Text

1988 Ginna Station Emergency Preparedness Exercise Scenariofor 881018 Exercise.
	ML17251A339
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Site:	Ginna
Issue date:	10/31/1988
From:	; ROCHESTER GAS & ELECTRIC CORP.
To:	;
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	NUDOCS 8811010113
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THE ROCHESTER GAS AND ELECTRIC CORPORATION GINNA STATION EMERGENCY PREPAREDNESS EXERCISE MANUAL 1988 PLUME EXPOSURE EMERGENCY PREPAREDNESS EXERCISE OCTOBER 1988 Prepared BJJ:

Rochester Gas and Electric Corporation CONTROLLED COPY NO.

ROCHESTER GAS AND ELECTRIC CORPORATION GINNA STATION 1988 PLUME EXPOSURE EMERGENCY PREPAREDNESS EXERCISE FOREWORD This Exercise package has been developed to provide the basis for

'he conduct of a simulated radiological accident at the Ginna Station located in Ontario, New York. Through this Exercise, the capabilities and effectiveness of the Emergency Response Plans for the Rochester Gas and Electric Corporation, the State of New York; and Monroe and Wayne Counties will be. evaluated. This package's to be utilized by the Exercise Controllers and observers to initiate, control and evaluate the activities of the participants in the Exercise.

The Rochester Gas and Electric Corporation and the State of New York approve this document as the standard for conduct in performance of the October 1988, Emergency Preparedness Exercise.

THE ROCHESTER GAS AND ELECTRIC CORPORATION, GINNA STATION 1988 PLUME EXPOSURE EMERGENCY PREPAREDNESS EXERCISE INTRODUCTION The Nuclear Emergency Response Plan (NERP) describes the emergency response capabilities for a nuclear emergency at the Ginna Station, including support from Federal, State, and local government agencies and private organizations. The Nuclear Emergency Response Plan provides for continuous emergency preparedness, including an annual Exercise.

The purpose of the Plume Exposure Emergency Preparedness Exercise is to .activate and evaluate major portions of the'mergency response capabilities and other aspects of the. Emergency Plan and associated Emergency Plan Implementing Procedures,, in accordance with Nuclear Regulatory Commission (NRC) Regulation 10CFR50.47(b) and Appendix E. .This'xercise will be with the participation of the State of New York, and the Counties, of Wayne and Monroe in order to assess State and Local Government Agency Emergency Response. The conduct and evaluation of the Exercise provide additional training for the Plume Exposure Pathway emergency response organization personnel and a means to further enhance Rochester Gas and Electric Corporation's emergency response capability.

This Exercise Manual has been developed to provide the basis for the conduct of a simulated radiological accident at the Ginna Station facility located in Ontario, New York. This manual is to be utilized by the Exercise Controllers to initiate, control, and evaluate the activities of the participants in the Exercise.

t e cise " a ers" w' e simulated incident or an t

not have rior knowled e of e ature o arts thereof such as radiolo ical lume elease 'ormation includin times content size and w at r atte used.

This Exercise Manual is the control mechanism for the conduct of the Exercise and consists of two parts. Part I provides a general description and overview of the emergency Exercise. Part II contains theThescenario and time schedule of simulated plant conditions. Exercise Manual is subject to a limited, controlled distribution.

LIST OF LATERS Section Descri tion 5.3 Table 5.1 (On-Site Controller List)

Table 5.2 (Off-Site Controller List) 5.5 Public information and rumor control questions 6.0 Schedule of Events 9.1 Figure 9.1 (Noble Gas and Iodine Release Rate Curves)

Table 9.1-1 (Detailed Isotopic Breakdowns of Release Quantities) 9.2 Complete set of in-plant radiological data maps (selected maps included in draft scenario) 9.3 Post-accident sample dose rates 10.1 Figure 10.1 (Plume Direction) 10.2 Figure 10.3 (Large 10-Mile EPZ Plume Map)

1988 PLUME EXPOSURE EMERGENCY PREPAREDNESS EXERCISE SCENARIO DEVELOPMENT COMMITTEE Wes Backus Dave Burke David Hamelink Howard Rowley Richard Watts Jeffrey Wayland

GINNA STATION 1988 PLUME EXPOSURE EMERGENCY PREPAREDNESS EXERCISE TABLE OF CONTENTS FOREWORD INTRODUCTION LIST OF LATERS SCENARIO DEVELOPMENT COMMITTEE TABLE OF CONTENTS LIST OF FIGURES PART I GENERAL INFORMATION (White Tabs) 1.0 SCOPE AND OBZECTIVES 1.1 Scope 1.2 On-Site Objectives 1' Summary of Proposed Activities 2.0 Offsite Objectives and.Proposed Activities 2.1 Offsite pbj'ectives Attachment A 2.2 Summary of Proposed Activities 2.0 EXERCISE INFORMATION 2.1 Exercise Participants 2 2 Exercise Organization 2' Emergency Response Facilities 2' Exercise Conduct 2.5 Precautions and Limitations 2.6 Evaluation and Critique 3.0 TRAVEL NFORMATION 3.1 Directions to Ginna Station 3.2 Directions to EOF, ESC and JENC 3.3 Accommodations 4.0 FERENCES ABBREVIATIONS-ACRONYMS 4.1 References 4.2 Abbreviations-Acronyms 5.0 CONTROLLER AND EVALUATOR INFORMATION 5.1 Controller Instructions 5.2 Evaluation Instructions 5' Personnel Assignments 5.4 Evaluation Packages 5.5 Public Information and Rumor Control Questions 6 0 SCHEDULE OF EVENTS

GINNA STATION 1988 PLUME EXPOSURE EMERGENCY PREPAREDNESS EXERCISE TABLE OF CONTENTS (Cont'd)

PART II SCENARIO INFORMATION (Red Tabs) 7~0 EXERCISE SCENARIO 7.1 Initial Conditions 7.2 On-Site Sequence of Events 7.3 Off-Site Sequence of Events 8.0 SSAGE FORMS AND PLANT DATA SHEETS 9 0 ON-SITE RADIOLOGICAL AND CHEMISTRY DATA 9.1 Radiological Summary

. 9.2 In-Plant Radiation Data.

9.3 Post.-Accident Sampling Results 10.0 METEOROLOGICAL AND OFF-SITE RADIOLOGICAL DATA 10.1 Meteorological Data 10.2 Field Data and Maps 10.3 Deposition Data

GINNA STATION 1988 PLUME EXPOSURE EMERGENCY PREPAREDNESS EXERCISE TABLE OF CONTENTS (Cont'd)

LIST OF FIGURES SECT 0 3.0 Figure 3.1 Directions to Ginna Station Figure 3.2 Map of Rochester and Vicinity Figure 3.3 Map of Rochester Central Business District Figure 3.4 Directions to State and Emergency Operations Center, Albany Figure 3.5 Map of State Office Building Campus, Albany SECTION 5.0 Figure 5;1 Ginna Exercise RG&E Controller Organization SECTION 9.0 Figure 9.1 Assumed Source Term SECTION 10.0 Figure 10.1 Direction of Plume Figure 10.2 Plume Map (0-1 Mile)

Figure 10.3 Large Plume Map (0-10 Mile)

GINNA STATION 1988 PLUME EXPOSURE EMERGENCY PREPAREDNESS EXERCISE TABLE OR CONTENTS (Cont'd)

LIST OP TABLES 0

Table 1.1 Proposed On-Site Activities SECTION 5.0 Table 5.1 RG&E Onsite Controller Organization Table 5.2 Offsite Controller Organization SECTION 9.0 Table 9.1 Assumed Release Quantities Table 9.2 Plant Vent Sample Table 9.3 Equilibrium Reactor Coolant Activity Table 9.4 Post-Accident Reactor Coolant Sample Table 9.5 Post-Accident Reactor Coolant Sample Table 9.6 Containment Sump Sample Table 9.7 Containment Air Sample Table 9.8 Containment Air Sample Table 9.9 Hydrogen Concentrations Table 9.10 Boron, pH SECTION 10.0 Table 10.1 Meteorological Conditions Summary Table 10.2 Forecast Information Table 10.3 Plume Arrival/Departure Times Table 10.4 Radiological Survey/Sampling Data Table 10.5 Post-Plume Ground Survey Data (cpm)

Table 10.6 Post-Plume Micro-R/hr Data Table 10.7 Air Sample Isotopic Results

PART I GENERAL INFORMATION

SECTION 1.0 SCOPE AND OBJECTIVES

SCOPE AND ON-SITE OBJECTIVES PLUME EXPOSURE PATHWAY

~Sco e The 1988 Full Scale Emergency Preparedness Plume Exposure Pathway Exercise will simulate accident events culminating in a radiological accident resulting in the activation of on-site and off-site facilities. The Exercise will involve events that test the effectiveness of the Ginna Station Emergency Preparedness Program and the integrated capabilities of the emergency organizations of the State of New York and the Counties of Wayne and Monroe. The Exercise will include the limited mobilization of state and local resources-adequate to verify their capability to respond to an accident.

I On-Site Ob ectives for the 1988 Ginna Evaluated Plume sure Pathwa Exercise The major objective of the Exercise is to demonstrate the response capabilities of the Rochester Gas and Electric Corporation Emergency . Response Organization.

~

Within this overall 'bjective, 'umerous individual objective's are specified as follows:

Demonstrate the ability to mobilize, staff and activate Emergency Response Facilities promptly.

Demonstrate the ability to fully staff facilities and to maintain staffing on an around-the-clock basis through the use of relief shift rosters (limited shift changes may occur to allow for operational restrictions).

Demonstrate the ability to make decisions and to coordinate emergency activities.

Demonstrate the adequacy of facilities and displays and the utilization of procedures to support emergency operations.

Demonstrate the ability to communicate with all appropriate locations, organizations, and field personnel.

Demonstrate the ability to mobilize and depl'oy Radiation Survey Teams.

Demonstrate the appropriate equipment and procedures for determining ambient radiation levels.

1 2.8 Demonstrate the availability of appropriate equipment and procedures for measurement of airborne radioiodine concentrations as low as 1.0 E-7 uCi/cc in the presence of noble gases.

1.2.9 Demonstrate the availability of appropriate equipment and procedures for the collection of environmental samples.

1.2. 10 Demonstrate the ability to project dosage to the public via plume exposure, based on Plant and field data, and to determine appropriate protective measures, based on Plant conditions, Protective Action Guidelines, available shelter, evacuation time estimates, expected release duration, and other appropriate factors.

1.2.11 Demonstrate the ability to notify off-site officials and agencies within 15 minutes, of declaration of an emergency.

1.2.12 Demonstrate the ability to periodically update off-site officials and agencies of the status of the emergency based on data available .at Ginna the ability to notify emergency support Station.'emonstrate 1.2.13 pools as appropriate (i.e., INPO, ANI, etc.).

1.2.14 Demonstrate the ability to notify on-site personnel using Plant alarms and public address systems.

1.2. 15 Demonstrate the ability to effectively assess incident conditions and to properly classify the incident.

1.2.16 Demonstrate the organizational ability and resources necessary to manage an accountability of personnel within the protected area.

1 2 17 Demonstrate the organizational ability and resources necessary to manage an orderly evacuation of protected area personnel.

12 18 Demonstrate the organizational ability and resources necessary to control access to the site.

1.2. 19 Demonstrate the ability to continuously monitor and control emergency workers'xposure.

1.2.20 Demonstrate the adequacy of facilities and displays to support the Joint Emergency News Center operations.

Demonstrate the ability to brief the media in a clear, accurate, and timely manner.

Demonstrate the ability to provide advance coordination of information released to the public.

Demonstrate the ability to establish and operate rumor control in a coordinated fashion.

Demonstrate the adequacy of in-plant post-accident sampling techniques and analysis.

Demonstrate the ability to develop proposed short term and long term actions to support Plant recovery.

Demonstrate the adequacy of fire-fighting practices and procedures.

Summa of Pro osed Activities Table 1.1 provides a list of proposed RG&E activities.

Note: Open item identified during NRC Inspection No.

50-244/87-12.

TABLE 1.1 1988 GINNA STATION EMERGENCY PREPAREDNESS EXERCISE PLUME EXPOSURE PROPOSED ON-SITE ACTIVITIES Notification of Agencies Actual Call Up of Personnel Actual Activate Organization Actual Maintain Security Actual Conduct Dose Assessment Actual PAG Recommendations Actual Operate Joint News Center Actual EPZ Siren Activation N Route Alerting N/A EBS Message Broadcast N/A Dispatch, Field Survey Teams Actual-5*

Exchange of Field Data Actual*

Reception Center Setup N/A Congregate Care Center N/A School Bus Run N/A General Population N/A Traffic Control Points N/A Road Impediments N/A Coast Guard (notify only) N/A Mobility Impaired N/A

+Note: Field teams will be deployed and will demonstrate communications with respective emergency response facilities. Exercise scenario may result in only background field readings.

S IMUZATIONS o Respiratory protection and protective clothing will be simulated by onsite/offsite survey teams. In-Plant teams will don such protection at the Controller's discretion.

o Call out of off-site fire companies will be simulated

OF S TE OBZECTIVES AND PROPOSED ACTIVITIES The off-site agencies'bjectives and Proposed Activities are found as follows:

AcCe~nc ttachment State of New York A Monroe County A Wayne County A The off-site Exercise objectives are written in reference to the FEMA Example Exercise Objectives..

SUMMARY

OF PROPOSED OFF-S TE CTI T E Attachment A also lists a summary of proposed activities for the 1988 Ginna Emergency Preparedness Exercise. The listing describes, by organization, if an activity is to actually be accomplished or is to be simulated. A blank space denotes that the activity does not apply to that particular agency.

SECTION 2.0 EXERCISE INFORMATION

2.0 EXERCTSE INFORMATION 2.1 Exercise Partici ants The participants in the Exercise will include the following:

2.1 1 ROCHESTER GAS AND ELECTRIC CORPORATION A. ac't es ana ement a d Su ort Perso el

1. Control Room

2. Technical Support Center (TSC)

3. Operations Support Center (OSC)

4. Emergency Survey Center

5. Emergency Operations Facility (EOF)

6. Joint Emergency News Center (JENC)

7. Engineering Support Center (ESC)

B. Emer enc Res onse Teams

1. Radiation Survey Teams (RSTs)

2. Fixst Aid Team (if necessary)

3. Emergenry OSC Team@

4. Security Force

5. Post Accident Sampling System (PASS) Team

6. Chemistry/Health Physics Support

7. Fire Brigade (if necessary) 2 ~ 1.2 OFF-SITE AGENCIES/ORGANIZATIONS Limited participation of the following agencies/organizations is expected:

A. Federal

1. Nuclear Regulatory Commission (NRC)

2. United States Coast Guard (USCG)

B. State

1. New York State Emergency Management Offices

2. New York State Radiological Emergency Preparedness Group C. Local

1. Wayne County

2. Monroe County 2 ' Exercise Or anization The organization for this Exercise will consist of the Exercise Coordinator, the Controllers, the Players and the Observers, as follows:

The Exercise Coordinator will coordinate Exercise preparations including the development of the scenario and controller -input messages. He will control all aspects of the conduct of the Exercise, prepare a consoli'dated evaluation and critique report at the conclusion of the Exercise, and prepare and follow up on an itemized list of corrective actions recommended as' result of the evaluation and critique.

functions as follows:

A. A Lead Controller is assigned to each emergency response facility. The Lead Controller is responsible for all Controller, Evaluator and Observer activities for that facility and, appropriate, its associated teams.

if Controllers for teams or sub areas of a facility report to the Lead Controller of that facility.

B. The Controllers will deliver "Exercise Messages" to the designated Players at various times and places during the - Exercise, inject or deliver additional messages as may be required to initiate the appropriate Player response and keep the Exercise action moving according to the scenario and Exercise objectives, observe the Exercise participants at their assigned locations, and prepare evaluation forms. Controllers/Observers submit written recommendations on corrective actions to the Lead Controller, who in turn summarizes all comments for submittal to the Exerci'se Coordinator prior to the scheduled critique. The Controllers will be provided with a list of instructions in the Exercise scenario.

C. Persons designated as Controllers/Observers for a given function will also be assigned as Evaluators of that function when feasible. Evaluators will record their observations using an evaluation form and provide recommendations on corrective actions to the Lead Controller in whose facility they evaluate exercise performance on the basis of standards or requirements contained in the appropriate Emergency Plan, Implementing Procedures, and Exercise messages as described herein. They will take steps, whenever possible, to collect data on the time and motion aspects of the activity observed for post-Exercise use for implementing improvements.

Controllers will be ide tified b wea in reen a bands with white letterin statin "Controller".

2 ' 3 ~Pla ers include diana Station and other Rochester Gas and Electric Corporation personnel assigned to perform emergency functions, as described in the Emergency Plan and Implementing Procedures. Players from off-site organizations and agencies (county, State and private industry) are participants in the Exercise as described in their respective Emergency Plans and Standard Operating Procedures.

2.2e4 Corporation and other organizations may be assigned to participate in the Exercise solely for the purpose of observing/evaluating Exercise activity. They will be provided with orientation information and appropriate Exercise publications.

Observers will be identified b wearin maroo a bands with white letterin . Federal a enc obse e s wi 1 be

'dentif'ed b weari blue a b s w't wh'te lette in statin "NRC".

Visitors from the Rochester Gas and Electric Corporation and other organizations may be, assigned, on a limited

'basis, for .the sole purpos'e of observing Exercise activiti'es for personal education. They will be provided with orientation information and appropriate Exercise publi'cations.

Visitors will be identified b wearin white arm a ds with black letterin statin "Visitor".

2.2e5 Requests to participate as a Visitor should be made in writing and contain the Visitor s full name, home address and phone number, and organization affiliation.

Requests to participate as Visitors must be submitted to the RG&E Corporation Emergency Planner (CEP) no later than one week before the Exercise.

2.3 er en Res onse Facilities During the Exercise, special facilities must be activated to manage, assess and support emergency response.

RGSE FACILITIES The Rochester Gas and Electric Corporation Emergency Response Facilities are:

A. Control Room The Ginna Station Control Room will be used. Control Room emergency response measures will be exercised under the direction of the Exercise Shift Supervisor, acting as the Emergency Coordinator, until relieved by the Plant Superintendent or alternate. The Control Room is located off the Turbine Building on the Operating Floor.

B. Technical Su ort Center TSC When emergency conditions escalate to an Alert status or higher, coordination of the emergency response will shift from the Control Room to the TSC, located off the Mezzanine Level of the Turbine Building (see Figure 2.2). The Plant Superintendent relieves the Shift Supervisor as Emergency Coordinator and directs activities from the TSC. The TSC is the location from which technical management personnel utilize information on Plant status provided in the TSC to support actions being performed in the Control Room.

The TSC serves as the primary communications source to the NRC, OSC, EOF and off-site agencies, and will perform other functions of the EOF until the EOF is activated.

C. 0 erations Su ort Center The OSC, which is located in the TSC, provides a location where emergency response teams can be assembled and coordinated during an emergency. The OSC will be activated .for emergency conditfons classi'fied as 'an Alert or higher, and may be activated for an Unusual Event at the discretion of the Emergency Coordinator.

D. Emer en 0 erations Facilit EOF The EOF, which is located in the basement of 49 East Avenue in Rochester, will be activated for emergency conditions classified as a Site Area Emergency or General. Emergency (optional for the Alert status).

The EOF/Recovery Manager directs the activities of the EOF/Recovery Organization from the EOF. The Emergency Coordinator reports to the EOF/Recovery Manager. The EOF is the command post for

. coordination of response measures with off-site "organizations, assessment of radiological and environmental conditions and determination of recommended protective actions for the public. The EOF also provides direction and management of recovery operations.

Joint Emer en News Center'ENC The JENC, which is located at 89 East Avenue in Rochester, provides the point of contact for the coordinated release of news and information to the news media and the general public. The JENC is staffed by RGSE Corporation, County, State, and Federal officials and will be activated for emergency conditions classified as a Site Area Emergency or General Emergency (optional for Alert status).

2.4 Exercise Conduct 2.4.1 Overview The Exercise will simulate an abnormal radiological incident at Ginna Station which will start with an Alert and escalate to a General Emergency.

During the course of the Exercise, in order to evaluate coordination with appropriate State and local agencies, incidents will arise which require response by off-site emergency response organizations/agencies. The Exercise will also simulate an off-site radiological release which will require deployment of Ginna Station, and Wayne County and Monroe County radiological survey teams for off-site monitoring.

The conduct of the Exercise will demonstrate the effectiveness of selected organizations, personnel, functions, and/or activities of the appropriate Emergency Plans and Implementing Procedures. The simulated emergency will then de-escalate. The Recovery Phase will te. minated.

be initiated and the Exercise wi . then be 2.4.2 Actions Emergency response actions during the simulated emergency will include: recognition and classification of emergency conditions; assessment of on-site/of f-site radiological consequences; alert/notif ication and mobilization of emergency response organizations; implementation of in-Plant corrective actions; activation/operation of emergency response facilities and equipment; preparation of reports, messages and record-keeping; . and recommendation of protective actions.

2.4.3 Commud.cations The Exercise will also demonstrate the effective use of communications systems. An actual emergency operation usually requires the extensive use of both telephone and radios. The telephone is the primary means of communication and will be attempted first, with radio as a backup, unless radio is the only means available.

Separate telephone numbers will be used for Controller communications to prevent the Players from learning in advance of the situation to which they are to be subjected during the Exercise. Close cooperation and coordination among Controllers is essential due to the number of persons assigned to the Controller role.

Controllers Lead Controllers can modify Exercise initiate free play messages.

d ~

Lead Controllers will be stationed in the Simulator messages A. The Simulator Control Room will be the central point for organization of Exercise messages and is the key to ensuring that the Exercise progresses on schedule.

or Simulated Plant parameters will be provided. to the Simulator Control Room operators usi.ng Plant data and status sheets. Since it is necessary that the emergency escalate to the General Emergency level, it may be necessary to postulate non-credible situations. The o erators will acce t the Exercise messa es as written. If corrective actions are postulated that would terminate the emergency, they should be identified to the Lead Controller in the affected facility so that the scenario will progress as designed. The Exercise Players are expected to "free play" the scenario to the extent practical.

Notifications of, and contact . with, supervisors, Plant management and off-site agencies'ill be made in accordanc'. with the Emergency Plan Implementing Procedures.

B. The TSC will be the coordination point for on-site emergency response activities. TSC personnel will also coordinate off-site emergency response activities until activation of the EOF. TSC and EOF personnel will be aware that if the Exercise is to proceed as planned, and are to be exercised, it if the off-site organizations may be necessary to postulate non-credible situations. This is done to ensure that various aspects of the on-site and off-site emergency response organizations are tested. TSC and EOF ersonnel will acce t Exercise messa es as written.

The intended res onse is not to e lain wh a situation could not occur but to react as thou h did occur. If corrective actions are postulated that it would terminate the emergency, they should be noted to the Lead Controller.

The Exercise Players in the TSC and EOF are expected to "free play" the scenario to the extent practical.

Notifications of, and contact with, supervisors, Plant management and off-site agencies should be made in accordance with the Emergency Plant Implementing Procedures. The scenario is designed to activate on-site and off-site emergency response capabilities.

The Lead Controller may inject other information or change a message to ensure that the Exercise progresses as planned.

2.4.5 ~Pla era The success of the Exercise is largely dependent upon Player reaction, Player knowledge of their appropriate Emergency Plan and Implementing Procedures and an understanding of the purpose of the Exercise.

conditions which will affect Player action or reaction-Initial will be provided to the Players at the time the Exercise begins. However, most of the elements of the Exercise play will be introduced through the use of controlled Exercise message forms and messages generated by Players as a result of the particular emergency activity performed. Players, therefore, are responsible for initiating actions during the Exercise in accordance with instructions, responsibilities and tasks for their particular function. Each Player will advise his/her Controller prior to performing required emergency actions during the play of simulated activities to ensure that the Player is credited for his/her actions.

Players are reminded not to be excessively concerned with the mechanics or cause of the Exercise scenario.

This Exercise- is designed. tq evaluate the Emergency

~ -Plan, Implementing Prbceduies and'emergency preparedness training program and not the probability, feasibility or detailed mechanics of the simulated accident.

Additionally, the Exercise is a training vehicle, for Rochester Gas and Electric Corporation personnel to practice coordinating with outside organizations in a simulated emergency environment.

an needed im rovements that come to t e'e Pla ers s ou d ote the Exercise and submit them to the a ro riate t'uri Co o ler at the conclusion of the Exe cise.

2.5 Precautions and Limitations This section provides information for all Exercise Controllers and Observers related to the rules and guidelines to be followed throughout the conduct of this Exercise. Prior to initiation of the Exercise, a pre-Exercise briefing will be held to review the entire Exercise process with all the Exercise Controllers and Observers identified in this manual.

A. S o

ou d at an this Exercise t'me durin an the cou se actual emer o

e c t esituation co duct

'se a 1 act'vit'es d commu icat'o s ed to tresponsibility e Exercise w'1 be s s e ded. It will be the of any Exercise Controller or Observer that becomes aware of an actual emergency to suspend exercise response in his/her immediate area and to inform the Lead Exercise Controller of the situation.

Upon notification of an actual emergency, the Lead Exercise Controller may notify all other Controllers/Observers to suspend all Exercise activities. The Lead Exercise Controller will make a determination at that point whether to continue, place a temporary hold on, or terminate the Exercise.

B. Shou'ld, at any time during the course of the conduct of this Exercise, an Exercise Controller or Observer witness an Exercise participant undertake any action which would, in the opinion of the Controller/Observer, place either an individual or component in an unsafe condition,= the Controller/Observer is responsible for intervening in the individual's actions and terminating the unsafe activity immediately. Upon termination of the activity, the Controller/Observer is responsible for contacting the Lead Exercise Controller and informing him of the situation. The Lead Exercise Controller will make a determination at that point whether to continue, place a temporary hold on, or terminate the Exercise.

C No pressurization of fire hoses, discharging of fire extinguishers, or. initiation of any fire suppression systems will be required for the Exercise.

D. Manipulation of any Plant operating systems (except for the PASS system), valves, breakers, or controls in response to. this Exercise .are only to be simulated: There is to be no alteration of any Plant operating equipment, systems or circuits during the response to this Exercise.

E. All repair'ctivities associated with the scenario will be simulated with extreme caution emphasized around operating equipment.

All telephone communications, radio transmissions and public address announcements related to the exercise must begin and end with the statement, "This is an exercise". Should a Controller or Observer witness an Exercise participant not observing this practice, it is the Controller's/Observer's responsibility to remind the individual of the need to follow this procedure.

Any motor vehicle response to this Exercise, whether it be ambulance, fire fighting equipment, police/security vehicles or field monitoring teams, should observe all normal motor vehicle operating laws included posted speed limits, .stop lights/signs, one way streets, etc.

Should any on-site security actions be required in response to this Exercise, participants are to cooperate as directed by the Security Force, and security representatives are to be prudent and tolerant in their actions.

Exercise participants are to inject as much realism into the Exercise as is consistent with its safe performance; however, caution must be used to prevent over-reaction.

Z. Care must be taken to assure that any non-participating individuals who may observe Exercise activities or overhear Exercise communications are not misled into believing that an actual emergency exists. Any Exercise Controller or Observer who is aware of an individual or group of individuals in the immediate vicinity who may have become alarmed or confused about the situation, should approach that individual or group and explain the nature of the Exercise and its intent.

2.6 a uation and Criti e The Exercise will be evaluated by Controllers/Observers who have expertise in, or qualifications to evaluate the activity in their assigned location.

Controllers/Observers will evaluate Exercise performance on the basis of requirements contained in the Emergency Plan Implementing Procedures and Exercise messages.

Controllers/Observers will prepare evaluation forms and provide recommendations on corrective actions to the Exercise Coordinator.

After the Exercise is completed, the Exercise Coordinator will conduct a. post-Exercise critique.

Deficiencies in the Emergency Plan, Implementing Procedures, emergency preparedness training program, facilities, equipment and/or other areas will be identified through the critique process. The deficiencies will be documented by the Exercise Coordinator and corrected by the individuals who have responsibility in the area of the identified deficiency.

Controller and Observer information is contained in Section 5.0.

The schedule for the critiques is shown in Section 6.0.

SECTION 3.0 TRAVEL INFORMATION

3.0 This section of the Exercise Manual provides travel information to those individuals from RG&E, other utilities, local/State/Federal government, and/or other organizations who will participate/observe the Exercise.

Permission for Visitors to observe the Exercise must be obtained from: Corporate Emergency Planner Rochester Gas and. Electric Corporation 89 East Avenue Rochester, NY 14649-0001.

3.1 Directions to Ginna Nuclear Station Ginna Station is located on the southern shore of Lake Ontario in Wayne County, New York, approximately 24 miles northeast of Rochester, New York (see Figure 3.1).

3-.1. 1 Air Several airlines provide passenger service to the Rochester-Monroe County International Airport.

3.1.2 Car A. Several car rental agencies are available at the Rochester-Monroe County International Airport to provide rental vehicles for ground transportation to Ginna Station.

B. Persons traveling from the Rochester-Monroe County International Airport via auto should take State Highway 204 East to Interstate 390 South. Interstate 390 becomes Interstate 590 as one proceeds around the Outer Loop. 'Follow I-590 to State Highway 590 to State Highway 104 East. Follow State Highway 104 to State Highway 350 (Ontario Center Road). Turn left (North) and proceed to Ginna Station. Total distance is approximately 40 miles.

3.2 Directions to the EOP ESC and ENJC 3.2.1 Air From the Rochester-Monroe County International Airport take 204 to 390 North, 490 East into the City onto the Inner Loop to the East Avenue ramp to the third signal light. Turn right.

3.2.2 Car From the Thruway, use Exits 45 or 46 into Rochester and the Inner Loop to the East Avenue ramp as in 3.2.1.

3 2.3 To get to the Emergency Operations Facility (EOF) and Engineering Support Center (ESC), go to the intersection of East Avenue and Chestnut Street (black square on map). EOF and ESC are in 49 East Avenue. The EJNC is at .89 East Avenue (see Figure 3.2).

3.3 Accommodations Hotel/motel accommodations may be obtained at the following locations:

Depot Hotel, Pittsford (716) 381-9900 Marriott Hotel, Greece (716) 225-6880 Red Roof Inn, Henrietta (716) 359-1100

SECTION

4.0 REFERENCES

/ABBREVIATIONS ACRONYMS

4.1 References 4.1.1 10 CFR 50.47, 50.54, Appendix E 4.1.2 44 CFR 350.9 4 '.3 NUREG-0654/FEMA-REP-l, Rev. 1, and Evaluation of Rad'o o 'ca C 'teria fo mer enc re aration es o se Plans a d P e aredness 'n u o o lea Powe ts 4.1.4 RG&E Nuclear Emergency 'esponse Plan and Implementing Procedures, Rev. 5 (5/87) 4.1.5 GS Radiation Emergency Plan Implementing Procedures .(SC) 4.1.6 GS License and Technical Specifications 4.1.7 GS Piping and Instrumentation Drawings 4.1.8 New York State Radiological Emergency Response Plan (10/84) 4 ~ 1.9 flonroe County Emergency Preparedness Plan (5/87) 4;1.10 Wayne County Radiological Response Plan (10/86)

SECTION 5.0 CONTROLLER AND EVALUATOR INFORMATION

0 5.0 CONTROLLER AND EVALUATOR INSTRUCTIONS Each Controller and Evaluator should be familiar with the following:

I

a. The basic objectives of the Exercise

b. The assumptions and precautions being taken

c. The 'xercise scenario, including the initiating and the expected course of actions to be 'vents taken.

d. The various locations that will be involved and the specific items to be observed when at those locations.

e. The purpose and importance of the evaluation checklist and record sheets.

5.1 Controller Instructions 5.1.1 Controllers will position themselves at their assigned locations prior to the activation of the facility for which they have responsibility (see Section 5.3).

5.1.2 Communications will be tested to ensure satisfactory communications among Controllers prior to Exercise commencement. All watches an/ clocks will be . -

synchronized with the Lead'imulator 'Control Room Exercise Contr'lier as part of the communications testing.

5.1.3 All Controllers will comply with instructions from the Lead Controller.

5.1.4 Each Controller will have copies of the messages controlling the progress of the Exercise scenario. No message shall be delivered out of sequence or other than as written unless specifically authorized by the Lead Controller.

5.1.5 Messages controlling the progress of the scenario are noted with a number. Contingency messages are noted with a number followed by the letter "X" (e.g., 10X).

5.1.6 Each on-site Controller will have copies of time-related plant data sheets. Data sheets will be distributed only in the Control Room. Radiological and meteorological data will also be provided at locations where normally available.

it is 5.1.7 Controllers will not provide information to the Players regarding scenario development or resolution of problem areas encountered in the course of the simulated emergency.

The Exercise participants are expected to obtain information through their own organizations and exercise their own judgement in determining response actions and resolving problems.

5-1.8 Some Players may insist that certain parts of the scenario are unrealistic. The Lead Controllers have the sole authority to clarify any questions regarding scenario content.

5.1.9 Each Controller will take detailed notes regarding the progress of the Exercise and the responses of the Exercise participants at their respective assigned locations. Each Controller will carefully note the arrival and departure time for participants, the times at which major activities or milestones occur and problem areas encountered. The Controllers will retain their notes for the purposes of reconstructing the Exercise chronology and preparing a written evaluation of the Exercise.

5.2 Evaluatio Instructions Each Controller/Evaluator will take detailed notes regarding the progress of the Exercise and the response of the Exercise participants at their respective assigned locations. Each Controller/Evaluator should carefully note the arrival and departure times of participants, the times when major activities or milestones occur and problem areas encountered.

The standards below should be used by the Controller/Evaluator to evaluate assigned areas pertaining to the emergency response. A dual purpose will be served by this rating system. First, the capability of each facility or response area will be evaluated and second, the system will provide a vehicle for guiding and directing improvement. The rating scale is as follows:

Good Personnel and equipment generally performed better than expected. Any errors or problems were minor and easily correctable.

Satisfactor Personnel and equipment generally performed as expected. Any errors noted were not severe and could be corrected without undue labor or expense.

U satisfactor - Personnel and equipment generally performed below expectations and there were several significant deficiencies noted. The area s ability to carry out its functions was diminished.

NA Not applicable to the situation or not observed.

Controller/Evaluator comments should consider the demonstration of the following facility and team evaluation elements:

0 Accurate and timely determination of emergency action levels.

o Timely activation and staffing for each action level.

0 Familiarity of personnel with appropriate emergency instructions, duties and responsibilities.

0 Timely notification of Roche'ster Gas and Electric Corporation, local, State and Federal personnel/agencies (information updates performed).

0 Adequacy of internal information systems (i.e.,

message handling, displays, status boards and maps).

0 Properly controlled documentation and accurate, timely record-keeping.

0 Utilization of correct communications procedures and techniques.

0 Capability of facility supervisors/directors

'acilityto interface with personnel and coordinate activities.

0 Consideration of personnel safety (exposure control).

0 Adequacy of interface between emergency response facilities.

0 Adequacy of equipment and supplies.

0 Timely initiation of on-site protective/corrective actions.

o Development of protective action recommendations.

0 Radiological surveys and assessment of Plan damage and hazardous conditions performed.

o Timely request of emergency support services.

0 Coordinated, accurate and orderly dissemination of information to the news media.

Team 0 Timely notification and activation.

o Adequacy of staffing.

0 Familiarity with appropriate emergency procedures, duties and responsibilities.

0 Availability and utilization of proper equipment.

o Performance of contamination/decontamination control.

o Proper interface with emergency support personnel.

o Utilization of correct communications instructions and techniques.

o Availability of referenced documents to team members.

o Utilization of proper radiological control practices (i.e., access control, protective clothing, shielding, stay time) .

o Performance of radiological surveys..

o Timely and proper performance of damage assessment.

o Properly maintained survey records and maps.

o Adequacy of briefing sessions prior to dispatch.

o Direction and control by team leaders.

Timely requests for off-site assistance.

Coordination and interface between emergency response team members.

o Proper interfaces with plant supervisory personnel.

Controllers/Observers will record their comments for the purpose of reconstructing the Exercise chronology and preparing a written evaluation of the Exercise.

5.3 Personnel Assi nts Table 5.1 lists the personnel assignments for the on-site Controller organization; Table 5. 2 lists the personnel assignments for the of f-site Controller organization.

5.4 Evaluation Packa es The following evaluation packages will be provided to the appropriate Controllers/Observers at the pre-Exercise briefing:

Simulator Control Room Technical Support Center Operational Support Center Emergency Survey Center Emergency Operations Facility Joint Emergency News Center Health Physics Personnel Dose Assessment (TSC and EOF)

Radiation Survey Teams (ESC and EOF)

Post-Accident Sampling System Fire Brigade

"*TO BE REVISED*"*

TABLE 5 1 1988 GINNA EKERCISE CONTROLLER ORGANIZATION Simulator Control Room Frank Maciuska (Lead)

Rex Smith Bob Hynes (Start)

Technical Su rt Center Dick Marchionda (Lead)

Bob Hynes Operations Assessment Bob Eliasz Technical Assessment Bob Wood Security Al Salemi Dose Assessment (NiMo)

MaryAnn Chaubard (0) Health Physics (NYPA)

Art Zaremba (0) Communications/General (NYPA)

Y. k Prairie (0) General (NYPA) rations Su rt Center Dave Hamelink (Lead)

Dick Biedenbach Mechanical/Fire Gregg Joss Operation/Testing .

Mike Leach I&C Jim Bement Health Physics Techs Bob Dangler Operations Emer en Surve Center Barb Butler (Lead)

Jim Knorr Team Kathy Hart Team Frank Pavia TeaIll Frank Schwind Team Bryan Methe'at Team Phelan Tealll Emer en rations Facilit Dave Burke (Exercise Coordinator)

Wes Backus (Lead Operations)

Rick Watts (Lead Dose Assessment)

Diane Dreikorn Dose Assessment (LILCO)

Rich Rossin (0) Communications (LILCO)

Steve Meister Survey Team George Lawler Survey Team Mike Peckham General (NYPA)

Emer enc Joint News Center Dick Sullivan (Lead)

Ed Kaish (0) (NiMo)

Todd Forte (0)

En ineerin Su ort Center Charles Anderson (Lead)

(0) Indicates Observer Only

- - TO BE REVISED***

TABLE 5 2 1988 R.E. GINNA UNANNOUNCED/OFFHOURS EXERCISE OBSERVER/EVALUATOR ASSIGNMENTS onroe Count EOC Roberta Fox John Gibb Marvin Silverman Dose Assessment Robert Alibozek Barbara Ignatz Field Monitoring George Brozowski Dave Bell Bob Theesfeld Bill Wigley RC/CC High School Ken Bergmann Bill Campbell (6:00 PM) (7:00 PM)

EW/PMC N/A Tom Coulthard (interview only

. at facility)

School Bus Run Kevin Kraus Tom Coulthard (9:00 AM 12) (after 9:00 AM)

General Pop. Bus Run Kevin Kraus Bill Campbell Traffic Control Point Fred Bera N/A Road Impediment Fred Bera N/A Route Alert N/A Tom Coulthard (interview only at facility)

5.5 Public Information and Rumor Control uest ons o the Evaluated Exercise A significant-aspect of emergency response is to provide the news media and general public with accurate and

,,timely information about the incident. Public perception and reaction are influenced by the information relayed to them. To ensure that the Rochester Gas and Electric Emergency Response Organization is prepared to deal with the media during an incident at Ginna Station, the Exercise provides certain elements that test Public Information activities. During the course of this Exercise, the Rochester Gas and Electric Joint Emergency News Center (JENC) will be activated and exercised.

Special Exercise Controllers have been selected to test the Rumor Control and News Media Contact staffs, as well as the JENC. Controllers will act as concerned citizens, employees and as members of the media, posing questions to the staffs. When acting as members of the media, Controllers shall make up a name and a media outlet (print or electronic) ~ot located in the Rochester area. Each time a rumor control message is delivered, a different fictitious name and address will be 'given. .The phone number to be given will be the number from which the Exercise Controller is calling so as to allow the County Rumor Control person(s) to return calls with appropriate information, if necessary. The Exercise Controllers should maintain the theme of each rumor control message and answer inquiries of the Counties'umor Control persons appropriately.

The following pages denote questions that these Controllers can use. The questions are grouped by time in relation to the events specified in the Exercise scenario. The Controllers are allowed to use questions previously util'ized. The lead JENC Controller shall verify that the Exercise is adhering to schedule, otherwise time adjustments will be necessary. Space is provided for Controllers to make notes on the response.

Controllers need not use the questions herein; indeed, free play is encouraged. However, Controllers must not get carried away with unusual questions.

When calling in questions, a wa s recede es io s w t "This is an Exercise". If you are playing a reporter at the JENC, free play questions based on the information given during the briefing. Additionally, ask questions about RG&E, the State or Counties, background on Ginna Station, radiation, State/County/utility interface, protective actions, etc.

Questions and relevant telephone numbers will be distributed at the special pre-Exercise Controllers Briefing. lists Public Information Questions generally for RGl'E; Attachment 2 lists County Rumor Control Questions.

GZNNA STATION f3 fEVALUATED fPUBLIC EXERCISE INFORMATION QUESTIONS TIME

'Q0 This is from Radio Station WSMR. We understand that there is an emergency at the Ginna Nuclear Plant. What is happening?

,0 My husband's a volunteer fire fighter. He said he~s heard that there's a fire at the nuclear plant. I'm worried.

What is happening there?

This is from the Albany Post. I that you have a leak at the Ginna Station. What'sunderstand going on up there?

0 How big is the leak?

0 Where is the leak?

0 What are you doing to fix it?

0 How dangerous is the leak?

0 How radioactive is it in there?

0 Is t'.'s leak similar tp the accident, you had in ..~82?

0 What's the status of the plant?

0 Any Radiation exposures?

0 Whom have you notified?

0 This is you have a fire at from Radio Station WPJG. I hear the Ginna Station. Would you tell our listeners the story?

Was the damage done by the fire similar to the Browns Ferry

'Fire?

0 Has any radiation been release? How do you know?

0 Why didn't you call in the Wayne County Fire Department?

0 Any injuries? Any radioactive contamination?

0 Has the Nuclear Regulatory Commission been notified?

0 Did you declare an emergency?

0 How serious was the fire?

0 Was the fire near the reactor?

0 Did you evacuate the site? Why not?

0 Is the reactor shutdown?

0 How much is this going to cost us ratepayers?

What is happening at the plant?

Any injuries?

0 Has the NRC been notified?

0 Have State and local officials been notified?

0 How high are the radiation levels? Are they dangerous?

Has anyone been over-exposed to radiation?

Are any of those problems related to the accident you had in 1982?

0 What are you doing to fix the problem?

0 Are you evacuating the site?

0 Zs the reactor shutdown?

0 Did you declare an emergency?

0 What is the signficance of an ALERT?

TIME

~o I'e heard you declared that? What happened?

a Site Area Emergency. What' 0 Why don't you just shut the reactor down?

0 0

How big is the leak? Where is Where is the electricity going to?

it coming from?

0 Can't you just shut a valve or turn a switch or something'?

0 Has anyone been killed? Any injuries?

0 I work at Beebee Station. What's going on at Ginna?

o How is the reactor being cooled?

0 Zs any radiation going into the lake?

0 When will the NRC be taking over the plant?

0 What's the plant doing now?

0 How much radiation is being released?

0 Where is the wind blowing?

0 Have State and local officials been notified?

0 How serious is the accident?

0 What is RG&E doing?

I have:heard'hat you'eclared a General Emergency. Is this true? Why?

0 Has anyone been killed?

0 Has the State of New York been informed?

o Has the NRC been informed?

0 How are you going to fix the reactor?

0 Can't you just shut a valve or something.

0 Is this accident similar to the one at Three Mile Island?

0 When will the NRC take over the plant?

0 What are electric rates going to be?

0 Where are you going to get power service?

if Ginna is out of Why won't the reactor shutdown?

Should I sell my RG&E stock?

How much of this was caused by the poor management?

Zn Layman's terms, what caused this disaster?

What effect will this have on RG&E stock?

What do you think the Securities Exchange Commission will I'e do?

heard that you are going to use RG&E pension funds to pay for the Ginna accident. Zs this true?

What was your stock selling for this morning?

What is your stock selling for now?

~5' How much radiation is being released?

How is the radiation filtered? How dangerous is it?

0 Who is in charge of the emergency?

0 When will the next press briefing be held?

0 When will reactor be shutdown?

0 Where is the radiation heading?

0 What protective actions have been recommended?

0 Whom should I call for further information concerning Wayne (Monroe) County?

TIME o I'm calling from the high school care center.. I want you to help me find my brother; we both evacuated, but I don', know where he's gone.

0 Iareheard the accident at the Ginna Station is over. When we gonna be allowed to go home? Why haven't you made the announcement on TV?

o What is the Governor doing?

What is the status of the fire that occurred this morning?

0 0 I'e true?

heard that the reactor has, a hole in it. Is this 0 Do you have insurance? Who will pay for this? home-owner's insurance states that I am not covered forMy nuclear accidents!

Note to Controllers: The Exercise is terminated;

II TIME 6M~ What's this I here about an explosion at Ginna? Is that what caused the plant to send everybody home? How many got hurt and who's gonna run the plant now?

0 Has the aftershock caused more damage?

(Note: This caller is under the mistaken impression that, Ginna has been abandoned and is now being operated remotely from the County EOC.)

0 My wife is concerned because she doesn't think you county disaster people know what you'e doing? I told here not to worry because the County Executive (Monroe) or the Chairman of the Board of Supervisors (Wayne) knows how to run the plant because he's practiced why doesn't he turn it it before. Just one off before we get melted down'? thing, 0 I don't trust the power plant people; they'd lie to save their own skins. Do you have anybody checking on them'?

0 Should I close my business due to the disaster?'ho will pay for the lost income?

(The business is. Bill Gray's Restaurant on Route 104.)

What are we supposed to do? Where do I go?

0 I heard nobody at Ginna knows what the hell is going on!

Is it true that Federal Are they gonna fix it?

people are coming to take over?

o I heard the siren but nobody said which way to go.

Charlie, my neighbor, says the siren doesn't mean to go; you is supposed to hide! What is it?

~o I hear that nursing homes will evacuate their patients. My mother is in the Hill Haven nursing home. Where will she be when it's over so I can go make sure she's okay?

o I'm leaving Wayne now? Where can Central Middle School.

I pick my son up? He goes to o I'm evacuating now. Where can I pick up my son?

to (Later) .

'e goes I am supposed .to leave but don't have a place to stay.

Which school can I stay at? How do I get there? Who' going to pay my expenses? Wo do I call to get a check for my expenses?

~o Is baby?

my it true that the milk is now poison? What shall I,feed o We don't have no money. Is the government going to give us some so we can get away from the radiation?

RUMOR CONTROL MESSAGES FOR WAYNE AND MONROE COUNTY TIME WRo I was just knocked out of bed. I called the 911 emergency number. They said we had an earthquake by the nuke plant and to I

call RG&E for more information. What should do'?

didn't hear the sirens, why not? Is the plant coming I

apart? What in hell is Morin/Decker doing about it?

This earthquake scared hell out of my family? How bad is it'? I'e got a lot of broken dishes. How does to the L.A. quake? What is it on the Ricter scale'?

it compare Are we going to get aftershocks? How do you know/Why don' you know? (Is there anyone there that knows anything?) I want to talk to Lou Morin/Marv Dkcker. Why Not'? Where is he hiding?

Is October earthquake month - First. in L.A., then in Can't you close the plant shut -

to worry about.

it'l Kentucky, earlier in the Adirondacks and in 1983 here.

be one less thing I hear there's an earthquake emergency at. the nuclear., power plant.

How will I know when to evacuate?

