Text

Emergency Preparedness Exercise
	ML20235U597
Person / Time
Site:	Waterford
Issue date:	10/14/1987
From:	; LOUISIANA POWER & LIGHT CO.
To:	;
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ML20235U584	List: ML20235U581; W3P87-1746, Emergency Preparedness Exercise;
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	W3P87-1746, NUDOCS 8710140159
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LOUISIANA POWER & LIGHT COMPANY WATERFORD-3 STEAM ELECTRIC STATION EMERGENCY PREPAREDNESS EXERCISE OCTOBER 14, 1987' PARTICIPANTS ,

LOUISIANA POWER & LIGHT COMPANY STATE OF LOUISIANA ST. CHARLES PARISH ST. JOHN THE BAPTIST PARISH JEFFERSON PARISH l

l 8710140159 870825 PDR ADOCK 050003B2 F PDR

1 WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 TABLE OF CONTENTS I. INTRODUCTION Abbreviations j!

II. OBJECTIVES Licensee St. Charles Parish St. John the Baptist Parish State of Louisiana ]

Jefferson Parish l III. GUIDELINES General Safety IV. NARRATIVE

SUMMARY

Assumptions V. EXERCISE SCENARIO SEQUENCE OF EVENTS VI. CUE CARDS VII. CHARTS, GRAPHS AND TABLES A. Reactor Plant Data Reactor Plant Data Graphs B. Inplant Health Physics Data C. Chemistry Data D. Meteorological Data E. Onsite Radiological Data F. Offsite Radiological Data Plume Tracking Maps VIII. DRILL TEAM ASSIGNMENTS l

IX. DRILL TEAM INSTRUCTIONS I A. Controller Instructions B. Monitor Instructions X. REFERENCES

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 I. INTRODUCTION In the interest of assuring the health and safety of the general public in the area surrounding the Waterford 3 Steam Electric Station, in the event of a radiological emergency, Louisiana Power & Light Company conducts exercises jointly with Federal, State and local agencies on an annual basis.

This manual contains the scenario of activities and ;

supporting data describing the Waterford 3 1987 Annual Fmergency Preparedness Exercise.

The scenario was developed by postulating events that will require response by the several Waterford 3 and LP&L emergency response organizations.

During this exercise, the licensee and support organizations will respond to the postulated events and conditions that have been selected to provide the level of activity necessary to meet the exercise objectives.

Only partial participation in the response to scenario events is requf. red by the State of Louisiana. Support parishes, St. Charles and St. John the Baptist, will participate fully in the Exercise. The level of involvement of these government agencies is more fully described in the separate exercise package describing the offsite scenario developed by the State of Louisiana.

Exercise " players" will have no prior knowledge of the sequence of events or radiological release information. The exercise itself will allow those individuals and agencies assigned to respond during a radiological emergency to demonstrate their performance according to current emergency preparedness plans and procedures.

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 I. INTRODUCTION CONT"D The scenario itself is a mechanism by which selected ]

exercise controllers can initiate and evaluate the activities of exercise participants. The Exercise will be initiated at the Waterford 3 SES at 5:30 A.M. on October 14, 1987 and is expected to last approximately 12 hours1.388889e-4 days 0.00333 hours 1.984127e-5 weeks 4.566e-6 months .

4 Participating organizations are shown in Section III, Guidelines, of this manual. 3

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 TABLE I-l ABBREVIATIONS BKR -

Breaker BP - Blood Pressure CAS -

Central Alarm Station CASCO - Central Alarm Station Console Operator CCC -

Corporate Command Center CEPADAS -

Computerized Emergency Planning and Data Acquisition System CIAS - Containment Isolation Actuation Signal CRS - Control Room Supervisor (SRO)

CVAS -

Controlled Ventilation Atmosphere System CVCS - Chemical Volume Control System DEI -

Dose Equivalent Iodine DNBR -

Departure form Nucleate Boiling Ratio DPM -

Duty Plant Manager DPM -

Disintegrations Per Minute EAB - Exclusion Area Boundary EAL - Emergency Action Level EC -

Emergency Coordinator ECC -

Emergency Control Center ECCS -

Emergency core Cooling System EDG -

Emergency Diesel Generator i EFAS -

Emergency Feedwater Actuation Signal i

EFAT -

Emergency First Aid Team j EFWP -

Emergency Feedwater Pump i

ENC -

Emergency News Center {

l ENS -

Emergency Notification System j l

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 EOC -

Emergency Operations Center-EOF - Emergency Operations Facility EPZ -

Emergency Planning Zone i FEMA - Federal Emergency Management Agency 3

)

FFRT - Fixed Facility Response Team f I

HP - Health Physics l HPSI -

High Pressure Safety Injection IHL -

Industrial Hotline LNFD - Louisiana Nuclear Energy Division LOEP - Louisiana Office of Emergency Preparedness LP&L -

Louisiana Power & Light Company LPSI -

Low Pressure Safety Injection I

MSL -

Mean Sea Level MSIS -

Main Steam Isolation Signal MSIV -

Main Steam Isolation Valve MSU -

Middle South Utilities )

i NAO -

Nuclear Auxiliary Operator I l

NG -

Noble Gas NPO -

Nuclear Plant Operator (RO)

NRC -

Nuclear Regulatory Commission l NWS -

National Weather Service OHL -

Operational Hotline OSC -

Operational Support Center PAP -

Primary Access Point PM -

Preventative Maintenance l PME -

Plant Maintenance Electrical I-4

l WATERFORD-3 SES ANNUAL EXERCISE j OCTOBER 14, 1987 !

PMI -

Plant Maintenance Instrumentation i

PMM -

Plant Maintenance Mechanical l PZR -

Pressurizer RAB - Reactor Auxiliary Building i

RCA - Radiological Controlled Area l

1 RCB - Reactor Containment Building j i

RE&P - Reactor Engineering & Performance ,

RMS - Radiation Monitoring System RO -

Reactor Operator RVLM -

Reactor Vessel Level Monitor RWP -

Radiation Work Permit ]

1 RWSP - Refueling Water Storage Pool i l

W SAS - Secondary Alarm Station SASCO - Secondary Alarm Station Console Operator d

SCBA - Self Contained Breathing Apparatas j 1

S/G -

Steam Generator SIAS - Safety Injection Actuation Signal SIS -

Safety Injection System SPDS -

Safety Parameter Display System l

SRD -

Self Reading Dosimeter SRO - Senior Reactor Operator I

SS -

Shift Supervisor SSS -

Security Shift Supervisor ]

TSC - Technical Support Center W3SES -

Waterford 3 Steam Electric Station l

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l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 II, OBJECTIVES As a result of discussions between Louisiana Power.and Light Company (LP&L), the Nuclear Regulatory Commission -

Region IV (NRC) , the Federal Emergency Management Agency- I

- Region VI (FEMA), the Louisiana Nuclear Energy Division ;

(LNED), Louisian.T Office of Emergency Preparedness $

(LOEP), St. Charles and St. John the Baptist Parishes, general objectives and guidelines have been developed for 1 the 1987 Dnergency Preparedness Exercise at Waterford 3 Steam Electric Station, which is scheduled to be conducted on October 14, 1987.

A. Exercise , Objectives j i

For the LP&L (Licensee) Emergency Response i 1.

Organization: l

a. Demonstrate proficiency in classifying the. l emergency condition.

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b. Demonstrate the ability to mobilize j emergency response personnel. j

c. Demonstrate prompt notifications of emergency classifications and protective action recommendations to offsite agencies.

d. Demonstrate the ability of the LP&L Emergency Response Organization to j establish command.and control and maintain continuity of command and control throughout the exercise. s

e. Demonstrate adequate and effective use of emergency ecmmunications equipment and communications procedures and methods.

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f. Demonstrate the ability to develop, '

coordinate,.and disseminate timely and accurate put11c information bulletins,

g. Demonstrate the ability to provide onsite first-aid and obtain appropriate offsite medical care for simulated injured contaminated personnel.

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l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 j

II. OBJECTIVES CONT'D. j i

h. Demonstration of the activities l relating to response to a fire, onsite Fire Brigade response, the ability to obtain offsite fire department assistance, coordination of offsite fire department and I

onsite Fire Brigade response activities was accomplished during response to an i actual event (Hydrogen Fire) on March 5, )q 1987.

i. Demonstrate the ability to perform onsite and offsite radiological monitoring and assessments and offsite dose projections necessary to provide advance warning to Parish, State and Federal agencies,

j. Demonstrate the ability to determine a radiological release source term by alternate methods (e.g. other than the installed plant radiation monitoring system). .

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k. Demonstrate decontamination of a Field Monitoring team vehicle.

1. Demonstrate the adequacy of the LP&L emergency response facilities to support emergency response activities.

m. Demonstrate the ability to support protracted operations through accomplishing a shift change for all positions in the TSC Emergency Control Center and the following additional positions: OSC Supervisor, EOF Director, Deputy EOF Director, EOF Operations / Engineering Coordinator, EOF Administration / Logistics Coordinator and EOF Communications Coordinator,

n. Demonstration of response to an emergency l occurring between 1800 and 2400 was accomplished during an actual event 1 (Hydrogen Fire) on March 5, 1987. ]

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o. Demonstrate coordination of protective action recommendation decision-making i activities with NRC (if NRC participates) ;

and Louisiana Nuclear Energy Division in the Emergency Operations Facility.

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WATERFORD-3 SES ANNU15 EXERCISE OCTOBER 14, 1987 II. OBJECTIVES CONT'D.

p. Demonstrate the following accident mitigation activities: accident analysis and accident mitigation decision-making, use of the Post Accident Sampling System to draw a primary sample under postulated accident conditions (if requested), sample analysis activities.

q. Demonstrate the ability of the emergency organization to perform re-classification (down-grade) decision making and to de-escalate emergency response activities as necessary,

r. Demonstrate the ability of the organization to disseminate information to other participating organizations (Parishes, S cate and Federal) ,

s. Demonstrate the ability to perform a site evacuation and offsite assembly by evacuating site personnel to parking lots and sending a select group of personnel to an offsite assembly area.

t. Demonstrate accountability after a site evacuation and continuous accountability for emergency response facilities.

u. Demonstrate security measures at each of the LP&L emergency response facilities,

v. Demonstrate the ability to conduct a post-exercise critique to determine areas requiring additional improvements.

2. For the various offsite emergency response organizations (Parish, State, Federal and private):

For St. Charles Parish (Full Participation):

a. Demonstrate ability to mobilize staff and activate facilities promptly.

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

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i WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 II. OBJECTIVES CONT'D.

c. Demonstrate adequacy of facilities and displays to support emergency operations.

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

e. Demonstrate ability to a)ert the public !

within the 10-mile EPZ and disseminate an )'

initial instructional message within'15 minutes.

f. Demonstrate ability to formulate and distribute appropriate instructions to the public in a timely fashion.

g. Demonstrate ability to implement protective actions for plume pathway hazards,

h. Demonstrate ability to continuously monitor and control emergency worker exposure.

i. Demonstrate ability to distribute and administer KI, once the decision has been made to do so.

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

k. Demonstrate ability.to provide advance coordination of information released.

1. Demonstrate the adequacy, operability and effective use of emergency communications equipment and the adequacy of communi-cations procedures and methods.

i m. Demonstrate the ability to monitor l Emergency Classification levels continuously and implement procedures in a timely manner.

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 JII. GUIDELINES To define the scope and extent of participation by organizations and " players" the'following exercise guidelines are established in order to meet the objectives listed in Section II of this manual.

A. General

1. The exercise will be conducted on October 14, 1987. Exercise " players" will not possess prior knowledge of the exercise start time, and will follow normal routines for that '

day until mobilized as part of emergency response.

2. The exercise will commence with a postulated condition necessitating declaration of an Unusual Event and escalate through each of the four emergency classifications to a General Emergency.

3. The scenario contains simulated radiological releases which requires consideration of protective actions for the general public.

4. Exercise participants will perform, as appropriate, radiological monitoring and dose assessment activities.

5. Radiological field monitoring teams will be dispatched in order that response time, communications and monitoring procedures and practices may be evaluated.

Each utility radiological field monitoring team will be accompanied by an observer throughout the exercise.

6. The Emergency News Center will be staffed and activated. Participation by members of the media will be simulated at this center. News bulletins will be made which depict simulated exercise events. However, no exercise press bulletins will be made to the public.

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 !

III. GUIDELINES CONT'D. !

7. If required by the scenario, the treatment of a simulated injured onsite worker will involve the .

movement of the individual to, and full l participation by, an offsite support medical j facility. '

B. If postulated accident conditions warrant evacuation of non-essential site personnel, selected persons will proceed to an offsite assembly area. All other non-essential personnel will be assembled in station parking lots or accounted for. Once assembly has occurred and accountability procedures have been completed, assembled personnel will return to their normal work stations.

9. The Emergency Fire Brigade will not be staged and will not participate in the exercise.

10. Exercise participants will include the following emergency organizations:

Louisiana Power & Light Company 1 l

Onshift Emergency organization (Control Room)

Onsite Emergency Organization (TSC - OSC)

Nearsite Emergency Organization (EOF)

Offsite Emergency Organization (CCC - ENC)

LP&L district offices and electrical maintenance divisions will not participate in this exercise. Communications with these groups may be initiated but their response will be simulated.

Offsite Organizations ,

l State of Louisiana j Louisiana Nuclear Energy Division - Limited participation. LNED will staff the Waterford 3 EOF and ENC positions. ,

I Louisiana Office of Emergency Preparedness j l

- Limited participation (

)

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 III. GUIDELINES CONT'D.

St. Charles Parish Department of Emergency Preparedness - Full participation Sheriff's Office - Ambulance request.

St. John the Baptist Parish Office of Civil Defense - Full participation Jefferson Parish - Partial participation St. Charles Ambulance Service Transportation of contaminated injured person.

Ochsner Medical Foundation Reception and treatment of contaminated injured person.

Ochsner Medical Foundation Flight Care Transportation of contaminated injured person.

NRC Region IV NRC Region IV will not actively participate in the exercise.

11. Activities, Functions or Operations to be simillated :

a. Radiation Monitoring System (RMS)

b. SPDS/QSPDS III-3

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 1

1 III. GUIDELINES CONT'D.

12. In the case that St. Charles Ambulance'is not available to respond,.a company vehicle will be staged at the Administration Building parking lot to take the place of the St. Charles.

Ambulance. .If the St. Charles Ambulance is !

unavailable to respond to the site, the company' l vehicle may be used-for transportation from the plant to the helicopter landing pad. If St.

Charles Ambulance Service and Ochsner ~ Flight Care air ambulance are both unavailable for transportation, the company vehicle will'be used l "

l for transportation.to the hospital. If it is.

necessary to use this vehicle, the Shift Supervisor or Emergency Coordinator will be instructed through use of a contingency cue card to assign a driver for the vehicle.

If the company vehicle is not used, it will be released for normal use following the. departure of the ambulance.

13. The postulated accident conditions will not require response by the Waterford 3. Emergency Fire Brigade or by an offsite support fire department.

14. All emergency communications that are part of the exercise shall be clearly identified as part of the exercise. Verbal' communications shall be initiated and closed by the statement "This is a drill."

NOTE I Care shall be taken to assure that individuals who may overhear or see exercise' activities are not misled into believing that an actual )

emergency situation exists.

15. Methodology and assumptions related to the development of data for specific areas are provided with the data in Section VII of this manual. !

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16. Containment entry will not actually occur. J Activities regarding' containment entry, such as stay time calculations, etc. will-take place up to the point of entry but another area of the plant or station may be used as the' containment. ,

Information to support the simulated containment is provided in the package.

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WATERFORD-3 SES' ANNUAL EXERCISE OCTOBER 14, 1987

-III. GUIDELINES CONT'D.

B. Safety Precautions

1. Valves, breakers and controls shall not be-manipulated in response to.this drill except as necessary in order to meet an objective of this exercise (eg. PASS operation). Actual.

operation of valves, breakers and controls that may be required to meet an exercise: objective will be. coordinated between the " drill" and

" operating" Shift Supervisors. ,

2. Portable fire extinguishers or other sealed' canisters or equipment shall not have the seals broken or safety pins removed as part of this exercise.

3. Personnel will not, in response lto this exercise,-

take any action which jeopardizes plant or personnel safety.

4. In the event an actual emergency occurs during the conduct of this exercise, the Emergency Coordinator shall immediately contact the Shift I Supervisor and coordinate available' resources to mitigate the emergency.

- In the case of an actual fire report, the

" drill shift" will provide initial response.

- In the case of an actual medical emergency--

report, and the Emergency First Aid Team has not been staged as part of the OSC activation, the " drill shift" will provide initial response.

The drill clock and exercise activities can be stopped at the discretion of the Emergency Coordinator and the Shift Supervisor until the actual emergency is assessed and/or under control.

Qualified drill participants can be directed to. support the Shift Supervisor in response to the actual emergency.

5. All exercise participants who enter an RCA will be radiation worker qualified.

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 III. GUIDELINES CONT'D.

6. Exercise personnel will~ observe all radiological cont.Tols. In the event that the data presented in this exercise package indicates lower radiation levels than actual, actions for the actual (higher) readings will be followed and the Health Physics Controller and Lead Controller will be notified.

7. ALARA concepts will be observed during the course of the exercise. Activities associated with the performance of the exercise will not occur in areas where personnel will receive significant exposures.

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WATERFORD-3 SES-ANNUAL EXERCISE OCTOBER 14,.1987 IV. NARRATIVE

SUMMARY

The sequence of events hypothesized in.this exercise package is provided to test the integrated. emergency response capability of organizations established to protect the public;should an actual emergency occur. In:

order'to achieve a sequence of events that will mobilize these emergency organizations'in fulfillment of the-objectives of this exercise, the scenario mustfcontain incredible plant situations, unlikely equipment failures.

and failure sequences, and improbable operator actions.

It is stressed that off-site personnel (e.g. the public) should not be misled into believing that an' event causing the radiological consequences postulated by this scenaric could occur. The following is a summary of these events:

The plant is operating at 100% power. Start-up testing for cycle 3 was satisfactorily completed two days ago.

The A/B Charging Pump has a cracked cylinder block and will be out of service for the remainderLof the Exercise.

The "A" Emergency Diesel is out of service for routine maintenance with a scheduled completion by-the-end of the day shift on October'14, 1987. Reactor Engineering &.

Performance will be inspecting fuel in the-FuelLHandling Building throughout the day. I Two mechanical maintenance workers are performing h surveillance checks on penetration seals in.the -4 MSL wing area. One of the workers falls from the ladder which he is using. As he falls he grabs piping to break-his fall. The pipe is hot (primary sample line) and both q hands are instantly burned. The worker then falls to the floor striking his head. As the worker falls he becomes i

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NATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 IV. NARRATIVE

SUMMARY

CONT'D contaminated. The Emergency First Aid Team will determine that offsite transportation is required and that the worker is contaminated. The Shift Supervisor declares an Unusual Event based on Emergency Plan Implementing Procedure EP-1-001, Recognition and Classification of Emergency Conditions, TAB H, Unusual Event EAL #1. .

In order to determine the extent of failed fuel which was discharged during Refuel 2 and to determine reasons for the fuel failures, an inspection program of the freshly discharged fuel is being undertaken. This consists of ultrasonic inspection of each fue L assembly followed by a detailed visual examination by high resolution video j camera of the assemblies found to be leaking by the f

ultrasonic examination. The inspection requires transport of each fuel assembly from its location in the spent fuel rack to the inspection stand located in the transfer canal. The spent fuel machine is used for fuel movement.

As of October 14, 1987, 24 of the 88 discharged fuel assemblies have been inspected. At 0600, the first fuel assembly to be inspected for the day is grappled and raised to the full-up position. An assembly is being transported to the inspection stand when (at about 0730) the fuel assembly drops from the grapple.

The assembly falls onto the assemblies below, coming to rest on the top of the spent fuel rack. Gas bubbles are observed rising to the surface of the pool and local area radiation monitors alarm.

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987-IV. NARRATIVE

SUMMARY

CONT'D A radiological release occurs through the Fuel Handling Building Exhaust System. Radiological effluent levels exceed Alert Emergency Action Levels. Onsite radiological i

considerations are necessary for.the Primary Access Point, j Administration Building, parking lots to the North and East of the Administration Building. Offsite l radiological considerations are necessary for river road 1

and the Mississippi River.

1 The Shift Supervisor declares an Alert based on Emergency Plan Implementing Procedure EP-1-001, Recognition and Classification of Emergency Conditions, TAB A,. Alert EAL #3.

The Alert declaration results in the activation of the Technical Support Center. As personnel arrive at the i site, effects of the plume from the Fuel Handling Building on emergency response personnel require consideration.

The release will requires no on-site or off-site protective action recommendations and terminates within two hours.

At 0635, the A charging pump fails leaving'the' plant with one operable charging pump. The remaining charging pump (B) fails at 1000 causing a complete loss of' charging.

The Emergency Coordinator declares a Site Area Emergency based on Emergency Plan Implementing Procedure EP-1-001,

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I Recognition and Classification of Emergency Conditions, TAB D, Site Area Emergency.EAL #3.

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 IV. NARRATIVE

SUMMARY

CONT'D.

The Near-Site and Off-Site Emergency Organizations are mobilized and the Emergency Operations Facility (EOF) and Corporate Command Center (CCC) are manned.

Following the activation of the EOF, when a charging pump has been returned to service, a break in the letdown line outside of containment occurs. The letdown line break will be complicated by the failure of containment isolation valves CVC-101 and CVC-103 to fully close with the Containment Isolation Actuation Signal. These failures result in large amounts of reactor coolant being released outside of containment to the Reactor Auxiliary Building causing a radiological release through the l Controlled Ventilation Atmosphere System to the plant stack and atmosphere.

Assessment of plant conditions indicate that Emergency Plan Implementing Procedure EP-1-001, Recognition and Classification of Emergency Conditions, TAB D, Loss of Safety Functions, General Emergency Action Levels are challenged. Offsite dose projections indicate that Emergency Plan Implementing Procedure EP-1-001, Recognition and Classification of Emergency Conditions, TAB A, Uncontrolled Release of Radioactivity, General Emergency EAL numbers 2 and 3 are exceeded as indicated by dose projections based on plant monitoring and radiological field monitoring data. A General Emergency is declared.

During the release, the Plant Stack Wide Range Gas monitor (Post Accident Monitor) fails causing the emergency organization to respond with alternative dose projection methods.

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WATERFORD-3 SES ANNUAL EXERCISE I

OCTOBER 14, 1987 IV. NARRATIVE

SUMMARY

CONT'D.

l A shift turnover of TSC Emergency Control Center l positions occurs during this part of the exercise.

A containment entry is necessary to assess the problems with and close one of the letdown isolation valves. All -

of the steps required for the containment entry are !

completed, the entry simulated (another part of the plant ]

will be entered as though it were the containment) and the letdown break isolated.

After the letdown break is isolated, the release continues until 1615, after which field teams verify that no further fission products are being released from the plant.

The Exercise will be terminated upon completion of the TSC ECC turnover activities and verification of termination of the radiological release by field monitoring teams.

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'I WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 V. SEQUENCE OF EVENTS l TIME EVENT EXERCISE ACTIVITY 04:45 Drill Controllers brief Following the briefing the T=-0:45 Shift exercise participants exercise participants take CC-1 in their respective areas, their positions throughout (Control Room, Health Physics the plant. The " Exercise" Control Point, Chemistry shift will be responsible for Laboratory , Service Building). response to actual fires and Participants are provided the medical emergencies.

exercise guidelines (General & j Safety); initial conditions are presented.

05:30 Exercise Shif t Supervisor announces T= 0:00 the beginning of the exercise.

CC-2 05:35 A worker in the -4 MSL wing area Control room operators T: 0:45 contacts the Control Room and implement UNT-7-018, First CC-3 reports a medical emergency. Aid and Medical Care, sound CC-4 the station alarm, and announce the medical emergency directing the Emergency First Aid Team (EFAT) to respond.

i The EFAT responds by calling the Control Room to determine the necessary equipment for response then reporting to ;

the scene by.way of the l nearest First Aid Locker. An operator is dispatched to the scene to act as a communicator to the Control Room.

The primary survey by the EFAT Due to life threatening i indicates that the injuries injuries, prompt medical care ]

require offsite medical support will be requested (for this 1 and transportation. Radiological exercise Ochsner Medical l control surveys when taken show C1'nic Flight Care). In that the victim is contaminated. addition to Flight Care, St.

Charles Parish Ambulance 4 Service will also participate in this exercise.

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987

. V '. SEQUENCE OF EVENTS TIME EVENT EXERCISE ACTIVITY The Shift Supervisor declares an Unusual Event in.

accordance with EP-1-001, TAB' H Unusual Event EAL #1.

EP-1-010,' Unusual Event is.

implemented.1 The emergency is announced to.the station and the Duty Plant Manager is notified who in turn notifies

. the Duty EOF Director and Technical Spokesperson.

Appropriate communications forms will be completed and State and local governments.

Waterford l'& 2, NRC and Middle South Utilitiestare notified.

CC- 5 Secondary . survey information CC- 6 is provided as the EFAT CC- 7 performs the secondary survey at the scene.

Contamination information is provided as radiological control surveys are completed.

The EFAT will request offsite l medical assistance. Isotopic i analysis of the contamination of the patient ~is supplied and provided as required. j CC- 8 This cue card will be issued to St. Charles Ambulance will ensure that St. Charles Parish provide transportation between Ambulance Service and Ochsner the nuclear island and Flight Care are the services helicopter landing pad.

that are requested.

CC- 9 In the event St. Charles Ambulance A contingency cue card will be Service becomes unavailable to issued directing that a station participate. vehicle be used.' A station vehicle will have been' staged in the Administration Building parking lot.for this purpose. ;

-(If the emergency organization I chooses a vehicle other than l the one staged, this cue card' I will not be issued.) 1 1

CC-10 In the-event that Ochsner Flight A contingency cue card will be Care. Air Ambulance becomes issued directing the St.

unavailable to participate. Charles Ambulance to provide .

transportation to the hospital.

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987

. SEQUENCE OF EVENTS TIME EVENT EXERCISE ACTIVITY CC-11 In the event that both'St. Charles A contingency cue card will be and Flight Care Ambulances are issued directing that a company unavailable to participate. vehicle be used to transport the patient to the hospital.

CC-12 For the purpores of this Exercise a cue card is issued to the Health Physics technician that will accompany the patient on the helicopter to direct that the physical and radiological condition of the patient will not change before arriving at the hospital.

CC-13 In the event Ochsner Hospital A contingency cue card is becomes unavailabic to participate. issued directing that the Medical Emergency be terminated upon completion of transfer of the patient to the helicopter.

05:55 The Control Room is informed T= 0:25 that today's fuel inspections CC-14 are commencing.

06:00 Exercise continuation T=0:30 announcement.

CC-15 CC-16 Information is provided as radiological control surveys and decontamination activities are completed on the land ambulance prior to its release.

CC-17 Onsite medical activities at The patient arrives at the the site are completed upon hospital. Responsibility departure of the land and air for patient medical care and ambulances. decontamination transfer to ]

the hospital. ;

CC-18 Information is provided as radiological control surveys are completed on the helicopter l prior to its release.

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i WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 V. SEQUENCE OF EVENTS TIME EVENT EXERCISE ACTIVITY 06:35 The A Charging Pump fails. Upon arrival at the "A" T= 1:05 The loss of this pump sets charging pump breaker, it will CC-19 up the loss of charging that be determined that the pump CC-20 will occur later in the will not restart. The CC-21 scenario, outboard motor bearing CC-22 repairs will take place CC-23 throughout the morning with the pump being restarted at 1240.

07:00 Exercise continuation T= 1:30 announcement.

CC-24 07:30 A fuel handling accident occurs. OP-901-018, Off-Normal T=2:00 The Control Room receives fuel Procedure High Airborne CC-25 Handling Building radiation Activity in Fuel Handling CC-26 alarms. Reports are also Building and OP-901-027 CC-27 received from the Fuel Handling Off-Normal Procedure Fuel CC-28 Building that a spent fuel Handling Incident are assembly has been dropped. The implemented.

FHB exhaust radiation monitor indicates an increase in effluent radiation levels.

l An Alert is declared based on EP-1-001, Recognition and Classification of Emergency Conditions, TAB A, Alert EAL

3,"... a fuel handling accident with release of radioactivity to FHB has occurred based on reported fuel handling incident verified by alarm on FHB area radiation monitors."

EP-1-020, Alert is implemented. The emergency condition is announced to station personnel. The On-Site Emergency Organization (TSC - OSC) is mobilized. State and local governments Waterford 1 & 2, NRC and MSU are notified.

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o WATERFORD-3 SES ANNUAL EXERCISE-OCTOBER 14, 1987-V. SEQUENCE OF EVENTS TIME EVENT EXERCISE ACTIVITY

. Initial dose p.rojection - -

considerations will be made by the control room personne3. As TSC dose-assessment personne1' arrive, dose assessment activities will be turned over to TSC-

. dose asssement personnel; CC-29 The Primary Access Point-will.be affected by the radiological ~ release.

CC-30 NOTE: For the purposes of this Exercise, restrictions to access to the Primary Access Point or site will not be imposed.

CC-31 As TSC personnel. arrive turn CC over of responsibilities from the Control Room will take place as the TSC activates.

The TSC Dose Assessment staff controls onsite and offsite field monitoring activities and provides offsite

. radiological dose proj ections.

08:00 Exercise continuation T= 2:30 announcement.

CC-33 CC-34 When an assessment of the dropped fuel assembly is made 1t will be found that the assembly is in a stable-configuration on, top of the spent fuel racks. No action will be immediately required to stablize the dropped assembly.

09:00 Exercise continuation T= 3:30 announcement.

CC-35 On' going dose assessment continues for.the release from the Fuel Handling Building.

The release will be determined to have been terminated at about 09:30;.

.V-5

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 V. SEQUENCE OF EVENTS T1ME EVENT EXERCISE ACTIVITY 10:00 B Charging Pump Fails. EP-1-001, Recognition and T= 4:30 A loss of all charging Classification of Emergency CC-36 capability has occurred. Conditions is implemented. A Site Area Emergency is declared based on EP-1-001, TAB D, Site Area Emergency EAL #3, Loss of the ability to achieve or maintain Hot Shutdown due to any of the following-(d)

Inability to make up RCS volume (for greater than or equal to 15 minutes).

EP-1-030, Site Area Emergency is implemented.

CC-37 The Emergency Coordinator CC-38 selects the proper Offsite Assembly Area, notifies Security, dispctches the Assembly Area Supervisor and a Health Physics Technician to the selected assembly area in preparation for the station evacuation then announces the site evacuation.

NOTE: For purposes of this exercise, all non-essential personnel will be assembled in parking lots. A small group of previously identified persons (participants indicated by gold armbands) will be evacuated to demonstrate evacuation and assembly area procedures.

NOTE: No missing person will be be staged as part of the exercise.

EP-2-190, Personnel Accountability and PS-16-103, Accountability of Personnel Within the Protected Area During Emergencies, will be implemented.

V-6 1

WATERFORD-3 SES ANNUAL EXERCISE:

OCTOBER- 14, 1987 V. SEQUENCE OF EVENTS TIME EVENT EXERCISE ACTIVITY Protective actions taken by Waterford 3 will be reported to Waterford 1 & 2 (for purposes of this exercise evacuation of Waterford 1 & 2 will not take place). State-and local governments, Waterford 1 & 2, NRC and MSU are notified. If the-Near-Site Emergency organization (EOF staff) has not already been mobilized, the Site Area Emergency declaration will mobilize the EOF and CCC staffs.

Call-outs will be made and personnel will begin to man the Near-Site and Offsite Emergency Facilities.

CC-39 Assessment of the "B" Charging With the loss of all CC-40 Pump will determine that the charging, emergency response pump is inoperable and repairs personnel may decide to begin will take at least 36 hours4.166667e-4 days 0.01 hours 5.952381e-5 weeks 1.3698e-5 months . a plant shutdown. This will-be allowed for this exercise at a rate within the bounds of the exercise data (10% per hour).

11:00 Exercise continuation T= 5:30 announcement.

CC-41 12:00 Exercise continuation announcement T= 6:30 J CC-42 CC-43 Corporate Command Center Cue Card 12:25 For the purposes of this. Exercise Safety Tags will be cleared, T= 6:55 The bearing replacement on "A" ,

valve line up will be verified.

CC-44 Charging Pump will be completed such that the pump may be started at 1240.

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V-7

_ _ - _ - - - _ _ - _ _ _ _ - - - - - - _ - - - - - - - _ _ - . - _ _ _ _____a

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 1

V. SEOUENCE OF EVENTS TIME EVENT EXEPCISE ACTIVITY 12:40 When a charging pump is started, The loss of RCS inventory.

T- 7:10 the letdown system line breaks. Reactor Trip, reduced RCS CC-45 The break is outside of the Subcooling Margin, Reactor CC-46 containment. The break will not Auxiliary Building and CC-47 isolate due to the failure effluent radiological levels CC-48 Chemical Volume Control System should result in the CC-49 valves CVC-101 and CVC-103 to declaration of a General CC-50 close on CIAS. Control Room Emergency.(EP-1-001, TAB D, CC-51 indications and parameters Loss of Safety Functions, 4 shown on the plant parameter General Emergency EAL #1). 1 data sheets provide sufficient EP-1-040, General Emergency {

information to diagnose the break is implemented. Immediate '

as being the letdown line, protective action recommendations are .

The letdown line break results in considered for offsite I a radiological release with personnel. The emergency !

offsite doses that exceed General condition is announced to Emergency EALs. emergency response personnel.

State and local governments, !

Waterford 1 & 2, NRC and MSU j are notified. Dose j assessment calculations ,

should result in projections which exceed EP-1-001, TAB A.

Uncontrolled Release of Radioactivity, General Emergency EAL #2. Offsite Field Monitoring results will I show that TAB A, General {

Emergency EAL #4 is exceeded. I i

I 13:00 Exercise continuation announcement T= 7:30 CC-52 i

I CC-53 Corporate Command Center cue card.

13:15 To meet an objective of this Appropriate positions in T= 7:45 Exercise, a turnover of designated each of the facilities should CC-54 positions in the EOF, TSC and OSC complete facility watch bills CC-55 will take place. in preparation for extended CC-56 operations. Where required CC-57 Cue cards will be issued in each by procedures, personnel will CC-58 facility identifying the specific complete turnover checklists.

CC-59 personnel to be called in to facilitate turnover.

i V-8 !

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BATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 V. SEQUENCE OF EVENTS TI}g[ EVENT EXERCISE ACTIVITY 13:30 The Post Accident Wide Range Gas The emergency organization T= 8:00 Monitor on the Plant Stack fails. will perform dose projections CC-60 The Normal Stack Monitors (PIGS) based on data other than from CC-61 are over ranged. the plant stack monitors.

CC-62 CC-63 CC-64 Corporate Command Center cue card.

CC-65 Exercise continuation announcement CC-66 Corporate Command Center cue card.

Cf-67 For the purposes of this exercise A containment entry will be C( 68 containment entry will be into the required in order to access Hot Machine Shop. The Hot Machine CVC-101 and CVC-103. An 9 hop is in close proximity to the emergency repair team will be equipment (escape) hatch. assigned to make the entry and attempt to close the suspect valves.

CC-69 Upon entry of the containment (Hot Machine Shop) the repair team will discover that the stem of CVC-101 is bent and cannot be made to move. The team efforts to close CVC-103 will be successful.

15:00 Exercise continuation announcement T= 9:30 CC-70 15:05 Tc meet an objective of this The field team will return T= 9:35 Exercise a field team is their vehicle to the plant.

CC-71 directed to return to the plant. A decontamination supervisor CC-72 A cue card will be issued if it will be assigned. The CC-73 is decided not to decontaminate vehicle will be surveyed and the vehicle immediately. decontaminated.

15:45 CVC-103 is closed. When CVC-103 The emergency organization T=10:15 is closed the letdown line break evaluates the new information CC-74 is isolated. The effluent release and reports their findings to rate begins to decrease. The the offsite agencies.

release rate will be at zero at De-escalation from the 1615. General Emergency is considered by the EOF Director (with input from the Emergency Coordinator).

V-9

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 V. SEQUENCE OF EVENTS TIME EVENT EXERCISE ACTIVITY 16:00 Exercise continuation announcement T=10:30 CC-75 16:30 The Exercise will be terminated.

T=11:00 Area critiques will commence.

CC-76 i

4 V-10

WATERFORD-3 SES ANNUAL EXERCISE-OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /No. 1987 EXERCISE CUE CARD NO. 1-TO: Shift Supervisor TIME: 04:45 FROM: Control Room Controller T= 0:-45 THIS IS A DRILL DO NOT initiate actions affectina normar olant coerations Initial Plant' Conditions:

- On-line at 100% power, 8 days since completion of refueling (cycle 2).

"A',' Charging pump is running - "B" charging pump is in Auto.

"A/B" charging pump has a cracked case. Parts are due onsite 10/15/87.

"A" Emergency Diesel Generator is out of service on 10/13/87 for routine maintenance which will be completed by the end of the day. The "B" Emergency Diesel Generator was last run at 0300.

- RE&P will be inspecting fuel in the Fuel Handling. Building throughout the day. Fuel handling should commence by 0600.

- Condenser Vacuum Pump Wide Range Gas ~ Monitor, mid and high ranges out of service due to loss of sample flow. l

- CEPADAS is out of service. I

- Plant Parameters Sheet

- Maintenance personnel are checking penetrations on the -4 Chemistrv Gross Activity 8.9 uCi/gm DEI-131 0.72 uCi/gm Boron 1100 ppm I-131 0.49 uCi/gm Hydrocen 35 see H2/Kg I-132 0.63 uCi/gm Dis. Oxygen <0.01 ppm I-133 0.66 uCi/gm pH 6.5 PH Units I-134 0.07 uCi/gm Lithium 1.8 ppm I-135 0.32 uCi/gm Kr-85m 0.18 uCi/gm Rb-88 0.12 uCi/gm Kr-87 0.12 uCi/gm Cs-134 0.06 uCi/gm Kr-88 0.33 uCi/gm Cs-136 0.04 uCi/gm ,

Xe-131m 0.03 uCi/gm Cs-137 0.04 uCi/gm -j Xe-133m 0.13 uCi/gm Cs-138 0.06 uCi/gm '

Xe-135m' O.02 uCi/gm Te-132 0.07 uCi/gm Xe-135 0.53 uCi/gm Mo-99 0.09 uCi/gm Xe-138 0.08 uCi/gm Tc-99m 0.03 uCi/gm i Br-83 0.01 uCi/gm Br-84 0.03 uCi/gm i Steam Generntors- Gross Activity <.LLD. Tritium (LLD. !

THIS IS A DRILL.

- - - - +*****44***- ,

VI - 1

WATERFORD-3 SES ANNUAL EXERCSSE OCTOBER 14, 1987 l

PLANT DATA TIF.F: 0-445 Rx Power (%) 100 Regen Ex LTDN OUT Temperature (F) 220 i I

Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (poia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) _

583 Letdown Flow (gpm) ,

40 l Loop #1 Th (F) 612 Safety Injection Flow (gpm) O Loop #1A Tc(F) 554 Containment Spray Flow (gpm) O Loop #1B Tc (F) 554 Plant Stack Monitor (uci/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uC1/cc) 8.9EO Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCi/ce) OOS Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116

)

1 S/G Level (%) (NR) 65 Cont. H2 Concentration (%) **

1 S/G Level (%) (Wide) 78 SI RECIRC Sump Level (ft) 0.5

1 S/G Pressure (psia) 930 RWSF Level (%) 96.4

1 S/G Steam Flow (mlbm/hr) 7.3 CSP Level (%) 93.6

1 S/G Feed Flow A BAMT Level (%) 80 j MFW (mlbm/hr) 7.5 B BAMT Level (%) 79 EFW (gpm) 0 Quench Tank Level (%) 79

2 S/G Level (%) (NR) 65 Quench Tank Pressure (psig) 3.6 l

2 S/G Level (%) (Wide) 78 Quench Tank Temperature (F) 121

2 S/G Pressure (psia) 930, Annulus Pressure ("H O gage) -8.1 2

2 S/G Steam Flow (mlbm/hr) 7.3

2 S/G Feed Flow MFW (mlbm/hr) 7.5 EFW (gpm) 0 l

- = signal interrupted

= intermittent VI-la

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE-CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 1 To: Shift Supervisor TIME: 04:45 FROM: Control Room Controller T= 0:-45 ANTICIPATED RESPONSE Shift personnel will review information provided.

COMMENTS INSTRUCTIONS

Review all guidelines in Section III.

Brief " operating shift supervisor" on actions upon occurrence of actual emergency. (Refer to Guideline P.4.)

Discuss with both drill and operating shift supervisors actions to be taken if drill communications are received by the operating shift or if operations information is received by the drill shift.

Following the briefing, emergency fire and medical responsibilities are to be shifted to the " Drill Shift".

Ensure that the Chemistry ..nd HP technicians are briefed.

- - - - j THIS IS A DRILL

- - - - c*********

VI - 2

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER- 14,.1987 W3 SES EMERGENCY PREPAREDNESS-DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE- CUE CABD NO. 2 TO: Shift Supervisor

. TIME: 05:30 FROM:-Control Room Controller T= 0:00 THIS I3 A DRILL DO NOT initiate actions affectina normal clant oeerations

- - - - /

Make the following plant page announcement:

THIS IS A DRILL - THIS IS A'DRTLL ATTENTION ALL PERSONNEL! ATTENTION'ALL PERSONNEL! ,

LOUISIANA POWER AND LIGHT COMPANY IS COMMENCING A TEST OF THE .

EMERGENCY RESPONSE ORGANIZATION.

a Recent the announcement once.;

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THIS IS A DRILL VI --3 . _ _ _ - - _ _ _ _

WATERFORD-3:SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 FYERCISE CUE CARD NO. 2 TO: Shift Supervisor TIMEi 05:30 FROM: Control Room Controller T: 0:00 ANTICIPATED RESPONSE COMMENTS The medical emergency portion of the exercise'will commence with this announcement.

INSTRUCTIONS THIS IS A DRILL VI - 4 ____ __

WATEBFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CABD No. 3 TO: Co-worker TIME: 05:35 FROM: First Aid Controller T: 0:05 THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations Provide the following information to Worker #2:

Situation:

Your co-worker (worker #1) while using a ladder slipped and fell. In an attempt to break his fall, he grabbed a pipe (primary sample line), with both hands.

The palms of both hands are badly burned. He then fell to the floor 8 feet below.

He struck his head (left temporal region) and is unconscious.

i n***************n ********* n** u t****ut******+$* n u ,n n$ n$

THIS IS A DRILL n .* + * *

n *

u * * *

n + + + u

n * * + n .+ n + + u u 4 + n t o .r u n n u 4 + u 3 n VI-5

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CAEH DRILL TYPE /NO. 1987 EXEPCISE CUE CARD NO. 3 TO: Co-worker TIME: 05:35 FROM: First Aid Controller T: 0:05 ANTICIPATED RESPONSE The Co-worker:

Immediately calls the medical emergency into the Control Room.

The Control Room:

Implements UNT-7-018, attachment 6.1, Medical Emergency Checklist.

Sounds the Station Alarm and directs the EFAT to the location of the medical emergency.

Dispatches a person to the scene to act as communicator.

The Duty Fire Protection / Safety representative is contacted and informed of the medical emergency. Corporate contacts as per UNT-7-016, will then be made. If the Duty Fire Protection / Safety representative cannot be contacted the Control Room will make she corporate contacts.

The EFAT:

Contacts the Control Room to receive additional instructions.

Reports to the scene.

COMMENTS INSTRUCTIONS Ensure that "THIS IS A DRILL" is used with all communications.

,n+444,*nn****t******************************************n**

THIS IS A DRILL

$t*$&************4************t*4t************$***********tt*4**

VI-6

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WATERFORD-3 SES ANNUAL EXERCISE l OCTOBER.14, 1987 R3 SES RMERGENCY PREPAREQHESS DRILL CUE CARD DRILL TYPE /NO, 1987 EXERCISE CUE CARD NO. 4 TO: EFAT - First Responder TIME: Upon initial medical checks FROM: Medical Controller T: N/A 1 THIS IS A DRILL DO NOT initiate actions affecti.na normal clant overstions ~;

- - - - 1 Give indications of the following conditions as the EFAT conducts the primary survey:

Primary Survev Data:

Victim is in a left lateral recumbent position.

Breathing is shallow and labored.

Pulse is rapid and very weak - cannot determine count. )

Level of Consciousness is unresponsive.

Pupils - uneven: Right - dialated 1 Left - responsive Obvious injury - Contusion on left temporal region, swelling the size of a golf ball.

Both hands are severely burned. On the distal side (palms) glove material (rubber) appears to be embedded into the skin.

- - - - 4***********************************-

THIS IS A DRILL VI - 7

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER- 14,'1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 4 TO: EFAT - First Responder TIME: _Upon initial medical-checks FROM: Medical Controller T: N/A ANTICIPATED RESPONSE The EFAT should: ,

Respond promptly to the scene with proper equipment.

- Immediately assess _ conditions and begin a primary survey.

- Supply required information to'the Control Room.

- Promptly request offsite medical support.

Complete the Waterford-3 Medical Emergency Report.

The Communicator should:

Be available and assist the EFAT Leader with communications to the Control Room.

The HP Technicians should:

- Provide radiological controls.

- Decontaminate victim if injuries allow.

- Prepare Skin Contamination Record.

- Prepare ambulance for transport of contaminated person.

- Verify ambulance personnel have been issued TLDs.

COMMENTS INSTRUCTIONS Upon request for offsite medical support ensure that both land and air ambulances are requested.

THIS IS A DRILL VI - 8

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUEICARD bKf. 5_

TO: EFAT TIME: As secondary survey is completed

'FROM: Medical Controller 1: N/A

- - - - x*>t*********

THIS IS A DRILL DO NOT initiate' actions affectina normal olant ooerations Give indications of the following conditions as the EFAT conducts the Secondary Survev:

Hands-on assessment of the victim revealn no other injuries or fractures.

Vital signs: B/P -

180/110 Pulse - Rapid and very weak.

LOC - unconscious.

Breathing - Shallow and labored.

Skin - Wet and cool.

Vital Signs after Secondary Survey throughout the exercise to termination.

Vital Sicn +10 to +25 Min. +25 to Termination Breathing Shallow & Labored Shallow & Labored Pulse Rapid & Weak 110 & Weak LOC Conscious & Conscious &

Disoriented Disoriented j Pupils Uneven Uneven Skin Moist & Cool Moist & Hot l 1

B/P 190/110 190/110 THIS IS A DRILL i VI -9

WATERFORD-3 SES ANNUAL EXERCISE.

OCTOBER.14, 1987 W3 SES EMERGENCY PREPAREDNESS' DRILL' CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 5 TO: EFAT TIME: As secondary survey-is completed FROM: Medical Controller T: N/A ANTICIPATED RESPONSE

~

The Control Room should be updated with most recent info'rmation.

Contamination status should be provided to the' Control Room.

CDMMENTS INSTRUCTIONS I

Issue this cue card information upon initial EFAT assessments.

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THIS IS A DRILL' l VI - 10

1 WATERFORD-3 SES' ANNUAL EXERCISE OCTOBER 14,.1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 6 TO: EFAT-HP Technician TIME: When HP does survey FROM: EFAT-HP Monitor-T: N/A THIS IS A DRILL DO NOT initiate actions affectina normal niant operations Give the following contamination levels as'the HP technician l performs radcon surveys:

Left Palm - 44,000 DPM Right Palm - 40,000 DPM Left Temple - 38,000 DPM Clothing (PCs) - 40,000 DPM Survey meter used - L-177/HP-CR-98.

1 THIS IS A DRILL VI - 11

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARL DRILL TYPE /NO. 1987 EXERCISE CUE CACD NO. 6 TO: EFAT-HP Technician TIME: When HP i does survey FROM: EFAT-HP Monitor T= N/A s

ANTICIPATED RESPONSE l The. fact that the. victim is contaminated should be promptly reported to the Control Room. . Contamination levels will also be l reported, f The Control Room will reference EP-1-001 and declare an Unusual Event based on EP-1-001, Recognition and Classification of Emergency Conditions, TAB H, Unusual Event EAL #1.

COMMENTS The Shift Supervisor may elect to take conservative action and declare an Unusual Event when offsite medical assistance is requested and he learns that the injured person is contaminated.

Declaration is not required until the individual is actually-transported.

INSTRUCTIONS This information should be presented as initial radiological surveys are performed.

For the ournoses of this exercise the PCs are not to be removed from the victim until arrival at the hosnital. Hosoital versonnel are to remove the PCs.

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- - - - ^

THIS IS A DRILL VI - 12

WATERFORD-3 3ES ANNUAL' EXERCISE OCTOBER 14, 1987 W3'SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 7 TO: HP Count Room Tech

-TIME: When survey samples from the victim are counted FROM: HP Controller I T=-N/A THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations The contamination of the injured person is comprised of the following:

Cs - 134 Cs - 135 Cs - 137 Co - 58 Co - 60 Mn - 54 Tc - 99m THIS IS A DRILL VI - 13

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WATERFORD-3 SES ANNUAL EXERCISE j OCTOBER-14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /No. 1987 EXERCISE CUE CARD NO. 7 TO: HP Count Room Tech TIME: When survey .

samples from the victim are counted FROM: HP Controller T= N/A' l ANTICIPATED RESPONSE This information should be passed on to'the receiving hospital-or health physics technician in transit with the victim.

COMMENTS This information was determined by counting smears from medical emergency scene.

INSTRUCTIONS This information is to provided to the technician counting the smears and is to be orovided oniv after smear survevs have been comoleted and the smears annivred for isotonic content.

THIS IS A DRILL VI . _ _ . _ _ _ _ _ _ _ _ _ _ _ . .

WATERFORD-3 SES ANNUdL EXERCISE.

OCTOBER 14, 1987 W3 SES FMERGENCY PREPAREDNESS DRILL CUE CARD

-DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 8 TO: Shift Supervisor TIME: When offsite support is requested FROM: Control Room Controller T: N/A' THIS IS A DRILL DO NOT initiate actions affectina normal clant overations For the purposes of this exercise the following medical. support facilities will be utilized for support on an as needed basis:

Land Based Ambulance: St. Charles Ambulance Service Air Ambulance: Ochsner Flight Care Hosoital: Ochsner Foundation Hospital CAUTION Use "THIS IS A DRILL" with each communication.

NOTE If any offsite medical support facility is unable to respond, immediately inform the controller prior to initiating further offsite contacts.

- - - - t**+*tt*****fs*************

THIS IS A DRILL VI - 15

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 8 TO: Shift Supervisor TIME: When offsite support is requested FROM: Control Room Controller T= N/A ANTICIPATED RESPONSE COMMENTS The Shift Supervisor should use the designated offsite medical resources as needed throughout the exercise.

