ML19325D859
| ML19325D859 | |
| Person / Time | |
|---|---|
| Site: | Three Mile Island  |
| Issue date: | 10/17/1989 |
| From: | GENERAL PUBLIC UTILITIES CORP. |
| To: | |
| References | |
| NUDOCS 8910270074 | |
| Download: ML19325D859 (800) | |
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, ANNUAL EXERCISE 10/17/89 I TABLE OF CONTENTS l
l Topic IAR EAQI i
1 Table of Contents......................... (White) i i
l l ' Glossary / Abbreviations.................... (Gray) 1.1 to 1.3 ERF Directions...*......................... (Gray) 2.1 to 2.8 l Observer Assignments...................... (Brown) '3.1 to 3.3 1
Objectives................................ (Brown) 4.1 to 4.5 J Scope..................................... (Brown) 5.1 to 5.3 Initial Conditions........................ (Brown) 6.1 Sequence of Major Events.................. (Brown) 7.1 to 7.5 ;
. Exerciso Guide............................ (Brown) 8.1 to 8.10 l
Observer Instructions..................... (Yellow) 9.1 to 9.23 1
I Messages......'............................ (Yellow) 10.1 to 10.32 Observer checklists....................... (Yellow) 11.1 to 11.6 Plant Data (Appendix A)................... (Blue) Al-1 to AS-27 Field Assessment Data (Appendix B)........ (Orange) B0 to B271 In Plant Rad con Data (Appendix C)........ (Buff) C1 to C20 Radio Chemistry (Appendix D).............. (Green) DO to D111 Rumor Control (Appendix E)................ (White) F1 to E30 In Plant Rover Supplemental Information Package............................... In Plant Rovers Only
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ANNUAL EXERC3SE ]
f- 10/17/89 ACRONYMS / ABBREVIATIONS fi. 4 I
ac Alternating Current ADV Atmospheric Dump Valve I AEOF Annex to the Emergency Operations Facility 3 As Read 7 >
A/R ATP Abt.ormal Transient Procedure
'B&W Babcock and Wilcox ,
I BRP Pa. Bureau of Radiation Protection BWST Borated Water Storage Tank CC Cubic Centimeter C/D Oooldown CFM Cubic Feet per Minuta
(_ CFR Code of Federal Regulations Ci Curie
' CPM Counts Per Minute ,
CRO Control Room Operator CW Circulating Water DC Direct Current '
'DC Drill Controller DER PA Departmeet 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 Cocrdinator FACC Environmental Assessment Command Center EAL Emergency Action Level ,
EBS, Emergency Broadcast System ECC Emergency Control Center ED Emergency Director EFPD mffective Full Power Day EFW Emergency Feedwater EMA Emergency Management Agency ENS NRC Emergency Notification System EOC Emergency Operations Center EOF Emergency Operations Facility EPA US Environmentti Protection Agency EPIP Emergency Plan Implementing Procedure EPZ Emergency Planning Zone ERF Emergency Response Facility ES Engineered Safeguards ESA Engineered Safeguards Activation System '
ESD Emergency Support Director
.' ESO Emergency Support Organization
' Federal Aviation Administration FAA FBTL Fire Drigade Team Leader FEMA Federal Emergency Management Agency FP Full Power FRC Federal Response Center 1.1 DRLANN1
9-ANNUAL EXERCISE 10/17/89' FRERP Federal Radiological Emergency Response Plan FSAR- Final Safety, Analysis Report GeLi Germanium Lithium (isotopic gamma detection crystal) ,
GM Geiger Mueller (radiation detection tube) L GPM. Gallons per Minute l GPUN GPU Nuclear Corporation HP Health Physics HPI High Pressure Injection HPN NRC Health. Physics Network IAW In Accardance With !
ICS Integrated Control System ~
INPO Institute of Nuclear Power Operations IP -In Plant Rover IREO Initial Response Emergency Organization- i IRAP Interagency Radiological Assistance Plan i ITS Important to Safety ,
KI . Potassium Iodide
- kv Kilovolt LOCA Loss of Coolant Accident 7 LPE Low Population Zone .{
LSA Low Specific Activity MAP-5 Post-Accident High Range Iodine Sampler MCF Maintenance, Conettuction, Facilities MFW- Main Feedwater
- MIDAS Meteorological Information and Dose Acquisition System ?
MS-V/R Main Steam - Valve / Relief N/A Not Applicable NaI Sodium Iodine Gamma Isotopic Detection Crystal NAWAS National Warning System NOAA National Oceanic knd Atmospheric Administration NRC US Nuclear Regulator Commission NWS US National Weather Service 0/P Office of the President OOS Out of Service OSC Operationa Support Center OSH Off Scale High OTSG Once Through Steam Generater PAG Protective Action Guides PAR Protect;ive Action Recommendation PAS Post-Accident Sample PEMA Pennsylvania Emergency Management Agency '
PD Plant Data PI Public Information PPB Parts Per Billion PPM Parts Per Million PTFC Parsippany Technical Functions Center QA Quality Assurance QCL Quality control List 1.2 DRLANN1
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- AN!GTAL EXERC8SE 10/17/89 RAA Remote Assembly Area RAC Radiological Assessment Coordinator R&EC Radiological and Environmental Controls j RB Reactor. Building
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RCP Reactor Coolant Pump i RCS Reactor Coolant System ]
.RERP . Radiological ~ Emergency Response Plan >
RM-A Radiation Monitor - Atmospheric RNC Radiation Management Corporation .
RM-L Radiation Monitor - Liquid )
RM-G Radiv; ion Monitor - General Area
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RMS Radiation Monitoring System SCBA Self Contained Breathing Apparatus c , SCFM Standard Cubic Feet per Minute SCM Sub Cooling Margin S/D Shutdown SDD System Design Description SRO Senior Reactor Operator TBV Turbine Bypass Valve .
TLD Thermoluminescent Dosimeter TMI Three Mile Island Nuclear Plant TS Technical Specification TSC TechnicTl Support Center V Volt ,
U-1 TMI Unit 1 U-2 THI Unit 2 WG Waste Gas '
WHM Wareho'ase Muster X/Q Meteorological Dispersion Factor (Chi /Q) .
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ANNUAL EXERCISE .(
?L , 10/17/89 TELEPHONE NUMBERS FOP FMERGENCY RESPONSE FACILITIES Unit 1 j
ECC - (SLmulator) 948-8958, 8907, 8941 Osc - 948-4252, 8083, 8082 '
RAC - (stmulator) 948-8963, 948-b958, 8907,'8941 I L
Tsc - 948-8774, 8773 l l j r
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I 332 Suonert Commun8eations Com.aunigglions Divis f or. Reo. I 948-b966 948-8903 948-8968 657-0471 657-0739 657-1039 ,
' Rad con a trations Advisor PA State Rec. -
657-0629 948-8967 657-1234 Technical Functions Reo.
657-0471 ,
657-3509 (Telecopier)
&E2E Joint Information f First Floor 9-944-6558 257-4100 Second Floor 9-944-2972, 944-3668 257-4101 E 944-2922 ERF DIRECTIONS I i
DIRECTIONS TO THE TMI TRAINING CENTER (RAA)
- 1. Frwm the North Gate, turn right onto Route 441 (South). Take Route 441 to the TMI Visitor's Center. Turn left into visitor'o center parking lot.
i TMI Training Center is located behind thw Visitor's Center. (See Map i page 2.4)
DIRECTIONS TO THE SATURDAY'S KARKET (RAA)
- 2. From the North Gate, turn left onto Route 441 (North). Take the next right turn onto Geyers Church Road. Follow this to the second stop sign ,
(at " doute 230). Turn right onto Route 230 East and follow that for approximately 1.2 miles. Saturday's Market is on the left side of the I
road. The Remote Assembly Area is at thw west end of the building. (see map page 2.4).
2.1 DRLANN2
Y n ANNUAL EXERC8SE 10/17/89 ERF DIRECTIONS (Continued)
DIRECTIONS TO MIDDLETOWN JUNCTION SUBSTATION fRAA) 3.- 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 2.4)
DIRECTIONS TO TME 500 KV SUBSTATION IRAA)
'4. From the North Gate, turn right onto Route 'll (South). Take Route 441
.past the THI visitor's Centar. The 500 KV Substation is the next left turn after tha Visitor's Center. Note: The 500 KV Substation turn is 0.8 mile from the North Gate. (See Map page 2.4)
ANNEX TO EMERGENCY OPERATIONS FACILITY .
i From the North Gate, turn left onto Route 441 (North). Proceed 2.1 miles to ,
5 l- the traffic light to 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 uigne). At the second stop sign, turn right (VFW Post 1620 is on the right corner). Proceed straight to .he Security Gate at Crawford Station. Notes ;
I 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 2.5)
EMERGENCY OPERATIONS FACILITY AND THE ENVIRONMENTAL ASSESSMENT COMMAND CENTER From the North Gate, turn left onto Route 441 (North). Proceed 2.1 miles to l' the traffic light at Middletown. Go straight through the light and straight ,[
L through the next traffic light to a stop sign. ' turn right at the stop sign and l
bear left to cross the tridge. Upon crossing the bridge, turn left at the
! traffic light.and proceed straight on Route 230 West to the next traffic light (at Olmstead Plaza). Go straighc through the light and turn right ont-) 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 North and continue straight to i.
I 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 2.5 and 2.6) .
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ANN')AL EXERCISE '
.[1) :
10/17/89 !
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U INFORMATION CENTER From the North Gate, turn left onto Route 4'41 (North). Proceed 2.1 miles to j
'the traffic. light at Middletown. Go straight through the light and straight i through.the next traffic light to a-stop' sign. Turn right at the stop sign and .
bear left to cross the bridge. Upon crossing 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 Joint Information Center is on the right. side of the
' street at 99 south cameron. Street opposite the safety sales and services l Corporation. (see Map page 2.6-2.7)
For information on building locations at TMI refer to Map page 2.8.
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ANNUAL EXERCISE ,
.f , 10/17/89 !
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EMERGENCY DRILL I r .
OBSERVER ASSIGN;4ENT SHEET j
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. TYPE OF EMERGENCY ADnual Exercise 'D' Shift IREO Grouc 2
~
L -DATE October l'7 1131 L i AREA OF RESPONSIBILITY OBSERVER CONTACT GROUP i PHONT
- 1. Drill couid nator ECC G. SiM2Dptti 8923 1 *
\l 2.
l Plant Data Controllac N. Brown 8923' 1
- 3. RAC Controller R. Eherts 8923 3 i
(, 4
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- 4. RAC Observer _ D. Ballenome' 8923 3 ,
S.. Communleations A. Knoche 8923 1 j
- 6. OSC Controller- J. Whitehead 8456' 5 7.. '1'SC ' Cont rolle r R. Trocasso 8742 1
- 8. In-Plant Chemistry A L. Weber- 8316 3 6 9. In-Plant chemistry B _ D. Mistelske 8316 3 .;
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- 10. Fire 1/Pire Safety R. Myers N/A 4 s
111.- Fire 2 D. Bowen N/A 4 >
- 12. In Plant Rover Controller R. Siealitz 4252 4 lI 13. In-Plant Rover A fElect/I&C) C. Behnev 4252 4 1'
l 14 '. In Plant Rover B IMech/Oos) P. Van Stolk 4252 4 l
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? 15. In Plant Rover C (Mechanical) D. Kemble 4252 4 1
- 16. In Plant Rover D IMechanical) D. Lowrv 4252 4
- 17. In Plant' Rover E (Rad Con) M. Hinkle 4252 4
- 18. In Plant Rover F (Rad Con) W. Craft 4252 4
. 19. EOF Controller R. Rooan 8966 2
- 20. EAC Observer G. Lodde 8966 3 al. GrouD Leader R&EC J. Hildebrand 8906 3 3.1 DRLANN3 1 ,
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ANNUAL EXERCISE 10/17/89 ;
EMERGENCY DRILL '
OBSERVER ASSIGNMENT SHEET (continued)
' AREA OF RESPONSIBII,ITY OBSERVER CONTACT GROUP PHONE ;
- 22. D eld Monitorino Team A (EOF) J. Beaver N/A 3
- 23. Eteld Monitorino Team B (EOF) M. Smith N/A 3
- 24. Field Monitorino Team C (SITE) L. Florav N/A 3
- 25. . J'ield Monitorino T3am D fSITE) K. Scharein N/A 3
- 26. HQE. Observer T. Seaver 944-2922 2 ,
- 27. PTFC Observer G. Mancinsky'l-201-316-7394 1
- 28. Public Information T. Johnson 257-4100 2
- 29. Farehouse/ Muster (U-1) H. Teichman 8064 5
- 30. warehouse / Muster fU-2) -R. Neidia 8492 5 ,
- 31. Securitv/ Accountability R. Goodrich 8040 5
- 32. Rumor Control __J. Arnold 8911 2 !
- 33. NSCC fECC/ Simulator) P. Ahern 8923 1 I
- 34. NSCC (TSC) R. Cameron 8742 1
- 35. NRC Team Leader C. Amato 8923 1
- 36. NRC (ECC/ Simulator) F. Younc 8923 1 s
- 37. NRC (OSC) G. Weale 4252 5 '
- 38. NRC (EOF) E. Fox 8456 3
- 39. Simulator Evaluation Trumo/Parnell N/A 1
- 40. 3.igil ater Ooeration D. Scath N/A 1 3.2 DRLANN3
P e ,
ANNUAL EXERCISE 10/17/89 EMERGENCY DRILL !
OBSERVER ASSIGNMENT SHEET (continued) ;
nv q ; ,' ,. .NRC iTSC) D. Vito 8966 1 Evacues (U-1) , B. Hocklev N/A Evaeuse fU-1) I. Alexander N/A t
' Evacuee fU-1) C. Licht N/A l Evacues (U-11 S. Racer N/A Evacues fU-2) c. Maid 1 N/A s
Evacuse (U-21 D. Morrill 'N/A The DRILL COORDINATOR has the overall responsibility for the implementation of l the drill / exercise. All changes to the scenario are authorized by the DRILL I COORDINATOR following approval from the affected CONTROLLERS.
d OONTROLLERS are the QHL1 individuals that may change the scenario (data, ccquence, etc.). The changes are implemented following authorization from the l
DRILL COORDINATOR.
OONTROLLERS are designated for key areas of scenario implementation and also h:ve the responalbility of observing the activities of the drill participants.
OBSERVERS have the responsibility of monitoring the activities of the drill p:rticipants and providing required information (scenario data, messages, ctc.).
This exercise will be run from the Plant Reference simulator to allow real time
' indications and participant response. Real time participant resp nne has a
" potential" effect on the " CONTROL" of the exercise. " CONTROL" is affected by chutdown rate, cooldown rate, leakrate calculations, release rate (time to f
D: cay Heat Removal) calculations, estimates of core damage and timing of ectivating key components, etc. The DRILL COORDINATOR, RAC/ DOSE ASSESSMENT CONTROLLER and PLANT DATA CONTROLLER will collectively evaluate the effects of ,
participant induced variations. Variations will be allowed if the exercise intent and objectives are not adversely affected. Otherwise, the participants will be directed to take specific actions to return to the preplanned exercise [
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____-.m---_- 1
ANNUAL EXERCISE 10/17/89 OBJECTIVES FOR THE 1989 THREE MILE ISLAND NUCLEAR STATION ANNUAL EXERCISE I A joint exercise will be conducted in order to demonstrate the state of emergency preparedness of the Unit I Three Mile Island Nuclear Station (TMI); the commonwealth of Pennsylvania; TMI Risk / Support / Ingestion Pathway Counties; and municipalities in response to a radiological emergency at THI within the TMI Ingestion Exposure Pathway EP2. This demonstration will be accomplished through the implementation of emergency plans dedicated to the response to a TMI incident. The Three Mile Island Station objectives are as follows: NOTE: The Ingestion Exposure Pathway Exercise will be conducted over a four day perod. TMI's participation will be limited to the radiological emergency response portion of the exercise which is scheduled to be conducted on the first day. A. Operational Assesswent
- 1. Demonstrate the ability of the control room personnel to promptly recognize by Plant Reference Simulator indications that emergency action levels have been reached or 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, as indicated by the Plant Reference Simulator displaye.
- 3. Illustrate the ability of the plant personnel to mitigate the in-plant and offsite consequences of a radiological l release through operational manipulations.
- 4. Display the coordination and adequacy of the TMI Emergency Operating and Emergency Plan Implementing Procedures.
B. Badiolocical and Environmental Assessment
- 1. Fatisfactorily perform radiological and environmental monitoring 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 appropriate accident samples (e.g. , grab samples, etc. ) .
- 4. Exhibit the proper use of appropriate accident sample results to support the dose projection process.
4.1 DRLANN4
y n 3 h' ANNUAL EXERC3SE 20/17/89 i
- 5. Demonstrate the ability to evaluate monitoring data, offsite radiological dose projections and plant conditions to arrive i at appropriate protective action recommendations. j i
j
- 6. Illustrate offective coordination of the radiological and ;
environmentei assessment process wi*.h the sureau nf . Radiation Protection. l
- 7. Dea 6Astrate the ability to support the radiological l assessment process while maintaining personnel radiation i
exposure as low as reasenably achievable. l C. *- raenev Oraarizaticn
- 1. Demonstrate that sufficient emergency peres..anel are available !
to properly mitigate the consequences of an emergency and support the emergency on a round-the-clock schedule. l i
- 2. Exhx51t timely and proper response of emergency personnel to I activate emergency response facilities and carry out assigned .
roles and responsibilities. ! r
- 3. Display proper transfer of responsibility between *on shift" ;
and incoming ea rgency personnel. I NOTE: In accordance with Revision 2 of the GPUN Emergency Plan, THI-2 will } not directly participate in the Exercise. However, the operating l staff will support the exercise by providing assistance to THI-1 as : required. l
?
t D. g;neroenev Pestense Fae111 ties
- 1. Demonscrate that sufficient and actequate emergency equipment ;
exists to effectively perform all necessary emergency actions. l
- 2. Illustrate that sufficient radiological protection exists for ,
emergency personnel to properly carry out assigned roles and ce:,ponsibilities in all facilities. [
- 3. Demonstrate a viable means of access control that restricts t entry to authorized personnel only.
- 4. Show that eufficient space is dedicated in all facilities to ,
allow for proper eniergency response.
E. communications t
- 1. Demonstrate that appropriate and reliable communication 4.2 DRLANN4
~__ ,
I kl ! ANNdAL EXERC8.SE i 10/17/89 ; f systems exist to accomplish appropriate and timely notification of offsite agencies and to maintain , communications with the Bureau of Radiation Protectieni ! (
- 2. Demonstrate that adequate emergency communications systems i are it. place to facilitate transmittal of data among energency i response facilities. !
l
- 3. Exhibit the ability to effectively use the emergency communications system.
l
- 4. Demonstrate the ability to adequately alert station personnel ,
of an emergency through the use of alarse and public address l systems. l t
- 5. Demonstrate that adequate call out procedures exist to provide l for timely mobilisation of emergency response personnel.
- 6. Illustrate the ability to ef fectively communicate with emergency !
teams onsite and of f site.
- 1. Fxhibit proper recordkeeping and data display in all emergency response facilities. ,
- r. Personnel Protection
- 1. Demonstrate that the accountability process, including search and rescue (as applicable), within the Protected Area can be acconplished in a proper and timely manner.
- 2. Demonstrate tra ability to muster all THI-1 personnel at the Energency l Assembly Area and that adequate provisions exist to carry out an !
aederly evacuation.
- 3. Satisfactorily respond to an injured and/or contaminated person without ;eopardizing his safety.
- 4. Demonstrate the capability to radiologically moniter and decontaminate personnel.
l 1 1 5. Demonstrate adherence to personnel protection / safety rules. , 1 G. Public Information [
- 1. Decenstrate the ability to develop and disseminate timely I and accurate press releases. ,
- 2. Exhibit proper and timely activation of the Joint Information Center.
- 3. Demonstrat e ef fective rumor control techniques.
4.3 DRLANN4 I 1
7 l AxxvAL ExracIst i T 10/17/89 r l
- 4. Demonstrate the ability to conduct news briefings and interface with the news media, elected officials and
! concerned citisens. H. crit inue i Demonstrate the capability to properly conduct an exercise j 1. critique with the participants in order to identify major strengths and weaknesses. I. Previousiv Identified De(ipiencies
- 1. Demonstrate that previously identified deficiencies have been ;
corrected. i o NRC Inspection Report 50/289/88-29 (1988 TMI Annual Exercise) Areas of observed weakness:
- 1. The Major Event / Equipment Status Board in the TS'J was not updated ,
after 9:26 a.m. This board should have been kept. A rrent through the duration of the drill; and
- 2. The TSC Coordinator should have provided more frequent briefings to TSC personnel, i.e., every 30 minutes instead of every 90 minutes.
4.4 DRLANN4 l
ANNUAL EXERCISE 10/17/89 i NOTE: This list of items denotes the level of participation that Egy j result 11 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 set . ally perform this action rather than simulating it). It is ! 32I intended to be an absolute list of actions that will be taken. EVENT ACTUAL SIMULATION
- 1. Declaration of Emergency X l
- 2. Notification of Offsite Agencies X l
- 3. Emergency Announcements X j l
- 4. Activation of Initial Response ! l Emergency organization X l ,
l S. Activation of Emergency Support ! organization X l l
- 6. Protected Area l l
Accountability (THI-2 Only) X i l
~
, i
- 7. sample and Analysis X l
f B. search and Rescue X i
- 9. Evacuation of Site Personnel NOTE: A maximum of 6 personnel will be l evacuated to demonstrate the effectiveness '
of the evacuation process. i X
- 10. Monitoring at Assembly Area X l
- 11. Decontamination of contaminated Persone X*
- 12. Power Plant Coroponent Operation X** ;
- 13. Dispatching of Response Teams (Radiation Manitoring, Fire Brigade, Repair, etc.) X l i
- 14. Public Information (Rumor Control, News Releases, Joint Information Center {
activation, etc.) X l
- Contamination is simulated by using Coleman mantles. Simulated decontamination is done by folloving the applicable plant procedure (s).
** Control switches may be operated in the Plant Reference simulator. All controle in the plant will nel be operated (ACTUAL PLANT CONFIGURATION WILL NOT BE ALTERED.1 4.5 DRLANN4 ;
i
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I E THIS PAGE INTENTION ALLY BLANK E l i l .i I l l l 1 I I l I
7 ANNUAL EXERCISE 10/17/69 scope This exercise will be run from the Plant Reference simulator to allow real tine indications and participant response. Real time participant response has a ' potential" effect on the *CONTR0L" of the exercise. " CONTROL" is affected by shutdown rate, cooldown rate, leakrate calculations, release rate (time to Decay Heat Removal) calculations, estimates of core damage and timing of activatiing key components, etc. The DRILL COORDINATOR, RAC/ DOSE ASSES $ KENT CONTROLLER and PLANT DATA CONTROLLER will collectively evaluate the effects of participant induced variations. Variations will be allowed if the exercise intent and objectives are not adversely affected. Otherwise, the participants will be directed to take specific actions to return to the preplanned exercise time line. The Anr.ual Exercise begins with the plant operating at 100% full power near the end of the operating cycle (EOC). Baseline once Through steam Generator (OTSG) leakage is at 0.03 gpm and RCS activity is normal. Additionally, several components are out of service (Oos) as follows: o 'B' Make Up and Purification pump (MU-P-18) is uncoupled due to high vibration. The source of the vibration is being investigated. o Turbine Driven Emergency Feedpump (EF-P-1) is disassembled for the repair of the turbine rotor. The pump was removed from service at 1500 hours on october 16, 1989. It is expected that the pump will be returned to service by 1100 hours on October 19, 1989. A 72 hour Technical Specifications time clock is in ef fect and all conditions required by T.S. 3.4.1.1.b have been met. Shortly after the exercise begins, a technician at the '8' Main Feedwater Pump (TW-P-1B) inadvertently trips the pump. Tripping of the pump initiates an automatic power reduction by the Ir.tegrated Control System (ICS). The technician reports his acticns to the Control Room (Plant Reference Simulator) allowing prompt plant stabilitation and pump reset. Following the pump reset, plant power is returned to 100% in a slow (24/mirute assumed rate) controlled manner. ifter the return to rated power, steam generator tube flaws which were streased during the plant transient fail. Total Reactor Coolant System (RCS) leakage through the failed tubes is approximately 100 gpm. Thw ratio of leakage caurse the 'A' steam generatnr to be leaking at , approximately 70 gpm and the 'B' steam generatar leaking at abcut about 30 l l gpm (A=70/B=30). Following recognition, valiuation and evaluation, control room rereonnel will initiate a plant shutdown. The evaluation process will quantify the magnitude of the RC3 leakage and warrant declaration of an Alert (EAL 5.1.B). The plant shutdown will be slow i l l 5.1 DRLANN5 l l [ J
ANNUAL EXERCISE ! 10/17/8P i SCOPE (cont'd) i (24/ min assumed rate) and controlled so avoid lifting of the main steam relief valves. ! t Following the plant shutdown a plant cooldown is initiated. The maximum i cooldown rate allowed by Technical specifications is 100'F/ hour. Control Room l personnel will attempt to reach the maximum cooldown rate and it is anticipated j that they will average 90*F/ hour. With the reacter shutdown, decay heat , decreases with time, however, in order to adequately support the objectives of this drill within the designated time frame, a decision to
- hold" the decay heat level at approximately 5% was made to assure that the appropriate level of ',
fuel cladding damage occuro. To prevent confusion, the participants will be informed of this abnormality. Several alarms are received in the control Px t (Plant Reference Simulator) concerning the Circulating Water Pump House Sx4 level. Tnis alarm cycles on and off for several minutes before becoming steady. The Control Room will dispatch an auxiliary operator to the pump house to investigate. A cracked circulating water pump casing causes the pump house to fill with water. The water creates shorts in the assoclased electrical circuits resulting in the tripping of all operating Circulating Water Pumps. Loss of all circulating l Water Pun.ps and the associated loss of condenser vacuum transfers the steaming control of the OTSG's from the Turbine Bypass Valves (TBV) to the Atmospheric ' Dump Valves (ADV). The release pathway changes from the condenser offgas ; system directly to the atmosphere. The Reactor Coolant System to Steam Generator leakage of greater than 50 gpm (approximately 100 gpm) and this loss of condenser function warrant declaration of a Site Area Emergency (EAL 5.1.E.1). A site Aree Emergency initiates the accountability and mustering process with the eventual evacuation of non-essential personnel to an offsite remote assembly area. F The shock to the system caused by the change in steaming controls is responsible for further increasing the RCS to Steam Generator leakrate. The leakrata gradually increases to approximately 420 gpm (A-290/B-128) as the plant cooldown continues. A technical evaluation should be made to determine ; if it would be advantageous to isolate one Steam Generator. The criteria set i forth in ATP 1210-5 (i.e., reactor evolant system temperature less than 540'r; reactor coolant nystem pressure less than 1000 peig with dose projections , greater than 50 mR/ hour whole body or 250 mR/ hour child thi :oid) and the l guidance contained in the TSC Engineering Calculation Guide (i e. steam i generators leak ratio greater than 8:1.) will not be met with ti.- ~xisting oTSG conditions, therefore isolation should not be recommended. During the cooling of the plant, several conditions occur in rapid succession resulting in the total loss of reactor coolant system makeup capability and in the total loss of steam generator feed. A fire in the bus causes the loss of the 1E 4160V bus. The de-energitation of the bus removes the following essential equipment: 5.2 DR*ANNS
t i I k ANNUAL EXERCISE l 10/17/89 SCOPE (Con't'd( r
- 1) 'C' Makeup and Purification Pump (MU-P-1C)
- 2) 'B' Motor Driven Emergency Feodwater Prep (EF-P-2B)
- 3) 'B' Decay Heat Pemoval Pump (DH-P-18) ,
The 'A Makeup and Purification Pump (MU-P-1A) is lost due to a bearing failure and the 'A' Emergency Feedwater Pump (EF-P-2A) is lost due to shaft failure and subsequent motor runout. However, a ;ceitive subcooling msrgin allows time for repair teams to be dispatched to evaluate the time required to return needed components te service. In addition, the rire i I Brigade will respond and successfully extinguish the fire at the 1E 4160V Bus. Overhaul operations and repair team evaluation will be successf ul and allow re-energitation of this bus. The subcooling margin decreases to , less than 25', but remains positive, requiring the Reactor Coolant Pumps ! be stopped. Stopping the Reactor Coolant Pumps *.ransfers the RCF cooling ! mode f rom forced circulation to natural circulation. , This additional transient causes the RCS to Steam Generator leakage to increase to approximately 1460 opm (A=1060/B=400). The increased leakage without RCS makaup further decreases the reactor coolant inventory. The decroacing inventory in conjunction with the " constant
- core decay heat decrecces the subcooling margin further until it becomes negative. It is ,
expected that when the subcooling margin becomes negative with or without repair team estimates, a General Emer/gency will be declared (EAL 4.2 n followed by a Protective Action Recommendation (PAR). i The plant conditions continue to degrade while repair teams attempt to restore cooling to the reactor core. The core continues its heatup to NRC ; damage class 2 before the repair teams can restore reactor coolant system makeup and cooling through she return of the 1E 4160V bus to service. Following the restoration of power, the Reactor Coolant System inventory is restored and the core is cooled. Following the failure of the fuel cledding, decay neat will be allowed to decrease normally, (exercise participants will be informed). The Annual Exercise ends with plant personnel working to enter the Recovery mode by ensuring long term cooling. A long term watchbill will be developed. With the plant involvement concluded, the Ingestion Exposure Pathway exercise will continue over the next three days. In , support of the Ingestion Exposure Pathway Exercise, the plant will be considared to be in a cold shutdown s.us coincident with the scheduled (day 3 or 4) denonstration of TEMA Cus'anee msmorandun EX-3 objective 33 ( Re-ent ry/ recovery ) . [ 5.3 DRLAFNS 1 I
.. _ . - . _ _ . _ _ . ....__._.~____,s..
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ANNUAL EXERCISE , 10/11/89 INITI AL CONDITIONS
- 1. MU-P-13 ('s' Make Up & Purification Pump) is out af service. HU-P-1B has been out of service for 38 hours for high vibration and it is ,
uncoupled. It is unknown when it will be returned to service. s
- 2. Inspection of dikes is in progress in accordance with 3301-SA1.
- 3. *
. he Miscellaneous Waste Evaporator is operating processing the Miscellaneous Waste Storage Tank.
- 4. The plant is operating at 2004 power. Core burnup is near the end of ,
i I the fuel cycle with the Boron concentration at 59 ppm. e
- 5. RM-A15 and RM-A14 are out of service (ntt presently modeled in the ,
Simulator).
- 6. The Rad Instruments Building Fire Sprinkler Isolation Valve is red '
tagged shut in preparation for maintenance.
- 7. The Air Intake tunnel fire protection systems (Deluge and Halon) are i red tagged out of service in preparation for damper maintenance. !
- 8. Raaetor Coolant System activity is normal at 7 micro CL/cc (per simulator).
- 9. Baseline OTSG 1eakage is 0.03 gpm.
- 10. EF-P-1, the Turbine Driven Emergency Teedwater Pump, is ou, of ;
service to repair the turbine rotor. This pump has been out of service since 1500 hours on October 16, 1989 and is expected to be l returned to service by 1100 hours on october 19, 1989. All Tech Spec l requirements have been met. (See T.S. 3.4.1.1.L, 72 hour time clock f in effect.) l l 6.1 DRLANN
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e L% l ANNUAL EKEMCISE ; 10/17/89 SEQ'JENCE OF KAJOR EVENTS ,
'O T = -15 Brief participants including senior management on the initial r
(1500 hre) conditions. (100% full power, Boron 59 ppe, RCS Activity 7 . I microcuries/ce; Baseline OTs0 leakage 0.03 ypm, MU-P-1B is DOS and EF-P-1 is DOS.) T=0 The drill starts with the Drill coordinator announcing "The { (152.5 hre) time is now T = 0." T=2 The 'B' Main Feedwater pump triT a and the plant control system , (1517 hre) automatically reduces power. t NOTE 1: This trip is caused by a technician at the Main Feedwater Pump. NOTE 2: It will take approximately twenty minutes for thu ! operators to stabilite the plant and reset the feedwater pump.
,. T=4 The technician at the '8' Main Feedwater pump reports his ;
(1519 hre) action to the control Room (Plant Reference Simulator). T = 20 The 'B' Main Feedwater pump is reset and a controlled power (1535 hrs) increase of 2%/ min-{ assumed value) is started from approximately 70% power. T = 35 The plant is stabilized at 100% full power. , (1550 hrs) T = 45 OTSG tube leakage o: cure in the 'A' and 'B' steam generators. (1600 hrs) The total leakage is approximately 100 gpm. RM-A5 Cas High - > High Alarm T = 45 If dose projections are performed, the results would be 4.9 (1600 hre) mrem Whole Body and 22 mRom Child Thyroid, assuming normal RCS activity and a release duration of 5 hours to reach Decay Heat : Removal operations. NOTE 1: It may take several minutes for the operators to confirm the leakage and determine the magnitude, which J e required for event declaration. l NOTE 2: The leakage ratio is 70/30 with the 'A' steam generator having the larger leak.
*** Declare an ALERT in accordance with 9471-IMP-1300.01 EAL 5.1.B (0750 leakage greater than 50 gpm) ***
T = 48 A plant shutdown is started at 24/ minute. (1603 hrs) 7.1 DRLANN7 J
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F il ) l I ANNUAL EXERCISE I 10/17/89 i SEQUENCE OF KAJOR EVENTS (Con't.) l NOTE: The shatdown of 2% /mi.iuto is an assumed valua. If f the operators choo'se to shutdewn at a faster rate, it ! O s. will be allowed as it does not 1. ave an impact;on the j scenario. ; i T = 60 If dose projections are performed, the results would be 1.6 - (1615 hre) mrem Whole Body and 7.5 mrem Child Thyroid, assuming normal I
.28 activity and c. release duration of 5 hours to reach Decay Heat Removal operations.
T = 75 If dose projections are performed, the results would be 0.9 516?O hre) mrem Whole Body and 4.5 mrem Child Thyroid, assuming normal t RCS activity and a release duration of 4.5 hours to reach Decay Heat Removal operations. , T = 90 If dose projections are performed, the results would be 1.2 , (1645 hrs) mrem Whole Body and 5.5 mrem Child Thyroid, assuming normal , RCS activity and a release duration of 4.5 hours to reach i l Decay Heat Removal operations. Te 105 If dose projections are performed, the results would be 1.2 (1700 hre) mrem Whole Body and 5.5 mrem Child Thyroid, assuming normal , RCS activity and a release duration of 4 hours to reach Decay [ Heat Removal operations. T = 120 The reactor is shutdown (suberitical) and a cooldown of l (1715 hrs) approximately 100'F/hr is started. , NOTE 1: The cooldown rate it the maximum rate allowed by
' Technical Specifications. The controlled average should be about 90*F/hr.
NOTE 2: The reactor decay heat will be held constant from the time the reactor is 'ahutdown" until after appropriate core damage has occurred. The : participants will ta told that for this drill the decay heet load will not decrease as expected in ' order to r.'eet the commitavnts of the drill within the drill time line of 7 houro. The decay heat will be held at approximately St. T = 120 If dose projections ars performed, the results would be 1.2 l (1715 hre) mrem Whole Body and 5.5 mrem Child Thyroid, assuming normal RCS activity and a release duration of 4 hours to reach Decay I Heat Removal operations. l i 7.2 DRLANN7 1 I 1 l
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I ANNUAL EXERCISE i 10/17/89 ] i j SEQUENCE OF MAJOR EVENTS (Con't.) ! 7, T = 135 If dose projections are performed, the results would be 1.2 j (1730 hre) mrem Whole Body and 5.5 mRom Child Thyroid, assuming normal ! RCS activity and a release duration of 3.5 hours to reach ; Decay Heat ' Removal operations. i T = 150 It dose projections are performed, the results would be 1.4 ; (1745 hre) mRom whole Body and 6.7 mrem Child Thyroid, assuming normal ' RCS activity and a release duration of 3.5 hours to reach Decay Heat Reroval operations. T = 165 If dose projections are performed, the results would be 3.1 (1800 hre: mrem Whole Body and 5.7 mRera Child Thyroid, assuming normal : RCS activity and a release duration of 3 hours to reach Decay ; Heat Removal operations. i T = 180 An alarm on PLB-8-5 *CW Pump House Sump Level" is received in (1815 hrs) the control Roor fPlant Reference Simulator). NOTE: This alarm will cycle several times for 5 minutes and then it will not clear. T = 180 If dose projections are performed, the results would be 1.1 (1815 hrs) mrem Whole Body and 5.8 mrem Child Thyroid, assuming normal RCS activity and a release duration of 3 hours to reach Decay Heat Removal operations. i 1 Y T =190 All six (6) Circulating Water pumps trip. This transfers s (1825 hrs) steaming control from the condenser directly to atmosphere vias the atmospheric dump valves (HS-V-4A/B). NOTF 1: It may take several minutes for event recognition and - evaluativn before an emergency declaration is made. NOTE 2: The transfer from the turbine bypass valves (coredenser of f gas release) to the atmospheric dump valves (direct atmosphere release) occurs on the loss ; of all circulating water pumps. i NOTE 3: The atmospheric du p valve (ADV) positions will vary with the cooldowt. rate and OTSG fill rate selveted by the opere*. ors. ATP1210-5 does not allow OTSG isolation uncil the RCS temperature is less than , 1 540'T ar.d the pressure is lens than 1000 psig. l L Additionally, the following must be met dose ! projections greater than 50 mR/hr whole body or . I 6 greater than 250 mR/hr child thyroid. A request for it engineerin,i guidance in accordance with the TSC Celeulation0 Guide Book will recommend that both stosm generaiors be steamed. , 7.3 DRLANN h . . ._ . - . ._. ..
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ANNUAL EKERCISE - 10/17/89 l SEQUENCE OF MAJOR FVENTS (Con't.) ' i
*** Declare a site Area Emergency in accordance with ,
9471-IMP-1300.01 EAL b.1.B.1 (Tube leakage > 50 gpm and loss of condenser function) , NOTE 4: This, initiates the accountability and muttering pretese. . T = 195 If dose projections are perforned, the results would be 0.2 i (1830 hre) nRom Whole Body and 17 mrem Child Thyroid, assuming normal RCS activity and a release duration of 4 hours to reach Decay Heat j Removal operations. NOTE: The increased rslease duration is due to the j decreased cooling capability of the ADVa. T = 100 The oTsc tube leak rates increase further. . (1835 hre) NOTE: The shock on the system initiated by the transfer of , stemming control from the Turbine Bvpass Valves to AtVs is responsible for the increasing tube leakage. i It will take approximately 80 minuted for this leakage to reach its maximum value. (A = 290 gpm, B = 130 gpm) T = 210 If dose projections are performed. the results would be 0.4 (1845 hrs) mRom Wholo Body and 38 mrem Child Thyroid, assuming normal RCS activity sind a release duration of 4 hours to reach Decay Heat Removal operations. , T = 225 If dose projections are performed, the results would be 0.7 (1900 hrs) mrem Whole Body and 66 mrem Child Thyroid, assuming normal RCS activity and a release duration of 3.5 hours to reach Decay Heat Rwmoval operations. T = 240 If dose projections are performed, the results would be 0.7 > (1915 hre) mrem Whole Body and 72 mrem Child Thyroid, assuming normal RCS l activity and a release duratien of 3.5 haurs to reach Decay i Heat Removal operations, T = 255 If 3ose projections are performed, the results would be 0.8 (1930 hrs) mrem Whole Body and 80 mrem Child Thyroid, assuming normal RCS ' activity and a release duration of 3 hours to reach Decay Heat Removal operations. T = 270 If dose projections are performed, the results would be 1.0 (?945 hrs) mrem Whole Body and 116 mRom Child Thyroid, assuming normal f RCS activity and a release duration of 3 hours to reach Decay Heat Removal operatic ea. ! 7.4 DRLANN7 j
ANNUAL EXERCISE l 10/17/89 i SEQUT.dct OF MAJOR EVENTS (Con't.) T = 285 If dose projections are performed, the results would be 0.9
, (2000 hrs) nJam Whole Body and 106 mrem Child Thyroid, assuming normal ,
RCS activity and a release duration of 2.5 hours to reach l Der 2y Heat Removal operations. RM-G26 Alort Alarm. 1 7 = 290 The it 4160 Velt Bus trips coincident with the trip of the j (2000 hrs) 'A' Motor Driven Emergency Feedwater Pump (EF-F-2A) and the 1
' A' Makeup ano Purification Putop (NU-P-1A) . This results in a total loss of makaup to the RCs and a total loss of feed to the OTSG's. ;
I NOTE la The IE 4160 V Bus trip is caused by a fire in the j bus. The response by the Yire Brigade will be successful in extinguishing the fire. i NOTE 2: The loss of the IE 4160V due electrical power will remove the following pumps from services MU-P-IC, ! EF-P-2B, DH-P-1B. Thsse components are critical to meeting the evnditions needed for this exercise, > other components will be out of service as well. , NOTE 3: MU-P-1A trips when a motor bearing fails. NOTE 4: EF-P-2A trips when the aotor experiences run out ' following failure of the shaft. NOTE 5: The current conditions te that two (2) Plesion Product darriers are br' ached (failed). They are the Raactor Coolant System and Crintainment (Main St ram) . These conditions set up the possibility f or the third i and last barrier to be lost (fuel clad). Several l minutes are needed for evaluation cf plant and specific component status. When the extensive repair time estimates are received and the subcooling margin is negative, a General Emergency will be declared (re'er to 9471-IMP-1300.01, EAL 4.2). Howwver, if the subcooling margin decreases to lors than 25' F, before repair estimates are received, consideration of the lost equipment alone may also be used to declars a General Emergency. T = 292 The subcooling margin docreases to less than 25'F. The (2007 hrs) reactor coolant pcmps are stopped initiating the transition to natural circulation cooling.
*** Potential Declaration of a General Emergency in accordance with 9471-IMP-1300.01 EAL 4.2 This is the earliest expected time for etont declaration. ***
7.5 DRLANN7
, n ,
i i L ANNUAL EXERCISE
' 10/17/89
, , SEQUENCE OF MAJOR EVENTS (Con't.) NOTE: If the General Emurgency is declared, An appropriate PAR based on normal RCS activity will be the default PAR sheltering of { two mile radius and five miles downwind on ENE, E and ESE. ' i e T = 295 The oTs0 leaksgo increases again. i (2010 hre) NOTE: This last shock to the system causes the leakage to { escalate again reaching its maximum ( A = 1060 gpm, 5 = 400 - gpm). This loss of inventory and decay heat level (fs) will ' allow clad failure to occur within the drill time without necessitating time compressions. T = 300 If dose projections are performed, the results would be 2.9 l (2015 hrs) mrem Whole Body and J50 mkom Child Thyroid, aestning normal ! RCS activicy and e release duration of 5 hours to reach Decay Heat Removal operations. NOTE: The increased release duration is due to the loss of core cooling resulting from the fire and pump , f a ilures. T = 315 If dose projections are performed, the results would be 3.4 ? (2030 hre) mrem Whole Body and 440 mrem Child Thyroid, assuming normal RCS activity and a release duration of 5 hours to reach Decay Heat Removal operations. l T = 320 The subcooling margin determined in accordance with plant (2035 hrs) procedures (using Incore Thermocouples) decreases to a negative value. 1 l
*** Declare a General Emertsney in accordance ]
with 9471-IMP-1300.01 EAL 4.2. *** NOTE: A Protective Action Recommendation must be issued within (ifteen minutes. The pan is the same as l stated at T = 292. l T = 325 RAC code predicts NRC damage class 2 based on incore (2040 hrs) thermocouple temperatures and RCS pressure. RM-G27 Alert Alarm. NOTE: B: sed on the updated Dose Projections and classifications ot fuel clad damage, the PAR enould ; be t t ted. The update si.oult' consider the expected release duration of 5 hours and the evacuation time estimate of about 6 hours (5.75). The protection factors of sheltering for 2 hvurs should be used +o recommend s.ieltering of 2 mile radius and 10 miles downwind on ENE, E, and EbE. 7.6 DRLANN7
I I i
! l L Annual EXERCISE I
10/17/09 SEQUENCE OF MAJOR EVENTS (Con't.) l T = 326 ans Fire Brigade and Repair Team at the IE 4160V P,us report (2041 hrs) the fire is extinguishei and cleanup has been completed , allowing the bus to be energized. NOTE 1: Energising the 13 4150V bus will allow the return of the following essential pumps: MU-P 1C, EF-P-25 av.d ! DH-P-15. ! NOTE 2: Return of those pumps allows recovery of RCS j inventory and initiates cooling of the reactor. l T = 330 If dose proja:tiens are performed, the results would be 5.5 l (2045 hre) mrem Whols Body and 7880 mrem Chi'd Thyroid, assuming NRC t Damage Clar?. J conditions for RCf activity and a release duration of 5 hours to reach Decay Heat Removal operations. , RMG-26 High Alarm, RMG-27 High Alarm, RM-L1 Low Alert Alarm ! and RM-L1 High Alert Alarm T = 332 Operators, in response to the superheated conditions, will in (2047 hrs) accordance with 1210-6 "RCS Superheat" open the hignpcint , vents and PORV. This action results in increased readings inside the reactor butiding (i.e., RB sump, RB Pressure. RB ! Temperature and RB RMS). ; T = .135 RM-L1 Low-High Alarm, RM-L1 High-High Alarm (2050 hrs) l T = 345 If dose projections are performed, the results would be 2.5 (2100 hrs) mnem Whole Body and 6940 mrem Child Thyroid, assuming NRC Damage Class 2 conditions for RCS activity and a release duration of 2 hours to reach Decay Heat Removal operations. NOTE: This rapid cooldown is a function of the Simulator operation. ;
't = 360 If dose projections are performed, the results would ba 2.6 (2115 hra) mrem Whole Body and 7960 mrem Child Thyroid, assuming NRC Damage Class 2 conditions fot RCS activity and a release duration of a hours to reach Decay Heat Removal operations.
T = 366 Inventory recovery and cooling has progressed to where L0w (2121 hre) Pressure Injection cooling is initiated. RCS pressure is approxLmately 200 psig. Plant proceeding to cold shutdown. . i r T = 375 If dose projections are performed, the results would be 2.7 l' (2130 hrs) mRom Whole Body and 8430 mrem Child Thyroid, assuming NRC Damage Class 2 conditions for RCS activity and a relaase i duration of 2 hours to reach Decay Heat Removal operatione. 7.7 DRLANN7 1
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I 1
n I' l ANNUAL EXERCISE 10/17/89 } SEQUENCE OF MAJOR EVENTS (Con't.) T = 390 It is aerumed that the plant will be Gepressurised and cooling (2145 hre) on Low Pressure Injection and/or Decay Heat Removal will have effectively terminated the releass. No further dose projections are assueed. The RAC controller will evaluate the need and update the field team observers as appropriate. T = 420 The Annual Exercice ends. (2215 hre) NOTE: The 50 Mile Ingestien Exposure Psthway exercise will. continue over the next three days. The plant will be considered to be in a cold shutdown status coincident with the scheditled (day 3 or 4) demonetration by TEMA Guidance Memorandum EX-3 Objeevtive 33;(Recovery / Re-entry). f v I t i ( 7.8 DRLANN7 a
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c -- -- ANNUAL EXERCISE 'V rEf1Tf8?
~
EXERCISE CUIDE TIME l MSC. ID DETAIL 5/ MESS. DaTAII.5/ MESS. SCENARIO CLOCK MA70P. EVENT P.ESSAGE CONTENT fPAGE) DELIVEFED BT DELIVERED TO F.Arr.u r.u ACTIONS T = -15 1500 Initial Conditione N/A None Plant Data Senior Mget./ Inform pgerticipante controller / Shift Sepervisor/ of exercise plant OSC Controller Shift Foremen / conditions. Group Red con Supervisoc T= 0 1515 Exercise begine The time le now T=0 DC-1 Drill Drill Observers / Start the es.ercise (10.11) Coordinator controllers T= 2 1517 Feed Water Pump N/A Mone Plant Data Control Room Stabilite plant. Trip. Plant Staff Investigate the runback. cause of trip. T= 4 1519 Feed Water Pua*p Technician accident- IP-1 17 Plant Control Roce Make properatione trip report ally activated the (10.12) Rover Staff to return feed pump local manual trip at to service FW-P-18. and escalate power. T = 20 1535 Feed water Pump N/A None Plant Data Control Room Resume power (FW-P-1B) reeet. Staff operatione in conenence pswer accordance with escalation p-W.re T = 35 1550 Plant etablized N/A Mone Plant Control Room Monitor plant at 2004 Data Staff parameters. full power
- Denotes Contieegency Message P.1 DRLANN9 f
ANNr.~L EXERCISE 1@/17/89 EXERCISE GUIDE TIME l MSG. ID DETAILS / MESS. DETAILS / MESS. SCENARIO CLOCK MAJOR EVENT MESSFCE Cof* TENT fPAGE) DELIVERED BY DELIVERED M EXPECTED _ ACTIONS T = 43 1758 RMS alarm RM-A5 Cas - Alert None Plant Control Room !' -W to Alarm Data Staff alarm. T = 44 1759 RMS alarm RM-A5 Cas - High None Plant Data Control Room Respond to alarms. Alarm Staff RM-A5 Cas High - Alert Alarm T = 45 1600 Primary to N/A None Plant Control Rcom when identified,
'.,econdary Leak Data Staff declare an OTSG **" and "B" ALERT. Propere to shutdown.
