ML20236M428
| ML20236M428 | |
| Person / Time | |
|---|---|
| Site: | Three Mile Island  |
| Issue date: | 10/19/1987 |
| From: | GENERAL PUBLIC UTILITIES CORP. |
| To: | |
| References | |
| PROC-871019, NUDOCS 8711130127 | |
| Download: ML20236M428 (674) | |
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1987 TMI ANNUAL EXERCISE SCENARIO VOLUME #1
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SCENARIO BODY -t APPENDIX A - PLANT DATA
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13o footer this page TABLE OF COMTENTS TOPIC TAB _PAGE Table of Contents . . . . . . . . . . . . . . . . . . (White) i Glossary / Abbreviations . . . . . . . . . . . . . . . (Gray) I to 3 ERP Directions . . . . . . . . . . . . . . . . . . . (Gray) 4 to 10 observer Assignments . . . . . . . . . . . . . . . . (Gray) 11 to 13 Objectives . . . . . . . . . . . . . . . . . . . . . (Brown) 14 to 18 Scope . . . . . . . . . . . . . . . . . . . . . . . . (Brown) 19 to 20 Initial Conditions . . . . . . . . . . . . . . . . . (Brown) 21 to 22 Sequence of Events . . . . . . . . . . . . . . . . . (Brown) 23 to 25 Exercise Guide . . . . . . . . . . . . . . . . . . . (Brown) 26 to 32 Observer Instructions . . . . . . . . . . . . . . . . (Yellow) 33 to 46 Messages . . . . . . . . . . . . . . . . . . . . . . (Yellow) 47 to 73 Observer Checklists . . . . . . . . . . . . . . . . . (Yellow) 74 to 79 Plant Data (Appendix A) . . . . . . . . . . . . . . . (Blue) Al(l)-1 To A6-1 Field Assessment Data (Appendix B) . . . . . . . . . (Orange) 80 To B96 Inplant Rad Con Data (Appendix C) . . . . . . . . . . (Buff) Cl To C27 Radio Chemistry (Appendix D) . . . . . . . . . . . . (Green) 'DO To D155 Rumor Control (Appendix E) . . . . . . . . . . . . . (White) El To E13 i 1697A ep
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ANNUAL EXERCISE Heek of 10/19/87 ACRONYMS / ABBREVIATIONS AC Alternating Current AEOF Annex to the Emergency Operations facility 8 and H Babcock and Hilcox BRP Bureau of Radiation Protection BHST Borated Water Storage lank C/D Cooldown CFR Code.of Federal Regulations CPM Counts Per Minute CR0 Control Room Operator DER PA State Department of Environmental Resources DGI Digital Graphics Incorporated DHR Decay Heat Removal DOE US Department of Energy DPM Disintegrations Per Minute EAA Emergency Assembly Area EAAC Emergency Assembly Area Coordinator EAC Environmental Assessment Coordinator EACC Environmental Assessment Command Center EA'L Emergency Action Level EBS Emergency Broadcast System ECC Emergency Control Center ED Emergency Director EFPD Effective Full Power Day EFH Emergency Feedwater EMA Emergency Management Agency ENS NRC Emergency Notification System E0C Emergency Operations Center EOF Emergency Operations Facility EPA US Environmental Protection Agency EPIP Emergency Plan Implementing Procedure EPZ Emergency Planning Zone ERF Emergency Response Facility ES Engineered Safeguards ESAS Engineered Safeguards Activation System ESD Emergency Support Director FAA Federal Aviation Administration FEMA Federal Emergency Management Agency FP Full Power FSAR Final Safety Analysis Report GeLi Germanium Lithium (isotopic gamma detection crystal) Gli Geiger Mueller (radiation detection tube) GPM Gallons per Minute GPUN GPU Nuclear Corporation HP Health Physics HPI High Pressure Injection HPN NRC Health Physics Network 1697A ep
ANNUAL EXERCISE Heek of 10/19/87 IAH In Accordance With ITS Important to Safety IRAP Interagency Radiological Assistance Plan kv Kilovolt LOCA Loss of Coolant Accident LPZ Low Population Zone LSA Low Specific Activity MAP-S Post-Accident High Range Iodine Sampler MCF Maintenance, Construction, Facilities MFW Main Feedwater MIDAS Meteorological Information and Dose Acquisition System MS-V/R Main Steam - Vaive/ Relief NaI Sodium Iodine Gamma. Isotopic Detection Crystal NAWAS National Warning System NOAA National Oceanic ~and Atmospheric Administration NRC US Nuclear Regulator Commission NHS US National Weather Service 0/P Office of the President 00S Out of Service OSC Operations Support Center OTSG Once Through Steam Generator PAG Protective Action Guides PAR Protective Action Recommendation PAS Post-Accident Sampling PEMA Pennsylvania Emergency Management Agency PD Plant Data PPB Parts Per Billion PPM Parts Per Million PTFC Parsippany Technical Functions Center QA Quality Assurance QCL Quality Control List RAC Radiological Assessment Coordinator R&EC Radiological and Environmental Controls R8 Reactor Building RCP Reactor Coolant Pump RCS Reactor Coolant System RERP Radiological Emergency Response Plan RM-A Radiation Monitor - Atmospheric RMC Radiation Management Corporation RM-L Radiation Monitor - Liquid RM-G Radiation Monitor - General Area RMS Radiation Monitoring System RTSC Recovery Technical Support Center SC8A Self Contained Breathing Apparatus S/D Shutdown 500 System Design Description SR0 Senior Reactor Operator TLD Thermoluminescent Dosimeter TMI Three Mile Island Nuclear Plant TSC Technical Support Center 1697A ep
ANNUAL EXERCISE Heek of 10/19/87 U-l THI Unit 1 U-2 TMI Unit 2 WG Waste Gas X/Q Meteorological Dispersion Factor.(Chi /Q)
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RNNUAL EXERCISE Ueek of 10/19/87 TELEPHONE NUMBERS FOR EMERGENCY RESPONSL7 FACILITIES Unit 1 i ECC - 948-8071 OSC - 918-8083, 8082 RAC - 948-8071 or 944-0839 TSC - 948-8774, 8773 EOF ESD Support Communications Communications Division Rep. 948-8966 948-8903 948-8968 657-0471 657-0739 657-1039 Rad Con Operations Advisor PA State Rep. 657-0629 948-8967 657-1234 Technical Functions Rep. 657-0471 657-1235 (Mod Comp data circuit backup phone) 657-3509 (Telecopier) AEOF Media Center First Floor 9-944-6558 257-4100 Second Floor 9-944-2972, 944-3668, 944-2922 257-4101 ERP DIRECTIONS DIRECTIONS TO MIDDLETOWN JUNCTION SUBSTATION From the North Gate, turn left onto Route 441 North. Take the next right turn onto Geyers Church Road. Follow Geyers Church Road approximately 0.7 mile. The Middletown Junction Substation is on the right side of the road. (See Map page 6) DIRECTIONS TO THE 500 KV SUBSTATIOM From the North Gate, turn right onto Route 441 (South). Take Route 441 past the TMI visitor's Center. The 500 KV Substation is the next left turn after the Visitor's North Gate. Center. Note: The 500 KV Substation turn is 0.8 mile from the' (See Map page 6) DIRECTIONS TO THE TMI TRAINING CENTER From the North Gate, turn right onto Route 441 (South). Take Route 441 to the TMI Visitor's Center. Turn left into visitor's Center parking lot. TMI Training Center is located behind the Visitor's Center. (See Map page 6) 1697A ep
ANNUAL EXERCISE Week of 10/19/87 ERF DIRECTIONS (Continued) ANNEX TO EMERGENCY OPERATIONS FACILITY From the North Gate, turn left onto Route 441 (North). Proceed 2.1 miles to the traffic light 'co Middletown. Go straight through the light onto Ann Street. Follow Ann Street to the next traffic light. Turn left at the light onto South Wood Street. Follow S. Wood Street for four blocks (two stop signs). At the second stop sign, turn right (VFW Post 1620 is on the right corner). Proceed straight to the Security Gate at Crawford Station. N9te: You must identify yourself on the telephone located to the right outside of the entrance gate. When the gate opens, proceed to the entrance of Crawford Station. The AEOF is located on the first and second floors of Crawford Station. (See Map page 7) EMERGENCY OPERATIONS FACILITY AND THE ENVIRONMENTAL ASSESSMENT COMMAND CENTER From the North Gate, turn left onto Route 441 (North). Proceed 2.1 miles to the traffic light at Middletown. Go straight througn the light and straight t0 rough the next traffic light to a stop sign. Turn right at the stop sign and bear left to cross the beidge. Upon crossing the bridge, turn left at the traffic light and proceed straight on Route 230 West to the next traffic light (at Olmstee.d Plaza). Go straight through the light and turn right onto the entrance ramp for Route 283. Proceed straight to the 283 (West) Harrisburg sign. Bear left at the sign and continue onto 283 merge area. Merge onto Route 283 and continue to the next right turn (Interstate 283 North Exit) - Merge onto I 283 North and continue straight to the exit for 83 North, 81 North, and 322 West. Proceed straight onto 83 horth and continue straight to the junction of Route 81 South (Carlisle). Bear left onto Route 81 South and proceed to Exit 24 (Progress Avenue). Take Exit 24 to the traffic light turn left on Progress Avenue and take the next right turn (Commerce Park). Follow Interstate Drive approximately 0.5 mile to 2574 Interstate Drive on left. (See Map page 8) DIRECTIONS TO THE GPU MEDIA CENTER From the North Gate, turn left onto Route 441 (North). Proceed 2.1 miles to the traffic light at Middletown. Go straight through the light and straight through the next traffic light to a stop sign. Turn right at the stop sign and bear left to cross the bridge. Upon crossirg the bridge, turn left at the traffic light and proceed straight on Route 230 West. Proceed on Route 230 West for 8.9 miles. The Media Center is on the right side of the street at 99 South Cameron Street opposite the Safety Sales and Services Corporation. (See Map page 9) For information on building location at TMI refer to Map page 10. 1697A ep
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.1 h THIS P AGE INTENTION ALLY BLANK g :
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. ANNUAL EXERCISE l Wssk'of 10/19/87 !
EMERGENCY DRILL OBSERVER ASSIGNMENT SHEET' 1 i TYPE OF EMERGENCY _ Annual Exercise 'B' Shift IREO Group 2 ' DATE__Wcek of October 19c 1987 AREA OF RESPONSIBILITY OBSERVER CONTACT PHONE j l
- 1. ECC (U-1) (Drill Coordinator) __
Geno Simonetti '8071
- 2. Plant Data (U-1) (Controller)- Skip Brown 8071-
- 3. RAC Data (U-1) Dale Merchant 8071-
- 4. RAC (U-1) (Controller) Gordon Lodde' 8071
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- 5. Communications Susan Otto- 8071-
- 6. OSC Data Steve Baker :8456' ]
l 7. OSC (U-1),[ controller) Jeff Whitehead 8456-
- 8. TSC (U-1) Hal McKaig '8742
- 9. In-Plant Chemistry Ed Houser 8316
- 10. Fire 1 Don Klinepeter' N/A'
- 11. Fire 2 Dave Bowen N/A
- 12. In Plant Rover Controller Dick Sieglitz 8456
- 13. In Plant Rover A Del Schein 8456
- 14. In Plant Rover B Barry'Rittle 8456 ;
- 15. In Plant Rover C Bill Ream 8966
- 16. In Plant Rover D Doug Spath 8966
- 17. In Plant Rover R Bob Neff 8966 i B. Rogan/-
- 18. EOF (Controller) J. Hildebrand 8966
- 19. Dose Assessment (Controller) Ralph Eherts 8966
- 20. EAC Ap1_p3ypter __, 8966 1
- 21. Group Leader R&EC Jim Tarpinian 8966
- 22. Field Monitoring Team (Controller) Jerry Beaver N/A
- 23. Field Monitoring Team A (EOF) Matt Smith N/A 1697A ep l
ANNUAL EXERCISE Wesk of 30/19/871 EMERGENCY DRILL OBSE5 'ER ASSIGNMENT CHEET (continued) AREA OF RESPONSIBILITY OBSERVER CONTACT PHONE.
- 24. Field Monitoring Team B (EOF) Lyn FloreY N/A
- 25. Field Monitoring Team C (U-2) Tom Mulleavy N/A'
- 26. Field Monitoring Team D (U-2) Gary Frank N/A a
- 27. Field Monitoring Team E (U-2) Dave Shriner N/A
- 28. ABOF Alan Knoche 944-2922
- 29. PTFC R. Guimond 1-201-316-7394
- 30. Public Information Alan Brinser 257-4100
- 31. Warehouse / Muster (U-1) Phil Tinnes N/A
- 32. Warehouse / Muster (U-2) Mark Press 8492
- 33. Security / Accountability (U-1) Rick Finicle 8040 Judy Arnold / )
- 34. Rumor Control Deb Valerio N/A
- 35. NSCC P. Ahern N/A I
- 36. NSCC M. Barnisin N/A
- 37. NSCC E. Hammond N/A
- 38. NSCC __ R._ Cameron N/A
- 39. NRC (ECC) R. Conte 8071
- 40. NRC (TSC) J. Jamison 8742
- 41. NRC (EACC) T. Tuccinardi 8966
- 42. NRC (OSC) C. Gordon 8456
- 43. NRC Team Leader (EOF) C. Amato 8966
- 44. NRC (Offsite Field Teams) R. Christopher 8966 j l
- 45. NRC (FEMA-RAC) E. Fox N/A
- 46. Rover K. Tremblay/
- 47. Rover K. Harkless N/A l
- 48. BRP Stu Levin N/A
- 49. PEMA Don Taylor N/A 1697A ep
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ANNUAL EXERCISEL. Week.of 10/19/87' The' DRILL COORDINATOR has the overall responsibility for the implementation of the drill / exercise. All changes.to the scenario are authorized _by the DRILL
/ COORDINATOR following approval from the affected CONTROLLERS.
CONTROLLERS are the ONLY individuals that may change the scenario (data, sequence, etc.). The changes are implemented following authorization from the DRILL COORDINATOR. CONTROLLERS are designated for key areas of scenario implementation and also-have the responsibility of observing the activities of the drill participants. OBSERVERS have the responsibility of monitoring the activities.of the drill participants and providing required information (scenario data, messages, etc.). 1 l 1697A ep
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ANNUAL EXERCISE Week of 10/19/87 OBJECTIVES FOR THE 1987 THRES MILE ISL'AND NUCLEAR STATION ANNUAL EXERCISE - 1 I A-joint exercise will be conducted in order to demonstrate the state of j emergency preparedness of the Unit 1 Three Mile Island Nuclear Station (TMI); the Commonwealth of Pennsylvania; Dauphin, Cumberland, Lebanon, Lancaster, and York counties; and various municipalities within the TM1 Plume Exposure ' i Pathway EPZ to respond to a radiological emergency at TMI. This demonstration will be accomplished-through the implementation of emergency plans-dedicated to the response to a THI incident. The Three Mile Island Station objectives are as follows: E 1' A. Operational Assessment
- l. Demonstrate the ability of the control room personnel to promptly ]
recognize that emergency action levels have been reached or i exceeded, properly classify the emergency and implement the { Emergency Plan.
- 2. Demonstrate the ability of the operators.to assess plant:
conditions, effectively utilize engineering support. and implement procedures in order to place the plant in a safe condition.
- 3. Illustrate the ability of the plant personnel to mitigate the in-plant and offsite consequences of a radiological release through operational manipulations. l 4.
.j Display the coordination and adequacy of the TMI Emergency ,
Operating and Emergency Plan Implementing Procedures.
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B. Radiological and Environmental Assessment-
- 1. Satisfactorily perform radiological and environmental monitoring i activities in accordance with prescribed procedures. ]
- 2. Properly assess the monitoring data to formulate accurate offsite radiological dose projections.
- 3. Demonstrate the ability to obtain and analyze post accident samples (e.g. RCS-PAS, grab samples, etc.).
- 4. Exhibit the proper use of. appropriate post accident sample results to support the dose projection process.
- 5. Demonstrate the ability to evaluate monitoring data, offsite j radiological dose projections and plant conditions to arrive at- 1 appropriate protective action recommendations. I i
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' ANNUAL EXERCISE Week of 10/19/87: j
- 6. Illustrate effective coordination of the radiological and environmental assessment process with the Bureau of Radiation Protection.
- 7. Demonstrate'the ability to support the radiol _ogical assessment process while maintaining personnel radiation exposure as low as reasonably achievable. ,
C. Emeraency Organization- '
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- 1. Demonstrate that sufficient emergency personnel are ava'ilable~to 'l properly mitigate the consequences of~an emergency and' support the emergency on a round-the-clock coverage schedule.
- 2. Exhibit timely and proper response _of emergency personnel to. '
activate emergency response facilities and carry out assigned ~ roles , and responsibilities.
- 3. Display proper transfer of responsibility between'"on shift" and incoming emergency personnel.
NOTE: TMI-2 will not participate in the exercise. However, the operating staff will support the exercise by providing' assistance to THI-! as required. D. Emergency Response Facilities
- 1. Demonstrate that sufficient and adequate emergenc,y equipment exists to effectively perform all necessary emergency actions. !
- 2. Illustrate that sufficient radiological protection exists for emergency personnel to properly carry out assigned roles and ;
responsibilities in all facilities.
- 3. Demonstrate a viable means of access control that restricts entry to authorized personnel only, i 4. Show that sufficient space is dedicated in.all facilities to allow for proper emergency response.
E. Commur,1 cations <
- l. Demonstrate that appropriate and reliable communication systems.
exist to accomplish appropriate and timely notification of offsite agencies and to maintain communications with the. Bureau lof , Radiation Protection.
- 2. Denionstrate that adequate emergency communications systems are in i
place to facilitate transmittal of data among emergency response facilities. 1697A ep u _ _ . - _ - - _ - - _ _ - . - _ _ - _ = - - _ - _ - - = - - - - . = - - - - - -
ANNUAL EXERCISE I Week of 10/19/87 ) i 1
- 3. Exhibit the ability to effectively use the emergency communications .;
system.
- 4. Demonstrate the ability to adequately alert station personnel of an emergency through the use of alarms and public address' systems.
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- 5. Demonstrate that adequate call out procedures exist to provide far t timely mobilization of emergency response personnel. ,
- 6. Illustrate the ability to effectively communicate with emergency ,
teams onsite and offsite. J
- 7. Exhibit proper recordkeeping and data display in all emergency teams onsite and offsite.
F. Personnel Protection
- 1. Demonstrate that the accountability process, including search and rescue (as applicable), within the Protected Area can be accomplished in a proper and timely manner, i
- 2. Demonstrate the ability to muster all TMI-l personnel at the Emergency Assembly Area and that adequate provisions exist to carry out an orderly evacuation.
- 3. Satisfactorily respond to an injured and/or contaminated person ,
without jeopardizing his safety. -
- 4. Demonstrate the capat,111ty to radiologically monitor and decontaminate personnel. i t
G. Public Information I
- 1. Demonstrate the aLility to develop and disseminate timely and 3 accurate news releases.
- 2. Exhibit proper and timely activation of the Media Center.
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- 3. Demonstrate effective rumor control techniques. l l
- 4. Demonstrate the ability to conduct news briefings and interface i '
with the news media, elected officials and concerned citizens. H. Critique l
- 1. Demonstrate the capability to properly conduct an exercise critique l with the participants in order to identify major strengths and weaknesses. j l
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, ANNUAL EXERC8SE"
. Week of.10/19/87-i I. Previously Identified Deficiencies USNRC Inspector Follow Items:
- 1. (OPEN) 50-289/86-20-01 and 50-320/86-14-01:. The Eniergency Director (ED) initially did not effectl.vely. utilize TSC personnel. '
For example, the TSC was not' requested to verify,the leakrate, I source term calculations, or trend key plan.t-systems. i
- 2. (OPEN) 50-289/86-20-02'and 50-320/86-14-02: Followup notifications to off-site agencies.was slow. For example', a i significant increase in steam generator leak-rate was'not 1 transmitted until after a second request by the ED was made. I
- 3. (OPEN) 50-289/86-20-03 and 50-3?0/86-14-03: Continuous.
accountability was not maintained in the OSC and the~ design made 1 command and control difficult. i
- 4. (OPEN) 50-289-20-04 and 50-320/86-14-04: Call-out and l mobilization of emergency-response personnel:off hours was not j demonstrated during this exercise due.to a.large portion of the i staff being on-site in support of the outage;(Objective C.2).
l S. (OPEN) 50-289-20-05 and 50-320/86-14-05: Additional training is' l needed for proper call-in procedures by' emergency response: personnel. Several personnel who chiled,in gave garbled messages i and/or did not indicate appropriate arrival times (i.e., a half . hour arrival time with no clock reference time). Also, the reliability of the code-a-phone during off-hours should be
~
l re-evaluated. l
- 6. (OPEN) 50-289-20-06 and 50-320/86-14-06: There are discrept.ncies I between the PTFC organization table and the PTFC duty roster dated '
August 15, 1986. In addition, nine out of ten responding PTFC 'l staff members are apparently not formally' trained / qualified.
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ANNUAL EXERCISE Week of 10/19/87 l Event
- Actual Simulation !
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- 1. Declaration of Emergency X
- 2. Notification of Offsite Agencies X j
- 3. Emergency Announcements X 1
- 4. Activation of Initial Response Emergency Organization X l
S. Activation of Emergency Support { Organization X
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- 6. Full Protected Area l Accountability (TMI-1 Only) X i I
- 7. Post Accident Sample and Analysis X
- 8. Search and Rescue X
- 9. Evacuation of Site Personnel i NOTd: A maximum of 6 personnel will be !
evacuated to demonstrate the effectiveness of the evacuation process. X
- 10. Monitoring at Assembly Area X
- 11. Decontamination of Contaminated Persons X**
- 12. Power Plant Component Operation X
- 13. Dispatching of Response Teams (Radiation Monitoring, Fire Brigade,
_ Repair, etc.) X
- 14. Public Information (Rumor Control, News Releases, Media Center activation, etc.) X
- This list of items denotes the level of participation that may result ,i_f, such action is taken by the participants in response to scenario situation (i.e., if search and rescue is deemed appropriate by the participants, they will be required to actually perform this action rather than simulating it).
It is NOT intended to be an absolute list of actions that will be taken.
** Contamination is simulated by using Coleman mantles. Simulated decontamination is done by following the applicable plant procedure (s).
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i ANNUAL EXERCISE Heek of 10/19/87 i 1987 Annual Exercise Scope TMI-l is operating at 100% FP with the following abnormalities in effect: 1
- 1) degraded grid condition requiring a 5% voltage reduction due to a lack of '
generating capacity on the grid and 2) lower than normal river water level due to a recent drought. The exercise begins when TMI-l is informed of a flow control device failure at the York Haven Dam (located downstream of TMI). Due to an estimated leakage and repair time of 4 hours reported by the Supervisor from York Haven Dam an Unusual Event declaration is warranted based upon a projected low river I level. An Alert should be declared when the estimated repair time increases { l to 6 hours with a lower projected water level. Subsequently a fire breaks out in the Rad Haste compacting area. The fire Brigade is dispatched and, without offsite assistance, is successful in
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controlling and containing the fire. Although local RMS increases are noted I the plant ventilation system successfully filters the radionuclides before they are released to the environment. While maintaining 100% FP a tube leak occurs in the 'A' steam generator. The size of the leak is sufficient to warrant declaration of an Alert (if not already declared) and initiation of a plant shutdown. During the plant shutdown a loss of offsite power occurs. The loss of offsite power is caused when a heavy load susoended from an Army helicopter (Flying Crane) strikes the 230 KV lines. Upon impact the cargo is separated from the helicopter and-drops into the river. (The helicopter makes a safe emergency landing at ' l Harrisburg 1697A ep '
ANNUAL EXERCISE Heek of 10/19/87 International Airport.) Following this sudden separation from the grid, the l reactor and turbine trip. However several other components fall and affect the cituation. The 'B' diesel generator falls to start due to a failed relay (the 'A' is out of service for timing chain replacement). The turbine driven emergency feedwater pump fails to start due to a failed overspeed control mechanism. Additionally one main steam relief valve fails to close after cpening. (Note: Unit 2 diesel generators are operational which allows onsite Gell analysis). In essence the pJant has RCS leakage to the secondary plant and has lost the means to control inventory or provide steam generator cooling. The primary to secondary leakage and loss of condenser function and/or the extended loss of AC warrants declaration of a Site Area Emergency. The inability to cool the core and replenish the inventory loss due to the leak results in uncovering the core and some fuel damage. The fuel damage and resultant dose projections warrant the declaration of a General Emergency. Actions to mitigate the event are successful when one diesel generator is retttrned to service enabling cooling and inventory control of the RCS. Plant cooldown progresses and the decay heat removal system is placed in service. In addition, with the decrease in secondary pressure the stuck open main steam relief valve closes. With the release stopped and stable cooling of the RCS in progress, Recovery Operations will be initiated as the exercise terminates. 1697A ep
ANNUAL EXERCISE Week of 10/19/87 INITIAL CONDITIONS UNIT 1
- 1. The 'A' Diesel Generator is out of service due to a broken timing chain.
The estimated repair time is another 24 hours. The 'B' Diesel Generator was run earlier in the day to satisfy the Technical Specification requirements.
- 2. Reactor Building atmosphere cleanup is in progress per OP 1104-55.
- 3. Based on degraded grid conditions, a 57. voltage reduction is in effect.
- 4. Based on the recent hot, dry conditions, the river water level at the Unit 1 Intake House is 277'.
- 5. The plant is operating at 1007. FP with a core burnup of 275 EFPD.
- 6. The 1051 line is out of service due to maintenance at the Jackson 1 Substation which is expected to take approximately two weeks.
- 7. The 230 KV/500 KV auto transformer in the 500 KV substation is dismantled for overhaul. Overhaul is expected to take four more days.
- 8. Hanley-Regan is delivering bulk chlorine cylinders to the Circulating Hater Chlorinator House.
- 9. Bowman-Hell & Co., Inc. is delivering sulphuric acid to the acid storage !
tank at the south end of the turbine building. J
- 10. The intake screen house desilting is in progress, on the north side. The-following pumps are off (tagged)for diver protection:
SR-P-28, SR-P-18, SW-P-38, SW-P-18, DR-P-2A, DR-P-1A, RR-P-2B, RR-P-1B . !
- 11. Distribution Panel D-20 is being temporarily fed from Panel ATB. A replacement for the failed transformer normally feeding 0-20 from the IB ES Valve MCC is back ordered.
- 12. Breaker 17 on 120 volt Distribution Panel TRA is removed for repairs.
Panel TRA is being fed from Distribution Panel VBB through Breaker 30. 1697A ep
I ANNUAL EXERCTSE' , Week of 10/19/87 ! l l SUPPLEMENTAL INFORMATION For Controller / Observer Information Only j 1
- In order to fully test the ability of the ECC and EOF Communicators to use i their equipment, it is necessary to make an exception to the loss of all AC !
l events occurring at T - 165. For the purpose of the drill, the 480-240/120 i volt transformer feeding distribution panel 0-20 from the IB ES Valve 480 volt l MCC has been removed due to damage. While awaiting arrival of a replacement transformer, a temporary power feed to distribution panel 0-20 has been provided from Panel ATB, fed from the IE Inverter. , Panel D-20, located in the Turbine Building Telephone Equipment Room feeds the ML-8000 Emergency Phones, the Dimension Telephone System, and the Microwave Telephone Link. Because of recent communications equipment and procedure I changes, it is necessary to exercise both to ensure their reliability. j Additionally, Breaker 17 on 120 volt Distribution Panel TRA is removed. Power 1 to TRA is baing supplied from Distribution Panel VBB through VBB Breaker 30 and TRA Breaker 14. The plant paging system is powered from Distribution j Panel PC which is fed from Panel TRA. This alternate feed ensures the page. i will remain functional throughout the drill. ' l J 1
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1697A ep f l w _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - - _ - _ _ _ _ - - - _ _ . _ . - _ _ - _ _ _ - - _ - _ - _ _ ._. -- -- - - - - - - - -
ANNUAL EXERCISE I Week of 10/19/87 )
)
1987 Annual Exercise Sequence of Events T - -15 Initial conditions given to participants. (1715 hrs) ) l T- 0 Orill starts (1730 hrs)
~
T- 15 An Engineering Supervisor from York Haven Dam (located' downstream 'l of TMI) calls . . (1745 hrs) the Unit 1 Control Room to report that a stop gate has failed. $ Based on the leakage through'the stop gate and estimated time of repair (4 hours) the river level is expected'to drop 5.5 feet. The projected river water level is less than 272'.
*** An UNUSUAL EVENT should be declared IAH 6410-IMP-1300.01 EAL.8.1.C ***
T- 45 The Supervisor from York Haven Dam calls the Unit 1 Control Room (1815 hrs) again with an update on the estimated time of repair (6 hours). . , . Additionally the total expected drop in river level is anticipated: to be 6.5 ft. The projected river water level is less~~than 271', l
*** An ALERT should be declared IAW 6410-IMP-1300.01 EAL 8.1.C ***
T- 60 A fire in the Rad Waste compactor area is reported to the Control l (1830 hrs) Room. The fire will be controlled by the Fire Brigade and offsite 1 assistance will not be required. j T- 70 Fire Brigade leader reports fire under control,' overhaul underway. l (1840 hrs) ' i T - 120 Fire Brigade leader reports to the Control Room that. overhaul is l (1930 hrs) complete, fire equipment has been cleaned and returned to standby. 1 T = 150 A primary to secondary leak of greater than 60 gpm starts at'thi.s l (2000 hrs) time on the 'A' steam generator. When the operators recognize 1 that a valid leak exists a plant shutdown will be' initiated. RMAS l and RMA15 noble gas channels high alarm,'RMAS high channel and i RMG25 alert alarm are received in the Control Room.
*** If not already declared An ALERT should be declared' l IAW 6410-IMP-1300.01 EAL 5.1.8 *** j T - 165 During the plant shutdown an Army helicopter:(Flying Crane).is (2015 hrs) flying from Middletown to Columbia with a suspended load. The suspended load hits and severs the 230 KV lines leaving the island. The loss of these lines results in a loss of offsite '
power with subsequent reactor / turbine trip. , 1697A ep
,( j
q ANNUAL EXERCISE Wuk of 10/19/87 RMG26 noble gas channel alert alarm is received. Additionally the ! following components fail: 'B' diesel generator, turbine driven emergency feedwater pump (EF-P-1) and 1 mainstream relief valve (MS-V-17A) fails open on the 'A' steam generator. The transient is responsible for an increase in the leakage from the RCS to the j
'A' steam generator and initiating leakage to the 'B' steam generator.
*** A SITE AREA EMERGENCY should be declared IAW 6410-IMP 1300.01 EAL 5.1.B.1 *** f NOTE: A SITE AREA EMERGENCY implements the accountability .
(TMI-l only) and mustering (TMI-l & TMI-2) process. ! T = 180 All AC has been lost for greater than 15 minutes. (2030 hrs) (
*** If not previously declared a SITE AREA EMERGENCY should be
{ declared IAW 6410-IMP-1300.01 EAL 6.1 *** j
}
NOTE: Periodic updates will be received in the OSC and ECC from ! Emergency Repair teams. I T = 200 The Supervisor from York Haven dam calls the Unit 1 Control Room to (2050 hre) inform them that the stop gate has been repaired. ! T = 231 Alert alarm is received on RMG-8. Alert and high alarms are l (2121 hrs) received on RMG-5, 6 and 7. T = 255 The incore thermocouple are now indicating minor superheat (2145 hrs) conditions and starting to increase. The RAC program continues to classify the core damage as class 1 or normal. NOTE: Based on two (2) fission product barriers already breached and the third being in jeopardy a GENERAL EMERGENCY may be declared IAW 6410-IMP-1300.01 EAL 4.1. i T = 270 The incore thermocouple temperatures are greater than the 1400* F j (2200 hrs) clad curve indicating minor core damage. The RAC program now classifies the core damage as Class 2. Dose projections will be greater than 1 Rem whole body and/or 5 Rem child thyroid.
*** A GENERAL EMERGENCY should be declared IAW 6410-IMP-1300.01 EAL 1.1 ***
T = 28] Alert alarm is received on RMG-21. Alert and high alarms are (2211 hrs) received on RMG 22 and 23. T = 285 The 'B' diesel generator is returned to service. The damaged (2215 hrs) relay has been replaced. This enables RCS core cooling via.high pressure injection and steam generator cooling via EF-P-28. T = 323 The Decay Heat Removal System has been placed in operation and (2253 hrs) the plant cooldewn continues. Preparations foi entering " Recovery Operations" should be in progress. T = 324 Alert and high alarms are received on RMG-14. (2254 hrs) 1697A ep
ANNUAL EXERCISE Week of 10/19/87 T = 330 Due to the secondary pressure decrease the stuck open main steam (2300 hrs) relief valve closes (MS-V-17A). Apprcx. T - 360 Terminate exercise based on concurrence from ED/ESD to the Drill l (2330 hrs) Coordinator, I l i I l 1 I l 1 l l l l l 1697A ep
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7 ANNUAL EXERCISE. Week'.of.10/19/87: 1 q j DRILL COORDINATOR. INSTRUCTIONS 1 l
- 1. .In order to maintain the-. time line agreed to.by offsite agencies',.00 NOT allow the declaration of an Unusual Event, Alert, Site.' Area Emergency..or General Emergency earlier than the time indicated in the. scenario.
]
- 2. At T-60 (1830 hrs), the fire mini scenario will begin. DO NOT' allow offsite fire fighting assistance-to be requested. !
- 3. At T-235 (2125 hrs), read Message DC-1 to the Emergency Director. Ensure the Emergency Director consults with the RAC for an evacuation route that; does not traverse the plume.
i I i 1697A ep
ANNUAL EXERCISE Heek of 10/19/87 4 FIRE OBSERVER INSTRUCTIONS The fire mini scenario follows. Provide Messages FO-1, F0-2', and FO-3 at the times indicated. l J NOTE: Do nAt, allow offsite assistance to be requested. l q Location: THI-l Auxiliary Building, 305 foot elevation in the Rad Haste compaction area. Scenario: A transient ignition source ignites the Class A and 8 combustibles being stored in an open LSA storage box located in a radiologically ; controlled area, The incipient stage fire creates the potential l' for an airborne contamination problem. The Control Room is alerted by a cassing plant worker. , j
- 1. Stored Class A and 8 materials combust after exposure to a j l transient ignition source. j
- 2. Light smoke emanates from the LSA box.
- 3. Small flame visible in box (SCBA is required to approach the fire), j At T - 60 (1830 hrs), provide Message FO-1 to a convenient plant I worker, i
- 4. Convection and radiant heat causes the flame spread to increase involving more of the box contents. i
- 5. Smoke condition is moderate in the cubicle, heavy at the box.
- 6. Local Continuous Air Monitor alarms and airborne activity spreads throughout the cubicle.
- 7. Fire extinguishers will control the fire if used by the Fire ;
Brigade during the early stages of the fire. , 1 i l At T - 70 (1840 hrs), provide Message F0-2 to the Fire Brigade Team , ! Leader. ' l 8. Overhaul operations are necessary to completely extinguish the : fire. Box contents continue to smolder. l
- 9. When underlying fire debris is extracted from the storage box, i the materials reignite. ;
- 10. Overhaul operations include complete extinguishment, control of contamination spread, area cleanup, re-establishment of ventilation, and the posting of a fire watch.
At T - 120 (1930 hrs), provide Message F0-3 to the Fire Brigade l Team Leader. I 1.697A ep
ANNUAL EXERCISE Heek of 10/19/87 l SECURITY AND ACCOUNTABILITY OBSERVER (U-1) - INSTRUCTIONS l l
- 1. At T = 0 (1730 hrs), find one volunteer in the Unit 1 protected area and instruct him/her to wait in an office in the Service Building in Unit I until he/she is found. j NOTE 1: The individual is NOT to evade security personnel. l 4
NOTE 2: The individual is NOT to violate any plant security rules. 4 NOTE 3: The individual is NOT to enter any actual radiation area or contamination area.
- 2. At T - 165 (2015 hrs), provide Message SA-1 to a Site Protection Officer.
- 3. Observe the accountability process in Unit 1.
- 4. If possible, observe the Search and Rescue process.
l S. With the loss of all AC at T - 165 (2015 hrs) blackout conditions will be l simulated. For safety considerations room ?.nd building lighting will be ; energized throughout the drill, however, simulation should irtclude actual utilization of battery powered lighting.
- 6. The UPS diesel will be operational and power appropriate equipment.
I I i l 1697A ep i j
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I 1 l l E THIS P AGE INTENTION ALLY BL A'NK E I I I s I l l 1
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I l 9 L_ - ____ - --- ______ - ---__-__-_.____ _ _ - _ . _ _ _ - - _ _ _ - . _ _ _ . _ _ _ _ U
ANNUAL EXERCISE Week of 10/19/87-IN PLANT. ROVER INSTRUCTIONS NOTE 1: Do not allow drill participants to enter actul radiation or contamination areas. NOTE 2: Do not allow drill participants'to actually manipulate or disassemble plant equipment. NOTE 3: . Ensure extreme caution'is exercised in the~ vicinity of' energized or l rotating equipment.
- 1. Emergency Feedwater' Pump Repair Team l j
The steam driven Emergency Feedwater Pump (EF-P-1) trips immediately after starting at T = 165 (2015 hrs). When an Emergency Repair Team is dispatched, accompany them to EF-P-1 and read Message IP-1 after they. demonstrate / describe the proper trouble shooting techniques. The overspeed trip mechanism on the. turbine shaft has destroyed itself. It appears a part was loose when the lump started, causing destruction of the unit. For the purposes of the drill, EF-P-1 repairs will.not be completed before the end of the exercise. Some possible. delaying tactics follow. a) The technicians must actually procure all necessary tools, b) The technicians must actually procure all neces'sary repair parts ; from the warehouse. ' c) The bearing and shaft adjacent to the overspeed trip mechanism can be found to be~ damaged.
- 2. Diesel Generator Repair Team ;
The "A" Emergency Diesel Generator is out of service due to a failed timing chain. Returning DF-X-1A to service will require at least three 8 ) hour shifts. 1 The "B" Emergency Diesel Generator fails to start.upon receiving an ES : signal at T - 165 (2015 hrs). When an Emergency Repair Team is dispatched, accompany them to DF-X-1B and read Message IP-2 after they demonstrate / describe the proper trouble shooting techniques. Provide the following successive failures as required to prevent. diesel' repairs from being completed prior to T - 285 (2215 hrs). a) Relay SDR is charred, contacts are welded shut.
)
b) Fuse FU5 is blown. 1697A ep-
ANNUAL EXERCISE Week of 10/19/87 l 1 ( c) Switch OPL1 has failed. i ' At T - 285 (2215 hrs), read Message IP-3 to the Repair Team Leader.
- 3. River Water Pump House Water Level Indication )
i If an Auxiliary Operator is dispatched to the River Water Pump House to ] monitor river water level, provide the following levels. T= 0 (1730 hrs) 277 feet : T - 100 (1910 hrs) 276 feet ' T - 200 (2050 hrs) 275 feet
- 4. Main Steam Relief Valve When the reactor and turbine trips occur at T = 165 (2015 hrs), Main Steam Relief Va1ve MS-V-17A will open but will fail to close upon decrease of pressure. This is the release pathway. j If a repair team is dispatched to gag the relief valve shut, access to MS-V-17A is not possible due to a minor steam leak at the valve.
i Additionally, loss of all AC will result in blackout conditions in the l Intermediate Building. Use delaying tactics as necessary to prevent i i premature shutting of MS-V-17A. At T - 330 (2300 hrs), provide Message j IP-4 to the Repair Team Leader. 1
- 5. General l With loss of'all AC at T - 165 (2015 hrs), blackout conditions will be i simulated. For safety considerations room and building lighting will be energized throughout the drill. Simulation should include the requirement for functional, battery powered lighting and equipment with all teams. ;
l L 1697A ep t I
l l l l ANNUAL EXERCISE Heek of 10/19/87 UNIT 1 HAREHOUSE HUSTER OBSERVER - INSTRUCTIONS
- 1. Obtain vehicle from motor pool at T = -150 (1500 hrs).
- 2. Proceed to Harehouse I with vehicle at T = 40 to observe the activation of the Emergency Assembly Area IAH 6415-IMP-1300.36.
- 3. When the muster is complete, collect the muster sheets and the signed off f copy of 6415-IMP-1300.36 and verbally give message WHM(1)-1 to the Emergency Assembly Area Coordinator.
NOTE 1: The Emergency Assembly Area Coordinator should inform the Emergency Director that the muster is complete and they are ! awaiting orders for evacuation. NOTE 2: Four individuals should be selected for evacuation. If four individuals are not available due to the normally smaller staff compliment on back shifts, select at least two people. A minimum of two is required to exercise the decontamination , process. ' i
- 4. When the mini-evacuation is ordered by the ED, escort the individuals being evacuated.
- 5. The selected individuals will be monitored at the designated monitoring station IAH 6415-IMP-1300.20, two (2) individuals will be found contaminated IAH the attached diagrams (Pages 39 and 40).
NOTE 3: The observer shall place sealed radioactive sources (Coleman j mantles) on two (2) of the individuals being monitored, to l simulate contamination of radioactive materials, in accordance j with the attached diagrams (where practicable). j NOTE 4: Provide the information on Pages 39 and 40 as the monitoring is done. DO NOT GIVE THESE SHEETS TO THE MONITORS. Forms .I from the procedure are to be used. ; 1
- 6. The two (2) contaminated individuals will be transported to Crawford Station (AEOF) for decontamination IAH 6415-IMP-1300.20.
i
- 7. All evacuees are to be transported to Crawford Station (AEOF), for the duration of the drill.
- 8. Hith loss of all AC at T-165 (2015 hrs.), blackout conditions will be simulated. For safety considerations room and building lighting will be energized throughout the drill, however, simulation should include actual utilization of battery powered lighting.
1 i 1 1697A ep
ANNUAL EXERCISE E TMI.1 Nuclear Personnel Contamination Report O TMt.2 Name Time Evacuee #1 (from U-1) T = 235 c at. Week of 10/19/87 1 Desenbe cause of contammation l j
.q Individual passed through the radioactive plume during evacuation.
m.uma 1m i By Date Time inst ! I J Location of contammetion to be c;wegnated - - - - - - ' ' ==" numencally below mmal Oecon 1 Decon 2 Decon 3 1
@ 4000 cpm 2000 cpm 1000 cpm < MDA l A4 I
h 2000 cpm < MDA
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ANNUAL EXERCISE E TML1 NMur Personnel Contamination Report O TML2~ Name Time
]
Evacuee #2 (from U-1) T = 235 Date_ Week of 10/19/87 1 Desence cause of contammaten 1 Individual passed through the radioactive plume during evacuation. k1311U1 &'B e7 E FT By Data Time inst Location of contammation to be oesgnated >' u n = == nasi-an numencally below inrtal Decon 1 Decen 2 Decon 3 h 1500 cpm 500 cpm < MDA h 1000 cpm 9000 cpm 8000 cpm' 7000 cpm
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*The readings on the chest and back are due to internal (inhaled) contamination, i
7.-- 1 1 t k 1I ' iI { I I ' l l l 1 1 a 4 1 l I I l 1 l 4 1 E THIS P AGE INTENTION ALL BLANK E .j l
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- ANNUAL' EXERCISE )
We:k-ofi10/19/87 .] UNIT 2 HAREHOUSE MUSTER OBSERVER - INSTRUCTIONS- j 1
- 1. Obtain vehicle from motor pool at T = -150-(1500 hrs). !
- 2. Proceed to Warehouse 3 witn vehicle at T = 40 to. observe the activation 1 of the Emergency Assembly Area IAH 6415-IMP-1300.36. '
- 3. When the muster is complete, collect the muster sheets and the signed off !
copy of 6415-IMP-1300.36 and verbally give message WHM(2)-1 to the. J Emergency Assembly Area Coordinator. NOTE 1: The Emergency Assembly Area Coordinator should inform the Emergency Director _that the muster is' complete and they are awaiting orders for evacuatice. NOTE 2: Attempt to obtain up to two individuals for the evacuation. -) If two are not available due to a.normally smaller back shift-compliment of personnel, evacuate the available personnel.