I'm Roberta Gibson of Radio Station WSFC. Can you tell our listeners what's happening at the Ginna Nuclear plant?

How much damage did the earthquake do to the plant?

~o 0 o

Has any radiation been released yet?

How can you be sure'?

0 How can I find out when there is a release?

W~ane ~count This is a drill. My daughter goes to the Freewill Elemen-tary School. Where can I to pick her up?

go Where can I pick her up once the kids are evacuated?

Monroe ~count This is a drill. My daughter goes to the Klem Road South Elementary School. Where can I go to pick her up?

Where can I pick here up once the kids are evacuated?

o We'e lost our emergency information handbook and need one right away. Will one of the emergency people you have deliver one to us?

o If there's an evacuation, I'm going to need help with my father who is bedridden due to a heart attack last month.

can you help me?

I wanna talk to the (County) Commissioner. (Reason?) I wanna know if this here accident is gonna cost us taxpayers or will the Electric Company pay for it?

I live near the plant and don't want tricity into my Commission!

Public Service house. change Do it you now hear or I'l that nuclear elec-me?!

call the

TIME

~o Is the reactor shutdown? How did 0 Is this plant similar to Shoreham?

it happen'?

0 What is the reactor building doing now? Is the hole fixed?

0 How much radiation was released off-site?

0 What protective actions are in effect for Wayne (Monroe)

County?

0 How many people live in Wayne (Monroe) County?

o What are you going to do to fix the situation?

0 When is the next press briefing?

0 How many media are at the News Center?

0 What agencies are at the News Center?

0 Where is the wind going?

0 Who's in charge of the emergency'?

I'm John Smith from Livingston County. My neighbor said they expect the radiation to blow all the way down here.

What should I do about my farm? I'm in the midd'.e of harvesting hay. Who's going to pay me for my 1 :es?

~

NOTE TO CONTROLLERS: The Exercise is terminated.

SECTION 6. 0 SCHEDULE OP 1DG"NTS

SECTION 6. 0 1988 GINNA STATION XERCISE SCHEDULE OP EVENTS

SECTION 7.0 EXERCISE SCENARIO

Time: 0645 Message: ~C.

1988 EVALU TED EXERC S S G P S mu ted lant Co dit'ons: See Attached Sheet, Meessa e: +++THZS ZS AN EXERCZSE**+

OR CONTROLXER USE ONLY, Controller Notes:

1) Review initial conditions and Plant status sheets with the Exercise operating crew.

2) Review Exercise precautions/limitations and any Exercise activities that are not normal (pre-staging, simulated ~

notifications, extent of participation of off-site agencies, etc.) .

3) Ensure that the operating crew understands that the Exercise is not to interfere with safe Plant operation.

4) Explain that abbreviation "OOS" means "Out of Service", i.e.

repairs must be made before the equipment can be used.

ct'ons E ected:

Participants should review initial .conditions and Plant data sheets.

GINNA STATION 1988 EMERGENCY PREPAREDNESS EXERCISE INITIAL CONDITIONS

1. The R.E. Ginna Nuclear Power Plant is operating at 1004 rated thermal power. The Plant has just returned to 1004 power at 0300 hours0.00347 days 0.0833 hours 4.960317e-4 weeks 1.1415e-4 months this morning after reducing power to approximately 454 to retrieve dropped control rod G-7. Prior to the power reduction the unit had been operating at 1004 power continuously for 150 days. RCS boron concentration is approximately 495 ppm.

2. The reactor coolant system activity is approximately 20% of Technical Specifications and increasing.

3. The 1A emergency diesel generator is held to repair a fuel oil leak on the engine fuel oil filter. The 1B emergency diesel generator is running on 480 volt Bus 17 per Procedure T-27.4 (Diesel Generator Operation). The 1A emergency diesel generator was held at 0600 hours0.00694 days 0.167 hours 9.920635e-4 weeks 2.283e-4 months this morning.

4. The 34.5 kV circuit 751 is held for breaker testing.

needed, the circuit could be placed back in service within 30 If minutes.

5. The 1A charging pump is held for plunger replacement since 0400 this morning.

6. The turbine driven auxiliary feedwater pump is held for pump thrust bearing replacement. All parts are available and the pump thrust bearing is completely disassembled awaiting assembly.

