ML20006F783
| ML20006F783 | |
| Person / Time | |
|---|---|
| Site: | Catawba  |
| Issue date: | 02/19/1988 |
| From: | DUKE POWER CO. |
| To: | |
| References | |
| NUDOCS 9003010152 | |
| Download: ML20006F783 (361) | |
Text
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,:.9 6 . NUCLEAR ST,ATION sW,1, Emergency Response Exercise Plan
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- . **e Exerdi,s,e 3'Date's' -,1, February 19-20, . 198R Time Period - 1800 (2/19) - 1430 (2/20) ,
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- CATAWBA NUCLEAR STATION Emergency Response Exercise Plan .
Table of Contents ! I
- 1. Scope and Objectives II. Conduct of Exercise l l
III. Critique IV. Events Sequence j Appendices .) A.- Controller Messages B. Computer Data Sheets C. Radiation Monitors D. On-site Radiological Data (Not included in some copies) :) E. Off-site Radiological Data (Not included in some copies) : F. Other Data ! G. Fire Drill ! H. Medical Drill i 8 i 1 0 :
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1 l . j [) v-I. SCOPE AND OBJECTIVES I
\' A. Scope The Catawba exercise, to be conducted on February 19-20, 1
1988, is designed to meet the exercise requirements of 10CFR50, Appendix E, Section IV.F. The 1988 exercise will involve full participation by York County, South : Carolina, Gaston County, North Carolina and .the State of ! South Carolina. Mecklenburg County, North Carolina and - 1 the State of North Carolina will participate on a partial I basis. The Duke Power Crisis Management Center will ) participate. Limited drills will be held on February 18, 1988. A 2 separate medical drill will be held to involve , transportation of a contaminated, injured patient.to the hospital. A separate fire drill will involve support by the off-site fire department. , A formal critique involving Duke Power, NRC, and interested observers (FEMA, State and Counties) will be , held on February 21, 1988 at 1:00 P.M. This critique l will be closed to the public and will be held in the O.J. , Miller Auditorium in the Duke Power Electric Center i Building, 500 South Church Street in Charlotte, N.C. B. Exercise Objectives (Duke Power Company Emergency Organization) Emergency Management , r
- 1. Demonstrate the ability to declare emergency l classification in accordance with procedures.
- 2. Demonstrate the ability to notify the State and the ,
counties within 15 minutes after declaring an emergency or after changing the emergency classification. i
- 3. Demonstrate the ability to alert, notify, and staff '
the TSC and OSC facilities after declaring an Alert or higher emergency class.
- 4. Demonstrate the ability to notify NRC not later than 1 hour after declaring one of the emergency classes. >
- 5. Demonstrate assembly of station personnel within 30 minutes in a simulated emergency and provide accountability for any not present at the assembly locations.
- 6. Demonstrate notification to all on-site personnel of
d ( ( major changes in the emergency situation (emergency class, TSC or OSC activation, etc.) . _
- 7. Demonstrate access control measures to the plant site, CMC, the Electric Center Phase I Room 230 (News Center) and the O.J. Miller Auditorium (Media Center).
- 8. Test communicatione equipment among on-site emergency facilities including plant extensions, the intercoms, and the on-site radio system. .
- 9. Test off-site communications equipment to the county and state warning points, county and state emergency operations centers and to NRC including the Selective Signaling System, outside telephone lines, and the NRC Emergency Notification System.
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- 10. Test the adequacy and operability of emergency equipment / supplies.
- 11. Demonstrate precise and clear transfer of responsibility from the Shift Supervisor in the Control Room to the Emergency Coordinator in the TSC, and~ from the Emergency Coordinator in the TSC to the Recovery Manager-in the CMC.
- 12. Demonstrate proper use of the message format and authentication methodology for messages transmitted to states and counties.
- 13. Demonstrate the ability to provide accurate information to the news media in a timely manner and to provide effective rumor control according to the Crisis Management Implementing Procedures.
- 14. Demonstrate the ability to alert, notify, and staff the CMC after declaring a Site Area Emergency or-higher emergency class (or after a decision by the Recovery Manager during an Alert).
- 15. Demonstrate the ability to enter into recovery, establish a recovery organization, and notify members of emergency response organizations (i.e.
CMC, TSC, control room, states, counties, and NRC) in accordance with the Crisis Management Plan. Accident Assessment
- 16. Demonstrate the ability tr> transmit data using the Crisis Management Data Transmittal System in O accordance with station procedures and to distribute
) this data throughout the CMC according to the Crisis i
s _ Management Implementing Procedures.
- 17. Evaluate the adequacy of the following assessment -l tools:
- 1. Drawings 7
- 2. Data Display Boards
- 3. Maps
- 18. Demonstrate the ability to continuously monitor and r control emergency worker exposure. ,
- 19. Demonstrate the ability to determine on-site radiation levels and airborne radioiodine concentrations.
- 20. Demonstrate the ability to develop off-site dose projections in accordance with procedures.
- 21. Demonstrate adequate radio communications between the off-site monitoring teams and ?.he TSC/ CMC.
- 22. Demonstrate the ability to collect air, soil, water, and vegetation samples in accordance with procedures.
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- 23. Demonstrate the ability to locate a simulated, radioactive plume and to measure the off-site radiation levels.
Protective Action Recommendations l
- 24. Demonstrate the ability to provide timely and j appropriate protective action recommendations to l off-site officials in accordance with. station procedures or the Crisis Management Plan.
Plant Operations
- 25. Demonstrate the ability to assess the incident and I provide mitigation strategies in accordance with station procedures.
Medical Drill
- 26. Demonstrate proper response to a simulated medical
[ emergency involving a contaminated patient in accordance with station procedures. Fire Drill fy 27. Demonstrate proper response by the on-site fire t ) brigade to a simulated fire in accordance with
-*- station procedures.
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- 28. Demonstrate the ability to request and obtain
- i. 46-fire-fighting support from the off-site department.
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!:.,- II. CONDUCT OF EXERCISE
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\~/ A. Exercise Organization .
1 X. The Exercise Organization is made up of controller / evaluators, observers, and players as described below. Controller / Evaluators Controllers and evaluators are assigned to specific locations - and/or groups as described in thfs Exercise Plan, j Controllers are responsible for:
- 1) Maintaining action according to the scenario
- 2) Providing input messages and data 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, t Simulated plant parameters and emergency messages will be provided by the controllers to the control room operators, monitoring team
, 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 messages and/or data according to the emergency plan and procedures.
Duke Power Company controllers and evaluators will 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 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: W. B. McRee, Emergency Planner, Nuclear Production Department, P. O. Box 33189, Charlotte, N. C. 28242 (704-373-5149). s / 1
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,-s Players
.I 's I l' Players include all plant and other Duke personnel assigned to
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, perform functions of the station and corporate emergency response
! plans including control room personnel assigned to participate in the exercise, Technical Support Center personnel and other Duke personnel who may be assigned as players. Duke players will be identified by colored armbands.
The success of the exercise is largely dependent on player reaction, and their knowledge of the Emergency Plans and procedures. Some i situations affecting player reaction will exist at the time the _ exercise 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 .i to the procedures, responsibilities, and tasks outlined for their particular function in the Emergency Plans and Implementing i Procedures. i
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. B. . - Controller' / Evaluator Assignments
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Function- No. of Controller /Evalutors ;
. Control Room- 2 TSC - Overa'11 1 Health Physics (TSC) .1 '
Performance (TSC) 1 41 OSC -10vera11~ dn-site Rad. Monitoring (OSC) 5' Maintenance (OSC) 1 Instrument and Electrical (OSC)- 1 Off-site Monitoring Teams- 4 Exercise Director / CMC-Overall 1
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Off-site' Radiological Group (CMC) 1
, 3 g Plant' Assessment & Emergency Communications j
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' News Center (CMC) 1 1 j q
, Fire Drill 3
- p. Hedical Drill 1 ,'
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r , f. C. Exercise Data and Messaaes { 9 Data and messages to-be used in the exercise are shown in the appendices. The white message sheets with notes to controllers shown are kept by the controller / evaluators to allow review of i those actions which the players should initiate. Yellow message sheets without the notes tc :entrollers 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 centrol room to simulate the direct reading of plant indications by the operators. Personnel at other loca-4 tions will receive simulated plant data either through the data transmittal system (with exercise data pre programmed) or through-other communicetions. Simulated data for off-site and on-site monitoring will be provided by controllers to the players af ter ; an actual reading has been made. (Exceptions to this are ' indicated.) .
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D. Exercise Rules j . t s 1. Controllers will be available in all areas of the Technical - Support Center, Operational Support Center and Control Room, i 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 . i the administrative issue.of these pieces of equipment. For-5 purposes of the exercise the following method will be used if ' respirators are required for entrance to a specific area: i E HP will provide a piece of colored tape to the individual who will be issued the respirator. Half the tape will be placed on the respirator (wherever it is located) and'the l other piece of tape will be placed on the participants'- l anti-Cs. The respirator cannot be used by another person l 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 !
Physics practice / procedure. No exceptions will be allowed except the following:
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, Food will be required for the players in the exercise. : People involved in bringing this food to the TSC, OSC and , control room will not be required to wear anti-Cs. However, HP will be notified of their arrival and will provide escort for the group and provide tags to indicate the type of protection the group would be wearing. L
- 4. Generally, emergency response activities should be performed fully and not simulated unless personnel safety or unit '
operation would be jeopadized.
- 5. If a procedure must be simulated, make sure that the Controller is fully knowledgeable of your actions. If clarification is needed for you to respond, ask questions.
- 6. HP technicians cust make sure their instrumentation is '
turned on before the Controller will give you any readings. Information.has been provided to HP controllers for all areas of the plant. Readings for noble gas, iodine, contamination and dose rates are available. You will need to secure the information from the place that you would normally go to get that information. )- 7. All phone calls required by procedure will be made. No calls will be simulated.
- 8. Site Evacuation, if required, will be simulated.
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- 9. Exercise participants will not be required to go into a high M(- l % radiation area, Players should go to the general area and make the Controller aware of the intended response.
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' . ' f i T,R 10. If a helicopter is needed for of'f-site monitoring, it will be .
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i q l III. CRITIQUE l [ , i t V A formal critique will be held at 1:00 p.m. on February 21, 1988 at the 0. -l J. Miller Auditorium in the Duke Power Electric Center, 500 South Church : Street, Charlotte, N.C. The fo11cwing persons or groups will comment on the exercise: 1 Critique Comments:
- a. Exercise Director (Controller / Evaluators' comments)
- b. Nuclear Station Manager (Participants' comments) l
- c. Recovery Manager l
- d. NRC :
- e. Observers ,
Following the critique, the Exercise Director will combine the critique , comments into an action item list. The individual items will be assigned ! to appropriate members of the organization for resolution. The System Emergency Planner will be responsible for followup to ensure implementa- i tion of corrective measures. Evaluation Forms j The following evaluation forms have been designed to allow review of the
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specific exercise objectives stated in part I of this exercise plan. Where an objective is not rated as having been completed in an adequate (( )'s manner, the evaluator will elaborate on the back of the sheet. Even if an objective is adequately met, the evaluator may make suggestions for improvement. f%
7 !n j L Name: Date:
- ' Area Cf Review
- Control Room j
[ . Exercise Ob.fective To Be Reviewed (Check one) Inadequate
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(v ) Adequate
- 1. Demonstrate the ability tc sniare emergency classification is r cordance !
with procedures.
- 2. Demonstrate the ability to notify the State and the counties within 15 minutes after declaring an emergency or after ;
changing the emergency classification. ,
- 3. Demonstrate the ability to alert, notify, and staff the TSC and OSC facilities after declaring an Alert :
or higher emergency class.
- 4. Demonstrate the ability to notify NRC not later than 1 hour after declaring one of the emergency classes.
- 8. Test on-site communications equipment (plant extensions and intercoms).
- 9. Test off-site communications equipment (Selective Signaling System, and ,
/~ T outside telephone lines, 6nd the NRC 1 C Emergency Notification System).
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- 10. Test the adequacy and operability of emergency equipment and supplies, j
- 11. Demonstrate precise and clear transfer of responsibility from the Shift ,
Supervisor in the Control Room to the ' Emergency Coordinator in the TSC. I
- 12. Demonstrate proper use of the message format and authentication methodology for messages transmitted to States and counties.
- 17. Evaluate the adequacy of drawings and maps. ,
- 25. Deraonstrate ability to assess the incident and provide mitigation strategies
).- in accordance with station procedures. , Signed
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- Note: Explain any items marked " inadequate."
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; Area of Review: 05C-Overall
' N ' Exercise Objective To Be Reviewed (Check one) <
' ' r() Adequate Inadequate l
. 3. Demonstrate the ability to alert, notify i and staff the OSC after declaring an :
Alert or higher emergency class. ! i
- 8. Test on-site communications equipment (plant extensions, intercoms, and radio). ,_
- 10. Test the adequacy and operability of -
emergency equipment and supplies.
- 16. Demonstrate the ability to provide ;
data to the OSC in accordance with J station procedures.-
- 17. Evaluate the adequacy of drawings, data display boards, and maps.
- 18. Demonstrate the ability to continuously monitor and control ;
emergency worker exposure.
-, . , 19. Demonstrate the ability to determine
-/ on-site radiation levels and airborne
\g) radiciodine concentrations.
f ) Signed A
- Note: Explain any items marked " inadequate."
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Date:
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" Area of' neview:- On-site Rad. Monitorino (OSC)-
'Exercis'e Objective To Be' Reviewed (Check one)'6
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. Test theLadequacy and operability of 10.'
- emergency equipment and supplies. _
- 19. : - Demonstrate the' ability to determine on-site radiation levels and airborne radioiodine concentrations.
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- Note: Explain any items marked " inadequate."
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~~'.- Name: Date:
_) Area of. Review: TSC-Overall-Exercise Objective To Be Reviewed . (Check one)
< Adequate -Inadequate
- 1. Demonstrate the' ability to declare emergency classification in'accordance with procedures.
- 2. Demonstrate the ability to notify the. ~
N State and the counties within 15 minutes after declaring an emergency or after changing the emergency classification.
- 3. Demonstrate the ability to. alert, l notify, and staff the TSC after i declaring an Alert or higher emergency class.
- 5. Demonstrate assembly of station personnel within 30 minutes and provide accountability for any not !
I present at the assembly' locations.
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- 6. Demonstrate notification to all !
I on-site personnel of major changes in the
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(] emergency situation. i e 8. Test on-site communications equipment i (phone extensions and intercoms).
- 9. Test off-site communications equipment (Selective Signaling System, outside <
telephone' lines, and the NRC Emergency Notification System).
- 10. Test the adequacy and operability of emergency equipment and supplies. ..
- 11. Demonstrate precise and clear transfer of responsibility from the Shift Supervisor in the Control Room to the Emergency' Coordinator in the TSC.
- 12. - Demonstrate proper use of the message format and authentication methodology for messages transmitted to States and counties.
- 16. Demonstrate the ability to provide data
, ,- to the TSC in accordance with station '
procedures.
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Area of ReUiew: TSC-Overall' ; f :- ,' mF "(' - '
' Exercise Objective To Be ReviewedL (Check one)
C N -- Adequate? -Inadequate- ~ bi! . 17. Evaluate'the adequacy of drawings, data
, display boards'and maps. :
l : 24.=-Demonstrate the ability to provide timely and appropriate protective , ii. action recommendations in' accordance > [F with station procedures. , e, < w
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- Note: -Explain any items marked " inadequate."
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o Nar.e: Date: Ar;a of R3 view: Health Physics (TSC)
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, ri Exercise Objective To Be Reviewed (Check one)
(.x,): Adequate Inadequate
- 8. Test on-site communications equipment (plant extensions and intercoms)..
- 10. . Test the adequacy and operability of l emergency equipment and supplies. l
- 17. Evaluate the adequacy of drawings, data ;'
display boards and maps. -
- 20. Demonstrate the' ability to develop E off-site dose projections in accordance ,
with procedures.
- 21. Demonstrate adequate radio communications
-with off-site monitoring teams.
- 23. Demonstrate the ability to locate a simulated, radioactive plume and to measure off-site radiation levelr..
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- Note: Explain any items marked " inadequate."
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' Areat.of Review:
Chemistry (TSC)
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$ Exercise-Objective'To Be Reviewed 4 -
, _. -(Check one)l .. .
I'"n( #)k Adeauate -Inadeouate
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, ..17.. . Evaluate the: adequacy'of, drawings, data-r -
display boards and maps.
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~8. . Test on-site communications equipment- '.
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._ . i.'; r ~ _ g 10." Test the adequacy and operability ofL emergency equipment.'and supplies.~. . i/ ' t-p;W , t u, m a: 1; .. e
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~ (%) -*Note: . Explain any' items marked " inadequate." -<
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4/ Name: Date: Ar;a of 1 Review: 0ff-site Monitorino-Teams Exercise Objective To Be Reviewed
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s (Check one) s_, Adequate Inadequate s- .
- 10. Test the adequacy and operability of emergency equipment and supplies.
- 21. . Demonstrate: adequate radio communications with the TSC/ CMC.
- 22. Demonstrate.the ability to collect air, soil, water, and vegetation samples.
- 23. Demonstrate the ability to locate a simulated radioactive plume and to
' measure off-site radiation levels, 4
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- Note: Explain any items marked " inadequate."
us 1 Name: __ Date: Area of Review: Instrument and Electrical (OSC) I ['N . Exercise Objective To Be Reviewed (Check one)
'- (f Adequate- Inadequate s -
Test the adequacy and operability of 10. emergency, equipment and. supplies. -
- 18. - Demonstrate the ability to ,
continuously monitor and control emergency worker exposure. ' I
- 25. Demonstrate the ability to assess the '
incident and provide mitigation ' strategies in accordance with station > procedures. 'k q-
- Note: Explain any items marked " inadequate".
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, Name: J Date:. a Area'of Review: Performance (T5C)-
b' )I! ' < Exercise Objective To Be-Reviewed' .(Check one)1
-Inadequate
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. 10.1 Test the. adequacy and: operability of :
emergency. equipment and supplies.. 116. Demonstrate'the ability to provide. i data >to the TSC and OSC in accordance with station procedures.
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'* Note: Explain any items marked " inadequate."
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- Name: -Date:.
' Area' of Review: Maintenance (05C).
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10.- Test the adequacy and operability of emergency equipment and supplies. i
- 18. Demonstrate'the ability to continuously monitor and controlLemergency worker-exposure.
- 25. Demonstrate the ability to assess the incident and provide citigation
, strategies in accordance with station procedures.
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Signed 7-~ , i f
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, Name:'_ Date:
Area of Review: News Center (CMC)
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Exercise Objective To Be Reviewed (Checkone) . Adequate ~ Inadequate
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- 7. Demonstrate access control measures to
'the. plant site.
- 7. Demonstrate access control measures to the News Center and Media Center.
- 13. Demonstrate the ability to provide effective rumor control according to -
the' Crisis Management Implementing Procedures.
- 13. ' Demonstrate the ability to provide
' accurate information to the news media in a timely manner.
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- Note: Explain any items marked " inadequate."
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, Name: Date:
Area of Review: CMC-Overall.
'^ Exercise Objective To Be' Reviewed '(Check one) -1 Adequate Inadequate
- 1. Demonstrate the ability.to declare i emergency classification in accordance with procedures, o . 2. Demonstrate the ability-to notify the State and the counties within 15 '
minutes after declaring an emergency or i after changing the emergency classification. .
- 4. Demonstrate the ability to notify NRC not later than I hour after declaring one of the emergency classes.
- 7. Demonstrate access control measures to the CMC.
- 9. Test off-site communications equipment i (Selective Signaling System, outside !
telephone lines, and the NRC Emergency
.._ Notification System).
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- 10. Test the. adequacy and operability of ,
emergency equipment and supplies.
- 11. Demonstrate precise and clear transfer of responsibility from the Emergency y Coordinator in the TSC to the Recovery Manager in the CMC.
- 12. Demonstrato-proper use of the message format and authentication methodology for messager, transmitted to States and counties.
'14. Demonstrate the ability to alert, notify, and staff the CMC after declaring a Site Area Emergency or higher emergency class ~(or after a decision by the Recovery Manager during an Alert).
- 15. Demonstrate the ability to enter into recovery, establish a recovery organ!-
zation, and notify members of the emergency response organizatioras. fh
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' i Name: Date:
1 < Area ~of Review: Off-site Radiological Group (CMC) 1 f'~5 ' Exercise Objective To Be Reviewed (Check one) ) ( ,): Adequate Inadequate
.~. -l Test communications between emergency 8.
. facilities (including 2-way radio).
This-test will include adequacy
.(quantity and quality) and operability I of the instruments as well-as the ability of the personnel to operate the ;
equipment.
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- 17. Evaluate the adequacy of the data ~
l display boards. )
- 20. Demonstrate the ability to develop
, off-site dose projections in !
accordance with procedures. !
- 21. Demonstrate adequate radio communi-cations with off-site monitoring teams.
- 23. Test the ability to provide adequate off-site monitoring.
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t i k Signed . 5 i
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- Note: Explain any items marked " inadequate." ,
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- Name:,. 'Date: '~
' Area of Review: Plant Assessment & Emergency Communications - NN Exercise Objective To Be Reviewed (Check one)
N_f s-Adequate Inadequate
- 16. . Demonstrate the ability.'to transmit data-using-the Crisis Management Data Transmittal-System in accordance with station procedures and to distribute this data throughout the CMC within 30 minutes after real time.
- 17. Evaluate the adequacy.of drawings and data display boards.
- 25. Demonstrate the ability to assess the incident and provide mitigation strategies in accordance with station procedures, i
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- Note: Explain any items marked " inadequate." !
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Name:: Date:- .;
'm ' ' Area !of: Review: Fire Drill j
, ~ Exercise Objective To Be Reviewed .
(Check one) Adequate Inadequate : g .x .>
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[i 27. Demonstrate proper response by the , L on-site fire brigade to a simulated ! L-- fire. l
', 28. Demonstrate the ability to request and~ obtain firefighting support from the off-site. department. , l i
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s 3 r CONFIDENTIAL ,
, W Catawba Exercise ~ Event Sequence '
February 19-20, 198.7 Actual Scenario Time Time Event Tf/T9) TI7T9) 1800 1800 Unit 1 at 100% power and 80 EFPD. ' Unit 2 is in a refueling outage with' . 350 EFPD at' shutdown. Maintenance " work is in progress on the upper , containment inner air lock door on Unit 1. 1805 ' 1805 Fuel handling accident in Unii 2' Fuel Building. ALERT SHOULD BE DECLARED.- 2000 2000 Suspend exercise until'0900 on 02/20/88. (2/20) (2/20) ! 0900 0900 Resume exercise.. 0915 0915 Unit 2 radiation monitors (EMF's) reading background.- ; j3 - (_) 0930 .0930 Reactor coolant pump seizure on Unit 1. o No scram on low flow following reactor 1-coolant pump seizure, resulting.in 17 't l Anticipated Transient Without Sce: 3v ( (ATWS). Reactor coolant system-(h'.; i pressure. builds-past the safety valves setpoint. The safety valves open but one of-them sticks open causing a loss. E of coolant accident. (LOCA) through the + safety valve. Transient yields 10% clad damage. 1 L 0932 0932 Operators should manually scram, n
; 0932:15 0932:15 Containment isolates due to low primary system . (NC) pressure. Safety injection- .
(NI) initiates. 0935 0935 The pressurizer relief tank rupture disk blows open. 0937 0937 Maintenance workers in containment exit L' through the outer upper containment air 1: lock door. Air lock door fails to seal, , l 7s resulting in loss of containment l s integrity. 1 ~' I
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- Catawba Exercise Event Sequence'
- February 19-20; 1988
-Page 2 Actual Scenario Time- Time -Event 0950 0950 GENERAL EMERGENCY SHOULD BE DECLARED due-o to loss of-fission product barriers.
, 1100 1100 Release stops due to negative
- containment. pressure.
1200' 1200 Maintenance /I&E repairs failed seal on upper containment air-lock-door. (2/23) 1330 1330 Time jump of 72 hours. Recovery phase begins. 1430- 1430 Exercise ends. Rev. 7 / 11-20-87 a e i i
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J x ** ,- i . L j ;x , - CNS 19881 Message List , y.
,e Message.001
^"-. ' Message.01a-e Message.002 Message.003 Message.03a . '
t +: Attachment-(l'pa'ge) . 4 L . Message.004' , 1 Message.006. i t Message.007-
' Message.005 Message.008- .
Message ~.-8a- ', Message.009~
- Message'. 010 -
u" , Message.011 Message.11A t 6 Message.012 a Message.x12 Message.12A ,
= Message.013-Message.019
. Attachment (1 page)
. Message.020 '
Py Message.021 : d )l Attachment-(1 page) Message.x20 Message.022
< Attachment'(1 page) .
Message.023 - Attachment'(1 page) Message.024 . Message.x25
- Message.026
* -Message.027 Message.015 '
Message.016 Message.~017'
; Message.018' .
U. " _ Message.031 Message.029~ . - Attachment'(1 page)' l } . . Message'.034 Message.033 Message.036 Message.038 Message.039
.- .. ' Message.014 '
Message.040 4 l o
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, a Message.041-
[]' l N -- Message.042' ' Message.x42 Message.045 Message.45a , Message.43y Message.43x '_ Message.43a " ' Message.43b (2'pages) Attachment (6 pages) s Message.014 Message.x43 Message.044 1 Message.046-
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y THIS'IS AN EXERCISE MESSAGE l Scenario Date: 2/19/88 Scenario Time: Prior to exercise Actual Date: 2/19/88 Actual Time: Prior to exercise Message No. r MESSAGE FOR: Control Room, Station Manager, Superintendents
-MESSAGE: Initial Conditions:
Unit #1 is at 100% power and 80 EFPD. Unit #2 is in a refueling outage and . 350 EFPD with fuel handling operations in progress in'the . Spent Fuel Pool. Various maintenance ; l activities are in progress on both units. ND Pump 1A is inoperable for PM's. Work is ' to continue on ND Pump 1A on Saturday.
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1 i l NOTES TO CONTROLLERS: -Initial conditions provide l information that the Control Room -! and Station Management would 'l typically be aware of during normal .j operation. This message should be issued prior- . l to the start of the exercise. ! j!
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N I .-- -THIS IS AN. EXERCISE MESSAGE l-Scenario Date: :2/19/88 Scenario. Time: -During phone call to Recovery Manager Actual Date: 2/19/88 Actual Time:- -During phone callLto Recovery
' Manager Message No.:
MESSAGE FOR: Duty Engineer l t MESSAGE: ~ During the phone call notification of the CNS Alert to the. Recovery Manager:
-If the Recovery Manager decides to activate the-CMC at the Alert classification, then proceed. :
accordingly. f7 4 i ki -If the Recovery Manager decides not to activate the' CMC at the Alert, inform him that 'for exercise purposes that CMC activation should begin at this time.' -Als inform-him that.this ' information is from an exercise message. c NOTES TO CONTROLLERS: CMC activation on 2/19/88 is necessary in order for CMC personnel to be adequately tested on 2/20/88. This message should be issued to the i Duty Engineer prior to the start of-the exercise, e
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. Scenario Date: 2/19/88 Scenario Time: 1800 -
Actual.Date: 2/19/88 Actual Time: 1800 Message No.. i MESSAGE FOR: Shift Supervisor, Station Health Physicist, ( Unit 1 Containment Health. Physics Supervisor, ., l HP Technician covering work on Unit 1 airlock door. MESSAGE:1 Initial Conditions: Maintenance team repairing Unit 1 upper containment inner air lock door is accompanied by one H.P. technician providing continuous job coverage. All are wearing 0-500 mR pocket dosimeters, one TLD, full dress protective 4 clothing, and particulate respirators. The H.P. > Technician- has .an RO-2A, a PNR-4 neutron
-+ instrument, an. air . sampler. (particulate .and.
l ! charcoal) and miscellaneous support supplies. 1
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< [+ THIS IS AN EXERCISE MESSAGE -
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~9: 1 Scenario'Date: 2/19/88 Scenario Time: 1800 . _.
i Actual Date: 2/19/88 Actual Time: 1800
+ _ Message No.:
MESSAGE FOR: Unit 2 Fuel Building Health Physics
-Supervisor, H.P.- Technician covering' fuel movement activities in Unit 2 Fuel Building.
t MESSAGE: Initial Conditions: P Fuel handling team in Unit 2 Fuel Building is accompanied by one H.P. Technician providing continuous job coverage. All are wearing 0-500 mR pocket dosimeters, one TLD, and no protective anti-contamination clothing. The H.P. Technician has an RO-2A, and , miscellaneous support supplies, and -is ! running a continuous Particulate and Charcoal air sample.
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Actual Date':- 2/19-20/88 Actual Time: .AfterLSample is
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. Requested FX Message No.:
' MESSAGE.FOR:~ Station Chemist- ,
r- i T-- MESSAGE:- The. Boron concentation at is q (time) ! (ppm) "
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' NOTE: Actual sampling and sampling analysis '
should be simulated. , I4'Y
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L Scenario Time: Approx. 1805 Actual Date: 2/19/88 Actual Time: Approx. 1805 t. Message ~No. , MESSAGE FOR: . Control Room L MESSAGE: 2 EMF 4 in Trip 2 Alarm 4 2 EMF 42 in Trip 2 Alarm ' 2 EMF 36 in Trip 2 Alarm 9 F ( W
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. NOTES TO CONTROLLERS: Operations should refer to AP/2/A/5500/25 " Damaged Spent Fuel". If they-ask about Fuel Pool Ventilation, tell them it is in
" Filtered" mode, but- is still running. (Note: 2 EMF-36 should have tripped Unit 2 VF and most of ;
VA.) ; Unit 2 VF continues to exhaust thru filters to Unit Vent and cannot be- ~ readily fixed. All VA fans except both Unit 1 filtered exhaust fans are tripped.
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l THIS'IS AN EXERCISE MESSAGE Scenario'Date: 2/19/88 Scenario Time: When Requested Actual Date: 2/19/88 Actual Time: When j Requested (
. Message No.:-
MESSAGE FOR: TSC Dose Assessment, CMC Dose Assessment I and/or Meteorologist MESSAGE: N.W.S. Forecast issued at 1800 PM EST February.19, s 1988: , Tonight... Cloudy with a 30 percent chance of light-freezing. rain...possibly mixed with sleet. Decreasing cloudiness after midnight. Low in the 1 upper 20s. Northeast wind 5 to. 10 mph. o Saturday... Partly cloudy. Highs in the upper 40s. [ (~'p
- L-Northeast winds 10 mph. ,
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Scenario-Date:- 2/19/88) Scenario'. Time 1805- -: 7 ' Actual Date: 2/19/88 Actual ~ Time': 1805 Message No. , MESSAGE'FOR'.'
- Personnel onfor near Unit'.42: Spent l Fuel-Pool
. Manipulator Crane-(Area MonitorT2 EMF 4)'
MESSAGE - You receive the.following alarm: 2 EMF-4 Refueling Bridge,-SFP,: Trip'2 You also. observe visible minor damage'has~ occurred J to the - top of . a spent fuel assembly' causing some 1 clad damage which has ' exposed some fuel pellets. I You :see bubbles- rising. from the damaged. f uel ~. > H . assembly.
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Contingency THIS IS AN EXERCISE MESSAGE , Scenario Date: 2/19/88 Secnario Time: When Requested Actual Dato: 2/19/88 Actual Time When Roquested Mcasage No.: MESSAGE FOR. Dose Assessment or Meteorologist MESSAGE: N.W.S. Forecast issued at 1800 PM EST February 19, [ 1988: Tonight... Cloudy with a 30 percent chance of light freezing rain...possibly mixed with s1 cot. Decreasing cloudiness after midnight. Low in the upper 20s. Northeast wind 5 to 10 mph. Saturday... Partly cloudy. Highs in the upper 40s. - Northeast winds 10 mph. s y NOTES TO CONTRO lERS: Message can be issued or 2/19/88 only. ' t
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Scenario Time: Scenario Dates ~2/19/88 . 1915; l1
' Actual, Data's 2/19/88 ' Actual Time:- 1925 l ik+.$w ~ $ . Message No. \,
e t t-.I p(K MESSAG2 FOR:- , Personnel on or near Unit;#2 .. i M> '- Refueling Bridge-(Area Monitor 2 EMF 4) , , pp - ' j
< . MESSAGE: 2 EMF 4 Stops alarming locally on the bridge.; .
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$ Scenario Dato: 2/19/88 Scenario Time: 1915 .
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Actual Date: 2/19/88 Actual Times 1915 l Message No.: ) [ , MESSAGE FOR: Control Room , l~ , MESSAGE: 2 EMF 4 Trip Annunciator window clears in Control ; Room ; l I l' b f 6: p : i
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t^ L THIS IS AN EXERCISE MESSAGE s' Scenario Dato: 2/19/88 Scenario Time: 2000 Actual Date: 2/19/88 Actual Times 2000 Messago Not , MESSAGE FOR: Control Room j MESSAGE: 2EMP42 Trip Annunciator Window clears. . 2EMP36(L) Trip Annunciator window.cicars. !
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NOTES TO CONTROLLERS: 2 EMF 42 Trip 2 lamp can now be canec11cd by manual action.- 2 EMF 36 Trip lamps can now bc
- canec11cd by manual action.
VA cannot be manually restarted.
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.L{ Scenario'Date: 2/19/88 Scenario Times.2000 - 2100 ,
- Actual Date: 2/19/88 Actual Time 2000 - 2100 'j l
. Message No.:' i
>- i MESSAGE FOR: Emergency. Coordinator / Recovery Manager ' fj t MESSAGE: Stop-Exercise. Exercise will resume at 0900-on . ! 2/20/88. All players should be , in place l(at current ~ . location) by 0845. Player briefing <will 'l be conducted at 0845. -j d Please inform all players.of this message.
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l l . L L i THIS IS AN EXERCISE MESSAGE l i ! ' ;, L/ i Scenario Date: 2/20/88 Scenario Times i Actual Date: 2/20/88 Actual Time 0845 i Message No.: MESSAGE FOR: Emergency Coordinator / Recovery Manager j ?- t
- MESSAGE
- Players should use actual date and time for the ;
exercise. The scenario will resume at 0900 on 2/20/88. During the night, VA was restored to normal l operation for both units. Visual inspection l confirmed minimal damage to the damaged fuel i assembly. Radiation levels in the Spent Fuel . Building are at background. Environmental ! readings from offsite monitoring teams are at background. Recovery efforts regarding the ' damdged fuel assembly have been completed. Otherwise, no other major events have taken place, All work g) 4 continuing. that was in progress on 2/19/88 is Please inform all players of this message. l 1 l 1 i l l [ NOTES TO CONTROLLERS: P1' ovide a brief summary of events up to scenario time 201). Ensure ' all players understand that actual date and time should be used. ; L) \wbm\ message.0ll ' m k'
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Scenario Date: 2/20/88 Scenario Time: 0900 l f Actual Date: 2/20/88 Actual Time: 0900 l t Message No.: 1 l MESSAGE FOR: Control Room t , f MESSAGE: During last night, VA was restored to normal , operation for both units. i s 1
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- MESSAGE FORi Emergency Coordinator / Recovery Manager. :l t
j MESSAGE --Resume Exercise. !
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\-./ THIS IS AN EXERCISE MESSAGE I Scenario Date: 2/20/88 Scenario Tiine: 0915 ,
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Actual Datet 2/20/88 Actual Time: 0915 / ., 1 Message No.t . MESSAGE FOR: Emergency Coordinator / Recovery Manager , MESSAGEt ALERT classification should be terminated at this i time. ! i TSC/OSC personnel should remain in place for l de-briefing. i I
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L O i l. NOTES TO CONTROLLERS: For Controller Information Only. The purpose of this message is to i eliminate the potential of dual , would result ' ' notification that at approx. 0945 (i.e. both units in emergency classification) if the ALERT were not terminated. Dual notification J is not an exercise objective. It is i i l' understood that without this message, l' the station - may have otherwise remained at the ALERT, or down-graded to > Notification of Unusual Event. l ( \wbm\ message.x12
c- j i i f i i 1: Contingency i* THIS IS AN EXERCISE MESSAGE ? Scenario Date: 2/20/88 Scenario Time: When Requested Actual Date: 2/20/88 Actual Time: When ! Requested l Message No.: MESSAGE FOR: TSC Dose-Assessment, CMC Dose Assessment and/or Meteorologist MESSAGE: N.W.S. Forecast issued at 08:00 a.m. EST February 20, 1988: i 1 Today... Partly cloudy. Northeast wind 5 to 10 ; mph. Highs in the upper 40s. ' Tonight... partly cloudy Lows in the upper 20s. Northeast wind 5 to 10 mph. '
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THIS IS AN EXERCISE MESSAGE j ('_) ^
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Scenario Date: 2/20/88 Scenario Time: 0930 and 5 sec. j Actual Date: -2/20/88 Actual Times 0930 and 5 sec. ! J \ Message No.: ' i MESSAGE FOR: Control Room 4 i MESSAGE: The following alarms are received on Unit 1:
"NC Pump 'A' Trip" Annunciator "NC Pump HiHi Vibration" Annunciator )
"NC Pump 'A' HiHi Vibration" Status Light "NC Loop 'A' Lo Flow" Status Lights
" Low Flow P8 Permissive Rx. Trip" Annunciator NC System pressure is rapidly increasing.
Subcriticality Safety Function Status Tree shows " RED". (See attached) No rod bottom lights and reactor power still 100%. Pressurizer PORVs and Spray Valves are opening.
" Pressurizer Hi Pressure Rx Trip" Annunciator is received. Pressurizer Safety Valve and Relief Valve
(~3 s_) Tailpipe Temperatures increasing. NOTES TO CONTROLLERS: Operations should refer to AP/1/A/5500/04 " Loss of Reactor Coolant Pump". Operations should refer to EP/1/A/5000/2A1 " Nuclear Power i Generation /ATWS". When operators manually trip the reactor from the control room, tell them the trip ) breakers are still closed. They should dispatch an operator ~to trip the Rx Trip breakers locally. ('N wbm\ message.019
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- V SUBCRITICALITY 1 )
EP/1/A/5000/2A RETYPE #3 N, .
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THIS IS AN EXERCISE MESSAGE Scenario Date: 2/20/88 Scenario Time 0932 Actual Date: 2/20/88 Actual Time: 0932 Jj Message No.: MESSAGE FOR . Control Room MESSAGE: The following indications are received on Unit 1: Rod bottom lights are "ON". Pressurizer Pressure is rapidly decreasing. PRT level, pressure and temperature are increasing. Suberiticality safety function shows " GREEN". O NOTES TO CONTROLLERS: Operations should refer to EP/1/A/5000/01 " Reactor Trip cr Safety Injection" after the trip breakers are open. If they ask, tell
.hom:
- 1. Reactor and Turbine are tripped,
- 2. ETA and ETB are energized.
- 3. S/G Pressore is >725 PSIG, PZR Pressure is >1845 PSIG but rapidly decreasing, and Containment Pressure is <1.2 PSIG.
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THIS IS AN EXERCISE MESSAGE (~') v- f scenario Date: 2/20/88 Scenario Times 0932 s: 15 sec. Actual Date: 2/20/88 Actual Time 0932 & 15 sec. I J Message Not
- l MESSAGE FOR: Control Room l
( MESSAGE: The following alarms are received on Unit 1: i
" Low Pressurizer Pressure SI" Annunciator. i "Hi PRT Pressure" Annunciator.
