ML20059E728

Pilgram Nuclear Station 1993 Evaluated Exercise Scenario Manual

ML20059E728
Person / Time
Site:	Pilgrim
Issue date:	01/12/1994
From:	BOSTON EDISON CO.
To:
References
NUDOCS 9401120203
Download: ML20059E728 (293)

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LJ Drill / Exercise Controller or Evaluator Name: Date:

Drill / Exercise Number:

Assigned Location and Function:

1. Drill controllers and evaluators use this sheet to record important events and comments during the drill / exercise.

2. The notes on this sheet should be used when completing the Controller / Observer Evaluation Report Sheet.

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BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE

- 93-07-A

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TABLE OF CONTENTS

1.0 INTRODUCTION

1.1 Schedule and Participants 1 1.2 Scope and Objectives 2.0 GUIDELINES ,

2.1 General Guidelines 2.2 Participant / Observer Guidelines 2.3 Controller Guidelines 2.4 Organization and Facilities ,

2.5 Abbreviations 3.0 SCENARIO 3.1 Narrative ,

3.2 Event Time Line  !

3.3 Sirnulator Instruction '

O 4.0 OPERATIONAL INFORMATION 4.1 Messages 4.2 Plant Pararneters 5.0 RADIOLOGICAL INFORMATION ,

5.1 Assumptions  :

5.2 Messages and Trend Data 5.3 Dose Assessment 5.4 Count Room Data 5.5 in-Plant Radiation Data 5.6 Environmental Data 6.0 MINI-SCENARIOS 6.1 Public Information Sumrnary 6.2 Public Information Messages c

O EXER /93-07.A 3

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BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A O i

1.0 INTRODUCTION

1.1 SCHEDULE A. Controller Briefina Date: Friday, December 3,1993 Time: 0900 - 1600 hours0.0185 days <br />0.444 hours <br />0.00265 weeks <br />6.088e-4 months <br /> Place: Emergency Operations Facility (EOF)

B. NRC Entrance and Briefina Date: Monday, December 6,1993 Time: 1300 - 1500 hours0.0174 days <br />0.417 hours <br />0.00248 weeks <br />5.7075e-4 months <br /> Place: Emergency Operations Facility (EOF)

C. Exercise .

Date: Tuesday, December 7,1993 Time: Unannounced D. Exercise Critiaue and NRC Exit Date: Wednesday, December 8,1993 Time: 1300 hours0.015 days <br />0.361 hours <br />0.00215 weeks <br />4.9465e-4 months <br /> Place: Chiltonville Training Center Conference Room 6A and 6B E. Participants  :

I The participants in the exercise will include the following:

1. Boston Edison Company Control Room (CR)(Simulator)

. Control Room (CR) Announcements Only

. Technical Support Center (TSC)

. Operations Support Center (OSC) l

. Emergency Operations Facility (EOF) l Media Center (MC)'

. Corporate information Center (CIC) 1 O

EXE R/93 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A

1.0 INTRODUCTION

(Continued)

2. Commonwealth of Massachusetts

. State Emergency Operations Center (Framingham)

. Emergency Operations Facility Nuclear Incident Advisor Team (NIAT)

. Media Center

. State Police Troop D Headquarters

. State Police Traffic and Access Control Points

. Massachusetts Civil Defense Agency Area ll Emergency Operations Center

. State Laboratory (day 2 only)

C. Carver Emergency Response Organization D. Duxbury Emergency Response Organization E. Kingston Ernergency Response Organization F. Mars aid Emergency Response Organization G. Plymouth Emergency Response Organization H. Bridgewater Emergency Response Organization I. Taunton Emergency Response Organization J. Plymouth County Sheriff Department K. State of Rhode Island l

O EXER /93-07-A

1 BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A O

1.2 SCOPE AND OBJECTIVES l

EXERCISE SCOPE

. The 1993 Pilgrim Nuclear Power Station (PNPS) Emergency l Preparedness Exercise to be conducted on December 7,1993 will test j and provide the oppodunity to evaluate the Boston Edison Emergency Plan and Emergency Plan Implementing Procedures. It will also test the l emergency response organization's ability to assess, identify, classify .

and respond to emergency conditions and take appropriate actions to l protect the health and safety of the public. In most cases, participants l in this exercise vary from those who participated in the May 28,1992 partial participation exercise.

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. The scenario will simulate a sequence of events resulting in a radiological accident. The scenario has been developed to provide a more realistic sequence of events allowing for maximum " free play" and decision making on the part of the PNPS Emergency Response organization (ERO).

. The Exercise will include events that test the effectiveness of the integrated capabilities of Boston Edison's Emergency Response Organization with the Commonwealth of Massachusetts, the State of Rhode Island and local governments to protective action decision making related to emergency action levels and communication capabilities.

ONSITE OBJECTIVES A. Exercise Planning i

1. Conduct an exercise of the Pilgrim Nuclear Power Station Emergency Plan (EP-AD-200, A.1).

2. Provide an opportunity for the Commonwealth of Massachusetts and the Towns of Carver, Duxbury, Kingston, Marshfield, Plymouth, Bridgewater, and the City of Taunton to participate in i an exercise (EP-AD-200, A.2).

3. Prepare and exercise information package to include:

a. The objectives of the exercise and appropriate evaluation criteria

b. The date, time period, place and a list of participating organization .

c. The sequence of simulated events

d. The time schedule of real and simulated initiating events

e. The narrative summary (EP-AD-200, A.3).

3 EXER /9F07-A

l BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE l 93-07-A A. Exercise Planning (Continued)

4. Conduct a critique of the exercise (EP-AD-200, A.4). j

5. Write the exercise report (EP-AD-200, A.4). l

6. Identify open items (EP-AD-200, A.5) j

7. Conduct the exercise in various weather conditions (during different seasons)(EP-AD-200, A.7).

8. Enable the Commonwealth of Massachusetts and/or the State of Rhode Island to participate in an Ingestion Pathway Exercise 1 (EP-AD-200, A.9).

B. Emergency Organizations, Support and Resources l

1. Demonstrate the prompt activation, adequacy of the staffing and set up, as appropriate, of emergency response facilities as  ;

follows:

o Control Room (CR)(Simulator) .

o Technical Support Center (TSC)

O o o

Operations Support Center (OSC)

Emergency Operations Facility (EOF) o Corporate information Center (CIC) o Media Center (MC) (EP-AD-200, B.1).  !

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2. Demonstrate the capability of the PNPS Emergency Response  ;

Organization to implement their Emergency Plan Implementing j Procedures (EP-IP) (EP-AD-200, B.2).  ;

3. Demonstrate the ability of the Emergency Director to provide overall direction, including " command and control" by initiating, coordinating, and implementing timely and effective decisions during a radiological emergency. (EP-AD-200, B.3). l

4. Demonstrate the ability to effectively transfer command and control of emergency response functions from the Control Room (Simulator) to the Emergency Offsite Facility (EOF) (EP-AD-200, B.4).

O EXLR./93-07-A 1

t BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION  :

NRC/ FEMA EVALUATED EXERCISE 93-07-A B. Emergency Organizations, Support and Resources (Continued)

5. Demonstrate the capability of the PNPS Emergency Response Organization to interface with the Commonwealth of -

Massachusetts and the towns of Carver, Duxbury, Kingston, Marshfield, Plymouth, Bridgewater, and the City of Taunton to effect a coordinated response to a radiological emergency adequate to ensure the protection of the health and safety of the public (EP-AD-200, B.6).

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6. Demonstrate the ability to ccatrol access to emergency facilities (EP-AD-200, B7). 1

7. Demonstrate the ability to provide a liaison at each participating offsite governmental emergency operations center (EOC)

(EP-AD-200, B.8).

8. Demonstrate the ability to notify on-call emergency response personnel and document acceptable response times (EP-AD-200, B.13).

C. Incident Assessment and Classification

1. Demonstrate the availability of methods, equipment, and expertise to make rapid assessments of the consequences of  ;

c any radiological hazards, including the dispatch and coordination of Radiation Monitoring Teams (RMT) (EP-AD-200, C.1).  ;

2. Demonstrate the ability to recognize emergency action levels (EALs) and properly classify simulated emergencies in accordance with the PNPS Emergency Plan Implementing Procedures (EP-AD-200, C.2).

D. Notification and Communications i

1. Demonstrate the ability to develop and notify offsite emergency organizations within 15 minutes of each emergency classification at He0 (EP-AD-200, D.1).

2. Demonstrate the ability to notify the NRC of any emergency classification within one hour of the declaration (EP-AD-200, D.2).

3. Demonstrate the ability to notify PNPS Emergency Response Organization personnel (EP-AD-200, D.3).

4. Demonstrate the ability to develop and send timely information for offsite authorities (EP-AD-200, D.4).

EXE R/ 93 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE "

93-07-A  !

D. Notification and Communications (Continued)

5. Demonstrate the communications capability among the Control Room (simulator), TSC, OSC, EOF, CIC and Media Center (EP-AD-200, D.5).

6. Demonstrate the communications capabilities between PNPS and the EOCs for the Towns of Carver, Duxbury, Kingston, Marshfield, Plymouth, Bridgewater, and the City of Taunton and the Commonwealth of Massachusetts EOC (EP-AD-200, D.6).

7. Demo.nstrate the adequacy of communications capabilities between PNPS and the Radiation Monitoring Teams t (EP-AD-200, D.8).

8. Demonstrate the operability of communication equipment between the PNPS and the State of Rhode Island (EP-AD-200, D.9).

9. Demonstrate the operability of communication equipment between the PNPS Control Room (Simulator), EOF and NRC Region 1 (notification will be simulated until a declaration of a j O Site Area or above and then notifications will be made via the >

Federal Telephone System (FTS 2000) (EP-AD-200, D.10).

E. Radiological Consequence Assessment

1. Demonstrate methods and techniques for determining the source term or releases or potential releases of radioactive material (EP-AD-200, E.1).

2. Demonstrate the adequacy of methods and techniques to determine the magnitude of the releases of radioactive materials based on plant system parameters and effluent monitors (EP-AD-200, E.2).

3. Demonstrate the ability to estimate integrated dose from projected and actual dose rates and to compare these estimates with the Environmental Protection Agency (EPA) Protective Action Guides (PAGs) (EP-AD-200, E.3).

4. Demonstrate the ability to continuously monitor and control emergency worker radiation exposure and implement exposure guidelines as appropriate (EP-AD-200, E.4).

O EXER /93-07 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A F. Protective Action

1. Demonstrate the ability to recommend Protective Actions to appropriate offsite authorities (EP-AD, F.1).

G. Public Inforn.ation 3

1. Demonstrate the operations of the Media Center and the availability of space for the media (EP-AD-200, G.1). .

2. Demonstrate the ability to brief the media in a clear, accurate <

and timely manner (EP-AD-200, G.2).

3. Demonstrate coordination of information prior to its release (EP-AD-200, G.3).

4. Demonstrate the ability to establish and operate rumor control in a coordinated fashion (EP-AD-200, G.4). .

H. Recovery Operations

1. Demonstrate the availability of procedures to support reentry and recovery (EP-AD-200, H.1).

1. Demonstrate the ability of the Emergency Director to disseminate accurate information in announcements and notification forms, especially regarding core damage and radiological release information to emergency response personnel located in the EOF. (Exercise Inspection exercise weakness 50-239/92-07-01).

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EXER /93-07 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRCIFEMA EVALUATED EXERCISE 93-07-A 2.0 EXERCISE GUIDELINES 2.1 General Guidelines in the development of an accident sequence which is severe enough to adequately test the emergency response capabilities of participating organizations, it is necessary to postulate extremely unrealistic situations and multiple failures of redundant reactor protection functions and systems.

The objective of this Exercise is to demonstrate the ability of the participating organizations to protect the public, and appropriately respond to this highly improbable sequence of events.

Emergency response actions during the simulated emergency will include recognition and classification of emergency conditions, assessment of onsite/offsite radiological consequences, alert / notification and mobilization of emergency response organizations, activation / operation of emergency response facilities and equipment. implementation of in-plant corrective actions, preparation of reports, messages, and record keeping, and recommendation of protective actions.

The conduct of the Exercise will demonstrate the effectiveness of '

organizations, personnel, emergency response functions, and PNPS  ;

Emergency Plan and implementing Procedures. 1 The Control Room (simulator) and the Emergency Operations Facility (EOF) are the central points for distribution of exercise messages. Simulated plant parameters will be provided to the control room operators using messages and plant data sheets should the simulator fail. Radiological and meteorological data presented in Section 5.0 is not provided to players ]

automatically, but is distributed by controllers when players demonstrate the capability to obtain that information from appropriate sources. At no time, unless noted specifically as an exception, will information be interjected at a point where it would not be available in a real emergency. The Lead Exercise Controller may interject other information or change a message to ensure that the Exercise progresses as planned.

O EXER /93 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE ,

f- 93-07-A i

2.1 General Guidelines (Continued)

The contingency messages are to be delivered only if ths designated players do not complete a specific action or accomplish previously specified criteria.

The information contained in the controller notes in Section 4.0 and information in Section 5.0 are for use by Observer / Controllers only and is to be disseminated to players only when the ability to obtain the information from actual sources is demonstrated.

The Exercise Players are expected to " free play" the scenario to the extent practical. Notifications of, and contact with, supervisors, plant management,  ;

and corporate management will be made in accordance with the appropriate ,

corporate and site implementing procedures.

Since it is required that the emergency Exercise test offsite emergency activities, it was necessary to postulate non-credible situations. The players i I

should accept the Exercise Messages as written. If corrective actions could be postulated that would terminate the emergency, they should be identified by the Players to the Lead Facility Controller so that credit can be given for postulated actions.

Notifications of, and communications with, offsite agencies, including the i NRC, will be made in accordance with appropriate implementing procedure, l unless otherwise directed by the Lead Facility Controller. The Plant Emergency Alarm shall be sounded and site-wide announcements shall be made as appropriate to the development of the Exercise Scenario. If directed by these announcements, a site evacuation will be performed. l The postulated accident conditions will result in a simulated radiological release which necessitates the consideration of protective actions for plant personnel and the general public. Meteorological conditions may be varied throughout the exercise.

Participants will perform appropriate radiological monitoring and dose assessment activities. Onsite BECo emergency response personnel shall use required protective clothing, if appropriate.

Participation by BECo onsite personnel directly involved in responding to an emergency shall be carried out to the fullest extent possible, including the deployment of radiological monitoring teams, emergency repair teams, and other emergency workers.

O EXER /93 07-A  ;

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BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A O  :

2.1 General Guidelines (Continued)

Due to time and logistical constraints, it will be necessary to accelerate certain parameters, data and events that pertain to fuel damage. If required i by the scenario, reactor coolant and/or containment atmosphere " grab" samples will be obtained and analyzed utilizing the Post Accident Sampling System (PASS) (simulated). However, resulting data will be simulated through the appropriate controller.

Since there are several offsite segments of the Exercise that depend on ,

proper messages between the Control Room, TSC, OSC, and EOF,  !

notification messages between these contact points may be reviewed by the Controller / Evaluators prior to their issuance. The Controller / Evaluator may inject other information or change a message to ensure that the Exercise  :

progresses as planned. Only Lead Facility Controllers can modify Exercise Messages or initiate Free Play Messages.

2.1.1 EVALUATION AND CRITIQUE l

The Exercise will be observed by Controllers / Evaluators who have the i O qualifications to evaluate the activity in their assigned locations.

Evaluation of the Exercise will be based on the requirements contained in the Emergency Plan and implementing Procedures.

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i Controller / Evaluators will prepare evaluation forms and provide recommendations on corrective actions to the Lead Exercise Controller.

Immediately following the Exercise, the Exercise Coordinator will  ;

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conduct a Lead Controller de-briefing. Negative and positive items will be identified for inclusion in the Exercise Report.

2.1.2 EXERCISE REPORT An Exercise Report shall be issued in accordance with the Emergency Plan and Departmental Administrative Procedures for review within 30 working days follawing the exercise.

The designated report reviewer (s)/ author (s) will determine whether any deficiencies and/or corrective actions are required. Approval of i identified corrective actions are required. I O  !

EXER /93 A l

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION .

NRC/ FEMA EVALUATED EXERCISE 93-07-A 2.2 PARTICIPANT / OBSERVER GUIDELINES 2.2.1 PLAYER INSTRUCTIONS l

The success of the Exercise is largely dependent on player performance. Appropriate reaction to simulated emergency conditions and demonstrated competence in the Emergency Plan and Implement 1 Procedures are the key criteria by which the players are evaluated. . is imperative, therefore, that all player actions and activities are witnessed by an Observer / Controller. Those actions that are to be simulated must be brought to the attention of the Observer / Controller to ensure that credit is awarded. Observation of response actions taken is mandatory for credit to be given for demonstration of an objective. Players are requested to observe the following guidelines:

. Maintain a serious attitude throughout the Exercise: this is especially true late in the Exercise or when activity is limited.

. Be courteous and professional at all times.

. Identify yourself by name and function to the Observer / Controller.

Elements of Exercise play will be introduced through the use of controlled Exercise messages and information generated by Players as a result of the particular Emergency activity performed. Therefore, be responsible for initiating actions in accordance with instructions and your responsibilities.

Communit.ations should be concise and formal; always include "This is a Exercise."

Use and demonstrate knowledge of the Emergency Plans and Implementing Procedures.

Use all resources and equipment available as you would in an actual emergency.

Remember, one of the main purposes of an Exercise is for you, the player, to assure yourself that you are adequately prepared; areas for improvement or lessons loamed, when identified, will improve your overall emergency preparedness; marked-up procedures or action items can be sent to Dave Landahl, Onsite Emergency Preparedness Division Manager,118 Long Pond I Road, or call 747 3454.

D(ER/93-07-A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A

. Ct) 2.2.1 PLAYER INSTRUCTIONS (Continued)

. CONTROLLERS serve an active role in the Exercise by providing messages or instructions to the participants. They may also serve to initiate certain actions to assure continuity of the events described in the Exercise scenario. They also serve as EVAL UATORS. -

. EVALUATORS will be noting all actions, both positive and negative. They will be the main source of input to the BECo critique.

. NRC Evaluators will be critiquing the Exercise and the performance of the participants.

. Play out all actions, as much as possible, in accordance with the Emergency Plan and Procedures as if it were a real emergency.

. Identify your actions to tne Controller, speak out icad, identifying your key actions and decisions to the Controllers and Federal Evaluators. This may seem artific5' but it will assist in the evaluation process and is to your oenefit.

. Any messages transmitted over communication lines or radios l

shall be preceded and followed by the statement "THIS IS A

)

DRILL" i 1

. You should play as if radiation levels are actually present, in  !

accordance with the information you have received. Unless  !

otherwise specified, this will require normal radiological control measures including the wearing of protective clothing.

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. Non-participants are exempt from acting on radiation levels specified for the emergency Exercise. However, normal radiological control practices shall be followed throughout the course of the Exercise.

. Several plant and radiological parameters will be available upon request at any time or at predetermined times during the l Exercise. These plant parameters will be available in the Control  !

Room (simulator).

. Only selected parameters and readings wili be provided. The selected information will be sufficient to make decisions in accordance with BECo plans and procedures.

1 Dr.ER/93 07-A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION ' .

NRC/ FEMA EVALUATED EXERCISE 93-07-A

-O 2.2.1 PLAYER INSTRUCTIONS (Continued)

. DO NOT BECOME OVERLY CONCERNED WITH THE MECHANICS OF THE REACTOR OR THE CAUSE OF THE ACCIDENT. THIS EXERCISE IS DESIGNED TO TEST BECo PLANS AND PROCEDURES AND IS NOT CONCERNED WITH ESTABLISHING THE PROBABILITY, FEASIBILITY OR DETAILED MECHANICS OF THE SIMULATED ACCIDENT.

. There will be one or more Controllers at each important location to provide information and clarification.

. Any participants outside the Media Center or plant property who encounter members of the news media during the Exercise should avoid responding to any questions. All press inquiries should be directed to the Media Center at Memorial Hall in Plymouth.

. Do not take actions that would result in actual alterations of valve and switch positions in response to scenario simulations. Any event or operation outside the scenario that results in an actual or potential danger to plant operation or safety will take precedence over Exercise activity.

O . Any BECo motor vehicle response to this Exercise will observe all normal motor vehicle operating laws including posted speed limits, stop lights / signs, one way streets, etc.

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

. While Exercise participants are to inject as much realism into the Exercise as possible, the safety of the plant and personnel shall not be jeopardized.

O r.XER/93-07 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION -

NRC/ FEMA EVALUATED EXERCISE 93-07-A

-t 2.2.2 OBSERVER GUIDELINES

. Observers should not participate in the Exercise nor interfere in the actions taken by the Exercise participants, Controllers or Evaluators. Questions should be directed to Controllers, not participants.

. The event times and scenario are confidential and should be kept so during the Exercise. Do not discuss these with the participants.

. Identification badges / arm-bands, etc. are to be worn visible by the Observers. identification devices should be returned at the end of the Exercise or critique. Identify yourself to the Exercise Controllers.

. Observers should enter emergency facilities via their main  ;

entrance and check in with security personnel.

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. Observers requiring emergency facility access during the l Exercise should contact Dave Landahl, Boston Edison Onsite  !

Emergency Preparedness Division Manager,118 Long Pond Road, or call 747-9455 two (2) weeks prior to the Exercise.

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O i EXE R/93-07-A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A

, O 2.3 CONTROLLER GUIDELINES 2.3.1 GENERAL INFORMATION Each Controller / Evaluator should be familiar with the following:

. The basic objectives of the Exercise.

. The assumptions and precautions being taken.

. The Exercise scenario, including the initiating events and the expected course of action to be taken.

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

. The evaluation material provided herein.

2.3.2 PRECAUTIONS AND LIMITATIONS TO CONTROLLERS This section provides guidance for all Exercise Controllers and Evaluators for the conduct of this Exercise. Prior to initiation of the Exercise, a briefing will be held to review the entire Exercise process i with all the Exercise Controllers / Evaluators identified in this manual. l

. Should, at any time during the conduct of this Exercise, an actual emergency situation arise, all activities and communications related to the Exercise will be suspended. It will be the responsibility of any Exercise Controller 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 will make the decision to suspend all or some I of the Exercise activities or to place a temporary hold on, or terminate the Exercise.

. Any action that would, in the opinion of the Controller / Evaluator, place either an individual or component in an unsafe condition, the Controller / Evaluator is responsible for intervening in the individual's actions and terminating the unsafe activity immediately. Upon termination of the activity, the Controller / Evaluator is responsible for contacting the Lead Exercise Controller him of the situation.

. Manipulation of any plant operating system, valves, breakers, or controls in response to this exercise are only to be simulated.

There is to be no alternation of any plant operating equipment, systems, or circuits during the response to this exercise.

O EXER /93-07 A

BOSTON EDISON COMPAMY-PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A 2.3.2 PRECAUTIONS AND LIMITATIONS (Continued) l l

. No pressurization of fire hoses, discharging of fire extinguishers, or initiation of any fire suppression systems will be allowed for the i Exercise. l

. All repair activities 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 a Drill." Should a Controller / Evaluator witness an Exercise participant not observing this practice, it is the Controller / Evaluator's responsibility to remind the individual of the need to follow this procedure.  ;

. Any BECo motor vehicle response to this Exercise, will observe all normal motor vehicle operating laws including posted speed limits, stop lights / signs, one way streets, etc.

. 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.

O . Care must be taken to prevent any non-participating individuals who may observe Exercise activities from believing that an actual -

emergency exists. Any Exercise Controller / Evaluator 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.

. If you are entering normal nuclear station radiation and contamination areas, observe all rules and procedures; no one .

(including Observer / Controllers) is exempt from normal station radiological practices and procedures.

NOTE: DO NOT ENTER HIGH RADIATION AREAS IN THE PLANT; FOLLOW ALARA PRINCIPLES.  ;

2.3.3 CONTROLLER / EVALUATOR INSTRUCTIONS

. Controller / Evaluators will position themselves at their assigned  ;

locations 30 minutes prior to the activation of the facility for which ,

they have responsibility. l EXER /93 07-A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A 2.3.3 CONTROLLER / EVALUATOR INSTRUCTIONS (Continued)

. Controller Communications will be tested prior to Exercise .

commencement. All watches and clocks will be synchronized with the Lead Exercise Controller as part of the communications ,

testing.

. All Controller / Evaluators will comply with instructions from the 1 Lead Exercise Controller

. Each Controller / Evaluator 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 i specifically authorized the Lead Facility / Functional Area Controller. ,

. Messages controlling the progress of the scenario are noted with a number and the facility designator. Contingency messages are noted with a number followed by the facility designator and the letter "X"(e.g.,1-CRX). Contingency messages are only delivered .

if certain conditions indicated on the message are not met.

. Each onsite Controller / Evaluator will hava copies of plant data g sheets. Data sheets wi!! be distributed only in the Control Room should the simulator fail.

. Controller / Evaluators will not orovide information to the players regarding scenario progression or resolution of problems t encountered in the course of the simulated emergency. The ,

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

. Some players may insist that certain parts of the scenario are unrealistic. The Lead Controller / Evaluators have the sole authority to clarify any questions regarding scenario content.

2.3.4 Evaluations Instructions /Packaoes Each Controller / Evaluator will take detailed notes regarding the progress of the exercise and response of the Exercise participants at their 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.

O (XER/93-07-A

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BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A l

2.3.4 Evaluations Instructions /Packaaes (Continued)

The standards below should be used by the Controller to evaluate assigned areas pertaining to the emergency response.

A dual purpose will Je served by this rating system. First, the l 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:

Satisfactory - Personnel and equipment performed as required. Any errors or problems were minor and easily correctable.

Marainal - Personnel and equipment generally performed as required. '

Any errors noted were not severe and could be corrected without undue labor or expense.

Unsatisfactory - 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.

N_A - Not applicable to the situation or not observed.

NO - Not Observed 2.3.5 EVALUATION COMMENTS Controller / Evaluator comments should consider the demonstration of the following facility and team evaluation elements:

1 Facilities

. Command and Control

. Accurate and timely determination of emergency actions levels.

. Timely activation and staffing of each emergency facility.

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

. Timely notification of plant, local, State and Federal personnel / ,

agencies (information updates performed).

. Adequacy of internal information systems (i.e., message handling, displays, status boards, and maps).

. Properly controlled documentation and accurate, timely record keeping.

EXER /93 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A 2.3.5 EVALUATION COMMENTS

. Utilization of correct communications procedures, protocol and techniques.

. Capability of facility supervisor / directors to interface with personnel and coordinate facility activities.

. Adequacy of interface between emergency response facilities.

. Adequacy of equipment and supplies.

. Timely initiation of onsite protective / corrective actions.

. Development of protective action recommendations.

. Radiological surveys and assessment of plant damage and hazardous conditions performed.

. Timely request of emergency support services.

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

Teams

. Timely notification and activation.

. Adequacy of staffing.

. Familiarity with appropriate emergency procedures, duties and responsibilities.

. Availability and utilization of proper equipment

. Performance of contamination / decontamination control.

. Proper interface with emergency support personnel.

. Utilization of correct communications instructions and techniques.

. Availability of reference documents to team members.

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

. Performance of radiological surveys.

O EXER /93 07-A

l BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION I NRC/ FEMA EVALUATED EXERCISE 93-07-A 1 2.3.5 EVALUATION COMMENTS (Continued) l

. Timely and proper performance of damage assessment. j

. Properly maintained survey records and maps. j

. Adequacy of briefing sessions prior to dispatch. l

. Direction and control by team leaders.

. Timely requests for offsite assistance.

. Coordination ar d interface between emergency response team members.

. Proper interface with plant supervisory personnel.

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

2.3.6. EXERCISE OBJECTIVE CHECKLISTS The following Objective checklists are to be used by the appropriate Controllers / Evaluators to evaluate the 1993 NRC/ FEMA Exercise. .

Control Room (Simulator) ,

Technical Support Center Operations Support Center Radiation Monitoring Team Emergency Operations Facility Dose Assessment Media Center Corporate information Center 2.3.7 EVALUATION PROCESS All evaluators shall maintain an Exercise chronology. This chronology  ;

shall be of sufficient detail to enable subsequent completion of the appropriate evaluation form. It should contain a synopsis of significant Exercise events, actions taken (or not taken) by players, questions noted, and positive as well as negative assessments made by the '

evaluator. This chronological record may be used to corroborate critique items that are questioned by participants.

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l EXER /93 07-A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION _

NRC/ FEMA EVALUATED EXERCISE 93-07-A

)

2.3.,7 EVALUATION PROCESS (Continued) l Each Evaluator shall also complete an evaluation form for the facility of  !

function to which he/she is assigned.

Each Lead Controller shall de-brief the evaluators for whom he/she is i responsible and compile an Objective Checklisi Summary Report for the I facility. Each Summary shall reflect an overall assessment of the i performance of that facility in five (5) specific categories. Significant I weaknesses or deficiencies shall be itemized to ensure adequate i follow-up attention is devoted to resolution of the problem. Positive i comments should also be included in the Summary. l 1

The formal Post-Exercise Critique shall be conducted by the Exercise Coordinator. During the critique, each Lead Controller will provide an  ;

evaluation of his/her facility. All Controller and Participant ,

documentation (i.e., chronologicals, checklists, attendance sheets, etc.) l shall be given to the Exercise Coordinator during this meeting.

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O EXER /93 A i

BOSTON EDISON COMPANY  :

PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE  ;

93-07-A O ,

2.3.8 CONTROLLER ASSIGNMENTS LEAD EXERCISE CONTROLLER Jerrie Morlino Area of Responsibility Name  ;

SIMULATOR LEAD Kelly Walker )

Eric Olson Paul Gallant Kathie Arendt CONTROL ROOM (CR)

ANNOUNCEMENTS To Be Determined TECHNICAL SUPPORT CENTER (TSC)

LEAD Bill Stone To Be Determined O

i Steve Bernat Tom Nicholson i

OPERATIONS SUPPORT CENTER (OSC)  ;

LEAD Jack Spangler Mechanical To Be Determined Mechanical To Be Determined I&C To Be Determined l&C To Be Determined Electrical To Be Determined Electrical To Be Determined RP Bruce Eldredge RP Joe Henderson Chemistry Al Muse O

EXER /93-07-A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A O

2.3.8 CONTROLLER ASSIGNMENTS (Continued)

Area of Responsibility Name

. EMERGENCY OPERATIONS FACILITY (EOF)

LEA.D Steve Hook F se Assessment Scott McCain

.ammunications Doug Sukanek

..ogistics Dave Myers RMT Team Al Mackey RMT Team Joe Hurley RMT Team Mike Medakovich Security Marge Patti Public Information MEDIA CENTER (MC)

LEAD Patty Sherman Cherie Fuller-Miles Dave Tarantino CORPORATE INFORMATION CENTER (CIC)

Controller Pat Doyle Controller Frank Chiaravalloti I

l PHONE CELL CALLERS LEAD Gary Dyckman Joyce Cannuli-Palie -)

Laris Chan  !

Swapan Das )

Robert Glynn Leo Judge l Lisa Kuzmak l Clem Littleton l Walter Lobo  !

Robert McMahon  !

Sophia Moric Charles Pitt i John Tucker Rozita Waltower Douglas Young EXER /93 07-A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A O

2.3.8 CONTROLLER ASSIGNMENTS (Continued)

REPORTERS (Simulators)

Larry Vallee Dave Bryant Jeff Rodgers Ron Kirven l

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EXER /93-07 A

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BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A O i 2.4 EXERCISE ORGANIZATION AND FACILITIES 2.4.1 Exercise Organizations The organization for it- vercise will consist of the Lead Exercise Controller, the Controller,. tiuators, the Exercise Players, and the ,

Observers, as follows: i A. Lead Exercise Controller .

i The Lead Exercise Controller is responsible for the conduct of a successful Exercise and will coordinate Exercise preparations including the development of the scenario and messages. The Lead Exercise Controller will ensure the safe conduct of the Exercise and is responsible for resolution of any scenario-related inter facility questions, as well as the assurance that the conduct of the Exercise does not adversely impact the operation of the station. The Lead Exercise Controller will coordinate the preparation of a consolidated evaluation package and prepare an itemized list of corrective actions recommended as a result of the evaluation and critique. .

B. Controller / Evaluators The Controller / Evaluators are personnel selected to deliver Exercise Messages to designated players at specific times and places during the Exercise. They will inject or deliver additional messages, as may be required, to initiate appropriate olayer response to keep the Exercise action moving according M the  ;

scenario and to ensure the demonstration of all Exercise  ;

objectives. The Controller / Evaluators will be briefed on the  ;

instructions contained in this Exercise Manual.

As Controller / Evaluators, they are assigned to observe the Exercise and to judge the effectiveness of selected organizations, personnel, functions, and activities in response to i I

the simulated emergency situation. Selection of Controller / Evaluators is based upon their expertise and qualifications to evaluate an assigned activity or area. They will record their observations using an evaluation form and provide recommendations on corrective actions to the Lead Exercise Controller prior to the scheduled critique. They will evaluate l Exercise performance on the basis of standards or requirements 1 contained in the PNPS Emergency Plan, Emergency Operations LMR/93-07 A l

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c BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A '

O 2.4.1 Exercise Organizations (Continued)

B. Controller / Evaluators (Continued)

Procedures (EOP's) and the associated Implementing ,

Procedures. They will take steps, whenever possible, to collect data on the time-and-motion aspects of the activities observed for post-Exercise use in designating and implementing system  !

improvements. A Lead Controller / Evaluator is assigned to each emergency response facility. Each Lead Controller / Evaluator is responsible for all Controller, Evaluator, and Observer activities within that facility.

C. Exercise Players  :

The Players include BECo personnel assigned to perform emergency functions as described in the Emergency Plan and Implementing Procedures. Players from offsite organizations and agencies (Commonwealth and local) are participants as they would be during an actual emergency situation.

The success of the Exercise is largely dependent upon player reaction, and knowledge of the Emergency Plans and implementing Procedures, and an understanding of the Exercise  ;

Objectives. Initial conditions will be provided by  ;

Controller / Evaluators as appropriate. The Exercise Players are responsible for initiating actions during the Exercise in accordance with procedures, responsibilities, and tasks outlined  !

for their particular function in the Emergency Plan and implementing Procedures. Each Exercise Player will advise their Controller / Evaluator prior to simulating required emergency actions to ensure that credit is awarded.

Exercise Players should not be excessively concerned with the ,

mechanics of the scenario. This Exercise is designed to '

evaluate the Emergency Plan, the implementing ProcedJres, and l the Emergency Preparedness training program, and is not concerned with the probability, feasibility, or detailed mechanics ;

of the simulated accident. Exercise Players should note any needed improvements that come to their attention during the Exercise and submit them to the appropriate Controller / Evaluator at the conclusion of the Exercise.

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[XER/93 07-A 1

BOSTON EDISON COMPANY l PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07 A 2.4.1 Exercise Organizations (Continued)

D. Evaluators Evaluators include members of the NRC. INPO, or FEMA evaluation teams and they will have prior knowledge of the Exercise scenario. They will observe the Exercise and evaluate the ability to protect the health and safety of the public. The NRC will present their findings at the post-exercise critique.

E. Observers Observers from BECo and other organizations may be authorized, on a limited basis, to participate in the Exercise solely for the purpose of ch.;erving Exercise activity for personal education. Observers vril! report initially to the Onsite Emergency Preparedness Division Manager for credential review and authorized admittance. They will be provided with Exercise information as required. Requests to participate as an Observer will be made in writing and contain the Observer's full name, home address and phone number, and organization affili0 tion.

O Requests to participate as observers will be submitted to th3 Onsite Emergency Preparedness Division Manager no later inan two weeks prior to the Exercise.

2.4.2 EMERGENCY RESPONSE FACILITIES t During this Exercise, the following PNPS Emergency Response >

Facilities will be activated to manage, assess and support the response to the simulated emergency radiological.

A. Control Room (CR) (Simulator will be used in lieu of CR)

The Control Room is designated to be habitable under emergency conditions. The Control room contains those controls, instruments, and communications equipment necessary for operation of the plant under both normal and emergency conditions. The ventilation system, shielding, and structural integrity are designed and built to permit continuous occupancy during the postulated design basis accident.

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BOSTON EDISON COMPANY i PILGRIM NUCLEAR POWER STATION 3 NRC/ FEMA EVALUATED EXERCISE 93-07-A 2.4.2 EMERGENCY RESPONSE FACILITIES (Continued)

A. Control Room (CR) (Simulator will be used in lieu of CR) (Cont.)

The Nuclear Watch Engineer (NWE) maintains the responsibility for directing operations in the Control Room.

The Control Room is located on the 37' level of the turbine #

building.

The equipment available in the Control Room provides early warning of a potential emergency situation and provides for a continuing evaluation of the emergency t situation. Meteorological data is available from a meteorological tower which transmits wind speed and direction data to the Control Room. Respiratory protection equipment, anti-contamination clothing, portable survey instruments, counting equipment, tools, and rescue  :

equipment are readily available within the Station.

B. Technical Support Center (TSC)

The Technical Support Center is located within the protected area on the first floor of the Administration Building. A separate office area within the Technical Support Center is available for Nuclear ,

Regulatory Commission (NRC) personnel. This office contains  ;

telephone communications equipment. The TSC is of sufficient l size to accommodate approximately 25 people. The TSC is  ;

equipped and staffed to provide expert technical capability to assess plant status and make recommendations on plant operations to the Control Room.

The TSC is activated upon declaration of an Alert, Site Area Emergency, and/or General Emergency. A closed circuit television monitor transmits pertinent instrument readings from the Control Room to the Technical Support Center. This monitor is controlled by TSC personnel and may be used to view instrumentation throughout the Control Room. The Emergency Plant Manager i responds to the Technical Support Center. Adequate communications with the Control Room, other emergency facilities and offsite organizations is available. The TSC has dedicated telephone lines between the Control Room and TSC. Additionally, both the Control Room and TSC have access to the Station paging system (Gai-tronics) and the Station internal telephone system to 4

EMR/93 07-A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A O 2.4.2 EMERGENCY RESPONSE FACILITIES (Continuec')

B. Technical Support Center (TSC) (Cont.)

further enhance communications. Tha TSC has the ability to communicate with the Control Room, the EOF, and NRC Headquarters in Bethesda, Maryland, and the Regional NRC Office in King of Prussia, Pennsylvania.

C. Operations Support Center (OSC)

An Operations Support Center has been established in the new Administration Building adjacent to the 7SC. The Operations support function is to provide personnel (non-Control Room shift personnel)in support of emergency re-entry / repair teams. The OSC Supervisor is responsible to the Shift Supervisor and/or the Emergency Plant Manager. Direct communication with the Technical Support Center is possible. Necessary equipment is available throughout the Station and may be accessed by -

personnel assigned to the OSC.

D. Emergency Operations Facility (EOF)

The EOF is located in the basement of the Sheriffs facility on the grounds of the Plymouth County House of Correction in Plymouth, approximately four (4) mi!es west of Pilgrim Station. The EOF is a BECo controlled and orwated facility. During an emergency the EOF is staffed and equipped to provide the overall BECo emergency response; coordination of radiological and environmental assessment; development of protective action recommendations for the general public; and coordination of emergency response activities with Federal, Commonwealth and local agencie.s. Security personnel will be assigned to control EOF access.

t The EOF consists of the Operations Room, the Communications

! Room conference rooms and several office areas. In addition to the pre-designated BECo staff, the EOF has space to accommodate nine (9) NRC representatives as well as representatives from FEMA, MDPH and Massachusetts Emergency Management Agency (MEMA) and key local authorities. If necessary, the EOF may be used to accommodate outside technical support groups and elements of the Recovery Center staff.

O EXER /93 07 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A 2.4.2 EMERGENCY RESPONSE FACILITIES (Continued)

D. Emergency Operations Facility (EOF) (Cont.)

The primary function of the EOF is to provide management of the overall emergency response to any event at an Alert or higher classification. The EOF provides radiological and meteorological data to assess offsite radiation levels. This information is used by EOF personnel to update / inform the NRC and Commonwealth and local emergency response agencies about conditions potentially affecting the public in accordance with the Emergency Plan.

E. Media Center (MC)

The Media Center is located at Memorial Hall in Plymouth, approximately five (5) miles northwest of Pilgrim Station. The Media Center is a joint facility, staffed and operated by Boston Edison Company, MEMA, MDPH, and the five towns located within the ten mile emergency planning zone (EPZ). The primary purpose of the facility is to provide a central location for the coordination of public information prior to its release to the news O' media. The communications capabilities include standard telephones, ring-down telephone line to the EOF, computer link to the EOF and CIC and telecopy links to all offsite agencies.

The Media Center provides the news media with a single location to receive information aLout the emergency developments at the Pilgrim Nuclear Station, local, Commonwealth and offsite response. The Center includes work areas for BECo, each offsite agency, and the news media, there is also a briefing area for joint news conferences.

F. Corporate information Center (CIC)

L The Corporate Information Center is located at the Boston Edison Company headquarters in the Prudential Center, Boston, Massachusetts. The primary purpose of the CIC is to provide emergency information to BECo employees, customers and governmental agencies. The emergency teams responsible for rumor control are located at this facility. They include the Public Concern Team (responsible for responding to calls from the general public) and the Media Phone Teams (responsible for responding to calls for monitoring the news media reports for EXER /93-07 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION ,

NRC/ FEMA EVALUATED EXERCISE 93-07-A 2.4.2 EMERGENCY RESPONSE FACILITIES (Continued)  !

F. Corporate Information Center (CIC) (Cont.) ,

l rumors or misinformation). The CIC receives information about the emergency from the Media Center and reports rumors, misinformation and trends of inquiries to the Media Center for resolution.

G. Technical Assessment Group (TAG)  !

The TAG provides technical and engineering support to the TSC staff at Pilgrim Nuclear Power Station. The TAG Coordinator is responsible for coordinating activities, including requests from the TSC. The TAG Coordinator reports directly to the TSC Supervisor. The TAG is equipped with dedicated communications to the EOF, TSC and the Control Room.

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O EXEFJ93-07 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A 2.5 ABBREVIATIONS Assianment Name AC Alternating Current i A/E Architect Engineer EAL Emergency Action Level ALARA As Low As Reasonably Achievable ADS Automatic Depressurization System APRM Average Power Range Monitor ARM Area Radiation Monitor ATWS Anticipated Transient Without Scram BOC Beginning of Cycle BWR Boiling Water Reactor CAM (s) Continuous Air Monitor (s)

CFR Code of Federal Regulations 1 CIC Corporate information Center  :

CIV Combined Intermediate (Intercept) Valve ;

CTMT Containment  ;

CST Condensate Storage Tank I O CRD CV Control Rod Drive Control Valve i C/D Cooldown CS Core Spray CSCS Core Standby Cooling Systems ,

CPS Counts Per Second l DOE Department of Energy l DG Diesel Generator l DC Direct Current DW Drywell EAL(s) Emergency Action Level (s)

EBS Emergency Broadcast System -

ECCS Emergency Core Cooling System ED Emergency Director ENS Emergency Notification System EOF Emergency Operations Facility l EPIP Emergency Plan Implementing Procedure l EPZ Emergency Planning Zone EPC Emergency Planning Coordinator EPl- Emergency Public Information EOC End of Cycle EPA Environmental Protection Agency i

EXE R/93 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE '

93-07-A 2.5 ABBREVIATIONS (Continued)

Assianment Name FEMA Federal Emergency Management Agency HP Health Physics HEPA High Efficiency Participate Air (Filter)

HPCI High Pressure Coolant injection HPN Health Physics Network HVAC Heating, Ventilation, Air Conditioning INPO Institute of Nuclear Power Operations IRAP Interagency Radiation Assistance Program IRM intermediate Range Monitor KW Kilowatt Kl Potassium lodide LCO Limiting Condition of Operation LOCA Loss of Coolant Accident LPCI Low Pressure Coolant Injection LPRM Local Power Range Monitor ,

MSIV Main Steam Isolation Valve l MPC Maximum Permissible Concentration M-G Motor-Generator NPSH Net Positive Suction Head NRC Nuclear Regulator Commission NSSS Nuclear Steam Supply System OSC Operations Support Center PCIS Primary Containment Isolation System PAG Protective Action Guide PASS Post Accident Sampling System PIO Public Information Officer RBCCW Reactor Building Closed Cooling Water RMT Radiation Monitoring Team RCIC Reactor Core isolation Cooling )

RECIRC Reactor Recirculation System RFP Reactor Feed Pump RPV Reactor Pressure Vessel RPS Reactor Protection System RWCU Reactor Water Cleanup RHR Residual Heat Removal RPM Revolutions Per Minute RPIS Rod Position Information Systern O

EXLR/93 07 A

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION NRC/ FEMA EVALUATED EXERCISE 93-07-A 2.5 ABBREVIATIONS (Continued)

Assianment Name SRV Safety Relief Valve SAS Secondary Alarm System SRO Senior Reactor Operator SDV Scram Discharge Volume SRM Source Range Monitor S/D Shutdown SBGT Standby Gas Treatment System SBLC Standby Liquid Control SJAE Steam jet Air Ejector SV Stop Valve TSC Technical Support Center TAF Top of Active Fuel TIP Traversing Incore Probe TBCCW Turbine Building Closed Cooling Water TB Turbine Building TAG Technical Assessment Group t

EXER /93 07 A

P.N.P.S. 08:00 MORNING UPDATE i l BOSTON DATE 12/7/93 PERCENT POWER 35%

MWTH 700 MWE 315 NET AYS ON LINE 220 EDISON l D/W LEAK AGE

! 12.4/4.3 REM TO DATE 401.566 as of 12/3/93 G. WATT DAYS YEAR TO DATE (GOAL =178.5) 185.2 AS OF 12/3/93 APPROXIMATE CAPACITY FACTOR Y.T.D. 88 AS OF 12/3/93 DAYS SINCE LAST LOST TIME INJURY 352 DAYS SINCE LAST OSHA RECORDABLE INJURY 158 i ACTIVE LCO'S (LESS THAN SEVEN DAY ACTION) i NONE PROBLEM REPORTS 93.996 HCU 14-47 ACCUMALATOR WATER ALARM WILL NOT CLEAR  ;

93.998 INCREASING DRYWELL LEAKAGE l

PL ANT CHEMISTRY COND .078 pS/CM CHLORINATION STYSTEM ECf_ -387 MV SSW AVAILABLE R ADWASTE IN LEAK AGE 24.9 GPM / 25.0 AVG SIGNIFICANT PLANT ISSUES CIRC WATER AVAILABLE

1. IDENTIFY SOURCE OF DRYWELL LEAKAGE COMP. MEASUR ES SECURITY 3 CONT FIRE PROTECTION 0 CONT 16 HOURLY TODAYS KEY ACTIVITIES

1. CONTINUE PLANT SHUTDOWN I

2. DRYWELL ENTRY FOR LEAK INSPECTION TOURS / VISITORS! INSPECTIONS NONE I l FOR DRULL USE ONLY

9 1993 PNPS NRC EVALUATED EXERCISE NARRATIVE

SUMMARY

O 93-07A Jnillpl Conditions 1

, The plant had been operating at 100% for the past 220 days. A plant shutdown was  !

l

! commenced during the night shift in preparation for a plant maintenance outage.

Current reactor power is approxim ately 33%. Containment de-inerting is in progress in anticipation of making a drywellinspection to identify steam leaks while still at pressure. Scheduled surveillances include: 8.5.2.2.2 LPCI System Loop B Pump & i l Valve Monthly Operability and 8.A.12 Monthly Public Address System Test. The l weather is cloudy with light snow and heavy winds (40 -50 mph) out of the north-northeast.

Seauence of Events The exercise is initiated when the plant operating staff receives indications of a loss of O all offsite AC power. Loss of both the Startup and Shutdown transformers will key plant operators to direct Electrical Maintenance to investigate. The Nuclear ,

Operations Supervisor is expected to evaluate technical specifications and the EALs.

An Unusual Event should be declared based on a loss of all vital offsite AC power (EAL# 6.3.2.1). Reactor power should be reduced to below 25% rated, and operability surveillances performed on the Emergency Diesel Generators and Emergency Core Cooling Systems.

)

Approximately one and a half hours after declaration of the Unusual Event, indication will be provided of a fire in the 'A' Emergency Diesel Generator Room. The Fire Brigade should be called out to respond and Procedure 5.5.1 " General Fire Procedure" and Procedure 5.5.2 "Special Fire Procedure" should be implemented.

Once confirmation of the existence of a fire in the 'A' Emergency Diesel Generator lube oil sump is received, an Aler1 should be declared based upon a fire burning out of controlin a plant vital area (EAL# 7.2.1.2). Actions to notify the Plymouth Fire Department should be initiated (simulated).

O

1993 PNPS NRC EVALUATED EXERCISE  !

The TSC and EOF shall be activated. Approximately 20 minutes after the initial response to the fire by the Fire Brigade, the fire will be extinguished. Extreme heavy smoke will have made accessibility to the 'A' EDG room limited to those response personnel with self contained breathing apparatus. After about 15 minutes from the time the fire is extinguished, the tube oil sump will reflash requiring the Fire Brigade to re-extinguish the fire. A controlled plant shutdown should be initiated as required by Technical Specifications due to a loss of all offsite vital power and the inoperability of one of the EDG's.

Approximately two hours and 30 minutes after declaration of the Alert, indication will be provided of a high main steam line radiation alarm and isolation with a failure of automatic scram. As a result of the failure to scram, the resultant pressure transient results in a steam line leak inside the drywell. Maunual scram shall be successful.

Plant operators shallimplement EOP-01 and 03. Drywell High Range Radiation -

Monitors shallincrease to 1000 'R/hr. A Site Area Emergency should be declared based on the Drywell High Range Radiation Monitors reading >200 R/hr. (EAL#

1.4.1.3).

Approximately 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> and 20 minutes after declaration of the Site Area Emergency, indication will be provided of severe RCS break inside containment. RPV water level will decrease to below the top of active fuel. Severe fuel damage will begin and containment radiation levels steadily increase. Indication of a steady increase of containment hydrogen concentrations shall also be provided. A General Emergency should be declared based upon containment hydrogen and oxygen concentration above combuntible limits (EAL# 3.5.1.4).

Approximately 10 minutes after declaration of the General Emergency, the Startup Transformer shall be returned to service allowing the RPV level to be restored above the top of active fuel. The Control Room operators shallinitiate venting of the primary containment in accordance with the hydrogen control path of EOP-03 " Primary Containment Control." The resultant release of fission products shall require protective action recommendations of a five mile radius and ten mile downwind evacuation. <

Primary containment venting shall continue until primary containment H2/02 concentrations are reduced below combustible limits.

The exercise will be terminated once all exercise objectives have been demonstrated.

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1993 PNPS MRC EVALUATED EXERCISE TIMELINE Elaosed Time Event

-0030 initial conditions established, shift turnover information provided to l operations crew. Panel walk-down performed.

-0005 Announcement of the 1993 NRC Evaluated Exercise '

0010 Indication of loss of shutdown transformer.

0015 Indication of loss of startup transformer.

0020 Declaration of Unusual Event based on EAL#6.3.2.1. Actions taken to determine cause of loss. Initiate power reduction to

<25%. NOS begins planning to conduct EDG and ECCS operability surveillances.

0115 Control Room receives fire protection indications of fire in EDG room. NOS implements fire procedures and calls out Fire Brigade to respond.

0130 NOS receives confirmation of a fire in the 'A' EDG lube oil sump burning out of control. Declare Alert based on EAL# 7.2.1.2.

Plymouth Fire Department notified (simulated).

0150 Fire Brigade reports that the fire is out and that the 'A' EDG is heavily damaged.

0210 EDG lube oil fire reflashes requiring Fire Brigade to re-extinguish.

Controlled plant shutdown initiated.

0230 TSC and EOF activated..

O

1993 PNPS NRC EVALUATED EXERCISE 0345 indication of main steam line high radiation, failure to scram and D steam leak inside containment, k

0350 Site Area Emergency declared based on EAL# 1.4.1.3.

0400 Site evacuation initiated (simulated).

0410 Indication of stabilized containment radiation levels.

0610 Indication of large break LOCA inside containment. Indication of steadily increasing containment radiation and hydrogen concentrations.

0625 Containment H2/02 concentrations exceed corbustible levels.

General Emergency declared based on EAL# 3.5.1.4.

0635 Startup Transformer returned to service. Vital bus A-5 re-energized. RPV water level restoration begins.

0645 Control Room Operators commence spraying and venting primary containment to reduce containment H2 levels. Offsite release via SBGT and main stack initiated. Venting shall continue until containment H2 and/or O2 levels are below combustible limits.

0830 Terminate exercise if all objectives have been met.

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?KPS Emergency Exercise Simulator Scenario 1993 NRC Evaluated Exercise 93-07 A

Exercise 93-07A Page 2 of 10 Scenario Overview:

The drill begins with the plant at 33% power with a plant shutdown in progress. The operating staff is in Procedure 2.1.5 at Section F step 1.F. Drywell O2concentration is at 7% (de-inertion in progress). Due to faults on both the startup and shutdown transformers caused by severe weather, a loss of all offsite AC power occurs. An Unusual Event shall be declared.

Reactor power should be reduced to below 25% i.a.w. Tech. Specs. Approximately 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> later a fire in the 'A' EDG lube oil sump will require declaration of an Alert. A controlled shutdown should be initiated. Approximately 21/2 hours later, a main steal line high radiation level will cause a reactor scram signal. The reactor will fail to auto scram. Manual scram will be sucessful but the resultant isolation and failure to scram shall result in a steam line leak into the drywell. Increasing drywell radiation levels due to significant fuel damage will require declaration of a Site Area Emergency (>200 R/hr). Approximately 1 1/2 hours later a break on the A Recirculation loop will cause a loss of adequate core cooling and severe fuel damage will begin. Containment radiation levels will steadily increase. Approximately 20 minutes later, containment H2/02 concentrations will exceed combustible levels. A General Emergency should be declared. The Startup Transformer shall be restored allowing the restoration of RPV water level. Primary containment venting per EOP-03 shall be required due to combustible concentations in containment. Venting shall continue until containment H2/02 concentrations are below combustible limits.

Stack effluent radiation monitors shall respond consistent with the postulated fission product release rate.

Simulator Initialization Conditions: Malfunctions:

IC# 23 Malf.# Title Reactor Power 33%

Core Flow 35 E 6 lbm/hr ED-04 Loss of Start-up Transformer Reactor Pressure 955 osio ED-05 Loss of Shutdown Transformer Moderator Temp T-sat DG-03 'A' EDG fail to start Reactor Mode Switch Run MS-01 Main Steam Leak @ 75,000 lbm/hr Time in Life EOC RM-07 Fuel clad failure RCPC 1-4 @ 100%

Rod Position: RR-26 Recirc. Loop Rupture 'A' Sequence A1 RP-13 RPS Failure to scram auto Rod 10-43 Position 48 Remote Functions Lesson Plans RF# Title 11 Steps 1 - 4 TCK 90115 Diesel Gen. sprinkler system on Page 634 13 Steps 1 - 16 TCK 90201 Diesei Generator Day Tank Fire A/B Page 635 TCK 1 Trouble for Diesel Day Tank A/B Page 63r

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Exercise 93-07A Page 4 of 10 Instructor /IF Operator Activity Elapsed Player Activity Crew hiember Sequence Time / IF Responsible Operator Notes Initialize to IC# 23 (45) 0000 - Assume watch BOP Lesson Plan # - Conduct pre-evolution brief Step # -

Perform 8. A.12 Insert Malf.#DG-03A, Failure of 'A' EDG to start l

Step # 0010 -

Recognize and report the failure of the BOP l Insert Malf.#ED-05, Failure of S/D xmer l Shutdown Transformer Review ARP C3L C-3 and confirm loss of BOP voltage on S/D xmer Consult Tech Spec 3.9/4.9 NOS Request Elect. Maint. to investigate NWE I

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Exercise 93-07A Page 5 of 10 Instructor /IF Operator Activity Elapsed Player Activity Crew Member Sequence Time / IF Responsible Operator Notes Step # 0015 -

Recognize and report the failure of the BOP Insert Malf.#ED-04, Failure of Startup S/U xmer Transformer

- Review ARPs C3R A-6, B-6, C-6, E-6 and 903L A-3, 903C E-3 and confirm loss of voltage on S/U xmer NOS Consult Tech Spec 3.9/4.9 Enter 2.1.5 and commence a power reduction to <25%

NWE

- Declare Unusual Event based on EAL 6.3.2.1 and implement EP-IP-110 Step # 0115 - Recognize and report potential fire in EDG 10 Insert RF's room Diesel Gen. sprinkler system on Page 634 -

Review ARPs C2R C-4 Diesel Generator Day Tank Fire A/B Page 635 - Callout Fire Brigade NOS Trouble for Diesel Day Tank A/B Page 636 -

Upon confirmation of fire in 'A' EDG room ED(NWE)

Cry wolf C2R C-4 declare an Alert based on EAL # 7.2.1.2 and implement EP-IP-120 0 0 0

Exercise 93-07A Page 6 of 10 Instructor /IF Operator Activity Elapsed Player Activity Crew Member Sequence Time / IF Responsible Operator Notes Step # 0345 - Recognize high main steam line radiation RO/ BOP Insert Malfunction #RP-13 alarm, isolation and scram signal.

Insert Malf. #RM-07 RCPC 1-4 @ 100% -

Recognize failure to scram and manually scram reactor Insert Malf. # MS-01 @ 75,000 lbm/hr Recognize increasing drywell temperature and pressuce

- Enter EOP -01 and 03. NOS Step # 00350 - Recognize fuel damage and monitor. NOS Ramp Drywell Ifigh Range Radiation Monitors to 1,000 R/hr (value of 3) - When drywell raiation monitors exceed NWE over next 10 minutes. 200 R/hr declare Site Area Emergency Ramp Torus Iligh Range Radiation based en EAL# 1.4.1.3 and implement EP-Monitors to 50 R/hr (value of 1.5) over I P- 13 0.

next 10 minutes.

- Recognize 'A' side containment radiation Step # Not levels If action is taken to place BODG in before service ramp "A" side containment rad 0400 monitors Step # 0610 -

Recognize large break LOCA and attempt RO Insert M # RR-26A to re RPV level

Exercise 93-07A Page 7 of 10 Instructor /lF Operator Activity Elapsed Player Activity Crew Member Sequence Time / IF Responsible Operator Notes Step # 0610 - Respond to increasing II2 concentration RO Ramp 'B' side Comsip hydrogen and monitor monitors to 8% over 20 minutes.

Implement H2 control path of EOP-03 NOS Ramp B side Drywell High Range Radiation Monitors to 30,000 R/hr (value of 4.5) over next 15 minutes.

Ramp B side Torus High Range Radiation Monitors to 1500 R/hr (value of 1.5) over next 15 minutes.

Step #

Ramp 'A' side Comsip hydrogen monitors to 8% over 20 minutes.

Ramp A side Drywell High Range Radiation Monitors to 30,000 R/hr (value of 4.5) over next 15 minutes.

Ramp A side Torus High Range Radiation Monitors to 1500 R/hr (value of 1.5) over next 15 minutes.

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Exercise 93-07A Page 8 of 10 Instructor /IF Operator Activity Elapsed Player Activity Crew Member Sequence Time / IF Responsible Operator Notes Containment H2 concentration at 6% 0625 - Declare a General Emergency based on NWE EAL# 3.5.1.4 and implement EP-IP-140.

- Initiate venting of drywell to reduce NOS containment II2 concentration.

Step # 0635 - Restore power to bus A-5 and restore IO Remove Malf.# ED-04 RPV injection with "A" LPCI Inform NWE that S/u x-mer has been returned to service Step # 0645 Ramp A & B side Drywell IIigh Range Radiation Monitors to 10,000 R/hr (value of 4) over next I hr. and 45 minutes.

Ramp A & B side Torus Iligh Range Radiation Monitors to 1000 R/hr (value of 3) over next I hr. and 45 minutes.

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Exercise 93-07A Page 9 of 10 Instructor /IF Operator Activity Elapsed Player Activity Crew Member Sequence Time / IF Responsible Operator .

Notes Step # Upon - Recognize increase of release rate and RO Run stack normal range effluent initiation inform NOS monitors upscale: of DW 1705-18 A/B and recorders to IE6 venting

,-

• Set RT-1001-608 to a value of -1 on 0645 C170 and Panel 910

. Ramp containment H2 concentration to 6% over 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> on C170/171/C174/175 Cry wolf: When RT-903D2 Stack Gas Ili Rad @ 2500 cps 1001-608 903C2 Stack Cas Hi Ili Rad @ 5000 cps reaches 1 R/hr Step # 0645 - Recognize high range stack monitors IO Run stack hi range monitor to 53 R/hr: onseale and increasing due to RT-1001-608 and recorder Panel C170 containment venting.

and 910 Cry wolf:

RT-1001-608 Hi and Hi-Hi lights on 0910 Step # 0755 -

Recognize decrease in high range NOS Ramp RT-1001-608 to 41 R/hr over 1 radiation monitor readings hour 15 minutes O O 9

i Exercise 93-07A Page 10 of 10 Instructor /IF Operator Activity Elapsed Player Activity Crew Member Sequence Time / IF Responsible Operator Notes Step # 0825 - Secure containment venting RO/NOS Ramp containment H2 concentration to 3% over 5 minutes on C170/171 and C174/175 Step #

Run RT-1001-608 downscale Clear Ili and Hi-Hi lights on RT-1001-608. panel 910 when <1 R/hr ,

Step # 0830 Recognize release termination RO/NOS Ramp stack normal range effluent

-monitors down to 1000 cps over 5 minutes:

1705-18A/B and recorders panel 910/902 Clear cry wolf:

903C2 @ <5000 cps 903D2 @ <2500 cps e O O

PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE MESSAGE FORM O SCENARIO NO.93-07A MESSAGE NO SIM-1 ELAPSED TIME -0030 TIME THIS IS A DRILL

.....H..Q..H..Q..I.. INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS MESSAGE FOR: Watch Engineer INFORMATION:

INITIAL PLANT CONDITIONS The plant has been operating for the past 200 days. Routine surveillances have been completed. The reactor is operating at 33% power and reactor shutdown in progress, Procedure 2.1.5 Section F step 1.F. Containment de-inerting is in progress in n anticipation of making a drywellinspection to identify steam leake while still at V pressure. Scheduled surveillances include 8.5.2.2.2 LPCI SysLn Loop B Pump &

Valve Monthly Operability and 8.A.12 Monthly Public Address System Test. There is no significant equipment out of service.