T = 45 1600 RMS Alarm RM-A5 Gas High - None Plant ECC Staff Reepond to High Alarm Data alaria. T = 48 1603 Plant Shutdown N/A Mone Plant Data ECC Staff Monitor plJnt started at 2%/ per w ers. minute T = 60 1615 Alert Declare an Alert DC-2* Drill Shift Comply with declaration (10.13) Coordinator Supervisor direction. T = 75 1630 Inforn tion Citizen call to the PI-1 Public ECC Staff Respond to caller request ECC regarding (10.14) Information Member evacuation observer T =100 loS5 Hot particle Staf f wmber IP-? In Plant Rover Plant Staff Provide Rad Con incident contaminated (10.15) Member assistance including decontamination. I
- Denotes Contingency Message 8.2 DRLhMN8
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ANNUAL EXERCISE ' IT/17/89 EXERCISE GUIDE - n TIMF MSG. ID DETAILS / MESS. DETAILS / MESS. SCENARIO CIDCE MA70R EVENT MESSACE CMTENT fPAGE) DELIVERED BY DU IVERED TO EXPECTED ACTIDIES T =110 1705 Infor.wtion citizen's vehicle PI-2 Public ECC Staff Deepond to caller-request damaged by GPUN (10.16) Information Member vehicle Observer T =120 1715 Reactor Shutdown N/A None Plant Data ECC Staff Continue to coseplete. Cool- monitor plant oown at 100*F/hr. parameters. T =121 1716 Drill plant Decay Heat will remain DC-3 Drill ECC Staff Information Only information constant at the (10.17) Coordinator TSC Coordiutor initial shutdown level Group Imader Tech. Support T -180 1815 Cire water Pusep N/A None Plant Data EC.C Staff Dispatch Auxiliary House sump level Operator to alarms investigate. T =190 1825 Loss of Cire. N/A No*w Plant ECC Staff Investigate cause. Water. Steaming Data Monitor plant t.ansferred to permesters. Declars Atmospheric Dump a SITE AREA Valves EMERGENCY I T =192 1827 Cire. Water Pump The Cire. Water Pump None in Plant Rover Auxiliary F.eport status to the status report House is flooded Operator ECC
- Denotes Contingency Message 8.3 DRLANN8
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ANNUAL EXERCISE 12/17/89 EXF9CISE GUIDE MSG. ID DETAILS / MESS. DETAILS / MESS. TIME Eirimi. ima, ACTIONS _ MESSAGE wn 2 r su fPAGE1 DELIVERED _3Y DELIVERED TO SCENARIO CLOCK MAJOR EVENT Note Plant ECC Staff Monitor plant T =200 1830- OSG Leakage N/A parameters. begine to Data continue cooling increaeo down. g DC-4* Drill Essergency Comply with T =205 1840 Site Area Declare a Site Area Coordinator Director direction. Emergency Emergency (10.18) declaration Unit 1 and Unit Unit I and Unit 2 Information only. T =235 1910 Muster complete Evacuees have been WHM(1)-1 preselected. (10.19) 2 Warehouse Emergenwy in both units WHM(2)-1 Muster AeoemLly Area (10.20) Observers Coordinatore Security and Site Security Report status to the T =250 1925 Accountability One person missing in None Emergency Director. ' Unit 1 Accountability complete. Initate search and Observer reecue. PI-3 Public EOF Staff Respond to T =255 1930 Information Citizen request to Information Member caller requeat pass a Traffic (10.21) Control Point Observer 8.4 DRLANN8
- Denotes Contingency Message
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; ..,1 ANNUAL EXERCISE 11/17/89 Li i CIERCISE CUIDE TIME MSG. ID DET7ILS/ MESS. DETAILS / MESS.
SCENARIO CLOCK MAJOR EVENT MESSAGE Cunaw2 (PAGE) DELIVET2D BY Det rynasr_s to h,,,,1.,, ACTIMS T =260 1935 Evacuation Initiate mini DC-5 Drill Emergency % mini evacuation (10.22) Coordinator Director evacuation T =265 1940 Equipmant Imad wool is needed OSC-1 OSC OSC Dequest 0F to request for shielding (10.23) Controller Coordinator locate source of lead wool ahielding. T =270 1945 Lodging request INFO opecialists EOF-1 EOF Controller Croup Leader Reserve roces, reegending to the (10.24) Admin. Support provide payment. emergency. Provide (Notes a -tual calle lodging. will be mieulated.) T =285 2000 RMS alarm PM-G26 - Alert Hone Plant Data ECC/RAC Staff Z a,~.r2 to Alarm alarm. T =290 2005 Loss of the IE N/A Mone Plant Data ECC Staff Attempt to 4160 volt bus. deterwine cause. Alarm HVA-5-3 received in ECC. Lose of Makeup Ptwp MU-P-1A toes of Emergeacy Feed Water Pump EF-P-2A. T- 292 2007 Subcooling Margin N/A None Plant ECC Staff Stop reactor coolant
< 25' F. Data pumpe. Transfer cooling mode to natural circulation T =292 2007 Fire Evidence of fire in IP-3* In Plant Rover ECC Staff Inform ECC/OSC.
the IE 4160 volt bus. (10.25) Dispatch fire brigade
- Denotes Ccntingeacy Message 8.5 DRLANN8
1 ANNUAL EXERCISE l'J/17/89 EXERCISE GUIDE MSG. ID DETAILS / MESS. DETAILS / MESS. TIME EKran.xmu ACTI M MESSAGE wn Armi (PAGE) DELIVERED BY DELIV"**n TO SCENARIO CLOCK MAJOR sur.ssi NU-P-1A has suffered None In Plant Auxiliary Inform ECC/OSC T =292 2007 Makeup Pump status Dispatch Emergency a bearing failure Rover Operator or Emergency popair Team. Repair Team EF-P-2A has suffered None In Plant Rover Auxiliary Inform ECC/OSC T =292 2007 Emergency Feed Operator Dispatch Emergency water Pump a shaft failure or Emergency Nepair Team. Statue Depair Team Mone Plant ECC Staff Nonitor plant T =295 2010 OTSG Leakage N/A parameters. increases Data Continse natural circulation cooling. Mone AEOF/ Warehouse ABOF Staff Decon contasnineted T -310 2025' Evacuees arrive N/A evacuees. at the AEOF. Nuoter Observers Mone Plant ECC Staff Declare a GENERAL T =320 2035 Sutr:ooling Margin N/A EMERGENCY. at a negative Data value. None RAC Data RAC Staff Continue to monitor T =325 2040 RAC Code predicts N/A plant NRC fuel damage parameters Class 2. DRLANN8
- Denotes contingency Message 8.6 1
, ,, , -~~ ---w -w. - --- n + - , , we s ,, wa, -,-- mr --, ,, . -. .w ex - - , , ,a- _ _ _ - . - - , -
i ANNUAL EXERCISE 12/17/89 EXERCISE GUIDE TIME MSG. ID DETAILS / MESS. DETAILS / FESS. SCENAPIO CLOCK MAJO" EVENT MFSSAGE i_w Anni- iPAGE1 DELIVERED BY '
- TV " " TO am m inu ACTT -
T =325 2040 RMS tiarm RM-G27-Alert Alarm None Plant Data ECC/RAC Staff
^
_ , ;--I to alarm. T ~326 2041 1E 4160 volt bus Fire damage corrected, None In Plant Rover Repair Team / Fire Report status to available for bus may be energized. Brigade Leader ECC/OSC. Re-service. onergise bus. T =327 2042 Drill plant Decay Heat now DC-6 Drill ECC Staff Information information decreasing normally (10.26) Coordinator TSC Ccordinator only Group Leader Tech Support T ~330 2045 RMS alarme RM-G26 - High Alarm None Plant ECC/RAC Staff Mempond to alarm. RM-G27 - High Alarm Data RM-L1 Low - Alert Alarm RM-L1 High -Alert Alarm T ~335 2050 General Emergency Declare a General DC-7* Drill Emergency Comply with declaration Emergency (10.27) Coordinator Director direction T =335 2050 RMS alar:ss RM-L1 Low - High Alarm None Plant Data ECC/RAC Staff Resporx1 to RM-L1 High - High Alarm alarm. T =345 2100 Inforw tion Bill payment inquiry PI-4 Public EDF Staff Direct request (10.28) Information Member caller to observer proper department.
- Denotes Cont'.ngency Message 8.7 DRLANN8
3 ANNUAI,EXEDCESE 10/17/89 EXERCISE GUIDE TIME MSG. ID DETAILS / MESS. DETAILS / MESS. MESSAGE CONTENT fPAGE1 DELIVERED BY DE_IVesun TO EXPECTED ACTIONS 3CENARIO CIDCK MAJOR EVENT INPO Response Team AE-1 AEOF AEOF Provide badging T =350 2105 Badging / Dosimetry requires badging and (10.29) Observer Staff and dosimetry. issue at AEOF dosimetry Senator calls EOF for PI-5 Public EOF Staff Despond to T =360 2115 Information information. (10.30) Information Member caller request Observer Mone Plant Data ECC Staff Continue to T =366 2.'21 LPI Cooling N/A monitor plant initiated parameters. EOF-2 EOF Controller Emergency Support contact helicopter T ~375 2130 Helicopter request GPUN President Director contractor requires traneport to (10.31) EOF from Parsippany (call will be simulated) T =420 2215 Exercise ends The exercise is now DC-8 Drill Drill Observers / Terminate the Coordinator Participants exercise terminated. (10.32) 8.8 DRLANN8
- Denotes Contingency Message
4 E S I C R E X E9 RND L/ A7 8 OON) T I I s U1 PTW e N/ . EANl A A A 4 4 - NE XCCWi / / / 8 8 B E B 3 B B B 4 A1 AE4O MR1 Df m N N N 5 S_ _ S S S S S S S
- 4 4 .
E A A A 5 5 5 5 5 5 7 7 8 S Y / / / 2 . 7 8 O) H N N N 2 7 4 5 5 5 5 6 5 5 1 3 D NET eS - rO 9 6 9 2 2 4 1 2 4 K A( mDL / A A
//
A 4 1 0 1 1 J2 1 J 0 0 M Wa N N N J1 J1 N EO) SI s AT r A A A 5 5 5 5 E A u / / / . Y LR o N W N 5 5 4 4 4 4 3 3 3 3 4 4 R EUh A RD( M M U S E N R O TU A I NT 0 - T EA) 5 A I RF1
*r BE' 5 4 7 4 4 8 1 4 8 1 3 7 6 1 5 R MP ( R 5 O AM E 4 5 5 7 9 9 9 8 7 7 6 5 5 5 4 9 .
F E T 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 N T 8 I N O ) I A T E 3' 0 C SE1 5 4 1 2 6 2 1 1 1 2 2 1 2 1 1 E PT1 1 . J AA/T 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O LR* D - - - - - - R P ( 0_ E~ _ S A A _ O D) 0 0 D DEh0 5 NE p1 1 4 0 2 8 7 9 5 6 4 9 2 3 9 I P mP P WS ( SS 2 2 1 2 0 6 2 1 1 0 8 9 9 0 0 1 1 1 1 1 1 1 1 N) Os I eAA DT e0 0 NCr0 5 1 4 4 4 6 1 4 I E g1 1 7 1 1 4 8 9 1 2 WR eR R 2 9 6 2 6 7 8 8 7 6 6 7 2 7 2 7 2 7 2 I dDD 2 1 1 2 2 2 2 2 2 2 2 D( E M I ) Ts r K u C o 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 Oh 1 3 5 4 5 0 6 1 6 3 6 4 6 0 7 1 7 3 7 4 7 9 8 1 8 3 3 4 8 L i 5 C 1 1 1 1 1 1 1 1 1 1 1 1 1 *,. 1
)
s e Et 5 0 5 0 5 0 5 0 M u 5 0 5 0 5 0 0 2 3 5 6 8 9 1 I n 0 1 3 4 6 7 9 1 1 1 1 1 1 1 2 Ti m f
j . E S I C _ R E X RND DONt E9 1 I I s A A A 8 PTW e 4 4 4 4 4 7 0 9 8 8 /i / / L/ EANl 4 CCWl - t N N A7 2 0 0 0 U1 M/ E RI AO Dt e 3 4 4_ 1 4 4 4 N0 A1 0 0 0 0 6 6 0 0 8 4 6 3 E Y 6 2 p 1 O 5 4 8 9 9 4 S H 6 7 g 1 3 4 7 6 7 8 O O O) T _ J_ O_ - D mE eS _ rO y_ X 7 8 0 9 9 4 5 5 6 7 A (p D . 0 O O M B. 0 0 1 C 2 3 5 2 2 2 W l N EOt S I s AT r 5 5 5 _ EA u 3 3 2 5 5 5 2 2 2 0 O O Y LR o 3 3 . R EUh A RDt __ M _ M _ U _ _ S E _ N O TU R A _ I NT 0 T EA) 5 A I RF1 3 0 4 8 7 M BE* 7 9 4 9 5 9 6 9 4 R MP ( R 0 9 9 9 9 8 7 7 O AM E 3 2 2 1 1 0 F E T 5 5 5 5 5 5 5 4 4 4 4 4 4 4_ N T _ I - e ll N m0 i 1 O ) t .
' A I.
E 3 0 2 2 3 3 2 5 5 s 8 - v SE1 5 1 1 1 1 4 2 2 i E P T1 1 . . . . . 0 0 h J AA/T 0 0 U 0 0 O O 0 0 0 0 O LR+ t P ( O_ O_ T _ _ t a E _ R S A _ i O D) 0 f D D DEh0 NE p1 5 3 4 0 6 7 7 9 5 0 4 2 0 1 _ I P mP . . . n _ WS( S 9 9 0 9 0 0_ 9 8 8 9 8 8 1 9 o . 1 1_ 1 t _. _ n N ) ._ _ a l O s p I eA DT aG e NC rO 8 5 7 3 2 7 9_ 5 3 h I E gI 2 T 8 5 9 WR eR 8 7 7 7 7 7 7 8 9 8 8 8 0 t T dD 2 2' 2 2 2 2 2 2 2 2 2 2 2 3 h D( _ t i I w -_ E d _ M e
- I ) t d
T s a _ l r - K u o
~
C o 0 5 0 5 0 5 0 5 0 5 0 5 0 5 s 0 1 3 4 0 1 i Eh I t 0 9 1 9 3 9 4 9 0 0 1 0 3 0 4 0 1 1 1 1 2 2 C 1 1 1 1 2 2 2 2 2 2 2 2 2 e b 2_ d l u l o a h e _ s - 0 5 oi 5 0 5 0 5 0 5 0 5 0 _ E t 3 4 6 7 9 0 2 e M u 2 4 5 8 0 1 2' 4 s I n Ti 2 2 2 2 3 3 3 3 3 3 3 4 a - m e _ i l e - _ _ R
- e. ,
Il b, Ud ANN 0tL EXERCISE ,
?-
10/17/89 p DRILL COORDINATOR INSTRUCTIONS
- 1. When all personnel have been briefed (i.e., watch turnover) and the Plant '
Reference Simulator is lined up for the drill, read Message DC-1 over the plant page system.
- 2. Several events will occur during the course of the drill, that, in reality, coald require of f site assistance. With the exception of the :
Emergency offsite Notificat'on process, calls are to be simulated. A
- similar instruction is included in the Communications observer Instructions. 1
- 3. At T= 60 (1615 hrs.), if the Shift Supervisor has not declared an Alert or ,
is not preparing to declare an Alert, read Contingency Message DC-2 to l him. This will allow t):e exercise to conform to the time line agreed to t by GPU Nuclear, state and federal agencies.
- 4. At approximately T=121 (1716 hrs.), make an announcemcat to the ECC staff by reading Message DC-3 to them. Then call the TSC Coordinator and Group Leader - Technical support and read Message DC-3 to.them.
'5. At T=205 (1840 hrs.), if a Site Area Emergency has not been declared, read Contingency Message DC-4 to the Emergency Director.
- 6. At T=.160 (1935' hrs.) or when muster is coeplete, direct the Emergency Director to initiate the mini evacuation by reading message DC-5 to him.
Verify the Emergency Director consults with the Radiological Assessment coordinator to consider radiological exposure tmplications relative to the evacuation route.
- 7. The lE 4160 volt bus.will be out of service from T=200 (2005 hrs.) to T=326 (2041 hrs.). The main objective of this bus failure is to remove critical pumps from service allowing coro damage to occur. To keep the scope of the drill manageable for the observers and Controllers, no special efforts will be made to disable c.11 equipment powared directly or indirectly from *he IE 4100 /olt bus.
- 8. At "*. proximately T=327 (2042 hrs.), make an announcement to the Ecc staff by reading Message DC-6 to them. Then call the TSC Coordinator and Group Leader - Technical Support and read Message DC-6 to them.
- 9. At T=335 (2050 hrs.), if a General Emergency has not been declared, read ,
Contingency Mrssage DC-7 to the Emergency Director.
- 10. At T=420 (2215 hrs.), with the drill objectives satisfied and vith Emergency Director and Emergency Support Director concurrence, end the drill by reading Message DC-8 over tne plant page system. Then read M9ssage DC-8 to the EOF, AEOF, Joint Information Center, and PTTC using commercial or emergency telephones.
- 11. At the completion of the drill, ensure all equirment is returned to the prcper stora ' Scation and the Simulator Control Room is returned to pre-frill <. <;t..ns.
9.1 DRLANN9
1 l ANNUAL EXERCISE 10/17/89 7 IN PLANT ROVER INSTRUCTIONS NOTE 1: _Do not allow drill participants to enter actual radiation or i contamination areas. Note 2: Do not allow drill participants to actually manipulate or disassemble plant equipment. j Note 3: Ensure extreme caution is exercised in the vicinity of energised, rotating, moving, or hot equipment. l 1 Note 4: Applicable drawings and tech manual pages are provided for the Observers gnly, in the In Plant Rov 3r aupplemental Information Information Package. Do not sucolv tnis information to the drill carticioants. Note 5: Do not allow drill parteipants to simulate procurement of - tools,' drawings, spare parts, etc.
- 1. INITIAL CONDITIONS - As part of the initial conditions, two major pieces of equipment are eut of service. Should the plant staff attempt to expedite the return to service of these pumps, the status is as'fc11ows:
a) Make Up Pump HU-P-1B - High vibrations caused the pump to be ! remove $ from service on Monday morning. The motor and pump are uncoupled, interference and instrumentation are removed, and " the remainder of the pump casing bolts are scheduled to be removed tomorrow on day shift. Pump damage is expected to be confirmed when the casing is pulled. Even without repairs the pump could not be returned to service in less than tsn hours, t
.b) Emergency Feed Water Pump EF-P Worthington, manufacturer of ,
the EF-P-1 turbine, has issued an urgent recall notice on it's ; l Model'.T2RA turbine rotors. After a catastrophic failure cf this model turbine in another power plant, Worthington is J verifying the integrity of blading keye at the shaft. The THI , turbine shaft is at the Worthington plant for inspection with a l scheduled return time of 1600 hours, Wednorday, October 18, 1 1989 by air freight to Harrisburg International Airport. It is j expected that the pump will be returned to service by 1100 i hours on October 19, 1989 before violating a 72 hour tech. I
~
spec. time clock.
- 2. FEED WATER PUMP TW-P-1B TRIP - At T= 2 (1517 hrs.), Feed Water Pump i FW-P-1B will trip and initiate a plant run back. The cause of the trip is a technician (In Plant Rover) snagging the manual trip lever
- . with his tool pouch. If an Auxiliary Operator reaches FW-P-1B within two minutes of the trip, read Message IP-1 to him/her. If an Auxiliary operntcr does not arrive at FW-P-1B shortly after the trip, l page the Simules r contrcl Room and read Message IP-1 to the person on the phone. ;2_.(g_1;noort a nt the coeratienr.;taff is aware that the cause of the trip was human error and not ecuipment failure, i
- DRLANN9 9.2 l
1 I l
ANNUAL EKERCISE 10/17/89
- 3. EpT PARTICLE INCIDENT
- At T= 90 (1645 hrs.) select a drill b ,ticipant to assist with the hot particle mini scenerio. Stage the ,
1 individual at the PCM-1 at the Auxiliary Building / Fuel Handliny Building exit to the control Building. At T=100 (1655 hrs.), go to the RWP counter and read Massage IP-2. - Recounting or manaal frisking will result in an alarm at the right
, hand. Follow up' frisking will show 30,000 cpm on the tip of the right index finger from a hot partleple under the fingernail (see the Personnel Contamination Report on page 9.*>).
2 Soap and water cleaning will not be effective. Scrubbing or scraping of the affected area will be necessary to dislodge the particle. If collected and counted, the particle will yield the following results. Gross Activity 1,4E-1 micro C1 CoS8 2.4E-2 micro Ci co60 3.1E-2 micro ci Cs137 4.8E-2 micro Ci , Col 34 3.2E-2 micro C1
- 4. CIRC WATER PUhP HOUSE - At T=180 (1815 hrs.), the CW Pump House Sump Level High Alarm (PLB-8-5) will be received in the simulator Control The alarm clears but cycles on and out several times before i Room.
remaining in the alarm condition. At T=190 (1825 hrs.), the plant will experience a loss of all Cire Water Pumps. When an Auxiliary operator is dispatched to the Cire Water Pump House, inform him or her that the building is filled with water to the point that the pumps are not visible. For drill purposes, the pump casing on
- CW-P-1B has suffered a catastrophic crack around the circumference of
.e casing allowing water from the Cire Water flume to flood the beilding. The cause will not be apparent to the drill participants as the failed pump is not visible through the muddy water.
Observe the tesponse. to this casuelty. The plant staff may elect to install the gates at the pump suctions and pump out the building. Be particularly aware of precautions taken to protect personnel from water and electrical hazards. Remedial action will progress to the extent of the effort applied by the plant staff. Do D21 allow any drill action to be taken that would actually affect the plant.
- 5. JE 4160 VOLT SWITCHGEAR - At T=290 (2005 hrs.), the IE 4160 volt bus will trip. The loss of this bus is the result of,a fire in the circuit breaker for BS-P-1B. An Auxiliary Operator should be dispatched to the cwitchgear to assess the situation. When he or she arrives, allow the Fire Observer to provide conditions to the drill participant. If a member of the plant staff does not arrive shortly after the bus trips, at approximately T=292 (2007 hrs.), call the Simulator Control Room on the plant page system and read Contingency Message IP-3 to the individual answering the page.
9.3 DRLANN9 l l
I4 ANNUAL EXERCISE 10/17/89 j The Fire observer will cover the fire brigade response to this casualty and the In Plant Rover will cover the circuit breaker damage symptoms and subsequent remedial actions by tha drila participants. i with the bus deenergized and the fire extinguished, ef forts will be ! made to return the switchgear to service as soon as possible because of the vital equipment powered from it. With obvious damage to the l circuit breaker for Bs-P-15, the Repair Team should focus their ] offerts on cleaning that area of the switchgear. All tools and 'j documentation (including prints, drawings, technical manuals, and i procedures) that would be required to actually perform the work must 1 be produced at the job site. l The main objective of this bus failure is to remove critical pumps l from service allowing core damage to occur. To keep the scope of the " l drill manageable'for the observers and Contt011ers, no special efforts will be made to disable all equipment powered directly nr ; irdirectly from the 1E 4160 volt bus.
?
Have the Repair Team explain their actions in detail (see Note 2). .( When they explain an action involving recking out the damaged SS-P-1B .: circuit breaker, inform them that the switchgear bus work 10 free from grounds and shorts. The lE 4160 volt bus may be returned to service anytime after T=326 (2041 hrs.). Do not allow any drill , action that would actually affect the plant.
- 6. MAKE UP PUMP MU-P-lh - At T=290 (2005 hrs.), Make Up Pump MU-P-1A will trip. The cause of the trip is the failure of the coupling end ,
bearing.on the Westinghouse motor. j When a Repair Team is dispatched to identify and attempt to correct . the cause of the pump trip, accompany them during their efforts. All standard hand tools and documentation (including prints,. drawings, ; technical manuals, and procedures) must be produced at the job site l if those itsms would be required to actually perform the croubleshooting of the equipment Because of the radiation and contamination levels in the Make Up Pump ' room, it will not be possible to actually approach the pump. Using drawings and technical manual pages obtained by the Repair Team as necessary, have them explain in detail the actions they would take to , locate the problem (sco Note 2). Attempts to reclose the MM-r-1A f circuit breaker on the 1D 4160 volt switchgear and then restart the f pump will result in the breaker trippi 1 on over-current. When the repair team describes an action thal would attempt to rotate the pump or motor by hand, inform them that the shaft is frozen. When the appropriata follow up actions are described, inform the Repair Team of the failure of the motor bearing. L Resolution of the failed Make Up Pump motor bearing will depend on the effort applied by the Repair Team. Using real time success rates based on their actions will result in a repair tiaae f ar exceeding the 9.4 DRLANN9 l i' i
I ANNUAL EXERCISE 10/17/89 limited time frame of this exercise. Do not allow any drill actions that would actually affect the plant. l
- 7. EMERGENCY FEED WATER PUMP EF-P-2A - At T=290 (2005 hrs.), Emergency Feed Water Pump EF-P-2A will fail. The cause of the failure is a sheared shaft, fluoh with the pump casing.
An Auxiliary operator may already be stationed at the Eaergency Feed Water Pumps or a Repair Team may be dispatened from the USC. Any , hand tools or documentation (including prints, drawings, technical ! manuals, and procedures) that would be necessary to actually troubleshoot the problem must be produced at the jcb site. t Have the drill parteipant(s) explain the actions they would take to . iocate the problem in detail (see Note 2). When they describe an action that would .eveal the presence of the sheared shaft, inform them of the failure mode. t Repairs to EF-P-2A will follow real-time constraints and will be commensurate with the effort applied by the plant staff. Due to the length of time neceseary to repair a unit with this particular failure mode, repaire will not be completed within the drill time
' frame. Do not allow drill actions that will actually affect the plant. l
- 8. ALTERNATE TROBLEM RESOLUTION (Jury Riccino) - In past drills and wxercises the plant staff has proven itself to be very resourceful when dealing with drill equipmont failures. Becauce of the lengthy repair times associated with the Make Up Pump, Emergency Feed Water Pump, and Circ Water Pump failures, the plant staff may attempt to circumvent the problem rather than directly correct the problem. For example, rather than repair er replace a feiled pump powered by an energized switchgear bus, the staff may elect.to jumper the power from that bus to a functioning pump powered from an out of service l bus. Should this approach be used, drill participants must produce l all necessary hardware at the job site. 2nsure jury-rigged responses to an equipment casualty do not interfere with plant equipment (e.g.,
l violating fire / security doors) or introduce a safety hazarc (e.g., I tripping). In order to drive the exercise toward the desired result, it is necessary to fall certain components and prevent their return to service. To sloe down progrcus er delay a component's return to I service, the In Plant Rover may aeed to resort to delaying tactics. These can include, but are not limited to, tools breaking, torn protective clothing, rounded nut or bolt flats, sheared bolts, etc. Do not allow any failed component to be returned to ;3rvice earlier than specified in the drill time line without specific approval from l As a last resort, it may be racessary to I the Plant Data Controller. give the Repair Team ersdit for an expeditious repair but do not allow the Simulator Centrol Room (ECC) to know of the component's availability until allowed by the drill time line. 9.5 DRLANN9 l 1 l l
~
n, . r: L . D> JT ! j', - IL ANNUAL EXERCISE
-10/17/89' ;
k > (,',; , '9. PLANT CONTAMINATION - Because of the primary to secondary leak, t.e 5 f Intermediate Building will become contaminated dur!.ng this drill. ; Tersonnel'travereir.g the Intermediate Building without1 protective. l [~ ' clothing any time after T=271 (1946' hrs.), will be found to be
.:ontaminated in.accordance with the data'shown on page 9.9.
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F l l' l i i l ' l l l l l l l l l t l 1 l l l l l. 9.6 DRLANN9 1 l l 1, l o
9 1 ANNUAL EXEROSE 10/17/89- J unna-i
. Personnel Contamination- Report r,ns_
w'
'Y wene .
Inplant Worker nne T=100 Dete . 10/17/89 i l Dowrbe seuse of eentamination: l Worker. got a " Hot Porticle" lodged under the fingernail of his right index finger. . RNtVEY DATA er ! Det.
, Time inet.
~
SURVEY ftES175 (CPI 0 5 - laitial Desen i Deeen 2 Desen 3 h 30,000
- k h !
/
N, 4 80[4$
.o %
- h hO@ _
Remarks:
- Note: This is a single particle which is giving off 30,000 cpm by direct frisk. Just wo:hing with soap and water will not remove at or diminich the count rate. Scrubbing underneath the fingernal! or
,j' scroping under the noll will remove it and the count rate will drop to background. 9.7 1 l w .
s i s ) i ANNUAL EXERCISE 10/17/89 -- Personnel Contamination Report o n-2 l r Name I Time Dete - i ^
,_ __.__Jnglont_ Worker ff= 271 to End 10/17/89 Describe cause of contem notion: ;
e
' Worker entored contaminated intermodlote' Build 1r.g without I protective clothing. ]
j 1 1 _SUK.QpATA By _. a ,
, Date _ . _ _ _ _
- l. !
s 7.me -_ _ . L.[nst. __ _
._ _ _ _ _ = . . . _
~ '
l ph~-@h ist CE00N and ad DECOM,
, h 300 150 <100 270 '
120 .. <100
,3 g';*. ---
- W) 300 150 <100 !
g i h 250 i N/A- , v l' . h 250 N/A l I - h 300 150 <100
\/ '
h 250 N/A T h 400 N/A 500 N/A i Remerks: l No skin contamination except as Indicated on exposed skin ! l i orecs. l____ _. . _ _ _ _ . _ . _ _ j 9.8
~
pny= ; ANNUAL EXERC8SE
; 10/17/89 PUBLIC INFORMATION OBSERVER INSTRUCTIONS
- 1. When personnel respond to the Joint Infermation Center, provide the video tape for simulated Media Broadcast monitoring.
- 2. At'T= 75 (1630 hrs.), call the ECC at 948-8958, 948-8907, or 948-8941 and read Message PI-1 to the individual answering the telephone.
Record the instructions or response from the ECC Staff member.
- 3. At T=110 (1705 hrc.), call the ECC at 948-8958, 948-9907, or 948-8941 i and read Hessage PI-2 to the individual answering the telephone.
Record the instructions or response from the ECC staf f me.nber. r
- 4. At T=255 (1330 hrs.), call the EOF at 657-0471, 948-8903, or 657-0739. Read Hassage PI-3 to the staff member answering the telephone. See if the EOF staff is able to direct you to the proper agencies to resolve your problem.
- 5. At T=345 (2100 hrs.), call the EOF at 65'-0739 or 948-8903. Read Message PI-4 to the individual answering the phoro and record his response to your inquiry. If you are transferred to the Group Leader !
- Admin. Support, contis.ue the questioning cro:ess and record the instructier.s given.
- 6. At T=360 (2115 hrs.), call the EOF at 949-8966, 657-0471, or 657-0564 and rhad Message PI-5 to the individual answering the telephene.
Record the response of the EOF staff member.
- 7. At the completion of the exercise, ensure the Joint Information Center is returned to pre-drill conditions.
l l l 9.9 DRLANN9
h t ,
,- ANNUAL.EXERC}SE 3' 10/17/89 Y. I SECURITY AND ACCOUNTABILITY OBSERVER
- 1. At T=160 (1755 hrs.), select one volunter to act as the missing r
person. If the weather is not inclement, instruct the individual to wait on the Turbine Building roof. This wil. place the individual within a relatively large security zone making the Search and Rescue
- 0 process challenging. .If ths weather is inclemente the individual' should be staged in the switchgear room a'. the south end of the 322 foot elevation of the Turbine Building. The individual is not to ,
respond to the muster and accountability instructions provided over the plant page system.. Ensure the individual understands the following items: a) The person is not to respond to muster-and accountability instructiona, , LL b) The person should not answer if paged. c) The person is not to evade security but stay in the location given above. P d) The individual is not to violate any serurity reaulations such as cicav-backino throuch key-carded deers.
- 2. When a Site Area Emergency Accountability / Mustering is anncunced, observe the accountability process.
- 3. .The Accountability process should be completed r.round~T=250 (1923 hrs.). When the ir lividual staged in the first instruction is discovered to be missing, observe the Search and Rescue process.
l r If the individual has been located prior to the ini.tiation of the , accountability process, restage an individual so that Search en-Rescue is demonstrated. r
- 4. The Emergency Assembly Area muster sheets will be given *.o a Site protection Officer in accordance with the Emergency Assembly Area procedure (9471-IMP-1300.36). Cellect the Warehcuse 1 and Warehouse 3 muster sneets from site Security and turn them in with your l
observer comments following the drill. l l l. l 1 l l. I 9.10 DRLANN9 1'
}
r
- - ~
r7-b- 'N, ANNUAL FXERC8SE 10/17/89 T COKMUNICATIONS OBSERVER INSTRUCTIONS
- 1. . During the course of the drill, various events will take place which, in reality, could require offsite assistance. With the exception of Emergency Offsite Notifications in accordance with procedure f '3471-IMP-1300.03, all calls to offsite entities shall be simulated.
Allow the drill participants to produce the applicable telephone numbers and explsin the contact method, but stop the process at tho point the call would be placed, s
- 2. If problems are encountered with any communicationo hardrare, ensure you record all relevant information so that repairs can tie arranged following the drill.
i 1 1 j I i l 4 f I 9.11 DRLANN9 - l i
s j W ;
~\ ANNUAL'EXERCZSt\
'N , 20/17/59 1 E .
's UNIT 1 WAREPOUSd MUSTER OBSERVER INSTRUCTIONS
*' 1. Obtain vehicle from Transportati.on before 1500 on Tuesday, October 3 17, 1989, i
- 2. Proceed to Warehouse 1 with tha vehicle at T 150 (1745 hrs.) to observe the ac?ivation of.the Emergency Assembly Area in accordance ;
with procedure 0471-IN;
- 1400.36. *
. s'v
- 3. All Unit 1 personnel who are not exempt from the drill will participate in muster tnd accountability. Upon completion of the mueter and accountability process personnel not directly involved in the drill may return to their normal duties witn the exception of .' c personnel working in the Unit 1 protected area.
- 4. Before all individuals mustering at the Warehouse are released, read 7( Message WHM(1)-1 to the Emergency Assembly Area Coordinator.
- 5. When the muster is complete, che muster sheets will be given to the
- Site Protection Officer in accordance with the Emergency Assembly Area procedura (9471-IMP-1300.36). Collect the signed off copy of L; 9471-IMP-1300.36 minus the muster sheets. y Note 1: The Emervsacy Assembly Area Coordinator should inform the .
. Emergency Director that the muster is complete and they are awaiting directions for evacuation. ;
i
- 6. When the mini-evacuation is ordered by the Emcrgency Director, accompany the evactres to the designated Remote Assembly Area.
Inform the predesignated evacuees that you will provide transportation as necessary in the ecmpany vehicle. Provide them with the option of taking their own' vehicles to the specified Romote Assembly Area. If this is done, they may be released from that location if simulated contamination is not found, or from the AEOF after simulated decontamin. .on procedures have+been completed. Once I a 31te Aren Emergency is declared, personnel will not be allowed to reenter TMI antil the exercise is completed. :
- 7. The evacuees will be monitored at the designated monitoring station in accordance with 9471-IMP-1300.20. Two (2) individuals will be found to be contaminated in accordance with the diagrams on pages 9.14 and 9.15.
Note 2: The observer will place sealed radioactive sources (Coleman lantern mantles) on two of the evacuees to simulate contamination in accordance with the diagrams on pages 9.14 and 9.15 (where practicable). Note 3: Provide the information on pages 3.14 and 9.15 as the monitoring ie performed. Do not give thcse sheets to the monitors. Forms from the procedure are to be used by the drill participants. l 9.12 DRLANN9 l I
y.. - 7-- ,
)h 3\L' ,
c 4'. o_ ,3. __ , u
'.i ,
// ' ANNUAL EXERC8SC !
O k" ,
;. 10/17/89 ,
- 8. The t wo contaminated indi(viduals will be transpcrted to the AEOF for {; ,
decontamination in accordance with 9471-IMP-1300.20. Observe the decontamination 3.bocess in cooperation with t'ne AEOF Observer. j}[ 1 1
- 9. All evacuees should'go to the AEOF for the duration of the drill after the s monitoring procash is complete. Those evacuues with access to their M vehicles may be released when their involvement in the drill is completed.
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. '10. Return the compsny vehicle to Trarisportation (scheduled for return' no i
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later than 0000, Wednesday, October 18, 1989).
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== m-i 3 Personnel Contamination Report am_ '
None Time Date T= 260 10/17/89 Evacuee #1 ' l
- g. Geoorbe souse of contemination: I Evocuee troversed plume during evacuation, t ERVEY DATA f
[ By i L Date . Time ' , F inst. _ SURVEY RESJLTS (CPel) Initial Decen 1- Decen 2 Dec:se 3 E h 500 300 150 <100 i
@ 600 180 <100
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Time Dete 1 Evacuee #2 ,,. T= 260 10/17/89_ l l Deserte seuse of contwinetion: ! Evocuee' traversed plume during evacuation.
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> Date .
I Time inst. SURVEY RE9)LTS (CMG , initial Decen 1 Desen,,2 Decen 3 1 2 3 rh W 300 120 <100 1 l 200 <100 t 400 120 <'00 i t f i fs
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- ANilUAL EXEhC3SE b 1, 10/17/89 s
i UNIT 2 WAREMOUSE, MUSTER OBSERVER INSTRUCTIONS s i. p
- 1. Obtain vehicle from Trar.6;ortation before 1500 on Tuesday, October 17, 1089. .
- 2. Proceed to Warehouse 3 with the . vehicle at T = 150 (1745 hrs.) to observe ;
the: activation of the Emergency Assembly Area in accordance with procedure 9471-IMP-1300.36. e 3. A1T non-exempt Unit 2 personnel outside the protected area will particip de in the muster. Upon signing in with the Em o ency Assembly
.' i Area Coordinator,-all Unit 2 personnel not directly involved in the drill ;
'may return to their normal duties.
l.
- 4. Before all individuals mustering at the Warehouse are released, read '
+ Message WHM(2)-1 to the Emsegency Assembly Area Coordinator..
- 5. When the mustor to complete, tra muster sheets will be given to the Sito >
Protection Of ficer in accordan<.e with the Emergency Assenbly Area
'prodedure (o471-IMP-1300.36). Collect the signed off copy of 9471-IMP-1300.36 minus the muster sheets.
J Nete l: The Emergency Assembly Area Coordinator should inform the
<, LEmergency Director that the muster is complete and they are awaiting directions for evacuation.
- 6. When the mini-evacuation is ordered by the Em6rgency Director, acccmpany ,
6
' the evacueos to the designa*9d Remote Assembly Area. Inform the predesignated evaer.e:es that you will provide transportation as necessary in'the company vehicle.' Provide them with the option of taking their own vehicles to the specified Remote Assembly Area. If this is done, they may be released from that location if simulated contamination is not found, or f rom the AECF af ter sierulated deco d amination procedures have been
# compit!-d Cnce a Stte Area Emerger..cy is declared, personnel will not be allowed to reenter THI until the extreiso is completed.
a
- 7. The evace.ees will be monito.ted at the designatad monitoring r;tation in accordance with 9471-IMP-1300.20. No peraonnel from Unit 2 will be found to be contaminated. i
- 8. All evacuees should go to the AEOF for the duration of the drill after the monitoring process is complete. Those evacuees with access to their t
, vnhicles may be released when th.nir involvement in the drill is g co.rpleted. Observe the decenttmine. tion of the Unit 1 evacuees in "J ), cooperation with the AEOF observer.
h! +
- 9. Retcen the company vehicle to Transportation after completion of the exercion (seheduled for return no later than 0900, Wednesday, October 18, G fi . 1989).
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I < i e L ANNUAL EXERCESE
, 10/17/89 OSC CONTROLLER INSTRUCTIONS a
- 1. At T = 265 (1940 hrs.), read Hessago OSC-1 to the OSC Coordinator. This event is designed to test the AEOF Staff's ability to use the INPO Emergency Resources Manual. Verify the OSC delegates the responsibility for obtaining the shielding to the AEOF.'
- 2. The 1E 4160 volt bus will be out of servtce from T=290 (2005 hrs.) to T=326'(2041 hrs.). The objective of this bus failure is to remove <
criticial pumps ' rom service allowing core damage to occur. To keep the acope of the drill manageable for the observers and Controllers, no special ef forts will be made to disable all equipment powered airectly or indirectly from the 1E 4160 volt bus.
- 3. At the completion of the drill, ensure that efforts are in progress to return all equipment to the proper storage locatien and the OSC is i returned to pre-drill c5nditions.
a t i 1 l l 6 9.17 DRLA!.N9
TT , r b ANNUAL EXERC3SE l 20/17/80 i AEOF CBSERVER INSTRUCTIONS
- 1. Proceed to the AEOF at Crawford Station at' T = 150 (1745 hrs.) to observe the activation process. Note any attempts at pre-staging.
'2. At T = 265 (1940 hrs.), the OSC will be directed to obtain lead wool for shielding. The OSC should delegate this task to the AEOF as'all shielding )
in the plant la in use and the warehouse stocks are deplot ed. Mcniter the AEOF response to the request. Shielding can easily be found by consulting i the INPO Emergency Resources Manual. Do not allow calls to actually be ; p'.4ced to utilities or vendors. . i
- 3. At approximately T = 310 (2025 hrs.), contaminated evacuees from the plant should arrere at the AEOF. Monitor the decontamination process to ensure compliance with procedure 9100-ADM-4330.02, " Personnel Contamination Monitoring and Decontamination". The Wareheuae Muster observers are available to monitor the decontamination if other AEOF activities require your attention.
Note 1: All parts of the decontamination process must be performed except showering and the actual removal of clothing. Nc*e 2: Refer to pages 9.14 and 9.l! for the number of times each person must be decontaminated and the. levels of contamination , involved. > Note 3: Coleman lantern mantles are used to simulate contamination.
- 4. At T = 350 (2105 h s.), using Message AE-1, play tha part of the leader of an INPO Emergency hesponse Team. Have the AEOF process you as the first member of your team shown n page 9.19 for security badging and dosimetry issue.
- 5. If the plant release and wind direction cause the ED/ESD to order AEOF peraonnel to evacuate the iacility, simula:e evacuation. Inform the ECC/ EOF that you are evaeusting and tnun cears all communications for thirty minttes. Then reestablish communications and inform the EOF /ECC that, for drill purposes, IIOF staff le in the EOF.
- 6. At the completion of the exercise, ensure all equipment is returned to the proper storage location and tho AEOF is returned to pee-drill conditions.
As a result of past problems, be certain all AEOF name tags are accounted for before thw drill participante depart the area. I. 1
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/ Institute of' Nuclear.' Power Operations
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q;, x gggg Seelal Secur'tv No. ' Form 4 on File. ;; C;- . Graham Chapman 131-51-4202 No' - 3
; s j, 1 John Cleese- $16 ., -2081 No .[
- c. Terry Gilliam 5l. 4- 19-6122 No f hf. . .
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..' Eric, Idle ' 591-47-3918 No X lW .;
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- j. ' ' Terry Jonas 321-19-1455 No j E
-- Michael Palin 161-45-5516 No- )
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ANNUPL EXERC8SE
' 20/17/89 FIRE CBSERVER INSTRUCTIONS Locations Control Building 338 foot 6 inch elevation, lE 4160 volt bus.
The aroc involved is the rear.of the circuit breaker for BS-P-1B, unit lE ; F 10. , General Information: The purpose of the fire taint scenario is tos y
- a) Test the capabilities of the Fire 3rigade. ,
b) Provide's repair situation requiring Emergency Repair Team action.
- c) Remove several key pumps / motors from service allowing the drill scenario to create core damage. .
The In Plant Rover monitoring the activities of the Emergency Repair Team will work with the Fire observers to provide the symptoms / situation to tt drill participants. Precautions
- 1. Ensure extreme caution is exercised in the vicinity of energized ?
equipment.
- 2. to n21 allow any switche6 or controls to be manipulated on the lE 4160 volt switchgear. This includes the removal or opening of' cubicle access covers and doors.
.3. Do not allow charged hose lines to be advanced to a position that >
could endanger personnel or equipment in the switchgear room.
- 4. No o*f site firefighting assistance will be required. Do not allow the Fire Brigade Leader to request offsite assistance.
Fire Scenario Secouence of Events ! T = 285 (2000 hrs.), Fire Observers and In Plant Rover meet at the lE 4160 volt bus. The In Plant Rever will provide information and evaluate participart reaponse in dealing with switchgear damage and repairs. The Fire Observer will provide information and evaluate fire brigade actions. T = 290 (2005 hrs.), the lE 4160 volt bus will trip due to an electrical fault in the ciretit breaker for BS-P-1B. When an Auxiliary Operator or L other member of the plant staff arrives at the switchgear to determine the cause of the trip, initiate the fire drill. In the event no one is sent l to the switchgear, the In Plant Rover nas been provided with a contingency , message to initiate the event. Alarm HVA-5-3 is received in the Control
}
Room. T = 295 (2010 hrs.), Upon arriva' of the fare brigade, a moderata smoke condition will exist throughout the room requiring the use of S.C.B.A. v 9.20 DRLANN9
Q~ , q s ANNUAL EXERCESE 20/17/89 FIRE OBSERVER INSTRUCTIONS I T = 298 (2013 hrs.), Inspection of the switchgear will reveal heavy cherring in the rear of the circuit breaker for BS-P-1B. Repair Team or Electrical Maintenance qualified Fire Brigade members will be needed ; durin3 the inspection. T = 300 (2015 hrs.), The fire is out but heat and smoke are still < present. As the situation would not be readily apparent, the Fire Brigade may advance hose lines into the area. T = 315 (2030 hrs.), Inspection of the switchgear will show the damage to be limited to the circuit breaker. Racking out Unit lE 10 (circuit breaker far BS-P-1B) will isolate the fault from the bus. T = 326 (2041 hrs.), overhaul is complete and the BS-P-1B circuit breaker is racked out. The Fire Brigade /E.aergency Repair Team can report the lE 4160 volt bus available to be re-energized. s l l l ,i l l 9.22 DRLANN9
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J.NNUAL EXERCISE 4
+ 10/17/89 EOF CONTROLLER INSTRUCTIONS 1.. Arrive at the EOF any time before T = 160 (1755 hrs.), to observe the activation process. . personnel should not man the facili.y until thmy are :
called out upon declaration of the Site Area Emergency at T = 190 (1825 hrs.) unless the Emergency Director orders <an earlier activation. :
- 2. The Public Informatior. Observer will call'the EOF at T = 255 (1930 hrs.), i with Message PI-3, T = 315 (2100 hrs.), with Message PI-4, and T = 360 (2115 hre.), with Message PI-5. These messages are designed to test the
- ability of communications to deal with non-GPUN personnel and provide them with responses fitting the situatior..
1
- 3. At T = 270 (1945 hrs.), read Message EOF-1 to the Group Leader - Admin.
Support and verify the following items. a) A listing of Hotels / Motels is available or appropriate telephone directories can be produced. b) A means, acceptable to the vendor, la available to pay for.the ; required rooms (Purchase Requisition, Blanket Orders, etc.) L Do n21 allow calls to actually be placed to hotels or motels.
- 4. The 1E 4160 volt bus will be out of service from T=290 (2005 hrs.) to '
T=326 (2041 hrs.). The main objective of this bus failure is to remove I critical pumps from service allowing core damage to occur. To keep the scope of the drill manageable for the observers and Controllers, no. , i special efforts will be made to disable all equipment powered directly or indirectly from the 1E 4160 volt bus. i
- 5. At T = 350 (2105 hrs.), an INPO Response Team will arrive at the AEOF for badging and dosimetry. If the AEOF calls the EOF to verify their authenticity, inform the ESD and AEOF staff that the team was in fact requested by senior management from the Institute of Nuclear Power Opo-stions. For purposes of this drill, authorization for plant access will be assumed to be granted by the ESD. Team members will not actually repcrt to the site. This activity is intended to test the badging and dosivetry issue process.
- 6. At T = 375 (2130 hre.), call the EOF from any other EOF telephone (dial 948-8966, 657-0471, or 657-0564) and read Message EOF-2 to the individual answering the line. When the ESD comes on the line continue reading Message EOF-2. The ESD should request the Group Leader - Administrative Support to obtain a helicopter (in accordance with EPIP 9471-IMP-1300.06). Do nel allow the call to actually be placed to Ronson l Aviation.
- 7. At the completion of the drill, ensure all equipment is returned to its prop r storage location and the EOF is returned to pre-drill conditions.
1 1 {- 1 9.22 DRLANN9 I b 1 L l
ANNUAL EXERC3SE l 20/17/89 I 1 TSC OBSERVER INSTRUCT 70NS l '. Report to the Technical Support Center yrlor to it being manned to observe the activation process.
- 2. The lE 4160 volt bus will be out of service from T=290 (2005 hrs.) to 1 T=326 (2041 hrs.). The objective of this bus failure is to remove several critical pumps from service allowing core damage to occur. No special ef forts will be made to disable all equipment powered directly or ir.directly from the lE 4160 volt bus in order to keep the scope of the drill more manageable for drill Observers and Controllers.
NOTE: To ensure scenario consistency, data sheets for incere thermocouple temperatures will be provided to the participants.
