ML20043A219
| ML20043A219 | |
| Person / Time | |
|---|---|
| Site: | Point Beach  |
| Issue date: | 03/14/1990 |
| From: | WISCONSIN ELECTRIC POWER CO. |
| To: | |
| Shared Package | |
| ML19298E042 | List: |
| References | |
| NUDOCS 9005210017 | |
| Download: ML20043A219 (673) | |
Text
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6 POINT BEACH NUCLEAR PLANT EMERGENCY PLAN EXERCISE. MARCH 14, 1990 , a O h 4 i r
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l 1 l l I i l EP EXERCISE 1990 , CONTENTS
1.0 INTRODUCTION
2.0 PARTICIPATING ORGANIZATIONS 3.0 OBJECTIVES / EVALUATION 3.1 Wisconsin Electric Power Company l_ f , 3.2 State of Wisconsin- l l ; 3.3 Kewaunee County ,; 3.4 Manitowoc County [ 3.5 Evaluation i 4.0 EXERCISE SCOPE 5.0 INITIAL CONDITIONS -_ ; 6.0 TIME SCHEDULE OF SIMULATED EVENTS l 7.0 DETAILED SCENARIO EVENTS WITH CUE AND CONTINGENCY CARDS - 8.0 PUBLIC INFORMATION 9.0 DRILL DATA BASE , l 9.1 Plant Parameters - Digital , 9.1.1 Plant Parameter Display (PPD) . 5 9.1.2 Plant Process Computer System (PPCS)-- ' 9.2 Plant & Meteorological Parameters - Analogue , 9.3 Radiological Monitoring System 9.3.1 RMS Simulation Data-(IBH-PC) 9.3.2 Analogue 9.4 In-Plant Radiological Conditions 9.5 Offsite Environmental Survey Data 9.6 Chemistry Sample Results 9.6.1 Controller Information ; 9.6.2 Containment Atmosphere - PASS 9.6.3 Reactor Coolant - PASS 9.6.4 Containment Sump Isotopic Data - 9.6.5 S.condary Coolant Isotopic Data , 9.6.6 Offsite Airborne Isotopic Data 10.0 SAMPLE OFFSITE DOSE PROJECTIONS - MAD [ 11.0 INDEX OF CUE AND CONTINGENCY CARDS h 12.0 EXERCISE TELEPHONE DIRECTORY ; i 13.0 STATE OF WISCONSIN SCENARIO F P n.,. _ .,,e. ,, ,,_--.,--.--e.,-, -- , ,--.. , _-___ _
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l' ? l ' I i EP EXERCISE 1990 - Section 1 ! ( : k 4
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1.0 INTRODUCTION
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EP EXERCISE 1990' i Section 1 POINT BEACH NUCLEAR PLANT 3 EMERGENCY PLAN EXERCISE: > MARCH 14, 1990 l l i
1.0 INTRODUCTION
t t- 1.1 This is a " full participation" exercise for Wisconsin Electric l l Power Company. It will require a full activation of human and l physical resources which are predesignated components of the. Point. i Beach Nuclear Plant Emergency Response Plan. l, 1.2 This is a " full participation" exercise for Manitowoc County and Kewaunee County. They will exercise their radiological emergency : response plans to the extent required to satisfy exercise objectives. l*! 1.3 This is a " partial participation" exercise for the State of f Wisconsin. The Division of Emergency Government will simulate the ; participation of other state agencies. 1.4 The exercise will last from 7 to 10' hours during daylight hours, o i 4 l Page 1
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1 r EP EXERCISE 1990 ! Section 2 NAMES AND . TELEPHONE NUMBERS DELETED ; l 6 9 3 Y 2.0 PARTICIPATING ORGANIZATIONS e O Review , y F s
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i EP EXERCISE 1990 Section 2 2.0 PARTICIPATING ORGANIZATIONS i Wisconsin Electric Power Company
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2.1 ! 2.1.1 Nuclear Power Department l 2.1.2 Communications Department 2.1.3 Other departments as required 2.2 State of Wisconsin i 2.2.1 Division of Emergency Government The state's Division of Emergency Government will participate in the exercise by activating the State Emergency Operations . Center and establishing communications links with the affected counties and the utility in support of a simulated event at PBNP. ; 2.2.2 Department of Health and Social Services The state's Department of Health and Social Services will actively participate in the exercise by activating personnel and equipment, as necessary, to assess the impact to the public, and to offsite areas, in support of a simulated event at PBNP. 2.3 Kewaunee County 2.3.1 Sheriff's Department The Sheriff's Department will actively participate in the exercise to provide support, as required, during a simulated event at PBNP. 2.3.2 Emergency Operations Center (EOC) Kewaunee County Division of Emergency Government will participate in the exercise by fully activating facilities and personnel, as required, in support of a sinulated event ' at PBNP. 2.4 Manitovoc County ; 2.4.1 Sheriff's Department The Sheriff's Department will actively participate in the
'Q exercise to provide support, as required, during a simulated event at PBNP.
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i i EP EXERCISE 1990 . Section 2 (Os_/ - ( ' 2.4.2 Emergency Operations Center (EOC) [ r Manitowoc County Division of Emergency Government will ; partic!;ste in the exercise by fully activating facilities , and personnel, as required, in support of a simulated event i at PBNP. 2.5 other Organizations ; Other organizations which may participate include, but are not !
- limited to, the _ following
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2.5.1 Wicconsin State Patrol , 2.5.2 United States National Weather Service 2.5.3 United States Coast Guard ; 2.5.4 United States Nuclear Regulatory Commission 2.5.5 Wisconsin Public Service Corporation f
' 2.5.6 Two Rivers Community Hospital 2.5.7 Mishicot Ambulance Service 2.5.8 Two Rivers Fire Department 3
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EP EXERCISE 1990 Section 3 j NAMES AND i IELEPHONE NUMBERS l
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l l 1 i EP EXERCISE 1990- i r'~ Section 3 ) l i 3.0 OBJECTIVES' 3.1 Wisconsin Electric Power Company i
'I 3.1.1 Control Room !
3.1.2 Technical Support Center l 3.1.3 Operations Support Center ! 3.1.4 Emergency Operation Facility l 3.1.5 Offsite Health Physics Facility- l l 3.1.5 Security i 3.1.7 Joint Public Information Center 3.2 State of Wisconsin i 1 4 3.3 Kewaunee County ( 3.4' Manitowoc County N 3.5 Evaluation - i i l l 1 i i l l . l
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h i I B EP EXERCISE 1990 Section 3 EMERGENCY PLAN OBJECTIVES - MARCH EXERCISE . 3.0 B O_BJECTIVES i 3.1 Wisconsin Electric Power Company ! 3.1.1 Control Room
- a. Demonstrate the ability of control room staff to correctly classify an emergency event using the EPIPs. -
- b. Demonstrate the ability to notify on-site personnel of emergency classifications using the plant Gai-tronics system. ;
- c. Demonstrate the ability to fully alert, mobilize.and ,
activate personnel for both facility and field-based ' emergency functions based upon specified emergency action levels. (This objective may be demonstrated from the TSC.)
- d. Demonstrate the ability to notify the State DEG and both -
(~ counties of event classification within 15 minutes using EPIP 2.1. (This objective may be demonstrated from the , TSC.)
- e. Demonstrate the ability to notify the NRC within one hour of event classification using EPIP 2.2. (This j objective may be demonstrated from the TSC.)
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- f. Demonstrate the ability to coordinate and control the flow of event related information from the control room to offsite authorities. >
- g. Demonstrate the ability to notify on-site personnel of an evacuation using the plant Gai-tronics and alarm system.
(This objective may, in part, be demonstrated from the TSC.) j h. Demonstrate the ability to perform: i 1. An evacuation of plant personnel to predesignated ! on-site assembly areas. (This objective may be demonstrated from the TSC.)
- 2. An evacuation of contractor personnel to the SBCC.
(This objective may be demonstrated from the TSC.) V Page 1 > l-
I I EP EXERCISE 1990 g- Section 3' i :
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- 3. Personnel accountability within about 30 minutes of i sounding a plant evacuation alarm. (This objective ,
may be demonstrated from the TSC.) , I NOTE: FOLLOWING COMPLETION OF PERSONNEL , ACCOUNTABILITY, CONTRACTORS AND PLANT , EMPLOYEES NOT DIRECTLY INVOLVED IN THE . EXERCISE WILL RETURN TO THEIR WORK STATIONS AND WILL BE CONSIDERED INVISIBLE TO THE , REMAINDER OF THE EXERCISE.
- 1. Demonstrate the ability of control room staff to provide-data in a timely fashion to the TSC.
- j. Demonstrate the ability to brief staff personnel on the i status of other emergency response facilities including the assumption of responsibilities.
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l t I EP EXERCISE 1990 < Section 3 r 3.1.2 Technical Support Center
- a. Demonstrate the ability to activate the TSC using the- (
EPIPs. '
- b. Demonstrate the ability to announce the activation of the TSC and the assumption of TSC responsibilities to '
appropriate personnel. ,
- c. Demonstrate the ability of TSC staff to correctly &
classify an emergency event using the EPIPs.
- d. Demonstrate the ability to notify on-site personnel of emergency classification using the plant Gai-tronics .
system, s ,
- e. Demonstrate the ability to conduct a plant evacuation to on-site assembly areas. (This objective may be .
demonstrated from the control room.)
- f. Demonstrate the ability to develop appropriate offsite A protective action recommendations using the EPIPs. (This objective may be demonstrated from the EOF.)
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- g. Demonstrate the ability to notify the State DEG and both counties of event classification within 15 minutes.
- h.
Demonstrate the ability to notify the NRC within one hour of event classification using EPIP 2.2. (This
- objective may be demonstrated frota the EOF.)
j i. Demonstrate the ability of the TSC staff to identify the source of a radiological release in a timely mannet. , j. Demonstrate the ability of the TSC staff to agressively pursue actions to terminate the release following its l identification. 1
- k. Demonstrate the ability to analyze a radiological sample ,
I having elevated iodine levels and to report the results , l to appropriate personnel. ,
- 1. Demonstrate the ability to promptly obtain a reactor containment atmosphere sample (PASS) and complete an analysis of_the-sample within three hours of the decision to obtain a sample.
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i i EP EXERCISE 1990 ! O Section 3 -
- m. Demonstrate the ability to maintain meteorological, plant >
and fission produ:t barrier status boards with current ; data (e.g., not more than 30 minutes old). .
- n. Demonstrate the ability to provide regular (e.g., hourly) i status reports to appropriate state and county agencies.- {
(This objective may be demonstrated from the EOF.) ; e
- o. Demonstrate the ability to provide regular (e.g., hourly [
status reports to the NRC. (This objective may be i demonstrated from the EOF.) ,
- p. Demonstrate the ability to assure contamination control 7 in the TSC.
- q. Demonstrate the ability of TSC personnel to maintain an :i emergency reentry team status board.
- r. Demonstrate the ability of TSC personnel to maintain the l personnel status board up-to-date.
- s. Demonstrate the ability of TSC staff to provide accurate
(' and timely information regarding plant and emergency 1 event status to the EOF. "
- t. Demonstrate the ability to monitor and control exposure of all persons assigned to the TSC. l
- u. Demonstrate the adequacy of facilities, equipment, i l displays and other materials _to support emergency operations.
v. Demonstrate the ability to brief staff personnel on the status of other emergency response facilities including ' the assumption of responsibilities,
- w. Demonstrate the ability to make appropriate protective action recommendations during an unmonitored release.
(May be demonstrated from the EOF.) l l 3.1.3 Operations Support Center ! e
- a. Demonstrate the ability to activate the OSC using EPIPs. l
- b. Demonstrate the ability to announce the activation of the j OSC and the assumption of the OSC resporisibilities to l- appropriate personnel. !
l C Demonstrate the ability to brief staff personnel on the l' c. L status of other emergency response facilities including the assumption of responsibilities. , Page 4 i
i I EP EXERCISE 1990' Section 3
- d. Demonstrate the ability to dispatch and control-in-plant reentry teams following the assumption of responsibilities :
by the OSC. i i
- e. Demonstrate the ability to assure contamination control in the OSC.
- f. Demonstrate the ability to organize, dispatch, and manage a damage assessment or repair ~ team in accordance with the EPIPs. ,
- g. Demonstrate the ability of OSC personnel to maintain an I emergency reentry team status board.
- h. Demonstrate the ability to monitor and control exposure of all persons assigned to the OSC. ,
- i. Demonstrate the ability of personnel using radios to communicate effectively. 4
- j. Demonstrate the ability and resources necessary to.- i properly outfit reentry teams with protective clothing O
5 k. based upon anticipated environmental conditions. Demonstrate the ability of OSC staff to keep dispatched l. teams informed of changes in plant status.
- 1. Demonstrate the ability of the Health Physics director to -
direct on-site radiological monitoring teams.
- m. Demonstrate the use of respiratory protection equipment -
and associated consnunications equipment to support emergency response efforts,
- n. Demonstrate the ability of supervisory staff (HP &
chemistry) to keep the OSD informed of significant , findings and/or events. 3.1.4 Emergency Operations Facility
- a. Demonstrate the ability to activate the EOF using the EPIPs. l
- b. Demonstrate ne ability to adequately staff the EOF to '
support emergency operations,
- c. Demonstrate the ability to announce the activation of O the EOF and the assumption of EOF responsibilities to appropriate personnel.
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J i EP EXERCISE 1990 ) [] Q Section 3 s l 1
- d. Demonstrate the ability to brief staff personnel-on the status of other emergency response facilities including the assumption of responsibilities. !
- e. Demonstrate the adequacy of facilities and displays to '
support emergency operations. l
- f. Demonstrate the ability to provide regular (e.g., hourly) status reports to state and county offices of emergency government.
- g. Demonstrate the ability to provide regular (e.g.,
hourly) status reports to the NRC.
- h. Demonstrate the ability to perform computer offsite dose [
and dose rate calculations.
- i. Demonstrate the ability to monitor and control exposure -
of all persons assigned to the EOF.
- j. Demonstrate the ability to provide accurate and timely- <
information to the JPIC. *
- k. Demonstrate the ability to evaluate radiological survey information and recommend appropriate protective actions ~
based on PAGs and plant conditions.
- 1. Demonstrate the ability of supervisory staff (e.g., RCWM) to keep the ESM informed of changes in plant / event status.
3.1.5 Offsite Health Physics Facility (OSHPF)
- a. Activate the OSHPF using the EPIPs.
- b. Demonstrate the ability to mobilize and deploy field monitoring teams in a timely fashion.
- c. Demonstrate the ability to maintain meteorological status boards with recent data (e.g., not mote than 30 minutes '
old).
- d. Demonstrate the ability of personnel using radios to consnunicate effectively.
- e. Demonstrate the ability to routinely inform offsite survey teams of changes in plant conditions and/or emergency classifications.
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i t i EP EXERCISE 1990 . j Section 3 [ i j
- f. Demonstrate the ability of monitoring teams to perform f radiological surveys and report results. .
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- g. Demonstrate the ability of the offsite Health Physics !
director to coordinate mobile survey teams to perfonn > radiological surveys..
- h. Demonstrate the ability of the offsite Health Physics i' director to coordinate mobile-survey teams to report survey results to appropriate emergency response.
facilities, j
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- 1. Demonstrate the. ability of the offsite Health Physics director to coordinate mobile survey teams to collect ambient air samples. ,
- j. Demonstrate the ability of the offsite Health Physics director to coordinate mobile survey teams to transport .
air, soil, or vegetation samples to the appropriate laboratory facility.
- k. Demonstrate the ability of the offsite Health Physics.
jk . director to coordinate mobile survey teams to locate and 4 track the plume, ,
- 1. Demonstrate appropriate equipment and procedures for measurement of airborne radiciodine concentrations as low as E-07 pCi/cc in the presence of noble gases,
- m. Demonstrate the ability of mcnitoring teams to properly handle potentially contaminated samples to minimize the potential for cross-contamination and/or contamination spread. ,
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- n. Demonstrate the ability to adequately staff the OSHPF to
, support emergency operations.
1 3.1.6 Security
- a. Demonstrate the ability to accomplish personnel a:: countability within 30 minutes of a plant or limited plant evacuation.
- b. Demonstrate the ability to control access to the plant site.
- c. Demonstrate the implementation of appropriate emergency O response procedures.
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- d. . Demonstrate the ability to direct, coordinate and control .
emergency activities. 4
- e. Demonstrete the ability to communicate with appropriate-emergency response facilities. !
3.1.7 Joint Public Information Center (JPIC) I
- a. Demonstrate the ability to staff the Corporatt, Emergency
- Response-Public Information Center (CERPIC). l
- b. Demonstrate the ability to mobilize JPIC staff and -
activate facilities promptly. . { c. Demonstrate the ability to adequately staff the JPIC.
- d. Demonstrate the ability to provide accurate and timely. .
information to the public.
- e. Demonstrate the ability to brief the media in'a clear, j accurate, and timely manner. !
- f. Demonstrate the ability to establish and operate a !
utility rumor control program at the JPIC.
- g. Demonstrate the ability to provide advance coordination )
with offsite agencies of inforraation released to the t public. '
- h. Demonstrate the adequacy of facilities'and displays to support emergency operations.
I 1. Demonstrate the ability to communicate with all l- appropriate company locations and offsite organizations. t I i Page 8 _ _ ~_ . . . - - . . . . . - _ _ . .
i EP EXERCISE 1990 !
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N./ s 3.2 State of Wisconsin 3.2.1 Demonstrate the ability to monitor, understand and use ; emergency classification levels (ECL) through the appropriate. implementation of emergency functions'and activities corresponding to ECLs as required by the scenario. -The four ECLS are: Notification of unusual event, alert, site area emergency and general emergency. (FEMA #1) 3.2.2 Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field-based emergency functions. (FEMA #2) 3.2.3 Demonstrate the ability to direct, coordinate'and control emergency activities. (FEMA #3) 3.2.4 Demonstrate the ability to communicate with all appropriate
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locations,. organizations and field personnel. (FEMA #4) 3.2.5 Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations.
! (FEMA #5) 3.2.6 Demonstrate the ability to continuously monitor and control i emergency worker exposure. (FEMA #6) 3.2.7 Demonstrate the appropriate equipment and procedures for determining field radiation measurements. (FEMA #7) 3.2.8 Demonstrate the appropriate equipment and procedures for the measurement of airborne radioiodine concentrations as low as i 10~7 microcurie per cc in the presence of noble gases.
(FEMA #8) 3.2.9 Demonstrate the ability to obtain samplas of particulate 1 activity in the airborne plume and promptly perform laboratory analyses. (FEMA #9) l 3.2.10 Demonstrate the ability, within the plume exposure pathway, to project dosage to the public via plume exposure, based on plant and field data. (FEMA #10) i O Q ! Page 9
e . l i i l l EP EXERCISE 1990 i Section 3 f 3.2.11 Demonstrate.the ability 'to make appropriate protective action decisions', based on projected or actual dosage, EPA ' PAGs, availability of' adequate shelter, evacuation time estimates and other relevant factors. .(FEM #11) ; 3.2.12 Demonstrate the. ability to coordinate the formulation'and dissemination of accurate information and instructions to . the public in a timely fashion after the initial alert and , notification has occurred. (FEM #13) 3.2.13 Demonstrate the ability to brief the media in an accurate, coordinated and timely manner. (FEM #14) . , 3.2.14 Demonstrate the ability to establish and operate rumor , control in a coordinated and timely fashion. (FEM #15) 3.2.15 Demonstrate the ability.to make the decision to recommend the use of KI to emergency workers and institutionalAzed persons, based on predetermined criteria, as well as to
- distribute and administer it once the decision is made, if
( necessitated by radiciodine releases. (FEM #16)
- 3.2.16 Demonstrate the adequacy of procedures, facilities, equipment and personnel for the registration, radiological ,
monitoring and decontamination of evacuees. (FEM #21)- 3.2.17 Demonstrate the adequacy of medical facilities equipment, procedures and personnel for handling contaminated, injured or exposed individuals. (FEM #24) 3.2.18 Demonstrate the adequacy of facilities, equipment, supplies, procedures and personnel for decontamination of emergency workers, equipment and vehicles and for waste disposal. (FEM #25) 3.2.19 Demonstrate the ability to identify the need for and call upon federal and other outside support e gencies' assistance. (FEM #26) , e O Page 10 - - -----____ ___ a m +- , - - . - - , . . , , . . . ..-...,,.p,p.- y7., y y,,, . , , , .
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[G 3.3 Kewaunee County 3.3.1 Demonstrate the ability to monitor, understand and use emergency classification levels (ECL) through the appropriate implementation' of emergency functions and activities corresponding to ECLS as required by the scenario. The four ECLS are: Notification of unusual event,. alert, site area emergency and general emergency. (FEMA #1) 3.3.2 Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field-based emergency functions. (FEMA #2) 3.3.3 Demonstrate the ability to direct, coordinate and control emergency activities. (FEMA #3) 3.3.4 Demonstrate the ability to communicate with all appropriate locations, organizations and field personnel. -(FEMA #4) 3.3.5 Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations. (FEMA #5) 3.3.6 Demonstrate the ability to continuously monitor and control emergency worker exposure. (FEMA #6) 3.3.7 Demonstrate the ability to initially alert the public within the 10-mile EPZ and begin dissemination of an instructional message within 15 minutes of a decision by appropriate state and/or local official (s). (FEMA #12) 3.3.8 Demonstrate the ability to coordinate the formulation and ' dissemination of accurate information and inst' uctions to the public in a timely fashion after the initial alert and l notification has occurred. (FEMA #13) 1 3.3.9 Demonstrate the ability to brief the media in an accurate, I coordinated and timely manner. (FEMA #14) i l-t Page 11 i _ _ _ - - - - _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ e, -, , . _ - _ . , , . _ . . _ - . _- y , . . _
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'EP EKERCISE 1990 Section 3 ,
l 3.3.10 ' Demonstrate the ability to' establish and operate rumor
. control in a coordinated and-timely fashion.' .(FEMA #15) 3.3.11 Demonstrate the ability to make the decision-to recommend the use of KI tol emergency workers and institutionalized' 'l persons, based on predetermined criteria, as well.as to ,
distribute and administer it once the decision is made, if l necessitated by radiciodine releases. (FEMA- #16)- l 3.3.12- . Demonstrate the ability and resources necessary to implement- I appropriate-protective actions for the impacted permanent and transient plume EPZ populations (including transit-dependent persons, special needs populations,. handicapped persons and institutionalized persons). (FEMA #18) 3.3.13 Demonstrate the organizational ability and resources necessary to control 7vacuation traffic flow and to control access to evacuated aaf sheltered areas. (FEMA #20) 3.3.14 Demonstrate the adequacy of procedures, facilities, equipment and personnel for the registration, radiological _. if monitoring and decontamination of evacuees. (FEMA #21)- 3.3.15 Demonstrate the adequacy of facilities, equipment and' I personnel for congregate care of evacuees. (FEMA'#22) 3.3.16 Demonstrate the adequacy of vehicles, equipment, procedures-and personnel for transporting contaminated, injured or exposed individuals. (FEMA #23) 4 1 l i . r Pag 9}$
k' EP EXERCISE 1990 : O l Section-3 3.4 Manitowoc County
-3.4.1 Demonstrate the ability to monitor, understand and'use.
emergency, classification levels (ECL) through~the appropriate implementation of emergency functions and activities corresponding to ECLs as required by.-the scenario. .The four' ECLs are: Notification of unusual event,' alert, site area. emergency and general smergency. (FEMA #1); 3.4.2. Demonstrate the ability to fully alert, mobilize and, activate personnel for both facility.and field-based emergency functions., (FEMA #2): 3.4.3 Demonstrate the ability-to direct, coordinate and control- l emergency activities. (FEMA #3) l 3.4.4 Demonstrate the ability to communicate with all appropriate- ' locations, organizations and field personnel. (FEMA #4) 3.4.5 Demonstrate the adequacy'of facilities, equipment, displays. 3 and other materials to support emergency operations. (FEMA #5) I g 3.4,6 Demonstrate the ability to continuously monitor and control-s emergency worker, exposure. ; (FEMA #6) 3.4.7 Demonstrate the ability to initially alert the public.within. !
. the 10-mile EPZ and begin dissemination of an-instructional' message within 15 minutes'of a decision by appropriate state and/or local official (s). (FEMA #12) i 3.4.8 Demonstrate the ability to coordinate the formulation and' L dissemination of 4.: curate information and instructions to the public in a timely fashion after the initial alert and notification has occurred. (FEMA #13) 3.4.9 Demonstrate the ability to brief the media in an accurate, l coordinated and timely manner. (FEMA-#14) 3.4.10 Dem nstrate the ability to establish and operate rumor ,
c e rol in a coordinated and timely fashion. (FEMA #15) ' i 3.4.11 Demonstrate the ability to make the decision to recommend 1 the use of.KI'to emergency workers and institutionalized persons, based on predetermined criteria,.as well as to distribute and ackninister it once the decision is made, if necessitated by radiciodine releases. (FEMA #16) 3.4.12 Demonstrate the ability and resources necessary to implement
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appropriate protective actions for the impacted permanent and , b transient plume EPZ populations (including transit-dependent l persons, special needs populations, handicapped persons and j institutionalized persons). (FEMA #18) l Page 13 ( .
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3.4.13 Demonstrate the ability and resources necessary to implement. < appropriate protective actions ~-for school children within
-the plume EPZ. (FEMA _#19),
3.4.14 -Demonstrate the organizational ability and resources necessary' to control evacuation traffic flow and to control access to- t evacuated and sheltered areas. (FEMA #20)
-3.4.15 Demonstrate:the adequacy of procedures', facilities, equipment.
-and personnel for the registration, radiological monitoring and decontamination of evacuees. (FEMA #21)- 3
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3.4.16 Demonstrate the_ adequacy-of facilities, equipment and personnel l for-congregate care of evacuees. (FEMA #22)' 3.4.17. Demonctrate. the adequacy of vehicles, equipment, procedures -[ and personnel for transporting contaminated,- injured or - exposed individuals. (FEMA #23) 3.5- Evaluation . l 7"N The exercise is evaluated through observation by assigned controllers ' I ( b) and evaluators. Each emergency facility will~ have- the assigned lead! facility controller who'is responsible for:the documentation of the performance of each facility. objective. The following rating criteria is used'to document performance. Rating Criteria
- 1. Satisfactory ,
- 2. Satisfactory with a few problems that'may be subject to follow up.
- 3. Deficiency is noted. This deficiency, however would not seriously. affect our ability to protect.the health and ;
safety of the public and/or plant personnel.
- 4. Deficiency is noted. This deficiency would affect our ability to protect the health and safety of the public and/or plant personnel.
N/A Not applicable (e.g., you did not observe any activities-related to this objective). The acceptance of performance for objectives is discussed at controller meetings / training sessions. Most objective performance standards are based upon compliance with procedures and timely ( completion where appropriate. i Page 14 l
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EP EXERCISE 1990 Section 4 1 4.0 EMERGENCY EXERCISE SCOPE 4.1 ove rview 4.1.1 The 1990 Point Beach Nuclear Plant Emergency Plan exercise scenario will require activation of the Wisconsin Electric-
.TSC, OSC, EOF, JPIC and various corporate support' facilities.
4.1.2 The State of Wisconsin, Manitowoc.and Kewaunee counties will' participate. 4.1.3 Scenario events will provide opportunities to identify, classify and mitigate emergency events.. 4.1.4 Scenario events will escalate to the General Emergency level. ; 4.1.5 Scenario events lead'to an environmental release of radio . activity of sufficient magnitude to be tracked by field teams. 4.1.6 Protective action recommendations will be required .due 'to: 1 plant conditions and a release of- radionuclides to- the-environment. ! 4.2 Sequence of Events 4.2.1 The scenario begins with'PBNP Unit.1 in cold shutdown with the SG primary manways open, containment hatch locks ; defeated, and the generator and turbine are being readied to ! open'for inspection. Unit 2 is operating at 100% power. Unit 2 is 29 hours into a 48-hour LCO which was due to i failure of a pressure test on the purge' exhaust boot. j 4.2.2 Severe weather warnings have been issued for the Northeast 1 part of the state. 4.2.3 Early in the scenario (0750) a tornado strikes the site, damaging the switchyard and the Unit 2 facade. The tornado strike warrants an ALERT classification. This will result in the notification of offsite authorities and the activation of the technical support center. In view of the damage, it is possible that an evacuation.and accountability will be conducted. It is also possible that a Site Emergency could be declared if the players feel that structural damage to containment has occurred from the high winds (Category 9). 4.2.4 Switchyard Bus Section 5 is severely damaged, resulting in a loss of BS-4 and BS-5 and a loss of AC to both units. This challenges the operators to assess and plan for restoration of offsite power. Both emergency diesels start. Unit 2 i tripped as a result of the power loss. There is NO automatic Safety Injection (SI) on Unit 2. Page 1
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q EP EXERCISE 1990
- ~r Section 4
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x l 4.2.5 Considerable damage has been done to the' Unit-2 facade,. i [ including the rupture of the 2-inch instrument air (IA)L header, which removes the capability to operate the MSIVs,.. , SG atmospheric reliefs,-the SG blowdown. valves,-and air to' q the purge valves.- This, damage results in a loss.of cooldown. ; capability. Assessment of the facade damage and development. ' of repair plans will challenge the TSC personnel. The a ruptured air header is expected to be isolated _early in the process. 4.2.6 Other tornado damage includes the loss of'the backup (North). , . meteorological-tower. i
- 4.2.7 with power loss' precluding SG cooldown using the steam-dumps,.and both the physical damage and lossLof air to atmospherics preventing their use, the SG safety valves cycle to control pressure. The. repeated-cycling of thece valves.
imparts a series of hydrostatic shocks to the system. l 4.2.8 Approximately two hours after the tornado strike, several. *
- . events occur in rapid sequence which lead to an escalation "
i to a GENERAL EMERGENCY classification. First, the main ! feedwater line to SG ."B" breaks in containment, allowing the SG to blow down to containment-and uncovering the SG tube i tops. (EPIP 1.2-1, Category 3) 4.2.9 The added stress on SG "B" tube U-bends is postulated'to cause the rupture of two tubes, initially creating a 1200 gallon per minute leak into "B'_' SG and then into - containment via the ruptured main.feedline. Coincident' with the SG tube breaks, fuel rods fail, significantly raising the amount of iodine ar.d Noble gas being transferred into containment. 4.2.10 With a purge valve boot leak already present (see Initial
. Conditions) and the loss of outer boot pressure due to IA ,
system damage and accumulator bleed down, when the ! containment pressure rises, a leak develops through the purge exhaust boots and out through the severed purge exhaust piping, creating an unmonitored release to the. environment. , Recognition of the failure of all three fission product barriers (fuel, RCS, and containment) will warrant a GENERAL EMERGENCY declaration and the issuance of protective action recommendations (PARS) for sheltering all sectors within the two mile radius and downwind sectors G, H, J, K, and L out to 5 miles. Escalated PARS will be based on dose projections by , MAD. O . Page 2 ___..______r
EP EXERCISE 1990-
-Section 4'~
( ( 4.2.11 This unmonitored release, when assessed using field. values and an assumed 8-hour estimated release duration, warrants-evacuation PARS out to 5 miles downwind. Precautionary evacuation of Two Rivers school children-is anticipated.- a4.2.12~ -Effective damage assessment and maintenance activities are-required to terminate the release. Repairs lmust be made in order to restore air to the purge valve outer boot. This. Maork will. require-emergency ~ repair planning _and demonttration, Lof repair methods under challenging conditions of airborne-radioactivity:and high radiation levels. The release will. terminate when the' appropriate actions are,taken'.. i 4.2.13~ When the' release is terminated, conditions may-be examined: in preparation for! event recovery. It is-expected that time-constraints will not' allow a full' exercise of-the ensite-recovery process. 1 4.2.14 -The exercise:will be terminated'at the-discretion of the Lead Exercise Controller,11n coordination with Lead Facility. -) Controllers. 1 l I I I J
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..EP EXERCISE 1990 Section 5
[ l NAMES AND t fELEPHONE NUMBERS.- -
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-EP EXERCISE 1990 ;
.Section 5 5.0: INITIAL CONDITIONS 5.1 Pre-exercise Events - Station Log & Shift Turnover Checklist attached 5.2 Unit 1 at 0633 Hours 5.2.1 S/D for U1R17
- a. Off line-Friday'03/09/90 2300 hrs
- b. Rx S/D Saturday'03/10/90 -1000 hrs-
- c. CSD Monday 03/12/90 0300 hrs f
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- d. RCS'@ 3/4 pipe Tuesday 03/13/90 0400 hrs- ,
I 5.2.2 RCS temperature = 135*F i 5.2.3 RCS pressure r- Atmospheric ! 5.2.4 Boron concentration = 2009 ppm '
- (A) 5.2.5 General Plant Conditions w/
- a. Containment hatch interlocks defeated 1 I
- b. S/G primary manways removed,' nozzle dams not' installed !
- c. 1X03 out of service (005) 13.8 kV modifications Ref. SMP 961, Revision 1, (03-01-90) )
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- d. RHR 1P10A running, 1P10B standby l
- e. CCW iP11A running, HX12A, HX12B on line
- f. Secondary systems tagged per OI-78 4
- g. Turbine and generator to be opened for inspection 5.3 Unit 2 at 0630 Hours 5.3.1 100% power 5.3.2 RCS temperature = 570*F 5.3.3 RCS presst4re = 1985 psig t
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EP EXERCISE 1990' Section 5- . 5.3.4 Boron concentration = 353 ppm l 5.3.5 G4nerator output = 515 MWe gross'- ' l 5.3.6 Unit entered '481 hour. LCO as of Tuesday 03/13/90- 0200 hrs.-
- a. TS-36.(6-month' test) performed on midshift 03/13/90 1
- b. Leakage verified to be >20~1pm 923 psig;
- c. 'A snoop test of-outer valve showed no leakage .;
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- d. Maintenance disassembled inner valve and foundl boot to ,
be damaged requiring.new replacement. Determined 0300 03/14/90. r
- e. Inner valve;is currently' disassembled..
5.3.7 General Plant' Conditions
- a. 2P2B charging pump OOS for maintenance
- b. Unit 2: "A"~ S/G atmospheric PORV (2MS-2016)'00S. -(Would.
not cycle during previous test.) Unforeseen MWR U1001 issued. 5.4 Common at 0630 Hours 5.4.1 Storm warnings issued by NWS for unusually violent weather ~- patterns due to upper level atmospheric disturbance causing 3 warm moist air from Gulf of Mexico colliding with dry ! cool-air High-pressure zone moving in:from northwest. Severe weather warnings issued 1730 on 03-13-90 by NWS and' i in effect until 1130 hours on' 03-14-90 for all counties in i northeast and uouthwest Wisconsin on a line from Lacrosse to Green Bay. 5.4.2 Gas turbine (5G) tagged OOS per RMP 21.
- a. When returning the gas turbine to service per RMP.21,-
the starter motor on the starting diesel' failed, l requiring repair / replacement. ~ . b. Unforeseen MWR U9999 with tag series 90-104 issued 0700 03/12/90.
- c. The motor-sent to Appleton to be rebuilt. Expected
- i back early a.m. on 03-14-90. ,
l' 5.4.3 Service water pump P32B OOS for maintenance. Page 2 i
v 3 _EP EXERCISE 1990' ' Section 5-5.5' ' Control Room Status Boards' . Units 1'& 2I.- See attachments:to-this: section'. 5.6L -Radiological / Meteorological Status at 0630 Hours 5.6.1 No known releases - MET system normal. RMS systam. normal-j except monitors RE-214 and 2RE-302 are 00S. , 5.6.2 Wind speed (primary tower) = 8 mph 5.6.3 Wind direction -{ primary tower) = 220' L 5.6.4 Stability Class = D t
- a. Signa: Theta = 9'
- b. Delta T/35 (lapse rate) meters = -0 6*F-1 Controllers and observers 5.7 s
Theffollowing individuals. are. controllers or observers' and for the- ,
/'~'s purpose of this drill are on simulated vacation. Therefore, they_are
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.l] not available to. respond to the emergency.
l l t L l Attachments 4 ~
- 1. Station Log
- 2. shift Turnover Checklist
- 3. Unit 1 Equipment Status
- 4. Unit 1 Equipment Out-of-Service
- 5. Unit 2 Equipment Status
('~' 6. Unit 2 Equipment Out-of-Service g 7. Chemistry " Control Room Summary Sheets for March 13, 1990"
- 8. RMS Channels Not in Service Page 3 i
eg ]Q POINT. BEACH NUCLEAR PLANT VOL XL ' PAGE~ :[ [r,Q ljpg bhr STATION LOG DATE TIME ENTRY y , .9.tl.k _
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POINT BEACH NUCLEAR PLANT l SHIFT COMPLEMENT LOG-
.' tQ Date 3 - /d*96 ,
i All personnel assigned to-the shift must be listed. ' Mid a D_aZ '.- Swing DSS , DOS ~ 1 CO __ 2 - CO . t PAB 1 TH 2 TH , Other. , other j s Other Supv. Review a Initials List below additional personnel assigned to the shift - Mid: Day: Swing: l ' l l l Emrgelmy Pbn Drill Usa hy ( OPS-08 (02-86)
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CONTROL ROOM SHIFT TURNOVER CHECKLIST l UNIT 2 ' A - '
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- Date &!d-!-
( Reviewed by This checklist will be completed by the control. operator when the reactor is critical. The checklist will be
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performed during the one hout prior te watch relief..-it will be reviewed by the offgoing and-oncoming- , control operators, operating supervisors, and shift superintendents. CRITICAL PLANT PARAMETERS SHIFT INSTRUMENTS - . f SEE NOTE 1) UNITSI RANGE 1 i i Loon Tave - TR.401 *F 6 70 540 575 i Loon Preuure PT 420 Pste 1955 2020 /h/O l ! Preuuriter Icvel 27/428' 'n 20 50'- Yd l, Steam Generator A i.4M69dS2 Psie 700-1005 52 0 Preuure B 4 79/483 Psie i700 1005 6[ s Steam Generator A kl.I61)62?463 - ~4 35 56 Y2 Level B 472 473 "c -35 56 -b 1 Containment Pressure 2P k I M 48/950 Psie .I to +2 /. 6 p Unit ' 'Pl 969.M47/949 ' Psie .I to +2 /. [ 'I 3 X RWST level . Unit 2 2LJ.972 _ n > 97 T,J, f , Boric Acid - C 2Lt.10[72) oc -46.98 - /04 l Tank Level B 2Li 10 4 46 98 N f Condensate Storage A b4038N[0' Feet > 10 /dO ! Tank Level B b.10 041 Feet >10 Md - u ' I Time CO initials O/of NOTE 1: Where multiple instruments are listed, circle the one being real T . ~. - bp lyp.. Olfei. ~ j7 l C
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" CONTROL ROONI SHIFT TURNOVER CHECKLIST Pace 2 at'5 UNIT 2 Date ~ 3' l 4 -d O 1 EstERGENCY SARTY FEATURES SYSTE.\tS /,,\ .
SHIFT V IITEst CONDITION I 2 I i 2SW.2907 Senice Water . Containment Fan Coolers . Switch Auto Valve . Shut b ' l 2SW 2908 Senice Water . Containment Fan Coolers Switch . Auto ' r.
,, Valve . Shut 7 P32A Service Water Pump' Switch Auto - !
Power Available )
- P32B Service Water Pump Switch . Auto .
Power Available
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P32C Senice Water Pump Switch . Auto l i Power Available b 'I l' P32D Service Water Pump Switch . Auto Power Available 5 P32E Service Water Pump !' Switch . Auto - Power Available 7' P32F Service Water Pump Switch Auto i' Power Available ~ 2WlAl Containment Fan Cooler Switch Auto Power Available A 2WlB1 Containment Fan Cooler Switch Auto
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I Power Available b. , 1WICI Containment Fan Cooler Switch . Auto Power Available 4 2WIDI Conninment Fan Cooler Switch . Auto Power Available .% 2S t.825A RWST to SI Pumps Switch Auto Valve Shut h 2SI 825B RWST to S1 Pumps Switch . Aut Valve - Shut 5 2SI 825C NtOV.825A&B Bypass Valve Switch . Open - Valve . Onen D 2SI 826A Boric Acid Tank to Safety injection Switch Auto A/ Pumn Suction Series Ston Valve Onen ' 2SI.826B Boric Acid Tank to Safety injection Switch Auto Pumn Suction Parallel Stoo Valve . Shut - i 2SI.826C Boric Acid Tank to Safety injection Switch - Auto Pumn Suction Parallel Ston Valve . Shut.