1988 EVALUATED EXERCISE OR PAKQIET19%

Reactor Shutdown N-31 N-32 N-35 N-36 Y~RS CI D

0 CPS CPS AMPS AMPS Hi h Head PI-924 FI-925 lA.

1B.

~~~

S.I.

INSERV TB INSERV GPM GPM s

OOS B OOS Avg. Nuclear Power /0 1C.

RCS Pressure PRZR Level 2.R.'~

Fo PSIG BAST Level = ~

INSERV STB OOS A RCP UNNIN STOPPED Low Head S.I. s B RCP R N STOPPED FI-626 ~)

~

GPM 1A S/G Level 1A. INSERV TB OOS RECIRC 1B S/G Level 52 1B. INSERV TB OOS RECIRC 1A 'S/G Pressure ~~O PSIG RMST Bevel = b 1B S/G Pressure k CI PSIG Turbine/Generator ON I OFFLINE Containment ra s 4 KV Buses 480V Buses NERGIZ EN RGIZE DEENERGIZED DEENERGIZED FI-931A

.FI-931B '~~ <<~ GPM GPM Cnmt Pressure ~ I PSIG 1A. INSERV TB Cnmt Sump A Level Cnmt Sump B Level

~iM FEET INCHES 1B. INSERV STB OOS OOS IvvviQH Tank Leveel Loop Hot Leg 0 F

. Loop Cold Leg F Containment R Fans Loop Hot Leg IvOO .P 1A. STBY OOS Loop Cold Leg S <*P 1B. NSE STB OOS VLIS 1C. INSERV TBY OOS

CET

'S/G A S/G B Total- Aux Total Aux FW FW Flow Flow

~~

~~ GPM GPM 1D. E Post Accident Dampers STBY OOS OPEN CLOSED Service Water s 1A. SE STBY OOS 1B. I STBY OOS A. RUNNING UNLOADED STBY S 1C. INSER STBY OOS B. UNN N UNLOADED STBY OOS 1D. INSER STBY OOS TSC RUNNING UNLOADED TB OOS ASS Header ressure PSIG Security RUNNING UNLOADED TB OOS nent Coolin Water ENGIKKRED SAPEGUARDS 1A. I RV OOS 1B. NSERV TBY OOS Aux. Peedwater s Surge Tank Level,=

1A. INSERV TB OOS 1B. INSERV STB OOS Standb Aux. Peedwater s Turb. Driven NSERV STBY OS 1C. INSERV TB OOS CST Level FEET 1D. INSERV STB OOS

<<CET = Average. of Selected Core Exit Thermocouples

NAME:LRGTSZ. E

- t'l) 9'8':VE:

IO PROGRAM R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT

SUMMARY

v GROUP DESCRIPTION SC-703 PLANT STATUS*DON'T. MODIFY POINT ID DESCRIPTION C1JRR1%T VALUE ENGR UNITS 1 ATNS ANTICIPATED TRANSIENT W/0 SCRAM NO ATNS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 N31 SOURCE RANGE DETECTOR N-31 g -~2. ($ ~( INHB CPS 4 N32 SOURCE RANGE DETECTOR N"32 3 ~ LY~ <7-0 I guitb CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 '7 - 8 F lg-d9 INHB AMP 6 N36 INTERMEDIATE RANGE DETECTOR N-36 g ~ ~4,gg,-o f INHB ~P 7 NP AVERAGE NUCLEAR POWER GOOD '-L 8

9 10 PRCS LPZR FRCLA REACTOR COOLANT SYSTEM AVG PRESS PRESSURIZER AVERAGE LEVEL ---

REACTOR COOLANT LOOP A AVG FLOW-- gt'7

~D GOd&.

GOOD PSIG ll FRCLB REACTOR COOLANT LOOP B AVG FLOW- 'f fr. GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL $ 2.. ( GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL S-i 9 D 17 PSGA SPN GER A AVERAGE PRESSURE y5o. PSIG 18 PSGB STM GEN B AVERAGE PRESSURE 1C O- GOOD PSIG 19 GENBKRl GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUS11A BUS 11A SUPPLY .BREAKER NOT TRIP GOOD 22 BUS11B BUS llB SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 BllA12A BUS 11A TO 12A TIE BREAKER TRIPPED GOOD 26 B11B12B BUS llB TO 12B TIE BREAKER TRIPPED GOOD 27

'CV CONTAINMENT AVERAGE PRESSURE l0 ~ GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL t.8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LONER GOOD

rg Pjr

':20 PROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON ET MODIFY DESCRIPTION CURRENT VALUE ENGR UNITS 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE - - I ~ROOD

$Cioo

~

DEGF 40 T0410A RCLB HOT LEG TEMPERATURE - 'f1'> -- GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE -$~qfi2 94 ~ D DEGF 42 T0451 RCLB COLD LEG TEMPERATURE= DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG)

~n'I GOOD DEGF 44 45 46 TAVGBWID LRV TCCORE REACTOR VESSEL AVERAGE LEVEL El.l INCORE TC AVERAGE TEMP

~

RCLB TAVG (THOT/TCOLD WIDE RNG)

=

~.-- GOOD GOOD D

DEGF DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW fe GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDNATER FIQW fB D GPM 49 BKR081 MTR AUXILIARYFEEDNATRR PUMP A OPP GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG PLOW . 0 ~ GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW Oo GOOD GPM 55 P2160 SERVICE WATER PUMPS A R B HEADER ~ D PSIG 56 P2161 WATER PUMPS C 6 D HEADER gD.

IO'ERVICE D PSIG 57 BKR041 SERVICE WATER PUMP A opJ GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D oP GOOD

Oc PR NAM'LRGTSZ.E

-.E. NNA ti LEAR POWER PLANT o<

TREND GROUP ASSIGN?6%T KBKARY GROUP DESCRIPTION SC-703 PLANT ST'ATUS~DON'T lIODIFY 1 F0619 DESCRIPTION COMPONENT COOLING LOOP TOTAL FLW l %70m K

LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL O'WQ GOOD 3 WS033 33 FOOT LEVEL WIND SPEED S. I GOOD MPH 4

5 WD033 WT033 33 FOOT LEVEL WIND DIRECTION 33 FOOT LEVEL TEMPERATURE refL O'O.

GOOD GOOD DEG.

DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE 72. 5 GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP 2.5 GOOD DEGF 8 Rpl AREA 1-CONTROL ROOM I.AK-Ol GOOD MR/H 9 R02 AREA 2-CONTAINMENT g.egg ~OO GOOD MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR l gg ~+0 GOOD MR/H ll R10A CONTAINMENT IODINE MONITOR R10A b.xE+ o~ GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE S.'IE + oa. GOOD CPM 13 R12 CONTAINMENT GAS MONITOR d. 7 E'. + 0 ~ GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B 7. 7 E. + OI GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 9./ 6+ ol GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR "/./ E + Ol GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7. QQE'Ol R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE s.r.ee.-ol GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST /.OE + 02- GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS Stan J hy GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS Standby GOOD vcr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS stan Jby GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5"LOW RANGE GAS S.O 8 - 0(n GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS l. 0 E. - O5 GOOD VCI/CC 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS / 0 e-OB GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS 5.0 6-0& GOOD vcr/cc 27 R15A7 AIR EJECTOR CHAN 7"MID RANGE GAS l.OE-05 GOOD vcr/cc 28 R15A9 AIR EJECTOR CHAN 9"HI RANGE GAS l. 08-O3 GOOD vcr/cc 29 R31 AREA 31 STEAM LINE A (SPING) l. DOE-OW GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) l. oo E-oa. GOOD MR/HR

06:45

~$ KHERE'00'MPOXRR AV77 KAME

%8 33A AVGE 0031 ST. KEV 00900 MQ4 0011 lax.

0050 I00 lQ 33B 0032 00910 0012 . 0052 00

%8150A 0040 01000 0022 0060 00

%8150B 0042 01100 0023 0061 02 M 250 0030 01000 0010 0055 00

%WE ND 33A AVGE 0268 ST IRV 03000 lGN 0250 lQX.

0285 MNCR APBN CHZ I 0072 0020 0064 00

%D 33B 0265 03010 0252 0285 0071 0021 0063 00

%DXSOA 0271 03100 0251 0292 0045 0022 0062 00

%D150B 0272 03000 0252 0285 0035 0023 0060 02

%D 250 0275 03000 0260 0290 0055 0025 0061 00 MME TRR33A AVGE 0702 I NAME AVGE I M@K AVGE I 00 TER33B 0702 00 TBXSOA 0722 TR150B 0722 00 TE250A 0725 00 TR250B 0725 XFK50A 0020 00 02150B 0020 00 DX250A 0023 QX250B 0023 EHf 33 0475 TEG 33 0602 00 KGN 0056

GINNA STATION Time:

Message: ~0700 1988 EVALUATED EXERCISE 5essacCe:

a t o

- - THIS IS AN EXERCISE***

P after i

Make the following PA announcement sounding the "Attention" signal:

i "Attention, Attention all personnel. The Ginna Nuclear Station is now starting its 1988 Emergency Preparedness Evaluated Exercise. All Exercise messages must be started and ended with

'This is an Exercise'." (Announce twice).

OR CONTROLLER USE ONLY Controller Notes:

Ensure that the PA announcement is made.

ct ons E ected:

1988 EVALUATED EXERCISE Time: Q7b~

KLJOR PARAMETERS

~

ENGINEERED SAPEGUARDS Reactor Shutdown N-31 N-32 N-35 N-36 Avg. Nuclear Power

~YES 7/f/0 loo iso CPS CPS AHPS AMPS FI-924 FI-925 lA.

1B.

1C.

~

Hi h Head S.I.

~~

INSERV INSERV TB GPM GPM INSERV STB s

OOS OOS OOS RCS Pressure s. O PSIG BAST Level =

PRZR Level A RCP NNIN STOPPED Low Head S.I. s B RCP RUNNIN STOPPED FI-626 GPM 1A S/G Level 1A. INSERV TB OOS RECIRC 1B S/G Level SR- 1B. INSERV STB OOS RECIRC 1A S/G Pressure ~j O PSIG RWST Level =

lB S/G Pressure Turbine/Generator 4 KV Buses 480V Buses Cnmt Pressur'e NE ONLIN GI E

'7&0 OFFLINE PSIG DEENERGIZED DEENERGIZED OI PSIG FI-931B 1A.

~

Containment PI-931A ra GPM GPM INSERV STB s

OOS Cnmt Sump A Level rev a eeZasD

~V FEET 1B. INSERV TB OOS a aaaaa ~

Ca ~ D B usvax T ~

INCHES NaOH Tank L<<v 1 Loop Hot Leg o F

. Loop Cold Leg M~M "F Containment Recirc Pans Loop Loop Hot Leg Cold Leg

~a~ F lA.

1B.

NSE STBY OOS S OOS RVLIS

CET

~ay 1C. INS T OOS o 1D. SE STBY OOS S/G A Total Aux FW Flow O GPM Post Accident Dampers OPEN OSED S/G B Total Aux FW Flow C3 GPM Service Water s 1A. ERV STBY OOS 1B.

~

S STBY OOS A. RUNNING UNLOADED STBY OOS lc. SE STBY OOS B. UNNIN UNLOADED STBY OOS 1D. NSER STBY OOS TSC R NNING UNLOADED TB OOS A&B Header Pressure PSIG Security RUNNING UNLOADED TB OOS nent Coolin Water s ENGINEERED SAPEGQARDS 1A. INSER TB OOS 1B. NSERV STBY OOS Aux. Peedwater 1A. INSERV STB OOS s Surge Tank Level = ~2.

1B. INSERV TB OOS Standb Aux. Peedwater s Turb. Driven INSERV STBY lc. INSERV TB CST Level ~i~ FEET OS 1D. INSERV STB OOS OOS

CET = Average bf Selected Core Exit Thermocouples

PROGRAM NAME:LRGTSZ. E R.E. GIHNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 H31 SOURCE RANGE DETECTOR H-31 3.ds gal -ot INHB CPS 4 H32 SOURCE RANGE DETECTOR N-32 3. Z ~sSz-0) gek5 CPS 5 H35 INTERMEDIATE RANGE DETECTOR H-35 g 9/$ 2. INHB AMP

, 6 H36 INTERMEDIATE RANGE DETECTOR N-36 Q ~ 2 no&

-0'( INHB PRP 7 NP AVERAGE NUCLEAR POWER 'fq.H GOOD 'L 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS cgiQ PSIG

'9 LPZR PRESSURIZER AVERAGE LEVEL gpss) GOOD 10 11 FRCLA FRCLB REACTOR COOLANT LOOP A AVG FLOW REACTOR COOLANT LOOP B AVG FLOW g8 GOOD GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN GOOD DEGF 527 15 16 17 LSGA LSGB PSGA STM GEN A NARROW RANGE AVG LEVEL STM GEN B NARROW RANGE AVG LEVEL STM GEN A AVERAGE PRESSURE 5/i

%COD f GOOD GOOD GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE 7$ O. GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUSllA BUS llA SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS 11B SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 B11A12A BUS llA TO 12A TIE BREAKER TRIPPED GOOD 26 811B12B BUS 11B TO 12B TIE BREAKER TRIPPED GOOD 27 PCV CONTAINMENT AVERAGE PRESSURE ~ lO GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL I 8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

i OCr r 0):oO:

PROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGtQlENT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 PLANT STATUS~DON'T MODIFY

'C-703 DESCRIPTION 'CURRF2lT VALUE 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER 'OOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) . LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE go[.8 S'0 .'1 GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE 5+. I GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) SviÃ GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) pe 5 ~ GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL f ]beg GOOD 46 TCCORE El.l INCORE TC AVERAGE TEMP 6 gi3 GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW -t- GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW ) ~ GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW 0- GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW OOo GOOD. GPM 55 P2160 SERVICE WATER PUMPS A & B HEADER qt 7lr

~ GOOD GOOD PSIG PSIG 56 P2161 SERVICE WATER PUMPS C & D HEADER 57 BKR041 SERVICE WATER PUMP A OP GOOD J 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ~

ON GOOD 60 BKR044 SERVICE WATER PUMP D GOOD

I Ocr /

PR NAM :LRGTSZ.E R.E. GINNA hM~LEAR POWER PLANT TREND GROUP ASSI(RQKNT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION 1 F0619 COMPONENT COOLING LOOP TOTAL FLW LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL 'f9 e5'./

GOOD 3 WS033 33 FOOT LEVEL WIND SPEED GOOD MPH 4 WD033 33 FOOT LEVEL WIND DIRECTION 2k& ~

GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE vo GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE 73 b GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP g. I 'OOD DEGF 8 Rpl AREA 1-CONTROL ROOM I.OOE - ol GOOD MR/H 9 R02 AREA 2-CONTAINMENT g.79 8+ OO GOOD MR/H 10 R09 . AREA 9-LETDOWN LINE MONITOR I. 0(p E.~0~ GOOD MR/H R10A CONTAINMENT IODINE MONITOR R10A I. 2.8 + D3 GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE ) E+o~ GOOD CPM 13 R12 CONTAINMENT GAS MONITOR <-'7 E I OW GOOD CPM 14 R10B PLANT VENT IODINE MONITOR RlOB I 5 E+DA GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 5'. I 8, W Ot GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 7.I E~OI GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE '7.9oF -ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 8 C')E-ol GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST I DE+OK

~ GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS saba nd t.y GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS s+nnd J.y GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS s+and Ly GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS 5.QE-ob GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS I- OE O5 GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9"HIGH RANGE GAS i. oE-oS GOOD vcr/cc

~26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS z.,os. - ob GOOD ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS I. oE-o5 GOOD ucr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS j. DE C)3 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) I ODE.-O~ GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) /. OOE-oW GOOD MR/HR

TOSS e 07! 00 NSZZBRP 700~ CXRPPH3R AV77 MLMB AVGE ST. EEV MQi. MAX. Z M 33A 0061 00800 0021 0050 00 NS 33B 0062 00910 0022 0052 00

%3150A 0040 01000 0022 '060 00 M150B 0042 01100 0023 0061 02

%8 250 0060 01000 0010 0075 00 MME ARK ST. IXV MZNo MAX+ MNKR AVRN CHV

%D 33h 0265 03000 0250 0285 0072 0020 0064 00

%D 33B 0265 03010 0241 0285 0071 0021 0063 00 R)150A 0275 03100 0250 0290 0045 0022 0062 00

%D15OB 0273 03000 0250 0285 0035 0023 0060 02

%D 250 0276 03000 0255 0290 0055 0025 0061 00 MME AVGE I MME 'VGE I NAME AVGE I TER33A 0705 00 TER33B 0705 00 TE150A 0725 TEILOB 0725 00 TE250A 0736 00 TE250B 0736 QTL50A 0020 00 DZ150B 0020 00 GX250A 0031 ZX250B XEN 33

. 0031 0480 0056

'* TEG 33 0602 00

el i

GINNA STATION T1ae; Message: ~

0715 1988 EVALUATED EXERCIS MESSAGE FORM mu at p a dit'o s: See Attached Sheets M~essa e: +*+THIS IS AN EXERCISE***

FOR CONTROLLER USE= ONLY Co t plier Notes: "

'tions E ected:

1988 EVALUATED EXERCISE MAJOR PARAMETERS Reactor Shutdown N-31 N-32 N-35

~

YES 0 CPS CPS~

Hi h Head S.I.

FI-924 FI-925 1A.

~~ CP INSERT TB GPM GPM s

N-36 Avg. Nuclear Power

~i~

~CMI AMPS 1B.

1C.

INSERV INSERV STB OOS OOS OOS RCS Pressure PSIG BAST Level =

PRZR Level 5'ow A RCP NN N STOPPED Head S.I. s B RCP STOPPED FI-626 GPM 1A S/G Level 1A. INSERV B OOS RECIRC 1B S/G Level 1B. INSERV STB OOS RECIRC 1A S/G Pressure ~~00 PSIG RWST Level =

1B S/G Pressure Turbine/Generator 4 KV Buses 480V Bpses

'nmt Pressure

~

NL RGIZE ENERGIZE PSIG OFFLINE DEENERGIZED DEENERGIZED 0 IR. PSIG Containment FI-931A

'I-931B 1A.

~

~~

INSERV ra G""

6 TB s

OOS Cnmt Sump A Level ~l FEET 1B.

Cnmt Sump 8 T.evil Loop Hot Leg

~C. INCS:"S F

NaOH INSERV Tank Level = ~~

TB OOS 8

z Loop Cold Leg F Containment Recirc Fans Loop Hot Leg 1A. -

NSER STBY OOS B Loop Cold Leg

~

F 1B. N R ST OOS RVLIS 1C. INSE TB OOS

,<<CET M~O F 1D. SER STBY OOS S/G A Total Aux FW Flow GPM Post Accident Dampers OPEN LOSED S/G B Total Aux FW Flow GPM Service Water DIESEL GENERATORS lA. ER STBY OOS 1B. E STBY OOS A. RUNNING UNLOADED STBY OOS 1C. ER STBY OOS BE UNNIN UNLOADED STBY OOS 1D. INSER TBY OOS TSC RUNNING UNLOADED S OOS A6B Header Pressure PSIG Security RUNNING UNLOADED B OOS nent Coolin Water

'1B. INSERV STBY S Aux. Feedwater s Surge Tank Level =

1A. INSERV B OOS 1B. INSERV TB OOS Standb Aux. Feedwater s Turb. Driven INSERV STBY OS 1C. INSERV TB OOS CST Level ~ FEET 1D. INSERV B OOS

<<CET = Average of Selected Core Exit Thermocouples

$ qi 88 PROGRAM NAME:LRGTSZ. E o7:rs.'b R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGN%BIT SRQQLRY GROUP NAME daOm DESCRIPTION EVENT 1 PLANT STATUS~DON'T MODIFY

'C-703 POINT ID DESCRIPTION ClJRRFBIT VALUE 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 N31 SOURCE RANGE DETECTOR N-31 g ~gg gg M~0 I INHB CPS 4 N32 SOURCE RANGE DETECTOR N-32 ~3y~Q$ Ol Qlft6 CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 '7 ~ 3')0.5b INHB AMP 6 N36 INTERMEDIATE RANGE DETECTOR N-36 INHB ~P 7 NP AVERAGE NUCLEAR POWER qq.Sl GOOD 'L 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS Cero PSIG

't LPZR PRESSURIZER AVERAGE LEVEL d5.l GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW 98.tr GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW 'f8 > GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN GOOD DEGF

~ 15 LSGA STM GEN A NARROW RANGE AVG LEVEL 528 GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL N.o GOOD 17 PSGA STM GEN A AVERAGE PRESSURE g@o GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE v(o GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUS11A BUS 11A SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS llB SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 BllA12A BUS 11A TO 12A TIE BREAKER TRIPPED GOOD 26 BllB12B BUS llB TO 12B TIE BREAKER TRIPPED GOOD 27 ~ fX,

'CV CONTAINMENT AVERAGE PRESSURE GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL lee GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) ~

LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

ocr I 07:g:

PROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSI(RQIENT '

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'"C MODIFY ENGR UNITS 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE (co-l GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE sss -e GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE 8+/ .3 GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) f73 i GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) GOOD DEGF 45 LRV ,REACTOR VESSEL AVERAGE LEVEL I sS-3 'OOD 46 TCCORE El.l INCORE TC AVERAGE TEMP Gc'0. j GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW I~ GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW GOOD GPM 49 BKR081 MTR AUXILIARY FEEDWATER PUMP A'TR OFF GOOD 50 BKR082 AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW 0- GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW Oo ~ GOOD GPM 55 P2160 SERVICE WATER PUMPS A 6 B HEADER ll ~ GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER ll ~ GOOD .PSIG 57 BKR041 SERVICE WATER PUMP A od GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D oA GOOD

C)c7 PR NAl :LRGTSZ.E 07:/

R.E. GINNA NuCLEAR POWER PLANT TREND GROUP ASSIGNl692T

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION 1

2 F0619 LRWST COMPONENT COOLING LOOP TOTAL FLW REFUELING WATER STORAGE TANK LVL l~. LALM GOOD GPM 3 WS033 33 FOOT LEVEL WIND SPEED GOOD MPfl 4 WD033 33 FOOT LEVEL WIND DIRECTION 2(o 2- GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE 7/ 5 GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE 7 0-5 GOOD DEGF 7 WDT2 . 250 TO 33 FOOT LEVEL DELTA TEMP 3.0 GOOD DEGF 8 Rpl AREA 1-CONTROL ROOM /.OOC- O/ GOOD MR/H 9 R02 AREA 2-CONTAINMENT s.7tt a.<<oo GOOD MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR /.oC a.+o~ GOOD MR/H ll R10A CONTAINMENT IODINE MONITOR R10A /.96+ 03

5. /E/-nw GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE GOOD CPM 13 R12 CONTAINMENT GAS MONITOR g.g F +Ox GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B a.3E +OW GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 9./ E + Ol GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR g.( E +ol GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7. 90E.Ot GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE s.c 0 a.-ol GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST /.k C. +OS GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS s+a >'d L GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS s+aiid h GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS s+o).d j GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS !o OE" 0/a GOOD vcr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS /.OE, -oS GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9"HIGH RANGE GAS /.OE,-c3 GOOD ucr/cc 26 R15AS AIR EJECTOR CHAN 5-LOW RANGE GAS h,.OE - Q(n GOOD vcr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /". OE -OS GOOD vcr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /. DE.- O3 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) /.OOa- O~ GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) /. OD F -OW GOOD MR/HR

Ti$8! 07 15

~ EGZRP 700I CXNHF5%

AV77 HLME 33A AVGE 0042 ST. MT 00900 MIN.

0011 KQf.

0050 I

%S 00

%S 33B 0043 00910 0012 0052 00

%S150A 0040 01000 0022 0060 00

%S150B 0042 01100 0023 0061 02

%S 250 0042 01000 0010 0055 00 NAME

%D 33h AVGB 0262 ST. EEV 03000 MING 0230 MAX+ MMXt A%% CÃZ I 0275 0072 0020 0064 00

%D 33B 0261 03010 0231 0275 0071 0021 0063 00

%D150A 0270 03100 0255 0280 0045 0022 0062 00

%D150B 0271 03000 0250 0275 0035 0023 0060 02

%D 250 0275 03000 0255 0280 0055 0025 0061 00 MME AVGE I NAME AVGE I00 MME AVGE I TER33A 0715 00 TER33B 0715 TE150A 0735 TE150B 0735 00 TE250A 0745 - 00 TE250B 0745 VHSOA 0200 00 DZ150B 0200 00 VZ250A 0030 QE250B 0030 DSf 33 0480 TEG 33 0602 00 HQZ '056

Time: 0730 Message: 3 GINNA STATION 988 EVALUATED EXERCISE mu ated p ant Condi ions: See Attached Sheets gessacCe: ***THIS IS AN EXERCISE***

Alarms received in the Control Room:

o Fire Zone S-12 (Diesel Room 1A pre-Action System) Alarm ~a d Flow Alarms.

FOR CONTROLLER USE ONLY Controller Notes:

1) This is the beginning of a fire on the north end of the 1A diesel engine. The fire originated around the leaking fuel oil filter from an extension cord that -shorted out on the engine.

Actions E ected:

1) Control Room sounds the fire alarm and activates the Fire Brigade.

1988 EVALUATED EXERCISE Time: 0130 MAJOR PARAl6HERS Reactor Shutdown ~FEE Hi Head S.I.

N-31 O Fl-924 N-32 CPS FI-925 ~~ GPM

~

CPS GPM N-35 ANPS 1A. INSERV TB OOS N-36 ANPS 1B. INSERV TB OOS Avg. Nuclear Power 1C. INSERV STB OOS RCS Pressure PRZR Level

~<~ PSIG BAST Level =

A RCP NNIN STOPPED Low Head S.I. s B RCP UNNIN STOPPED FI-626 GPM 1A S/G 1B S/G Level Level

~3 1A.

1B.

. INSERV INSERV TB TB OOS RECIRC OOS RECIRC lA S/G Pressure PSIG RWST Level =

1B S/G Pressure Turbine/Generator 4 KV Buses 480V Cnmt Cnmt Buse's Pressure Sump A Level ONL N NERGIZE ENERGIZE T 6 0~

PSIG OFFLINE DEENERGIZED DEENERGIZED F PSIG FEET Containment FI-931A FI-931B 1A.

~

~~

INSERV ra GPM GPM TB s

OOS 1B. INSERV

~~

TB OOS e

Cnmt Sump B Level C INCHES NaOH T & Level = %

Loop Hot Leg oF A Loop Cold Leg 6<Q oF Containment Recirc Pans Loop Loop Hot Leg Cold Leg MmL F 1A. SE STBY OOS 1B. NSER STBY OOS RVLIS 1C. IN

~CET

~GO TB OOS S/G A S/G B Total Aux Total Aux FW FW Flow Flow

~)

~~ GPM GPM 1D. NSE Post Accident Dampers STBY OOS OPEN LOSED Service Water s DIESEL GEN1FRATORS 1A. S STBY OOS 1B. STBY OOS A. RUN NG UNLOADED STBY 1C. SE STBY OOS B. UNNIN UNLOADED STBY OOS 1D. NSER STBY OOS TSC RUNNING UNLOADED Security RUNNING UNLOADED B OOS OOS ARB Header Pressure ~$ PSIG nent Coolin Water s 1A. INSE TBY S 1B. STBY OOS Aux. Peedwater s Surge Tank Level =

1A. INSERV Y OOS 1B. INSERV TB OOS Standb Aux. Peechrater s Turb. Driven INSERV STBY OS 1C. INSERV TB OOS CST Level ~G. FEET 1D. INSERV STB OOS

CET = Average of Selected Core Exit Thermocouples

lR) fE PROGRAM NAME:LRGTSZ. E 0 l:30.'2 R ~ E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGRKHT SlNMARY GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T, MODIFY POINT ID DESCRIPTION ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 N31 SOURCE RANGE DETECTOR N-31 q ~ ga(oz.-ot INHB CPS 4 H32 SOURCE RANGE DETECTOR N-32 3. ig7S 3-Ot XNQg CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35

~

q.q((,w -o9 INHB AMP 6 H36 INTERMEDIATE RANGE DETECTOR N-36 i9V<< INHB ~P 7 NP AVERAGE NUCLEAR POWER fp5 GOOD 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS oooo PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL 9 f.8 GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW 'fF s7 GOOD 11 FRCLB REACTOR COOLANT LOOP B AVG FLOW gg 2. GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL ~.S GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL GOOD 17 PSGA STM GEN A AVERAGE PRESSURE 7 CO. GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE gCo. GOOD PSIG 19 GEHBKR1 GENERATOR ON LINE BREfQKR 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUSllA BUS llA SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS llB SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 BllA12A BUS 11A TO 12A TIE BREAKER TRIPPED GOOD 26 BllB12B BUS 11B TO 12B TIE BREAKER TRIPPED GOOD 27

'CV CONTAINMENT AVERAGE PRESSURE ~ I> GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL l ~8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

or~

o7~

W PROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNIIENT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY DPDCRIPTION ,CURRENT VALUE ENGR UNITS 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L09438 SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE Goo iO GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE sef .p GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE o'Ai .'f GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE 5W ~ t GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) sea -'1 GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) gyes. 6 GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL l]S.S GOOD 46 TCCORE El.l INCORE TC AVERAGE TEMP 609 eo GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW t ~ GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW 0 ~ GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW oo- GOOD GPM 55 P2160 SERVICE WATER PUMPS A & B HEADER GOOD PSIG 56 P2161 SERVICE WATER PUMPS C & D HEADER 73 ~ GOOD PSIG 57 BKR041 SERVICE WATER PUMP A 04 GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D oP GOOD

FACT PR NAl :LRGTSZ.E 07'0:

F,.E. GIHHA NUCLEAR POWER PLANT TREND GROUP ASSIGRKNT

SUMMARY

GROUP DESCRIPTION SC-703 PLANT PCATUS~DON'T MODIFY DESCRIPTION CURRnrr VALUE RRI '

F0619 COMPONENT COOLING LOOP TOTAL FLW l>1I- LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL qd -5 GOOD 3 WS033 33 FOOT LEVEL WIND SPEED 5.0 GOOD MPll WD033 33 FOOT LEVEL WIND DIRECTION z.aV GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE "/I ~ Gr GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE 7l. I GOOD DEGF 1 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP i.l - GOOD DEGF MR/H 8 R01 AREA 1"CONTROL ROOM !.oo F oI GOOD 9 R02 AREA 2-CONTAINMENT 9. 0/E ~oo GOOD MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR I. O'I E.@o~ GOOD MR/H 11 R10A CONTAINMENT IODINE MONITOR RlOA > 5F +Os GOOD CPM 12 R11 CONTAINMENT AIR PARTICULATE l..l a+ D~ GOOD CPM 13 R12 CONTAINMENT GAS MONITOR B.DE+ Ow GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B 3. I E. +O3. GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 'P.l E + ol GOOD, CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR v.l F. +OI GOOD CPM 17 R29 AREA 29"CONTAINMENT HIGH RANGE 7 9DE-ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE Q.(.'I E -oI GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST I. OE.+ O~ GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS ~+a d 4 GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS ~to>id L GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS sknnd t GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5"LOW RANGE GAS E.DF -D( GOOD vcr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS I OC OS GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS I, DE-O3 GOOD ucr/cc 26 R15AS AIR EJECTOR CHAN 5-LOW RANGE GAS 5;oF-o( GOOD ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS I. DG-O5 GOOD ucr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS I DE-03 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) I. D D E. - 0 W GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) I. OD f.--0& GOOD MR/HR

TRIMS 07 t 30

~ fGTRÃE'00 I CXHPOZER AV77 NAME

%8 33A AVGE 0050

~ ST IEV 00900 MIN. MAX. I 0011 0060 00

%8 33B '050 00910 0012 0052 00

%S150A 0040 01000 0022 0060 00

%S150B 0042 01100 0023 0061 02

%S 250 0063 01000 0010 0070 00 MME 33h AVGE 0264 ST+ EEV 03000 MIN+ MAX. MAR AVE CST I

%D 0252 0285 0072 0020 0064 00

%D 33B 0265 03010 0251 0275 0071 0021 0063 00

%D150A 0270 '03100 0255 0280 0045 0022 0062 00

%D15OB 0272 03000 0256 0285 0035 0023 0060 02

%D 250 0275 03000 0255 0280 0055 0025 0061 00 MHE AVGE I MHE AVGE Z KLHE AVGE I TER33A 0716 00 TER33B '0 0716 00 TEL50A 0736 TE150B 0736 TE250A 0747 00 TE250B 0747 VT15OA 0020 00 DT15OB 0020 00 QX250A 06%1

, QX250B 0031 ~

EEF 33 0436 TEG 33 0602 00 KQN 0056

Time: 0740 Message: ~X GINNA STATION 1988 EVALUATED EXERC S SSAGE FO a ed a t ond to s:

geessa e: a*+THIS IS AN EXERCISE***

The north end of the lA Diesel Generator engine is engulfed in smoke with some flames visible. Rater flow from the fire nozzles just above the fire actuates as you enter the room.

OR CONTROLLER USE ONLY Controller Notes:

1) If offsite fire fighting assistance is will intercede to prevent off-site firerequested, Controllers department response.

2) See attached map for location of fire. Provide information verbally when the appropriate investigations are made by the Fire Brigade (when it arrives).

ctions E ected:

1) Fire Brigade Captain to direct proper fire fighting activities on the lA diesel engine fire.

2) Fire Brigade Captain should keep Control Room advised of fire fighting activities.

Time: 0740 Message: 4X GINNA STATION 1988 EVALUATED EXERCISE MESSAGE FORM Simulated Plant Conditions:

Me~sacee= ***THIS IS AN EXERCISE***

The north end of the lA Diesel Generator engine is engulfed in smoke with some flames visible. Water flow from the fire nozzles just above the fire actuates as you enter the room.

FOR CONTROLLER USE ONLY Controller Notes:

1) If-offsite fire fighting assistance is requested, Controllers will intercede to prevent off-site fire department response.

2) See attached map for location of fire. Provide information verbally when the appropriate investigations are by the Fire Brigade (when it arrives). made Actions cted:

1) Fire Brigade Captain to direct proper fire fighting activities on the 1A diesel engine fire.

2) Fire Brigade Captain should keep Control Room advised of fire fighting activities.

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Time: 0745 Message: 5 GINNA S A 0 1988 ALUATED EXERCIS SSAG 0 S mulated lant Conditions: See Attached Sheets gessacCee: ***THIS IS AN EXERCISE***

FOR CONTROLLER USE ONLY Controller .Notes:

1) Fire Brigade fighting 1A diesel engine fire.

Actions E ected:

1), An ALERT should be declared in accordance with SC-100, "Ginna Station Event Evaluation and Classification", EAL: Fire; Fire Potentially Affecting Safety Systems as Determined by the Shift Supervisor.

2) Implement SC-202, "ALERT":

a) Make notifications.

b) Assess and monitor Plant conditions. Update off-site agencies at least every 30 minutes and whenever there are significant changes in Plant status.

c) Activate the TSC, OSC, SC.

Time: 0745 Message: 5 GINNA STATION 1988 EVALUATED EXERCISE MESSAGE FORM Simulated Plant Conditions: See Attached Sheets Messacee: ***THIS IS AN EXERCISE***

FOR CONTROLLER USE ONLY Controller Notes:

1) Fire Brigade fighting 1A diesel engine fire.

Actions cted:

1) An ALERT should be declared in accordance with SC-100, "Ginna Station Event Evaluation and Classification", EAL: Fire; Fire Potentially Affecting Safety Systems as Determined by the Shift Supervisor.

2) Implement SC-202, "ALERT":

a) Make notifications.

b) Assess and monitor Plant conditions. Update off-site agencies at least every 30 minutes and whenever there are significant changes in Plant status.

c) Activate the TSC, OSC, SC.

1988 EVALUATED EKERCISE T~: ~995 MAJOR PARAMETERS Reactor Shutdown N-31 N-32 N-35 N-36 Y~ES

~t~ I N

CPS CPS AMPS AMPS Hi Head FI-924 FI-925 1A.

1B.

~ S.I.

O INSERV INSERV GPM GPM s

TBY OOS TB OOS Avg. Nuclear Power RCS Pressure

~0

~l~o PSIG 1C. INSERV BAST AeveI = ~te TB OOS PRZR Level A RCP S.I.

B RCP 1A S/G Level N

UNNIN STOPPED STOPPED Last Head FI-626 1A.

~~

INSERV GPM s

B OOS RECIRC 1B S/G Level 1B. INSERV TB OOS RECIRC 1A 1B S/G S/G Pressure Pressure

~F~tJ V4 PSIG PSIG RWST Level = ~g Turbine/Generator, NL N OFFLINE Containment ra 4 KV Buses NERGIZE /DEENERGIZED FI-931A C) GPM 480V Busds ENERGIZE DEENERGIZED FI"93IB (5 GPM

'nmt'Pressure ~ OPIZF PSIG 1A. INSERV TB OOS Cnmt Sump A Level ~l FEET 1B. INSERV TB OOS Cnmt Su Loop e . B Hot Leg Level ~C.

~ee INCHES F

NaOH Tank v<<' ~$

A Loop Cold Leg S'~Q Containment R irc Pans B Loop Hot Leg ~eo eF 1A. E STBY OOS Loop Cold Leg 1B. STBY OOS RVLIS c$ 1C. INSERV T OOS

CET 7rOL

. S/G A S/G B Total Total Aux Aux FW FW Flow Flow

~~

F GPM GPM 1D. SE STBY Post Accident Dampers OOS OPEN OSED Service Water s 1A. RV STBY OOS 1B. E STBY OOS A. RUNNING UNLOADED STBY OS 1C. ERV STBY OOS B. NNIN UNLOADED STBY OOS 1D. E STBY OOS TSC RUNNING UNLOADED TB OOS Security RUNNING UNLOADED TBY OOS A&B Header Pressure ~? PSIG nent Coolin Water s 1A. INSERV OOS 1B. NSE STBY OOS Aux. Peechrater s 'Surge Tank Level =

1A. INSERV STB OOS 1B. INSERV STB OOS Standb Aux. Peechrater s Turb. Driven NSERV STBY OS 1C. INSERV TB OOS CST Level ~ FEET 1D. INSERV TB OOS

CET = Average of Selected Core Exit Thermocouples

PROGRAM NAME:LRGTSZ.E g7 9'5 .'O'I R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGR69lT 'Stl55ARY

'GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION CURRF2tT VALUE ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 N31 SOURCE RANGE DETECTOR N-31 62 g(Q al gu~ CPS 4 N32 SOURCE RANGE DETECTOR N-32 3 X~3i S -<l gung CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 3g LIg-og INHB AMP 6 H36 INTERMEDIATE RANGE DETECTOR N-36 I 1,</-Og INHB glP 7 HP AVERAGE NUCLEAR POWER GOOD 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS 2.2.1I0 a l,"a o PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL 08.1 GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW 'IS.~ GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN GOOD DEGF 15 LSGA ,STM GEN A NARROW RANGE AVG LEVEL $ 2'7 GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL g2.3 GOOD 17 PSGA STM GEN A AVERAGE PRESSURE 3 6b. GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE 1(O. GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUSllA BUS 11A SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS 11B SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 B11A12A BUS 11A TO 12A TIE BREAKER TRIPPED GOOD 26 BllB12B BUS llB TO 12B TIE BREAKER TRIPPED GOOD 27

'CV CONTAINMENT AVERAGE PRESSURE

~ ~ 19 GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

p(r 0/: 0) .'i PROGRAM NAME:LRGTSZ.E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSICRQlENT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION ENGR UNITS 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER .GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE goo- l GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE $ 99 "t GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE Q'f io GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE gQt oS GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) g 1+0 GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) sr~. ( GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL i l$ .l

( o$ .2 GOOD 46 TCCORE E1.1 INCORE TC AVERAGE TEMP GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW i ~ GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE 'A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW O. GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW .OQ. GOOD GPM 55 P2160 SERVICE WATER PUMPS A 6 B HEADER 72" GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER GOOD PSIG 57 BKR041 SERVICE WATER PUMP A oP GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D GOOD

'b( p PR NAM :LRGTSZ.E Q7: c/g F..E. GIHHA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT SllMNARY GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION 1 F0619 COMPONENT COOLING LOOP TOTAL FLW IEP 0- LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL '7'/-6 GOOD 3 WS033 33 FOOT LEVEL WIND SPEED v. I GOOD MPH WD033 33 FOOT LEVEL WIND DIRECTION ref0 GOOD DEG.

DEGF, 5 WT033 33 FOOT LEVEL TEMPERATURE GOOD 6 WT250 250 FOOT LEVEL TEMPERATURE Ic GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP p c GOOD DEGF 8 R01 AREA 1-CONTROL ROOM ALOOF- oi GOOD MR/H 9 R02 AREA 2-CONTAINMENT /.32 <+Ol GOOD MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR I.SA f +OW GOOD MR/H 11 R10A CONTAINMENT IODINE MONITOR R10A .R.'/i. + 03 GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE Q.'8 E,so~ GOOD CPM 13 R12 CONTAINMEHT GAS MONITOR q. kz+o~ GOOD CPM 14 R10B PLANT VENT IODIHE MONITOR R10B 3,S E +OW GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 9./ E. +O/ GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 7./ p +0/ GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE '.'/DE--Ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 9 ~ C 7E Ol- GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST /;gE +4 GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS s+a.id ky GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS A+a i 1d L y GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS '+~ndhy GOOD vcr/cc 23 R14AS PLANT VENT CHAN 5-LOW RANGE GAS s.oE. -04 GOOD vcr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS /.OE-05 GOOD vcr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS /.OF -O3 GOOD ucr/cc 26 R15AS AIR EJECTOR CHAN 5-LOW RANGE GAS s.oE-o( GOOD vcr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /- QQ 05 GOOD ucr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /.OF -09 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) ~ /.OO - - O~ GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPIHG)

/.OOr -O.>- GOOD MR/HR r

07.45

~

SIIZRP 700'XHHlXER AV77 SAME AVGE ST+ EEV. MIN. MAX I

%8 33h 0071 00900 0015 0080 00

%8 33B 0062 00910 0012 0072 NIXES 00

%815OA 0040 01000 0022 0060 00

%8150B 0042 01100 0023 0061- 02

%8 250 0070 01000 0010 0085 00

%WE AVGE ST+ DBV KN MRR AVRN CHZ I.

%D 33A 0268 03000 0253 0275 0072 0020 0064 00

%D 33B 0265 03010 0251 0275 0071 0021 0063 00

%D150A 0270 03100 0255 0290 0045 0022 0062 00

%D150B 0271 03000 0256 0295 0035 0023 0060 02

%D 250 0275 03000 0255 0297 0055 0025 0061 00 MME TER33A AVGE 0720 I

00 NAME TER33B AVGE 0720 I00 KLME mlSOA AVGE 0740 I

TE150B 0741 00 TE250A 0755 00 TE250B 0750 GTiSOA 0020 00 V%SOB 0020 00 umsOA O>>S

, DT250B 003C H% 33 0485 TEG 33 0602 00 RAIN 0056

Time: 0800 Message: ~6 GINNA STATION 1 88 EVALUATED EXERCISE S mulated P an Condit ons:

Meessa e: +++THIS IS AN EXERCISE**+

The fire is extinguished.

'OR'CONTRO '

USE ONLY I

Controller Notes:

1) Deliver when all objectives for the fire have been demonstrated. Deliver before 0815 at the latest.

Actions E ected:

1) Fire Brigade Captain notify the Control Room/TSC.

2) Re-stow all gear.

Time: 0800 Message: ~7 GINNA STATION 988 EVALUATED EXERCISE MESSAGE FORM i i S'mu ated lan Conditions:

Messacee: ***THIS IS AN EXERCISE***

Declare an ALERT in accordance with SC-100, "Ginna Station Event Evaluation and Classification", EAL: Fire; Fire Potentially Affecting Safety Systems as Determining by the Shift Supervisor.

OR CONTROLLER USE ONLY.

Controller Notes:

1) Deliver only deliver if if an ALERT has not yet been declared.

emergency classification discussions Do are not in progress.

Actions E ected:

Time: 0800 Message: 8 GINNA STATION 1988 EVALUATED EXERCISE MESSAGE FORM imu ated ant Conditions: See Attached Sheets Jfeesaa e: ***THIS IS AN EXERCISE***

OR CONTROLLER USE ONLY Cont'rol ler .Notes."

Actions E ected:

1988 EVALUATED EXERCISE ,Tme QgQO MAJOR PARAMETERS ENGINEEfKD SAFEGUARDS Reactor Shutdown N-31 N-32 N-35 N-36 YES+()

~So O

O CPS CPS AMPH Hi h Head 91-924 FI-929'l 1A.

~ S.I.

INSERT T GPM GPM s

OOS ANPS 1B. INSERV TB OOS Avg. Nuclear Power 1C. INSERV TB OOS RCS Pressure PSIG BAST Level = 5(e PRZR Level A RCP UNNING STOPPED Low Head S.I. s B RCP STOPPED FI-626 (~

~

GPM 1A 1B S/G S/G Level Level

~3 1A.

1B.

INSERV STBY OOS RECIRC INSERV STB OOS RECIRC 1A S/G Pressure ~<~ PSIG RWST Level = e 1B 4 KV S/G 480V'Buses Pressure Turbine/Generator Buses Cnmt Pressu're Cnmt Sump A Level NERGIZE 7CU NLINE OFFLINE NERGIZ PSIG DEENERGIZED DEENERGIZED

~ O.IQ PSIG FI-931B 1A.

1B.

~

Containment FI-931A

.~

INSERV ra GPM GPM T

s OOS Cn 4 4eu Loop PT T Hot Leg 1

~C.

~OO FEET NCHES F

NaOH INSERV Tank Level =

TB

~~ OOS

~

.. Loop Cold Leg Containment irc Fans Loop Hot Leg 43F 1A. STBY OOS Loop Cold Leg DF 1B. NSER ST OOS RVLIS lao w "F

1C. INS OOS

CET 1~0 S/G A S/G B Total Aux Total Aux FW FW Flow Flow

~~ Cl GPM GPM 1D. E STBY OOS Post Accident Dampers OPEN OSED Service Water s DIESEL GENERATORS 1A. E STBY OOS 1B. ERV STBY OOS A. RUNNING UNLOADED STBY 0 1C. SER STBY OOS B. UNNIN UNLOADED STBY OOS 1D.

TSC RUNNING UNLOADED Security RUNNING UNLOADED T B OOS OOS AGB E

Header Pressure STBY OOS 7 ~ PSIG nent Coolin Water 1A. INSERV ST OOS

~ 1B. TBY OOS Aux. Feedwater s Surge Tank Level = Z 1A. INSERV TB OOS 1B. INSERV TB OOS Standb Aux. Feedwater s Turb. Driven INSERV STBY S 1C. INSERV TB OOS CST Level FEET 1D. INSERV TB OOS

CET = Average of Selected Core Exit Thermocouples

0 c7"tfg PS PROGRAM NAME:LRGTSZ. E oEcoo'1 R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGRGWT Sl99lARY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION CURRENT VALUE ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 N31 SOURCE RANGE DETECTOR N-31 p,5a vsB.-ol 3.>-qadi-0'f INHB CPS 4 N32 SOURCE RANGE DETECTOR N-32 3 ~g) 5'gQ 0 3'Hs/6 CPS 7

g.,q<l.~ -K 5 N35 INTERMEDIATE RANGE DETECTOR N-35 ~ INHB AMP 6 N36 INTERMEDIATE RANGE DETECTOR N"36 INHB ~P 7 NP AVERAGE NUCLEAR POWER

'f') de< GOOD 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS 2.~ VO Q,OOD PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL 99 GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW eg.t GOOD 11 FRCLB REACTOR COOLANT LOOP B AVG FLOW fg ix. GOOD I 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 'CPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL +3,I GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL ~2.,2- GOOD 17 PSGA STM GEN A AVERAGE PRESSURE 760 GOOD- PSIG 18 PSGB STM GEN B AVERAGE PRESSURE V&o. GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUS11A BUS 11A SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS 11B SUPPLY BREAKER NOT TRIP GOOD

?3 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER a NOT TRIP GOOD BllA12A BUS 11A TO 12A TIE BREAKER TRIPPED GOOD 25 B11B12B BUS 11B TO 12B TIE BREAKER TRIPPED GOOD 26

'CV CONTAINMENT AVERAGE PRESSURE GOOD PSIG 27 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL Io8 GOOD FEET SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD 30 L0943E

' OC~

0 8:OO ~ c PROGRAM NAME:LRGTSZ.E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT

SUMMARY