Containment Phase 'A' Isolation. l Containment Ventilation Isolation. i Sequencer Actuated Status Lights. ! Feedwater Isolation. ! NC System Pressure rapidly decreasing, { i S/G Levels in B, C, &Drapidgydecreasing. I NC System Subcooling is -13.4 F. (Less than 'O'). j Core Cooling Critical Safety Function shows
" Yellow". (See attached.) , i
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, EP/1/A/5000/25 RETYPE #3 GO TO (P/1/A/5000/2B1 P/t A/5000/2B1 NO l
CORI(XIT NO
~ T/Cs LESS RX VESSEL THAN 1200*F LOWIR RANGE EEVEL GRI ATER YES THAN 43% ,
YiS CORI f XIT T/Cn LESS g THAN 700 r GO 10 .I I'I ' #0 NO YES AT LEAST l R N NG / A/5000/2B2 YES I I NO ; i RX VISSEL LOWER RANGE LEVEL GRE ATE 3 N0 NC SYSTEM YES j SUDC00 LING GREATER THAN 0*F GO TO YES (P/1/A/5000/203
/ GO TO EP/1/A/5000/202 l
RX VESSEL i 0/P LEVEL NO GREATER THAN I RE0 VIREO , LEVEL FOR PUMP COMBIN , (REFER 10 ygg (P/28 PG 2) t ( ' I h GO TO , l 5 J. EP/1/A/10(1)/283 l i I . b CSF ! ' 1 SAT PAGE 10F 2
}
i Contincency ; h -'q,(~~') l- THIS IS AN EXERCISE MESSAGE l i Scenario Date: 2/20/88 Scenario Time 0932 & 50 sec. I JJ f Actual Date: 2/20/88 Actual Times 0932 & 50 sec. Message No.: ) MESSAGE FOR: Control Room l i MESSAGE: Secure all NC pumps due to loss of subcooling with SI flow indicated. # l
.I i
('~)^ v i l l NOTES TO CONTROLLERS: Give to operators only if necessary action has not already been taken. () -\wbm\ message.x20 b
r 5 i 1 CNS PAGE NO. CORE COOUNG pr EP/1/A/5000/2B RETYPE #3 I . L GO TO EP/1/A/5000/2B1 GO TO ) EP/1/A/5000/281 ; NO CORE EXIT NO '
---+ T/Cs LESS RX VESSEL i THAN 1200*F LOWER RANGE '
LEVEL GREATER YES THAN 43% YES I NO l CORE EXIT ' T/Cs LESS g THAN 700*F GOTO '
+
NO EP/1/A/)D00/2B2 AT LEAST YES ONE NC PUMP GO TO RUNNING EP/1/A/5000/282 NO RX VISSFL ' LOWER RANGE LEVEL GRE ATER THAN 43% NO i NC SY5 FEM YES ' SUBC00uNG GREATER THAN 0*F GO TO YES EP/1/A/5000/2B3 GO TO EP/1/A/5000/2B2 E RX VISSEL 0/P LEVEL NO < 5 GRE ATER THAN REQUlRED '- LEVEL FOR PUMP COMBIN (REFER TO YES ' EP!2B PG 2) 00T0 EP/1/A/5000/2B3 CSF i SAT PAGE 10F 2 "T "'T_.7 -r aN+r e*M= __ - _ _ _ _ _ _ . . _ _ _ - - _ _ _ _ - - - _ _ _ - _ _ _ _ _ - . _ _ . _ _ _ _ _ _ - _ _ . _ _ _ _ _ _ . _ _ _ - _ _ _ _ . _ _ _ _ _ . _ - _ . __ _ _ _ _ _ _
'l
[ THIS IS AN EXERCISE MESSAGE [() Scenario Date: 2/20/88 Scenario Times 0933 l- Actual Date: 2/20/88 Actual Time 0933 J ! Message No.: . MESSAGE FOR: Control Room i MESSAGE: The following indications are received on Unit 1: PRT pressure, temperature, and level still increasing. NC-1 Tailpipe Temperature 300 F. Core Cooling Critical Safety Function shows
" Yellow" (See attached).
,/~).
d' NOTES TO CONTROLLERS: 1 i
\wbm\ message.022 4
w l. THIS IS AN EXERCISE MESSAGE Scenario Date: 2/20/88 Scenario Time: 0935 Actual Date: 2/20/88 Actual Time 0935 JJ Message No. MESSAGE FOR: Control Room MESSAGE: The following indications are received on Unit 1: NC System Inventory Critical Safety Function shows " Yellow". (See attached). PRT pressure reaches 100 PSIG then rapidly decreases to zero.
" Ice Condenser Lower Inlet doors Open" '
Annunciator. Containment Pressure increasing. : 1 EMF 48 trip 1 & 2 alarm. s 1 EMF 2 trip 1 & 2 alarm (15 mR/hr). k P NOTES TO CONTROLLERS: P f I l r s-
. Id
. \wbm\ message.023 PM I
4
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J CNS. PAGE NO. '
/'N OW 1 j EP/1/A/5000/2F ,
RETYPE #3 ; 4,.%} . -- i i S ') D GO TO j "I (P/1/A/5000/2F3 i i
?
NO RX VESSEL l UPPER RANGE LEVIL > 97%
& STABLE Y[$ l l
s ,
' l 1 GO TO (P/1/A/5000/2F1
/ ,
NO PRISSURll[R + L(VEL GO TO ! l : ! LESS THAN EP/1/A/5000/2F2 92% ( < 80% , FOR ACC) ygg 1 PRESSURil(R LfVEL NO , GREAliR ' THAN 1% ( > 45WR GOTO ACCI EP/1/A/5000/2F3 YES NO RX VESSEL UPPER RANGE LIVIL > 97%
& STABLE i
Y[S ' ). ' CS, 1- , SAT W PAGE 10F 1
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- ". THIS;IS AN EXERCISE MESSAGE :
,4
' j(s !: <. ' ~ Scenario Date: 2/20/88 Scenario Time _0935 . ,L . Actual'Date: 2/20/88 Actual Times 0935
]
Message No. _i MESSAGE FOR: Unit 1 Airlock Door Repair Team j n k , i h.' MESSAGE: Both Scals are removed from the inner airlock and !
- you are preparing to replace ' them. No other work' I I
- g. ,
on your schedule has been started. e . You = hear a . loud noise inside containment and ' see steam seeping through cracks between hatch plugs. r t
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-NOTES TO CONTROLLERS: 1. Operator overrides outer.. door to allow escape.
Personnel in repair team: MM Supervisor Two MM Technicians-One I&E Technician-One HP Technician ~r One Ops person [: i IN.
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- THIS IS AN-EXERCISE MESSAGE .
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!NT Scenario Time:. 0935
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Scenario Dates' 2/20/88' - i L ' Actual Date: 2/20/88 Actual Time: 0935 j 1-L t Message No.: l 1.. > Unit #1 N.M. LaN Personnel j F MESSAGE FOR: V ' y,; . i k '
. MESSAGEt : 1' EMF 2 Trip 1 & 2' alarm-(15 mR/hr). .)
.i V r. .
p
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NOTES TO CONTROLLERS: Local audible and visual' alarms ~on-trip 2 for 1 EMF 2. s I g, k
.\wbm\ message.x25
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THIS IS AN EXERCISE MESSAGE- -j
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'.sma' f[ 1 l scenario Date: 2/20/88 Scenario Time: 0937 'l l Actual Date: 2/20/88 Actual Time: ' 0937 '
Message'No.: ], MESSAGE FOR: Control Room- 3
.+ j' v
MESSAGE: The following indications are' received on Unit 1 . !! t
* ,. L 47 )
Containment EMFs-(IEMF 53A.and 1 EMF 53B).are .'; increasing, j Containment Pressure is increaging, j NC-1. Tailpipe Temperature 250 F. '; Containment Floor & Eqaipment Sumps- ; increasing. l ,., n ' , h;
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,n. f-6 , . i '\' . NOTES TO CONTROLLERS: i
\WBM\ MESSAGE.026 i
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THIS IS AN EXERCISZ MESSAGE
, '\
A A Scenario Date: 2/20/88 Scenario Time: 0937 i Actual Date: 2/20/88 Actual Time: 0937 ! Message No.: ' MESSAGE FOR: Unit #1 Airlock Door Repair Team MESSAGE: Airlock outer door latching pins engage but seal does not inflate. You see steam inside the airlock while looking through the viewport.
,-Q
_\ j l. ( NOTES TO CONTROLLERS: ' U
- 1. Personnel should leave the area and notify control '
room.
- 2. Personnel may attempt to inflate seals by pressing close button or open and then close button.
- 3. Personnel should accompany Health. Physics Technician to the Hot Change Room at 0938 after exiting Room 601 CAD door. If after issuing this message, personnel do not leave immediately, tell them to do so.
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4 , Contingency THIS IS AN EXERCISE MESSAGE Scenario Date: 2/20/88 Scenario Time: After BBA Performed Actual Date: 2/20/88 Actual Time: After BBA Performed Message No.: MESSAGE FOR: Individual performing FASTSCAN Body Burden Analysis of workers who were repairing air-lock at 0935 MESSAGE: FASTSCAN Body Burden Analyses of all members of the air-lock repair team contain the following atypical information: Nuclide Activity (nCi) % Burden I-131- 295.7 42.2 1-133 609.4 203.1 Unidentified Energies (Kev): 665, 771, 844, 883, 1135, 1260 NOTES TO CONTROLLERS: Only give this message if all of the following conditions apply:
- 1. Workers were in the Unit 1 upper airlock between 0935 and 0937,
- 2. The FASTSCAN BBA utilizes the lung calibration (default) instead of the '
thyroid calibration (sr.ecial analysis).
- 3. The FASTSCAN- BBA utilizes the normal analysis library (default) which does not contain I-132, I-134, and I-135.
O- \wbm\ message.015
I contingency THIS IS AN EXERCISE MESSAGE Scenario Date: 2/20/88 Scenario Titac t After BBA Performed Actual Date: 2/20/88 Actual Time: After BBA Performed Messago No.: MESSAGE FOR: Individual Performing FASTSCAN Body Burden Analysis of workers who were repairing airlock at 0935 MESSAGE: FASTSCAN Body Burden Analyses of all members of the air-lock repair team contain the following atypical information: Nuclide Activity (nC1) % Burden 1-131 109.5 15.6 I-133 225.7 75.2 Unidentified energies (kov): 668, 774, 345, 886, 1131, 1263 NOTES TO CONTROLLERS: Only give this message if all of the following conditions apply:
- 1. Workers were in the Unit 1 upper airlock between 0935 and 0937.
- 2. The FASTSCAN BBA utilizes the thyroid calibration (special analysis) instead of the lung calibration (default). .
- 3. The FASTSCAN BBA utilizes the normal analysis library (default) which does not contain I-132, I-134, and 1-135.
Q \wbm\mossage.016 I I
Continaency THIS IS AN EXERCISE MESSAGE Scenario Date: 2/20/88 Secnario Time: After BBA Performed Actual Date: 2/20/88 Actual Time: After BBA Performed Mossage No.: MESSAGE FCR Individual performing FASTSCAN Body Burden Analysis of workers who were repairing air-lock at 0935 MESSAGEt FASTSCAN Body Burden Analyses of all members of the air-lock repair team contain the following atypical information: Nuclide Activity (nCi) % Burden I-131 295.7 42.2 I-133 609.4 203.1 O- 1-132 I-134 415.3 605.6 I-135 566.7 --- NOTES TO CONTROLLERS: Only give this message if all of the following conditions apply:
- 1. Workers were in the Unit i upper airlock betwcon 0935 and 0937,
- 2. The FASTSCAN BBA utilizes the lung calibration (default) instead of the thyroid ,
calibration (special analysis).
- 3. The FASTSCAN BBA utilizes a newly modified analysis library to which I-132, I-134, and I-135 have been added.
\wbm\ message.017
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THIS IS AN EXERCISE MESSAGE e ~~ ) iccenario Date: 2/20/88 Scenario Time: After BBA Performed Actual Date:- 2/20/88 Actual Time: After BBA' l Performed'
- 1 Message No.:
l MESSAGE FOR: Individual' performing FASTSCAN Body. Burden ; Analysis of workers who were repairing - airlock at 0935 ;l t MESSAGE: -FASTSCAN Body Burden Analyses of all members of the air-lock repair team - contain the following ! atypical information: j Nuclide Activity (nci) % Burden j
.i
. I-131 109.5 15.6 !
T [1' (, I-133 I-132-I-134 225.7 153.8 224.3 75.2 l I-135 209.9 --- t l f
-i e
NOTES TO CONTROLLERS: Only give this message if.all of the following conditions apply:
- 1. Workers were in the Unit 1 upper airlock between 0935 and 0937.- r
- 2. The FASTSCAN BBA utilizes the thyroid calibration (special analysis) instead of the ;
lung calibration (default). ..,
- 3. The FASTSCAN BBA utilizes a newly modified !
analysis library to which I-132, I-134, and , I-135 have been added. l L
'd .\wbm\ message.018
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Scenario Date:- 2/20/88 Scenario-Time: 0945 i-N Actual Date: 2/20/88 Actual Time: 0945 JJ
-Message No.:
' MESSAGE FOR: Control Room MESSAGE: The following indications are received on Unit 1:
Containment Critical Safety Function shows
" Orange". (See attached).
-The following alarms are received:
Containment Hi Hi-Pressure. NC Pumps Motor Upper / Lower Bearing Outlet Flow Low. NOTES TO CONTROLLERS: Operations should check NS running.
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"" l CNS PAGE NO. .i~
EP/1/A/5000/2E. CONTAINMENT 1
. jr 7. RETYPE #3 ,
, .p i i. l- i
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EP/ A/5000/2E1-e :3
.t NO '
El l= CONTAINMENT PRESSURE 4.. (i f; pp"'* LESS THAN : 't 15 0 PS10 , ESWEESWWWWWWESEE P/ A/5000/2E1 CONTAINMENT rj PRESSURE l' LESS THAN a I 3.0 PSIG - '.f' .. YES gu , . . . . . . . . . . . . . . q g ,::A,S ,,,, CONTAINMENT NO
, HYOR0 GEN
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TRATION LESS THAN
~
YES ,j
" GO TO
'174 a . . UltE12 2 . ele. r EP/1/A/5000/2E2 1
NO CONTAINMENT SUMP LEVEL LESS THAN 13 FT YES GO TO EP/1/A/5000/2E3 ., i EMF $3AIB) CONTAINMENT R A DI Ail 0N LESS THAN 3R/HR i YES PAGE1OFI g CSF SAT s
ng L ., 1
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j THIS IS AN EXERCISE MESSAGE I Scenario Date: 2/20/88 Scenario Time:- 0940 - I
. , ., Actual Dater- 2/20/88 Actual Time: 0940
- 1. J.
Message No.: '_ ; Message For: Unit-#1 Control Room Operator MESSAGE: 1 EMF 53A & B trip 1 & 2 alarm H 1 EMF 54 l 1 EMF 35 (L) 1 ,. 1-EMF 36 (L) ; lc 1 EMF 37 ' l 1 EMF 38 (L) l L 1 EMF 39 (L) ' l 1 EMF 40 1 1 EMF 36 (H) trip 1 1 EMF 39 (H) trip 1
~
1 EMF 11 Trip 1 and 2 1 EMF 17 Trip 1 and 2 1 EMF 22 Trip 2 alarm l 1 NOTES TO CONTROLLERS:.' Audible & visual alarms for trip 2. l - t Visual alarm (module lamp.only) for trip 1. l' , i
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-(_) THIS IS AN EXERCISE MESSAGE Scenario Date: 2/20/88 Scenario Time: Approx. 0950 1 JJ' i, Actual Date: ' 2/20/88 Actual Time: Approx. 0950 Message No.:-
g MESSAGE FOR: Control Room li.
, MESSAGE: Go to E.' ./A/5000/ic "High Energy'Line Break Inside Containment" due to cont. pressure >.3 PSIG 1
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NOTES TO CONTROLLERS: Give to operators only if necessary ll action has not already been taken. ! ( d' k v \wbm\ message.033 I d 5
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;THIS.IS AN EXERCISE MESSAGE ~ '
i- ', b. t 7~' Scenario Date: 2/20/88 L Scenario Time -0950 i ! Actual Date: 2/20/88 L Actual Time: 0950-
/- j It Message No.: ,,, a l . .,
b* MESSAGE FOR: Control Room L ! 1
~
. MESSAGE: -The following indication is received on Unit 1:
l l4 1 EMF 35 (L): annunciator window clears. .1 1 EMF 38-(L) annunciator window clears. m Containment Critical Safety Function shows
" Green". '1 im
' j l
- i. -
l s e%.\ ~ , '!] l 1 NOTES-TO' CONTROLLERS: 1 EMF 35 (L) and'1 EMF 38 (L) trip 1 & 2 lamps . can ~ be reset- by- manual action. Operations should be proceeding < l into EP/1/A/5000/1C, "High Energy Line Break Inside Containment". 'l . .- 1 l - . 1
. \WBM\ MESSAGE.034 l l
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M THIS IS AN EXERCISE MESSAGE .r. Scenario'Date: 2/20/88- Scenario Time: Approx. 1000' t J 2/20/88 Actual Date: Actual Time: Approx. 1000' _., Message'No.:. MESSAGE FOR: Control Room MESSAGE: For Step 9 of.EP/1/A/5000/1C - NC subcooling is
-not greater than 4.
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. NOTES TO CONTROLLERS: We do not-want operators to .
terminate Ss at this time. They should "GO. TO" EP/1/A/5000/1C2 ,
" Post LOCA Cooldown and- '
Depressurization". Givo this to-the operators- only if necessary - action has not already been taken.. N
\wbm\ message.036 i
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. . t THIS-IS AN EXERCISE MESSAGE l hx_I. . . .
.:q c Scenario Date: 2/20/88 Scenario Time: 1020
- ., -Actual'Date
- 2/20/88 ' Actual Time: 1020- i I
di Message No.:
.1 MESSAGE FOR: Recovery Manager 1 1
l 1: > MESSAGE: .A GENERAL EMERGENCY must be declared at this time,
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1 NOTES TO CONTROLLERS: Do not issue message if GENERAL EMERGENCY has been declared. 1 l' ( . < ,~s 4 \ ; '/ , I ix*l .- .> :, n - .,7 c . 0 3 8 i. 1, [. l ' ( s l l
rA x l1,j{,; ' 1 } I Contingency p
-.THIS IS_AN EXERCISE MESSAGE ,
t
.h, Scenario Date: 2/20/88 Scenario Time: 1035 ,
D' Actual Date: 2/20/88 Actual Time: 1035- ; L- - Message No.:- MESSAGE FOR: Recovery Manager MESSAGE: Recommend evacuation of-zones A0, C1, D1, El , and to shelter in zones A1, B1, F1, A2, C2, C2,-D2, E2, F2, A3, F3. 1. i> L l 7 ,-4e . 1 \- l Os._J- 3
-a l-lI ,
l t s NOTES TO CONTROLLERS: .Do not issue message if above recommendations have already been made.
?
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?> <+ 5 Contingency THIS IS AN EXERCISE MESSAGE
~'
Scenario'Date: 2/20/88 Scenario Timer After smear , survey-performed-Actual-'Date: 2/20/88- Actual Time:- After smear-survey performed
)
~
Moscage No.: MESSAGE.FOR: OSC HP Personnel Performing Smear Survey in
-Unit #1 Upper Airlock and/or Rm #601
- MESSAGE: 100'em 2 smear produces offscale high count rato if checked w/E140N or RM-14.
100 cm 2 smear produces ~ 208 mrad /hr (open window, if applicable) and 155 mrad /hr (closed window) ,
. meter reading w/any appropriate range survey meter. ]
. ,-y) .
i LA l
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NOTES _TO CONTROLLERS: This area is inaccessible during l 'l most of the exercise due to high 1 dose rates (see controller in-plant-dose rate information). These data ~ l apply after the release stops' at 1100. , 2 j.s . \wbm\ message.014 l ). v ; W m m-1 -_ m__-_-__-.___.-..__m______-m_____-_--------_______m____mm___-_----___.-.___.m__-__.--_.--.__-_____-m___._____._____.___-__m._
THIS IS AN EXERCISE-MESSAGE Scenario Date: 2/20/88' Scenario Time: ~1115 ._.'
-Actual'Date: 2/20/88 Actual Time:- 1115 Message No.:
MESSAGE FOR: Unit #1 Control Room Operator MESSAGE: 1 EMF 54 Trip annunciator window clears. !
'1 I
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.i
'j NOTES TO' CONTROLLERS: 1 EMF 54 trip lamps can now be cancelled by manual' action.
\wbm\ message.040
+ , ,
, Contingency ;
J. - THIS IS AN. EXERCISE MESSAGE
,, 7b .
Scenario Date: 2/20/88 Scenario Time: 1130. Actual Date: 2/20/88 Actual Time: 1130 Message No.: t MESSAGE FOR: Unit #1 Control RoomLOperator and TSC Dose Assessment Coordinator (DAC) ** (.. s MESSAGE:' If 1 EMF 35, 36, 37 sample pump not on - then i restart-from Control Room by 1145. If VA system has not yet been returned to normal-operation, then do so by 1145. If' Unit'1 VF has not'yet been restarted, then
, restart manually by 1145.
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t I 9 k NOTES TO CONTROLLERS:** Prempt TSC DAC to request. Operations to return VA and Unit 1 VF to normal operation by 1145 (in order ' 1 to maintain a negative pressure on the Auxiliary Building). Prompt HP to request Operations to
, restart Unit Vent EMF pkg. by 1145 if not already on. q
\wbm\ message.041
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. ^L THIS IS AN EXERCISE MESSAGE !
. r < c. '
's f-Scenario Date: 2/20/88 Scenario Time: 1145 l q
Actual Date: 2/20/88 Actual Time: 1145, '! JJ. 1 Message No.:
. i MESSAGE FOR: Unit #1 Control Room Operator l
MESSAGE:- 1 EMF 36 (L) and 1 EMF 36 (H)-trip annunciator windows clear. You receive FWST low level annunciator. .. i 1 (%: (_/. y
-l i
-l 6
-l NOTES TO CONTROLLERS: 1 EMF 3G .~.' e.:.1 1 EMF 36 (H) trip lamps . n. -noa be cancelled- by manual actc;.n.
The following systems have-been returned to normal operation:
-Units 1 and 2 VA
-Unit 1-VF (unfiltered mode) h -1 EMF 35, 36, 37 sample pump.
Operr. tor should refer to EP/1/A/5000/1C3, Transfer to. cold Leg Recirc.
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-L t., s Contingency THIS IS AN EXERCISE MESSAGE Scenario Date:- 2/!O/88 Scenario Time: Approx. 1200 Actual Date: 2/20/88 Actual Time: Approx. 1200 Message No.:-
MESSAGE.FOR: I&E Supervisor MESSAGE: Fuses have been pulled and the solonoids have failed open. Air-Lock door seals inflate. A. NOTES TO CONTROLLERS: Give this message to the I&E supervisor if personnel find the air-lock door power supply and.take necessary action.
'\wbm\ message.x42
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y. F ContingencyL k THIS:IS'AN EXERCISE MESSAGE - P ~ 4 Scenario Date: 2/20/98 or 2/23/88 Scenario Time: See notos.to' 1 Controllers-Actual Date:- 2/20/88 Actual Time: See notes'to
-Controllers. 1 1
- Message'No.: ,
MESSAGE FOR: LStation-Chemist MESShGE:' PALS DATA' .3
?
GELI -5.03E+3j uCi/ml_ pH- 6.2 H 40 cc/kg B$ron 1030 ppm Chloride 10 ppb KR83m 2.33E+01 KR85' .9.11E+00 'pCi/ml i KR85m- 8.97E+01 !
., m - -
KR87 6.22E+01
/ i: 'KR88 1.87E+02 (1 KR89 3.09E+02 XE131m 3.32E+00 ,.
XE133 1.02E+03 XE133m :1~43E+02 XE135 3.09E+02- 4 XE135m 2.30E-01 XE138' 5.57E-01 CS134 7.48E+01 - CS136 -3.00E+01 CS137 3.45E+01 CS138 3.58E+01 J. I131 4.98E+02 1132 3.43E+02 , 1133 9.54E+02 I134 1.57E+02 V 1135 7.47E+02 , 'i NOTES TO' CONTROLLERS: This message should only be issued if chemistry initiated a PALS sample, and should be ~ 1 provided 2.5 hours after a decision 1s-made to take'
< the PALS sample g if 2.5 hours would not - 'be over
- until after the scenario time jump, then issue-immediately after time jump is declared. This data isi
? for ' PALS sample that would have been taken tp until
. . c. 1130.
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gg, r - rt . 1: i Contingency lTHIS.IS AN-EXERCISE MESSAGE i : Scenario:Date: 2/20/88 or 2/23/88. Scenario Time:: 'See notes to' "' Controllers Actual Date: 2/20/88 Actual Time: .See. notes.to
' Controllers- .;
Massage No. MESSAGE FOR: Station Chemist MESSAGE:. PALS Data: GELI 2.07E+3j aci/ml !
.pH. 6.1 l H 35 cc/kg B$ron. A200 ppm
-Chloride 10 ppb KR83m 7.66E+00 pCi/ml l KR85' 4.34E+00 KR85m 3.66E+01 KR87 1.71E+01 KR88 6.94E+01
^KR89 1.29E+02
- XE131m 1.58E+00 "
XE133 4.84E+02 XE133m 6.73E+01
'XE135 1.36E+02 1 XE135m 7.21E-03 g XE138 1.42E-02 ;
3.56E+01-CS134 CS136E 1.43E+01 CS137 1.64E+01
.CS138 4.69E+00. ]
I131 2.36E+02 1132 1.21E+02 ! I133 4.39E+02 l 1134 3.39E+01 1135 3.20E+02 f n J NOTES TO CONTROLLERS: This message should.only be issued if . i chemistry- initiated a - PALS sample, and should ~ be : . ~ j provided . 2.5 hours after a decision is made to take !
- the PALS sample or if 2.5 hours would not be over ;
until after the scenario time jump,. then issue immediately after time jump is declared. This data is , for a PALS sample that would have been taken between 1130 and 1330.
.\wbm\ message.43x 5 s t ,
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-THIS.IS AN EXERCISE MESSAGE Scenario Time:
Scenario Date: 2/20/88 1325' _ Actual:Date: 2/20/88: Actual Time:- 1325 l Message No.: MESSAGE-FOR: Emergency Coordinator / Recovery Manager , l [ .
~A scenario time jump of 72 hours will occur at l- MESSAGE:
E 1330. The new scenario time will be 1330: on L 2/23/88. The remaining scenario data will reflect i I this! time jump. Please inform all players of this message. l l 1 , L l .. 1
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Scenario'Date: 2/23/88 Scenario Time::After. smear survey performed
- Actual Date: 2/20/88 Actual Time: After smear survey performed Message No.:
MESSAGE FOR: OSC HP Personnel Performing Smear Survey in Unit #1 Upper Airlock and/or Rm #601. 7 2 MESSAGE: 100 cm smear produces offsca'; high count rate 1i checked.w/E140N-or.RM-14. 1 2 100 cm smear produces 208 _ mrad /hr (open. window, if applicable) and _ 155 mrad /hr (closed window) meter reading w/any appropriate range survey meter. h ig , i
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-f NOTES TO CONTROLLERS: Message can be issued after time !
jump to 2/23/88. This. area is inaccessible during : most of the . exercise due to high-dose rates (see controller in-plant ' dose rate information). These data :' apply af ter the release stops - at 1100. m. (
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s ! THIS IS AN-EXERCISE MESSAGE 3
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V VN . Scenario'Date: 2/23/88- Scenario Time: When. Requested Actual Date: 2/20/88 Actual Time: When Requested-
.Mossage No..
MESSAGE FOR:- TSC Dose Assessment, CMC Dose Assessment , and/or Meteorologist l MESSAGE: N.W.S. Forecast issued at 08:00 EST February 23,- 1988: Today... Partly Cloudy. Highs 11n the mid 40s. Northeast winds 5 to 10 mph. , Tonight... Partly Cloudy. . Lows in lower 20s. Northeast winds 5 mph. l-l l. n
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" Scenario Date: -2/23/88- Scenario Time: Approx. 1330-i
= Actual Date: 2/20/88 Actual Time: Approx. 1330-
= Message No.:
J MESSAGE-FOR: Recovery. Manager ! l MESSAGE: Begin recovery. phase. .. j 4 1
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- NOTES 100 CONTROLLERS: Do not issue this message if tecovery' has-been initiated.
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-THIS'IS AN EXERCISE MESSAGE Scenario Date:_ 2/20/88 Scenario Time: 1200 )
Actual Date: 2/10/88 Actual Time: 1200 1 Message No.: ,' MESSAGE FOR: Offsite Monitoring Coordinator > e
> MESSAGE: 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 1 evaluator from NRC) demonstrate-this-capability by 1 actually taking samples.
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i NOTES TO CONTROLLERS: The controller / evaluator with:the monitoring team should verify that samples are _ taken ' according .to the procedure. Air samples are also required by_ objective, but would have been exercised previously when sampling for iodine. , -:(^).
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1 Scenario Date: 2/20/88 Scenario Time: 1245-Actual Date: 2/20/88 Actual Time: 1245 l J -) Message No.: -
't MESSAGE FOR: Control Room
'l MESSAGE: Core Cooling' Critical Safety Function shows l
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NOTES TO' CONTROLLERS:
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Page 1 ! f 'y THIS-IS AN EXERCISE MESSAGE t V Scenario Date: 2/23/88. Scenario Time: 1330 Actual ~Dato: 2/20/88 Actual Time: 1330 / Message No.: MESSAGE FOR: Recovery Manager / Emergency Coordinator and CMC Group , Managers & TSC Section Heads ' MESSAGE: The following information pertains to events that have !
' occurred over the past 72 hours (from l'330 on 2/20/88 to present). Please inform all players. ,
Unit 2:
-Mode 6 . Normal Conditions.
Unit 1:
-ND'is in normal decay heat remgval mode.
-NCtemperaturehasbeenat130Fsince2200on2/20f88.
-containment temperature has cooled from 113g F to 90 F-since 2/20/88.
-containment pressure has been maintained at 0 psig since '
n 2/20/88.
)v-i -containment radiation levels have reduced to approx. 30 R/hr (as read by EMF 53A&B) since 2/20/88.
-Outer' containment air-lock door has shown no signs of-leakage ,
since-it was sealed at 1200 on 2/20/88. j
-NoLaction-has been taken to. complete maintenance on the inner !'
air-lock door.
-Safety-related systems.are available if needed.
-VE filters were purged at 1630 on 2/20/83, reducing cont'act reading.at the VE Filter Trains 1A and 1B on Auxiliary Building 594' elevation. 1 EMF 22 roads 2.25.mR/hr.
-Entire annulus ventilation system (VE) including Room 601 (outside of upper containment airlock) was purged, reducing ,
the dose rates outside Room =601 Cad Doors-to 1 R/hr.
-A-PACS sample was~taken at 1130 on 2/23/88 showed:
1.30 E2 pci/ml Xc-133 equivalent and 2.10 E-3 g i/ml I-131 equivalent.
-A PALS sample taken at 0800 on 2/23/88 showed:
GELI 8.35pCi/ml pH 6.1 H2 35 cc/kg Boron 2000 ppm Chloride 10 ppb
-TLD's worn by all members of upper containment airlock door team at the time of the LOCA were processed normally on 2/21. Average TLD readings c were: 6700 mrem whole-boay dose, and 340 mrem beta dose. All TLD
(-} readings were within 6% of the average readings. NRC was notified of the overexposures on 2/21.
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$ ;\._skA" ;-The radioactive plume dispersed and left the 10-mile EPZ by approximately 1330 on!2/20/88, as determine by Duke and State field monitoring teams, and a helicopter ~ team used.forJaerial , surveys that.was arranged for by Duke. At the time of the-release, the wind was predominantly from the NE.
-Environmental sampling is currently in progress (early results j
'from Duke field teams are shown on Attachment 1)'.
p^ -The' State, NRC, FEMA and EPA have mobile labs in- Osse j nearsite for environmental sampling analyses.- DOE has arranged for an aerial survey-to map plume deposition. Results are not expected until late this afternoon.- . l
-The South Carolina.SEOC/FEOC and North Carolina SERT are in-the' process of developing recovery organizations-(NOTE: STATES i AND COUNTIES ARE NOT PARTICIPATING IN OUR RECOVERY EXERCISE.).
-Evacuees have not'yet returned to their homes. Assuming favorable results from environmental surveys, preliminary indications-from SC may allow them re-entry on 2/25/88.
n NOTES;TO CONTROLLERS: This information should be issued immediately after the time jump, e
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M l e p Page l'of 6 , j%; (- Attachment 1 C.N.S. Environmental TLD Results for Period 12/17/87 - 2/21/88 Location. Distanco Direction Whole Body Dose ~(mR)
- 200 A0-1-1 Site Boundary (0.7M NNE) 13 201 AO-1-5 Site Boundary (0.5M'NE) 10:
202 AO-1-8 Site Boundary (0.6M ENE) 10 203 AO-1-45 Site Boundary (0.5M SE) 12 , 204 AO-1-23 Site Boundary (0.5M SSW) 3747 205 AO-1-26. - Site Boundary (0.3M SW) 2794 206 AO-1 Site Boundary (0.7M WNW). 14 207-AO-1-41' Site Boundary (0.8M NNW) 11 212-B1-3 Special Interest (2.7M ESE) 15 217 C2-10-5 Control- (10.0M SSE) 13 222-AO-1-44 Site Boundary (0.7M N) 13 223 AO-1-11 Site Boundary (0.5M E) 11 s 224 AO-1-14 Site Boundary (0.7M ESE) 12 ! 225 AO-1-17 Site Boundary (0.5M SSE) 15 m 226 AO-1-20 Site Boundary (0.5M S) 10 , 227'AO-1-29 Site Boundary (0.5M WSW) 14 I 228 AO-1-32 Site Boundary (10.6M W) 13 ! 229 AO-1-38 Site Boundary (0.9M NW) 14 i
- 230 F1-4-4 4-5 Mile Radius (4.4M N) 10 i 0-f(,/ -
231 F1-4-6 232 A1-4-2 4-5 Mile Radius 4-5 Mile Radius (4.2M NNE) (4.1M NE) 11 13 [ l 233 A1-4-4 4-5 Mile Radius (4.0M ENE) 11 1 234 B2-4-2 4-5 Mile Radius (4.5M E) 13 j 235 B1-4-3 4-5 Mile Radius (4.0M'ESE) 14 j 236 C1-4-1 5 Mile' Radius (4.2M SE) 10 ; 237 Cl-4-3 4-5 Mile Radius (4.8M SSE) 13 .)
- 238 C1-4-5 4-5 Mile. Radius (4.2M S) 12 1 239 D1-5-1 4-5 Mile Radius (4.6M SSW) 83 l 240 D1-4-2 4-5 Mile Radius (4.1M SW) 132 !
241 D1-5 4-5 Mile' Radius (4'.7M WSW) 13 j 242 El-5-2 4-5 Mile Radius (4.6M W) 11 'l 243 El-5-3 4-5 Mile Radius (4.6M'WNW) 15' i 244 F1-4-1 4-5 Mile Radius (4.1M NW) 13 1 245 F1-4-3 . 4-5 Mile Radius (4.2M NNW) 10 ; 246'B2-8-1 Special Interest (8.1M ENE) 11 ! 247 B2-7-6 Control (7.5M ESE) 14 248 C2-7-3 Special Interest (7.0M SSE) 13 -i 249 C2-8-6 Special Interest (8.1M S) 14 ( - 250 D2-10-4 Special Interest (10.3M WSW) 11 ) 251 E2-10-2 Control (9.8M WNW) 13 ! f
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1 - gr Attachment 1 Page 2 of 6 Q)y
' Ground Vegetation Samples Collected 2/21/88 Location Concentration in wet- 1 Number Code Distance Direction Nuclide veg. (picoeuries/
kilogram) Decay . f corrected to 2/20/88 10:00 204 AO-1-23 0.5M- SSW I-131 6.78E+3- I I-133 1.34E+4 . I-135 1.26E+4 205 AO-1-26 0.3M SW I-131 5.66E+3-I-133 9.69E+3 I-135 1.04E+4 239 D1-5-1 4.6M SS W I-131 6.24E+1 I-133 1.05E+2 240 D1-4 4.1M SW I-131 1.14E+2 I-133 2.60E+2 209' D1-7-M 7.0M SSW I-131 8.30E+1 < e I-133 1.68E+2
&(_, - 219' D1-6-M 6.0M SW I-131 4.19E+2 I-133 8.59E+2 I-135 7.59E+2 NOTE: In addition to the four TLD locations shown above (204, 205, 239, and 240), ground vegetation was sampled at all 36 other.
TLD locations on 2/21/88 (See page 1 for those locations). For all 36 samples, no nuclides other .than naturally occurring nuclides were detected. b
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# Attachment 1- Page 3 of 6 '
v )(- -l _,,CNS Environmental Milk Sample Results (Samplescollected ' Lodiation
. .,_, ., . . _ , . 2/22/88 9:00 - 10:00)lk
. ......; Mi Concentration
' Numb'eir ~ Code .,_,,, Distance _ Direction
. ... - . . . . . . . . . . . . . ..(Picocuries/ liter)
Nuclide . Decay Corrected to
. . . , . .. . . . . . ..., . .._.....~.....-. ... .,_. 2/22/88 9 00 209 D1-7-M 7.0M SSW I-131 18.7 I-133 9.4 219 D1-6-M 6.0M SW I-131 98.4 I-133 47 .2 I-135 1.5 221 F2-13-M 13.GM NW Note A Note A: No.nuclides other than naturally occurring nuclidos were detected.
Note-B: Cows at locations 209 and 219 grazed in their pastures until 2/21/88 6:00, after which time they were fed previously
, stored feed exclusively.
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l-: <(~~i Attachment-1 Page-4 of 6-Ll % CNS Environmental _ _ Air _ Sample Results for' Period 2/17/88__(12:00)1to _ ~ __ _ 2 / 21/ 8 8 ~ ( 1T(0 0 ) '" ~ '~ " : i-l ' Location Airborne Concentration i Number Code Distance Direction- Nuclide . (picocuries/ cubic ' meter) ' Decay' corrected to 2/20/88 10:00 -f 200 Ao-1-1 0.7M- NNE Note A 201 Ao-1-5 0.5M NE Note A 205 Ao-1 0.3M SW I-131- 18.8 I-133 38.1 I-135 34.0 212 B1-3-1 2.7M ESE- Note A ' 217 .c2-10-5 10.0M SSE Note A
' Note A: No nuclides other than naturally occurring nuclides were detected. '
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.X_/5 Drinking Water Samples Collected 2/21/88 The following locations were sampled. For all three samples, no-nuclides..other than naturally occurring nuclides were detected.-
Location Number Code Distance Direction Description l 213 B2-7-6 7.5M ESE Fort Mill Water Supply 214 C2-7-2 7.3M SSE Rock Hill Water Supply 218 F3-14-4 13.5M N Belmont Water Supply -l I i st i I
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1 Page 6 of'6 l Sdffade'Wat5r-Samples'dellected 2/21/88 The following locations were sampled. . For samples at locations 211 , and 215, no nuclides other than naturally occurring nuclides . were i detected.- The _ sample at location 208 contained 'nuclides typically found at this location, but not in concentrations greater than normal for this location. Location , Number Code Distance Direction Description 208 AO-1-46 0.5M S Discharge Canal 211 B1-4-5 4.0M ESE Wylie Dam 215 Al-4-6 4.1M NNE' Camp Steere
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. THIS IS AN' EXERCISE MESSAGE l
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Scenario Date: 2/23/88- Scenario Time: Approx.;1430 - , 1530- ., Actuall Date: 2/20/88 Actual Time: Approx.~1430 - 1530 i Message No.: MESSAGE FOR: -Recovery Manager
- i .. i MESSAGE:- Drill terminated.