; 2P10A RHR Pump Switch . Auto i
Power Available Time OM[ n CO initials '(d I { ., 3 . he>- .J
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CONTROL ROON! SHIFT TURNOVER CHECKLIST Page 3sf 6 j UNIT 2 Date > ' I 4 ~.!G (N EhtEROENCY SAFETY FEATURES (Continued) '
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ITENT CONDITION I I SHIFT 2 1-e P10B RHR Pump Switch Auto > Power Available - ' 2SI R56A RHR Pumn RWST Suction Valve Onen 5 2 SIR 56B RHR Pump RWST Suction / i Valve Onen 7 $ 2SI R06A 2SI R06B Si Pumn Suction Valve SI Pumn Suction Valve Valve Onen Valve' Onen M~ Y
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I 2P15A Safety. injection Pump Switch Auto Power Available 5 ' 2P15B Safety injection Pump Switch Auto
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Power Available ' 2SI 866 A Si Pumn Discharce Valve Valve Onen 6 2SI866B St Pumn Discharce Valve Valve Onen 3 2SI87RB' Si Pumn Loon B iniection Valve Onen 5 I-2SI 87AD Si Pumn Loon A iniection Valve Onen b !l 2 SIR 78C Vessel Safety iniection isolation Vglve C Shut I
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2SI 878 A Vessel Safety iniection Isolation Valve Shut 1SI 852A Core Deluge . Switch Auto Valve Shut b 2518528 Core Deluge Switch Auto + Valve Shut 2SI R70 A Cont Snrav Pumn RWST Suction Valve onen b 2SI 870B Cont Snrav Pumn RWST Suction Valve cren % 2P14A Spray Pump Switch Auto l Power Available b 2P14B Spray Pump l Switch Auto'
- Power Available 5 '!
- 2SI 860A P14A Discharge witch Auto Valve - Shut 2SI 860B P14A Discharge Switch - Auto Valve - Shut 2SI 860C P14B Discharge Switch Auto Valve Shot 5 j 2St860D P14B Discharge Switch Auto
( Valve - Shut V E..,,- Time Cl 0 l l'
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CONTROL ROOh! SHIFT TURNOVER CHECKLIST Page 4 of 6 UNIT 2 Date 9 !4-+; fm EMERGENCY SAFETY FEATURES (Continued) ' (
\ ' SHIFT .
ITEM CONDITION I 2 1 2SI 851 A Containment Sumo Isolation Wlve Shut OSI R5tB Containment Sumo isolation Wise Shut 6 ' Unit 2 Safety injection Spray All Lights Active Status Board . Dim (Note 2) b ' Unit 2 Safety injection Spray All Lights l; Readv Status Board Dim (Note 2) ! Unit 2 Safety Injection Blocked Out j Status Board ~' AUX'lLIARY FEEDWATER SYSTEMSTMERGENCY POWER AF Jo22 P3RA Ditcharce to Steam Generator A (Unit 2) Open AF 4022 Control Switch Auto (Not in Pull) - A F.4020 P3RB Di<charce to Steam Generator B (Unit 2) Onen h AF 4020 Control Switch Auto t g (Not in Pull)
-m l White Licht DC Control Power (A Train) On Ori _j b
White Lichi DC Control Power (B Train) On O/l ! PIC 4019 P388 Ditcharce Pressure Controller at Col Autoll200 osle D i Plc 4012 P38 A Discharce Pressure Controller at C01 Auto /1200 osie 6 ! P38A Control Switch Switch . Auto Power Available '$ P38B Control Switch Switch . Auto Power Available 6 2A52 73 G01 to Bus 2A05 Switch Auto Power Available D 2A52 67 G01 to Bus 2A06 Switch Auto - Power Available 2MS 2010 2P29 Steam Sunnly Power Available df5 2MS 2020 2P29 Steam Supolv Power Available 2 AF 4000 Auxiliarv Feed Pumn to Steam Generator B Throttled toh 2 AF 4001 Auxiliary Feed Pumo to Steam Generator A Throttled NN 2MS 2082 2P29 Overspeed Trio Valve Not Trioned t/ -A NOTE 2: List all bright lights in the Time (NM[ .( remarks section. CO Initiais m...
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CONTROL ROOM SHIFT TURNOVER CHECKLIST Page .' of 5 UNIT 2 Date 7m REACTOR COOLANT SYSTEM i
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I SHIFT
'L/ ITEM CONDITION - 1 2 1 i 2RC 831C Pressurizer Power Operated Relief Valve Switch Auto [
Valve Shut ORC 430 " Pressurizer Power Operated Relief Valve Switch - Auto Valve Shut 6-2RC 515 PCV 431C Block Valve Onen -O' r 2RC 516 PCV 430 Black Valve Onen O !l 2T 1E Pressuri7er Heater Groun E On 0 I Time IdsN U CO initials - I i REMARKS: l, h y ,h e /N1 k r op .ANh 0 05
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ALARMS k List all alarming annunciators for engineered safeguards systems on C01 and C02 and the reason for each.
- SHIFT t ,/
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DTA TURNOVER ~SEEET lO'sigificantplantstatusatrelief -t1 Technicet specificetton J 6ction statements entered (1 Mejor ESJipment Limitations
- () Radiation Monitors out of service or in eters -
, offgoing.DTA _ Date 8 /b9C i l Anticipated significant plant changes / events: s (1 Mejor Maintenance Activities y M m ,fu p y 1 Testing Activities
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[] Receive DTA keys ! i () Notify the Central Alarm Station (CAS) 275/494 Oncoming DTA 'Date 3-/ @C L !' - DTA Schedule - ~ SAS/ MAD Communication PPCS logon ' Administrative . Checks L logon and use duties (Use SBCC Log) . Monday TSC HP dose list undate- , l Tuesdav EOF laundrv to catehouse l- Daily Wednesdav EOF laundry to SBCC checks- r of Thursday TSC telephone , verify that the red radio Friday EOF HP outside air and 1 Saturday monitor is- pagar operating Sunday Comments / Notes l Reviewed: Date DTA Coordinator EQR-60 C .m , ' ' (2-88) b ; ; .,1 ,
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'( TECHNICAL SPECIFICATION EOUIPMENT AND CONTAINMENT INTEORITY VALVES ist all Technical Specification equipment in a degraded mode and containment integrity valves that are not in their ner- a positions. For equipment listed, compare the time that the equipment has been in a degraded mode with the time limitations established by Technical Specifications. For valves listed. idcntify the individual assigned the responsibility for . i shutting the vahe in the event of containment isolation. . SHIFT 1 M b f&ff < $/Y.)/5'2 bh f~= "lN $ 3 P2(3 c%; Pmpo oos ., SHIFT 2 Q m e & 6 a / fb b u 3 3/3 6%dCC,' CO Initials SHIFT 3
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'i POINT BEACH NUCLEAR PLANT l ,^ WATCH STATION REMARKS LOG h' / ~pb ' Date t l CO2 TH1 Til2- i PAB <
I. Other. The removal from service or return to service of major , pieces of plant equipment shall be entered in the ' 1 appropriate logs and properly posted on the status boards. '
= 2.
- Time (24 hour clock) and initials shall be included for each entry.
3. Errors in log entries shall be volded by drawing a single line through the entry and inillating that line.- 4.- To insert a late entry, note the actual time of the event and note it as a ' late entry." o MIDS DAYS . SWINGS 23ff r $Ued/P/8A Q Assf 6ainos c4A ur &M/s/At 2 tt u d g 4 g/8/8 L o .rrow r9p p$ / 3 7 b
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s i PO:NT. BEACH NUCLEAR PLANT WATCH STATION REMARKS LOG. A, ' Date $ lh-@D Col TH1 ' TH2 PAB 1.- Other The removal from service or return to service of major pieces of plant equipment shall be entered in the appropriate logs and properly posted on the status boards.- '; 2. Time (24 hour clock) and initials shall be included for ! each entry, 3. Errors in log entries shall be volded by drawing a single - ilne through the entry and initialing that line.- , 4
' To insert a late entry, note the actual time of the event-and note it as a
- late entry.* - ,
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. Section 5
'.iu.) u .. - w.g UNIT I EQUIPMENT STATUS Mixed Bed "A" (LiOH)
ON - 0FF/ EMPTY - RTO 2- d Q' Date- . Last boron [O ppe ; 3-M-Yo Date.
"B" (HOH) ON EMPTY - RTO Last. boron -/D _ ppa Deborator "A" ON - EMPTY - RTO 7 .7 h[ Date Last borms O' ppe.
Deborator "B" ON ( EMPTY - RTO 3 - b- O Date Last' boron O[ ppe Cation ON - 0FF EMPTY - RTO 3-2 -90 Date Last boron - O h - ppe
- Steam Generator f/ ,/A -
f i Blowdown Flow "A" /7 Klbs/hr "B" /Vf/ 'Klbs/hr. - fof'/d ~ 'Date > ( / Neut. Tank Discharge to. Unit'1 Unit 2 Unit'I &'2'
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< Service Water Discharge to Unit'1 Unit 2-VCT H2 Regulator Setting I psig / 90' Date 9 5 i. t j
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"B" (HOH) h OFF - EMPTY - RTO -/f-9C Date Last boron 360' ppm Deborator "A" ON - EMPTY - RTO //-ph Date Last boron O ppe Deborator "B" ON - EMPTY - RTO -/O-h Date Last boron Nf ppe:
Cation ON - - EMPTY - RTO' - M /7- 'Date- Last boron' j f [ ppe
- Steam Generator Blowdown Flow "A" /[ Klbs/hr' B" /6 K1bs/hr?
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s; fd .Date '! Neut. Tank Discharge to Unit 1 Service Water Discharge to Unit 1 Unit 2 Unit 1 & 2 1 VCT H2 Regulator Setting O/ psig 3 / 7D Date i ( 'i. 4 .,
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g l 1 i EP EXERCISE:1990 lfs. Section 5 ; N_,/ ' p i i
- THIS IS A DRILL THIS IS A DRILL- THIS-IS A DRILL'-
- CONTROL. ROOM
SUMMARY
SHEET FOR MARCH 13,.1990L r u : i UNIT 1 CONCENTRATIONS BORON RCS' HOTLEG/RHR. 2009 ppmc March'12, 1990 08:54-March 12,-1990 PER 2007-ppm-
'08:58 i-BAST A 12.5% Boric Acid March 8,-1990~ 13:111 B 12.4% Boric Acid March 8,.1990 13:14
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RWST (OLD) 2110 ppm February 28,;1990 08:46 - (NEW) 2084 ppm ~ March 7,-1990- . 09:15 l SF PIT (OLD) 2347 ppm ' March-2, 1990 08:01- -!. 1 (NEW) 2352 ppm March 9, 1990 .
-08:05 j\
RMWT B 3.1 ppm March 7, 1990 08:20 l ACCUM A 2094 ppm March 7,-1990 R08:15 B 2097 ppm March 7, 1990 08:09
% NaOH SPRAY ADD TK 32.1% NA0H -March 5, 1990 19:44 ;
! H2 RCS 0.7 cc/Kg March 12, 1990 08:54' t ACTIVITIES ( PRIMARY GROSS 1.04E-2 uCi/cc March 12, 1990 08:54 100/E uCi/cc j GASEOUS 2.87E-5 uCi/cc- March.12, 1990 10:41 STM GEN A <MDA uCi/cc March 12, 1990 08:17-B <MDA uCi/cc March 12, 1990 08:19 PRIMARY TO SECONDARY LEAKAGE SECTION 4 CHEM MEAS PRI/SEC LEAK RATE No Data gpd LEAK RATE CORR FACTOR No Data R _ _ _ . .__ _ . _ _ . . . - _ . _ _ _ _ . .._. . - ,. ~ , _ _ _ _ . , . _ - . - , , _ _ _ ,
. s._ _ _ _ _ .._. . - _. _ __
i. l EP EXERCISE 1990 ) ie Section i
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*' THIS IS A DRILL THIS IS A DRILL -THIS'IS.A DRILL
- 1. . .
CONTROL ROOM
SUMMARY
SHEET FOR MARCH- 13,-1990' i'
.1 UNIT 2:
- l. CONCENTRATIONS BORON RCS~ HOTLEG/RHR. :353 ppm. March 12,-1990 08:30) t PZR. 354 ppm March 12, 1990 08:33 BAST. B 13:11 i 12.4% Boric-Acid March 8, 1990 C 12.4% Boric Acid. March 8,21990' 13:16 RWST- (OLD) 2089 ppm ~ February 28, 1990 08:58 (NEW) 2101 ppm _. -March-7, 1990 09:20- ,
A SF PIT (OLD) 2347 ppm March 2, 1990 08:01 , (NEW) 2352 ppm March 9, 1990 08:05-l RMWT B 3.1 ppm March 7, 1990 08:20 l i ACCUM A 2087 ppm March 7, 1990 11:16 l B 2089 ppm March 7, 1990 '11:19 ' ! % NaOH SPRAY ADD TK 32.1% NA0H March 5, 1990 '19:44 31 cc/Kg. 08:30 H2 RCS March 12i 1990 l ACTIVITIES PRIMARY GROSS 2.80E-1 uCi/cc March 12, 1990 08:30 l l 100/E uCi/cc l GASEOUS 3.03E-1 uCi/cc March 12, 1990 11:06 STM GEN A 2.27E-7 uCi/cc March 9, 1990 08:05 B 1.86E-7 uCi/cc March 9, 1990 08:07 PRIMARY TO SECONDARY LEAKAGE SECTION CHEM MEAS PRI/SEC LEAK RATE 14.3 gpd March 12, 1990 10:10 D LEAK RATE CORR FACTOR 0.09 March 12, 1990 10:10 ~h
y I HP POINT BEACH NUCLEAR PLANT NPE Ops ~ STATUS CF AN RMS CHANNEL NOT IN SERVICE 1.. ' Channel Number k i ' 2 /4' 2. Channel Name/ Location j u el,u,7 L //;7 m l Y mm ,I . //wpdl., dd ((/ (,g
- 3. Technical Specifications applicable?
( (refer to RMSARB Channel Information Sheets) @ Mh>)
- 4. Section of Technical Specifications applicable N.7.IG S. Backup channel available?
Nd
- 6. Backup channel number RT*W
- 7. Channel may be out of service for this amount of time prior to an LCO or Technical Specification Violation.
Job A>&ln lr (Hrs / Days) #45
- 8. Name(s) of Chem and/or HP supervision contacted. _ _
- 9. DSS Authorization to remove the channel from service or acknowledgement that the channel his failed.
. . (DSS M .)
- 10. Reason the channel was removed from service By (circle one). (Initials)
Time / J oT.) Calibration Maintenance ailure Date r 0. ro other ___
- 11. Channel returned to service By j (By I&C or HP)
(Initials) Time Date channel rtquires Health Physics calibration? (determinted by 160 and HP) (Yes/No)
- 12. Channel calibrated by Health Physics By (Initials)
Time Date
- 13. DSS acknowledgement that the channel has been returned to service.
(DSS Init.) When completed, forward this form to the Health Physicist, then to the Superintendent - Operations / Operations Engineer for filing. OPS-68g (10-85;
.h b.
ip e ..a. lN U
HP POINT BEACH NUCLEAR PLANT NPE-Ops STATUS OF AN RMS CHANNEL NOT IN SERVICE
- 1. Channel Number Z ft t - Jo *
- 2. Channel Name/ Location s /?r s tZ eiw 0 2 */s$ay/ lL /d e indlan
- 3. Technical Specifications applicable? .
(refer to RMSARB Channel Information Sheets) tTee p
- 4. Section of Technical Specifications applicable ./O
- 5. Backup channel available?
s n oo _
- 6. Backup channel numbur M4 I
- 7. Channel may be out of service for this amount of time prior to an LCO or Technical Specification Violation. 3ocd e Q /,g (Hrs / Days) gg
- 8. Name(s) of Chem and/or HP supervision contacted. _ _ _
- 9. DSS Authorization to remove %e channel from service or acknowledgement that the channel has failed. _
(DSS Init.)
- 10. Reason the channel was removed from service By (circle one). (Initials)
Calibration Haintenance Time D9do ilurej Date 1,4);;f,4 other ,
- 11. Channel returned to service By 4 (By I&C or HP)
(Initials) Time Date Channel requires Health Physics calibration? (determinted by I&C and HP) (Yes/No)
- 12. Channel calibrated by Health Physics By (Initials)
Time Date
- 13. DSS acknowledgement that the channel has been returned to service.
(DSS Init.) When completed, forward this form to the Health Physicist, then to the Superintendent - Operations / Operations Engineer for filing. OPS-6Bg kb (10-85) p ' 3., y. il uw;;; u- 4 1 1
r l l EP EXERCISE 03-90 l 's Section 6 l l NAMES AND
. TELEPHONE NUMBERS-l DELETED u
6.0 TIME SOEDULE OF REAL AND SIMULATED SCENARIO EVENTS l O l l-Review l l l
i i 2P EXERCISE 03-90 Section 6 s I ' 6.0 TIME SCHEDUL5 0F REAL AND SIMULATED SCENARIO EVENTS' 0630 Exercise is initiated with shift turnover. l (0720)* Operators go to AOP-13C, " Severe Weathtr Conditions," based on severe weather warnings from the PSN1' uystem Control Center. 0735 Winds accelerate to 45-50 mph. AOP-13C initiated if not already done. 0748 Tornado sighted by guard and reported. l 0750 Tornado strikes site Loss of offsite AC to both units.- l Unit 2 trips, No SI. l 0750+** Both emergency diesel generators start. i 0750+ Instrument air lost due to Unit 2 facade damage - SG l ' atmospheric (s) lost; MSIV operation lost; purge supply / exhaust air lost; SG blowdown lost. Operators initiate AOP-55, " Loss of
- Instrument Air."
l 0800 Steam generator safety valves cycling due to lows of normal cooldown function.
, (0805) ALERT declared based on EPIP 1.2, Category 9. TSC activation i
initiated. Possible evacuation / accountability based on initial tornado damage reports. 0810 First damage reports from facade and switchyard to control room. South IA header recovered as per A0P-55. (0815) OSC activation initiated. , (0820) Offsite agencies notified of the ALERT classification. I
- Parenthesis indicate approximate times which are dependent upon player actions.
** "+" indicated of:currence immediately following indicated time.
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I l EP IXERCISE 03-90 Section 6
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(0835) The technic 51 support center is manned. (0835) CONTINGENCY: Declare ALERY. 0830 to 0950 More damage reports from facade area; SFP description; Met tower l destruction may be reported; repair time estimates from switchyard. j l (0850) Ruptured IA North header isolated. (0855) Optional manning of the 10F begins. ] t i (0905) Technical support center is operational. 0930 Possible release of contractors and non-essential personnel. 1 0950 Main feedwater line break in containment. ; 0952 Steam generator tube rupture in "B" SG - initially at 1200 gpa. Massive fuel clad failure. ) 0957 Release from containment begins through purge exhaust hocts.- (1010) TSC declares GENERAL EMERGENCY and sets PARS for sheltering all sectors within 2 miles and downwind sectors to 5 miles. (1020) Evacuation of plant personnel to assembly areas is conducted if not already accomplished. 1020 Restoration of offsite AC proceeds with backfeed from Unit I complete, ,o,r (see 1100 entry). . . i (1025) Offsite agencies notified of GENERAL INERGENCY and release. (1032) Radiation survey reports from facade /IA r,epair area. (1045) Repair begins in IA damage area. (Scenario does not allow repair completion until after 1030.) 1100 C00FfINGENCY: Declare GENERAL EMERGENCY j 1100 Restoration of offsite AC continues with backfeed Unit 2 complete. l (1115) Based upon field readings offsite, escalated PARS should be set for evacuation in the keyhole out to 5 miles. O Page 2
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l I l EP EXERCISE 03-90 Section 6 1120 Possible release of non-essential plant and contractor personnel from site.
, During the period until release termination, messages / cues will j be provided to support: }- -
SG tube rupture response /cooldown i Restoration of IA/ release termination 1 4 Restoration of offsite AC power. 2 (1030 to 1600) Release is teminated by participant actions. -l (1400) Onsite RECOVERY actions may begin if release terminated by participants. 1600 Release terminated by containment reaching atmospheric pressure. , (1700) Temination of exercise by Lead Exercise controllers critiques. t l v i I 4 3 l
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l 1 t ! EP Exercise 1990 l Section 7 lO 1 l NAMES AND-TELEPHONE NUMBERS : DELETED i t 0 5 7.0 DETAII.ED SCENARIO EVENTS WITH CUE AND CONTINGENCY CARDS t l L 5: i e h I l .I t i I . I i l Reviewed By: , , ff/fo . 0-
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i i EP EXERCISE 1990 t Section 7 ;
~s :
7.1 0600 - Exercise initiation 7.1.1 Plant and Meteorological Conditions
- a. Unit 1: ;
- 1. Reactor shutdown at.1000 on March 10, 1990. !
- 2. Cold shutdown at 0300 on March 12, 1990.
- Temperature 135'F i Pressure - Atmospheric '
- 3. Steam generator manways open,.at 3/4 pipe. One RHR pump running (IP10A), IP10B standby,
- One CCW pump running (IP11A) l
- 4. Equipment Out of Service (005)
(a) 1X03 for 13.8 kV modifications f (b) Turbines.and main generator to be opened for. ! inspection [ (c) 005 for annual maintenance
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- b. Unit 2:
- 1. 100% power, normal operating temperature (NOT) and normal operating pressure (NOP)
- 2. 48-hour LCO - failed pressure test (TS-36) on inner purge exhaust boot at 0200 March 13, 1990.
- Leakage >20 1pm at 23 psig. >
- Snoop of outer boot showed no leakWe ,
- c. Meteorclogy - severe weather warnings issued by the National
- Weather Service for northeast portions of the state. effective
- l until 1130 March 14, 1990.
l 1. Wind Speed = 8.0 mph i
~
- 2. Wind Direction = 220'
- 3. Sigma Theta = 10'
- 4. AT/AH (Lapse Rate) = -0.6*
- 5. Stability Class = D i
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c-- ,3 i l 2 EP EXERCISE 1990 Section 7 ; f' 's ,
\s_- . 7.1.2- Emergency Action Level _
6
- a. Classification: None ;
- b. Category: None !
7.1.3 Emergency Organization Response ; Operators may implement AOP-13C, " Severe Weather Conditions" ! 7.1.4 Offsite Organization Response None expected or required.
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EP EKERCISE 1990 Section 7 CARD NO. 1 CONTROLLER INSTRUCTION TIME: 0630 MESSAGE FOR: Control room controller MESSAGE: Commence a shift turnover. Review the following items with the oncoming DSS.
- Station log
- DSS turnover materials
- Plant status boards
- Control room sunnary sheet for 03-13-90 (Chemistry)
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill control room
- b. Assure that players are familiar with location of control room data, operation of drill computer, and use of drill communications systems,
- c. See initial conditions section of this scenario package.
EXPECTED PLAYER RESPONSE:
- a. Players should acclimate to the " drill" control room.
- b. Hay initiate actions (AOP-13C) relative to the severe weather warnings.
EP EXERCISE 1990 ; Section 71 s CARD NO. 2 CUE , t TIME: 0630- ' i MESSAGE FOR: DSS (Actual) 5 MESSAGE: Use Gai-Tronics to announce the following:
- l
" Attention all personnel ,
Attention all personnel , We have commenced an Emergency Plan Exercise. I repeat. i We have commenced an Emergency Plan Exercise. - All onsite exercise-related RADIO communications should be conducted on CHANNEL-1. All on-site exercise-related RADIO communications should be ;
-[ conducted on CHANNEL-1." i i ,
THIS IS A DRILL > CONTROLLER NOTES:
- a. Location - Real control room ;
- b. Have the DSS in the real control room make this announcement. !
EXPECTED PLAYER RESPONSE: Change channel selector on portable radios to channel 1. 1 1
t
. . EP EXERCISE 1990-Section 7 s-CARD NO.- 3-CONTROLLER INSTRUCTION. ,
- - TIME - 0630 1
MESSAGE FOR: Maintenance controller MESSAGE: Install " drill danger tags" for initial .onditions work activities.- Only the following tag series need be installed. 116-46 i s THIS IS A DRILL CONTROLLER NOTES: i Location - Various l EXPECTED PLAYER RESPONSE: i a
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i EP EXERCISE 1990 : Section 7
\ . -\ CARD NO. 4 l CONTROLL3R INSTRUCTION t
TIME: 0630 MESSAGE FOR: Maintenance controller
. i MESSAGE: Ready or ensure that mock-up for IA pipe break in Unit 2 facade is staged. ,
Clearly identify it as being "FOR DRILL USE ONLY." r
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5
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THIS IS A DRILL ; CONTROLLER NOTES: . Location - Unit 2 facade .
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EP EXERCISE 1990 Section 7 {
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\~- CARD NO. 5 .,
CUE (If asked) l TIMES- 0640 + 1130 .: i MESSAGE FOR: TSC and/or EOF , MESSAGE: Weather forecast- , e
- a. Severe weather warnings are in effect for the following northeast .
Wisconsin counties until 1130 today: Manitowoc, Brown, Kewaunee, Calumet,- and Sheboygan counties. Heavy rain and high winde are possible,
- b. Highs today in the mid to upper 60s 's
- c. Lows tonight in the mid to lower'30s ,i
- d. Winds will be out of the west-southwest, becoming more northerly by early afternoon at 8 to 15 mph. Gusting winds, as high as 50 mph, are ,
possible this morning. ;
- e. Sk'ies will be mostly cloudy with a 70% chance of precipitation.
I i y l l l l THIS IS A DRILL , CONTROLLER NOTES: ,
- a. Location - TSC and EOF L ,
l b. Issue this cue to any player after he/she has obtained a forecast from l the National Weather Service (NWS). In the TSC, the weather forecast may l be obtained via NAWAS. At other locations, commercial telephone vill be ' used. EXPECTED PLAYER RESPONSE:
- a. If TSC or EOF activated, advise Chemistry director or radcon waste manager ,
of forecast.
- b. Update status board.
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[ s l l i EP EXEkCISE 1990 Section 7 CARD NO. 6' _ CUE TIME: 0650 MESSAGE FOR: TSC MESSAGE: RMS II - Values are "as read." THIS IS A DRILL CONTROLLER NOTES:
- a. Location - TSC
- b. Tape the upper portion of this card below the RMS II meters. "As Read" readings are valid for the entire scenario.
i 5
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EP EXERCISE 1990 l Section 7 l 1 k' CARD NO. 7 l CUE , l TIME: 0650 I
- . MESSAGE FORE EOF I -
l ,. MESSAGE: RMS II - Values are "as read." , l ; l' l t i t t >
.1 THIS IS A DRILL f
CONTROLLER NOTES:
- a. Location - EOF
- b. Tape the upper portion of this card below the RMS II meters. '"As Read" readings are valid for the entire scenario.
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1 n+ --. =. m ;- u - u - . . , ~ , - a a - i EP EXERCISE 1990 l Section 7 )
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'% CARD NO. 8 j CONTROLLER INSTRUCTION j 1
' TIME: 0700 -
?
MESSAGE FORA ~ Controller (Maintenance) ; MESSAGE: Instruct the drill Maintenance supervisor to report to the Maintenance: ; office.to review paperwork associated with the day's maintenance activities. (~ t THIS IS A DRILL CONTROLLER NOTES: ! a. Location - Maintenance Office l
- b. Conduct a brief turnover discussion with the drill Maintenance supervisor ,
as he becomes involved in drill play. Use the " Maintenance Status" sheet i that follows and materials from the initial conditions package as necessary. l: l l
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i EP EXERCISE 1990 Section 7 j ( is Turnover @0700. ! MAINTENANCE STATUS , GOS - to Appleton this a.m.'to pick up rebuilt starter for starting diesel. j r U2 Purge Ex - Inner valve 2-3213' disassembled. Storeroom ordered replacement 5 sealing boot which is expected in Green Bay @l830 on 03/14/90. Inner valve is ready for assembly when sealing boot becomes , available. , F U1 Generator - being removed by evening shift (one phase completed last night).. Bus Connectors Estimated time for remaining two connections 1.5 - 2 hours with ' one crew on each. ,
- U2 Condenrer - Tested by operating crew-yesterday. -"A" S/G atmospheric PORV
- Steam Dumps (MS-2016) failed to operate. NWR issued'for work this morning.
1
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EP EXERCISE 1990 Section 7 CARD NO. 9 CUE TIME: 0710 MESSAGE FOR: Drill Shift Superintendent MESSAGE: This is system control. I have the latest update un weather. Severe weather is moving across Wisconsin on a line from Lacrosse-to Green Bay at a rate of 45 miles per hour. The Fox Valley area and areas east are experiencing high winds, severe wind damage, and heavy rains. A tornado watch is in effect until 9:00 a.m. for Manitovoc, Brown, Kewaunee, Calumet, and Sheboygan counties. I l THIS IS A DRILL ll CONTROLLER NOTES:
- a. Location - Exercise Control Cell
- b. Role play the system control supervisor, relaying this information to the drill DSS in drill control. Begin, and end, this message with "This is a Drill."
- c. Call the drill control room at Ext. 447.
EXPECTED PLAYER RESPONSE:
- a. May intiate A0P-13C.
- b. Call DTA to control. I
- c. Inform DCS.
O 1 i
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, EP EXERCISE 1990 Section 7 CARD NO. 10 CUE TINE: 0710 MESSAGE FOR . Dispatchers At: Manitowoc Sheriff's Department Kewaunee Sheriff's Department Warning Center 1 MESSAGE: You have just received the following information over NAWAS:
Severe weather is moving across Wisconsin on a line from
. Lacrosse to Green Bay at a rate of 45 miles per hour.
The Fox Valley area and areas east are being struck with high winds, severe wind damage, and heavy rains. A tornado watch is in effect until'9:00 am for Manitowoc, Brown, Kewaunee, Calumet, and Sheboygan counties. l THIS IS A DRILL l 1 CONTROLLER NOTES,
- a. Location - Manitowoc Sheriff's Department, Kewaunee Sheriff's Department, Warning Center 1
- b. Issue the above information and observe the response,
- c. This message may be issued to WC II when it receives turnover from WC I at about 0730.
EXPECTED PLAYER RESPONSE: { i Possible notification of respective Emergency Government personnel. l _________..___J
i 4 EP EXERCISE 1990 Section 7 I 1 e s
) ,f 7.2 0735 - High Winds 7.2.1 Plant and Meteorological Conditions -
- a. Unit 1: . :
- 1. Cold shutdown at 135'F, atmospheric pressure
- 2. At 3/4 pipe with' steam generator manways removed ,
3
- 3. One train RHR (1P10A) running /1P10B standby 1CCW pump (IP11A) running l Equipment 005 ;
- 1. IXO3 for 13.8 kV modifications
- 2. GOS for annual maintenance
- b. Unit 2:
100% power, NOT and NOP j GOS 00S for annual inspection ,
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- c. Meteorology - Severe weather warnings in effect for northeast Wisconsin until 1130 today. Tornado watch in effect until ;
0900.
- 1. Wind Speed = gusting 45-50 mph
- 2. k'ind Direction = 225 ,
- 3. Sigma Theta = 12*
e
- 4. AT/AH (Lapse Rate) = -0.8'F -
- 5. Stability Class = D 7.2.2 Emergency Action Level
- a. Classificatice.: None
- b. Category: None 7.2.3 Operator Response' '
Implement AOP-13C, " Severe Weather conditions" s 7.2.4 offsite Organization Response s' None expected or required, r
I i EP EXERCISE 1990 j Section 7 a CARD NO. 11 CUE , TIME: 0735 MESSAGE FOR: Any Security officer at North Gate . ; Any security officer at South Gate , i MESSAGE: You observe the following: Many loose objects are airborne. It is very windy, f i t i THIS IS A DRILL CONTROLLER NOTES: Location - South gatehouse/ North gatehouse l EXPECTED PLAYER RESPONSE: 1
- a. Security guard contacts shift commander, who informs control room.
- b. May contact other Security personnel. !
l t , t l L
t l l 1 EP EXERCISE 1990 ! Section 7 l
/~'s ?
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CARD NO. __ 12 CUE , TIME: 0735 ! MESSAGE FOR: DSS (Actual) MESSAGE: Use Gai-Tronics to announce the following: 9
" Attention all personnel Attention all personnel
=An Emergency Plan Exercise is in progress. I 4
I repeat. l l An Emergency Plan Exercise is in progress, i All on-site exercise-related RADIO communications should be conducted on
, CHANNEL-1. All on-site exercise-related radio communications should be conducted on CHANNEL-1. i
[ 2
- THIS IS A DRILL CONTROLLER NOTES
- a. Location - Real control room
- b. This announcement is made to advise all personnel arriving at the j 0730 start time of the exercise in progress.
EXPECTED PLAYER RESPONSE: Change channel selector on portable radios to channel 1. W D e
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f Er EXERCISE 1990 l Section 7 i n : 7.3 _0748 - - Tornado Sighting, Striking Site, Loss of AC/IA , 7.3.1 Plant and Meteorological Conditions l
- a. Unit 1:
- 1. Cold shutdown, temperature 135'F and at '
atmospheric pressure
- 2. RCS at 3/4 pipe with S/G manways open l
- 3. One train of RHR running (1P10A) :
- 4. One CCW pump running (IP11A) '
- b. Unit 2:
- 1. 200% power NOP and NOT {,
- 2. Upon tornado strike unit experiences loss of load, ;
turbine trip and reactor' trip ~
- 3. Loss of load caused by lightning arrestor falling on bus section 5 lI 4.
' ( Extensive facade damage from tornado. ,
- c. Meteorology '
1
- 1. Wind Speed = 50-60 mph and gusting
- 2. Wind Direction = 230' i
- 3. Sigma Theta = 19-200
- 4. AT/6H (Lapse Rate) = 0'F ,
- 5. Stability Class.= B 7.3.2 Emergency Action Level l
- a. Classification: Alert should be declared following tornado sighting and verification,
- b. Category: Category 9 NOTE: A SITE EMERGENCY COULD BE DECLARED IF PLAYERS FEEL THAT THE TORNADO RESULTED IN CONTAINMENT STRUCTURE DAMAGE.
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t EP EXERCISE 1990 1 Section 7' ( 7.3.3 Emergency Organization' Response ! (Following. tornado sighting / strike)- i
- a. Implement AOP-5B, " Loss of-IA" i
- b. . Implement E0P-0, " Reactor Trip or Safety Injection:
- c. Implement E0P-0.1, " Reactor Trip Response" -
- d. In.plement EPIP 1.1, " Plant Operations Manager Initial Response" i
EPIP 1.2, " Event Classification" EPIP 1.3, " Emergency Event - Immediate Actions" # EPIP 2.1, " State & County Agency Notification" ; EPIP 2.2, "NRC Notification" EPIP 3.1, " Emergency Event Plant & Company Personnel Notification" -i EPIP 3.3, " Notification & Response for Headquarters - Response Personnel" EPIP 4.1, " Technical Support Center. Activation" EPIP 6.5, " Energy Information Center Evacuation" EPIP 4.2, " Operations Support Center Activation and - Operation" ,
, EPIP 7.1, " Health Physics Notification and Response" .
4 EPIP 7.1.3, "HP Actions by On-shift HP Technologist Prior to Arrival of Additional HP Support" > EPIP 7.2.1, " Activation of OHPF at SBCC" l EPIP 7.2.2, " Activation of HP Facilities at TSC" EPIP 8.1, " Chemistry Notification & Response" EPIP 8.2, " Activation of Chemistry' Facilities at TSC/OSC" ( , t 1
. _ . - . ~ . , . - - - . .._,_m. . _ m
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j t j l EP EXERCISE 1990 I Section 7 !I~ $
- e. May decide to' activate EOF and JPIC and staff with Milwaukee i support personnel.
l May decide to perform an assembly and accountability of f. onsite personnel following the tornado strike. . I 7.3.4' Offsite Organization Response ! See State Scenario, Stection 13 of this manual, t i I i i i s 1 h i i w 4 >
1 3
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EP EXERCISE 1990 Section 7 gm
- CARD NO. 13 CUE !
l TIME: , 0740 MESSAGE FOR: North gate security officer South gate security officer Any roving security officer outside MESSAGE: You see a dark funnel cloud in the southwestern sky.- While looking to the Southwest, you notice (photo) a dark funnel-shaped cloud , seemingly reaching down to the tree tops just behind the Energy Information Center, j l I r t THIS IS A DRILL CONTROLLER !!0TES:
- a. Location - Outside of south gatehouse. ,
- b. Issue this card and show the security officer the photo :
to the southwest. EXPECTED PLAYER RESPONSE: Report observation to the DOS or DSS. . Report observation to security shift commander. Notify other security personnel. . I I
- - -- -- -- - -- . - --..,.,,.,w-.. ,
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' - "Looking Southwest from the site."
l~ ~ ( EP EXERCISE 1990 Section 7
, CARD NO. 14 CONTROLLER INSTRUCTION.
TIME: 0748
, MESSAGE FOR .. Drill control room controller MESSAGE: 58o to the real control room and find the lighting panel for the computer.
'. oom ~
At 0750, flub the lights- off, then on '(once) . k THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Real Control Room
- b. Inform the actual DSS what you will be doing. R
- c. Flash the lights for the drill control room 0FF, then ON, at 0750'to simulate the shif t over resulting frera a loss 'of offsite power.
- d. The breakers for the computer room lights are in panel 20L, numbers 11, 13, 15, 27, and 29.
EXPECTED PLAYER RESPONSE: _ Recognition of loss of AC conditions. d. [. 1
EP EXERCISE 1990 Section 7 [Vk: ' CARD NO., 15-
. CONTROLLER INSTRUCTION
]
l j 1 TIME: 0748 10810 < MESSAGE FOR: TSC controller-MESSAGE: At 0750, open the breakers for the lighting on~the El.-8'-of the-TSC. Have portable lighting available before tripping the. breakers.' l t I ii i i f- 'THIS'IS A DRILL
-(s~. ,
q CONTROLLER NOTES: ,
- a. Location - TSC area .
L ,
- b. For safety reasons, inform anyone in the TSC area-(including rest rooms) that i they should leave, before the lights are turned off. q i
- c. When turning off the lights, ensure that only the. lights to'the technical ;
support center (El. 8' only) are deenergized using the'following: I {
- Panel 56L in El. 8' janitors rooms. l l
Open breakers- 1, 2, 3, 4, 5, 6, 7, 8 and 9 i NGTE: THERE WILL STILL BE 2 LIGHTS (OVERHEAD) ON IN TSC - EMERGENCY LIGHTING. l COMPUTER EQUIPMENT WILL ALSO'BE OUT-OF-SERVICE (SIMULATED).
- d. Energization of.the-emergency power supply to the TSC must.be'done in the. gas turbine building. The controller observing the'switchover will inform you when-it has been completed, at which time you can restore lighting and computers. l
- EXPECTED PLAYER RESPONSE
,; Restoration of TSC power via G105. ' i s 1 1
-_ , - , ~ .- ,e y e
'(
l
)
~EP EXERCISE 1990 -1 Section 7 l C
t '
'N CARD NO. 16-l CUE TIME: 0750 !
MESSAGE FOR: South.gatehouse security officer.- , MESSAGE: You see a tornado passing through the site. 'You observe'it" ripping through.the switchyard, through buildings along.the west side ~ 1- . L of the plants and passing over the facades. ; v (. l THIS IS A DRILL. CONTA0LLER NOTES:
- a. Location - South gatehouse
- b. Read this card and then hand it to the security officer.
1 . EXPECTED PLAYER RESPONSE: 1 12 Report observation to the DOS or DSS. Report observation to the security shift commander. l l. l l O ;
~$
EP EXERCISE 1990= i Section 7 .
/~' .
\s ! CARD NO. 17' .
CUE , TIME - 0750
]
l MESSAGE FOR: . Drill control room' i
?
MESSAGE: You hear a loud roaring noise, metal tearing sounds, and feel l
'; . vibrations outside the control room.