GROUP NAME 'ROlJP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T, MODIFY DESCRIPTION ENGR UNITS 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE (p()G 2 GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE QpC,O GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE ggf. t GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE 5g$ <

tlatod.

GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) sr~.'t GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) su. 0 GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL GOOD 46 TCCORE El.l INCORE TC AVERAGE TEMP t GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW l. GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 0

53 FSIA SAFETY INJECTION LOOP A AVG FLOW GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW OOi GOOD GPM 55 P2160 SERVICE WATER PUMPS A G B HEADER 1+~ GOOD PSIG 56 P2161 SERVICE WATER PlJMPS C G D HEADER 72.i GOOD PSIG I 57 BKR041 SERVICE WATER PUMP A PPJ GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD eo BKR044 SERVICE WATER PUMP D od GOOD

pr r PR NM :LRGTSZ.E R.E. GINNA L. 'LEAR POWER PLANT TREND GROUP ASSICRQKNT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION CURRENT VALUE 1 F0619 COMPONENT COOLING LOOP TOTAL FLW I'f 77 m LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL q'/-5 GOOD 3 WS033 33 FOOT IEVEL WIND SPEED GOOD MPfl WD033 33 FOOT LEVEL WIND DIRECTION l/ GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE GOOD DEGF I WDT2 250 TO 33 FOOT LEVEL DELTA TEMP GOOD DEGF 0 Rpl AREA 1-CONTROL ROOM vl GOOD MR/H 9 R02 AREA 2-CONTAINMENT -Ol GOOD MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR .2 .

~ /'-+ 62 GOOD MR/H 11 R10A CONTAINMENT IODINE MONITOR R10A C J GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE ~

I.5=-. + C.a GOOD CPM 13 R12 CONTAINMENT GAS MONITOR 7.3! + OW GOOD CPM PLANT VENT IODINE MONITOR RlpB +OP-R10B

$ .y 14 GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE -.' col z GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR I.'1: DI ~ GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7.'POE- 6/ GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE Ol GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST I. I r.: ~ ~..~. GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS GOOD 'ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS . ~ ~ L tiI 0'/ GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS S t;l.'.rl ).' GOOD ucr/cc j F. - C u

~

23 R14A5 PLANT VENT CHAN 5"LOW RANGE GAS . '. GOOD vcr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS ,- c5 GOOD vcr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS !.QE "c)=l GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS F-u GOOD ucr/cc 21 R15A7 AIR EJECTOR CHAN 7"MID RANGE GAS ;. I -Oi GOOD ucr/cc 20 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) '.-0 L, GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) fi.7~ GOOD MR/HR

I SZZBRE'001 CUE!IKL AV77 AVGE ST EEV MZN. MAX I00 IS 33A 0059 00700 0011 0070 IS 33B 0060 00910 0012 0082 00

%S150A 0049 01000 0022 0060 00

%S150B 0044 01100 0023 0061 02

%$ 250 0050 01000 0010 0055 00 NAME AVGE ST DEV KNo MAX. MNGR MRN CÃZ I

%) 33A 0264 03000 0250 0275 0072 0020 0064 00

%D 33B 0265 03010 0251 0275 0071 0021 0063 00

%D150A 0270 03100 0255 0280 0045 0022 0062 00

%D150B 0272 03000 0250 0295 0035 0023 0060 02

%D 250 0275 03000 0255 0300 0055 0025 0061 00 NAME AVGE I NAME AVGE I NAME AVGE I TER33A 0720 00 TER33B 0720 00 TE150A 0745 TEX50B 0745 00 TE250A 0755 00 TE250B 0755 DT150A 0025 00 OT150B 0025 00 DISOA 0035 PT250B . 0035 DBf '33 0485 TEG 33 0602 00 0056

Time: 0815 Message: 9 GINNA STATION 1988 EVALUATED EXERCISE MESSAGE FORM S mulated Plant Conditions: See Attached Sheets

~Massa e: s**THIS IS AN EXERCISE***

FOR CONTROLLER USE ONLY Controller Notes:

1) The fire on the 1A diesel engine is extinguished.

ctions E ected:

1) Efforts may commence to determine 1A emergency diesel generator.

the damage, if any, to the

1988 EVALUATED EXERCISE MAJOR PARAMETERS ENGINFMRED SAFEGUARDS Reactor Shutdown F~SS O Hi h Head S.I. s N-31 F2-924 N-32 N-35 CPS SMFS Fl-925 1A.

~~

INSERV GPM GPM T OOS N-36 ~(g~ AMPS 1B. INSERV TB OOS Avg. Nuclear Power ~iu 1C. INSERV TBY OOS RCS Pressure ~w 5LW PSIG BAST Level =

PRZR Level ~ 5 A RCP UNNIN STOPPED Low Head S.I. s B RCP UNNIN STOPPED FI-626 GPM 1A S/G Level 1A. INSERV TB OOS/RECIRC 1B S/G Level 1B.

lA S/G Pressure 1B S/G Pressure

~GO 0

PSIG PSIG RWST Level = ~~

INSERV TB OOS RECIRC Turbine/Generator ONLI OFFLINE Containment ra 4 KV Buses NERGIZE DEENERGIZED FI-931A G"."

480V Buses ~ NERGIZED DEENERGIZED 'I-931B 6

'nmt Pressure ~C4 ll PSZG 1A. INSERV THY OOS Cnmt Sump A Level Q~ FEET .1B. INSERV Cnmt Sump 0 Level ~

~ w wwt Iw ~ Fw ~ I NaOH ank Level Loop Hot Leg 09 F

~ Loop Cold Leg S'MF "F Containment irc Fans Loop Hot Leg Loop Cold Leg N~ "F 1A. STBY OOS

~

1B. SER STBY OOS RVLIS 1C. INSERV

CET

~OG OOS 1D. S R STBY OOS S/G A Total Aux FW F low GPM Post Accident Dampers OPEN LOSED S/G B Total Aux FW F low Cl GPM Service Water s DIESEL GE%9ULTORS 1A. STBY OOS 1B. ER STBY OOS A. RUNNING UNLOADED STBY OS 1C. S R STBY OOS B. UNNING UNLOADED STBY OOS 1D. S STBY OOS TSC RUNNING UNLOADED B OOS AGB Header Pressure 72 PSIG Security RUNNING UNLOADED OOS nent Coolin W ter s ENGINEERED SAFKKARDS 1A. INSERV TB OOS

~

1B. NSE STBY OOS Aux. Feedwater s Surge Tank evel =

1A. INSERV TB OOS 1B. INSERV TBY OOS Standb Aux. Feedwater s Turb. Driven INSERV STBY OS 1C. INSERV TB OOS CST Level ~ FEET 1D. INSERV TB OOS

CET = Average 'of Selected Core Exit Thermocouples

.c4 f9) F.S PROGRAM NAME:LRGTSZ.E c P.'/6-'ll R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGN%MT SU)QlARY GROUP DESCRIPTION SC-703 PLANT STATUS*DON'T,MODIFY POINT ID DESCRIPTION 'URRP2iT VALUE ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD SOURCE RANGE DETECTOR N-31 'j.spoils -ot 1.g 7'ol 3 N31 INHB CPS 5

N32 N35 SOURCE RANGE DETECTOR N-32 INTERMEDIATE RANGE DETECTOR N-35 -7 y~

3')72] -0 t

&lb INHB CPS AMP 6 N36 INTERMEDIATE RANGE DETECTOR N-36 < ~gag -Og INHB j&lP 7 NP AVERAGE NUCLEAR POWER H9 i7~ GOOD 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS ~? Q5 ('ooO PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW q9> t GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW qk.S GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN GOOD DEGF

~ 15 LSGA STM GEN A NARROW RANGE AVG LEVEL Sz.'f GOOD SZ.S 16 17 LSGB PSGA STM GEN B NARROW RANGE AVG LEVEL STM GEN A AVERAGE PRESSURE 7t'.

v(oo.

GOOD GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUSllA BUS llA SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS 11B SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 BllA12A BUS llA TO 12A TIE BREAKER TRIPPED GOOD 26 BllB12B BUS llB TO 12B TIE BREAKER TRIPPED GOOD 27

'CV CONTAINMENT AVERAGE PRESSURE .jW GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL f.e GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

' QC7 o~: i

/ig

~

PROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T. MODIFY POINT ID DESCRIPTION ENGR UNITS 31 L0942D SUMP 8 LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN 8) LOWER GOOD 33 L0942C SUMP 8 LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP 8 LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L09428 SUMP 8 LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L09438 SUMP 8 LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE 4 oo.l GOOD DEGF no T0410A RCLB HOT LEG TEMPERATURE 6 oo.o GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE 5'g] oO GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) o18o l GOOD DEGF, 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) 57>oS GOOD DEGF 45 l5'. 6 46 47 LRV TCCORE REACTOR VESSEL AVERAGE LEVEL El.1 INCORE TC AVERAGE TEMP S/G A TOTAL AUX FEEDWATER FLOW i 0't.~

(

-f GOOD GOOD DEGF 48 49 FAUXFWA FAUXFWB BKR081 S/G 8 TOTAL AUX FEEDWATER FLOW MTR AUXILIARY FEEDWATER PUMP A OFF li~ GOOD GOOD GOOD GPM GPM 50 BKR082 MTR AUXILIARY FEEDWATER PUMP 8 OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD l2 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW Qs GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW OO+ GOOD GPM 55 P2160 SERVICE WATER PUMPS A & 8 HEADER 12o 0 GOOD. PSIG 56 P2161 SERVICE WATER PUMPS C & D HEADER 7+i GOOD PSIG 57 BKR041 SERVICE WATER PUMP A Oh/ GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D ()aJ GOOD

cf '1 g

PR Hhl. :LRGTSZ.E 5'3 F;.E. GIHNA HuCLEAR POWER PLANT TREND GROUP ASSIGRlRNT SUMMMY GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION 1 F0619 COMPONENT COOLING LOOP TOTAL FLW LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL GOOD 3 WS033 33 FOOT LEVEL WIND SPEED 6.0 GOOD MPH WD033 33 FOOT LEVEL WIND DIRECTION z.t' GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE 1l GOOD DEGF I DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE I GOOD 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP S'il l GOOD DEGF 8 R01 MEA 1-CONTROL ROOM /, oui. - Dl GOOD MR/H 9 R02 MEA 2-CONTAINMENT r2. "/.r + .') I GOOD MR/H 10 R09 MEA 9"LETDOWN LINE MONITOR 3.."." i I. D GOOD MR/H ll R10A CONTAINMENT IODINE MONITOR R10A '/.i 8+ 03 GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE 4 QF GOOD CPM 13 R12 CONTAINMENT GAS MONITOR +O~ GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B r <Oa GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 1. I l'=+Ol GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR '/.l C tOI GOOD CPM 17 R29 AREA 29"CONTAINMENT HIGH RANGE 7 '/DE c I GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 8 ('/r" . Ol GOOD . R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST l, l F +Dm GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS Sko.i J GOOD ucI/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS sko,idly GOOD VCI/CC 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS orl "l 4p GOOD VCI/CC 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS ,5.5 E.- O( GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7"MID RANGE GAS /.oP - o5, GOOD VCI/CC 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS /.OE-G3 GOOD ucI/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS .5.5 F -O/ GOOD vcr/CC 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /. 3/- -O5 GOOD UCI/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /.i>/. - D3 GOOD ucI/cc

.29 R31 MEA 31 STEAM LIHE A (SPING) /.~"'OJ GOOD MR/HR 30 R32 MEA 32 STEAM LINE B (SPING) /.OD - -( ~ GOOD MR/HR

Time: 08:15 ISZHKP 700'XMRXRR AV77 KAME AVGE ST+ EEV MIN MAX I

%S 33A 0060 00700 0061 0070 00

%S 33B 0052 00910 0012 0072 00

%S150A 0050 01000 0022 0060 00

%S150B 0062 01100 0023 0071 02

%S 250 oovo oaooo 0010 0085 00 2QHE AVGE ST. DEV MZN. MAX+ . MNDR AVRN CÃ2 E

%D 33A 0269 03000 0250 0285 0072 0020 0064, 00

%D 33B 0270 03010 0251 0285 oova oo21 0063 00

%D150A 0275 03100 0255 0280 0045 0022 0062 00

%D150B 0276 03000 0250 0285 0035 0023 0060 02 250 0278 03000 0255 0290 0055 0025.. 0061 00

%D RIME AVGE I NAME AVGE I NAME AVGE I TER33A 0725 00 TER33B 0725 00 TEaSOA 0745 TE150B 0745 00 TE250A 0756 00 TE250B 0756 vza50A 0020 00 02150B 0020 00 DX250A 0031 QT250B 0031 IKF 33 0485 TEG 33 0602 00 KGN 0056

Time: 0830 Message: ~o 1988 EVALU TED E CIS SS G mulated Plant Conditions: See Attached Sheets gessacCe: ***THIS IS AN EXERCISE***

CO OLLER USE ONLY Controller'Notes':

1) The TSC should be nearing response organization operational status.

Actions E cted:

1) The TSC should be sending a repair team out when available to assess the damage to the 1A diesel generator.

2) The TSC may be assessing having the testing on the 34.5 KV circuit 751 terminated and having the circuit returned to operational readiness.

3) The TSC should start sending out SC-701 30 minute updates.

e 0

1988 EVALUATED EXERCISE Time: OS'30 ENGINEERED SJLHMMRDS Reactor Shutdown Hi h Head S.I.

N-31 N-32

~~

~FEB CPS CPS FI-924 FI-925

~~

~~ GPM GPM s

N"35 AMPS 1A. INSERV TB OOS N-36 AMPS 1B. INSERV OOS Avg. Nuclear Power RCS Pressure PRZR Level

~~ EIEI SD PSIG

~

1C. INSERV STB BAST Level =

OOS A RCP UNNIN STOPPED Low Head S.I. s B RCP RUNNIN STOPPED FI-626 GPM 1A 1B S/G S/G Level Level

~3 1A.

1B.

INSERV INSERV TB TB OOS RECIRC OOS RECIRC 1A S/G Pressure ~'yO PSIG RWST Level =

1B S/G Pressure Turbine/Generator 4 KV Buses

.480V Buses Cnmt Pressure Cnmt Sump A Level NL RGIZE ENERGIZE OD PSIG OFFLINE DEENERGIZED DEENERGIZED 0 II PSIG FEET FI-931A FI-931B 1A.

1B.

~'l Containment INSERT INSERV ra GPM GPM s

OOS TB OOS Cn-t Sump 8 Level INCHFS NaOH T~gsg Laavel Loop Hot Leg A Loop Cold Leg ~K "F OO F Containme irc Pans B Loop B Loop RVLIS Hot Leg Cold Leg 5'.

gO DF F

1A.

1B.

1C.

SE SER INSERV STBY OOS STBY OOS OOS

<<CET 0 F 1D. NSER STBY OOS S/G A Total Aux Flow S/G B Total FW Aow FN Plow ~~ C) GPM GPM Post Accident Dampers Service Wa s OPEN OSED 1A. NS STBY OOS 1B. SE STBY OOS A. RUNNING UNLOADED STBY S 1C. NSERV STBY OOS B. UNNIN UNLOADED STBY OOS 1D.

TSC RUNNING UNLOADED Security RUNNING UNLOADED TB OOS OOS A&B Header SE STBY Pressure ~'SIG OOS nent Coolin W te'r s 1A. V TB OOS 1B. NSERV STBY OOS Aux. Feedwater s Suzge Tank Level =

1A. INSERV TB OOS 1B. INSERV TB OOS Standb Aux. Feechrater s Turb. Driven INSERV STBY OS 1C. INSERV B OOS CST Level k'f. FEET 1D. INSERV B OOS

CET = Average of Selected Core Exit Thermocouples

acT tf>$ '8'g PROGRAM NAME:LRGTSZ. E f 3050 t R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSINQCENT

SUMMARY

GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION ALITY CODE ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD SOURCE RANGE DETECTOR N-31 ~(p yyz. Ol 3 N31 SOURCE RANGE DETECTOR N-32 ] yO j'-0 l INHB glljh&

CPS 3~>A 5-09 4 N32 CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 1 INHB AMP 6 N36 INTERMEDIATE RANGE DETECTOR N-36 /K' t INHB g4P 7 NP AVERAGE NUCLEAR POWER GOOD 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS MC5 ~ QOoP PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW eg.t GOOD 11 FRCLB REACTOR COOLANT LOOP B AVG FLOW 'f8 2- GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 ~ RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL 53el GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL ~.Z GOOD 17 PSGA STM GEN A AVERAGE PRESSURE ~ho .. 'GOOD- PSIG 18 PSGB STM GEN B AVERAGE PRESSURE ?60. GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREA1GK 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 . NOT TRIP GOOD 21 BUS11A BUS llA SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS 11B SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER ~

NOT TRIP GOOD 25 BllA12A BUS llA TO 12A TIE BREAKER TRIPPED GOOD 26 B11812B BUS '11B TO 12B TIE BREAKER TRIPPED . GOOD 27

'CV CONTAINMENT AVERAGE PRESSURE ~ IS GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL l.8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

PROGRAH NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 PLANT STATUS~DON'T MODIFY

'C-703 DESCRIPTION . CURRENT VALUE Kut ENGR UNITS 31 L0942D SUHP B LEVEL 78 INCHES (TRAIN A) LONER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LONER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L09428 SUMP B LEVEL 180 INCHES (TRAIN A) LONER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B IEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LONER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE. CpOb s GOOD DEGF 40 T0410A RCLB HOT LEG TEHPERATURE GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE 5'0( ~ s GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE &3 .9 GOOD DEGF A2. ~ g 43 45 TAVGAWID TAVGBNID LRV RCLA TAVG (THOT/TCOLD WIDE RNG)

RCLB TAVG (THOT/TCOLD WIDE RNG)

REACTOR VESSEL AVERAGE LEVEL D>

il5 -0

'f GOOD GOOD GOOD DEGF DEGF 46 E1.1 INCORE TC AVERAGE TEMP ipO3 0 47 TCCORE FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW -( ~

GOOD GOOD DEGF GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW GOOD GPM 49 BKR081 MTR AUXILIARYFEEDNATER PUMP A OFF GOOD 50 BKR082 MTR AUXILIARYFEEDNATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW Qa GOOD GPH 54 FSIB SAFETY INJECTION LOOP B AVG FLOW OP+ GOOD GPM 55 P2160 SERVICE WATER PUHPS A & B HEADER 72 ~ GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER GOOD PSIG 57 BKR041 SERVICE WATER PUHP A oQ GOOD 58 BKR042 SERVICE WATER PUHP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D Oal- GOOD

OC I PR NAM :LRGTSZ.E os': 30:

R.E. GINNA NucLEAR POWER PLANT TREND GROUP ASSIGNMENT

SUMMARY

GROUP Nl EVENT 2 GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION ITY CODE 1 F0619 COMPONENT COOLING LOOP TOTAL FLW IS'fO. LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL GOOD 3 HS033 33 FOOT LEVEL WIND SPEED 2.9 GOOD MPH 4 WD033 33 FOOT LEVEL WIND DIRECTION GOOD DEG ~

5 HT033 33 FOOT LEVEL TEMPERATURE 7Z. ~ GOOD DEGF 6 HT250 250 FOOT LEVEL TEMPERATURE /Q GOOD DEGF 7 HDT2 250 TO 33 FOOT LEVEL DELTA TEMP 2.5- GOOD DEGF 8 Rol AREA 1-CONTROL ROOM '..'>OP ol GOOD MR/H 9 R02 AREA 2-CONTAINMENT +.3 /F ~ol GOOD MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR 8.2.9 F + OW ~es- SH C.nn MR/H ll R10A CONTAINMENT IODINE MONITOR RlOA I. QE+ DV GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE ~

+. 7 F + 03 GOOD CPM 13 R12 CONTAINMENT GAS MONITOR /.5E tO3 GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B w~ ~ i E WOW GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE j.l E l-Ol GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 7.9+l Ol GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE '7. 'PO E - o I GOOD R/HR, 18 R30 AREA 30-CONTAINMENT HIGH RANGE Q./ '9E -nl GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST I. I 8-+ ow GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS 5+0 i 1 J~$ GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS S+~n dk y GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS ska~dk)y GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS 5.5'--O( GOOD vcr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS I.OE-05 GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS I-OE- 03 GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS 5. 5C -OA GOOD ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS I.D E.-o5 GOOD vcr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /-0 E 03 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) I. OD r" -OA GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) /. OOE. -OW GOOD MR/HR

~o 08'30 IGZHRR 700I CXIIHHRR AV77 HAHE

%8 33A AVGE 0039 STe 1K'0900 MZN.

0011 MAX+

0050 I00

%S 33B 0039 00910 0012 , 0052 00

%8150A 0040 01000 0022 0060 00

%B150B 0042 01100 0023 0061 02

%8 250 0030 01000 0010 0055 00 NhME AVGE. ST+ ESV MZNo MAX+ MAX'VRN CSP

%D 33A 0269 03000 0250 0285 0072 0020 0064 00

%D 33B 0268 03010 0252 0285 0071 0021 0063 00

%D150A 0270 03100 0255 0280 0045 0022 0062 00

%D150B 0271 03000 0250 0275 0035 '023 0060 02

%D 250 0280 03000 0255 0280 0055 0025 0061 00 MQK AVGE 0725 I

00 KAME AVGE I KAME AVGE I TER33A TER33B 0725 00 TE750A 0756 TE150B 0756 00 TE250A 0760 00 TE250B 0760 UHSOA 0031 00 GTL50B 0031 00 QT250A 0035 OT250B . 0035 ZEN 33 0486 0602 00

'056

Time: 0840 Message: ~LJ(

GINNA STATION 1988 EVALUA D EXERCISE I!K t t Co d tions: See Attached Mini-Scenario ges~sa g: ***THIS IS AN EXERCISE***

OR CONTRO USE ONLY e

I Co trol er Notes

1) Provide information verbally vhen the appropriate investigations are made by the 1A diesel generator repair team.

Actions E ected:

1) The 1A diesel generator repair team should assess the damage to the 1A diesel generator caused by the fire and report this to the TSC.

1988 EVALUATED EXERCISE

~ctivit : 1A Diesel Generator Fire Damage and Expected Repairs FOR CONTROLLER USE ONLY o t pile Notes:

1) Fire was on north end of D/G engine.

2) Inspection after fire indicates fire was cause . ~y shorted out e>:ension cord that. ignited fuel oil that hac aked from" a cracked fuel oil filter canister.

3) Fuel oil canister can be temporarily repaired in approximately 2 hours2.314815e-5 days 5.555556e-4 hours 3.306878e-6 weeks 7.61e-7 months if no problems are encountered.

ctions cted:

1) Repair team will procur parts and/or equipment needed to repair cracked fuel oil filter canister.

2) Firewatch should be established prior to D/G startup until replacement fuel oil canister is received.

GINNA STATION Time:

Message: ~

0845 1988 EVALUATED E C S MESSAGE 0 0 See Attached Sheets 5es~s g¹ ***THIS IS AN EXERCISE***

OR CONTROLLER USE ONLY

'Controller Notes:

ctions E ected:

1988 EVALUATED EKERCISE MAJOR PARAMETF3K Reactor Shutdown N-31 N-32 N-35

~~

Y~ES QO CPS FZ-924 FZ-925

~

Hi h Head S.I.

Cl GPM GPM s

N-36 Avg. Nuclear Power

~~ AMPS 1A.

1B.

1C.

INSERV INSERV

'NSERV T

B OOS OOS OOS RCS Pressure ~2.2. 6" PSZG BAST Ievel = 5 PRZR Level A RCP UNNIN STOPPED Low Head S.I. s B RCP NIN PZ-626 1A 1B S/G S/G Level Level RU d~ STOPPED 1A.

1B.

INSERV TB INSERV STB GP OOS RECIRC OOS RECIRC 1A 1B S/G S/G Pressure Pressure

~j7k 0 42 PSIG PSIG RWST Level = 9'~ %

Turbine/Generator NL N OFFLINE Containment ra s 4 KV Buses NERG Z DEENERGIZED FZ-931A 0 480V .Buses.

Cnmt Pres'sure EN RGIZE DEEHERGIZED .

Oe/5'SIG

.FZ-931B 1A;

~~

INSERV GPM GPM T OOS Cnmt Sump A Level ~e~ FEET 1B. INSERV TB OOS Chili4

. ioop Ce es'iseiies Ta as Hot Leg T

Asas

~

v es 1A

~OO INCHES F

NaOH Tank Level ~3 A Loop B Loop Cold Leg Hot Leg

~Q "F F Containmen 1A.

xrc STBY Pans OOS B Loop Cold Leg F 1B. NSE STBY OOS RVLIS COO 96 1C. IN V TB OOS

CET eF S/G A S/G B Total Total Aux Aux FW FW Flow Flow

~)

~dsiP

~~ GPM GPM 1D. SE Post Accident Dampers STBY OOS OPEN LOSED Service Water s DIESEL G1969&TORS 1A. SER STBY OOS 1B. ER STBY OOS A. RUNNING UNLOADED STBY S 1C. SER STBY OOS B. UNNING UNLOADED STBY OOS 1D. SER STBY OOS TSC R G UNLOADED TB OOS Security RUNNING UNLOADED TB OOS ASB Header Pressnve ~2 PSIG nent Coolin W ter s 1A. INSER TB OOS Aux. Peedwater lA. INSERV TB OOS s

1B. SERV Surge Tank Level =

~~

TBY OOS 1B. INSERV S OOS Standb Aux. Peedwater s Turb. Driven INSERV STBY 0 1C. INSERV TB OOS CST Level ~ FEET 1D. INSERV TB OOS

CET a= Average of Selected Core Exit Thermocouples

-T tq~ gf PROGRAM NAME:LRGTSZ.E gee g5-r iy R.E- GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGlIKNT SUlQIARY GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTIOH ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 H31 SOURCE RANGE DETECTOR N-31 3.g<. 1~-ol INHB CPS 4 N32 SOURCE RANGE DETECTOR N-32 ~Qg( Q 0I CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 l 31&i INHB AMP 6 N36 INTERMEDIATE RANGE DETECTOR N-36 I(. 9~~ INHB ~P 7 NP AVERAGE NUCLEAR POWER m.7I GOOD '-L 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS 2~> PSIG

'9 LPZR PRESSURIZER AVERAGE LEVEL GOOD 10 FRCLA . REACTOR COOLANT LOOP A AVG'FLOW qual GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW .qg 3 GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC IHCORE TC SUBCOOLED MARGIN 15 LSGA STM GEH A NARROW RANGE AVG LEVEL 5/0 S'2-'I GOOD GOOD DEGF 16 LSGB STM GEN B NARROW RANGE AVG LEVEL GOOD 17 PSGA STM GEN A AVERAGE PRESSURE 760 GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE 1(pb o GOOD PSIG 19 GEHBKR1 GENERATOR ON LINE BRlULKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUS11A BUS llA SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS 11B SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER HOT TRIP GOOD 25 B11A12A BUS llA TO 12A TIE BREAKER TRIPPED GOOD 26 BllB12B BUS llB TO 12B TIE BREAKER TRIPPED yf5 GOOD PSIG

'CV 21 CONTAINMENT AVERAGE PRESSURE GOOD 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL I.e GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

C C7.

os':9c:

pROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T'ODIFY POINT ID DRSCIQPTION CURRENT VALUE 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD

.32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEE 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE &gOa 'j GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE s% "f GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE ggz .o GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE 509 r GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) S19, o GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) 5'72'9 GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL f r5ib GOOD 46 TCCORE El.l INCORE TC AVERAGE TEMP 4cg-0 GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW r. GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW I GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW 6 GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW 0Q+ GOOD GPM 55 P2160 SERVICE WATER PUMPS A & B HEADER 7 &at GOOD PSIG 56 P2161 SERVICE WATER PUMPS C & D HEADER 72 ~ GOOD. PSIG 57 BKR041 SERVICE WATER PUMP A pl GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D av GOOD

<C'i /

PROG 4 NAb :LRGTSZ.E o F:

R E. GINNA NUCLEAR POWER PLANT 9'REND GROUP ASSIGNIIENT

SUMMARY

GROlJP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION CfJRRJBIT VALUE 1 F0619 COMPONENT COOLING LOOP TOTAL FLW /565. LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL qiI 7 GOOD 3 WS033 33 FOOT LEVEL WIND SPEED Q./ GOOD MPff 4 WD033 33 FOOT LEVEL WIND DIRECTION 2bs GOOD DEG.

WT033 33 FOOT LEVEL TEMPERATURE '7 GOOD DEGF 5 3.C'iffy.0 6 WT250 250 FOOT LEVEL TEMPERATURE GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP 3 0 GOOD DEGF 8 R01 AREA 1-CONTROL ROOM I. DOE--Ol GOOD MR/ff 9 R02 AREA 2-CONTAINMENT g - '4 'g E. ~ 0 I ghee M MR/H lp R09 AREA 9-LETDOWN LINE MONITOR 7. 0 '/ E'o& MR/H ll RlOA CONTAINMENT IODINE MONITOR R10A CONTAINMENT AIR PARTICULATE

/.0 F +09 3.'/F ~03 GOOD GOOD CPM CPM 12 R11 13 R12 CONTAINMENT GAS MONITOR P. OE. < 03 GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B b,1F+oa GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 'V. l E- +o/ GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR "I.'0 E +O/ GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7.'70 8-- ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 3 6'/E -ot GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST /. / E+DW GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS ska~dL GOOD vcr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS 5 +Cl r 4 d 4 GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS 5raj id b GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS 5.5 E--O! GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS I.OE, -O5 GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS / DE-D3 GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS 5 a.E.-OD GOOD vcr/cc R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /. 0 P- 0~ GOOD ucr/cc

/ 0<-~3 27 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS GOOD ucr/cc R31 AREA 31 STEAM LINE A (SPING)

).- hg GOOD MR/HR 29 30 R32 AREA 32 STEAM LINE B (SPING) / OO:"-02 GOOD MR/HR

~o 08+45

~ 8HZ'00 I CXNPUTRR ERAL AV77 SAME APGB ST EEV MZH.'Qf. I

%8 33A 0041 00900 0011 0050 00

%8 33B 0042 009M 0012 0052 . 00

%S150A 0045 01000 0022 0060 00 RLL50B 0043 01100 0023 0061 02

%S 250 0050 01000 0010 0055 00 HhME AVGE ST EEV MIN. lQX. MNDR AVE CST I

%D 33A 0269 03000 0254 0285 0072 0020 0064 00

%D 33B 0270 03010 0251 0286 0071 0021 0063 00

%D150A 0270 03100 0245 0280 0045 0022 0062 00

%D150B 0271 03000 0250 0295 0035 0023 0060 02

%D 250 0273 03000 0255 0290 0055 0025 0061 00 NAME AVGB I00 ÃLME AVGB I00 ÃhHE APGB I TRR33A TE150B 0730 0750 00 TER33B TE250A 0730 0760 '0 T8150A TH250B 0750 0760 QZ150A 0020 00 DT150B 0020 00 QX250A 0030 VX250B 0030.

DBf 33 0486 TEG 33, 0602 00 KGN 0056

Time: ~000 Message: ~3 1988 EVALUATED EXERCISE mu ated P ant ondit ons:

Has ~a m: ***THIS IS AN EXERCISE***

Alarms received in the Control Room:

F o Fire Zone S-13 (Diesel Room 1B Pre-Action System) Alarm and Flow Alarms.

FOR CONTROLLER USE ONLY Controller Notes:

1) This is the beginning of a fire on the 1B emergency diesel generator engine and generator from a lube oil leak that has sprayed the engine and generator and then flashed.

Actions E ec ed:

1) Control Room sounds the fire alarm and activates the Fire

~

Brigade.

Time: oeoo Message:

GINNA STATION 1988 EVALUATED EXERCISE u a la t Co d tions: See Attached Sheets gaassa e: **+THIS IS AN EXERCISE***

0 CONTROLLER USE ONLY Co tro ler Notes:

Actions E ected:

1988 EVALUATED EXERCISE Time: dPTSG MAJOR PARM6EKTRS ENGINEERS) SAPEGUARDS Reactor Shutdown Hi h S.I.

N"31 N-32

~~

YES lDO CPS CPS FI-924 FI-925 Head

~~

~~ GPM GPM s

N"35 N"36 Avg. Nuclear Power

~~

~oy AMPS AMPS 1A.

1B.

1C.

INSERV INSERV INSERV OOS TBY OOS TBY OOS RCS Pressure 0 PSIG BAST Level =

PRZR Level IN Low Head S.I. s A RCP B RCP 1A S/G Level RUNNIN STOPPED STOPPED FI-626 1A.

~~

INSERV GPM TB OOS RECIRC 1B S/G Level 9's 1B. INSERV TBY OOS RECIRC lA S/G Pressure ~j 0 PSIG RWST Level = ~S 1B S/G 480V Cnmt Cnmt Pressure Turbine/Generator 4 KV Buses Buses Pressure Level

. ENERGIZE

<<~e~/

Is 4tO PSIG LINE OFFLINE NERGIZE /DEENERGIZED DEENERGIZED PSIG Containment PI-931A FI-931B ..

1A.

1B.

~ Q ra INSERV STB GPM GPM s

OOS Sump A FEET INSERV STB OOS Cnmt Sump B Level TNCHES NaOH Tank Level = ~~~ %

Loop Hot Leg MRk F

.s Loop Cold Leg QQ oF Containment irc Pans B Loop Hot Leg oF 1A. E STBY OOS Cold Leg 4'ervice B Loop EPF 1B. NSE STBY OOS RVLIS M2o ~ lc. I TB OOS

CET ~DD P 1D. SERV STBY OOS S/G A Total Aux FN Flow GPM Post Accident Dampers OPEN LOSED S/G B Total Aux FW Flow GPM Water s lA. NSER STBY OOS 1B. NSER STBY OOS A. RUNNING UNLOADED STBY lc. ER STBY OOS B. UNNI UNLOADED STBY OOS 1D. INSER STBY OOS TSC RU ING UNLOADED TB OOS ASS Header Pressure TE PSIG Security RUNNING UNLOADED TB OOS J

nent Coolin Water 1A. INSERV TB OOS Aux. Peechrater 1A. INSERV TBY OOS s

1B.

Surge S

Tank Level = ~~

STBY OOS lB. INSERV STBY OOS Standb Aux. Peedwater s Turb. Driven INSERV STBY S lc. INSERV TB OOS CST Level ~t PEET. 1D. INSERV STB OOS s

CET = Average bf Selected Core Exit Thermocouples

<< ~ PP leap PROGRAM NAME:LRGTSZ. E 99400+ R R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGR69iT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM HO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS TRIP 3 N31 SOURCE RANGE DETECTOR N-31 ~

NOT ivy-ol ze8'I w- ~l GOOD IHHB CPS 4 N32 SOURCE RANGE DETECTOR N-32 ~AS CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 7 3'fS<<) "O IHHB AMP 6 N36 INTERMEDIATE RANGE DETECTOR H-36 I7t.~ INHB g4P 7 NP AVERAGE NUCLEAR POWER Zz4o.

GOOD t 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS GOOP PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL gq.t GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW gg.I GOOD 11 FRCLB REACTOR COOLANT LOOP B AVG FLOW off o3 GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRjP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN 9> ~ ) GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL gab'bo~ GOOD 17 PSGA STM GEN A AVERAGE PRESSURE GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE 7(g,Oi GOOD PSIG 19 GEHBKR1 GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUS11A BUS 11A SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS 11B SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER ~ NOT TRIP GOOD 25 BllA12A BUS 11A TO 12A TIE BREAKER TRIPPED GOOD 26 BllB12B BUS llB TO 12B TIE BREAKER 'RIPPED GOOD 27 PCV CONTAINMENT AVERAGE PRESSURE . ~ )5 GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL l 8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

ocr PROGRAM NAME:LRGTSZ. E of:oo,'REND R.E. GINNA NUCLEAR POWER PLANT GROUP ASSICRQKNT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY DES(3H PTIOM 'URRENT VALUE 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE QtOO a 2 GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE 6l'l oF GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE Z~ .I GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE W3 ~ 'f GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) g1S a) GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) 5'7za6 GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL I lS' GOOD 46 TCCORE E1.1 INCORE TC AVERAGE TEMP (pe ~ 1 GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW -fo GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW ) o GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW Oo GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW aO- GOOD GPM 55 P2160 SERVICE WATER PUMPS A 6 B HEADER f2rb GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER t2-- GOOD PSIG 57 BKR041 SERVICE WATER PUMP A od GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D . OH GOOD

QC PR NAl :LRGTSZ.E R.E. GINNA huCLEAR POWER PLANT 6 P:oo:

TREND GROUP ASSIGtQGWT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS*DON'T NODIPY POINT ID DESCRIPTION 1 F0619 COMPONENT COOLING LOOP TOTAL FLW ISA LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL qg ok GOOD 3 WS033 33 FOOT LEVEL WIND SPEED &/ GOOD MPH WD033 33 FOOT LEVEL WIND DIRECTION god GOOD DEG ~

5 WT033 33 FOOT LEVEL TEMPERATURE 73-/ GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE 74 .2 GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP Z. I GOOD DEGF 8 Rpl AREA 1-CONTROL ROOM I Oril--</ GOOD MR/H 9 R02 AREA 2-CONTAINMENT I. O2.F +an ~Ac ~ MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR /. 25F + O3 D &LM MR/H 11 R10A CONTAINMENT IODINE MONITOR R10A ~.d E, ~O'/ GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE lo.9 E +d3 GOOD CPM 13 R12 CONTAINMENT GAS MONITOR 3 VE+Db GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B 7. 7 E t'M GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 0./e. + ol GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 7. jE ~DI GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7.70E -Ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE S. C'I E -OI GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST I. I 8+ON GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS st~ n'd ly GOOD vcr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS Sknndl y GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS S+nnd h y GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS 5.5E.- QC GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS /.o 6-o5 GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS I.OF -03 GOOD vcr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS 5.5E - o(o GOOD ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /.DE-aS GOOD ucr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /.OE- b3 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) / OO -OM GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) l. Ou F.- O2. <NOD MR/HR

09$ 00

~ BIZBRE'00'XRIHHRR AV77 NAME

'ms 33h A%38 ST IEV MING MAX. I 0061 00900 0011 0070 00

%S 33B 0062 00910 0012 0072 .00

. 18150A 0040 01000 0022'023 0060 00

%l150B 0042 01MO 0061 02

%S 250 0050 01000 0010 0055 00 2QHE AVUB ST+ ESP MIN. MAX. MKR A%% QfV I

%D 33h 0309 03000 0280 0335 0072 0020 0064 00 R) 33B 0310 03010 0281 0325 0071 0021 0063 00

%R50A 0315 03100 0285 0330 0045 0022 0062 00

%DL50B 03'3000 0286 0330 0035 0023 0060 02

%D 250 0315 03000 0285 0335 0055 0025 0061 00 HORME AVU8 0731 I NAME MGE I SAME AVGB" I TER33A 00 TER33B 0731 00 TE150A 0741 TE15OB 0741 00 TE250A 0762 00 TE250B 0762 VZ15OA 0010 00 02150B 0010 00 DT250A 0031 PX250B Q% 33 RAIN 0031 0486 0056

' 'EG 33 0602 00 t

Tise: ~005 Message: ~5 1988 EVALU D E C S SS G PO ssa e o ated a ond to s:

ggssacCe: ***THIS IS AN EXERCISE***

Alarms received in the Control Room:

o J-9 (safeguard breaker trip)

'o J-32 (emergency diesel generator 1B panel) o L-15 (bus 17 undervoltage safeguards)

Indications in the Control Room:

o 1B emergency diesel generator bus tie to 17 shows a green light.

o No voltage or KWs on 1B emergency diesel generator. Equipment off of 480 Volt bus 17 not running. l OR CONTROLLER USE ONLY Co troller Notes:

1) Local "B" emergency diesel generator panel indicates diesel tripped on low bearing oil pressure.

2) Major equipment lost with loss of bus 17 motor driven fire pump, service water pump 1B 6 1D.

o s cted:

1) Operations should close in normal feed to bus 17 ~a d restore equipment lost when bus 17 tripped off of the 1B emergency diesel generator.

Time: 0910 Message: ~6 1988 EV A D XERCIS SS GE mu ated an Co d tions:

geesacCee: ***THIS IS AN EXERCISE***

The 1B emergency diesel generator engine and generator are engulfed in smoke with some flames .visible. Water flow from the fire nozzles above the fire activate as you enter the room.

FOR CONTROLLER USE ONLY Co troller Notes:

1) If off-site fire fighting Controllers will intercede assistance to prevent is requested, off-site fire department response.

2) See attached map for location of fire. Provide information verbally when the appropriate investigations are made by the Fire Brigade (when it arrives).

ions cted:

1) Fire Brigade Captain to direct proper fire fighting activities'on the 1B diesel generator fire.

2) Fire Brigade Captain should keep Control Room/TSC advised of fire fighting activities.

~S O.

TO ;@4 t 0 0 I

)

~

0 0 Speo&~C SLEET fRRS

~

+(te I ~

OMN<<R

~ I Tat LABOR C4U50R R Qe WIST L.?1 ~ ~

fLOOR CL. TSC C ~ I aESEL REM)OR ~ I COO TOOL %WC' Q Igcil QR 0

TUROR<<

tl&lf<<R 0 OO 0 0 AVT, D IWNC I

I

~

) I I

COI'I)RXO OI II

~

0a ISOOO CRLLON (P~%'~i'h:

III~UU)T)0 O'T~~ OR WT I

TS )

II II

~

I REf CREROE 0 0)< 00)

URTEW STENACC) fLOOR CL.TS)4

)04 Qs 0 TLOOR CL.

fLOOR CL. TSA e 0AANC g0 WW % ) ~ WAIL 0 0 ~ vw ~ w.rE ROOf OVER 0<<SCL CEREMTOR ARRCR

.. ~ .AI a e)o F ~

GINNA STATION Message: ~

Time: ~09 5 1988 EVALUATED CIS SS G at a ond tions: See Attached Sheets M~s-icCe: ***THIS IS AN EXERCISE***

0 CO 0 USE ONLY Controller Notes:

1). Fire Brigade fighting 1B emergency diesel engine and generator fire.

Actions E ecte

1) A SITE EMERGENCY should be declared in accordance with SC-100, "Ginna Station Event Evaluation and Classification",

EAL: Fire; Fire Causing Loss of Safety System Including Redundant Components as Determined by the Shift Supervisor.

2) Implement SC-203, "Site Emergency"

a. Make notifications.

b. Assess and monitor plant conditions. Update off-site agencies at least every 30 minutes and whenever there are significant changes in plant status.

c. Activate the EOF, JENC, and Engineering Support Center.

3) Implement SC-212, "Site Evacuation" and SC-213, "Accountability".

1988 EVALUATED EXERCISE Time: ~~

'AJOR PARAMETERS Reactor Shutdown N-31 N-32 N-35 N-36

~

Y~SS 0 CPS Hi h Head S.I.

FZ-924 FZ-925 1A.

~~ O INSERV GPM GPM TB s

OOS

~%le AMPS 1B. INSERV TB OOS Avg. Nuclear Power ~O 1C. INSERV TB OOS RCS Pressure ~~0 PSIG BAST Level =

PRZR Level A RCP B RCP 1A S/G Level 1B S/G Level 1A S/G Pressure S'O UNNING STOPPED UNNIN STOPPED

~3 Low Head PZ-626 1A.

1B.

~S.I.

INSERV INSERV GPM TB TB s

OOS RECIRC OOS RECIRC PSIG RWST Level =

1B S/G Pressure 7 PSIG Turbine/Generator NLI OFFLINE Containment ra 4 KV Buses 480V Buses NERGIZE DEENERGIZED NERGIZE /DEENERGIZED FI-931A

.FI-931B

~~

'~'PM GPM Cnmt Pressure ~O. 6 PSZG 1A. INSERV B OOS Cnmt Sump A Level Crnmt Sump B Level

~g

~J FEET INCHES 1B.

NZeOH Ter)lc TNSERV T erlea I TB OOS

. Loop Hot Leg a Loop B Loop Cold Leg Hot Leg

~56 "F oF Containmen irc Pans 1A. STBY OOS B Loop RVLIS Cold Leg ML F 1B. ERV ST Y OOS

~4PO 1C. INSERV TB OOS

<<CET

'/G S/G B A Total Total Aux Aux FW FW Flow Flow

~~

~~ GPM GPM 1D.

Post Accident Dampers TBY OOS OPEN LOSED Service Wat s 1A. SE STBY OOS 1B. SERV STBY OOS A. RUNNING UNLOADED STBY 1C. STBY OOS B. RUNNING UNLOADED STBY 00 1D. SERV STBY OOS TSC RUNNING UNLOADED TB OOS Security RUNNING UNLOADED TB OOS AGB Header Pressure ~P PSIG nent Coolin Water s ENGINEERED SAPPAUARDS- 1A. INSER TB OOS

.1B. NSERV STBY OOS Aux. Peechrater 1A. INSERV T s

OOS Surge Tank Level = ~u.

1B. INSERV OOS Stan Aux. Peedwater s Turb. Driven INSERV STBY 1C. INSERV TB OOS CST Level FEET 1D. INSERV TB OOS

<<CET = Average of Selected Core Exit Thermocouples

I 'I

>dr (g> ZP PROGRAM NAME:LRGTSZ. E o9;is:C(

R. E. GINHA NUCLEAR POWER PLANT TREND GROUP ASSIGNAT StlMNARY

~P DESCRIPTION SC-703 PLANT STATUS~DON'T'%M)IFY DESCRIPTION ALITY CODE ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM HO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 N31 SOURCE RANGE DETECTOR H-31 gf,0/ IHHB CPS 4 N32 SOURCE RANGE DETECTOR N-32 3,Zq vie-~ l ~ffb CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 7 ~ '3 p9/2.-09 INHB AMP 6 N36 INTERMEDIATE RANGE DETECTOR N"36 ( .e I72~

qq.l." INHB jWP 7 NP AVERAGE NUCLEAR POWER GOOD 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS ~lg 0 o. 6000 PSIG t

LPZR PRESSURIZER AVERAGE LEVEL GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW 'f8 sl GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW 'f8 o GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC , INCORE TC SUBCOOLED MARGIN i]3~3 GOOD DEGF 15 LSGA - STM GEN A NARROW RANGE AVG LEVEL GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL l GOOD 17 18 19 PSGA PSGB GEHBKR1 STM GEN A AVERAGE PRESSURE STM GEN B AVERAGE PRESSURE GENERATOR ON LINE BREMKR 1G1372 NOT fP7o TRIP JIo GOOD GOOD GOOD PSIG PSIG 20 GEHBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUS11A BUS 11A SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS llB SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 B11A12A BUS. 11A TO 12A TIE BREAKER TRIPPED GOOD BllB12B BUS 11B TO 12B TIE BREAKER TRIPPED GOOD 26 27

'CV CONTAINMENT AVERAGE PRESSURE -.l( GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL i.8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

OCT lg OO:iS 2/

PROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT KBQQLRY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD

'39 T0409A RCLA HOT LEG TEMPERATURE GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE

~

sled .q GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE ~s. 4i GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) yak. GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) ~n. ~ ( GOOD DEGF 45 LRV .REACTOR VESSEL AVERAGE LEVEL ](~,g/ GOOD 46 TCCORE El.l INCORE TC AVERAGE TEMP pox 't GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW l ~ GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW f s GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW Oi GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW oo- GOOD GPM 55 P2160 SERVICE WATER PUMPS A G B HEADER 1a. GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER 7~ GOOD PSIG 57 BKR041 SERVICE WATER PUMP A 00 GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD eo BKR044 SERVICE WATER PUMP D eJ GOOD

0 OC PR NAK :LRGTSZ.E o9:

R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSI(RQKNT SUMMhRY GROUP NhME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION ClNRENT VALUE ITY CODE 1 F0619 COMPONENT COOLING LOOP TOTAL FLW /5 . LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL GOOD 3 WS033 33 FOOT LEVEL WIND SPEED s-9 GOOD MPH 4 WD033 33 FOOT LEVEL WIND DIRECTION 330 GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE 72. 3 GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE / GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP s.V GOOD DEGF 8 Rpl AREA 1-CONTROL ROOM /.OO/= -O/ GOOD MR/H 9 R02 AREA 2-CONTAINMENT I. l~ / r- + D 2. coca- H +<A MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR I 1 IE+D3 MR/H ll

~