- 3. At the completion of the exercise, ensure all equipment is returned to its proper storage location and the TSC is returned to pre-drill conditions.
i l' l l 1 l 9.21 DRLANN9 l l l
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, ANNUAL' EXERCISE h[,
!i , 10/17/89 MESSAGES / ANNOUNCEMENTS Unless provided in this section, normal plant procedures will be used,to make-announcements. All announcements and messages will be preceded and ended with ' '
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"THIS IS A DRILLI THIS IS A DRILLI l
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' ANNUAL EXERCISE 10/17/89 CODE-A-PHONE ANNOUNCEMENT The Emergency Director or designee shall select the appropriate responses ,
identified below with an asterisk (*). ! l
'THIS IS A. M i THIS IS A DRILLi' This is Three Mile Island Nuclear Station. A(n)
* (select one) Unusual Event / Alert / Site Area Emergency / General Emergency has been declared in (Select one) Unit 1/ Unit 2
*(Provide a brief, non-technical description of the event) >
L ? (select correct announcement) ,
- 1. This is for your information only. Response is D21 required at this time. At the tone, leave your name and duty roster position. (End of Announcement)
- 2. All members of the following organizations are to report to their stations.
* (select required unit (s) Unit 1/ Unit 1 and Unit 2 <
* (Select required organization (s) - Initial Response Emargency Organization
- Initial Response anc Emergency Support ,
organization
- Unit 2 Watch List At the tone, leave your name, duty roster position, and expected time of day of your arrival. (End of Announcement) ,
"THIS IS A DRILLI THIS IS A DRILLl" ,
! APPROVED Emergency Director Time Date l 1. l' l
)
l l 10.2 DRLANN10 I l
- ~ ._. . . .
ANNUAL EXERCISE q l' 10/17/89 I
, .i
-> CODE-A-PHONE ANNOUNCEMENT The Emergency Director or designes shall select the appropriate responses identified below with an asterisk (*).
'THIS IS A DRILLI THIS IS A DRILLl" This is Three Mile Island Nuclear Station. A(n)
(Select one) Unusual Event / Alert / Site Area Emergency / General Emergency has been declared in (Select one) Unit 1/ Unit 2
*(Provide a brief, non-technical description of the event) i (Select correct announcement)
- 1. This is for your information only. Response is D21 required at this '
time.- At the tone, leave your name and duty roster position. (End of Announcement) 1
- 2. All members -of the following organizations are to report to their stations.
* (Select required unit (s) Unit 1/ Unit 1 and Unit 2 ,
* (Select required organization (s) - Initial Response Emergency Organization
- Initial Response and Emergency Support Organization
- Unit 2 Watch List At the tone, leave your name, duty roster position, and expected time of ,
day of your arrival. (End of Announcement)
"THIS IS A DRILLI THIS IS A DRILI!"
APPROVED Emergency Director Time Date l l l 10.3 DRLANN10 l 1
ANNUAL EXERCISE 10/17/89 CODE-A-PHONE ANNOUNCEMENT The Emergency Director or designee shall select the appropriate responses' identified below with an asterisk (*).
"THIS IS A DRILLI THIS IS A DRILLl*
This is Thrse Mile Island Nuclear Station. A(n)
* (Select one) Unusual Event / Alert / Site Area Emergency / General Emergency has been declared in (Select one) Unit 1/ Unit 2
*(Provide a brief, non-technical description of the event)
(select correct announcement)
- 1. This is for your information only. Response is n21 required at this !
time. At the tone, leave your name and duty roster position. (End i j of Announcement)
- 2. All members of the following organizations are to report to their stations.
i
* (Select required unit (s) Unit 1/ Unit 1 and Unit 2 l i
I
* (Select required organization (s) - Initial Response Emergency Organization
- Initial Response and Emergency Support r
organization
- Unit 2 Watch List
'a the tone, leave your name, duty rester position, and expected time of
. of your arrival. (End of Announcement)
"THIS IS A DRILLI THIS IS A DRILLl" APPROVED Emergency Director Time Date l
l l l l 10.4 DRLANN10
m-- , (: { l i l- ANNUAL EXERCISE 10/17/89 - f CODE-A-PHONE ANNOUNCEMENT i-F .The. Emergency Director or designee shall select the appropriate responses ; identified below with an asterisk (*).
'THIS IS A DRILLI THIS IS A DRILLi' This is Three Mile Island Nuclear Station. A(n) i
* (Select one) Unusual-Event / Alert / Site Area Emergency / General Emergency has been declared in r
(Select one) Unit 1/ Unit 2
*(Provide a brief, non-technical description of the event)
(select correct announcement)
- 1. This is for your information only. Response is n21 required at this time. At the tone, leave your name and duty roster position. (End of Announcement)
- 2. All members of the following organizations are to report to their stations. 4
* (Select required unit (s) Unit 1/ Unit 1 and Unit 2 e
* (select required organization (s) - Initial Responso Emergency Organization
- Initial Response and Emergency Support i organization
- Unit 2 Watch List 1
- At the tone, leave your name, duty roster position, and expected time of l day of your arrival. (End of Announcement) 1 "THIS IS A DRILLt THIS IS A DRILLl" APPROVED Emergency Director Time Date 10.5 DRLANN10
r: , , 6" t ANNUAL EXERCISE t [ 10/17/89 L PLANT PAGE ANNOUNCEMENT !. The Emergency Director shall select the appropriate response to be read to onsite personnel *. l A. UNUSUAL EVENT i
- HgII: This announcemont is made for Unit 1 only and dual *
- ensorgencies, incorporating the status of both units. The
- message may pe modified based on the event and/or conditions **
* (e.g. special instructions for a security or non- *
- radiological event, evacuation directions based on plume *
*. direction - from RAC consultation). ,
- 1. Turn on Whalen speake-i.
- 2. MESSAGE -READ SLOWLY
" ATTENTION ALL PERSONNELI ATTENTION ALL PERSONNELI THIS IS A DRILLI THIS IS A DRILLI AN UNUSUAL EVENT KAS BEEN DECLARED IN (Select one) UNIT I/ UNIT 2.
*All MEMBERS OF THE (Select one) UNIT 1/ UNIT 1 AND UNIT 2 ON-SHIFT i
EMERGENCY ORGANIthTIOu REPORT TO YOUR STATIONS. ALL OTHER PERSONNEL < SHOULD CONTINUE WITH THEIR NORMAL DUTIES AND AWAIT FURTHER INSTRUCTIONS." (Give a brief description of the event.) (UNIT 1) l
}
(UNIT 2)
"THIS IS A DRILLI THIS IS A DRILLl"
- 3. Repeat the announcement.
- 4. Turn off the Whelen speakers.
10.6 DRLANN10
F< "b n f-1 ANNUAL EXERCISE 10/17/89 ; PLANT PAGE ANNOUNCEMENT The Emergency Director shall select the appropriate response to be read to onsite personnel *. A. hLERI E2II: This announceweent is made for Unit 1 only and dual emergencies, incorporating the status of both units. The message may be modified based on the event and/or conditions' (e.g. special instructions for a security or non-radiological event, evacuation directions based on plume direction - from RAC consultation). *
- 1. Turn on Whelen speakers.
- 2. MESSAGE - READ SLOWLY 6
" ATTENTION ALL PERSONNELI ATTENTION ALL PERSONNEL! THIS IS A DRILLI THIS IS A DRILLI AN ALERT RAS BEEN DECLARED IN (Solect one) UNIT 1/ UNIT 2.
ALL MEMBERS OF THE (Select one) UNIT 1/ UNIT 1 AND 2 INITIAL RESPONSE EMERGENCY ORGANIZATION AND
* (Select if applicable) UNIT 2 ON-SHIFT EMERGENCY ORGANIZATION
* (Select if applicable) UNIT 2 WATCH LIST REPORT TO YOUR STATIONS. ALL OTHER PERSONNEL SHOULD CONTINUE WITH p THEIR NORMAL DUTIES AND AWAIT FURTHER INSTRUCTIONS.
(Give a brief description of the event.) l (UNIT 1) (UNIT 2) .
- 3. THERE WILL BE NO SMOKING, DRINKING OR EATING UNTIL FURTHER NOTICE."
(Required if the event is radiologically oriented).
"THIS IS A DRILLI THIS IS A DRILLl"
- 4. Sound the Station Emergency Alarm (Required if the event is radiologically oriented).
- 5. Repeat the announcement.
- 6. Turn off the Whelen cpeakers.
10.7 DRLANNIO
l I II , ANNUAL EXERCISE 10/17/89 JE PLANT PAGE ANNOUNCEMENT The Emergency Director shall select the appropriate response to be read to onsite personnel *. ! C. SITE AREA EMERGENCY HQII: This announcemer.. is made for Unit 1 only and dual *
- emergencies, incorporating the status of both units. The
- message may be modified based on the event and/or conditions **
* (e.g. special instructions for a security or non-
- l
- radiological event, evacuation directions based on plume
- l
- direction - from RAC consultation). s
........................................ ..... ..................______... .. l
- 1. Turn on Whelen speakern. j
- 2. MESSAGE - READ SLOWLY l
" ATTENTION ALL PERSONNELt ATTENTION ALL PERSONNELI THIS IS A l DRILLI THIS IS A DRILLI A SITE AREA EMERGENCY HAS BEEN DECLARED IN (select one) UNIT 1/ UNIT 2.
- ALL MEMBERS OF THE (Select one) UNIT 1/ UNIT 1 AND UNIT.2 9 INITIAL RESPONSE EKERGENCY ORGANIZATION, THE EKERGENCY SUPPORT ORGANIZATION AND
* (Select if applicable) UNIT 2 ON-SHIFT EMERGENCY ORGANIZATION
* (Select if applicable) UNIT 2 WATCH LIST REPORT TO YOUR STATIONS. ALL PERSONNEL IN PADIOLOGICALLY CONTROLLED ARIAS IN UNIT 1 REPORT TO THE RAD CON ACCESS CONTROL j POINT. ALL NON-ESSENTIAL PERSONNEL IN UNIT 1, REPORT TO WAREHOUSE 1. ALL UNIT 2 PERSONNEL INSIDE THE PROTECTED AREA CONTINUE WITH YOUR NORMAL DUTIES. ALL OTHER UNIT 2 PERSONNEL, REPORT TO WAREHOUSE 3.
(Give a brief description of the event.) , l (UNIT 1) l (UNIT 2) 1
- 3. "THERE WILL BE NO SHOKING, DRINKING OR EATING UNTIL TURTHER NOTICE." (Required if the event is radiologically oriented)
"THIS IS A DRILLI THIS IS A DRILLt
- 4. Sound the STATION EMERGENCY ALARM. (Required if the event is radiologically oriented)
- 5. Repeat the announcement.
- 6. Turn off the Whelen speakers.
10.8 DRLANN10 l i
-. - _ . . _ _ _ . . .. . . _ . . , , - . _ , . - . .~'
'.j>
P ANNUAL EXERC3SE 10/17/89 t L' PLANT PAGE ANNOUNCEMENT The Emergency Director shall select the appropriate response to be read to onsite personnel *.
! D. GENERAL EMERGENCY L ...__........__........___................................................... 1 i- '
EQII: This announcement is made for Unit 1 only and dual
, t
emergencies, incorporating the status of both units. Tho
- message may be modified based on the event and/or conditions *
(e.g. special instructions for a security or ncn-
- radiological event, evacuation directions based on plume
- Y direction - from RAC consultation). * >
- 1. Turn on Whalen speakers.
- 2. MESSAGE - READ SLOWLY
" ATTENTION ALL PERSONNELI ATTENTION ALL PERSONNELI THIS IS A DRILLI THIS IS A DRILLI A GENERAL EMERGENCY MAS BEEN DECLARED IN (Select one) UNIT 1/ UNIT 2.
ALL MEMBERS OF THE (Select one) UNIT 1/ UNIT 1 AND UNIT 2 INITIAL RESPONSE EMERGENCY ORGANIZATION, THE EMERGENCY SUPPORT , ORGANIZATION AND '
* (Select if applicable) UNIT 2 ON-SHIFT EMERGENCY ORGANIZATION
* (Select if applicable) UNIT 2 WATCH LIST >
REPORT TO YOUR STATIONS. ALL UNIT 1 PERSONNEL IN RADIOLOGICALLY CONTROLLED AREAS REPORT TO THE RAD CON ACCESS CONTROL POINTS. ALL UNIT 2 PERSONNEL INSIDE THE PROTECTED AREA CONTINUE WITH YOUR NORMAL DUTIES. EVACUATION IS E2I REQUIRED FOR THIS DRILL. I l EVACUATION IS E2I REQUIRED FOR THIS DRILL. l (Give a brief description of the event.) (UNIT 1) l (UNIT 2)
- 3. "THERE WILL BE NO SMOKING, DRINKING OR EATING UNTIL FURTHER NOTICE." (Required if the event is radiologically oriented)
"THIS IS A DRILLI THIS IS A DRIL(1
- 4. Sound the STATION EKERGENCY ALARM. (Required if the event is radiologically oriented)
- 5. Repeat the announcement.
- 6. Turn off the Whelen speakers.
10.9 DRLANN10
i ANNUAL EXERCISE
'10/17/89 SITE EVACUATION MESSAGE LThe Emergency Director shall select the appropriate response to be read to i onsite personnel *,
H2II: This announcement is made incorporating RAC recommendations *
- based on plume direction, for radiological events. *
..........._____..._o.__...................__..........................____.. ,
f
- 1. Turn on Whelen speakers.
- 2. MESSAGE - READ SLOWLY ,
" ATTENTION ALL PERSONNELI ATTENTION ALL PERSONNELI THIS IS A DRILLI- THIS IS A DRILLI ALL PkEDESIGNATED EVACUEES IN UNIT 1 AND UNIT 2 PROCEED TO THE
* (Select the SAFEST Remote Assembly Area) TRAINING CENTER / SATURDAY'S MARKET /MIDDLETOWN JUNCTION SUBSTATION /500 KV SUBSTATION / USING THE
* (Select the SAFEST Bridge, BOTH may be used) NORTH BRIDGE / SOUTH BRIDGE / NORTH AND SOUTH BRIDGES. UPON ARRIVAL AT THE REMOTE ASSEHBLY. ,
AREA ASSEMBLE AND AWAIT FURTHER INSTRUCTIONS. ALL OTHER PERSONNEL OUTSIDE THE PROTECTED AREA FOLLOW THE EHERGENCY h ASSEMBLY AREA COORDINATOR'S INSTRUCTIONS. THIS IS A DRILLI THIS IS A DRILLI i i
- 5. Repeat the announcement.
- 6. Turn off the Whelen speakers.
10.10 DRLANN10
1, 9 ANNUAL EXERCISE 10/17/89
, MESSAGE: DC-1 T= 0 /1515 hrs ,
Scenario Clock , FRON: Drill coordinator , TO: Drill contro11 era and observers HOW GIVEN Plant Pace System , MESSAGE: ATTENTION ALL DRILL PERSONNELI ATTENTION ALL DRILL PERSONNELI The time is now T = 0. All drill participants issued radios switch to channel 4. All drill participants issued radios switch to Channel 4. THIS IS A DRILL! THIS IS A DRILLI t 1' l l 1 l l l l 10.11 DRLANNIO l l
l~ ' . og H.; , 4
' ANNUAL EXERCISE 10/17/89 t
- MES3 AGE: IP-1 _T= 4 /1519 hre Scenario Clock FROM: In Plant Rover s
TO: Auxiliary onerator or control Room Staff Member HOW GIVEN: Verbally or Plant Pace s MESSAGES. THIS IS A DRIILt THIS IS A DRILLI I got my tool pouch hooked on the manual trip lever and accidentally l tripped the feed pump. Sorry. 1 1 THIS IS A DRILLI THIS IS A DRILLI i l 1 i l l l l I' l l l l-10.12 DRLANNIO 1 l' l l I
~
l. 1 .
I ANNUAL EXERC2SE 10/17/89 J 4' l MESSAGE: DC-2* T= 60 /1615 hrs
' Scenario Clock FROMs Drill coordinator '
'IV : Shift Suoervisor ,.
HOW GIVENS V_erbally MESSAGE: THIS IS A DRILLI T,HIS IS A DRILLI Declare an Alert. : v e IFIS IS A DRILLI THIS IS A DRILL! 1
- Contingency Message
[ 1 1 I i l j. 1'
)
l a i { 10.13 DRLANN10
fr. P j .-: ANNUAL EXERC3SE. I 10/17/89 i
.MESSACE: PI-1 T= 75 /1630 hre Scenario Clock FROM: Egh,1,1c Information observer TO: ECC Staff W.ber HOW GIVEN BY Telechene (dial 949-8958, 948-8907. or 948-8941)
MESSAGE: THIS IS A DRILLI THIS IS A DRILLI This is John Byrnes and I live in Goldsboro. I've been monitoring you guys on my scanner so I know what's going on. Level with me. Should I evacuate with my family? THIS IS A DRILLI THIS IS A DRILL! i I 1 I l l l 1 l I l l l.
)
l l l I 1 l l l 10.14 DRLANN10 l l l l l l L 1
7: ANNUAL EXERCISE ,
, 10/17/89 -
KESSACE: IP-2 T= 100 /1655 hrs , Scenario Clock , -. FROM: In Plant Rover TO3- Rad con Technician t HOW GIVENS Verbally , KESSAGE: THIS IS A DRILLI THIS IS A r>RILLI A fella. keeps setting of f the 'nonitor inside the door here and asked me , to send a Rad con tech. THIS IS A DRILLI THIS IS A DRILLI l l h i 1. 1 10.15 DRLANN10
7:: y , r a ANNUAL EXERCESE. [. . r i. [ 10/17/89 t
" T= 110 /1705 hrs a MESSAGES. PI-2 l
Scenario Clock FROM: Public Information Observer TO: ECC Staf f "- '-sr
?
HOW GIVENS By Telechone tdial 948-8958. 948-8907. or 948-89411 MESSAGE: THIS IS A DRILLI THIS IS A DRILLI l'
?
This is Tom Tuohy in Middletown. Your stake body truck just scraped the side of my car by Reider's Hardware and just kept on going. I didn't i get his license number but it had the CPU Nuclear stickers on it. Who do I talk to about paying for the damsge? t THIS IS A DRILLI THIS IS A DRILLI t r L 1 e l l L l l l 10.16 DRLANN10 1
o I h ". ['.' - 1 ANNUAL EXERCISE 10/17/89 ;
. MESSAGE: DC-3 T=~ 121 /1716 hrs Scenario Clock l
FROM: Dri11' Coordinator ; TO: ECC Staff. TSC Coordinator, Group Leader - Technical SuoDort HOW GIVEN: Verbally and by Telechene MESSAGE: .THIS IS A DRILLI THIS IS A DRILLI t Decay Heat will remain constant at the initial shutdown level until further notice. Inform your staff and dioplay this information on the appropriate status board. 4 THIS IS A DRILL! THIS IS A DRILLI l' t' l l I I 10.17 DRLANN10 1 1
l I i ANNUAL EXERCISE 10/27/89 _
' MESSAGE: DC-4* T = 205 /1040 hrs
scenario Clock
!- FROM: Drill coordinator i
l TO: Emeroenev Director HOW GIVEN: verbally MESSAGC THIS IS A DRILLI THIS IS A DRILL! , Declare a Site Area Emergency i THIS IS A DRILL! THIS IS A DRILL! i a Denotes Contingency Message l l l l l 1 l 10.18 DRLANN10 l I 1 1
. - - = , , - . - . - , - -. - - - - - - , , - . - . . , . . . . - ,
P- . ANNUAL EXERCISE ' 10/17/89 MESSAGE: WHM(1)-1 T = 235 /1910 hrs Scenario Clock FRON: Unit 1 Warehouse Muster Observer TO: Unit i Emeroenev Assembiv Area coordinator ) HOW GIVENS Verbally MESSAGE: THIS IS A DRILLI THIS IS A DRILLt Personnel participating in the mini evacuation have been pre-dosignated. i s t THIS IS A DRILLI THIS IS A DRILLI i-I l 1 l l l' i l l 10.19 DRLANN10
- l. - _ . _ _ .
1- [. ANNUAL EXERCISE 10/1*l/89 .1 1 MESSAGE: WHM(2)-1 T = 235 /1910 hre t Scenario Clock FROM: Unit 2 Warehouse Muster obsercar TO: Unit 2 Emeroenev Assembiv Area coordinator l-HOW GIVENS Verbally 3 1 1 MESSAGE: THIS IS A DRILLI THIS IS A DRILL! Personnel particpating in the mini evacuation have been pre-designated. .> THIS IS A DRILL! THIS IS A DRILLI i i r 1 l
.1 l
l 1 l I l l 10.20 DRLANN10
5 ANNUAL EXERCISE 10/17/89 - MESSAGE: PI-3 T= 255/1930 hre , Scenario Clock , FROM: Public Information observer TO: EOF Staff Member ' c t HOW GIVEN: Ev Telechone fdial 657-0471. 657-0739, or 948-8903) - MESSAGE: THIS IS A DRILLI THIS IS A DRILL! Listen, someone at the plant gave me this number and said X2g would help , me. I live on orchard Lane right by the plant and the State Police have ' the road blocked off,'they won't let me home. My dog is at home and needs her mediciation. Can you please call the State Police and tell them to let me go take care of my dog 7 THIS IS A DPILLI THIS IS A DRILL 1 ' 1 l i l l l l
)
10.21 DRLANN10
I
' ANNUAL EXERCISE 10/17/89 -l MESSAGE: DC-5 T= 260 /1935 hre l, Scenario Clock i
FROMs . Drill coordinator i l.- To: *==raenev Director l HOW GIVENS Verba11v MESSAGE: THIS_IS A DRILLI THIS IS A DEILLI Instruct the Unit 1 and Unit 2 Emergency Assembly Area Coordinators to ' initiate the mini evacuation. i THIS IS A DRILLI THIS IS A DRILLI i cc> 1 l i l l l I 1 f i l 10.22 DRLANN10 l 1 1 1 1
5 t..
'a ANNUAL EXERCISI:
10/17/89 j MESSAGE: OSC-1 T= 265 /1940 hrs. [: i Scenario clock s'
' J FROMs . QSc controller To: OSC coordinater ,
HOW GIVENS Verbally " IIESSAGE: THIS IS A DRILLI 1H18 18 A DRTLLI l s
?
The Emergency Director would like you to locate a source of lead wool used for shielding. There's no more on site and the normal supplier can't be contacted. Try to get at least three cubic feet of the stuff. I. THIS IS A DRILLI THIS IS A. DRILL! ! e 1. l
?
l l l l t 10.23 DRLANN10
.l
;p,
" ANNUAL EXERCISE-
'd' y ,
10/17/89
,- MESSAGE: EOF 1 T = 270 /1945 hre Scenario Clock FROM: EOF Controller TO: Groun Leader - Admin. Succort i
HOW GIVEN: Verbally MESSAGE: THIS IS A DRILLI THIS IS A DRILLI r i i INPO and other utility support groups will be sending personnel to help us with the emergency. The ESD would like you to provide thirty rooms in local hotels when they arrive.
~
THIS IS A DRILLI THIS IS'A DRILL!
?
i l l l' i~ l l 10.24 DRLANN10 l
1 ANNUAL EXERCISE 10/17/89 1 MESSAGE: IP-3*~ T = 292 /2007 hre l
' ' 'A Scenario Clock FROM: In Plant Rover l INN ECC Staff HOW GIVENS Plant Pace l MESSAGE: THIS IS A DRILLI THIS IS A DRILLI ,
4 i I'm on the third floor of the control Building and there is smoke coming from the switchgear in the room next to the ESAS cabinets. t THIS IS A DRILL! THIS IS A DRILLI
- Contingency Message l
l l l 10.25 DRLANN10
^
ry', , l l ANNUAL EXERCISE. ! 10/17/89 MESSAGE: DC-6 T= 307 /2042 hrs Scenario Clock s FROM: Drill coordinator TO: Ecc staff. Tsc coordinator, croue Leader - Technical Suenort HOW GIVEN: Verbally and by Telechene ' MESSAGE: THIS IS A DRILLI THIS IS A DRILLI
)
b
' Decay Heat will now decrease normally. Inform your staff and display this information on the appropriate status board.
l THIS IS A DRILL 1 THIS IS A DRILL 1 1 l 10.26 DRLANN10
,1' ANNUAL EXERCISE 10/1i/89 MESSAGE: DC-7* T = 335 /2050 hrs r Scenario Clock. <
FROM: Drill coerdinator ;
?
TO: h roenev Director t. HOW CIVENs Verbally
- 6 MESSAGE: THIS IS A DRILLI THIS IS A DRILL! ;
Declare a GENERAL EMERGENCY THIS IS A DRILLI THIS IS A DRILLI
- Contingency Message f
k 4 1 1 10.27 DRLANN10 l
cc, , i l ,
? s if:. ,
c "i- ANNUAL EXEkCISE l I
>' 10/17/89 MESSAGE: PI-4 T = 345 /2100 byg Scenario Clock i
> ',)
> FROM: Public Information Observer
!s i t
TO: EOF Staff Member HOW GIVENS By Telechone fdial 948-8903 or 657-07391 i r MESSAGE: THIS IS A DRILLI THIS IS A DRILLI ;
/ i l This is the manager of the Procrustes Notel in Swatara Township. We had '
> two fellas stay here for three days from the rurmanite Company. They checked out last night and said GPU was paying the billn How do I get my money? t
?
I THIS IS A DRILLI THIS IS A DRILLI r r t
, h s' 6/
l 10.28 DRLANN10
1 a' ; i ANNUAL EXERCISE i
, 10/17/89 l NESSACE: AE-1 T = 350 /2105 hrs ;
i Scenario Clock ; FRON: AROF Obmalvar f I , TO: kEOF Staff Member . b t HOW CIVENs Verbally [ MESSAGE: THIS IS A DRILLI THIS IS A DRILLt
?
i r I'm Graham Chapman of the Institute of Nuclear Power Operations. Here is a list of my emergency response teams. Your senior management , directed up to report here f or badging and dosimetry. We're to standby L for a possible entry onto TMI. t i
?
THIS IS A DRILLI THIS IS A DRILLI l L i i L t t i i P i 1 10.29 DRLANN10
! ANKUAL EXERCISE 20/27/89 l MISSACE: PI-5 T = 360 12115 hra Scenario Clock ?
FRON: Public Information observer To ROF Staff "--Ner HOW GIVEN: av Talenhene fdial 940-8966. 657-0471, or 657-05641 MESSAGE: THIS IS A DRILLI THIS IS A DRILLI Listen. This is Senator Kopeckne. I was at a party with one of my staff and I've been out of touch with my office for several hours. Now, I'm drowning in calls from my constituents about some sort of accident. What happened and why was there a delay in reporting it? THIS IS A DRILLI THIS IS A DRILLI l 1 i l i l l l 10.30 DRLANN10
ANNUAL EXERCISE 10/17/89
! MESSACE EOF-2 ,,T = 375 /2130 hrs Scenario Clock FROM: 10P Centro 11er To Emernancy Suenort Director HOW GIvrN: av Telmehene fdial 949-8966. 657-0471. or 657-05641 MESSAGE: THIS IS A DRILLI THIS IS A DRILLI This is phil Clark. I'd like to talk to the Emergency Support Director.
(Continue after the ESD is on the line) 1815 IS A DRILLt IH11 1$ A DRILLI This is Phil Clark. What's your status? (response) THIS IS A DRTLLI THIS IS A DRILL) I'd better come down. I'm at Morris Corporate center now. Send a helicopter to bring me to your location. THIS IS A DRILLI THIS IS A DRILL! 1 1 l l l l l l 10.31 DRLANN10 l
_r i ANNUAL EXERCISE 10/17/89 MESSAGE: DC-8 T = 420 /2215 hra Scenario Clock FROM: Drill coordinator TO: Drill Particinants/ Observers / controllers , HOW CIVF.W Plant Pane and Talenhone fSee Obaarver Instructional MESSAGE: ATTENTION ALL PERSONNELI ATTENTION aff. PLRSONNEL) The emergency exercise is terminated. , The emergency exercise is terminkted. { i i h i I f I i r { r ! l l [ u t l I l l l 10.32 DRLANN10 l -. . . -- . .
ANNUAL EXERCISE j 10/17/89 I , Drill cround Rules
- 1. Use existing procedures for plant announeenents, unless otherwise directed. If an announcement is to be made, precede and end the announcement withs *THIS IS A DRILL. THfB IS A DRILL *.
- 2. All actione including the procurement of repair parts are to be
> performed and not sLmulated unless such action may result in personnel harm, damage to plant equipment or modify plant status. Although the i task may appear to be redundant, inconvenient or a waste of materials, i the task should still be performed in that it provides a realistie sense , i of timing and assures the observer that the action can and will be performed during actual accident conditions. If you are unsure, consult j the observer immediately. t
- 3. Ensure that observers are aware of your activity (procedures used, actions initiated, personnel contacted, decisions, etc.). Let the observer know what you are doing, why you are doing it, how you will do it, and what procedures you will use. This will ensure an accurate observer evaluation.
i
- 4. Approach and perform all tasks with the same attitude, professionalism, and enthusiasm as if the situation were real. Do'not assume that certain actions are unimportant because this is only a drl'1; for example, checking for a pulse and breathing on a simulated injured unconscious Ferson or investigating why a f ailed valve does not operate.
11.1 0119b ja
\
f~ l' I ANNUAL EXERCISE 10/17/69 P S. Proepting by d.-111 observers is not allowed. Observers will only , provide information which is normally available by visible er audible
- inspection e.g., noter readings, instrument alarms, but not trends off of meters, i
f
- 6. Observe all plant page announcements and radiological controls precautions with a sense of realism. For example, do not eat, drink or smoke after the 'no eating, drinking, or si.4 king' announcement is made, i
do not violate Rad Con barriers erected for the drill and actually don , respirators and PC's in simulated high airborne activity areas.
- 7. Actually sign-nti procedures as actions are performed. Used procedures will be replaced following the drill. ;
- 8. offsite notifications shall actually be made. ,
l
- 9. Personnel accountability shall be perf ormed in total in Unit 1 if required.
- 10. Personnel evacuation shall be simulated if required.
NOTE observers may require a few people to evacuate. l
- 11. Plant data is provided via CRT from the Plant Reference simulator. ,
- 12. Calls to the control Room aball be placed to the Siculater Control Room. Dial 948-8907, 948-8941, or 948-8958.
11.2 0119b ja
1 l i - P.ees enni Walning Attendance Form pope s (Sisee Ife OnY) ;
" OFFICE USE ONLY" Mret lesson of course _ l Last lessen of coureo_ Date initial ;
mecewd; j Erneed: Mied: Leeson Pian e i metumes: Leseen Pian mov. # Pmpram e 10.6.1 raio: rmergenry prennrednest Dr t 11, / rxeregt,t l N/A NI unn: 1/11 Group # AI.L., Cyciwweek- Locaten: [ Course , .006 inn. Annual Exercise Course mov. # Sterus- Composon Does: _/ _/ Leeson , AA An*L'ai padielgical rmereenev nr411 use- Lipt Titie: Leeson Rev. # Status: C Compleson Dom Lt113 %re: 7.0 testel E m m6netten Home Some Seoumy p/p/i oroes petntes Name S6gnetwo law i huneer (N company h i _- l l 1 - teethod of Evoluetten: Attachments. I vmnen (cmogory Type J TCR Enam Cmr Sr*st Oral ter* Enam Seatig Chart l Prochool Factor ter* Enam Esy Other. Other stueeren Enem i HEREBY Aca: NOM. EDGE THAT THE Atch'E LtSTED PERSONS HAVE ATTENDED THE TRAINING ON THE DATE SPECIFiED. I1.3 insTM. seNATunt (NffM.SSN DATE A000NhA 4-#6 l .-. _ ..
l.
~
l Osas pennst I uomwoopw i Emample: Ovates l l A8Wwe(A) , Compesso (C) i
?
P I F (Fed) i I (lmemptsee) i l i i p simonsaw : conceponow a (cos) onomesw (omo) one (omu ommhn (orr) 7 Enemmenon (W menana Swnwisser (mes) t Fihn (FLW) School (SCH) Latorosory (LAS) Sommer ($tW) f Lectum (Lec) vmainpo (vtP) j lM , 1
)
Y l t 1 1 I l 11.4 i
r pie.se smi hining Attendance Form es, , , i (Sleek Inst OnY)
. pg g g ,, _ "0FFICE USE ONLY" ;
last lessen of eeures- Date innW Acceved: ; l Emend: , Filed: l Leseen Plan e , metamed: . Leeson Plan Rev. # t p,opmm e 10.6.1 Tme: Emercence Pretaredne u Bri t i c /r o rr < te e CycW wook N/A h IMI Unt: 1/ti Group #N/t i Course #
.006 rme: trauni rrcrei,n I Course Rev. # Stelue' Composeen Dees: 8/, , I Leeton #
Title:
Aeruni Radiningie31 rmernency nr<13 uogo: npt Lassen Mov # Sielue: C Comp 6mson Dese: W/g/L Heure _ 7 0 I .
..m_ _m_
Senurtly WWI 0488 Pftnted Name Signetwo Laer h M) Company , t l e
,- _ i
_- _ i i l _- _ 1 Method of Evolust6en: Attachmente: , ymnen (Casopry 1We _,J TCR Enem Cover Sheet l Oral taank Enam Seat 1 Chan Preanoel Factor taank Enam Key Other. Otner stueenn u nm i HgetEWY AccocWLEDGE THAT THE Atch'E L:ETED PERSONS MNE ATTENDED T>*E TRAINING ON THE DATE $PECIFIED f 11.5 iwsTm.sowaTumE INSTR SDN DATE A000Nh A 44 L
3 s , l l l l I l Does Pennet ; MarthCoyhter ji i
! Esempo: memes 1
., 4 tessus Code Aseve(A) Compsee (C) g i I i l i 6 erase i P (Post) i F (Ped) I (insempate ; r i teses Pvefts , Rose Pnnenes (GPS) N (OJT) Swnutseer Conospensonas (CCS) On0menor (ORG) . Drtu (DmL) On ShrR-hn (OST) Enemmenon (ExW) mophes simuwor (RPs) Film (FLM) Schoul (SCH) I Laborssory (LAS) Sommer (SEM) (LEC) Veeasepe UTP) l Lecture a i i 6 11.6
I 1). l l ANNUAL EEERCISE i 10/17/49 i DRILL OBSERVATION SHEET I OBSERVER'S NAME: AREA 0F RESPONSIBILITY: { l Motes Please take the tird to write constructive and positive comments as well as deficiencies. Alse, for each deficioney, write a i recommendation to correct the problem. i i ! f ! l l COMMENTS / DEFICIENCIES: RECOMMENDATIONS / REMARKS i i l W l I l l
~1" 97890B3
ANNUAL EXERCISE 10/17/89 l DRILL OBSERVATION SNEET OBSERVER'S NAME: AREA OF RESPONSIBILITY: , i I Notes Please take the time to write constructive and positive comments l as well as deficiencies. Also, for each deficioney, write a recommendation to correct the problem. COMMENTS / DEFICIENCIES: REcottMENDATIONS/ REMARKS:
?
I e e I h 5 6 i 97890B3
I ANNUAL EXERCISE 10/17/89 DRILL OBSERVATION SHEET OBSERVER'S NAKE AREA OF RESPONSIBILITY: Notes Please take the time to write constructive and positive comments as well as deficiencies. Also, for each deficiency, write a recommendation to correct the problem. 4 COMMENTS / DEFICIENCIES: RECOMMENDATIONS / REMARKS i i 927ob3 i
n.
~
ANNUAL EXERCISE I 10/17/89 j ,' DRILL OBSERVATION SHEET
- OBSERVER'S NAME
- AREA OF RESPONSIBILITY:
i Notes Please take the time to write constructive and positive comments as well as deficiencies. Also, for each deficiency, write a recommendation to correct the problem.
! i i-COMMENTS / DEFICIENCIES: RECOMMENDATIONS / REMARKS:
6 e i l 9270B3
E ,
;- AwwuxL EXERCISE ;
10/17/89 [ EMERGENCY DRILL OBSERVER SEQUENCE OF EVENTS SHEET (OPTIONAL) i OBSERVER TYPE OF DRILL AREA OF RESPONSIBILITY TIMEt CHRONOLOGY OF EVENTS t l 97890B1
r t. i'L ' ANNUAL REERCISE i t- 10/17/89 l EMERGENCY DRILL l j OBSERVER SEQUENCE OF EVENTS SHEET (OPTIONAL) ) OBSERVER
)
TYPE OF DRILL AREA OF RESPONSIBILITY TIMEt CHRONOLOGY OF EV2NTS ,; F i e I i 1 4 Y 6 a 97890B1 i
ANNUAL EXERCISE 10/17/89 Appendix A Plant Data Unit 1 indications are normally provided from the Plant Reference simulator data base. The indications in the ICC are the same as those normally displayed in the plant control room. The data for the Emergency Response Tacilities (ERF's) is provided via data links from the Plant Reference Simulator similar to the method employed by the plant computer. The sheets in this section will be used under the direction of the Plant Data controller when the Plant Reference Simulator computer is not operational. APPENDfX A CONTTNTS Backup Data Sheeto Al-1 to Al-85 Biro Incore T/C Data A2-1 to A2-7 Backup Incore 7/C Data A3-1 to A3-85 RCS Boron A4-1 Plant Data craphs A5-1 to A5-27 i l l l l l A.0 DRLANN 1 l l
m -% ,, .e = 4wa - A w .-+.d- 6-d~ - a e.J.. A.M- J -r +A 4 J -- _ 4 h- Cd**AJAA442w,- a # .aaw.+_ h t i i
?
I i 6
+
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l l ECC/itt/[0F/FTFC INFORMi!ON (PLANT ti4ful-OPERAi!DN3 LIE) I g1/f/tgx(RCl!I ! NOTE: TH!! HTA !! TTP!CALLT IN TE $W FORM A! ON TE Clf. MR[ !! !! NORMLLY }!!PLAfft. *
!.IDCTIV!ifCONTE f!ME 1536 is6 (CLC) (JCEmRIV)
EUTRONFLU! -1 CFI 3.9973 Att 1H.NI
~
3040NCOEWIRAi!M 59 PPM , (N!l10GCouNT) IE!3LOGAMP) (#!5 POET) - - - - ~ ~ CR) POI!!!0N (!W) IM IM IN IN iM IM 91.24 25.H GEN. Md N9.44 ; (V 1) (GP2) (GP3) (V 4) (GP5) (GP6) ( V 7) (GP8)
!!.C00 LING R03 A. LOOP 1. LOOP KC00EY PLMi A. LOOP 1. LOP .
TN(R) 661.7 F 661.7 F OftG LIVE (R) 2 79 !N 278 !N TC (R) 5%.5 F 5%.9 F OT3G LfEL (DP) 63 1 62 ! ; RC FLOW (L W E) 72 [6 '2 E6 OftGPREft. 961.6 FI!G 961.6 Pl!G RCPRE!!URE 2153.8 Fl!G FIED FLOW (LM/*) 5.3 (6 5.3 ~le PRE!IURIZERLEVEL 228
~~'
IN THatTEF. 523.2 F N3.5 F 5.6B i I5.683 CONK NJAi[ TAW L( E RC Put OPERAi!ON (DN) A P C ) ~ hA!NCONKK!ERFRE!!URE 3 3- IN WG M !R E ATERJ OFO AILE (TE3/N0) YE3
~~-~
Tut!!NE lYF All VALVE PO!!T!0N 6.6 1 6.6 1 . KGR(Il ful-COOLING (!N;0R[) 23.7
~
F 'A' ~~[~~ CONTA!ENT - 5HIGHEliCORETHERM000VPL( 624 F Cl C CL CL PURGEVALVEPO!!!!0N WylA Y{) YtC yt) , WEUP FLOW INTO RCI 6.6GPM CONTA!KNi H2 CON;ENTF.Ai!DN 6 1 R IOG. TEf/PPiff. 169.1 F/ 14.71 PJ!A LET DOWN FLOW OUT or RC3 47.94Lin IOG. !FtAT FL0d 6 GPM 6 i i ... . . .GPM WE7 im LIE 79.91IN 1141A El FAN 3 OPERAi!DN DN OFF $341)ON ' 34FTTTTTITEA! 1A il IC ' W! FLOW 6 GPM 6 GPM6 GPM6 GFt F.i ETER LIVEL 49.1 IN 6.6 IN (16A) (168) (160) (16)) SWP FLOOD : tAwArrt trtTEn 7T LEVEL /FtE!! 13.H FT/ $91.1 P;!G 13.64ril 5H.7 FI!G IiG KtiiiA* FtE!!JtEl 6 Fl!G26 ft!G6 rs!G Cri-1A Criil IA 11 it ! LF! FLOW 6 GPM 4 GPM BLED 144 LEVEL 66 14 1 40 1 . M444 W-YO RCR-ilA Til ilt : IMW LEVEL 5.5?6472FT WliLEE %.22 FT
~
- - - - - - - EVAP CONI. TAM LEVEL 6 FT 3 FT
&lEftLGEN.TTATUI tili (tA) tili (t)) itA ill
- - G BLl';. ;UT LIVEL 22.99999I DDC. FED FLOW (GPM) 6 (A) 6
(!) Al - i
I l [CC/f!C/[DF/PTFC IWmuilk (PLANT ffATU!-0P[hilM3 LIE) g ritc!!( l N0ft: TN!! Min !! TYFICALLY IN TE $W FORfl Al DN IE CRT, 30[ li !! N0hMLLI !!!PLAYI). l !.IOCT!Y!TYCONTR3 l
.- . TIE .1535-
. - .. . 1..5. . 1 (CLOCU (tCEW!D) -
NIUTRM Flut .I CP! 4.1551 W! 69.51M4 ! l MRON C0C.NTMT!0W 59 PPA INI t LOG CodNT)(N! 3 LOG W ) (#15POER) ; C O PO!!!!0N (RD) 1M tM iM iM tM iM 19.95 3 .90 GEN.NW 599.54 I (W 1) (GP2) (W 3) (GP4) (W 5) (GP6) (GP7) (LPB) I
!!. COOLING NCf A. LOF ). LOF 3ECONMRT PUNT A. LOOP ). LOOP l TH (R) 594.7 F 594.7 F OTA LEVE (R) iT3 !N 176 IN it(E) %3.4 F % 3.7 F OTA LEVEL (0P) 26 1 3 1 l
~~
31 [ OTA PICI. i.ffl..'Fl.iG Ef97..tliG l RC FLOW (LMIt) _ l.6 71 _.6 . _ . . RCPRLitM FID FLOW (LW*) 3.5 (6
- 22. . 95._. 5 F31G 3 5. (.6.
Ftt3t312ERLEVE 226 IN 5 % 1 ICMP, 532.3 f $32.3 F l Coe[ Matt TW LEVEL 15.68 Fi 15.66 FT
- ~ ~ ~ ~ ~ ---
RC PJNP PCRATION (ON) A B C ) MIN COOCMER PRt33*E 2.7 IN E IRZRHEATER!0FTEOLE(Yt!/NO)Yt! r
- T*l!E ITPMS VALVE P0f!T!0N 0.6 1 0.0 1 XGREE3TJP-C0JLING(INCORE) 41.. 3 ..
F 'A' ')' CONTA!MNT 5 HIGEIT CORT TEMC0fLE 6M F CL CL R a
- - - - - - PSGEVALVtPCI!ilM AH VIA til vic 11C WEVPFLOWINTORC3 6.6 Gf X CONTA!MNTN2CONCENTFAliDN 6 !
R K)G. TEt/PRt!!. 169.1 F/ 14.71 F3!A LII)]WNFLOWDJTOFRC! 48.51 Cf M
- - - - - k)G. $FtAY ROW $ GFt 9 GPfl WCUP TW LEVE 79.37IN LMiA EMt!
-- 0 F MI 0FTRAT!0N ON OrF QN '
$4FtifIi!TEAJ 1A tit IC HPI FLOW 4 GPn 0 GFM 9 GFR tl MTER LEVR 49.7 !N 6.6 IN
. - G.PM6 (16A) (168) (160) (10) SUNP FLOOD MBuMit ItitEM CFI LEVEL / PRE!! ,13.64 FT/ 591.2 t!J 13.WT/ 5H.S Pt!G FJIG M F!G6 F31G WG KCAV i n PRE 3fJRt3 6 CFT1A CFTiB 1A it iC LF1 FLOW 4 Cft 6 GFt RED TW LIVR 66 2 49 !49 :
DHV4A N-Y4) R*l11A 11) IIC W LIVEL 5.526472Fi MIT LIVR 56.22 Fi IVAP (3 0. T W LEVEL 4 FT 3 Fi i HEIEL GEN. STATU3 filf tlA) tili (II) 11A ill AUX R DC. 59tP LEVE 22.999991 1 EMERG FEED FLOW (GFM) 6 (A) 0 (1) Al-2 l
l l LCCn3t/EGF/FTFC 150Wi!W (PLMi 11AiuMPEnni!DN! LIE) A m at J a tst ; 19/IT/rf l Of[: INil MTA !! TYIIC4 LIT IN TE $ME F0llR Af GN Tdi ME li 13 Il0WLLY !!!FtAfD. l 1.It4CTIVlitCONTROL fllit 150 f it (CLOCI:) (ICEW10) IGTRONFLUX -1 CPJ 4.15A6 WI 49.68254 ! i 80kDN CON;tNTRAi!DN 59 PPfl J (N11LOGC0WT) (N1 3 LOG W ) (N!5 POWER) ' C U l'0lli!DN (!WS) lH lM IN IH IN IN H.95 25.H GEN.NW 577.H ! (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) i
!!. 00(LIE RCf A. LOOP l. LOOP 2[C00 arf itWi A. LDJ 8.[SDP l J
TH(A) 595.6 I 595.0 F OftGLiv[L(R) 172 IN 174 IN i it (61R) 564.1 I 564.4 F DitG LEVEL (0P) 26 1 25 % ; RC FLOW (th/HR) ?! E6 71 (6 CitGPkt!!. 667.5 Fi!G 017.4 Fl!L l RClt[3tJRt 2142.6 FJ!G FI D FLOW (t h/HR) 3.5 [6 3.5 E6 Patt;URIZERLivil 232 in JELLitMP. 529.8 F 529.9 F 1 CONKNIAlt im LEVEL 15.H Fi 15.68 Fi RC IW OPERAi!M (ON) A ) C D hAIN CONKNICR NiffJPE 2.6 IN E PRZR HEATERJ CPtiAKE (YtJ/O it! - - - -
-. ~ ~ ~
TUQlNEtrFA!!VALVEP0fli!0N 0.9 2 6.4 1 , MGRit! TL'l 000 LING (IN;0RC) 36.8 F 'A' 'l' CDTAIMNT 5HIGHCliCORETHERn000JPLt 616 I CL CL CL CL , PWGE VALVE P0t!T!M AH-YlA Yli VIC vil , W CW FLOW INTO RCI 4.9GPM CONTA!ielENTH2C0lfCENTFAi!QN 6 1 R D G. T[flP/PREt!. I99.1
~~~~~~------
F/ 14.71 Pl!A Lti DOWN FLOV OUT OF RCl 47.79GPA ILK.IPRAYFLO 9 GPM & GF1 W CW T W LEVEL 61.t2IN
- - ~ .
IN1A II-NI R) FA C OP(RAi!GN ON OFF ON S. WIT 1- it!TLV.! le p 10
$! FLW $ GPM $ GFtt GPM$ GFt L)WATERLEVEL 4Y.7 IN v.6 IN (16A) (10) (160) (10) JtNIP FLOO)
R4tiAli[ft!T[h Cri LEVEUPRE!! 13.f4 FT/ !tl.3 FI!G 13.HFI/ $99.9 FJ!G WG MCAT im N:(!IilRES 6 PJ!G20 ff!G6- Pi!G (TT1A (Tiit --- 14 18 1,. LF1 FLW $ GPM $ GFM ILED TW LEVEL M !46 1# I pn44A !H-yo RCPilA ill fic IMW LEVEL 5.5?H72F1 ; Wil LIVEL 56.2
--.2 ~
FT [VAP CDO. Im LtVEL 9 Fi 3 Fi Il[JELG[N.TIATU$ Ifif (IA) filf (1B) AuI UG. t# LEVD, IIA III , 22.999991 EG. FED FLOW (GFM) 6 (A) 6 (F) Al-3
c-
)
[CC/ift/t0F/PIFt INFORMAi!DN (PLWT !!ATUS OPERAi!DNS LIE) gpE!!! j Wit: INil MTA 13 fiP! Celi IN TE SANE FORR M ON in Cli MRC li !! N0kELY l'!! PLAT [i. ;
! EEi!Ylif CONTROL 11E 1545 is 15 .
t (CLoct) (3CDWt!0) i EUTRON FLUX 1 CP! 4.1566 At3 70.32631 ,1 pm0N CONENTRAi!ON 59 PPf(
----~
(NIILOGCOUNT) (NI 3 LOG W ) (N!5PWER) ! W3 POI!!!> (30) IN 1M IM iM IM IM 61.75 25.96 GEN. m $14.66 l (V 1) (V 2) (V 3) (V 4) (V 5) (GP6) (GP7) (GP8) ! II' A. Let 8. lor Rc! A. Lar 8. L0r 3EC00$fPLANT i TH (m) 594.9 F $94.9 I CifGLEVEL(E) 174 IN 1 72 IN t it(R) 563.7 F
- . - - - . .$63.9
-----. F 013G LEVE1 (ON 27 1
--------- ~ ~ - -
26 1 , E FLW (LIMet) 71 Le 71 E6 OTTG PEtt. III 9 Pl!G 088.0 FJ!G E PRE 33uRE 2144.5 Fl!G FED FLOW (Llelu 3.6 [6 35 E6 . PE!3$1ZER LEVEL 224 IN SELL TEr. 529.7 F $29,8 F C0 0 CN3 ATE T W LivtL 15.66 FT 15.68 F1 RC PUNP 0FTLAi!0N (DN) A B C D ' MIN CONKNSER ltEtt*E 2.6 IN E IUR EATEL3 OPERAkt (YL3/@ YE! !