1 i d
- /"'
{ r-l THIS IS A DRILL ( , CONTROLLER NOTES: I l !. a. Location - Drill control & l l t EXPECTED PLAYER RESPONSE: I' Declare an Alert Category 9 l
- l Possible plant evacuation / personnel accountability j l
l l l i
EP EXERCISE 1990-Section CARD NO. 18-CONTROLLER.!WSTRUCTION. , I TIME: 0750 + f
. MESSAGE FOR: Drill Control-Room Controller = -MESSAGE: -The attached page lists'the major alarms that are received'in'the control-room during this event, Provide thic information to drill ^ control room players'in the event that-the computerized version fails. j I
l 1 i
~!
O THIS IS A DRILL - CONTROLLER NOTES: ;l Location - Drill Control Room ! EXPECTED PLAYER RESPONSE 1 i O 1
CONTROL ROOM ALARMS - 0750' HOURS M21 ISU 4 KV BUS 1A01 AND 1A02 UNDER VOLTAGE COMPONENT COOLING PUMP DISCHARGE PRESS Lo O \ CONDENSER WATER BOX LEVEL Lo CONDENSER VACUUM LO (0752)- l
\ E21 CONTAINMDTT SPRAY PUMPS COOLING WATER TLOW Lo CROSS 0VER STEAM DUMP TROUBLE COMPONDIT COOLING PUMP DISCHARGE PRESS LO FIEDWATER PUMPS TRIP CONTAINMDIT SPRAY PUMPS COOLING WATIR TLOW LO TEEDWATER PUMPS TRIP MOTOR BREAKER TRIP GENERATOR LOCKOUT RCP 1A CR 1B LABYR SEAL DITT PRESS M HIGH PRESS TEEDWATER HEATER 5 LEVEL HI-LC
.RCP 1B COOLING WATER TLOW LO LOW PRESS TEIDWATER HEATER 1A,2A CR 3A LEVEL HI RCP 1A COOLING WATER TLOW Lo LOW PRESS TEIDWATER HIATER 1B,2B OR 3B LEVEL HI RER PUMPS COOLING WATER TLOW LO I4W PRESS TETDWATER HEATER 1,2 CR 3 LEVEL Lo RER LOOP TLOW LC . MOTOR BREAKER TRIP SAFETY INJECTION PUMPS COOLING WATER TLOW Lo RCP 2B COOLDIG WATER TLOW Lo STEAM LINE ISCLATION VALVE 1B AIR PRESS Lo RCP 2A COOLING WATER TLOW Lo STEAM LINI ISCLATION VALVE 1A AIR PRESS Lo RCP 2A CR 2B LABYR SEAL DITT PRESS LO REACTOR TRIP RER PUMPS COOLING WATER TLOW LO S.G. B/D TANK LEVEL HI-Lo gn SATETY INJECTION PUMPS COOLING WATER TLOW STEAM GENERATOR A LEVEL SET POINT DEVIATION AIR SYSTEMS COMMON TROUBLE STEAM GENERATOR TEED PUMP B SUCTION PRESS DIESEL TIRE PUMP RUNNING . STEAM GENERATOR B LEVEL SET POINT DEVIATION TIILD TORCING STEAM LINE ISOLATION VALVE 2A AIR PRESS LO STIAM LINE ISCLATION VALVE 2B AIR PRESS LO
. STEAM GENERATOR A Lo LEVEL CHANNEL ALERT STEAM CENERATOR TEID PUMP B SUCTION TLOW STIAM GDTERATOR LO-LO LEVEL CHANNEL ALERT STEAM GENERATOR B Lo LEVEL CHANNEL ALERT SU STEAM CENERATOR B LO-Lo LEVEL CHANNEL ALERT STEAM CENERATOR A TIEDWATER FI4W CHANNEL ALERT !
13.8 BUS OR TEIDER LOCKOUT TURBINE ROTOR STOPPED (0835) - 13.8 KV MAIN OR TIE BREAKER TRIP TURBINE STOP VALVES TWO CLOSED 2X01 C THETA TURBINE AUTO STOP OIL PRESS LO n 2X01 LOSS OT COOLING TURBINE DERGENCY LUBE CIL PUMP RmfNING 345 KV SWITCHYARD TURBUTE EMERGENCY LUBE CIL PUMP RUNNING [ 345 KV BREAKER TRIP mfIT LOCKOUT si 4.16 KV BUS 2A01 OR 2A02 UNDER TREQUENCY VACUUM CONTROL TANK VACCUM LO (07S2) 4.16 KV BUS 1A01 CR 1A02 UNDER TREQUENCY TIELD TORCING GENERATOR MAIN BREAKER TRIP HIGH VOLTAGE STATION AUX TRANS 2X03 HIGH VOLTAGE STATION AUX TRANS 2XQ3 LOCK CUT 212i HYDROGEN PANEL UNIT 2 480 V BUS UNDER VOLTAGE 4 KV BUS 2A01 AND 2A02 UNDER VOLTAGE UNIT'1 STATION SERVICE TRANS 4.16 KV BREAKER TRIP AUTC TURBINE RUNBACK OVERPOWER 'DELIA-T mfIT 1480 V BUS UNDER VOLTAGE AUTO TURBINE RUNBACK OVERTEMP DELTA-T UNIT 2 480 V BUS MAIN CR TIE BREAKER TRIP CHARGDiG PUMP SPEID CONTROL LIMIT HI-Lo UNIT 1 4.16 KV BUS MAIN OR TIE BREAKER TRIP MOTOR BREAKER TRIP l UNIT 1 4.16 KV BUS UNDER VOLTAGE OVERPOWER DELTA-T UNIT 2 4.16 KV BUS VOLTAGE CHANNEL ALERT OVERTEMP DELTA-T UNIT 2 STATION SERVICE TRANS 4.16 KV BREAKER TRIP PRESSURIIER HEATER BREAKER TRIP m(IT 2 4.16 KV BUS MADI OR TIE BREAKER TRIP PRESSURIIER LEVEL SET PODIT DEVIATION UNIT 2 4.16 KV BUS UNDER VOLTAGE REACTOR COOLANT LO-TLOW LOOP A UNIT 1 4.16 KV BUS VOLTAGE CHANNEL ALERT REACTOR COOLANT LO-TLOW LOOPS A/B m(IT 1 4.16 KV BUS LOCK CUT REACTOR COOLANT LO TLOW I40P A CHAlfNEL ALERT UNIT 1 480 V BUS MAIN OR TIE BREAKER TRIP REACTOR COOLANT PUMP BREAKER CHANNEL ALERT REACTOR COOLANT LO TLOW LOOP B CEANNEL ALERT REACTOR COOLANT LO-FLOW LOOP B g REACTOR COOLANT CVERPOWER DELTA-T CHANNIL ALERT
- REACTCR COOLANT PUMPS TRIPPED DEMINERALIIATION PANEL REACTCR COOLANT CVERTEMP DELTA-T PRE TREATMENT PANEL RCD CONTROL SYSTEM NON-URCDIT FAILURI UNIT 1 SECONDARY SYSTEM SAMPLE PANEL RCD CONTROL RCD BOTTOM RCD STOP RCD CONTROL SYSTEM URGDIT FAILURE STEAM GDfERATOR B LO TEECWATER TLOW g STEAM GENERATOR A LO TEEDWATER TLOW BATTERY CHULGER D07 TROUBLE BATTERY CHARGER D107 TROUBLE PAC' 0F C01 *
/ g BATTERY CHARGER D108 TROUBLE BATTERY CHARGER C08 TROUBLE INST. AIR DRYER BYPASS OPEN
/ DIST. AIR DRYIR LOSS OT POWER
'V U2 SECONDARY SAMPLE PANEL OfST. AIR RUNNING COMPRESSOR TRIP INST. AIR HEADER PRESSURE LOW SERVI 0I AIR Rm(NING COMPRESSOR TRIP SERVICE AIR HEADER PRESS LOW
3 P s EP EXERCISE-1990 Section 7' s CARD NO. 19 CONTROLLER-INSTRUCTION
- TIME: 0750 :
MESSAGE FOR: Drill Control' Room Controller MESSAGE: Use the. completed'EOP-0 and E0P-0.1 attached to provide-information~ . ! i to players as they respond to;.the. event.> tl 1.
- .-t c
~
.+
- ('~>\
4 N_,/ ' . -i i THIS IS A DRILL CONTROLL:2 NOTES:
- a. Location - Drill control room-
- b. As the control room crew proceeds through the procedures, provide only
, that information from the procedures not provided via PPCS, computer or strip charts. L I l i l l l- l \ y-~ , f l \ r 1 I
~
l
- 1
- .. EP EXERCISE-1990 I
' Section-7
- r ,
t
\
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. -' h i
I i . E0P-0, Reactor Trip or Safety Injection"' (This procedure is attached to the master copy of the scenario.)
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t n 1 l r i I ( t . . 1 i lt . !s 3 6
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.- _, _ . _ __ . . _ . _ . _ _ _ _ . . . _ - . _ _ _ _ _ . . . . _ . . . __.._____.a
'r EP EXERCISE 1990 i Section 7 ;
r > i'. . t 4 i I s d i
- f. E0P-0.1', " Reactor Trip Response" l i
(This procedure is. attached to the master. copy of.the scenario.)- l O i :k-i
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.- . .. . - . . . . . . . . . - . . . m._, __-. . . . _ - . , . --_.
iL EP EXERCISE-1990
.Section 7-CARD NO. 20 CUEc TIME: 0750 - 1600 MESSAGE FOR: Damage Assessment Teams (Facade /PAB)' >
MESSAGE: :You observe the following: -(Give information verbally) General Information for entire Facades I
- Elevator does not function from any level.
--Stairwell doors allow access to a.ll areas up to 528
- All' stairway.
doors are' wedged' shut above this point.
- IF INVESTIGATOR'IS-AT: ;
' Auxiliary building (truck access and spent fuel pool' area only):
~
Various roofing debris is scattered about. .No equipment damage = evident. El.-858 j I Unit 2 turbine: building door to the'far de offers no access to the ! facade. Ladder is missing. .Enough'of,Iya facade is missing on~ east' side to allow investigator'to observe:
- Access ladder to El. 85' dropped and El. 66' platform heavily damaged. l
- No apparent water or steam piping damage -- though with safeties.
lifting, there is considerable noise and steam periodically in the area. j 1
-Somefacadesupportbeamsdownandplatformmissingbutnoappafent-containment damage.
- Walkway from "A" SG to "B" SG safety platforms blocked by -debris from i tendon inspection station. 1 El. 66'-
Door 194 - blocked by debris on inside. Will only open 15-20% -- not. allowing access, but provides view of area'to south of door and part of personnel airlock. *
- Large amounts of structural debris in sight. Access ladder to El. 85' ;
level dropped. i
- El. 66' platform damaged, section dropped onto feedwater pip'ing but FW pipe intact.
- Air lock appears intact. No containment damage visible.
') '
l
u
.EP EXERCISE-1990 ;
Section~7' ! [r
'h El'.~ 52 8 :
. Door 185 - allows access to facade area. . "
- Considerable ^ structural debris on platform from walkways.and beams ab'ove. 3
- Piping; damage in overhead'in east-side of open area (2-inch IA piping ~ .
bent.and twisted ~with~~18-inch.section missing - severed ends-are 4
' deformed.
- Large' pile of struetural. debris on south' walkway prevents passage,toward: r 1
RWST'. 1;
- Portions- of El. 66': platform resting on feedwater piping. ;
- Radiation monitoring cabinet' covered with. debris,..butidoes not: appear to- ;
be damaged.
~
El. 52'-Stairwell Access Door - Allows access to El 52'Lfacade.-area.
- Considerable structural debris on platformffrom walkways _and beams -l
'above. ,
- Piping damage in overhead'in east side.of open area.
,kh - Large pile'of structural debris on south walkway. prevents passage t'oward
~
[ RWST. ! - Radiation monitoring cabinet covered with-debris,-but appears to be .i undamaged. El. 44': ,
-t Door 177 (rod drive room) allows-access'to El.'44' walkway.
- Access from El. 44' to 52' via ramp is blocked by debris.
East end of 44' walkway:
- l' .i
- Much El. 66' platform debris; very cluttered with structural and siding debris. !
- No apparent RWST damage.
- No apparent containment damage.
Top of Pipeway 3 @ 50'
- Damage to purge exhaust duct can be seen; gash extending part way around east side of duct. \ - Stairway from El. 52' to 66' level can be seen to be blocked, i
1
_ .. ... . _ _ _ . _ . _ . _ _ _ . _ _ _ _ . . . ~ _ _- -__ - - _ _ _ _ _ _ _ . _ _ _ . _ - - , _ . . . _ -
?
I EP: EXERCISE 1990- 1 Section 7' : 1 . . . ': v El. 26' > North' Walkway to U2 Equipment Hat'ch - El.'268:-
- Area.below' walkway, littered with structural debris. 7 4
- Visual from area - major. damage-done to elevator equipment room.
Door'from Stairwell:to-Blowdown Tank Area - Accessible.
' Debris scattered on' landing and walkways.
Door'from PAB to facade _(26'):
- Debris scattered on landing'and walkways. ,
- No major damage to piping or wiring evident.
i
- Walkways on this level intact.
El. 8': !' Any door - all access'ble. i
- \
- Visual damage El. 52', 66', and P.5' -' general. structural (debris.
!\ associated with~ the facade. , d'
- No containment. damage evident.
l l
- Minor water pools on lower levels from rain associated with tornado.
l THIS IS A DRILL i CONTROLLER NOTES:
- a. Location - Unit 2 Facade and PAB )
i s b. Issue information verbally when asked or when it is obvious that the- ! investigator is trying to. assess damage. ! i < ! c. Give out information only for the particular area in which the investigator is d I located. l i EXPECTED PLAYER RESPONSE: f 's _ a. Information should be relayed to the station / person who dispatched the.
- ) investigator. .,
'r.J
- b. Investigator checks all views from each facade entry point he utilizes.
l l
'l EP EXERCISE 1990 Section 7 l 1; (~'s Lt .
'3 . CARD NO.. 21- 1 CONTROLLER INSTRUCTION l l
~ TIME:' '0750 - 0810 1 s .
~
MESSAGE FOR ' Controller with person energizing. emergency power-for TSC. MESSAGE: After allowing person to walk through the procedure. for providing-L emergency power'to the TSC'(do not. allow switches to be. repositioned). Inform the controller in the TSC that111ghts may be. turned on. l: Inform the participant l if asked, that storm damage to the. building is minor. l E 1 i rs 1 f g l l THIS IS A DRILL l 1 CONTROLLER NOTES: i a. Location - With person-energizing TSC emergency power. (Gas; turbine building) -i
- b. Inform the TSC controller at Ext. 398.
i EXPECTED PLAYER RESPONSE:
- a. Find locations from power switching. ;
- b. Simulate proper selection of switch-positions. q
- c. Coordinate with (drill) control room. ;
L I s i -
l t' { EP EXERCISE-1990! Section 7. i
.l L( . CARD NO.- 22 "
CUE (If asked).
~
. TIME: 0750 - 0800 _l MESSAGE-FOR:' -Control operator.
l= MESSAGE: IA header. pressures l L South.. header PI-3083 40 psig decreasing. 4 North header PI-3084 30 psig decreasing-P After 0800, and until *, both header pressures' read zero. Compressor status lights indicate compressors can be restarted-but.IA header will not pressurize. THIS IS A DRILL -i CONTROLLER NOTES: , it
- a. Location - Give to control operator if he. requests information on IA header-pressure or when DSS / DOS requests.information on IA header pressure.
- b.
- croasconnect valves IA-5'and'IA-11 are shut, headers. split,.and compressors ,
running. ' EXPECTED PLAYER RESPONSE: Report to DSS / DOS on decreasing IA header pressure, i DSS / DOS may request operator to start IA compressors. i Implement AOP-5B. 1 h. O l
1 EP EXERCISE 1990 Section 7
-CARD NO. 23'
~ CUE.
, TIME: 0750L 1600-1 MESSAGE FOR '[A0/ inspection team member' 1
MESSAGE: The-2 "B" steam generator atmospheric.(air-operated)Lvalve stem is-damaged. ' Falling'I-beam has physically defonned- the valve operator and st'em. -
.-'l l
i i
'DRIS IS A DRILL CONTROLLER NOTES: f
- a. Location - 2 "B" S/G atmospheric U2 facade j
- b. Deliver message to person inspecting atmospherics or person sent to jack i open 2 "B" atmospheric relief valve.
- c. Team may be dispatched from control or following OSC. operation.
- d. If an attempt is made to open (simulated), the valve will not operate.
EXPECTED PLAYER RESPONSE: I
- a. Inform the drill control room /OSC.
- b. If sent to jack open valve, should have proper tools, i
?
-EP EXERCISE.1990
-Section 7
- /N
~
CARD NO.' 24 CUE' TIME: 0750 '1600' MESSAGE FOR: 'A0/ Inspection Team Member-MESSAGE: The steam generator "A": atmospheric (air-operated) valve is failed. l L j ! q i i
.' l 1
( , THIS'IS A DRILL CONTROLLER DTES: i
- a. Location - 2 "A" Atmospheric /U2 Facade (Note: Area should be nearly j '
inaccessible.)
- b. Deliver message to person inspecting atmospherics g person sent to jack open.2 "A" atmospheric relief' valve. Valve was' tested'last night'and:
would not operate. MWR written,
- c. Team may be dispatched from control or following OSC~ operation.
- d. If an attempt is made to open (sir.ulated),~it will not operate.
-)
i EXPECTED PLAYER RESPONSE: ;
- a. Report results to drill control room /OSC.
- b. If sent to jack open valve, operator should have tools.
O s EP EXERCISE'1990 l
-Section 7 -f I\ '
CARD NO. 25 CUE: 3 TIME:- 0750 + MESSAGE FOR: Turbine building AO
. 1 MESSAGE: Service air-compressors are not running. . 1
-1
- Instrument ' air compressors 'are not.L running.
+.
i 1
~l l
l
.l lD
-THIS'IS A DRILL s ,l CONTROLLER NOTES: l
- a. Location - Cue to be given to A0 when/if he enters the air compressor !
room. <
- b.
- Instrument air compressors MAY be running if control room has restarted.
- l. Verify with control room controller.
- c. Header will NOT repressurize until IA-5 and IA-11 are shut and.the headers split. ;
F EXPECTED PLAYER RESPONSE: i +: .
- a. Report status of air compressors to control room. ,l
- b. Control room may instruct A0 to start service air compressors.
i 1 1
'l
'1 i .
EP EXERCISE 1990~ Section 7'
,s 'l l Ll lQ); J CARD NO. ..26
.l l
CUE (If asked) L l TIME - '0750 - 0800
- -MESSAGE.FOR
- - Turbine building AO l
MESSAGE: IA header pressures decreasing, , South' header, PI-3002/3005 40.psig and decreasing- 1 North header, PI-6320 L30 psig and-decreasing:- L U1 turbine building air flow-1FI-3085 0 scfm ) I U2 turbine building air flow 2FI-3d85 >300:sefm t i 1 I THIS IS-A DRILL CONTROLLER NOTES:
- a. Location _ A0 or control may ask for status of IA~ header pressure and:
flow. ,
- b. After 0800, and until crossconnect valves IA-5 and IA-11 are shut, headers.
split, and compressors running,' both header pressures read zero. See note , on C0 cue. a EXPECTED PLAYER RESPONSE: , Report status of IA header pressures and flows to control room. f I. . ; i ( - 1 p. y, i ,)- i! - c _ i
+ - , , . . . - , . . .
+
EP-EXERCISE 1990' l
-Section 7.
CARD NO.. 27~ CONTROLLER INSTRUCTION TIME: 0752- .
't r
' MESSAGE-FOR: ' Control Cell Controller- ;
MESSAGE: Call Sheriff's Department'at- fand make this report: , . c "THIS~IS A DRILL. This is . I-live out'here next to. the' Point Beach: Nuclear Plant. A tornado just hit over.there at-the: 'C plant! THIS IS.A DRILL." +
-1 a
'k }
4 THIS IS A DRILL
- i. CONTROLLER NOTES:
f .a. Location - Exercise Control Cell
- b. Controller.at Manitowoc County should observe response.
! EXPECTED PLAYER. RESPONSE: j a. Infom Emergency Government Director.
- b. Dispatcher may be instructed to sound the sirens.
4 l
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1: n\ ! 1 l l
L EP EXERCISE 1990-' Section 7. CARD NO. -28 . CONTROLLER INSTRUCTION TIME: 0753 20900 i MESSAGE FOR:- Manitowoc County. Controller' ' Kewaunee County Controller MESSAGE . If an order is given to-sound the siren system because of the tornado, _ 1
.j ensure only a " growl" test is conducted.
l
.4 i
.! 4 q
THIS IS A' DRILL CONTROLLER NOTES: .j i
- a. Location - Appropriate county dispatch office. !
- b. The information regarding the tornado will most likely be received during the '
verification call back by the county-Emergency Government ~ Director following the ! Alert notification. L
- c. The Manitowoc County Sheriff's dispatcher may sound the siren system if instructed by the Emergency Government Director following the citizen report of -
the tornado strike. '
.i
'i EXPECTED PLAYER RESPONSE:
i
+ !
1
^l 1
i
I EP EXERCISE 1990 ;
'Section 7 i v
.O ~
j D)'
- CARD NO.
-CUE 29
- TIME
- L 0753"- 0756' MESSAGE FOR:' Northgate security
- L
- MESSAGE: You see. tornado damage to' switchyard,1 warehouses, facade siding, and to
.i'
. the spare transformer. Facade ?and warehouse ; siding sheets ;are' scattered ~ ..
f
'throughout the site. -Switchyard fences are down in several places. 3. S ite . ;I i
fence appears to be intact, , t e
/'~'N ,
t THIS IS A DRILL , l CONTROLLER NOTES:
- i. !
- a. Location - Northgate
+ i EXPECTED PLAYER RESPONSE:
- a. Call DSS / DOS [
- b. Possible personnel accountability '
- c. Check for injuries
- d. Call shift commander e
1: _, _ . . . _ _ _ _ _ _ _ . . _ . .._._ _. _..,.2 , . . . . _.- .'j. I
EP EKERCISE 1990 :! Section 7' I
-l '
. CARD NO.. 30 l CUE. <
'0800'- 1100v TIME:
l , L MESSAGE FOR: Person'" Polling" Sirens.(Kewaunee County)~ [ i L MESSAGE: These are the results you have just received:- i { KAA.- Status KAA 48' Siren Run- ~ Run Verify KAB , Status KAB 48 , Siren _Run Run_ Verify KAC - Status KAC 48 Siren _Run. Run_ Verify: < KAD No response to poll from KAD -! KAE - Status KAE'.48' Siren _,Run ' Run_ Verify. 4
~
KAF - Status KAF'48' Siren Run ERun Verify: KAG - Status KAG 48 Siren [Run- . Run[ Verify. [ l KAH - Status KAH 48 Siren _,Run Run_ Verify
.KAI - Status KAI 01 1AC_Fa11 KAJ - Status KAJ"48' Siren _Run Run_ Verify '
KAK - Status KAK 48- Siren _Run Run_ Verify KAL - Status KAL 48 Siren;Run Run_ Verify, m 4 r - ' +~\- THIS IS A DRILL g CONTROLLER NOTES: 4 j a. Location - Kewaunee County DEG Office
- b. Issue this message efter actual siren results have been obtained.
i l l EXPECTED PLAYER RESPONSE: l
- a. Inform Emergency Government Director
- b. Perform resynch/ reset functions on failed siren (s). ,
- c. Make arrangements for route alerting in those areas.
4
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EP EXERCISE 1990 i Section 7 1 7 , l, . CARD NO. 31 CUE TIME: 0800 - 1100 MESSAGE FOR: Person " Polling" Sirens (Manitowoc County). MESSAGE: These are the results you have just = received: MPA - Status MPA 48 Siren _Run' Run_ Verify. MKE - Status MKE 48' _ Siren _Run-' Run_ Verify. e MKI'- No response to poll from MKI; MKJ - Status MKJ 48 Siren _Run- -Run_ Verify. MKK . Status MKK 48- Siren _Run. Run_ Verify. MKG - Status'MKG 48 Siren _Run -' Run_ Verify MKC - Status KKC 48 . Siren _Run Run_ Verify
.MKB~- Status KKB 00 .-A-Okay MKD - Status MKD~48 Siren _Run . Run_ Verify MKH - Status KKH 48' . Siren _Run .Run_ Verify- .
+
'MKF - Status'MKF 48' ' Siren _Run; 'Run_ Verify MCA - Status MCA 48. Siren Run~ Run Verify-
~ ~
MCB - Status MCB 48, lSirenRun- Run Verify j j r MCC - Status MCC 48- Siren _Run Run_ Verify- < s_ i THIS IS A DRILL l l t CONTROLLER NOTES:
- a. Location - Manitowoc County DEG' Office
- b. Issue this message after actual siren'results have~been obtained.
l EXPECTED PLAYER RESPONSE: i.
- a. Inform Emergency Government Director
- b. Perform resynch/ reset functions on failed siren (s).
- - 'c. Make arrangements for route alerting in those areas.
i
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i\ 4 r
l EP EXERCISE'1990- '
-Section 7-7"%
(' CARD NO. -32 C"JE (If asked) j TIME: 0800'- end' ' f
.i NESSAGE FOR:. Exterior--damage assessment person -
. MESSAGE:' Unit 1 facadefdamagec ,
1 There appears to be only_ minor ~ Unit 1 facade siding and structural -
' damages. ~12 siding panels off_two' areas where same beams / girders I
. are- seen ?to be ' deformed and out ofIvertical alignment.
s
+
.~
, s
'\ ,
t .. THIS IS A DRILL - i CONTROLLER NOTES: 1
- a. Location - West side of U1 facade.
I b. Issue this cue when asked or'it is obvious.that the person is trying to l assess Unit i facade damage. l , EXPECTED PLAYER RESPONSE: t i ; i Report observation to the DOS or DSS. 3 4 i. i-6
. _ . - . _ _ _ . _ _ _ _ . _ _ . _ _ _ _ _ _ . . . - . . - . . . _ . . . ~ . . .
i p EP EXERCISE 1990 1 Section 7
-f
\ CARD NO. 33' ;
[, -CUE (If' asked) I
- TIME
- 0800 - end-
' MESSAGE FOR: Exterior damage-' assessment personL MESSAGE: Unit'2 facade west _and' south' damage You estimate'that ~60% of.the siding on the west"and south walls of
, 'the Unit 2 facade are gone,. laying around the-site. You.also notice: >
~
'a' lot of beams'and-girders down from.those' areas, i a E
'l 4
's
- f
- 3 >
-i j THIS IS A DRILLE I CONTROLLER NOTES:
- a. Location - West side of U2 facade -
- b. Issue this cue when asked or it is obvious that'the person 1s trying to 4
assess damage to Unit 2 facade. EXPECTED PLAYER RESPONSE: _ Report 72f3rvation to the DOS or DSS. i f I 5 e/ l\ , o u
]
1
1 J l EP. EXERCISE 1990 Section-7
's #.
CARD NO. -34
~
CUE (If asked)_ !- TIME . 0800 - end MESSAGE FOR: Exterior damage assessment person I MESSAGE: Unit 2 facade north and east damage You observe' that nearly all of the siding on the north and east walls of the Unit 2 facade are gone,' laying around the site. ~You also notice
~
major sections of beams and girders are down/out of place,from-these l ,. . areas. i i i 1
-THIS IS A-DRILL CONTROLLER NOTES:
,- a. Location - North side of Unit 2 facade.
- b. Issue this cue when asked or it is' obvious that the person is trying to assess damage to Unit 2 facade.
1 EXPECTED PLAYER RESPONSE: i [ Report observation to the DOS or DSS. " l
.1
- \
1 i .t l 1 l
EP EXERCISE 1990 Section 7 [N CARD NO. 35 I CUE (If asked). -t TIME: 0800 end MESSAGE FOR:- ~ Exterior. damage assessment person; , MESSAGE: : General switchyard damage Some general debris.- The switchyard control building is11eveled.. Some-fence damage primarily on the east-and north sides. .There is-a long object laying lover one of the:high voltage. lines at the north.end of; 1 the switchyard. .j l i i
~i "_/h -
x_/ s : I THIS IS A DRILL 2 1 CONTROLLER NOTES:
- 1
- a. Location - West end of site. ,
- b. Issue this cue when asked or it is obvious that the person'is trying to I assess damage.
i EXPECTED PLAYER RESPONSE: I Report observation to the DOS or DSS. , i l e
'q i
1
L EP EXERCISE 1990 .I Section 7 l i, I CARD NO. 36-CUE (If asked)- l TIME:. 0800'- end i MESSAGE FOR . Exterior damage assessment l person. MESSAGE: Warehouse 1 damage- i Warehouse 1 has 50% of metal siding missing. Miscellanecus compressed gas- j bottles are scattered in the'immediate area. Some rack stored material-:is- i , scattered'about within the building. ( 4 : $. i ! 'D . t THIS,IS A DRILL-CONTROLLER NOTES:
- a. Location - Warehouse 1
! b. ~ Issue this cue when asked or it is obvious that the person is trying to. l ( assess damage. ,
.i EXPECTED PLAYER RESPONSE:
, Report observation to the DOS or DSS. ' n ;
- V [
e . i,
1 EP EXERCISE 1990 Section 7 m "ARD NO. 3 7_ _- CUE (If. asked,5 y
=
T1HS 0800 + end- ' MESSAGE FOR: Exterior damage assessment person < MESSAGE: Warehouse 2 damage - Warehouse 2 has metal skin on east side massing.. Thsre is some deformation of the framing evident. Some druma.are scattered in. the area, but most of the building contents appear to be in place. ] THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Warehouse 2
- b. Issue this cue when asked or it is obvious that the person is trying to at damage.
EXPECTT PLAYER RESPONSE: Retart observation to the DOS or DSS.
i EP EXERCISE 1990 Section 7 i
\
(~ i i CARD NO. 38 CUE (If asked) l TIME: 0800 - end I MESSAGE FOR: Exterior damage assessment person ., MESSAGE: Warehouse 3 damage Warehouse 3 has roof and west side of metal skin missing. There is only structural (metal siding) debris in the area. I t i 5 (j
\
i THIS IS A DRILL CONTROLLER NOTES: ! t i
- a. Location - Warehouse 3 l
1 b. Issue this cue when asked or it is obvious that the person is trying to I assess damage. l '- EXPECTED PLAYER RESPONSE; i Report observation to the DOS or DSS. l l \ t :
- . ~ . , . _ . - _ . . , _ - - . _ . - , . ~ . - ,
r i EP EXERCISE 1990 ! Section 7 !;
./
/ i k CARD NO. 39 I CUE.(If asked) '!
TIME: 0800 - end MESSAGE FOR: Exterior damage assessment person- I MESSAGE - Gas turbine building damage ; only minor siding and window damage exists. i k y i f e [\ i l THIS IS A DRILL i i CONTROLLER NOTES: i
- a. Location - Gas turbine building I
L
- b. Issue this cue when asked or it is obvious.that the person is trying to 1 assess damage.
l - EXPECTED PLAYER RESPONSE: Report doservation to the DOS or DSS. -i i e 5 (
- i
~ ~
~50-o -, - - ,. , , , , - ~n
r EP EXERCISE 1990 Section 7 CARD NO. 40 CUE (If asked) TIME: 0800 - end MESSAGE FOR: Ext elot % mage assessment person MESSAGE: 13.8 kV bui~ sing damage There x' ,o apparent damage. THIS IS A DRILL C0iUROLLER NOTES:
- a. Location - Vital bus building
- b. Issue this cue when asked or it is obvious that the person is trying to assess damage.
EXPECTED PLAYER RESPONSE: Report observation to the DOS or DSS.
i
=P EXERCISE 1990 )
Section 7 .i ('~ t :
\ CARD NO. 41 , j CUE (If asked) d i
TIME: 0800 - end ; MESSAGE FOR: Exterior damage assessment person { MESSAGE: Extension Building damage { Window and door glass breakage. No other damage visible. l i
.i t
i i s i i P THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Extension Building ,
- b. Issue this cue when asked or it is obvious that the person is trying to-l assess damage.
1 . i l EXPEFTED PLAYER RESPONSE: - l l Report observation to the DOS or DSS. 6 i I *
)
F k i.
EP EXERCISE 1990 Section 7 p ( CARD NO. 42 CUE (If asked) TIME - 0800 + 0945 'i i MESSAGE FOR: Exterior damage assessment person , 1 MESSAGE: . North gatehouse damage l The north gatehouse has glass damage. Fencing east and adjacent tc ~ - gatehouse is bent over, but not down. The microwave link'at the truck i i gate is down and broken. l l
)
L ; i THIS IS A DRILL l CONTROLLER NOTES:
- a. Location - North gatehouse i f
- b. Issue this cue when asked or it is obvious that the person is trying to assess damage. ;
1 EXPECTED PLAYER RESPONSE: ! a. Report observation to the DOS or DSS.
- b. Post security guard at gate /or provide TV coverage.
i
- c. Note that this is a loggable event.
O
EP EXERCISE 1990 ! Section 7 , { l
\
CARD NO. 43 ! CUE (If asked) l . TIME: 0800 + 1700 i MESSAGE FOR: Exterior damage assessment person ' MESSAGE: _ Spare transformer damage l l It is toppled. { l i l t : THIS IS A DRILL CONTROLLER NOTES: l
- a. Location - Spare transformer
- b. Issue this cue when asked or it is obvious that the person is trying to assess damage.
EXPECTED PLAYER RESPONSE: Report observation to the DOS or DSS. l l h l
EP EXERCISE 1990 Section 7 g-'s ! CARD NO. 44 ' CUE (If asked) TIME: 0800
- 0945 MESSAGE FOR: Switchyard assessment person ;
i MESSAGE: Lightning arrestor has fallen ~on bus section 5 t
.i You see a lightning arrestor toppled onto the high voltage lines of )
but section 5. The high voltage bus bar is burned and charred and is open at one point. t [ ) l' \s_ / THIS IS A DRILL , b CONTROLLER NOTES:
- a. Location - Switchyard - north end
- b. Issue this cue when asked or it is obvious that the person is trying to ,
assess damage. 1 EXPECTED PLAYER RESPONSE: ! Report observation to the DOS or DSS. l O
, >i i
EP EXERCISE 1990 Section 7 ;
/3
- CARD NO. 45 CONTINGENCY TIME: 0800 - 1030-MESSAGE FOR: Any team / person attempting repairs to instrument air piping.
MESSAGE: Repairs to piping are unsatisfactory. j i Y t t f
,-~s THIS IS A DRILL CONTROLLER NOTES:
- a. Location - With IA repair team / person
- b. Describe limits of play, e.g. , - obtain tools, - obtain parts, - install parts on mockup, etc., ,
- c. Controllershouldissuethiscardiftherepairfteamindicatescompletion.of repairs and repressurization of the IA purge line at any' time prior to 1030.
The controller should use his best judgement in indicating the cause of the failure to repressurize with the goal of (1)-having the team verify work i completed and (2) searching for other leak points.
- d. Satisfactory completion can be delayed using any or all of the following: 1 (1) Previously undiscovered leak, (2) improper veld, solder, joining, etc.,
EXPECTED PLAYER RESPONSE: t,
- a. Verify work completed.
- b. Identify other leak locations.
l i EP EXERCISE 1990' ] Section 7
,n 1 k \ CARD NO. 46 i CONTINGENCY ,
TIME: 0800 - 0850 MESSAGE FOR: Drill Control MESSAGE: Although you have been successful in restoring instrument air, j scenario data will not reflect this until 0850. This is necessary to keep the scenario data on track. l t s
-r s
THIS IS A DRILL. , CONTROLLER NOTES:
- a. Location - Drill Control
- b. Issue this message if_ actions taken to restore instrument air occur prior to 0850.
- c. At 0850, inform the DSS / DOS that scenario data is now correct, EXPECTED PLAYER RESPONSE:
i
-l fs %g_, -
EP EXERCISE 1990 Section 7. ; , [- !
.t -
CARD NO. -47 CUE (If asked) , TIME: ~0810
- i MESSAGE FOR' Control operator ,
MESSAGE:: South IA header pressure increasing , l > North IA header pressure ~20 psig ! f i
-?
I t i O I l THIS IS A DRILL k P
\
CONTROLLER NOTES:
- a. Location - Control Room l
- b. To be given after IA header crossconnect valves IA-S and IA-11 are shut i' and headers are split and compressors are running.
(
+
EXPECTED PLAYER RESPONSE: t r F
EP EXERCISE 1990-Section 7 TO CARD NO. 48
- CUE (If asked)-
TIME: >0810 ; i i MESSAGE FOR: DSS / DOS /R0-MESSAGE: IA header pressures normal. (100 psig) k i O THIS IS-A DRILL CONTROLLER NOTES: !
- a. Location - Control Room
- b. Issue this cue only after ruptured header isolated and IA-109 or IA-224 is shut, i l EXPECTED PLAYER RESPONSE:
i
+
t v h g f'~
\s_ / !
i.
' EP EXERCISE 1990
'Section 7 CARD NO.- 49 CONTROLLER INSTRUCTION TIME . 0820 .
~
MESSAGE FORi. Drill Centrol Room Controller ' MESSAGE: LIfand/orwhhntheplayersimplementAOP-14Aforbackfeedingthrough Unit 1, the following marked-up procedure should be used a guidance to determine how long any.given activity should take. Since Unit 1 is already shut down many items within AOP-14A are already done so the players need to be guided per the attached procedure estimates. Ref.-attached AOP-14A. 1 THIS IS A DRILL l CONTROLLER NOTES:
- a. Location - See attached switchyard drawing and marked up AOP-14A.
EXPECTED PLAYER RESPONSE: i l
l' EP EXERCISE 1990 Section 7 AOP-14A, " Main Power Transformer Backfeed" (This procedure is attached to the master copy of the scenario.) l ____________J
EP EXERCISE 1990 , Section 7
.f^
k CARD No. 50 ] CONTROLLER. INSTRUCTION j
-l TINE: 0825 l l
MESSAGE FOR: Control Cell Controller 'l MESSAGE:: Call the Maintenance supervisor in the TSC and say:
"This is . I picked up the starter motor in Appleton and started back but there's been some damage up here and this road is closed for awhile. I'31 come down when they reopen the road. THIS IS A DRILL."
I (\ THIS IS A DRILL i CONTROLLER NOTES:
- a. Location - Control Cell
- b. Call at time indicated to' report progress with starter motor (see Maintenance supervisor turnover sheet).
EXPECTED PLAYER RESPONSE: Eliminate starting up SG as a power source and pursue backfeed from U1 (U2). t.. i l
4 . EP EXERCISE 1990 1 Section 7 l l i'~~\' ' l CARD NO. 51 Cut TIME: 0831 l MESSAGE FOR: s Drill Control Room Personnel . MESSAGE: Alarm l C04 VCT Lo-Lo level m U THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill control
- b. This alarm indicates switchover to the RWST due to loss of IA.
- c. All alarm cues will be given via computer display.
EXPECTED PLAYER RESPONSE:
)
i e
\
I EP EXERCISE 1990 Section 7 CARD NO. 52-CONTINGENCY TIME: 0835 MESSAGE FOR: POM/ DSS MESSAGE: Declare an Alert Declare an Alert based upon Category 9, " Natural Events." (Any tornado striking the site.). THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill control room or Technical Support Center
- b. This should be given to the POM only if he has not, or is not in the process of declaring an Alert.
EXPECTED PLAYER RESPONSE: If the DSS /POM has not yet declared an Alert, EPIP 1.1, " Plant Operations Manager Initial Response," should now be implemented.
'l EP EXERCISE 1990 Section 7:
r CARD NO. 53 CONTINGENCY
' TIME :' 0850 MESSAGE FOR: Drill Control-Room Personnel MESSAGE: Although data for the scenario indicates that instrument air has been returned, continue stepping through your procedures to catch up with the data.
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control
- b. All players to complete their procedures for restoring instrument air, at which-time you can issue cue card # 54 .
EXPECTED PLAYER RESPONSE: Continue with actions to isolate the ruptured header and restore IA. I i
\
EP EXERCISE 1990 Section 7
/m -
CARD NO. 54 CUE-TIME: After IA' Restored MESSAGE FOR: Drill control HESSAGE: . Reactor' makeup water pump and' boric acid transfer pumps start; FCV-110B, FCV-1100, and FCV-111 open. THIS .IS A DRILL CONTROLLER NOTES:
- a. Location - Drill control room
- c. Auto makeup to VCT initiated.
- c. Issue following restoration of air.