INSTRUCTIONS Issue this cue card when the EFAT requests offsite medical support.

Inform the Lead Controller if either offsite support facility is unable to participate in the Exercise. Appropriate contingency cue cards will be implemented.

+4**************************************************************

THIS IS A DRILL

- - - - $$$t********************$$

VI - 16

WATERFORD-3 SES ANNUAL EXERCISE

-0CTOBER 14, 1907

'W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 9 TO: Shift Supervisor TIME: If St.

Charles Amb unable to participate

! FROM: Lead Controller l

T: N/A-THIS IS A DRILL DO NOT initiate actions affectina normal clant overations Contingency Cue Card Imolementina Conditions: St. Charles Ambulance Service unable to respond to Waterford'3.

Contingency Actions: Direct the Shift Supervisor /EC to provide a company vehicle and driver for l transportation of the victim to the helicopter pad.

i Ege Instructions i

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- - - - ]

THIS IS A DRILL VI - 17 1 '

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CHE CARD DRILL TYPE /NO. 1987 EXFRCTSE CUE CARD NO. 9 TO: Shift Supervisor TIME: If St.

Charles Amb unable to participate FROM: Lead Controller T: N/A ANTICIPATED RESPONSE COMMENTH Under real circumstances one of the other medical facilities which have agreements with Waterford 3 would provide ambulance transportation.

INSTRUCTIONS Issue this cue card only if St. Charles Ambulance Service is a2h able to respond to the site and, the pre-staged alternate vehicle is not used.

Note For convenience of this exercise an LP&L van has been staged in the Administration Building parking lot. The Security Shift Supervisor has been provided with the vehicle keys.

The Emergency Coordinator should provide a driver for this i vehicle.

l THIS IS A DRILL l ****************.******************.******************************

VI-18

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES FMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 FXEPCISE CUE CARD NO. 10 TO: Shift Supervisor TIME: When helo, is unable to participate FROM: Lead Controller T: N/A THIS IS A DRILL-DO NOT initiate actions affectina normal elant onerations 1

Contingency Cue Card Imolementina Conditions: Ochsner Flight Care unable to. transport the victim to Ochsner Foundation Hospital.

Contingency Actions: Direct the Shift Supervisor /EC to determine if St. Charles Ambulance Service could transport the victim to Ochsner Foundation Hospital.

If the ambulance cannot transport the victim to the hospital then implement cue card #11.

See Instructions THIS IS A DRILL VI - 19

WATERFORD-3-SES ANNUAL-EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE-CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 10 TO: Shift Supervisor TIME: When helo, is unable to participate

!. FROM: Lead Controller T= N/A l

ANTICIPATED RESPONSE COMMENTS Under real circumstances one of the other medical facilities which have agreements with Waterford 3 would provide. ambulance transportation.

INSTRUCTIONS Issue this cue card only if Ochsner Flight Care cannot transport the victim to the hospital.

Note For convenience of this exercise an LP&L van has been staged in the Administration Building parking lot. The Security Shift Supervisor has teen provided with the vehicle keys.

The Emergency Coordinator is to provide a driver for this vehicle.

THIS'IS A DRILL VI'- 20

WATERFORD-3 SES' ANNUAL' EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 11 TO: Shift Supervisor TIME: If both ambulances unable to participate FROM: Lead Controller T= N/A THIS IS'A DRILL DO NOT initiate actions affectina normal' niant coerations Contingency Cue Card Imolementina Conditions: If both Flight Care and St. Charles Ambulance Service are unable to transport the victim to the Hospital.

Contingency Actions: Use company vehicle.

See-Instructions -

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- - - - 4**********4*********************************

VI - 21

)

.q WATERFORD-3 SES ANNUAL EXERCISE OCTOBER-14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE -CUE CARD No. 11 TO: Shift Supervisor TIME: If both ambulances unable to participate FROM: Lead Controller T= N/A ANTICIPATED RESPONSE COMMENTS INSTRUCTIONS Issue this cue card only if Ochsner Flight Care and St. Charles Ambulance Service cannot transport the victim to the~ hospital.

Note For this pu.rpose an LP&L vehicle has been staged in the Administration Building parking lot. The Security Shift Supervisor has been provided with the vehicle keys.

The Emergency coordinator is to provide a driver for this vehicle.

)

THIS IS A DRILL- ;

- - - - 1 VI - 20 ,

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO, 1987 EXERCISE CUE CARD No. 12 TO: HP Tech. on Helicopter TIME: Prior to

-Helo Departure FROM: HP Monitor @ Helo.

T: N/A l THIS IS A DRILL DO NOT initiate actions affectina normal ulant coerations The condition of the victim will not' change while in the helicopter.

Contamination levels of the victim will not change while in the helicopter.

For purposes of this exercise do not attempt.to decontaminate the victim. 'l VITAL SIGNS Breathing - Shallow and Labored.

Pulse - 110 & weak.

LOC - Conscious & disoriented.

Pupils - Uneven.

Skin - Moist & Cool.

B/P - 190/110 CONTAMINATION LEVELS-Left Palm - 44,000 DPM Right Palm - 40,000 DPM Left Palm - 38,000 DPM Clothing (PCs) - 40,000 DPM Victims clothing is not to be removed until arrival at the hospital, by hospital personnel.

THIS IS A DRILL

- - - - 4**

VI - 23

WATERFORD-3 SES ANMUAL EXERCISE ,

OCTOBER 14, 1987 )

W3 SES FMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 12 ;

TO: HP Tech. on Helicopter TIME: Prior to Helo Departure FROM: HP Monitor @ Helo.

T: N/A ANTICIPATED RESPONSE COMMENTS No exercise controller will ride on the helicopter from the site to the hospital.

This cue card ensures scenario continuity.

INSTRUCTIONS Ensure that the HP accompanying the victim to the hospital fully understands that victim conditions both medical and radiological are not to change during transport.

i l

l THIS IS A DRILL VI - 24

WATERFORD-3.SES ANNUAL' EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 13 TO: Ambulance Attendants TIME: If ochsner cannot participate FROM: Medical Controller T: N/A THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations CONTINGENCY CUE CARD Imolementina Conditions: Ochsner hospital unable to participate.

Contingency Actions: Exercise activities associated with the medical aspect will be terminated when the transfer of the patient to the i helicopter ambulance is completed.

i l

I l

I

- - - - j THIS IS A DRILL I

.*******************++*******************************************

VI - 25 l

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1967 W3 SES EMEFGENCY PREPAREDNESS DRLLL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 13 TO: Ambulance Attendants TIME: If Ochsner cannot participate FROM: Medical Controller T: N/A l ANTICIPATED RESPONSE l

Transfer of the patient to the ambulance will take place and the ambulance will transport the patient to the helicopter landing pad. The medical portion of the exercise will then be completed with transfer of the patient to the heliopter.

COMMENTS INSTRUCTIONS Ensure that "THIS IS A DRILL" is used with all communications-.

1 i

i 1 )

1 I

i i

i THIS IS A DRILL VI - 26

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER ~14, 1987 W3 SES EMERGENCY P9EPAREDNESS DRILL CTIE CARD-DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 14-TO: NPO FROM: Control Room Controller .

T= 0:25 THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations

' Inform the NPO that the first spent fuel inspections are .,

commencing for the day and that the_first assembly is being grappled by the fuel handling machine. ,

I o

THIS IS A DRILL VI - 27

WATERFORD-3 SES ANNUAL EXERCISE.

OCTOBER 14, 1987 l W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD 1

DRILL TYPE /No. 1987 ExFRCISE CUE CARD NO. 14 TO: NPO j TIME: 05:55 I FROM: Control Room Controller .

T= 0:25 i

ANTICIPATED RESPONSE COMMENTS l There will be no participants actually in the Fuel Handling Building. The Control Room Controller will act as the source of all information regarding initial reports from the Fuel Handling Building.

INSTRUCTIONS 3

- - - - l THIS IS A DRILL

- - - - 4***************************************************

VI - 28

I WATERFORD-3 SES ANNUAL EXERCISE 1 OCTOBER 14, 1987 W3 SES EMRRGENUY PREPAREDNESS DRILL CUE CARD ,

DRILL TYPE /No. 1987 EXERCISE- CUE CARD NO. 15 ,

l TO: Shift Supervisor TIME: 06:00 !

FROM: Control Room Controller ~

T: 0:30

- - - - i THIS IS A DRILL DO NOT initiate actions affectina normni olant coerations

- Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION'ALL' PERSONNEL!

l LOUISIANA POWER & LIGHT COMPANY IS. CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION. [

l DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS. j Bepeat the announcement once.

l THIS IS A DRILL

- - - - +*******************.***********************g VI - 29

____ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ __ __ J]

WATERFORD-3 SES ANNUAL EXERC'SE OCTOBER 14, 1987 143 SES_EMERGEHCLEEEPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 15 TO: Shift Supervisor TIME: 06:00 FROM: Control Room Controller T: 0:30 ANTICIPATED RESPONSE Make the announcement.

4 COMMENTS INSTRUCTIONS

- - - - ,t*

THIS IS A DRILL

.t**********************n ***n********nt . *********,*u t*******

VI - 30

C'

,)

WATERFOND-3 SES ANNUAL EXERCISE OCTOBER. 14, 1987 W3 SES EMERGENC'!9 PREPAREDNESS DRTLL CUE CARE ,7 ,

i' s DRILL TYPE /NO. 1987 FYERCISE CUE CARD NO. 16 TO: HP Technician @ Amb "'

c TIME: Before releasing St.

Chas Amb FROM: HP Monitor @ Ambulance.

T= N/A t THIS IS A DRILL DO NOT initiate actsens affectina normal niant overations Provide the following information as the St. Charles Ambulance is surveyed and decontaminated prior to release.

No contamination will be found.on the St. Charles Ambulance, s

4. .t

]

/

l1

)

g: '{ '

- - - - $*********44*******g********

THIS IS A DRILL

- - - - yyyp *******$$$***************

V I ?.-

31

g WATERFORD-3-SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL' TYPE /No-. 1987 EXERCISE ' CUE CARD NO. 16 TO: HP Technician @ Amb TIME: Before releasing St.

Chas Amb-l FROM: HP Monitor @ Ambulance L T N/A ANTICIPATED RESPONSE

.The ambulance should by surveyed prior to release.

1 COMMENTS l

INSTRUCTIONS If St, Charles Ambulance Service transports the patient to'the hospital this-cue card will not be issued unti'l surveys are performed on the-ambulance at the hospital.

This information is to be provided as the survey is conducted.

If a radiological survey is not conducted this'information-should not be provided.

THIS IS A DRILL VI - 32

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY-PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO, 17 TO: Hospital HP Technician TIME: Upon decon

@ hospital FROM:-HP Hospital Monitor T: N/A THIS IS A DRILL DO NOT initiate actions affectina normal clant enerations Give indications as follows:

Injured Person contamination levels per attached diagram.

l l

-l THIS IS A DRILL

+****************************************4**********************

VI - 33

R I"i?E C 7.41 HP ,C -

SKIN DECONTAMINATION RECORD RECORD #

YY-#

HOIVIDUAL'S NAME EID # SSN L'P

'l>SI yuGT M.I. ggggggg DEPARIMENT JLTERVISOR DATE TDE Indicate the initial levels of contacdnaticn by unrking the applicable location cn the sketches below, sI

/ \

~

Y

., I si O

                                               ,             [')                     left palm       right palm              y dl                                 .'                                           e, &
                                                                             ~

y '* I 4;i >1

                                                                .      l.1              u, 4

y\ face h ll b left back right back L' GMAMINuw ITtD.N O SKIN INITIAL CPM IEGNIQUE AND RESURVEY CPM RESURVEY CPM RESURVEY CPM C. IDCATION AGE 2r USED

               $$                           L tz I Q il       Yb                    L-tz I Cg.17           l              /

E DATE / TDE / / / / 1 %%&n sk o cu 1e r.r. : s 4 ico 2 t L~n .i n. Pa.ltc}} n el:ll . 3 4 Le f 4 w mm ' 34cc 38R 6AC - re c 5 6 . ca uma uacc E:vtr 4-ra Mc-7 8 hstuwa ar e h-a Ter4M Aic c 9 10 11 12 13 14 15 NASAL INSTRUMENI NASAL STEAR W OLE BODY COUNI? StEARS TAKEN? TYPE: g g, ' L. / 2_ IScrIOPIC RESULTS O YES P' I O YES # P- tT2 - /7 CN SUPER'N BY: D/C: /G OE RESULTS DPM @ SCI SIG%IURE HP-2-704, Revision 2 VI-33n Attachnent 12.1 (1 of 2)

R TYPE C 7.41 HP-AD-2 l APPARENT CAUSE OF C0mWERTION: _ i ADDEEU4 RADIGIKICAL INFRACTION DOSIMEIRY PROBIB4 JOB SUPERVISOR REPORI INITIATED 7 w tu u INITIATED? RESPONSE REQUIRED? , o YES om o YES Om O YES W REPORI #: REPORT #: HP SUPV.: ADDITIONAL CateTIS: SIGNATURE / DAIE HP SUPERVISOR QJttBTIS:

                      'SDEIRY SUPERVISOR SIGRTURE / DATE         HP SUPERVISOR SIGMIURE / DATE HP-2-704, Revision 2                    VI 33b                     Attachment 12.1 (2 of 2)

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EME9GENCY PREPAREDNESS _ DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 17 TO: Hospital HP Technician TIME: Upon decon

                                                                          @ hospital FROM: HP Hospital Monitor T: N/A ANTICIPATED RESPONSE Hospital personnel are performing decontamination activities,         q I

COMMENTS l INSTRUCTIONS Provide this information as deconatmination activities occur at the hospital. NOTE: Burn treatment for palms should consist of scraping and debridement. If this is not accomplished, contamination levels on palms will ant decrease.

                                                                                           -i l

j 1 THIS IS A DRILL VI - 34 i i

WATERFORD-3 SES AGNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO, 1987 EXERCISE CUE CARD NO. 18 TO: Hospital HP Technician TIME: Upon survey of helicopter FROM: HP Hospital Monitor , T= N/A 1 l **************************************************************** THIS IS A DRILL DO NOT initiate actions affectina normal clant overstions Provide the following information as.the air ambulance is surveyed prior to release from the activity. No contamination will be found on the helicoptor. l l

                                                                                           -i 1

THIS IS A DRILL ~

 *************************************************************4**

VI - 35

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXRRCISE CUE CARD NO. 18 To: Hospital HP Technician TIME: Upon survey of helicopter FROM: HP Hospital Monitor T: N/A ANTICIPATED RESPONSE a COMMENTS INSTRUCTIONS This information is to be provided as the survey is conducted. If a radiological survey is not conducted this information should not be provided. l i 4*********4***************************************************** THIS IS A DRILL

                       ***********44******************************************4,**$****

VI - 36

WATERFORD-3 SES'ANNUdL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD

 ' DRILL TYPE /NO.        1987 EXERCISE                                    CUE CARD NO. 19 TO: Control Room Operator TIME: 06:35 FRCM: Control Room Controller T: 1:05 THIS IS A DRILL DO NOT initiate actions affectina normal clant coerationa Give the following indications:

ALARM - Annunciator G0204, CP A TRIP / TROUBLE on CP-4. Computer Point D39604, CVCS CHG PMP MTR A OVLD TRIP, goes into alarm. Computer Point D39600, CVCS CHG PMP A, off.

   ***************************************************************4 THIS IS A DRILL VI - 37 l

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL _ CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD.NO. 19 TO: Control Room Operator TIME: 06:35' FROM: Control Room Controller T: 1:05-ANTICIPATED RESPONSE

1. The Control Room Should start.B charging pump-.

2. The Control Room should dispatch an NA0 to the "A" charging pump breaker to investigate the loss of the A charging pump.

COMMENTS The loss of this. charging pump sets up the loss of charging that-will occur later in the scenario. This pump.(charging pump A) will be restored and operating at 1240. INSTRUCTIONS If "B" chargina pump is not started quickly, the Controller / Monitor, at his discretion,'will provide indication of letdown temp HI and letdown isolation. Letdown will be regained when "B" charging pump is started. J l 1

THIS IS A-DRILL' R VI - 38

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 83 SES FMEEGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 20 TO: NA0 TIME: Upon arrival @ A chg FROM: A Charging Pump Electrical Monitor T N/A THIS IS A DRILL DO NOT initiate actions affectina normal clant ouerations Provide the following indications:

    - Motor overcurrent on phase B.
    - Flag on 50/51 relay (B phase).
    - 74/HR relay tripped (contacts pulled in).

THIS IS A DRILL-VI.- 39

7____ WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14,.1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD

                -DRILL TYPE /NO. _

1987 EXERCISE CUELCARD NO. 20-TO: NA0 TIME: Upon arrival 0 A chg pump breaker FROM: A Charging Pump Electrical Monitor T: N/A' ANTICIPATED RESPONSE

1. The NA0 should reset the 50/51 and 74/HR relays and have the-Control Room attempt to restart the "A" charging pump.

2. The Control Room may. dispatch personnel to the "A" charging pump room to' observe the pump / motor' prior to attempting to restart the pump.

3. After the "A" charging Pump trips the Control Room should dispatch the shift electrical and/or mechanical maintenance personnel to troubleshoot.

COMMENTS f When the Control Room attempts to restart the "A" charging pump. ! the monitor will give indication that the pump trips after-approximately ten (10) seconds, (50/51 and 74/HR relays tripped). The Control Room should enter a 72. hour action statement when the "A" charging pump is declared inoperable. INSTRUCTIONS The A Charging Pump Electrical Monitor will be staged at the pump l breaker prior to 08:35 and accompany' electrical repair personnel l as repair activities progress. ' I i

                 ***************************************************************4 THIS IS A DRILL       ,

l

                 ****************************************************************                 1 VI.- 40'                                    '!
                                                                                                -J

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD ) DRILL TYPE /NO. 1987 EXERCISE ' CUE CARD NO. 21 TO: NA0/ Shift Maintenance Personnel TIME: Upon arrival @ A chg pump FROM: A Charging Pump Mechanical Monitor T=-N/A .!

                         **********A*****************************************************

THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations When the Control Room attempts to restart-the "A" charging pump provide the following information:

                         - The pump starts and then trips after approximately ten (10) seconds.
                         - An abnormal noise will be heard coming'from-the motor.
                         - The outboard motor end bell shows indication of heat discoloration and is hot to the touch.
                         - The inboard motor end bell is at normal temperature to the touch.

l l THIS IS A DRILL

                         ****************************************************************                  q VI - 41

i WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 'SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 21 1 TO: .NA0/ Shift Maintenance. Personnel-TIME: Upon arrival @ A chg

                   - FROM: A Charging Pump. Mechanical Monitor                                                           J T: N/A
                                                                                                                         )

ANTICIPATED RESPONSE

1. Pump status should be reported to the Control Room.

2. The Control Room should dispatch electrical and/or mechanical maintenance personnel to troubleshoot the pump / motor.

COMMENTS INSTRUCTIONS The 'A' Charging Pump Mechanical Monitor will be staged at the "A" charging pump prior to 06:35. The monitor will then accompany the repair personnel as repair activities progress. 1 1

                                                                                                                      ,j i
                                                                            .THIS IS A DRILL                             ,

VI 42 _ _ _________ _ _ _ __1___ ___ _ _ _ -

l WATERFORD-3 SES ANNUAL-EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD ] DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 22 TO: Shift Electrical Personnel TIME: Repair team i arrival @ A chg ! pump breaker i FROM: A Charging Pump Electrical Monitor T: N/A

- - - - q THIS IS A DRILL l

DO NOT initiate actions affectina normal clant'coerations {

- - - - j I

- Current readings at the breaker will be greater than'160 amps. - There will be no damage to the breaker. THIS IS A DRILL-VI - 43

i WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14. 1987 W3'SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987-EXERCISE CUE CARD NO:. 22 TO: Shift. Electrical Personnel TIME: Repair team:

                                                . arrival @ A chg pump breaker FROM.: A Charging Pump Electrical Monitor T: N/A ANTICIPATED RESPONSE

1. Electrical repair personnel.should request the Control Room to bump.the pump motor in. order to take current readings.

2. After finding no breaker problems, electrical personnel should proceed to the "A" charging pump room to troubleshoot the motor.

3. A decision should be made to remove the out board end bell and troubleshoot motor internals.

4. The out board motor bearing will be replaced.

COMMENTS Motor megger readings will be > 1000 megohms. Phase to phase resistance readings will be 21 ohms. A replacement bearing will be available from the warehouse. INSTRUCTIONS The repair team may take megger readings at the back of the .3 breaker cubicle. The estimated' completion time for bearing replacement will initially be reported as 1015 After the "B" charging pump trips at 1000 the' electrical repair personnel will report a completion time of 1110. The replacement of the out board bearing will be completed at 1110 at which time the electricians will turn.the pump over to mechanical maintenance for recoupling'and alignment.

- - - - I THIS IS A DRILL- -l
        
        b

                              'VI - 44

WATERFORD-3 SES ANNUAL EXERCISE : l l OCTOBER 14, 1987 ! l i W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 23

                           .TO : Mechanical Repair Team TIME: Upon-turnover of A chg i

pmp to PMM l FROM: A Charging Pump Mechanical Monitor T=.N/A THIS IS A DRILL j DO NOT initiate actions affectina normal clant coerations l l Electrical Maintenance has completed'the' bearing. replacement and turns the pump over to Mechanical Maintenance for' alignment and recoupling. u I i l 1 l j

                           ****************************************4****************444****

THIS IS A DRILL _

                                                                                                      )
                           ****************************************************************            l VI - 45                                   {

l

WATERFORD-3 SES-ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD-DRILL *YPE/NO. 1987 FXERCISE~ CUE CARD No. 23 TO: Mechanical Repair Team. TIME: Upon turnover of-A chg. pmp to PMM FROM: A Charging Pump Mechanical Monitor T: N/A ANTICIPATED RESPONSE

1. After the bearing is replaced mechanical maintenance will' perform alignment checks and recouple the pump and motor.

COMMENTS

                                        - Alignment readings Initial Alignment                               Angular Alignment 0,008" Parallel Alignment 0.011" Final Alignment                                  Angular Alignment 0.000" Parallel Alignment 0.001" INSTRUCTIONS The alignment check and coupling will be completed at 1225.

The pump will be turned back to Operations such that the pump. will be started at 1240. THIS IS A DRILL VI -46

WATERFORD-3 SES ANNUAL EXERCISE I OCTOBER 14, 1987 W3 SES EMERGENCY-PREPAREDNESS DRILL CUE CARD l DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 24 i TO: Shift Supervisor 7 TIME: 07:00 FROMi Control Room Controller T:.1:30 THIS IS A DRILL DO NOT initiate actions affectina normal'olant'ooerations l

                                                         - Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!- LOUISIANA POWER & LIGHT COMPANY IS CONTINUING A TEST'0F THE EMERGENCY RESPONSE ORGANIZATION. DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS. Repeat the announcement once. THIS IS A DRILL VI - 47

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 R3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /No. 1987 EXERCISE CUE CARD NO.. 24 TO: Shift Supervisor TIME: 07:00 FROM: Control Room Controller T: 1:30 ANTICIPATED RESPONSE Make the announcement. COMMENTS INSTRUCTIONS 1 I l i

                                                                                                               'I 1

l l 1 THIS IS A DRILL 1 4*************************************************************** . VI - 48 )

       . _ _ _ _ _ _ _ _ _ _                                                                                   J

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987

W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO, 1987 EXERCISE CUE CARD NO. 25' To: NPO l

                                                                                    . TIME: 07:30 FROM: Control Room Controller T= 2:00 THIS-IS A DRILL.

DO NOT initiate actions affectina normal olant overstions , 1 I l ALARMS RAD MONITORING SYS ACTIVITY HI Alarm (CP-36, B-9) ! CLASS 1E RAD MONITORING SYS ACTIVITY HI-HI (CP-18, D-4, K-9) RADIATION MONITORING SYSTEM ACTIVITY HIGH (CP-6, CRT Display) INDICATIONS HIGH ALARMS ON THE FOLLOWING: FUEL HANDLING BLDG. EXHAUST B (PRM-IRE-5107B) [ GRID 4, (EPP-121, EPI-122, EPG-113)] FHB ISOL B RADIATION MONITOR (ARM-IRE-0300.1S) [ GRID 1, (AAS-001)] and CP-14 FHB ISOL A RADIATION MONITOR (ARM-IRE-0300.2S) [ GRID 1, (AAS-002)] and CP-14 i FHB ISOL B RADIATION MONITOR (ARM-IRE-0300.3S) [ GRID 1, (AAS-003)] and CP-14 FHB ISOL A RADIATION MONITOR (ARM-IRE-0300.4S) [ GRID 1, (AAS-004)] and CP-14 FHB SPENT FUEL STORAGE POOL AREA RADIATION MONITOR (ARM-IRE-5010) [ GRID 1, (AAA-013)] FHB NEW FUEL STORAGE VAULT AREA RADIATION MONITOR (ARM-IRE-5011) [ GRID 1, (AAA-014)] ALERT ALARMS FHB +46 REFUELING CANAL (ARM-IRE-5203) 1 [ GRID 6, (AAA-555)] and CP-52 j l I THIS IS A DRILL VI - 49~ '

WATERFORD-3 SES~ ANNUAL EXERCISE OCTOBER 14, 1987-W3 SES EMERGENCY-PREPAREDNESS DRILL CUE CARD

       -DRILL TYPE /NO.               1987 FXFRCISE                 CUE CARD NO. 25 TO: NPO TIME: 0't .: 3 0 FROM: Control Room Controller T= 2:00 ANTICIPATED RESPONSE The Control Room.will assess the alarms and subsequent report from the Fuel Handling Building personnel (next cue card).,                                                     z determine that a fuel handling accident has taken~ place and that

a. release is in progress.

COMMENTS ' The normal exhaust-fans stop. The safety isolation. dampers close. This isolates the area of the accident. Both safety-related emergency filtration exhaust units and their fans are placed in operation. Both safety-related emergency; heating and ventilating room exhaust fans are started. The. heating coils in the filter trains are energized. a l INSTRUCTIONS The actions in the comments section of this cue card happen-automatically. l I

        ****************************************************************                                                  a THIS IS A DRILL.                                                                 I VI   ;50

                     'WATERFdRD"3'SES ANNUAL EXERCISE'
                             . OCTOBER 14, 1987 W3 SES EMERGENCY PPEPAPEDNESS DRTLL CUE CARD DRILL TYPE /No.        1987 EXEFCISE              . CUE CARD NO.. 28 TO: NPO TIME: Immediately following CC-25 FROM: Control Room Controller T=:N/A THIS IS A DRILL Do NOT initiate actions affectina normal olant overations Provide the following information:

The fuel assembly has been dropped. Bubbles are seen coming from the assembly. The area radiation monitor is alarming. We have evacuated the area. l 3 I i THIS IS A DRILL VI - 51'

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CAPD DRILL TYPE /NO. 1987 FYERCISE CUE CARD NO. 26 TO: NPO TIME: Immediately following CC-25 FROM: Control Room Controller T= N/A ANTICIPATED RESPONSE EP-1-001, Recognition and Classification of Emergency Conditions, should be referenced and an Alert declared based on TAB A, Uncontrolled Release of Radioactivity, Alert EAL #3. The Control Room should consider the radiological release from the Fuel Handling Building and calculate offsite radiological dose projections using the nomogram. COMMENTS There will be no exercise participants actually working in the Fuel Handling Building. The Control Room Controller will act as the source of all information regarding initial reports from the Fuel Handling Building. INSTRUCTIONS i l i THIS IS A DRILL

                        ********************************************++***.******$****$$4*

VI - 52

WATERFORD-3 SES ANNUAL EXERCISE . OCTOBER 14, 1987 l W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 27 TO: Shift Supervisor TIME: Upon Alert l declaration 1 FROM: Control Room Controller T: N/A THIS IS A DRILL DO NOT initiate actions affectina normal clant overations l Substitute for EP-1-020. Alert. Sten 5.1.1 ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! THIS IS A DRILL! THIS IS A DRILL! AN ALERT HAS BEEN DECLARED DUE TO ( ). ALL reason for declaration MEMBERS OF THE ON-SITE EMERGENCY RESPONSE ORGANIZATION FOR THIS EXERCISE REPORT TO YOUR STATIONS. THE MAINTENANCE RADIO FREQUENCE IS NOW DEDICATED FOR EMERGENCY USE ONLY. THIS IS A DRILL! THIS IS A DRILL, 5.1.2 If there is a localised emergency (e.g., fire), announce its type and location and instruct personnel to stand clear of this area (refer to FP-1-020). 5.1.3 Repeat the announcement (s) at least two times, allowing sufficient time for personnel who may be in high noise areas to reach a location where the announcement taay be heard, i 1 s * $ %

T % * % T * * % % 4 I
t $ T $ 4 % 4 $ $ $ $ * $ $ $ $ $ $ $ $ * $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ 4 4 $ $ lg $ $

THIS IS A DRILL

           ++tuttnts*n nssn usn,stru nsurn+nsu nsu,.s:su n n,s,n VI-53 i

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 H3_SES FMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 27 TO: Shift Supervisor TIME: Upon Alert declaration FROM: Control Room Controller i T: N/A 4 1 I ANTICIPATED RESPONSE I EC substitutes the exercise announcement for step 5.1.1 of l EP-1-020, Alert. 1 J Accountability card readers are activated. Plant page announcement is made notifying station personnel that the accountability card readers are activated. COMMENTS INSTRUCTIONS Ensure that all drill team members, NRC, and guest observers, and the normal operating shift log into the accountability key card readers when it is announced that they have been activated. THIS IS A DRILL VI - 54

WATERFORD-3-SES ANNUAL EXERCISE OCTOBER 14,-1987 W3 SES EMERGENCY PREPAREDNESS DRILL-CUE CARD DRILL TYPE /NO. 1987 EYERCISE CUE CARD NO. 28 TO: Shift Supervisor l. TIME: At the discretion of the Lead Controller FROM: Lead Controller T: N/A THIS IS A' DRILL DO NOT initiate actions affectina normal clant overations t CONTINGENCY CUE CARD Imolementina Conditions: When it appears imminent that

                                 ' classification will not be in-accordance with the design of this exercise package,                                        q Contingency Action:             Direct.the Shift Supervisor / Emergency Coordinator to classify the event as an Alert in accordance with the design of                    1 this exercise package.
                                                                 \
  ****************************************rt***********************

THIS IS A DRILL l

  ***************************************v******************$*****

VI p 55

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CAPD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 28 TO: Shift Supervisor TIME: At the i discretion of the Lead Controller FROM: Lead Controller T: N/A ANTICIPATED RESPONSE Make the indicated Alert classification Implement EP-1-020, Alert COMMENTS The purpose of this cue card is to maintain the scenario time line. INSTRUCTIONS Issue this cue card if an Alert has not been declared by 0745.

1 1 i

- - - - 4**********************************

THIS IS A DRILL VI - 56

                                                                     - . _ _ _ _ _ _ _ __J

                  'WA'IERFORD-3 SES ANNUAL EXERCISE -    '

OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE' CARD .i i DRILL TYPE /NO.c 1987 EXERCISE CUE' CARD'NO. 29~ TO: Access Control Sergeant i j TIME: 07:35 ,3 FROM: Security Controller: ,, , T: 2:05 i THIS IS A DRILL i DO NOT initiate actions affectina normal clant coerations

                                          * ,r t

Give the follo. wing indications ALL portal monitors in the PAP arE. alarming. t v

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THIS IS A DRILL :

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES FMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 29 TO: Access Control Sergeant TIME: 07:35 FROM: Security Controller T: 2:05 ANTICIPATED RESPONSE The Security Shift Supervisor will be notified and HP contacted. COMMENTS INSTRUCTIONS Issue this cue card information at 0735. e * - * * * - - '- THIS IS A DRILL

- - - - 4*4t***************************

VI - 58 l

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /No. 1987 EXERCISE CUE CARD NO. 30 To: Shift Supervisor TIME: If PAP or site. access restrictions are imposed j FROM: Control Room Controller T= N/A l THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations j i CONTI.NGENCY CUE CARD Imolementina Conditions: If the Shift Supervisor imposes restrictions to the PAP or site. ; l Imolementina Action: For the purposes of this exercise restrictions to the PAP or site will not be implemented. 1 THIS IS A DRILL

                  ************************************************$*****n******$$

VI - 59

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 30 TO: Shift Supervisor TIME: If PAP or site access restrictions are imposed FROM: Control Room Controller T= N/A ANTICIPATED RESPONSE i Access restrictions will not be imposed. COMMENTS INSTRUCTIONS j Issue this cue card only if the Shift Supervisor makes a decision to impose restrictions to the site or PAP. I THIS IS A DRILL

         *******************************t********************************

VI - 60

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO, 31 To: TSC Staff Member (s) @ East Side Access TIME: As personnel enter the plant FROM: HP Monitor T= N/A THIS IS'A DRILL DO NOT initiate actions affecting normal olant overstions Provide the following information to TSC personnel as they survey-themselves as they enter the plant: Surveys will show no personal contamination. l o l l 1 i

                                                   **********************************************************4*4***

THIS IS A DRILL n n s

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDN2SS DRILL CUE CAPD DRILL TYPE /NO. 1987 EYFRCISE CUE CARD NO. 31 TO: TSC Staff Member (s) @ East Side Access TIME: As personnel enter the plant FROM: HP Monitor T: N/A ANTICIPATED RESPONSE s COMMENTS A survey station at the East Side Access may not be set up by the time personnel begin arriving to staff the TSC. INSTRUCTIONS Provide this information, as necessary, at the East Side Access Point if the survey point is setup. 1 i l l 1 THIS IS A DRILL VI - 62

WATERFORD-3 SES: ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 32 TO: TSC Staff Member (s)-@ TSC Entrance. TIME: As personnel arrive at the TSC FROM: HP Monitor T= N/A THIS IS A DRILL DO NOT initiate actions affectina normal clant crerations Provide the following information to TSC personnel as they survey themselves as they enter the TSC: Personnel will not be contaminated. I i 1

 ***********************************************************4*444-THIS IS A DRILL
 ****************************************************************             l VI    63

1 WATERFORD-3 SES ANMUAL EXERCISE i OCTOBER 14, 1987 l W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD i DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 32 TO: TSC Staff Member (s) @ TSC Entrance. TIME: As personnel arrive at the TSC FROM: HP Monitor T: N/A ANTICIPATED RESPONSE i COMMENTS If the survey station at the TSC entrance is not setup at this time, personal surveys should be considered later. INSTRUCTIONS Provide this information as necessars, at the TSC entrance survey point as surveys are conducted. Contamination levels will be "as found", when personal surveys are conducted. l l

- 4*********************************************************+***

THIS IS A DRILL ntuu*******n******4**********n*n**nn**n*nn***u****n VI - 64

WATERFORD-3~SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREEAREDREES_DEILL CUE CARD, DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO- 33 TO: Shift Supervisor TIME: 08.:00 FROM: Control Room Controller T: 2:30 THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations

             - Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! LOUISIANA POWER & LIGHT COMPANY.IS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION. .;. DO NOT USE THE PLANT'PAGE SYSTEM FOR NON-EXERCISE RELATED i ANNOUNCEMENTS. ) Repeat the announcement once. i l f r a . - .

THIS IS A DRILL '

VI - 65

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD LRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 33 l TO: Shift Supervisor TIME: 08:00 FROM: Control Room Controller T: 2:30 ANTICIPATED RESPONSE Make the announcement. COMMENTS INSTRUCTIONS l 1 l l l

**************************************************34**********44 THIS IS A DRILL

- - - - +************>***************************

VI - 66 .

                                                                                              -WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO.           1987 EXERCISE               CUE CARD NO. 34 TO: TSC Engineer TIME: When assessing the dropped fuel ass'y FROM: HP Monitor @ FHB T= N/A THIS IS A DRILL-DO NOT initiate actions affectina normal clant coerations When TSC Engineer arrives at the FHB and begins his assement, provide the following information.

l THIS IS A DRILL VI - 67

                                                                                                     *5 SFSR INVLVIORY MAP

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                                                                                - - -g QUADRANT I-A                        B                    C                D o

1 1 I E F G H I 4 I J K L M N O P MAPIS CYCLE 8REPARED BY DATE REFEFEiJCE SNM TRANSFER REPORT // UiTI-4-030 Revision 6 Attachment 6.5 (1 of 17) VI-67a

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUF CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 34 TO: TSC Engineer TIME: When . assessing the dropped fuel ass'y FROM: HP Monitor @ FHB T: N/A ANTICIPATED RESPONSE 4 As the TSC becomes activated it is expected that a TSC assessment f engineer will be dispatched to the FHB to assess the condition of 1 the dropped assembly. The findings of the assessment should be j reported to the Emergency Control Center. j COMMENTS. ; I When assessment of the dropped assembly is made it will be i observed that the assembly is in a stable configuration. A i detailed inspection of the dropped assembly along with others affected will not be necessary. INSTRUCTIONS The information on this cue card is to be provided to the person l dispatched to the FHB to assess the dropped fuel assembly. This f person may be an onshift operator or a TSC engineer. It is ] important to be positioned appropriately for either case. j i l J l l

                       *********************************************************t**t***         i THIS IS A DRILL                               i
                         *****************************************+**********************    j

WATERFORD-3 SES ANNUAL EXERCISE CCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD-DRILL TYPE /NO. 1987 EXEPCISE CUE CARD NO. 35 TO: Shift Supervisor TIME: 09:00 FROM: Control Room Controller T: 3:30 THIS IS A DRILL DO NOT initiate actions affectina normal ~olant coerations - Make the following announcement: ATTENTION'ALL PERSONNEL! ATTENTION ALL PERSONNEL! LOUISIANA F0WER & LIGHT COMPANY IS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION. DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS. Repeat the announcement once. I

- - - - tt***************************************************

THIS IS A DRILL l VIT- 69

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 35 TO: Shift Supervisor TIME: 09:00 FROM: Control Room Controller T: 3:30 ANTICIPATED RESPGNSE Make the announcement. COMMENTS INSTRUCTIONS l l

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VI - 70 u__ _

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14,-1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD

                                                                                .1 DRILL TYPE /NO.                 1987 EXERCISE'             CUE CARD NO. 36 TO: NPO TIME: 10:00 FROM: Control Room Controller T= 4:30 l                                     THIS IS A DRILL 1-DO NOT initiate actions affectina normal clant coerations l

Charging Pump B Fails, provide the following indications: 1 l

  - ALARM - Annunciator G0206, CP B TRIP / TROUBLE on CP-4.                      I
  - Computer point D39704, CVCS CHG PMP MTR B OVLD TRIP, goes'into alarm.                                                             j l
  - Computer point D39700, CVCS CHG PMP B, off.
                                                                                  )

THIS IS A DRILL VI - 71

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGFNCY PREPAREDNESS DRILL CUE _ CARE i DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 36 TO: NPO TIME: 10:00 FROM: Control Room Controller T: 4:30 ANTICIPATED RESPONSE i EP-1-001 is implemented and a Site Area Emergency is declared (Tab D, Loss of Safety Functions, EAL 3.d.). Control Room should notify TSC that "B" charging pump has tripped. Control Room may dispatch an NAO to the "B" charging pump breaker. TSC may request electrical and/or mechanical repair team (s) to be dispatched from the OSC. A decision may be made to take the plant off line. (See Instructions) COMMENTS

                                               - If "B" charging pump is declared inoperable the Control Room should enter an action statement (if a charging pump can't be started within 1 hour, the plant must be shutdown within 6 hours).                                                                         ,

INSTRUCTIONS If a decision is made to take the plant off line, the power ramp down rate will be held to 10%/hr. This ramp down will not be i permitted to commence until 1045. n*wt*********************************************************** THIS IS A DRILL

                                               *** u****n*********************************************n **** u VI - 72

WATERFORD-3.SES ANNUAL. EXERCISE OCTOBER 14, 1987 W3'SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 37 TO: Emergency Coordinator TIME: Upon

                                                                                                                                ' declaration of Site Area Emerg.

FROM: TSC Controller T: N/A THIS IS A DRILL DO NOT initiate actions affect 4na normal ninnt coerations Substitute for the Site Area Emergency announcement of EP-1-030, Step #5.2.1.. 5.2.1 Make the following announcement: ATTENTION ALL PERSONNEL! ATTENTION ALL-PERSONNEL! THIS IS A DRILL! THIS IS A DRILL! A SITE AREA EMERGENCY HAS' BEEN DECLARED DUE TO ( ),, reason for declaration ALL MEMBERS OF THE EMERGENCY ORGANIZATION FOR THIS EXERCISE REPORT TO YOUR STATIONS. ALL OTHER PERSONNEL MUST PROCEED IMMEDIATELY TO THE PLANT PARKING LOTS AND ASSEMBLE THERE. DESIGNATED EVACUEES FOR THIS EXERCISE PROCEED IMMEDIATELY TO ( announce the designated assembly area - Monsanto Park or St. John The Baptist Catholic

).

Church in Edgard. PERSONNEL IN RADIATION CONTROLLED AREAS PROCEED TO THE HEALTH PHYSICS CONTROL POINT. THERE WILL BE NO SMOKING, EATING, OR DRINKING UNTIL FURTHER NOTICE. THE MAINTENANCE RADIO FREQUENCY IS NOW DEDICATED FOR EMERGENCY USE ONLY! THIS IS A~DRILLI THIS IS A DRILL! 5.2.2 If there is a localized emergency (e.g., fire),~announce its type and location and instruct personnel to stand clear of-this area. 5.2.3 Repeat the announcements (s) at least two times, allowing sufficient time for personnel who may be in highinoise - areas to reach a location where the announcement.can be heard. THIS IS A DRILL-

                                     *****************************************************n*4**** w .

VI - 73

WATERFORD-3 SES ANNUAL EXERCISE

                                                                                ' OCTOBER 114, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO.                                    1987 EXERCISE                       CUE CARD NO. 37 TO: Emergency Coordinator TIMEi Upon declaration of Site Area Emerg.

FROM: TSC Controller T: N/A ANTICIPATED RESPONSE

EC determines' proper assembly area.
Security is notified to prepare for the evacuation.
The Assembly Area Supervisor is dispatched from the OLC.
An HP Technician may be' dispatched to the assemblyfarea.
EC makes site announcement.
Non-essential personnel from within the Protected Area,.

Administration Building, Trailer City, Site Director Building,- Project Management Building, Warehouses, Skills. Training Center and EBASCO offices assemble in the associated parking lots.

Designated personnel will immediately proceed to the Assembly Area identified in the announcement.

COMMENTS INSTRUCTIONS Issue this cue card as the Emergency Coordinator prepares to announce the Site Area Emergency. THIS IS A DRILL.

                           *******************************************************t********
                                                                                      .VI - 74

a WATERFORD-3 SES ANNUAL EXERCISE OCTOBER-14, 1987 W3 SES EMEFGENCY PREPAREDNESS DRILL-CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 38 TO: Emergency Coordinator TIME: At' discretion of the Lead. Controller FROM: TSC Controller T= N/A THIS IS A DRILL DO NOT initiate actions affectina normal niant operations I CONTINGENCY CUE CARD Imnlementina Conditions: If a Site Area Emergency has not been declared.by 1030. Contingency Action: Declare a Site Area Emergency and Implement EP-1-030, Site Area Emergency l due to EP-1-001, TAB D,' Loss of Safety ' Function EAL #3.d. ; THIS IS A DRILL.

                                                           ***********************************.4t*************************.

VI - 75

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987-

                                                           .W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO.                                1987 EXERCISE              CUE CARD NO. 38 To: Emergency Coordinator TlHE: At discretion:of the Lead Controller FROM:.TSC Controller
                                                                                                     -T: N/A ANTICIPATED RESPONSE
                       ' Emergency Coordinator implements EP-1-030, Site Area Emergency Emergency Coordinator prepares for and' announces a. site evacuation.

COMMENTS INSTRUCTIONS Issue this. cue card only if a Site Area Emergency has not been declared by 1030. THIS IS A DRILL VI -:-76

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER' 14 1987 s W3 SES KMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 39 TO: NA0/ Electrical Repair Team . . TIME: Upon arrival @ B chg pump breaker FROM: B Charging Pump Electrical Monitor T: N/A THIS IS A DRILL-DO NOT initiate actions affectina normal clant coerations

                         ****************************************************************                                    j Provide the following indications:
                         - Motor overcurrent on Phase C
                         - Flag on 50/51 relay (phase C).
                         - 74/HR relay tripped (contacts pulled in)
                                                                                                                            -l
                                                                                                                               )

l l THIS IS A DRILL VI - 77

i l WATERFORD-3 SES ANNUAL EXERCISE ( OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CHE CARD DRILL TYPE /NO. 1987' EXERCISE CUE CARD No. 39-TO: NAO/ Electrical Repair Team TIME: Upon l arrival @.B=chg pump breaker FROM: B Charging Pump Electrical Monitor T: N/A 1 ANTICIPATED RESPONSE

1. NA0/ Electrical Repair Team should reset-the 74/HR and 50/51 relays and' request that the Control Room attempt to restart the "B" charging pump.

2. The Control Room may dispatch personnel to "B" charging pump; room to observe the pump prior to attempting to restart.

3. Upon finding no problems with the breaker, the electrical-repair team should proceed to the "B" charging pump room to l continue troubleshooting. Megger readings will be >1000 ohms, the phase to phase resistance will be 21-ohms.

4. The team will report that there are no problems with the, pump motor, i

COMMENTS l

                                       - The "B" charging pump will' trip instantaneously when the attempted restart is made.
                                       - The electrical repair team will' find no problems with the breaker.

INSTRUCTIONS The "B"' charging pump repair team monitor will be staged at the "B" charging pump breaker prior to 1000, The monitor will then accompany the electrical repair team personnel.and monitor repair - activities. t*************************************************************** THIS.IS A DRILL VI - 78

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14,'1987' W3 SES' EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 40-TO: NA0/ Repair Team TIMEi Upon arrival @ B chg pump FROM: B Charging Pump Mechanical Monitor T= N/A THIS IS'A DRILL DO NOT i'nitiate action- affectina normal clant onerationg ,

                                            ****************************************************************            l Provide the following indications:
                                               "B" charging pump packing gland is leaking.

i J l l 4'*******************************************************gg*wg*g* THIS IS A DRILL

                                             ***************************************$$************$$$*****3*,.

VI - 79 ~. .. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _

I WATERFORD-3 SES ANNUAL EXERCISE-OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL' CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 40 TO: NA0/ Repair Team TIME: .Upon arrival @ B chg pump FROM: B Charging Pump Mechanical Monitor T N/A ANTICIPATED RESPONSE

1. Mechanical repair team will probably initiate actions to repair packing gland leak and inspect pump internals.

2. Repair team will have pump tagged out to continue troubleshooting.

j COMMENTS l If an NA0/ repair team is present when an attempt to start the pump is made, they will observe that the shaft did not turn. Upon disassembly of the pump it will be observed that a discharge valve had been sucked into the cylinder block damaging the plunger and cracking the' cylinder block. A spare cylinder block will be available in the warehouse.

                             . INSTRUCTIONS The "B" charging pump mechanical monitor will be staged at the "B" charging pump room prior to 1000. The monitor will then accompany the mechanical repair team to monitor repair activities.

J The estimated repair time to. replace the cracked cylinder block will be 36 hours. l i

                                                                                                                                                                                       .q t***************************************************************

THIS IS A DRILL

                                  *****************************************************n*******u VI 80

WATERFORD-3'SES ANNUAL EXERCISE OCTOBER.14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXFIRCISE CUE CARD NO. 41 i To: Shift Supervisor TIME: 11:00 FROM: Control Room Controller , T: 5:30

 **********************.**************.****************************                                                       j THIS IS A DRILL DO NOT initiate actions affectina normal elant coerations
 - Make the following announcement:                                                                                       1 ATTENTION ALL PERSONNEL!   ATTENTION ALL PERSONNEL!

LOUISIANA POWER & LIGHT, COMPANY IS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION.

DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS. l Repeat the announcement once. l l THIS IS A DRILL VI - 81

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPA'dEDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXEFCISE CUE CARD NO. 41 TO: Shift Supervisor TIME: 11:00 EROM: Control Room Controller T: 5:30 ANTICIPATED RESPONSE Make the announcement. J COMMENTS l INSTRUCTIONS 3

i $4*4************************************4*********************** THIS IS A DRILL '

******************tt**********++********4***tt*******tttt*****++

VI - 82

WATERFORD-3 SES-ANNUAL EXERCISE OCTOBER 14, 1987 W3 S.ES EMERGENCY' PREPAREDNESS DRILL CUE CARD- ' DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 42 TO: Shift Supervisor TIME: 12:00 FROM: Control Room Controller T: 6:30 THIS IS A DRILL

     .IX) NOT initiate actions affectina normal ninnt onerations
 **************************************v*************************

Make the following announcement: ATTENTION ALL PERSONNELi ~ ATTENTION ALL' PERSONNEL! LOUISIANA POWER & LIGHT COMPANY IS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION, DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS. Repeat the announcement once. i l _I 1 3 i 1 l I i THIS IS A' DRILL

 **********e********************************++* m    *****+4 m ** m -            j VI -'83'

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 , 1 j H3_SE.E EMERGENCY PREPAREDNESS DRILL CUE CARD - DRILL TYPE /NO. 1981_ EXERCISE CUE CARD NO. 42 To: Shift Supervisor TIME: 12:00 FROM: Control Room Controller T: 6:30-l l ANTICIPATED RESPONSE l Make the announcement. l

                                                                                                             .T COMMENTS INSTRUCTIONS l

l l 1 4 i e I i THIS IS A DRILL J n * * * * * **

n n n
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VI - 84 l

-j

l WATERFORD-3 SES ANNUAL EXERCISE l OCTOBER 14, 1987 { W3 SES EMEPGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXEPCISE CUE CARD NO, 43 TO: Administration / Logistics Manager TIME: At the discretion of the CCC Controller FROM: CCC Controller T: N/A THIS IS A DRILL DO NOT initiate actions affecting normal nlant enerations q Message from Tom Walkins, Manager - Air Logistics: Air Logistics has an existing contract with LP&L to provide helicopter support for St. Charles and St. John parishes in the event of a Waterford 3 emergency. In reviewing our insurance coverage, we note that all accident and liability coverage is provided by our supplier. What provisions are made by LP&L's insurance providers for radiation related effects that may be encountered by our pilots operating in the 10 mile zone? k*kkk**kkkkkkkkkkkkkkkkkh*kk*k*ikYhk*hhkMikk$$ii$kk%$$Tkh'Ykh$$$$ THIS IS A DRILL

             ***++t***ut****************************3*n            ****n++n u *u u*n VI - 85 1

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 43 TO: Administration / Logistics Manager TIME: At the i discretion of the I CCC Controller FROM: CCC Controller T: N/A ANTICIPATED RESPONSE

1. Review insurance coverage with MSU.

2. Provide statement on insurance coverage.

COMMENTS INSTRUCTIONS l l

- - - - e4***

THIS IS A DRILL

- - - - wt********************t*4**4-VI - 86

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PR.EPAREDNESS-DRILL CUE CAR.D. DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 44

              'TO: Mechanical Repair Team TIME: .12:25 FROM: A Charging Pump. Mechanical Monitor T: 6':55 THIS IS A DRILL DO NOT initiate actions affectina normal clant'coerations "A" Charging Pump repairs arefcomplete.

r I 1 l 1

               *******.******************************************************tta                                     j THIS-IS A DRILL
               *******************************tt**************************u                                 ***

VI - 87 L. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ._ _ _ _a

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 44 To: Mechanical Repair Team TIME: 12:25 FROM: A Charging Pump Mechanical Monitor T: 6:55 ANTICIPATED RESPONSE The repair team reports completion of repairs. Operations clears tags and verifies valve lineups. For the purposes of this exercise the A charging pump will be started at 1240. COMMENTS INSTRUCTIONS Ensure that completion of pump repairs is reported at 122E. l

i 4 i l l l k**********************t********t******************************* THIS IS A DRILL

- - - - nt*

VI - 88 i 4

                                                                      -____.-_-____J

WATERFORD-3 SES' ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 45 TO: Control Room Operators TIME: 12:40 FROM: Control Room Controller T: 7:10 THIS IS A DRILL DO NOT' initiate actions affectina normal clant oeerations 1 l Alarms recieved upon initiation of Letdown: LETDOWN REGEN HX OUTLET TEMP HI, I Followed by: PZR LVL-HI-LO - 6%-@ 43 seconds. PZR LVL LO-LO - 28%'@ 129 seconds. I And, decreasing PZR Pressure and Level. The following radiation alarms are received on CP-36: RAD MONITORING SYS - ACTIVITY HI RAD MONITORING SYS - ACTIVITY HI-HI EFFLUENT RAD MONITORING SYS - ACTIVITY HI-HI RAD MONITORING SYS - TROUBLE

0 * ' *** * ' *
THIS IS A DRILL

       ********y*******************************************************

VI - 89 u

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EME9,GENCY PREPAREDNESS DPILL CUE CARD DRILL TYPE /NO. 1987 EXE9CISE CUE CARD NO. 45 TO: Control Room Operators TIME: 12:40 FROM: Control Room Controller T= 7:10 ANTICIPATED RESPONSE COMMENTS When charging and letdown are initiated the letdown line fails. INSTRUCTIONS I 1 Issue this cue card information at 12:40.

l l 1 l I 4 9 4 '*t n e e =F r , y e . f THIS IS A DRILL

- - - - n ***************************************************

VI - 90

WATERFORD-3 SES ANNUAL EXERCISE-OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 46 TO: ControliRoom Operators TIME: When LTDN valves on CP-4 are checked.

FROM: Control Room' Controller T= N/A THIS IS A DRILL' DO NOT initiate actions affectina normal nlant'ooerations CVC-101 - OPEN CVC-103 - OPEN THIS IS.A DRILL ' VI . 91 - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ s

i l l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 , W3 SES EMERGENCY PREPAREDNESS DRILL _ CUE CAPD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 46 TO: Control Room Operators TIME: When LTDN valves on CP-4 are checked. FROM: Control Room Controller T= N/A ANTICIPATED RESPONSE I The problems with the Letdown stop and isolation valves should be reported to the Shift Supervisor and the TSC. When the operator attempts to close CVC-101 and CVC-103 from CP-4, these valves will not close. l A containment entry will be required to access CVC-101 and CVC-103 in order to attempt to isolate the break. When all steps are taken to make a containment entry, a repair team will simulate containment entry by entering the Hot Machine Shop. When the Hot Machine Shop is entered information will be presented to the repair team as the valves are checked. Attempts to close CVC-103 will be successful. COMMENTS See cue cards 67/68/69 & 72. The letdown line must be isolated at 1545 to support scenario package data. Letdown flow is 0.0 gpm. ; i i INSTRUCTIONS L Issue this cue card when the coerators check the valve status on l CP-4 l

- t************************$tt***t*tt*********************t*****

THIS IS A DRILL

- - - - +*********$4t*************nt**********tt**$******$**+**

VI - 92

WATERFORD-3 SES'5NNUAL EXERCISE- ; OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL-TYPE /NO. 1987 EXERCISE CUE CARD-NO, 47 TO: Control Room Operators-TIME: 12:45 FROM:' Control Room Controller ' T= 7:15 THIS IS A DRILL i 1 DO NOT initiate actions affectina normal clant coerations-i ! ] Provide the following information:

I l CPC AUX TRIPS result in a Reactor Trip- I SIAS & CIAS have activated, l. 1

l l I l t***********************************************$*************t* THIS IS A DRILL

                               **************************************n *********u *4***n *****$

VI - 93' d 1 a

r_ - . _ _ _ _ - - -_ _ WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 47 l TO: Control Room Operators TIME: 12:45 FROM: Control Room Controller T: 7:15 ; l ANTICIPATED RESPONSE i OP-902-000, Emergency Entry Procedure, will be implemented. Following the instructions of OP-902-000, the operators will i implement OP-902-002, LOCA Recovery Procedure, COMMENTS INSTRUCTIONS i This cue card is issued when the reactor trip, SIAS and CIAS occur as per this exercise package. 1 1 i l l l

l

                     *********44*****************************************************               -

THIS IS A. DRILL I e****u t+****ntu.,******** n **u*+********$$***4***********4 w 4 VI - 94

l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987-W3 SES' EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO, 48 TO: Control Room Operators TIME: When SIAS Automatic actions are checked FROM: Control Room Controller i T: N/A THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations

 ****************************************************************.                                i l

All components on the checklist are as exeected except for:

56. LETDOWN STOP VALVE (CVC-101) - INTERMEDIATE

57. CNTMT ISOL VLVS LETDOWN ISOLATION VLV (CVC-103)'- OPEN i

 ******t****;kt******************************t**************tt*t*t THIS IS A DRILL
 **********:u t*******3**t**********$****:$***,*****$*******$$**$$*

VI - 95'

                                                                                              }
                                                                                               )

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 48 TO: Control Room Operators TIME: When SIAS Automatic actions are checked FROM: Control Room Controller T='N/A ANTICIPATED RESPONSE The problems with the Letdown stop and isolation valves should be reported to the Shift Supervisor and the TSC. CDMMENTS OP-902-000, Emergency Entry Procedure, will cause OP-902-002, LOCA Recovery Procedure, to be implemented. When this procedure is implemented operators will use the SIAS Automatic Actions Checklist, Attachment 2 to verify SIAS automatic action. INSTRUCTIONS Issue this cue card information when the operators check SIAS automatic actions. 1 1 l

                       ***************t**************************************:4*********

THIS IS A DRILL

                       ********************************u ***** ut*$.******w t***n*u nt VI - 96

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER l'4, 1987. W3 SES'RMERGENCY PREPAREDNESS-DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 49-TO: Control Room Operators TIME: When CIAS Automatic actions are checked FROM: Control Room Controller T= N/A THIS IS A DRILL DO NOT initiate actions affectina normal plant coerations 1 When OP-902-002, Attachment 3,.CIAS Automatic Actions Checklist is implemented all components are as-expected except for:

32. CNTMT ISOL VLVS LETDOWN ISOLATION VLV (CVC-103) is OPEN.

1 4 1 I i i

                                ************************************************$$$**********t*$

THIS IS A DRILL r*****************************************************$********* , VI - 97

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 81_SES_ EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 49 TO: Control Room Operators TIME: When CIAS Automatic actions are checked FROM: Control Room Controller T: N/A ANTICIPATED RESPONSE The problems with the Letdown stop and isolation valves should be reported to the Shift Supervisor and the TSC. The loss of RCS inventory, reactor trip, reduced RCS subcooling margin, increasing Reactor Auxiliary Building radiation levels should result in the declaration of a General Emergency (EP-1-001, TAE D, Loss of Safety Functions, General Emergency EAL

                     #1.)

COMMENTS As the operators proceed through OP-902-002, LOCA Recovery l Procedure, CIAS automatic actions will be verified using i Attachment 3, CIAS Automatic Actions Checklist. l I INSTRUCTIONS Issue this cue card information when the operators check CIAS I automatic actions. l l I

                     **************************************+*************************

THIS IS A DRILL l

                     *******+********************************************************                     ;

VI - 98 i l

                                                                                     - - _ - - - _ - _ .a

WATERFORD-3 SES ANNUAL EXERCISE

                                    ' OCTOBER- 14. 1987'                                                      .]
 ,                  W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARE DRILL TYPE /NO.             1987 EXERCISE                   CUE CARD NO. 50                                3 TO: EOF Director / Emergency Coord.

TIME: At General Emergency Classification FROM: EOF /TSC Controller T=.N/A THIS IS A DRILL ~ DO NOT initiate actions affectina normal clant overations

      ************************p4:**************************************

i Substitute for EP-1-040, General Emergency, Step 5.2.1 ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! THIS IS A DRILL! THIS IS A DRILLI A GENERAL EMERGENCY HAS BEEN j DECLARED DUE TO ( ) announce reason'for declaration-THERE WILL BE NO SMOKING, EATING OR DRINKING UNTIL FURTHER NOTICE. THE MAINTENANCE RADIO FREQUENCY IS NOW DEDICATED FOR EMERGENCY USE ONLY! THIS IS A DRILL! THIS IS A DRILL! 5.2.2 If there is a localised emergency (e.g... fire),'announce its type and location and instruct-personnel to stand-clear of this area (refer to FP-1-020). I 5.2.3 Repeat the announcement (s) at least'twice, allowing sufficient time for personnel who may be_in high noise areas to reach a location where they can' hear the announcement. ! J

1 I THIS IS A' DRILL . 3

      *+**************************************************************                                           j VI'- 99

i WATERFORD-3 SES ANNUAL EXERCISE ; OCTOBER 14, 1987 j l W3 SFS EMERGENCY PREPAREDNESS _LBILL CHE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 50 j TO: EOF Director / Emergency Coord. \ 4 TIME: At General I Emergency l Classification FROM: EOF /TSC Controller j T: N/A ) i i ANTICIPATED RESPONSE l 1 The announcement will be substituted for step 5.2.1, EP-1-040, General Emergency. 1 COMMENTS i INSTRUCTIONS 1 Provide this cue card to the EC/ EOF Director when step 5.2.1 of - EP-1-040 is reached.

       **********w*************4434***3**$n ,$:,,,,$$$n$$$ngu ,yn n ,n THIS IS A DRILL rwxt+****+*s*gu ns n n *gst nsr*r*n grn tszw*wn gswwn n ,n g u ,,            ;

VI - 100

WATERFORD-3 SES ANNUAL EXERCISE

                           ' OCTOBER'14, 1987 Q

W3 SES EMERGENCY' PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 51 TO: EOF Director / Emergency Coord. TIME: At ; discretion'of i TSC/ EOF Controller FROM: EOF /TSC Controller ' T= N/A THIS IS A DRILL DO NOT initiate actions affectina normal nlant onerations i CONTINGENCY CUE CARD Imnlementina conditions: When it appears imminent that the classification will not be in accordance with the design of this exercise-package. Contingency Action: Direct the EOF Director / Emergency. Coordinator to implement EP-1-040, General Emergency and declare a General Emergency. I I

                                                                                                                .I l

- - - - T*$****T*I*k*********TT*T*******T*T***$4***T*****A'******I**

THIS IS A DRILL t**********************************************************+****-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO, Si j TO: EOF Director / Emergency Coord, , TIME: At ! discretion of TSC/ EOF Controller FROM: EOF /TSC Controller T: N/A ANTICIPATED RESPONSE Implementation of EP-1-040, General Emergency. COMMENTS INSTRUCTIONS

1 l l I i, i n****n*m*nnnn******nnn*n****n**n****n**n*****m THIS IS A DRILL ut*4*****+$** n** u ***************************n**************+ VI - 102

i WATERFORD-3.SES: ANNUAL EXERCISE J OCTOBER 14, 1987 W3-SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE: CARD NO. 52 1 TO: Shift Supervisor TIME: 13:00 FROM: Control Room Controller T: 7:30-THIS IS A DRILL ! DO NOT initiate actions affectine normal clant coerations

                                                              - Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! LOUISIANA POWEP & LIGHT COMPANY IS CONTINUING A TEST OFsTHE

                                                             -EMERGENCY RESPONbC ORGANIZATION.

DO NOT USE THE PLANT FoGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS. Repeat the announcement once. e i l

                                                              ************************.****************************************      l THIS IS A DRILL VI - 103

I WATERFORD-3 SES ANNUAL' EXERCISE OCTOBER 14, 1987-W3 SES EMEEGENCY PREPAREDNESS DRILL CUE CAEH DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 52 To: Shift Supervisor TIME: 13:00 i FROM: Control Room Controller T: 7:30 ANTICIPATED RESPONSE Make the announcement.

COMMENTS INSTRUCTIONS i i i

                               +****************************************4**********4********t+*

THIS IS A DRILL

                              .t * * * * * * * * * * + 4 * * *

3 4 * * * * * * * + + * * * * :, * * :$ $ $ $ $ + t * * *
4 2 :+ $ 4 4 $ 3 4 * *
4 * $ *
4 VI - 104

s WATERFORD-3 SESLANNUAL EXERCISE OCTOBER- 14, -1987. W3 SES EMERGENCY PREPAREDNESS DPILL CUE CARD - DRILL' TYPE /NO, 1987 EXERCISE CUE CARD NO. 53 l TO: Division Operations Manager TIME: At the 1 discretion of the CCC Controller. FROM: CCC Controller. T= N/A THIS IS A DRILL

                                                                                     -l DO NOT initiate actions affectina normal clant'coerations h

Message .from West Bank Division Manager Gary Clark of the Luling District Office has requested information on how to protect district personnel who.may be called on to perform essential work 4 in the field during the situation at Waterford 3. l 1 0 4 1 i 1 J l

   *****************************?r**********************************

THIS IS A DRILL

   *******************************************************n u             nin VI - 105

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 ti:LSES EMERGENCY PREPAREDNESS DRILL _ffU_E__ CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 53 ; TO: Division Operations Manager TIME: At the discretion of the CCC Controller FROM: CCC Controller T= N/A ANTICIPATED RESPONSE

1. Check with the CCC Technical Advisor to determine the need for protective actions in areas covered by the Luling District.

2. Advise Clark through Cipriano of personnel limitations if any. !

l COMMENTS l

1 l INSTRUCTIONS I

- - - - tt*******************

THIS IS-A DRILL

- - - - n********************++***nu***u***u$$$

VI - 106

i WATERFORD-3 SES ANNUAL EXERC1LE OCTOBER 14,.1987 W3 SES EMERGENCY PREPAREDNESS DRILL-CUE' CARD

 ' DRILL TYPE /NO.        1987 EXERCISE'             CUE CARD NO. 54 TO: EOF Director TIME: 13:15

, FROM: EOF Controller T: 7:45 THIS IS A DRILL-DO:NOT initiate actions affectina normal ~olant coerations j

                                                                                             -o Provide-the_following information:                                                               ,
                                              ~

For the purposes of this exercise a shift turnover is to be demonstrated. Initiate activities in order that a chift turnover may begin not later than 1400,

                           'THIS IS A DRILL
   ****************************************************(*** *******

VI' - 107

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 R3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 54 To: EOF Director TIME: 13:15 FROM: EOF Controller T: 7:45 ANTICIPATED RESPONSE If not already completed, the Adminstration / Logistics Coordinator will complete the watch bill. COMMENTS i This cue card is issued to provide for a turnover of selected positions to begin no later than 1400. 1 Turnover should be coordinated between facilities. I INSTRUCTIONS I l l t*************************************************************** THIS IS A DRILL

                      *************************:,***+****:t*************.t***nn***.t****

VI - 108

r--__ _ __ _ . _ .- _ WATERFORD-3 SES ANNUAL EXERCISE-OCTOBER 14, 1987 H.3_SES EMEFftEltCX PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 55 TO: EOF Director TIME: Prior to making turnover callouts l FROM: -EOF Controller T=.N/A THIS IS A DRILL DO NOT init4 Late actions affectina normal plant overations

                                                                                                'i Only the following personnel are to be actually contacted and directed to report to the EOF to accomplish turnover.

EOF Director K. Cook Decutv EOF Director , P. Backes EOF Ooerations/Enaineerina Coordinator R. Burski EOF Administration /Louistics Coordinator l M. Triggs EOF Communications Coordinator j E. Hyatt i

     ***********************************************$*:6********.4*$$4*

THIS IS A DRILL 1

     *************************.+*****++**************$:n3.,*.***,***:n, VI     .109                                          ,

WATERFORD-3 SES fNNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE _ CAR [t DRILL TYPE /NO. 1987.;fxE9CISE CUE CARD NO. 55 TO: EOF Director TIME: Prior to making turnover callouts FROM: EOF Controller T: N/A ANTICIPATED RESPONSE 1 Personnel should complete turnover checklists. I COMMENTS This cue card is issued to ensure that an exercise objective is f met, j l INSTRUCTIONS

j This cue card should be issued after the watch bill has been completed hat, prior to any callouts actually being made.

 **T%%$TT%*T*%%%4%%$$#**k#%%k%%iTk%T%8%%I%T%%TTM%TTTMT*%i%'k%*%kT*

THIS IS A DRILL

 ++****t*******ttt******************************t****************

VI - 110

WATERF0BD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CITE CARD DRILL TYPE /NO. 1987 EXEPCISE CUE CARD NO. 56 TO: TSC arvisor TIME: 13:15 FROM: TSC Controller T: 7:45

                                                                    **************************************************~**************

THIS IS A DRILL DO NOT initiate actions affectina r,ot,gt1 clant overations Provide the following information: For the purposes of this exercise a shift turnover is to be demonstrated. Initiate activitied in order that a shift turnover may begin not later than 1400. 4 l

                                                                    ***t************************4****$$*******4******$tyt*******$+**
                                                                                                                           .THIS IS A DRILL

t n *
n * * * * * *
4
n u t t u 4 * ** * * * * *
t *
a 4 * * * *
u S *
4 $ n $ $ $ $ $ $ $
n VI .13.1

_ _ _ _ _ _ - _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ __ .____________-_______-_-__O

1 WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14,_1987 E3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 56 TO: TSC Supervisor TIME: 13:15 FROM: TSC Controller T= 7:45-ANTICIPATED RESPONSE If not already completed, the TSC Supervisor will complete the ; watchbill. COMMENTS This cue card is issued to provide for a turnover of selected l positions to begin not later than 1400 , Turnover should be coordinated between facilities. INSTRUCTIONS 1 l i i i I l l

- - - - j THIS IS A DRILL I
        
        .******4**u **S* '

VI - 112 - i _ - . . _ _ _ - _ _ . . _ - _ . - _ - - - - - - - - - a

1 WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14,.1987 V3 SES EMERGENCY PREPAREDNESS DRILL CUE CARE DRILL TYPE /No. 1987 EXERCISE CUE' CARD No. 57

.)

TO: TSC Supervisor TIME: Prior to making turnover callouts FROM: TSC Controller ) T: N/A- ) THIS IS A DRILL DO'NOT initiate actions affectina normal plant coerations 0 Only the following personnel are to be actually contacted-and directed to report to the TSC to accomplish turnover. 1 EMERGENCY COORDINATOR TSC LOGKEEPER J. R. McGaha C, Kliebert HEALTH PHYSICS COORDINATOR TSC SUPERVISOR L. Simon M. Melancon TSC LEAD ENGINEER OPERATIONS COORDINATOR D. Baker D. Schultz OPERATIONS COMMUNICATOR TSC LEAD COMMUNICATOR D. Brown B. Floyd TSC COMMUNICATOR #1 TSC COMMUNICATOR #2 J. Boullosa P. Schlesinger TSC SUPERVISOR COMMUNICATOR HPC ASSISTANT D. Ranck B. Pilutti l i j l !

 ****************************************************************             l THIS IS A DRILL 4**********************************t**ttt****************tt*****

VI - 113:

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 57 TO: TSC Supervisor TIME: Prior to making turnover callouts FROM: TSC Controller T: N/A ANTICIPATED RESPONSE Personnel should complete turnover checklists. COMMENTS This cue card is issued to ensured that an exercise objective is met. INSTRUCTIONS This cue card should be issued aftee the watch bill has been completed hat, prior to any callouts actually being made. 1

                                   **********************************4-****t************************

THIS IS A DRILL

                                   *******u**t****:ttttu*tru *etet****tt***t******.*n t*:t:,t* m *en VI - 114

i WATERFORD-3 SES ANNUAL EXERCISE. OCTOBER 14, 1987 W3 SES EMEPGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 58 TO: OSC Supervisor TIME: 13:15 FROM: OSC Controlle'r . T: 7:45 THIS IS-A DRILL DO NOT initiate actions affectina normal clant operations Provide the following information: For the purposes of this exercise a shift turnover is to be demonstrated. Initiate activities in order that a shift turnover may begin not later than 1400. l l l i l i

 *******************t***********************************$***t****

THIS IS A DRILL {

 ***********************tt*************************************t*

VI - 115 1

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DFILL TYPE /NO, 1987 EXERCISE - CUE CARD NO. 58' l TO: OSC Supervisor TIME: 13:15 FROM: OSC Controller T: 7:45 l ANTICIPATED RESPONSE If not already completed, the OSC Supervisor will complete the watchbill. COMMENTS i This cue card is issued to provide for a turnover of selected j positions to begin not later than 1400, Turnover should be coordinated between facilities. ldSTFTJJTIONS l l l

                     ***********wt**********nn****n*n*nnattunn*n+nn*nn THIS IS A DRILL
                     **n***************************n************************,ntn, VI - 116

WATERFORD-3 SES ANNUAL. EXERCISE

                              -0CTOBER 14. 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD l

DRILL' TYPE /N0'. 1987 EXERCISE CUE CARD NO. 59 TO: OSC Supervisor TIMEt Prior to making turnover callouts-FROM: OSC Controller T: N/A THIS IS A DRILL DO NOT initiate actions affectina normal olant coerations Only the following personnel are to be actually contacted and directed to report to the 0SC to accomplish turnover. OSC Sunervisor i D. Vinci 1 i i s****nn**n****n****n***e*+***n***n** nun *********sn*** THIS IS A DRILL

  **n**ntn****n***********etn****n**********n*n****nn***-

VI - 117 :

WATERFORD-3 SES ANNUAL EXERCISE l OCTOBER 14, 1987 W3 SES EM'PGENCY PREPAREDNESS DPILL CUE CARD DRILL TYPE /No. 1987 EXERCISE CUE CARD No. 59 TO: OSC Supervisor l TIME: Prior to making turnover callouts FROM: OSC Controller T: N/A ANTICIPATED RESPONSE I The OSC Supervisor should complete a turnover checklist. COMMENTS This cue card is issued to ensured that an exercise objective is met. INSTRUCTIONS This cue card should be issued after the watch bill has been completed hat, prior to any callouts actually being made, l I

                                        **************4**********tt**************&:$$*******************4 THIS IS A DRILL ut************4t********$*************$*********3*$$*444*S***n VI - 118

1 WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. _ 1987 EXERCISE CUE CARD ~NO. 60 TO: Constal Room Operator TIME: 13:30 FROM: Control Room' Controller T= 8:00 THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations Provide the following information: Alarm - Annunciator.LO210, RAD MONITOR SYS ACTIVITY TROUBLE on ! CP-36. ; a l i

- - - - t********************

THIS IS A DRILL VI - 119

l WATERFORD-3 SES ANNUAL EXERCISE : OCTOBER 14, 1987 I 4 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 60 TO: Control Room Operator l TIME: 13:30 FROM: Control Room Controller T: 8:00 ANTICIPATED RESPONSE l I i

1. The BM-11 Radiation Monitoring Computer and/or QSPDS should i be checked to determine which rad monitor initiated the alarm,

2. Status of the radiation monitoring system should be reported 1 to the TSC.

COMMENTS On the RM-11 (CP-6), GRID 6, wide range gas monitors for the RAB EXH RAB WING 46 (EGG 514/515/516/517) will be in high alarm and readings will indicate 0.000. l CP-52 will indicate the following: PRM-IRE-0110 reads 8.8.8.8.8.8 and the error lamp is lit. PRM-IRE-0110.A (red pen) reads zero. PRM-7.RE-0110.B green, blue, red pens all indicate zero. The CRT grid 6 color will turn to ournie indicating a co:nmunications failure. INSTRUCTIONS The above readings are indication that the plant stack WBGM has failed.

                                         > n * * * * * * * *

n n n u s + + * * *
n n * * * .e n * * * * *
n * * * * *
n
n n *
n n THIS IS A DRILL n
n * * * * * * * * * * *
n * * * * * * * * * * * * * * *
rn n u t
n * * * *
n * * * * * .y n :e n VI - 120

FATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMEEGEHCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 198'7 EXERCISE CUE CARD NO. 61 TO: HP Count Room Technician TIME: 13:30 FROM: HP Controller T= 8:00 THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations Provide the following information:

ALARMS - Grid 6 indicator turns to purole, i i l i I 6t************************t*********.****************.t*********** THIS IS A DRILL ut***************n ******** tut ****n*n n u n***,n ,* n ,**n n VI - 121

l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 61 TO: HP Count Room Technician TIME: 13:30 FROM: HP Controller T: 8:00 ANTICIPATED RESPONSE q

1. The RM-11 Radiation Monitoring Computer should be checked to determine which rr monitor initiated the alarm.

2. Status of the radiation monitoring system should be reported to the TSC.

COMMENTS On the RM-11, GRID 6, wide range gas monitors for the RAB EXH RAB WING 46 (EGG 514/515/516/517) will be in high alarm and readings will indicate 0.000. The grid color will be purple indicating a communications failure. lHSTRUCTIONS The above readings are indication that the plant stack WBGM has failed. ..,*... .* .,*, ,*......... ..*.........*,.. .,**. ...... *,r., THIS IS A DRILL

- - .******t+t4*****************t*******************************t VI - 122

l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W1_SES__EliERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD No. 62 TO: I&C Repair Team TIME: Upon l arrival at the CR. FROM: I&C Monitor T: N/A

 ********************4*******************************************

THIS IS A DRILL DO NOT initiate actions affecti na normal niant coerations

 ****************************4r**********************************                      1 Give indications of the following:                                                    I

1. On CP-52:

l PRM-IRI-0110 reads 8.8.8.8.8.8 and the error lamp light is l lit. PRM-IRR-0110.A (red pen) reads zero. PRM-IRR-0110.B (green, blue, red pens) all read zero.

2. At the BM-11 (CP-6) PRM-IRE-0110 is RED and all channels read 0.000.

i l l l I

 **** u ****************************<*******************n*tr*t***

THIS IS A DRILL i n++t**nu****ututtu*o**n******************uut**t******* VI - 123

i WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1&.87 EXERCISE CUE CARD NO. 62 TO: I&C Repair Team TIME: Dnon arrival at the CR. FROM: I&C Monitor T= N/A ANTICIPATED RESPONSE

1. The repair team should perform a communications check to determine if the WRGM is transmitting data to the RM-11.

2. After performing a communications check, the repair team should proceed to the WBGM on the +46 MSL BAB Wing Area.

3. The repair team should run diagnostics on the RM-80.

COMMENTS

                          - Communications check will reveal that the WRGM RM-80 is not transmitting information to the RM-11.
                          - Upon arrival at the WRGM, provide the following indications:

ERROR LAMP ON THE LOCAL PANEL IS LIT. LED READOUT INDICATES 0.000.

                          - Diagnostics on the RM-80 will indicate that the CPU board has failed.
                          - The warehouse will not have a replacement CPU board and a spare board will not be available from the I&C Shop.

INSTRUCTIONS

                          - The above readings are indication that the plant stack WBGM has failed. The plant stack PIGS are over ranged.
                          - The repair team may attempt to swap a CPU board from another WFGM.
                          - The repairs to the WRGM Rill not be completed prior to 1600.
                          - High radiation levels may preclude work on this WRGM.
                          ++++t***************t****4t*t******44***tt**********t4*********t THIS IS A DRILL 44*********************t*******64******+t**********************+

VI - 124

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 I W3 SES EMERGENCY PREPAREDNESS DRILL _ CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 63 TO: RAC TIME: 14:00 FROM: RAC Controller T: 8:30 THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations CONTINGENCY CUE CAR,E Initiatina Conditions: If an alternate method of dose projection (other than projections based on field monitoring data) has not been selected. Contingency Action: Direct the RAC to perform dose projections based on hand held survey instrument readings. THIS IS A DRILL

+**********tt*****t****$4444*******tt+*3*ttt***+$t*,t******3*#tt VI - 125

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 E3 SES EMEFfdtLCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 63 TO: RAC TIME: 14:00 FROM: RAC Controller T: 8:30 ANTICIPATED RESPONSE COMMENTS This cue card ensures that an exercise objective is addressed. 1 INSTRUCTIONS Issue this cue card if it appears that dose projections based on hand held survey instruments will not be chosen by the participants. When this cue card is issued ensure that no direction is provided by the Controller / Monitor that would indicated where the survey meter readings should be taken. The TSC Controller will need ensure that the TSC (HPC) supports I this activity. f

I 1 l l n *t*********.e**#**************S****************************$*** THIS IS A DRILL r n

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i . 1

1 l WATERFORD-3 SES ANNUAL EXERCISE i OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO, 1987 EXERCISE CUE CARD NO. 64 l l TO: Fossil Operations Manager l TIME: At the discretion of the CCC Controller FROM: CCC Controller T: N/A THIS IS A DRILL DO NOT initiate actions affectina normal olant coerations i Message from Little Gypsy Plant Manager: Due to the nature of the release at Waterford 3, we are requesting consideration of use of potassium iodide for those i workers who may be required to stay at the plant. i l J l

 * * * * * * * * * * * * * * * * * * * * *

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THIS IS A DRILL

 **********4**************4*********tt***;pt*************4g***44**

VI - 127 I 1

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE GAER DRILL TYPE /NO. 1987 EXERCISE CUE CARD N0. 64 TO: Fossil Operations Manager TIL At the l discretion of the CCC Controller FROM: CCC Controller T: N/A ANTICIPATED RESPONSE i

1. Determine necessity for maintaining minimal staffing levels at Little Gypsy.

2. If personnel are required to remain at the facility, consult i with EOF personnel through the CCC Technical Advisor to determine the need for KI.

1

3. If KI is an appropriate measure for Little Gypsy personnel, i determine supplier and means of transporting KI to Little Gypsy.

COMMENTS INSTRUCTIONS

                     *****-*******************************$*********************ttt**+

THIS IS A DRILL 4***********F****t******************&&***4****$***********tt**** VI - 128

1 WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 l l W3 SES EME9GENCY PREPAREDNESS DRILL CUE CARD i l DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 65 TO: Shift Supervisor TIME: 14:00 FROM: Control Room Controller T: 8:30 THIS IS A DRILL DO NOT initiate actions affectina normal clant oeerations - Make the following announcement: ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! LOUISIANA POWER & LIGHT COMPANY IS CONTINUING A TEST OF THE ; EMERGENCY RESPONSE ORGANIZATION. DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS, Repeat the announcement once. l l r*vt**********vnt**nt***<sns*ut*n******n***n****n**>n1> THIS IS A DRILL n n :v t u t e n * * *

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WATERFORD-3 SES ANNUAL EXERCISE I OCTOBER 14, 1987 l W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DBILL TYPE /NO. 1987 EXERCISE CUE CARD No. 65 TO: Shift Supervisor FROM: Control Room Controller T: 8:30 ANTICIPATED RESPONSE ; l Make the announcement. I I I W COMMENTS j 1 i I INSTRUCTIONS l l k I l 1 1

****************************tet********a**t*************:6*******

THIS IS A DRILL

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1 VI - 130

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14,.1987 E3 SES EMERGENCY PREPAREDNESS DRILL CUE CARE DRILL TYPE /NO. 1987 EXERCISE , CUE CABD NO. 66 TO: Government /Public Affairs Manager TIME: At the discretion of the CCC Controller FBOM: CCC Controller I T: N/A THIS IS A DRILL : DO NOT initiate actions affectina normal clant operations I Message from U.S. Senator (J. Bennett Johnston): Requests a technical briefing from a technically qualified company representative for the Louisiana Congressional delegation in Washington in four hours on the situation at the plant. 4 1 4tt4***************t**4$$$4*$$$444*******4$$44444444444444444444 THIS IS A DBILL

                                                                   + n r n e n v 4 n u r 14 + + * * + *

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T, WATEFFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CABD NO. 66 TO: Government /Public Affairs Manager TIME: At the discretion of the CCC Controller FROM: CCC Controller

                                                                                                        'r= N/A ANTICIPATED RESPONSE f

1. Request assistance from Emergency Director on selecting a qualified representative.

2. Secure transportation for the representative.

3. Contact congressional liaison and inform him of the I situation.

COMMENTS I l l INSTRUCTIONS l l l 4 t $ $ $ $ * * * * *

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VI - 132

WATERFORD-3 SES ANNUAL EXEBCISE OCTOBER 14, 1987 l W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD j 1 DRILL TYPE /NO. 1987 EXEECISE CUE CARD NO. 67 TO: BCC TIME: If containment entry thru personnel hatch FROM: HP Controller T= N/A THIS IS A DRILL DO NOT initiate actions affectina normal olant onerations

                             *****************************************y****:v**%**************                                                                             <

CONTINGENCY CUE CARD 1 Imolementina Conditions: If a decision is made to make a containment entry through the personnel

hatch. ; Contingency Action: Direct that the containment entry be made through t:O escape (equipment) hatch.

1 l l

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VI - 133

                                                                                                                                                            .__ _ _ __ _ _ a

WATERFOBD-3 SES ANNUAL EXEBCISE 3 OCTOBER 14, 1987 l W3 SES EMERGENCY PREPAR.EDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXEPCISE CUE CARD NO. 67 - TO: RCC TIME: If containment entry thru personnel hatch FROM: HP Controller T: N/A ANTICIPATED RESPONSE COMMENTS ! l I A containment entry is necessary in order to gain access to CVC-101 and CVC-103. An assessment of plant radiological conditions will indicate that the containment should be entered through the escape hatch. j INSTRUCTIONS l 1 Issue this cue card only if containment entry is going to be j attempted through the personnel hatch. 1

l 1 i l

          $$4*48$%i*T444%*$4V$44*444%TT$*$**t*$*$I**T*it$**tTTT*MitTT$4%+4 THIS IS A DRILL
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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 i I W.LSES_EMEBRENCLfBEEAREDUESS._DEILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 68 TO: Repair Team TIME: On team arrival @ the escape hatch FROM: HP Monitor @ RCB escape hatch , T: N/A ) THIS IS A DRILL . DO NOT initiate actions affectina normal clant coerations

.)

I Direct the repair team to enter the hot machine shop to simulate entering the containment. i

                                .                                                                                                            1 1

1 1 i

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER-14, 1987 W3 SES EMERGEMCY PREPAREDNESS DRILL CUE CAPD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 68 To: Repair Team TIME: On team arrival @ the escape hatch FROM: HP Monitor @ RCB escape hatch T= N/A ANTICIPATED RESPONSE The repair team will enter the hot machine shop.as though it is ! the containment. l COMMERIE 1 l

INSTRUCTIONS Ensure that all procedural requirements have been met to make the containment entry. When the repair team arrives at the escape hatch, direct them to simulate RCB entry by entering the hot machine shop as though it 1 is the containment. 1 l i

);

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CAR,D j DRILL TYPE /NO. 1987 EXEP.CISE CUE CARD NO. 69 TO: Mechanical Repair Team TIME: When assessing CVC-101/103 FROM: Mechanical Monitor T: N/A THIS IS A DRILL DO NOT initiate actions affecting normal clant enerations ( Give the following indications:

        - CVC - 101 valve stem is badly bent and the coupling damaged.
        - CVC - 103 shows no apparent damage upon visual inspection.
         **r*****t****tt***4t**4*unn*************************n***u*s THIS IS A DRILL

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l 1 I l' l WATERFORD-3 SES ANNUAL EXERCISE , OCTOBER 14, 1987. l 93 SES_EtiERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1982_ EXERCISE CUE CARD NO. 69 TO: Mechanical Repair Team TIME: When assessing l ! CVC-101/103 FROM: Mechanical Monitor T: N/A ANTICIPATED RESPONSE The repair team should check CVC-103 to determine if air pressure is on the valve plunger by disconnecting the vent line connection. When the vent line is disconnected, air will bleed off and the valve will shut. COMMENTS l INSTRUCTIONS Ensure that CVC-103 is not shut prior to .1545. Since the containment entry is being simulated, the mechanical repair team will not be able to actually look at the valves. The monitor will use valve drawings to give indication of the scenario conditions. 1 I l l i i e44+*************************.v***t*******+*****++$t************:e THIS IS A DRILL r + .+ t + + :t + v $ t 4 t .t v + + + 4 S t .e +

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4 VI - 138

_ _ _ _ _ _ - _ _ _ _ _ _ __ _ _ o

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 1 W3 SES EMERGENCY PREPAREDNESS DR[LL CUE CARD DRILL TYPE /NO, ___1167 EXERCISE CUE CAE" No, 70 TO: Shift Supervisor { TIME: 15:00 ' FROM: Control Room Controller T: 9:30

        ************v***************************************************

THIS IS A DRILL DO NOT initiate actions affectinn normal niant operations

         ******************k*********************************************
         - Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! LOUISIANA POWER & LIGHT COMPANY IE CONTINUING A TEST OF THE i EM",9GENCY BESPONSE ORGANIZATION, l DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS, i Repeat the announcement once, l i n t n * * * * *

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WATERFORD-3 SES ANNUAL EXEBCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO, 70 To: Shift Supervisor TIME: 15:00 FROM: Control Room Controller T=-9:30 ANTICIPATED RESPONSE Make the announcement. COMMENTS INSTRUCTION 1 i l I 4 n + + * * * * * * *

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l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CAPJ2 DRILL TYPE /NO. ,U;t7 EXERCISE CUE CABD NO, 71 TO: Field Team Controllar TIME: 15:05 FROM: EOF Dose Assessment Controller T: 9:35 THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations

                               *****************************************y**********************

Provide the following information: Bring one field team back to the plant and perform activities to conclude their activities, For the purposes of this exercise we want to demonstrate the activities required when field team duties are terminated. J l

                               * * * * * * *

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VI - 141

YEHICLE DECONTAMINATION RECORD LICENSE f: " j AKE: MODEL: COLOR: OWNER: IF OWNED BY OFFSITE AGENCY, PRINT DEPARTMENT AND ADDRESS: i 1 STATION LOCATION WHERE CONTAMINATION OCCURRED: TYPE OF WORK BEING PERFORMED: u APPARENT CAUSE OF OCCURRENCE: . HEALTH PHYSICS SUPERVISOR NOTIFIED 7 BODY DAMAGE TO VEHICLE 7 YES NO YES m NO explain DATE AND TIME DECONTAMINATION BEGAN: DATE AND TIME DECONTAMINATION COMPLETED:

f h . (

                                                                                                                                &       m        3
                                                           }                              jI r
                                                                                                                             \

1 DECONTAMINATION DATA Contamination Level Decontamination Contamination Level Contamination - Before Beginnir.g this . Technique and

After Beg 16ning this Lo::ation Decon Cycle (dpm) Agent Used Decon Cycle (dpm)-

hr 2500 1:h0 0 c, e-4 w .L 1700 (oCO Ac L it to . ' , (1 5 0 0 0

           %RTHER ACTION REQUIRED?                                Remarks:              '~i'A nd        42(ithr.                m,J Mt

_ YES NO Mt; VIEWED BY: - EP-2-032 Revision

3 -

VI-141a Attachment 7.1 (1.of.1) h _ _ _ _ _ _ _ _ _ _ _ .

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DPILL_CHE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 71 TO: Field Team Controller TIME: 15:05 FROM: EOF Dose Assessment Controller T: 9:35 ANTICIPATED RESPONSE A field team should return their vehicle to the plant, 4 A Decontamination Supervisor should be assigned to provide for surveys and decontamination of-the vehicle. COMMENTS Decontamination of a field monitoring team vehicle is require to meet an exercise objective. This cue card is issued to ensure sufficient time is available prior to termination of the exercise. INSTRUCTIONS Verify that the final conditions of EP-2-032, as they apply to the field team vehicle, are completed, n s.,s u sste n n u s u n n u r n.y+ve n g n r+,n n n v n s+,s,rs,n n ,s THIS IS A DRILL u n w n stws n gt n s ,ststss , n t n g e n + n s ,rs es u ,,es,s u n + ,,st u r,, VI - 142

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXE9CISE CUE CARD NO. 72 TO: Field Monitoring Team HP TIME: When Field Team returns to the plant FROM: Field Team Monitor T= N/A f THIS IS A DRILL DO NOT initiate actions affectina normal clant coerations

                     ****************************************************************                                                                    j i

CONTINGENCY CUE CARD i Imolementina Conditions: If the field team does not survey their l vehile as part of their concluding i I activities. Contingency Action: Direct that the field team ensure that the final conditions of EP-2-060, over which they have control are met. I ( l l l 1

                     & * * * * * * * * * * * *

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V - 143

\ WATERFORD-3 SES ANNUAL EXEBCISE OCTOBER 14, 1987 W3 SES EMEEGENCY PREPAREDNESS DRILL CUE CARD , l DBILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 73 l TO: Field Monitoring Team HP . l TIME: When Field l Team. returns to the plant FROM: Field Team Monitor T: N/A ANTICIPATED RESPONSE I The field team should: complete all surveys and air samples that have been requested. Survey themselves and their vehicles reporting results to the RAC/ Field Team Controller. COMMENTS INSTRUCTIONS

                                             ***u t***********t****+4***t44*44t**+**********4*t3*++v$****++S$

i THIS IS A DRILL

                                             .+ *

n
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v : r + + n n n u + s VI - 144

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMEPGENCY PREPAREDNESS DRILL SUE CARD l DRILL TYPE /NO. 1987 EXEECISE CUE CARD NO. 73 l To: RCC TIME: If RCC chooses not to decon the Field Team vehicle FROM: HP Controller T= N/A THIS IS A DRILL QQ NOT initiate actions affectine normal clant coerstions

                                      ****************************************************************                   i CONTINGENCY CUE CARD                                                     ,

Imolementina Conditions: If the RCC chooses not to immediately decontaminate the vehicle. Contingency Action: Inform the RCC that even though he may choose to detain the vehicle for decontamination at a later time, for the purposes of this exercise the vehicle is to be decontaminated.

                                          <f  I e k

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                                      +t444*tn*,*nttt*t**4t*******to**4*tn44*++nn4*non$,u4a+

VI - 145

l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD , i DBILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 73 TO: RCC TIME: If RCC chooses not to decon the Field Team vehicle FROM: HP Controller T: N/A ANTICIPATED RESPONSE A decontamination supervisor should be assigned and the vehicle decontaminated in accordance with Health Physics procedures. COMMENTS INSTRUCTIONS 1 l

             *.tt************************+**+*++***+************rn.t******+*+

THIS IS A DBILL

n****.***rt**e4tuv*t+**+*****n rute4.+++++ee*****4et**********

VI - 146 L----__-_________-_-___

WATERFORD-3 SES ANNUAL EXEBCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD. DRILL TYPE /NO, 1987 EXERCTSE CUE CARD NO, 74 TO: Control Room Operators TIME: 15:45 FROM: Control Room Controller T: 10:15 THIS IS A DRILL DO NOT initiate actions affectina normal nlant onerati m CVC-101 indicates intermediate. CVC-103 indicates closed.

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                                                                                                'VI - 147

1 WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /No. 1987 EXERCISE CUE CARD NO. 74 l TO: Control Room Operators TIME: 15:45 FROM: Control Room Controller T: 10:15 I ANTICIPATED RESPONSE The valve status should be reported to the Shift Supervisor and the TSC. COMMFNTS When the letdown break is isolated, the magnitude of the radiological release begins to decrease. The release rate will reduce to below detectible levels by 1615. This will be verified by field monitoring teams. INSTRUCTIONS Issue this cue card information no sooner than 1545 and then only when the operators check the valve status on CP-4. 1 i i nwsnnststnna nzuronsrununnrnsruu nnnsu u nnu THIS IS A DRILL ru vr**ntwn turs antenrunn +,ssunn una n su n nsne s t u VI - 148

f- WATERFORD-3 SES ANNUAL EXERCISE l OCTOBER 14, 1987 W3 SES EMEPGENCY PREPAREDNESS DRILL CUE CAPD DRILL TYPE /NO. 1987 EXEECISE CUE CABD NO. 75 1 TO: Shift Supervisor TIME: 16:00 FROM: Control Room Controller T= 10:30 4*************************************************************** THIS IS'A DRILL DO NOT initiate actions affectina normal clant ooerations

                    ****************************************v***********************
                    - Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! LOUISIANA POWER & LIGHT COMPANY IS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION. DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS. 1 Repeat the announcement once. t l l l i 4 * * * * * * * * *

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THIS IS A DRTLL n

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WATERFORD-3 SES ANNUAL EXEBCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1987 EXERCISE CUE CABD NO. 75 TO: Shift Supervisor TIME: 16:00 FROM: Control Boom Controller T: 10:30 ANTICIPATED RESPONSE Make the announcement. COMMENTS l INSTRUCTIONS l l i i < .' < g . . r . THIS IS A DRILL n ****wt*****z.er n n *4*st:ssta n n ssgr n n s ,,, n s ,, n :ss n rse:s n .s.s VI - 150 , C-----_-----_..---- -- _ .. J

WATERFORD-3 SES ANNUAL EXERCISE i OCTOBER 14, 1987 W3 SES EMEEGENCY PREPAREDNESS DRILL CUF CARE DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 76 TO: Emergency Coordinator TIME: 16:30 J FROM: TSC Controller T= 11:00 )

 ****************************************************************                                                        ]

THIS IS A DRILL l DO NOT initiate actions affectina normal clant overations

 ****************************************************************                                                        i Make the following announcement:                                                                                       ,

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! LOUISIANA POWER & LIGHT COMPANY HAS COMPLETED THE EXERCISE. { COMMENCE AREA CRITIQUES. ! 1 I i l I I

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 W3 SES EMERGENCY PREPAREDNESS DR,LLL_ CUE _ CARD DRILL TYPE /NO. 1987 EXERCISE CUE CARD NO. 76 TO: Emergency Coordinator TIME: 16:30 FROM: TSC Controller T= 11:00 ANTICIPATED RESPONSE 1 Documentation in each area will be assembled and provided to the Exercise Controller. ! ( Areas / Facilities will be restored to normal. Critiques will be conducted in each area. l Following the area critiques exercise activities will be complete. ; l 4 COMMENTS Following verification of termination of the radiological release I and determining that further releases are unlikely, de-escalation action may be considered. INSTRUCTIONS The EOF Controller and the TSC Controller should coordinate the l I issue of this cue card directive. Area critiques should not exceed 45 minutes, j l l l l l i

                                                             * * * * * * $ $ $ 4 4 * * * * '$ 4 4 * * * * * * * * * * * * * * * * * *

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         - - . _ - . - - _ _ _ _ . _ . - _ - - - - _ . . _ _                         ~             _.
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WATERFORD 3 SES QUARTERLY DRILL JUNE 24, 198.7 VII. CHARTS,. GRAPHS AND TABLES i l l l I I l l l I l VII-1 l l i

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 Methology and assumptions used for the development of thermal hydraulic plant transient data are as follows:

1. Total RCP control bleed off is 4 GPM.

2. A 10%/hr power reduction is initiated at 10:45 because ,

charging is lost. Power is stabilized at 12:15 and 85% l power when return of charging is imminent. RCS l temperature is maintained high to maintain pressurizer level.

3. Initial letdown break flow is 750 GPM. On activation of SIAS a letdown isolation valve partially closes to _

restrict' flow to approximately 300 GPM.

4. The reactor trips on CPC low pressure auxiliary trip at 1860 PSIA pressurizer pressure.

5. Per the EOPs the "A" RCPs are secured shortly after the trip and the "B" RCPs are secured five minutes after the trip.

1

6. A 70*F/hr cooldown is initiatd at 13:15. The cooldown rate is reduced to 40'F/hr at 15:45 when the letdown break is secured.

