIN A LOWER RANGE (LR) 60 (VALIDI 1'
113. (A1324) RVLI5' TRAIN'B DYNAMIC HEAD'ID/P1 0-(INVALIDI 1. D- .14. (A13361'RULIS TRAIN'B UPPER RANGE-(UR) 64 (VALIDI 1' - 15.- IA13301~RVLIS TRAIN B' LOWER RANGE'ILR) 60-(UALIDI 1 y h' ( ed W a 1 u W ..,~.a,.,_,,. v.w m a f, # J. ,,.zy .m _ a. in J,u%, -,.;; . 1. 5 n... .,_.._.,.a_,, ' -- - a.a, _ - s y- - - - - a m t b j ~ t l V MJ McGuire Nuclear Station PAGE 'l fNIT 2 PLANT DATA AND STAiUS INFORMATION DATE 10/15/06 'LANT SIATUS TIME 1045 1. PRIMARY SYSTEM: D. CONTAINMENT SYSTEMS: 1. (A0965) NC LOOP A HOT LEG (WR) 145 DEG F 1. (A0785) CONTAINMENT PRES 5URE -1.5-PSIG 2. (A0971) NC LOOP B HOT LEG (WR) 145 DEG F 2. (A12283 LOWER CONT. AMB. ATR TEMP A 1G5 DEG F 3. (A0977) NC LOOP C HOT LEG (WR) 145 DEG F 3. (Al204) UPPER CONT. AMB. AIR TEMP B 115 DEG F 4. (A0983) NC LOOP D HOT LEG (WR) 145 DEC F 4 (A1041) CONTAINMENT SUMP ( EVEL TR. A 10.5 FT 5. (A1061) NC LOOP A COLD LEG (WR) 141 DEG F 5. (A0671) CONTAINMENT SUMP LEVEL TR. B 10.5 FT 6. (A1067) NC LOOP O COLD LEG (WR) 141 DEC F 6. (A0848) CONTAINMENT H2 CONCEN. TR. A 0.0 7. (A1073) NC LOOP C COLD LEG (WR) 141 DEG F 8. (A1079) NC LOOP D COLD LEG (WR) 141 DEG F E. ENVIRONMENTAL SYSTEMS: 9. (A0326) NC SYSTEM PRESSURE (WR) 5 P5IG
- 10. (A1118) PZR PRE 55URE 1 1700 PsIG
- 11. (A11243 P7R LEVEL 1 0
1. (A0115) EMF 48 REACTOR COOLANT MONITOR 3.0E4 CPM
- 12. (D2003) REACTOR COOLANT PUMP A 0FF ON/0FF 2.
(A08293 EMF 51A IN CONT. HI RANGE RAD MON. 7 R/HR
- 13. (D2804) REACTOR COOLANT PUMP B 0FF ON/GFF 3.
(A0835) EMF 51B IN CONT. HI RANGE RAD MON. 7 R/HR
- 14. (02805) REACTOR lOOLANT PUMP C OFF ON/0FF 4.
(A1009) EHF36 UNIT UENT GAS, HI HI RANGE 2 R/HR
- 15. (D2006) REACTOR COOLANT PUMP D OFF ON/0FF 5.
(A0018) EMF 36 UNIT UENT GA5, HI RANGE 10 CPM 16. (A1177) SOURCE RANGE LEVEL CH 1 1.0E+02 CPS 6. (A0012) EMF 36 UNIT UENT GAS, LOW RANGE 150 CPM
- 17. (A1206) SOURCE RANGE LEVEL Cll. 2 1.0E+02 CPS 7.
(A0019) ENF35 UNIT UENT PART., HI RANGE 2 CPM
- 18. (A0602) REACTOR COOLANT DDRON CONC.
1180 PPM 8. (A0013) EMF 35 UNIT VENT PART., LOW RANGE 240 CPM
- 19. (P1305) REACTOR TIIERMAL POWER 0
9. (A0049) ENF37 UNIT VENT IODINE 100 CPM
- 20. (A0628) POWER RANGE AUG. LEVEL QUAD. 1 0
- 11. (A0061) EMF 38 CONTAINMENT, HT RANGE 10
-CPM-t SECONDARY SYSTEM:
(A1004) STEAM GEN. A LEVEL (WR) 58 14. (A0079) EHF40 CONTAINMENT IDDINE 650 CPM 2. (A10051 STEAM GEN. B LEUEL (WR) 58
- 15. (A1368) ENF10 STEAMLINE 2A RAD MON.
.01 RIHR 3. (A0970) STEAM GEN. C LEVEL (WR) 58
- 16. (A1374) EMF 11 STEAMLINE PB RAD MON.
.01 R/HR 4. (A0988) STEAM GEN. D LEVEL (WR) 58
- 17. (A1380) ENF12 STEAMLINE 2C RAD MON.
.01 R/HR 5. (A1107) STEAM GEN. A STEAM PRESSURE 46 PSIG 18. (A1385) EMF 13 STEAMLINE 20 RAD MON. .01 R/HR 6. (A1113) STEAM GEN. B STEAM PRE 5SURE 46 PSIG 19. (A0127) EMF 49 LIG. WASTE DISCH., HI RANGE 10 CPM 7. (A1119) STEAM GEN. C STEAM PRES 5URE 46 PSIG
- 20. (A1069) UPPER WIND SPEED 6.9 MPH 8 (A1125) STEAM GEN. D STEAM PRES 5(IRE 46 PSIG
- 21. (A1183) LOWED WIND SPEED 5.9 MPH 9.
(A1060) TOTAL 5/G A FEEnWATER FLOW 0.0 MLB/HR
- 22. (A12001 LOWER TO UPPER DELTA-T
-0.37 DEG C 10 (A1066) TOTAL 5/G B FEEDWATER FLOW 0.0 MLB/Hn 23. (A10753 UPPER WIND DIRECTION 60
- 11. (A1072) TOTAL 5/G C FEEDWATER FLOW 0.0 MLB/HR 24 (A1189) LOWER WIND DIRECTION 55
- 12. (A1078) TOTAL 5/G D FEEDWATER FLOW 00 MLB/HR
- 25. (A0763) PRECIPITATION IN LAST 15 MIN.
0.00 IN
- 13. (A0090) AUX. FEEDWATER FLOW TO 5/G A 100 GPM
- 26. (A1218) AMBIENT AIR TEMPERATURE 23.1 DEG C,
- 14. (A0084) AUX. FEEDWATER FLOW TO 5/G B 100 GPM
- 27. (A0863) UNIT VENT STACK FLOW 9.0E4 CFM-
- 16. (A0872) AUX. FEEDWATER FLOW TO SIG D 100 GPM
' AUXILIAkY/ INJECTION SYSTEMS: 1. (A07508 CHARG. PUMP DISCH, HEADER FLOW 0 GPM 2. (A0856) RESIDUAL HEAT REMOVAL HX RETilRN FLOW 0 GPM 3. (D0970) CENIRIFUGAL CHARGING PUMP A DN ON/DFF 4 (D0629) CENTRIFUGAL CHARGING PUMP B ON ON/0FF 5. (D3574) SAFETY INJECTION PUMP A UN ON/0FF 6. (D3576) SAFETY INJECTION PUMP B ON ON/0FF 7. (A07641 LETDOWN HX OUTLET FLOW 0 GPM ,l, McGuire Nuclear Station PAGE '2 '(1 NIT 2 PLANT DATA AND STATUS INFORMATION DATE 10/15/06 TIME 1045 PLANT STATUS F. ADDITIONAL INFORMATION: 1. (A0070) IN-CORE TEMP A06 T/C #1 150 DEG F 2. (A02681 IN-CORE TEMP A10 T/C #2 150 DEG F 3. (A0274) IN-CORE IEMP C04 T/C'#3 150 DEG F 4. (A02801 IN-CORE TEMP C06 T/C #4 150 DEG F 5. (A0206) IN-CORE TEMP COB T/C #5 150 DEG F 6. (D3572) CONTAINMENT SPRAY PUNP A ON ON/OFF 7. (D3573) CONTAINMENT SPRAY PUMP B OFF ON/OFF 8. (D10421 RESIDUAL HEAT REMOVAL PUMP A ON ON/0FF 9. 100968) RESIDUAL' HEAT REMOVAL PUMP B ON ON/0FF 10.'(A1312)-RVLIS TRAIN A DYNAMIC HEAD (D/PI O (INVALIDI
- 11. (A13001 RULI5 TRAIN A UPPER RANGE-l'R) 64 (UALIDI
%~ U
- 12. (A13061 RULIS TRAIN A LOWER RANGE ILRI 60 (VALIDI
- 13. lA13241 RVLIS TRAIN B DYNAMIC HEAD'(D/PI O (INVALID) 1
- 14. (A1336) RULIS TRAIN B UPPER RANGE (UR) 64 (UALIDI-
- 15. (A1330) RVLIS TRAIN B LOWER RANGE (LR) 60 (VALIDI 1
..y, rc .,n --7
- ~ r: --
.pm :; -a '~ +g~- -f*"N y + 4 i ). ,l.[?e. l ~ a ~. -., u- .s .1 McGtiire Nuclear 5tation' ~
- PAGE-2 t
JNIT' 2 . PLANT. DATA'AND STATUS INFORMATION- .DATE ^10/15#86 J 'LANT STATUS . TIME 1100 - -ADDITIONAL-INFORMATION: ~ 1. (A0070) IN-CORE TEMD A06 T/C 41 150 'DEC F. ~ 2. (A02683'IN-CORE TEMP.A10 TIC 42 150 DEG F 3. (A0274) IN-CORE TEMP C04 T/C.43 150 -DEG F 4.-(A0280) IN-CORE. TEMP C06 T/C 44 150 DEC F 5. (A0286) IN-CORE TEMP C00 T/C 45 150 DEC F 6; ID3572) CONTAINMENT SPRAY PUNP.A ON ON / 0FF-7. ID3573) CONTAINHENT' SPRAY PUMP B OFF ON/OFF 8. ID1042) RESIDUAL HEAT REMOVAL PUMP A ON ON/OFF-9. 1D0968) RESIDUAL-liEAT-RENOVAL PUMP B ON ON/0FF' . 10; IA1312) RULIS TRAIN A DYNAMIC liEAD (D/P) 0 (INVALID) %
- 11. IA1300) RULI5 TRAIN A~ UPPER RANGE IHR) 64 (VALID)
. 12. (A1306) RULIS TRAIN A LOWER RANGE (LR) 60 (VALID)- ~
- 13. IA1324) RULIS TRAIN B DYNAMIC HEAD'tD/P) 0 (INUALID) 1
- 14. (A1336) RULI5 TRAIN B UPPER RANGE (UR)'
64 (VALID) 1-
- 15. (A1330) RVLIS TRAIN 8 LOWER RANGE ELR) 60 (UALIDI 1
P t W m=masi.*wn..w.,w...a.a-wea .,+mv. g, 3 g 3 --g%re_. ,.,ay.pu-.r-9g,, egao. m g- -.a 4rs'.+a.M.,y"'N%tg om gm 4, W ht" %-
- "gP+v,c'*#
1'+N m-:
- ?