Provide this information to CMC personnel and'to the Emergency Coordinator in the TSC. ; ( g NOTES TO CONTROLLERS: Exercise will not terminate until Recovery Phase is completed. At a minimum, the recovery objective l (exercise objective 15) must be adequately addressed. L 1 L 1 4 'O V \wbm\ message.046 l i- \
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9 -RDTS01' ' DUKE POWER COMPANY- UNIT: CNS 1 PAGE: 1
" DATE: 2/19/88 TIME 18:00
-Groups' 05 - ----~~- a-' PRIMARY SYSTEMS .
12-A0668 NC LOOP A WIDE. RANGE. HOT LEG TEMP .617 DEG F 2,.A0669 , NC LOOP.B WIDE RANGE HOT LEG TEMP 617 DEG F A A0670- NC-LOOP C WIDE RANGE HOT LEG TEMP 617 DEG F 54.'A0671: E617
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W NC LOOP D WIDE. RANGE HOT LEG TEMP D'EG F Si A0700 -NC LOOP A WIDE RANGE COLD LEG TEMP 560 DEG F-6.KA0706 NC LOOP B WIDE RANGE COLD LEG TEMP 560 DEG F 7.:A0712 . NC LOOP C WIDE RANGE COLD LEG TEMP 560 DEG F- :l
~B; A0718 .NC LOOP D WIDE RANGE COLD LEG 1EMP 560 DEG F :l 5 HIGHEST IN-CORE T/C TEMP 19.<P0828 627 DEG F
- 10. P1545 LOWEST NC SYSTEM SUBCOOL.ING MARGIN 25 DEG F
~ "y 11.lP1389 NC SYSTEM PRESSLIRE. BEST ESTIMATE 2240 PSIA 12i1A0713 PZR FRESS CH I 2225 PSIG 13.'A0707 PZR LEVEL CH I 60 %
- 14. P0164 RVLIS TRAIN A UPPER RANGE ~ 10FFSCALE*
- 15. D2037 REACTOR COOLANT PUMP 1A ON-
- 16. D2005- REACTOR-COOLANT PUMP B ON 17..D2038 . REACTOR COOLANT PUMP C ON 18J-D2086- REACTOR COOLANT PUMP D ON 19i A1214. CVCS BORON METER CONCENTEATIGN *****- PPM V A1248 SOURCE RANGE LEVEL' CHANNEL 1 0 CPS 2,. A0766 INTERMEDIATE. RANGE LEVEL CHANNEL 1 5.000E-04 A -}
- 22. P0738- ~ POWER RANGE AVG LEVEL AVG 100 %
Group: 10' ~ - - - - - - - - - - SECONDARY SYSTEMS
--1;'A0674 S/G A WIDE RANGE LEVEL (73%) 62.67 %
- 2. A0680 S/G B WIDE RANGE LEVEL .(73%) 62.5 %
L3. 40686' S/G C WIDE RANGE LEVEL (73%) 62.55 -% l 4 2A0692 S/G D WIDE RANGE LEVEL (73%) 62.7 % 15.-A0723 S/G A STEAM PRESS CH #1 1003.92 PSIG , 16.'A0720: .S/G B STEAM PRESS CH #1 1000.6 PSIG 77 A0735 S/G C STEAM PRESS CH 41 ~ 1002.~*.1 PSIG j
'%8.~40741 S/G D STEAM PRESS CH #1 1005.5'S PSIG d
- 9. P0154 9/G A FEEDWATER FLOW'CH 1- 3.78 NPPH H L10.LP0156 S/G B FEEDWATER FLOW CH 1 3.7 MPPH I
- 11. F0158 S/G C FEEDWATER FLOW'CH 1 3.78 .MPPH
.l26-P0160 S/G D FEEDWATER FLOW CH 1 3.79 MPPH
- 13. A0974: CA' FLOW TO S/G A 175.5 GPM ,
lL 14.eA0975. CA FLOW TO S/G B 251.81 GPM ! .. -15.:A0976 CA FLOW TO S/G C 217.31 GPM- !
! 164.A0977 ' CA FLOW TO S/G D 130.88 GPM d o 172 P0614: TOTAL M/S RELEASED DURING LAST 15 MIN &OFFSCALE* LDM Group: 15 - - - - - - - -
AUXILIARY SYSTEMS l'
- 1. A0452 NV LETDOWN PLOW 74.9 GPM 9,.A1262 FWST LEVEL CH l 96.72 %
- l. A1013 SNSWP LEVEL 571.94 FT ,
- 4. A0586 4KV BUS ETA VOLTS 4.37 KV l
. 5. A0575 4KV BUS ETB VOLTS 4.T7 kV 1 l
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- a. Group ~: J20 - - - - - - - - - ' . SAFETY INJECTION SYSTEMS 7- -
L - - - -- -
.1 . AOS20- . CHARGING LINE FLOW CONTROL 92.52 GFM L D24DO . CENTRIFUGAL CHANGING-PL'MP A OFF
'3- D24401 CENTRIFUGAL CHU .,ING PUMP.B ON
-41 P1325 NC GYSTEM: TOTAL EMER. INJECTION FLOW '
G GFM
,~ S.LD245o- NI' PUMP-A OFF
- 6. D2446 .NI PUMP.B. .
.OFF L7. A0902 ND HX A OUTLET FLOW G' GFM
'G.-A0908 ND HX:B OUTLET FLOW G GPM 9,1 D2455 ND FUMP 4 '
OFF 10k D2445
'ND PUMP.B OFF Group: 25' - - - - - - - - - - -
' CONTAINMENT SYSTEMS - - - - - - -
leJA1499 CONTAINMENT WIDE RANGE PRESS. TRAIN A 0.14 FSIG
.2. P1500 UPPER CONT AVG TEMF - OPERATING UNITS 95.46 DEG F
'3.:A1418-- CONTAINMENT SUMP' LEVEL A. O FT
.4c A0939 CONTAINMENT HYDROGEN CONCEN TRAIN A 40FFSCALE* %
U-D2448 NS PUMP A OFF 6<.D243G NS PUMP B OFF 3 ,,.____________-..__________________-,_______; LGroup: 30 - - - - - - - - RADIATION SYSTEMS .
"1 . F0128 EMF 43 RCACTOR COOLANT' MONITOR 1.030E+04' CPM J2;'A1308 EMFS3A. CONF'HIGH RANGE MONITOR TR. A .6.760E+00 R/HR
, A1314 EMF 53D CONT HIGH RANGE MONITCR TR. B .8.170E+00- R/HR
- 4. A1315 EMF 54 UNIT VENT O T. RANGE MONITOR 2.160E+00 R/HR j :SqA004G EMF 37 UNIT VENT IDDINE MONITOR 5.850Evol CPM
- 6. P1822 CMF37 DELTA CCUNTG LAST 15 MINUTES 0.00CE+DO CFM
??.'A0013: . EMF 36L-' UNIT VENT GAS MONITOR 1.150E+02 CPM.
'Gf A0019 EMF 36H UNIT VENT GAG MONITOR 1.550E+01 CPM' g; cup: 35 - - - - - - - - - -
ENVIRONMENTAL SYSTEMS ---- "- - -
'1. A0433 UFF E~: WIND SPEED 11.' MPH
!2, A0485- LCWER' WIND SPEED a.7 MFH L3.-A0484 UPPER ~ WIND DIRECTION 21 DEG
- 4. A0489 LOWER WIND DIRECTION 19 DEG
'S . A1127 BARGMETRIC PRESSURE 30.164 IN HG
- 6. A0490 AMBIENT AIR D/T EL.EV 660 & ELEY '762 -0.59 DEG C
- 7. A1172 AMBIENT AIR' TEMP AT ELEV 6e2 -4 DEG C
- 8. 40496 DEWPOINT -5 DEG C
- 9. F 0 59 ". PRECIPITATION IN-LAST L5 MIN O IN zl0. A1110. . SIGMA THETA - LWR WIND DIR. STD DEV 11 DEG IL. A1104: UNIT VENT STACK FLOW 13G184 CFM
.12.j?1483 RL LINES A+B TO TAL AVG DISCHARGE FLOW 5 500 GPM I
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DATE102/19/88~ - _T It1E : 18 : 00 J n. f (Group:,39- . -- ------ . HP DOSE.ASSESMENT ----------- g1;.yA1008' [ EMF 26 STEAMLINE-A-. RADIATION MONITOR 9 '. 980E-03 : R/HR: y , [2.lP0596; S/G-AlMAIN STEAM'REL. IN-LAST 15 . .M I N - *0FFSCALE* LBM-3 [A1014- 4 EMF 27 STEAMLINEiB RADIATION. MONITOR 4 9.920E R/HR - W M^"j4d P05971 S/GgB' MAIN: STEAM"REL. IN.LASTL151 MIN *0FFSCALE4 -L BM c W Ni i5 dA1020i EMF 28i STEAMLINEcC' RADIATION MONITORE 9.940E-03;.R/HR , @' ~6ZP0598 - S/G C, MAIN: STEAM:REL. INELASTF153 MIN 1*0FFSCALE* LBM. p 17.; A1026: . EMF 29 STEAMLINE D RADIATION MONITOR. 9.910E-03c R/HR F
.Ok P0599 S/G D' MAIN STEAM REL.;IN LAST 15: MIN 40FFSCALE* LBM--
k ':9. P0132~ MAIN STM-EMFeAVG.DURING PREV:154 MIN-
'9;940E R/HR I~ >;10./A0054i EMF 40 CONTAI'NMENT IODINE MONITOR '
2.240E+02. CPM
- ,311.EA0012 EMF 35L UNIT.' VENT' PARTICULATE 2.620E+01 ' CPM
[ "di2.1P0129' EMF 37'DELTAcCOUNTSi(OL--5 MINUTES): -2.100E+00- CPM. f' :-13 7 P0130 ' EMF 37 DELTA-COUNTS 1(5-- 10-MINUTES) 1.300E+00 CPM N : 1 4 ~. , P 0 1 3 1 EMF 37;DELTADCOUNTS (10:- 15xMINUTES) 7.940E-01 . CPM = E15, A0025 , EMF 39L5 CONTAINMENT GAS MONITOR = 2.860E+04 CPM P u
, .16W A00314 l EMF 39H CONTAINMENT. GAS MONITOR > 1.060E+01 . CPM p
--------"-- , ADDITIONAL INFORMATION' -----------
E il Group: .l'.lA0092 40 IN'-CORE-TEMP G04' 627 DEG:FL <, W 7^ % A00514 -IN-COREUTEMF2 LO4 627 :DEG F
%._ 1 LA0057, lIN-CORE TEMPnLO8 627 LDEG F'
' ' -4JA0033- EIN-CORE-TEMP-J10 627 ~DEG F t SWA0081 (IN-CORE: TEMP N06 627 -DEG'F:
c~ M.1A0087 ' LIN-CORE TEMP N10 ' 627 'DEG.F' 17,.fA0063- 'IN--CORE TEMP L12 627,'DEG F=
,8. A0104 .lIN-CORE' TEMP G12 - 627- DEG F-f -9.+'A0050< IN-CORE TEMP C08- 627-: DEG F 1 .
?10P A0038 1 1N-CORE; TEMP C04 .627='DEG'F.
1'1'.fA0062 IN-CORE' TEMP E02- 627 DEG F.
..IN--CORETTEMP GO2 -627 DEG F:
Ik'*'$12dA0086 _ 113 6A0116 .IN-CORE TEMP-J02 627 DEG.F
, ' f14.sA0075 (IN-CORE.: TEMP N04- -627 . DEG F:
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'CD'NTAINMENT SYSTEMS - - - - - - - - - -
- !1.:LA1499~ CONTAINMENT.WIDEiRANGE PRESS. TRAIN A- 0.14- PSIG-E2pP1500 UPPER. CONT; AVG. TEMP - OPERATING UNITS 95.5 DEG F' '
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'f65lD2439J NS : PUMP I B.. OFF c----------------------...-----------------.--------
[' % pi30: c----------- RADIATION SYSTEMS ------------ 4 ,j vf P0128; : EMF 48iREACTOR COOLANT MONITOR. 11.030E+04l CPM' u 2srA1308: EMF 53A. CONT HI,GH RANGE MONITOR'TR. A 6.650E+00R/HR ~ w: 4x41314- DEMF53B: CONT HIGH--RANGE' MONITOR TR. B 'O.110E+00- R/HR. i4'.( A13.1 Si tEMF54f-UNIT. VENT E4T. RANGE MONITOR. -2.160E+00' R/HR-
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'ENVIRONMENTALcSYSTEMS - - - - - - - - -
g f1l.fA0483/ . UPPER; WIND. SPEED. 10.3 . MPH T E2h A0485- = LOWER.' WIND SPEED '5.4 MPH
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' , ob A0489. ' LOWER WIND DIRECTION 25 .DEG
< 5.;A1127 BAROMETRIC' PRESSURE 30.166 JN'HG-
,< f6~.1A0490 --AMBIENT: AIR:D/T'ELEV 662 & ELEV 762
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, f7.;A1172 . AMBIENT ' AIR TEMP . AT ' ELEV 662 .-3.8 DEG C.
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. . - - - - . . - - - - HP DOSE-ASSESMENT --------~~---
@l 'D122A1008 1 EMF 26 STEAMLINE.A RADIATION MONITOR :9.980E-03 R/HR - h '2kP05964 -S/GiA-MAIN-STEAM REL. IN LAST115-MIN *0FFSCALE*-- LBM 'i F I3'!A10141
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'?11.iA0012- EMF 35L' UNIT' VENT, PARTICULATE 2.620E+01 -CPM i
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?14'.GP0131 : EMF 37! DELTA. COUNTS (10 - 15 MINUTES) :7.940E-01 CPM-15.iA0025- EMF 39L CONTAINMENT GAS MONITOR 2.860E+04 . CPM-li6.!A0031 . EMF 39H CONTAINMENT GAS MONITOR '1.060E+01- CPM {
- Gr oup s: 40 .---------- ADDITIONAL-INFORMATION -----------
1 Li IN-CORE TEMP G04- 627 DEG F l j ) .'A0092 .fA0051' IN-CORE TEMPJLO4' 627 DEG F ( J .'A0057J IN-CORE TEMP'LO8 627 DEG-FJ
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11 2 ..! A 0 0 8 6 ? 'IN-CORE TEMP?G02 627 DEG F, 113.LA0116. . IN-CORE TEMP J02 627 DEG F +
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DATE J02/19/88! TIME:18:30-
; ? Group 020; -c---------- 'SAFETYfINJECTION SYSTEMS- - - - - ~ ~ - - - '
cid A08202 CHARGING.LINE FLOW CONTROL 92.52 GPM-p ~ 22 : D2450. : CENTRIFUGAL CHARGING PUMP A ' OFF
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I.i [10.1D2445: ND PUMP:B:
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7------------ . CONTAINMENT SYSTEMS ----------- 4 A ilk 1A1499 -. CONTAINMENT-WIDE = RANGE' PRESS.-TRAIN =A 'O.14 PSIG 72P P1500 UPPER CONT AVGdTEMP OPERATING'UNITSi 95.63: DEG F
< E3!. A1418, -CONTAINMENT-SUMP LEVEL A 0' FT-I4l. I A09391 ' CONTAINMENT:HYDROGENJCONCEN TRAIN A- *0FFSCALE*i:%
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' 4 6) D2438- -NS PUMP B_ OFF
, y________'____ _______.,__ _ ____ _ ________ __________________________
- 1 'oup: 730. :------------ ~ RADIATION SYSTEMS - - - - - - - - -
'_i M'P0128: -EMF 48 REACTOR COOLANT MONITOR 1.030E+04: . CPM-Q.?A1300i EMF 53A CONT HIGH RANGE' MONITOR TR. A 6.790E+00 R/HR
- "?A1314L EMF 53B CONT HIGH RANGE MONITOR ~TR; B. 8.090E+00.-R/HR ,
L4F A1315: EMF 54oUNIT VENT, EXT.-RANGE MONITOR 2.160E+00 R/HR' 15.EA0048 EMF 37 UNIT. VENT IODINE MONITOR' 5.850E+01 ' CPM 6.iP1822 -EMF 37 DELTA COUNTS'LAST 15 MINUTES. 0.000E+00 CPM-
, 47.IA0013- LEMF36L UNIT VENT' GAS MONITOR :1.150E+02 CPM i 58.: A0019 ~1.650E+01 CPM
+
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= ENVIRONMENTAL SYSTEMS - - - - - - - - -
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, 0 6.VA0494 ~ CUPPER WIND DIRECTION 21 DEG'
- 14. '.A0489 - LOWER WIND DIRECTION
~
18- DEG O" 15.EA1127, BAROMETRIC PRESSURE-- 30.165 IN HG- [ 6. A.0490;. AMBIENT AIR D/T ELEV 662 & ELEV 762 -0. 57 - DEG C
'7 . A11724 iAMBIENT AIR TEMP AT ELEV 662 -3.6 DEGfC y,O .lA04967 B : DEWPOINT -4.8 DEG C M9.cP0595 PRECIPITATION IN LAST 15 MIN 0- IN 104: A1110 SIGMA THETA-- LWR WIND DIR. STD-DEV 11.3 DEG (112A1104l ' UNIT; VENT' STACK FLOW 1895 CFM' T12b P1483 -RL, LINES A+B TOTAL AVG DISCHARGE FLOW 53500 GPM a 9u
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k u RDTS01 DUKE POWER COMPANY UNIT: CNS 1 PAGE: 3 DATE: 02/19/88 TIME:18:30 Groups 39- ---------- HP DOSE ASSESMENT~ -----------
- 1. A1000 EMF 26,STEAMLINE A RADIATION MONITOR 9.980E R/HR
- 2. P0596 - S/G A MAIN STEAM REL. IN LAST 15 MIN *0FFSCALE* LBM
- 3. A1014 EMF 27 STEAMLINE B RADIATION MONITOR 9.920E-03 R/HR '
S/G B MAIN STEAM REL. IN LAST 15 MIN *0FFSCALE* 4 P0597 LBM-
- 5. A1020 EMF 28 STEAMLINE C RADIATION MONITOR 9.940E-03 R/HR-
- 6. P0598 S/G C MAIN STEAM REL. IN LAST 15 MIN *0FFSCALE* LBM
- 7. A1026 EMF 29 STEAMLINE D RADIATION MONITOR 9.910E-03 R/HR
- 8. P0599 S/G D. MAIN STEAM REL. IN LAST 15 MIN *0FFSCALE* LDM >
- 9. P0132 MAIN STM EMF AVG DURING PREV 15 MIN 9.940C-03 R/HR
- 10. A0054 EMF 40 CONTAINMENT IODINE MONITOR 2.240E+02 CPM
- 11. A0012 EMF 35L UNIT VENT PARTICULATE 2.620E+01 CPM
- 12. P0129 EMF 37 DELTA COUNTS (0 - 5 MINUTES) -2.080E400 CPM
- 13. P0130 EMF 37 DELTA COUNTS (5 - 10 MINUTES) 1.290E+00 CPM ,
- 14. P0131 EMF 37 DELTA COUNTS (10 - 15 MINUTES) 7.940E-01 CPM
- 15. A0025 EMF 39L CONTAINMENT GAS MONITOR 2.860E+04 CPM
, 16. A0031 EMF 39H CONTAINMENT GAS MONITOR 3.060E+01 CPM Group: 40 - - - - - - - - -
ADDITIONAL INFORMATION -----------
- 1. A0092 IN-CORE TEMP G04 625 DEG F
- i. A0051 IN-CORE TEMP LO4 625 DEG F l.'A0057 IN-CORE TEMP LO8 625 DEG F
'4 A0033 IN-CORE TEMP J10 625 DEG F -
5, A0081 IN-CORE TEMP N06 625 DEG F
- 6. 400G7 IN-CORE TEMP N10 625 DEG F 7 AOO63 IN-CORE TEMP L12 625 DEC F
, -8. .A0104 IN-CORE _ TEMP G12 625 DEG F D9;'A0050 IN-CORE TEMP COO 625 DEG F
- 10. A0038' IN-CORE TEMP C04 625 DEG F
. .11. A0062 IN-CORE TEMP E02 625 DEG F-
- 12. A0086 IN-CORE TEMP G02 625 DEG F
- 13. A0116 IN-CORE TEMP J02 625 DEG F
- 14. A0075 IN-CORE TEMP N04 625 DEG F 115..A0093 IN-CORE TEMP N12 625 DEG F
- 16. A0039 -IN-CORE TEMP J14 625 DEG F
- 17. A0110 IN-CORE TEMP G14 625 DEG F-
- 18. A0080 IN-CORE TCMP E14 625 DEG F
- 19. A0056 IN-CORE TEMP C12 625 DEG F
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-_'__LDATE:f2/19/SBL 4
gya.c -__ 4 ______'__ __'_ ___ --~ ~,- - -_.-- a _ - >.- h_..:- e 4 i _ 4MtiANp:/OSL i-- Y ---d-L_fPRIMARYiSYSTEMSI ... . 1---HM , D i Pih A0668;'t /NCOLOOP-:A!WIDEsRANOEEHOTCLEG TEMP' f ~
,- t618;lDEG Fi '
??$$2@?06'69j llNC[LOOPjB[ WIDE 1RANGEHOTCLEGTEMPf L616"-DEGiF$ 1 F3OA0670; ENCiLLOOPs CJWIDE RANGELHOT LEG TEMP?
7" 617: DEG :: Fe , O 14kA06713 UNCILOOP DJWIDE[ RANGE /HOThLEG TEMP ,[617 ' DEG / F/ .$ - E ,ES EA0700] [NC[LOOPfATWIDELRANGE COLDTLEGiTEMP1 561< DEG?Ff ' Nh cNC1LOOPjBTWIDE) RANGE COLD LEG TEMP' *L SS9 :'DEGlFf MMj% A07061, INCL LOOPlC; WIDE' RANOE COLD , LEG TEMP 7 6A0712?- xS60"'DEG?Fg 4 NCfLOOP.1DiWIDE" RANGE COLD LEG TEMP- 560f_DEG1F? > N @4~pGfA07180 1.9 M P.0 8 2 6 ; JSLHIGHESTfIN-CORECT/CL.TENP" ~ 625,'DEGiFT W 10'EP154Sj i LOWEST 1NC7 SYSTEM! SUBCOOLI NG r MARGIN: [27o'DEGIF6 '
; M iin P13897 :NC, SYSTEM PRESSURE,:BEST ESTIMATE: '
2242- PSIA'
~
y y (12h A07131 EPZR_ PRESS CHEIS 2226- -PSIG' i 3 W i3kA0707i> PZR LEVELLCHul 60l1%; , E e, {14E P0164. YRVLIS'TRAINLA'UPPERcRANGE '*0FFSCALE* _.W
#"15kD2037J : REACTOR'COOLANTLPUMPEA. LON o '
{1 M D2085.: LREACTORLCOOLANT PUMP B 'ON~ R 417C D2038 IREACTOR COOLANT _PUdPIC: .ON- -
't18sjD2006; aREACTOR COOLANT PUMP-lD. ON-A n& q19 8,uA12id ' CVCS BORONtMETER'CONCENTRATIdN' ; .
*****. PPM-
's J W 20eA1248' : S O U R C E 6. R A N G E L.E.V.E L C C H A N N E L E i-
- m .- -
~
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th A0766' -INTERMEDIATE RANGE-LEVEL' CHANNEL 1 .5.'000E-04? A' 64 1/F 0738:1 P'CWER7R_ANGEsA9G' LEVEL AVG
______.-_..._.n.__- 100L %
~'._.__.,.;__.,J_c.a a ___.,_ ___
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.s u e MGroup: J 10? -- ----
. SECONDARY SYSTEMS Y' f s1MA067f- TG/G.A WIDE 41 RANGE 1LEVELv p (73%) J62.67.. %!
, ^ T2hh06SO. is/G B WIDE: RANGE A.EVEL U3% ) .62.6 c%- 'b
'N G/G.3CfWIDELRANOC LEVEL. ( 73% )- 56215 :%
m$ g [ {1 3 L. ? A 0 6 0 6 :4MA0672f ;SIG D 7 WIDE, RANGE (7~%d . LEVEL J62.6SJ;%< . _ $) I'lO 34A0723 _S/G.A9 STEAM: PRESS.CH-#1 =1003.62L: ESIG '
- j '
L W 6.<A07291 zS/G BMSTEAM4 PRESS CH_#11 '1000.6' PSIG ' h [ 77.Q A073SL' S/ GOC STEAM PRESS CH:41? 2 1002.31 "PSIG < a p f MLO O7416 [5/GLDtSTEAM PRESS CH-#1' ~1005.55 .PSIG' , Q m_ W.iP01341 iS/GJA FEEDWATER. FLOW CH'1 3i77 : M.PPH .;
9 U" J10O01561 n/G B1FEEDWATERJFLOW-CH l' 3 .' 7 6 1 ;M P F H ' '
k $11E P01SS; @/G .C 1FEEDWATER ' FLOW. CH .1-0121, d P0160j zS?GJDLFEEDWATER FLOWJCH 1
>3.78' MPPH~ ]
R ~ 3.79 iMPPH 1 M kl.3.lA0974L "CALFLOWJTO S/G1A- 175.5 GPM: F 2,14k...A097SI :CAcFLOW TOL.S/G B-e . 251.81'-GPM ' i MISJ A09761 LCA'FLOWLTO S/G'C 217.31 GFM- '
+
y ' 616N A0W7 ~ JCA FLOW TO S/G D. 130.68- GPM -
~!
a f J17P PO'6145 :
'TOTALLM/S RELE SED DURING LAST 15 MIN. *0FFSCALE* LBM qD
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4t /Groupt-15: f " - - - - AUX IL I ARY S'/S1 EMS - - - - - I' jf ,c[1h{A0452 .NV! LETDOWN. FLOW 7S GPM '! 4 ;2kA1262 .FWST LEVEL-CH 1 96.72 ?. [ A N A1010 GNSWP LEVEL 571.74 FT W AOS96 4KVLBUS ETA-VOLTS 4.37 KV. 1 2 7.-p. A0575- 4KV BUSLETD VOLTS 4.27 kV
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'RDTS01 DUKE POWER COMPANY UNIT: CNS'1 PAGE: 2 DATE: 02/19/88 ' TIME:18: 45 ~ Group: L20 --------- -
SAFET.Y INJECTION SiSTEMS - - - - - 1, A0820' CHARGING LINE FLOW CONTROL 92 52 GPM L-D2450 . CENTRIFUGAL CHARGING PUMP A OFF
~.. D2440 CENTRIFUGAL-CHAFCING PUMP B ON 4 'P1325 NC SYSTEM TOTAL:EMER. INJECTION FLOW 0 GPM'
%: 02456- NI PUMP-A OFF
-6..D2446 NI PUMP D OFF
-7..=A0902 ND HX-A OUTLET FLOW D GPM
- 8. . A0908! ND HX B OUTLET FLOW 0 GPM
- 19. D2455 ND PUMP.A OFF'
- 10. D2445. ND PUMP B- CFF
. a___ ______________ __ ___.____ __ _ ___ _ __________ ________
Group: 25 ---------- CONTAINMENT SYSTEMS ----------- 1.-A1499- CONTAINMENT WIDE RANGE PRESS. TRAIN A 0.14 PSIG
.L 'P1500 UPPER CONT AVG TEMP - OPERATING LINITS 95.5 DEG F
- 3; A1418 CONTAINMENT GUMP LEVEL A , O FT
- 4. A0939- CONTAINMENT ~ HYDROGEN CONCEN TRAIN A tOFFSCALEt %
- 5. D2448- NS PUMP , A- OFF 6i D2438 NS FUMP D OFF
--~;------
poup: '0-. RADIATION SYSTEMS -----------
, .'F0128 EMF 48 REACTOR. COOLANT MONITOR 1.030E+04 CPM L .A1308 EMF 53A CONT HIGH RANGE MONITOR TR. A 6.710E+00 R/HR
.3.JA1314 EMF 50B CONT HIGH RANGE MONITOR TR. B 9.2COE+00' R/HR R4,-A1315 EMF 54 LINIT VENT E(T. RANGE MONITOR 2.160E+00 R/HP
'5..A0048 EMF 37 UNIT VENT IODINE MONITOR 5.850E401 CPM 6'.- P1822 EMF 07 DLLTA'COLtNTS LAST 15 MINUTES 0,,000E+00 CPM JT . AOO13 ' EMF 36L UNIT VENT' GAS MONITOR 1.150E+02 CPM B. A0019 EMF 36H LiNIT VENT GAS MONITOR 1.650E+01 CFM
- Groups 35 ----------
ENVIRONMENTAL SYSTEMS ----------- l'. A0483 UPPER. WIND SPEED 11.,6 MPH
- 2. A04E5 LOWER WIND GFEED 6 MPH 3, A04G4 UPPER WIND DIRECTION 23 DEG
- 4. A0489 LOWER WIND DIRECTION, 23 DEG
- 5. A1127_ BAROMETRIC PRESSURE 30.165 IN HG
- 6. A0490 AMBIENT AIR D/T'ELEV 662 & ELEV 762 -0.59 DEG C
- 7. .A1172. -AMBIENT AIR TEMP AT ELEY 662 -3.6 DEG C 8.:40496= DEWPOINT -5 DEC C t9 . P0595 PRECIPITATION IN LAST 15 MIN O IN
- p. 10. .A1110 P 3MA THETA - LWR WIND DIR. STD DEV 9.8 DEG
- 11. A1104 UNIT VENT STACK FLOW 1805 CFM
- 12. P1483 RL LINES A+D TOTAL AVG DISCHARGE FLOW 53500 GPM 1
w v. t RDTS01 DUKE POWER COMPANY UNIT: CN3 1 F AGE's 3. DATE: 02/19/0G TIME:18: 4S Group .39 - - - - - - - - - - - HP DOSE A2CESMENT ----- ----- , 1. .A100G ' EMF 26 STEAMLINE A RADIATION MONITOR 9.900E-03 R/HR l 2, POS96 S/G A MAIN 01EAM REL. IN LAST 15 MIN *0FFSCALES LBM )' -Ot A1014 ' EMF 27 5TEAMLINE G: RADIATION MONITOR 9.920E-03 R/HR H
- 4. P0597 S/G B MAIN STEAM REL. IN LAST 15 MIN *0FFSCALEt LBM
.S. A1020 EMF 26 STEAMLINE C RADIATION MONITOR 9.940E-05 R/HR 6..P0590 S/G C MAIN STEAM REL. IN LAST 15 MIN *0FFSCALE* LLM 7.fA1026 - Ef1F2C STEAMt.INE D RADIATION MONITOR 9.910E-03 R/HR 8, POS99- S/G D MAIN STEAM REL. IN LAST IS MIN 40FFSCALET LEM
- 9. P0132 MAIN STM EMF AVG DURING PREV 15 MIN 9.940E-03 R/HR 10.'A00S4- EMF 40 CONTAINMENT IODINE MONITOR 2.240E+02- CPM 11w -A0012 EMF 3SL UNIT VENT PARTICULATE 2.62CE+01 CPM IL P0129 EMF 37 DELTA COUNrS (0 - S MINUTES) -2.000E+00 CPM-
- 13. P 01 '.0 El1F37 DELTA COUNTS (5 - 10 MINUTES) 1.290E+00- CPM
-14 . P0131 EMF 37 DELTA COUNTS (10 - 15 MINUTES) 7.940E-01 CFM 1S, A0023 EMF 39L CONTAINMENT GAG MONITOR 2.860E+04 CPM 16, A0031 EMF 39H CONTAINMENT GAS flONITOR 1.060E+01 CPM Group: '40 - - - - - - - - - - -
ADDITIONAL I NFORMAT I r" ----------- 1e -A0092 IN-CORE' TEMP G04 425 DEG'F
%~A0051 IN-CORE TEMP LO4 -625 DEG F
. A0057 IN-CORE-TEMP LOG 625 DEG F
- 4. 40023 IN-CORE TEMP Jl0 625 DEG-F-
.5. A008L IN-CORE TEMP N06 62S DEG F
- 6. A0087 -IN-CORE TEMP N10 625 DEG F
'7. A006! IN-COFE TEMP L1T 625 DEG F B. A0104 .iN-CORE TEMP D12 525 DEG F 9 A00SO IN-CGRE TEMP C09 e25 OEG'F
- 10. A0038 IN-CCRE TEMP C04' 625 DEG-F 1l. A0062 IN-CORE TEMP E02 525 DEG F
- 1. 2 . AL1086 IN-CORC TEMP G02 _625 DED r
- 13. A0t16 IN-CORE TEMP JOT 625 DEG F 14.-A0075 [N-CORE TEMP N04 625 DE6 F
- 15. A00C IN-CORE rEMP N12 62S DEG F th, a0039 IN--CORE TEMP J14 625 DEG F
.17-. A011.0 IN-CORE TEMP G14. 62S DEO F
- 18. AG0ed IN-CORE TEMP E14 625 DEG F 19 A0056 IN-CORE TEMP C12 625 DEG F 4
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m. TG01. .~ DUKE POWER COMFANY UNIT: CNS 1 FAGE: 1 DATE: 2/19/88: TIN.;1?: 00 c....-._--.._----..----L--.--------------------.--_-:--- iGroup; Ol' ---------- PRIMARY SYSTEMS - - - - - - -
- 1. A0668 NC LOOP'A WIDE RANGE-HOT LEG TEMP 617 DEG.F a KA0669 EC LOCP S WIEE MNGE HOT LEG TEMF 617-- DEG F V .0, A0670 NC LOOP C WtOE Mr.,isGE HOT LEG TEMP 617 DEG F W 4. A0671 NC-LOOP.D WIDE RANGE HOT LEG TEMP 616E DEG F LSi A0700 NC LOOP A WIDE RANGE COLD LEG TEMP 561 .DEG F 5! h." A0706 NC t.OOP'8 WIDE-RANGE COLD LEG TEMP. S61 DEG F ri L7.. A0712 .NC-LOOP C WIDE RANGE-COLO LEG TEMP 360- CEO F~
F: ~0. 90718: NC LOOP D WIDE RANDE LOLD LEG TEMP 559 DEG F
~ 3, P0823 3 HIGHEST IN-CGhE-T/C TEMP 626 DEG F
.104 P154S'- ~ LOWEST NC SYSTEM SUBCOOLING MARGIN 26 DEG F
.11.'P1389 NC SYSTEM PRESSURE, DEST ESTINATE 2240 PSIA 112 , A0713 PZR PRESS CH I 2225 PSIG 13< A0707 PZR LEVEL.CH.I 60 %
- 14. pol 64' RYLIS TRAIN A~UPFER RANGE AOFFSCALE4 15.'D2037 REACTOR COOLANT PUMP A ON
- 16. D2005 REACTOR COOLANT PUMP B ON
- 17. D2038 , REACTOR COOLANT PUMP C- CN 18.:D2086' REACTOR COOLANT PUMP D ON sit Al214 CVCS BORON METER CDNCENTRATIGN **441 PPM
- 20. A1 46 SOURCE RANGE led L CHANNEL 1 0 CPS 4
._A0766- ' INTERMEDIATE RENUE i_EVEL CHANNEL 1 3.000E-04 A
.. .P0738 FOWER'PANGE AVG LdVEL AVG 100 %
Mraupi.10: -----
'SECCNDARY aYSTEMS
- 1. A0674 S/G.A-WIDE RANGC LEVEL (73%) c2,6 %
- 2. 40600 0/G.9 WIDE RANGi~ LEVEL {73%) 62:.5 %
2 '. A0696- 5/G C WIDE RANGE L'J./EL (737.) 62.3S ".
' 4 c A0c392 G/O D WIDE RANGE JVEL (73%) 62.71 .
Si A0723 S/G-A'GTEAN PREES CH #1 1000.01 P3aG
. , . A07N- S/O B 3 TEAM PRESS'CH 41 1003.04 FstG 7, A0733- L G C STEAM PRESS CH #1 1005.21 .MI3 u..A0741 G/G D STEAM PRESS CH 41 100 EI2 9, i~0134 S/O A FiEDWATER FLOW CH 1 2. P NPt> H iWe P0156 G/G B FEEDWATER FLOW CH 1 2 7m' MF9 W
-1L, PC158 S/G C'FEEDWATER FLOW CH 1 . " di MH+
1? PO'60 S/G.D FEEDWATER FLOW CH 1 '.18 4 '~F" 13- '00974' - CA FLOW TO S/G A L/ .3 v. N
- u. 4097S CA FLOW TO S/G B Zni ~i RM 13 ', AT.' 76 CA FLOW TO'S/G C J t 7 . .! EM J 16 L A0777. CA FLOW TO S/G D O u cl cl/, '
,C614 .6n y TOTAL M/S FELEfi3ED 7URING LABI 15 MIN *0FF3Ce_E)
P ,_-__m...~... . _ . . _ _ . _ . _ _ . . . . . _ . . _ . _ _ . . _ . . . . _ . , . _ _ _ . . - _ . . _ _ . . _ ._ .
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%>IL1AF'r SY31LM3 14 400Sa NV LET DOWhi FLEW / ". Jt-
- 4. in 26 J. FW3T LEVE;.. CH l '
i 3 41C10 ENSWP LEVEL 5 71. '4 FT
,>AaS56 %V SU3 ETA Vn m 4 ww
. - M S 7 '~, 4KV SUS ETS JOLrR 4
- q ht t A ;RDTG01~ DUKE POWER COMPANY UNIT: CNS'l. PAGE: 2
. > DATE: 02/19/88 TIME:19: 00 Group :- 20' _ - - - - - - - - - - SAFETY INJECTION SYSTEMS - - - - - - - - - d
!;o 1'. A0820 CHARGING LINE FLOW CONTROL 72.52 GPM 2,.D2450 CENTRIFUGAL; CHARGING PUMP'A OFF
&!D2440 ~ CENTRIFUGAL CHARGING PUMP B ON
'; 4...P1325 - NC SYSTEM TOTAL-EMER. INJECTION FLOW D GPM i SL D2456. .NI FUMP A OFF 6i.D2446 NI PUMP B OFF
'7 :A0902 ND HX A OUTLET FLOW. 0- GPM'
;8. 40908 ND HX B OUTLET FLOW D GPM
% = D2455 ND PLIMP A OFF
- 10. D2445 ND PUMP B OFF LGrdups-25 - - - - - - - - CONTAINMENT SYSTEMS -----------
,ti, A1499 CONTAINMENT WIDE' RANGE PRESS. TRAIN A 0.14 PSIG
~% P1500 UPPER CONT AVG TEMP - OPERATING LINITS 95 DEG F S 3.-~A1418 CONTAINMENT SUMP LEVEL A 0 FT 4e-A0939- . CONTAINMENT HYDROGEN CONCEN TRAIN A 40FFSCALE* % -
l S. D2448 NS PUMP A OFF j Jh. D2430, NS PUMP B OFF j s_ __ .. .. _ _ ____ _ - ___.__. ___ _._____ ____ - ____ __ ___ ____ j
- odp: '30 - - - - - - - - -
RADIATION SYSTEMS - - - - - - - - - -
; , P0128 -EMF 48 REACTOR COOLANT MONITOR 1.030E+04 CPM
- 2. A1308 EMF 53A CONT HIGH-RANGE MONITOR TR. A 6.820E+00' R/HR
- 3. A1314- EMF 538 CONT HIGH RANGE MONITOR TR. B 8.110E+00 R/HR 4 '. A3'"15 EMF 54 UNIT VENT EXT. RANGE MONITOR 2.160E+00- R/HR S L. A0048 EMF 37' UNIT VENT IODINE MONITOR 5.850E+01 CFM m P1922 EMF ~7 DELTA COUNTS LAST 15 MINUTES 0.000E*00 CPM -
(
- 27. : A00 tN. EMF 36L UNIT VENT GAS MONITOR 1.150E+02 CFM .j U. 40019 EMF 36H UNIT VENT GAS MONITOR 1.650E+01 CPM l
.u.........________a._.._____.__..__-__.__-._...______.____.___
Orouo: 7,5 - - - - - - - - - - - ENVIRONMENTAL SYSTEMS - - - - - - - 1, A0407 UPPER WIND SPEED 10 MFH l'
- 2. AG405 LOWER W1ND SPEED 5 MPH 1 A0404 .UFPER WIND DIRECTION 27 DEG ~
.4.:A04G9 ~ LOWER WIND DIRECTION 27 DEG 15.:A1127 BAROMETRIC PRESSURE 50.167- IN HG l
- 6. A0490 AMBIENT AIR D/T ELEV 6e2 & ELEV ~762 -0,57 DEG C -!