7. RETRAN, and EPRI thermal hydraulic simulation code was used to model plant response.

1 l l l i 1 i VII-2

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1 l 1 Sequence of Events for WSES-3 Letdown Line Break Emergency Drill l Time Event Value i 10:00:00 0:00:00 Loss of Charging Capability - 1 10:45:00 0:45:00 Begin Nuclear Power Decrease -

12:15:00 2:15:00 Hold Reactor Power 85% 12:40:00 2:40:00 Letdown Line Break - 12:40:08 2:40:00 Proportional Heaters Full on - 12:40:40 2:40:00 Backup Heaters on 2200 psia / 12:41:45 2:41:45 All Heaters off Due to Low Level 28% 12:45:14 2:45:14 Reactor Trip on CPC Auxiliary 1860 psia Low PRZR Pressure i 12:45:14 2:45:14 Turbine Trip on Reactor Trip - l 12:45:15 2:45:15 PRZR Empties - 12:45:19 2:45:19 Loss of Subcooling in Upper Head 0F

           ':45:20                 2:45:20  SIAS & CIAS                       1684 psia ,

12:45:40 2:45:20 MSR Flow Isolated 1400 psia 12:45:42 2:45:42 Partial closure of Containment 60% Isolation Valva 12:46:10 2:46:10 Trip 'A' Purps 2 pumps 12:47:20 2:47:20 HPSI Flow Starts 1400 psia 12:50:00 2:50:00 Trip 'B' RCPs 2 pumps 12:50:10 2:50:10 Minimun PRZR Pressure 1290 psia 12:50:30 2:50:30 PRZR Starts to Refil2, - 12:51:40 2:51:40 Upper Head Level at Top Indicator 67% 11:51:55 2:51: 55 HPSI Flow Stops 1400 psia 12:53:15 2:53:15 Loop 'A' Flow Zero - C______.__ _ - - - _ - _ _ . _ _

12:58:40 2:58:40 Hot Leg Subcooling Below Setpoint 20F

  ':01:25 3:01:25 Upper Head Level at Middle                                   33%

Indicator 1:01:50 3:01:50 HPSI Flow Starts Again 1400 paia 1:15:00 3:15:00 Begin Cooldown 70F/hr 2:15:30 4:15:30 PRZR Empties Again - 3:45:00 5:45:00 containment Isolation Total 100% 3:45:00 5:45:00 Cutback ADV's 40F/hr 3:45:00 5:45:00 Start Auxiliary Spray 28 gpm 3:45:10 5:45:10 PRZR Starts to Refill - 4:00:00 6:00:00 End of Drill - l 1 l l

W/ ~ERFORD-3 S ES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 0530 T= 0:00 Rx Power (%) 100 Regen Hx LTDN OUT. Temperature (F) 220 , Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 l Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) O Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 554 Plant Stack Monitor (uC1/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uCi/cc) 8.9EO Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 I l Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCi/cc) 00S l l Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 I Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1. Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 ; RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116

       #1 S/G Level (%) (NR)                          65  Cont. H2 Concentration (%)                                                                   **
       #1 S/G Level (%) (Wide)                        78  SI RECIRC Sump Level (ft)                                                                   0.5
       #1 S/G Pressure (psia)                        930  RWSP Level (%)                                                                            96.4
       #1 S/G Steam Flow (mlbm/hr)                   7_.] CSP Level (%)                                                                             93.6  !
       #1 S/G Feed Flow                                   A BAMT Level (%)                                                                             80 MFW (mlbm/hr)                 7.5  B BAMT Level (%)                                                                             79 EFW (gpm)                       0  Quench Tank Level (%)                                                                        79
       #2 S/G Level (%) (NR)                          65  Quench Tank Pressure (psig)                                                                 3.6
        #2 S/G Level (%) (Wide)                       78  Quench Tank Temperature (F)                                                                 121
        #2 S/G Pressure (psia)                       930  Annulus Pressure ("H O gage)                                                              -8.1 2
        #2 S/G Steam Flow (mlbm/hr)                  7.3
        #2 S/G Feed Flow MFW (mlbm/hr)                 7.5 EFW (gpm)                       0
                                                                               ** = signal interrupted
                                                                                 * = intermittent Plant Data Sheet Page 1   of 48 VII-PLANT-

l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 0545 T= 0:15 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220 Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40, Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gem) 0 Loop #1B Tc (F) 554 PJ ant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uC1/cc) 8.9E0 Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 ; Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uci/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 65 Cont. H2 Concentration (%) **

1 S/G Level (%) (NR)
1 S/G Level (%) (Wide) 78 SI RECIRC Sump Level (f t) 0.5
1 S/G Pressure (psia) 930 RWSP Level (%) 96.4
1 S/G Steam Flow (mlbm/hr) 7.3 CSP Level (%) 93.6
1 S/G Feed Flow A BAMT Level (%) 80 MFW (mlbm/hr) 7.5 B BAMT Level (%) 79 EFW (gpm) 0 Quench Tank Level (%) ,

79

2 S/G Level (%) (NR) 65 Quench Tank Pressure (psig) 3.6
2 S/G Level (%) (Wide) 78 Quench Tank Temperature (F) 121
2 S/G Pressure (psia) 930 Annulus Pressure ("H O gage) -8.1 2
2 S/G Steam Flow (mlbm/hr) 7.3
2 S/G Feed Flow MFW (mlbm/hr) 7.5 EFW (gpm) 0

                                                           ** = signal interrupted
                                                            * = intermittent Plant Data Sheet Page 2    of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 0600 T= 0:30 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 2R Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 i Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Cross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCi/cc) OOS Loop #2B Tc (F) 554 #1 Stean Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 l Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116

 #1 S/G Level (%) (NR)               65  Cont. H2 Concentration (%)
 #1 S/G Level (%) (Wide)             78  SI RECIRC Sump Level (ft)                                           0.5
 #1 S/G Pressure (psia)             930  RWSP Level (%)                                                    96.4
 #1 S/G Steam Flow (mlbs/hr)        7.3  CSP Level (%)                                                     93.6
 #1 S/G Feed Flow                        A BAMT Level (%)                                                     80 MFW (mlbm/hr)                   7.5  B BAMT Level (%)                                                     79 EFW (gpm)                         0  Quench Tank Level (%)                                                79
 #2 S/G Level (%) (NR)               65  Quench Tank Pressure (psig)                                         3.6
 #2 S/G Level (%) (Wide)             78  Quench Tank Temperature (F)                                         121
 #2 S/G Pressure (psia)             930  Annulus Pressure ("H O gage)                                      -8.1 2
 #2 S/G Steam Flow (mlbm/hr)        7.3
 #2 S/G Feed Flow MFW (mlbm/hr)                  7.5 EFW (gpm)                         0
                                                             ** = signal interrupted
                                                              * = intermittent Plant Data Sheet Page 3    of 48 VII-PLANT-                                                                 j

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TlhE: 0615 T= 0:45 100 Regen Hx LTDN OUT Temperature (F) 220 Rx Power (%) Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) O Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uC1/cc) 8.9E0 h Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uci/cc) OOS l Loop #2B Tc (F) 554 #1 Steam L1ne Monitor (mr/hr) 4E-1 l Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 . l Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 65 Cont. H2 Concentration (%) **

    #1 S/G Level (%) (NR)
    #1 S/G Level (%) (Wide)             78   SI RECIRC Sump Level (ft)                      0.5
    #1 S/G Pressure (psia)            930    RWSP Level (%)                               96.4
    #1 S/G Steam Flow (mlbm/hr)       7.3    CSP Level (%)                                93.6
    #1 S/G Feed Flow                         A BAMT Level (%)                                80 MFW (mlbm/hr)                  7.5   B BAMT Level (%)                                79 EFW (gpm)                        0   Quench Tank Level (%)                           79
     #2 S/G Level (%) (NR)              65   Quench Tank Pressure (psig)                    3.6
     #2 S/G Level (%) (Wide)            78   Quench Tank Temperature (F)                    121
     #2 S/G Pressure (psia)            930   Annulus Pressure ("H O gage)                 -8.1 2
     #2 S/G Steam Flow (mlbm/hr)       7.3                                                      !
     #2 S/G Feed Flow                                                                           !

MFW (mlbm/hr) 7.5 EFW (gpm) 0

                                                                  ** = signal interrupted
                                                                   * = intermittent             ,

Plant Data Sheet Page 4 of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: , 0630 T= 1:00 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220 Pzr Level (%) 57 Regen IIx CHG OUT Temperature (F) 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 l Loop #1 Th (F) 612 Safety injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 i Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uCi/ce) 8.9E_0 Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uci/ce) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 ) RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 j RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 I RCPs Operating (#) 4 Cont Temperature (F) 116 65 Cont. H2 Concentration (%) **

                                                                              #1 S/G Level (%) (NR)
                                                                              #1 S/G Level (%) (Wide)                                                          78    SI RECIRC Sump Level (f t)                                                     0.5
                                                                              #1 S/G Pressure (psia)                                                         930     RWSP Level (%)                                                        96.4
                                                                               #1 S/G Steam Flow (mlbm/hr)                                                   7.3     CSP Level (%)                                                         93.6
                                                                               #1 S/G Feed Flow                                                                      A BAMT Level (%)                                                                      30 MFW (mlbm/hr)                                      7.5    B BAMT Level (%)                                                                      79 EFW (gpm)                                           0    Quench Tank Level (%)                                                                 79
                                                                               #2 S/G Level (%) (NR)                                                           65    Quench Tank Pressure (psig)                                                     3.6
                                                                                #2 S/G Level (%) (Wide)                                                        78    Quench Tank Temperature (F)                                                       121
                                                                                #2 S/G Pressure (psia)                                                        930    Annulus Pressure ("H O gage)          __ -8.1 2
                                                                                #2 S/G Steam Flow (mlbm/hr)                                                   7.3                                                                                             ;
                                                                                #2 S/G Feed Flow MFW (mlbm/hr)                                    7.5 EFW (gpm)                                          0
                                                                                                                                                                                          ** = signal interrupted
                                                                                                                                                                                           * = intermittent Plant Data Sheet Page 5   of 48 VII-PLAN"-

L_ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ __ _ _ - _ _ _ _ _ - - _ _ _ _ _ _ _ _ _ _ _ _ _ _

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 1 PLANT DATA SECTION VII TDIE: 0645 T= 1:15 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220 Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 l Loop #1B Tc (F) 554 Plant Stack Monitor (uC1/ce) 4E-7 ) Loop #2 Tavg (F) 583 Letdown Gross Activity (uCi/cc) 8.9E0 f l Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uci/cc) 00S l Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 f Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 l RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 65 Cont. H2Concentration (%) **

 #1 S/G Level (%) (NR)
 #1 S/G Level (%) (Wide)             78  S1 REClRC Sump Level (ft)                                                      0.5
 #1 S/G Pressure (psia)             930  RWSP Level (%)                                                                96.4
 #1 S/G Steam Flow (albm/hr)        7.3  CSP Level (%)                                                                 93.6
 #1 S/G Feed Flow                        A BAMT Level (%)                                                                 80 MFW (mlbm/hr)                  7.5  B BAMT Level (%)                                                                 79 EFW (gpm)                        0  Quench Tank Level (%)                                                            79
 #2 S/G Level (%) (NR)               65  Quench Tank Pressure (psig)                                                     3.6
  #2 S/G Level (%) (Wide)            78  Quench Tank Tetrperature (F)                                                    121
  #2 S/G Pressure (psia)            930  Annulus Pressure ("H O gage)                                                  -8.1 2
  #2 S/G Steam Flow (mlbm/hr)       7.3                                                                                              l
  #2 S/G Feed Flow MFW (mlbm/hr)                  7.5 EFW (gpm)                         0
                                                                     ** = signal interrupted
                                                                      * = intermittent Plant Data Sheet Page 6    of 48                                                                                               )

VII-PLANT-

1 l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987

J PLANT DATA SECTION VII TIME: 0700 T= 1:30 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220 Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) O q Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCi/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) "L O, A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 Cont. H2 Concentration (%) **

                                               #1 S/G Level (%) (NR)               65
                                               #1 S/G Level (%) (Wide)             78    SI RECIRC Sump Level (ft)                  0.5
                                               #1 S/G Pressure (psia)            930     RWSP Level (%)                           96.4
                                               #1 S/G Steam Flow (mlbm/hr)       7.3     CSP Level (%)                            76
                                               #1 S/G Feed Flow                          A BAMT Level (%)                            80 MFW (mlbm/hr)                  7.5    B BAMT Level (%)                            79 EFW (gpm)                  _

0 Quench Tank Level (%) _ 79

                                               #2 S/G Level (%) (NR)               65    Quench Tank Pressure (psig)                3.6 j
                                               #2 S/G Level (%) (Wide)             78    Quench Tank Temperature (F)                121
                                                                                                                                        ]
                                               #2 S/G Pressure (psia)             930    Annulus Pressure ("H O gage)             -8.1 2
                                               #2 S/G Steam Flow (mlbm/hr)        7.3 i
                                                #2 S/G Feed Flow MFW (mlbm/hr)                  7.5 EFW (gpm)                          0
                                                                                                             ** = signal interrupted
                                                                                                              * = intermittent Plant Data Sheet Page ,7   of 48 V1I-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 071.i ~ T= 1:45 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220-Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) $83 Letdown Gross Activity (uCi/cc) 8.9EO Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uC1/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 1,00 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cent Temperature (F) 116

                               #1 S/G Level (%) (NR)                                65   Cont. H2 Concentration (%)                    **
                               #1 S/G Level (%) (Wide)                              78   S1 RECIRC Sump Level (ft)                    0.5
                               #1 S/G Pressure (psia)                              930   RWSP Level (%)                             96.4
                               #1 S/G Steam Flow (mlbm/hr)                         7.3   CSP Level (%),                             93.6
                               #1 S/G Feed Flow                                          A BAMT Level (%)                              80 MFW (mlbm/hr)                 7.5   B BAMT Level (%)                              79 EFW (gpm)                        0  Quench Tank Level (%)                         79
                                #2 S/G Level (%) (NR)                                65  Quench Tank Pressare (psig)                  3.6
                                #2 S/G Level (%) (Wide)                              78  Quench Tank Temperature (F)                  121
                                 #2 S/G Pressure (psia)                            930   Annulus Pressure ("H O gage)               -8.1 2
                                #2 S/G Steam Flow (mlbm/hr)                        7.3
                                 #2 S/G Feed Flow MFW (mlbm/hr)                 7.5                                                     ,

EFW (gpm) 0

                                                                                                             ** = signal interrupted
                                                                                                              * = intermittent.

Plant Data Sheet Page 8 of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 0730 T= 2:00 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220 Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Te(F) 554 Containment Spray Flow (gpm) O Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 i Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uC1/cc) 00S l Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 65 Cont. H2 Concentration (%) **

                                                                       #1 S/G Level (%) (NR)                                                                    ;
                                                                       #1 S/G Level (%) (Wide)             78  SI RECIRC Sump Level (ft)                   0.5  ]
                                                                       #1 S/G Pressure (psia)             930  RWSP Level (%)                            96.4
                                                                       #1 S/G Steam Flow (mlbm/hr)        7.3  CSP Level (%)                             93.6
                                                                       #1 S/G Feed Flow                        A BAMT Level (%)                             80  j MFW (mlbm/hr)                  7.5  B BAMT Level (%)                      ,

79 EFW (gpm) 0 Quench Tank Level (%) 79

                                                                       #2 S/G Level (%) (NR)               65  Quench Tank Pressure (psig)                 3.6
                                                                        #2 S/G Level (%) (Wide)            78  Quench Tank Temperature (F)                 121
                                                                        #2 S/G Pressure (psia)            930  Annulus Pressure ("H O gage)              -8.1 2
                                                                        #2 S/G Steam Flow (mlbm/hr)       7.3
                                                                        #2 S/G Feed Flow MFW (mlbm/hr)                  7.5                                                   l EFW (gpm)                         0
                                                                                                                                    ** = signal interrupted
                                                                                                                                     * = intermittent Plant Data Sheet Page 9    of 48 V11-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 I PLANT DATA SECTION VII TIME: 0745 l T= 2:15 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220 Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 P::r Pressure (psia) 2250 Charging Flow (gpm) 44 l

Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 554 Plant Stack Monitor (uC1/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCi/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 Cont. H2 Concentration (%) **

         #1 S/G Level (%) (NR)                                                                               65
         #1 S/G Level (%) (Wide)                                                                             78           SI RECIRC Sump Level (ft)                                       0.5
         #1 S/G Pressure (psia)                                                                            930            RWSP Level (%)                                                 96.4
         #1 S/G Steam Flow (mlbm/hr)                                                                       7.3            CSP Level (%)                                                  93.6
         #1 S/G Feed Flow                                                                                                 A BAMT Level (%)                                                  80             j MFW (mlbm/hr)                                                               7.5            B BAMT Level (%)                                                  79 l

EFW (gpm) 0 Quench Tank Level (%) 79

         #2 S/G Level (%) (NR)                                                                               65           Quench Tank Pressure (psig)                                      3.6
         #2 S/G Level (%) (Wide)                                                                      _.

78 Quench Tank Temperature (F) 121

          #2 S/G Pressure (psia)                                                                           930            Annulus Pressure ("H O gage)                                   -8.1 2
          #2 S/G Steam Flow (mlbm/hr)                                                                      7.3
          #2 S/G Feed Flow MFW (mlbm/hr)                                                               7.5 EFW (gpm)                                                                     0
                                                                                                                                              ** = signal interrupted
                                                                                                                                               * = intermittent Plant Data Sheet Page                               10    of 48 VII-PLANT-                                                                                      l

_ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ __ _ _ _ _ _ _ _ - - _ _ _ _ _-____a

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 0800 T= 2:30 i Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220 Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) _ 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 1 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0

Loop #1B Tc (F) 554 Plant Stack Monitor (uci/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCi/cc) OOS q Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 1 l Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 j RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 i Cont. H2 Concentration (%) **

                                                     #1 S/G Level (%) (NR)              65
                                                     #1 S/G Level (%) (Wide)            78   SI RECIRC Sump Level (ft)            _

0.5

                                                     #1 S/G Pressure (psia)            930   RWSP Level (%)                            96.4
                                                     #1 S/G Steam Flow (mlbm/hr)       7.3   CSP Level (%)                         ,

93.6 I

                                                     #1 S/G Feed Flow                        A BAMT Level (%)                             80 MFW (mlbm/hr)                  7.5   B BAMT Level (%)                             79 EFW (gpm)                        0   Quench Tank Level (%)                        79
                                                     #2 S/G Level (%) (NR)              65   Quench Tank Pressure (psig)                 3.6
                                                     #2 S/G Level (%) (Wide)            78   Quench Tank Temperature (F)                 121
                                                     #2 S/G Pressure (psia)            930   Annulus Pressure ("H O gage)              -8.1 2
                                                     #2 S/G Steam Flow (mlbm/hr)       7.3
                                                     #2 S/G Feed Flow MFW (mlbm/hr)                  7.5 EFW (gpm)                        0
                                                                                                                 ** = signal interrupted
                                                                                                                  * = intermittent Plant Data Sheet Page 11    of 48 V11-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 0815 T= 2:45 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220 Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gpm). 0 ) Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 f Loop #2 Tavg (F) 583 Letdown Grosa Act1vity (uCi/cc) 8.9E0 Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCi/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 f i RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 ) RCPs Operating (#) 4 Cont Temperature (F) 116 65 Cont. H2 Concentration (%) **

 #1 S/G Level (%) (NR)
 #1 S/G Level (%) (Wide)            78    SI RECIRC Sump Level (ft)                         0.5
 #1 S/G Pressure (psia)            930    RWSP Level (%)                                   96.4
 #1 S/G Steam Flow (mlbm/hr)       7.3    CSP Level (%)                                    93.6
 #1 S/G Feed Flow                         A BAMT Level (%)                                    80 MFW (mlbm/hr)                  7.5    B BAMT Level (%)                                    79 EFW (gpm)                         0   Quench Tank Level (%)                               79
 #2 S/G Level (%) (NR)              65    Quench Tank Pressure (psig)                        3.6
 #2 S/G Level (%) (Wide)            78    Quench Iank Temperature (F)                        121
 #2 S/G Pressure (psia)            930    Annulus Pressure ("H O gage)                     -8.1 2
 #2 S/G Steam Flow (mlbm/hr)       7. 3
 #2 S/G Feed Flow f    MFW (mlbm/hr)                  7.5 EFW (gpm)                        0
                                                              ** = signal interrupted
                                                               * = intermittent i

Plant Data Sheet Page 12 of 48 V11-PLANT-l

                                                                              --__               _J

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 I i PLANT DATA SECTION VII TIME: 0830 T= 3:00 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220 Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 l Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 l Loop f1A Tc(F) 554 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uC1/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116

                                                                       #1 S/G Level (%) (NR)               65  Cont. H2 Concentration (%)                   **
                                                                       #1 S/G Level (%) (Wide)             78  SI RECIRC Sump Level (ft)                  0.5
                                                                       #1 S/G Pressure (psia)             930  RWSP Level (%)                            96.4
                                                                       #1 S/G Steam Flow. (mlbalhr)       7.3  CSP Level (%)                             93.6
                                                                       #1 S/G Feed Flow                        A BAMT Level (%)                             80 MFW (mlbm/hr)                   7.5  B BAMT Level (%)                             79 EFW (gpm)                         0  Quench Tank Level (%)                        79
                                                                       #2 S/G Level (%) (NR)               65  Quench Tank Pressure (psig)                 3.6
                                                                       #2 S/C Level (%) (Wide)             78  Quench Tank Temperature (F)                 121
                                                                       #2 S/G Pressure (psia)             930  Annulus Pressure ("H 2O gage)             -8.1
                                                                       #2 S/G Steam Flow (mlbm/hr)        7.3
                                                                       #2 S/G Feed Flow MFW (mlbm/hr)                  7.5 EFW (gpm)                         0 l
                                                                                                                                    ** = signal interrupted l
                                                                                                                                     * = intermittent Plant Data Sheet Page 13    of 48 VII-PLANT-

WATERFORD-3'SES' ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 0845 T= 3:15 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220 Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 l Charging Flow (gpm) 44 ! Pzr Pressure (psia) 2250 Loop #1 Tavg (F) 583 Letdown Flow (gpm) _ 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 l Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 l

Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Latdown Gross Activity (uci/ce) 8.9E0 Loop #2 Th (F) 612 S;ack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uC1/cc) 00S ! Loop #2B Tc (F) 554, #1 Steam Line Monitor (mr/hr) 4E-1 l Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 I RCPs Operating (#) 4 Cont Temperature (F) 116 Cont. H2 Concentration (%) ** '

                                                                                 #1 S/G Level (%) (NR)              65
                                                                                 #1 S/G Level (%) (Wide)            78    SI RECIRC Sump Level (ft)                                              0.5    [
                                                                                 #1 S/G Pressure (psia)            930    RWSP Level (%)                                                       96.4
                                                                                 #1 S/G Steam Flow (mlbm/hr)       7.3    CSP Level (%)                                                         9.36
                                                                                 #1 S/G Feed Flow                         A BAMT Level (%)                                                        80   ;

i" MFW (mlbm/hr) 7.5 B BAMT Level (%) 79 EFW (gpm) 0 Quench Tank Level (%) 79

                                                                                 #2 S/G Level (%) (NR)              65    Quench Tank Pressure (psig)                                            3.6
                                                                                 #2 S/G Level (%) (Wide)            78    Quench Tank Temperature (F)                                            121
                                                                                 #2 S/G Pressure (psia)            930    Annulus Pressure ("H O gage)                                         -8.1 2
                                                                                 #2 S/G Steam Flow (mlbm/hr)       7.3
                                                                                 #2 S/G Feed Flow MFP (mlbm/hr)                 7.5 EFW (gpm)                        0
                                                                                                                                                 ** = signal interrupted
                                                                                                                                                    * = intermittent Plant Data Sheet Page 14   of 48 VII-PLANT-

1 WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 0900 T= 3:30 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 220 l Pzr Level (%) ___,_, 5 7 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) O Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 t Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/ce) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uCi/ce) 8.9EO Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 l Condenser Vacuum Monitor (uCi/cc) 00S Loop #2A Tc (F) 52 l i Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 4 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 65 Cont. Hg Concentration (%) **

 #1 S/G Level (%) (NR)
 #1 S/G Level (%) (Wide)               78    SI RECIRC Sump Level (ft)                                     0.5
 #1 S/G Pressure (psia)              930     RWSP Level (%)                                              96.4   j
 #1 S/G Steam Flow (mlbm/hr)         7.3     CSP Level (%)                                                93.6   I
 #1 S/G Feed Flow                            A BAMT Level (%)                                                80  l MFW (mlbm/hr)                    7.5    B BAMT Level (%)                                                79 EFW (gpm)                          0    Quench Tank Level (%)                                           79
  #2 S/G Level (%) (NR)                65    Quench Tank Pressure (psig)                                   3.6
  #2 S/G Level (%) (Wide)              78    Quench Tank Temperature (F)                                    121
  #2 S/G Pressure (psia)              930    Anr.ulus Pressure ("H O gage)                                -8.1 2
  #2 S/G Steam Flow (mlbm/hr)         7.3
  #2 S/G Feed Flow MFW (mlbm/hr)                    7.5 EFW (gpm)                           0
                                                                  ** = signal interrupted
                                                                   * = intermittent Plant Data Sheet Page 15     of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 0915 T= 3:45 100 Regen Hx LTDN OUT Temperature (F) 220 Rx Power (%) Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Pressure (psla) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uci/ce) 8.9E0 l Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 ) Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCf./cc) 00S l Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 ) Core Exit Themnocouples (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Hr.ad Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 65 Cont. H2 Concentration (%) **

1 S/G Level (%) (NR)
1 S/G Level (%) (Wide) 78 SI RECIRC Sump Level (ft) 0.5
1 S/G Pressure (psia) 930 RWSP Level (%) 96.4
1 S/G Steam Flow (mlbm/hr) 7.3 CSP Level (%) 93.6
1 S/G Feed Flow A BAMT Level (%) 80 MFW (mlbm/hr) 7.5 B BAMT Level (*) 79 EFW (gpm) 0 Quench Tank Level (%) 79
2 S/G Level (%) (NR) 65 Quench Tank Pressure (psig) 3.6
2 S/G Level (%) (Wide) 78 Quench Tank Temperature (F) 121

#2 S/G Pressure (psia)           930    Annulus Pressure ("H O gage)                                 -8.1 2
#2 S/G St eam Flow (mlbm/hr)     7.3
#2 S/G Foed Flow MFW (.n1bm/hr)                7.5 EFW (gpm)                        0
                                                            ** = signal interrupted
                                                             * = intermittent Plant Data Sheet Page 16   of 48                                                                      0 VII-PLANT-

_--_ -__- _ _ - Q

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 , PLANT DATA SECTION VII TIME: 0930 T= 4:00 100 Regen Hx LTDN OUT Temperature (F) 220 Rx Power (%) 57 Regen Hx CHG OUT Temperature (F) 435 Pzr Level (%) Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 554 Plant Stack Moniter (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uci/cc) 8.9EO Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uC1/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116

                                   #1 S/G Level (%) (NR)                65    Cont. H2 Concentration (%)
                                   #1 S/G Level (%) (Wide)              78    SI RECIRC Sump Level (ft)                         0.5
                                   #1 S/G Pressure (psia)              930    RWSP Level (%)                                  96.4
                                   #1 S/G Steam Flow (mlbm/hr)         7.3    CSP Level (%)                                   93.6
                                   #1 S/G Feed Flow                           A BAMT Level (%)                                     80 MFW (mlbm/hr)                 7.5    B BAMT Level (%)                                      79 EFW (gpm)                       0    Quench Tank Level (%)                                 79
                                    #2 S/G Level (%) (NR)               65    Quench Tank Pressure (psig)                       3.6
                                    #2 S/G Level (%) (Wide)             78    Quench Tank Temperature (F)                        121
                                    #2 S/G Pressure (psia)             930    Annulus Pressure ("H O gage) 2
                                                                                                                              -8.1
                                    #2 S/G Steam Flow (mlbm/hr)        7.3
                                    #2 S/G Feed Flow MFW (mlbm/hr)                 7.5 EFW (gpm)                        0
                                                                                                   ** = signal interrupted
                                                                                                    * = intermittent Plant Data Sheet Page 17   of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 0945 j T= 4:15 Rx Power (%) 100 Regen Ex LTDN OUT Temperature (F) 220 Pzr Level (%) 57 Regen Hx CHG OUT Temperature (F) 435 l Pzr Pressure (psia) 2250 Charging Flow (gpm) 44 i Loop #1 Tavg (F) 583 Letdown Flow (gpm) 40 Loop #1 Th (F) _ 612 Safety Injection Flow (gpm) O Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0

Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/ce) 4E-7 ] Loop #2 Tavg (F) 583 Letdown Gross Activity (uC1/cc) _ 8.9E0 l Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uci/cc) OOS Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Mr.rgin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3

RVLM Upper Head Level (%) _ 100 B Cont lii-Range Rad Monitor (R/hr) 1.0E-3 J RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 Cont. H2 Concentration (%) **

 #1 S/G Level (%) (NR)               65
 #1 S/G Level (%) (Wide)             78    SI RECIRC Sump Level (ft)                  0.5
 #1 S/G Pressure (psia)             930    RWSP Level (%)                            96.4     l
 #1 S/G Steam Flow (mlbm/hr)       '7.3    CSP Level (%)                             93.6
 #1 S/G Feed Flow                          A BAMT Level (%)                            80 7.5                                                79     l MFW (mlbm/hr)                         B BAMT Level (%)

EFW (gpm) 0 Quench Tank Level (%) 79 l

 #2 S/G Level (%) (NR)               65    Quench Tank Pressure (psig)                3.6
 #2 S/G Level (%) (Wide)         _

78 Quench Tank Temperature (F) 121 l

 #2 S/G Pressure (psia)             930    Annulus Pressure ("H O gage)              -8.1     j 2
  #2 S/G Steam Flow (mlbm/hr)       7.3
 #2 S/G Feed Flow l     MFW (mlbm/hr)                  7.5 EFW (gpm)                         0
                                                               ** = signal interrupted
                                                                * = intermittent Plant Data Sheet Page 18    of 48 l

V11-PLANT- { l 1

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1000 T= 4:30 100 Regen Hx LTDN OUT Temperature (F) 467 Rx Pover (%) 57 Regen Hx CHG OUT Temperature (F) 447 Pzr Level (%) i Pzr Pressure (psia) 2250 Charging Flow (gpm) 0 ! Loop #1 Tavg (F) 583 Letdown Flow (gpm) 0 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 1 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 l Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 ; l ( i Loop #2 Tavg (F) 583 Letdown Gross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 l Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCi/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 j j #1 S/G Level (%) (NR) 65 Cont. H2 Concentration (%) 5'* l #1 S/G Level (%) (Wide) 78 SI RECIRC Sump Level (ft) 0.5

                                                                          #1 S/G Pressure (psia)                                          930  RWSP Level (%)                            96.4 i                                                                           #1 S/G Steam Flow (mlbm/hr)                                    7.3  CSP Level (%)                             93.6   l
                                                                           #1 S/G Feed Flow                                                    A BAMT Level (%)                             80 l

MFW (mlbm/hr) 7.5 B BAMT Level (%) 79 EFW (gpm) 0 Quench Tank Level (%) 799 j

                                                                            #2 S/G Level (%) (NR)                                          65  Quench Tank Pressure (psig)                 3.6
                                                                           #2 S/G Level (%) (Wide)                                         78  Quench Tank Temperature (F)                 121  !
                                                                            #2 S/G Pressure (psia)                                        930  Annulus Pressure ("H O gage)              -8.1 2
                                                                            #2 S/G Steam Flow (mlbm/hr)                                   7.3
                                                                             #2 S/G Feed Flow MFW (mibm/hr)                    7.5 EFW (gpm)                         0
                                                                                                                                                                    ** = signal interrupted
                                                                                                                                                                     * = intermittent Plant Data Sheet Page 19   of 48 l                                                                                                                                      VII-PLANT-l

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 l PLANT DATA SECTION VII TIME: 1015 l T= 4:45 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 423 Pzr Level (%) 56.4 Regen Hx CHG OUT Temperature (F) 405 Pzr Pressure (psia) 2250 Charging Flow (gpm) 0 Loop #1 Tavg (F) 583 Letdown Flow (gpm) 0 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Te(F) 554 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/ce) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uC1/cc) 8.9EO Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum ibnitor (uC1/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116

                                                                       #1 S/G Level (%) (NR)                                    65  Cont. H2 Concentration (%)                                     _
                                                                       #1 S/G Level (%) (Wide)                                  78  SI RECIRC Sump Level (ft)                                                   0.5
                                                                      #1 S/G Pressure (psia)                                   930  RWSP Level (%)                                                            96.4      l
                                                                       #1 S/G Steam Flow (mlbm/hr)                             7.3  CSP Level (%)                                                             93.6
                                                                       #1 S/G Feed Flow                                            A BAMT Level (%)                                                              80 MFW (mlbm/hr)                   7.5  B BAMT Level (%)                                                             79 EFW (gpm)                         0   Quench Tank Level (%)                                                       79
                                                                       #2 S/G Level (%) (NR)                                    65  Quench Tank Pressure (psig)                                                 3.6
                                                                       #2 S/G Level (%) (Wide)                                  78  Quench Tank Temperature (F)                                                 121
                                                                       #2 S/G Pressure (psia)                                  930  Annulus Pressure ("H O gage)                                              -8.1 2
                                                                       #2 S/G Steam Flow (mlbm/hr)                             7.3                                                                                      :

1

                                                                       #2 S/G Feed Flow                                                                                                                                 {

MFW (mlbm/hr) 7.5 EFW (gpm) 0 { l l

                                                                                                                                                        ** = signal interrupted                                         j
                                                                                                                                                         * = intermittent Plant Data Sheet Page 20    of 48                                                                                      2 l

1 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TLt1E: 1030 T= 5:00 Rx Power (%) 100 Regen Ex LTDN OUT Temperature (F) 382 Pzr Level (%) 55.8 Regen Rx CHG OUT Temperature (F) 367 Pzr Pressure (psia) 2250 Charging Flow (gpm) O Loop #1 Tavg (F) 583 Letdown Flow (gpm) 0 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Te(F) 554 Containment Spray Flow (gpm) O Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Gross Activity (uCi/cc) 8.9EO Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCi/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monf. tor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) _ 116 65 Cont. H2 Concentration (%) **

                             #1 S/G Level (%) (NR)
                             #1 S/G Level (%) (Wide)             78  SI RECIRC Sump Level (ft)                   0.5
                             #1 S/G Pressure (psia)             930  RWSP Level (%)                            96.4
                             #1 S/G Steam Flow (mlbm/hr)        7.3  CSP Level (%)                             93.6
                             #1 S/G Feed Flow                        A BAMT Level (%)                             80 MFW (mlbm/hr)                   7.5  B BAMT Level (%)                             79 EFW (gpm)                         0  Quench Tank Level (%)                        79
                             #2 S/G Level (%) (NR)               65  Quench Tank Pressure (psig)                 3.6
                             #2 S/G Level (%) (Y1de)             78  Quench Tank Temperature (F)                 121
                             #2 S/G Presstra (paia)             930   Annulus Pressure ("H O gage)             -8.1 2
                             #2 S/G Steam Flow (mlbm/hr)        7.3
                             #2 S/G Feed Flow MFW (mlbm/hr)                   7.5 EFW (gpm)                          0
                                                                                          ** = signal interrupted
                                                                                           * = intermittent Plant Data Sheet Page 21     of 48 V11-PLANT-

WATERFORD-3 SES ANNUAL ' EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1045 T= 5:15 Rx Power (%) 100 Regen Hx LTDN OUT Temperature (F) 347 Pzr Level (%) 55.2 Regen Hx CHG OUT Temperature (F) 334 Pzr Pre::sure (psia) 2250 Charging Flow (gym) O Loop #1 Tavg (F) _ 583 Letdown Flow (gpm) 0 Loop #1 Th (F) 612 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 583 Letdown Grcss Activity (uC1/cc) 8. 9 EO, Loop #2 Th (F) 612 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCi/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 623 #2 Steam Lin Monitor (mr/hr) 3.3E-1 1 Subcooled Margin (F) 30 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 Cont. H2 Concentration (%) **

1 S/G Level (%) (NR) 65
1 S/G Level (%) (Wide) 78 SI RECIRC Sump Level (ft) 0.5
1 S/G Pressure (psia) 930_ RWSP Level (%) 96.4
1 S/G Steam Flow (mlbm/hr) 7.3 CSP Level (%) 93.6
1 S/G Feed Flow A BAMT Level (%) 80 l 1

MFW (mitm/hr) 7.5 B BAMT Level (%) 79 EFW (gpe) 0 Quench Tank Level (%) 79

2 S/G Level (%) (NR) 65 Quench Tank Pressure (psig) 3.6
2 S/G Level (%) (Wide) 78 Quench Tank Temperature (F) 121 l
2 S/G Pressure (psia) 930 Annulur Pressure ("H O gage) -7.9 2
2 S/G Steam Flow (mlbm/hr) 7.3
2 S/G Feed Flow l MFW (mlbm/hr) 7.5 EFW (gpm) 0 i

l

                                                            ** = signal interrupted      1
                                                             * = intermittent Plant Data Sheet Page 22     of 48                                                   !

VII-PLANT-

WATERFORD-3 SES AKNUAL EXERCISE OCTOBER 14, 1987 i PLANT DATA SECTION VII TIME: 1100 T= 5:30 Rx Power (%) 97.5 Regen Hx LTDN OUT Temperature (F) 316 Pzr Level (%) 53.7 Regen Rx CHG OUT Temperature (F) 305 Pzr Pressure (psia) 2250 Charging Flow (gpm) 0 . Loop #1 Tavg (F) 582 Letdown Flow (gpm) O Loop #1 Th (F) 610 Safety Injection Flow (gpm) 0 Loop s1A Tc(F) 554 Containment Spray Flow (gpm) O t Locp #1B Tc (F) 554 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 582 Letdown Gross Activity (uCi/cc) 8.9EO Loop #2 Th (F) 610 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uCi/ce) 00S ( Loop #2B Te (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1_ l l Core Exit Thermocouple (F) 621 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 32 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 l PVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 l 1 RCPs Operating (#) 4 Cont Temperature (F) 116

                                                                                                                                          )
                             #1 S/G Level (%) (NR)                   65  Cont. H2 Concentration'(%)                          **
                             #1 S/G Level (%) (Wide)                 78  SI RECIRC Sump Level (ft)                        0.5
                             #1 S/G Pressure (psia)                 931  RWSP Level (%)                                 96.4
                             #1 S/G Steam Flow (mlbm/hr)            7.1  CSP Level (%)                                  93.6
                             #1 S/G Feed Flow                            A BAMT Level (%)                                    80 MFW (mlbm/hr)                       7.3  B BAMT Level (%)                                    79 EFW (gpm)                             0  Quench Tank Level (%)                               79
                             #2 S/G Level (%) (NR)                   65  Quench Tank Pressure (psig)                       3.6
                             #2 S/G Level (%) (Wide)                 78  Quench Tank Temperature (F)                       121
                             #2 S/G Pressure (psia)                 931  Annulus Pressure ("H O gage)                   -8.0              l 2
                             #2 S/G Steam Flow (mlbm/hr)            7.1
                             #2 S/G Feed Flow MFW (mlbm/hr)                       7.3 EFW (gpm)                              0
                                                                                             ** = signal interrupted
                                                                                              * = intermittent Plant Data Sheet Page 23        of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1115 T= 5:45 Rx Power (%) 95 Regen Hx LTDN OUT Temperature (F) 290 Pzr Level (%) 52.3 Regen Hx CHG OUT Temperature (F) 280 Pzr Pressure (psia) 2250 Charging Flow (gpm) O Loop #1 Tavg (F) 581 Letdown Flow (gpm) + 0 Loop #1 Th (F) 608 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 554 Plant Stack Monitor (uC1/cc) 4E-7 Loop #2 Tavg (F) 581 Letdown Gross Activity (uC1/cc) 8.9E0 j Loop #2 Th (F) 608 Stack Flow Rate'(cfm) 7E4 Loop #2A Tc (F) 554 Condenser Vacuum Monitor (uC1/cc) 00S Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 619 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 34 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 65 Cont. H2 Concentration (%) **

 #1 S/G Level (%) (NR)
 #1 S/G Level (%) (Wide)             78  SI RECIRC Sump Level (ft)                          0.5
 #1 S/G Pressure (psia)             932 RWSP Level (%)                                     96.4
 #1 S/G Steam Flow (mlbm/hr)        6.9  CSP Level (%)                                     93.6_
 #1 S/G Feed Flow                       A BAMT Level (%)                                      80 MFW (mlbm/hr)                   7.1  B BAMT Level (%)                                     79 EFW (gpm)                         0  Quench Tank Level (%)                                79
 #2 S/G Lovel (%) (NR)               65  Quench Tank Pressure (psig)                         3.6
 #2 S/G Level (%) (Wide)             78  Quench Tank Temperature (F)                         121
 #2 S/G Pressure (psia)             932  Annulus Pressure ("H O gage)                      -8.0 2
 #2 S/G Steam Flow (mlbm/hr)        6.9
 #2 S/G Feed Flow MFW (mlbm/hr)                   7.1 EFW (gpm)                         0
                                                             ** = signal interrupted
                                                              * = intermittent Plant Data Sheet Page 24    of 48 VII-PLANT-i                                                                          __ _ _ _ _

d WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1130 T= 6:00 ) 92.5 Regen Hx LTDN OUT Temperature (F) 267 Rx Power (%) 50.8 Regen Hx CHG OUT Temperature (F) 259 l Pzr Level (%) Pzr Pressure (psia) 2250 Charging Flow (gpm) 0 Loop #1 Tavg (F) 581 Letdown Flow (gpm) 0 Loop #1 Th (F) 607 Safety Injection Flow (gpm) O Loop #1A Tc(F) 554 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 554, Plant Stack Monitor (uC1/cc) 4E-7 Loop #2 Tavg (F) 581 Letdown Gross Activity (uC1/cc) 8.9EO Loop #2 Th (F) 607 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 554 condenser Vacuum Monitor (uC1/ce) 00s Loop #2B Tc (F) 554 #1 Steam Line Monitor (mr/hr) 4E-1 l Core Exit Thermocouple 618 #2 Steam Line Monitor (mr/hr) 3,3E-1 (F) Subcooled Margin (F) 35 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 I RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 65 Cont. H2 Concentration (%) **

                                                                           #1 S/G Level (%) (NR)                                                                                            l
                                                                           #1 S/G Level (%) (Wide)                                   78  SI RECIRC Sump Level (ft)                   0.5
                                                                           #1 S/G Pressure (psia)                                  934   RWSP Level (%)                            96.4
                                                                           #1 S/G Steam Flow (mlbm/hr)                             6.8   CSP Level (%)                              93.6
                                                                           #1 S/G Feed Flow                                              A BAMT Level (%)                              80   i MFW (mlbm/hr)                     6.9   B BAMT Level (%)                              79 EFW (gpm)                  __

0 Quench Tank Level (%) 79

                                                                            #2 S/G Level (%) (NR)                                    65  Quench Tank Pressure (psig)                 3.6
                                                                            #2 S/G Level (%) (Wide)                                  78  Quench Tank Temperature (F)                  121
                                                                            #2 S/G Pressure (psia)                                  934  Annulus Pressure ("H O gage)               -8.1 2
                                                                            #2 S/G Steam Flow (mlbm/hr)                             6.8
                                                                            #2 S/G Feed Flow MFW (mlbm/hr)                      6.9 EFW (gpm)                             0
                                                                                                                                                              ** = signal interrupted
                                                                                                                                                               * = intermittent Plant Data Sheet Page 25     of 48 V11-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1145 1 T= 6:15 Rx Power (%) 90 ' Regen Hx LTDN OUT Temperature (F) 247 j I Pzr Level (%) ,,_ 49.3 Regen Hx CHG OUT Temperature (F) 240 Pzr Pressure (psia) 2250 Charging Flow (gpm) O Loop #1 Tavg (F) 579 Letdown Flow (gpm) 0 l Loop #1 Th (F) 605 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 553 Contairutent Spray Flow (gpm) 0 Loop #1B Tc (F) 553 Plant Stack Monitor (uci/cc) 4E-7 q Loop #2 Tavg (F) 579 Letdown Gross Activity (uCi/ce) 8.9EO I Loop #2 Th (F) 605 Stack Flow Rate (cfs) 7E4 Loop #2A Tc (F) 553 Condenser Vacuum Monitor (uC1/cc) 00S Loop #2B Tc (F) @ #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 616 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 37 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 j RVLM Upper Head Level (%) ,, 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) _ 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 )

                             #1 S/G Level (%) (NR)                                                       65    Cont. Hy Concentration (%)                                               **
                             #1 S/G Level (%) (Wide)                                                     78    S1 RECIRC Sump Level (ft)                                               0.5   j
                             #1 S/G Pressure (psia)                                                     935    RWSP Level (%)                                                        96.4
                             #1 S/G Steam Flow (mlbm/hr)                                                6.6    CSP Level ,(%)                                                        93.6
                             #1 S/G Feed Flow                                                                  A BAMT Level (%)                                                         80 MFW (mlbm/hr)                                                           6.7    B BAMT Level (%)                                                         79 EFW (gpm)                                                                 0    Quench Tank Level (%)                                                    79
                             #2 S/G Level (%) (NR)                                                       65    Quench Tank Pressure (psig)                                             3.6
                             #2 S/G Level (%) (Wide)                                                     78    Quench Tank Temperature (F)                                             121
                             #2 S/G Pressure (psia)                                                     935    Annulus Pressure ("H O gage)                                          -8.1 2
                             #2 S/G Steam Flow (mlbm/hr)                                           ,

6.6

                             #2 S/G Feed Flow                                                                                                                                                  ,

4 MFW (mlbm/hr) 6.7 ! EFW (gpm) 0

                                                                                                                                    ** = signal interrupted
                                                                                                                                     * = interstittent i

Plant Data Sheet Page 26 of 48 V11-PLANT-i

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 ) PLANT DATA SECTION VII TIME: 1200 T= 6:30 Rx Power (%) 87.5 Regen Hx LTDN OUT Temperature (F) 230 Pzr Level (%) 47.9 Regen Hx CHG OUT Temperature (F) 224 Par Pressure (psia) 2250 Cnarging Flow (gpm) 0 Loop #1 Tavg (F) 578 Letdown Flow (gpm) O Loop #1 Th (F) 603 Safety Injection Flow (gpm) O Loop #1A Tc(F) 553 Containment Spray Flow (gpm) 0 I Loop #1B Tc (F) 553 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 578 Letdown Gross Activity (uN !cc) 8.9E0 j Loop //; Ih i Fi , 603 Stack Flow Rate (cfm) 7E4 Locp #2A Tc (F) 553 Condenser Vacuum Monitor (uCi/cc) 00S Loop #2B Tc (F) 553 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 614 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 39 A Cont Hi-Range Red Monitor (R/hr) 1.0E-3 i RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116

   #1 S/G Level (%) (NR)                          65   Cont. H2 Concentration (%)                  **
   #1 S/G Level (%) (Wide)                        78   SI RECIRC Sump Level (ft)                 0.5
   #1 S/G Pressure (psia)                        936   RWSP Level (%)                           96.4
   #1 S/G Steam Flow (mlbm/hr)                   6.4   CSP Level (%)                            93.6
   #1 S/G Feed Flow                                    A BAMT Level (%)                            80 MFW (mlbm/hr)                   6.5   B BAMT Level (%)                            79 EFW (gpo)                          0  Quench Tank Level (%)                       79
    #2 S/G Level (%) (NR)                         65   Quench Tank Pressure (psig)                3.6
    #2 S/G Level (%) (Wide)                       78   Quench Tank Temperature (F)                121
                                                                                                                   ]
    #2 S/G Pressure (psia)                       936   Annulus Pressure ("H O gage)             -8.0 2
    !2 S/G Steam Flow (mlbm/hr)                  6.4
    #2 S/G Feed Flow MFW (mlbm/hr)                   6. 5, EFW (gpm)                          0
                                                                           ** = signal interrupted
                                                                            * = intermittent Plant Data Sheet Page 27    of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 l 1 I PLANT DATA SECTION VII TIME: 1230 T= 7:00 Rx Power (%) 85 Regen Hx LTDN OUT Temperature (F) 203 Pzr Level (%) 45.8 Regen Hx CHG OUT Temperature (F) 198 J Pzr Pressure (psia) 2250 Charging Flow (gpm) 0 Loop #1 Tavg (F) 577 Letdown Flow (gpm) 0 Loop #1 Th (F) 601 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 553 Containmr.nt Spray Flow (gpm) 0 Loop #1B Tc (F) 553 Plant Stack Monitor (uC1/cc) 4Ed Loop #2 Tavg (F) 577 Letdown Gross Activity (2Ci/c.r.) S.9E0 Loop #2 Th (F) 601 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 553 Condenser Vacuum Monitor (uC1/cc) 00S Loop #2B Tc (F) 553 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 612 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 41 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Leve.1 (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 Cont. H2 Concentration (%) **

                               #1 S/G Level (%) (NR)               65
                               #1 S/G Level (%) (Wide)             78  SI RECIRC Sump Level (ft)                                            0.5
                               #1 S/G Pressure (psia)             937  RWSP Level (%)                                                      96.4
                               #1 S/G Steam Flow (mlbm/hr)        6.3  CSP Level (%)                                                       93.6
                               #1 S/G Feed Flow                        A BAMT Level (%)                                                       80 MFW (mlbm/hr)                   6.4  B BAMT Level (%)                                                       79 EFW (gpm)                         0  Quench Tank Level (%)                                                  79
                               #2 S/G Level (%) (NR)               65  Quench Tank Pressure (psig)                                          3.6
                               #2 S/G Level (%) (Wide)             78  Quench Tank Temperature (F)                                           121
                               #2 S/G Pressure (psia)             937  Annulus Pressure ("H O gage)                                        -8.0 2
                               #2 S/G Steam Flow (mlbm/hr)        6.3
                               #2 S/G Feed Flow MFW (mlbm/hr)                   6.4 EFW (gpm)                         0                                                                            {

l i

                                                                                            ** = signal interrupted
                                                                                             * = intermittent Plant Data Sheet Page 29    of 48                                                                            ]

l VII-PLANT-

i WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1240 T= 7:10 Rx Power (%) 85 Regen Hx LTDN OUT Temperature (F) 525 Pzr Level (%) 38 Regen Hx CHG OUT Temperature (F) 518 Pzr Pressure (psia) 2175 Charging Flow (gpm) 44 Loop #1 Tavg (F) 577 Letdown Flow (gpm) 0 Loop #1 Th (F) 601 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 553 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 553 Plant Stack Monitor (uCi/cc) 4E-7 Loop #2 Tavg (F) 577 Letdown Gross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) 601 Stack Flow Rate (cfm) 7E4 Loop #2A Tc (F) 553 Condenser Vacuum Monitor (uCi/ce) 00S Loop #2B Tc (F) 553 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 612 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 36 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116

            #1 S/G Level (%) (NR)                                                                  65    Cont. H2 Concentration (%)                  **
             #1 S/G Level (%) (Wide)                                                               87    SI RECIRC Sump Level (ft)                 0.5
            #1 S/G Pressure (psia)                                                                937    RWSP Level (%)                           96.4
            #1 S/G Steam Flow (mlbm/hr)                                                           6.3    CSP Level (%)                            93.6
            #1 S/G Feed Flow                                                                             A BAMT Level (%)                            80 MFW (mlbm/hr)                                            6.4    B BAMT Level (%)                            79 EFW (gpm)                                                     0 Quench Tank Level (%)                       79
             #2 S/G Level (%) (NR)                                                                 65    Quench Tank Pressure (psig)               3.6
             #2 S/G Level (%) (Wide)                                                               87    Quench Tank Temperature (F)                121
             #2 S/G Pressure (psia)                                                               920    Annulus Pressure ("H 0 gage)             -8.0 3
             #2 S/G Steam Flow (mlbm/hr)                                                          6.3
             #2 S/G Feed Flow MFW (mlbm/hr)                                           6.4 EFW (gpm)                                                    0
                                                                                                                             ** = signal interrupted
                                                                                                                              * = intermittent Plant Data Sheet Page 30 of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE i OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1245 T= 7:15 Rx Power (%) 9.0E-1 Regen Hx LTDN OUT temperature (F) 529,, Pzr Level (%) 0 Regen Hx CHG OUT Temperature (F) 52.1, Pzr Pressure (psia) 1513 Charging Flow (gpm) 4 4., Loop #1 Tavg (F) 552 Letdown Flow (gpm) Q Loop #1 Th (F) 555 Safety Injection Flow (gpm) O Loop #1A Tc(F) 547 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 547 Plant Stack Monitor (uCi/cc) 4.4E-3 Loop #2 Tavg (F) 552 Letdown Gross Activity (uC1/cc) 8.9E0 Loop #2 Th (F) 555 Stack Flow Rate (cfm) 13,000 Loop #2A Tc (F) 547 Condenser Vacuum Monitor (uCi/cc) OOS I Loop #2B Tc (F) 547 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 561 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 4 Cont Temperature (F) 116 60 Cont. H2 Concentration (%) **