- 4. When the mini-evacuation is ordered by the E0, escort the individuals being evacuated. .
1
- 5. The selected individuals will be monitored at the designated monitoring l station IAH 6415-IMP-1300.20, one (1) individual will be found I contaminated IAW the attached diagram (Page 42).
NOTE 3: The observer shall place sealed radioactive sources'(Coleman l mantles) on one (1) of the individuals being monitored, to ) simulate contamination of radioactive materials, in accordance with the attached diagram (where practicable). ! NOTE 4: Provide the information on Page 42 as the' monitoring is done. 00 NOT GIVE THIS SHEET TO THE MONITORS. Forms from the procedure are to be used.
- 6. The contaminated individual will be transported to Crawford Station (AEOF) for decontamination IAW 6415-IMP-1300.20.
- 7. All evacuees are to be transported to Crawford Station (AEOF), for the duration of the drill. I
- 8. With loss of all AC at T=165 (2015 hrs) blackout conditions will be simulated. For safety considerations room and building lighting will be energized throughout the drill, however, simulation should include actual utilization of battery powered lighting.
-.41 - 1697A ep 1
ANNUAL EXERCISE O Tuu1 1 HPMw 'aaa c* a'**'aa "*aart = 'u'2 { Name Time Evacuee #3 -(from U-2) T =.235 ost. . Week of 10/19/87.jl I i owenee cauw of contammation Individual passed through the radioactive plume during evacuation. 1 mm uns w mer m j By Date Time . Inst-l Locatson of contamination to be desegnated
- - - - - ' ' ===
numencany be4ow mrt$ Decon 1 Decon 2 Decon f I h 2000 cpm 5000 cpm < MDA A 5 2 h 1000 cpm < MDA e f,,,/ \ /'
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.4 ANNUAL EXERCISd- I 1
. Week of 10/19/87--
PUBLIC INFORMATION OBSERVER INSTRUCTION $' ;
'1. When personnel respond to the Medta Center, provide ^the' video tape'for simulated news monitoring.
- 2. At T - 215 (2105 hrs), call the Control Room at 948-8071:and read. Message
~PI-1. Insist on speaking to someone in the Unit 1 Control Room. Note the attitude of the individual answering-the call and what response is received.
l
- 3. At T = 310 (2240 hrs), call-the EOF at 657-0471 (backup numbers 948-8966,-- 1 657-2368) and~ read message PI-2, Note the attitude of.the persen :.
answering the call and.what instructions are given. - j i 1 I
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ANNUAL EXERCISE Ueek of 10/19/87 AEOF OBSERVER INSTRUCTIONS
- 1. Proceed to the AEOF at Crawford Station at T = 0 and (1730 hrs) so the required drill messages can be called into the Control Room.
- 2. At T = 15 (1745 hrs), call the Unit 1 Control Room at 948-8071 and ask to-speak to the Shift Supervisor. When the Shift Supervisor is on the line, read message AE-1.
- 3. At T = 45 (1815 hrs), call the Unit 1 Control Room at 948-8071 and ask to speak to the Shift Supervisor. When the Shift Supervisor / Emergency Director is on the line, read Message AE-2.
- 4. At T = 175 (2025 hrs), call the Unit 1 Control Room at 948-8071 and read messages AE-3 to the Emergency Director or a member of his staff.
- 5. At T = 200 (2050 hrs), call the Unit 1 Control Room at 948-8071 and read Message AE-4 to the Emergency Director.
- 6. When the decon shower is set up, but no later than T_= 245, read Message AE-5 to the Radiological Controls Support Coordinator. Ensure he receives this message before the arrival or decon of contaminated personnel.
7. Contaminated individuals should arrive some time after T = 300 (2230 hrs). Monitor the decontamination process to ensure compliance with procedures 9100-ADM-4300.02 or 9200-ADM-4330.02, Monitoring for Personnel Contamination and Decontamination. NOTE 1: All parts of the decontamination' process must be performed except the. actual removal of clothing and showering. NOTE 2: Refer to Pages 39, 40 and 42 for the number of times each. person must be decontaminated. NOTE 3: Coleman mantles are used to simulate contamination.
- 8. At T = 330 (2300 hrs), read Message AE-6 to the Group Leader, MCP and provide him with the list of names on Page 45.
NOTE: Level at York Haven is 3 ft. less than at TMI or 274' at 1730 273' at 1910 272' at 2050 1 1 1697A ep l
ANNilAL EXERCISE , .;
, , , Heeklof 10/19/87 3 TESLA = POWER AND LIGHT COMPANY. ,
'I r . . .
~Name Social-Sectrlty; Number
<. ~. 1
-1. Otto McNabb. 012-32-6784 j q
- 2. "Ellie Zendt -314-77-8213 ,
- 3. Timothy Turlock. 437-86-4212 . ~
- 4. Randolph Claggett 911-88-4442 ,
- 5. Janko Buk '618-68 6241.
~
- 6. John'Cullinano- 266-55-0142
- 7. Nancy Carten -_917-69-1112-
- 8. Tom Jefferson 077-26-6182 1
- 9. Edward Vallario- 013-53-5640-
- 10. Morton Th'iacall 171-62-8649 i
E f 1 s i 4 l s
~ 1697Alep i
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> ! i e , . . . 6 fr. l ANNUAliEXERCISE, .
n " J = Heekt oft 10/19/87;
'" EOF: CONTROLLER; INSTRUCTIONS;
- 1. At T~-1295 (2225-hrs), call?the EOF.at 948-8966'and.ask to speak 1to the Emergency Support'01r'ector. _ Read message: EOF-l.
NOTE: Do not allow'the call:to be p' laced.to:Ronson Aviatton. Ensure the Group < Leader - Admin.LSupport L is able to locate the. telephone-number but simulate = placing the. actual cal 1~.
~ 2. At T = 320 (2250 hrs). call'the EOF at 948-8966 and read message EOF-2.
Observe the staff's response to the: Impending -visit. d, l 1 ~l l l l
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7 . . . . . . ,. , l ANNUAL:EXERCISEL
. Week of110/.19/87
~
l , MESSAGES / ANNOUNCEMENTS- , b, LUnless provided in this 'section,. normal plant. procedures (will be used to'make H announcements. All announcements-and messages vill be preceeded.and ended.with
/^
1 l
"THIS'IS A ORILL!- THIS IS A ORILL!"'
I NOTE: ALL OBSERVERS Hith the loss of.all'AC at T - ' 165-(2015' hrs), blackout conditions-will be. simulated at the site.. All facilities located offsite will have normal power. For safety considerations, room and building-lighting will be energized throughout theLdrill, however,. . simulation should include battery operated equipment;except~where l 120 VAC vital power is available, i u t .' 4 i i 1697A ep
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ANNUAL EXERCISE Week of 10/19/87 CODE-A-PHONE MESSAGE "THIS IS A DRILL! THIS IS A DRILL!"
"This is (Name) at Three Mile Island Unit One.
A(n) (Select correct classification) has been declared a) Unusual Event b) Alert c) Site Area Emergency d) General Emergency in Unit (Select correct unit) a) One b) Two (Select correct message) a) This is for your information only. Response to the site is not j required at this time. ; 1 b) All members of the Unit 1 Initial Response Emergency Organization' I report to your stations. At the tone, leave your name, duty roster I position, and expected time of day of your arrival. c) All members of the Unit 1 Initial Response and Emergency Support Organizations report to your stations. At the tone, leave your name, duty roster position, and expected time of day of your arrival.
"THIS IS A DRILL! THIS IS A DRILL!"
APPROVED ___ Emergency Director Time Date l ( 1697A ep L _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
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. ANNUAL EXERCISE ^ <
Week ~of.10/19/87 PLANT PAGE ANNOUNCEMENT UNUSUAL EVENT
-------------------------------------------------- ..------------------------ \
NOTE: .This announcement -is made- by the . lead unit incorporating .the *; emergency status of the non-lead unit during; dual
- emergencies.
- i
___ .- -=---------------------------------------------------------------------
- 1. Turn on Whelen speakers.
l
- 2. READ SLOWLY l
" ATTENTION ALL-PERSONNEL! ATTENTION ALL PERSONNEL! THIS IS A DRILL! THIS IS A DRILL! AN UNUSUAL EVENT HAS BEEN DECLARED'IN-UNIT 1. ALL MEMBERS OF THE UNIT 1 ON-SHIFT EMERGENCY.0 ORGANIZATION REPORT TO YOUR STATIONS. ALL'0THER PERSONNEL SHOULO CONTINUE WITH.
THEIR NORMAL DUTIES UNLESS FURTHER INSTRUCTION IS GIVEN."(Give a brief description of the event)
"THIS IS A DRILL! THIS IS A DRILL!"
- 3. Repeat the announcement. ~
- 4. Turn off the Whelen speakers.
1697A ep l-
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0 ANNUAL EXERCISE Heek of 10/19/87 PLANT PAGE ANNOUNCEMENT ALERT ______-____---__--_________________---____-__-____~__-___-_____-_____-_-____. NOTE: This announcement is made by the lead unit incorporating the
- emergency status of the non_ lead. unit during dual
- 1 emergencies *
- 1. Turn on Whelen speakers.
- 2. READ SLOHLY
" ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! THIS IS A-DRILL! THIS IS A ORILL! AN ALERT HAS BEEN DECLARED IN UNIT 1. ALL MEMBERS OF THE UNIT 1 INITIAL RESPONSE EMERGENCY ORGANIZATION REPORT TO YOUR STATIONS. ALL OTHER PERSONNEL AHAIT FURTHER INSTRUCTIONS.
("THERE HILL BE NO SMOKING, DRINKING, OR EATING UNTIL FURTHER NOTICE.") (Give a brief description _of the event)
"THIS IS A ORILL! THIS IS A DRILL!"
- 3. Sound the Station Emergency Alarm.
Check if required.
- 4. Repeat the announcement.
- 5. Turn off the Whelen speakers.
- S0 - 1697A ep
- - . - - - - _ _ - - - - - - _ _ _ - _ - _ _ _ _ _ _ _ . , _ _ , . , _ _ _ _ _ _ _ _,-___7 - _, ,
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. ANNOUNCEMENT. ~ ! iy"' . , ..
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eqiergencies. qh G1, _____________ _2______ __ _______________ ____________________ J y 7,__.;__ at ,
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- 1. ETurn on!Whelen speakers. J ;,1 y
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- 2. ' MESSAGE _ READ-SLOWLY y g. ..y gj 'J ..pH '
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" ATTENTION ALLGPERSONNEL! ' ATTENTION ALL PERSONNEL! "THIS IS'A!
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' DRILL! THIS IS A' DRILL! A SITE, AREA EMERGENCY.HAS BEEN DECLARED-IN' i; 4
UNIT 1.".(Give'a brief-description of the; event) ,g 1 w . em i ; t' kJi ! y' ,
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s,,qp o .o "ALLMEMBERSOFTHE' UNIT 1.ENERGENCYRESPONSEORGdNIZATIONREPORTTO , YOUR STATIONS. ALLNON$$5ENTIA'L'PERSONNELLIN: UNIT 1 REPORT-T0: WAREHOUSE 1. ALL PERS0NNEL IN NNIT 1 RADIOLOGICAL 3 CONTROLLED
. AREAS. PROCEED TO THE RAosCON ACCESS CONTROL- POINT.' - ,s j y-i
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- ALL UNIT 2 NON-ESSENTIAL PERSONNEL OUTSIDE THE PROTECTED AREA' REPOR, T?it ; '
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> ,, xv TO WAREHOUSE 3. ALL pTHER UNIT- [1 PERSONNELCCONTINUE"WITH YOUR ,ff' 4e NORMAL DUTIES.> ,
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- 3. THERE WILL BE NO SM0 KING, DRINKING OR EATING UNTIL FORTHER . i n. .
NOTICE." (Requirej-iflthe event _is radiologically oriente g> -.9 . s;' " ~ *D) ' +
- 4. Sound the STATION EMERGENCY ALARM. (Required if the' evendisS ,2 radiologically oriented): ,s :
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- 5. Repeat the announcement. Eif m y 1
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- 6. Turn off the Whelen speakers. f "
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( .. .g . J' i / k- ANbJAL EXERCISE l' ' I rf Heek of. 10/19/87
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PLANTfAGEANNOUNCEMENT . GENERAL EMERGENCY '
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NOTE: This announcemsnk is made by the lead unit incorporating tN ** emergency status of the,non-lead unit during dual f
- 1 emergencies. r" ,
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" ATTENTION ALL PERSONNEL! ATTENTIM ALL PERSONNEL! THIS IS A '
1 DRILL! THIS IS A_DRIU.,!, A GENERAL EMERGENCY HAS BEEN DECLARED IN UNIT 1." (Give a brief description of the event)
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i j "A' L HEHSERS OF THE UNIT 1 EMERGENC/ RESPCNSE ORGANIZATION RUPORT T0 (
,f Y(kJd 'jTAT10NS. ALL UNIT 1. PERSON il IN R$$QLOGICALLY CONTROL!rp ; -
' W ks PROCEED TO THE RAD CON ACCE 'CONTR0d PorNT, TVACUdION IS 4 NOT REQUIRED FOR THIS DRILL. NOTREQuUtEb'EORTHIS DRILL. EhACbkdON IS,/ '
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- 3. THERE HILL BE NO SMOKING, DRINKING, OR EATING IN UNIT 1.pMTIL I' f,y' !
FURTHER NOTICE." (Required if the ev.ent is radiological?y oridntt- //
- 4. Sound the STATION EMERGENCY ALARM. ,
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LANNUAL'EXERC8SE. ! Week of 10/19/87L
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MESSAGE: 'AE-1 T= 15'/1745 hrs Scenario . Clock L FROM -'AEOF Observer
.TO - Shift Supervisor
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HOW GIVEN: By Telephone'(dial 948-8071) ) MESSAGE: THIS IS A DRILL! THIS IS.A DRILL! , j 1 This is Bill Tomlinson, Engineering' Supervisor at the York Haven' Dam. R We-just had a stop' gate. failure and we're losing a-lot of. water through l the dam. It should take us about four. hours' to. repair the gate. We ) project river. level to decrease by 5 1/2 feet. l
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THIS IS A DRILL! THIS'IS A DRILL! "! .
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ANNUAL EXERCISE. '1 Week of- 10/19/87- l
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MESSAGE: AE-2 T= 45 /1815 hrs '! Scenario Clock 4 FROM - AEOF Observer TO - Shift Supervisor / Emergency Director HOW GIVEN: By telephone (dial 948-8071) MESSAGE: THIS IS A DRILL!- THIS IS A' DRILL!' This is Bill Tomlinson from the' York Haven' Dam again'. "I don't-.think_we can get'a stop gate in place'until six~ hours from now. Our ' projected water level has now been changed _to decrease 6 1/2 feet. 1 a l R l THIS IS A DRILL! THIS IS A DRILL! 1 I f 1697A ep
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0 ANNUAL EXERCISE Week of 10/19/87 MESSAGE: .FO-1 T= 60 /1830 brs
. Scenario Clock l
FROM - Fire Observer TO - Plant Worker s H0H GIVEN: Give message to drill participant to read to the' Cont'ol r Room MESSAGE: THIS IS A DRILL! THIS IS A DRILL! i This is (Name). There is a fire in an ISA o box at the Rad Waste compacting area, I THIS IS A DRILL! THIS IS A DRILL! j i i 1697A ep \ - - _ _ - _ _ - _ _ -
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' ANNUAL EXERCISE Week of 10/19/87' ]
MESSAGE: 'FO-2 T- '70'/1840 hrs Scenario. Clock FROM - Fire Observer TO - Fire Brigade Leader . HOW GIVEN: Give message to Fire Brigade-Team Leader to read to the: Control Room via radio or plant page , MESSAGE: THIS IS A DRILL! .THIS IS A DRILL! 1 This is'the Fire Brigade Team Leader. The fire is under. control'at ' this time. There is no need for-offsite assistance; We'are in the. process of conducting a salvage.and. overhaul-operation, l THIS IS A ORILL! -THIS IS A DRILL!
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ANNUAL EXERCTSE-Heek of 10/19/87 MESSAGE: F0-3 T - 120 /1930 hrs 5cenario Clock i FROM - Fire Observer l TO - Fire Brigade Leader . HOW GIVEN: Verbally MESSAGE: THIS IS A ORILL! THIS IS A ORILL! l Fire overhaul is complete. All fire equipment has been cleaned and returned to the appropriate stowage location. l l THIS IS A DRILL! THIS IS A ORILL!' ; l l i l l l l l 1
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a l ANNUAL EXERCISE l Week of 10/19/87 I 1
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MESSAGE: SA-1 T = 165 /2015 hrs ! Scenario Clock i FROM - Security / Accountability Observer TO - Site Protection Officer l l HOW GIVEN: Give message to drill participant to read to the Control I Room I i MESSAGE: THIS IS A DRILL! THIS IS A ORILL! A helicopter carrying a suspended load just clipped the transmission J lines that cross the river from the plant. The load dropped into the i river after hitting the second set of lines, but the helicopter flew on, apparently undamaged. l THIS IS A DRILL! THIS IS A DRILL! 1 4 l ( l
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ANNUAL EXERClSE' Week of' 10/19/87
. MESSAGE: AE T - 175'/2025 hrs Scenario Clock ;
FROM - AEOF Observer < TO - Emergency Director- , J HOW GIVEN: By Telephone'(dial'948-8071)' <
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MESSAGE: THIS IS'A DRILL! THIS IS A' DRILL! .j This is Bob Mattson with the FAA at'Harrisburg' International Airpo'rt.- The pilot of an Army National: Guard;S-64 helicopter.just reported to us-that he had to; jettison bis. suspended. load'after: contacting several of-your high voltage. transmission lines near TMI. LThe. helicopter.has landed safely at the airport but the load of construction supplies was; j lost into the river. 1 L l THIS IS A DRILL! THIS IS A' DRILL! .i 1 l l f I f 5
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ANNUAL EXERClSE ! l Heek of 10/19/87. MESSAGE: IP-2 T - 200 /2050 hrs ) Scenario Clock FROM - In Plant Rover TO - Repair Team Leader H0H GIVEN: Verbally (see note below) MESSAGE: THIS IS A ORILL! THIS IS A DRILL! l Shut Down neiay (SOR) is severely charred. i i l l l i THIS IS A ORILL! THIS IS A DRILL! j j l i NOTE: This information is to be provided only after proper troubleshooting I techniques are demonstrated / described. See the In Plant Rover Instructions for additional guidance.
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~ANNUALLEXERClSE
. ' Week of 10/19/87:
MESSAGE': -AE-4 T - 200 /2050-hrs. Scenario Clock FROM -lAEOF Observer .,. , TO - Emergency Dire'ctor ' HOW GIVEN: . By' Telephone (dial' 948-8071)' MESSAGE: THIS IS A DRILL! THIS IS A DRILL! This is Bill:Tomiinson at theLYork< Haven' Dam,' Repairs went'better than expected. The stop gate repairs are' complete'and.the river.:isl holding
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'THIS'IS A DRILL! THIS IS A DRILL!' i
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ANNUAL EXERCISE Heek of 10/19/87 MESSAGE: IP-1 T - 195 /2.045 hrs Scenario Clock FROM - In Plant Rover TO - Repair Team Leader HOW GIVEN: Verbally (See NOTE below) MESSAGE: THIS IS A DRILL!. -THIS IS A ORILL! 1he overspeed trip mechanism on the EF-P-1 turbine is destroyed. THIS IS A DRILL! THIS IS A ORILL! NOTE: This information is to be provided only after proper troubleshooting techniques are demonstrated / described. See the In Plant Rover. Instructions for additional guidance. l I 1 \ l l I l l l \ l 1 1 1
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1 ANNUAL EXERCISE Week of 10/19/87 MESSAGE: WHM(1)-1 T - 205 /2055 hrs Scenario Clock FROM - U-l Warehouse Muster Observer TO - U-l Emergency Assembly Area Coordinator HOW GIVEN: Verbally MESSAGE: THIS IS A ORILL! THIS IS A ORILL! i Select four (4) individuals to be evacuated. Transportation will be provided. i THIS IS A ORILL! THIS IS A ORILL! i l
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ANNUAL EXERC!SE Heek of 10/19/87 MESSAGE: HHM(2)-1 T - 205 /2055 hrs Scenario Clock FROM - U-2 Warehouse Muster Observer TO - U-2 Emergency Assembly Area Coordinator Verbally : HOW GIVEN: MESSAGE: THIS IS A DRILL! THIS IS A DRILL! Select two (2)~ individuals to be evacuated. Transportation will be provided. THIS IS A DRILL! THIS IS A DRILL! i l l Y l
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1 ANNUAL EXERCESE -j Heek of 10/19/87 j MESSAGE: PI-l T - 215 /2105 hrs Scenario Clock FROM - Public Information Observer TO - Contrc Room HOW GIVEN: By Telephone (dial 948-8071) MESSAGE: THIS IS A ORILL! -THIS IS A ORILL! This is Brian Field from radio station HMYJ and we're on the air, live. What can you tell me about the emergency at Three Mlle Island? THIS IS A ORILL! THIS IS A DRILL!
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ANNUAL EXERCISE Week of 10/19/87 T = 235 /2125 hrs -! MESSAGE: DC-1 Scenario Clock FROM - Drill Coordinator l l TO - Emergency Director l HOW GIVEN: Verbally MESSAGE: THIS IS A DRILL! THIS IS A DRILL! The muster is complete. Inform Unit 1 and Unit 2 Emergency Assembly Area Coordinators to initiate the mini evacuation. I THIS IS A DRILL! THIS IS A DRILL! l l I 1 1 l l l l l 1697A ep 1 l e l_
' ANNUAL =EXERC!SE-Week'of 10/19/87 o ~ MESSAGE: AE-5 T = 245-/2'135 hrs-Scenario Clock FROM ~AEOF Observer TO - Radiological Controls Support Coordinator- .,
HOW GIVEN: Verbally MESSAGE: THIS IS A' DRILL! THIS IS'A DRILL!' The decon shower drain collection tank is. full.. The normally closed-valve to the collection tank was inadvertently left in.:the open position. THIS IS A DRILL! ._THIS IS-A DRILL! q i
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1 ANNUA'L EXERCISE Week of 10/19/87 IP-3 T - 285 /2215 hrs I MESSAGE: Scenario Clock , FROM - In Plant Rover j TO - Repair Team Leader (Diesel Task) HOW GIVEN: Verbally I i MESSAGE: THIS IS A DRILL! THIS IS A DRILL! l l
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Repairs to the "B" Emergency Diesel Generator have been completed. j l l 1 l l l THIS IS A DRILL! THIS IS A DRILL! l i l I l 1 i l 1 1 1 l l 1 1 i 1697A ep
ANNUAL EXERCESE. Week of 10/19/87 j 1 MESSAGE: EOF-1 T 295 /2225 hrs Scenario Clock { FROM - EOF Controller TO - Emergency Support Director HOW GIVEN: By Telephone (dial 948-8966) MESSAGE: THIS IS A DRILL! THIS IS A ORILL! ) This is Mr. Hall calling for Phil Clark. Please arrange for a helicopter to pick up Mr. Clark and three other people at the Corporate Headquarters in Parsippany for transport to the EOF in Harrisburg. THIS IS A DRILL! THIS IS A DRILL! I
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I 1 This event should progress to the point of placing the call to Ronson NOTE: Aviation. DO NOT allow the call to actually be placed to Ronson. Aviation. l l 1697A ep ____-------_.-_-.__--.________-_-.--____a4
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. ANNUAL. EXERCISE.
, t' ,
-Week'of:10/19/87 MESSAGE: PI-2 T - 310 /2240 hrs Scenario . Clock-FROM - Public Information Observer 1 '
TO - EOF Staff Member > v 4 HOW GIVEN:- By Telephone (dial 657-0471 948-8966, 657-2368): L MESSAGE: THIS IS:A 0 RILL! :THIS IS LA DRILL! People wearing gas; masks in:a yellow truck were just'In, front ~of my l house with some kind'of monitors. Please,,how'can I get a-mask"for.,my' family and myself?',How bad.is it?
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THIS IS'A ORILL.! THIS IS A ORILL!: il i
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NNNUAL"EXERCESE l Week ofL10/19/87 , MESSAGE: EOF-2 'T - 320 /2250 hrs-
. Scenario : Clock FROM - EOF Controller TO - EOF Communicator HOW GIVEN: By Telephone (dial 948-8966)
MESSAGE: THIS IS A ORILL! THIS IS A'ORILL!- 2
.This is Mr. Avery of Senator Lonehart's office. A's'a' United States Senator, Mr. Lonehart feels'that'.it is..lmportant to obtain the facts l first hand so that he..may better inform his constituents. The: Senator-will be arriving at your Operations Faci.lity at-approximately eleven
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l .. o' clock. Please make the'necessary arrangements. THIS IS A DRILLI' THIS IS A ORIL l l. l
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-ANNU^L EXERCISET
' Week;of 10/19/87 lI MESSAGE: AE .T - 330 /2300 hrs
. Scenario . Clock 4
!- FROM - ROF Observer TO - Group Leader - MCF HOW GIVEN: Verbally 1 THIS IS A ORILL!- ,THIS IS'A ORILL!.
^
MESSAGE: Ten.HP technicians.from. Tesla Power and Light are downstairs. . They: need imediate access to Three Mlle. Island.* ' 1 THIS IS A DRILL! THIS'IS - DRILL!. .]. f . I u > 'I i
- Provide the Group Leader - MCF with..the'llst_of personnel provided with the-AEOF Observer Instructions. .,
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. ANNUAL l= E'AERCISE
,e Heek of G 0/19/87
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MESSAGE: IP-4 T - 330 /2300h'rs ,y', ; Scenario Clock J/ '! FROM - In Plant Rover TO - Repair Tea'm Leader-HOW GIVEN: Verbally ,1 '{ l MESSAGE: THIS IS A' DRILL! THIS IS A DRILL! ' e
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v 3 THIS IS A DRILL"r,q '!. e ann'ouncement with: " TRIS M A,-MILL. ' f' ;i r, y j g( - !' '. . . ,_. y! 4 (
- 2. 1,11 action is to be perforneo andino't-simulated unless such action'may.
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s ta tu s-. Althoughthetaskmayappeartobejedundant',pinconvenie i Q: . y, 3 e . a waste of materials, the task should stt I'l be; 7ptforrn(in that 1.t l provides a realistic senso of timing and assures th' e obse rythat the7 , i action can and'will be performed during actual ~ accident conditions.,qIf- 3
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,, </ you are unsure, consult-the observer;immediately. < l ji . .S g 4. ^ll
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' Ensur,e that obser vers are aware of youriaativity (procedures used,(, u
, -actions initiated, personnel contacted, decisions, etcolc Let the- ,
,7 bbserver know what you are doin;, why you are doing it, how you wiib do it., and what proceduras you will use. This will ensure an accurate.
obcarver evaluation. ) : a r
- 4. Approach and perform all tasks with the same attitude, professionalism, -
l t and enthusiasm as if the situation'were real. Do not. assume that . , certain act' ions are unimportant because this is only a drill; for
-( a l example, checking for a pulse and breathing on a, simulated.~ injured - .
, unconscious person or investigating why a failed valve!does not operate. , j gt s-
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=
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.Heekiof 10/19/87?
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- 5. Prompting by' drill observers'is not allowed. Observers will only
. provide.information which is normally available:by; visible or audible) inspection e.g., meter readings, instrument alarms, but'not. trends ~off of-meters.
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- 6. Obterve all' plant page. announcements and. radiological'controlss precautions with a sense of realism. forexample,donoteat,drinkor-smoke after the "no^ eating, drinking', or smoking" announcement,is made e do not : violate ' Rad Con barriers erected for .the. drill. and actually dori) respirators and PC's in simulated'high~airborre activity areas'.
- 7. Actually sign-off procedures as actions' are performed. Used procedures A will be replaced following the' drill.
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- 8. Offsite notifications shall actually be made.
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- 9. Personnel accountability shall be performed in total in Unit 1.
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- 10. Personnel evacuation shall tie simulated.
.i NOTE: Observers may require a few people to~ evacuate. .I l
fj Plant data is provided via CRT, appropriate observers are provided with'
~
- 11. '1 a " VALID POINT LIST" to disseminate to players.
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pieese poni Daining Attendanca Form Page of (Black Ink Only)
" OFFICE USE ONLY" First lesson of course _
Date Inittel W lcason of course _ Roceived: 'j Entered: Filed: Leeson Plan # Retumed: Leeson Plan Rev. # Program # 10.6.01 Etie: EMERGENCY PREPARE 0 NESS ORILLS/ EXERCISES J Cyc h N/A Loemon. TMI Unit- I/II Group # N/A j l Cou m , .006 7;,g. ANNUAL EXERCISE j i Course Rev. # Status- Completion Date: _._/ /_ i 1 Leeson # AB
Title:
RADIOLOGICAL MONITORING DRILL Mode: ORL .{ Laeson Rev. # Status. C Completion Date: _ / _/ _ Hours:
]
.1 Social Examhtetion Home Base 1 I
Securtty P/F/l Grade Printed Name Sigemture Loc / Number (%) Company I
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. Method cf Evolustion: Attachments:
Wrmen (Category Type ___) TCR Exam Cowr Sheet Oral . Blanx Exam seanng Chart Practical Factor Blank Exam Kay Other: Other Students Exam i HEREBY ACKNOWLEDGE THAT THE ABOVE USTED PERSONS HAVE ATTENDED THE TRAINING ON THE DATE $PECIFIED. INSTR. SIGNATURE: INSTA. SSN DATE A0002071A &B6 i
l
'l l ANNUAL EXERCTSE coes W Week ofl10/19/87- 'l uomtvoeywar )
Exempee: 01A1088
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1 l I sessun come ~ i Acthe (A) compless (c) l Grade 'j P (Pass) 1 F (FaH) I (incomplete) I Mode Prefix l 3i
' Basic Pnneipts (BPS) On the-Job (OJT)
Simulator Correspondence (CCS) Originator (ORG) j Onli (DRL) On-SNft-Train (OST) Examinatxm (EXM) Repica $imulator . (RPS) k Film (FLM) Scnool (SCH) Laboratory (LAB) Seminar (SEM) Lecture (LEC) Videotape (VTP) . 4 d i, A0002U718 4 46
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m.eie Pdnt Waining Att:ndanc5 Form Pege o, _ _ (Black ink Onty)
" OFFICE USE ONLY" Fust lesson of course _,,
Date Inittel Last lesson of cours3_ Received: Entered: Filed: Leeson Plan # - Returned: Lesson Plan Rev. e ,_, l Program , 10.6.01 Utte: EMERGENCY PREPAREDNESS DRILLS / EXERCISES Cyc.. . _ 2 N/A _ m . TMI unit: I/II Group , N/A _,
.006 ntle. ANNUAL EXERCISE Coum # --
Course Rev. # Statue: Completion Date: ___) __._/ .___ L on , AB Tith: RADIOLOGICAL MONITORING DRILL Mode: DRL Leeson Rev.# Statua: C Complopon Date: ._-_r ___J .___ Hours- ] , Socles Emaminetton Home Base Secenty P/M Grade PflMed Name Signature Loc / . Numiser (%) Company _- - .) l l __- _ 'l i _ j i l I _ j
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_~ _ l ( __. - __ Method of Evetuation: Attachments: l Wrmen (Category lype ___) 1tR Exam Cow Shost Orel Blank Exam Seating Chan Pracucal Factor _.___. B ank Exam Key , Other-Other Stadervts Exam '.q l HEREBY ACKNOWLEDGE THAT THE ABOVE LISTER., PERSONS HAVE ATTENDED THE TRAINING ON THE DATE SPECIFLEO. INSTI'. SIGNATURE: INSTR. SSN . DATE A0002071A 4-86 j
- 78 _ !
i Il ANNUAL EXERCISE - l Does permet ' Week of 10/19/87.- W ' l Exampo,0V20ec Status Code
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Aethe (A) Complete (C) , 1 l 1 Ocede l P (Pass) F (Feil) b I (incomp6ste) I Mode Ptwex Bass Principle (BPS) On-the Job (OJT) 3 Simulator ; CorneaporMence (CCS) Origmator (ORG) ) Onli (ORL) On ShittTram (OST) I i Exammation (EXM) Resca Simdator (RPS) l I Film (FLM) School (SCH) l l } Laboratory (LAB) Seminar (SEM) 1 Lecture Videotape l (LEC) (VTP) ; i
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i ANNUAL EXERCZSE Week Of 10/19/87-Page 1 of .4
-EMERGENCY ORILL i
OBSERVER CRITIQUE SHEET. OBSERVER TYPE OF DRILL Annual Exercise "B" Shift IRE 0 Group 2 I I AREA 0F RESPONSIBILITY (Place a star in the box if the comment is ] TIME: COMMENTS significant and reauires immediate attention) l I
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' ANNUAL EXERCISE' Week Of. 10/19/87
~Page 2 of 4 EMERGENCY ORILL OBSERVER CRITIQUE SHEET..
OBSERVER 1 TYPE OF ORILL Annual Exercise "B" Shift IRE 0 Group 2 AREA 0F RESPONSIBILITY ~ (Place a star in tne box if the comment is TIME: COMMENTS significant and requires immediate attention) I 1 i l l l l i 1 i l 1436A ep. l
ANNUAL EXERCESE Week Of 10/19/87 l Page 3 of 4 l EMERGENCY ORILL q OBSERVER CRITIQUE SHEET OBSERVCR TYPE OF ORILL Annual Exercise "B" Shif t IRE 0 Group 2 1 l ' AREA 0F RESPONSIBILITY (Place a star in the box if the coment is ! TIME: COMMENTS significant and reautres imediate attention) _ 1
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ANNUAL EXERCISE Week Of 10/19/87 Page 4 of 4 i ENERGENCY ORILL OBSERVER CRITIQUE SHEET 1 OBSERVER TYPE OF DRILL Annual Exercise "B"_ Shift IREO Group 2 AREA 0F RESPONSIBILITY : (Place a star in the box if the com1ent is { TINE: COMMEt!TS significant and reautres immediate attention) l l l 1 I l e 1 1 1436A ep l c______
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' DRILL SCENARIO-
' Week'of 10/19/87l Li Page 1 of'll !
- 1 EMERGENCY DRILL !
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OBSERVER SEQUENCE OF EVENTS SHEET l (OPTIONAL)'
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OBSERVER , TYPE OF DRILL I f ) AREA OF RESPONSIBILITY ' TIME: CHRONOLOGY OF EVENTS
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1 ANNUAL EXERCISE Week of.10/19/87 i, j APPENDIX A l PLANT DATA l Unit I the indications are as read on the computer or provided by-the Plant .l Data Controller. The attached sheets-in this section.will be used-only if the computer is not operational. APPENDIX A CONTENTS
!- Backup Data Sheets -A1(1)-1 to A1(1)-75' Backup Incore T/C Data A2-1.to A2-75 Incore T/C data (52)
~
A3-1 to A3 Backup Data Listing 'A4-1 to A4-28 Parameter Graphs AS-1 to AS-19 s Alarm Information- A6-1 A-0 s.
J 1 1 i i 4 E THIS PAGE INTENTION ALLY BLANK E ' I
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1 1 I F u l l 1 i I i i
- . 4 i . ..
m ECC/TSC/E0F/PTFCINFORMATf0N(PLANTITATUS-0PERATIONILI%E) MNUA EXERC . WEEX F li~/t *I!: ' l NOTE: THIS DATA II TYPICALLY IN 1HE IME F0M A5 ON THE CRT, WHERE IT !! NORMALLY DI! PLAYED.
. I.REACTIVITYCCNTROL TIME 1730 f: )
(CLOCX) tir.EWIF
%EUTRON RUX -
-1 CPS -4.H35- MPS 98.86955
% l
. ............ BORONCONCENTRATION 69.911 PFM l (NI-ILOGCOUNT) (NI-5 POWER)
(NI-3LOGAMP) CR$P0flTION(IWD) 100 . 100 ISO IM 100
!00
....... .92.95 26.00 CEN.MW 840.96
. .... 3
)
(GP1) (GP2) (GP3) (GP 4) (GP5) (& 6) ~(GP 7) (GP8) .j II.C00LM i RCf A. LOOP- B. LOOP IECONDARYPLMT A. LOOP B. LOOP-TH (IR) 601.3 F 601.4 F OTIGLEVEL(WR) 273 IN 272 IN - TC (WR) 554.9 F- 557.4 f OTIG LEVEL (0P) 64 - Z 64 % , I RC R0W (Lim) 72 E6 72 E6 OTIGP9ESS. 999.4 PIIG 908.9 Pi!G l RCPRES!URE 2142.4 PIIG FEED R0W (LBM/HR) 5.2 .. .. E6 5.2 E4 i
....... 1 PREffuRIZERLEVEL 220 IN JHELLTEMP. 511.5 F 510.4 F CONDENIATE IANK LEVEL 15.99 FT 15.99 FT ,
RCPUMPOPERATION(ON) A B C D ! MAINCONDENIERPRE!!URE 2.7- INHG ! PRZRHEATER! OPERABLE (TEJ/NO)YE! TURBINEBYPASIVALVEPOSITION 0.0 1 0.0 I DEGREE!SUB-COOLING (INCCRE) 23.0 F 'A' 'B' 'j CONTAINMENT I 5HIGHEITCORETHERM0C00KE 623 F CL CL CL CL j PURGEVALVEPO!! TION AH-VIA VfB Ylt VfD { MAKEUP R0W INTO RCS 15.8GPM CONTAINEENTH2 CONCENTRATION 0 I j 1' RBLDG. TEMP / PRESS. 116.6 F/- 14.81 PSIA LET DOWN FLOW OUT OF RCf 46.23GPM ' BLDG.SPRAYFLOW LOW GPM LOW GFM MAKEUP TANK LEVEL 89.76IN BS-PIA BI-PIB RB FMS OPERATION ON OFF ON SAFETYSYITEMJ ; 1A IB IC i HPI R0W 6 GPM 0 GFM 0 GFM 0 GPM RBWATERLEVEL 49.7 IN 0.0 IN j ' l (16A) (16B) (160) (16D) SL'MP FLOOD i 4 CFT LEVEL /PRESI 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG RA % ASTE ---- SY---------- STEM WG DECAY T M PPESIURES 9 FIIG20 P!!G 0 f!!G - ; CFT-IA CFT-18 -----..-.. ------- -- ----... -- , 1A IB iC i LPIFLOW 0 GFM 0 GPM BLEEDTANKLEVEL 60 % 40 % 40 ; l l DH-Y4A DH-V4B RC -T(A ' ilB TIC J WNW LEVEL 5.520365 i ! BWITLEVEL 56.22 Fi ----.---. . 1 EVAP COND. TANK LEVEL '0 FT 3 .FT l
.......... .......... i DIEJELGEN.ITATIC (IA) STBI (IB) IIA IIB ;
AUXBLDG.SUMPLEVEL 22.99999% ;
~ ~
EMERS.FEEDFLOW(GPh) 0 (A) 0 (B) I Al(f)-1 i i l 1 i L_ - - - A
q ECC/f5C/E0F/PTFCINFORMATION(PLANTSTATUS-0PERATIONSLINE) ANNUA 'R
.. ... .. ............... ..............._... ygg F '
F 1 NOTE: THIS DATA !! TYPICALLY IN THE SAME FORM Af ON THE CRT, WHERE IT'If NORMALLY D!! PLAYED. . H 1 I.IEACTIVITTCONTROL' . TIME .1735 I:5 _ (CLOCK) (ICENARIO) NEUTRON RUX. -1 CPS -4.0036 AMPI 98.8584' I ! BORONCONCENTRATION 69.'11 PPM - (NI-iLOGC0l#1I) (NI-3LOGAMP) (NI-5 POWER) 1
-CRDPO!! TION (!W) IN 100 1H IN 100 100
.92.95 26.H - GEN.NW' 840.75 1
1
- 11. COOLING (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP 7) (GP8) l i RCI A. LOOP B. LOOP IECONDARTPLANT A. LOOP 'B. LOOP I
__. _______ - .. ..___. . . _ i TH(WR) 601.3 F 601.4 F OTSGLEVEL(WR) 273 IN 272 IN J TC(WR) 556.8 F 557.4 F OT!GLEVEL(0P) 64 I 64 % l RC R0W (LBM/HR) 72 E6 72 E6 OTIGPRESS. 909.7 PIIG 999.1 PSIG 2150.4,PSIG 5.2 E6 . 5.2 E6 RCPREISURE FEED R0W (LBM/HR) PRESIURIZERLEVEL 220 IN SHELLTEMP. 511.5: F . 510.4 F-CONDENIATE TANK LEVEL 15.99 FT 15.99 FT j MAINCONDENSERPRE!!URE 2.7 - INHG. PRZRHEATERSOPERABLE(YEf/N0)YES -- 1 _ _ _ -0.0 - % TURBINEBYPA!!YALVEPOSITION 0.0 Z 1 1 DEGREE!IUB-COOLING (INCORE) 23.6 F 'A 'B' l CONTAINMENT l 5HIGiE!TCORETHERMOCOUPLE 623 F - -- CL CL CL - 'CL I PURGEVALVEPO!! TION AH-VIA l
' VIB VIC Vf D -
MAKWP R0W INTO RCI 22.0GPM CONTAINMENT 2 CONCENTRATION- 0 % LET D03 R0W OUT OF RCI 46.32GPM BLDG.SPRAYFLOW LOW GPM LOW' GPM' . t MAKEUPTANKLEVEL 89.29IN BI-PIA BI-PIB RBFANSOPERATION ON OFF ON ' SAFETYJTITEMS -------- -------- -------- I gA si ic j HPI R0W 9 GPM 0 GPM0 GPM 0 GPM RB WATER LEVEL 49.7 IN 0.0 _IN (16A) (168) (160) (16D) SUMP ROOD RADWASTESYSTEM CFT LEVEL /PREI! 13.04 FT/ 600.6 PSIG 13.04FT/ 6 H .2 FIIG - - CFT-1A CFT-1B 1A . IB < 10 ; LPIFLOW 0 GPM 0 GPM BLEEDTANKLEVEL 60 %40 %40 I DH-V4A DH-V4B RCB"TIA TIB TIC 1 WMWLEVEL 5.520365FT ! BWITLEVEL 56.22 FT ---- - --- EVAPCOND.TANXLEVEL' 0 FT 3 FT - DIESELGEN.ITATUS (IA) SyT (IB) _ g TiB EMERG. FEED R0W (GPM) 0 (A) 0 (B) 1 Al(i)-2 !
l' ! ECC/IIC/E0F/PTFC INFORMTION (PLMT STATUI-0PERATIONI LINE) ANNUALEXERCIF WEEK 0F10/19/$7
)
4 C6iE: THIS DATA If TYPICALLY IN THE !AME FORM AS ON THE CRT, WHERE IT II NORMALLY M IPLAYED. l I.REACTIVITYCONTROL TIME 1740 T=10 l _ _ ...... .. .___ .......... ...__.... ......._ 1 (CLOCK) -(ICENARIO) i i, NEUTRONFLUX -1 CPS -4.H35 MP3 98.90044 % i BORONCONCENTRATION- 69.911 PPM (NI-ILOGCOUNT) (NI-3 LOG MP) (NI-3 POWER) - - - - - - - - - - - - l q l CRD F0f! TION (IWD) l H 100 100 IN 100 100 . 93.67 26.H GEN.MW 841.29 (GP1)- (GP2) (GP3) (GP4) (GP5) (GP6 (GP 7) (GP8) - l II. COOLING RCI A. LOOP B. LOOP IECONDARYPLANT A. LOOP. B. LOOP ! l TH (WR) 601.4 F 601.5 F OTIGLEVEL(WR) 273 IN 272 IN IC(WR) 557.0 F 557.5 F OTIGLEVEL(0P) 64 I 64 I RCFLOW(L3M/HR) 72 E6 72 E6 OTIGPRESI. 999.8 P!!G 999.3 P51G i
..... .. __ ___ 1 RCPRESIURE 2155.7 Pf!G FED FLOW (LBM/HR) 5.2 E6 5.2 E6 1 l
PRESJURIZERLEVEL 222 IN SHELLTEMP. 511.5 F 510.4 F i CONDENIATETANKLEVEL 15.99 FT 15.99 FT i RCPUMPOPERATION(ON) A B C D ! MAINCONDENIERPREIJURE 2.7 - INHG .- PRZRHEATERIOPERABLE(YEI/ND)YES i TURBINEBYPASSFALVEPOSITION 0.0 1- 0.0 I liEGREE3SUB-COOLING (INCORE) 23.8 F 'A' 'B' CONTAINMENT 5HIGHEITCORETHERMOCOUPLE 623 F CL CL CL CL i PURGEVALVEPO!! TION AH-VIA VfB VIC VlD 1 I GAKEUPFLOWINTORCf 18.0GPM CONTAINMENT 2 CONCENTRATION 0 Z. j R BLDG. TEMP /PREff. 116.6 F/ 14.80 P!IA I LET DOWN FLOW OUT OF RCS 46.38GPM j 3LDG.SPRAYFLOW LOW GPM LOW GPH ; MKEUP TANK LEVE1 88.95IN 15-PIA BI-PIB RB FANS OPERATION ON OFF ON SAFETY $YSTEM5 (A iB IC HPI FLOW 0 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN (16A) (168) (f60) (163) IUMP FLOOD i ' RADWAITESYSTEM CFT LEVEL / PRE!! 13.04 FT/ 600.6 PSIG 13.04FT/ 6 H .2 P!IG - WG DECAY IMK PRESSUREI 6 PSIG20 Pl!G0 PI!G ! CFT-IA CFT-IB IA 1B 1C LPIFLOW 9 GPM 0 GPM BLEEDTUKLEVEL 60 %40 % 40 % ]3 DH-Y4A DH-V4B RCB-TIA T1B Tic WMWLEVEL 5.520365FT BWITLEVEL 56.22 FT - - - - - - - - - EVAPCOND.TANKLEVEL 0 FT 3 FT l DIEfELGEN. STATUS (IA) ITBY (IB) IIA TIB 1 AUXBLDG.SUMPLEVEL 22.99999I
, l EMERG.FEEDFLOW(GPM) 0 .A) 0 (B) 1 Al(l)-3 i
i
r: ECC/ TIC /E0F/PTFC INFORhWION (PLMT ITATUS-0PERAfl0NS LINE) ~MNUAL EXERCISE WEEK OF 19/19/87 L NOTE:THISDATAIfTYPICALLYINTHESAMEFORMA3ONTHECRT,WHEREITISNORMALLYDIfRAYED. l I.REACTIVITYCCNTROL TIME 1745 I: 15 4 I (CLOCK) (ICENARIU) NEUIRONFLUX -1 CPS -4.M35 MP3 98.86429 % BORONCONCENTRATION 69.911 PfM j (NI-ILOGCOUNT) (NI-3 LOG AMP) (NI-5 POWER) CRDPOSITION(M) IM IM 100 100 100 100 93.67 26.H GEN.'MW 84l.36_ (GP1) (GP.2) (GP 3)- (GP4) (GP5) (GP6) -(GP7)- (GP8) 11.COR.ING
; RCS A. LOOP B.LCOP IECONDARY PLMT A. LOOP B. LOOP l TH(0 601.4 F 601.5 F- 0TIGLEVEL(WR) '273 IN 272 IN TC.(WR) 557.0 F '557.5 F 0T3GLEVEL(0P) 64 ' % 64 % -l RC R0W (LBM/HR) 72 E6 72 E6 OTIG PRE!!. 999.5 PSIG 999.0 PSIG l
RCPRE!!URE 2155.0 P31G FEEDFLOW(LBM/HR) 5.2 E6 5.2 E6 PRE!!URIZERLEVEL 221 IN IHELL TEMP. 511.5. F 510.4 F. . CONDENIATETANKLEVEL 15.99 FT 15.99 FT '1 RCPUMPOPERATION(ON) A B C D ------- - - - - - ( MAIN CONDENIER PRES!URE 2.7 INHG 1 PRIR EATERS OPERABLE (YEJ/N0) YES 1 TURBINEBYPAISVALVEPO!! TION 0.0 % 0.0 % 1 DEGREESIUB-COOLING (INCORE) 23.7 F 'A' 'B' CONTAINMENT l 5HIGHEITCORETHERM0 COUPLE 623 F -- - ------ CL - CL CL - CL PURGE VALVE POSITION AH-VIA VlB VIC Yl0 MAKEUP R0W INTO RCS 17.1 GPM CONTAINMENT 2 CONCENTRATION 0 % RBLDG. TEMP /PREff. 116.6 F/ 14.80 P!IA LET DOWN R0W OUT OF RCS 46.38GPM -- - - -- - ------- ; BLDG.IPRAYFLOW l.0W GPM LOW GPM ? _ _ _ . . .... ..__ s MAKEUP TMK LEVEL 88.82IN BI-PIA BS-PIB RB FMS OPERATION ON OFF ON ' JAFETY SYSTEM ---- - ! le 18 IC 1 HPI FLOW 0 GPM 4 GPM0 GPM0 GPM RBWATERLEVEL 49.7.IN 0.0 IN 2 (16A) (168) (160) (10) SUMP FLOOD I t RADWASTESYSTEM CFT LEVEL / PREF! 13.04 FT/ 6 M .6 PSIG 13.04FT/ 6 H .2 PSIG j WG DECAY TMK PRESSURES 0 PSIG20 PflGB Pf!G i CFT-IA CFT-1B - - < - - - - - - - - - - - - - - - - - - - - - - - - 1 1A IB IC . LPI R0W 9 GPM 0 GPM BLEED TMK LEVEL 60 %40 % 49 % l DH-Y4A DH-Y4B RChilA TIB TIC VMWLEVEL 5.520365 L/T BWSTLEVEL 56.22 FT ---------- EVAP COND. TMK LEVEL 0 FT 3 FT DIESELGEN.!TATU3 (IA) 3T31 (18) Tp_ TIB' l l
--- - - - - - - - - AUXBLDG,SUMPLEVEL 22.9979y% ;
_........ 4 ! EMERG. FEED R0W (GPM) 0 (A) 1 0 (B) l Al(l)-4 j
.j l !