EXPECTED PLAYER RESPONSE:
- a. Verify lineup.
- b. Restore normal suction to charging when VCT level normal.
'v EP EXERCISE 1990 Section 7 l
L . CARD No. 55 CUE TIME: 0850 MESSAGE FOR: Drill Control Room Personnel MESSAGE: Alarm
- PRT high level alarm.
d i i t THIS IS A DRILL CONTROLLER NOTES: 1 L a. Location - Drill Control Room j
- b. This indicates to players that the seal return relief valve has lifted.
EXPECTED PLAYER RESPONSE:
- a. Should check pressurizer relief line temperature (~95.0'F).
- b. Open MOV-596 to provide drain from PRT to RCDT.
l(r l\ p
~67-l
EP EXERCISE 1990 1 Section 7 s A CARD NO. 56 CONTROLLER INSTRUCTION j 4 TIME: 0900 l MESSAGE FOR: ' Control Cell Controller l l MESSAGE: Call the drill control' room and say: '
"This is a Drill. This is . I just came in to the north )
gate and I noticed that your weather tower is down out here. It is- -l pretty twisted up and lying along the road. This is a drill." j
\
l e i O THIS-IS A DRILL CONTROLLER NOTES: l
- a. Location - Control Cell i
- b. Call message in to drill control room at time indicated.
P EXPECTED PLAYER RESPONSE: Verify met data from Tower 1 still functional. 9 ( h s--,-n , w w , - - -,- ,, - 4 - w w r--
' EP EXERCISE 1990 Section 7 CARD NO. ,. 57 CUE TIME: 0909
.MESShGE FOR: Drill Control Room Personnel MESSAGE: Alarm CST low level alarm.
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. This alarm indicates a loss of feed inventory via lifting safety valves.
EXPECTED PLAYER RESPONSE: Operator (s) shift AFW suction to unaffected unit CST.
-(
EP EXERCISE 1990 Section 7 s s L 7 CARD NO. 58 STATE / COUNTY CUE i TIME: 0915 MESSAGE FOR: Manitowoc County Board Chairman [ MESSAGE: The tornadoes which passed through the county this morning destroyed a large portion of the towns of Cleveland and Spring Valley. .Up to 50% of ! the county's law enforcement capability will be needed to assist in these ; communities. Lead the EOC staff in a table-top discussion about how these ! storms would affect the county's ability to provide _ law enforcement- to , these areas as well es to the area affected by the accident at Point Beach; i how the county's ability to previde shelter and social services would be affected; and what actions would be required to obtain additional law _ ' enforcement and social service assistance. (v) J THIS IS A DRILL CONTROLLER NOTES: Location - Manitowoc EOC i EXPECTED PLAYER RESPONSE: b 1
I l EP EXERCISE 1990- l' Section 7 i ('~~
\/ CARD NO. 59 I
STATE / COUNTY CUE i i TIME: 0915 '! MESSAGE FOR: Kewaunee County Board Chairman NESSAGE: The tornadoes which' passed through the county this morning' caused heavy damage in Luxemburg, Euren and Lincoln. Lead the EOC staff in a table-top i discussion about how these storms would affect the county's ability to- : provide law enforcement to these areas as well as to the area affected by l the accident at Point Beach; how the county's ability to provide shelter i
- and social services would be affected; 'and what actions would be required ~
to obtain additional law enforcement and social services assistance. , i 1
?
n
\
-THIS IS A DRILL CONTROLLER NOTES: ,
Location - Kewaunee EOC [ EXPECTED PLAYER RESPONSE: ,
<- s ,
s_s
1 i i EP EXERCISE 1990 l Section 7 l [h 7.4 0950 - Main Feed Line Break 7.4.1 Plant'and Meteorological Conditions
- a. Unit'1:
- 1. Cold shutdown at 135'F and atmospheric pressure ,
- 2. At 3/4 pipe with steam generator manways off
- b. Unit 2: [
- 1. Hot shutdown at 560'F, 1985 psig. '-
l
- 2. Main feed line to "B" steam generator ruptures j
- c. Meteorology - Tornado watch / warning lifted. Severe weather ,
warnings remain in effect until 1130.
- 1. Wind Speed = 9.0 mph-
- 2. Wind Direction = 345' p 3. Sigma Theta = 11'
\'
- 4. AT/AH (Lapse Rate) = -0.8' ,
- 5. Stabil'ty
. Class = D 7.4.2 Emergency Action Level ,
- a. Classification: Alert or Site Emergency .
P
- b. Category: 9, " Natural Evento" 7.4.3 Emergency Organization Response
- a. Operations staff should implement E0P-0, " Reactor Trip or Safety Injection" '
'b . May also implement EPIP 1.1, "POM Initial Response" EPIP 1.2, " Event Classification" EPIP 1.3, " Emergency Event Immediate Actions" ,
7.4.4 Offsite Organization Response See State Scenario, Section 13, of this manual. D m ~ ~ - n s -
_ .~ .. _. _ , a i EP EXERCISE 1990' ] Section 7 .i r~'s . I j b CARD NO. 60 I CUE t
. TIME:
0950 i HESSAGE FOR: Control' Room ! i MESSAGE: Alarm - 20045, 1-4 S/G "B" Lo-Lo level. , ! t i i i
/
\. .
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. This alarm is a result of the main feed line break.
,. c. This is a computer cue.
. EXPECTED PLAYER RESPONSE:
Implement E0P-0, " Reactor Trip or Safety Injection"
~
A , l. l l-t k >
-v~ , - ,. . ,, , . . . - , , . , . . ~ , - , ,, -
l EP EXERCISE 1990
- l. Section 7- 4
't('~ CARD NO.- 61 L CONTROLLER INSTRUCTION ; l-TIME: 0950+ l MESSAGE'FOR: Drill Control Room Controller l 4 MESSAGE: The attached page lists the major alarms that are' received in the' control room during this event. ? i l Provide this information to drill control room players in the event that , the computerized version fails, i . r
'ru THIS IS A DRILL c
CONTROLLER NOTES: i
- a. Location - Drill Control Room i
b.- These alarms are a result of the main feed line break, tube rupture. :
- c. If the computerized program fails, note that some of the listed alarms [
have specific times, after 0950, when they come in. s P i EXPECTED PLAYER RESPONSE: Implement E0P-0, " Reactor Trip or Safety Injection." [ . l
4 I h (' , ( v) CONTROL ROOM ALARMS - 0950 HOURS G2i CONTAINMENT PRESS HI 4 PRESSURIZER LO PRESS CI j PRESSURIZER LO PRESS STEAM LINE LOOP B LO-LO PRESS ; STEAM GENERATOR A LO-LO WATER LEVEL STEAM GENERATOR B LO-Lo WATER LEVEL , f 2C03 7 COMPONENT COOLING PUMP DISCHARGE PRESS LO CONTAINMENT SPRAY PUMPS COOLING WATER FLOW LO' RCP 2A COOLING W1TER FLOW'LO RCP 2B COOLING WATER FLOW LO ; RHR PUMPS. COOLING WATER FLOW LO SAFETY INJECTION PUMPS COOLING WATER FLOW Lo STEAM GENERATOR B LEVEL SET POINT DEVIATION STEAM GENERATOR B LO LEVEL CHANNEL ALERT STEAM GENERATOR B LO-LO LEVEL CHANNEL ALERT STEAM LINE LOOP' B ISOLATION 1 STEAM LINE LOOP A ISOLATION CHANNEL ALERT . STEAM LINE LOOP A ISOLATION ; l/)s l I, STEAM LINE LOOP B' PRESS LO ! STEAM LINE LOOP A PRESS LO STEAM LINE LOOP B PRESS LO-LO CHANNEL ALERT STEAM LINE LOOP B ISOLATION CHANNEL ALERT i 221 Ul?IT 2 CONTAINMENT VENTILATION ISOLATION i UNIT 2 CONTAINMENT ISOLATION. ! UNIT 2 CONTAINMENT SPRAY UNIT 2 CONTAINMENT PRESS CHANNEL ALERT . i UNIT 2 PRESSURIZER LO LEVEL CHANNEL ALERT + UNIf 2 PRESSURIZER LO PRESS SI CHANNEL ALERT. - 2C20 CONTAINMENT HIGH RANGE RADIATION HI (0953) RCS SUBCOOLING MARGIN LO ALERT RCS SUBCOOLING MARGIN LO ALARM UNIT 2B STEAMLINE RADIATION HI (0958) UNIT 2 SECONDARY SYSTEM SAMPLE PANEL f 2C04 PRESSURIZER LO PRESS CHANNEL ALERT PRESSURIZER LEVEL SET POINT DEVIATION PRESSURIZER PRESS HI-LO PRESSURIZER LEVEL HI-Lo
~
- EP EXERCISE 1990 Section 7.
LCARD No. 62 CONTROLLER INSTRUCTION
-TIME: 0951
-MESSAGE'FOR:- Drill Control Room Controller MESSAGE: Use the completed E0P-0 and E0P-1 attached to provide information-to players as~they respond _to the event.
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. As the control room crew proceeds through the procedures, provide only e
that information from the procedures not provided via PPCS, computer or
. strip charts.
EXPECTED PI AYER RESPONSE:
r-EP EXERCISE'1990-I .. -Section 7
- E0P-0, " Reactor' Trip or Safety Injection" (This procedure is-attached to!the master copy of the scenario;);
I
.)
.i i
i 4
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4 d
. - . . . . . . _ _ , _..~_,,.4 .s..._ , . , . - - - - ---.. ...-- -- ._. - _ . , . . - - , . , . . , .- - - - - . - - - _ - . , - - - . .
1 , yr: If 7 , f
- j. ; e EP' EXERCISE 1990 Section 7 ;
-I
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V. . i I l- .
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~
EOP-1, " Loss of Reactor or' Secondary Coolant" (This procedure is attached'to the master copy of the scenario.') - t i
- 4 .
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i- ! ij l i, i i 4
1 EP EXERCISE 1990 Section 75 CARD NO. 63 CUE TIME: 0951
' MESSAGE-FOR: : Control room personnel MESSAGE: Alarms Col
" Unit 2 Containment spray (25 psig)"- -;
g '
'THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill control room i
- b. This is indication to control operators that the switchover from the BAST. -j to the RWST has:taken place due to safety injection,
- c. This is a computer cue. j EXPECTED PLAYER RESPONSE:
-i Continue E0P-0, " Reactor Trip or Safety Injection" i i
. . . - ~ _
?
t
'EP EXERCISE 1990' .,
Section 7 .l rs -l f 1N Steam Generator Tube Rupture / Fuel Failure 7.5- 0952 . i 1 L 7.5'1:
. ' Plant and Meteorological Conditions.
5
- a. Unit'1:1 <
l Cold shutdown at 135'F and. atmospheric pressure. I'
'b.- Unit 2:
1-. ' Hot' shutdown at 492*F,.1500 psig- 9 4
- 2. A steam generator tube rupture .occursTresultingL in' a LOCA ;
- 3. LOCA causes fuel rods t'o burst resulting in a radioactiveL ;
release to containment and then to the outside via the purge exhaust. This is an unmonitored release.- ,
- c. - Meteorology Severe weather warning.in- effect i
- 1. Wind Speed = 9.0 mph'
- 2. Wind Direction =:345*i -!
. sq '
- 3. Sigma Theta = 11*
{ j _
- 4. AT/AH (Lapse' Rate) =--0.8*
I 5. Stability Class = D-1 7.5.2 Emergency Action Level ' L a. Classification: Site Emergency I
- b. Category: .3 l l c. May declare a. Category 3 General Emergency if it is L recognized that. containment'has a potential to. fail due to l damage and loss of instrument air.
7.5.3 Emergency Organization Response ! I
- a. Control room personnel will implement E0P-0, " Reactor Trip or- -
Safety Injection," and E0P-1, " Loss of Reactor or Secondary. Coolant." They may implement EOP-2, E0P-3, ECA 3.1 and' ECA 3.2 as well. .
.t
, b. TSC personnel will implement EPIP.1.1, " Plant Operations Manager Initial Response," to evaluate for escalation of the pfrx declared event. . !
- p
?
.s EP EXERCISE 1990
'Section 7.
- c. If notlalready commenced, EOF and JPIC activation will'be required when"a general emergency .is declared.
- d. . If not already completed, a plant evacuation will be conducted in accordance with EPIP 1.1 or EPIP 6.2, " Plant
~ Evacuation to On. Site Assembly Areas."-
- e. EPIP 6.6, " Personnel Assembly and Accountability," will be' ' '
' implemented when.the evacuation is completed,
- f. -A team may be' dispatched to' investigate.the cause of the.NaOH injection failure,
- g. . Survey' teams, . directedI from -the OSHPF,; will monitor- the; release.
7.5.4 Offsite Organization Response -i
,i
~See: State scenario, Section 13 of this manual.
l 1 t i a
l a- 'EP EXERCISE'1990 Section 7- ,
, CARD NO.- 64 CONTINGFNCY.'
TIME: 0952 + MESSAGE FOR - PASS sampling team (RCS and/or Containment Atmosphere)- NESSAGE: Do not. simulate sample' acquisition and' analysis. - LI i i THIS IS A DRILL 1 CONTROLLER NOTES: ; i
- a. Location - With PASS team,
- b. The control room may order a PASS sample drawn. Personnel shall' wear. I prescribed protective clothing, dosimetry devices and.other protective l equipment as required when performing radiological sampling,
- c. The appropriate procedures will be used and communications with BOTH the1 .
actual control room and the drill control room established. l
~
- d.
Reference:
Chemistry, Section 8.0 of EP'Ps. i i
7 -- EP EXERCISE 1990 Section 7 fJMED NO. '65 CUE:
- TIME: '0955
-NESSAGE.FOR:- Drill. control room MESSAGE: Alarms.
'C01 BAST level Lo-Lo-RWST11ow level alert
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i
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-i THIS IS A DRILL. l
- l i
CONTROLLER NOTES: d
- a. Location - Drill control room !
- b. Computer cues.
- c. Resulting from high water demand due to SI. -
{ EXPECTED PLAYER RESPONSE: I,; l i i - m
-.EP EXERCISE.1990 l
.Section 7= [
t s E-7,6 '0957 ,: General Emergency Declared - Containment Leak
.7.6.1^ Plant and. Meteorological Conditions
- a. Unit 2: '
q
-1. Reactor shutdown at- 850 psig, 434*F,
- 2 .' SI is.in progressl
, 1
- 3. . Containment spray was initiated, .without NaOH asfa' result-
~
Ji
..of a' plugged eductor.,
- 4. Fuel failure', LOCA and' containment' failure results1in'a: ,f loss of allithree fission product'barriersLand causes-an:- "j unmonitored.offsite release through.the purge; exhaust'- l ducting.
e a
- b. Meteorology "i
- 1. Wind Speed = 9.0 mph'
, [
- 2. Wind Direction = 350* -
- 3. Sigma. Theta =id'
- 4. AT/AH1(Lapse Rate) =.0.8'
.t
- 5. Stability Class = D.
7.6.2 Emergency Action Level
- a. Classification: General Emergency >
- b. Category: 3, Core Fuel Damage, ,
7.6.3 Emergency Organization Response'
- a. POM may declare a general emergency at about this time. ,
L This results in an automatic evacuation to onsite assembly l l areas-(if not-already accomplished) and the recommendation of a l minimum protective action recommendations to offsite- ' l- agencies. These PARS are: Shelter all sectors 0-2-miles and j ( the 4 or 5 downwind sectors 2-5 miles.
- b. If the EOF is activated, the ESM's. concurrence.on the-PARS l- should be obtained. i L
- c. Offsite agencies will be notified of the general emergency; IO l
!V L \ . I: 1
,EP EXERCISE 1990-;
Section 7 7.6.4
^
-3 Offsite Organir,ation Response See State scenario, Section-13 of this manual.
I a
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4 . t EP EXERCISE.1990-
.Section.7 CARD No,' 66 CONTROLLER INSTRUCTION TINE:' ~0957 +
MESSAGE FOR: --PAB A0 Controller MESSAGE . When'thelPAB' auxiliary operator is' ordered-to' reposition SA-10 (radwaste ' steam isolation) do not allow: actual valve manipulation. LInform him-that
-SA-10 is now repositioned.
I THIS IS A DRILLL I CONTROLLER NOTES:
- a. Location - Primary Auxiliary Building lb Allow the PAB A0 to proceed to the correct valve but do not allow manipulation. l EXPECTED PLAYER RESPONSE: )i i
01' l' -EP EXERCISE 1990 I ' Section 7 CARD NO. 67 CONTROLLER, INSTRUCTION TIME: 0957'* MESSAGE FOR: J PAB AO'Controllerf , MESSAGE: When the PAB' auxiliary operator;is sent to. isolate the-steam' trap upstream of'"B" MSIV, he'is not able to isolate it. JAccess blocked to..the El.1850 level of facade.
- )
i
?
i THIS IS A DRILL-i CONTROLLER NOTES: ,
- a. Location - Unit 2 Facade
- b. Maintain realism, i.e., tornado damage in facade.
-a l.
EXPECTED PLAYER RESPONSE: l l
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- i EP EXERCISE 1990 Section 7 I 4
'~'g CARD NO. 68-
~ CONTROLLER INSTRUCTION- '
TIME: 6957'+ .! MESSAGE FOR: PAB;AO Controlleri j MESSAGES- A request may be made to have the A0 check NaOH addition' lineup IAW-procedure:ECA_3.1. ;The A0 will: find the: correct. lineup if heLasks for-information.
)
{ I ~THIS IS A DRILL-i CONTROLLER NOTES *
- a. Location - PAB
- b. Allow the A0 to verify the lineup.
i EXPECTED PLAYER RESPONSE: Inform control room of finding. 1 F L l I l l I ( t l
EP' EXERCISE 1990' Section 7 CARD NO. 69-7 . CONTROLLER INSTRUCTION TIME - 0957 +~ MESSAGE'FORi! PAB'AO Controller-MESSAGE - When the PA8 A0 is sent to restore / remove power from SI accumulator, a = isolation valves (MOV-841A,B) per ECA-3.1,.do_not allow, actual. manipulation of;the breakers. THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Primary Auxiliary Building
- b. Allow the A0 to simulate the steps, then inform him~that he has completed'the.
step.
- c. Issue only if operators are performing ECA-3.1.
EXPECTED PLAYER RESPONSE: Inform control of step completion. m' O 88- I
. -.---.iei mum i e---me--m-im--=4mm-n:m-summeinn:mmi-insami-mi- =:-imii ini=m=m :misii=i mmmi
.x-- -
+
l 1 l EP EXERCISE 1990 ,- i Section 7 E) [
. CARD NO. *0 3
}- CONTROLLER INSTRUCTION - i
.i TINE: '0957 +. -
P, MESSAGE - FC.".; PAB A0 Controller When the PAB A0 is told toiverify position'of containment l isolation-valves'
~
MESSAGE -- IAW with'EOP-0,LAppendix."A", do.not allow valve manipulation, i i, I i
-i THIS.IS A DRILL CONTROLLER NOTES: ,
- a. Location - Primary Auxiliary Bdilding j- b. Allow the A0 to identify each valve then inform him:that.the valve is in-the- '
l required position. l
- l. 5
( EXPECTED PLAYER RESPONSE:
- ~ Inform control room. -
t i I !, 7'"' i\ l l ^~ 1 l
EP' EXERCISE;1990
-Section 7 CARD NO.. 71
. CONTROLLER INSTRUCTION TINE: 0957 +
HESSAGE'FOR:1 PAB A0' Controller i 4
; MESSAGE:-
As the- PAB auxiliary operator is ordered.to complete necessary steps .for transfer.to containment 1 sump recire, use the attached copy of E0P-1.3,
" Transfer to Containment Sump Recirculation," to provide him information.
THIS IS A DRILL CONTROLLER NOTES:
- a. . Location - Primary Auxiliary Building (Various)
- b. Do not allow any valve' manipulations.
- c. Players-should simulate step completion, then inform him that.it.is_ complete.
EXPECTED PLAYER RESPONSE: Inform control room after completion of steps. I f ,
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'EP, EXERCISE 1990' Section 7-E0P-l'.3,'" Transfer to Containment Sump Recirculation" ,
(This procedure is attached.to the master copy of'the. scenario.) .
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a f 1 i i i EP EXERCISE 1990 Section 7
] ;
.]
' CARD NO. 72-STATE / COUNTY CONTINGENCY: i l
< TINE: 0957---1200- l
~ MESSAGE FOR: . State SRC. .
I , W NESSAGE: Distribute and administer KI in'accordance'with the approved; i
' State radiological plan - .
{
-1
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i
'N THIS IS A DRILL +
i __ CONTROLLER' NOTES: [ l'
- a. Location - State EOC j l' b. To be issued only after a decision is made not to issue KI. Related to'
'.l State objective 17. . L s j' l EXPECTED PLAYER RESPONSE: i l
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4
-EP< EXERCISE 1990.
'Section'7
, : CARD NO.' 72A" STATE / COUNTY CONTINGENCY
' TIME: -0958 - 1600'
-MESSAGE FOR:- State EOC Hanitovoc EOC MESSAGE: Although you may not' agree, do NOT evacuate beyond trie 10-mile EPZ.
t1
. 1 i
I i THIS IS A DRILL'
' CONTROLLER NOTES:
- a. Location - State EOC, Manitowoc County EOC
- b. IF a decision is made to evacuate beyond the 10-mile EPZ,-
THEN issue this message.
'l EXPECTED PLAYER RESPONSE: ;
4
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EP EXERCISE 1990 a
'Section 7 t
'f. :
't CARD NO. 73 i CUE ,
TIME:' 0959 ___
.t
' MESSAGE-FOR: South Gate Security '!
MESSAGE . "All portal monitors are. alarming.
'If the south gate frisker is energized THEN'it will also alarm, .
t. l + s i i .-
- THIS IS A DRILL l
CONTROLLER NOTES: i ! a. Location - Security south gate
- b. This gives indication that-a release has occurred.'
EXPECTED PLAYER RESPONSE: . [ [ Security will inform HP/ control room / shift commander. - (~\
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,- , . . . . . . . ~ .- --. - , . -
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, j 1 EP EXERCISE-1990- j Section 7 i r . * '
-l .l
'y ' t-CARD.NO.- -74 ']
' CONTINGENCY'- J
.J
~ TIME .; .
1000 -'1600 ! a MESSAGE FOR:: ESM-
' MESSAGE . Do' not evacuate- the EOF;
- 1;
.x l'
[
\s l THIS IS A DRILL
\: CONTROLLER NOTES: 'l
- 1
- a. Location - EOF 1 I .
a l b. If the ESM decides to evacuate the EOF, issue this contingency message. I i EXPECTED PLAYER RESPONSE:
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EP EXERCISE 1990-~
.Section 7 -
l 'i\ o) / CARD NO. 75- _ CUE-- 4
-TIME: .1000-- End' MESSAGE,FOR: - Drill Control' Room,;TSC,. EOF' MESSAGE: Displayed data for the following monitors is no longer valid.
(Give information from' controller notes for monitors affected1 _i by PASS sampling.); 1
+
THIS IS A. DRILL . CONTROLLER NOTES:
- a. Location - Drill Control Room, TSC, EOF '
- b. If a containment atmosphere PASS is performed, data displayed for 2RE-211, 2RE-212, and 2RE-211B is no longer valid.
- c. If an RCS PASS is performed, data displayed for 2RE-106, 2RE-109,~and 2RE-136 is no longer valid,
- d. If readings are requested while a sample is in progress, provide monitor data from Section 9.3.2.
- e. Issue this cue to personnel monitoring RMS/PPCS while sampling is in progress.
i-l' EXPECTED PLAYER RESPONSE:
- a. Request monitor data from controller
- b. Inform appropriate personnel in the fe.cility.
f
.. .~. - - .. - .. . - - . . -
ii EP. EXERCISE.1990 Section 7 4' CARD NO. 76 i i CUE {
- g. . TIME:' 1002-MESSAGE FOR:- Drill control room
~
MESSAGE:t Alarms C01
" Accumulator;10w pressure"
" Accumulator low' level" k
i o , 4 \
, I THIS-IS A DRILL r.
CONTROLLER NOTES:
- a. Location - Drill control
- b. This indicates that RCS pressure has fallen to below accumulator-injection setpoint. _
l
- c. Computer cue, l.
i EXPECTED PLAYER RESPONSE: l l t l l l-h l l 97 O
- n -- - , . , . - , , . , . . -
. .- -.. . . . - .- . . . -, -. ~ . ._._ _ _
EP EXERCISE 1990 .; Section 7 ,
- fM' ,
CARD NO.- 77
- -CUE l
i TIME . >1020 ; i MESSAGE FOR: Drill. control room t' MESSAGE: Backfeed.is established from Unit 1.
-4 Backfeed'is established from Unit 2. <
i.
.[!-
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- l. .
( THIS IS A DRILL L~ 1 CONTROLLER NOTES:
- a. Location - Drill Control Room -l
- b. Issue card when controller is satisfied"that AOP-14Ahas been successfully completed. ,
- c. Issue at appropriate times dependent upon which backfeed was chosen to be established by the operators. Cross out inappropriate unit. statement above. ,
- 1. Backfeed is established from l'ait 1 >1020.
- 2. Backfeed is established from Unit 2 >1100. ,
EXPECTED PLAYER RESPONSE: ,
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- _ --1-dtw w 4 _ eW-1
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EP EXERCISE 1990L i Section l
't
- i L( '
. CARD NO. 78 .
- CONTINGENCY
{ TIME: 1023- 1106 l. C
' MESSAGE ~FOR -DSS q
MESSAGE: ~
- Although"your' actions may be appropriate,-you are.not allowed =to commence -a
- containment simp recirculation at this time. This-is-necessary to keep- '
. scenario ' data ort track. -
t v -
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l THIS IS A DRILL ' \ b l L CONTROLLER NOTES: l Location - Drill control room-a.
- b. This contingency should be issued only if control room operators 1are ready to go on containment sump recirculation prior../o 1106 hours.
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i , ; EP EXERCISE 1990
'Section 7-y.
. t' t..;
+
. CARD NO. 79 CONTROLLER INSTRUCTION TIME:: ~1100
-MESSAGE FOR:- Drill control room controller:
- i. a. 1 g
l 1 MESSAGE:~ - See! completed E0P-1.3. attached. l
.:n A
d. i t i THIS IS A DRILL-l
. CONTROLLER NOTES: 1
- a. Location - Drill Control Room i.
I' b. As-control room personnel progress through the procedure to' initiate ' containment sump recirculation, use the attached E0P-1~.3, " Transfer to Containment Sump Recirculation," to provide them control room indications l and other information normally available to them. j t 1
- V i
-100-a
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- i i
'EP EXERCISE-1990 'I Section'7. 'l i e ik t
s 5
- \
i E0P-1.3, " Transfer to Containment: Sump Recirculation" (This procedure'isJattached to'the master-copy of the' scenario.)' i t i i f t -[ i l Y , a r l. i l. 4 t A l 'l b f 1 t 0 1 v A A
-19P y -v --. -- .,-e-. . ., . . , e .* + -.-4 .~. *- - w--. -,. --+---
ol 1 fh EP EXERCISE 1990-
-Section 7' '
s' ( 't
'\ '
CARD ~NO. 80-CONTINGENCY
' TIME: -1100-F MESSAGE FOR: POM.
s MESSAGE: Although you may not agree',. declare a General Emergency based on . . Category 3, " Core Fuel Damage," and loss of three. fission product-barriers.. _ 3
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- i t
f ! /'~ ( f THIS IS A DRILL -; CONTROLLER NOTES: '!
- a. Location - TSC
- b. Issue this card if the~POM has not declared or is not in the-procers of l declaring a General Emergency.
1 i
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~
-l
-102- i i
h EP EXERCISE 1990 ( Section 7 i l i ' -'. r] , CARD NO. 81 CUE j TIME: - 1106 'f c MESSAGE FOR: Drill Control room personnel ; MESSAGE: Alarm col . 1
" Refueling Water Tank Level Lo" I
I 6 I t THIS IS A DRILL ! f CONTROLLER NOTES:
- a. Location - Drill control room
- l !
l b. This cue indicates that RWST level has decreased to 28%. ;
- c. Computer cue.
EXPECTED PLAYER RESPONSE: I i Players will continue with E0P-1.3, " Transfer to Containment Sump Recirculation," Step 7. 7
-103-
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-. - .- . __ _ _ .. - -. . -- - . . ~
1 l EP EXERCISE 1990 l Section 7 l k-l \., CARD NO. 82 ; l CONTROLLER INSTRUCTION 1 , l- TIME: 1116 l' i 1 MESSAGE FORi TSC,;EOT i i. j MESSAGE: Scenario data assumes that Train A containment sump recirculation begins ; at this time (EOP-1.3). i l l l i 1 i 1 i 1 t
\ ,
THIS IS A DRILL i I
- 4- !
CONTROLLER NOTES: 1
- a. Location - TSC/OSC , -
- b. Use to explain any noted discrepancy in data at TSC/20F, I
EXPECTED PLAYER RESPONSE: l l , j l
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-104- .
_..._.- ~ _ -_. .. _ . - . _ . , ~ . . _ _ . _.._...__...-.; - _ . . . . . _ . . . _ ~., , .
i 1 1 EP EXERCISE 1990 i Section 7 l
/
f '
\ CARD NO.. 83 CONTINGENCY j i
TIME . 1126' l MESSAGE FOR: DSS 1 l MESSAGE: l 1 Scenario data assumes that containment sung recirculation was achieved at l this time (EOP-1.3, Step 12). Step through E0P-1.3 to " catch-up" with ;l scenario data. { I i t
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v i THIS IS A DRILL , I .. . CONTROLLER NOTES: i Location - Drill Control Room t e e
- t - i
-105,
EP EXERCISE 1990 Section 7
-CARD NO. 84 -
CONTINGENCT TIME: 1130 MESSAGE FOR: P0H MESSAGE: Conduct a plant evacuation. Although you may not agree, this is necessary to demonstrate certain exercise objectives. THIS IS A DRILL CONTROLLER NOTES:
- a. Location - TSC
- b. Issue this contingency if a plant evacuation has not been conducted at this time or if actions to do so are not underway.
- .\1
-106-
EP EXERCISE 1990 Section 7 CARD NO. 85 STATE / COUNTY CONTINGENCY TIME: 1130-MESSAGE FOR . ESM MESSAGE: 'Although you may disagree it is necessary for the purposes of the, exercise to recomunend evacuation. Minimum 2-mile radius. THIS IS A DRILL CONTROLLER NOTES: j a.. Location - EOF
- b. This contingency is designed to ensure that an evacuation does occur in order to demonstrate objective 18.
EXPECTED PLAYER RESPONSE: h
-107-
EP EXERCISE 1990 Section 7 CARD NO. 87 CUE TIME: 1145
-MESSAGE FOR: Control Room Personnel
' MESSAGE: ' Alarm -
C01
" Refueling Water Tank Level Lo-Lo" THIS IS A DRILL CONTROLLER NOTES: l
- a. Location - Drill' Control Room
- b. This cue indicates that RWST level has decreased to 6%. This condition is required at Step 21 of E0P-1.3 prior to placing contaiment spray on
, recirculation.
- c. Computer cue.
EXPECTED PLAYER RESPONSE:
- a. Proceed with subsequent steps of E0P-1.3 to establish containment sump recirculation spray. .
I
-108-
)
J i EP EXERCISE 1990' :)
. Section 7 i l
- i. - CARD NO. 88 ,
j CONTINGENCY j
?
j TIME: 1145 + - i NESSAGE FOR: : DSS ! MESSAGE: Maintain both trains of sump recirculation. 'I l Although it may be appropriate, do not secure either train of RHR during sump recirculation. This is required to keep scenario data on track. ; i
?
l THIS IS A DRILL CONTROLLER NOTES: >
- a. Location - Control Room
- b. This contingency should be issued any time operators have decided to secure one train of RHR recirc after sump recirculation has been established. ,
l s k I
-109-
1 I EP EXERCISE 1990 Section 7 CARD NO. 89 CONTINGENCY TIME: 1147 MESSAGE FOR: Control room operators /TSC PPCS users. MESSAGE: Scenario data assumes containment spray is reestablished at this time. THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill control room /TSC
- b. Issue this cue to any player questioning containment spray pump flow data.
- c. This card is required to keep scenario data on track.
-110-1
.I
EP EXERCISE 1990 Section 7
. p. . . i, N- - . 7.7 1030-1600 Re_ lease Terminated by Players 7.7.1 _ Plant and Meteorological conditions a, Unit 1:
- b. Unit 2:
Pressure 300 psig, 300'F on containment sump recirculation
- c. Meteorology
- 1. Wind Speed a 9 mph
- 2. Wind Direction = 353'
~
- 3. Sigma Theta = 10' I'
- 4. AT/AH (Lapse Rate) = +0.8'
- 5. Stability class = D 7.7.2 Emergency Action Level
- a. Classification: General Emergency
- b. Category: 3 7'.7.3 Emergency Organization Response EOP reassesses offsite consequences, PARS, recovery status, etc.
7.7.4 Offsite Organization Response 'l See State scenario, Section 13 of this manual. l. l l
-111-
EP EXERCISE 1990 Section 7 CARD NO. 90 CVE TINE: 1030 - 1600 NESSAGE FOR: IA line repair team NESSAGE: Repair is complete. THIS IS A DRILL CONTROLLER NOTES:
- a. Location - At IA work site.
- b. The controller may issue this card AFTER 1030 IF the repair team indicates completion of repairs, repressurization of the IA purge line, and the work performed and/or simulated was sufficient to effect repair of the line,
- c. Notify main exercise controller that air line repairs have been made at hvurs and to execute cue card No. 91 .
EXPECTED PLAYER RESPONSE: Inform control room /OSC i.
-112-i i
~
(' l i EP EXERCISE 1990 I
-Section 7 !
-~s I
( ) i
\) CARD NO. 91 CONTROLLER INSTRUCTION ;
TIME: 1030 - 1600 'I i MESSAGE FOR: Main Exercise Controller MESSAGE: WHEN notified that the release is terminated, notify all main facility i controllers of the time the release was terminated. Use either telephone contact (for EOF and Forward operating Center)-or a Gai-tronics message: ,
"THIS IS A DRILL. ATTENTION ALL DRILL CONTROLLERS. ATTENTION ALL DRILL CONTROLLERS. CODE GREEN AT . CODE GREEN AT . THIS i IS A DRILL." ,
Ensure acknowledgement of the message is received from each main facility controller. O THIS IS A DRILL CONTROLLER NOTES: f
- a. Location - Control Cell
- b. When " Code Green" is announced, radiological data should be adjusted as indicated in Section 9.3, 9.4 and 9.S.
EXPECTED PLAYER RESPONSE: Facilities acknowledge message.
- a. Drill control room
- b. TSC
- c. OSC j'
t d. EOF
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-113- !
EP EXERCISE 1990 Sa.ction 7 CARD NO. 92 CUE TIME: 1030 - 1600 MESSAGE FOR: Drill Control Room Personnel MESSAGE: Alarm Clear Main steam stop IA pressure low alarm clear. O THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control
- b. Issue this message after you have been informed by the main-controller that repairs to the damaged facade air line have been successful'.
EXPECTED PLAYER RESPONSE:
-114-
R EP EXERCISE 1990 l-p Section 7 CARD No.. 93 STATE / COUNTY CONTINGENCY TIME: 1200 MESSAGE FOR: State SRC MESSAGE: Although you may disagree, for purposes of this exercise, conduct a-precautionary evacuation-of Two Rivers School District public/ parochial-- schools, i i
.A THIS IS A DRILL' ,
CONTROLLER NOTES:
- a. Location - State EOC i
- b. This card should be issued as necessary to ensure the' demonstration of objective 19. i EXPECTED PLAYER RESPONSE:
-115- j
+
- w. m___ . _ _ _ _ _ _ . _ _ -
EP EXERCISE 1990 Section 7-rs ' i . -\ CARD NO.- 94' STATE / COUNTY CONTINGENCY
^ !
l I ! TIME: 1200 l l MESSAGE FOR: State SRC k MESSAGE: Although you may disagree, for purposes of this exercise, evacuate out to i 5 miles all' sectors. !
.k s
i t I 1 1 THIS IS A DRILL e CONTROLLER NOTES: l \ i
- a. Location - State EOC
- b. Use if Kewaunee is not involved by above time. Ensures that objective 18 is met ,
for Kewaunee County. EXPECTED PLAYER RESPONSE: l \ l
-116- .
I EP EXERCISE 1990 .; Section 7- !
'v CARD NO.- 95 <
STATE / COUNTY CUE ! TIME: 1230 MESSAGE FOR: County Board Chairperson in the Manitowoc EOC j j MESSAGE: There is a rumor that coordination and cooperation has broken down between ] l Manitowoc and Kewaunee counties in their efforts to respond to the incident at the Point Beach plant and to the storms which struck the area, l l l
}O. } >
THIS IS A DRILL CONTROLLER NOTES: Location - Manitowoc EOC I EXPECTED PLAYER RESPONSE: l i i 4 i
-117-l
I 1 EP EXERCISE 1990 ! Section 7 'i i r^'N , s_, CARD NO. '96-STATE / COUNTY CUE TIME: 1230 l NESSAGE FOR: County Board' Chairperson in the Kewaunee EOC ! MESSAGE: There is a rumor that coordination and cooperation has broken down between ! Manitowoc and Kewaunee counties in their efforts to respond to the incident l at the Point Beach plant and to the storms which struck the area, B I e I i 1 ('~'\ ,
~> [
THIS IS A DRILL i CONTROLLER NOTES: I i Location - Kewaunee EOC , l EXPECTED PLAYER RESPONSE: I i b 9
-118-
l i EP EXERCISE 1990 ) Section 7 l 7- ! I' i CARD NO. 97 _ i STATE / COUNTY CUL. i i i TIME: 1230 MESSAGE FOR: Officer in Charge, State EOC MESSAGE: There is a rumor that the State of Wisconsin is attempting to cover up the f fact that it does not have the resources to adequately assist Manitowoc and Kewaunee counties in their efforts to deal with the damage caused by the ) tornadoes which struck the area and the incident at the Point Beach Nuclear i Power Plant. f S h
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1 THIS IS A DRILL * . CONTROLLER NOTES: ( Location - State EOC ; EXPECTED PLAYER RESPONSE: i L v b
+
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s./ '
-119-
, - - . - ~ - _ -.
l EP EXERCISE 1990 I Section 7 l l I CARD NO. 98 STATE / COUNTY CUE . 4 TIME: 1200 I i MESSAGE FOR: Reception Center Medical (Roncalli High School) ! MESSAGE: L., injured has the following symptoms. I '. Shock '
- 2. Heart rate - 56 !
- 3. Blood pressure - 90/50 :
A 5-inch long, deep gash on'the right forearm (palm side). Flesh and bone ' are exposed. Profuse bleeding. Significant blood loss. ; 4 O t THIS IS A DRILL CONTROLLER NOTES: Location - Manitw oc County Reception Center r EXPECTED PLAYER RESPONSE: s
-120-
.- .. . . .~.
EP EKERCISE 1990 Section 7 i
~ 's CARD NO. 99 i STATE / COUNTY CONTROLLER INSTRUCTION i
TIME: 1200 ! MESSAGE FOR: Hanitowoc County Injured Person MESSAGE: i. L
- 1. You are to arrive at Roncalli High School (Reception Center). Your injury 1 is a very bad gash on your right forearm. You are dizzy and do not '
remember how it happened. .
- a. Wear a set of coveralls over your regular clothes. l
- b. Tape 2 lantern mantles, at random locations, underneath the coveralls. (Tape to the inside of the coveralls.)
- 2. You should be transported to TRCH for care.- l
- 3. .Once you have been processed at TRCH, your role is complete. -l f s. ,
( I e r h THIS IS A DRILL CONTROLLER NOTES: Location - EXPECTED PLAYER RESPONSE: , i f s v [
\
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1 I i EP EXERCISE 1990 i Section 7 , f' l i l CARD NO. 100 < STATE / COUNTY CUE i TIME: ,_ 1200 I MESSAGE FOR: Reception Center Medical (Algoma High School)
- i MESSAGE: _ The injured has the following symptoms.
- 1. Shock ,
- 2. Heart rate '!