R10A CONTAINMENT IODINE MONITOR R10A z.3E.+o I CPM 12 Rll CONTAINMENT AIR PARTICULATE I. I E + b '/ GOOD CPM 13 R12 CONTAINMENT GAS MONITOR S.q E,+ D3 GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B R.I E+D2- GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 'l.l E+ ol GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 7.'I E. ~ ol GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE V.'70E O I GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 8 O'JE- al GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST I.I E + >2- GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS ~ka)) Jt q GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS >band J I GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS a+a, clby GOOD vcr/cc

. 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS D.5 C.-D( GOOD vcr/cc 24 R14A7 PLANT VENT CHAN 7"MID RANGE GAS /. D E-o5 GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS / L)E-O3 GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS 5.5 E-O/ GOOD vcr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS I.o E-d5 GOOD ucl/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS I.DE- D3 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) I. DOE -02. GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) / OOE -D~

~ GOOD MR/HR

$ .~9 Tive: 09'5

~ EHBHX'00 I CXMPOXRR AV77 HLMB AVGB ST EEV KZ MAX I I8 33A 0059 00900 0011 0070 00 IB 33B 0059 00910 0012 0072 00 I

%3150A 0049 01000 0022 0060 00

%LL50B 0048 01100 0023 0061 02 M 250 0059 01000 0010 0055 00 HhME AVGB ST+ KEV MZNo MAX+ MNM AVBN I

%D 33A 0330 03000 0310 0355 0072 0020 0064 00 RD 33B 0329 03010 0311 0360 0071 0021 0063 00 RR50A 0335 03100 0315 0005 0045 0022 0062 00

%D150B 0336 03000 0316 0005 0035 0023 0060 02

%D MME 250 TER33A T8150B 0340 AVGB 0723 0743

'0 03000 I

00 NAME TER33B TE250A 0320 AVGB 0723 0757 0008 0055 I MME Oo TE150A 00 TE25OB 0025 AVGE 0743 0757 OO61 OO Z

02150A 0020 00 DT150B 0020 00 OZ250A 0034

.GX250B '%

0034.

33 0486 TEG 33 0602 .00 KGN 0056

Time: 0930 Message: ~8 1988 EVALUATED EXERCISE S AGE PO au at a C n tions:

~es ~e: ***THIS IS AN EXERCISE***

The fire is extinguished.

0 CONTROLLER USE ONLY Controller Notes:

1) Deliver when all objectives for the fire have been demonstrated. Deliver before 0945 at the latest.

cti s E ected:

1) Fire Brigade Captain notify the Control Room/TSC.

2) Re-stow all gear.

P equi Time: ~03 0 Message: ~<)~

GINNA STATION 1988 EVALUATED EXERCISE MESSAG at t Cond't'ons:

gessacCe: ***THIS IS AN EXERCISE***

Declare a SITE EMERGENCY in accordance with SC-100, "Ginna Station Event Evaluation and Classification", EAL: Fire; Fire Causing Loss of Safety System Including Redundant Components as Determined by the Shift Supervisor.

FOR CONTROLLER USE ONLY Controller Notes:

1) Deliver only if a SITE EMERGENCY has not yet been declared.

Do not deliver if emergency classification discussions are in progress.

ctions E cted:

Time:

Message: ~

~030 1988 EVALUATED EXERCIS ssa t a Co dit'ons: See Attached Sheets gys~s~g: ***THIS IS AN EXERCISE***

0 CONTRO USE ONLY Co o er Notes:

1) The fire in the 1B Emergency Diesel Generator Room is extinguished.

Actions E cted:

1) The TSC or Shift Supervisor should order the unit shut down per Technical Specifications 3.7.1 and 3.7.2(b).

1988 EVALUATED EXERCISE one: Qg'30 OR PARAMETERS ENGINE19tED SAFEGUARDS Reactor Shutdown ~FEE O Hi h Head S.I. s N-31 N-32 Cl O

CPS CPS FI-924 FI-925

(~

GPM GPM N-35 AMPS 1A. INSERV OOS N-36 Avg. Nuclear Power RCS Pressure PRZR Level A RCP

~D AMPS PSIG 1B.

1C.

INSERV INSERV BAST I,evel =

S.I.

~ TB TB A

OOS OOS B RCP lA S/G Level UNNIN RUNNIN STOPPED STOPPED Low Head FI"626 lA.

~~

INSERV TB GPM s

OOS RECIRC 1B S/G Level 1B. INSERV STB OOS RECIRC 1A S/G Pressure PSIG RWST Level =

1B S/G Pressure > 5b PSIG Turbine/Generator ONLIN OFFLINE Conta&unent ra 4 KV Buses 480V Buses ENERGIZE ENERGIZE DEENERGIZED DEENERGIZED FI-931A FI-9318

~~

~) GPM GPM s

Crimt"P'ressure 0 IA,?SIG 1A. INSERV TB OOS Cnmt Sump A Level FEET 1B.

a u swiss rv ~

esuGssa Loop Hot Leg f1 V 8 Tevsves 1I ~g

~SF INCHES F

NaOH INSERV Tank Leve' ~~

TB OOS "a

.~ Loop Cold Leg Containment R Pans B Loop Hot Leg oF 1A. NSE STBY OOS Loop Cold Leg FT

~

F 1B. NSER S OOS VLIS

~CET Qg 0 1C. IN STB OOS F 1D. SER S Y OOS S/G A Total Aux FW Flow GPM Post Accident Dampers OPEN LOSED S/G B Total Aux FW Flow CI GPM Service Mater s 1A. STBY OOS 1B. SE STBY OOS A. RUNNING UNLOADED STBY OO 1C. E STBY OOS B. RUNNING UNLOADED STBY OOS 1D. SERV STBY OOS TSC RUNNING UNLOADED OOS ASB Header Pressure ~S PSIG Security RUNNING UNLOADED OOS nent Coolin M ter s ENGIN1FERLFD SAPEGUARDS 1A. INS OOS 1B. S STBY OOS Aux. Peedwater 1A. INSERV TB s

OOS Surge Tank Level = ~t 1B. INSERV TB OOS Standb Aux. Peedwater s Turb. Driven INSERV STBY S 1C. INSERV TB OOS CST Level FEET 1D. INSERV TB OOS

CET = Average uf Selected Core Exit Thermocouples

a <e> s~

PROGRAM NAME:LRGTSZ. E gqogQt j~

R.E. GIHNA NUCLEAR POWER PLANT TREND GROUP ASSIGR69CT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENX' SC-703 PLANT STATUSoDON'T MODIFY POINT ID DESCRIPTION ClJRRENT VALUE I5K ENGR UNITS

'OOD 1 ANTICIPATED TRANSIENT W/0 SCRAM HO ATWS 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 N31 SOURCE RANGE DETECTOR N-31 '8 ~ O5 )>to O I INHB CPS 4 N32 SOURCE RANGE DETECTOR N-32 g,~q Ci4,-ol CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 q,99 z~C->'t. INHB AMP 6 H36 INTERMEDIATE RANGE DETECTOR N-36 Q. (r,y~9-og IHHB ~P 7 NP AVERAGE NUCLEAR POWER gq.gz, GOOD t

8 PRCS REACTOR COOLANT SYSTEM AVG PRESS u<Vu. (;a4 PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL Qfa2. GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW 'f$'-(o GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW Vf-3 GOOD 12 RXT16 RCPA BRKKER CAUSE RX TRIP HOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN if)2 GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL GOOD s'('t 16 17 18 LSGB PSGA PSGB STM GEN B NARROW RANGE AVG LEVEL STM GEH A AVERAGE PRESSURE STM GEN B AVERAGE PRESSURE 7'

v5Q ~

GOOD GOOD

'OOD PSIG PSIG 19 GEHBKR1 GENERATOR ON LINE BREAKER 1G1372 HOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUS11A BUS 11A SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS 11B SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 BllA12A BUS 11A TO 12A TIE BREAKER TRIPPED GOOD 26 B11812B BUS llB TO 12B TIE BREAKER TRIPPED GOOD 27 PCV. CONTAINMENT AVERAGE PRESSURE .<( GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL S GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

ocr o0: yo.

i PROGRAM NAME:LRGTSZ.E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT

SUMMARY

GROUP NAME GROUP DESCRIPTION'C-703 EVENT 1 PLANT STATUS~DON'T .MODIFY DESCRIPTION 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE sv~. ( GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE $ 4& .2- GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE Ww. t GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) W2. ~ 0 GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) 51. 0 GOOD DEGF 45 LRV .REACTOR VESSEL AVERAGE LEVEL )IS .4'1 GOOD 46 TCCORE E1.1 INCORE TC AVERAGE TEMP 6 m. ~ GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW -I'FF GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW 0 GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW Q5' GOOD

'PM 55 P2160 SERVICE WATER PUMPS A G B HEADER 7 2& GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER 7 Lo GOOD PSIG 57 BKR041 SERVICE WATER PUMP A OP GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D oQ GOOD

0 PR l'.E.

NAb :LRGTSZ.E GINNA NUCLEAR POWER PLANT o9.

TREND GROUP ASSIGNMENT

SUMMARY

GROUP NAME GROUP DESCRIPTION 2 SC-703 PLANT STATUS*DON'T MODIFY DESCRIPTION 1 F0619 COMPONENT COOLING LOOP TOTAL FLW to 7I ~ LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL GOOD 3 WS033 33 FOOT LEVEL WIND SPEED GOOD MPH 4 WD033 33 FOOT LEVEL WIND DIRECTION 300 GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE 7'3. 0 GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE 7g .0 GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP 2. 0 GOOD DEGF 8

9 Rol R02 AREA 1-CONTROL ROOM AREA 2-CONTAINMENT I DOE I 78 L+ 03-0/ GOOD

~ LM HR/H HR/ll 10 ll 12 R09 R10A Rll AREA 9-LETDOWN LINE MONITOR CONTAINMENT IODINE MONITOR R10A CONTAINMENT AIR PARTICULATE

a. II E.+oh 4.5 E+o'I I.ar= ~O/

~

c GOOD f/r9 C.M MR/H CPH CPM 13 R12 CONTAINMENT GAS HONITOR 5 't w+D3 GOOD CPH 14 R10B PLANT VENT IODINE HONITOR R10B g.gF +ow GOOD CPM

~ 15 R13 AUX BLDG EXHAUST AIR PARTICULATE c].I Ego GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 7. I E+ol GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7.90 E- o I GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 8. I 1 E. . o l GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST I. I E+o2. GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS sk-aii J by GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS S+niz J by GOOD vcr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS ,swnnd j y GOOD ucr/cc 23 R14AS PLANT VENT CHAN 5-LOW RANGE GAS Z.5 E-D& GOOD vcr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS I.DE -OS GOOD vcr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS /.0E-03 GOOD ucr/cc 26 R15AS AIR EJECTOR CHAN 5-LOW RANGE GAS 5.5.E -o/ GOOD ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS I.OF -05 GOOD ucr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS I.DF -O3 -

GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) I. DO E. 02 GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) I. D 0 f. - 0W GOOD MR/HR

09!30

~ SIXRRP 700~ CENCE!Oma AV77 i 5AHE AVGB ST. IRV MIN. MAX.

0080 I00

%S 33A 0059 00800 0031

%8 33B 0060 00910 0042 0082 00

'WS150A 0050 01000 0022 0060 00

%150B 0052 01100 0023 0061 02

%8 250 0060 01000 0010 0075 00 mE APGB ST EEV MIN. MAX MNDR AVRN CNZ I

%) 33A 0350 03000 0320 0010 0072 0020 0064 00

%D 33B 0351 03010 0321 0015 0071 0021 0063 00

%)150A 0355 03100 0325 0020 0045 0022 0062 00

%D15OB 0357 03000 0326 0025 0035 0023 0060 02

%D 250 0001 03000 0330 0027 0055 0025 0061 00 HARE AVGB I MME MGE I00 MME AVGE I TER33A 0730 00 TER33B 0730 TE150A 0740 TE150B 0740 00 TE250A 0750 00 TE250B 0750 DT150A 0010 00 DT150B 0010 00 OXRSOA 0020 DX250B 002.":.

H% 33 0486 TEG 33 0602 00 imIN 0056

~

Time: ~O4S Message:

1988 EVALUATED EXERC SE ed a Conditions: See Attached Sheets geessa e: ***THIS ZS AN EXERCISE***

OR CONTROLLER USE ONLY Controller 'Notes: "

1) Unit shutdown in progress.

ctions E ected:

1) TSC should send a repair team out to return the turbine driven auxiliary feedwater pump to operable status.

2) TSC should send a repair team out to assess the damage to the 1B emergency diesel generator.

0 1988 EVALUATED EXERCISE T~: OQQS OR PARlQKTERS Reactor Shutdown Hi h Head S.I. s N-31 FI-924 O GPM N"32 N-35 FI-925 (~ GPM N"36 Avg. Nuclear Power

~~ AMPS 1A.

1B.

INSERV INSERV TB OOS Y OOS RCS Pressure PRZR Level 0 PSIG 1C.

BAST Level =

INSERV

~~ TB OOS A RCP S.I.

B RCP 1A S/G Level NNIN UNNIN STOPPED STOPPED Low Head FI-626 1A.

~~

INSERV GPM s

OOS RECIRC 1B S/G Level 1A 1B S/G S/G Pressure Pressure PSIG (pO PSIG 1B.

RWST Level = ~~

INSERV ST OOS RECIRC Turbine/Generator NLIN OFFLINE Containment ra s 4 KV Buses RGIZ /DEENERGIZED FI-931A O GPM

. 480V Buses.

Cnmt Pressure NERGIZE /DEENhRGIZED

-0 IQ PS.IG Fl'-93.19 1A.

I~

INSERV GPM T OOS Cnmt Sump A Level ~l FEET Cnmt Sump B Level Loop Hot Leg ~2k 7?eCHES F

1B.

NaOH INSERV Tank Level = ~~ I TB OOS

~ Loop Cold Leg +'6 "F Containment Recirc Pans 8 Loop Hot Leg 5 oF 1A. ER STBY OOS Loop Cold Leg 5'1

~

F 1B. STBY OOS VLIS I 5'0 1C. INSER TB OOS FACET OF 1D. RV STBY OOS S/G A Total Aux FW Flow GPM Post Accident Dampers OPEN LOSED S/G B Total Aux FW Flow t~ GPM Service Water s 1A. NSE STBY OOS 1B. E STBY OOS A. RUNNING UNLOADED STBY 1C. STBY OOS B. RUNNING UNLOADED STBY OO 1D. SE STBY OOS TSC RUNNING UNLOADED Security RUNNING UNLOADED OOS OOS AGB Header Pressure ~P PSIG nent Coolin W ter ENGINLFERED SAPP&olQULS 1A. INS TB OOS 1B. S STBY OOS Aux. Peedwater s Surge Tank Level.=

lA. INSERV TB OOS 1B. INSERV TB OOS Standb Aux. Peedwater s Turb. Driven INSERV STBY OS 1C. INSERV TB OOS CST Level 2- FEET 1D. INSERV STB OOS

CET = Average'f Selected Core Exit Thermocouples

g i N)Ft PROGRAM NAME ~: LRGTSZ. E o9;45 R.E. GINNA NUCLEAR POWER PLANT fog'REND GROUP ASSIGRGBCT

SUMMARY

GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTIOH ClJRRENT VALUE 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 N31 SOURCE RANGE DETECTOR H-31 9.6 9z~f-Ot INHB CPS 4 N32 SOURCE RANGE DETECTOR N-32 3. x8c 9s-o I guub CPS 1 ff 5 N35 INTERMEDIATE RANGE DETECTOR N-35 gg( og INHB AMP 6 N36 INTERMEDIATE RANGE DETECTOR N-36 (p ~ 0 C l 5) 0$ INHB ~P 7 NP AVERAGE NUCLEAR POWER 'f7 S8 GOOD c

8 PRCS REACTOR COOLANT SYSTEM AVG PRESS ~90. g,ooP PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW GOOD 11 FRCLB REACTOR COOLANT LOOP B AVG FLOW GOOD 12 RXT16 RCPA BREQKR CAUSE RX TRIP NOT TRIP ~ GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT .TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN eH.S GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL 53-8 GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL GOOD 17 PSGA STM GEN A AVERAGE PRESSURE pg. GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE 7 40m GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUS11A BUS llA SUPPLY BREAKER . NOT TRIP GOOD 22 BUS11B BUS llB SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD ~

24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 B11A12A BUS 11A TO 12A TIE BREAKER . TRIPPED GOOD 26 B11B12B BUS llB TO 12B TIE BREAKER TRIPPED GOOD 27 PCV CONTAINMENT AVERAGE PRESSURE , lie GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL l-8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

oc 00: 18 PROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT StJNNARY r

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T 'MODIFY DESCRIPTION CURRENT VAME 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES .(TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE S'FG ~< GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE gq< -G GOOD DEGF T0450 8 17 ~ t 41 42 43 T0451 TAVGAWID RCLA RCLB RCLA COLD LEG TEMPERATURE COLD LEG TEMPERATURE TAVG (THOT/TCOLD WIDE RNG)

~

. s+.t 67~

GOOD GOOD DEGF DEGF GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) $ 71.a 0 DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL 46 TCCORE E1.1 INCORE TC AVERAGE TEMP gal s t GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW -1 GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW l GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW Oe GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW ()o i GOOD . GPM 55 P2160 SERVICE WATER PUMPS A G B HEADER 1+4 GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER r2 GOOD PSIG 57 BKR041 SERVICE WATER PUMP A op/ GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D cd) GOOD

gC7 PR NA1" R.E. GIHNA

LRGTSZ.E NUCLEAR POWER PLANT o9:~

TREND GROUP ASSIGHl6?NT StQQlARY GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION CURRENT VALUE RRI '

F0619 COMPONENT COOLING LOOP TOTAL FLW 15 L7- LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL cfQi~ GOOD 3 WS033 33 FOOT LEVEL WIND SPEED 0 GOOD MPH 4 WD033 33 FOOT LEVEL WIND DIRECTION oso GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE 73 2. GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE 76,Z GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP Q.O GOOD DEGF 8 R01 AREA 1-CONTROL ROOM i.OOP -r.-:I GOOD MR/H 9 R02 AREA 2-CONTAINMENT 2..I'I F +an MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR ~ ('I E.+os MR/H 11 R10A CONTAINMENT IODIHE MONITOR R10A Io.l E +0 I CPM 12 Rll CONTAINMENT AIR PARTICULATE /.5E +01 GOOD CPM 13 R12 CONTAINMENT GAS MONITOR 7. 3 E. + 03 GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10Ba I.O E.wo3 GOOD CPM

. 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 9.l E col GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 7.'0 E ~OI GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7. 108 - ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE g.C't E.al GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST I.I E. +on GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS a+a i ~ cJ Joy GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS >kasad Ly GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS a+a>>d by GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5"LOW RANGE GAS X.5 F -Olo GOOD ucr/cc 24 R14A7 PLANT"VENT CHAN 7-MID RANGE GAS /. os= -os GOOD vcr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS /. 0 E. -03 GOOD vcr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS '5.5 E- DD GOOD vcr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /. D 8-D~~ GOOD vcr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /.0 F-03 GOOD ucI/cc 29 R31 AREA 31 STEAM LINE A (SPING) j. OOf. DM GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) 1. OOl -om GOOD MR/HR

Tile>> 09>>45

~ SIIZRR'00'XR6%lTER GhXL AV77 NAME AVGE ST. IXV 00900 MZN. MAX.

0080 I

%S 33A 0060 0019 00 1N 33B 0060 00910 0012 0082 00

%3150A 0048 01000 0022 0060 00

%8150B 0047 01100 0023 0061 02

%8 250 0060 01000 0010 0055 00 NAME AVGE ST IEV MIN>> MAX>> MR% . A%% C82 I ND 33A 0010 03000 0290 0030 0072 0020 0064 00

%D 33B

%9150A

%D150B 0009 0011 0012 03010 03100 03000 0289 0292 0293 0029 0031 0032 0071 0045 0035 0021 0022 0023

'062 0063 0060 00 00 02

%D 250 0015 03000 0295 0035 0055 0025 0061 00 NAME AVGE I00 NAME AVGE I NAME AVGE '0 I

TER33A 0732 TER33B 0732 TBL50A 0752 TE150B 0752 00 TE250A 0762 00 TE250B 0762 VZ150A 0020 '00 QT150B 0020 00 IE250A 0030 DX250B 0030 EHf 0496 TES 33 '0602 00 0056 33'UQN

rime: os as Message: '~(

GINNA STATION 1988 EVALUATED EXERCISE MESSAGE FORM Turbine Driven Auxiliary Feedwater Pump Repair Team t o s: See Attached Mini-Scenario KeesacCe: ***THIS IS AN EXERCISE***

FO CONTROLLER USE ONLY Contro l'er Notes:

1) Provide information verbally when the appropriate investigations are'ade by the turbine driven auxiliary feedwater pump repair team.

ctions E ected:

1) The turbine driven auxiliary feedwater pump repair team should assess the time required to restore the turbine driven auxiliary feedwater pump to operable status and report this to the TSC.

GINNA STATION la=*

1988 EVALUATED EXERCISE g~~v~: Turbine Driven Auxiliary Feedwater Maintenance Repair Pump Required FOR CONTROLLER USE ONLY Controller otes:

1) Pump status: Pump disassembled for thrust bearing replacement.

2) All parts available.

Actions E cted:

1) Repair team will use Procedure M-11.5B

2) Approximate time to reassemble pump is 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months (2-12 hour shifts with 2 men per shift .plus stockroom support.

Time: 0945 Message: 23X GINNA STATION 1988 EVALUATED EXERCISE SS G i i Co ditions: See Attached Mini-Scenario Keesse e: ***THIS IS AN EXERCISE**e 0 CONTROLLER USE ONLY Controller Notes

1) Provide information verbally when appropriate investigations are made by the 1B diesel generator repair team.

Actions E cted:

1)'he 1B diesel generator repair team should assess the damage t'o the 1B diesel generator caused by the fire and report this to the TSC.

1988 EVALUATED EXERCISE

~ctiv~t : 1B Diesel Generator Fire Damage and Expected Repair FOR CONTROLLER USE ONLY Co troller Notes:

1) Fire was on both engine and generator.

2) Inspection after fire indicates fire was caused ' cracked

~

exterr.~l lube oil line which discharged hot lube ove'r and generator and a majority of the D/G room. The the'ngine lube oil may have been ignited by either the engine exhaust manifold or electrical spark in generator.

3) There is minor electrical and control wiring damage to engine components, however, it appears there may be internal damage to windings inside the generator.

Actions E ected:

1) The generator must be disassembled, inspected and possibly refurbished. Estimated time to do this is one month.

2) Additionally, the D/G cable vault and local control cabinets will require a complete inspection for cleaning and operability.

Time: 1000 Message: ~2 1988 EVALUATED EXERCISE S mul t a t Conditions: See Attached Sheets Keessa e: ***THIS ZS AN EXERCISE***

0 CONTROLLER USE ONLY Controller Notes:

1) Unit shutdown in progress.

2) The EOF, JENC, and Engineering Support Center should be nearing operational status.

Aetio s E cted:

1988 EVALUATED EXERCISE Time: /0 F20 OR PARAMETERS ENGIEGFERED SAPEGUARDS Reactor Shutdown Hi h Head S.I. s N-31 N-32 N-35

~~-Y CPS AMPS FZ-924 PZ-925 1A.

~)

INSERV GPM GPM TB OOS N"36 AMPS 1B. INSERV TB OOS Avg. Nuclear Power RCS Pressure

~h: ~

PSIG 1C. INSERV BAST Bevel =

TB OOS PRZR Level A RCP UNNING STOPPED Low Head S.I. s B RCP R NING STOPPED FZ-626 GPM 1A S/G Level IA. INSERV TB OOS RECIRC 1B S/G Level 1B. INSERV TB OOS RECIRC 1A S/G Pressure ~)~b PSIG RWST Level =

1B S/G Pressure O PSIG Turbine/Generator NLI Contaunnent ra 4 KV Buses 480V Buses, NERGIZE NERGIZE OFFLINE DEENERGIZED DEENERGIZED .

FI"931A

,FI-931B

~~

~~ GPM GPM s

Cnmt Pr'essure O-'l7 PSIG 1A. INSERV TB OOS Cnmt Sump A Level FEET 1B. INSERV

~~

~

~ TB OOS Cnmt Sump B Level INCHES

~ NaOH Tank Level = %

Loop Hot Leg

~ Loop Cold Leg "F Containme Pans Loop Hot Leg 1A. E STBY OOS Loop Cold Leg 1B. NSER S OOS VLIS 1C. INSER TB OOS

CET F 1D. NSER STBY OOS

'S/G A

'S/G B Total Total Aux Aux FW FW Flow Flow O IP GPM GPM Post Accident Dampers OPEN LOSED Service Water s 1A. SE STBY OOS 1B. SE STBY OOS A. RUNNING UNLOADED STBY OOS 1C. S R STBY OOS B. RUNNING UNLOADED STBY OOS 1D. INSERV STBY OOS TSC RUNNING UNLOADED Security RUNNING UNLOADED OOS AAB Header ressare ~2- PSIG OOS nent Coolin er s

~

ENGINES SAPEGUARDS 1A. INSER T S 1B. S STBY OOS Aux. Peechrater s Surge Tank Level =

1A. INSERV OOS 1B; INSERV TB OOS Standb Aux. Peedwater s Turb. Driven INSERV STBY OS 1C. INSERV TB OOS CST Level Z FEET 1D. INSERV TBY OOS

<<CET = Average of Selected Core Exit Thermocouples

f9) FF PROGRAM NAME:LRGTSZ. E ~O~oo Oil R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSI(RQIERV

SUMMARY

GROUP NAME CROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 N31 SOURCE RANGE DETECTOR N-31 '3.iso zo-O~ IHHB CPS

.4 H32 SOURCE RANGE DETECTOR H-32 g, ~~iS>-o

~@4,yg-ol I /Nlrb CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 (, -o INHB AMP 6 H36 INTERMEDIATE RANGE DETECTOR N-36 f 9gy$ INHB ~P 7 HP AVERAGE NUCLEAR POWER qv.FI GOOD t

8 PRCS REACTOR COOLANT SYSTEM AVG PRESS PRESSURIZER AVERAGE LEVEL 22.35.

i/7~2

~p GOOD PSIG 9 LPZR 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW PJ~ GOOD 11 FRCLB REACTOR COOLANT LOOP B AVG FLOW V7-t GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN /Vs/ GOOD DEGF 15 LSGA STM GEN A HARROW RANGE AVG LEVEL 5+ 2. GOOD 16 LSGB STM GEN B HARROW RANGE AVG LEVEL ( GOOD 17 PSGA STM GEH A AVERAGE PRESSURE 7(pb GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE

~

vco. GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR OH LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUSllA BUS llA SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS 11B SUPPLY'BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 BllA12A BUS 11A TO 12A TIE BREAKER TRIPPED GOOD 26 B11B12B BUS 11B TO 12B TIE BREAKER TRIPPED GOOD 27

'CV CONTAINMENT AVERAGE PRESSURE any GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL J.8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) ~

LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

QC7 zP g PROGRAM NAME:LRGTSZ. E

/o:oo; 2/

R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT SlQWARY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T. MODIFY DRSClHPTION 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LONER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEI 113 INCHES (TRAIN A) LONER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L09428 SUMP B LEVEL 180 INCHES (TRAIN A) LONER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LONER GOOD

'39 T0409A RCLA HOT LEG TEMPERATURE GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE S'f9 GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE M6 ~ 8'89.<

GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) S'il GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) +70 <<'f DEGF (I5 .3 45 46 47 LRV TCCORE FAUXFWA REACTOR VESSEL AVERAGE LEVEL El.l INCORE TC AVERAGE TEMP S/G A TOTAL AUX FEEDWATER FLOW sIF.

l fi GOOD GOOD GOOD DEGF GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW l ~ GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD

¹ 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW Qq GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW GPM 55 P2160 SERVICE WATER PUMPS A 6 B HEADER 12 GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER 12 GOOD PSIG 57 BKR041 SERVICE WATER PUMP A 5Al GOOD 58 BKR042 SERVICE WATER PUMP B ~ ON GOOD 59 BKR043 SERVICE WATER PUMP"C ON GOOD 60 BKR044 SERVICE WATER PUMP D old GOOD

bCr PR NAK :LRGTSZ.E /O:0 F..E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGk96%T

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T NODIFY DESCRIPTION CURRENT VALUE ITY CODE 1

2 F0619 LRWST COMPONENT COOLING LOOP TOTAL FLW REFUELING WATER STORAGE TANK LVL Ill.

ey-6 LALM GOOD GPM 3 WS033 33 FOOT LEVEL WIND SPEED s. / GOOD MPH WD033 33 FOOT LEVEL WIND DIRECTION o 2.9 GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE 7 3r3 GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP 9 I GOOD DEGF 8 R01 AREA 1-CONTROL ROOM /.Oo E'-Ql GOOD MR/H 9 R02 AREA 2-CONTAINMENT a V3 E. +Du 6800 MR/H 10 R09 AREA 9"LETDOWN LINE MONITOR 3.5a.E +o3 MR/H 11 R10A CONTAINMENT IODINE MONITOR R10A ~ M.aE. +og CPM 12 Rll CONTAINMENT AIR PARTICULATE a.o E. + o' GOOQ- HAL.w CPM 13 R12 CONTAINMENT GAS MONITOR q.SE+ D3 GOOD CPM 14 R10B PLANT VENT IODINE MONITOR RlOB /. / /= +03 GOOD CPM

.15 R13 AUX BLDG EXHAUST AIR PARTICULATE 9./6, +el GOOD CPM

'6 R14 AUX BLDG EXHMST GAS MONITOR /.'7 z+o I GOOD CPM 17 R29 AREA 29"CONTAINMENT HIGH RANGE 7. /DF-ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 8,(.'t a-- ol GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHMST I. /e.+o~ GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS 5+aiidhy GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS s+ond GOOD ucr/cc 22 R12A9 CV VENT CHAN 9"HIGH RANGE GAS SLY Ly'kdn GOOD ucr/cc

. 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS 5-5 E-Dk "GOOD vcr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS /. o 8-os GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH'ANGE GAS /.o P -o3 GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS S.5 P-ck GOOD ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /. o 8-D5 GOOD ucr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /. DE-O3 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) /.Do/:-n~ GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING). /. Do/ -ow GOOD MR/HR

pr r(43 10:00

~ SZZBHX'00'XKHJH5t

AV77, KLME AVGE ST. IXV MIN KLX. Z

%8 33h 0061 00900 0011 0070 00

%8 33B 0062 00910 ..0012 0072 00

%8150A 0060 01000 0022 0060 00

%8150B 0052 01100 0023 0061 02

%8 250 0070 01000 0010 0055 00 NAME AVGE ST+ EEV MZNo MAX+ MHCR AVRN 'CÃZ I

%D 33h 0029 03000 0009 0050 0072 0020 0064 00

%D 33B 0028 03010 0011 0051 0071 0021 0063 00

%D150A 0032 03100 0015 0060 , 0045 0022 0062 00

%D150B 0031 03000 0014 0055 0035 0023 0060 02

%D 250 0035 03000 0015 0060 0055 0025 0061 00 RIME AVGE 0733 Z NAME AVGE I00 NAME AVGE I TER33A 00 TER33B 0733 TE150A 0753 TE150B 0753 00 TE250A 0764 00 TE250B 0764 VZLSOA 0020 00 DT150B 0020 00 DZ250A 0031 DX250B KEN 33 0031

'0496 '~ 33 0602 00 MIN '056

Time: ~05 Message: 25 GINNA STATION 1988 EVALUATED EXERCISE G

u t ant Condit ons: See Attached Sheets

/essive: ***THIS IS AN EXERCISE***

Alarms received in the Control Room:

o E-16 (RMS Process Monitor High Activity) o R-15 (Air Ejector Radiation Monitor)

FOR CONTROLLER USE ONLY Co troller Notes:

1) When operators check the RMS chart for R-15, inform them that i:t shows a steady increase.

2) Unit shutdown in progress.

ctions E ected:

1) Control Room operators should refer to AR-E-16 and AR-RMS-15 and perform the actions of these procedures.

1988 EVALUATED EXERCISE Tlse: /O/5 MAJOR PARAMETERS ENGINEERED SAFEGUARDS Reactor Shutdown ~YES ~NO Hi h Head S.I. s N-31 C) FI-924 N-32 N-35 CPS CPS AMPS FI"925 1A;

~~

INSERV TB GPM GPM OOS N-36 Io AMPS 1B. INSERV TB OOS Avg. Nuclear Power RCS Pressure PRZR Level PSIG 1C. ~

BAST Level = ~~

INSERV STB OOS A RCP UNNI STOPPED Low Head S.I. s B RCP RUNNIN STOPPED FI-626 (P GPM 1A 1B S/G Level S/G Level

~3 1A.

1B.

INSERV TB INSERV STB OOS RECIRC OOS RECIRC 1A S/G Pressure PSIG RWST Level =

1B S/G Pressure 5 PSIG Turbine/Generator 4 KV Buses 480V Buses

'n'mt 'Pressure Cnmt Sump A Level CeImt Sump n Teevel ONLIN OFFLINE NERGIZE DEENERGIZED NERGIZE /DEENERGIZED Oe J7 >PSIG

+i@ FEET Contairunent FI-931A.

FI-9319 lA.

1B.

~

~~ ra INSERV TB GPM GFH INSERV STB s

OOS OOS

~C INCHES NaOH ank L .e Loop

~ Loop Hot Leg Cold Leg M~ F F Containmen Fans Loop Hot Leg lA. E STBY OOS Loop Cold Leg Wet F 1B. SER S OOS RVLIS 1C. INSE TB OOS FACET

'S/G A Total Aux S/G B Total Aux FW FW Flow Flow

~~ GPM GPM 1D.

Post E STBY OOS Accident Dampers OPEN CLOSED Service Mater s 1A. NSE STBY OOS 1B. SE STBY OOS A. RUNNING UNLOADED STBY OOS lc. NSER STBY OOS B. RUNNING UNLOADED STBY TSC RUNNING UNLOADED STB OOS Security RUNNING UNLOADED S

OOS 1D.

AGB NSER Header Pressure STBY

~~

OOS PSIG nent Cool Mater ENGIKDFRED SAPEGmlRDS 1A. INSERV B OOS 3.B. NSERV TBY OOS Aux. Peechrater s Surge Tank Level = 2.

lA. INSERV TBY OOS 1B. INSERV TB OOS Standb Aux. Peechrater s Turb. Driven N ERV STBY S lc. INSERV TB OOS CST Level > e5 FEET 1D. INSERV STB OOS

CET = Average of Selected Core Exit Thermocouples

.v tR) VE PROGRAM NAME:LRGTSZ.E <o.'S': iS R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGR69lT

SUMMARY

CROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T .MODIFY POINT ID DESCRIPTION ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 N31 SOURCE RANGE DETECTOR N-31 : 3.8'S'atm-o( INHB CPS N32 SOURCE RANGE DETECTOR N-32 3,Wq e(~-o t Wib CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35

~

Q ~ 3 I qhf 0t INHB AMP 6 N36 INTERMEDIATE RANGE DETECTOR N-36 4, +*lb Clf INHB jNP 7 NP AVERAGE NUCLEAR POWER 'f 'I ~ I 7- GOOD 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS 2.W s GooO PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL 4r .a GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW fr,.g GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW V7 9 GOOD 12 RXT16 RCPA BREAKS CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN R7 'f GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL $ 'l. aO GOOD 17 PSGA STM GEN A AVERAGE PRESSURE phd e GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE pt'6 GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUSllA BUS 11A SUPPLY BREAKER , NOT TRIP GOOD 22 BUS11B BUS llB SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP 25 B11A12A BUS 11A'TO 12A TIE BREAKER TRIPPED GOOD 26 BllB128 BUS llB TO 12B TIE BREAKER TRIPPED GOOD 27 PCV CONTAINMENT AVERAGE PRESSURE GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL jog GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

Gcr r PROGRAM NAME:LRGTSZ. E /o: i5: 2S R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT KJMNARY

'I GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION , CURRENT VALUE 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEHPERATURE SVO 3 GOOD DEGF 40 T0410A RCLB HOT LEG TEHPERATURE I GOOD DEGF 41 T0450 RCLA COLD LEG TEHPERATURE $41. ( GOOD DEGF 42 T0451 RCLB COLD LEG TEHPERATURE ~3 0 GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) ml .0 GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) $ 70 7 GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL ]id a~ GOOD 46 TCCORE El.1 INCORE TC AVERAGE TEMP S'5'a J GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW Oa GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW 0 GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW QO GOOD GPM 55 P2160 SERVICE WATER PUMPS A G B HEADER 72 i GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER ra@ GOOD PSIG 57 BKR041 SERVICE WATER PUMP A oQ GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUHP C ON GOOD 60 BKR044 SERVICE WATER PUMP D OQ GOOD

.LRGTSZ.E QCr HAMi PROG F..E. GINNA NUCLEAR POWER PLANT /o:

/S'REND GROUP ASSIGMMF2lT SlDQQLRY GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION

/55os 1 F0619 LRWST COMPONENT COOLING LOOP TOTAL FLW REFUELING WATER STORAGE TANK LVL ws- LALM GOOD GPM 2

3 WS033 33 FOOT LEVEL WIND SPEED r'I GOOD HPH WD033 33 FOOT LEVEL WIND DIRECTION os3.3 GOOD GOOD DEG.

DEGF 5 WT033 33 FOOT LEVEL TEHPERATURE WT250 250 FOOT LEVEL TEHPERATURE 7(n 3 GOOD DEGF 6

250 TO 33 FOOT LEVEL DELTA TEMP GOOD DEGF 7 WDT2

/.OO F DI

'.a.((

8 Rpl AREA 1-CONTROL ROOM GOOD HR/H 9 R02 AREA 2-CONTAINMENT E.+Ox GOOD HR/H AREA 9-LETDOWN LINE MONITOR /DF.+03 H41~ MR/H 10 ll R09 R10A CONTAINMENT IODINE HONITOR R10A I,I 2+05 &Ac ~ 'O86 CPM 12 Rll CONTAINMENT AIR PARTICULATE a.ez ~os QX@ AA c.nn CPM 13 R12 CONTAINMENT GAS MONITOR /. RE+ O'/ Goer HAc m CPM PLANT VENT IODINE MONITOR R10B I. <E ~os GOOD CPM 0./ I+ ol 14 R10B GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 16 R14 AUX BLDG EXHAUST GAS MONITOR 7'/E +0/ GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7.'POE. -Ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 8 4'/E-Ol GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST /.DE ~OF GOOD CPH 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS ~ken Jk)y GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS $ +an d 4y GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS s+andky GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS 5.5F -Od GOOD ucr/cc.

24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS /.0 E-O5 GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS /-OE -OB GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS I.OE O~ GOOD ucz/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS 5.0 E-o~ GOOD UCI/cc AIR EJECTOR CHAN 9-HI RANGE GAS 5.O E-O~ GOOD ucr/cc I. OOE -o~

28 R15A9 GOOD MR/HR AREA 31 STEAH LINE A (SPING)

/.00 E - ow 29 R31 GOOD HR/HR 30 R32 AREA 32 STEAM LINE B (SPING) 0

~e 10'5

~ SIZZ'00~ CXMPOXRR AV77 I

~

HLME AVGE ST. lRV MZN. MAX.

%8 33A 0051 00900 0011 0057 00

%3 33B 0052 00910 0012 0059 00 lN150h 0040 01000 0022 0060 00 M150B 0042 01100 0023. 0061 ,02

%$ 250 0060 01000 0010 0055 00 MNE AVGE ST IEV MZN MAX. MHCR AVRN CHZ I

%9 33h 0058 03000 0030 0075 0072 0020 0064 00

%D 33B 0059 03010 0031 0075 0071 0021 0063 00

%)150A 0061 03100 0035 0080 0045 0022 0062 00

%D150B

%D 250 K(ME 0061 0060 AVGE 03000 03000 Z SAME 0030 0025 AVGE 0075 0080 0035 0055 I00 SAME 0023 0025 AVGE 0060 0061 '0I 02 TER33A 0733 00 TER33B 0733 TE150A 0754 TE150B 0754 00 TE250A 0763 00 TE250B 0763 QHSOA 0021 00 VVX50B 0021 00 QT250A 0033 VZ250B 003~.

'EN 33 0496 TEG 33 . 0602 00 RAIN 0056

Time: ~~8 Message: ~2 1988 EVALUA D E at nt Co d tions:

gessaCee: ***THIS IS AN EXERCISE***

Alarms received in the Control Room:

o R-19 (S/G Blowdown Radiation Monitor) 0 CONTROLLER USE ONLY Controller Notes:

1) When Control Room operators check to see isolates, if inform them that all four blowdown valves are blowdown closed.

Actions cted:

1) Control Room operators should refer to AR-RMS-19 and perform the actions of this procedure if time permits.

2) The rate of unit shutdown would probably be increased to 14/minute because of the indicated S/G tube leak with loss of both diesel generators.

Time: ~03 0 Message: ~7 GINN ST T 0 1988 EVALUATED EXERCISE SSAGE FO mu ed l t Co d'tions: See Attached Sheets M~~ss~ag: ***THIS IS AN EXERCISE***

FOR CONTROLLER USE ONLY Cont plier'Notes:

1) Unit shutdown in progress.

Actions E ected:

1988 EVALUATED EXERCISE E~: l~b MAJOR PARAMETERS ENGINEERED SAFFAKARDS Reactor Shutdown Hi h Head S.I.

N"31 N-32

~EES FI-924 FI"925

~)

~~ GPM s

~

CPS GPM N"35 SNPS lA. INSERV TB OOS N"36 SNPS 1B. INSERV OOS Avg. Nuclear Power RCS Pressure PRZR Level

~~0 PSIG 1C.

BAST Level = ~~

INSERV TB OOS A RCP UNNING STOPPED Low Head S.I. s B RCP 1A S/G Level RUN N STOPPED FI-626 1A.

~)

INSERV GPM OOS RECIRC 1B S/G Level 1B. INSERV S B OOS RECIRC 1A S/G Pressure PSIG RWST Level =

1B S/G Pressure PSIG Turbine/Generator NLI OFFLINE Containment ra s 4 KV Buses FI-931A 480V Buses Cnmt Pressu're NERGIZE DEENERGIZED NERGIZE /DEENERGIZED O.I

~ PSIG

'FI-931B 1A.

~~

INSERV GPM GPM TB OOS Cnmt Sump A Level I FEET 1B. INSERV TB OOS Cnmt Sump R T,evil

'. Loop Hot Leg

~C. 1NCNES

~

NaOH Tank Level = ~~~ 8

.~ Loop Cold Leg ~PS Cont emanent Recirc Pans Loop Hot Leg *P'0 1A. NSE STBY OOS Loop Cold Leg 1B. SE STB OOS RVLIS lc. IN TB OOS

GET S/G A Total Aux FW Flow

~W

~~ GPM F 1D. STBY Post Accident Dampers OOS OPEN LOSED S/G B Total Aux FW Flow GPM Service Mater s DIESEL GEKPRATORS 1A. S R STBY OOS 1B. NSE STBY OOS A. RUNNING UNLOADED STBY 00 lc. E STBY OOS B. RUNNING UNLOADED STBY S 1D. SE STBY OOS TSC RUNNING UNLOADED Security RUNNING UNLOADED OOS OOS ARB Header Pressure ~P PSIG nent Cool Water s lA. INS T OOS 1B. SERV STBY OOS Aux. Feechrater s Surge Tank Level =

1A. INSERV OOS 1B. INSERV T OOS Standb Aux. F er s Turb. Driven INSERV STBY S 1C. INSERV STB OOS CST Level FEET 1D. INSERV STBY OOS

CET = Average of Selected Core Exit Thermocouples

lq) 8'E PROGRAM NAME:LRGTSZ. E go~go'0 l R.E. GINHA NUCLEAR POWER PLANT TREND GROUP ASSI(266?HT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTIOH CURRENT VALUE ENGR lJNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS NOT TRIP GOOD 3 N31 SOURCE RANGE DETECTOR N-31 9 -S~I V>-oI IHHB CPS 4 N32 SOURCE RANGE DETECTOR N-32 z.e xoS-<t ~HS CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35

~

4 /2 (35-Og IHHB AMP 6 N36 INTERMEDIATE RANGE DETECTOR N-36 3'4 x3 I->$ INHB jWP 7 NP AVERAGE NUCLEAR POWER g 2..22. GOOD 'D 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS ~ 290e OOOO PSIG LPZR PRESSURIZER AVERAGE LEVEL 4S. ( GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW eg.s GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW TRIP er-I GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP HOT TRIP GOOD 14 TSUBTC INCORE TC,SUBCOOLED MARGIN Sb.l GOOD DEGF 9.

15 LSGA -STM GEH A HARROW RANGE AVG LEVEL GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL $2.i ) GOOD 17 PSGA STM GEN A AVERAGE PRESSURE 795' GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE 7q GOOD PSIG 19 GEHBKR1 GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUSllA BUS llA SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS 11B SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 B11A12A BUS llA TO 12A TIE BREAKER TRIPPED GOOD 26 B11B12B BUS 11B TO 12B TIE BREAKER TRIPPED GOOD 27 PCV CONTAINMENT AVERAGE PRESSURE ~ )7 GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL GOOD F~ET 29 SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD W

L0942E 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

bc

/ 0'.$ 0 ~ c.

PROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT SUlQlARY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY CURRENT VALUE 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L09428 SUMP B LEVEL 180 INCHES .(TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES, (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD

'39 T0409A RCLA HOT LEG TEMPERATURE 5K GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE 5P~< GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE $ $ 7iL GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE 5'9 i> GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) GOOD DEGF TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) SReg GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL lie,S GOOD 46 TCCORE El.l INCORE TC AVERAGE TEMP S'8 r GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW 0~ GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW 0 GOOD GPM MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 49 BKR081 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 50 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 51 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 52 53 FSIA SAFETY INJECTION LOOP A AVG FLOW Os GOOD GPM 000 GOOD GPM 54 55 FSIB P2160 SAFETY INJECTION LOOP B AVG FLOW SERVICE WATER PUMPS A 6 B HEADER /~

l2 GOOD GOOD PSIG PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER SERVICE WATER PUMP A Oh/ GOOD 57 BKR041 SERVICE WATER PUMP B ON GOOD 58 BKR042 ON GOOD 59 BKR043 SERVICE WATER PUMP C ~

60 BKR044 SERVICE WATER PUMP D 4 GOOD

'g1 PR NAM! LRGTSZ.E &c)

F..E. GINHA NucLEAR POWER PLANT

/o.3o: /7 TREND GROUP ASSIGkQGWT

SUMMARY

GROUP NAME GRoup DEscRIpTIoH EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION 1 F0619 COMPONENT COOLING LOOP TOTAL FLW ISCV. LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL GOOD 3 MS033 33 FOOT LEVEL WIND SPEED GOOD MPll 4 WD033 33 FOOT LEVEL MIND DIRECTION 077 GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE 7 3< 3 GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE ) 6.5 GOOD DEGF .

7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP 32 GOOD DEGF 0 Rol AREA 1-CONTROL ROOM /. oog GOOD MR/H 9 R02 AREA 2-CONTAINMENT F + ow

-a.'.Cn&

f408 H /lLW MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR I. /0 E. +D3 GOQD F64 L. h1 MR/H 11 R10A CONTAINMENT IODINE MONITOR R10A I. 1E. +D5 Hd t.M CPM 12 Rll CONTAINMENT AIR PARTICULATE I.I F +o5 CPM R12 CONTAINMENT GAS MONITOR I.'8 F+O'S CPM

~At ~

13 14 R10B PLANT VENT IODINE MONITOR R10B I.'/8 <<05 @089 CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE a.7 E ~O~ GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR I.PE eO2 GOOD CPM

~ 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7.1D E-ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE Z.f E,-oi

'7 GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST /.0- +07 CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS ~,S ban Jby GOOD ucI/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS ~+a n d b./ GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS Standby GOOD VCI/CC 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS 5.5F -b( -GOOD ucr/CC 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS /. bE- QS GOOD VCI/CC 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS /. QE- Q3 GOOD vcr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS I. DE OW R-fi-cw vcr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /.><< -c I G80D ~c.m ucl/CC AIR EJECTOR CHAN 9-HI RANGE GAS /,g E--0 I axe ucl/cc 28 R15A9

/.00 E -o( &<<M MR/HR 29 30 R31 R32 AREA 31 STEAM LINE A (SPING)

AREA 32 STEAM LINE 8 (SPING) I DO E'i c'f .

GOOD GQM I~~ MR/HR

10:30

~ 8ZZBRP 700'XNPUTER AV77

%RE 33A AVGE, 0049 ST XEF 00900 MING MAX+ I

%S 0011 0050 00

%8 33B 0049 00910 0012 0052 00

%8150A 0040 01000 0022 0060 00

%8150B 0042 01100 0023 0061 02 M 250 0050 01000 0010 0055 00 MME

%D 33A AVGB 0077 ST EEV 03000 KIN>>

0050 MAX.

0095 MAR AVRN CÃZ I 0072 0020 0064 00

%D 33B 0078 03010 0051 0095 0071 0021 0063 00

%D150A 0080 03100 0055 0090 0045 0022 0062 00

%D150B 0081 03000 0050 0095 0035 0023 0060 02

%D 250 0085 03000 0055 0100 0055 0025 0061 00 NAME AVGE I MME AVGE I MME AVGE I TKR33A 0733 00 TER33B 0733 00 TE150A 0753 TPLSOB 0753 00 TE250A 0765 00 TE250B 0765 02150A 0020 00 OPLSOB 0020 00 QX250A 0032 UZ250B 0032 33 0506 TEG 33 0602

'H%

.00 RAIN 0056