I
-l
1 a ECC/TfC/ EOF /PTF0 INFORMATION (PLMT STATUI-0PERATIONI LfNE) ANNUA EXE0 WEEX 10/ 7 NOTE: THIS DATA II TYPICALLY IN THE SME FORM M ON THE CRT, WHERE If !! NORMALLY DISPLAYED. 1 I.REACTIVITYCONTROL TIME 1750 _ T: 20 L NEUTRONFLUX -1 CPS -4.0036 MPS 98.87358 % ) BORONCONCENTRATION 69.911 PPM l (NI-lLOGCOUNT) (NI-3 LOG MP) (NI-5 POWER) - - - - - - - - - - - -
)
CRDPOSITION(%WD) lH IH IH IN IH 100 93.67 26.H GEN.MW 841.20 (GP1) (GP 2) (GP3) (GP4) (GP5) (GP6) (GP 7) (GP8) II. COOLING 3 RCJ A. LOOP B. LOOP IECONDART PLMT A. LOOP B. LOOP TH(WR) 601.4 F 601.5 F OT!GLEVEL(WR) 273 IN 272 IN i TC(WR) 556.9 F 557.5 F GTIGLEVEL(CP) 64 %- 64 % RC R0W (LBM/lR) 72 E6 72 E6 OTIGPRESI. 999.5PJIG_999.0PSIG 1
._ _ _... _ .. . . .... 4 RCPRESIURE 2153.9 P!!G FEED R0W (LBM/HR) 5.2 E6 5.2 E6
]'
PRESSURIZERLEVEL 221 IN SHELL' TEMP. 511.5 F 519.4 F CONDENSATETANKLEVEL 15.99 FT 15.99 FT RCPUMPOPERATION(0N) A B C D MAINCONDENSERPREffuRE 2.7 INHG I PRZAHEATERSOPERABLE(YEJ/WD)YE! ) TURBINEBYPASSVALVEPOSITION 0.0 1 0.0 % 1 DEGREEJSUB-COOLING (INCORE) 23.7 F 'A' 'B' I CONTAINMENT ' 5HIGHEITCORETHERMOCOUPLE 623 F CL CL CL Cl PURGEVALVEPOSITION AH-VIA VIB VIC VfD MAKEUPFLOWINTORCI 17.0GPM CONTAINMENT 2 CONCENTRATION 0 % LET DOWN FLOW OUT Of RCf 46.37GPM BLDG.SPRAYFLOW- LOW GPM LOW GPM j GAXEUP TANK LEVEL 88.79IN BI-PIA - BI-PIB RB FMS OPERATION ON OFF ON fAFETY SYSTEM - ------ --- -------- A IB IC 4 HPI R0W 9 GPM 0 GPM0 GPM0 GPM RB WATER LEVEL 4 .7 IN 0.0 IN (16A) (163) (160) (16D) SUMP R000 RADWASTESYSTEM CFI LEVEL / PRE!! 13.04 FT/ 6H.6 PSIG 13.04FT/ 600.2 PSIG --------------- WG DECAY TMX PRESSURES 0 PSIG20 PSIG0 PSIG CFT-1A CF H B - - - - - - - - - - - - - - - - - - - - - - - - - - - IA IB IC LPI R0W 9 GPM 0 GPM BLEED iM'( LEVEL 60 ' % 40 % 40 % DH-Y4A DH-V4B RCBTIA TIB TIC WMW LEVEL 5.520365F BWSTLEVEL 56.22 FT ---------- EVAPCOND.ItNXLEVEL
- 0. . . ' .FT. . 3 ...__.....
FT BIEIELGEX. STATUS (IA) STBT (iB) TIA TIB AUXBLDG.SUMPLEVEL 22.99999% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-5
r ECC/TfC/E0F/PTFCENFCSMATION(PLANTSTATUS-0PERATIONSLINE) ANNUA' DERC7 l
........................ .......... - = . .......-
WERDF10/If/\7 NOTE:THISDATAISTYPICALLYINTHESAGEFORQASONTHECRT,WHEREIIISNORMALLYDISRATED. 1 1.REACTIVITYCONTROL IIME 1755 T=25 l (CLOCK) (!CENARIO) NEUTRONFLUX -1 CPS -4.0036 AMPS 98.85406 % ! BORON COEENTRATION 69.911 PPM I (NI-i LOG COUNT) (NI-3 LOG MP) (NI-5 POWER) ---- - i CRDPOSITION(IVD) 100 100 100 100 100 100 93.67 26.00 GEN.MW 840.94 l
)
(GPI) (GP 2) (GP31 (GP 4) (GP5) (GP6) (GP 7) . (GP8) l Il. COOLING I RCS A. LOOP B. LOOP SECONDMY PLMT A. LOOP B. LOOP TH(WR) 601.4 F 601.5 F OTSGLEVEL(WR) 273 IN 272 IN ; 1 TC(WR) 556.9 F 557.4 F OTSGLEVEL(0P) 64 % 64 % j RCFLOW(LBM/HR) 72 E6 72 E6 GTSGPRESS. 999.5 PSIG 909.0 PSIG i l RCPRESME 2153.3 PSIG FEED R0W (LBM/HR) 5.2 E6 5.2 E6 ) PRESSURIZERLEVEL 220 IN SHELLTEMP. 511.5 F 510.4 F 1 CONDENIATE TMK LEVEL 15.98 FT 15.98 FT 1 RCPUMPOPERATION(OH) A B C D - --- - i MAINCONDENSERPRESSURE 2.7 INHG j PRZRHEATERSOPERABLE(YES/N0)YES -- - p ] 1 DEGREESSUB-COOLING (INCORE) 23.6 F 'A' 'B' ; CONTAINMENT ' 5HIGHESTCORETHERM0 COUPLE 623 F CL CL CL CL PURGEVALVEPOSITION AH-VIA VIB VIC YlD i MAKEUP R0W INTO RCS 17.3 GFM CONTAINMENT 2 CONCENTRATION 0 % l R BLDG. TEMP / PRESS. 116.6 F/ 14.80 PSIA 1 LET DOWN R0W OUT OF RCS 46.36GPM --- ------------ BLDG. SPRAY R0W LOW GPM LOW- GPM : MAXEUP TANK LEVEL 88.72IN BS-pia BS-PIB RBFANSOPERATION ON OFF ON SAFETY SYSTEM ! 1A 18 10 HPI FLOW 6 GPM 0 GPM 0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN ' l 1 (16A) (16B) (160) (16D) SUMP ROOD CFT LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG RADWASTE SYSTE-------- - -- M 2 WG DECAY TMK PRESSURES 0 PSIG20 PSIG0 PSIG 1 CFT-IA CFT-1B ---------- ---------- ---------- 1 1A IB IC ! LPI R0W 9 GPM 0 GPM BLEED TMX LEVEL 60 %40 %40 % i DH-Y4A DH-Y4B RCB-TIA TIB TIC WMWLEVEL 5.520345FT BWSTLEVEL 56.22 FT -- --- J EVAP COND. TMX LEVEL 0 FT 3 FT I 4 DIESEL GEN. STATi!! (IA) STBT (IB) TiA TIB ,1 AUXBLDG.SUMPLEVEL 22.99999% .
~~
EMERG. FEED R0W (GPM) 0 (A) 0 (B) j
.) j Al(1)-6 i i
i q 4 i a _ J
ECC/TSC/ EOF /PTFCINFORMATION(PLANTSTATUS-0PERATIONSLINE) E WEEK F 7 NOTE:THISDATAIITYPICALLYINTHESAAEFOR9ASONTHECRT,WHEREITIfNORCALLYDIIPLAYED. I. REACTIVITY CONTROL TIME'1800 T=30 , (CLOCK) (ICENARIO) NEUTRONFLUX -1 CPS -4.0037 AMP 3 98.85315 %
.BORONCONCENTRATION 69.911 PPM i (NI-f LOG COUNT)- (NI-3LOGAMP)' (NI-5 POWER) I CRDPOIIIION(10) 100 100 100 100 100 100 93.67 26.00 GEN.MW 841.08 (GP1) (GP2) (GP3) (GP 4) (GP 5) (GP6) (GP7) (GP8) 1 II. COOLING RCS A. LOOP B. LOOP IECONDARYPLANT A. LOOP- B. LOOP TH(R) 601.3 F- 601.5 F OTIGLEVEL(R) 273 IN 272 IN TC(W) 556.9 F 557.4 F OTSG LEVEL (0P) 64 % 64 %
RCFLOW(LBM/W) 72 E6 72 E6 OTSGPRE!!. . 999.4 PSIG 908.9 PIIG J RCPRE!!URE 2152.8 P31G FEEDFLOW(LBM/HR) 5.2 E6 - ' 5.2 E6 PRESTURIZERLEVEL 220 IN SHELLTEMP. 511.5 F. 510.4 F CONDENIATETANKLEVEL 15.98 FT 15.98 FT RCPUMPOPERATION(CN) A B C D -- i MAINCONDENIERPRESSURE 2.7 INHG 1 PRZRHEATERSOPERABLE(YES/N0)YEJ ! TURBINEBYPASIVALVEP0JITION 0.0 %- 0.0 1 4 DESREESSUB-COOLING (INCORE) 23.6 F 'A' 'B' ' CONTAINMENT 5 HIGHEIT CORE THERM 0 COUPLE 623 F - CL .CL CL CL i PURGE VALVE POSITION AH-VIA VfB VIC VfD i MAKEUPFLOWINTORCS 17.2GPM CONTAINMENT 2 CONCENTRATION 0 % LETDOWNFLOW00TOFRCS 46.36GPM BLDG.SPRAYFLOW LOW GPM- LOW. GPM j MAKEUP TANK LEVEL 88.64IN BS-PIA BI-PIB RBFANIOPERATION ON OFF ON - SAFETTSYJTEMI 1A IB~ IC WI FLOW 6 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 - IN (16A) (16B) (160) (160) SUMP FLOOD CFT LEVEL /PREff 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG WGDECAYTANKPRESSUREI 6 PSIG20 PSIG0 PSIG IA- IB IC LPlFLOW 9 GPM 0 GPM BLEEDTANKLEVEL 60 I40 % 40 % DH-V4A DH-V4B RCB-TIA TIB TIC liMWLEVEL 5.520365FT PWIILEVEL 56.22 FT - -- EVAPCOND.TANKLEVEL 0 FT 3 FT. BIESELGEN.ITATU3 (IA) STBY (IB) TIA TIB AUXBLDG.SUMPLEVEL 22.99999% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-7 l l _ _ _ - - __- ___ ___--_ L
ECC/ TIC / EOF /PTFCINFORMATION(PLANTSTATUI-0PERAT!0NILINE) E 7'
- NOTE: THIS DATA 15 TYPICALLY IN THE SME FORA AS ON THE CRT, WHERE IT IS NORGALLY DISPLAYED..
!.REACTIVITYCONTROL
.....___...._____ TIME'_1895.......... ....._T-35:
(CLOCK) (ICENARIO) NEUTRON RUX -1 CPI -4.0037. AMP 3 98.84908 I BORONCONCENTRATION 49.911- PPM (NI-ILOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) ------- - - - - CRDP0flTION(18) 100 IN 100 iM 100 100 93.67 26.M GEN.MW- -841.37 (GP1) (GP2) (GP 3) (GP4) (GP5) (GP 6) (GP7) (GP8)-
- 11. COOLING
, RCS A. LOOP B. LOOP SECONDARTPLANT A. LOOP B. LOOP TH (WR) 601.3 F 601.4 F OTIGLEVEL(WR) 273 IN '272 IN = TC(WR) 556.9 F 557.4 F OTIG LEVEL (0P) 64 I 64 I RC R0W (LBM/HR) . 72 E6 72 E6 OTIGPRES!. 999.5 PSIG 999.0 PSIG-RC'9E!!URE 2152.3 PSIG FEED R0W (LBM/)R) 5.2 E6
. _ _ ' _5.2 E6 P. J IZER LEVEL 220 IN SHELLTEMP. 511.5 - F 510.4 F _______
CONENIATETANKLEVEL 15.98 FT' 15.98 FT' i RCPUMPOPERATION(ON) A B C D-MAINCONKNSERPRESSURE 2.7 LIN HG PRZRHEATERSOPERABLE(YEI/NO)YES IlRBIE BYPAIS VALVE POSITION 0.0 1 0.0 I EGREE!SUB-COOLING (INCORE) 23.6 F 'A' 'B' CONTAINMENT-5HIGHEITCORETHERM0 COUPLE 623 F CL - CL CL CL PURGEVALVEPOSITION AH-VIA VIB . VIC Vll. =3 MAKEUP R3W INTO RCS 17.2GPM CONTAINMENT 2 CONCENTRATION 0 % LET DOWN R0W OUT OF RCS 46.35GPM BLDG. IPRAY R0W LOW. GPM LOW GPM MAKEUPTANKLEVEL 88.58IN BI-PIA BI-PIB RBFANSOPERATION ON OFF ON JAFETYSYSTEMS 1A 18 IC HPI R0W 9 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7'IN 0.0 IN 5 (16A) (168) (160) (16D) SUMP ROOD - RANAITESYSTEM i' CFT LEVEL / PRE!! 13.04 FT/ 600.6 PSIG 13404FT/ 600.2 PIIG - - - - - - - - - - - - - WG ECAY TANK PREISUREI 0 PIIG20 PSIG0 PIIG i
.lB iC LPI R0W 9 GPM 0 GPM BLEEDTANKLEVEL 60~1A%40 %40 %!
DH-V4A DH-V4B RCB-TIA TIB TIC ,.! WMWLEVEL 5.520365FT ? BWIILEVEL 56.22 FT - - - - - - - - - . i EVAP COND. TANK LEVEL 0. _ _ _ _ . _ . FT 3 ______FT -- .. DIEIELGEN.STATUI (IA) STBY (IB) IIA TIB I AUXBLDG.SUMPLEVEL 22.99999% EMERG. FEED R0W (GPM) 0 (A) 0 (B) 1 q i
l Al(l)-8 1 I
l
- __ _ __ _ A
q ANNUALEXERCIIE ECC/ __._ TIC /E0F/PTFCINFORMATION(PLANTSTATUS.-0PERAT!0NSLINE) WEEK 0F10/19/87 , NOTE: THIS DATA !! TYPICALLY IN THE SAME FORR AS ON THE CRT, WHERE IV 13 NORMALLY DISPLAYED. I.REA0TIVITYC0HIROL TIME l-810 .T=40 (CLOCK)- (SCENARIO) NEUTRONFLUX -1 CPS -4.M36 AMPS 98.86873 % BORONCONCENTRATION 69.911 PPM (MI-ILOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) ----- ----- CRDP031 TION (%WD) IM iM 1H 100 100 100 93.67 24.H GEN.MV 840.98 j (GP1) (GP 2) (GP3) (GP 4) (GP5) (GP6) (GP7) (GP8) II. COOLING RCS A. LOOP B. LOOP SECONDARYPLANT A. LOOP B. LOOP- l TH(WR) 601.3 F 601.4 F OTIGLEVEL(WR) 273 IN 272 IW TC(WR) 556.9 F 557.4 F OTIGLEVEL(0P) 64 I 64 Z-RCFLOW(LBM/HR) 72 E6 72 E6 OTIG PRE!!. 999.6 PSIG' 909.1 PSIG RCPRESSURE 2151.3 P!IG FEEDFLOW(LBM/HR) 5.2 E6 ' 5.2 E6 PRE!SURIZERLEVEL 220 IN IHELL TEMP. 511.5 F 510.4 F CONDENIATETANKLEVEL 15.98 FT 15.98 FT RCPUMPOPERATION(ON) A B C D MAINC00ENIERPREffURE 2.7 INHG PRZR EATERS OPERABLE (YEI/N0) YE! TURBINEBYPAS!YALVEPO!! TION 0.0' I 0.0 I DEGREESSUB-COOLING (INCORE) 23.5 F 'A' 'B' , CONTAINMENT 1 5HlGHESTCORETHERMOCOUPLE 623 F - - - - - - - - - Ci. CL CL ' CL PURGE VALVE P0flTION AH-VIA VfB V1C VfD MAKEUPFLOWINTORCS 17.1 GPM CONTAINMENT 2 CONCENTRATION 0 % RBLDG. TEMP / PRESS. 116.6 F/ 14.80 Pf!A LETDOWNFLOWOUTOFRCI 46.34GPM - - - - - - - - - - - - - - - - - - - BLDG SPRAY FLOW LOW GPM LOW GPM. MAKEUP TANK LEVEL 88.50IN BS-PIA Bi-PiB RBFANSOPERATION ON OFF ON i SAFETTSYSTEMS ----- - ----- - - - - - - iA IB IC 1 HPl FLOW 9 GPM 0 __ GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN l l (16A) (168) (16C) (16D) SUMP. FLOOD RADWASTESYSTEM CFT LEVEL / PRESS 13.04 FT/ 6 H.6 PSIG 13.04FT/ 600.2 PSIG
~
WG DECAY TANK PRESSURES 0 PIIG20 PSIG0 PSIG. CFT-IA CFT-1B 1A 1B 1C LP! FLOW 0 GPM 0 GPM BLEEDTANKLEVEL 60
%40 I40 .. _
I DH-Y4A DH-Y4B RC3-TIA TIB TIC WMWLEVEL 5.520365FT BW37 LEVEL 56.22 FT ---------- EVAPCOND.IANKLEVEL 6 FT 3 FT 8IESELGEN.STATUI (IA) ITBY (IB) TIA TIB AUXBLDG.SUMPLEVEL 22.99999% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(f)-9
ECC/TSC/ EOF /PIFCINFORMATION(PLANTSTATUS-0PERATIONSLlNE) ANNUA E WEEK F 7 NOTE: THI! DATA II TYPICALLY IN THE SAME FORM AS ON THE CRT, WHERE IT IS NORMALLY DISPLAYED. I REACTIVITY CONTROL
. . . . . . . - ..... TIME. .1815... ...........
I:45 4 j (CLOCK) (SCENARIO) 1 NEUTRON RUX -1 CPS -4.0036 AMPS 98.87143 Z ) BORONCONCENTRATION- 49.911 PPM l (NI-ILOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) --------------- l CRDPOSITION(ZWD) iH fH IH 1H (H IN GEN.MW 841.33 I
.. ___... .. ... . . . . 93.67' _' 26.H (GP1) (GP2) (GP3) (GP4)~ (GP5) (GP6) (GP?) (GP8) !
- 11. COOLING H RCf A. LOOP B. LOOP IECONDARY PLMT A. LOOP B. LOOP l
t TH(WR) 601.3 F 601.4 F OTIGLEVEL(WR) 2?3 IN 272 IN 3 TC(WR) 556.9 F 557.4 F OTIGLEVEL(0P) 64 Z 44 1 RC R0W (LBM/HR) 72 E6 72 E6 OTIGPRESS. 999.7 PIIG 999.'2 PSIG RCPRESSURE . 2150.7 PfiG FEED R0W (LDM/HR) 5.2 E6 5.2 E6 1
..___. . j PREffuRIZERLEVEL 221 IN SHELLTEMP. 511.5 F~ 510.4 F l
CONDENSATE TMK LEVEL 15.98 FT 15.98 FT RCPUMPOPERATION(ON) A B C D - - - - - - - - - - - - - - - MAINCONDENSERPRESIURE 2.7 .IN HG. i PRZR HEATERS OPERABLE (YES/NO) YES i TURBINEBYPA!!VALVEP0flTION 0.0 1 0.0 I l DEGREEJSUB-COOLING (INCORE) 23.5
~
F 'A' 'B' l CONTAINMENT 5HIGHEITCORETHERM0 COUPLE 623 F CL CL CL CL - PURGEVALVEPOSITION AMIA VIB VIC VfD I
.. . .... .. ... 1 MAKEUP R0W INTO RCS 17.1 GPM CONTAINMENT 2 CONCENTRATION 0 I 1
RBLDG. TEMP / PREST. 116.4 F/ 14.80 PSIA i LET DOWN R0W OUT OF RCS 46.34SPM I BLDG SPRAY FLOW LOW GPM LOW 'GPM l MAKEUPTANKLEVEL 83.45IN Bf-PIA BI-PIB J RBFANIOPERATION ON OFF ON I SAFETYSYJTEMI I (A IB IC ! HPI R0W 6 GPM 0 GPM 0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN l 1 (16A) (168) (160) (160) IVMP R000 I RADWAITESTIT CFI LEVEL /PREff 13.04 FT/ 6 H.6 PSIG 13.04FT/ 4 H.2 PSIG -------- EM i WGDECAYTANKPRESIURES 0 PSIG20. PSIG0 PSIG 1A 1B IC LPIFLOW 0 . GPM 0 CPM BLEED TANK LEVEL 60 I 40 %40 I DH-V4A DH-Y4B RCB-TIA TIB TIC ] WMWLEVEL 5.520365FT BWSILEVEL 56.22 FT ---------- EVAPCOND.TANKLEVEL 0 Fi 3 FT ! DIESELGEN.STATU! (IA) STBT (IB) TIA TIB AUXBLDG.SUMPLEVEL 22.999991 y EMERG. FEED R0W (GPM) 0 (A) 0 (B) Al(I)-10 k
q 1 ECC/TSC/ EOF /PTFCINFORMATION(PLANTSTATUS-0PERATIONSLINE) AETAL EXERCISE ! LEEX OF 10/19/87 i NOTE: THIS DATA IS TYPICALLY IN THE SAME FORM AS ON THE CRT, WHERE II-IS KORMALLY DISPLATED. 1 I.REACTIVITYCONTROL TIME 1820 T=50 NEUTRON RUX CPS -4.0036 AMPS 98.87578 % BORONCONCENTRATION 69.911 PPM i (NI-ILOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) - - - - - - - - - - - - - l 4 CR9 POSITION (10) IM - IN IN 100 IM 100 93.67 26.00 CEN.MW' .840.94
]
(GP1) -(GP2) (GP3) (GP 4) (GP5) '(GP6) (GP7) (GP8) 1
- II. COOLING 'l RCS A. LOOP B. LOOP SECONDARYPLANT A. LOOP. B. LOOP 1 601.3 F !01.4 F 273 IN 272 IN -
TH(WR)
... ....... - 0TSG LEVEL (WR)
TC(WR) 556.8 F 557.4 F OTSGLEYEL(0P) 64 % 64 % RC R0W (LBM/it)- 72 . E6 72 E6 OTSGPRESS. 999.8 PSIG 999.3 PSIG' 3: RCPRESSURE 2150.2 PSIG FEEDFLOW(LBM/HR) 5.2 E6 ' 5.2-.E6
=....
l, PREffURIZERLEVEL 220 IN SHELLTEMP. 511.5 f 510.4. F l CONDENSATETANKLfVEL 15.98 FT ' 15.98 FT RCPUMPOPERATIPIiON) A B C D -- - -- - MAINCONDENIERPRESSURE 2.7 INHG , PRZRHEATERSOPERABLE(rES/NO)YES --------- i TURBINEBYPASSVALVEPOSITION 0.0 % 0.0 % DEGREESSUB-COOLING (INCORE) 23.4 F 'A' 'B' i CONTAINMENT 1 5HIGHESTCORETHERM0 COUPLE ---- 623 F CL CL CL CL l PURGEVALVEPOSITION AH-VIA VfB VIC VfD 1 1 MAK;UP R0W INTO RCS 17.5 GPM CONTAINMENT 2CDCENTRATION 0 % ; 1 RBLDG. TEMP / PRESS. 116.6 F/ 14.80 PSIA 1 LETDOWNFLOWOUTOFRCS 46.34GPM ! BLDG.SPRAYFLOW LOW GPM LOW GPM MAXEUP TANK LEVEL 88.39IW BS-PIA BS-PIB RBFANSOPERATION ON OFF ON . j SAFETYSYSTEMS iA 1B IC HPI R0W 6 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 - IN (16A) (16B) 416C) (16D) SUMP ROOD CFT LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PflG RADWASTE SY-----------STEM
= -------
WG DECAY TANX PRESSURES 9 PSIG20 PSIG 0 PSIG CFT-1A CFT-1B 1A IB IC , LPI R0W 9 GPM 0 GPM BLEEDTANKLEVEL 60 %40 % 40 % DH-V4A DH-V4B RCB-TIA TIB TIC WMW LEVEL 5.520365FT BWSTLEVEL 56.22 FT - - - - - - - - - EVAPCOND.TANKLEVEL 6 FT 3 FT DIESELGEN. STATUS (IA) STBY (IB) TiA TIB
..= . ........--
AUXBLDG.SUMPLEVEL 22.99999% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-li ' I J _____m- _ _ _ _ _ _ _ . _ _ . _ . _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ - _ ._ _. _ -_
ECC/ TIC / EOF /PTFCiNFORMATION(PLANTSTATU!-0PERATION!LINE) ANN E WEEK F 7-NOTE:THISDATAISTYPICALLYINTHESAMEFOR3AfONTHECRf,WHEREII!!NORMALLYDISPLATED. I.~ REACTIVITY CONTROL TIME 1825 - T=55 (CLOCK) (ICENARIO) NEUTRON RUX -1 CPI -4.0037 AMPI 98.86818 % BORONCONCENTRATION 69.911 ffM ~ (NI-lLOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) CRDP0fli!0N(%WD) 100 100 100 100 .100 100 93.67 26.00 GEN.NW 841.40 (GP1) (GP2) (GP3) _GP4) ( (GP5) (GP6) (GP7) (GP8)
- 11. COOLING RCJ A. LOOP B. LOOP SECONDARYPLANT A. LOOP B. LOOP TH(WR) 601.3 F 601.4 F OTIGLEVEL(WR) 273 IN - 272 IN TC(WR) 556.9 F 557.4 F OTIGLEVEL'(0P) 64 % 64 %
RC R0W (LBM/Wt) 72 E6 72 E6 OTIGPRESS. 999.7P!!G'909.2P.tIG RCPRE!!URE- 2150.0 P!!G FEED R0W (LBM/HR) 5.2 E6 5.2 E6 PRE!!(JRIZER LEVEL 221 IN SHELLTEMP. 511.5 F 510.4 .F-RC PUMP OPERATION (0N) A B C D MAINCONDENIERPREISURE . 2.7 INHG PRZRHEATERfCPERABLE(YEJ/N0)TES ----- TUkdINEBYPASSVALVEP0f! TION 0.6, I 0.0 % DEGREEfSUB-COOLING (INCORE) 23.4 F 'A' 'B' CONTAINMENT 5HIGHESTCORETHERM0 COUPLE 623 F ---------- ' CL CL CL Ct. PURGEVALVEPQi! TION AH-VIA- VfB VIC VfD MAKEUP R0W INTO RCJ 16.7GPM CONTAINMENT 2 CONCENTRATION
.___... . 0. . . . . %-
RBLDG, TEMP / PRESS. 116.6 F/ ~ 14.80 PflA LET DOWN R0W OUT OF RCI 46.33GPM . - . . . - . - - _ _ . . . . . _ _ _ _ BLDG. IPRAY R0W LOW GPM LOW GPM MAKEUPTAMKLEVEL 88.35IN BJ-PIA BS-PIB RBFANIOPERATION ON OFF ON SAFETYSYSTEMS - - - - - - - - ~ ~ ~--- IA IB IC HPI R0W 6 GPM 0 GPM0 CPM 0 GPM RBWATERLEVEL 49.7'IN 0.0 IN (16A) (16B) (160) (16D) IUMP ROOD RADWASTESYSTEM CFT LEVEL /PREJ! 13.04 FT/ 600.6 Pf!G ' 13.04FT/ 600.2 Pf!G WGDECAYTANKPRESSURES 6 PSIG20 PSIG0 PSIG CFT-1A CFT-1B LPIFLOW 6 GPM 0 GPM BLEEDTANXLEVEL IA 19 1C ) 60 %40 %40 % !
...__... . ..__. ......__.. 1 DH-V4A DH-V4B RCB-TIA TiB TIC WMWLEVEL 5.520365FT BWIILEVEL 56.22 FT - - - - - - - -
EVAPCOND.TANKLEVEL 0 FT 3 FT DIESELGEN.ITATUI (IA) ITBY (IB) Tit, TIB i AUXBLDG.IUMPLEVEL 22.99999% H EMERG. FEED R0W (GPM) 0 (A) 0 (B) ,. Al(l)-12 l l l
- r
1
.I CCC/TSC/E0F/PTFCfNFORMATION(PLANTSTATUbOPERATION!LINE) ANNUA E WEEK F 7 NOTE: THIf DATA 15 TYPICALLY IN THE IME FORM AS ON THE CRT, WHERE IT IS NORMALLY DISPLAYED.
I.REACTIVITYCONTROL TIME 1830 T= 60
~(CLOCK) (ICENARIO)
NEUIRONFLUX -1 CPI -4.0036 AMPS 98.87292 % BORONCONCENTRATION 69.911 PPM (NI-lLOGCOUNT) (NI3LOGA5P) (NI-5 POWER) CRDPOSITION(%WD) iM IM .. IGO iM 100 100 93.67
..___ ' 26.M GEN.'MW- 840.92 l J
(GP1) (GP 2) (GP 3) (GP.4) (GP5) (GP6) (GP7) (GP8)
!!. COOLING RCS A. LOOP B. LOOP JECONDARYPLANT A. LOOP B. LOOP l TH(WR) 601.3 F 601.4 F- OTIG LEVEL (WR) 273 IN 272 IN !
TC(WR) 556.8 F 557.3 F OTIGLEVEL(0P) 64 % - 44 %. RCFLOW(LBM/HR) 72 E6 72 E6 OTIG PRESS. 999.9PI!GJ999.3PSIG RCPRESIURE 2150.1 PSIG FEEDFLOW(LBM/HR) 5.2 E6 5.2 E6 PREISURIZERLEVEL 220 IN SHELL TEMP. 511.5 F 510.4 F. CONDENSATETANKLEVEL 15.98 FT 15.98 FT - RCPUMPOPERATIDNiON) A B C D - - - - MAIN CONDENIER PRESSURE 2.7 ' IN HG . PRZRHEATERSDPCRABLE(YEI/NO)YES TURBINEBYPASSYALVEPOSITION 0.0 % 0.0 % DEGREEJSUB-COOLING (INCORE) 23.4 F A' 'B' l CONTAINMENT 5HIGHEf(CORETHERM0 COUPLE 623 F CL CL- CL CL - PURGE VALVE P0$ul0N AH-VIA VfB VIC VfD j l MAEUPFLOWINTORCI 17.1 GPM CONTAINMENT 2 CONCENTRATION 0 % LET DOWN FLOW OUT OF RCI 46.33GPM BLDG.SPRAYFLOW- LDW GPM LOW GPM MAKEUPTANKLEVEL 88.28IN PS-PIA BI-PIB ! RBFANJOPERATION ON OFF ON JAFETYSYSTEMI IA iB IC HPI FLOW 6 GPM 0 GPM0 GPM 0 GPM RBWATERLEVEL 49.7 IN 0.0 IN (16A) (16B) (16C) (16D) SUMP FLOOD RADWASTESYSTEM CFT LEVEL / PRE!! 13.04 FT/ 600.6 PSIG 13.04FT/ 6M.2 PSIG WG DECAY TANK PREISURE! O PSIG20 PSIG0 PSIG IA IB lC LPIFLOW 9 GPM 0 GPM BLEEDTANKLEVEL 60- %40 % 40 % DH-V4A DH-V4B RCB-TiA TIB TIC WMWLEVEL 5.520365FTL BWITLEVEL 56.22 FT ---------- , EVAPCOND.TANKLEVEL 0 FT 3 ... FT BIESELGEN.ITATUI (IA) STBY (IB) TIA IlB ' AUX BLDG SUMP LEVEL 22.99999% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-13
' . . .;' [
?'S-i.3 3 ,
AN ECC/T!.C/E0F/PTFCINFORMATION(PLANTSTATUS-0PERATIONSLINE) WEEK , 7, < NOTE:THitDATAIfTYPICALLYINTHESAhEFOR9A!ONTHECRT,WHEREITIfNCRMALLYDISPLAYED. n A
-I. REACTIVITY'CJNTROL TIME 1835 i . .3 -
} 65 i = f
-(CLOCK) '(30ERRIO).
NEUTRONFLUX I CPS -4.H34 . AMPS 98.93933 % m
......... ~
BORONCONCENTRATION 69.91. 1 PPM ' ;,' ' (NI-ILOGCOUNT) (NI-3LOGAMP) (NM NWER) .,, f CRDPOSITION(%WD) IM .lH 100 100 100 100 - 94.30 , 26.00 ' GEN.LMW 3,MI.4h (GP1) (GP2) (GP 3) (GP4) (GP5) (GP6) (GP 7) (GP8)- 4.3 ,dH II. COOLING >
"s RCI A. LOOP B. LOOP IECONDARYPLANT A.LO0f 8. LOOP U TH(WR) 601.4 F 601.5 F. OTIGLEVEL(WR)- 273 m IN ' 272 'IN ; 5; *W .
TC(WR) 557.0 F 557.5 F OTIGLEVEL(0P) 64 .% 64 ' . IJ f RC R0W (LBM/HR) 72 E6 72 E6 Gil5 PRESS. 999.8 PJIG 999.3'PflG RCPRE!!URE- 2150.7 PSIG FEED RUW RBM/HR) '
- 5.2 E6 5.2hE6 l
,IHELLTEMP. '
PREISURIZERLEVEL 221 IN 511.5 _F- 510.4 F-3 C(MENIATETANKLEVEL l15.98 FT 15.98 FT ' i RCPUMPOPERATION(ON) A B C ;il e - MAINCONKMSERPREISURE. < 1.7 INHG PRZRHEATER! OPERABLE (YE!/NO)YE! TURBINEBYPA!!VALVEPOSITION 0.0 Z 0.0 I KGREE!JUB-COOLING (INCORE) 23.5 F 'A' 'B' CONTAINMENT 5HIGHEITCORETHERM0 COUPLE 623 F Cb CL- CL CL PURGE VALVE PO!! TION' AH-VIA VII VIC VfD MMEUP R0W INTO RCS 14.1 GPM .CONTAINNENTH2 CONCENTRATION- 0 % a LET DOWN R0W OUT OF RCS 46.34GPM
, BLDG. IPRAY R0W- LOW GPM ' LOW GPM MMEUP TANK LEVEL 88.46IN BI-PIA BI-PIB-RBFANSOPERATION ON OFF ON SAFETYSY!TEMI
'i. lA 113 iC HPI R0W 9 GPM 0 GPM0 GPM0' GPh R0WATERLEVEL .49.7 IN , 0.0- .IN (16A) (16B) (160) (160)'- SUMP RCOS RADWAITESYSTEM e CFT LEVEL / PRE!! 13.04 FT/ 600.6 PflG 13.04FT/ 6 H .2 PSIG WG ECAY TANK PRESIURES - 0 PSIG20. . . PSIG0 ~ P!!G ,
CFT-1A CFT-1B l
.1A it ' IC LPI R0W 6 GPM 6 GPM 3tEEDTANKLEVEL 60 %40 % 40 ~ %I DH-V4A DH-V48' TIB
- 1; RCB-TIA TIC WMWLEVEL 5.520365FT *5 "
BWSTLEVEL 56.22 FT , EVAPCOND.TANKLEVEL 0 FT
.. ..'....FT .. .r 3 !
DIEJELEEN.ITATUS (IA) STBY (IB) TiA TIB AUX BLDG. SUMP LEVR 22.999992
~ ~ ~ ~ ~
EMERG. FEED R0W (GPM) 0 (A) 0 (B) A1(1)-14 e d 1 k
'gf i .j.
~
,i- _ j, .
N g I ,C { ,
..i<'
i 1 ECC/ TIC / EOF /PTFC INFORMATION (PLGT STATUS-0PERATIONSA,nD - annua EXE y.. - WEEK SF f9/ 7 NOTE:THISDATAISTYPICALLYINTHESAhEFORMA!OfpYCRT,kHEREITISNORMALLYDl!PLAYEDs<' I.REACTIVITYCONTROL T ME 1840 T:70 HEUTRON FLUX -1 CPS -4.0015 AMPS 98.9039 % BORONCONCENTRATION 69.911 ifH (NI-I LOG COUNT) (NI-3LOGAMP) (NI-5 POWER) CRDPOSITION(IVD) 100 100 100 100 100 100 94.30 26.00 GEN.MV 841.53 (GP1) (GP2) (GP 3) ' (GP4) (GP5) (GP6) (GP 7) (GP8) II. COOLING i RCS A. LOOP B. LOOP SECONDARYPLANT A. LOOP 1. LOOP TH(WR) 601.4 F 60!.5 F ST!GLEVEL(WR) 273 IN 272 IN TC(WR) 557.0 F 557.5 F OTSG LEVEL (0P) 64 I 64
~ _ _ _
I j RCFLDW(LBM/HR) 72 E6 72 E6 OTSG PRESS. 909.5 PSIG H?.0 PSIG j RCPRESSURE 2149.4 PSIG FEEDFLOW(LBM/HR) 5.2 E6 5.2 E6 ! PRESSURIZERLEVEL 221 IN SHELLTEMP. 511.5 F 510.4 F 1 CONDENSATETANKLEVEL F 15dS FT 15.98 FT j NCPUMPOPERAi!0N(ON) A B C D - - - - - -------- l MAINCONDENIERPRESSURE 2.7 INHG PRZRHEATERSOPERABLE(TES/N0)YES TURBINE BYPASS VALVE POSITION 0.0 I 0.0 2 Dr. GREE!SUB-COOLING (INCORE) 23.4 F 'A' 'B' l CONTAINMENT 5HIGHESTCORETHERMOCOUPLE 623 F - -- CL CL 0. CL PURGEVALVEPOSITION AH-VIA Vi! ' ell Vl0 i MKEUP FLOW INTO RCS 15.5 GPM CONTAINMENT H2 CONCENTRATION 0 I l RBLDG. TEMP /PREt!. 116.6 f/ 14.50 PSIA LETDOWNFLOWDUTOFRCS 46.3 H hi - - - - - - - - - - - - 1 BLDG, SPRAT-FLtW i LOW GPM LOW GPM j MAKEUP TAT :EVEL 88.71 IN BS-PIA BS-PIB RBFANSOPERATION ON OFF ON IA iB IC HPI FLOW 6 GPM 0 GPM0 GPM 0 GPM RBWATERLEVEL 49.7 IN 0.0 IN ; l ('.6A) (16B) (16C) (16D) SU6P ' FLOOD RADWASTESYSTEM = CFT LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG ___........ . . . . = - ........ WGDECAYTANKPRESSURE'i 0 PSIG20 PSIG0 PSIG CFT-IA CFT-1B IA IB 10 LPI FLOW 6 GPM 0 GPM BLEED TAHK LEVEL 60 %40 1 40 %
.--------- . = . - . . . . . . . .