- 3. Blood pressure - 90/50 i A 5-inch long, deep gash on the right forearm (palm side). Flesh and bone are exposed. Profuse bleeding. Significant blood loss. ,
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(s l THIS IS A DRILL CONTROLLER NOTES: , Location -Kewaunee County Reception Center
-t EXPECTED PLAYER RESPONSE: i 4
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.EP EXERCISE 1990 !
Section 7 O -( = CARD NO. 101 ! STATE / COUNTY CONTROLLER INSTRUCTION j TIME: 1200 : MESSAGE FOR: Kewaunee County Injured Person MESSAGE:
'i
- 1. You are to arrive at Algoma High School (Reception Center). Your injury is a very bad gash on your right forearm. You are dizzy and do not- i remember how it. happened,
- s. Wear a set of coveralls over your regular clothes. I
- b. Tape 2 lantern mantles, at random locations, underneath the coveralls. (Tape to the inside of the coveralls.)
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- 2. You should be transported by' ambulance. once in the ambulance, have them drive a short distance and then have-them-terminate their portion of-the i exercise. Your role is now complete.
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THIS IS A DRILL I CONTROLLER NOTES: Location - , EXPECTED PLAYER RESPONSE: .g N_, i
-123-t
l EP EXERCISE 1990' i Section 7 l
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7 . 8, 1700 - Exercise is Terminated j 7.8.1 Plant and Meteorological Conditions Not germane to this event. l 7.8.2 Emergency Action Level
- a. Classification: General Emergency '
a b.. Category: 3-
'7.8.3 Emergency Organization Response ,
Secure from the exercise, return all facilities to their pre-exercise condition, q l 7.8.4 offsite Organization. Response See State scenario, Section 13 of this msnual. s 3 I i A t
-124-
l i EP EXERCISE 1990 Section 7
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[ ! A CARD NO.- 102 .I g CONTINGENCY TIME: 1700 I MESSAGE FOR: DSS
. MESSAGE: 1. Secure from the exercise.when the site manager indicates that information from the control room is no longer required to complete i exercise activities.
- 2. A player ,"minieritique" will be held.in the TSC following exercise )
termination. Be sure that control room drill players are represented at that critique. j a e 4 THIS IS A DRILL CONTROLLER NOTES: P
- a. Location - Drill control room: I
- b. Issue this contingency when so advised by main exercise cwtroller.
l c. This cue may be issued prior to 1700 hours if so directed by main exercise -! controller.
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-125-
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EP EXERCISE 1990 Section 7 CARD NO.. 103 CONTINGENCY TIME: -1700 MESSAGE FOR: Site manager MESSAGE: 1. The control room will not secure without your permission. *
- 2. All personnel except those required to communicate with the EOF may secure from the exercise. When the EOF no longer needs information from the TSC, all personnel can secure.
- 3. Conduct a "minieritique" with TSC/OSC exercise players. Invite.
players from the' drill control room. Identify strengths; problems and-
" areas for improvement."
- 4. Return all'onsite facilities to their pre-drill condition.
- 5. A post-drill critique will be conducted for key' players'in the front conference room at about hours at which time you will summarize the "minieritique."
I THIS IS A DRILL CONTROLLER NOTES:
- a. Location - TSC
- b. Issue this contingency when so advised by main exercise controller for key players.
- c. This cue may be issued prior to 1700 hours if so directed by main exercise controller.
1
-126-
EP EXERCISE 1990 Section 7 CARD NO. 104 CONTINGENCY TIME: 1700 NESSAGE FOR: Emergency Support Manager and Offsite Health Physics Director NESSAGE: 1. The TSC will not' secure without your. permission.
- 2. All personnel, except those required to communicate with JPIC may.
' secure from the exercise. When the JPIC no longer needs information from the EOF, all personnel may secure.
- 3. Notify offsite agencies of drill termination.
- 4. Conduct a "minieritique" in your facility. Discuss strengths, problems, and " areas for improvement."
- 5. Return the EOF /SBCC to its original, pre-drill condition.
- 6. A post-drill critique will be held in the PBNP front conference room at about hours. At that time, you can summarize the "minicritique."
THIS IS h DRILL CONTROLLER NOTES:
- a. Location - SBCC
- b. Issue this contingency when so advised by main exercise controller,
- c. This cue may be issued prior to 1700 hours'if so directed by main exercise controller.
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EP EXERCISE 1990 l Section 7 I CARD NO. 105 CONTINGENCY l TIME: 1700 4 MESSAGE FOR: Site manager - i MESSAGE: Using Gai-tronics announce:
" Attention all personnel, j Attention all personnel .;
The Emergency Plan exercise has been terminated. The Emergency Plan exercise has been terminated."' I l t 5 l THIS IS A DRILL CONTROLLER NOTES: 3
- a. Location - TSC
- b. Issue this contingency when so advised by main exercise controller. ,
I
- c. This cue may be issued prior to 1700 hours if so directed by main exercise controller. .i r
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-128-
t EP EXERCISE 1990 ; Section 7- - P \ , CARD NO. 106 ' CONTINGENCY TIME: 1700 .
' MESSAGE FOR: JPIC' director MESSAGE - 1.. Begin to secure from the exercise. I
- 2. A final news briefing should be. conducted to discuss sources of followup information and recovery activities if.the event had been
,real and was to continue. !
- 3. Return the JPIC to its pre-drill condition.
- 4. Conduct a "minieritique" with drill players. Develop a list of 4 strengths, problems and " areas for_ improvement." j
- 5. A post-drill critique will be. conducted in the front conference room at the plant for selected / designated major drill participants at
~
about. hours. You can present the findings of your minicritique at that time, ,
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v THIS IS A DRILL { CONTROLLER NOTES: 4
- a. Location - JPIC ,
- b. Issue this contingency when so advised by main exercise controller. >
- c. This cue may be issued prior to 1700 hours if so directed by main exercise controller.
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i i 3P EXERCISE 1990 l O Section 8.0 l
.i b
NAMES AND ! TELEPHONE NUMBERS DELETED : 8,0 PUBLIC INFORMATION 1 e Review __ a t Page 1
i i EP EXERCISE 1990
.Section 8.0 POINT BEACH NUCLEAR' POWER PIANT PUBLIC INFORMATION
' INTRODUCTION- _,
A significant aspect of emergency response is providing news media and the-public with; accurate and timely information about-the--sceident. The public's perception and reaction are influenced by the information relayed to thems Certain elements within the exercise will. test the Public Information response-to ensure Wisconsin Electric Power Company is-prepared for an emergency.at
-Point Beach Nuclear Plant (PBNP). vThe Joint Public Information Center (JPIC),
including rumor control, will be activated and fully _ exercised. Preselected individuals will pose questions to-players as concerned citizens, employees, members- of the legal and financial communities, _ government officials, and as members of. the media. A name and media: outlet-(print or electronic)_
-should be used when acting as media. The' following pages include questions:for-callers to test public information activities.' Each list of questions is grouped by time in relation to specific events in the Drill Scenario. -Free'
-play by callers is encouraged. Always precede and follow call-in questions Nith "This is a Drill."
If you.are playing a reporter at the JPIC,ffree play questions' based on the information given during.the briefings are encouraged. Additionally, questions about Wisconsin Electric Power ' Company, the state or counties,! background on - PBNP, radiation, protective' actions, etc. can be asked. Page 2
EP EXERCISE 2990 Section 8.0
'I 8.0 PUBLIC INFORMATION 8.1 Media Calls to the Media Hotline'-
8.2 Calls to the Telephone Group and Operators 8.3 Calls to'Various Company, Locations
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8.4 Public Calls to the JPIC Information Hotline 4 8.5 Public'Information Message' Cards i (
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I., .s 4 EP EXERCISE-1990 Section 8.0' 1 8.1 :M_EDIA CALLS TO THE MEDIA HOTLINE i
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l 11:30 11. CUB has issued a statement to the press critical of the way you run your nuclear plant. They say this wouldn't'have happened if you would have closed the plant years ago as CUB demanded. What is your response?
- 12. I have it on good authority that several employees at your plant have mutinied. Who are they? How many are there? What are you !
going to do without them? 12:00 13. I'm from the Reuters News Service. Your stock has been up lately, but this will probably send it tumbling on the market ; today. You've had a good safety record at Point Beach but was this accident just a matter of time?
- 14. I'm , WNFL radio in Green Bay. I'm doing the news.
today and I need a description.of how a nuclear plant works and what went wrong.
- 15. This is of the Milwaukee Journal, on deadline for the early edition. I need a quick quote from an officer about this accident, and some technical detail on what happened.
Page 6 l c
EP EXERCISE.1990 Section 8.0 i i 8.2 CALLS TO THE TELEPHONE GROUP AND OPERATORS
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EP EXERCISE 1990
.Section 8.2
( CALLS TO THE TELEPHONE GROUP AND OPERATORS ~ CAUTION: ' PRECEDE AND FOLLOW ALL' CALLS WITH THE STATEMENT'"THIS IS & DRILL." CALL: (Milwaukee), (Appleton), (Iron Mt. ),-
.(Racine),.
(Pt. Washington) J
-TIME QUESTIONS
-l 9:00 1. This is. ( ) .- I'm a customer.- I heard something-happened to your nuclear' plant. .What's_ going on?
- 2. Is there an emergency at the nuclear. plant? Are people being .l evacuated? I have relatives near Manitowoc. Are they safe?-
- 3. How dangerous is the accident at Point Beach? Should I do anything?
- 4. My friend just called me and told me I_ should.get out of the-state because your nuclear plant is going to blow up. Is that -!
true? i
- 5. Hello. I'm a Wisconsin Electric Stockholder and-I'm concerned
~
about my investment. Can-someone tell me whether I should sell? 9:30 6. I understand there's an emergency at your nuclear plant. Is my power going to go out?
- 7. Will the Point Beach accident affect my supply of electricity? I own a factory in West Bend. .
~
- 8. This the Wall Street-Journal in New York calling about the~
accident at the Point Beach Nuclear Plant. What can you tell me? 10:00 9. I hear there's been an accident at your nuclear plant. Is it safe to send my children outside to play? They're visiting Grandma in Two Rivers. 4
- 10. This is . My husband works for WE in the Nuclear Department. He went to Point Beach for a meeting-today. Is he safe? Where is he? ,
- 11. Can you tell me where the nearest fallout shelter is? I live just about a mile from your office.
10:30 12. I'm going to Point Beach State Forest tomorrow, will it be , safe to go there with the incident going en at the nuclear plant? Page 8
k EP EXERCISE 1990-Section 8.2 TIME. QukSTIONS J-10:30 13'1This is _ ( ) , I'm producer _of (Cont;)' .show.' I need to get two people from your company to be on our { show.next Tuesday to' talk about the nuclear accident. Can'.you ! help me?
- 14. Will the damage done to Point Beach from the accident increase my.
-bill?
- i
- 15. If your nuclear plant blows up, will the wind carry. the ~ radiation '
and blow it on us? What should I-do?: i 1 1 r l i t Page 9 o
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1 l EP EXERCISE' 1990 , 4 .,
, - Section 8.0 ., !
j s 4 i
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1 ; i ! J P
- 8.3 CALLS TO VARIOUS COMPANY LOCATIONS J
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EP EXERCISE 1990 Section 8.3 CALLS TO VARIOUS COMPANY LOCATIONS 4 cal' TION: PRECEDE AND FOLLOW ALL CALLS WITH THE. STATEMENT'"THIS-IS A DRILL."- - ADDITIONAL INFORMATION CAN BE SUPPLIED BY THE CALLER.
~
.ANY OF THE' QUESTIONS BELOW-(OR ANY OTHER' QUESTIONS).CAN BE MADE TO ;
ANY OTHER COMPANY LOCATION. -USE WE PHONE BOOK FOR OTHER NUMBERS.. TIME QUESTIONS 9:00 TO GENERAL-WE NUMBER-( -) -I. heard some things are going on"at-your Point' Beach' Plant, What's up?
RESPONSE
i I 9:30= SCHOOL TEACHER TO CONSUMER:REL : ONS. -( .
)~- I brought'a group-. l to the Energy. Center.yesterda), I'm getting calls from parents who l think they were exposed yesterody. What should I tell them?- How can' I reassure them? i
RESPONSE
1 1 CITIZEN TO OAK CREEK POWER PLANT ( ) - What's going on? Heard i about a nuclear accident. That's you, right? RESPONSE: l i TV NEWS REPORTER TO STOCKHOLDERS HOTLINE.( )'-;What procedures do you' follow in situations like the one going on.at Point Beach?
RESPONSE
i Page 11
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,-s EP EXERCISE 1990' / h Section 8.3
'-(s_,/ ' , TIME QUESTIONS.- l 10:00 PUBLIC CITIZENS GROUP TO. LEGAL DEPARTMENT ( ) - We know about the accident at Point Beach. We plan on filing a class; action suit
- i. against Wisconsin Electric.- We don't want to do-it, but I guess we' -;
will haveLto, unless you can send a representative to meet.with us to j-discuss the issues. I l RESPONSE: i j j LOCAL ENVIRONMENTAL GROUP TO ENVIRONMENTAL DEPARTMENT ( )!- We are having'our monthly meeting tomorrow night. Could. or someone else talk to our group Mbout:the radiation-hazard posed by: , the plant? -
RESPONSE
i HEDIA TO GENERAL NUMBER ( )'- This is - ABC-TV. We
- will be at PSB in 10 minutes. We will want to talk to Mr. or
.['~'
5 Mr.
RESPONSE
s STOCKHOLDER TO STOCKHOLDER'S HOTLINE ( ) - I have 5,000 shares of WE stock. This accident will ruin my retirement. What should I'
~
do? Come on, off the record, help me? l
- RESPONSE
CITIZEN TO MEDICAL DEPARTMENT ( ) - My wife's with child and [ she's afraid the kid will be born with birth defects because of.
- radiation from Point Beach. What should I dot e
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-- -n, -,s.- e r e .e-..--m.,- . -..,m, ,,-w.-.~m.- ~ . , - - . . -
. EP EXERCISE 1990' 3 Section 8.3 l
TIME QUESTIONS 10:30 0FF DUTY UNION MEMBER TO LABOR RELATIONS ( ) We are going to ; want extra pay and guarantees to go back to work at the plant if ' there's radiation there. .I don't care about any agreements.
RESPONSE
l - CITIZEN TO ENERGY FACTS PHONE'- ( ) - My husband has electrical. medical equipment attached.to him at home. I live in Cleveland,'WI. ' Because of the accident at Point Beach, will the power be lost? The' j battery system won't last, will'he die? l
RESPONSE
CITIZEN TO CLAIMS DEPARTMENT ( ) - I live outside of Two Rivers. My-daughter has cancer. I think it's-because of the plant. Now this b rpens. All of-this is your fault. I want satisfaction. "
RESPONSE
4 11:00 LOCAL HOTEL OWNER IN MANITOWOC TO CLAIMS . ( -)' - I own a hotel in Manitowoc. When people heard about the accident at Point Beach, they checked out in droves. I want to be compensated. I can't wait' ~ for a claim form. My payment is due tomorrow and I. won't be-able to pay. I'll lose my livelihood. !
RESPONSE
CITIZEN TO CUSTOMER RELATIONS ( ) - I live in-Appleton. I-think radiation is leaking into my home from the Point Beach
-5 electricity. What should I do? !
RESPONSE
i Page 13
i i EP EXERCISE 1990 k
. [ Section 8.3
\s TIME QUESTIONS 11:00 . OFF' DUTY PLANT WORKER TO EAP COUNSELOR ( ) - I'd like to E (Cont.) speak to . I work at Point Beach. Ever sinceithe stuff on the. radio about the accident, my wife; flipped out. :She locked-herself in the bathroom. I'm afraid'for her, I need some help NOWl-
. RESPONSE:
CITIZEN TO DIVISION OPERATIONS IN APPLETON-( ) - My neighbor ' works for WE. He says the Point Beach' Plant is ready for the: big one, it's going to blow up. What's the scoop?
RESPONSE
CITIZEN TO OFFICE OF MUNICIPAL SALES ( )'- I live in ' Oconomowoc, -I heard at the local restaurant that Point Beach is going to be. shut down because of what's going.on up there and the .4
/'~'s Municipalities like us- are going to lose. their power. Can you l -( ,) substantiate this? (.?
RESPONSE
WIFE OF AN. EMPLOYEE TO PENSION DIVISION ( .
) - Because of the accident at Point Beach, my neighbor says my husband's. pension with WE is at risk. He's going to retire this summer. 'Is this true?
RESPONSE
i 11:30 FARMER IN PBNP AREA TO GENERAL'WE NUMBER ( ') - My farmhand ran off because he's afraid of radiation. I have work that needs to be done today, I can't wait. I need help, it's your fault!
RESPONSE
a TO HEALTH & SAFETY DEPARTMENT'FROM WIFE OF NUCLEAR POWER DEPARTMENT WORKER ( ) - My husband went up to PBNP early today. I haven't heard from him. Is he OK? i
RESPONSE
Page 14
1 EP EXERCISE 1990-Section 8.3.
?
l~ TIME QUESTIONS-t 11:30 .WE CUSTOMER TO CUSTOMER SERVICES ( ) --Is this Point' Beach (Cont.) thing that's going on going to make my bill _go up_again?
RESPONSE
FROM CHANNEL 15 MADISON REPORTER TO DIVISION OPERATIONS ( )- . How will you make up-the power lost at the Point Beach Unit?.. ! !- RESPONSE: CUSTOMER IN CLEVELAND AREA T0-CONSUMER RELATIONS ( . ~) - A man came to my house. He said he's from WE and he's measuring for-radiation. He's in the house now. Is this for rt *?
RESPONSE
i l 12:30 APPLETON POST-CRESCENT REPORTER TO. ENVIRONMENTAL DEPARTMENT (' ) - I need a brief " bite" on radiation doses and . T [n \ comparisons, background, plant allowable, what's being released.
RESPONSE
4 OUT OF WORK PERSON TO GENERAL PLACEMENT EMPLOYMENT NUMBER ( ) l
- You'll need people to help clean up Point Beach, where do I apply?
RESPONSE
1:00 CBS NEWS TO CORPORATE PLANNING ~( ) - What are your company
- . plans now that Point Beach is out of service?
i RESPONSE: WE FEIIREE/ STOCKHOLDER TO STOCK TRANSFER OFFICE ( ) - I want to sell my stock, NOW!
RESPONSE
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EP EXERCISE 1990 Section 8.3 : TIME ' QUESTIONS- ! 2:00 CITIZEN TO ENERGY FACTS PHONE ( ) - Do you have a tape on radiological protection?- l RESPONSE I LOCAL BOY SCOUT GROUP TO SPEAKERS AND TOURS BUREAU ( . .) - Would i like speaker to attend council meeting _ tomorrow night, and have them ! talk about what happened at the plant.
RESPONSE
MEDIA PERSON TO OFFICE OF FOSSIL FUEL-( ).- Do you have enough i coal to make up the difference while Point Beach is out_of service?. j
RESPONSE
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. . . _ _ _ . - _ . ._. . .. . . ~~ . .. - - . . . . ,. _ . . . . . - ~ ..
a 1 i: -] l: EP EXERCISE 1990 j l, Section 8.0' i ,\ ,. :1 r
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( i-i i' a i i l l t . 1 t l l ~ t 8;4 PUBLIC CALLS TO THE'JPIC INFORMATION HOTLINE-h l L t
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6 ! I' l l a g N l l l l l , 1 l l l .- l l 1 4 I
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/ i 4..' __--__2_______._____ _ ___ i _ - .___ _ , . ._ _ _ _ . . . . . - . . , , . . . , _ . . - . . ~ . ~ . _ , , , _ . . . . . . _ _ _ , , . _ - _ _ _ , . . . . . . . . . , . . , _ _ .
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4 EP EXERCISE'1990- :
-h/[]- Section 8.4 l
~PUBLIC CALLS TO THE JPIC INFORMATION HOTLINE- [
CAUTION: PRECEDE: AND FOLLOW ALL CALLS WITH THE STATEMENT THI'S IS A DRILL." - 1 4 I TIME -' -QUESTIONS ~ (Begin when hotline.is activated) HOUR 1: 1. My husband works at'the plant and I can't reach him. I heard i there was a problem. 'How do I-find out if he's been hurt.=
.l
- 2. Why are the sirens going off at the plant?' Is there a problem?
- 3. How many people have been injured? -What's the status of the.
- plant?
- 4. How dangerous is this emergency-at the plant? .How will I know if- 'i I should leave the' area?
'I *
- 5. Is the NRC doing anything about this?f Are they going to investigate?
- 6. I heard the sirens go off at the' plant from my farm. .Do you have '
a problem going on? , HOUR 2 7. Was anyone injured at the nuclear plant? I heard you have a big problem down there.
- 8. Should I be alarmed about this emergency at the nuclear plant?
Should I go pick up my kids from school? '
- 9. Are the Manitowoc County officials doing anything? Have they been notified of this emergency?
- 10. Where can I get those tablets that block radiation? How does it work?
- 11. How many people have been injured or killed? -Anyone?
- 12. Should I get my children and leave the area? I heard something on the news e. bout an accident at the plant.
O Page 18 i i
EP EXERCISE 1990-Section 8.4 TIME QUESTIONS HOUR 3 13. If you're releasing radiation, why the heck aren't you telling people.to get out of there?
- 14. What should I do? I heard there was an' emergency at the plant. !
- 15. What are you releasing and how much of it can kill someone? What-direction is the radiation headed?
- 16. My mother lives in Tisch Mills. Is she in any danger?--
- 17. What exactly are you doing to correct this problem? How'long do- j you think this will last? '
- 18. Are state or local officials doing anything? .Have they been notified of this emergency?-
- 19. You can't tell me I'm not in any danger. I'just heard on the news that you're releasing radiation, q HOUR 4 20. Is this emergency getting worse? -How long is it going to take to I fix the problem?
- 21. What should I do with my livestock? Surely they are in danger. !
Who's going to pay if my animals die of radiation? l
- 22. What hospital do you send radioactive people to?
7
- 23. Just how serious is this accident? Is it anything like !
Charnobyl? How much danger am.I really in?
- 24. What are you doing to fix the problem?
- 25. Should my children be given potassium iodide? Where can I get it?
- 26. If I have to go to a hotel, will Wisconsin Electric pay the bill?
HOUR 5 27. Will this radiation contaminate my farm land? What about my livestock?
- 28. Why weren't protective actions ordered? Who makes those ,
decisions? ,
- 29. Has the Governor been involved at all during this emergency?
What is he doing?
- 30. My mother lives near Two Rivers and she is an invalid. How do you know about invalids and will she be taken care of if she has to evacuate?
Page 19
EP EXERCISE 1990 Section 8.0
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f r EP EXERCISE 1990;. Section 8.5' PI CARD M Time 7:48 --7:50 FOR: JPIC CONTROLLER AT ENERGY CENTER
- i.
MESSAGE / ACTION: THIS IS.A~ DRILL
-7:48 - You hear a lot of rumbling noise outside. (If a-person looks outside;-- :;
they see a tornado.over the woods-by Energy-Nature' Trail heading towards .i plant () 'l d
-7:50 - The tornado hits the plant.' .You see extensive damage to plant buildings, and facades. a t
.i Controller Notes l
Read inforr.ation to those people at Point Beach Energy Center at the times ' indicated. 't i Evaluate the response of Energy Center personnel. Page 21
E EP EXERCISE 1990
,Section'8.5 PI CARD p2 Time: When trying to-notify PBEC.
FOR: -PSB CONTROLLER AND CONTROLLER AT PBEC. MESSAGE / ACTION: THIS IS A-DRILL As a result of the tornado onsite, telephone communications from the PSB to PBEC-
'(Company lines,<if. asked) are out of nrder.
O Controller Notes Read to person trying-to notify PBEC from PSB,.and staff at PBEC g .needed. O Page 22 1
- EP EXERCISE 1990 'I Section 8.5 J
LPI CARD #3 Timen- After 1stifour: Milwaukee communica-? tions personnel-arrive at JPIC. si I FOR: 'JPIC STAFF ARRIVING'FROM MILWAUKEE' l - MESSAGE / ACTION:
'I I
THIS :IS A DRILL i There-has been a severe storm and flash flooding on highway I-43 south of' , Manitowoc. The highway is flooded and you- are unable to proceed'until. the water- i recedes. Officially you have-not yet arrived at JPICl "
.)
Please. remain in the cafeteria area for one-hour from th'e moment you read these- - instructions. Do not enter the'"WE"L. room or have.any. contact or conversation. 1 with JPIC staff who vere not affected by the storm, j (Note: You may leave building if you wish.). , t
't i
For Controller Use Only i Allow the first six (6) Milwaukee arrivals to enter JPIC. All others shall be j handed this slip and detained for one-hour. i i Page 23 n.
EP EXERCISE 1990 Section 8.5-
-PI CARD M Time: Upon State ordered evacuation of 10 mile EPZ.
o l FOR:- JPIC DIRECTOR-4 MESSAGE / ACTION:. THIS IS A DRILL Although you may not agree, DO NOT evacuate the'JPIC. This is not an exercise
-objective.
9 For Cor. troller Use Only Give to JPIC Director prior to the transfer of responsibility to the backup if JPIC is evacuated.
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If the state orders an evacuation out to 10 miles, allow the playars to respond and go through the decision making process. Do not allow the transfer of responsibility to the backup JPIC or allow an evacuation. O Page 24 q l
L. EP EXERCISE'1990 Section 8.5 PI CARD !5
-Time: Throughout day.
After JPIC activation
- FOR: ,JPIC CONTROLLERS
}
MESSAGE / ACTION: i THIS IS A' DRILL ,
.)
Use video camera and act as a news team. Be dema'nding. Ask for special interview. Ask leading questions. Ask to see working. area. 1 i i Controller Notes , s When finished, evaluate tape. ! i s Page 25
in
.EP EXERCISE 1990 Section 8.5-
'F1 CARD #6
- Time After 1st News Conference FOR: JPIC CONTROLLER- q d .
MESSAGE / ACTION: THIS IS A' DRILL You will represent several: reporters-demanding a press conference be held now. O They =just arrived, have deadlines ' and _can' t _ wait until: the next news conference, ; i Controller Notes Record response to your statement. i Page 26
i
-EP EXERCISE 1990' Section 8.5 PI CARD M
-Time: Anytime after
-1st News Conference.
i l FOR: JPIC CONTROLLER' _l i MESSAGE / ACTION:- THIS IS A DRILL' 'l You will play a disgruntled PBNP employee. 'You show ID to gain-access to:JPIC.
. During news conference you tell about alleged cover-ups, mismanagement . etc,-
i l 1 I Controller Notes ! Evaluate response in news conference.
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Page 27 l 1 l
EP EXERCISE.1990-Section 8.5
<PI CARD #8 Time: -12:30 F3: JPIC DIRECTOR MESSAGE / ACTION:
THIS IS A DRILL i The emergency will have effects for severalfdays=and.the.JPIC will'.be functioning. The staff will need provisions. Havelsomeone establish'an account with Purchasing. Once established, report results to JPIC controller, j t' h
-i t' !
For Controller Use Only
-JPIC controller should HAND the message to JPIC~ director. Controller should note response and time when results are reported.-- i Page 28 1
I d EP' EXERCISE 1990- i Section 8.5- , k
.PI CARD #9 -- ,
Time : - ' 1'3 : 00 ' . h 4 FOR:~ JPIC MANAGER I
-I' MESSAGE / ACTION'- :
.i-1 THIS IS A DRII.L 1 The ringdown phone has gone dead. . Proceed to. establish contact with EOF.. 'Also report plan of action to get EOF phone ~ lines. repaired to controller.
i l] t jD 1 l -f
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-f
- For Controller Use'Only i
}
!. JPIC Controller should HAND the message to JPIC Manager. .i i -- & i a-t 4 4 d 1 ,Q Page 29 , t
4
- .~ { i EP EXERCISE 1990 Section 8.5 :
i
\_
i PI CARD jJ10 Times 13:30 f
-FOR: JPIC MANAGER i
i MESSAGE / ACTION: THIS IS A DRILL [ The ringdown phone line is repaired and can be used. ' l l For Controller Use only i l 3PIC Controller should HAND the message to the JPIC Manager.. Was procedure to get it fixed reported to controller? l l I i i t k a ;' l Page 30 l'
v EP EXERCISE 1990 Section 8.5 PI. CARD M Time 13:45 FOR: JPIC CONTROLLER MESSAGE /AM g : TMIS IS & DRILL You are a media representative of a German newspaper, " Die Zietung." You were in Milwaukee when event happened. Your English could be better. You wauld like an interpreter to help find out what's happening. 1 Controller Notes Evaluate Response. ' s i
.j 1 '
Page 31 i
EP EXERCISE 1990 Section 9 O NAMES AND
. ELEPHONE NUUiBERS T
DELETED 4 9.0 DRILL DATA BASE O . Review _ l ?h [h
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, -s EP EXERCISE 1990 Section 9 9.0 DRI!J. DATA BASE
. a 9.1 . Plant Parameter - Digital 9.1.1 Plant Parameter Display (PPD)-
9.1.2 Plant Process Computer System (PPCS): 9.2 Plant & Neteorological Parameters - Analogue 9.3 Radiation Monitoring System 9.3.1 RMS Simulation Data.(IBM-PC)' ) 9.3.2 Analogue 9.4 In-plant Radiological Conditions (Maps & Data) 9.5 Environmental Survey Data 9.6 Chemistry Sample Results i 1 1 1 1 1 l w _
c 1 l EP EXERCISE 1990
.Meetion 9 rf .. *C i!
i
- l i
I e i 9.1 Plant Parameters - Digital i 9.1.1 Plant parameters display-(PPD) . 9.1.2 Plant' process computer system (PPCS)' ] 1 f 4 1 l l l 1 i 4 4 V 4
..1 . . .a _ . _ _ - . _ , . _ . . . _ _ _ . . _ . . _ . _ _ _ _ _ . . _ . . . _ . _ . _ _ . _ . _ . . - _ . .
EP Ex3rcis3 1990 Stetion 9.1.1 PLANT PARAMETER DISPLAY THE NE QATA 64EH IrQL.LOWB REPRESENTS QMA AVALAELE m CQPmt0L
^
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' 3.30 9 asaseitate L8 vet 3 h.e ft 4W 8's 44 - 3.30 $ hte Pettt 9914 pattent fee.4 este 757.4 na fees Flew can e.4 swet Levsk 1 te.$
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+98 tttas mettate M.0 ,m. . ..e. ,s. ,,it :.0 o lup a fleu epu 4.6 L49el et S $2.9 IEL 4 SitL81 tele 404 9 M.4 Levet te la 31a.3 map t tasta posse pets 0.9 Witi PLW ppt teet 3.30 hasp G flew eus 4.0 89 PLeu #se Gae6 3.34 at 3 attLgf tesp get 9 M.4 80699 25 Pelt MP.S eP et
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tartaisest has aFLW tru 4.4 9999928 Ptt0 0.4 May 9 Pet 99 Pllt 4.0 inar Me f el.9 ShuP G har epu 4.4 uml0ltt 1 12.0 tastatim s.t. 4/ne 14 A tart spent omP PLas esu 6.0 tsp 4 taals & 4.0 $ tuft 99447 Rap FLhf epu 9.0 tse $ le 0.0 treat age test Livet & M.9 . j p 5 . w-
i 0 SUBCOOLING DEG F 720 6: 0:-0 3.60E+01 940 7:50: 0 3.60E+01 941 7:50:30 7.00E+01 946 7:53'O 3.80E+01 962 8: 1: 0 6.00E+01 1180 9:50: 0 6.50E+01 1184 9:52: 0 6.00E+01 1185 9:52:30 1.50E+03 1208 lot- 4 0 3.00E+01 1216 los 8 0 7.00E+00 1800 15: 02 0 1.00E+02 2160 18:-0: 0 1.30E+02 1 N31 SOURCE RANGE 720 6: 0: 0 0.00Et00 950 7:55: 0 0.00E+00 951 7:55:30 1.00E+04 1180 9:50: 0 6.00E+03 2160 18: 0: 0 5.00E+02 { 2 N32 SOURCE RANGE 720 6 0:'O C.00E+00 950 7:55: 0 0.00E+00 951 7:55:30 1.00E+04 1130 9:50 0 6.00E+03 l 2160 18: 0: 0 5.00E+02 3 N35 INTERM RANGE 720 6: 0* O 7.00E-04 940 7:50: 0 7.00E-04 950 7:55: 0 1.00E-11 1180 9:50: 0 1.00E-12 2160 18: 0: 0 1.00E-12 4 N36 INTERM RA!4GE 720 6: 0: 0 7.00E-04 940 7:50: 0 7.00E-04 950 7:55: 0 1.00E-11 1180 9:50: 0 1.00E-12 2160 18: 0: 0 -1.00E-12
\ 5 N41. POWER RANGE %
720 6: 08 0 1.00E+02 , 940- 7:50:-0 1.00E+02 941 7:50:30 0.00E+00
- 2160 18: 0: 0 0.00E+00' 6 T AVERAGE DEG F t 720 15 : Os 0 5.70E+02 940 7:50: 0 5.70E+02.
941 7:50:30 5.60E+02 .; 946 7:53: 0 5.75E+02 ; 960. 8: 0: 0 5.54E+02 975 8: 7:30: 5.66E+02 979 8:.9:30 5.63E+02 i 984 8:12: 0 5.66E+02 988 8:14: 0 5.62E+02 , 994 8:17:JO 5.65E+02 999 8:19:30 5.52E+02 : 1004 8:22:-0 5.65E+02 1009 8:24:30 5.62E+02- ' 1016f 8:24: 0 5.55E+02 1021 8:30:30 5.61E+02 1027 8:33:30 5.65E+02 k 1032 8:36 0 5.61E+02 1040 8:40: 0 5.65E+02 1045 8:42:30 5.61E+02 1053 8:46:30 5.65E+02 1059 8:49:30 5.6'0E+02 1067 8:53:30 5.65E+02 1073 8:56:30 5.60E+02 ' 1082 9: 18 0 5.65E+02 4 1088 9: 4:-0 5.60E+02~ 1098 9: 9: 0 5.64E+02 1104 9:12: 0 5.60E+02 > 1115 9:17:30 5.64E+02 1121 9:20:30 5.59E+02 > 1132 9:26: 0 5.64E+02
- 1139 9:29:30 5.59E+02 1151 9:35:30 5.64E+02
. ; 1157 9:38:30 5.59E+02 1170 9:45: 0 5.64E+02 1180 9:50: 0 5.60E+02 1182 9:51: 0 .5.59E+02 1183 9:51:30 5.40E+02 ,
2160 18: 0: 0 5.40E+02 [
. - - , . . .n..,, - , , ~ ,s., .
j lb ig 7 T HOT LOOP A . DEG F i 720 6: 0: 0 5.98E+02 l 940 7:50: 0 5.98E+02 l 941 7:50:30 5.62E+02 l 946 7:53: 0 6.00E+02 962 8: 1: 0 5.68E+02 976 8 82 0 5.78E+02 981 8:10:30 5.75E+02 ; 986 8:13: 0 5.78E+02 I 991 '8:15:30 S.74E+02 996 8:18: 0 5.77E+0? 0
' 1001 8:20:30 5.73E+02 1006' 8:23: 0 5.76E+02 i 1011 8:25:30 5.72E+02 1017 8:28:30 5.76E+02 1022 8:31: 0 5.72E+02 )
1029 8:34:30 ' 5.76E+02 1034 8:37: 0 5.71E+02 1 1041 8:40:30 5.75E+02 1047 8:43:30 5.70E+02 . 1055 8247:30 5.75E+02- I 1060 8:50: 0 5.70E+02 1069 8 : 54 : '.T 0 5.74E+02 1075 8:57:30 5.67E+02 4 1084 9: 2: 0 5.74E+02- '
, 1090 9: 5: 0 5.69E+02 1100 9:10: 0 5.74E+02 1106 9:13: 0 5.68E+02 1116 9:18: 0 5.73E+02 1122 9:21: 0 5.68E+02 1134 9:27: 0 5.73E+02-1140 9:30: 0 5.67E+02 1153 9:36:30 5.73E+02 1159 9:39:30 5.67E+07 1172 9:46: 0 5.72E+02 1179 9:'9: 30 5.67E+02 -
1182 9: : 0 5.67E+02 1186 9:53: 0 5.05E+02 1208 10: 4: 0 4.50E+02 1214 10: 7: 0 4.10E+02' l 1800 15:-0: 0 3.10E+02 2160 18: 0: 0 2.80E+02 l I I i l is i a 2-- y, ,- ww-r-- y m- y e-w-' w
I
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8 T HOT I40P B DEG F 720 6 0 0 5.98E+02 940 7:50: 0 5.98E+02 c 941 7:50:30 5.62E+02 .; 946 7:53: 0 6.00E+02 962 8: 1:'O 5.68E+02 [
.976 8: C:' O 5.78E+02 '
t
.981 8:10:30 5.75E+02 986 8:13:-0 5.78E+02 991- 8:15:30 5.74E+02 996 8:18: 0 5.77E+02 ;
1001 8:20:30 5.73E+02 -! 1006 8:23: 0 5.76E+02 -, 1011 8:25:30- 5.72E+02- ; 1017 8:28:30 5.76E+02 1022 8:31:.0 5.72E+02 ; 1029 8:34:30 5.76E+02 i 1034 8:37: 0 5.71E+02 1041 8:40:30 5.75E+02 ; 1047 8:43:30 5.70E+02 1055 8:47:30 5.75E+02 1060 8:50s.O. 5.70E+02 1069 8:54:30. 5.74E+02 , 1075 8:57:30 5.69E+02 t 1084 9: 2: 0 5.74E+02
\ 1090 9: 5 0 5.69E+02 1100 9:10 0 .5.74E+02 i 1106 9:13: 0 5.68E+02 1116 9:18: 0 5.73fv02 1122 9:21: 0 5.68E+02 1134 9:27: 0 5.73E+02 1140 9:30: 0 5.67E+02
- . 1153 9
- 36:30 5.73E+02 1159 9:39:30 5.67E+02 i
1172 9:46: 0 5.72E+02 1 1179 9:49:30 5.67E+02
- 1181 9:50:30 5.67E+02 1185 9:52:30 5.37E+02 1193 9:56:30 4.10E+02
; 1800 15: 0: 0 3.10E+02 2160 18: 0: 0 2.80E+02
- O .