-- TWJ1E lYFA!! YALVE P031110N 6.6 1 9.6 1 i MGPIEJ fu)-0011NG(INCORE) 36.8 F 'A' 'l'
-- - ---- CONTAINMENT 5 HIGHEIT CORE TelEL M 61 6 F CL ,
- - - - - - - - - P$GEVALVEF0!! TION M-VIA B VC V l' ,
W E7 FLOW INTO RC3 6.6GPM CONTAINMENT H2 CDCEWitAi!0N 6 ! ' R EDC. TEMP /PR[!;. 169.1 I/ 14.71 PI!A LET )(nlN FLW 007 0F RC3 47.73GPft
-~ E DG IPRAY FL N 6 bPfl 6 Gft -
W EUP I W LEVEL $4.f3IN I!-PIA BI-Pil ' gp p JFEif ITTTEfLi iA 5 IC HF1 FLOW 6 GF1 6 GFM 6 GF16 GF1 LI WAt[k LDTL 49.7 IN .6 IN (164) (168) (f6C) (161) JUNP FLOOD RAIETTEfiliCM CFT I'DTL/ PRE!! 13.64 FT/ 591.4 FI!G 13.64ri/ !91.1 Pl!G E- MCAT TANL PREIJUREJ 6 FI!G26 FI!G6 Pl!G CFTIA Criil in il 10 LF1 FLN 6 GFM 6 GPM RED TA* LDTL 66 2 46 1 46,,,,_,) W-y4A W y41i kt!11A ill 11C WNW LDTL 5.52H72 Fi
- - - ~ ~
WII LDTt 56.22 F1
-- D'V C0 C . ild LivEL 6 Fi 3 FT
)!EIELGEN.51Aiut ITit (iA) Titi (ill AUX RDG, SUNP LDTL ItA I1i 22.979991 EMERG. FED FLOW (GFM) 6 (A) 6 (!)
A1 - 4 e
1 l
- E.tt./13C/E7/FIFC
. l.t. 2nAi!ON (PLANT - - - ffAful. OPERAi!W LIE) m 'XERCitt Tt/W/s)
NOTE: IN!! DATA !! TTP! GALLI IN TE 3M FlWI Al ON TE (RT, ME li !! NAMLi !!!PLAYD. {
!. Ettilflif CONTROL !!E 1!50 TM j (CLOCO (TCEE) !
4.15.M Aff EUTRON FLUE 70.63456
,- l . ._&I . .. .. 1 DDRONCONCENikAi!DN 59 PPM (N! l LE C8WT) (N! 3 LK AMP) (N15 POER) ---~ ~-..~ )
(R) P0J!Ilt (38) iM l# i# IM 100 iM 62.56 25.90 GEN. N 573.77 i (GP1) (F 2) (GP3) (LP4) (GP5) (V 6) (GP7) (GP1) !
!!0 COOLING ;
RCI A. LOF 8. LOOP 3EC004RYPLANT A. WF ). LOF j TH(R) 595.1 F 595.1 F DISG LI E (*) 174 IN 172 IN 1 4 10 (R) 5H.6 F $64.2 F 073G LE E (ON 27 1 26 I i i RC FLOW (L W R) 71 E6 ?! E6 Di!GPEJf. 808.6 Fl!G 817.9 FJ!G ! RCPREffuRE FED FLOW (LWR) 2152. 1 Fl..!G. 36..E6 . 3. 6 E.6 . PRE 3!*!ZERLEE 221
. IN ..
!HELLTEF. 529.4 F 529.4 F
C0 0EKtAtt T W L D R 15.68 Fi 15.66 FT RCPUNPOPERAi!DN(04) A B C t ---~~ - - - - - - hA!N CON X N![R PREJ M 2.6 IN $ i PRZR EATERI OffWLE DES /ND) TE! IF.t!E !YFAf5 YM PQIITION 6.0 1 9.6 ! M&EEJ JL3-C00 LING (!NCRD 37.4 F 'A' 'B' CONIA!NMENT 5 H!GEli CORE TERM 0 COUPLE 616 F CL CL (1 CL PURGE t u PC!li!DN AH ViA Vil F1C i1$ : WEUP FLOW INTO RC3 6.6 CPM CONTA!NnENTK2CONCENTRAi!DN 0 t R SLK. TEMP /Pf:~JJ. 199.1 F/ 14.71 Fl!A LET XIW FLOW OUT OF RCI 47.64GPM MG.IPRAYFLOW 6 GPM e GPM , WEUP TW LEVEL 66.64!N BM1A "khbh" ! F.B FW OPERATION ON OFF ON : ZWETTlilith! 1A il 1C . HP! FLOW 6 GNI e GPMe GPMi GPM Q HTER LEVR 49.7 !N t.$ IN > (16A) (168) (16C) (161) 30 9 FLD01 i F.kl%fitST!iEM CFT LEm/ Pit!! 13.H FT/ $91.6 Ft!G 13.f4FT/ 591.2 FI!G -~~~~ E MCAT Ta PREffuRES 6 PI!G M FI!Gt f!!G CFTIA CFT ili l 1A il it -' LPITLOW 4 GFM 4 GFR BLED i m LEVR 66 246 249 1 M-y4A M y4B TettilA til ilt W LivEL 5.5M472 F1 NITLEE 56.22 Fi --- IVe CO@. la LDEL 0 Fi 3 FT l I!EJELLEN.ITATU,i ITFT (1Al TUI (0) 11A Ill . AUX )LK. TUF LEVEL 22.999992 EERG. FED FLOW (GPR) 6 (A) 0 (B) > f Al*5 1
- _ _~ ._. _ _ _ .
i 1 ECC/ISC/[0F/PTFC lt0Wi!M (PLAff! fiATUI-0PEMi!04 L!() DCIA 1 l
- WTE: THl! MTA U TYP! CALLI IN TE 3W FOM M ON TE CRT. W(RE !! !! NOWLLY l!!Pt.AfD. !. E ACTIVITY C NTROL i!NE 1555 Ta25 (CLOCO (TCEW10)
EUTRON FLUK -t 73 4 H 69-3 W 79... 53915. 1 DDRM CON;ENTRei10N ,59 PPn (N!1LUGCMT) (NI-3 LOG W I (NI5POS) CR0PO!!T!DN(18) IN IN IN 1H IH 1H 76.38 25.H GEN. W 652.H (GP1) (GP2) (GP3) (GP 4) (GP5) (GP6) (GP?) (GP8)
!!. GIOLING RC! 6.E00P I, LOOP #ECONMRT PLMi A. LOOP t. LOOP l TN(R) 596.4 F 596.4 F Di!GLEVEL(R) 2H IN 262 IN 561.4 F 561.8 F OffGLEVEL(DP) 37 1 36 1 TC (W)
RC FlW (LM/HR) 72 E6 71 E6 DitGPREU. 999.6 Pl!G 889.4 Pl!G RCPRE!!URE 2158.8 Fl!G FEU FLW (LM/HU 4.1 E6 4.6 E6 PEtt$1ZERLEVEL 217 !N $(LLTEMP. 529.2 F 529.3 F : C00EN3 ATE T W LEVEL 15.6B FT 15.68 FT : RCP0lrOPEMt!0N(ON) A B C 2 MINC00ENTERPRE!!$E 2.7 INHG PRZR (.ATEU OPERABLE (fE3/2) TE: TURl!NE BfPM! VALVE PCl!IlM 6.6 1 6.6 ! MGREE!IUt-COOLING (IN:0RE) ,34.5 F 'A' 'l' CONTAINENT
----- CL CL C 5 NIG(fi CORE TERGCOTLE 613 F F%EVALVEPOSITION 2 VtA .. Yt)
.. . .C . yY
. D....
28.6 GFt CONTAlk(NT H2 00(Offui!0N 6 1 WEUPFLOWINTORC3 , R IG. TEMPh'RE33. 199.1 F/ 14.fl FJ1A LET DOWN FL W $UT OF RCI 47.92GFn KK. ! PRAY FLOW 6 6 GF1 G3 W E P T M LEVEL 66.(4IN M-PIA Li-Pil
--- U FAN! OPERel10N ON OFF ON 3AFETT IfffEM
- - - A I IC WI FLOW 6 GPM 6 GPn6 GPM6 GFt tt ETER LDTL 4 .7 IN A IN j (16A) (1 61) (10 (160) TM FLQ3)
RAWAITETYITEN l , Ti LEVEL /PRElf 13.64 ... FT/ 591.7.. .Pl!G
.. . ...13.
. . 64FI/ $.91.3.Pl.!G.
~ M CAY T W PREff*E!6 U!G it UlG 4 Pl!G IA 18 it LP! FLOW 6 6 GF1 DLED TW LEVEL 66 1# 14 I
.. ... G.Ft .. -
. . - - - - . ~.-
M-)4A W V4 RCt-ilA ill ilt M LDTL 5.526472Fi
" FT 3 FT EVAP C00. Im LEVEL 6 JUY (!?) TiA ill
)!EIEL GEN IIATUI filf (IA) !
- -- AUI ILM. t# LDTL 22.MM91 ...
DIERG, FED FLOW (GPM) 6 (A) 6 (i) l Al 6 I l 1 l l l \ \
ECC/itC/ EOF /FTFC IllF0mni!DN (PLANT fiatui-OPERAi!DNJ L!E) ANNgiAL[XERt!!E 161ilt NOTE: TH!! MTA !! T17!CALLT IN TE IANC FORN A! W TE CAT, ME II !! NOMALLY !!!PLAfD.
- 1. E ACTIVITY -~ CONTROL. TIE .16.M _
1M (CLOCO (TCEmR101 NEUTRQNFLVI l CPI _ 4.6447 WJ #9.04599 ! 930N CONCENTMTION 59 PPM (N11LOGC00NT) (N!3LOGANP) (N!5 POWER) - - - - - - EDPCI!!!GNIn2) iM IN IW IN IW IM M.45 25.90 GEN. ml 753.41 (F 1) (GP2) (GP3) (GPti (GP5) (7 A) (V 7) (GP0)
!!. COOLING RC3 A. LOOP lt. LIF ACIBNRYPLANT A. LOF t. LOF TH(R) 598.5 F 598.5 F 013% LEVEL (m) 241 IN 2i? IN TC(R) 558.8 F 539.1 F OftGLEVEL(W) 56 1 48 !
RC FLOW (L W * ) 72 E.6 72 [6 OT3% PRE!!. 993 6 Fi!G #93.4 tt!G RCPREJME 2164.6 . _Fl!G. FID FLOW (LIMR) 4 7 E6 4.6 E6 MLLTEF. 527.1 F 528.3 F. PREJMIZERLEVEL 218 -. ... .IN. - . . ... C00CNIATE T W LEVEL 15.68 r1 15.66 ri RCPUNPOFFui!DN(0N) A B C & W!ii (2fEh3ER ftEJME 3.6 IN $ PU R E ATERJ OPERADLE (Y[I/NO) YE! ---- ~ ~ ~ TWi!NESTPh!$VALVEP0l!!!0N 0.9 ! 9.4 ! MGREEJ M-000 LIE (IC0FD 30.6
~~~
F 'A' 'l' CONTAINNENI 5 HIGEIT CORE TERNIC0JPLI 618 F CL CL CL CL PURGE VALVE PO!!!!DN AMiA VtB Vit it!' WEUF TLOW INio RC3 31.4GFt CONIA!NENT H2 CONCENTRAi!0N 4 1 RBLK.TEW/PREff. 199.1 F/ 14.71-- ff!A tii XhiN FLOW OJi 7 RC.t 48.03GPM BLN. SPRAT FLOW 4 GFt 9 GFN W EUF T W LEVEL 83.73IN iMIA II-Hi 0 FAM OPERAi!0N ON OFF Oh SAFETYSYSTEMS 14 18 10 HFI FLOW 6 G!t 6 GPN9 GFt 6 GFt 4 liATER LEVEL 49.7 IN 9.6 IN (16Al (10) (160) (16!') fuMP FLOOD PAltiAITE fi!TDI tri LEVEL /ftE!! 13.64 FT/ 591.B FI!G 13.tari/ 591.5 Fl!G E ECAT in PREIMEJ 6 Fi!G26 FJ!G6 Filt Cri1A CFTil 1A 1B 1C LFIFLOW 9 GF N 4 GFt ILED i m LEVEL 64 146 146
!@-V4A IW-V4B RChile ill itC MlLIVEL 5.526472 FT BWIILEVEL 56.22 Fi l EYF C06. TW LIVEL 4 Fi 3 F1
)!E.',TL GEN fiATUI tity t1A) Jiti (t)) ItA 113 A'JI PLM. $UNP LEVEL 22.9Y999I h
. f Al 7 1
1
W M . O ClfE E.t.t/T3C/EW/PTFC
~ __ I_tMhi!W (PUNT fiATUI 90lAT10N! LIE) tefi7/
NOTE: TH1T DATA !! TIFICALLI IN TE $AE FW A! QN TE CRT, ME li 13 SWII !!!PLAYD. ; I. EAtilylif CNTROL ilNE 1H5 is 35 ; (CLO:t) (TCEWID) i EUTO FLtlX -1 CPI 4 #16 W3 99.99199-- - . 1 '
. pp0NCMEWinAfl0N 59 PPM (N1-1 LOG C(UII) (NI 3 LOG W ) (N! 5 P001 [
C O P031110N (18 ) 1H IN IN IN 1M iH 94.75 25.90 GEN. W _94184 . f (GP1) (GP2) (GP3) (GP4) (GP5) (GP H (GP7) (GP1) II. COOLING -
-~~ RCJ A. LOOP l. LOOP 3EC004trPLAKi A. LOOP l. LOOP
~
IN (W) 6N.0 F #4.4 I OfiGLEVEL(W) _ 265 IN _ 264 IN TC(W) 555.7 F 556.1 F OitG LOTL (0P) 58 1 58 1 l RC TLOW (LM/NR) 72 E4 72 E6 Di!GPRE!!. 913.5 Pl!G ,913.9 P!!G RCPRE!!@E 2157.1 Pilt FED FLOW (L M/HU 5.2 E6 5.1 E6 ' PE!!*!IERLOTL 216 IN SHELLTEMP. 525.4 F g5.7 F , CONKN! ATE IM LDTL 15.68 FT 15.67 - - Fi RC PM OPEMi!QN (ON) A 8 C D MIN CONK NJER MEffukt 3.2 INHG , PRZR EATER 3 OPERAILI (TEJ/N0) TE3
----- T$l!NESYPA!!YALVEPO!!!!DN 4.4 1 4.0 t MGREE! IUI-000'!NG(INCORD
. 24.6 F 'A' 'l' CONTAINOT
-~~~ CL CL CL CL 5 HIGHEti CORE TERN 000VPLE 622 F PRGE VAL)T PO!! TION M fi A vil . _Yt.t... . til .
W ET FLOW INTO R0! 49.8GPM CNTA!NOT H2 CONCENTMi!QN 1 _6. . RILK.TET/PRf3t. 169.1 F/ 14.71 --- - - Fila : LET DON FLOW Olii 0F R03 47.97GPM DLN.IPRATFLOW 9 GPM 6 GFil W E7 T W LEVEL W.54IN IJ-pia IJ-Pil
---- kl FMI 0FTF Ai!DN ON OFF ON JVETT titTEM-
. tA 18 IC >
WI FLOW 6 GPM 6 GPM$ GPM$ GPM Q ETER LDTL 49.7 IN 9.4 IN (16A) (18) (16C) (IH) IN FLOD) RADWAffE titTEll Cri LEVEL /PREI! 13.H FT/ 592.6 Fl!G 13.HFT/ 591.6 FJIC , WGMCATTWlMff*E! e Pl!G06 PflG0 P!!G 71 I A CFI lit IA il it LPIFLOW $ GPM KED TW LEVEL 64 2 44 % 46 1 _$ . GPM .. . _ ... .... . M-V44 W-V4) RCI-ilA Til itC WNWLEVEL 5.526472FI WJiLIVEL 56.22 FI
---~~- DM C04. iW LDTL 6 Fi 3 F1 IIEJELGEN.!iATUI fili (10 tili (18) itA fil AUX IL K. t # LEVEL 22.99f991 EERG FED FLOW (GPM) 6 (A) 9 (1)
At-6
i [CC/13C/E8F/FIFC INFORnAi!IN (PLANT STAtu!-OPERai!0NS LIE) [KERCISC h0fE: TN!! !*fA !! ifr!CALLY IN M IANE FORN A3 DN TE CRl, WHERE 11 !! NORMALLY !!!PLAYD.i/ N . i
!. K ACT!Ylit CONTROL I!E 1616 is N l
) 10)
NEUIRONFLUI *1 CP3
~
4.6#4 W3 99.33633 1 330W CONENTRAi!0N 59 PHI (N! l LOG count) (N! 3 LOG W ) (#15POWEid CRDP0!!Il0N(ne) IN IN IN IN IN IN 96.64 25.N GEN.NW M6.13 , (71) (GP2) (7 3) (GP4) (GP 5) (7 6) (LP 7) (GP8)
!!.C00 LING i
~
U Al.lQ. {dy JE g,, y Ayp
).Le l TH (R) 6 N .4 F 6N .4 F Oi!G LEVE (Ri 267 IN 266 !N i TC(R) 556.6 F $56.4 F 013G LIVEL (0P) 59 2 58 ! !
1 RC FLOW (LWR) 72 [6 72 E6 013GPRE!!. 911.7 Pl!G 911.1 Pl!G ! RCPRE!!URE 2187.6 Fl!G FED FLOW (LWR) 5.2 E6 5.2 E6 r PRE!!$!ZERLEVEL 223. - !N. MllIEV. 526.8. .. F 527.6 F CONENSATE TW LDTL 15.67 FT i5.66 Fi i RC PUNP OPERAi!ON (ON) A B C $ ' hAINCONESERPPIJ3GE 3.2 INHG PRIR EATER 3 OPERAKE (t[3/ND) iT3 TURl!E FTPMS VALVE PO!!i!0N 6.6 1 6.0 1 ; MGREE3 M-000 LING (IC0F1) 27.5 F 'A' T CONTA!NNENT ( 5 HIGE3T CME TERM 3:0'.lPLI 622 F a a a PURGE VALVE PO!!i!0N AH-Vin vil Vic CL) VI ! WEUP FLOW INTO RC3 16.6GPM CONTA!NNENTH2CONCENTRAi!DN 6 ! R K M. TEW / PRE!!. 16?.1 F/ 14.71 P3!A LET D3WN FLOW Olfi 0F RC3 48.33GPM KM.JPRAYFLOW 6 GPn 6 GPn MALEUP i m LEVEL 77.66!N !!-PIA B3-F1) RBFAN!OPERAi!0N ON OFF ON i 3AFETYST!TERJ , 1A 18 10 . HFI FLOW 6 GFf ( 6.7 !N ' GPM6 GIM 6 GPn RB WATER LDTL 6.6 IN i , (16A) (163) (16C) (16D) $UNP FLOOD l RAWAlfE!!! TEM I CFT LDTL/ PRE!! 13.64 FT/ 592.1 Pl!G 13.Wi/ 591.7 Pl!G -- ----- l WG K CAY I W PRE 33J E! 6 F31G26 P3!C6 Pl!G CFT1A Cri18 1A 18 10 LP! FLOW 6 GPn 6 GFM KED IM LDTL 66 24 24 1 DH-Y4A IH-n 4 RCl-flA 11) ilC IN LD'EL 5.526472FT IW31 LDTL 56.22 FT EVAP C00. TW LIVEL 6 FT 3 FT
!!EJELGEN.STAM JTRY (iA) Stif (11) TIA ill AUX BLM. SUMP LEVEL 22.99999!
EMEPG. FED FLOW (GPM) 6 (A) 6 (1) 1 Al - 9 l l l l
i 1 ECC/13C/ EOF /PTFC INrmMilk (PUWT fiATUS-0PERAi!*! LIE) gfBCIII [ WTE: THI! MTA !! TYPICALLY IN TE $W FORn 4 DN TE CRT, WOE li !! NRMLLY !!!PLAYD. I 1.REktiirliYCNTROL IIE .1615 _ , , _ _ , , is 45 ,, (CLOCU (ICEW10) , EUTRONFLUK 1 CP3 4,M21 At3 99.M264 1 ! DDR M CONCENT.'.AT104 ,9
, PPM (N!.1 LOG (RNT) (N!3LOGAMP) (N!*5P0G) l CRDP0!it!DN(In@) IN 1M IN 1H IM IN 96.64 25.99 GEN.NW 642.27 +
(GP1) (GP2) (G73) (GP4) (GP5) (GP4) (GP 7) (LP 8)
- 11. COOLING
. p. n Y i A. LOOP t. LOOP !
~ ~
Tu (a) 6M.8 F 6H.8 F OffGLEVEL(a) 279 IN 269 IN { TC (a) 556.7 F $57.1 F DitGLEVEL(DF) 64 1 ,59 ! l
~
RCFLOW(LM/NR) 72 E6 72 E6 OffGPRE!!. M6.6 Pl!G M PJ G ! RCPRE3!URE 2177.2 FilG FED FLOW (LM/s) 5.2 F6 5.1 E6 i PRE!!URIZERLEm 224 IN ! ELL TEMP. 525.5 F 525.9 F :'
~
CONM NIAtt T W LE m 15.65 FT 15.64 Fi RC # #I" # A I 0 3.2
!NHG MIN CONKNIER PRE!!URE E EAIN ININI E 9.9 1
. TURl!NEliiA!!VALVEPO!!110N 9.6 1 NGREE! JUS-COOLING (INCORE) 26.6 F *A' 'I' g;g.7
- - - ~ ~ - CL C CL 5 NIGHEli CORE THERn3CO'JPLE 622 F PURGE VALVE PQI! TION AH-VIA YB Vic CL)
Yt WEUP FLW INTO RC3 0.0GPM CONTAINei K2 MF.Ai!0N ,$,,, 2 RIL)G. TEE / PRE!!. 199.1 F/ 14.71 Pl!A l. LET DOWN FLOW DJi 0F RC3 40.26GPM OG,IPufFLOW 9 GHL 6 GPM W EUP T W LE E 79.90IN M* IIA M*III '
- .. Rt FAC OPERA 110N DN OFF ON JVEif ti! TEM g gg 49.7 IN h,.$
iiibOW 6 GPM 6 GPM6 GPM6 GPM U WATER LEVEL IN n6u na) nAC) no> = rtm> : u!* Ant titia - Cri LEVEL /Mi!! 13.64 FT/ 592.2 Fl!G 13.64FT/ 591.9 PJIG guy M M U e FHG H F!!G4 PnG Cri-14 Cri 0 g g 9g LPIFLOW 9 GPM 9 GPn ) LED 144 LEVEL 66 1 46 %46 : m.yu M.yg RCbilA Til itC WMWLEVEL 5.5M472FT E ,2 0 FI 3 FI DAF COG. TW LEVEL 4 nEm Ga. nATus mi no sin on fu 10 Aux U G. !JMP LEVEL 22.' fit 99 % EDC. FEU FLOW (GPM) 4 (A) 6 0) L Al 19
ECC/T3C/ EOF /PTFCINFORMil0N(PLANTITATUS-OPERAT10N!LINE) g XERCl!E j MTE: THl! NTA !! TYPICALLY IN TE SANE FORM AS DN TE CRT, WHERE IT !! MnRMALLY Dl! PLAYED.
- 1. EACTIVITY CONTROL TIE 1620
.- - _ ..i.s 54 EUTRON FLUX -1 CPI ,-4.0145- AMP 3 96.05165 %
BORONCONCENTRAi!0N 59 - itH (N1-1LOGCOUNT) (NI-3 LG AMP) (N!-5POER) . CRDPO!! TION (IS) IN IM iM IM iM IM 87.37 25.90 GDI. MW 819.63 (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!oCOOLING RC! A. LO(P B. LOF SEC00ARYPLANT A. LOOP B. LOOP TH (R) 599.6 F 599.6 F Oi3G LEVEL (R) 262 IN 264 IN TC (R) 556.8 F 557.3 F OTIG LEVEL (0P) 57 I 56 %
RCFLOW(LBM/R) 72 E6 72 E6 OffGPREJ!. 907.4 PIIG 906.7 P31G RCPRE!3RE 2131.7 FI!G FEEDFLOW(LBM/R) 4.9 E6 4.9 E6 PRESIRIZERLEVEL 204 IN 3 ELL TEF. 527.0 F 527.4 F C00EN3ATETANKLEVEL 15.64 FT 15.64 FT i RCPUMPOPERAi!0N(ON) A B C D --- - --- ----- MAINCODENIERPRE!!URE 3.2 INHG PRZR EATER! OPERABLE (YE3/N0) YE! TRBINEBYPA!!VALVEP0J! TION 0.0 % 0.0 % MGREE3308-C00 LING (INCORE) 25.7 F 'A' 'B' CONTAINMENT 5 HIGEIT CORE TERM 0 COUPLE 620 F CL CL CL CL PURGEVALVEP0JITION AH-VIA VIB VIC VfD WEUPFLOWINTORCI 114.1GPM CONTAINMENTH2 CONCENTRATION 0 2 RBLDG. TEMP / PRE!!. 109.1 F/ 14.71 Pl!A LIT DO W FLOW OUT OF RCI 47.19GPM
--- 0 BLDG IPRAY FLOW GPM 0 GPM MAKEUP T M LEVEL 74.49IN BI-PIA BI-PIB
--- RBFANJOPERATION ON OFF ON SAFETYTY! TEM 3 IA 1B 10 HP! FLOW 6 GPM 4 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 6.0 IN (16A) (168) (160) (16D) SUMP FLOOD RADWAITEff! TEM CFT LEVEL / PRE!! 13.04 FT/ $92.4 FI!G 13.04FT/ 592.0 P31G - - - - - - - - - - - - -
WG KCAY TANK PREffuREI 6 PSIG20 FIIG0 PSIG CFT-IA CFT-il IA IB IC LPIFLOW 9 GPM 0 GPM BLEEDTANKLEVEL 60 2 to 2 40 I DH-V4A DH-V4B RCl-ilA Ill I!C WMWLEVEL 5.52H72Fi BWIILEVEL 56.22 FT EVAP C00. TANK LEVEL 6 FT 3 FT DIEJELGEN. STATUS ITBY tlA) JTBy (IB) TIA TIB AUXBLDG.JUMPLEVEL 22.9*999I EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al - 11
- _ - - ~_ _ _ , _ _ _ . . . _ _ _ . . - _ _ _ _ _ _ _ - .
ECC/ TIC /E0F/PTFC IEORMTION (PUWT ITATUI-@ERAi!0N! LIE) ggfCl!E NOTE: THl! MIA !! TYPICALLY IN TE IAE FORM A! ON TE CRI. MRE IT 13 NORMLLY l!!PLAYD. I. K ACTIVITY CONTROL TIE 1625 is t$ (CLOCO (ICEW10) EUTRON RUX -1 CPJ -4.N75 WI 85.19733 1 59
- - - - DORONCONCENTRATION PPM q (NIlLOGCOUNT) (NI-3 LOG W ) (NI-5POER)
CR0P03:110N(:WI) 1H 1H 1H 1H IH IM 75.50 25.99 GEN.MW 721.49 I (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
"' b RCS A. LOOP I. LOOP IEC00ARYPLANT A. LOOP l. LOOP l
~
TH(UR) 597.6 F 597.6 F 0T55 LEVE (R) 224 IN 219 IN 559.8 F 560.2 F Oi!GLEVEL(OP) 44 1 42 2 TC (R) , RC ROW (LIM /HR) 72 E6 72 E6 Di!GPRE!!. 9 H .7 Pl!G 904.4 P!!G RCPRESIURE 2167.4 PIIG FED R0W (LBM/HR) 4.3 E6 4.2 E6 PE!!$1ZERLEVR 2M g ! ELL TEMP. 530.6 F 530.8 F CONENJATE TANK LEVEL 15.64 FT 15.64 Fi
' ' U INHG MIN CONENIER PRE!!URE TURBINEBYPA!!VALVEPO!!i!ON 0.0 % 0.0 1 EGREE!Il2-C00 LING (INCORE) 32.6 I 'A' 'l'
. - - - - - - CL CL C' CL
' H!GEIT
~ CORE TERM 0COUPLr~ 616 F PtitGE VALVE PO!! TION AH-VIA VfB VIC VfD W EW FLOW INTO RCS 121.3GPM CONTAINENT H2 CONCENTRAi!0N 0 I
RBLK.TEF/PREJI. 109.1 F/ 14.71 PflA LETDOWNFLOWOUTOFRCI 47.62GPM BLK. IPRAT R0W 6 GPM 0 GPM W EUP T W LEV R 76.94IN B3-PIA B3-PIB
~~~ R8 FAN 3OPERAi!GN ON OFF ON 3E UE 1A 18 1C WI R0W 6 GPM 0 GPM0 GPM0 GPM U WATER LIVEL 49.7 IN 0.0 IN (16A) (168) (160) (163) M ROOD RA0WAITE!YSTEM ,
CFT LEVEL /PREI! 13.04 FT/ 592.5 FIIG 13.04FT/ 592.1 Pi!G
. ...... -. - - WG ECAY T M PRE!!URE! O Pl!G20 FI!G0 P!!G CFT-1A CFT-1B
,, ,, gg LPIFLOW 6 GPM 0 GPM BLED TW LEYEL 60 240 % 40 %
pH-yg pH.V4B RCl-TIA T18 ilt WMWLEVEL 5.520468FT FT 3 FT EVAPCOND.TANKLEVEL 0 nEra GEN. sinus sin ao s'" " " Aux uG. sur ttva 22i49z EERG. FED R0W (GPM) 0 (A) 0 (B) A1-12
i 1 ECC/f!C/ EOF /PTFC INF0 MAT!0N (PLANT fiATUI-OPEMil0N3 L!E)
^
g XERCl!E CIE: THl! MTA !! TTP!CALLY IN TE 3AE FORM A! ON THE CRI, MRE !T 15 NORMALLY )!!PLAfD. '
!. REACT!VITTCONTE TIE 1634 T=66 l (CLOCK) (3CEMRIO)
EUTRON FLUX -1 CPI -4.1292 ANP! 73.68766 ! j DDRONCONSTRAi!ON 59 ' PPM (NIlLOGC0WT) (NI3LOGAMP) (NI-5 POWER) CRD PO!! TION (!WH iM IN IM iM IM iM 66.96 25.99 GD(.101 619.M (GP1) (GP 2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!. COOLIE i
RC3 A. LOOP 3. LOOP SECONMRT RANT A. LOF B. LOOP TH (R) 5?5.9 F 595.9 F OT3GL: VEL (R) 197 IN 184 IN < TC(R) 562.9 F 563.3 F OT3GLEVEL(0P) 31 1 34 I
~
RC ROW (LIWR) ?! E6 71 E6 OTIGPRE!!. 900.4Pf!G899.8P3G -
~
RCPRE!!RE 2181.2P3G FED R0W (LWR) 3.7 E6 3.7 E6 PE!!URIZERLEVEL 212 IN
, MLLTEF. 531.1. ..
F 531.1 F CONDIATETANKLEVEL 15.64 Fi 15.64 FT RCPUMPOPERAi!0N(ON) A B C D MIN COGENIER PRE! IRE 2.7 IN HG FRIR EATER! OPERABLE (YE!/NO) YE! TR31E SYPA!! VALVE POIITION 0.9 I 4.0 I KGREEJ SUB-COOL!E(INCORE) 37.7
~
F 'A' 'l' CONTA! MENT 5 HIGEIT CORE TERM 0 COUPLE 612 F CL CL CL PURGE VALVE PO!!i!DN AH-VIA VIB VIC VD MAKEUP ROW INTO RCS 129.2GPM' CMTAINENT H2 CONCENTRAi!0N 0 I ' R R K TEMP / PRE!!. 109.1 F/ 14.71 P!IA LIT DOW R0W OUT (F RC3 47.95GPM RM. ! PRAY R0W 6 GPM 0 GPM l L MREUP TANK LEVEL 79.78IN BI-PIA BI-PIB : RB FFl OPERAi!0N ON OFF ON SAFETTfiliEN! - - IA 18 IC l HPI FLOW 6 GPM 4 GPM6 GPM6 GPM RIWATERLEVEL 49.7 IN 0.0 IN (16A) (161) (160) (160) SUMP R000 RADWAITEITfiEM I ' CFT LEVEL / PRE!! 13.94 FT/ 592.6 PIIG 13.64FT/ 592.3 P!!G -- WG KCAY TW PRE 3fRE! O Pf!G 29 FIIG6 Pl!G CFT-IA CFT-il IA Il 1C LPI FLOW 4 GPM $ GPM ILED TANK LEVEL 64 ! 44 1to ! DH-V4A BH-V4B RCB-ilA Til 11C WMWLEVEL 5.520456Fi EVAP C06. TW LEVEL 0 FT 3 Fi i l DIEJELGEN.STATUI Jilf (IA) ITBT til) ilA TIB AUXBLDG.JUMPLEVEL 22.99999! EMERG FED R0W (GFM) 6 (A) 0 (B) r A1-13 l l l
ECC/IIC/ EOF /PTFC IWORMAi!DN (PLANT ITATUS-OPERAilDNS LIE) g XERCIIE NOTE: THl! MTA !! TYPICELT IN TE 3ANE FORM A! ON TE CRT WHEE li !! NORMALLY Dl!PLAfD.
- 1. REACT!YlTY CONTROL TIE 1635 ~
is65 (CLOCK) ~~IibiEIO) EUTRON FLUX -1 CP! -4.1936 AMP 3 63.46208 ! , 30RM COMENTRAi!ON 59 PPM i (NI-lLOGC0 LINT) (NI-3LOGAMP) (NI-5 POWER) OtBPO!!il0N(23) IM IM iM IM iM IN 59.68 25.90 GEN.NW 518.60 (GP1) (@ 2) (GP3) (GP4) (GP5) (GP6) (7 7) (GP8)
!!. COOLIE ,
RC! A. LOF B. LOT KC00ARYPLANT A. LOOP B. LOF 1 TH (R) 594.1 F 594.1 F OT3GLEVEL(R) 154 IN 151 IN TC(R) 565.7 F 546.0 F OTJGLEVEL(0P) 20 1 19 I RC R0W (LR/*) 71 E6 71 E6 OT3GPKII. 893.4 P31G 893.3 P!IG RC PRE 33WE 2181.4 PSIG FED FLOW (LR/2) 3.2 E6 ._ 3.1 E6 l PRE 33ElZERLEVEL 214 IN 3 ELL TEX. 530.7 F 530.7 F C000tIATE TW LEVEL 15.64 FT 15.64 FT RCPUNPOPERAT10N(0N) A B C D MAINC00ENIERPRE33*E 2.5 IN E PRZR EATERI OPERABLE (TE!/NO) YE! TRBINEBYPA35VALVEPOJ!T!0N 0.0 1 0.0 I l KGREEJSUB-COOLING (INCORE) 41.7 r CONTAINMENT 7i8~ 7EI~ 5 HIGEST CORE TERMDC0lPLE 607 F CL CL CL CL PURGEVEVEPO!! TION W VtA VII VIC Vl0 i W Ett FLOW INTO RC3 120.4 GPM CONTAINNENTH2 CONCENTRATION 0 2 l RBLE. TEMP / PRE 31. 109.1 F/ 14.71 P31A I LET DOWN R0W Olfi 0F RCS 47.94GPM
--- 6 0 BLDG. IPRAY R0W GPM GPM W EUP TAE LEVEL 82.40IN BI-PIA BI-PIB RBFANIOPERAi!0N ON OFF ON SWETYSYSTEMS A 1B IC HPI FLOW 0_
GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 4 .7 IN , 0.0 IN (16A) (16B) (160) (16D) JUMP FLOOD CFT LEVEL / PRE!! 13.04 FT/ 592.8 PIIG 13.04FT/ 592.4 PIIG EK
- CAT TAE PRE!!UREI 6 Pl!G 20 PI!G0 PI!G
, CFT-IA CFT-IB 1A 18 1C LP! RDW 9 GPM 0 GPM BLEED TAM LEVEL 60 2 40 2 40 2 Nf-V4A IH-V4B RC TIA TIB TIC M LEVEL 5.520456 l BWITLEVEL 56.22 FT EVAP C00 . TAE LEVEL 0 FT 3 FT DIE 3D. GEN. ITATU3 ITBY (IA) JiBT (18) TiA flB AUX BLDG. JUNP LEVEL 22.999992 EMERG. FEh .~' T ' JPM) 0 (A) 0 (B) Al - 14 4 y ..,aw -.
.. ._ - =
t M 13E ECC/T3C/EF/PTFC . IFRETION (PLANT . .__. fiAiuf-0.PGAi!ON! LIE) 3 ' NDit: THl! MTA !! TYPICALLT IN TE JANE FSM A! ON TE CRI. MRE li !! NORMLLT )!!PLAYD.
!. K ACT!VITT CONTROL 9 TIE 1646 - T 79.
(CLOCO (ICEW10) EUTRON FLUX -1 CPJ
-4.2797 W! $3.31171 1
BORONCONCENTRAi!0N 59 PPM (NI-lLOGCOLNT) (NI 3 LOG W ) (N! 5 POER) CR9P03!T!0N(!WD)'lH IN IN IN IN IN 51.68 25.H GEN. W 415.82 (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) I
!!. COOLIE RC3 A. LOOP 8. LOOP #CCONDARY PLMT A. LOOP l. LOOP ,
TN(W) 592.1 F 592.1 F Oi!G LEVE (R ) 120 IN , 117 IN , TC(WR) 568.2 F 568.5 F OTJGLEVEL(0P) 8 1 7 I RCFLOW(LM/NR) 71 E6 71 E6 Di!GPREIS. 885.3P!!G885.1UiG l RCPRE!!URE 2219.3 P!!G FED FLOW (LM/HR) 2.6 E6 2.6 E6 PREJJURIZERLEVEL 221 IN TELL TENP. 529.7 F 529.7 F CONE N3 ATE TAM LEV R 15.64 FT 15.64 FT RC P W OP EAi!ON (ON) A B C D MIN CONENJER PRESSURE 2.3 ~iNHG PRZR EATG3 OPERAILE (YE3/N0) YE3 ititi!E BYPA!! VALVE P03!T10N 6.0 % 0.9 I EGREEJIUI-COOLIE (INCORE) 47.9 F 'A' 'l' ; CONTAINMENT
! HIGEli CORE THERM 0 COUPLE 663 . F CL CL CL PURGEVALVEPO!! TION AH-VIA Vil VIC VD N E W FLOW INTO RCI 113.4GPM CONTAINMENTH2 CONCENTRATION 4 I RBLK.TEF/PREff. 109.1 F/ 14.71 PSIA LETDOWNFLOWOUTOFRCI 6.H GPM ILK.JPRAYFLOW 9 GPM 9 GPM I W EUP T M LEVE H.H IN B3-PtA BI-PIB '
[ R8FANIOPERATION ON OFF ON 3AFETT !Y!TDLT ! A B 10
- WIFLOW'6 GPM 0 GPM0 GPM9 GPM RBWATERLEVEL 4 .7 IN .9 IN (16A) (168) (16C) (16D) IlllP FLOOD CFT LEVE/ PRE!! 13.64 FT/ $92.9 Pf!G 13.64FT/ 592.5 Pl!G WG ECAT TAM PRE!!URE! 9 P!!G20 Pl!G0 P31G CFT-IA CFT-IB l 1A IB 10 i LPIFLOW 9 GPM $ GPM ILLD TAE LEVEL 66 % 40 :40 1 1
1 M-Y4A W-V4) RCB-TIA TIB itC l- WNWLEVEL 5.526456Fi !. bd!T LEVR 56.22 FT EVAP COND. TAM LEVEL 0 FT 3 FT l DIEIELGEN. STATUS STBY (IA) !TBY (IB) YlA ill
#)I BLK. SUMP LEYEL 22.99999I EME E . FED FLOW (GPM) 0 (A) 0 (B)
A1 - 15 l 1
~ - - - . . . - - ,-- - -
ECC/ift/ EOF /PTFC INFOM4 TIM (PLM fiATU!-OPERAi!W! LIE) g XERCl!E
- MTE: THI! MTA !! TYPICALLY IN TE SM FORM A! ON TE CRT. ME IT !! NORMLLY l!!PLAYD.
I 1.REACTIVITYCONTRE TIE 1645 __ is 75,_ (CLOCK) (!CEMRIO) EUIRON FLUX -1 CP! -4.3524 At! 44.26137 I , (NI-l LE COUNT) (NI-3 LOG MP) (N15 POWER) j CRD PO!!T!W (IMH IM iM IM l# IM IM 45.74 25.90 GDI. MW 321.25 l (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!. COOLING RCI A. LOOP 3. LOOP ! JECONWY PLMT A.LO(P B. LOOP TH(R) 591.5 F 591.5 F 013G LEE (R) 93 IN ,
91 IN 571.5 F OT!GLEVEL(0P) 4 1 0 1 TC (W) .$71.7 .F RC RW (LM/R) 71 E4 71 E6 013GPE!!. 868.1 P!!G 867.9 PJIG RC PREJ!WE 2185.4 P!!G FEED ROW (LWW) 2.2 E6 2.1 E6 , PREJ!E!ZERLEVEL 235 IN ! ELL TER. 526.1 F $56.1 F : ( CONEN! ATE TW LEVEL 15.66 Fi 15.69 Fi i' RC Put OPERAi!0N (0N) A B C D 2.2 IN HG MIN C00ENIER PREffuRE , PRIR E ATER! OPERABLE (YE!/NO) 1E! TRBIE BYPA!! VALVE P031110N 0.9 I 9.4 I MGREE! JUB-C0(LING (INCORE) 48.9 F 'A' 'l' t l
- - - - - - CONTA! MENT 641 F CL CL CL CL 5 HIGEIT COE TERMC0lPLE ------ PURGEVALVEPO!!i10N W VIA Vil VIC VfD ,
l 6.0GPM CONTAIMENT H2 CONCENTRAT10N 6 2 NEUP R0W INTO RCI
- i. RBLE.TEMF/ PRE!!. 199.1 F/ 14.71 P!!A '
LET DO W FL E OUT OF RCI 6.M GPM BLE.IPRAYFLOW 6 GPM 0 GPM l W EUP T W LEVEL 77.30IN I!-PIA l!-PIB
- --- - RBFAN3 OPERATION ON OFF ON .
SAFETYIftTEM3 1A IB iC HPI FLOW 6 GPM 6 GPM6 GPM6 GPM RB WATER LEVEL 49.7 IN 9.0 IN
~ ~ ~
l (16A) (161) (16C) (16D) IUMP FLOOD RAWAITEITITEM CFT LEVEL / PRE 33 13.64 FT/ 593.1 PilG 13.64FT/ 592.7 PIIG kECAUTWPRESIME! 9 PI!G20 FIIG9 P!IG CFT-IA CFi-il 1A 18 10 1 LPI R0W G GPM 0 GPM ILED TW LEVEL 66 I 46 2 46 I l W-V4A DH-Y48 Til ilC l WW LEVEL 5.520456liRC
-ilA MITLEVEL 56.22 FT l
EVAP C00. TW LEVEL 0 FT 3 FT DIEJELGEN.ITATU! JTBY (iA) STBT (114 TIA TIB i i
- - - - - - - - AUXILK.JUNPLEVEL 22.999992 E!! ERG. FEE) FLOW (GPM) 0 (A) 6 (B)
Al - 16
ECC/T3C/. EOF /P.TFC ltRMi!W . (PLANT f.iA1115 CPERAi!0N! LIE) I3E < i NOTE: THl! MTA !! TYPICALLY IN TE SANE FORM A! ON TE CRI, MRE li !! NORMLLT DISPLAYD. 10 EACTIV!TTCONTROL TINE 1654 is80 , (CLOCK) (!CENARIO) EUTRON FLUX -1 CP!.
-4.47tl At! 32
_ 95755.. 1 ' IWW EONCENTRAi!DN 59 PPM (NI-lLOGCOWT) (N!3LOGA9) (N!-5 POER) CR0PO!!!!ON(IM) lH 1H 1H IH 1H IN , 36.30 25.99 GEN. W 234.66 - (GP1) (GP2) (GP3) (GP 4) (GP5) (GP6) (GP7) (GP8) RC3 A. LOOP 3. LOOP 3EC00ARYPLANT A. LOOP B. LOOP IN (R) 508.6 F ,508.6 F Oi!GLEVEL(R) 69 IN 69 IN l TC(R) 573.3 F 573.5 F OffGLEVEL(OP) e ! e ! RCFLOW(L8M/2) 79 E6 70 E6 OffGPRE!!. 877.9 Pl!G B78.8 PflG RCPRE!!WE 2135.6 Pl!G FED FLOW (LM/R) 1.6 E6 1.6 E6 PE!!URIZERLEVEL 223 IN !ELLTEMP. 524.9 F 524.9 F CONE NTATE T M LEVEL 15.69 Fi 15.77 FT
~
RCPUNPOPERATION(ON) A B C D PRZR EATER 3 OPERAILE (YE!/N0) YEI MIN CONENIER PRE!!URE
}9 INHG TURI!E SYPA33 VALVE P031T!0N 9.0 1 ,0.6 %
KGREE! JUS-COOLING (INCORE) 56.8 F 'A' 'B' CONTA!MNT 5 WIGEli CORE TERM 0 COUPLE 595 F --- CL ct
~ CL CL PRGEVALVEPOSITION AR-VIA VIl Vic Vil WEUFFLOWINTORCS 71.2GPM CONTA!MNTH2CONCENTRAi!0N 0 1 RBLX.TEF/PREII. 199.1 F/ 14.?! PI!A
+
LETDOWNFLOWOUTOFRCf 0.H GPM IL8G.SPRAYFLOW 6 GPM 0 GPM W EUP T W LEVEL 84.19 IN BJ-PtA BI-PtB i RBFANIOPERAi!DN ON OFF ON IAFETYSYITEMI 1A il IC WI FLOW 9 GPM 9 GPM0 GPM0 GPN RBWATERLEVEL 4v.7 IN 9.0 IN
- Il6A) (168) (160) (160) IUF FLOOD RANASTEIT! TEM l CFT LEVEL /PREI! 13.04 FT/ 593.2 FI!G 13.04FT/ $P2.8 FI!G WG M CAY T M PRE 3IURE3 6 P!!G20 P31G6 PflG CFT-1A CFT-1B 1A 18 1C LP! FLOW 6 GPM 0 GPM DLED TW LEVEL 64 Ito 1# I l
I W-Y4A DH-V4B RC -TIA ill ilt WW LEVEL 5.526456 i WITLIVEL 56.22 Fi
~ ~ - - - - -
EVAPCOND.TANKLEVEL 0 Fi 3 FT DIEJELGEN.fiATUI fiBY (IA) filf Ill) ilA Tli AUX MG. SUMP LEVEL 22.'/9999 I l l EEE. FB FLOW GPM) g,_,,,{A[, g_,,,,[B{, A1-17 1 l l l l I l \ l . - - - . _ . . .,. _ _ . . _ _ _ _ _ - . - _ . . - . . ., _ . _ _ , - - = _ , . ~ . -
<. ECC/TSC/ EOF /PTFC IKORMil0N (PLMT fiATU!-0PERAT!DN! LIE) XERCl!E Wit: THl! HTA !! iTPICELY IN TE SAME FORM A! DN TE CRT, MRE li !! NORWLY Bl!PLAYO. I. EACTIVITY CONTROL TIE 1655 is95
~
4 CLOCK) ~ TI(5 kio) EUTRONFLUX -1 CPS -4.?He AMP 3 19.52316 % BORON (XINCDITRAil0N 59 PPfl (NIlLOGCOUNT) (NI3 LOG 49) (N!-5 POER) CO PO3! TION (18) 1H tle IN 1M iM iM 32.43 25.99 GEN. W t48.51 (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GPB)
!!. COOLING RCI A. LOOP B. LOOP 3EWNWY PLMi A. LOOP B. LOOP TH(R) 587.3 F 587.3 F OT3GLEVEL(R) 48 14 47 !N TC(R) 577.2 F 577.3 F OT3G LE E (0P) 6 I e !
RC ROW (LWR) 76 E6 79 E6 013G PEJJ. 893.8 P!!G 893.7 PJIG RCPRE!!RE 2155.3 P!!G FED ROW (LWR) 1.0 E6 1.0 E6 PEJ3RIZERLEE 225 E 3 ELL TEF. 523 7 F h2EF C00ENIATE T W LEVEL 15.73 FT 15.84 FT-RC PUMP OPERATION (N) A B C D MIN C00 FEER PRE!!$E l.8 INHG PRZRHEATER! OPERABLE (TE!/NO)YE! TRBIE BYPA!! VALVE P03!i!0N 0.9 I 0.9 I . KGREE!JUB-COOLING (INCM) 56.1 F 'A' 't'
--- CONTAINNENT 5 RIGEST CN TERNOC0lPLE 591 F CL CL CL CL PRGEVRVEPO!! TION AH
_ -VIA , Vil VIC VfD WEUPFLOWINTORCS 48.7GPM CONTA!MNTH2 CONCENTRATION 4 ! R R K . TEMP / PRE!!. 199.1 F/ 14.71 P!!A LET BOWN R0W OUT OF RCS 0.M GPM
-- RDG, IPRAY R0W 0 GPM 0 GPfl W EUP T W LEVEL 85.55IN !!-PIA BI-PIB RB F W OPERATION ON OFF ON 3AFETYSYSTEMI 1A 18 iC HPI FLOW 6 GPM 0 GPM9 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN (16A) (168) (16C) (f60) JUMP R000 RABETESYSTEM CFT LEVEL / PRE!! 13.04 FT/ 593.3 Pl!G 13.64FT/ 592.9 P!!G WG ECAT i m PRE!!URE! O P!!G20 P!!G0 PflG CFT-1A CFT1B 1A il IC LPI R0W 6 GPM 0 GPM RED im LEVEL 60 I to 2 40 :
DH-V4A M-V4B RCD-TIA TIB TIC M LEVEL 5.520456Fi BWITLEVEL 56.22 FT EVAP C00 . T W LEVEL 0 FT 3 TT DIE!ELGEN.ITATU3 ITBY---(IA) ITBY -(IB) itA ilB AUXBLDG.SUMPLEVEL 22.999992 EERG. FED R0W (GPM) 0 (A) 0 (B) Al-18
- 9+ +-r-e-- - * - r-ry -- ,+--s , - . - . - - + . , . , , , , , .