DH44A DH44B RCB-TIA TiB TIC WMWLEVEL 5.520365FT PWSTLEVEL 54.22 FT EVAPCOND.TANKLEVEL 0 FT 3 FT DIESELGEN. STATUS (IA) STBY (IB) IIA TIB AUX BLDG. SUMP LEVEL 22.99999I EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Aill)-15
'I
.,['
ECC/TSC/E0F/PTFCINFORMATION(PLANTSTATUf-0PERATIONSLINE) 1 MNUA E RCIS WEEK F /19/ 7 NOTE: THIS DATA IS TYPICALLY IN THE IME FORG Af WTKE CRT, WHERE IT II NORGALLY DISPLAYED. I.REACTIVITYCONTROL 3s , TIME 1845
.. ....__. .....,..' Tk i5 .
NEUTRON PLUX -l . CPI -4.0035- MP3 98.90218 '% j
/
POWN CONCENTRATION 69.911 PPM (NI-1,LOGCOUNT) GI-3 L5 AMP) (
.NI-5 POWER) - - -----------
CRDPOIITICS(10) i# iH 100 W IM 100 94.30 26.# GEN.MW 841.50 (Gr1) (GP2)' (GP3) (GP.4) (GF5) (GP6) (GP 7) (GP8) . fl. COOLING RC3 A. LOOP B. LOOP JECONDARY PLMT 1 A. LOOP B. LOOP-TH(WR) 601.4 F 601.5
......._F_ OISGLEVEL(WR) s 273 IN '2T3 .tN 3
TC(WR) 557.0 F 557.5 F OTIG IIVEL (0P) h' 64 I L ' 64 v % RC R0W (LBM/HR) 72 E6 72 E6 OTIGPREff. 999.3 Pf!G ?08.8 t31G ____..__. .____ .__ ., .. ._ , . s - , RCPRESIURE 2149.3 PSIG (GD R0W (LBM/$)
.- 5.2 E6 MIA6' a___ '
l PRE!!URIZERLEVEL 220
.IN SHELLTEMP. 511.5 F 1 510.4 F l CONDENIATE TMK LEVEL 15.96 FT 15.98 FT RCPUMPOPERATION(ON) A B C- D ------ - - - - - - -
MAINCONDENIERPRESSURE 2.7 INHG PRZR EATERJ OPERABLE (YE!/NO) YES o - - - - - - - - - - - - TURBINE BYPAff V#.YE PQSITION 0.0 1 0.0 :1. DEGREESIUB-COOLING (INCORE) 23.4 F - 1
'A' 'B' 5 HIGEIT CORE THERM 0 COUPLE 623 F
-CONTAINMEN1)
CL CL CL CL {
=- --- ----- '
PURGE VALVE POSITION. AH-VIA - VIB VIC VfD MAKEUPFLOWINTORCS 16.9GPM CONTAINMENT 2 CONCENTRATION 0 I RBLDG. TEMP / PRESS. 116.6 f/ 14.80 PSIA LET DOWN R0W OUT OF RC3 46.33 GPM -- ----- - ---- BLDG.SPRAYFLOW LOW GPM LOW GPM MAXEUP TMK LEVEL 88.75IN BS-?tA BI-PIB 1 SAFETYSTITEMS RB FMJ OPERATION ON OFF Oh l I HPI R0W 6 GPM 0 GPM0 GPM 0 GPM RB WATER LEVEL 1A 49.7 IN 1B 0.0 IN f.C ) J (16A) (169) (16C) (160) SUMP ROOD RADWASTESYSTEM CFI LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 P31G < 4 fiECAY TANX PRESSURES 0 PSIG20 PSIGdr. PSIG l
, CFT-1A Uk-1B -
d.
----_.---.__.------..-...----{ !
1A IB 10 LPIFLOW 'O GPM 0 APM BLEEDTANKLEVEL 60 %40 %40 % l
.DH-V4A- DH-V4B RCB-IlA TIB Tit WMWLEVEL 70365FT BWSTLEVEL ' 56.22 i FT '
- ~ - - - - - -
EVAP CON), TMK LEVEL FT 3 FT i 1 DIEJELGEN.ITATUS (IA) 318Y (IB) T itB ! AUXBLDG.SUMPLEVR. i a9fA99%
' '""~~
EMERG. FEED R0W (GPM) 0 (A) 0 (El b , t j ', II(l)-1 ~'i 3 r, j
.,g i <
', )
, s t r
] l
}
ECC/IIC/ EOF /PTFCINFORMAT!0N(PLANTSTATUS-0PERATIONILlNE) MNUA E CEEK ? NOTE: THIS DATA IS TYPICALLY IN THE SME FOR3 AS ON THE CRT, WHERE IT !! NORGALLY DISPLAYED. I.REACTIVITYCONTROL TIME 1850 T=80 (CLOCK) (SCENARIO) NEUTRONFLUX -1 CPI -4.H36 AMPI 98.8817 % BORONCONCENTRATION 69.911 PPM (NI-lLOGCOUNT) (NI-3 LOG MP) (NI-5 POWER) --------------- ChPOSITION(IVI) IH IH 100 100 100 100 94.30' 26.00 GEN.NW 841.44 (GP1) (GP2) (GP3) (GP 4) (GP5) (GP6) (GP7) (GP8) II. CC1ING RCS A. LOOP B. LOOP SECONDARYPLANT A. LOOP B. LOOP TH(WR) 601.4 F 601.5 F OTSGLEVEL(WR) 273 IN 273 IN .. TC(WR) 557.0 F 557.5 F OTIGLEVEL(0P) 64 % 64 % RCFLOW(LBM/HR) 72 E6 72 E6 OTSGPRESS. 999.2 PSIG 908.7 PSIG RCPRESIURE 2149.9 PSIG FEEDFLOW(LBM/HR) 5.2 E6 5.2 E6 PRESIURIZERLEVEL 220 IN SHELL TEMP. 511.5 F 510.4 F CONDENSATETANKLEVEL 15.98 FT 15.98 FT
------ ~ ~ - - -
RCPUMPOPERATION(ON) A B C D MAINCONDENIERPRE!!URE 2.7 IN HG PRIR HEATER 3 OPERABLE (YEJ/N0) YES TURBINEBYPAISVALVEPOSITION 0.0 % 0.0 % DECREESSUB-COOLING (INCORE) 23.4 F 'A' 'B' CONTAINMENT 5HIGHESTCORETHERMOCOUPLE 623 F CL CL CL CL PURGEVALVEPOSITION AH-VIA VfB VIC V1D MAKEUP FLG9 INTO RCS 17.2GPM CONTAINMENT 2 CONCENTRATION' 0 Z LET D M FLOW OUT OF RCS 46.33GPM BLDG. SPRAY FLOW LOW GPM LOW GPM MAKEUP TANK LEVEL 88.69IN BI-PIA B5-PIB RBFANSOPERATION ON OFF ON SAFETY SYSTEM 1A IB IC HP! FLOW 9 GPM 0 GPM 0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN (16A) (16B) (160) (16D) SUMP FLOOD
RAHASTESYSTEM CFT LEVEL / PRESS 13.04 FT/ 600.6 PflG 13.04FT/ 6H.2 PSIG -----
..._...= - _ . . . . . . . . . . . . . . . . _ _ _ . - -
WGDECAYTANKPRESSURES 0 PSIG20 PSIG0 PSIG CFT-1A CFT-1B IA 1B 1C l LPIFLOW 0 GPM 0 GPM BLEED TANK LEVEL 60 %40 % 40 % 1 = =--- . .......... ......_.._ i DH-V4A DH-V4B RCB-TIA TIB tic 1 WMWLEVEL 5.520365FT WTT LEVEL 56.22 FT EVAP COND. TMK LEVEL 0 FT 3 FT
, DIESEL GEN. STATUJ 1
,,__M STBY (IB)
TIB l E,MERG.FEEDFLOW(GPM) 0 (A) 0 (B)
=== -. . ..
} ' A1(1)-17 ( l m __ _-_____._m. _ _ _ _ _
ECC/ TIC / EOF /PTFCINFORMATION(PLANTSTATUS-0PERATION!LINE) gEXgCj'ig NOTE:THISDATAIfTYPICALLYTNTHEIAMEFORQASONTHECRT,WHEPEITIINORQALL'YDIIPLAYED. I.REACTIVITYCONTROL TIME 1855- T-85 (CLOCK) -(SCENARIO) i NEUTRONFLUX -1 CPS -4.0035 AMP 3 98.89682- % l i BORONCONCENTRATION 69.911 PPM (NI-lLOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) CRDPOSITION(!WD) IN 1H IH 100 100 100 94.30 26.H GEN.MW B41.09 (GP1) (GP2)- (GP3) (GP 4) (GP5) (GP6)- (GP7) (GP8)' II. COOLING RCS A. LOOP B. LOOP SECONDARYPLANT -A. LOOP' B. LOOP
..1
- TH(WR) 601.4 F 601.5 F OTIGLEVEL(WR) 273 IN 272 IN TC(WR) 556.9 F 557.4 F OTIGLEVEL(0P) 64 2 64 % ,
l RCFLOW(LBM/R) 72 E6 72 E6 OT!GPREI3. 999.3 PIIG 9H.8 P3!G. j RCPRE!!URE 2150.3 Pi!G FEEDFLOW(LBM/HR) 5.2. E6 5.2 E6 PRESIURIZERLEVEL 220 IN SHELL TEMP. 511.5
. . 'F.' .510.4 F CONDENIATE TAM LEVEL 15.97 FT 15.97 FT ,
RCPUMPOPERATION(ON) A B C D MAINCONDENJERPREf!URE '2.7 INHG ! PRZR HEATERJ OPERABLE (YES/NO) YES ' l
- - - - - - - - TURBINEBYPA35VALVEPOSITION 0.0 ; % 0.0 - 2.
DEGREE!IUB-COOLING (INCORE) 23.5 F ?A' 'B' , CONTAINMENT 1 5HIGHEITCORETHERMOCOUPLE 623 F g g g g. g i MAKEUPFLOWINTORCS 17.8GPM CONTAINMENT 2 CONCENTRATION 0 % , R BLDG TEMP / PRESS. 116.6 F/ 14.% PIIA LETDOWNFLOWOUTOFRCS 46.33GPM l BLDG.SPRAYFLOW LOW GPM LOW GPM !, MAKEUPTANKLEVO. 88.61 IN BS-PIA B3-PIB RBFANSOPERATION ON OFF ON l JAFETYSYSTEMS IA IB IC HPI FLOW 0 GPM 0 GPM 0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN (16A) (168) (16C) (16D) SUMP FLOOD j CFT LEVEL / PRESS 13.04 FT/ 6 H .6 PSIG 13.04FT/ 6 H.2 PSIG l WGDECAYTANKPRE!!URE! O PSIG20 PSIG0 PSIG CFT-1A CFT-iB - lA 1B 10 LPIFLOW 0 GPM 0 GPM BLEED TANK LEVEL 60 %40 % 40 % l DH-V4A DH-V4B RCB-TIA TIB TIC j WMWLEVEL 5.520365FT BWSTLEVEL 56.22 FT EVAP COND. TANK LEVEL 0 FT 3 FT DIEIEL GEN. STATUS (IA) STBY (IB) TIA - TIB AUX BLDG, SUMP LEVEL 22.99999% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) q A1(l)-18 9 l _ ._ ._i__________
l l ECC/TSC/ EOF /PTFCINF0 EAT!0N(PLANTSTATUS-0PERATIONSLINE) , ANNUAL EXERCISE WEEK 0F10/19/87 ' NOTE: THIS DATA IS TYPICALLY IN THE SAME FORN AS ON THE CRT, VHERE IT IS NORMALLY DISPLAYED. I.REACTIVITYCONTROL TIME 1990 . I:90 (CLOCX) . (SCENARIO) NEUTRON RUX -1 CPS -4.0036 AMPS 98.84562 % BORONCONCENTRATION 69.911 PPM (NI-lLOGCOUNT) (NI-3LOGAMP) '(NI-5 POWER) ------ - ------ CRDPOSITION(%WD) 100 100 ' 100 100 100 100 94.30 26.00 GEN.MW' 841.42 (GP1) (GP2) (GP3) (GP4) (GP 5) (GP 4) (GP7) (GP8) ! II. COOLING ! RCS A. LOOP B. LOOP SECONDARYPLANT- A. LOOP .B. LOOP TH(WR)- 601.3 F - 601.5 F. OTIGLEVEL(WR) 273 IN 272 IN TC(WR)' 554.9 F 557.4 F OTSGLEVEL(0P) -44 %, 64 % RC R0W (LBM/HR) 72 E6 72 E6 OTIGPRESS. .999.2PSIG.90P?PSIG U RCPRESIURE 2150.9 PSIG FEED R0W (LBM/2) 5.2 E6 5.2 E6 PRESSURIZER L9EL 220 IN SHELL TEMP. 511.5 F 510.4 F CONDENSATETANKLEVEL 15.97 FT 15.97 FT RCPUMPOPERATION(ON) A B C D MAINCONDENSERPRESSURE 2.7 INHG~ PRZRHEATERSOPERABLE(YES/NO)YES ---- TURBINEBYPA!!VALVEPOSITION 0.0 % 0.0 %-
'A' 'B' 8EGREESSUB-COOLING (INCORE) 23.5 F CONTAINMEN!
)
5HIGHESTCORETHERM0 COUPLE 623 F - -
. CL' - CL . CL - CL PURGEVALVEPOSITION AH-VIA VIB : VIC VfD MAKEUP R0W INTO RCS 17.2GPM CONTAINMENT 2CONCENTRA!!0N O' %
RBLDG. TEMP / PRESS. 116.6 F/ 14.80 PSIA LET DOWN R0W OUT OF RCS 46.34GPM BLDG.SPRAYFLOW LOW CPM LOW GPM GAKEUP IAH LEVEL 88.51 IN BS-PIA BI-PIB RBFANSOPERATION ON - 0FF ON SAFETYSYSTEMS -------- - - -------- IA IB IC HPI R0W 6 GPM 0 GPM0 GPM0 GPM RB WATER LEVEL 49.7 IN 0.0 IN (16A) (16B) (160) (160) SUMP FLOOD RAMASTESYSTEM I CFT LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG i WGDECAYTANKPRESSURES 0 PSIG20 PSIG0 PSIG -! CFT-1A CFT-IB - - - - - - - - - - - --- - ---- IA 10 IC i LPI R0W 9 GPM 6 GPM BLEEDTANKLEVEL 60 %40 %40 % ! 1 DH-Y4A DH-V4B RCB-TIA- 'TIB TIC ! WMWLEVEL 5.520365FT-BWSTLEVEL 56.22 FT ---------- EVAPCOND.TANKLEVEL 0- FT- 3 ______..__ ... ___..FT .. DIESELGEN. STATUS (IA) STBY (IB) TIA TIB AUXBLDG.SUMPLEVEL. 22.99999% EERG. FEED R0W (GPM) 0 (A) 0 (B) Ai(1)-19
ECC/ TIC / EOF /PTFC DEORMAT10N (PLANT ITATUf-0PERATIONS LINE)
'ANNUALEXh' M EX 0F t t/ ch NOTE:THIIDATA13TYPICALLYINTHESAMEFORDAS00THECRT,WHEREITIfN0REALLYDIIPLAYED. !.REACTIVITYCONTROL TIME 1995 I:95 (CLOCK) (SCENARIO)
NEUTRONFLUX -1 CPI -4.0037 AMPS 98.8645 I BORONCONCENTRATION 69.911 PPM (MI-tLOGCOUNT) (NI-3 LOG AMP) (NI-5 POWER) CRDPO!! TION (ZWD) IN IN 100 100 100 100 94.30 26.00 ' GEN.MW 840.95 (GP1) (GP2) (GP 3) (GP 4) (GP5) (GP6) (GP7) (GP8)
- 81. COOLING RCS A. LOOP B. LOOP IECONDARY PLANT A. LOOP B. LOOP i TH(WR) 601.3 F 601.5 F OTSGLEVEL(WR) 273 IN 272 IN TC(WR) 556.9 F - 557.4 F OT!GLEVEL(0P) 64 -I 64 %
RC R0W (LBM/HR) 72 E6 72 E6 OT!GPRESS. 909.2 PSIG 908.7 PSIG I RCPRES!URE 2150.7 PSIG FEED R0W (LBM/HR) . 5.2 E6 5.2 E6 PRESSURIZERLEVEL 221 IN . SHELLTEMP. 511.5 F 510.4 F CONDENSATETANKLEVEL. 15.97 FT 15.97 FT RCPUMPOPERATION(0N) A B C D MAINCONDENSERPRES!URE 2.7 INHG PRZRHEATERIOPERABLE(YEf/N0)YES TURBINEBYPAISVALVEPO!! TION 0.0 Z 0.0 1 DEGREESJUB-COOLING (INCORE) 23.5 F -
'A' 'B'
. CONTAINMENT 5HIGHEITCORETHERM0 COUPLE 623 - - - - - - - - - I F CL CL CL CL
- - - - - - - - - - - - I PURGE VALVE FO?ITION AH-ViA- VfB VIC VfD MAKEUF R0W INTO PCS 16.9GPM CONTAINMENT 2 CONCENTRATION 0 I R BLDG TEMP /PREff. 116.6 F/ 14.80 PSIA LETDOWNFLOWOUTOFRCS 46.35GPM ---- ----- -----
BLDG. SPRAY R0W LOW GPM LOW GPM MAKEUPTANKLEVEL 88.46IN BS-PIA BS-PIB RBFANIOPERATION ON OFF ON SAFETYSYSTEMS HPI R0W 9 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 1A 49.7 IN IB 0.0 IN-10
)
(16A) (168) (16C) (16D) SUMP ROOD RADWAITESYSTEM CFI LEVEUPRE!! 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG --------------- WGDECAYTANKPRES!URE! 0 PSIG20 PSIG0 PSIG CFT-IA CFT-1B IA IB iC LPIFLOW 0 GPM 0 GPM BLEEDTANKLEVEL 60 %40 %40 % ___..__.___ ..... .._ . === DH-V4A DRV4B RCB-TIA TIB ~ TIC-WMWLEVEL 5.520365FT BWIILEVEL 56.22 FT EVAPCOND.TANKLEVEL 0 FI 3 FI
.DIEfELGEN.STATUI (IA) STBY (1B) TIA TIB i AUXBLDG.SUMPLEVEL 22.99999I EMERG. FEED R0W (GPM) 0 (A) 0 (B)
Al(l)-20 l
-- - - _A
l
'ECC/TfC/ EOF /PTFCINF0Pf!ATION(FLANTSTATUI-0PERATIORSLINE) MNUA E l-UEEK F ' 7 NOTE:THISDATAISTYPICALLYINTHESAGEFORMASONTHECRT,WHEREIT15NORMALLYDISPLAYED.
I.REACTIVITYCONTROL TIME 1910 T:100 l
......- _= .... ............ ... _ j NEUTRONFLUX -1 CPS -4.6035 AMPS 98.8931 %
BORONCONCENTRATION 69.911 PPM (NI-l LOG COUNT) (NI-3LOGAMP) (NI-5 POWER) ---- =- CRDPOSITION(IWD) 100 100 100 100 100 100 94.30 26.00 GEN.MW 841.12 (GP1) (GP2) (GP3) (GP 4) (GP5) (GP6) (GP 7) (GP8) i
- 81. COOLING l RCS A. LOOP B. LOOP SECONDARY PLMT A. LOOP B. LOOP l' TH(WR) 601.3 F 601.4 F OTIG LEVEL (WR) 273 IN 272 IN l
l TC(WR) 554.9 F 557.4 F OTIG LEVEL (0P) 64 % 64 Z j RCFLOW(LBM/HR) 72 E6 72 E6 OTIGPRESS. 999.5 PSIG 999.0 PSIG RCPRESSURE 2150.3 PSIG FEEDFLOW(LBM/HR) 5.2 E6 5.2 E6 :
. ___._..__ -- ._ j PRESSURIZERLEVEL 220 IN SHELL TEMP. 511.5 F 510.4 F i
4 CONDENSATE TANK LEVEL 15.97 FT 15.97 FT ! RC PUMP OPERATION (ON) A B C D 1 PRZRhEATERSOPERABLE(YES/NO)YES TURBINEBYPASSVALVEPOSITIGH 0.0 I 0.0 I DEGREES SUB-C00Ll%(INCORE) 23.5 F 'A' 'B' j CONTAINMENT 1 5 HIGHEST CORE THERM 0 COUPLE 623 F CL CL CL CL l PURGEVALVEPOSITION AH-VIA YlB VIC VlD l MAXEUPFLOWINTORCS 20.3GPM CONTAINMENT 2 CONCENTRATION 0 % LET90WNFLOWOUTOFRCS 46.33 GPM BLDG.SPRAYFLOW LOW GPM LOW GPM MAKEUPTANKLEVEL 88.42IN BS-PIA BS-PIB RBFANSOPERATION ON OFF ON SAFETYSYSTEMS -- - -- -------- 1A iB iC l HPI FLOW 0 _GF;M 0 GPM0 CfM 0 GPM RBWATERLEVEL 49.7 IN 0.0 IN l (16A) (16B) (16C) (16D) SUMP FLOOD I RADWASTE SYSTEM CFT LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG WG DECkUMK PRESSURES 0 PSIG 20 PSIG 0 PSIG CFT-fA CFT-1B ---------- ---------- ---------- IA IB IC LPIFLOW 0 GPM 0 GPM BLEED TANK LEVEL 60 % 40 % 40 % j DH-V4A DH-V4B RCB-TIA TIB TIC I WMW LEVEL 5.520365FT 1 BWIILEVEL 56.22 FT EVAP COND. TMK LEVEL 0 FT 3 Fi DIESELGEN. STATUS (IA) STBY (18) IIA TIB
- - - ==
AUX BLDG. SUMP LEVEL 22.99999% ERERG.FEEDFLOW(GPM) 0 (A) 0 (B) ! 1 . l l Al(i)-21
l l ECC/TSC/ EOF /PTFCINFORMATION(PLANTfiATUS-0PERATIONS' ICE)' $NNUALEXpCffE l
- WEEK OF tv/l?/87 - !
WOTE: THIT DATA II TYPICALLY IN THE SANE FORG Af DN THE CRT, WHERE IT If tiOMALLY DI! RATED. 1 I.REACTIVITYCONTROL TIME 1915 I:105 !
.= ........ ....__ .- .__ ... ... _j (CLOCK) (SCENARIO) i NEUTRCN RUX -1 CPS -4.0037 AMPI 98.84285 I ,
l BORONCONCENTRAT!ON 69.911 PPM (NI-lLOGCOUNT) (NI-3 LOG AMP) (NI-5 POWER) - - - - - - - - - - - - - CRDPOSITION(ZWD) 100 100 100 100 100 100 94.30 26.00 GEN.MW 841.12 (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (CP7) (GP8) IL COOLING RCS A. LOOP B. LOOP IECONDARYPLANT A. LOOP- B. LOOP s
. . ..__ ...___. ..__ ____. ..___.. ... ____ e TH(WR) 601.3 F 601.4 F OTIGLEVEL(WR) 273 IN 272 IN l TC (W) 556.9 F 557.4 F GTSGLEVEL(0P) 64 Z 64 %
RCFLOW(LBM/HR) 72 E6 72 E6 OTIGPRE!!. 907.3 PSIG 908.8 PSIG' RC PRESSURE 2150.5 PSIG FEED R0W (LBn/HR) 5.2 E6 5.2- E6 PRESSURIZERLEVEL 221 IN SHELL TEMP. 511.5 F 510.4 F CONDENIATE TANK LEVEL 15.97 FT 15.97 FT RCPUMPOPERATION(0N) A B C D MAINCONDENIERPRESSURE- 2.7 INHG PRZRHEATERSOPERABLE(YE!/NO)YES TURBINEBYPASSVALVEPOSITION 0.0 Z 0.0 % DEGREESSUB-COOLING (INCORE) 23.5 F- 'A' 'B' CONTAINMENT 5HIGHEITCORETHERMOCOUPLE 623 F CL CL CL CL PURGEVALVEPOSITION AH-VIA VlB VIC VfD MAKEUPFLOWINTORCS 16.8GPM CONTAINMENT 2 CONCENTRATION 0 I t F/ 14.80 PSIA RBLDG. TEMP / PRESS. 116.5 , LET DOWN R0W OUT OF RCS 46.14GPM i ------ BLDG.SPRAYFLOW LOW GPM LOW. GPM MAKEUPTANKLEVEL 88.39IN BS-PIA BI-PIB RBFANSOPERATION ON OFF ON SAFETYSYSTEMS lA IB IC HPI R0W 0 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN (16A) (168) (160) (160) SUMP ROOD RADWASTESYSTEM , CFT LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG ~ ~ l WG DECAY TA K PRESSURES 0 PSIG20 PSIG0 PSIG CFT-!A CFT-1B ----- ---------- IA IB 10 LPIFLOW 6 GPM 0 GPM BLEEDTANKLEVEL 60 % 40 % 40 % DH-V4A DH-V4B RCB-TIA TIB TIC WMk LEVEL 5.520365FT BWII LEVEL 56.22 FT -- - EVAP COND. IANK LEVEL 0 FT 3. . . . . . .FT. - DIEIELGEN. STATUS (IA) STBY (IB) TIA TIB i AUXBLDG.IUMPLEVEL 22.99999% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-22 1 l
i ECC/ TIC / EOF /PTFC INFORMAT10N (PLMI STATUI-0PERAil0Nf LINE) p NOTE:THISDATAIfTYPICALLYINTHESAMEFORNAJONTHECRT,WHEREIfIfNORMALLYDIJPLAYED. 7*. L I;REACTIVITYCONTROL- TIME!1920 4 I: 110 ' (CLOCK) (SCENARIO) NEUTRONFLUX -1 CPI. -4.H37 MPI 98.87074 I-BORONCONCENTRATION 69.911 PPM - (NI-1 LOG COUNT) (NI-3 LOG MP) (NI-5 POWER) -------
-l CR3 POSITION (IWD) I N IN IM IM IM iM 94.30 26.M GEN.NW 841.24 L (GP1) (GP2) (GP3) (GP4) (GP5)' (GP5) (GP 7) (GP8) l II.~ COOLING RCJ A. LOOP: B. LOOP: SECONMRY PLMT A. LOOP B.' LOOP.
TH(WR) 601.3 F OTIGLEVEL(WR) 273 IN
. . - .'601.4 F
_ _ . . ' . ' IN .272. .- ,
'TC (WR) 556.9 F- 557.4-F OTIGLEVEL(0P) 64
! 44 I:
i
~
RC R0W (LM/HR) 72 E6 E6 OTIGPREIS. 999.4 P!!G 9M 9 PSIG.
. 72 ____ ' __ ..
RCPRESSURE 2150.4 PSIG FEEDFLOW(LBM/lR)
. 5.2 E6 - 5.2 E6 ....__.
l 1 PREffuRIZERLEVEL 220 IN SHELLTEMP. 1511.5 F 510.4 F: ' CONDENIATE TMK LEVEL 15.97 FT 15.97-FT
'RCPUMPOPERATION-(ON) A B C D - -- -
PRIRHEATERIOPERABLE(YES/NO)YEJ TURBIE BYPAff VALVE POSITION. 0.0 : % 0.04 I 'I DEEREE! SUB-COP _IE(INCORE) 23.4 F 'A' 'B' CONTAINMENT 5HIGHEITCORETHERM0 COUPLE 623 F ' CL -- CL CL ' CL ' PURGEVALVEPO!! TION AH-VIA VIB VIC - Vl0-MAKEUPFLOWINTORCf 16.8GPM CONTAINMENT 2 CONCENTRATION 0 I . RBLDG. TEMP / PRE!!. 116.5 F/ 14. M PIIA I LETDOWNFLOWOUTOFRCS 46.34GPM 1 BLDG.IPRAYFLOW LOW . GPM. LOW GPM {< CAKEUP TANK LEVEL 88.34IN BI-PIA BI-PIB ! RB FMS OPERATION ON 0FF -ON l SAFETYSYSTEMI 1A: IB IC HPI FLOW 6 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN - 0.0 .IN (16A) (16B) (16C)' (160) SUMP FLOOD RADWAITESYSTEM , CFT LEVEL / PRE!! 13.04 FT/ 600.6 PIIG 13.04FT/ 600.2 PSIG - - - - - - - - - - - - - l WG DECAY TANK PRESSURES 0 PSIG20 PIIG0 PSIG CFT-IA CFT-18 ---------- ---------- ---------- 1A - . IB IC i LPIFLOW 6 GPM 0 GPM BLEEDTANKLEVEL 60 % 40 %40 -% ; DH-V4A DH-V4B RCB-TIA Til . TIC WMWLEVEL 5.520365FT BWSTLEVEL 56.22 FI EVAPCOND.TANKLEYFL 0 FT 3 FT ' DIE!ELGEN. STATUS (iA) STBY (IB) TIA TIB
----------- ---------~
.AUXBLDG.SUMPLEVEL 22.99999% .
! Al(i)-23 l
ECC/TSC/E0F/PTFC INFORMATION1PLMT STATUJ-0PERATIONS LINE) NOTE: THIS DATA IS TYPICALLY IN THE JAME FORM AS 0% THE CRf, WHEE'E If IS C)RMALLY DISPLAYED. MNUALhEXEbSk SEEK O 10 / I.REACTIVITYCONIROL- : TIME 1925 . T=115 I (CLOCK)~ (.tCENARIO) NEUTR0N RUX -i CPI -4.0036 MPS 98.86723 % BORONCONCENTRATION 49.911 PPM (NI-ILOGCOUNT) (NI-3 LOG MP) (NI-5 POWER) --------------- CRDPOSITION(%WD) 100 100 100 100 100 100 94.30 26.00 GEN. MW 841.02
-(GPI) (GP2) (GP3) (CP4) (GP5) (GP6) (GP7) (GP8) i II. COOLING RCS A. LOOP 'B. LOOP SECONDARY PLMT A. LOOP B. LOOP TH(WR) 601.3 F 601.4 F OTIGLEVEL(WR)- 273 IN 272 IN-TC(WR) 556.9 F 557.4 F OTSGLEVEL(DP) 64 % '64 %
RC R0W (LBM/HR)- 72 E6 72 E6 OTSGPRESS. 999.5 PSIG 999.0 PSIG RCPRESSURE 2150.1 PSIG FEED R0W (LBM/HR) 5.2 E6 5.2 E6 PRE!!URIZERLEVEL 22f IN SHELL TEMP. 311.5 F 510.4 F CONDENSATETANKLEVEL 15.97 FT 15.97 FT RCPUMPQPERATION(OH) A B C D MAINCONDENSERPRESSURE 2.7 .INHG
.PRZRHEATERSOPERABLE(YES/NO)YES TURBINEBYPASSVALVEPOSITION 0.0 % 0.0 Z DEGREESSUB-COOLING (INCORE) 23.4 F 'A' 'B' i CONTAINME'ti 5HIGHESTCORETHERM0 COUPLE 623 F -----------
CL CL CL- CL PURGEVALVEPOSITION M-VIA ViB - VIC V10 MAKEUP R0W INTO RCS 17.0GPM CONTAINMENT 2 CONCENTRATION 0 % RBLDG. TEMP / PRESS. 116.5 F/ 14.80 PSIA LETDOWNFLOWOUTOFRCS 46.33GPM ------------------------ BLbG. SPRAY R0W LOW GPM LOW GPM MAKEUP TMK LEVEL 88.34IN BS-PIA BI-PIB R2 FMS OPERATION ON OFF ON SAFETYSYSTEMS 1A 1B 1C HPI R0W 0 GPM 0 GPM0 GPM 0 GPM RBWATERLEVEL 49.7 IN 0.0 IN (16A) (168) (160) (16D) SUMP R000 RA0 WASTE CFT LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG ------ SYSTEM WG DECAY TMK PRESSURES 0 PSIG20 PSIG6 PSIG- ) CFT-IA CFT-18 - - - - - - - - - - - - - - - - - . - . - - 1 IA IB IC LPIFLOW 0 GPM 0 GPM BLEED TANK LEVEL 60 %40 %40 % DH-V4A DH-V4B RCB-TIA TIB TIC WMWLEVEL 5.520365FT BWSTLEVEL 56.22 FT EVAP COND. TMK LEVEL 0 FT 3 FT IIIESEL GEN. STATUS (IA) STBY (IB) TIA TIB AUXBLDG.SUMPLEVEL 22.99999% EMERG, FEED R0W (GPM) 0 (A) 0 (B) 3 Al(ll-24 1 1
1 l i ECCITIC/E0F/PTFC INFORMATION (PLMT STATUS-0PERATIONf LlNE)- ANNUALEX9CIK j WEEK 0F 16/19/8,t j NOTE: THIS DATA 15 TYPICALLY IN THE SME FORM AS ON THE CRI, WHERE If !! NORMALLY DISPLAYED.
.J 1.REACTIVITYCONTROL
.._ =......_
TIME 1930 T:120 J NEUTRONFLUX -1 CPS -4.M37 AMPS 98.86916 % BORONCONCENTRATION 69.911 PPM (NI-ILOGCOUNT) (NI-3 LOG MP) (NI-5 POWER) - - ----------- CR3 POSITION (%WM I M 100 iM IN IM 100 94.30 26.H GEN.MW '841.34 ) (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) )' H. COOLING RCS A. LOOP. B. LOOP SECONDARY PLMT A. LOOP 3. LOOP TH(WR) 601.3 F 601.4 F GTSGLEVEL(WR) 273 IN 272 IN ' 1 TC(WR) 556.9 F 557.4 F OTSGLEVEL(0P) 64 % 64 % i l RC FLOW (LBM/HR) 72 E6 72 E6 OTSGPRESS. 999.4 PSIG 908.9 PSIG ; RCPRESSURE ~3150.1 U IG FEEDFLOW(LBM/HR) '5 3 kk ~h$3 k6
. ......__.__ .. . ..... .. .(
PRESSURIZERLEVEL 221 IN SHELL TEMP. 511.5 F 510.4 F i CONDENSATE IMK LEVEL 15.97 FT 15.97 FT RCPUMPOPERATION(ON) A B C D ---- - -- l MAIN CONDENSER PRESSURE 2.7 INHG .! PRZR HEATERS OPERABLE (YES/NO) YES -------- 1 TURBINEBTPASSVALVEPOSITION 0.0 ' I ' O.0 % KGREESSUB-COOLING (INCORE) 23.4 F 'A' 'B' CONTAINMENT i 5HIGHESTCORETHERM0 COUPLE 623 F CL CL CL CL - 1 PURGEVALVEPOSITION AH-VIA VfB VIC V10 j MAKEUPFLOWINTORCS 16.7GPM CONTAINMENT 2 CONCENTRATION 0 % R BLDG. TEMP / PRE!!. 116.5 F/ 14.80 PSIA LET90WNFLOWOUTOFRCS 46.33GPM ! BLDG.SPRAYFLOW LOW GPM LOW GPM l MAKEUP TMK LEVEL 88.33IN BS-PIA BS-PIB RB FMS OPERATION ON OFF ON SAFETYSYSTEMS 1A 1B 1C . HPI FLOW W GPM 0 GPM0 GPM0 GPM RB WATER LEVEL 49.7 IN 0.0. IN l (16A) (16B) (160) (160) SUMP FLOOD RADWASTESYSTEM CFT LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG -- -------- WG DECAY TMX PRESSURES 0 PSIG20 PSIG 0 PSIG CFT-1A CFT-1B -- ---- ---------- ---------- IA 1B 1C LPIFLOW 6 GPM 0 GPM BLEED TMK LEVEL 60 %40 %40 % DH-V4A DH-V4B RCB-TIA TIB TIC WMWLEVEL 5.520365FT WSTLEVEL 56.22 FT ---- --- EVAP COND. TANX LEVEL 0
.......... =-
FT 3 FT DIESELGEN. STATUS (IA) STBY (IB) TIA TIB AUXBLDG.SUMPLEVEL 22.99999% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) A!(1)-25 l
=ECC/TSC/E0F/PTFCTNFORMATION(PLANTSTATUS-0PERAT10NSLINE) ANNUALEXERCITE-
~BEEKOF10/f9/87 DOTE: THII 9ATA If TYPICALLY IN THE JAME FORM A3 0d THE CRT. WHERE IT IS NORMALLY DISPLAYG.
I.REACTIVITYCONTROL TL9E 1935 T=125 (CLOCK) (ICENARIO) NEUTRON RUX -1 CPS -4.0035 AMPS 98.89919 % BORONCONCENTRATION -69.91) PPM (NI-lLOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) ------ -------- CRDPOSITION(IH) 100 iH 100 100 100 100 94.30 26.00 CEN.MW 840.89 (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) TI. COOLING RCS A. LOOP B. LOOP SECONDARYPLANT. A. LOOP B. LOOP TH(WR) 601.3.F 601.4 F OTIGLEVEL(WR)' 273 IN 272 IN IC(WR) 554.9 F 557.4 F GTE LEVEL (0P) 64 % 64 % RC R0W (LBM/HR) 72 E6 72 E6 OTIGPRE3f. 999.2 PSIG 908.6 PSIG RCPRE!!URE '2157.3 Pf!G FEED R0W (LBM/HR) 5.2 E6 5.2 E6 PRESSURIZERLEVEL 221 IN SHELLTEMP. 511.5 F F ___ . ..... ' 510.4 ...- CONDENIATETANKLEVEL 15.97 FT 15.97 FT RCPUMPOPERATION((JN) A B C D MAINCONDENSERPRESSURE 2.7. INHG ! PRIR EATERS OPERABLE (YEf/N0) TEf TURBINEBYPASSVALVEPOSITION 0.0. % 0.0 .I DEGREESSUB-COOLING (INCORE) 23.8 F 'A' 'B' CONTAINMENT . 5HIGHESTCORETHERMOCOUPLE 623 F - - - - - - - - - - CL CL CL CL l
- - - - - - - - ~ ~
PURGEVALVEPOSITION AH VfB Vic ViD
..._-VIA _... .. .. ........ ........
I MAKEUP R0W INTO RCS 61.7GPM CCNTAINMENTH2 CONCENTRATION
.......-- .0.......'I- .
1 R BLDG TEMP /PREff. 116.5 F/ 14.80 Pf!A I LETDOWNFLOWOUTOFRCS 46.43GPM ------------------------ 1 BLDG SPRAY FLOS LOW GPM LOW GPM j MAKEUPTANKLEVEL 88.29IN Bf-PIA BS-Pi'B RBFANSOPERATION ON CFF ON 1 IAFETYSYSTEMI l IA IB .iC i HPI FLOW 6 GPM 0 GPM0 GPM0 GPM RBWATERLEYEL 49.7 IN 0.0 IN (16A) (168) (160) (16D) SUMP FLOOD RADL'ASTESYST CFT LEVEL /PREI! 13.04 FT/ 600.6 Pi!G 13.04FT/ 600.2 PSIG --- --------EM - WG0ECAYTANKPRESSURES- 0 Pf!G20 PSIG0 P!IG CF M A CFT-1B ---------- -- - ----- ---------- ; IA iG IC . LPIFLOW 6 GPM 0 GPM BLEEDTANKLEVEL 60 %40
% 40 %!
DH-V4A DH-V4B -RCB-TIA TIB TIC WMWLEVEL 5.520365FT BWSTLEVEL 56.22 FT ------ --- ; EVAPCOND.TANKLEVEL 6 FT 3 FT ! DIESELGEN.STATUI (IA) STBY (IB) TIA ' TIB . AUX BLDG SUMP LEVEL 22.99999% )
~'~~
I EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-26
i,
)
i l ECC/TSC/ EOF /PTFCINFORMATION(PLANTSTATU$-0PERATI0dfLINE) ANNUA E WEEX 7 NOTE: THIS DATA Il TYPICALLY IN THE SAME FCRN AS ON THE CRT, WHERE IT IS NORNALLY DISPLAYED. I.RLACTIVITYCONTROL TIME 1940 T=130 . i (CLOCX) (ICENARIO) l NEUT20NFLUX -1 CPS -4.0040 AMPS 98.79425 I l 30RONCONCENTRATION 49.911 PPM : (NI-lLOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) i CRDPOSIT!0N(%@) 1% 1H 100 100 100 100 94.93 26.00 GEh.MW 841.55 (GP1) (GP2) (GP3) (GP4) (GP5) .(GP6) (GP7) (GP 8) l II. COOLING ! RCS A. LOOP B. LOOP SECO@ARYPLANT A. LOOP ). LOOP TH(WR) 601.5 F 601.6 f 0TSG LEVEL (WR) 273 IN 273 IN i j TC(WR) 557.0 F 557.5 F OTSG LEVEL (0P) 64 I 64 % i RC FLOW (LMM) 72 E6 72 E6 OTSG PRESS. 999.5 PSIG 999.0 PflG ; i RCPRESSURE 2185.3 PSIG FEEDFLOW(LM/HR) 5.2 E6 . 5.2 E6 PRESSURIZERLEVEL 220 IN SHELLTEMP. 511.5 F. 510.4 F .- . 00@ENSATEiANKLEVEL 15.97 FT 15.97 FT i RCPUMPOPERATION(ON) A B C D MAIN CONDENSER PRESIURE 2.7 IN HG PRZRHEATERSOPERABLE(YES/NO)YES TURBINEBYPASSVALVEPOSITION 0.0 %- 0.0 % DEGREESSUB-COOLING (INCORE) 25.7 F 'A'- 'B' CONTAINMENT 5HIGHESTCORETHERM0 COUPLE 623 F CL CL CL CL PURGE VALVE POSITION AH-VIA VfB VIC VfD MAKEUPFLOWINTORCS 39.0GPM CONTAINMENT 2 CONCENTRATION 0 % LET MWN FLOW OUT OF RCS 46.76GPM BLDG.SPRAYFLOW LOW GPM LOW GPM MAKEUPTANKLEVEL 37.85IN BS-PIA BS-PIB RBFANSOPERATION ON ' 0FF ON 1 SAFETT!YSTEMS 1A iB 1C HPI FLOW 6 GPM 0 GPM0 GPM 0 GPM RBWATERLEVEL 49.7 IN 0.0 IN i I (16A) (16B) (f60) (160) SUMP FLOOD 1 RANASTESTITEM 1 CFT LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG WGDECAYTANKPRESSURES 9 PSIG20 PSIG0 PSIG CFT-IA CFT-1B 1A 1B 1C LPIFLOW 9 GPM 0 GPM BLEEDTANXLEVEL 60 % 49 ' %40 % DH-V4A DH-Y4B RCB-T!A TIB TIC l l WNWLEVEL 5.520345FT N!TLEVEL 56.22 FT ---- EVAPCOM.TANKLEVEL 0 FT 3 FT 9IESELGEN. STATUS (IA) STBY (IB) TIA itB 22.99999' AUXBLDG.SUMPLEVEL EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) 'l i. Al(l)-27 l
1; ij EX ECC/ff.C/E0F/PTFC INFORMTf0N iPLAN1 STATUJ-0PEMATIONS LINE)
. . . . . - - - . . . . - _ . . . - . . . . . . . . . . . . . . . . . . . - - - . - - - - - - .ANNUAgFigRig7.