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-- , ., , , . , , , , - , , , , v..+, .- -y, , ,
9.T COLD LOOP A DEG F 720 6: 0: 0 5.42E+02 940 7:50: 0 5.42E+02 941 7:50:30 5.57E+02
-959 7:59:30 5.39E+02 975 8: 7:30 5.55E+02' 978 8: 9: 0 5.49E+02 984 8:12: 0 5.55E+02 988 8:14: 0 5.49E+02 994 8:17: LO 5.55E+02 99,7 8:18:30 5.19E+02 1004 8:22: 0 5.55E+02 ' '
1008 8:24: 0 5.49E+02 1015 8:27:30 5.55E+02-1019 8:29:30 5.49E+02 1021 8:33:30 5.55E+02 1040 8:40: 0 5.55E+02 1043 8:41:30 5.49E+02 1053 8:46:30 5.56E+02-1056 8:48: 0 5.49E+02 1067 8:53:30 5.56Et02 1071 8:55:30 5.49E+02 1082 9: 1: 0 5.56E+02 1086 9: 3: 0 5.49E+02 1098 9: 9: 0 5.56E+02 1102 9:11: 0 5.49E+02 1118 9:19:.0 5.49E+02 , 1132 9:26: 0 5.56E+02 1 1136 9:28: 0 5.49E+02 l 1151 9:35:30 .5.56E+02 1155 9:37:30 5.49E+02 1171 9245:30 5.56E+02 1174 9:47: 0 5.49E+02 1180 9:50: 0 5.52E+02 1182 9:51: 0 5.52E+02 1185 9:52:30 4.95E+02 1186 9:53: 0 4.00E+02 1208 10: 4: 0 2.90E+02 . 4 21 0 1 : 0: 0 1.90E+02 i 4
10 T COLD LOOP B DEG F 720 6: 0: O' 5.42E+02
.940 7:50: 0 5.42E+02 941 7:50:30 5.57E+02 959 7:59:30 5.39E+0L '
975 83 7:30 5.55E+02 978 8: 9: 0 5'49E+02 994 8:12: 0 5.55E+02 988 8:14: 0 5.49E+02 -t 994 8:17: 0 5.55E+02-997 8:18:30 5.49E+02 1004 8:22: 0 5.55E+02 1008 8:24: 0 5.49E+02 1015 8:27:30 5.55E+02 1019 8:29:30 5.49E+02-1027 8:33:30 5.55E+02 1040 8:40: CF 5.55E+02 , 1043 8:41:30 5.49E+02 1053 8:46:30 5.56E+02 1056 8:48: 0- 5.49E+02 1067 8:53:30 5.56E+02 , 1071 8:55:30 '5.49E+02 l 1082 9: 12 0 5.56E+02 1086 9: 3: 0 5.49E+02 g 1098 9: 9: 0 -5.56E+0? s 1102 9:11: 0 5.49E+02 1118 9:19: 0 5.49E+02 ; 1132 9:26: 0 5.56E+02 1136 9:28: 0 5.49E+02 1151 9:35:30 5.56E+02 1155 9:37:30 5.49E+02 1171 9:45:30 5.56E+02 1174 9:47: 0 5.49E+02 1180 9:50: 0 5.52E+02 1181 9:50:30 5.52E+02 , 1185 9:52:30 3.57E+02 1193 9:56:30 3.05E+02 1800 15: 0: 0 2.05E+02 2160 18: 0: 0 1.90E+02 i s a
, - - ---e-,, ~ , - ,,w-, , -e-w--
t u 11 AVERAGE INCORE TC DEG F' 5.95E+02 720 68 0: 0 940 7:50: 0 5.96E+02 941 .7:50:30 '5.64E+02 946 7:53: 0 6.00E+02 962- 8: 1 0 5.68E+02 976- -8: 8: 0 5.77E+02 1 1182 9:51: 0 5.70E+02. 1185- 9:52:30- 5.37E+02
' 1193- 9:56:30 4.50E+02 1214 los 7: 0 4.12E+02-1800 15: 02- O' 3.10E+02 2160 - 18: 0: 0 2.82E+02 .
t 12 HOTTEST INCORE TC DEG F 720 6: 0: 0 6.10E+02 940 7:50: 0 6.10E+02 l 941 7:50:30 5.68E+02' 946 7:53: 0 6.05E+02' 962 8:' 1: 0 5'72E+02-
. 'l 976 8: 8: 0 5.80E+02 - 1 1182 9:51: 0 Si?3E+02 1 ~( 1185 9:52:30 5.40E+02 1193 9:56:30 4.55E+02 1214 10: 7: 0 4.15E+02 !
1800 15: 0: 0 3.15E+02 2160 18: 0: 0 2.85E+02 4 13 INCORE T(E10) DEG F 720 63 0: 0 6.10E+02 940 7:50: 0 6.10E+02 941 7:50:30 5.68E+02 946 7:33: 0 6.05E+02 962 8: 1: 0 5.70E+02 976 8: 3: 0 5.78E+02 1182 '9:51: 0 5.71E+02 ' 1185 9:52:30 5.36E+02
- 1193 9:56:30 4.50E+02 .
1214 10: 7: 0 4.11E+02 1800 15 . 0: 0 3.10E+02 2160 18: 0: 0 2.81E+02
- l.,
I J
-- - w r'"e--
.14 INCORE T(E06) DEG F 720 6 0: 0 6.07E+02 940 7:50: 0 6.07E+02 941 7:50:30 5.67E+02 4 946' 7:53: 0 6.04E+02 962 8: 1 0 5.72E+02 976 83 8: 0 5.80E+02 1182 9:51: 0 5.73E+02 1185 9:52 30 5.40E+02 1193 9:56:30 4.55E+02 1214 10: 7: 0 - 4 .15E+ 0 2 '
1800 15: 0: 0 3.15E+02 2160 18: 0: 0 2.85E+02 15 INCORE T(J03) DEG F 720' 6:.0: 0 5.85E+02 940 ~7:50: 0- 5.85E+02 941 7:50:30. 5.60E+02 946 7:53: 0 5.95E+02 962 8: 1: 0 5.65E+02 976 8: 8: 0 5.75E+02
,g 1182 9:51: 0 5.69E+02
- s ) 1184 9:52: 0 5.35E+02 '
ls/ 1192 9:56: 0 4.48E+02-1214 10: 7: 0 4.10E+02 1800 15: 0: 0 3.08E+02 2160 18: 0: 0 2.78E+02 ; i l l 16 INCORE T(JO9) DEG F . l 720 6: 0: 0 6.10E+02 l 940 7:50: 0 6.10E+02 941 7:50:30 5.68E+02 946 7:53: 0 6.05E+02 962 8: 1: 0 5.70E+02 i 976 8: 8: 0 5.78E+02 ! l 1182 9:51: 0 5.71E+02 1185 9:52:30 5.36E+02 ! 1193 9:56:30 4.50E+02 ' 1214 10: 7: 0 4.11E+02 1800 15: 0: 0 3.10E+02 2160 18: 0: 0 , 2.81E+02 l I t- , E '- g.
17 INCORE T(C08) DEG-F 720 6: 0 0 5.85E+02 , 940 7:50: 0 5.85E+02 l
. 941 '7:50:30 5.60E+02 966 7:53: 0 5.95E+02 962 8: 1: 0 5.65E+02 '
976 8: 8: 0 5.75E+02 1182 9:51: 0 5.69E+02-1184 9:52: 0 5.35E+02-1192 9:56: 0 4.48E+02 1214 10: 7: 0 4.10E+02 1 1800 15: Os 0 3.08E+02 2160 18: 0: 0 2.78E+02 : I i 18 INCORE T(DOS) DEG F I 720 6: 0: 0 6.10E+02 ' 940 7:50: 0 6.10E+02 941 7:50:30 5.68E+02 946 7:53: 0- 6.05E+02 1 962 8: 1: 0 E.70E+02 j 976 6: 8: 0 5.78E+02 i 1182 9:51: 0 5.71E+02 l I 1185 9:52:30 5.36E+0? 1193 9:56:30 4.50E+02 l 1214 10: 7: 0 4.11E+02 1800 15: 0: 0 3.10E+02 2160 18: 0: 0 2.81E+02 i 19 RV LEVEL NR FEET 720 6:-0: 0 4.60E+01 940 7:50: 0 '4.60E+01 941 7:50:30 4.45E+01 1184 9:52: 0 4.45E+01 1186 9:53: 0 2.40E+01 > 1190 9:55: 0 2.80E+01 2160 18: 0: 0 2.90E+01 20 RV LEVEL WR FEET 720 6: 0: 0 1.30E+02 940 7:50: 0 1.30E+02 941 7:50:30 4.45E+01 1184 o:52: 0 4.45E+01 1186 9:53: 0 2.40E+01 1290 9:55: 0 2.80E+01 : 2160
~>)<
, [ 18: 0: 0 2.90E+01 i
i l I l 21;PRZR LEVEL' % (_ 7J0 6 0: 0 4.58E+01 1 940 7:50: O' 4.58E+01' i 941 7:50:30 4.00E+01 1 945 7 52:30 4.65E+01. 960 8: Os 0 3.60E+01 974 8: 7: 0 4.80E+01 978 88 9: 0- 4.75E+01 $ 983 8:11:30 5.10E+01 ; 988 8:14: 0 4.82E+01 i + 993 8:16:30 5.14E+01 < 998 8:19: 0 4.82E+01 1003 8:21:30 5.17E+01 1008 8:248 0 4.82E+01 l 1014 8:27: 0 5.19E+01 , , 1019 8:29:30 4.79E+01 , 1026 8:33: 0 5.22E+01 1032' 8:36: 0 4.79E+01 1038: 8:39: 0 5.23E+01 1044 8:42: 0 4.77E+01 1052 8:46: 0 5.24E+01 4 1058 8:49: 0 4.76E+01 i 1066 8:53: 0 5.25E+01. . 1072 8:56: 0 4.74E+01 1081 9: 0:30 5.25E+01 ( 1087 9: 3:30 4.73E+01- , , 1097 9: 8;30 5.22E+01 , 1103 9:11:30 4.72E+01 1113 9:16:30 5.26E+01' 1120 9:20: 0 4.71E+01
- 1131 9:25:30 5.7.5E+01
! 1138 9:29: 0 4.69E+01 ' I 1150 9:35: 0 5.25E+01 1156 9:38: 0 4.69E+01 l- 1169 9:44:30 5.25E+01 , l 1176 9:48: 0 4.68E+01-1180 9:50: 0 4.82E+01 1184 9:52: 0 3.80E+01 1185 9:52:30 0.00E+00 l 2160 18: 0: 0 0.00E+00 l .. l I t
22 RC SYSTEM PRESSURE A PSIG 720 6: Os 0 1.99E+03 940 7:50: 0 1.99E+03 945 7:52:30 2.17E+03 953 7:56:30 1.93E+03 973 8: 6:30 2.14E+03 980 8:10: 0 1.98E+03 983 8:11:30 2.00E+03-936 8:13: 0 1.97E+03 992 8:16: 0 1.99E+03 997- 8:18:30 1.97E+03-1003 8:31:30 1.99E+03 1008 8:24: 0 1.97E+03 1014 8:27: 0 1.99E+03 1020 8:30: 0 1.97E+03 1026 8:33: 0 1.99E+03 1031 8:35:30 1.96E+03 1038 8:39: 0 1.99E+03 1043 8:41:30 1.96E+03 1051 8:45:30 1.99E+03 1056 8:48: 0 '1.96E+03 1064 8:52: 0 1.99E+03 1070 8:55: 0 1.96E+03 1079 8:59:30 1.99E+03 1085 9: 2:30 1.96E+03 1094 9: 7: 0 1.99E+03 1101 9:10:30 1.96E+03 1110 9:15: 0 1.99E+03 , 1117 9:18:30 1.96E+03 ! 1127 9:23:30 '1.99E+03 l 1135 9:27:30 1.96E+03 1145 9:32:30 1.99E+03 1153 9:36:30 1.96E+03. 1165 9:42:30 1.99E+03 1173 9:46:30 1.96E+03 1180 9:50: 0 1.99E+03 1184 9:52: 0 1.50E+03 1185 9:52:30 9.97E+02 1188 9:54: 0 8.76E+02 1208 10: 4: 0 6.00E+02 1216 10: 8: 0 3.10E+02 3 2160 13: 0: 0 3.00E+02
i l I
) 23 RC SYSTEM PRESSURE B PSIG 720 6 0: 0 1.99E+03 i 940 7:50:'O 1.99E+03 ,
945 7:52:30 2.17E+03 ! 953 7:56:30 1.93E+03 l 973 8 6:30 2.14E+03 l 980 8:10 0 1.98E+03 983 8:11:30 2.00E+03 986 8:13: 0 1.97E+03 ! 992 8:16: 0 1.99E+03' l 997 8:18:30 1.97E+03 . 1003 8:21:30 1.99E+03 1008 8:24: 0 1.97E+03 a 1014 8:27: 0 1.99E+03 j 1020 8:30: 0 -- 1.97E403 1 i 1026' 8:33: 0 1.99E+03- l J 1031 8:35:30 1.96E+03 c 1038 8:39: 0 1.99E+03 - 1043 8:41:30 ' 1.96E+03 1051 8:45:30 1.99E+03 1056 8:48: 0 1.96E+03 1064 8:52: 0 1.99E+03 1070 8:55: 0 1.96E+03 i 1079 -8:59:30 1.99E+03 4 1085 9: 2:30 1.96E+03 ' , ( 1094 9: 7: 0 1.99E+03 ' 1101 9:10:30 1.96E+03 g 1110 9:15: 0 ~ 1.99E+03 , i 1117 9:18:30 1.96E+03 . 1127 9:23:30 1.99E+03 + 1135 9:27:30 1.96E+03 1145 9:32:30 1.99E+03 ; 1153 9:36:30 1.96E+03 l l 1165 9 42:30 1.99E+03 ' l 1173 9:46:30 1.96E+03 1180 9:50 0 1.99E+03 2 1184 9:52: 0 - 1.50E+03 1185 9:52:30 9.97E+02 1188 9:54: 0 8.76E+02 . .'; 1208 10: 4: 0 6.00E+02' , 1216 10: 8: 0 3.10E+02 _ 2160 18: Os 0 3.00E+02 ' 4 J P
+
w - we w w y . ,ea e v r+ -o g w . w.~ - -,
24 PRZR PRESSURE PSIG 720 6: 0: 0 1.99E+03 940 7:50: 0 1.99E+02 945 7:52:30 2.17E+03 953 .7:56:30 1.93E+03 973 8: 6:30 .2.14E+03 980 8:10 0 1.98E+03 983 8:11:30 2.00E+03 986 8:13: 0 1.97E+03 i 992 8:16: 0 1.99E+03 i 997 8 18:30 1.97E+03 1003 8:21:30. 1.99E+03 : 1008 B:24: 0 1.97E+03 ! 1014 8:27: 0 1.99E+03-1020 8:30: 0 1.97E+03 1026 8:33 -0 1.99E+03 1031 8:35:30 1.96E+03 1038 8:39: O. 1.99E+03 ; 1043 8:41:30 1.96E+03 1 1051 8:45:30 1.99E+03- ! 1056 8:48: 0 1.96E+03 1064 8:52: 0 1.99E+03 , 1070 8:55: 0 1.96E+03 i 1079 8:59:30 1.99E+03 (T/ 1085 9: 2:30 1.96E+03
'( 1094 1101 9: 7: 0 9:10:30 1.99E+03 1.96E+03 ;
1110 -9: 153-0 1.99E+03 1' 1117 9:18:30 1. 96E4 03 1127 9:23:30 1.99E+03 1135 9:27:30 ~1.96E+03 1145 9:32:30 1.99E+03 1153 9:36:30 1.96E+03 1165 9:42:30 1.99E+03 1173 9:46:30 1.96E+03 l 1180 1.99E+03 9:50: 0 l 1184 9:52: 0 1.50E+03-1185 9:52:30 9.97E+02 1188 9:54: 0 8.76E+02 1208 10: 4 0 6.00E+02 1216 10: 8: 0 -3.10E+02 i 2160 18: 0: 0 3.00E+02 , 25 PRESSURIZER REL1?P TANK 720 6: 0: 0 0.00E+00 2160 18: 0: 0 0.00E+00 Q 1 h
l l i ( 26 TEMPERATURE DEG F f 720 6: 0: .0 7.90E+01 ; 2160 18: 0 0. 7.90E+01 l 27 LEVEL % I 720 6 0: 0 7.30E+01 i 2160 18: Os 0 7.30E+01 l I 28 PRESSURE -PSIG , 720 6: Os 0 3.30E+00 2160 18: 0: 0 3.30E+00 ; i l i 29 LINE TEMP DEG F i j 720 6: 0: 0 7.80E+01 1180 9:50: 0 7.80E+01 l l 1190 9:55: 0 2.38E+02 ; 2160 18: O! 0 7.00E+01
\
30 LETDOWN GPM 720 6: 0: 0 3.601301 940 7:50: 0 3.60E+01 > 941 7:50:30 0.00E+00 4 1060 8 50: 0 0.00E+00 1061 8:50:30 3.60E+Cl-1181 9:50:30 3.60E+01 1182 9:51: 0 0.00E+00 ., 2160 18: 0: 0- 'O.00E+00 l . 4 31 CHARGING- GPM ; 720 6: 0: 0 2.60E+01-940 7:50: 0 2.60E+01 , 941 7:50:30 6.00E+00 944 7:52: 0 2.00E+00
- i 1060 8:50: 0 1.70E+00 1061 8:50:30 2.60E+01 1180 9:50: 0 2.60E+01 1181 9:50:30 1.00E+02 4
2160 18: 0: 0 1.00E+02
,, -, , . . . ~ . . - - . - ,- ,
i O- 32 VCT. LEVEL 720 6: Os 0 4.50E+01 940 7:50: 0 '4.50E+01 1022 8:31: 0 4.00E+00 1060 8:50: 0 4.00E+00 1100 9:10: 0 2.00E+01 1180 9:50: 0 '2.00E+01 1190 9:55: 0 4.00E+00-2160 18: 0: 0 4.00E+00 33 'A' STEAM GENERATOR 720 6 0: 0 0.00E+00 2160 18: 0: 0 0.00E+00 O . 4 O i
34 LEVEL NR. % I 720 6: 0: 0 5.20E+01 . 940 7:50: 0 5.20E+01 1 941 7:50:30 0.00E+00 946 7:53: 0 0.00E+00 956 7:58: 0 3.54E+01 959 7:59 30 2.74E+01 ! 973 8: 6:30 3.25E+01 974 8 7: 0 5.13E+01 I 975 8: 7:30 3.25E+01 ; 976 8: 8: 0 2.62E+01 ' 982 8:11:'O 2.97E+01 983 8:11:30 5.19E+01 ; 984 8:12: 0 2.83E+01 l 992 8:16: 0 2.74E+01 993 8:16:30- 5.05E+01 l 994 8:17: 0 2.90E+01 1 1002 8:21: 0 2.80E+01 1003 8:21:30' 5.22E+01 1004 8:22: 0 2.86E+01 ,
.1005 0:22:30 2.26E+01 1015 8:27:30 5.15E+01 l 1016 8:28: 0 1.91E+01 1025 8:32:30 2.35E+01
(h 1026 8:33: 0 4.72E+01 I (j 1028 1039 8:34: 0 2.12E+01 8:39:30 4.32E+01 ; 1040 8:40: 0 1.98E+01 1052 8:46: 0 4.12E+01 1054 8:47: 0 1.96E+01 1065 8:52:30 2.33E+01 1068 8:54: 0 1.86E+01 1080 9: 0: 0 2.40E+01 1081 9:-0:30 4.11E+01 1083 9: 1:30 2.24E+01 1096 9: 8 0 2.70E+01 1097 9: 8:30 3.99E+01 1098 9: 9: 0 2.20E+01 1113 9:16:30 2.67E+01 1114 9:17: 0 4.12E+01 1115 9:17:30 2.42E+01 1132 9:26: 0 ' 4.22E+01 1133 9:26:30 2.52E+01 1149 9:34:30 3.09E+01 1150 9:35: 0 4.62E+01 1151 9:35:30 2.57E+01 1169 9:44:30 3.36E+01 1170 9:45: 0 4.82E+01
- 1171 9:45:30 2.77E+01 1180 9:50: 0 3.16E+01
, 2160 18: 0: 0 3.16E+01
- j. ,,
O 35 720 940 LEVEL WR IN 6 02 0 7:50 0
-3.10E+02 3.10E+02 942 7:51 0 2.40E+02 976 82 83 0- 4.30E+02 1180 9:50: 0 4.50E+02 2160 18: 08 0 4.50E+02 f
36 STM~ FLOW PPH E+06 720 6: Ot 0 3.30E+00 940 7:50 0 3.30E+00 941 7:50:30 7.00E-02 944 7:52: 0 0.00E+00 2160 18: 0: 0 0.00E+00 37 FD FLOW PPH E+06 720 68 0: 0 3.30E+00 940 7:50: 0 3.30E+00. 941 7:50:30 0.00E+00 2160 181 Os 0 0.00E+00 O
O 38 PRESSURE PSIG 720 62 0 0 7.87E+02 940 7t50t 0 7.87E+02 941 7:50:30 1.08E+03 957 7:58:30 9.23E+02 974 8: 7 0 1.08E+03 975 82 7:30 9.88E+02 983 8111:30 1.08E+03 984 8:12 0 9.89E+02 993 8:16:30 1.08E+03 994 8:17: 0 9.89E+02 1003 8:21:30 1.08E+03 1004 8:22 0 9.92E+02
, 1014 8:27: 0 1.09E+03 1015 '8:27:30 9.91E+02 1026 8 33: 0 1.08E+03 1027 8:33:30 9.94E+02 '
1038 8:39: 0 1.08E+03 1039 8:39:30- 9.92E+02 1052 8146: 0 1.08E+03 1053 8:40:30 9.90E+02 1066 18:53 0 '1.08E+03 1067 8:53:30 9.89E+02 1081 9 0:30 1.08E+03 O 1082 1097 1098 1114 9 9 it 0 8:30 92 9 0 9.90E+02 1.08E+03 9.89E+02 9:17: 0 1.09E+03
- 1115 9117:30 9.91E+02 1131 9:25 30 1.09E+03 1132 9:26: 0 9.90E+02 1150 9:35: 0 1.09E+03 1153 9135:30 9.90E+02 1169 9 44:30 1.08E+03 1170 9:45: 0 9.86E+02 - I 1180 9:50 0 1.06E+03 2160 18: 08 0 4.50E+02 39 AUX FEED FLOW GPM 720 6 02 0 0.00E+00 .
940 7:50: 0 0.00E+00 941 7:50:30 4.50E+02 976 81 82 0 4.50E+02 977 83 8:30 1.00E+02 1180 9:50: 0 1.00E+02 1181 9:50:30 2.50E+02 2160 18: 01 0 2.50E+02
40 CST LEVEL FT 720 6 0: 0 1.60E+01 940 7:50: 0 1.60E+01 976 8: 8: 0 1.26E+01 t l) 1180 9:50: 0 8.30E+00 2160 18: 0: 0 3.20E+00 41 'B' STEAM GENERATOR 720 6: Os 0 0.00E+00 2160 18: 0: 0 0.00E+00 I
l 42 LEVEL NR % 720 6: 0: 0 5.20E+01 940 7 50: 0
- 5.20E+01 941 7:50:30- 0.00E+00- l 946 7:53: 0 0.00E+00 i 956 7 58: 0 3.54E+01 959 7:59:30 2.74E+01 973 8 G:30 3.25E+01 fl 974 8: 7: 0 5.13E+01 975 8 7:30 3.25E+01 1 976 83 8: 0 2.62E+01 982 8:11: 0 2.97E+01 ,
983 8:11:30 5.19E+01 ; 984 8:12: 0 2.83E+01 , 992 8:16: 0 2.74E+01 993 8:16:30 5.05E+01 , 994 8:17: 0 2.90E+01 ' 1002 8:21: 0 2.80E+01 1003 8:21:30 5.22E+01 4 1004 8:22: 0 2.86E+01 - l 1005 8:22:30 2.26E+01 . 1015 -8 27:30 5.15E+01-1016 8:28: 0 1.91E+01 1026 4.72E+01 8:33: 0 (g 1028 8:34: 0 2.12E+01 1 ' 'Q 1039 1040 8:39:30 8:40: 0 4.32E+01 1.98E+01 1052 8:46: 0 4.12E+01 1 I 1054 8:47 0 1.96E+01 : 1065 8 52 30 2.33E+01 - 1068 8:54: 0 1.86E+01 1080 9: Os 0 2.40E+01 , 1081 9: 0:30 4.11E+01 t h 1096 9: 8: 0 2.70E+01 1097 9 8:30 3.99E+01
- 1098 9 '9: 0 2.20E+01
, 1114 9:17: 0 4.12E+01 1115 9:17:30 2.42E+01
- 1132 9:26: 0 4.22E+01 1133 9:26:30 2.52E+01 1
1149 9:34:30 3.09E+01 i 1150 9:35: 0 4.62E+01
- 1151 9:35:30 2.57E+01-1169 9:44:30 3.36E+01 1170 9:45: 0 4.82E+01 1171 9:45:30 2.77E+01 1180 9:50: 0 3.16E+01 1181 9:50:30 0.00E+00 1220 10:10: 0 0.00E+00 1230 10:15: 0 2.10E+01 *
; 2160 18: 0: 0 2.10E+01 i h
~
43 LEVEL WR IN 720 63 0: 0 3.10E+0? 940 7:50: 0 3.10E+02 942 7:51: 0 2.40E+02 976 8: 88 0 4.30E+02 1180 9:50: 0 4.50E+02 . 1182 9:51: 0 1.00E+02 1184 9:52: 0 5.00E+01 1230 10:15: 0 4.15E+02 2160 18: 0 0 4.30E+02 44- STM FLOW PPH E+06 720 6: 0: 0 3.30E+00 940 7:50: 0 3.30E+00 941 7:50:30 7.00E-02 944 7:52: 0 0.00EdOO 2160 18: 0: 0 0.00E+00 45 FD FLOW PPH E+06 720 6: 0: 0 3.30E+00 940 7:50: 0 3.30E+00 941 7:50:30 0.00E+00 j 2160 18: 0: 0 0.00E+00 1 i i i
a i 1 46 PRESSURE' PSIG 720 6 0: 0 7.87E+02 *
, 940 7:50: 0 7.87E+02 ;
941 7:50:30 1.08E+03 ; 957 7:58:30 9.32E+02
- 974 8: 7: 0 1.08E+03 975 8: 7:30 9.88E+02 983 1.08E+03 8:11:30 984 8:12: 0 9.89E+02- ;
993 8:16:30 1.08E+03 ; 994 8:17: 0 9.89E+02 ; 1003 8:21:30 1.08E+03 1004 8:22: 0 9.92E+02 + 1014 8:27: 10 1.09E+03. 1015 8:27:30 9.91E+02 - 1026 8:33 0 1.08E+03 ! 1027 8:33:30 9.94E+02 l 1038 8:39 0 1.08E+03 i 1039 8:39:30 9.92E+02 ; 1052 8:46: 0 1.08E+03 j 1053 8:46:30 9.90E+02, 1066 8:53: 0 1.08E+03 , 1067 8:53:30 9.89E+02 ' 1081 9: 0:30 1.08E+03 ( 1082 9: 1: 0 9.90E+02 ( 1097 9: 8:30 1.08E+03 1098 9:~9: 0 9.89E+02 1114 9:17: 0 1.09E+03 1115 9:17:30 9.91E+02 1131 9:25:30 1.09E+03 , 1132 9:26: 0 9.90E+02 l 1150 9:35: 0 1.09E+03 . 1151 9:35:30 9.90E+02 1169 9:44:30- 1.08E+03 1170 9:45: 0 9.86E+02- .; 1180 1.06E+03' 9:50: 0 1181 9:50:30 3.00E+02 1182 9 51: 0 1.50E+02 1260 10:30: 0 7.50E+01 1380 11:30: 0 5.50E+01 2160 18: 0: 0 2.00E+01 a l i l
1 on 1 s
.;-f~% ' "
i' , 47 AUX FEED-FLOW- GPM 720 6:.0: 0- 0.00E+00 j
'940 7:50:10 0.00E+00 1 941 7:50:30: '4.55E+02 i L
1976 8:,8: 0- ' 4.55E+02. i 977 8:-8:30 1.00E+021 i 1180 E9:50: 0 ' 1.00E+02' ! 1181 9:50:30 5.80E+02 1 1196 9:58: O' 5.80E+02: 1197. 9:58:30 0.00E+00 2160' L18: .0:0' - 0.00E+00'
'48iCONTAINMENT 720- 6:>0: 0- - 0.00E+00 2160' 18: 0: O' O.00E+00 49 PRESSNRE ~PSIG
'720 6: 103 0 0.00E+00=
-1180 9:50:10 .0.00E+00 11811 9:50:30, 2.16E+01:
l l 0 g 1183 1190. 1260' 9:51:30 9:55:'O
'10:30: 1 2.88E+01 3.64E+01-9.70E+00-L .1380 11:30:-~0 5.00E+00 i 1500 12:30: 0 2.50E+00 1620 13:30: 0: 1.20E+00 1740 14:30: 0 5. 00E-01:
1920 16: 0:' 0; 0.00E+00 2160 18: 0: 0 -1.00E+00- [ 50' TEMP DEG F ! 720. 6: 0: 0 8.50E+01 940 7:50: 0 8.50E+01 1180 9:50:n0' C.41E+01 1181 ~9:$0:30. 2.32E+02.
'1183 9:51:30 2.48F+02' 1190 -9:55: JO 2.62E+02 1260 10:30: 0 1.92E+02 1380 11:30:-0 1.62E+02.
1500 12:30: 0 1.35E+02 1620 13:30: 0 1.08E+02 1740 14:30:/0 8.50E+01 1920 16: 0: . 0 ' 8. 00E4 01 2160 18: 0:.0 7.90E+01
.g i
f i r- _'"..;.. # i
. . - _ . . . . _ . - , ,. , 3.-._',
,3. -..u. .
W v,
't!:
o
'51 - HUMIDITY- '%
-720 6i"03.0- ,1.20E+01<*
1180- 9:50: 0L L1.20E+01-Ja 11811 ,9:50t30 -1.00E+02- l 2160 18: 0110 > 1. 00Et02 -
)
52 RADIATION H.R. ~R/hr 730 16: 03 O. 1~80E+00 j
. -i 1 1184 , 9:52:.01 -1.80E+00 1230;-- 10:15:f0; ;3.10E+03
- 1440 12; Os 0< 1.47E+04 -
'y
-1650 13:451: 0' 11.22E+04 .
1 J183'0: 01
'21601 -1.22E+C% .l 1
53 SUMP'A DRAIN % 720 6: 0 : '~. 0 ; 0.00E+00~ l 1180 S 50: 10; 1 0.00E+00-1161- 9:50:30- 1.00E+02. 2160 18:10:10l .1.00E+02- j, L 54' SUMP'B IN . 720 't6: 0: 0 'O.00E+00 j 1184 9:52: 0- 0.00E+00 ' 1332 11: 6: 0 1.60E+01
- - 1410 11:45: 0 1.90E+01 2160 il 1.90E+01 18: 0: 0. ~!
l 55.A ACCUMULATOR LEVEL% t 720 o6: 0:- O. 3.60E+01 . 1202 10: 1: 0 3.60E+01-1206 10: 3: 0 0.00E+00 'I a '2160 18: 0: 0 0.00E+00 R I i I
- 56 A ACCUKULATOR PRESS PSIG 720 6: 0:'O 7.40E+02- l' gg 1202 10: 1:-0 7 .40E+02 y 1208 10: 4: 0 5.90E+02
, 1216 10: 8: 0 3.10E+02 2160 18: 0: 0 3.00E+02 a i
=
L t.
]
= ,, < se '~ '
.. .. .- g. _-
, :e 57 B ACCUMULATOR LEVEL %
720 6: 0: 0- 3.60E+01' , 1202 10:=1: 0: 3.60E+01 ' 1206 10: H3 :: 0 0'.00E+00 .
-2160 18: 0: 0 0.00E+00 R
{ l i' 58'BLACCUMULATOR PRESS- PSIG 720. 6: 0: 0 7.40E+02 l- 1202 'l0 : 1:!O. 7.40E+02
.1208, 10t'4:.0 5.90E+02
- 1216- 10: 8:-0 3.10E+02
( 2160- 18: 0: 0 3.00E+02 1 1 59 RWST LEVEL % 720 6: 0: Oi 9.85E+01' o 1181 H9:50:30' 9.85E+01 l 1246 10:23: 0 6.00E+01 1284 10:42:co -3.80E+01
- ' 1304 '10152
- 0- '3.50E+01- d i 1324 '11:.2: 0- 3.20E+01-f'g 1332. 'll: 6: 0 2;80E+01
(,) 1352 L11:16: 0 2.50E+01 1372 11*26.: OL 2.20E+01-1410 11:45: 0 6.80E+00 2160 18: 0:' O 0.00E+00 f ~. a 60 RMR 720 6:'0: O' O.00E+00' L 2160 18: 0:- 0 .0.00E+00 l-l 61 PUMP A DISCH PRESS PSIG 720 6: 0: 0 0.00E+00 1179 9:49:30 0.00E+00' 1180 '9:50: O 1.83E+02 1284 10:42: 0 1.83E+02 ; H 1265 10:42:30 0.00E+00 1304 10:51. 0 0,00E+00 1305 10:52:30 1.49E+02 1332 11: 6: 0 1.49E+02 .! 1333 11: 6:30 0.bOE+00
- 1352 11:16: 0 0.00E+00 1553 11:16:30 1.49E+02 2160 18: 0:: 0 1.4SE+02 N,
f I. ' ..i,
. + , -,
t O 62 ' PUMP A FLOW'- GPM
.720- 6: 0: O' O.00E+00:
2160- 18: 0: 0 0.00E+00 . 63' HX A OUTLET TEMP .DEG1F ' 720. 6: 0:'O 7.90E+01 1352 11:16: 0 7.90E+01 , 1354 11:17:~0 '8.90F'01 2160. 18: 0: 0 8.90E+01 l 64 PUMP B'DISCH PRESS PSIG' 720 6: 0: 0 l0.00E+00- . 1179 9:49:30 0.00E+00 1180 9:50s 0- 1.80E+03-1303 10:51:30 1.80E+02 1304 10:52: 'O- ~. 0 . 0 0E+ 0 ') 1324 11: 2: 0.00E+00' 1325 11:-~2:30 - 1.47E+02- ' 1352 11:16: 0 1.47F+02 t
'1353 11:16:30 'O.00E+00 '
! [ h 1372 '11:26: 0 .0.00E+00 is_j/ 1373- 11:26:30- 1.47E+02 2160 18:e 0: 0 ~1.43E+02' I
~i er
[ 65 PUMP B FLOW GPM , 720 6: 0: 'O 0.00E+00-l 2160 18: 0: -0 0.'00E+00. l
,l q
66 HX B. OUTLET TEMP DEG F ]
. . 720 6: 0: 0- 7.80E+01 L
1372 11:26: 0 7.80E+01 1374- 11:27: 0 8.80E+01-2160 18: 0: 0 8.80E+01 l t 67 HP SI I 720 ' 6,: 0: 0 'O.00E+00 -)
. . 2160- 18: 0: 0 0.00E+00 '
t
- , t
.N i 4 ,
d j i t', ,
- . / ,. . ,, J ., _m.. -
\ ,
y s fe
,f '
-68 PUMP A PRESS PSIG
~12 0 68: -0: '0; 1 _0.00E+00 1180 9:50: O. '
0.00E+00-11P1 9:50:30;. -1.53E+03:
-1104'
- 9:52: 0; 1.53E+03.
1188' 9:54: 0 l'.39E+03 1284 10:42: 0: :1'.39E+03 1285 :10:42:30-- O.00E+00' 1304 E10:52: 0 0.00E+00: 1305. !10:52:30: '1'.43E+03: 1324 '11 .2: - 1.43E+03-' 1325 11: 2:30 .
--1.52E+03 1332 'll: 6: J0- 1.52E+03' 13331' - 11:;- 6 : 3 0 - -O.00E+00 1352' :11:16: 0: ' O . C, we0 0 :
1353- 11:16:30. l1.43E+03 "1372 11:26: 0' ' 1.43E+03" 1373 :11:26:30, 1.52E+03 2160 18: 0: 0 :1.50E+03-; 69L PUMP-A: FLOW = GPM 720 6:,0:=0 0.00E+00~ 9 1184-1188: 1284 1285 9:52:'O
-9:54: 10:42: 0-0.00Et00
.4.50E+02
- 4. 50E+02 '
10:42:30 0.00R+10 1304 10:52: 0 0 . 0 0 r., , 1, 1305-' 10:52:30 5. 50F + 0: 1324 11: 2: 0- 5.SC . 1325 11: 2:30- ' 4.50E+02 ' 1332 11: 6: 0 -4.50E+02: 1333 11: 6:30 0.00E+00- ', 1352 11:16: 0 0.00E+00 l 1353 11:16:30 5.50E+02 ' 1372 11:26: 0 5.50E+02 1373 11:26:30 4.50E+02 2160 18: 0: 0 4.70E+02 . i. 9 : a,m%' 1 1
, +
b~ 70 -PUMP'B PRESS PSIG-720 6: 0: 0 0.00E+00-1180 9:50: O. 0.00E+00-
' 1181. 9:50:30i 1.55E+03
- 1184' -9:52: 0 '1.55E+03-1188: 9:54: 0- -1.41E+03' 1284 10:42:'O. 1.41E+03 1285 '10:42:30'- 1.32E+03 1304 1.32E+03:
^
10:52: 0
~
1
' 1305- 10:52:30- 0.00E+00 l
- 1324 11: 2: O' O.00E+00 1325 11: 2:30: ,1.54E+03' 1332- "11: 6: 0- 1.54Et03 1 1333 11: 6:30 1.50E+03: ,
1352 11:16:^0 1.50E+03 ~ 1353 11:16:30 0.00E+00-1372- 11:26: O' -0.00E+00
- 1373 11:26:30 1.54E+03. a 2160 18:c0:^0 1.50E+03 l
-l
- 71 -PUMP'S FLOW GPM 720L R6: 0: 0- -0.00E+00:
9 1184 1188 1284 9:52: 0 9:54: 0 10:42: 0
.0.00E+00 4;50E+02'
'4.50E+02 a
i i 1285 10:42:30 5.50E+02-1304 10:52: 0: 5.50E+02
-1305- -10:52:30 0.00E+00-1324 11: 2: 0 0.00E+00' 1325 11: 2:30 4.50E+02 1332 11: 6: 0 4.50E+02-1333 11: 6:30 5.50E+02 1352 11:16: 0 5.50E+02 1353- 11:16:30 .0.00E+00 1372 11:26: 0 0.00E+00 1373 11:26:30 4.50E+02 ,
2160 18: 0: 0 4.70E+02 ' 72 A CONT SPRAY PUMP FLOW GPM i 720 6: 0: 0 0.00E+00 i 1182 9:51: 0 0.00E+00 1183 9:51:30 1.20E+03 1410 11:45:~0 1.20E+03 ! 1411 11:45:30 0.00E+00 1414 11:47: 0 0.00E+00 1415 11:47:30 1.20E+03 9 2160 18: 0: 0 1.20E+03 l Y -
4 0' f
.73-B CONT SPRAY. PUMP FLOW' GPM:
.720 6: 0: 0 0.00E+00 1182 9:51: 0 0.00E+00'
, 1183 9:51:30:- 1.20E+03' 1410 11:45:. 0 -
11.20E+03 1411- 11:45:30- 0.00E+00- , 1414 .11:47: 0.00E+00 (1415 11:47:30- 1.20E+03' 2160 '18 : ' 0 : - 1.20E+03. 1
~
1 74' SPRAY ADD. TANK LEVEL -%- 720 6:'0: 0 9.00E+01-2160- 18: 10: 0- '9.000+01
'75 U1-B03 480 VOLT BUSES 720- 6: 0: 0 4.80E+02H 2160 '18: 0: 0 l4.80E+02' G
~76 U1-B04 480' VOLT = BUSES 720 6: 0:: 0 4~.80E+02 2160 18: 0:- 0 -4.80E+02 77 U2-B03 480' VOLT BUSES 720 6: Os 0 4.80E+02 2160 18: 0: 0- 4.80E+02 78 U2-B04 480 VOLT BUSES 720 6: 0: 0 4.80E+02 2160 18: 0: 0 4.80E+02 d
.j'
1 - .
,e
. . . _ , .I
.EP' EXERCISE 1990 ,
-Section-9.1.2f
.i *
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l I s 1 I
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r z 2 I L PPCS SAS ; E E N O O M SY$ M .
- a N N gA E CCNTRIXg.TSCs..
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i-i i' l P 1 l'i s J b. i j?,
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j . Page 1 ! 4 O
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'Use EDLIN to add any amount.ofzcomments'to-this file. ' They_ .
C or.ly be added in the top part of the' file'. 1 l C-C March 1990 Scenario,. Revision 2, 01/12/90 1 C . . (recoverable) C Loss of: Offsite1 AC with : loss - of _ IA ; to -
. Purge / Exhaust boot.-
C . Later,_ a 'feedline break inside containment: with : a SG tube- , . rupture followed C- by fuel damage. . C C -
~# DESCRIPTION
~45000.0 Total scenario run time (sec.)