   #1 S/G Level (%) (NR)
   #1 S/G Level (%) (Wide)              78  SI RECIRC Sump Level (f t)                 0.5
   #1 S/G Pressure (psia)              974  RWSP Level (%)                           96.4      l
   #1 S/G Steam Flow (mlbm/hr)         1.9  CSP Level (%)                            93.6      I
   #1 S/G Feed Flow                         A BAMT Level (%)                            80 MFW (mlbm/hr)                  0.38   B BAMT Level (%)                             79 EFW (gpm)                          0  Quench Tank Level (%)                        79    ;
   #2 S/G Level (%) (NR)                60  Quench Tank Pressure (psig)                3.6
   #2 S/G Level (%) (Wide)              78  Quench Tank Temperature (F)                121
   #2 S/G Pressure (psia)              974  Annulus Pressure ("H O gage)             -7.8      l 2
   #2 S/G Steam Flow (mlbm/hr)         1.9
   #2 S/G Feed Flow MFW (mlbm/hr)                  0.38 EFW (gpm)                          0
                                                                ** = signal interrupted        j
                                                                 * = intermittent Plant Data Sheet Page 31     of 48                                                    i VII-PLANT-

{a WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987'

PLANT DATA SECTION VII TIME: 1250 l T= 7:20 l Rx Power (%) 4.9E Regen Hx LTDN OUT Temperature (F) 488 Pzr Level (%) 0 Regen Hx CHG OUT Temperature (F) 511 Pzr Pressure (psia) 1289' Charging Flow (gpm) 44 Loop #1 Tavg (F) 545 Letdown Flow (gpm) O Loop #1 Th (F) 546 Safety Injection Flow (gpm) 332 Loop #1A Tc(F) 543 Containment Spray Flow (gpm) 0 j Loop #1B Tc (F) 545 . Plant Stack Monitor-(uci/cc) '4.0E-1 ) l Loop #2 Tavg (F) 545 ' Letdown Gross Activity ' (uCi/cc) 8.9EOl ] Loop #2 Th (F) 546 Stack Flow Rate (cfm) 13,000 Loop #2A Tc (F) ~543 Condenser Vacuum Monit'or (uC1/cc) OOS

Loop #2B Tc (F) 545 #1 Steam Line Monitor-(mr/hr) '4E-1 f Core Exit Thermocouple (F) 547 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 { RVLM Upper Head Level (%) 100 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 j RCPs Operating (#) 2 Cont Temperature (F) 116 f Cont. H2 Concentration (%) **

                                                             #1 S/G Level (%) (NR)               29                                                                                              .
                                                             #1 S/G Level (%) (Wide)             73    SI RECIRC Sump Level (ft)                                                         0.5       )
                                                             #1 S/G Pressure (psia)            1000    RWSP Level (%)                                                                   96.3
                                                             #1 S/G Steam Flow (mlbm/hr)      0.18     CSP Level (%)                                                                    93.6      j
                                                             #1 S/G Feed Flow                          A BAMT. Level (%)                                                                  79  'f MFW (mlbm/hr)                  0.38    B BAMT Level (%)                                                                   78' EFW (gpm)                         0    Quench Tank Level (%)                                                              79
                                                             #2 S/G Level (%) (NR)               29    Quench Tank Pressure (psig)                                                       3.6
                                                             #2 S/G Level (%) (Wide)             73    Quench Tank Temperature (F)                                                       121
                                                             #2 S/G Pressure (psia)            1000    Annulus Pressure ("H 2O gage)                                                    -7.8
                                                             #2 S/G Steam Flow (mlbm/hr)       0.18
                                                             #2 S/G Feed Flow MFW (mlbm/hr)                  0.38 EFW (gpm)                         0
                                                                                                                           ** = signal interrupted
                                                                                                                             * = intermittent i

Plant Data Sheet Page 32 of 48 . l 1 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 l l l PLANT DATA SECTION VII TIME: 1255 T= 7:25 Rx Power (%) 9.5x10-3 Regen Hx LTDN OUT Temperature (F) 480

Pzr Level (%) 10 Regen Hx CHG OUT Temperature (F) 506 Pzr Pressure (psia) 1464 Charging Flow (gpm) 44 Loop #1 Tavg (F) 556 Letdown Flow (gpm) 0 Loop #1 Th (F) 568 Safety Injection Flow (gpm) 0 Loop #1A Tc(F) 543 Containment Spray Flow (gpm) 0 4 Loop #1B Tc (F) 544 Plant Stack Monitor (uC1/cc) 8.0E-1 Loop #2 Tavg (F) 556 Letdown Gross Activity (uC1/ce) 8.9EO Loop #2 Th (F) 568 Stack Flow Rate (cfm) 13,000 q Loop #2A Tc (F) 543 Condenser Vacuum Monitor (uC1/cc) 005 Loop #2B Tc (F) 544 #1 Steam Line Monitor (mr/hr)- 4E-1 Core Exit Thermocouple (F) 571 #2 Steam Line Monitor (mr/hr) _3.3E-1 Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 67 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 , RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 0 Cont Temperature (F) 116 42 Cont. H2 Concentration (%) **

1 S/G Level (%) (NR)
1 S/G Level (%) (Wide) 78 SI RECIRC Sump Level (ft) 0.5
1 S/G Pressure (psia) 1000 RWSP Level s.j 96.2
1 S/G Steam Flow (mlbm/hr) 0.14 CSP Level (%) 93.6
1 S/G Feed Flow A BAMT Level (%) 78 MFW (mlbm/hr) 0.14 B BAMT Level (%) 77 EFW (gpm) 0 Quench Tank Level (%) 79
2 S/G Level (%) (NR) 42 Quench Tank Pressure (psig) 3.6
2 S/G Level (%) (Wide) 78 Quench Tank Temperature (F) 121
2 S/G Pressure (psia) 1000 Annulus Pressure ("H O gage) -7.8 i 2

#2 S/G Steam Flow (mlbm/hr)      0.14
#2 S/G Feed Flow MFW (mlbm/hr)                 0.14 EFW (gpm)                         0 l
                                                           ** = signal interrupted
                                                            * = intermittent Plant Data Sheet Page 33    of 48                                                       I V11-PLANT-                                                    ;

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1300 T= 7:30 Rx Power (%) 2.4E-6 Regen Ex LTDN OUT Temperature (F) 480 Pzr Level (%) 5 Regen Hx CHG OUT Temperature (F) 506 Pzr Pressure (psia) 1378 Charging Flow (gpm) 44 Loop #1 Tavg (F) 557 Letdown Flow (gpm) 0 Loop #1 Th (F) 569 Safety Injection Flow (gpm) 138 Loop -#1A Tc(F) 544 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 544 Plant Stack Monftor (uC1/cc). ,

1. 5 E0 -

Loop #2 Tavg (F) 557 Letdown Gross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) 569 Stack Flow Rate (cfm) 13,000 Loop #2A Tc (F) 544 Condenser Vacuum Monitor (uCi/cc) 00S Loop #2B Tc (F) 544 #1 Steam Line Monitor (mr/hr) 4E Core Exit Theruocouples (F) 572 #2 Steam Line Monitor (mr/hr) 3.3E-1 i Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 33 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 f RCPs Operating (#) O Cont Temperature (F) 116 l

1 S/G Level-(%) (NR) 50 Cont. H2 Concentration (%) **
1 S/G Level (%) (Wide) 81 SI RECIRC Sump Level (f t) 0.5
1 S/G Pressure (psia) 1000 RWSP Level (%) 96.2
1 S/G Steam Flow (mlbm/hr),

0.13 CSP Level (%) 93.6

1 S/G Feed Flow A BAMT Level (%) 77 MFW (mlbm/hr) 0.13 B BAMT Level (%) 76 EFW (gpm) 0 Quench Tank Level (%) 79
2 S/G Level (%) (NR) 50 Quench Tank Pressure (psig) 3.6 i
2 S/G Level (%) (Wide) 81 Quench Tank Temperature (F) 121 ;
2 S/G Pressure (psia) 1000 Annulus Pressure ("H 2O gage) -7.8
2 S/G Steam Flow (mlbm/hr) 0.13
2 S/G Feed Flow MFW (mlbm/hr) 0.13 EFW (gpm) 0

                                                           ** = signal interrupted
                                                            * = intermittent Plant Data Sheet Page 34   of 48 VII-PLANT-

~ - - - - - _ _ - _ - _ i WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987

                       . PLANT DATA                         SECTION VII                    TIME:       1315          l T=  7:45 Rx Power (%)                      1.0E-8    Regen Hx LTDN OUT Temperature (F)         480 Pzr Level (%)                           _5_ Regen Hx CHG OUT Temperature (F)          506 Pzr Pressure (psia)                 1370    Charging Flow (gpm)                         44 Loop #1 Tavg (F)                      554   Letdown Flow (gpm)                           0 Loop #1 Th (F)                        564   Safety Injection Flow (gpm)                182 Loop #1A Tc(F)                        544   Containment Spray Flow (gpm)                 O Loop #1B Tc (F)                       544   Plant Stack Monitor (uCi/cc)            1.5E0 Loop #2 Tavg (F)                      554   Letdown Gross Activity (uCi/cc)         8.9E0 Loop #2 Th (F)                        564   Stack Flow Rate (cfm)                 13,000 Loop #2A Tc (F)                       544   Condenser Vacuum Monitor (uC1/cc)         005 Loop #2B Tc (F)                      544    #1 Steam Line Monitor (mr/hr)            4E-1 Core Exit Thermocouple    (F)         567   #2 Steam Line Monitor (mr/hr)         3.3E-1 Subcooled Margin (F)                   0   A Cont Hi-Range Rad Monitor (R/hr)    1.0E-3 RVLM Upper Head Level (%)              33   B Cont Hi-Range Rad Monitor (R/hr)    1.0E-3   ,

RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) O Cont Temperature (F) 116

                         #1 S/G Level (%) (NR)                 52   Cont. H2 Concentration (%)                0.0
                         #1 S/G Level (%) (Wide)               82   51 RECIRC Sump Level (ft)                 0.5
                         #1 S/G Pressure (psia)             1000    RWSP Level (%)                           95.6
                         #1 S/G Steam Flow (mlbm/hr)          0.8   CSP Level (%)                            93.6
                         #1 S/G Feed Flow                           A BAMT Level (%)                            77 MFW (mlbm/hr)                     0.8   B BAMT Level (%)                            76 EFW (gpm)                           0   Quench Tank Level (%)                       79
                         #2 S/G Level (%) (NR)                 52   Quench Tank Pressure (psig)               3.6
                         #2 S/G Level (%) (Wide)               82   Quench Tank Temperature (F)                121
                         #2 S/G Pressure (psia)             1000    Annulus Pressure ("H O gage)             -7.8 2
                         #2 S/G Steam Flow (mlbm/hr)          0.8
                         #2 S/G Feed Flov MFW (mlbm/hr)                     0.8 EFW (gpm)                   ,

O

                                                                                        ** = signal interrupted
                                                                                         * = intermittent Plant Data Sheet Page 35      of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1330 T= 8:00 Rx Pou r (%) 1.0E-8 Regen Hx LTDN OUT Temperature (F) 464 Pzr Level (%) 2 Regen Hx CHG OUT Temperature (F) 491 Pzr Pressure (psia) 1330 Charging Flow (gpm) 44 Leop #1 Tavg (F) 537 Letdown Flow (gpm) 0 Loop #1 Th (F) 547 Safety Injection Flow (gpm) 278 Loop #1A Tc(F) 527 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 527 Plant Stack Monitor (uCi/cc) 2.1E0 Loop #2 Tavg (F) 537 Letdown Gross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) 547 Stack Flow Rate (cfm) ,13,000 Loop #2A Tc (F) 527 Condenser Vacuum Monitor (uCi/ce) 00S Loop #2B Tc (F) 527 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 55_0 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 33 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 j RVLM Upper Plenum Level (%) _ 100 Cont Pressure (psia) 14.64 f RCPs Operating (#) O Cont Temperature (F) 116

1 S/G Level (%) (NR) 58 Cont. H2 Concentration (%) 0.0 )
1 S/G Level (%) (Wide) 84 SI RECIRC Sump Level (ft) 0.5
1 S/G Pressure (psia) 860 RWSP Level (%) 94.9
1 S/G Steam Flow (mlbm/hr) 0.05 CSP Level (%) 93.6
1 S/G Feed Flow A BAMT Level (%) 77 MFW (mlbm/hr) 0.05 B BAMT Level (%) 76 ;

EFW (gpm) 0 Quench Tank Level (%) 79

2 S/G Level (%) (NR) ,,

58 Quench Tank Pressure (psig) 3.6

2 S/G Level (%) (Wide) 84 Quench Tank Temperature (F) 121
2 S/G Pressure (psia) 860 Annulus Pressure ("H O gage) -7.9 i 2
2 S/G Steam Flow (mibm/hr) 0.05
2 S/G Feed Flow MFW (mlbm/hr) 0.05 EFW (gpm) 0

                                                               ** = signal interrupted
                                                                * = intermittent Plant Data Sheet Page 36        of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII- TIME: 1345 T= 8:15 Rx Power (%) 1.0E-8 Regen Hx LTDN OUT Temperature (F) 447 Pzr Level (%) 1 Regen Hx CHG OUT Temperature (F) 475 Pzr Pressure (psia) 1324 Charging Flow (gpm) 44 Loop #1 Tavg (F) 519 Letdown Flow (gpm) 0 l Loop #1 Th (F) 529 Safety Injection Flow (gpm) 292~ Loop #1A Tc(F) 509 Containment Spray Flow (gpm) O Loop #1B Tc (F) 509 Plant Stack Monitor (uci/cc) 0.0 Loop #2 Tavg (F) 519 Letdown Gross Activity (uci/ec) 8.9E0 Loop #2 Th (F) 529 Stack Flow Rate (cfm) 13,000 Loop #2A Tc (F) 509 Condenser Vacuum Monitor (uC1/cc) 00S Loop #2B Tc (F) 509, #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) ; . #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 33 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) O Cont Temperature-(F) 116

                           #1 S/G Level (%) (NR)                61  Cont. Hy Concentration (%)                                   0.0
                           #1 S/G Level (%) (Wide)              85  SI RECIRC Sump Level (ft)                                     0.5
                           #1 S/G Pressure (psia)              740  RWSP Level (%)                                              94.0
                           #1 S/G Steam Flow (mlbm/hr)       0.05   CSP Level (%)                                               93.6
                           #1 S/G Feed Flow                         A BAMT Level (%)                                               77 MFW (mlbm/hr)                  0.05   B BAMT Level (%)                                               76
                                                                                                                                       ]

EFW (gpm) 0 79 ! Quench Tank Level (%)

                           #2 S/G Level (%) (NR)                61  Quench Tank Pressure (psig)                                   3.6
                           #2 S/G Level (%) (Wide)              85  Quench Tank Temperature (F)                                   121
                           #2 S/G Pressure (psia)              740  Annulus Pressure ("H 2O gage)                               -7.9    )
                           #2 S/G Steam Flow (mlbm/hr)       0.05
                           #2 S/G Feed Flow MFW (mlbm/hr)                  0.05 EFW (gpm)                         0
                                                                                        ** = signal interrupted
                                                                                          * = intermittent Plant Data Sheet Page 37    of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1400 T= 8:30 Rx Power (%) 1.0E-8 Regen Hx LTDN OUT Temperature (F) 431 Pzr Level (%) 1 Regen Hx CHG OUT Temperature (F) 460 Pzr Pressure (psia) 1318 Charging Flow (gpm) 44 Loop #1 Tavg (F) 502 Letdown Flow (gpm) O Loop #1 Th (F) 512 Safety Injection Flow (gpm) 302 Loop #1A Te(F) 492 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 492 Plant Stack Monitor (uCi/cc) 0.0 Loop #2 Tavg (F) 502 Letdown Gross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) 512 Stack Flow Rate (cfm) 13,000 Loop #2A Tc (F) 492 Condenser Vacuum Monitor (uCi/cc) 00S Loop #2B Tc (F) 492 #1 Steam Line Monitor (ar/hr) 4E-1 Core Exit Thermocouple (F) 515 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 33 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) O Cont Temperature (F) 116

               #1 S/G Level (%) (NR)                          63  Cont. H2 Concentration (%)                 0.0
               #1 S/G Level (%) (Wide)                        86  SI RECIRC Sump Level (ft)                  0.5
               #1 S/G Pressure (psia)                        630  RWSP Level (%)                            93.1
                #1 S/G Steam Flow (mlbm/hr)                0.05   CSP Level (%)                             93.6
               #1 S/G Feed Flow                                   A BAMT Level (%)                             77 MFW (mlbm/hr)                           0.05   B BAMT Level (%)                             76 EFW (gpm)                                  0  Quench Tank Level (%)                        79
                #2 S/G Level (%) (NR)                         63  Quench Tank Pressure    .  'g)              3.6
                #2 S/G Level (%) (Wide)                       86  Quench Tank Temperature (F)                 121
                #2 S/G Pressure (psia)                       630  Annulus Pressure ("H 2O gage)             -7.9
                #2 S/G S";eam Flow (mlbm/hr)                0.05
                #2 S/G Feed Flow MFW (mlbm/hr)                      ,

0.05 EFW (gpm) 0

                                                                                       ** = signal interrupted
                                                                                        * = intermittent Plant Data Sheet Page 38              of 48 VII-PLANT-L________________________________-.---___..______

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1415 T= 8:45 Rx Power (%) 1.0E-8 Regen Hx LTDN OUT Temperature (F) 414 Pzr Level (%) ,0 Regen Hx CHG OUT Temperature (F) 444 Pzr Pressure (psia) 1313 Charging Flow (gpm) 44 Loop #1 Tavg (F) 484 Letdown Flow (gpm) 0 Loop #1 Th (F) 494 Safety Injection Flow (gpm) 314 Loop #1A Tc(F) 474 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 474 Plant Stack Monitor (uci/cc) 0.0 Loop #2 Tavg (F) 484 Letdown Gross Activity (uCi/cc) 8.9E0 Loop #2 Th (F) , 494 Stack Flow Rate (cfm) 13,000 Loop #2A Tc (F) 474 Condenser Vacuum Monitor (uC1/cc) 005 Loop #2B Tc (F) 474 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 497 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcocied Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 33 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) O Cont Temperature (F) 116

               #1 S/G Level (%) (NR)                 65  Cont. H2Concentration (%)                 0.0
               #1 S/G Level (%) (Wide)               87  SI RECIRC Sump Level (ft)                 0.5  t
               #1 S/G Pressure (psia)               530  RWSP Level (%)                           92.2
               #1 S/G Steam Flow (mlbm/hr)        0.05   CSP Level (%)                            93.6
               #1 S/G Feed Flow                          A BAMT Level (%)                            77 MFW (mlbm/hr)                   0.05   B BAMT Level (%)                            76 EFW (gpm)                           0  Quench Tank Level (%)                       79
               #2 S/G Level (%) (NR)                 65  Quench Tank Pressure (psig)               3.6
               #2 S/G Level (%) (Wide)               87  Quench Tank Temperature (F)                121
               #2 S/G Pressure (psia)               530  Annulus Pressure ("h 30 gage)            -7.9
               #2 S/G Steam Flow (mlbm/hr)     __ 0.05
               #2 S/G Feed Flow MFW (mlbm/hr)                   0.05 EFW (gpm)                           0
                                                                             ** = signal interrupted
                                                                              * = intermittent Plant Data Sheet Page 39      of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1430 T= 9:00 Rx Power (%) 1.0E-8 Regen Rx LTND OUT Temperature (F) 398 Pzr Level (%) 0 Regen Hx CHG OUT Temperature (F) 429 Pzr Pressure (psia) 1307 Charging Flow (gpm) 44 Loop #1 Tavg (F) 467 Letdown Flow (gpm) 0 Loop #1 Th (F) 477 Safety' Injection Flow (gpm) 324 Loop #1A Tc(F) 457 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 457 Plant Stack Monitor (uC1/cc) 0.0 Loop #2 Tavg (F) 467 Letdown Gross Activity (uCi/ce) 8.9EO Loop #2 Th (F) 477 Stack Flow Rate (cfm) 13,000 Loop #2A Tc (F) 457 Condenser Vacuum Monitor (uCi/cc) 00S Loop #2B Tc (F) 457 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 480 #2 Steam Line Monitor (mr/hr) 3.3E-1 ! Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 . I RVLM Upper Head Level (%) 33 B Cont H1-Range Rad Monitor (R/hr) 1.0E-3 J 1 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 i RCPs Operating (#) __ 0 Cont Temperature (F) 116

         #1 S/G Level (%) (NR)                 65  Cont. H2 Concentration (%)                     0.0
         #1 S/G Level (%) (Wide)               87  S1 REClRC Sump Level (ft)                      0.5
         #1 S/G Pressure (psia)               450  RWSP Level (%)                            91.3
         #1 S/G Steam Flow (mlbm/hr)        0.05   CSP Level (%)                             93.6
         #1 S/G Feed Flow                          A BAMT Level (%)                                77 MFW (mlbm/hr)                   0.05   B BAMT Level (%)                                76 EFW (gpm)                           0  Quench Tank Level (%)                           79
         #2 S/G Level (%) (NR)                 65  Quench Tank Pressure (psig)                    3.6
         #2 S/G Level (%) (Wide)               87  Quench Tank Temperature (F)                    121 :

I

         #2 S/G Pressure (psia)               450  Annulus Pressure ("H 2O gage)             -7.9     >
         #2 S/G Steam Flow (mlbm/hr)        0.05
         #2 S/G Feed Flow MFW (mlbm/hr)                   0.05 EFW (gpm)                            0
                                                                        ** = signal interrupted
                                                                         * = intermittent Plant Data Sheet Page 40       of 48 Vll-PLANT-

i 1 WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14,.1987 PLANT DATA SECTION VII TIME: 1445 T= :9:15 Rx Power (%) 1.0E-8 Regen Ex LTDN'0UT Temperature (F) 382 Pzr Level (%) 0 ; Regen Hx CHG OUT Temperature (F) 414 Pzr Pressure (psia) 1301 Charging Flow (gpm) 44 l Loop #1 Tavg (F) 450 Letdown Flow (gpm) O Loop #1 Th (F) 460 Safety Injection Flow (gpm) 334 I Loop #1A Tc(F) 440 Containment Spray Flow (gpm). 0

']

Loop #1B Tc (F) 440 Plant' Stack Monitor (uC1/cc) 0. 0 - ! Loop #2 Tavg (F) 450 Letdown Gross Activity (uC1/cc) 8.9E0 Loop #2 Th (F) 460 Stack Flow Rate'(cfm). 13,000 Loop #2A Tc (F) 440 Condenser Vacuum Monitor (uC1/cc) 00S Loop #2B Tc (F) 440 #1 Steam Line Monitor (mr/hr) '4E-1 j Core Exit Thermocouple (F) 463 #2 Steam Line Monitor (mr/hr) 3.3E Subcooled Margin (F) 0 .A' Cont Hi-Range-Rad Monitor (R/hr) 1.0E-3' RVLM Upper Head Level (%) 33 B Cont Hi-Range Rad. Monitor (R/hr) 1.0E-3' RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) O Cont Temperature (F) 116

                     #1 S/G Level (%) (NR)-                65    Cont..H2 Concentration (%)                  0.0
                     #1 S/G Level (%) (Wide)               87    SI-RECIRC Sump Level (ft)                   0.5
                     #1 S/G Pressure (psia)               380    RWSP Level (%).                            90.3-
                     #1 S/G Steam Flow (mlbm/hr)        0.05     CSP Level (%)                              93.6
                     #1 S/G Feed Flow                            A BAMT Level (%)                              77 MFW (mlbm/hr)                   0.05     B BAMT Level (%)                              76 EFW (gpm)                           0    Quench' Tank Level (%)                        79
                     #2 S/G Level (%) (NR)                 65    Quench Tank Pressure (psig)                 3.6
                     #2 S/G Level (%) (Wide)               87    Quench Tank Temperature.(F)                 121
                     #2 S/G Pressure (psia)               380    Annulus Pressure ("H O2 ga'ge)             -7.9
                     #2 S/G Steam Flow (mlbm/hr)        0.05                                                            l
                     #2 S/G Feed Flow MFW (mlbm/hr)                   0.05 EFW (gpm)                          0
                                                                                                                    -]
                                                                                      ** = signal interrupted           j
                                                                                       * = intermittent Plant Data Sheet Page 41     of 48 l

VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 . l PLANT DATA SECTION VII TIME: 1500 T= 9:30 Rx Power (%) 1.0E-8 Regen Ex LTDN OUT Temperature (F) 336 Pzr Level (%) 0 Regen Ex CHG OUT Temperature (F) 399 Pzr Pressure (psia) 1294 Charging Flow (gpm) 44 Loop #1 Tavg (F) 433 Letdown Flow (gpm) O Loop #1 Th (F) 443 Safety Injection Flow (gpm) 345 Loop #1A Tc(F) 423 Containment Spray Flow (gpm) 0 Loop #1B Ta (F) 423 Plant Stack Monitor (uC1/cc) __ 0.0 Loop #2 Tavg (F) 433 Letdown Gross Activity (uCi/cc) 6.9E0 Loop #2 Th (F) 443 Stack Flow Pate (cfm) 13,000 Loop #2A Tc (F) 423 Condenser Vacuum Monitor (uC1/cc) 00S Loop #2B Tc (F) 423 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 446 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 0 A Cont Hi-Range Rcd Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 33 B Cont Hi-Range Rad Monitor (R/hr) 1. 0 E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) O Cont Temperature (F) 116

                #1 S/G Level (%) (NR)                   65 Cont. H2 Concentration (%)                            0.0
                #1 S/G Level (%) (Wide)                 87 SI RECIRC Sump Level (fc)                             0.5
                #1 S/G Pressure (psia)                320  RWSP Level (%)                               89.3
                #1 S/G Steam Flow (mlbm/hr)          0.05  CSP Level (%)                                93.6
                #1 S/G Feed Flow                           A BAMT Level (%)                                                 77 MFW (mlbm/hr)                     0.05   B BAMT Level (%)                                                76 EFW (gpm)                             0 Quench Tank Level (%)                                            79
                #2 S/G Level (%) (NR)                   65  Quench Tank Pressure (psig)                            3.6
                #2 S/G Level (%) (Wide)                 87  Quench Tank Temperature (F)                             121 J2 S/G Pr. essure (psia)               320  Annulus Pressure ("H O gage)                -7.9 2
                #1 S/G T2 team Flow (mlbm/hr.)       0.05
                #2 S/G Feed Flow MFW (mlbm/hr)                     0.05 EFW (gpm)                            0
                                                                                ** = signal interrupted
                                                                                 * = intermittent Plant Data Sheet Page 42       of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 PLANT DATA SECTION VII TIME: 1515 T= 9:45 Rx Power (%) 1.0E-8 Regen Ex LTDN OUT Temperature (F) 349 l Pzr Level (%) 0 Regen Hx CHG OUT Temperature (F) 382 Pzr Pressure (psia) 1294 Charging Flow (gpm) 44 Loop #1 Tavg (F) 415 Letdown Flow (gpm) 0 Loop #1 Th (F) 425 Safety Injection Flow (gpm) 353 Loop #1A Tc(F) 405 Containment Spray Flow (gpm) O Loop #1B Tc (F) 405 Plant Stack Monitor (uCi/cc) 0.0 i Loop #2 Iavg (F) 415 Letdown Gross Activity (uCi/ce) 8.9E0 Loop #2 Th (F) 425 Stack Flow Rate (cfm) 13,000 Loop #2A Tc (F) 405 Condenser Vacuum Monitor (uC1/cc) 00S Loop #2B Tc (F) 405 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 428 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 33 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) O Cont Temperature (F) 116

1 S/G Level (%) (NR) 65 Cont. H2 Concentration (%) 0.0
1 S/G Level (%) (Wide) 87 SI RECIRC Sump Level (ft) 0.5
1 S/G Pressure (psia) 260 RWSP Level (%) 88.3
1 S/G Steam Flow (mlbm/hr) 0.05 CSP Level (%) 93.6
1 S/G Feed Flow A BAMT Level (%) 77 MFW (mlbm/hr) 0.05 B BAMT Level (%) 76 EFW (gpm) 0 Quench Tank Level (%) 79
2 S/G Level (%) (NR) 65 Quench Tank Preesure (psig) 3.6
2 S/G Level (%) (Wide) 87 Quench Tank Temperature (F) 121
2 S/G Pressure (psia) 260 Annulus Pressure ("H 2O gage) -7.9
2 S/G Steam Flow (mlbm/hr) 0.05
2 S/G Feed Flow MFW (mlbm/hr) 0.05 EFW (gpm) 0

                                                             ** = signal interrupted
                                                              * = intermittent Plant Data Sheet Page 43      of 48 VII-PLANT-

__-_- _-_ _ _ - _ _ _ A

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 ! 1 I l PLANT DATA SECTION VII TIME: 1530 ! T= 10:00 Rx Power (%) 1.0E-8 Regen Hx LTDN OUT Temperature (F) 33_3 0 Regen Hx CHG OUT Temperature (F) 367 Pzr Level (%) Pzr Pressure (psia) 1285 Charging Flow (gpm) 44 f Loop #1 Tavg (F) 398 Letdown Flow (gpm) 0 l Loop #1 Th (F) 408 Safety Injection Flow (gpm) 360 Loop #1A Tc(F) 388 Containment Spray Flow (gpm) O Loop #1B Tc (F) 388 Plant Stack Monitor (uCi/cc) 0.0 Loop #2 Tavg (F) 398 Letdown Gross Activity (uCi/c.) 8.9E0 i Loop #2 Th (F) 408 Stack Flow Rate (cfm) 13,000 Loop #2A Tc (F) 388 Condenser Vacuum Monitor (uCi/cc) 00S Loop #2B Tc (F) 388 #1 Steam Line Monitor (mr/hr) 4E-1 i Core Exit Thermocouple (F) 411 #2 Steam Line Monitor (mr/hr) 3.3E-1 i Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 33 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 j RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) O Cont Temperature (F) 116 l 1

                                     #1 S/G Level (%) (NR)                 65 Cont. H2 Concentration (%)                              0.0        '
                                     #1 S/G Level (%) (Wide)               87  SI RECIRC Sump Level (ft)                              0.5
                                     #1 S/G Pressure (psia)               215 RWSP Level (%)                                         87.3
                                     #1 S/G Steam Flow (mlbm/hr)        0.05   CSP Level (%)                                         93.6         l
                                     #1 S/G Feed Flow                         A BAMT Level (%)                                            77 MFW (mlbm/hr)                  0.05   B BAMT Level (%)                                           76     )

EFW (gpm) 0 Quench Tank Level (%) 79

                                      #2 S/G Level (%) (NR)                65  Quench Tank Pressure (psig)                            3.6
                                      #2 S/G Level (%) (Wide)              87  Quench Tank Temperature (F)                             121
                                      #2 S/G Pressure (psia)              215  Annulus Pressure ("H O gage)                          -7.9 2
                                      #2 S/G Steam Flow (mlbm/hr)       0.05
                                      #2 S/G Feed Flow MFW (mlbm/hr)                  0.05 EFW (gpm)                          0
                                                                                                   ** = signal interrupted
                                                                                                    * = intermittent Plant Data Sheet Page 44     of 48 VII-PLANT-

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 { PLANT DATA SECTION VII TIME: 1600 T= 10:30 Rx Power (%) 1.0E-8 Regen Hx LTDN OUT Temperature (F) 95 Pzr Level (%) 27 Regen Hx CHG OUT Temperature (F) 79 Pzr Pressure (psia) 1375 Charging Flow (gpm) 44 , 1 Loop #1 Tavg (F) 370 Letdown Flow (gpm) 0 i Loop #1 Th (F) 380 Safety Injection Flow (gpm) 136 < Loop #1A Tc(F) 360 Containment Spray Flow (gpm) 0 Loop #1B Tc (F) 360 Plant Stack Monitor (uC1/cc) 0.0 Loop #2 Tavg (F) 370 Letdown Gross Activity (uCi/ce) 8.9EO Loop #2 Th (F) 380 3 tack Flow Rate (cfm) 13,000 Loop #2A Tc (F) 360 Jondenser Vacuum Monitor (uci/cc) 00S Loop #2B Tc (F) 360 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 383 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 33 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 I RCPs Operating (#) O Cont Temperature (F) 116 l

                      #1 S/G Level (%) (NR)                65  Cont. H2 Concentration (%)                              0.0     j
                      #1 S/G Level (%) (Wide)              87  SI RECIRC Sump Level (ft)                               0.5
                      #1 S/G Pressure (psia)              153  RWSP Level (%)                                        85.6
                      #1 S/G Steam Flow (mlbm/hr)       0.04   CSP Level (%)                                         93.6
                      #1 S/G Feed Flow                         A BAMT Level (%)                                         77 MFW (mlbm/hr)                  0.04   B BAMT Level (%)                                         76 EFW (gpm)                          0  Quench Tank Level (%)                                    79
                      #2 S/G Level (%) (NR)                65  Quench Tank Pressure (psig)                             3.6
                      #2 S/G Level (%) (Wide)              87  Quench Tank Temperature (F)                             121
                      #2 S/G Pressure (psia)              153  Annulus Pressure ("H O gage)                          -7.9 2
                      #2 S/G Steam Flow (mlbm/hr)       0.04
                      #2 S/G Feed Flow MFW (mlbm/hr)                  0.04 EFW (gpm)                          0
                                                                                    ** = signal interrupted
                                                                                     * = intermittent Plant Data Sheet Page 46    of 48 VII-PLANT-

l l l WATERFORD-3 SES ANNUAL EXERCISE I OCTOBER 14, 1987 I PLANT DATA SECTION VII TIME: 1615 l T= 10:45 Rx Power (%) 1.0E-8 Regen Hx LTDN OUT Temperature (F) 79 Pzr Level (%) 50 Regen Hx CHG OUT Temperature (F) 95 Pzr Pressure (psia) 1375 Charging Flow (gpm) 44 Loop #1 Tavg (F) 360 Letdown Flow (gpm) 0 , Loop #1 Th (F) 370 Safety Injection Flow (gpm) 136 Loop #1A Tc(F) 350 Containment Spray Flow (gpm) 0 l Loop #1B Tc (F) 350 Plant Stack Monitor (uCi/cc) 0.0 Loop #2 Tavg (F) 350 Letdown Gross Activity (uC1/ce) 8.9EO Loop #2 Th (F) 370 Stack Flow Rate (cfm) 13,000 J Loop #2A Tc (F) 350 Condenser Vacuum Monitor (uC1/cc) 00S Loop #2B Tc (F) 350 #1 Steam Line Monitor (mr/hr) 4E-1 Core Exit Thermocouple (F) 372 #2 Steam Line Monitor (mr/hr) 3.3E-1 Subcooled Margin (F) 0 A Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Head Level (%) 33 B Cont Hi-Range Rad Monitor (R/hr) 1.0E-3 RVLM Upper Plenum Level (%) 100 Cont Pressure (psia) 14.64 RCPs Operating (#) 0 Cont Temperature (F) 116 lI

                   #1 S/G Level (%) (NR)                 65  Cont. H2 Concentration (%)                0.0
                   #1 S/G Level (%) (Wide)               87  SI RECIRC Sump Level (ft)                 0.5  !

l

                   #1 S/G Pressure (psia)               135  RWSP Level (%)                           85.0  '
                   #1 S/G Steam Flow (mlbm/hr)        0.04   CSP Level (%)                            93.6 i
                   #1 S/G Feed Flow                          A BAMT Level (%)                           77  l l

MFW (mlbm/hr) 0.04 B BAMT Level (%) 76 EFW (gpm) 0 Quench Tank Level (%) 79

                   #2 S/G Level (%) (NR)                 65  Quench Tank Pressure (psig)               3.6
                   #2 S/G Level (%) (Wide)               87  Quench Tank Temperature (F)               121
                   #2 S/G Pressure (psia)               135  Annulus Pressure ("H O gage)             -7.9 2
                   #2 S/G Steam Flow (mlbm/hr)        0.04
                   #2 S/G Feed Flow                                                                         l MFW (mlbm/hr)                   0.04 EFW (gpm)                           0
                                                                                 ** = signal interrupted
                                                                                  * = intermittent Plant Data Sheet Page 47      of 48 VII-PLANT-

l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 I PLANT DATA SECTION VII TIME: 1630 j T= 11:00 i ( Rx Power (%) 1.0E-8 Regen Hx LTDN OUT Temperature (F) 79 j Pzr Level (%) 49 Regen Hx CHG OUT Temperature (F) 95 Pzr Pressure (psia) 1375 Charging Flow (gpm) 44 l Loop #1 Tavg (F) 350 Letdown Flow (gpm) 0 Loop #1 Th (F) 360 Safety Injection Flow (gpm) 136 Loop #1A Tc(F) 340 Containment Spray Flow (gpm) 0 j

oop #1B Tc (F)

.                                  340  Plant Stack Monitor (uCi/cc)                                               0.0 Loop #2 Tavg (F)                    350  Letdown Gross Activity (uCi/cc)                                     8.9EO Loop #2 Th (F)                     360   Stack Flow Rate (cfm)                                      13,000 Loop #2A Tc (F)                     340  Condenser Vacuum Monitor (uC1/cc)                                          OOS Loop #2B Tc (F)                    340   #1 Steam Line Monitor (mr/hr)                                             4E-1 Core Exit Thermocouple   (F)        362  #2 Steam Line Monitor (mr/hr)                             3.3E-1 Subcooled Margin (F)                  0  A Cont Hi-Range Rad Monitor (R/hr)                         1.0E-3 RVLM Upper Head Level (%)            33  B Cont Hi-Range Rad Monitor (R/hr)                         1.0E-3 RVLM Upper Plenum Level (%)         100  Cont Pressure (psia)                                                14.64 RCPs Operating (#)                    O  Cont Temperature (F)                                                       116

1 S/G Level (%) (NR) 65 Cont. H2 Concentration (%) 0.0
1 S/G Level (%) (Wide) 87 SI RECIRC Sump Level (ft) 0.5 i
1 S/G Pressure (psia) 118 RWSP Level (%) 84.9 <
1 S/G Steam Flow (mlbm/hr) 0.04 CSP Level (%) 93.6
1 S/G Feed Flow A BAMT Level (%) 77 MFW (mlbm/hr) 0.04 B BAMT Level (%) 76 EFW (gpm) 0 Quench Tank Level (%) 79
2 S/G Level (%) (NR) 65 Quench Tank Pressure (psig) 3.6
2 S/G Level (%) (Wide) 87 Quench Tank Temperature (F) 121

2 S/G Pressure (psia) 118 Annulus Pressure ("H O gage) -7.9 2
2 S/G Steam Flow (mlbm/hr) 0.04 _
2 S/G Feed Flow MFW (mlbm/hr) 0.04 EFW (gpm) 0

                                                            ** = signal interrupted
                                                             * = intermittent Plant Data Sheet Page 48     of 48 VII-PLANT-

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ATTACHMENT 4. I Cooldown Plots (1:15 p.m. to 4:00 p.m.) Figure 4-1. Pressurizer Pressure Figure 4-2. Pressurizer Level Figure 4.3. Average RCS Temperature - Figure 4-4.~ Letdown (Break) Flowrate in GPM Figure 4-5. Letdown (Break) Flowrate in lb/sec Figure 4-6. Cumulative Letdown (Break) Flow in Gals. i Figure 4-7. Cumulative Letdown (Break) Flow in lbs. Figure 4-8. Total HPSI Flow Figure 4-9. Upper Head Liquid Level l l l 1 i i i

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WATERFORD-3 ANNUAL'EXERICSE i

                          . OCTOBER- 14,-1987                              '

FUEL. HANDLING BUILDING AIR SAMPLE

TIME 0730 - 0945 Nuclide C.F. Release Rate (Ci/Sec) Concentration XE-131m 7.0E+0 X = 'uci/cc j XE-133 2.58E+1 X = uci/cc j Kr-85 l'.70E+3 X = uci/cc TOTAL: .;

Time Release Rate (Ci/Sec) i 0730 0.1424 0745 0.1246 0800 0.1019 0815 0.099 j 0830 0.0812 0845 0.0634-0900 0.0456 .j 0915 0.0278 0930 0.001 0945 0.0 ; 1 l O To be used upon analysis of air sample from Fuel Handling Building entry. ! I t _-- __ ____ __ _ __ __ - - -

WATERFORD-3 ANNUAL EXERICSE OCTOBER 14, 1987 FHB WRGM SAMPLE -l TIME' 0730 - 0945 i Nuclide. C.F. Release Rate (Ci/Sec) Concentration 'XE-131m 7.0E+0 X = uci/cc XE-133 2.58E+1 X = uci/cc. Kr-85 1.70E+3 X = uci/cc TOTAL: Time Release Rate (Ci/Sec) 0730 0.1424 0745 0.1246 0800 0.1019 0815 0.099 0830 0.0812 ! 0845 0.0634 0900 0.0456 0915 0.0278 0930 0.001 0945 0.0 1 l l l

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l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 METHODOLOGY AND ASSUMPTIONS USED FOR CHEMISTRY DATA CALCULATIONS 1.0 Initial Conditions at 0445. 1.1 The plant has been operating at 100% power for 6 days following a refueling outage. 1.2 Reactor coolant mass of 427,426 lbs. 1.3 RCS charging and letdown flow rates equal 6.1 lbs/sec. 1.4 0.12% of the fuel has cladding leaks. 1.5 Coefficients describing diffusion of fission products from I fuel into RCS were obtained from Waterford-3 SES FSAR, Table 11.1-1. l 1.6 Fission product core inventories were based on Origin 2 j computer code calculations given in Middle South Services Memorandum from S. Thompson to K.R. Iyengar, "W3 SES Fission Product Inventory", December 1984. 1.7 Reactor coolant boron. concentration of 1100 ppm. l 1.8 Reactor coolant lithium concentration of 1.8 ppm. l 1.9 Reactor coolant hydrogen concentration of 35 sec/kg. I 1.10 Reactor coolant dissolved oxygen concentration of <0.01 ppm. 1.11 Reactor coolant pH of 6.5 (at 25'C), based on reactor coolant boron and lithium concentrations. 2.0 Accident Conditions - After Letdown Line Break and Reactor Trip at 1246 2.1 A fission product and chemistry parameter transport and fission product source term computer program was used to ; generate the chemistry data as a function of time. ] 2.2 Immediately following the plant trip, clad damage occurs to 1% of the fuel pins. The initial gap release for noble gases and halogens was 3% of the total fission product inventory of the affected fuel rods. The initial gap release for the alkali metals, telluriums, molybdenum and technitium was 1%. 2.3 A 500-fold increase in the fission product diffusion rates is experienced by the affected fuel rods to account for i spiking. F ! CHEM-1

WATERFORD-3 SES RMNUAL EXERCISE OCTOBER 14, 1987 2.4 Containment water-vapor-to-liquid partition coefficients of 1% and 0.1% were used for the halogens and alkali metals, molybdenum and technetium, respectively. 2.5 DF's of 1, 20 and 1,000 were used for the HEPA - activated charcoal plant stack exhaust filters for the noble gases, iodines and other fission products, respectively. 2.6 The fission product release pathway is as follows: defective fuel, reactor coolant system, letdown line break, operating Controlled Ventilation Atmosphere System, HEPA - activated charcoal filters, and plant stack. 2.7 RWSP water used as supply for the RCS charging and HPSI pumps contains 2,000 ppm boron and 8 ppm oxygen. 2.8 The station modification to provide emergency power to the chemistry laboratory and counting room is assumed to have been completed. 1 o l CHEM-2

WATERFORD-3 SES ANNUAL EXERCISE i OCTOBER 14, 198' l l i l CHEMISTRY - RADIOCHEMISTRY DATA TAB 12S AND INSTRUCTIONS l I The attached chemistry-radiochemistry plots and data tables are to be used by Chemistry Drill Team (ControlJ ars and Monitors) { members to provide post accident sampling rcmults to emergency l exercise chemistry players. Attached is a blank chemistry cue l card form that will be filled out and given to the players when analytical results or sample dose rates are needed. The cue card structure is used to provide exercise information specific to the analysis performed; data will be provided from the data tables ) following the completion of the analysis. l l All post accident chemistry activities will be performed and = l Health Physics recommendations followed. At the discretion of I the Chemistry Controller simulated activities may be carried out. Simulations will only occur if plant conditions preclude the actual performance of the activity (e.g. the Reactor Coolant System is not at temperature and pressure precluding the use of l the post accident sampling system to take an RCS sample). l l l CHEM-3

1 WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 15, 1986 CHEMISTRY CUE CARD I TO: Chemistry Players Chem. Cue Card No. l FROM: Chemistry Controller Time: Initial Sampling Time: SAMILE ID: Gross Activity X Sample Size XC,8 q a Dose Rate @ 1" I SAMPLE DCSE RATE: uC1/gm (cc) x gm (cc) 3480F a (mR/hr) , i Dis 02 (ppm) pH l BORON (ppm) H2 (cc/Kg) Li (ppm) Other SPECIFIC ACTIVITY: u?1/i,2 (cc) Gross Activity Br-83 Te-129 DEI-131 Br-84 Te-131m i Kr-85m I-131 Te-132

   ;r-85                                I-132                       Mo-99 Kr-87                                 I-133                        Tc-99m

Kr-88 I-134 1

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WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 METEOROLOGICAL SCENARIO OUTLINE AND DATA The meteorological scenario selected for the Waterford 3 SES 1987 Annual Exercise has been prepared to meet the overall objectives of the exercise. The meteorological scenario begins with late fall /early winter temperature conditions with little associated wind. Winds vary slightly above and below 1 mile per hour and come from the southwest. As the day progresses, inversion layer rises slightly and a concurrent increase in average windspeed to 3 mph is noted. Winds continue from the southwest at this speed for the remainder of the exercise. < The choice of weather conditions and wind speed during the release provide the desired level of off-site radiological dose rates in the downwind direction. The meteorological data presented in this subsection include: 1) simulated general forecasts from the National Weather Service, and 2) simulated computer printouts of the plant's meteorological system every 15 minutes for the duration of the exercise. MET-1

                                                                 - - - - - - - - _ - - - - - - _ _   a

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14,.1987 SIMULATED WEATHER FORECASTS i PROVIDED BY THE NATIONAL WEATHER SERVICE l

                                                       ,I l

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I i MET-2

WATERFORD-3 SES ANNUAL EXERCISE l OCTOBER 14, 1987 Simulated Forecast Provided By the National Weather Service 1 for Wednesday, October 14, 1987 l TIME: 0600-1230 A stable high pressure system continues to dominate the New Orleans area bringing continued clear skies and mild temperatures. Winds are presently from the southwest at 1 mile per hour and are expected to increase slightly this afternoon. The high today is expected to reach the upper 60's. Overnight lows are expected to be in the low to mid 40's. Less than 10% chance of precipitation today, tonight & tomorrow. I i l l l MET-3 l l - _ - _ - _ _ _ _ _ _

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 Simulated Forecast ! Provided By the National Weather Service for Wednesday, October 14, 1987 I TIME: 1230-1630 l A stable high pressure system continues to dominate the New Orleans area bringing continued clear skies and mild temperatures. Winds are presently from the southwest at 3 miles per hour. Afternoon highs are expected to be in the upper 60's. 3 overnight lows are expected to be in the low to mid 40's. Less l than 10% chance of precipitation today, tonight and tomorrow. 1 i i MET-4

WATERFORD-3 SES ANNUAL EXERCISE

                                                               . OCTOBER 14, 1987 1

I METEOROLOGICAL DATA

                                                                                      ,l l

1

 . __a-__._.___-___m.____ .- ._. _ ____.___ __  __-._._____.a_  _ _ _ . _ _ _ _

i i I WATERFORD-3 SESLANNUAL EXERCISE OCTOBER 14. 1987 SIMULATED METER 0 LOGICAL OUTPUT 06:30 < Primary! upper level wind direction 220 DEG, Primary upper level wind speed .447 M/S Delta-T redundant 1.01-DEG D Primary lower level wind direction. 219 DEG Back-up lower level wind direction .221 DEG Primary lower level' wind speed i451 M/S , Back-up lower level wind speed .450 M/S Primary delta-T 1.03.DEG C. Back-up delta-T liO5 DEG.C . Precipitation 0. INCH ] Primary lower level sigma theta 5.'15 DEG Back-up lower level sigma theta 5,13 DEG Temperature 7.22 DEG C 4 Primary upper level sigma theta 5.41 DEG~ t Wind speed in miles per hour 1.00 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided.only if CEPADAS is not operational.

WATERFORD-3 SES. ANNUAL EXERCISE OCTOBER 14', 1987

                                                        ' SIMULATED METEROLOGICAL OUTPUT 6:45 Primary upper level wind direction                  220 DEG.