~:' r, 9;~- n y_ - /*- s. -,"N pg ; c. c )- s k McGuire Nuclear Station: - PAGE 2' EfNIT-2 PLANT DATA AND STATUS INFORMATION-DATE --10/15/C6 3LANT STATUS TIME 1115 9 ADDITIONAL'INFORMATION: 1.'(A0070).IN-CORE. TEMP _A06LT/C #1' 150 1DEG F ' 2.' (A0268) IN-CORE TEMP A10 T/C'#2 150 DEC F 3. (A0274) IN-CORE 1EMP C04 T/C #3-150 DEG F 4. IA02805'IN-CORE 1EMP C06 T/C #4 150 DEG F-5.'(A0206) IN-CORE TEMP C08;T/C #5 150 DEG F-6. (D3572) CONTAINMENT SPRAY PUMP A ON ON/OFF I-. (D3573) CONTAINMENT.: SPRAY PUMP R OFF ON/OFF 8.: ID1042) RESIDUAL llEAT: REMOVAL PUNP A .ON- - ON/0FF 9. (D0968) RESIDUAL llEAT REMOVAL PilMP B ON ON/OFF
- 10. fA1312).RVLIS TRAIN A DYNAMIC llEAD (D/P) 0 (INVALID). 1
~
- 11. IA1300) RULI5 TRAIN A UPPER RANGE,(UR)--
64 4 VALID) %~
- 12. (A1306) RULIS TRAIN A LOWER RANGE.tLR) 60 - ( VAL ID)
, 13..(A1324) RVLIS TRAIN.D DYNAMIC llEAD-(D/P)- 0 (INVALID) - %~ .- 14. (A1336) RULIS TRAIN B UPPER RANGE (URI' 64 (UALID) ' 15. (A1330) RVLIS TRAIN B LOWER RANGE (LR) 60 ( U AL. I D ) - ] 8 k w-.-.we._. .a.-.. .A ~.u_,4 ._-mm. [- n_ .= 7 ,.y. ,/y. 1
- i'..
~ \\,<) XjI N.,,' _f -McGuire Nuclear Station PAGE 2 UNIT-2 PLANT DATA AND STATUS INFORMATION DATE 10/15/86 PLANT STATUS TIME ~1130 F. ADDITIONAL INFORMATION: 1. (A0070) IN-CORE. TEMP A06 T/C #1 150 DEG.F 2. (A0268) IM-CORE TEMP A10 T/C 42 150-DEG F 3. (A0274) IN-CORE TEMP C04 T/C 43 150 DEG F 4. (A0E00) IN-CORE TEMP C06 T/C #4 150 DEG F 5. (A0206) IN-CORE TEMP C08 T/C #5 150 DEG F 6. (D3572) CONTAINMENT SPRAY PUMP A ON ONIOFF 72 (03573) CONTAINMENT SPRAY PUMP B 0FF ON/0FF 0. (D1042) RE5IDUAL HEAT REMOUAL PUMP A DN-ON/0FF 9. (D09681 RESIDUAL HEAT REMOUAL PUMP B ON ON/0FF 10. (A13121 RULIS TRAIN A DYNAMIC HEAD (D/P) 0 (INVALIDI % 11. (A13001 RULIS TRAIN A UPPER RANGE (UR) -64 (UALIDI 12.-(A1306) RULIS TRAIN A LOWER RANGE (LR) 60 (UALIDI
- 13. (A13241 RULIS TRAIN B DYNAMIC HEAD ED/P) 0 (INVALID $
- 14. IA13361 RULIS TRAIN B UPPER RANGE (UR) 64 (UALIDI
- 15. (A13301 RULIS TRAIN 8 LOWER RANGE (LR) 60 (UALIDI I
..a ~ . - ~ 7, c ~g \\ ._.; ~'_ i ) ' \\ _,5 x/ "lN I T --. -McGuire Nuc1har-Station PAGE '2 2 -PLANT ~OATA'AND STATUS'INFORMATION DATE tot 15/86-JLANT 5TATU5 TIME 1145 - ADDITIONAL INFORMATION: 1. IA0070) ~ IN-CORE TEMP A06 T/C #1 150 DEG F' y 2. (A0268) IN-CORE TEMP A!O T/C #2' 150 DEG F 3. (A0274) IN-CDRE TEMP C04 T/C 43 150 DEC F 4. (A0280) IN-CORE TEMP C06 T/C 94 150 DEG F 5. (A0286) IN-CORE TEMP C00-T/C #5 150 DEG F 6. (D3572) CONTAINMENT SPRAY PUNP A ON ON/0FF 7. (D3573) CONTAINMENT SPRAY PUNP B 0FF ONIDFF 8. (D10421 RESIDUAL HEAT REMOVAL PUMP A DN ON/0FF 9. 1009681 RESIDUAL HEAT REMOVAL PUMP B ON ON/0FF 10.'(A1312) RULI5 TRAIN A DYNAMIC HEAD (D/PI O (INUALIDI %
- 11. (A1300) RULI5 TRAIN A UPPER RANGE (URI 64 (UALID)
- 12. (A1306) RVLIS TRAIN A LOWER RANGE (LR) 60 (VALIDI
- 13. (A1324) RVLIS TRAIN B DYNAMIC HEAD (D/PI O (TNVALIDI 1 14.
(A1336) RULIS TRAIN D UPPER RANGE (URI 64 (VALID) 1
- 15. (A1330) RULIS TRAIN D LOWER PANGE (LR) 60 (VALIDI
. -:5
- .c.