Time: 1033 Message: 28 1988 EVALUATED EXERCISE MESSAGE t P nt Conditions: See Attached Sheets geeaaa e: +**THIS IS AN EXERCISE*ac Alarms Received in the Control Room:

o F-4 (Pressurizer Level Deviation - 5 Normal +5) o F-10 (Pressurizer Low Pressure 2185 psi) o F-14 (Charging Pump Speed) o D-20 (Pressurizer Low Pressure Trip 1873 psi) o D-19 (Pressurizer Low Pressure SI 1750 psig)

Indications in th'e Control Room Include:

o Containment Isolation is Normal o "A" SI Pump Fails to Start FO CONTROLLER USE ONLY Co t plier Notes:

1) If Control Room operators manually, it will not start.

try to start the "A" SI pump All other safeguards equipment operates as designed.

2) The "B" S/G water level is increasing more than normal.

3) The loss of coolant is approximately 900 gpm tube rupture in the "B" S/G.

ctions E ected:

1) Control Room operators take immediate actions in accordance with E-0 (Reactor Trip or Safety Injection).

1988 EVALUATED EXERCISE T~: /033 MAJOR PARAMETERS ENGIN199KD SAPfFGUARDS Reactor Shutdown YES NO Hi Head S.I. s FI-924 O N-31 N"32 N-35

~~ C3 CPS CPS

~AF co AHPS FI-925 M5 1A.

GPM GPM INSERV STSY S N-36 ~> AMPS 1B. NS STB OOS Avg. Nuclear Power 1C. INSERV TB OOS RCS Pressure 707d PSIG BAST Level =

PRZR Level A RCP WIN STOPPED Low Head S.I. s B RCP UNNIN STOPPED FI-626 C3 GP 1A S/G Level 1A. INSERV T OOS RECIRC Level ~l/

1B S/G 1A S/G Pressure 1B S/G Pressure PSIG PSIG 1B.

RWST Level = ~~

INSERV OOS RECIRC Turbine/Generator 4 KV Buses 480V Buses

'Cnmt Pre'ss'ure Cnmt Sump A Level IN ENERGIZE

-~~I~

OFFLINE DEENERGIZED DEENERGIZED 8

PSIG FI-931A

'I-931S 1A.

~

~~ra Containment INSERV GPM GPM B

s OOS Cnmt Sump B Level A- Loop Hot Leg

(~

~5>

FEET INCHES F

1B.

NaOH INSERV STB Tank Level = ~P~

OOS A Loop Cold Leg B Loop Hot Leg

~I3 F Cont~anent R irc Fans 1A. NSER STBY OOS B Loop Cold Leg 1B.

~

NSER STBY OOS RVLIS ~)O 1C. INSE V TB OOS

~CET Total Aux Flow

~5~ F 1D. NSERV STBY Post Accident Dampers OOS S/G A S/G B Total Aux FW FW Flow ~~ GPM GPM Service Mater PE CLOSED DIESEL GENERATORS 1A. STBY OOS 1B. NSER STBY OOS A. RUNNING UNLOADED STBY 1C. I SERV STBY OOS B. RUNNING UNLOADED S S 1D. NSE V STBY OOS TSC RUNNING UNLOADED TBY OOS ARB Header Pressure 7M PSIG Security RUNNING UNLOAD D TBY S nent Cool Water s INSERV B OOS 1B. NSERV STBY OOS Aux. Feechrater Surge Tank Level =

1A. INSERV STB OOS 1B. INSERV TB OOS Standb Aux. Feedwater s Turb. Driven INSERV STBY OOS CST Level ~~ FEET 1C.

1D.

INSERV TB INSERV STB OOS OOS CET = Average of Selected Core Exit Thenmcouples

Tf) FS'O:

PROGRAM NAME:LRGTSZ. E 33 -2.0 R.E. GIHNA NUCLEAR POWER PLANT TREND GROUP ASSIGHKNT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS ~

V<IPPao GOOD 3 N31 SOURCE RANGE DETECTOR .y. ~~ ~3<-o 1 INHB CPS 4

5 H32 N35 RANGE DETECTOR N-32 N-31'OURCE INTERMEDIATE RANGE DETECTOR N-35

~9 2.I7-0l ~d Q,ysO CPS AMP 6 N36 INTERMEDIATE RANGE DETECTOR N-36 gg fig-05 Qaod ~P 7 HP AVERAGE NUCLEAR POWER OO.i2- GOOD 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS /7 00 ~ PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL -c4 ~ L~'OOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW fg 1 GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW '11. r GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BROKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN 5'ooh GOOD DEGF 15 LSGA STM GEH A HARROW RANGE AVG LEVEL 56a> GOOD 16 LSGB STM GEH B HARROW RANGE AVG LEVEL gg.] GOOD 17 PSGA STM GEN A AVERAGE PRESSURE geo GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE GOOD PSIG 19 GENBKRl GENERATOR ON LINE BREAKER 1G1372 NOT TRIP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 NOT TRIP GOOD 21 BUS11A BUS 11A SUPPLY BREAKER NOT TRIP GOOD 22 BUS11B BUS 11B SUPPLY BREAKER NOT TRIP GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER HOT TRIP GOOD 25 BllA12A BUS 11A TO 12A TIE BREAKER TRIPPED GOOD 26 B11B12B BUS 11B TO 12B TIE BREAKER TRIPPED GOOD 27 PCV CONTAINMENT AVERAGE PRESSURE el~ GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL lee GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

OCT I@

/0 7p; 3o PROGRAM NAME:LRGTSZ.E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMEHT SNIIARY GROUP NAME GROUP DESCRIPTION'C-703 EVENT 1 PLANT STATUS~DON'T MODIFY POINT iD DESC1H PT ION . CURRPJPP VALUE EHGR UNITS 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LONER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LONER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LONER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE eSV e~ GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE S'bf GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE S'f3 GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE $ 43 9 GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) S$ 0.f GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) 550 ~ l GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL /lb .3 GOOD 46 TCCORE El.l INCORE TC AVERAGE TEMP Ssl-t GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW 0 GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW 0 ~ GOOD GPM MTR AUXILIARYFEEDWATER PUMP A OFF GOOD 49 BKR081 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 50 BKR082 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 52 V3504 53 FSIA SAFETY INJECTION LOOP A AVG FLOW Og GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW OOo GOOD GPM 55 P2160 SERVICE WATER PUMPS A G B HEADER 72' GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER 20 GOOD PSIG SERVICE WATER PUMP A CW GOOD 57 BKR041 SERVICE WATER PUMP B ON GOOD 58 BKR042 ~

SERVICE WATER PUMP C GOOD 59 BKR043 SERVICE WATER PUMP D GOOD 60 BKR044

wf PR NAB :LRGTSZ.E CCr Ig g R.E. GIHNA NUCLEAR POWER PLANT t'o: 3Z: y'o TREND GROUP ASSI(ROKE SlSQlARY GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFlC I

DESCRIPTION araRENT VALUE F0619 COMPONENT COOLING LOOP TOTAL FLW I~80 ~ LALM GPM 1

2 LRWST REFUELING WATER STORAGE TANK LVL '6 s GOOD 3 WS033 33 FOOT LEVEL WIND SPEED 5.7 GOOD MPH 4 WD033 33 FOOT LEVEL WIND DIRECTION 07 cI GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE 7 GOOD DEGF ab ~ DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE GOOD 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP GOOD DEGF 8 Rol AREA 1-CONTROL ROOM I. I) I - v/ GOOD MR/H 9 R02 AREA 2-CONTAINMENT a/.n gQQB f/ A L ~ MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR V.l t ~08 GoeD wA c.~ MR/H ll R10A CONTAINMENT IODINE MONITOR R10A ~ r GOQD Pf Pf C.M CPM 12 Rll CONTAIHMEHT AIR PARTICULATE f g o GOOD p+Agn CPM 13 R12 CONTAINMENT GAS MONITOR s.A I, ). ~ .~ gQOD prA c. I CPM 14 R10B PLANT VENT IODINE MONITOR R10B Ir 'h GOOD r/-W cm CPM 15 R13 AUX BLDG EXHMST AIR PARTICULATE I."- GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 7.. I ): 10Z GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7 , Cg'o g .g> I GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE .t r. C.<> I GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHMST I I'+of CPM 20 R12A5 CV VENT CHAN 5"LOW RANGE GAS GOOD ucx/cc 21 22 R12A7 R12A9 CV VENT CHAN 7-MID RANGE GAS CV VENT CHAN 9-HIGH RANGE GAS

~

c ~

5 gA ~gt3, ir mb6't GOOD GOOD ucr/cc ucI/cc I,o f..- >5 GOOD vcr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS I, Q I= -(75 GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS I. 0 I GOOD VCI/CC

~

-OZ

~

F4-ctI o',o 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS C aces ucr/CC 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS I ~ C7 p tie I Geee I,n ucl/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS g.g f.io GOQO HAc ~ ucr/cc 29 R31 AREA 31 STEAM LIHE A (SPING) I oo I'oo (

GQQD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) -9. oo QBeD I+6 c-M MR/HR

T4ae ~10 4 Message: ~9 988 D CISE SSAGE imu at ant Conditions: See Attached Sheets

~essa e: **4THIS IS AN EXERCISE***

0 CONTROLLER USE ONLY Controller 'Notes:

ctions E ected:

1) Control Room operators taking immediate actions in accordance with E-0 (Reactor Trip or Safety Injection).

1988 EVALUATED EXERCISE TLsa: /~CP3

~

MAJOR PARAMETERS Reactor Shutdown ~SNO Hi Head S.I. s N-31 CPS FI-924 I 2 'e GPM N-32 CPS FI-925 I'70 GPM N-35 ~~AMPH 1A. INSERV STBY S N-36 Avg. Nuclear Power

~~gO AMPS 1B.

1C.

NS R STBY OOS NSERV STBY OOS RCS Pressure PSIG BAST Level =

PRZR Level Ql ~D'ow A RCP UNNI STOPPED Head S.I. s B RCP RUNNIN STOPPED FI-626 Q.O 0 GPM 1A S/G Level 0 1A. STB OOS RECIRC Level 1B.

1B S/G 1A S/G Piessure 1B S/G Pressure 0 PSIG PSIG INSERV RWST Level = ~~ T OOS RECIRC Turbine/Generator 0 E/ FLIN Containment ra s FI"931A 4 KV Buses 480V Buses

Cnmt Press'ure NERGIZE ENERGIZE

~

DEENERGIZED DEENERGIZED I7 PSIG

'FI-931B lA.

~~

INSERV GPM GPM OOS Cnmt Sump A Level FEET 1B. INSERV STBY Cnmt Sump B A-Loop Hot Leg Level

~II~

INCHES F

NaOH Tank Level = ~3 S A Loop Cold Leg F Containment R irc Pans B Loop Hot Leg DF 1A. , SE STBY OOS B Loop Cold Leg 7 F 1B. INSERV STBY OOS RVLIS 1C. ERV STBY OOS

GET S/G A Total Aux FW Flow

~L.

~<o F

GPM 1D. SER Post Accident Dampers STBY OOS PEN CLOSED S/G B Total Aux FW Flow > lO GPM Service Mater s lA. NSE STBY OOS 1B. NSE STBY OOS A. RUNNING UNLOADED .STBY OOS 1C. INSER STBY OOS B. RUNNING UNLOADED STBY OOS 1D. INS V STBY OOS TSC RUNNING UNLOADED STBY Security RUNNING UNLOADED OOS STBY OOS ASB Heaaer Pressure ~2 PSIG nent Cool Mater s ENGDGFERED SAPEGUARDS 1A. 'NSERV T OOS

~ 1B. NSERV STBY OOS Aux. P ter s Surge Tank Level = ~2-1A. S STBY OOS 1B. RV STBY OOS Stan Aux. Peechnater s Turb. Driven INSERV STBY OOS lc. INSERV S S CST Level ~Q FEET 1D. INSERV STBY OOS "CET = Average. of Selected Core Exit Theramcouples

" - <T H~ 8'P PROGRAM NAME:LRGTSZ. E IOS SYZl<

R.E. GIHNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT SUlQlARY GROUP NAME GROUP DESCRIPTION EVENT 1 PLANT STATUS~DON'T MODIFY

'C-703 POINT ID DESCRIPTION 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS 1 Ripe,o GOOD 3 N31 SOURCE RANGE DETECTOR N-31 S.S gI XI-0I INHB CPS H32 SOURCE RANGE DETECTOR N-32 3 ..X,Y7I I-Of ~i4 5 N35 INTERMEDIATE RANGE DETECTOR H-35 2.

P..

f os l I.wa.-o4

'IVI-O4 c~ CPS AMP 6 H36 INTERMEDIATE RANGE DETECTOR H"36 jNP 7 NP AVERAGE NUCLEAR POWER 00000 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS I 200 ~ PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL ~01aS GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW 'ffe'f GOOD 11 FRCLB REACTOR COOLANT LOOP B AVG FLOW vs.s GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP NOT TRIP GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN l5 z GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL IO GOOD s "f 16 17 18 LSGB PSGA PSGB STM GEN B HARROW RANGE AVG LEVEL STM GEN A AVERAGE PRESSURE STM GEN B AVERAGE PRESSURE ff0 IEe q$ 'o+

~

GOOD GOOD GOOD PSIG PSIG 19 GEHBKR1 GENERATOR ON LINE BREAKER 1G1372 TÃIPPEP GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 TP]PgED GOOD 21 BUS11A BUS llA SUPPLY BREAKER ~

7-NIPPF< GOOD 22 BUS11B BUS 11B SUPPLY BREAKER GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER ~ NOT TRIP GOOD 25 BllA12A BUS 11A TO 12A TIE BREAKER NOT RIP GOOD 26 BllB12B BUS 11B TO 12B TIE BREAKER NoTAI/ GOOD 27

'CV CONTAINMENT AVERAGE PRESSURE ~ lf GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL fig GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

Ocr rP PROGRAM NAME:LRGTSZ. E

/g:3y.'~

R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY ENGR UNITS 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE 5 /'fol GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE 8'Vf.O GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE ~7 ~ o GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE 5'f4 ~'f GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) 597.5 GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) 2. GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL sa'.t GOOD 46 TCCORE E1.1 INCORE TC AVERAGE TEMP SVg.~ GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW P.l I ~ GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW PAL a GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A ~d GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B gQ GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW I 92. ~ GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW (Q.O~ GOOD GPM 55 P2160 SERVICE WATER PUMPS A 6 B HEADER 72- GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER 7L GOOD PSIG 57 BKR041 SERVICE WATER PUMP A gQ GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D qd GOOD

P NAK LRGTSZ. E R.E. GINNA Nu~LEAR POWER PLANT

~ C'7 /

/0: 3 g ~

3'~

TREND GROUP ASSIGMIKlfl'UMMARY GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY P

DESCRIPTION 1 F0619 COMPONENT COOLING LOOP TOTAL FLW (2 10 LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL GOOD 3 WS033 33 FOOT LEVEL WIND SPEED (p,O GOOD MPH 4 WD033 33 FOOT LEVEL WIND DIRECTION o73 GOOD DEG.

5 WT033 33 FOOT LEVEL TEMPERATURE 7 /,Z GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE -) &.'.. GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP 3 5 GOOD DEGF 8 R01 AREA 1-CONTROL ROOM ~

/ ~ D C~O/ GOOD MR/H 9 R02 AREA 2-CONTAINMENT (p.o c >hi GOOD MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR LP l

/ (~i) GOOD MR/H 11 R10A CONTAINMENT IODINE MONITOR R10A 7 f. 4l)5 GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE i: +a~ GOOD -CPM 13 R12 CONTAINMENT GAS MONITOR GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B irl

- c PO~~ GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE S Eto& GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 2.1 F to~ GOOD CPM 17 R29 AREA 29"CONTAINMENT HIGH RANGE 7 goE-o I GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE $ '. (. $ C - a I GOOD R/HR 19 R15 CONDENSER AIR,EJECTOR EXHAUST I. Z. E~o6 CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS scene 8y GOOD VCI/CC 21 R12A7 CV VENT CHAN 7"MID RANGE GAS s muuav GOOD ucI/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS 5 77 n GOOD VCI/CC ucr/cc D8y'io 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS 8 oJ GOOD 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS I o 8-o5 GOOD VCI/CC 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS ]sg f-0$ GOOD ucI/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS g. o F--oi GOOD ucz/CC OO 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /,u E to I GOOD VCI/CC 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS 10 j GOOD ucI/cc 29 R31 AREA 31 STEAM LINE A (SPING) i ~o C~oa GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) 9. 0~i f. to ~ GOOD MR/HR

Time: 103 6 Message: 30 988 SSAGE mu ated P ant Conditions: See Attached Sheets geessa e: +**THIS IS AN EXERCISE*e*

0 NTROLLER USE ONLY 6nt o e 'tes:

ctions E ected:

1) Control Room operators taking action in accordance with E-0 (Reactor Trip or Safety Injection) and E-3 (Steam Generator Tube Rupture).

1988 EVALUATED EXERCISE Time: /~Q MAJOR PAR19lFI!ERS Reactor Shutdown Hi h Head S.I. s N-31 CP CPS PI-924 ~3'0 GPM N-32 CPS FI-925 %00 GPM N-35 G~C/0 'AHPS 1A. INSERV STBY N"36 7 AMPS 1B. NSE STBY OOS Avg. Nuclear Power RCS Pressure

~)

g~~(~//

//30 PRIG 1C. INSE BAST Level =

STBY OOS Z"

PRZR Level 0 A RCP RUNNING OPP Low Head S.I. s B RCP RUNNING TOPPE FI"626 x oo GPM 1A S/G Level ~& 1A. NSER STBY OOS RECIRC 1B S/G Level 1B. INSERV TB OOS RECIRC lA S/G Pressure lB S/G Pressure OOO PRIG OOO PRIG RNST Level = ~~~

Turbine/Generator ON / FLI Contairmant ra s 4 KU Buses N RGIZ DEENERGIZED FI-931A CP GPM 480V Buses ENERGIZE DEENERGIZED FI-931B ~

C) GPM

'Cnmt Pre'ssure .I PSIG 1A. INSERV T OOS Cnmt Sump A Cnmt Sump B A. Loop Hot Leg Level Level

'6~ (~~ FEET INCHES F

1B.

NaOH INSERV Tank Level =

T

~~ OOS A Loop Cold Leg F Containment Recirc Pans B Loop Hot Leg M<2 F 1A. NSER TBY OOS B Loop RVLIS Cold Leg ~i~

IOO F 1B.

1C.

INSE SE STBY STBY OOS OOS

<<CET ~S4 P 1D. N STBY OOS S/G A Total Aux Total Aux FW Flow ~G GPM Post Acciden Dampers PE CLOSED S/G B FN Flow ~>O GPM Service Nater s DIESEL GENERATORS 1A. SE STBY OOS 1B. SERV TBY OOS A. RUNNING UNLOADED STBY OOS 1C. INSERV STBY OOS B. RUNNING UNLOADED STBY S 1D. NSERV STBY OOS TSC RUNNING UNLOADED TB OOS A&B HeeSer Pressure ~Z- PSIG Security RUNNING UNLOADED Y OOS nent Cool Mater s 1A. INSE V STB OOS 1B. STBY OOS Aux. Peechrater Surge Tank Level = 52 1A. NSE STBY ter OOS'B.

NS V STBY OOS Standb Aux. P s Turb. Driven INSERV STBY 1C. INSERV TB OOS CST level S.O.O FEET 1D. INSERV STBY OOS

<<CET = Average of Selected Core Exit Theamcouples

~ T'I't) fP PROGRAM NAME:LRGTSZ. E ~

R.E. GINNA NUCLEAR POWER PLANT j O:3(p'-j TREND GROUP ASSI(RQ69fT SUlQIARY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION CUINENT VALUE ALITY CODE ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM HO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS 1 8]ppsP GOOD 3 N31 SOURCE RANGE DETECTOR N-31 3,~~vi>-o I INHB CPS 4 H32 SOURCE RANGE DETECTOR N-32 ~db CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 X. Foiy ~-O l gooP 6

7 H36 NP INTERMEDIATE RANGE DETECTOR N-36 AVERAGE NUCLEAR POWER Z Oisces-&

00 IO c~

GOOD AMP

~P 8

9 PRCS LPZR REACTOR COOLANT SYSTEM AVG PRESS PRESSURIZER AVERAGE LEVEL r )3~-

1.Q L~

GOOD PSIG 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW 2.D ~ g GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP 7@.pP5 d GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP YIPES Pp@~ GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN oO.O GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL t4.S GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL l'g o4 GOOD 17 PSGA STM GEN A AVERAGE PRESSURE joo0 ~ GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE jooo. GOOD 'PSIG 19 GENBKR1 GENERATOR ON LINE BREAM% 1G1372 TÃ]pP~ GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 ~4~PP~ GOOD 21 BUSllA BUS 11A SUPPLY BREAKER rpypea GOOD 22 BUS11B BUS llB SUPPLY BREAKER <P(@PE GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER ~ NOT TRIP GOOD %o 25 B11A12A BUS llA TO 12A TIE BREAKER Vor PrÃ GOOD

~ =

26 BllB12B BUS 1'1B TO 12B TIE BREAKER Nol TRAP

.27

'CV CONTAINMENT AVERAGE PRESSURE - ~ t1 GOOD GOOD PSIG Ou 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL l g -

GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD

Oct ig PROGRAM NAME:LRGTSZ.E

/0'.36:gj R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT

SUMMARY

GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION CURRENT VALUE ALITY CODE ENGR UNITS 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L09438 SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE 5'Cv hatt.~ GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE g@1.s- GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE 5f3 ( GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE Sqs.o GOOD DEGF 43 44 TAVGAWID TAVGBWID RCLA TAVG (THOT/TCOLD WIDE RNG)

RCLB TAVG (THOT/TCOLD WIDE RNG) ~ .

g~

gQ of

) -GOOD GOOD DEGF DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL i)5 s~ GOOD 46 TCCORE El.l INCORE TC AVERAGE TEMP $ 48. j GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW gtO ~ GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW ~ GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A oP GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B Oh/ GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW go/ GOOD GPM On 54 FSIB SAFETY INJECTION LOOP B AVG FLOW t 5ba GOOD GPM 55 P2160 SERVICE WATER PUMPS A 6 B HEADER 7 gsa ~ GOOD PSIG 56 57 P2161 BKR041 SERVICE WATER PUMPS C 6 D HEADER SERVICE WATER PUMP A eP I ZJI GOOD GOOD PSIG 4o Q

58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D . paJ GOOD

PR NAM. LRGTSZ.E QC' R.E. GINNA NUCLEAR POWER PLANT /0: 3b: Q/

TREND GROUP ASSIGNMENT StQOlARY GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTIOM CURRENT VALUE Kll t 2.(S. 'ALM 1 F0619 COMPONENT COOLING LOOP TOTAL FLW GPM 2 LRWST REFUELING WATER STORAGE TANK LVL ~V.Q GOOD 3 WS033 33 FOOT LEVEL WIND SPEED ~z ~ 8 GOOD HPH 4 WD033 33 FOOT LEVEL WIND DIRECTION O79 GOOD DEG.

5 WT033 33 FOOT LEVEL TEHPERATURE 74.2. GOOD DEGF 6 WT250 250 FOOT LEVEL TEHPERATURE GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEHP 33 GOOD DEGF 8 Rpl AREA 1-CONTROL ROOM l =o( -o/ GOOD HR/H 9 R02 AREA 2-CONTAINMENT &,OE IO~ GOOD HR/H 10 R09 AREA 9-LETDOWN LINE MONITOR 4 7 Frot GOOD HR/H ll R10A CONTAINMENT IODINE MONITOR R10A g.z EtoS GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE /,g Egos GOOD CPH 13 R12 CONTAINMENT GAS MONITOR 3. o PtoP GOOD CPH 14 R10B PLANT VENT IODINE MONITOR R10B / 8 6+v3

~ GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE ftoZ. GOOD CPH 16 R14 AUX BLDG EXHAUST GAS MONITOR Z I ~ EhO> GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7 &5 f-o/ GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE V.W E-o/ GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST E~o 9 %$ 85 CPM 20 R12AS CV VENT CHAN 5-LOW RANGE GAS s&~oa / GOOD ucr/cc vcr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS 5 'QLAfD Oi/ GOOD 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS 5 M nrDIS GOOD vcr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /' Ch Q/ GOOD ucr/cc Op 28 R15A9 AIR EJECTOR CHAN 9"HI RANGE GAS 5 ~

8 Fhnl GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) / ~ 00 Ffoo GOOD HR/HR 30 R32 AREA 32 STEAM LINE B (SPING) Q.OO f fob. GOOD HR/HR

Time: 1038 Message:

GINNA STATION 1988 EVALUATED XERCISE essa e Control Room

'o s: See Attached Sheets Kes~sa a: ***THIS IS AN EXERCISE***

CO OLLER USE ONLY Cont'roller Notes-.

ctions E ected:

1) Control Room operators taking action in accordance with E-3 (Steam Generator Tube Rupture).
1988 EVALUATED EXERCISE Tice: /~03 MAJOR PARAMETERS ENGINEERED SAFEGUARDS Reactor Shutdown ~SNQ Hi Head S.I.
N-31 N-32
~ CPS FI-924 FI 92-5
/~
3 aan GPM GPM s
N-35 IA. INSERV STBY N-36 AMPS 1B. R STBY OOS Avg. Nuclear Power O 1C. TBY OOS RCS Pressure 75M PSIG BAST Level = ~E PRZR Level Qt A RCP RUNNING TOP Low Head S.I. s B RCP RUNNING TOPPED FI-626 oe GPM 1A S/G Level O 1A. INS R STBY OOS RECIRC 1B S/G Level 1B. INSERV TB OOS RECIRC 1A S/G Pressure ~S'0 PSIG RWST Level =
1B S/G Pressure /~OO PSIG Turbine/Generator 0 L /+FLII~ Contaimnent ra s 4 KV Buses GIZE DEENERGIZED FI-931k D GPM a
480V Buses ENERGIZE DEENERGIZED FI-931B C>
~
~ . GPM
. ' 'Cnmt Pressure d.~ PSIG 1A. INSERV S OOS
~ Cnmt Sump A Level '
FEET 1B. INSERV TB OOS Cnmt Sump B Level C, INCHES NaOH Tank Level = 9 A- Loop Hot Leg A Loop Cold Leg Contain.nt R c Fans B Loop Hot Leg 1A. NSE STBY OOS B Loop Cold Leg 1B. INSE STBY OOS RVLIS 1C. INSER STBY
~
OOS
CET MQ F 1D. INS R STBY OOS S/G A S/G B Total Total Aux Aux FW FW Flow Flow
~O GPM GPM Post Acci en Dampers PE CLOSED Service Na s 1A. SE STBY OOS 1B. ER STBY OOS A. RUNNING UNLOADED STBY 1C. N V STBY OOS B. RUNNING UNLOADED STBY TSC RUNNING UNLOADED Security RUNNING UNLOADED TBY OOS S 1D.
A&B NSERV STBY Header Pressure ~~
OOS PSIG nent Cool N ter s 1A. INSERV TB S 1B. NS V TBY OOS Aux. F ter Surge Tank Level =
1A. STBY OOS 1B. INSERV TB OOS Stan Aux. F er Turb. Driven INSERV STBY CST Level ~~ FEET S 1C.
1D.
INSER S INSERV STB OOS OOS CET = Average. of Selected Core Exit Thermocouples
v~< IR ) gg PROGRAM NAME:LRGTSZ. E R ~ E. GINNA NUCLEAR POWER PLANT to:$ 8:I TREND GROUP ASSIGN169lT SUNlQNY GROUP NAME ~ GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION ENGR UNITS 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS T'IP]+Eo GOOD 3 N31 SOURCE RANGE DETECTOR N-31 7~-0 ( INHB CPS 4 N32 SOURCE RANGE DETECTOR N-32 Z, x,rz.<l-')
5 N35 INTERMEDIATE RANGE DETECTOR N-35 ~(y>tt -W GooO CPS 6 N36 INTERMEDIATE RANGE DETECTOR N"36 g ( f/'OF GooD AMP
~P 7 NP AVERAGE NUCLEAR POWER ()O.oo GOOD 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS io Co. Lrs44 PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL ( ~ 2- GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW ] 2- GOOD 12 RXT16 RCPA BRFJLKER CAUSE RX TRIP WClPP~ GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP QIPtgg<~ GOOD 14 15 TSUBTC LSGA INCORE TC SUBCOOLED MARGIN STM GEN A NARROW RANGE AVG LEVEL - ol.f l,(n GOOD GOOD DEGF O~
0 16 LSGB STM GEN B NARROW RANGE AVG LEVEL 2. $ .5 GOOD 17 PSGA STM GEN A AVERAGE PRESSURE 7$ D GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE /ohio GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREAKER 1G1372 gfPpPd'D GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 llA f IPI+EP GOOD 21 BUS11A BUS SUPPLY BREAKER 14M 4~> GOOD 22 23 BUSllB BUS12A BUS llB SUPPLY BREAKER BUS 12A SUPPLY BREAKER f rt'<~ED NOT TRIP GOOD GOOD 24 BUS12B BUS 12B SUPPLY BREAKER ~ NOT TRIP GOOD 25 B11A12A BUS 11A TO 12A TIE BREAKER Poi Wld GOOD 26 B11B12B BUS llB TO 12B TIE BREAKER Nc7 7 <P<o GOOD 27 PSIG
'CV CONTAINMENT AVERAGE PRESSURE GOOD 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL fig GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD
ocr I 8'O
~P: 2~
PROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSI(RlMENT
SUMMARY
GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE sr>a<
40 41 T0410A T0450 RCLB HOT LEG TEMPERATURE RCLA COLD LEG TEMPERATURE pe i 4 ~ 2.
GOOD GOOD GOOD DEGF DEGF DEGF 42 T0451 RCLB COLD LEG TEMPERATURE py GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) $ )V-~ GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL GOOD 46 TCCORE E1.1 INCORE TC AVERAGE TEMP 681.t GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW Q,lh e GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW 0 ~ GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A ops GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW >~f GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW ]5~ GOOD GPM 55 P2160 SERVICE WATER PUMPS A 6 B HEADER 7w GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER 72-1 GOOD PSIG 57 BKR041 SERVICE WATER PUMP A opt GOOD 58 BKR042 SERVICE WATER PUMP B ON 'OOD 59 BKR043 SERVICE WATER PUMP C OH GOOD 60 BKR044 SERVICE WATER PUMP D od GOOD
PR NAME ~RGTSZ.E ocr R.E. INHA Nut;LEM POWER PLANT /0'3 3D TREND GROUP ASSIGQIENT StBINARY GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION ClAtREln.'ALUE ITY CODE 1 F0619 COMPONENT COOLING LOOP TOTAL FLW /2.67. LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL f9sto GOOD 3 WS033 33 FOOT LEVEL WIND SPEED 5 0 GOOD MPH 4 WD033 33 FOOT LEVEL WIND DIRECTION oat GOOD DEG.
5 WT033 33 FOOT LEVEL TEMPERATURE -) '/.2 GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE / (p 7- GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP 2.0 GOOD DEGF 8 Rol AREA 1-CONTROL ROOM / ~
0 E'o/ GOOD MR/H 9 R02 MEA 2-CONTAINMENT ( gLtoL GOOD MR/H 10 R09 MEA 9-LETDOWN LINE MONITOR QI7 F<03 GOOD MR/H ll R10A CONTAINMENT IODINE MONITOR R10A 5r2 f fo< GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE / PF+oS GOOD CPM 13 R12 CONTAINMEHT GAS MONITOR p.p t +nil GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B /. 8 8 t.o3 GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 5i5 C'f'aK GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 2.. i tto~ GOOD CPM 17 R29 AREA 29"CONTAINMENT HIGH RANGE 7,7o E'-0/ GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 3((pf E.n/ GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST /. 2 C~og GeOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS SmabD'I GOOD ucl/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS 5 ~ Ab8'/ GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS s ~A/b6 '/ GOOD VCI/CC 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS /.o E-o5 GOOD ucI/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS I,DC 0$ GOOD ucr/cc .
25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS IiO <-o3 GOOD ucI/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS /0F-vL GOOD ucI/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /,o C.ro/ GOOD ucl/CC 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS 5 ~ 3'ob I GOOD ucI/cc 29 R31 AREA 31 STEAM LINE A (SPING) /. Og Cq oo GOOD MR/HR 30 R32 MEA 32 STEAM LINE B (SPING) c'<,goy co~ GOOD MR/HR
Time: ~045 Message: ~2 GINN ST T 0 1988 EVALUA D CIS AG FO mu ted Pla t ond tions: See Attached Sheets Meessa e: **+THIS IS AN EXERCISE***
Indications in the Control Room:
o "B" ARV Opening Intermittently to Control S/G Pressure.
FOR CONTROLLER USE ONLY Controller Notes:
ct'ons E cted:
1) TSC and/or EOF should have protection action recommendations under consideration in accordance with SC-240 (Protective Action Recommendations).
2) TSC may send a repair team out to assess why the "A" safety injection pump did not start.
3) A GENERAL EMERGENCY may be declared in accordance with SC-100, "Ginna Station Event Evaluation and Classification",
EAL: Containment System; Steam Generator Tube Rupture Identified (E-3) and Failed Fuel Identified.
1988 EVALUATED EKERCISE Time: +Pl+
MAJOR PARAMEH9tS ENGINEERED SAmmARDS Reactor Shutdown 5 NO Hi Head S.I. s N-31 Q CPS Fl-924 /Z'e GPM N-32 N"35 t~ CPS AMPS FZ-925 IA.
u.3o INSE GPM STBY 6 N-36 +~/o AMPS 1B. STBY OOS Avg. Nuclear Power 1C. NSER STBY OOS RCS Pressure ~Oo PSIG BAST Level = /4 PRZR Level A RCP B RCP 1A S/G Ievel Level RUNNING TO RUNNING STOPPE c~
Low Head FZ-626 lA.
1B.
~
S.I.
INSERV s
GPM B OOS RECIRC 1B S/G 1A S/G Pressure lB S/G Pressure
~~O
~/5'0 PSIG PS IG RWST INSER Level =
~~ %
S RECIRC Turbine/Generator ONLINE/OFFLINE Containmnt ra s 4 KV Buses NERGIZED DEENERGIZED FI-931A O GPM
~
480V
'Cnmt Buses Pressure NERGIZED DEENERGIZED O.+ PSIG
~ FI-931B lA.
.~3 INSERV GPM OOS Cnmt Sump A Level /. FEET 1B. INSERV OOS Cnmt Sump B INCHES NaOH Tank Level =
Hot Leg Level'.Loop A Loop Cold Le'g Containment Recirc Pans B Loop Hot Leg 1A. S RV STBY OOS B Loop Cold Leg F 1B. INS STBY OOS I
~
RVLIS 20 1C. SE STBY OOS
CET ~Z/ P 1D. SER STBY OOS S/G A Total Aux FW Flow ~2. 0 GPM Post Accident Dampers PE CLOSED S/G B Total Aux FW Flow GPM Service Mater s 1A. SE STBY OOS 1B. I SE STBY OOS A. RUNNING UNLOADED STBY OOS lc. NSE STBY OOS B. RUNNING UNLOADED STBY S 1D. INSER STBY OOS TSC RUNNING UNLOADED OOS A&B Header Pressure ~F- PSZG Security RUNNING UNLOADED OOS nent Cool Mater s ENGDGFERED SAFEGUARDS 1A. INS OOS 1B. S STBY OOS Aux. P ter s Surge Tank Level = 2 1A. NSERV STBY OOS 1B. IN TBY OOS Standb Aux. Feechrater s Turb. Driven INSERV STBY S 1C. INSERV TB OOS CST Level I . FEET 1D. INSERV TB OOS cXT = Average. of Selected Core Exit Thezaacouples
PROGRAM NAME:LRGTSZ. E R.E. GIHNA NUCLEAR POWER PLANT TREND GROUP ASSIGl069IT StQSQlRY GROUP NAME GROUP DESCRIPT ION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS f@p p go GOOD 3 N31 SOURCE RANGE DETECTOR N-31 ~ .<<e2,(-o I
$ ~ 'QQI14 -0 J IHHB CPS 4 H32 SOURCE RANGE DETECTOR N-32 g<W CPS 5 N35 IHTERHEDIATE RANGE DETECTOR N-35 g gg]q-I t Q bd@. AMP 6 H36 INTERMEDIATE RANGE DETECTOR N-36 ~ 4f f+L'7 I) ~P 7 NP AVERAGE NUCLEAR POWER 00+ 00 GOOD 8
9 PRCS LPZR REACTOR COOLANT SYSTEH AVG PRESS il-
o( . PS IG PRESSURIZER AVERAGE LEVEL C GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW 11 FRCLB REACTOR COOLANT LOOP B AVG FLOW i.i GOOD GOOD 12 13 RXT16 RXT17 RCPA BREAKER CAUSE RX TRIP RCPB BREAKER CAUSE RX TRIP gK'I pro g6pplsP GOOD GOOD 14 TSUBTC IHCORE TC SUBCOOLED HARGIH 3 Po> GOOD DEGF 15 LSGA STH GEN A NARROW RANGE AVG LEVEL GOOD 16 LSGB STH GEH B NARROW RANGE AVG LEVEL GOOD 17 PSGA STH GEH A AVERAGE PRESSURE f gO ~ GOOD PSIG 18 PSGB STH GEN B AVERAGE PRESSURE l 050 GOOD PSIG 19 GEHBKR1 GENERATOR ON LINE BRIAR 1G1372 T&ppKP GOOD 20 GEHBKR2 GEHERATOR ON LINE BREAKER 9X1372 1 tPPPS< GOOD 21 BUSllA BUS 11A SUPPLY BREAKER SiP(p]V-P GOOD 22 23 BUS11B BUS12A BUS 11B SUPPLY BREAKER mi~6D GOOD BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER ~ >OT TRIP GOOD 25 B11A12A BUS llA TO 12A TIE BREAKER IJ 0T"C~fp GOOD 26 BllB12B BUS llB TO 12B TIE BREAKER ~oT %P GOOD 27
'CV CONTAINMENT AVERAGE PRESSURE GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL t.s GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIH B) LOWER GOOD
0'C'(-
r
/o: VS". Z'g PROGRAM NAME:LRGTSZ.E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGRfENT. SUlOQlRY GROUP NAME GROUP DESCRIPTIOH EVENT 1 SC-703 PLANT STATUS~DON'T AROIFY ENGR UNiTS 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L09428 SUMP B LEVEL 180 INCHES (TRAIH A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD
'39 T0409A RCLA HOT LEG TEMPERATURE 5'xb ~ l GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE 5'it o4 GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE 7b s4 GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE s0l.4 GOOD DEGF 43 TAVGAMID RCLA TAVG (THOT/TCOLD WIDE RNG) ~w-r GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) GOOD DEGF 45 46 LRV TCCORE
,REACTOR VESSEL AVERAGE LEVEL E1.1 IHCORE TC AVERAGE TEMP 5 I
ill.
l'f lf eA GOOD GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW ~ ]2. GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW D- GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A CQ- GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF .GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY IHJECTION LOOP A AVG FLOW Q.2.'f o GOOD GPH 54 FSIB SAFETY INJECTION LOOP B AVG FLOW GOOD GPM 55 P2160 SERVICE MATER PUMPS A 6 B HEADER 72 GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER 7N GOOD PSiG 57 BKR041 SERVICE MATER PUMP A GOOD 58 BKR042 SERVICE MATER PUMP 8 ON GOOD 59 BKR043 SERVICE MATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D GOOD
ROGKdl NAL . LRGTSZ.~ E CT- rg
..E.
~ GINHA NUCLEAR POWER PLANT o: O'S': So TREND GROUP ASSIGt86%T SQHARY GROUP NAME GROUP DESCRIPTION MQIT 2 SC-703 PLANT STATUS~DON'T MODIFY DRSCRIPTION CURRENT VALUE ITY CODE 1 F0619 COMPONENT COOLING LOOP TOTAL FLM Iul.
93o8 LALH GPH 2 LRWST REFllELING WATER STORAGE TANK LVL . GOOD 3 WS033 33 FOOT LEVEL WIND SPEED GOOD HPll 4 WD033 33 FOOT LEVEL MIND DIRECTION o7 GOOD DEG.
5 WT033 33 FOOT LEVEL TEMPERATURE 7W.5 GOOD DEGF 6 MT250 250 FOOT LEVEL TEMPERATURE GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEHP 25 GOOD DEGY 8 R01 AREA 1"CONTROL ROOM i.ooz-.ol GOOD HR/Il 9 R02 AREA 2-CONTAINMENT I .DIE~os GOOD HR/H 10 R09 AREA 9-LETDOWN LINE MONITOR g. 7OE+ O3 GOOD HR/H R10A CONTAINMENT IODINE MONITOR R10A X.a. E ~ OS GOOD CPH 12 Rll CONTAINMENT AIR PARTICULATE i.'8E ~os GOOD CPM 13 R12 CONTAINMENT GAS HONITOR 3.OE. +ON GOOD CPH 14 R10B PLANT VENT IODINE MONITOR R10B I.'F F +03 GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 5.5E ~Oa GOOD CPH 16 R14 AUX BLDG EXHAUST GAS MONITOR g. I 8+On GOOD CPH 17 R29 AREA 29-CONTAIHMENT HIGH RANGE 7.'70 2-a I GOOD R/HR 18 R30 ,
AREA 30-CONTAINMEHT HIGH RANGE s.b9 z- ol GOOD R/lN 19 R15 CONDENSER AIR EJECTOR EXHAUST I. 2.E ~OS CPH 20 R12A5 CV VENT CHAN 5-LOM RANGE GAS stand/ y GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS a+a.nd hy GOOD ucr/cc 22- R12A9 CV VENT CHAN 9-HIGH RANGE GAS standby GOOD ucr/cc 23 UR455 PLANT VENT CHAN 5-LOW RANGE GAS I.O E -O5 GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS I.D E-DS GOOD ucl/CC 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS I DE -O3 GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS I. 0 E o z. GOOD UCI/cc 27 R15h7 AIR EJECTOR CHAN 7-MID RANGE GAS I.OF +QI GOOD ucr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS 5.3 E+Ol GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPIHG) /.OOE. ~oo GOOD HR/llR 30 R32 AREA 32 STEAM LIHE B (SPING) 9.DOE ~02. GOOD HR/HR
~e 10+45
~ HZ'?R 700~ CXRQ?OXER AV77 MNEME lU 33h AVGB 0059 8Po 00900 IXV MZN.
0022 MAX+
0070 I
00
%8 33B 0059 00910 0032 0052 00
%8ISOA 0056 01000 0022 0060 00
%L150B 0052 01100 0023 0061 02 M 250 0050 01000 0010 0055 00 NAME
%) 33h AVGE 0078 ST 03000 EEV MZNo 0050 MAX. MRNA AVRH (Ã2 I 0105 0072 0020 0064 00
%D 33B 0079 03010 0051 0105 0071 0021 0063 00 ND150A 0080 03100 0055 0107 0045 0022 0062 00
%)ISOB 0081 03000 0060 0110 0035 0023 0060 02
%D 250 0085 03000 0065 0110 0055 0025 0061 00 NAME AVGE 0742 I00 NAME AVGE I SAME AVGE I
TER33A TER33B 0742 00 TEISOA 0753
~
TE150B 0753 00 TE250A 0765 00 TE250B 0765 VELSOA 0011 00 OZ150B OOIL 00 QTRSOA 2 3 QX250B.. 2 3
~
DSf 33 0506 TEG 33 0602 00 RAIN 0056
Time: 1045 Message: ~3 GINNA STATION 1988 EVALUATED CISE SSAG 0 ess i !.
a o itio s: See Attached Mini-Scenario
/esses gy: ***THIS IS AN EXERCISE***
CO 0 US ONLY Controller Notes:
1) Provide information verbally when the appropriate investigations are made by the 1A safety injection pump repair team.
ctions E cted:
1) The 1A safety injection pump repair team should assess the problem with the pump failure to start and report status to the TSC.
GINNA STATION 1988 EVALUATED EXERCISE 0
~~v ~: 1A Safety Injection Assessment and Pump Failure to Start Anticipated Repairs.
OR CONTROLLER USE ONLY Controller Notes:
1) 1A SI pump failed to start automatically and manually.
2) 'nspec-ion indicates that failure to operate was iused by a broken weld in the closing mechanism, preventing closing of breaker contacts.
Actions E ected:
1) A spare breaker should be used to replace the faulty breaker.
2) Time for breaker changeout and restoration of 1A SI pump is approximately 2 hours2.314815e-5 days 5.555556e-4 hours 3.306878e-6 weeks 7.61e-7 months after repair team arrives at 480 volt bus.
GINNA STATION Time:
Message: ~
~10 1988 EVALUATED EXERCISE SSAGE FO o d to : See Attached Sheets gggsa~: ***THIS IS AN EXERCISE***
Indications in the Control Room Include:
o "B" S/G ARV Indicates Partially Open o "B" S/G Pressure Decreasing 0 CO OLLER USE ONLY Controller Notes:
1) A release from the "B" S/G to the environment begins.
Actions ected:
1) Control Room operators try to close the ARV manually from the Control Room without success.
2) Control Room operators inform TSC that "B" S/G ARV has failed partially open.
3) The TSC should send a repair team out to close the 1B S/G ARV local isolation valve.
4) Efforts are underway to track the plume, terminate the release and implement/coordinate PARs.
1988 EVALUATED EXERCISE Time: ggg MAJOR PMRMETKK Reactor Shutdown Hi h Head S.I. s N-31 CPS FI-924 GPM N-32 N-35 ~/ "'MPS CPS FI-925 1A. .
~M GPM INSERV STBY S N-36 ~/e AMPS 1B. INSERV S Avg. Nuclear Power C1 1C. INSER TBY OOS RCS Pressure /Ge < PRIG BAST Level = ~/
PRZR Level 35 A RCP RUNNING OP Low Head S.I. s B RCP RUNNING TOPPED FI-626 C> GPM 1A S/G Level C? 1A. INSERV OOS RECIRC 1B S/G Level 70 1B. INSERV STB OOS RECIRC lA S/G Pressure ~> O PSIG RNST Level* = 9 1B S/G Pressure 02 O PSIG Turbine/Generator NLINE FFLINE Containment ra 4 KV Buses NERGIZE DEE GIZED FI-931A GPM 480V Cnmt Buses P'ressure ENERGIZE DEENERGIZED PSIG FI-931B 1A.
~2 INSERV GPM Cnmt Sump A Level ~chess e FEET 1B. INSERU Cnmt Sump B Level .INCHES NaOH Tank Level =
A-Loop Hot Leg A Loop Cold Leg
~k F Containment R Pans B Loop Hot Leg 1A. INS RV TBY OOS B Loop Cold Leg 1B. STBY OOS RVLIS 1C. TBY OOS
CET 1D. IN RV STBY OOS S/G A Total Aux FW Flow ? Ge GPM Post Accident Dampers PE CLOSED S/G B Total Aux FW Flow GPM Service Water s 1A. S STBY OOS 1B. INS TBY OOS A. RUNNING UNLOADED STBY 1C. INSER TBY OOS B. RUNNING UNLOADED STBY 1D. NSERV STBY OOS TSC RUNNING UNLOADED ASB Header ressare ~2 PSIG Security RUNNING UNLOADED nent Cool ter s ENGIKKRED SAFECR96tDS 1A. INSE TBY OOS 1B. NSERV STBY OOS Aux. F ter Surge Tan e 1A. Y OOS
~
S 1B. INSERV B OOS Stan Aux. Feedwater s Turb. Driven INSERU STBY S 1C. INSERV OOS CST Level FEET 1D. 'INSERU STB OOS "CET = Average of Selected Core Exit Theraacoc~les
oc~t9) rP PROGRAM NAME:LRGTSZ. E 1 (o. OO'W R.E. GINHA NUCLEAR POWER PLANT TREND GROUP ASSIGN IENT SIBQIARY J'ROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2
3 RXT N31 REACTOR TRIP BREAIER STATUS SOURCE RANGE DETECTOR N-31 SR'.1+ 0<
Oi x. C GOOD
/we 4 N32 SOURCE RANGE DETECTOR H-32 ge0~3'l l +'+~ GOOD CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 o e<Vi l l goaD AMP 6 N36 INTERMEDIATE RANGE DETECTOR N-36 oo 2.4<-l J C&D ~P 7 HP AVERAGE NUCLEAR POWER OOo OO GOOD
't 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS f 020m L 44L PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW 0 o' GOOD 12 RXT16 RCPA BRPJKER CAUSE RX TRIP 7'IP(PPNA GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP TCIPP847 GOOD 14 TSUBTC IHCORE TC SUBCOOLED MARGIN 38. ( GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL l o'f GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL 4'f 'f GOOD 17 PSGA STM GEN A AVERAGE PRESSURE 5O0 ~ GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE l o~> ~ GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREAIKR 1G1372 T. QlPPND GOOD 20 GENBKR2 GENERATOR OH LINE BREAKER 9X1372 gR >Pago GOOD BUSllA llA Ze>Pl Oa 21 22 23 BUS11B BUS12A BUS
,BUS llB SUPPLY BREAKER SUPPLY BREAKER BUS 12A SUPPLY BREAKER TP<RPgfp NOT TRIP GOOD'PS GOOD GOOD GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 BllA12A BUS 11A TO 12A TIE BREAKER PoÃ~IP GOOD 26 B11B12B BUS 11B TO 12B TIE BREAKER Nol frig0 GOOD 27
'CV CONTAINMENT AVERAGE PRESSURE GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL i-8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) .LOWER
OC PROGRAM NAME:LRGTSZ. E
//'. oo 't 5 R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT SUMilRY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L09428 SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L09438 SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LONER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE 2 GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE $ 7& o9 GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE qadi GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE 534K GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) GOOD DEGF TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) 5z.3 5 GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL ] ]5;5 GOOD 46 TCCORE El.l INCORE TC AVERAGE TEMP si~H GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDNATER FLOW $ 45~ GOOD GPM 48 49 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW 0 GOOD GPM BKR081 MTR AUXILIARYFEEDWATER PUMP A od GOOD 50 BKR082 MTR AUXILIARYFEEINATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PU}lP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW Qs GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW 00m GOOD GPM OP 55 P2160 SERVICE WATER PUMPS A 6 B HEADER 7Ls GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER 7 4erol GOOD PSIG 57 BKR041 SERVICE WATER PUMP A (yJ GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD OA 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D od GOOD
0 0(.
PR NAK LRGTSZ.E ~/'OO. g y R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSI(ROKNT StlMARY GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION CUR1U9% VALUE Ml'ALM 1 F0619 COMPONENT COOLING MOP TOTAL FLW i <(of GPM 2 LRWST REFUELIHG WATER STORAGE TANK LVL f2,.~ l GOOD WS033 33 FOOT LEVEL MIND SPEED ( eO GOOD MPH 3
4 WD033 33 FOOT LEVEL MIND DIRECTION 0 II GOOD DEG.
5 WT033 33 FOOT LEVEL TEMPERATURE 7'I ~ GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE 775 GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP g. 0 GOOD DEGF 8 Rpl AREA 1-CONTROL ROOM 3.OOP -0 I GOOD MR/H 9 R02 AREA 2-CONTAINMEHT s (. IF+0~ GOOD MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR V.50 E +o3 GOOD MR/H R10A CONTAINMENT IODINE MONITOR R10A I.'/F +Ok GOOD CPM 12 Rll CONTAINMEHT AIR PARTICULATE I. 7E+ 05 GOOD CPM 13 R12 CONTAINMENT GAS MONITOR 2.'7 E.~o f GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B Z '8EPO3 GOOD CPM 15 . R13 AUX BLDG EXHAUST AIR PARTICULATE I I E. +O3 GOOD CPM 16 R14 .AUX BLDG EXHAUST GAS MONITOR /.3 E+ O~ GOOD . CPM