Primary upper level wind speed .447 M/S Delta-T redundant 1.10.-DEG D Primary lower level. wind direction 219 DEG Back-up-lower ~ level wind direction 222-DEG Primary lower level wind speed .443 M/S Back-up lower level wind speed. .442.M/S-Primary delta-T 1.051DEG C Back-up delta-T 1.11 DEG C Precipitation 0 INCH Primary lower level sigma theta 5.32 DEG Back-up lower level sigma theta 5.23 DEG Temperature _ 7.45 DEG C' Primary upper level sigma theta- 5.42'DEG' Wind speed in miles per hour 1.00 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational, i 1

WATERFORD-3 SES' ANNUAL EXERCISE OCTOBER 14, 1987-SIMULATED METER 0 LOGICAL OUTPUT. 07:00 Primary upper level wind direction 220 DEG Primary upper level wind speed .447 M/S Delta-T redundant 1.05 DEG D Primary lower ~ level wind direction 221 DEG Back-up lower level wind direction 218 DEG Primary' lower level wind speed .453 M/S , Back-up lower level wind speed .431 M/S Primary delta-T 1.00'DEG C Back-up delta-T 0.98 DEG C Precipitation 0 INCH Primary lower level sigma theta 5.41 DEG Back-up lower level sigma theta. 5.33 DEG Temperature 7.56 DEG C Primary upper level sigma theta 5.44 DEG-Wind speed in miles per hour 1.00 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. 4 m

f WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED-METEROLOGICAL OUTPUT. ) 07:15 l; Primary upper level wind direction. 219 DEG Primary upper level wind speed .447 M/S 2 Delta-T redundant 1.03 DEG Dl- 1 218 DEG Primary lower level wind direction ] Back-up lower: level wind direction 222 DEG Primary lower level wind speed .456 M/S Back-up lower level' wind-speed- .453 M/S Primary delta-T 1.03 DEG C Back-up delta-T 1.08 DEG'C Precipitation 0' INCH Primary lower level sigma' theta 5'50 DEG Back-up lower level sigma theta 5.45 DEG q Temperature 7.85 DEG.C i Primary 1 upper level rigma theta- 5.47 DEG Wind speed in miles per hour 1.00 MPH CEPADAS provides wind speeds in miles per. hour, i The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. J l i 1

I i WATERFORD-3 SES ANNUAL EXERCISE' i OCTOBER 14.-1987 i SIMULATED METER 0 LOGICAL OUTPUT 07:30 l ; i Primary upper level wind direction 220 DEG Primary upper level wind speed .447 M/S- ; Delta-T redundant 1.03 DEG D- ! Primary lower level wind direction 219 DEG ) Back-up lower level wind direction 221 DEG 1 Primary lower level wind speed -. 4 4 7. M / S l Back-up lower level wind speed .443 M/S ) Primary delta-T 1.'03 DEG C Back-up delta-T, 1.02 DEG C " Precipitation 0 INCH , 5.44 DEG Primary lower level sigma theta Back-up lower' level sigma theta 5.43 DEG < Temperature 8.23 DEG C l Primary upper level sigma theta 5.55 DEG j i li j Wind speed in miles per hour 1.00- MPH i CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only j if CEPADAS is not operational. l I i i i l

I WATERFORD-3 SES ANNUAL EXERCISE .l OCTOBERJ 14,.1987 SIMULATED METER 0 LOGICAL OUTPUT 07:45 l Primary upper level wind direction 220 DEG j' Primary upper level wind speed .447 M/S Delta-T. redundant 0.99 DEG D Primary lower level wind direction 218,DEG Back-up lower level wind direction 222 DEG I Primary lower level wind speed .443 M/S- ' Back-up-lower level wind speed .449 M/S Primary delta-T ~1.03 DEG C q Back-up delta-T 0.98 DEG C ! Precipitation CF INCH l Primary lower level sigma theta 5.44.DEG j Back-up lower level sigma theta 5.43 DEG- i Temperature. 8.35 DEG C Primary upper level sigma theta 5.34 DEG. Wind speed in miles per hour 1.00- MPH. CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only . if CEPADAS is not operational. l l

                                                                                                                                .i
                                                                                                            ._---_____._-2--_O

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 08:00 Primary upper level wind direction 220'DEG Primary upper level wind speed .447 M/S Delta-T' redundant 0.98 DEG D Primary lower level' wind direction 218 DEG Back-up lower level wind direction 219 DEG Primary lower level wind speed .445 M/S ~ Back-up lower level wind speed' .450 M/S Primary delta-T 1.00 DEG C ! l Back-up delta-T ~1c02 DEG C Precipitation 0 INCH 3 Primary lower level sigma theta 5.54 DEG l Back-up lower level sigma theta 5.60 DEG 'l Temperature 8.48 DEG C Primary upper level sigma theta 5;34 DEG Wind speed in miles per hour 1.00 MPH l CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only i if CEPADAS is not operational. l l

l

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 i 1 SIMULATED METEROLOGICAL OUTPUT 08:15 i Primary upper level wind direction 220 DEG Primary upper level wind speed .448 M/S ] Delta-T redundant 0.98 DEG D Primary lower level wind direction 221 DEG Back-up lower level wind direction' 218 DEG. l Primary. lower level w1.nd speed .447 M/S j Back-up lower level wind speed .443 M/S 1

                   ' Primary delta-T                                       1.00 DEG C Back-up delta-T                                        0.97 DEG C Precipitation                                                    0. INCH Primary lower level sigma theta                        5.53 DEG Back-up lower level sigma theta                        5.50 DEG Temperature                                            8.69 DEG C Primary upper level sigma theta                        5.61 DEG Wind speed in miles per hour                      1.00             MPH CEPADAS provides wind speeds in miles per hour.                               l The Meters Per Second wind speed shall be provided only if CEPADAS is not operational,.

l I I I

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER.14. 1987 SIMULATED METER 0 LOGICAL OUTPUT 8:30 3 Primary upper level wind direction 220 DEG Primary upper level wind speed .449 M/S Delta-T redundant 0.96 DEG D 1 Primary lower level wind direction 221 DEG Back-up Jower level wind direction 219 DEG Primary lower level wind speed _.447 M/S e Back-up lower level wind speed .448 M/S Primary delta-T 0.99 DEG C , Back-up delta-T 1.00 DEG C- i Precipitation 0 INCH Pr.f. mary lower level sigma theta 5.62 DEG L Back-up lower level sigma theta 5.67 DEG Temperature 8.89 DEG C l Primary upper level sigma theta 5.66 DEG Wind speed in miles per hour 1.00 MPH-1 ( CEPADAS provides wind speeds f.n miles per hour, j The Meters Per Second wind speed shall be provided only if CEPADAS is not operational.

i I i

                                                                                                                                        -I i

l 1 WATERFORD-3 SES ANNUAL: EXERCISE l OCTOBER 14, 1987 l SIMULATED METER 0 LOGICAL OUTPUT 08:45 l.

                                                                                          -i Primary upper level wind direction                      221 DEG                          ]

Primary upper level wind speed .448;M/S 1 Delta-T. redundant. 0.99.DEG D J Primary lower level wind direction 221 DEG Back-up lower level wind direction 222 DEG: Primary lower level wind speed .445 M/S .)

   -Back-up' lower level    wind speed                  .443.M/S-Primary delta-T                                     1.01 DEG C.

Back-up. delta-T 0.98 DEG C Precipitation . O INCH-Primary lower level sigma theta .5.67 DEG l Back-up lower' level. sigma theta 5.71 DEG Temperature .8.93'DEG'C' Primary upper level sigma theta 5.88 DEG 1 k i Wind speed in miles per hour 1.00 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational.

WATERFORD-3 GES ANNUAL EXERCISC OCTOBER 14, 1987 1 SIMULATED METER 0 LOGICAL OUTPUT j j 09:00 ) {

Primary upper level wind direction 220 DEG i Primary upper level' wind speed - .447 M/S Delta-T redundant . O.SG DEG:D Primary lower level wind direction 219 DEG Back-up lower level wind direction '218 DEG Primary' lower level wind speed .445 M/S Back-up lower level wind speed .448 M/S Primary delta-T 0.97 DEG C Back-up delta-T 0.96 DEG C Precipitation 0 INCH-Primary lower level sigma theta 5.67 DEG. Back-up lower level sigma theta 5.64 DEG Temperature 8.99 DEG C Primary upper level sigma theta 5.64 DEG Wind speed in miles per hour 1.00 MPH i CEPADAS provides wind speeds in miles per hour, j The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. l

1 I u__________.._._._.___________ . _ _ _ _ _ _ . _ _ _ _ _ . _ _ . . _ . _ _ . _ _ . _ _ . _ _ _ . _ _ _ _ _ _ ____________ _ __ _ _ _ ]

i WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT l i 09:15 l Primary upper level wind direction 220 DEG Primary upper level wind speed .447 M/S j Delta-T redundant 0.93 DEG D j Primary lower level wind direction 221 DEG J Back-up lower level wind direction 218 DEG Primary lower level wind speed .445 M/S Back-up lower level wind speed .448 M/S f Primary delta-T 0.93 DEG C ! Back-up delta-T 0.98 DEG C Precipitation 0 INCH Primary lower level sigma theta 5.64 DEG 1 Back-up lower level sigma theta 5.68 DEG Temperature 9.33 DEG C j Primary upper level sigma theta 5.66 DEG Wind speed in miles per hour 1.00 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. 1 l

y :r i 1 i WATERFORD 3 SES. ANNUAL EXERCISE ' OC10BER'14; 1987

l SIMULATED METER 0 LOGICAL OUTPUT 09;30 j l

Prihary upper level wind direction 219 DEG ! Primary. upper level wind speed . 447 M/S j Delta-T' redundant 0.91'DEG D j Primary lower level wind direction 221 DEG l Back-un lower level wind direction o 220 DEG Primai7 lower level wind speed . . 445 M/S Back-up lower level wind speed ," t

                                                           . 446 M/S Primary delta-T               ,,

O.96 DEG C Back-up delta-T 0.93 DEG C Precipitation 0 INCH i 5.71 DEG Primary lower level sigma theta Back-up lower level sigma theta- 5.66 DEG Temperature 9.45 DEG C Primary-upper level sigma theta 5.72 DEG-i l Wind speed in miles.per hour 1,00 MPH 1 t CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. ( l

L 1 ! WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 l SIMULATED METER 0 LOGICAL OUTPUT 09:45 Primary upper level wind direction 222 DEG Primary upper level wind speed .447 M/S Delta-T redundant 0.92 DEG D Primary lower level wind direction 221 DEG Back-up lower level wind direction 218 DEG _ Primary lower level wind speed .447 M/S j Back-up lower level wind speed .445 M/S 1 Primary delta-T 0.94 DEG C Back-up delta-T 0.93 DEG'C Precipitation 0 INCH Primary lower level sigma theta 5.76 DEG I Back-up lower level sigma theta 5.72 DEG Temperature 9.62 DEG C ; Primary upper level sigma theta 5.78'DEG j

Wind speed in miles per hour '1.00 MPH i CEPADAS provides wind speeds in miles per hour. ! The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. i l

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METEROLOGICAL OUTPUT 10:00 l Primary upper level wind direction 220 DEG Primary upper level wind speed .447 M/S I' Delta-T redundant 0.91 DEG D Primary lower level wind direction 222 DEG Back-up lower level wind direction 219 DEG Primary lower level wind speed .449 M/S Back-up lower level wind speed .452 M/S Primary delta-T 0.91 DEG C Back-up delta-T 0.94 DEG C Precipitation 0 INCH , Primary lower level sigma theta 5.79 DEG h Back-up lower level sigma theta 5.81 DEG i Temperature 9.82 DEG C Primary upper level sigma theta 5.83 DEG

I l Wind speed in miles per hour 1.00 MPH l CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. J i

s _.________--_.-__m_- _ . -

i WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 i SIMULATED METER 0 LOGICAL OUTPUT 10:15 Primary upper level wind direction 222 DEG ; Primary upper level wind speed .453 M/S Delta-T redundant .0.91~DEG-D Primary' lower level wind direction 217 DEG . Back-up lower level wind direction 223 DEG } Primary lower level wind speed .455 M/S Back-up lower level wind speed .453 M/S J Primary delta-T 0.90 DEG C i Back-up delta-T 0.99 DEG C i Precipitation 0 INCH i Primary lower level sigma theta 5.81 DEG l Back-up lower level sigma theta 5.83 DEG. ! Temperature .9.92 DEG C Primary upper level sigma theta 5.88 DEG- . i Wind speed in miles per hour 1.01 MPH i CEPADAS provides wind speeds in miles per hour. 1 The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. i i i

l WATERFORD-3 SES ANNUAL EXERCISE l -OCTOBER 14, 1987 SIMULATED METEROLOGICAL OUTPUT 10:30 Primary upper level' wind direction 221 DEG Primary upper level wind speed .456 M/S Delta-T redundant 0.89 DEG D Primary lower level wind direction 223 DEG Back-up lower level wind direction 217 DEG Primary lowar level wind speed .461 M/S Back-up lower level wind speed .'459 M/S Primary delta-T 0.90 DEG C Back-up delta-T 0.88 DEG C Precipitation 0 INCH Primary lower level sigma theta 5.89 DEG Back-up-lower level sigma theta 5.82 DEG Temperature 10.1 DEG-C Primary upper level sigma theta 5.91 DEG Wind speed in miles per hour 1.02 MPH l CEPADAS provides wind speeds in miles per hour. I The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. l l l l

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 10:45 Primary upper level wind direction 218 DEG Primary upper level wind speed .67 M/S-Delta-T redundant 0.81 DEG D. Primary lower level wind direction 221 DEG' Back-up lower level wind direction 217 DEG Primary lower level wind speed .675 M/S Back-up lower level wind speed .660 M/S Primary delta-T 0.82 DEG C Back-up delta-T 0.79 D2G C Precipitation 0 INCH Primary lower level sigma theta 5.90 DEG Back-up lower level sigma theta 5.99 DEG Temperature 10.3 DEG C Primary upper level sigma theta 6.01 DEG Wind speed in miles per hour 1.50 MPH-l l CEPADAS provides wind speeds in miles per hcur. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. 1 1

l WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METEROLOGICAL OUTPUT 11:00 Primary upper level wind direction 221 DEG Primary upper level wind speed .81 M/S Delta-T redundant 0.78 DEG D Primary lower level wind direction- 218 DEG Back-up lower level wind direction 223 DEG Primary lower level wind speed 0.83 M/S s Back-up lower level wind speed 0.79 M/S Primary delta-T 0,77 DEG C Back-up delta-T 0.81 DEG C Precipitation 0 INCH Primary lower level sigma theta 6.51 DEG-Back-up lower level sigma theta 6.44 DEG Temperature 10.6 DEG C Primary upper level sigma theta 6.56 DEG I Wind speed in miles per hour 1.81 MPH CEPADAS provides wind speeds in niles per hour. The Meters Per Second wind speed . hall be provided only if CEPADAS is not operational. l I i

WATERFORD-3 SES ANNUAL EXERCISE

                                         . OCTOBER' 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 11:15 Primary upper level wind. direction                 219 DEG Primary upper level-wind speed                     .91 M/S       1 Delta-T redundant                                  0.71 DEG'D    !

Primary lower level wind direction 221 DEG ' Back-up lower level wind direction 217 DEG Primary lower level wind speed .0.92 M/S Back-up lower level wind speed 0/89 M/S , Primary delta-T 0.72 DEG C Back-up delta-T 0.69 DEG C f Precipitation 0 INCH 6.66 DEG l Primary lower level sigma theta , Back-up-lower level sigma theta 6.71 DEG l Temperature 11.8 DEG C Primary upper level sigma theta 6.88 DEG

                                                                                   .l
                                                                                   'l l

Wind speed in miles per hour 2.04' MPH q

CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall'be provided only if CEPADAS is not operational. l

i

                             .WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 11:30 Primary upper level wind direction                                                              217- DEG Primary upper level wind _ speed                                                               .99 M/S Delta-T redundant                                                                              0.68 DEG D Primary lower level            wind direction                                                    224 DEG Back-up lower level            wind direction                                                   214 DEG                                                                      ,

Primary lower level wind speed 0.97 M/S Back-up lower level wind speed 0.95 M/S l Primary delta-T. 0.66.DEG C Back-up delta-T 0.75 DEG C Precipitation 0 INCH Primary lower level sigma theta 7.35 DEG Back-up lower level sigma theta 7.43 DEG Temperature 13.2 DEG C Primary upper level sigma theta 7.51 DEG 1 i l l Wind speed in miles per hour 2.21 MPH CEPADAS provides wind speeds in miles per hour. { The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. l l 3 1 d

- _ _ _ - _ - _ = _ ._ WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 3 SIMULATED METEROLOGICAL OUTPUT

11:45 i Primary upper level wind direction 221 DEG Primary upper level wind speed 1.07 M/S 1 Delta-T redundant 0.69 DEG D I Primary lower level wind direction- 215 DEG Back-up lower level wind direction 223 DEG Primary lower level wind speed 1.04 M/S

Back-up lower level wind speed 1.11 M/S 0.64 DEG C j

Primary delta-T z Back-up delta-T 0.70 DEG.C i Precipitation 0 INCH l Primary lower level sigma theta 8.11 DEG Back-up lower level sigma theta' 8.43 DEG Temperature 14.6 DEG C Primary upper level sigma theta 8.52 DEG - Wind speed in miles per hour 2.39 MPH CEPADAS provides wind speeds'in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. l 1 I

e WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 12:00 Primary upper level wind direction 218 DEG Primary upper level wind speed 1.22 M/S Delta-T redundant 0.62 DEG D Primary lower level wind direction 216 DEG Back-up lower level wind direction 225 DEG Primary lower level wind speed 1.23 M/S . Back-up lower level wind speed 1.25 M/S Primary delta-T 0.61 DEG C Back-up delta-T 0.65 DEG C Precipitation 0 INCH I Primary lower level sigma theta 8.91 DEG i Back-up lower level sigma theta 8.45 DEG 1 Temperature 16.5 DEG C Primary upper level sigma theta 8.99 DEG Wind speed in miles per hour 2.73 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. l l w___.-_____._ _ . . _ _ . _ _ _ _ . - __ - - _ . _ _. ._ _ _ _ . _ . . . _ _ . _ _ _ _ . _ _ - . _ _ . _ . - - _ _ _ _ _ . _ - - - . _ _ _ . . - -

WATERFORD-3 SES ANNUAL EXERCISE' OCTOBER 14, 1987 SIMULATED METEROLOGICAL OUTPUT 12:15 i Primary upper level wind direction 220 DEG Primary upper level wind speed 1.29 M/S Delta-T redundant 0.63 DEG D Primary lower level' wind direction .219 DEG l Back-up lower level wind direction 223 DEG l Primary lower level wind speed 1.25 M/S

 'Back-up  lower level wind speed                    1.30 M/S Primary delta-T                                    0.59 DEG C Back-up delta-T-                                   0.67 DEG C Precipitation                                                              0 INCH Primary lower level sigma theta                    9.22 DEG Back-up lower level sigma theta                    9.10 DEG Temperature                                        17.3 DEG C Primary upper level sigma theta                    9.01 DEG Wind speed in miles per hour                     2.89                        MPH CEPADAS provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only - if CEPADAS is not operational. '

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987-SIMULATED METER 0 LOGICAL OUTPUT 12:30 Primary upper level wind direction 219 DEG Primary upper level wind speed 1.31 M/S Delta-T redundant 0.67 DEG D Primary lower level wind direction 219 DEG Back-up lower level wind direction 221 DEG Primary lower level wind speed 1.33 M/S Back-up lower level wind speed: 1.35 M/S Primary delta-T 0.65 DEG C Back-up delta-T 0.62 DEG C Precipitation 0 INCH Primary lower level sigma theta 9.21 DEG Back-up lower level sigma theta 9.10 DEG Temperature 17.8 DEG C Primary upper level sigma theta 9.22 DEG Wind speed in miles per hour 2.93 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational, i i i

WATERFORD-3 SES ANNUAL EXERCISE OCTOBTR 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT l 12:45 l Primary upper level wind direction 220 DEG Primary upper level wind speed 1.34 M/S . Delta-T redundant 0.65 DEG D ; Primary lower level wind direction 219 DEG Back-up lower level wind direction 222'DEG Primary lower level wind speed 1.30 M/S-Back-up lower level wind speed 1.31 M/S Primary delta-T 0.65 DEG C ! Back-up delta-T 0.64 DEG C Precipitation 0 INCH Primary lower level sigma theta 9.11 DEG Back-up lower level sigma theta 9.09 DEG Temperature 18.1 DEG C Primary upper level sigma theta 9.13 DEG l l Wind speed in miles per hour 3.00 MPH

                                                                                                 -l 1

( CEPADAS provides wind speeds in miles per hour, j 1 ' l The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. l l 4 I

WATERFORD-3 SES' ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 13:00

Primary upper level wind direction 221 DEG Primary upper level wind speed 1.35 M/S Delta-T redundant . 0.64 DEG D Primary lower level wind direction 219.DEG' Back-up lower level wind direction 222 DEG j Primary lower level wind speed 1.33 M/S j Back-up lower level wind speed 1.34 M/S Primary delta-T' O.63 DEG C Back-up delta-T 0.65 DEG C Precipitation 0 INCH Primary lower level sigma theta 9.10 DEG Back-up lower level sigma theta 9.11.DEG. Temperature 18.1 DEG C Primary upper level sigma. theta 9.15 DEG Wind speed in miles per hour 3.02 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. i

WATERFORD-3 SES ANNUAL' EXERCISE OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 13:15 Primary upper level wind direction 219 DEG Primary upper level wind speed 1.33 M/S Delta-T redundant 0.62'DEG D Primary lower level wind direction 221 DEG Back-up lower level wind direction 218-DEG Primary lower level wind speed 1.37 M/S ' Back-up lower level wind speed 1.32 M/S Primary delta-T 0.59 DEG C-Back-up delta-T 0.63 DEG C Precipitation 0 INCH Primary lower level sigma. theta 9.01 DEG Back-up lower level sigma theta 8.99 DEG Temperature 18.4 DEG C Primary upper level sigma theta 9.03 DEG l

                                                                                                      '1 l

Wind speed in m'iles per hour 2.98 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only j if CEPADAS is not operational. ' i

WATERFORD-3 SES' ANNUAL EXERCISE OCTOBER 114, 1987-SIMULATED METEROLOGICAL OUTPUT 13:30 Primary upper level wind direction 221.DEG Primary upper level wind speed 1.34 M/S Delta-T redundant 0.60 DEG D Primary lower level. wind direction 218 DEG Back-up lower level wind. direction 223 DEG-Primary lower. level wind speed 1.33-M/S Back-up lower level wind speed 1.36 M/S' Primary delta-T- 0.61 DEG-C Back-up-delta-T 0.63 DEG C Precipitation 0 INCH Primary lower level sigma theta 8.98 DEG Back-up lower level sigma theta 9.00 DEG Temperature- . 18.6 DEG C Primary upper level sigma theta 9.01 DEG Wind speed in miles per hour 3,00 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. L_______-________--______-_-____-___ _ - _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ ___ __ _ - ___ - __ _

                                                                                                                          .WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987.

SIMULATED METEROLOGICAL OUTPUT 13:45 i Primary upper level wind direction 220 DEG Primary upper level wind speed 1.34 M/S ; Delta-T redundant 0.60 DEG D Primary ~1ower level wind-direction- 221 DEG~ i

                                                                                               -Back-up lower level                     wind direction           217 DEG Primary lower level                  wind speed            1.37 M/S Back-up lower level                  wind speed            1.30 M/S
                                                                                               ' Primary delta-T                                              0.62 DEG C-Back-up delta-T                                            0.58.DEG C Precipitation                                                     0 INCH Primary lower level sigma theta                            8.89'DEG Back-up lower level sigma theta                            8.97 DEG-Temperature                                                18.8 DEG C' Primary upper level sigma' theta                           8.92 DEG Wind speed in miles per hour                            H3 . 0 0. MPH CEPADAS provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided'only ! if CEPADAS is not operational. J i I i i i l

             - _ . _ _ _ - _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ - _ = _ _ _ _                                                                              -- - _-

l L WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METEROLOGICAL OUTPUT 14:00 Primary upper-level wind direction 221 DEG i Primary upper level wind speed 1.36 M/S i Delta-T redundant 0.59 DEG D Primary lower level wind direction 219 DEG Back-up lower level wind direction 217 DEG Primary lower level wind speed 1.35 M/S Back-up lower level wind speed 1.33 M/S I Primary delta-T 0.61 DEG C { Back-up delta-T 0.63 DEG C' ,j Precipitation 0 INCH Primary lower level sigma theta 8.99 DEG Back-up lower level sigma theta 8.93 DEG Temperature 18.9 DEG C i Primary upper level sigma theta 8.94 DEG . I Wind speed in miles per hour 3,04 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. j i l l i e

WATERFORD-3 SES ANNUAL' EXERCISE OCTOBER 14., 1987 l ' SIMULATED METER 0 LOGICAL OUTPUT 14:15 Primary upper level wind direction 220 DEG " Primary upper level wind speed 1,38 M/S Delta-T redundant 0.60 DEG D. l Primary 1cwer level wind direction 221 DEG- ! Bach-up lower level wind direction 218 DEG ; Primary. lower level wind speed 1.34 M/S l Back-up lower level wind speed 1.39'M/S Primary delta-T 0.61 DEG.C Back-up delta-T 0.59 DEG C Precipitation 0' INCH ~ Primary' lower level sigma. theta 8.93 DEG , Back-up lower level sigma theta 8.37 DEG j Temperature 19.0 DEG C Primary upper level's.4.gma theta 8.98 DEG

Wind speed in miles per hour 3.09 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. , i i i i l i l i

                                                                                    .                                                                                                                              l

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METEROLOGICAL OUTPUT 14:30 Primary upper level wind direction 221 DEG Primary upper level wind speed 1.39 M/S Delta-T redundant 0.58 DEG D Primary lower level wind direction .218 DEG Back-up lower level wind direction 223 DEG Primary lower-level wind speed 1.40 M/S-Back-up lower level wind speed 1.38 M/S Primary delta-T 0.80 DEG C Back-up delta-T 0.54 DEG C Precipitation 0 INCH-Primary lower level sigma theta 8.93 DEG j Back-up lower level sigma theta 8.99 DEG-Temperature 19.0 DEG-C Primary upper level sigma theta 9.00 DEG i J Wind speed in miles per hour 3.11 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. i l l l

                                                                                                                                                                                                      ~l WATERFORD-3 SES ANNUAL EXERCISE                                                   )

OCTOBER 14, 1987 l SIMULATED METEROLOGICAL OUTPUT 14:45 Primary upper level wind direction 221 DEG Primary upper level wind speed 1,38 M/S 3 Delta-T. redundant 0.55 DEG D .1 Primary lower level wind direction 219 DEG i

                                                                                                      .Back-up lower level  wind direction                    223 DEG                                    l Primary lower level. wind speed                       1,39 M/S                                    -

Back-up lower level wind speed 1.40 M/S ' Primary delta-T Back-up delta-T 0.59 DEG C 0,53 DEG C j Precipitation 0: INCH - i Primary lower level sigma theta 9.01 DEG' , l- Back-up lower level sigma theta 9.00 DEG Temperature 18.9 DEG C h Primary upper level sigma theta 9.03 DEG l 1 Wind speed in miles per hour 3.09 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. i I

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987-SIMULATED METER 0 LOGICAL OUTPUT 15:00 Primary upper level wind direction- 220 DEG Primary upper level wind speed 1.39 M/S Delta-T redundant 0.56 DEG D Primary lower level _ wind direction 223 DEG Back-up lower level wind direction 221 DEG Primary lower level wind speed 1,38 M/S Back-up lower level wind speed 1.41 M/S i Primary. delta-T 0 55 DEG C L Back-up delta-T 0.56 DEG.C i Precipitation 0 INCH Primary lower level sigma theta 9.03 DEG Back-up lower level sigma theta 9.05 DEG Temperature 18.9 DEG C Primary upper level sigma theta 9.02 DEG i i Wind speed in miles per hour 3.11 MPH i 4 CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. l l l

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 15:15 Primary upper level wind direction 221 DEG

                           -Primary upper level wind speed                                          1.41 M/S-
                           ' Delta-T redundant                                                      0.55 DEG D
                           -Primary               lower level wind direction                         217 DEG Back-up               lower level wind direction                         221 DEG Primary               lower level wind speed.                           1.40 M/S        ,.

Back-up lower level wind speed 1.39 M/S Primary delta +T 0.58 DEG C Back-up delta-T 0.54 DEG C Precipitation 0 INCH Primary lower level sigma theta 9.03 DEG Back-up lower level sigma theta. 9.04 DEG Temperature 19.0 DEG C Primary upper level sigma theta 9.07 DEG Wind speed in miles per hour 3.15: MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. ( l 1

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 15:30 1 Primary upper level wind direction 220 DEG Prinary upper level wind speed 1.42 M/S Delta-T redundant 0.53 DEG D Primary lower level wind' direction 218 DEG Back-up lower level wind direction 222'DEG Primary lower level wind speed 1.40 M/S- < Back-up lower level wind speed 1.42 M/S Primary delta-T 0.54 DEG C Back-up delta-T 0.52 DEG C Pr icipitation 0 INCH Pr-mary lower level sigma theta 9.07 DEG Bach am lower level sigma theta 9.09 DEG I Temperat-ce 19.1 DEG C Primary upper level sigma theta 9.11 DEG i Wind speed in miles per hour 3.18 MPH-CEPADAS provides wind speeds in miles per hoisr. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. 1 l 1 l J 1 1 l j l

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 15:45 Primary upper level wind direction 220 DEG Primary upper level wind speed 1.41 M/S Delta-T redundant 0.51 DEG D ' Primary lower level wind direction 223 DEG Back-up lower level wind direction 219 DEG ; Primary lower level wind speed 1.43 M/S > Back-up lower level wind speed 1.42 M/S ' Primary delta-T 0.50 DEG C Back-up delta-T 0.54 DEG C Precipitation 0 INCH Primary lower level sigma theta 9.09 DEG Back-up lower level sigma theta 9.12 DEG - Temperature 19.1 DEG C ; Primary upper level sigma theta 9.15 DEG { I i Wind speed in miles per hour 3.15 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. i r l l - - _ _ -

WATERFORD-3 SES ANNUAL EXERCISE , OCTOBER 14, 1987 l SIMULATED METEROLOGICAL OUTPUT ; 16:00 Primary upper level wind direction 221 DEG ,

Primary upper level wind speed 1.45 M/S-Delta-T redundant , 0.49 DEC.D Primary lower level wind direction 223 DEG Back-up lower level Primary lower level wind wind direction speed 219 DEG 1.43 M/S l]

Back-up lower level wind speed 1.47 M/S Primary delta-T 0.50 DEG C. Back-up delta-T 0.43 DEG C Precipitation . O INCH. Primary lower level sigma theta 9.23 DEG Back-up lower level sigma theta 9.26 DEG ;

            . Temperature                                       19.1 DEG C Primary upper level sigma theta                    9.33 DEG l

Wind speed in miles per hour 3.24 MPH CEPADAS provides wind speeds in miles per hour. I The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. 1 i 1 1 l l -

WATERFORD-3 SES ANNUAL EXERCISE i OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 16:15 4 Primary upper level wind direction 221 DEG 1.48 M/S l Primary upper level wind speed Delta-T redundant 0.47 DEG D , Primary lower level wind direction 223 DEG Back-up lower level wind direction '221 DEG Primary lower level wind speed 1.49 M/S Back-up lower level wind speed 1.43 M/S Primary delta-T 0.50 DEG C Back-up delta-T 0.42 DEG C Precipitation 0 INCH Primary lower level sigma theta 9.35 DEG Back-up lower level sigma theta 9.38 DEG Temperature 19.0 DEG C Primary upper level sigma theta 9.41 DEG Wind speed in miles per hour 3.31 ' MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. I i i I l

                                                                                                                    'l i

d

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 14, 1987 SIMULATED METER 0 LOGICAL OUTPUT 16:30 Primary upper level wind direetion 220 DEG Primary upper level wind speed 1.5 M/S Delta-T redundant 0.43 DEG D Primary lower level wind direction 219 DEG Back-up lower level wind direction 223 DEG Primary lower level wind speed 1.51 M/S . Back-up lower level wind speed 1.49 M/S I Primary delta-T 0.43 DEG C Back-up delta T 0.43 DEG C Precipitation 0 INCH Primary lower level sigma theta 9.39 DEG Back-up lower level sigma theta 9.41 DEG Temperature 19.0 DEG C Primary upper level sigma theta 9.43 DEG Wind speed in miles per hour 3.36 MPH CEPADAS provides wind speeds in miles per hour. The Meters Per Second wind speed shall be provided only if CEPADAS is not operational. l l l l l l

WATERFORD-3 ANNUAL EXERICSE OCTOBER 14, 1987

                                                                   'l; I

ONSITE DOSE ASSESSMENT DATA , i 1 0730 - 0945 j 1 i

r l WATERFORD-3 ANNUAL EXERICSE ! OCTOBER 14, 1987 l PLUME AIR SAMPLE DATA SHEET

TIME 0730 - 0945 ,

1 Nuclide C.F. Release Rate (Ci/Sec) Concentration XE-131m 1.19E+1 X = uci/cc XE-133 = uci/cc j 4.39E+1 X _ I 2.89E+3 X Kr-85 = uci/cc TOTAL: Time Release Rate (Ci/Sec) l 0730 0.1424 j 0745 0.1246 4 0800 0.1019 0815 0.099 0830 0.0812 1 0845 0.0634 0900 0.0456 { 0915 0.0278 l I 0930 0.001 0945 0.0 1 I l l

Data for use when an air sample from the plume is analyzed.

o b a x - Il ll y7, ,;I y 4o0

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i 1 Energency Preparedness Drill f i Annual Exercise 10/14/07 f Drill Constants-Air Saeple Duration - 5 Minutes "; Air Saaple Flow Rate - 2 cla Air Sample Count Time - 5 Minutes Background Saaple Count Tise - 2 Minutes Instrueent D/C - 30 ' Dose Equivalent todine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 Meteorology Chosen Wind Stability Category F. Windspeed - .447 seters per second Wind Fros - 220 Distances in - Feet Dose Factors Release Rate in Curies per Second * .1424 Noble Cas Dose Factor - 33100 lodine Dose Factor - 1.47E+09 lodine to Noble Gas Ratio - 6.68E-08 i Site of Release and Duration Site of Release - Fuel Hanoling Building Time at Whtch Release Occurs - 07:30 Hours I 3 i

i i

1

Energency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 07:30 Hours Closed Window Meter Reading Downsind Distances in Feet. Distance oH Center 100 200 300 400 500 600 700 000 900 1000 100 -l - 0 0 0 3 5- 7 6 7 6 5 I 90 -! 0 1 3 8 10 10 9 7 6' 5 ! 80 -l 0 6 6 15 14 12 9 '7 6 5 70 -1 3 13 14 21 17 12 ' 9 7 6 5 60 -1 25 31 26 26 17 12 9 7 6 5' , l l 50 - 52 56 37- 26 17 12 9 7 6 5 ' l 1 40 - 125 81 45 26 17 12 9 7 6 5

                                                                    ;                                                                                   j 30    -l      226    100       45       26         17     12       9      7. 6     5      l 1                                                                                   !

20 -! 326 100 45 26 17 12 '9 7 6 5' l 10 -1 401 100 45 26 17 12 9 7 6 5' Center -t 401 100 45 26 17 12 9 7 6 5 I i 10 -1 401 100 45 26 17 12 9 7 6 5 , l 20 - 326 100 45 26 17 12 9 7 6 5 l 30 -! 226 100 45 26 17 12 9- 7 6 5 40 -! 125 91 45 26 17 12 9 7 6 5 50 -t 52 56 37 26 17 12 9 7 6 5 i 60 - -i 25 31 26 26 17 12 9 7 6 5 70 -1 3 13 14 21 17 12 '9 7 6 5 80 -! 0 6 6 15 14' 12 9 7 6 5 l 90 -l 0 1 3 8 10 10 9 7 6 5 l 100 -1 0 0 0 3 5 7 9 7 6 5' l

i Energency Preparedness Drill AnnualExercise 10/14/97 Onsite and Nearsite Radiological Data 07:30 Hours l l Open Windon Meter Reading Domnwind Distances in Feet. Distance oH Center 100 200 300 400 500 '600 700 000 ' 900 1000 100 -! 0 0 0 4 7 9 10 9 8 6 1 90 -! 0 1 4 11 13 13 12 9 9 6 90 -l 0 8 9 19 18 16 12 9 8 6 1 70 -1 3 17 19 28 22 16 12 9 8 6 l 60 -1 33 41 33 34 22 16 12 9 9 6 l 50 -! 68 73 48 34 22 16 12 9 0 6 I a0 -! 163 106 59 34 -22 16 12 9 8 6 30 -l 293 130 59 34' 22 16 12 9 8 6 i 20 -; 424 130 59 34 22 16 12 9 8 6 l 10 -! 521 130 59 34 22 16 12 9 9 6 t Center -: 521 130 59 34 22 16 12 9 8 6-l 10 -l 521 130 59 34 22 16 12 9 8 6 ; I 1 20 -l 424 130 59 34 22 16 12 9 8 6 l

                   'O                                 -

293 130 59 34 22 16 12 9 8 6 i 40 -1 163 106 59 34 22 16 12 9 8 6 1 50 -l ' 60 73 48 - 34 22 16 12 9 9 6 I 60 -1 33 41 33 34 22 16 12 .9 fl 6 ' 1 70 -1 3 17 18 28 22 16 12 9 8 6 I 80 -1 0 8 8 19 1B 16 12 9 8 6 90 -l 0 1 4 11 13 13 12 9 8 6 1 ! 100 -! 0 0 0 4 7 9 12 9 8 6 I

1 i Energency Preparedness Drill Annual Exercise i 10/14/87 1 f Onsite and Nearsite Radiological Data 07:30 Hours. Results of 5 Minute lodine Saaples Results Reported in Gross Counts Downsind Distances in Feet. l Distance off Center 100 200 300 400 500 600 700 000 900 1000 c 100 -t 125 125 125 125 125- 125 125 125 125 125 90 -! 125 125 125 125 125 125 125 125 125 125 1 80 -1 125 125 125 126 126 126 125 125 125 125 1 70 -1 125 126 126 126 126 126 125 125 125 125 60 -l 126 126 126 126 126 126 125 125 125 125 i 50 -! 127 127 127 126 126 126 125 125 125 125 l 40 -l 130 128 127 126 126 126 125 125 125 125' 30 -! 134 129 127 126 126 126 125 125 125 125 1 20 -! 139 129 127 126 126 126 125 125 125 125 10 - 142 129 127 126 126 126 125 125 125 125 l l Center 142 129 127 126 126 126 125 125 125 125 l 10 -l 142 129 127 126 126 126 125 125 125 125 20 -l 139 129 127 126 126 126 125 125 125 125 i 30 -1 134 129 127 126 126 126 125 125 125 125 1 40 -l 130 128 127 126 126 126 125 125 125 125 ; i 50 -1 127 127 127 126 126 126 125 125 125 125 I i L 60 -! 126 126 126 126 126 126 125 125 125 125 ; 1 i 70 -l 125 126 126 126 126 126 125 125. 125 125 1 80 - 125 125 125 126 126 126 125 125 125 125 90 -l 125 125 125 125 125 125 125 125 125- 125 100 -l 125 125 125 125 125 125 125 125 125 125 BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS)

                                                                         ~                                                                                              ,

Emargancy Properadness Drill Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Equivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 Me teo ro l ogy Chosen Wind Stability Category F. Windspeed - .447 meters per second Wind From - 220 Distances in - Feet Dose Factors Release Rate in Curies per Second - .1246 Noble Gas Dose Factor - 33100 Iodine Dose Factor - 1.47E+09 i Iodine to Noble Gas Ratio - 6.68E-08 Site of Release and Duration Site of Release - Fuel Handling Building Time at Which Release Occurs - 07:45 Hours 1 l 1

Energency Preparedness Drill Annual Exercise 1 10/14/87 Onsite and Nearsite Radiological Data 07:45 Hours Closed Winoon Meter Reading I Donneind Distances in Feet. Distance oH Center 100 200 300 400 500 600 700 800 900 1000 5 6 7 6 5 4 ~I 100 -1 0 0 0 3 l 90 -! 0 1 2 7 8 9 8 6 5 4 ; I 80 -l 0 5 5 13 12 11 8 6 5 4 l 70 -! 2 11 12 19 15 11 8 6 5 4 1 60 -! 22 - 27 22 23 15 11 8 6 5 4 l 50 - 46 49 32 23 15 11 8 6 5 4 l 40 -l 110 71 40 23 15 11 8 6 5 4 30 -1 197 87 40 23 15 11 8 6 5 4 l 20 -! 285 87 40 23 15 11 8 6 5 4 i .. 10 -1 351 87 40 23 15 11 8 6 5 4 l 1 Center -! 351 87 40 23 15 11 8 6 5 4 1 10 - 351 87 40 23 15 11 8 6 5 4 1 20 -1 285 87 40 23 15 11 8 6 5 4 30 1 197 87 40 23 15 11 8 6 5 4 l 40 -! 110 71 40 23 15 11 8 6 5 4 1 50 -! 46 49 32 23 15 11 8 6 5 4 I i 60 -1 22 27 22 23 15 11 8 6 5 4 j 70 -l 2 11 12 19 15 11 8 6 5 4 i 80 -l 0 5 5 13 12 11 6 5 4 90 -! 0 1 2 7 8 9 8 6 5 4 i 100 -! 0 0 0 3 5 6 8 6 5 4 L_____________ __ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ . _ _ _ . _ _ _ _ _ = _ _ _ _ _ _ _ _ _

Energency Preparedness Drill Annual Esercise-10/14/07 Onsite and Nearsite Radiological Data 07:45 Hours Open Window Meter Reading Doenuind Distances in Feet. Distance oH Center 100 200 300 400 500 600 '700 800 900 1000 100 -1 0 0 0 -4 6- 8 9 8 7 6 l t 90 -1 0 1 3 9 11 . 11 11 8 7 6 1 80 -i 0 7 7 17 16 14 11 8 7 6

                                                     .1 70 -i         '3      15       16      24         20 -  14       11    0    7. 6 1

60 -1 29 36 29 30 20 14 11 8 7 6 1 50 -l 59 64 42 30 20 14 11 8 7 6 i l 40 -l 143 92 52 30 20 14 11 8 7 6 1 ; 30 -1 257 114 52 30 20 14 11 8 7 6 1 20 -1 371 114 52 30 20 14 11 8 7- 6 10 -1 456 114 52 30 20 14 'll 8 7 6 Center -l 456 114 52 30 20 14 11 8 7 6 l l l 10 -1 456 114 52 30 20 14 11 8 7 6 l l 20 -1 371 114 52 30 20 14 11 8 7 6 1 30 -1 257 114 52 30 20 14 11 0 7 6 l 40 -l 143 92 52 30 20 14 !! 8 7 6 1 50 -l 59 64 42 30 20 14 11 8 7 6 1 60 -l 29 36 29 30 20 14 11 8 7 6 i 70 -! 3 15 16 24 20 14 11 8 7 6 I 80 -i 0 7 7 17 16 14 11 8 7 6 1 90 -! 0 1 3 9 11 11 11 8 7 .6 l 100 -l 0. 0 -0 4 6 8 11 8 7 6 1

I 1 Energency Preparedness Drill Annual Exercise 10/14/97 Onsite and Nearsite Radiological Data 07:45 Hours Results of 5 Minute lodine Saaples Results Reported in Bross Counts Downwind Distantes in Feet. Distance off Center 100 200 300 400 500 600 700 800 900 1000 100 -l 125 125 125 125 125 125 125 125 125 125 1 90 -t 125 125 125 125 125 125 125 125 125 125 l 1 80 -l 125 125 125 126 126 125 125 125 125 125 70 -l 125 125 126 126 126 125 125 125 125 125 l l 60 -l 126 126 126 126 126 125 125 125 125 125 I 50 -l 127 127 126 126 126 125 125 125 125 125 l l 40 - 130 128 127 126 126 125 125 125 125 125 l l l 30 -! 133 129 127 126 126 125 125 125 125 125 20 - 137 129 127 126 126 125 125 125 125 125 10 -; 140 129 127 126 126 125 125 125 125 125 ;

                          ;                                                                                            l Center      140    129    127       126      126      125    125    125    125   125                 l 10 -t     140    129    127       126      126      12'    125    125    125    125 l                     20 -l     137    129    127       126       126     125    125    125    125    125                 ,

l I l 30 -l 133 129 127 126 126 125 125 125 125 125 40 130 128 127 126 126 125 125 125 125 125 50 -l 127 127 126 126 126 125 125 125 125 125 l 60 - 126 126 126 126 126 125 125 125 125 125 l 70 -l 125 125 126 126 126 125 125 125 125 125 80 -l 125 125 125 126 126 125 125 125 125 125 50 -: 125 125 125 125 125 125 125 125 125 125 100 -: 125 125 125 125 125 125 125 125 125 125 BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS)

Emargency Preparedness Drill Annual Exercise 10/14/87 Drill Constants Air.3 ample Duration - 5' Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background. Sample Count Time - 2 Minutes Instrument D/C - 30 ~ Dose Equivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 Meteorology Chosen Wind Stability Category.F. Windspeed -

                                                                                          .447.. meters per second Wind From - 220 Distances in - Feet Dose Factors Release Rate in Curies per Second -                                          .1019 Noble Gas Dose Factor - 33100 l                                           Iodine Dose Factor - 1.47E+09 Iodine to Noble Gas Ratio - 6.68E-08 Site of Release and Duration j

Site of Release - Fuel Handling Building i Time at Which Release Occurs - 08:00 Hours l

1 Energency Preparedness Drill Annual Exercise 10/14187 1

                              'Onsite and Nearsite Radiological Data 08:00 Hours                                                        ')

Closed Ilindon Meter Reading Donneind Distances in Feet. Distance oH Center 100 200 300 400 500 600 700 800 900 1000 9 100 -1 0 0 0 2' 4 5 5 5 4- 3 l 90 -i 0 0 2 6 '7 7 7 5 4 3 i 80 -1 0 4 4 11 10 9 7 -5 4 3 70 -l 2 9 10 15 12 9 7 5 4 3 60 -l 18 22 18 19 12 9 7 5 4 3 50 -! 37 40 26 19 12 9 7 5 4 3 l 40 -l 90 58 33 19 12 9 7 5 4 3 1 i, 30 - 161 72 33 19 12 9 7 5 4 3 l 20 -l 233 72 33 19 12 9 7 5 4 3 l 10 -i 287 72 33 19 12 9 7 5 4 3 i Center -! 287 72 33 19 12 9 7 5 4 3 10 -! 287 72 33 19 12 9 7 5 4 3 l 20 -l 233 72 33 19 12 9 7 5 4 3 j i j 30 -l 161 72 33 19 12 9 7~ 5 4 3 l 40 - l_ 90 58 33 19 12 9 7 5 4 3 . i 50 -l 37 40 26 19 12 9 7 5 4 3 i I J 60 -l 18 22 18 19 12 9 7 5 4 3 l 'i 70 -! 2 9 10 15 12 9 7 5 4 3 I l 90 -l 0 4 4 11 10 9 7 5 4 3 i 90 -1 0 0 2 6 7 7 7 5. 4 3 : 100 -l 0 0 0 2 4 5 7 5 4 3 , l l

Energency Preparedness Drill Annual Exercise . 10/14/87 Onsite and Nearsite Radiological Data 00:00 Hours Open Windon Meter Reading Downuind Distances in Feet. Distance off tenter 100 200 300 400 500 600 700 000 900 1000-100 -1 0 0 0 3 5 6 7- 7 5 5 l 90 -! 0 1 3 8 9 9 9 7 5 5 B0 -! 0 -6 5 14 13 11 9 7 .5 5 , 1 70 -! 2 12 13 20 16 11 9 7 5 5 I i l 60 -! 23 29 24 24 16 11 9 7 5 5 1 50 -t 49 52 34 24 16 11 9 7- 5 5 1 40 -l 117 74 42 24 16 11 9 7 5 5 30 -l 210 93 42. 24 16 11 9 7 5 5 1 20 -1 303 93 42 24 16 11 9 7 5 5 1 10 -; 373 93 42 24 16 11 9 7 5 5 Center -1 373 93 42 24 16 11 9 7 5 5 l 10 -: 373 93 42 24 16 il 9 7 5 5 l 20 -1 303 93 42 24 16 11 9 7 5 5 1 30 -! 210 93 42 24 16 11 9 7 5 5 40 -l 117 76 42 24 16 11 9 7 5 5 50 -l 49 52 34 24 16 11 9 7 5 5 l 60 -! 23 29 24 24 16 11 9 7 5 5 70 -i 2 12 13 20 16 11 9 7 5 5 l 90 -l 0 6 5 14 13 !! 9 7 5 5 l 90 -! 0 1- 3 9 9 9 9 7 5 5 1 100 -i 0 0 0 3 5 6 9 7 5 5 l

Energency Preparedness Drill Annual Exercise - 10/14/07-Onsite and Nearsite Radiological Data 08:00 Hours Results of 5 Minute lodine Samples Results Reported in Gross Counts Downwind Distances in Feet.- 4 Distance . oH Center 100 200 300 400 500 600 700 B00 900* '1000

100 -1 125 125 125 125 125 125' 125 125 125 125 90'-l 125 125 125' 125 125 125 125' 125 125 125 1 80 -! 125 125 125 125 125 125 125 125 125 125' !.

                                -1                                                                               d 70 -l     125    125    125      126       126      125    125   125    125    125   l' I

60 -1 126 126 126 126 126 125 125 125 125 125 t i 50 -i l 127 127 126 126 126 125 125 125 125 125

i 40 -l 129 127 126 126 126 125 125 125 125 125 l l 30 -l 132 128 126 126 126 125 125 125 125 125 20 -! 135 129 126 126 126 125 125 125 125 125 i 10 - 137 128 126 126 126 125 125 125 125 125 1 Center 137 128 126 126 126 125 125 125 125 125 ! l i 10 -! 137 128 126 126 126 125 125 125 125 .125 l 20 -l 135 128 126 126 126 125 125 125 125 125 I l , 30 -l 132 128 126 126 126 125 125 125 125 125 40 -l 129- 127 126 126 126 125 125 125 125 125 50 -1 127 127 126 126 126 125 125 125 125 125 I i 60 -:- 126 126 126 126 126 -125 125 125 125 125 t 70 -! 125 125 125 126 '126 125 125 125 125 125 1 80 -: 125 125 125 125 125 125 125 125 125 125 i

                             ?0 -1     125    125    125      125       125      125    125   125    125    125 100 -:     125    125-   125      125       125      125    125   125    125    125 BACKGROUND SAMPLES ARE ALL 50.' COUNTS (GROSS)

Emargency Prepnrodnaso Drill l Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Equivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 I Meteorology Chosen Wind Stability Category F. Windspeed - .447 meters per second i Wind From - 220 ! Distances in - Feet Dose Factors Release Rate in Curies per Second - .099 Noble Gas Dose Factor - 33100 l Iodine Dose Factor - 1.47E+09 l Iodine to Noble Gas Ratio - 6.68E-08 ; Site of Release and Duration Site of Release - Fuel Handling Building Time at Which Release Occurs - 08:15 Hours

Energency Preparedness Drill Annual Exercise 10/14/97 Onsite and Nearsite Radiological Data 08:15 Hours Closed Ilindru Meter Reading Downwind Distances in Feet. Distance oH Center 100 200 300 400 500 600 700 800 900 1000 100 -1 0 0 0 2 4 5 5 5 4 3 l 90 -! 0 'O 2 6 7 7 6 5 4 3 80 -! 0 4 4 10 10 9 6 5- 4 3 70 -i 2 9 10 15 12 9 6 5 4 3 i 60 -l 17 22 18 18 12 9 6 5 4 3 1 50 -! 36 39 26 18 12 9 6 5 4 3-i 40 -l 87 56 32 18 12 9 6 5 4 3 30 -1 157 69 32 18 12 9 6 5 4 3 l 20 - 227 69 32 18 12 9 6 5 4 3 10 -! 279 69 32 18 12 9 6 5 4 3 Center -l 279 69 32 18 12 9 6 5 4 3-10 -! 279 69 32 18 12 9 6 5 4 ~3 20 -l 227 69 32 18 12 9 6 5 4 3 l 30 -l 157 69 32 18 12 9 6 5 4- -3 i 40 -! 87 56 32 18 12 9 6 5 4 3 1 50 - 36 39 26 18 12 9 6 5 4 3 1 60 -i 17 22 18 18 12 9 6 5 4 3 70 -! 2 9 10 15 12 9 6 5 4- 3 t 80 -1 0 4 4 10 10 9 6 5' 4 3 l 90 -l 0 0 2 6 7 7 6 '5 4 3 100 -1 0 0 0 2 4 5 6 5 4 .3 l

Energency Preparedness Drill Annual Exercise-10/14/87 Onsite and Nearsite Radiological Data 08:15 Hours-Open Window Meter Reading Downwind Distances in Feet. Distance oH Center 100 200 300 400 500 600 '700 800 900 1000 100 -l 0 0 0 3 5 6 7' 7 5 4 90 - 0 1 3 7 9 9 8 7 5 4 i 80 -l 0 6 5. 13 13 11 9 7 ~5 4 70 -l 2 12 13 19 16 11' 8 7 5 4 60 -l 23 28 23 24 16 11 8 7 5 4 50 -1 47 51 33 24 16 11 8 7 5 4 l 40 - 113 73 41 24 16 11 9 7 5 4 l I l 30 - 204 90 41 24 16 11 8 7 5 4 l l l 20 -1 295 90 41 24 16 11 8 7 5 4 10 -1 363 90 41 24 16 11 8 7 5 4 Center -! 363 90 41 24 16 11 9 7 5 4 1 10 -! 363 90 41 24 16 11 8 7 5 4 i l 20 -1 295 90 41 24 16 11 B 7 5 4 l 30 -1 204 90 . 41 24 16 11 3 7 5 '4 1 40 -: 113 73 41 24 16 11 B 7 5 4 l 50 -! 47 51 33 24 16 11 8 7 5 4' t 60 -! 23 28 23 24 16 11 8 7 5 4 70 -! 2 12 13 19 .16 11 9 7 5 4 l 90 -1 0 6 5 13 13 11 8 7 5 4 1 90 -1 0 1 3 7 9 9 8 7 5 4 1 100 -l 0 0 0 3 5 6 8 7 5 4 i

I 1 1

                                              - Energency Preparedness Drill
                                                                                                         ']

Annual Esercise 10/14/87 Onsite and Hearsite Radiological Data ! 08:15 Hours Results of 5 Minute lodine Saaples-i

                                            ' Results Reported in Bross Counts Dounuind Distances in Feet.                                    l Distance                                                                                      j off tenter- 100       200    300        400     .500     600      700    800     900     1000 100 -l       125    125    125        125      125      125     125    125     125     125 I

90 -l 125 125 125 125 125 125 125 125 125 125 1 80 -t 125 125 125 125 125 125 125 125 125 125 70 -1 125 125 125 126 126 125 125 125 125 125 60 -1 126 126 126 126 126 125 125 125 125- 125 1 50 -t 127 127 126 126 126 125 125 125 125 125 l 40 -1 129 127 126 126 126 125 125 125 125 125

l 30 -1 132 128 126 126 126 125 125 125 125 125 , t 20 -l 134 128 126 126 126 125 125 125 125 125 i 10 ! 137 128 126 126 126 125 125 125 125 125 i Center 137 128 126 126 126 125 125 125 125 125 1 . 10 -! 137 128 126 126 126 125 125 125 125 125 l

1 20 -1 134 128 126 126 126 125 125 125 125 125 l

                     !                                                                                       l 30 -!      132    128    126        126       126      125    125    125 -   125     125      !