INITIAL METEOROLOGICAL CONDITIONS The weather is cloudy with light snow and heavy winds (40 - 50 mph) out of the north-northeast. The temperature is 24 degrees.

THIS IS A DRILL (QJ DO

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE FOR CONTROLLER USE ONLY O

SCENARIO NO.93-07A MESSAGE NO. SIM-1 ELAPSED TIME -0030 TIME THIS IS A DRILL ADDITIONAL CONTROLLER INFORMATION:

This message is to be presented when the Simulator Crew is in place.

ANTICIPATED PLAYER RESPONSE:

Players should become familiar with the format and content of the message sheets.

They should walk down the simulator panels and ensure they are cognizant of current plant conditions. They should compare current plant conditions with the information presented yesterday as the status at the end of the day. All of the Control Room Staff should be provided with this information.

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE MESSAGE FORM SCENARIO NO.93-07A MESSAGE NO CR-2 ELAPSED TIME -0005 TIME THISIS A DRILL

.....D.D...NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS I

MESSAGE FOR: CR Announcer INFORMATION:

[

Have the Control Room make the following announcement over the page system:

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" Attention! Attention! This is the Control Room. Pilgrim Nuclear Power Station is commencing the 1993 NRC EVALUATED EXERCISE. All announcements preceded by "THIS IS A DRILL" are for designated Exercise Participants. All personnel are to limit the use of the Gal-tronics until the exercise has been terminated.

" REPEAT MESSAGE **

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I s THIS IS A DRILL

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE FOR CONTROLLER USE ONLY O

SCENARIO NO.93-07A MESSAGE NO. CR-2 ELAPSED TIME -0005 TIME THIS IS A DRILL ADDITIONAL CONTROLLER INFORMATION:

Provide this message to the on watch NOS to initiate the 1993 NRC EVALUATED EXERCISE.

ANTICIPATED PLAYER RESPONSE:

The Control Room Operator will make the announcement on the Gai-tronics system.

1 COMMENTS: L O

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE MESSAGE FORM O SCENARIO NO.93-07a MESSAGE NO CR-3 ELAPSED TIME 0020 TIME j THIS IS A DRILL  !

p_Q

.........H..Q.l...lNITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS l

MESSAGE FOR: CR Announcer r INFORMATION:

Have the Control Room sound the station alarm and make the following j announcement over the page system:

THIS IS A DRILL  ;

THIS IS A DRILL i Attention all personnel; Attention all personnel: An Unusual Event has been O declared due to a loss of offsite power. All on-call members of the Emergency Response Organization stand-by for further instructions. All other personnel l continue with your present duties unless further instruction is given. '

THIS IS A DRILL THISIS A DRILL (REPEAT MESSAGE)  :

1 O T"'s 's ^ oa'u DO NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE FOR CONTROLLER USE ONLY O SCENARIO NO.93-07A MESSAGE NO. CR-3  !

l ELAPSED TIME DD2D TIME THIS IS A DRILL ADDITIONAL CONTROLLER INFORMATION:

This announcement shall be made in lieu of that specified specified in EP-IP-110

" Unusual Event" ANTICIPATED PLAYER RESPONSE:

Sound station alarm and make announcement via CR gaitronics COMMENTS:

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE l MESSAGE FORM '

,O l G 1 SCENARIO NO.93-07A MESSAGE NO CR-4 l ELAPSED TIME 0115 TIME

.......................................................................a ....................

THIS IS A DRILL

.....E..Q..NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS MESSAGE FOR: CR Announcer l

lNFORMATION: I Have the Control Room sound the fire alarm and make the following announcement over the page system: i THIS IS A DRILL l THIS IS A DRILL 1

Attention; Attention: There is a fire in the diesel rooms. Fire brigade report to the diesel rooms.

THIS IS A DRILL I THIS IS A DRILL (REPEAT MESSAGE) .

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PNPS EMERGENCY PREPAREDNESS DRILUEXERCISE I FOR CONTROLLER USE ONLY

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SCENARIO NO.93-07A MESSAGE NO. CR-4 l ELAPSED TIME 0115 TIME  !

THIS IS A DRILL ADDITIONAL CONTROLLER INFORMATION: ,

This announcement shall be made consistent with Procedure 5.5.1 " General Fire Procedure" ANTICIPATED PLAYER RESPONSE:

Sound fire alarm and make announcement via CR gaitronics COMMENTS:

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE MESSAGE FORM

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SCENARIO NO.93-07A MESSAGE NO FB-5 ELAPSED TIME 0125 TIME THIS IS A DRILL

.....D.R...NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS MESSAGE FOR: Fire Brigade Leader INFORMATION:

Heavy black smoke is bellowing out from the 'A' EDG. Fire appears to be in the 'A' EDG lube oil sump.

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DO NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS Flevision 0 l

PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE  ;

FOR CONTROLLER USE ONLY r

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SCENARIO NO.93-07A MESSAGE NO. FB-5 l 1

1 ELAPSED TIME 0125 TIME i

............................................................................................. l l

THIS IS A DRILL '

ADDITIONAL CONTROLLER INFORMATION:

i Provide indications of heavy black smoke bellowing out from the 'A' EDG room. Any j attempt to approach fire without SCBA shall cause individual to be overcome by  ;

smoke. Do not provide indication of the fire being out until elapsed time 0150. As the  !

fire brigade attempts to extinguish and get closer, provide indication that the source of l the fire is oil buring from an opening in the lobe oil sump.  !

ANTICIPATED PLAYER RESPONSE: l Respond to scene a,d attempt to extinguish using proper fire fighting technique. 1 Report indications to de CR/TSC. '

O COMMENTS:

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Any report should be transfered to simulator.

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE MESSAGE FORM SCENARIO NO.93-07A MESSAGE NO CR-6 ELAPSED TIME 0130 TIME THIS IS A DRILL '

.....D.D...NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS MESSAGE FOR: CR Announcer INFORMATION:

Have the Control Room sound the station alarm and make the following announcement over the page system:

THISIS A DRILL THIS IS A DRILL Attention all personnel; Attention all personnel: An Alert has been declared due to a fire in the 'A' Emergency Diesel. Had this been an actual emergency, all non-essential contract personnel, all visitors, and all handicapped personnel would be directed to leave the site at this tirne. For the purpose of the drill, all non-drill

{

participants are to continue with your normal duties. l THIS IS A DRILL l

THIS IS A DRILL '

(REPEAT MESSAGE)

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE FOR CONTROLLER USE ONLY O

SCENARIO NO.93-07A MESSAGE NO. CR-6 ELAPSED TIME 0130 TIME THIS IS A DRILL ADDITIONAL CONTROLLER INFORMATION: '

This announcement shall be made in lieu of that specified in EP-IP-120 " Alert" ANTICIPATED PLAYER RESPONSE:

Sound station alarm and make announcement via CR gaitronics i COMMENTS:

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE MESSAGE FORM O -

V SCENARIO NO.93-07A MESSAGE NO FB-7 ELAPSED TIME 0150 TIME THIS IS A DRILL

.....D.Q...NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS MESSAGE FOR: Fire Brigade Leader INFORMATION:

The fire is out. The 'A' EDG appears to be heavily damaged.

O THISIS A DRILL DO NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS Revision 0 {

PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE FOR CONTROLLER USE ONLY

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SCENARIO NO.93-07A MESSAGE NO. FB-7 1

1 ELAPSED TIME 0150 TIME THIS IS A DRILL ADDITIONAL CONTROLLER INFORMATION:

When the smoke clears, provide indication that the diesel appears to be heavily damaged including burnt electrical wiring and controls.

ANTICIPATED PLAYER RESPONSE:

Report results to the CR/TSC.

COMMENTS:

Any report should be transfered to sir 1ulator.

O THIS IS A DRILL Revision 0

PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE MESSAGE FORM O SCENARIO NO.93-07A MESSAGE NO FB-8 ELAPSED TIME 0210 TIME THIS IS A DRILL D_Q NOT INITIATE .< OTIONS AFFECTING NORMAL PLANT OPERATIONS MESSAGE FOR: Fire Brigade Leader INFORMATION: i The fire has reflashed.

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE FOR CONTROLLER USE ONLY s

SCENARIO NO.93-07A MESSAGE NO. FB-8 ELAPSED TIME 0210 TIME THIS IS A DRILL ADDITIONAL CONTROLLER INFORMATION:

Provide indication that the fire has reflashed. Provide indication that the fire is out when appropriate action is taken.

ANTICIPATED PLAYER RESPONSE:

Re-extinguish fire. Notify control room.

I COMMENTS:

Any report should be transfered to simulator.

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l PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE MESSAGE FORM SCENARIO NO.93-07A MESSAGE NO CR-9 l ELAPSED TIME Q150 TIME THIS IS A DRILL p_Q NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS MESSAGE FOR: CR Announcer INFORMATION:

Have the Control Room sound the station alarm and make the following announcement over the page system:

THIS IS A DRILL THIS IS A DRILL g Attention all personnel; Attention all personnel: A Site Area Emergency has been V declared due to high drywell radiation. Had this been an actual emergency, all personnel who are not part of the Emergency Response Organization would be directed to evacuate to the designated assembly area and would receive further >

instructions at your exit gate. For the purpose of the drill, all non-drill participants are to continue with your normal duties.

THIS IS A DRILL THIS IS A DRILL (REPEAT MESSAGE)

^\ THIS IS A DRILL DO NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS Revlsion 0

PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE FOR CONTROLLER USE ONLY O

SCENARIO NO.93-07A MESSAGE NO. C R-9 ELAPSED TIME 0350 TIME THIS IS A DRILL ADDITIONAL CONTROLLER INFORMATION:

This announcement shall be made in lieu of that specified in EP-IP-130 " Site Area Emergency" ANTICIPATED PLAYER RESPONSE:

Sound station alarm and make announcement via CR gaitronics COMMENTS: ,

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE MESSAGE FORM bI v

SCENARIO NO.93-07A MESSAGE NO EOF-10X ELAPSED TIME 0400 TIME THISIS A DRILL

.....R..Q..NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS l

l MESSAGE FOR: Emergency Director 1

INFORMATION:

Declare a Site Area Emergency based on high drywell radiation.

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i PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE 1 FOR CONTROLLER USE ONLY i i

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O SCENARIO NO.93-07A MESSAGE NO. EOF-10X ,

ELAPSED TIME 0400 TIME  !

THIS IS A DRILL ADDITIONAL CONTROLLER INFORMATION:

Provide this contingency message to Emergency Director if a Site Area Emergency has not yet been declared.

ANTICIPATED PLAYER RESPONSE:

Declare a Site Area Emergency based on EAL# 1.4.1.3 COMMENTS: ,

V O THISIS A DRlLL Revision 0

PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE MESSAGE FORM O SCENARIO NO.93-07A MESSAGE NO CR-11 l l

ELAPSED TIME 0625 TIME THIS IS A DRILL 1

.....E.L.Q..NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS MESSAGE FOR: CR Announcer INFORMATION:

Have the Control Room sound the station alarm and make the following announcement over the page system:

THIS IS A DRILL l THIS IS A DRILL Attention all personnel; Attention all personnel: A General Emergency has been O declared due to high hydrogen concentrations in containment. Had this been an actual emergency, all personnel who are not part of the Emergency Response Organization would be directed to refrain from all cating, drinking and smoking.

For the purpose of the drill, all non-drill participants are to continue with your notmal duties.

THISIS A DRILL THIS IS A DRILL (REPEAT MESSAGE) 1

! THIS IS A DRILL j DO NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS Revision 0

PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE I FOR CONTROLLER USE ONLY O

SCENARIO NO.93-07A MESSAGE NO. CR-11 ELAPSED TIME 0625 TIME THIS IS A DRILL ADDITIONAL CONTROLLER INFORMATION:

This announcement shall be made in lieu of that specified in EP-IP-140 " General Emergency" '

ANTICIPATED PLAYER RESPONSE:

Sound station alarm and make announcement via CR gaitronics COMMENTS:

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1 0 THIS IS A DRILL l

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PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE .

MESSAGE FORM  !

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O SCENARIO NO.93-07A MESSAGE NO EOF-12X ELAPSED TIME 0630 TIME THIS IS A DRILL

.....R..Q..NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS i

MESSAGE FOR: Emergency Director INFORMATION:  ;

Declare a General Emergency based on high containment hydrogen concentration.

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O THIS IS A DRILL DO NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS Revision 0

PNPS EMERGENCY PREPAREDNESS DRILUEXERCISE FOR CONTROLLER USE ONLY O

SCENARIO NO.93-07A MESSAGE NO. EOF-12X ELAPSED TIME 0630 TIME THIS IS A DRILL i

ADDITIONAL CONTROLLER INFORMATION:

Provide this contingency message to Emergency Director if a General Emergency has not yet been declared.

ANTICIPATED PLAYER RESPONSE:

Declare a General Emergency based on EAL# 3.5.1.4 COMMENTS:

O O THISIS A DRILL Revision 0

PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE MESSAGE FORM SCENARIO NO.93-07A MESSAGE NO All-13 ELAPSED TIME HEL12 TIME THIS IS A DRILL

.....D._.Q..NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS MESSAGE FOR: Facility leads INFORMATION:

The 1993 NRC Evaluated Exercise is terminated.

Assure that the following Gai-tronics and/or PA announcement is made:

" Attention! Attention! The Pilgrin Nuclear Power Station 1993 NRC Evaluated Exercise has been completed. No further drill announcements will be made."

O O THIS IS A DRILL DO NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS Revision 0

PNPS EMERGENCY PREPAREDNESS DRILL / EXERCISE FOR CONTROLLER USE ONLY O

SCENARIO NO.93-07A MESSAGE NO. All-13 ELAPSED TIME 0830 TIME THIS IS A DRILL ADDITIONAL CONTROLLER INFORMATION:

Provide message to person in charge of each facility only when the Lead Exercise Controller has determined that all objectives have been tested ANTICIPATED PLAYER RESPONSE:

All players should assemble all of the writted material that was generated during the  ;

exercise for assembly by the Lead Facility Controller. Alllogbooks, Procedures  :

Manuals, Armbands, and other materials should be returned to their proper locations.

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COMMENTS:

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THISIS A DRILL Revision 0

O O O 001 nPv nonu^' CRITICAL PLANT VARIABLES CNTMT NORMAL EFFL RAD DRYWELL SRV NO DG NORMAL RPV OPER CMD H2 CONC ALL SHUT PROC RAD p,CRAMHI1085k _

MSL RAD "2

NORMAL [- 3 NORMAL O2 CONC PRESS 960 PSIG J2 LA LA "

(00% BPV 985) Fl Il NO MSIV ISLN CMD SCRAM HI TRIP HI 2.5 f 48f GROUP I"

PRESS 1.2 PSIG RECIRC SCRAM LO 9k NORMAL EOP HI 152 f

33 k. RX MODE TEMP 135 laF APRMDNSCLh i

LCO HI 130 NO SCRAM f

f EVEL 128 (

i i LCO LO 127 h EOP HI 80 k

TEMP 73 'F i

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PILGRIM '** 07-December-1993 93-07 A Etapsed Time: -0030 i

O O O 001 nev nonu^' CRITICAL PLANT VARIABLES CNmTNORMAL EFFL RAD DRYWELL '

RV NO DG NORMAL RPV OPER CMD PROC RAD CFIAM HI 1085 k __

MSL RAD NORMAL E 3 U NORMAL O2 CONC PRESS 960 PSIG J2 LA LA -

Il IT (00% BPV 985)

NO MSIV ISLN CMD TRIP HI SCRAM HI 2.5 f 48f PRESS 1.2 PSIG RECIRC SCRAM LO 9h NORMAL EOP HI 152 k

i 25 Y*

RX MODE TEMP 135 'F APRM DNSCL h TORUS LCO HI 130 NO SCRAM f

EVEL 128 ipQ EOP HI 80 k

LCO LO 127 k TEMP 73 'F 93-07A PILGRIM * *

• 07-December-1993 Elapsed Time: 0015

O O O 001 aPv Nonu^'

CRITICAL PLANT VARIABLES CNTMT NORMAL EFFL RAD [ DRYWELL -

t4 0 D G NORMAL RPy OPER CMD H2 CONC ALL SHUT PROC RAD 3 CRAM HI 1085 k MSL RAD NORMAL E

• 3 __U NORMAL O2 CONC PRESS J2 950 l PSIG 7 e~ LA LA w (00% BPV 985) Fl Fl NO MSIV ISLN CMD i

SCRAM HI TRIP HI 2.5 f 48k PRESS 1.2 PSIG RECIRC SCRAM LO 9k NORMAL EOP Hi 152 k

POWER 20 TEMP 135 'F h' RX MODE APRMDNSCL-f LCO HI 130 h NO SCRAM EVEL 128 g(

LCO LO 127 h EOP HI 80 k

TEMP 73 'F 93-07A PILGRIM * *

• 07-December 1993 Elapsed Time: 0100

O O O 001 nPv "onu^' CRITICAL PLANT VARIABLES c"mrNona^'

r EFFL RAD

( DRYWELL 1 NO DG g

g SRV NORMAL H2 CONC ALL SHUT PROC RAD 3 CRAM HI 1085 k MSL RAD NORMAL [. 3 _S NORMAL 02 CONC PRESS 950 PSIG J2 LJ kJ m (00%BPV 985) Il Il NO MSIV a

ISLN CMD SCRAM HI TRIP HI 2.5 k 48k GROUP I"

PRESS 1.2 PSIG REC lRC SCRAM LO 9k NORMAL EOP HI 152 k

TEMP 20 Y.

RX MODE 135 l'F APRMDNSCLh 4

LCO HI 130 k NO SCRAM EVEL 128 l(

LCO LO 127 k TEMP 73 'F 9 3-07 A PILGRIM * *

• 07 December 1993 Elapsed Time: 0200

O O O 001 nPv ^'Anu CRITICAL PLANT VARIABLES CnmT ALARM EFFL RAD DRYWELL p NORMAL RPV CMD H2 CONC ALL SHUT PROC RAD >CRAMHI1085k _

MSL RAD ALERT [ ']

• _U ALARM O2 CONC PRESS j k' 950 l PSIG LA LA (00%BPV 985) Il Il MSIV ISLN l CMD SCRAM HI TRIP HI 2.5 k 48k GROUP ,

I" PRESS 4.2 PSIG RECIRC SCRAM LO 9h NORMAL EOP HI 152 k

TEMP l155 l'F 0

f. RX MODE APRM DNSCL h TORUS LCO HI 130 k SCRAM l 1

EVEL 128 4 ,

LCO LO 127 h TEMP 'F 80 PILGRIM *** 07-December-1993 93-07A Elapsed Time: 0345

_ _ _ _ _ - - - - _ _ _ _ _ _ _ _ _ _ _ . - _ _ . _ . _ . _ . . ~.. --- .. _

O O O 001 nPv ^'Anu CRITICAL PLANT VARIABLES CNMT ALARM EFFL RAD [ DRYWELL ) '

DG OPER NORMAL RPy CMD H2 CONC ALL SHUT 0  %

PROC RAD $ CRAM Hi 1085 k MSL RAD ALARM b 3

-J ALARM O2 CONC PRESS 800 PSIG J2 LA LA -

(00% BPV 985) F7 IT MSIV ISLN CMD TRIP HI SCRAM HI 2.5 k 48f PSIG PRESS l 8.5 - RECIRC SCRAM LO 9k NORMAL EOP HI 152 k

0 Y' TEMP 210 l'F RX MODE APRM DNSCL-3h LCO HI 130 k SCRAM EVEL 128 l( (

LCO LO 127 h TEMP 90 'F 93-07A PILGRIM

'** 07-December-1993 Elapsed Time: 0400

O O O  :

001 nPv ^'Anu CRITICAL PLANT VARIABLES cnT=T^'Anu 1

EFFL RAD

[ DRYWELL p NORMAL RPV CMD H2 CONC ALL SHUT 0  %

PROC RAD $ CRAM HI 1085 k _

MSL HAD ALARM [ ALARM O2 CONC PRESS 500 PSIG J2 LA LA w (00% Br,V 985) PT F7 "

MSIV ISLN CMD SCRAM HI TRIP HI 2.5 k 48k GROUP I"

PRESS l 3.5 PSIG REC 1RC SCRAM LO 9k NORMAL EOP HI 152 k

POWER 0 TEMP 185 l'F f/. RX MODE APRMDNSCLh LCO HI 130 k SCRAM

EVEL 129 lQ.

LCO LO 127 k TEMP 95 'F PILGRIM *** 07-December-1993 93-07 A Elapsed Time: 0500

O O O 001 nPv ^'^au CRITICAL PLANT VARIABLES CNTMT ALARM EFFL RAD DRYWELL p NORMAL RPV CMD H2 CONC ALL SHUT a

PROC RAD .5  %

(CRAM HI 1085 k __

2 MSL HAD ALARM [ '3 2 ALARM O2 CONC PRESS 55 PSIG J2 7  % LA LA -

(00% BPV 985) F1 F1 MSIV ISLN CMD SCRAM HI TRIP HI 2.5 k 48k PRESS 12 PSIG RECIRC SCRAM LO 9k TRIP EOP HI 152 k

0 TEMP 260l'F h. RX MODE i APRM DNSCL h LCO HI 130 k SCRAM EVEL 133 g(

LCOLO'127k TEMP 115 'F PILGRIM

07-December-1993 93-07A Elapsed Time: 0610

_ _ _ _ _ _ - _ _ - _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ , ._ _ . _ . _ _ . - ~ , . . _ . _ _ . _ - . - _ _ . - _

O O O 001 IRav AtaRM CRITICAL PLANT VARIABLES CNTMT ALARM EFFL RAD DRYWELL p NORMAL RPV CMD H2 CONC OPEN ,

6  %

PROC RAD 2 CRAM HI 1085 k MSL RAD

s ALARM E ] ALARM O2 CONC PRESS 55 PSIG J2 7  % 'A LA -

^

(00% BPV 985) TT TT ,

\ MSIV ISLN CMD SCRAM HI TRIP HI 2.5 k 48k GROUP PRESS 12 PSIG RECIRC SCRAM LO 9k TRIP EOP HI 152 k

R 0 7.

TEMP 260- 'F RX MODE APRMDNSCLh LCO HI 130 k SCRAM EVEL 133 l( .

LCO LO 127 k TEMP 118 *F 93-07 A ' P.'LG RIM * *

• 07-December-1993 Elapsed Time: 0625

O O O 001 RPv ^'Anu CRITICAL PLANT VARIABLES camr ^'Anu EFFL RAD

( DRYWELL h 1 DG OPER ALARM RPV CMD H2 CONC OPEN 6  %

PROC RAD CRAMHI1085k MSL HAD

~ ALARM [ 3

_U ALARM O2 CONC PRESS 20 l PSIG J2 LA LA w (00% BPV 985) Il Il MSIV ISLN CMD SCRAM HI TRIP HI 2.5 k 48 k PRESS 12 PSIG RECIRC SCRAM LO 9 TRIP EOP HI 152 f

260 POWER 0 7 TEMP 'F RX MODE APRM DNSCL k TORUS LCO HI 130 h SCRAM EVEL 135 g( h?

EOP HI  %

LCO LO 127 k TEMP 125 *b

__ l 93-07A PILGRIM * *

• 07-December-1993 Etapsed Time: 0640

O O O 001 HPv At*Ru CRITICAL PLANT VARIABLES CNmT AtAnM EFFL RAD DRYWELL SRV

) NO DG ALARM RPV OPER CMD OPM 6  %

PROC RAD CRAMHI1085h MSL RAD ALARM E '] EJ NORMAL 02 CONC PRESS 20 PSIG JC 7  % 'A LA -

(00% BPV 985) Fl F7 MSIV iSLN CMD SCRAM HI TRIP HI 2.5 k 48k GROUP PRESS 3 PSIG RECIRC SCRAM LO 9 NORMAL EOP HI 152 k

R 0 TEMP 200 l'F h. RX MODE APRMDNSCLh LCO HI 130 k SCHAM EVEL 135 iQ (

LCO LO 127 k TEMP 120 l 'F 93-07 A PILGRIM * *

• 07-December-1993 Elapsed Time: 0700

O O O 001 Rev AL^nu CRITICAL PLANT VARIABLES CNTMT ALARM EFFL RAD DRYWELL RV No DG ALARM RPV OPER CMD H2 CONC OPEN 6  %

PROC RAD 3CRAMHI1085k _, MSL RAD ALARM E '3 #3 NORMAL 02 CONC J2 PRESS l 20 lPSIG LA LA (00% BPV 985) Il Il MSIV ISLN CMD SCRAM HI TRIP HI 2.5 k 48k PRESS 2 PSIG HECIRC SCRAM LO 9k NORMAL EOP HI 152 k

0 Y.

TEMP 190 'F RX MODE APRMDNSCLh LCO HI 130 k SCRAM EVEL 135 gp s LCO LO 127 h I s

EOP HI 80 k

MMP 118 'F PILGRIM * 07-December-1993 93 07A Elapsed Time: 0800

O O O 001 Rev ALARM CRITICAL PLANT VARIABLES c"Tur^' ARM EFFL RAD [ DRYWELL say

\ NO DG NORMAL RPV OPER CMD H2 CONC ALL SHUT 3  %

PROC RAD (2 CRAM HI 1085 k __ MSL RAD ALARM [ 3 *U NORMAL O2 CONC PRESS 5 J2 l PSIG

. o a _

Il Il (00% BPV 985) i MSIV ISLN CMD SCRAM HI TRIP Hi 2.5 k 48k i PRESS 1.5 PSIG -- i RECIRC SCRAM LO 9k NOrdMAL EOP Hi 152 k i 0 7.

RX MODE TEMP l 185 l'F APRM DNSCL h LCO HI 130 k SCRAM EVEL 136 l(,

LCO LO 127 k EOP HI 80 k

TEMP 100 'F PILGRIM *** 07-December-1993 93-07A Elapsed Time: 0830

BOSTON EDISON COMPANY PILGRIM NUCLEAR POWER STATION 1993 EVALUATED EXERCISE 93-07A b Section 5 RADIOLOGICAL AND METEOROLOGICAL 1NFORMATION ,

SECTION TITLE PAGE i

5.1 Radiolorical Assumptions. ..... . . . 5-1 Assumptions i Release Rate Curves Table 5.1-1 5.2 Messaces and Trend Data. . .. . . .. . . . . . . . . . 5-4 Meteorological and Vent Flow Data Table 5.2-1 & 2 Forecast Messages Messages 1-6 ERM Trend Data Table 5.2-3 i

PRM Trend Data Table 5.2-4 ARM Trend Data Table 5.2-5 SPDS 111/112 Messages Messages 1 SPDS 413 Messages Messages 1-35  ;

PRM Status Board Messages Messages 1-35 ARM Status Board Messages Messages 1-35 5.3 Dose Assessment Data. . . . .5-154 Computer Runs By Scenario Time  ;

Total Population Exposure Table 5.3-1 5.4 Count Room Data... . . .5-162 Reactor Coolant Activity Table 5.4-1 '

Dry Well Activity Table 5.4-2 Torus Liquid Activity Table 5.4-3 l Torus Atmosphere Activity Table 5.4-4

{

5.5 In-Plant Radiological Data.. . .. .. .5-166 Reactor Building (-17'3")

Reactor Building (23')

Reactor Building (51')

Reactor Building (74'3")

Reactor Building (91'3")

Reactor Building il17') i O

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Section 5 RADIOLOGICAL AND METEOROLOGICAL DATA SECTION TITI.E PAGE l 5.6 Plume Phase Environmental Information . .5-178 Onsite Plume Map Offsite Plume Map Field Team Data Release Ibte Times Table 5.6-1  !

Closed Window WB Dose Rates Table 5.6-2 Open Window WB Dose Rates Table 5.6-3 l Child Thyroid Dose Rates Table 5.6-4 l Adult Thyroid Dose Rates Table 5.6-5  !

Cartridge Readings (SAM-2) Table 5.6-6 i Cartridge Readings (HP-210) Table 5.6-7 Paniculate Filter Readings (HP-210) Table 5.6-8 ,

I-131 Concentrations Table 5.6-9 TotalIodine Concentrations Table 5.6-10 5.7 Relocation /Incestion Information . .5-190 Summary Information Area / Soil Deposition Tables Ingestion Pathway Data Tables Water Concentration

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C Leafy Vegetation Concentration Produce Concentration Grass-Cow-Milk Data Recovery / Reentry Data Field Team Data i

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5.1 Radiological Assumptions PNPS93-07A General l

l. The radiological efiluent and process monitor data in this scenario is modeled to provide a i I

s. specific release in order to drive protective action recommendations to meet key offsite objectives. Area Radiation Monitor data was developed for use in conjunction with the PNPS simulator and is designed to allow for in-plant mitagating actions. As such, the source term released to the environment is not consistant with the amount damage driving in-plant radiological conditions. l

2. The release path for this scenario is through the Stand-By Gas Treatment (SBGT) system originating from a controlled venting of primary containment. Containment and reactor coolant noble gas, halogen, and particulate relative abundances will be consistent with a core melt activity of approximately 4%. Radioactive material released to the environment will consist of noble gases, halogens, and particulates. Isotopic fractions are maintained consistant with a melt accident but the amount of source released is based on achieving the desired offsite protective action recommendations. Process reduction factors and hold up times are considered negligible, therefore no credit is taken towards removal of halogen or particulate sources by :hr,e means. No SBGT filtration credit is given for noble gases. SBGT Filter efliciency for halogen and particulate removal is assumed to be 99%.

3. Onsite and field data will be provided to plant teams only when they perform appropriate tasks and request specific information.

Dose Assessment and Environmental Data

1. Stack release concentrations are based upon a release flow rate of 20,000 CFM. This is consistent with the isolation of the Reactor Building ventilation, initiation of the Stand-By Gas Treatment System at 4000 CFM, and continued use of Radwaste Building, oft-Gas Building, and Turbine Building (high) fans. ,

2. The dispersion factors used in dose assessment calculations for the derivation of protective action recommendations and the creation of offsite field data are those contained in the PNPS Emergency Dose Assessment Program, EDAP version 0.0, for whole body and child thyroid dose rates.

3. Tabulated iodine and thyroid dose rates given at site boundary correspond to a distance of 0.5 miles. Values must be reduced to reflect decreasing concentrations from 0.5 miles to the release point to account for plume elevation prior to touchdown.

4. Air sample results are calculated using EP-IP-440, " Emergency Exposure Controls" Airbome concentrations are calculated using an assumed air sample volume of 20 fl3 and a background level of 50 CPM. SAM-Il efficiencies are assumed to be 1.0% and RM-14 efficiencies to be 10%.

5 Survey results are similar for waist and grouM level readings. It is assumed deposition values are insignificant compared to immersion levels while surveys are preformed within the plume.

6. E-140-N area reading conversion: 2000 CPM = 1 mR/hr Opca Window.

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5.1 _ Radiological Assumptions PNPS93-07A Count Room Data

1. The fractions for the various radionuclides are taken from the computer code ORIGEN using O a hypothetical maximum fuel enrichment of 3.5%. Release fractions are taken from NEDO-22215, " Procedure for the Detennination of of Core Damage Under Accident Conditions" Any system or hold-up reduction factors utilized are obtained from NUREG-1228, " Source Term Estimation During Incident Response to Severe Nuclear Power Plant Accidents"

2. Core damage assessment performed using EP-IP-330, " Core Damage", assumes the reactor has been operating at an average power of 100% for 200 days.

3. Dose rates from post-accident samples were calculated using the Radiological Health Handbook rule of thumb:

R/hr at 1 foot 5.64CE where:

C = number of curies E = energy in MeV Eis conservatively assumed to be 0.5 MeV for iodine and 0.7 MeV for noble gases. Shielded values assume a 2 inch lead pig is used.

Innlant Radiolonical Data

1. The fractions for the various radionuclides are derived as in item 1 above.

2. Immersion dose rates were developed by calculating a center point dose in a semi-infinite O cloud of noble gases, utilizing the formula:

D = ZX *i DFi where:

D = gamma air dose Xi = concentration of nuclide i DFi = dose factor for exposure to a semi-infinite cloud of nuclide i.

Dose factors were obtained from Regulatory Guide 1.109, Table B-1, pp.1.109-21.

3. Where appropriate, dose rates from affected plant systems are calculated using point, line, and plane source equations. The dose contributions are also reflected on the affected area radiation monitor readings.

4. Air sample results are calculated in the same manner as the field team air samples described in the dose assessment section above.

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Release Rate Curves  ;

O 1.0E+10

/

N'i$ h a kh g

1.0E+ 8 -fp -

,~E 3 1.0E+6 -

g

>"} .

, y  :

y 2

4 m':# -

/ g. y 3m 1.0E+4 - 5

" 5

't [ '/ ?1 k'*E [ 4 f /

/a ,f  !

y 1.0E+2

.! R, ~ -  : / Total

/u /

/l Noble Gases 1.0E+0 g s:30 p

V

[ '

\ /

6:46 .

Halogens oo7: '16T:30 Scenario Time 7:48s;oo

- Y 8:15,.3, Particulates Table 5.1-1 6:30 '

6:45 7:00 7:15 7:30 7:45 8:00 8:15 8:30 Noble Gases 1.0E+0 7.5E+ 8 7.4 E+ 8 7.4 E+ 8 7.4 E+ 8 7.5E+8 7.4 E+ 8 7.3E+ 8 1.0E+ 0 IIalogens 1.0E+0 2.4E+6 2.4 E+ 6 2.3E+6 2.3E+6 2.3E+6 2.2E+ 6 2.2E+6 1.0E+0 Particulates 1.0E+ 0 2.4 E+ 5 2.3E+5 2.3E+5 2.2E+ 5 2.2E+ 5 2.1 E+ 5 2.1 E+ 5 1.0E+0 Total 1.0E+ 0 7.5E+ 8 7.5E+ 8 7.5E + 8 7.5E+8 7.5E+ 8 7.5E+ 8 7.4 E+ 8 1.0E+ 0 v

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N 1993 Evaluated Exercise 93-07A -

O Section 5.2 Messages and Trend Data i

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)93-07A O O o93 EE Meteorological Data Vent and Flow Data Scenano 220' Tower 160' Tower 33' Tower Delta T Air Temp SBGT RB Vent Mn Stack TB Vent Time *From MPH *From MPH *From MPH *F *F CFM CFM CFM CFM 00:00 047 5.1 045 4.6 049 3.8 -2.0 32 ISOLATED 105,000 16,000 140,000 00:15 047 5.1 045 4.6 049 3.8 -1.9 32 ISOLATED 105,000 16,000 140,000 00:30 048 5.2 Go 4.7 050 3.9 -1.9 33 ISOLATED 105,000 16,000 140,000 00:45 048 5.1 ! 04o 4.6 050 3.8 -1.8 33 ISOLATED 105,000 16,000 140,000 01:00 048 5.0 046 4.5 050 3.7 -1.8 34 ISOLATED 105,000 16,000 140,000 01:15 050 5.0 048 4.5 052 3.7 -1,7 34 ISOLATED 105,000 16,000 140,000 01:30 049 5.1 047 4.6 051 3.8 -1.6 35 ISOLATED 105,000 10,000 140,000 01:45 050 5.0 048 4.5 052 3.7 -1.6 36 ISOLATED 105,000 16,000 140,000 02:00 049 5.1 047 4.6 051 3.8 -1.5 36 ISOLATED 105,000 16,000 140,000 02:15 050 5.1 048 4.6 052 3.8 -1.5 37 ISOLATED 105,000 16,000 140,000 02:30 050 5.2 048 4.7 052 3.9 -1.4 37 ISOLATED 105,000 16,000 140,000 02:45 050 5.2 048 4.7 052 3.9 -1.3 38 ISOLATED 105,000 16,000 140,000 03:00 051 5.3 049 4.8 053 4.0 -1.4 38 ISOLATED 105,000 16,000 140,000 03:15 052 5.3 050 4.8 054 4.0 -1.4 38 ISOLATED 105,000 16,000 140,000 03:30 051 5.4 049 4.9 053 4.1 -1.4 39 ISOLATED 105,000 16,000 140,000 03:45 051 5.5 049 5.0 053 4.2 -1.3 39 8,000 ISOLATED 24,000 140,000 04:00 051 5.5 049 5.0 053 4.2 -1.3 39 4,000 ISOLATED 20,000 140,000 04:15 052 5.6 050 5.1 054 4.3 -1.2 40 4,000 ISOLATED 20,000 140,000 04:30 052 5.6 050 5.1 054 4.3 -1.2 40 4,000 ISOLATED 20,000 140,000 04:45 053 5.7 051 5.2 055 4.4 -1.2 40 4,000 ISOLATED 20,000 140,000 05:00 053 5.6 051 5.1 055 4.3 -1.1 40 4,000 ISOLATED 20,000 140,000 05:15 054 5.7 052 5.2 056 4.4 -1.1 41 4,000 ISOLATED 20,000 140,000 05:30 053 5.7 051 5.2 055 4.4 -1.2 41 4,000 ISOLATED 20,000 140,000 05:45 054 5.8 052 5.3 056 4.5 -1.2 42 4,000 ISOLATED 20,000 140,000 06:00 054 5.8 052 5.3 056 4.5 -1.2 42 4,000 ISOLATED 20,000 140,000 06:15 055 5.9 053 5.4 057 4.6 -1.1 42 4,000 ISOLATED 20,000 140,000 06:30 055 5.9 053 5.4 057 4.6 -1.1 43 4,000 ISOLATED 20,000 140,000 06:45 056 6.0 054 5.5 058 4.7 -1.0 43 4,000 ISOLATED 20,000 140,000 07:00 056 6.0 054 5.5 058 4.7 -1.0 44 4,000 ISOLATED 20,000 140,000 07:15 056 6.0 054 5.5 058 4.7 -1.0 44 4,000 ISOLATED 20,000 140,000 07:30 056 6.0 054 5.5 058 4.7 -1.0 45 4,000 ISOLATED 20,000 140,000 07:45 056 6.0 054 5.5 058 4.7 -1.0 45 4,000 ISOLATED 20,000 140,000 08:00 056 6.0 054 5.5 058 4.7 -1.0 45 4,000 ISOLATED 20,000 140,000 08:15 056 6.0 054 5.5 058 4.7 -1.0 46 4,000 ISOLATED 20,000 140,000 08~:30-~ 056 - -6F 054 - -~ 5~ 5- D58- 4~.7 - -EO- 46 4,000 - ISOEATED 20,000 - f40,000-Table 5,2-1 Table 5.2-2 This is a Drill Page 5-4 This is a Drill

93-07A 1993 EE Forecast Message No.: 1 Scenario Time: 02:00 O SOUTHERN NEW ENGLAND ZONE FORECASTS NATIONAL WEATHER SERVICE, BOSTON MA.

An stable weather pattern dominates the region. A weak low pressure zone will move through the region towards the west causing winds to shift to a more northwesterly direction. Clouds will develop during to afternoon yielding a slight chance of scattered l flurries. Skies will be clearing by tomorrow morning with an area of high pressure i dominating the region for the next several days.

GREATER BOSTON METROPOLITAN AREA i NORTHWESTERN, COASTAL, AND SOUTHWESTERN MA.

This morning sunny with temperatures ranging 25 to 35*F. Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35 to 45 . Winds from the NE 5 to j 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation.  ;

This evening cloudy with temperatures 35 to 45 . Winds from the east 10 to 15 MPH i with gusts of up to 20 MPH. 40% chance of precipitation. l Tonight cloudy and breezy temperatures 25" to 35 Winds from the east 15 to 20 MPH l with gusts of up to 25 MPH. 30% chance of precipitation.

O Tomorrow decreasing cloudiness with high temperatures 45 to 55 Winds steady from the ESE B to 13 MPH. 20% chance of precipitation.

Long range forecast clear skies with high temperatures 45 to 55 and low temperatures 25 to 35 Winds will be steady from the SE 5 to 10 MPH.

3 CAPE COD AND THE ISLANDS, SOUTH COASTAL, AND COASTAL R.I. ,

i This morning sunny with temperatures ranging 25 to 35 F. Winds from the NE 5 to 10 )'

MPH with gusts of up'to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35 to 45 . Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation. l This evening cloudy with temperatures 35 to 45*. Winds from the east 10 to 15 MPH jl with gusts of up to 20 MPH. 40% chance of precipitation.

Tonight cloudy and breezy temperatures 25" to 35*. Winds from the east 15 to 20 MPH with gusts of up to 25 MPH. ' 30% chance of precipitation.

Tomorrow decreasing cloudiness with high temperatures 45 to 55 . Winds steady from the ESE 8 to 13 MPH. 20% chance of precipitation.

Long range forecast clear skies with high temperatures 45 to 55 and low temperatures 25* to 35 Winds will be steady from the SE 5 to 10 MPH.

l This is a Drill- Page 5 5 This is a Drill

. . ~ . __ -_ __

i

93-07A 1993 EE Forecast Message No.: 2 Scenario Time: 03:00 O SOUTHERN NEW ENGLAND ZONE FORECASTS NATIONAL WEATHER SERVICE, BOSTON MA.

An stable weather pattern dominates the region. A weak low pressure zone will move through the region towards the west causing winds to shift to a more northwesterly direction. Clouds will develop during to afternoon yielding a slight chance of scattered flurries. Skies will be clearing by tomorrow morning with an area of high pressure dominating the region for the next several days.

GREATER BOSTON METROPOLITAN AREA NORTHWESTERN, COASTAL, AND SOUTHWESTERN MA.

This morning sunny with temperatures ranging 25 to 35 F. Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35 to 45 Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation.

This evening cloudy with temperatures 35 to 45 Winds from the east 10 to 15 MPH with gusts of up to 20 MPH. 40% chance of precipitation.

Tonight cloudy and breezy temperatures 25 to 35 Winds from the east 15 to 20 MPH with gusts of up to 25 MPH. 30% chance of precipitation.

s Tomorrow decreasing cloudiness with high temperatures 45 to 55 Winds steady from the ESE 8 to 13 MPH. 20% chance of precipitation.

Long range forecast clear skies with high temperatures 45" to 55 and low temperatures 25 to 35" Winds will be steady from the SE 5 to 10 MPH.

CAPE COD AND THE ISLANDS, SOUTH COASTAL, AND COASTAL R.I.

This morning sunny with temperatures ranging 25 to 35 F. Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35 to 45 Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation.

This evening cloudy with temperatures 35 to 45 Winds from the east 10 to 15 MPH with gusts of up to 20 MPH. 40% chance of precipitation.

Tonight cloudy and breezy temperatures 25 to 35 Winds from the east 15 to 20 MPH with gusts of up to 25 MPH. 30% chance of precipitation.

Tomorrow decreasing cloudiness with high temperatures 45 to 55 Winds steady from the ESE 8 to 13 MPH. 20% chance of precipitation.

Long range forecast clear skies with high temperatures 45 to 55 and low temperatures 25 to 35 Winds will be steady from the SE 5 to 10 MPH.

This is a Drill Page 5-6 This is a Drill

93-07A 1993 EE Forecast Message No.: 3 Scenario Time: 04:00 O SOUTHERN NEW ENGLAND ZONE FORECASTS NATIONAL WEATHER SERVICE, BOSTON MA.

An stable weather pattern dominates the region. A weak low pressure zone will move through the region towards the west causing winds to shift to a more northwesterly direction. Clouds will develop during to afternoon yielding a slight chance of scattered flurries. Skies will be clearing by tomorrow morning with an area of high pressure dominating the region for the next several days.

GREATER BOSTON METROPOLITAN AREA NORTHWESTERN, COASTAL, AND SOUTHWESTERN MA.

This morning sunny with temperatures ranging 25 to 35 F. Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35 to 45 . Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation.

This evening cloudy with temperatures 35 to 45 . Winds from the east 10 to 15 MPH with gusts of up to 20 MPH. 40% chance of precipitation.

Tonight cloudy and breezy temperatures 25 to 35 Winds from the east 15 to 20 MPH with gusts of up to 25 MPH. 30% chance of precipitation.

O Tomorrow decreasing cloudiness with high temperatures 45 to 55 Winds steady from the ESE 8 to 13 MPH. 20% chance of precipitation.

Long range forecast clear skies with high temperatures 45 to 55 and low temperatures 25 to 35 Winds will be steady from the SE 5 to 10 MPH.

CAPE COD AND THE ISLANDS, SOUTH COASTAL, AND COASTAL R.I.

This morning sunny with temperatures ranging 25 to 35 F. Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35 to 45" Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation.

This evening cloudy with temperatures 35 to 45 Winds from the east 10 to 15 MPH with gusts of up to 20 MPH. 40% chance of precipitation.

Tonight cloudy and breezy temperatures 25 to 35 . Winds from the east 15 to 20 MPH with gusts of up to 25 MPH. 30% chance of precipitation.

Tomorrow decreasing cloudiness with high temperatures 45 to 55 Winds steady from the ESE 8 to 13 MPH. 20% chance of precipitation.

Long range forecast clear skies with high temperatures 45 to 55 and low temperatures 25 to 35 Winds will be steady from the SE 5 to 10 MPH.

This is a Drill Page 5-7 This is a Drill P

93-07A 1993 EE Forecast Message No.: 4 Scenario Time: 05:00 O SOUTHERN NEW ENGLAND ZONE FORECASTS NATIONAL WEATHER SERVICE, BOSTON MA.

An stable weather pattern dominates the region. A weak low pressure zone will move through the region towards the west causing winds to shift to a more northwesterly direction. Clouds will develop during to afternoon yielding a slight chance of scattered flurries. Skies will be clearing by tomorrow morning with an area of high pressure dominating the region for the next several days.

GREATER BOSTON METROPOLITAN AREA NORTHWESTERN, COASTAL, AND SOUTHWESTERN MA.

This morning sunny with temperatures ranging 25 to 35 F. Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35 to 45 Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation.

This evening cloudy with temperatures 35 to 45" Winds from the east 10 to 15 MPH with gusts of up to 20 MPH. 40% chance of precipitation.

Tonight cloudy and breezy temperatures 25" to 35 Winds from the east 15 to 20 MPH with gusts of up to 25 MPH. 30% chance of precipitation.

O Tomorrow decreasing cloudiness with high temperatures 45 to 55 Winds steady from the ESE 8 to 13 MPH. 20% chance of precipitation.

Long range forecast clear skies with high temperatures 45 to 55 and low temperatures 25 to 35 . Winds will be steady from the SE 5 to 10 MPH.

CAPE COD AND THE ISLANDS, SOUTH COASTAL, AND COASTAL R.I.

This morning sunny with temperatures ranging 25 to 35 F. Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35 to 45 . Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation.

This evening cloudy with temperatures 35" to 45 . Winds from the east 10 to 15 MPH with gusts of up to 20 MPH. 40% chance of precipitation. '

Tonight cloudy and breezy temperatures 25 to 35 Winds from the east 15 to 20 MPH l with gusts of up to 25 MPH. 30% chance of precipitation.

Tomorrow decreasing cloudiness with high temperatures 45 to 55 . Winds steady from the ESE 8 to 13 MPH. 20% chance of precipitation.

Long range forecast clear skies with high temperatures 45 to 55 and low temperatures 25 to 35 Winds will be steady from the SE 5 to 10 MPH.

This is a Drill Page 5-8 This is a Drill

93-07A 1993 EE Forecast Message No.: 5 Scenario Time: 06:00 Q SOUTHERN NEW ENGLAND ZONE FORECASTS NATIONAL WEATHER SERVICE, BOSTON MA.

An stable weather pattern dominates the region. A weak low pressure zone will move through the region towards the west causing winds to shift to a more northwesterly direction. Clouds will develop during to afternoon yielding a slight chance of scattered flurries. Skies will be clearing by tomorrow morning with an area of high pressure dominating the region for the next several days.

GREATER BOSTON METROPOLITAN AREA NORTHWESTERN, COASTAL, AND SOUTHWESTERN MA.

This morning sunny with temperatures ranging 25 to 35 F. Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35 to 45 Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation.

This evening cloudy with temperatures 35 to 45" Winds from the east 10 to 15 MPH with gusts of up to 20 MPH. 40% chance of precipitation.

Tonight cloudy and breezy temperatures 25 to 35 Winds from the east 15 to 20 MPH with gusts of up to 25 MPH. 30% chance of precipitation.

Tomorrow decreasing cloudiness with high temperatures 45 to 55 Winds steady from the ESE 8 to 13 MPH. 20% chance of precipitation.

Long range forecast clear skies with high temperatures 45 to 55 and low temperatures 25 to 35 Winds will be steady from the SE 5 to 10 MPH.

CAPE COD AND THE ISLANDS, SOUTH COASTAL, AND COASTAL R.I.

This morning sunny with temperatures ranging 25 to 35 F. Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35" to 45 Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation.

This evening cloudy with temperatures 35 to 45 Winds from the east 10 to 15 MPH '

. with gusts of up to 20 MPH. 40% chance of precipitation.

Tonight cloudy and breezy temperatures 25 to 35' Winds from the east 15 to 20 MPH with gusts of up to 25 MPH. 30% chance of precipitation.

Tomorrow decreasing cloudiness with high temperatures 45 to 55 Winds steady from the ESE 8 to 13 MPH. 20% chance of precipitation.

Long range forecast clear skies with high temperatures 45 to 55' and low temperatures 25 to 35. Winds will be steady from the SE 5 to 10 MPH.

This is a Drill Page 5-9 This is a Drill

93-07A 1C93 EE Forecast Message No.: 6 Scenario Time: 07:00 Q SOUTHERN NEW ENGLAND ZONE FORECASTS NATIONAL WEATHER SERVICE, BOSTON MA.

An stable weather pattern dominates the region. A weak low pressure zone will move through the region towards the west causing winds to shift to a more northwesterly direction. Clouds will develop during to afternoon yielding a slight chance of scattered flurries. Skies will be clearing by tomorrow morning with an area of high pressure dominating the region for the next several days.

GREATER BOSTON METROPOLITAN AREA NORTHWESTERN, COASTAL, AND SOUTHWESTERN MA.

This morning sunny with temperatures ranging 25 to 35 F. Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35 to 45 Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation.

This evening cloudy with temperatures 35 to 45" Winds from the east 10 to 15 MPH with gusts of up to 20 MPH. 40% chance of precipitation.

Tonight cloudy and breezy temperatures 25 to 35 Winds from the east 15 to 20 MPH with gusts of up to 25 MPH. 30% chance of precipitation.

Tomorrow decreasing cloudiness with high temperatures 45 to 55 Winds steady from the ESE 8 to 13 MPH. 20% chance of precipitation.

Long range forecast clear skies with high temperatures 45 to 55 and low temperatures 25 to 35 Winds will be steady from the SE 5 to 10 MPH.

CAPE COD AND THE ISLANDS, SOUTH COASTAL, AND COASTAL R.I.

This morning sunny with temperatures ranging 25 to 35 F. Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 20% chance of precipitation.

This afternoon increasing clouds with temperatures 35 to 45 Winds from the NE 5 to 10 MPH with gusts of up to 15 MPH. 30% chance of precipitation.

This evening cloudy with temperatures 35 to 45. Winds from the east 10 to 15 MPH with gusts of up to 20 MPH. 40% chance of precipitation.

Tonight cloudy and breezy temperatures 25* to 35 . Winds from the east 15 to 20 MPH with gusts of up to 25 MPH. 30% chance of precipitation.

Tomorrow decreasing cloudiness with high temperatures 45 to 55 Winds steady from the ESE 8 to 13 MPH. 20% chance of precipitation. -

Long range forecast clear skies with high temperatures 45 to 55 and low O temperatures 25* to 35 Winds will be steady from the SE 5 to 10 MPH.

4 This is a Drill Page 5-10 This is a Drill i

"*7^ m EE Effluent Radiation Monitor Trend Data Table 5.2-3 ERM-1 MAIN STACK LOW (CPS)

ERM-2 MAIN STACK HIGH (R/HR)

ERM-3 RB VENT LOW (CPS)

ERM-4 RB VENT HIGH (R/HR)

ERM-5 TB VENT HIGH (R/HR)

Time ERM-1 ERM-2 ERM-3 ERM-4 ERM-5 00:00 70.6 DS 39.0 DS DS 00:15 78.3 DS 39.0 DS DS 00:30 77.5 DS 39.0 DS DS 00:45 77.0 DS 39.0 DS DS 01:00 54.9 DS 34.9 DS DS 01:15 30.2 DS.. 18.8 DS DS 01:30 28.5 DS 18.3 DS DS 01:45 26.8 DS 17.6 DS DS 02:00 24.7 DS 17.7 DS DS 02:15 23.1 DS 17.5 DS DS 02:30 22.4 DS 17.9 DS DS 02:45 20.9 DS 17.8 DS DS 03:00 19.7 DS 17.6 DS DS O 03:15 03:30 19.8 19.6 DS DS 17.7 17.7 DS DS DS DS 03:45 19.7 DS 17.6 DS DS 04:00 19.7 DS 17.8 DS DS 04:15 19.6 DS 17.5 DS DS 04:30 _

19.6 DS 17.8 DS DS 04:45 ~

19.6 DS 17.9 DS DS 05:00 _

19.6 DS 17.6 DS DS 05:15_ _

19.6 DS 17.7 DS DS 05:30 19.5 DS 18.7 DS DS 1 05:45 19.5 DS 19.7 DS DS 06:00 19.5 DS 20.7 DS DS ,

06:15 19.5 DS 21.7 DS DS j 06:30 19.5 DS 22.7 DS DS 06:45 OSH 53.0 23.7 DS DS 07:00 OSH 50.5 24.7 DS DS 07:15 OSH 48.5 25.7 DS DS 07:30 OSH 46.5 26.7 DS DS 07:45 OSH 45.0 27.7 DS DS 08:00 OSH 43.0 28.7 DS DS 08:15 OSH 41.0 29.7 DS DS O 08:30 1000.0 DS 30.7 DS DS This is a Drill Page 5-11 This is a Drill

(" 3 l

\ NJ3EE S 47 Process Radiation onitor Trend Data Table 5.2-4 PRM-1 MAIN STEAM LINE A mRh PRM-5 AIR EJECTOR OFF GAS mRh PRM-9 SBGT SYSTEM mRh PRM-13 DRYWELL CHRMS A Rh PRM-2 MAIN STEAM LINE B mRh PRM.6 RBCCW LOOP A CPS PRM-10 CONTROL ROOM AIR mRh PRM-14 DRYWELL CHRMS B Rh PRM-3 MAIN STEAM LINE C mRh PRM-7 RBCCW LOOP B CPS PRM-11 RADWASTE DISCH CPS PRM-15 T ORUS CHRMS A Rh PRM-4 MAIN STEAM UNE D mRh PRM-8 REFUEL FLOOR VENT mRh PRM-12 OG POST TREATMENT CPS PRM-16 TORUS CHRMS 8 Rh Time PRM-1 PRM-2 PRM-3 l PRM-4 PRM-5 PRM-6 PRM-7 PRM-8 PRM-9 PRM-10 PRM-11 PRM-12 PRM-13 PRM-14 PRM-15 PRM-16 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.1 1.0 0.0 0.0 00:00 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.1 1.0 0.0 0.0 00:15 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.1 1.0 0.0 0.0 00:30 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.1 1.0 0.0 0.0 00:45 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.0 0.9 0.0 0.0 01:00 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.0 0.9 0.0 0.0 01:15 632.9 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.0 0.9 0.0 0.0 01:30 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.0 0.9 0.0 0.0 01:45 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.0 0.9 0.0 0.0 02:00 632 9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.0 0.9 0.0 0.0 02:15 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.0 0.9 0.0 0.0 02:30 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.0 0.9 0.0 0.0 02:45 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.0 0.9 0.0 0.0 03.00 632.9 814.5 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.0 0.9 0.0 0.0 03:15 632.9 814.L 545.1 632.9 26.7 4430 4440 6.0 3.0 0.0 4000.0 4319.0 1.0 0.9 0.0 0.0 03:30 1800.0 1900.0 1800.0 1700.0 180.0 4310 4320 8.0 4.0 0.0 4000.0 4319.0 100.0 90.9 4.3 4.3 03:45 1500.0 1600.0 1500.0 1400.0 174.0 4190 4200 8.0 4.0 0.0 4000.0 4250.0 1000.0 909.1 50.0 50.0 04:00 04:15 1550.0 1650.0 1550.0 1450.0 168.0 4070 4080 8.0 4.0 0.0 4000.0 4181.0 1010.0 918.2 51.0 51.0 1400.0 1500.0 1400.0 1300.0 162.0 3950 3960 8.0 4.0 0.0 4000.0 4112.0 1012.0 920.0 52.0 52.0 04:30 04:45 1350.0 1450.0 1350.0 1250.0 156.0 3830 3840 8.0 4.0 0.0 4000.0 4043.0 1012.0 920.0 52.0 52.0 05:00 1300.0 1400.0 1300.0 1200.0 150.0 3710 3720 8.0 4.0 0.0 4000.0 3974.0 1010.0 918.2 52.0 52.0 05:15 1250.0 1350.0 1250.0 1150.0 144.0 3590 3600 8.0 4.0 0.0 4000.0 3905.0 1000.0 909.1 51.0 51.0 05:30 1200.0 1300.0 1200.0 1100.0 138.0 3470 3480 8.0 4.0 0.0 4000.0 3836.0 1000.0 909.1 50.0 50.0 05:45 1100.0 1200.0 1100.0 1000.0 132.0 3350 3360 8.0 3.0 0.0 4000.0 3767.0 990.0 900.0 49.0 49.0 06:00 1000.0 1100.0 1000.0 900.0 126.0 3230 3240 7.0 3.0 0.0 4000.0 3698.0 990.0 900.0 47.0 47.0 06:15 950.0 1050.0 950.0 850.0 120.0 3110 3120 7.0 3.0 0.0 4000.0 3629.0 27000.0 26213.6 1500.0 1500.0 06:30 3200.0 3300.0 3200.0 3100.0 114.0 2990 3000 7.0 3.0 0.0 4000.0 3560.0 28000.0 27184.5 1440.0 1440.0 06:45 3100.0 3200.0 3100.0 3000.0 108.0 2870 2880 7.0 OSH 0.0 4000.0 3491.0 26000.0 25242.7 1380.0 1380.0 07:00 3000.0 3100.0 3000.0 2900.0 102.0 2750 2760 7.0 OSH 0.0 4000.0 3422.0 23000.0 22330.1 1320.0 1320.0 07:15 2800.0 2900.0 2800.0 2700.0 96.0 2630 2640 7.0 OSH 0.0 4000.0 3353.0 20000.0 19417.5 1260.0 1260.0 07:30 2700.0 2800.0 2700.0 2600.0 90.0 2510 2520 7.0 OSH 0.0 4000.0 3284.0 18000.0 17475.7 1200.0 1200.0 07:45 2600.0 2700.0 2600.0 2500.0 84.0 2390 2400 6.0 OSH 0.0 4000.0 3215.0 16000.0 15534.0 1140.0 1140.0 08:00 2500.0 2600.0 2500.0 2400.0 78.0 2270 2280 6.0 OSH 0.0 4000.0 3146.0 14000.0 13592.2 1080.0 1080.0 08:15- 2400.0 2500.0 2400.0 2300.0 72.0 2150 2160 6.0 OSH 0.0 4000.0 3077.0 12000.0 11650.5 1020.0 1020.0 000 2300.0 -2400.0 2300.0 2200.0 66.0 2030 2040 6.0 OSH 0.0 4000.0 ~3008.0 10000.0 -9708.7 960.0 960.0 This is a Drill Page 5-12 This is a Drill

'" 199 EE Area Radiation 11onitor Trend Data Table 5.2-5 (AN ARM's Read in mR/tw) ARM-3 MAIN CONTROL ROOM ARM-7 CHEM WASTE TANK ARM-11 NEW FUEL RACKS 1705-60 CHARCOAL BED VAULT ARM-4 TURB FRONT STANDARD ARM-8 OUTSIDE TIP ROOM ARM.12 NEW FUEL VAULT ARM-1 COND PUMP STAIR ARM-5 RADWASTE CORRIDOR ARM-9 RADWASTE SHIP. LOCK ARM-13 SHIELD PLUG AREA ARM-2 FEEDWATER HEATERS ARM-6 RADWASTE SUMP AREA ARM-10 RX ACCESS AREA S E. ARM-14 SPENT FUEL POOL AREA Time 1705-60 ARM-1 ARM-2 ARM-3 ARM-4 ARM-5 ARM-6 ARM-7 ARM-8 ARM-9 ARM-10 ARM-11 ARM-12 ARM-13' ARM-14 00:00 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 00:15 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 00:30 100.0 10.0 .

20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 .

5.0 .