.y. ,, -s I 'f'v'l ' -s / m y McGuire Nuclear Station PAGE~ 2' JNI T 2 ' PLANT DATA AND STATUS INFORMATION . DATE 10/15/86-3LANT STATUS TIME 1200 - -ADDITIONAL.INFORMATION! .1. (A00701 IN-CORE' TEMP A06 T/C'81 150 DEG F 2. (A02681 IN-CORE TEMP.A10 T/C 82 150 DEC F 3. (A0274) IN-CORE TEMP C04 T/C 43 150 DEG F 4. (402001 IN-CORE TEMP C06 T/C $4 150 -DEG F 5. (A0206) IN-CORE TEMP COB T/C 85 150 DEG F 6. (D3572) C0t4TAINMENT SPRAY PUMP A ON -ON/0FF 7. (D3573) CONIAINMENT SPRAY PUMP B 0FF ONIDFF 8. tD1042) RESIDUAL HEAT REMOVAL PUMP A ON ON/0FF 9. (D09601 RESIDUAL ItEAT REMOVAL PUMP B ON ON/DFF
- 10. (A1312) RULIS TRAIN A DYNAMIC HEAD (D/PI O (INVALIDI %
- 12. (A1306) RULIS TRAIN A LOWER RANGE (LR) 60 (UALIDI
- 13. (A13241 RULIS TRAIN 8 DYNAMIC llEAD (D/P) 0 IINVALID) 1
- 14. (A13361 RULIS TRAIN B UPPER rat 4GE (UR) 64 (UALID) 1
- 15. (A13301 RULIS TRAIN D L0tJER RANGE (LR) 60 (UALIDI
+. - ae.p.y*
- .g.ewg
.-.g,,. o y g i- / 's Area Radiation Monitors (mR/hr) ' i '\\ ) Time 0530-0645 cin0-0730 0745-0815 0830 0838 0845-0945 1000-1200 XEMFX Incore Room 5 7 9 15 52 50 45-2 EMF 2 Cont. Refuel 3 5 7 12. 60 55 50 Brdg. 2 EMF 3 Time 0530 - 0910 0910 - 1110 1110 - 1200 XEMFX l IEMF6 2 15 2 1 EMF 23 .5 5 .5 I For other area monitors give actual readings from Control Room. .,3 < ' %.s/l' i l l i ) v i A v's, ~ Area Radiation Monitors (mR/hr) L,) Time-0530-0645 0700-0730 0745-0815 0830 0838 0845-0945 1000-1200 XEMFX Incore Room 5 7 9 15 52 50 45 2 EMF 2 ~ Cont. Refuel 3 5 7 12 60 55 50 Brdg. 2EtE3 Time 0530 - 0910 0910 - 1110 1110 - 1200 XEMFX IErlF6 2 15 2 1 EMF 23 .5 5 .5 For other area monitors give actual readings f rom Control Room.. . j") (,) 3 t l .( ,\\ )_ .q; f" y v wi
- Q,i ^
Environmental Systems Data
- cpm unless otherwise indicated 0600 0645 07 0 08 5 0845 0900 0915 0930 0945 1000 1011 1030 2 EMF 36111111 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 EMF 36 Ili 10 10 10 10 10 10 10 10 10 10 10 10 10 10-2 EMF 36 Lo 100 100 100 100 100 120 110 120 180 150 150 150 150 150 2 EMF 35 lli 2
2 2 2 2 2 2 2 2 2 2 2 2 2 2 EMF 35 to 200 200 200 200 200 240 240 250 200 240 250 240 '240 240 2 EMF 37 100 100 100 100 100 110 110 100 100 100 100 100 100 100 2 EMF 38 Ili 10 10 10 10 10 10 10 10 10 10 10 10 10 10 2 EMF 38 Lo 200 300 400 600 800 1E3 1ES 1.3E5 SE4 1E4 3E3 IE3 IE3-IE3 2 EMF 39 Ili 20 20 20 20 20 20 20 20 20 20 20 20 20 20 2 EMF 39 Lo 1E4 1.5E4 2E4 2.5E4 3E4 SE4 SE4 SE4 SE4 SE4 SE4 SE4 SE4 SE4 2 Et!F 40 200 250 300 500 700 SES OSH OSH OSH OSH OSH OSH OS11 OSH 0530 0910 1110 1130 1150+ 0910 1110 1130 1150 1 EMF 36 Ililli 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 1 EMF 36 Ili 10' 346 80 10 15 1 EMF 36 Lo 100 1.8E6 4.2E5 1.0E4 200 & EMF 41 pt. I 150 5.4E6 1.2E6 3.0E4 175 pt. 4 150 OSil 5.7E6 1.4E5 200 pt.11 150 1.8E3 400 200 200 NOTE: EMF 41 - all other points are as actually indicated. Data sheets show 2 EMF 38, 39, 40 isolated due to containment isolation signal. If operations are requested to reopen the EMF isolation valves give data starting at 0838 from this sheet. = ~ y ~" rh ) G V Environmental Systems Data
- cpm unless otherwise indicated.
EMF 0 30 0 0 8 0830 0845 0900 0915 0930 -0945 1000 1015 1030 6 3 8 2 EMF 36 HiHi 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/br 2 R/br 2 R/hr 2 EMF 36 Hi 10 10 10 10 10 10 10 10 10 10 10 10 10- .10' 2 EMF 36 Lo 100 100 100 100 100 120 110 120 180 150 150 150 150 150' 2 EMF 35 Hi 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 EMF 35 Lo 200 200 200 200 200 240 240 250 200 240 25 0 240 240 240 2 EMF 37 100 100 100 100 100 110 110 100 100 100 100 100 100 100 2 EMF 38 Hi 10 10 10 10 10 10 10 10 10 10 10 10 10 10' 2 EMF 38 Lo 200 300 400 600 800 IE3 IE5 1.3E5 SE4 1E4 3E3 1E3 IE3 IE3 2 EMF 39 Hi 20 20 20 20 ~20 20 20 ___ _ 20 20 20 20 20' 20 20 2 EMF 39 Lo IE4 1.5E4 2E4 2.5E4 3E4 SE4 SE4 SE4 SE4 SE4 SE4 SE4 SE4 SE4 2 EMF 40 200 250 300 500 700 SE5 OSH OSH OSH OSH OSH OSH OSH OSH 0530 0910 1110 1130 1150+ 0910 1110 1130 1150 1 EMF 36 HiHi 2 R/hr 2 R/hr 2 R/hr 2 R/hr 2 R/hr 1 EMF 36 Hi 10 346 80 10 15 1 EMF 36 Lo 100 1.8E6 4.2E5 1.0E4 200 $ EMF 41 pt. I 150 5.4E6 1.2E6 3.0E4 175 pt. 4 150 OSH 5.7E6 1.4E5 200 pt.11 150 1.8E3 400 200 200 NOTE: EMF 41 - all other points are as actually indicated. Data sheets show 2 EMF 38, 39, 40 isolated due to containment isolation signal. If operations-are requested to-reopen the EMF isolation valves give data starting at 0838 from this sheet. i 4 a Radiation Levels mR/hr Location 0530 - 0910 0910 - 1110 1110 - 1130 1130 - 1150 1150 + Elevation 716 j_ Zone I see map see map see map see map see map CI 8'd CI **d Zone 2 <1 6 1.5 <1 <1 window window <1 8 Pen 2 P" <1 <1 I window window t Elevation 733 i -' Zone 1 <1 15 4 <1 <1 Contact on door <1 300 75 2 <1 1 meter from door <1 30 7.5 <1 <1 o Elevation 750-Zone 1 <1 Contact 300 75 2 <1 'I I <1 I meter 30 7.5 <1 <1 Elevation 767 [! Zone 1 1-Contact on duct <1 80 20 2 <1 -lt -General Area- <1 5 1.5 <1 <1 Zone 2 Contact on duct <1 80-20 2 <1 General Area <1 10 3 <1 <1 Zone 3 Contact on duct <1 80 20 2 <1 General Area <1 5 1.5 <1 <1 l Site Plan Map closed closed Zone 1 <1 120 27
- I
<I I window window <1 160 ?"" 36 f*" <1 <1 window window ,a )TE 1:. Values are gamma dose rates unless open window values are given. ' JTE 2: All other dose rates are as actually indicated. l
- p. -
o 1 5
- r
+ i[ 5,r s Radiation Levels mR/hr ) 's _f . Location-0530 - 0910 0910 - 1110 1110 - 1130 1130 - 1150 1150 :4 Elsvation 7!6 Zone 1 'see map see map see map-see map see' map i Zone 2 <1 6 c}osed 1.5'}dow 8'd <1 <1 window win <1 8 P'" 2 P'" <1 <1 window window Elevation 733 Zone 1 <1 15 4 <1 <1 Contact on door <1-300 75 2 <1 -'1 mater from door <1 30 7.5 <1 <1 Elevation.750 Zone 1 <1 Contact 300 75 2 <1 l ) <1-1 meter 30 7.5 <1 <1 Elevation 767 Zone 1 Contact on duct <1 80 20 2 <1 General Area <1 5 1.5 <1 <1 Zone 2 Contact on duct <1 80 20 2 <1 General Area <1 10 3 <1 <1 ' Zone 3' Contact on duct <1 80 20 _ 2 <1 General Area <1 5
- 1. 5~
' <1 <1 Site Plan Hap c1 s d cl sed Zone 1 <1 120 27 <g q window window <1 160 "I.' " " 36 I.' " " <1 <1 window window O ( ) E 1: Values are gamma dose rates unless open window values are given. NOTE 2: All other dose rates are as actually indicated. r' ?- f~y Radiation Levels mR/hr _,.A i f. Location 0530 - 0910 0910 - 1110 1110 - 1130 1130 - 1150-1150 +- Eicvation 716 Zone 1 see_ map see map see map see map see map. c1 sed Zone 2 <1 6 1.5 C!8"d <1 <1 window window -j <1 8 open 2 open <I <I window window Elevation 733 Zone 1 <1 15 4 <1 <1 4 1 . Contact on door <1 300 75 2 <1 1 meter from door <1 30 7.5 <1 <1 Elevation 750 Zone 1 <1 Contact 300 75 2 <1 l l- <1 1 meter 30 7.5 <1 <1 t Elevation 767 Zone 1 Contact on duct <1 80 20 2 <1-General Area <1 5 1.5 <1 <1 Zone 2 Contact on duct <1 80 20 2 <1 General Area <1 10 3 <1 <1 Zone 3 Contact on duct <1 80 20 2 <1 General Area <1 5 1.5 <l <1-Site Plan flap closed closed Zone 1 <1 120 27 <I
- I window window