4 ECC/ TIC / EOF /PTFC INFMMAT10N (PLANT ITATU3-0PERAi!0N3 LIE) gERCl!E l WTE: IN!! NTA !! 1TPICALLY IN TE 3AME FORN A3 ON TE CRT, WHERE li !! NORELLY )!!PLAYD. !
!. KAC.TIV..!.if CONTRE.. TIE 1700 l
. . . . i.s 90 ..
(CLOCK) (3CDl4R10) l EVfROK RUX - -1 CPS 4.7939 AW3 15.f3944 ! l IRON CON (DTRATION 59 PPM l (N11LOGCOUNT) (NI3LOGAMP) (N1-5POKR) ; C D PO!!i10N (IM) 1M iM iM iM iM iM 32.25 25.99 GEN. W 19.53 l (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!. COOLIE RCI A. LOOP l. LOOP 3EC004RYPLANT A. LOOP 8. LOOP Til (Ilt) 584.7 F 584.7 F OT3GLEVEL(W) 37 IN 37 IN ,
TC (Ift) 576.2 F 576.2 F Oi!G LEVEL (DP) 9 I 6 I RC ROW (LIMIT) 76 E6 70 E6 Di!GPREff. 891.8 PIIG 891.8 PSIG RC PREJ31stE 2148.7 FIIG FED FLOW (LBelt) 0.8 E6 0.8 E6 PE!3URIZER LEVEL 216 IN 3 ELL TEr. 529.8 F 521.1 F C0 0 Dt3 ATE T M LEVEL 15.77 Fi 15.86 Fi RCPUNPOPERAi!DN(ON) A B C D MIN COOOLtER PRE! JURE 1.8 INHG PRZR EATER 3 OPutARE (TE!/NO) YE! - - - - - ilftBIE IfPA!! VALVE PL3!i10N 47.1 1 46.5 I KGREEJ33-C00 LING (INCORE) 59.0 F 'A' 'B' CONTAINENT l 5 HIGEIT CBE TERMDCO@LE 55 F CL CL CL PURGEVALVEP03!i!0N AH-Vit. Vil VIC - Q.l Vi MEUP ROW INTO RCS 97.5GPM CONTAINENT H2 CONCENTRATIDN 6 2 i RBLK. TEMP / PRE!!. 199.1 F/ 14.71 P!!A LET DOWN ROW Oui (F RC3 6.M GPM RK. IPRAY ROW 0 GPM 0 GPM l N EUP T M LEVEL 63.39IN II-PIA II-PIB RB FANJ OPERAi!0N ON OFF QN l 3AFETT!! ITEM 3 IA iB IC l HP! FLOW 6 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN l ' nm um no nm sue R000 RADWA3TEIffiEM CFT LEVEL / PRE!! 13.04 FT/ 593.5 P31G 13.94FT/ 593.1 P!!G E KCAY TM PREffuRE3 0 PflG20 FIIG0 FIIG CFT-IA CFT-18 1A 19 IC LPIFLOW 6 GPM 0 GPM K EED T M LEVEL 60 1 46 240 I , M-V4A M-V4B RCI-TIA TIB Tit IflWLEVEL 5.526456FT BWITLEVEL 56.22 FT I - EVAP C06. T M LEVEL 0 FT 3 FT DIEJELGEN.ITATUI STBT (1A) ITli tiB) 11A ilB Aux xx. rue teva 22.me,I DIERG. FEU FLOW (GPM) 6 (A) 0 (B) l Al - 19 l l l
y, l r E.CC/i3C/
._ EOF /PTFC IHM4i!0N (PLANT STATJ!-O.PERATION!.L.I.E.)
- . .. &gfIE
&E: TH13 MTA !! TYPICALLY IN TE SAME FORM A! GN M CRT, MRE li I! NORMLLY !!!PLAfD.
1.'EACTIVlifCONTROL TIE 17M is95 I (CLOCU (ICDIARIO) EUTRON RU1 -1 CPI -4.8698 493 13.35231 1
, _ 59 M l (N!-lLOGCOWT) (NI-3LOGANP) (NI-5 POER) i l
CR0PO!! TION (ZW) IH IN IN lH IH IM 28.03 25.H GEN. M 6.H ; (GP1) (GP2) (GP3) (GP4) (GP5) (GP 6) (GP7) (GP8)
"* A. LOOP l. LOOP RCS A. LOOP B. LOOP !ECONMRT PLMT ,
~
TN(WR) 579.4 F 579.4 F OT!G LEVEL (R) 38 IN 38 IN J TC(a) 571.4 F 571.4 F OT!GLEVEL(OP) 4 1 0 2 RCFLOW(LM/R) 70 E6 70 E6 OT!GPRE!!. 887.4 PI!G 887.4 P!!G RCPRE!!URE 2114.6 P31G FED FLOW (LM/2) 0.8 E6 0.8 E6 PRE!!URIERLEVEL 195 IN SELL TEMP. 517.7 F 518.1 F C00ENIATE TA E LEVEL 15.78 FT 15.82 FT RC M MW m A B C D I.9 INHG MIN CONEN3ER PRE!!URE M m3 m (YE!/NO) g..----- ,, TURBINE BYPA33 VALVE PO!! TION 63.1 % 58.8 % KGRE!! JUI-COOLING (INCORD 62.4 F 'A' 'B' 5 NIGEIT CORE TERMOCOUPLE 582 F 5 VALVE PO!! TION AH-IA hkB hkC hkD WEUP ROW INTO RC3 126.4GPM CONTAINENT H2 CONCENTRATION 9 1
~~~~~
R ILK. TEy/ PRE!!. 109.1 F/ 14.71 P!!A LET DOWN ROW OUT OF RC3 6.M GPM E. NY R0W 9 GPM l _ GPM I M EUP T W LEVEL 78.77IN BI-pia II-Pil
----- ON l RBFAN3OPERAY10N ON OFF If ETY 3 M. iA il IC ,
y! FLOW 9 GPM 0 GPM6 GPM6 GPM RBWATERLEVEL 49.7 IN 0.9 IN ; (16A) (168) (16C) (163) M FLOOD 1 l RADWAITE SYSTEM CFT LEVEL / PRE!! 13.64 FT/ 593.6 P31G 13.64FT/ $93.2 PSIG WG KCAY TAE PRE!!URE! e P!!G20 P!!G6 P!!G IA il IC LP! R0W 0 GPM 0 GPM BLEED T W LEVEL 60 1N %H I i m.y4A m.y4B RCB-itA TIB TIC l M LEVEL 5.526456FT "I ' EVAP COND. I M LEVEL 0 FT 3 FT DIE 3ELGEN.ITATUI STBy (IA) IT8Y (ii) u,9g g III g , p uyq DIERG. FED FLOW (GPM) e (A) 0 (f) A1 - 29 l l l l l 1
I l l ECC/ TIC / EOF /PTFC INFORMAi!DN (PLMT ITATUI-OPERAi!0N! LIE) g xERCITE ] C.TEr THIS NTA !! TYPICALLY IN TE SAE FORM A! ON THE CRT, WHERE li !! NORMALLY !!!PLAYD. I MacHE" cm H E .!! . _...h.!#... ! (CLOCK) (ICEMRIO) i EUIRON RUX -1 CP! -4.9297 AMP 3 11.62221 1 30RON CONCDITRATION 59 PPn I (N! l L E CO NT) (N! 3 LK ANP) (N! 5 PDER) . CRDPO!!T!0N(28) IM IM IM l# 1H lH 25.60 25.90 GEN.MW 0,H (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP 7) (GP8)
!!. COOLING RCf A.L0tP 8. LO(P JEC004RY PLANT A. LOOP B LOOP TH(W) 575.0 F 575.0 F 013GLEVEL(R) 38 IN 38 IN TC(*) 567.6 F 567.6 F OTTGLEVEL(0P) 6 1 0 I RC FLOW (L W R ) 70 E6 70
~
E6 OT3GPRE!!. N7.4 Pl!G M7.4 PI!G RC PREJ M 2139.3PIIG FED R0W (LWHR) 0.7 E6 0.7 E6 PRE!JtRIZER LEVEL 182 ~~~iU SELL TEMP. 5i53~i 5fE2~~i CONE N! ATE T W LEVEL 15.76 FT 15.79 FT RCPUMPOPERAi!0N(ON) A B C D l MIN C00ENIER PREIJURE 1.8 INHG PRZR EATERS OPERAILE (YE!/NO) YE! TlRBIE BYPA!; VALVE PO!! TION 55.0 I $0.8 I - MGREE3IUB-COOLING (INCORE) F 'A' 'B' 68.8 _ CONTAINMENT 5 HIGEIT COE TERM 0 COUPLE 578 F CL CL CL PURGEVALVEPO!!i!0N AH-VIA Yll VC Vil MAELP R0W INTO RCS 123.8GPM CONTAINMENTH2CONCENTRAi!0N 0 2 RBLE. TEMP /PREII. 109.1 F/ 14.71 P3!A LET DOWN R0W Oui 0F RC3 6.H GPM , ILM.IPRAYFLOW 0 GPM 0 GPM MAKEUP TW LEVEL 75.31IN BI-PIA BI-PIB JAFETYIffiEMI 1A 1B 10 HP! FLOW 0 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN - 0.0 IN (16A) (16B) (160) (16D) SUMP FLOOD RAlETTEIYTTEK CFT LEVEL / PRE!! 13.04 FT/ 593.7 PI!G 13.04FT/ 593.3 Pi!G WG KCAY T W PREffUREI 0 PJIG 20 Pf!G0 P3!G CFT-IA CFT-1B 1A il IC LPI R0W 6 GPM 0 GPM BLEED T W LEVEL 60 2 40 2 40 I DH-V4A DH-V4B Tii tic
$25bTiA ,
un tEvR 56.22 n EVF CO@. TW LEVEL 0 FT 3 FT DIEIELGEN.STATU! STBf (IA) ITBY (IB) ilA Til
- -- AUXBLDG,IUMPLEVEL 22.999992 EERG. FED R0W (GFM) 0 (A) 0 (B)
Al-21 s
,, , 7 .-
, _ . _ . - - -. . ,- - ~ __ - -
ECCAlt/ EOF /PTFC IWORMAi!0N (PLMT ITAM CPERAi!0N! LIE) g XERCISE NOTC: i)(13 MTA 13 TYPICALLY IN TE 3AME FORM A3 ON TE CRT, IAERE IT 13 NORMLLY DISPLAYD. T 105
- 1. EACTIVITY CONTR0i. TIME 3 5 _
(CLOCK) (ICENARIO) EUTRON FLUX -1 CP3 -5.N74 W3 - 8.43609 I BORONCONCENTRAil0N _59 PPM (N11 LOG COLMT) (NI-3LOGAMP) (N!5POER) CRD PO!! TION m 2) IH 1H IN IN 1H 95.33143 20.47 ,25.90 GEN.MW 0.H (GP1) (GP2) (GP3) (GP 4) (GP5) (GP6) (GP7) (GP8)
!!. (XXLING RC3 A. LOOP 3. LOOP #ECONDARYPLANT A. LOOP B. LOOP TN (R) 569.1 F 569.1 F Oi!GLEVEL(R) 37 IN 37 !N 562.8 F 562.8 F OffGLEVEL(DP) 0 2 0 2 TC(R)
RC R0W (LBM/HR) 71 [6 71 E6 OT3GPRE!!. 887.2 P!1G 887.2 P31G RC PE!!RE 2134.4 P!!G FED FLOW (LM/E) 0.5 E6 0.5 E6 PE!!URIZER LEVEL 163 IN IELL TEMP. 515.0 F 515.3 F CONENIATE TAM LEVEL 15.74 FT 15.77 FT RC Ptw OPERATION (ON) A B C D MIN CONENIER PRE!!URE 1.7 INHG PRZR EATER 3 OPERABLE (YES/N0) YES
---- TR BINE BYPA!! VALVE PO!! TION 46.2 % 41.9 1 EGREE3SUB-COOLING (INCORE) 75.0 F 'A' 'B' CONTAINMENT 571 F
- - - - - CL CL CL CL 5NIGNEITCORETHERM0 COUPLE PtRGE VALVE PO!! TION #i-VI A YlB VIC VfD 124.0GPM CONTAINMENTH2 CONCENTRATION 0 I WEUP R0W INTO RCS _
RBLE.TEW/ PRE!!. 109.1 F/ 14.71 PIIA LET DOW R0W OUT OF RCS 6.H GFM BLK. IftAT R0W 9 GPM 0 GPM MAKElf T M LEVEL 72.33IN B3-PIA BI-PIB
------ RBFANIOPERAi!0N ON OFF ON 3AFETYSYSTEMI
- IA IB IC WI R0W 0 GPM e GPM0 GPM0 GPM RBWATERLEVEL 49.i IN 0.0 IN (16A) (163) (16C) (160) IlMP FLOOD RADWAITESYSTEM CFT LEVEL / PRE 33 13.04 FT/ 593.9 P31G 13.04FT/ 593.5 PSIG WG KEY TAM PRE!!URE3 0 PSIG20 P31G0 PSIG CFT-IA CF1-1B IA IB IC 0 BLEED TANK LEVEL 60 % 40 % 40 %
LPI R0W 6 GPM GPM M-V4A DH-V4B RCP-TIA TIB TIC WMWLEVEL 5.520453FT BWITLEVEL 56.22 FT EVAPCOND.TANKLEVEL 6 FT 3 FT DIESELGEN.STATU3 ITBY (IA) ITBY (IB) ilA TIB AUXBLDG.IUMPLEVEL 22.99999I EERG. FEED FLOW (GPM) 0 (A) 0 (B) Al - 22 l l i
ECC/ TIC / EOF /PTFC INFORMTION (PLANT ffATUS-OPERAT10N! LIE) g XERCl!E NOTE: IN!! MTA !! iTP!CALLY IN TE 3M FORM M ON TE CRT, KRE li !! NORMALLY !!!PLATD. l
!. RDCTIVITY CONimL TIE 1720 isile i (CLOCK) (3CDIAR10)
KUTRON RUX -1 CP3 -5.2226 ANP! 5.797742 I l: DMONCONCENTRATION $9 PPM ' l (NI-ILOGCOUNT) (NI-3LOGAW) (N!5POER) ---
- l. CRD P(Lili!0N (IB) IM IM IM IM IM 90.1161 15.26 25.90 GEN.MW 0M ,
(GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!cCOOLING RC3 A. LOOP 3. LOOP 3EC00ARY PLMT A. LOOP 3. LO(P TH(R) 564.1 F 564.1 F Oi!GLEVEL(R) 37 IN 37 IN TC (R) 558.8 F 558.8 F OffG LEVEL ((P) 0 1 0 1 RC ROW (LE/R) 71 E6 71 E6 OffGPREII. 887.3 FIIG 887.3 Pl!G RC PEI3tRE 1144.8 PSIG FED FLOW (LM/R) 0.4 E6 0.5 E6 .
PRE 33lRIZER LEVEL 153 IN 3 ELL TEF. 510.4 F 511.0 F C000LTATE TM LEVEL 15.73 Fi 15.76 FT RC PUR OPERATIDN (ON) A B C D MIN C00ENJER PREffuRE I.7 INHG PRZR EATER! OPERARE (YE!/NO) YE! TIR)!NE BTPMI VALVE POSITION 38.8 I 34.6 % KGREE!JUB-COOLING (INCORE) 81.1 F 'A' 'l' CONTAINMENT 5 HIGEIT CME TERMOC0lFtl 566 F CL CL CL CL
- - - - - - - - PURGEVALVEPOIli!0N AH-VIA ' VIB VIC VfD MMEUP FLOW INTO RCS 122.9GPM CONTAINENT H2 CONCENTRAi!DN 0 % i RBLDG. TEMP / PRE!!. 109.1 F/ 14.71 FI!A LET M R FLOW OUT OF RCI 0.M GPM KDC.IPRAYFLOW 6 GPM 0 GPM MAKEUP T M LEVEL 69.92IN BI-PIA B!-PIB R3FANIOPERAi!0N ON OFF ON SAFETTSYTTEMI IA IB IC HPI FLOW 6 CPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN (16A) (168) (160) (160) JUMP FLOOD I RADWAITEITITEM I CFT LEVEL / PRE!! 13.04 FT/ 594.0 PI!G 13.04FT/ 593.6 Pl!G l.
WG ECAT TANK PRE!IUREJ 0 PIIG20 FIIG0 PIIG t CFT-1A CFT-IB IA 1) IC LPIFLOW 6 GPM 0 GPM KED TM LEVEL 60 2 40 2 40 2 [ M-Y4A M-Y4B RCI-ilA til ilt N LEVEL 5.520453Fi BWITLEVEL 56.22 Fi - EVAP CO@. T M LEVEL 0 FT 3 Fi DIEIELGEN.ITATUS STBT (I A) IT8T (iB) TIA TIB AUXBLDG.SUMPLEVEL 22.999992 EERG. FED FLOW (GPM) 0 (A) 0 (B) l l Al-23 1
ECC/itC/ EOF /PTFC IEORMATION (PLANT ITATUS-0PERATIONS LIE) gfXERCl!E NOTE: IN!! DATA !! TYPICALLT IN TE !AE FORM A3 ON TE CRT, WERE IT !! NORMALLY Dl! PLAYED. is 115 I. REACT!Y!TYCONTROL TIE .1725 . . EUTRON FLUX -1 CP! -5.4000 AMP! 3.152884 ! 1 3(RONCONCENTRAi!0N 59 PPM (NIILOGCOUNT) (NI3LOGANP) (N1-5 POWER) l 1 CRDP031 TION (M) IM IM 100 iM IM 82,02332 7.17 25.90 GEN.NW 0.M l (GP1) (GP2) (GP3) (GP4) (GP5) (GP 4) (GP7) (GP8)
!!. COOLING RCI A. LOOP B. LOOP KCONMRYPLANT A. LOOP B. LOOP TH(m) 559.0 F 559.0 F OT!G LEVEL (W) 34 IN 36 IN 554.7 F 554.7 F OT!GLEVEL(0P) 0 1 0 1 TC(R)
RC R0W (LBM/R) 71 E6 71 E6 Oi!GPRE!!. 886.8 Pl!G 886.9 PSIG RC PRE!!!EE 2136.7 P31G FED R0W (LWR) 0.4 E6 0.4 E6. 1 143 IN SEL TEF. $N,8 F 507.5 F < PRE 334tlZER LEVEL . COM ENIATE T M LEVEL 15.72 FT 15.78 FT RCPUMPOPERAi!0N(0N) A B C D l MAIN COGEN3ER PRE 35tRE I.6 INHG PRZR HEATERI OPERABLE (YII/NO) YE! TURBINE BYPA!3 VALVE PO!!!!0N 31.9 1 27.5 I KGREE!Jul-COOLING (INCORE) 84.2 F 'A' '8' CONTAINMENT F CL CL CL CL 5 HIGHEIT CORE TERM 0COLPLE 560 PURGEVALVEPO!! TION AN-VIA.. Yll vlC VfD CONTAINENT H2 CONCENTRAi!0N 0 I hMEUP R0W INTO RCI 123.6GPM R BLDG TEMP / PRE!!. 109.0 F/ 14.71 Pf!A LET DOWN R0W OUT OF RCf 0.M GPM
--- BLDG. SPRAY R0W 6 GPM 0 GPM MMEUP TANK LEVEL 68.47IN BiP1A Bf-PIB RBFAN!OPERAi!0N ON OFF ON
!AFETYSYTTEMI 1A iB IC ,
WI FLOW 6 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.7 IN 0.0 IN (16A) (168) (16C) (16D) IUMP ROOD RANAITESYITEM CFT LEVEL /PREI! 13.64 FT/ 594.1 PI!G 13.04FT/ 593.7 PIIG PflG0 WG KCAY TM PREfftRES 0 P!!G20 PSIG 1 CFT-1A CFT-!B 1A 1B it i LPIFLOW 0 GFM 0 GPM 8LEED T M LEVEL 60 1 40 I 40 I i l l M-V4A DH-Y4B RCl-ilA ill ilC l M LEVEL 5.520453FT l BWITLEVEL 56.22 Fi ( EVAP C06 . T W LEVEL 0 FT 3
.. .. .FT I
ITBY (IB) TIA TIB i i- DIEJELGEN.ITATU! ITBT- (IA) ' - -- - - - - - - - - AUXBLDG.SUMPLEVEL 22.99999I EERG. FEED R0W (GPM) 0 (A) 0 (B) A1 - 24
j I ECC/T3C/EW/PTFC IHIRATION (PLANT ITATUJ-OPERAi!ONS LIE) GTE: THl! MTA !! TYPICALLY IN M SAE FORM AS ON TE CRT, MRE IT 13 NORMLLY l!3FLAYD. g !!E 1 Io M ACT!YITY CONTROL TIME 1730 T 120 , (CLOCO ($CEW10) EUIRON FLUX -1 CP! -6.7998 AMP! 9.08217359 1 BORONCONCENTRATION 59 PPM (N!-lLOGCOLNT) (NI-3LOGAW) (N!-5 POER) CRDPO!! TION (IR) IM IN 1H IH IM 47.13454 0.H 25.90 GEN.MW 0.H (GP1) (GP2) (GP3) (GP4) (GP5). (GP6) (GP7) (GP8)
!!. C0(LING RC3 A. LOOP 5. LOOP SECONMRY PLMT A. LOOP 5. LOOP TH(R) 552.4 F 552.3 F OffGLEVEL(R) 36 IN 36 IN TC (R) 549.3 F 549.3 F OffGLEVEL(0P) 0 2 0 I ,,
RCFLOW(LM/HR) ?! E6 71 E6 Di!GPE!!. 007.0 PIIG 087.0 P!!G RCPRE!!URE 2096.2 P!!G
~
FED FLOW (LBM/HR 0.2 E6 0.3 E6 PE!!URIZERLEVEL 128 IN SELL TEMP. 54.3 F 5H.8 F , 15.12 FT 15.78 FT CONDENIATE T M LEVEL RC PtflP OPERATION (ON) A It C D AAINCONDENIERPRE!IURE I"5 INHG
- PRZR EATER 3 OPGAILE (YEJ/NO) YE!
TURBIE BYPA!! VALVE PO3IT!DN 23.5 % 19.3 2 DEGREESIUB-COOLING (INCORE) 90.8 F 'A' 'O' CONTAINMENT 5 HIGHEIT CORE TERM 0 COUPLE $53 F CL CL CL CL PtstGE VALVE PO!! TION AH-VIA VII VIC VfD WELF R0W INTO RC3 127.4GPM CONTAINENT H2 CONCGTRATION 2 _. ' .0 R BLE. TDF/PREIS. 109.0 F/ 14.71 - Pl!A LETDOWNFLOWOUTOFRCJ 0.M GPM KK. 3 PRAY R0W 0 GPM 0 GPM W EUP T W LEVEL 68.32IN BJ-PIA 83-Pill l -- R8 FMJ OPERATION ON OFF ON sArnt trrias A 18 1C WI R0W G GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 4 .7 IN 0.0 IN (16A) (168) (16C) (16D) fl#tP ROOD g CTi LEVEL / PRE!! 13.04 FT/ 594.2 PIIG 13.04FI/ 593.8 PSIG
... .. _ _ ..._.- yG gcAy TAM PRE!!URE3 0 P31G20 Pf!G0 P!!G CFT-IA CFT19 1A 18 1C LP! FLOW 6 GPM 0 GSM RED TANK LEVEL 60 I40 1 40 1 lH-V4A IH-V4B 5.520453gi RC TIA Til ilC WMWLEVEL i BWITLEVEL 56.22 FT EVAP COND. TAM LEVEL 0 FT 3 FT n Era G a. status my no sm an tiA 22.e m ,2 tii
, Aux xx. sut Leva EERG FED R0W (GPM) 0 (A) 0 (B) l Al-25 l l l l l l
f ECC/ TIC / EOF /PTFC (NFORMil0N (PLANT ITATU!-0PERATIONI LIE) g IERCIIE NOTE: IN!! MTA !! TYPICALLY IN TE SANE FORM 45 DN TE CRT, WERC li !! NORMLLY ll! PLATED.
- 1. KACTIVITT C0KTROL ilE 1735___ T 125 _ [
(CLOCK) (!CEMRIO) , EUTRON FLUX 4.6142 CP! -10.H40 Ar! 0 % BORONCONCENTRATION 59 PPM (NI-ILOGCOUNT) (NI 3 LOG ANP) (NI-5POER) # CR9 POSIT 1 5 (28) 0 0 0 0 0 0 0.M 25.90 GG. W 0.H (GP 1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP 8)
!!. COOLIE RC! A. LOOP 3. LO(P !ECOSARYPLANT A. LOOP 3. LOOP TH(R) 543.3 F 543.2 F GT!GLEVEL(R) 33 IN 32 IN TC (R) 540.0 F 540.5 F Oi!GLEVEL(0P) 0 1 0 1 RC ROW (Lan/R) 72 E4 71 E6 OTJGPRE!!. 999.9 PSIG B29.6 PI!G RC PRE 3ItstE 1995.6 P!!G FED R0W (LBM/*)
0.3 E6 0.3_.E6 PRE!!URIZERLEVEL tie IN IELL TEF. 493.6 F 497.4 F C00 0t! ATE T M LEVEL 15.68 FT 15.79 FT RCPUMPOPERATION(ON) A B C D MINC000lTERPRESIURE 1.6 INHG PRZR E ATER! OPERA 8LE (YE!/NO) YE! TUDIE BYPA!! VALVE PO!! TION 27.5 1 20.5 I EGREEJ TJB-COOLIE (INCORE) 85.8 F 'A' 'B' CONTAINENT 5 HIGEIT CORE TERMDCOUPLE 544 F CL CL CL
--- PRGEVALVEP031i!0N AH-VIA VB VIC VfD MEUP ROW INTO RC! 146.8 GPP CONTAINENT H2 CONCGTRATIDN 0 2 RBLDG. TEMP / PRE!!. 109.0 F/ 14.71 Pf!A LIT DO W FLOW OUT OF RCI 0.M GPM
- - - - BLM.IPRAYFLOW 6 GPM 0 GPM MAKEUP T W LEVEL 84.84IN BI-PIA Bi-PIB IAFEif!Y!TERI
- IA B IC HP! R0W 6 GPM 0 GPM0 GPM0 GPM RB WATER LEVR 49.7 IN .0 IN (16A) (168) (160) (160) fut ROOD CFT LEVR/ PRE!! 13.04 FT/ 594.4 FI!G 13.04FT/ 594.0 PI!G
, p pg , p CFT1A CFT-1B IA IB 1C LP! FLOW 4 GPM 0 GPM ILEED T W LEV R 60 2 40 240
~
I I
~
pH-V4A pH-V4B RC-TIA Til ilt w LEVR 5.52e453 i l l BWITLEVEL 56.13 FT EVAP C00. T W LEVEL 0 FT 3 Fi DIEIELGEN.ITATUS ITBY (IA) ITBY (18) TiA ill AUXBLDG.SUMPLEVEL 22.99999I EERG. FEED FLCW (GPM) 0 (A) 0 (B) Al-26 L 1
L ECC/ TIC / EOF /PTFC IWORMATION (P.LANT . . . ITATU.I-OPERATIONI LIE) m XERCl!E NOTE: THlf MTA If TYPICALLT IN TK 3AME FONM M ON TE CRT, MRE !T !! NORWLY I!!PLAYD. J. MACTIVITY CONTROL TIME 1740 T 130 (CLOCK) (ICEMIR O) EUTRON FLUX 3.5553 CP! -10.5454 W3 0 1
--~~-----
BORONCONCENTRATION 59 PPM (NI I LOG Colgli) (NI-3LOGAW) (N! 5 POER) CRBPO!!i!0N(10) 0 0 0 0 0 0 0.H 25.M GEN. W 4.04 (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (CP 7) (GP8)
!!.COE.ING RCS A. LOOP 3. LOOP ![CGOARTPLANT A. LOOP B. LOOP -
TX (R) 541.0 F 540.9 F OTIGLEVEL(R) 33 IN 32 IN TC(W) 537.8 F 538.0 F Di!GLEVEL(OP) 0 2 0 I RCFLOW(LIM /HR) 72 E6 71 E6 Di!GPPEII. 792.0 P!!G N6.5 Pl!G RCPREffuRE 1763.3 P31G FED R0W (LM/HR) 0.3 E6 0.3 E6 PK3fuRIERLEVEL 117 IN THELLTEMP. 491.1 F 493.9 F C0 0 ENIATE T W LEVEL 15.58 FT I'5.84FT RCPUMPOPERATION(0N) A B C D MIN C00ENIER FRE!!URE I.6 INHG PRZR E ATERJ OPERABLI (TEI/ E TI! TURl!NE BfPA!! VALVE PO!! TION 28.1 I 23.9 Z' MGREE!IUI-COOLING (INCORE) 78.0 F 'A' 'B' CONTAINMENT 5 HIGEIT CORE TERM 0 COUPLE 541 F CL CL CL CL PURGEVEVEPOIITION AH-VIA Yll VIC Yll WEUPFLOWINTORC! 75.0GPM CONTAINENT H2 CONCENTRATION $ RBLE.TEF/ PRE!!. 108.9 F/ 14.70 FIIA LETDOWNFLOWOUTOFRC3 6.H GPM - - - - - - - ~~- 3LIG.SPRATFLOW 9 GPM 0 GPM W elf T W LEVEL 89.79IN BI-PIA BI-P!) RBFAN! OPERATION ON OFF ON SAFETY!Y!TEMI 1A 1B 10 WI R0W 9 GPM 0 GPM0 GPM0 GPM EBWATERLEVEL 4y.7 IN 0.0 IN (16A) (168) (160) (16D) StBP ROOD CFT LIVEL/ FREI! 13.04 FT/ 594.5 PIIG 13.04FT/ $94.1 PSIG h;MCAYTWPRE!!URE! O PI!G20 PIIGG Pl!G
- l. CFT-1A CFT-1B i
IA 1B it LPI R0W 9 GPM 0 GPM BLEED i m LEVEL 60 1 40 1 40 I W-V4A M-Y4B RCB-TIA ill ilt l M LEVEL 5.520453FT l NITLEVEL 56.13 FT EVAP CO@. TANK LEl'EL 0 FT 3 ~ FT DIEIELGEN.STATUI ITBY (IA) ITBY (11) - YiA TIB AUX BLDG. JUMP LEVEL 22.99999 I EMERG.FEEDFLOW(G#M) 0 (A) 0 (B) l Al - 27 I l t
i ECC/T3C/ EOF /PTFC IEINURTION (PUWT fiAiu!-OPERAi!0N! L1g , gfl3E NOTE: THl! MTA !! TYPICALLY IN TE 3M FORM A! ON TE CRT, WlERE li !! NORMLLY Bl!PLAYD. TIE 1745 T*135
- 1. E ACilVITY CONTROL (CLOCE) (!CEMRIO)
EUTRON FLUI 3.4369 CP! -10.5647 W! 0 1 59 PPM
- - --- BORONCONCENTRAllM (MI1LOGColpli) (N1 3 LOG W ) (N1-5 POER)
CO P03!Tl0N (!WD) 0 0 0 0 0 0 0.H 25.90 GEN. W 0.H (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!. COOLING A. LOOP B. LOOP RC3 A. LOOP B. LOOP IECONMRYPLANT
~
TN (R) 538.2 F 538.1 F Oi!GLEVEL(8) 34 IN 33 IN j TC(R) 535.0 F 535.3 F Oi!GLEVEL(0P) 0 1 4 I RC R0W (LM/HR) 72 E6 71 E6 OT!GPRE!!. 778.2 Pf!G 794.9 P31G RCPRE!!URE 1586.5 P!!G FED FLOW (LM/HR) 0.3 E6 ,0.3 E6 PRE!!URIZERLEVEL 111 IN SELL TEMP. 488.4 F 491.9 F CON KNIATE T M LEVEL 15.51 FT g.95FT RCPtMPOPERATION(OH) A B C D MIN CONENIER PRE!!URE I.6 INHG j PRIR E ATER3 OP0 TABLE (YE!/MO) YEI
- - - - - TWBIE BYPA!! VALVE POSITION 27.B ! 22.7 I KGEE! IUB-COOLIKG(INCOE) 66.5 F 'A' 'B' i CONTAINMENT F CL CL CL C 5 NIGHEIT CORE TERM 0 COUPLE 538 PWGEVALVEP0!!!!0N AH-VIA VtB VIC VB WELF ROW INTO RCS 55.2GPM CONTAINMENTH2CONCENTRAT10N 0 I RILK. TEMP /PREJI. IM.9 F/ 14.70 --- PflA LET B0WN FLOW OUT OF RC3 0.H GPM UG. IPRAY R0W 9 GPfl 0 GPM 79.21IN B3-PIA BJ-PIB WELF TM LEVEL p 3AFETTITITEMI g W! R0W 9 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 49.8 IN 0.0 IN (16A) (10) (160) (10) Star FLOOD I T
RANAITESYSTEM ! CFT LEVEL / PRE!! 13.04 FT/ 594.6 P!!G 13.04FT/ 594.2 FIIG PflG0 PIIG WG KCAY T W PREISUREI e Pl!G20 CFT-1A CFT18 14 18 it 4 GPM 0 GPM BLED TW LEVEL 60 1 40 1 40 I l LP! ROW BH-V4A Mi-V4B RCB-ilA ill ilt WNWLEVEL 5.520453FT
~
WIILEVEL 54.13 FT
--- EVAP COND. T M LEVEL 0 FT 3 Fi DIEIELGEN.ITATU3 ITBY (IA) ITlf (ll) itA Til 1 AUX BLbG. JI'f LEVEL 22.99999I DIERG. FED R0W (GPM) 0 (A) 0 (B)
Al-28 i
- -. --- . --,s.- , ,,
l i l ECC/f!C/ EOF /PTFC IWORMT!DN (PLANT ITATU$-0PERAll0NJ LIE) XERCl!E l HOTE: TNI! M1A !! TYPICALLY IN TE 3ANE FON A! ON TE CRT. WEK IT !! NORMLLY D!IPLAYD. I 1
- 1. .'lEACTIVITY CONTROL TIE 1750 _,_ T 140 J _
j (CLOCX) (SCDWtIO) l E UIRON FLUX 3.4352 CP3 -10.5649 MP3 0 ! i 9(RON CONCENTRAi!DN 59 PPM l (N1-1LOGCOUNT). (NI-3LOGAMP) (N!-5POER) -- - CRB PO!! TIM (1 8 ) 0 0 0 0 0 0 0.00 25.90 GEN.MW 0.00 (GP1) (GP2) (GP3) (GP4)- (GP5) (GP6) (GP7) (GP8)
!!oCOOLING l RCS A. LOF l. LOOP 3ECONMRTPLANT A. LOOP B. LOOP 1
TH(R) 536.6 F 536.6 F OT3G LE E ( a) _ 34 IN 34 IN j TC(R) 533;4 F 533.8 F Oi!GLEVEL(DP) 0 I ,0 1 RC FLOW (LIM 8t) 71 E6 71 E6 OT!GPREII. 768.5 PI!G 764.5 PIIG RC PE33WE 1469.1 Pf!G FEED RW (LM/R) . 0.3 E6 0.3 E6 PRE 3JRIZERLEVEL 112 IN SELL TEMP. 487.0 F 490.5 F , COM ENIATE T M LEVEL 15.45 FT 16.06 FT RC PUR OPERAi!DN (ON) A B C D MIN C000LTER PRE 3SURE l.6 INHG PRZR E ATER! OPERAKE (YE!/NO) TE! TR)!NE BYPA!! VALVE PO!! TION 28.6 1 23.9 ! $ KGREEJ !UB-00(LING (!NCOE) 57.8 F 'A' '8' CONTAINNENT PURGEVALVEPOIIT!DN AhlA B C D ! M EUP FL W INTO RC3 38.3GPM CONTAINENT N2 CONCENTRATION 0 ! R K DG, TEF/ PRE!!. 108.P
~
F/ 14.70 Pl!A ILDG IPRAY FLOW 6 GPM e GPM W EUP T M LEVEL 78.60IN BI-PIA 33-FIB,
!AFEirJYTTEM3 A 18 IC HPI R0W 6 GPM 0 GPM0 GPM 0 GPM RBWATERLEVEL 4 .8 IN 0.0 IN (164) (168) (16C) (16D) IUMP FLOOD p
CFT LEVEL / PRE!! 13.04 FT/ 594.7 PIIG 13.04FT/ 594.3 PSIG g---- 0 PH G 20 Pf!G0 P!!G CFT-1A CFT1B IA IB IC LP! FLOW 9 GPM e GPM BLED TANK LEVEL 60 2 40 240 2 DH-V4A M-V4B RCB-IIA ill ilC N LEVEL 5.520453FT WIT M 56. 0 R " EVAP C00. I m LEVEL 6 FT 3 FT DIEIELGEN.ITAiuf STBT (IA) ITBY (IB) KD.IMPLEVEL 22.9b9I EERG. RED RW (gem) e m 0 m . Al-29 l i i 1 l i l l 1
i i i ECC/i!C/ EOF /PTFC If5MAi!0M (PLANT STATUS-0PERATIONS LIE) g I!E NOTE: THIS MTA !! TYPICALLY IN TE 3AE FORM A! ON TE CRI, WHERE IT 13 NamLLY D13PLAYD. 1.REACTIVITYCONTROL TINE 1755 Ta145 (CLOCK) (3CENAR10) ) EUTRON FLUX 3.4196 CPS -10.5669 AFS 0 I
, _ __. BORONCONCENTRATION 59 PPM (N!-lLOGCOLDIT) (NI-3 LOG W ) (NI5POWED l CRDPOSITION(IWD) 0 0 0 0 0 0 9.H 25.90 GEN. W 0.H (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GPB)
I' A. LOOP B. LOOP RC3 A. LOOP 3. LOOP IECONDARYPLANT TH(R) 531.7 F 531.7 F OTIGLEVEL(R) 33 IN 34 IN TC(R) 526.5 F 526.4 F OT3GLEVEL(DP) 0 I , 0 I RCFLOW(LIM /R) 35 E6 35 E6 Oi!GPRE!!. 724.4 P31G 735.6 PI!G RCPREISURE 1479.2 Pi!G FED FLOW (LIM /HR) 0.2 E6 0.2 E6 PRE!!URIZERLEVEL 97 IN ! ELL IDiP. 481.6 F 483.8 F CONE NIATE i m LEVEL 15.41 FT 16.12 FT
' NAINCONKNSERPRE!!URE I.5 INHG PRZR EATER! OPERABLE (YE!/N0)]------ TURBINE BrPA!! VALVE PO!!i!ON 28.6 I 25.3 I KGREE!IUB-COOLING (INCORE) 63.6 F 'A' 'i' g
5 HIGEIT CORE THERN000VPLE 532 F gg py g gC g W elf FLOW INTO RCS 154.2GPM CONTAINMENTH2CONCENTRAil0N 0 I RBLK. TEMP / PRESS. 108.8 F/ 14.70 P31A LETDOWNFLOWDUTOFRC! 6.00GPM YFW 0 $~~ 0 GPM W EUP T W LEVEL 69.67IN BI-pia BI-PIB
- . . - . - - - RBFANIDPERAi!DN ON OFF ON 3AFETYSTITEN HPI FLO TW GPM 0 GPM0 GPMe GPM RBWATERLEVEL 4 8 ' IN 0 IN (16A) (168) (16C) (163)
RAWAITESYITEM CFT LEVEL /PREI! 13.04 FT/ 594.8 PSIG 13.04FT/ 594.4 PflG.E~GKCATTMPREIIUREI e P!IG20 P!!G0 PI!G CFT-14 CFT-1B
,g {g LP! FLOW 9 GPM 0 GPM BLED TW LEVEL 60 I40 140 gc %
DH-V4A pH-y4B RCB-11A ill ilC WMWLEVEL 5.520453F1
'0 --O. 0 FT 3 FT EVAP COND. T M LEVEL DIEIELGEN. STATUS ITBY (IA) ITBY (IB) -
TIA Ill AUX BLE. I'JMP LEVEL 22.99979I ( JL*RG. FED FLOW (GPM) 0 (A) 0__{ Al - 30
ECC/itC/ EOF /PTFC IEDMAllt (PLM fiATU!-OPERATION! LIE) g XERCITE
' GTE: IN!! SATA !! TfPICALLY IN TE 3AE FORN A! ON TE CRT, NE If !! NOMALLY llTPLAYD.
I. REACT!YITYCONTRAL I!E ,1000_ _ _ _ p 150 , (CLOCK)~ (JCDWt10) EUTRON RUX 3.4677 CPI -10.5687 AMP 3 0 2 DORON CONCD(TRATION 59 PPM
-(NI-I LE COUNT) (W!-3 L E AMP) (N!-5POER) ,
CRD P031110N (IMD) 0 0 0 4 4 4 6.H 25.M GEN.MW 0.M , (GP1) (GP2) (GP3) (GP4) (GP5) (GP4) (GP7) (GP8)
!!.C0OLING RCf A.LO(P l. LO(P 3ECONMRT PLANT A. LOOP B. LOOP TH(R) 524.9 F $24.8 F CT3G LEEL (R) 32 @ _32 IN l TC(R) 519.7 F 519.6 F Di3GLEEL(0P) 4 1 0 1 ,
RC R0W (l.BMet) 35 E6 35 E4 OT3G PE!!. 682.2 P!!G 693.1 P31G
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RC PRE 33lRE 7434.3P3G FED FLOW (LBMR) 0 _. 2 E6 0.2 E5 PRE!!LRIZER LEVEL 164 IN 3 ELL TEF. 475.9 F 478.8 F C090tIATE IN LEVEL 15.37 Fi 16.12 FT RCPUMPOPERAi!0N(ON) I C MIN C000(!ER PRE 3flRE 1.5 INHG PRZR EATER! OPERABLE (YE3/NO) YE! TRBIE BYPA!! VALVE POIITION 29.5 I 25.8 2 NGREE3 JUB-COOLING (INC(RE) 66.6 F 'A' 'B' CONTAINMENT ,
$ HIGEIT CORE TERMDCOUPLE 525 F CL CL CL CL PURGEVALVEPO!!T10N AH-VIA VIB VIC V1D WEUP R0W INTO RC3 143.9GPM CONTAINMENTN2CONCENTRAi!0N 8 1 i R K K . TEMP / PRE!!. 1H.8 F/ 14.79 P!!A LET DOWN R0W OUT OF RCf 0.H GPM BLK. IPRAY ROW 6 GPM 6 GPM l.
WEUP TM LEVEL 54.46IN l!-PIA BI-PIB RBFAN!OPERAi!0N ON OFF ON 3AFETYITITEM3 1A 1B 1C l NPI R0W 6 GPM 9 GPM6 GPMe GPM RBWATERLEVEL 49.8 IN 6.0 IN 1 (16 4 (168) (160) (163) IUMP FLOOD RABWA!TEIYITEM CFT LEVEL / PRE!! 13.64 FT/ 594.9 Pl!G 13.64FT/ 594.5 P31G WGKCAYTMlRE!!URE! O PI!G26 P31G0 P!!G i CFT-1A CFT-lB 1A IB IC LPIFLOW 9 GPM 9 GPM BLED TM LEVEL 64 Ito I 46 1 l DH-V4A M-VG RCI-TIA ill 11C WMWLEVEL 5.520453FT W!iLEVEL $6.13 FT EVA.P C00. T M LEVEL 9 FT. . 3 FT DIEIELGEN.STATU3 ITBY (IA) ITBY (IB) TIA TIB AUXBJG.SUMPLEVEL 22.99999% DtERG. FED FLOW (GPM) 0 (A) 9 (B) A1 - 31
' ECC/i!C/ EOF /PTFC IEDRMAi!0N (PLMT ITATUS-OPERAi!DN3 LIE) XERCl!E NOTE: IN!! MTA !! TTP!CALLY IN TE SME FORM A! ON INE CRT, WNERE li !! NORhALLY Dl! PLAYED.
!. R.EACTIVIT.Y
. C.ONT.R(L. TIE .1905. .. f 155...
(CLOCK) (ICENARIO) NEUTRON FLUX 3.3929 CP3 -10.5702 ANP! 0 2
- - -- 59 PPM BORONCONCENTRAi!DN (NI-lLOGCOUNT) (N1-3LOGAMP) (NI5 POWER)
CO PO!! TION (28) 9 6 0 0 0 0 0.H 25.90 GEN.MW 0.90 (GP1) (GP2) (GP3) (GP4) (GP 5) (GP6) (GP7) (GP8)
!!. COOLING RC! A.LO(P B. LOOP 3ECUGARfPLANT A. LOOP B. LOOP Di(R) 518.6 F 518.5 F Oi!GLEVEL(E) 31 IN 31 IN :
513.3 F 513.2 F Oi!GLEVEL(DP) 0 1 0 1 TC(R) ; RC FLOW (L W R ) 35 E6 35 E6 OT!GPRE!!. 648.2 FIIG 652.0 Pl!G RCPRE!!URE 1335.4 F31G FEED FLOW (L W R ) 0.1 E6 0.1 E6 PREfftElIER LEVEL 100 IN SELL TEMP. 470.3 F 471.4 F CONENSATETANKLEVEL 15.33 FT 16.12 FT RC PUNP OPERAi!DN (ON) B C MAINCONKNIERPRE!!URE 1.5 INHG PRZR EATER 3 OPERABLE (IE3/N0) YE! T WBINE BYPAI! VALVE P0fli!0N 30.3 1 28.6 I KGREEI IVB-COOLINGt!NCORE) 63.5 F 'A' 'l' CONTAINMENT
-- CL CL CL 5 HIGEIT CORE TERM 0 COUPLE 519 F
--- PURGEVALVEPO!! TION AN-VIA Vil VC Vil NEUPFLOWINTORC3 125.5GPM CONTA!NENT N2 CONCENTRAT10N 0 I RBLDG. TEMP /PREIS. 108.8 F/ 14.70 P31A LETDOWNFLOWDUTOFRC3 0.90GPM
----- BL R SPRAY FLOW 6 3 0 GPM MAKEUPTANKLEVEL 35.27IN BN1A BNIB
- RBFAN3OPERAi!DN ON OFF DN IAFETYSTITEMS A 18 1C HPI FLOW 6 OPM 0 GPM0 GPM0 GPM RBWATERLEVEL 4 .8 IN 0.0 IN (16A) (16B) (160) (10) IUMP FLOOD RANASTEIYITEM CFT LEVEL / PRE!! 13.64 FT/ 595.1 PSIG 13.04FT/ 594.7 PSIG WG-- KCAY TANK PRE!!URE3 0 P!!G20 Pf!G0 P!!G CFTIA CFT-iB 1A il IC LPIFLOW 6 GPM 0 GPM BLEEDTANKLEVEL 60 140 2 40 %
DN-V4A M-V4B RCB-ilA ilB flC WMWLEVEL 5.520453FT 56.13 WITLEVEL FT EVAP C06. TANK LEVEL 0 FT 3 FT ' DIESELGEN.ITATUS ITBT (IA) ITBY (IB) TiA itB AUX BL R SUMP LEVEL 22.999992 EfeG. REED rt0W (gem) 0 m 0 g ! l A1-32 l l l l l 1
E.CC/ftC/E0F/PTT.C.lt0Wi!0N
-. (PLANT f.iATU3-0PERAi_!DN! LIE) XERCl!E j NOTE: TH!! MTA !! TYP! CALLI IN TE SW FORM A! W TE CRT, WDE IT !! N(RMLLY I!!PLAYD. !.REACTIVITYCONTROL TIME 1810 T*160 Neur a RuX 3. m . CP .it.5m W: 0 x
( c'"" ( ** * ' BORONCONCENTRAi!DN 59 PPM (N!-l LOG COWT) (N!-3 LOG W ) (N!5POER) , CRDP03!!!0N(!WD) 0 0 0 0 0 0 0.00 25.90 GEN. W 0.00 (GP1) (GP2) (GP3) ($P4) (GP5) (GP6) (GP7) (GP8) RCf A. LOOP 1. LOOP JECONMRTPLANT A. LOOP l. LOOP TH (E) 509.6 F 509.5 F Di!GLEEL(R) 32 IN 32 IN TC(E) , 504.3 F 5H.2 F Oi!GLEVEL(DP) 0 I 4T RCFLOW(LM/2) 35 E6 35 E6 Oi!GPRE!!. 588.7 P!!G 599.3 FI!G RCPREffuRE 1217.6 PI!G FED R0W (LH/E) 0.2 E6 0.2 E6 PRE!!URIZERLEVEL 104 IN SELL TEMP. 459.2 F 462.8 F CONK NSATE I M LEVEL 15.30 Fi 16.13 FT ; RCPUMPOPERAi!0N(0N) B C MAINCONENIIRPREffuRE 1.5 INHG PRZRHEATER3OPERABLI(TEJ/NO)YE! TURBIE BYPAIS VALVE POIIT!DN 34.2 1 30.9 2 KGREE!IUB-COOLING (INCORE) 60.8 F 'A' 'B' CONTAINMENT 5 HIGHEIT CORE TERM 0CDUPLE 510 F CL CL CL PURGEVALVEPOSITION AH-VIA YB VIC ViB
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WEUPFLOWINTORCI 170.2GPM CONTA!WNT H2 CONCENTRAi!DN 0~ ~ i'" ~ ~ ~
, RBLK. TEMP /PREJ!. 108.7 F/ 14.69 PIIA LETDOWNFLOWOtITOFRC3 ,0.03GFM K)G. IPRAY FLW 9 GPM 0 GPM
~
W EUP T W LEVEL 45.56IN BI-PIA BI-PiB RBFANSOPERAi!0N ON OFF ON JAFETYSYSTEMI --- WI R0W 9 IA 9 IC GPM 0 GPMe GPM0 GPM RBWATERLEVEL 49.8 IN e.0 IN (16A) (168) (160) (16B) JUF ROOD RAWAITE SYITEM CFT LEVEL /PREI! 13.04 FT/ 595.2 P3!G 13.04FT/ 594.8 FI!G WG K CAY T M PRE!!URE! O PI!G20 P3!G0 P31G CFT-1A CFT-il lA il (C LP! R0W 6 GPM 0 GPM BLED is LEVEL 60 I 40 140 I l E Y4A E V4B RCB-TIA Til ilC 1 WMWLEVEL 5.520453FT l NfiLEVEL 56.03 FT ~ EVAP C00. T W LEVEL 0 FT 3 FT 1 DIE 3ELGEN.ITATUI ITif (IA) IIBY (IB) IIA IlB l AUXIOG.JUMPLEVEL 22.9??t9% EMERG. FE D FLOW (GPM) 0 (A) 0 (B) At - 33 l . _. . __ __ __. _ _ - - - - - -
ECC/i!C/[0F/PTFC INFORMil0N (PLMT ITATU!-0PERAT10N! LIND g XERCl!E NOTE: THl! HTA !! TYPICALLI IN TE $4P.E FORM A3 DN THE CRI. MRE li !! NORMLLI litPLAYED.