02 3.0 10.0 00:45 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 01:00 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 01:15 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 01:30 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 01:45 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 02:00 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 02:15 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 02:30 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 02:45 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 03:00 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 03:15 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 03:30 100.0 10.0 20.0 0.0 100.0 12.0 90.0 6.0 4.0 0.7 6.0 5.0 0.2 3.0 10.0 03:45 97.0 10.0 48.0 0.0 180.0 12.0 90.0 6.0 5.4 0.7 8.3 5.0 0.2 3.1 10.0 04:00 94.0 10.0 46.0 0.0 175.0 12.0 90.0 6.0 5.0 0.7 7.7 5.0 0.9 3.0 10.0

_04 15_ 92 0 10.0 44.0 0.0 150_.0 12.0 90.0 6.0 4.8 .

0.7 7.3 SJ 0.8 3.0 10.0 04:30 90.0 10.0 41.0 0.0 145.0 12.0 90.0 6.0 46 0.7 7.1 5.0 0.8 3.0 10.0 04:45 89.0 10.0 39.0 0.0 140.0 12.0 90.0 6.0 4.4 0.7 6.8 5.0 0.7 3.0 10.0 05:00 88.0 10.0 37.0 0.0 138.0 12.0 90.0 6.0 4.2 0.7 6.5 5.0 0.7 3.0 10.0 05:15 87.0 10.0 36.0 0.0 136.0 12.0 90.0 6.0 4.0 0.7 6.3 5.0 0.7 3.0 10.0 10.0 0.0 134.0 12.0 90.0 6.0 3,9 0.7 6.0 5.0 0.6 3.0 10.0

_05 30_ 8_5.0 3_50 . _ .

05:45 84.0 10.0 34.0 0.0 130.0 12.0 90.0 6.0 3.7 0.7 5.7 5.0 0.6 3.0 10.0 06:00 82.0 10.0 32.0 0.0 127.0 12.0 90.0 6.0 3.6 0.7 5.5 5.0 0.6 3.0 10.0 06:15 80.0 10.0 30.0 0.0 124.0 12.0 90.0 6.0 3.5 0.7 5.3 5.0 0.5 3.0 10.0 06:30 79.0 10.0 29.0 0.0 120.0 12.0 90.0 6.0 260.0 0.7 400.0 150.0 42.0 150.0 140.0 06:45 78.0 10.0 28,0 0.0 117.0 12.0 90.0 6.0 250.0 0.7 381.0 145.0 40.0 143.0 135.0 07:00 76.0 10.0 26.0 0.0 112.0 12.0 90.0 6.0 239.0 0.7 368.0 138.0 38.0 138.0 129.0 07:15 74.0 10.0 25.0 0.0 108.0 12.0 90.0 6.0 229.0 0.7 352.0 133.0 37.0 133.0 124.0 07:30 72.0 10.0 24.0 0.0 105.0 12.0 90.0 6.0 220.0 0.7 339.0 127.0 36.0 127.0 118.0 07:45 70.0 10.0 23.0 0.0 100.0 12.0 90.0 6.0 210.0 0.7 325.0 122.0 34.0 122.0 113.0 08:00 68.0 10.0 22.0 0.0 95.0 12.0 90.0 6.0 202.0 0.7 311.0 117.0 33.0 117.0 109.0 08:15 -

67.0 10.0 21.0 0.0 91.0 12.0 90.0 6.0 193.0 0.7 200.0 111.0 31.0 112.0 104.0

~08:30' 66.0 10.0 20:0 0.~0 86:0 12.0 90.0 6D 7 86:0 07 287.0 ~~ 107.0 30:0 107.0 700~0 This is a Drill Page 5-13 This is a Drill

93-07 A SPDS 111/112 Displays 1993 EE 111 I RPV NORMAL I EFFLUENT RADIATION I CNW NORM ALl EFFL RAD ,

NORMAL  !

VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK CAS #1 RM-170518 A l7.06 E+ 01 l C P S RX BLDG EXH VENT A RM 1705 32 A l3.90 E+01l C PS STACK GAS #2 RM.1705188 l7.06E+01l CPS RX BLDG EXH VENT B RM 1705 328 l3.90E+01l CPS MAIN STACK CAS RT.1001608 l0.00T+00l R/HR RX BLDG EXH VENT RT 1001600 l0.00E+00l R/HR  ?

REFUEL FLR VENT EXH A RM-1705 8 A l6.00 E+ 00] MRIHR RADWASTE EFFLUENT RM,1705-30 14.00 E + 0 3 l C P S v

REFUEL FLR VEM7 EXH B RM 1705 8B [6.0 0 E+ 00 l MR/HR TURB BLDG ROOF EXH RT 1001610 l0.00E400l RIHR REFUEL FLR VENT EXH C RM 1705-8C l6.0 0 E+ 00 l MRIHR SBGT DISCHARGE RM 1705 9 l3.0 0 E + 00 l MRIHR ,

REFUEL FLR VENT EXH D RM 1705 8D l6.0 0 E+ 00 l MRIHR  ;

REFUEL FLR VENT EXH l NORM AL l PILCRIM .. 07 DEC-1993 0:00 112 I RPV NORMAL I PROCESS RADIATION ICNN NORMAL l l O

MSL RAD PROC RAD i NORMAL NORMAL PROCESS INSTR NO. MR'HR .CROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l2.6 7 E + 01 l OFFGAS POST TREATMENT A RM 1705 5 A l4.3 2 E+ 03 l OFFGAS LOG RAD B R M.170 5 3 B l2.6 7 E + 01 l OFFGAS POST TREATMENT B R M 170 5 5 B I4.3 2 E + 0 3 l CARBON BED VAULT RM.1705 60 [1.0 0 E + 0 2 l RBCCW A PROCESS RM 1705 4 A [4.43E+03 l RBCCW B PROCESS RM 1705 4B l4.44E+03 l MAIN STEAM LINE INSTR NO. MR'HR (H1 RANGE) INSTR NO. R 'HR '

l MAIN STEAM LINE A RM-1705 2 A l6.3 3 E + 0 2 l DRYWELL A RIT1001-606 A l1.10 E + 0 0 l MAIN STEAM LINE B RM 1705 2B l8.15 E+ 0 2 l DRYWELL B RIT1001 606 B l1.00 E+ 0 0 l TORUS A MAIN STEAM LINE C RM 1705 2C 15.45 E+0 2 l RIT1001 607 A [0.00 E+ 00 l TORUS B MAIN STEAM LINE D RM-1705 2D l6.3 3 E + 0 2 l RIT1001 607 B l0.00 E+ 00 l PILGRIM *** 07 DEC 1993 0:00 i

O Message No:1 Page 514 This is a Drill

93-07A SPDS 111/112 Displays 1993 EE p 111 I HPV NORM AL l EFFLUENT RADIATION I CNTMT NORMAL l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK O AS 81 RM 170518 A [7.83 E+01 l C P S RX BLDG EXH VENT A RM 1705 32A l3.90E+01l CPS STACK GAS 82 RM 170518B l7.83 E+01l C PS RX BLDG EXH VENT B RM 1705 32B l3.90E+01l CPS MAIN STACK O AS R T-1001 6 0 8 l0.00 E + 00 l RlH R RX BLDG EXH VENT RT 1001609 }0.00E+00l R/HR REFUEL FLR VENT EXH A RM 1705 B A [6.00 E + 0 0 l MR/HR RADWASTE EFFLUENT RM 1705 30 l4.00 E+ 0 3 l C P S MEFUEL FLR VENT EXH B RM 1705-8B l6.00 E + 00 l MR/HR TURB BLDG ROOF EXH RT 1001610 l0.00E+00l R/HR REFUEL FLR VENT EXH C RM 1705 8C l6.00 E+ 00 l MR/HR SBGT DISCHARGE RM 1705 9 l3.00 E+0 0] MR/HR REFUEL FLR VENT EXH D RM 1705 SD l6.00 E+ 00 l MR/HR REFUEL FLR VENT EXH l NORM AL]

PILGRIM .. 07-DE C-1993 0:15 p

Y 112 l RPV NORMAL I PROCESS RADIATION I CNTMT NORM ALl MSL RAD PROC RAD NORMAL NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFOAS LOG RAD A RM-1705 3 A [2.6 7 E + 01 l OFFGAS POST-TRE ATMENT A RM 1705 5 A l4.32 E+03 l OFFGAS LOG RAD B RM 1705 3B l2.6 7 E + 01 l OFFGAS POST TREATMENT B RM-1705-5B 14.32 E+ 03 l CARBON BED VAULT RM 1705 60 l1.00 E+02 I RBCCW A PROCESS RM 170 5 4 A l4.4 3 E+ 0 3 l RBCCW D PROCESS RM 1705 48 l4.44E+03 l MAIN STEAM LINE INSTR NO. MR'HR fHI R ANGE) INSTR NO. R'H R MAIN STEAV LINE A RM 1705 2 A [6. 3 3 E + 0 2 l DRYWELL A RIT1001 606 A 11.10 E + 00 l MAIN STEAM LINE B RM 1705 2B l8.15 E + 0 2 l DRYWELL B RIT1001 606 B l1.00 E+ 00 l MAIN STEAM LINE C TORUS A RM-1705 2C l5.4 S E+02 l RIT1001-607 A l0.00 E+ 00 l TORUS B MA!N STE AM LINE D RM 1705 2D l6.33 E+02 l RIT1001 6078 10.00E+ 00 j PILCRIM .. 07-DEC-1993 0:15 O

Messacie No: 2 Page 5-1s This is a Drill

93-07A SPDS 111/112 Displays 1993 EE 111 1 RPV NORMAL I EFFLUENT RADIATION I CNTMT NORMAL l EFFL RAD NORMAL VENT INSTR Nu UNITS VENT INSTR NO. UNITS STACK GAS #1 RM 170518 A [7.75 E+01 l CPS RX BLDG EXH VENT A RM 1705 32 A 13.90E+01lCP S STACK GAS #2 RM 170518B [7.75 E+ 01 l C PS RX BLDG EXH VENT B RM-1705 32B [3.90 E+01 l CPS MAlH STACK GAS RT 1001-60s l0.00 E+00 l R/HR RX BLDG EXH VENT RT 1001609 l0.00E+00l RIHR REFUEL FLR VENT EXH A RM 1705-8 A l6.0 0 E+ 0 0 l MR/HR RADWASTE EFFLUENT RM-1705-30 l4.0 0 E+03 l C P S REFUEL FLR VENT EXH B RM 1705 8B l6.0 0 E+00 l MRIHR TURD BLDG ROOF EXH RT 1001610 }0.00E+00l RIHR REFUEL FLR VENT EXH C RM-170 5 8C l6.0 0 E+ 00 l MRIHR SBGT DISCHARGE RM 1705 9 l3.00 E+00 l MR/HR REFUEL FLR VENT EXH D RM 1705 8D l6.00 E+ 0 0 l MR/HR REFUEL FLR VENT EXH l NORM AL l PILGRtM ... 07 DEC 1993 0:30 112 I RPV NORMAL l PROCESS RADIATION I CNTMT NORMAL l 0s MSL RAD PROC RAD NORMAL NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG R AD A RM 1705 3 A [2.6 7 E + 01 l OFFGAS POST-TREATMENT A RM-1705-5 A l4.3 2 E+ 03 l OFFGAS LOG RAD B RM 1705 3B l2.6 7 E + 01 l OFFGAS POST-TREATMENT B RM 1705 5B [4.32E+03 l CARBON BED VAULT RM 1705 60 l1.00 E + 0 2 l RBCCW A PROCESS RM-170 5-4 A l4.4 3 E + 03 l RBCCW B PROCESS RM-1705 4B l4.44 E+ 03 l MAIN STE AM LINE INSTR NO. MR'HR L4f RANGE) INSTR NO. R!HR l MAIN STEAM LINE A RM 1705 2 A [6.3 3 E+ 0 2 l DRYWELL A RIT1001-606 A l1.10 E + 0 0 l 1

MAIN STE AM LINE B RM 1705-2B l8.15 E + 02 l DRYWELL B RIT1001 606 B l1.0 0 E + 00 l ]

MAIN STEAM LINE C TORUS A RM 1 is-2C l5.45 E+02 l RIT1001 -607 A l0.00 E+ 00 l l TORUS B MAIN STE AM LINE D RM 1705 2D l6.33E+02 l RIT1001-6078 l0.00 E + 0 0 l l

PILGRIM 07-DEC 1993 0:30 O

Message No: 3 Page 546 This is a Drill I

93-07A SPDS 111/112 Displays 1993 EE I RPV NORM AL I EFFLUENT RADIATION I CNTMT NORMAL l q 111 EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS 81 RM 1705-18 A [7.70 E+01 l CPS RX BLDG EXH VENT A RM-1705 32 A 13.90 E+01 l CPS STACK GAS #2 R M-1705 188 l7.70 E + 01 l C P S RX BLDG EXH VENT B RM 1705-328 l3.90 E+ 01 l C PS MAIN STACK G AS RT 1001608 l0. 0 0 E + 00 l RIH R RX BLDG EXH VENT RT 1001609 l0.00E+00l R/HR REFUEL FLR VENT EXH A RM 1705 8 A l6.00 E+ 00l MRlHR RADWASTE EFFLUENT RM 1705 30 l4.00 E+ 03 ] C P S REFUEL FLR VENT EXH B RM-1705 88 l6.0 0 E+ 0 0] MR/HR TURD BLDG ROOF EXH RT 1001610 l0.00E+00l R/HR REFUEL FLR VENT EXH C RM 1705 8C l6.0 0 E+ 00 l MR/HR SBGT DISCHARGE RM-1705 9 l3.00 E+ 00 l MR /HR REFUEL FLR VENT EXH D RM 1705 SD [6.0 0 E+ 00 l MR/HR REFUEL FLR VENT EXH l NORM AL l PILGRIM .. 07 DEC 1993 0:45 112 l RPV NORMAL I PROCESS RADIATION I CNTMT NORMAL l MSL RAD PROC RAD NORMAL NORMAL PROCESS INSTR NO. MR'HR PROCE15 INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l2.6 7 E+ 01 l OFFGAS POST TREATMENT A RM 1705 5 A [4.3 2 E+ 03 l OFFGAS LOG RAD B R M-17 0 5-3 B l2.6 7 E + 01 l OFFGAS POST TREATMENT B RM-1705 50 l4.32E+03 l CARBON BED VAULT RM-1705 60 l1.0 0 E + 0 2 ] RBCCW A PROCESS RM 1705-4 A l4.4 3 E+ 03 l i RBCCW B PROCESS R M-170 5-40 14.4 4 E+ 0 3 l M_AIN STEAM LINE INSTR NO. MR'HR (H1 R ANGE) INSTR NO. R fH R MAIN STEAM LINE A RM 1705 2 A l6.3 3 E+ 0 2 l DRYWELL A RIT1001 606 A l1.10 E+ 00 l MAIN STE AM LINE B RM 1705 2B l8.15 E + 0 2 l DRYWELL B RIT1001 606 B l1.00 E+ 00 l MAIN STEAM LINE C TORUS A RM 1705-2C l5.45E+0? l RIT1001-697 A l0.0 0 E + 00 l TORUS B MAIN STE AM LINE D RM 1705-2D l6.3 3 E + 0 2 l RIT1001 607B l0.00E+ 00 l PILGRIM .. 07 DEC 1993 0:45

)

Messaae No: 4 page 517 This is a Drill

93-07A SPDS 111/112 Displays 1993 EE 111 I RPV NORMAL I EFFLUENT RADIATION I CNTMT NORMAL l EFFL RAD NORMAL VENT INSTR NO. UNITS YENT INSTR NO. UNITS STACK GAS #1 RM 170518 A l5.49 E+01l CPS RX BLDG EXH VENT A RM-1705 32 A [3.49 E+01 l C PS STACK GAS #2 RM 1705188 l5.49 E+01l CPS RX BLDG EXH VENT B RM 1705 328 [3.49E+01l CPS MAIN STACK G AS RT-1001 608 l0.0 0 E+ 0 0 l R!H R RX BLDG EXH VENT RT-1001609 l0.00E4 00l RIHR REFUEL FLR VENT EXH A RM 1705 8 A l6.00 E+ 0 0 l MR/HR RADWASTE EFFLUENT RM-1705 30 14.0 0 E+ 03 ] C P S REFUEL FLR VENT EXH B R M 170 5-8B l6.0 0 E+ 00 ] MR/H R TURB BLDG ROOF EXH RT 1001610 l0.00E+00] R/HR REFUEL FLR VENT EXH C RM-1705 8C l6.00 E+ 00l MR/HR SBGT DISCHARGE RM 1705-9 13.00 E+ 0 0 l MR/HR REFUEL FLR VENT EXH D R M-170 5-B D ]6.00 E+ 0 0 l MRlHR REFUEL FLR VENT EXH l NORMAL l PILGRIM ... 07 DEC-1993 1:00 112 l RPV NORMAL I PROCESS RADIATION I CNTMT NORM ALl MSL RAD PROC RAD NORMAL NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l2.6 7 E + 01 l OFFGAS POST TRE ATMENT A RM 1705-5 A l4.32 E+ 03 l OFFGAS LOG RAD B RM 1705 3B l2.6 7 E+ 01 l OFFGAS POST TREATMENT B RM-1705 5B l4.32 E+ 03 l CARBON BED VAULT RM 1705-60 l100E+02 I RDCCW A PROCESS RM 1705-4 A l4.43 E+ 03 l RBCCW B PROCESS R M 170 5-4 B l4.4 4 E + 0 3 l MAIN STEAM LINE INSTR NO. MR'HR fHIRANGE) INSTR NO. R 'H R MAIN STE AM LINE A R M-170 5-2 A l6.33E+02 ] DRYWELL A RIT1001 606 A l1.0 0 E+ 00 l MAIN STEAM LINE B RM 1705 2B 18.15 E + 0 2 l DRYWELL B RIT1001-6068 l9.00E 01 l TORUS A MAIN STE AM LINE C HM-1705 2C l5.4 5 E + 0 2 _ j RIT1001 607 A l0.0 0 E+ 0 0 l TORUS B MAIN STE AM LINE D RM 1705 2D l6 33E+021 RIT1001.e 07 B l0.00 E+ 00 l PILG RIM .. 07-DEC-1993 1 :0 0 O

Messaae No: 5 rage 5-18 This is a Drill

93-07A SPDS 111/112- Displays 1993 EE 111 I RPV NORMAL I EFFLUENT RADIATION I CNN NORMAL l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 R M 1705-18 A l3.0 2 E+01 l C P S RX BLDG EXH vet (T A R M 170 5-3 2 A l1.8 8 E+ 01 l C P S STACK GAS $2 RM 1705-188 l3.02 E+01l C PS RX BLOG EXH VENT B RM-1705 32B l1.88 E+01 l C PS MAIN STACK G AS R T-1001 6 0 8 l0.00 E + 00 l R/H R RX BLDG EXH VENT RT 1001-609 l0.00 E+00l RlHR REFUEL FLR VENT EXH A RM 1705 8 A l6.00 E+ 00 l MR/HR R ADWASTE EFFLUENT RM 1705-30 l4.00 E + 0 3 l C P S REFUEL FLR VENT EXH B RM-1705-8B [6.0 0 E+0 0 l MR/HR TURB BLDG ROOF EXH RT 10CI 610 l0.00E+00l R/HR REFUEL FLR VENT EXH C RM 1705 8C l6.00 E+ 0 0 l MR/HR SBGT DISCHARGE RM 1705 9 l3.0 0 E+ 00 l MR/HR REFUEL FLR VENT EXH D RM 1705 8D l6.0 0 E+00 l MR/HR REFUEL FLR VENT EXH l NORMAL l PILGRIM .. 07-DEC-1993 1 :15 112 I RPV NORMAL I PROCESS RADIATION I CNN NORM ALl MSL RAD PROC RAD NORMAL NORMAL PROCESS INSTR NO. MR'HR EBQLf1S INSTR NO. CPS OFFCAS LOG R AD A RM 1705 3 A l2.6 7 E+ 01 l OFFOAS POST TREATMENT A RM 1705 5 A l4.32E+03 l OFFGAS LOG RAD B RM 1705 3B l2.6 7 E + 01 l OFFGAS POST TREATMENT B R M 1705 5 B l4.3 2 E + 0 3 l CARDON BED VAULT RM 1705-60 l1.0 0 E + 0 2 l RBCCW A PROCESS R M-1705-4 A [4.4 3 E+ 03 l RBCCW B PROCESS RM 1705 48 l4.44 E+ 03 l MAIN STEAM LINE INSTR NO. MR'HR (HfRANGE) INSTR NO. R /HR MAIN STE AM LINE A RM 1705 2 A l6.3 3 E+02 l DRYWELL A RIT1001 606 A [1.0 0 E+ 0 0 l MAIN STE AM LINE B RM 1705 28 l8.15 E4 0 2 l DRYWELL B RIT1001 606 B [9.0 0 E-01 l MAIN STEAM LINE C TORUS A RM-1705 2C l5.45 E+ 02 l RIT1001 607 A l0.00 E+ 00 l TORUS B MAIN STEAM LINE D RM 1705 2D [6.33 E+02 l RIT1001 607 B l0.0 0 E+ 00 l PILGRiu .. 07 DEC-19931:15 O

Messaae No: 6 Page 5-19 This is a Drill l i

93-07A SPDS 111/112 Displays 1993 EE ICN M NORMAL]

O111 I RPV N RMA' I EFFLUENT RADIATION EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 RM 1705-18 A l2.85 E+01l CPS RX BLDG EXH VENT A RM 1705 32 A l1.83 E+01l CP S STACK GAS #2 RM 170518B l2.8S E+01 l C P S RX BLDG EXH VENT B RM-1705 32B l1.83 E+01 l CPS ,

MAIN STACK G AS RT-1001 608 l0.00 E+ 00 l R/HR RX BLDG EXH VENT RT 1001-509 l0.00 E + 0 0 ) RIHR REFUEL FLR VENT EXH A R M-170 5-8 A l6.00 E+ 0 0 l MR /HR RADWASTE EFFLUENT RM 1705-30 14.0 0 E + 0 3 l C P S REFUEL FLR VENT EXH B R M-170 5 8B l6,00 E+ 0 0 l MR /HR TURB BLDG ROOF EXH RT-1001610 l0.00 E+00l R/HR REFUEL FLR VENT EXH C RM 1705 BC l6.00 E+ 00 l MR/HR SBCT DISCHARGE RM 1705 9 l3.00 E+ 0 0 ] MR/HR REFUEL FLR VENT EXH D RM-170 5 8D l6.00 E+00l MR/HR  ;

REFUEL FLR VENT EXH l NORM AL l f PILGRIM ... 07-DEC 1993 1:30 112 I RPV NORMAL I PROCESS RADIATION I CNTMT NORM ALl MSL RAD PROC RAD NORMAL NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A R M 1705-3 A l2.6 7 E + 01 l OFFGAS POST TREATMENT A RM 1705 5 A l4.32E+03 l OFFGAS LOG RAD B RM 1705 3B l2.6 7 E+ 01 l OFFGAS POST TREATMENT B RM 1705-58 l4.32E+03 l CARBOP4 BED VAULT RM 1705 60 l1.00 E+ 02 l RBCCW A PROCESS RM 1705 4 A l4.43E+03 l RBCCW B PROCESS RM 1705 4B l4.44E+03 l LMIN STEAM LINE INSTR NO. M R'H R (HfRANGET INSTR NO. R'H R MAIN STE AM LINE A RM 1705-2 A [6.3 3 E 4 02 l DRYWELL A RIT1001-6 06 A [1.0 0 E+ 00 l MAIN STEAM LINE B R M-170 5-2 B l8.1 S E+ 0 2 l CWWELL B RIT1001 6068 [9.0 0 E-01 l l TORUS A MAIN STEAM LINE C RM 1705 2C l5.4 5 E+ 0 2 l RIT1001 607 A l0.00 E+ 0 0 l TORUS B MAIN STEAM LINE D RM 1705-2D l6.33 E+ 02 l RIT1001-607B l0.00E+ 00 l PILGRIM .. 07 DEC 19931:30 1

Messaae No: 7 Page 5-20 This is a Drill i i

93-07A SPDS 111/112 Displays 1993 EE n I RPV NORMAL I EFFLUENT RADIATION I CNTMT NORM ALl V 111 EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS 81 R M-170 5-18 A l2.6 8 E+ 01 l C P S RX BLDG EXH VENT A RM 1705 32 A l1.76E+01lCPR STACK GAS #2 RM-1705-18B l2.6BE+01 l CPS RX BLDG EXH VENT B RM-1705 32B l1.76E+01lC; S MAIN STACK G AS R T.1001-6 0 8 l0.0 0 E+ 0 0 l R/H R RX BLDG EXH VENT RT.1001-609 l0.00 E+00 l R/> M REFUEL FLR VENT EXH A RM-170 5 8 A l6.00 E+ 00 l MR/HR RADWASTE EFFLUENT RM-1705 30 14.0 0 E + 0 3 l C P S REFUEL FLR VENT EXH B RM 1705 8B l6.00 E + 0 0 l MR/H R TURB BLDG ROOF EXH RT-1001610 l0.00E+00l R/HR REFUEL FLR VENT EXH C R M-170 5-8 C l6.00 E+ 0 0 l MR/HR SBGT DISCHARGE RM 1705 9 l3.00 E+0 0 l MR/HR REFUEL FLR VENT EXH D RM 1705 8D l6.0 0 E + 0 0 l MR /H R REFUEL FLR VENT EXH l NORMAL l t PILGRIM .. 07-DEC-1993 1:45 O 112 IR" NORMA' l PROCESS RADIATION I CNTMT NORM ALl MSL RAD PROC RAD NORMAL NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l2.6 7 E + 01 l OFFGAC POCT TREATMENT A R M 170 5 5 A l4.3 2 E+ 0 3 l OFFCAS LOG RAD B RM 1705 3B l2.6 7 E + 01 l OFFCAS POST TREATMENT B RM 1705 5B Ks2E+03 l CARBON BED VAULT RM-1705 60 f.00 E+02 l RBCCW A PROCESS RM 1705 4 A l4.43 E+ 03 l RBCCW B PROCESS R M-170 5-48 l4.44 E+ 03 l MAIN STEAM LINE INSTR NO. M R'HR (HfRANGE) INSTR NO. RHR MAIN STEAM LINE A R M-1705 2 A l6.33 E + 0 2 l DRYWELL A RIT1001 606 A l1.00E+ 00 l MAIN STEAM LINE B R M-1705-2 8 [8.15 E + 0 2 l DRYWELL B RIT1001 606 B l9.0 0 E-01 l  ;

MAIN STEAM LINE C TORUS A RM 1705 2C [5.45 E+02 l RIT1001 607 A l0.00E+ 00 l ,

TORUS B MAIN STE AM LINE D RM 1705 2D [6.33E+02 l RIT1001-607B l0.00E+00 l PILGRIM .. 07-DEC-1993 1:45 Messaae No: 8 Page 5-21 This is a Drill

93-07A SPDS 111/112 Displays 1993 EE 111 l RPV NORMAL I EFFLUENT RADIATION I CNTMT NORMAL l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK CAS 81 R M-170 5-18 A l2.4 7 E + 01 l C P S RX BLDG EXH VENT A RM 1705 32 A l1.77E+01l CPS STACK GAS #2 RM 1705188 l2.47 E+01l CP S RX BLDG EXH VENT B R M 170 5 32 B [1.7 7 E+ 01 l C P S MAIN STACK G AS RT 1001-608 l0.00 E+00l R/HR RX BLDG EXH VENT RT-1001 60 9 10.00 E+ 00 l RIHR REFUEL FLR VENT EXH A RM 1705 8 A l6.0 0 E + 0 0 l MRIHR RADWASTE EFFLUENT RM-1705-30 l4.0 0 E + 03 l C P S REFUEL FLR VENT EXH B RM 1705 8B l6.0 0 E+ 00 l MR/HR TURB BLDG ROOF EXH RT 1001610 l0.00E+00l RIHR REFUEL FLR VENT EXH C RM 1705-8C l6.0 0 E + 00 l MR/HR SBGT DISCHARGE RM 1705 9 l3.0 0 E+0 0 l MR/HR REFUEL FLR VENT EXH D RM 1705 8D l6.0 0 E + 00 l MR /H R REFUEL FLR VENT EXH l NORM AL l PILCRIM 07 DEC-1993 2:00 112 I RPV NORMAL I PROCESS RADIATION I CNTMT NORM ALl MSL RAD PROC RAD NORMAL NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705-3 A l2.6 7 E + 01 l OFFCAS POST-TR EATMENT A RM 1705 5 A [4.32E+03 l OFFGAS LOG RAD B RM-1705 3B l2.6 7 E + 01 l OFFCAS POST TRE# MENT B RM-1705 5B [4.32 E+ 03 l CARDON BED VAULT RM 1705 60 l1.00 E+ 02 I RBCCW A PROCESS RM 1705-4 A l4.43 E+ 03 l RBCCW B PROCESS RM-1705 4B [4.44 E+ 03 l MAIN STE AM LINE INSTR NO. MR'HR fHIRANGE1 INSTR NO. R'H R MAIN STE AM LINE A RM 1705 2 A l6.33 E+02 l DRYWELL A RIT1001 606 A l1.0 0 E + 00 l MAIN STEAM LINE B DRYWELL B RIT1001 6068 19.00 E-01 l RM-1705 2B l8.15 E + 0 2 l TORUS A MAIN STEAM LINE C RM 1705-2C l5.45 E+02 l RIT1001 607 A l0.00E+00 l TORUS B MAIN STEAM LINE D RM-1705 2D l6.33 E+02 l RIT1001 607B [0.00 E+00 l PILGRIM 07-DEC-1993 2:00 O

Messaae No: 9 Page 5-22 This is a Drill

93-07 A SPDS 111/112 Displays 1993 EE O 111 l RPV NORMAL I EFFLUENT RADIATION ICNTMT NORMAL l EFFL RAD NORMAL INSTR NO. UNITS VENT INSTR NO. UNITS YENT STACK GAS #1 RM 1705-18 A l2.31 E+01 l C P S RX BLDG EXH VENT A RM 1705-32 A l1.75 E+01 l CP S STACK GAS #2 RM 170518B l2.31 E+ 01l CP S RX BLDG EXH VENT B RM-1705 32B l1.75 E+01 l CPS M AIN ST AL.( G AS RT 1001608 l0.00 E + 0 0 l R / H R RX BLDG EXH VENT RT-1001 609 l0.00E+ 00l RIHR REFUEL 'LR VENT EXH A RM 1705 8 A l6.00 E+ 0 0 l MRIHR R ADW ASTE EFFLUENT RM 1705 30 l4.00 E+ 0 3 l C P S ,

REFUEL FLR VENT EXH B RM 1705 8B l6.0 0 E+ 00 l MR/HR TURB BLDG ROOF EXH RT 1001610 l0.00E+C] R/HR REFUEL FLR VENT EXH C RM 1705-8C l6.00 E+ 00 l MR/HR SBGT DISCHARGE RM 1705 9 l3.00 E+ 00 l MR/HR REFUEL FLR VENT EXH D RM 1705 80 l6.00 E+ 0 0 l MR/HR REFUEL FLR VENT EXH l NORMAL l PlLGRIM ... 07 DEC 1993 2:15 112 I RPV NORMAL I PROCESS RADIATION I CNTMT NORMAL l MSL RAD PROC RAD NORMAL NORMAL PROCESS INSTR NO. MR!HR PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l2.6 7 E+ 01 l OFFGAS POST TREATMENT A RM 1705-5 A {4.3 2E+ 03 l OFFGAS LOG RAD B RM 1705-3B l2.6 7 E + 01 l OFFGAS POST TREATMENT B RM 1705-5B l4.3 2 E+ 03 l CARBON BED VAULT RM 1705 60 l1.00 E+ 02 l RBCCW A PROCESS RM 1705-4 A [4.4 3 E+ 03 l RBCCW B PROCESS RM 1705 4B l4.44E+03 l MAR 4 STEAM LINE INSTR NO. MR'HR fHIRANGE) INSTR NO. R 'H R MAIN STEAM LINE A RM 1705-2 A l6.33 E+02 l DRYWELL A RIT1001 606 A l1.00 E+ 00 l MAIN STEAM LINE B RM 1705-2B [8.15 E+02 l DRYWELL B RIT1001-606 B [9.00E 01 l MAIN STE AM LINE C TORUS A RM 1705 2C l5.45 E+02 l RIT1001-607 A l0.00 E+00 l TORUS B MAIN STE AM LINE D RM-1705 2D l6.3 3 E + 02 l RIT1001 607B l0.00E+ 00 l PILGRIM

• 07 DEC 1993 2:15 ,

Messaae No: 10 Page 5 23 This is a Drill

l 93-07A SPDS 111/112 Displays 1993 EE 1

I RPV N au^' I EFFLUENT RADIAT!ON I CNTMT NORMAL l O 111 EFFL RAD l NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS

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STACK GAS #1 RM 1705 18 A {P.4 E+ 01 l CP S RX BLDG EXH VENT A RM 1705 32 A [1.79 E001] CPS STACK GAS #2 PJ 170518B [24E+01l CPS RX BLDG EXH VENT B RM 1705 328 [1.796+01l CPS MAIN STACK G AS RT-100 * .c c [0.00 E+0 0] R/HR RX BLDG EXH VENT RT-1001609 {0E+00l R/HR REFUEL FLR VENT EXH A RM 1705 SA l6.0 0 E+ 00 l MR/HR RADWASTE EFFLUENT RM-1705-30 f.00E+03l CPS REFUEL FLR VENT EXH B R M 1705-8B [6.00 E+ 00 l MR/HR TURB BLOG ROOF EXH RT 1001610 [0.00E+00l R/HR l RM 1705 9  !

REFUEL FLR VENT EXH C RM 1705 8C l6.0 0 E + 0 0 l MR/H R SBGT DISCHARGE [3.0 0 E+00 ] MR/HR REFUEL FLR VENT EXH D RM 1705-8D l6.00 E+ 00 l MR/HR REFtJEL FLR VENT EXH lNORMALj PILGPf*~ -- 07-DE C 1993 2:30 0 112 I aPV Noau^' l PROCESS RADIATION MSL RAD PROC RAD I CNTMT NORMAL l NORMAL NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l2.6 7 E + 01 l OFFGAS POST TREATMENT A RM 1705-5 A l4.3 2 E+ 03 l OFFGAS LOG RAD B RM 1705 3B l2.6 7 E + 01 l OFFGAS POST-TRE ATMENT B R M 170 5 5 B l4.3 2 E+ 03 l CARBON BED VAULT RM 1705 60 l1.00E+02 I RBCCW A PROCESS R M 170 5 4 A l4.4 3 E+ 0 3 l RBCCW B PROCESS RM 170t-4B l4.44 E+ 03 l MAIN STEAM UNE INSTR NO. MR'HR fHI R ANGE) INSTR NO. R'H R MAIN STE AM LINE A RM-1705 2 A [6.33 E+02 l DRYWELL A RIT1001-606 A l1.00 E+ 00 l MAIN STEAM LINE B RM 1705 20 l8.15 E + 0 2 l DRYWELL B RIT1001 6068 l9.0 0 E-01 l TORUS A MAIN STEAM LINE C RM-1705 2C l5.45 E+02 l RIT1001-6 07 A l0.00E+ 00 l TORUS B MAIN STE AM LINE D RM-1705 2D [6.3 3 E + 0 2 RIT1001-6078 l0.00 E+ 00 l PILGRIM .. 07 DEC 1993 2:30 Message No:11 Page 5 24 This is a Drill

93-07 A SPDS 111/112 Displays 1993 EE O u' i " '" " " > ' I EFFLUENT RADIATION EFFL RAD I CNTMT NORMAL l NORMAL VENT INSTR No. UNITS VENT INSTR NO. UNITS STACK GAS #1 RM 170518 A l2.09 E+ 01l CPS RX BLDG EXH VENT A RM 1705 32 A l1.78E+01l CPS STACK GAS 82 RM 1705-18B l2.09 E+01 l C PS RX BLDG EXH VENT B R M-1705-3 2 B ]1.7 8 E + 01 l C P S MAIN STACK G AS RT 100160s l0.00E+00l RlHR RX BLDG EXH VENT RT-1001 609 l0.00 E+00 \ R/HR REFUEL FLR VENT EXH A RM 1705 8 A l6.00E+00 \ MR/HR RADWASTE EFFLUENT RM-1705 30 l4.0 0 E+ 0 3 l C P S REFUEL FLR VENT EXH B RM 1705 8B l6.00 E+00 l MR/HR TURB BLDG ROOF EXH RT 1001610 l0.00E+00] R/HR REFUEL FLR VENT EXH C RM 1705 8C l6.00 E+ 0 0 l MR/HR SDGT DISCHARGE RM 1705 9 l3.0 0 E+00l MRlHR REFUEL FLR VENT EXH D RM 1705 8D l6.00 E+ 00 l MRlHR REFUEL FLR VENT EXH l NORMAL l PILGRIM .. 07-DEC 1993 2:45 0 112 lRPVNoau^' l PROCESS RADIATION MSL RAD PROC RAD I CNTMT NORM ALl NORMAL NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l2.6 7 E + 01 l OFFGAS POST TREATMENT A RM 1705-5 A l4.32 E+ 03 l OFFGAS LOG RAD B RM-1705 3B l2.67 E+01 l OFFGAS POST TREATMENT B RM-1705 5B l4.32 E+ 03 l CARBON BED VAULT RM 1705 60 l1.00 E+02 l RBCCW A PROCESS RM 1705-4 A l4.43 E+ 03 l l

RBCCW B PROCESS RM 1705-48 l4.44 E+03 l MAIN STEAM LINE INSTR NO. M R'H R fHI R ANGE) INSTR 'NO. R/HR MAIN STE AM LINE A RM 1705 2 A 16.33E+02 l DRYWELL A RIT1001-606 A l1.00 E+ 0 0 l l t

MAIN STE AM LINE B RM 1705 2B [8.15 E+02 l DRYWELL B RIT1001 606 B l9.0 0 E-01 l )

TORUS A RIT1001 607 A l0.00E+00 l MAIN STEAM LINE C RM 1705-2C 15.4 5E+02 l TORUS B MAIN STEAM LINE D RM 1705-2D l6.3 3 E + 0 2 ! RIT1001 607B l0.00E+ 00 l l

PILG R!M ... 07-DEC 1993 2:45 O

Messaae No:12 Page 5-25 This is a Drill l

l

93-07A SPDS 11.1/112 Displays 1993 EE 111 I RPV NORMAL I EFFLUENT RADIATION I CNTMT NORMAL l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 RM-170518 A l1.97 E+01lC PS RX BLDG EXH VENT A RM-1705 32 A l1.76 E+01l CPS STACK GAS s2 RM 170518B {i.97 E+01l C P S RX BLDG EXH VENT B RM 1705 328 [1.76E+01l CPS MAIN STACK C AS RT-1001-608 l0.00 E+ 00 l R/HR RX BLDG EXH VENT RT 1001609 l0.0 0 E+ 00 l R/H R REFUEL FLR VENT EXH A RM 1705-8 A l6.0 0 E+ 00 l MR/HR RADWASTE EFFLUENT RM 1705 30 [4.0 0 E + 03 l C P S REFUEL FLR VENT EXH B RM 170 5-8B [6.0 0 E+00 l MR/HR TURB BLDG ROOF EXH RT-1001-610 l0.00E+00l R/HR REFUEL FLR VENT EXH C RM 1705 8C l6.0 0 E+00l MRiHR SBGT DISCHARGE RM 1705-9 l3.00 E+0 0 l MR/HR REFUEL FLR VENT EXH D RM-170 5 8D l6.0 0 E+ 0 0 l MR/HR REFUEL FLR VENT EXH l NORMAL l PILGRIM .. 07-DE C-1993 3:00

] 112 l RPV NORMAL I PROCESS RADIATION MSL RAD PROC RAD I CNN NORMAL l NORMAL NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l2.67 E+01 l OFFGAS POST TPSATMENT A RM 1705 5 A 14.3 2 E+ 03 l OFFCAS LOG RAD B RM 1705 3B l2.6 7 E + 01 l OFFGAS POST TREATMENT B RM 1705-5B l4.32E+03 l CARBON BED VAULT RM 1705 60 l1.00 E+02 l RBCCW A PROCESS RM 1705 4 A l4.43 E+ 03 l RBCCW D PROCESS RM 1705-4B l4.44 E+ 03 l MAIN STE AM LINE INSTR NO. M R'H R fH1 R ANGE) INSTR NO. R'H R MAIN STEAM LINE A RM 1705-2 A l6.3 3 E+ 0 2 l DRYWELL A R IT1001-606 A l1.0 0 E+ 00 l MAIN STE AM LINE B RM 1705 28 18.15 E + 0 2 l DRYWELL B RIT1001-606 B l9.00E 01 l TORUS A 14AIN STEAM LINE C RM-1705 2C l5.45 E+ 02 l RIT1001-607 A l0.00E+00 l TORUS B i MAIN STEAM LINE D RM 1705-2D l6.33 E+02 l RIT1001-607B l0.00E+00 l PILCRIM . 07-DEC-1993 3:00 O

Messaae No:13 Page 5-26 This is a Drill 1

93-07 A SPDS 111/112 Displays 1993 EE I RPV NORMAL I EFFLUENT RADIATION I CNTMT NORMAL l

] 111 EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 RM 170518 A l1.98 E+ 01] CPS RX BLDG EXH VENT A RM-1705 32 A l1 77 E+01l C PS STACK GAS #2 RM 170518811.98E+01l C PS RX BLDG EXH VENT B RM 1705 32B l1.77E+01l CPS MAIN STACK C AS RT 1001608 l0.00 E+ 00l RIHR RX BLDG EXH VENT RT 1001609 l0.00E+00l R/HR REFUEL FLR VENT EXH A R M-170 5-8 A }6.0 0 E+ 0 0 l MR/HR R ADW ASTE EFFLUENT RM 1705 30 l4.00 E+ 0 3 l C P S REFUEL FLR VENT EXH B RM 1705 8B l6.00 E+ 00 l MRiHR TURB BLDG ROOF EXH RT-1001610 l0.00E+00] RlHR REFUEL FLR VENT EXH C R M-170 5-8 C l6.00 E+ 00 l MRIHR SBGT DISCHARGE RM 1705-9 l3.0 0 E+ 00 l MR/HR REFUEL FLR VENT EXH D RM 1705 80 l6.0 0 E+ 0 0 l MRIHR REFUEL FLR VENT EXH l NORMAL l PILGRIM ... 07 DEC 1993 3:15 O

%s 112 l RPV NORMAL I PROCESS RADIATION I CNTMT NORMAL l MSL RAD l PROC RAD NORMAL l NORMAL PROCESS INSTR NO. MR'HH PROCESS INSTR NO. CPS OFFGAS LOG R AD A RM 1705 3 A l2.6 7 E + 01 1 OFFCAS POST TREATMENT A RM-1705 5 A l4.32 E+03 l OFFGAS LOG R AD B RM 1705-3B l2.6 7 E + 01 l OFFCAS POST TREATMENT B RM-170 5 5B l4.32 E+03 l l

CARBON BED VAULT RM 1705-60 l1.00 E+ 02 l RBCCW A PROCESS RM 1705 4 A l4.43E+03 l RBCCW B PROCESS RM 1705 4B l4.44 E+03 l MAIN STEAM LINE INSTR NO. M R'H R (HIRANGE) INSTR NO. R'H R MAIN STEAM LINE A RM-1705 2 A l6.33E+02 ] DRYWELL A RIT1001 606 A [1.00E+ 00 l MAIN STEAM LINE B RM 1705 2B l8.15 E + 0 2 j DRYWELL B RIT1001-606 8 l9.0 0 E-01 l l MAIN STEAM LINE C TORUS A RM 1705 2C l5.4 5 E+02 l RIT1001 607 A l0.00 E+ 00 l TORUS B MAIN STEAM LINE D RM 1705-2D l6.33 E+ 02 l RIT1001 607B l0.00E+00 l PILGRIM . 07 DEC-1993 3:15 O l 1

Messaae No:14 Page 5-27 This is a Drill 1

i

93-07A SPDS 111/112 Displays 1993 EE O,,, i * " ""*' I EFFLUENT RADIATION LCNM NORMAL l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 RM 170518 A l1.96 E+01l CPS RX BLDG EXH VENT A RM 1705 32A 11.77E+01l CPS STACK GAS #2 RM 1705-18B l1.96 E+01 l CP S RX BLDG EXH VENT B RM 1705 32B [1.77E+01l CPS MAIN STACK GAS RT-1001-608 l0.00 E + 0 0 l R/HR RX BLDG EXH VENT RT-1001 609 10.0 0 E + 00 l R/HR REFUEL FLR VENT EXH A RM-1705 8 A }6.00 E+ 00 l MR/HR RADWASTE EFFLUENT RM-1705 30 l4.00 E + 03 l C P S REFUEL FLR VENT EXH B RM 1705 8B [6.00 E+ 00] MR/HR TURB BLDG ROOF EXH RT-1001610 l0.00E+00l R/HR REFUEL FLR VENT EXH C RM 1705 8C l6.00 E+ 0 0 l MR/HR SBGT DISCHARGE RM 1705 9 l3.0 0 E + 0 0 l MR/H R REFUEL FLR VENT EXH D RM 1705 8D l6.0 0 E+ 00 ] MRiHR REFUEL FLR VENT EXH l NORM AL l PILGRIM ... 07-DEC 1993 3:30 1

112 I RPV NORMAL I PROCESS RADIATION I CNM NORM ALl MSL RAD PROC RAD I

NORMAL NORMAL EHOCESS INSTR NO. MR'HR PROCESS INSTR NO. CPS OFFCAS LOG RAD A RM-1705 3 A 12.6 7 E+ 01 l OFFGAS POST TREATMENT A RM 1705 5 A l4.32E+03 l l OFFGAS LOG RAD B RM 1705 3B l2.6 7 E + 01 l OFFCAS POST TREATMENT B RM 1705 5B l4.32E+03 l CARBON BED VAULT RM 1705 60 l1,0 0 E + 0 2 { RBCCW A PROCESS RM 1705 4 A l4.43E+03 l RBCCW B PROCESS RM 1705 4B l4.44E+03 l MAIN STEAM LINE INSTR NO. MR'HR fHIRANGE) INSTR NO. R'H R MAIN STE AM LINE A RM 1705 2A l6.33 E+02 l DRYWELL A RIT1001 606 A l1.0 0 E+ 00 l MAIN STE AM LINE B RM 1705 2B l8.15 E+ 0 2 l DRYWELL B RIT1001 6068 l9.0 0 E-01 l MAIN STE AM LINE C TORUS A RM 1705 2C l5.4S E+02 l RIT1001 607 A l0.00 E+00 l TORUS B MAIN STEAM LINE D RM 1705 2D l6.33 E+02 l RIT1001 607 B l0.00E+00 l PILGRIM .. 07-DEC 1993 3:30 Messaae No:15 Page 5-28 This is a Drill

93-07A SPDS 111/112 Displays 1993 EE l v^'* - l EFFLUENT RADIATION I CNTMT ALARM l O 111 EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 RM 170518 A [1.97 E+01 l C PE RX BLDG EXH VENT A RM-1705 32 A l1.76 E+01 l CPS STACK CAS 82 R M 1705-18 B 11.9 7 E + 01 l U P S RX BLDG EXH VENT B RM 1705 328 l1.76E+01l CPS MAIN STACK G AS RT-1001-608 l0.0 0 E+ 00l N'HR RX BLDG EXH VENT RT 1001-609 l0.00 E+00l R/HR REFUEL FLR VENT EXH A RM 1705 8A 18.00 E +0 0 l MR/HR RADWASTE EFFLUENT RM 1705-30 l4.00 E+ 0 3 l C P S REFUEL FLR VENT EXH B RM 1705-8B [8.00 E+ 00 l MR/H R TURB BLDG ROOF EXH RT 1001610 l0.00E+00l R/HR REFUEL FLR VENT EXH C RM 1705 8C l8.00 E+ 00 l MR/HR SBGT DISCHARGE RM 1705-9 }4.00 E+ 0 0] MR/HR REFUEL FLR VENT EXH D R M-170 5 8D [8.0 0 E+ 0 0 l MR/HR REFUEL FLR VENT EXH l NORMAL l PILGRIM .. 07 DEC-1993 3:45 O ,,2 i >' - i enocess a^DiATion i ca' ' < i MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705-3 A l1.8 0 E + 0 2 l OFFGAS POST TREATMENT A RM 1705 5 A l4.32E+03 l OFFGAS LOG RAD B R M-170 5-3 0 l1.80 E+0 2 l OFFGAS POST. TREATMENT B RM-1705 5B l4.32 E+ 03 l CARBON BED VAULT RM 1705 60 l9.7 0 E + 01 l RBCCW A PROCESS HM-1705-4 A l4.31 E+ 03 l RBCCW B PROCESS RM 1705 4B l4.32E+03 l INSTR NO. MR/HR (HI R ANGE) INSTR NO. R/HR MAIN STEAM LINE MAIN STE AM LINE A RM-1705 2 A l1.80 E+03 l DRYWELL A RIT10 01-6 06 A l1.0 0 E + 0 2 l DRYWELL B RIT1001-6068 l9.0 9 E+ 01 l MAIN STE AM LINE B RM-1705 2B l1.9 0 E + 03 l TORUS A R IT 1001-6 07 A l4.3 0 E + 0 0 l MAIN STEAM LINE C RM 1705 2C l1.80 E+03 l TORUS B RIT1001 607B l4.30E+ 00 l MAIN STEAM LINE D RM-1705 2D l1.7 0 E + 03 l PILGRIM .. 07-DEC 1993 3:45 O

Messaae No:16 Page 5-29 This is a Drill

93-07A SPDS 111/112 Displays 1993 EE 111 I RPV ALARM l EFFLUENT RADIATION I CNTMT ALARM l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 Rid-1705 18 A l1.9 7 E+ 01 l C P S RX BLDG EXH VENT A RM-1705 32 A l1 78E+01 l C P S STACK GAS #2 RM-1705188 l1.97 E+01 l CP S RX BLDG EXH VENT B RM-1705 32B l1.78E+01l CPS MAIN STACK C AS RT 1001608 l0.00 E+00l RIHR RX BLDG EXH VENT R T-1001 6 0 9 l0.00 E+00l RIHR REFUEL FLR VENT EXH A RM 1705 8A [8.00 E+ 0 0 l MRIHR RADWASTE EFFLUENT RM 1705 30 l4.0 0 E+ 0 3 l C P S -

REFUEL FLR VENT EXH B RM 1705 8B l8.0 0 E+00 l MRIHR TURB BLDG ROOF EXH RT 1001-610 10.00 E+00l RIHR REFUEL FLR VENT EXH C RM 1705 8C 18.00 E+ 00 l MR/HR SBGT DISCHARGE RM 1705-9 l4.00 E+ 00 l MRIHR REFUEL FLR VENT EXH D RM-1705 8D [8.0 0 E + 0 0 l MR/H R REFUEL FLR VENT EXH l NORMAL l PILGRIM ... 07-DEC-1993 4:00 112 I RPV ALARM l PROCESS RADIATION I CNTMT ALARM l MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A R M-170 5-3 A l1.74 E + 0 2 l OFFGAS POST-TREATMENT A RM-170 5 5 A l4.25 E+ 03 l OFFGAS LOG RAD B RM 1705-3B l1.74 E+02 l OFFGAS POST TREATMENT B RM 1705 5B l4.25E+03 l CARBON BED VAULT RM-1705 60 l9.4 0 E + 01 l RBCCW A PROCESS R M 1705 4 A 14.19 E + 0 3 l RBCCW B PROCESS RM 1705 4B l4.20E+03 l MAIN STEAM LINE INSTR NO. MR'HR (HfRANGE) INSTR No. R'HR MAIN STEAM LINE A R M-1705-2 A [1.50 E + 0 3 l DRYWELL A RIT1001 606 A l1.0 0 E + 0 3 l MAIN STEAM LINE B RM 1705 2B l1.60 E+ 0 3 [ DRYWELL B RIT1001 606 B l9.0 9 E+ 0 2 l MAIN STEAM LINE C TORUS A RM 1705-2C l1.5 0 E + 0 3 l RIT1001 607 A l5.00E+01 l TORUS B MAIN STEAM LINE D RM-1705 20 l1.4 0 E+ 03 l RIT1001 607B l5.00E+01 l PILGRIM .. 07-DEC 1993 4:00 O

Messaae No:17 Page 5-30 This is a Drill

L 93-07A SPDS 111/112 Displays 1993 EE l

111 I RPV ALARM I EFFLUENT RADIATION I CNM ALARM l j EFFL RAD NORMAL VENT INSTR NO. UNITS YENT INSTR NO. UNITS ,

STACK GAS #1 RM 170518 A l1.9 6 E+01 l C PS RX BLDG EXH VENT A R M 1705 32 A l1.75 E+ 01 [ C P S }

STACK GAS #2 RM-1705-188 l1.96 E+01l CPS RX BLDG EXH VENT B RM 1705 328 l1.75E+01l CPS MAIN STACK GAS RT 1001-608 l0.00 E+00l R/HR RX BLDG EXH VENT RT-1001 609 l0.00 E+00 l RIHR REFUEL FLR VENT EXH A RM 1705 8A l8.0 0 E+00 l MRIHR RADWASTE EFFLUENT RM 1705 30 l4.00 E+ 03 ] C P S REFUEL FLR VENT EXH B RM 1705 8B 18.00 E+00 l MR/HR TURB BLDG ROOF EXH RT-1001610 l0.00E+00l RIHFt REFUEL FLR VENT EXH C RM 1705 8C 18.00 E+ 00 l MRIHR SBGT DISCHARGE RM 1705 9 l4.00 E +00 l MR/H R l REFUEL FLR VENT EXH D RM 1705 8D l8.0 0 E+ 0 0 l MR/HR i

REFUEL FLR VENT EXH l NORMAL l PILGRIM . 07-DEC 1993 4:15 4

112 I RPV ALARM I PROCESS RADIATION Ic" = ^'^au I MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM-1705 3 A l1.6 8 E + 0 2 l OFFCAS POST-TREATMENT A R M 1705 5 A [4.18 E+ 03 l OFFGAS LOG RAD B RM 1705 3B l1.68 E+02 l OFFCAS POST-TREATMENT B R M 1705 5 B l4.18 E + 03 l CARBON BED VAULT RM 1705 60 19.20 E + 01 l RBCCW A PROCESS R M-170 5 4 A l4.0 7 E + 03 l RBCCW B PROCESS RM-1705-48 l4.08 E+ 0 3 l MAIN STEAM LINE INSTR NO. M R'HR (HI RANGE) INSTR NO. R/HR MAIN STEAM LINE A RM-170 5 2 A l1.55 E+03 l DRYWELL A RIT1001 606 A l1.01 E + 0 3 l MAIN STET.M LINE B RM 1705 2B l1.6 5 E + 03 l DRYWELL B RIT1001-606 B 19.18 E + 0 2 l MAIN STEAM LINE C TORUS A RM 1705 2C [1.55 E+03 l RIT1001 607 A l5.10 E + 01 l TORUS B MAIN STEAM LINE D RM-1705 2D l1.45E+03 l RIT1001 6078 l5.10 E + 01 l l PILGRIM .. 07-DEC-1993 4:15 l

Messaae No:18 Page 5-31 This is a Drill

..-,a--, , - - -

r 93-07A SPDS 111/112 Displays 1993 EE 111 l RPV ALARM I EFFLUENT RADIATION I CNTMT ALARM l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 RM 170518 A l1.96 E+01l CPS RX BLDG EXH VENT A RM 1705-32 A l1.78 E+01 l CPS STACK GAS #2 RM 170518B [96E+01l CPS RX BLDG EXH VENT B RM 1705 32B l1.78E+01l CPS MAIN STACK G AS RT 1001608 l0.00E+00lR/HR RX BLDG EXH VENT RT-1001 609 l0.00 E+00l R/HR REFUEL FLR VENT EXH A RM 1705 8 A l8.0 0 E + 0 0 l MR/HR RADWASTE EFFLUENT RM 1705 30 [4.00 E + 03 ] C P S REFUEL FLR VENT EXH B RM-1705 8B l8.00 E+00 l MR/HR TURB BLDG ROOF EXH RT-1001-610 l0.00 E+ 00] R/HR REFUEL FLR VENT EXH C RM-1705 8C l8.00 E+00 l MR/HR SBGT DISCHARGE RM 1705-9 }4.0 0 E + 0 0 l MR/HR REFUEL FLR VENT EXH D RM-1705 8D [8.00 E+ 00 l MR/HR REFUEL FLR VENT EXH l NORMAL l PILGRIM ... 07 DEC-1993 4:30 112 l RPV ALARM I PROCESS RADIATION I CNTMT ALARM l MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. MR'HR PROCESS INSTR NO. CPS OFFCAS LOG R AD A RM-1705 3 A l1.62 E+ 02 l OFFGAS POST TREATMENT A RM 1705-5 A l4.11 E+ 03 l OFFCAS LOG RAD B RM 1705-3B l1.62 E+02 l OFFCAS POST-TREATMENT B R M 1705 5 B l4.11 E + 03 l CARBON BED VAULT RM-1705 60 l9.0 0 E + 01 l RBCCW A PROCESS RM 1705-4 A l3.9 5 E+ 03 l RBCCW B PROCESS RM 1705-4B l3.96 E+ 03 l MAIN STEAM LlNE INSTR NO. MR'HR (Hf R ANGE) INSTR NO. R 'H R MAIN STE AM LINE A RM-1705 2 A l1.4 0 E + 0 3 l DRYWELL A RIT1001-606 A l1.01 E+ 03 l MAIN STEAM LINE B RM 1705 28 l1.5 0 E+ 0 3 1 DRYWELL 8 RIT1001 6068 l9.20E+ 02 l TORUS A MAIN STE AM LINE C RM 1705 2C l1.4 0 E+ 03 l RIT1001 607 A l5.20E+ 01 l TORUS B MAIN STEAM LINE D RM 1705 2D {1.30 E+03 l RIT1001-607B l5.2 0 E + 01 l PILGRIM .. 07 DEC 1993 4:30 O

Messaae No:19 Page 5 32 This is a Drill

93-07 A SPDS 111/112 Displays 1993 EE 111 l RPV ALARM I EFFLUENT RADIATION I CNN ALARM l EFFL RAD NORMAL YENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 R M 1705 18 A l1.9 6 E+ 01 l C P S RX BLDG EXH VENT A RM 1705 32 A l1.7 9 E+ 01] C PS STACK GAS 82 RM 170518B l1.9 6 E +01 l C P S RX BLDG EXH VENT B RM 1705 32B 11.7 9 E+01l C P S MAIN STACK G AS RT 1001608 l0.0 0 E + 00 l R!HR RX BLDG EXH VENT RT 1001609 l0.00E+00l R/HR REFUEL FLR VENT EXH A RM 1705 8 A l8.00 E+ 0 0 l MR/HR RADWASTE EFFLUENT RM 1705 30 l4.0 0 E + 0 3 ] C P S REFUEL FLR VENT EXH B RM 1705-8B l8.0 0 E+ 00 l MRIHn TURD BLDG ROOF EXH RT-1001610 l0.00E+00l H/HR REFUEL FLR VENT EXH C RM 1705 8C l8.00 E+ 0 0 l MRIHR SBCT DISCHARGE RM-1705 9 p.00 E+00l MRIHR REFUEL FLR VENT EXH D R M-1705 80 l8.0 0 E + 0 0 l MR /H R REFUEL FLR VENT EXH l NORM AL l PILGRIM .. 07 0E C-1993 4:45 1

1 1

1 112 l RPV ALARM I PROCESS RADIATION I CNTMT AL ARM l l (3

i MSL RAD PROC RAD

\ AL AR M NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l1. 5 6 E + 0 2 l OFFGAS POST TREATMENT A RM 1705-5 A l4.04 E+ 03 l ,

l OFFGAS LOG RAD B RM 1705 3B l1.56 E+02 l OFFGAS POST TREATMENT B RM 1705 5B l4.04E+03 l CARBON BED VAULT RM 1705 60 l8.9 0 E + 01 l RBCCW A PROCESS RM 1705 4 A l3.83E+ 03 l l l

RBCCW D PROCESS R M 170 5-4 B l3.8 4 E + 0 3 l l MAIN STEAM LINE INSTR NO. MR'HR (HI R ANGE) INSIR NO. R 'H R MAIN STE AM LINE A RM 1705-2 A l1.35 E+03 l DRYWELL A RIT1001 606 A l1.01 E + 0 3 l MAIN STE AM LINE B RM 1705 2B l1.4 5 E + 0 3 l DRYWELL B RIT1001 6068 [9.20E+ 02 l

.tAIN STE AM LINE C TORUS A R M -170 5-2 C l1.3 5 E+03 l RIT1001-607 A 15. 20 E + 01 l MAIN STE AM LINE D TORUS B RM 1705-2D [1.2 5 E + 03 l RIT1001 607 B l5.2 0 E + 01 l PILGRIM . 07 DEC-1993 4:45 q

Messaae No: 20 Page 5-33 This is a Drill

93-07A SPDS 111/112 Displays 1993 EE 1

l 111 l RPV ALARM I EFFLUENT RADIATION I CNWT ALARM l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 RM 170518A {1.96E+01l CPS RX BLDG EXH VENT A RM 1705 32 A [1.76E+01l CPS STACK GAS #2 RM 1705-18B l1.96 E+01 l CPS RX BLDG EXH VENT B RM 1705 328 l1.76E+01l CPS MAIN STACK G AS RT 1001608 [0.00E+00lR/HR RX BLDG EXH VENT RT-1001609 l0.00E+00] RIHR REFUEL FLR VENT EXH A RM 1705 8A l8.0 0 E+ 0 0 l MR/HR RADWASTE EFFLUENT RM 170 5-30 l4.0 0 E+03 l C P S REFUEL FLR VENT EXH B R M 170 5-8B l8.00 E+ 00 l MRIHR TURB BLDG HOOF EXH RT 1001-610 l0.00E+00l R/HR REFUEL FLR VENT EXH C RM 1705 8C l8.0 0 E+ 00 l MR/HR SBGT DISCHARGE R M-17 0 5 -9 l4.00 E+00 l MR/HR REFUEL FLR VENT EXH D RM 1705-8D l8.0 0 E+ 0 0 l MR/HR REFUEL FLR VENT EXH l NORMAL l PILGRIM ... 07 DEC 1993 5:00 112 I RPV ALARM l PROCESS RADIATION I CNWT ALARM l j MSL RAD PROC RAD ALARM NORMAL j i

PROCESS INSTR NO. MR'HR PROCESS INSTR NO. CPS OFFCAS LOG R AD A R M 1705-3 A l1.5 0 E + 0 2 l OFFGAS POST-TREATMENT A RM 1705-5 A 13.97E+03 l OFFGAS LOG RAD B RM 1705-3B l1.50 E+02 l OFFGAS POST TRE ATMENT B RM 1705 5B l3.97E+03 l .

l CARBON BED VAULT RM 1705 60 l8.8 0 E+ 01 l RBCCW A PROCESS RM-1705 4 A 13.71 E+ 03 l RBCCW B PROCESS RM 1705-4B l3.72 E+ 03 l MAIN STEAM LINE INSTR NO. M R'HR (HI R ANGE) INSTR NO. R'H R MAIN STEAM LINE A RM 1705 2 A [1.30E+03 l DRYWELL A RIT1001 606 A l1.01 E+ 0 3 l MAIN STE AM LINE B RM 1705 28 l1.4 0 E + 0 3 l DRYWELL B RIT1001 6 068 19.18 E+ 0 2 l MAIN STE AM LINE C TORUS A RM 1705 2C l1.30E+03 l RIT1001 607 A [5.2 0 E + 01 l TORUS B MAIN STEAM LINE D RM 1705 2D l1.20 E+ 03 l RIT1001 607B [5.2 0 E+ 01 l PlLGRIM .. 07-DEC 1993 5:00 O Messaae No: 21 Page 5-34 This is a Drill i

~ ~ ~

_9 3-07 A SPDS 111/112 Displays ~ 1993 ~ EE ,

l-111 I RPV ALARM I EFFLUENT RADIATION I CNTMT ALARM l f EFFL RAD  ;

NORMAL ,

i VENT INSTR NO. UNITS YENT INSTR NO. UNITS i

STACK GAS #1 RM 170518 A l1.96 E+01] CP S RX BLDG EXH VENT A R M 1705 32 A l1.7 7 E+ 01 [ C P S STACK GAS #2 RM-170518B l1.9 6 E+01 l C PS . RX BLDG EXH VENT B RM 1705 32B [1.77E+01] CPS MAIN STACK G AS RT 1001608 l0.00E+00lR/HR RX BLDG EXH VENT RT-1001 60 9 [0.00 E+ 00 l RIH R REFUEL FLR VENT EXH A RM 1705 8A 18.0 0 E+ 00 l MR/HR RADWASTE EFFLUENT RM 1705 30 l4.0 0 E+ 03 ] C P S REFUEL FLR VENT EXH B RM-1705 8B [8.00 E+0 0 l MRlHR TURB BLDG ROOF EXH RT-1001610 l0.00E+00l RIHR REFUEL FLR VENT EXH C RM 1705 8C 18.00 E+00l MR/HR SBGT DISCHARGE RM 1705 9 l4.0 0 E+ 00 ] MRIHR REFUEL FLR VENT EXH D RM-1705 8D l8.0 0 E+0 0 l MRlHR REFUEL FLR VENT EXH l NORMAL l PILGRIM ... 07-DEC-1993 5:15 )

l 112 I RPV ALARM l PROCESS RADIATION ICNTMT ALARM l MSL RAD PROC RAD O INSTR NO.