<1 160 P"" 36 P"" (l <1 window window Ch '-x,IE 1: Values are gamma dose rates unless open window values are given. NOTE 2: All other dose rates are as actually indicated. g-Radiation Level mR/hr kJ Location ~ 0530 - 0910 0910 - 1110 1110 - 1130 1130 - 1150 1150 4 Elevation 716 Zone 1 see map see map see map see map see map el sed c1 sed Zone 2 <1 6 1.5 <3 y window window <1 8 I.' " " 2 P"" <1 O window window Elevation 733 .r Zone 1 <1 15 4 <1 <1 Contact on door <1 300 75 2 <1 -1' meter from door <1 30 7.5 <1 <1 Elevation 750 Zone 1 <1 Contact 300 75 2 <1 l l <1 1 meter 30 7.5 <1 <1 Elevation 767-Zone 1 Contact on duct <1 80 20 2 <1- -General Area <1 5 1.5 <1 <1 Zone 2 Contact on duct <1 80 20 2 <1 General Area <1 10 3 <1 <1 . Zone 3 Contact on duct <1 80 20 2 <1 General Area <1 5 1.5 <1 <1 4 Site Plan flap c1 sed closed Zone 1 <1 120 27 q f.. window window <1 160 P" 36 P"" <1 <1 window window [\\ (.tE 1: Values are ganuna dose rates unless open window values are given. i40TE 2: All other dose rates are as actually indicated. iv p Radiation Levels mR/hr o x_/- Location 0530 - 0910 0910 - 1110 1110 - 1130 1130 - 1150 1150 + ) Elevation 716-Zone 1 see map-see map see map .see map see map closed cl sed Zone 2 <1 6 1.5 43 43 window window <1 8 P"" 2 P"" <1 <1 window window Elevation 733 Zone 1 <1 15 4 <1 <1 Contact on door <1 300 75 2 <1 'l meter from door <1 30 7.5 <1 .<1 Elevation 750 Zone 1 <1 Contact 300 75 2 <1 l I <1 1 meter 30 7.5 <1 <1 Elevation 767 2one 1 ~i Contact on duct <1 80 20 2 <1 i General. Area <1 5 1.5 <1 <1 [ i . Zone 2 Contact on' duct <1 80 20 2 <1 l General Area <1 10 3 <1 <1 Zone 3 ' Contact on duct <1 80 20 2 <1 1 General Area <1 5 1.5 <1 <1 .i j Site Plan-tlap l Zone 1 <1 120 c}osed 27 gg gg j ci sed window window l <1 160 P"" 36 I.' " " <1 <1 window window n i \\x,4E 1: Values are gamma dose rates unless open window values are given. NOTE 2: All other dose rates are as actually indicated. i o r i-j ) - Airborne Activity _ Noble Gas pCi/cc ~ ( 'N< v Location 0530 - 0910 0910 - 1110 1110 - 1130 1130 - 1150 1150 +- Elevation 716 Zone 1 No. Act. 4.4E0 1.0E9 2.52E-2 No. Act. (Room 619) Zone 2 No. Act. 2.0E-4 4.5E-5 1.1E-6 No. Act. Outside of Plant See Plan Map Zone 1 No. Act.. 4E-3 9.E-4 2.3E-5 No. Act. t ]v NOTE 1: All other areas are as actually exist. NOTE 2: No Iodine or Particulate activity present other than actually e:cist. U ,'c Airborne Activity - Noble Gas pCi/cc r I / 4 Location 0530 - 0910 0910 - 1110 1110 - 1130 1130 - 1150 1150 + Elevation 716 Zone 1 No. Act. 4.4Ep 1.0E0 2.52E-2 No. Act. (Room 619)- Zone 2 No. Act. 2.0E-4 4.5E-5 1.1E-6 No. Act, a Outside of Plant See Plan Map Zone 1 No. Act. 4E-3 9.'E-4 2.3E-5 No. Act. (A) NOTE 1: All other areas are as actually exist, s.- NOTE 2: No Iodine or Particulate activity present other than actu' illy exist. I n v T: ^x.J Airborne Activity - Noble Ges pCi/cc t 'w./ - Location 0530 - 0910 0910 - 1110 1110 - 1130 1130 - 1150 1150 1 + Elevation 716 Zone 1 No. Act. 4.4Ep 1.0E0 2.52E-2 No. Act. (Room 619) Zone 2 No. Act. 2.0E-4 4.5E-5 1.1E-6 No. Act. Outside of Plant See Plan Map Zone 1 No. Act. 4E-3 9.E-4 2.3E-5 No. Act. i 1 i J NOTE 1: All other areas are as actually exist. ~ NOTE 2: No Iodine or Particulate activity present other than actually exist. 3 s q,1 4 ,~N. Airborne Activity - Noble Gas pCi/cc ' k,,f Location 0530 - 0910 0910 - 1110 1110 - 1130 1130 - 1150 l1150 + Elevation-716 Zone 1 No. Act. 4.4E0 1.0E9 2.52E-2 No. Act. (Room 619) Zone 2 No. Act. 2.0E-4 4.5E-5 1.1E-6 No. Act. l i Outside of Plant See Plan Map Zone 1 No. Act. 4E-3 9.E-4 2.3E-5 No. Act. 1 1 i b NOTE 1: (._) All other areas are as actually exist. NOTE 2: No Iodine or Particulate activity present other than actually exist. J gj m If a ,y S:- Airborne Activity - Noble Gas pCi/cc i ). w/ L. Location 0530 '0910 0910 - 1110 1110 - 1130 1130 - 1150 1150 + Elevation 716 Zone 1 No. Act. 4.4Ep 1.0Ep 2.52E-2 No. Act. (Room 619) Zone 2 No. Act. 2.0E-4 4.5E-5 1.1E No. Act. Outside of Plant See Plan Map-Zone-1 No. Act. 4E-3 9 E-4 2.3E-5 No. Act. ( 'I NOTE 1: All other areas are as actually exist. l . y) NOTE 2: No Iodine or Particulate activity present other than actually exist. l l l 1 l / \\ L) 1 l l l-l (;&MaEWWN @AGusNM I G31 l " E 23 i 6 c u i g g. ] (j "M g paa - 73 f @rmsameN 0 @d E S E 602 i 626 I h 635 l [ h 628 l l i g g G46 i L1 Ek ! gg 37 i 3 r Z l 603 !S l I 52 3 4 <) M l 449 R N L Rl h 6 607l ' [ quimmunusul? ll 778 g 773 l OOoo t a i s,s ts l I m c_= l~ OOOO ,$lk 4 H 1'elo N L{RE: J C b EBO M l UNIT 2 UNIT I 7 7zo 7 78 725 728 l 723c 723 A ,qs L f: 4 M^*N 73o 788 i Q m& '2' 1 - -, = ~ m !en._I l B H HHI1 1 n no_x__ o tsnaar s y' ' Y _' z +o~. t gE}ij wf ams-al3m>wmumy mmg ru icew- + - - - - e Ei 788 8g g B 773 l j[ 74B 1) 737 ~ k t t e If _,,b and7f h,j l ,S ,i b ==~e! m t o 350' O O ta b 20 807 UNIT sat ses UNIT 1 2 I ^ a O G l ao&] FAsa -j _i 830 lPl ~ ~ P aI7 ez
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q o m,. *,, e " s.,,ee r 1 si OFF-SITE RADIOLOGICAL DATA 3,- ( ) ~' Page 1-Radioactive Cloud a) Arrival and departure time indicates period actual plume is present at specific-locations. b) Time through cloud for 30 mph and 60 mph speeds to assist controller with plume width representation. c) Peak dose rate - controller will determine -I desired location of actual plume, either center or side zone for any particular pass through the affected area. Use " time through cloud" times to ramp the dose rate up to the peak dose rate and back down to background for that pass. Note: Actual plume oscillates through out the release period. Controllers are required to move the plume to represent this oscillation. Page 2-7 Each page represents a specific location or route offsite teams will use within the affected area. The listed sequences for center zone (5) and side zones (3) are gamma dose rates to be given by the controller to the players (if they ask) every 15 secs, during
- a. 5 min. air sample.. The players i
should record all dose rates and determine the average dose rate over the - 5 min. period. This average is intended to roughly agree with offsite .i dose projections, i Note: This release is comprised of noble gases only. No Iodine or. particulate activity will be seen offsite. -\\reh\\ drill. con l O i . m (~~ .,7 '~ ge 1, (i Radioactive Cloud Time Through Cloud Peak Dose Rate Road Arrival Time 30 mph 60 mph (mr/hr) . Departure Time Ilighway 73 0915 6 sec 3 sec 100 1115 SR 1578 0920 40 1120 Killian Rd. 0925 20 see 10 sec 25 1125 Mid. Sifford Rd. 0,,0 13 1140 liighway 16 0955 40 sec 20 sec 8 1155 SR 1907/1820 1010 60 sec 30 sec 3 1210 Assume the cloud is either there or not there If the cloud is given ou Sif ford Rd., assume it moves toward the center of the affected area well before coming to Highway 16 or Killian Rd. -w ( ) ( / 2 y,/ w/ Affected Area (Highway 73)
- If open window dose rates are requested, multiply gamma dose rate by 1.3.
Average Dose Rate (Ganma) Center Zone (11 mr/hr) Side Zones (2 mr/hr) Time Sequence 1 Sequence 2 Sequence 3 Sequence 4 Sequence 5 Sequence 1 Sequence 2 Sequeisce 3 0 10 B 10 10 B 10 B B 15 B B 20 15 B 5 B B 30 B B 70 10 8 5 10 B 45 B B 100 B B B B B 1 ein. 20 10 50 10 10 B B 10 15 50 20 10 40 B 5 B B 30 100 30 B B B 10 B B 45 40 10 B B 10 B B B 2 cin. B B B B B B B 5 15 10 B B B B B B 30 30 B B B B B B B 10 45 B B B B B B B B 3 min. B 30 B 25 B B B B 15 10 100 8 60 B B B B 30 10 20 B 10 B B B B 45 B B B 20 B B B B 4 min. B B B 5 35 B 5 B 15 B B B B 100 B 10 8 30 B B B 6 40 B 5 8 45 B B B 5 5 B 15 B 5 ein. f40TE: B = Background CE501238/3 L. -w_= =;; - - - y ;-- - 3, = z. - - O,,_ - p - O;,.ny..:, i 2 ) _ _ w; O_ = = ~Affected Area: .(SR 1578)
- If open window dose rates are requested, multiply gamma? dose
? rate by 1.3.- Average Dose Rat'e -(Gasuna) Center Zone Side Zones -(1 mr/hr) Tite Sequence 1 Sequence 2 Sequence 3 Sequence'4 Sequence 5. Sequence 1 Sequence 2 Sequence 3 0 -4 8 B 15 2 B B .30 2 4-B- 45 B B B 1 min. B B' 4 15 2 B B ~~ 30 4 8- -B 45-B B B 2 uin. B B 2 15 B B 12 30 B B 4 .45 B B B 3 min. B B B 15 B-B B 30 B B B 45 B B. B-i 4 min. 'B-2 8 l 15 B' '4 8 1 30 B 2 8 i 45 8 6-B 5 min. j-NOTE: B = Background l t CE50123B/4 } _. _ _.,.. - _ _...___..-_....._.-_-..-..._. ___.._.-.._...._. _. ~._. _ _ _ s.._._ _ c y- -- = c -,= > > > =. p
- 3;,
O' O G_. 4 Affected Area-(Killian Rd.)'