7[ A1177 AMBIENT AIR TEMP AT ELEV 662 -3.5 DEG C I JR. 40496 DEWPOINT -4.9 DEG C M, P0573. PRECIPITATION IN LAST 15 MIN 0.01 IN f c10.=A1110 SIGMA THETA- LWR WIND DIR. STD DEV 10.5 DEG j CFM l.1, A1104 UNIT VENT STACK FLOW 1895 l
- 12. P14G3 RL LINES 4+B TOTAL AVG DISCHARGE FLOW 52500 GFM !
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p"U~ f ; TDATE: 102/119/88-- , LT IME 1h 00 : ' _i. . -- . . _ _ _ L .- - .. - - + : 2 s . t 4. .u.w L - -- - - - - - - - _ _ - - - - - - - - - . - 1 J-
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5 $ 31% A100Gb CEMF2MSTEAMt;INE'A RADIATION; MONITOR .9.960E-03! JR/.HR4 M g 2Q}0596L W G X MAI.N?STEAMEREL.71N ; L AGTJ.15 LMIN '
- 0FFSCALE * ' LBMJ "i:3,f A1014M EMF 27? STEAMLINE :B;1RADI ATION MONITOR' E9.920E-03fLR/HR , ,
, y 94K;0597I iS/G:DPMAINLSTEAMHFELe7IN;LASTL15 MIN 3*0FFSCALE4 LBM' h' M EA1020f LEMF29(STEAMLINELC RADIATIONLMONITOR . '9.940E-03 R/HR; 6MP0590 f;S/G - C[ MAIN: STEAM! REv. ~IN LAST 15 MINT *0FFSCALE*' :LBM m a % #$ -(y)A10263 tEMF29fSTEAMLINE DfRADIATION1 MONITOR '
l: 9.910E-03/.R/HR: JS/G D MAINLSTEAM fREL~." IN LASTc 15' MIN'*0FFSCALE* : .L BM s M":k 4 N P0132): iGNP0599)
%mq gEgog547 +FMF40';CONTAINMENU IODINE MONITOR.
1MLIN :STM : EMF) 19. 940E- AVGLOURING-
.2/240E+02 CPM' 03 . R/HR 3
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- 4.:- : A0671 .NC LOOP D WIDE R4NGE HOT LEG TEMP- 610 DEG F
- 5. A0700 NC LOOF A' WIDE RANGE COLD LEG TEMP 360 DEC F "
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.7 A0712 NC LOOP.C WIDE'RnNGE COLD LEG TEMP 560 LEG F p Be 'A0?l8 NC LOOP D WIDE HANGE COLO LEG TEMP. 560 DEG F 9 P002E. 5 HIGHEST IN-CORE T/C. TEMP 626 DEG-F '
10; P1545- LOWEST NC:5YSTEM EUDCOOLING MARGIN 26 DEG F fi 11 =P1389 NC 3V3 TEM PRESSURE, LEST ESTIMATE 2240 FBIA 4
- .17 '40713 PTR F:RESS.CH I .7225 PSIG. i 13 A0737 P!R LEVEL CH'I 60- %
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i,'. A9430 ~S/O 5 WIDE JANGE LEVEL. (73%) -62.5 . ft
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' 43 = A0ew S/G..D WICE RANGE LEVEL (73%) o2.S5 O. M/: S/G-A STEAM PRESS CH 81 1003. 31 L F3IG 1 i
A. 4 0 'C '? G/G D STEAM FREES CH 41 W9.96 PZIO j
- 7. AJ72 5.JG C STEAN PRESS CH 41 1000.04 '3EG 1901 WJ P-1 f G2 40/41 S 'G D STEAt1 PRESS CH h1 4
- 9. POIN 3/G A FEEDWATER Ft.OW CH t. 3.70: NPFH .f l
- 10. - F 0156 3/G F'FEEDWATER FLOW CH.1 7.70 10'i H
--11. ' P0 i SG 'S/G C FEEDWATER FLOW CH :. ~.76 MPP 6 12; 'G 16 L' E/G D FEEDWATER FLOW CH 1 3 3G MP
- 13. A0974 CA FLOW TO S/G A l'S.S
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- (4. @?5 CA FLOW TO S/G n M1.81 # -f J i. ':3 Au97c CA FLOW TO S/G -'
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- 16. A0077 ~CA FLOW TO S/G D 130 04 Oh1 -)
g' ;17 LPas?/ TOTAL M/S RELEASEO DURING LA9T 13 MIN kCFCSCALEt ce"
.. . . _ . . - . _ _ . . _ . _ . - . . . - . . . . . _ . _ . _ . . _ _ . . _ _ . - _ . . . - . - . - - . . ~ ,
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11 A0820 CHAROING LINE FLOW CONTROL 92.52 GFM 2< D2450 CEN1RIFUGAL CHARGING PUMP A OFF
, L 02440 CENTRIFUGAL CHARGING PLtMP.B ON
-4c P1325 NC SYSTEM TOTAL EMER. INJECTION FLOW D .GPM P -5. D2456 ,NI PUMP.A OFF
.6.'D2446 NI PLIMP B- OFF E-e 7. A0902 ND HX ALOUTLET FLOW 0 GFM
~8,~A0908 ND HX D. OUTLET FLOW 0 GPM 9+ D2455 ND PUMP A OFF
-10.'D2445' ND PUMP B OFF
,. Group - - - - - - - -
CONTAINMENT SYSTEMS ----------- 0' CONTAINMENT WIDE RANGE PRESS. TRAIN A
- 1. A1499 0.14~ PSIG '
21 P1500 UPPER CONT AVG TEMP - OPERATING UNITS 95.1 DEG F
'3. A1418 CONTAINMENT SUMP LEVEL A 0 FT l
'4. A0939 CONTAINMENT HYDROGEN CONCEN TRAIN A 40FFSCALE* Y.
5.'02449 NS PlJMP A OFF .jl
- 6. D2430 NS PUMP D OFF-mup: 30 - - - - - - - -
RADI ATION EYSTEMS - - - - - - - -
..s FO.J3 EMF 48 REACTOR COOLANT MONITOR 1.000E+04 CPM 2.:A1309 .
EMF 53A CONT'HIGH RANGE MONITOR TR. A 6.610E+00-- R/HR 3, A1014 . EMF 53B CONT HIGH RANGE MONITOR TR, B 8.030E+00 R/HR
- 4. A1315 EMF 54 UNIT VENT' EXT. RANGE MONITOR 2.160E+00 R/HR-1 '5. A0046 - t MF3 7 UNIT VENT IODINE MONITOR 5.850E&O1 .CFM 6 .- P:l R22 - EMF 37 DELTA COUNTG LAST 15 MINUTEE 0.000E+00 CPM ,
- 7. A0013 EMF 36L UNIT VENT GAS MONIiOR .1.150E+02 'CrM
'O.)A0019 EMGMH UNIT VENT GAS MONITOR .1.650E+01 CPM 1
Orcup: 05 - - - - - - - - - - - ENVIRONMENTAL SYSTEMS - - - - - - -
- 1. A0483 UPPER WIND SPEED 9 MPH- .
Q. A0485.
' LOWER WIND SPEED 5.9 MPH f
- 3. A0484 UPPER WIND DIRECTION 19 DEG 4..A0409 LOWER WIND DIRECTION 13 DEG E 5.-A1127 BAROMETRIC PRESSURE 30 lo9 IN HG j
- 6. A0490 AMBIENT AIR D/T ELEV 662 & ELEV 762 -0.56 DEG C j
- 7 . A1172- AMBIENT AIR TEMP AT ELEV 662 -3.5 DEG C j G .- A0496 DEWPOINT -4.9 DEG C l
- 9. P0595 PRECIPITATION IN LAST 15 MIN O IN -9
- 10. A1110 SIGMA THETA - LWR WIND DIR. STD DEV 11.7 DEG L1, A1104 UNIT VENT STACK FLOW 1893 CFM 12.~P1483 RL. LINES A+B TOTAL AVG DISCHARGE FLOW 53500 GPM r ,
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?i1{A06a8 '613' DEG F
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=NC LOOP A WIDE PANGE HOT LEG TEMF OkTA0667- NC LOCP_B-WIDE RANGE HOT LEG TEMP 618- DEG F 3 :40670 NC LOOP C WIDE RANGE HOT LEG TEMP 617 DEG F
, ~4W A0671 .NC. LOOP'D WIDE RANGE HOT LEG TEMP 617 DEG F-W :5,TA0700 NC LOOP A WIDE RANGE COLD LE3 TEMP' 361 DEG . F-
% A0706 NC' LOOP B WIDE RANGE COLD LEG TEMP 561 DEG.F s 7.-A0712 NC LCOP C WIDE FANGE COLD LEG TEMP- 539 DEG'F
'G. AC7tG' NC LOOP O WIDE RANGE COLD ~ LEG TEMP 560 DEG F:
194 P0028 3 HIGHEST IN-3CRE T/C TEMP 626 DEG'F
- 10. P1545 LOWEST NC SYSTEM SUECOOLING MARGIN 26 DEG'F
- 14. Pt389. NC SYSTEM PRESSURE, E<EST ESTIMAfE 2239, PSIA
- 12 . A07131 PZR PREGS CH ~ I- 2224 PSIG
'13..?A0707 'PZR LEVEL CH'I 60 %
114 P0164' RVLIS TRAIN A UPPER RANGE 40FFSCALE*
'154
- .02037 REACTOR COOLANT PUMP A ONL
- 16. D20GS REACTOR COOLANT PUMP B ON 174- D2030 REACTOR COOLANT, PUMP C ON
- 10. D2086 REACTCR CCOLANT FUMP D ON
" 19 . AL214 CVC3 BCRON-METER'CCNCENTRATION 4444A PPM 2 0 .'.. A 1 2 4 6 3CLRCE RANGE .,EVEL CHANNEL'.1 0 CPS
.A0764 INTERMEDInTE RANGE LEVEL CHANNEL 1 S.000E-04 A
. PG?UE ~FCWUR RANGE AVG LEVEL AVG 100 %
m.,._ . _ _ . . _ , _ . . _ _ _ _ _ . . . _ . _ _ . . _ _ . _ _ . _ _ . . _ , . _ _ . . . _ . . , w CCroup: 101 + - - - - - - SECCNCARY SYSTEMS
.l. A0674- 5/G A' WIDE RANDE LEVEL (77%) 62.51 % ,< 2. A0680 ScG D_ WIDE RANGE LEVEL (71S1 62.S 5 4- L7 ;j Ac6G & 3/ 7 --C W (DE MNUE LEVEL i 'T/.1 62.67
- 4..A06?2 G/G D W'.DE FANGE LEVEL ( 7M i 62.45 %
'5. 4072; c/0 A STEAM-PRESS'CH #1 999.76 PSI 3 U. A0729' C/G 9 GTEAM PRESS CH #L 1991,93 PSIO 74 A?7'S 3/0 0 %TE4M PREGS CH #1 1.000.9Li PSIC tn AO'41 6/G D G r.- AM PRESS CH Hi 1 C 0 5 . '. "' PElJ S, N194 S/L A FEEDWATER FLOW CH l 3.73 MFPH
-10 ; . F 0 FSO = 5/G U FEE 5 WATER FLOW CH 7.7E MPFH
.1 1 .. PZibu 5/O C FEEDWATER FLOW CH i 7.73 MPPH
'12 . P0100 S/G D FEEDWATER FLOW CH-1 3.79 MPFH 1:~. . A09 71 - CA FLOW TO S/G'A t73.3 GPM 14 . -- AO'?"'S CA FLOW TO S/G E ^51.81 GFM
' L S . A09% CA FLOW TO S/G C 217.31 .iP M tl6' A0TO 7 CA FLCW TO S/G D 130.09 Cri!
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DATE:-02/19/88 " TIME:19: 30 p ______ ._ _ ___________________ __ ______ _________________ __________ 0 ! Groups.- --------- : -SAFETY INJECTION SYSTEMS - - - - - - ~ - - - - f 1.:.'A0820 ' CHARGING LINE FLOW CONTROL 92.52 GPM Y 2.;iD2450 CENTRIFUGAL CHARGING PUMP A OFF h -3bD2440. CENTRIFUCAL CHARGING PUMP B ON
'4;.P1325 NC' SYSTEM TOTAL EMER. INJECTION FLOW D GPM-N 5 D2456 NI PUMP-A OFF b[ .6k D2446 lNI PUMP B ~
OFF [ 7. A0902 ND HX'A' OUTLET FLOW 0 GPM l Ok LA0008' .ND'HX B OUTLET FLOW D GPM
~9s D2455 ND PUMP A OFF g 10; D2445 ND PUMP D. OFF fp Group: 25
- 1. A1499 CONTAINMENT. WIDE' RANGE PRESS. TRAIN A CONTAINMENT SYSTEMS 0.14 PSIG f .2. P1500 UPPER CONT' AVG TEMP - OPERATING UNITS 95.5 DEG F h '.3 . - A 1 4 1 8 CONTAINMENT SUMP LEVEL A 0 FT L 42 A0939 CONTAINMENT HYDROGEN CONCEN TRAIN A 40FFSCALE4 %
I 5!. ~ D2 448 NS PUMP A OFF 6.LD2438 118 PUMP B OFF
'oup: 70 - - - - - - - - -
RADIATION SYETFMS -----------
- i. P0128 EMF 48 REACTOR COOLANT MONITOR 1.030E+04~ CPM L2.,A1308 EMP53A CONT HIGH RANGE MONITOR TR. A 6.610E+00 R/HR
- 3. At314 EMF 53D CONT HIGH RANGE MotlITOR TR. B 8.030E+00 R/HR 4..A1315- E MF 5.'l UNIT. VENT EXT. RANGE MONITOR 2.160E+00 R/HR d 5, A0048- EMF!7 UNIT VENT IODINE MONITOR 5.G50E+01 CPM
- u. o1822 ENF37' DELTA COUNTS LA51 15 MINUTES 0.000E+00 CPM
- 7; A0013 EMF 36L UNIT VENT GAS MONITOR 1.150E+02 CPM
- G '. AD019 EMF 36H UNIT VENT GAS MONITOR i.650E+01 CPM p -Group; 35 - - - - - -
ENVIRONMENTAL SYSTEMS - - - - - - - - -
- 1. A04SC- UPPER WIND OPEED G.1 MPH
-23 A0485 . LOWER WIND SPEED 5.5 MPH
- 3. A0404 UPPER WIND DIRECTION 23 DEG
- 4. A0489 LOWER WIND DIRECTION 20 DEG
, -5. A1127 BAROMETRIC PRESSURE 30.166 IN HG-(' !6.1A0490 AMBIENT AIR D/T ELEV 662 & ELEV 762 -0.5 DEG C i 71 A1172 AMBIENT AIR TEMP AT ELEV 662 -3.6 DEG C B. A0496 DEWPOINT -5.1 DEG C
-9;.P0595 PRECIPITATION IN LAST 15 MIN O IN M
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,1 F, A1104 SIGMA THETA - LWR NIND DIR. STD DEV UNIT VENT STACK PLOW 11.3 1895 DEG CFN
- 12. P1463 RL L INES A+B TOT AL 4.'G DISCHARGE FLOW 53500 GPM b
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IEMF40 CCNTAINMENT~IODINEIMONITOR' '2'.240E+02.: CPM ' 2.620E+01 ' CPM: 74 Y
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EMF 37LDELTA: COUNTS-(0 MINUTES)! -2.080E+00' CPMJ k"'i2JP0129: 13?PO130~ EMF 37 DELTA COUNTSJLS 10 MINUTES) 1.290E+0d CPM [!?d%4)..LP0131 7 EMF 37 DELTA COUNTS.-(10 '15 MINUTES)' 7 . 940E--011 , CPM'- 151 A0025 EMF 39L CONTAINMENT GASLMONITOR 2.860E+04 CPM ' c 1 s s16 kA0031 EMF 39H CONTAINMENT GAS MONITOR l '. 060E4 01' CPM klf Y L -. - ?- -%-- - - - + u - - - - - - : - - - - - -- - -- - -- -- - ~~ - -- - - - - - --- - - - - - W4 T Ghch.tp 540c --- M ADDITIONAL INFORMATION. ~-------:
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- IN--CORE" TEMP G04 ' 626: DEG:F IN-CORE TEMP LO4 626 DEG"Fi ,,
A ['"s( )N :;$A00571 A00 51: IN-CORESTENP'LOS 626' DEG F' 34..CA0033 'INfCORE TEMP;J10 626 LDEG P
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, 16.JA0087L .IN-CORE TEMP N10 n626':DEG F' by '$7CA006!~ LIN-CORE TEMP L12~ 626 .DEG-FL A TO MA0104' iIN-CORE TEMP G12 626 DEG F-
@ O[9( @0030. --IN. CORE TEMP-C08 626; DEG F? m 310hA003G?, dN-CORE TEMP C041 6.26 DEG F: . B L1-1 Q 0062 LI N-CORE ; TEMP / E02_ ' ~626 :DEO F
% ^12.;A0086'- stN-CORE TEMP ~~G022 ^
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- b. 115.fA00933 JIN-CORE. TEMP N12- 626--DEG F1 W 116i:A0039' TIN--CORE TEMP : J14 626 DEG F:
626 DEG'F
,r [17,iA0110 IN-CORE'TEMPLG14' g $18.;A0080 _
IN-CORE TEMP E14 -626 DEG F M V 1 9 .c, A 0 0 5 6 7 -IN-CORE TEMP C12 626 DEG1F l y j.7
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, Group: 05 --------- PRIMARY SYGTEMS - - -
- - r-1 :A0660 NC. LOOP'A WIDE RANCE HOT LEG TEf;F 613 DEG F N1 A0667- .NC L'OOP 3 WIDE-RANGE HOT LEG TEMP .618 DEG F J3,LA0670 NC LOOP C' WIDE RANGE. HOT LEG TEMP 613- DEG E 4? %0671 NC L. COP O W10E hANGE HOT LEG TEMP' 616 DEG F ESe A0700 NC LOOP;A WIDE RANGE. COLD LEG TEMP- Sc0- DEG F 164 'A0706' -
'NC LOOP B WIDE RANGE COLD 1.EG 1EMP 561 ~ D66 F 7.. .- A0 712 NC LOOP C WIDE. RANGE COLD LEG TEMP ' S6.1 DEQ; F
.G;'A0710 NC LOOP D WIDE PMNGE CULD LEG TEMP. S60. DEG F
% P0328 -S.' HIGHEST IN-COKE'T/C TEMP. 626 DEG F 11 0.; PAS 45 1 LOWEST'NC BYSTEM SU5 COOLING MARGIN- 26. DEC F.
111eP1389 NC SYSTEM PRESSURE. DEST ESTIMATE 2240- FSIA
- 12. A0713 PZR' PRE 36 CH I 2225 PSIG
- 13. A0 70'7 PZR LEVEL =CH I 40- %
14x P0164 RVLIS TRAIN 1A t!FPER RANGE TOFFSCALE4 13y DOO3'? REACTOR COOLANT PUMP A ON-
. 16: D2085 REAC TOR CDDLANT PUMP B ON
.17, :D203G - REACTOR COOLANT PUMP C ON 16: .D0056 . REACTOR COOLANT PUMP D ON
'1% A1214 CVCS BORON METER CONCENTRATION **At* PPM
.20. A1240 BOLIRGE FANGE ~.EVEL CHANNEL 1 0 CPS INTERMEDIATE RANGE LEVEL CHANNEL l'
'Li A0766 3.00eE-04 A
- .'P0730 FOWER' RANGE AVG LEVE AVG 100 %
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Grm pi.10 ---.--.-+ - GCCONDARY Sv' STEMS 14 ACh74 13/G A WIOC V NUE LE'EL (73%1 62,67 %
- .'. AadGO C/G H UIDE RANUE LEVEL ( 7 3 % .) 62.67 .
- !, A0606 S/G.' ; WILE F ANCE LEVEL t r!' ) u2.3 %
- 4. Aasv2 S M cD W,DE %NGE LEML ( a. i 6 i' . ' 9 /,
S. A0723 G/O A GTEAM PRE 33 CH 41 :.000. F ilG 6 'AJ"c 9/C 9 S TEJ iM PRES 5 ;H 4t l 1920 PSIG
. :A0755 3/G C 3TEAn' PRESS CH tt i - -.1021.7' c0!O
'G . M7-41 9/O~D GTEAM FRESS 7H #L 1000.D 'PSID 29 .P0154 G/G A FEEDWATER FLOW CH l 7.7G MPFi l -
110. F0156 5/0 B FEEDWATER FLOW Cli 1 ~.' 7 0 - NPFH It. P0lb8' 'S/G ? FCEDWATER FLGW Cil 1 '.~7 MPFH t1 PMt0 0/G D_FEEDWATER FLOW CH 1 3. '7 MPFH
, 43.sA0974 CA FLOW TO G/G A t73.3 Gr ti 14 ; O Ausr/ S . CA FLOW TO S/G P i. r. l . a GPM
, LS: A0976 CA FLOW TO S/G C .. : .3 GPM
- 16. A0777- CA FLOW TO S/G D 130. S OFM
{ li7. POS14 TOTAL ;M/S RELEASED DURING LA2T 15 MIN - 4GFI 3i; '.LC1 LOM
. Groups.13 -- - - -
AUXIL!ARY OVETEMS -
.1. 404 F:' NV LETDOWN FLCW .' GPM
'] ; At262 FWST . EYfa. CH t 7:. L. .
, A1017 SNEWP LEVEL S4 . N F7
. AODG6 4KV BUC ETA VOLTS e ./ FN AOS75 4UV i.'UE CTD VOLTS 1 '
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-RDTS01 DUKE POWER COMPANY UNIT: CNS 1 PAGE: 2 DATE: 02/10/58 TIME:17:45 Group: 20 - - - - - - - ~ ~ ~ CArETY INJECTION SYSTEMS - - - - - - - - - -
- 1. A0820 CHARGING LINE FLOW CONTROL ~d2.52 GPM
- 2. D2450 CEN1RIFUGAL CHARGING PUMP A OFF
- 3. D2440 CENTRIFUGAL CHARGING PUMP D ON 4 P3325 NC SYSTEM TOTAL EMER. INJECTION FLOW D GPM
- 5. D2456 NI PUMP A OFF
- 6. D2446 NI PUMP B OFF
'7 90902 ND HX A OUTLET FLOW D GFM G. A0908 ND HX D OUTLET FLOW D GPM
- 9. D2455 ND PUMF A OFF
- 10. D2445 ND FUMP D OFF Group: 25 -~~---- -- CONTAINMENT SYSTEMS -----------
- 1. A1499 -CONTAINMENT WIDE RANGE PRESS. TRAIN A 0.14 PSIG
- 2. P3500. UPPER CONT AVG TEMP - OPERATING UNITS 95.4 DEG F
- 3. A1418 CONTAINMENT-SUMP LEVEL A 0 FT
- 4. A0939 CONTAINMENT HVDROGEN CONCEN TRAIN A 4OFFSCALE4 %
- 5. D2448 NS PUMP A OFF
- 6. D2438 NB FUMP B OFF oups 30 - - - - - - - - - -
RADIATION SYSTEMS -----------
. P0128 ENF4G REACTOR COOLANT MONITOR 1.020E+04 CFM
- 2. AC00 EMF 53A CONT HIGH RANGE MONITOR TR. A 6.790E+00 R/HR
- 7. . A1314 EMFS3B CONT HIGH RANGE MONITOR TR. B G.220E+00 R/HR
- 4. A1315 EMF 54 UNIT VENT EXT. RANGE MONITOR 2.160E+00 R/HR
- 5. A0048 EMF 07 UHir VENT IGDINE MONITOR 5.850E+01 CFM
- 6. P1822 EMF ~,7 DELTA COUNTS LAST 15 MINUTES 0.000E400 CPM
'/ . A0013 EMF 3sl UNIT VENT GAS MONITOR 1.ISOE+02 CFM
- 0. A0019 EMF 7.6H UNIT VENT GAS MONITOR 1.650E401 CPM
' Gr oup s 35 - - - - - - - - - - ENVIRONMENTAL SYSTEMS - - - - - - - - - - -
1, A04G3 UPPER WIND SPEED 4 MPH
- 2. A04G5 LOWER WIND SPEED 3.9 MPH
- 3. A04G4 UFPER WIND DIRECTION 24 DEG
- 4. A04G9 LOWER WIND DIRECTION 21 DEG
- 5. A1127 DAROMETRIC PRESSURE 20.166 IN HG
- 6. A0490 AMBIENT AIR D/T ELEV 662 & ELEV 762 -0.55 DEG C
- 7. A1172 AMBIENT AIR TEMP AT ELEV 662 -2.5 DEG C G. A0496 DEWPOINT -5.2 DEG C
- 9. P0593 PRECIPITATION IN LAST lt MIN O IN g .10. .A1110 91GMA THETA - LWR WIND DIR. STD DEV 13 DEG
- 11. A1104 UNIT VENT STACK FLOW 1895 CFM
- 32. P1483 RL LINES A+B TOTAu AVG DISCHARGE FLOW 53500 GPM
o i RDT501 DUKE POWER COMPANY UNIT: CNS 1 FAGE: 3 DATE: 02/19/88 TIME:19: 45 Group: '9 ---------- HP DOSE ASSESMENT -----------
. 1 1, A1008 EMF 26 STEAMLINE A RADIATION MONITOR 9.980E-05 R/HR 2a P0596 S/G A MAIN STEAM FEL. ItJ LAST 15 MIN 40FFSCALE4 LDM 3c A1014 EMF 27 STEAMLINE D RADIATION MONITOR 9.920E-03 R/HR 4,'P0597 S/G D MAIN STEAM REL. IN LAST 15 MIN 80FFSCALE4 LBM Ss A1020 EMFOS STEAMLINE C RADIATION MONITOR 9.940E-03 R/HR 63 P0590 S/G C MAIN STEAM REL. IN LAST 15 MIN *0FFSCALE4 LDM
- 7. A1026 EMF 09 STEAMLINE D RADIATION MONITOR 9.910E-03 R/HR 8..P0599 S/G D MAIN STEAM REL. IN LAST 15 MIN 40FFSCALE4 LPM 9, P0132 MAIN STM EMF AVG DLIRING PREV 15 MIN 9.940E-0~ R/HR
- 10. A0054 EMF 40 CONTAINMENT IODINE MONITOR 2.240E402 CPM 114 A0012 EMF 35L UNIT VENT PAR 71CULATE 2.600E+01 CFM 13: P0129 EMF 37 DELTA COUNT 5 (0 - 5 MINUTES) -2.000E+00 CPM
- 13. F0130 EMF 37 DELTA COL'NTS (5 - 10 MINUTES) 1.290E+00 CPM
.14 . P0131 EMF 37 DELTA COUNTS (10 - 15 MINUTES) 7.940E-01 CPM
- 15. A0025 EMF 3?L CONTAINMENT GAS MONITOR 2.960E+04 CPM
- 16. A0031 EMF 39H CONTAINMENT GAS MONITOR 1.060E+01 CPM Group: 40 ---------- ADDITIONAL INFORMATION -----------
- 1. A0092 IN-CORE TEMP 004 626 DEG F A0051 IN-COPE TEMP LO4 626 DEG F J. A0057 IN-CORE 1EMP LOG 626 DEG F
- 4. A003'. IN-CORE TEMP J10 626 DEG F 3, A0091 IN-CORE TEMP N06 626 DEG F A. 80057 IN-CORE 1EMP N10 62e DEG 5~
7, A0063 IN-CORE TEMP L12 626 DEG F G. A0104 IN-CORE TEMP G12 626 DEG F
- 9. A0050 IN-CORE TEMP COG 626 DEG F '
- 10. A00 7.G IN-CCRE TEMP C04 626 DEG F 11 A0062 IN-CORE TEMP E02 626 DEG F
- 12. A0086 IN-CORE TEMP 60~' e26 DEG F 1". A0116 IN-CORE TEMP J02 626 DEG F 11, A0075 IN-CORE TEMP N04 626 DEG F
- 15. A0093 IN-COPE TEMP N12 626 DEG F
-16. A0039 IN-CORE TEMP J14 e26 DEG F
- 17. A0110 IN-CORE TEMP G14' 52e CEG F
- 10. A0080 IN-CORE TEMP E14 626 DEG U 19 A0056 IN-CORE TEMP Cl? 626 CEO F k
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- TIME 00: 00
- Group: 20 - - - - - - - - - - -
DAFETY.It.JECTION SYSTEMS - - - - - - - - - -
.1. . AOSZO CHARGING LINE FLOW CONTROL 92.52 GPM
- 2. D2450 CENTRIFUGAL chi-iRGING PUMP A OFF U. D2440 CENTRIFUGAL CHARGING' PUMP B ON
- 4. F1325 NC SYSTEM TOTAL EMER. INJECTION FLOW 0 GPM S. 02456 NI PUMP A OFF
- 6. D2446 NI PUMP B OFF 7, A0902 ND HX A OUTLET FLOW 0 GFM O. A0908 ND HX B OUTLET FLOW 0 GPM 9 D2455 ND PUMP A OFF
- 10. D2445 ND PUMP B OFF Group: 25 ~ ~ ~ - - - - - -
CONTAINMENT SYSTEMS - - - - - - - - - -
- 1. A1499 CONTAINMENT WIDE RANGE PRESS. TRAIN A 0.14 PSIG
- 2. P1500 UPPER CONT AVG TEMP - OPERATING UNITS 95.5 DEG F
- 3. A1410 CONTAINMENT SUMP LEVEL A 0 FT 4 A0939- CONTAINMENT HYDROGEN CONCEN TRAIN A 40FFSCALE4 %
- 5. 02448 NG PUMP A OFF
- 6. D24?D NS PUMP B OFF
.___ .. _ _.. ____ _.._. .. .~... .._ __ __ _ _ .. _____
oups 30 - - - - - - - - - - - - PADIATION SYSTEMS -----------
;. P0129 EMF 48 REACTOR COOLANT MONITOR 1.030E+04 CPM
- 2. A1300 EMF 53A CONT HIGH RANGE MONITOR TR. A 6.690E+00 R/HR
- 3. A1314 EMF 5;B CONT HIGH RANGE MONITUR TR. B 8.030E+00 R/HR 4 A l '.* 15 EMF 54 UNIT VENT EXT, RANGE MONITOR 2.160E+00 R/HR M. n004G EMF 37 UNIT VENT IUDINE MONITOR 5.850E+01 CFM
/,. '1622 EMF 37 DELTA .OUNIS LAST 15 MINUTES 0.000E+00 CFM
- 7. A0013 EMF 06L UN1T VENT GAS MONITOR 1.15CE+02 CFM
- d. A0019 EMF 36H UNIT VENT GA3 MONITOR .L . 6 50E+ 01 CPM Group: ~3 5 - - - - - - - -
ENVIRONMENTAL SYSTEMS - - - - - - - -
.1. A040' UFPER WIND SPEED 10.2 MPH
- 2. 40465- LOWER WIND SPEED e MPH T. 40484 UFPER WIND DIRECTION 24 DEG 4 N04D9 LOWER WIND DIRECTION 25 DEG '
- 5. A1127 BAROMETRIC PREGSURE /,0.168 IN HG
- 6. 40490 AMBIGNT AIR D/T El.EV 662 & ELEV 762 -0.61 DEG C 7 41172 AMBIENT AIR TEMP AT ELEV 662 -T.4 DEG C
- a. A0496' DEWPOINT -%.2 DEU C 9 P0593 PRECIPITATION,IN LAST IS MIN 0 IN l 10. A1110 SIGMA THETA - LWR WIND DIR, STD DEV 11 DLG 11, A1104 UNIT VENT STACF FLOW 1045 CFM 1:2. P1483 RL LINES A+B TOTAL AVG DISCHARGE FLOW m . 50 0 GF M
l RDTSci DUKE POWER COMFANY UNIT: CNS 1 FAGE: DATE: 2/20/88 TIME:00: 00 Groups -.9 --------- HP DOSE ASSESMENT - - - - - - - - - - - -
- 1. A1003 EMC26 STEAMLINE A RADIATION MONITOR o.980E-03 R/HR
- 2. F0596 S/G A MAIN STEAM REL. IN LAST 15 MIN 40FFSCALE4 LBM
- 3. A1014 EMF 27 STEAMLINE P RADIATION MONITOR 9.900E-03 R/HR 4 F0597 5/G D MAIN STEAM REL. IN LAST 15 MIN 40FFSCALE4 LbH
- 5. ALO20 EMF 29 STEAMLINE C RADI ATION MONI TOR 9.940E-03 RiHR
- 6. P0598 S/G C MAIN STEAM REL. IN LAST 15 MIN 40FFSCALE* LBM
- 7. A1026 EMF 29 STEAMLINE D RADIATION MONITOR 9.910E-03 R/HR
- 8. P0599 S/G D MAIN STEAM REL. IN LAST 15 MIN 40FFSCALE4 LDM
- 9. F0132 MAIN STM EMF AVG DURING FREV 15 MIN 9.940E-03 R/HR
- 10. A0054 EMF 40 CONTAINMENT TCDINE MONITOR 2.240E+02 CPM
- 11. A0012 EMF 35L UNIT VENT F ARTICUL. ATE 2.600E+01 CPM
- 12. P0120 E M F -'.7 DELTA COUNTS (0- 5 MINUTES) -2.080E+00 CPM 17 P0130 EMF 37 DELTA COLINTS (5- 10 MINUTES) 1.290E+00 CPM
' 14 . P0131 EMF 37 DELTA COUNTS (10 - 15 MINUTES) 7.940E-01 CPM 1S, A0025 EMP30L CONTAINMENT GAS MONITOR 2.860E+04 CPM
- 16. A0031 EMF 39H CONTAINMENT GAS MONITOR 1.060E+01 CPM Group 40 - - - - - - - - - ADDITIONAL INFCPMATION -----------
- 1. A0092 IN-CORE TEMP G04 627 DEG F
'. A00Di IN-CORE TEMP LD4 627 DEG F
. A0057 IN-CORE TEMP LO3 627 DEG F
- 4. A0033 IN-CORE 1EMP J.10 627 DEG F S. A0031 IN-CORE TEMP N06 627 DEG F
- 6. i0057 IN-CORE TEMP N30 627 DEG r
?. A006? IN-COPE TEMP L12 627 DEG F S. A0104 IN-COFE TEMP G12 627 DEG F
- 9. A0050 IN-CORE TEMP CO3 e27 DEG C
- 10. A0038 IN-CORE TEMP C04 627 DEG F
*1t. A00C
, IN-CORE TEMP E02 627 DEG F
- 12. 40N c3 IN-CORE TEMP G02 627 BEG F
- 10. A011.o IN-CORE TEMF J02 627 DEG F 14 A007S IN-CORE TEMP N04 627 DEG F
-15. A00r IN-CORE TEMP N12 627 DEG F 1, '2 . A 00 O IN-EORE TEMP J14 627 DEG F
- 17. A0110 IN-CORE TEMP G14' 627 DLG F
- 10. 40080 IN-CORE TEMP El1 627 DEG F
- 19. A0056 IN-CORE TEMP C11 e27 CEG F
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1 o i r, .- , l TE01 DUKE POWER COMPANY UNIT: CN5 1 PAGE: 1 DATE: 2/20/56 T I Mh: : 04: 1D 't _ . . . . . , . . . _ _ , . - - - - - - - - - - - - - - - - _ _ - - - - . . . - - - . - - - - - - - ~ . - _ . - - . . - - - . . _ . _ , rouc:.05 - - - - - - - - - FRIMARY ev5TEMS ------ - l 1 A0b66 NC LOOP A WIDE siANGE HOT LEG' TEMP 617 DEO F j 2: 40669 NC LOO ~ B WIDE RANGE HOT LEG TEMP 637 DEG F
'O. A0e70 NC LOOP C WIDE R6NGE HOT LEG TEMP 617 DEG F 4 M 671 NC LUDP D WIDE FANGE HLT LEG TEMP c17 DEG F
, . A0700 NC LOOP A WIDE RANGE COLD LEG TCMP LG DCG F .
560 DEL F j 6; A0706 NC LOOP B WIDE RANGE CDLD LEG TEMP 7- A0712 NC' LOOP C WIDE RANGE COLD LLG TEMF 360 DEG F , 80 40718 NC LOOP D WIDE RANGE COLD LEG TEMP 560 DEG F
- 9. P0828 5 HIGHEST IN-CORE T/C TEMP 627 DEG F i 10 -- P1543 LOWES T NC SYSTEM SUBCODLING iMRGIN 25 DEG F i 11: P1089 NC SYSTEM PRES 3URE. L'EST EDTIMATE 2241 FSIA ,
.12 A0713 P2R PRESS CH I 222e i 510 y
- 13. A0707 PZR LEVEL CH I oc % ;
24, P01c4 RVLIS TRAIN A UF FER RANGE 40FFSCALE4 13< DZO37 REACTOR COOLAtsT PUMP A ON 16e D2005 REACTOR COOLANT FLIMP B ON
- 17. D203C REACTOR COOLANT FUMP C ON 3 1Ge D20S6 REAC TOR COOL. ANT PUi1P D ON i
- 19. A1214 CVC3 BORON METER CONCENTi% TION $4(*$ FPM 20,'A1240 GOURCE RANGE EVEL CHANNEL 1 0 CPG
. A07n6 INTERMEDIATE RANGE LE'/CL CHANNEL 1 3.000E-04 A
. P O T '.i G POWER RANCE AVG LEUEL A'vG 100 % .
sroup: '0 - - - - EECONDARr iFTEM3 ,
- 1. A067? '3/G c WIDE RANCE LEVEL (7?%) 62.57 ".
2: '40680 SiG B WICE RANGE LEVEL ( '/~.% ) L5 .
. ' . Nd ?- ; C WIDF RANGE LEVEL (*".) c2.55 %
4 A06 S/G D WIDE RANGE LEVEL i 7 :~. ) 62.67 % 3, A0~20 1t A STEAM FRESS CH 41 1000 m7 P7:3 >
. AJ77 0/E 6 ETEAM PRESF CH tU 1001.5 Cl3 ,
A0775 3."30 -?T EAM F RES9 CH 41 1000.N3 F310
% W 41 JS 0 3 TEAM FRESS CH 41 1002.51 FE l' i
- 91. FOlb4 3/? A FEEDWATER FLOW CH 1 3.73 P:i m 1G. POISc F/G 5 FEEDWATER Fl.0W CH 1 3.7b H?Fn
.11. POJ30 5/0 C FEECWATER FLOW CH i 3 . ~' b HFI -
12i 2,D160 G/G D FEEDWATER FLOW CH i -J . ' S W*H 134 .A0974 CA FLOW TO S/G A 175.S1 Oc M
.1.f. - A0 ? N. CA FLOW TO S/G D .:10. ~ 0 Gni
.15. A074 CA FLOW TO S/G C .17,44 d&1 .