ALARM PROCESS NORMAL INSTR NO. CPS PROCESS M R 'H R OFFGAS LOG RAD A RM 1705 3 A l1.44 E+02 l OFFGAS POST. TREATMENT A RM 1705 5 A l3.91 E+03 l OFFC AS LOG RAD B RM 1705 38 l1.44 E + 0 2 l OFFCAS POST-TREATMENT B R M 1705 5 B l3.91 E + 03 l CARBON BED VAULT RM 1705 60 l8.7 0 E + 01 I RBCCW A PROCESS RM 1705-4 A l3.59 E+03 l RBCCW B PROCESS RM 1705-4B l3.60E+03 l MalN STEAM LINE INSTR NO. MR'HR fHIRANGE1 INSTR NO. R/HR MAIN STEAM LINE A R t.1 170 5 2 A l1.25 E+03 l DRYWELL A RIT1001 606 A l1.0 0 E + 0 3 l 4 l

MAIN STEAM LINE B RM-1705 2B l1.35 E+03 l DRYWELL B RIT1001 606 B l9.09 E+02 l l MAIN STEAM LINE C TORUS A RM 1705 2C l1.25E+03 l RIT1001 607 A l5.10 E + 01 l TORUS B MAIN STEAM LINE D RM 1705 2D l1.15E+03 l RIT1001-6078 l5.10 E + 01 l PILGRIM ... 07 DEC 1993 5:15 O ueseeae no: 22 r.,e s.3s r uis is e o Eiii  ;

l.93-07A SPDS 111/112 Displays 1993 EE 111 I RPV ALARM  ! EFFLUENT RADIATION I CNTMT ALARM l l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS 81 RM 170518 A l1.95 E+01l CPS RX BLDG EXH VENT A RM 1705 32A l1.87 E+01] CPS l

STACK GAS #2 R M 1705 188 l1.9 5 E+ 01 l C P S RX BLDG EXH VENT B RM-1705 320 l1.87 E+01l C PS MAIN STACK G AS R T-1001 608 l0.00 E+ 0 0 l R IHR RX BLDG EXH VENT RT 1001600 l0.00 E+00l RIHR REFUEL FLR VENT EXH A RM 1705 8 A l8.00 E+ 0 0 l MRIHR RADWASTE EFFLUENT RM-170 5 30 l4.0 0 E + 0 3 l C P S REFUEL FLR VENT EXH B RM 1705-8B l8.0 0 E+ 0 0 l MRIH R TURB BLDG ROOF EXH RT-1001 610 l0.0 0 E+00] RIHR REFUEL FLR VENT EXH C RM 1705 8C l8.00 E+ 0 0] MR/HR SBGT DISCHARGE RM 1705-9 l4.0 0 E+ 00 l MR/HR REFUEL FLR VENT EXH D RM-1705 8D [8.00 E+ 00 l MR/HR REFUEL FLR VENT EXH l NORM AL l PILGRIM ... 07 DEC-1993 5:30 r 112 l RPV ALARM l PROCESS RADIATION I CNTMT ALARM l l MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTRJ40. CPS OFFCAS LOG RAD A RM 1705 3 A [1.38 E+ 0 2_ l OFFG AS POST TREATWENT A RM 1705 5 A l3.84E+03 l OFFGAS LOG RAD B RM 1705 3B l1.38 E+0 2 l OFFGAS POST TREATMENT B RM 1705 5B l3.84E+03 ]

CARBON DED VAULT RM 170$.60 l8.5 0 E + 01 l RBCCW A PROCESS RM 1705 4 A l3.47E+ 03 }

R8CCW B PROCESS RM 1705-4B l3.46E+03 ]

MAIN STEAM LINE INSTR NO. MR'HR llil RANGE) INSTR NO. R 'H R MAIN STE AM LINE A R M-1705 2 A l1.20 E+ 03 l DRYWELL A RIT1001 6 06 A l1.00 E+ 03 l MAIN STUM LINE B RM 1705 2B l1.30 E+03 l DRYWELL B RIT1001 606 0 19.0 9 E + 0 2 l MAIN STEAM LINE C TORUS A RM-1705 2C l1.20 E+03 l RIT1001 607 A [5.0 0 E + 01 l MAIN STE AM LINE D TORUS B RM 1705 2D l1.10 E + 0 3 l RIT1001 607B [5.0 0 E + 01 l PILGRIM .. 07 0EC-1993 5:30 O Messaae No: 2 3 Page 5-36 Tliis is a Drill

93-07A SPDS 111/112 Displays 1993 EE 111 I RPV ALARM I EFFLUENT RADIATION I CNTMT ALARM l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 R M-1705 18 A l1.9 5 E+ 01 l C P S RX BLDG EXH VENT A RM 1705 32 A l1.97 E+01l C PS STACK GAS 82 R M-1705 18 B l1.9 5 E + 01 l C P S RX BLDG EXH VENT B RM-1705 32B l1.9 7 E+01 l C P S MAIN ST ACK G AS RT 1001-60s l0.00 E+00l RIHR RX BLDG EXH VENT R T-10 01 - 60 9 l0.00 E+ 00 l RIHR REFUEL FLR VENT EXH A R M-170 5-8 A [8.0 0 E + 0 0 l MR/HR RADWASTE EFFLUENT RM-1705-30 l4 00E+03] CPS REFUEL FLR VENT EXH B R M-170 5 8B l8.00 E+ 00 l MR/HR TURB BLDG ROOF EXH RT 1001610 l0.00E+00l R/HR REFUEL FLR VENT EXH C RM 1705 8C l8.0 0 E+ 0 0 l MR/HR SBGT DISCHARGE RM 1705 S l3.0 0 E+ 0 0l MR/HR REFUEL FLR VENT EXH D RM-1705 8D l8.0 0 E+0 0 l MRlHR REFUEL FLR VENT EXH l NORMAL l PILGRIM .. 07 DEC-1993 5:45 112 l RPV AL ARM I PROCESS RADIATION I CNTMT ALARM l MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705-3 A l1.3 2 E + 0 2 l OFFGAS POST TREATMENT A RM 1705 5 A l3.77 E+ 03 l OFFGAS LOG RAD B R M-1705 3 B l1.3 2 E + 0 2 l OFFG AS POST TRE ATMENT B RM 1705 5B 13.77E+03 l CARBON DED VAULT RM 1705 60 18.4 0 E + 01 l RBCCW A PROCESS RM-1705 4 A 13.35 E+ 03 l RBCCW B PROCESS RM 1705-4B l3.36E+03 !

MAIN STEAM LINE INSTR NO. MR'HR (HIRANGE) INSTR NO. RIHR MAIN STE AM LINE A RM 1705 2 A 11.10 E + 0 3 l DRYWELL A RIT1001-606 A l9.90E+ 02 l MAIN STEAM LINE B RM-1705 2B l1.20 E+03 l DRYWELL B RIT1001-6068 l9.00 E+ 02 l MAIN STEAM LINE C TORUS A RM-1705 2C l1.10 E+ 03 l RIT1001 607 A l4.9 0 E + 01 ]

TORUS B MAIN STEAM LINE D RM-1705 2D l1.0 0 E + 0 3 l RIT 1001 -607 B l4.9 0 E + 01 l PILGRIM .. 07-DEC 1993 5:45 Messaae No: 2 4 page s.37 This is a Drill l I

I

93-07A SPDS 111/112 Displays 1993 EE 111 l RPV AL ARM I EFFLUENT RADIATION I CNTMT ALARM l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 RM 1705-18 A l1.9 5 E+ 01 l C P S RX BLDG EXH VENT A RM-1705 32 A l2.07 E+01lCP S STACK GAS #2 R M 1705 18 B l1. 9 5 E + 01 l C P S RX BLDG EXH VENT B RM 1705 32B l2.07E+01l CPS M AIN STACK GAS RT-1001 608 l0.00 E+0 0 l R/HR RX BLDG EXH VENT RT-1001 60 9 }0.00 E+ 00l R/HR REFUEL FLR VENT EXH A RM 1705 8 A l7.0 0 E+ 00l MR/HR R ADWASTE EFFLUENT RM-1705 30 l4.0 0 E + 03 l C P S REFUEL FLR VENT EXH B R M 170 5 8 B [7.0 0 E + 00 l MR /H R TURB BLDG ROOF EXH RT 1001610 l0.00E+00l RIHR REFUEL FLR VENT EXH C R M 170 5-8C l7.00 E + 0 0 l MR/HR SBGT DISCHARGE RM 1705 9 l3.00 E+ 00 l MR/H R REFUEL FLR VENT EXH D RM 1705-8D l7.00 E+ 00 l MRIHR REFUEL FLR VENT EXH l NORM AL l PILGRIM .. 07-DEC-1993 6:00 112 I RPV ALARM I PROCESS RADIATION I CNTMT ALARM l MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l1.26 E+02 l OFFGAS POST TREATMENT A R M 1705 5 A l3.7 0 E + 0 3 l OFFGAS LOG RAD B RM 1705 3B l1.2 6 E + 0 2 l OFFG AS POST-TRE ATMENT B RM 1705 58 l3.70E+03 l CARBON BED VAULT RM 1705-60 [8.2 0 E+ 01 l RBCCW A PROCESS RM 1705 6 A p.22 E+03 l RBCCW D PROCESS RM 1705 4B l3.24E,03 l MajN STEAM LINE !NSTR NO. M R'HR (Hf RANGE) INSTR NO. R'H R MAIN STE AM LINE A RM 1705 2 A l1.00 E4 03 l DRYWELL A RIT1001 606 A l9.90 E+ 02 l MA!N STE AM LINE B RM 1705-2B l1.10 E + 0 3 l DRYWELL B RIT 1001 -606 B [9.00 E+02 l MAIN STEAM LINE C TORUS A RM 1705 2C l1.00 E+03 l RIT1001 607 A l4.70 E + 01 l TORUS B MAIN STEAM LINE D RM 1705 2D l9.00 E+02 l RIT1001 607B [4.7 0 E+ 01 l PILG RIM .. 07 DEC-1993 6:00 O

Messaae No: 2 5 Page 5-38 This is a Drill

93-07A SPDS 111/112 Displays 1993 EE j l

l c 111 I RPV ALARM l EFFLUENT RADIATION I CNWT AL ARM l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS 81 RM 170518 A l1.95E+01l CPS RX BLDG EXH VENT A R M 1705-32 A l2.17 E + 01 l C P S STACK GAS #2 RM 170518B l1.9 5E+ 01l C PS RX BLDG EXH VENT B R M 1705 32 B l2.17 E+ 01 ] C P S MAIN STACK C AS RT-1001608 l0.00E+00l R/HR RX BLDG EXH VENT RT-1001-609 l0.00 E+00l R/HR REFUEL FLR VENT EXH A RM-1705 8 A l7.0 0 E+ 0 0 l MR/HR RADWASTE EFFLUENT RM-1705-30 H.00 E+03l CPS REFUEL FLR VENT EXH B RM-1705 8B l7.0 0 E+ 00 l M A/HR TURB BLDG ROOF EXH RT 1001-610 l0.00E+00l R/HR REFUEL FLR VENT EXH C R M 1705-8C [7.00 E+ 0 0 l MRIHR SBGT DISCHARGE RM 1705 9 l3.00 E+ 00 l MR/HR REFUEL FLR VENT EXH D RM 1705-8D [7.00 E+ 0 0 l MR/HR REFUEL FLR VENT EXH l NORMAL l P!LGRIM a- 07 DEC-1993 6:15 112 I RPV ALARM l PROCESS RADIATION I CNTMT AL ARM l MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. M R 'H R PROCESS INSTR NO. CPS OFFGAS LOG R AD A RM 1705-3 A l1.20 E+ 02 l OFFGAS POST TREATMENT A RM-1705 5 A l3.63 E+ 0 3 l OFFCAS LOG RAD B R M-1705 3B l1.2 0 E + 0 2 l OFFCAS POST-TREATMENT B RM 1705 5B ]3.63E+03 l CARBON BED VAULT RM 1705 60 l8. 0 0 E + 01 l RBCCW A PROCESS RM-1705 4 A l3.11 E+03 l RBCCW B PROCESS RM-1705 4B [3.12 E+ 03 l MAIN STEAM LINE INSTR NO. MR'HR (H1 RANGE) INSTR NO. R'H R MAIN STEAM LINE A RM 1705 2 A l9.50 E+02 l DRYWELL A RIT1001 606 A l2.70E+04 l MAIN STEAM LINE B RM 1705 28 l1.05 E+03 l DRYWELL B RIT1001 6068 l2.62E+ 04 l MAIN STEAM LINE C TORUS A RM 1705-2C l9.50E+02 ] RIT1001 607 A l1.50 E+ 03 l TORUS B MAIN STE AM LINE D RM 1705 2D l8.50 E+02 ] R IT1001 -607 B l1.50E+03 l PILGRIM

• 07 DEC-1993 6:15 O

Messaae No: 2 6 Page 5-39 This is a Drill

93-07 A SPDS 111/112 Displays 1993 EE 111 l RPV ALARM i EFFLUENT RADIATION l CNMT ALARM l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 R M-1705 18 A l1.9 5 E + 01 l C P S RX BLDG EXH VENT A RM-1705-32 A l2.2 7 E+01 l C P S STACK GAS #2 RM 1705-18B l1.9 5 E+ 01 l C P S RX BLDG EXH VENT B RM 1705 32B l2.27E+01l CPS MAIN STACK G AS RT-1001608 l0.00E+00l R/HR RX BLDG EXH VENT RT-1001-609 l0.00 E+00l R/HR 4

REFUEL FLR VENT EXH A RM 1705 8A l7.00 E+ 00l MR/HR RADWASTE EFFLUENT RM 1705 30 l4.0 0 E+03 l C P S REFUEL FLR VENT EXH B RM 1705 8B l7.0 0 E+ 00 l MRlHR TURB BLDG ROOF EXH RT-1001610 l0.00E+00l R/HR REFUEL FLR VEN1 EXH C RM 1705 8C l7.00 E+0 0 l MR/HR SBGT DISCHARGE R M-170 5- 0 [3.00 E+ 00 l MR/HR REFUEL FLR VENT EXH D R M-170 5-B D l7.00 E+0 0] MR/HR REFUEL FLR VENT EXH l NORM AL l PILGRIM ... 07-DEC 1993 6:30 i I

i lRPVA'^"" PROCESS RADIATION ICN N ALARM l O 112 l MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. MR'HR PROCESS INSTR NO. CPS OFFGAS LOG R AD A RM 1705 3 A l1.14 E + 0 2 l OFFGAS POST TREATMENT A RM 1705 5 A 13.56E+03 ]

OFFGAS LOG RAD B RM 1705 3B l1.14 E + 0 2 l OFFGAS POST TREATMENT B RM-1705 5B l3.56 E+ 03 l CARBON BED VAULT RM 1705 60 [7.9 0 E + 01 l RBCCW A PROCESS RM-170 5-4 A l2.9 9 E+ 0 3 l l RBCCW B PROCESS RM 1705 4B l3.00E+03 l MAIN STEAM LINE INSTR NO. M R'H R (HfRANGE) INSTR NO. R/H R MAIN STEAM LINE A RM 1705 2 A l3.20E+03 l DRYWELL A RIT1001 606 A [2.80E+ 04 l MAIN STEAM LINE B RM 1705 2B l3.30 E+ 03 l DRYWELL B RIT1001-606 B [2.72 E+04 l MAIN STEAM LINE C TORUS A RM 1705 2C l3.20E+03 l RIT1001-607 A l1.44 E+03 l MAIN STEAM LINE D TORU3 B RM 1705-2D l3.10 E+03 l RIT1001607B l1.44 E+ 03 l PILGRIM .. 07-DEC-1993 6 :3 0 O

Messaac No: 2 7 Page 5-40 This is a Drill

93-07A SPDS 111/112 Displays 1993 EE 111 IRPVA'^a" l EFFLUENT RADIATION I CNTMT ALARM l l EFFL RAD ALARM VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 RM 170518 A l1.00 E+24l C PS RX BLDC EXH VENT A RM 1705-32 A l2.37 E+01l C PS STACK GAS #2 RM 1705189 l1.00 E+ 24l CPS RX BLDG EXH VENT B RM 1705 32B 12.37E+01] CPS MAIN STACK C AS RT-1001 60 8 l5.30 E+ 01 l R/HR RX BLDG EXH VENT RT-1001-609 l0.00 E+00l R/HR REFUEL FLR VENT EXH A RM 1705 8 A [7.00 E+ 00 l MR/HR RADWASTE EFFLUENT RM 1705 30 l4.00 E + 0 3 l C P S REFUEL FLR VENT EXH B RM 1705 8B [7.0 0 E+ 0 0 l M R/HR TURB BLDG ROOF EXH RT 1001610 l0.00E+00l RIHR REFUEL FLR VENT EXH C RM 1705 8C [7.00 E+ 0 0 l MRlHR SBGT DISCHARGE RM-1705 9 l1.00 E+ 24 l MRIHR REFUEL FLR VENT EXH D R M-170 5-8 D [7 00E+00l MRIHR REFUEL FLR VENT EXH l NORMAL l PILGRIM .. 07 DEC 1993 6:45 112 l RPV ALARM I PROCESS RADIATION I CNM ALARM ]

MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. MR'HR PROCESS INSTR NO. CPS OFFCAS LOG RAD A RM 1705 3 A l1.08 E+02 l OFFGAS POST TREATMENT A RM 1705 5 A l3.49 E+03 l OFFGAS LOG RAD B HM 1705 3B l1.08 E+ 02 l OFFGAS POST-TREATMENT B RM 1705 5B l3.49 E+03 l CARBON BED VAULT RM 1705 60 l7.8 0 E + 01 l RBCCW A PROCESS RM 1705 4 A l2.87E+03 l RBCCW B PROCESS RM 1705 4B l2.88E+03 l MAIN STE AM LINE INSTR NO. MR'HR (Hf RANGE) INSTR NO. RIH R MAIN STE AM LINE A RM-1705 2 A l3.10 E + 03 l DRYWELL A RIT1001-606 A l2.60E+04 l MAIN STEAM LINE B RM 1705 2B l3.20 E+03 l DRYWELL B RIT1001 606 B l2.52 E+ 04 l TORUS A MAIN STE AM LINE C RM 1705 2C [3.10 E + 0 3 l RIT1001 607 A (1.3 8 E + 03 l )

TORUS B MAIN STEAM LINE D RM 1705 2D l3.0 0 E + 0 3 RIT1001 607B 11.38 E+ 03 l PILGRIM . 07 DEC 1993 6:45 Messaae No: 2 8 Page 5-n This is a Drill

i 93-07A SPDS 111/112 Displays 1993 EE 111 I RPV ALARM I EFFLUENT RADIATION ICN M ALARM l EFFL RAD ALARM VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS 81 RM 1705-18 A l1.00E+24 lC PS RX BLDG EXH VENT A RM-1705 32 A l2.47 E+01[ CPS STACK GAS #2 RM 170518B [1.00E+24l CPS RX BLDG EXH VENT B RM-1705-328 l2.47 E+ 01 l CPS MAIN STACK GAS R T-1001-608 15.0 5 E + 01 l R/H R RX BLDG EXH VENT R T-1001 60 9 10.00 E + 00 l R/HR REFUEL FLR VENT EXH A RM 1705 8A [7.00 E+ 00] MR/HR RADWASTE EFFLUENT RM 1705-30 [4.00 E+ 03 ] C P S REFUEL FLR VENT EXH B R M-170 5-8 B l7.00 E+00 l MR/HR TURB BLDG ROOF EXH RT 1001-610 l0.00E+00l R/HR REFUEL FLR VEtn EXH C RM 1705 SC l7.00 E+ 00 l MR/HR SBGT DISCHARGE RM 1705 9 l1.0 0 E+ 24 l MR/H R REFUEL FLR VENT EXH D RM 1705-8D l7.0 0 E+ 00 l MR/HR REFUEL FLR VENT EXH l NORMAL l PILGRIM ... 07-DEC-1993 7:00 0 112 l RPV ALARM I PROCESS RADIATION Ic" N ^'^a" I MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. MRtHR PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3A {1.02 E+ 02 l OFFGAS POST TREATMENT A RM 1705 5 A [3.42E+03 l OFFGAS LOG RAD 8 RM 1705 3B l1.0 2 E + 0 2 l OFFCAS POST TREATMENT B RM-1705 5B l3.42E+03 l CARBON BED VAULT RM 1705-60 l7.6 0 E + 01 l RBCCW A PROCESS RM 1705 4A l2.75E+03 l RBCCW B PROCESS RM-1705 4B l2.76E+03 l P MAIN STEAM LINE INSTR NO. MR/HR fHIRANGE) INSTR NO. RHR MAIN STEAM LINE A RM 1705 2 A l3.00 E+03 l DRYWELL A RIT1001 606 A l2.30E+ 04 l MAIN STEAM LINE B RM 1705 2B [3.10 E + 03 l DRYWELL B RIT1001606B ' [2.23E+04 l .

MAIN STEAM LINE C TORUS A .  !

RM 1705 2C [3.00 E+ 03J RIT1001 607 A l1.32 E+ 0 3 l TORUS B MAIN STEAM LINE D RM 1705 2D l2.9 0 E + 0 3 l RIT1001 607B l1.32 E+ 03 l PILGRIM .. 07 DEC 1993 7:00 Messaae No: 2 9 Page 5 42 This is a Drill

1 1

93-07A SPDS 111/112 Displays 1993 EE l 1

A EFFLUENT RADIATION I CNTMT ALARM l V 111 I RPV ALARM I EFFL RAD ALARM VENT INSTR NO. UNITS VENT INSTR NO. UNITS ,

i STACK GAS #1 RM-170518 A l1.00E +24] C PS RX BLDG EXH VENT A RM 1705 32 A l2.57 E+ 01l C PS l STACK G AS #2 RM 1705188 l1.00 E+ 24l C PS RX BLDG EXH VENT B RM 1705 328 l2.57E+01l CPS MAIN STACK G AS RT-1001 608 l4.8 5 E+01 l R/HR RX BLDG EXH VENT RT-1001-609 l0.00 E+00l RIHR REFUEL FLR VENT EXH A RM 1705 8 A [7.0 0 E + 00 l MR/HR RADWASTE EFFLUENT RM 1705 30 14.00 E+ 03 l C P S REFUEL FLR VENT EXH B RM 1705-8B l7.0 0 E+ 0 0 l MR/H R TURB BLDG ROOF EXH RT 1001610 l0.00E+00l RlHR REFUEL FLR VENT EXH C RM 1705 8C l7.00 E+ 00l M9/HR SBGT DISCHARGE RM 1705 9 l1.00 E + 24 l MR/HR REFUEL FLH VENT EXH D RM 1705 8D l7.0 0 E+ 00l MRIHR REFUEL FLR VENT EXH l NORM AL l PILGRIM ... 07-DEC 1993 7:15 112 I RPV ALARM I PROCESS RADIATION I CNTMT AL ARM l MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l9.6 0 E + 01 l OFFGAS POST TREATMENT A R M 170 5 5 A l3.3 5 E+ 0 3 l OFFGAS LOG RAD B RM-1705 3B l9.6 0 E + 01 l OFFCAS POST TREATMENT B RM 1705-5B l3.35E+03 l CARBON BED VAULT RM-1705 30 l7.4 0 E+ 01 l RBCCW A PROCESS RM 1705-4 A l2.63 E+03 l RBCCW B PROCESS RM 1705-4B 12.64 E+ 03 l MAIN STEAM LINE INSTR NO. MR'HR (HI RANGE) INSTR NO. R/HR MAIN STEAM LINE A RM 1705 2 A l2.80 E+ 03] DRYWELL A RIT1001 606 A 12.00 E+04 l MAIN STE AM LINE B RM-1705 20 l2.90 E+03 } DRYWELL B RIT1001 606 B l1.94 E+ 04 l TORUS A MAIN STEAM LINE C RM 1705 2C l2.80 E+03 l RIT1001 607 A l1.26 E+ 03 l TORUS B MAIN STEAM LINE D RM-1705-2D l2.70 E+03 l RIT1001-607B l1.26E+ 03 l PILGRIM . 07-DEC-1993 7:15 Messaae No: 3 0 Page 5-43 This is a Drill

93-07A SPDS 111/112 Displays 1993 EE LaPv^'^a" l EFFLUENT RADIATION I CNTMT ALARM l O111 EFFL RAD ALARM VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK CAS 81 RM-1705-18 A l1.00 E+ 24 l CP S RX BLDG EXH VENT A RM-1705 32 A l2.67 E+01 l C PS STACK GAS #2 RM 170518B l1.00E+24l CPS RX BLDG EXH VENT B RM 1705 32B [2.67E+01l CPS MAIN $?ACK G AS R T-1001 608 [4.6 5 E+ 01 l RtHR RX BLDG EXH VENT RT 1001609 l0.00E+00l RIHR l

REFUEL FLR VENT EXH A RM 1705-8 A l7.00 E+00 l MRIHR R ADWASTE EFFLUENT RM 1705-30 l4.00 E+ 0 3 l C P S REFUEL FLR VENT EXH B RM-1705 8B l7.00 E+ 00 l MR/HR TURB BLDG ROOF EXH RT-1001-610 10.00 E+00l RIHR REFUEL FLR VENT EXH C RM 1705 8C l7.00 E+ 0 0 l MRIHR SBOT DISCHARGE RM 1705-9 {1.00 E+ 24 l MR!HR REFUEL FLR VENT EXH D RM-1705 8D [7.0 0 E+ 00 l MRIHR REFUEL FLR VENT EXH l NORMAL l l

PILGRIM .. 07 DEC 1993 7:30 j

O 112 IaPV^'^a" l PROCESS RADIATION I CNTMT ALARM l MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFCAS LOG RAD A RM 1705 3 A l9.0 0 E+ 01 l OFFGAS POST-TREATMENT A RM 1705 5 A l3.28E+03 l ]

OFFCAS LOG RAD B RM 1705 3B l9.00 E+01 l OFFG AS POST. TREATMENT B RM 1705 5B l3.28E+03 l l l

l CARBON BED VAULT R M 1705-60 l7.? O E + 01 l RBCCW A PROCESS RM-1705 4 A l2.51 E+03 l l l

RBCCW B PROCESS RM 1705 4B l2.52E+03 l l

\

1 MAIN STEAM LINE INSTR NO. M R'HR (HI RANGE) INSTR NO. R 'H R MAIN STEAM LINE A RM 1705 2A l2.70 E+03 l DRYWELL A RIT1001-606 A l1.80 E+ 0 4 l MAIN STE AM LINE B RM 1705 28 l2.80E+03 l DRYWELL B RIT1001-zoss l1.75 E+04 l MAIN STEAM LINE C TORUS A RM 1705-2C l2.70 E+00 l RIT1001 607 A l1.20 E+ 03 l TORUS B MAIN STEAM LINE D RM 1705 2D [2.60 E+03 l RIT1001 607 B l1.20 E+03 l PILC RIM 07-DEC 1993 7:30 O

Messaae No: 31 Page s.44 This is a Drill i

93-07A SPDS 111/112 Displays 1993 EE O ,,, ia""*'^a" l EFFLUENT RADIATION I cat"' ^'^a" I i

EFFL RAD ALARM VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS #1 RM 170518 A l1.00E+ 24l CPS RX BLDG EXH VENT A RM 1705 32A l2 77E+01l CPS STACK GAS #2 RM 1705188 l100E+24] CPS RX BLDG EXH VENT B RM 1705 32812.77E+01l CPS MAIN STACK G AS RT 1001 608 14.50 E + 01 l R/HR RX BLDG EXH VENT RT 1001609 l0.00E+00l R/HR i, REFf ' f EXH A RM 1705 8 A l6.00 E+ 00 ] MRIHR R ADW ASTE EFFLUENT RM-1705 30 p.00E+03l CPS REFUE. ..af EXH B RM-1705 8B 16.00 E+ 00 l MR/HR TURB BLDG ROOF EXH RT 1001610 l0.00E+00l R/HR REFUEL FLR %ENT EXH C RM 1705 8C l6.00 E+ 00 l MR/HH SBGT DISCHARGE RM 1705-9 l1.00 E+ 24 l WR/HR REFUEL FLR VENT EXH D RM 1705-8D l6.0 0 E+ 00 l MR/HR REFUEL FLR VENT EXH l NORM AL l PILGRIM . 07-DEC-1993 7:45 i

i O 112 I RP V ^' Aa" l PROCESS RADIATION I CNTMT ALARM l MSL RAD PROC RAD ALARM NORMAL l l

PROCESS ._ INSTR NO. MR'HR PROCESS INSTR NO. CPS l OFFCAS LOG RAD A OFFGAS POST TREATMENT A RM-1705 5 A l3.22 E+ 03 l j RM 170 -3 A l8.4 0 E + 01 l OFFGAS LOG RAD B RM 1705 3B l8.4 0 E + 01 l OFFGAS POST. TREATMENT B RM 1705-5B 13.22E+03 l  ;

i CARBON BED VAULT RM-1705 60 l7.0 0 E + 01 l RBCCW A PROCESS RM 1705 4 A [2.39E+03 l RBCCW B PROCESS RM-1705 4B l2.40E+ 03 l MAIN STEAM LINE INSTR NO. MR'HR (HI RANGE) INSTR NO. R'HR I MAIN STEAM LINE A RM 1705 2 A l2.60 E+03 l DRYWELL A RIT1001 606 A l1.60 E+04 l MAIN STEAM LINE B RM 1705 2B l2.70 E+03 l DRYWELL B RIT1001 606 B l1.5 5 E + 0 4 l TORUS A MAIN STEAM LINE C RM 1705 2C l2.60 E+03 l RI T1001-607 A l1.14 E+ 03 l ]

TORUS B l MAIN STE AM LINE D RM 1705 2D l2.50 E+03 l RIT1001 607B l1.14 E+ 03J PILCRIM .. 07-DEC 1993 7:45 O

Messaae No: 3 2 Page 5-45 This is a Drill

93-07A SPDS 111/112 Displays 1993 EE 111 I RPV ALARM l EFFLUENT RADIATION I CNTMT ALARM l EFFL RAD ALARM VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK CAS #1 RM 170518 A l1.00 E+ 24l CPS RX BLDG EXH VENT A R M 1705 3 2 A l2.87 E + 01 ] C P S STACK GAS #2 RM 1705188 l1.00E+24l CPS RX BLDG EXH VENT B RM 1705-32B l2.87 E+01l C PS MAIN STACK G AS RT 1001608 14.3 0 E + 01 l R /H R RX BLDG EXH VENT RT 1001609 l0.00E+00] R/HR  ;

REFUEL FLR VENT EXH A RM 1705 8 A l6.0 0 E + 00 l MRIHR RADvfASTE EFFLUENT RM-1705 30 l4.00 E+ 0 3 l C P S REFUEL FL3 VENT EXH B RM 1705 8B l6.0 0 E + 0 0 ] MR /HR TURB BLDG ROOF EXH RT-1001-610 l0.00E+00l R/HR REFUEL FLR VENT EXH C RM-1705 8C l6.00 E+ 00 l MR/HR SBGT DISCHARGE RM-1705 9 l1.0 0 E + 24 l MRIH R REFUEL FLR VENT EXH D RM 1705-BD l6.0 0 E+ 00l MR!HR REFUEL FLR VENT EXH l NORMAL l PILGRIM . 07-DEC 1993 8:00 l

l IaPV^'Anu PROCESS RADIATION O 112 l MSL RAD PROC RAD I CNTMT AL ARM l l

ALARM NORMAL PROCESS INSTR NO. MR'HR PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A [7. 8 0 E + 01 l OFFGAS POST. TREATMENT A RM 1705-5 A l3.1 S E+ 03 l OFFGAS LOG RAD B RM-1705 3B [7.8 0 E + 01 l OFFGAS POST TREATMENT B RM 1705 58 l3.15 E+ 03 l CARDON BED VAULT RM 1705 50 l6.8 0 E + 01 l RBCCW A PROCESS RM 1705 4 A l2.27E+03 l RBCCW B PROCESS RM 1705 4B l2.28E+03 l MAIN STEAM LINE INSTR NO. MR!HR (HfRANGE) INSTR NO. R'H R MAIN STE AM LINE A RM 1705 2 A l2.50 E+ 03 l DRYWELL A RIT1001 606 A l1.4 0 E + 0 4 l MAIN STE AM LINE B RM 1705-2B l2.60E+03 l DRYWELL B RIT1001 606B l1.36 E+ 04 l MAIN STE AM LINE C TORUS A R M-1705 2C l2.50 E+ 03 l RIT1001 607 A l1.0 8 E + 0 3 l TORUS B MAIN STEAM LINE D RM 1705 2D l2.40 E+03 l RIT1001 607B l1.08 E+03 l l

PILGRIM .. 07 DEC-1993 8:00 1 O

Messaac No: 3 3 Page 5 46 This is a Drill i

93-07 A SPDS 111/112 Displays 1993 EE 111 I RPV ALARM l EFFLUENT RADIATION I CNWT ALARM l EFFL RAD ALARM VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK CAS $1 R M 1705-18 A [1.0 0 E + 2 4 l C P S RX BLOG EXH VENT A RM 1705 32A l2.97E+01l CPS STACK GAS 82 R M 1705-18 B l1.0 0 E + 24 l C P S RX BLDG EXH VENT B RM 1705 32B l2.97E+01l CPS MAIN STACK G AS RT-1001 608 l4.10 E+ 01 l R/HR RX BLDG EXH VENT RT-1001-609 l0.00 E+00l RIHR REFUEL FLR VENT EXH A RM 1705 8 A l6.00 E+0 0l MR/HR R ADWASTE EFFLUENT RM-1705-30 l4 00E+03l CPS REFUEL FLR VENT EXH B RM 1705 8B [6.00 E+00 l MR/HR TURB BLDG ROOF EXH RT-1001-610 l0.00 E+00l RlHR REFUEL FLR VENT EXH C RM 1705 8C l6.00 E+00 l MRIHR SBGT DISCHARGE RM 1705 9 l1.00 E+ 2 4 l MR/HR REFUEL FLR VENT EXH D 'sM 170 5 8D l6.0 0 E+ 00 l MR/HR REFUEL FLR VENT EXH l NORMAL l PILGRIM

• 07-DN 1993 8:15 112 l RPV ALARM l PROCESS RADIATION I CNNT ALARM l MSL RAD PROC RAD AL AR M NORMAL PROCESS INSTR NO. M R'H R PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3A l7.2 0 E + 01 l OFFCAS POST-TRE ATMENT A RM 1705 5 A l3.06E+03 l OFFCAS LOG RAD B RM-1705 38 l7.2 0 E + 01 l OFFGAS POST-TREATMENT B RM 1705-5B l3.08E+ 03 l CARBON BED VAULT RM 1705-60 [6. 7 0 E + 01 l RBCCW A PROCESS RM 1705 4 A l2.15 E+ 03 l RBCCW B PROCESS RM-1705-4B l2.16 E+ 03 l MAIN STEAM LINE INSTR NO. MR/HR (HI RANGE) INSTR NO. R'H R MAIN STEAM LINE A RM 1705 2 A l2.40E+ 03 l DRYWELL A RIT1001 606 A l1.2 0 E + 0 4 l MAIN STEAM LINE B RM 1705 28 l2.50 E + 0 3 l DRYWELL B RIT1001 6068 l1.17 E + 0 4 l MAIN STEAM LINE C TORUS A R M.1705 2C {2.40 E+03 l RIT1001 607 A l1.02 E+ 03 l TORUS B MAIN STEAM LINE D RM-1705 2D l2.30 E+03 l GlT1001 607B l1.0 2 E + 0 3 l PILGRIM ... 07 DEC-1993 8:15 O

Messaae No: 3 4 Page 5-47 This is a Drill

93-07 A SPDS 111/112 Displays 1993 EE 111 I RPV ALARM I EFFLUENT RADIATION I CNTMT ALARM l EFFL RAD NORMAL VENT INSTR NO. UNITS VENT INSTR NO. UNITS STACK GAS 81 RM 170518 A l1.00 E+03] CP S RX BLDG EXH VENT A R M-170 5-3 2 A ]3.0 7 E+ 01 l C P S STACK GAS #2 RM 1705-18B l1.00 E+03] C P S RX BLDG EXH VENT B RM 1705 320 l3.07E+01l CPS MAIN STACK GAS R T-1001 - 60 8 l0.00 E + 00 l R /H R RX BLDG EXH VENT RT 1001-609 l0.00 E+00l R/HR REFUEL FLR VENT EXH A RM 1705 8A l6.00 E+ 00 l MR/HR RADWASTE EFFLUENT RM 1705-30 l4.0 0 E + 0 3 l C P S REFUEL FLR VENT EXH B RM-1705 8B [6.00 E+ 0 01 MR/HR TURB BLDG ROOF EXH RT 1001-610 l0.00 E+00l RIHR REFUEL FLR VENT EXH C RM 1705-8C l6,0 0 E+0 0 l MR/HR SBGT DISCHARGE RM 1705 9 [1.00 E+ 24 l MRIHR REFUEL FLR VENT EXH D RM 1705 8D l6.00 E+ 0 0 l MR/HR REFUEL FLR VENT EXH l NORM AL l PlLG RIM - 07 DEC 1993 8:30 ,

112 I RPV ALARM l PROCESS RADIATION I CNTMT ALARM l MSL RAD PROC RAD ALARM NORMAL PROCESS INSTR NO. MR/HR PROCESS INSTR NO. CPS OFFGAS LOG RAD A RM 1705 3 A l6.6 0 E + 01 l OFFG AS POST-TREATMENT A RM 1705 5 A {3.01 E+03 l OFFGAS LOG RAD B RM-1705 3B l6.6 0 E + 01 l OFFGAS POST TREATMENT B RM 1705 5B l3.01 E+03 l CARBON BED VAULT RM 1705 60 l6.6 0 E + 01 l RBCCW A PROCESS RM 1705-4 A l2.03 E+ 03 l RBCCW B PROCESS R M 170 5 4 B l2.0 4 E + 0 3 l MAIN STEAM LINE INSTR NO. MR/HR (HI RANGE) INSTR NO RIHR MAIN STE AM LINE A RM 170 5-2 A l2.30E+03 l DRYWELL A RIT1001 606 A l1.0 0 E + 04 l MAIN STEAM LINE B RM 1705 2B l2.40 E+03 l DRYWELL B RIT1001 6068 l9.71 E+03 l MAIN STE AM LINE C TORUS A RM 1705 2C l2.30 E+03 l RIT1001-607 A 19.60 E+ 02 l TORUS B MAIN STE AM LINE D RM 1705 2D l2.20 E+ 03 l RIT1001 607B l9.60 E+ 02 l P!LCRIM . 07 DEC 1993 8:30 O Messaae No: 3 5 Page 5-48 This is a Drill

O O O  :

i 93-07A 1993 EE  !

413 RPV NORMAL AREA RADIATION CNTMT NORMAL 1

EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.10E+00l NEW FUEL RACKS R E-12 . l2.00E-01 l DRYWELL B RIT1001-6068 l1.00E+00l REFUEL FLR NEW FUEL VAULT R E-11 l5.00 E+ 00 l TORUS A RIT1001-607 A l0.00E+00l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607B R E-13 l0.00E+00l REFUEL FLR-SHIELD PLUG l3.00 E + 00 l t

AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-1610.00E+00l RADWASTE CHEM WST REC TANK RE-7 [6.00 E + 00 l RX BLDG OUTSIDE TIP RM R E-8 R E-5 l1.20 E+01 l j l4.00E+00l RADWASTE CORRIDOR R E-9 l7.00E-01 l RXBLDG ACCESS SE R E- 10 l6.00E+00l . RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD R E-4 l1.00 E + 02 l FW HEATER STAIRWAY RE-2 l2.00 E+ 01 l PILGRIM 07-DEC 1993 0:00 Messaae No: 1 This isla Drill Page 5-49 This is a Drill

_- - . -___ . . - - - .. - - - --- - - - , - , . - - . , - - ~ . . . .. ,- . --- ,- -.... -- -... , ~ , . . - . . - - . . ~ ~ + - . n.- - - . . , . , . - - . ~ - .

O O O 93-07A 1993 EE RPV NORMAL AREA RADIATION CNTMT NORMAL 413 EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.10E+00l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT1001-606B l1.00E+00l REFUEL FLR-NEW FUEL VAULT R E-11 l5.00 E + 00 l TORUS A RIT1001-607 A [0.00E+00l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607 8 R E-13 l0.00E+00l REFUEL FLR-SHIELD PLUG l3.00 E + 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l R E-8 R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM l4.00E+00l RADWASTE CORRIDOR R E-9 l7.00 E-01 l RXBLDG ACCESS-SE R E- 10 l6.00E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E +01 l TURBINE FRONT STANDARD R E-4 l1.00 E + 02l FW HEATER STAIRWAY RE-2 l2.00 E + 01 l PILGRIM .. 07-DEC-1993 0:15 Messaae No: 2 This is a Drill Page 5-50 This is a Drill

O O O 93-07 A 1993 EE 413 RPV NORMAL AREA RADIATION c"TMT "onu^'

EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.10E+00l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT1001-606B l1.00E+00l REFUEL FLR NEW FUEL VAULT R E-11 l5.00 E + 00 l TORUS A RIT1001 607 A . l0.00E+00l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607B R E-i 3 l0.00E+00l REFUEL FLR-SHIELD PLUG l3.00 E + 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP RE-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l R E-8 R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM l4.00E+00l RADWASTE CORRIDOR R E-9 l7.00 E-01 l RXBLDG ACCESS-SE R E- 10 l6.00E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD RE-4 l1.00 E+ 02 l FW HEATER STAIRWAY RE-2 l2.00 E + 01 l PILGRIM . 07-DEC-1993 0:30 Messace No: 3 This is a Drill Page 5-51 This is a Drill

O O O 9 3-07 A 1993 EE CNTMT NORMAL 413 RPV NORMAL AREA RADIATION EFFL HAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.10E+00l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT1001-6060 l1.00E+00l REFUEL FLR NEW FUEL VAULT R E-11 [5.00 E + 00 l TORUS A RIT1001-607 A l0.00E+00l REFUEL FLR Si ENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607B R E-13 l3.00 E + 00 l l0.00E+00l REFUEL FLR-SHIELD PLUG AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00E+00l R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 l4.00E+00l RADWASTE CORRIDOR R E-10 R E-9 l7.00E-01 l RXBLDG ACCESS-SE l6.00E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E+ 01 l TURBINE FRONT STANDARD FI E-4 l1.00 E + 02 l FW HEATER STAIRWAY RE-2 l2.00 E + 01 l PILGRIM 07-DEC-1993 0:45 Message No: 4 This is a Drill Page 5-52 This is a Drill

O O O 93-07A 1993 EE CNTMT NORMAL 413 RPV NORMAL AREA RADIATION EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+00l NEW FUEL RACKS R E-12 l2.00 E-01 l DRYWELL B RIT1001-6060 l9.00E-01 l REFUEL FLR-NEW FUEL VAULT R E-11 l5.00 E + 00 l TORUS A RIT1001-607 A l0.00E+00l REFUEL FLR. SPENT FUEL POOL R E- 14 l1.00 E + 01 l ORUS B RIT1001-607 B R E-13 l3.00 E + 00 l l0.00E+00l REFUEL FLR-SHIELD PLUG AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 [0.00E+00l RADWASTE SUMP R E-6 l9.00 E+ 01 l l6.00E+00l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 CORRIDOR R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 l4.00E+00l RADWASTE R E-9 l7.00E-01 l RXBLOG ACCESS-SE R E-10 l6.00E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E+ 01 l TURBINE FRONT STANDARD R E-4 l1.00 E + 02 l FW HEATER STAIRWAY R E-2 l2.00 E+ 01 l PILGRIM .. 07-DEC-1993 1:00 Mcasaae No: 5 This is a Drill Page 5-53 This is a Drill

O O O 93 07 A 1993 EE 413 RPV NORMAL AREA RADIATION CNTMT NORMAL EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+00l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT1001-606 8 l9.00E-01 l REFUEL FLR-NEW FUEL VAULT R E- 11 l5.00 E + 00 l TORUS A RIT1001-607 A l0.00E+COl REFUEL FLR SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-6078 R E-13 l0.00E+00l REFUEL FLR-SHIELD PLUG l3.00 E + 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM RE-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l CORRIDOR R E-5 l1.20 E +01 l RX BLDG OUTSIDE TIP RM R E-8 l4.00E+00l RADWASTE RE-9 l7.00E-01 l RXBLDG ACCESS-SE R E-10 l6.00E+00l RADWASTE SHIPPING DOCK TURD BLDG COND PMP STAIRWAY RE-1 l1.00 E+ 01 l TURBINE FRONT STANDARD R E-4 l1.00 E + 02 l FW HEATER STAIRWAY R E-2 l2.00 E+01 l PILGRIM DEC-1993 1:15 Messaae No: 6 This is a Drill Page 5-54 This is a Drill

O O O 93-07 A 1993 EE CNTMT NORMAL 413 RPV NORMAL AREA RADIATION EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A [1.00E+00l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT1001-606B l9.00E-01 l REFUEL FLR-NEW FUEL VAULT R E- 11 l5.00E+00l TORUS A RIT1001-607 A l0.00E+00l REFUEL FLR-SPENT FUEL POOL R E- 14 l1.00 E + 01 l TORUS B RIT1001-607 B R E-13 l3.00 E + 00 l l0.00E+00l REFUEL FLR-SHIELD PLUG AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP RE-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16[0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l CORRIDOR R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 l4.00E+00l RADWASTE R E-9 l7.00E-01 l RXBLDG ACCESS-SE R E-10 l6.00E+00l RADWASTE SHIPPING DOCK TURD BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD R E-4 l1.00 E+ 02 l FW HEATER STAIRWAY R E-2 l2.00 E + 01 l PILGRIM 07-DEC-1993 1:30 McSjiaae No: 7 This is a Drill Page 5-55 This is a Drill

O O O 93-07 A 1993 EE RPV NORMAL AREA RADIATION CNTMT NORM AL 413 EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+00l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT1001-6068 l9.00E-01 l REFUEL FLR-NEW FUEL VAULT R E-11 l5.00 E + 00 l TORUS A RIT1001-607 A l0.00E+00l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607B R E-13 l0.00E+00l REFUEL FLR-SHIELD PLUG l3.00 E + 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E+ 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E+ 00 l RE-8 RE-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM l4.00E+00l RADWASTE CORRIDOR RE-9 l7.00E-01 l RXBLDG ACCESS-SE R E-10 [6.00E+00l RADWASTE SHIPPING DOCK TURD BLDG COND PMP STAIRWAY RE-1 l1.00 E+ 01 l

/

TURBINE FRONT STANDARD R E-4 l1.00 E + 02 l FW HEATER STAIRWAY R E-2 l2.00 E +01 l PILGRIM DEC-1993 2:00 Messaae No: 9 This is a Drill Page 5 57 This is a Drill

O O O 93-07 A 1993 EE CNTMT NORMAL 413 RPV NORMAL AREA RADIATION EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+00l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT1001-606 B l9.00E-01 l REFUEL FLR-NEW FUEL VAULT RE-11 l5.00 E + 00 l TORUS A RIT 1001-607 A l0.00E+00l REFUEL FLR-SPENT FUEL POOL R E- 14 l1.00 E + 01 l TORUS B R E-13 RIT1001-607B l0.00E+00l REFUEL FLR-SHIELD PLUG l3.00 E+ 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16]O.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l CORRIDOR R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM RE-8 l4.00E+00l RADWASTE R E-9 l7.00E-01 l RXBLDG ACCESS SE R E-10 l6.00E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD R E-4 l1.00 E+ 02 l FW HEATER STAIRWAY R E-2 l2.00 E+ 01 l PILGRIM .. 07 DEC-1993 1:45 Message No: 8 This is a Drill Page 5-56 This is a Drill

O O O 93-07A 1993 EE RPV NORMAL AREA RADIATION CNTMT NORMAL 413 EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+00l NEW FUEL RACKS R E-12 ' l2.00E-01 l DRYWELL B RIT1001-6068 l9.00E-01] REFUEL FLR-NEW FUEL VAULT RE-11 lS.00 E + 00 l TORUS A RIT1001-607 A l0.00E+00l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607B R E- 13 l3.00 E + 00 l l0.00E+00l REFUEL FLR-SHIELD PLUG AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E+ 01 l MAIN CONTROL ROOM INTAKE RM-1705-16]O.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l FI E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 l4.00E+00l RADWASTE CORRIDOR RE-9 l7.00E-01 l RXBLDG ACCESS-SE R E-10 l6.00E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD R E-4 l1.00 E + 02 l FW HEATER STAIRWAY RE-2 l2.00 E + 01 l PILGRIM DEC-1993 2:15 Messaae No: 10 This is a Drill Page 5-58 This is a Drill

O O O 93-07 A 1993 EE 413 RPV NORMAL AREA RADIATION CNTMT NORM AL EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+00l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT1001-6068 l9.00E-01 l REFUEL FLR-NEW FUEL VAULT RE-11 l5.00 E+ 00 l TORUS A RIT1001-607 A l0.00E+00l REFUEL FLR-SPENT FUEL POOL RE-14 l1.00 E + 01 l TORUS B RIT1001-607B R E-13 l0.00E+00l REFUEL FLR-SHIELD PLUG l3.00 E+ 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 [9.00 E+ 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l R E-5 l1.20 E + 01 l RX BLDG OUTSIDE T1P RM R E-8 l4.00E+00l RADWASTE CORRIDOR R E-9 l7.00 E-01 l RXBLDG ACCESS-SE R E-10 l6.00E+00l RADWASTE SNIPPING DOCK TURD BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURDINE FRONT STANDARD R E-4 l1.00 E + 02 l FW HEATER STAIRWAY R E-2 l2.00 E+ 01 l PILGRIM .. 07-DEC-1993 2:30 Message No: 11 This is a Drill Page 5-59 This is a Drill

O O O 93-07 A 1993 EE 413 RPV NORMAL AREA RADIATION CNTMT NORM AL EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+00l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT1001-606 8 l9.00E-01 l REFUEL FLR-NEW FUEL VAULT RE-11 l5.00 E + 00 l TORUS A RIT1001-607 A [0.00E+00l REFUEL FLR SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607B R E- 13 l0.00E+00l REFUEL FLR-SHIELD PLUG l3.00 E +00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP RE-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E+ 00 l R E-5 l1.20 E+ 01 l RX BLDG OUTSIDE TIP RM RE-8 l4.00E+00l RADWASTE CORRIDOR R E-9 l7.00E-01 l RXBLDG ACCESS-SE R E-10 l6.00E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD RE-4 l1.00 E + 02 l FW HEATER STAIRWAY R E-2 l2.00 E + 01 l PILGRIM .. 07-DEC-1993 2:45 Message No: 12 This is a Drill Page 5-60 This is a Drill

O O O 9 3-07 A 1993 E_2 413 RPV NORMAL AREA RADIATION CNTMT NORM AL EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+00l NEW FUEL RACKS R E-12 l2.00 E-01 l DRYWELL B RIT1001-6060 l9.00E-01 l REFUEL FLR-NEW FUEL VAULT R E-11 l5.00 E + 00 l TORUS A RIT1001-607 A l1.00 E + 01 l l0.00E+00l REFUEL FLR-SPENT FUEL POOL R E-14 TORUS B RIT1001 607 B R E-13 l0.00E+00l REFUEL FLR-SHIELD PLUG l3.00 E + 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l CORRIDOR R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 l4.00E+00l RADWASTE R E-9 l7.00E-01 l RXDLDG ACCESS-SE R E-10 l6.00E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD R E-4 l1.00 E + 02 l FW HEATER STAIRWAY R E-2 l2.00 E+ 01 l PILGRIM - 07 DEC-1993 3:00 Messaae No: 13 This is a Drill Page 5-61 This is a Drill

O O O 93 07A 1993 EE CNTMT NORMAL 413 RPV NORMAL AREA RADIATION EFFL RAD MSL RAD AREA RAD <

NORMAL NORMAL NORMAL AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+00l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT1001-6068 R E-11 [5.00 E + 00 l l9.00E-01 l REFUEL FLR-NEW FUEL VAULT TORUS A RIT1001-607 A l0.00E+00l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l

" RIT1001-607B R E-13 l0.00E+00l REFUEL FLR-SHIELD PLUG l3.00 E + 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM RE-3 l0.00E+00l RADWASTE SUMP R E-6 [9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l CORRIDOR RE-5 l1.20 E+ 01 l RX BLDG OUTSIDE TIP RM R E-8 l4.00E+00l RADWASTE R E-9 l7.00E-01 l RXBLOG ACCESS-SE R E-10 l6.00E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E+01 l TURBINE FRONT STANDARD R E-4 l1.00 E + 02 l FW HEATER STAIRWAY R E-2 l2.00 E + 01 ] PILGRIM 07-DEC-1993 3:15 -

Messaae No: 14 This is a Drill Page 5-62 This is a Drill

O O O 93-07 A 1993 EE 413 RPV NORMAL AREA RADIATION CNTMT NORM AL EFFL RAD MSL RAD AREA RAD NORMAL NORMAL NORMAL AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+00l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT 1001-606 B [9.00E-01 l REFUEL FLR-NEW FUEL VAULT R E-11 l5.00 E + 00 l TORUS A RIT1001-607 A l0.00E+00l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607B R E-13 l0.00E+00l REFUEL FLR-SHIELD PLUG l3.00 E + 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM RE 8 l4.00E+00l RADWASTE CORRIDOR RXBLDG ACCESS-SE R E-10 R E-9 l7.00E-01 l l6.00E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E+ 01 l TURBINE FRONT STANDARD RE-4 l1.00 E+02 l FW HEATER STAIRWAY R E-2 l2.00 E + 01 l PILGRIM 07-DEC-1993 3:30 -

McSSa2e No: 15 This is a Drill Page 5-63 This is a Drill

O O O 93-07A 1993 EE CNTMT ALARM 413 RPV ALARM AREA RADIATION EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+02l NEW FUEL RACKS R E-12 l2.00E-01 l DRYWELL B RIT1001-6060 l9.09E+01l REFUEL FLR-NEW FUEL VAULT R E-11 l5.00 E + 00 l TORUS A RIT1001-607 A l4.30E+00l REFUEL FLR SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607B R E-13 l3.10 E + 00 l l4.30E+00l REFUEL FLR-SHIELD PLUG AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 [0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK FIE-7 [6.00 E + 00 l R E-5 l1.20 E + 01 l 4

RX BLDG OUTSIDE TIP RM R E-8 l5.40E+00l RADWASTE CORRIDOR R E-10 R E-9 l7.00E-01 l RXBLDG ACCESS-SE l8.30E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD RE-4 l1.80 E + 02 l FW HEATER STAIRWAY RE-2 l4.80 E + 01 l PILGRIM . 07-DEC-1993 3:45 Messaae No: 16 This is a Drill Page 5 64 This is a Drill l

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O O O 93-07 A 1993 EE 413 RPV ALARM AREA RADIATION CNTMT ALARM EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001 606 A l1.00E+03l NEW FUEL RACKS R E- 12 l9.00E-01 l DRYWELL B RIT1001-606 0 l9.09E+02l REFUEL FLR-NEW FUEL VAULT RE-11 l5.00 E + 00 l TORUS A RIT 1001-607 A l5.00E+01l REFUEL FLR SPENT FUEL POOL R E- 14 l1.00 E + 01 l ORUS B RIT1001-607 B R E- 13 l5.00E+01l REFUEL FLR-SHIELD PLUG l3.00 E + 00 l

_ AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16[0.00E+00l RADWASTE CHEM WST REC TANK RE-7 [6.00 E + 00 l RE-8 RE-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM l5.00E+00l RADWASTE CORRIDOR RE-9 l7.00E-01 l RXBLDG ACCESS-SE R E-10 l7.70E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E +01 l TURBINE FRONT STANDARD R E-4 l1.75 E + 02 l FW HEATER STAIRWAY R E-2 l4.60 E+ 01 l PILGRIM .. 07-DEC-1993 4:00 -

MC1 sage No: 17 This is a Drill Page 5-65 This is a Drill

O O O 93-07 A 1993 EE RPV ALARM AREA RADIATION CNTMT ALARM 413 EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (HI RANGE) JNSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.01 E+03l NEW FUEL RACKS R E- 12 [8.00 E-01 l DRYWELL B RIT1001-6060 l9.18E+02l REFUEL FLR-NEW FUEL VAULT RE-11 l5.00 E + 00 l TORUS A RIT1001-607 A l5.10E+01l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607B R E-13 l5.10 E+01 l REFUEL FLR-SHIELD PLUG l3.00 E + 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 [6.00 E + 00 l R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 l4.80E+00l RADWASTE CORRIDOR RE-9 l7.00E-01 l RXDLDG ACCESS-SE R E-10 l7.30E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD R E-4 [1.50 E+ 02 l FW HEATER STAIRWAY RE-2 l4.40 E + 01 l PILGRIM .. 07-DEC-1993 4:15 I