WEEK // , NOTEi THIS MTA 13 TYPICALLY IN THE SAME FOR9 Af ON THE CRT, WHERE IT If NORMALLY DIIPLAYEj). TIME 1945 ' T:135
'I.REACTIV.I.TYCONTROL l
NEUTRONFLUX -1 CPS -4.0043 AMPS 98.7M93 I (CLOCK) .' (ICENARIO) 'l ~
' BORONCONCENTRATION 69.911 PPM I (NI-ILOGCOUNT) (NI-3 LOG MP) (N!-5 POWER) ,
CRDPO!! TION (%WD) iM IM IM ... -IM iM
-iM.--- 94.93
. 26.M GEN.'MW 841.55
~. ----- ----- - - - - - -
1 (GP1) (GP2) (GF3) (GP4) _(GP 5) (GP6) (GP7) (GP8) ! II.COULING RC3 A. LOOP B. LOOP SECONDARY PLMT A. LOOP 1. LOOP , 1 TH(WR) 601.5 F 601.6 F OTIGLEVEL(WR) 273 IN.. 273. IN i 1 TC(WR) 557.0 F .557.5 F OT!G LEVEL (0P) 64 I 64 I < RCFLOW(LBM/HR) 72 E6' 72 - E6 OTIGPREff. 999.3 PIIG 908.8 PSIG RC PRESSURE- 2189.5 PSIG FEEDFLOW(LBM/HR) 5.2 E6 5.2 E6 3 PRESSURIZERLEVEL'
~~
224 IN SHELLTEMP. St1.5 :F' 510.4 F ) RCPUMPOPERATION(UN) A B C D CONKNSATE TMK LEVEL IU Ui ibili
)
l MAINCONKNSERPRES!URE 2.7 'INHG PRZRHEATER! OPERABLE (YE!/N0)YE! { TURBINE BYPAff VALVE POSITION 0.0 Z 0.0 I - DEGREESSUB-COOLING (INCORE) 26.1 F 'A' 'B' ~I CONTAINMENT I 5HIGHEITCORETHERMOCOUPLE 623 F - - - -- CL CL CL 1 PURGEVALVEPOSITION AH-VIA' VB VIC VfD . MAXEUPFLOWINTORCS 20.1 GPM CONTAINMENT 2 CONCENTRATION 0 I i LETDOWNFLOWOUTOFRCS 46.83GPM ( BLDG.IPRAYFLOW LOW GPM- LOW GPM MAXEUP TANK LEVEL 84.26IN BI-PIA BI-PiB ' RB FMS OPERATION ON OFF ON SAFETYSYSTEMI iA . - iB iC HPI FLOW 6 (PM 0 .GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 ' IN (16A) (168) (160) (160) SUMP FLOOD CFT LEVEL / PRE!! 13.04 FT/ 600.6 PSIC 13.04FT/ 6 H .2 PSIGRADWAST------ESYSTEM -------- ' WGDECAYTANKPRESSURES 0' PIIG20 PSIG 0 Pf!G LPIFLOW
-IA 1B 10 6 GPM 0 GPM BLEEDTANKLEVEL- 60 % 40 %40 %
DH-V4A DH-V4B RCBTIA TiB TIC WMWLEVEL 5.520345F BWSTLEVEL 56.22 FT ---------- EVAP COND. TANK LEVEL 6 FT 3 FT - DIESELGEN. STATUS (IA) STBY (IB) ItA IIB
- - - - ~ ~ - - - - - - - - - -
AUXBLDG.SUMPLEVEL 22.99999I EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) A1(1)-28
1 l ECC/TSC/E0F/P FC INFOMATTON (PLANT STATUS-0PERATIONS LINE) AN EXERCSE i WEEX F 10/i /87 l NOTE: THIS DATA IS TYPICALLY IN THE SME FORM AS ON THE CRT, WHERE IT !! NORCALLY DISPLAYED. ; I.REACTIVIIYC0NTROL TIME 1950 T-14) _,, j (CLOCK) (SCENARIO) . NEUTRONFLUX -1 CPS -4.0042 MPS 98.73836 I { BORONCONCENTRATION 69.911 PPM (NI-ILOGCOUNT) (N!-3 LOG MP) (NI-5 POWER) --- - 1 CRDPOSITION(%W1) 100 100 100 100 100 100 94.93 26.00 GEN.MW- 841.18 l (GP1) (GP2) -(GP 3) (GP 4) (GP 5) (GP6) (GP7) (GP8) j II. COOLING RCS A. LOOP B.L008 SECONDARYPLANT A. LOOP B. LOOP l TH(WR) 601.5 F 601.6 F GTSGLEVEL(WR) 273 IN 273 IN { TC(WR) 557.0 F 557.5 F OT!GLEVEL(0P) 64 I 64 % ! I RCFLOW(LBM/HR) 72 E6 72 E6 OlhGPRESS. 909.4 PSIG 908.9 PSIG RCPRESSURE 2180.3 PSIG FEEDFLOW(LBM/HR) 5.2 E6 5.2 E6 PRESSIMIZER LEVR 224 IN SHELL TEMP. 511.5 F 510.4 F ! I CONDENSATETANXLEVEL 15.96 FT 15.96 FT I RCPUMPOPERATION(OH) A B C D ! PRZRHEATERSOPERABLE(YES/N0)YES TURBINE BYPASS VALVE POSITION 0.0 % 0.0 I { DEGREESSUB-COOLING (INCORE) 25.5 F 'A' 'B' l CONTAINMENT 3 HIGHEST CORE THERM 0 COUPLE 623 F CL CL CL CL PURGE VALVE POSITION AH-VIA V1B VIC VlD MAXEUPFLOWINTORCS 12.8GPM CONTAI@ENTH2 CONCENTRATION 0 I I
.. ..... .. __ 4 RBLDG. TEMP / PRESS. 116.5 F/ 14.80 PSIA LETDOWNFLOW00TOFRCS 46.72GPM ------------=
BLDG,SPRAYFLOW LOW fBM LOW GPM i RAXEUP TMX LEVEL 86.39IN BI-PIA BS-FIB RBFANSOPERATION ON OFF ON fAFETYSYSTEMS 1A IB 10 HPI FLOW 0 GPM 0 GPM0 _ GPM0 CFlMRBWATERLEVEL 49.7 IN 0.0 IN (16A) (16B) (160) (16D) SUMP FLOOD RADWASTESYSTEM CFT LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 PSIG - WG DECAY TMX PRESSURES 0 PSIG20 PSIG0 PSIG CFT-1A CFT-1B ---------- ---------- IA 1B 10 LPIFLOW 0 GPM 0 GFM BLEED IMX LEVEL 60 % 40 1 40 % DH-V4A DH-V4B RCB-T!A TIB TIC . WMWLEVEL 5.520365FT BWSTLEVEL 56.22 FT ---------- FT 3 EVAPCOND.TANKLEVEL 0 FT DIESELGEN. STATUS (1A) STBY (IB) IfA TIB AUX BLDG SUMP LEVEL 22.99999 % l EMERG.FEEDFLOW(GPM) (A) 0 0 (B) l Al(i)-29 l I
s ECC/ TIC /E0F/PTFC INFORflATION (PLMT STATUS-0PERATIONS LINE) 33 E WEEK F 7 NOTE:THISDATAIITYPICALLYINTHEJAMEFORQAf0NTHECRI,WHEREIV!!00RMALLYBISPLAYED. I REACTIVIIT C9! TROL T IhE 1955 145 __..... _____..... ._____ '...........__.__T= ..... .... (CLOCK) (ICENARIO) NEUTR0NFLUX -1 CPI -4.0039 'AMPI 98.80663 % BORON CONCENTRATION 69.911 PPM (NI-lLOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) ------------ - CRDP0f! TION (%WD) 100. 100 1H IH IM- 100 94.93 26.H GEN.NW 841.32 (GPl} (GP D (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)- i II. COOLING RCS A. LOOP. B. LOOP IECONDARY PLMT A LOOP. B. LOOP TH(WR) 601.5 F 601.6 F OTIGLEVEL(WR) 274 IN 273 IN TC(WR) 557.I' F 557.4 F OTSGLEVEL(0P) 65 % . 64 ' I RCFLOW(LBM/HR) 72 E6 72 E6 OTSGPREIS. 909.1 PIIG 908.6 PflG RCPREffURE 2162.9 PSIG FEEDFLOW(LBM/HR) 5.2 E6 5.2 E6 l PRESSURIZERLEVEL 224 IN SHELL TEMP. 511.5'__F 510.6. ___' F ); CONDENSATE IANK LEVEL 15.94 FT 15.96 FT i RCPUMPOPERATION(0N) A B C D PRZR HEATE't! OPERABLE (TES/N0) YE! I TURBINEBYPA!!VALVEPOSITION 0.0 % 0.0 I i DEGREESIUB-000LIF,(INCORE) 1 24.3 F 'A' 'B l CONTAINMENT l 5HIGWtiCORETHERM0 COUPLE ~523 F --- CL CL CL CL' PURGEVALVEPOSITION AH-VIA VIB VIC VfD l MAXEUPFLOWINTORCS 9.4GFM CONTAINMENT 2 CONCENTRATION 0 % LETDOWNFLOWOUTOFRCS R BLDC. TEMP / PRESS. 116.5 ' F/.14.80 Pf!A 46.53GPM BLDG. SPRAT FLOW LOW GPM LOW GPM MAKEUPTANKLEVEL 87.25IN BS-PIA Bi-PIB RBFANfOPERATION ON OFF ON l SAFETYSYSTEMS - ..... ____._ __...... > IA 1B IC H HPJ FLOW 0 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN (16A) (168) (160) (160) SUMP FLOOD RADWAITESYSTEM CFT LEVEL / PRESS 13.04 FT/ 600.6 fJIG 13.04FT/ 600.2 PSIG i WG DECAY TANK PRESSURES 0 PSIG20 PSIG0 PflG i CFT-IA CFT-IB _____._~......~...___....__-; LPIFLOW 0 GPM 0 GPM BLEEDTANKLEVEL 60 %40 %40 % DH-V4A DH-V4B RCB-TIA TIB TIC - WMWLEVEL 5.520365FT BWITLEVEL 56.22 FT __.....__. EVAPCOND.TANKLEVEL 0 FT 3 . FT
~
DIESELGEN.STATUI (IA) (IB) ~ ~ iid ~ ~ ' iib STBY AUXBLDG.SUMPLEVEL 22.99999%
~~~~
EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-30 l l
l ECC/ TIC /E0F/PTFCINFORMATION(PLANTSTATUS-0PERATIONSLINE) ANNUA E MEK 7 NOTE: THIS DATA IS TYPICALLY IN THE SME FORM AS ON THE CRI, WERE IT IS NORMALLY DISPLAYED. I.REACTIVITYCONTROL IIME 2000 . I:150 . l (CLOCX) (SCENARIO) ! NEUTRONFLUX -1 CPS -4.0034 MPS - 98.93739 % ! BORON CONCENTRMiON 69.911 PPM l (NI-iLOGCOUNT) (NI-3LOGAMP) (NI-5F0WER) .
-l CRDPOSITION(IVD) 100 100 100 100 100 100 94.93- 26.00 GEN.MW 641.00 ' .j (GP1) (GP2) (GP 3) (GP4) (GP5) (GP6) %P7) (GP0} ,
!!. COOLING
' RCS A. LOOP B. LOOP' SECONDARYPLANT A. LOOP B. LOOP- !
l TH WR) 601.4 F 601.5 F OTSG LEVEL (WR) ' 273 IN 272 IN , I TC(WR) 557.0 F 557.6 F OTSGLEVEL(0P) 64 % 64 :I RCFLOW(LBM/HR) 72 E6 72 E6 OTSGPRESS. 999.7 PSIG 909.1 PSIG RCPRESSURE 2146.7 PSIG FEEDFLOW(LBM/HR) , 5.2 E6 5.2 E6 PRESSURIZERLEVEL 223 IN SHELLTEMP. 511.5 F 510.4- F CONDENSATETANKLEVEL 15.96 FT 15.96 FT
- - - - -~ ~--
RCPUMPOPERATION(0N) A B C D MAINCPNDENSERPRESSURE 2.7 'INHG M E ERS M M (YES/N0) 3{------- , TURBINE BYPASS VALVE POSITICM .0.0 .I 0.0 % ,
'1 DEGREESSUB-COOLING (INCORE) 23.3 F 'A' B' CONTAINMENT 5HIGHESTCORETHERM0 COUPLE 623 F : CL CL CL CL '
PURGEVALVEPOSITION AH-VIA VfB VIC V1D r,AKEUP FLOW INTO RCS 12.4GPM CONTAINh3T H2 CONCENTRATION 0 % RBLDG. TEM / PRESS. 116.5 F/ 14.80 PSIA LETDOWNFLOWOUTOFRCS 46.35GPM - - - - - - - - - - PLDG SPRAY Ft0W LOW GPM- LOW GPM MAKEUPTANKLEVEL 87.95IN BS-PIA BS-PIB RBFAW! OPERATION ON OFF ON SAFETYSYSTEMS IA iB IC !' HPI FLOW 9 GPM 0 GPM 0 GPM0 GPM RBWATERLEVEL 4P.7 IN 0.0 IN RADWASTESYSTEM CFT LEVEL / PRESS 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 ?SIG --------==- WGDECAYIANXPRESSURES 0 PSIG20. PSIG0 PSIf, ' iA IB 10 i LPIFLOW 9- GPM 0 GPM 3LEEDTANKLEVEL 60 % 40 %40 %. l DH-V4A Wl-Y4B RCB-TfA TiB tic WMWLEVEL 5.520365FT l BWSTLEVEL 56.22 FT ---------- < EVAPCOND.TANXLEVEL 0 FT
. . . . . . . ' .FT 3 l ..........
DIESELGEN. STATUS (IA) STBY (18) TIA TiB l AUX BLDG. SUMP LEVEL 22.99999% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) A1(1)-31 q
- j. 1
. . . . . _ _ _ . . . . . . _ . . a
l ECC/f!C/ EOF /PTF0 INFORMATION (PLAKT ffATUS-0PERAi!0N! LINE) ANNUALEXERCf!E' SEEK 0F 10/19/87. NOTE: T}i!! DATA II TYPICALLY !N THE SAME FORG A! ON THE CRT, WHERE IT If NORGALLY DISPLAYED. I REACTIVITY CONTROL TIME 2M5^ . Ti 155 1 i (CLOCK) -(ICENARIO) l i NEUTRONFLUX -1 CPS -4.0427 ' AMPS 99.07971 %-
. BORON CONCENTRATIGil 69.911 PPM I (NI-lLOGCOUNT) (NI.5 POWER)- ---------- - --
(NI-3 LOGAN?) CRDP0f! TION (%WD) IM . 1H. ' iM ' IM IM ~ tM . 9'4.93 26.00 GEN.MW 841.15 - (GP1) (GP 2) -(GP3) (GP4) (GP5) (GP4) (GP7) (GP8) II. COOLING i RCS A. LOOP B. LOOP- IEC0N3ARYPLANT A. LOOP 'B.' LOOP ./ TH(WR) 601.4 F
~601.5'F OTIG LEVEL M )
273 IN 272
...IN.
TC(WR): :557.0 F 557.6 f OTSGLEVEL(0P) 64 l% 64 I. . R0 FLOW (LBMR) ' 72 E6 72 E6- OTSG PRESS. . 910.0 PSIG 999.4 PiiG RCPRESSURE 2126.7. Pf!G' FEED FLOW (LBMR) 5.21E6 5.2 E6 L
. . . . . . . _ . , . . ... .., H PREffURIZERLEVEL 219 . IA . SHELLTE;:P.= 511.5 : 1 $10.4 F
- - - - - - ~ ~
CONDENSATE 1/M LEVEL I5$id"if I559Eif l RCPUMPOPERATION(0N) A B C D: .J MAINCONDENIERPRESSURE ' 2.7 - IMHG i PRZRHEATER! OPERABLE (YE!/NO)YES i , TURBINE BYPA!! VAL'!E P011 TION - 0.0 % 0.0 %, !
. . . . . _ . . y DEGREE!JUB-COOLING (INCORE) 21.8 F 'A' .' B ' - i CONTAINMENT .1 5HIGHE.iiCORETHERh0C00PLE 625 F -
- CL , CLE CL . CL !
PURGEVALVEPOSITION AH-VIA' VIB VIC.. , Vf D i MAXEUP FLOW INTO ES 32.8GPM CONTAINMENT 2 CONCENTRATION- 0 '% i RBLDG. TEMP / PRE!!. ife.5 F/ 14.80 PSIA > i LET DOWN FLOW OUT OF ES 44.14GPM. 1 l BLDG.SPRAYFLOW LOW GPM LOW GPM L MAXEUP TANK LEVEL 83.18IN BI-PIA BI-PIB 1 RBFANSOPERATION ON- 0FF CN.~ SAFETYSYSTEMI > 1A iB iC l HPI FLOW 9 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN: -I
..... ... . . . . . _ . . 1 (16A) (16B) (160) (160) SUMP FLOOD I RADWASTESYSTEM -
CFT LEVEL / PREF 3 13.04 FT/ 600.4 PSIG 13.04FT/ 400.2 PSIG 1
% DECAY TANK PREffURES 0- PSIG20 PIIG0 .PSIG I CFT-iA CFT-1B iA iC LPIFLOW 9 GPM 0 GPM BLEEDTANKLEVEL 60- -%40'fB % 40 %
1 DH-V4A DH-V4B RCB-TIA TIB tic j WFWLEVEL 5.520365FT BWSTLEVEL 56.22 FT i . 1 I EVAP COND. IANK LEVEL 0 Fi 3 Fi l I DIEIELGEN.ITATUS t4) ti.BY MB) " "fiE " . ~ iii ~ t
- l. AUX BL)Gi SUMP G VEL 22.99999% !
EMERG.FEEDFLOW(GPM) 0 (A) 6 (B2 l Am.n l l E . l t l
' ECC/ifC/E0F/PTFC INFORMATION (PLANT @J-0PERATIONS LINE) E WE F 7 NOTE: THIf DATA II TYPICALLY IN THE fAriE FORM Af ON THE CRT, WHERE IT If NOFNALLY )!! PLAYED.
~I.REACTIVITYCONTROL IIME 2010 T=160 (CLOCK) (SCENARIO)
NEUTRONFLUX
-1 CPI
-4.M28 MH 99.05942 I
BORONCONCENTRATION 69.911 PPM (NI-ILOGCOUNT) (NI-3 LOG MP) '(NI-5 POWER) CRD POTITION (IWI) IM iM IM 100 100 1H 94.93. 26.N . GEN.MW 841.21 (GP1) (GP2) (GP3) (GP 4) (G?5) (GP6) (GP7) (GP. 8) i II. COOLING i RCJ A. LOOP. B. LOOP fECONDARYPLANT A. LOOP' B. LOOP-THlWR) 601.4 F 601.5 F OTIGLEVEL(WR) 273 IN ' 272 IN TC(WR) 557.0 F - 557.5 F OffGLEkl(0P) 64 I 64 % RCFLOW(LBM/E) 72 E6 '72 E6 DifGPRESS. 910.1 PSIG 999.5 PflG RCPRESSURE 2135.9 Pf!G FEEDFLOW(LM/HR) - 5.2 E6 5.2 E6 PRE!SURIZERLEVEL 218 .IN THELLTE#. 511.5 F 510.4 F CONDENIATE TMK LEVEL 15.96 FT 15.94 FT RCPUMPOPERATION(ON) A B C D MAINCONDENJERPREffuRE- '2.7 INHG PRIRHEATER! OPERABLE (YE3/W0)YE3 TURBINE BYPASS VALVE POSITION 0.0 %- 0.0 I 22.s ' DEGREESJUB-COOLING (INCORE) F . A' - 'B' CONTAINMENT. 5HIGHESTCORETHERM0 COUPLE 623 F CL CL ' Cl . CL' '
- - - - - - - - - - - - - 7 PURGEVALVEPOSITION AH-VIA. VfB V.C VIA MAKEUP FLOW INTO RCS 49.3GPM CONTAINMENT 2 CONCENTRATE 0H 0 Z LETDOWNFLOWOUTCFRCS 46.27GPM BLDG. IPRAY FLOW LOW GPM LOW GPM MAKEUPTANKLEYEL M.62IN BS-PIA- . BI-PIB RBFANIOPERATIDH ON ' 0FF ' ON 3AFETYSYSTEMI iA'. O 10 , 'H HPI FLOW 6 GPM 0 GPM 0 GPM& G'M RBWATERLEVEL 49.7.IN' O.0 IN I (f6A) (16B) (160) (16D) SUMP FLOOD '<
RADWASTE-------= SYSTEM CFT LEVEL / PRE!! 13.04 FT/ 690.6 PSIG 13.04FT/ 6 M.2 PSIG -- WG DECAY TMK PRESSURES 9 PSIG20 PSIG0 PSIG ' CFT-!A CFT-1B 1A 13 10 i LPIFLOW 0 GPM 0 GPM . BLEED TANK LEVEL ' 60 %40 2 40 I ' DH-V4A DH-V4B RCB-ilA - TIB TIC i WMWLEVEL- 5.520345FT B23TLEVEL 56.22 FT EVAPCOND.TANKLEVEL 0 FT 3 FT- l
.......... .... .... i b!EJELGEN.ITATUS (lA) STBY. (IB) TiA itB j AUXBLDG.SUMPLDEL 22.99999% ;
.......... a EMERG. FEED MW (GPM) 0 fA) 0
-(B) )
Altt1-33 l2 I 3 i i
- - _ _ - - I
N,, ,< p , , s
.g i.; ,
u
+
, y ECC/T!C/ EOF /PTFC INFORMATION (PLMT STATUI-0PERATIONS LINE) - ANNUA E i
'ggg p 7 NOTES THIS SATA !! TYPICALLY IN THE SAME FORN Af CN THE CRT, WHERE IT If NCRMALLY DISPLAYED.
1
. i
'I.REACTIVITYCONTROL TIME ~2015 . I: 165' j l, (CLOCK). (SCENARIO) I NCUTRON RUX -1 CPI -6.1611 MPI 0.6806638 .% <i BORON CONCENTRATION: 69.911 PPM M
-(NI-lLOGCOUNT) lNI-3 LOG MP) .(NI-5 POWER) - - - - - - - - - - - - - -
CRDPOSITION(IWD) 6 0 'O 9 .0 'O 0.00 - 26.00- GEN.MW 0.00 . 1 (GP1) (GP.2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) ! II. COOLING l RCS A. LOOP- B. LOOP IECONDART PLMI A..LDOP B. LOOP
- . .
- 1 ..
i TH(WR) 570.4 F 567.5 F . OTIGLEVEL(WR)- 74 IN' 76 IN . TC(WR) 550.0 F . 551.9 F- OTIG LEdl (0P) '15 ! 16 % RC R0W (LBM/FR) 14 E6 14 E6 OTIGPRESS. 1914P!!G 1934 P!!G 4 RCPRE!!URE 1842.2 PSIG . FEED ROW (LBM/HR)., , 0.0. E6 0.0 E6-
-PRE!!URIZERLEVEL 116 'IN SHELL TEMP. 512.7' F 512.0 : Fi COMEN!ATETANKLEVEL 15.95.FT 15.96 FT RC PUPP OPERATION (OH) ,
MAINCONDENSERPRitSUP.E 4.8 .INHG PRZRHEATERSOPERABLE(YES/N0)YES TURBINEBYPAISVALVEMSITION;,0.0.% 0.0 .1 .
'i DEGREE!IUB-COOLING (IWCORE)- 22;9 F .g.: eg.
CONTAINMENT-5 HIGHEST CORE THERM 0 COUPLE 568- F- CL CL - Cl. Cic
.g-Qy~PO!!Tg1-g-y1A, Vl3 Vic VID MAKEUP R0W INTO RCf CONTAINMENT 2CONCENTRAi!0N 0 I
..0.1GPM
.. H. . .PHA LET DOWN R0W OUT OF RCS 0.00GPM BLDG. SPRAY R0W LOW GPM LOW GPM <
MAKEUP iMK LEVEL 77.09IN BI-PtA. BI-PIB-RB FMI OPERATION ON 0FF ON i Wm HUEM - ~ ~ - ~ ~ ~ ~ ~ ' - - -~~~---- HPI R0W 6 iA 1f IC 1 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 .IN l (16A) (16B) (160) (16D)- - SUMP ROOD l 4 RADWAITESYSTEM. CFT LEVEL / PREF 3 13.04 FT/ 600.6 PSIG 13.04FT/ 600.2 Pf!G ---- - WG DECAY TANK PRESSURE! O PSIG20 .PSIG0 . PSIG l CFT-lA CFT-1B
'1A IB iC LPI R0W 0 GPM 0 GPM. BLEED TMK LEVEL- 60 J %40
- I 40 %
DH-V4A DH-V4B RCB-il A ' ~ TIB TIC WMWLEVEL 5.520365FT BWSiLEVEL 54.22 FT ---------- EVAPCOND.TANKLEVEL 0 FT 3- FT l DIESELGEN. STATUS- (IA) STBY- (lB) TIA - TIB l AUXBLDG.SUMPLEVEL- 22.99999% EMERG. FEED R0W (GPM) 0 (A)-
.... ..... 0.___..(B)
-Al(f)-34
.i
_-_--_---.-_--_.-----__-i
1 l ECC/ TIC /E0F/PTFC INFORMATION (PLMT STATUS-0PERATION! LlNE) ANNUA EXERC - WEEK F 10/1 7 l NOID THIS DATA If TYPICALLY IN THE SME FORM A! ON THE CRT, WHERE IT IS NGRGALLY DISPLAYED. ; 1 l (CLOCK) (SCENARIO) l ' NEUTRONFLUX -1 CPS -8.8503 MP3 0.040458 '% BORONCONCENTRATION 69.911 PPM (NI-ILOGCOUNT) (NI-3. LOG MP) (NI-5 POWER) ------- - ----- CRDPOSITION(%WD) 0 0 0 0 0 0 0.00 26.00 GEN.MW 0.00 (GPi) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) ! II. COOLING l RCS A. LOOP B. LOOP IECONDARTPLANT A. LOOP B. LOOP TH(WR) 573.3 F 572.8 F OTIG LEVEL (WR) 75 IN - 50 ;IN 1 l TC (WR) 533.2 F 549.8 F OTIGLEVEL(0P) 11 I 6 % : RC FLOW (LBM/)R) 3 E6 2 E6 OTIGPREIS. 865.5 PSIG 968.6 PSIG. - RCPRESSURE 1735.7 PflG FEEDFLOW(LBM/HR) 0.0 E6 0.0. E6 PREffuRIZEPLEVEL 70 IN SHELL TEMP. 511.2 F 512.2 F I i CONDENIATETANKLEVEL 15.71-FT 15.48 FT RC PWP OPERATIM (M) --------- --------- J MAINCONDENSERPREffuRE 13.5 INHG l PR2RHEATERfOPERABLE(YE!/NO)YE! ~ ~ ~ POM M % . - - . .. Z i i DEGREE!SUB-COOLING (INCORE) 43.2 F 'A' 'B' l - - - CONTAINMENT ' 5HIGHESTCORETHERh0C00PLE 573 F ------- CL CL CL CL - PURGE VALVE POSITION AH-VIA VfB VIC VfD l MAKEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0 % LETDOWNFLOWOUTOFRCS 0.00GPM BLDG.SPRAYFLOW LOW GPM LOW GPM i MAKEUPTANKLEVEL 78.63IN BS-PIA B5-PIB RBFAN3 OPERATION ON OFF ON SAFETYSYSTEMI 1A iB IC HPI FLOW 6 GPM 0 GPM0. GPMe GPM RBWATERLEVEL 49.6 IN 0.0 IN
....____. .. j (16A) (16B) (160) (160) SUMP. FLOOD RADWASTESYSTEM CFT LEVEL / PRESS 13.04 FT/ 600.4 FIIG 13.04FT/ 600.0 PSIG ---
WG DECAY TANK PRESSURE! O PSIG20 PSIG0 PSIG CFT-IA CFT-1B 1A IB IC LPIFLOW 6 GPM 0 GPM BLEED TANK LEVEL 60 '%40 %40 % DH-Y4A DH-V4B RCB-TIA TIB TIC WMW LEVEL 5.520365FT i BWfiLEVEL 56.22 FT ---------- EVAP COND. TANK LEVEL 0 FI 3 FT l DIEIELGEN. STATUS 003 (IA) (IB) TiA TIB i 1 AUXBLDG.SUMPLEVEL 24.10477% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) 1 Al(l)-35
- _ _ _ _ _ _ _ _ _ _ _ _ a
ECC/TSC/E0F/PTFC TNFORMAf!0N (PLANT STATUS-0PERAfl03 LINE) ANNUALEXERCI - WEEK OF ie/19/ 7 NOTE: THIS DATA IS TYPICALLY IN THE SAsE FORR AS ON THi CRT, WHERE IT 15 NOMALLY DISPLAYED. I.REACTIVITYCONTROL TIME 2025 T:175 (CLOCK) (SCENARIO) NEUTRON RUX 4.0595 CPI -10.5964 MPS 0.03907855 % BORONCONCENTRATION 69.911 FPM (NI-iLOGCOUNT) (NI-3 LOG AMP) (NI-5IOWER) --------------- CRDPOSITION(%WD) 0 0 0 0 0 .0 0.00 26.00 GEN.MW 0.00 (GPI) (GP2) (GP3) (GP4) (GP5) (GP6) (GP 7) (GP8) II. COOLING RCS A. LOOP B. LOOP SECONDARY M. ANT A. LOOP B. LOOP TH(WR) 567.2 F 566.6 F OTSGLEVEL(WR)- 52 IN 27 IN TC(WR) 533.2 F 534.8 F OTSGLEVEL(0P) 6 % 2 % RC R0W (LBM/HR) 2 E6 2 E6 OTSGPRESS. 832.9 PSIG 820.8 PSIG RCPRESSURE' 1621.3 PSIb FEEDFLOW(LBM/4R) 0.0 E6 0.0 E6 PRESSURIZERLEVEL 20 IN SHELLTEMP. 508.7 F 509.6 F CONDENSATETANKLEVEL 15.42 FT 14.70 FT RCPUMPOPERATION(ON) MAINCONDENSERPRESSURE 16.9 INHG PRZRHEATERSOPERABLE(YES/N0)YES TURBINEBYPASSVALVEPOSITION 0.0 ' I 0.0 % DEGREESS'JB-COOLING (INCORE) 40.5 F 'A' 'B' CONTAINMENT 5HIGHESTCORETHERMOCOUPLE 566 F ------- CL CL CL CL . PURGE VALVE POSITION. AH-VIA VfB VIC VlD MAKEUP R0W INTO RCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0 .% LET DOWN R0W OUT OF RCS 6.00 GPM BLDG. SPRAY R0W LOW GPM LOW GPM MAKEUP TANK LEVEL 79.92 IN BS-PIA BS-PIB RBFANSOPERATION OH OFF ON SAFETYJTSTEMS - -------- - IA iB 1C HPI R0W 9 GPM 0 GPM0 GPM 0 GPM RBWATERLEVE 49.5 IN 0.0 IN (16A) (168) (160) (160) SUMP ROOD RADWASTESYSTEM CFT LEVEL / PRESS 13.04 FT/ 600.2 PSIG 13.04FI/ 599.8 PSIG WG DECAY TANK PRESSURES 9 PSIG20 PSIGO PSIG CFT-lA CFT-1B i 1A 1B 1C ' LPI R0W 6 GPM 0 GPM BLEED TANK '.EVEL 60 %40 %40 % DH-Y4A PH-Y4B RCB-TIA TIB TIC WMWLEVEL 5.520365FT BWSTLEVEL 56.22 FT -- EVAPCOND.TANKLEVEL 6 FT 3 FT DIESELGEN. STATUS 003 (IA) (IB) TIA TIB AUXBLDG.SUMPLEVEL 32.08737I EMERG. FEED R0W (GPM) 0 (A) 0 (B) Al(l)-36 L .A . __-._m_.
ECC/ TIC / EOF /PTFCINFORMAT!0N(PLANTSTATUS-0PERATIONILINE) = ANNUA E RCIf WEEK F /19/ 7 . NOTE:.THISDATA15TYPICALLYINTHESAMEFORNASONTHECRT,WHEREITIINORMALLYDISPLAYED. I.REACTIVITYCONTROL TIME 2030 T 180
-..._=..___.__
(CLOCK) (SCENARIO) NEUTRON FLUX 3.0H8 CPS -11.0000 AMP 5 0.03906393 % BORONCONCENTRATION 69.911 PPM (NI-lLOGCOUNT) (NI-3LOGAMP) (N!-5 POWER) CR)PUJIIIGN(IWD) 0 0 0 0 0 0 0.00 26.00 GEN. MW . 0.00 (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) E COOLING RC5 A. LOOP B. LOOP IECONDARYPLANT A. LOOP B. LOOP TH (WR) 566.9 F 563.5 F OI!GLEVEL(WR) 14 IN 10 IN IC(WR) 534.4 F 530.8 F OTIGLEVEL(0P) 0 % 0 % RCFLOW(LBM/HR) 2 E6 2 E6 OTSGPRE!!. 736.9 PSIG 559.0 PSIG RCPRE;!URE 1449.8 PSIG FEEDFLOW(LBM/HR) 0.0 E6 0.0 E6 - PRESSURIZERLEVEL 0 IN - IHELLTEMP. 504.1. F' 503.9 F-CONDENSATETANKLEVEL 15.09 FT 13.87 FT t NIMP OPERATION (0N) MAINCONDENIERPRESIURE 17.4 INHG PRZR EATERJ OPERABLE (YES/NO) YES TURBINEBYPA!!VALVEPO!ITION 0.0 % 0.0 % DEGREESSUB-COOLING (INCORE) 28.7 F 'A' 'B'- CONTAINMENT ~ 5HIGHESTCORETHERM0 COUPLE 563 F CL CL CL . CL PURGEVALVEPOSITION AH-VIA VlB VIC V1.D MAKEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0 % LETDOWNFLOWOUTOFRC3 0.00GPM BLDG,JPRAYFLOW LOW GPM LOW GPM MAKElP TANK LEVEL 79.90IN BI-PIA BI-PIB RBFAN! OPERATION ON OFF ON SAFETYSYSTEMS 1A IB 1C HPI FLOW 9 GPM 0 GPM0 GPM 0 GPM RBWATERLEVEL 49.4 IN 0.0 IN (16A) (168) (160) (16D) SUhP FLOOD RADWASTESYSTEM CFT LEVEL /PREff 13.04 FT/ 600.0 PIIG 13.04FT/ 599.7 PSIG ------ ---- WGDECAYTANKPRESIURES 0 PSIG20 PSIG0 PSIG CFT-IA CFT-1B IA IB IC LPIFLOW 9 GPM 0 GPM BLEEP TANK LEVEL 60 %40 %40 % ! __.-__.___. = _ _ ..... .... .___ - __ i DH-Y4A DH-V4B RCB-TIA TiB - IlC WMWLEVEL 5.520365FT BWIILEVEL 56.22 FT EVAPCOND.TANKLEVEL 0. FT 3 FT i DIESELGEN.STATU3 005 (IA) (IB) TIA TIB 1
- - - - - - - - - ------ AUX BLDG, SUMP LEVEL 41.13492% .
EMERG.FEEDFLOW(GPM) 0 (A) 0,_,,g ) , j Al(1)-37
ll ECC/T!C/ EOF /PTFC INFORMATION (PLMT STATUS-0PERATIONS LINE) ANNUA E j WEEK ? NOTE: THIS DATA If TYPICALLY IN THE !ME FORG A! ON THE CRT, WHERE IT IS NORMALLY DI! PLAYED. I.REACTIVITYCONTROL TIME 2035 T=185 NEUTRON FLUX 3.0071 CPS -11.0000 AMPS 0.03906393 % , BORONCONCENTRATION 69.911- PPM 1 (N!-1LOGCOUNT) (NI-3 LOG MP) (NI-5 POWER)- 1 CRDPOSITION(M) 0' 0 0 0 0 0 0.00 26.00 GEN.MW' O00 (GP1) (GP 2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) II. COOLING RCS A. LOOP 3. LOOP IECONDARY PLMT A. LOOP, B. LOOP ; TH(WR) 571.1 F 570.5 F OTIG LEVEL (IR) 1 .IN
. ____1_.
IN TC(WR) 555.7 F 554.8 F OTIGLEVEL(0P) 0 1- 0 1 I
..... . -- .....- 8 RCFLOW(LBM/HR) 2 E6 2 E6 OTSG PRE!!. 235.3 PSIG 377.9 PflG I RCPREISURE 1497.0 PSIG FEEDFLOW(LBM/HR) 0.0 E6 0.0 E6 ..
l PRESIURIZERLEVEL 23 IN 3HELLTEMP. 499.2 F 499.2 F CONDENIATETANKLEVEL I4.81 FT 13.17 FT RCPUMPOPERATION(ON) l MAINCONDENIERPRESSURE 17.8 INHG PkZRHEATERIOPERABLE(YES/NO)YES TURBINE BYPAff iALVE POSITION 0.0 1 0.0 I DEGREEISUB-COOLING (INCORE) 23.7 F 'A' 'B' CONTAINMENT 5HIGHEITCORETHERMOCOUPLE 572 F CL CL CL CL PURGEVALVEPOSITION AH-VIA
~
Vil VIC V10
~~
MAKEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0 ! LET DOWN FLOW OUT OF RCI 0.00GPM BLDG.SPRAYFLOW LOW GPM LflW GPM MAXEUPTANKLEVEL 79.88IN BS-PIA BSPiB R3 FMI OPERATION ON OFF ON SAFETYSYSTEMI iA . 18 iC HPI FLOW 6 GPM 0 GPM0 GPM0 GPM RB WATER LEVEL 49.3 IN 0.0 IN (16A) (16B) (16C) (160) SUMP FLOOD RADWASTE SYSTEM CFT LEVEL / PRESS 13.04 FT/ 599.9 PSIG 13.04FT/ 599.5 PSIG WGDECAYTANKPRESIURES 0 PSIG20 PSIG0 PSIG CFT-1A CFT-1B 1A IB ' 10 . LPIFLOW 0 GPM 0 GPM BLEEDTANKLEVEL 60 %40 % 40 2 l DH-V4A DH-V4B RCB-TIA TlB TIC WMWLEVEL 5.520345FT BWSTLEVEL 56.22 FT - - - - - - - - - EVAP COND. TMK LEVEL 0 FT 3 FT DIESELGEN. STATUS 003 (iA) (iB) TIA TiB AUXBLDG.SUMPLEVEL 48.88616% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-38 I l
ECC/ TIC / EOF /PTFC INFORMATION (PLANT 8TATUI-0PERAT10NI LINE) ANN A E .
*EI F ' 7 NOTE: THIS DATA If TYPICALLY IN THE IAME F0M AS ON THE CRT, ' EFE IT I! GNLLY DI FLAYED. e '
a
!.iEACTIVITYCCNTRCt IIME- M - --..-----.------ -- -
I3 190 I NEUIRON FLUX 3.0508 CPS -11.0000 AMP 3 0.03906409 % BORONCONCENTRATION 69.911 PPM (N!-lLOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) CRDP03ITION(IB) 0 0 0 0 0 0 0.00 26.00 GEN.MW 0.00 (GP1) (GP2) (GP3) (GP 4) (GP 5) (GP6) (GP7) (GP8)
!!.LOOLING )
l RC3 A. LOOP B. LOOP IEC00 ART PLMT A. LOOP B.LOCP TH(R) 594.3 F 594.3 F OTIGLEVEL(R) i IN 1 IN TC(R) 577.4 F 584.9 F-OTIGLEVEL(0P) 0 I . ....I 6 RC R0W (LBM/2) 2 E6 2 E6 OTIGPREff. 208.6 P!IG 380.9 PSIG. I
)
RCPREStuRE 1740.9 Pf!G FEED R0W (LBM/2) 0.0.. E6 . 0.0 E6 -I PREffuRIZERLEVEL 112 IN SHELL TEMP. 494.7 F 498.8 F CO@ENSATE TMK LEVEL 14.51 FT 12.38 FT RCPUMPOPERATION(OH) -- - - - - - - - - - - l MAINC00ENJERPRESIURE 21.5 INHG PRZRHEATERIOPERABLE(YE!/NO)YE! TUDINEBYPAISVALVEPOSITION 0.9 0.0 I _____..'I . . . . _ . 1 DEGREESSUB-COOLING (INCORE) 20.8 F 'A' 'B' i CONTAINMENT I CJ HIGHEIT CORE TERM 0 COUPLE 596 F CL CL CL l PURGEVeLVEPO!! TION AH-VIA 1B VIC VfD 1 MAKEUP R0W INTO RCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0 % I 1 LET DOWN RCW OUT OF RCS 6.00GPM BLDG. SPRAY R0W LOW GPM LOW GPM MAKEUP TMK LEVEL 79.86IN BI-PIA BI-PIB RB FMJ OPERATION ON OFF ON SAFETY!Y!TEMJ ' 1A 1B 1C HPI R0W 0 GPM 0 GPM0 GPM0 GPM RB WATER LEVEL 49.2 IN 0.0 IN (16A) (168) (160) (16D) SUMP R000 RADWASTESYSTEM CFI LEVEL / PRE!! 13.04 FT/ 599.7 PSIG 13.04FT/ 599.3 PIIG - - - - - - - - - - - - - - WG DECAY TMX PRESSURE! 0 PSIG20 PSIG0 Pf!G CFT-IA CFT-lB ---------- ....- ---.. ------.--- IA IB IC LPIFLOW 6 GPM 0 GPM BLEED TMK LEVEL 50 %40 %40 % DH-V4A DH-V4B RC IIA TIB fl0 WMWLEVEL 5.520365 - BWSTLEVEL 56.22 FT ---------- FT 3 EVAP COND. TANX LEVEL 0
.......... .. ......FT.-
i DIEIELGEN. STATUS 00! (IA) (18) IIA IIB L .......---- AUX BLDG. SUMP LEVEL 57.93374% EMERG. FEED R0W (GPM) 0 (A) 0 (B) Al(I)-39 l L___________________.__
r i ECC/ TIC /E0F/PTFCTNFORMAHON(PLANTSTATUS-0PERAT10NILINE) MUA D . T 'l NOTE: THII DATA If TYP!GLLY IN THE !aE FOM AI 01 IM CRT, WEFE IT If NCWLLY MSPLAYED.
.Eg F i m j l
s I.REACTIVITYCONTROL
.. .............. ilhE 3 45......-...--........-..... I= 19 5
.... ),
@ XX) (SCEMRI0)' i NEUTRCN FLUX 3.1937 CPI -II .M00 MPS 0.03N643 . I 1 BORONCONCENTRAi!0N 69.911 PPM (NI-ILOGCOUNT) (NI-3LOGAMP) (NI-5PCWER) - - - - - - - - - - - - -
CRDP03ITION(ZW) 0 0 0 0 0 0 0.00 26.H GEN.NW 0.00 , (GP1) (GP2) (GP3) (GP4) (GP5) -(GP6) -(GP 7) (GP8) !