- 14. n09~~ 7 CA FLOW TO S/G D 120.70 3M
'17 ?3o1' TUrnL M/5 FELEASED DURfNG LASr 15 MIN 40FF3CALE$ LBM 5
O r m.s p ; ' :..- -- - AUXILIAHY SySlEMS --
- 1. AO W2 NV LETDOWN FLOW 'd Gi'M e W31 i.EVEL CH 1 2 . - A 1.. o . 9 6 . ';'. .
~*
,. A1013 LNGWP LEVEL S'1. 4 F~
. AOSB6 4tV EU3 ETA VOLTS 4.37 .
. . . AOS7S 4tV EU3 ETD VOLT 5 1 . .' '/ i
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- M' .2/20/881 , : TIME 09: 15l s
- p. . . _'_e__ __ ________________ _____ ___ __.DATE _ _ _ ______ ____________
GAFETY INJECTION SYSTEMS 1--~~~a-- 3 Group :100 l W--------- j ik A0G201 CHARGING-LINE, FLOW CONTROL'- 92.52' GPM
, ,ACOD2450r CENTRIFUGAL: CHARGING' PUMP A OFF
, 5 3.t D2440) CENTRIFUGAL CHARGING PUMPiB' .
ON-d M .iP1325 '
. NCESYSTEM TOTALEMER. INJECTION FLOW' O. GPM ' '
5'. ? D24561 INI PUMP'A ' OFF D2446D , OFF k W - 'A0902" TNIlPUMP~B 7 .. ND'HX A'. OUTLET . FLOW'. O GPM ', s 8l.M A0908? LND HX D OUTLET FLOW ~ 'O GPM l'4 9.LD2455l 1 ND. PUMP.A OFF 4 E10.~D2445 ;ND PUMP B- OFF m . ____ . _ _ _ .. ____- . ___ __- ___.____ . . ___ [Groupt25.: m -------- .' CONTAI NMENT BY STEMB - . .---------- 11;.LA1'499, CONTAINMENT WIDE, RANGE PRESS. TRAIN A' 0.14' PSIG ' M 4 12.IP1500 ~ UPPER CONT. AVG TEMP - OPERATING UNITS ' 95.521 DEG F T3 L A1'418: : CONTAINMENT-: SUMP LEVEL A O FT. [4.lA0939= CONTAINMENT: HYDROGEN CONCEN TRAIN:A
*0FFSCALE*l */. .
. < Sh D244GL 'NSEPUMP-A. -
.0FF o 56F D2438' .NSPUMP.B OFF
_.. _ _ - a ___ a _. _ a _ __ . __ __ _ 4 7
; foups 30- a-- --: RADIATION SYGTEMS - - - - - - - - - -
% 1> P0120 2 EMF 48 REACTOR' COOLANT. MONITOR 1.030E404- CPM
-2.= A1308 EMF 53A CONT-HIGH RANGE MONITOR TR. A 6.850E+00~ R/HR-I 3 hA1314 . EMF 53B CONT HIGH RANGEI MONITOR TR. B 'G.270E+00 R/HR
/ 14 A1315' EMF 54. UNIT 2 VENT, EXT-. RANGE MONITOR; -2.~160E+00 LR/HR
' % A0049 1 EMF 37: UNITLVENT IODINE MONITOR: 5.850E+01.'. CPM- w.
l 6.- P I O 221 ' EMF 37 DELTA COUNTS LAST -13 MINUTf!S 0.000E+00 CPM 7.TA0013 ; EMF'6LLUNIT VENTEGAS. MONITOR 1.150E+02- CFM. ,
, J8h AM019' ~ EMF 36H UNIT VENT; GAS MONITOR 1.650E+01 CPM x._-_....._.,..,.__._-.._____-_ ____a . _ _ _
eGroup D 3 3.- -- -- -- f ENVIRONMENTAL SYSTEMSs ~ ~ - 11: MPH
}
- 1h A04G1 1UFPEREWIND 5 PEED-f I2b A0405 ;LDWER: WIND SPEED: 6.9' ' MPH:
' ' 13ylA0404 UPPER WIND DIRECTION 34' DEG :
7 lLOWEROWIND / DIRECTION ' DEG V W {-4kA0409
;SicA1127: ~ BAROMETRIC PRESSURE 30.169 IN=HG l f M L A0490 ; .AMBIENTJAIR D/T ELEV 662 & ELEV '762 - 0. 47 - DEG C. g
< ?7,=Al'1726 AMBIENT' AIR. TEMP-AT ELEV 662 -3'.5- DEG C. '^
j 3z.n uBW A0496=" DEWPOINT' --5.2 -DEG C: 1
& 9E 7 P0593 PRECIPITATION IN LAST 15 MIN O IN l pW10,Wi1107 N11GMA THETA - LWR' WIND DIR. STD-DEV' 10.1 DEG y 9 411hA1104:. UNITLVENT STACR FLOW 1895 CFM j'
< 1.12./F1483 RU LINES A+B TOTAL AVG DISCHARGE FLOW 53500. GPM-
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' DUKE POWER COMPANY' UNIT: CNS L PAGE 1,3
? cRDTSO'1!
N , DATE: 2/20/68
- - - - - - - - - - - - - - - - . - - - - - - . - - - - - - - - - - - - - - ~ ~ - - - - - . - - - - - - - - - - . - - - - - - - -
-TIME:09:15-k G rou p ; ; 39, . J-------- '
.- LHP-DOSE ASSESMENT. - - - ~ ~ - - - -
11LA1000/~~ EMF 26;:STEAMLINE A RADIATION MONITOR.. '4.980E-03 JR/HR
;2.'PO596 S/G;A: MAIN-STEAM'REL.;:IN LAST 15-MIN" *0FFSCALE4,.LBM.
- 9.920E-03' R/HR ps 3.JA1014: ! EMF 27'STEAMLINE'5 RADIATION ~ MONITOR-
*0FFSCALE4 f44 P0597i ~S/G;D MAIN STCAM RELL IN'LAST 15 MIN Q 5.JA1020 ' EMF 281STEAMLINELC. RADIATION MONITOR, LBMc W 9.940E-03-~R/HR.
4 "6.iP0598' S/G C MAIN, STEAM REL..IN LAST: 15 MIN !40FFSCALE* ;LBM Q l7i A1026J EMF 29.STEAMLINE'D--. RADIATION' MONITOR
'9.910E-03. R/HR
, J-G. P0599l S/G D MAIN ~ STEAM-REL..IN LAST-15 MIN 40FFBCALE* LBM -
o MA1N STM EMFfAVG1DURING-FREV 1.5 MIN 1 -9.940E R/HR j @J6,19LP01321 J106A00543 EMF 40 CONTAINMENTfl0 DINE 1 MON! TOR' 'O.240E402 CPMt 5 J1:1W A0012' rEMF35L1 UNIT 1 VENT" PARTICULATE. 2.620E+01 CPM- *
- 7 2.1 ;JP0129 EMF 37.DELTALCOUNTS/(O ~15 MINUTES) -2.050E+00- CPM c' 33.fP0130l ' EMF 37 DELTA' COUNTS.-(5.- 10 MINUTEG) - 1.290E+00 CPM '
[ ,014 A P0131 EMF 37_I DELTA COUNTG ' t 10 - 15 MINUTES)
- 7.940E-01 CPM:
9 f15.jA0025: EMF 39L CONTAINMENT GAS MONITOR 2.860E+04'- CPM
-16C A00311 EEMF39H CONTAINMENT GAS MONITOR -1.060E401 : CPM -
@. Group: 401 t"-- ADDITIONALLINFORMATION. ----------- INiCORE TEMP?G04- 627';DEG'F
, ] fila 00921 yd M A0051: IN- CDRCJ TEMP LO4 : '
627 DEG F M . M A00 57: IN-CORE-TEMP'LOS 627 DEG F , 4(lA0033" IN-CORE TEMP;J10 627' DEG'FJ b _73.?Accal- JIN-COPE; TEMP N06 1 627 DEG F-b i6(fA0007 IN-CORE TEMPJN10- 627 :DEG F I 7. A0063 INaCORE TEMP L12 627 DEG F
-627- DEG F S& [A0104 4 IN-CORE: TCMP-G12 " 19;': A0050' IN-CORE TEMP COS! 627 -DEG-F.
y? (10,?A003.8i Li l ,' A 0 0 6'O ~ ,IN"COREDTEM.P C04 627 'DEG F-627 e :IN-CORE 1 TEMPLE 02 DEG=F 4 12s/A0086J IN-CORE-TEMP G02 -627 DEG F: 1 - f13dA0116L IN-CORELTEMPJJ02 627 DEG F' F !14b A0075? IN-COR.E TEMPLN04 627 DEGfF O J151A0073; ..IN-CORE TEMPsN12 627 DEG F
, M 6. L AC 03.0 ! ;IN-CORE TEMP J14- 627 DEG F x sc.;J1'7.JA0110 1
;IN-CORE' TEMP 1G14W 627 'OEG F' phi 18?iA0000
~
IN-CORE TEMPfE14 1627 DEG F
, i19pA0056' ,;IN-CORE TEMP C12 627 ~DEG F, !/ i '
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TG01 DUKE POWER COMPANY UNIT: CWS 1 FAGE: 1 1 ('![ t DATE: 2/20/5G TIME:09:!0 { Group: 05 ---------- PRIMARY SYSTEMS - _ - _ _ - . - - _ { 1. c,0660 NC LOOP A WIDE-Re-NEE HOT LEG TEMP 617 DEO F I k 2 60667 NC LOOP D WIDE RANGE HOT LEG TEMP 617 DEG F 3 A0670 NC LOOP-C WIDE RANGE HCT LEG TEMP 617 DEG F x' 4: A0671 NC LOOP D WIDE RANGE HOT LEG TEMP 617 DEG F e 5 A0700 NC LOOP A WIDE RANGE COLD LEG TEMP 560 DEG F. A0706 NC LOOP B WIDE RANGE COLD LEG TEMP 560 DEG F 7 A07.12 NC LOOP C WIDE RANGE COLD LEG TEMP 560 DEG F p G- A0713 NC LOOP D WIDE RANGE CDLD LEG TEMi Se0 DEG F o 94 P0828 % HIGHEST IN-CORE T/C TEMF 627 DEG F 10, P1 S4 5 ' LOWEST-NC SYSTEM GUBCOOLING MARGIN 25 DEG F 11- P1089 NC SYSTEM PRESSURE, BEST ESTIMATE 2241 FSIA 12 A0713 PZR PRESS CH I 2226 PSIG
- 13. A0707 PZF LEVEL CH I 60 */.
- 14. P0164 RVLIS TRAIN A UPPER RANGE 40FFSCALE4 15e D2037 REACTOR COOLANT PUMP A ON 1: D2095 REACTOR COOLANT FLIMP B ON 17s D2005 REACTOR COOLANT FUMP C ON '
15 D2026 REAC TOR COOLANT FUMP D CN
- 19. A1214 CVCS BORON METER CONCENTRATIGN ***64 PPM
- 20. A1248 SOURCE RANGE LEVEL CHANNEL 1 0 CPS A07e6 INTERMEDIATE RANGE LEVEL CHANNEL 1 5.L00E-04 A P0726 PCWER RANGE AVG LEVEL AVG 100
- e.
Group: 10 -- -~~- SECONDARY 3YETEMS
- 1. A0674 3/O A WISE RANGE LEVEL ( e 3 *4 ) 62.67 7.
- 2. A06E0 5/G S WIDE AmNGE LEVEL ( W; ) 62.5 %
- 0. .- A0626 UO 4 ICE :.ANGE ..EVEL (0%) 62.67 %
- 4. A06'42 3/0 0 WIDti RANGL LEVEL t6> 62.67 %
- 5. A0727 3/G A STEAM PRESS CH 641 1000.57 FSIG 6$ 90727 R/G "
STEAM F RESE CH 461 1001.5 PSIG
- 7. " A0 7 '.S S/G r S~EAM PRESS CH Hi 1000,7 F31G B. A0741 3/G D G7EAM FRESS CH ill JOC2.51 PEIG
- 9. P0154 . /O A FEEDWATER rLOW CH 1 1.18 MFFH '
10e F0156 S/6 D FEEDWATER FLOW CH 1 0.70 MPrH 11, P0158 $/G C FEE 0 WATER FLOW CH 1 '.78 MPFH
- 12. F3360 S/G D FEEDWATER FLOW CH 1 ?.79 MFFH l'. A0974 CA FLOW TO S/G A 175.51 DFM
.14, A0975 CA FLOW TO S/G If 220. % S il
- 15. A0976 CA FLOW TO S/G C 213'.49 GFM L- 16 ., A 09~/ 7 CA FLOW TO S/G D L.'.0 . N GFN
- 17. Feld TOT 3. II/E RELEASE 3 DURING L. ALT 15 MIN EF 5CA_Ea L!cn
)5 _ . . . . - - . . . . _ . - . . - . - - . _ . . . - _ . . _ _ _ . - _ . _ . . - _ . - . - - . . - - . . - . - - . . . - . . . Group 13 - - - - - - - AUAILIARY SYSTEMS ----- -- - 1.: A04S2. NV LE'Duw FLO.4 75 3FM
- 2. 41262 FWIT LEVEL 2H i % . 7 .' %
.> A t 3.17 3NSWP LEYLL S ' I . ~' 4 FT
,. AD536 EV aUG rTA VO:_. T 3 4.' i A ADB75 4tY 6US Erb JOLT 2 4 . 2. 7 0 3 kb _
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,T501 DUKE FOWER COMPANY UNIT: CNS 1 PAGE: 2 DATE: 2/20/90 TIME De:20 Group: 20 ----------
SAFETY INJECTION SYSTEMS -----------
.1 c AOG20 CHARGING LINE FLGW CONTROL 92.52 GFM 2e D2450 CENT RI FLIGAL CHAROING PUMP A OFF
;3. D2440 CENTRIFUGAL CHARGING FUMP B ON
- 4. P1325 NC SYETEM TOTAL EMER. INJECTION FLOW 0 GPM
- 5. D2456 NI PUMP A OFF
- 6. D2446 NI PUMP B OFF
- 7. A0702 ND HX A OUTLET FLOW 0 GFM
- s. A0908 ND HX B OUTLET FLOW D GFM
- 9. D2455 ND FUMP A OFF
- 10. D2445 ND PUMP B OFF Group: 25 ----------_ CONTAINMENT SYSTEMS -----------
- 1. A1499 CONTAINMENT WIDE RANGE PRESS. TRAIN A 0.14 PSIG
- 2. P1500 UFPER CONT AVG TEMP - OPERATING UNITS 95.5 DEG F
% A1418 CONTAINMENT SUMP LEVEL A 0 FT
- 4. A0939 CONTAINMENT HYDROGEN CONCEN TRAIN A *OFFbCALE4 *4
- 5. D244G NS FUMP A OFF 6.-D243G NS PUMP B OFF roups 30 - - - - - - - - -
RADIATION SYSTEMS -----------
.. P0128 EMF 48 REACTOR COOLANT MONITOR 1.030E+04 CPM
- 2. A130G .EMFS3A CONT HIGH RANGE MONITOR TR. A 6.740E+00 R/HR
- 3. A1314 EMFSOB CONT HIGH RANGE MONITOR TR. B 8.130E+00 R/HR
'4. 41315 EMF 54 UNIT VENT EXT. RANGE MONITOR 2.160E+00 R/HR-
- 5. A0048 ENF37 UNIT VENT IODINE MONITOR 5.950E+01 CFM
- 6. PIE 22 E M F 7 DELTA COUNTS LAST 15 MINUTES 0.000E*00 CF M 7, A0013 EMF 36L UNIT VENT GAS MONITOR 1.150E+02 CPM O. A0019 EMF 36H UNIT VENT GAS MONITOR 1.650E+01 CPM Groups 35 - - - - - - - - -
ENVIRONMENTAL SYSTEMS - - - - - - - - - ~ ~
- 1. A0403 UFPER WIND GPEED 12.1 MPH
- 2. A0485' LOWER WIND SPEED 5.7 MFH
- 3. 40404 UFFER WIND DIPECTION 35 DEG 4 A0489 LOWER WIND DIRECTION 38 DEG
- 5. A1127 BAROMETRIC PRESSURE 30.L71 IN HG
- 6. A0490 AMBIENT AIR D/T ELEV 662 & ELEV 7e2 -0.47 DEFi C 7; A1172 AMBIENT AIR TEMP AT ELEV 662 .5 DEG C
- 9. AC496 DEWPOINT -5.4 DEG C 9 P0595 PRECIPITATION IN LAST 15 MIN O IN g
.10 . A1110 41GMA THETA - LWR WIND DIR. STD DEV 13.1 DEG 11, A1104 UNI T VENT STACK FLOW 1095 CFM 12.-P1483- RL. LINES A+B TOTAL AVG DISCHARGE FLOW 53500 GPM
\
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- 9' RDT301 DUKE POWER COMFANY UNIT CNS 1 PAGE: 3 j DATE: 2/20/58 TIME 04: 30 Groups 39 ----------
HP DO5E ASSESMENT - - - - - - - - - - 12 A1000 EMF 26 STEAMLINE A RADIATION MONITOR 9.960E-03 R/HR
- 2. P0596 S/G A MAIN STEAM REL. IN LAST 15 MIN 40FFSCALEA LBM
- 3. A1014 EMF 27 STEAMLINE B RADIATION MONITOR 9.720E-05 R/HR 4 I'0597 S/G D MAIN GTEAM REL. IN-LAST 15 MIN 40FFSCALE4 LOM
- 5. A1000 EMF 28 STEAMLINE C RADIATION MONITOR 9.940E-03 R/HR 6e P0598 S/G C MAIN STEAM REL. IN LAST 15 MIN 40FFSCALE4 LbM
- 7. A1026 EMF 29 STEAMLINE D RADIATION MONITOR 9.910E-03 R/HR l G. P0599 S/G D MAIN STEmM REL. IN LAST 15 MIN 40FFSCALE4 LBM
- 9. P0132 MAIN STM EMF AVO DURING FREV 15 MIN 9.940E-03 R/HR
- j. 10. A0054 EMF 40 CONTAINMENT IODINE MONITOR 2.240E+02 CFM
- 11. A0012 EMF 35L UNIT VENT PARTICULATE 2.620E+01 CFM
- 12. P0129 EMF 37 DELTA COUNTS (0 - 5 MINUTES) -0.080E+0C CPM
! _13. P0130 EMF 37 DELTA COUNTS (5 - 10 MINUTES) 1.290E+00 CPM
- 10. P0131 EMF 37 DELTA COUNTS (10 - 15 MINLITES) 7.940E-01 CPM 15e A0025 EMF 39L CONTAINMENT GAS MONITOR 2.8SOE+04 CPM
- 10. A0031 EMF 39H CONTAINMENT GAS MONITOR 1.060E+01 CPM 4-__--._---_...._ - -._ ._ _ _------ -..--------_---_- -- ---- --
Group: 40 - - - - - - - - - ADDITIONAL INFORMATION ----------- 1 A0092 IN-CORE TEMP G04 627 DEG F
- l. A0'351 IN-COPE TEMP LO4 627 DEG F
- g. . A0057 IN-COPE TEMP LO9 627 DEG F f 4 40033 IN-CORE TEMP J10 627 DEG F
- 5. A0081 IN-CORE. TEMP N06 627 DEG F f; 6. A0087 IN-CORE TEMP N10 627 DEG F
- 7. A0063 IN-CORE TEMP L12 627 DEG F
- 9. A0104 IN-CORE TEMP G12 627 DEG F
- 9. AOOSO IN-CORE TEMP C03 627 DEG F
- 10. 40038 IN-CORE TEMP C04 627 DEG F
- 11. A0062 IN-CORE TEMP E02 627 DEG F
.17 . A00G6 IN-CORE TEMP G02 c27 DEG F.
13.-A0116 IN-CORE TEMP J02 627 DEG F 14 A0075 IN-CORE TEMP N04 627 DEG F
- 15. A0093 IN-CORE TEMP N12 627 DEG F
- 16. A0039 IN-CORE-TCMP J14 627 DEG F
- 17. A0110 IN-CORE TEMP G14 627 DEG F
- 18. A0080 IN-CORE TEMP E14 527' DEG F
- 19. A0056 IN-CORE TEMP C12 027 DEO F 1
w
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>T501 DUKE FOWER COMFANY UNIT: CNS 1- P6GE: 1 DATE: 2/20/53 TIME:07:33
< cup: 05 .--------- PRIMARY f.in ETEMS - - -~~----
u 1 A0663- NC LOOP A WIDE RANGE HCT LEG TEMP SS: DEG F ~ 2 A0667 NC LCOF D WIDE FANGE HDT LEG TEMP 576 DEG +7 T A0670 NC LOOP C WIDE RANGE HOT LEG TEMP 576 DEG F 4 AJ671 NC LOOP D WIDC RANGE HOT LEG TEt1F 576 DEG F !
\
I % A0700 NC LOOP A WIDE FANGE COLD LEG TEMP 566 DEG F l e., A0706 : NC LOOP B WIDE RANGE COLD LEG TE11P 574 DEG F
- 7- A0712 NC LOGP C WIDE lmNGE COLD LEG lEMP 574 DEG F 8: A0713 NC LOOP U WIDE RANGE LOLD LEG TEMP 674 DEG F i 9, P0923 S HIGHEST IN-CCRE T/C 1EMP S76 DEG F v
.10 ' PJ ' 4b LOWEST NC SiSTEM IUBCOCLING MARGIN -1 DEG F
- 11. P1389 NC SYSTEM FRE00UNE, EE51 ESTIMATE 100'. FS1A IL A0713 P2R 'REEE CH I 1700 PSIG IL A3707 P:'R LEVEL CH I 59 %
14 4 P0164 RVLIE TRAIN A UFPER RANGE 99.77 % 150 D2037 REACTOR COOLANT PUMP A OFF (
't h D2COS
. REACTOR COOLANT PUMP B OF~
l l'i D2038 REACTOR COOLANT PUMP C OFF 16> 'U20G6 REACTOR COOLANT FUMP D OFF [l F 19, A121^ - CVCS BOEON HETER CQNG.N1PATION &4144 PFM
!- 'O. A1248 ' Dl RLE. MNGE LE 4 L Cr i ANNEL 1
.., 0 CPS i 1 A07% Ih.TEEMCD'All RANOE LEVEL CHANNEL 1 5.000E-04 A h ; e773 P: W l A&E A/C 'EJEL. AsG C.26 % g
. _ . . . _ _ _ _ . . _ _ - . . . _ _ . . . . _ . . . . _ . . . r 7
[ 3roup: 10- - -- EE;0NDARi i!YSTEM5 is 1. A0674 S/C n vil:E knNGE LJ,'/CL (60.) "9.4 *'. R- 2. A0aJO 2 / :) 7 Wi u 6ANGE L G EL (0%) 5 % h ' 7 7 0;&. .1 4 ~ miW WOE LC'/EL ( OT. ) ?.' . f
- l. A NJ ./ G i + i.- 41DE %NGE LEJEL i C*. ) D *<
S, A072" 3/G A 9 TEAM ~RE55 CH #1 ille F IIG [
- 6. 407:7 F/G 0 3 TEAM PRE 3S CH M1 IM P;; d [
k
. 60~3S 570 C 3 TEAM FFE39 CH 41 1156 FJ10 $
[ . AJ741 E s u. u . TAM FRE53 CH #1 1 : 5:: i413 l l' V.. pot 54 3/C ,, FEE.DWATER FLOW CH 1 D MFPH -j f 10, PJ 1 M., S/3 FEEWATER C' LOW CH 1 4 PF ; 1' !
.1 ] , F0153 9/G C FEIDWATER FrCW CH 1 D NPrH [
- 12. P31 c 3 S/G D FEEDWATER FLON CH-1 0 VFH f, t 1:: . AC9 /4 CA FLOW TO S/G o _27.9 G"M 14, ACO S CA FLOW TO S/G AU .4 7 11 13, A09.b CA FLOW TO S/G C 4.2 * . ~ # :1 (
\-
y 'l e , A M 7 ~' J:A OW TO 2/G D 11 7. . UFM [ .17 . F 061. TQ"4L ".c JE 6.w3ED DURING LAST 13 MIN e4S7 LBM
<' - , . . .- . -...~ -- .- -- - - . . . . . . . - . . . - . . . - - . - ~ - - , - . . - . . . -
O f
- i ., b Q ; 1b
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STS01 DUKE POWER COMPANY UNIT: CNS 1 DATE: 2/20/88 PAGE: TIME: 07: 37 2 roup: 20 - - - - - - - - - SAFETY INJECTION SYSTEMS - - - - - - - - - -
- 1. A0820 CHARGING LINE FLGW CONTROL 0 GPM 2e D2450 CENTRIFUGAL CHARGING PUMP A ON
- 3. D2440 CENTRIFUGAL CHAFGING PUMP B ON 4 P1325 NC SYGTEM T OTAL EMER. INJECTION FLOW 0 GPM Se D2456 NI PUMP'A ON
- 6. D2446 NI PUMP D ON
- 7. A0902 ND HX A OUTLET FLOW 0 GFM G, A0908 ND.HX B OUTLET FLOW 0 GPM
- 9. D2455 ND PUMP A OFF
- 10. D2445 ND PUMP D ON Group: 25 ----- ----
CONTAINMENT SYSTEMS -----------
- 1. A1499 CONTAINMENT WIDE RANGE PRESS. TRAIN A 0.14 PSIG
- 2. P1500 UFPER CONT AVG TEMP - OFERATING UNITS 95 DEG F
- 3. A1418 CONTAINMENT SUMP LEVEL A 0 FT O. A0939 CONTAINMENT HYDROGEN CONCEN TRAIN A *0FFSCALE4 '4
- 3. D2448 NS PUMP A OFF >
- 6. D2430 NS PUt1P B OFF oup 30 - - - - - - - - RADIATION SYSTEMS - - - - - - - - - -
. P0128 EMF 4G REACTOR COOLANT MONITOR 1.000E+07 CPM
- 2. Al08 EMFS!A EONT HIGH RANGE MONITOR TR. A 6.710E+00 R/HR
- 3. A1324 EMF 53B CONT HIGH RANGE MONITOR TR. D 8.110E+00 A'/ HR
- 4. A1315 EMFS4 UNIT VENT EXT. RANGE MONITOR 2.170E+00 R/HR
- 3. A0048 EMF 37 UNIT VENT IODINE MONITOR 5.020E+01 CCM
- 6. P1022 EMF 37 DELTA COUNTP LAST 15 MINUTES 1.750E400 CFM
- 7. A0013 . EMF 06L UNIT VENT GAS MONITOR 1.100E+02 CFM EMF ~.6H UNIT VENT GAS MONITOR 1.670E+01 CPM 8.'_A00.19 Groups 35 - - - - - - - - - - -
ENVIRONMENTAL SYSTEMS - - - - - - - - - -
- 1. A0483 UPPER WIND SPEED 12.1 t1PH
- 2. 4048S LOWER WIND SPEED S.7 MPH
%'A0484 UPPER WIND DIRECTION 35 DEG
- 4. A0489 LOWER WIND DIRECTION 8 DEG 5, A1127 DAROMETRIC PRESSURE 30.171 IN HG
- 6. A0490 AMBIENT AIR D/T ELEV 662 & ELEV 762 ' -0.47 DES C
- 7. A1172 AMBIENT AIR TEMP AT ELEV 662 -0.S DEG C B. A0496 DEWPOINT ~5.4 DEG C
- 9. P0595- PRECIPITATION IN LAST 13 MIN O IN
- 10. A1110 SIGMA THETA - LWR WIND DIR. STD DEV 10.1 DEO
'11. A1104 UNIT-VENT STACK FLOW 2100 CFM
- 12. P1483 RL LINES A+D TOTAL AVG DISCHARGE FLOW 53500 GPM
7 ~x e I e O r RDTS01 DUKE POWER COMFANY UNIT: CNS 1
- FAGE: 3
[ DATE: 2/20/89 TIME:09: 3 ','
' Groups ~. 9 ----------
HP DOSE ASSESMENT - - - - - - - - - - - - -
- 1. A1000 EMF 26 STEAMLINE A RADIATION MONITOR 9.980E-0 R/HR
( 2 ,, P0596 S/G A MAIN STEAM REL. IN LAST 15 MIN 1.463E+03 LDM l' 3. A1014 EMF 27 STEAMLINE B RADIATION MONITOR 9.920E-03 R/HR l 4, P0597 S/G D MAIN STEAM PEL. IN LAST 15 MIN 2.093E+03 LEM Se A1020 EMF 2B STEAMLINE C FADIATION MONITOR 9.940E-03 R/HR
- 6. P0598 S/G C MAIN STEAM REL. IN LAST 15 MIN 1.809E+03 LBM
- 7. A1026 EMF 29 STEAMLINE D RADIATION MONITOR 9.910E-03 R/HR
- 0. P0599 S/G D MAIN STEAM REL. IN LAST 15 MIN 1.092E+03 LBM
- 9. P0132 MAIN STM EMF AVG DURING PREV 15 MIN 9.940E-0; R/HR 103 A0054 EMF 40 CONTAINMENT IODINE MONITOR 2.390E+02 CPM
- 11. A0012 EMF 35L UNI T VENT F ARTICULATE 3.170E+01 CPM
- 12. P0129- EMF 37 DELTA COLINTS (0 - 5 MINUTES) 1.290E+00 CPM
- 13. P01 -* 0 EMF 37 DELTA COUNTS (5 - 10 MINUTES) 7.940E-01 CPM 14 P0131 EMF 37 DELTA COUNTS (10 - 35 MINUTES) -3.340E-01 CPM
- 15. A0025 EMF 39L CONTAINMENT GAS MONITOR 3.010E+04 CPM
- 16. A0031 EMF 39H CONTAINMENT 3AS MONITOR 1.330E+01 CPM Group 40 - ------
ADDIT 1ONAL INFORMATION -----------
- 1. A0092 IN-CORE TEMP G04 576 DEG F
- . A0051 IN-CORE TEMP LO4 576 DEG F
;, A0057 IN-CORE TEMP LOG 576 DEG F 4 A0073 IN-CORE TEMP J10 576 DEG F D, A0081 IN-CORE TEMP N06 576 DEG F
- 6. A0087 IN-CORE TEMP NIO 576 DEG F 7 A 006 ~' IN-CORE TEMP L12 576 CEG F B. 40104 IN-COPE TEMF G17 576 DEG F
- 9. A0050 IN-CORE TEMP C09 576 DEG F
- 10. A0030 I N- COFiE TEMP C04 576 DEG F
- 11. A0062 IN -CORE TEMP E02 576 DEG F 12' . A0086 IN-CORE TEMP G02 576 DEG F
- 13. A0116 IN-CORE TEMP J00 376 DEG F
- 14. A0075 IN-CORE TEMP N04 516 DEG F
- 15. A0073 IN-CORE 1EMP N12 S76 DEG F c 15. A0039 IN-CORE TEMP J14 576 DEG F l 17. A0110 IN-CORE TEMP G14 S7e CEG F
- 18. A00GO IN-CORE TEMP E14 576 DEG F
? 19. A0056 IN-CORE TEMP C12 576 CEG F i l i i i J
n- - , s T301 DUKE POWER COMFANN UNIT: CNS 1 FAGE: 1 .n DATE: 2/20/EG TIME 07: 3S roupa.05 ---------- PRIMARY SYSTEMS - - - - - - - 0 1 A0618 NC LOOP A WIDE RANGE HOT LEG TEMP SS6 CEG F 2 0 -2 A0667 JJC LOOP D WIDE RANGE HOT LEG TEMP 600 DES F - y
'. A0670 ~NC LOOP C. WIDE RANGE HDT LEG TEMP 599 DEG F -
NC LOOP D WIDE RNEE HOT LEG TEMP 599 DEG F g, # A0671
.A0700 NC LOOP A WIDE RANGE COLD LEG TEMP S31 DEG F
.A0706 NC LOOP B WIDE RANGE COLD LCG TEMP 565 DEG F
@k : 7e A0712 NC LOOP C WICE RANGE COLD LEG TEMP 565 DEG F M' U A0718 NC LOOP D WIDE RAN3E COLD LEG TEMF 568 l'E3 F
-?. POG2e S HIGHEST .IN-CORE T/C TEMP 600 DEG F 10: P 15-15 LOWEST NC GYSTEM EUBCCOLING MARGIN -24.S DdG F 11 P1309 NC SYSTEM FRESSURE, BEST ESTIMATE 1292 FSIA y '42: A0713 PZR FRESS CH I 1700 FSIG I I
- 13. A0707 PZR LEVEL CH I 92 %
g 14. P0164 RVLIS TRAIN A UFFER RANGE 99.76 %
'15 D 077 REACTOR COOLANT PUMF A OFF
- 1. 6 . D208B REACTOR COOLANT DUMP E OFF 1 ^/ . C2038 REACTOR COCLANT PUMP C OFF 1 G .- D20E6 REACTOR COOLANT FUMP O OFF
- 19. A1214 CVCS EORON METER UQNCENTRATJON 44*4$ PFM f
J
'01 A1249 SOURCE RANGE LEVEL ~H6NNEL 1 - 0 CPS A076o INTCRMEDIATE PANGE LEVEL CHANNEL i 1.000E-07 A G.P073C PCWER RANUE AVG LEVEu AVG 0.02 */. j r.---..--.----_--.---_..-____--._.-..---_------_--.__4 Croup 10 - - - - - - - - - - - E CONU.;RY MSTEMS is A0674 S/G A WIDE RANGE LEVEL (63%) 60 . j
> 2 , . A 2L. U 3 '../G P' WIDE RANGE LEVEL (0%) a.0 .
}
". AU636 S /G C WIDE RANGE L EVEL (0%) 7.2 '.
4- ActW 5/G D WIDE BANGE LEVEL t0%) n.. '
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- 3. A0723 S/G A STEAM F RESS CH 41 1113 PGIG o AJ 7 2 7. i;/G E frf EAM FRESS CH 41 1 1 t,0 FtG
,. 640.'. 5 S/G C BTEAM PRESS CH 41 1150 P: I 's l R AC74. S/G D 3TCAM PRESS CH 41 11"O F 01 '.
- 9. P 0 1 ".4 S/G A FEEDWATER FLCW CH 1 0 MP'-H 100 P 21 % Sc3 D FEEDWATER FLOW CH 1 0 NT 4 .-l
- 11. F0158 S/G C FEEDWATER FLOW CH 1 0 NFFH
~! s P0160 S/G D FEEDWATER FLOW CH 1 O W PH
- 13. A0974 CA FLOW TO S/G A 274 5?M 14; 50973 CA FLOW TO S/G D 432 GPM
'iS- A0776. CA FLOW TO S/G C 4S2 GFM ,
y Li6. A0977' CA FLOW TO S/G D .; M GFP l 1 :17, E0014 TOTAL M/S' RELEASED DUR;NG LAST 15 MIN 2 9 4 A <d'
- {
Ormp: 19 - - - - - - - - - - - AUXILIARr IVSTEMS - - --- 1, 40452 NV LETDOWN FLOU D .' I '
?. A1262 FWST LEVEL CH 1 c.S .
A1017 ONSWP LEVEL. 271.?4 ^T
. 405S6 4kV BU3 ETA VOLTG " . T."
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- 3. A0 5-~ 5 4KV DUS ETD VOLTS 4. 27 . L V um_ _ _
m RDT501 DUKE POWER COMPANY UNIT: CNS 1 PAGE: 2 DATE: 2/20/B8 TIME:09:35 Group: 20 - - - - - - - - - SAFETY INJECTION SYSTEMS ---------- le A0020 CHARGING LINE FLOW CONTROL 0 GPM 2e.D2450. CENTRIFUGAL CHARGING PUMP A ON
- 3. D2440 CENTRIFUGAL CHARGING PUMP B ON 4 P1325 NC-SYSTEM TOTAL EMER. INJECTION FLOW 410 GPM U. D2456 NI PUMP A' ON
- 6. D2446 NI PUMP B ON
- 7. A0902 ND HX A OUTLET FLOW 0 GFM P. A0908 ND HX D OUTLET FLOW D GPM 9, D2455 ND PUMP A OFF
- 10. D2445 ND PUMP B ON Group: 25 ----------
CONTAINMENT SYSTEMS -----------
- 1. A1499 -CONTAINMENT WIDE RANGE PRESS. TRAIN A 1.7 PSIG
- 2. P1500 LIPF ER CONT vNG TEMP - OPERATING UNITS 109 DEG F
- 0. A1418 CONTAINMENT SUMP LEVEL A 0 FT 4 4 A0939 CONTAINMENT HYDROGEN CONCEN TRAIN A *0FFSCALE* */.