- If _open window dose rates are-requested, multiply gamma dose.
. rate by 1.3. p Average Dose Rate (Gamma) t. Center Zone (2.5 mr/hr) Side Zones (0.5 mr/hr) Time Sequence 1-Sequence 2 - Sequence 3 Sequence 4.. .-Sequence 5 Sequence 1 Sequence 2' Sequence 3: O 3 8 3 -2 B ~3 8 'B 15 B B 5 4 B 1 8-B 30 B B-18-3- B 1 3' B 45 B B 25 B B B-B- B i nin. 5 3 12 2 3 8 8 3 1:. 15 12 5 2 10 B 1 B B 30 25 7 B B B 3 B B 45 10 3 8 8 3 B B '8 1-2 min. B B B B B B B 'l 15 3 B B B B B B 7 30 B B .B B B B B 3 45 B B B B B B.. B B 3 min. B 8 8 6 B B -B B' i 15 2 25 B 15 B B B B i 30 2 5 B 2 B 'B B B i 45 B B B 5 B B '8 B 4 min. B B B 1 '9 B 1 B' 15 B B B' B 25 B-3 B 30 B B B B 10 B 1 B 45 B B B 2 1 B 4 8 I 5 min. 4 4 NOTE: B = Background i r ,v
- 4..
1 CE50123B/5 i ) a L.-~...m m. .,.-_..,1-__...._,.._..,-__.__,___.,._.,_..__,.;.....,.___.___.._..__._..._._,,.,, ~ .f' ~~ ~ - ~' ~~ ~=~ = ~ = ~ ' Affected Area (Mid. Sifford Rd.)
- If open window dose rates 'are requested, multiply gamma dose
- ra te. by 1.3. Average Dose Rate (Ganma) Center Zone Side Zones (0.2 mr/hr). Time Sequence 1 Sequence 2 Sequence 3 Sequence 4 Sequence 5 . Sequence 1 Sequence 2 Sequence 3 ~ 0 1.3 8 8 15 0.7 8 B .30 0.7 1.3 B 45 B.- B B l' min. B B 1.3 15 0.7 8 8 30 1.3 8-B- 45 B-B B 2 min. B B 0.7 15 B B
- 4 30 B
B
- 1. 3 45 B'
B B 3 min. B B B' 15 B B B 30 B B B. -45 .. B B B 4 min. B 0.7 B 15 8 1.3 B 30 B 1.3 B 45 8 2 BL 5 min. NOTE: B = Background CE50123B/6 V ( ) =, L./ v Affected Area (Highway 16)
- If open window dose rates are requested, multiply gama dose rate by 1.3.
Average Dose Rate (Gamma) Center Zone (0.8 mr/hr) Side Zones (0.1 mr/br) Time Sequence 1 Sequence 2 Sequence 3 Sequence 4 Sequence 5 Sequence 1 Sequence 2 Sequence 3 0-0.8 8 0.8 0.8 8 0.8 B B 15 B B 1.6
- 1. 2 B
0.4 B B -30 B B 5.6 0.8 B 0.4 0.8 B 45 8 8 8 B B B B B 1 ein.
- 1. 6 0.8 4
0.8 0.8 8 8 0.8 15 4
- 1. 6 0.8 3.2 B
0.4 8 8 30 8 2.4 8 8 8 0.8 8 8 45 3.2 0.8 8 8 0.8 B B B 2 min. B B B B B B B 0.4 15 0.8 B B B B B B 2.4 30 B B B B B B B 0.8 45 B B B B B B B B 3 min. B 2.4 B 2 B B B B 15 0.8 8 8 4.8 B B B B 30 0.8
- 1. 6 B
0.8 B B B B 45 B B B
- 1. 6 B
B B B 4 ain. 8 8 B 0.4
- 2. 8 8
0.4 8 15 B B B B 8 8 0.8 B 30 B B B B 3.2 B 0.4 8 45 B B B 0.4 0.4 8
- 1. 2 B
5 min. NOTE: B = Background CE501238/7 , ~. ,- ~. ( ) '( i '% J \\s 7 Affected Area SR 1907/1820
- If open window dose' rates are requested, multiply gamma dose rate by 1.3.
Average Dose Rate (Ganma) Center Zone (.33 mr/hr) Side Zones (.06 mr/hr) Time Sequence 1 Sequence 2 Sequence 3 Sequence 4 Sequence 5 Sequence 1 Sequence 2 Sequence 3 0 .3 B .3 .3 B .3 B B 15 B B .6 .45 B .2 B B 30 B B 2.1 .3 B .2 .3 B~ 45 B B 3.0 B B B B B 1 ain. .6 .3 1.5 .3 .3 B B .3 15 1.5 .6 .3 1.2 B .2 B B 30 3.0 .9 B B B .3 B B 45 1.2 .3 B B .3 B B B 2 min. B B B B B B B B 15 .3 B B B B B B .2 30 B B B B B B B .9 45 B B B B B B B .3 3 cin. B .9 B .75 B B B B 15 .3 3.0 B 1.8 B B B B 30 .3 .6 B .3 B B B B 45 B B B .6 B B B B 4 min. B B B .2 1.1 B .2 B 15 B B B B 3.0 B .3 B 30 B B B B 1.2 B .2 B 45 B B B .2 .2 B 45 B 5 min. NOTE: B = Background 7 - -- . c.; ' 1cGUiRE u n G 4 ~ is9 y q ]Sk ~2 } ,, k I }NUCCE i . _L N ' sS \\ c (' iiD lg N D; 1400 l h p I,fo'.h,6SVilE
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.. - - - - - - - - - - - - - - - - - - - ~ - - y ^ k/.) -.c 0Q ..., - r, f . LAKE .- -s - NORMAN .J NW e-Q,-e ',m G_E Mg \\ N NE 9 og-.g l AND DOCat LAKE + NORMAN N ... t e'5'*' ENE ,_,_, / ~~~...- .r.,- i ' ~. N { ..J } } e-i-,e g r - - ---
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_g l g ..-,-u i 7,, f u i, c .sN E .8- -,2 i x rt;;,,w /, id M',a%" ";nn" l w55 'Y tst i l / / 1 \\ t._ POND S /.. i / A ( l 3t .%'/ , _ i... ~ e ** ,s. x / \\ PLAN 4 .m {JA g RECEIVED AUG 131986 August 12, 1986 MEMORANDUM TO: J. V. Almond
SUBJECT:
McGuire Nuclear Station Annual Emergency Drill Fire Emergency I.
.0BJECTIVE The objective of the annual fire drill is to evaluate the capability of both the McGuire Nuclear Station Fire Brigade and the Gilead and Cornelius Volunteer Fire Departments during a fire emergency at McGuire Nuclear Station.
This drill should test the resources, both on and off site, available for a p fire emergency at the station. The drill will also give a picture of the response times of these resources.
Other considerations to be evaluated are m
L(V) the ability of the Station Fire Brigade and the Volunteer Fire Department to work together and have an understanding of each groups capabilities. This drill should point out any future training needs.
II.
INITIAL C0hTITIONS Fire starts in stack of wooden pallets in the vicinity of wood storage area next to the chemical mix house. We are going to actually burn a pile of pallets in the area of the drill.
A drill or fire in this location of the station may require a response from the outside fire agencies because of the remote location and limited amount of fire protection available.
III. SEQUENCE OF THE EVENTS Once the fire is discovered the Control Room is notified and the normal brigade response is put into action.
As soon as the first brigade member arrives at the scene he should notify the Control Room of the status and location of the fire.
Because of the location of the fire the Control Room should contact the offsite fire agencies for assistance.
The Fire Brigade Members need to take what ever action is in their capability to stabilize the situation, prior to the arrival of the outside fire departments. The drill will be terminated when the fire is extinguished, ry All operations at the fire scene will be conducted under the leadership of the ty Fire Brigade Leader at the scene.
l u
t Annual Fire Emergency Drill L~
')
Page 2 August 12, 1986 IV.
OVERVIEW The station groups that have involvement in the drill are Operations, Health Physics, Security, and Safety personnel.
Operations has the responsibility of calling the offsite fire protection people, responding Fire Brigade Personnel to the scene for fire fighting, and fire scene control.
site fire fighting activities.The Fire Brigade Leader will have overall control of on have little responsibility because of the absence of contaminatio Security will be responsible for site security and crowd control at the scene.
They will also have backup communications between the fire scene and the Control Room as well as the backup Fire Brigade Cage.
As in all drills, there will be no deviation to the normal plant security.
The Safety Department will act as the controller / evaluator for the exercise.