40 -! 129 127 126 126 126 -125 125 125 125 125 4 50 -l 127 127 126 126 126 125 125 125 125 125 > I 60 - 126 126 126 126 126 125 125 125 125~ 125 ; s 70 -1 125 125 125 126 126 125 125 125 125 125 80 -i 125 125 125 125 125 125 125 125~ 125 125 i i 90 -1 125 125 125 125 125 125 125 125 125 125 100 -l 125 125 125 125 125 125 125 125 125 125 BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS)

Emargency Preparednaca Drill Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Equivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 Meteorology Chosen Wind Stability Category F. Windspeed - .447 meters per second Wind From - 220 Distances in - Feet Dose Factors Release Rate in Curies per Second - 8.12OOGIE-02 Noble Gas Dose Factor - 3010C Iodine Dose Factor - 1.47E+09 Iodine to Noble Gas Ratio - 6.68E-08 Site of Release and Duration Site of Release - Fuel Handling Building Time at Which Release Occurs - 08:30 Hours i l l l . I l 4

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

Energency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radictogical Data 08:30 Hours l l Closed Window Meter Reading

                                                                                           -Downsind Distances in Feet.

Distance off tenter 100 200 300 400 500 600 700 000 900 1000 l 100 -i 0 0- 0 2 '3 4 4 4 3 3 .1 i-90 -1 0 0 2 5 6 6 5 4 3 3 80 -1 0 4 3 8 8 7 5 4 3 3 1 70 -1 1 7 8 12 10 7 5 4 3 3 60 -1 14 18 15 15 10 7 5 4 '3 3 1 50 -! 30 32 21 15 to 7 5 4 3 3 i 40 -; 71 46 26 15 10 7 5 4 3 3 l 30 -l 129 57 26 15 10 7 5 4 3 3 1 20 -t 186 57 26 15 10 7 5 4 3 3 1 10 -i 229 57 26 15 10 7 5 4 3 3 j Center -i 229 57 26 15 10 7 5 4 3 3-10 -1 229 57 26 15 10 7 5 4. 3 3 l 20 -l 186 57 26 15 to 7 5 4 3 3 l 30 -1 129 57 26 15 10 7 5 4 3 3 l 40 -! 71 46 26 15 to 7 5 4 3 3 i 50 -1 30 32 21 15 10 7 5 4 3 3 I

                                                                 !                                                                                                            1 60    -!        14       18           15      15          10    7       5     4-           3             3            )'

70 -! 1 7 8 12 10 7 5 4 3 .3 1 I 80 -i 0 4 3 8 8 7 5 4 3 3 90 -! 0 0 2 5 6 6 5 4 3 3 1 100 -1 0 0 0 2 3 4 5 4 3 3 !

                                                                  !                                                                                                            l

Energency Preparedness Drill Annual Exercise 10/14/B7 Onsite and Nearsite Radiological Data 09:30 Hours Open Windou Meter Reading Donnuind Distances in Feet. Distance pH Center 100 200 300 400 500 600 700 800 .900 1000 100 -! 0 0 0 3 4 .5 6 5 4 4 1 90 -l 0 0 2 6 7 7 7 5 4 4 l 90 -! 0 5 4 11 10 9 '7 5 4 4 l 70 -! 2 10 11 16 13 9 7 5 4 4 l 60 - 19 23 19 19 13 9 7 5 4 4 1 50 -!' 39 42 27 19 13 9 7 5 4 4 1 40 - 93 60 34 19 13 9 7 5 4 4 30 -l 167 74 34 19 13 9 7 5 4 & i 20 -l 242 74 34 19 13 9 7 5 4 4 1 10 -l 297 74 34 19 13 9 7 5 4 4 l Center -! 297 74 34 19 13 9 7 5 4 4 l 10 -l 297 74 34 19 13 9 7 5 4 4 1 20 -l 242 74 34 19 13 9 7 5 4 4 1 30 -1 167 74 34 19 13 9 7 5 4 4 l 40 -l 93 60 34 19 13 9 7 5 4 4 1 I 50 -1 39 42 27 19 13 9 7

5 4 4 . 60 -l 19 23- 19 19 13 9 7 5 4 4 1 70 -1 2 10 11 16 13 9 7 5 4 4 1

1 80 .-! 0 5 4 !! 10 9 7 5 4 4 f

1

                                                                                                                             .q 90    -!           0          0          2          6         7         7         7   5     4      4 l

l 100 -! 0 0- 0 3 4 5 7 5' 4 4

.i

Energency preparedness Drill AnnualEsercise 10/14/87 Onsite and Nearsite Radiological Data , 08:30 Hours Results of 5 Minute lodine Saaples Results Reported in Gross Counts Downuind Distances in Feet. Distance oH Center 100 200 300 400 500. 600 700 800 900 1000 100 -t 125 125 125 125 125 125 125 125 125 125 i I l 90 -i 125 125 125 125 125 -125 125 125 125 125 l 80 -1 125 125 125 125 125 125 -125 125 125 125 70 -1 125 125 125 126 125 125 125 125 125 125 l 60 -i 126 126 126 126 125 125 125 125 125 125 I l l 50 -l 126 126 126 126 125 125 125 125 125 125 l l 40 -1 128 127 126 126 125 125 125 125 125 125 30 -l 130 127 126 126 125 125 125 125 125 125 1 20 -1 133 127 126 126 125 125 125 125 125 125 1 10 -1 135 127 126 126 125 125 125 125 125 125 Center 135 127 126 126 125 125 125 125 125 125 10 -i 135 127 126 126 125 125 125 125 125 125 1 20 -1 133 127 126 126 125 125 125 125 125 125 i 30 -l 130 127- 126 126 125 125 125 125 125 125 1 40 -l 128 127 126 126 125 125 125 125 125 125 50 -i 126 126 126 126 125 125 125 125 125 125 1 60 -l 126 126 126 126 125 125 125 125. 125 125 1 70 -1 125 125 125 126 125 125 125- 125 -125 125 80 -1 125 125 125 125 125 125 125 125 125 125 90 -! 125 125 125 125 125 125 125 125 125 125 100 -l 125 125 125 125 125 125 125 125 125 125 l BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS)

3 Emzrgsncy Proparodnoss Drill Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes i Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C .30 Dose Equivalent Iodine Factor - 1. 4 Child Thyriod Dose Conversion Factor - 0.0297 ; Meteorology Chosen i Wind Stability Category F. j Windspeed - .447 meters per second Wind From - 220 Distances in - Feet Dose Factors Release Rate in Curies per Second - .0604 Noble Gas Dose Factor - 33100 Iodine Dose Factor - 1.47E+09 Iodine to Noble Gas Ratio - 6.68E-08 Site of Release and Duration Site of Release - Fuel Handling Building Time at Which Release Occurs - 08:45 Hours 1 3 i i

f

Energency Preparedness Drill Annual Esercise 10/14/87 Onsite and liearsite Radiological Data 08:45 Hours i Closed liindow Meter Reading . Downsind Distances in Feet. ! Distance < oH Center 100 200 300 400 500 600 700 000 900 1000 l

 . . . .                          - . . .        ...................-...--..-.......----.....--.-------.--.--------..---                                            I 100 -            '0          0       0        2-       2      3        3     3    3    2 i

90 -! 0 0 1 4 4 4 4 3 3 2 I I i' 80 -1 0 3 3 7 6 5 4 3 3 2 I 70 -1 1 6 6 9 8 5 4 3 3 2 1 60 -i 11 14 11 12 8 5 4 3 3 2 i 50 -i 23 25 16 12 8 5 4 3 3 2 40 -1 56 36 20 12 0 5 4 3 3 2 l 30 -i 100 44 20 12 8 5 4 3 3 2 20 -1 145 44 20

12 8 5 4 3 3 2 10 -i 179 44 . 20 12 8 5 4 3 3 2 i

Center -! 179 44 20 12 8 5 4 3 3 2 i 10 -1 179 44 20 12 8 5 4 3 3 2 1 20 -1 145 44 20 12 8 5 4 3 3 2 i 30 -1 100 44 20 12 8 5 4 3 3 2 l I 40 -! 56 36 20 12 8 5 4 3 3 2 l l -l 50 - 23 25 16 12 8 5 4 3 3 2 I i 60 -1 11 14 11 12 8 5 4 3 3 2 ; i ! 70 -i 1 6 6 9 8 5- 4 3 3 2 l 80 -1 0 3 3 7 6 5 '4 3 3 2 .! I . l 90 -l 0 0 1 4 4 4 4 3 3 2 l \ I l l 100 -l 0 0 0 2 2 3 4 3 3 2 [ i ! l

1

                                                                              'Esergency Preparedness Drill-
                                                                                     'AnnualExercise                                                    i l

10/14/97

                                                                         ' Onsite and liearsite Radiological Data 09:45 Hours-Open Window lieter Reading Downsind Distances in Feet.

Distance - o u Center 100 200 300 400 500 600 700 800 900 1000

100 1 0 0 0 2 3 4 4 4 3 3 I j

                                                                    ~0.                                                                           3' 90      1                                    0                2         .5         6          6.        5          4     3 I                                                      .           .

B0 -i 0 4 3 9 8 7 5 4 3 3 70 -l 1 B B 12 10' 7 '5 4 3 3 1 60 .: 15 IB 15 15 to 7 .5 4 3 3 1 50 1 30 33 21 15 10 7 -5 4 3 3 i 40 -l 73 47 26 15 10 7 5- 4 3 3 30 - 131 58 26 15 10 1 '5 4 3 3 20 -! 199 58 26 15 10 7 5 4

                                                                                                                                           ;3     3 l

10 -1 232 59 26 15 10 7 5 4 3 3-Center - 232 58 26 15 10 7 '5 4 3 3 10 -l 232 5B 26 15 10 7 5 4 ~3 3 l 20 -i 109 58 26 15 10 7- 5 4 3 3 30 -! 131 58 26 15 10 '7 .5 .4 3 3' I

40 -l 73 47 26 15 10 . 7 5- 4 3 3 i 50 -t 30 33 21 15 10 7 5 4 3 3 i 60 .i. 15 18 15 15 10 7 5 4 3 3 1 70 -! ! B B 12 10 7 5 4 3 3 1 80 -! 0 4 3 9' B 7 5 4 3 3 90 -l 0 0 2 5 6 6 5 4 3 3 i 1 1 100. .I 0 0 0 2 3 4 5 4 3 3' ') i 3

Energency Preparedness Drill l' Annual Esercise 10/14/87 Onsite and nearsite Radiological Data 09:45 Hours Results of 5 ninute lodine Saaples Results Reported in Gross Counts Donneind Distances in Feet. Distance oH Center 100 200 300 400 500 600 700 800 900 1000 100 -l 125 125 125 125 125 125 125 125 125 125 i 90 -! 125 '125 125 125 125 125 125 125 125 125 i 80 -1 125 125 125 125 125 125 125 125 125 125

                             .I 70 -1     125    125    125       125       125     125    125    125     125    125 1

60 -1 125 126 125 125 125 125 125 125 125 125 1 50 - 126 126 126 125 125 125 125 125- 125 125 40 -l 127 127 126 125 125 125 125 125 125 125

                         ;0 -:     129     127    126      125       125     125    125    125     125    125 1

20 -1 131 127 126 125 125 125 125 125 125 125 l l 10 -1 132 127 126 125 125 125 125 123 125 125 Center 132 127 126 125 125 125 125 125 125 125 1 10 -l 132 127 126 125 125 125 125 125 125 125 1 20 -! 131 127 126 125 125 125 125 125 125 125 l 50 -l 129 127 126 125 125 125 125 125 125 125 40 l 127 127 126 125 125 125 125 125 125 125 1 50 -l 126 126 126 125 125 125 125 125 125 125 1 60 -1 125 126 125 125 125 125 125 125 125 125 1 70 -1 125 125 125 125 125 125 125 125 125 125 1 30 -1 125 125 125 125 125 125 125 125 125 125 90 - 125 125 125 125 125 125 125 125 125 125 i 100 -l 125 125 125 125 125 125 125 125- 125 125 l BACKGROUND SAMPLES ARE ALL 50 COUNTS-(GROSS) l l -

Em2rg ncy ProporodnGso Drill Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sampin Count Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Equivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 a Meteorology Chosen Wind Stability Category F. ' i Windspeed - .447 meters per second Wind From - 220 Distances in - Feet Dose Factors i Release Rate in Curies per Second - .0456 ,? Noble Gas Dose Factor - 33100 Iodine Dose Factor - 1.47E+09 ,' Iodine to Noble Gas Ratio - 6.6BE-08 i Site of Release and Duration l Site of Release - Fuel Handling Building l Time at Wh2ch Release Occurs - 09:00 Hours l l 7

                                                                                                          ')
                                                                                                     /_ '

f

Energency Preparedness Drill ~ Annual Esercise 10/14/97

                            'Onsite and Nearsite Radiological Data 09:00 Hours Closed Window Meter Reading Domnaind Distances in Feet.

Distance off Center 100 200 300 400 500 600 700 800 900 1000 100 -l 0 0 0 1 2 2 2 2 2 2 1 90 -1 0 0 1 3 3 3 3 2 2 2

        'l 80 -i            0      2         2      5        4      4        3    2    2    2 i

70 -! 1 4 5 7 6 4 3 2 2 2 1 60 -l B to B B 6 4 3 2 2 2 i 50 -1 17 la 12 8 6 4 3 2 2 2 40 -l 40 26 15 8 6 4 3 2 2 2 I , 30 -l 72 32 15 0 6 4 3 2 2 2 1 I l 20 -1 104 32 15 B 6 4 3 2 2 2 l 1 , 10 - 128 32 15 8 6 4 3 2 2 2 )' l Center -l 128 32 15 8 6 4 3 2 2 2 I 10 -1 128 32 15 B 6 4 3 2 2 2 1 20 -: 104 32 15 8 6 4 3 2 2 2 1 00 -! 72 32 15 8 6 a 3 2 2 2 1 40 -! 40 26 15 8 6 4 3 2 2 2 . 50 -l 17 18 12 8 6 4 3 2 2 2 1 60 -l B 10 B B 6 4 3 2 2 2 ; i i 70 - 4 ! 1 5 7 6 4 3 2 2 2 I ! B0 -1 0 2 2 5 4 4 3 2 2 2 i 1 l 90 -! 0 0 1 3 3 3 3 2 2 2 1 40 -! 0 0 0 1 2 2 3 2 2 2 1 i i

Energency Preparedness Drill Annual Esercise 10/14/87 Onsite and Nearsite Radiological Data 09:00 Hours-l Open Windou Meter Reading i Downsind Distances in Feet..

                                             ' Distance off Center      100  200       300     400       500   600     700     000   900  1000
                                               .100    -1       0      0         0       1        2      3       3-      3    2    2 I

90 -l 0 0 1 3 4 4: 4 .3 2 2 I 80 -1 0 3 2 6 6 5 4 3 2 2 1 70 -l 1 5 6 9 7 5 4 3 2- 2 1 60 -l 10 13 11 11 7 5 6 3 2 '2 1 50 -! 22 23 15 11 7 5 4 3 2 2 1 40 .- l $2 34 19 11 7 5 4 3 2 2 I I 30 -t 94 42 19 11 7 5 4- 3 2 2 1 l 20 -l 136 42 19 11 7 5 4 3 2 2 , l l 10 -1 167 42 19 !! 7 5 4 3 2 2 ) 1 Center -1 167 42 , 19 11 7 5 4 3 2 2 10 -: 167 42 19 11 7 5 4 3 2 2 1 20 -l 136 42 19 11 7 5 4 3 2 2. I l I *0 - 94 42 19 11 7 5 4 3 2 2 l 40 -l 52 34 19 11 7 5 4 3 2 2 l 1 50 -i 22 23 15 11 7 5 4 3 2 2 l I j 60 -! 10 13 . 11 11 7 5 4 3 2 2 I ! 70 -1 1 5 6 9 7 5 4 3 2 2 l 80 -1 0 3 2 6 6 I 5 4 3 2 2 90 -l 0 0 1 3 4 4 4 3 2 2 100 - 0 0 0 1 2 3 4 3 2 2 t i l 1 u _ _ _ _ _ - _ _ _ . . _ _ _ _ . _ _ _ _ - _

Energency Preparedness Drill Annual Exercise 10/14/97 Onsite and Nearsite Radiological Data 09:00 Hours Results of 5 Minute lodine Saeples Results Reported in Gross Counts Downsind Distances in Feet. Distance off tenter 100 200 300 400 500 600 700 000 900 '1000-100 -t 125 125 125 125 125 125 125 125 125 125 l 1 ! 90 - 125 125 125 125 125 125 125 125 125. '125 l 80 -1 125 125 125 125 125 125 125 125 125 125 I 70 -l 125 125 125 125 125 125 125 125 125 125 l 60-l 125 125 125 125' 125 125 125 125 125 125 I 50 -! 126 126 125 125 125 125- 125 125 125 125 i 40 -t 127 126 126 125 125 125 125 125 125 125 30 -! 128 126 126 125 125 125 125 125 125 125 3 l 20 -1 129 126 126 125 125 125 125 125 125l 125 l 10 -! 130 126 126 125 125 .125 125- 125 125 125 l 1 Center 130 126 126 125 125 125 125 125 125 125 1 l 1 10 -! 130 126 126 125 125 125 125 125 125 125 l I 20 -1 129 126 126 125 125 125 125 125 125 125 1 20 -l 128 126 126 125 125 125 125 125- 125 125 40 -1 127 126 126 125 125 125 125 125 125 125 i 50 -1 126 126 125 125 125 125 125 125 125 125 t i 60 -1 125 125 125 125 125 125 125 125 125 125 l l i 70 -1 125 125 125 125 125 125 125 125 125 125 80 -i 125 125 125 125 125 125 125 125 125 125 l \ 70 -1 125 125 125 125 125 125 125 125 125 125 { l ~ 100 -1 125 125 125 125 125 125 125 125 125 125 BACKGROUND SAMPLES ARE ALL-50 COUNTS (GROSS)

Emargsney Prepersdnous Drill Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Equivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 . Meteorology Chosen Wind Stability Category F. Windspeed - .447 meters per second Wind From - 220 Distances in - Feet Dose Factors Release Rate in Curies per Sec nd - .0278 Noble Gas Dose Factor - 33100 Iodine Dose Factor - 1.47E+09 Iodine to Noble Gas Ratio - 6.68E-08 Site of Release and Duration Site of Release - Fuel Handling Building Time at Which Release Occurs - 09:15 Hours r l l

I Energency Preparedness Drill

                                                                                                           ' Annual Esercise 10/14/97 i

Onsite and Distance ofICenter 90 -l I l 70 1 l 50 -l 40 -l 24 16 l 30 1 44 20 20 -1 64 20 l l Center -! 1 10 -l 20 64 20 a I 40 -1 24 16 50 -! 10 11 60 -1 70 -l 80 -l l _ _ _ _ _ Nearsite Radiological Data 09:15 Hours Closed Ilindow Meter Reading Dounwind Distances in Feet.. 100 200 300 400 500 600. 700 000 900' 1000 100 -1 0 0 0 1 1 1 1 1 1 1 i 0 0 1 2 2 2 2 1 l' 1. 80 -1 0 1 1 '3 3 2 2 l 1 1 1 0 3 3 4 3' 2 2' I 1 1 i 60 -1 5 6 5 5 3 2 2 1 1 1 i 1 10 !! 7 5 3 2 2 1 1 1 1 9 5 3 -2 2 1 1 l~ 9 5 3 2 2 1 1 1 1 9 5 3 2 2 1 1 1 I 10 -l 78 20 9 5 3 2 2 1 -1 1 i 78 20 9 5 3 2 2 1 1 1 i 70 20 9 5 3 2 2 1 1 1 1 ; 9 5 3 2 2 1 1 1 I i 30 -l 44 20 9 5 3 2 2 1 1 1 ; .9 5 3 2 2 1 1 1 i ! 7 5 3 2 2 1 1 1 l 5 6 5 5 3 2 2 1 1 1 1 0 3 3 4 3 2 2 1 1 1 1 0 1 1 3 3 2 2 1 1 1 80 -l 0 0 1 2 2 2 2 1 1 1 l-100 -1 0 0 0 1 1 1 2 1 1 1 l _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . _ - . _ _ _ _ _ _ _ i

1 Energency Preparedness Drill Annual Exercise i 10/14/07 Onsite and 16earsite Radiological Data 09:15 Hours k i; I Open Window Meter Reading Downsind Distances in Feet. j i Distance cH Center 100 200 300 400 500 600 700 000 950 1000

                                ............... ............................................................................. .......  \

0 2 2 2 1 I 100 - 0 0 1 1 1 1 90 -! 0 0 1 2 2 3 2 2 1 1 80 -1 0 2 1 4 4 3 2 2 1 1 1 70 -l 1 3 4 5 4 3 2 2 1 1 l l 60 -1 6 9 6 7 4 3 2 2 1 1 l l 50 -l 13 14 9 7 4 3 2 2 1 1 40 -: 32 21 12 7 4 3 2 2 1 1 l l l 30 -i 57 25 12 7 4 3 2 2 1 1 ) 1 20 - 83 25 12 7 4 3 2 2 1 1 10 -t 102 25 12 7 4 3 2 2 1 1 l I Center -i 102 25 12 7 4 3 2 2 1 1 l l 10 -l 102 25 12 7 4 3 2 2 1 1 20 -i B3 25 12 7 4 3 2 2 1 1 l 30 .: 57 25 12 7 4 3 2 2 1 1 40 -; 32 21 12 7 4 3 2 2 1 1 l 50 -l 13 14 9 7 4 3 2 2 1 1 l l 60 -! 6 8 6 7 4 3 2 2 1 1 1 70 -l 1 3 4 5 4 3 2 2 1 1 l 80 -1 0 2 1 4 4 3 2 2 1 1 l 90 - 0 0 1 2 2 3 2 2 1 1 1 100 - 0 0 0 1 1 2 2 2 1 1 l

1 l 1 1 Energency Preparedness Drill AnnualEsercise q i 10/14/87

                                                                                                                                                                               /J
                                                                              .Onsite and Nearsite Radiological Data 09:15 Hours Results of 5 Minute lodine Samples                                                            !

i Results Reported in Gross Counts Downsind Distances in Feet. Distance off Center 100 200 300 400 500 600 700 000 900 1000 I

                                 ... ...             .. ...... ......            .......        .                  . ......        ..        . ..        ... . ..                j 100 -!          125         125    125          125       125      125   '125       125       125         125                           l 90 -l          125         125    125          125       125      125     125      125       125         125' 80 -1          125         125     125         125       125      125     125       125      125         125                           ,
                                               .                                                                                                                                 ]

70 -l 125 125 125 125 125 125 125 125 125 125 ] I l ' 60 -1 125 125 125 125 125 125 125- 125 125 125 i 50 - 125 125 125 125 125 125 125 125 125 125

40 -l 126 126 125 125 125 125 125 125 125 125 I l 30 - 127 126 125 125 125 125 125 125 125 125 i l 20 -! 128 126 125 125 125 125 125 125 125 125 l \ 10 - 128 126 125 125 125 125 125 125 125 125 I .

                                                                                                                                                                                  ]1 Center           128         126    125          125       125      125    125       125       125         125 l

10 -i 128 126 125 125 125 125 125 125 125 125

1 20 -l 128 126 125 125 125 125 125 125 125 125 1

30 -l 127 126 125 125 125 125 125 125 125 125 i 40 -1 126 126 125 125 125 125 125 125 125 125 I i 50 -! 125 125 125 125 125 125 125 125 125 125 i e j n > 60 -1 125 125 125 125- 125 125 125 125 125 125 l 70 -1 125 125 125 125 125 125 125 125 125 125 I 80 -! 125 125 125 125 125 125 125 125 125 125 1 90 -! 125 125 125 125 125 125 125 '125 125 125 I J 100 - 125 125 125 125 125 125 125 125 125 l'5 BACKGROUND SAMPLES ARE ALL.50 COUNTS (GROSS)

Emsegency Propersdness Drjll' Annual Exercise 10/14/87-Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm-Air Sample Count Time - 5 Minutes Background Sample-Count Time 2 Minutes

                   . Instrument D/C -'30 Dose: Equivalent Iodine Factor - 1.4 Child Thyriod Dose' Conversion Factor - 0.0297 Meteorology Chosen Wind Stability Category F.

Windspeed - .447 meters per second Wind From - 220 Distances in - Feet q i Dose Factors .! Release Rate in Curies'per Second - .001 Noble Gas Dose Factor - .000331 Iodine Dose Factor - 1.47E+09 Iodine to Noble Gas Ratio - 6.68E-OB J Site of Release and Duration Site of Release - Fuel Handling Building Time at Which Release Occurs - 09:30 Hours I

                                                                              )
                                                                            .i

Energency Preparedness Drill AnnualEsercise 10/14/07 i Onsite and Nearsite Radiological Data 09:30 Hours Closed Window Meter Reading Downwind Distances in Feet. I Distance off Conter 100' 200 300 400 500' 600 700 800 900 - 1000 l 100 -l 0 0 0 0 0 0 0 0 0 0 q 90 -l 0 0 0 0 0 0 0 0 0 0 I 80 -l 0 0 0 'O 0 0 0 0 0 .0 i l-70 -1 0 0 0- 0 0 0 0 0 '0 0 I 60 -1 0 0 0 0 0 0- 0 0 0 0 1 50 -l 0 0 0 0 0 0 0 0 0 'O-l 40 -t 0 0 0 -0 0 0 0 0 0 0 1 30 -l 0 0 0 0 0 0 0 0. 0 0 20 - 0 0 0 0 0 0 0 0 0 0 i 10 -l 0 0 0 0 0 0 0 0 0 0

1 Center -! 0 0 0 0 0 0 0 0 0 1

10 - 0 0 0 0 0 0 0 0- 0 0 I 1 20 -! 0 0 0 0 0 0 0 0 0 0 1 30 -1 0 0 0 0 0 0 0 0 -0 0 I 1 40 -! 0 0 0 0 0 0 0 0 -0 0 ; i 50 -1 0 0 0 0 0 0 0 0 0 0 1 60 -l 0 0 0 0 0 0 0 0 0 0 1 70 -! 0 0 0 0 0 0 0 0 0 0 1 80 -l 0 0 0 0 0 0, 0 0 0 0 90 -! 0 0 0 0 0 0. 0 0 0 0 i l 100 -1 0 0 0 0 0 0 .0 0 0 0 l l

Energency Preparedness Drill j Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 09:30 Hours Open Window Meter Reading Downuind Distances in Feet. Distance oH Center 100 200 300 400 500 600 700 000 900 1000 _- ==-....... 100 -1 0 0 0 0 0 0 0 0 0 0 t 90 -! 0 0 0 0 0 0 0 0 0 0 l 80 -1 0 0 0 0 0 0 0 0 0 0 i 70 -l 0 0 0 0 0 0 0 0 0 0 1 60 -l 0 0 0 0 0 0 0 0 0 0 1 50 -1 0 0 0 0 0 0 0 0 0 0 4 i f 40 -; O 0 0 0 0 0 0 0 0 0 1 30 -1 0 0 0 0 0 0 0 0 0 0 20 -l 0 0 0 0 0 0 0 0 0 0 10 -l 0 0 0 0 0 0 0 0 0 0 I ! Center -l 0 0 0 0 0 0 0 0 0 0 10 -1 0 0 0 0 0 0 0 0 0 0 l 1 20 -! 0 0 0 0 0 0 0 0 0 0 1 30 -l 0 0 0 0 0 0 0 0 0 0 l 40 -1 0 0 0 0 0 0 0 0 0 0 l 50 -l 0 0 0 0 0 0 0 0 0 0 i 60 -l 0 0 0 0 0 0 0 0 0 0 l 70 -l 0 0 0 0 0 0 0 0 0 l 0 t : t l 90 -; 0 0 0 0 0 0 0 0 0 0 l 90 -l 0 0 0 0 0 0 0 0 0 0 1 100 -l 0 0 0 0 0 0 0 0 0 0 u________

                                                                                                                                                                 .q l;

Energency Preparedness Drill Annual Esercise i 10/14/97 I Onsite and Nearsite Radiological Data 09:30 Hours l Results of 5 Minute lodine Saeoles Results Reported in Gross Counts Dounwind Distances in Feet. Distance off Center 100 200 300 400 500 600 700 900 900- 1000 c

-)

100 -! 125 125 125 125 125 125 125 125 125 125 i 90 -! 125 125 125 125 125 125 125 125 125 125' 90 -l 125 125 125 125 125 125 125 125 125 125 )l 1 70 -l 125 125 125 125 125 125 125 125 125 125 l 60 -1 125 125 125 125 125 125 125 125 125 125 1 50 -i 125 125 125 125 125 125 125 125 125 125 1 40 -1 125 125 125 125 125 125 125 125 125 125 30 -1 125 125 125 125 125 125 125 '125 125 125 i 20 -1 125 125 125 125 125 125 125 125 125 125 10 -! 125 125 125 125 125 125 125 125 125 125 i Center 125 125 125 125 125 125 125 125 125 125 10 -! 125 125 125 125 125 125 125 125 125 125 l 20 -1 125 125 125 125 125 125 '125 125 125 125 1 30 -! 125 125 125 125 125 125 125 125 125 125 40 -1 125 125 125 125 125 125 125 125 125 125 i 50 -! 125 125 125 125 125 125 125 125 125 125 l 60 -l 125 125 125 125 125 125 125 125 125 125 70 -l 125 125 125 125. 125 125 125 125 125 125 l 80 -l 125 125 125 125 125 125 125 125 125 125 l 90 -! 125 125 125 125 125 125 125 125 125 125 1 100 -; 125 125 125 125 125 125 125 125 125 125 BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS) I

i

.1

[ Emargency Preparedness Drill Annua 1' Exercise-10/14/87 i Drill Constants' Air Sample Duration - 5 Minutes i Air Sample Flow Rate - 2 cfm Air Sample- Count Time -- 5 Minutes j Background Sample Count Time - 2 Minutes

                  . Instrument'D/C - 30 Dose Equivalent Iodine Factor       1.4
                  ' Child Thyriod Dose Conversion Factor - 0.0297 Meteorology Chosen                                            j Wind Stability Category F.

Windspeed - .447 meters per.second ; i Wind From - 220 Distances in'- Feet .i Dose Factors Release Rate in Curies per Second - 1E-10 Noble Gas Dose Factor - 33100 Iodine Dose Factor - 1.47E+09 Iodine to Noble Gas Ratio - 6.68E-08 Site of Release and Duration Site of Release - Fuel Handling Building Time at Which Release Occurs - 09: 45 Hours i

                                                             - Esergency Preparedness Drill

Annual Esercise 10/14/87 Onsite and 11earsite Radiological Data 09:45 Hours-

                                                             ' Closed liindow Meter Reading-Donnaind Distances in Feet.

Distance oli Center 100 '200 300 400 500 600 700 800 900 1000-100 -l 0 0 0 0 0 0 0 0 0 0 l 90 -l' 0 0 0 0- 0 0 0- 0 0 0 t 80 -1 0 0 0 0 0 0 0 0' 0 0-70 -1 0 0 0 0 0 0 0 0 0 0 60 -l 0 0 0 0 0 0 0 0 0 0 I 50 -t 0 0 0 0 0 0 0 0 0 0 l 40 -l 0 0 0 0 'O O O 0 0 0 l 1 30 -l 0 0 0 0 0 0 0 0 0 0 1 20 -! 0 0 0 0 0 0 0 0 0- 0 1 l-l 10 -1 0 0 0 0 0 0 0 0 0 0 Center -! 0 0 0 0 0 0 0 0 0- 0' l 10 -! 0 0 0 0 0 0 0 0 0 0 i 20 -1 0 0 0 0 0 0 0 0 0 'O l 30 -l 0 0 0 0 0 0 0 0 0- 0 40 -l 0 0 0 0 0 0 0 0 0 0 1 50 - 0 0 0 0 0 0 0 0 0 0 1 60 -l 0 0 0 0 0 0 0 0 0 0 1 70 -! 0 0 0 0 0 0 0 0 0 0

                                             ;                                                                              'l 90   -!      0       0       0         0          0     0      0     0      0     0        l l

90 -! 0 0 0 0 0 0 0 0 0 0 l 100 -1 0 0 0 0 0 0 0 0 0 0 l 1 1 t__. . ..

I Eser9ency Preparedness Drill !. Annual Esercise 10/14/B7 Onsite and liearsite Radiological Data 09: 45 Hours

                                                     .Open liindow Heter Reading Downsind Distances in Feet.

Distance oH Center 100 200 300 400 500 600 700- 800 900 '1000-100 -l ' 0 0 0 0 0 0 0 0 0- 0 1 90 ' -1 0 0 0 0 0 0 0 0' 0 0 1 80 -i 0 0 0' 0 0 0 0 0 0 0 1 70 -l -0 0 0 0 0 0 0 0' 0 0 l 60 -1 0 0 0 0 0 0 0 0 0 0 1 50 -1 0 0 0 0 0 0 0 0 0 0 1 40 -! 0 0 0 0 0 'O 0 0 0 0 1 30 -l 0 0 0 0 0 0 0 0 0 0 l 20 -1 0 0 0 0 0 0 0 -0 0 0 1 10 -1 0 0 0 0 0 0 0 0 0 0 Center -! 0 0 0 0 0 0 0 0 0 0 1 10 -l 0 0 0 0 0 0 0 0 0 0 1 20 -1 0 0 0 0 0 0 0 0 0 0 1 30 -i 0 0 0 0 0 0 0 0 0 0 1 40 -! 0 0 0 0 0 0 0 0 0 0 l 50 -1 0 0 0 0 .0 0 0 0 0 0 l 60 -1 0 0 0 0 0 0 0 0 0 -0 1 70 -l 0 0 0 0 0 0 0 0 0 0 1 80 -1 0 0 0 0 0 0 0 0 0 0 1 90 -1 0 0 0 0 0 0 0 0 0 0 1 100 -1 0 0 0 0 0 0 0 0 0 0 1

7_.____-------_-_-__ Energency Preparedness Drill Annual Exercise 10/14/07 Onsite and Nearsite Radiological Data 09 45 Hours Results of 5 flinute lodine Saaples Results Reported in Gross Counts Donnvind Distances in Feet. Distance oH Center 100 200 300 400 500 600 700 B00 900 1000 100 -! 125 125 125 125 125 125 125 125 125. 125 I 90 -l 125 125 125 125 125 125 125 125 125 125 i 80 -l 125 125 125 125 125 125 125 125 125 125 1 70 -1 125 125 125 125 125 125 125 125 125 125 l 60 - 125 125 125 125 125 125 125 125 125 125 i 50 -l 125 125 125 125 125 125 125 125 125 125. 40 -l 125 125 125 125 125 125 125 125 125 125 1 30 -: 125 125 125 125 125 125 125 125 125 125 1 20 -1 125 125 125 125 125 125 125 125 125 125 i 10 -1 125 125 125 125 125 125 125 125- 125 125 Center 125 125 125 125 125 125 125 125 125 125 l 10 -! 125 125 125 125 125 125 125 125 125 125 l 20 -1 125 125 125 125 125 125 125 125 125 125 30 -! 125 125 125 125 125 125 125 125 125 125 1 40 -1 125 125 125 125 125 125 125 125 125 125 i 50 -! 125 125 125 125 125 125 125 125 125 125 1 60 -l 125 125 125 125 125 125 125 125 125 125 j i 70 -i 125 125 125 125 125 125 125 125 125 125 90 -l 125 125 125 125 125 125 125 125 125 125 i 90 -l 125 125 125 125 125 125 125 125 125 125 l 100 -i 125 125 125 125 125 125 125 125 125 125 BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS) _ _ _ _ _ . . _ . _ _ _ _ . _ _ _ _ _ --_. __.__..._ _ _ _ _ . - _ - - U

                         .WATERFORD-3 ANNUAL EXERICSE OCTOBER 14, 1987 l

1 i I 1 i ONSITE DOSE ASSESSMENT DATA 1245 - 1630 l I i i j i l I

                                                           ---     --_-___ _ _ O

i WATERFORD-3 ANNUAL EXERICSE OCTOBER 14, 1987 PLUME AIR SAMPLE DATA SHEET

TIME 1245 - 1630, i

Nuclide C.F. Release Rate (Ci/Sec) Concentration uCi/cc .; , XE-131m 1.13E+0 X. = uCi/cc XE-133m 5.43E+0.X = uCi/cc XE-133 1.96E+2 X = uCi/cc XE-135m 7.9E-1 X = uCi/cc XE-135 2.20E-1 X = uCi/cc. i XE-138 3.25E+0 X =- uCi/cc KR-85m 7.53E+0 X = uCi/cc KR-85 4.61E-1 X = uCi/cc i KR-87 4.97E+0 X = 'uci/cc j KR-88 1.39E+1 X = uCi/cc I-131 4.55E-l'X = uCi/cc I-132 5.89E-1 X = uCi/cc I-133 6.15E-1 X = uCi/cc I-134 6.70E-2 X = uCi/cc I-135 2.97E-1 X = uCi/cc TOTAL: uCi/cc

j. Time Release Rate (Ci/Sec) ,

1245 0.145 1300 9.20 1315 9.21 , 1330 12.89 1345 14.11 1400 17.79 1415 21.48 1430 21.90 1445 26.38 1500 28.23 1515 30.68 1530 33.13 1545 35.59 1600 0.045 1615 5.7E-5 l l 1630 7.3E-8 1 0 Data.for use when an air' sample from the plume is. analyzed. L-____________________________________

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Emergsney Prspursdness Dr'ill-Annual Exercise, 10/14/87 Drill Constants Air. Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample CountLTime - 2 Minutes Instrument D/C 30 Dose Equivalent Iodine Factor - 1.4 Child Thyriod Dose' Conversion Factor - 0.0297 4 Meteorology Chosen :1 Wind Stability Category E. Windspeed - 1.341 meters per second Wind From - 220 Distances in - Feet Dose Factors l Release Rate in Curies per Second - .145' Noble Gas Dose Factor - 57400 Iodine Dose Factor - 4.36E+08 g Iodine to Noble Gas Ratio - .0079 q ' \ i Site of Release and-Duration Site of Release - Plant Stack Time at Which Release Occurs-- 12:45 Hours l

                                                                                             .l 1

Energency Preparedness Drill Annual Exercise 10/14/87 Onlite and Nearute Radiolog2 cal Data 12:45 Hours Closed Window Meter Reading Downsind Distances in Feet. Distance oH Center 100 200 300 400 500 600 700 B00 900 1000

                     ............................==-               ....................................................-==-= -- ...

100 -l 0 0 0 0 1 1 5 6 5 4 I

                                        .i 90    -l            0     0         0       0         1      4      6      6       5       4 l

80 -; O 0 0 1 3 5 6 6 5 4 i 70 -l 0 0 0 2 4 5 6 6 5 4 60 -l 0 0 0 2 4 5 6 6 5 4 l 50 -l 0 0 0 2 4 5 6 6 5 4 l 40 -; 0 0 0 2 4 5 6 a 5 4 4 30 -l 0 0 0 2 4 5 6 6 5 4 l l" 20 -; 0 0 0 2 4 5 6 6 5 4 l 10 -; 0 0 3 2 4 5 6 6 5 4 : 1 i Center -! 0 ) 0 2 4 5 6 3 5 4 l q 10 -; O ) 0 2 4 5 6 6 5 4 l l

                                            .                                                                                         1 20          -       0     0         0       2         4      5      6      6       5       4         I i

20 -; O J J 2 4 5 e 6 5 4 40 . 0 0 0 2 4 5 e 6 5 4 50 - 0 0 0 2 4 5 6 6 5 4 i l 60 -l 0 0 0 2 4 5 e 6 5 4 I l 70 -: 0 0 0 2 4 5 e 6 5 4 30 -l 0 0 ) 1 3 5 6 6 5 4 l 90 -: 0 0 0 0 1 4 6 6 5 4 100 - 0 0 0 0 i ! 6 6 5 4 _ _ _ _ _ _ _ _ _ _ _ _ _ _ i

Esergency Preparedness Drill Annual Exercase 10/14/87 l i Onsite and Nearsite Radiological Data 12:45 Hours Open Windon Meter Reading Downnind Distances in Feet. 9istance off Center 100 200 300 400 500 600 700 800 900 1000

                    -l         0       0        0       0         1     1        5          8      7             5 100 l

90 -l 0 0 0 0 1 4 6 8 i 5 80 -l 0 0 0 1 3 5 6 8 7 5 i 70 -l 0 0 0 2 4 5 6 8 7 5 l a0 -l 0 0 0 2 4 5 6 9 7 5

              '0    -

0 0 0 2 4 5 6 8 7 5 40 ! ) 0 0 2 4 5 6 8 7 5 0 -! 0 0 0 2 4 5 e a 7 5

0 -; 0 0 0 2 4 s 9 7 5

                                                                         "                          7             5 10        .      0       0        0       2        4       ,       6          9 Center-$            0       0        0       :        4      5        a           3     7            5 10 -:            0       0        0       2         4     5        6           3                   5

0 I 0 0 0 : 4 a 9 7 5 0 - :) 0 0 2 4 5 6 9 7 5 40 -: 0 0 0 2 4 5 a 3 5 50 -. 0 0 0 : 4 5 6 8 7 i

00 -: 0 0 0 2 4 5 o 9 7 5 70 -: 0 0 0 2 4 5 6 3 7 5 20 0 0 0 1 ; 5 3 3 7

                                                                                                                   ' 'I
                           ,l                                                                                          1 it -             0       0        0       0         1      4       a           3     7 100     -

0 0 0 0 1 1 6 3 7 5 1

teergency rrepareoness yrtal Annual Exerc2se

i SUII4101 Onsite and Nearsite Radiological Data 14: o I Results of 5 Minute lodine Saanles nesuits neporteo an oron wants Domnaind Distances in Feet. vistance cH : enter 100 :00 l00 400 500 600 700 800 700 1000 i { 100 -1 125 125 125 125 125 125 125 7884 6407 5332 l 90-5 125 1:' 125 125 125 125 125 7884 6407 5332 i 30-! 1:5 !:5 125 1:5 1' 125 125 7884 6407 '332 70 $ 125 125 125 1:5 125 125 125 7884 6407 5332 30 - 125 125 1:5 1:5 1:5 125 1:5 7884 6407 533: 50 - 125 125 1:' 1:5 125 12' 125 7884 6407 5332 40 , 1:5 125 12" 1"5 1:5 125 12" 7884 6407 '332

0 . 125 12" 1:5 1:' 1:5 1:5 125 7884 6407 '332 20 -; 1:5 1:5 12" 125 1:5 125 15 7884 6407 5332 10 . 1:5 1:5 1:' 125 1:5 1:5 1:5 7884 6407 5332

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4. . $.. r 4

dwwv j we r*9M

                                                                                                                                                          ..s.

O M L P,t.3 M U U fN U D H I'!!" 4. C O MMC M L. L QU L U Ul4 i O % L3 FT U Q c / L_____________________________._..______.______

f.1 Emargsney Preparsdnoso Drill Annual Exercise. 10/14/87 Drill Constants Air Sample Duration - 5 Minutes

   - Air Sample Flow Rate'- 2 cfm Air Sample Count Time - 5 Minutes Background Sample' Count Time - 2 Minutes Instrument D/C - 30 Dose-Equivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 Meteorology Chosen Wind Stability Category E.

Windspeed - 1.341 meters per second Wind From - 220 Distances in - Feet Dose Factors Release Rate in Curies per Second - 9.204001 Noble Gas Dose Factor - 57400 Iodine Dose Factor - 4.36E+08 Iodine to Noble Gas Ratio - .0079 Site of Release and Duration Site of Release - Plant Stack Time at Which Release Occurs - 13:00 Hours

                                                     )
                                                    )

Energency Preparedness Drill Annual exercise 10/14/97 Onsite and Nearsite Radiological Data 1 :00 Hours Closed Window Meter Reading Downwind Distances in Feet. Distance off Center 100 200 300 400 500 600 700 000 900 1000

 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . =       ...........-          _............................................
                                                                                                                                                                                  \

100 -i 0 0 0 9 39 80 308 80 307 255 90 -l 0 0 1 24 '6 272 362 380 307 255 90 : 0 0 1 34 159 319 362 380 307 255 l 70 -: 0 0 4 114 l23 319 362 380 !07 255 60 -: 0 1 6 1:5 223 :19 62 :80 307 255 l l 50 -l 0 1 20 135 ::: 319 362 !B0 307 2'5 1 40 -: 0 4 :: 1:5 223 19 362 :80 07 55 00 -: 0 5 :3 1:5 ::3 :19 :6; :80 307 2'5 l > l0 -: 5 23 1:5 023 319 362 :80 07 2",5 10 -; 5 :: 1:5 ::: 319 62 80 307 25' l Center . 5 :: 1:5 :2 319 062 :80 007 :*5 i 10 -l 2 5 1:5 :19 62 :60 007 2'5

0 -

2 5 :: !!5 :23 :19 262 30 07 *5 l

0 -: 0 :! 1:5 22: :19 62 !a0 007 :*5 40 -: 0 4 :: 1:' :23 !!9 :62 280 07 255

                 'O                                                       :0         1:5        :23       :19      !62 0                1                                                             380     307         55 30 -:                       0                1              6       1:5        ::3       319      :6:      380     307      ;'5
                 'O        -

0 0 4 114 ::: :19 :62 :80 07 : 30 -: 0 0 1 24 189 319 :62 380 207 :*5 70 -' ) 0 1 24 56 272 06: 380 07 55 100 - 0 0 0 9 39 80 362 ;B0 :07 :55

l Energency Preparedness Drtil Annual Exerc25e 1 10/14/87 l l Onsite and Nearsite Radiological Data 13:00 Hours Open Window Meter Reading Domnwind Distances in Feet. Distance off : enter 100 200 300 400 500 600 700 900 900 1000 100 -; 0 0 0 8 39 80 308 494 400 ;31 80 .: 0 0 1 24 56 272 362 494 400 331 l 1 1 30 -; 0 0 1 34 189 319 362 494 400 331 l 70 .: 0 0 4 114 223 319 ;62 494 400 331 60 -l 0 1 6 15 223 19 :62 494 400 331 50 -l 0 1 20 1:5 223 :19 :62 494 400 331 40 . 0 4 :3 1:5 223 19 :6: 494 400 ;31 , 30 -: 0 5 :3 1:5 223 :10 6: 494 400 ;;l l 0 , 2 5 23 1:5 0:3 319 362 494 400 :31 10 -: 1 5 :: 1:5 :23 319 6: 494 400 31

enter -; : 5 23 15 23 :19 :e: 494 400 31

                         ;0         .