- n. C00uMG a RCI A. Li)CP B. LOOP JECONDARYPLANT A. LOOP B. LOOP 1
.....- ... 1
.TH(WR) 614.8 F 614.7 F OTIGLEVEL(WR) 1 IN 1 IN
]
TC(R) 598.5 F 606.2 F OffGLEVEL(0P) 0 ! 0 'l
. . ... . __ .'I RC R0W (LBM/HR) 2 E6 2 E6 OTSGPREff. 219.8 PflG 384.0 PSIG RCPRESIURE 2016.0 PSIG FFED R0W (LBM/HR) 0.0 E6 0.0 E6 PRE!!URIZERLEVEL 198
~~~~~~
IN SHELL TEMP. 490.9 F '498.5 F CONDENSATETANKLEVEL 14.23 FT 11.79 FT j RC Pt r OPERATION (0N) MAINCONDENSERPRESSURE 23.6 INHG . PRZRHEATERJOPERABLE(YES/NO)YE3 TURBINEBYPASIVALVEPO!! TION 0.0 2 0.0 % ] DEGREESSUB-COOLING (INCORE) .20.6 F 'A'- ' B' I CONTAINMENT ' 5HIGHESTCORETHERM0 COUPLE 616 F ----------- CL CL CL CL , PURGEVALVEPOSITION AH-VIA ViB VIC VfD MAKEUP R0W INTO RC3 0.0GPM CONTAINMENT 2 CONCENTRATION 0 .I ; R BLDG. TEMP /PRESI. 117.6 F/ 15.02 PSIA LETDOWNFLOWOUTOFRCS 6.H GPM BLDG.SPRAYFLOW LOW GPM LOW GPM ! MAKEUPTANK(EVEL 79.84IN ~55~Pi ~ ~55515" RBFANSOPERATION ON .Off ON 1AFETY!YSTFX -------- -------- -------- l ja jg je ! HPI FLOW 9 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.1 IN 0.0 IN (16A) (16B) (16C) (140) j SUMP FLOOD RADWASTESYST CFT LEVEL / PRESS 13.04 FT/ 599.6 PSIG 13.04FT/ 599.2 PSIG -------------EM-WGDECAYTANKPRE!SURES 0 PSIG20 PSIG0 PSIG CFT.lA CFT-lB i IA IB IC LPI R0W 9 GPM 0 GPM BLEEDTANKLEVEL 60 %40 %40 ; DH-V4A DH-V4B RCB-TIA TIB flC i WNWLEVEL 5.520365FT BWSTLEVEL 56.22 FT ---------- EVAPCOND.TANKLEVFL 0 FI 3 FT DIEIELGEN.ITATUS 003 (IA) (IB) ilA ilB AUX BLDG SUMP LEVEL 65.68502I l
~~
FEG R W (GPM) g,,,,,,{3!, g,,,,,,{B{, ,
]
A1(l)-40 i 3
ECC/f!C/E0F/PTFCINFORMATION(PLANTSTATUS-0PERAfl0N?LINE) AN%UA E 5 .......... .__.. .. . ~ ....... .............. ----- WEEX . /
'7 NOTE: TH!! DATA IS TYPICALLY IN THE SANE FOR9 AS ON IFE CRT, WEFE IT IS 4CR%Lf OLAYED.
I.REACTIVITfCONTRJ. iInE '050 i= 30 NEUTRON FLUX 3.1641 CPS -11.0000 AMPS 0.03906458 % FORD. CONCENTRATION 49.911 PPM . (NI-5 POWER) -------- ~ ~ - (N!-lLOGCOUNT) (NI-3 LOG AMP) i CRSPOSITION(Ile) 0 0 0 0 0 0 0.00 24.00 GEN.MW 0.00 _. _ . . . _ . ...... ...... ... . ...... ....... 3 (GP1) (GP 2) (",P 3) (GP4) (GP5) (GP6) (GP7) (GP8) !!. COOLING RCS A. LOOP B. LOOP SECONDARY PLMT A. LOOP B. LOOP VH(WR) 438.7 F 638.7 F OTSGLEVEL(WR) i IN I IN TC(WR) 622.4 F 630.4 F OTSGLEVEL(0P) 0 1 0 I RC FLOW (LBM/Wt) 2 E6 2 E6 OTSG PRESS. 236.1 PSIC 386.9 PSIG RC PRESSLRE 2378.3 PSIG FEEDFLOW(LBM/HR) 0.0 E6 ~ 0.0 - E6 i PRESSURIZERLEVEL ~5~~~ik SHELL TEMP. EIS l 5!!~7 CONDENSATE TANK LEVEL 13.88 FT 11.15 FT RCPUMPOPERATION(ON) ------- - - - - - - - MAINCONDENSERPRESSURE 25.1 INHG PRZR HEATERS OPERt.BLE (YES/NO) YES TURBINEBiPASSVALVEPOSITION 0.0 1 0.0 I DEGREESSUB-COOLING (INCORE) 20.3 F 'A' B' l
. CONTAINMENT 1 5HIGHESTCORETHERM0C00Pt.E 641 F -----------
CL . CL~ CL CL ; PURGEVALVEPOSITION AH-VIA VIB VIC V10 ; MAXEUPFLOWINTORCS 6.0GPM CONTAINMENT 2 CONCENTRATION 0 I LET DOWN FLOW OUT OF RCS 6.00GPM l BLDG.SPRAYFLOW LOW GPM LOW GPM MAXEUP TANK LEVEL 79.82IN BS-PIA BS-PIB I RBFANSOPERATION ON OFF ON r
!AFETY SYSTEMS 1A iB iC HPI FLOW 6 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.0 IN 0.0 IN (16A) i (168) (160) (160) SUMP FLOOD RADWAITESYSTEM CFT LEVEL / PRES! 13.04 FT/ 599.4 PSIG 13.04FT/ 599.0 PSIG ----------- - -
WGDECAYTANKPRESSURES 0 PSIG20 PSIG0 PSIG CFT-1A CFT-1B - - ------ ---------- - ------- IA IB 10 LP! FLOW 0 GPM 0 GPM BLEED TMX LEVEL 60 %40 % 40 i DH-V4A DH-V4B RCB-TIA TIB TIC - WMWLEVEL 5.520365FT l BWfiLEVEL 56.22 FT ---------- 1 EVAP COND. TANX LEVEL 0 FT 3 FT 9IESELGEN. STATUS 005 (IA) (18) IIA TIB
........... ..._ ..... AUXBLDG,SUMPLEVEL 74.7326 %
....... . )
EMERG.FEEDFLOW(GPM) 0 (h) 0 (B) i 1
n y
',Y p ECC/ TIC /E0F/PTFCINFORMATION(PLANTffAf01-0PERATICNSLlNE) W UAL EXERCIIE f i
........... . . ~. ------ r - -- WE B LF 16/19/87 4 NOTE: THIS DATA !! TYPICALLY IN IWE 1AhE FWOf ON 1% CRT, WHERE IT II NCRfMLLY DI! PLAYED.
W a ( ',, I.REACTIVITYCONTROL i I!nE 355 .
. D$L i
--------------------,---- s (CLOCO ($CEMRIO) ;'
NEUTRON FLUX 3.3062 CPI -10.9dje ' AMP 3 0.03904535 % BORONCONCENTRATION 69.911 PPM 's ,d ^ ,- (NI-ILOGCOUNT) (NI-3 LOS AMP) (NI-5 POWER)
.lg'L]
CRDPOSITION(%WD) 0 0 0 0 0 0 0.00 26.00 GEN.MW- '0.8i'
-(GP1) (GP 2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8).
11.C00 LING ' RCS A. LOOP B; i.00P SECONDARYPLANT A. LOOP B. LOOP TH(WR) 644.8 F 644,6 F Oi!GLEVEL(WR) 2 IW 2 10 j TC(WR) 627.0 F 638.8 F OI.iGLEVEL(DP) 0 1 0/% ' RCFLOW(LBM/HR) i E6 i E6 QT!GPREff. 225.8 Pf!G 389J F21G RCPREffURE 2I48.4 P3IG- FEED FLOW (LBM/)R) 8.0 E6 G J E6 l PRE!!URIZERLEVEL , 400 ;, IN SHELLTEMP. 482.6 F -497.8 F 13.55 FT 10.64 FT CONDENIATE TAR LEVEL l RCPUMPOPERATION(0N) - MAINCONDENIERPRE!!URE 25.9 INHG PRZRHEATERSOPERABLE(YES/N0)Tif TURBINEBYPA!!YALVEPO!! TION 0.0 Z
- - . =
0.U Z ! DEGREESIUB-COOLING (INCORE) 1.0 F' '~
'A' 'B' f ^ !
I CONTAINKAT l 5HIGHEITCORETHERM0 COUPLE 66 ; F ----- - -- c CL CL CL CL ! PURGE V#.YE P0flT R NI-YfA VfB VIC Vil i MMEUP FLOW INTO RCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0 I ! LETDOWNFLOWOUTOFRCS R BLDG. TEMP / PRESS. 118.6 F/ 15.39 PSIA : 0.00GPM - - - - - - - - - - - - - - - - - - l ----- - - 1 BLDG.IPRAYFLOW LOW GPH i
... . LOW'...GPM l MMEUP TAR LEVEL 79.81IN Bf-PIA BI-PIB RB FAli! OPERATION ON OFF ON . . .
i ' SAFETYSY!TEMS q 1A IB (C i l HPI FLOW 9 GPM 0 GPM0 GPM0 GPM RBkATERLEVEL 54.3 IN 0.0 l ........... ............ .,.......... ............ . IN
.......... .......... l ,
(16A) (16B) (16C) (160) SUHP FLOOD l RADWASTESYSTEM CFTLEVEL/ PREF!1{04FT/5j9.3Pf!G13.04FT/598.9P51G CFT-fA CFT-IB - - - - - - - - - - - - - - - - - - - - - - - - - - d LPIFLOW
'tA' . dB- .. IC I
._ ..._. ....' ....IW 9 0 GPM GPM BLEED TAR LEVEL 10 %46 l
_........% a DH-Y4A DH-Y48 RCB-TIA TIB TIC 1 WMWLEVEL 3.326345FT J BWfiLEVEL 56.22 FT - - - - -
- - - - - - - - - - i EVAP COND. TAM LEVEL 0 FT 3 FT 'i i
DIEIELGEN.ITATUI 003 (IA) (IB) TIA j TIB AUXBLDG.SUMPLEVEL 82.45674I' i _ . . - - q EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) '
-l
. n, l
1 b}(l)*42 1 1 I i
.I
n 1 ECC/ TIC /E06PIFCINFORMATION(PLANTITATUS-0PERAT!C2fLlNE) ANNUAL M R IC ..............- ..... ............ ......_ ----- WE3QF16/gh$7 I 4 NOTE: THIS MTA If TYP!CALLY IN THE SME FORQ AS ON THE CRT, WHERE IT II NOMALLf DIIPLAYED. , I.FEACTIVITYCCNTROL 210
.................. TIME 2l00- -.--.....- -.....'T: .-.
NEUTE0N FLUX 3.3549 . CPS -10.9551 MPS 0.02930008 % i BORONCONCENTRATION 69.911 PPM (NI-I LOG COVE) . RI4106 AMP) (NI-5 POWER) i , CR3P0f! TION (10) 0 0 0 0 0 0 .0.00 26.00- GEN.MW 0.00 1 i (GP1) (f,P2) (GP3) (GP4) (GP5) (GP6) (GP 7) (GP 8) l II. COOLING i i 2C3 A. LOOP B. LOOP SECONDARY PLMT A.L7)P B. LOOP J TH(WR)
- 665.2 F 665.2 F GTIGLEVEL(WR) 9 IN 10 IN I
I ! TC(WR) 621.8 F 647.6 F OTIG LEVEL (0P) 0 i RC FLOW (LBM/)R) 0 E6 0 E6 OTIGPREff. 224.6 PIIG 393.0 Pf!G -
....__ . . _ _ _ _ _______ _ _ . . 1 ACPREffuRE 2456.4 PSIG FEED FLOW (LM/lR) 0.0 E6. 0.0 E6 '{
PRE!!URIZERLEVEi. 400 IN IHELL TEMP. 479.0 F 497.4 F CONDENJATE TANK LEVEL 13.17 FT 10.13 FT - RCPUMPOPERATION(ON)' ------- 1 MAINCONDENIERPREStVRE 26.5 INHG =l PRZRHEATERIOPERABLE(YE!/N0)YES -- -- TURBINEBYPA!!VALVEPOSITION 0.0 Z 0.0 1 DEGRill SUB-C00L'E(INCORE) 9.6 F . B' CONTAINMENT .'A' 1 5HlGHESTCORETHERM0 COUPLE 665 F CL CL PURGE VALVE POSITION AH-VIA gB-V VIC gVD 1 ' MAKEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0.001 2 R BLDG. TEMP / PRESS. 127.2 F/ 18.98 P!IA LET DOWN FLOW OUT Or RC3 0.00 GPfl BLDG.IFRAYFLOW LOW GPM LOW. GPM i MicEUPTANKLEVEL 79.79IN BS-PIA BS-PIB t RBFANIOPERATION ON OFF ~ ON SAFETY 51 STEMS 1A . IB 1C HPI FLOW 6 GPM 0 GPM0 GPM 0 GPM F;B WATER LEVEL 67.3 IN 0.3 IN (16A) (16B) (16C) (160) SUMP FLOOD RADWASTESYSTEM CFI LEVEL / PREF! 13.04 FT/ 599.4 P!IG 13.04FT/ 599.0 PSIG --------------- WGDECAYTANKPREISURES 0 PSIG20 PIIG0 PSIG. CFT-IA CFT-IB -=---- IA fB IC LPIFLOW 9 GPM 0 GPM BLEEDTANKLEVEL 60 % 40 %40 % DH-V4A DH-V4B RCB-TIA TIB TIC WMWLEVEL 5.520365FT BWSTLEVEL 56.22 FT ---------- EVAP COND. TANK LEVEL- 3 FT 0'......FT DIESELGEN.STAM 005 (IA) (IB) TIA TiB
.l AUXBLDG.SUMPLEVEL 92.07132%
EERG. FEED FLOW KPM) 0 (A) 0 (B) Al(l)-43 i' j i a l ___-_____A
- t. qm ,
,c '
L ECC/ TIC /E/PTFC INF0HATION (PLsNT iTATUI-0PEMTICX!fLICE) al'ALOF DERCI:& ,
...............a.............4.........._.......~.-.% .. .
. bEU hip ~ s:
l NOTE: THIS DATA If TYFICALLY IN THE CAME FCRM A! CN 'kE3Rit WEFE IT. II 4WLLY1!!PLAYEB. I. TEk2IVITY C@!ROL ? .:.c M5 = I: 2 4 (CLOCK) _
;.N W '
NEUTRON FLUX 3.5474 CPS' -10.9066 'MS ON2930185 %- BORONCONCENTRATION 69.911~ H M -- (NI-ILOGCOUG ( QIpPOWER)
. NI-3 L0G AMP) , .
1 CRDPOSITION(IWD) 0 0 0
...... 0'....
0 t..:.. 0 ,b ' s..s 0,00 .. '.26.00
..... : GEN.MW O.00 "-E. ' '
(GP1) : (GP 2) )(GP 3). (GP 4)' -(GP 5) (GPfl- (Gf7) '(GPS)- o II. COOLING 4 RCI A. LOOP B. LOOP SECONDARY ftANT _. . .. - .... .. ... ,, 'A. LOOP' . B. LOOP- ..... TH(WR) 658.1 F OTIGLEVEL(WR) c l2. -IN 61 ' IN - 657.3.. ..' F . . . - . . TC(W) 614.4=F 528.0 F - 0TIGLEVEL(0P)' ' f(j 0 % 9 'I J "y RCFLOW(LBM/m) .0 E6 0 E6 QTCG PPISif, ' 117.9 PIIG 691.9 PSIG'
....... . . _ . . . . . .y ,j 2338.0 PSIG tg>
O.0. E6. . .0.01: . ' . E6 RCPRESitRi FEfD FLOW (LM/HR) - ' 1 PREffuRIZERLEVEL 400 IN SHELL TEliN / 474.6 '..F
- >............... .... . 491.5. .. 'F.
CONDENSATE TANK LEVEL- 12.50~FT 9.64 FT' RCPUMPOPERATION(ON)
..)- ' ) MAIN CONDFGTR PRE!SURE 4
26.7 'INHG l PRZRHEATERSOPERABLE(YE!/NO)YES A 1 t - - - - - - - - - - TURBINE B,T7,W VALVE POSITION 1- 0.0 %
..... .. . . .0.0 . . . - .
DEGREEJSUB-COOLING (INCORE) 9.9 ) 'C 'A'- 'B'
. . .._... ~1 *F 3 CONTAIK$i' 5 HIGHEIT CORE THEidDCOUPLE 657 i"fa ---r-- <
CL CL C1. . CL - 4 .. j, PURGEVALVF/OSITION, AHVIA- VlB Vlf VfD l . . . . . . . . MAKEUPFLOWINTORCI 4 l 0.0 GPM / j CONTAINMENT H2 COGilATION 0.016 %- , s_ . _ .. LETDOWNFLOW00TOFRCS 0.00GPM R BLDG. TEMP /P$, ESIS > f 134.3. F/ 18.78 PSIA ~ j 8 d l
--- m--- BLDG. SPRAWOW LOW GPM LOW GPM ~ '
i l MAKEUPTAWKLEVEL 79.77If ,
;RF CA U OPERATWM c' BS-PIA .93-PIB ON, 4, ON OFF s ?
IAFETYSYSTEM3 e' - --- --- -------- -- i !
/ J+
- A 10 'l HPI FLOW 0 GPM 0 GPM0 GPM0 GPM lRBWATERLEVEL' 7.7iIN hB'.'IN
.7 i
", ~
(16A) (16B) (160) (160) SUMP FLOOD .I CFT LEVEL / PRESS 13,04 FI/ 599.7 PSIG i3.04FT/ 5??.3 PSIG RADWASTESY-- - - - ITEM - ~ - i WG DECAY TANX PREfflES 0 PSIG 20. PSIG 0 E 'FIIG CFT-IA r CFThBJ o1
\ .
iA- IB IC
!.GPN . H>0. . . . . . . .GPM LPIFLOW 9 60 % 40 y %40 %
. . BLEEDTANXO)TEL" "
DH-V4A DH-V4B RCB-TIA' * ~ TiB TIC . i WMWLEVEL- - 5.520365FT I BWSTLEVEL 56.22 FT ---------- EVAP COND. TANX LEVEL 0...... f..t 3 FT y DIE!ELGEN.ITATUI 005 (iA) (iB) . TI A - . IlB
... .... . . . . . . . . _ . Agygtpg,ytgjLEVEL 116.5114I' '
~~ ~
EMERG.FEEDFLOW(GPM) 0 / (A) 6 _(B) O , y \ s y
, u.
; , o c .;, , y
.i s
3 m Al(l)-44 0
.3 :
g . i P:
< U l '
a)- <- , j I .I
, 'h. . ,,
..c .t
'>. g! ;, ; }};
+ k<. __t . 1 _ __ t
_W
o ECC/T!C/ EOF /PTFCINFORnATION(PLANTSTATUf-0PERATIONSLINE) l ............... _ ........-.....-~..........-------------- TEEKbFFvi?i:- W UA ' l ' '.40TE: THIS DATA II TYPICALLY IN THE fME FORA AS ON THE CRT, WERE IT If 40WLLY H FLAYEL I I.'.REACTIVITYCONMOL THE---------------------- I!!L 3 2:0-l TCLOCU
"::EN'CC)
'l l
NEUTRON FLUX 3'.6773 CPS -10.8602 AMP 3 0.03?04924- % 30E,0 CONCENTRATION- 69.911 .rFM -l l (N!-l LOG COUNT) (NI-3LOGAMP) (NI-5 POWER)
.CR0 POSITION (!WD) 0 0 0 .0 0 0 0.00 26.00 GEN.NW 0.00 l1 (GP1) (GP 2) (GP3) (GP4)' (GP5) (GP6) (GP 7) (GP8) i II.C00LENG !
RCI A. LOOP B. LOOP SECONDARYPLANT. A. LOOP B. LOOP 1 1 TH(WR) 661.6 F 662.0 F OTSGLEVEL(WR) 14 IN 46- IN l TC(WR) 610.4 F 507.0 ' F OTIGLEVEL(09) 0 %. 6 % RCFLOW(LBM/lR) 0 E6 6 E6 OTIGPRESS. 205.0Pf!G ' 544.9 PSIG' ! r RCPRESSURE 2402.8 PSIG FEEDFLOW(LBM/kR) 0.0 E6 . 0.0 : E6 iPREffuRIZERLEVEL 400 IN SHELL' TEMP. 474.8 F 486.3 F i
'CONDENIATETANKLEVEL 12.11 FT 9.22 FT RCPUMPOPERATION(0N) 'j MAINCONDENIERPRE!!URE 26.9 INHG PRZRHEATERSGFERABLE(YES/NO)YES TURBINE BYPASS VALVE POSITION ' O.0 % 0.0 %
DE9EES SUBd.FJLING(INCORE) 0.8 'F 'A' B' l CONTAINMENT l 5HIGHESTCORETHERM0 COUPLE 662 f -- p g . g r.AKEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0.021 % t R BLDG. TEMP / PRESS. 140.3 F/ !?.84 P!IA I LET E M FLOW OUT OF RCS 0.00GPM ----- - - - - - - - - - - - - -
--- - --- I BLDG SPRAY FLOW LOW GPM LOW GPM MAKEIP TAM LEVEL 79.75IN BS-PIA BS-PIB 1 RBFAN! OPERATION' ON OFF ON ,
sA;EifSYSTEMI -------- -------- -------- 'j IA iB 10 HP! FLOW 6 GPM 0 .' GPM0 GPM0 GPM RBWATERLEVEL 90.3 IN 0.1 IN (!6A) (163) (16C) (16D) - SUMP FLOOD RADWASTESYSTEM LTT LEVEL /PREI! 1344 FT/ 600.0 PSIG 13.04FT/ 599.7 Pi!G --------------- > WGDECAYTANKPRESSURES 9 PSIG 20 PSIG0 PSIG CFT-1A CFT-1B ----- ---------- - ------- 1A IB iC LPIFLOW 0 GPM 0 GPM BLEEDTANKLEVEL 60 . % 40 % 40 '% 3 DH-V4A DH-Y48 RCB-TIA IIB TIC WMWLEVEL 5.520365FT BWIILEVEL 56.22 FT EVAPCOND.TANKLEVEL 0 FT 3 FT
@IESELGEN. STATUS 00I (IA) (IB) TIA TiB AUX BLDG. SUMP LEVEL 125.5098% . EERG. FEED FLOW (GPM) 0 (A) 0 (B)
Al(l)-45 i
ECC/TSC/E0F/PiFCTNFORMAf!0N(PLANTSTATUS-0PERATION!LlNE) ANNUALEXERCI!E t
..---- ................_ SEEK 0F H/I v37 ~
c COTE: THIS DATA IS TYPICALLY IN THE SME FOM AS ON THE CRT bHERE IT If @ ALLY DISPLAYED. j I' [S$((!((!_E$U[$1 .S11!..............__.[!.$$!... (CLOCX) (SCENARIO I NEUTRON FLUX 3.9810 CPI -10.6930 AMPS 0.03907603 % { BORONCONCENTRATION 49.911 ?PM ; (NI-l LOG C00di) (NI-3LOGAMP) (NI-5 POWER) ! i CR0 POSITION (IWD) 0 0 0 0 0 0 0.00 26.00 GEN.MW 0.00 l (GP5) (GP6) (GP 7) (GP8) ! (GP1) (GP2) (GP 3) (GP4) II. COOLING RCS A. LOOP B. LOOP SECONDARYPLANT A. LOOP B. LOOP TH(WR) 667.1 F 667.2 F OTSGLEVEL(WR) 15 IN 22 IN l j TC(WR) 603.5 F 499.4 F OTSGLEVEL(0P) 2 % 2 % j 4 RC R0W (LBM/HR) 0 E6 0 E6 OTSG PRESS. 223.8 PSIG 364.6 PSIG i RCPRESSURE 2486.5 PSIG FEEDFLOW(LBM/HR) 0.0 E6 .. .. _ . 0.0 E6 ! __. 3 PRESSURIZERLEVEL 400 IN SHELL TEMP. 4?i.3 F 480.0 F j RCPUtlPOPERATION40N) MAINCONDENSERPRESSURE 27.0 INHG i PRZRHEATER! OPERABLE (TES/NO)*ES ! TURBINEBYPASSVALVEPO!! TION 0.0 1 0.0 % ! DEGREESSUB-COOLING (INCORE) 0.3 F 'A' 'B' : CONTAINMENT 5HIGHESTCORETHERM0 COUPLE 667 F CL CL CL CL PURGEVALVEPOSITION 4H-VIA VIB VIC VfD j MAXEUP R 0W IhTO RCS 6.9GPM CONTAINMENT 2 CONCENTRATION 0.026 % LET DOWN FLOW OUT OF RCS 6.00 GPM , BLDG. IPRAY R0W LOW GPM LOW GPM MAXEUPTANKLEVEL 79.73IN BS-PIA BS-PIB I RBFANIOPERATION ON Off DN l SAFETYSYSTEMS 1A iB iC HPI R0W 6 GPM 0 GPM0 GM 0 GPM RBWATERLEVEL 90.3 IN 1.0 IN l (16A) (16B) (16C) 06D) SUMP R00A 4 RADWASTESYSTEM CFT LEVEL / PRESS 13.04 FT/ 600.5 PSIG 13.04FT/ 600.1 PSIG ---------- 1 4G DECAY TANK PRESSURES 0 PSIG20 PSIG0 PSIG l CFT-IA CFT-1B i IA IB IC LPI R0W 6 GPM 0 GPM BLEED TANK LEVEL 60 %40 %40 % ; 1 DH-V4A DH-V4B RCB-TIA TIB TIC l 1 WMW LEVEL 5.520365FT BWSTLEVEL 56.22 FT EVAP COND. TANK LEVEL 0 FT 3 FT DICSELGEN. STATUS DOS (IA) (IB) TIA TIB i AUXBLDG.SUMPLEVEL 135.799 % EMERG. FEED R0W (GPM) 0 (A) 0 (B) l A1(i)-46 9 _-_J
l 1
' ECC/ TIC / EOF /PiFC INF0WTION ITtMT STATUI-0PERAT10NI LIE) ANNUAlEXTCIIE'. ..................................................-.----- WEEKGFII/19/87 NOTE: THI! WA IS TYPICALLY IN THE IARE FORN AS ON THE CRT, WEE IT II NORNALLY DISPLAYED.
I.REACitVITYCONTROL TIME.2120 ..... ...... ............... D 230 (CLOCK) (ICENAR W NEUTRON RUX 4.2913 CPI -10,4663...........' 0.0390901 MPI ..-. I BORONCONCENTRATION 69.911 FPM (NI-tLOGCOUNT) (NI-3 LOG MP) (NI-5 POWER) CSDP0!ITION(ZWI) 9. 0 0' , 0 0 '0 . 0.00 '26.90 GEN. M - 0.00 l (GP.1 ) -- (FP2) (GP3) (GP 4) (GP5) (GP6) (GP7) (GP 8) l
' IL COOLING i
-RC3 AsLOOP- 3.' LOOP' IECONEARIPLANT 4. LOOP B. LOOP TH(WR) 645.0 F '664.7 F OTSGLEVEL(WR) 18 IN 18 IN-1 TC(WR) 599.3 F - 497.1 F OT!GLEVEL(0P) 3 % 3- Z j RC R0W (LBM/m) 0 E6 0 E6 Of3GPRE!J.- 128.2PIIG?349.5PJIG' .J RC PRESME '2465.6 P31G FEED FLOW (LBM/W) 0.0 E6. 0.0 E6 .
PRES $URIZERLEVEL 400 ' IN IHELLTEMP. 468.4 F 477.4 f-CONDEN!ATEIANKLEVEL 11.35 FT - 8.34 FT- d l RCPUMPOPERATION(ON) MAINCONDENJERPRE!!URE 27.2. INHG PRIRHEATERSOPERABLE(YEf/NO)YEI TURBINE BYPASS VALVE POSITION ' O.0 % 0.0' %-
-)
DEGREESSUB-COOLINGi!NCORE) 0.6 F 'A'. 'l' ~ 4 CONTAINMENT . ! 5HIGHESTCORETHERM0 COUPLE 666 F CL CL ' CL CL l PURGEVALVEPOSITION AH-VIA. VIB VIC Vil i j MKEUP R0W INTO RCI 0.0GPM CONTAINMENT 2 CONCENTRATION 0.031 % ! R BLDG. TEMP / PRE 35.- 155.2 F/ '23.09 PIIA. ' 6.00GPM ------- - -------------- - LETDOWNFLOWOUTOFRCS 1
- - - ~ ~ -
BLDG. SPRAY R0W LOW GPM LOW
...... ' . .... GPM MAKEUPYANKLEVEL 79.72IN BI-pia 11-PIB > ,
RBFANIOPERATION- ON OFF ON l IAFETYSTJTEMS
... ... . . g4 gg IC :
HPI R0W 9 GFM 0 GPM 0 GPM0 GPM RBWATERLEVEL 90.3 IN. 2.1 IN (16A) (16B) (160) (16D)' SUMP ROOD RADWA3TESYSTEM CFT LEVEL /PREIS 13.04 FT/ 601.0 PSIG 13.04FT/ 600.6 Pf!G WG DECAY TANK PRESSURES -0 PSIG20. Pi!G0 PSIG. , CFT-1A CFT-iB
'lA IB IC -
LPIFLOW 0 GPM 0 GPM BLEED TANK LEVEL- 60 % 40 % 40 %. DH-V4A DH-V4B RCB-TIA TIB TIC WMWLEVEL 5.520365FT BWIILEVEL 56.22 FT EVAPCOND.TANKLEVEL 6 FT 3 FT DIESELGEN.STATUI 001 (iA) (IB) TIA TIB AUX BLDG. SUMP LEVEL 146.0775% EMERG. FEED R0W (GPM) 0 (A) 0 (B) Al(i)-47 1
ECC/ TIC /E0F/PTfCINFORMATION(PLANTSTATUS-0PERATIONSLINE) ANNUAL DERCI! :
..____. .._ ...........------- ------__...--------------- , WEEK 0F 10d ?/ 7 ' .N0TE: THIS DATA 15 TYFICALLY IN THE SAME FORM AI On THE CRT, AERE II !! HORXALLY DISPLAYED.
I.REACTIVITYCCNTEGL II'E ---- E5-------------------------- I: :H (CLXX) (ICENARIO) NEUTRON RUX 4.4458 CPS -10.3403 AMPS 0.01957064 % I<0RONCONCENTRATION -69.911 PPM 1 (NI-lLOGCOUNT) (NI-3 LOG AMP) (N!-5 POWER) --------------- CRDPOSITION(ZWD) 0 0 0 0 0 0 0.00 26.00 GEN.MW 0.00 (GP1) (GP2) (GP3) (GP4) (GP 5) (GP6) (GP 7) (GP8) II. COOLING RCS A. LOOP B. LOOP SECONDARYPLANT A. LOOP B. LOOP T){ (R) 664.5 F 664.2 F OTIGLEVEL(WR) 20 IN 20 IN TC(WR) 591.4 F 487.0 F OTSG LEVEL (0P) 3 I 3 I l RC R0W (LBM/HR) 0 E6 0 E6 OTIG PRESS. 112.4 PSIG 334.5 PSIG. l i RCPRESSURE 2445.7 PSIG FEED R0W (LBM/m) 0.0 E6 0.0 E6 .
. .. . t PRESSURIZERLEVEL 400 IN SHELLTEMP. 468.2 F 477.0 F
[ CONDENSATETANKLEVEL 10.78 FT 7.66~FT , PCPUMPOPERATION(ON) 1 MAINCONDENSERPRESSURE 27.7 INHG l PRZRHEATERSOPERABLE(YES/NO)YES f DEGREESSUB-COOLING (INCORE) 0.3 F 'A' 'B' CONTAINMENT I 5HIGHESTCORETHERM0 COUPLE 665 F CL CL CL CL l PURGEVALVEPOSITION AH-VIA .VIB VIC VfD 1 1 MAKEUP R0W INTO RCS 6.0GPM CONTAINMENT 2 CONCENTRATION 0.036 I .j R BtDG. TEMP / PRESS. 161.7 F/ 24.73 PSIA J LETDOWNFLOWOUTOFRCS 0.00GPM -------------- - ==-- t BLDG. SPRAY R0W - LOW GPM LOW GPM MAKEUP TANK LEVEL 79.69IN BS-PIA BS-PIB RBFANSOPERATION ON OFF ON i SAFETYSYSTEMS --- - - - - - - - - IA IB 10 l HPI R0W 9 GPM 0 GPM 0 GPM0 GPM RBWATERLEVEL 90.3 IN 3.0 IN )
~
(16A) (168) (160) (16D) SUMP FLOOD RADWASTESYSTEM CFT LEVEL / PRESS 13.04 FT/ 601.8 PSIG 13.04FT/ 601.5 PSIG WG DECAY TANK PRESIURES 0 PSIG20 PSIG0 PSIG t CFT-iA CFT-1B ---------- ---------- ---------- i IA 1B IC LPI R0W 0 GPM 0 GPM BLEEDTANKLEVEL 60 %40 %40 % DH-Y4A DH-V4B RCB-TIA TIB tic WMWLEVEL 5.520365FT BWITLEVEL 56.22 FT EVAP COND. TANK LEVEL 0 FT 3 _,,_ FT DIESELGEN. STATUS 005 (IA) (iB) TIA TIB d
- - - - - - - - ------- - - AUX BLDG, Sl# LEVEL 155.0759% i
~~~~~
EMERG. FEED R0W (GPM) 0 (A) 4 0 (B) { I 3 Al(l)-48 f s
ECC/ TIC /E0F/PTFCINFORCAT10N(FLANTSTATUS-0PERATION!LINE) MNUAa(f DEROF I
...__....................= =.--....... . EED Iy9/I7 i NOTE: IPI? DATA II TY?ICALLY IN THE IME FCFR Af 00 THE CRT. WHERE IT II NOMALLY DI! PLAYED.
I.FEACTIVITYCCNTROL IIME :133 T: :H (CLCCK) JCIMRI0) i NEUTRON FLUX 4.5390 CPS -10.26f6 AMPS 0.03911131 % BORONCONCENTRATION 69.9f1 PPM (NI-I LOG COUNT) (NI-3LOGAMP) (NI-5 POWER) - - --- CRDPOSITION(ZWD) 0 0 0 0 0 0 0.00 26.00 GEN.NW 0.00 (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP 7) (GP8) II. COOLING RCS A. LOOP B. LOOP SECO@ARYPLANT A. LOOP. B. LOOP J TH(WR) 666.2 F 666.1 F OTIGLEVEL(WR) 22 IN 22 IN -
=....
TC(WR) 582.7 F 484.0 F OTIGLEVEL(0P) 3 I 4
.' I .
RCFLOW(LBM/HR) 0 E6 0 E6 OTIGPREff. 112.0 PSIG 319.5 PSIG RCPRESSURE 2467.0 P!IG
~~
FEEDFLOW(LBM/HR) 0.0 E6 0.0 E6 ~ PREffURIZERLEVEL ~ 3iO IN SHELL TEMP. 45f3 ~i 4i4SS F l CONDENIATETANKLEVEL 10.16 FT 6.96 FT RCPUMPOPERATION(ON) - - - - - - - - --------- 4 MAINCONDENJERPRESSURE 28.1 'INHG PRZRHEATER! OPERABLE (YEJ/N0)YES ;
----- ~
TURBINEBYPASSVALVEPOSITION 0.0 Z 0.0 I DEGREE!SUB-COOLING (INCORE) 0.2 F 'A' 'B'. < CONTAINMENT ! 5HIGHEJTCORETHERM0 COUPLE 666 F --- CL CL CL CL PURGE VALVE PO!! TION AH-VIA VfB VIC VfD CAXEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0.041 I ! RBLDG. TEMP /PRESI. 169.1 F/ 26.41 PSIA 1 LETDOWNFLOWOUTOFRC3 0.00GPM ; BLDG.SPRAYFLOW LOW GPM- LOW GPM MAKEUP TANK LEVEL 79.67IN B!-PIA BS-PIB 1 RBFANJOPERATION ON OFF ON l SAFETTSYSTEMS ---.---- _______. ------_- < iA IB 10 l HPI FLOW 9 GPM 0 GPM0 GPM 0 GPM RBWATERLEVEL 90.3 IN 3.9 IN l (16A) (168) (160) (160) SUMP FLOOD CFT LEVEL /PREIS 13.04 FT/ 602.9 PSIG 13.04FT/ 602.5 PSIG RADWASTESYST------------EM WG DECAY TANK PRESSURES 0 PSIG20 PSIG 0 PIIG ~ CFT-IA CFT-!B - - - - - - - - - - - - - - - - - - - - - - - - - - - - IA 13 10 LPIFLOW 0 GPM 0 GPM BLEEDTANKLEVEL 60~ % 40 %40 % DH-VIA DH-V4B RCB-TIA TiB TIC WMWLEVEL 5.520365FT BWITLEVEL 56.22 FT ---------- EVAPC00.TANKLEVEL 0 FT 3- FT DIEfELCEN.STATUJ 003 (IA) (IB) TIA tjB AUXBLDG.SUMPLEVEL 170.5017% Ai(t)-49 l l e l
e ECC/ TIC /E0F/PTFCINFORMATION(PLANTJTATUS-0PERATIONILINE) EXERCIr
..................................................--------- ANNUAL,f WEEK u W /h r NOTE: THI! DATA If TYPICALLY IN THE IME FCM AI CN THE CRT WE'E IT IS .NCMALLYlIIPLAYED.
I.EEACTIVITYCONTROL IdE 2i35 I: 35 (CLOCK) < :E W !O) NEUTRON FLUX 4.6248 CPI -10.1834 MPS 9.039122 % BORONCONCENTRATION- 69.911 PPM (NI-ILOGCOUNT) (NI-3 LOG AMP) (NI-5P0WER) --------------- CRDPO!! TION (!WD) 0 0 f 6 0 0 0.00 26.00 GEN.MW 0.00 (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP 7) (GP8) II.-COOLING RC3 A. LOOP B. LOOP SECONDARYPLANT A. LOOP B.' LOOP TH(WR) 656.6 F 650.7 F OTSGLEVEL(WR) 23 IN 23 IN TC(WR) 585.5 F - 486.0 '..F OTIGLEVEL(0P) 4 ! 4 I RCFLOW(LBM/HR) 0 E6 0 E6 OTSGPRESS. 103.8 PSIG 304.6 PSIG RCPRE!!URE 2318.8 PSIG FEEDFLOW(LBM/HR) 0.0 E6 0.0 E6 PRESSURIZERLEVEL 202 IN SHELLTEMP. 467.6 F 476.1 F CONDENSATETANKLEVEL 9.53 FT 6.29 FT RCPUMPOPERATION(0N) MAINCONDENIERPRE!!URE .28.4 IN HG PRZRHEATERJOPERABLE(YE3/N0)TES IURBINEBYPASSVALVEPO!! TION 0.0 1 0.0 I
, =
DEGREESSUB-COOLING (INCORE) 0.3 F 'A' 'B' CONTAINMENT 5HIGHESTCORETHERM0 COUPLE 657 F CL CL CL CL PURGEVALVEPOSITION AH-VIA Vil -VIC VfD MAKEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 3046 I _ R BLDG TEMP / PRE!! - 175.0 F/ 27.75 P!IA i LET DOWN FLOW OUT OF RCI 0.00GPM ------ - - - BLDG.SPRAYFLOW LOW GPM LOW GPM ;
. ... ....___... i MAKEUPTANKLEVEL 79.65IN BS-PIA BS-PIB i RBFANSOPERATION ON OFF ON SAFETYSYSTEMI -------- --- --------
IA IB IC HPI FLOW 9 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 90.3 IN 4.9 IN
. .. ......... . ............ ............ . _ = _
(16A) (16B) (160) (16D) SUMP- FLOOD RADWASTESYSTEM CFT LEVEL / PRE!! 13.04 FT/ 604.0 PSIG 13.04FT/ 603.6 PSIG ------ WGDECAYTANKPRESIURES 0 PSIG20 PSIG0 PSIG CFT-IA CFT-IB --- --. ---------. IA IB IC LPIFLOW 9 GPM 0 GPM BLEED TANK LEVEL 60 %40 I40 __=. .......... DH-V4A DH-V4B RCB-TIA TIB I!C WMWLEVEL 5.520365FT BWJTLEVEL 56.22 FT ---------- , EVAPCOND.TANKLEVEL 0 FT 3 FT l DIESELGEN.!TATU3 003 (IA) (IB) IIA I!B AUX BLDG. SUMP LEVEL 180.7857I .i EMERG FEED FLOW (GPM) 0 (A) 0 (B) Al(l)-50 l 1 l
~l ECC/TSC/ EOF /PTFCINFORMAT10N(PLANTSTATUS-0PERAT!0NSLINE) . MNUAL EXERC[SE '!
WE4 iV 19/ M'
'" ~
NOTE: THIS DATA IS TYPICALLY IN THE ! AGE FORG AI Od THE ".RT, 8HEFE !T II NOMALLY DI PLAYED.- I.REACTIVITYCCNTROL THE
'.14 T: :R (CLOCX) CCE W S NEUTRONFLUX -1 CPS -11.0000 AhPS 0.0268f644 %
BORCNCONCENTRAT10N 69.911 ' FFH (NI-ILOGCOUNT) (NI-3 LOG AMP) (NI-5 POWER) l CR3PO!! TION (ZWD) 0 0 0 0 0 0 0.00 26.00 GEN.-MW 0.00 i (GPi) (GP 2) (GP3)- (GP4) (GP5) (GP6) (GP 7) (GP 8) i
- 11. COOLING RCS A. LOOP B. LOOP SECONDARYPLANT A. LOOP B. LOOP TH(WR) 453.1 F 657.3 F OTSGLEVEL(WR) 24 IN 24 IN TC(WR) 585.6 F 487.3 F OTSG LEVEL (0P)- 4 %
4 I RCFLOW(LBM/HR) 0 E6 0 E6 OTIG PRESS. 96.9 PSIG 289.5 PSIG RCPRESIURE 2234.6 PSIG FEEDFLOW(LBM/HR) 0.0 E6 0.0 E6 PRESSURIZERLEVEL 142
~~~~~~~~
IN SHELL TEMP. 467.0 F 475.9 F CONDENSATETANKLEVEL 'Ui~ff ~UE~if RCPUMPOPERATION(ON) 1 MAIN CONDENIER PRESSURE 28.6 INHG PRZRHEATERSOPERABLE(YES/NO)YES TURBINEBYPASSVALVEPOSITION 0.0 I 0.0 I
~
DEGREESSUB-COOLING (INCORE) 0.3 F ~IkI~ 'B' CONTAINMENT l 5HIGHESTCORETHERMOCOUPLE 653 F CL CL CL CL : PURGE VALVE PO!! TION AH-VIA VlB VIC VfD MAKEUP FLOW INTO RCS 6.0GPM CONTAINMENT 2 CONCENTRATION 0.115 %. t
?
R BLDG. TEMP / PRESS. 178.2 F/ 28.39- PSIA I LETDOWNFLOWOUTOFRCS 0.00GPM - - - - - - - l BLDG.IPRAYFLOW LOW GPM LOW GPM i 1 MAKEUPTANKLEVEL 79.64IN BS-PIA BS-PIB I RBFANSOPERATION ON OFF ON ; SAFETYSYSTEMI - - -------- -------- i l IA IB IC HPl FLOW 6 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 90.3 IN 5.8 IN (16A) (168) (160) (160) SUMP FLOOD RADWASTESYSTEM CFT LEVEL / PRE!! 13.04 FT/ 604.8 PSIG 13.04FT/ 604.4 PSIG ---------------
=---
WGIECAYTANKPPESSURES 0 PSIG20 PIIG0 FIIG CFT-IA CFT-1B ---------- - - - - - - - - - - - - - - IA IB IC LPIFLOW 9 GPM 0 GPM BLEED TANK LEVEL 60 %40 %40 DH-V4A DH-V4B RCB-TlA TIB TIC WMWLEVEL 5.520345FT BWifLEVEL 56.22 FT ---------- EVAP COND. IANK LEVEL 0 FT 3 FT DIESELGEN. STATUS 003 (IA) (IB) TIA TiB AUXBLDG,SUhPLEVEL 191.0695 % EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(1)-51 l __._.,_..-_____.____..-.__.---.----w
i ECC/TSC/E0F/PT7C[NFORMATION(PLANTSTATUS-0PERATIONfLINE) NOTE THIS ATA II TYPICALLY U THE IAFE FCia AS CN THE CRT, WHERE M.II NOFMALLY DI! RATED; ANNUA BEEK F !Ft% EXEsC I. REACTIVITY CONTROL i3E 2145 In255
-(CLOCK) (SCENARIC)-
NEUTRONFLUX' -f CPS lI .0M9 AMPS 0.01143144 % BORONCONCENTRATION 69.911 PPM (NI-lLOGCOUNT) (NI-5 POWER). (NI 3 LOG AMP) l CRDPOSITION(IWD) 0 0 0' 0- 0 0 0.00 26.00 GEN. MW- 0.00 (GP1) (GP2) (GP 3) (GP 4) (GP.5) (GP6) (GP7) (GP8)
- 11. COOLING RCS A. LOOP B. LOOP SECONDARYPLANT A. LOOP B. LOOP TN(WR) 652.3 F 640.0 F OTSGLEVEL(WR) .25 IN 25 IN TC(WR) 586.4 F 488.1 F OTSGLEVEL(0P) 4 % 4 I RC R0W (LBM/HR) 0 E6 0 E6 OTSGPRESS. 90.4PSIG!274.5PSIG RCPRESSURE 2156.7 PSIG FEED R0W (LBM/HR) 0.0 E6 0.0 E6 PRESSURIZERLEVEL 108 IN SHELLTEMP. 466.4 F 475.7 F.