1985.0 0 PT429- 1 Pressurizer: press 1-1
-1985.0 0'PT430' -2 Pressurizer. press 1-2, 1985.0 0'PT431~ 3 Pressurizer press 1-3 1985.0 0-PT449 4: Pressurizer press 1-4
- 1985.0 0 PT420A 5 ?CS WR Pressure Loop A
, 1985.0 0 PT420B 6 RCS WR Pressure Loop.B 45.8 0 LT433' =7' Pressurizer Level Cold Calib. 45.8 0 LT426 8 Pressurizer. Level 1-1 45.8 0 LT427 9 Pressurizer Level ~1-2 45.810 LT428 10 : Pressurizer Level 1-3 585.0 0 TA07 11 Incore' Thermocouple Pos A07 ,
- '585.0 0.TB05- 12 Incore-Thermocouple Pos B05'
- ( 585.0 0 TB07 13 Incore Thermocouple Pos-B07 N- 585.0 0 TCO3 14 Incore Thermocouple Pos.CO3 l 585.0 0 TC06 15 Incore Thermocouple 1Pos C06 585.0 0 TC08 16 Incore Thermocouple Pos C08 l 585.0 0 TD02 17 Incore-Thermocouple Pos D02 i
610.0 0 TD05 18 Incore' Thermocouple Pos DOS ' 610.0 0 TD07 19 Incore'Thermoccuple Pos D07 610.0 0 TE04 20.Incore Thermocouple Pos E04 607.0 0 TE06 21 Incore Thermocouple Pos E06- ' 585.0 0 TG01 22'Incore Thermocouple Pos G01 585.0 0 TG02 23 Incore Thermocouple Pos G02 610.0 0 TG04 24'Incore Thermocouple Pos G04 585.0 0 TC11 25-Incore Thermocouple Pos C11 585.0 0 TD12 26 Incore Thermocouple Pos D12 610.0 0 TE10 27 Incore Thermocouple Pos E10 607.0 0 TF08 28 Incore Thermocouple Pos F08 607.0 0 TG07 29 Incore Thermocouple ~Pos G07 607.0 0 TH06 30 Incore Thermocouple Pos H06-585.0 0 TIO2 31 Incore-Thermocouple Pos 102 610.0 0 TIO4 32 Incore Thermocouple Pos IO4-610.0 0 TIO7 33'Incore Thermocouple Pos 107_ i 585.0 0 TJ03 34 Incore Thermocouple Pos J03 ) 610.0 0 TJ06 35 Incore Thermocouple Pos J06 1 585.0 0 TK03 36 Incore Thermocouple Pos K03 1 585.0 0 TF12 37 Incore Thermocouple Pos F12 (sI 585.0 610.0 0 0 TG12 TH09 38 Incore Thermocouple Pos G12 39 Incore Thermocouple Pos HO9
\/ 610.0 0 TH10 40 Incore Thermocouple Pos H10
!- i ! 1 i 1.
610.0 0 TH11 41 Incore Thermocouple-Pcs-H11 585.0 0 TH13- 42 Incore Thermocouple-Pos-H13 610.0 0 TIl0 43;Incore ThermocouplefPos Il0- l 610 0 0'TJ08.
. 44 Incore_ Thermocouple Pos J08 . 585.0 0 TK11 45'Incore Thermocouple Pos K11
. 585.0 0 TLO7 46 Incore Thermocouple Pos LO7 585.0'O TL10 .47-Incore' Thermocouple Pos;L10= 585.0 0 TM06 48-Incore Thermocouple Pos'M06 610.0 0 TJO9 49tIncore Thermocouple Pos JO9. 0 2 0 MT1FAMI: 50 Aspirator Flow Alarm 45M. 1.8 0 RE126 51 Cont High-Range-Radiation-1.9 0 RE128 .521 Cont'High-Range Radiation. L1.8 0 RE127. -5' Cont!High-Range Radiation-0.2 0 MT1FALO 54 Aspirator Flow; Alarm?45M-100.0 0 *T411 55 RX Coolant-Flow-Loop'1A-14 10 0. 0 - 0 F'2
- 1 ? 56 RX Coolant' Flow, Loop 1A-2 100.0 0 FT413 57 RX-Coolant' Flow Loop 1A-3:
-0.6,0,MT1DT' '58 Tower 1 Delta Temp l10M-4SM 100.0 0 FT414 59 RX Coolant 1 Flow Loop'1B-1 -100.0 0 FT415 60 RX. Coolant: Flow: Loop LlB-2 100.0 0 FT416 61'RX CoolantEFlow Loop'1B-31 2.3 0-MT1ZSC 62 Tower >1;Zero/ Span / Calculate.
570.0 0 T401 63'T AVE Loop ~.1A 570.0 0 T402 64'T AVE _ Loop-1A 570.0 0 T403 65 T AVE ~ Loop:1B 570.0 0 T404 66 T AVE Loop 1B-2: 55.5 0 T405 67 DT Loop'1A-1 55.5 0 T406 68 DT Loop 1A-2 55.5 0 T407 69 DT Loop 1B-1 55.5 0 T408 70 DT Loop ~1B-2 46.0 0 LI496 71. Reactor Vessel'NR Level - j 46.0 0 LI497 72 Reactor Vessel-NR Level 85.0 0~T3292 73' Cont Temp Air _ ELL 66- [ 82.0 0 T3293 74 Cont Temp Air EL 46- f 75 High, Head- SI- floc: 1-P15B-0.0 0 FT924 , 0.0 0 FTS25 76_High Head SI: flow 1-P15A' ' ' 36.0 0 T970 77 Subcooling Monitor = 36.0 0 T971 78 Subcooling Monitor 0.0 0 PT945 79'Contmt Press-0.0 0 PT947 80 Contmt Press 0.0 0 PT949 81 Contmt Press ' O.0 0 PT946 82 Contmt Press 0.0 0 PT948 83 Contmt Press- 'l 0.0 0 PT950 84 Contmt Press' . 1 0.3 0 MT2PREC 65 Torer 2 Precipitation ! 45.0 0 LT112 86 VCT Level i 12.0 0 MI3208 87 Cont Humidity Unit No. 2 ! 11.7 0 MT1WSHI 88 Tower l' Wind Speed 45M~ ' 36.0 0 FT134 89 Letdowneline fAow i 26.0 0 FT128 90 Charging'line-flow , 0.0 0 HA964 91 Cont hydrogen conc , 0.0 0 HA965 92 Cont hydrogen conc i 0.0 0 HA966 93 Cont hydrogen conc ; 0.0 0 H1967 94 Cont hydrogan conc
,,y, , , - _ . , . . --w-,~.m.--------ww--w e 2.3 0 MT3ZSOf
-2.3.O MT2ZSC-0.25 0 RE113' 0.44 0-MT3SR-
~
- 95. Tower 3LZero/ Span / Calibrate
_96' Tower 2 Zero/ Span / Calibrate-- 97 AUX BLD EL -19
~
-98'SolarjRadiation 1.35E-05 0 R2E219~ 99_U2 S/G. Blowdown liquid rad 5.62 0 R2E102. 100 Containment low range
-3.75:0 FT464V 101 STM GEN:1A-1 steam flow-3.75 0 FT465V' 102lSTM GENelA-2 steam flow 3.75 0~FT474V 103 STM GEN 1B-1 steam flow 3.75 0 FT475V. 104 .STM GEN l 1B-2: steam flow 70.0-0 MT1TLu 105fOutsideLtower 1 Temp 10M ,
70.0_0.MT3T 106EOutside tower'3 Temp ! 130.0 0 LI494 107 Reactor Vessel WR Level- l 127.5:0~LI495' 108 Reactor Vessel WR s Level"._ ! 52.0 0 LT461 109 Steam Generator Level 1A-1. ! 52.0 O_LT462 110 Steam Generator Level'.1A-2 -l 52.0 0 LT463- 111l Steam 1 Generator' Level.1A-3 52.0 0 LT471 112 Steam Generator. Level 1B-1 52.0 0 LT472 113 Steam Generator Level-1B-2 52.0 0 LT473 114 Steam' Generator Level-1B-3 310'.0 0'LT460A 115 SG WR Level SG A WR 310.0 0 LT460B 116'SG'WR: Level'SG A WR. -i 0.36 0 R2E104 '117 Charging pump-area.. low range ! 310.0 0 LT470A _118-SG'WR-Level SG B WR. l 310.0.0 LT470B 119:- SG1WR Levele SG B WR = l 3.64 0 R2E107 120 Sealitable' monitor 9 787.0 0 PT468 121 Steam GeneratorLPressE1A-l' ; 787.0 0 PT469 1221 Steam Generator Press 1A-2 787.0 0 PT482 123 Steam Generator Press 1A-3 787.0 0 PT478 124 Steam Generator Press 1B-l' > 787.0 0 PT479 125 Steam' Generator. Press-1B-2 787.0 0 PT483 126 Steam Generator Press 1B-3 0.0 0'LT960 127' Cont Sump' Level Sump B ' O.0 0 UT961 128 Cont Sump. Level Sump B 116.9 0 LT958 129 Cont Sump Level Sump A,
-80.0 0 LT959 130 Cont' Sump Level Sump A-1.71E-04 0 RE327 131 Drumming area sping mid range 1
-1.0EH,0 0 RE325 - 132 Drumming area vent sping low range 3.70 0 FT466V 133 STM GEN 1A-1~FDWTR FLOW 3.70 0 FT467V 134 STM GEN 1A-2 FDWTR' FLOW- .
3.96E-02 0 RE319 135 Aux. bldg sping-.high range i 3.70 0 FT476V 136 STM GEN-1B-12 FDWTR. FLOW q 3.70 0 FT477V 1: 7 STM GEN 1B-2 FDWTR FLOW ' 4.11E-03 0 R2E211 138 Containment air. particulate. 1.90E-04 0 R2E*4J1 139 U2 Steam. Release line A rad 1.00E-03 0 R2E232 140 U2 Steam release line.B rad 220.0 0 MT1WDHI 141 Tower 1 Wind Dir 45M 220.0 0 MT2WD 142 Tower 2 Wind Dir 220.0 0 MT1WDALO 143 Tower 1 Wind Dir 10M, 15 Min Ave 220.0 0 MT3WDA 144 Tever 3 Wind Dir, 15 Min Ave 0.0 0 FT4036 145 S9 A Aux Feed Flow 0.0 0 FT4037 146 Sg B Aux Feed Flow 9 79.0 78.0 0 0 T622 T623 147 RHR'HX Outlet Temp A 148 RHR HX Outlet Temp B 1 li. n
f, ' v . 3".3 0 PT440- _1491PRZR Relief tank pressure = 4.78E+01 0 R2E302 150 Cont. Purge.Exh. AlphaLPart , 100.0 0 N41 -151? Power Range 1 ! 100.0 O N42 152__ Power. Range.2 100.0 0 N43 . 153, Power Range 3 154; Power: Range 4 100.0 0 N44- 's 155 RCS Wide range-temp hotileg A-
-598.0 0 T450B' 598.0 0-T450D- 156 RCS Wide range-temp; hot > leg-AL 598.0 0 T451B -157 RCS-WideJrange temp' hot 11eg~BE 1 598.0 0 T4514. 158'RCS Wide rangeltemp hot 71eg B 1.27E-04 0 R2E212 159 U2' Cont gas radiation' t
-1.0 0 RE315 1160 Eaux'bidgraping low range-
-1.0:0 RE221- 161 Drumming area vent gas-rad 2.9 0 R2E106- 162. SAMPLE ROOM LOW RANGE.
542.0 0 T450A~ 163 ERCS Wide range, temp cold legEAT :l 542.0 0 T450C 164'RCS Wide range-temp ~ cold' leg A-542.0 0 T451A0 165'RCSfWide' range' temp cold 4 1eg B: 542.0 0 T451C 166 RCS^ Wide range temp; cold? leg B s 220.0 0 MT1WDLO- 167 Tower 1 Wind Dir.-10M 220.0=0 MT3WD- 168 Tower :3 Wind 'Dir W 220.0'O'MT1WDAHI- .169 x Townr;1. Wind ' Di:/ 345M, ?15 Min' Avo. ! 220.0 0'MT2WDA 170-Tower 2 Wind Dir Ave _J
-1.0 0 RE214~ 171-Aux Budg~ exhaust vent _gasirad .. ;
6.13 0 R2E134 172 Charging' pump arenLhigh range moni-
- H 1.0 0 N31 '173 Source. range 1> count-rate' 'l 1.0 0 N32 174= Source range 21counterate 9 1.0E-03 O_N35 1.0E-03 98.5 0
0 N36 LT972 175;Interm: range-1: current 176 Intermi. range-2' current-177 Refuel wat stor,tankelvl 1-T13 i 98.5 0 LT973 178 Refuel wat stor tank lvi 1-T13 16.0 0 LT4039 179 Condistorage-taph 11 '.- -B ' 16.0 0 LT4041 180'Cond storage tank lv, ik B , 0.0 0 N35R 181 IR NO. l' start.up ratt : 0.0 0 N36R 182 IR:NO. 2 start up ratu -- i 1.3 0 PT2115 183-Condenser pressure _j 79.0 0 T439 184 PRZR Relief Tank. Liquid' Temp ! 73.0 0 LT442- 185 PRZR Relief Tank Level-0.0 0 FT928 186 Low head SI flow B 3 i 0.0 0 FT626 187-Low head.SI / RHR flow A' 77.0 0 T630 188 RHR HX Inlet. temp 79.0 0 T627 189 RHR HX. Outlet temp' 10.0 0 MT1WDSD 190 Twr l'Stndrd Dev of:Wnd Dr'10M 10.0 0 MT2WDSD 191 Twr 2 Stndrd Dev of Wnd Dr 10.0 0 MT3WDSD 192 Twr 3 Stndrd Dev of Wnd Dr 8.0 0 MT1WSLO 193 Tower 1-Wind Speed 10M 8.0 0 MT2WS 194 Tower 2 Wind Speed ' 8.0 0 MT3WS 195 Tower 3 Wind Speed 522.0 0 GP.OSS 196 Gross Megawatts output-d 427.0 0 T2104 197 S/G~Feedwater temp 427.0 0 T2105 198 S/G Feedwater temp 1100.0 0 PT2289 199 S/G 1A Feedwater press 857.0 0 PT2290 200 S/G 1B feedwater press 9 " t-0 R12109 0 RE116 201 Failed fuel monitor 202 Demineralizer valve gallery q
ti; j L fN 5.0 0 R2E136 203 PRIMARY? SAMPLE ROOM HIGH RANGE .i ( ) -1.00E+00-0 R2E215-
.3.79E-02 0 R2E219B~
204 Condenser air ejector gas 205 Background monitor 2.00E-04LO R2E222 206'STM-GEN blowdown tank
-1.00E+00 0 RE2s5 :207' Combined airtejector. low range
- 0.00E+00 0 RE226 208' Combined air ejector high range
! --1.00E+00.0 RE313 209' Aux bldg exhaust 11odine sping. y
-1.00E+00LO RE323 210 Drumming aren' iodine sping-10.2-0=MT3FA- -211 Tower 3 aspirator flow: ;
4 3 .~ 0 O T 3 5 1 0 212, Lake ~ water temp- ! 0.s15 0 RE110. 213 SI pump room ~1ow range- . 8.96.0 RE140 214 SI: pumpyroom -high range . # 0.24 0 RE112 215LCentral PAB 8'El ? l 0.114'O R2E216B. 216 U2 containment fan coolers liq , 0.0298 0 R2E229B 217' Background Monitor ! 0.11 0 RE111: 218 C59' panel: 1.31 0 RE114 219 CVCS holdup' tank O.16 0 R2E211B' 220^ Background Monitor
-1.0E+00 0 R2E216 221 Cont Fan. Cooler SW Return Monitor -
90.0 0 LT931' 222 Spray--add tank level 0.0 0-FT962 223 Cont spray flow A 0.0 0 FT963 224~ Cont spray flow B 6.57E-02 0 RE223B 225 WASTELDISTILLATE OVERBOARD LIQ MON ~
-1.00E+00:0 R2E217 12C CCW Liquid Monitor-
-1.00E+00 0 R2E229- 227 Service Wtr-Ovbrd Monitor 2.97E+01 0 R2E304 228 Cont Purge Exh Iodine.Bckgrd 1.79E-01 0 R2E306 229 Cont. Purge Exh: Area: Monitor 7.00E-01 0 R2E308- 230 Cont Purge Exh Lo--Range Gas Bkgrd '?
6.21E-02 0 RE101 231 Control Room. Monitor-7.57E-02 0 RE103 232 Chemistry Lab' Monitor-5.97E+00 0 RE105 233 SFP Area Lo Range' Monitor 4.26E+00 0 RE108 234-Drumming Area Monitor 1.68E+01 0 RE135 235 SFP Area-Hi'; Range Monitor , 1.72E-01 0 RE218B 236 Background Monitor 3.85E-01 0 RE220B 237 Background; Monitor J 4.18E-02 0 RE230B 238-Background Moniter. .
-1.00E+00 0 RE218 239 Waste Disposal Sys Liquid Monitor- -
2.37E-05 0 RE220 240 SFP Cooling Water Liq Monitor
-1.00E+00 0 RE223 241' Waste Distillate' Tank Ovrbrd Monit 1.94E-07 0 RE224 242 GS Building Vent Exh Gas Monitor
-1.00E+00 0 RE230 243 Retention Pond Return Water Monito 1 2.10E-01 0 RE316 244 Aux Bldg Exh Area Monitor .
l 3.50E-01~0 RE318 245 Jux Bldg Exh Lo Range Gas Bkgd' ; 1.97E-01 0 RE326 246 "rumming Area Exh Area Monitor
-1.00E+00 0 R1E217 247 CCW' Liquid Monitor 3.50E-01.0 RE234 248 Control Rm Iodine Monitor 3.50E-01.0 RE234B 249 Background Monitor 3.50E-01 0 RE235 250 Control Rm Noble Gas Monitor 0 0 PCV430 401 Pressurizer reld valve NO 1-430 0 0 ?CV431C 402 Pressurizer rel.et valve:NO 1-430C 0 0 BKR122 403 Unit 1 main generator breaker l'O BKR142 404 Unit 2 main generator breaker
[ \ 1 0 PCV434A 405 Pressurizer safety valve 1-434 l
\s-) 1 0 PCV435A 406 Pressurizer safety valve 1-435 i
i 1 0 RTA 407'Reactoritrip breaker A. ' I.. 1 0 RTB .408 Reactor trip breaker B
\ 0 0.BYA 409 Reactor bypass breaker 1Ai 0 0 BYB- 410 Reactor: bypass breaker BL ~
0 01A5206 411 Condensate circ.wtrJpump 0 0 A5212- 412 Condensate circ wtr pump 0 0?RCPA 413 Reactor coolant pump Au 0 0-RCPB 414 Reactor coolant pump B. 0 0 SRBA 415 Source range trip block ' 0 0 SRBB 416; Source range trip block O O NC35D 417 Interm range 0 0 NC36D 418 Interm range . O3* 419'---Additional-Parameter 03
- 420 ---Additional: Parameter
'O 3
- 421 ---Additional Parameter 03
- 422 ---AdditionalLParameter 03 * -423 ---Additional' Parameter 03
- 424 ---Additional Parameter .
03
- 425 ---Additional 1 Parameter ^
03
- 426 ---Additional Parameter 03
- 4271---Additional. Parameter 03^* 428 ---Additional' Parameter' ,
03
- 429 ---Additional Parameter- ,
03
- 430 ---Additional Parameter .s 03
- 4311---Additional' Parameter 03 * -432 ---Additional Parameter.
\-
1[ I 03
- 433 ---Additional Parameter i s_s/ 03
- 434 ---Additional Parameter l
03
- 435 ---Additional Parameter ,
O.3
- 436 ---Additional-Parameter 03
- 437 ---Additional Parameter E O3
- 438 ---Additional-Parameter-
! O3
- 439 ---Additional Parameter O3
- 440 ---Additional" Parameter O3
- 441 ---Additional. Parameter 03
- 442 ---Additional Parameter 03
- 443 ---Additional Parameter 1 03
- 444 -- Additional Parameter l 03
- 445 ---Additional Parameter ;
O3* 446 ---Additional Parameter b 03
- 447 ---Additional Parameter 03
- 448 ---Additional Parameter 03
- 449 ---Additional Parameter-03
- 450 ---Additional-Parameter 1 28200.0 28340.0 2170.0 0 Pressuriser Prescure, coupled to L 1 28340 n 28570.0 1930.0 0 parameters 2,3,4,5 & 6.
L 1 28570 > 29190.0 2138.0 0 1 29190.0 29400.0 1979.0~ 0 1 29400.0 29480.0 2003.0 0 1 29480.0 29580.0 1970.0 0 , 1 29580.0 29760.0 1990.0 0 '[ 1 29760.0 29900.0 1970.0 0
- \ 1 29900.0 30090.0 1990.0 0 l
30090.0 30240.0 9 1 1
~1 30240.0 30420.0 30420'0' 30600.0-30600.0 30780~.0 1968.0. 0 1987.0.'0-1967.0 1985.0: 0 1 30780.0 30920.0' 1962.0 0-1 30920.0 -31140.0- 1985.0 '0-1= 31140.0 31280.0 1961.0 0-1 31280.0: 315J0.0 1987.0~ O' 1 31530.0- 31680.0 1960.0 01 1 31680.0-L31920.0, 1987.0' 0; 1 31920.0.'32100.0 L -1961.0 0 l 1~ 32100.0 32370.0' 19 8 C '. 0 L O'
-1 32370.0- 32540.0' '1960.0 -0 1 32540.0 32820.0 1988.0 0 1 -32820.0 33010.0 1960.0- 0 1 33010.0 33300.0 1988.0. 0 1 33300.0 33510,0 1961'.0 -0.
1 33510.0 33810.0- 1988.0 0 1 33810.0- 34030.0 1961.0 - 0 1 34030.0 34350.0 1988.0 0~ 1 34350.0 34590.0 '1960.0 0' 1 34590.0 34950.0 1388.0. 0 1- 34950.0- 35170.0 1961.0 0~ . 1 35170.0 35400.0 1985.0 O j 1 35400.0 35520.0 1500.0 0
- 1 35520.0 35540.0 997.0-.0 O 1 1
1 35540.0 35640.0 36240.0 35640.0 36240.0 36480.0 876.0 0 600.0 0' 310.0 0 1 36480.0 64800.0 300.0 0 . 7 28200.0 28230.0 40.0 D Pressurizerflevel,. coupled .l to 7 28230.0 28350.0 46.5 0 parameters 8,9,10. 7 28350.0 28800.0 36.0 0- 3 7 28800.0- 29220.0 48.0 0 -l K- 7 29220.0 29340.0 47.~5 0 7 29340.0 29490.0 51.0 0 ' 7 29490.0 29640.0 48.2 0 7 29640.0 29790.0 51.4 0 i 7 29790.0 29940.0 4 8 .~ 2 0 7 29940.0 30090.0 51.7 0 7 30090.0 30240.0 48.2 0 7 30240.0 30440.0 51.9 0 7 30440 0 30570.0 47.9 0 7 30570.0 30780.0 52.2 0
-7 30780.0 30960.0 47.9 0 7 30960.0 31140.0 52.3 0 7 31140.0 31320.0 4 7 . '/ 0 7 31320.0- 31560.0 52.4 0 7 31560.0 31740.0 47.6 0 7 31740.0 31980.0 52.5 0 7 31980 32160.0 17.4 0 -
G 7 7 32160 32430.- 32430.0 32610.0 52.5 47.3 0 0 ' l
7 32610.0 32910.0 52.2 LO
'7- 32910.0 '33090.0 47.2- 0
.7 33090.0 33390.0 52.6 0 7 33390.0 33600.0 47.1. 0 7 33600.0. 33930.0 52.5 O j 7 33930.0 34140.0 46.9 0 7~ 34140.0 34500.0 '52.5 0 7 34500.0 34680.0 46.9 0 7 34680.0' 35070.0 52.5 0- ,
7 35070.0 35280.0 46.8 0' i 7 35280.0< 35400.0 48.2- 0 ; 7 35400.0 35520.0 38.0 0 ~ 7 35520.0 35530.0 0.0 0 11- '28200.0 28230.0 560.0 0 Incore thermocouple, coupled to- i 11 28230.0 .28380.0. 595.0 0'
=12-17,22,23,25,26,37,38,42,45-48.
11 28380.0- 28860.0. 565.0 0 11 '28860.0 29280.0 575.0 0-11 29280.0 35460.0 569.0 0 11 35460.0 355'.0.0 535.0- O , 11 35540.0- 35780.0 448.0 0
'11 '35780.0 36420.0 410.0 0 11 36420.0 54000.0 308.0 0 11 54000.0 64800.0 278.0 0 18 28200.0 28230.0 568.0 0 Incore thermocouple,_ coupled, to-18 28230.0 28380.0 19,20,24,27,32,33,35,39,40,41,43,44 605.0 0 j j
-18 28380.0 28860.0 570.0 0 ,
18 28860.0 29280.0 578.0 0 1 18 29280.0 3G460.0 571.0 0 18 35460.0 35540.0 .536.0- 0 18- 35540.0 35780.0 450.0 0 ! 18 35780.0 36420.0 411.0 0 5 18 36420.0 S4000.0 310.0 0 - ! 18 54000.0 64800.0 281.0 0 21 28200.0 28230.0 567.0 0 Incore thermocouple,-coupled to 21 28230.0- 28380.0 604.0 0 28-30. 21 28380.0 28860.0 572.0 0 9 21 28860.0 29280.0 580.0 0 21 20280.F 35460.0 573.0 0 21 35460.v 35540.0 540.0 0 ' 21 35540.0 35700.0 455.0 0 - l 21 35780.0 36420.0 415.0 0 ; 21 36420.0 54000.0 315.0 0
~
21 54000.0 64800.0 285.0 0 51 21600.0 35520.0 1.8E+00 0 Cont'High-Rarge Radiation-51 35520.0 35580.0 1.4E+02 0 coupled to 52,53. 51 35580.0 36900.0 7.3E+03 0 51 36900.0 17800.0 1.7E+04 0
=
s 1 51 37800.0 40500.0 3.3E+04 0 51 40500.0 42300.0 3.4E+04 0 i Il l 1
~
SC 3.2E+04 0 O 42300.0 -45900.0:
' E. ) 45900.0 57r10.0 2.0E+04 0 51 57600.0 64o0s.0 1.3E+04 '0- 1; S5 28200.0 28230.0' 35.4 'O RX Coolant-flow loop 1A-1,'
-55 28230.0 28320 0. 4'.8. 0 coupled-to 56,.57. 1 55 28320.0 35400 0 3.5' O 55 35400.0 35410.0 : 0. 0_ 0 58 -21600.0 25200.0 -0.4. O Delta. Temp, MET : TOWER 1. o 58 25200.0--27300.0. -0.8 'O. !
58 27300.0 28200.0. 0.0 0 58 28200.0 28800.0 -0.4 0-
- 581 28800.0 .36000.0 -0.8' O 58 '36000.0 43200.0. 0
-0.4 i 58 43200,0 .50400.0 -0.8 O' 58 50400.0 57600.0 -0.4 '0-58 57600.0 64800.0 '-0.8 0 59- 28200.0 28230.0 35.4 0 -RX-Coolant. flow 1ccp 1B-1,
- 59. 28230.0 28320.0 :4.8 0 coupled to 60, 61. J 59 28320.0 '35400,0 3.5 0 59 35400.0 35410.0 0.0 0 . .
63 28200.0 28230.0 560.0 -0 .T Ave loop 1A-1, coupled.'to 63 28230.0 28360.0 575.0- O parameter 64. 63 28360.0 28800.0.- 554.0 0 63 -28800.0 29250.0 -566.0 0 63 29250.0 29370.0 562.6 0 63 '29370.0 29520.0 -565.51 =0 9 63 63 63 29520.0 29640.0 29640.0 29820.0 29820.0 29970.0 562.4' O 565^.4 562.1 0. 0 i 63 29970.0 30120.0 565.2- 0 63 30120.0 30270.0 561.7 0 63 30270.0 30460.0 565.1 0 3 63 30460.0 30630.0 561.4 0 ; 63 30630.0 30810.0 565.0 0 63 30810.0 30960.0 561.0 0 3 63 30960.0 31200.0 564.9 0. ! 63 31200.0 31350.0 560.7 0 i 63 31350.0 31590.0 564.7 0-63 31590.0 31750.0 560.4 0
~
63 31750.0 32010.0 564.6 0 63 32010.0 32190.0 560.2 0 , 63 32190.0 32460.0 564.5 0 i 63 32460.0 32640.0 559.9 0 63 32640.0 33450.0 564.1 0 y 63 33450.0 33630.0 -559.4 0 1 63 33630.0 33960.0 564.1- 0-63 33960.0 34170.0 559;2 0 63 34170.0 34530.0 564.0 0 63 34530.0 34710.0 559.1 0 63 34710.0 35100.0 563.9 0 I 63 35100.0 35400.0 559.7 0 63 35400.0 35460.0 559.0 0 ', O 63 63 35460.0 35580.0 35580.0 35760.0 492.0 434.0 0 0 , i
63 35760.0 36180.0-O 384.4 0 -- 63- 36180.0 36480.0 360.0 0 65' 28200.0 28230.0 560.0. O T Ave' loop 1B-1, coupled to
'65 L28230.0 28360.0 575.0- 'O parameter 66.
65- 28360.0- 28800.0- 554.0 0 65 28800.0 29250.0 566.0 0 65 29250.0 29370.0- 562.'6 0' 65- 29370.0 29520.0 565.5 0 65 29520.0 29640.0 562.4 0 65 29640.0 29820.0 565.4 0 65 29820.0 29970.0 562.1 0 65 29970.0 30120.0 565.2 0 65 130120.0 30270.0 561.7 0 65' 30270.0 30460.0 -565.1. OL 65 30460.0 30630.0- 561.4 0 ' 65 30630.0 30810.0 565.0. O
~65 30810.0 30960.0 . 561.0 0 65 30960.0 31200.0 564.9' O 65 31200.0 31350.0 560.7 0 65 31350.0 31590.0 564.7. 0 65 31590.0 31750.0 560.4. O SS g 31750.0 32010.0 564.6 0 65 32010.0 32190.0 560.2 0 65 32190.0 32460.0 564.' O 65 32460.0 32640.0 559.9' O 65 32640.0 .33450.0 564.1 0 O 65 33450.0 33630.0 65 33630.0 33960.0 65 33960.0 34170.0 559.4 564.1 559.2 0'
0 0 i l 65 34170.0 34330.0 564.0 0 65 34530.0 34710.0 559.1 0 - 1 65- 34710.0 35100.0 563.9 0 ' 65 35100.0 35400.0 559.7 0 65 35400.0 35640.0 400.0 0 65 35640.0 36480.0 360.0 0 ; 67 28200.0 28230.0 -5.8 0 DT Loop:1A-1, coupled to. 67 28230.0 28380.0 44.7 0 parameter 68. 67 28380.0 28500.0 33.1 0 67 28500.0 28920.0 23.8- 0 67 28920.0 29220.0 23.1 0 67 29220.0 29320.0 29.1 0 67 29320.0 29520.0 21.4 0 l 67 29520.0 29600.0 28.4 0 l 67 29G00.0 29760.0 23.0 0 67 29760.0' 35400.0 16.0 0 67 35400.0 35570.0 10.0 0 67 35570.0 35580.0 92.0 0 h 67- 35580.0 36240.0 150.0 0 67 36240.0 36420.0 100.0 0 ' 67 36420.0 64800.0 90.0 0 s 69 28200.0 28230.0 5.8- 0 DT Loop 1B-1, coupled to 69 28230.0 28380.0 44.7 0 parameter 70. 9 69 28380.0 28500.0 69 28500.0 28920.0 33.1 23.8 0 0 Y
was w , a 1 69 28920.0 29220.0 23.1 0 69 29220.0 29320.0 29.1 0 69 29320.0 29520.0 21.4' O 69--29520.0 29600.0- 28.4 0-69- 29600.0 29760.0= 23.0 0 69 29760.0 35400.0 16.0 0 69 J35400.0 -35420.0 16.0- 0-69 35420.0- 35540.0 180.0- 0-69 '35540.0 35780.0 205.0: 0 69 35780.0 36420.0 '85.0 0 69 36420.0 64800.0 95.0 0 , 71 :28200.0' 28230.0 4 4 ~. 5 ~ 'O Reactor vessel NR level, coupled . _ l 71 28230.0 35520.0 44.5 0' to parameter 72. 1 71 35520.0 35580.0 24.0 0 71 35580.0- 35700.0 28.0 0 71 35700.0 G4800.0 29.0 0-73 28200.0 .35400.0 84.1" 0. Cont temp air. EL 66. 73 35400.0 35430.0 232.0 0 73 35430.0 35490.0 248.0, 0 73 35490.0 35700.0 262.0 0 73 35700.0 37800;0 192.0 0 73 37800.0 41400.0 162.0~ 0-73- 41400.0 45000.0- 135.0-'O 73 45000.0 48600.0 108.0 0
.73 48600.0 52200.0 85.0 0
)'
73 '52200.0 57600.0 810 . 0 0 73- 57600.'O 64800.0 79.0 0 74 28200.0 35400.0 82.5- 0 Cont temp air EL 46. 'I 74 35400.0 35430.0 230.0 0 < 74 35430.0 25490.0 247.0 0 74 35490.0 35700.0 260.0, 0 74 35700.0 37800.0 190.0 0 74 37800.0 41400.0 161.0 0 3 74 41400.0 45000.0 132.0 0 ' 74 45000.0 48600.0 107.0 0 74 48600.0 52200.0 85.0 0' 74 52200.0 57600.0 80.0 0 74 57600.0 64800.0 77.0 0 75 35520.0 35640.0 450.0 0 High head SI-flow 1-P15A. 75 38520.0 38530.0 550.0 0 75- 59120.0 39130.0 0.0 0 75 39720.0 39730.0 450.0 0 75 39960.0 39970.0 550.0 0 ! 75 40560.0 40570.0 0.0 0 i H7 5 . 41160.0 41170.0 450.0 0 75' 41170.0 64800.0 470.0 0 i 76 35520.0 35640.0 450.0 0 High head SI flow 1-P15B. 76- 38520.0 38530.0 0.0 0 ' 76 39120.0 39130.0 550.0 0 . 76 39720.0 39730.0 450.0 0 76 39960.0 39970.0 0.0 0 76 .40560.0 40570.0 550.0 0 76 41160.0 41170.0- 450.0 0 l i i J
L h r 76 41170.0 64800.0 470.0- 0-177 ~ 28200.0 28230.0- 70.0 0 Subcooling Monitor'-
'77 28230.0 28380.0 38. 0. ' O- coupled to:78.
77 28380.0 28860.0 60.0 .0
. '77 28850.0. 35400.0' 65.0' O 77 35400.0 35520.0 60.0 0' 77- 35520.0 35540.0- 15.0 0:
77- *5540.0-J 36240.0 30.0- 0-77 36240.0 36480.0 7.0 0- l "77 36480.0 54000.0 200.0 0 -i
'77. 54000.0- 64800.0 -130.0 0 i 79- 35400.0 35430.0- 21.6 0- Contat press, coupled to- i 79 35430.0, 35490.~0 -28.8 0 parametersL80-84~ .
79 35490.0 -35700.0 36.4 0 79 35700.0 37800.0 9.7 0 79 37800.0 41400.0~ 5.0- 0 79 41400.0' 45000.0 2.5 O. ! 79 45000.0 48600.0 1.2 0
.79 .48600.0 52200.0 0.5 0-79 52200.0 .57600.0 0.0 0
.79 57600.0 64800.0 -1.0 0 85 27000.0 28200.0 0.8 0 Tower 2 precipitation 85 -28200.0 28205.0 -0. 0 0 86 28200.0 -30660.0 4.0 0 VCT level. o 86 31800.0 133000.0 20.0 0 86 35400.0 35700.0 4.0 0 :
87 35400.0' 35430.0 100.0 0 Cont humidity unit No. 1. i 88 21600.0 27180.0- 14.5 0 Tower 1 Mind: Speed,~45 M 88- 27180.0 27420.0 52.3~ 0 1 88 27420.0 28080.0 58.1 0 88 28080.0 28200.0 69.8 0 88 28200.0- 28260.0 14.5 0 88 28260.0 30600.'O 16.0 0 [' 88 30600.0 36000.0 '13.1 0' 88 36000.0 43200.0 li6. 0 0. 88 43200.0 50400.0 13.1 0 , 88 50400.0 57600.0 10.0 0 88 57600.0 64800.0 13.1 0 89 28200.0 28230.0 0.0 0 Letdown line flow. 89 31800.0 31805.0 36.0 0 89 *5430.0 s 35440.0 0.0 0 j 90 28200.0 28230.0 6.0 0 Chargit g line flow. 90 28230.0 28320.0- 2.0 0 ' 90 28320.0 31800.0 1.7 0 ' 90 31800.0 31810.0 26.0 0 90 35400.0 35410.0 100.0 0 96 28200.0 28205.0 10 . 0 0 Tower 2 Zero/ Span / Calibrate. 97 40572.0 61200.0 1.0E+4' O RE113 97 61200.0 64800.0 9.0E+3 0 98 21600.0 26700.0 0.9 0 Solar Radiation. ~ 98 26700.0 27300.0 0.4 0 98 27300.0 28200.0 0.1 0 98 28200.0 29100.0 0.4 0 98 29100.0 30600.0 0.9 0 I l
.... . ......~. .. ....._.___. .... ... ... ..... ... ... . . .... .. ........ . -. .
1.0E+04' Cont-66'. Rad Monitor 9 100 101 coupled, 35520.0 35580.0 28200.0: 28230.0 101- 28230.0 28320.0 0.07 0.0-0- 0 0 to parameter 102.
~
STM GEN 1A-1 steam flow, 103' 28200.0 28230.0 0.07 0 STM GEN 1B-1 steam-flow, < i coupled . j 103- 28230.0 28320.0 0.0- O to parameter 104.
-105 21600.0 28080.0 .71.0 0 -Outside-tower 1 Temp,7 10M, coupled , ,
105 28080.0 28200.0 62.0 .0 to' parameter 106. 105 28200.0 -54000.0 66.0- - O 1051 54000.0 64800.0 64.0 0 l 107 28200.0 28230.0 ' 4 4 . 5- 0 Reactor vessel' WR Levei= . 107 35520.0- 35580.0 24.0 O coupled to parameter 108.- 1 107- 35580.0' 35700.0- 28.0 O l 107 35700.0 64800.0~ 129.0 .0 . i 109 28200.0 28220.0 0.0 OfSteam generator level 1A-1, 109' 28380.0 28680.0 35'.4 'O ' coupled to parameters 110, 111.. 4
-109 28680.0 '28760.0 27.4 0 ,
109 28760.0 29200.0 32.5- 0 -{
.109 29200.0 29210.0 51.3 0-109 29210.0 29250.0 '32.5 0 109 29250.0 29280.0 26.2 0 109 29280.0 29480.O' 29.7 0
.109- 29480.0~ 29490.0 51.9 0-9 109' 29490.0 29510.0 109 29510.0 29550.0 109 29550.0 29780.0 28.3 23.5 27.4 0
0 0 109 29780.0 29790.0 50.5 0 109 29790.0 29810.0 29.0- 0 109 29810.0 29850.0 21.3 0 109 29850.0 30090.0 28.0 0 q 109 30090.0 30100.0 52.2 0 109 30100.0 30120.0 28.6 0 1 109 30120.0 30130.0 22.6 0 109 30130.0 30420.0 24.4 0 109 30420.0 30430.0 51.5 0 109 30430.0 30480.0 19.1 0 109 30480.0 30770.0 23.5 0 109 30770.0 30780.0 47.2 0 109 30780.0 30820.0 21.2 0
.109 30820.0 31150.0 22.9 0 109 31150.0 31160.0 43.2 0
'109 31160.0 31200.0 19.8 0 109 31200.0 31550.0 24.1 0 109 31550.0 31560.0 41.2 0 109 31560.0 31600.0 19.6 0 109 31600.0 31970.0 23.3 0 109 31970.0 31980.0 39.9 0 ._
109 31980.0 32020.0 18.6 0 109 32020.0 32420.0 24.0 0 9 109 32420.0 32430.0 109 32430.0- 32470.0 41.1 22.4 0 0
4 i [~'I J. ,) - 109 32470.0 32900.0-109' 32900.0 32910.0 27.0. 0 39.9 0 109 32910.0 32940.0 22.0 0 109 32940.0 33400.0 26.7. 0 109 33400.01 33410.0 41.2 0 109 .33410.0 -33440.0 24.2 0-109- 33440.0' 33930.0 28.6- 0
, 109 33930.0' 33940.0- 42.2 0.