Nktssage No: 18 I

This is a Drill Page 5-66 This is a Drill i

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O O O 93-07 A 1993 EE RPV ALARM AREA RADIATION CNTMT ALARM 413 EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT 1001-606 A l1.01 E+03l NEW FUEL RACKS R E-12 l8.00E-01 l DRYWELL B RIT1001-606B l9.20E+02l REFUEL FLR NEW FUEL VAULT RE-11 l5.00 E + 00 l TORUS A RIT1001-607 A l1.00 E + 01 l l5.20E+01l REFUEL FLR. SPENT FUEL POOL R E-14 TORUS B RIT 1001-607 B R E-13 l5.20E+01l REFUEL FLR SHIELD PLUG l3.00 E + 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E+01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E+ 00 l R E-5 l1.20 E+ 01 l RX BLDG OUTSIDE TIP RM R E-8 l4.60E+00l RADWASTE CORRIDOR R E-9 l7.00E-01 l RXBLDG ACCESS-SE R E-10 l7.10E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E+ 01 l TURBINE FRONT STANDARD R E-4 l1.45 E + 02 ]

FW HEATER STAIRWAY R E-2 l4.10 E + 01 l PILGRIM .. 07-DEC-1993 4:30 Messaae No: 19 This is a Drill Page 5-67 This is a Drill

O O O 93-07 A 1993 Ed-CNTMT ALARM 413 RPV ALARM AREA RADIATION EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.01 E+03l NEW FUEL RACKS RE-12 [7.00E-01 l DRYWELL B RIT1001-606B j9.20E+02l REFUEL FLR-NEW FUEL VAULT RE-11 l5.00E+00l TORUS A RIT1001-607 A l5.20E+01l REFUEL FLR-SPENT FUEL POOL RE-14 l1.00 E+ 01 l ORUS B RIT1001-6070 R E- 13 [3.00 E + 00 l l5.20E+01l REFUEL FLR-SHIELD PLUG AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP RE-6 [9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E+00 l CORRIDOR R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 l4.40E+00l RADWASTE RE-9 l7.00E-01 l RXBLDG ACCESS-SE R E-10 l6.80E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD R E-4 l1.40 E + 02 l FW HEATER STAIRWAY R E-2 l3.90 E+ 01 l PILGRIM 07-D EC-1993 4:45 Messace No: 2o This is a Drill Page 5-68 This is a Drill

O O O 93-07 A 1993 EE CNTMT ALARM 413 RPV ALARM AREA RADIATION EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.01 E+03l NEW FUEL RACKS R E-12 l7.00E-01 l DRYWELL B RIT1001-606 8 l9.18E+02l REFUEL FLR-NEW FUEL VAULT R E-11 l5.00 E+ 00 l TORUS A RIT1001-607 A [5.20E+01l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607B R E- 13 l3.00 E+ 00 l l5.20E+01l REFUEL FLR-SHIELD PLUG AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-1610.00E+00l RADWASTE CHEM WST REC TANK RE-7 [6.00 E+00 l RE-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 l4.20E+00l RADWASTE CORRIDOR R E-9 l7.00 E-01 l RXBLDG ACCESS-SE R E-10 [6.50E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E +01 l TURBINE FRONT STANDARD R E-4 l1.38 E + 02 l FW HEATER STAIRWAY R E-2 l3.70 E + 01 l PILGRIM . DEC-1993 5:00 Messaae No: 21 This is a Drill Page 5-69 This is a Drill

O O O 93-07 A 1993 EE CNTMT AL ARM 413 RPV ALARM AREA RADIATION EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.00E+03l NEW FUEL RACKS R E- 12 l7.00 E-01 l DRYWELL B RIT1001 6060 [9.09E+02l REFUEL FLR-NEW FUEL VAULT R E-11 l5.00 E + 00 l TORUS A RIT1001-607 A l5.10E+01l REFUEL FLR-SPENT FUEL POOL R E- 14 l1.00 E + 01 l ORUS B RIT1001-6070 R E- 13 l3.00 E + 00 l l5.10E+01 l REFUEL FLR-SHIELD PLUG AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP RE-6 l9.00 E +01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00E+00l CORRIDOR R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 l4.00E+00l RADWASTE RE-9 l7.00E-01 l RXBLDG ACCESS-SE R E-10 l6.30E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD R E-4 l1.36 E + 02 l FW HEATER STAIRWAY R E-2 l3.60 E + 01 l PILGRIM 07-DEC-1993 5:15 Messaac No: 22

. This is a Drill Page 5-70 This is a Drill

O O O 93-07 A 1993 EE 413 RPV ALARM AREA RADIATION CNTMT AL ARM EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT 1001-306 A l1.00E+03l NEW FUEL RACKS R E-12 l6.00E-01 l DRYWELL B RIT1001-6068 l9.09E+02l REFUEL FLR-NEW FUEL VAULT RE-11 l5.00 E + 00 l TORUS A RIT1001-607 A l5.00E+01l REFUEL FLR-SPENT FUEL POOL R E- 14 l1.00 E + 01 l TORUS B RIT1001-607B R E-13 l5.00E+01l REFUEL FLR-SHIELD PLUG l3.00 E + 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 [9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16[0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l R E-8 RE-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM l3.90E+00l RADWASTE CORRIDOR R E-9 l7.00E-01 l RXBLnG ACCESS-SE R E-10 l6.00E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD R E-4 l1.34 E+ 02 l FW HEATER STA!RWAY RE-2 l3.50 E + 01 l PILGRIM 07 DEC-1993 5:30 Message No: 23 This is a Drill Page 5-71 This is a Drill

O O O 93-07 A 1993 EE CNTMT AL ARM 413 RPV ALARM AREA RADIATION EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l9.90E+02l NEW FUEL RACKS R E-12 [6.00E-01 l DRYWELL B RIT1001-6068 l9.00E+02l REFUEL FLR-NEW FUEL VAULT R E- 11 l5.00 E + 00 l TORUS A RIT1001 607 A l4.90E+01l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT 1001-607 0 R E- 13 l3.00 E + 00 l l4.90E+01l REFUEL FLR-SHIELD PLUG AREA INSTR NO. MR/HR MAIN CONTROL ROOM RE-3 [0.00E+00l RADWASTE SUMP R E-6 l9.00 E+ 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 [6.00 E + 00 l R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM RE-8 l3.70E+00l RADWASTE CORRIDOR RE 9 l7.00E-01 l RXBLDG ACCESS SE R E-10 l5.70E+00l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE . FRONT STANDARD R E-4 l1.30 E+ 02 l FW HEATER STAIRWAY RE-2 @.40E+01l PILGRIM . 07-DEC-1993 5:45 Messaae No: 24 This is a Drill Page 5-72 This is a Drill

O O O 93 07A 1993 EE CNTMT AL ARM 413 RPV ALARM AREA RADIATION EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l9.90E+02l NEW FUEL RACKS R E-12 l6.00E-01 l DRYWELL B RIT1001-6060 l9.00E+02l REFUEL FLR-NEW FUEL VAULT RE 11 l5.00 E + 00 l TORUS A RIT1001-607 A l4.70E+01l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l RIT1001-607B l4.70E+01l REFUEL FLR-SHIELD PLUG R E-13 l3.00 E + 00 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00] RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM RE-8 l3.60E+00l RADWASTE CORRIDOR R E-9 l7.00E-01 l RXBLDG ACCESS-SE R E-10 l5.50E+00l RADWASTE SHIPPING DOCK TURD BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FROllT STANDARD RE-4 l1.27 E + 02 l FW HEATER STAIRWAY RE-2 l3.20 E + 01 l PlLGRIM . 07 DEC-1993 6:00 MCSSage No: 25 This is a Drill Page 5-73 This is a Drill

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93 07A 1993 EE 'f CNT: T ALARM 413 RPV ALARM AREA RADIATION ,

EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (H1 RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l2.70E+04l NEW FUEL RACKS R E- 12 l5.00 E-01 l DRYWELL B RIT1001 606 B l2.62E+04l REFUEL FLR NEW FUEL VAULT RE-11 l5.00 E + 00 l TORUS A RIT1001-607 A l1.50E+03l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 01 l TORUS B RIT1001-607B R E-13 l3.00 E + 00 l l1.50E+03l REFUEL FLR-SHIELD PLUG AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP RE-6 l9.00 E+ 01 l MAIN CONTROL ROOM INTAKE RM-170516[0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E+ 00 l R E-5 l1.20 E + 01 l i RX BLDG OUTSIDE TIP RM R E-8 l3.50E+00l RADWASTE CORRIDOR R E-9 l7.00E-01 l RXBLDG ACCESS SE 3 E-10 l5.30E+00l RADWASTE SHIPPING DOCK f

TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E +01 l TURBINE FRONT STANDARD R E-4 l1.24 E + 02 l FW HEATER STAIRWAY R E-2 l3.00 E + 01 l PILGRIM .. 07 DEC-1993 6:15 -

Messaae No: 26 i

This is a Drill Page 5-74 This is a Drill

O O O 93-07 A 1993 EE CNTMT ALARM 413 RPV ALARM AREA RADIATION EFFL RAD MSL RAD AREA RAD NORMAL ALARM NORMAL AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l2.80E+04l NEW FUEL RACKS R E-12 l4.20 E + 01 l DRYWELL B RIT1001-606B l2.72E+04l REFUEL FLR NEW FUEL VAULT R E-11 l1.50 E + 02 l TORUS A RIT1001 607 A l1.44E+03l REFUEL FLR SPENT FUEL POOL R E- 14 l1.40 E + 02 l

" R E-13 RIT1001-607B l1.44E+03l REFUEL FLR-SHIELD PLUG l1.50 E + 02 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 [0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l h E-8 RE 5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM l2.60E+02l RADWASTE CORRIDOR R E-9 l7.00E-01 l RXDLDG ACCESS-SE R E- 10 l4.00E+02l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURDINE FRONT STANDARD R E-4 l1.20 E+ 02 l FW HEATER STAIRWAY R E-2 l2.90 E + 01 l PILGRIM .. 07-DEC-1993 6:30 Mg2 Sage No: 27 This is a Drill Page 5-75 This is a Drill

O O O 93-07A 1993 EE RPV ALARM AREA RADIATION c"TMT ^tanu 413 EFFL RAD MSL RAD AREA RAD ALARM ALARM ALARM AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l2.60E+04l NEW FUEL RACKS R E-12 l4.00 E + 01 l DRYWELL D RIT1001-6060 l2.52E+04l REFUEL FLR-NEW FUEL VAULT RE 11 !1.45 E+ 02 l TORUS A RIT1001 607 A l1.38E+03l REFUEL FLR SPENT FUEL POOL R E-14 l1.35 E + 02 l TORUS B RIT1001-6078 R E-13 l1.38E+03l REFUEL FLR SHIELD PLUG l1.43 E + 02 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 [0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16[0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 l2.50E+02l RADWASTE CORRIDOR RE-9 l7.00E-01 l RXBLDG ACCESS-SE R E- 10 l3.81 E+02l RADWASTE SHIPPING DOCK TURD BLDG COND PMP STAIRWAY RE-1 l1.00T+611 TURBINE FRONT STANDARD RE-4 l1.17 E + 02 l FW HEATER STAIRWAY R E-2 l2.80 E + 01 l PILGRIM .. 07-DEC-1993 6:45 Messaae No: 28 This is a Drill Page 5-76 This is a Drill

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1993 EE 413 RPV ALARM AREA RADIATION CNTMT AL ARM EFFL RAD MSL RAD AREA RAD ALARM ALARM A'L A R M AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001 606 A

[2.30E+04] NEW FUEL RACKS R E- 12 DRYWELL B [3.80 E + 01 ]

RIT 1001-606 B l2.23E+04l REFUEL FLR NEW FUEL VAULT R E-11 TORUS A l1.38 E+ 02 ]

RIT1001-607 A TORUS B l1.32E+03] REFUEL FLR. SPENT FUEL POOL R E- 14 l1. 29 E + 02 ]

RIT1001-607B l1.32E+03] REFUEL FLR SHIELD PLUG RE-13 l1.38 E + 02 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP RE-6

[9.00 E + 01 ]

MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00] RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 ]

RX BLDG OUTSIDE TIP RM R E-8 l2.39E+02] RADWASTE CORRIDOR R E-5 l1.20 E + 01 ]

RXDLDG ACCESS-SE R E-10 l3.68E+02l RADWASTE SHIPPING DOCK R E .9 l7.00E-01 l TURD DLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD RE-4 l1.12 E + 02l FW HEATER STAIRWAY RE 2 l2.60 E + 01 l PILGRIM 07-DEC-1993 7:00 MessaQgEQ: 29 This is a Drill Page 5-77 I This is a Drill

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O O O 93-07 A 1993 EE RPV ALARM AREA RADIATION CNTMT ALARM 413 EFFL RAD MSL RAD AREA RAD ALARM ALARM ALARM AREA (HI R ANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l2.00E+04l NEW FUEL RACKS R E-12 l3.70 E + 01 l DRYWELL B RIT1001-6068 l1.94 E+04l REFUEL FLR-NEW FUEL VAULT R E-11 l1.33 E + 02 l TORUS A RIT 1001-607 A l1.26E+03l REFUEL FLR-SPENT FUEL POOL R E- 14 l1.24 E + 02 l TORUS B RIT1001-607 8 R E-13 l1.26E+03l REFUEL FLR SHIELD PLUG l1.33 E + 02 l AREA INSTR NO. MR/HR MAlH CONTROL ROOM R E-3 l0.00E+00] RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-9 l2.29E+02l RADWASTE CORRIDOR RXBLDG ACCESS "E R E-10 R E-9 l7.00E-01 l l3.52E+02l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE I RONT STANDARD R E-4 l1.08 E + 02l FW HEATER STAIRWAY R E-2 l2.50 E + 01 l PILGRIM 07 DEC-1993 7:15 Messace No: 30 This is a Drill Page 5-78 This is a Drill

O O O 93 07 A 1993 EE 413 RPV ALARM AREA RADIATION CNTMT AL ARM EFFL RAD MSL RAD AREA RAD ALARM ALARM ALARM AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.80E+04l NEW FUEL RACKS R E-12 l3.60 E + 01 l DRYWELL B RIT1001-606B l1.75E+04l REFUEL FLR NEW FUEL VAULT R E-11 l1.27 E + 02 l TORUS A RIT1001-607 A l1.20E+03l REFUEL FLR-SPENT FUEL POOL R E-14 l1.18 E + 02 l ORUS B RIT1001-607 B R E- 13

]1.20E+03l REFUEL FLR-SHIELD PLUG l1.27 E + 02 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 [2.20E+02l RADWASTE CORRIDOR R E-9 l7.00E-01 l RXBLDG ACCESS-SE R E- 10 l3.39E+02l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E +01 l TURBlNE FRONT STANDARD R E-4 l1.05 E + 02 l FW HEATER STAIRWAY R E-2 l2.40 E+ 01 l PILGRIM .. 07-DEC-1993 7:30 Messaae No: 31 This is a Drill Page 5-79 This is a Drill

O O O 93 07A 1993 EE 413 RPV ALARM AREA RADIATION CNTMT ALARM EFFL RAD MSL RAD AREA RAD ALARM ALARM ALARM AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.60E+04l NEW FUEL RACKS R E-12 l3.40 E + 01 l DRYWELL B RIT1001-6060 l1.55E+04l REFUEL FLR-NEW FUEL VAULT R E-11 l1.22 E + 02 l TORUS A RIT1001-607 A l1.14E+03l REFUEL FLR-SPENT FUEL POOL R E-14 l1.13 E + 02 l ORUS B RIT1001-6078 R E- 13 l1.14E+03l REFUEL FLR SHIELD PLUG l1.22 E + 02 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP RE-6 l9.00 E + 01 l MAlH CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l R E-5 l1.20 E+ 01 l RX BLDG OUTSIDE TIP RM RE-8 l2.10E+02l RADWASTE CORRIDOR R E-9 l7.00 E-01 l RXBLDG ACCESS SE R E-10 l3.25E+02l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD R E-4 l1.00 E+ 02 l FW HEATER STAIRWAY R E- 2 l2.30 E+ 01 l PILGRIM + 07-DEC-1993 7:45 Messaae No: 32 This is a Drill Page 5-80 This is a Drill

O O O 93-07 A 1993 EE CNTMT ALARM 413 RPV ALARM AREA RADIATION EFFL RAD MSL RAD AREA RAD ALARM ALARM ALARM AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.40E+04l NEW FUEL RACKS R E- 12 l3.30 E + 01 l DRYWELL B RIT1001-606B l1.36E+04l REFUEL FLR-NEW FUEL VAULT RE-11 l1.17 E + 02 l TORUS A RIT1001-607 A l1.08E+03l REFUEL FLR SPENT FUEL POOL R E- 14 l1.09 E + 02 l RIT1001-607B l1.08E+03l REFUEL FLR SHIELD PLUG R E-13 l1.17 E + 02 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00 E + 00 j RADWASTE SUMP RE-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l CORRIDOR R E-5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM R E-8 l2.02E+02l RADWASTE R E-9 l7.00E-01 l RXBLDG ACCESS-SE R E- 10 l3.11 E+02l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD R E-4 l9.50 E + 01 l FW HEATER STAIRWAY RE-2 l2.20 E +01 l PILGRIM 07-DEC-1993 8:00 Message No: 33 This is a Drill Page 5-81 This is a Drill

O O O 93-07 A 1993 EE RPV ALARM AREA RADIATION CNTMT ALARM 413 EFFL RAD MSL RAD AREA RAD ALARM ALARM ALARM AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR DRYWELL A RIT1001-606 A l1.20E+04l NEW FUEL RACKS R E-12 l3.10 E + 01 l DRYWELL D RIT1001-6060 l1.17E+04l REFUEL FLR-NEW FUEL VAULT RE-11 l1.11 E+02 l TORUS A RIT1001-607 A l1.04 E+ 02 l l1.02E+03l REFUEL FLR-SPENT FUEL POOL R E- 14 TORUS B RIT1001-607B R E-13 l1.02E+03l REFUEL FLR-SHIELD PLUG l1.12 E + 02 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 l0.00E+00l RADWASTE SUMP R E-6 l9.00 E + 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l R E- 5 l1.20 E + 01 l RX BLDG OUTSIDE TIP RM RE-8 l1.93E+02l RADWASTE CORRIDOR R E-9 l7.00E-01 l RXBLDG ACCESS-SE R E- 10 l2.00E+02l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E + 01 l TURBINE FRONT STANDARD RE-4 l9.10 E + 01 l FW HEATER STAIRWAY RE-2 l2.10 E + 01 l PILGRIM .. 07-DEC-1993 8:15 Messace No: 34 This is a Drill Page 5-82 This is a Drill

O O O 93-07 A 1993 EE 413 RPV ALARM AREA RADIATION CNTMT AL ARM EFFL RAD MSL RAD AREA RAD NORMAL ALARM ALARM AREA (HI RANGE) INSTR NO. R/HR AREA INSTR NO. MR/HR ,

DRYWELL A RIT1001-606 A l1,00E+04l NEW FUEL RACKS R E-12 l3.00 E + 01 l DRYWELL B RIT1001-606 8 l9.71 E+03l REFUEL FLR-NEW FUEL VAULT RE-11 l1.07 E + 02 l TORUS A RIT1001-607 A l9.60E+02l REFUEL FLR-SPENT FUEL POOL R E-14 l1.00 E + 02 l TORUS B RIT1001-607B l9.60E+02l REFUEL FLR SHIELD PLUG R E- 13 l1.07 E+ 02 l AREA INSTR NO. MR/HR MAIN CONTROL ROOM R E-3 [0.00E+00l RADWASTE SUMP R E-6 [9.00 E+ 01 l MAIN CONTROL ROOM INTAKE RM-1705-16l0.00E+00l RADWASTE CHEM WST REC TANK RE-7 l6.00 E + 00 l RX BLDG OUTSIDE TIP RM R E-0 R E-5 l1.20 E +01 l l1.86E+02l RADWASTE CORRIDOR R E-9 l7.00E-01 l RXBLDG ACCESS-SE R E-10 l2.87E+02l RADWASTE SHIPPING DOCK TURB BLDG COND PMP STAIRWAY RE-1 l1.00 E+01 l TURBINE FRONT STANDARD R E-4 l8.60 E+ 01 l FW HEATER STAIRWAY R E-2 l2.00 E +01 l PILGRIM .. 07-DEC-1993 8:30 Messaae No: 35 This is a Drill Page 5-83 This is a Drill

~

i EVALUATED EXERCISE 93-07A Msc No: 1 PROCESS RADIATION MONITORS Time: 0:00 l l

O' PANNEL/lp NO. MONITOR Trend READING Alarm in RANEF.. i C910/1705 18 Main Stack Lo l l 70.6 CPS l l 10 ' -10' C 910/1001-608 Maln Stack HI l l DS R/hr l l 10 -10 C910/1705 32 Rx Bldg Vent to l l 39 CPS [__j 10 -10 C 910/1001 -609 Rx Bldg Vent Hi l l DS R/hr l l 10 ' -10 C910/1001 610 Turbine Bldg Vent Hi l l DS R/hr l l 10 ' -10 l C910/1705 2 Main Steam Line A I l 633 mR/hr l l 10 -10 '

Main Steam Line B l l 815 mR/hr l l 10 -10 Main Steam Line C l l 545 mR/hr l l 10 -10 Main Steam Line D l l 633 mR/hr l l 10 -10 I

C910/1705 3 Air Ejector Off Gas l l 26.7 mR/hr l l 10 -10 C910/1705 4 A Loop RBCCW l l 4430 CPS l l 10 ' -10 -

B Loop RBCCW l l 4440 CPS l l 10 -10 ,

C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 -10 C910/1705 9 SBGT Exhaust l l 3 mR/hr [_j 10 -10 C910/1705 16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 6

C910/1705 30 R/W Discharge l l 4000 CPS I l 10 ' -10 6 l C910/1705 5 Off Gas Post Treatment l l 4319 CPS l l 10 -10 C170/1001 606 Drywell CHRMS A l l 1 R/hr l l 10 ' -10 Drywell CHRMS B l l 1 R/hr l l 10 -10 C170/1001 607 Torus CHRMS A l l 0 R/hr l l 10 ' -10

~I Torus CHRMS B l l 0 R/hr l l 10 -10 FLOW RATES PannelC7 SBGT Fl8126/7 ISOL ATED CFM Main Stack 16000 CFM*

Rx Bldg Fl8116 A 105000 CFM TB Vent 140000 CFM*

_ MET DATA Pannel MT1 220' *160' 033' Delta Temp 2 Dog. F Dir (from) 47 45 49 Dog. >

Outside Temp 32 Dog. F Speed 5.1 5.1 3.8 MPH Stability Class

• Pttelp None

• Not Available in Control Room OOS-Out of Service OSH-Off Scale HI DS-Down Scale O

Page 5-84 THIS IS A DRILL i

.. .. . .. . .- - _ . . - . - .. . = . --

3 Mso No; 2 -

EVALUATED EXERCISE 93 07A PROCESS RADIATION MONITORS Tiue: 0:15 O PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE  ;

C 910/170 5 18 Main Stack Lo l l 78.3 CPS l l 10 ' -10 C 910/1001 -608 Main Stack HI l l DS R/hr l l 10 -10 C910/1705 32 Rx Bldg Vent Lo l l 39 CPS l l 10 -10  ;

C910/1001 609 Rx Bldg Vent HI I __l DS R/hr l l 10 -10 C 910/1001 610 Turbine Bldg Vent Hi l l DS R/hr l l 10 -10 .,

C910/1705 2 Main Steam Line A l l 633 mR/hr l l 10 -10 6 i Main Steam Line B l l 815 mR/hr l l 10 -10 U 6 Main Steam Line C l l 545 mR/hr l l 10 -10 i Main Steam Line D l l 633 mR/hr l l 10 -10 C910/1705 3 Air Ejector Off Gas l l 26.7 mR/hr l l 10 -10' C 910 /170 5-4 A Loop RBCCW l l 4430 CPS l l 10 -10 B Loop RBCCW I l 4440 CPS I l 10 ' -10 C 910/170 5-8 Refuel Floor Vent l l 6 mR/hr l l 10 -10 C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 I C910/1705-16 Control Rm Air intake l l 0 mR/hr R 10 ' -10 O C910/1705 30 R/W Discharge l l 4000 CPS I l 10 -10 6

6 1

C910/1705 5 Off Gas Post Treatment l l 4319 CPS l l 10 ' -10 C170/1001 606 Drywell CHRMS A l l 1 R/hr l l 10 -10 Drywell CHRMS B l l 1 R/hr l l 10 ' -10 C 170/1001-607 Torus CHRMS A l l 0 R/hr l l 10 10

, Torus CHRMS B l l 0 R/hr I i 10 -10 l

FLOW R ATES Pannel C7 SBGT F18126/7 ISOLATED CFM Main Stack 16000 CFM*

Rx Bldg Fl8116A 10 50 0 0 CFM TB Vent 140000 CFM*

MET D ATA Pannel MT1 220' *160' 033' Delta Temp -1.9 Dog. F Dir (from) 47 45 49 Dog.

Outside Temp 32 Deg. F Speed 5.1 5.1 3.8 MPH  !

Stability Class

• Proclp None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi D"-Down Scale O

Page 5-85 THIS IS A DRILL

EVALUATED EXERCISE 93 07A _Msa No: 3 PROCESS RADIATION MONITORS Tiue: 0 30 PANNEL/ID NO. MONITOR Trend READING Aterm in RANGE 0

C 910/170 5-18 Main Stack Lo l l 77 5 CPS l l 10 -10 C910/1001 608 Main Stack Hi l l DS R/hr l l 10 -10 C 910/1705-3 2 Rx Bldg Vent Lo l l 39 CPS l l 10 -10 C 910/1001 -609 Rx Bldg Vent Hi l l DS R/hr l l 10 ^ -10 C 910/1001-610 Turbine Bldg Vent o j DS n!Or l l 10 -t o i 0

C910/1705 2 Main Steam Line A l l 633 mR/h' l l 10 -10 Main Steam Line B l l 815 mR/hr W 10 -10" Main Steam Line C l l 545 mR/hr Il 10 -10 Main Steam Line D l l 633 mR/hr l l 50 -10 C910/1705 3 Air Elector Off Gas l l 26.7 mR/hr l l 10 10" C910 /1705-4 A Loop RBCCW l l 4430 CPS I l 10 -10 B Loop RBCCW l l 4440 CPS l l 10 ^ 10 C 910 /1705-8 Refuel Floor Vent l l 6 mR/hr l l 10 ' -10 C 910/170 5-9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C 910/170 5 16 Control Rm Air intake l l 0 mR/hr l l 10 10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 -10 C910/1705 5 Off Gas Post Treatment l l 4319 CPS l l 10 ^ -10 C170/1001 606 Drywell CHRMS A l l 1 R/hr l l 10 -10 Drywell CHRMS B l l 1 R/hr l l 10 ' -10 C 170 /1001 -607 Torus CHRMS A l l 0 R/hr l l 10 10 Torus CHRMS B l l 0 R/hr l l 10 10 FLOW RATES Pannel C7 SBGT F18126/7 ISOLATED CFM Main Stack 16000 CFM*

Rx Bldg Fl8116A 10 500 0 CFM TB Vent 140000 CFM' MET D ATA Panr.el MT1 220' *160' 033' Delta Temp -1.9 Deg. F Dir (from) 48 46 50 Do g.

Outside Temp 33 Dog. F Speed 5.2 5.2 3.9 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS-Down Scale O -

Page 5-86 THIS IS A DRILL

EVALUATED EXERCISE 93 07A Mso No: 4 PROCESS RADIATION MONITORS TIME: 0:45 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 18 Main Stack Lo l l 77 CPS l l 10 ' -10 C 910/1001 -608 Main Stack Hi l l DS R/hr l l 10 -10 0

C 910 /170 5-3 2 Rx Bldg Vent Lo l l 39 CPS l l 10 -10 C910/1001 609 Rx Bldg Vent Hi l l DS R/hr l l 10 -10  ;

C 910/1001 -610 Turbine Bldg Vent Hi l l DS R/hr l l 10 ' -10 '

C 910 /1705-2 Main Steam Line A l l 633 mR/hr l l 10 -10 0 '

Maln Steam Line B l l 815 mR/hr l l 10 -10 Main Steam Line C l l 545 mR/hr l l 10 '

-10  ;

Main Steam Line D l l 633 mR/hr l l 10 -10 C910/1705 3 Air Elector Off Gas l l 26.7 mR/hr l l 10 -10 0

C910 /170 5-4 A Loop RBCCW l l 4430 CPS I l 10 -10 B Loop RBCCW l l 4440 CPS l l 10 -10" C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 ' -10 C 910 /1705-9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C 910 /17 0 5-16 Control Rm Air intake l l 0 mR/hr I i 10' -10 6

C 910/1705-3 0 R/W Discharge l l 4000 CPS l l 10 ^ -10 C910/1705 5 Off Gas Post Treatment l l 4319 CPS l l 10 ^ 10  :

C170/1001 606 Drywell CHRMS A l l 1 R/hr l l 10 ' -10 Drywell CHRMS B l l 1 _ R/hr l l 10 ' -10 C 170/1001 -607 Torus CHRMS A l l 0 R/hr l l 10 ' -10 Torus CHRMS B l l 0 R/hr l l 10 -10 FLOW RATES Pannel C7 SBGT Fl8126/7 ISOLATED CFM Main Stack 16000 CFM' Rx Bldg F18116 A 105000 CFM TB Vent 140000 CFM' MET D ATA Pannel MT1 220' *160' 033' Delts Temp 1.8 Dog. F Dir (from) 48 46 50 Dag.

Outaldo Temp 33 Dog. F Speed 5.1 5.1 3.8 MPH  !

Stability C! ass

• Precip None *

• Not Available in Cr . trol Roam OOS Out of Service OSH-Off Scale Hi DS-Down Scale O

Page S-87 THIS IS A DRILL

. _ . . .- - .. =. . . - - . . - .

EVALUATED EXERCISE 93 07A Msa No: 5  ;

PROCESS RADIATION MONITORS TIME: i:00 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C 910/1705 18 Main Stack Lo l l 54.9 CPS l l 10 ^ -10 ]

C910/1001 608 Main Stack Hi l l DS R/hr l l 10 -10 C910/1705 32 Rx Bldg Vent Lo l l 34.9 CPS l l 10 ^ -10 C910/1001 609 Rx Bldg Vent Hi l l DS R/hr l l 10 ' -10 C910/1001 610 Turbine Bldg Vent HI l l DS R/hr R 10' -10 8

C910/1705 2 Main Steam Line A l l 633 mR/hr l l 10 -10 Main Steam Line B l l 815 mR/hr l l 10 -10 )

0 Main Steam Line C l l 545 mR/hr l l 10 -10 )

Main Steam Line D l l 633 mR/hr l l 10 -10 f C910/1705 3 Air Elector Off Gas l l 26.7 mR/hr l l 10 -10 C 910/1705-4 A Loop RBCCW l l 4430 CPS I l 10 ' -10 )

B Loop RBCCW l l 4440 CPS l l 10 ^ -10 l C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 ' -10 0

C910/1705 9 SBGT Exhaust 1 I 3 mR/hr l l 10 10 i C 910/170 5-16 Control Rm Air intake l l 0 mR/hr l l 10 '* -10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 -10 6

Off Gas Post Treatment l l 4319 CPS l 10 'I -10 j C910/1705 5 l C170/1001 606 Drywell CHRMS A l l 1 R/hr l l 10 -10 Drywell CHRMS B l l 1 R/hr l l 10 10 C170/1001 607 Torus CHRMS A 1 l 0 R/hr l l 10 ' -10 Torus CHRMS B l l 0 R/hr l l 10 ' -10 FLOW RATES PannelC7 SBGT Fl8126/7 ISOL ATED CFM Main Stack 16000 CFM*

Rx Bldg FIB 116A 105000 CFM TB Vent 140000 CFM' MET DATA Pannel MT1 220' *160' 033' Delta Temp -1.8 Dog. F Dir (from) 48 46 50 Do g.

Outside Temp 34 Dog. F Speed 5 5 3.7 MPH Stability Class Precip None *

• Not Available in Control Room OOS.Out of Service OSH.Off Scale HI DS-Down Scale O

Page 5-88 THIS IS A DRILL j l

EVALUATED EXERCISE 93 07A ,Fisa No: 6 PROCESS RADIATION MONITORS TiuE: 1:15 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE 0

C 910/170 5 18 Main Stack Lo l l 30.2 CPS l l 10 ' -10 C 910 /1001 -608 Main Stack HI l l DS R/hr l l 10 ^ -10 C910/1705 32 Rx Bldg Vent Lo l l 18.8 CPS l l 10 ' -10 C 910 /10 01 -609 Rx Bldg Vent HI l l DS R/hr l l 10 " -10 C910/1001 610 Turbine Bldg Vent HI l l DS R/hr U 10' -10

• C910/1705 2 Main Steam Line A l l 633 mR/hr l l 10 -10" 6

Main Steam Line B l l 815 mR/hr l l 10 -10 Main Steam Line C l l 545 mR/hr l l 10 -10" Main Steam Line D l l 633 mR/hr l l 10 -10 C 910 /17 0 5-3 Air Elector Off Gas l l 26.7 mR/hr l l 10 -10" 6

C 910/17 0 5-4 A Loop RBCCW l l 4430 CPS I l 10 -10 6

B Loop RBCCW l l 4440 CPS I l 10 ' -10 C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 -10 C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C 910/170 5 16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 C910/1705 30 R/W Discharge l l 4000 CPS I l 10 -10 C910/1705 5 Off Gas Post Treatment l l 4319 CPS l l 10 -10 C170/1001 606 Drywell CHRMS A l l 1 R/hr l l 10 ' -10 Drywell CHRMS B l l 1 R/hr l l 10 ' 10 C170/1001 607 Torus CHRMS A l l 0 R/hr l l 10 " 10 Torus CHRMS B l l 0 R/hr l l 10 10 ELOW RATES Pannel C7 SBGT FIB 126/7 ISOL ATED CFM Main Stack 16000 CFM*

Rx Bldg Fl8116 A 10 5 0 0 0 CFM TB Vent 140000 CFM*

MET D ATA Pannel MT1 220' *160' 033' Detta Temp -1.7 Deg. F Dir (from) 50 48 52 Deg. j Outside Temp 34 Dog. F Speed 5 5 3.7 MPH  !

Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS Down Scale O

Page 5-89 THIS IS A DRILL 1

l

EVALUATED EXERCISE 93 07A _Msa No: 7 PROCESS RADIATION MONITORS TiuE: 1:30 PANNEL/lD NO. MONITOR Trend READING Alstm in RANGE C910/1705 18 Maln Stack Lo l l 28.5 CPS l l 10 -10 C 910/1001 -608 Main Stack HI l l DS R/hr l l 10 -10 6

C 910/1705-3 2 Rx Bldg Vent Lo l l 18.3 CPS l l 10 -10 C910 /1001 -609 Rx Bldg Vent HI l l DS R/hr l l 10 -10 C 910 /1001-610 Turbine Bldg Vent Hi l l DS R/hr l l10-10 C910/1705 2 Main Steam Line A l l 633 mR/hr l l 10 -10 Maln Steam Line B l l 815 mR/hr l l 10 -10 0

Main Steam Line C l l 545 mR/hr l l 10 -10 0

Main Steam Line D l l 633 mR/hr l l 10 -10 6

C910/1705 3 Air Ejector Off Gas l l 26.7 mR/hr l l 10 -10 C910/1705 4 A Loop RBCCW l l 4430 CPS l l 10 -10 6

B Loop RBCCW l l 4440 CPS l l 10 -10 C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 -10 C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C 910 /170 5-16 Control Rm Air intake l l 0 mR/hr I i 10' -10 I 6

C910/1705 30 R/W Discharge l l 4000 CPS l l 10 ' -10 0

C910/1705 5 Off Gas Post Treatment l l 4319 CPS l l 10 -10 C170l1001 606 Drywell CHRMS A l l 1 R/hr l l 10 -10 Drywell CHRMS B l l1 R/hr l l 10 ^ 10 C 170/1001 -607 Torus CHRMS A l l 0 R/hr I l 10 -10 Torus CHRMS B l l 0 R/hr l l 10 ' -19 FLOW RATES PannelC7 SBGT F18126/7 ISOLATED CFM Main Stack 16000 CFM*

Rx Bid; FsB116A 105000 CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 220' *160' DJJ' Delta Temp -1.6 Dog. F Dir (from) 49 47 51 Dog.

Outside Temp 35 Dog. F Speed 5.1 5.1 3.8 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH.Off Scale HI DS-Down Scale O

Page 5-90 THIS IS A DRILL

1 EVALUATED EXERCISE 93 07A Msa No: 8 l PROCESS RADIATION MONITORS Time: 1a5 PANNEL/lD NO. MONITOR Tre nd READING Atarm in RANGE C 910/1705-18 Main Stack Lo l I 26.8 CPS I l 10 ' -10 C910/1001 608 Main Stack Hi l l DS R/hr l l 10 -10 0

C910/1705 32 Rx Bldg Vent Lo l l 17.6 CPS l l 10 ^ -10 C 910/1001 609 Rx Bldg Vent HI l l DS R/hr U 10 -10 C 910/1001 610 Turbine Bldg Vent Hi l l DS R/hr l l 10 -10

• 0 C910/1705 2 Main Steam Line A l l 633 mR/hr l l 10 -10 0

Main Steam Line B l l 815 mR/hr l l 10 -10 <

0 Main Steam Line C l l 545 mR/hr l I 10 10 Main Steam Line D l l 633 mR/hr l l 10 10' C910/1705 3 Air Ejector Off Gas l l 26.7 mR/hr l l 10 10 C910/1705 4 A Loop RBCCW l l 4430 CPS l l 10 -10 B Loop RBCCW l l 4440 CPS l l 10 ' -10 C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 ' -10 I

C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C910/1705 16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 i C910/1705 30 R/W Discharge l l 4000 CPS I l 10 10' C910/1705 5 Off Gas Post Treatment l l 4319 CPS. l l10-10 0 C170/1001 606 Drywell CHRMS A l l 1 R/hr l l 10 -10 >

Drywell CHRMS B l l 1 R/hr l l 10 ' -10 C170/1001 607 Torus CHRMS A l l 0 R/hr l l 10 10 Torus CHRMS B l l 0 R/hr l l 10 10 FLOW RATES Pannel C7 SBGT Fl8126/7 ISOLATED CFM Maln Stack 16000 CFM' Rx Bldg Fl6116A 105000 CFM TB Vent 140000 CFM* ,

MET D ATA Pannel MT1 220'. P160' 033' ,

I Detta Temp 1.6 Dag. F Dir (from) 50 48 52 Dog.

Out:Ide Temp 36 Deg. F Speed 5 5 3.7 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS Down Scale O

Page 5-91 THIS IS A DRILL l

J

EVALUATED EXERCISE 93 07A Msa No: 9 PROCESS RADIATION MONITORS Tiue: 2:00 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C 910/1705 18 Main Stack Lo l l 24.7 CPS l l 10 ' -10 C 910/10 01 -608 Maln Stack Hi l l DS R/hr l l 10 -10 C 910/170 5-3 2 Rx Bldg Vent Lo l l 17.7 CPS l l 10 -10 C 910/10 01 609 Rx Bldg Vent Hi l l DS R/hr l l 10 ' -10 C 910/10 01 610 Turbine Bldg Vent HI l l DS R/hr l l 10 -10 C910/1705 2 Main Steam Line A l l 633 mR/hr l l 10 -10 Main Steam Line B l l 815 mR/hr l l 10 -10" Maln Steam Line C l l 545 mR/hr I i 10 -10 0

Main Steam Line D l l 633 mR/hr l l 10 -10 C 910/17 0 5-3 Air Ejector Off Gas l l 26.7 mR/hr l l 10 10 C910/1705 4 A Loop RBCCW l l 4430 CPS l l 10 -10 B Loop RBCCW l l 4440 CPS l l 10 ' -10 C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 ' -10 C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C 910/170 5-16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10' 6

C 910/170 5-30 R/W Discharge l l 4000 CPS l l 10 " -10 6

C 910 /17 0 5-5 Off Gas Post Treatment l l 4319 CPS l l 10 -10 C 170/1001 -6 06 Drywell CHRMS A l l 1 R/hr l l 10 -10 Drywell CHRMS B l l 1 R/hr l l 10 ' -10 C 170 /10 01 -607 Torus CHRMS A l l 0 R/hr l l 10 -10 Torus CHRMS B l l 0 R/hr l l 10 -10 FLOW RATES PannelC7 SBGT Fl8126/7 ISOL ATED CFM Main Stack 16000 CFM*

Rx Bldg Fl8116 A 10 5 0 0 0 CFM TB Vent 140000 CFM' MET D ATA Pannel MT1 22.D' *160' 033' Detta Temp -1.5 Dog. F Dir (from) 49 47 51 Dog.

Outside Temp 36 Dog. F Speed 5.1 5.1 3.8 MPH Stability Clasa

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS Down Scale O

Page 5-92 THIS IS A DRILL

EVALUATED EXERCISE 93 07A Msc No: 10 PROCESS RADIATION MONITORS TiuE: 2:15 i PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705-18 Main Stack Lo l l 23.1 CPS l l 10 -10"  !

C 910/1001 -608 Main Stack HI l l DS R/hr l l 10 -10 C910/1705 32 Rx Bldg Vent Lo l l 17.5 CPS l l 10 -10" C 910/1001 -609 Rx Bldg Vent Hi l l DS R/hr l l 10 -10 C 910/1001 -610 Turbine Bldg Vent HI I l DS R/hr l l 10 ^ -10 l C910/1705 2 Main Steam Line A l l 633 mR/hr l l 10 -10 Main Steam Line B l l 815 mR/hr l l 10 -10 Main Steam Line C l l 545 mR/hr l l 10 10 Main Steam Line D l l 633 mR/hr l l 10 -10' 6  :

C910/1705 3 Air Ejector Off Gas l l 26.7 mR/hr l l 10 -10 C 910 /1705-4 A Loop RBCCW l l 4430 CPS l i 10 -10 B Loop RBCCW l l 4440 CPS l l 10 ^ '-10 C910/1705 8 Refuel Floor Vent I l 6 mR/hr l l 10 -10' i

C910/1705-9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C910/1705 16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10*

C910/1705 30 R/W Discharge l l 4000 CPS l l 10 ' -10 0

C910/1705 5 Off Gas Post Treatment l l 4319 CPS l l 10 -10 t C170/1001 606 Drywell CHRMS A l l 1 R/hr l l 10 -10 i Drywell CHRMS B l l 1 R/hr l l 10 -10 C 170/10 01 -607 Torus CHRMS A l l 0 R/hr l l 10 -10 Torus CHRMS B l l 0 R/hr l l 10 'I -10 FLOW RATES Pannel C7 SBGT Fl8126/7 ISOL ATED CFM Main Stock 16000 CFM*

Rx Bldg F18116A 10 5 0 0 0 CFM TB Vent 140000 CFM' l

MET DATA Pannel MT1 220' *160' 033' Oetta Temp -1.5 Dog. F Dir (from) 50 48 52 Do g.

l Outside Temp 37 Dog. F Speed 5.1_ 5.1 3.8 MPH  !

Stabl!!!y Class * ,

Precip None *

• Not Available in Control Room OOS-Out of Service OSH Off Scale Hi DS-Down Scale O ,

Page 5-93 THIS IS A DRILL l

EVALUATED EXERCISE 93 07A Msa No: 11 .l PROCESS RADIATION MONITORS Tiue: 2:30  ;

PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE 0

C 910 /17 0 5-18 Main Stack Lo l I 22.4 CPS R 10 -10 #

C910/1001 608 Main Stack Hi l l DS R/hr l I 10' -10 C910/1705 32 Rx Bldg Vent Lo l l 17.9 CPS l l 10 ' -10 l C910/1001 609 Rx Bldg Vent Hi l l DS R/hr l l 10 -10 f C910/1001 610 Turbine Bldg Vent Hi l l DS R/hr l 1 10 -10 0

C910/1705 2 Main Steam Line A l l 633 mR/hr l l 10 -10 Main Steam Line B l l 815 mR/hr I i 10 -10' i 6

Main Steam Line C l l 545 mR/hr l l 10 10 Main Steam Line D l l 633 mR/hr l l 10 -10 l C910/1705 3 Air Elector Off Gas l I 26.7 mR/hr l l 10 -10  ;

C910/1705 4 A Loop RBCCW l I 4430 CPS l l 10 -10 6

l 10 ^ 10  ;

B Loop RBCCW l l 4440 CPS l C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 -10 C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C910/1705 16 Control Rm Air intake l l 0 mR/hr l l 10 -10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 -10 ,

6  :

C 910 /170 5-5 Off Gas Post Treatment l l 4319 CPS l l 10 -10 C170/1001 606 Drywell CHRMS A l l 1 R/hr l l 10 -10 Drywell CHRMS B l l 1 R/hr l l 10 -10  !

C 170 /10 01-607 Torus CHRMS A I l 0 R/hr l l 10 -10 '

Torus CHRMS B l l 0 R/hr l l 10 -10 FLOW RATES Pannel C7 ,

SBGT F18126/7 ISOLATED CFM Main Stack 16000 CFM*

Hr Bldg Fl8116 A 10 5 0 00 CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 2 201 *160' 033' Detta Temp -1.4 Dog. F Dir (from) 50 48 52 Dog. I Outside Temp 37 Dog. F Speed 5.2 5.2 3.9 MPH Stability Class

• Precip None *

• Not Avallable in Control Room OOS-Out of Service OSH-Off Scale Hi DS-Down Scale O

Page 5-94 THIS IS A- DRILL

l EVALUATED EXERCISE 93-07A Mso No: 12 PROCESS RADIATION MONITORS Time: 2 45 i PANNEL/ID NO. MONITOR Tre.nd READING Alarm in RANGE C 910/170 5 18 Main Stack Lo l l 20.9 CPS I l 10 ' -10 C 910/1001 608 Main Stack Hi l l DS R/hr l I 10 -10 l C910/1705 32 Rx Bldg Vent Lo l l 17.8 CPS l l 10 ^ -10 C 910/1001 609 Rx Bldg Vent Hi l l DS R/hr l l 10 -10 C 910/1001-610 Turbine Bldg Vent HI l l DS R/hr l l 10 -10 6

C910/1705 2 Main Steam Line A l l 633 mR/hr l l 10 -10 Main Steam Line B l l 815 mR/hr l l 10 -10 Main Steam Line C l l 545 mR/hr l l 10 -10  ;

Main Steam Line D l l 633 mR/hr l l 10 -10 ,

C910/1705 3 Air Ejector Off Gas l l 26.7 mR/hr l l 10 10 C 910/170 5-4 A Loop RBCCW l l 4430 CPS I l 10 -10" B Loop RBCCW l l 4440 CPS l l 10 -10" C910/1705 8 Refuel Floor Vent l l 6_ mR/hr I i 10 -10' C910/1705 9 SBGT Exhaust l I 3 mR/hr I i 10 -10 y i C910/170 5 16 Control Rm Air Intake l l 0 mR/hr l l 10 's -10 i C910/1705 30 R/W Discharge l l 4000 CPS l l 10 -10 C910/1705 5 Off Gas Post Treatment l l 4319 CPS I l 10 ' -10  !

C 170 /1001 -606 Drywell CHRMS A 1 l 1 R/hr l l 10 -10 l Drywell CHRMS B l l 1 R/hr l l 10 ' -10 l C170/10 01 607 Torus CHRMS A l l 0 R/hr l l 10 -10 Torus CHRMS B l l 0 R/hr l l 10 -10 )

FLOW RATES Pannel C7 SBGT Fl8126/7 ISOL ATED CFM Main Stack 16000 CFM*

Rr Bldg FIB 116A 105000 CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 220'. *160' 033' Delta Temp -1.3 Deg. F Dir (from) 50 48 52 Do g.

Outside Temp 38 Dog. F Speed 5.2 5.2 3.9 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS-Down Scale j O ,

Page 5-95 THIS IS A DRILL i

i'

l l

EVALUATED EXERCISE 93-07A Msc No: 13 PROCESS RADIATION MONITORS Time: 3:00  !

O V PANNEL/lD NO. MONITOR Trend READING Afstm in RANGE 6

0910/1705 18 Ma!n Stack Lo l l 19.7 CPS I l 10 -10 j C 910/1001 60 8 Main Stack Hi l l DS R/hr l l 10 -10 l C 910 /170 5-3 2 Rx Bldg Vent Lo l l 17.6 CPS l l 10 -10 C 910/1001 609 Rx Bldg Vent Hi l l DS R/hr l l 10 -10 C910/1001 610 Turbine Bldg Vent Hi I l DS R/hr l l 10 ' -10 C 910 /170 5-2 Maln Steam Line A l l 633 mR/hr l l 10 -10 Main Steam Line B I l 815 mR/hr l l 10 -10 0

Main Steam Line C l l 545 mR/hr l l 10 10 0

Main Steam Line D l l 633 mR/hr l l 10 -10 C 910 /1705-3 Air Ejector Off Gas l l 26.7 mR/hr l l 10 -10" C 910 /170 5-4 A Loop RBCCW l l 4430 CPS l l 10 -10" 6

B Loop RBCCW l l 4440 CPS l l 10 -10 C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 -10 C910/1705 9 SBGT Exhaust l I 3 mR/hr l l 10 -10 C 910/1705 16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 6

C 910/170 5-3 0 R/W Discharge l l 4000 CPS l l 10 ' -10 6

C910/1705 5 Off Gas Post Treatment l l 4319 CPS I l 10 ' -10 C170/10 01 606 Drywell CHRMS A l l 1 R/hr l l 10 -10 Drywell CHRMS B l l 1 R/hr l l 10 ' -10 C170/1001 607 Torus CHRMS A l l 0 R/hr l l 10 -10 Torus CHRMS B l l 0 R/hr l l 10 ^ -10 FLOW R ATES PannelC7 SBGT Fl8126/7 ISOL ATED CFM Main Stack 16000 CFM*

Rx Bldg Fl8116A 10 5 00 0 CFM TB Vent 140000 CFM' MET DATA Pannel MT1 220' *1fLQ.' 013' Delta Temp 1.4 Dog. F Dir (from) 51 49 53 Da g.

Outaldo Temp 38 Dag. F Speed 5.3 5.3 4 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS-Down Scale O

Page 5-96 THiS IS A DRILL

EVALUATED EXERCISE 93 07A Msa No: 14 PROCESS RADIATION MONITORS Tius: 3:15 PANNEL/ID NO. MONITOR Trend READING Atarm in RANGE C910/1705 18 Main Stack Lo l l 19.8 CPS l l 10 ' -10 C910/1001 608 Main Stack Hi l l DS R/hr l l 10 -10 ,

C910/1705 32 Rx Bldg Vent Lo l l 17.7 CPS I l 10 'I -10 C910/1001 609 Rx Bldg Vent HI I l DS R/hr l l 10 ' -10 C910/1001 610 Turbine Bldg Vent Hi l l DS R/hr I l 10 ' -10 0

C910/1705 2 Main Steam Line A l l 633 mR/hr l l 10 -10 Main Steam Line B l l 815 mR/hr l l 10 -10" Main Steam Line C l l 545 mR/hr l l 10 -10 0

Main Steam Line D l l 633 mR/hr l l 10 -10 C910/1705 3 Air Ejector Off Gas l l 26.7 mR/hr l l 10 -10 1 6

C910/1705 4 A Loop RBCCW l l 4430 CPS U 10 ^ -10 B Loop RBCCW l l 4440 CPS [ l 10 ^ -10 C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 ^ -10 C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C 910/170 5 16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 l C910/1705 30 R/W Discharge l l 4000 CPS I l10 -10" 6

C910/1705 5 Off Gas Post Treatment l l 4319 CPS l l 10 ' -10 C170/1001 606 Drywell CHRMS A l l 1 R/hr l l 10 ^ -10 Drywell CHRMS B l l 1 R/hr I i 10 -10 C170/1001 607 Torus CHRMS A l l 0 R/hr l l 10 ' -10 Torus CHRMS B l l 0 R/hr l l 10 -10 FLOW RATES PannelC7  !

SBGT FIB 126/7 ISOLATED CFM Main Stack 16000 CFM* l Rx Bldg Fl8116A 105000 CFM TB Vent 140000 CFM* I 1

MET DATA Pannel MT1 220' *16 0 '. 033'  !

Delta Temp -1.4 Deg. F Dir (from) 52 50 54 Dog.

Outside Temp 38 Dag. F Speed 5.3 5.3 4 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS-Down Scale l l

O Page 5-97 THIS IS A DRILL i

EVALUATED EXERCISE 93 07A Maa No: 15 PROCESS RADIATION MONITORS Time: 3:30 L PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 18 Main Stack Lo l l 19.6 CPS l l 10 ' -10 C910/1001-608 Main Stack HI l l DS R/hr I i 10 -10 C910/1705 32 Rx Bldg Vent to l l 17.7 CPS l l 10 ' -10" l C 910/10 01-609 Rx Bldg Vent Hi I I DS R/hr l l.10' -10 l C 910/1001 -610 Turbine Bldg Vent HI l l DS R/hr l l 10 " -10 C910/1705 2 Main Steam Line A l l 633 mR/hr l l 10 -10" Main Steam Line B l l 815 mR/hr l l 10 -10 i

Main Steam Line C l l 545 mR/hr l l 10 -10 Main Steam Line D l l 633 mR/hr I i 10 -10 C910/1705 3 Air Ejector Off Gas l l 26.7 mR/hr l l 10 -10 C910/1705 4 A Loop RBCCW l l 4430 CPS l l 10 ' -10 .

B Loop RBCCW l l 4440 CPS I l 10 ' 10 8

C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 10 .

C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C910/1705 16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 ' 10 ,

6 C910/1705 5 Off Gas Post Treatment l l 4319 CPS l l 10 ' -10 C170/1001 606 Drywell CHRMS A l l 1 R/hr l l 10 ' -10 .

Drywell CHRMS B l l 1 R/hr l l 10 -10 C 170 /10 01 -607 Torus CHRMS A l l 0 R/hr l l 10 ' 10  ;

Torus CHRMS B l l 0 R/hr l l 10 -10 i e

FLOW RATES PannelC7 SBGT Fl8126/7 ISOL ATED CFM Main Stack 16000 CFM*

Rx Bldg Fl8116 A 105000 CFM TB Vent 140000 CFM' MET D ATA Pannel MT1 220' *160' 033' Delta Temp 1.4 Dog. F Dir (from) 51 49 53 Dog.

Outside Temp 39 Dog. F Speed 5.4 5.4 4.1 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH.Off Scale Hi - DS-Down Scale  :

~

O Page 5 98 THIS IS A DRILL b

.,n- -,e:*-,-, ~ e e --

. _ _ _ _ ~ . _ _ _ _ _ . ._. . . . .

EVALUATED EXERCISE 93 07A Msa No: 16 i

i PROCESS RADIATION MONITORS TIME: 3:45 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE  !

C910/1705 18 Main Stack Lo l l 19.7 CPS l l 10 -10 C 910/10'01 608 Main Stack Hi l l DS R/hr l l 10 -10 C 910 /1705-3 2 Rx Bldg Vent Lo l l 17.6 CPS I l 10 ' -10 C910/1001 609 Rx Bldg Vent Hi l l DS R/hr l l 10 10 C910 /1001-610 Turbine Bldg Vent Hi l l DS R/hr l l 10 -10 C910/1705 2 Main Steam Line A l l 1800 mR/hr l l 10 10  ;

Maln Steam Line B l l 1900 mR/hr I l 10 -10 Main Steam Line C l l 1800 mR/hr l l 10 -10 j 0

Main Steam Line D l l 1700 mR/hr l l 10 -10 l C910/1705 3 Air Ejector Off Gas l l 180 mR/hr l l 10 -10 C910/1705 4 A Loop RBCCW l l 4310 CPS l l 10 ' -10 B Loop RBCCW l l 4320 CPS l l 10 ' -10 1 C910/1705 8 Refuel Floor Vent l l 8 mR/hr l l 10 -10 l C910/1705 9 SBGT Exn6:";: ] l 4 mR/hr l l 10 -10 C 910 /1705-16 Control Rm Air intake l l 0 mR/hr l l 10 ' 10 j

C910/1705 30 R/W Discharge l l 4000 CPS I l 10 -10 C910/1705 5 Off Gas Post Treatment l l 4319 CPS l l 10 -10 ,

C170/10 01 606 Drywell CHRMS A l l 100 R/hr l l 10 -10 Drywell CHRMS B l l 100 R/hr l l 10 ' -10 C 170/10 01-607 Torus CHRMS A i l 4.3 R/hr l l lu ' -10 Torus CHRMS B l l 4.3 R/hr l l 10 -10 i FLOW RATES PannelC7  :

SBGT F18126/7 8 000 CFM Main Stack 24000 CFM* .

I Rx Bldg Fl8116A ISOL ATED CFM TB Vent 140000 CFM*

LAET D ATA Pannel MT1 220'. *110' 033' '

Delta Temp -1.3 Dog. F Dir (from) 51 49 53 Do g.

Outside Temp 39 Dog. F Speed 5.5 5.5 4.2 MPH f Stability Class

• Precip None *

]

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS Down Scale l l

O THIS IS A DRILL Page 5-99

EVALUATED EXERCISE 93 07A Msa No: 17 PROCESS RADIATION MONITORS Tius: 4:00 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 18 Main Stack Lo l l 19.7 CPS l l 10 ' -10 C910/1001 608 Main Stack Hi l l DS R/hr l l 10 -10 C910/1705 32 Rx Bldg Vent Lo l l 17.8 CPS l l 10 -10 C 910/10 01-609 Rx Bldg Vent Hi l l DS R/hr l l 10 " 10 C 910/1001 610 Turbine Bldg Vent Hi l l DS R/hr l l 10 ' -10 C910/1705 2 Main Steam Line A l l 1500 mR/hr l l 10 -10 Main Steam Line B l l 1600 mR/hr l l 10 -10" Main Steam Line C l l 1500 mR/hr l l 10 -10" Maln Steam Line D l l 1400 mRIhr l l 10 10 C910/1705 3 Air Ejector Off Gas l l 174 mR/hr l l 10 -10 C 910 /170 5-4 A Loop RBCCW l l 4190 CPS I l 10 -10 B Loop RBCCW l l 4200 CPS l l 10 -10 C 910/170 5-8 Refuel Floor Vent l l 8 mR/hr l l 10 ' -10 C910/1705 9 SBGT Exhaust l l 4 mR/hr l l 10 -10 C 910/170 5-16 Control Rm Air intake l l 0 mR/hr l l 10 " -10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 ^ -10" C910/1705 5 Off Gas Post Treatment l l 4250 CPS I l 10 -10 C170 /1001 -606 Drywell CHRMS A l l 1000 R/hr l l 10 ' -10 Drywell CHRMS D l l 1000 R/hr l l 10 -10  ;

~

C170/1001 607 Torus CHRMS A l l 50 R/hr l l 10 -10 Torus CHRMS B l l 50 R/hr l l 10 ' -10 FLOW RATES Pannel C7 SBGT Fl8125/7 4 0 0 0 CFM Main Stack 20000 CFM' Rx Bldg F18116A ISOLATED CFM TB Vent 140000 CFM*

MET D ATA Pannel MT1 220' *160' 033' Detta Temp -1.3 Deg. F Dir (from) 51 49 53 Do g.

Outside Temp 39 Dog. F Speed 5.5 5.5 4.2 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH.Off Scale Hi DS-Down Scale O

Page 5-100 THIS IS A DRILL

EVALUATED EXERCISE 93 07A Mso No: 18 PROCESS RADIATION MONITORS TiuE: 4:15 PANNEL/ID NO. MONITOR Trend READING Afstm in RANGE C910/1705 18 Main Stack to l l 19.6 CPS I l 10 ^ -10 C910/1001 608 Main Stack Hi l l DS R/hr l l 10 -10 C910/1705 32 Rx Bldg Vent Lo l l 17.5 CPS l l 10 -10" C 910/1001 609 Rx Bldg Vent Hi l l DS R/hr l l 10 ^ -10 C 910 /1001-610 Turbine Bldg Vent HI l l DS R/hr l l 10 ^ -10 C910/1705 2 Main Steam Line A 1 l 1550 mR/hr l l 10 -10 Main Steam Line B l l 1650 mR/hr l l 10 -10 6

Ma!n Steam Line C l l 1550 mR/hr l l 10 -10 Main Steam Line D l l 1450 mR/hr l l 10 -10 C910/1705-3 Air Ejector Off Gas l l 168 mR/hr l l 10 -10 0

C 910 /170 5-4 A Loop RBCCW l l 4070 CPS l l 10 -10 B Loop RBCCW l l 4080 CPS l l 10 ^ -10 C 910 /1705- 3 Refuel Floor Vent l l 8 mR/hr l l 10 -10 C910/1705 9 SBGT Exhaust l l 4 mR/hr l l 10 -10 C910/170fs 16 Control Rm Air intake l l 0 mR/hr l l 10 -10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 -10

~

C910/1705 5 Off Gas Post Treatment l l 4181 CPS l l 10 -10

~

C170/10 01 606 Drywell CHRMS A l l 1010 R/hr l l 10 -10 Drywell CHRMS B l l 1010 R/hr l l 10 -10 C170/1001 607 Torus CHRMS A l l 51 R/hr l l 10 -10 Torus CHRMS B l l 51 R/hr l l 10 -10 l l

FLOW RATES Pannel C7 SBGT Fl8126/7 4 0 0 0 CFM Main Stack 20000 CFM' Rx Bldg F18116A IS O L AT E D CFM TB Vent 140000 CFM*

lAET DATA Pannel MT1 220' *160' 033' Delta Temp 1.2 Dog. F Dir (from) _ 52 50 54 Da g.