!. EACTIY!TY CONTR(L TIE 1815 is165 (CLOCO (!CENAR10)
EUTRON FltlX 3.3689 CP3 -10.5737 MP3 0 I
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IWl0NCONCENTRAi!0N $9 PPM (nil 10GCOUNT) (N!-3 LOG MP) (N1-5 POWER) CRD POIli!0N (19) 0 $ $ $ $ $ 0.M 25.90 GEN.NW 0.H ; I (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!. COOLING l RCS A. LOF B. LOF 3EC00ARYPLANT A. LOOP B. LOOP J
TH (R) 5H .! F 5H.i F Oi3G LEVEL (R) 31 IN 31 IN !
.TC(R) 498.8 F 498.7 F OffGLEVEL(OP) $ ! .
$ 1 RCFLOW(LM/2) 35 E6 35 E6 OTIGPRE!!. 559.6
.. Pl!G 566.8 PS.IG RC PREfflRE II61.2 P31G FED FLOW (LM/2) 0.2 E6 0.2 E6 .
PRE 333!ZERLEVEL 112 IN 3 ELL TEF. 455.2...... F 457.0 F C00 ENIATE T W LEVEL 15.27 FT 16.13 FT -- RCPUNPOPERATION(ON) B C MIN C00EN3ER PRE!!lRE 1.5 INHG PRZR EATERI OPERABLE (TE!/NO) YES IlRBIE BYPA!! VALVE Ml!!!!DN 34.2 I 30.9 1 I KGREEI IVB-COOLING (INCORD 60.3 F 'A' 'B' CONTAINENT 5H F CL CL CL CL 5 HIGHEIT CORE TERM 0C0lPLE
----- PURGEVALVEPO!Ill0N AH-VIA VIB Vit VfD 108.8GPM CONTAINENT H2 CONCENTRAi!0N 0 2 WEUPFLOWINTORCS RBLK.TER/ PRE!!. 108.7 F/ 14.69 P3IA
~
LET DOWN FLOW OUT OF RC3 0.M GPM
- ------ BLK. IPRAY FLOW 9 GPM 0 GPM ,
W EUP T W LEVEL 77.33IN BS-PIA BI-Fil RBFANSOPERAi!DN ON OFF ON 3AFETYSY!TEMI IA 1B 1C HPl FLOW 0 GPM 0 GPM0 GPM0 GPM RB WATER LEVEL 49.8 IN 0.0 IN I- (164) (161) (16C) (160) IUt FLOOD RADWAITEIY3 TEM l CFT LEVEL /PRESI 13.04 FT/ 595.3 PIIG 13.04FT/ 594.9 P31G
-- WG KCAY T W PRE!!URES 0 Pf!G20 PSIG0 FI!G CFT-IA CFT-!B IA il IC 1
LPIFLOW 6 GPM 0 GPM BLEED TAE LEVEL 60 2 40 1 40 I DH-V4A DH-V4B RCI-IIA ill itC WMWLEVEL 5.52H53FT BWIILEVEL 55.86 FT EVAP C0 0 . T W LEVEL 0 FI 3 FT DIESELCEN.ITATUI JTRY (lA) JTBY (fB) itA ifB AUXBLK.IUMPLEVEL 22.999992 EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) 1, I i A1-34 l l
U ' i t: ECC/13C/ EOF /PTFC IEMEi!M (PLANT STAiu!-OPERAi!3N3 LIE) E: THl! MTA !! iTPICAlti IN TE JAE FORM AI ON TE CRT, MRE li 13 NORhALL1813PLA10. gf!3E 10REACTIVITTCONTROL TIME 1826 is179 EUTRON RUX 3.3562 CPJ -19.5752 AMP 3 0 1 BORONCONCENTRAi!DN 59 PPM , (R!-lLOGCOWT) (NI-3LOGAW) (N1-5POER)- CR0PO!!Il0N(!WD) e 4 0 0 0 0 6.H 25.99 GEN.MW 0.H (GPt) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) '(GP8)
!! COOLIE RC3 A. LOOP 1. LOOP 3EC00ARYPLANT A. LOOP l. LOOP l TH(R) 496.9 F 496.8 F Oi!GLEVEL(WR) 34 IN 30 IN l TC(R) 491.5 F 491.3 F Oi!GLEVEL(DP) 0 2 0 I I RCFLOW(LM/HR) 35 E6 35 E6 Oi!GPRE!!. 521.1 Pl!G 527.3 P31G I RCPRE!!URE 1973.4 P31G FED FLOW (LBM/HR) 0.2 E6 9.2 E6 PRE!!URIZERLEVEL lil IN !NELLTEMP. 447.9 F 449.9 F CONENIATE im LEVEL 15.24 FT 16.12 FT '
RCPWPOPERATION(ON) B C MIN CONENIER PRE!!URE 1.5 ~ INN PRZR EATER! OPERAILE (1E3/MO) YE3 TURBIE BYPAIS VALVE POSITION 37.6 ! 34.3 ! EGREE3IUB-000LIK(INCORE) 57.9 F 'A' 'l' CONTAINMENT 5 HIGEST CORE TERM 0 COUPLE 497 F CL CL CL CL l PLftGE VALVE POSITION AH-VIA Vil VIC VfD : 1 i W E P FLOW INTO RCS 113.0GPM CONTAINMENTH2CONCENTRAi!0N 0 1 R BLDG TEMP / PRE!!. 198.7 F/ 14.69 Pl!A l LETDOWNFLOWOUTOFRC3 0.00GPM I N.DC.SPRAYFLOW 9 GPM 0 GPM W EUP T W LEVEL 81.05IN B3-PtA B3-NB RBFAN3 OPERATION ON FF ON 3 WET 13131EM3 ---- iA IB iC
- HP1 FLOW 9 . GPM 0 GPM0 GFM 0 GPM RBWATERLEVEL 49.8 IN 0.0 IN t
(164) (168) (160) (16D) SUMP FLOOD RANASTESY! TEM CTT LEVEL / PRE!! 13.64 FT/ 595.4 P!!G 13.04FT/ 595.0 P!!G E KCAT----- TW PRE!!URE3 0 PSIG20 PJIGe P31G CFT-IA CFT1B IA iB 10 LP! FLOW 6 GPM 0 GPM BLE D TAE LEVEL 60 2 40 1 40 t M-V4A DH-V4B RCB-TlA Til ilC M LEVEL 5.520453Fi BWITLEVEL 55.82 FT EV V COND. I N LEVEL 0 FT 3 FT DIESELGEN.STATui 3T87 (IA) STBY (IB) ilA TIS AUXBLDG,SUMPLEVEL 22.99919 ! EERG. FED FLOW (GPM) 0 (A) 0 (B) Ai - 35
M !!E ECC/TS,C/,E_C7/PiTC
- . . ..IEORMTION (PL. ANT STATU!-OPERAi!ON! - LIE) T/TT/
NOTE: THl! MTA !! TYPICALLT IN TE SAME FM M ON TE CRI. MRE IT 13 RMLLT $13PLAYD.
- 1. K ACT!f!TY CONTROL TINE 1825 is175
~
(CLOCK) (ICENARIO) EUTRON FLUX 3.3466 CPI ,-10.5765 At! 0 1 59 PPM i 90RONCOEENTRATION (N1-1LOGCOWT) (N!3LOGAF) (N! 5 POER) CRDPO!! TION (%W9) 4 0 0 0 0 0 0.H 25.99 GEN.MW 0.M (GPl) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GPB)
!!. COOLING RC3 A. LOOP B. LOOP !ECOSARYPLANT 4. LOOP B. LOOP
~
TN(WR) 496.1 F 496.0 F Di!G LEEL (R) 34 IN 30 IN . I it(WR) 404.6 F 464.3 F Oi!GLEVEL(DP) 0 1 6 I RCFLOW(LBM/HR) 35 E6 i E6 Di!GPE!!. 482.7 P!!G 486.2 P!!G RCPE!!WE 985.7 P!!G FED FLOW (LM/NR) 0.3 E6 6.3 E6 . PRE!!URIZERLEVEL 107 IN ! ELL TEMP. 437.9 F 438.9 F I CONKNIATE I N LEVEL 15.22 FT 16.12 Fi RC Pu r OPERATION (ON) B C l ' MINCONEN!ERPE!!@E 1.5 INHG PR2RHEATER! OPERABLE (YE!/NO)YE!
- TWB!E BYPA!! VALVE PO!!!!DN 41.3 2 36.5 2 i KGREE!IUB-COOLING (INCORE) 54.4 F 'A' 'B' CONTAINENT 496 F CL CL 5 HIGEIT CORE TERM 0 COUPLE PWGE VAUIE PO!! TION AH-VIA . .
C}B Y VIC C}D Y 125.3GPM CONTAIMNTH2 CONCENTRATION 9 I W EW FLOW INTO RC3 RBLK.TEf/ PRE!!. IM.6 F/ 14.69 PIIA LETDOWNFLOWOUTOFRCI f.H GPM BLE.!PRAYFLOW 6 GPM 0 GPM i 82.21IN B!-PtA BI-PIB l W EP T M LEVEL OFF ON l
-~~-- RBFANIDPERAi!0N ON i SAFETY!Y!TEMI IC
- 1A 1B l
GPM $ GPM e GPMe GPM RBWATERLEVEL 4y.8 IN 0.0 IN HP! FLOW 6 1 FLOOD (16A) (16B) (16C) (160) SUMP RADWAITESYSTEM l I CFT LEVEL / PRE!! 13.64 FT/ 595.5 PIIG 13.64FT/ 595.1 Pf!G [K,KCAYTMPRE!!URE! O P!!G26 P!!G9 Pl!G I i CFT-1A CFT-1B
' 14 18 10 6 GPM BLIED T W LEVEL 60 1 49 : 40 I LPIFLOW $.
. .. GPM .
M-V4A M-V4B RCB-TIA Til TIC l WMWLEVEL 5.526453FT BWITLEVEL 55.82 FT I i - - - - EVAP COND. T W LEVEL 6 FT 3 FT DIE!ELGEN.ITATUI ITBY (IA) ITBY (18) TIA ifB AUX BLE . ItN LEVEL 22.999991 EERG. FED FLOW (GPM) 9 (A) 0 (B) ' At - 36 1 1 L 1 1' 1 . -. . -. . .-. . - . - - -
l I l ECC/ TIC / EOF /PTFC INFORMi!0N (PLANT ITATUI-OPERAi!DN! LINE) g XERCl!E NOTE: IN!! BATA !! TYPICALLT IN TE SAME FORM A! ON TE CRT MRE li !! NORMLLY )!! PLATO.
'l.REACTIVITYCONTROL TIE 1834 T 196 )
NEUTRON FLUX 3.3331 CP! -10.5779 AMP 3 6- I ISON COMENTRAi!0N 59 PPM (N!lLOGCOUNT) (NI-3LOGAMP) (N!-5POER) - - - - - l CRD PO!!TIDW (28) 0 6 0 0 0 0 0.H 25.99 GEN. M 9.99 (GP1) (GP2) (GP3) (GP4) (GP5) (GP4) (GP 7) (GP8)
!!. COOLING RCI A. LOOP B. LOOP JECONDARY PLMT A. LOOP B. LOOP TH(R) 483.3 F 483.2 F Oi!GLEVEL(R) 29 IN 29 IN TC(R) 477.8 F 477.5 F OT3GLEVEL(0P) 4 1 6 I RCFLOW(LIN/R) 36 E6 36 E6 OT3GPRE!!. 451.4 PflG 452.6 PSIG ,
RCPRE!!WE 914.5 F3!G FED FLOW (LBR/2) 0.2 E6 .. 0.2 _.. E6 PRE 33312ERLEVEL 119 IN SELL TEF. 432.7 F 433.5 F. i CONE NIATE i m LEVEL 15.19 FT 16.16 FT RCPUMPOPERAi!DN(ON) B C - --~ ~ ; MIN CONKN3ER PRE!!$E 1.5 INHG :
~
PRZR EATERI OPERABLE (YE!/NO) YE! : TSBIE BYPA!! YALVE PO!! TION 42.4 1 41.3 1 KGREE3!UB-COOLING (INCORE) 52.3 F 'A' 'B' CONTAINNENT 5 HIGEIT COE TEREQUPLI 483 F CL CL CL PURGEVALVEPOSITION W VIA VB VIC VfD WEUPFLOWINTORC3 CONTAINMENTH2CONCENTRAi!0N 6 2 30GPM RBLDG. TEMP / PRE!!. 108.6 F/ 14.69 PI!,A LET DOW FLOW OUT OF RCI 9.H GPM KDG.IPRAYFLOW 6 GPM 0 GPM , WEUP TM LEVEL 89.33IN BI-PIA B3-PIB IAFETY!YTTEM3
-4 A B IC HPI FLOW 0 GPM 6 GPM9 GFM0 GPM RBWATERLEVEL 4 .8 IN .9 IN (16A) (168) (160) (160) IUMP FLOOD RANAITESYTTEM L CFT LEVEL / PRE!! 13.94 FT/ 595.6 PI!G 13.94FT/ 595.2 F31G
-g , pg pg , pg h CFT-1A CFT-lB I 1A IB IC -
LPIFLOW 6 GPM 0 GPM BLED i m LEVEL 66 1 40 2 40 2 M-V4A DHV4B RCl-TIA TIB TIC WMW LEVEL 5.529453FT
- i. MITLEVEL 55.82 FT l
EVAP C00. IN LEVEL 0 FT 3 Fi l DIEIELGEN.STATUI ITBY (IA) STBY (18) - ilA ilB AUXBLDG.SUMPLEVEL 22.999992 EMERG. FED FLOW (GPM) 0 (A) 0 (B) Al-37 l
I 4
)
!!E E.C.C./T3C/ EOF /PTFC IEORMi!0N (PLMT ITATU!-0PERAi!0N! LIE)
. i NOTE: MS NTA !! TTPICALLT IN TE SAE FORM A! ON TE CRT, ME li !! NORMLlf EWYD.
- 1. K ACTIVlii CONTROL TINE 1835 1 185 (CLOCE) (!CCW10)
EllTRON RUX 3.3240 CPS -10.5791 W3 0 I , BORONCONCENTRAi!DN 59 PPfl (N1-1LOGC0lNT) (NI-3 LOG W ) (N!5 POWER) CRSP031 TION (!WD) 0 0 0 0 0 0 0.H 25.99 GEN. W 0.00 3 r (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) II. C011NG
------ E! A. LOOP 3. LOOP SECONDARYPLANT A. LOOP B. LOOP TN(WR) 477.4 F 477.3 F OT!GLEVEL(WR) 29 [N 29 IN TC (R) 471.9 F 471.7 F Oi!GLEVEL(0P) 8 1 0 I RC R0W (LM/NR) 36 E6 36 E6 Oi!GPRE!!. k25.0PliGk25.1Pl!G RCPRE!!URE 848.1 PflG FED R0W (LM/NR) 0.2 E6 ,.2 0 E6 PE3!URIZERLEVEL ill IN TELL TEMP. 428.9 F 428.6 F CONENIATE TAM LEVEL 15.18 FT 16.21 FT RC PUMP OFTRAi!0N (ON) I C MAINCONKNSERPRE!!URE 1.5 !NNG !
PRZR E ATER3 OPERARE DE3/NO) YE! TURelNE ITPA.T! VALVE PO!!T!DN 43.0 2 43.0 % - MGREE!IUS-COOLING (INCORE) 49.4 F 'A' 'l' CONTAINMENT
- - CL CL CL 5 NIGEST CORE TERM 000VPLE 478 F PtitGE VALVE P0nT10N AH -VIA Vil VIC VD WEUP R0W INTO RCS 92.4GPM CONTAINNTH2 CONCENTRATION 0 I RBLtG. TEMP / PRE!!. 106.5 F/ 14.69 PSIA LETDOWNFLOWDUTOFRCS 6.00GPM R)G.IPRAYFLOW 6 GPM 0 GPM W ELP TAE LEVEL 89.79IN B3-PIA BI-PtB RBF6NJOPERAi!DN ON OFF ON 3AFETY n!TDLT
--- - A B IC WI ROW 9 GPM 0 GPM0 GPM0 GPM D WATER LEVEL 4 .8 IN .9 IN (16A) (168) (16C) (16D) St#tP ROOD RADWAITE H ITEM CFT LEVEL /PREJ! 13.04 FT/ 595.8 Pf!G 13.04FT/ 595.4 PSIG WG KCAY TANK PRE!!URE! O P!!G20 F31G0 PIIG CFT-IA CFT-1B 1A Il IC LPI R0W 6 GPM 0 GPM BLED TA* LEVEL 60 % to I40 I W-Y4A DH-Y48 WNWLEVEL 5.52045bi Mn LEVEL 55.82 FT EVAP COND. TAR LEVEL 0 FT 3 ,_
FT utstt GtN. nATus sm oA) sm an Au n tog. w lev R YiA 22.99 m z fle DIDtG. FED R0W (GPM) 0 (A) 0 (B) Al - 38
f i l l ECCn!C/ EOF /PTFC IWORNAllW (PLWT TIAM-OPERAi!0N! LIE) XERClfE STE: TN!! kTA !! ifrlCALLT IN TE $W FORN A! ON M CRT. ME li !! NORMALLt il! PLATO. i 1.IDCT!V!TYCONTROL IIE IM6 _ _ , _ 18 i96 , HLO3) (StDWIR10) mTRm Rex 3.3 tit CP: il.5*6 w 6 : ,,,,,,,,,, ,, , l (N! l L E CO WT) (N!3LOGANP) (N! 5 POER) OtlPOT!!!ON(M) 6 6 6 6 6 6 6.M 25.M GEN. W 6.M i (GP1) (GP2) (GP3) (GP4) (GP5) (LP M (GP7) (GP6)
!!. COOLIE RCt A. LOOP 3. LOOP !ECONMRT PL#fi A.LW i. L'IOP j TH (R) 476.4 F 476.3 F OftG LIE (R) --
29 IN - 29 IN. It (R) 465.6 F 464.7 F Of3G LIE (F) 6 1 6 1 RC FL W (L M alt) M E6 M E6 OT!GPREl!. 312]{!G33~35G "c PEN *d !g a rts m /m) 3 L ,tg 1 2 j f , i PE!!E!ZER LEVEL 168 IN SGL TEF. 421.9 F 422.3 F I CONKN! ATE i m LEVEL 15.16 Fi 16.24 Fi RCPOMPOPEAi!0N(ON) 8 C MA!N CONKNSER ftE$t*E ,.5 t !N E PRIR EATERJ OPEMBLE--.- (TE!/N01 TE3 .- Ml!NE ITFA33 VALVE P0!!!!DN 48.6 1 45.8 I NGREE3 M-000 LIE (!NCORE) 47.7 F
'A' 'l' 5 HIGEti CORE TERNatorLE (il F - - - CL Ct CL CL ;
VI VIC PUEEVALVEPO!!!!0N M Y1 A _.B - - _VI). W E F FLOW INTO RCf 114.7GPit CWTA!KNT H2 C0Gini!DN 6 1 ; R KK. TET/PE!!. 108.5 F/ 14.68 PJ1A LET)0WNFLOWOUTOFRCS 6.M GPR BLK. IPRAT R0W 6 GPM 6 GPit W EW T W LEVEL 74.761N ElPIA $3-N B ! Rt FMS OPERAi!DN ON OFF M
$tETTfitTE4! ,
_ IA 18 10 1 91 FLOW 6 GPM 6 GPM6 GPM6 GPA LPWATERLEVEL 49.9 IN 6.6 IN i 1 (16A) (168) (160) (16H SW FLOOD 1 RAMITEITITEM CFT LEVEL /PREJ3_13.H . .. FT/. 595.9
-. Fl!G.13.WT/
_. . 595.5 ft.!G WG MCAT TW PRE!!@El 6 Pl!G26 FIIG6 FIIG : CrftA Cri-ti 14 18 IC LP! FLOW 6 GPM 6 GPM KED TW LEVEL 66
.614 1 46 1
1+V44 W-Y48 RC)-TiA til fit ' N LEVEL 5.5M453fi ' Initi LEVEL 55.82 FT EVAP CO O . T M LIVEL 6 Fi 3 FT
!!EIELGEN.ITATUI filf (IA) TT!Y (tH TIA Ill A!X E X . JUMP LEVEL 22.99P??I j DOG. FED FLOW (GPM) 6 (A) 6 (H A1-39 1 i
i 1
( (CC/f!C/C0r/FIFC lt0Reilk (Plei T16tu!-OPERAi!0N! LINE) gfEERClit Wit: TH!! MTA !! TYFICALLY IN THE SANC F0M A! ON INE Cki. MRC If !! NORMLLI t'l!PLAfD. I.EAC]V!YYCONTROL, 115 iH5_,,,,,, _yi95_, , (CLO2) (32 W 10)
-14.5761 !
E viRON FLUI 3.3499 CP! ANPI 6 WM6 59
- ~ ~ ~ - -
m (N!lLOGCOUNT) (NI 3 LOG MP) (N!!POER) CRDPO!!!!0N(10) 6 4 4 4 4 0 4.M 25.96 GEN.NW 6.M (P 1) (P 2) (7 3) (GP4) (F 5) (7 6) (GP7) (GP8) RC! A. L97 3. LO(P 5t000ARYPLANT A. LOF ). LO3P TH (R) 496.6 F 496.6 F 0136 LIVEL @ _29,_lN, _29 IN TC (a) e .5 r e.6_r , Oin tr e ( * > e x, , e_y, RC FLOW (L W R) 35 E4 35 (6 0'3G PEff. 511.1 F31G 516.2 FJ1G RC PEJJURE 837.7 Fi!( FtD FLOW (LWW) );2,_Ej );2,, (6 r a s s!z[R t[ a in y ult tre. Agg. ! Agg .[ C00ECATE IM LEE 15.14 Fi 16.18 FT
-~ ~ ~ --- ~ ~
RCPUNPOPERA110N(0N) I C 14.3 INHG MIKC00ECLRPREftuRE PRZR EATER! DP[kAKE (YE!/NO) TE! T\Ritt ifFM3 VALVE PQIli!0N 4.4 ! 6.4 ! KGREEJfuP-COOLING (INCORE) 34.5 F 'A' 'l'
--- CWTA!ENT
' 1 PWGE VRl PO!!T!DN AN-IA hl ht hD 6.9 GN CONTA!WKTH2 CONC [mAi!DN $ 1 WEUPFLOWINTORC3 R K K. TEt/ PRE!!. IM.5 F/ 1(.68----- Fl!A Lfi 90s FLOW DJT OF RC3 6.H GM xx. rNAT rtw e en e .M WEUP im LEVEL ,82.94IN ,llt1A g if-h!
SWEft SYSTEM A B 1C ti FLOW 6 CPM 4 GN 6 GPM6 GM tlWATERLEVtl 4 .9 IN .9 IN
~ '~ ~
(164) (168) (16C) (10) IUNP FLkh" kANAfit TYITEM CFT LEm/ PRE!! 13.H FT/ 596.6 Fl!G 13.Hri/ 595.6 FI!G Criil MY im ME 6 Pt!G H FI!G6 Fi!G CFT1A 1A 1) 1C LFIFLOW 6 GPM 6 GPM KED T W LEVEL H ! 40 246 I W VAA W-Vol Tit tic 525bTiA WITLEVEL 55.82 Fi
- EVW CO@. IN LEVEL 6 Fi 3 Fi 91[ttLGEN.$1ATUI II)Y (IA) ITPY ---
(1)) IIA 11) AUX K M . JUNP LEVil 22.fttt92 ENE W. FE D FLOW (GFR) 6 (A) 4 (B) Al 46 l l
1 r l i i
- IK (E/TE/ EOF /PTFC ltami!0N--(PLANT ITAiu!-OPTAAi!06. LIE)
Ti /TDe N0ft: THI! MTA !! TIP!C4LLY IN TE $W FORM A! QN TE CRT MRC li !! NauLLY 113PLAYD. I
- 1. K 4CT!Ylii CNTROL i!E IBH is 2H !
1 (CLOCO (SCENAR10) I EUTRON FLUX 3.3799 CPJ It.5735 WI ,.400M 335226 1
!?
DDRONCONCENTRAT!W PPM ! (N!-tLOGCMT) (N1 3 LOG W ) (N!-5POER) . CR0 PO!!!! N (!W ) 6 6 6 6 6 6 6.M 25.M GEN.NW 6.08 l (GPt) (GP2i (GP3i (GP4) (GP5) (GF6) (GP7) (GP8) l
- 11. COOL!E RC3 A. LOOP 1. LOOP KC00ARfPLAKI A. LOOP t. LOOP l
~
TN(R) H3.1 F H3.1 F DitGLEVEL(W) 27 !N 27 IN TC (R) 497.9 F 491.9 F OffGLEVEL(DP) _t ! 4 ! ! RC fl0W (th/S) to CitGPE!!. H t.5 P31G 561.9 Fi!G 35 35 J6 RCPttffuRE #99.7 PI!G Fit) R 0W (L M/S) 0.2 [6 0.2 [6 PRCJtuRIZERLEVEL 226 IN TELL T[t. 457.4 F 4H.2 I ! CO O(N! ATE T W LEVEL I5.11FT 16.H fi j RC Pu t OP(AAT10N (ON) I C - - ; MIN C00ENER PRE!!URE 25.5 IN E l PRIR EATEU OPEAAKI (Y[J/NO) YE3 ,
--~~~
T$l!N[ITPA!!VALVEP0$li!0N t.t 1, 0.4 1 < l NGREE!tui-COOLIE (INCORC) 30.3 F 'A' 'l' l CONTA!KNi ,
~~-
5 N!GEli CORE TERNOCOUPL[ $H F CL CL CL CL - PUEE VEY[ P0fli!0N 4HVIA yl Vil
. ~ l... _ilt. . !
WEUPFLOWINTORCl 4.0GPM CONTAllpDiH2C04%NTRAi!0N 9 RSLM.Tr#/ PRE!!. 108.5 F/ -- 14.68
~ ~ - -
Fil4 . LIIDOWNFLOWOlfiOfRCf 9.H GtM - ----- ILN.JPRAYFLOW 6 GPM 6
. . .G.Pn i W EUP T W LEVEL 85.37!N BJflA R) FAN 3OftRAl!0N N OFF $$-N)W '
StETY titTEM
~
IC W I FLOW 4 GPN 6 GPMt GPP.9 GPR 0 HATER LEVEL 4hA.t IN h).6 IN (16A) (168) (16C) (16)) Stfr FLOO) RANAIitlitTER Cri LEVEL / PRE!! 13.H FT/ 596.1 Pf!G 13,HFT/ 595.7 Pl!G WG M CAT i m PRt!!$El 6 Pl!G20 Pl!G9 Pl!G (Ti1A Criil - - - .- IA 18 1C lf! FLOW 6 GPn
. 4 -- :GPM KfD T w LEVEL 69 1 46 249 !
M-Y4A M-V4B RCP11A ill fit WNWLEVEL 5.52H53 FT W!! LEVEL 55.t2 Fi (VAP CDO. I N LEYCL 9 FT 3 Fi l![f(L([N.iiATUI ITlf (iA) fili (1)) itA ill AUX BLN. f# LIYEL 22_.????91 DOG. FCI) FLOW (G'10 6 (A) 4 ()) A1 - 41
e - (CC/itC/ EOF /fiFCINFORui!0N(PLAWTffATU!-0PEkA11W!L!E) KERC!![ i 16/ WTE: Tit!! Wie !! Tit!CALLY !W TE IW FORN A! M TE Cli. WRC If !! NORMLLY t!!PLAYD. , I.REACTEY!TVC0WikoL. ftE _1855... ....... i.n _ M. 5 .. l (CLO3) (FEMt!0) KUTRW FLUX 3.33P1 +14.5779 At! 6 t CP3 Tui!M 59
~~~~-
m (N! t LOG C00NT) (NI 3 LOG W ) (N!5POER) CR)PO!!!!0N(14) 0 4 6 6 6 6 4.M 25.H WI. N 6.M ! (GP1) (V 2) (V 31 (V 4) (GP5) (V 6) (V 7) (GP8) i
- 11. COOLING RC3 A. LOF A. LOF l LOF -
l L.OF
.. E_00$f Pu.f.fi
. . ~.
TH($1 443.5 F 463.5 F 013 Glim (R) 82 IN 1M IN l TC (R) 417.8 F 475.5 I 013G LIVE 1. (V) 0 1 32 1
}
RC RW (LWR) 35 E6 36 E6 OttGPRLI!. 522.9 ti!G 569.6 Fi!G ,
~
RCPRut*E 829.8fi!G FED FLW (LWR) 9.6 E6 6.7 E6 : PREJIJIZERLEVEL ist IN JELL TEt, 471.6 i 413.9 F 00e[M! ATE TW LEVEL 15.00 F1 15.53 F1 RC POV OtttAi!DN (ON) I C
- - - - - - * --~~~
INH; MIN C00ENfER FRE31*E 29.1
-~~~ ~--
it2R EATER! OPERABLE (YE!/WO) YE! T331E BftA!! YALVE P0t!!!0% 0.0 1 6.6 1 NGREU M-003 LING (!K:0RE) 44. F 'A' 'I' i
._.6..- CONTA!WNT ;
5 HIGEft C2E TERM 0C0FLE 464 F '
- . ~ . -
PURGEyAtvtPO!!i10N AH-tA. . I . i C_. V !> W EUt FL W !NTO RC! 4.0Gtn CONIAtWN1H2CONCENTLAT10N $ 1 tSLM.TEt/ PRE!!. 1H.5 F/ 14.76 t!!A i
##E"##D N D -
RM. IPRAY FLW 6 GPM 6 00n f WEUF TM LDTL B3.35IN gp gy g l!-FIA 77 !!-f'lly . 34ftffIffTEA! 14 il it i HFI FL N 9 GPM 6 GPMS Gin e GPM tl MIER LDTl 49.9 IN 6.6 IN (16A) (14) (160) (IH) M FLOOD RAIETTEIffiDI CFT LEVEL /ft[!! 13.64 FT/ $96.2 t!!G 13.64FT/ 595.8 Pl!G W,- MCAY TW PRUt@U 6 Pf!G26 FI!G6 f!!G CFT-IA Criil in ilt 1C i Lf! FLN 6 Grn e GtM KED TW LEVEL H !46 14 1 ; p.y4A le4 PCIitA ill fit 1 M LEVEL 5.5M453FT 4
~ ~ - - -
MITLEVEL $5.82 FT l
-- EYV C00 , i m LEVEL 6 Fi 3 Fi
!>IUtlGEN.!!ATUI ITif (iA) IIIT HI) . TI A 11)
AUX BLM. !U6 LEVEL
.2.9999]
t e G. r m rt W (G m e m e m A1-42 l l 4
L ECC/ift/E0F/PTFC I.Tanni!0N (PLANT 11AM-OPERAi!DN3 LIE) AWellXER;!!E . I 16/11/p7 N0ft: TH11 N1A !! TTFICALLY IN TE 34ME FORM At 04 THE CRT, W(RE 11 !! OMLLI HIP.' AfD. : I
!. KACTir!TY CONTROL f!ME 19N is216 ;
(CLOCO (SCEW10) E TRON FLur 3.35 M CPI. 16.5758
-t At 6 1
DDRONCONCENTRA1!DN 59 PPM (NI l LOG COLD (T) (N!3LOGAF) (N!5P06) , CR0PO!!!!ON(!W) 6 6 6 6 6 6 6.M 25.94 CEN.NW O.H (GP1) (GP2) (GP3) (GP4) (GP 5) (GP O (GPI) (GP6)
!!. COOLING i RCJ A. LOOP ). LOF SECOGARYPLANT A.LO3P 3. LOF ;
TH(R) 492.4 F 4924F OffG LIVEL (W) IN IN . -- 199 IN. i IC(R) 481.3 F 481.5 F 013GLEVEL(DP) 4 1 32 1 , RC FLOW (L W R ) 35 E6 35 CifGPREff.
..E.6 578.7 Fi.!G
- . 581.8 PJ!G -
RCPREftVE 882.1
. ... Pi!G.
FEEtFLOW(LWHR) 6.6.. E6 6.6 E6 t PREt!*1ZERLEVEL 1 48 IN STLLIEF. 426.4 I 4 34.6 F CONK N! ATE T W LEYEL I4.99 FT 15.39 Fi i RCPUNPOPERAi!DN(ON) I C MIN CONKNIER FREJIURE 29.9 IN $ PRIR EATEL3 0PEkARE (TEf/ND) YE! : it!!E FTFA!! YALVE PO!!T!DN 6.6 1 6.6 1 KGREE3$Up-COOLIE (INCORD 3A.8 F 'A' 'l' CONTA!NGT , 5 H!GEIT CORE TERM 0 COUPLE 493 F CL ' Yli. VI0.C CL) PURGEVALVEPO!!!!DN AH 't A VI W EW FLOW INTO RCI 4.6 CHI CONTAINGTH2CONCENTRAi!DN 6 ! l RptDC. tee / PRE!!. 168.5 F/ 14.68 Fl!A Lii M WN FLOW OUT OF RCI 6,M GPM
)LDG. PLAY FLOW 6 GF1 6 GFM WEUP TW LEVEL 81.33!N l!-FiA Il-N B O FAN 3 OPCFAi!DN ON OFF QN 3AFETY !TTTEMI
-- 1A il 10 HP! FLOW 6 GPM 6 Git 6 Gft 6 GFM El WATER LDTL 49.9 IN 9.6 IN +
tl6A) (161) (160) (16)) IUMP FLOOD PANATTE IYITEM CFT LEVEL /ftE!! 13.64 FT/ 596.3 FJ!G 13.64FT/ 595.9 PJ!G WG-- RCAY TW FtEffURE! 6 Pt!G26 Fl!G6 Fl!G Cri1A Criil 14 il 10 LF! FLOW 6 GPM 6 GPN R E D TANK LEVEL 66 246 144 1 DH-V4A pH44) RCP-11A ill ilC
- N LEVEL 5.5M453FT N!i LEVEL 55.82 FT --
EYV C00. T W LEVEL 6 FT 3 FT DIEJELGEN.fiATUI ITif (1A) . IflY (1)) fiA Til AUX BLDG tu t LEVEL 22.999992 . EMERG. FED FLOW (GtM) 6 (A) 6 (H A1-43 l
i I ECC/itC/EDF/FTFC INF0hi!0N (PLANT STATU!-OPERAi!3N! LIND XERCITE j WTE: TN!! DATA !! TYPICALLT IN THE $W FORM A3 DN TE CRT MRE li !! NORMALLY !!IPLAYG. l is21b :
- 1. MAti!Y!TT. CONTRO.L. TIE .1965. .. ..
(CLOCK) (32 W 10) EdTRON FLUX 3.3675 CP! t6.5746 W3 6
! l 30RONCONCENTRAi!0N 59 Pen ,
(N! l LM COUNT) (h! 3 LOG W ) (N! 5 POER) l CM P0fli!ON (IW ) 6 6 6 6 6 6 6.M 25.96 GEN.MW 6.M [ (GP1) (V 2) (GP3) (GP4) (GP5) (GP4) (GP7) (GP8)
!!.C00LtNG RC3 A. LOOP ). LOF !!C004RTPLMT A. LOOP 5. LOOP i TH(R) 561.6 F 5M.9 F OT3G LEVEL (R) 94 IN 1 63 IN i TC(R) 495.5 F 495.4 F Oi!G LIVO. (OP) 6 1 23 ! -
RCFLOW(LM/R) 35 E6 35 013GPRE!!. 621.3.Fi!G 426.9 .r!!G E.6 .. -
"c = ..
58d.yg m rts mai ,ta,,,t6 - 0.6 E6 . PE3tuRIZERLEVEL 156 IN MLL i[MP. 473.6 F 4534 F , C00Ek! ATE TW LDTL 14.77 Ti 15.65 Fi RCPUNPOPERAi!DN(OH) ) C MIN C00DJER PRE!tuRE 09.9 INH
- PRZR EATER! OPER8LE (YE3/N0) YI!
TUDIE I(YPA!! VALVE PO!!i!0N 6.6 2 6.6 1 , KGREE! IU)-COOLING (!NMRD 27.6 F 'A' 'l' CONTAINENT 5 HIGEIT COE TERMDCouPLE $61 F CL CL CL , PURGE VALnt PO!!T!DN AH-VIA CL) Yl VIC Vil , WEUPFLOWINTORC3 6.6GPn CONil.!NnENTH2 CON 0ENTRAi!0N 6 1 R R E . TEMP /PkE!!. 1H.5 F/ 14.68 F3!A LIIDJWNFLOWDJTOFRCI 6.H GPn . KN. SPRAY FLOW 6 GPM 6 GPn W EUP T W LEVEL 79.3!IN !!41A INtB ! O FANI OPERAi!0N ON OFF QN . 34FETTTYTTEn! l iA 0 IC l HPt FLOW 6 GPM 6 GPM6 GFM 4 Gft R$ WATER LDTL 49.9 IN 6.6 IN (16A) (168) (1 60) (10) 10NP FLOOD R0WJTE SYSTEM CFI LEVEL /PREJ! 13.f4 FT/ 596.4 Fl!G 13.64FT/ 596.6 F31G WG K CAY T W PRE!!LPIJ 6 Fi!G26 Fi!G6 PSIG CF1-1A CFT-1) lA 1) IC LFlFLOW 6 GPM 6 GF1 REEL T W LEVEL 66 146 146 1 M-V4A M V48 RCIIIA Til ilt W LEVEL 5.526453 FT i NIT LDTL 55.92 Fi 1
---- EVAP C00. TW LDTL 6 Fi 3 FT blEfELGEN.!!ATU! fiPT (1A) It!Y (11() TIA TO AUX K M . IUMP LEVEL 22.999991 l ENERG. FEE) FLOW (GPR) 462.976(O 387.!52()) ,
l l Al - 44 1
')
ECC/I!C/t0F/PTFC ttlN14Tl0N (PLANT finitat-OPERAi!M! LIE) A880ALCIERCI!E :
! 16/11/89 I10ft: THii M1A !! TTP! CALLI IN TE 3W FORM A! JN M CRI n6DE li !! NORMLLY t!!ftAfD.
- 1. Entilt!TT CONTROL IIN[ 1916 to220 l tCLOCK) (IC[W10)
ElffRON TLtR 3.3622 CPI ,-10.5743 WI 6 I . DORONCOGNTRAll0N 59 ftM t (NIlLOGC0ltli) (N! 3 LOG W ) (N! 5 PotD) ' CRIPO!!T!0N(!W) 6 4 4 0 4 4 6.H 25.96 GEN. Mil 9.H [ (GPI) (GP2) (GP3) (GP4) (GP5) (GP6) (LP7) (GP8)
!!.C00LINi, l RCI A. LOOP I
.. LOOP JEC00ARY PLMT A. LOOP !
. .i.~.L.O.OP ,
IN (E) SN.3 F 5H.2 F OftG LEVEL (a) 164 IN 166 IN ! TC(W) 494.7 F 494.5 F Oi!GLEVEL(0P) 3 1 24 ! RC FL W (LIh/HR) 35 [6 35 [6 OttG PRin. 615.1 !!!G 622.6 l'!!G RCPRCt!URt 993.4 Pi!G ftQ FLW (LM/*) 0.0 [6 9.9 [6 i PElfuRITERLEVEL 119 IN SELL f(MP. 4H.2 F 462.6 I ; COS[N!Ai[ IN L(VEL I4.45 II 14.71 fi ! RCPipFOPERAi!0N(ON) I C M!NCO@[NI(RPR[$$UR( 29.9 !NHG l PRZR EATEU QPERAILE (TU/NO) YU TURl!NE ITPA!! VALVE PDUTION 6.0 1 9.0 1 - MGRCt! Tul-000LINGt!NCORE) 32.4 F 'A' 'l' e C0KIAlltOT
$HIGHttiCDRCTHERN0ColPLE 591 i CL C PWtGE VALVE P0Hi!0N M-VI A C}8 YC}C y}I y
WELF FL0ll INTO RCS 6.0GPM CONTA!MNTH2CONCENTRAi!0N 6 ! : R Ex. TEt/ftE!!. IM.5 F/ 14.68 PJIA ! LET 90llN FLW Olli 0F RC3 4.H GPM - - - - - - - - - - - - t Ex. smi rtw 6 GPM e Gm . WEUP TW LEVEL 77.23IN MflA M-Pil H FMI OPEkAll0N DN OFT DN 5ttiftifTEn! 1A 18 it WI FL0ll 9 GPM 6 GPM6 GPM0 GPM Q niAi[R LtVEL 4.9 IN 9.9 (N (16Al (168) (16C) (16H JWIP FLO3 ; R0liAllE !T!!EM Cri LEVEL /ftu! 13.64. FT/ $96.6 PJ!G 13.64rt/ 596.2 Pl!G - -
. . _ ._ g gcAy IN PRE!IURU $ Pi!G20 PJ!G0 FUG Cri-1A Criil IA 18 IC LPIFLCW I _.
GPM i GPM ILED iW LEVEL 66 . 14 !# M-V4A pH-VO RCPilA til 11C lMilLEVEL 5.526453fi M11 LCfEL $3.82 F1 EVAP COND. TAlt LtVEL $ II 3 fi
!![IELLEN.STATUI IT8T (IA) IT!T (18) IIA 11)
AUI KK, IUMP LEVEL 22.99999!
~~~"
ENERG. FED FL0ll (GPM) 468.634(A) _ 468.914
.... 0 ).
Al-45 l l l l l L -. .
ECt/itC/ EOF /PTFC INFami!DN (PLMT ITATU! FEkai!DC LIE) g B Citt i NOTE: THl! HTA !! TYPICELY IN TE !ME FM M Oh 14 CRT, KRE li !! NOWLLY HIPLAYD.
- 1. E ACT!Vlif Co m 0L.
TIE .1915
.. ... _ i.s
._ 225 (CL93) (SEMR10) !
G TRON FLUX 3.3522 CP! 16.5757 W! 6 ! , DM ON Co m tRA110N 59 PPR (Wi 1 LE COWI) (N!*) L % A F ) (N!5POE) CRDPO!!!!ON(38) 0 0 6 6 6 6 4.M 25.96 Gut. W 6.M (V 11 (V 2) (V 3) (GP4) (V 5) (V 6) (V 7) (V 8) l !!. COOLING RCf A. Lar 3. LOF KCQOdif PUWfi, A. LOF l. LINF TH(R) 493.7 F 493.7 F 013GLEVEL(R) 126 IN 178 IN TC (E) 408.5 F 488.. 5_.F Oi!G LEVD. (F) it !. 28 I f, RC FLOW (LM/*) 35 E,6 35 E6 OftGPRE!!. 578.2 Pl!G $l7.2 Pi!G RCriusa ,+4.4 ri. . rG. rtD rtw (twe) -
- e. , a .e.e _ u PRE!f*1ZERLEVEL $4 SElli[f. 416.7 F 467.1 F
. .... ...I.N. --
C00 EM Aft I W LEVEL 14.12 -Fi-- 14.36 FT RC Put OPERAi!DN (ON) i C INHG MIN C000(IER PREITURE 29.9 PRZR E ATER! OPERAKE (YE!/NO) YI! IURilNE SYPM! VALVE PO!!!!ON 6.4 1 9.6 1 XGREEJSul-COOLING (INCORE) 46.5 F 'M 'l' '
- - - - - - CONTA! MENT
-- CL CL CL CL 5 HIGEJT COE TERNOCorLE 494 F
--- PURGEVALVEPO!! TION M VI A Vil , viC Vil WEUPFLOWINioRCf 266.4GPM CONTA! MENT H2 CONCENTRAi!DN 6 !
R R M. TEMP / PRE!!. iH.5 F/ 14.H I!!A ' LET DOW FLOW 0410F RC3 0.H GF1 RM. ! PRAT FLOW 6 Git 0 GPM . W EUP T W LEVEL 56.26IN M41A li-Fil . D FMJ OPERAll0N ON OFF ON , 3AFETTfifiEM3 HPl FLOW 9 Git 6 GFM6 GFM i GFt RBWATERLEVEL 4N9 IN $ IN (16A) (10) (16C) (10) tut FLOOD RANAITE TTITEM CFT LEVEL / PRE!! 13.64 FT/ 596.7 73:4 13.64FT/ 596.3 73!G WG K CAT T W PRE!! ? Li 9 Fl!G26 Fl!G6 Fl!G CFT1A CFTil 1A It 1C Lf! FLOW 6 VM 6 GF1 KED T W LEVEL H I46 1 44 1 W-Y4A IM4B RCI-IIA Tit ilt M LEYEL 5.526453FT WIT LEVEL 55.82 FT EVV COG. T W LEVEL 9 Fi 3 Ti HE!EL GEN. ITATU! fili (1A) ITif (0) TLA ill AUX BLM . tut LEVEL 22.t9779! r EGG. FED FLOW (GFM) 401.96B(A) g.814(l) Al - 46
it_E/f!C./[O.r/PTFC. INr0W110N (P.L.Mt f.iATUI-0PE.RAll0.N.! Lig) - rxtatigg
.. . . - . Wgf/gi elt: TM11 kiA !! TrP!CAtti IN TE JW F0DI A! QN TE Oti, MRC li !! NOWLli !!!PLAYD.
- 1. KatilVITY CONTROL i!ME 19N in236 EUTRON FLUX 3.3416 CPI 19.5767 WJ 9 1 DON 0NCONCINTRATION 59 PPM (N11 LOG C(kNT) (N1 3 LOG W ) (h!5P0KR)
CH PO!!Il0N (18 ) 9 4 4 4 4 6 6.H 25.M GEN. W 6.H (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GPI) !!. COOLING R A. LOOP l. LOOP I #E0004RT PLMi A LOOP 1. LOOP
.C.3 TH (R) 48f.1 F 409.1 F OffGLEEL(R) 149 IN 188 IN TC (R) 464.6 F 483.9 F OffGLIEL(DP) 18 1 32 2 RC FLW (LM/HR) 35 [6 35 16 OffGftt!!. 554.5 Pl!G 561.1 Pi!G RC PREITRE
_6447 .-- F31G FED FLN (LM/NR) 0.0 [6 4.4 (6 1 ft[ffuR!IIL LEVEL 77 IN $ELLi[MP. 474.1 F 460.5 F CONK NIAT[ I N LI KL 13,81 FT 14.H Fi RCPuhrOPERAi!0N(ON) ) C ' ~ hA!NCONKNIELPRE!!$( 29.9 INHG PPlR EATER! OPIAABLE (it3/C) rtJ TURl!NE ITPAll VALVE PO!!!!DN 6.0 1 6.0 1 NGRit3IUI-000LIN;(!NCORC) 37.7 F 'A' 'l' CONTA!ENT 5 HIGHEIT CORE TEROC0fLE 499 F - - - - C CL CL PSGCVALVEP0fli!ON MLVIA VIB Yl0 CL) VI W EUP FLOW !NTO El 219.8GPM CONTAIENT H2 CONCENTLAi!0N 6 1 R K )G. TCP /PREJf. 108.5 F/ 14.68 PIIA LET DOM FLOV DUT OF LC3 - - - - - -
,6.H CFA K)G.IPRAYFLOW
- 6. ....GPfl
... 9. . ~GPM WEUP in LEVEL 25.01IN kJ-PIA B3-PIB RB FMI OPERAi!DN ON OFF ON
$4FETTTYTTEh!
la 18 1C W ! FLOW 6 GPM 9 GPMi GPM$ GPP. O RTER LEVEL 49.9 IN 9.4 IN (16A) (168) (160) (16)) JUIP FLOOD RADWAfitfitTEM Cri LEEL/PREJJ 13.64 FI/ 596.8 Pl!C 13.HFT/ $96.4 PJIC WGMCii~iNPRE!!*El 6 P31G20 Pl!G6 ff!G CFT-1A Cri-l) IA 1) it Lt! FLOW 9 ... .GPn M-y44 e GF11 KED im LEVEL 66
. . .144_ 1 46 . ......