.b J. W. Hartwell Safety Associate McGuire Nuclear Statior.
cc:
C. B. Taylor J. R. Leonard, Compliance J. W. Foster, Health Physics W. O. Reeside, Operations R. E. Jones, Security P.F. 9.5.4.'4 I
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gueug-
[t July 23, 1986
(
1 MEMORANDUM TO:
J. V. Almond
Subject:
McGuire Nuclear Station i
Annual Emergency Drill Medical Emergency I.
i In order to test and evaluate the ability of McGuire Nuclear Station t
personnel and Emergency Medical System that supports McGuire during medical emergencies, the annual emergency drill will be conducted on October 14, 1986 at 8:00 A.M.
This drill is designed to test the resources available at McGuire from the P
time of injury to completion at Charlotte Memorial Hospital Security.grcups to be included in the drill are Operations, Health Physics, and Station medical system, in particular the North Mecklenburg Re North Mecklenburg Ambulance Service.
This drill will test their ability with contaminated injuries to the hospital.to perform life saving f
,(d) handle and give proper medical care to contaminated II.
Initial Conditions t
Three Maintenance personnel are working, cutting a bracket, on the larg roll-up door into Unit #1 Fuel Pool Truck Access.
On the 760' elevation of the Auxiliary Building, Victim "A" is standing on a ladder cutting with an oxyacetylene torch.
Victim "B" is standing at the foot of the ladder holding the ladder steady watching Victim "A" work.
Victim "C" ic a Fire Watch sitting in a chair observing.
For some unknown reason the hoses from the tanks to Victim "C" extinguished the PC's using a 20lb. C0' extinguisher.
and fell approximately five (5) feet off the ladder."A", hearing t Victim The work area is in an RCZ so all three men are working in ANTI C's.
Radiation levels in the general area is 12mR/hr Beta-Gamma.
V]
removable contamination levels on the floor are 3500 dpm/cm. The sus. face e
f(
Annual Emerg:ncy Drill
~
July 23, 1986 Page 2 III. Subsequent Development Victim "A" is suffering a back injury and deep laceration to the right forearm.
Victim "A" is conscious, his pulse is rapid (a rate of 120+),
blood pressure is 140/78.
nerve and motor function in both legs.His pupils are equal and reactive. He h Contamination levels:
clothes 375cepm, arm 320cepm.
Victim "B" has second degree burns on both lower legs.
conscious and in severe pain.
Victim "B" has a Victim "B" is blood pressure of 110/68.
Contamination levels: pulse rate of 90 and a leg 325cepm, his clothing 400cepm.
Right leg 350cepm, left Victim "C" is not injured but very upset.
contaminated.
His outer clothing is IV.
Over View 1
Health Physics, and Security.The Station Groups that have invol the off-site emergency medical system personnel and informing t Operations Supervisor that this has been done.
Operations will have the Medical Emergency Response Team. responsibility of notifying Security for initial victim assessment and primary treatment since this drill mainly to determine the ability of off-site emergency medical system personnel to handle contaminated injuries.
Radiation protection and contamination control measures will be h station Health Physics personnel.
to the hospital for radiation control at that locationHealth Physics personnel w personnel access to McGuire Protected Area. personnel shall follow Security All on scene drill related activities will stop and time will be on hold during the time it takes for emergency medical system personnel to be processed for on site activities Hospital for further care. Victims will be stabilized on site and transported R. M. Cloninger Safety Assistant McGuire Nuclear Station RMC/akm cc:
J. W. Foster C. B. Taylor T. C. Bone
(.
E. '. Newell
)
P.F. 9.5.4 v
v
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,r~5 Tcbit _,jl.4-1
\\,/
s Page I cf 2 AREA RADIATION MONITORS DETECTOR NUMBER DETECTOR LOCATION (1)
TYPE RANGE FIG. REF.
1-EMF-1 Auxiliary Building Corridor - El 695 - (FF, GG-56)
G-M
.1 to 104 mr/hr 1.2.2-1 1-EMF-2 Auxiliary Building Corridor - El 716 - (MM, NN-56)
G-M
.1 to 104 mr/hr 1.2.2-2 1-EMF-3 Auxiliary Building Corridor - El 716 - (LL, MM-59)
G-M
.1 to 104 mr/hr 1.2.2-2 1-EMF-4 Auxiliary Building Corridor - El 716 - (GG-56)
G-M
.1 to 104 mr/hr 1.2.2-2 1-EMF-5 Sample Room Unit 1 - El 716 (FF-54)
G-M
.1 to 104 mr/hr 1.2.2-2 1-EMF-6 Auxiliary Building Corridor - El 733 (MM, NN-53)
G-M
.1 to 104 mr/hr 1.2.2-3 1-EMF-7 Auxiliary Building Corridor - El 733 (NN-59)
G-M
.1 to 104 mr/hr 1.2.2-3 1-EMF-8 Auxiliary Building Corridor - El 733 (HH-56)
G-M
.1 to 104 mr/hr 1.2.2-3 1-EMF-9 Reactor Building Incore Instrument Room Unit 1 G-M
.1 to 104 mr/hr 1.2.2-3 1-EMF-10 Auxiliary Building Corridor - El 750 (LL-56)
G-M
.1 to 104 mr/hr 1.2.2-4 1-EMF-11 Waste Drumming Area - El 750 (PP-54)
G-M
.1 to 104 mr/hr 1.2.2-4 1-EMF-12 Control Room - El 755 (CC-56)
G-M
.1 to 104 mr/hr 1.2.2-5 1-EMF-13 Laboratory - El 767 (QQ-56)
G-M
.1 to 104 mr/hr 1.2.2-5 1-EMF-14 Auxiliary Building Corridor - El 760 (RR-54)
G-M
.1 to 104 mr/hr 1.2.2-5 1-EMF-15 Hot Machine Shop Area - El 760 (TT-59)
G-M
.1 to 104 mr/hr 1.2.2-6 1-EMF-16 Refueling Bridge Unit 1 Reactor Building G-M
.1 to 104 mr/hr 1.2.2-6 1-EMF-17 Refueling Bridge Unit 1 Spent Fuel Building G-M
.1 to 104 mr/hr 1.2.2-6 1-EMF-18 Reactor Coolant Filter IA I-C
.1 to 104 R/hr 12/83 m-,-.
.-_m..
s.m.
7 l
V Tab 1v.1.4-1 Page c;f 2 AREA RADIATION MONITORS DETECTOR NUMBER DETECTOR 1.0 CATION (1)
TYPE RANGE FIG. REF.
1-EMF-19 Reactor Coolant Filter IB I-C
.1 to 104 R/hr 1-EMF-51 Reactor Building Annulus I-C 1.0 to 107 R/hr 1-EMF-20 New Fuel Stnrage (North)
G-M
.1 to 104 mr/hr 1-EMF-21 New Fuel Storage (South)
G-M
.1 to 104 mr/hr 2-EMF-1 Sample Room Unit 2 - El 716 (EG, FF-58)
G-M
.1 to 104 mr/hr 1.2.2-2 2-EMF-2 Reactor Building Incore Instrumentation Room Unit 2 G-M
.1 to 104 mr/hr 1.2.2-3 2-EMF-3 Refueling Bridge Unit 2 Reactor Building G-M
.1 to 104 mr/hr 1.2.2-6 2-EMF-4 Refueling Bridge Unit 2 Spent Fuel Building G-M
.1 to 104 mr/hr 1.2.2-6 2-EMF-5 Reactor Coolant Filter 2A I-C
.1 to 104 R/hr 1.2.2-6 2-EMF-6 Reactor Coolant Filter 2B I-C
.1 to 104 R/hr 2-EMF-51 Reactor Building Annulus I-C 1.0 to 107 R/hr 2-EMF-7 New Fuel Storage (North)
G-M
.1 to 104 mr/hr 2-EMF-8 New Fuel Storage (South)
G-M
.1 to 104 mr/hr (1)The approximate detector location is indicated.
For example:
1-EMF-1 is located in the Auxiliary Building corridor at floor elevation 695 between column lines FF and GG at column line 56.
(Monitors not shown on Reference Figures.)
I t
12/83 I
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DUKE POWER COMPANY L,/
NUCLEAR STATIONS SYSTEMS IDENTIFICATIONS (MCGUIRE STATION ONLY)
System No.
Name of System System No. Imolied Meanino A-Steam Services Systems AD Auxiliary Diesel System Auxiliary O_iesel
~B Boiler (Steam Generator-N) Services Svstems BB Steam Generator Blowdown Recycle System Boiler Blowdown BW Steam Generator Wet Lay-up B_ oiler Wet Lay-up C
Condensate - Feedwater System (jCA Auxiliary Feedwater System C_ondensate Auxiliary CB Heating Boiler Feedwater System condensate-Boiler (Including Recire)
~
~
Condensate F,eedwater CL F0WP Condensate Seal Sys, C,ondensate Seal & Leakoff CM Condensate Sys Condensate Main CS Condensate Storage Sys Condensate Storage CT Conventional Sampling Sys condensate Testing 0
Desuoerheater Svstem
)
E Electrical Systems ESA 525 KV System EAA
~
525KV Switchyard Physical Layout Sys.
/T CIAB 525KV Switchyard Cable Support Sys.
'EAC-525KV Switchyard Grounding Sys.
ES2000I
1 Y
(MCGUIRE)
O i
System i No.
Name of System System No. Imolied Meaning j
u EAD 525KV Switchyard Protective Relaying Sys.
I EAE 525KV Switchyard Control Sys.
EAF 525KV Switchyard Metering and Monitoring Sys.
EAG 525KV Switchyard Fire Detection / Protection Sys.
?
EAH 525KV Switchyard 125V DC Sys, i
EAI 525KV Switchyard 480,208/120VAC Sys.
EAL 525KV Switchyard Lighting Sys.