Outside Temp 40 Dog. F Speed 5.6 5.6 4.3 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH Off Scale Hi DS-Down Scale O

Page 5-101 THIS IS A DRILL

EVALUATED EXERCISE 93 07A Mso No: 19 PROCESS RADIATION MONITORS TIME: 4:30 PANNEL/ID NO. MONITOR Trend READING Aterm in rat [GE 6

C 910/170 5-18 Main Stack Lo l l 19.6 CPS l l 10 -10 C S 10/10 01 -608 Main Stack Hi l l DS R/hr l l 10 -10 6

C 910 /170 5-3 2 Rx Bldg Vent Lo l l 17.8 CPS l l ? O ^ -10 C 910/1001 609 Rx Bldg Vent Hi l l DS R/hr l l 10 -10 C 910 /1001 -610 Turbine Bldg Vent Hi l l DS R/hr l l 10 -10 C910/1705 2 Main Steam Line A l l 1400 mR/hr l l 10 -10 0

Main Steam Line B l l 1500 mR/hr U 10 -10 Main Steam Line C l l 1400 mR/hr l l 10 -10 Maln Steam Line D l l 1300 mR/hr l l 10 -10 C 910/170 5-3 Air Ejector Off Gas l l 162 mR/hr l l 10 -10" 6

C 910 /170 5-4 A Loop RBCCW l l 3950 CPS l l 10 ^ -10 B Loop RBCCW l l 3960 CPS l l 10 -10 C 910 /1705-8 Refuel Floor Vent l l 8 mR/hr l l 10 -10 C910/1705 9 SBGT Exhaust l l 4 mR/hr l l 10 -10 C 910/170 5 16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 C 910 /1705-3 0 R/W Discharge l l 4000 CPS l l 10 -10' C910/1705 5 Off Gas Post Treatment l l 4112 CPS l l 10 ^ -10 C 170 /10 01 -606 Drywell CHRMS A l l 1012 R/hr l l 10 -10 Drywell CHRMS B l l 1012 R/hr l l 10 -10 C 170 /1001 -607 Torus CHRMS A l l 52 R/hr l l 10 -10 Torus CHRMS B l l 52 R/hr l l 10 ^ -10 FLOW RATES PannelC7 SBGT Fl8126/7 4 0 0 0 CFM Main Stack 20000 CFM*

Rx Bldg Fl8116A ISOLATED CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 22.0' *160' 033' Delta Temp 1.2 Deg. F Dir (from) 52 50 54 Do g.

Outside Temp 40 Deg. F Speed 5.6 5.6 4.3 MPH Stability Class

• Precip None *

• Not Avaliable in Control Room OOS-Out of Service OSH-Off Scale Hi DS-Down Scale O

Page 5-102 THIS IS A DRILL

i EVALUATED EXERCISE 93-07A Msa No: 20 PROCESS R %DIATION MONITORS Time: 4:45 i PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C 910/170 5 18 Main Stack Lo l l 19.6 CPS I I 10 -10" C 910/1001 608 Main Stack Hi l l DS R/hr l l 10 -10 C910/1705 32 Rx Bldg Vent to l l 17.9 CPS I l 10 ^ -10 C 910/1001 609 Rx Bldg Vent HI l l DS R/hr l l 10 -10 C 910/1001 610 Turbine Bldg Vent HI I l DS R/hr l l 10 -10 C910/1705 2 Main Steam Line A l l 1350 mR/hr l l 10 -10 Main Steam Line B l l 1450 mR/hr l l 10 -10 Main Steam Line C l l 1350 mR/hr l l 10 -10" Main Steam Line D l l 1250 mR/hr l l 10 -10 C 910/170 5-3 Air Ejector Off Gas l l 156 mR/hr l l 10 10 C910/1705 4 A Loop RBCCW l l 3830 CPS l l 10 -10" B Loop RBCCW l l 3840 CPS I l 10 -10 C910/1705 8 Refuel Floor Vent l l 8 mRlbr l l 10 -10 C910/1705 9 SBGT Exhaust l l 4 mR/hr l l 10 -10 C 910/170 5-16 Control Rm Air intake l l 0 mR/hr l l 10 -10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 ^ -10 C910/1705 5 Off Gas Post Treatment l l 4043 CPS I l 10 -10 C 170/1001 -606 Drywell CHRMS A l l 1012 R/hr l l 10 -10 Drywell CHRMS B l l 1012 R/hr l l 10 -10 C 170 /10 01 -607 Torus CHRMS A l l 52 R/hr l l 10 -10 Torus CHRMS B l l 52 R/hr l l 10 -10 FLOW R ATES Pannel C7 SBGT Fl8126/7 4 0 0 0 CFM Main Stack 20000 CFM' Rx Bldg F18116A ISOL ATED CFM TB Vent 140000 CFM*

MET D ATA Pannel MT1 220' *160' 033' Detts Temp 1.2 Dog. F Dir (from) 53 51 55 Dog.

Outside Temp 40 Deg. F Speed 5.7 5.7 4.4 MPH Stability Class

• Precip None *

• Not Avstlable in Control Room OOS-Out of Service OSH-Off Scale HI DS-Down Scale O

Page 5-103 MIS IS A DRILL

EVALUATED EXERCISE 93 07A Msa No: 21 1

PROCESS RADIATION MONITORS nME: 5 00 PANNEL/ID NO. MONITOR Tre n d READING Alarm in RANGE 6

C 910/1705-1 B Main Stack Lo l l 19.6 CPS I l 10 -10 C 910/1001-608 Main Stack HI l l DS R/hr l l 10 -10*

C910/1705 32 Rx Bldg Vent Lo l l 17.6 CPS I l 10 -10 C910 /1001-609 Rx Bldg Vent Hi l l DS R/hr l l 10 -10 j C910/1001 610 Turbine Bldg Vent Hi l l DS R/hr l l 10 -10 C 910 /1705-2 Main Steam Line A l l 1300 mR/hr l l 10 -10 Main Steam Line B l l 1400 mR/hr l l 10 -10 l 0

Main Steam Line C l l 1300 mR/hr l l 10 -10 Main Steam Line D l l 1200 mR/hr l l 10 -10 C910/1705 3 Air Ejector Off Gas l l 150 mR/hr l l 10 -10 C910/1705 4 A Loop RBCCW l l 3710 CPS l l 10 ' -10" B Loop RBCCW l l 3720 CPS l l 10 ' -10 3

C910/1705 8 Refuel Floor Vent l l 8 mR/hr l l 10 -10 C910/1705 9 SBGT Exhaust l l 4 mR/hr l l 10 -10 C910 /170 5 16 Control Rm Air intake l l 0 mR/hr l l 10 'I -10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 -10 6 i C 910/170 5-5 Off Gas Post Treatment l l 3974 CPS l l 10 -10 C170/1001 606 Drywell CHRMS A l l 1010 R/hr l l 10 -10  !

Drywell CHRMS B l l 1010 R/hr l l 10 -10 C170 /1001 -6 07 Torus CHRMS A 1 l 52 R/hr l l 10 -10 Torus CHRMS B l l 52 R/hr U 10 -10 FLOW RATES Pannel C7 SBGT FIB 126/7 4 0 0 0 CFM Main Stack 20000 CFM*

Rx Bldg Fl8116A ISOL ATED CFM T3 Vent 140000 CFM*

MET DATA Pannel MT1 220' *160' 033' Delta Temp -1.1 Dog. F Dir (from) 53 _ 51 55 Dog.

Outside Temp 40 Dog. F Speed 5.6 5.6 4.3 MPH Stability Class

• Precip None *

• Not Avallable in Control Room OOS-Out of Service OSH-Off Scale HI DS-Down Scale l 1

I Page 5-104 THIS IS A DRILL

)

EVALUATED EXERCISE 93 07A Msa No: 22 PROCESS RADIATION MONITORS Tiue: 5:15 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 18 Main Stack Lo l l 19.6 CPS l l 10 -10 C910/1001 608 Main Stack Hi l l DS R/hr l l 10 ' -10 C910/1705 32 Rx Bldg Vent Lo l l 17.7 CPS I l 10 -10 C 910 /1001-609 Rx Bldg Vent Hi l l DS R/hr l l 10 -10 C 910/10 01 610 Turbine Bldg Vent Hi l l DS R/hr l l 10 ' -10 6

C910/1705 2 Main Steam Line A l l 1250 mR/hr l l 10 -10 Main Steam Line B l l 1350 mR/hr l I 10 -10 Main Steam Line C l l 1250 mR/hr l l 10 -10 Main Steam Line D l l 1150 mR/hr l l 10 -10 0

C 910/17 0 5-3 Air Ejector Off Gas l l 144 mR/hr l l 10 -10 C 910 /17 0 5-4 A Loop RBCCW l l 3590 CPS I l 10 -10 B Loop RBCCW I l 3600 CPS l l 10 -10 C910/1705 8 Refuel Floor Vent l l a mR/hr l l 10 ' -10 C 910 /17 0 5-9 SBGT Exhaust l l 4 mR/hr l l 10 10 C 910/1705 16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 ' -10 C 910/170 5-5 Off Gas Post Treatment l l 3905 CPS l l 10 10 C170/1001 606 Drywell CHRMS A l l 1000 R/hr l l 10 -10 Drywell CHRMS B l l 1000 R/hr l l 10 -10 C170/10 01 607 Torus CHRMS A l l 51 R/hr I i 10 ^ -10 Torus CHRMS B l l 51 R/hr l l 10 ^ -10 FLOW RATES Pannel C7 SBGT F18126/7 4 0 0 0 CFM Main Stack 20000 CFM*

Rx Bldg FIS116A ISOLATED CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 220' *1@ ' 033' Dette Temp -1.1 Dog. F Dir (from) 54 52 56 Do g.

Outside Temp 41 Dog. F Speed 5.7 5.7 4.4 MPH Stablitty Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale HI DS-Down Scale O

Page 5-105 THIS IS A DRILL

EVALUATED EXERCISE 93-07A _Msa No: 23 f i

PROCESS RADIATION MONITORS Tius: 5:30 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 18 Main Stack Lo l l 19.5 CPS l l 10 ' -10 C 910/1001 -608 Main Stack HI l l DS R/hr l l 10 -10 j C910/1705 32 Rx Bldg Vent Lo l l 18.7 CPS l l 10 'I -10 C 910 /1001 -609 Rx Bldg Vent Hi l l DS R/hr l l 10 -10 C 910/1001-610 Turbine Bldg Vent Hi l l DS R/hr l l 10 ' 10 C 910/170 5-2 Main Steam Line A l l 1200 mR/hr l l 10 -10 Main Steam Line B l l 1300 mR/hr l l 10 -10' 6

Main Steam Line C l l 1200 mR/hr l l 10 -10 Main Steam Line D l l 1100 mR/hr l l 10 -10 0

C 910/170 5-3 Air Ejector Off Gas l l 138 mR/hr l l 10 -10 C 910/170 5-4 A Loop RBCCW l l 3470 CPS l l 10 'I -10 B Loop RBCCW l l 3480 CPS l l 10 ^ -10 '

C910/1705 8 Refuel Floor Vent l l 8 mR/hr R 10 ' -10 C910/1705 9 SBGT Exhaust l l 4 mR/hr l l 10 -10 C 910/170 5-16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 ^ -10 i C910/1705 5 Off Gas Post Treatment l l 3836 CPS l l 10 'I -10 C 170/1001 -606 Drywell CHRMS A l l 1000 R/hr l I 10 -10 Drywell CHRMS B l l 1000 R/hr l l 10 -10 C 170/1001 607 Torus CHRMS A l l 50 R/hr l l 10 " -10 ,

Torus CHRMS B l l 50 R/hr l l 10 " -10 FLOW R ATEf Pannel C7 SBGT Fl8126/7 4 0 0 0 CFM Main Stack 20000 CFM*

Rx Bldg F18116A ISOL ATED CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 22S' *160' 033' Detta Temp 1.2 Dog. F Dir (from) 53 51 55 Dag.

Outside Temp 41 DeD. F Speed 5.7 5.7 4.4 MPH Stability Class Precip None *

• Not Available in Control Room OOS Out of Service OSH-Off Scale Hi DS-Down Scale O

Page 5-106 THIS IS A DRILL

EVALUATED EXERCISE 93 07A Msa No 24 PROCESS RADIATION MONITORS TiuE: 5:45 PANNEL/ID NO. MONITOR Trend READING Af arm in RANGE C 910/1705 18 Main Stack Lo l l 19.5 CPS I l 10 ' -10" C 910/1001 608 Main Stack Hi l l DS R/hr l l 10 -10 6

C910/1705 32 Rx Bldg Vent Lo l l 19.7 CPS I l 10 ' -10 C 910 /1001-609 Rx Bldg Vent Hi l l DS R/hr I i 10 -10*

C 910/10 01 -610 Turbine Bldg Vent Hi l l DS R/hr l l 10 -10 C910/170 5-2 Main Steam Line A l l 1100 mR/hr l l 10 -10" 6

Main Steam Line B l l 1200 mR/hr l l 10 -10 Main Steam Line C l l 1100 mR/hr l l 10 -10 Main Steam Line D l l 1000 mR/hr l l 10 -10 6

C910/1705 3 Air Ejector Off Gas l l 132 mR/hr l l 10 -10 6

C910/1705 4 A Loop RBCCW l l 3350 CPS i l10 10 B Loop RBCCW l l 3360 CPS l l 10 ' -10 C910/1705 8 Refuel Floor Vent l l 8 mR/hr l l 10 -10 C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C 910/1705 16 Control Rm Air intake l l 0 mR/hr l l 10 ' 10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 -10 C 910 /1705-5 Off Gas Post Treatment l l 3767 CPS l l 10 ^ -10 C 170 /1001 -606 Drywell CHRMS A l l 990 R/hr l l 10 ' -10 Drywell CHRMS B l l 990 R/hr l l 10 -10 C 170 /1001 -607 Torus CHRMS A l l 49 R/hr l l 10 ' 10 Torus CHRMS B l l 49 R/hr l l 10 ' -10 FLOW RATES Pannel C7 SBGT Fl8126f7 4 0 0 0 CFM Main Stack 20000 CFM*

Rx Bldg Fl8116A ISOL ATED CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 220' *160' 033' Delta Temp -1.2 Deg. F Dir (from) 54 52 56 Dog.

Outside Temp 42 Deg. F Speed 5.8 5.8 4.5 MPH Stability Class Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS-Down Scale O

Page 5-107 THIS IS A DRILL

EVALUATED EXERCISE 93-07A Msc No: 25 PROCESS RADIATION MONITORS TiuE: 6:00 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 18 Main Stack Lo l l 19.5 CPS I l 10 -10 C910/1001 608 Main Stack Hi l l DS R/hr l l 10 ^ -10 C910/1705-32 Rx Bldg Vent Lo l l 20.7 CPS l l 10 -10 C 910/1001-609 Rx Bldg Vent Hi l l DS R/hr l l 10 'I -10 C 910/1001 -610 Turbine Bldg Vent HI l l DS R/hr l l 10 ' -10 C 910/170 5-2 Main Steam Line A l l 1000 mR/hr l l 10 10 0

Main Steam Line B l l 1100 mR/hr l l 10 -10 Main Steam Line C l l 1000 mR/hr l l 10 -10" 0

Main Steam Line D l l 900 mR/hr l l 10 10 6

C910/1705 3 Air Ejector Off Gas l l 126 mR/hr l l 10 -10 C910/1705 4 A Loop RBCCW I l 3230 CPS I l 10 -10 6

B Loop RBCCW l l 3240 CPS I l 10 ^ -10 C 910 /170 5-8 Refuel Floor Vent l l 7 mR/hr l l 10 'I -10 C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C 910/170 5 16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 0

C910/1705 30 R/W Discharge l l 4000 CPS l l 10 -10 6

C 910 /170 5-5 Off Gas Post Treatment l l 3698 CPS I l 10 -10 C 170 /1001 -606 Drywell CHRMS A l l 990 R/hr l l 10 -10 l Drywell CHRMS B l l 990 R/hr l l 10 -10 C170/10 01 607 Torus CHRMS A l l 47 R/hr l l 10 -10 Torus CHRMS B l l 47 R/hr l l 10 -10 FLOW RATES PannelC7 SBGT Fl8126/7 4 0 00 CFM Main Stack 20000 CFM*

Rx Bldg Fl8116A ISOL ATED CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 2.2.0 ' *160' 033' Detta Temp -1.2 Dog. F Dir (from) 54 52 56 Dog.

Outside Temp 42 Dag, F Speed 5.8 5.8 4.5 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS-Down Scale O  !

Page 5-108 THIS IS A DRILL l

EVALUATED - EXERCISE 93 07A Mso No: 26 PROCESS RADIATION MONITORS Tiue: 6:15 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 18 Main Stack Lo l l 19.5 CPS l l 10 ^ 10 C 910/1001 608 Main Stack Hi l l DS R/hr l l 10 ^ -10 ,

C 910/170 5-32 Rx Bldg Vent Lo l l 21.7 CPS l l 10 10 ,

C 910/1001 -609 Rx Bldg Vent HI l l DS R/hr I I10 10 [

C910/1001-610 Turbine Bldg Vent Hi l l DS R/hr l l 10 -10 C910/1705 2 Main Steam Line A l l 950 mR/hr l l 10 -10 6

Main Steam Line B l l 1050 mR/hr l l 10 -10 0

Maln Steam Line C l j 950 mR/hr I i 10 -10' 6

Main Steam Line D l 1 850 mR/hr l l 10 -10 C910/1705 3 Air Elector Off Gas l l 120 mR/hr l l 10 -10 C 910/170 5-4 A Loop RBCCW l l 3110 CPS l l 10 -10 ,

I B Loop RBCCW l l 3120 CPS l l 10 -10 I

C 910/170 5-8 Refuel Floor Vent l l 7 mR/hr l l 10 ' -10 C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C910/1705 16 Control Rm Air intare l l 0 mR/hr l l 10 ' -10 C910/1705 30 R/W Discharge L _j 4000 CPS l l 10 -10 C910/1705 5 Off Gas Post Treatment l l 3629 CPS l l 10 -10 C170/1001 606 Drywell CHRMS A l l 27000 R/hr l l 10 ' -10 Drywell CHRMS B l l 27000 R/hr l l 10 -10 f C170/1001 607 Torus CHRMS A l l 1500 R/hr l I 10 -10 Torus CHRMS B l l 1500 R/hr l l 10 10 FLOW RATES Pannel C7 l SBGT F18126/7 4 0 00 CFM Main Stack 20000 CFM* ,

Rx Bldg F18116A ISOL ATED _ CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 220' *160' RM' i Delta Temp -1.1 Dag. F Dir (from) 55 53 57 Dog.

Outside Temp 42 Dog. F Speed 5.9 5.9 4.6 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale HI DS-Down Scale O

Page 5-109 THIS IS A DRlLL ,

EVALUATED EXERCISE 93 07A Msa No: 27 PROCESS RADIATION MONITORS TiuE: e:30 PANNEL/ID NO. MONITOR Trend READING Alarm In RANGE C910 /1705-18 Main Stack Lo l l 19.5 CPS l l 10 ' -10 C 910 /10 01-608 Main Stack Hi l l DS R/hr l l 10 " 10 C910/1705 32 Rx Bldg Vent Lo l l 22.7 CPS [ l 10 ' -10 C910/1001 609 Rx Bldg Vent HI l l DS R/hr C 10 -10 C 910/1001-610 Turbine Bldg Vent Hi l l DS R/hr I l 10 -10 C 910 /170 5-2 Main Steam Line A l l 3200 mR/hr l l 10 -10 Main Steam Line B l l 3300 mR/hr l I 10 -10 0

Main Steam Line C l l 3200 mR/hr l l 10 -10 0

Maln Steam Line D l l 3100 mR/hr l l 10 -10 C910/1705 3 Air Ejector Off Gas l l 114 mR/hr l l 10 -10 C910/1705 4 A Loop RBCCW l l 2990 CPS l l 10 ' -10 6

B Loop RBCCW l l 3000 CPS l l 10 -10 C 910 /170 5-8 Refuel Floor Vent l l 7 mR/hr l l 10 -10' C910/1705 9 SBGT Exhaust l l 3 mR/hr l l 10 -10 C 910/1705 16 Control Rm Air intake l l 0 mR/hr l l 10 " 10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 ' -10 C910/1705 5 Off Gas Post Treatment l l 3560 CPS l l 10 10 C 170 /10 01 -606 Drywell CHRMS A l l 28000 R/hr l l 10 -10 Drywell CHRMS B l l 28000 R/hr l l 10 -10 C 170 /1001 -607 Torus CHRMS A l l 1440 R/hr l l 10 ^ -10 Torus CHRMS B l l 1440 R/hr l l 10 ' -10 FLOW R ATES Pannel C7 SBGT FIB 126/7 4 000 CFM Main Stack 20000 CFM*

Rx Bldg Fl8116A ISOL ATED CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 220' *160' 033' Delta Temp -1.1 Dog. F Dir (from) 55 53 57 Dog.

Outsids Temp 43 Dog. F Speed 5.9 5.9 4.6 MPH Stability Class * ,

Precip None *

• Not Avallable in Control Room OOS-Out of Service OSH-Off Scale Hi DS Down Scale ,

O Page 5-110 THIS IS A DRILL

EVALUATED EXERCISE 93 07A Mso No: 28 PROCESS RADIATION MONITORS Tius 6:4s n

V PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 18 Main Stack Lo l l OSH CPS l l 10 -10 C910/1001 608 Main Stack Hi l l 53 R/hr l l 10 -10 6

C910/1705 32 Rx Bldg Vent Lo l l 23 7 CPS I l 10 ^ -10 C 910/1001 609 Rx Bldg Vent Hi l l DS R/hr l l 10 -10 C 910/10 01 -610 Turbine Bldg Vent Hi l l DS R/hr l 1 10' 10 C910/1705 2 Main Steam Line A l l 3100 mR/hr l l 10 -10 Main Steam Line B l l 3200 mR/hr l l 10 -10 Maln Steam Line C l l 3100 mR/hr l l 10 -10" Main Steam Line D l l 3000 mR/hr I I 10 -10" C 910 /1705-3 Air Ejector Off Gas l l 108 mR/hr l l 10 10" C 910/170 5-4 A Loop RBCCW l l 2870 CPS l l 10 -10 B Loop RBCCW l l 2880 CPS I l 10 ' -10 8

C910/1705 8 Refuel Floor Vent l l 7 mR/hr l l 10 -10 C910/1705 9 SBGT Exhaust l l OSH mR/hr l l 10 -10  !

C 910 /170 5-16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 C910/1705 30 R/W Discharge l l 4000 CPS I l 10 ' -10 C910/1705 5 Off Gas Post Treatment l l 3491 CPS l l 10 ' -10 i C170/1001 606 Drywell CHRMS A l l 26000 R/hr l l 10 ' -10 Drywell CHRMS B l l 26000 R/hr l l 10 -10 C 170 /10 01 -607 Torus CHRMS A l l 1380 R/hr l I 10' -10 I Torus CHRMS B l l 1380 R/hr l l 10 ' -10 FLOW R ATES Pannel C7 l l

SBGT Fl8126/7 4 0 0 0 CFM Main Stack 20000 CFM*

Rx Bldg RB116A ISOLATED CFM TB Vent 140000 CFM*

]

l MET DATA Pannel MT1 22D' *160' 033' l Delta Temp -1 Dog. F Dir (from) 56 54 58 Dog.

Outside Temp 43 Deg. F Speed 6 6 4.7 MPH Stability Class Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale HI DS-Down Scale O

Page 5-111 THIS IS A DRILL

EVALUATED EXERClSE 93 07A Msa No: 29 PROCESS RADIATION MONITORS Time: 7:00 gj PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE j CPS l 10 -10  !

C910/170 5 18 Main Stack Lo l l OSH l C 910 /1001 -6 0 8 Main Stack Hi l l 50.5 R/hr l l 10 -10 C910/1705 32 Rx Bldg Vent Lo l l 24.7 CPS l l 10 ^ -10 C 910/10 01 -60 9 Rx Bldg Vent Hi l l DS R/hr l I 10' -10 C 910 /10 01 -610 Turbine Bldg Vent Hi l l DS R/hr l l 10 10 C910/1705 2 Main Steam Line A l l 3000 mR/hr l l 10 -10 Main Steam Line B l l 3100 mR/hr l l 10 10 6

Main Steam Line C l l 3000 mR/hr l l 10 -10 0 6 Main Steam Line D l l 2900 mR/hr l l 10 -10 0

C910/1705 3 Air Ejector Off Gas l l 102 mR/hr l l 10 -10 C910/1705 4 A Loop RBCCW l l 2750 CPS I l 10 -10 B Loop RBCCW l l 2760 CPS l l 10 ' -10 C910/1705 8 Refuel Floor Vent l l 7 mR/hr l l 10 ' -10*

0 C910/1705 9 SBGT Exhaust l l OSH mR/hr l l 10 -10 C 910/170 5 16 Control Rm Air intake l l 0 mR/hr l I 10' 10 6

C910/1705 30 R/W Discharge l l 4000 CPS l l 10 ' 10 6

C910/1705 5 Off Gas Post Treatment l l 3422 CPS l l 10 -10 C170/1001 606 Drywell CHRMS A l l 23000 R/hr U 10 -10 Drywell CHRMS B l l 23000 R/hr R 10 ^ -10 C 170 /1001 -607 Torus CHRMS A l l 1320 R/hr l l 10 ' -10 Torus CHRMS B l l 1320 R/hr l l 10 ' 10 FLOW R ATES. Pannel C7 SBGT Fl8126,7 4 0 0 0 CFM Main Stack 20000 CFM' Rx Bldg F18116 A IS O L AT E D CFM TB Vent 140000 CFM' g

MET DATA Pannel MT1 220' *160' DJJ' Delta Temp -1 Dog. F Dir (from) 56 54 58 Dog.

Outside Temp 44 Dog. F Speed 6 6 4.7 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS-Down Scale o

b Page 5-112 THIS IS A DRILL

EVALUATED EXERCISE 93 07A Msa No: 30 PROCESS RADIATION MONITORS Tiu e 7:1s PANNEL/ID NO. MONITOR Trend READING Alarm In RANGE C 910/170 5-18 Main Stack Lo l l OSH CPS l l 10 -10" C 910/1001 -608 Maln Stack Hi l l 48.5 R/hr l l 10 ^ -10 6

C910/1705 32 Rx Bldg Vent Lo l l 25.7 CPS l l 10 ' -10 C910/1001 609 Rx Bldg Vent Hi l l DS R/hr l l 10 ' -10 C 910/1001 -610 Turbine Bldg Vent Hi l l DS R/hr l l 10 -10 C 910/170 5-2 Main Steam Line A l l 2800 mR/hr l l 10 -10 Main Steam Line B l { 2900 mR/hr l l 10 -10 Main Steam Line C l ] 2800 mR/hr l j 10 -10 Main Steam Line D l l 2700 mR/hr l l 10 -10 0

C 910/170 5-3 Air Ejector Off Gas l 1 96 mR/hr l l 10 -10" C910/1705 4 A Loop RBCCW l __] 2630 CPS l l 10 -10 6

B Loop RBCCW l l 2C40 CPS l l 10 -10 C 910/170 5-8 Refuel Floor Vent L l 7 mR/hr l l 10 ' -10 C 910 /170 5-9 SBGT Exhaust l l OSH mR/hr l l 10 10

~

C 910/17 0 5-16 Control Rm Air intake l l 0 mR/hr l l 10 -10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 ^ -10 C 910 /170 5-5 Off Gas Post Treatment l l 3353 CPS l l 10 ' 10 C170/1001 606 Drywell CHRMS A l l 20000 R/hr l l 10 ^ -10 Drywell CHRMS B l l 20000 R/hr l l 10 -10 C 170 /1001 -607 Torus CHRMS A l l t260 R/hr l l 10 'I -10 Torus CHRMS B l l 1260 R/hr l l 10 -10 FLOW RATES PannelC7 SBGT F18126/7 4 0 0 0 CFM Main Stack 20000 CFM' Rx Bldg Fl8116A ISOLATED CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 220'

• 1 6 0 '. D13' Delta Temp -1 Deg. F Dir (from) 56 S4 58 Do g.

Outside Temp 44 Dog. F Speed 6 6 4.7 MPH Stablilty Class

• Precip None

• Not Available in Control Room OOS-Out of Service OSH Off Scale Hi DS Down Scale l

O Page 5-113 THIS IS A DRILL

EVALUATED EXERCISE 93-07A Msa No: 31 PROCESS RADIATION MONITORS Time: 7:30 PANNEL/lD NO. MONITOR Trend READING Alarm in RANGE

~

C910/1705-18 Main Stack Lo l l OSH CPS l l 10 -10" C910/1001 -608 Main Stack HI l l 46.5 R/hr l l 10 -10 6

C910/1705 32 Rx Bldg Vent Lo l l 26.7 CPS I l 10 -10 C 910/1001-609 Rx Bldg Vent Hi I l DS R/hr l l 10 -10 C910/1001 610 Turbine Bldg Vent Hi l l DS R/hr l l 10 -10 C910/1705 2 Main Steam Line A l l 2700 mR/hr l l 10 -10 Main Steam Line B l l 2800 mR/hr l l 10 -10" Main Steam Line C l l 2700 mR/hr l l 10 -10 Main Steam Line D l l 2600 mR/hr l l 10 -10 C910/1705 3 Air Ejector Off Gas l l 90 mR/hr I l 10 10 C910/1705 4 A Loop RBCCW [ l 2510 CPS l l 10 10

~ 0 B Loop RBCCW I l 2520 CPS l l 10 -10 C910/1705 8 Refuel Floor Verg l l -7 mR/hr l l 10 -10 C910/1705 9 S B G's Exhaut t l ~] OSH mR/hr l l 10 -10

~

C 910/170 5 16 Control Rm Air intake i 10 mR/hr l l 10 -10 C 910/1705-3 0 R/W Discharge l l 4000 CPS l l 10 ^ -10

~

C910/1705 5 Off Gas Post Treatment l l 3284 CPS l l 10 10

~

C170/1001 606 Drywell CHRMS A l l 18000 R/hr l l 10 -10 Drywell CHRMS B l l 18000 R/hr l l 10 -10 C 170/10 01 -607 Torus CHRMS A l l 1200 R/hr l l 10 ' 10 Torus CHRMS B l l 1200 R/hr l l 10 -10 FLOW RATES PannelC7 SBGT Fl8126/7 4 0 0 0 CFM Main Stack 20000 CFM*

Rx Bldg FIB 116A ISOL ATED CFM TB Vent 140000 CFM' MET DATA Pannel MT1 220' *160' Q13' Delta Temp -1 Dog. F Dir (from) 56 54 58 Dog.

Outside Temp 45 Dag. F Speed 6 6 4.7 MPH Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH Off Scale Hi DS Down Scale Page 5-114 THIS IS A DRILL

EVALUATED EXERCISE 93 07A Msa No: 32 PROCESS RADIATION MONITORS Tiue: vu5 PANNEL/ID NO. MONITOR Trend READING Aisr m in RANGE C910/1705 18 Main Stack Lo l l OSH CPS l l 10 " -10" C 910 /1001-608 Main Stack Hi l l 45 R/hr l l 10 "I -10 0

C910/1705 32 Rx Bldg Vent Lo j l 27.7 CPS I I 10 -10 C910/1001 609 Rx Bldg Vent HI I l DS R/hr l I 10 -10 C 910 /1001-610 Turbine Bldg Vent Hi l l DS R/hr l l 10 -10 C 910/1705-2 Main Steam Line A l l 2600 mR/hr l l 10 -10 0

Maln Steam Line B l l 2700 mR/hr l l 10 10 6

Main Steam Line C l l 2600 mR/hr l l 10 -10 Main Steam Line D l l 2500 mR/hr l l 10 -10 C910/1705 3 Air Ejector Off Gas l l 84 mR/hr l l 10 -10 C910/1705 4 A Loop RBCCW l l 2390 CPS l l 10 -10" B Loop RBCCW l l 2400 CPS I l10 10 6

~

C910/1705 8 Refuel Floor Vent l l 6_ mR/hr l l 10 -10 U #

C910/1705 9 SBGT Exhaust l l OLH mR/hr l l 10 -10 C 910 /17 0 5-16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 C 910/170 5-30 R/W Discharge l l 4000 CPS l l 10 -10 C910/1705 5 Off Gas Post Treatment l l 3215 CPS l l 10 10 C 170/1001 -606 Drywell CHRMS A l l 16000 R/t r l l 10 -10 Drywell CHRMS B l l 16000 R/h.' O 10 -10 C 170/1001 -607 Torus CHRMS A l l 1140 R/hr d 10 10 Torus CHRMS B l l 1140 R/hr l l 10 -10 FLOW R ATES Pannel C7 SBGT Fl8126/7 4 0 0 0 CFM Main Stack 20000 CFM' Rx 'idg Fl8116A ISOL ATED CFM TB Vent 140000 _

CFM*

MET DATA Pannel MT1 220'

• 16 0 '. Q13' Delta Temp 1 Dog. F Dir (from) 56 54 58 _ Dog.

Outside Temp 45 Dog. F Speed 6 6 4.7 MPH Stability Clase

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH Off Scale Hi DS-Down Scale o Page 5-115 THIS IS A DRILL l

l l

EVALUATED EXERCISE 93 07A Msa No: 33 PROCESS RADIATION MONITORS Time: 8:00 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 18 Main Stack Lo l l OSH CPS l l 10 ' -10 C 910/1001 608 Maln Stack HI l l 43 R/hr l l 10 ' -10 C910/1705 32 Rx Bldg Vent Lo l l 28.7 CPS I l 10 ^ -10 C 910/1001 -609 Rx Bldg Vent HI l l DS R/hr l l 10 -10 C910/10 01 -610 Turbine Bldg Vent HI I l DS R/hr I i 10 -10 C910 /170 5-2 Main Steam Line A l l 2500 mR/hr l I 10 -10 0

Main Steam Line B l l 2600 mR/hr l l 10 -10 Main Steam Line C l l 2500 mR/hr l l 10 -10 Main Steam Line D l l 2400 mR/hr l l 10 -10 6

C 910 /170 5-3 Air Elector Off Gas l l 78 mR/hr l l 10 -10 6

C910/1705 4 A Loop RBCCW l l 2270 CPS l l 10 -10 B Loop RBCCW l l 2280 CPS l l 10 ^ -10 C910/1705 8 Refuel Floor Vent l l 6 mR/hr l l10 10 C910/1705 9 SBGT Exhaust l l OSH mR/hr l l 10 -10 C 910/1705 16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 C910/1705 30 R/W Discharge l l 4000 CPS l l 10 -10 C910/1705 5 Off Gas Post Treatment l l 3146 CPS l l 10 10" C170/10 01 606 Drywell CHRMS A l l 14000 R/hr l l 10 10 Drywell CHRMS B l l 14000 R/hr l l 10 -10 C170/1001 607 Torus CHRMS A l l 1080 R/hr l l 10 -10 Torus CHRMS B l l 1080 R/hr l l 10 10 FLOW RATES PannelC7 SBGT Fl8126/7 4 0 0 0 CFM Main Stack 20000 CFM' Rx Bldg FIB 116A ISOL ATED CFM TB Vent 140000 CFM' MET DATA Pannel MT1 220' *160' 033' Delta Temp -1 Dag. F Dir (from) 56 54 58 Dog.

Outside Temp 45 Dog. F Speed 6 6 4.7 MPH Stabl!!!y Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale HI DS-Down Scale O

Page 5-116 THIS IS A DRlLL

EVALUATED EXERC'.BE 93 07A Msc No: 34 PROCESS RADIATION MONITORS TiuE: 8:15 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 18 Main Stack Lo l l OSH CPS I l 10 ^ -10 C910/1001 608 Maln Stack Hi l l 41 R/hr l l 10 -10 C910/1705 32 Rx Bldg Vent Lo l l 29.7 CPS l l 10 -10 C910/10 01-609 Rx Bldg Vent Hi l l DS R/hr l l 10 -10  :

C910/1001 610 Turbine Bldg Vent HI l l DS R/hr l l 10 -10 C910/1705 2 Main Steam Line A l l 2400 mR/hr l l 10 -10 0

Main Steam Line B l l 2500 mR/hr l l 10 -10 Main Steam Line C l l 2400 mR/hr l l 10 -10 Main Steam Line D l l 2300 mR/hr l l 10 -10 0

C910/1705 3 Air Ejector Off Gas l l 72 mR/hr l l 10 -10 C910/170 5-4 A Loop RBCCW l l 2150 CPS l l 10 -10 ,

B Loop RBCCW l l 2160 CPS l l 10 -10 C910 /1705-8 Refuel Floor Vent l l 6 mR/hr l l 10 10 C 910/1705-9 SBGT Exhaust l l OSH mR/hr l l 10 -10 C 910 /170 5-16 Control Rm Air intake l l 0 mR/hr l l 10 '* -10 6

C910/1705 30 R/W Discharge l l 4000 CPS l l 10 -10 6

C910/1705 5 Off Gas Post Treatment l l 3077 CPS l l 10 -10 C170/1001 606 Drywell CHRMS A l l 12000 R/hr l l 10 ^ -10 Drywell CHRMS B l l 12000 R/hr l l 10 -10 C 170 /1001 -607 Torus CHRMS A l l 1020 R/hr l l 10 -10 Torus CHRMS B l l 1020 R/hr l l 10 -10 FLOW RATES PannelC7 SBGT Fl8126/7 4 0 00 CFM Main Stack 20000 CFM*.

Rx Bldg F18116A ISOLATED CFM TB Vent 140000 CFM* i MET DATA Pannel MT1 22D'. *160' 033' Delta Temp -1 Dog. F Dir (from) 56 54 58 Dog.

Outside Temp 46 Dog. F Speed 6 6 4.7 MPH l

)

Stability Class

• Precip None *

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS-Down Scale 1

Page 5-117 THIS IS A DRILL-y

_ _. U

EVALUATED EXERCISE 93 07A Mso No: 35 PROCESS RADIATION MONITORS TiuE: 8:30 PANNEL/ID NO. MONITOR Trend READING Alarm In RANGE C 910/170 5 18 Main Stack Lo l l 1000 CPS l l 10 -10" C 910/1001 608 Main Stack Hi l l DS R/hr l l 10 -10 C 910/1705-3 2 Rx Bldg Vent Lo l l 30.7 CPS l l 10 ' 10 C910 /1001 609 Rx Bldg Vent Hi l l DS R/hr l l 10 ' -10 C 910 /1001-610 Turbine Bldg Vent HI l l DS R/hr l l 10 ' -10 C910/1705 2 Main Steam Line A l l 2300 mR/hr l l 10 -10 Main Steam Line B l l 2400 mR/hr l l 10 -10 Main Steam Line C l l 2300 mR/hr l l 10 -10 Main Steam Line D l l 2200 mR/hr l I 10 10 6

C910/1705 3 Air Ejector Off Gas l l 66 mR/hr ] l 10 -10 C910/1705 4 A Loop RBCCW l l 2030 CPS l l 10 ^ -10 B Loop RBCCW l l 2040 CPS l l 10 -10 Cf1u!1705 8 Refuel Floor Vent l l 6 mR/hr l l 10 -10 C910!1705 9 SBGT Exhaust l l OSH ,

mR/hr l l 10 -10 C 910 /170 5-16 Control Rm Air intake l l 0 mR/hr l l 10 ' -10 C 910 /1705-30 R/W Discharge l l 4000 CPS l l 10 ^ -10 0

C910/1705 5 Off Gas Post Treatment l l 3008 CPS l l 10 10 C 170/1001 -606 Drywell CHRMS A l l 10000 R/hr l l 10 -10 Drywell CHRMS B l l 10000 R/hr l l 10 ' -10 C 170/1001 -6 07 Torus CHRMS A l l 960 R/hr l l 10 -10 Torus CHRMS B l l 960 R/hr l l 10 -10 FLOW RATES Pannel C7 SBGT Fl8126/7 4 0 0 0 CFM Main Stack 20000 CFM*

Rx Bldg Fl8116A ISOLATED CFM TB Vent 140000 CFM*

MET DATA Pannel MT1 22.Q' *160' 033' Dette Temp -1 Deg. F Dir (from) 56 54 58 Dog.

Outside Temp 46 Deg. F Speed 6 6 4.7 MPH Stability Class

• Precip None

• Not Available in Control Room OOS-Out of Service OSH-Off Scale Hi DS Down Scale O

Page 5-118 THIS IS A DRILL

AREA RADIATION MONITORS Tius: 0:00 PANNEL/ID NO. MONITOR Trend READING Afstm In RANGE C910/1705-60 Charcoal Bed Vault 100.0 mR/hr 10 -10 j C911/ ARM -1 Cond. Pump Stair 10.0 mR/hr 10 -10 0 4 >

C911/ ARM -2 Feedwater Heaters 20.0 mR/hr 10 10 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand 100.0 mR/hr 10 -10 C911/ ARM 5 Radwaste Corridor 12.0 mR/hr 10 10 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 10 .

C911/ ARM 7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ ARM -8 Rx Outside Tip Room 4 mR/hr 10 -10 2 2 C911/ ARM -9 RadWaste Ship. Lock 0.7 mR/hr i J -10 ,

C911/ ARM -10 RB Acess Area (S.E.) 6 mR/hr 10' -10 C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 10 C911/ ARM -12 New Fuel Racks 0.2 mR/hr 10 10 C911/ ARM -13 Shleid Plug Area 3.0 mR/hr 10 -10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10' 10 ALARM SET POINTS 1705 60 = 200 mR/hr ARM 7 = 300 mR/hr ARM 1 = 55 mR/hr ARM 8 = 5 mR/hr ARM -2 = 600 mR/hr ARM 9 = 50 mR/hr ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM 5 = 15 mR/hr ARM 12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr OOS-Out of Service OSH-Off Scale Hi DS Down Scale Page 5-119 This is a Drill

1993 EVALUATED EXERCISE Msa No:2 AREA RADIATION MONITORS Tius: 0:,5 O PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE

-1 3 C910/1705 60 Charcoal Bed Vault 100.0 mR/hr 10 -10

-1 3 C911/ ARM -1 Cond. Pump Stair 10.0 mR/hr 10 -10 0 4 C911/ ARM -2 Feedwater Heaters 20.0 mR/hr 10 -10

-2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 0 4 C911/ ARM -4 Turbine Front Stand 100.0 mR/hr 10 -10

-1 3 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10 2 2 C911/ ARM -8 Rx Outside Tip Room 4 mR/hr 10 -10

~

C911/AR M 9 RadWaste Ship. Lock O.7 mR/hr 10 -10

-2 2 C911/ ARM -10 RB Acess Area (S.E.) 6 mR/hr 10 -10 i C911/AR M 11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks 0.2 mR/hr 10 -10 C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10 -10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 ALARM SET POINTS  ;

1705-60 = 200 mR/hr ARM -7 = 300 mR/hr ARM 1 = 55 mR/hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM 9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM 5 = 15 mR/hr ARM -12 = 40 mR/hr ,

ARM 6 = 6000 mR/hr ARM -13 = 40 mR/hr  !

ARM -14 = 30 mR/hr 1

N OOS.Out of Service OSH.Off Scale Hi DS-Down Scots Page 5-120 This is a Drill

1993 EVALUATED EXERCISE Msa No:3 AREA RADIATION MONITORS Tius: 0:30 0 PANNEL/ID NO. MONITOR Trend READING Atarm in RANGE C910/1705 60 Charcoal Bed Vault 100.0 mR/hr 10' -10 C911/ ARM -1 Cond. Pump Stair 10.0 mR/hr 10 -10 0 4 C911/ ARM 2 Feedwater Heaters 20.0 mR/hr 10 -10 C911/AMM -3 Main Control Room 0.0 mR/hr 10' -10 0 4 C911/ ARM -4 Turbine Front Stand 100.0 mR/hr 10 -10 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10' -10 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ ARM -8 Rx Outside Tip Room 4 mR/hr 10 10 C911/ ARM -9 RadWaste Ship. Lock O.7 mR/hr 10 -10 C911/ ARM -10 RB Acess Area (S.E.) 6 mR/hr 10 -10 C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10' -10 C911/ ARM -12 New Fuel Racks 0.2 mR/hr 10 -10 l C911/AR M -13 Shield Plug Area 3.0 mR/hr 10 -10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 10 ALARM SET POINTS 1705 60 = 200 mR/hr ARM 7 = 300 mR/hr ,

ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM 9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM 12 = 40 inR/hr ARM -6 = 6000 mR/hr ARM 13 = 40 mR/hr ARM -14 = 30 mR/hr OOS-Out of Service OSH Off Scale HI DS-Down Scale Page 5-121 This is a Drill

1993 EVALUATED EXERCISE Msa No:4 AREA RADIATION MONITORS Tiue: 0:45 l

PANNEL/ID NO. MONITOR Trend READING Alstm in RANGE

-1 3 C 910/1705-60 Charcoal Bed Vault 100.0 mR/hr 10 -10

-1 3 C911/ ARM -1 Cond. Pump Stalt 10.0 mR/hr 10 -10 0 4 C911/ ARM -2 Feedwater Heaters 20.0 mR/hr 10 -10

-2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 0 4 C911/ ARM -4 Turbine Front Stand 100.0 mR/hr 1 10 -10 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ ARM -8 Rx Outside Tip Room 4 mR/hr 10 -10 C911/ ARM -9 RadWaste Ship. Lock 0.7 mR/hr 10 -10 2 2 C911/ ARM 10 RB Acess Area (S.E.) 6 mR/hr 10 -10 C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks 0.2 mR/hr 10 -10 C911/ ARM -13 Shleid Plug Area 3.0 mR/hr 10 -10 C911/AR M -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 I

ALARM SET POINTS l 1705 60 = 200 mR/hr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM 9 = 50 mR/hr ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr  !

ARM 6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr DOS.Out of Service OSH Off Scale Hi DS-Down Scale Page 5-122 This is a Drill

1993 EVAL.UATED EXERCISE Msa No:5 AREA RADIATION MONITORS TiuE: 1:00 0 PANNEL/ID NO. MONITOR Trend READING Afstm in RANGE C910/1705 60 CharcocI Bed Vault 100.0 mR/hr 10' -10 C911/ ARM -1 Cond. Pump Stalt 10.0 mR/hr 10 -10 0 4 C911/ ARM -2 Feedwater Heaters 20.0 mR/hr 10 -10

-2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 0 4 C911/ ARM -4 Turbine Front Stand 100.0 mR/hr 10 -10 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/AR M -7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ ARM -8 Rx-Outside Tip Room 4 mR/hr 10' -10 C911/ ARM -9 RadWaste Ship. Lock O.7 mR/hr 10' -10 C911/AR M -10 RB Acess Area (S.E.) 6 mR/hr 10' -10 C911/ ARM 11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks 0.2 mR/hr 10 -10 C911/AR M -13 Shield Plug Area 3.0 mR/hr 10 10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 ALARM SET POINTS l l

1705 60 = 200 mR/hr AR M -7 = 300 mR/hr ARM 1 = 55 mR/hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM -9 = 50 mR/hr ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr i ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr I ARM 5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr OOS.Out of Service OSH-Off Scale HI DS Down Scale Page 5-123 This is a Drill

Msa No:6 1993 EVALUATED EXERCISE AREA RADIATION MONITORS Time: 1:25 C PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE ,

1 C910 /1705-60 Charcoal Bed Vault 100.0 mR/hr 10' -10 C911/ ARM -1 Cond Pump Sialt 10.0 mR/hr 10 -10 0 4 Feedwater Heatars 20.0 mR/hr 10 -10 C911/ ARM -2 Main Control Room 0.0 mR/hr 10 -10 C911/ ARM -3 0 4 Turbine Front Stand 100.0 mR/hr 10 -10 C911/ ARM -4 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/ ARM -6 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ AR M -7

-2 2 Rx Outside Tip Room 4 mR/hr 10 -10 C911/ ARM -8

-2 2 C911/ ARM -9 RadWaste Ship. Lock O.7 mR/hr 10 -10

-2 2 C911/ ARM 10 RB Acess Area (S.E.) 6 mR/hr 10 -10 C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks 0.2 mR/hr 10 -10 C911/ ARM 13 Shleid Plug Area 3.0 mR/hr 10 -10 C911/AR M -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 A_LARM SET POINTS 1705-60 = 200 mR/hr AR M -7 = 300 mR/hr ARM 1 = 55 mR/hr ARM -8 = 5 mR/hr '

ARM 2 = 600 mR/hr ARM 9 = 50 mR/hr ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM 13 = 40 mR/hr ARM -14 = 30 mR/hr OOS-Out of Service OSH-Off Scale Hi DS Down Scale Page 5-124 This is a Drill

Msa No:7 l 1993 EV ALU ATED EXERCISE i Tiue: ,:30 AREA RADIATION MONITORS 3  !

(J PANNEL/ID NO. MONITOR Trend READING Atarm in RANGE i!

100.0 mR/hr 10 -10 C910/1705 60 Charcoal Bed Vault ~

10.0 mR/hr 10 -10 Cond. Pump Stair C911/ ARM -1 0 4 20.0 mR/hr 10 -10 l C911/ ARM 2 Feedwater Heaters 2

-2 0.0 mR/hr 10 -10 C911/ ARM -3 Main Control Room 4 0

100.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand 3 1

12.0 mR/hr 10 -10 C911/ ARM -5 Radwaste Corridor 0 4 90.0 mR/hr 10 -10 Radwaste Sump Area C911/ ARM -6 0 4 6.0 mR/hr 10 -10 C911/ ARM -7 Chem. Waste Tank

-2 2 4 mR/hr 10 -10  ;

C911/ ARM -8 Rx-Outside Tlp Room l

O.7 mR/hr 10 -10 C911/ ARM -9 RadWaste Ship. Lock 6 mR/hr 10 -10 C911/ ARM -10 RB Acess Area (S.E.)

5.0 mR/hr 10 -10  ;

' C911/ ARM -11 New Fuel Vault

~

0.2 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks

~

3.0 mR/hr 10 -10 C911/ ARM -13 Shield Plug Area 10.0 mR/hr 10 -10 C911/ ARM -14 Spent Fuel Pool Area l A_LARM SET POINTS ARM -7 = 300 mR/hr 1705-60 = 200 mR/hr ARM -1 = 55 mR/hr ARM 8 = 5 mR/hr ARM 2 = 600 mR/hr ARM 9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -11 = 6 mR/hr ARM 4 = 450 mR/hr f ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -13 = 40 mR/hr l ARM -6 = 6000 mR/hr l ARM -14 = 30 mR/hr l

I OOS-Out of Service OSH-Off Scale Hi DS-Down Scale

-/

Page 5-125 This is a Drill

Msa No:8 1993 EVALUATED EXERCISE Tius: 1:45 AREA RADIATION MONITORS l l

l MONITOR Trend READING Alarm in RANGE .

PANNEL/lD NO. l 100.0 mR/hr 10 -10 C910/1705 60 Charcoal Bed Vault 10.0 mR/hr 10 10 C911/ ARM -1 Cond. Pump Stalr 0 4 l

~

20.0 mR/hr 10 -10 C911/ ARM -2 Feedwater Heaters 2 2 0.0 mR/hr 10 -10 C911/ ARM -3 Main Control Room 0 4 100.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand Radwaste Corridor 12.0 mR/hr 10' -10 C911/ ARM 5 0 4 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/ ARM 6 6.0 mR/hr 10 -10 C911/ ARM -7 Chem. Waste Tank Rx Outside Tip Room 4 mR/hr 10' -10 i C911/ ARM 8 RadWaste Ship. Lock 0.7 mR/hr 10 -10 C911/ ARM -9 10 RB Acess Area (S.E.) 6 mR/hr 10' -10  ;

C911/ ARM New Fuel Vault 5.0 mRlhr 10 -10 C911/ ARM -11 C911/ ARM -12 New Fuel Racks 0.2 mR/hr 10' -10 Shield Plug Area 3.0 mR/hr 10 -10 C911/ ARM -13 Spent Fuel Pool Area 10.0 mR/hr 10 -10 C911/ ARM -14 A_LARM SET POINTS 1705 60 = 200 mR/hr ARM 7 = 300 mR/hr ARM -1 = 55 mR/hr ARM 8 = 5 mR/hr I

ARM 2 = 600 mR/hr ARM 9 = 50 mR/hr I ARM -3 = 1 mR/hr ARM 10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM 5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr i l

I O OOS-Out of Service OSH-Off Scale Hi DS-Down Scale Page 5126 This is a Drill

-Msa No:9 1993 EVALU ATED EXERCISE Tiue: 2:00 AREA RADIATION MONITORS 0 READING Afstm In RANGE MONITOR Trend -1 3 PANNEL/ID NO. 10 10 ,!

100.0 mR/hr .

Charcoal Bed Vault S, 3 3 ' '

C910/1705 60 - - -

10 -10 10.0 mRlbr Cond. Pump Stair _ _ l- 0 4 C911/ ARM 1 & 10 -10 ,

20.0 mR/hr g

~ 2 2 Feedwater Heaters ~ _

-10 C911/ ARM 2 0.0 mR/hr .

10 0 4 Main Control Room ,

-10 C911/ ARM -3 10 100.0_ mR/hr 3 Turbine Front Stand .

r 10 1

-10 C911/ ARM -4 -

12.0 mR/hr .

0 4 j Radwaste Corridor 1

-10 C911/ ARM 5 -

90.0 mR/hr 10 Radwaste Sump Area .

0 4 C911/ ARM -6 1

10 -10 6.0 mR/hr Chem. Waste Tank 2 2 C911/ ARM -7 - 10 -10 4_ mR/hr 2 Rx Outside Tip Room 9 2

-10 C911/ ARM -8 '- 10 O.7 mR/hr RadWaste Ship. Lock - 2 2 C911/ ARM 9 m 10 -10 6 mR/hr 3

RB Acess Area (S.E.) 1  !

C911/ ARM -10 -10 O 10 5.0 mR/hr ,

New Fuel Vault < 1 3 1 C911/ ARM -11  !- 10 -10 0.2_ mR/hr 3 12 New Fuel Racks F -1 C911/ ARM 10 -10 3.0 mR/hr Shield Plug Area '- 1 3 C911/ ARM -13 10 -10 10.0_ mRlbr Spent Fuel Pool Area .

C911/ ARM -14 ALARM SET POINTS ARM -7 = 300 mR/hr  :'

1705 60 = 200 mR/hr ARM -8 = 5 mR/hr ARM -1 = 55 mR/hr ARM 9 = 50 mR/hr ARM -2 = 600 mR/hr ARM -10 = 60 mR/hr ARM 3 = 1 mR/hr ARM -11 = 6 mR/hr .

ARM 4 = 450 mR/hr ARM -12 = 40 mR/hr ARM 5 = 15 mR/hr ARM -13 = 40 mR/hr ARM 6 = 6000 mR/hr ARM 14 = 30 mR/hr O OOS.Out of Service OSH.Off Scale Hi DS-Down Scale This is a Drill Page 5-127 l

l

1993 EVALUATED EXERCISE Msa No:10 AREA RADIATION MONITORS Tius: 2:25 O PANNEL/lD NO. MONITOR 7 rend READING Alstm in RANGE C910/1705 60 Charcoal Bed Vault 100.0 mR/hr 10 -10

~

C911/ ARM -1 Cond. Pump Stalr 10.0 mR/hr 10 -10 0 4 C911/ ARM -2 Feedwater Heaters 20.0 mR/hr 10 -10 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 0 4 C911/ ARM -4 Turbine Front Stand 100.0 mR/hr 10 -10 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/AR M -7 Chem. Waste Tank 6.0 mR/hr 10 -10

-2 2 C911/ ARM -8 Rx Outside Tip Room 4 mR/hr 10 10 C911/ ARM -9 RadWaste Ship. Lock O.7 mR/hr 10 -10

-2 2 C911/ ARM 10 RB Acess Area (S.E.) 6 mR/hr l 10 -10 '

C911/AR M -11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks 0.2 mR/hr 10 -10 I

~

C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10 -10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 ALARM SET POINTS 1705 60 = 200 mR/hr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM 8 = 5 mR/hr ARM -2 = 600 mR/hr ARM -9 = 50 mR/hr ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 x 450 mR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM 13 = 40 mR/hr ARM -14 = 30 mR/hr OOS-Out of Service OSH-Off Scals Hi DS-Down Scale Page 5-128 This is a Drill

1993 EVALUATED EXERCISE Mso No:11 l

- AREA RADIATION MONITORS Tiue: 2:30  ;

O PANNEL/ID NO. MONITOR Trend READING Alarm In RANGE

-1 3 C910/1705 60 Charcoal Bed Vault 100.0 mR/hr 10 -10

-1 3 C911/ ARM -1 Cond. Pump Statr 10.0 mR/hr -10 -10 .

0- 4 C911/ ARM -2 Feedwater Heaters 20.0 mR/hr 10 -10 l

2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 0 4 [

C911/ ARM -4 Turbine Front Stand 100.0 mR/hr 10 -10  ;

'1 3  ;

C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10  ;

o 4  !

C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 J 0 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10  ;

C911/ ARM -8 Rx-Outside Tip Room 4 mR/hr 10 -10

-2 2 C911/ ARM 9 RadWaste Ship. Lock O.7 mR/hr 10 -10  ;

-2 2 C911/ ARM -10 RB Acess Area (S.E.) 6 mR/hr 10 -10

~

C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 -10 I

C911/ ARM -12 New Fuel Racks 0.2 mR/hr 10 -10

~

C911/ ARM 13 Shield Plug Area 3.0 mR/hr 10 -10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 f

ALARM SET POINTS ,

1705 60 = 200 mR/hr ARM 7 = 300 mR/hr l ARM 1 = 55 mR/hr ARM -8 = 5 mR/hr ARM -2 = 600 mR/hr ARM -9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 rrR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr DOS-Out of Service OSH-Off Scala HI DS-Down Scale Page 5-129 This is a Drill r

Msa No:12 1993 EVAL.U ATED EXERCISE Time: 2:45 H AREA RADIATION MONITORS MONITOR Trend READING Aferm in RANGE PANNEL/ID NO.

i 100.0 mR/hr 10 -10 C 910 /1705-60 Charcoal Bed Vault 10.0 mR/hr 10 -10 C911/ ARM -1 Cond. Pump Stair 0 4 ,

20.0 mR/hr 10 -10 1 C911/ ARM -2 Feedwater Heaters 0.0 mR/hr 10 -10 l C911/ ARM 3 Main Control Room 100.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand 1 12.0 mR/hr l 10 -10 i C911/ ARM 5 Radwaste Corridor 0 4 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/ ARM -6 6.0 mR/hr 10 -10 C911/ ARM -7 Chem. Waste Tank 4 mR/hr 10 -10 C911/ ARM -8 Rx Outside Tip Room RadWaste Ship. Lock 0.7 mR/hr 10 -10 C911/ ARM -9 S mR/hr 10 -10 C911/ ARM -10 RB Acess Area (S.E.)

5.0 mR/hr 10 -10 C911/ ARM 11 New Fuel Vault New Fuel Racks 0.2 mR/hr 10' -10 C911/ ARM -12 Shleid Plug Area 3.0 mR/hr 10' -10 C911/ ARM -13 Spent Fuel Pool Area 10.0 mR/hr 10' -10 C911/ ARM -14 ALARM SET POINTS 1705 60 = 200 mRihr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr  ;

ARM -2 = 600 mR/hr ARM -9 = 50 mR/hr ARM 3 = 1 mR/hr ARM 10 = 60 mR/hr i

ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr '

ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr 1

OOS-Out of Service OSH-Off Scale Hi DS-Down Scale Page 5130 This is a Drill

.a. a -..w.. - .-wa. -

-.-c. -.._a.u .a ,.

1993 EVALUATED EXERCISE Msa No:13 AREA RADIATION MONITORS Tius: 3:00 i

O PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE Charcoal Bed Vault 100.0 mR/hr 10 -10 C 910/1705-60 C911/ ARM -1 Cond. Pump Stalt '10.0 mR/hr 10 -10 0 4 C911/ ARM -2 Feedwater Heaters 20.0 mR/hr 10 -10  ;

2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 {

0 4 C911/ ARM -4 Turbine Front Stand 100.0 mR/hr 10 -10 C911/ ARM 5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 10 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ ARM -8 Rx Outside Tip Room 4 mR/hr 10' -10 C911/ ARM -9 RadWaste Ship. Lock O.7 mR/hr 10' -10 C911/ ARM -10 RB Acess Area (S.E.) 6 mR/hr 10 -10 C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM 12 New Fuel Racks 0.2 mR/hr 10 -10 i C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10 -10 f, C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 ALARM SET POINTS 1705-60: 200 mR/hr ARM -7 = 300 mR/hr i ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr i ARM 2 = 600 mR/hr ARM 9 = 50 mR/hr i ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr <

ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr  !

ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr i ARM -14 = 30 mR/hr ,

i O OOS-Out of Service OSH-Off Scale Hi DS-Down Scale Page 5-131 This is a Drill f

?

i

'Msa No:14 i 1993 EVALUATED EXERCISE

)

AREA RADIATION MONITORS TiuE: - 3:15 l c PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE. ]

C910/1705 60 Charcoal Bed Vault 100.0 mR/hr 10' -10 C911/ ARM ' -1 Cond. Pump Stalr 10.0 mR/hr 10 -10 0 4 C911/ ARM 2 Feedwater Heaters 20.0 mR/hr 10 -10 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 l C911/ ARM -4 Turbine Front Stand 100.0 mR/hr 10 -10 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 l C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 l 0 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10 )

C911/ ARM -8 Rx-Outside Tip Room 4 mR/hr 10 -10 C911/ ARM 9 RadWaste Ship. Lock O.7 mR/hr 10' -10 C911/ ARM -10 RB Acess Area (S.E.) 6 mR/hr 10' -10

~

C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM - -12 New Fuel Racks 0.2 mR/hr 10 -10  !