D. D2448 NS PUMP A OFF
- 6. D2430 NS PUMP B OFF ,
- oup .30 - - - - - - - - - - -
RADIATION SYSTEMS -----------
- a. P0128 EMF 48 REACTOR COOLANT MONITOR 1.000E+07 CPM
- 2. A1308 EMF 53A CONT HIGH RANGE MONITOR TR. A 6.790E+00 R/HR
- 3. A1314- EMF 53B CONT HIGH RANGE MONITOR TR. B 0.240E+00 R/HR 4 A1315 EMF 54 UNIT VENT EXT. RANGE MONITOR 2.170E+00 R/HR
- 5. A0048 EMF 37 UNIT VENT IODINE MONITOR 5.820E+01 CPM
- 6. P1922 EMF 37 DELTA COUNTS LAST 15 MINUTES 1.750E+00 CPM
- 7. A0013 EMF 36L UNIT VENT GAS MONITOR 1.180E+02 CPM G. A0019 EMF 36H LINIT VENT GAS MONITOR 1.690E+01 CPM Group 35 - - - - - - -
ENVIRONMENTAL SYSTEMS - - - - - - - - - - -
- 1. A0483 UPPER WIND SPEED 10.1 MPH
- 2. A0485 L.OWER WIND SPEED 5 MPH
- 3. A04G4 UPPER WIND' DIRECTION 35 DEG 4 A0489 LOWER WIND DIRECTION 37 DEG
- 5. A1127 BAROMETRIC PRESSURE 30.171 IN HG
- 6. A0490 AMBIENT AIR D/T ELEV 662 A ELEV 762 -0.4 DEG C
- 7. A1172 AMBIENT AIR TEMP AT ELEV ce2 -3.5 DEG C D. A0496 DEWPOINT ~5.4 DEG C
- 9. P0593 PPFCIPITATION IN LAST 15 MIN O IN I 10. A1110 SIGMA THETA - LWR WIND DIR. STD DEV 10.1 DEG
- 11. 41104 UNIT VENT STACK FLOW 2477 CFM
- 12. P1403 RL LINES 4+B TOTAL AVG DISCHARGE FLOW 53500 GPM
/
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- 9 RDT301 DUKE POWER COMPANY UNIT: CNS 1 PAGE: 3 DATE: 2/20/88 TIME 07: 25 Groups 39 ---------- HP DOSE ASSESMENT -~~--------
- 1. A1008 EMF 26 STEAMLINE A RADIATION MONITOR 9.980E-03 R/HR k 2. P0506 S/G A MAIN STEAM REL. IN LAST 15 MIN 1.116E+04 LBM
- 3. A1014 EMF 27 STEAMLINE D RADIATION MONITOR 9.920E-03 R/HR 4 P0597 S/G B MAIN STEAM REL. IN LAST 15 MIN 1.801E+04 LBM
- 5. A1000 EMF 28 STEAMLINE C RADIATION MONITOR 9.940E-03 R/HR f, 6. P0590 S/G C MAIN STEAM REL. IN LAST 15 MIN 1.884E+04 LBM
- 7. A1026 EMF 09 STEAMLINE D RADIATION MONITOR 9.910E-03 _R/NR f 9. POS90 S/G D MAIN STEAM REL. IN LAST 15 MIN 1.046E+04 LBM
- 9. P0132 MAIN STM EMF AVG DURING PREV 15 MIN 9.940E-03 R/HR
. 10< A0054 EMF 40 CONTAINMENT IODINE MONITOR 2.3COE+02 CPM i
- 11. A0012 EMF 35L UNIT VENT PARTICULATE 3.170E+01 CPM
- 12. F0129 EMF 37 DELTA COUNTS (0 - 5 MINUTES) 1.290E+00 CPM
- 13. P0130 EMF 37 DELTA COUNTS (5 - 10 MINUTES) 7.940E-01 CPM
- 14. P0131 EMF 37 DELTA COUNTS (10 - 15 MINUTES) ~3.340E-01 CPM
- 15. A0025 EMF 39L CONTAINMENT GAS MONITOR 5.660E+04 CPM
- 16. A0031 EMF 39H CONTAINMENT GAS MONITOR 1.330E+01 CPM Group: 40 ----------
ADDITIONAL INFORMATION -----------
- 1. A0092 IN-CORE TEMP G04 600 DEG F
- l. A0051 IN-CORE TEMP LO4 600 DEG F
- j. A0057 IN-CORE TEMP LOS 600 DEG F 4 A0033 IN-CORE TEMP J10 600 DEG F
- 5. A0081 IN-CORE TEMP N06 600 DEG F
< 6. A0087 IN-CORE TEMP N10 600 DEG F
- 7. A0063 IN-CORE TEMP L10 600 DEG F
- 8. A0104 IN-CORE TEMP G12 600 DEG F
- 9. A0050 IN-COPE TEMP COB 600 DEG F
- 10. A0030 IN-CORE TEMP C04 600 DEG F
- 11. A006T IN-CORE TEMP E02 600 DEG F
- 12. A00G6 IN-CORE TEMP G02 600 DEG F
- 13. A0116 IN-CORE TEMP J02 600 DEG F
- 14. A0075 IN-CORE TEMP N04 600 DEG F
- 13. A0093 IN-CORE TEMP N12 600 DEG F
- 16. A0039 IN-CORE TEMP J14 600 DEG F
- 17. A0110 IN-CORE TEMP G14. 600 DEG F
- 10. A0080 IN-CORE TEMP E14 600 DEG F
- 19. A0056 IN-CORE TEMP C12 600 DEG F 1
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=-: DATE: 2/20/89- . TIME:0% 40 4 yy;-.;s--g-----------------------~~.----------------------
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, .y Q 1U Ac6eSi i NCtLOOPcA' WIDE-RANGE HOT LEG' TEMP; 567 DEGfF A h A06692 =NCiLOOP"B WIDE RANGE' HOT LEG TEMPJ 569.-DEG F
4W3/iA06701 UNCfLOOP C-WICE RANGE HOT LEG TEMP 560' DEG-F'. ~ b 568 DEGiFt
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M [42A0671u LNC LOOP-D WIDE RANGE' HOT LEG TEMP' , 4 L "O'.sA0700I' NC' LOOP A WIDE RANGE COLD-LEG' TEMP- ' 539 DEG"F' [, e 6W A0706 1NCLLOOPJD WIDE PANGE;CCLD LEG TEMP' "563? DEG F: l7 6A0711 NC1 LOOP C WIDE RANGE-COLD; LEG TEMP m~ 561 DEG F=. .J f@%*IGQA0718 g E94LP082G? NCtLOOPD 7WIDErRANGE COLD'LEGLTEMP 5 HIGHESTLIN-CORE T/C TEMP . 561, DEG FJ 569 :DEG.F1> fiDNP1b45t: LOWEST-NC SYSTEM-SUBCOOLING MARGIN -3 ~DEG F
~jQ1.1 HIP 1387-l lNC1 SYSTEM PRESSUREr BEST ESTIMATEa 1250 jPSIA ',' '3 , '.12.JA0713' LPZR PRESS'.CH.I. 1700= PSIG "
T W L13.CA0707J 'PIR' LEVEL CH'I 100%1% ,
@ M14N P01'64. RVLIS' TRAIN A UFPER' RANGE 'GO % '
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T e ]16. CA FLOWfTO S/G D - 267 GPM- w' {'[17C)A0977; P35 1[ TOTAL M/S. RELEASED DURING LAST 15 MIN -116952 LEM my.--------n.-----..~_.-------.----.----.--~- [GroupU15~ - " -.-"= AUXJLIARY SYSTEMS ------ -
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d'(20sLD2445 , ND PUMP:B:- ON-f%-p,- ---- ------- ----- --- .----- -- .....------- --- - -- y E3tG,rcupsl25, - - - i --- a CONTAINMENT SYSTEMS.
%; , gly A1499: ' . CONTAINMENT WIDE ' RANGE PRESS. TRAIN A+ 3- PSIG; "
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- OPERATING UNITS 140 DEG F W ;3 2A1418 _ CONTAINMENT SUMP ~ LEVEL A 0< FT
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9 --- - = -RADIATION 1 SYSTEMS - - - - - - - - . Toup A O-. g w s.sP0120: . EMF 48iREACTORLCOOLANT MONITOR 1.000E+07 CPM ~ + 12 r A130BE ' EMF 53A: CONT.HIGH RANGE MONITOR'TR..A' 1.100E+02:~R/HR 473EA13141 GMF53D: CONT HIGH RANGE MONITOR 1R EB.. 1 1.200E+02 R/HR i : 4 '. i A 1 3 k 5 EMF 54< UNIT VENT-EXTa. RANGE MONITOR- 4.980E+01 R/HR 9.390E+03' CPM: I f ' 35. [AO%" EMP37 f UNIT VENT IOUINE' MON 110R- 9;330E+03
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~ UPPER WIND GPEED 4.,11' MPH LOWER WIND' SPEED 5 MPH:
d.9r>11CA0403!(d j'R n<3R A0404i CUPPER: WIND [2 VA04G5: DIRECTION 36 DEG $W 4.lA04891 LOWER WIND DIRECTION, 38 DEG % LS.JA1127E ! BAROMETRIC PRESSURE 30.171 IN HG-4; S6EA0490l . AMBIENT' AIR D/T ELEV.662 & ELEV.762 - 0. 4 DEG C-DEG C, M 74 Al17R -' AMBIENT AIR TEMP'AT ELEV Ss2 -3.5 p- '140,0 A049K DEWPOINT -5.4 DEG C-N "I9k.NOS95 LFRECIPITATIONf1N LAST'15 MIN O IN u d10.JA11101 SIGMA.-THETA'- LWR WIND DIR._STD DEV 9.5 DEG M116AL104? CUNIT VENT STACK FLOW 14390 CFM ' W' im 1 h P14G3 - RL LINES A+B' TOTAL' AVG DISCHARGE FLOW S3500 GPM 7p i+ SI L r * ]jl"
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~
, d Gr6up L 39. ;--------- _ .HP DOSE _ASSESMENT- -----------
'+ S1;:A1008 ' EMF 26 ' STEAMLINE = A i RADI ATION .. MONITOR - 9.980E-03 R/HR 4 -L;kP0596l S/G'A MAIN STEAM'REL./IN LAST 15 MIN 2.235E+04 ,LBM .[
j3C AiO14: LEMF27JSTEAMLINE B RADIATION' MONITOR' 9.900E-03' R/HR j c % P0597 S/G-B MAIN STEAM'REL. INLLAST.15' MIN. 3.602E+04 LBMi 9 cSkA1020 EMF 28:STEAMLINE~C RADIATION MONITOR 9 940E-05 'R/HR ' j
- 6. P0590l 5/G.C' MAIN STEAM'REL. IN LAGTL15 MIN 3.76Bfi+04 LBM i s h7.iA1026' EMF 09 STEAMLINE-D RADIATION MONITOR 9.910E-03~'R/HW '
, 6.aPOS99 8/G D-MAIN: STEAM.REL.'IN LAST 15 MIN 2.093E+04 LDM
' MAIN S'TM EMF AVG DURING PREV 15, MIN' 9.940E-03 ,R/HR i 19..c. P0132 --
0104;A0054lMEMF40 CONTAINMENT. IODINE ~ MONITOR 7.700E+06 CPM- ,
"Ali?A0012 ' EMF 3SL UNIT VENT PARTICULATE 2.970E+05 ~ CPM. '
i M 512:.zP0129 TEMF37-DELTA COUNTS-(O'- 5 MINUTES). 7.940E-01 CPM ') I 13.!P0130 , t'MF37 DELTA ~ COUNTS;(5 - 10 MINUTES) -3.340E-01 CPM d
'14.'P0131 EMF 37/ DELTA COUNTS '(10 - 15 HINT 1TES) 9.330E+03 CPM !
i '15.JA00 5 EMF 391,. CONTAINMENT GAS MONITOR 1.000E+07 CPM .I O ?16. A0001- EMF 39H CONTAINMENT GAS MONITOR 9.560E+05 CPM d w .----- .
]l
; Group:M40. 7---------
- ADDITIONAL'INFORMATION- ----------- l 1
C .1. LA0092' IN-CORE TEMP'G04 569 .DEG F-IN-CORE TEMP LO4 569 DEG F ([M).;A0051
. ' A0057- It6 CORE TEMP LOG 569 'DEG F '!
<1 s4hA0031 .IN-CORE > TEMP J10: 569 DEG'F-
.5hA0001 IN-CORE. TEMP N06- 569 DEG F ,
.6.nA0087 xIN-CORE TEMP.N10 569 DEGiF >
s 4 17 ,4 A0063: -IN-CORE TEMP L12 569 -DEG~F . 1
,lSh 40104. IN-CORE 1 TEMP G12 569-:DEGiF
, 19.cA0050 IN-CORE 4 TEMP COG 569: DEG F ,)
g , ;10.-A0030'- IN* CORE: TEMP C04 569 DEG F J
^
11i.A0062: -IN-CORE TEMP'E02 S69 DEG F
, 212b A0006c IN-CORE TEMP G02 569 - -DEG-F' j ,, E 1 3 '. i A 0 1'1 6 : "IN-COhE: TEMP J02 569: DEG F "'
E' l14'.D A007 5 - IN-CORE TEMP N04 569 DEG'F i h 's1S.)A0093; IN-CORE TEMP N12 569: DEG F 0 {m /16i?A00392 'IN-CORE.' TEMP ~J14 560 DEG F
- 17;dA0110; IN-CORE TEMP G14- 569 DEG F- ,
#)
k JI8.-A0000 IN-CORE TEMP E14 569 DEG F " N 4 19;LA0056- !IN-CORE TEMP.C12 So9 DEG Fj j u ; $h 0L ? q; , i w , v yn mi O f ' N. w S t
+
r . 6 , - r. u { l1 i
y [m. Mit y 4 RDT501 DUKE POWER COMPANY UNIT: CNS 1 PAGE: 1 DATE: 2/20/S8 TIME 09:45
'r wp: 05 - - - - - - - - - -
PRIMARY SYSTEMS - - - - - - - - - 1: A066G NC LOOP A WIDE BANGE HOT LEG TEMP 566 DEG F 2c A0669 NC LOOP B WIDE EmNGE HOT LEG TEMP 566 DEG F
-33 A0670 NC LOOP.C WIDE RANGE HOT LEG TEMP 566 DEG F 4: A0671 NC LOOP D WIDE RANGE HOT LEG TEMP 566 DEG F Sr A0700 NC LOOP A WIDE RANOE COLD LEG TEMP 550 DEG F 6 0 A0706 NC LOOP D WIDE FANOE COLD LEG TEMP 557 DEG F 7 A0712 NC LOOP C WIDE RANGE COLD LEG TEMP 557 DEG F Ge -A0718 NC LOOP D WIDE RANGE COLD LEG TEMP 556 DEG F 9 P0828 5 HIGHEST IN-CORE T/C TEMP 570 DEG F
- 10. P1545 LOWEST NC SYSTEM SLIBCOOLING MARGIN 7.5 DEG F p '11, P1389 _NC SYSTEM PRESSURE. BEST ESTIMATE 1302 PSIA
[ 12. A0713 PZR PRESS CH I 1700 PSIG f- 13. A0707 PZR LEVEL CH I 100 % h 14 P0164 RVLIS TRAIN A UPPER RANGE 81 %
- 15. D2037 REACTOR COOLANT FUMP A OFF
.16. D20G5 REACTOR CDOLANT PUMP B OFF
'17. D2038 REACTOR COOLANT PUMP C OFF tGe D20B6 REACTOR COOLANT PLIMP D OFF 19 A1214 CVCS BORON METER CONCENTRATION ***** PPM SOURCE RANGE LEVEL CHANNEL 1 100 CPS 9,A1240 A0766 INTERMEDIATE RANGE LEVEL CHANNEL 1 1.0000E-11 A 22 P0738 POWER RANGE AVG LEVEL AVG 0 %
Group: 10 - - - - - - - - - - - SECONDARY SYSTENS
- 1. A0674 S/O A WIDE RANGE LEVEL (73%) 65 % J 2..A0630 S/G D WIDE RANGE LEVEL (73%) 22 %
- 3. A0666 S/G C WIDE RANGE LEVEL (73%) 24 %
- 4. 40692 S/G D WIDE RANGE LEVEL t .*? ) 15 %
- 5. A0723 S/G A STEAM PRESS CH 41 1110 PSIG
- 6. 40720 S/G B STEAM PRESS CH M1 1077 PSIG
- 7. A0735 3/G C STEAM PRESS CH 41 1077 PSIG G. 40741 S/G D STEAM PRESS CH #1 1085 PSIG 9, F0154 S/O A FEEDWATER FLOW CH 1 0 MPPH 10 P0156 S/G B FEEDWATER FLOW CH 1 0 MPPH
- 11. F0153 S/G C FEEDWATER FLOW CH 1 0 MPPH
- 12. P0160 S/G D FEEDWATER FLOW CH 1 0 MPPH 10c A0974 CA FLOW TO S/O A 258 GPc1 14 409'.75 CA FLOW TO S/G B 490 GPM
- 15. A0976 CA FLOW TO S/G C 495 GFM I
[ L 16, A0977
- 17. F0614 CA FLOW TO S/G D TOTAL M/S RELEASED DURING LA3T 15 MIN 175428 267 GPM LBM f
_ . . ~ . . . _ _ _ . _ . . _ _ _ _ _ . . _ _ . _ . _ _ - _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ . . . _ _ _ _ _ _ _ - . . _ _ _ . - . . Group: 15 - - - - - - - AUXILIARY T/S' EMS - - - - - - - - - - l
- 1. A0452 NV LETDOWN FLOW 0 GPM i A1262 FW5T LEVEL CH 1 88.16 % f G.A101;.'. BNSWP LEVEL 571.G4 FT 4 AOSBs 4RV BLIS ETA VOLTS 4.37 KV
'5. A0575 4RV PUS ETB VOLTS 4.27 FV
.c
v ~; _T ORDTS01 DUKE POWER COMPANY UNIT: CNS 1 PAGE: 2 DATE: 2/20/59 TIME: 09: 45 Group: 20 ---------- SAFETY INJECTION SYSTEMS -----------
- 1. A0020 CHARGING LINE FLOW CONTROL 0 GPM 2o -D2450 CENTRIFUGAL CHARGING PUMP A ON
- 3. D2440 CENTRIFUGAL CHARGING PUMP B ON 4e P1325 NC' SYSTEM TOTAL EMER. INJECTICN FLOW 405 GF M 52 02456 NI PUMP A ON
- 6. D2446 NI PUMP B ON
- 7. A0902 ND HX A OUTLET FLOW 0 GPM
- 8. A0908 ND HX D OUTLET FLOW 0 GPM J. D2455 ND PUMP A OFF 102 D2445 ND PUMP B ON Group: 25 - - - - - - - - - -
CONTAINMENT SYSTEMS - - - - - - - -
- 1. A1499 CONTAINf1ENT WIDE RANGE PRESS. TRAIN A 2.4 PSIG s 2. P1500 UPPER CONT AVG TEMP - OPERATING LINITS 130 DEG F 3< A1418 CONTAINMENT SUMP LEVEL A 1.5 FT 4 A0939 CONTAINMENT HYDROGEN CONCEN TRAIN A *0FFSCALEt */.
- 5. D2440 NS PUMP A OFF
- o. D2438 NS PUMP B OFF
_ __. - . ____ ___.__.-_ _ _ _ _ __ _..__ _ _ . ____ ~ . Mup ?.0 - - - - - - - - - - - - RADIATION SYSTEMS - - - - - - - - - - - n' POI 28 EMF 48 REACTOR COOLANT MONITOR 1.000E+07 CPM
- 2. AI308 EMF 53A CONT HIGH RANGE MONITOR TR. A 2.030E+02 R/HR
- 3. A1314- Et1F53B CONT HIGH RANGE MONITOR TR. B 2.080E+02 R/HR
- 4. Al?!S EMFS4 UNIT VENT EXT, RANGE MONITOR 9.180E401 R/HR S. A004G EMF 37 UN!T VENT LODINE MONITOR 9.340E+03 CFM o, F1G22 LM C7 DELTA COUNTS LAST 15 MINUTES 9.290E+03 CPM
- 7. A00LC EMF 36L UNIT VENT GAS MONITOR 1.000E+07 CPM
- 3. M014 EMF 36H UNIT VENT GAS MONITOR 4.660E404 CPM Groups ~. 5 - - - - - - -
ENVIRONMENTAL SYSTEMS - - - - - - -
-1. A04G3 UFFER WIND SPEED 9.6 MPH
- 2. A04BS LOWER WIND SPEED 4.9 MPH
- 3. 404G4 UPPER WIND DIRECTION 3S DEG
- 4. ..04G9 LOWER WIND DIRECTION 40 DEG
- 5. A1127 BAROMETRIC PRESSURE 30.17 IN H3
- 6. A0490 AMBIENT AIR D/T ELEV 662 & ELEV 762 -0.38 DEG C ,
7 41172 AMBIENT AIR TEMP AT ELEV 6o2 -- 3 . 6 DEG C
- 8. A0496 DEWPOINT -5.4 DEG C 9, P0595 . PRECIPITATION IN LAST 15 MIN O IN f 10. All10 91GMA THETA - LWR WIND DIR, STD DEV D.9 CEG
' 11. AL104. UNIT VENT STACK FLOW 14701 CFM
- 12. P1483 RL LINES A4B TOTAL AVG DISCHARGE FLOW 53500 GFM
.y i~*~~'"" .-
m34 (.{.. p. I -- l t y n' g, ' %s :. _y8
+
RDTSa1I
, DUKE POWER COMFANY ,UNITtICNS 1 ,FAGE: .3 DATE: 2/20/88 ,
TIME 09:45- , y----------.--------------------------------------------------------- Croupts39 - - - - - - - - - - HP DOSE ASSESMENT.. -----~~---m. .. ; A+ '1 :. A1008 ' JMF26 STEAMLINE A RADIATION MONITOR = 9.980E-03 R/HR >
;2iP05961 S/GDA MAIN STEAM REL. IN LASTL15 MIN -3.349E+04 .LBM '
,:3. A1014 - EMF 27 STEAMLINE.B RADIATION MONITOR 9.920E R/HR
- 4. P0597 ;S/G,B MAIN STEAM REL. IN LAST 15' MIN' 5.402E+04 LBM
. 5.'A1020 . EMF 28 STEAMLINE C RADIATION MONITOR- 9.940E-03 R/HR ,
5.653E+04 LBM 6(* P0598. E7. A1026' - S/G:C ' EMF MAIN _ STEAMD REL. 29 STEAMLINE IN'LASTc15LMIN RADIATION MONITOR, 9.910E-03' R/HR:
~
- - 8 .' P 0 5 9 9
- 5/G.D MAIN STEAM REL. IN LAST 15 MIN
- 3.139E404- LBM ,
,@. ~P0132 )
MAIN STM EMF AVG DURING PREV.15 MtN 9.940E-03 R/HR' '
- 310i LA0054 LEMF40 CONTAINMENT IODINE MONITOR- -7.650E+06- CPM ,
; J11'.LA0012 EMF 35L UNIT VENT PARTICULATE 2.900E+03- CPM ,
12.-P0129 . EMF 37 DELTA COUNTS-(0~~ 5 MINUTES) -3.340E-01 CPM L13, P0130 EMF 37 DELTA; COUNTS (5 - 10 MINUTES) 9.330E+03- CPM 1 114.: P0131. EMF 37 DELTA COUNTS (10 - 15 MINUTES) -4.270E+01 CPM :
'15. A0025; ' EMF 39L CONTAINMENT-GAS MONITOR 1.000E+07 CPM ,
16.-A0031 -EMF 39H CONTAINMENT GAS MONITOR 9.440E+05 CFM'
, Groups'40' -
'----- -+- ADDITIONAL'INFORMATION -----------
J...A0092 IN-20RE TEMP G04 570 DEG F- : y K.A0051 {16-CORE TEMP LO4 570 ~DEG F ( JLEA0057' IN-CORE TEMP LOS- 570 DEG F-4 WA0033- IN-CORE TEMP J10 570 DEG F:
- 5. A0081 IN-CORE: TEMP N06 570 1DEG F 6..A0087' IN-CORE: TEMP N10. :570 DEG F l 17 ~. A0063 IN-CORE 1 TEMP ~L12 570 DEG F- g l
.8;;A0104 IN-CORE TEMP-G12 570 -DEG F
,,9.KA0050- IN-CORE TEMP C08 570 .DEG F
- 10.aA0038 IN-CORE TEMP.C04 570 .DEG F ,
11.JA0062 'IN-CORE TEMP E02 370- DEG'F !
'12. A00G6' IN-CORE TEMP G02 570 DEG F j
'13.'A0116 IN-CORE TEMP-J02 570 DEG F- ]
l14...-A0075 JIN-CORE TEMP:N04- 570 DEG F. , ( s f13.;A0091 =IN-CORE TEMP N12 570 DEG F ; L16~140039~ IN-CORE TEMP J14 570 DEG F- } 17.~.A0110' IN-CORE TEMP G14- 570 DEG F' l
- 18. 40090 IN-CORE TEMP E14 570- DEG FJ ~l 119.JA0056 '
IN-CORE TEMP'C12 570' CEG F. It , h ys ~
- p
- .' \vll._ , ,
2ha i
+
?
i -
;~ C. -
> + . - . _.
y ex . n
'RDT501 DUKE POWER COMPANY UNIT: CNS 1 PAGE: 1 DATE: 2/20/8G TIME : 07 : N Group: 05 - - - - - - - - - PRIMARY SYSTEMS - - - - - - - - - -
- 1. A0668
. NC LOOP A WIDE RANGE HOT LEG TEMP 562 DEG F
- 2. A0669 NC LOCF B WIDE RANGE HOT LEG TEMP 5e2 DEG F
- 3. A0670 NC LOOF C WIDE RANGE HOT LEG TEMP 562 DEG F 43 A0671 NC LOOP D' WIDE RANGE HOT LEG TEMP 562 DEG F Ss A0700 NC LOOP A WIDE RANGE COLD LEG TEMP 547 DEG F
- 6. A0706 NC LOOP D WIDE RANGE COLD LEG TEMP $52 DEO F
- 7. 40712 NC LOOP C WIDE RANGE COLD LEG TEMP 552 DEG F
- 8. A0710 NC LOOP D WIDE RANGE COLD LEG TEMP 556 DEG F
.9. P0820 5 HIGHEST I N- CORE T/C TEMP 565 DEG F 10..P1545 LOWE9T NC SYSTEM GUBCOOLING MARGIN 14.4 DEG F
- 11. P1389 NC SYSTEM FRES3URE. BEST EGTIMATE 1320 PSIA
- 12. A0713 -P7R PRESS CH I 1700 PSIG
- 13. A0707 PZR LEVEL CH I 100 */.
- 14. P0164 RVLIS TRAIN A UPPER RANGE 01 %
- 15. D2037 REACTOR COOLANT PUMP A OFF
- 16. D2005 REACTOR COOLANT PLIMP B 0FF 17 D2038 REACTOR COOLANT PUf1P C OFF
- 18. D2006 REACTOR COOLANT FUMP D OFF 19 A1214 CVCS BORON METER CONCENTRATION ***4* PPM
- l. A1240 SOURCE RANGE LEVEL CHANNEL 1 10 CPS G.1. A0766 INTERMEDIATE RANGE LEVEL CHANNEL 1 1.0000E-11 A
- 22. P0738 POWER RANGE AVG LEVEL AVG 0 %
Group 10 - - - - - - - - SECONDARY SYGTEMS
- 1. A0674 9/G A WIDE RANGE LEVEL (73%) 66.5 %
L'A0500 G/G B WIDE PANGE LEVEL ( ~75% ) "0
'4 74 A0696 S/G C WIDE RANGE LEVEL 173%) 33 %
- 4. A0692 5/G D WIDE RANGE LEVEL ( 7 3*'. ) 20
- 3, A0723 S/G A STEAM PRESS CH 41 1107 PSIG
- 6. A0729 S/G B STEAM PRESS CH #1 1074 PFIB 7, A07~.S S/G C STEAM PRESS CH #1 1C"4 PSIG G. A0741 S/G D STEAM PRESE CH #1 10E4 PEIO
- 9. F0154 S/G A FEEDWATER FLOW CH 1 0 MPPH
- 10. P0156 S/G B FEEDWATER FLOW CH .1 0 MPPH
- 11. P0153 S/G C FEEDWATER FLOW CH 1 0 NFFH
- 12. P0160 S/G D FEEDWATER FLOW CH 1 0 t1PF H
- 13. A0974 CA FLOW TO S/G A 244 GFM
- 14. 40975 CA FLOW TO S/G B 514 GPM 15.-A0976 CA FLOW TO S/G C S09 GPM I ;16. A0977 CA FLOW TO S/G D 259 sf'r1
- 17. P0614 TOTAL M/S RELEASED DURING LAST 13 MIN 1754 8 LBM
- . - . - - . . - _ . . . . - - - _ . . - _ _ . _ _ . ~ . - - - _ . . . . - - - - - - _ _ _ - - - _ - . - - - - -
Group 15 - - - - - - - - - AUtILIARY SYSTEM 3 - - - - - - - - -
- 1. A0452 NV LETDOWN FLOW 0 GPM
' . Al'1 67 FW37 LEVEL CH 1 74.11 .
- 4. 41013 SNSWP LEVEL ';71.74 FT >
- 4. A05Sh 4KV DU3 ETA VOLT 3 4.77 bV
- 5. A0575 4UV BUS FTD VOL*!S 4.27 kV
..DTS01' DUKE POWER COMPANY UNIT CNS 1 PAGdt 2 DATE: 2/20/SR TIME 09:50 Groups 20 ---~~----- SAFETY INJECTION SYDTEMS -----------
le A0820 CHARGING LINE FLOW CONTROL 0 GPM 2e D2450 CENTRIFUGAL CHARGING PUMP A ON
- 3. D2440 CENTRIFUGAL CHARGING PUMP B ON 4s P1325 NC SYSTEM TOTAL EMER. INJECTION FLOW 400 GPM 5, D2456 NI PUMP A~ ON
- 6. D2446 NI PUMP B ON
- 7. A0902 ND HX A OUTLET FLOW 0 GFM B...A0908 ND HX B OUTLET FLOW 0 GPM J. D2455 ND PUMP A CFF
- 10. D2445 ND PUMP B ON Group: 25 ----------
CONTAINMENT SYSTEMS -----------
-1. A1499 CONTAINMENT WIDE RANGE PRESS. TRAIN A 1.2 PSIG
- 2. P1500 UPPER CONT AVG TEMP - OPERATING UNITS 119 DEG F
- 3. A1418 CONTAINMENT SUMP LEVEL A 2 FT
- 4. A0939 CONTAINMENT HYDROGEN CONCEN TRAIN A 40FFSCALE4 */.
-5. D2443 N3 PUMP A OFF
- 6. D2438 NS PUMP D OFF Joups 30 ----------
RADIATION SYSTEMS -----------
- a. P0128 EMF 40 REACTOR COOLANT MONITOR 1.000E+07 CPM
- 2. A1300 -EMF 33A CONT HIGH RANGE MONITOR TR. A 2.740E+02 R/HR
- 3. A1314 EMF 52B CONT HIGH RANGE MONITOR TR. B 2.760E+02 R/HR 4 A1315 EMF 54 UNIT VENT EXT. RANGE MONITOR 1.250E+02 R/HR D. A004G EMF 37 UNIT VENT IODINE MONITOR 9.300E+03 CPM
- 6. P1822 EMF 37 DELTA COUNTS LAST 15 MINUTES C.250E+03 CPM
- 7. A0013 EMF 36L UNIT VENT GAS MONITOR 1.000E+07 CPM
- 0. A0019 EMF 06H UNIT VENT GAS MONITOR 4.640E+04 CPM Group: 35 - - - - - - - - - - ENVIRONMENTAL SYSTEMS - - - - - - - - - - - -
- 1. A0483 UPPER WIND SPEED 8.6 MPH 2.'A0485 LOWER WIND SPEED 4.9 MPH
' . . A0484 UPPER WIND DIRECTION 38 DEG
- 4. A0499 LOWER WIND DIRECTION 40 DEG
- 9. A1.127 BAROMETRIC PRESSURE 30.17 IN HG
- 6. A0490 AMBIENT AIR D/T ELEV 662 & ELEV 762 -0.38 DEG C 7.-A1172 AMBIENT AIR TEMP AT ELEV 662 -0.6 DEG C
- 8. A0496 DEWPOINT -5.4 DEG C 9 ,. POS45 PPECIPITATION IN LAST 15 MIN O IN h (10. A1110 SIGMA THETA - LWR WIND DIR. STD DEV G.9 DED
- 11. A1104 UNIT VENT STACK FLOW 14820 CFM
- 12. P1483 RL LINES A+B TOTAL AVG DISCHARGE FLOW 53500 GPM x
ymn~ r RDTS01 DUKE POWER COMFANY UNIT: CNS 1 PAGE: 3 } , DATE: 2/20/88 TIME:00: 50 l Groups 39. - - - - - - - - - HP DOSE ASSESMENT ----------- 10 A1000 EMF 26 GTCAMLINE A RADIATION MONITOR 9.980E-03 R/HR 20 P0596 G/G A MAIN STEAM REL. IN LAST 15 MIN 3.349E+04 LDM 3, A1014 EMF 27 STEAMLINE B RADIATION MONITOR 9.920E-03 R/HR l 4s P0597 S/G B MAIN STEAM REL. IN LAST 15 MIN 5.402E+04 LDM
! Se A1020 EMF 29 GTEAMLINE C RADIATION MONITOR 9.940E-03 R/HR
- 6. P059G S/G C MAIN STEAM REL. IN LAST 15 MIN 5.65;E+04 LBM n 7. A1026 EMF 29 STEAMLINE D RADIATION MONITOR 9.910E-03 R/HR i- ;. P0599 S/G D MAIN STEAM REL. IN LAST 15 MIN 3.134E+04 LBM
. P0132 MAIN STM EMF AVG DURING FREV 15 MIN 9.940E-03 R/HR E 103 A0054 EMF 40 CONTAINMENT IODINE MONITOR 7.650E+06 CFM L 'l l . A0012 EMF 35L UNIT VENT PARTICULATE 2.930E+02 CPM
[ 123 P0129 EMF 37 DELTA COUNTS (0 - 5 MINUTES) 9.'.30E*03 CPM
- 13. F0130 EMF 37 DELTA COUNTS (5 - 10 MINUTES) -4.270E+01 CPM 14 P0131 EMF 37 DELTA COUNTS ( 10 -- 15 M I NUTE S ) -3.740E*01 CPM
- 15. A0025 EMF 9L CONTAINMENT GAS MONITOR 1.000E+07 CPM
- 16. A0031 EMF 34H CONTAINMENT GAS MDNITOR 9.440E*05 CPM L
Group 40 --- ------ ADDITIONAL INFORMATION ----------- 2 A0092 IN -CORE TEMP 004 565 DEG F
, A0051 IN-CODE TEMP LO4 565 DEG F
. A0057 IN CORE TEMP LO9 565 DEG F
~; . A00:3 IN-CORE TEMP J10 565 DEG F
- 5. A0081 IN-CORE TEMP N06 565 DEG F i 6c A0087 IN-CORE TEMP N10 565 DEG F
- 7. A0063 IN-CORE TEMP L12 565 DEG F O. A0104 IN-COPE TEMP G12 565 DEG F 9 A0050 IN-CORE TEMP COB 5e5 DEG F
- 10. A00'8 IN-CORE TEMP C04 565 l'EG F lt A006.' [N-CORE TEMP E02 5:25 DEG F
- 12. A0066 IN-CORE TEMP G02 565 DEG F
- 13. A0116 IN-CORE TEMP J02 365 DEG F i
- 14. A0075 IN-ECRE TEMP N04 565 EEG F
- 15. A009 '. IN-CORE TEMP N12 555 DEG F
- 16. A0039 IN-CORE TEMP J14 565 DEG F 17, A01t0 IN-CORE TEMP G14 363 DEG F
- 18. A0000 IN-CORE TEMP E14 5 6 '.= DEO F
- 19. A00S6 IN-CORE TEMP C12 "6S DEG F n
h w 5
w, --- RDT501 DUKE FOWER COMFANY UNIT: CNS 1 PAGE: 1 DATE: 2/20/89 TIMEi07: 55
. - - - - - - . - - - - - - - - - - - - . . - - - - - - ~ ~ - - - - - - - - - - - - - - - - - - - - - - - - - - - _ - - - - -
roup 05 ---------- FRIt%RY SYSTEMS - - - - - - - - - - - - 1? A066G NC LOOP A WIDE RANGE HOT LEG TEMP 553 DEG F
- 2. A0669 NC LOOP B WIDE hANGE HOT LEG TEMP 55G DEG F 3c A0670 NC LOOP C WIDE RANOE HOT LEG TEMP 558 DEG F
.. A0671 NC LOOP D WIDE RANGE HOT LEG TEMP 559 DEG F
- 5. A0700 NC LOOP A WIDE RANGE COLD' LEG TEMP 546 CEG F 6 A0706 NC LOOP D WIDE RANGE COLD LEG TEMP 550 DEG F 7e A0712 NC LOOP C WIDE RANGE COLD LEG TEMP 551 DEG F G A0718 NC LOOP D WIDE RANGE COLD LEG TEMP 554 DEG F 9 #. P0928 5 HIGHEST IN-CORE T/C TEMP 560 DEG F 10c P1545 LOWEST NC SYSTEM SUBCOOLING MARGIN 18 DEG F
'II. P1389 NC-SYSTEM PRESSURE, BEST ESTIMATE 13.12 FSIA 120 A0713 PZR PRESS CH I 1700 PSIG 13s A0707 PZR LEVEL CH I LOO %
- 10. P0164 RVLIS TRAIN A UPFER RANGE 100 %
15.-D2037 REACTOR COOLANT PUMP A OFF l'3 D20G5- REACTOR COOLANT PUMP D OFF 173 D2038 REACTOR COOLANT PUMP C OFF
'18, D2006 REACTOR COOLANT PUMP D OFF 49.-A1214 CVCS DORON METER. CONCENTRATION 14444 PPM A1248 SOURCE RANGE LEVEL CHANNEL ~1 10 CPS
- 9. 3. . 40766 INTERMEDIATE RANGE LEVEL CHANNEL 1 1.0000E-1.1 A
- 22. P07".O POWER RANGE AVG LEVEL AVG 0 %
-Group: 10 - - - - - - -
SECONDARY SYSTEMG 1- A0674 S/O A WIDE RANGE LEVEL (73%) 67 .