I CONDENSATE TANK LEVEL 8.79 FT 5.56 FT t MAINCONDENSERPRESSURE 28.7 IN HG PRZRHEATERSOPERABLE(YES/N0)YES --- TURBINEBTPASSVALVEPOSITION 0.0 I 0.0 % . DEGREESSUB-COOLING (INCORE) -1.0 F 'A' 'B' l CONTAINMENT 5HIGHESTCORETHERM0 COUPLE 654 F CL CL CL CL PURGEVALVEPOSITION AH-VIA VIB VIC VfD ! MAKEUP R0W INTO RCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0.2894 %
.R BLDG. TEMP / PRESS. I?9.9 F/ 28.82 PSIA LET DOWN R0W OUT OF RCS 0.00GPM ,
BLDG.SPRAYFLOW LOW GPM LOW GPM ! MAKEUP TANK LEVEL 79.63IN BS-PIA BS-PIB RB FANS OPERATION ON OFF ON SAFETYSYSTEMS IA IB iC HPI R0W 6 GPM 0 GPM0 GPh0 GPM RBWATERLEVEL 90.3 IN 6.7 IN (16A) (168) (160) (16D) SUMP FLOOD RADWASTESYSTEM f CFT LEVEL / PRESS 13.04 FT/ 605.3 PSIG 13.04FT/ 604.9 PSIG - - - - - - - - - - - - - -
-------- -----=
WGDECAYTANKPRESSURES 0 PSIG20 PSIG0 PSIG CFT-IA CFT-1B ---------- ---------- ---------- 1A 1B iC LPIFLOW 6 GPM 0 GPM BLEED TANK LEVEL 60 % 40 % 40 % . DH-V4A DH-V4B RCB-TIA T1B TIC WMWLEVEL 5.520345FT BWITLEVEL 56.22 FT - EVAPCOND.TANKLEVEL 0 FT 3 FT DIESELGEN. STATUS 003 (IA) (IB) ' A TIB AUXBLDG.SUMPLEVEL 200. 03 I j ENERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-52 l l al i __ m_ _ _ _ _ _ . _ .
ECC/TSC/ EOF /PTIC1NFORMATICN(PLANTSTATUS-0PERAT!0NSL!NE) A WEE . AEjFgs,i7 i NOTE: THIS MTA !! iTPICALLY M iPE IME FORA AI ON THE CH, 'HEEE d IT !! NORRALLY DISPLAYED. I; ret.CTIVITY DJE0L -
)
TIME 2150- T: MS ,
......... _=-
(CLOCK) (SCENAR10) NEUTRCNFLUX -1 CPS -11.0090 AMPS -0.00395356 % ; BCRONCONCENTRATION 69.911 PPM , (NI-lLOGCOUNT) (NI-3 LOG MP) (NI-5 POWER) CRDPOSITION(IWD) 0 0 0 0 0 0 0.00 26.00 GEN.NW 0.00 (GP1) (GP2) (GP3) (GP 4) (GP5) (GP6) (GP 7) (GP8s j II. COOLING RCS A. LOOP B. LOOP SECONDARYPLANT A. LOOP B. LOOP TH(WR) 656.9 F 669.3 F OTSGLEVEL(WR) 25 IN 25 IN j i TC(WR) 587.3 F 489.0 F OTSGLEVEL(0P) 4 Z -4 I l l RCFLOW(LBM/HR) 0 E6 0 E6 OTSGPRESS. 83.9 PSIG 259.5 PSIG l RCPRESSURE 2078.8 PSIG FEEDFLOW(LBM/HR) 0.0 E6 0.0 E6 ) i PREiSURIZERLEVEL 74 IN SHELLTEMP. 465.8 F 475.6 F i i CONDENSATETANKLEVEL 8.50 FT 5.29 FT l RC PUMP OPERATION (ON) i MAINCONDENSERPRESSURE 28.8 INHG j PRZR EATERS OPERABLE (YES/N0) YES -- TURBINEBYPASSVALVEPOSITION 0.0 1 0.0 I J DE5REESSUB-COOLING (INCORE) -68.9 F 'A' 'B' i CONTAINMENT 1 5HIGHESTCORETHERMOCOUPLE 716 F CL CL CL CL PURGE VALVE POSITION AH-VIA VfB Ylc YlO MAKEUP FLOW INTO RCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0.5889 I I R BLDG. TEMP / PRESS. 181.7 F/ 29.24 PSIA ! LETDOWNFLOWOUTOFRCS 0.00GPM - - - - - - - - - - - - - - - - - - - - - 1 BLDG.SPRAYFLOW LOW GPM LOW GPM MAKEUP TANK LEVEL 79.62IN BS-PIA BS-PiB
--------- I RBFANSOPERATION ON OFF ON SAFETYSYSTEMS I 1A IB IC WI FLOW 6 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 90.3 IN ?.6 IN l (16A) (16B) (160) (16D) SUMP FLOOD RADWASTE SYSTEM CFT LEVEL / PRESS 13.04 FT/ 605.9 PSIG 13.04FT/ 605.5 PSIG WG DECAY TANK PRESSURES 0 PSIG20 PSIG0 PSIG l CFT-IA CFT-1B 1A IB IC LPIFLOW 6 GPM 0 GPM BLEED TANK LEVEL 60 % 40 % 40 %
DH-Y4A DH-V4B RCB-TIA TIB ' TIC WMWLEVEL 5.520365FT BSSILEVEL 56.22 FT ---------- EVAPCOND.TANKLEVEL 0 FT 3 .......... Fi , i DIESELGEN. STATUS 005 (IA) (IB) ItA TIB AUXBLDG.SUMPLEVEL 206.5376% EMERG FEED FLOW (GPM) 0 (A) 0 (B) A1(1)-53
q ECC/ TIC / EOF /PTfCINFOR7ATION(PLANTITATUI-0PERATION!LINE). I
........... ........................--......-----.---- --. p
, WALDERC'i.1:
a .: m; NOTE: THI! DATA If JYFICALLY IN THE JANE FORM A,, ON IFE Cni, WERE II II 80RMALLY .9f?RMEL I.REACTIVITYCCNTROL .:1E 35i-----..----....._------..d.--... 7: :
&B) v:U/::: -
NEUIRON RUX . -1 CPI -11.0000 AMPS -0.0193386- % BORONCONCENTRATION '69,911 =PP$ (NI-lLOGCOUNT) (NI-3 LOG MP) -(NI-5 POWER) CRDPO!! TION (!WD) 0 0 0 0 0 0 0.00 - -24.00 GEN.MW. 0.00 :
),
(GP1)- (GP 2) (GP 3) (GP 4) (GP5) (GP6) (GP D -(GP8) II. COOLING RCS B. LOOP IECONDARYPLANT A. LOOP l 'B. LOOP
... .A.'. LOOP TH (WR) 664.6 F- 675.5 F- 0TIGLEVEL(WR) 26 IN - .26 IN; TC (WR) 588.2 F 489.9 F OTIGLEVEL(0P) 4 % 4: I
. . . . . . . . . . 1 RCFLOW(LBM/R) 0 E6 0- E6 OTICPREff. 77.4PIIG 6
..... . '244.6 PSIG . ...__. -
RC PREffuRE 2000.9 PSIG FEED R0W (LBM/HR) . 0.0 E6 0.0 E6' PRESSURIZERLEVEL 41 IN SHELLTEMP. .. 465.1
.F 475.4 iF ' f ;
CONDENIATETANKLEVEL 8.22 FT. 5.03 FT i RCPUMPOPERATION(ON) - - - - - - - - PR2RHEATER! OPERABLE (YES/NO)YE! MAINCONDENSERPRESIURE' 28.8 INHG l i TURBINE BYPASS VALVE POSITION 0.0 11 0.0 %. H DEGREESSUB-COOLING (INCORE) -165 F 'A' 'B -i CONTAINMENT. i 5HIGHEfiCORETHERM0 COUPLE 809 F ------ - -- CL' CL CL- CL , l PURGEVALVEPOSITION AH-VIA: VIB . VIC VfD? l MAKEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 0.9389 'I .! LET DOWN R0W OUT OF RCJ 0.00GPM BLDG. SPRAY R0W LOW GPM ' LOW GPM l MAKEUPTANKLEVEL 79.61 IN BS-PIA Bi-PIB : RBFANSOPERATION ON OFF ON SAFETYSYSTEMI -------- --- ---- ------.. 1 iA 1B iC ' HPI FLOW 9 GPM 0 GPM0 GPM 0 GPM RBWATERLEVEL 90.3 IN 8.5 IN (16A) (16B) (160) (160) ! UMP- ROOD ,i RADWASTE SYSTEli CFT LEVEL / PRESS 13.04 FT/ 606.4 PSIG 13.04FT/ 606.0 PIIG --------------- WG DECAY TMK PRE!iUREI 6 PSIG20 PSIG0 PIM CFT-IA CFT-1B - - - - - - - - - - . - - - - - - - - - - - - - - - - - -
'lA IB JC LPIFLOW 6 GPM 0 GPM BLEED TMK LEVEL 60 %40 ' % 40 %
DH-V4A DH-V4B RCB-TIA TIB. TIC WMWLEVEL 5.520365FT BWSTLEVEL 56.22 FT ---------- EVAP COND. TANK LEVEL 6 FT 3 FT DIEJELCEN.STATUI 00! (iA) (iB) TIA IIB AUXBLDG.IUMPLEVEL 212.9653% EMERG. FEED R0W (GPM) 0 (A) 0 .(B) Al(1)-54 <
l ECC/TSC/ EOF /PTTCINFORMATION(PLANTSTATUS-CPEisATIONSLINE)
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . - . . . = - -..... ...-.-... .
W A(FEXERC
- nJ. S pm,
- j. NOTE: THIS DATA IS TYPEALLY IN THE SAiE Fa AS CN DER EE IT IS NL.' ? DI! PLAYED.
l- I 1 EACTIVITY CC G 0L WE 2N0 7: :N (CL0CK) SCEM:0
-0.0347236 NEUTRON FLUX -1 CPS
..........'...... ' ..........-----I
-11.0000 AaPS ICR0 CONCENTRATION- 69.911 ffe (NI-I LOG COUNT) (NI-3 LOG AMP) (NI-5 POWER) - - - - - - - - - - - -
CRDPOSITION(IWI) 0 0 0 0 0 0 0.00- 26.00 GEN.MW- 0.00 q II. COOLIE - (GP1) -(GP2) (GP3) (GP4) (GP5)- (GP 6) (GP 7) (GP8)~ l
------- )
RCS A. LOOP B. LOOP SECONDARYPLANT A. LOOP' .B. LOOP TH(WR) 674.2 f 669.8 F Oi!G LEVEL (WR) 26 IN 26 IN TC(WR) 589.1 F: 490.3 F OTIGLEVEL(0P) 4 2 4 I RCFLOW(LBM/HR) 0 E6 0 E6 OTSGPRESS. 70.9 P!!G 229.6 PSIG 0.0 E6 RCPRESSURE 1923.0 PSIG FEEDFLOW(LBM/HR) E6
. .. . . ---- -__. 0.0__
PRESIURIZERLEVEL 7 IN SHELLTEMP. 464.5 F 475.3 F CONDENSATE TANK LEVEL 7.95 FT 4.77 FT RCPUMPOPERATION(ON) MAINCONDENSERPRESSURE 28.9 INHG PRIRHEATERSOPERABLE(YES/NO)YES . TURBINEBYPASSVALVEPOSITION 0.0 1 0.0 ' I ! DEGREESIlIB-COOLING (INCORE) -311 F 'A' 'B' CONTAINMENT 1 5HIGHESTCORETHERM0 COUPLE ----------- 952 F CL CL CL CL PURGE VALVE POSITION AH-VIA VIB ViC VfD MAKEUP FLOW INTO RCS 0.0GFM CONTAINMENT 2 CONCENTRATION 1.2889 I R BLDG.' TEMP / PRESS. 185.1 F/ 30.09 PSIA LETDOWNFLOWOUTOFRCS 9.60GPM - - - - - - - - - - - - - - - - - - - - - - BLDG,SPRAYFLOW LOW GPM j ___....... LOW ____. __. .. CPM MAXEUPTAWKLEVEL 79.61 IN BI-PIA BS-PIB RBFANSOPERATION ON OFF ON SAFETYSYSTEMS iA 1B 1C HPIFLOWp,,,,,,g[d,p,,,,,,,g[dp,,,,,,,,g[dg,,,,,,,,GPd RBWATERLEVEL 90.3 IN, 9.4 IN , (16A) (16B) (16C) (160) SiTMP FLOOD RADWASTESYSTEM CFT LEVEL /PREIS 13.04 FT/ 607.0 PSIG 13,04FT/ 606.6 PSIG --------------- WGLECAY'ANKPRESSURE! O PSIC 20 PSIC0 PSIG CFT-IA CFT-1B - - - - - - - - - - - - - - - - - - - - - - - . - - - - - IA IB 'C LPIFLOW 6 GPM 0 GPM BLEED TAL( LEVEL ...........__.................'; 60 %40 %40 DH-VM DH-V4B RCB-TIA TIB TIC WMWLEVEL 5.520365FT BWIILEVEL 56.22 FT ---------- EVAPCOND.TANKLEVEL 0
'FT 3 ....
FT DIESELGEN. STATUS DOS (IA) (IB) TiA TIB MX BLDG. SUNP LEVEL 219.3927%- EMERG FEED FLOW (GPM) 0 (A) 0 (B) Al(l)-55
ECCITIC/E0F/PTFCINFORMATION'(PLANTSTATUI-0PERATION! NE) ,,
-A3UALEXERCTI WEEXOF10/19n NOTE: THIS DATA If TYPICALLY IN THE CAME'FORli Af ON THE CRT W ERE II II NORMLLY DI! PLAYED.
I.REACTIVITYCCNIR0L I BE 2:05 I: 275 NEUTRONFLUX -1 CPI . -il.M00 AKPS -0.0378126- % BORONCONCENTRATION - 69.911 - PFM (NI-lLOGCOUNT) (NI-3 LOG AMP) (NI-5 POWER). ------ - ------ l CRDPOSITION(IWD) 0 0 0 0 0 0 0.H 26.00 GEN.MW 0.M i (GPI) (GP2) (GP3) (GP 4) (GP5) (GP6) (GP 7) (CP8)- II. COOLING RCS A. LOOP B. LOOP .SECONDARYPLANT A. LOOP' B. LOOP TH(WR) 685.9 F 664.9 F OTSGLEVEL(WR) 26 IN 26 IN TC(WR) 589.6 F 491.2 F OTSGLEVEL(DP) 4 I 4 I- . RCFLOW(LBM/HR) 0 E6 0 E6 OTSGPRESS. 67.0 P!!G 221.0 PIIG f RCPREffuRE 1883.2 P!IG FEEDFLOW(LBM/HR) 0.0 E6 . 0.0 E6 ! PREffURIZERLEVEL -0 IN IHELL TEMP. 463.8 F 475.2 F CONDENIATE TANK LEVEL 7.89 FT 4.77 FT RC PUMP OPERATION (0N) MAINCONDENIERPRE!!URE 28.9 INHG l PRZRHEATERJOPERABLE(YEf/NO)YES i TURBINE BYPA!! VALVE PO!! TION 'O.0 % . 0.0 I j DEGREESSUB-COOLING (INCORE) -314 F 'A' 'B' CONTAINMENT 5HIGHESTCORETHERM0 COUPLE 953 F CL CL CL CL PURGEVALVEPO!! TION AH-VIA Yl8 VIC Yl3 I l MAKEUPFLOWINTORCI 0.0GPM CONTAINMENT 2 CONCENTRATION 1.4639 .I l RBLDG. TEMP / PRESS. 186.8 - F/ 30.58 .PflA 1 LETDOWNFLOWOUTOFRCS 6.H GPM - - - - - - - - - - - - - - - - - - - - - ! BLDG.IPRAYFLOW LOW GPM LOW GPM MAKEUP TANK LEVEL 79.60IN
" BbIA BS-PIB l RBFANIOPERATION ON OFF ON 1 SAFETYSYSTEMI IA IB IC !
HPI FLOW 9 GPM 0 GPM0 GPM0 GPM RB WATER LEVEL 90.3 IN 10.3 IN ! RADWASTESYSTEM 4 CFT LEVEL /PRESI 13.04 FT/ 607.2 PSIG 13.04FT/ 606.9 PSIG - - - - - - - - - f WGDECAYTANKPRESSURES 0 P!IG20 FIIG0 PSIG ' 1' CFT-IA CFT-iB - - - - - - - - - - - - - - - - - - - - - 1A IB 10 LPIFLOW 0 GPM 0 GPM BLEED TANX LEVEL 60 I 40 % 40 % l DH-V4A DR-V4B RCB-TIA TIB' TIC ! WMWLEVEL 5.520365FT ) BWSTLEVEL 56.22 FT ---------- 1 EVAPCOND.TANKLEVEL 0 FT 3 FT l DIESELGEN.ITATUS 005 (IA) (IB) TIA TIB ) AUXBLDG.SUMPLEVEL 223.249 % 1
.......... g EMERG.FEEDFLOW(GPM) 0 (A) 9 (B) {
Al(l)-56 : i h a
. ECC/TfC/ EOF /PTFC !NFORMAT10N (PLANT STATUI-0PEMTTOP 'INE) MNUA EXERCIS WEEX F 10/19/ 7' NOTE: THIS DATA IS TYPICALLY IN THE SAME FORN A2 ON THE CRT, WH F E IT-I! HORMALLY DI PLAYED. I.REACTIVITYCCNTROL f!ME 2210 I :30 - . NEUIRONFLUX -1 CPS -il.M MS 0.0378126 % 30RONCONCENTRATION 69.911 PPM l (NI-I LOG COUNT) (NI-3LOGAMP (NI-5 POWER) --- ( i CRDPOSITION(!WI) 0 0 0 4 0 0 0.H 26.00 GEN.MW 0.M (GPI) (GP2) (UP3) (GP4) (GP5) (GP6) (GP 7) (GP8) ZI. COOLING RCf A. LOOP B. LOOP SECONDARTPLANT A. LOOP B. LOOP ' TH(WR)' 478.5 F 651.8 f GTIGLEVEL(WR) 26 IN 26 IN l TC(WR) 587.9 f 490.9 f OTSGLEVEL(0P) 4 2 4 I RC FLOW (LBM/Mt) 0 ' E6 -0 E6 OTIGPREIS. 46.5 Pi!G 214.6 PSIG i RC PRESSWtE 1819.4 PSIG FEED FLOW (LBM/HR) 0.0 E6 0.0 E6 PREF 3URIZERLEVEL 6 IN SHELL TEMP. 443.8 f 475.0 .__F .- i CONDENIATE TANK LEVEL 7.78 FT 4.42 FT l RC PUMP OPERATION (ON) { MAINCONDENIERPRE! JURE 29.0 INHG PRZR M ATER! OPERABLE (YES/NO) YES TURBINE 9YPASSVALVEP0flTION 0.0 1 0.0 I DEGREESIVB-COOLING (INCORE) -316 F 'A' 'B' 5HIGHEITCORETHERM0 COUPLE 939 F CL CL CL CL l PURGEVALVEPOSITION AH-VIA Vil - VIC VfD : MAKEUP FLOW INTO RCS 0.0GPM CONTAINMENT 2 CONCENTRATION 1.6389 I ABLbG. TEMP / PRE!!. 204.0 f/ 34.89 PflA LETDOWNFLOWOUTOFRCS 0.00GPM - - - - - - - - BLDG,IPRAYFLOW LOW GPM LOW GPM J MAKEUP TANK LEVEL 79.60 IN BS-PIA BI-PIB l RBFANSOPERATION ON OFF ON SAFETYSYSTEMS 1A IB iC HPI FLOW 6 GPM 0 GPMe GPM0 GPM RB WATER LEVEL 90.3 IN 11.2 IN (16A) (161) (160) (160) IUMP ' FLOOD RADWAITESYSTEM CFT LEVEL / PRESS 13.04 FT/ 607.4 PSIG 13.04FT/ 607.0 Pf1G ---- -----
% DECAY TANX PREffuRES 0 PSIG20 PSIG0 PflG CFT-IA CFT-1B 1A iB iC LPIFLOW 6 GPh 6 GPM BLEEDTAdKLEVEL 60 %40 140 I DH-Y4A DH-V4B RC-TIA TIB TIC WMWLEVEL 5.520365 i BWIILEVEL 56.22 FT ----------
EVAPCOND.TANKLEVEL 0 FT 3 FT DIESELGEN.ITATU3 00! (iA) (IB) TIA TiB AUX BLDG. IUMP LEVEL 225.8201I EMERG.FEEDFLOW(GPM) 6 (A) 0 (B) Al(l)-57 t _ _ _ . _ _ _ _ . _ . _ _ _ _ .______a
c ECC/ TIC /E0F/PTfC 1NFORMAT103 (PLANT STATUS-0PEMTTONS LINE) ANNUALEMRUF
............._... ..__..............................----- WEEX CF IvM7 M)TE: TH!! NTA IS TYPICALLY D TE ? APE F0M AJ 00 THE CRT,- WHERE IT If NORMALLY 3!! PLAYED. ]
- .REACTIV!ifCCHIR0L W E 2215 h 25
.................. -- ----.--.- - --- - - . . u NEUTRCNFLUX -1 CPI -il .00b AMPS -0.0373126 : . - ;
BORONCONCENTRATION 69.911 PPM (NI-lLOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) CRDP03IT!0N(IWI) 0 0 0- 0 0 0 0.00 26.00 - GEN.MW 0.00 (GP1) (GP2) (GP3) (GP4) -(GP5) (GP6) (GP 7) (GP8) j II. COOLING
- ---- RCI A. LOOP B. LOOP IECONDARYPLANT A. LOOP B. LOOP-TH UiR) 666.9 F 6fe.0 F ._
OT!GLEVEL(WR) 26 IN 26 IN TC(WR) 587.8 F 490.7 : F OTIGLEVEL(0P) 4 1 4 I i RCFLOW(LBM/HR) 0 E6 0 E6 OTIGPRE!!. 39.4 PSIG 208.1 PSIG RCPREffuRE 1753.4 PSIG FEEDFLOW(LBM/HR) 0.0._ E6 ._ 0.0 E6 PRESSURIZERLEVEL 6 IN SHELLTEMP. 463.7 F 475.0 F CONDENIATE TANK LEVEL 7.67 FT 4.52 FT RCPUMPOPERATION(ON) MAINCONDENIERPRE!!URE 29.0 INHG i PRZRHEATERSOPERABLE(YES/N0)YEI TURBINEBYPAISVALVEPOSITION 0.0 I 0.0 1- ! DEGREE!SUB-COOLING (INCORE) -307 F 'A' 'B' ' CONTAINMENT j 5HIGHEITCORETHERM0 COUPLE --- - ----- 924 F CL CL CL CL i PURGEVALVEPOSITION AH-VIA VlB VIC - VfD j MAKEUPFLOWINTORCS 6.0GPM CONTAINMENT 2 CONCENTRATION 1.7789 I I RBLDG. TEMP /PREII. 199.9 F/ 34.79 PIIA LETDOWNFLOWOUT0FRC3 0.00GPM -------
- - - - - - - - BLDG,SPRAYFLOW LOW GPM LOW GPM l
-{
MAKEUPTANKLEVEL 79.60IN BI-PtA BS-PIB ! RBFANSOPERATION ON OFF ON l SAFETYSYSTEMI IA IB IC HPI FLOW 0 GPM 0 GPM0 GPM 0 GPM RBWATERLEVEL 90.3 IN 12.2 IN RADWASTESYSTEM . CFT LEVEL / PRE!! 13.04 FT/ 607.6 PSIG 13.04FT/ 607.2 PSIG --------------- i WG DECAf TANK PRESSURES 0 PSIG20 PSIG0 PSIG J CFT-IA CFT-IB 1A IB 10 LPIFLOW 0 GPM 0 GPM BLEED TANK LEVEL 60 % 10 I 40 I DH-V4A DH-Y48 RCB-TIA TIB ItC WMWLEVEL 5.520365FT BW3TLEVEL 56.22 FT ---------- EVAPCOND.TANKLEVEL 0 FT FT
...-- .3 . ' . -..
DIESELGEN.ITATUS 003 (iA) (IB) TIA T1B AUX BLDG. SUMP LEVEL 228.3962% 1 EMEPG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-58 1
- i. !
ECC/TfC/ EOF /PTFC INF0RMAT10N (PLANT STAild-0PEAAHONI J.INE) EXTRC j
,WEEX ANNUA L (F i3/tfd.,
.- i
.N0TE: THIS DATA IS TYPICALLY IN THE SAME F0s Af ON IMI CliT, WHERE IT !! HOMALLY MPLAYED. c -J i
r I.REACTIVITYCONTROL IINE 2229 T: 299 ' l
......... ...._............... j mam 1
. uCamp ;
I ' NEUTRONFLUX -1 CPS -11.0M9 .AMPI -0.0378126 .% l BORONCONCENTRATION s?.91I ift . 1 (NI-lLOGCOUNT) (NI-3LOCAdPT -(NI-5 POWER)- 4 j l CRDP03IIION(!W8) 0' 0 0 0 .0 0 0.M : 26.00L GEN. NW ' e.H u 4 (GP1) (GP2). (GP 3) 1GP 4) (GP5) (GP 6) .(GP 7)- (GP'8) -'j II. COOLING o RCJ A. LOOP B. LOOP' IECONDARYPLANT A. LOOP- B.100P -! TH(W) 650.9 F 621.4 F - OTIG LEVEL (WR) 30 IN
.30
- IN ,is TC(W) 585.8 F j90.5F _,
OTIGLEVEL(0P) 5
% 5 I
RC R0W (LBM/W) 0 E6 0 E6 OTIGPREff. 33.4 PSIG 196.3 PSIG ,
.__..__ ... .. ...... .. ..... .. -1 RCPREISURE 1631.6 P!IG FEED R0W (LBM/HR) 0.0 E6. 0.0 E6 ;
a PREffuRIZERLEVEL 0 IN SELL TEMP. .463.6 1
............ -- .. __'F 474.9 : F .__
l CONDENIATETANKLEVEL 7.45 FT 4.37 FT RCPUMPOPERATION(ON) ll MAINCONDENIERPRESIURE 29.0 -INHG J PRZRHEATER3 OPERABLE (YES/NO)YES TURBINEBYPASSVALVEPOSITION 0.0 1 0.0 ' I ) DEEREE!IUB-COOLING (INCORE) -292 F 'A' 'B' { CONTAINMENT < 5HIGHEJTCORETHERM0 COUPLE 895 F - - - - - - - - CL CL CL CL i PURGE VALVE PO!! TION' AH-VIA VfB VIC - Vf D ) MAKEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 1.8589 .I RBLDG. TEMP /PREIS. 213.2 F/ 40.17 Pf!A LETDOWNFLOWOUTOFRCI 0.00GPM BLDG. IPRAY R0W LOW GPM LOW GPM .l MAKEUPTANKLEVEL 79.60IN BI-PfA BI-PIB RB FANS OPERATION ON OFF ON SAFETTSYSTEMS I IA IB IC - 1 HPI FLOW 6 GPM 0 GPM262.4267GPM254.1451GPM 98.3 IN 13.2 RBWATERLEVEL IN l (16A) (16B) (160) (16D) ! UMP FLOCD CFT LEVEL / PRESS 13.04 FT/ 608.0 PSIG 13.04FT/ 607.6 PSIG RADWASTESY----------STEM
~ ~ - - - -
WG DECAY TANK PRESSURES 0 PSIC20 PSIG0 PSIG CFT-IA CFT-IB- ---------- ---------- ---------- 1A 1B 1C LPlFLOW 6 GPM 0 GPM BLEED TANK LEVEL 60 %40 %40 % DH-Y4A DH-V4B RCB-TIA TiB TIC i WMWLEVEL 5.520365FT BWSTLEVEL 56.22 FT ---------- EVAP COND. TANK LEVEL 0 FT 3 FT i SIEIELGEN. STATUS (IA) STBY (18) TiA TfB AUXBLDG.IUMPLEVEL 233.5329% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Ai(1)-59 I I i l 1 < l i
ECCITIC/E0F/PTFCINFORMATION(PLANTITATUS-0PER4TIONI'LINE) DERC
............. .............. ...... - -.. ~ .. -----...- . - ymgF WEEX i Um(S(L-
.30TE: THIS DATA II TYPICALLY IN hE 3E TUM AS1H T.vE CRI, WHERE iilf 40faALLY DI! PLATE 0.
I.REACTIVITYCONTROL' ' 3E T-* . - I U lEUlkON RUX -1 CPS -li.0H0 ' MPS -0.0475782 I i , . _ . . . . . ~ ... . ....---- ---- -----------
. 0RON 3 CONCENTRATION .9.911 o PFM !
l '(MI-ILOGCOUNT) O(I-3' LOG AMP) (NI-5 POWER) CRDPOSITION(IWD).0- -6 0 0 0 0' O.00 26.00 GEN.M4 0.00 - ! a f (GP1) (GP2). (GP3) (GP4) (CP 5). (GP6) (GP 7) (GP8) i
- 11. COOLING l- --,- RCI A. LOOP B. LOOP IECONDARYPLANT A. LOOP .B.' LOOP "
- . ___ .. ....... ............... _ _ _ _ . . . . . . . . . . 1 TH(WR) '435i9 F 600.4 F. OTir. LEVEL (WR) . 35 'IN- 33 . IN TC(WR) 580.0 F OTIG LEVEL (0P) 5 -% 6 l
.. '490.,1 F , . . ' .% . . - .
RC FLOW (LBM/)R) .0 E6 0 E6 GTIG REff. 28.8PSIG-181.3FIIG l . ... .__ ... . . . ... i RCPREffuRE 1488.0 PS:G-FEED FLOW (LBM/)R) ' O.0 E6 0.0 E6 1 i PRESSURIZER LEVEL 0 IN SHELL TEMP. ,443.5 F .474.8 F 1 CONDENJATETANKLEVEL 7.17 FT , 4 3 3 FT RCPUMPOPERATION(ON) MAINCONDENSERPREffuRE 29.1 IN WG PRZRHEATERSOPERABLE(YES/NO)YE!
, - TURBINEBYPAffVALVEPOSITION 0,0 % 0.0 1.
I l DEGREEJSUB-CU0 LING (INCORE) -2M F 'A'-
'B' i CONTAINMENT , !
! 5 HIGHEIT CORE TERM 0C0VPLE 859 F - - - - - - -
' CL - 1 CL CL D. . ,
PURGE VALVE PO!!TNN . AH4!A. VfB = VIC ' Vl0 - ! i l 1 MAKEUP R0W INTO RCS 0.0 GPM - CONTAINMENT 2 CONCENTRATION 1.8839 '! RBLDG. TEMP /PREIS. 229.0 F/ 40.39 PSIA LET DOWN FLOW OUT OF RCS 0.00GPM ------------------- - 1 BLDG. SPRAY FLOW LOW ,GPh . LOW GPM :! MAKEUPTANKLEVEL 79.60IN BS-PIA B3-PIB- 1 RB FANS OPERATION: ON OFF ON l SAFETYSYSTElt3 -. ..-- - . .---__.. 1 1A IB' IC HPI R0W 0 GPM 0 GPM 266.998 GPM 264.911 GPM RB WATER LEVFL 90.3 IN 19.7 - IN
)
(16A) (163) (160) (16D) -SUMP ' FLOOD q RADWASTE SYSTEh CFT LEVEL / PRESS 13.04 FT/ 608.7 PIIG 13.04FT/ 608.3 PSIG' - - - - - - - - - - - - - - - WG DECAY TANX PRESSUREI O PSIG20 P!IG 0 Pi!G-CFT-fA CFT18 - - - - - - - - - - - - - - - - - - - - - - - 1 IA 1B l 10 LPIFLOW 0 GPM 0 GPM BLEEDTANKLEVEL 60 %40 %40 % DH-V4A DH-V4B RCB-T!A TiB TIC I WMWLEVEL 5.520365FT i - BWIT LEVEL 56.22 FT .---.-.--- EVAP CONII. TANK LEVEL 0 FT 3 FT DIESELGEN.ITATUI (IA) SIBY (IB) itA ItB 1 AUXBLDG.SUMPLEVEL 239.9388%
~ " ~ ~ ~
j EliERG.FEEDFLOW(GPM) 0 (A) 0 (B)
)
! i Af(t)-60 ' i 1
, 1 1
ECCiifC:ECF PTFC INFORMTION (PLANT STATUS-0PERATIONI1.INE) quA l
............................... ~ ....................-.-.. ,e j:SR;f.{,,
%3 NOTE: THIS DATA If nPIGLLY IN THE SAAE F02 Af CN IFE CRT .WEiE P ilMNLO Dit?LMEP.
L REACIIVITY CONTR0L DE ---............................ G ? 3H (CLCCU G EN m 0i NEUTRONFLUX -1 CPI -i l .NH MPI -0J378126 i BORONC0HCENTRAfl0d M.?It- PPM (NI-ILOGCOUNT) (NI-3 LOG AMP) (NI-5 POWER) j CRDPOSITION(IWI) 0 0' 0 0 0. 0 0.N . 26.H GEN.MW 0de'
.... .s (GP1) (GP2) (GP3) GP 4) (GP5) (GP6) (GP7) (GP8) i
!!. COOLING
'l ROI A. LOOP B. LOOP IECONDARYPLANT A. LOOP B. LOOP 1 1
TH (WR) 599.4 F 587.2 F OTSGLEVEL(WR) 32 IN .. . 34 IN . j i TC(WR) 578.9 F 490.6 F OTIG LEVEL (0P) 6 % 5 %- J RCFLOW(LBM/HR) 0 E6 0 E6 OTIGPREff. 23.1 PflG 166.3 PflG y RCPRE!!URE 1343.0 PflG FEEDFLOW(LBM/HR) 0.0 E6 0.0 E6 l PREffuRIZERLEVEL ~~i~~~ii SHELLTEMP. iiii~F 4i4I5~F. l CONDENIATETANKLEVEL 6.89 FT. 3.89 FT 1 RC PUMP OPERATION (ON) MAINCONDENSERPREHURE 29.2 INHG l PRIR EATERJ OPERABLE (YEf/N0) YE! TURBINEBYPAffVALVEPOSITION 0.0 2 0.0 %. DEGREESJUB-COOLING (INCORE) -245 F 'A' 'B' CONTAINMENT ' I 5HIGHEITCORETHERM0 COUPLE 829 ------ F CL CL - CL CL PURGEVALVEP0flTION AH-VIA V1B Vic VfD MAKEUPFLOWINTORCf 0.0GPM CONTAINMENT 2 CONCENTRATION 1.9089 I LETDOWNFLOWOUTOFRCf 0.00GPM BLDG.IPRATFLOW LOW GPM LOW GPM CAXEUPTANKLEVEL 79.59IN Bf-pia- BI-PIB ' RBFANSOPERATION ON OFF ON JAFETY TYSTEMI IA iB iC HPI FLOW 6 GPM 0 GPM 264.5943 GPM 264.4298 GPM RB WATER LEVEL 90.3 IN 26.2 IN . (16A) (16B) (160) (160) IUMP FLOOD RADWAITE SYITEM - CFT LEVEL /PREff 13.04 FT/ 609.4 PflG 13.04FT/ 609.0 FIIG ------- --- WGDECAYTANKPREffuREI 0 PSIG20 PIIGe PflG CFT-1A CFT-18 ---------- --- ---------- IA 1B IC LPIFLOW 6 G92 0 GPM BLEED TANK LEVEL 60 %40 % 40 % DH-V4A DH-Y43 RCB-TfA TIB TIC WMWLEVEL 5.520365FT MIT LEVEL 56.22 FT --- -- EVAPCOND.IANKLEVEL 3 FT 0......FT BIEIELGEN.ITATUI (IA) ITBf (IB) TfA TIB AUXBLDG.SUMPLEVEL- 246.3582% ! EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) A1(1)61 l l
i: E W K /!0F H ; INF049ATI00 (PLANT fTATUS-0PERATIC % LINE). . . . . . . . . . . . . . . . " . . . . . _ . . . - -ANNUA' . . . . . .EXERCISE
..-~.....-
WEEX F 19/19/97 40TE ThIS 34i4 IS TP!CALLY IN TFE IME FOR9 AS ON THE CRT, UHERE IT IS NORRALLY DI! PLAYED. I. REACTIVIT1 CCNTROL TIME 1235 i: 305- ) NEUTRONFLUX -f CPS -11.0000 MPS -0.0378126 % BORONCONCENTRATION 69.911 ' PPM I (NI-fLOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) CRDPOSITION(%WD) 0 0 0 0 0 0- -0.00 26.00 GEN.MW 0.00 (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP 7) (GP8) '
- 11. COOLING RCS 'A. LOOP B.' LOOP SECONDARYPLANT A. LOOP B. LOOP TH(WR) 582.9 F 577,6 F OTSGLEVEL(WR) 34 IN 34 IN -
TC(WR) 577.8 F 490.9 F OTSGLEVEL(0P) 6. I 6 I. l RCFLOY(LBM/HR) 0 E6 0 E6 OTSG PRESS. 19.4 PSIG 151.3 PSIG l RCPRESSURE J63J_}!G FEEDFLOW(LBM/HR) 0.0 E6 , 0.0 E6 ; PRESSURIZERLEVEL 6 IN SHELLTEF. 443.3 F 474.6 F CONDENSATE TANK LEVEL . 6.74 FT 3.72 FT RCPUMPOPERATION(0N) - - - - - - - - - - l NAINCONDENSERPRESSURE 29.2 INHG' j PRZRHEATERSOPERA0tE(YES/NO)YES TURBINE BYPASS VALVE POSITION 0.0 I 0.0 1 1
'B' DEGREESSUS-COOLING (INCCRE) -219 F CONTAINMENT .' A' 5HIGHESTCORETHERM0 COUPLE 793 F CL CL CL CL PURGE VALVE POSITION. AH-VIA V1B VIC VfD-MAXEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 1.9339 % '
LETDOWNFLOWOUTOFRCS 0.00GPM BLDG. SPRAY FLOW LOW GPM , LOW GPM M/AEUP TANK LEVEL -79.59IN BS-PIA BS-PIB RB FANS OPERATION ON OFF ON. 1 SAFETYSYSTEMS 1 lA IB IC HPI FLOW 9 GPM 0 GPM 266.1425 GPM 266.423 GPM RBWATERLEVEL 90.3 IN 32.7 IN (164) (16B) (16C) (160) SUMP FLOOD RADWASTE SYSTEM CFT LEVEL / PRESS 13.04 FT/ 609.9 PSIG 13.04FT/ 609.5 PSIG - - - - - ---- WGDECAYTANKPRESSURES 0 PSIG20 PSIG0 PSIG i CFT-fA CFT-1B ---------- ---------- ---------- lA IB IC LPIFLOW 9 GPM 0 GPM BLEEDTANKLEVEL 60 %40 %40 %< DH-V4A DH-V4B RCB-TIA TIB TIC WMWLEVEL 5.520365FT BWSTLEVEL 56.22 FT - - - - - - - - - EVAP COND. TANK LEVEL 0 FT 3 FT DIESELGEN. STATUS (IA) STBY (IB) IIA TIB AUXBLDG.SUMPLEVEL 234.1561% EMERG. FED FLOW (GPM) 0 (A) 0 (B) Al(i)-62
1 i ECC/TSC/E0F/PTFCINFORMATION(PLANTSTATUS-0PERATIONILINE) ANNUAL EFRCI!E 1
= . - - =-------------------
WEEK 0F1I/19/87 NOTE: THIf DATA 13 rYPICALLY IN THE IME FORM Af 0N IFE CRT WHERE IT IS NORXALLY DI! PLAYED. I. REACTI/ITY CONTROL IIME 2240 T:319 (CLOCK) (ICENARIO) NEUTRGNFLUX -1 CPI 11.0000 AMPS -0.0475782 % BORONCONCENTRATION 69.911 PPM (NI-lLOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) CRDPOSITION(%@) 0 0 0 0 0 0 . 6.00 26.00 GEN.MW 0.00 . (GP1) (GP2) (GP3) (GP4) (GP 5) (GP6) (GP 7) (GP 8) ' II. COOLING RCS A. LOOP B. LOOP IECONDARYPLANT A. LOOP B. LOOP i TH(WR) 576.4 F 574.3 F OTIGLEVEL(WR) . 34 IN 34 . IN ! TC(WR) 575.7 F 490.9 F OTIGLEVEL(0P) 6 .% 6 %
]
g 4
-RCFLOW(LBM/HR) 0 E6 0 E6 OT!GPRE!!. 18.5 PSIG 136.4 P!!G RCPRE!!URE 1233.1 PSIG FEEDFLOW(LBM/HR) 0.0 E6 0.0 . E6
-j PREi!URIZERLEVEL 0 IN IHELL TEMP. 463.3 F 474.5 F COGENJATETANKLEVEL 6.67 FT 3.66 FT J RCPUMPOPERATION(ON)
( MAINCONDENSERPRESIURE 29.2 . IN HG - 1 PRIR HEATERS OPERABLE (YES/N0) YES TURBINE BYPA!! VALVE PO!! TION 0.0 % 0.0 % . ; DEGREESSUB-COOLING (INCORE) -186 F 'A' 'B' l CONTAINMENT i 5HIGHEITCORETHERMOCOUPLE 756 F CL CL CL CL PURGEVALVEPO!! TION AH-VIA . VlB VtC V1D MAKEUPFLOWINTORCI 0.0GPM CONTAINMENT 2 CONCENTRATION 1.9589 % RBLDG, TEMP / PRESS. 217.6 F/ 37.84 PSIA LETDOWNFLOW00TOFRCS 0.00GPM - --- - BLDG.IPRAYFLOW LOW GPM LOW GPM - l rAKEUPTANKLEVEL 79.59IN BI-PIA Bf-PIB RBFAN3 OPERATION ON OFF CN SAFETYSYSTEMS --- --- - - - - - - 1A IB 10 HPI FLOW 9 GPM 0 GPN 266.998 GPM 267.0028 GPM RB WATER LEVEL 90.3 IN 39.1 IN Ii6A) (168) (160) (16D) SUMP FLOOD RADWASTE SYSTEM CFT LEVEL /PRESI 13.04 FT/ 610.1 PSIG 13.04FT/ 609.7 PSIG - - ------- WG DECAY TMK PRESSURES 0 PSIG20 PSIG0 PSIG CFT-IA CFT-1B IA IB IC LPIFLOW 9 GPM 0 GPM BLEEDTANKLEVEL 60 %40 % 40 % DH-V4A DH-V4B RCB-TIA TIB TIC WMW LEVEL 5.520365FT BWSTLEVEL 56.22 FT - - - - - - - - - EVAPCOND.TANKLEVEL 0 FT 3 '.FT.. DIESELGEN.STATUI (iA) STBY (IB) TIA TIB AUXBLDG.SUMPLEVEL 239.9388% EriERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-63 l U------_.--. - - - - - - - - - - - - _ . - - - - - - - - - . _ - - - - - - _ - - _ _ - . _ _ _ - - . - . - - - - - - - - . -
l ECC/TSC/E0F/PTFCINFORMATION(PLANTITATUS-0PERATIONSLINE)
......... ._ ..... . ...........................-. WUA(EVC{(
;En , w a NOTE: TH!! !ATA II TYPICALLY IN THE IME F0M AI 0N THE UT, GEPE II !! v:NALLY 2!!: LAYED.