\ g7 R29 AREA 29 "CONTAINMENT HIGH RANGE 7.'VD E. ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 8.&1 ~-OI GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST I.C,E+ Ae98D'OOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS JA y OS'-tan ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS s kandk,y GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS aha n dgy .GOOD ucr/cc 23 ~14A5 PLANT VENT CHAN 5-LOW RANGE GAS ~.b E-O5 GOOD ucr/cc 24 R14A7 . PLANT VENT CHAN 7-MID RANGE GAS z.o 8-o5 GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS I. 0 E,-D3 GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS I. DZ -D& GOOD ucr/cc 27 R15A7 AIR.EJECTOR CHAN 7-MID RANGE GAS g. I E ~00 GOOD ucr/cc R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS 8 I 6 +DO GOOD ucr/cc 28 ~
Q.OOE+ OQ GOOD MR/HR 29 R31 AREA 31 STEAM LINE A (SPIHG)
9. OO E. ~ OW GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPIHG)
11 00
~ SZZRHP 700'XMKXRR AV77 NAME
%8 33A AVGE 0060 ST. IRK 00900 MZN.
0011 MAX.
0080 I00
%8 33B 0042 00910 OOX2 0082 00 MISOA 0040 01000 0022 0060 00
%8150B 0042 01100 0023 0061 02
%8 250 0030 01000 0010 0055 00 AVGB ST KEV MZNo MAX+ MNDR AVRN I
%) 33A 0077 03000 0050 0095 0072 0020 0064 00
%) 33B 0077 03010 0055 0098 0071 0021 0063 00
%DISOA 0084 03100 0055 0096 0045 0022 0062 00 00'Ã2
%D150B 0081 03000 0056 0095 0035 0023 0060 02
%D 250 0086 03000 0058 0099 0055 0025 0061 00 NAME TER33A AVGE 0743 I00 NAME TER33B AVGE 0743 I00 NAME TEXSOA AVGE 0753 I
TE150B 0753 00 TE250A 0773 00 TE250B 0773 VZXSOA 0010 00 QZ150B 0010 00 OZRSOA 0030 DX250B 0030
'IKW 33 0436 TEG 33 0602 HGN 0056
Time: ~100 Message:
GINNA STATION 1988 EVALUATED EXERCISE MESSAGE FO
/* Pi t t Co d'tions: See Attached Mini-Scenario ges~sa g: ***THIS IS AN EXERCISE***
FOR CONTROLLER USE ONLY Controller'Nbtes:
1) Provide any information needed verbally when 1B S/G ARV repair team reaches the 1B S/G ARV isolation valve area.
2) 1B S/G ARV should be isolated by 1130 hours0.0131 days 0.314 hours 0.00187 weeks 4.29965e-4 months .
ct ns E ected:
1) The 1B S/G ARV repair team will close the ARV manual isolation valve and report this to the TSC.
GINNA STATION 1988 EVALUATED EXERCISE s"=*
~Aot'vit: 1B S/G ARV Isolation and Problem Assessment OR CONTROLLER USE ONLY Controller Notes:
1) The B S/G atmospheric relief valve (ARV) sticks partially open and cannot be closed from the Control Room.
ctions E ected:
1) Repair team will simulate closing local manual isolation valve (3506) to terminate release. This should be done at approximately 1130 hours0.0131 days 0.314 hours 0.00187 weeks 4.29965e-4 months .
2) If a repair team is sent out to assess the problem with the ARV, the ARV packing gland has cocked against .the valve stem and is holding the ARV approximately 254 open.
3) Repair team should discuss method and time for repairs of ARV.
Time: ~11 5 Message: 36 GINNA STATION 1988 EVALUATED EXERCISE ted la t Conditions: See Attached Sheets gaassa e: ***THIS IS AN EXERCISE**+
0 CONTROLLER USE ONLY Corttro ler Notes:
1) Release will continue until 1130 hours.
Actions E ected:
1) 1B S/G ARV repair team should be progressing toward isolating the 1B S/G ARV manually.
2) Plume tracking, implementing and coordinating PARs and release termination efforts continue.
1988 EVALUATED EXERCISE T~: ~/le MAJOR PMVQKTKtS Reactor Shutdown YES NO Hi Head S.I. s N"31 FI-924 N"32 N-35 O CPS AMPS FZ-925 1A.
~~ GPM GPM INSERV STBY N-36 AMPS 1B. INSERV B OOS Avg. Nuclear Power O 1C. INSERV STB OOS RCS Pressure ~~CI PSZG BAST Level = /
PRZR Level A RCP RUNNING TOPPE Low Head S.I. s RUNNING FI-626
~
B RCP PPED GP 1A S/G Level 5 1A. INSERV STBY QOS RECIRC 1B S/G Level 73 1B. INSERV STBY OOS RECIRC 1A S/G Pressure ~90 PSIG RWST Level = 6 1B S/G Pressure 5 O PSIG Turbine/Generator ONLINE FLINE Containment ra 4 KV Buses FI-931A H 480V Buses
'nmt'Pr'essure ENERGIZE DEENERGIZED ENERGIZE DEENERGIZED
". PSIG FZ-931B 1A.
~~
INSERV TB GPM GPM OOS Cnmt Sump A Level Cnmt Sump B Level A- Loop Hot Leg
~~
~ILL FEET INCHES F
1B. INSERV STB NaOH Tank Level =
OOS A Loop Cold Leg Containment Recirc Pans B Loop Hot Leg B Loop Cold Leg
~l F 1A.
1B.
SERV STBY OOS NSERV STBY OOS RVLIS 1C. NSER STBY OOS
CET F 1D. INSER STBY OOS S/G A Total Aux FW Flow ~oO GPM Post Accident Dampers PEN CLOSED S/G B Total Aux FW Flow 42 GPM Service Water s DIESEL GENKVLTORS 1A. NSERV STBY OOS 1B. INSER STBY OOS A. RUNNING UNLOADED STBY S 1C. I SERV STBY OOS B. RUNNING UNLOADED STBY S 1D. I R STBY OOS TSC RUNNING UNLOADED OOS AAB Header Pressure 'FS- PSIG Security RUNNING UNLOADED TB ENGINEERED SAPFAUARDS OOS 1A.
nant Cool INSE
'ater T OOS s
1B. NSERV STBY OOS Aux. P ter Surge Tau Level = 5R-1A. NSERV STBY OOS 1B.
Turb.
CST Level ~
INSERV TB OOS Driven NSERV STBY FEET S 1C.
1D.
Aux. Peechrater INSERV INSERV TB OOS TBY OOS s
"CET = Average of Selected Core Exit Thermocouples
gee lR) N PROGRAM NAHE:LRGTSK. E q>:(s'.i5 R.E. GIHHA NUCLEAR POWER PLANT TREND GROUP ASSIGN69tT StQQlhRY GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION CURRENT VALUE ITY CODE 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS TiAppgrO GOOD 3 N31 SOURCE RANGE DETECTOR N-31 f ~ 'NA>~~ CsOgQ CPS 4 N32 SOURCE RANGE DETECTOR H-32 GOOD CPS 5 N35 IHTERHEDIATE RANGE DETECTOR H-35 l-.- OOOO( -<~
QeoO AMP 6 N36 INTERMEDIATE RANGE DETECTOR N-36 OO QO gceP ~P 7 HP AVERAGE NUCLEAR POWER GOOD 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS qEOi LiQPl PSIG
'9 LPZR PRESSURIZER AVERAGE LEVEL 3, 3 ~ 'L. GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW 2 GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW I ] GOOD 12 RXT16 RCPA BRENNER CAUSE RX TRIP V&PP~c GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP . PitIPpdP GOOD 14 TSUBTC IHCORE TC SUBCOOLED HARGIN ae~~ GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL q' '7 GOOD 16 LSGB STH GEN B NARROW RANGE AVG LEVEL 7303 GOOD 17 PSGA STH GEN A AVERAGE PRESSURE +00 t GOOD PSIG 18 PSGB STM GEH B AVERAGE PRESSURE +$ 0e GOOD PSIG 19 GENBKR1 GENERATOR ON LINE BREWER 1G1372 TP) ppb'P GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 - f?P>NAo GOOD 21 BUS11A BUS llA SUPPLY BREAKER fiPI+8P GOOD 22 BUS11B BUS 11B SUPPLY BREAKER 11Clgfo GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER NOT TRIP GOOD 25 BllA12A BUS llA TO 12A TIE BREAKER Nat TCtg GOOD 26 BllB12B BUS 11B TO 12B TIE BREAKER ~
ribr 1788 GOOD 27
'CV CONTAINMEHT AVERAGE PRESSURE ~ t3'.S GOOD PSIG 28 LSUHPA CONTAINMENT SUMP A AVERAGE LEVEL GOOD FEET 29 L0942E SUHP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD
oc'r I 9, PROGRAM NAME:LRGTSZ. E
!! ig .'3 i vPcZ. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGHIKHT SlllelhRY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY DRSCRIPTION CURRl9lT VALUE 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SlJMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD
'39 T0409A RCLA HOT LEG TEMPERATURE ~
+is/ ~ ( GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE g/g a3 GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE 833 GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE 9 GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) RqS GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) 3 GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL li5.4 GOOD 46 TCCORE El.l INCORE TC AVERAGE TEMP $ (0o 7 GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FIDW z,og ~ GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDMATER FLOW Os 'OOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A Qhl GOOD 50 BKR082 MTR AUXILIARYFEEDMATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A . CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW 0 ~ GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW oo. GOOD GPM 55 P2160 SERVICE WATER PUMPS A & B HEADER l4 GOOD PSLG 56 P2161 SERVICE WATER PUMPS C & D HEADER 7+ 5 GOOD PSIG 57 BKR041 SERVICE WATER PUMP A bu GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE MATER PUMP D GOOD
PROG NAME iRGTSZ.E OCT ig F,.E. GINNA NUCLEAR POWER PLANT //' 5 TREND GROUP ASSI(REMENT SUEOQLRY GROUP NAME GRouP DEscRIPTIoN EVE 2 SC-703 PLANT STATUS~DON'T HOOIFY DESCRIPTION 1 F0619 COMPONENT COOLING LOOP TOTAL FLW /2.& ~ LALH GPH 2 LRWST REFUELING WATER STORAGE TANK LVL GOOD 3 WS033 33 FOOT LEVEL WIND SPEED s. / GOOD HPEE 4 WD033 33 FOOT LEVEL WIND DIRECTION GOOD DEG.
o/9'z.&
5 WT033 33 FOOT LEVEL TEHPERATURE GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE 7 y,c/ GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEHP 3.S GOOD DEGF 8 Rpl AREA 1-CONTROL ROOM 3.oo e-0 GOOD HR/EE 9 R02 AREA 2-CONTAINMENT 5./.9P ~o~ GOOD HR/EE 10 R09 AREA 9-LETDOWN LINE MONITOR f /0>> + 03 GOOD HR/H R10A CONTAINMENT IODINE HONITOR R10A Z. OE. GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE +oS
+0'.7E GOOD CPH 13 R12 CONTAINMENT GAS HONITOR D. l 6+0 / GOOD CPH 14 R10B PLANT VENT IODINE HONITOR R10B 3.7E+D3 GOOD CPH
. 15 R13 AUX BLDG EXHAUST AIR PARTICULATE /.i F +o3 GOOD CPH 16 R14 AUX BLDG EXHAUST GAS HONITOR '/.3 E, +o~ GOOD CPH 17 R29 MEA 29-CONTAINMENT HIGH RANGE 7 ')OE -o/ GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE Z. /'/E - o/ GOOD R/EER 19 R15 CONDENSER AIR EJECTOR EXHAUST /.OE tov 60015 CPH 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS stan.dt / GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS -
@+andi y GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS 5'4 Nclhy GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS ~.OE-od GOOD vcr/cc 24 R14A7 PLANT VENT CHAN 7-HID RANGE GAS D.D E-D5 GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS /.o E-Q3 GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS S.o E-aV GOOD ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS 5.OE- c 0 GOOD vcr/cc 28 R15A9 AIR EJECTOR CHAN 9"HI RANGE GAS /.0 E -03 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) S.OOE ~OO GOOD HR/HR 30 R32 MEA 32 STEAM LINE B (SPING) ~
V. Do $ w o 2- GOOD HR/HR r
~ 8HZRK'00'XSIPKRR AV77 KLME "
AVGE ST+ MT MIN. MAX. I
%8 33A 0051 00900 OOII 0059 00
%S 33B 0042 00910 0012 0052 00
%S150A 0040 01000 0022 0060 00
%SI50B 0042 OIIOO 0023 0061 02
. %S 250 0050 01000 0010 0055 00 ShME AVGE STe EEV HZHo MAX MNDR AVRN CÃZ RD 33A 0079 03000 0059 0095 0072 0020 0064 00
%D 33B 0078 03010 0057 0095 0071 0021 0063 00
%DI50A 0080 03100 0058 0099 0045 0022 0062 00 RDI50B 0082 03000 0059 0111 0035 0023 0060 02
%D 250 0083 03000 0060 0110 0055 0025 0061 00 HhHB AVGE I NAME AVGE I KLME AVGE I TER33A 0736 00 TER33B 0736 00 TE150A 0756 TRISOB 0756 00 TE250A 0774 00 TE250B 0774 GTXSOA 0020 00 DZI50B 0020 OO QX250A 0038 0038
'% 33 OZ250B 0506 TEG 33 0602', 00 KQM 0056
Time: ~130 Message: 37 GINNA STATION 1988 EVALUATED EXERCISE mu te lan onditio s: See Attached Sheets geessa e: ***THIS IS AN EXERCISEe**
OR CONTROLLER USE ONLY
'Contr'plier otes:
')
Release is terminated by the closing of the manual isolation valve to the 1B S/G ARV.
Actions E ected:
1) Plume tracking continues.
1988 EVALUATED EXERCISE : I/3o MAJOR PARAIIETERS ENGINIFERED SAPFAKARDS e
Reactor Shutdown YES NO Hi Head S.I. s N-31 CPS FI-924 GPM N-32 N-35 OO CPS AMPS FI-925 1A.
l~ GPM INSERV STBY N-36 AMPS 1B. INSERV TB OOS Avg. Nuclear Power RCS Pressure
~20 PSIG 1C. INSERV STB OOS BAST Level =
PRZR Level O A RCP RUNNING/ OPPED Low Head S.I. s B RCP RUNNING TOPPED FI-626 GPM 1A S/G Level 7 1A. INSERV BY OOS RECIRC 1B S/G Level 1B. INSERV OOS RECIRC 1A S/G Pressure O PSIG RWST Level =
1B S/G Pressure 0 PSIG Turbine/Generator ONLINE/OFFLINE Containment ra 4 KV Buses 480V Buses ERGIZED DEENERGIZED ENERGIZED DEENERGIZED FI-931A FI-9319
~~ G3 GPM GFM Cnmt Pressure Oe80 PSIG lA. INSSRV OOS Cnmt Sump A Level ~~~ FEET 1B. INSERV OOS Cnmt Sump B A. Loop Hot Leg Level ~~.
~/2 INCHES F
NaOH Tank Level =
A Loop Cold Leg F Containment irc Pans B Loop Hot Leg .~/2- F 1A. NSER STBY OOS B Loop Cold Leg 1B. NSE STBY OOS RVLIS ~>0 lc.
~
NSER STBY OOS
<<CET S/G A Total Aux FW Flow
~Of
~~~0 F
GPM 1D. INSERV STBY Post Acci en Dampers OOS PE CLOSED 9/G 9 Total Auk FM Flow GFM Service Water lA. SE STBY OOS 1B. STBY OOS A. RUNNING UNLOADED STBY 1C. INSERV STBY OOS B. RUNNING UNLOADED STBY 1D. STBY OOS TSC RUNNING UNLOADED OOS AGB Header ressure "1 FSIG Security RUNNING UNLOADED OOS nent Coo W er s ENGINEERED SAPIF&lIARDS lA. INSERV TBY OOS
.1B. INSE V STBY OOS Aux. P ter s Surge Tank Level =
1A. NSERU STBY OOS 1B. INSERV STB OOS Standb Aux. Peedwater s Turb. Driven INSERV STBY lc. INSERV TB OOS CST Level J FEET 1D. INSERV STB OOS "CET = Average. of Selected Core Exit Thenmcouples
c1 lq) g8'):3o;~
PROGRAM NAME:LRGTSZ. E R,.E. GINNA HUCLEM POWER PLANT TREND GROUP ASSIGHKNT
SUMMARY
GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T. MODIFY POIllT ID DESCRIPTION 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS lt') o GOOD 3 N31 SOURCE RANGE DETECTOR N-31 t aggL$ '~+~ CddD ggoOl+ ~
CPS
,4 H32 SOURCE RANGE DETECTOR N-32 y ~ gC'1 - l I
, GOOD CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 6eoD AMP 6 H36 INTERMEDIATE RANGE DETECTOR H-36 yylf~ )I goOO ~P-7 NP AVERAGE NUCLEM POWER O~OO GOOD 'L 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS QSd, LUPI PSIG
'9 LP2R PRESSURIRER AVERAGE LEVEL GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW s.'f GOOD 11 FRCLB REACTOR COOLANT LOOP B AVG FLOW GOOD 12 RXT16 RCPA BRENNER CAUSE RX TRIP Wgd8P- GOOD 13 RXT17 'CPB BREAKER CAUSE RX TRIP fA?QPgd GOOD 14 TSUBTC INCORE TC SUBCOOLED MMGIH GOOD DEGF 15 LSGA . STM GEH A HMROW RANGE AVG LEVEL '7.4. GOOD 16 LSGB STM GEN B HARROW RANGE AVG LEVEL (if qqo.
'f GOOD PSIG 17 PSGA STM GEN A AVERAGE PRESSURE GOOD 18 PSGB STM GEH B AVERAGE PRESSURE pe. GOOD PSIG 19 GEHBKR1 GENERATOR ON LINE BRE)QKR 1G1372 , fPuPso GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 fgyPAP GOOD 21 BUS11A BUS llA SUPPLY. BREAKER . g]~$4 GOOD 22 BUSllB BUS llB SUPPLY BREAKER MspPsO GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT 'TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER HOT TRIP GOOD 25 BllA12A BUS llA TO 12A TIE BREAKER GOOD 26 B11B12B BUS llB TO 12B TIE BREAKER GOOD 27 PCV CONTAINMENT AVERAGE PRESSURE ~ GOOD PSlG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL )i8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD
QC i /
1/So: tS-PROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNlIENT SUlmlhRY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUSrDON'T MODIFY CURRENT VALUE 31 L0942D SUHP 8 LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP 8 LEVEL 78 INCHES (TRAIN 8) LOWER GOOD 33 L0942C SUMP 8 LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP 8 LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L09428 SUMP 8 LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L09438 SUMP 8 LEVEL 180 INCHES (TRAIN 8) LOWER GOOD 37 L0942A SUMP 8 LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP 8 LEVEL 214 INCHES (TRAIN 8) LOWER GOOD
'39 T0409A RCLA HOT LEG TEMPERATURE gl l aS GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE +IL ~ 1 GOOD DEGF 41 T0450 RCLA COLD LEG TEHPERATURE )7i 3 ~ GOOD DEGF 42 43 T0451 TAVGAWID RCLB RCLA COLD LEG TEHPERATURE TAVG (THOT/TCOLD WIDE RNG) pe$ 2.rg~( GOOD GOOD DEGF DEGF Q
44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) 5ig 9 GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL GOOD 46 TCCORE E1.1 INCORE TC AVERAGE TEHP GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW g 02 ~ GOOD GPM 48 FAUXFWB S/G 8 TOTAL AUX FEEDWATER FLOW 6- GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A . oQ GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP 8 OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE 8 CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW C7 ~ GOOD GPH 54 FSIB SAFETY INJECTION LOOP 8 AVG FLOW e6. GOOD GPH
'7 'L PSIG 55 P2160 SERVICE WATER'UHPS A & 8 HEADER GOOD 56 P2161 SERVICE WATER PUMPS C & D HEADER lL PSIG 57 BKR041 SERVICE WATER PUMP A Op) GOOD 58 BKR042 SERVICE WATER PUHP 8 " ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUHP D OtJ GOOD
PR NAM :LRGTSZ.E OC 7 I'.E. NHA NUCLEAR POWER PLANT //: 3o:
TREND GROUP ASSIGHIIENT KQIIARY GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY DRSCRIPTIOM CURRENT VALUE ITY CODE COMPONENT COOLING LOOP TOTAL FLW
/2-7 l LALM GPM F0619 2 LRWST REFUELIHG WATER STORAGE TANK LVL 'F3aO GOOD 3 WS033 33 FOOT LEVEL WIND SPEED 5 I GOOD MPH WD033 33 FOOT LEVEL WIND DIRECTION o78 GOOD DEG.
5 WT033 33 FOOT LEVEL TEMPERATURE 7V.9 GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE 7& 9 GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP ~.O GOOD DEGF 0 Rol AREA 1-CONTROL ROOM Z.OOF -OI GOOD MR/ll 9 R02 AREA 2-CONTAINMENT S./9 E ~on GOOD MR/ll 10 R09 AREA 9-LETDOWN LINE MONITOR q. 30 F- <<O3 GOOD MR/H R10A CONTAINMENT IODINE MOHITOR R10A Q./ 6&04 GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE /.7 E <<D5 GOOD CPM 13 R12 CONTAINMENT GAS MONITOR d. /8, <<OV GOOD CPM 14 R10B PLANT VENT IODINE MONITOR R10B 5. 5E+oz GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE Z.DE. <<O3 GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 8 / E<<oz GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7. 9o E.-ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE S./'IE - ol GOOD R/HR 6+0&
~
19 R15 CONDENSER AIR EJECTOR EXHAUST Q.O .GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS shan Jky GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS abandon y GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS s+a ndby GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS g.o E.- o5 GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS 9.0 E D5 GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS /. DE -&3 GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS /.o 8-o5 GOOD ucr/cc ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS / OF--D5 GOOD 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /.OE-D3 GOOD UCI/CC 29 R31 AREA 31 STEAM LINE A (SPIHG) r). QQ~wO0 GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) g.ggF +OW GOOD MR/HR IW E J
~o 11 30
~ ~~@ 700 1 ~PJgg AV77 MME AVGE ST. IRV MIN MAX+ I
%$ 33A 0051 00900 0011 0059 00
%S 33B 0052 00910 0012 0059 00
%8150A 0040 01000 0022 0060 00
, M150B 0042 01100 0023 0061 02
%8 250 0060 01000 0010 0067 00 I 2%ME AVU8 ST. IXV MIN>> lQX. MNDR AVBN m I
%D 33A 0078 03000 0050 0095 0072 0020 0064 00
%D 33B 0075 03010 0051 0095 0071 0021 0063 00 RRSOA 0080 03100 0055 0100 0045 0022 0062 00
%D150B 0081 03000 0050 0105 0035 0023 0060 02
%D 250 0083 03000 0055 0108 0055 0025 0061 00 MME AVGB I 2QHE AVGE I MME AVGB I TKR33A 0749 00 TER33B 0749 00 TE150A 0769 TE150B 0769 00 TE250A 0779 00 TE250B 0779 VZ150A 0020 00 QT150B 0020 00 VX250A 0030 DX250B 0030
. 'Uf 33'IN 0506 TEG 33 '0602 00 0056
Time'145 Message: 38 GENNA STATION 1988 EVALUATED EXERC SE S mulated a t Conditions: See Attached Sheets 5~ssa~e: ***THIS IS AN EXERCISE***
OR CONTROLLER USE ONLY
.Controller'otes: -')
Plume tracking continues.
Actions E ected:
1988 EVALUATED EXERCISE T~: ~5 OR PARAMETERS Reactor Shutdown ~SNO Hi Head S.I. s N"31 FI-924 GPM N"32 ~
~GO CPS FI-925 -
IP GPM N-35 AMPS 1A. INSERV STB
~
S N-36 AMPS 1B. INSERV OOS Avg. Nuclear Power 1C. INSERV TB OOS RCS Pressure 20 PSIG BAST Level = e PRZR Level A RCP UNNING STOPPED Low Head S.I. s B RCP RUNNING TOPPED FI-626 GP lA S/G Level /0 1A. INSERV T OOS RECIRC 1B S/G Level 1B. INSERV STB OOS RECIRC 1A S/G Pressure PSIG RWST Level =
1B S/G Pressure 3O PS G Turbine/Generator NLI E/ FLIN Contauunent ra FI-931A 4 KV Buses 480V Cnmt Buses Pressure RGIZED DEENERGIZED ENERGIZE DEENERGIZED
- OAS PSIG FI-931B 1A.
~~
INSERV TB GPM GPM OOS Cnmt Sump A Level s FEET 1B. INSERV STB OOS Sump B Level 4~$ 'NCHES NaOH Tank Level =
Cnmt A.Loop Hot Leg A Loop Cold Leg
~~
~aO F
F Containment irc Pans Loop Hot Leg ,~b F 1A. STBY OOS oop Cold Leg IS
~1 F 1B.
lc.
INSE R
NSER STBY STBY OOS OOS
CET Wn4 F 1D. SERV STBY OOS S/G A Total Aux FW Flow 0 GPM Post Accident Dampers PE CLOSED S/G B Total Aux FW Flow Service Water s DIESEL GENERATORS 1A. SERV STBY OOS 1B. NSER STBY OOS A. RUNNING UNLOADED STBY lc. STBY OOS B. RUNNING UNLOADED STBY TSC RUNNING UNLOADED Security RUNNING UNLOADED OOS OOS 1D.
ASB Header V STBY OOS ressure ~~ PSTG nent Cool ter s 1A. INSERV TB OOS Aux.
lA.
P ter NSERV S OOS 1B. NS RV Surge Tank Level ~ ~~
TBY OOS 1B. INSERV TB OOS Standb Aux. Peedwater s Turb. Driven INSERV STBY S lc. INSERV OOS CST Level .0 FEET 1D. INSERV TB OOS CET = Average. of Selected Core Exit Theraacouples
rT Pf] W PROGRAM NAME:LRGTSZ. E l~: V8'-'&
R.E. GIHNA NUCLEAR POWER PLANT TREND GROUP ASSIGNlENT SU1UUMY GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION l ATWS ANTICIPATED TRANSIENT W/0 SCRAM HO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS 'f)Pigs'8D GOOD 3 N31 SOURCE RANGE DETECTOR N-31 ~
I 'l fcfzS+> Qyad CPS H32 SOURCE RANGE DETECTOR N-32 I fffax+~ I GOOD CPS N35 INTERMEDIATE RANGE DETECTOR H-35 l 004M-I Oooo AMP 6 H36 INTERMEDIATE RANGE DETECTOR H-36 f. OO< OS-II glP doe Oo 7
8 9
NP PRCS LPZR AVERAGE NUCLEAR POWER REACTOR COOLANT SYSTEM AVG PRESS PRESSURIZER AVERAGE LEVEL f 2.0 j GOOD GOOD PSIG 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW q'f ~~ GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW .o.6 GOOD 12 RXT16 RCPA BREAKS CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP s es/pm. GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN 2f.(o GOOD DEGF 15 LSGA STM GEN A NARROW RANGE AVG LEVEL fO GOOD 16 LSGB STM GEN B HARROW RANGE AVG LEVEL (,9. F- GOOD 17 PSGA STM GEN A AVERAGE PRESSURE g Vl. GOOD PS1G 18 PSGB STM GEH B AVERAGE PRESSURE GOOD PSIG 19 GEHBKR1 GENERATOR ON LINE BREN'G1372 1 CIPPeg GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 1 A?>pp~ GOOD 21 BUS11A BUS 11A SUPPLY BREAKER 7Ripp8D GOOD 22 BUS11B BUS llB SUPPLY BREAKER .
<WV PCD GOOD 23 BUS12A BUS 12A SUPPLY BREAKER HOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER HOT TRIP GOOD 25 BllA12A BUS llA TO 12A TIE BREAKER Nor GOOD llB AJP air'roi 26 B11B12B BUS TO 12B TIE BREAKER GOOD 27
'CV CONTAINMENT AVERAGE PRESSURE 9) GOOD PSIG 28 LSUMPA CONTAINMEHT SUMP A AVERAGE LEVEL ).6 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD
Q( 7
// ~
'f NKjRAM NAME LRGTSZ E 9.C. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMI9iT SUINARY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T MODIFY DRSCRIPT ION CURRENT VALUE 31 L0942D SUHP 8 LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP 8 LEVEL 78 INCHES (TRAIN 8) LOWER GOOD 33 L0942C SUMP 8 LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP 8 LEVEL 113 INCHES (TRAIN 8) LOWER GOOD 35 L09428 SUMP 8 LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L09438 SUMP 8 LEVEL 180 INCHES (TRAIN 8) LOWER GOOD 37 L0942A SUMP 8 LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP 8 LEVEL 214 INCHES (TRAIN 8) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE gb7 3 GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE y-yg ob GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE goo- I GOOD DEGF 42 T0451 RCLB COLD LEG TEHPERATURE ~ov. 0 GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) $ '03 os GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) 507~% GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL I/5 ~ 7 GOOD 46 TCCORE E1.1 INCORE TC AVERAGE TEHP ~(o Z GOOD DEGF 47 48 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW p. f(. GOOD GPH FAUXFWB S/G 8 TOTAL AUX FEEDWATER FLOW Qa GOOD GPH 49 BKR081 HTR AUXILIARYFEEDWATER PUMP A OU GOOD 50 BKR082 HTR AUXILIARYFEEDWATER PUMP 8 OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE 8 CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW 0 GOOD GPH 54 FSIB SAFETY INJECTION LOOP 8 AVG FLOW OO GOOD GPH 55 P2160 SERVICE MATER PUMPS A 6 8 HEADER 72-o PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER l2 GOOD PSIG 57 BKR041 SERVICE WATER PUMP A 0Q GOOD 58 BKR042 SERVICE WATER PUHP 8 ON GOOD 59 BKR043 SERVICE MATER PUMP C ON 60 BKR044 SERVICE WATER PUHP D
bCI PR R. E.
NAlh . LRGTSZ. E NA NUCLEAR POWER PLANT //'
TREND GROUP ASSI(RQKllT SlgagLRY GROUP NAME GROUP DESCRIPTIOH
$&ZNT 2 SC-703 PLANT STATUS~DON'T EDIFY t
DESCRIPTION CtHLRENT VAME ITY CODE 1 F0619 COMPONENT COOLING LOOP TOTAL FLW l2-72 i LALM GPH 2 LRWST REFUELING WATER STORAGE TANK LVL GOOD 3 WS033 33 FOOT LEVEL WIND SPEED g I GOOD HPH 4 WD033 33 FOOT LEVEL WIND DIRECTION c 60 "
GOOD DEG.
5 WT033 33 FOOT LEVEL TEHPERATURE 7 5 GOOD DEGF 6 WT250 250 FOOT LEVEL TEHPERATURE 7 7.'I GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEHP 2. I GOOD DEGF 8 R01 AREA 1-CONTROL ROOH /.Ooa -OI GOOD MR/IL 9 R02 AREA 2-CONTAINMENT 5 lo'IF+ oa GOOD MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR /.ao R. ~o.a GOOD MR/H R10A CONTAINMENT IODINE MONITOR R10A v.R E+oG GOOD 'PM 12 Rll CONTAINMENT AIR PARTICULATE 3 '8E+D/ GOOD CPH 13 R12 CONTAINMENT GAS HONITOR l.'7E to'/ GOOD CPM 14 R10B PLANT VENT IODINE HONITOR R10B 4./Q +03 GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 7.3 8 +ow GOOD CPH 16 R14 AUX BLDG EXHAUST GAS HONITOR 5.7 E + D2- GOOD CPH 17 R29 AREA 29-CONTAINMENT HIGH RANGE v.'Io E,- ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 8.(9 E-ol GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST /. ZE +ow GOOD CPH 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS stand k y GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS standby GOOD vcr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS skald Ly GOOD ucr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS /.DE-o5 GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7"HID RANGE GAS 9.08 -Q5 GOOD vcr/cc o E-03
'j/ OE-Dh 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS 'OOD ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-HID RANGE GAS t.OE- o5 GOOD ucl/CC 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /.oE-o3 GOOD ucr/cc 29 R31 AREA 31 STEAH LINE A (SPING) Q.ODE+ DQ GOOD IVA L-<
HR/HR 30 R32 AREA 32 STEAM LINE B (SPING) y.DOE boa GOOD MR/HR
11:45
<8ZZjÃP 700~ CXRKUHKL AV77 KAME
%8 33A AVGE 0051 STe EEV 00900 KM 0011 KLX.
0055 I
00
%8. 33B 0049 00910 0012 0052 00
%8150A 0040 01000 0022 0060 00
%8150B 0046 01100 0023 0061 02
'%8 250 0050 01000 0010 0055 00 KklB 33A AVGE ST+ MT MIN SLX AVON i'NCR I
%D 0080 03000 0054 0105 0072 0020 0064 00
%D 33B 0079 03010 0055 0105 0071 0021 0063 00
%D150A 0079 03100 0055 0107 0045 0022 0062 00 00'ST
%D150B 0081 03000 0060 0105 0035 0023 0060 02
%D 250 0085 03000 0065 0110 0055 0025 0061 00 MME TER33A
- AVGE 0753 I00 MME AVGE I MME AVGE I TER33B 0753 00 TE150A 0774 TE150B 0774 00 TE250A 0774 00 TE250B 0774 0215 0A 0021 00 GT150B 0021 00 OX250A 0021 QT250B 0021 33 'REF 0516 TEG 83 0602 MIN 0056
Time: 33OO Message: 39 .
GINNA STATION lE 1988 EVALUATED EXERCISE ated a o d tions: See Attached Sheets gess~e: ***THIS IS AN EXERCISE***
OR CONTROLLER USE ONLY Controller'Notes:
1) Off-site radiation levels have significantly decreased due to plume passage.
Actions E ected:
1988 EVALUATED EXERCISE rise: ~2.00 OR PA1ULMETKK Reactor Shutdown YES NO Hi Head S.I. s N-31 P1 924 Cl GPM N-32 CPS F1-925 O GPM N-35 AMPS 1A. 1NSERV S OOS N-36 ~~~~ AMPS 1B. INSERV TB OOS Avg. Nuclear Power 1C. INSERV S Y OOS RCS Pressure PSIG BAST Level =
PRZR Level A RCP UNNIN Low Head S.I. s B RCP RUNNING PP FI-626 ig GP 1A S/G Level Fd 1A. INSERV TB OOS RECIRC 1B S/G Level 1B.
Containment INSERV STB OOS RECIRC 1A S/G Pressure 0 PSIG RWST Level =
1B S/G Pressure O PSIG Turbine/Generator FLIN ra s 4 KV Buses 480V Buses ONLINE/
ERGIZE N RGIZ DEENERGIZED DEENERGIZED FI-931A FI-931B
~~
~2 GPM GP Cnmt Pre'ssure 09 PSIG 1A. INSERV TBY OOS Cnmt Sump A Level FEET 1B. INSERV STB OOS Cnmt Sump B Level INCHES NaOH Tank Level =
A- Loop Hot Leg 0 oF A Loop Cold Leg OF Containnent ecirc Fans I Loop Hot Leg Loop Cold Leg IS ~O oF oF 1A.
1B.
1C.
. NSER INSE IN STBY STBY STBY OOS OOS OOS
CET ~WO F 1D. I SER STBY OOS S/G A Total Aux FN Flow ~~0 GPM Post Acciden Dampers PEN CLOSED S/G B Total Aux FN Flow 0 GPM Service Water s 1A. N ER STBY OOS 1B. IN V STBY OOS A. RUNNING UNLOADED STBY 1C. INSER STBY OOS B. RUNNING UNLOADED STBY S 1D. INSERV STBY OOS TSC RUNNING UNLOADED OOS ASS Header ressere ~2 pSZG Security RUNNING UNLOADED B OOS nent Cool Water s 1A. INS TB OOS 1B. INSERV STBY OOS Aux. P lA. NSER ter STBY OOS s Surge Tank Level = ~M 1B. INSERV STB OOS Standb Aux. Peechrater s Turb. Driven INSERV STBY 1C. INSERV TB OOS CST Level FEET 1D. INSERV TB OOS
~CET = Average of Selected Core Exit Thermocouples
3'it
+(9) fg PR NAME:LRGTSZ. E )Z;go: O6 R.E. GIHHA NUCLEAR POWER PLANT TREND GROUP ASSIG%69IT StNNARY GROUP DESCRIPTION SC-703 PLANT STATUS~DON'T MODIFY POINT ID DESCRIPTION 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS <lCVPEP GOOD 3 H31 SOURCE RANGE DETECTOR N-31 ) .99ii~+~ Sood CPS 4 N32 SOURCE RANGE DETECTOR N-32 l -0M't+ 2- GOOD CPS 5 N35 INTERMEDIATE RANGE DETECTOR H-35 I oo v~e "I( eOOO AMP 6 H36 INTERMEDIATE RANGE DETECTOR N-36 t ~ .06 OOI-l( GocP ghP 7 HP AVERAGE NUCLEAR POWER 00. 00 GOOD t
8 9
PRCS LPZR REACTOR COOLANT SYSTEM AVG PRESS PRESSURIZER AVERAGE LEVEL gs.z L~
GOOD PSIG 10 FRCLA REACTOR COOLANT MOP A AVG FLOW 4f 4( GOOD ll FRCLB REACTOR COOLANT LOOP 8 AVG FLOW 0-l . GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP W<PPAo GOOD 14 TSUBTC IHCORE TC SUBCOOLED HARGIN 92-. r GOOD DEGF 15 LSGA STH GEH A HARROW RANGE AVG LEVEL Al .8 GOOD 16 LSGB STH GEH B NARROW RANGE AVG LEVEL GOOD 17 PSGA STH GEN A AVERAGE PRESSURE gpss GOOD PSIG 18 PSGB STH GEN B AVERAGE PRESSURE 'f 2.7e GOOD PS1G 19 GEHBKR1 GENERATOR ON LINE BREAKER 1G1372 WtPIPP5 0 GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 , 1ÃIPPEP GOOD 21 BUS11A BUS 11A SUPPLY BREAKER fgag'gP GOOD 22 BUS118 BUS 118 SUPPLY BREAKER fed@"~ GOOD 23 BUS12A BUS 12A SUPPLY BREAKER ROT TRIP GOOD 24 BUS128 BUS 12B SUPPLY BREAKER .OT TRIP GOOD 25 811A12A BUS 11A TO 12A TIE BREAKER No7 TP+ GOOD 26 811B12B BUS llB TO 12B TIE BREAKER hfcP KY GOOD 27
'CV CONTAINMENT AVERAGE PRESSURE .st GOOD PSIG 28 LSUMPA COHTAINMEHT SUMP A AVERAGE LEVEL >.8 GOOD FEET 29 L0942E SUMP 8 LEVEL 8 INCHES (TRAIN A} GOOD 30 L0943E SUMP 8 LEVEL 8 INCHES (TRAIN 8} GOOD
ocr rg p
/2 'oo: I PR NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGtQ69lV SUlOlhRY GROUP NAME GROUP DESCRIPTION EVERT 1 SC-703 PLANT STATUS~DON'T MODIFY 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L0942B SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L0943B SUMP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE +ol ~ 3 GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE ~o< ~ ( GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE 9f3oV GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE fai-2 GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RNG) GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) Sold GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL s(5-~ GOOD 46 TCCORE E1.1 INCORE TC AVERAGE TEMP vvf-V GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FfDW Q.)M GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW Qs GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A oH: GOOD 50 ,BKR082 MTR AUXILIARYFEEDWATER PUMP B OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW 0~ GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW QOe GOOD GPM 7L ~
55 56 P2160 P2161 SERVICE WATER PUMPS A & B HEADER SERVICE WATER PUMPS C & D HEADER 1 l GOOD GOOD PSIG PSIG 57 BKR041 SERVICE WATER PUMP A od GOOD 58 BKR042 SERVICE WATER PUMP B ON GOOD 59 BKR043 SERVICE WATER PUMP C 'N GOOD 60 BKR044 SERVICE WATER PUMP D OV GOOD
PR "NAM. LRGTSZ.E ocr tq F.. NNA NUCLEAR POWER PLANT /2:oo .
TREND GROUP ASSIG8lKlfT SQllhRY GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION ITY CODE 1 F0619 COMPONENT COOLING LOOP TOTAL FLW j2.6$ '. LALM GPM 2 LRWST REFUELING WATER STORAGE TANK LVL f2 GOOD 3 WS033 33 FOOT LEVEL WIND SPEED 3 I GOOD MPll WD033 33 FOOT LEVEL WIND DIRECTION C~r" ~ GOOD DEG.
5 WT033 33 FOOT LEVEL TEMPERATURE /~ 0 GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE 7g.o GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP l. o GOOD DEGF 0 R01 AREA 1-CONTROL ROOM loom-o I GOOD MR/ll 9 R02 AREA 2-CONTAINMENT 5.('gi. GOOD MR/H
/0E+ 09
+o'.
10 R09 AREA 9-LETDOWN LINE MONITOR GOOD MR/H R10A CONTAINMENT IODINE MONITOR R10A 9 0 E~oc GOOD CPM 12 R11 CONTAINMENT AIR PARTICULATE 3 '3 E+ O'I GOOD CPM 13 R12 CONTAINMENT GAS MONITOR I 9E. 09 ~ GOOD CPM 14 R10B PLANT VENT IODINE MONITOR RlOB 6.7E >03 GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE /-z E+o~ GOOD CPM 16 R14 AUX BLDG EXHAUST GAS MONITOR 5.g E ~o~ GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7.qo z.-ol GOOD R/llR 10 R30 AREA 30-CONTAINMENT HIGH RANGE 'R./n9E -nl GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST l.( Et oa. GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS 5+a>i d hg GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS Ska.,d t,y GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS Standby GOOD UCI/CC 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS g. OE-o5 GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7-MID RANGE GAS V.o 2-os GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS / OE.-os GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS S.O E O4, GOOD ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS l.o F-os GOOD ucr/cc 20 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS / OE.-o3 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) 5.oo 6 ~oo GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) 9. ooE ~ox MR/HR V]
E J
12'00 HARE IB 33A AVGE 0031 STo EEV 00900 MIN+
0011
'AZo 0050 I
00
%8 33B 0032 00910 0012 0052 00
%8150A 0040 01000 0022 0060 00
%8150 B 0042 OOOO 0023 0061 02
%S 250 0030 01000 0010 0055 00 MME
%D 33A AVGE 0080 ST+ IEV 03000 MIN 0052 MAX+
0100 MME 0072 AVRN CHZ I 0020 0064 00
%D 33B 0080 03010 0051 0100 0071 0021 0063 00
%D150A 0081 03100 0055 010? 0045 0022 0062 00
%D150B 0081 03000 0060 0105 0035 0023 0060 02
%D 250 0083 03000 0065 0106 0055 0025 0061 00 I I00
~
NAME TER33A AVGE 0750 00 NAME TER33B AVGE 0750 NAME AVGE I TEL50A 0750 TE150B 0750 00 TE250A 0760 00 TE250B 0760 OEL50A 0000 00 DZ150B 0000 00 DX250A 0010 DZ250B 0(llO EHif 33 0506 TEG 33 0602 00 RAIN 0056
Time: ~200 Message: 40X GINNA STATION 198S EVALUATED EXERCISE LAC
't t Conditions:
geessa e: ++*THIS IS AN EXERCISE***
Off-site radiation levels have significantly decreased due to plume passage, recovery/re-entry and downgrade discussions can commence.
0 CO OLLER USE ONL o t plier Notes:
ctions E ected:
1) Recovery/re-entry and downgrade discussions should commence.
2) TSC should decide on appropriate post-SGTR cooldown method.
Time: 1215 Message: ~1 GINNA STATION 1988 EVALUATED EXERCISE S ed ant Conditions: See Attached Sheets 5es~sa a: ***THIS IS AN EXERCISE***
OR CONTROLLER USE ONLY Controller Notes:
Actions E ected:
1) Recovery/re-entry and downgrade discussions continue.
1988 EVALUATED EXERCISE FINB: 12./8
~
OR PMVNElERS Reactor Shutdown N-31 N"32 N-35 N-36 2 nO CPB CPS AMPB Hi Head FI-924 FI-925 1A.
~S.I.
~~ GPM GPM INSERV STBY s
Qgg AMPS 1B. INSERV STB OOS Avg. Nuclear Power (~0 1C. INSERV STB OOS RCS Pressure PSIG BAST Level = ~~
~
PRZR Level A RCP RUNNIN STOPPED Lmt Head S.I. s B RCP RUNNING~TOPPED FI"626 GPM 1A S/G 1B S/G Level Level I.~ v 1A.
1B.
INSERV INSERV STB OOS RECIRC OOS RECIRC 1A S/G Pressure PSIG RWST Level =
'1B S/G Pressure PSIG
'urbine/Generator ONLINE FFLIN Containment ra 4 KV Buses PI"93IR 480V Cnmt Buses Pr'essure NERGIZED DEENERGIZED NERGIZE DEENERGIZED OPS' PSIG FI-9349 lA.
~~
INSERV GPM GPM TB OOS Cnmt Sump A Level FEET 1B. INSERV TB OOS Cnmt Sump B Level INCHES NaOH Tank Level =
A-Loop Hot Leg ~>~OO F A Loop Cold Leg F Containment irc Pans Loop Hot Leg ~DO oF 1A. NSER STBY OOS p Cold Leg OD F 1B. NSERV STBY OOS IS 1C. IN RV STBY OOS FACET F 1D. NSERV STBY OOS S/G A S/G B Total Total Aux Aux FW FW Flow Flow
~Q O GPM GPM Post Accident Dampers PE CLOSED Service lfater s 1A. NSERV STBY OOS 1B. INS STBY OOS A. RUNNING UNLOADED STBY S lc. NS R STBY OOS B. RUNNING UNLOADED STBY 1D. IN ER STBY OOS TSC RUNNING UNLOADED TB OOS A&B Header ressure ~,'2 PSIG SecuritY RUNNING UNLOAD D TB OOS nent Cool ater 1A. INSERV TB OOS'B.
Aux. F lA.
ter NS RV S BY OOS s
NSER Surge Tank Level =, ~~
STBY OOS 1B. 'INSERV T OOS Stan Aux. Peechrater s Turb. Driven INSERV STBY lc. INSERV TB OOS CST Level FEET 1D. INSERV TBY OOS
= Average. of Selected Gore Exit Thenmcouples
e
( Iqj Ã$
PR NAME :LRGTSZ.E R.E. GINNA NUCLEAR POWER PLANT f lf '2.'t6 TREND GROUP ASSIGlOlENT St9%lARY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUSiDON'T MODIFY POINT ID DESCRIPTION CURRENT VALUE 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM C]ppgd'ors~+
HO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS 1 3 N31 SOURCE RANGE DETECTOR N-31 ~ GOOD CHOO CPS 4 N32 RANGE DETECTOR N-32 'OURCE
'ffdah+ 2 GOOD CPS 5 H35 INTERMEDIATE RANGE DETECTOR N-35 0. gyes- i( 6cyd AMP 6 H36 INTERMEDIATE RANGE DETECTOR N-36 g gqC7f -II GooP JAP 7 HP AVERAGE NUCLEAR POWER 00000 GOOD 1
8 PRCS REACTOR COOLANT SYSTEM AVG PRESS 93I a LAlnj PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL Nu. <
GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW ll FRCLB REACTOR COOLANT LOOP B AVG FLOW o.Q GOOD GOOD 12 RXT16 RCPA BRENNER CAUSE RX TRIP'CPB NOT TRIP GOOD 13 RXT17 BREAKER CAUSE RX TRIP vÃ jP Pgn GOOD 14 TSUBTC IHCORE TC SUBCOOLED MARGIN ~Hap> 4iS GOOD DEGF 15 LSGA STM GEH A NARROW RANGE AVG LEVEL (5 16 LSGB STM GEH B NARROW RANGE AVG LEVEL hQ i'
~ 6 GOOD GOOD 17 PSGA STM GEN A AVERAGE PRESSURE af g~ GOOD PSIG 18 PSGB STM GEN B AVERAGE PRESSURE 'f3V- GOOD PSIG 19 20 GENBKR1 GENBKR2 GENERATOR ON LINE BROKER 1G1372 GENERATOR ON LINE BREAKER 9X1372 ~
jRlpp~ GOOD GOOD 21 BUSllA BUS 11A SUPPLY BREAKER ftoPi~
Milt~
GOOD 22 BUS11B BUS llB SUPPLY BREAKER GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREAKER HOT TRIP GOOD 25 B11A12A BUS llA TO 12A TIE BREAKER go 7"TR+ GOOD 26 B11B12B BUS llB TO 12B TIE BREAKER .
morph, GOOD 27 PCV CONTAINMENT AVERAGE PRESSURE GOOD PSIG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL ] 8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD
OC7- rf PROGRAM NAME:LRGTSZ.E /2,'5: 2(
R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT SUlOQRY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T .MODIFY 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LONER GOOD 32 I0943D SUMP B LEVEL 78 INCHES (TRAIN B) LONER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN 8) LOWER GOOD 35 L09428 SUMP B LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L09438 SUMP 8 LEVEL 180 INCHES (TRAIN 8) LOWER GOOD 37 L0942A SUMP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP 8 LEVEL 214 INCHES (TRAIN 8) LOWER GOOD 39 T0409A RCIA HOT LEG TEMPERATURE goo. Q GOOD DEGF 40 'T0410A RCLB HOT LEG TEMPERATURE )60+3 GOOD DEGF 41 T0450 RCIA COLD LEG TEMPERATURE Hq>~( GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE mo.+ GOOD DEGF 43 TAVGAWID RCIA TAVG (THOT(TCOLD WIDE RNG) HA.s GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) 500 GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL 5'J5-(J GOOD 46 TCCORE E1.1 INCORE TC AVERAGE TEMP GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW l J ~ GOOD GPM 48 FAUXFWB S(G 8 TOTAL AUX FEEDWATER FLOW Oa, GOOD GPM 49 BKR081 MTR AUXILIARYFEEINATER PUMP A ~ OaP- GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP 8 OFF GOOD 51 . V3505 AUX FEED. PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW 0~ GOOD GPM 54 FSIB SAFETY INJECTION LOOP 8 AVG FLOW Q7a GOOD GPM 55 P2160 SERVICE MATER PUMPS A 6 8 HEADER 7%4 GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER 12 GOOD PSIG 57 BKR041 SERVICE MATER PUMP A od GOOD 58 BKR042 SERVICE MATER PUMP B ON GOOD 59 BKR043 SERVICE MATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D od GOOD
PR NAMi. .LRGTSZ.E CCi R.E. NNA NUCLEAR POWER PLANT /Z '. IS TREND GROUP ASSIGkIIENT
SUMMARY
GROUP NlLME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T HOOIFY DESCRIPTION ITY CODE 1 F0619 COMPONENT COOLING LOOP TOTAL FLW I 2-7 ~~ LALH GPH 2 LRWST REFUELING MATER STORAGE TANK LVL 98. j GOOD 3 WS033 33 FOOT LEVEL WIND SPEED 7 I GOOD HPH 33 FOOT LEVEL WIND DIRECTION
'EG.
4 WD033 o 3 I GOOD 5 WT033 33 FOOT LEVEL TEMPERATURE -g =,0 GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE i &.P GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEHP I (-
~
GOOD DEGF 8 Rol AREA 1-CONTROL ROOM /. OOE. -O/ GOOD HR/H 9 R02 AREA 2-CONTAINMENT 5.(VE~oa GOOD HR/H 10 R09 AREA 9-LETDOWN LINE HONITOR Q.D5 E.+os GOOD HR/H R10A CONTAINMENT IODINE MONITOR R10A g.d.F eO(y GOOD CPM 12 Rll CONTAINMENT AIR PARTICULATE 3.g E. + Of GOOD CPH 13 R12 CONTAINMENT GAS HONITOR /. 0 2+QV GOOD CPH 14 R10B PLANT VENT IODINE HONITOR R10B 7.9 E,+O3 GOOD CPH 15 , R13 AUX BLDG EXHAUST AIR PARTICULATE 7.3E +0& GOOD CPH 16 R14 AUX BLDG EXHAUST GAS HONITOR D 7E POP GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE '.1OE-OI GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE l./ E-O I
'7 GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST /./.2+a)a. GOOD CPH 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS s+on JLy GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-HID RANGE GAS s '&ll clay GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS 5 4Yldly GOOD ucr/cc 23 ~14A5 PLANT VENT CHAN 5-LOW RANGE GAS 4.D E-D5 GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7-HID RANGE GAS
~
g.b E -OS GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS /. D E-D3 GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS R.Q F -OC GOOD ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-HID RANGE GAS /.OE- DS GOOD vcr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /. QE- 03 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) /.DD E-Oa GOOD HR/HR 30 R32 AREA 32 STEAM LINE B (SPING) 3,2.0 E. +OO HR/HR
Time: 12:15 - 14:00 8993 egZZZRP 700'XRGOXBR AV77 HLME AVGE ST+ DVT KrN, MAX. I
%8 33A 0071 00900 0011 0090 00
%S 33B 0062 00910 0012 0082 00
%S150A 0050 01000 0022 0060 00
%S150B 0062 01100 0023 0071 02
%S 250 0060 01000 0010 0075 00 HATE AVGE ST IXV MING MAX. MNDR AVRN CÃZ I
%) 33A 0081 03000 0055 0105 0072 0020 0064 00
%D 33B 0080 03010 0056 0105 0071 0021 0063 00
%850A 0082 03100 . 0057 0104 0045 0022 0062 00
%DI50B 0083 03000 0060 0105 0035 0023 0060 02
%D 250 0085 03000 0065 0109 0055 0025 0061 00 MME TER33A AVGE 0750 I
00 NAME TER33B AVGE 0750 I00 MME TE150A AVGE.
0750 I
TE150B 0750 00 TE250A , 0760 00 TE250B 0760 OHSOA 0000 00 OELSOB . 0000 00 OX250A 0010 DT250B
'Gf 33 001('50 TEG 33 0602 00 0056
Time: 1230 Message:
988 EVALUATED EXERCISE ated ant onditions: See Attached Sheets gyssacCe: ***THIS IS AN EXERCISE***
CO OLLER USE ONLY
'ontio e otes:"
Actions E ected:
1) Recovery/re-entry and downgrade discussions continue.
1988 EVALUATED EXERCISE : gynic OR PARAMETERS Reactor Shutdown Hi h Head S.I. s N-31 0 CPS FI-924 GPM N-32 PI-925 GPM N-35 1A. INSERT STBY 5 N-36 Avg. Nuclear Power RCS Pressure PRZR Level A RCP UNNIN
~C~
0 AMPS PSIG STOPPED 1B.
1C.
BAST Low Head S.I.
~
INSERV TB OOS INSERV TB OOS Level =
s B RCP RUNNINGTOP~PE FI-626 GPM 1A S/G Level 1A. INSERV T OOS RECIRC 1B S/G Level 1B. INSERV STB OOS RECIRC 1A S/G Pressure 0 PSIG RWST Level =
1B S/G Pressure 3 PSIG Turbine/Generator ONLINE FFLINE Contahnnent ra 4 KV Buses FI-931A 480U Busps NERGIZE DEENERGIZED NERGIZE DEENERGIZED. . FI-931B GPM GPM Cnmt "Pressure PSIG lA. INSERV TB OOS Cnmt Sump A Level FEET 1B. INSERV TB OOS Cnmt Sump B Level INCHES NaOH Tank Level =
A.Loop Hot Leg ~~o F A Loop Loop Cold Leg Hot Leg ,
~9
~i~O F
F Containment 1A. NSER ecirc STBY Fans OOS Loop Cold Leg 550 F 1B. NSER STBY OOS IS lc. V STBY
~
OOS
CET MZL GPM F 1D. I R STBY OOS S/G A S/G B Total Total Aux Aux FW FW Flow Flow