- 2. A0600 G/G D WIDE RANCE LEVEL (73%) 37 %
- 3. A0636 S/G C WIDE RANGE LEVEL (73%) 37 %
- 4. A0692 9/G D WIDE RANGE LEVEL (73%) 23 %
$c A0723 S/G A STEAM FRESS CH 41 1079 PSIO
- 6. A0729 S/G D STEAM PRESS CH 81 1020 PSIG
- 7. A073S S/G C STEAM PRESS CH #1 1046 PSIG O.'A0741 9/G D STEAM PRESS CH 411 1056 PSIG C. F0l54 S/G A FEEDWATER FLOW CH 1 0 MPPH
- 10. P0iS6 S/G B FEEDWATER FLOW CH 1 0 MPFH
- 11. P0159 S/G C FEEDWATER FLOW CH-1 O MPPH
- 12. P0160- S/G D FEEDWATER FLOW CH 1 0 HPPH
- 13. A0974 CA FLOW TO S/G A 0 GPM
- 14. A0975 CA FLOW TO S/G B 409 GPM
- 15. A0976 CA FLOW TO S/G C 276 GPM I. 16. A097 ~' 'CA FLOW TO G/G D 70 GPM 17, PO614 TOTAL M/S RELEASED DURING LAST 15 MIN le39Es LEM Group 13 - - - - - - - - - -
AUXILIARY SYSTEMS - - - - - - - - - -
.t . A0452 NV LETDOWN FLOW 0 GPM
. A1262 FWST LEVEL CH 1 e4.19 %
4 A1013 SNSWP LEVEL 51.94 FT
-4. A0586 4F.'V BUS ETA VCLTS 4.37 kV 5.!A0575 4KV DUS ETB VOLTS 4.27 i:V
'RDT501 DUKE POWER COMPANY UNIT: CNS 1 .PAGE: 2 DATE: 2/20/E6 TIME 304:55 Group: 20 - - - - - _ - - - SAFETY INJECTION SYSTEMS - - - - - - - -
ic A0820 CHARGING LINE FLNW CONTROL 0 GPM 2, D2450 CENTRIFUEAL CHARG'.NG PUMP A ON
- 3. D2440 CENTRIFLIGAL CHAPGING PUMP B ON 4 P1325 NC SYSTEM TOTAL EMER. INJECTION FLOW 395 GPM
- 5. D2456 NI PUMP'A ON
- 6. D2446 NI PUMP D ON
- 7. A0902 ND HX A OUTLET FLOW 0 GPM O. A0908 ND HX B OUTLET FLOW D GPM
- 9. D2455 ND PUMP A OFF I0. D2445 ND PUMP G ON Group: 25 ----------
CONTAINMENT SYSTEMS -----------
- 1. A1499 CONTAINMENT WIDE RANGE PRESS. TRAIN A 0.5' PSIG
- 2. P1500 UPPER CONT AVG TEMP - OPERATING UNITS 109 DEG F
- 3. A141G CONTAINMENT SUMP LEVEL A 2.7 FT 4 A0939 CONTAINMENT HYDPOGEN CONCEN TRAIN A 40FFSCALE4 %
- 5. D244G N3 PUMP A OFF
- 6. D2438 NS PUMP D OFF oup: "O - - - - - - - -
RADIATION S'v5TEMS ----------
.- PO120 EMF 49 REACTOR COOLANT MONITOR 1.000E+07 CPM
- 2. A1308 EMF 53A CONT HIGH RANGE MONITOR TR. A 3.360E+02 R/HR 3..A1314 EMF 5~D CONT HIGH RANGE MONITOR TR. B 3.350E+02 R/HR 4..A1315 EMF 54 UNIT VENT EXT. RANGE MONITOR 1.110E402 R/HR
- 5. A0048 EMF 37 UNIT VENT IODINE MONITOR 9.230E+03 CPM
- 6. P1822 EMF 3'? DELTA COUNTG LAST IS MINUTES -1.500E+02 CPM
- 7. A0013 EMF 36L UNIT VENT GAS MONITOR 1.000E+07 CFM O. A0019 EMF 36H UNIT VENT GAS MONITOR 4.620E+04 CPM Oroups 35 -----
ENVIRONMENTAL SYSTEMS - - - - - - - - - - - -
- 1. A0403 UPPER WIND SPEED 9.9 MFH
- 2. A0405 L OWER WIND SPEED ': . G MPH ,
- 3. A04G4 UPPER WIND DIRECTION 4S DEG 4 A0489 LOWER WIND DIRECTION 41 DFG
- 5. A1127 BAROMETRIC PRESSURE 30.172 IN HG
- 6. A0490 AMBIENT AIR D/T FLEV 6e2 & ELEV 762 -0.30 DEE C
- 7. A1172 AMBIENT AIR TEMP AT ELEV 662 -'./ DEO C
- 0. A0496 DEWPOINT -D.3 DEG C 9..P0595 PRECIPITATION IN LAST 13 MIN O IN
) 10. - M 1.10 SIGMA THETA - LWR WIND DIR. STD DEV 3.9 DEC 11.'AL104 UNIT MNT STACF FLOW 12!20 CFM
- 12. P1403 RL LINES A+B TOT AL WG DISCHARGE FLOW S.'500 GF M G -; i
t lI;
..DT501 -DUKE POWER COMPANY UNIT: CNS 1 PAGE: 3' DATE: 2/20/SG TIME:09:SS Group: 39 ---- ---- '
HP:DOCE ASSESMENT _ 1 'A1008: EMF 26 STEAMLINE A RADIATION MONITOR 9.980E-03 R/HR
- 2. POS96 S/G A MAIN STEAM REL. IN LAST 15 MIN 2.077E+04 LDM
- 3. A1014 EMF 27 STEAMLINE BJRADIATION MONITOR 9.920E-03 R/HR
- 4. POS97- -S/G B MAIN STEAM FEL. IN LAST 15 MIN- S.773E+04 LBM S'. A1020 EMF 28'STEAMLINE C RADIATION MONITOR 9.040E-03 R/HR
- 6. POS90 S/G C MAIN STEAM REL. IN LAST 15 MIN 5..96E+04 LBM
- 7. A1026 EMF 29 STEAMLINE D PADIATION MONITOR 9.910E-03 R/HR
- 8. POS99 S/G D MAIN STEAM REL. IN~LAST 15 MIN 3.2SSE+04 LEM
.9.-PO132 MAIN STM EMF AVG DURING PREV iS MIN 9.940E-03 R/HR
- 10. A0054 EMF 40 CONTAINMENT IODINE MONITOR 7.6SOE406 CPM
- 11. A0012 EMF 3SL UNIT VENT PARTICULATE 2.980E+02 CPM
.. 12. PO129 EMF 37 DELTA COUNTS (0 - S MINUTES) -4.270E+01 . CPM
- 13. P0130 EMF 37 LELTA COUNTS (S - 10 MINUTES) -3.740E+01 CPM
- 14. P0131 EMF 37 DELTA COUNTS (10 - 15 MINUTES) -7.210E+01 CPM
' 15. A002S. EMF 39L CONTAINMENT GAS MONITOR 1.000E+07 CPM
- 16. A0031 EMF 39H CONTAINMENT GAS MONIf0R 9.440E+0S CPM Group 40 - - - - - - ~ ~
ADDIfIONAL INFORMATION - - - - - - - - - - - - 1, A0092 IN-CORE TEMP 004 560 DEG F
. A0051 IN-CORE TEMP LO4 560 DEG F 4
. A0057 IN-CORE TEMP LOS 560 DEG F-
- 4. A0033 IN-CORE TEMP J10 360 DEG F Si A0081 IN-CORE TEMP N06 560 DEG F
- 6. A0087 IN-CORE TEMP N10 S60 DEG F 7.-A0063 IN-CORE TEMP L12 S=0 DEG F
- 10. A0104 IN-CORE TEMP G12 %0 DEG r
- 9. A00SO IN-CORE TEMP COG 560 DEG F
- .10. A0039 IU~ CORE TEMP C04 560 DEG F Ll. 4006? .N-CORE TEMP E02- 360 UEG F , 12. A0086 I N-t: )RE TEMP G02 S60 DEG F
- 13 . A0116. I: N E TEMP J02 5e0 DEG F
- 1 4 . ^ A C 0 7 5 IN-C.AE TEMP N04 5eO DED U 1S.-A0093 IN-LORE TEMP N12 560 DEG F
- 16. AGG39 IN-CORE TEMP J14 %D DEG'F
- 17. A0110 IN-CORE TEMP G14 MO OEG F
- 18. A0060 IN-CORE TEMP E14 Sea OEO F
- 19. A00h IN-CORE' TEMP C12 See DEG F
wpr m 3 J , ] R - 4 j "r RDiE01 DUKE POWER COMFANY UNIT: CNS 1~ PAGEl 1
*' DATE: 2/20/B8 TIME:10:00-
. , . - _ _ _ _ _ _ _ _ . _ _ _ _ _ . . . _ _ _ . _ _ . . _ _ . . . . _ _ ~ . . _ _ _ _ . _ _ , _ _ _ .
-Group: ~; r - --- PRIMARY SYSTEMS - - - - - - -
elm A0668 NC-LOOP,A WIDE RANGE-HOT LEG TEMP 555 DEG F a23: A0669 NC LOOP D. WIDE RANGE HOT' LEG TEMP- 555 DEG F
'. . 40670- NC LOOP C WIDE RANGE HOT LEG TEMP SSS DEG F J41;A0671 NC. LOOP D-WIDE RANGE HCT LEG TEMP' 555 .DEO F
& A0700 .NC LOOP A WIDE RANGE CCLD LEG TEMP 551 DEG F 6 A0706 NC LOOP B' WIDE RANGE COLD LEG TEMP SS1- DEG.F l 7, A0712 NC LOOD C WIDE RANGE COLD LEG TEMP 551 DEG-F B. A0718' NC LOOP'D WIDE RANGE COL.D LEO TEMP 551 DEG F 9 !P0820 S HIGHEST IN-CORE T/C TEMP SSS DEG'F 10.'P1545 LOWEST NC SYSTEM SUDCOOLING MARGIN 10- DEG F 11'..P1389 NC SYSTEM PRESSURE, DEST ESTIMATE 1300 PSIA 12,-A0713 PZR PRESS CH I 1700 PSIG L13 'A0707 PZR LEVEL CH I 100 %
- 14. P0164 'RVLIS' TRAIN A UPPER RANGE 100 % ;
.15. D2007 REACTOR COOLANT, PUMP A OFF
.16E D2005 . REACTOR COOLANT PUMP B OFF E17.:D2008 REACTOR. COOLANT PUMP C OFF
- 10. D2006 REACTOR COOLANT PUMP D OFF
- 19. A1214- CVCS DORON METER CONCENTRATIGN *4*** FPM A1248 SOURCE RANGE LEVEL CHANNEL 1 10 CPS 9a% t A0 766- lNTERMEDIATE RANGE LEVEL CHANNEL i 1.0000E-11 A
'02. ' P0738 . POWER RANGE AVG LEVEL AVG 0 %
'G'r o u p : 10. - - - - - - -
SECONDARY SYSTEMS j
.1, A0674 S/G-A WIDE RANGE LEVEL (73%) 67 % l O. A0eDO S/G'B WIDE RANGE LEVEL (75%) .45 % ;
- 3. A0606- S/G C-WIDE RANGE LEVEL (73%) 43 %
~4. A0692 S/G D WIDE RANGE LEVEL (73%) 38 %
- 3. A0723 S/G A STEAM PRESS-CH #1 .!O98 PSIG 6.,A0729 S/G B STEAM PRESS-CH M1 1999 PSIG i 7; A0735 3/G.C STEAM PRESS CH 41 1100 PS10 d
- 8. 00741 S/G D STEAM PRESS CH #1 1095 P9IG l
- 9.'PO154 S/G A FEEDWATER FLOW CH 1 0 MPPH ikr. P0156 S/G B FEEDWATER FLOW CH 1 0 MPPH a 11, P0150 S/G C FEEDWATER FLOW CH 1 0 MPPH 1 g -12. .P0160 S/G D FEEDWATER FLOW CH 1 O (1PPH - ;
(
- 13. A0974 CA FLOW'TO.S/G A 0 GPM .l
[ 14 A097D CA FLOW'TO S/G n 40" GRt ; 115,, A097 s CA FLOW TO ~3 / G C J ;76 GP1 1 t) ;16 3: A0977 -CA FLOW TO S/G D- ?70. OPM !
.17:. ' P0614 TOTAL M/S RELEASED DURING LAST 15 MIN 129729 LBM
['
~ (3 r ou pl 15
-1.~A0452 NV LETDOWN FLOW AUXILIARY SYSTEMS 0
GPM c '* , A1262 .FWST LEVEL CH l 57.89 % l A1013 SNSWP LEVEL 571.94 fT 4 A0586 4KV BUS ETA VOLTS 4.~7 KV
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e 9-RDT501. JDUKE POWER COMPANY UNIT: CNS 1 PAGE: ? 7 DATE: 2/20/88 TIME:10:00 roup 20' f---------- SAFETY INJECTION SYSTEMS - - - - - - - - -
- 1 A0020 CHARGING LINE' '? LOW CONTROL 0- GPM 2.fD2450 CENTRIFUGAL CHAh?.ING PUMP A ON 'l
' ,~~
D2440 CENTRIFUGAL-CHARGING PUMP B ON
. .4, P1325. NC GYGTEM TOTAL EMER. INJECTION FLOW 395 GPM
~ S .~ .D24 56 NI' PUMP.A' ON
, .6,D2446 NI PUMP D ON 7J A0902 ND HX A OUTLET FLOW 0 GPM
- 8. A0900 ND HX B OUTLET-FL.OW 0 GPM
% ~ D2455. ND PUMP A OFF 10: D2445 ND PUMP B- ON m..____..__________.,._____________.__._.__._...
Group 25 - - - - - - - - - - - - - - - CONTAINMENT SYSTEMS -----------
't 1, A1499 CONTAINMENT WIDE RANGE PRESS. TRAIN A 0.21 PSIG
- 2L P1500 UPPER CONT = AVG TEMP - OPERATING UNITS 95 DEG F .
3 5 A1410 CONTAINMENT SUMP LEVEL A 3.3 FT 4..A0939 CONTAINMENT HYDROGEN CONCEN TRAIN A tOFFSCALE4 */. 1
,S. D2440: NS PUMP A OFF NS PUMP D l 6.-D243G OFF m.ap: ' 30" - - - - - -
RADIATION SYSTEMS ------- j I
,. POL 28 EMF 48 REACTOR COOLANT MONITOR 1.000E+07 CPM
.24 A1300 EMF 53A CONT HIGH RANGE MONITOR TR. A- 3.960E+02 R/HR 5,'A1314 EMFS3B CONT-HIGH RANGE MONITOR TR. D 3.940E402 R/HR 4..A17.15 EMFS4 UNIT VENT EXT. RANGE NOMITOR .l.180E+02 R/Hk S, A0040 Ef1F37 UNIT VENT IODINE NONITOR 9,170E+03 CFM
- 6. P L8.7.' D1F: 7 DELTA COLINTS L.AST ib MINUTE 3 -1.660E+02 CPM
' ' . H001;? EMF 76L UNIT-VENT GAS MONITOR 1.000E+07 CPM H. e0019 EMFMH UNIT VENT GAS MONITOR 4.610&O4 CPM -
~
; u s.t p : .,5 - -- - - - -
ENVIRONMENTAL SYSTEMS --- -- 1 1.. A0407 . UPPER WIND GPEED 9.9 NPH 2,"A0405 L.OWER WIND SPEED J.9 MPH
- 3. A0404: UPPER WIND DIRECTION 43 DEO i
- 4. A0409 LOWER WIND DIRECTION 41 DEG
%, A1127 BAROMETRIC PRESSURE 30.172 IN HG f i
6, A0490 .AMDIENT AIR D/T ELEY 6c2 & ELEV 762 0. M:s DO C i t P 17 . .A1172 AMBIENT AIR. TEMP AT ELEV 562 -:! . 7 CEO C l I - D , . A D .4 9 6 DEWPOINT -5." DEG C .5
- 7. lP35% ' PPECIPITATION IN LAST IS MIN 0 IN hb- ,les A1113- SIOMA THETA - LWR WIND DIR. STD DEV 'c . 9 DEC 1 l
J .'. 4 01104 -UNIT VENT STACK FLOW 11024 CFM ] h[ 32. P: 40T AL. _[NES A 8 TOT AL AVG FilSCHARGE FLOW 53500 GPM j y i
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,------A M % iEA1000 W EMF 267STEAMLINE!Ax RADIATION MONITOR- 9.980E-035 R/HR ~
y' 1 ; 0 0 G E 4..0- 4. 1 . L B M. E.- 4t>utn glC2F P0596"s -"S/GWMAINDS TEAM R.EL;'IN L.AST -15 MIN z - - - y s3L.mMA1014 EMF 27ESTEAMLINE B-RADIATION 1 MONITOR :--9.920E-03 n R/HR1 ~-t h j4fP0597 M S/G1DiMA.INl STEAM?RELL IN LASTT15EMIN! 5.004E+04 4TLBMS 1 4?
- 9 L910E-03: !.R / HR A ,'
p;y{6dP0599SMA1020; hp ' : -S/G:C ~MAINKSTEAM=REL..IN Et1F28; BTEAMLINELAST: 1C RADI 151 MIN- ATIONu3.453E404 MONITOR 'LBM , n' r , g}u{g.lA1026: W yB.iP0599- S/G1D. MAIN STEAM;REL. IN~LAST.15tMIN :3.37BE+04! LBM' EMF 29 STEAMLINEED RADIATION MONITOR 1 19.910E-03;}R/HR;
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>l EJ9 4P0132f -MAINISTM-EMFfAVGsDURING=PREVr15-MIN L9.940E-03'TR/HR1 ,' 7 MON A0054" ; EMF 40'CONTAINME'TlIODINE N MONITOR 7.650E4 06 ~ ;CPMI '~ " jilfA0012i : EMF 35liUNITl VENT { PARTICULATE' 2.920E+02 CPM?
'((712.[P01290 EMF 17? DELTA:COU'NTSn(0: < 5-MINUTES). -30740E+014ll CPM EMF 37LDELT4JCOUNTSi(5 - 101 MINUTES)- J-7.210E+01(1 CPM y$ Jl1'4J. i P 0 1 3 1 )
13% P0130 (EMFU7fDELTA: COUNTS M 10* 15 MINUTES)' ~5.610E+01CPMe ~ K M 15 M 0025. EMF 39L"CO,NTAINMENT.GASTMONITORE ~ 1:.000E+07? CPM ' k14AA0031; LEMF39H CONTAINMENT GAS MONITOR 19.440E+05i CPMi m g' j.,_/L._.c..._.._,_i___c_;__.____________________._,_____________y<", g* A.uT= Ground 40"t C+ . - - gg . " . ADDITIONALLINFORMATION; i---------'.8 - M N A1VA0092 =IN-COREJTEMP~G04
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a i RDTS01 ' DUKE POWER.CDMFANY UNIT i CNS 1 PAGE: A DATE: 2/20/88 TIME 10:15-Group: 05 " - - - - - - - - - PRIMARY SYSTEMS - - - - - - - - -
- 1. A0668: NC LOOP A WIDE RANGE HOT LEG TEMP .540 DEG F
-2. A0669 ~NC LOOPLD WIDE RANGE HOT LEG TEMP 540 DEG F
- 13. A0670 NC LOOP-C WIDE RANGE HOT LEG TEMP. D40 DEG F
- 4. A0671 NC LOOP D WIDE RANGE HOT LEG TEMP 540 DEG F 5 A0700 NC LOOP A WIDE RANGE COLD LEG TEMP 536 DEG F
- 6. A0706 NC LOOP B WIDE RANGE COLD LEG TEMP 536 DEG F-7,'A0712 NC LOOP'C WIDE RANGE COLD LEG TEMP 536 DEG F-9',40718 NC LOOP D - WIDE RANGE COLD L EG TEMP. 536 DEG F-49 /20820- 5 HIGHEST IN-CORE T/C TEMP 540 DEG F
- 10. P1545 -LOWEST NC^ SYSTEM SUBCOOL.ING MARGIN 20.7 DEG F 11, P138.9 NC SYSTEM PRESSURE, BEST ESTIMATE 1140 PSIA
- 12. A0713 PZR PRESS CH I 1700 PSIG L3. A0707 FZR LEVEL CH I 100 %
14.:P0164 RVLIS TRAIN A UPPER RANGE 100 %
- 15. D2037 REACTOR COOLANT PUMP A OFF L16. D2085 -REACTOR COOLANT PUMP B OFF
'17.-D2038 REACTOR COOLANT PUMP C OFF
- 18. 02086 REACTOR COOLANT PUMP D OFF 9, A1214 CVCS PORON METER CONCENTRATION **t** PPM
. 4124G SOURCE RANGE LEVEL CHANNEL 1 10 CPS
. AG76f, -INTERMEDI ATE RANGE LEVEL CHANNEL 1 L.0000E-11 'A
- 22. P0738 FOWER RANGE AVG LEVEL AVG 0 %
Group 10 - - - - - - - - - CECONDARY SYSTEMS 11.. A0674 S/O A WIDE RANOE LEVEL ( 177'% ) 67 2.,A0600 G/O B WIDE RANGE LEVEL (73%) 53 *
- 7. .A0696 S/G C WIDE RANGE LEVEL (73%) 53 %
-4.'A0692 _S/G D WIDE RANGE LEVEL (73%) 53 .%
- 5. A07 7 '. S/O A STEAM PRESS CH #1 463 FSIO
- 26. A0729 S/G B STEAM PRESS CH #1 963 PSIO 7.,.A0735 S/G C' STEAM PRESS CH #1 963 PSIG
-G. A0741 S/G D STEAM FRESS CH.#1 -
963 PSIG 9 P0134 G/G A FEEDWATER FLOW CH 1 0 NPT- H
- 10. P0156- S/G B FEEDWATER FLOW CH 1 O *NPPH
- 11, pol 33 S/G C FEEDWATER FLOW CH 1 0 MPFH
- 12. F0160 S/G D FEEDWATER FLOW CH 1 0 MPPH
- 13. A0974 CA FLOW TO S/G A 0 GPM
' J. 4 . A0975 CA FLOW TO S/G B -100 GPM
- 15. A0976 CA FLOW TO S/G C t00 GFM
- 16. 40977 CA FLOW T3'S/G D. 100 GPM
8501
- 17. F0614 TOTAL M/S RELEASED DURING LAST tS MIN LOM Oroupi 15. - - - - - - -
AUXILIARY GYSTEMS - - - - - - - - -
- 1. A0452 W LETDOWN FLOW 0 GFM A126; FWST LEVEL CH 1
. 56.SG 5
. 41013 SNSWP LEVEL 571.74 FT
-4 A0506 4KV BUS ETA VOLTS '
4 . '. 7 M'
- 5. A0575 4KV OUS ETB VOLTS 1.27 EV
- yer.
M 1 i RDTS01. DUKE POWER' COMPANY UNITt CNS 1 PAGE: 2 : i DATE: 2/20/88 TIME:10: 15~ . l q
. Group: 20 - ~ - - - - - - - SAFETY. INJECTION SYSTEMS - - - - - - - - a 11-A0020 CHARGING LINE FLOW CONTROL 0 GPM L2 :D2450 CENTRIFUGAL CHARGING _ PUMP A ON '{
35.D2440 CENTRIFUGAL CHARGING PUMP B ON P1375 NC' SYSTEM TOTAL.EMER. INJECTION FLOW . 375 GPM c53 -D2456' NI PUMP A. ON d hi D2446, NI PUMP.D- ON
. 7. . - A0902 ' ND HX A OUTLET FLOW 0 -GPM
.G. A0900 ND HX D OUTLET FLOW D GPM
- 9. D2435 ND PUMP'A OFF 210..D2445 'ND PUMP B ON Group: 25 - - - - - - - - - CONTAINMENT SYSTEMS -----------
11 A1499 CONTAINMENT WIDE. RANGE PRESS. TRAIN A 0.8 PSIG
~2 , P1500. LIPPER CONT AVG TEMP - OPERATING UNITS 105 DEG F 3, A1418 CONTAINMENT SUMP LEVEL A 3.7 FT
~4. A0939 CONTAINMENT HYDROGEN CONCEN TRAIN A (OFFSC4 E4 %
3.~D2440. NQ PUMP A OFF 4 D2439 NS PUMP B OFF 1 tu p : . O - + - - - - -- RADIATION SYSTEMS - - - - - - - - -
;..PO128 EMF 49 REACTOR-COOLANT MONITOR .1.000E+07 . CPM-2.:A1300 El*F53A CONT HIGH RANGE MONITCR TR. A 4.230E+02 R/HR
- 7. , A1314 EMF 530 CONT HIGH RANGE MONITOR TR.-B 4.260E+02 R/HR.
1 4 '.= A 1 3 1 5 EMF 54 UNIT VENT EXT. RANGE MONITOR 1.590E+02 .R/HR. S. A004G EMF 37 UNIT VENT IODINE MONITGR 9.110E+03 CPM
-6. P1922 EMF 77 DELTA COUNTS LAST 16 MINUTCS -6.400E+01 CPM- ;
17, A0013 EMF 36L UNIT VENT GAS MUNITOR 1.000E+07 -CPM T8.-A0019 EMF 36H UNIT VENT GAS MONITOR 4.520E+04 CPM Group: 'S - - - - - - - ENVIRONMENTAL GYSTEMS - - - - - - - 1'. - A04G.3 UPPER WIND SPEED 9.O MPH - 2i;A0485 -LOWER WIND SPEED 5 . '4 MPH 1 3', A0404 UFFER WIND DIRECTION 40 DEG 4.'A04G9 LOWER WIND DIRECTION J. ~.. DEG
'5..A1127 . BAROMETRIC PRESSURE ..0.172 IN HG. j
- 6. A0490 AMBIENT AIR D/T ELEV 662 & ELEV 762 . 4 0 DEG C i
- 7. 41172 AMBIENT AIR TEMP AT ELEV 662 4.4 DEO C 'l
- 8. A0496 DEWPOINT -5.2 DEG C -]
- 9. .F0595 PRECIPITATION IN LAST'iS MIN O IN :
(= 1 0 .-:: A 1 1 1 0 - "IONA IHETA - LWR WINO DIR. STD DEV
. 4.4 DEG .
- 11. A1104 UNIT VENT STACF FLOW 1:1096 CFM
' 12 . F1453 PL .lNES A+8 TOT.4L AVG DISCHARGE FLOW 93500 E?M i 4
1 4 2
gym t jl fr O RDT501 DUKE POWER COMPANY UNIT .CNS 1 PAGE': 3 DATE: 2/20/98 TIME:10:15 Group: 39 .---------- HP DOSE ASSESMENT - - - - - - - - - - - -
-li A1008- EMF 26 STEAMLINE A RADIATION MONITOR 9.990E-03 R/HR
.2, P0596 S/G A MAIN SlEAM REL. IN LAST 15 MIN 0.000E+00 LBM 3; A1014 EMF 27 STEAMLINE B RADIATION MONITOR 9.920E-03 R/HR
- 4. P0597 S/G B MAIN. STEAM REL. IN LAST 15 MIN 3.184E+04 LBM 5.-A1020 EMF 28 STEAMLINE C RADIATION MONITOR 9.940E-03 R/HR
- 6. P0598 5/G C MAIN STEAM REL. IN LAST 15 MIN 2.352E+04 LBM
- 7. A1026 EMF 29 STEAMLINE'D RADIATION MONITOR 9.910E-03 R/HR 83 P0599 S/G D MAIN STEAM REL. IN LAST 15 MIN- 2.314E+04 LBM
- 9. P0132 MAIN STM EMF AVG-DURING PREV 15 MIN 9.940E-03 R/HR
- 10. A0054 EMF 40 CONTAINMENT IODINE MONITOR 7.650E+06 CPM
- 11. A0012 EMF 35L UNIT VENT PARTICULATE 3.000E+02 CPM
- 12. P0129~ EMF 37 DELTA COUNTS (0 - 5 MINUTES) -2.090E+01 CPM
- 13. P0130 EMF 37 DELTA COUNTS (5 - 10 MINUTES) -2.210E+01 CPM
- 14. P0131 EMF 37 DELTA COUNTS (10 - 15 MINUTES) -2.100E+01 CPM
.15. A0025 EMF 39L CONTAINMENT GAS MONITOR 1.000E+07 CPM
- 16. A0031 EMF 39H CONTAINMENT GAS MONITOR 9.440E+05 CPM
.Grcup 40 - - - - - - - - -
ADDITIONAL INFORMATION -----------
- 1. A0092 IN-CORE TEMP G04 540 DEG-F
, -- A0051 IN-CORE-TEMP LO4 540 DEG F 4 AOO57 -IN-CORE TEMP LOG 540 DEG F
- 4. A0033 IN-CORE TEMP J10 540 DEO r 5.;A0081- IN-CORE TEMP N06 540 DEG F
- 6. A0087. IN-CORE TEMP N10 540 DEG F
". A0063 IN-CORE TEMP L12 540 DEG F G.'A0104 IN-CORE' TEMP G12 540 DEG F 9.'A0050 IN-CORE TEMP COG S40 DEG F 10.'A0038 IN-CDRE TEMP C04 540 DEG F i.1 . A0062 IN-CORE 1EMP E02 540 DEG F 12.:40006~ IN-CORE TEMP G02 540 DEC.F 17.-A0116 IN-CORE TEMP J02 540 DEG F
- 14. A0075 IN-CORE TEMP NO4 540 DEG F
- 15. A0073 IN-CGRE TEMP N12 540 DEG F
- t 6. A00??
. 'IN-CORE TEMP J14 540 DEO F 17..A0110 IN-CORE TEMP G14 540 DEG F
- 18. A0080- IN-CORE TEMP E14 540 DEG F
. .19. A0956 IN-CORE TEMP C12 540 DEO F k
n p (
pyg 3 L{ 1 y . 1 97 WDT501 DUF.E POWER COMPANY UNIT: CNS 1 PAGE: ' DATE: '2/20/88 TIME:10:30 1 Groups-05 ---------- PRIMARY SYSTEMS - - - - . - - - - - - 11 A0668~ NC LOOP A WIDE RANGE HOT LEG TEMP '525 DEG F 121 A0669 'NC LOOP:B WIDE RANGE HOT LEG TEMP 525 DEG F 13i A0670 NC LOOP C WIDE RANGE HOT LEG TEMP 525 DEG F
'44 -A0671. NC LOOP D WIDE RANGE HOT LEG TEMP 525 DEG F OL A0700 :NC LOOP A WIDE RANGE COLD' LEG TEMP 523 'DEG F
'b, A0706 .NC LOOP ~D WIDE RANGE COLD LEG TEMP 523 DEG F
.7. A0712 .NC LOOP C WIDE RANGE COLD LEG TEMP 523 DEG F 8.-A0718 NC LOOP D WIDE RANGE COLD LEG TEMP 523 DEG F
- 19. P0828 5 HIGHEST IN-CORE T/C TEMP' 525 DEG F-
-10 , P1545 LOWEST NC SYSTEM SUDCOOLING MARGIN 32 DEG F
- 11.-P1389 NC-SYSTEM FRESSURE. BEST ESTIMATE 1110 PSIA
- 12. A0713 PZR PRESS CH I 1700 PSIG
- 13. A0707 PZR LEVEL CH I 100 %
143 P0164 RVLIS TRAIN A UPPER RANGE 100 %
- 15. D2037- REACTOR COOLANT PUMP A OFF
- 16. D2085 REACTOR COOLANT PUMP B OFF 17., D2039 . REACTOR COOLANT PUMP C OFF 10.-D2086-REACTOR COOLANT PUMP D OFF
_ 19, A1214 CVCS BORON METER CONCENTRATION 4**** PPM
. A1248 SOURCE RANGE LEVEL CHANNEL i 10 CPS
.. .A0766 INTERNEDIATE' RANGE LEVEL CHANNEL L 1.0000E-11 A a2. P0738 POWER RANGE AVG LEVEL AVG 0 %
Groups.t0 . SECONDARY SYSTEMS 1, A0674 S/G A WIDE RANGE LEVEL (73%) 67- %
- 2. A0600 S/O B' WIDE RANGE LEVEL (73%) 53 '%
- 3. A0686 S/G C WIDE RANGE LEVEL (70%) 53 %
- 4. A0692 S/G D WIDE RANGE LEVEL (73%) 53 %
i 5i A0723 G/G A STEAM-. PRESS CH #1 850 PSIG
~6. A0729- S/G 9 STEAM PRESS CH 41 850 PSIG 17 . . AP' ?.5 S/G C STEAM PRESS CH M1 G50 PSIO
- 8. 1AC S/G D STEAM PRESS CH #1 ~
850 PSIG
;9. F 0 m.4 S/G A FEEDWATER FLOW CH 1 0 MPPH 19 P0156 S/G B FEEDWATER FLOW CH 1 O MPFH L11. P0159 .S/G C FEEDWATER FLOW CH l 0 MPPH 12' . P0160 S/G D FEEDWATER FLOW CH 1 0 MPPH
- 13. A0974 CA FLOW TO S/G A 0 GPM
- 14. 40o75 CA FLOW TO S/G B 100 GPM
- 15. A0976 CA FLOW TO S/G C 100 GPM
- g. "16. A0977 CA FLOW-TO S/G D 100 GFM
- 17. P0614 TOTAL mig PELEASED DURING LAGT 15 MIN 37530 LBM
. Orm p : 15 - - - - - - - -
. AUXILIARY SYSTEMS - - - - - - -
-1. A0452 NV LETDOWN FLOW 0 GPM
' 55.26
, . AL262 FWST LCVEL CH 1 %
. A1013 GNSWP 1EVEL 571.94 FT
- 4. A0586 KV -
4EV BUS ETA VOLTS 4 . ~f 7 D. A0575 4KV BUS ETB VOLTS 4.27 iV
w.w, 4 s u f - t t m
.RDT301 DUKE .POiER COMPANY UNIT: CNS 1: PAGE:- 2 DATE: 2/20/G8 TIME:10:30 LOroups.20 - - - -----
SAFETY IN3ECTION SYSTEMS - - - - - - - -
-1; A0000. CHARGING LINE FLOW CONTROL 0 GPM
'2<'D2450 CENTRIFUGAL CHARGING. PUMP A DN D 3;>D2440 CENTRIFUGAL CHARGING PUMP B ON 4e P1325 NC GYSTEM TOTAL EMER.- INJECTION FLOW 350 GPM s Sc D2456 NI PUMP A ON 64 D2446 NI PUMP B ON
.7. 40902 ND HX A OUTLET FLOW 0 GPM-G,. A0905 ND HX B OUTLET FLOW D GPM
- 9. D2455: ND PUMP A OFF 101 = D2445 ND PUMP B ON LGroup: 25 - - - - - -
CONTAINMENT DYSTEMS -----------
.1..A1499. CONTAINMENT WIDE RANGE PRESS. TRAIN A 0.3 PSIG
=2. P1500 UPPER CONT AVG TEMP - OPERATING UNITS 107' DEG F
'3..A1418 CONTAINMENT SUMP LEVEL A 4.2 FT
.4,=A0939 .. CONTAINMENT HYDROGEN CONCEN TRAIN A *OFFSCALE* % ,
.5..D244G NS PUMP A OFF 1
% D243G - NS PUMP 9 OFF c__ _,._____ ___ _. ____ _ __ _.__, ______ __ __ ___._ _______._____ _ 1
- u p : '30 - - - - - - -
RADIATION CYSTEMS ----------- 1 n. P0128 EMF 4G REACTOR COOLANT MONITOR l.000E+07 CPM
- 2. A1300 . EMF 53A CONT HIGH RANGE MONITOR TR. A 4.050E+02 R/HR
- 3. A1314l EMF 53B-CONT HIGH RANGE MONITOR TR. B' 4.070E+02 R/HR
- 4. A1315 EMF 54 UNIT VENT EXT. RANCE MONITOR 1.170E+02 R/HR LS . A004G EMF 37 UNIT VENT IODINE MONITOR 9.OSCE+03 CPM
- 6. P1822 EMF 37, DELTA COUNTS LAST 15 MINUTES ~5.440E+01 CPM
*/W A0013' EMF 36L UNIT VENT GAS MONITOR 1.000E+07 CPM
'8JA0019 ' EMF 36H. UNIT VENT GAS MONITOR 4.460E+04 CPM LGncup: 35~ - - - - ~ ~ ~
ENVIRONMENTAL 5YSTEMS -----. j 1.'A0483 UPPER WIND SPEED %4 MPH '
- 2. A0405 - LOWEP WIND SPEED 5.0- MPH
- 3. A0404 UFPER WIND DIRECTION 43 DEG
- 4. A0497 LOWER ~ WIND DIRECTION 40 DEG
- 5. A1127 BAROMETRIC PRESGURE 30.171 IN HG 1
- 6. CC490 AMBIENT AIR D/T ELEV 652 & ELEV 762 -0.36 DEG C l
- 7. A117T ~ AMBIENT AIR TEMP AT ELEV 662 -3.3 DEG C l 7
.S.-A0496 DEWPOINT -5.2 DEG C !
[i k 9. PD595 PRECIPITATION IN LAST 15 MIN O IN,
.l
[",f10,.A1110 SIONA THETA - LWR WIND DIR. STQ DEV 5.2 DEG t [ .11.~A1104 UNIT VENT STACK FLOW 11684 CFM f - 12. , F 14 9~~ RL LINES A+D TOTAL AVG DISCHARGE FLOW 53500 GPM i 3 l l 9
?
! h 0
- c
-_ _ J
.x
}
p -n DT801 DUKE PONER COMPANY UNITt CNS t PAGEs- 3 DATE: 2/20/60 ' TIME 10 '20 _ . _ _ . . _ _ _ _ - . _ _ _ _ _ _ _ _ _ _ _ _ ~ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ . . _ _ _ _ _ _ _ _ _ . _ _ _ _ _
; Groups 39 ----------
HP COSE ASDESMENT - - ---- - ti A1000 EMF 26:STEAMLINE A RADIATION MONITOR 9.990E-0-*. R/HR L 2. POS46 G/G A MAIN STEAM REL. IN LAST 15 MIN 0.000E+00 LDM e' 3, A1014 EMF 27 STEAMLINE B RADIATION MONITCR 9.920E-03 R/HR P 4, P0597 S/G D MAIN STEAM REL. IN LAST 15 MIN 1.251E404 LDM h S.'A1020 EMF 20 STEAMLINE C RADIATION MONITOR 9.940E-03 R/HR
- 6. P0598- 5/G C MAIN STEAM REL. IN LAST 15 MIN 1.251E+04 LBM 7, A1026 EMF 29 STEAMLINE D RADIATION MONITOR 9.910E-03 R/HR
- 8. P0599 S/G D MAIN S1EAM REL. IN LAST lb MIN 1.251E+04 LBM
'9, P0132 MAIN STM EMF AVG DLIRING FREV iS MIN 9.940E-03 R/HR
- 10. A0054- EMF 40 CONTAINMENT IODINE MONITOR 7.650E+06 CPM 11, A0012 EMF 3SL UNIT-' VENT PARTICULATE 2.'770E+02 CPM
- 12. P0129 EMF 37 DELTA COUNTS (0 - 5 MINLITES ) -1.960E+01 CPM
- 13. P0130 EMF 37 DELTA COUNTS (5 - 10 MINUTES) -1.820E+01 CPM
- 14. P0131 EMP37 DELTA COUNTS (10 - 15 MINLITES ) -1.660E401 CPM
=15. A0025 EMF 39L CONTAINMENT GAS MONITOR 1.000E+07 CPM
[- 16. A0031 EMF 39H CONTAINMENT GAS MONITOR 9.440E+05 CPM i g, Nu p : 40 - - - - - - - - - - - ADDITIONAL INFORMATION ---------~~ L, A0092 IN-CORE TEMP G04 52S DEG F
'. A0051 IN-CORE TEMP LO4 525 DEG F I ;, A0057 IN-CORE TEMP LOS 525 DEG F 4i A0033 IN-CORE TEMP J10 525 DEG F S, A00G1 IN-CORE TEMP N06 523 DEG F j 6.'A0007 IN-CORE TEMP mig S2S DEG F i 7c A0063 IN-CORE TEf1P L12 325 DEG F G. AO104 IN-CORE TEMP G12 525 DEG F ;
- 9. A00SO IN-CORE TEMP C08 52S DEG F' I 11 0, A0038 IN-CORE TEMP C04 525 DEG F i
( 11. A0002 IN-CORE TEMP'E02 525 DEG F
.t 2 . A0006 IN-CORE TEt1P G02 525 DEG F
'13. A011e IN-CORE TEMP J02 S23 DEG F 14, A0075 TN-CORE TEMP N04 f25 DEG F '
l f L5, A0073 IN-CORE TEt1P NL2 525 CEG F I
.l6. A0039 IN-CORE TEMP J14 t25 .DEG F 17; A0110 IN-CORE TEMP G14. "25 DEO F jS.-A0000 .IN-CORE 1EMP E14 '?5 DEO F A 19, A0056 IN-CORE TEMP C12 52S DEG F f I
l l l
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9; , p OTS01 DUKE POWER COMPANY- ~ UNIT: .CNS 1 ~ PAGE: 1 DATE: 2/20/Sa TIME 10:45 e _.w..,_..____________..-.______._________.___._.._.___. Grou;> : : 0S - - - - - - - - PRIMARY.EYSTEMS- - - - - - -+ 1' A06a6 'NC LOOP A WIDE RANCE HOT _ LEG TEMP S10 DEC F' .
'7 A0669 NC~ LOOP 9 WIDE RANGE ~ HOT LEG TEMP 510 DEG F -)
i3A0670 NC: LOOP C WIDE AANGE HOT LEG TEMP S10 DEG F I 41 A0671 NC LOOP.-D WIDE RANGE HDT LEG TEMP S10 DEG F ' 1
.o A0700 NC LOOP A WIDE RANGE COLD L.EG TEMP B07 DEG F
.6; A0706 NC LOOP >B WIDE FANGE COLD LEG TEMP '507 DEG F-
.7,;A0712 NC LOOF ~C WIDE RANGE COLD' LEG TEMP S07 DEG F ,
G. A0719 NC LOOP D WIDE RAiGE' COLD ~ LEG TEMF 507 'DEG F 9; P0628 3 HIGHEST IN-CORE T/C TEMP SLO DEG F 12 ,PiS43 LOWEST NC SYSTEM SUSCOOLING MARGIN 45 DEG F
>11 -P1059 NC SYSTEM PRE 95URE, BEST ESTIMATE 1090 PSIA
- 12. A0~713 PZR'?RESS CH I 1700 PSIG ;
- 13. A0707 PZR LEVEL CH I 100 " .
-141 F0164 1RVLIS TRAIN A UPFER RANGE 100 %
'15.D2037 REACTOR COOLANT PUMP A OFF if - D20BS. REACTOR COOLAN T rVNP G OFF 17< D2038 REACTOR COOLANT FJMP C OFF
. 18 -D20G6 REACTOR COOLANT PLIM? D OFF 19e A1214 CVCS.EORON ME'TEP CONCENTRATION- **4k6 PI;M
.A1248 SOURCE' RANGE-LE'<EL CHANNEL 1 10 CPS
, A0766 THTERMEDIATE RANGE LEVEL CHANNEL 1 1.000E-11 A E a. T0738 UOWER RANGF A 'G LEVEL AVG 0- %
! ,__._;_.....__,.-__.._._...-_._..-....._.-_-.____u._ j.