109 33940.0 33970.0 2
.5.2' O 109- 33970.0 34490.0 30.9 0 109- 34490.0 34500.0 46.2 0 109 34500.0 34530.0 25.7: 0 1 109' 34530.0 35080.0 33.6 0 1109- 35080.0 35090.0 48.2 0 109' 35090.0 35120.0 27.7 0 109- 35120~.0 .35400.0 31.6 .0 112 28200~0 28220.0
. 0.0 0 . Steam generatorslevel 1B-1, 112" 28380.0 28680.0 35.4 0 coupled to parameters ~113, 114. ,
112 28680.0. 28760.0 27.4 -0 112 28760.0 29200.0 32.5 0 112 '29200.0 29210.0 51.3 0 112' 29210.0 29350.0 32.5 0 112 29250.0 29280.0 -26.2 0 112 29280.0 29480.0 29.7- 0 , 112- 29480.0- 29490.0 L51.9 0 112 29490.0 29510.0 28.3 0 (~~ 112 29510.0 29550.0 23.5 0 4 112 29550.0 29780.0 27.4 0 i 112 29780.0 29790.0 50.5 0 112 29790.0 29810.0 29.0 0
- 112 29810.0 29850.0 21.3 0 112 29850.0 30090.0 28.0 0 ;
112 30090.0 30100.0 52.2 0 , 112 30100.0 30120.0 28.6 0 * +
-112 30120.0 30130.0 22.6 0 3 l
112 30130.0 30420.0- 24.4 0 112 30420.0 30430.0 51.5 0 112 30430.0 30480.0 19.1 0 112 30480.0 30770.0 23.5 0 112 30770.0 30780.0 47.2 0 112 ~30780.0 30820.0 21.2 0 112 30820.0 31150.0 22.9 0 112 31150.0 31160.0 43.2 0 112 31150.0--31200.0 ' 19.8 0 112 31200.0 -31550.0 24.1 0 112 31550.0 31560.0 41.2 0 112 31560.0 31600.0 19.6 0 112 31600.0 31970.0 23.3 0 112 31970.0 31980.0 39.9 0 112 31980.0 32020.0 18.6 0 112 32020.0 32420.0 24.0 0
- i 112 32420.0 32430.0 41.1 0
.' 112 32430.0 32470.0 22.4 0 S
M.
112 32470.0 32900;0- -27.0 0 1121.32900.0 32910.0' 39.9- 0-112 32910.0. 32940.0. 22.0 0
'112 32940.0 33400.0 26.7 0
-- h 112 33400.0 33410.0. 41.2 0
- 112 33410.0 -33440.0 24.2 -0 112 133440.0- 33930.0 28.6- 0 112 33930.0 33940.0 42.2 -0 112 33940.0 L33970.0 25.2 0 112 33970.0 34490=0 30.9' O 112- 34490.0- 34500.0 46.2< 0 112.;34500.0~=34530'.0 25.7~ 0 112 34530.0: 35080.0 33.6- 0 112 35080.0- 35090.0L 48.2- O.
.112 35090.0 35120.0 27.7 0 1112 35120.0- 35400'.0 31.6. 0 112 35400.0 35410.0 0.0 0 112- 36600.0' 36900.0 21.00-115 28200.0- 28205.0 240.0 0 .SG WR level SG-A WR,Ecoupled to-115 28205;0 29280.0 430.0 0 . parameter 116.,
115 29280.0- 35400.0 450.0 0:
'117 21600.0 40595.0- 3.6E-01 0 117 140595.0 41255.0 140E+04 0 117 -41255.0 -41400.0 1.0E4 04 0 117 -41400.0 43200.0 1.0E+04 -
117 43200.0 46800.0 9.5E+03 0 117 46800.0 54800.0 4.4E+03 0 117 54000.0 57600.0 3.5E+03 0 117 57600.0 61200.0 3.1E+03 0 117 61200.0 64800.0 2.8E+03 0 118 28200.0 28205.0 240.0 0 F.G WR level SG<B WR, coupled to j 118 28205.0 29280.0 430.0 0 parameter 119. 118 29280.0 35400.0 450.0 0 118 35400.0 35460.0 100.0 0 118 35460.0 35520.0 50.0- 0 118 35520.0 36900.0 415.0 0 118 36900.0 64800.0 430.0 0 120 35520.0 64800.0 1.0E+04' 'O Containment 46'; Seal Table 121- 28200.0 28230.0 1084.0 0 Steam generator pressure -1A-1 121 28230.0 28710.0 923.0 0 coupled to parameters 122; ~ 123. 121 28710.0 29200.0 1084.1 0 121 29200.0 29230.0 987.8 0-121 29230.0 29480.0 1084.7 0 121 29480.0 29510.0 988.7 0 121 29510.0 29770.0 1083.7 0 121 29770.0 29800.0 599.0 0
~
121 29800.0 30080.0 1080.7 0 121 30080.0 30120.0 991.8 0 121 30120.0 30420.0 1085.2 0 121 30420.0 30450.0 990.7 0 121 30450.0 30770.0 1084.7 0 ' L J
f' 121- 30770.0 30810.0 994.4! 0-121 30810.0 31140.0 1084'.0 '04
- 121' 31140.0' 31170.0 991.6- 0- d 121' 31170.0-- 31540.0 1084.0 -0 l
-121 31540.0 31570.0L .990.1 .0 I 121 ' 31570.0 31970.0 -1084.8 0
-121 -31970.0" 32010.0 989.3 0 ,
121- 32010.0 32430.0 1084.9' 0~ 121- 32430.0 32450.0- 989.6 'O 121 32450.0 32890.0 1004.2- 0 121--32890.0 32930.0 989.4 0 , 121 - 32930.0 33410.0 :1085.1 0 j 121 33410.0 33430.0 990.6 0 1 121- 33430.0 .33930.0 -1085.1 0
.121 33930.0 33960.0 .990.0 .0 121- 33960.0 34490.0 1085.1' O 121- 34490.0' 34530.0 990.3 0-121 .34530.0 35070,0 1084.5 'O 121- 35070.0 35100.0 986.4 0 121 35100.0 35400.0 1058.0 0 121 35400.0 64800.0 450.0 0 124 28200.0 28230.0 1084.0. 0- Steam generator pressure:1B-1 124 -28230.0 -28710.0 923.0' O coupled to parameters:125,_
126. 124 ' 28710.0 29200.0 1084.1- 0 I
- 124 29200.0 -29230.0 987.8' O
. 124_'29230.0 29480.0 1084.7 0 124 29480.0 29510.0 988.7 0 124 29510.0- 29770.0 1083.7 0 124 29770.0 29800.0 989.0 0 124 '29800.0 30080.0 1083.7 0 124 30080.0 30120.0 991.8 0 124 30120.0 30420.0 1085.2 0 124 30420.0 30450.0 (
990.7 0 l 124 30450.0 30770.0 1084.7 0-i 124 30770.0 30810.0 994.4 0 124 30810.0 31140.0 1084.0 0 124 31140.0 31170.0 991.6 0 124 31170.0 31540.0 1084.0 0 124 31540.0 31570.0 990.1 0 124 31570.0 31970.0 1084.8 0 124 31970.0 32010.0 989.3 0 124 32010.0 32430.0 1084.9 0' 124 32430.0 32450.0 989.6 0
-124 32450.0 -32890.0 1084.2 0 124 32890.0 32930.0 989.4 0 124 32930.0 33410.0 1085.1 0 124 33410.0 33430.0 '
.990.6 0 124 33430.0 33930.0 1085.1 0 -
124 33930.0 33960.0 990.0 0 124 33960.0 34490.0 1085.1 0 124 34490.0- 34530.0 990.3 0 124 34530.0 35070.0 1084.5 0 - 124 35070.0 35100.0 986.4 0
- 6
4*
<# # Y'o A
k@p b IMAGE EVALUATION ///p $', 4&g #
'* /(,?
TEST TARGET (MT-3) 4 gpxzy.l@
%{,>,l %h i 1.0 lf En Lu
" 'y ILE l-l Ee.:
is EE l.25 l 1.4 1.6
< 150mm >
4 6" O +gy b, d*% ///
/# 4
, __,==gcgg.__
P.O. BOX 338 WEBSTER, NEW YORK 14580
+Q,,%p44 (716) 265 1600
/~N '124 -35100.0 35400.0 1058.0- 0 '
j
;( -124 '35400.0 35420.0 300.0~ O' 12435420.0 37800.0 75.0- .0 !
124 ~37800;0- 41400.0 55.0 C.
. :124 41400.0 64800.0, H2 0. 0 = 0- . . .
127 28200.0 35520.0 0401LOl Cont-sump' level-B, coupled ) to- 1 127 :35520.0' 39960.0' 16.0 0--parameter 128.
"127 -399FO.0 ~
42300.0 '19.0 0- .?
-129
-- 35400.0. 35520.0 0.0 0 Cont sump-level A-1.
-129 35520.0- 39960.0 16. 0 = 0 ,
129. 39960.0: 42300.0 19.0 0- u 130 35430.0 35520.0 0.0. O. Cont sump level A-2.
>- 1 '130 35520.0. 39960.0. -16. 0 : 0 -i 130 39960.0 42300.0 19.0 0. .;
~133'.28200.0- 28230.0 0.0 0 STM GEN 1A-1 FDWTR flow,'134. #
136 28200.0 28230.0 0. 0 - 0 LSTM' GEN 1B-1 FDWTR-flow,'137.
-1.0E-03 1~ U2 Steam ~ release'line'B rad" 140- 21600.0 -35820;0' 140 35820.0 36000.0 3.2E-01~ 1- g 140 36000.0 .39600.0 2.0E+00 .1 140 39600.0 49500.0- 2.5E-01 1
-140 49500.0 57600.0 '3.7E-02 1 140 57600.0 58200.0 7.1E-03 1 .
140 58200.0: 64800.0 5.0E-03' 1 .. 141'.21600.0 28200.0 230.0 1 Tower 1 Wind Dir, 45M. 7g 141 28200.0 30600.0 270.0 1 s 1 141 '30600.0. 36000.0 347.0 -1
\~s# 141 36000'0 46800.0
. 360.0 1 I 141 46800.0 54000.0 347.0 1 l 141 54000.0 64800.0 360.0 1 !
142 21600.0 28200.0 230.0 1 Tower 2 Wind:Dir. 142 28200.0 28205.0 0.0 1 143 21600.0 '28200.0 230.0 1 Tower 1 Wind Dir 10M, 15 Min Avg. 143 28200.0 30600.0 270.0 1 143 30600.0 36000.0 347.0 1 143 36000,0 46800.0 360.0 1 143 46800.0 54000.0 -347.0 1 l; 143 54000.0 64800.0 360.0 1 144 21600.0 28200.0 230.0 1 : Tower 3 Wind Dir. , 15' Min . Avg. 144 28200.0 30600.0 270,0 1 144 30600.0 36000.0 347.0 1 144 36000.0 46800.0 360.0 1 144 46800.0 54000.0 .347.0 1 144 54000.0 64800.0 360.0 1 145 28200.0 28210.0 450.0 1 SG A Aux feed flow. , 145 29280.0 29290.0 100.0 1 145 35400.0 35410.0 250.0 1 146 28200.0' 28210.0 455.0 1 SG B Aux feed flow. 146 29280.0 29290.0 100.0 1 L[ ( \s / L'
\ 146 147 148 35400.0 40560.0 41160.0 35410.0 40620.0 41220.0 580.0 89.0 88.0 1
0 0 RHR HX Outlet Temp A. RHR HX Outlet Temp B. t
.t
?
-E________________ -___ -_ _ _ _ _ _ _ _ _ _ . - - - - _ - , - -
.- ...-_-. , . ., . - <wo
l p , I 1/ N 151 28200.0 28210.0 0.0 0 . Power-range.1, coupled to ,i 152-154. ~ ' 1 - 155 28200.0: 28230.0 562.0 :0 RCS wide range temp hot leg ('
- A, ,
l 155 28230.0 28380.0 600.0 _0 coupled to parameter 156. 155 28380.0: 28860.0 568.0 0 1 155- 28860.0 '29280.'0- 578.4 0 L l s 155= 29280.0 29420.0~ 1574.5 0 155 29420.0 -29560.0' 577.5. 0 o 155 29560.0 29730.0 573.8 0 l 155 29730.0 29870.0 577.0 0 155 29870,0 30030.0 573.1 0 j
~155 30030.0 30180.0 576.4- 0, 1 1
155 30180.0 30330.0 572.3 -O' I
-155. 30330.0 30510.0 '575.9 0-155 30510.0 30660.0 571.6 0 --
155 30660.0- 30860.0 575.5 0 155: 30860.0 31000.0 570.8 0 , 155 31000.0 31230.0 575.1 0 , 155 31230.0 ~ 31400.0 570.3 0 155- 31400.0- 31630.0 574.6 0 155 31630.0 31800.0. 569.~7 0 155 31800.0 32060.0 574.2 0 155 32060.0 32230.0 569.2- 0 155 -32230.0 32500.0 573.9. 0 7g 155 32500.0 32680.0 568.7 0
- 1 155 32680.0 32980.0 573.5 0
\_ / 155 32980.0 33160.0 568.2 0 155 33160.0 33480.0 573.2 0 155 33480.0 33660.0 567.8 0 155 33660.0 34010.0 572.9 0 155 34010.0 34200.0 567.4 0
'155 34200.0 34570.0 572.6 0- ,
155 34570.0 34760.0 567.1 0 155 34760.0 35150.0 572.4- 0 155 35150.0 35350.0 566.8- O' + 155 35350.0 35400.0 567.1 0 - 155 35400.0 35460.0 567.0 0. 155 35460.0 35570.0 505.0 0. 155 35570.0 36240.0 450.0 0 t 155 36240.0 36420.0 410.0 0 155 36420.0 54000.0 310.0 0 155 54000.0 64800.0 280.0 0 157 28200.0 28230.0 562.0 0 RCS wide range temp hot leg B, 157 28230.0 28380.0 600.0 0 coupled to parameter 158. , 157 28380.0 28860.0 568.0 0 I 157 28860.0 29280.0 578.4 0 157 29280.0 29420.0 574.5 0 , 157 29420.0 29560.0 577.5 0 ; L 157 29560.0 29730.0 573.8 0 157 29730.0 29870.0 577.0 0 f [h ' \s,/ 157 29870.0 30030.0 157 30030.0 30180.0 573.1 576.4 0 0 l
'I
'1 1
(
T- ,
,~4 L' . . >
)
, r j'~'O)+ c157 30180.0: .30330.0' 572.3/ 0 ~ft 1 157. 30330.0 30510.0- 575.91 0 N' 157' 30510.0- 30660.'O 571.6' 0;
-157- 30660.0 -30860.0 575.5 0 157- 30860.0~ 31000.0L '570.8- 0 I 157 31000.01 31230.0 575.11 157 31230.0- 31400.0< :570.3' 0 ,
157. '31400.0 31630.0 574'.6 0
- 157 31630.0 .31800.0 !569.7- 0- ~f 157 31800'.0 32060.04 574.2 'O 1571 32050.0 -32230.0- 569.2 ll -
157 32230.0 32500.0 .573.9 0. )
~157 32500.0 32680.0 . 568.7: 0 ,
- 157 32680.0 :32980.0 573.~5' O .
157 '32980.0 '33160.0 568.2~ O' 157 33160.0;-33480.0' ,573.2 0
'157 33480.0! 33660.0' : 567.8 <0 i
- 157 '33660.0 -34010.0' 572~.'9; O 4 157 -34010.0 '34200.0 567.4 0 '
157 .34200.0' 34570.0 572.6: 0 157' 34570.0- 34760.0 ' 567.1: 0
~
s
-157 34760.0' 35150.0- 572.4 0' '
157 35150.0- 35350.0 566.8. 0 157 35350.0~ 35400.0 . 567.1- 0 157 35400.0 35540.0 537.0 0 - 157 35540-'O 35780.0~ 410.0 0 I ' 157 -35780.0 54000.0 ..310.0: ~0' 157 54000.0 64800.0 280.0 0; . . 163 ~28200.0 28230.0 557.0 0; RCS wide' range temp' cold 11eg, A, t 163 28230.0 28770.0 538.6 0 coupled to' parameter 164. p 163 28770.0 29240.0 554.5 'O 163 29240.0 29320.0 548.5- 0 163 29320.029500.0 554.8 :D 163 29500.0 '29640.0 549.1- O. l l 163 29640.0 29810.0 555.0 0 163 ~29810.0 29910.0 548.6 0 4 163 29910.0 30120.0 555.1 0 163 30120.0 30220.0 548.6 0 [ , 163 30220.0 30450.0 555.2 0 163. 30450.0 30560.0 548.6 0 163 l- 30560.0 30810.0 555.3 0 163 30810.0 30910.0 548.6 0 163 30910.0 31180.0 555.4 0 163 31180.0 31270.0 548.6 0 163 31270.0 31580.0 555.5 0 li i , 163 31580.0 31680.0 548.6 0 163- 31680.0 32000.0 555.5 0 163 32000.0 32110.0 548.6 0 163 32110.0 32405.0 555.6 0 ' 163 32405.0 32560.0 548.6 0 163 32560.0 32930.0 555.6 0 163 32930.0 33040.0 548.6 0
-(' -
163 33040.0 33430.0 555.6 0 f r e , ,r w- -+w- p
l t h/~'g l'6'3; 33430.0 33540.0 548.6 0 i 163 33540;0' 33960.0 555.6 0~ r
'1' 163 33960.0 34070.0 548.6- 0 i 163: .34070.0 34520.0 555.7 10-163,~34520.0 34630.0 548.6~;0: c
'163 34630.0 >35110.0 555.7 0 '
~163 35110.0. 35220.0- .5486
. 0 163 35220.0 35400.0~ 552.4 0 5 163 35400.0 35460.0L 552.0_ 0 163 35460.0 35570'.0 495.0 0: <
163- 35570.0 35580.0' 400.0 .0 163 35580.0 '36240.0 '290.0; O ( 163 ~36240.0 54000'0' . + 200.0 0 4 163 54000.0 64800.0 190.0 -0
.165 28200.0 28230.0 557.0 0- RCS wide range' temp cold leg B, _
165 28230.0- 28770.0 l538.6 '0 coupled-to parameter 166 5 165- 28770.0: 29240.0- 554.5 -0 165 29240.0 29320.0 548.5 1)- L 165 29320.0 :29500.0' 554.8 0- , l l 165' 29500.0 29640.0- .549.1 1)- i .165 29640.0: 29810.0' '555.0 0 L .165 29810.0 29910.0 548.6 0 ' L 165 29910.0 30120.0 '555.1- 1)-
- 165 30120.0 30220.0 54 8 ~. 6 0
'165' 30320.0 30450.0 555.2 0. !
[ [\
'N_-
165 30450.0 30560.0 165 30560.0 30810.0 165 30810.0 30910.0. 548.6 555.3 0 0~ 548.6 0- ' 165 30910.0 31180.0 555.4 0 ; 165 31180.0. 31270.0 548.6 0 165 31270.0 31580.0- '555.5 0 ! 165 31580.0' -31680.0 548.6 0 ! 165 31680.0 32000.0 555.5 0 3 165 32000.0 32110.0 548.6 0 j 165 32110.0 32405.0 555.6 0 -! 165 32405.0 32560.0 548.6 0 165 32560.0 32930.0 555.6 0
'165- 32930.0 33040;0 548.6 0 165 33040.0 33430.0 555.6 0 '
165 33430.0 33540.0 548.6 0 165 33540.0 -33960.0 555.6 0 i 165- 33960.0 34070,0 548.6 0-165 34070.0 34520.0 555.7 0 t 165 34520.0 34630.0 548.6 0 165 34630.0 35110.0 555.7 0 165 35110.0 35220.0 548.6 0 } 165 35220.0 35400.0 552.4 0 165 35400.0 35420.0 552.0 0 165 35420.0 35540.0 357.0 0 ' 165 35540.0 35780.0 305.0 0 ' 165 35780.0 54000.0 205.0 0 165 54000.0 64800.0 190.0 0 O5 167 21600.0 28200.0 230.0 1 Tower 1 Wind Dir, 10M.
x
^
, a: 4;
~
U/ 167' 28200.0 3'0600.0 270.0 'l
'i 167 130600.0 36000.0 347.0 1'
=167 36000.0 46800.0 360.01 1 167- 46800.0 54000.0 347.0 1
-167 54000.0- 64800.0 360.0 1-168 21600.0 ~28200.0 230.0~'l Tower 3) Wind Dir.
168 28200.0 -30600.0 270.0 'l 168 30600.0 36000.0 347.0 -11 168- 36000.0 46800.0 360.0 1-168 46800.0 54000.0 ' 347.0 1. 168 54000.0- 64800.0 360.0 'l
.169 .21600.0 28200.0 '230.0 1 _ Tower l' Wind Dir-45M, 15 Min' Avg.
169 28200.0 '30600.0 1270,0 l' .;. 169 30600.0 -36000.0 347.0 11 ' ' 169 36000.0 46800.0. 360.0: 'l i i' 16946800.0' 54000.0 , 347;0 1. 169 ,54000.0 64800.0 360.0 l' q 170 21600.0 28200.0 230.0 .1 Tower 2' Wind Dir Avg. I 170 28200.0 28205.0~ 0.0 1 d 172 21600.0 40595.0' '6 .1E+ 0 0. 0 2RE134 172 40595.0 '41255.0 1.0E+04' O 7 172 41255.0 41400.0 2.0E+04 0 l 172 41400.0 46800.0 9.5E+03 0 ; 172 46800.0 54000.0 :4.4E+03 0 'l
?- 172 :54000.0 57600.0 3.5E+03 0 .
- 172 :57600.0=:61200.0 3.1E+03 0 'I
\ 172 61200.0 64800.0 2.8E+03 0 i 173 28500.0 28510;0- 1.0E+04 0 Source:Rangellicount rate, _
173 28510.0 35400.0 6.0E+03 0 ' coupled torparameter 174- l 173 35400.0 64800.0 5.0E+02 0 175 28200.0 28500.0 l'.0E-11 0 Interm: range <1ccurrent,. 175 28500.0 35400.0 1.0E-12 0 coupled to parameter 174 .i 175 35400.0 64800.0 1.0E-12 0 177 ~35430.0 37380.0 g 60.0 .0 Refuel 1 water. storage tank ; level, i 177 37380.0' 38520.0 38.0 0 coupled to parameter ~178. ! 177 38520.0 39120.0 '35.0 0 177 39120.0 39720.0 32.0 0 ! l 177 39720.0 ~39960.0 28.0 0 177 39960.0 40560.0 25.0 0 177 40560.0 41160.0 22.0 0 l l 177 41160.0 42300.0 6.8 0 177 42300.0- 64800.0 0.0 0 :j 179 28200.0 29280.0- 12.6 'O Condensate storage tank level- i A, 179 29280.0 35400.0 8.3 0 coupled to parameter 180. j 179 35400.0 64800.0 3.2 0 ' 183 184 28200.0 28200.0 28230.0 31800.0 29.0 89.0. 0 O Condenser pressure. PRT Liquid Temp. ] 184 31800.0 35400.0 90.0 0 q 185 28200.0 31800.0 76.1 0 PRT level !
- 189 40560.0 40620.0 89.0 0 RHR HX' outlet temp. l
\ 190 21600.0 25200.0 8.0 1 Twr 1 Stndrd Dev of Wnd Dr l I
l i h 1 $ o 1 f I
u [ [ i hY
's 10M._ _
l190 :25200.0 27300.0- 12.0- 11 190 27300.0 28200.0 20.0 1 190 '28200.0 28800.0'
-10.0L 1-
~
]
. 190 28800.0 32400.0 8.0 1 -4 190 32400.0 39600.0- 12.0 l' .:
190' 39600.0 .46800.04 .8.0' 'l 1 190; 46800.0 54000.0- 12.0 ~ l' 190' 54000'.0- '64800.0- 8.0' 1= 191 21600.0- 25200.0 . 8 . CL 1 Twr 2 Stndrd!Dev of Wnd Dr. 4 191 25200.-0 27300.0 12.0: if , 191 .27300.0 28200.0 ~ 20.0. 1- , 191- 28200.0 28205.0 0.0 1' 192 21600.0 25200.0; 8.0 ~ 1:'Twr 31Standrd-Dev of Wnd'Dr. I 192 25200.0; 27300.0- 12.0: 11 192 27300.0 28200 0 20.0' 1 1 li 192 _28200.0 28800.0 10.0 'l- 'i 192' 28800.0 32400.0 8.0 I 1 192 32400.0 39600.0 12.0 1-192 39600.0 46800.0 8.0- l' ' 192 46800.0 54000.0- 12.0 1 /! 192' 54000.0 64800.0' 8.0 1 193 21600.0 27180.0 10;0' l' -Tower-1: Wind Speed 10M. , 4
~
'193 27180.0- 27420'.0 45.0' 'l 193 '27420.0 28080.0 50.0' 1 q
{N 193 28080.0 28200.0' 193 28200.0 28260.0 o60.0 10.0' 1 1-193 28260.0 -30600.0- 11.0 1 , 193 30600.0 36000,0 9.0 l' . 193 36000.0 43200.0 11.0' 1 193 43200.0 50400.0 9.0 1 r 193 50400.0 57600.0 11.0 1 193 57600.0 64800.0 .9.0 1 194 21600.0 27180.0 .10.0 1 Tower 2JWind= Speed. ! 194 27180.0 27420.0 45.0 l' 194 27420.0 28080.0 60.0 1 , !- 194 28080.0 28200'0 . 100.0. 1 194 28200.0 28205.0 0.0 1- r l 195 21600.0 27180.0 10.0 1 . Tower 3 Wind Speed. ! 195 27180.0 27420.0 45.0 1 195 27420.0 28080.0 50.0 1 j 195 28080.0 28200.0 60.0 1 y 195 28200.0 28260.0 10.0 1 195 28260.0 30600.0 11.0 1 i 195 30600.0 36000.0 9.0 1 195 36000.0 43200.0 11.0 1 < 195 43200.0 50400.0 9.0 1 195' 50400.0 57600.0 11.0 1 195 57600.0 64800.0 9.0 1 1 196 28200.0 28210.0 0.0 0 Gross Megawatts Output. 199 28200.0 28230.0 200.0 1 S/G 1A Feedwater Press. 200 28200.0 28230.0 200.0 1 S/G 1B Feedwater Press. O
, 213 21600.0 40590.0 213 40590.0 64800.0 8.2E-01 1.0E+04 0
0 RE110 l l l l l
, i r
; :214' 21600.0.- 40590.0 8.9E+00 0 RE140L ,
^
214 40590.0 41250.0 1.3E+05 0-
.1 214= 41250.0' 42300.0: 2.2E+05 0 214: 42300.0 46800.0 1.~2E+05 0 214 146800.0 50400.0 7.9E+04 0-214 50400.0- 54000.0 .5.6E+04~ 0-214 54000.0 57600.0- 4.6E+04 0 214~ 57600.0 '61200.0L L3.9E+04. 0 +
2A4 61200.0 -64800.0 3.7E+04 0 215 21600.0- 40525.0 .2 . 4 E-01' 0 Rell2- 1
'215- 40525.0 -41185.0. 1.4E+04- 0 ;
215' ~41185.0 42300.0. 4.9E+04 0 4 215 42300.0 46800.0- 2.6E+04 0. d 215 46800.0E 150400.0; -1.7E+04- 0 ' 215 50400.0-~54000.0- -1.2E+04: 0; i 215 54000.0. .64800.0 8.2E+03< 0 q 216 21600.O' 40560.0 -l.1E-01c JO ~RE216B 216. 40560.0c 64800.0 1.2E-01 0 220 21600.0! 35520.0 0 U2 Cont PNG phllet area' 1.6E-01' monitor. L 220' .35520.0 36000.0 2.5E+00 0 220: 36000.0 37320.0- 5.0E+01 0 220. 37320.0 39600.0 81.'O 0 220 39600.0 42960;0 50.0 0 220- 42960'.0 49500.0' 10.0 0 1220- 49500.0 57600.0 1.7 0-
/'
ly_,)
\
'220 157600.0 64800.0 5.8E-01 0 '
J223 -35460.0 35470.0 1200;0 0 Cont spray' flow.A. 223 42300.0 42310.0 .0.0 0 223 42310.0 42420.0 0.0 0. 223 42420.0 '42430.0 1200.0 0 224 35460.0 35473.0 ' 1200.0 0 -Cont spray' flow B. 224 42300.0.142310.0 0.0 0 224 42420.0 42430.0 1200.0 0 ' 226 21600.0 40595.0 ' -1.0E-03 0 2re217. 226 40595.0 64800.0 5.0E-02 0 236 21600.0- 40590.0- 1.7E-01 0 RE218B 236 40590.0 64800.0 1.0E+02' O 242 21600.0 35850.0 1.9E-07' O. Letdwn Gas Stripper Bldg Vent Gas M
'242 35850.0 36000.0 1.2E-03 0 242 36000.0 36300.0 5.5E-03 0 242 36300.0 36420.0 8.6E-03 0 242 36420.0 47700.0 8.5E-03 0 242 47700.0 49200.0 5.2E-03 0 242 49200.0 58200.0 2.0E-06 0 242 58200.0 64800.0 6;0E-07 0 247 21600.0 40595.0 -1.0E-03 0 RE217 247 40595.0 64800.0 5.0E-02 0 404 28200.0 64800.0 0.0 0 Unit 2, Main generator Breaker 407 28200.0 64800.0 0.0 0 Reactor trip breaker A. '[ ) 408 28200.0 411 28200.0 64800.0 64800.0 0.0 0 Reactor trip breaker B.
N _f - 1.0 0 Condensate circ wtr pump. l l 1
- ^;
l J /"' - 412T '28200.0' '64800.0- 1.0 0 . Condensate. circ wtr pump. l .413;:28200.0- 64800.0- 1.01 0~ Reactor coolant pump.A. , 414 '28200.0--64800.0 .1. 0 : 0 ' Reactor coolant pump B.- 415 -28200.0 64800.0. 1.0~ 0 Source range trip; block.- , 416 .28200.0 64800.0' 1. 0l . 0 Source range:tripiblock..
'417 28200.0 64800.0 .1~.0 0 ;Interm range'.;
;418' 28200.0 64800.0, 1.0 0. Interm range.: j 1097' 40572:.0 ~61200.0' 66.0 RE113 , i I
~
1097 61200'.0 64800.0- 132.0 0~ < 1100 35580.0. 64800.0 66.0 0 '2RE102 STATUS . W 1117= 40595.0 45900.04 66.0: :0~ 2RE104. STATUS q 1120 35580.0 66.0 0 :2RE107 STATUS 64800.0 ->
.1138 135460.0 64800.01 68.0 .0'.2RE211' STATUS- !j 1140' 35820.0 57770.0-- '132.0O "2RE232 STATUS. lt '5 1140; 57770.0- 58050.0i w '130.0, 0- . . .
11140' 58050.0 64800.0 1.01'O ?
'1150 21600.0 '64800.0-- 168.0s.0 22RE302 STATUS' o '
- 1159 '35460.0' 64800.0' 68.0; 0 2RE212LSTATUS ,
1171 21600.0 ~64 8 00. 0 - 68.0= 0 RE2141 STATUS 3 1172 40595.0- 64800.0- 132.0 0- 2RE1341 STATUS; . 1213 40590'0.'64800.0'
. 66.0 0 RE110-STATUS 1215- 40525.0 64800.0 '132.0 0 RE112 STATUS:
1214- 40590.0 64800.0 132.0 ~.RE140" STATUS: 1220 37320.0 42990'.0 130.0 OL'2RE211B STATUS! 1220 42990.0- 64800.0 1.0 CL
.1226 40595.0 64800.0 66.0 0 :2RE217 STATUS : '[-n ) 1236L 40590.0' 64800.0 66.0 0 RE218B STATUS. \s / :1239- 21600.0 64800~.0 68.0 0: RE218 STATUS. .
12411 21600.0 64800.0 68.0. O' RE223 STATUS 1242 35870.0. 36300.0 130.0 'O RE224' STATUS 1242- 36300.0 36420.0 132.0. O i 1242 36420.0 47700.0
^
- 66.0 0 1242 47700.0 49170.0 '132.0 0 1242 49170.0 57900.0 130.0 0 f 1242 57900.0 64800.0 1.0 0 ll 1247 40595.0 64800.0 66.0 0' 1RE217= STATUS i
l V e
+i i 'I j \ ,
E, I l l l b
,g
- 4. < - a-t , .
*?
i 4 EP EXERCISE;1990
- Section 9 I
.A fl ) ,
- \d ,- '
.\1
\
+
\ ..
y ' 9.2 Plant and Meteorological' Parameters -Analogue! -- l
\
. NOTE:~ GRAPHS..ARE~ ARRANGED IN THE FOLLOWING ORDER:
Tave, Dog F, Loop "A" T Hot /T Cold,;Deg F Loop "B"LT Hot /T Cold,'Deg F i SG A/B WR' Level, Inches: SG A FD water,>klbm/hr: SG B FD~ water,_:kibs/hr- ,
. Interim Range Det,: amps- _j Source Range Det,.cnts; '
RV'LevelLWR, Ft:
-Cont Pressure, psig .
- Pressurizer Level, %,
. RCS ' Pressure ,-. psig - ,
t , VCT Level, %. .3
.Subcooling, Dog F Sigma-Theta,Degl\- ,
I Delta T/ Delta H,' deg'F- ! l- Wind Speed, -imph' (Pi'imary/ Inland)~. I: Wind Direction;idag((Primary / Inland)L . j NOTE:. ALL OF. THE GRAPHS ABOVE -REPRESENT' CONTROL ROOM STRIP CHARTS AND WILIJ BE AVAILABLE IN THE DRILL CONTROL ROOM, t jj } , l 4
- s ,
\
I
. .+ .. _.....,+...# . - - 4 , e e-. .,y
~, y p
4l n _.i
^
- LOOP - A - LOOP-8 4..
575
- - - - - - - --.- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - _ - - - - - - - . - - - - - . - - - - - - - -. . .... - - - - - -..- - - - . - - - - - - - - - - _ - - - - - - - - l-570 e .e - .e -
-3
----------------c-------,--------3.: -------.---.---- ,------- ,. - .
e e . . . .. . e e .
. . . e- . e 565 .
--------t-------J... .
---.---------t--------t-------J.-------.--------.t-------~a.-------.n.--------.----
. . e ..
A . . 560 -- - - - - - - - * - - - - - - - - . . . tp . . . . . g , O , i : O .. . r'-------r.-------,.- ..- 555 s ..
------s.------~s. -------- .-------- .
s t 4 --------r--------- -----~~-
--------.-------- ,r --.
s E4 . . -. .- . .
. +
. 1 .. . - . . .
. . ;. . t . .- 550 -- - - ~ ~ - - ~ . * - - - - - - ~ ~ ~ . - - - ~ ~ ~ ~ - - - - ~ ~ - - ~ . * ~ - ~ ~ - - ~ ~ . * ~ ~ ~ ~ - ~ ~ - * . - ~ ~ ~ - - ~ - - ~ ~ ~ - - ~ ~ . * * * .~ ~ ~ ~ ~ ~ .* . - ~ ~ - - ~..~ * - - ~ ~ - ~ ~ ~ ~
. . e
. . -. . e .. . ..
.. . . ., ( >
545 .
--------r------~1-~~~~~~~~.~~~~~-~~ >
. "r"-~~~~-~r~-~~~~~~'.~~~~~~~~~~~.~~~~~~~r**~~~~~~'e~z~~~~~~i."~~-~~~~~.**~~~~~~~~.*
~
540 g 3 1 g. I l 1 l- 'I l' 1 I 'l' , g .g. : i . s l' .I. 1 _I t- . 6:00 7:00 8:00 9:00 10:00 11 dOO . 12:00 ;13:00 ".14:00 ' 15:00- -16:00 17:00- "18:00: J ..&
' TIME'(HOURS) - -
d. O _ - . .. O - - - - -- O . - -
- f A.
e
- 0 " '
0:
-- 8 '.'
- ' - - - .- - 1
-. - - ~ - -- .
- ,h
.W............
- . -- .. - - .- - 0 0 .N
- - ~- -
- . .... .. ............................l . . . . .. -.... - ........ ... .. l :
- .- 7 4
- - - - - - - 1
- .' - - - -- - A
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9.3 RADIATION MONITORING' SYSTEM' 9.'3 ; 1 ' Controller Instructions-t
' 9,3.2 RMS Simulation Dataf(IBM-PC) 9J3.3 - Analogue ~(Includes Pass Sampling Monitors) q O
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I J, l O Controller Information for RMS monitors'(CR, TSC, EOF) - ! - d MONITORS AFFECTED BY RELEASE i
- 1. 2RE-232,- RE-224 and 2RE-2118 are monitors that are' ,
3- affected by the release. This data has been entered into l the PPCS database, but assumes the.= releaseis< not t terminated by the players. . -j
- 2. Following the announcement of' " CODE GREEN" ;(release ,
l termination), use the following. 'information. when providing readings to players' viewing these monitors: TIME SINCE RELEASE ! TERMINATION (MIN) MONITOR READING [ 15 1/2 OF PPCS VALUE ? 30 1/10 OF PPCS VALUE 45 1/100 OF PPCS:VALUE i 2RE232 BE221 2RE211B ! 60+ 2E-06 1E-06 0.5mR/HR* ,
- During PASS sampling, this monitor is FAILED HIGH. ;
( 3. Alarming portal monitors,(Southgate) will be able to be reset 15 minutes after release termination. i MONITORS AFFECTED BY PASS SAMPLING i J 3
- 1. 2RE-106, 2RE-109 and 2RE-136 are affected by Reactor !
Coolant PASS sampling.- 2RE-211, 2RE-211B and 2RE-212 1 are affected by Containment Atmosphere PASS sampling. I
- 2. PPCS data does not ac m at for PASS sampling and, therefore, the displayed data will be invalid if sampling is performed. Information for these monitors is given )
in the analogue section (9.3.2). I
- 3. The Inplant Radiological Conditions section (9.4) contains survey information for pl ya ers dispatched to j those areas for sampling.
1 MONITORS AFFECTED BY SUMP RECIRCULATION
- 1. All monitors affected by sump recirculation are modeled q on the PPCS. Sump recirc is assumed to start at 1116 j with Train "A" and 1126 with Train "B."
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i t UNAFFECTED MONITORS T _1 s READING MONITOR RE101 6.21 1RE102 2.8E-01 l RE103 '7.57E-02 *i 1RE104 1.6E-01 -; ! RE105~ 5.97E-01 : 1RE106 2.2E+00 > 2RE106 2.94E+00 - 1RE107 8.7E-01' : RE108 4.26E+00- '
-1RE109 5.4E+00 l
-2RE109' 5.01E+00 !
RE111 1.10E-01 ; RE114 . 1.31E+00 a RE116 9.1E+00 l 1RE126 1.80E+00 1RE127 1.80E+00 i 1RE128 2.10E+00 1RE134 2.97E+00 - RE135 1.68E+01 'l 1RE136 1.4E+01 1 2RE136 4.95E+00- ! t 1RE211 3.0E-03i ; 1RE211 4.11E-03 1RE211B 2.79E-01 2RE211 4.11E-03 RE212 <MDA I 2RE212 1.27E-04 ; RE214 '
<MDA 1RE215 <MDA 2RE215 <MDA ,
1RE216 <MDA i 2RE216 <MDA- i.' 1RE216B 1.15E-01 2RE216B 1.14E-01 ; 2RE217 <MDA-RE218 <MDA r 1RE219 <MDA [ 2RE219 1.4E-05 1RE219B 2.9E-02 2RE219B 2.98E-02 RE220 2.4E-05 RE220B 3.85E-01 '! RE221 <MDA -! 1RE222 <MDA t 2RE222 2.00E-04 I RE223 <MDA RE223B 6.57E-02 o
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RE226 <MDA \ 1RE229 <MDA 2RE229 <MDA 1RE229B 1.53E-01 2RE229B 2.98E-02 RE230 <MDA
-RE230B 4.18E-02 2RE231 2.01E-03 i 1RE231 1.5E-04 I 1RE232 <MDA i RE234 <MDA- ;
RE234B 1.65E+00 i RE235 <MDA H 1RE301 <MDA J 2RE301 1.04E-03 , 1RE303 <MDA l 2RE303 <MDA ! 1RE305 <MDA 2RE305 2.33E-06 ' 1RE306 <MDA 2RE306 1.79E-01 1RE307 5.94E-04 2RE307 2.68E-04 a i 1RE309 2.86E-5 2RE309 <MDA RE313 <McA i RE315 <MDA- , RE316 2.10E-01 ' RE317 <MpA RE319 3.96E-02 RE321 3.74E-05 RE323 <MDA RE325 <MDA RE326 1.97E-01 RE327 1.71E-04
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9 P values for ' affected nonitors will. be displayed ~on an RMS - TREND program using'a PC located in the Drill Control. Room, ; the Technical Support Center, and'the Emergency operations . Facility. : k 1 t P f 6 ( i. l I' l
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