I.REACTIVITYCONTROL IDE .... 235----.--.------- -------i: ~ M l (CLOCX) tCIMRIO)
'NEUTRQNFLUX -1 CPI -11.6000 AMPS -0.0475782 !
-(NI-ILOGCOUNT) (NI-3LOGAMP) (NI-5 POWER)
BORONCONCENTRATION 69.911 PFM f 4 ' CRDPOSITION(IWD) 0 0 0 0 0 0 0.00' 26.00 GEN. MW -0.00 (GP1) (GP 2) (GP3) .(GP 4) (GP5) -(GP6) (GP 7) (GP8) II. COOLING
~ -
RC3 A. LOOP B. LOOP IECONDARYPLANT fA. LOOP B.' LOOP TH(WR) 659.1 F -579.3 F OTIG LEVEL (WR) . 43 IN 39 IN TC(WR) 537.0 F. 488.1 F OTIGLEVEL(0P) 6 % 6 I RCFLOW(LBM/M) 0 E6 0 E6 OTIG PREff. 17.0 PSIG 121.4 PSIG ! RC PRESSURE 1225.7 Pf!G FEEDFLOW(LBM/HR) 0.0 E6 0.0 E6. i _____.... ......... 1 PRES 3tRIZER LEVEL 0 IN SHELLTEMP. 462.7 F 474.2. F. j CONDENSATEIANKLEVEL 6.54.FT 3.60 FT RCPUMPOPERATION(ON) -------- --------- MAINCONDENIERPRESIURE 29.2 .IN HG j PRZRHEATER! OPERABLE (YES/N0)YES -------- TURBINEBYPAS!VALVEPOSITION 0.0 % 0.0 % DEGREESSUB-COOLING (INCORE) -120 F 'A' 'B' CONTAINMENT 5HIGHEITCORETHERMOCOUPLE 720 F - - - - - - - - - - CL CL CL CL PURGEVALVEPOSITION AH-VIA VIB . VIC Vl0 MAKEUPFLOWINTORCS 9.0 GPM CONTAIMENT H2 CONCENTRATION 1.9839 % R BG G. TEMP / PRESS. 211.6 F7 36.72 PSIA LETDOWNFLOWOUTOFRCJ 0.00GPM - BLDG.SPRAYFLOW LOW GPM LOW GPM MAKEUPTANKLEVEL 79.63IN BI-PIA. BI-PIB' RB'ANICPERATION F ON OFF ON IAFETYSYSTEM3 -------- -------- -------- IA IB IC HPI FLOW 0 GPM 0 GPM 266.998 GPM 267.0028 GPM RBWATERLEVEL 90.3 IN 45.6 IN (16A) (16B) (160) (16D) IUMP FLOOD RADWASTESYSTEM CFT LEVEL / PRESS 13.04 FT/ 610.2 PSIG 13.04FT/ 609.7 PSIG ----*--- ------ WGDECAYTANKPRE!!URES 0 PSIG20 PSIG 0 FIIG CFT-1A CFT-IB - - - - - - - - - - - - - - - - - - - - - - - - - - - - - iA IB IC LPIFLOW 6 GPM 0 GFM BLEED TMK LEVEL 60 . %40 %40 DH-V4A DH-V4B RCB-TIA TIB TIC WMWLE/EL 5.520365FT BWIILEVEL 56.13 FT ---------- EVAPCOND.TANKLEVEL 0 FT 3 FT DIESELGEN.STATUI (IA) STBY (IB) TIA ItB AUXBLK.IUMPLEVEL 239.9328% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-64
ECC/TfC/E0F/PffC INFORMATION (PLMI ITATUS-0PERAT!0NJ LINE)
........... .. ........................................... " .p. Es GNU.4
.~
", w.
r: 10TE: THIS NTA If ITPICALLY IN THE SME F0M Af :d TFE CRT. WECE IT !? nPMLLi :.S?'.t.yED. I. REACTIVITY CONIF0L l*E C U -# TLE ' SMMC NEUTRONFLUX -1 CPI -11.0000 MPS -0.032?298 %
....... .... ................ ....---..------- d,RONCCuCENTRAIl0N 69.711 rFM (NI-ILOGCOUNT) (NI-3 LOG MP) (NI-5 POWER) - - - - - - - - - - - -
~CRDPOSITION(%WD) 0 0. 0 0 0 0 0.00 26.00 GEN.MW: 0.00 (GP 1) (GP2) (GP3) (GP 4) (GP5) (GP6) (GP 7) (GP8)
!!. COOLING RCS A. LOOP B. LOOP IECONDARY PLANT : A. LOOP B. LOOP TH(WR) 631.7 F 612.2 F OTIGLEVEL(WR) 55 IN . 49 IN j 4
TC(WR) 499.3 F 481.2 F OTSGLEVEL(0P) 8' % 6 % RCFLOW(LBM/HR) -0 E6 0 E6 OTIGPRE!!. 48.3 PSIG' 95.0 PSIG' ! RCPREISURE 1195.1 PSIG FEEDFLOW(LBM/HR) 0.0 E6 0.0 E6 PREi!URIZERLEVEL 0 IN .SHELL~ TEMP. 454.1 F 473.7 F CONDENIATETANKLEVEL 6.39 FT 3.54 FT RCPUMPOPERA110N(ON) - - - - - - - MAINCONDENSERPRESSURE 29.2 IN HG' PRZRHEATERSOPERABLE(YES/N0)YES - - - - - - - - - - - - - TURBINE BYPAIS VALVE PO!! TION 0.0 % 0.0 % DEGREESIVB-COOLING (INCORE) -6.3 F 'A' 'B' 5HIGHESTCORETHERM0 COUPLE ----------- 529 F CL CL CL CL - PURGEVALVEPOSITION AH-VIA VfB VIC V10 MAKEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 2.0089 % R BLDC. TEMP / PRE!S. 205.9 F/ - 35.63 IIIA - LET f)0WN FLOW OUT OF RCS 0.00GPM ------------- =--- BLDG. SPRAY FLOW LOW GPM LOW GPM j MAKEUP TANK LEVEL 79.63IN BI-PIA BS-PIB l RBFANSOPERATION ON OFF ON SAFETYSYSTEMS lA iB 10 . HPI FLOW 6 GPM 0 GPM 2 0 .998 GPM 267.0028 GPM RB WATER LEVEL 90.3 IN 52.1 IN ! (16A) (168) (16C) (160) ! UMP FLOOD RADWASTE SYSTEM CFI LEVEL / PRESS 13.04 FT/ 610.4 P!IG 13.04FT/ 609.6 PSIG --------------- < WG DECAY TMK FRESIURES -0 PSIG20 PIIG0 PSIG CFT-1A CFT-1B - - - - - - - - - - - - - - - - - - - - - - - - - - - - iA IB IC LPIFLOW !,,, q[d !,,,,,,,,g[d FLEED IMK LEVEL 6!__,% 4!___,j 4!__j DH-V4A DH-V4B RCB-IIA TIB TIC WMWLEVEL 5.520365FT BWSTLEVEL 56.04 FT - - - - - - - - - EVAP COND. TANK LEVEL 0 FT 3 FT BIESELGEN.STATUI (IA) STBY (IB) TIA TIB l AUXBLDG.SUMPLEVEL' 239.9388% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) l Al(i)-65 1
)
/ECC/ffC/E0F/PTFCINFORMAf!0N(PLANTSTATUS-0PERAilCNSLINE) ANNUA EXERC!~ ..............- = - -=............---....~ ...---------- SEEK bF i0/1h/h NOTE: THIS NTA IS TYPICALLY IN TEE IME FCR9 AS ON THE CRT, SHERE :T !! HCR@LLY DI! PLAYED.'
_i l
!.REACTIVITYCCNTROL-
'IME 2255 I:3:5 j j
(CLOCX) (!CEWIO) n NEUTRONFLUX -1 CPS -11.0000 AMP 3 0.0549024 % BORONCONCENTRATION 69.911 PPM (NI-lLOGCOUNT) (NI-3LOGAMP) (NI-5f0WER) q CRDP03! TION (IWD) 0 0 0 0 0 0 0.00 26.00 GEN.MW 0.00 (GP1) (GP2) (GP3) (GP 4) (GP 5) (GP6) '(GP7) ( _GP8)'
!!. COOLING RC3 A. LOOP B. LOOP SECONDARYPLANT A. LOOP B. LOOP ~
TH(R) 641.9 F 577.8 F OTSG LEVEL (WR) 62 IN 48 IN TC(R) 498.7 F 476.0 F OT!G LEVEL (0P) 9 'I 7. Z' RC FLOW (LBM/}R) -0 E6 E6 OTSG PRESS. 46.2PSIG 64.3PSIG
.....____ __-9____.- .. . ...__
RCPRESIURE 1060.5 Pf!G FEEDFLOW(LBM/HR) 0.0 E6 0.0 E6 PRE!!URIZERLEVEL 0 IN SHELL TEMP.- 436.3 F 473.2 F l 9 , CONDENIATETANKLEVEL 6.30 FT 3.49 FT o l ' RCPUMPOPERATION(ON) ; MAIN CONDENSER PREISURE 29.2 INHG )
~
PRZRHEATER3 OPERABLE (YES/N0)YEI I TURBINEBYPAffVALVEPOSITION 0.0 1 0.0 I I DEGREEJ SUB-COOLING (INCORE) 12.0 F 'A' 'B' J
= - - -
CONTAINMENT 1' 5HIGHEITCORETHERM0 COUPLE 547 F CL CL CL CL PURGEVALVEPOSITION AH-VIA VlB VIC VlD MAXEUP FLOW INTO RCI 0.0GFM CONTAINMENT 2 CONCENTRATION 2.0339 I RBLOG. TEMP / PRESS. 200.3 F/ 34.74 P!IA LET DOWN FLOW OUT OF RCS 0.00GPM , BLDG.SPRAYFLOW LOW GPM LOV GPM. ,! MAKEUP TAM LEVEL 79.63 IN BS-PIA BI-PIB RBFAN! OPERATION ON OFF ON SAFETYSYSTEMS IA IB IC HPI FLOW 6 GPM 0 GPM 266.998 GPM 267.0028 GPM RBWATERLEVEL 90.3 IN 58.5 IN (16A) (16B) (160) (160) SUMP FLOCD RADWAITE SYSTEM CFT LEVEL / PRESS 13.04 FT/ 610.6 PIIG 13.04FT/ 609.6 PSIG --------------- WG DECAY TAE PRESSUREI O PSIG20 Pf!G0 PSIG CFT-1A CFT-1B -- - - - - - - - - - - - - - - - - - - - - - - IA IB IC LPIFLOW 6 GPM 1558.022GPM BLEEDTANKLEVEL 60 %40 % 40 % , DH-V4A DH-V4B RCB-TIA TIB TIC WMWLEVEL 5.520365FT BWITLEVEL 55.94 FT ---------- EVAP COND. TANX LEVEL 0 FT 3 FT DIEIELGEN.STATUI (IA) !TBY (IB) IIA TIB AUXBLDG.SUMPLEVEL 239.9388% i EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) ! Al(l)-66 o i l
1 ECC/ffC/E0F/PTFC '!NF0PMT10N iPLMT ....
..................................................__. STATUS-0PERATIONS.LINE)
ANNUALEXER EEX OF 10/ $7 l I NOTE: THIS DATA !! TVMCALLY IN THE IME FORM Af ON THE CRT. WERE IT II N0f5 ALLY DI! PLATED.-. L REACTIVITY CONTROL TIME 2300 T=330
........ .... .... ...= ........ .
NEUTRONFLUX -1 CPI . -11.0000 MPI -0.0378124 I I
. BORONCONCENTRATION !
69.911 PPM (NI-ILOGCOUNT) (NI-3 LOC MP) (NI-5 POWER) 1 1
-CRDPO!ITION(ZWD) 0 0 0 0 0 .
0 0.00 26.00 GEN.MW 0.00 (GP1) -(GP2)- (GP3) (GP4) (GP5) (GP6) (GP 7) (GP8) II. COOLING l RCf A. LOOP B. LOOP IECONDART PLMT A. LOOP B. LOOP. I i TH(WR) 562.0 F 524.1 F OTIGLEVEL(WR) 71 IN 56 IN i IC(WR) 485.6 F 476.3 F OTIGLEVEL(0P) 10 2 7. I 4 RC R0W (LBM/NR) 0 E6 0 E6 OTIGPREff. 52.8Pf!G 51.8Pf!G-1 RCPREffuRE 895.0 PIIG FEED R0W (LBM/HR) 0.0 E6 0.0 E6 . , PRE!!URIZERLEVEL .6 IN !HELLTEMP. 424.6 F 472.7 F l CONDENIATETANKLEVEL 6.18 FT 3.44 FT PRZR EATERS OPERABLE (YES/NO) YES TURBINEBYPAffVALVEPO!! TION 0.0 I 0.0 % DEGREE!SUB-COOLING (INCORE) -3.8 F 'A' 'B' CONTAINMENT 5HIGHESTCORETHERM0 COUPLE 542 F CL CL CL CL PURGEVALVEPO!! TION AH-VIA VIB VIC VfD MAKEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 2.0589 I- ' R BLDG. TEMP / PRE!!. 194.4 F/ 33.38 PflA- l; LETDOWNFLOWOUTOFRCf 0.00GPM BLDG.IPRAYFLOW LOW GPM LOW' GPM J 4 MAKEUP TMK LEVEL 79.63IN Bf-PIA- BJ-PIB ! RB FMI OPERATION ON OFF ON I SAFETYSYSTEMI q 1A - 1B iC' l HPI R0W 6 CPM 0 GPM 266.998 GPM 267.0028 GPM RBWATERLEVEL 90.3 IN 64.9 IN l
.- .. __........._ ___......__. .....___.... .. ..._____ y (16A) (16B) (160) (16D) SUMP FLOOD H RADWAITESYSTEM l CFT LEVEL /PREff 13.04 FT/ 610.8 PSIG 13.04FT/ 609.6 PSIG WGDECAYTANKPRE!!URES 9 PSIG20 Pf!G0 Pf!G ll CFT-fA CFT-la IA IB IC LPI R0W 0 GPM 1355.341GPM BLEED TANK LEVEL 60 40 . % 40 %
DH-V4A DH-V4B RCBTiA TiB TIC WMWLEVEL 5.520365F l DWIILEVEL 55.84 FT < EVAPCOND.TANKLEVEL 0
~
FT 3 FT BIESELGEN.ITATUI (IA) ITBY (lB) TIA TIB AUX BLDG. SUMP LEVEL 239.9388% EMERG. FEED R0W (GPM) 0 (A) 0 (B) Al(l)-67 l
l l ECC/ TIC / EOF /PTFC INFORMATION @lANT STATUS-0PERATIONI LI E)
..________ =..................--....__..........--.--- ,ANNUALEMsC@W 4ExQF t NOTE: TH!! 0ATA !! TYFICAL'_f IN PE ME FORG Af Od THi CRT, WHERE IT If NORMALLY DISPLAYEL j
I.REACTIVITYCCNTROL TIME 2335 i: 335 (CLOCX) (ICENARIO) - l NEUTRONFLUX -1 CPS -11.0000 MPI -0.05001964 - % l l BOROMCONCENTRATION 69.911 PFM (NI-lLOGCOUNT) (NI-3LOGAMP) (NI-5 POWER)- - - - - - - - - - - - - - - CRDPO!! TION (%D) 0 0 0 0 0 0 0.M 26.00 GEN. W 'O.00 i (GP1) (GP2) (GP3)- (GP 4)~ (GP5). (GP6)' (GP 7) (GP8) II. COOLING i' RCS A. LOOP B. LOOP IECONDARYPLANT A. LOOP B. LOOP-TH(WR) 518.7 F 511.9 F OTSGLEVEL(WR) 84 IN 77 IN TC(WR) 473.2 F 459.9 F OTIG LEVEL (0P). 13 I 11 % 3 E FLOW (LBM/)R) 0 E6 0 E6 OTIGPRE!!. 82.5PSIG 45.7PSIG j RC PREfflRE 700.7 PSIG FEEDFLOW(LBM/HR) 0.0 E6 0.0 E6 i , PREfflRIZER LEVEL 0 IN SHELLTEMP. 414.7 F 451.3 F l l C00ENSATETANKLEVEL 6.04 FT 3.38 FT j l RCPUMPOPERATION(ON) MAINCONKNSERPRESSURE 29.3 INHG PRZR HEATERI OPERABLE (YES/NO) YE! TURBINEBYPASIVALVEPOSITION 0.0 I 0.0 % DEGREESSUB-COOLING (INCORE) -5.9 F 'A' 'B' CONTAINMENT 5HIGHEITCORETHERMOCOUPLE 521 F CL CL CL CL PURGEVALVEPOSITION AH-VIA - VIB VIC V1D MAKEUPFLOWINTORCS 6.0GPM CONTAINMENT 2 CONCENTRATION 2.0839 % RBLDG. TEMP / PRESS. 185.3 F/ 31.60 PSIA LETDOWNFLOWOUTOFRCf .0.00GPM . BLDG.SPRAYFLOW LOW GPM LOW GPM MAKEUPTANKLEVEL 79.63IN Bi-PIA BS-PIB RBFAN! OPERATION ON OFF ON SAFETYSYSTEMS -------- -------- -------- lA IB iC HPI FLOW 0 GPM 0 GPM 266.998 GPM 267.0028 GPM RBWATERLEVEL 90.3 IN 71.4 IN (16A) (16B) (16C) (160) SUMP FLOOD RADWAITESYSTEM CFT LEVEL /FRESS 13.04 FT/ 610.9 PSIG 13.04FT/ 609.6 PSIG ------=== WGDECAYTANKPRESSURES 0 PSIG20 PSIG0 PSIG CFT-IA CFT-1B ---------- ----- ---------- 1A IB LPIFLOW 6 GPM 1355.341GPM BLEEDTANKLEVEL 60 %40 % 49 IC' % DH-V4A DH-V4B RCB-TIA TIB TIC WMWLEVEL 5.520345FT BWIILEVEL 55.64 FT ---------- EVAP COND. TANK LEVEL 0 FT 3 FT DIESELGEN.STATUI (IA) STBY (IB) TIA TIB AUX BLDG. SUMP LEVEL 239.9388% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al(l)-68 h
EXE
' .ECC/TfC/E0F/PTFC
............__..................INFORMATION
........... ......_____ @LANT STATUf-0PERATIONS LINE)
A%NUA(7M'RC'he g3 20TEt THIS DATA IS TYPICALLY IN T K SAGE FORG A3 0% THE CRT, WHERE IT II NORnALLY DI! PLAYED. I. PEACTIVITY CONTROL IIME-'2319-7: N -.. NEUTRONFLUX -1 CPI -11.0H0 AMP 3 -0.0329298 %
-BORONCONCENTRATION 49.911- PPM ~
(NI-ILOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) . - - - - - - - - - - - - - - - CRDPOSITION(ZWB) 0 0 0 0 0 0..... 0.M : - ......- 26.M GEN.PW 0.00 (GP1) (GP2) (GP 3)- (GP 4) -(GP5) (GP6) (GP7)- (GP8) i!. COOLING RCS A. LOOP B. LOOP ~SECONMRYPLANT A. LOOP. 'B. LOOP TH(W) 497.1 F 48 F OTIGLEVEL(WR) 97 IN ~
...__ __.4.8 . . . . _ _ _ . . . . . . _ ' . .88 _IN TC(WR) 458.1 F 453.6 F OTIGLEVEL(0P) 14 1 12 I RCFLOW(LBM/m) 0 E6 0 E6 OTIGPREff. 93.3PSIG 46.2PSIG RCPREffuRE 525.8 PSIG FEEDFLOW(LBM/m) 0.0 E6 0.0 - E6 PREI!URIZERLEVEL 0 IN SHELLTEMP.
. __ 407.7 F '_437.5 1F-CONENSATETANKLEVEL 5.90.FT 3.31 FT '
RCPUMPOPERATION(ON) - - - - - - - - - - - - - - - - MAINCONDEN3ERPREffuRE L29.3 INHG PRZRHEATERSOPERABLE(YE!/NO)YES ------------- TURBIE BYPAff VALVE POSITION 0.0 I 0.0 I DEGREESSUB-COOLING (INCORE) 0.0 F 'A' 'B' CONTAINMENT 5HIGHEITCORETHERM0 COUPLE 499 F CL CL = CL CL PURGEVALVEPO!!IION AH-VIA VIB VIC VfD MAKEUPFLOWINTORCS 0.0GPM CONTAINMENT 2 CONCENTRATION 2.1089 % ' i RBLDG.' TEMP / PRESS. -176.2 F/ 29.89 PSIA ] LETDOWNFLOWOUTOFRCI 0.M GPM - - - - - - - - - - - - - - . . - - - - - - - BLDG.IPRAYFLOW LOW GPM LOW GPM-MAKEUP TANK LEVEL 79.63IN BS-PIA BI-PIB RBFANSOPERATION ON OFF ON SAFETY!YSTEMS lA IB IC HPl FLOW 6 GPM 0 GPM 266.998 GPM 267. M 28 GPM RBWATERLEVEL- 90.3 IN 77.9 IN (16A) (168) (160) (16D) SUMP FLC00 RADWASTESYSTEM CFT LEVEL / PRES! 13.04 FT/ 611.1 PSIG 13.04FT/ 609.6 PSIG --------------- WGDECAYTANKPRESSURES 9 Pf!G20 PSIG0 PSIG CFT-IA CFT-IB ---------- ---------- ------.--- IA 1B IC LPIFLOW 0 GPM 1355.341GPM BLEED TAitK LEVEL 60 % 40 1 %4 % DH-V4A DH-V4B RCB-TIA IIB TIC l WMWLEVEL- 5.520365FI BWJTLEVEL 55.19 FT - - - - EVAP COND. TANK LEVEL 0 FT ___....... 3.....FT ... DIESELGEN. STATUS (IA) STBY (IB) TIA . TIB AUXBLDG.SUHPLEVEL 237.9388 %
~ ~ ~ ~ ~
EMERG.FEEDFLOW(CPM) 0 (A) 0 (B) Al(l)-69 l l
.]
1 _$ h
- - - - - x a
-- ~
o ECC/ TIC / EOF /PffCINFORMATION(PLANTffATU54fERAT!0NILINE)-
................__.........~...--..-..-------+----- .
' ML%tf , p(EK fEX Cin' E, NOTE: THIS DATA If TYPICALLY ILTHE JAME F0M AI CN THE CRT, 4GE IT II KMLLt MIPLATED..
yf ; I.REACTIVITYCONTROL frAE :31! ;I:345 I (CLOCK) (;CEnAEIO) NEUTRONFLUX -1 CPI -11.0000 AMPS -0.9378126 % j BORONCONCENTRATION- 69M JFMi- i (NI-lLOGCOUNT) (NI-3LOGAMP) (NI-5 POWER) ' ' , ' -
)
CRDPO!! TION (IWD) 0 0 0 ,3 0 0 0.00 26.00 GEN.MW 3.to ! (GP1) (GP 2) (GP3) .(GP 4) -(GP5) (GP6) (GP7) (GP8) II. COOLING RCI A. LOOP- B. LOOP SECONDARYPLANT.. A. LOOP B. LOOP .
~
1 TH(WR) 462.2 f 457.0 F OTIGLEVEL.(WR) 109 .IN 95 'IN TC(WR) 444.9 F- 444.8 F GTIG LEVEL W ) 17 .I 14 % RCFLOW(LBM/lR) 0 E6 0- E6 OTSGPREIS.: 100.8PSIG 41.8PSIG j i RCPRE!!QE 394.3 PSIG FEED FLO9 (l.8 MAR) 0.0 E6 0.0 E6 j PRE!!URIZERLEVEL 0 IN- , SHELLTEMP. 401.4 F 424.4 F-l CONDENIATETANKLEVQ.~ 5.76 FI 3.24 FT RC PUMP OPERATIM (M) ------- - - - - - - MAIN CONDEi!!ER PRESSURE 49.3 INHG PRZRHEATERIOPERABLE(YES/NO)YES - - - - - - - - - TURBINE BYPA!! WiLVE PGIIIION 0.0 % 0.0 % l DEGREE!IUB-COOLINGGNCORE) 6.6 F 'A' 'B' CONTAINMENT 5HIGHEITCORETHERM0 COUPLE 477 F ----------- CL CL CL CL . PURGEVALVEPOSITION AH-VIA . YlB VIC VfD MAKEUPFLOWINTORC3 0.0GPM CONTAINMENT 2 CONCENTRATION '. 2.1339 I. 3 .. _ . LETDOWNFLOWOUTOFRC3 0.00GPM BLDG. SPRAY FLOW- LOW. GPM. LOW GPM MAKEUPTANKLEVEL 79.63IN RBFANSOPERATION ON Bf.jla;DFT Bf-Pl? ' Di' ' SAFETYSYSTEMS 1A iB. IC HPI FLOW 9 GPM 0 GPM266,998-GPM267.0028GPM R3 WATER LEVEL 90.3 IN 84.4 IN (16A) (168) (16C) (160) SUMP FL90D RAWAITE FY CFT LEVEL / PRESS 11.07 FT/ 461.9 PSIG li.38FT/ 462.7 Pf!G ----------STEM ---
.................... ................ ..- Ws DECAY T M PRE 3;L7tsh ,i CFT-1A PSIG20 PSIG0 f!!G CFT-1B A -- =--- ---------- ---------- !
LPIFLOW lA IB . 10 9 GPM 1355.341GPM BLEED TAM LE E. .<4 % 40 %40 %- _<a DH44A Dii-Y48 4C -TI A ' TjB . tic WMWLEVEL 5.52036! T> BWJTLEVEL 54.72 FT - - - - - - - - - EVAPCOND.TANXLEVEL 0 FT 3 FT DIESELGEN. STATUS (IA) ITBf (IB) TI A - IIB ; AUX BLDG. SUMP LEVEL 239.9388% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) AlH)-70 i l ! __ _-___- _ _ c
a q 1 ECC/fiC/Eur/PrFCINFORMATION'(PLANTSTATUf-0PERAT!0NJLINE.) E , ANNUAL DiRC r d dEEXOF15/i'd["57<l j NOTE: THIS DATA !! TYPICALLY.IN THE SAsE FORN AS ON THE CRT, dHERE If !! HORGALLY DI! PLAYED. -.
- IIAE 23 1 IE350'-
, IMEACTI.NkCCNIROL
....... .___......- ------------- - - - -.- ~ .-----
d (CLOCX). !!CENARI0F 1 NEUTRON RUX -1 CPI -11.0H0 MPS-- -0.0378126- % , H BORONCONCENTRATION: 69.911.
- - - - - - - ~ ~ '
.FPM mJ
-(NI-ILOGCOUNT)- (NI-3LOGAMP)- -(NI-5 POWER) o1 CRDPOSITION(IW) 0 0- 6. 0 0' 0 0;00 ; '26.00 GEN.MW 0.00 J (GPI) (GP2) (GP3) (GP4) (GP 5)i . (GP 6)4 - (GP 7) : -(GP 8)~.
I!. COOLING RCS A. LOOP B. LOOP SECONDARTPLANT A. LOOP. .B. LOOP q TH(WR) 454.1 F 429.2 F OTIGLEVEL(R) 125L.IN- 107 IN - 1
- 1 TC(R) 444.4 F 442.3 F I1 18 -' I:
k RC R0W (LBM/lR) 0 E6 0 OTIGLEVEL(0P) OTIG PRESI.
-21 80.4PSIG: ____.. 51.2PIIG.
]
3
... . . . . . .E6. . .
--. ' 1 J
RCPRE!!URE 316.5 PSIG 4 FEED R0lf (LBM/)R) e 0.0 E6 0.0 E6 l
. . , ........ 1 PREJ3tRIZER LEVEL 0 IN <
SHELLTE!F.- 395.4 F F 1
..___ 412.8 :___ _ .f J C0X'KNSATE TANK LEVEL ' 5.63 FT 3.18;FT +l '
RCPUMPOPERATION(ON) liAIN CONDENIER PREfflRE 29.3- . IN HG : PRZRHEATER! OPERA 3tE(YE!/NO)YEJ - - - - - - - - - - - Td3INE BYPAff VALVE POSITION 0.0 4 %: 0.0 ' % i DEGREESSUB-COOLING (INCORE) 4.9- F , A' ' 'B'~ CONTAINMENT 5HIGHEITCORETHERMOCOUPLE 457 F CL CL : CL - - CL - PURGE VALVE POIITION.' AH-VIA ' Vf B : VIC VfD . . MAKEUP RO&i INTO RCI 0.0 GPM . CONTAINMENT 2 CONCENTRATION' 2.1589 % RBLDG. TEMP / PRESS. 159.5 ~F/ 26.84 PSIA ; LET DOWN R0W OUT OF RCS 0.00GPM' BLDC. IPRAY FLOWL LOW. GPM- LOW GPM i MAKEUPTANXLEVEL 79.63IN BI-PIA' BI-PIB RBFANIOPERATION ON . OFF ON - S 3AFETYSYSTEMS -------- -------- -------- - 2 IA - 1B 10 ' ilPI FLOW 6 GPfl 61 GPM 146,998 GPM 267.0028 GPM RB WATER LEVEL 90.3 IN 90.8 . IN : t s y (16A) (16B)' (160) (16D)- SUMP. ROOD RADWASTESYSTEM-CFTLEVEL/ PRE!! 8.78 FT/ 3$0.1.93!G ' 9.28FT/ 350.1 .-- gPSIG g g p CFT-IA CFT-1B 1A: IB, iC . LPI R0W 6 GPM 1355.34fGPM BLEED TANK LEVEL 60 % 40 - %40 ' 'C DH-V4A DH-Y4! RCB-TIA TiB TIC t WMWLEVEL 5.520345FT
'BWITLEVEL 54.27 F1 ---------- . .-
EVAPCOND.TANKLEVEL .0 3- FT
- FT K SIESELGEN.STATU! (IA) STBY (IB) TiA TIB 'i a AUXBLDG.SUMPLEVEL 239.9388%
EMERG. FEED R0W (GPM) 0 (A)- 0 -(B) Al(l)-71 .
,p
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l I.REACTIVITYCCNTR(1 TIME 2325 . Te 355
'(CLOCK) (SCENARIO)
NEUIRONFLUX -1 . CPS -il .0M6 AMPS -0.0373126 % ( BORONCONCENTRATION 69.911 PPM l (N!+ 1i COUNTh (NI-3LOGAMP) (NI-5 POWER) 1 CRDPO!!TV3(ZWD)[4 , 6 0 0 6 0 0.M 26.M GEN.NW- 6.H ' , JGP 1) (GP 2) (GP3) GT4) (GP5) (GP6) .(GP7) (GP8) 1 II.C00LI4
- - - - RCf A. LOOP B. LOOP 3ECONDARTPLANT- A. LOOP. B. LOOP
.TH(L*t) 468.9 F .442.3 F OTIGI.IVIL(WR) .-138 - IN 125 IN j TC(SR) , 415.9 F. 416.9 F 0)!GLEVEL(0P) ' ' 24 , 1 1%,2/,1 )
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RCFLOW(LBUHR) 4 . E6. j' 0 E6: GT!0 PRES!. . 69&PIIG-Mj8 iMG
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t RC PRE!fuRE ,. , . 251.2 J f!G g FEEDFLOW(LBM/HR) 0.0 E6' tg .9 g ' ' ,
. PRG1URIZER LEVEL 9 IN !HELLTEHP. 388.8 F .49te Fe )
9.. l 5 ' .-, ; C0 0ENIATE TAM LEVEL 5.56 FT 3!11 FT i
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RC P'aiP 0FIRATKtt (00 2 6 . I 4 MAINCONDEMIERPREIME - 29.3 'INHG 1 PRZRBTERSOPENTI(YES/NO}YEI' t r l TURBINE BYPMS VW PCIIIION 0.0 I 6.631 j DEGRFI!f!iB,-COOLIE (INCORE) d49 / F r
'A' 'B 1
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1 5HIGKJiCORETHERMOCOUPLE 429.Y- F ' T CL CL o CL ' CL ! m- , 7VRGE VALVE P03ITION AH-VIA ' Vl3 . VIC VfD .l MAKEUPFLOWINTORCf 6.0GPM
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,1 CONTAINMENT 2 CONCENTRATION. 2.1839 .! )
l l, RBLDG. TEMP /PREfL' 152.0 F/ 21.45 PflA LET003FLOWOUTOf9d- odeGPM
------ >' (BLDG,SPRArfl0W s LOW GPM LOW GPM a
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, + t HAM? TANK LEVEL 79.63IN BJ-PIA B3-PIB
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1A IB 1C-HPI FLOW 6 GPM 0 GPM 266.998 CPM 267. M28 GPM ' RB idifR LEVF!v o 99.3 IN 97.3 ' .IN 4 (16A) (
, 169) (16C) (16D) SUMP FLOOD '
R50sAITESYSTEM ' CFE LEYMRESS 6.57 FT/ 299.4 PSIG 7.02T/ 299.3 PIR
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EVAP ( 2 . TAM LEVEL 9- FT 3 FT s , g w DIESEL GEN.JTATM (IA) 319Y (IB) TiA TIB L --
, ,. AUT.Bl.DG.ILMPLEVEL 239.9388% I
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r I.1EACTIVITY CCNTML IIME 2330= . I: 360 (CLOCX) (;CENAR10) NEUTRON RUX -1 CPI -11.0999 ' AMPS- -0.9378126' !' BORONCONCENTRATION 69.911 PPM - (NI-ILCGCOUNT) '(NI-3 LOG MP) (NI-5 POWER) - - - - - - - - - - - - - CRaPOSI1 ION (ZW) 9 9 '9 9 9 0 . 0.99 ' . 26.M -GEN.MW 9.99 (GP!) (GP2) (GP3) (GP4) (GP5) (GP6)- (GP7) (GP8)
- 11. COOLING ,
RCS A. LOOP 3. LOOP- SECONBARY PLMT A. LOOP 3. LOOP -1 TH(WR) 375.4 F 374.5 F OTfG LE E (R) . 155 IN 149 IN TC(R) 373.5 F J77.8 F OTSG LE E (0P)
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RCPRESIURE 178.9 P!IG FEED R0W (LBM/R) 9,9 ' E6 0.9 E6 - PREfSIRIZER LEVEL 9 IN SHELL TEF. 380.2 F
....__....'. 395.0'_F-CONENSATE TM LEE 5.36~FT 3.94 FT RC PUMF OPERATION (ON)'
MAINCOWEN!ERPRE!!!RE 29.3 INHG 4 PRZRHEATERIOPERABLE(YEI/NO)YEI 1 I' TURBIE BfPA!! YALVE POSITION 9.6 9.6 I DEGREEISUB-COOLING (INCORE) 12.9 F 'A' -'B CONTAINMENT 5HIGHEITCORETHERM0 COUPLE 428 F CL CL CL . CL PURGEVALVEPO!! TION AH-VIA VfB. VIC VIP MAKEUP R0W INTO RCS 9.9GPM CONTAINMENT 2 CONCENTRATION 2.2989 % RBLDG. TEMP / PRE!I. 115.1 F/ 18.97 PIIA LET DOWN R0W OUT OF RCI 9.99GPM - - - - - - - - - - - - - l
---------: BLE SPRAf FLOW GPM - LOW LOW GPri CAKEUP T M LEVEL 79.63IN BS-PIA B3-PIB RB FMS OPERATI0N - ON OFF ON -
SAFETYSYITEMJ IA 18 iC HPI ROV 0 GPM 9 GPM 266.998 GPM 267.9928 GPM RBWATERLEVEL ' 99.3 IN - 194 IN - 4 (16A) (16B) (16C) (160) LIUMP TLOOD RADWAITEITSTEM CFTLEVEL/PREff 2.?? FT/ 227.2 PIIG 3.54FT/227.1Pf!G -------- - ---- PSIG29 'PSIG9
.WG DECAY T M PRESSURES 9 PIIG CFT-1A CFT-IB - - - - - - - - - - - - -
IA fB IC LPI R0W 9 GPM- 1355.341.GPM BLEED I N LEVEL 69 %40 %49 1 DH-V4A DH-V4B RCB-TIA TIB - tic WMWLEVEL 5.529365FT BWITLEVEL 53.35 FT ---------- EVAP C0 6. T M LEVEL 9 63 .......... FT
.DIESELGEN. STATUS (IA) STBY (tB) TIA ~TIB AUX R DG. SUMP LEVEL 239.9388%
P EMERG. FEED R0W (GPM) 9 (A) 9- (B) .A .... ...... --
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I. REACTIVITY CCNTROL IDE 2335 T-155 (CLOCXi CCENARIG) NEUTRONFLUX -1 CPS -11.0000 AMPS -0.0549024 .% BORONCONCENTRATION 49.911 . FFM , (NI-lLDGCOUNT) (NI-3 LOG AMP) (NI-5 POWER). --------------- j CRDPO!! TION (!WB) 0 0 0 0 0- 0 0.00 26.00 : GEN lMW 0.00 (GP1) (GP2) (GP3) (GP 4) (GP5) (GP6) (GP7) -(GP8)' E COOLING RCI A. LOOP B. LOOP SECONDARYPLANT. A. LOOP' B. LOOP' TH(WR) 365.5 F 375.2 F. OTIGLEVEL(R) 165 IN' .155 , IN . " TC(R) 344.8 F 376.5 F OTIGLEVEL(0P) 36 I 31 %
. . j RCFLOW(LBn/M) 0 E6 0 E6 OTIG PRESS. 49.1 PAIG 33.3 PSIG RCPREIJURE 165.0 PSIG FEED FLOW (LBM/HR) . 0.0 ' E6 0.0 E6 PRE!!URIZERLEVEL 0 IN SHELLTEMP. 372.2 F -383.5 .F.
CONDEMSATE IANK LEVEL 2.97 FT RCPUMPOPERATION10N) 5J3FT, _, ,, , MAINCONDENIERPRESSURE 29.4--INHG. PRZRHEATERSOPERAILE(YE!/N0)YE! ~ ~ ~ ~ ~ ' TURBINE BYPASS VALVE POSITION 0.0 I' O.0 1-DEGREESSUB-COOLING (INCORE) 2.9 F 'A' 'B' : CONTAINMENT. 5 HIGEIT C(RE THERM 000lPLE 412 F - - - - - - - CL CL CL 'CL
---- - --- PURGE VALVE PO!! TION. AH-VIA , VII ~ VIC VlD .
MAKEUPFLOWINTORCS 6.0GPM CONTAINMENT 2 CONCENTRATION' 2.2339 % LET DOWN FLOW OUT OF RC3 0.00GPM BLDG.SPRAYFLOW' LOW GPM. LOW- GFM MAKEUPTANKLEVEL 79.43Iti
. RBFANIOPERATION ON OFF ON 3FETY H REMS -------- ------- - --- ---
IA 1B iC HPI FLOW 6 GPM 0 GPM 264.998 GPM 267.0028 GPM RBWATERLEVEL 90.3 IN ile IN (16A) (168) (160) (160) SUMP FLOOD RADWASTE CFTLEVEL/ PRESS 1.33 FT/ 205.6 PSIG 1.82FT/205.5PSIG - g- SYSTEM -- CFT-fA CFT-IB --------------------------- 4 LPIFLOW 9 (A iB- iC GPM 1355.341GPM BLEEDTANKLEVEL 60 ' %40 %40 % DH-V4A DH-V4B RCB-TIA TIB TIC BWITLEVEL WMWLEVEL 5.520345Fi 52.90 FT ------- - - EVAP COND. TANK l.EVEL 0~ FT 3 FT DIESELGEN. STATUS (IA) STBY (IB) TI A - TIB-AUXBLDG.SUMPLEVEL 239.9388I EMERG.FEEDFLOW(GPtt) 0 (A) 0 -(B) Al(l)-74 _ 1
I ECC/ TIC /E0F/PTFC INFORMAT10N (PLANT STATUS-0PFMTIONI LlNES , 3 RCII WEEK /19/ 7 NOTE: THIS DATA If TYPICALLY P THE JAME FORD Af 00 THE CRT. 'HERE IT 15 NORMALLY DISPLAYED. I.REACTIVITYCONTROL TIME'2340 T:3T0 (CLOCK) (ICENARIO) l NEUTRON RUX -1 CPS -11.0000 AMPI -0.0378126 % B0RON CONCENTRATION 69.91i FFM (NI-ILOGCOUNT) (NI-3LOGAMP) (N!-5 POWER) CRDPOSITION(!WI) 0 0 0 0 0 0 'O.00 26.00 GEN.MW 0.00 - l (GP1) (GP2) (GP3) (GP4) (GP5) (GP 6) (GP7) (GP8) I
'II. COOLING 1 RCS A.LJ0P B. LOOP IECONDARYPLANT A. LOOP 3. LOOP TH(E) 355.5 F 366.5 F OTIGLEVEL(WR) 182 IN 176 IN l i
TC(2) 348.4 F 381.1 F OTIGLEVEL(0P) 39 2. 38 % j 3 RC R0W (LBM/HR) 0 E6 -0 E6 OT!G PREff. 40.6PSIG 34.7 PSIG ; I RCPRESSURE 134.9 PSIG FEED R0W (LBM/HR) 0.0 E6 0.0 E6 - J l PREffURIZERLEVEL 0 IN SHELL TEMP. 363.5 F 372.5 F i CONDENIATETANKLEVEL 5.10 FT 2.90 FT RC PU F OPERATION (ON) 4 MAINCONDENIERPRESIURE 29.4' IRHG J PRZR E ATERS OPERABLE (YES/N0) iES i TURBINEBYPASSVALVEPOSITION 0.0 I 2- 1
.. . '.O.0
. 1 DEEREESSUB-COOLING (INCORE) 6.1 F A' 'B' i 5HIGHEITCORETHERM0 COUPLE 400 F CONTAINMENT CL CL CL . CL j
1 PURGEVALVEPOSITION AH-VfA VfB VI C . VlD ; 3 MAKEUPFLOWINTORCf 0.0GPM CONTAINMENT 2 CONCENTRATION 2.2587 I
'd LET DOWN R0W DUT OF RCS 3.00GPM BLDG. SPRAT R0W LOW GPM LOW TJM
...._ . . .. I GAKEUP TANK LEVEL 79.63IN BS-P1A SI-PIB '
l RBFANIOPERATION ON OFF l ON IAFETYJYJTEMJ -- -------- -------- 1 94 gg gg HPI FLOW 9 GPM 0 GPM 266,998 GPfl 267.0028 GPM R3WATERLEVEL 90.3 IN Il7 IN
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(16A) (163) (160) (14D) FLOG SUMP ! JDWASTESYSTEH .! CFTLEVEL/PREIS 6.00 FT/190.0 PSIG 0.4ffi/189.5PSIG WG DECAY TMXMESIUREI 0 FSIC20 PSIG0 PSIG~ ( CFT-fA CFT-1B ---------- ---------- ---------- l 1A IB IC 1 LPI R0W 9 GPM f355.341GPM PLEED TMX LEVEL 60 % 40 % 40 t j 4 DH-Y4A DH-Y4B RCB-TiA TIB tic ' WN LEVEL 5.520345FT 4 BWITLEVEL 52.43 FT ..
- - - - - - - - 1 EVAPCOND.TANXLEVEL 0 FT 3 FT 'i \
81EfEL GEN. ! TANS (IA) STBY. (18) ItA IIB
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AUX 3LDG. SUMP LEVEL 239.9388I EMERG. FEE) R0W (6PM) 0 (A) 0 (B) A1(f)-75 4
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