Switchyard AC System j
ESC Switchyard 480 VAC System
)
ESD Switchyard 208/120VAC System ESO 525/230KV Common Physical Layout System g,g EBI 230KV Switchyard 480, 208/120V AC System
's
'; J Switchyard DC System
\\
ESE Switchyard 125V DC System EBH 230KV Swi_tchyard 125V DC System 3
Switchvard Cable Sucoort Svstem EBB 230KV Switchyard Cable Support System ESB 525/230KV Common Cable Support System l
ESF Switchyard Relay House Cable Support System ESG-Switchyard Trench System ESH Switchvard Control Svstem EBA 230KV Switchyard Physical Layout System EBD 230KV Switchyard Protective Relaying System EBE~
230KV. Switchyard Control System O
ES2000I p,
l (MCGUIRE) h 1
,-sSystem i
(
! No.
Name of System System No Implied Meaning e
Switchyard Fire Detection / Protection Systems i
EBG 230KV Switchyard Fire Detection / Protection System l
ESI Switchyard Relay House Fire Detection System Switchyard Grounding System EBC 230KV Switchyard Grounding System ESL Switchyard Relay House Grounding System Switchyard Lighting System EBL 230KV Switchyard Lighting System
-EBF 230KV Switchyard Metering & Monitoring System ESR Switchyard Microwave System Switchyard Monitoring System
%EST Switchyard Supervisory System i.
I
' v ESV Switchyard Event Recorder System l
ESY Switchyard Security System t
Auxiliary Power System EPS 6.9KV Normal Auxiliary Power System i
EPC 4.16KV Essential Auxiliary Power System EPO 600V AC Normal Auxiliary Power System EPE 600V AC_ Essential Auxiliary Power System EPF 240/120 VAC Auxiliary Control Power System h
EPG.
240/120 VAC Vital Instrumentation & Control Power System EPH 208/120 VAC Normal Auxiliary Power System EPI 208/120 VAC Essential Auxiliary Power System
[JNPJ 250V DC Auxiliary Power System b
'ES2000I -
~
l 7
(MCGUIRE)
L LQ~System Name of System System No. Imolied Meaning EPK 125V DC Auxiliary Control Power System EPL 125V DC Vital Instrumentation & Control Power System k3.8KVNormalAuxiliaryPowerSystem EPM l
EPR 240/120V AC Normal Aux. Power Sys.
EPQ 125V DC Class 1E (Essential) Diesel Auxiliary Power System
-4TF,
-6rGKV-B1: chest-h iliery N u 5,. t =
ETL 600/208/120V AC Standby Shutdown Facility Auxiliary Power System ETM 250V DC/125V DC Standby Shutdown Facility Auxiliary Power System Lighting System EHM Hydrogen Mitigation System ELN Normal Lighting Sys (AC)
% ELA Emergency Lighting System (AC)
./
1 V ELD Emergency Lighting System (DC)
EHT Trace Heating System Plant Grounding System EVA Station Grounding System EVB Instrument Grounding System EVC Computer Grounding System Communication System i
-ECC Normal Communication System (Bell Telephone System)
ECI Interplant Telephone System ECP-Public Address System
~ECM Microwave System (Interfaced with Interplant telephone system)
ECD-Microwave (Dispatch) System
~
' (O "ICF Intercommunication System (Administration Building) i
~
ECG Fuel Handling Intercomm. Sys. (Sound Powered Telephone)
ES2000I j
(MCGUIRE)
,mS V) ystem
(
No.
Name of System System No. Imolied Meaning ECH Test Department Intercomm, Sys. (Sound Powered Telephone)
ECE Communication System (Emergency)
ERA-Transformer Station Physical layout System ERB Transformer Station Cable Suoport System ERC Transformer Station Grounding System ERF Unit Main Power System Metering and Monitoring System Plant Monitoring Svstem EMA Annunciator Alarm System (Station / Area) i EMB Annunciator Alarm System (Unit)
EMC Event Recorder System (Plant)
EMD Loose Parts Monitoring System (Unit)
EME Power Monitoring System (Reactor Coolant Pumps)
Y EMF Radiation Monitoring System (Unit)
EMG Recorder System EMH Vibration Monitoring Sys. (Reactor Coolant Pumps)
EMI Vibration Monitoring Sys. (Other than R.C.P.'s)
EMJ Closed Circuit Television Monitoring System EMT Class 1E Temperature Monitoring System Equipment Area EhN Water Hammer Monitoring System (West.)
Protective Relavino System ERD Unit Main Power Systei Protective Relaying System
)
ERN Class 1E Diesel Protective Relaying and Metering System Plant Cable Succort Svstem EWA Cable Support System CEWB Equipment Room Cable Support System N
ES2000I
(
)
(MCGUIRE) j
.D' System i
No.
Name of System System No. Imolied Meanino EWC General Plant Cable Support System E0A Main Control Room Board System EOC Safe Shutdown Control Panel System EZA Electrical Penetrations EDA Control Rod Drive Position Indication System Coordinated Process Control System EIA NSSS Process Instrumentation & Control System - Nuclear j
EIB Balance of Plant Process Instrumentation and Control System EQA Diesel Generator J
EQB Diesel t.oad Seouencine System EQC Diesel Controls' System EQD Safe Shutdown' Diesel Control Svstem EKA Discatch Control System EEA Environmental Instrumentation System EFA Fire Detection System EGA Generator Coolina Svstem EGB Generator Excitation System EGC Generator Instrumentation & Control System EEB Meterolooical Instrumentation System EET Vital Ecuioment Area Temoerature Monitorino Svstem Nuclear Instrumentat1on System
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ENA In-Core Instrumentation System, ENB Out-of-Core Instrumentation System EXA Plant Security System
- (9XH Electrically Doerated Cranes & Hoists
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-- EYA' Test Svstems - Electrical
. ES200DI'
-s-
i' (MCGUIRE)
O.
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No.
Name of System System No. Imolied Meaning v
F Fuel Handlino System FB Heating Boiler Fuel Gas System (011 Lighting)
Fuel Boiler FC Nuclear Fuel Handling System Fuel Carrying FD Diesel Generator Engine Fuel Oil System Fuel Diesel FG Unleaded Gas for Vehicles F,uel Unleaded Gas FS Auxiliary Fuel Oil System Fuel Secondary FW Refueling Water System Fueling Water G
Comoressed Gas System GB Hydrogen Blanket System gas Blanket GH Generator Hydrogen System Gas Hydrogen GL Laboratory LP Gas System Gas Laboratory A
/
GN Nitrogen System Gas Nitrogen U
GO 0xygen System gas 0,xygen GS Hydrogen Bulk Storage System gas Storage H
Heater System HA Bleed Steam to "A" Heaters Heater "A" HB Blee* Steam to "B" Heaters H, eater "B,"
J HC Bleed Steam to "C" Heaters Heater "C,"
i HD Bleed Steam to "D" Heaters Heater "D" l
HZ Bleed Steam to "E" Heaters H, eater "E" HF Bleed Steam to "F" Heaters Heater "F,"
L HG Bleed Steam to "G" Heaters Heater"Q" l
HM Moisture Separator-Reheater Bleed Steam H, eater Moisture-Separator
/^7R Heater Relief Valve System Heater Relief V ', J
~
~
~ ~ HS Moisture Separator - Reheater Drain System Heater Separator ES2000I h
-s (MCGUIRE)
System No.
Name of System System No. Implied Meaning HV Heater Vent System Heater Vent HW Heater Drain System HeaterDrainb,ater I
Instrumentation & Control Electro-Mechanical Systems IAE Containtunt Personnel Air Lock System Instrumentation Air Lock ICE Containment Leak Testing System instrumentationC,ontainment IDE-Steam Dump Control System instrumentationDump IEE Seismic (Earthquake) Monitoring System Instrumentation Earthquake IFE Feedwater Control System instrumentationFeedwater
.II In-Core Instrumentation System In-Coreinstrumentation IKE Operator Aid Computer System InstrumentationComputer g~ILE Pressurizer Pressure & Level Control System Instrumentation Level 1
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{JINE Auxiliary Shutdown System IPE Reactor Protection System instrumentationProtection IRE Rod Control System instrumentationRod ISE Engineered Safety Features Actuation System Instrumentation Safety ITE Main Turbine Instrumentation & Control System instrumentationTurbine
& Supervisory System)
IWE Feedwater Pump-Turbine Supervisory System Instrumentation Feedwater Fump K
Coolino Water Systems KC Component Cooling System Cooling Component KD Diesel Generator Engine Cooling Water Cooling Diesel System KF Spent Fuel Ceoling Sys C_ooling Fuel
/~)"fG Generator Stator Cooling Water System Cooling ~ Generator
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KR Recirculated Cooling Water System Cooling Recirculated CC7hnnT
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D 'ystem
'7y/ No.
Name of System System No. Imolied Meanino L
Hydraulic & Lubricatina Oil Systems LD (Diesel Generator Engine Lube Oil System-N)
Lube Draft Fan (Diesel)
.(Class 1E)
LF FWP Turbine Lube Oil System Lube Feed Pump LG Generator Seal Oil System (Iron Horse)
Lube Generator LH Main Turbine Hydraulic 011 System Lube Hydraulic LP FWP Turbine Hydraulic 011 System Lube Pump LT Main Turbine Lube 011 and Purification Sys Lube Turbine M
Miscellaneous Systems MD Miscellaneous Drains &' Vents Miscellaneous Drains ME Miscellaneous Embedded Piping Miscellaneous Embedde'd p MF Miscellaneous Field Routed Piping Miscellaneous F,ield
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'- MI Miscellaneous Station Instrumentation Miscellaneous Inst.