C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10 -10 l C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr - 10' -10 ALARM SET POINTS l l

1705 60 = 200 mR/hr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM 9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM 5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr DOS-Out of Service OSH-off Scale HI DS-Down Scale Page 5-132 This is a Drill i

)

a

1993 EVALUATED EXERCISE Mso No:15 AREA RADIATION MONITORS Tiue: 3:30 i

O PANNEL/ID NO. MONITOR Trend READING Afarm in RANGE C910/1705 60 Charcoal Bed Vault 100.0 mR/hr 10 -10 C911/ ARM 1 Cond. Pump Stalt 16.0 mR/hr 10' -10 0 4 C911/ ARM -2 Feedwater Heaters 20.0 mR/hr 10 -10 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 0 4 C911/ ARM -4 Turbine Front Stand 100.0 mR/hr 10 -10 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/ ARM 7 Chem. Waste Tank 6.0 mR/hr 10 -10 ,

-2 2 C911/ ARM 8 Rx-Outside Tip Room 4 mR/hr 10 -10 C911/ ARM 9 RadWaste Ship. Lock O.7 mR/hr 10 -10 C911/ ARM -10 RB Acess Area (S.E.) 6 mR/hr 10 -10 l C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks 0.2 mR/hr 10 -10 C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10 -10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 ALARM SET POINTS 1705 60 = 200 mR/hr ARM 7 = 300 mR/hr ARM -1 = 55 mR/hr ARM 8 = 5 mR/hr ARM 2 = 600 mR/hr ARM 9 = 50 mR/hr ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr l l

ARM 5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM 13 = 40 mR/hr ARM -14 = 30 mR/hr OOS Out of Service OSH-Off Scale Hi DS-Down Scale Page 5-133 This is a Drill ..

1993 EVALUATED EXERCISE Mso No:16 AREA RADIATION . MONITORS TIME: 3:45 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE

~

C910/1705 60 Charcoal Bed Vault 97.0 mR/hr 10 -10

-1 3 C911/ ARM -1 Cond. Pump Stair 10.0 mR/hr 10 -10 0 4 C911/ ARM -2 Feedwater Heaters 48.0 mR/hr 10 -10

-2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 0 4 C911/ ARM -4 Turbine Front Stand 180.0 mR/hr 10 -10 C911/ ARM -5 Radwaste Corridor _

12.0 mR/hr 10 -10 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 10 C911/ ARM 7 Chem. Waste Tank 6.0 mR/hr 10 -10

~

C911/ ARM -8 Rx Outside Tip Room 5.4 mR/hr M 10 -10

-2 2 C911/ ARM 9 RadWaste Ship. Lock < 0.7 mR/hr 10 -10

~

C911/ ARM -10 RB Acess Area (S.E.) 8.3 mR/hr 10 -10 C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 -10

~

C911/ ARM -12 New Fuel Racks 0.2 mR/hr 10 -10

~

C911/ ARM -13 Shield Plug Area 3.1 mR/hr 10 -10

~

C911/ ARM ce 4 Spent Fuel Pool Area 10.0 mR/hr 10 -10 ALARM SET POINTS 1705 60 = 200 mR/hr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr ARM -2 = 600 mR/hr ARM 9 = 50 mR/hr ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM 13 = 40 mR/hr ARM 14 = 30 mR/hr OOS-Out of Service OSH-Off Scale Hi DS-Cown Seate Page 5-134 This is a Drill

1993 EVALUATED EXERCISE Msa No:17 AREA RADIATION MONITORS TiuE: 4:00 o

b PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 60 Charcoal Bed Vault 94.0 mR/hr 10 -10

~

C911/ ARM -1 Cond. Pump Stair 10.0 mR/hr 10 -10 '

C911/AR M -2 Feedwater Heaters 46.0 mR/hr 10 -10 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand 175.0 mR/hr 10 -10 C911/ ARM 5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/AR M -8 Rx Outside Tip Room 5 mR/hr 2 10" -10 C911/ ARM -9 RadWaste Ship. Lock 0.7 mR/hr 10 -10 C911/ ARM -10 RB Acess Area (S.E.) 7.7 mR/hr 10 -10 C911/AR M -11 New Fuel Vault 5.0 mR/hr l 10 -10 C911/AR M -12 New Fuel Racks 0.9 mR/hr 10 -10 C911/AR M -13 Shield Plug Area 3.0 mR/hr 10 -10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 ALARM SET POINTS  ;

1705 60 = 200 mR/hr ARM -7 = 300 mR/hr j ARM 1 = 55 mR/hr ARM -8 = 5 mR/hr ARM -2 = 600 mR/hr ARM 9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr  ;

ARM -4 = 450 mR/hr ARM -11 = 6 mR!hr  !

ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr I

OOS-Out of Service OSH-Off Scale Hi DS-Down Scale Page 5-135 This is a Drill

i 1993 EVALUATED EXERCISE Msa No: 18 AREA RADIATION MONITORS Tiue: 4:15 O PANNEL/lD NO. MONITOR Trend READING Alarm in RANGE C910/1705 60 Charcoal Bed Vault 92.0 mR/hr 10 -10 C911/ ARM -1 Cond. Pump Stair 10.0 mR/hr 10 -10 C911/ ARM 2 Feedwater Heaters 44.0 mR/hr 10 -10 i C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand 150.0 mR/hr 10 -10  ;

C911/ ARM -5 Radwaste Corridor 12.0 mR/hr

] 10 -10  ;

0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10

-2 2 C911/ ARM -8 Rx-Outside Tip Room 4.8 mR,hr 10 -10 C911/ ARM -9 RadWaste Ship, Lock 0.7 mR/hr 10 -10 -

C911/ ARM -10 RB Acess Area (S.E.) 7.3 mR/hr 10' -10 C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks 0.8 mR/hr 10' 10 C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10' -10 C911/ ARM -14 Spent Fuel Pool Area _

10.0 mR/hr 10' -10 ALARM SET POINTS  ;

1705-60 = 200 mR/hr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM 8 = 5 mR/hr ARM -2 = 600 mR/hr ARM -9 = 50 mR/hr ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr ARM 4 = 450 mR/hr ARM -11 = 6 mR/hr ARM 5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM 14 = 30 mR/hr O OOS-Out of Service OSH Off Scale Hi DS Down Scale t

Page 5-136 This is a Drill

1993 EVALUATED EXERCISE Msc No:19  !

l I

AREA RADIATION MONITORS Tiue: 4:30 l D PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 60 Charcoal Bed Vault 90.0 mR/hr 10 -10 )

C911/ ARM -1 Cond Pump Stalt 10,0 mR/hr 10' -10 C911/ ARM -2 Feedwater Heaters 41.0 mR/hr 10 -10 2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand 145.0 mR/hr 10 -10

-1 3 C911/ ARM 5 Radwaste Corridor 12.0 mR/hr 10 -10 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/ ARM 7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ ARM 8 Rx-Outside Tip Room 4.6 mR/hr 10' -10 C911/ ARM -9 RadWaste Ship. Lock O.7 mR/hr 10" -10 C911/ ARM -10 RB Acess Area (S.E.) 7.1 mR/hr 10' -10 C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks 0.8 mR/hr 10 -10 C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10 -10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 l

ALARM SET POINTS l 1705-60 = 200 mR/hr ARM -7 = 300 mR/hr ARM 1 = 55 mR/hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM -9 = 50 mR/hr i ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr i ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr 1 ARM 5 = 15 mR/hr ARM -12 = 40 mR/hr ,

ARM 6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr l

l OOS-Out of Service OSH-Off Scale HI DS-Down Scale Page 5-137 This is a Drill

1993 EVALUATED EXERCISE Msa No:2 0 AREA RADIATION MONITORS Time: 4:45 i

' PANNEL/ID NO. MONITOR Trend READING Afstm in RANGE C910/1705 60 Charcoal Bed Vault 89.0 mR/hr 10 -10 C911/ ARM -1 Cond. Pump Stair 10.0 mR/hr 10 -10 C911/ ARM 2 Feedwater Heaters 39.0 mR/hr 10 -10

-2 2 C911/ ARM 3 Main Control Room 0.0 mR/hr 10 10 C911/AR M -4 Turbine Front Stand 140.0 mR/hr 10 -10 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10

-2 2 C911/ ARM -8 Rx Outside Tip Room 4.4 mR/hr 10 -10

-2 2 C911/AR M 9 RadWaste Ship. Lock O.7 mR/hr 10 -10 C911/ ARM 10 RB Acess Area (S.E.) 6.8 mR/hr 10 -10 C911/AR M -11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks 0.7 mR/hr 10 -10

~

C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10 10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 ALARM SET POINTS 1705 60 = 200 mR!hr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM -9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr  !

ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr  ;

ARM -14 = 30 mR/hr OOS-Out of Service OSH Off Scale HI DS Down Scale Page 5-138 This is a Drill j l

l 1

Msa No:21 1993 EVALUATED EXERCISE AREA RADIATION MONITORS Tius: 5:00 D PANNEL/ID NO. MONITOR Trend READING Atarm in RANGE Charcoal Bed Vault 88.0 mR/hr 10 -10 C 910/1705-60 Cond. Pump Stalt 10.0 mR/hr .10 -10 C911/ ARM -1 0 4 Feedwater Heaters 37.0 mR/hr 10 -10 C911/ ARM -2 Main Control Room 0.0 mR/hr 10 -10 C911/ ARM -3 C911/ ARM 4 Turbine Front Stand 138.0 mR/hr 10 -10 ,

Radwaste Corridor 12.0 mR/hr 10 -10 C911/ ARM 5 0 4 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/ ARM -6  ;

O 4 ,

Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ ARM -7 C911/ ARM -8 Rx Outside Tip Room 4.2 mR/hr 10' -10 C911/AR M -9 RadWaste Ship. Lock O.7 mR/hr 10 -10 C911/ ARM 10 RB Acess Area (S.E.) 6.5 mR/hr 10' -10 C911/ ARM -11 New Fuel Vault _

5.0 mR/hr 10 10 C911/ ARM -12 New Fuel Racks 0.7 mR/hr 10' -10 C911/ ARM -13 Shleid Plug Area 3.0 mR/hr 10 10 C911/ ARM 14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 ALARM SET POINTS r 1705 60 = 200 mR/hr ARM -7 = 300 mR/hr ARM 1 = 55 mR/hr ARM -8 = 5 mR/hr i ARM -2 = 600 mR/hr ARM -9 = 50 mR/hr i ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr '

ARM -4 = 450 mR/hr ARM 11 = 6 mR/hr ARM 5 = 15 mR/hr ARM 12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM 14 = 30 mR/hr i

6 O' OOS-Out of Service OSH-Off Scale Hi DS-Down Scale Page 5-139 This is a Drill

1993 EVALUATED EXERCISE M0a No: 2 2  ;

I AREA RADIATION MONITORS Tius: 5:15 .

O PANNEL/ID NO. MONITOR Trend READING Atarm in RANGE

?

C910/1705-60 Charcoal Bed Vault 87.0 mR/hr 10 -10 C911/ ARM -1 Cond. Pump Stair 10.0 mRlhr 10 -10  ;

O 4 C911/ ARM -2 Feedwater Heaters 36.0 mR/hr 10 -10 i C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 136.0 mR/hr -10 C911/ ARM -4 Turbine Front Stand 10

~

C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10- -10 f 0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 i C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 10 C911/ ARM -8 Rx Outside Tip Room 4 mR/hr 10 -10

{

C911/ ARM -9 RadWaste Shlp. Lock ,

0.7 mR/hr 10 10

~

C911/AR M -10 RB Acess Area (S.E.) 6.3 mR/hr 10 10

~

C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks 0.7 mR/hr. 10 10 C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10 10

~

C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 ALARM SET POINTS ,

1705 60 = 200 mR/hr ARM -7 = 300 mR/hr l ARM 1 = 55 mR/hr ARM -8 = 5 mR/hr l ARM -2 = 600 mR/hr ARM -9 = 50 mR/hr I ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr  :

ARM 5 = 15 mR/hr ARM -12 = 40 mR/hr I ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr oos-out of Service osH-off Scale Hi DS Down Scale Page 5-140 This'is a Drill a

,,,v

1993 EVALUATED EXERCISE Msa No:2 3 l

AREA RADIATION MONITORS TiuE: 5:30 l O PANNEL/ID NO. MONITOR Trend READING Atarm in RANGE

-1 3 C 910/1705-60 Charcoal Bed Vault 85.0 mR/hr 10 -10

-1 3 C911/ ARM -1 Cond. Pump Stalt 10.0 mR/hr 10 -10 0 4 C911/ ARM 2 Feedwater Heaters 35.0 mR/hr 10 -10 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand 134.0 mR/hr 10 -10 C911/ ARM 5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10

-2 2 C911/ ARM -8 Rx Outside Tip Room 3.9 mR/hr 10 -10  :

C911/ ARM 9 RadWaste Ship. Lock O.7 mR/hr 10 -10 C911/ ARM -10 RB Acess Area (S.E.) 6 mR/hr 10 -10

~

C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10 -10

~

C911/ ARM -12 New Fuel Racks 0.6 mR/hr 10 -10

~

C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10 -10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 ALARM SET POINTS 1705-60 = 200 mR/hr ARM 7 = 300 mR/hr ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM -9 u 50 mR/hr ARM -3 = 1 mR/hr ARM 10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr .

ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM 13 = 40 mR/hr ARM 14 = 30 mR/hr O OOS-Out of Service OSH-Off Scale Hi DS-Down Scale Page 5-141 This is a Drill

__ _____ __- U

_ . ~ .- - .

Mso No:2 4 1993 EVALU ATED EXERCISE Tius: 5:45 AREA RADIATION MONITORS .

O i

Alarm in RANGE PANNEL/lD NO. MONITOR Trend READING  !

84.0 mR/hr 10 -10  ;

C910/1705 60 Charcoal Bed Vault ~

-10 10.0 mR/hr 10 C911/ ARM -1 Cond. Pump Stair

-0 4 34.0 mR/hr 10 -10 C911/ ARM -2 Feedwater Heaters 0.0 mR/hr 10 -10 C911/ ARM -3 Main Control Room 130.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand (

12.0 mR/hr 10 -10 C911/ ARM 5 Radwaste Corridor 4 ,

0 90.0 mR/hr 10 10 Radwaste Sump Area C911/ ARM -6 0 4 6.0 mR/hr 10 -10 C911/ ARM -7 Chem. Waste Tank 3.7 mR/hr 10 -10 C911/ ARM 8 Rx Outside Tip Room

~

0.7 mR/hr 10 -10 C911/ ARM 9 RadWaste Ship. Lock 5.7 mR/hr 10 -10 C911/ ARM -10 RB Acess Area (S.E.)

5.0 mR/hr 10 -10 C911/ ARM -11 New Fuel Vault 0.6 mR/hr 10 -10 C911/ ARM -12 New Fuel Racks

~ '  ;

3.0 mR/hr 10 -10 C911/ ARM -13 Shield Plug Area

~

-10  ;

10.0 mR/hr 10 C911/ ARM -14 Spent Fuel Pool Area )

ALARM SET POINTS 1705 60 = 200 mR/hr ARM 7 = 300 mR/hr ARM -1 = 55 mR/hr ARM 8 = 5 mR/hr ARM -2 = 600 mR/hr ARM 9 = 50 mR/hr ARM -10 m 60 mR/hr ARM 3 = 1 mR/hr ARM -11 = 6 mR/hr ARM -4 = 450 mR/hr ARM 12 = 40 mR/hr ARM -5 = 15 mR/hr ARM 13 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -14 = 30 mR/hr I

l O DOS-Out of Service OSH-Off Scale Hi DS-Down Scale Page 5-142 This is a Drill

1993 EVALUATED EXERCISE Msa QQ12.5, AREA RADIATION MONITORS Tiu s: 6:0o

~

PANNEL/lD NO. MONITOR Trend READING Alarm in RANGE ,

-1 3 C910/1705 60 Charcoal Bed Vault 82.0 mR/hr 10 -10 1 3 C911/ ARM 1 Cond. Pump Stair 10.0 mRlhr 10 -10 0 4 C911/ ARM -2 Feedwater Heaters 32.0 mR/hr 10 -10

-2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 0 4 C911/ ARM -4 Turbine Front Stand 127.0 mR/hr 10- -10 1 3 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/ ARM 7 Chem. Waste Tank 6.0 mR/hr 10 -10 2 2 C911/ ARM -8 Rx-Outside Tip Room 3.6 mR/hr 10 -10 C911/ ARM 9 RadWaste Ship. Lock O.7 mR/hr 10" -10 I

-2 2 C911/ ARM -10 RB Acess Area (S.E.) 5.5 mR/hr 10 -10  !

C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10" -10 ,

C911/ ARM -12 New Fuel Racks 0.6 mR/hr 10 -10 ,

C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10 -10 C911/ ARM -14 Spent Fuel Pool Area 10.0 mR/hr 10' -10 '

ALARM SET POINTS 1705 60 = 200 mR/hr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr .

ARM -2 = 600 mR/hr ARM -9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mRihr ARM -11 = 6 mR/hr ARM 5 = 15 mR/hr ARM 12 = 40 mR/hr i ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr )

ARM -14 = 30 mR/hr 1 l

.l l

OOS-Out of Service OSH-Off Scale Hi DS-Down Scale Page 5-143 This is a Drill l

'l

l 1993. EVALUATED EXERCISE . Msa No:2 6 .

AREA RADIATION MONITORS Tius: 6:,5 PANNEL/ID NO. MONITOR Trend RE ADING - Alarm in RANGE C 910 /1705-60 Charcoal Bed Vault _

80.0 mR/hr 10 -10 C911/ ARM -1 Cond. Pump Stalt 10.0 mR/hr 10 -10 0 4 C911/ ARM -2 Feedwater Heaters 30.0 mR/hr 10 -10

-2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10  ;

o 4 C911/ ARM -% Turbine Front Stand 124.0 mR/hr 10 -10 C911/ ARM -5 Radwaste ' Corridor 12.0 mR/hr 10' -10 [

C911/ ARM 6 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10 2 2 i' C911/ ARM -8 Rx Outside Tip Room 3.5 mR/hr 10 -10

-2 2 C911/ ARM -9 RadWaste Ship. Lock O.7 mR/hr 10 10 t C911/ ARM -10 RB Acess Area (S.E.) 5.'3 mR/hr 10" -10 C911/ ARM -11 New Fuel Vault 5.0 mR/hr 10' -10

-1 3-C911/ ARM 12 New Fuel Racks 0.5 mR/hr 10 10 i C911/ ARM -13 Shield Plug Area 3.0 mR/hr 10 10 C911/ ARM 14 Spent Fuel Pool Area 10.0 mR/hr 10 -10 t ALARM SET POINTS 1705-60 = 200 mR/hr ARM -7 m. 300 mR/hr ARM -1 = 55 mR/hr ARM 8 = 5 mR/hr ARM -2 = 600 mR/hr ARM 9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 m 60 mR/hr  :

ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM -S m 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr f ARM -14 = 30 mR/hr i

3 I

ooS-out of service OSH-off Scale Hi DS-Down Scale  !

Page 5-144 This is a Drill

A 1993 EVALUATED EXERCISE Msa No:2 7 l

AREA RADIATION MONITORS Time: 6:30 PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE C910/1705 60 Charcoal Bed Vault 79.0 mR/hr 10' -10 l C911/ ARM -1 Cond. Purr.p Stair 10.0 mR/hr 10 -10 j 0 4 l C911/ ARM -2 Feedwater Heaters 29.0 mR/hr 10 -10 l C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand 120.0 mR/hr 10 -10 C911/ ARM 5 Radwaste Corridor _

12.0 mR/hr 10' -10 j C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 l C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/AR M -8 Rx Outside Tip Room 260 mR/hr M 10" -10 C911/ ARM 9 RadWaste Ship. Lock O.7 mR/hr 10 -10 C911/ ARM -10 RB Acess Area (S.E.) 400 mR/hr M 10 -10 C911/ ARM 11 New Fuel Vault 15 0.0 mR/hr. M 10" -10

~

C911/ ARM -12 New Fuel Racks 42.0 mR/hr M 10 10 C911/ ARM -13 Shield PluD Area 150.0 mR/hr M 10 -10 C911/ ARM 14 Spent Tuc! Pool Area 140.0 mR/hr M 10 -10 PLARM SET POINTS '

1705 60 = 200 mR/hr ARM -7 = 300 mR/hr ARM 1 = 55 mR/hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM 9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr l ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr l ARM 5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr

-l I

OOS-Out of Service OSH-Off Scale Hi DS-Down Scale Page 5-145 This is a Drill

I 1993 EVALUATED EXERCISE Msa No:2 8 l

)

AREA RADIATION MONITORS Tiue: 6:45 O PANNEL/ID NO. MONITOR Trend READING Alstm in RANGE ,

1 C910/1705 60 Charcoal Bed Vault 78.0 mR/hr 10 -10 C911/ ARM -1 Cond. Pump Stair 10.0 mR/hr 10 -10 0 4  !

C911/ ARM -2 Feedwater Heaters 28.0 mR/hr 10 -10

-2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand 117.0 mR/hr 10 -10 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/AR M -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ ARM 8 Rx Outside Tip Room 250 mR/hr M 10 -10 C911/ ARM 9 RadWaste Ship. Lock 0.7 mR/hr 10 10 C911/ ARM -10 RB Acess Area (S.E.) 3 81 mR/hr M 10 -10 C911/ ARM 11 New Fuel Vault 145.0 mR/hr M 10 -10 C911/ ARM -12 New Fuel Racks 40.0 mR/hr 10 -10 C911/ ARM 13 Shield Plug Area 143.0 mR/hr N 10 -10

~

C911/ ARM -14 Spent Fuel Pool Area 135.0 mR/hr M 10 -10 ALARM SET POINTS 1705 60 = 200 mR!hr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr ARM -2 = 600 mR/hr ARM -9 = 50 mR/hr .

ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr O OOS-Out of Service OSH-Off Scale HI DS-Down Scale Page 5146 This is a Drill

1993 EVALUATED EXERCISE Msa No:2 9 AREA RADIATION MONITORS TiuE: 7:00 b PANNEL/ID NO. MONITOR Trend READING Alarm in RANGE ,

C910/1705 60 Charcoal Bed Vault 76.0 mR/hr 10 -10 C911/ ARM -1 Cond. Pump Stalt 10.0 mR/hr 10 -10 0 4 C911/ ARM -2 Feedwater Heaters 26.0 mR/hr 10 -10

-2 2 C911/ ARM -3 Maln Control Room 0.0 mR/hr 10 -10 0 4 C911/ ARM -4 Turbine Front Stand 112.0 mR/hr 10 -10 C9"1/ ARM 5 Radwaste Corridor 12.0 mR/hr 10' -10 0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/ ARM 7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ ARM -8 Rx-Outside Tip Room 239 mR/hr E 10 -10 C911/ ARM -9 RadWaste Ship. Lock O.7 mR/hr 10' -10 C911/AR M -10 RB Acess Area (S.E.) 368 mR/hr E 10 -10 C911/ ARM -11 New Fuel Vault 138.0 mR/hr E 10 -10 C911/ ARM -12 New Fuel Racks 38.0 mR/hr 10 -10 C911/ ARM -13 Shield Plug Area 138.0 mR/hr E 10 -10 C911/ ARM 14 Spent Fuel Pool Area 129.0 mR/hr E 10 -10 ALARM SET POINTS 1705 60 = 200 mR/hr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr i ARM 2 = 600 mR/hr ARM -9 = 50 mR/hr '

ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr i ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr l ARM -14 = 30 mR/hr j O OOS-Out of Service OSH-Off Scale Hi DS Down Scale l

l Page 5-147 This is a Drill i

1993 EVALUATED EXERCISE Mso No:3 0  ;

AREA RADIATION MONITORS Tius: 7:15 O EANNEL/ID NO. MONITOR Trend READING Alarm in RANGE

-1 3 C910/1705 60 Charcoal Bed Vault 74.0 mR/hr 10 -10

-1 3 C911/ ARM -1 Cond. Pump Stalt 10.0 mR/hr 10 -10 0 4 C911/ ARM -2 Feedwater Heaters 25.0 mR/hr 10 -10 2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 0 4 C911/ ARM -4 Turbine Front Stand 108.0 mR/hr 10 -10 1 3 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/ ARM 6 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/ ARM -7 Chem. Waste Tank l 6.0 mR/hr 10 -10 C911/ ARM -8 Rx Outside Tip Rcom 229 mR/hr M 10 -10 C911/ ARM -9 RadWaste Shlp. Lock O.7 mR/hr 10 ' -10 C911/ ARM -10 RB Acess Area (S.E.) 352 mR/hr M 10' -10 C911/ ARM -11 New Fuel Vault 133.0 mR/hr M 10 -10 C911/ ARM -12 New Fuel Racks 37.0 mR/hr 10' 10

~

C911/ ARM -13 Shleid PluD Area 133.0 mR/hr M 10 -10 C911/ ARM -14 Spent Fuel Pool Area 124.0 mR/hr M 10' -10 ALARM SET POINTS 1705 60: 200 mR/hr AR M -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM 8 = 5 mR/hr ARM -2 = 600 mR/hr ARM 9 m 50 mRihr i ARM -3 = 1 mR';tr ARM -10 = 60 mR/hr ARM -4 = 45f' mR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr i

OOS-Out of Service OSH-Off Scale Hi DS-Down Scale ,

Page 5-148 This is a Drill l

l

1993 EVALUATED EXERCISE MSO No:31 l 1

AREA RADIATION MONITORS Time: 7:30 i O  !

PANNEL/ID NO. MONITOR Trend READING Ainrm in RANGE

-1 3 C910/1705 60 Charcoal Bed Vault 72.0 mR/hr 10 -10 C911/ ARM -1 Cond. Pump Stair 10.0 mR/hr 10' -10 C911/ ARM -2 Feedwater Heaters 24.0 mR/hr 10 -10

-2 2 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 0 4 C911/ ARM -4 Turbine Front Stand 105.0 mR/hr 10 -10 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 10 C911/ ARM 8 Rx Outside Tip Room 2 20 mR/hr M 10' -10 C911/ ARM 9 RadWaste Ship. Lock O.7 mR/hr 10' 10 C911/ ARM -10 RB Acess Area (S.E.) 339 mR/hr M 10 -10

+ -1 3 L C911/ ARM -11 New Fuel Vault 127.0 mR/hr M 10 -10 C911/AR M 12 New Fuel Racks 36.0 mR/hr 10 -10 C911/ ARM -13 Shield Plug Area 127.0 mR/hr M 10' -10 C911/AR M -14 Spent Fuel Pool Area 118.0 mR/hr M 10 -10 ALARM SET POINTS 1705-60 = 200 mR/hr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM -9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM 12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr OOS-Out of Service OSH.Off Scale Hi DS-Down Scale Page 5-149 This is a Drill

1993 EVALUATED EXERCISE Mso No:3 2 AREA RADIATION MONITORS Tius: 7:45 .

. 1 O PANNEL/ID NO. MONITOR Trend READING Alarm In RANGE i

l

~ '

C 910/1705-60 Charcoal Bed Vault 70.0 mR/hr 10 -10 C911/ ARM -1 Cond. Pump Statr 10.0 mR/hr 10 -10 0 4 i C911/ ARM 2 Feedwater Heaters 23.0 mR/hr 10 -10 j

~

C911/ ARM 3 Main Control Room 0.0 mR/hr 10 -10 0 4 C911/ ARM 4 Turbine Front Stand 100.0 mR/hr 10 -10 C911/ ARM 5 Radwaste Corridor 12.0 mR/hr 10 -10 o 4 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10  ;

o 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ ARM -8 Rx Outside Tip Room 210 mR/hr M 10 -10 C911/ ARM 9 RadWaste Ship. Lock O.7 mR/hr 10 -10 C911/ ARM -10 RB Acess Area (S.E.) 325 mR/hr M 10 -10 {

~

C911/ ARM -11 New Fuel Vault 122.0 mR/hr N 10 -10

~

C911/ ARM -12 New Fuel Racks 34.0 mR/hr 10 -10 C911/ ARM 13 Shield Plug Area 122.0 mR/hr M 10 10 C911/AR M 14 Spent Fuel Pool Area 113.0 mR/hr . M 10 -10 ALARM SET POINTS j 1705 60 = 200 mR/hr ARM -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM -8 = 5 mR/hr ARM -2 = 600 mR/hr ARM -9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM 11 = 6 mR/hr l I

ARM 5 = 15 mR/hr ARM 12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr l

l l

O OOS-Out of Service OSH-Off Scals Hi DS-Down Scale Page 5-150 This is a Drill l

l

1993 EVALUATED EXERCISE Msa No:3 3 -

AREA RADIATION MONITORS Tiue: 8:00 p

PANNEL/ID NO. MONITOR Trend READING Af arm in RANGE ,

C910/1705 60 Charcoal Bed Vault 68.0 mR/hr 10 -10 }

1 3 C911/ ARM -1 Cond. Pump Stalt 10.0 mR/hr 10 -10 0 4 C911/ ARM -2 Feedwater Heaters 22.0 mR/hr 10 -10 C911/ ARM -3 Main Control Room 0.0 mR/hr 10 -10 C911/ ARM -4 Turbine Front Stand 95.0 mR/hr 10 -10 C911/ ARM -5 Radwaste Corridor 12.0 mR/hr 10' -10 C911/ ARM -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10 C911/ ARM -8 Rx Outside Tip Room 202 mR/hr M 10' -10 C911/ ARM -9 RadWaste Ship. Lock O.7 mR/hr 10 -10 C911/ ARM -10 RB Acess Area (S.E.) 311 mR/hr M 10 -10 C911/ ARM -11 New Fuel Vault 117.0 mR/hr M 10 -10 C911/ ARM -12 New Fuel Racks 33.0 mR/hr 10 -10 C:911/ ARM -13 Shield Plug Area 117.0 mR/hr M 10 -10 -

C 911/ ARM -14 Spent Fuel Pool Area 109.0 mR/hr M 10' -10' ALARM SET POINTS 1705 60 = 200 mR/hr ARM -7 = 300 mR/hr ARM 1 = 55 mR/hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM 9 = 50 mR/hr ARM -3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM 6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr i

oOS.Out of Service OSH-Off Scale Hi DS-Down Scale Page 5-151 This is a Drill

1993 EVALUATED EXERCISE Msa No:3 4 AREA RADIATION MONITORS TiuE: 8:,5

'O PANNEL/ID NO. MONITOR Trend READING Afstm in RANGE C910/1705 60 - Charcoal Bed Vault 67.0 mR/hr 10' -10 C911/ ARM 1 Cond. Pump Stalt 10.0 mR/hr 10 -10 C911/ ARM -2 Feedwater Heaters 21.0 mR/hr 10 -10 C911/ ARM -3 Main Control Room 0.0 mR/hr 10' -10 0 4 C911/ ARM -4 Turbine Front Stand 91.0 mR/hr 10 -10 C911/ ARM 5 Radwaste Corridor 12.0 mR/hr 10 -10 0 4 C911/AR M -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 10 C911/AR M -8 Rx-Outside Tip Room 193 mR/hr E 10' -10 C911/ ARM 9 RadWaste Ship. Lock O.7 mR/hr 10 -10  !

C911/ ARM 10 RB Acess Area (S.E.) 200 mR/hr M 10 -10 C911/ ARM -11 New Fuel Vault 111.0 mR/hr M 10 -10 -

C911/ ARM -12 New Fuel Racks 31.0 mR/hr 10 -10 C911/ ARM 13 Shield Plug Area 112.0 mR/hr M 10 -10

~

C911/ ARM 14 Spent Fuel Pool Area 104.0 mR/hr E 10 -10 ,

ALARM SET POINTS  !

1705 60 = 200 mR/hr ARM -7 = 300 mR/hr ARM -1 = 55 mR!hr ARM -8 = 5 mR/hr ARM 2 = 600 mR/hr ARM -9 = 50 mR/hr  !

ARM 3 = 1 mR/hr ARM 10 = 60 mR/hr ARM -4 = 450 mR/hr ARM 11 = 6 mR/hr ARM -5 = 15 mR/hr ARM -12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr OOS Out of Service OSH-Off Scale Hi DS-Down Scale -

Page 5-152 This is a Drill

i 1993 EVALUATED EXERCISE Msa No:3 5 j 1

AREA RADIATION MONITORS Tius: 8:30 0 PANNEL/ID NO. MONITOR Trend READING Af arm in RANGE.

~

C910/1705 60 Charcoal Bed Vault 66.0 mR/hr 10 -10

~

C911/ ARM -1 Cond. Pump Stalt 10.0 mR/hr 10 -10 0 4 f C911/ ARM 2 Feedwater Heaters 20.0 mR/hr 10 -10 i

-2 2 l C911/ ARM 3 Main Control Room 0.0 mR/hr 10 -10 l 0 4 i' C911/ ARM -4 Turbine Front Stand 86.0 mR/hr 10 -10

-1 3 C911/AR M -5 Radwaste Corridor 12.0 mR/hr 10 -10 C911/AR M -6 Radwaste Sump Area 90.0 mR/hr 10 -10 0 4 C911/ ARM -7 Chem. Waste Tank 6.0 mR/hr 10 -10

~

C911/ ARM -8 Rx Outside Tip Room 186 mR/hr M 10 -10

~

C911/ ARM -9 RadWaste Ship. Lock 0.7 mR/hr 10 -10 C911/ ARM -10 RB Acess Area (S.E.) 287 mR/hr M 10 10 C911/ ARM -11 New Fuel Vault 107.0 mR/hr M '10 -10

~

C911/ ARM -12 New Fuel Racks 30.0 mR/hr 10 -10

~

C911/ ARM -13 Shield Plug Area 107.0 mR/hr M 1G -10 C911/ ARM -14 Spent Fuel Pool Area 100.0 mR/hr M 10 -10 ALARM SET POINTS

, 1705-60 = 200 mR/hr AR M -7 = 300 mR/hr ARM -1 = 55 mR/hr ARM 8 = 5 mR/hr l ARM 2 = 600 mR/hr ARM -9 = 50 mR/hr ARM 3 = 1 mR/hr ARM -10 = 60 mR/hr ARM -4 = 450 mR/hr ARM -11 = 6 mR/hr ARM 5 = 15 mR/hr ARM 12 = 40 mR/hr ARM -6 = 6000 mR/hr ARM -13 = 40 mR/hr ARM -14 = 30 mR/hr OOS-Om of Service OSH-Off Scale Hi DS.Down Scale j Page 5-153 This is a Drill i

I 1

1993 Evalu:ted Exercise 93-07A Section 5.3 Dose Assessment n-i O

Sc:ntrio Tima: 06:45 Monitor Reading: 53.0 R/hr i

O BOSTON EDISON COMPANY INTERACTIVE RADIATION DOSE ASSESSMENT PROGRAM Date/ Time --> Reactor S/D Date/ Time --> 00/00/00 @ 00:00 ,

3.00 hre Projected Release Duration ---> 8.0 hrs Time Since S/D ---> Wind Speed (mph) ---> 6.0 Stability Class ---> D i

Affected Sector ---> L(SW )

Relesee Point ---> Main Stack Ha1. Release ---> 2.43E+006 uCi/sec Tot. Release ---> 7.51E+008 pCi/see GROUND CHILD CHILD PLUME LEVEL W. BODY THYROID DOSE DOSE W. BODY THYROID AF 'IVAL HAIDGEN GAMMA CONC.

DOSE DOSE T1ME CONC.

X/O X/O RATE RATE DIST (hr: min) (uCi/cc)

(mrem)

(mi) feec/m3) (sec/m3) (mR/hr) (mR/hr) (mrem) 07:08 0.00E+000

.125 1.7E-005 0.0E+000 3.0E+003 0.0E+000 2.41E4004 0.00E+000 e7.-

07:10 1.68E-006

.25 1.1E-005 6.9E-007 2.1E4?03 8.9E+002 1.66E+004 7.16E+003 i

07:12 4.34E-005

.50 7.0E-006 1.8E-005 1.3E+003 2.3E+004 1.00E+004 1.86E+005 07:14 4.15E-f 35 i O .75 4.7E-006 1.7E-005 8.4E+002 2.2E+004 6.74E+003 1.79E4005 07:17 1.0 3.6E-006 1.5E-005 6.4E+002 2.0E+004 5.08E+003 1.59E4005 07:22 1.5 2.2E-006 1.0E-005 3.9E+002 1.3E+004 3.15E4003 1.05H+005 3.67E-005 2.41E-005 ,

07:27 1.64E-005 2.0 1.6E-006 6.9E-006 2.7E+002 9.0E+003 2.20E+003 7.20E+004 07:32 1.21E-005 2.5 1.2E-006 5.1E-006 2.1E+002 6.7E+003 1.64E4003 5.34E4004 07:37 9.40E-006 3.0 9.5E-007 4.0E-006 1.6E+002 5.2E+003 1.28E+003 4.18E+004 07:42 7.59E-006 ,

3.5 7.8E-007 3.2E-006 1.3E+002 4.2E4003 1.04E+003 3.40E+004 07:47 6.30E-006 J

4.0 6.6E-007 2.7E-006 1.1E+002 3.6E+003 8.59E4002 2.84E4004 07:52 5.34E-006 4.5 5.6E-007 2.3E-006 9.1E4001 3.0E4003 7.27E+002 2.42E4004 07:57 4.60E-006 5.0 4.9E-007 2.0E-006 7.8E+001 2.6E+003 6.27E+002 2.10E4004 1

08:22 2.68E-006 7.5 2.9E-007 1.2E-006 4.3E+001 1.6E+003 3.46E+002 1.27E+004 08:47 1.78E-006 10.0 2.0E-007 7.9E-007 2.7E+001 1.1E+003 2.20E+002 8.66E+003 l l

l O  :

1 l

93-07A Page 5-154 1993 EE

Sc:n :rio Tirnx 07:00 Monitor Remiing: 50.5 R/hr OSTON EDISON COMPANY INTERACTIVE FADI ATION DOSE ASSESSMENT PROGRAM

=_______

_________________________=

Date/ Time --> Reactor S/D Date/ Time --> 00/00/00 @ 00:00 3.25 hre Projected Release Duration ---> 8.0 hre Time Since S/D ---> 6.0 Stability Class ---> D Af fected Sector ---> L(SW ) Wind Speed (mph) --->

Release Point ---> Main Stack Ha1. Release ---> 2.37E+006 pC1/see Tot. Release ---> 7.47E+008 pCi/see GROUND CHILD CHILD PLUME LEVEL W. BODY THYROID W. BODY THYROID ARRIVAL HALOGEN GAMMA CONC. DOSE DOSE DOSE DOSE TIME CONC.

X/Q X/Q RATE RATE DIST (hr: min) (uCi/ce)

(mrem) (mrem)

(mi) (sec/m3) (eec/m3) (mR/hr) (mR/hr) ____ _________ _ ----

m. 07:11 0.00E+000

____ ________ ________ ________ ________ _________ _____E+000

.125 1.7E-005 0.0E+000 2.9E+003 0.0E+000 2.32E4004 0.00 07:13 1.63E-006

.25 1.1E-005 6.9E-007 2.0E+003 8.9E+002 1.59E+004 7.13E+003 07:15 4.23E-005

.50 7.0E-006 1.8E-005 1.2E+003 2.3E+004 9.62E+003 1.85E+e05 07:18 4.05E-005

.75 4.7E-006 1.7E-005 8.1E4002 2.2E+004 6.47E+003 1.78E+005 07:20 3.58E-005 1.0 3.6E-006 1.5E-005 6.1E+002 2.0E+004 4.88E4003 1.58E4005 07:25 2.35E-005 1.5 2.2E-006 1.0E-005 3.8E+002 1.3E+004 3.02E4003 1.04E+005 07:30 1.60E-005 2.0 1.6E-006 6.9E-006 2.6E+002 9.0E+003 2.11E+003 7.17E4004 07:35 1.18E-005 2.5 1.2E-006 5.1E-006 2.0E+002 6.6E+003 1.58E4003 5.31E+00407:40 9.17E-006 3.0 9.5E-007 4.0E-006 1.5E4002 5.2E+003 1.23E+003 4.16E+004 07:45 7.40E-006 3.5 7.8E-007 3.2E-006 1.2E4002 4.2E+003 9.98E+002 3.38E+004 07:50 6.14E-006 4.0 6.6E-007 2.7E-006 1.0E+002 3.5E+003 8.25E+002 2.83E+004 07:55 5.21E-006 4.5 5.6E-007 2.3E-006 8.7E+001 3.0E+003 6.98E+002 2.41E+004 07:60 4.49E-006 5.0 4.9E-007 2.0E-006 7.5E+001 2.6E+003 6.02E4002 2.09E4004 08:25 2.61E-006 7.5 2.9E-007 1.2E-006 4.2E+001 1.6E+003 3.32E+002 1.26E+e04 08:50 1.74E-006 10.0 2.0E-007 7.9E-007 2.6E+001 1.1E+003 2.11E+002 8.59E+003 O

Page 5-155 1993f!E 93-07A

Scenario Time: 07:15  ;

Monitor Reading: 48.5 R/hr l i

O BOSTON EDISON COMPANY INTERACTIVE RADIATION DOSE ASSESSMENT PROGRAM  ;

i t

i

- Date/ Time --> Reactor S/D Date/ Time --> 00/00/00 @ 00:00 '

Time Since S/D ---> 3.50 hra Projected Release Duration ---> 8.0 hrs '

Affected Sector ---> L(SW ) Wind Speed (mph) ---> 6.0 Stability Class ---> D >

Release Point ---> Main Stack Tot. Release ---> 7.47E+008 uCi/see Ha1. Release ---> 2.33E+006 Ci/see j CHILD GROUND ,

W. BODY THYROID CHILD PLUME LEVEL GAMMA CONC. DOSE DOSE W. BODY THYROID ARRIVAL HAIDGEN -

DIST X/Q X/Q RATE RATE DOSE DOSE TIME CONC. t (mrem) (hr: min) (pCi/cc) I (mi) (sec/m3) (sec/r31 (mFfne) (mR/hr) (mrem) i

.125 1.7E-005 0.0E+000 2.8E+003 0.0E+000 2.24E+004 0.00E+000 07:15 0.00E+000 i

.25 1.1E-005 6.9E-007 1 9E+003 8.9E+002 1.54K4004 7.16E4003 07:17 1.60E-006 I

i 07:19 4.15E-005 O .50 7.0E-006 1.8E-005 1.2E+003 2.3E+004 9.30E+003 1.86E4005

.75 4.7E-006 1.7E-005 7 8E+002 2.2E+004 6.25E4003 1.79E+005 1.0 3.6E-006 1.5E-005 5.9E+002 2.0E+004 4.72E+003 1.58E+005 07:22 07:24 3.98E-005 3.51E-005 >

1.5 2.2E-006 1.0E-005 3.7E4002 1.3E+004 2.92E4003 1.05E4005 07:29 2.31E-005 I 2.0 1.6E-006 6.9E-00F 2.5E+002 9.0E4003 2.04E+003 7;19E+004 07:34 1.57E-005 t

2.5 1.2E-006 5.1E-006 1.9E+002 6.7E+003 1.53E+003 S.32E+004 07:39 1.16E-005  :

3.0 9.5E-007 4.0E-006 1.5E+002 5.2E+003'1.19E+003 4.17E4004 07:44 9.00E-006  !

3.5 7.8E-007 3.2E-006 1.2E+002 4.2E4003 9.65E+002 3.39E+004 07:49 7.27E-006 l 4.0 6.6E-007 2.7E-006 1.0E+002 3.5E+003 7.98E+002 2.83H+004 07:54 6.03E-006 ,

4.5 5.6E-007 2.3E-006 8.4E+001 3.0E+003 6.75E+002 2.41E+004 07:59 5.11E-006 ,

l 5.0 4.9E-007 2.0E-006 7.3E+001 2.6E+003 5.82E+002 2.09K4004 08:04 4.41E-006 7.5 2.9E-007 1.2E-006 4.0E4001 1.6E+003 3.22E4002 1.25E+004 08:29 2.57E-006- ,

10.0 2.0E-007 7.9E-007 2.6E+001 1.1E+003 2.06E+002 8.55E4003 08:54 1.70E-006 i

l O 1 r

93-07A Page 5156 1993 EE

. ~ . - - . - - -.

Scenrrio Tim 3: 07:30 Monitor Rc: ding: 46.5 R/hr O BOSTON EDISON COMPANY INTERACTIVE RADIATION DOSE ASSESSMENT PROGRAM Reactor S/D Date/ Time --> 00/00/00 @ 8.000:00 hrs Date/ Time --> Projected Release Duration --->

Time Since S/D ---> 3.75 hrs Wind Speed (mph) ---> 6.0 Stability Class ---> D >

Affected Sector ---> L(SW )

-Release Point ---> Main Stack .

Ha1. Release ---> 2.28E+006 uCi/sec Tot. Release ---> 7.46E+008 uCi/eec GROUND  :

CHILD CHILD PLUME LEVEL W. BODY THYROID HAIDGEN DOSE W. BODY THYROID ARRIVAL GAMMA CONC. DOSE CONC. .

RATE DOSE DDSE TIME X/0 X/Q RATE DIST (mR/hr) (mrem) (mrem) (hr: min) (uCi/cc) l (mi) (sec/m3) (sec/m3) (mR/hr) -__

____ ________ ________ _ ______ ________ -_ E 000 07:17 0.00E+000 -

.125 1.7E-005 0.0E+000 2.7E+003 0.0E+000 2.16E+004 0.00 +

07:19 1.57E-006  ;

.25 1.1E-005 6.9E-007 1.9E+003 9.0E+002 1.48E4004 7.16E4003 i

07:21 4.07E-005

.50 7.0E-006 1.8E-005 1.1E+003 2.3E+004 8.97E+003 1.86E+005 '07:24- 3.90E-005 .

.75 4.7E-006 1.7E-005 7.5E+002 2.2E4004 6.03E+003 1.79E+005 07:26 3.44E-005 l 1.0 3.6E-006 1.5E-005 5.7E+002 2.0E+004 4.55E+003 1.58E+005 07:31 2.26E-005 1.5 2.2E-006 1.0E-005 3.5E+002 1.3E+004 2.82E4003 1.05E+005 5

07:36 1.54E-005 2.0 1.6E-006 6.9E-006 2.5E+002 9.0E+003 1.97E4003 7.18E4004 07:41 1.13E-005. l 2.5 1.2E-006 5.1E-006 1.8E+002 6.6E+003 1.47E4403 5.32E+004 07:46 8.82E-006 3.0 9.5E-007 4.0E-006 1.4E+002 5.2E+003 1.15E+003 4.16E+004 07:51 7.12E-006  :

3.5 7.8E-007 3.2E-006 1.2E+002 4.2E+003 9.31E+002 3.38E+004 07:56 5.91E-006 .

4.0 6.6E-007 2.7E-006 9.6E+001 3.5E+003 7.69E+002 2.82E+004 08:01 5.01E-006 l 4.5 5.6E-007 2.3E-006 8.1E+001 3.0E4003 6.51E4002 2.41E4004 o::

08:06 4.32E-006- 1 5.0 4.9E-007 2.0E-006 7.0E+001 2.6E+003 5.62E+002 2.09E+004 08:31 2.51E-006 .

7.5 2.9E-007 1.2E-006 3.9E+001 1.6E+003 3.10E+002 1.25E+004 08:56 1.67E-006 10.0 2.0E-007 7.9E-007 2.5E+001 1.1E+003 2.01E+002 8.48E4003 0

Page 5-157 1993 EE 93-07A

_. . . _ _ _ _ _ _ _ . - . . ~. _ ,_

Scenrrio Time: 07:45 r e

Monitor R::eding: 45.0 R/hr t 3

O BOSTON EDISON COMPANY INTERACTIVE RADIATION DOSE ASSESSMENT PROGRAM

---

..- = . -------------.

3 Date/ Time --> Reactor S/D Date/ Time --> 00/00/00 @ 00:00 l Time Since S/D ---> 4.00 hrs Projected Release Duration ---> 8.0 brs ~

Affected Sector ---> L(SW ) Wind Speed (mph ) ---> 6.0 Stability Class ---> D  !

i Release Point ---> Main Stack '

Tot. Release ---> 7.50E+008 pCi/see Ha1. Release ---> 2.26E+006 pCi/see CHILD GROUND .

W. BODY THYROID CHILD PLUME LEVEL  !

G/dia CONC. DOSE DOSE W. BODY THYROID ARRIVAL Half > GEN .:

DIST X/Q X/Q RATE RATE DOSE DOSE TIME CONC. l (mi) (sec/m3) (sec/m3) (mR/hr) (mR/hr) (mrem) (mrem) (hr: min) (pCi/cc)

---

--= -------- -------- ---_ _ - . - -- -- .

.125 1.7E-005 0.0E+000 2.6E+003 0.0E+000 2.10E+004 0.00E+000 07:18 0.00E+000

.25 1.1E-005 6.9E-007 1.8E4003 9.0E+002 1.44E+004 7.22E4003 07:20 1.56E-006  !

.50 7.0E-006 1.8E-005 1.1E+003 2.3E+004 8.72E4003 1.88E+005 07:22 4.02E-005 ~

3.85E-005 O 75 4.7E-006 1.7E-005 7.3E+002 2.3E+004 5.86E+003 1.80E+005 1.0 3.6E-006 1.5E-005 5.5E+002 2.0E+004 4.42E+003 1.60E+005 1.5 2.2E-006 1.0E-005 3.4E+002 1.3E+004 2.74E4003 1.05E4005 07:24 07:27 07:32 3.41E-005 2.24E-005 l

l i

2.0 1.6E-006 6.9E-006 2.4E+002 9.0E+003 1.91E+003 7.24E+004 07:37 1.52E-005 l

2.5 1.2E-006 5.1E-006 1.8E+002 6.7E+003 1.43E+003 5.36E+004 07:42 1.12E-005 '

3.0 9.5E-007 4.0E-006 1.4E+002 5.2E+003 1.12E+003 4.19E+004 07:47 8.72E-006 3.5 7.8E-007 3.2E-006 1.1E+002 4.3E+003 9.05E+002 3.40E+004' 07:52 7.04E-006 4.0 6.6E-007 2.7E-006 9.4E4001 3.6E+003 7.48E+002 2.84E4004 07:57 5.85E-006 4.5 5.6E-007 2.3E-006 7.9E+001 3.0E+003 6.34E+002 2.42E+e04 08:02 4.95E-006 5.0 4.9E-007 2.0E-006 6.8E+001 2.6E+003 5.47E+002 2.10E+004 08:07 4.27E-006 7.5 2.9E-007 1.2E-006 3.8E+001 1.6E+003 3.06E+002 1.2SE+004 08:32 2.49E-006 10.0 2.0E-007 7.9E-007 2.5E+001 1.1E+003 1.98E+002 8.49E+003 08:57 1.65E-006' o  !93-07A Page 5-158 1993 EE y - r ,e w ,, . - a. a ,_ -.- , ,~,

Scensrio Time: 08:00 Monitor Ruding: 43.0 R/hr l

i O BOSTON EDISON COMPANY INTERACTIVE RADIATION DOSE ASSESSMENT PROGRAM

=

l Date/ Time --> Reactor S/D Date/ Time --> 00/00/00 @ 00:00 Time Since S/D ---> 4.25 hre Projected Release Duration ---> 8.0 hrs -l Affected Sector ---> L(SW ) Wind Speed (mph) ---> 6.0 Stability Class ---> D Release Point ---> Main Stack Tot. Release ---> 7.45E+008 uCi/see Ha1. Release ---> 2.21E+006 uCi/eec CHILD GROUND W. BODY THYROID CHILD PLUME LEVEL ,

DOSE W. BODY THYROID' ARRIVAL HAIDGEN l GAMMA CONC. DOSE DIST X/Q X/Q RATE RATE DOSE DOSE TIME CONC. l (mi) (sec/m3) (sec/m3) (mR/hr) (mR/hr) (mrem) (mrem) (hr: min) (uCi/ce) l

.--- -- .---- -------- - . =- --- - --- _ _ _ . _

_125 1.7E-005 0.0E+000 2.5E+003 0.0E+000 2.01E+004 0.00E+000 07:20 0.00E+000

.25 1.1E-005 6.9E-007 1.7E+003 9.0E+002 1.38E+004 7.19E+003 07:22 1.52E-006 l

.50 7.0E-006 1.8E-005 1.0E+003 2.3E+004 8.36E+003 1.87E+005 07:24 3.93E-005  ;

07:26 3.76E-005 O

l

.75 4.7E-006 1.7E-005 7.0E+002 2.2E+004 5.62E+003 1.79E+005 1.0 3.6E-006 1.5E-005 5.3E+002 2.0E+004 4.24E+003 1.59E+005 07:29 3.32E-005 1.5 2.2E-006 1.0E-005 3.3E+002 1.3E+004 2.63E+003 1.05E+005 07:34 2.18E-005 2.0 1.6E-006 6.9E-006 2.3E+002 9.0E+003 1.83E+003 7.19E4004 07:39 1.49E-005

. i 2.5 1.2E-006 5.1E-006 1.7E+002 6.7E+003 1.37E+003 5.32E4004 07:44 1.09E-005  !

3.0 9.5E-007 4.0E-006 1.3E+002 5.2E+003 1.07E+003 4.16E+004 07:49 8.51E-006 i l

3.5 7.8E-007 3.2E-006 1.1E+002 4.2E+003 8.69E+002 3.38E+004 07:54 6.87E-006 4.0 6.6E-007 2.7E-006 9.0E+001 3.5E+003 7.18E+002 2.82E+004 07:59 5.71E-006 4.5 5.6E-007 2.3E-006 7.6E+001 3.0E+003 6.08E+002 2.40E4004 08:04 4.83E-006 5.0 4.9E-007 2.0E-006 6.6E+001 2.6E+003 5.27E+002 2.08E+004 08:09 4.17E-006

, l a 7.5 2.9E-007 1.2E-006 3.7E+001 1.5E+003 2.97E+002 1.24E+004 08:34 2.43E-006 l

10.0 2.0E-007 7.9E-007 2.4E+001 1.0E+003 1.92E+002 8.39E+003 08:59 1.61E-006 i

i O

93-07A Page 5-159 1993 EE l

Scmrio Time: 08:15  ;

Monitor Recding: 41.0 R/hr l l

l O BOSTON EDISON COMPANY INTERACTIVE RADIATION DOSE ASSESSMENT PROGRAM i

l i

~.-------------------- ..- - -_-

Date/ Time --> Reactor S/D Date/ Time --> 00/00/00 0 00:00-Time Since S/D ---> 4.50 hrs Projected Release Duration ---> 8.0 hrs Affected Sector ---> L(SW ) Wind Speed (mph) ---> 6.0 Stability Class ---> D Release Point ---> Main Stack Tot. Release ---> 7.37E+008 uCi/see Ha1. Release > 2.15E+006 uCi/sec CHILD GROUND W. BODY THYROID CHILD PLUME LEVEL GAMMA CONC. DOSE DOSE W. BODY THYROID ARRIVAL HALOGEN DIST X/Q X/Q RATE RATE DOSE DOSE TIME CONC.

(mi) (sec/m3) (sec/m3) (mR/hr) (mR/hr) (mrem) (mrem) (hr: min) (pCi/cc) i

.125 1.7E-005 0.0E+000 2.4E+003 0.0E+000 1.93E+004 0.00E+000 07:22 0.00E+000 ,

.25 1.1E-005 6.9E-007 1.7E+003 8.9E+002 1.32E+004 7.13E+003 07:24 1.48E-006 l

.50 7.0E-006 1.8E-005 1.0E4003 2.3E+004 8.00E+003 1.85E+005 07:26 3.83E-005 1

.75 4.7E-006 1.7E-005 6.7E+002 2.2E+004 5.38E+003 1.78E+005 07:28 3.66E-005 l O 1.0 3.6E-006 1.5E-005 5.1E+002 2.0E+004 4.06E+003 1.57E+005 1.5 2.2E-006 1.0E-005 3.1E+002 1.3E+004 2.51E4003 1.04E+005 07:31 07:36 3.24E-005 2.13E-005 3

2.0 1.6E-006 6.9E-006 2.2E+002 8.9E+003 1.76E+003 7.13E+004 07:41 1.45E-005 ,

?