~l~ GPM Post Accident Dampers CLOSED Service Water s 1A. NSER STBY OOS 1B. NSE STBY OOS A. RUNNING UNLOADED STBY 1C. INSERV STBY OOS B. RUNNING UNLOADED STBY 1D. I V STBY OOS TSC RUNNING UNLOADED OOS A%3 Header ressure 2- PSIG Security RUNNING UNLOADED OOS nent Coo Water s lA. INSERV TB OOS 1B. NS R STBY OOS Aux. F lA. NSE ter STBY OOS s Surge Tank Level = ~2 1B. 'NSERV TB OOS Stan Aux. Peecheater Turb. Driven INSERV STBY 0 1C. INSERV TB OOS CST Level e FEET 1D. INSERV TB OOS
~CET = Average. of Selected Core Exit Thezaacouples
PROGRAH NAME:LRGTSZ. E [g;$ 0! i5 R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGIWIENT SUIWIARY GROUP NAME GROUP DESCRIPTION EVENT 1- SC-703 PLANT SThTUS~DON'T MODIFY POINT ID DESCRIPTION 'URRENT VALUE 1 ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2
3 4
RXT N31 N32 REACTOR TRIP BREAKER STATUS SOURCE RAHGE DETECTOR N-31 SOURCE RAHGE DETECTOR N-32 7<>e l.'?814i I
c 974<3t
~~ GOOD QcoO CPS CPS 5 N35 INTERMEDIATE RANGE DETECTOR N-35 J. ocoSI-il AHP 6 N36 INTERMEDIATE RANGE DETECTOR H-36 $ 0444 I) GceP ~P 7 NP AVERAGE NUCLEAR POWER QOo OO GOOD 8 PRCS REACTOR COOLANT SYSTEH AVG PRESS qaW LAM PSIG 9 LPZR PRESSURIZER AVERAGE LEVEL "t'f o1 GOOD 10 FRCLA REACTOR COOLANT LOOP A, AVG FLOW GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW Ool GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP %Nippon GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN '5to ~2 GOOD ~ DEGF 15 LSGA STM GEN A HARROW RANGE AVG LEVEL 2,0. 8 GOOD 16 LSGB STH GEN B NARROW RANGE AVG LEVEL (u3. I 17 PSGA STM GEH A AVERAGE PRESSURE gag ~ GOOD PS1G 18 PSGB STH GEH S AVERAGE PRESSURE $ 52 GOOD PSIG 19 GENBKR1 . GENERATOR ON LINE BREAIKR 1G1372 ~4[ ppdD GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 reiwru GOOD 21 BUS11A BUS 11A SUPPLY BREAKER - 15Pp4'> GOOD 22 BUS11B BUS 11B SUPPLY BREAKER fdi4 en GOOD 23 BUS12A BUS 12A SUPPLY BREAKER NOT TRIP GOOD 24 BUS12B 'US 12B SUPPLY BREAKER NOT TRIP GOOD 25 B11A12A BUS 11A TO 12A TIE BREAKER . afnTPPIP GOOD OP 26 B11812B BUS llB TO 12B TIE BREAKER Plo7 TAP GOOD
,3(
27 28 PCV LSUHPA CONTAINMENT AVERAGE PRESSURE CONTAINHEHT SUMP A AVERAGE LEVEL "l GOOD GOOD PSIG FEET 4y 29 L0942E SllMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUHP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD
/2;g PROGRAM NAME:LRGTSZ. E R.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIG%69IT SUlWARY P
GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T I%M)IFY DESCRIPTION 31 L0942D SUMP 8 LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP 8 LEVEL 78 INCHES (TRAIN 8) LOWER GOOD 33 L0942C SUMP 8 LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP 8 LEVEL 113 INCHES (TRAIN 8) LOWER GOOD 35 L09428 SUMP 8 LEVEL 180 INCHES (TRAIN A) LOWER GOOD 36 L09438 SUMP 8 LEVEL 180 INCHES (TRAIN 8) LOWER GOOD 37 L0942A SUMP 8 LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP 8 LEVEL 214 INCHES (TRAIN 8) LOWER GOOD 39 T0409A RCLA HOT LEG TEMPERATURE $ 00 ~2 GOOD DEGF 40 T0410A RCLB HOT LEG TEMPERATURE Qb GOOD DEGF 41 T0450 RCLA COLD LEG TEMPERATURE q pz. GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE 99fa% GOOD DEGF 43 TAVGAWID RCLA TAVG (THOT/TCOLD WIDE RHG) GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) Soo.O GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL GOOD 46 TCCORE El.l INCORE TC AVERAGE TEMP V9'f. 3 GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW ~LE ~ GOOD GPM 48 FAUXFWB S/G 8 TOTAL AUX FEEDWATER FLOW D~ GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUMP A . oQ GOOD 50 BKR082 MTR AUXILIARYFEEDWATER PUMP 8 OFF GOOD 51 V3505 AUX FEED PUMP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE 8 CLOSED GOOD 53 FSIA SAFETY IHJECTIOH LOOP A AVG FLOW 6~ GOOD GPM 54 FSIB SAFETY INJECTION LOOP 8 AVG FLOW ,00 m GOOD CPM 55 P2160 SERVICE WATER PUMPS A 6 8 HEADER 1x GOOD PSIG 56 P2161 SERVICE WATER PUMPS C 6 D HEADER +4 GOOD PSIG 57 BKR041 SERVICE WATER PUMP A .04 GOOD 58 BKR042 SERVICE WATER PUMP 8 ON GOOD 59 BKR043 SERVICE WATER PUMP C ON GOOD 60 BKR044 SERVICE WATER PUMP D od GOOD
PR NAM. .LRGTSZ.E F..E. NA NUCLEAR POWER PLANT /2 TREND GROUP ASSIGkIIENT StQQIARY GROUP NAME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION CllRRENT VALUE !5K
'ALM 1 F0619 'COMPONENT COOLING LOOP TOTAL FLW GPM 2 LRWST REFUELING WATER STORAGE TANK LVL f3aO GOOD 3 WS033 33 FOOT LEVEL WIND SPEED 7 I GOOD MPH 4 WD033 33 FOOT LEVEL WIND DIRECTION oFI GOOD DEG.
5 WT033 33 FOOT LEVEL TEMPERATURE z>,O GOOD DEGF 6 WT250 250 FOOT LEVEL TEMPERATURE GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEMP J. 0 GOOD DEGY 8 R01 AREA 1-CONTROL ROOM /.OO E.-Ol GOOD MR/fl 9 R02 AREA 2-CONTAINMENT z./9E ~ o~ GOOD MR/H 10 R09 AREA 9-LETDOWN LINE MONITOR 9.0oB 0 o3 GOOD MR/H R10A CONTAINMENT IODINE MONITOR R10A z-'l E. +oi GOOD CPM 12 R11 CONTAINMENT AIR PARTICULATE 3-8 E+o'/ GOOD CPM 13 R12 CONTAINMENT GAS MONITOR l.le.~of 7.'g E. +03 GOOD CPM R10B PLANT VENT IODINE MONITOR R10B GOOD CPM 14 15 R13 AUX BLDG EXHAUST AIR PARTICULATE D.5E. ~ o~ GOOD CPM 16 R14 AUX BLDG. EXHAUST GAS MONITOR >handily a, '7E +on GOOD CPM 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7, 90m-ol GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE 8. ( 7E-Ol GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST /.g E+ oa GOOD CPM 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS z+andky GOOD ucr/cc .
22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS s+a~dky GOOD vcr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS Q.DF -05 GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7"MID RANGE GAS z.o E -o5 GOOD ucr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS /. OE-b3 GOOD vcr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS R.o E- ol GOOD ucI/cc 27 R15A7 AIR EJECTOR CHAN 7-MID RANGE GAS /.DE- oS GOOD vcr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /.OE 03 GOOD ucr/cc 29 R31 AREA 31 STEAM LINE A (SPING) /.oo E. - o GOOD MR/HR 30 R32 AREA 32 STEAM LINE B (SPING) 3.2o F +oo gsen /W ~~ MR/HR
Time: ~245 Message: 43 G1NNA STATION 1988 EVALUATED EXERCISE MESSAGE FORM lated Plant ond tions: See Attached Sheets geessa e: ***THIS IS AN EXERCISE*as OR CONTROLLER USE ONLY
'ontroller otes:
Actions E ected:
1) Recovery/re-entry and downgrade discussions continue.
1988 EVALUATED EXERCISE OR PARAMETERS ENGI%9FRED SAPEGUARDS Reactor Shutdown YES NO Hi Head S.I. s N-31 0 CPS FI-924 GPM N-32 N-35
~O ~ CPS FI-925 GPM N-36 Avg. Nuclear Power
~~ O AMPS AMPS 1A.
1B.
1C.
INSERV STBY 1'NSERV INSER STB OOS S
RCS Pressure 0 PRIG BAST Level =
PRZR Level A RCP UNNIN STOPPED Low Head S.I. s B RCP RUNNING/~TOP~PED FI-626 GPM 1A S/G Level ~2 1A. INSERV OOS RECIRC 1B S/G Level 1B. INSERV STB OOS RECIRC 1A S/G Pressure 0 PSIG RWST Level =
1B S/G Pressure 0 PSIG Turbine/Generator ONLINE/ FFLIN Cont unment ra s 4 KV Buses NERGIZED DEENERGIZED FI-931A GPM 480V Buses . ENERGIZE DEENERGIZED FI-B3 1B .. GPM Cnmt Pre'ssure '- 0'8 PSIG 1A. INSSRV TB OOS Level Cnmt Cnmt A. Loop Sump A Sump B Level Hot Leg
~~ 40 FEET INCHES F
1B. INSERV STB NaOH Tank Level = ~~ OOS 4
A Loop Cold Leg DF Containment R irc Pans Loop Hot Leg OQ F 1A. NSE STBY OOS p Cold Leg ~OO F 1B. NSE STBY OOS IS ~OO 1C. INSER STBY
~
OOS
<<CET S/G A Total Aux PW Flow g~
Al O DF GPM 1D.
Post Acci en NSER STBY Dampers OOS PE CLOSED S/G B Total Aux FW Flow GPM Service Mater s DIESEL GENERATORS 1A. SER STBY OOS 1B. NSER STBY OOS A. RUNNING UNLOADED STBY 1C. N ER STBY OOS B. RUNNING UNLOADED STBY OOS 1D. RV STBY OOS TSC RUNNING UNLOADED TB OOS ASB Header reeaure lx PSIG Security RUNNING UNLOADED TB OOS nent Cool lfater s ENGINK9tED SAPFAUARDS 1A. INSERV TB OOS 1Be NS V STBY OOS Aux. Peedwater s Surge Tank Level = 5 Z 1A. NSE STBY OOS 1B. INSERV B OOS Standb Aux. Peechatter Turb. Driven INSERV STBY S 1C. INSERV OOS CST Level ~P,O FEET 1D. INSERV STB OOS
~
CET = Average. of Selected Core Exit Thermocouples
g>58 PR NAME:LRGTSZ. E ~
t 2. q 6 E 0'f R.E. GINNA HUCLEAR POWER PLANT TREND GROUP ASSIGNGRlT QB%ARY GROUP NJLME GROUP DESCRIPTION EVENT 1 SC-703 PLANT SThTUS~OON'T MODIFY POINT ID DESCRIPTION I ATWS ANTICIPATED TRANSIENT W/0 SCRAM NO ATWS GOOD 2 RXT REACTOR TRIP BREAKER STATUS 'li<Sro GOOD 3 H31 SOURCE RANGE DETECTOR N-31 I . cVxc~+~ GOCD CPS 4 N32 SOURCE RANGE DETECTOR N-32 ( ql<JW+~ GOOD CPS 5 N35 IHTERMEDIATE RANGE DETECTOR N-35 / + OOO~-~( Good AMP 6 836 INTERMEDIATE RANGE DETECTOR N-36 ( ~ o -" (4 l -~ ( Go& P4P 7 HP AVERAGE NUCLEAR POWER 00 00 GOOD 8 PRCS REACTOR COOLANT SYSTEM AVG PRESS 4! LWlA PSIG 2
9 LPZR PRESSURIZER AVERAGE LEVEL 30'4p.
I GOOD 10 FRCLA REACTOR COOLANT LOOP A AVG FLOW '1'f .3 GOOD ll FRCLB REACTOR COOLANT LOOP B AVG FLOW 0 el GOOD 12 RXT16 RCPA BREAKER CAUSE RX TRIP NOT TRIP GOOD 13 RXT17 RCPB BREAKER CAUSE RX TRIP A'(pp8u GOOD 14 TSUBTC INCORE TC SUBCOOLED MARGIN GOOD DEGF 15 LSGA STM GEN A HARROW RANGE AVG LEVEL 2.2- 8 GOOD 16 LSGB STM GEN B NARROW RANGE AVG LEVEL 4W a'f GOOD 17 PSGA STM GEH A AVERAGE PRESSURE 't gO ~ GOOD PSIG
- 18 PSGB STM GEH B AVERAGE PRESSURE 'f $ 0. GOOD PSIG 19 GEHBKR1 GENERATOR ON LINE BREJUKR 1G1372 P&c p~n GOOD 20 GENBKR2 GENERATOR ON LINE BREAKER 9X1372 tiP>PP~> GOOD .
21 BUSllA BUS llA SUPPLY BREAKER .~ (pp'60
/PS>
GOOD 22 BUSllB BUS 11B SUPPLY BREJKER pN i GOOD 23 BUS12A BUS 12A SUPPLY BREAKER Nor TRIP GOOD 24 BUS12B BUS 12B SUPPLY BREWER NOT TRIP GOOD 25 B11A12A BUS llA TO 12A TIE BREAKER .hlel N>P GOOD Op 26 B11B12B BUS 11B TO 12B TIE BREAKER @or Aao GOOD 27
'CV CONTAINMEHT AVERAGE PRESSURE -a>t GOOD PSJG 28 LSUMPA CONTAINMENT SUMP A AVERAGE LEVEL l-8 GOOD FEET 29 L0942E SUMP B LEVEL 8 INCHES (TRAIN A) LOWER GOOD 30 L0943E SUMP B LEVEL 8 INCHES (TRAIN B) LOWER GOOD
OC7 i PR NAME:LRGTSZ. E /2: Vr:/q
'.E. GINNA NUCLEAR POWER PLANT TREND GROUP ASSIGNMENT SUlQQlRY GROUP NAME GROUP DESCRIPTION EVENT 1 SC-703 PLANT STATUS~DON'T NODIFY DESCRIPTIOS 31 L0942D SUMP B LEVEL 78 INCHES (TRAIN A) LOWER GOOD 32 L0943D SUMP B LEVEL 78 INCHES (TRAIN B) LOWER GOOD 33 L0942C SUMP B LEVEL 113 INCHES (TRAIN A) LOWER GOOD 34 L0943C SUMP B LEVEL 113 INCHES (TRAIN B) LOWER GOOD 35 L09428 SUHP B LEVEL 180 INCHES (TRAIN A) qadi.Y LOWER GOOD 36 L09438 SUHP B LEVEL 180 INCHES (TRAIN B) LOWER GOOD 37 L0942A SUHP B LEVEL 214 INCHES (TRAIN A) LOWER GOOD 38 L0943A SUMP B LEVEL 214 INCHES (TRAIN B) LOWER GOOD
'39 T0409A RCLA HOT LEG TEHPERATURE GOOD DEGF 40 T0410A RCLB HOT LEG TEHPERATURE gob,( GOOD DEGF 41 T0450 RCLA COLD LEG TEHPERATURE 't 9'> o 1 GOOD DEGF 42 T0451 RCLB COLD LEG TEMPERATURE +Pb vM GOOD DEGF 43 TAVGAMID RCLA TAVG (THOT/TCOLD WIDE RNG) GOOD DEGF 44 TAVGBWID RCLB TAVG (THOT/TCOLD WIDE RNG) A0>>3 GOOD DEGF 45 LRV REACTOR VESSEL AVERAGE LEVEL (I5 ~ 3 GOOD 46 TCCORE El.l INCORE TC AVERAGE TEHP L GOOD DEGF 47 FAUXFWA S/G A TOTAL AUX FEEDWATER FLOW GOOD GPM 48 FAUXFWB S/G B TOTAL AUX FEEDWATER FLOW Oi GOOD GPM 49 BKR081 MTR AUXILIARYFEEDWATER PUHP A od GOOD 50 BKR082 HTR AUXILIARYFEEDMATER PUMP B OFF GOOD 51 V3505 AUX FEED PUHP STEAM SUPPLY VALVE A CLOSED GOOD 52 V3504 AUX FEED PUMP STEAM SUPPLY VALVE B CLOSED GOOD 53 FSIA SAFETY INJECTION LOOP A AVG FLOW Qo GOOD GPM 54 FSIB SAFETY INJECTION LOOP B AVG FLOW OO>> GOOD GPM P2160 SERVICE WATER PUMPS A & 8 HEADER 72- ~ GOOD PSIG 55 56 P2161 SERVICE WATER PUMPS C & D HEADER l~ GOOD PSIG SERVICE WATER PUHP A QAJ GOOD 57 58 BKR041 BKR042 SERVICE MATER PUHP 8 'N GOOD 59 BKR043 SERVICE MATER PUHP C ON GOOD 60 BKR044 SERVICE MATER PUMP D oV GOOD
PR NAME ~RGTSZ. E Qc7- f R.E NA NUCLEAR POWER PLANT
/2:Vs.
TREND GROUP ASSIGNKMT SNARY GROUP NhME GROUP DESCRIPTION EVENT 2 SC-703 PLANT STATUS~DON'T MODIFY DESCRIPTION CURRENT VALUE RK
/273~ 'ALH 1 F0619 COMPONENT COOLING LOOP TOTAL FLW GPH 2 LRWST REFUELING WATER STORAGE TANK LVL 92 1 GOOD 3 WS033 33 FOOT LEVEL WIND SPEED 7,I GOOD HPH 4 WD033 33 FOOT LEVEL WIND DIRECTION ~ '3 I GOOD DEG.
5 WT033 33 FOOT LEVEL TEHPERATURE -~s~ GOOD DEGF 6 WT250 250 FOOT LEVEL TEHPERATURE 7 Q.D GOOD DEGF 7 WDT2 250 TO 33 FOOT LEVEL DELTA TEHP so GOOD DEGF 8 R01 AREA 1-CONTROL ROOM /. ooE ol GOOD HR/H 9 R02 AREA 2-CONTAINMENT 5.4 "t E +on GOOD HR/H 10 R09 AREA 9-LETDOWN LINE MONITOR B.75 E.+ D3 GOOD HR/H R10A CONTAINMENT IODINE MONITOR R10A 3.( 8+DC GOOD CPH 12 Rll CONTAINMENT AIR PARTICULATE S. a Z+o'/ GOOD CPH 13 R12 CONTAINMENT GAS HONITOR I.C z +oV GOOD CPH 14 R10B PLANT VENT IODINE HONITOR R10B S./ e. ~O3 GOOD CPM 15 R13 AUX BLDG EXHAUST AIR PARTICULATE 3.(nE + O~ GOOD CPH 16 R14 AUX BLDG EXHAUST GAS HONITOR . a. 0 E. + o~ GOOD CPH 17 R29 AREA 29-CONTAINMENT HIGH RANGE 7.10E-D/ GOOD R/HR 18 R30 AREA 30-CONTAINMENT HIGH RANGE g./'7z -o I GOOD R/HR 19 R15 CONDENSER AIR EJECTOR EXHAUST /./ 8+on GOOD CPH 20 R12A5 CV VENT CHAN 5-LOW RANGE GAS z+n~dk GOOD ucr/cc 21 R12A7 CV VENT CHAN 7-MID RANGE GAS S+as~d Ly y GOOD ucr/cc 22 R12A9 CV VENT CHAN 9-HIGH RANGE GAS a+a nd hy GOOD vcr/cc 23 R14A5 PLANT VENT CHAN 5-LOW RANGE GAS D QE -QS GOOD ucr/cc 24 R14A7 PLANT VENT CHAN 7-HID RANGE GAS 4 0 8-D5
~
GOOD vcr/cc 25 R14A9 PLANT VENT CHAN 9-HIGH RANGE GAS /. OE-03 GOOD ucr/cc 26 R15A5 AIR EJECTOR CHAN 5-LOW RANGE GAS ~ 8 0 E.-OC GOOD ucr/cc 27 R15A7 AIR EJECTOR CHAN 7-HID RANGE GAS. /. o E. -h5 GOOD ucr/cc 28 R15A9 AIR EJECTOR CHAN 9-HI RANGE GAS /. 06-03 GOOD Ucr/cc 29 R31 AREA 31 STEAH LINE A (SPING) /,go<-oa GOOD HR/HR
'0 R32 ~dlEA 32 STEAM LINE B (SPING) z.z0 <+oo HR/HR
Time: ~300 Message: ~4 GINNA STATION 1988 EVALUATED EXERCISE eee ss e Emergency Coordinator and Recovery Manager u ed t Co ditions:
5yssgge: ***THIS IS AN EXERCISE***
The Exercise is Terminated FOR 'CONTRO 'SE ONLY o t plier Notes:
1) Deliver when all Exercise objectives have been demonstrated.
ctions E ected:
1) Close out by making an announcement that the Exercise is terminated.
SECTION 9. 0 ONSITE RADIOLOGICAL AND CHEMISTRY DATA
SECTION 9. 2 RADIOLOGICAL
SUMMARY
9. 1 Radiological Summary A. Source Term The radiological source term assumed for this scenario was selected to include appropriate quantities of noble gas and radioiodine consistent with the predicted behavi or o f these mater ial s under the postulated steam generator tube rupture scenario.
Irnmedi ate pr ot ec t i ve ac t i on r ecommendat i ons (e. g.,
sheltering, evacuation) will not be necessary based upon the pro.jected child thyroid and whole body doses, which will be well below EPA Protective Action Guides.
The assumed noble gas and radioiodine release quantities are shown in FIGURE 9. 1 as a funct'ion of time. The noble gas-to-radioiodine ratio assumed in this scenario is approximately 2800: 1, during the period of release through the "B" atmospheric relic f valve (ARV). An isotopic breal:down of assumed noble gas, radioiodine and particulate release quantities is provided in TABLE 9. 1-1.
B. Integrated Of fsite Doses Due to Plume Exposure The downwind integrated doses from the 0.5-hour scenario release are as follows:
'Whole Body Dose (at 5 mi les) = 0.045 REM Child Thyroid Dose (at 5 miles) = 0.013 REM
TABLE 9. 1-1 Tile assumed release quantities for the Ginna Exercise Scenario (ARV Release Phase) are summarized as follows:
E NUCLIDE CURIE/SEC TOTAL CUR IES RELEASED Kr-85 .26 E-0 .02 E+
Kr-85m 2. OE 1 08 E 35 Kr-87 4. 01 1. 0 +05 Kr -88 6.00 +01 2' E+05 Xe-131m 6.5 01 +03 Xe 2.r4 E+ > 9. 8 05 Xe-133m 3 20 E+01 44 E+
Xe-135 .00 E+Ol .80 E+0 Total Noble Gas 3 3~ E+01 5. 9 E+(i4 I-131 1.80 E-i .10 E+ 1 I-132 9 E 1 ~ 02 I-1-3 3 6~ -0+ 1.6= +02 I-134 8.1 E 3 4J ~ 1 I-135 3 6 E-0'.
1 7 E+0'.
Total Iodines 2 E-02 2 E+01 Cs-134 ~ w2 E- '. 94 E- 1 Cs-137 1 98 E 5 8 ~ 1 -02 Sr-89 4~ -08 2.1 E-04 Sr-90 4.3 -08 1. -04 Ba-140 1. 1 6 4 E 3 La-140 .01 E- .54 E-0 Total Particulates 1.3 E-08 2. 3 E-05
SECTION 9.2 IN-PLANT RADIOLOGICAL DATA MAPS
aooaa a aooo
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~ ~
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TOP FLOOR LTER GINNA STATION INTERMEDIATE BUILDING SURVEY MAP OPERATING FLOOR ooo 0 P < Oooo o
0 Sp g Unit 01-SHEARS DPM/100 Cm eK,S a C O DATE. JO tf $$
TIME: b39 - I )M BY:
INSTRUMENT:
SERIAL 1 SURVEY METER SERIAL ¹ ALL READINGS IN MR/HR UNLESS OZHERNISE M7TED REMARKS:
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oa< 4 ILTER g 8 p - iooejk C g - zaire'A ILTER TOF FLOOR ~ - g~a/kt RG&E GINNA STATION INTERMEDIATE BUILDING SURVEY MAP 0
OPERATING FLOOR 0 oooO p 0 Oooo 0
0 Sp Unit A
LLD= SHEARS DPM/1.00 Cm DATE: I ~~f /
TIME: lf 00- t IR0 BY:
INSTRUMENT:
SERIAL 4" SERIAL I ALL READINGS IN MR/HR ~<S (ZHERWISE NCG'ED REMARKS:
oV -oooo SERIAL 4 A ~ FLINGS IN MR/HR UNLESS VBKKUSE MEED
AD NC .
SY:
SHV/KY 1K'~ R SERIAL 4 AL~ R~INGS IN MR/HR UNLESS OHKRWISE NOI'ED
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RG6 E GINNA STATION C. = o.s ~a/h<
TSC = O. L PB~/H~
TURBINE BUILDING OPERATING FLOOR t" g. = y. f wa,/4A.
SURVEY MAP lO33-DATE:~'~ Ã TIMEt~~~
NORTH POWER: BY:
INSTRUMENT!
SERIAL 0 DPM/100 Cm .
REMARKS:
5 MA Q = g mA/AI' RG&E
= EB I ~g/PV GINNA STATION
~c. ~z O. I wa/44.
TURBINE BUILDING OPERATING FLOOR Cn o. I EBS/.EB+ ~
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GINNA STATION
~C.= O.(B <</HC TURBINE BUILDING OPERATING FLOOR
~g. = y.g ~ g. Is A-SURVEY MAP ORTE:~~O >tl ~ TYNE: E~~
NORTH POWER: BY INSTRUMENT c SERIAL 4:
I l
l l DPM/100 Cm I
REMARKS:
RG&E 8= S ~rtlkr GINNA STATION C= n q~alke TURBINE BUILDING MEZZANINE FLOOR 0*O IB a/l<
SURVEY MAP
>oe3-OATE:~>8f+ TZHE: O BONER: BY:
NORTH INSTRUMENT:
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TURBINE BUILDING MEZZANINE FLOOR g= o.ime/k~
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INSTRUMENT:
SERIAL 0 I
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il
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RG&E g I p, a/Al GINNA STATION g = y.ie~/A~
TURBINE BUILDING MEZZANINE FLOOR SURVEY MAP POWER: BY:
NORTH INSTRUMENT:
SERIAL 0:
it If epee,e eel Il tl lt DFB4/100 COL
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RG&E GINNA STATION P- ~aaAlkr TURBINE BUILDING BASEMENT FLOOR SURVEY MAP g ~g/4<
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DATE:+ l~ ~ TIME: <hfdf POWER: BY:
~+ 8
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~ y 10 g1 ~ +
SERIAL A SMEARS DPM/I.CC COL
~ 0 REMAEKS:
RG&E GINNh SThTION TURBINE BUILDING BhSEMENT FLOOR SURVEY MAP s
NORTH OOOO I I I
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SECTION 9.3 IN-PLANT AND POST-ACCIDENT SAMPLING RESULTS
REACTOR COOLANT SYSTEM SAMPLE ACTIVITY:
EQUILIBRIUM ACTIVITY (AS OF 0100 HR)
NUCLIDE CORRECTED CONCENTRATION (UCI/GM)
I-131 1. 2E-Oi I-132 1. 8E-01 I-133 2. 4E-Oi I-134 2. 2E-Oi I-135 5.7E-02 TOTAL IODINE 8. 2E-01 I-131 DOSE EQUIV. 1. 7E-01 Kr-85 =. 5E-03
""-85m 2. 5E-Oi
-87 4. 5E-Oi Kr -88 6. 6E-01 131nl 7. 1E-03
2. 2E+00 1 3 3 nb 3. 3E-Oi Xe-135 4. 3E-Oi Xe-'135m 4.3E-03 TOTAL GAS 4. 4E+00
TABLE 9.4-A REACTOR COOLANT SYSTEM SAMPLE ACTIVITY:
GAS COLLECTION BOMB (COLLECTION BETWEEN 0730-0830)
CONCENTRATION (UCI /GM),
NUCLIDE CORRECTED TO TIME OF SHUTDOWN Kr-85 6. '9E-03 Kr-85m 6. 9E-01 Kr-87 1 ~ 2E-01 Kr -88 8i 8E-01 Xe-131m 2. OE-02 Xe-133 6. 3E+00 Xe-133m 9. 2E-01 Xe-135 1. 1E+00 Xe-135m 1. 1E+00 TOTAL GAS 1. 1E+01 UNDILUTED SAMPLE DOSE RATE C< 1 METER 0. 07 MR/HR UNDILUTED SAMPLE DOSE RATE Cd CONTACT 0. 66 R/HR DILUTED SAMPLE DOSE RATED C< 1 METER 0. 00 MR/HR DILUTED SAMPLE DOSE RATE C" CONTACT 0. 12 MR/HR
TABLE 9. 4-B REACTOR COOLANT SYSTEM S*NPLE ACTIVITY:
GAS COLLECTION BOMB (COLLECTION BETWEEN 0830-0930)
CONCENTRATION (UCI /GN),
NUCL I DE CORRECTED TO T INE OF SHUTDOWN Kr -85 3. 2E-02 Kr -85m 3. 2E+00 Kr-87 5. 7E-Oi Kr-88 ,4. 1E+00 Xe-131m 9; 4E-02 Xe-133 2. 9E+Oi Xe-133m 4. 3E+00 Xe-135 5. 1E+00 Xe-135m 5. 1E+00 TOTAL GAS 5. 1E+Oi UNDILUTED SANPLE DOSE RATE 8 1 NETER 0. 31 NR/HR
~ UNDILUTED SANPLE DOSE RATE 8 CONTACT 3. 09 R/HR DILUTED SANPLE DOSE RATED 8 1 NETER 0. 00 MR/HR DILUTED SAMPLE DOSE RATE 8 CONTACT 0. 56 NR/HR
TABLE 9.4-C REACTOR COOLANT SYSTEM SAMPLE ACTIVITY:
GAS COLLECTION BOMB (COLLECTION BETWEEN 0930-1030)
CONCENTRATION (UCI /GM),
NUCLIDE CORRECTED TO TIME OF SHUTDOWN Kr-85 9. 2E-02 Kr -85m 9.2E+00 Kr-87 1.6E+00 Kr-88 .1 ~ 2E+01 Xe- i 3 2. 7E-01 1m'e-133
8. 4E+01 Xe-133m 1. 2E+01 Xe-135 1. 5E+01 Xe-135m 1. 5E+01 TOTAL GAS 1. 5E+02 UNDILUTED SAMPLE DOSE RATE CN 1 METER 0. 88 MR/HR UNDILUTED SAMPLE DOSE RATE 8 CONTACT 8. 82 R/HR DILUTED SAMPLE DOSE RATED 8 1 METER 0. 00 MR/HR DILUTED SAMPLE DOSE RATE C< CONTACT i. 59 MR/HR
TABLE 9.4-D REACTOR COOLANT SYSTEM SAMPLE ACTIVITY:
GAS COLLECTION BOMB (COLLECTION BETWEEN 1030-1200)
CONCENTRATION (UCI /GM),
NUCLIDE CORRECTED TO TIME OF SHUTDOWN Kr-85 2. OE-01 Kr-85m 2. 0E+01 Kr-87 3. 6E+00 Kr-88 ,2. 6E+01 Xe-131iw 5. 9E-01 Xe-1-3 1. 9E+02 Xe-133m '
~ 7E+01 Xe-135 3. 3E+01 Xe-135m 3. 3E+01 TOTAL GAS 3. 3E+02 UNDILUTED SAMPLE DOSE RATE C< 1 METEP. 1. 96 MR/HR UNDILUTED SAMPLE DOSE RATE C< CONTACT 19. 61 R/HR DILUTED SAMPLE DOSE RATED C< 1 METER 0. 00 MR/HR DILUTED SAMPLE DOSE RATE C< CONTACT 3e 5& MR/HR
TABLE 9.5-A REACTOR COOLANT SYSTEM SAMPLE ACTIVITY:
DEGASSED ACTIVITY (COLLECTION BETWEEN 0730-0830)
CONCENTRATION (UCI/GM),
NUCLIDE CORRECTED TO TIME OF SHUTDOWN I-131 6. 5E-01 I-13m 1. 1E-01 I-1.3 : 4.6E-Oi I-134 7. 2E-01 I-135 2. 5E-01 TOTAL IODINE 2. 2E+00 I-131 DOSE EQUIV. 7. 6E-01 TINE OF REACTOR SHUTDOWN TIME SINCE SHUTDOWN 0.00E+00 HRS.
UNDILUTED SAMPLE DOSE RATE C< 1 METER 0. 01 MR/HR
. UNDILUTED SAMPLE DOSE RATE C< CONTACT 0.13 R/HR DILUTED SAMPLE DOSE RATED (d 1 METER 0. 00 MR/HR DILUTED SAMPLE DOSE RATE G,CONTACT 0. 02 MR/HR
TABLE 9.5-B REACTOR COOLANT SYSTEM SAMPLE ACTIVITY:
DEGASSED ACTIVITY (COLLECTION BETWEEN 0830-0930)
CONCENTRATION CUCI/GM),
NUCLIDE CORRECTED TO TIME OF SHUTDOWN I-131 3. OE+00 I-132 5. 2E-01 I-133 2 ~ 2E+00 1-134 3 uE+00 I-135 1. 2E+00 TOTAL IODINE 1. 0E+01 I-131 DOSE EQUI V. .. 6E+00 TINE OF REACTOR SHUTDOWN = N/A TIME SINCE'HUTDOWN 0.00E+00 HP.S.
UNDILUTED SAMPLE DOSE RATE 8 1 METER 0. 06 MR/HR
. UNDILUTED SAMPLE DOSE RATE Cd CONTACT 0. 61 R/HR DILUTED SAMPLE DOSE RATED 8 1 METER ~
0. 00 MR/HR DILUTED SAMPLE DOSE RATE Ca CONTACT 0 ~ ii MR/HR
TABLE 9. 5-C REACTOR COOLANT SYSTEM SAMPLE ACTIVITY:
DEGASSED ACTIVITY (COLLECTION BETWEEN 0930-1030)
CONCENTRATION (UCI /GM),
NUCLIDE CORRECTED TO TIME OF SHUTDOWN I-131 8.7E+00 I-132 1.5E+00
$ -133 I-134 I-135
~
6. 2E+00 6E+00
3. 4E+00 TOTAL IODINE 2. 9E+01 I-131 DOSE EQUI V. 1. 0E+01 TIME OF REACTOR SHUTDOWN N/A T I ME SINCE SHUTDOWN 0.00E+00 HRS.
UNDILUTED SAMPLE DOSE RATE C< 1 METER 0. 17 MR/HR UNDILUTED SAMPLE DOSE RATE C< CONTACT 1. 74 R/HR DILUTED SAMPLE DOSE RATED C< 1 METER .0. 00 MR/HR DILUTED SAMPLE DOSE RATE C< CONTACT 0. 31 MR/HR
TABLE 9.5-D REACTOR COOLANT SYSTEM SAMPLE ACTIVITY:
DEGASSED ACTIVITY (COLLECTION BETWEEN 1030-1200)
CONCENTRATION (UC I /GM),
NUCLIDE CORRECTED TO TIME OF SHUTDOWN I-131 9. 7E+01 I-132 1. 6E+01 I-133 6. 9E+01 I-18m 1. 1E+02'.
I-135 SE+01 TOTAL IODINE 3. 2E+02 l I-131 DOSE EQUIV. i. 1E+02 TIME OF REACTOP. SHUTDOWN TIME SINCE SHUTDOWN HRS.
UNDILUTED SAMPLE DOSE RATE 8 1 METER 1. 93 MR/HR UNDILUTED SAMPLE DOSE RATE 8 CONTACT 19. 32 R/HR DILUTED 'SAMPLE DOSE RATED 8 1 METER 0. 00 MR/HR DILUTED SAMPLE DOSE RATE C< CONTACT 3.48 MR/HR
Qs TABLE 9.6-A "B" STEAM GENERATOP. LIQUID SAMPLE ACTIVITY:
DEGASSED ACTIVITY (COLLECTION BETWEEN 1030-1200)
CONCENTRATION (UC I /GM),
NUCLIDE CORRECTED TO TIME OF SHUTDOWN I-131 3.0E+01 I-132 5. 1E+00 I-133 2. 1E+01 I-134 3. 3E+01 I-135 . 1. 2E+01 TOTAL IODINE 1. 0E+02 I-131 DOSE EQUI V. 3. 5E+01 TINE OF REACTOR SHUTDOWN 10: 33 TIME SINCE SHUTDOWN 7.50E-vi HP.S.
UNDILUTED SAMPLE DOSE RATE 8 1 METER 0. 60 MR/HR UNDILUTED SAMPLE DOSE RATE C< CONTACT 6. 00 R/HR DILUTED SAMPLE DOSE RATED C< 1 METER 0. 00 MR/HR DILUTED SAMPLE DOSE RATE 8 CONTACT .1. 08 MR/HR
TABLE 9. 7-A AIR EJECTOR ACTIVITY GRAB SANPLE (COLLECTION BETWEEN 1033-1045)
NUCLIDE CONCENTRATION (UOI/CC)
Kr-85 1. 2E+01 Kr-85m 1. 2E+02 Kr -87 2. 1E+01 Kr-88 1. 5E+02 Xe-131m 3. 5E+00 Xe-133 1. 1E+0-Xe-133m 1. 6E+02 Xe-135 1 9E+02
~
Xe-135m 1. 9E+02 TOTAL GAS 1.9E+03 UNDILUTED SANPLE DOSE RATE C~ 1 NETER NR/HR UNDILUTED SAMPLE DOSE RATE 8 CONTACT R/HR
TABLE 9. 7-B AIR EJECTOR ACTIVITY GRAB SAMPLE CCOLLECTION BETWEEN 1045-1100)
NUCLIDE CONCENTRATION (UCI/CC)
Kr -85 1.7E+00 Kr -85m 1, 7E+01 Kr-87 3. 0E+00 Kr-88 2. 2E+01 Xe-13 1 re 4. 9E-01 Xe-133 1 ~ 5E+02 Xe-133m 2. 2E+01 Xe-135 2. 7E+01 Xe-135m 2. 7E+o 1 TOTAL GAS 2. 7E+02
. UNDILUTED SAMPLE DOSE RATE 8 1 METER MR/HR UNDILUTED SAMPLE DOSE RATE 8 CONTACT R/HR
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To"r.-'.L lOL'.li!L
STEAM GENERATOR ACTIVITY UCIj'GM VS. TIME .
1.DE+03 1.DE+02 1.D E+01 1.DE+00 1.0 E 01 1.DE 02 1.0E 03 1.0E-04 1.0E 05
].DE06 1.0 E-07 1.0E-08 0?00 0730 0800 0830 0900 0930 1000 I030 1100 1130 1200 1230 1300 CLOCK TIME 0 "A" S/G ACTIVITY + "B" S/G ACTIVnV
'REA IvlQ NITQ RS R 4 4 R 9 DOSE RATE VS, Tltv1E 6.3 E+03 4.0E+D3 2.5E+03 1.6 K+03 1.D E+03 6.3 E+02 4.DE+02 2.5 E+02 1.6E+02 1,0E+D2 6,3E+01 4.0E+Dl 2.5E+01 1.6E+Dl 1,DE+01 6.3E+00 0?00 0?30 0800 0830 0900 0930 1000 1030 1100 1130 1200 1230 1300 C LOQK TIE E R9 LETOOVFN + R-4 CHARGING PMP RtA
AIR EJECTCjR MONITOR R 15 CPtv) VB. TIME 0700 Q730 0800 0830 0900 0930 1000 1030 11GG 1130 1200 1230 1300 CLOCK .TIME 0 R15
AIR EJECTCjR MONITOR R 15A UCI/CC VS. HtIE 1.D E+02
'1
.DE+01 1.D E+00 1.0E 01 1.0 E 02 1,D E 03 1.0 E 04 1.0E 05 0700 0730 0800 0830 G900 D930 1000 1030 1100 1130 1200 1230 1300 CLOCK TltIE 0 R 15A MID RANGE + R 15A Hl RANGE
STEAM LlblE MONITORS R 31,8c R 32 MREM/HR VS. TIME 1.D E+03 1,DE+02 1.DE+01 1.D E+00 1,0 E 01 1.0E-02 0700 0730 0800 0830 0900 0930 100D 1030 11DD 1130 1200 1230 1300 CLOCK TIME R31 "A" STEAM LINE + - R-32 "B" STEAM LINE-
SS NOHI .ADIH66 VS. TINE Nonitor Data 0645 0700 0715 0730 0745 0800 . OBIS 0830 0845
) R-IGA CV Iodine (cpn) I 6.2Ea02 I ~ 2003 1.9Ea03 2.5Ea03 3.IEa03 5.0Ea03 7. IEa03 ).OEa01 1.1Ea04 l R-108 PV )odine (cpn) I 7.7EaOI I.SEa02 2.3Ea02 3.1Ea02 3.8Ea02 4 ~ 6Er02 5.4Ea02 6. IEa02 . 6,9Ea02 I
) R-)I CV Partic. (cpn) 5.9Ef02 S.9Ef02 5.9Ea02 6, IEf02 B,BEf02 I ~ 5Ea03 2.0Ea03 2.9Ea03 3.9Ea03 l R-12 CV 6as (cpn) 2.9Ea02 2 'Ef02 2.9Ea02 3.0Ef02 4.1Ef02 7.3Ef02 9.8Ea02 I.SEa03 2.GEt03 l R-)3 PV Part (cpn) 9. IEa01 9.1EaOI 9. IEa01 9. IEa01 9. IEa01 9. IEaQI 9. IEaOI 9. IEa01 9. IEa01 I R.I4 PV Bas (cpn) 7. IEa01 7. IEa01 8.6E<OI 7.1EaGI 7. IEa01 7.9Ea01 7.9EaOI 7.9Ea01 7.9Ea01
( f )5 Air Ef'ector (cpn) I.OEa02 I ~ OEa02 1.2Ea02 I.GEa02 I.OEa02 ). IEa02 I. IEa02 I. IEa02 I. IEa02 l R )'an Coolrs (cpn) S.GEfOI 5.0Ea01 5.0Ea01 5.0Ea01 5,0EaOI 5.0EaGI 5.GEaOI S.OErGI 5.DE+01 l f'-l 7 Coup Cooling (cpn) 7.0Ef01 B.OEf01 9.0Ea01 I.GEa02 1.2Ei02 1.3Ea02 1.3Ea02 1.3Ef02 (.4Ea02 I
( R-18 Radraste (cpn) 5,0Ea03 6.0Ef03 7.DE<03 6.5Ea03 6.5Ea03 6.5Ea03 6.5Ea03 6.SEa03 6.5E<03 I
) R-19 Blrdrn (cpnl 1 ~ OEa03 4.0Ee03 1.0Ef03 4.0Ea03 4,0Ea03 1 ~ GEa03 4 ~ OEa03 4.Of<03 4.GEt03 l R-36 Contro) Rn 6as (cpn) 2.0Ea00 2.0Ef00 2.0EaGG 2.0EaGO 2.0Ea00 2.0EaGG 2.QEa00 2,0Ea00 2.0Ea00 I
l f'..'7 Cntrl R>> Part (cpn) ) 1,5EfOI 1.5EaGI I.SEaGI ).SEf01 I.SEa01 '.SE(OI 1.5EaOI 1.5Ea01 I.SE<OI l f:-.8 Cntrl Ra lodn (cpn) 1.5Ef00 I.SEa00 1.5Ea00 1.5Ea00 1.5Ea00 I.SEa00 1.5Ea00 1.5Ea00 1.5Ea00 I R-14A PLHT VNI SPIH6 Bas Lor Rng. (uci/cc)1 5.0E-06 5.0E.06 6.0E-06 5.0E-06 5.0E-Ob 5.5E-06 5.5E-06 5.5E-06 5.5E-06 Bas Nid Rng. (uci Ice) I I.OE-OS I.OE-05 I.OE-OS I.OE-OS I.GE-OS I.OE-G5 I ~ OE-05 I.OE-05 I.GE-OS 6as Ni fng. (uci/cc)l I.OE-03 I OE-03
~ I.OE-03 I ~ OE-03 I.OE-03 I.GE-03 I.OE-03 I.OE-03 I.OE-03 Particulate (uci/cc)( I.OE-IG I OE-10
~ I.OE-IO I.OE-IO I.OE-IO I.OE-IO I.OE-IO I.GE-IO I.OE-IO I
(uci/cc)l S.OE-IO 5.0E-IO S.GE-IO 5.0E-IO 5.0E-IO 5.0E-IO 5.0E-IG 5.0E-IO 5.0E-IO I R ISA AIR EJIR SPIH6 6as Lose Rng. (uci/cc)1 5.0E-06 5.0E-06 6.0E-06 5.0E-06 S.OE-06 5.5E-06 5.5E-06 5.5E-06 S.SE-06 6as Nid Rng. (uci/cc)1 I.GE-OS I.OE-OS I.OE-OS I.OE-OS I.OE-OS I.GE-05 I.OE-05 I.GE-OS I.OE-OS 6as Ni Rng, (uci/cc) I I.OE-03 I,OE-03 I.OE-03 I.GE-03 I.OE-03 I.OE-03 I.GE-03 I.OE-03 I.OE-03 I r Particulate (uci/cc) I NIA NIA HIA N/A H/A H/A NIA H/A N/A I
I (uci/cc) I N/A HIA HIA H/A N/A H/A N/A NIA H/A
6 NDNI'DINGS VS. IINE Nonitor Data 0900 0915 0930 0945 1000 . 10)5 1030 1045 1100 e
I R-IOA CV Iodine (cpal 2.2Ea04 3.3Ea04 I.SEa04 6.)Ea04 8.2Ea04 I.tEa05 1.9Ea05 8.2Ei05 I.IEa06 e
e I R-IOB . PV Iodine (cpa) 7.7Ea02 B. IEa02 ').2Ea02 I.OEa03 1.)Ea03 '.2Ea03 I.IEa03 l. BEa03 2.8Ea03 e
l R-ll CV f'artie. (cpa) 6,9Ea03 I ~ IEa04 1.2Ea04 I.SEa04 2.0Ea04 2.4Ea04 I.IEa05 I.BEa05 I.7Ea05 e R 12 CV Gas (cpa) 3,IEa03 5.4Ea03 5.9Ea03 7 ~ 3Ea03 9.8Ea03 1.2Ea04 I.BEa04 3.0Ea04 2.9EaOI e
e R-13 PV Part (cpa) 9. IEa01 '9. IEa01 9. IEaOI 9.1Ea01 9. IEa01 9. IEa01 2.7Ea02 5.5Ea02 I. IEa03 e
e e R-II PV Gas (cpa) 7.9Ea01 7.9Ea01 7.9Ea01 7.9Ea01 7.9Ea0) 7.9Ea01 1.2Ea02 2.1Ea02 4.3E(02 e
I R-)5 Air Ejector (cpa) I. IEa02 I.IEa02 I.IEa02 I ~ IEa02 I.IEa02 I.OEa06 ).2Ea09 I ~ 2Ea09 ).6Ea08 e
e e R-16 Fan Coolrs (cpa) S.OEa01 5.0Ea01 5.0Ea01 5.0Ea01 S.OEaOI S.OEa01 I.SEa02 1.5Ea02 I.SEa02 e R-17 Coap Cooling (cpa) 1.3Ea03 1.3Ea03 ).3Ea03 1,3Ea03 1.3Ea03 ).3Ea03 ).3Ea03 1.3Ea03 ).3Ea03 e
l R-IB Raduaste (cpa) 6.5Ea03 6 ~ SEa03 '6.5Ea03 6.5E+03 6.5Ea03 . 6.5Ea03 6.5Ea03 I.OE>OI I.OEa04 e
e R-19 8ludun (cpa) I.OE<03 4 'Ea03 I.DE+03 I.OEa03 I.OEa03 I.OEaOI 2.0EaOI 2.0Ea04 2.0Ea04 e
e
) R-36 Control Ra Ga (cpa) 2.0Ea00 2.0Ea00 2.0Ea00 2,0Ea00 2.0Ea00 2,0E(00 2.0Ea00 2,0E(00 2,0Ea00 e
e
) R-37 Cntrl Ra Part (cpa) I.SEaOI I.SEaOI 1.5Ea01 I.SE(0) 1.5Ea01 I.SEaOI I.SEaOI I ~ SEaOI I.SEaOI e
e l R-38 Cntrl Ra lodn (cpa) ).SEa00 1.5Ea00 I.SEa00 I.SEa00 I.SEi00 I.SEa00 I.SEa00 I.SE(00 I.SE<00 e
e e R-14A PLNT VH1 SPIN e 6as Lou Rng. (uci/ccl 5.5E-06 5.5E-06 5.5E-06 S,SE-06 5.5E-O/I 5,5E-06 5.5E-06 I,OE-OS 2.0E-05 Gas Nid Rng. (uci/cc) I.OE-05 I.OE-OS I ~ OE-05 I.OE-OS I.OE-OS I.OE-OS I.OE-05 I.OE-05 2.0E-OS Gas Hi Rng. loci/ccl I.OE-03 I.OE-03 I.OE-03 I.OE-03 I.OE-03 ).OE-03 I.OE-03 I.OE-03 I.OE-03 e
Particulate (uci/cc) I.OE-IO I.OE-)0 I.OE-IO ).OE-IO I.OE-IO I.OE-IO I.OE-IO 2.0E-IO I.OE-IO e
e Iodine (uci Ice) S.OE-IO 5.0E-IO 5.0E-IO 5,0E-IO 5.0E-IO .OE-10 S.OE-IO I.OE-09 2.0E-09 e R-15A AIR EJIR SPIN 6as low Rng. loci/cc) 5.5E-06 5.5E-06 S.5E-06 5,5E-06 5.5E-06 l. OE-02 I,OE-02 I.OE-02, I.OE-02 6as Nid Rng. (uci/cc) 'I.OE-OS I ~ OE-05 I ~ OE-05 I.OE-OS I.OE-05 S.OE-'02 I.OEaOI I.OE(OI 8. IE(00 6as Hi Rng, (uci/cc) I.OE-03 ).OE-03 I.OE-03 I.OE-03 I.OE-03 '.0E-02 S.BEaOI S,BE(OI B.IE(00 Particulate (uci/cc) H/A N/A N/A K/A N/A N/A H/A N/A N/A e
e Iodine (uci/cc) H/A H/A H/A N/A N/A H/A N/A N/A K/A
SS HDKI'EADIHGS VS. IINE Nonitor Data I II5 1130 1115 1200 1215 . 1230 1215 1300 I
e I R-IOA CV Iodine (cpa) 2.0Eaoh 2,6Eaob 2.8Eaob 3,0Eaoh 3.2Eaoh - 3.IEaoh 3,6Eaoh 3,8Eaoh I R-)08 PV Iodine (cpa) 3,7Ea03 S.5Ea03 6. IEa03 6.7Ea03 7.IEa03 7.8Ea03 B. IEa03',3E>03 e
e R-ll CV Partic. (cpa) 1.7Ea05 1.7Ea05 3.8Eaol 3.8Ea04 3.8Ea01 3.8EaoI 3.8Ea04 3.8Ea04 e
e R-12 CV Gas (cpa) 2.9Ea01 2.9E401 1.9EaoI 1.9Ea01 I ~ 9Ea01 1.9EaoI ).9E<01 ).9EaoI
~ R-13 PV Part (cpa) I. IE<03 2.2Ea03 7.3E<02 7.3Ea02 7.3Ea02 .. 5.5Ea02 3.6Ea02 2.7Eao2 e
e eRII PV 6as (cpal 4.3Ea02 8.6Ea02 5.7Ea02 5.7Ea02 5.7b02 2.9Ea02 2.9Ea02 2.9Ea02 e R-15 Air Ejector (cpa) e I.OEa04 2.0Ea02 I.BEa02 1.6Ea02 1.6Ea02 " ),6902 ).6Ea02 1.6Ea02 e
~ R-16 Fan Coolrs (cpa) I.SEa02 1.5Ea02 6.0Eaol 6.0Eaol 6.DE+0) 6.0Eaol 6.0Eaol 6.0Eaol e
I e R-)7 Coap Cooling (cpa) 1.3Ea03 1.3Ea03 1.3Ea03 I 3Ea03
~ 1.3Ea03 1.3Ea03 1.3Ea03 1.3Ea03 e R-IB Raduaste (cpa) I.OEaoI I.OEa04 I.OEaoI B.OEa03 B.OEa03 B.OEaO3 B.OEaO3 B.OEaO3 l R-19 Bl aden (cpa) 2.0EaoI 2.0Ea04 2.0Ea01 2.0Ea04 I.hEa03 I.bE403 (.6Ea03 1.6Ea03 e
e R-36 Control Ra 6a (cpa) 2.0Eaoo 2.0Eaoo 2.0Eaoo 2,0Eaoo 2.0Eaoo . 2.0Eaoo 2.0Eaoo 2.DE+00 e
e I R-37 Cntrl Ra Part (cpa) I.SEaol 1.5Eaol I.SEaol I 5Eaol
~ 1.5Eaol I.SEaol I.SEaol I.SEaol
~ I R-38 Cntrl Ra lodn (cpa) I.SEaoo 1.5Ea00 I.SEaoo 1.5Eaoo I.SEaoo ).SEaoo I.SEaoo I.SEaoo e
e e
e R-14A PLNI VN'( SPIN e 6as Lou Rng. (uci/ccl 2.0E-OS I.OE-QS I.OE-OS 4.0E-OS 4.0E-OS 2.0E-OS 2.0E-05 2.0E-05 6as Hid Rng. (uci/cc) 2.0E-OS 4.0E-05 4.0E-05 I,OE-OS 4.0E-05 2.DE<5 2.0E-OS 2.DE<5 Gas Hi Rng. (uci/ccl I.OE-03 I.OE-03 I.OE-03 I,OE-03 I.OE-03 I.OE-03 I.OE-03 I.OE-03 Particulate (uci/ccl 4.0E-)o B,OE- IO B.OE-)0 B.OE-IO B.OE-IO . 6.0E-IO 4.0E-IO 3.0E-IO e
e Iodine (uci/ccl 2.QE-09 I.OE-09 4.0E-09 4.0E-09 4.0E-09 3.0E-09 2.0E-09 . I.OE-09
~ R-ISA A)R EJIR SPIN 6as Loss Rng, luci/cc) 5.0E-OI I.OE-05 9.0E-06 B.OE-06 B.OE-06 B.OE-06 B.OE-06 B.OE-06 6as Hid Rng. (uci/ccl S.OE-04 ).OE-OS I.OE-OS I.OE-05 I.OE-OS I.OE-05 I.OE-05 I.OE-05 6as Hi Rng. (uci/cc) I.OE-03 I.OE-03 I.OE-03 I.OE-03 . I.OE-03 I.OE-03 I.OE-03 ).OE-03 I
e Particulate (uci/cc) K/A N/A N/A N/A H/A H/A H/A H/A e
Iodine (uci/cc I N/A N/A H/A N/A N/A .'/A NIA N/A
. AREA NDMITDR READIKBS VS. TINE Nonitor Data 0645 0700 0715 0730 0745 0800 0815 0830 0845 I R-I Control Rooa (ar/hr)l I.OOE-OI I.OOE-OI I.DOE<I I.OOE-OI I.OOE-OI I.OOE-OI I.DOE<I I.OOE-OI I.OOE-OI I
l R-2 Containaent (ar/hr) l 8.78Et00 8.78Et00 8.7BEt00 9.07Et00 1.32Et01 - 2.19Et01 2.93Et01 4,39Et01 5.8SEt01 I R-3 Chea Lab. (ar/hr) l 9.20E-02 9.20E-02 9.20E-02 9.20E-02 9.20E-02 9.20E-02 9.20E-02 9.20E-02 9.20E-02 l R-I Chrging Pap Ra (ar/hr)l B.BOEt00 B.DOE+00 B.BOEt00 9.09Et00 1.32Et01 2,20EtOI 2.93E+01 I.IOEt01 5.87Et01 I
l R-5 Spent Fuel Pit (ar/hr)l 5.00Et00 5.00Et00 6.00Et00 S.OOEt00 S.OOEt00'.50Et00 5.50E+00 5.50Et00 5.50Et00 I
I R 6 Kcl Sapl Roon (ar/hr) I 4,00Et00 4,00Et00 4,ROE+00 4,00Et00 I,OOEt00 4,40Et00 4.40Et00 I,IOEt00 4,40Et00 I
I R-7 Containaent (ar/hrll I.OSEt01 I.OSEtol 1.05EtOI 1.09Etol I.SBEtol 2.63Et01 3.51Etol 5.27E+01 7.02Et01 l R-8 Druaaing Sta. (ar/hr l I 2.50Et00 2.50E+00 3.00Et00 2.SOE+00 2.50Et00 2,75E+00 2.7SE+00 2.75E+00 2.75E+00 I
I R-9 Letdown (ar/hr)l 1.06Et02 1.06E+02 1.06Et02 1.09Et02 1.58Et02 2.6IEt02 3,52Et02 S,28Et02 7.04Et02 I R-29 CCV Hi Range (R/hr) l 7.90E-OI 7.90E-OI 7.90E-OI 7.90E-OI '.90E<f w 7.90E-OI 7.90E<I 7.90E-OI 7.90E-OI I
l R-30 CCV Hi Range (R/hr) l 8.69E-OI 8.69E-OI 8.69E<I 8.69E<I 8.69EHI 8.69E<I 8.69E<I 8.69E-OI 8.69E-OI R-31 'A'tean (ar/hr) l I.OOE-02 I.OOE-02 1.DOE<2 I.OOE-O2 I.DOE<2 I.DOE<2 I.DOE<2 I.OOE-02 I.OOE-02 I
I R-32 '8'teaa (ar/hr) l 1.00E-02 I.OOE-02 I.OOE-02 I.OOE-02 I.OOE-02 I.OOEH2 I.DOE<2 I.DOE<2 I.OOE-02
.l R-33 Sapl Ra Hi Rng (ar/hr) l I.OOEt00 4.00Et00 4.80E+00 I.OOEt00 I,OOEt00 4,IOEt00 4.40E+00 4.40E+00 4.40Et00 l R-34 CV Spry Pap (ar/hrll 5.28E+00 5.28E+00 5.2BEt00 5,46Et00 7.92EtOP 1,32Et01 1.76E+01 2.64EtOI 3.52Et01 l R-35 PASS Panel (ar/hrll 2.50Et00 2.50E+00 3.DOE+00 2.50Et00 . 2.50E+00 ~
2.75Et00 2.75E+00 2.75E+00 2.75E+00
AREA NQHITDR READINGS VS. TINE Nonitor Data 0900 0915 0930 0945 1000 1015 1030 1045 1100
( R-l Control Roon (ar/hr) I.OOE-OI I.OOE-OI I.OOE-OI I.OOE-OI -'1.00E-OI 1.00E-OI I.OQE-OI I.OQE-OI 3.00E-OI
) R-2 Containaent (ar/hr) 1.02Et02 1.61Et02 1.76Et02 2. 19Et02 2.93Et02 3.66Et02 3.66Et02 6.01Et02 5.69EtG2 I R-3 Chea Lab. (ar/hr) 9.20E-02 9.2GE-02 9.20E-02 9.20E-02 9.20E-02 9.2OE-02 9.20E-02 2.0GE-OI'.0QE-QI
( 8-4 Chrging Pap R (ar/hr) 1.03Et02 1.6)Et02 1.76Et02 2.20Et02 2.93Et02 3.67Et02 3.67Et02 3.92Et02 3.75Et02 l R-5 Spent Fuel Pi (ar/hr) 5 '0Et00 5.50Et00 5,5QEt00 5.50Et00 5,50Et00 . 5.50Et00 5,50E+00 I.OQEt01 2.00EtQI
( 8-6 Ncl Sap) Rooa (ar/hr) 4.40E+00 4.40E+00 4.40Et00 4.40Et00 4.40E+00 4.4CE+00 4.40E+00 8.00Et00 1.6QEtQI
) R-7 Containaent (ar/hr) 1.23Et02 1.93Et02 2. IIEt02 2.63Et02 3.5IEt02 4.39Et02 4.39Et02 7 '2Et02 6.83Et02 I R-B Oruaaing Sta. (ar/hr) 2.75Et00 2.75EtQO 2.75Et00 2.75Et00 2.75Et00 2.75Et00 2.75Et00 5.00Et00 I.OQEt01 I R-9 Letdown (ar/hr) 1.23Et03 1.94Et03 2. IIEt03 2.6IEt03 '3.52Et03 4.40Et03'.40Et03 4.70Et03 4.50Et03
( R-29 CV CV Hi Range (R/hr) 7.90E-OI 7.90E-QI 7.90E-OI 7.90E-QI 7;90E-01 7.90E-OI 7.90E-OI 7.90E-OI 7.90E-OI l R-30 CY CV Hi Range (R/hr) 8.69E-OI 8.69E-OI 8.69E-OI 8.69E-OI 8.69E-OI 8.69E-OI 8.69E-OI 8.69E-OI 8.69E-OI R-31 'A'(eaa (ar/hr) I.OOE-02 I.OQE-02 I.OOE-02 I.OOE-02 I.OOE-02 I.OOE-02 I.OOE-02 I.OOEt00 5.00Et00 R-32 '8'teaa (ar/hr) I.OOE-02 I.OOE-02 I.OOE-02 I.OOE-02 I.OOE-02 I.OOE-02 I.OOE-02 9.0OEt02 9.00Et02 I R-33 Sapl Ra Hi Rn (ar/hr) 4,40Et00 4,40Et00 4,40Et00 4.40Et00 4,40Et00 4.40Et00 4.40E+00 8.00Et00 1.60Et01 I R-34 CV Spry Pap (ar/hr) 6.16Et01 9.68Et01 1.06Et02 1.32Et02 1.76Et02 2.20Et02 2.20Et02 2.35Et02 2.25Et02 I R-35 PASS Panel (ar/hr) 2.75Et00 2.75Et00 2.75Et00 2.75Et00 2.75Et00 2.75Et00 2.75Et00 5.00Et00 I.OOEt01
AREA NDHITOR READIHBS US. TINE Nonitor Data 1115 1130 1145 1200 1215 1230 1245 ,
1300
( R-I Control Rona (ar/hr) 3.00E-OI 3.00E-OI I.OOE-OI I.OOE-OI I.OOE-OI 1.00E-OI I.OOE-OI I.OOE-OI I R-2 Containaent (ar/hr) 5.69Et02 5.69Et02 S.69Et02 S.69Et02 5.69Et02 5.69Et02 5.69Et02 5.69Et02
( R-3 Chea Lab. (ar/hr) 2.00E-OI 2.00E-OI 1.10E-OI I. IOE-01 '.10E-OI 1.10E-OI 1.10E-OI 1.10E-OI
) R-4 Chrging Pap R (ar/hr) 3.67Et02 3.5BEt02 3.50Et02 3.42Et02 . 3.38Et02 3.33Et02 3.29Et02 3.2SEt02 I R-5 Spent Fuel Pi (ar/hr) 2,00Et01 4.00EtOI 4,00Et01 4,00Et01 4,00Et01 2.00Et01 2,00EtOI 2,00Et01 I R-6 Hcl Sapl Rooa (ar/hr) 1.60EtOI 3.20Et01 3.20Et01 3.20Et01 '.20Et01 1.60Et01 1.60Et01 1.60Et01 I R-7 Containaent (ar/hr) 6.83Et02 6.83Et02 6.83Et02 6.83Et02 6.83E+02 6.83Et02 6.83Et02 6.83E+02 I R-8 Druaaing Sta. (ar/hr) I ~ OOEtO) 2 OOEt01 2 OOEtOI 2 DOE+01 2 OOEt01 I OOEt01 I ~ OOEtOI I ~ OOEt01 I R-9 Letdown (ar/hr) 4.40Et03 4.30Et03 4.20Et03 4.10Et03 4.0SEt03 4.00Et03 3.95Et03 3.90Et03 l R-29 CV CV Hi Range (R/hr) 7.90E-OI 7.90E-OI 7.90E-OI 7.90E-OI, 7.90E-OI 7.90E<I 7.90E-OI 7.90E-OI I R-30 CV CV Hi Range (R/hr) 8.69E-OI 8.69E-OI 8.69E-OI 8.69E-OI 8.69E-OI 8.69E-OI 8.69E-OI 8.69E-OI R-31 'A'teaa (ar/hr) S.OOEt00 5.00Et00 5.00Et00 5.00Et00 I.OOE-02 I.DOE<2 I.OOE-02 I.OOE-02 R-32 'B'teaa (ar/hr) 9.00Et02 9.00Et02 9.00Et02 9.00E+02 3.20Et00 3.20Et00 3.20Et00 3. IOEt00
( R-33 Sapl Ra Hi Rn (ar/hr) 1.60EtOI 3.20Et01 3.20Et01 3.20Et01 3.20Et01 1.60Et01 1.60Et01 1.60Et01
( R-34 CV Spry Pap (ar/hr) 2.20Et02 2. 15Et02 2. IOEt02 2.0SEt02 .2.03Et02 2.00Et02 1.98Et02 1.9SEt02
( R-35 PASS Panel (ar/hr) I.OOEt01 2.00Et01 2.DOE+01 2.DOE+01 2.00E+Ol I.OOEt01 I.OOE+Ol I.DOE+01
SECTION 10.0 METEOROLOGICAL AND OFFSITE RADIOLOGICAL DATA
SECTION 10.1 METEOROLOGICAL CONDITIONS AND FORECASTS
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WEATHER FOPECAST INFORMATION OCTOBER i 9, 1988 08:00 AM STATION NAME TEMP WIND GST VIS WEATHER KINGSTON, ONT 68 5 PLT CL ROCHESTER, NY 75 5 PLT CL SYRACUSE, NY 72 10 PLT CL BUFFALO, NY io PLT CL LAKE ONTAPIO FORECAST TODAY: WES I ERLY WINDS BECOMING EAST TO NORTHEASTcr,~Y BY MID-MOPNING, WITH A 90 PERCENT PROBABILITY OF THUNDERSHOWERS.
TEMPERATURES EXPECTED IN THE MID-70'. WINDS REMAIN FROM THE EAST THROUGHOUT THE REMAINDER OF THE AFTERNOON AND EVENING.
SHOWERS WILL TAPEP. OFF BY EARLY AFTERNOON FOLLOWED BY PARTLY CLOUDY SKIES.
TONIGHT! EASTERLY WINDS, BECOMING COOLEP.. LOW' IN THE UPPER 50' TONIGHT WITH CLEAR SKIES.
0 io-5 WEATHEP. FORECAST INFORMATION OCTOBER i9) f988 l0:00 AM STATION NAME TEMP WIND GST VIS WEATHER KINGSTON, ONT 70 7 5 CLOUDY ROCHESTER, NY 75 6 5 CLOUDY SYPACUSE, NY 7'. 5 10 PLT CL BUFF ALO, NY 7M 5 5 CLOUDY LAKE ONTARIO FORECAST
~ ~
"TODAY: WINDS'ILL SHI i~ING EASTEPLY BY MID-MORNING, WITH A 100 PERCENT PROBABILi t Y OF THUNDEPSHOWERS THIS MORNING.
TEMPERATURES EXPECTED IN THE MID-70'S. WINDS WILL REMAIN FROM THE EAST THFOUGHOUT THE REMAINDER OF THE AFTEPNQQN AND EVENING. SHQWEPS WILL END BY EARLY AFTERNOON FOLLOWED BY PARTLY CLOUDY SKIES.
TONIGHT: EASTEPLY WINDS, BECOMING COOLEP.. LOW' IN THE UPPER 50' TONIGHT WITH CLEAP. SKIES.
TOMORROW: SUNNY SKIES, WINDS BECOMING SOUTHEPLY. TEMPERATURES IN THE LOW 60' ~
WEATHER FORECAST INFORMATION OCTOBER 19, 1988 12: 00 AM STATION NAME TEMP W IND GST VIS WE*THEP.
KINGSTON, ONT 75 8 5 PLT CL ROCHESTER, NY 75 8 5 PLT CL SYRACUSE, NY- 77 5 10 PLT CL BUFFALO, NY 74 5 5 CLOUDY LAKE ONTARIO FORECAST TODAY MINDS WILL SHIF TING EASTERLY BY - MID-MORNING, WITH A 100 PERCENT PPOBABILITY OF THUNDEPSHOWERB THIS MORNING.
TEMPERATUPES EXPECTED IN THE MID-70'. WINDS WILL PEMAIN FROM THE EAST THROUGHOUT THE REMAINDER OF THE AFTERNOON AND EVENING. SHOWEPS WILL END BY EARLY AF'TERNOON FOLLOWED BY PARTLY CLOUDY SKIES.
TONIGHT: EASTERLY WINDS, BECOMING COOLER. LOW' IN THE UPPER 5v' TONIGHT WITH CLEAR SKIES.
TOMOPROW: SUNNY SKIES, WINDS BECOMING SOUTHEPLY. TEMPERATURES IN THE LOW 60'S.
SECTION 10.2 ONSITE AND OFFSITE RADIOLOGICAL READINGS
0' PLUME MAP. (0-1'lLE) kiK.CINE tlAN? S'il?
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5 IfC S U B S.TATI 0 H
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TABLE /Oi I DRILL CON TROLLEP. DATA REGARDING PLUME ARPIVAL AND DEPARTURE TINES D I STANCE (NI ) TABLE ~0'L fABLE I '~ TABLE I' TABLE 0~ 5 10: 38 10 50
~
11: 05 11: 35 1 ~ 0 10: 43 10 ~ 55 11: 10 11:40 2~0 10: 53 11: 05 11: 20 11: 50 3 ~ t. ~ 1 1 ~ 0- 11: 15 ~
11: 30 12:C 4~0 11: 13 11: 25 11:40 12: 10 5.0 11: 23 11: 35 11 50 12: 20 6 0
~ 11: 33 11: 45 12:00 12: -0 7~ 0 if:43 'l l: 55 f2: 10 1 i ~
40 8.0 11: 53 12: 05 12: 20 12: 50 g.O 12: 03 12: 15 12: 30 13: 00 lo. 0 12: 13 f 2 25
~ 12: 40 13 ~
io
<~rival t.imes are to used along with Tables .lOiX> I. T~
NOTE:
f
/O. lf or fO. as appropr i at e. Bar kgr ound readinqs should be gi ven for field surveys per formed before plume arri val .
TABLE RADIOLOGICAL SURVEY/SAMPLING DATA CLOSE WINDOW OPEN WINDOM DOSIMETRY (mR/hr ) (mR/hr ) INCRMENT IODINE
--' -- PARTI CULATE EXPOSURE CARTRIDGE FILTER ZONE 3 FEET CONTACT 3 FEET CONTACT (mREN) (CPN) (CPM)
67 67 88 88 17 20 20 B 36 36 48 48 9 20 20 C 18 18 24 24 5 20 20 D
E 8
5 8
5 11 7
ii7 2 1
20 20 20 20 F 4 5 5 1 20 G 2 2 3 3 1 20 H 2 2 0 20 20 I .' ~ - 1. :1 ,2 . 2: 0 .20 20'
TABLE /Oo S RADIOLOGICAL SURVEY/SANPLING DAT*
CLOSE W INDOW OPEN WINDOW DOS I NETRY (mP./hr ) (mR/hr ) INCREMENT IODINE PARTICULATE EXPOSURE CARTRIDGE FILTER ZONE. " 3 FEET CONTACT. 3 FEET CONTACT (mREM) 'CPN) .(CPM)
A 9 '9 12 12 20 20 B 5 5 7 7 1 20 20 C 2 2 3 20 20 D 1 1 1 1 0 20 20 1 1 1 1 0 20 20 Qi 0 0 1 0
1 0 20 20 0 0 0 20 20 H 0 0 0 0 0 20 20 I 0 0 0 0 0 20 20
TABLE RAD I OLOG I CAL SURVEY/SANPL I NG DATA CLOSE WINDOW OPEN WINDOW DOS INETRY (mR/hr ) (mR/hr ) INCREMENT IODINE PARTICULATE EXPOSURE CARTRIDGE FILTER ZONE 3 FEET CONTACT 3 FEET CONTACT (mREN) (CPN) (CPM)
A 758 758 998 998 189 1831 20 B ,412 412 542 542 103 901 C 206 206 271 271 51 444 20 D 91 91 120 120 23 199 20 E. 58 .58 76 76 y 14 . 129 20 F' 40 40 53 10 91 20 26 35 35 7 53 20 H 18 18 24 4 27 20 I 16 16 20 20 24 20
TFIBLE 10. 5 POST-PLUNE RRDIOLOGICRL SURUEY/SRNPLING DRTR C FOR END WINDOW RND PRNCRKE PROBES)
POST-PLUNE DECRY TINE = 1.0 HOURS END WINDOW PRNCRKE TOTRL PROBE (CPN) PROBE CCPN)
ZONE GROUND FICTIVITY UCI/N2 1 NETER 1 CN 1 NETER 1 CN R 1. 69E+01 2 ?E+02 2. 1E+04 4.4E+02 3.4E+04 8 9. 1?E+00 1 5E+02 1 ~ 2E+04 2.4E+02 1 9E+04 C 4.5BE+00 ?.3E+01 5;BE+03 1 2E+02 9 4E+03 0 2.03E+00 3.2E+Oi 2.6E+03 5 3E+01 4.2E+03 E 1.29E+00 2.DE+01 1.6E+03 3 DE+01 2.6E+03 F 8. 98E-01 2. DE+01 1. 1E+03 3 DE+01 1 BE+03 G 5. BBE-01 2 DE+01 ? 6E+02 3.DE+01 1 2E+03 H 4. OOE-01 2. DE+01 5.3E+02 3.DE+01 8.4E+02 I 3. 46E-01 2. DE+01 4.6E+02 3. DE+01 ? 3E+02 J 9.39E-02 2. DE+01 1.5E+02 3- DE+01 2.2E+02 K 2. 01E-02 2. DE+01 5.9E+01 3. DE+01 ? 4E+01 L 1.6BE-02 2. DE+01 5. 5E+01 3. DE+01 6. BE+0 1 N L.T. LLD 2. DE+01 2 DE+01 3. DE+01 3. DE+01
TRBLE 10 ~ R GRNt1R NICRO-R/HR RERDINGS DUE TO GROUND DEPOSITION POST-PLUNE DECRY TINE = 1.0 HOURS TOTRL Ql HETER Ql CM ZONE GROUND RCTIVITY UCI/N2 I1ICRO-R/HOUR MICRO-R/HOUR R 1. 69E+Ol 1.2E+02 2. 1E+02 B 9. 17E+00 6.7E+01 '
1. 1E+02 C W.SBE+00 3.3E+01 5. 7E+01 0 2.03E+00 1. SE+01 2. 5E+01 E 1.29E+00 1. DE+01 1. DE+01 F B. 98E-01 1. DE+01 1. DE+01 G 5.88E-01 1. DE+0 1 1. DE+01 H 4. OOE-01 1 ~ DE+01 1.DE+01 I 3. 16E-01 1. DE+01 1. DE+01 J 9.39E-02 1. DE+01 1. DE+01 K 2. 01E-02 1. DE+01 1.DE+01 L 1.68E-02 1. DE+01 1. DE+01 N L.T LLD 1. DE+01 1. DE+01

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