1 M-Y48 RCD-ilA ill 11C W LEEL 5.5M453Fi IEITLEVEL 55.86 FT
- . ~ . - . -
EVAP CO G. T W LEVEL 9 Fi 3 Fi
)![fELGEN.fiATUI $ilf (IA) Sili (II) IIA Ill AUI IOG 30MP LIFL 22.9Pft9 %
EERG. FED FLOW (GFf.) 450 881(A) 413.954(B) Al 47
i t ! ECC/itC/l0F/PTFC INf0huf!N (PLAlff !!&flil-OPDai!DN! LIND g X[kCII[ 1107[: TH!! MTA !! TYP! CALLI IN M 8W FOM A! DN TE CRT. IIERE If !! NOWLT l'!!PLAYG.
- 1. EACT!Ylti QlWm0L i M H25,,,,,,,,,,,,,,,,,1,* 23,,, ,,
(CLO3) (!CEW!0) IU it0N FLW 3.3361 VI -16.5764 AnP3 ,6 2
, 37 , 3, ,
- - ~ ~ ~ ~ - - -
(N!lLOGCowi) (N! 3 L M AMP) (N! 5 POED 03 PO!!!!0N (Dill 6 6 6 6 6 6 6.H 25.96 GEN. M 6.H (Vt) (V 2) (V 31 (GP4) (V 5) (V 4) (GP7) (GP8)
"' RCJ A. LOOP l. LOOP lit 00ARY PLMT A. LO3P t. LOT TH(R) 401.1 F 481.1 F 015 LIE (*) 182 !N 266 IN TC (a) 476.2 r 476.2 F OffG LE E (DP) 29 1 38 !
RC FL W (L W R ) 36 [6 34 (6 Cin PREJf. 517.8 Pt!G 524.2 IJ!G RCpa[13mt 834.9 ti!_.G. FED TLW (LWR) . 66.-.E6 . ..6.6 .[.6. PRE 3tA!ZERLEE , 83_IN Mll IDF. 472 d _ f, 46h2 _ J, 000ENIATE TW LEVEL 13.51 ri 13.76 Fi kt PUMP OPttAi!DN @ ) i C MIN C00ENIER PREffLRC 29.9 IN $ PLZtHEATER!OPEkABLE(it!/NO)it! 6.6 1 TR)!E fYPA!! MYE PO!!!!0k 6.6 1 MGREI! TL'l 000LINGI!NCORD 44.1 F 'A' 'l' CONTAIN9ENT
' PURGEintilt0!!I!DN AH 1A B C $
CONTAINMENTH2 CON:tNitAf!0N 6 1 MifuP FL W !NTO RC3 156.7GPn R R M . TEMP /PRit!. 1H.5 F/ 14.66 Fl!A LIT 10lN FLW OJT OF RC3 6.H GPM RM. IFRAY FLW 6 GFM 6 GFM MICUP iANK LEE 47.H IN II-IlA II*F li g
,g 77
!ArtTY!YTT[n! A ) IC HFI FLW 6 GPN 6 GPM$ GPM I42.3143 GFM ll W i[R LEVEL 4 .9 !N .6 IN (16A) (168) (16t) (10) ILMP TLODD RADETTE fill!M Cri ttVEL/ PRE!! 13.64 ff/ 596.9 Fl!G 13.64Fi/ 596.5 13!G g g
-- , pgg; , pg; , pgg; Crf l A Criil 1A i) IC 6 6 GPft RED TANT LEVEL 66 146 146 1 LF1 FLW GPM DHi4A DH44) RCI11A Ill IlC iMW LEVEL !.526453FT WIILEVEL $5.47 Fi DAP C00.14NL LEVEL 6 FT 3 fi
)![!ELGEN.ITATUI fili (1A) IIII til) lia Ill WX R M. !L)MP LEVEL 22.999991 DIERG. FED FLOW (GPM) 461.17B(A) 444.141(l)
i l l i l [CC/i!C/[0F/PTFC !WORRAi!N (PLANT ITATU!-DPERAi!06 LINE) KERC!f; N0ft: IN!! kTA !! TYFICALLY IN TE $4NE FORM M DN TE Clf. Mfi !! !! NORMLLY !!!PLAYD. l ! M ACT!Vlif Co m 0L f!E 934, ,__ 1 246 l (CLOCK) (f M IO) < EUTRON FlVX 3.3249 CP! 14.57t1 W3 4 ! l IORONCOGXIRAi!ON $9 PPM ; (N!lLOGCONT) (N! 3 LOG W ) (N! 5 POWER) DJPO!!!!ON(!W) 6 6 6 6 0 9 4.M :'5.H GEN.MW 9M l (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (7 7) (GP8) l !!. COOLING RC3 A. LOOP 3. LOOP SEC00di PL#fi A. LOOP 3. LOF i TH (R) 477.7 I 477.7 F Oi!GLEVEL(E) 217 !N- - 229 !N l j TC(R) 473.0 F 472.8 I 013GLEVEL(F) 41 1 46 1 ; i RC FLOW (L W E ) 36 E6 36 E6 CitGPRE!!. 5N.2 P31G 5M .2 Fi!G l RCPRE!!uRE 815.4 Pi.!G . FED FLOW (LM/*) 0 4 E6 0.0 _.6 E I PEl33!!ERLEVEL iM IELL IET.
.I 469.9 I IN ;
. _ .. . 479.6.
13.21 Fi 13.52 Fi CONK U Att i W LEVEL RC Put OPELAi!DN (DN) i C
;'9.9
%!N CONENIER PfD30RE !N E FTIR EATEL! OPER48tt (YE!/NO) YE3 TWJ!NE trPMS VALVE PO!!T!0N 4.6 I 9.4 ! l KGREEJful-COOL!E(INCORE) 44.5 F 'A' 'i' CONTA!MNT 5 N!GEli CORE TERMDC0JPLE 478 F CL CL CL tt
- - ~ ~ - -
PURGEVALVEP0$!!!DN AH-VIA __i HC Yl HB WEUPFLOWINTORC3 148.3GPn CONTA!MNT H2 CONCEmAi!0N $ I RBLE.TEW/ PRE!!. IM.5 F/ 14.68 Pl!A LII 80m FLOW 007 0F RC3 6
- M--GPM SLM titAT FLOW 9 GNi 6 GPA WEUP TW LEVEL 82.23IN l!-PIA BIPil 0 FANJ OPEFAi!DN ON OFF ON 3tETTtiffERI iA il IC W ! FLOW 6 GPA 6 GFM6 GNI2(2.1236 GIP f.!WAi[RLEVEL 4Y.9 !N 6.0 !N (16A) (163) (160) (10) IUMP FLOOD lANAfiE tifiEM
- ~ ~ ~ ---
CFi LEVEL /ftE!! 13.H FT/ 597.6 Fi!G 13.64FI/ $96.6 Fl!G WG N CAT T W PPU flRE3 9 Fl!G29 Pi!G6 Pf!G CriIA CFiil IA 18 it LP! FLOW 6 GPM 9 Gi'M SLED TAW LEVEL 66 146 146 2 W-y4A DH448 RCITIA Til ilt iMWLEVEL 5.526453Fi hfiLEVEL $5.13 FT - - - - -
, EVW C00. T W LEVEL 0 Fi 3 .
FI I!EJEL GEN. ITAMI ITli (IA) ITFT (13) 11A Ill AUX SLK. tut LEVEL 22.999991 EERG. FED FLON (GFA) 459.465(A) 462.56B(t) Al 49 i l
l ECC/13C/EO_F/PTFC ltMMT!k (PUNT 11ATU34lPGAi!DN! LIE) g B Citt l NOTE: TH11 MTA 13 TYPICALLY IN M $ME FORM Al GN TE mi DDE IT !! MMLLY )!!PLAYD. !
!. REACT!Y!TYCONTROL I!NE 1935 T 245 (CLOCO <!CEW10) i EUTRON FLLIK 3.3223 CP3 16.5793 Att 6 1 nui!N 59 M (N!-1LOGCOWT) (N!-3 LOG MP) (N!5P06)
CRIPO!! TION (18) 0 0 4 4_ i 4 6.H 25.96 GEN. W 6.H (GP1) (GP2) (GP3) (W 4) (GP5) (GP 6) (GP7) (GP1) RC! A. LOOP l. LOOP SECOSARYPLMT A. LOOP 3. LOOP ma Tu = > u 6.6 r us.5 r CT G uva m) ne IN 10(WR) 471.7 I 471.57 OffGLEVEL(DF) 56 1 55 1 RC nW (LM/2) 36 E6 36 E6 GT!GPRE!!. 503.5 Pl!G 502.9 P3!G RC PErrun m.4 riiG rm na a=> e.. n ... a : PE!IURIZERLEVEL 195 IN TELL TEW. 469.5 F 468.9 F CONE N!Att T M LEVEL 12.92 fi 13.29 Fi
" ' MIN CONKNSER PRE!!URE 29.9
!NHG TUDINE BYPA!! VALVE PO!!!!0N 0.6 1 4.0 %
KGREE3!US-COOLING (INCORE) y_ F gg7
'A' 'l' 5 "!'*" C"E '*** '" ' PURGE v a P0 m m a bE l EC El
. tur n in 0 RC n.9 a Comtum m CONCamum .
RILK.TEt/ PRE!!. iM.5 F/ 14.68 P!!A on n. nw wi Gr e ... m itx. tem nw . n . Gen W Etr T W LIVEL 87.49IN 13-PIA if-Pil !
--- - - Rt FM3 OPERAi!DN ON OFF ON
$WETTfitTEAT
'InW W 6 GPM 6 GPR6 GPM295.6761GPn R8 WER LIYEL th9IN 6 IN IJF :
(16A) (163) (1 60) (10) FLO9D RAMiAITEITTTEM Cri LEVEL /PREI! 13.H fi/ 597.1 Fi!G 13.HFT/ 596.7 PSIC WGKCATiMlRE!!URE30 Pl!G26 Pi!G6 Fl!G IA 11 1C (11 R0W 9 GPM 6 GPM ILID TW LEVEL 64 149 1 44 Iny44 pH-VO RCPilA ill itC 1 WNWLEYEL 5.526453 Fi
' " Fi EVAP C00 . T M LEVEL 6 fi 3 l!ETELGD.ITATU3 filf (IA) ITBY (ii) gg,g gg ill j
E.G. rm n m) .a.ms sem ; i Al 54 i ( l
~
ECC/itC/[Or/PTFC INFORNAi!0N (PLANT ITATUf-OPERAi!DN! LIN[) g p tRCl![ NOT[: IN!! WTA !! TIP! CALLI IN TE $4M[ FORn Af ON THE CRI, WERC !T !! NORMLLI !!!PLAfD. I. E..Ati!V..!Ti _ - CONTRE IIE .1946 . . . - is 256. . (CL3:1.) (3CDeR10) NElfiRON FLUX 3.3236 CP$ 10.5793 ANP! 0 DORON CONCCMRAi!0W 59 PPM (N!lLOGCOUNT) (NI3LOGANP) (N15 POWER) , CR)PO!!!!0N(10) 8 4 6 6 6 6 6.M 25.99 GEN.NW 9M (GP1) (GP2) (GP3) (GP4) (GP 5) (GP4) (GP7) (GPB)
!!. COOLING RCS. A.L0tr. I. LOOP S_ECOMMRT
- - . PLANT.
A. LOOP t. LOOP TH(R) 474.7 F 476.7 F OffG LIVEL (*) 297 IN 298 IN . TC(R) 471.8 F 471.5 F OffG LEYE (0P) 69 2 66 I i RC R0W (LBMft) 36 [6 36 [6 0TtGPRE35. 597.8 PI!G 503.4 Pl!G RCPRE3tuRE 765.9 Pi!G FED R0W (LBOR) 96... [6. 0.0 E6 PRE!!*!ZERLEYR 103 IN STLL IDIP. 479.1 F 468.8 F
, CONKNJAi[ TW L'YEL 12.65 Fi 13.07 F1 RC Put 0FERAi!0N (ON) ) C
- - ~ ~ - - - -
MIN CONKNIER PREJSLEE 29.9 IN $ MIR EATER 3 OPERAPLE (i[J/ND) Y[! , ilRl!NE liPA!! YALVE POSIT!DN 6.9 I t.t ! KGREI! 3L'l COOLING (INCORD 38.4 F 'A' 'B' CONTAINENT ; 5 HIGEIT C(Ilt TERM 0CotPLC 477 F CL CL PURGEVALVEP0fli!0N AH lA Vil VIC (2.) VI WEUPFLOWINTORC3 59.9GPM CONIA!NNENT H2 CONCENTRAi!DN 0 1 R R DG TEMP /PR[$3. 199.4 F/ 14.68 Fl!A t LIT poll ( FLOW Olli 0F RCS 6.M GPM -- RDG.IPRAYFLOW 0 GPM 0 GPn W EUP i n LEVEL 82.61IN BMIA !!-PIB p IAFETTfitTERJ A B 1C HPI FLOW 6 GPM 6 r,PM6 GFM 295.672 GFM FPWATERLEVEL 4 .9 IN .0 IN (16A) (168) (160) (165) IUNP FLOOD FAl%TilCY5TEK CFT LEVEL /TRE!! 13. H FT/ 597.2 P3!G 13.64FT/ 596.9 PflG WG- KCAT im FtE33URE3 6 P3!G29 P3!G0 P3!G CFT1A CFTil 1A t) IC LFIFLOW 6 GPM 9 GFM RED TW LDTL 66 1to !46 1 DHV4A DH-Y4B RCIilA ill 11C iMW LEVEL 5.52H53 Fi , WIILEVEL 54.77 Fi EVAP C00. TW LIVEL 9 Fi 3 Fi
?!EJELGEN.ITATUI ITli (IA) ITBi (0) ilA it)
AUXBLDG.IUMPLEVEL 22.99999I [MERG. FEU FLOW (GFN) 2M.352(A) 448.776(1) At-51 I l
1 E.C.C./13C/[0F/.PTFC
. . lt0RufiON .._ (PLANT I. Taint-0PERAi!.0N! L.I.E..).
ggBCl3E NOTE: THl! MTA !! TYP! GALLY IN M JAE FORM A! ON M CRT, MRE IT 11 OMLLY !!!PLAYD. ,
- 1. E ACTIVITY CONTROL TINE 1945 is255 (CLOC() (!CENAR10)
EUTRON FL(11 3.3412 CPI -19.5772 WJ 6
~ ~ ~
1
- - - - 90NONCONCENTRAi!0N 59 PPM (N!-lLOGCOWT) (N! 3 LOG W ) (N!-5P06) :
CRBPO!! TION (!$) 9 4 4 0 0 0 0.M 25.90 GEN. W l.H (GP1) IGP2) (GP3) iGP4) (GP5) (GP6) (GP7) (GP1)
!!. COOLING RC3 A. LOOP t. LOOP ![C00ARYPLANT A. LOOP l. LOOP
~
TN (R) 484.8 I 486.7 F Oi!GLEVEL(WR) 297 IN 295 IN TC (R) 491.8 F 441.6 F OffGLEVEL(DP) 69 1 68 1 l RCFLOW(LM/R) 35 E6 35 E6 OffGPRE!!. 554.0 P!!G 553.4 Pl!G
~
RCPRE!!URE 787.6 Pi!G FED FLOW (LM/R) 0.6 [6 6.4 E6 PE!!URIZERLEVEL 199 IN TELL TEMP. 472.3 F 469.8 F CONM NIATE I N LEVEL 12.48 Fi 12.92 FT RC P W OPERAT10N (ON) P C I MAINCONMN!ERftEITURE 29.9 INHG PRZA K ATER! OPERABLE (YE!/ND) YE!
- - - - - ~ ~ TURilNE lfFA!! YALVE PO!! TION 6.0 __ ,
2 ,0.0 1 KGREE!TUS-COOLING (INCORE) 31.4 F 'A' 'l'
~
CONTAINMDil 1 447 F CL CL CL CL 5 HIGEIT CORE TERN 0000PLE PURGEVALVEP031110N AH-ViA Yll VIC Vil ! WEUPFLOWINTORC3 28.7GPM CONTAINMD(i H2 CONCDfiRAT10N 6 1 RILN. TEMP /PREII. IM.5 F/ 14.68 PIIA LET DOWN FLOW DUT OF RC3 f.H GFM - IL E IPF.AY FL0d 6 GPM 9 GPM 64.14IN $3-pia 85-Pf8 WEtF TW LEVEL
- ~ ~ -- RIFANIOPilATION ON OFF ON 34FETYITITW il l -- in IC
$1 FLOW 6 GPM 0 GPM9 GPM 116.856 CPM G WATER LEVEL 49.9 IN 6.4 IN l
(16A) (168) (16C) (168) SW ROOD RAWAITEfiliEM l CFT LEYEL/PREJJ 13.64 FT/ 597.4 FI!G 13.64FT/ 597.6 Pl!G 'i!,ECAY TM FtE3IURE3 W 9 PflG20 Pf!G6 FI!G CFT-1A CFT-il ( IA il IC LP! FLOW 9 GPM 6 GPM BLEEP T W LEVEL 64 146 1 46 % M44A N40 RCI-11A ill ilt WMWLEVEL 5.529453 Fi IWTTLEVEL 54.61 Fi EVAP C04 . T M LEVEL 0 FT 3 FT IIEJELGEN.ITATU! !Tif (1A) !TlY (ii) - ifA 22.999991 fil AVI BLK. !'JMP L.!YEL DDC. FED FLOW (GPM) 2N.576(A) 278.469(l) l l At-52 l l l l l - - . ._ _ . - _ .
r I i-ECC/itt/EK/PTFC !WOWil0N (PLMT TTATU!-0PERAi!DC L!E) g rERCl!E NOTE: IN!! MTA !! TYP!CALLT IN TE !AME FORM M ON TE CRT, ME If !! NORELT !!!PLAYD. 10 EACT!YIffCONTRO.L.
. !!E .1956..
.. Ti.266...
(CLOCK) (ICEWID) EUTRON FLUX 3.35M CP! -10.5761 ANP! 6 ! DORONCONCENTRAi!0N $9 PPM (#11LOGCOUNT) (NI3LOGAMP) (N!5POER) - - - - ~ ~ 03P0T!!!DN(IS) 6 6 0 0 0 6 6.H 25.99 GEN.MW 0.H (GP1) ( 7 2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!0 COOLING RCJ A. LOF l. LOF JECWINRY PLMi A.L.OOP 3. LOT TH (E) 491.5 F 491.5 F OffGLEVEL(R) 3M IN 295 IN TC(W) 486.8 F 486.4 F Oi!G LEVEL (0P) 70 1 68 %
RC FLOW (LM/*) 35 E6 _6 35 E Di3GPRE!!. 5 _81.4 FJ.!G . 5..H.2 PJ.!G RCPEt!@E N 2.6 Fi!G FED FLOW (L M /2 ) 9.9 E6 6.6 E6 . PEIJURIZER LEVEL 116 IN TELL TDIP. 475.9 F 474.1 F CONKN! ATE IN LEVEL 12.29 Fi 12.77 FT RCPUNPOPERAi!0N(ON) ) C - - - - - - - - - -- - MIN CONENIER PE!SWE 29.9 INHG
----~~-
PR2R EATER! OPERARE (YE!/NO) TE! TRI!E BYPAIJ VUE POSITION 9.6 1 6.6 1 NGREEJSUI-COOL!E(INCORE) 28.8 F 'A' 'P CONTAINNENT 5 NIGEIT CME TERNOCOLPLE 492 F CL CL CL CL PURGEVALVEP0JIT!DN AH-YlA vil Vic Vit MEUPTLOWINTORCS 39GPM CONTAINENT H2 CONCENTRATION 9 I R8LK. TEMP /PE!!. 168.5 F/ 14.68 FI!A LET 90 W FLOW QUT OF RCS 6.M GPM RN.IPRAYFLOW 9 GPM 9 GPM M EUP TAE LEVEL 68.91IN BI-PIA BI-PIB RB FANJ OPERATION ON OFF ON
!WETY!YTTEMI i) IC HFl FLOW 6 CPM 6 GPM0 GPM116.2623GFM RBWATERLEVEL 4(A 9.9 !N 6.6 IN (16A) (161) (10 (10) IUNP FLOOD RAIRTTEIIITEM CFT LEVEL / PRE!! 13.H FT/ 597.5 Pl!G 13.HFT/ 597.1 FJIG E- XCAT TW PEISWEJ 0 Pl!G20 Fl!G6 Fl!G CFTIA CFT1) 1A i) IC LPIFLOW 6 GPM 6 GPM KED IN LEVEL 66 146 2 46 I DHY4A DN-Y4B RCI-ilA Til fit M LEVEL 5.526453FT liWITLEVEL 54.56 FT EVAP C06 . T W LEVEL 6 FT 3 FT p!E!ELGEN.JiATUI ffBf (IA)
ITPY (ii) ilA it) AUX PLM. JUMP LEVEL 22.99999% EERG FED FLOW (GPM) 188.173( A) 353.654(P) Al-53
i i XERCl![ l ECC/ TIC /EDF/PTFC INFORui!DN (PLANT fiATU3-DPERAi!DN! LIE) NOTE: THl! WTA !! TYFICALLY IN TE IW FORM A! DN THE CRI, WHERE If !! NORMALLY )!!PLAYD. TIE 1955 1 265. .
- 1. REACT!Y!TY
- .. CO.NT.RO.L.
(CLQ3) (3CEMR10) GTROL' FLUX 3.3536 CP! -16.5757 At! ,6 1 7 g (N!lLOGCOUNT) (N!3LOGAW) (N!5POKR) , CR)PO!!!!DN(IO) 6 6 6 6 6 6 6.M 25.M GEN. MW 6.M l (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!. COOLING RC3 A. LOOP l. LOOP *EC00 ART PLANT A. LOOP 3. LOOP TH(R) 493.7 F 493.7 F Oi3G LEVEL (R) 361 IN 297 IN i 499.1 F OftGLEVEL(0P) 76 1 69 %
TC (R) . 408.8 ..F - . RC R0W (LM/m) 35 E6 35 013G19EJJ. 596.1 FI!G 594.4 Fi!G , E.6 -- . . RCPRCITE 957.2 Fl!G FED RN (LIM /R) 6.6 E6 v.9 E6 PRE!fuRIZERLEVEL 114 IN SELL TEMP. 477.5 F . 476.2 -. .F
. .. i C0 0 EN! ATE T W LEVEL 12.11 FT 12.66 FT RC Put OPERA 110N (ON) ) C MIN C00EK!ER PRE!!URE 29.9 INHG PRZR EATER! OPERABLE (YE!/NO) YE!
TWIE PYFA!! YALVE POIli!0N 6.6 1 6.6 1 K GRED SUP-C00 LING (INCORE) 34.2 F 'A' 'B'
-------- CONTA!MNT 494 F CL CL CL CL ,
5 HIGEST CORE TERE 00PLE
-- -- PURGEVALVEPO!!T!DN AH-VIA Yll VIC VfD
~
CONTA!MNTH2CONCENTRAi!DN 6 1 WEUPFLOWINTORC3 196.8GPn R EX. TEt/ PRE!!. IM.5 F/ 14.68 Fl!A , LETDOWNFLOWOUTOFRCI 6 M EPM
- - - - - RM.IPRAYFLOW 6 GPM 6 GPM
- WEUP TW LEVEL 74.92IN IMIA Bl+1B O FANJ OPERAi!0N OM UFF ON
!AFEif!YITEM3 14 1C 18 HP! FLOW 6 GFf. 6 GPM6 GPM 171.9261 GFR RBWATERLEVEL 49.9 y 9.6 th (164) (1 63) (160) (10) ! UMP FLOOD :
RADWA!TETYITEM CFT LEVEL / PRE!! 13.64 FT/ 597.6 Fl!G 13.64FT/ 597.2 FI!G FI!G26 Fi!G6 FI!G WG KCAT TW itEIIEJ 6 CFT1A CFTil IA il IC 6 GPM BLED TW LEVEL 66 2 46 246 % LFIFLOW 6 GPM WV4A WV4B RCBTIA Til ilt I M LEVEL 5.526453Fi BWITLEVEL 54.32 Fi l EVAP C00. TM LEVEL 6 iT 3 FT DIEIELGEN.ITATUI ITRY (1A) IT3Y (18) itA TIB AUX R M . TUNP LEVEL 22.999991 EMERG. FED FLOW (GF A) 157.419(A) 291.436(l) A1 - 54 4 ( i i l I 1
I i j ECt/iJt/ EOF /PTFC _,
!NF0Wi!0N (PLMi ITATUI-0PERAi!ON! LilO WTE: THl! IATA !! TYPICALLY IN TE $W F0llM M QN M CRT, MRE li !! IlORMLLY !!!!' LAD.
gfBCl2 ' I
- 1. E E i!Ylit CONTROL TIME 1966 is??t (CLOCU (* CELLAR 10) !
I U TRON FLUX 3.3551 CPI -10.5755 W3 - 9 1 (N!-lLOGCMT) (N!-3 LOG W ) (N! 5 POE tokONCONCENTRAfl0N 59 PPM [ CM P0f!!!0N (!W ) 6 4 4 0 0 0 9.N 25.H GEN.NW 9.M f (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) I
!!.COLING !
R _C3 A. LOOP 1. LOOP KC00ARTPLWT A. LOOP l. LOOP , TN (E) 495.1 F 495.1 F OitGLEVEL(W) 3M IN 297 IN TC(E) 490.6 F 490.2 F DitGLEVEL(DP) 70 I 69 I i RCFLOW(LIWl/HR) 35 E6 35 E6 Di!GPRE!!. 44.7 Pl!G 642.7 Pl!G RCPus:UnE m .4 r m r m rt # (t w e ... E6 e. E6 l
' PE!!URIM LEVEL 115 IN SELL TEMP. 478.3 F 477.3 F ,
i CO OENIATE T W LEVEL 11.94 FT 12.45 Fi ' RCPtMPOPERAi!QN(ON) I C , MINCONKNSERPRE!!URI 29.9 INHG PRZR EATERJ OPERAILE (TE3/@ YEJ TR8!E BYPA!! MVE PO!!T!DN 0.6 2 9.0 1 NGREE!JUI-COOLING (INCORE) 32.6 F CONTAINMENT
'A' 3~
5 HIGHEli CORE M Rn0 COUPLE 495 F - CL CL CL CL T PRCEVALVEPQ!!!!0N M-VIA Vil VIC Vil . t WELFFLOWINTORC3 194.2GPM CONTAINST H2 CONCENTRAi!0N 6 3
~~~ ~ 3 R K M . TER / PRE!!. lW.5 F/ 14.68 it!A ,
LET DOW FLOW OUT OF RCS 6.H GPN -: ---- - t ILM,SPRAYTLOW 9 GPM 6 GPM i WELF TW LEVEL B4.79IN $$-PIA IJ-Pit RB FM3 OPERATION ON OFF ON I SAFETY IIITEM 1 1A 18 1C ' 91 FLOW 6 GPM 0 GPM6 GPM 171.9117 GPM RB WitR LEVEL 49.9 IN 9.9 IN (16A) (163) (16C) (10) flR FLOO) ! RAWAITE$7 ITEM CFI LEVEL / PRE!! 13.64 Fi/ 597.7 PIIC 13.64FT/ 597.3 FI!G WG KCAT T W PRE!!URE! O Pl!G20 PflG4 Pi!G CFT-1A CFT-il IA 18 it < LPIFLOW 4 GPM 0 GPM k.EED I N LEVEL 64 146 !40 % EY4A EV4B ill TIC l WNWLEVEL 5.52645g3i-itA [ ! MILEVEL 54.67 FT EVAP C06 . T M LEVEL 9 FT ,3 Fi i m m GEN. m TU: rin a A> sin on m m , 22.mn Aux stM. sue o m t
~~
EERG FEED FL0s (GPM) 139. 216(A) 296.589(l) r I I Al-55 l l l l l l
E ECC/itC/EDF/FIFC INFORn4 TIN (PLANT ITATU!-OPER4t!DN! LIE) g KERCl!E NOTE: THl! MTA !! TYPICALLY IN TE IW FOM A! DN TE CRT, MRE 11 !! NDPMLLY !!!PLAYD.
- 1. EACT!Y!TT C0hTR(L 11E 1965 is275 (CLOCK) (300Wt!0)
E VfRN FLUX 3.3574 CFs 10.5752 WJ e ! 930NCONCENTRA110N 59 PPM (N!-lLOGCOUNT) (NI 3 LOG MP) (NI-5 POWER) 6 4 6 6 4.M 25.99 GEN.MW 4,N CO P0!! TION (%2) 0 6 (GP1) (GP2) (GP3) (GF4) (LP5) (GP6) (GP7) (GP6)
!!. COOLING RCI A. LOOP ). LOOP JEC00ARY PLMT A. LOOP l. LOOP fil (R) 496.1 F 496.1 F 013G Liva (A) SH IN 297 Ik it (R) 491.6 F 491.2 F 013GLEEL(0P) 70 1 69 :
35 Di!GPREJ3. 619.8 RC FLOW (L W R ) 35_.E.6 .. E.6 ~ .. .. PJ.IG 6N .7 . Fi.!G RC PE!!LRE FID FLOW (LWR) 6.0 E6 0.6 [6 854.1 P!.!G . . .. .. PE!JWlZERLEVEL 114 IN 3 ELL TEW. 479.2 F 478.3 F COGEN! ATE TW LEVEL 11.77 FT 12.36 FT RC Put OPEkAi!DN (ON) B C MINC000(IERPREJtAE 29.9 IN E PRZR E ATER! DPERABLE (YE!/NO) Vi! TRilE PTPA!! VALVE PO!!!!0N 9.6 1 9.6 3 NGEEJ IUP-COOLIE (INCORE) 31.3 F 'A' 'l' CONTA!WNi 496 F CL 5 H!GEIT CME TERM 000LPLE
- - - - - - - - - PURGE VALVE P03!T!0N AH la B VIC . _ D WEUPFLOWINTORCI 264.5GPM CONTAINMENTH2CONCENTF,ATION 6 !
RBL)G. TEMP / PRE!!. 1H.5 F/ 14.68 Pl!A l LET 100( FLOW OUT OF RCS 6 M GPM 1
~~~ DLM IPRAY FLOW 6 GPM 9_ GPM 1
N EUP T M LEVEL 73.69IN IN1A !!4tB 1 0 F W OPERAi!0N ON OFF ON l 34FETTSYITEMI 1A e iC
.6 IN HP! FLOW 6 GPM 9 GPM6 GPM 171.8645 GFM 0 WATER LEVEL 49.9]
(16A) (160) (160) (16)) TUMP FLOOD RAIEfitITITEM CFi LEVEL / PRE!! 13.64 FT/ 597.8 PIIG 13.64FT/ 597.4 P3!G FIIG0 Pl!G WG XCAT TW PREJIRE3 9 P3!G20 CFT-IA Cri-il l IA 18 10 l Lfl FLOW 4 GPM 9 GPM BLED iM LEVEL 66 146 1 44 1 Til ilt N-V4A N-Y48 W 5 SRC gila WliLEVEL 53.92 FT EVAP C00. TN LEVEL 0 Fi 3 FT DIEIELGEN.ITATUS ITRY (IA) ti!Y (lit) ilA Til
- - - - - - - - - - - - AUXBLM.IUNPLEVEL 22.999991 l
EERG. FED FLOW (GPM) 141.856(A) 299.625!!) Al 56
- i. l l
i I l l [Ct/TJt/tF/PTFC lt0Wi!GN (PLANT TIAM-(PEAAi!W LIE) M A K U D CISE ' ff/fr/M ! [l0TE: IN!! MTA !! iTPICALd IN TE 3E FORh A! ON TE Nf. 460[ If !! NOWL1T it?LAfD. i: lo K ACT!Y!TT CONTRO.L
!!flE 1976 1 2H (CLOCl) (!CEWID)
IEUTHON FLUX 3.3566 (FI 19.5752 AFI 4 1
- - - 59 PM MRON COECNTRAi!0N (N!lLOGComi) (N!3LOGAt) (N!5P06)
CRe P0 m a a n > e e e e e e e.* y$.n GtN. = e.* ! , (GP1) (LP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) I
!!. CXI(LIE RCf A. LOOP l. LOOP *tC00ARY PLAlif A. LOOP l. LOOP ,
TN(R) 496.3 F 496.3 F DitGLEEL(E) _ 3H IN 297 IN ! it(W) 491.9 F 491.5 F OffGLEVEL(DP) 76 I 69 ! RCFLOW(LM/2) 35 I6 35 [6 OffGPRt!!. 612.4 Pl!G 614.2 Pl!G ; RC PRE!T@E 854.7 Pf!G FED FLOW (L5M/*) 4.6 (6 0.0 (6 PREt!AIZCR LIVEL 115 IN TELL TEMP. 479.5 F 478.7 F l C00ENJAft TM LEVEL 11.61 Fi 12.16 Fi [ RC PL W OPERAi!ON (ON) i C , NA!NCPENIERPRE!!#[ 29.9 IN E PR2R EATER $ OPERAlli (YEf/N0) YE3
~~
TURl!NEIffA!!VALVEPO!!!!0N t.0 1 4.0 t , KGREt! IUI-COOLING (INCORD 31.2 F 'A' 't' CONTA!NNDfi i 5 HIGHEli CORE TERM 0000PLE 497 F CL CL CL CL PmGEVALVEPO!!!!0N AHVIA Yl
- l. VIC Vil WEUPFLOWINTORC3 214.9 GPM CONTAINNENTH2CONENTRAi!DN 6 2 RBLX.TEt/PREI!. IM.5 F/ 14.68 Pl!A LETDOWNFLOWDUTOFRCf 6. M GFM RE.IFRAYFLOW 6 GNI 6 GPM -
W EUP T R LEVEL 76.16 IN 83-PIA BI-PIB : RiFANIOPERAi!0N ON OFF ON 3FETYff!TEPJ 14 1B IC W1 FLOW 6 GPM 6 GPM6 GPM 171.Hl6 GPh PJniATERLEVEL 49.9 IN 6.6 IN (16M (168) (IC (16H IW FLOOD RAWAITESYSTEM CFI LEVEL / PRE!! 13.64 FT/ $97.9 Pi!G 13.64FT/ 597.5 FI!G WG M CAY T M PRE!!W E! O PIIG26 Pl!G6 P!!G CFT-1A CFTill 1A il IC LP! FLOW 6 GPM 6 GPM BLED TM LEVEL 64 1 46 1 40 I , M-Y4A M-YtB RD-ilA ill ilC WNWLEVEL 5.526453Fi MiLEVEL 53.69 FT
~ ~ - - - - -
EVAP C00. TAR LEVEL 6 FT 3 FT
!!!!ELGEN.ITATUI ITBf (IA) !TBY (ii) TLA fil AUI BLX. J W LEVEL 22.99 m 1 .
DOG. FED FLOW (GF1t) 145.367(A) 363.63f(H Al 57 [
ICCntt/t0rnTFC INF0mi!N (PLWT finiu! OPERai!M! LINil g t[RCITE wit: INu wtA is TrnCAuf in m := Fan u a w Co, un n : N0mtti umArn.
- 1. mACirnn Cara na,in$,,,,,,,,,,,,,,,,,t.se,,,
(CLOCO (SE W 10) 10.5752 W! 2 NEUIRON FLUX 3.3568 CP3 6 m nk 59
~~~
M (NIlLOGC0WT) (N1 3 L E ANP) (N!5P0d[U 00 Putn0N (%W) 6 6 6 4 6 6 6H 25.M GEN.NW 6.H (LP11 (GP2) (GP3) (GP4) (GP5) (GP 6) (GP7) (GP8) N' RC! A. LOOP l. LOOP JEC20ARYPLWT A. LOOP 3. LOF
~ '
IN (*) 496.4 F 496.4 F OTE LEVEL (R) {N 297 IN 10 (R) ,491.9 F 491.5 F 015 LEVEL (ON 76 1 69 1 RC FLOW (LWR) 35 E6 015 NE33. 612.7 Fi!G 614.6 f!!G 35 . t.o . RC Mt!!URE 955.1 PJ!G IID FLOW (LWS) 0.0 (6 6.6 [6 SER ICF. PR[ftuk!IERLEVEL
. . ... IN 116
. 479.6..F
. . 4709...I CONKN! ATE T W LEVEL 11.45 F1 12.42 Fi N PUNP 0FitAT10N (ON)
" $ C hAINCONENIERPR[lfuRE g9 !NHG PRIR EATER! OM oIJ/N0) -- YU.-- TRt!NE BYPM3 VALVE P0lli!DN 6.6 ! ,6.4 ,1 ,
KGREt! TUl-COOL!E(INCORE) 31.2 F 'A' 'l' CONTAINMDfi 5NIGHEITCORETHEkn000VPLE 497 F --- ygg pggg, ,Cgg g, gg g, WEUPFLOWINTORC3 2'4.6GPit CONTAINMENT H2 00MRAi!0N 4
~
~ ' ~ ~ ~
RILM.TEW/ PRE!!. 168.5 F/ 14 ---~~ h"bl4 LET !$iN FLOW OUT OF RCS 6.H GPM
~
ILK.3fRAYFLOW 6 GPM GPM
. 6. -
W ET T W LEVEL 64.51IN M-PIA RB FAN! OPERAi!0N ON OFF M*PI)QN SWETT St!TDG WI FLOW 0 GPM 6 GPM$ GPM171.7763GPM RBniATERLEYEL th9IN 4 IN (16A) (163) (160) (16H
, SW FLOD)
CFi LEVEL /PPi!! 13.H FT/ $P8.6 PI!G 13.64FT/ 597.6 Fl!G E K CAY T M PRE 3fUP.ES 9 PI!G26 ,, P!!G9 Pi!G CFT-1A CFT-iB 1A 18 iC LPIFLOW 6 GPM 0 GPM DLED TW LEVEL 64 1# 1 44 1 ht-Y4A lH-V4B W $2 gila ill ilC DWII LEVEL 53.42 Fi DAP COND. IM LEVEL 9 Fi 3 Fi nua CtN. nATus nn ou sin on AUI BLE t # LEVEL TiA 22.ftP991 ti EMERG. FED FLOW (GFM) 142.968( A) 362.58?(!) Al-58
I i l l ECC/ift/[0F/Fif t !WOWi!ON (PLMi TIATUS-OPERAi!0NJ LINE) g XERClfE l WiE: TW!! NTA !! Tit! CALLI IN TE 3M FORH A! ON TE CRT. KRE !! !! NORELLI !!!PLAYD. l 10 E ACT!Y!TY CoriNGL
~
!!E 1906 ~
is296 I (CLOCd~ (3EINR10) E VTR M FLUI 3.3561 CF3 16.5752 AMP 3 6 ! ' 90 0 CG E NTRAi!0N ,59 PPR (N! l LE Comi) (N! 3 LOG AMP) (N!5PMER) CRIPO!!!!DN(!$) $ $ $ 6 6 $ 4.M 3 .99 GEN.NW l.M . (F 1) (F 2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!o ,C0EING RCI A. LOllP l. LOOP 3ECONMRT PLMT A. LOF l.talP i TH (R) 496.5 F , 496.5 F, Ci3G Lim (R) 3M IN 297 IN r TC(R)
~
492.6 F 491.6 F OffGLIVEL(0P) 76 1 69 ! RC FLOW (L W R) 25 E6 OttGPRE!!. 613.2 PJ!G 611.1 Pl!G 35 . E.6
.~ --
RC PRE!!*E 154.9 Pl!G TED FLOW (L W R ) 9.0 E6 9.6 E6 PRElf*!IERLEVEL 117. .IN TELL TEF. 479.6 F 479.6 F - C00ENIA!E TW LEVEL 11.29 Fi 11.88 -Fi RCPUMPOPERAi!DN(ON) i C
~ ~ ~ - -- ,
MIN C000dtR PRE 3tuRE 29.9 INHG PRZR HEATER! OPE W LE (YE!/ @ YE! T*BIE ITFUf VALVE P0fti!0N 4.6 1 0.9 ! , KGREE! JUI-C00LIEl!NCORE) 31.1
~~--
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E.C_C/i!.C./ _. EOF /P.T.FC l.lF(IIMATION (PLANT !TATUS-OPE.RAi!ON! LIE.) I NOTE: THl! MTA !! TYPICALLY IN TE !ANE FSM A! QN TE CRI MRE IT !! NORMAlli )!!PLAYD. I
- 1. K ACTIVliY C9NTROL TIME 2025 is335 (CLOCE) (ICENAR10)
EUTRON FLUX 5.1998 CP! -9.6H3 W3 .. 0 _ .. DORONCONCENTRAT10N 59 PPM (NI-lLOGCOWT) (N1-3 LOG W ) (N!-5 POER) , CRDPO!!110N(IW) 0 0 0 0 0 0 0.H 25.90 GEN.NW 0.H (GP1) (GP2) (GP3) (GP4) (GP5) (LP6) (GP7) (GP8)
!!. C(MLING RCS A. LOOP !. LOOP IEC00ARYPLANT A. LOOP 3. LOOP TH(E) 532.7 F 530.3 F OTIG LEVEL M ) 297 IN 254 IN TC(WR) 478.8 F 519.0 F Di!GLEVEL(DP) 69 2 54 %
RC ROW (LM/HR) e E6 4 E6 OTIGPRE3S. 748.2 P31G 432.5 P31G RCPRE!!URE 956.6 Pl!G FED FLOW (LIM /HR) 0.0 E6 0.0 E6 PRE!!URIZERLEVEL 272 IN !ELLTEMP. 503.1 F 456.5 F C'/E N! ATE T M LEVEL 10.41 FT 10.96 FT , RC"" **4 TION (ON) hAIN CO@ENSER PRE 3fURE 09.9 INHG PRIR ruitA! OPERABLE (TE!/N0) YE! TURl!NEBYPA33VALVEPO!!!!0N 0.0 2 0.0 I KGREE!IUI-COOLING (INCORE) -235 F 'A' 'B' > CONTAINENT
----- CL CL CL CL 5 HIGEIT CORE TERM 0C00PL[ 776 F ,
PRGEVALVEPO!! TION AH-VIA VtB VIC VfD MAKElF ROW INTO RCS 0.0GPM CONTAliflENTH2 CONCENTRATION 0 1 RBLE. TEMP / PRE!!. 112.1 F/ 15.20 P31A
- LET DON FLOW OUT OF RC3 0.H GPN ILK.ImAYFLOW 6 GPM 0 GPM MAKEUP T M LEVEL 1H.00IN BI-PIA BI-PIB
----- RB FAN 3 OPERATION ON OFF ON JAFETTSY! TEM!
- --- (A 18 IC HPI R0W 6 GPM 0 GPM255.4604GPM255.5219GPM RBWATERLEVEL 73.5 IN 0.0
~
IN
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(16A) (III) (16C) ~~E~ IL ~iLED RADWAITESTITEM l CFT LEVEL / PRE!! 13.04 FT/ 598.5 PI!G 13.04FT/ $95.6 PSIG WG E CAY T M FRESIURE! 0 P31G20 P!!G0 PflG CFT-1A CFT-1B IA 1B 10 L.P! R0W 9 GPM 0 GPM BLEEDTANKLEVEL 60 IH I 40 I l l M-V4A DH-Y49 RCB-TIA Til ilt i l' MWLEVEL 5.520453Fi l BWIILEVEL 52.58 FT
---- EVAP C0 0 . T W LEVEL 0 FT 3 -
FT )
\
DIEIELGEN. STATUS ITBY (IA) ITBY (IB) TIA ill AUXBLK.JUMPLEVEL 22.99999I EMERG. FED FLOW (GPM) 0 (A) 468.037(B) , 1 i Al - 68 l l l l 1
l-ECC/i!C/EDF/PTFCINFORMAi!0N(PLANTfiniU!-0PERATIONSLINE) g XERCITE NOTE: IN!! MTA II TYPICALLY IN TE 34E FORM A3 ON TE CRT, WERE li !! NORMALLY )!!PLAYD. , I.REACTIVITYCONTROL TIE 2030 T:340 (CLOCK) (!C9l4RIO) E UTRON FLUX 4.1999 CP! -10.3553 AMP 3 0 I BORONCONCENTRAT10N 59 PPM (NI-lLOGCOUNT) (NI3LOGANP) (N!5 POWER) r CO PO!!i!ON (28) 0 0 0 0 0 0 0.H 25.90 GEN. W 0M (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
- 11. COOLING RCI A. LOF 8. LOF l SEC00ARYPLANT A. LOW B. LOOP TH(R) 459.5 F 463.8 F Oi!GLEKL(R) 298 IN 297 IN
~
TC (R) 450.0 450.0 F OTTGLEVEL(0P) 69 % 69 ! RCFLOW(LBM/2) 0 E6 0 E6 OTTGPREI!. 490.1 PSIG 306.9 PSIG -
~~~~ ~~
RCPREffuRE 494.3 PSIG FEU FLOW (LBM/* ) EE6 0.0 $~ I PREJ E ZER LEVEL ~I"~~iN 5 SELL TEMP. 46 F F I23!6 F CODENIATETANKLEYEL 10.21 FT 10.82 iT RCPUMPOPERAi!0N(ON) MAIN C00ENfER PREJ M 29.9 INHG PRZR EATER 3 OPERABLE (YE3/N0) TE! TIR31E BYPAIS VALVE POI!i!0N 0.0 1 0.0 I i EGREES SUB-COOLING (INCORD -258 F 'A' 'B' CONTAINMENT 5 HIGEIT CORE TERM 0 COUPLE 727 F CL CL CL CL PURGEVALVEPO!!i!ON AH-VIA YlB VIC VfD
'~ ~
NAKEUPFLOWINTORC3 0.0GPM CONTAINENT H2 CONCENTRATION l I RBLDG. TEMP / PRE!!. 117.7 F/ 15.60 Pl!A LETDOWNFLOWOUTOFRC3 0.H GPM ILDC.IPRAYFLOW 0 GPM 0 GPM MAKEUFTANKLEVEL IH.H IN BI-Pli SS-PIB RBFANIOPERATION ON OFF ON 3AFEif!YITEMI 1A B IC HPI FLOW 6 GPM 0 GPM268.3155GFM272.1825GPM RBWATERLEVEL 79.3 IN .0 IN (16A) (168) (160) (160) IUMP FLOOD CTI LEVEL / PRE 33 11.81 FT/ 490.3 PIIG ll.94FT/ 490.2 PIIG WG ECAY TANK PREI3tRE3 0 Pl!G20 PflG0 FIIC l CFT-1A CFT-IB 1A 18 1C LPIFLOW 6 GPM 0 GPM BLED TANK LEVEL 60 2 40 240 1 DH-Y44 Nt-V4B RCB-ilA ill ilC l WMWLEVEL 5.520453Fi l BW3TLEVEL 52.14 FT EVAPC00.TANKLEVEL 0 FT 3 FT DICIELGEN.STATUI ITBY (IA) ITBi (IB) ifA Ill AUXBLDG..*JMPLEVEL 22.99999% EERG. FEG FLOW (GPM) 133.078(A) 469.954(B) Al - 69 l 1
1 l 1 1 ECC/T3C/ EOF /PTIC INF0MAi!0N (PLMT STATUS-OPERAil0N! LINE) g XERCISE l NOTE: THIS NTA 13 TYPICALLY IN TE SAME FORM A3 ON TE CRT, MRE li !! NORMALLY ll!PLAYO. l
!. EACTIVITY CONTROL TIE 2435 I 345 i
(CLOCK) (3CEMR10) 1 EUTPON RUX 3.8836 CP3 -10.4000 w! l
- YA09 CONCENTRATION 59 PPM (N!-lLOGCOUNT) (NI 3 LOG MP) (N!5POER) l CRBPO!!!!ON(Ile) 6 6 9 9 9 6 9.H 25.96 GDI.MW 0.M (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) ' !!. COOLING RCI A. LOOP B. LOOP 3EC004RT PLMT A. LOOP B. LOOP TH (IP) 4?i.9 F 432.6 F OT3GLEVEL(WR) 300 IN .
371 IN TC (R) 423.4 F 423.4 F OT3GLEVEL(F) 76 1 94 I RC R0W (LBM/2) 0 E6 OT!GPRE33. _9 . _E6 356.3 P31G - 331.8 _P!!G RC PE333E 350.7 PSIG FED R0W (LWHR) 9.6 E6 6 _.9 E6 50 IN 3 ELL TDIP. PREISURIZERLEVEL
.. 438.2 ._ F 429.9 .. ..F C00ENSATE TM LEVEL 10.61 FT 16.66 FT RCPUMPOPERATION(ON)
MIN C000(IER PRE 33URE 29.9 INHG PRZR E ATERS OPER 0 LE (YE3/N0) YE!