2.5 1.2E-006 5.1E-006 1.6E+002 6.6E+003 1.31E4003 5.27E4004 07:46 1.07E-005  ;

3.0 9.5E-007 4.0E-006 1.3E+002 5.2E+003 1.03E+003 4.12E4004 07:51 8.29E-006  :

3.5 7.8E-007 3.2E-006 1.0E+002 4.2E+003 8.34E+002 3.34E+004 07:56 6.69E-006 4.0 6.6E-007 2.7E-006 8.7E4001 3.5E+003 6.93E+002 2.79E+004 08:01 5.56E-006 4.5 5.6E-007 2.3E-006 7.4E+001 3.0E+003 5.89E+002 2.37E4004 08:06 4.71E-006  ;

j 5.0 4.9E-007 2.0E-006 6.4E+001 2.6E+003 5.10E+002 2.05E4004 08:11 '4.06E-006 '

7.5 2.9E-007 1.2E-006 3.6E+001 1.5E+003 2.87E+002 1.22E4004 08:36 2.36E-006 10.0 2.0E-007 7.9E-007 2.3E+001 1.0E+003 1.86E4002 8.27E+003 09:01 1.57E-006 O

93-07A Page 5-160 1993 EE r-. - . . .-

93 07A . 1993 EE Total Population Exposure Table 5.3-1  :

Whole Body Child Thyroid Time of Release Duradon Area Dose Rate Dose Dese Rate Pose From-To Hours Ring Rem /Hr R: m Rem /Hr Rem  ;

Inner 3.000 0.750 23.000 5.75C" -

06:45-07:00 0.25 Middle O.270 0.G68 9.000 2.260 Outer 0.078 0.020 2.600 0.650 Inner 2.900 0.725 23.000 5.750 07:00-07:15 0.25 Middle 0.260 0.065 9.000 2.250 Outer 0.075 0.019 2.600 0.650 Inner 2.800 0.700 23.000 5.750 07:15-07:30 0.25 Middle 0.250 0.063 9.000 2.250 Outer 0.073 0.018 2.600 0.650 Inner 2.700 0.675 23.000 5.750 07:30-07:45 0.25 Middle 0.250 0.063 9.000 2.250 Outer 0.070 0.018 2.600 0.650 Inner 2.600 0.650 23.000 5.750 07:45-08:00 0.25 Middle 0.240 0.060 9.000 2.250 Outer 0.068 0.017 2.600 0.650 Inner 2.500 0.625 23.000 5.750 O 08:00-08:15 0.25 Middle Outer 0.230 0.066 0.058 0.017 9.000 2.600 2.250 0.650 Inner 2.400 0.600 23.000 5.750 08:15-08:30 0.25 Middle 0.220 0.055 8.900 2.225 Outer 0.064 0.016 2.600 0.650 Inner 4.725 40.250 TOTALS Middle 0.430 15.725 Outer 0.124 4.550 1

a O

This is a Drill Page 5-161 This is a Drill

19931: valuated Exercise 93-07A l

l O 1 i

+

Section 5.4 Count Room Data O <

t I

e 4

f O

I

93O 6m e PASS Data O'1993 EE ,

Reactor Coolant Activity (pCi/cc) Table 5.4-1 4

820 tope 03:30 03:45 04:00 04:30 05:00 (15:3 0 06:00 06:30 07:00 07:30 08:00 Kr ,8_5 123E-01 7.84 E-01 7.66E-01_ _7.38 E-01__ 7.01 E_-01_ _ 6.55 E-01_ _6. 28E-01_ 6.94E + 00 6.94E+00 6.94E+00,_

6.94 E+00_

Kr-85m 2.31 E+01 1.96E+01 1.84E+01 1.64E+01 1.44E+01 1.25E+01 1.11 E+ 01 1.13E+02 1.05E+02 9.72E+01 8.99E+01

, Kr-87 4.49E+01 3.82E+01 3.25E+01 2.38E+01 1.72E+01 1.22E+01 8.91 E+00 7.50E+01 5.71E+01 4.34E+01 3.30E+01 Kr-88 6.33E+01 5.38E+01 4.94E+01 4.21 E+01 3.53E+01 2.92E+01 2.47E+01 2.41 E+02 2.13E+ 02 1.88E+02 1.66E+02 Kr-89 7.82E+01 6.65E+01 2.42E+00 3.24E-03 4.28E-06 5.55E-09 7.38E-12 1.13E-13 1.58E-16 2.19E-19 3.04E-22 Xe-131m 7.64 E-01 6.49E-01 6.34 E-01 6.10E-01 5.79E-01 5.40E-01 5.17E-01 5.71E+00 5.70E+00 5.70E+00 5.69E+00 Xe-133 1.61 E+02 1.37E+ 02 1.33E+02 1.28E+02 1.21 E+02 1.13E+02 1.08E+02 1.19E+03 1.19E+03 1.19E+03 1.18E+03 Xe-133m 4.96E+00 4.21E+00 4.10E+00 3.93E+00 3.71 E+ 00 3.44E+00 3.27E+00 3.60E+01 3.58E+01 3.55E+01 3.53E+01 Xe-135 5.84E+01 4.96E+01 4.75E+ 01 4.41 E+01 4.04 E+01 3.63E+01 3.35E+01 3.57E+02 3.44E+02 3.31 E+02. 3.19E+02 Xe-135m 3.07E+01 2.61 E+01 1.29E+01 3.20E+00 7.82E-01 1.88E-01 4.62E-02 1.31 E-01 3.38E-02 8.68E-03 2.23E-03 Xe-137 1.40E+02 1.19E+02 7.77E+ 00 3.34 E-02 1.41 E-04 5.87E-07 2.50E-09 1.23E-10 5.50E-13 2.45E-15 1.09E-17 4

Xe-133 1.35E+02 1.15E+02 5.41E+01 1.21 E+01 2.65E+ 00 5.72E-01 1.27E-01 3.24E-01 7.50E-02 1.74E-02 4.01 E-03 7.42E+02 6.31 E+02 3.64 E+02 2.75E+02 2.37E+02 2.09 E+02 1.91 E+02 2.03E+03 1.96E+03 1.89E+03 1.84E+03 ,

l-131 4.34E+01 3.69E+ 01 3.60E+01 3.47E+01 3.29E+01 3.07E+01 2.93E+01 1.14E+03 1.14E+03 1.14E+ 03 1.14E+03 1-132 6.30E+01 5.36E+01 4.85E+01 4.02E+01 3.28E+01 2.63E+01 2.17E+01 7.26E+02 6.24E+02 5.36E+02 4.61 E+02 1-133 9.10E+01 7.73E+01 7.49E+01 7.10E+01 6.63 E+01 6.09E+01 5.74E+01 2.20E+03 2.17E+03 2.13E+03 2.09E+03 l-134 1.00E+02 8.52E+01 6.83E+G1 4.43E+01 2.84E+01 1.78E+ 01 1.15E+01 3.03E+02 2.04E+02 1.37E+02 9.24E+01 1-135 8.48E+01 7.21 E+ 01 6.8EE+01 6.27E+01 5.65E+01 5.01E+01 4.55E+01 1.69E+ 03 1.60E+03 1.52E+03 1.44E+03 3.83E+02 3.25E+ 02 2.96E+02 2.53E+02 2.17E+02 1.86E+02 1.65E+02 6.06E+03 5.73E+03 5.46E+03 5.22E+03 i

Cs-134 1.27E+01 1.08E+01 1.05E+01 1.01 E+01 9.63E+00 8.99E+00 8.61E+00 1.03E+02 1.03E+02 1.03E+02

• 03E+02 Cs-137 1.53E+01 1.30E+01 1.27E+01 1.23E+01 1.16E+ 01 1.09E+01 1.04 E+ 01 1.24E+02 1.24E+02 1.24 E+02 *24E+02 Te-132 3.66E-01 3.11 E-01 3.03E-01 2.91 E-01 2.75E-01 2.56E-01 2.44E-01 2.68E+02 2.67E+02 2.6.5E+02 2.64E+02 Sr-89 2.86E-03 2.43E-03 2.37E-03 2.29E-03 2.17E-03 2.03E-03 1.94E-03 1.43E+02 1.43E+02 1.43E+02 1.43E+02 i Sr-90 2.45E-04 2.09E-04 2.04E-04 1.96E-04 1.86E-04 1.74 E-04 1.67E-04 1.23E+01 1.23E+01 1.23E+01 1.23E+01

_Ba-140 _4.70E-03 3.99E-03 3.90E-03 3.75E-03 3.56E-03 3.32E-03 3.18E-03 2.33E+02 2.33E+02 2.33E+02 2.33E+02 Ru-103 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 5.54E+01 5.53E+01 5.53E+01 5.53E+01 Ru-106 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+ 00 0.00E+00 0.00E+00 1.65E+01 1.65E+01 1.65E+01 1.65E+01 La-140 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 6.84E+00 6.78E+00 6.72E+00 6.66E+00 Nb-95 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 6.78E+00 6.77E+00 6.77E+00 6.77E+00

, Zr-95 0.00E+00 0.00E+00 0.00E+00 0.00E+ 00 0.00E+00 0.00E+00 0.00E+00 6.73E+ 00 6.73E+00 6.73E+00 6.73E+00 2.84E+01 2.41 E+01 2.35E+01 2.27E+01 2.15E+01 2.01 E+01 1.93E+01 . 9.75E+02 9.73E+02 9.72E+02 9.70E+02 This is a Drill Page 5-162 This is a Drill

- .~ . .. - . . - - . . . - - - _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

O 93-&rd e

PASS Data O 993 EE Dry Well Activity (pCilcc) Table 5.4-2 Isotope 03:30 03:45 04:00 04:30 05:00 05:30 06:00 06:30 07:00 07:30 08:00 Kr-85 0.00E+00 4.54E-03 5.45E-03 6.36E-03 7.27E-03 9.09E-03 1.00E-02 5.47E+00 5.47E+00 5.47E+00 5.47E+00 Kr-85m 0.00E+00 1.14E-01 1.31E-01 1.42E-01 1.50E-01 1.73E-01 1.76E-01 8.94E+01 8.27E+01 7.66E+01 7.09E+01 Kr-87 0.00E+00 2.21E-01 2.31 E-01 2.05E-01 1.78E-01 1.70E-01 1.42E-01 5.91 E +01 4.50E+01 3.42E+01 2.60E+01 Kr-88 0.00E+00 3.12E-01 3.52E-01 3.63_E-01 3.66E-01 4.05E-01 3.93E-01 1.90E+02 1.68E+02 1.48E+02 1.31E+02 Kr-89 0.00E+00 3.85E-01 1.72E-02 2.79E-05 4.43E-08 7.70E-11 1.18E-13 8.94E-14 1.24E-16 1.73E-19 2.40E-22 Xe-131m 0.00E+00 3.76E-03 4.51 E-03 5.26E-03 6.00E-03 7.49E-03 8.23E-03 4.50E+00 4.49E+00 4.49E+00 4.48E+00 Xe-133 0.00E+00 7.92E-01 9.49E-01 ~

1.10E+00 1.26E+00 1.57E+00 1.72E+ 00 9.39E+02 9.37E+02 9.34E+02 9.32E+02 Xe-133m ~0.00E+00 2.44E-02 2.92E 0F 3.39E-02 3.84 E-02 4.77E-02 5.22E-02 2.84E+01 2.82E+01 2.80E+01 2.78E+01

~Xe-135 0.00E+ 00 2.87E-01 3.38E-01 3.80E-01 4.18E-01 5.04E-01 5.33E-01 2.81E+02 2.71 E+02 2.61E+02 2.51E+02 Xe-135m 0.00E+00 1.51 E-01 9.21 E-02 2.76E-02 8.11 E-03 2.60E-03 7.36E-04 1.04E-01 2.66E-02 6.84E-03 1.76E-03 Xe-137 0.00E+00 6.91 E-01 5.53E-02 2.87E-04 1.46E-06 8.14E-09 3.99E-11 9.72E-11 4.33E-13 1.93E-15 8.59E-18 Xe-138 0.00E+00 6.67E-01 3.85E-01 1.04E-01 2.75E-02 7.94 E-03 2.02E-03 2.56E-01 5.91 E-02 1.37E-02 3.16E-03 0.00E+00 3.65E+00 2.59E+00 2.37E+00 2.46E+00 2.89 E+00 3.04E+00 1.60E+03 1.54 E+03 1.49E+03 1.45E+03 1-131 0.00E+00 2.14 E-01 2.56E-01 2.99E-01 3.41 E-01 4.25E-01 4.67E-01 4.50E+02 4.49E+02 4.48E+02 4.47E+02 1-132 0.00E+00 3.10E-01 3.45E-01 3.46E-01 3.40E-01 3.65E-01 3.45E-01 2.86E+02 2.46E+02 2.11 E+02 1.82E+ 02 1-133 0.00E+00 4.48E-01 5.33E-01 6.12E-01 6.88E-01 8.45E-01 9.14 E-01 8.68E+02 8.53E+02 8.39E+ 02 8.25E+02 1-134 0.00E+00 4.94E-01 4.86E-01 3.82E-01 2.94 E-01 2.48E-01 1.83E-01 1.19E+02 8.03E+01 5.41E+01 3.64E+01 1-.135 0.00E+00 4.18E-01 4.88E-01 5.40E-01 5.86E-01 6.95E-01 7.25E-01 6.64E+02 6.30E+02 5.98E+02 5.67E+02 0.00E+00 1.88E+00 2.11 E+00 2.18E+00 2.25E+00 2.58 E+00 2.64 E+00 2.39E+03 2.26E+03 2.15E+03 2.06 E+03 Cs-134 0.00E+00 6.24E-02 7.49E-02 8.73E-02 9.98E-02 1.25E-01 1.37E-01 4.04E+01 4.04E+01 4.04E+01 4.04E+01 Cs-137 0.00E+00 7.54E-02 9.05E-02 1.06E-01 1.21 E-01 1.51 E-01 1.66E-01 4.89E+01 4.89E+01 4.89E+01 4.89E+01 Te-132 0.00E+00 1.80E-03 2.16E-03 2.50E-03 2.85E-03 3.55E-03 3.88E-03 1.06E+02 1.05E+02 1.05E+02 1.04E+02 Sr-89 0.00E+00 1.41 E-05 1.69E-0F 1.97E-05 2.25E-05 2.81 E-05 3.09E-05 5.62E+01 5.62E+01 5.62E+01 5.62E+01 Sr-90 ~0 3 E+00 1.21 E-06 1.45E-06 1.69E-06 1.93E-06 2.42E-06 2.66E-06 4.83E+00 4.83E+00 4.83E+00 4.83'E+00

~Ba-140 0.00E+00 2.31E-05 2.77E-05 3.23E-05 3.69E-05 4.61E-05 5.06E-05 9.19E+01 9.18E+01 9.17E+01 9.16E+01 Ru-103 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 2.18E+01 2.18E+01 2.18E+01 2.18E+01 Ru-106 0.00E+00 0.00E+ 00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 6.49E+00 6.49E+00 6.49E+00 6.49E+00 La-140 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 2.69E+00 2.67E+00 2.65E+00 2.62E+00 Nb-95 0.00E+00 0.00E+00 0.00E+60~ 0.00E+00 ~0.00E+00 0.00E+00 0.00E+00 2.67E+00 2.67E+00 2.67E+00 2.67E+00 Zr-95 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 2.65E+00 2.65E+00 2.65E+00 2.65E+00 0.00E+00 1.40E-01 1.68 E-01 1.95E-01 2.23E-01 2.79E-01 3.07E-01 3.84E+02 3.83E+02 3.83E+02 3.82E+02 This is a Drill Page 5-163 This is a Drill

_ - _ _ . . _ - _ - - - _ _ _ _ _ - - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - - _ _ _ _ _ _ _ - _ - . _ _ _ _ _ - - _ _ - - - ~ _ ~ - - , _ _. .- -

93 M PA S Data (v~) 993 E Torus Liquid Activity (pCi/cc) Table 5.4-3 Isotope 03:30 03:45 04:00 04:30 05:00 05:30 06:00 06:30 07:00 07:30 08:00 Kr-85 0.00E+00 7.95E-04 7.95E-04 7.95E-04 1.59E-03 1.59E-03 1.59E-03 5.98E-01 5.98E-01 5.98E-01 5.98E-01 Kr-85m 0.00E+00 1.99E-02 1.91 E-02 1.77E-02 3.27E-02 3.03E-02 2.81 E-02 9.77E+ 00 9.04E+00 8.37E+ 00 7.75E+00 Kr-87 0.00E+00 3.87E-02 3.37E-02 2.56E-02 3.90E-02 2.97E-02 2.26E-02 6.46E+00 4.92E+00 3.74E+00 2.84E+00 Kr-88 0.00E+00 5.46E-02 5.13E-02 4.53E-02 8.01 E-02 7.08E-02 6.25E-02 2.08E+01 1.84E+01 1.62E+01 1.43E+01 Kr-89 0.00E+00 6.74 E-02 2.51 E-03 3.49E-06 9.69E-09 1.35E-11 1.87E-14 9.78E-15 1.36E-17 1.89E-20 2.62E-23 Xe-131 m 0.00E+00 6.58E-04 6.58E-04 6.57E-04 1.31 E-03 1.31 E-03 1.31 E-03 4.92E-01 4.91 E-01 4.91 E-01 4.90E-01 Xe-133 0.00E+00 1.39E-01 1.38E-01 1.38E-01 2.75E-01 2.74E-01 2.74E-01 1.03E+02 1.02E+02 1.02E+02 1.02E+02 Xe-133m 0.00E+00 4.27E-03 4.26E-03 4.23E-03 8.40E-03 8.35E-03 8.30E-03 3.10E+ 00 3.08E+00 3 06E+00 3.04E+00 Xe-135 0.00E+00 5.03E-02 4.93E-02 4.75E-02 9.15E-02 8.81 E-02 8.48E-02 3.07E+01 2.96E+01 2.85E+01 2.74E+01 Xe-135m 0.00E+00 2.65E-02 1.34E-02 3.45E-03 1.77E-03 4.56E-04 1.17E-04 1.13E-02 2.91 E-03 7.47E-04 1.92E-04 Xe-137 0.00E+00 1.21 E-01 8.06E-03 3.59E-05 3.20E-07 1.42E-09 6.34E-12 1.06E-11 4.73E-14 2.11 E-16 9.39F 19 Xe-138 0.00E+00 1.17E-01 5.61 E-02 1.30E-02 6.00E-03 1.39E-03 3.21 E-04 2.79E-02 6.46E-03 1.49E-03 ~ 3. 3E-04 0.00E+00 6.39E-01 3.78 E-01 2.96E-01 5.38E-01 5.06E-01 4.83 E-01 1.75E+02 1.69 E+ 02 1.63E+02 1.586+02 1-131 0.00E+00 1.50E-01 1.50E-01 1.49E-01 2.24E-01 2.23E-01 2.23E-01 2.95E+01 2.94 E+01 2.94E+ 01 2.93E+01 1-132 0.00E+00 2.17E-01 2.01 E-01 1.73E-01 2.23E-01 1.92E-01 1.65E-01 1.88E+01 1.61 E+ 01 1.39E+01 1.19E+ 01 1-133 0.00E+00 3.13E-01 3.11 E-01 3.06E-01 4.51 E-01 4.44E-01 4.36E-01 5.69E+01 5.60E+01 5.50E+01 5.41E+01 1-134 0.00E+00 3.45E-01 2.83E-01 1.91 E-01 1.93E-01 1.30E-01 8.75E-02 7.82E+00 5.27E+00 3.55E+00 2.39E+00 1-135 0.00E+00 2.92E-01 2.85E-01 2.70E-01 3.84 E-01 3.65E-01 3.46E-01 4.35E+01 4.13E+01 3.92E+01 3.72E+01 0.00E+00 1.32 E+00 1.23E+00 1.09E+00 1.47E+00 1.35E+00 1.26E+00 1.57E+02 1.48E+02 1.41 E+02 1.35E+02 Cs-134 0.00E+00 4.36E-02 4.36E-02 4.36E-02 6.55E-02 6.55E-02 6.55E-02 6.19E+ 00 6.19E+00 6.19E+00 6.19E+00 Cs-137 0.00E+00 5.28E-02 5.28E-02 5.28E-02 7.91 E-02 7.91 E-02 7.91 E-02 7.48E+00 7.48E+ 00 7.48E+00 7.48E+ 00 Te-132 0.00E+00 1.26E-03 1.26E-03 1.25E-03 1.87E-03 1.86E-03 1.85E-03 1.61 E+ 01 1.61 E+ 01 1.60E+01 1.59E+01 Sr-89 0.00E+00 9.85E-06 9.85E-06 9.84E-06 1.48E-05 1.48E-05 1.48E-05 8.60E+00 8.60E+00 8.60E+00 8.60E+00 Sr-90 0.00E+00 8.45E-07 8.45E-07 8.45E-07 1.27E-06 1.27E-06 1.27E-06 7.40E-01 7.40E-01 7.40E-01 7.40E-01 Ba-140 0.00E+00 1.62E-05 1.62E-05 1.62E-05 2.42E-05 2.42E-05 2.41 E-05 1.41 E+ 01 1.41 E+01 1.40E+01 1.40E+01 Ru-103 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 3.34E+00 3.34E+00 3.34E+00 3.33E+00 Ru-106 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 9.93E-01 G.93E-01 9.93E-01 9.93E-01 La-140 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 4.12E-01 4.09E-01 4.05E-01 4.02E-01 Nb-95 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 4.09E-01 4.08E-01 4.08E-01 4.08E-01 Zr-95 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 4.06E-01 4.06E-01 4.06E-01 4.06E-01 0.00E+00 9.77E-02 9.77E-02 9.77E-02 1.47E-01 1.47E-01 1.47E-01 5.88E+01 5.87E+01 5.86E+01 5.85E+01 This is a Drill Page 5-164 This is a orill

q Sk" g n 1993 EE PASS Data Torus Air Activity (pCi/cc) Table 5.4-4 Isotope 03:30 03:45 04:00 04:30 05:00 05:30 06:00 06:30 07:00 07:30 08:00 Kr-85 0.00E+00 2.38E-03 2.38E-03 2.97E-03 3.57E-03 4.16E-03 4.76E-03 8.95E-01 8.95E-01 8.95E-01 8.95E-01 Kr-85m 0.00E+00 5.95E-02 5.72E-02 6.62E-02 7.35E-02 7.94E-02 8.40E-02 1.46E+01 1.35E+01 1.25E+01 1.16E+01 Kr-87 0.00E+00 1.16E-01 1.01 E-01 9.60E-02 8.76E-02 7.77E-02 6.76E-02 9.67E+00 7.36E+00 5.60E+00 4.26E+ 00 Kr-83 0.00E+00 1.63E-01 1.54E-01 1.70E-01 1.80E-01 1.85E-01 1.87E-01 3.11E+01 2.75E+01 2.43E+01 2.15E+01 Kr-89 0.00E+00 2.02E-01 7.52E-03 1.31 E-05 2.18E-08 3.53E-11 5.60E-14 1.46E-14 2.03E-17 2.82E-20 3.92E-23 Xe-131 m 0.00E+ 00 1.97E-03 1.97E-03 2.46E-03 2.95E-03 3.43E-03 3.92E-03 7.36E-01 7.35E-01 7.34E-01 7.34 E-01 Xe-133 0.00E+00 4.15E-01 4.14E-01 5.16E-01 6.18E-01 7.19E-01 8.19E-01 1.54E+02 1.53E+02 1.53E+02 1.52E+02 Xe-133m 0.00E+00 1.28E-02 1.27E-02 1.58E-02 1.89E-02 2.19E-02 2.48E-02 4.64E+00 4.61 E+00 4.58E+00 4.55E+00 Xe-135 0.00E+00 1.50E-01 1.48E-01 1.78E-01 2.05E-01 2.31 E-01 2.54E-01 4.60E+01 4.43E+01 4.26E+01 4.11 E+01 Xe-135m 0.00E+00 7.93E-02 4.02E-02 1.29E-02 3.98E-03 1.19E-03 3.50E-04 1.69E-02 4.35E-03 1.12E-03 2.87E-04 Xe-137 0.00E+00 3.62E-01 2.41 E-02 1.34E-04 7.18E-07 3.73E-09 1.90E-11 1.59E-11 7.09E-14 3.16E-16 1.41 E-18 Xe-138 0.00E+00 3.49E-01 1.68E-01 4.86E-02 1.35E-02 3.64 E-03 9.61 E-04 4.18E-02 9.67E-03 2.24E-03 5.18E-04 0.00 E+00 1.91 E+00 1.13E+ 00 1.11 E+00 1.21 E+00 1.33 E+00 1.45 E+ 00 2.61 E+02 2.52E+02 2.44 E+02 2.37E+02 l-131 0.00E+00 2.80E-02 2.80E-02 5.59E-02 5.58E-02 8.35E-02 1.11 E-01 5.15E+01 5.14E+01 5.13E+01 5.12E+01 1-132 0.00E+00 4.06E-02 3.77E-02 6.47E-02 5.56E-02 7.17E-02 8.21 E-02 3.28E+01 2.82E+01 2.42E+01 2.08E+ 01 1-133 0.00E+ 00 5.86E-02 5.82E-02 1.14E-01 1.13E-01 1.66E-01 2.18E-01 9.94 E+01 9.77E+01 9.61 E+01 9.45E+01 1-134 0.00E+ 00 6.46E-02 5.30E-02 7.14 E-02 4.81 E-02 4.86E-02 4.37E-02 1.37E+01 9.19E+00 6.19E+00 4.17E+00 1-135 0.00E+00 5.47E-02 5.33E-02 1.01 E-01 9.59E-02 1.36E-01 1.73E-01 7.60E+01 7.21 E+01 6.84E+01 6.49E+01 0.00 E+00 2.47E-01 2.30E-01 4.08 E-01 3.68 E-01 5.06E-01 6.27E-01 2.73E+02 2.59E+02 2.46E+02 2.36E+02 Cs-134 0.00E+00 8.17E-03 8.17E-03 1.63E-02 1.63E-02 2.45E-02 3.27E-02 1.98E+00 1.98E+00 1.98E+00 1.98E+00 Cs-137 0.00E+00 9.87E-03 9.87E-03 1.97E-02 1.97E-02 2.96E-02 3.95E-02 2.40E+00 2.40E+00 2.40E+00 Te-132 0.00E+00 2.36E-04 2.35E-04 4.68E-04 4.66E-04 6.96E-04 9.24E-04 , 5.18E+00 2 40E+00 5.16E+00 5.13E+00 5.11E+00 Sr-89 0.00E+00 1.84E-06 1.84E-06 3.68E-06 3.68E-06 5.52E-06 7.36E-06 2.76E+00 2.76E+00 2.76E+00 2.76E+00 Sr-90 0.00E+00 1.58E-07 1.58E-07 3.16E-07 3.16E-07 4.74E-07 6.33E-07 2.37E-01 2.37E-01 2.37E-01 2.37E-01 Ba-140 0.00E+00 3.03E-06 3.03E-06 6.05E-06 6.04E-06 9.05E-06 1.20E-05 4.51 E+00 4.51 E+ 00 4.50E+00 4.50E+00 Ru-103 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 1.07E+00 1.07E+00 1.07E+00 1.07E+00 Ru-106 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 3.19E-01 3.19E-01 3.19E-01 3.19E-01 La-140 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 1.32E-01 1.31 E-01 1.30E-01 1.29E-01 Nb-95 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 1.31 E-01 1.31E-01 1.31 E-01 1.31 E-01 Zr-95 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+ 00 1.30E-01 1.30E-01 1.30E-01 1.30E-01 0.00E+00 1.83E-02 1.83E-02 3.66E-02 3.66E-02 5.48E-02 7.31 E-02 1.89E+01 1.88E+01 1.88E+01 1.88E+01 This is a Drill Page 5-165 This is a Drill

1993 Evaluated Exercise 93-07A O i l

Section 5.5 In-Plant Radiation Data l

E O

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- O 83

• In-Plant Rhdiation Data O O 1593 EE Reactor Building (-17'6") Table 5.5-1 8 Area l 00:00 l 03:45 l 04:00 l 04:30 l 05:00 l 05:30 l 06:00 l 06:30 l 07:00 l 07:30 l 08:00 l 08:30 l  ;

l Ambient Radiation Levels (mR/hr) ,

A1 1.00E+02 8.33E+03 7.67E+03 7.05E+03 6.49E+03 5.97E+03 5.49E+03 4.00E+05 3.68E+05 3.39E+05 3.11E+05 2.87E+05 A2 1.00E+01 3.30E+01 3.04 E+01 2.79E+01 2.57E+01 2.36E+01 2.17E+01 1.60E+03 1.47E+03 1.35E+03 1.25E+03 1.15E+03 A3 1.00E+01 2.08E+03 1.92E+03 1.76E+ 03 1.62E+03 1.49E+03 1.37E+03 1.00E+05 9.20E+04 8.46E+04 7.79E+04 716E+04 A4 1.50E+01 3.33E+02 3.06E+02 2.82E+02 2.59E+02 2.39E+ 02 2.19E+02 1.60E+04 1.47E+04 1.35E+04 1.25E+04 1.15E+04

, AS 4.80E+01 3.57E+02 3.28E+02 3.02E+02 2.78E+02 2.56E+02 2.35E+02 1.64E+04 1.51 E+ 04 1.39E+04 1.28E+04 1.17E+04 i

ARMS-Nonel l l l l l l l l l l l l Contamination Levels (DPM/100 cm2)

A1 A2-A3

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4 A4 A5- t Airborne Sample Levels (CPM) l A1 3 A2 A3 A4 A5 i

Notes:

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Page 5-167

' O" In-Plant padiation Data o 993 EE Reactor Building (23') Table 5.5-2 Area l 00:00 l 03:45 l 04:00 l 04:30 l 05:00 l 05:30 l 06:00 l 06:30 l 07:00 l 07:30 l 08:00 l 08:30 l Ambient Radiation Levels (mR/hr)

A1 6.00E+00 8.33E+00 7.66E+00 7.05E+ 00 6.49E+00 5.97E+00 5.49E+00 4.00E+02 3.68E+02 3.39E+02 3.11 E+02 2.87E+02 A2 8.00E+00 9.17E+00 8.44E+00 7.76E+00 7.14E+00 6.57E+00 6.04E+00 4.40E+02 4.05E+02 3.72E+02 3.43E+02 3.15E+02 A3 6.00E+ 00 8.33E+00 7.66E+00 7.05E+00 6.49E+00 5.97E+00 5.49E+00 4.00E+02 3.68E+02 3.39E+02 3.11 E+02 2.P7E+02 A4 6.00E+00 3.54E+01 3.26E+01 3.00E+01 2.76E+01, 2.54E+01 2.33E+01 1.70E+03 1.56E+03 1.44E+03 1.32E+03 1.22E+03 A5 1.00E+03 1.60E+03 1.47E+ 03 1.35E+03 1.25E+03 1.15E+03 1.05E+03 3.20E+03 2.94 E+03 2.71 E+03 2.49E+03 2.29E+03 A6 5.00E+01 4.58E+01 4.21 E+01 3.88E+01 3.57E+01 3.28E+01 3.02E+01 2.20E+03 2.02E+03 1.86E+03 1.71 E+03 1.58E+03  ;

i A7 4.00E+00 5.42E+00 4.99E+00 4.59E+00 4.22E+00 3.88E+00 3.57E+00 2.60E+02 2.39E+02 2.20E+02 2.02E+02 1.86E+02 ARMS ARM-8 4.00E+ 00 5.42E+00 4.99E+00 4.59E+00 4.22E+00 3.88E+00 3.57E+00 2.60E+02 2.39E+02 2.20E+02 2.02E+02 1.86E+02 ARM-10 6.00E+00 8.33E+0C 7.66E+00 7.05E+00 6.49E+00 5.97E+00 5.49E+00 4.00E+02 3.68E+02 3.39E+02 3.11 E+ 02 2.87E+02  ;

Contamination Levels (DPM/100 cm2)

A1 A2 A3 .

A4_

A5 -

A6- -

A7 .._ ._

l I

Airborne Sample Levels (CPM)

A1 '

A4 ~ '3 ' r AS > i i A6 i A7 g ,

Notes:

Blank cells reported "As Read"  !

This is a Drill Page 5-168 This is a Drill

Reactor Building 1.evel: 23' O

l

~ ~

Elevator Stairs

,ffff C Safe S/D Panel l Il ' l RBCCW to )

Secondary Compt. Cooler aS Control Switch H' Containment C 19 Access Lock TR9013 Drywell Atmosphere and - Og Analyzer Monitonng Rack

"////A- F R9014 (C-41) 8' D-8

(

Manhole D V///// 1 Eq uip. Panel C-61

-= 3 Access ,

" 6 panei "g*j,nj[ C 152

~ ~

{ C 618 System ,

Ap ,e . . C-85 CAD '3 .

,. O Personnel ,# J ---, Panel ack "~

&c?".,

n A3 Rack )q A1__ -----

~" '

CRO Control Units CRD '

Lighting Panels Drywell  % 17L & 9L i <

e Dontroi Unit .-

~ ~

l-1 -- E, - I

--W, --

O Z--- at,,P mp -- Access Lock Rack Elevator N ~

o.,

~_ Q 'l,sn-, y 3-sun CRD ACCUM. '

Monitor Rack Demin Stairwell l l  ;

B 20 r% O , CRgSgarn peter i , f LeRe#uesny.,n, , , ,,,,

g ,

A4 ' i seatns -F i A6 sone' A7 -

for ip Ro #ff *'"'-

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Heating so,jer I _% i m. i OOOO-

• A7"P W 55 N Stairs  ;

~~/// ' fin ////////// .

i Stait-well Tip System b- -

1 ,

l O

Page 5-169 J

l

. O 93 '"

e In-Plant Fradiation Data O 1993 EE Reactor Building (51') Table 5.5-3 Area l 00:00 l 03:45 l 04:00 l 04:30 l 05:00 l 05:30 l 06:00 l 06:30 l 07:00 l 07:30 l 08:00 l 08:30 l i Amtgent Radiation Levels (mRIhr) _

/1 2.00E+00 2.08E+02 1.91 E+02 1.76E+02 1.62E+02 1.49E+02 1.37E+02 1.00E+04 9.20E+03 8.46E+03 7.79E+03 7.16E+03 la 1.00E+01 5.00E+02 4.60E+02 4.23E+02 3.89E+02 3.58E+02 3.30E+02 2.40E+04 2.21 E+04 2.03E+04 1.87E' '4 1.72E+04 A3 8.00E+00 7.08E+00 6.51 E+00 5.99E+00 5.51E+00 5.07E+00 4.67E+00 3.40E+02 3.13E+02 2.88E+02 2.65C +4 2 2.44E+02 A4 3.00E+00 7.50E+00 6.90E+00 6.35E+ 00 5.84 E+ 00 5.37E+00 4.94E+00 3.60E+02 3.31 E+02 3.05E+02 2.80E+02 2.58E+02 AS i00E+00 1.00E+00 1.00E+00 1.00E+00 1.00E+00 1.00E+00 1.00E+00 2.80E+01 2.58E+01 2.37E+01 2.18E+01 2.01E+01 ARMS Nonel l l l l l [_ } l l l l l Contamination Levels (DPM/100 cm2)

A1 _

A2_

A3 A4 i

A5 Airborne Sample Levels (CPM)

A1 A2 A3 .'

A4_

AS Notes:

Blank cells reported "As Read" This is a Drill Page 5-170 This is a Drift

._,. . _ . . , , - . . , _ , - - -- . _ . - - . . .. -~ . .. ._ _ _ _ . _ _ _ _ _ _ _ - - _ _

Reactor Building Level: 51' l

O 1 l

-N-

$ Elevator Stairwett i 4 "N .

Equip I&C "\

Hatch Lab '

Motor -

Recire.

Pump .

{ Feed Bkr to Panel 2BL Aj MG Set Fluid Drive - l%% '\

Lighting

{ Panel 21-L Rx. Protection

- Gen. instr, Racks .,

I W

"2 ^"*'Y  !

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hf j l T onregen H.X.

C.U. Recire.

Pump"B" ,

--y.. __9  ;

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Drywell k - ,

Recarc.

Pump

.- Batt. Cngr.

Fluid Dnve -

a A3 w eees  ;

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Fan l n=~

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1. 2 Rs. Pro]tection l H Analyzer

- - Elrvator y  ;

instr. Racks 2 '+

(C-118) ,

Stairwell (C-2206 A and B) _

f/// /// :L Starwell w

SBGT C.U. Backwash r- Receiver Tank Domestic i V

OQO I

" I A l AA

-  : Turb. Biog.

' Suppiy Fans i

l O l Page 5-17t l

i o

S3~"

In-Plant diation Data U 1093 EE Reactor Building (74'3") Table 5.5-4 Area l 00:00 l 03:45 l 04:00 l 04:30 l 05:00 l 05:30 l 06:00 l 06:30 l 07:00 l 07:30 l 08:00 l 08:30 l Ambient Radiation Leveis (mR/hr)

A1__ 2.00E+00 4.58E+00 4.21 E+ 00 3.88E+00 ___3.28E+

3.57E+00 00_ _ _ _3.02E+00 2.20E+ 02_ 2.02E+02 1.86E+02 1.71 E+02 1.58E+02 A2 4.00E+00 9.17E+00 8.44E+00 7.76E+ 00 7.14 E+ 00 6.57E+00 6.04E+00 4.40E+02 4.05E+02 3.72E+02 3.43E+02 3.15E+02 A3 1.00E+01 1.33E+01 1.22E+01 1.13E+01 1.04E+01 9.53E+00 8.77E+00 6.20E+02 5.70E+02 5.25E+02 4.83E+02 4.44E+02 A4 3.00E+00 5.00E+ 00 4.60E+ 00 4.23E+00 3.89E+00 3.58E+00 3.30E+00 3.00E+02 2.76E+02 2.54 E+ 02 2.34E+02 2.15E+02 A5 8.00E+00 9.17E+00 8.44E+00 7.76E+00 7.14 E+00 6.57E+00 6.04E+00 4.40E+02 4.05E+02 3.72E+02 3.43E+02 3.15E+ 02 ARMS Nonel l l j~__ l- { _] l_ _], } l j__ ]

. Contamination Levels (DPM/100 cm2)

A1 A2 A3 A4 A5 Airborne Sample Levels (CPM)

A1 A2 A3 A4 A5 Notes:

Blank cells reported "As Read-This is a Drill Page 5-172 This is a Drill

- _ _ _ _ _ _ _ _ - _ _ _ - _ - _ - - _ _ _ _ - - _ _ _ _ _ _ _ _ _ - _ _ _ - - . _ - _ - _ - _ _ _ _ _ _- - . - _ . _ . _ . - - . _ _ _ _ _ a

Reactor Building Level: 74'3" O  !

Elevator Stairs Room Supply Fans j Equip. l

^

Fan b {' Hatch  :

A1 Rmm *S \ ' l

/ - Door A5 k "

Drywell Press Drywell Press \

Instr Rack instr. Rack '

g \N C-1298 C129A ,

'/////////)//// //////////)

i A2 ' ran Room as a

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i

- Door Fuel Pool Coohng instr Spent * '/M////d Panel (C-39)

Fuel Cleanup Precoat -

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Starts 9//'

i i i 1 Fuel Pool Door - Fuel Pool Fuel Pool Clean-up I

)

Pumps Fitters n,m,n po,op, Units

]

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O Page 5-173

^\

93 ,d in-Plant diation Data (V 993 EE Reactor Building (91'3") Table 5.5-5

, Area l 00:00 l 03:45 l 04:00 l 04:30 l 05:00 l 05:30 l 06:00 l 06:30 l 07:00 l 07:30 l 08:00 l 08:30 l Ambient Radiation Levels (mR/hr)

A1 2.00E+00 8.33E+00 7.66E+00 7.05E+00 6.49E+00 5.97E+00 5.49E+00 4.00E+02 3.68E+02 3.39E+02 3.11 E+02 2.87E+02 A2 2.00E+00 8.75E+00 8.05E+00 7.41 E+ 00 6.81 E+00 6.27E+00 5.77E+00 4.20E+ 02 3.86E+02 3.55E+02 3.27E+02 3.01 E+02 A3 1.00E+00 7.50E+00 6.90E+00 6.35E+00 5.84E+00 5.37E+00 4.94E+00 3.60E+02 3.31E+02 3.05E+02 2.80E+02 2.58E+02 A4 2.00E+00 8.75E+00 8.05E+00 7.41 E+00 6.81 E+00 6.27E+00 5.77E+00 4.20E+02 3.86E+02 3.55E+02 3.27E+02 3.01E+02 AS 2.00E+00 7.50E+00 6.90E+00 6.35E+00 5.84E+00 5.37E+00 4.94 E+ 00 3.60E+02 3.31 E+02 3.05E+02 2.80E+02 2.58E+02 ARMS - ~ ~

< 0. 5 T

{ RM112l } 9.00E-01 { 8.00E-01 }{736E OT[T0057 01 T6]d65}I)1 J 6.00E-0i-} 4 20E+01 l 3.80E+01._{ 3.60E+01 [ 3.30E+01 { 3.00E+01 ]

Contamination Levels (DPM/100 cm2) _

A1 _

A2 A3 __ __ _ _

A4 AS _ __ __

Airborne Sample Levels (CPM)

A1_

A2 A3

_A4 Notes:

Blank cells reported "As Read" This is a Drill Page 5-174 This is a Drill

i i

Reactor Building Level: 91'3" l

-N- Elevator Starrs I I I l l

l '

Equip. l Hatch l \

L..............l A2 n9ccw Surge  ;

, 7,n, 90, Loop A" a r- m6

} Ecu p {

, Natch l i

A5 ,

O l

. j. . -- --

///;

////////)///////// r Dryer Separator !

) Storage i Spent NI Summer Fuel Surg' A3 Sto'*9' C "t"'am'at '

Tann.s pool Area

///,

(

'////////////

///////////////////

S t '

l C 117 d O [BLC[-Pumps O o__ SP' C '

A4 .

A4 ro,, Poo, Dem c.2 m i Starrs Clothing Change Area BLC g, ,

, Panel

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Tank for T*Dh gp ..B" '

O Page 5-175

" '" In-Plant adiation Data 1993 EE Reactor Building (117') Table 5.5-6 Area l 00:00 l 03:45 l 04:00 l 04:30 l 05:00 l 05:30 l 06:00 l 06:30 l 07:00 l 07:30 l 08:00 l 08:30 l Ambient Radiation Levels (mR/hr)

A1 2.00E+ 00 2.91 E+00 2.68E+00 2.46E+00 2.27E+00 2.08E+00 1.92E+00 1.40E+02 1.29E+02 1.18E+ 02 1.09E+02 1.00E+02 A2 5.00E+00 5.00E+00 5.00E+00 5.00E+00 5.00E+00 5.00E+00 5.00E+ 00 1.50E+02 1.38E+02 1.27E+02 1.17E+02 1.07E+02 A3 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.20E+02 1.10E+02 1.02E+02 9.34E+01 8.60E+01 A4 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.40E+ 02 1.29E+02 1.18E+02 1.09E+02 1.00E+02 A5 4.00E+00 4.00E+ 00 4.00E+00 4.00E+00 4.00E+00 4.00E+00 4.00E+00 8.00E+01 7.36E+01 6.77E+01 6.23E+01 5.73E+01 5.00E+00_ _5.00E+00, 5. 65[d6 si(5}06 MOM 00 360E+00 5.00.E+00_ ~.5[0E+02 1

1.38E+ 02_ _1.27_E+ 02 1.17_E+ 02_ 1.07E+02~

. ARM-13 3.00E+00 3.13E+00 3.00E+00 3.00E+00 3.00E+00 3.00E+00 3.00E+00 1.50E+ 02 1.38E+02 1.27E+02 1.17E+02 1.07E+ 02 ARM-14 1.00E+01 1.00E+ 01 1.00E+01 1.00E+ 01 1.00E+01 1.00E+01 1.00E+01 [ 1.40E+02 1.29E+02 1.18E+02 1.09E+ 02 1.00E+02

_ Contamination Levels (DPM/100 cm2) __ _

A1 _

A2 A3 A4 AS Airbome Sample Levels (CPM)

_ _ _ _A 1_

A2 A3 A4 A5 Notes:

Blank cells reported "As Read" This is a Drill Page 5-176 This is a Drill

Reactor Building Level: 117'0" i I

1

-N- eievato, si,ir, l

l l

Shipping Cask Drying l Area l l I l  ! A5 '

l  :  ;

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Reactor Head f l Equip. Decontamination l l Hatch  ;

Area l 1 L.__.....-__.....! .. E --

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lemp indication Stairs Vertical Ladder to Roof (on floor - digttal Reactor ,

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HVAC Panei C-67 (Vent Control Panet)

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Page 5-177 l

L 1993 Evaluated Exercise 93-07A Section 5.6 Environmental Data 1

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O 83 " O Field Team Data %i 93 EE Release Rate Times Table 5.6-1 Downwind Scenario Time Distance 06:45 07:00 07:15 07:30 07:45 08:00 08:15 08:30 08:45 09:00 09:15 09:30 S.B. 06:45 07:00 07:15 07:30 07:45 08.00 08:15 1.0 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 1.5 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 2.0 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 2.5 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 3.0 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 3.5 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 4.0 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 4.5 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 5.0 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 5.5 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 6.0 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 6.5 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 7.0 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 7.5 miles 06:45 07:00 07:15 07:30 07:45 08:00 08:15 8.0 miles 06:45 07:00 07:15 07:30 07:45 08:00 8.5 miles 06:45 07:00 07:15 07:30 07:45 08:00 9.0 miles 06:45 07:00 07:15 07:30 07:45 08:00 9.5 miles 06:45 07:00 07:15 07:30 07:45 10 miles 06:45 07:00 07:15 07:30 07:45 This is a Drill Page 5-180 This is a Drill

93q-A e Field Team Data O 1993 EE Closed Window Whole Body Dose Rates (mR/hr) Table 5.6-2 Downwind Scenario Time Distance 06:45 07:00 07:15 07:30 07:45 08:00 08:15 08:30 08:45 09:00 09:15 09:30 S.B. 3000 2900 2800 2700 2600 2500 2400 1.0 miles 640 610 590 570 550 530 510 1.5 miles 390 380 370 350 340 330 310 2.0 miles 270 260 250 250 240 230 220 2.5 miles 210 200 190 180 180 170 160 3.0 miles 160 150 150 140 140 130 130 3.5 miles 130 120 120 120 110 110 100 4.0 miles 110 100 100 96 94 90 87 4.5 miles 91 87 84 81 79 76 74 5.0 miles 78 75 73 70 68 66 64 5.5 miles 71 68 66 64 62 60 58 6.0 miles 64 62 60 58 56 54 53 6.5 miles 57 55 53 51 50 49 47 7.0 miles 50 49 47 45 44 43 42 7.5 miles 43 42 40 39 38 37 36 8.0 miles 40 39 37 36 35 34 8.5 miles 37 36 34 33 33 32 9.0 miles 33 32 32 31 30 29 9.5 miles 30 29 29 28 28 10 miles 27 26 26 25 25 Thie is a Drill Page 5-181 This is a Drill

m 9g7A e Field Team Data O 1993 EE Open Window Whole Body Dose Rates (mR/hr) Table 5.6-3 Downwind Scenario Time Distance 06:45 07:00 07:15 07:30 07:45 08:00 08:15 08:30 08:45 09:00 09:15 09:30 S.B. 6900 6670 6440 6210 5980 5750 5520 1.0 miles 1472 1403 1357 1311 1265 1219 1173 1.5 miles 897 874 851 805 782 759 713 2.0 miles 621 598 575 575 552 529 506 2.5 miles 483 460 437 414 414 391 368 3.0 miles 368 345 345 322 322 299 299 _ 3.5 miles 299 276 276 276 253 253 230 4.0 miles 253 230 230 221 216 207 200 4.5 miles 209 200 193 186 182 175 170 5.0 miles 179 173 168 161 156 152 147 5.5 miles 163 157 153 147 143 138 134 6.0 miles 147 142 138 132 129 125 121 6.5 miles 131 127 122 118 115 112 109 7.0 miles 115 112 107 104 101 98 96  ; 7.5 miles 99 97 92 90 87 85 83 8.0 miles 92 89 86 83 81 79 8.5 miles 84 82 79 77 75 73 9.0 miles 77 75 73 70 69 67 9.5 miles 69 67 66 64 63 10 miles 62 60 60 58 58 [ This is a Drill Page 5-182 This is a Drill

c) t 9h-J7A (m., U Field eam Data 1993 EE Child Thyroid Dose Rates (mrem /hr) Table 5.6-4 Downwind Scenario Time Distance 06:45 07:00 07:15 07:30 07:45 08:00 08:15 08:30 08:45 09:00 09:15 09:30 S.B. 23000 23000 23000 23000 23000 23000 23000 1.0 miles 20000 20000 20000 20000 20000 20000 20000 1.5 miles 13000 13000 13000 13000 13000 13000 13000 2.0 miles 9000 9000 9000 9000 9000 9000 8900 2.5 miles 6700 6600 6700 6600 6700 6700 6600 3.0 miles 5200 5200 5200 5200 5200 5200 5200 3.5 miles 4200 4200 4200 4200 4300 4200 4200 4.0 miles 3600 3500 3500 3500 3600 3500 3500 4.5 miles 3000 3000 3000 3000 3000 3000 3000 5.0 miles 2600 2600 2600 2600 2600 2600 2600 5.5 miles 2400 2400 2400 2400 2400 2380 2380 6.0 miles 2200 2200 2200 2200 2200 2160 2160 6.5 miles 2000 2000 2000 2000 2000 1940 1940 7.0 miles 1800 1800 1800 1800 1800 1720 1720 7.5 miles 1600 1600 1600 1600 1600 1500 1500 8.0 miles 1500 1500 1500 1500 1500 1400 8.5 miles 1400 1400 1400 1400 1400 1300 9.0 miles 1300 1300 1300 1300 1300 1200 9.5 miles 1200 1200 1200 1200 1200 10 miles 1100 1100 1100 1100 1100 This is a Drill Page 5-183 This is a Drill

93g-A e Field Team Data O 1993 EE Adult Thyroid Dose Rates (mrem /hr) Table 5.6-5 Downwind Scenario Time Distance 06:45 07:00 07:15 ~ 07:30 07:45 08:00 08:15 08:30 08:45 09:00 09:15 09:30 S.B. 16476 16476 16476 16476 16476 16476 16476 1.0 miles 14327 14327 14327- 14327 14327 14327 14327 1.5 miles 9312 9312 9312 9312 9312 9312 9312 2.0 miles 6447 6447 6447 6447 6447 6447 6375 2.5 miles 4799 4728 4799 4728 4799 4799 4728 3.0 miles 3725 3725 3725 3725 3725 3725 3725 3.5 miles 3009 3009 3009 3009 3080 3009 3009 4.0 miles 2579 2507 2507 2507 2579 2507 2507 4.5 miles 2149 2149 2149 '2149 2149 2149 2149 5.0 miles 1862 1862 1862 1862 1862 1862 1862 5.5 miles 1719 1719 1719 1719 1719 1705 1705 6.0 miles 1576 1576 1576 1576 1576 1547 1547 6.5 miles 1433 1433 1433 1433 1433 1390 1390 7.0 miles 1289 1289 1289 1289 1289 1232 1232 7.5 miles 1146 1146 1146 1146 1146 1074 1074 8.0 miles 1074 1074 1074 1074 1074 1003 8.5 miles 1003 1003 1003' 1003 1003 931 9.0 miles 931 931 931 931 931 860 9.5 miles 860 860 -860 860 860 10 miles 788 788 788 788 788 ) i This is a Drill Page 5-184 This is a Drill _._ - . _ - . , . _ , _- - - _ _ - _ _ _ ~ . . . - - ~ , _ . . - - - - - . _ _ _ _ _ _ _ - _ _ . _ . - - _ _ _ _ _ _ . . - _ . _ _ _ _ __:

939- 7A o Field Team Data o 1993 EE Silver Zeolite Cartridge (CPM on SAM-II) Table 5.6-6 Downwind Scenario Time Distance 06:45 07:00 07:15 07:30 07:45 08:00 08:15 08:30 08:45 09:00 09:15 09:30 S.B. 1.4E+5 1.4 E+5 1.4 E+5 1.4E+5 1.4E+5 1.4E+5 1.4 E + 5 1.0 miles 1.2E+5 1.2E+5 1.2E+5 1.2E+5 1.2E+5 1.2E+5 1.2E+5 1.5 miles 7.9E+4 7.9E+4 7.9E+4 7.9E+4 7.9E+4 7.9E +4 7.9E+4 2.0 miles 5.4E+4 5.4E+4 5.4E+4 5.4E+4 5.4 E+4 5.4E+4 5.4E+4 2.5 miles 4.1 E+4 4.0E+4 4.1 E+4 4.0E+4 4.1 E+4 4.1 E+4 4.0E+4 3.0 miles 3.1 E+4 3.1 E+4 3.1 E+4 3.1 E+4 3.1 E+4 3.1 E+4 3.1 E+4 3.5 miles 2.5E+4 2.5E+4 2.5E+4 2.5E+4 2.6E+4 2.5E+4 2.5E+4 4.0 miles 2.2E+4 2.1 E+4 2.1 E+4 2.1 E+4 2.2 E +4 2.1 E+4 2.1 E+4 4.5 miles 1.8E+4 1.8E+4 1.8E+4 1.8E+4 1.8E+4 1. 8 E+4 1.8E+4 5.0 miles 1.6E+4 1.6E+4 1.6E+4 1.6E+4 1.6E+4 1.6E+4 1.6E+4 5.5 miles 1.5E+4 1.5E+4 1.5E+4 1.5E+4 1.5E+4 1.4E+4 1.4E+4 6.0 miles 1.3E+4 1.3E+4 1.3E+4 1.3E+4 1.3E +4 1.3E+4 1.3E+4 6.5 miles 1.2 E+4 1.2E+4 1.2E+4 1.2E+4 1.2E+4 1.2E+4 1.2E+4 7.0 miles 1.1 E+4 1.1 E+4 1.1 E+4 1.1 E+4 1.1 E+4 1.0E+4 1.0E+4 7.5 miles 9.7E+3 9.7E+3 9.7 E+3 9.7E+3 9.7E+3 9.1 E+3 9.1 E+3 8.0 miles 9.1 E+3 9.1 E+3 9.1 E+3 9.1 E+3 9.1 E+3 8.5E+3 8.5 miles 8.5E+3 8.5E+3 8.5E+3 8.5E+3 8.5E+3 7.9E+3 9.0 miles 7.9E+3 7.9E+3 7.9E+3 7.9E+3 7.9E+3 7.3E+3 9.5 miles 7.3E+3 7.3E+3 7.3E+3 7.3E+3 7.3E+3 10 miles 6.7E+3 6.7E+3 6.7E+3 6.7E+3 6.7E+3 This is a Drill Page 5-185 This is a Drill

93 d^ Field eam Data 993 EE Silver Zeolite Cartridge (CPM on IIP-210) Table 5.6-7 Downwind Scenario Time Distance 06:45 07:00 07:15 07:30 07:45 08:00 08:15 08:30 08:45 09:00 09:15 09:30 ~ S.B. 3.5E+4 3.5E+4 3.5E+4 3.5E+4 3.5E+4 3.5E+4 3.5E+4 1.0 miles 3.OE+4 3.0E+4 3.0E+4 3.0E+4 3.0E+4 3.0E+4 3.0E+4 1.5 miles 2.0E+4 2.0E+4 2.0E+4 2.0E+4 2.0E+4 2.0E+4 2.0E+4 2.0 miles 1.4E+4 1.4E+4 1.4 E+4 1.4E+4 1.4E+4 1.4 E+4 1.3E+4 2.5 miles 1.0E+4 9.9E+3 1.0E+4 9.9E+3 1.0E+4 1.0E+4 9.9E+3 3.0 miles 7.8E+3 7.8E+3 7.8E+3 7.8E+3 7.8E+3 7.8E+3 7.8E+3 3.5 miles 6.3E+3 6.3E+3 6.3E+3 6.3E+3 6.5E+3 6.3E+3 6.3E+3 4.0 miles 5.4E+3 5.3E+3 5.3E+3 5.3E+3 5.4E+3 5.3E+3 5.3E+3 4.5 miles 4.5E+3 4.5E+3 4.5E+3 4.5E+3 4.5E+3 4.5E+3 4.5E+3 5.0 miles 3.9E+3 3.9E+3 3.9E+3 3.9E+3 3.9E+3 3.9E+3 3.9E+3 5.5 miles 3.6E+3 3.6E+3 3.6E+3 3.6E+3 3.6E+3 3.6E+3 3.6E+3 6.0 miles 3.3E+3 3.3E+3 3.3E+3 3.3E+3 3.3E+3 3.2E+3 3.2F+3 6.5 miles 3.0E+3 3.0E+3 3.0E+3 3.0E+3 3.0E+3 2.9E+3 2.9E+3 7.0 miles 2.7E+3 2.7E+3 2.7E+3 2.7E+3 2.7E+3 2.6E+3 2.6E+3 7.5 miles 2.4E+3 2.4E+3 2.4E+3 2.4E+3 2.4E+3 2.3E+3 2.3E+3 8.0 miles 2.3E+3 2.3E+3 2.3E+3 2.3E+3 2.3E+3 2.1 E+3 8.5 miles 2.1 E+3 2.1 E+ 3 2.1 E+3 2.1 E+3 2.1 E+3 2.0E+3 9.0 miles 2.0E+3 2.0E+3 2.0E+3 2.0E+3 2.0E+3 1.8E+3 9.5 miles 1.8E+3 1.8E+3 1.8E+3 1.8E+3 1.8E+3 10 miles 1.7E+3 1.7F+3 1.7E+3 1.7E+3 1.7E+3 This is a Drill Page 5-186 This is a Dritt

9g7A e Field Team Data O 1993 EE

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Particulate Filter (CPM on IIP-210) Table 5.6-8 Downwind Scenario Time , Distance 06:45 '07:00 07:15 07:30 07:45 08:00 08:15 08:30 08:45 09:00 09:15 09:30 S.B. 1.1 E+5 1.1 E+5 1.1 E+5 1.1 E+5 1.1 E+5 1.1 E+5 1.1 E+5 1.0 miles 9.3E+4 9.3E+4 9.3E+4 9.3E+4 9.3E+4 9.3E+4 9.3E+4 1.5 miles 6.0E+4 6.0E+4 6.0E+4 6.0E+4 6.0E+4 6.0E+4 6.0E+4 2.0 miles 4.2E+4 4.2E+4 4.2E+4 4.2E+4 4.2E+4 4.2E+4 4.1 E+4 2.5 miles 3.1 E+4 3.1 E+4 3.1 E+4 3.1 E+4 3.1 E+4 3.1 E+4 3.1 E+4 3.0 miles 2.4 E+4 2.4E+4 2.4 E+4 2.4E+4 2.4E+4 2.4E+4 2.4E+4 3.5 miles 2.0E+4 2.0E+4 2.0E+4 2.0E+4 2.0E+4 2.0E+4 2.0E+4 4.0 miles 1.7E+4 1.6E+4 1.6E+4 1.6E+4 1.7E+4 1.6E+4 1.6E+4 ' 4.5 miles 1.4 E+4 1.4E+4 1.4E+4 1.4E+4 ~ 1.4E+4 1.4E+4 1.4E+4 5.0 miles 1.2 E+4 1.2E+4 1.2E+4 1.2E+4 1.2E+4 1.2E+4 1.2E+4 5.5 miles 1.1 E+4 1.1 E+4 1.1 E+4 1.1 E+4 1.1 E+4 1.1 E+4 1.1 E+4 6.0 miles 1.0E+4 1.0E+4 1.0E+4 1.0E+4 1.0E+4 1.0E+4 1.0E+4 6.5 miles 9.3E+3 9.3E+3 9.3E+3 9.3E+3 9.3E+3 9.0E+3 9.0E+3 7.0 miles 8.4E+3 8.4E+3 8.4E+3 8.4E+3 8.4 E+3 8.0E+3 8.0E+3 7.5 miles 7.4E+3 7.4 E+3 7.4E+3 7.4 E+3 7.4E+3 7.0E+3 7.0E+3 8.0 miles 7.0E+3 7.0E+3 7.0E+3 7.0E+3 7.0E+3 6.5E+3 8.5 miles 6.5E+3 6.5E+3 6.5E+3 6.5E+3 6.5E+3 6.0E+3 9.0 miles 6.0E+3 6.0E+3 6.0E+3 6.0E+3 6.0E+3 5.6E+3 9.5 miles 5.6E+3 5.6E+3 5.6E+3 5.6E+3 5.6E+3 10 miles 5.1 E+3 5.1E+3 5.1 E+3 5.1 E+3 5.1 E+3 4 1 i This is a Drill Page 5-187 This is a Drill

9q3-A e Field Team Data O 1993 EE Airborne 1-131 (pCi/cc) Table 5.6-9 Downwind Scenario Time Distance 06:45 07:00 07:15 07:30 07:45 08:00 08:15 08:30 08:45 09:00 09:15 09:30 S.B. 1.1 E-5 1.1 E-5 1.1 E-5 1.1 E-5 1.1 E-5 1.1 E-5 1.1 E-5 1.0 miles 9.6E-6 9.6E-6 9.6E-6 9.6E-6 9.6E-6 9.6E-6 9.6E-6 i , 1.5 miles 6.3E-6 6.3E-6 6.3E-6 6.3E-6 6.3E-6 6.3E-6 6.3E-6 l 2.0 miles 4.3E-6 4.3E-6 4.3E-6 4.3E-6 4.3 E-6 4.3E-6 4.3E-6 2.5 miles 3.2E-6 3.2E-6 3.2E-6 3.2E-6 3.2E-6 3.2E-6 3.2E-6 3.0 miles 2.5E-6 2.5E-6 2.5E-6 2.5E-6 2.5E-6 2.5E-6 2.5E-6 3.5 miles 2.0E-6 2.0E-6 2.0E-6 2.0E-6 2.1 E-6 2.0E-6 2.0E-6 4.0 miles 1.7E-6 1.7E-6 1.7E-6 1.7E-6 1.7E-6 1.7E-6 1.7E4 , 4.5 miles 1.4E-6 1.4E-6 1.4 E-6 1.4E-6 1.4E-6 1.4 E-6 1.4E-6 5.0 miles 1.3E-6 1.3E-6 1.3E-6 1.3E-6 1.3E-6 1.3E-6 1.3E-6 5.5 miles 1.2E-6 1.2E-6 1.2E-6 1.2E-6 1.2E-6 1.1 E-6 1.1 E-6 6.0 miles 1.1 E-6 1.1 E-6 1.1 E-6 1.1 E-6 1.1 E-6 1.0E-6 1.0E-6 i 6.5 miles 9.6E-7 9.6E-7 9.6E-7 9.6E-7 9.6E-7 9.3E-7 9.3E-7 1 7.0 miles 8.7E-7 8.7E-7 8.7E-7 8.7E-7 8.7E-7 8.3E-7 8.3E-7 7.5 miles 7.7E-7 7. 7E-7

                                                                                                                  .                 7.7E-7  7.7E-7                 7.7E-7  7.2E-7     7.2 E-7       -l 8.0 miles                                                                                  7.2E-7             7.2E-7  7.2E-7                 7.2E-7  7.2E-7     6.7E-7         ;

8.5 miles 6.7E-7 6.7E-7 6.7E-7 6.7E-7 6.7E-7 6.3E-7 , 9.0 miles 6.3E-7 6.3E-7 6.3E-7 6.3E-7 6.3E-7 5.8E-7 9.5 miles 5.8E-7 5.8E-7 5.8E-7 5.8E-7 5.8E-7 10 miles 5.3E-7 5.3E-7 5.3E-7 5.3E-7 5.3E-7 This is a Drill Page 5-188 This is a Drill

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9A 93-O Field Team Data $993 EE , Total Airborne lodines (pCi/cc) Table 5.6-10 Downwind Scenario Time Distance 06:45 07:00 07:15 07:30 07:45 08:00 08:15 08:30 08:45 09:00 09:15- 09:30-S.B. 1.9E-5 1.9E-5 1.9E-5 1.9E-5 1.9E-5 1.9E-5 1.9E-5 1.0 miles 1.7E-5 1.7E-5 1.7E-5 1.7 E-5 1.7E-5 1.7E-5 1.7E-5 1.5 miles 1.1 E-5 1.1 E-5 1.1 E-5 1.1 E-5 1.1 E-5 1.1 E-5 1.1 E-5 2.0 miles 7.5E-6 7.5E-6 7.5E-6 7.5E-6 7.5E4 7.5E-6 7.4 E-6 2.5 miles 5.6E-6 5.5E-6 5.6E-6 5.5E-6 5.6E-6 5.6E-6 5.5E-6 i 3.0 miles 4.3E-6 4.3E-6 4.3E-6 4.3E-6 4.3E-6 4.3E-6 4.3E-6 3.5 miles 3.5E-6 3.5E-6 3.5E-6 3.5E-6 3.6E-6 3.5E-6 3.5E-6 1 4.0 miles 3.0E-6 2.9E-6 2.9E-6 2.9E-6 3.0E-6 2.9E-6 2.9E-6 4.5 miles 2.5E-6 2.5E-6 2.5E-6 2.5E-6 2.5E-6 2.5E-6 2.5E-6 5.0 miles 2.2E-6 2.2E-6 2.2E-6 2.2E-6 2.2E-6 2.2E-6 2.2E-6 5.5 miles 2.0E-6 2.0E-6 2.0E-6 2.0E-6 2.0E-6 2.0E-6 2.0E-6 6.0 miles 1.8E-6 1.8E-6 1.8E-6 1.8E-6 1.8E-6 1.8E-6 1.8E-6 6.5 miles 1.7 E-6 1.7E-6 1.7E-6 1.7E-6 1.7E-6 1.6E-6 1.6E-6 7.0 miles 1.5E-6 1.5E-6 1.5E-6 1.5E-6 1.5E-6 1.4 E-6 1.4E-6 7.5 miles 1.3E-6 1.3E-6 1.3E-6 1.3E-6 1.3E-6 1.2E-6 1.2E-6 8.0 miles 1.2E-6 1.2E-6 1.2E-6 1.2E-6 1.2E-6 1.2E-6 8.5 miles 1.2E-6 1.2E-6 1.2E-6 1.2E-6 1.2E-6 1.1 E-6 9.0 miles 1.1 E-6 1.1 E-6 1.1 E-6 1.1 E-6 1.1 E-6 1.0E-6 9.5 miles 1.0E-6 1.0E-6 1.0E-6 1.0E-6 1.0E-6 10 miles 9.2 E-7 9.2E-7 9.2E-7 9.2E-7 9.2E-7 This is a Drill Page 5-189 This is a DriH

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