-- g ru p : }c
_.m ...-, - . ~
; ECON;,qr,3 GYSTEMS i i L .: 40674 5eG A.WICE RANCE LdCL (79.4%) % I L 7 s 40c350 5/G D t!DE M NLE ..! W E L i38%) 53 %
l I,'A06G6 . G C W(DE R MOE . E v' E u (CG;.)L 53 :, 41 A0691 3/G D WlDE RAWOE LEVEL (38"/.) R h 1 i 3 L AC ,.J. h/ A STEAM PRE 33 CH 41 '44- PSIG 't l' 6. AGN G/G B STEAtt PRESS CH 41 '44 ?SIG-7 , c f.va73 S 3/C C 3TE('M PRESS CH 41 744 FGrG - i 60741 3/A [1 :ITEAM PRE 3G.CH #1 N;i F ?!G
-9 -FG154 S/G A FEEDWATER FLOW CH L 0 MF Hi
;10,. PG150 S/O Lir-aiLOWATER Fi.OW CH 1 0 MF H
. 111 F0180.- S/E C FEELWATER FLOW.CH J. G MPfm
, L.li..F0160 S/G D FEEDWATEP FLCW C -t 1 C '9H j, 1'. A 09 .' 4 CA FLOW .TO 3/G A 0 GFM '~ V t4..A077S~ CA FLOW TO-S/G - 100 (S. A0976 CA FLOW TO S/G t M GF f 165 A0977 C A F1 OW TO 3/G 0 tJ3 GDn 3
- 17. P0614^ fOTAL M,S RELEASCC DUR[NO LAST 15 MIN O LOM
__,_4..___ _ . . _ . . . . . . . . _ _ . . .. . . . . - . _ _ _ . _ _ _ . . _._.. - - -_ Group: 15 -- -- AUX IL MM SYGiEMS - --
- L' ., A04SZ NV LETDOwH FLOW 0 5F M 2 -Al252 r.Wgr LEvtCL. C;; L *:. 9 .
. A1013 SNEW ,EWL -O 1 h '-
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& 9.70E+02t'R7HRL % i '" T D S 13 W @MnA1310 $EMFS3BACONTSHIGH PANGEJNONITOR % iEMFS MUNITd ENT N TijANGETMONITCR1; l7 180E401{.R$HRJ TR.JB # , Ml M W. S W O,O.4Si ! E M..F G.7 J, U N I T~i V E N T 4. 0. D I N E M. O N _I T O R :.
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SAFETY INJECTION SYSTEMS - - - - - - - - - 1 ,. - A 0 8 2 0 CHAFGING LINE FLOW CONTROL- 150 GPM 2s D2450 CENTRIFUGAL CHARGING PUMP A OFF
.3i L2440 CENTRIFUGAL CHARGING PUMP B' ON <
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- 5. D2456 NI-PUMP A' ON 1 c64 D2446 NI PUMP B ON
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- 9. D2455 ND PUMP A OFF
-10.1D2445 ND PUMP B ON Group: 25 - - - - - - - -
CONTAINMENT SYSTEMS -----------
'1..A1499! CONTAINMENT-WIDE RANGE PRESS. TRAIN A -0.2 PSIG
-2.;P1500 UPPER CONT AVG TEMP - OPERATING UNITS 114 DEG F 3.-.A1418 CONTAINMENT SUMP LEVEL A -5.3. FT j
-4 A0939 CONTAINMENT-HYDROGEN CONCEN TRAIN A *0FFSCALE* 7.
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- 6. D2438 NS PUNP D OFF Moups~30 - - ' - - - - - - - - -
RAD 1AfION SYSTEMS - - - - - - - ~ ~ -
;. P0120 EMF 49 REACTOR C00LANT MONITOR 1.000E+07 CPM- H
.. A1200 EMF 33A CONI HIGH RANGE MONITOR TR. A 3.840E+02 R/HR
~3.-A1314 EMF 33D CONT HIGH RANGE MONITOR TR. B 3.670E+02 R/HR
-4. A1315 EMF 54'. UNIT VENT EXT. RANGE MONITOR 2.210E+00 R/HR S. A0040- EMF 37 UNIT VENT IODINE MONITGR 8.970E+03 CFM I
-6. P1G22 EMF 3 DELTA COUNTS L AST 15 MINUTES ~2.060E401 CPM 7.'A0013 EMF 36L '#LT VENT 3AG MONITOR 1.000E&O7 CPM iS. A0019 EMP36tl UNIT VENT HAG MONITOR 4.370E+04 CPM
. . _ - . . . . . . . . . . . . _ _ _ _ , - ~ _ _ _ . , . . _ _ . . _ _ _ _ _ _ _ _ . . . _ . - . _ _ _ . . . . . . _ . . . . . _ .
0;oup: 33 -- -- - ENVIRONMENTAL SYSTEMS -- -- --- 1.LA04G3 UPPER WIND SFEED 11.3 MPH '
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- 4. A0409' LCWER WIND DIRECTION 21 UEG
- 3. A1127 BAROMETRIC PRESSURE 30.173 IN hG
.6. A0470 AMBIENT AIR D/T ELEV 662 & ELEV 762 -0.51 DEG C
- 7. A1172 AMBIENT' AIR TEMP AT ELEV 662 -2.8 DEG C-
- U..AO U16 DEWPOINT -S.8 DEG C '
- 9. POSW PRECIPITATION IN LAST 13 MIN O IN
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- 12. P 1483 ' RL LINES A+B TOTAL AVG DISCHARGE FLOW S3500 GFM
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1.. A0668 .NC LOOP A WIDE RANGE HOT LEG TEMP 465 DEG F 2 lA0660 NC LOOF D WIDE RANGE HOT LEG TEMP 46S DEG F
- 3. A0670 NC-LOOP C WIDE RANGE HOT LEG TEMP 465 .DEG F
-4: A0671 NC LOOP D--WIDE RANGE HOT LEG TEMP 465 DEG F' J.'A0700 NC LOOP A WISE RANGE COLD LEG TEMP 467 DEG F 6 '. A0706: NC LOOP B WIDE RANGE COLD LEG TEMP 463 DEG F 74 A0712 NC LOOP C WIDE RANGE COLD LEG TEMP 463 DEG F Be A0718 NC LOOP D WIDE RANGE COLD LEG TEMP 463 DEG F
.9..P0828 5 HIGHEST IN-CORE T/C TEMP 465. DEG F-
- 10. P1545. LOWEST NC SYSTEM SUDCOOLING MARGIN 68 DEG F
- 11. P1389 NC SYGTEM PRESSURE. BEST ESTIMATE 914 PSIA
- 12. A0713 PZR PRESS CH I 1700 PSIG 135 A0707 PZR LEVEL.CH I 100 %
- 14. P0164 RVLIS TRAIN A UPPER RANGE 100 %
15, D2037 REACTOR COOLANT FUMP A OFF
~ 16. .. D2085. REACTOR COOLANT PLtMP B OFF
. 17, D2038 REACTOR-COJLANT PUMP C OFF 103 - D2006- REACTOR COOLANT PUMP D OFF 19, A1214- CVCS DORON METER CONCENTRATION 4**** PPM 7 0 .' A12-41 GOURCE RANGE LEVEL CHANNEL. 1 10 CPS j
. A07< a INTERMEDIATE RANGE LEVEL CHANNEL 1 1.000E-11 A l N P073G POWER RANGE AVG LEVEL AVG 0 %
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Z. A0600 G/G L WIDE RANCE' LEVEL (30%) 53 '.
'7.-A06G6 S/S C WIDE RANGE LEVEL (38%) 33 ':.
- 4. A0692 i/G D WIDE RANGE LEVEL (36%) 5:! 3.
3, A072? 3/G A 3 TEAM PRESS CH #1 490 PSIG y
~6c a0720' 5/O.-R G M.AM PRESS CH #1 490 SEIS }
- 7. A0735 9/O C STEAM PRESS CH 41 490 PSIG G. A0741 S/G 0 4TIAM P9ESS CH 41 470 P31G
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' 10 , 3015e 3/G B FEEDWATER FLOW CH 1 0 MPPH
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?. A1267 FMST t.EVEL CH 1 49.37 ';
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Llo A0800 CHARGING-LINE FLOW-. CONTROL 200 GF M '
- 2. D2450 CENTRIFUGAL CHARGING. PUMP A- OFF 4
1 D2440: CENTRIFUGAL CHARGING PUMP B ON J :( 4.1 P1325 NC SYSTEM TOTAL'EMER. INJECTION FLOW 100 GPM
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- 10. : D2445 ND PUMP D ON Grcup: 25 - - - - - ~ ~
CONTAINMENT 5YSTEMS - - - - - - -
- 1. A1499 CONTAINMENT WIDE RANGE' PRESS'. TRAIN A -0.2 PSIG
- 2. P1500 UPPER CONT AVG TEMP - OPERATING UNITS 114 DEG F
- 7. A1418 ' CONTAINMENT SUMP LEVEL A 5 . 7. FT
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3 P012G. EMF 49 FEACTOR COOLANT MONITOR 1.000E+07 CPM-
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, smw, j ],Gfpdp M 0j ,QMN9 9ADDITIONALTINFORMATION A -
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(D01 DUKE POWER CGMFANf UNIT: CNS 1 F%Ct : 1 J DATE: 2/20/G3 TIME:la:15 Group: 05 ---------- PRIMAR( SYSTEMS - - - - - - - - ' -
- 1. A0669 NC LOOP A WIDE RANGE HOT LEG TEMF 420 DEC F
- 2. A0667 NC LOCP D WIDE RANGE HCT LEG TEMP 420 DE3 F
- 3. A0670 NC LOOP C WIDE RANGE HOT LEG TEMP 400 CEG F
- 4. A0671 NC LOOP D WIDE RANCE HOf LEG TEMP 420 DF.G T'
'S. A0700 NC LOOP A WIDE RANGE COLD LEG TEMP 417 DEG F
- 6. A0706 NC LOOP B WIDE RANGE COLD LEG TEMP 417 DEG F 7, A0712 NC LOOP C WIDE RANGE COLD LEG TEMP 417 DEG F G. A0718 NC LOCP D WIDE RANGE CULD LEG TEMP 417 DEG F 9, POG2G S HIGHEST IN-COkt T/C TEMP 4?O DEG F
- 10. H 545 LOWEST NC DYSTEM GUDCOOLING MARDIN GO DEG F
- 11. P1'89 NC OYSTEM PRESSURE. BC3T ESTIMATE 663 PSIA "2. A0712
. P7R PRESS CH I 1700 PSIG
- 13. A070? PZR LEVEL CH I 100 %
-11 P0164 RYL1S TRAIN A UFFER FANGE 100 */.
115. D20.7 REACTOR COOLANT FUMP A OFF
.10 . D2085 REACTOR COOLANT PUMP F OFF
.1 7 . D'Z a" G REACTOR CODLANT PUMP C OFF
.i d . D70P6 REACTOR COOLANT FUMP D OFF 19 Al?14 CVCS DDRON METER CCNCENTRATION 44**t PFM
- 20. At 4 C '3CURPE RANGE l EVl.L CHANNEL i 10 CPS
. 407c6 INTERMEDI ATE RANGE LE'/EL CHANNEL 1 .L.000E-11 A
. . 5 0 T.'.0 POWER RANGE AVG 1.EVEL AVG 0 %
G e t ts p r 10 - - - - - - - - EECONDARY SYSTEMG
- t. AC/ 74 U/G A WIDE RANGE LEKL (77.5%1 57 '
- AFSCO 9/G D WICE RANGE LEVEL. (38%i $3 .
AO N NG C WIDE RsNGF. LE AL ( 36't ) $" 4 A06 r B/G D WIDE RANGE LEVEL ( 79.. 53 . F 5. A0 /:'l L'u A GTEAM PREG 3 CH #1 310 PMG
- 6. W.' M 5/C B '7 TEAM FRESS CH 91 11D EI'
, A G .~/ 5 3/G C STEAM PREt3s r3; tit 31g p 31g
- u. 40/41 0/G D BTEAM FhESS CH #1 110 FSIb P01 ".4 ;U G A FEEDWATER FLOW CH i D MFPH 17 " g :.6
'/O B FEEDWATER FLOW CH 1 0 Mi %
11, .N159 3/G C CEEDWATER FLOW CH 1 O MPPH 1?, 01M S/G D FEEDWATER FLOW'CH 1 J M~FH l'..A0774 CA FLOW TO S/G f', 0 SFM 14 M*7 3 CA FLOW TD S/G B .100 'rM
- 15. AC776 CA FLOW TO S/G C 100 GF
- l
- 16. h077" LM FLOW TO C/C D .t 00 GF M 17, P061? TG*AL M/5 ' RELEASED DL'R INil LAS T 13 MIN O 5M g e w ;.; ; ;= _ . . . - -
AUXILIARY SY3TEMS - - - -
- 1. A0452 NV ! ETDL'WN FLOW D 'PM 0, A L.C FWST LEVEL CH 1- 4 ,05 '.
. '1013 3 ENDWP LEVEL to 1 -4 Ff
. An % 4F:V EU3 ETA VOL13 4.'? UV
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I T531 DULE POWER COMPANY UNIT CNS 1 FAGEt 2 DATE: 2/20/B8 TIME: 22:13
. . . - . ~ . . - - - - . - - - - - - . . - - - - - - - - - - - . . . - - - - - - - - - - - - - . ------ . . . _ -
Cropp; "?D ---------- SAFE 7Y 3NJECTIGN SYSTEMS - - - - - - - - - - - - i A0020 CHARGING LINE FLOW CONTRt.iL 250 GFM 2- D2450 CENTRIFUGAL CHARGING FUMP A OFF
- D2440 CENTRIFUGsL CHAF.GING PUMP B ON 4: P1325 NC SYSTEM TOTAL EMER. INJECTION FLOW D UFM S- 02436 NI PUMP A OFF b D244n NI PUMP D. OFF 7 A0902 ND HX A OUTLET FLOW 0 uFM Be A090G ND HX B OUTLET FLOW 0 CPM 9i D2455 ND PUMP A OFF 10.;D2445 ND PUMP D UN Group: 2S - - - - - - - - - -
CONTAINMENT SYGTEMS - - - - - - - - - - -
- 1. A1499 CONTAINMENT NIDE RANGE PRESS. TRAIN A -0.2 PSIG 20 P1300 UFPER CONT AVG TEMP - OPERATING UNITS 114 DEG F ,
A1410 CON 1AINMENT 2 UMP LEVEL A
.. 6.7 FT
- 4. A0909 CONTAINMENT HYDROEEN ECNCEN TRAIN A 4GFFCCALE4 7.
S. D2440 NS PUMP A OFF
- n. D2400 NS PUNP D OFF .i ge c,u p : "0 RADIATION LYG7EM'3 - - - - - - - - -
, F012A EMF 49 REACTOR COOLANT MONITOR 1.000E+07 CFM
- . A1308 EMFSOA CONT HIGH RANGC MONITOR TR. A 3.400E+02 R/Hh
~ . . A1314 EMF 30D CONT HIGH RAfibE MONITOR TR. b 3.400E+02 R/HF 4e Al".15 EMF S* L"'il T VEN T EXT. RANUE il0NITOR 2.190E+00 R/HR
- 3. AC043 EMF 37 UNIT vE"T JODINE MON!TSR O.7GOE+03 CFM 62 F 1 122 EMF'7 DELTA u JUN FU L AisT 15 Ml!!UTES A.150L+31 CF(1
- 7. ACd l ~' eft 56L UNIT VF.NT %E MON!1 Jh e. 47CEd02 CFM j
! O, t d43 U? !.MFJi H U!il T VENT G43 MONI TOR 4.760Et01 C.J T 1
[ . _ .. - . . . - . . . . . . . ..__-.-.. . .-..,...._. . _ - ..._ _ _- ..._ _._. .. h C r m ..qa r 3D - -- CNV'.RONMENTAL SYSTZMS - - - - - - - - i 1. AC4U3 UFFEA WIND SPEED 10.6 MFH
- 2. A04e5 LOWER WIND EPEED 5.2 WH l' 0. f.0404_ UFFER WIND DIRECTION 30 ')E 3
- 4. ;D4G9 LOWER WIND DIRECTION 33 M.D g ;. A1127 GARCMETRIC~ PRESSURE 30.177 IN W j 6 A0400 . AMBIENT AIR D/T ELEV 662 & ELEV 762 -- 0 . S DED .
f 7. A1172 AMBIENT AIR TEMP AT ELEV ed -2.6 DEG l l U. A0496 DEWPOINT -0.8 Ddd t l lt 9. FOS 75 PRECIPITATION IN LAST iS MIN O IN b L 102 M110 EIGMA THETA - LWR WIND DIR. SID DEV 0.0 DEU i 11 A1104 UNIT VENT ST ACK FLOW 136941 CFM
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- 12. F:.4E" 6L LINLS a+G TOTAL AVO DISCHARGE FLOW b3500 Gr'N j
a e I t ; 1 4 i C_ ._
gn T501 DUKE POWER COMF ANY UNIT: CNS 1 P,GE: 3 s 7 DATE: 2/20/DB TIIE 1 ;15 S rmip 4 ~ ~' 'i - - - - - - - - - - NF- DOEE ACEE5 MENT - - - - - - - - - - 1 A1000 Ef1F26 STEAMLINE A RADIATION MONITOR 4.750E-03 R/HR
- 2. P3596 S/G A MAIN STEAt1 REL. IN LAST 15 MIN 0.000E+00 LEM
- 3. A1014 EMF 27 STEAMLINE D RADIATION MONITOR 9.920E-03 R/HR 4; P0597 S/G H MAIN STEAM REL. IN LAST 15 MIN 0.000E+00 LDM
- 5. A1020 EMFCG STEAMLINE C RADIATICN MONITOR 9.740E-07 R /liR j 6e P0590 G/G C MAIN STEAM REL. IN LAST 15 MIN 0.000E+00 L.L:M 7< A1026 EMF 29 5TEAMLINE D RADIATIGN MONITOR 9.910E-0; R/HR 0 P0590 S/G D MAIN STEAM AEL. IN LAST 15 MIN 0.000E+00 LbH
- o. P0122 Mn[N STM EMF AVG DURING PREV 15 MIN 9.440E-07 A/HR 10: A0054 EMF 40 CONTAINMENT IODINE !10NITCR 7.6bOE+06 CFM 112 A0012 EMF 35L UNIT VENT FABTICULATE 2.970E+02 CFM 12e P0.120 EMF 07 DELTA EOUNTE (0 - 5 MINUTLS) -1.370E401 EFM
- 13. P0130 EMFC/ DELTA COUNT 5 (3 - 10 t1[NUTES ) . -1.620E+01 CPM l '. . PP131 Et1F 37 DELTA COUNTS (10 - 15 MINUTES) -- 1.160 E + 01 CPM 15 A0025 EMF 39L CONTAINMENT GAS MONi1GR 1.000E+07 CPM L6. 40031 E MF'!c;H CONTAINMENT GAB MONITOk 9.440E+05 CPM G r <.>w s 40 - - - - - - - - - - -
6DDITIONAL It#0hMA110N - - - - - - ~ ~ ~ - 12 :10092 IN-CCFE TEMP 004 420 DEG F
- 2. AOM 1 JN-COGE TEMP LO4 420 DEG F
. ' . ,0 0 5 /
IN-CGlHi TEMP LQ3 420 DEG F
. a0035 IN-EObE TEMP 010 420 DEG F S. A0C31 IN-CORE TEMF N06 420 DEG F
- n. 40E7 IN-COhE TEMP N10 420 RE3 F
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IN-CORii TCnP L12 420 DEO F P. G0104 IN-COFE 1EMP ts12 420 *EU F
- 7. t 0.' M IN-CORE II:NP .:RS 420 DEO F 10, ww J.d IN-CCRE IEMP C04 O:0 LEG F
! .1 , a &: t ' IN-CCRE TEt1P ECo2 420 DEJ F 1._' . W66 IN-CORE TEMP G02 420 T.: Eu F L2. PO t W _IN-CORE TEMP J02 420 DEG F
- 14. M 0 7 'i IN-E0EE TEMP N04 440 "OEG r
- 15. 0009: IN-ClFE TEMP N12 420 DEG J toe :W " IN-COFL TEMP J14 4 10 DC0
- 17. A01;0 IN-CORE TEMP G14 4.N DEG F
- 10. 10@J 0 IN-CORE TEMP E14 ^20 DEG t U?- a001a IN-CORE TEMP C1; 420 Dru F
\ ) W.
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. ,n T501 DUKE POWER COMPANY UNIT: CNS 1 FAGE: 1 DAlEr 2/20/08 TIME 12::0
- - . . . . . - - - - - - - - - - - - - - - - - - - - - - - . . - - - - - - . - - - - - - - - ~ . - - - - . . - - - - - - - - -
Groupi DS --------- PRIM 4R/ EYSTEMS ------ -- 1: AOMG NC LOOP A WIDE RNJGE HOT LEO lEMP 40S DEG F 2; A0660 NC LOOP E4 WIDE RANGC HDT LEG TEMP 405 DEG F 3 A0o70 NC LOOP C WIDE RANGE HOT LEG TEMP 405 DEG F 4 40671 NC L OOP D WIDE F ANGE HO f LEG TEMF 405 DED F 55 A0700 NC LOOP A WIDE RANGE COLD LEG TEMP 403 DEG F
- 6. A0706 NC LOOP U WIDE FANGC CDLD LEG TEMP 403 DEG F
- 7. A0712 NC LOOP C WIDE RANGE COLD LEG TEMP 403 DEG F G: A0719 NC LOOP D WIDE RANGE COLD LEG TEMP 403 DEG F P0828 5 HIGFEST IN-COPE T/C l' EMP 405 DEG F
- 10. F1545 LOWEST NC SYSTEM SUE.CDOLING MARGIN 113 LEG F
- 11. F1389 NC GYSTEM PRE 3SURE, SEST ESTIMAfE 501 PSIA 12; A0713 PZR FRESS CH I 1700 PSIG 13, A0707 PZR LEVEL CH I 100 */.
14e P0164 RVLIS TRAIN A UPF ER RANGE 100 15, D2007 REACTOR COOLANT FUMP A OFF l'. D20DD RFACTOR COOLANT PUMP D OFF k 17 D2033 REACTOR COOLANT FUMP C OFF 19s D20G6 REACTOR COOLANT F UMF D OFF l '? . A1014 CVCS DORON METER CONCENTRATION 44444 PPM 20c A1240 GCURCE RANGC LE'/EL .':HAhNEL i 10 CPS
. A07o5 INTERMEDIA.TE RANGE LEVEL CHANNEL 1 1.000E-11 A
. T'070s ROWER RANGE AVG i.EVEL AVG 0 %
Crcup. .i G -- - EECCNDARY GYSTEMS
- 1. A0074 3/G A WIDE RANGE LEVEL ( 7 7. 5*; ) 67 %
2- 00 LEO D/G D UIDE PANGE LEVEL ( 30*.. i 33 *;
- 3. AC6Ec D C C WIDE RANGE LE'vCL s 3%) 33 % ,
- 4. ACOM S/G D WIDE RANGC LEVCL (32%) 53 :.
- 5. A07:2 3/5 A STEAM PRE 35 CH di 205 F310
- h. A07;" S/G B 57EAM PRE 55 CH 41 T63 F516
- 7. A073" C/G C STEAM FRESS CH 41 265 P31G j 0, 63711 '3/G D bTEAM FRECG CH 41 '45 FSIO
- 7. PZ1M D. a n n.EDWATER FL-QW CH 1 0 MPFH
- 10. 30174 .:.. G D FiMDWATER FLOW CH 1 0 MPPH 11, r 030 afa ; FEEDWATER FLOW CH 1 0 MFPH
- 11. F0;60 S/G D FEEDWATER ELOW Cil.1 0 M r' F H 13 A0774 CA FLOW TO S/G A 0 GFil
- 14. AOC75 CA FLOW TO S/G D 200 uPM 15, A09 7/' CA FLOW TO S/G C 100 GPM
- 15. lW 9 ~' 7 CA FLOW TO C/G D 100 GFM 17 P0et4 TOTAL M/3 RELEA3ED DURING LAST 15 MIN O LGH Grcup. 13 - - - - - -
AUXILIARY GVCTEM3 - --- - -- 1.'A04F? NV LETODWN FLCW 0 GFt1 2, A1267 FW0i LEVEL CH L 44.74 ,.
'. A1013 GNEUP LEVEL 571.94 FT
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, E DUS ETD VOLTE 4.27 i.V l
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y l TE01 DULE POWER COMFANY UNI ~, CN3 1 FAGE: 2 DsTE: 2/20/CO , T Ii1e. 12 ; 7C _ _ _ _ . _ . . _ _ . . . . _ _ _ _ . . . . . _ _ . . . ~ _ _ . _ _ Group: 20 -----~~--- SAFETY ItA1ECT]CN LVUIEMG - - - - . - - L A0fl20 CHAPGING LINE FLCW CONTRLL 240 GFM 2- D24b0 CENTRIFU M CHARGING F UMF' A OF F 1
!- D2440 CENTRIFL t i@GING F UNF B LN
. Pl%b NC EYSTL "'E R . INJECTION F LOW D GF M E D2456 NI PUMF ., ORF [
- 6. D2446 NI IUMP U OFF 0 l 71 A0902 ND HX A CUTLET FL W GFM J A0ciOG ND HX B CUTLET FLOW 0 GFM 1 94 D24SS ND PUMP A OFF 1 . D2445 ND FUMF B DN
_ _ . - _ _ _ _ . _ _ _ _ _ _ _ _ _ _ . . _ _ _ _ _ . . _ _ _ _ . . . _ a I Group: 25 ----- ----- CONTAINMENT SYSTEMS - - . - - - - - - - - - le A1477 CONTAINMENT WIDE PANCE FRESS. TPAIN A -0.2 PSIG 2c r'1500 UFPER CONT AVO TEMP - OPERATING UNIT 9 114 DEG F 3 A141G CONTAINMENT SUMP LEVEL A '7 FT 4c AOC.9 CONTAINMENT HYDROGEN CCNCEN TRAIN A 4CFFGCALE4 *4 L. D2440 NG FUMP A OFF 0; D243G NF SUMP D DFF , Occupa N ~ -- RADIATION A STEMS - - - - - - - - - - - - ) . P012G EMF 43 REACTCP COOLANT MONITCR 1.000E+07 CFM
.. a1000 iMF53A CCN'l 111 361 RANGE MONITOR TR. A 3.240E+02 R/HR S- 3 A l .! 14 EMFS3D CONT HIGH RANCE MONITOR TR. B 3.250E402 R/bR t 5- 4e A101 EMFb4 UNIT VENT EXT, FANGE MUNITOR 2.190Et00 R/HR f k
3, A004U CMFl7 UNIT VENT IODINE MONIT0h G.610E+03 CPt 1 it /, f % 22 L MP' ' D& TA COUNTS LA3T 10 MINUICJ v.42CE 01 CF M , ( / AU.n : E!'F 61. p. ! T VENT UA5 MDN1 Dh 3.400E+02 CPM 0, HJOjN O'F'6H JNIT VENT G4 MON 1 TOR t.7EDE401 cpl 1
., ._. ._ . .. .._ .. .,-. _ ,.... _ - . . . - . . . _ . _ _ . . . - _ - . . . . _ ~ . . . . . _ . . . . _ . - -
) iroup: '5 ENVIRONMENTAL CY3 TEM 3 -- - { t
- 1. A040:' UrrCR WIND 3 FEED 11.5 i:Ph
- 2. A04Gb LF.WFh WJND BPEED 5.5 MF H [t L AM404. UPIlin WIND DIRUCTION 29 DEQ .
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4 3 ,4 4 E0 1.CWER WIND DIRECTION 27 DFG r n 5. A1117 BARCl1ETRIC PRESSUFE N.177 .2N HG ! l a. A0400 AMBIENT AIR D/T EL.EV 662 & ELEV 762 0. 37 CEO C f CEG C I
- h. '7 A117P AMBIENT AIR TEMF AT liLEV 662 ~2.S 6 C. A0196 DEWPOINT 4.9 DEO C l
- 9. FT;h 5 PRECIPITATION IN LAST IS MIN O IN p(: 10s AI.110 GIGMA THETA - LWR WIND UIR. ETD DEV 11 DEG j
\' 11. AliU4 UNIT VCNT STACi: FLOW 13694L ;FM ')
[. 122 P1403 FL ,it;EC A4B TOTxL AVO DlSCHARGE Fi,0W 5:500 :W f L. s s t ( f 1 t i ? k-L 4 f i f
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TIME 12:30. J; , DATE: 2/20/98. M- % ,--a..>-.L.. .-- ---- -------------- - -.-----.-------- - --- . .-- ---.
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.--------- , .HP? DOSE'AESEBMENT - - - - - - - - - -
' T16A1008 ,= EMF 25 STEAMLINE A RADIATION MONITOR: 9.980E-03: R/.HR- -a
- a. 02i P0596 Q C/G1A MAIN STEAM REL.JIN LAST 15 MIN s 0.000E+00: LEM4
>J"d hLA1014- EMFOK STEAMLINE-.D RA01ATION MONITOR- 9.920E-03-iR/HR1 4Z P0597L S/G'D MAIN STEAM REL..IN LAST 15 MIN. .
0.000E+00 LBM a$4: A1000 EMPOB-STEAMLINE C'RADIATICN1 MONITOR 9.94CE-03 R/FR
, @ L:P0598 - G/G.CiMAIN~ STEAM.REL. IN LAST 15 MIN 0.'000E+00 LEM F c 17l;iA1006L (EMF 27 STEAMLINE D RADXATION MONITOR. '
9.910E-03 R/HR+ '
;BL P0599 S/G30. MAIN STEAM REL.'IN:LAST 15 MIN .0.000E+00- LBM' R 9 '!:
4 9. P0132- MAI'N STM-. EMF' AVG-DURING PREV-15 MIN- 9.940E-031 R/HRm :i L'
,.;10h A0054; 7.650E+06 -CPM-
. EMF 40 CONTAINMENTrIDDINE MDNITOR .
g f11.{A0010 . CMF35L'UNITgVENT-PARTICULATE 2.750E+02--CFM -' LW 11 JPO.129 EMF 37z DELTA COUNTS:(0 - S MINUTES)z -. -3.620E+01 -CPM . l E1 M P0130 i ~EMFJ7 ! DELTA; COUNTS-(5 # 10 MINUTES) =-3.1SOE+01?: CPM 14.;P0131L ' EMF 37 DELTA COUNTS (10--- 15 MINUTES). -2.620E+01 ' CF M - i 213f.LA0025 EMF 39L CONTAINMENT GA3' MONITOR 1.000E+07 CPM ' P(416:r A0031 . --- - .- - EMF 09H, CONTAINMENT GAS MONITOR' 9.440 Eve 5 . CPM; ' i( O SGhoups'.40 -H---- ADDITTONAL.INFORMATION -----------
- i Jik A0090 IN-CORE-TEMP 0041 40S DEG FL
-2.2.A0051? IN-CORE. TEMP La4' 405 DEG F
[ hLA0057f UhCORE TEMP LOG 405- DEG FL i' ,/.iA0033L !IN-CORE? TEMP J10- 405- DEG F: ., 75WA0001 ~IN-CORE" TEMP N06- 405 DEG F )
,s 3.140087: IN-CORE TEMP NID 405- DEG F- N 07.'i A0061: 11N-CCRE TEMP L12- 405 DEG-F, 'l '
, : h A0104 LIN CORGETc,MP G12 . 406 DCG F "
[9 b A00591 IN-CURE: TEMP C03 '405 CEG.F
, , "19.JA003GF E INaCOhELTEMP C04 405 DEGtPL .c pg11%60042.' LIN-COREfTEMF E02. >405 DEG F'-
IN"CUREUTEMP G02- 3 40& DEG; F-A 9 k A0006" .- 4 T13 EA01i6 IN-CORE TEMP J02 l405. CEG F ' d I L14b!A007'.o LINhCORE 1EMP N04' 405. DEG F ' .),L1'5'.f.A0093 ;IN CORE - I TEMP..N12 40E DEG F1 ';
% Wili.fA0039; .IN-CORE TEMP.J14 405- DEG-F 9 17W60110' :!N-CCRE TEMP.G14 105 DEG F d f M e.CAGGG0- 'IN-CORE TEMP E14.. 40D DEG F ol 3, i19EA00Sk 'IN- CORE TEMP C12 .
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{ _501 DUKE POWER COMPANY UNIT: CNS 1 PACE: 1 DATE: 2/2C/Ed T I MF.': 10 : 45 r up: 01 ---------- PR1 td.iRY EN ST EMS - - - - - - - -
- 1. A06eG NC LOOP A WIEE RANGE HOT LEG TEMP 390 DEG F
- 2. A0669 NC LOOP 8 WIDE. RANGE HOT LEG TEMP 090 DEU F 3 A0070 NC LOCF C WIDE BANDE HOT LEG TEMP 340 DEG F
.. A0671 NC LOOP D WIDE RANGE HOT LEG TEMP 370 DEG F 5 -. A0700 NC LOOP A WIDE RANGE COLD LEG TEMP 337 DEG F A0706 NC LOOP D WIDE RANGE COLD LEG TEMP 367 DEO F
- 7. A0712 NC LOOP C WIDE RANGE COLD LEG TEt1P 387 DEG F e A0718 NC LOOP D WIDE hANGE COLD LEG TEMP 3G7 DEG F
- 9. P0G2G S HIGHEST IN-CORE T/C TEMP 000 DEG F
- 10. PI545 LOWEST NC BYSTEM SUE < COOLING MARGIN 130 DEC F 1 1.. F1009 NC SYSTEM FREG3URE. EEST ESTIMATE 318 F3IA
- 12. A0713 PZR PRESS CH I 1700 PSIG
- 13. A0707 PZR LEVEL CH I 100 %
14 2 POI 64 RVLIS TRAIN A UPFER RANCE 100 % 13e D2037 REACTOR COOLANT PUMP A OFF 16: D2005 REACTOR COOLANT PUMP B OFF
- 17. D203a REACTOR COOLANT FUMP C OFF 18 D2006 REACTOR COOLANT PUMP D OFF 15 . A1214 CVC3 DDROM METER CONCENTRATION 444** PPM
- 20. A1240 CCURCE RANGC _ EVE.L CHANNEL 1 10 CPS
. A0756 INTERMEDIATE RANGE LEVEL CHANNEL i 1.000E-11 A
. r273G PCWEF RANGE AVG LEVEL AVD 0 %
Ercup: 10 ---- - SECONDARY EYSTEMS
- 1. A0574 S/G A WIDE RANGE LEVEL ( 79. M ) o7 %
^? . ANJO n/G D W1DE RnNGE LEVEL ( G % ) 52 '.
- 7. AOM . '. 3 C WIDE rah 0E LEVEL ( 3 3 . ) %3 '
- 4. A06W S/G D WIDE RANGE LEVEL (30%) 53 ;.
- 3. A0 7.:3 5/O A 3 TEAM FRESS CH 41 220 F31G 6 40/29 D/G D ~3 TEAM F RESS CH 41 12 0 T5IG
- 7. A07:5 3/G C STEAM FRESB CH 41 220 FSIG G, A0741 J'G D STEAM FREF.S CH #1 'c .I O P5lu
- 9. P O l c.4 3,* A FEEDWATER FLOW LH 1 0 MFPh
- 10. FZlS6 J/G D FEEDWATER FLOW CH 1 0 MFFH
'11, P0133 S/G r FEEDWATER FLOW CH I O MFFH
- 12. T0100 S/G D FEEDWATER FLOW CH 1 0 MiT H 12 AC774 CA FLOW TO S/G A 0 GEN
- 14. A 0 ?"' S CA FLOW TO S/G B 100 GH1
- 13. AO?76 CA FLOW TO S/G C 100 Gi ^1 1A. A0977 CA PLOW TO S/G D 100 GPM
- 17. F0614 TOTAL M/S RELEASED DURING LAST IS MIN O LM Group: 13 - - - - - - -
AJXILIARY SY31 EMS - ---- - 1, 40aS2 NV LETDU.eN FLOW O bFH
- 2. A L..T FW3T LEVEL CH l 43.42
- 1 A1213 SNSWP LEVEL 571.74 Ei
. AO % 4 6 :,V BU5 ETA VOLIS 4.37 t;V
- i. 80S75 46 Y !". S E1 D VOLTE 4.27 kV
ww ,w I TS01 DUKE POWER COMFANY UNIT CNS 1 PAGE: 2 DATE: 2/20/G8 TIME 12: 45 , Group: '20 ---------- SAFETY INJECTION SYSTEMS - - - - - - - - - - - 14 A0G20 CHARGING LINE FLCW CONTROL 230 GPM
- 2. D2450 CENT R I FliGAL CHARGI WG F LIMP A OFF 1
- 5. D2440 CENTRIFUGAL CHAFGING FUMP D ON 4s P1325 NC UVBTEM TOTAL EMER. INJECTION FLOW 0 GFM s, D24S6 NI PUMP A OFF 6c D2446 NI PUMP D OFF 7J A0402 ND HX A OUTLET FLOW 0 GFM G3 A0900 ND HX D OUTLET FL.OW D GPM
- 9. D24SS ND FUMF A OFF 103 D2445 ND PUMP D ON Croup: 25 ----- ---- CONTAINMENT CYCTEMS - ---------
li A1499- CONTAINMENT WIDE RANGE FRESS. TRAIN.A -C.2 PSIG
- 2. P1500 Ur'PER CCNT AVG TEMF - OPERATING UNITS 1 1 . DEG F
- 0. A141G CONTAINMENT SUMP LEVEL A 7.2 FT 4 ., A0939 CONI AINMCNT HYDROGEN CONCEN TTiAIN A 1OFF5CALE4 '4
- 3. D2440 N3 FUMP 4 OFF
.6. D240D NG PUMP D OFF Crcup 30 -- -----
RADIATION SYSTEM 3 -----~~----
. P0120 EMr40 REACTOR CDCLANT MCNITOR 1.000E+07 CPM
.. 41305 LMr?34 CONT HIGri RANGE MONITOR 1R. A 3.170E402 R/HR
- 3. A1014 EP'F".0B CONT HI GH R ANGE MONI TOR TR. B 3.190E+02 R/hR
- 4. A1315 EMF 54 UNIT VENT EX1. GANUE MONITUR 2.200E+00 R/hR G0048 EMF T~' UN I T VENT 10 DINE MGNITOR 8.n20E,03 CPM rb . F1022 EMI '. / I.i:LTA XUNT'3 L AET 1 5 f11 N U T E. S '6.270f4M1 EFN 7, A001' EtT ' d.t GNIT VENT 3A3 MONIlim 3.460E402 CFM U. A M.; V t M- A H UNIf VENT tsAS MONITOh 4.' ICE +J1 CFM vnup: 73 - - - -
LNVIRCNMENTAL STSTEMS - - - - - - - - - -
-t. A04r urrER W:ND SPEED 11.9 MrH '
- 2. 60405 LOWET: WihD SPEED E.C MFH
- 3. AO404 UPPER WIND DIRECTION 37 DEG
- 4. AJ409 5.JLER WIND DIRECTION 37 DEG B. Alt 27 BAROMETRIC FRESSURE .M 179 IN HG
- o. A0490 AMBIENT AIR D/T ELEV 662 0 ELEV.762 -0.42 DE3 C 1 A1.172 ' AMBIENT AIR TEMP AT ELEV cs2 .4 DEG C
- 9. 404?6 DEWPOINT 4 DEU C
- 9. P0$95 PRECIPITATION IN LAST 15 MIN O IN 10.'R1110 SIGMA THETA - LWR WIND DIR. aTD DE 10.1 DEG g 31. 41104 UNIf VENI 5 TACE FLOW !.384L CFM
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