MR Miscellaneous Safety & Relief Valve Discharge Miscellaneous Relief MT Miscellaneous Transfers Miscellaneous Transfers MV' Miscellaneous Valves Miscellaneous 2alves N
Reactor Sucoort & Nuclear Associated Systems NB Boron Recycle System Nuclear Boron Recycle NC Reactor Coolant System N,uclear,C,oolant ND Residual Heat Removal Nuclear Decay Heat Removal NF Ice Condenser Refrigeration System Nuclear Ice Condenser Refrig.
NI Safety Injection System Nuclearinjection NM Nuclear Sampling System Nuclear Monitoring m.,NR Boron Thermal Regeneration Nuclear Regeneration
(
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,'[NS Containment Spray System Nuclear Spray NV Chemical & Volume Control System Nuclear Volume Control ES2000I t
i (MCGUIRE)
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System
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l No.
Name of System System No. Imolied Meanino i
P Temocrary Pioino Systems R
Raw Water Systems RA Condenser Cleaning System Raw Water Amertap RC Condenser Circulating Water Systems (Includes Raw Water Condenser s
Low Level Intake Cooling Water) t RF Fire Protection System Raw Water Fire RL Conventional Low pressure Service Water Sys.
Raw Water Low Pressure RN Nuclear Service Water System Raw Water Nuclear RQ Environmental Water Quality Monitoring System Raw Water Ouality RS CCW Intake Screen Backwash System Raw Water }creen RV Containment Ventilation Cooling Water System Raw Water Ventilation RY Exterior Fire Protection System R_aw Water Yard u
S Steam Lead Systems SA Main Steam Supply to Aux Equipment (Including jteamAuxiliary Aux FDWP Turbine)
SB Hain Steam Bypass to Condenser iteam Bypass SC Turbine Crossover Steam Crossover SM Main Steam jteam Main SP Main Steam Supply to FDWP Turbine jteam Pump Turbine SV Main Steam Vent to Atmosphere
} team Vent T
Turbine Cycle Services Svstems TE Turbine Exhaust Turbine Exhaust TF FDWP Turbine Steam Seal System Turbine F_eed Pump r.,T L Main Turbine Leakoff & Steam Seal System Turbine Leakoffs (v)
ES2000I L
l' (MCGUIRE) m ystem No.
Name of System Svstem No. Imolied Meaning V
Ventilation & Comoressed Air Systems VA Aux Bldg Ventilation System Ventilation Aux Bldg VB Breathing Air System Ventilation Breathing Air VC Control Area HVAC System Ventilation Control Area VD Diesel Building Ventilation Sys Ventilation Diesel VE Annulus Ventilation System Ventilation E,vacuation VF Fuel Pool Ventilation System Ventilation Fuel Pool VG Diesel Generator Engine Starting Air Sys Ventilation Diesel Generator VH Technical Support Center Ventilation System Ventilation Hot Machine Shop VI Instrument Air System Ventilation Instrument Air VJ Computer Air Conditioning Ventilation, Computer Room VL Containment Lower Compartment Vent. Sys.
VentilationlowerCompartment DVM Administration Building HVAC System Ventilation Administration VN Diesel Gen. Engine Air Intake & Exhaust Sys.
Ventilation Diesel Gen. Engine Vo Turbine Bldg. Ventilation System Ventilation Turbine Building T0verheadUnits)
VP Containment Purge Ventilation System Ventilation Containment P_ urge VQ Containment Air Release & Addition System Ventilation Control VR Control Rod Drive Ventilation System Ventilation for Control Rod
~
Drives 2
VS Station Air Sys Ventilation Station Air VT Incore Inst. Room Ventilation Ventilation Thimble Room
)
VU Containment Upper Compartment Vent. Sys.
Ventilation Upper Compartment W
Service Bldg & Warehouse Vent. Sys.
Ventilation Warehouse VX Cont. Air Ret. Exch. & Hydrogen Skimmer Sys Ventilation (Exchange) qV ES2000I j l
1
t (MCGUIRE) j System No.
Name of System System No. Imolied Meaning W
Waste Removal System WC Conventional Waste Water Treatment Waste Water Treatment-
[onventional WD Roof Drains Waste Roof Drains WE Equipment Decontamination System Waste Equipment WF Floor Drain and Equipment Drains System Waste Floor Drains WG Gaseous Waste Management System Waste Gas WL Liquid Waste Recycle System Waste Liquid
-WM Liquid Waste Monitor, & Disposal System Waste Monitoring WN Diesel Generator Room Sump Pump System Waste Diesel Generator WO Waste Oil System Waste Oil WP Turbine Room Sump Pump System Waste P_owerhouse l y(t,WS Nuclear Solid Waste Disposal Sys Waste Solid i
WT SanitationandWasteTreatmentSystem(Plumbing 3 Waste Treatment WV Unwatering Pump System Waste Unwatering WY Yard Drains Waste Yard WZ Groundwater Drainage System Waste Z
-Y Treated Water Svstems YA Conventional Chemical Addition System Y Addition l
.YC Chilled Water System Y Chilled l
l YD Drinking Water System Y Drinking YF Filtered Water System Y Filtered
~YH Heating Water System Y Heating YM Makeup Demineralizer Water System Y Makeup
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Name of System System No, Implied Meaning I
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Z Vacuum Systems t
ZD Diesel Generator Engine Crankcase Vacuum System iDiesel
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Condenser Steam Air Ejector System Iljector
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s ZM Main Vacuum System 1 Main l
2P Vacuum Priming System
-Z P, riming
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NUCLEAR STATIONS i
SYSTEMS IDENTIFICATIONS r
(M:GUIRE STATION ONLY)
REVISIONS Revision No.
Date DescriptionofRevisj,o,ns O
9-7-71 Original Issue 1
7-27-72' Revised AC, IB, IT & LD; Changed EY to ES, and added Systems IK, KD, RS, RV, VG, VN, VD & ZD.
2 9-25-72 Revised CA, CL, CR, FC, FD, FS, HS, KD, LF, LP, PW, RC, RH, RL, SE, TA, TE, TF, TL, TS, TW, VL, VP, WF, WS & YM; Added Systems HM, IG, VH, VM, VW, VX & YC; and deleted System CE.
3 3-5-73 R'evised IG; Added WN 4
6-4-73 Revised WU for.Belews Creek Only.
Revised ED, EE, EU, RH & RL.
j m
5 11-27-73 Revised BB, CL, FD, FS, HM, NM, RL, RN, RP, RT, RV, SA, SE, SP, (N
TE, TF, TL, VC, VD, VK, VP, WG, WM, YA and ZJ.
Major revision to E and I Systems; added CB, CT, FB, GB, NG, WZ, YH and YT and deleted RE, RO and TW.
6 6-24-74 Revised WG, WL and WS; Added VV-7 0-20-75, Revised CB, CM, CT, ECE, EFA,. EPA, EPC, EPI, EQB, EQC, ERA, EWA, EWB,.F0, LD, KD, KF, NB, NM, NV, RA, RC, RT, RF, VB, VC, VD, VG, VI, VN, VS, VT, VX, WB, WG, WM, WN, YC, YH, ZD Added BW, EBA, EBD,-EBE, EPM, ERD, ERF, ERN, IAE, VF, VJ, VM,,VW, WC, WF, WT Deleted AH, CH, CO, EAA, EAB, EAC, EAD, EAE, EAF, EAG, EAH, EAI, EAL, EBB, EBC, EBF, EBG, EBH, EBI, EBL, EPN, EPO, EPP, ERB, ERC, ERE, ESB, EST, ESX, IME, NH, RM, VV, VZ, YB, YJ, YN, ZA, 28,
.ZG, ZI, ZS
(
8 8-27-75 Revised CA, CF, CL, CM, GN, LD, LF, LP, TE, TL, VP, VN, VX, WL,
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WP, WS, ZJ Added WO Deleted CP, GP, IBE, LC, LE, NG, PB, PP, PW, RP, RT, SD, SH, 7]
BY, WB N
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DUKE POWER COMPANY j,:
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NUCLEAR STATIONS SYSTEMS IDENTIFICATIONS (McGUIRE STATION ONLY)
REVISIONS
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Revision No.
Date Description of Revisions 9
2-27-76 Revised None Added INE Deleted None 10 9-27-76 Revised None Added E0B, FG, GL, ME, MF, MT, RQ, VQ.
Deleted None 31 2-18-77 Revised None Added None Deleted None 12 8-22-78 Rev'ised BW Added EAA, EAB, EAC, EAD, EAE, EAF, EAG, EAH, EAI, EAL, EBI, EBH, EBB, ESB, EBG, EBC, EBL, EBF, EET,ESR, EST, EPR, EPQ, ERB, & ERii Deleted ESJ, ESK, ESM, ESN, ESP, ESQ, ESS, EST,. ESW, EPP, EUC.
13 2-1-79 Revised None Added None Deleted None 14 8-1-79 Revised ETL, Added AD, EWM, & EMT Deleted None
.15-1-2-80 Revised None Added ESO, ETK, EOC, & EQD q
b Deleted None ES2000I (
)
'l
-- +
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DUKE POWER COMPANY
/
NUCLEAR STATIONS SYSTEMS IDENTIFICATIONS (McGUIRE STATION ONLY) i REVISIONS-Revision No.
Date Description of Revisions 16 12-1-80 Revised None i.
Added EHM & VH Deleted None 17 4-1-81 Revised EIB
.I Added None i
Deleted None A
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