- TURBIE BYPA33 VALVE PO!! TION 6.9 % 0.6 I KGREE33UB{00 LING (INCORE) -45.6 F 'A' 'B'
- - - - - CONTAINMENT 5 HIGEST CORE TERMDCOTLE 405 F CL CL CL CL
-~~~-- PURGEVALVEPO!! TION AH-VIA ViB VIC VlD WEUPFLOWINTORCS 0.0GPM CONTAINMENTH2 CONCENTRATION 0 %
RBLDG. TEMP / PRE!!. 121.0 F/ g.B6 P!!A LET DOWN ROW OUT OF RC3 0.00GPM
!JG. SPRAY FLOW 6 GPM 0 GPM l N EUP T M LEVEL 160.00IN BI-PIA BI-PIB JAFETY3YSTEM3 1A iB IC HP! FLOW 6 GPM 0 GPM263.9887GPM264.5097GPM F.BWATERLEVEL 83.6 IN 9.0 IN (16A) (168) (160) (16D) JUMP FLOOD CFT LEVEL /PREI! 9.11 FT/ 349.3 PSIG 9.15FT/349.3P!!G WGDECAY-- - --- T M PRE 0 33URE3 PSIG20 F31G 0 P!1G CFT-IA CFT-IB 1A IB IC LPIFLOW 6 GPM 0 GPM BLED TM LEVEL 60 140 2 40 2 DH-V4A DH-V4B WMWLEVEL 5.52045bi MT 51.69 H EVAP C0 0 . TANK LEVEL 6 FT 3 FT DIE 3El GEN. STATUS STBY (IA) STBY (IB) ilA III AUXBLDG.SUMPLEVEL 22.99999%
EMERG.FEEDFLOW(GFM) 179.931(A) 466.912(B) Al-70
L t .. 1 l l I
- E.CC./'fC/
. EOF /PTF.C IFORMi!ON (PLANT _ liATUJ-0PERAT10NJ LIE.) $#ffsff"C!!E '
Eft: THIS MTA !! TYPICALLT IN TE SM FORM AJ ON M CRT, MRE li !! NORMLLY DlIPLAYD. ;
'!.REACTIVITYCONTROL 11E 2040 is350 'i c (CLOCO (ICEMRIO)
EUTRON FLUX 3.8476 CPJ. 16.4913 AW3 6 I DORONCONCENTRATION $9 PPM (N!-1LOGCOWT) (NI3LOGAW) (N1-5 POER) C M PO!! TION (!W ) 0 0 0 6 6 6 6.H 25.99 GEN. W 0.H < (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) i
!!. COOLIE RC3 A. LOOP 3. LOOP SEC00ARYPLANT A.LODP B. LOOP
~ ~
TH(R) 4H .5 F 416.1 F Oi!GLEVEL(W) 321 IN 394 !N ! TC(R) 4l1.6 F 411.4 F OffGLEVEL(OP) 77 I IN ! RC FLOW (LM/HR) i E6 9 E6 DifGPRE!!. 276.4 P31G 367.6 P3G RCPRE!!URE 278.6 PJIG FED FLOW (LM/HR) 0.0 E6 6.0 E6 PRE!!URIZERLEVEL 177 IP. !HELLTEMP. 414.9 F 396.8 F CO SEN! ATE TAM LEVEL 9.87 FT' 10.52 FT RCPtMPOPERAi!0N(ON) MIN 000ENIER PRE!!URE 29.9 INHG PRZRHEATER3OPERAILE(TE3/N0)YE! TRl!E BYPA!! VALVE PO!!!!0N 0.9 I 0.6 2 KGREE! IUB-COOLIE (!NCORD 39.7 F 'A' 'l' CONTAINMENT 5HIGNEITCORETHERM0 COUPLE 376 F CL CL CL CL PtRGE VALVE POIITION AH-VIA VtB Vic VfD W EUP FLOW INTO RCS 6.0GPM CONTADIGT H2 CONCENTRAi!0N 0 I RBL)G.TEF/ PRE!!. 161.7 F/ 18.43 Pf!A LETDOWNFLOWOUTOFRC3 6.H GPM BLE.IPRAYFLOW 6 GPM 0 GPM MKEUP IANK LEVEL iM.H IN BI-PIA BI-PIB RBFANIOPERAil0N ON OFF ON SWETY SYSTEMS 1A iB IC WI FLW 6 GPM 0 GPM 277.3208 GPM 277.755 GPM RBWATERLEVEL 80.8 IN 0.0 IN (16A) (168) (160) (10) IlMP FLOOD ! RADWAITE!YITEM CFT LEVEL / PRE!! 6.86 FT/ 278.3 FIIG 6.92FT/278.2PSIG EECAYTAMPREISURE! O P!!G20 P!!G0 PSIC CFT-IA CFT-il IA 18 10 LPIFLOW 6 GPM 9 GPM BLED TANK LEVEL 66 I 40
% 40 I
M-V4A M-V4B RCB-TIA ill ilt WMWLEVEL 5.520453Fi BWJTLEVEL 51.26 Fi EVAP C06. TAM LEVEL 0 FT 3 FT DIESELGEN.STATU3 STBY (IA) ITBY (IB) . TIA ill AUXBLE.IJMPLEVEL 22.99999I EMERG.FEEDFLOW(GPM) 99.8463(4) 0 (B) Al - 71
EPC/TSC/ EOF /PTFC INFORMAi!0N (PLMT STATUS-0PERATIONS LIE) g XERCl!E NOTE: THIS MTA !! TYPICALLY IN TE SAME FORM A3 ON THE CRT, WHERE li !! HORMALLY )!!PLAYD. 1.REACTIVITYCONTROL
- TIE 2045 . ..... is355 Ell TRON FLUX 3.7667 CPS 10.5192 AMP 3 0 1 3(RONCONCENTRATION 59 PPM (NI-ILOGCOUNT) (NI3LOGAMP) (NI-5POKR)
CRDPO!! TION (IW) 0 0 0 0 0 0 0.00 25.90 GEN.MW 0.M (GP1) (GP2) (GP3) (GP4) (GP5) (GP4) (GP7) (GP8) II. COOLING RCS A. LOOP B. LOOP 3ECONMRY PLMT A. LOOP B. LOOP TH(R) 390.1 F 371.9 F Oi!GLEVEL(R) 326 IN 371 IN TC(R) 390.3 F 390.2 F GT!GLEVEL(OP) 79 I 94 1 RCFLOW(LBM/*) 0 E6 0 E6 Di!GPRE!!. 227.2 PSIG 248.9 P31G RCPRE!!URE 223.7 F31G FED FLOW (LBM/2) 0.0 E6 . 0.4 E6 PRE!!URIZERLEVEL 239 IN SELL TEMP. 3983....F . ._ 392.9 F CO G ENSATE T M LEVEL 9.80 FT 10.42 FT
- . ~ .-.. - -..-
RCPUMPOPERATION(ON) PRZR EATERI OPERABLE (YE!/NO) YE3 itRBIE BYPA!! VALVE POSITION 0.0 1 0.0 I KGREE!IVB-COULING(INCORE) 71.5 F 'A' 'B' CONTAINENT 325 F CL CL CL CL 5 HIGEST CORE TERM 0C0lFLE ylp
-------- PURGEVALVEPO!! TION AHilA Yll VIC ,
MAKEUPFLOWINTORCS 6.0GfM CONTAINMENTH2CONCENTRATIDN 0 I RBLE. TEMP / PRE!!. 152.7 F/ 18.02 P31A W M FW M F W WW
------ BLE.$PRAYFLOW 9 GPM 0 GPM MMEUP TM LEVEL 100.00IN B3-P1A BI-PIB SAFETYSYSTEMI 1A iB 10 HPI FLOW 6 GPM e GPM275.8975GPM275.5146GPM RBWATERLEVEL 90.0 IN ..
0.0 IN (164) (168) (16C) (160) $ UMP FLOOD RADWA!TESYSTEM CFTLEVEL/ PRE!! 4.29Fi]26.3PSIG 4.35FT/226.2P31G WG DECAY T M P--------9 RES$URES PI!G20 PSIG0 PSIG ' CFT-IA CFT-1B lA 0 IC LPIFLOW 6 GPM 0 GPfl BLEED T M LEVEL 60 I 40 1 40 I ' DH-V4A DH-V4B RCB-TIA Til TIC WW LEVEL 5.526453FT HITLEVEL 50.84 FT EVAP C00 . T M LEVEL 0 FT 3 FT DIESELGEN. STATUS 3rBT (IA) STBf (IB) ilA ilB AUXBLDG.SUMPLEVEL 22.99999I EMERG.FEEDFLOW(GPM) 38.9803(A) 0 (B) Al - 72 l
y 1 I l ECC/ TIC / EOF /PTFC ltmEi!0N (PUWT STAiui-0PERATIONS LIE)
' GTE: THl! MTA !! TYPICALLY IN TE 3AE FORM A3 ON TE CRT, WERE IT !! N(RMLLY )!! PLAID.
g 13E 1
!. K ACT!YITY CONTROL TIE 2050 is360 I (CLOCK) (!CENAR10) l EUTRON FLUX 3.6968 CP! -10.5355 At! O I -
___ g (NIILOGColNT) (NI-3LOGAW) (N!-5POER) CROPOIIT!DN(%WI) 0 0- 0 0 0 0 0.H 25.90 GEN.MW 0.H i (GP1) (W 2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!. Com.!E RCI A. LOOP l LOOP !ECONMRYPLANT A. LOOP 8. LOOP TN(WR) 378.1 F 340.8 F Oi!GLEVEL(WR) 326 IN 356 IN TC(WR) 377.0 F 377.0 F Oi!GLEVEL(0P) 79 I 89 I RC R0W (LM/HR) 0 E6 0 E6 Oi!GPREJJ. 2 H .3 Pl!G 211.9 PIIG ;
RCPRESIURE 190.6 P3!G FED R0W (LBM/HR) 0.0 E6 0.0 E6 j PRE 35URIZERLEVEL 4H IN SHELLTEMP. 388.2 F 389.2 F CONEN! ATE TANK LEVEL 9.74 FT it.32FT RC Put OPERAi!0N (ON) MAIN CONENIER PRE 3fURE 29.9 INHG PRZR EATERJ OPERAILE (TEJ/NO) YEI TURl!NEBYPA!!VALVEPO!! TION 0.0 1 0.0 2 MGREE!IUS-COOLING (INCORE) 75.8 F 'A' 'B' CONTAINMENT 5 HIGHEIT CORE THERMDCOUPLE 308 F CL CL CL CL PtRGE VALVE P03!T10N AH-VIA VfB VIC VfD WEUP ROW IhTO RC3 0.0GPM CONTAINMLNTH2CONCENTRAi!0N 0 1 R BLK. TEMP / PRE!!. 146.2 F/ 17.63 PSIA LET DOWN ROW DUT OF RCf 0.H GPM BLM. SPRAY R0W 6 CPM 0 GPM MAKEUPTANKLEVEL IH.00IN B3-PIA BI-PIB RBFANIOPERATION ON OFF ON SAFEifIYITEMI 1A IB IC HPI FLOW 6 GPM e GPM274.9476GPM275.4174GPM RBWATERLEVEL 90.3 IN 0.3 IN
~
(16A) (168) (16C) (160) IUMP FLOOD CF1 LEVEL / PRE!! l.94 FT/ 192.7 P3IG 2.01FT/192.6 FI!G WG ECAY TANK PR------------- 9 EIJURES PIIG20 Pf!G0 FI!G CFT-IA CF1-18 1A 14 iC LPI R0W 6 GPM 0 GPM 8 LED TANK LEVEL 60 240 I 40 % DH-V4A M-V4B RCB-TIA Til fic IN LEVEL 5.520453FT BWIILEVEL 50.41 FT EVAP COND. T W LEVEL 0 FT 3 FT DIEIELGEN. STATUS ITlY (1A) -- ITBY (IB) ilA Tilt AUXBLDG.JUMPLEVEL 22.99999% EMERG. FED R0W (GPM) 65.1791(A) 0 (B) At-73
- . . . . - _ - . ~ _ _ ~
ECC/ TIC / EOF /PTFC INFORMATION (PLANT STATUS-0PERAT10N3 LIE) gfXERCl!E WTE: THl! MTA 13 TYPICALLY IN TE SAME FORM A3 ON TE CRT, WERE IT !! NORMALLY I!!PLAYD.
- 1. REACTIYliY CONTR(L TIE 2955 T: 345
~
(CLOCKU ~~~~i!MIO) EUTRON RUX 3.7976 CF3 -10.5294 AMP 3 0 % IGRONCONCENTRAi!0N 59 PPM (NI-lLOGCOUNT) (NI-3LOGAMP) (NI-5POER) CO PC!! TION (28 ) 6 0 9 9 6 0 6.M 25.99 GDI.MW 0.M , (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!. COOLING RC3 A. LOF I. LOOP 1 SECOGARYPLANT A. LOOP 3. LOF
~ ~
TH(R) 375. F 341.2 F Oi!GLEVELMU 329 IN 344 IN l 1 TC(WR) 373..5F 373.5 F Oi3GLEVEL(0P) N I 85 I I RC ROW (LIMet) 0 E6 6 E6 Oi!GPREII. ( N .4 PIIG 201.3 P3!G I
~~ ~ ~
RCPRE3!aE 179.3 PIIG FED FLOW (LBM/2) 0.0 E6 0.0 E6 PRE 3!URIZERLEVEL 4H IN TELL TEF. 379.3 F 365.9 F , C00ENSATE TW LEYEL 9.67 FT 10.23 FT RCPUMPOPERAi!ON(ON) l MAIN C00ENIER PRE!!URE 29.9 IN % .
- - - - - - - - - i PRZR EATERS OPERABLE (YE!/NO) YE!
TRBIE BYPAIS VALVE PO!!T10N 0.9 % 0.6 I KGREE!SUB-COOLING (INCORE) 75.2 F 'A' 'B'
~
CONTAINMENT 5 HIGEIT CORE TERM 0 COUPLE 364 F CL CL CL CL PURGEVALVEPOSITION AH-VIA VtB VIC VfD WEUP R0W INTO RCS 0.0GPM CONTAINMENTH2CONCENTRAT10N 0 2 RBLM. TEMP / PRE!!. 146.8 F/ 17.33 P31A
- l LET DOWN R0W OUT OF RC3 9.90GPM BLE. IPRAY R0W 6 GPM e GPM W EUP T M LEVEL 100.00IN I!-PIA BI-PIB I RBFANIOPERAi!0N ON OFF ON i 3AFETYSTITEMI 14 it iC HPl FLOW 6 GPM 0 GPM276.8871GPM277.3462GPM RBUATERLEVEL 90.6 IN 0.6 IN
.. 4 (16A) (i69) (160) (160) SUMP FLOOD RAlWJTE JYITEM 2 CFTLEVEL/ PRE!! 6.83 FT/180.3 P31G 0.99FT/186.2 PSIG WG KCAY TANK PRE 33URE3 0 PIIG20 P31G0 P31G CFT1A CFT-IB 1A IB IC LP! FLOW 6 GPM 0 GPM BLED TANK LEVEL 60 240 140 I l DH-V4A DH-V4B RCB-TIA ilB ilC 1 WMW[fst 5.520453FT l BWITLEVEL 49.99 FT EVAPCOG.TANKLEVEL 0 FT 3 FT I DIE 3ELGEN. STATUS STBY (iA) STBY (18) ilA IIB AUXBLE.SUMPLEVEL 22.99999I l EMERG. FED FLOW (GFM) 0 (A) 0 (B)
Al - 74
- . . . - - . _ ~
fe, i i ECC/ TIC / EOF /PTFC IFMMTION (PUWT fiAilLf-OPERATIONS LIE) g fXERCISE CTE: THI! MTA 13 TYPICALLY IN TE SAE FORM AI ON TE CRT, MRE IT 13 NRMLLY )!!PLAYD.
- 1. EACT!(ITY CONTROL TIME 2664' is376 (CLOCK) (!CENAR10) .
EUTRON FLUX 3.4751 CPJ -19.5650 WS 9 ! 1 BORONCONCENTRATIDN 59 PPM (NI-ILOGCOLMT) (NI-3 LOG W ) (NI-5 POER) CRO PO!! TION (ZW) 0 0 0 0 0 0 0.H 25.90 GEN.NW 0.H (GP1) (GP2s (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) II. C0(LING RCS A. LOOP I. LOOP SECOGARYPLANT A. LOOP l. LOOP TH(R) 366.2 F 334.9 F OffG LEVEL (WR) 336 IN 334 IN , TC (R) 362.5 F 362.5 F OTIGLEVEL(DP) 82 ! 81 ! RC FLOW (LM/R) e E6 4 E6 OTSGPRE!!. 164.1 P!!G 197.6 PJIG RCPEt!URE 162.9 P31G FED FLOW (LM/HR) 6.6 E6_ 0.0 E6 PE!!E!ZERLEVEL 4H IN TELL TEMP. 372.4 F 385.7 F C00ENIATETANKLEVEL RC PUF OPERATION (ON) 360FT 10.15 FT NAIN CONENIER PRE!!URE INHG PRZR EATERS OPERAILE (YE!/N0) YES 23 9 TURBINEBYPA33VALVEP031T!0N 0.0 2
~~
0.6 2 EGEESIUS-COOLING (INCORE) 62.3 F 'A' 'B' CONTA!2ENT , 5 HIGEIT CORE TERN 0000PLE 316 F CL CL CL CL PURGEVALVEPO!!i!DM AH-VIA VII VIC VI) MAKEUPFLOWINTORCS 0
. _.0 GPM CONTAlWENTH2 CONCENTRATION 0 I RBL)G.TE)P/PREII. 164.3 F/ 18.58---PIIA LETDOWNFLOWOUTOFRC3 0.H GPM BL)G.SPRAYFLOW 9 GPM 0 GPM MKEUP IANK LEVEL IM.H IN BJ-PIA BI-PIB RBFANSOPERATION ON OFF ON JAFETT ITITEfLT IA IB IC 191 FLOW 0 GPM 0 GPM265.8988GPM266.4344GPM RBWATERLEVEL 90.8 IN 0.8 IN (16A) (168) (160) (16D) SUF FLOOD RANAITE!YTTEM I' CFTLEVEL/ PRE 33 0. H FT/ 172.7 FIIG 0.Hri/172.7p31G l .. .. ...
WGDECAYTANKPRE!!URES 0 Pl!G20 P31G0 P!!G CFT-1A l CFT-1B 1A IB IC LPIFLOW 6 GPM 927.9065GPM BLEEDTANKLEVEL 60 140 1 46 I Til M-V4A DH-V4B RCB-TIA ilt !- WMWLEVEL 5.520453FT I MIT LEVEL 49.33 FT l EY4P CO@. TANK LEVEL 0 FT 3 FT DIEIELGEN.STATUI ITBY (IA) ITBY (IB) -- TIA TIB AUXIOG.IUMPLEVEL 22 99999 % EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al - 75 l l. t
ECC/TSC/ EOF #TFC INFORMA110W (PLANT STATUS-0PERATIONI LINE) g p ERCISE NOTE: id!! DATA !! TYPICALLY IN THE SAME FORM Al ON THE CRT, WHERE IT 13 NORMALLY BISPLAYD. 1.REACTIVITYCONTROL IINE 2065 is375 (CLOCK) (!CDIARIO) NEUTRON FLUX 3.2820 CP3 -10.5833 AMP 3 0 BORONCONCENTRAi!0N 59 PPM (NI1LOGCOUNT) (NI3LOGAMP) (NI5 POWER) CRDPOSITION(18) 0 0 0 0 0 0 0.H 25.90 GEN.MW 0.H (GP1) (GP2) (GP3) (GP4) (GP5) (GP 6) (GP7) (GP8) l RC3 A. LOOP B. LOOP IECOCARYPLANT A. LOOP B. LOOP l TH(R) 295.4 F 295.4 F OT3GLEVEL(WR) 361 IN 340 IN TC (R) 298.3 F 299.3 F Oi!GLEVEL(0P) 91 % 84 I RC ROW (LWR) 35 013GPRE3!. 95.4 P!1G 155.4 PSIG 35 E6
........6 E RCPRE!!WE 117.1 PSIG FED FLOW (LBM/HR) 0.0 E6 . .
0.0 E6 ... PRE 33URIZERLEVEL 206 IN SHELLTEMP.. 325.7 F 355.4 F C0CENIATE T W LEVEL 9.43 FT 10.01 FT
- - - - - - --~~~-
RCPUMPOPERATION(ON) B C MAIN CO@ENSER PRE!!URE 29.9 INHG PRZRHEATER3 OPERABLE (YE!/NO)YE! ilRBINE BYPA33 VALVE P03ITION 0.0 1 0.0 % [ KGREE3SUB-COOLING (INCORE) 52.4 F 'A' 'B' CONTAINMENT 5 HIGHEST CORE TERM 0C0lFLE 296 F CL CL PWGEVALVEPOSITION AHVIA VfB VC V1D WEUPFLOWINTORCI 0.0GPM CONTAINMENTH2 CONCENTRATION 0 1 RBLDG,TEMPRRE!!. 149.1 F/ 17.57 P3!A LETDOWNFLOW0U10FRC3 0.H GPM BLDG.SPRAYFLOW 0 GPM 0 GPM W EUP i m LEVEL 1H.00 IN BS-PIA BI-PIB RBFANSOPERATION ON OFF ON SAFETYSYSTEM3 1A il 10 HP! FLOW 9 GPM 0 GPM 275.4449 GFM 280.0686 GFM RBWATERLEVEL 91.1 IN 1.1 IN (16A) (168) (16C) (16D) SUMP FLOOD t CFTLEVEL/ PRE!! 9. H FT/ 129.7 PSIG 0.06FT/129.7P3!G WGDECAY------- TW PRE 0 35URESFIIG20 FIIG0 PSIG
- i. CFT-1A CFT-1B 1 1A 1B IC
! LPIFLOW 6 GPM 1975.452 GFM BLEEDTANKLEVEL 60 140 %40 % DH-V4A DH-Y4B RCB-11A TIB TIC WMWLEVEL 5.520453Fi BW!iLEVEL 47.54 FT EVAP CO@. T W LEVEL 0 FT 3 FT DIESELGEN.STATUI fiBT (IA) STBY (iB) TIA 11B l AUXBLDG.SUMPLEVEL 22.99999% l t L EMERG.FEEDFLOW(GFM) 0 (A) 89.1414(B) 1 l l Al-76 l'
E.C.C./i!C/
.. .EOF /PTFC IF0Wi!0N (PL. ANT
. .- . ITATUI-0PERAi!ON! LIE..) ?lffbffERCISE E: THlf MIA !! TYPICALLY IN TE SAME FORM M ON TE CRT, WERE IT !! NOWLLT DISPLAYD. >
!. K ACTIVITY CONTROL I!NE ,2070 _
is380 (CLOCK) (ICENARIO) EUTRON FLUX 3.1297 CP3 -10.5974 WS 0 % DORONCONCENTRATION 59 PPM (NI-lLOGCOWT) (N!-3 LOG W ) (NI5POER) CROPO!! TION (!WD) 0 0 0 0 0 0 0.H 25.90 GEN. M . 6.H (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) >
!!. COOLING RCS A. LOOP l. LOOP SECONMRY PLANT A. LOOP 8. LOOP TN(R) 282.0 F 282.0 F OTIGLEVEL(B) 399 IN 332 IN it (E) 282.0 F 282.0 F Oi!GLEEL(DP) IN I 61 2
.RC ROW (LM/HR) 37 E6 37 E6 OTIGPRE!!. 101.3 Pl!G 134.4 PSIG
~
RCPREf3URE 162.2 PSIG FED R0W (LM/HR) 0.0 E6 0.0 E6 PRE!!URIZERLEVEL 4H IN SELL TEMP. 309.4 F 337.2 F CONE N! ATE T M LEVEL 9.34 FT 9.92 FT RC P(W OPERATION (ON) P C MAINCONDENIERPRE!!URE 29.9 INHG PRZR EATERS OPERAki (YE3/N0) TES TURBINE BYPA33 VALVE Paili!ON 0.0 %
~
0.0 % XGREE! SUB-COOLING (INCOPE) 89,' s F 'A' 'l' CONTAINMENT 5HIGHESTCORETHERMDCOUPLE 28; F -- - CL CL CL CL P(EE VALVE PO!!i!0N AH-YlA Vll VIC Vip WEUP R0W INTO RCS 0; a CONTAINMENTH2 CONCENTRATION 0 % i RBLN.TEF/ PRE!!. 140.5 F/ 16.85 PIIA LET DOWN R0W OUT OF RCS 0.5 BLN.SPRATFLOW 9 GPM 0 GPM MAKEUP T M LEVEL IM.00IN BI-PtA BI-PIB R8 FAN 3 OPERATION ON OFF ON JAFETV ST! TEM 1A 18 it HPI FLOW 9 GPM 0 GPM266.7555GPM271.2095GPM RBWATERLEVEL 91.3 IN 1.3 IN i (16A) (168) (16C) (160) ItPP FLOOD 1 RANASTEITITEM l CFTLEVEL/ PRESS 6.00 FT/ 130.5 F3!G 0.00FT/130.5PSIG --- WGDECAYTANKPRE3IURE3 0 PSIG20 P31G0 FI!G I CFT-1A CFT-1B 1A it iC L?IFLOW 6 GPM 0.0303580GPM BLI D T M LEVEL 60 I 40 1 40 I M-V4A M-V4B RCB-TIA ill itC MWLEVEL 5.520453FT WITLEYEL 46.07 FT l 1 EVAP COND. T M LEVEL 0 FT 3 . FT DIEIELGEN. STATUS STBf (IA) ITBY (IB) itA il8 AUX PLM JUMP LEVEL 22.99999% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al - 77
l I 1 ECC/TTC/ EOF /PTFC INFIhtMATION (PLANT ITATUI-OPERAi!DN! t!NE) XERCl!E I i l NOTE: THl! HTA !! TYPICALLY IN TE SAhE FORM A! ON hE CRT MRE li !! NORMALLY Dl! PLAYED. l 1.REACTIVITYCONTROL TIE 2075 is 385 J (CLOCK) (!CEMRIO) EUTRON RUX 3.2644 CPI -10.5850 AMP 3 0 I 9510NCONCENTRATION 59 PPM q (NI-tLOGCOUNT) lNI-3LOGAMP) (NI5POER) CRDPOSITION(!WD) 0 6 6 0 0 0 0.M 25.90 GEN.MW 6.H (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!. COOLING RCS A. LO(P B. LOOP IECONDARYPLANT A. LOOP B. LOOP TH(R) 200.6 F 290.5 F Oi!GLEVEL(R) 451 IN 344 IN TC (R) 282.0 F OTIGLEVEL(0P) iM 1 84 %
282. 6_F .. . RC R0W (LM/R) 35 E6 35 E6 OT!GPREIS. 96.9 PflG 127.4 FI!G RCPREISWE 195.8 FI!G FEED R0W (LM/R) 6.6 E6 0.6 E6 PREJ3WIZERLEVEL 4M IN 3 ELL TEF. 287.5 F 332.6 F CONKNJATEiANKLEVEL 9.30 Fi 9.83 FT RCPUMPOPERATION(ON) . B C l MIN CONKNIER PREffURE 29.9 INHG PRZR EATER 3 OPERABLE (YE!/WD) YE! TURBIE BYPA!! VALVE POSITION 0.0 % 0.4 1 KGREEJSUB-COOLING (!NCORE) 64.6 F 'A' 'B' CONTAINENT 5 HIGEIT CORE TERM 0C0lPLE 281 F CL CL CL PURGEVALVEPO!!T10N AH-VIA VI) VIC VD WEUPFLOWINTORC3 0.0GPM CONTAINMENTH2 CONCENTRATION 0 R BLDG TEMP / PRE!!. 169.6 F/ 15.98 PIIA l LET DOWN R0W OUT OF RCI 4.H GPM l BLDG. IPRAY R0W 6 GPM 0 GPM l MAKEUPTANKLEVEL IH.H IN BI-PIA B3-PIB RBFAN3 OPERATION ON OFF ON
'IAFETYSYTTEMS A 1B 1C l
i HP! R0W 6 GPM 0 GPM0 GPM0 GPM. RB WATER LEVEL 9 .8 IN 1.8 IN (16A) (168) (160) (16D) SUMP FLOOD
,y l CFTLEVEL/ PRESS 6. H FT/ 126.2 P31G 0.HFi/126.2 P3!G WG K CAY TANK PRESIURES 9 PIIG20 P31G 0 P!!G l CFT-1A CFT1B
, IA 19 1C LP! R0W 6 GPM 3105.074GFM BLEEDTANKLEVEL 60 I 44 40 % l _ l BH-V4A DH-V4B RCB-TIA Til itC 1 WMWLEVEL 5.520453FT
---- - t BWITLEVEL 45.85 FT EVAP COND. T M LEVEL 6 FT 3 FT DIEIELGEN.ITATUS ITBY (IA) STBY (13) TIA ill AUXBLDG.IUMPLEVEL 22.99999%
EMERG. FEED R0W (GPM) 0 (A) 0 (B) Al - 78 i I
l ECC/T!C/EgTFC INFORMiiDN (PLANT STATU!-0PERATION! LIE) _ g XERCIIE NOTE: THl! DATA !! TYPICALLY IN THE SANE FORM A3 DN TE CRT, WNERE li !! NORMALLY DI! PLAYED.
- 1. E..A.CTIVliT. . C.O.NTROL TIE .2000 . .is 390.
(CLOCK) (SCOWt10) EUTRON FLUX 3.2055 CPI -10.5901 ANP!
~
0 ! BORONCONCENTRAil0N 59 PPM (NI-ILOGCOUNT) (N!-3LOGAMP) (N!5POER) -- CR0P03!!!0N(!@) 0 0 0 0 0 0 0.M 25.90 GEN. W 0.H (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) II. COOLING RCS A. LOOP 3. LOOP 3ECONDARYPLANT A. LOOP 3. LOOP , L 1 (R) 273.2 F 272.9 F Oi!GLEVEL(R) 452 IN 323 IN TC(R) 275.8 F 275.8 F Oi!GLEVEL(0P) IN I 78 I RC FLOW (LM/2) 6 E6 OT3GPRE!!. 91.6 Pi!G 110.6 FIIG 5......E6 . . RC PRE! E 108.2 PIIG FEED ROW (LM/2) 0.0 ..E6 .. 0.0 E6 PRE 33URIZERLEVEL 400 IN MLL TEF. 282.1 F 319.7 F COODLtATETANKLEVEL 9.23 FT 9.74 Fi RCPUMPOPERAi!DN(0N) - MIN C00ENfER PRESIRE 29.9 INHG ', PRZR EATER 3 OPERABLE (TE!/NO) YES - - - - - - - - TRBINEBTPA!!VALVEPOSITION 0.0 2 0.0 I EGREEJTul-COOLING (INCORE) 71.9 F 'A' 'B' , CONTAINENT 5 HIGEfi CORE TERM 0 COUPLE 271 F CL CL CL CL PURGEVALVEPO!! TION AN-VIA ViB VIC VID ' .t 'H MAKEUPFLOWINTORCS 6.0GPM CONTAINNENTH2 CONCENTRATION 0 I RBLDG. TEMP / PRE!!. 129.9 F/ 15.93 P!!A LETDOWNFLOWOUTOFRCI 13.57GPM BLDG.IPRAYFLOW 6 GPM 0 GPM MAKEUPIANKLEVEL 83.70IN BI-PIA B3-PIB l RBFANIOPERATION ON OFF ON e IAFETY3ffiEMI 1A 1 it . HP! FLOW 6 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 92.0 IN 20 IN (16A) (168) (160) (16D) IUMP FLOOD CFiLEVEL/TREII 0.H FT/118.6 PI!G 0.00FT/118.7P3!G --------- WG ECAT TANK PREftVRE3 0 PI!G20 FSIG0 PSIG CFTIA CFT-1B 1A 1B IC LP! FLOW 6 GPM 3049.578GPM ILEEDTANKLEVEL 60 2 40 I40 2 DH-V4A W-Y48 RCB-IIA Til IIC WMWLEVEL 5.520453FT l BWITLEVEL 45.81 FT EVAP CO@ . TANK LEVEL 0 FT 3.. ... . FT I DIEIELGEN. STATUS fiBY (IA) ITBf (IB) TIA ill l AUXBLDG.SUMPLEVEL 22.99999% l ENERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al - 79 l l t
1 L ECC/ TIC / EOF /PTFC lt(RETION (PLMT STAitki-0PSAi!0NS LIE) g fxERCISE i i NOTE: THIS MTA 13 TYPICALLY IN TE JAME FORM A3 ON THE CRT. ERE li !! NORMLLY D13PLAYD.
- 1. KACTIVITY CONTROL TIME 2005 1:395 (CLOCK) (3CENAR10)
'EUTRON RUX 3.0093 0 I CP3 - -10.5982 _ ,At3 _____ BORM CMihi!N 59 PPM ;
(N1-1LOGCOUKT) (N13LOGAMP) (NI-5 POER) CRDP031T10N(IWD) 0 0 0 0 0 0 0.H 25.M GEW.NW 0.00 (GPl) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) II' IECONMRT PLMT A. LOOP B. LOOP RCS A. LOOP B. LOOP 1 TH(W) 271.3 F 272.1 F OTIG LDEL (R) 4N IN 317 IN j TC(m) 271.1 F 271.1 F OTIGLEVEL(OP) IN I 76 2 RC R0W (LBM/E) 0 E6 0 E6 013G PE!!. 92.0 PSIG 101.6 P31G RCPE33URE 101.0 PSIG FEED R0W (LBM/HR) 0.0 E6 0.0 E6 PRE 33URIZERLEVEL 4H IN SELL TEMP. 277.1 ,J 312.9 F CONENIATE TAE LEVEL 9.16 FT 9.65 FT RCPtmPOPERATION(ON) MIN CONENIER PRE!!URE 29.9 INHG PRZR E ATER3 OPERABLE (YE3/N0) YES
- - - TURBINEBYPA33VALVEP031110N 0.0 % 0.0 %
KGREE3$UB-COOLING (INCORE) 78.2 F 'A' 'B' 5 HIGHLIT CORE TTRM0 COUPLE 264 F m 7g, ,Cy C}, C} Cy MAKEUP R0W INTO RC3 0.0GPM CONTAINENT H2 CONCENTRATION 0 % RBLK. TEMP / PRE!!. 117.0 F/ 15.68 FI!A LET DOWN FLOW DUT OF RC3 38.46GPM BLK.IPRAYFLOW 0 GPM 0 GPM MAKELF TANK LEVEL 83.01 IN 85-PIA B3-PIB
- ~. RB FMI OPERAi!0N ON OFF ON
~
1A 1B 1C 91 R0W 6 GPM 0 GPM0 GPM0 GPM RB WATER LEVEL 92.1 IN 2.1 IN (16A) (16B) (160) (163) IIMP ROOD g CFTLEVEL/ PRE!! 6. M FT/ 109.6 P31G 0.MFT/109.6PSIG ' WG MCAY TANK PRE!!URE3 0 P31G20 PSIG6 PSI,. IA IB IC LPI R0W 9 GPM 3056.209GPM BLEED TMK LEVEL 60 I6 IH % pH.y4A DH.V4B RCB-TIA TIB TIC WMWLEVEL 5.520453fi W!iLEVEL 45.77 FT EVAP COND. TAM LEVEL 0 FT 3 FT DIESELGEN.STATU3 STBY (IA) ITBY (IB) ilA Til AUX BLK . SUMP LEVEL 22.99999% EMERG. FEED R0W (GPM) 0 (A) 0 (B) Al - 80
.a ECC/TSC/E0F/PTFC INFORMTION (PLMT ITATU3-OPERAi!DNS LIE) g p ERCITE CTE: TN!! NTA !! TYPICALLY IN TE IAME FORM AS ON TE CR1, KRE li !! NORMALLY DIIPLAYED.
1.R.EACTIVITYCONTROL TIE 2090 k 460 i (CLOCK) (SEMRIO) EUTRON FLUX 3.0319 CPI -10.6019 At! 0 % B(RON CONCINTRAi!0N 59 PPM (NI-ILOGCOUNT) (NI-3LOGAMP) (NI-5POKR)- ; CR)PO!! TION (%8) 0 0 0 0' 0 0 0.M 25.90 GEN.MW 0.M -i (GP1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8) !
!!. COOLING RCf A. LOOP ). LOOP JECONMRY PLMT A. LOOP 8, LO(P <
TH(R) 266.5 F 267.W F OTIG LEVEL (R) 491 .IN 305 IN - l TC(R) 265.G F 265.8 F Oi!GLEVEL(0P) IM 1 72 I RC R0W (LDl/R) 0 E6 0 E6 OT3GPRFJf. 87.7P!!G 88.5PflG RC PREI N 94.4 PSIG FED R0W (LM/R) 0.0 E6 0.0 E6 PREI M ZER LEVEL 4M IN SELL TEMP. 271.6 F 303.3 F CONKNJATE TANK LEVEL 9.10 FT 9.57 FT RCPUMPOPERAi!0N(ON) - - - - - - - -- -- MIN CONKNSER PREIJURE 29.9 INHG PRZR EATER! OPERABLE (YI!/NO) TES TlRBINE BYPA!! VALVE POSITION 0.0 % 0.0 2 KGREEJSUI-COOLING (INCORE) 84.0 F 'A' 'B' CONTAIENT l 5 HIGEIT CORE TERMDCOLFLE 251 F CL CL CL CL PURGEVALVEPO!! TION AH-VIA Vil VIC Vip MKEUP R0W INTO RC3 0.0 GPM CONTAINMENTH2 CONCENTRATION 0 2 RBLDG. TEMP / PRE!!. 94.3 F/ 15.57 PflA LET D0R R0W Olfi 0F RC3 55.94GPM
------ BLDG. IFRAY FLO;.' 0 GPM 0 GPM MAKEUPTANKLEVEL 63.86IN B3-PIA BI-PIB RBFAN3 OPERATION ON OFF ON 3AFETT!TITEN!
iA iB IC HPI FLOW 6 GPM 0 GPM0 GPM0 GPM RBWATERLEVEL 92.4 IN 2.4 IN (16A) (163) (160) (16D) IUMP FLOOD RA W TE JYSTEM CFTLEVEL/FRE!! G.H FT/ 99.7 PI!G 0. M FT/ 99.7 PIIG --- WG KCAY-------TANK PREJIUREI 0 PflG20 P!!G0 PI!G l CFT-IA CFT-IB 1A 18 10 LPIFLOW 6 GPM 3637.441GPM BLEEDTANKLEVEL 60 1 40 I 40 2 W-V4A DHV4B RCBTIA ill flC WMWLEVEL 5.520453FT BWIILEVEL 45.74 FT EVAP C00. TANK LEVEL 6 FT 3 FT DIEJELGEN.STATUI fiBY (iA) --- JTBf f.B) TIA TIB AUXBLDG.SUMPLEVEL 22.99999%
'EMERG. FED FLOW (GFM) 8 (A) 0 (B)
Al-81 l l l
._. __. _ __. ~ _ - . . _ _ . . _ _ _ . . . _ _ _ _ _ _ , . _ . _ _ . , _ . _ _ _ _ _ _ . - _____
XERCl!E ECCITIC/ EOF . /PT.FC IFORET10N (PLMi ITATUS-0PERAi!0N! LIE)
. i NOTE: Till! MTA !! TTP!CALLT IN TE SAME FORM A! ON TE CRT, WERE IT !! NORMLLT ll3 PLAYED.
I. REACTIVITT CONTROL TIE 2995 T:405 (CLOCK) (!CENAR10) EUTRON FLUX 2.9744 CPI -10.6455 WS 9 !
- -- - - ---- BORONCONCENTRAi!ON 59 PPM (NI l LOG COWT) (N!-3 LOG W ) (.11-5 POER)
CRD PO!! TION (18) 0 0 0 0 6 6 4.H 25.90 GEN. W 0.H (EP1) (GP 2) (GP3) (GP4) (GP 5) (GP6) (GP7) (GP8)
- 11. COOLING RCI A. LOOP 3. LOOP 3EC06ARY PLMT A. LOOP B. LOOP
~
TH(R) 261.8 F 263.5 F Oi!GLEVEL(R) 543 IN 293 IN TC(R) 260.4 F 264.4 F OT!GLEVEL(0P) IH I 68 2 RC FLOW (LM/HR) 9 E6 6 E6 OT!GPRE!!. 83.3FIIG 75.3P!!G RC PRE!!URE 87.9 PflG FED FLOW (LM/HR) , 0.0 E6 , 0.0 E6 PRE!!URIZERLEVEL 469 IN IELL TEMP. 266.2 F 293.7 F CONENIATE i m LEVEL 9.03 FT , 9.48 FT RCPWPOPERATION(ON) MIN CONENIER PRE 3fURE 29.9 INHG PRZR EATER 3 QPERABLE (YE3/N0) YE3
------- TURl!NEBYPA!!VALVEPOSITION 0.9 I 0.0 I KGRE!!Sul-COOLING (INCORE) 89.7 F 'A' 'B' CONTAINMENT
----- CL CL CL CL 5 HIGEST CORE THERM 0 COUPLE 241 F PRGEVALVEPO!!T10M M-VIA VfB VIC VfD MKEUP R0W INTO RCI 9.0GPM CONTAINENT H2 CONCENTRATION 6 I R BL)G. TDF/ PRE!!. 71.5 F/ 15.46 P31A LETDOWNFLOWOUTOFRC3 73.43GPM itK. :Pui rtw e GPM 0 GPM MKEUP TANK LEVEL 44.71IN B3-PIA l!-PIB
- - - - - - - RBFANIOPERAi!0N ON OFF ON 34FETTSTITEMS A 10 191 FLOW 0 GPM 0 GPM0 GPM0 GPM RBWATERLEYEL .6 IN .6 IN (16A) (168) (160) (16)) IUMP FLOOD CFTLEVEL/ PRE!! 9.H FT/ 89.9 FI!G 0.HFT/ 89.9 PSIG WG ECAT TANK PRES!URE! O P!!G20 PI!G0 FI!G CFT-lA CFT-1B IA 18 1C LP! FLOW 6 GPM 3018.673GPM BLEEDTANKLEVEL 64 I40 .
140 M-V4A M-V4B RCI-TIA TIB Tit WNWLEVEL 5.520453FT BWIILEVEL 45.70 FT EVAPCOND.TANKLEVEL 0 FT 3 FT DIESELGEN. STATUS ITBY (IA) !TBY (18) TIA ilB AUXBLE.SUMPLEYEL 22.999991 EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) Al - 82
b } ECC/ TIC / EOF /PTFC !!!FMMATION (PLMT STA!UI-0PiRAil0NI LINE) g XERCIIE NOTE:' THl! MTA !! TYPICALLY IN TE 3AE FORM A! ON TE CRT, WERE IT !! NORMALLY Dl! PLAYED. ,
'l.REACTIVITYCONTRE. TIE 2109
-- . . is 416 NEUTRON FLUX 2.9170 CPI -16.6691 AMP 3 6 Z BSONCONCENTRATION $9 PPM (N!lLOGCOUNT) (N!3LOGANP) (NI-5 POWER) -------
CR8 POSITION (IB) 6 6 6 6 0 0 9.H 25.99 - G3. MW 6.H (GP1) (GP2) (GP3) GP 4) (GP5) (GP6) (GP7) (GP8) II. COOLING RC3 A. LOOP B. LOOP SEC00ARYPLANT A. LOOP B. LOOP TH(R) i 515.. IN. 282 IN 257 0F 259.1 F OT!GLEVEL(R) TC (R) 255.1 F 255.1 F OTSGLEVEL(0P) IM
! 64 %
RC R0W (LBPAR) 6 E6 6 E6 OftGPRE!!. 79.6PJIG 62.2PJIG RC PREI3tRE 81.3 PJIG FEU R0W (LM/R) 6.6 E6 0.0 E6 . PRE 3IRIZER LEVEL 4M IN 3 ELL TEF. 266.7 F 284.1 F CON KNIATE T M LEVEL 8.96 FT 9.39 FT RCPUMPOPERAi!0N(ON) MAIN CONKNIER PRESIURE 29.9 INHG PRZR EATEK! OPERABLE (YE3/N0) YE3 ilRBINE BYPA!! VALVE P03!i10N 0.9 1 0.6 I KGREEJ SUB-COOLING (INCORE) 95.5 F 'A' 'It' CONTA!NENT 5 HIGEIT CORE TERM 0 COUPLE 23I F CL CL CL PURGEVALVEPO!! TION AH-VIA YlB VIC D WEUPFLOWINTORCS 0.0GPM CONTAINMENTH2 CONCENTRATION 6 I RBLDC. TEMP / PRE!!. 48.8 F/ 15.36 P31A LET DOWN R0W OUT OF RCS 96.91GPM BLDG.IPRAYFLOW 9 GPM 0 GPM t W EUP i M LEVEL 25.56IN BI-FIA BI-PIB RB FMI OPERAT10N ON OFF ON IAFETYIY!TEMI -
.-- lA B IC HP! R0W 6 GPM 0 GPM6 CPM 6 GPM RBWATERLEVEL 92.8 IN .8 !N (16A) (16B) (160) (169) IUMP FLOOD CFTLEVEL/ PRE!! 6.H FT/ B6.9 P31G 0.66FT/ 80.9 PSIG - - - - - - - - - - - -
WG K CAY T M PREIJURES 0 FIIG20 FIIG0 PflG CFT1A CFT-IB i lA IB IC LPI R0W 6 GPM 2999.906GPM BLEED T W LEVEL 60 140 2 46 % DH-V4A M-V48 RCl-flA ill ilC IMW LEVEL 5.520453Fi BWITLEVEL 45.66 FT EVAP C00 . T W LEVEL 0 FT 3 FT I DIEIELGEN. STATUS STBY (IA) JTBY (IB) ilA ilB AUXBLDG.IUMPLEVEL 22.99999% EMERG.FEEDFLOW(GPM) 0 (A) 0 (B) L Al - 83 1 1 1 i l 1 1 !~ l' 1 _ _ _ _ - _ _ . _ _ .
ECC/i3C/EDF/PTFCINFORMATION(PLANTfiATU3-0PERATION!LINE) g KERCl!E kiE: THl! DATA !! TYPICALLY IN TE !AME FORM A3 ON TE CRT, WERE li !! NORMALLY Dl! PLAYED. 1.RE_ACTIVIffCONTROL TIE 2105 __, is 415_ , (CLOCK) (!CDIARIO) CP! -10.6120 ANP! 0 1 EUTRON RUX 2.1710 Im 59 m (NI-ILOGCOUNT) (N1-3LOGAMP) (N!-5 POER) CRD PO!!T! W ( ND) 0 0 0 0 0 0 0.H 25.90 GEN.MW 0.H (GF1) (GP2) (GP3) (GP4) (GP5) (GP6) (GP7) (GP8)
!!.C00 LING '
RCS A. LOOP B. LOOP 3ECONDARYPLANT A. LOOP B. LOOP TH(E) 253.2 F 255.7 F Oi!GLEVEL(WR) 524 IN 272 IN TC(R) 250.8 F 250.8 F Oi!GLEVEL(0P) IN 1 60 1 RC R0W (limit) 0 E6 0 E6 OT3GPRE33. 75.5Pl!G 51.7P!!G RC PRE 33tRE 76 1 P3!G FEED FLOW (LM/HR) 0.0 E6. -60.0 E . PRE 33lRIZER LEVEL 4H IN SELL TEMP. 256.4 F 2765...F .. COMENIATETANKLEVEL 8.91 FT 9.32 FT RCPUNPOPERATION(0N) MAINCONENSERPREISURE 29.9 INHG PRZRHEATER3 OPERABLE (YE3/N0)YE3 ilRBINE BYPAIS VALVE P0fli!DN 0.0 1 0.0 % KGREE!JUB-000LINGIINCORE) IM.1 F 'A' 'B'
---- - -- CONTAINNENT
- - CL CL CL CL 5 HIGEIT C(RE TERNOC0lPLE 223 F
- - - - - - - - - PURGEVALVEP031T10N AH-VIA VlB VIC --
VlD MAKEUP R0W INTO RC3 0 CONTAINMENTH2CONCENTRAT10N 0 I _ .0 GPM _ RBLDG. TEMP / PRE!!. ,30.6 F/ 15.27 P!!A LET DOWN R0W OUT OF RCI IM.9GPM
-------- BLDG.IPRAYFLOW 6 GPM 0 GPM MAKEUPTANKLEVEL 10.24IN 83-PIA BNil RBFANSOPERAT10N ON OFF ON JAFETY!Y!iEMI lA 18 1C HPI FLOW 9 GPM 0 GPM0 GPMe GPM RBWATERLEVEL ,
93.0 IN 3.0 IN (164) (168) (160) (163) SUNP ROCD RANASTE31 ITEM CFTLEVEL/ PRE!! 6.H FT/ 72.1 P!!G 0.00FT/ 72.1 PSIG WGD-- ECAY IANK PREISUREI 6 P31G20 Pf!G0 PSIG CFT-1A CFT-il 1A il IC LPIFLOW 6 GPM 2984.892GFM BLEEDTANKLEVEL 60 IN I40 I , DHV4A DH-V4B RCB-TIA ill ilC WNWLEVEL 5.520453Fi BWIILEVEL 45.63 FT EVAPCON).TANKLEVEL 0 Fi 3 FT DIESELGEN.ITATUS ITBY (iA) STBY (19) TiA ill AUXBLDG.SUMPLEVEL 22.99999I EMERG.FEEDFLOW(GFM) 0 (A) 0 (t) Al-64
l ECC/i!C/ EOF /PTFC !ERNAi!ON (PLANT fiATU3-0PERAi!ON! LIE) AlttX EERCl!E ff/f7789 NOTE: TH!! DATA !! iTP!CALLY IN TE JAME FORM A! ON TE CRT, WHERE li !! NORM 4lif plSPLAYD.
. L EACTIVITY CONTROL TINE 2110 is420 (CLOCK) (ICENARIO)
ElliRON FLUK 2.8710 CPI W
-10.61.._20. _ ..$
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