2 5 :3 1:5 22 319 62 494 400 ::1 0 - 2 5 :: 1:5 22: 219 42 494 400 ;31 00 -: 0 5 23 1:5 223 19 :6: 494 400 31 40 - 0 4 :: 1:5 22: 319 '62 494 400 3:1 50 -l 0 1 20 1;5 23 :19 :6 494 400 ::1 j

30 . 0 1 6 15 223 219 62 494 400 331 I 1

1 70 .. 0 0 4 !!4 :3 19 :62 494 400 2:1 1

90 -' 0 0 1 4 189 319 :62 494 400 :31 20 $ 0 9 1 :4 56 272 !6: 494 400 031 100 - 0 0 0 B ;9 80 62 494 200 3:1 i ______--____a

I l Esergency Preparedness Drall Annual Exercise 10/14/87 k Onsite and Nearsite Radiological Data 13:00 Hours Results of 5 Minute lodine Saaples Results Reported in Gross Counts Downwind Distances in Feet. Distance off Center 100 00 300 400 '00 600 700 800 900 1000 100 -1 125 125 125 125 125 125 125 492630 398907 330617 90 - 125 125 125 125 125 125 125 49:630 398907 330617 1 80 -1 125 125 125 125 125 125 125 492630 !98007 3!M17 1 70 - 125 125 125 125 125 125 125 492630 398907 330617 60 -! 125 125 1:5 125 125 1:5 125 492630 398907 330617 l 50 - 1:5 125 125 125 125 125 1:5 492630 398907 330617 40 - 1:5 125 1:5 1:5 12' 125 125 49 630 398907 330617

    ;0 -l       1:5    12*     125       1:5       1:5      125    1:5 492630 398907 530617 20 -:        1:5   125     105       125        1:5     125    125 4926:0 :98907 330617 10 -        1:5   1:5     15        125        1'      1:5    1:5 492630 398907 330617

I Center 125 1:', 1:5 1:5 1' 1:5 125 4926:0 398907 330617 I

P' "' 1:' 1:5 4926 0 ;98907 : 0617 10 N 12" 1:' 125 I l

0 -; 1:5 125 12' !:5 12* 1:5 1:5 49:630 '98907 :;0617 i i

0 - 15 105 1:' 1:5 1:5 1:5 1:5 49:6:0 398907 :30617 40 -: 1:5 1:5 1:5 1:5 1:5 1:5 1:5 492630 99907 ;0617 l

50 -: 1:5 !:5 125 125 1:' 1:5 125 492630 398907 :30617 60 -l 1:5 1:' 1:5 1:5 1:' 125 125 8926:0 :98907 030617

     'O -:       1:5    1:5     1:5        1:5       1:'     1:'    1:5 492630 :98907 ;;0617 80 -l       1:'    1:5     1:5       125        1:5     125    1:5 4924:0 ;98907 30617 t

90 -; 125 1:", 1:' 1:5 1:5 15 1:5 492630 398907 3:0617 l 100 -; 1:5 1:5 1:5 1:' 125 1:5 1:' 492630 398907 :20617 BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS) ____.________o___ md

1 Emeroency Preparedness Drill Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Eauivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion-Factor - 0.0297 Meteorology Chosen Wind Stability Category E. Windspeed - 1.341 meters per second Wind From - 220 Distances in - Feet Dose Factorc Release Rate in Curles oer Second - 7.21 Noble Gas Dose Factor - 57400 Ipdine Dose Factor - 4.36E+08 Iodine to Noble Gas Ratio - .0079 51te of Release and Duration site of Release - Plant Etack Time at wh2ch Release Occurs - 13:15 Hours ; 1 1 1 1

r Estrgency Preparedness Drill Annual Exercise 10/14/87 + r Onsite and Nearsite Rah oldgital Data 13:15 Hours , Closed Window Meter Reading Downwind Distances in Feet. Distance aff Center 100 200 3V0 400 500 600 700 800 900 1000 100 -l 0 0 0 8 39 80 308 380 308 255 l 90 -l 0 0 1 24 56 272 362 380 308 255 80 -l 0 0 1 34 190 320 362 380 308 255 I i 1 70 -l 0 0 4 115 223 320 362 20 308 255 60 - 0 1 6 1:5 223 320 362 380 ~08 255 l 50 -l 0 1 20 1:5 223 320 362 ~50 308 255 40 -: 0 4 :: 1:5 223 320 '62 360 ;08 255 30 -l 0 5 23 135 223 320 362 380 308 255 20 -: : 5 23 1:5 :2; :20 362 380 308 255

                      ,                                                                                                                                                    I n                                                                                                                                                      1 4

10 -: 5 23 1:5 23 :20 62 :80 ;08 255 Center - : 5 :: 1:5 22 320 362 80 08 2'5 10 -i : 5 :3 !*5 :23 ~20 ~62 :80 08 :5' I l

D -i 2 : :: 1:5 :23 :20 62 :20 308 :55

D -; 0 5 :: i:5 :23 ::0 ~62 :20 ;08 255 M : 0 4 :3 1:5 223 3:0 :62 80 308 055 t

) if 0 1 20 135 :23 1 :62 20 008 255 a0 -: 0 6 1:5 2:3 20 ~62 :80 008 :55 i 0 0 4 115 ::3 *:0 62 280 308 255 I ) 0 1 24 190 ::0 Mi :S^ 200 750

                         ,              ,                7            ;6      M2        '6:       ;30      7       05:

100 -: 0 0 0 3 39 30 06: :80 ;0N 255 e 1 - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

Energency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 13:15 Hours Ocen liindow Meter Reading Lounnind Distances in Feet. Distance oH Center 100 000 300 400 500 600 700 800 900 1000 100 -l 0 0 0 8 ;9 80 308 494 400 331 90 -l 0 0 1 24 56 272 362 494 400 ;31 l 90 -! 0 0 1 4 190 :20 :62 494 400 ::1 l 70 -! 0 0 4 115 223 320 362 494 400 331 i 60 - 0 1 6 135 223 320 362 494 400 331 50 -l 0 1 :0 135 :23 320 :62 494 400 :1 40 -: 0 4 :: 135 223 320 362 494 400 31 30 -l 0 5 :: 1:5 223 ::0 36: 494 400 ;;1 0 - : 5 :: ::5 22; ::0 62 494 400 ;;! l 10 -: : 5 :: 1:5 ::: :20 :62 494 400 ::1

enter . : 5 :~ ~5 22: ::0 6: 494 400 ::1 1

10 -: : 5 :: 1:5 22 320 362 494 400 ::1 l0 $ 2 5 :' :5 :2: 3:0 62 494 400 ::1

                        ;0 -               3    5        ::      ::5           2::   :20        :6:        494   400     1                                                   ,

40 -; 0 4 :: :5 ::: 20 36: 494 400 ::1 1 50 . 3 1 0 1:5 ::: ::0 :62 4?4 400 ::1 20 -l 0 1 e 1:5 ::: :20 362 494 400 331 0 0 0 4 115 ::: :00 062 494 400 ::1 I JD -; J

                                                                   !4           190   ~20        362       494   400      .t f0 -;             9     0          1         4          56   :7:          6        494  400        31
                      !OO -;                                          9          3      LJ        .,4       494  400      ::1

Energency Preparedness Dri!! Annual Exercise 10/14187 Onsite and Nearsite Radiological Data 13:15 Hours-Results of 5 flinute lodine Saaples Results Reported in Gross Counts Downsind Distances in Feet. Distance oH Center 100 200 300 400' 500 600 700 800 900 1000

   .100 -!      125      125    125       125      125     .125     125 492951J 399167 330832 90 -l      125      125    125       125      125     .125-    125 492951. 399167 330832 1                                                                     .

80 -i 125 125- 125 125 125 125 125 .492951 399167. 330832_ 1 70 -1 125- 125 125 125 125 125 125 492951 399167 330832 1 60 -l 125 125 125 125 1:5 125 125 492951 399167 330832 l ! 50 -l 125 125 125 125 125 125 125 492951 399167.3308:2 a0 -l 1:5 125 125 125 125 125 125 492951 399167 330832 30 - 125 125 125 125 125 125 125 492931 399167 330832 20 - 125 125 125 125 125 125 125 492951 399167 330832 10 -l 1:5 125 1:5 125 125 15 125 492951 399167 330832 Center 125 105 1:5 1:5 125 1:5 1:5 492951 399167 3:0832. i 10 -; 125 125 125 15 125 125 125 492951 399167 330832- l 20 -: 125 15 125 1:5 1:5 125 1:5 492951 399167 33083:

      *0 -l      125      125    125       125       1:5      125    125 492951 399167 330832 40 -!      15        1:5   125       125       1:5      125    125 492951 399167 330832 l

50 -i 1:5 125 125 1:5 1:5 125 125 492951 399167 330832 l 60 -: . 125 125 125 125 125 125 125 492951 399167. 330832 l 70 -; 125 15 1:5 1:5 1:5 125 125 492951 399167 230832 80 -: 125 125 1:5 125 1:5 1:5 1:5 492951 399167 330832 i 90 -! !?$ I?? 125 125 1:5 1:5 125 a92951 '99167 330832 i 100 -i 125 ' 1:5 125 125 125 1:! 125 492951 399167 330832 1 1

     -BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS)

Emergency Preparedness Drill Annual E::ercise 10/14/87. Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Eauivalent Iodine Factor - 1.4 Child Thvriod Dose Conversion Factor - 0.0207 Meteorology Chosen Wind Stabilitv Category E. Windspeed - 1.341 meters per second Wind From - 220 Distances in - Feet Dose Factors l Release Rate in Curies cer Second - 12.89 Noble Gas Dose Factor - 57400 Iodine Dose Factor - 4.36E+0S Iodine to Noble Gas Ratio - .0070 i Site of Release and Duration Site of Release - Plant Stack j i Time at Which Release Occurs - 13:30 Hours l l 1 I l j i a 1 i 4

l l Esernency Preparedness Drill 2 Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 13:30 Hours Closed Window Meter Reading l Downwind Distances in Feet. Sistance 500 600 700 000 700 1000 off Center 100 200 300 400 100 -; O O 0 11 55 112 431 532 430 357 l l 90 -l 0 0 1 33 78 ;80 507 532 430 357 80 -! 0 0 2 47 265 447 507 532 430 357 70 -l 0 0 6 160 312 447 507 532 430 357 60 -l 0 1 B 189 312 447 507 532 430 357 l 50 -: 0 2 27 189 :12 447 507 ::2 430 357 i 40 -l 0 6 32 189 31: 447 507 532 430 ;57 30 -! 1 7 32 189 312 447 '07 532 430 357 l 20 -l 2 32 189 312 447 507 532 430 057 10 - 3 7 32 189 312 447 507 532 430 357

enter - : 7 :: 139 :12 447 507 532 4:0 357 10 - : 7 :2 189 :12 447 507 '3: 430 357

D - 2 7 2 139 31: 447 507 532 430 357 l J

l0 -; 1

2 189 :1: 447 507 532 430 :57 I

i 40 -i 0 3 :2 189 31: 447 '07 53: 40 :57 '

                  '                                                                                    4:0 50                    0       2        27       189        312    447        507        '32          357
                                                                                                              ;57                                     I 30 -:                 0        1          3     189        :12    447        '07        532    430                                           J i                                                                                                                                   I 70 -:                 0       0           o     160        312    447         507       *:2    40    ;57                                     i 30 -;                  0       0          :      47        :65    447         507       '32    40    :57
         ?0 -l                  0       0          1      33          73   :80         '07        532   430    :57 l

100 -; 0 0 0 11 '5 112 507 532 430 057

Energency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 13:30 Hours Open itindom lieter Reading Downzind Distances in Feet. Distance off Center 100 200 300 400 500 600 700 000 900 1000 i

100 -: 0 0 0 11 55 112 431 691 560 464 ) i I 90 -! 0 0 1 33 78 330 507 691 560 464 l 30 - 0 0 2 47 265 447 507 691 560 464

                         '                                                                                                       i 70  -l          0          0                   6     160        312    447   507   691   560         464        l l

60 -l 0 1 9 189 312 447 507 691 '60 464 50 -; O 2 27 189 312 447 507 691 "60 464 i 40 -l 0 6 32 189 312 447 507 e91 560 464 30 - 1 7 32 189 312 447 507 691 '60 464 i l l 20 - 2 7 32 189 312 447 507 691 560 464 l 10 -: 3 7 32 189 312 447 507 691 '60 464 3 enter -: : 7 32 189 312 447 507 691 '60 464 l0 - 3 7 32 !ai 312 447 '07 c71 5c0 464 0 - 2 7 32 189 312 447 507 c91 "60 464 30 -l 1 32 159 312 447 '07 391 560 464 40 -l 0 e 32 189 312 447 '07 691 560 464 50 -; 0 2 27 199 312 447 507 691 '60 A64 30 -l 0 1 3 189 312 447 507 691 560 464 70 -! 0 0 6 160 312 447 507 o91 560 464 30 -; 0 0 2 47 265 247 507 691 560 464

                   ?0   -l          0           0                  1       33        78    380   507   o91    '60        464 100 -;             o           0                  0       11        55    112   507   391    '60         464 L_-_-___________                _       _          _ _ _ _ _ _

Esergency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 13:30 Hours Results of 5 Minute Iodine Samples Results Reported in Gross Counts Downwind Distances if, Feet. Distance off Center 100 000 300 400 500 600 700 800 900 1000 100 -: 125 1:5 125 125 125 125 125 689867 "58611 462971 l 90 -l 125 125 125 125 125 125 125 689867 558611 462971 l ! i 80 -l 125 125 125 125 125 125 125 689867 55A611 462971 l 70 -! 125 125 125 125 125 125 125 689867 5'BW 162971 l 60 -! 1:' 125 125 12' 125 125 125 689867 8611 462971 50 -l 125 125 125 125 125 125 125 689867 558611 462971 40 -! 1:5 1:5 125 1:5 125 125 1:5 68?867 5'8611 462?71 20 -l 1:5 125 1:5 1:5 125 1:5 125 o89867 '58611 462971 20 -! 125 125 125 125 125 125 1:5 689867 558611 462971 10 -: 125 1:5 125 1:5 125 125 125 689867 "8611 462971

enter 125 1:5 1:5 1:5 1:' 1:5 1:5 389867 5'8611 462771 50 -; 1:5 12" 12' 1:' 12' 125 12", 689867 558611 46:971

0 -: 1:5 1:5 12" 1:5 125 1:5 125 c89867 ".'8611 46 971

0 -: 1:5 1:5 1' 12' 1:5 1:5 12' c89867 5*8611 462971 40 -: 125 1:' 1:5 1:5 1:5 125 1:5 689867 "8611 862971

                      'O       . 1:5          1:5        15        1:5      125      125      1:5 e89867 5'8611 462971 c0 -:       125          1:5         1:5      1:5      125      125      1:5 689867 5'8611 46 971 70 -        125          1:'        15        1:'      1:"      125      125 o89867 "'8611 46:971 80 -:       1:5          1:5        1:'        1:5     125      125      1:5 389867 558611 462971 90 ,        125          1:5         1"        1:t      125      125     125 289867 5'8611 46:971 100 -:       1:5          1:5         125       1:5      125      125     125 689867 5'8611 46:971 BACKGROUND SAMPLES ARE ALL 30 COUNTS (GROSS) u_____._________

Emergency Preparedness Drill O Annual Exercise 10/14/87 Drill Constants Air Samole Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Eauivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 Meteorology Chosen l Wind Stability Category E. Windspeed - 1.341 meters per second Wind From - 220 Distances in - Feet Dose Factors l Release Rate in Curles per Second - 14.11 Noole Gas Dose Factor - 57400 Iodine Dose Factor - 4.36E+08 Iodine to Noble Gas Ratio - .0079 Site at Release and Duration Site of ;:elease - Plant Stack Time at Which Pelease Occurs - 13: 45 Hours s

Energency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 13:45 Hours Cloced Window Meter Reading Downsi.1d Distances in Feet. Distance off Center 100 200 00 400 500 600 700 800 900 1000 100 -l 0 0 0 12 60 122 472 582 471 391 90 -1 0 0 1 6 85 416 555 '82 471 391 80 -: 0 0 2 52 :90 490 555 582 471 391 , l 70 -l 0 0 6 175 342 490 555 582 471 391 I i 60 -; 0 1 9 206 :42 490 '55 592 471 391 l

                                ;                                                                                                              I 50   -l                0           :         0      :06              :42    490    555   582          471      391 40 -i                   1           6      ;5       206              342    490    5   582          471      391 30 -;                   1           8      35       206               342    490    5'5   '62         471      391 20 -:                   2           8       ::      :06               342    490    555   '82         471      391 10 -                    3           8        $      l06               !42    490    5   '82         471      ~91 1

enter . : 8 :5 206 :42 400 "55 '82 471 ~91 10 -: ; i :5 206 042 490 555 '8: 471 391 20 - 2 8 5 :06 :42 490 i'5 '82 471 391 l

0 ,

1 8 :' 206 :42 490 555 '82 471 391 40 -; 1 6 5 206 342 490 555 582 471 91 50 -; O 2 ~0 :06 :42 490 555 '82 471 :91 60 -; O 1 9 206 42 490 555 '82 471 '91 70 -: 0 0 6 1:'S :42 490 555 582 471 391 30 - 0 0 2 52 :90 490 '55 582 471 391 90 - 0 0 1 6 85 416 '55 '82 471 ;91 100 -: J 0 ) 12 60 1:2 555 582 471 391

Energency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 13:45 Hours Doen Windom Meter Readin? Dounuind Distances in Feet. Distance 3H Center 100 200 300 400 500 600 700 800 900 1000 ............. -.- - ......................= ---- - .......................................... 100 -l 0 0 0 12 60 122 472 757 613 508 l 90 -l 0 0 1 36 85 416 555 757 613 508 l 80 -l 0 0 2 52 290 490 **5 757 613 500 l 70 -l 0 0 6 175 342 490 555 757 613 508 l i 30 -l 0 1 9 206 :42 490 5'5 757 613 508 l 50 -l 0 2 :0 206 342 490 5'5 757 613 508 l 40 -! 1 a 206 342 490 555 757 613 '08 30 -l 1 3 :5 206 342 490 5'5 757 613 508 0 - 8 35 206 342 490 **5 ?*7 613 508 10 .: 3 8 :$ l06 :42 490 757 613 '08

enter . 2 :5 206 :42 490 757 61: 508 l

10 -; 3 3 :$ 206 ~4: 490 555 T'7 613 508 b

             ;0 -:            :        !        5    206        :42   490     555     7'7     313      500 l
              ;0 -;           i        3        5    206        ;42    490    **5     757     :13      508 40   -!         1        6      ;'      206       042    490    '55      757    313      *08 50   -l         0        2       30     206       342    490    5'5      757    613      508 60   -l         0        1         9    206        :42   490    5'5      757    at:      508 l

70 -l 0 4 6 175 :42 490 555 757 e13 508

                      ;                                                                                                                     I 80 -:           0        0         :      52       :90   490             757     e13     '08 90 -:           )        J         1      26         85  416             7'7     613     '08 100 -;            O        J         0      12         60  122     '5'
                                                                                ,       57     613     '08

Esergency Preparedness Drill Annual Exercise 10/14/97 Onu te and Nearsite Radiological Data 15:45 Hours Results of 5 Minute lodine Saaples Results Reported in Gross Counts Donnuind Distances in Feet. Distance off Center 100 200 500 400 500 600 700 800 900 1000 100 -! 125 125 125 125 125 125 125 755149 611470 506778 90 -l 125 1:5 125 125 125 15 125 755149 611470 506778 80 -l 125 125 125 125 125 125 125 755149 611470 506778 l 70 -l 125 125 125 125 125 125 125 755149 611470 506778 l 60 -l 125 125 125 125 125 15 125 755149 611470 506778 50 -: 125 1:5 125 125 125 125 1:5 755149 611470 506778 l 40 - 125 125 1:5 125 125 125 125 755149 611470 506778 l 30 -! 1:5 125 125 125 125 125 125 755149 611470 506779 l 20 -l 1:5 125 125 125 125 125 125 755149 611470 506778 10 -; 1:5 125 125 1:5 125 125 125 755149 611470 506778

enter 125 1:5 2; 12- 1:5 125 125 755149 611470 506778 10 ! 125 1:5 125 1:5 1:5 125 1:5 755149 611470 506778 0 -: 125 1:5 125 125 125 1:5 125 755149 611470 506778

               ;0 '                  1:5   125    125        125       125     125    1:5 755149 511470 506778 i

40 -i 125 1:5 125 125 1:5 125 1:5 755149 611470 506778 50 -! 125 125 125 125 125 125 125 755149 611470 506778 60 -l 125 125 1:5 1:5 125 125 125 755149 611470 506778 70 -; 125 15 1:5 1:5 125 125 125 755149 611470 506778 , 30 -! 125 125 !:5 125 125 125 125 755149 611470 506773 90 -: 125 125 125 125 125 125 125 755149 611470 506778 100 -: 125 125 12', 125 125 1:5 1:5 7'5149 611470 506778 , BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS) i 1 __ _______________.____d

Emergency Preparedness Drill Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Equivalent Iodine Factor - 1.4 Child Thvriod Dose Conversion Factor - 0.0297 Meteorology Chosen Wind Stability Category E. Windspeed - 1.341 meters per second 3 Wind From - 220 Distances in - Feet

l Dose Factors Release Rate in Curles cer Second - 17.79 Noble Gas Dose Factor - 57400 Iodine Dose Factor - 4.26E+08 Iodine to Noble Gas Ratio - .0079 Site of Release and Duration Site of Release - Plant Stack Time at Which Release Occurs - 14:00 Hours

l Energency Preparedness Drill A Annual Exercise. 10/14/87 1 l Dasite and Nearsite Radiological Data i 14:00 Hours

                                                                                                                                                                                  - Closed Windom Meter Reading                                                                                                            i Donnmand Distances in Feet.                                                                                                            j 1

Distance . . . OH Center 100 200 300 400 500 600 700 900 900 1000 i 100 -l '0 0' 0 16 75 - 154 595 734- 594 492 90 - ' ' 0' 0 2 46 100 525 700 734 .594 '492 1 80 -1 0~ 0 3 65 366 617 ,700 734 594 492 1 70 -l 0- 1 8 221 431 617 700 734 594 492 1^ 60 -; O 2 !! 260 431 617 700 734 594 492 ~ 50 -: 0 2 38 260 431 617 700' 734 594 492

                                                                                   .                                                                                                                                                                                                                                       J l                                                   40                        -l                                                   1                                    8            45      260        431   617       700-       734     594          492 1

! 700 734 594 30 -1 1 10 45 260 431 617 492 ;

l.

l 20 - 3 10 45 260 431 317 700 '734 594 492 1

l 10 - 4 10 45 260 431 617 700 734 .594' 492 l l l- 2 enter -; 4 10 45 260 431 617 700 734 594 - 492 l l . ! 10 -: 4 10 45 260 431 617 700 734 594 492 30 -; 3 10 45 260 431 317 700 734 594 492 l ; 30 -: 1 10 45 260 431 617 700 -.734 594 492' 40 -: 1 3 85 260 431 s17 TOO 734 594 492 50 -

                                                                                                                               '0                                         2          38      260        431   617 '     700        734     594          492 I

60 -l 0 2' 11 260 431 617 700 734 594 492 i 70 -l 0 l' 3 221 431 617 700 734 594 492 30 -l 0 0 3 s5 366 6.17 700 734 594 492 , 80 -: 3 0 2 46 108 525 700'- 734 594 ' 492 100 -: C 0 0 16 75 154 700 734: 594 492 I i _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ . _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ . _ _ _. ___i_.___ _.._.___._____._____________.____________._______________________________._i

Energency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 14:00 Hours Doen kindon Meter Reading Donnvind Distances in Feet. Distance oH Center 100 200 '00 400 500 600 700 000 900 1000

                                             . . . . . . . . . . . . . . . . . . . . . . . . - - - - .........==      - ........................

4 100 -

              'l                         0              0          0        16           75        154         595    954       772      640 90 -:                           0              0          2        46         108         525         700    954       772      640               J 80    -!                        0              0          3        65         '66         617         700    954       772      640 70    -l                        0               1         8      221          431         617         700    954       772      640 l

60 -l 0 2 11 260 431 617 700 954 772 640 l l 50 -l 0 2 '8 260 431 617 700 954 772 640 40 , 1 3 45 260 431 617 700 ?!4 772 640 30 -: 1 10 45 260 431 617 700 754 772 640 l 20 -; 10 45 260 431 617 700 954 772 640 10 - 4 10 45 260 431 617 700 754 77: 640

enter -: 4 10 45 260 4'1 617 700 754 772 240 l

10 . 4 10 45 260 4'1 617 700 954 772 e40 l0 3 10 45 260 431 617 700 754 772 e40 i l l l 30 -: 1 10 45 :60 431 317 ~00 754 72 340 40 - 1 3 45 260 431 17 700 954 772 :40 ) 50 . 0 2 :8 260 831 617 '00 754 77: e40 l l 30 -; O 2 11 :60 431 617 700 954 772 e40 70 -; 0 1 8 221 431 c17 700 ?!4 77 e40 30 : 0 0 65 '6e 617 700 ?54 '7: 640

1

           ?0 -:                           0               0         2        46         109         525          700  954        77       640 l                                                                                                                                                           I 100                               0               0         0        16           75        154          700   954       '72       e40 u___________               _ _ _ _ - . -            -_-.                                                                                          _ - . .  >

Esergency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 14:00 Hours { i Results of 5 Minute Iodine Saaples Results Reported in Bross Counts Downwind Distances in Feet. Distance off Center 100 200 300 400 500 600 700 800 900 1000 ; 100 -: 125 125 125 125 1:5 125 125 952065 770914 6 8917 I l 90 - 125 125 125 125 1:5 125 125 952065 770914 638917 1 l 80 -: 125 125 125 125 125 125 125 952065 770914 638917 < 1 ll 70 -l 125 125 125 125 1:5 125 125 952065 770914 638917 I 60 -l 125 125 1:5 125 1:5 125 125 95:065 770914 6:2917 i

         'O -          125         125    1:5      125          12"      12"        1:5 95206' 770914 638917 40 -:        125         12'   1:5       1:5          125      125        125 85:065 770914 6:2917 30 -;        125         1:5   125        1:5         1:5      1:5        1:5 952065 770914 6:0917 20 -         125         125    125       125         125      125         125 952065 770914 6:8917                )
                                                                                                                             )

10 -: 125 125 125 1:5 1:5 125 1:5 952065 770914 6:8917 Center 125 125 1:5 1:5 12' 1:5 125 95:065 770914 :2917 l i 10 - 125 12' 125 125 12' 125 125 952065 770914 ::8917 ! l

i 20 - 125 125 1:5 1:5 1:5 125 1:5 9'2065 770914 s!8917 ,

}

l0 - 1:' 15 125 1:' 1:5 125 1' 9'2065 770914 6:2917 40 -: 12' 125 125 1:5 1:5 125 12' 95206', 770914 638917

          '0 -!         125         12"   125       12'          125      1:5        12's 952065 770914 b 2917 50 -:         125         125   1:5       !:5          1:5      1:',       1:5 ?"2065 770914 638917                 ,

I 70 -; 1:5 1:5 1:5 1:5 1:' 1:5 125 95:065 770914 38917 80 - 125 15 125 125 12" 125 125 ?"206' '70914 6:2?!7

          ?0 -:         12'         125    125      125          1:5      1:5        125 25:065 770914 5:2917 100 -:         1:5         1:5    1:5       125         12",     12",       ::5 052065 770914 m:8917 BACKGROUND SAMPLES ARE ALL 50 COUNTS ( G R O S S.)

4

d Emergency Preparedness Drill

                                                         . Annual E:< e rc i s e 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - T cfm Air Sample Count Time Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Eauivalent Iodine Factor - 1.4 Child Thvriod Dose Conversion Factor - 0.0297 Meteorology Chosen Wind Stability Categorv E.

Windspeed - 1.341 meters per second Wind From - 220 Distances in - Feet Dose Factors Release Rate in Curies per Second - 21.48 Noble Gas Dose Factor - 57400 Iodine Dose Factor - 4.36E+08 Iodine to Noble Gas Ratio - .0079 Site of Release and Duration Site of Felease - Plant Stack Time at which Pelease Occurs - 14:15 Hours 4

i i i b l i Energency Preparedness Drill i I Annual Exercise 10/14/87

l Onsite and Nearsite Radiological Data 14:15 Hours l l Closed Window Meter Reading . Downwind Distances in Feet. Distance off Center 100 100 300 400 500 600 700 300 900 1000

 .....-_        _=            --

100 -l 0 0 0 19 91 186 719 286 717 595 90 -l 0 0 2 '5 !!0 634 245 386 717 595 l 30 -; 0 0 3 79 442 745 845 886 717 595 70 -l 0 1 9 267 520 745 845 886 717 595 60 -l 0 2 13 314 520 745 845 886 717 595 50 -: 0 3 46 314 '20 745 845 556 717 595 : 40 -; 1 10 54 :14 520 745 34" 326 717 '95 l

            !0   -l       1        12      '4     314        520  745     245  356  717  595 i

I 20 -: 4 12 54 314 *20 745 345 386 717 595 10 -l 4 12 '4 314 520 745 345 386 717 595 2 enter -: 4 12 "4 314 '20 745 34' 383 717 '95 l 1 10 -: 4 12 54 314 '20 74* 345 336 717 595 l 1 20 -; 4 12 '4 314 '20 745 B4' 326 717 '95

            !0 -:          1       12       54     '14       '20   745     945 386  717   595 40 -;          i       10       '4    :14        '20   745     345  286  717  '95 50    -t       )         :      46     :14       520   745     345  386  717  595
                     ;                                                                            2 30    -l       )         2       13    314        520  745     S45  386  717  '95 70 -           0         1        2    267        520  745     345  386  717  '95 30 -:          9         0        3      79       442  74'     345  386  717   595 l

70 -; ) 0 2 '5 130 64 345 386 717 '95 100 -: 0 0 0 19 91 186 345 236 717 595 l .

Energency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 14:15 Hours Open Window Meter Reading Downwind Distances in Feet. Distance off Center 100 200 :00 400 500 600 700 800 900 1000

                           .. _                 ..............................................................-           - = .........-.....

100 -l 0 0 0 19 91 186 719 1152 933 773 90 -l 0 0 2 55 130 634 845 1152 933 773 80 -l 0 0 3 79 442 745 845 11'2 933 773 l 70 -l 0 1 9 267 '20 745 845 1152 933 773 I i 60 - 0 2 13 314 520 745 84', 1152 933 773 l

1

                                   'O   -l             0             3       46      314        '20    745   845   1152     933        773              i 1

40 -: 1 10 '4 314 '20 745 345 1152 933 773 30 - 1 12 '4 314 520 745 845 11'2 933 77 i

1 20 - 4 12 54 314 520 745 845 1152 933 773 l 10 - 4 12 54 314 520 745 845 1152 933 773 Center -l 4 12 '4 314 520 745 84' 11'2 933 773 10 -: 4 12 '4 314 520 745 245 11'2 933 773 20 -: 4 12 54 14 '20 745 245 1152 ?33 773 30 -: 1 12 '4 314 520 745 845 !!52 933 77:

40 -: 1 10 '4 314 '.2 0 745 84' 1152 933 773 50 - 0 3 46 314 '20 745 845 1152 '33 773 60 -l 0 2 13 314 '20 745 845 1152 933 77: l 70 -l 0 1 9 267 523 745 845 1152 933 773 80 -: 0 0 3 79 442 745 845 11': 933 773

                                    ?0 -:                0             0         2      55         130   634   245  11'2      93;        77:

100 -: 0 0 0 19 91 186 845 11'2 933 773

Esergency Preparedness Drill Annual Exercise 10/14/87 Onstte and Nearsite Radiological Data 14:15 Hours

                                    'Results of 5 Minute lodine Samples Results Reported in Gross Counts Downwind Distances in Feet.

Distance off Center 100 200 300 400 500 600 700 800 900 1000 , 100 -! 125 125 125 125 125 125 '125 !!49517' 930791 771415 90 - 125 .125' 125 125 125 125 125 1149517 930791-771415 30 - - 125 125 125 125 125 125 125 1149517 930791' 771415 70 - 125 125 125 125 125 125 125 1149517 930791 771415 30 -; 125 125 125 125 125 125 125 1149517 '930791 771415 50 -l 1:" i25 125 1:5 125 1:5 125 1149517 930791 771415 40 -: 1:5 125 125 1:5 1:5 1:5 ::5 114?517. 930791 771415' 0- 125 - 125 125 1:5 125 125 125 1149517 930791 771415 20 - 125 125 125 125 125 125 125 1149517 930791 771415 10 -: 1:5 125 1:5 1:5 125 15 125 1149517 130791 771415 l

eter 125 125 125 1:5 1:5 15 125 1149517 930791 771415

    ;0 -l       1:5     125      1:5       1:5      125      125    125 1149'17 930791 771415

) -. 1:5 1:5 125 1:5 1:5 1:5 125 1149517 930791 771415

) -; 1:5 125' 125 1:5 125 125 1:5 1149517. 930791 771415 40 -; 125 1:5 125 125 1:5 125 125 1149517' 930791 771415 50 - 125 125 125 125 1:5 1:5 1:5 1149517 930791. 771415 no -l-' 125 125 125 1:5' 125 125 125 1149517 930791 771415

    '0 -l       1:5     1:5      1:5       1:5      125      1:5    125 1149517 930791 771415 30 -l       1:5     !:5    . 125       125       125     1:5    125 1149517 830791 771415-l 90 -        1:5     125       125      105       125     1:5    125 1149517 930791 771415 100 -l       1:5     125 '     1:5      1:5       1:5     125    125 1149517 930791 771415
   < BACKGROUND' SAMPLES'ARE ALL 50 COUNTS (GROSS)

_ - = - - - _ - - - - _ _ l i Emergencv-Preparedness Drill ]i Annual: Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count-Time - 5 Mir,utes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Eauivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 , l l l Meteorology Chosen 1 1 Wind Stability Category'E. Windspeed - 1.341 meters'per second Wind From - 220 Distances in - Feet Dose Factors Pelease Rate in Curles oer Second - 21.9 Noble Gas Dose Factor - 57400 Iodine Dose Factor - 4.36E+08 Iodine to Noble Gas Ratio - .0079 Site of Release and Duration Site of Pelease - Plant Stack l Time at Which Release Occurs - 14: 30 Hours l l i 1 1 = E

EneroenCY Preparedness Drill Annual Exercase 10/14/87 Onsite and Nearsite Radiological Data 14:30 Hours Closed Window Meter Reading Donnaind Distances in Feet. Distance oH Center 100 200 300 400 '00 600 700 800 900 1000 100 -l 0 0 0 19 93 150 733 903 731 606 l 90 - 0 0 : 56 133 646 862 903 731 606 80 -: 0 0 3 30 451 760 862 903 731 606 70 -! 0 1 10 272 530 760 862 903 731 606 l 60 -l 0 2 14 3:0 530 760 862 903 731 606 50 -: 0 3 47 320 '30 760 862 ?03 731 606 40 -: 1 10 55 320 530 760 362 903 731 60: 30 -: 1 1: '5 !20 530 760 E6 703 731 606 i

0 - 4 12 55 3:0 530 760 86: 903 731 606 10 -l 5 1 320 530 760 26 903 731 606 3 enter , 5 12 5' 320 "30 760 26 203 731 306 10 -: 5 1: 5' 3:0 530 760 262 203 731 e06 20 -: 4 1 320 530 760 862 903 731 :06 1

30 -i 1 1: 5' 30 '30 760 362 90 731 306 j 40 - 1 10 !* 320 '30 760 862 903 731 306 50 -l 0 3 47 320 '30 760 862 903 731 606 3 60 -: 0 2 14 320 530 760 36: 903 731 606 70 -l 0 1 10 272 530 760 36: 903 731 606 30 -l 0 0 3 30 451 760 362 903 731 606 l l 90 -; O 0 2 56 133 646 362 203 731 606 100 , 0 0 ) 19 93 1?0 962 903 731 e06 1 t A

Esergency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 14:30 Hours Open Window Meter Reading Donnuind Distances in Feet. Distance off Center 100 200 300 400 500 600 700 800 900 1000

                                                            - .................................... -         .==    -

100 -l 0 0 0 19 93 190 733 1174 951 788 90 -! 0 0 2 56 133 646 862 1174 951 788 80 - 0 0 3 90 451 760 862 1174 951 728 70 -l 0 1 10 272 530 760 862 1174 951 728 60 -l 0 2 14 ::0 530 760 962 1174 951 788 50 -; 0 3 47 :20 530 760 862 1174 951 756 40 -: 1 10 55 220 530 760 862 1174 951 782 30 -l 1 12 55 20 '30 760 962 1174 951 722

0 -; 4 12 55 220 530 760 862 1174 951 738 10 -i 5 12 55 :20 530 760 862 1174 951 753

enter ' "

                                                        ,    1:        55      ':0        i'0     760   962   1174    951        728 l

10 -l 5 12 '5 320 530 760 362 1174 951 738 l

0 -; 4 12 55 3:0 5'O 760 962 1174 951 728

                                      ;0 -              1    12        55      ::0         530    760   362    1174    951       735 40 -:             1     10       5'       3:0        5:0    760   362    1174    951       738    !
                                      'O     -l         0       3       47      '20        530    760   362    1174    ?51       738 60     -!         0               14      :20        '30    760   862    1174    9'1        793    l f

1 70 -; O 1 10 ~7: '30 760 962 1174 9'1 732 30 - 0 0 3 30 451 760 362 1174 951 728 90 -l 0 0 : '6 .!!3 646 862 1174 951 723 100 -1 3 0 0 1? 93 190 362 1174 951 722 l

Energency Preparedness Drill Annual Exercise 10/14/87 Onsite and hearsite Radiological Data 14:30 Hours Results of 5 Minute lodine Sasoles Renits Reported in Gross Counts Downwind Distances in Feet. l Distance I oH Center 100 200 500 400 500 600 700 800 900 ' 1000 100 -l 125 125 125 125 125 125 125 1171991' 948988 786496 , 90 -l 125 1:5 125 125- 125 125 125 1171991 948988 786496 i 80 -l 125- 125 ' 125 125 125 125 125 1171991 948988 786496 70 -l 125 125 125 125 125 125 125 1171991 948988 786496 l 60 -: 125 1:5 125 125 125 .125 125 1171991 948988 786496 50 -i 125 125 125 1 ", 125 125 125 1171991 948988 786496 l 40 -l 1:5 125 125 1:5 125 1:5 125 1171991 a48988 7P6496 l 30 -l 125 125 125 125 125 1' 1:5 1171991 ?48988 786496 l 20 - 1:5 125 125 125 125 125 125 1171991 948988 786496 l 10 -! 1:5 125 125 12' 12' 125 125 1171991 948988 786496

I'

enter 1:5 125 1:5 125 125 1:5 1:5 1171991 948988 ~78649a' 10 -l 125 1:' 125 125 125 125 125 1171991 ?48988 786496 l l 20 -! 1:5 125 125 1:5 15 1:5 1:5 1171991 548998 786456 1

0. 125 125 125 125 1:5 1:', 1 5 1171991 748988-786496 L 40 - 125 125 125 125 125 125 125 1171991 948988 786496 50 -l 125 125 125- 125 15 125 125 1171991 948988 786496 60 -! 125 125 125 125 125 1:5 125 1171991 948988 ;86496 70 -1 1:5 i:' 1:5 1:5 125 125 1:5 1171991 ?48988 786496 80 -! 125 125 125 1:5 125 125 125 1171991 948988 786496 90 -l 125 125 125 1:5 125 125 .125 1171991 948988 786496 100 -! 12", 125 125 1:' 125 125 125 1171991 948988 786496 BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS)

Emergency Preparedness Drill Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample Count Time - 2 Minutes q Instrument D/C - 30 Dose Eauivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 Meteorology Chosen Wind Stability Category E. Windspeed - 1.341 meters per second Wind From - 220 Distances in - Feet Dose Factors Release Rate in Curies per Second - 26.38 Nocle Gas Dose Factor - 57400 Iodine Dose Pactor - 4.36E+08 Iodine to Noble Gas Ratio - .0079 Site of Release and Duration 51te of Release - Plant Stack Time at Which Release Occurs - 14:45 Hours 1 l _ _ _ - _ - - _ _ _ _ _ _ - ._ _ _ - -I

Esergency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 14:45 Hours Closed Window Meter Reading Downwind Distances in Feet. Distance off Center 100 00 300 400 500 600 700 800 900 1000 100 - 0 0 0 23 !!2 229 882 1088 881 730 l 90 -l 0 0 2 68 160 778 1038 1088 881 730 80 -l 0 0 4 76 543 916 1038 1088 881 730 70 - 0 1 12 328 639 916 1038 1088 881 730 I I 60 -: 0 2 17 386 639 916 1038 1088 881 730 50 -: 0 4 56 86 639 916 1038 1088 881 730 40 - 1 1: 66 :86 6:9 916 1038 1088 881 70 I

30 -; 1 14 :e 86 639 916 1038 1088 381 70 20 - 5 14 ee 86 639 916 10:8 1088 881 730 l 10 -; 5 14 66 :86 639 ?!6 1038 1088 881 730 Center -: 14 tb !86 6:9 ?!6 1038 1088 881 730 10 -: 3 14 66 86 639 ?!6 1938 1088 881 730 20 -: 5 14 66 :86 6:9 916 1038 1088 881 70

0 -' 1 14 36 386 339 916 10:8 1088 881 730 40 -; 1 1: :e 86 639 916 1038 1088 881 730 50 -: 0 4 :s 86 639 916 1038 1088 881 730 1

60 -: 3 : 17 86 639 916 1038 1088 881 730 70 - 0 1 12 ::8 639 916 10 8 1088 881 730 80 -l 0 0 8 96 543 ?!6 10:8 1088 881 730 90 -! 0 3 : 68 160 778 10:8 1088 821 7:0 100 -l 0 0 ) 2: 112 229 1038 1088 881 730

                         ..-__m_._--.____.-_                   _ _ - _ _ .

y l Esergency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 14:45 Hours Open Window Meter Reading Downwind Distances in Feet. Distance off Center 100 000 300 400 500 600 700 000 900 1000

                             .         ._       ..-                   =.............              --
                                                                                                          ----............................=

100 -l 0 0 0 23 112 229 882 1415 1145 949 90 -! 0 0 2 68 160 770 1038 1415 1145 949 l 80 - 0 0 4 96 543 916 1038 1415 1145 949 70 -l 0 1 12 328 639 916 1038 1415 1145 949 60 -: 0 2 17 !a6 639 916 10 8 1415 1145 949 I 50 -: 0 4 56 386 639 916 1038 1415 1145 949 40 . ! 12 66 386 6:9 916 10:8 1415 1145 949 l 0 -; 1 14 66 ;86 6:9 916 1038 1415 1145 949 20 -: 5 14 66 386 639 916 10:8 1415 1145 949 l 10 -: 5 14 66 86 639 916 1038 1415 1145 949 Center -; 5 14 66 386 s:5 916 10:8 1415 1145 :49 , 10 -: 5 14 e6 :86 s9 ?!6 1038 1415 1145 949 ;

                                   ;                                                                                                                   1 I

20 - 5 14 so 36 639 916 10:8 1415 1145 949 l0 -: 1 14 e6 !S6 639 ?!6 1038 1415 1145 ?49 I 40 -; 1 1: 66 :86 3:9 ?!6 1028 1415 1145 ?49

                          '0
                           ,        $        0                     4           56       286          69    916       10:8      1415       1145  949 60 -               0                     2           17        :86          639  916       10:8      1415       !!45   949    i l

70 -l 0 1 12 ::8 3:9 ?!6 1038 1415 1145 ?49 l 80 -; } 0 4 96 543 916 1038 1415 1145 949 90 -: 0 0 68 160 778 10:8 1415 !!45 949

                                     .                                                                                                                  1 100 -                 0                     0            0         23         11    29        10:8      1415      1145   949    l l

i. [ I Yff Esergency Preparedness Drill + Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data-14:45 Hours Results o'f 5 llinute lodine Saaples s Results Reported in Gross Counts Downwind Distances in Feet. Distance - o00 Center 100 200.- 300- 400. 500 600 700 000 900 1000- <

           .................. ........ ....... ...................................................... ...... .  ~

100 -l 125 125 125 125 125 125 125 1411715 1143093 947362 90 -: 125 105 125 125 125 125 125 1411715 1143093 947362 l 20 -! 125 125 125 125 125 125 1:5 1411715 1143093 947362 70 -l 125 125 125 125 125 125 125 1411715 1143093 947362 60 -l 125 125 125 15 125 125 125 1411715 1143093 947362. 50 -l 125 1:5 125 1:5 125 125 125 1411715 1143093 947362 40 -l 1:5 125 125 - 125 125 - ' 125 1:5 1411715 1143093:947:62 30 -: 125 125 125 125 125 125 125 1411715 1143093 947362 l-l :

0 -: 125 125 125 1:5 125 125 125 1411715 1143093 947362 10 -: 125 125 125 15 125 125 1:5 1411715 1143093 947362 Center 125 ;;5 1:5 125 125 1:5 125 1411715 1143093 94T362 10 -! 1:5 125 1:5 125 1:5 1:5 125 1411715 114:093 947362 l

l l l0 -; 125 1:5 125 1:5 125 125 1:5 1411715 1143093 847342 l l e 30 -: 1:5 125 125 105 1:5 125 125 1411715 1143093 ?47362 i 40 -! 125 125 125 125 125 1:5 125 1411715 1143093 947:62 50 -l 125 125 125 125 125- 125 125 1411715 1143093 947362' 60 -l 125 125 1:5 125 125 ' 125 125 1411715 1143093 ?47362 70 -: 125 15 125 125 1:5 1:5- 1:5 1411715 1143093 947362 30 -: 125 125 125 125 125 125. 1:5 1411715 1143093 747362 90 -: 1:5 125 .125 125 125 125 1:5 1411715 1143093 :?47362 t 100 ** 125 1:5 1:5 125 125 125 12514117151143093 ?C162 BACKGROUND SAMPLES.ARE'ALL 50 COUNTS (GROSS)

Emergency Preparedness Drill Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air'5 amole Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes i Background Samole Count Time - 2 Minutes Instrument D/C - 30 Dese Ecu1 valent Iodine Factor - 1.4 Child Tnvriod D.ase Conversion Factor - 0.0297 1 Meteorology Chosen 1 Wind Stability Category E. Windspeed - 1.341 meters per second j Wind From - 220 Distances in - Feet Dose Factors Release Rate in Curles per Second - 25.23 Noble Gas Dose Factor - 57400 lodine Dose Factor - 4.36E+08 Iodine to Noble Gas Ratio - .0079 i l Site of Release and Duration l I site of Release - Plant Stack Time at Which Release Occurs - 15:00 Hours j i 1

I 1

faergency Preparedness Drill Annual hiereise a 10/14/87 4 1 a Onsite and hearsite Radiological Data 15:00 Hours Closed Window Meter Reading Downwind Distances in Feet, j Dist4 Ace oH Center 100 200 300 400 500 600' 700 800 900 1000

 .....,--...u                               . .....-         _.........--------- --. ...-- -------.....------- ... --------- -------               ,

6 -l 0 0 0 25 120 245 944 1164 943 781 90 -l 0 0 2 72 171 833 1111 1164 943 781 0 1 4 103 581 980 1111 1164 943 781 1 70 -; O 1 12 351 634 980 1111 1164 943 781

                   -l                                0     3        18      413        684   980    till    1164    943       781
                   -;                                      4        60      413                                     943 0                                 684   980    1111    1164              781 40 -;                                  1    13        71      413        384   980    till    1!64    ?43       781

D - 1 15 71 413 684 090 1111 1164 943 781 '

20 -: 5 15 71 413 384 980 1111 1164 ?43 781 10 -: 6 15 71 413 684 980 1111 !!64 943 781 ;

enter -l c 15 71 413 b84 980 till 1164 9f4 781 J -; 6 13 'l 413 684 980 1111 !!64 943 781 20 -l 15 71 413 684 980 1111 1164 943 791 30 . : ;5 *1 413 o84 990 1111 !!64 943 781 40 1 13 71 413 cB4 980 till 1164 943 781 50 0 4 30 413 cB4 980 1111 1164 343 781 i

               ;0   -!                                0              18      813        684   980    1111    1164    943       781 I               70 -;                                  0      1       12      351        o04   980     1111   1164    943       781 l

30 -l 0 1 4 103 ',81 980 1111 ile4 943 781 90 -; 0 0 : 7: 171 833 1111 !!64 943 781 100 -: 0 0 0 :5 1:0 45 1111 1164 943 781

i Energency Preparedness Drill Annual Exercise l l 10/14/07 Onsite and hearsite Radiological Data 15:00 Hours , l Open Window Meter Reading Downwind Distances in Feet. Distance oH Center 100 200 300 400 500 600 700 800 900 1000 100 -1 0 0 0 25 1:0 :45 944 1514 1226 1016 90 -l 0 0 2 72 171 833 till 1514 1226 1016 l 90 -! 0 1 4 103 581 980 1111 1514 1:26 1016 I d 70 .l 0 12 ;51 eB4 980 till 1514 1226 1016 l l ! n0 -l 0 : 18 41: 684 980 1111 1514 1226 1016 50 -; O 4 30 41: eB4 980 1111 1514 1:26 1016 c

'*4

46. e . m. . .

                                                                                                     .-a i

D .; 1 15 71 4C '94 090 ).111 151a I??6 1016

0 -l 5 15 71 41: e84 900 till 15i4 ino illa 4

l 10 -l 6 15 71 41; $84 020 till 1514 12:6 1016 j J

Center - 6 15 71 41: :24 730 1111 1514 1:26 1016 10 $ 6 15 71 41: 254 580 till 1514 1226 1016 20 -; 5 15 71 41: 384 $20 till 1514 1::6 10le i

           !0 -:           1       :5       71       21:        :24        920     till   1514     1226     1016 l

40 1 13 71 41; :24 480 !!!! 1514 1226 1016 l 50 -l 0 4 o0 41: 84 ?20 1111 1514 1:26 1016 50 . 0 18 81; :84 930 1111 1514 1226 1016 l 70 . 0 1 12 51 334 000 1111 1514 1::6 101e 30 -l 0 1 4 103 581 080 1111 1514 1:26 1016 90 . O u 7: 01 33: 1111 1514 1:26 1016 100 - 0 0 0 25 1:0 :45 !!!! 1514 1:26 1016

Esergency Preparedness Drill Annual Exercise 10/14/87 j i Onsite and Nearsite Radiological Data , i 15:00 Hours Results of 5 Minute lodiar Saaples Results Reported in 8ross Counts Downwind Distances in Feet. Distance off Center 100 200 l00 400 500 600 700 800 900 1000 100 -l 125 125 125 125 125 125 125 1510708 1223248 1013790 90 -1 125 125 125 125 125 1:5 125 1510708 1223248 1013790 80 -l 125 125 125 125 125 125 125 1510708 C23248 1013790 70 -: !:5 1:5 1:5 1:5 15 125 12" 1510708 122:248 1013790 l 60 -l 15 125 125 1:5 125 1:' 125 1510708 122:248 1013790 1 , l ' l 50 -: 1:5 1:5 1:5 1:5 125 1:' 125 1510708 1223248 1013790 1 ; 40 . 125 1:" 125 125 125 125 125 1510708 1223:4B :013790 0 -l 1:5 1:5 1:' 1:5 125 125 125 1510708 12:3248 1013790 20 -l 1:5 125 125 125 1:5 125 1:5 1510708 12:3:<8 1013790 , 10 -l 1:5 125 1:5 1:5 1:' 125 1:5 !"10708 1::::48 10137?0 l l

enter 12' ::5 125 1:5 1:5 1:5 ;;5 1510708 122:048 1013700 l

10 - 12' 15 1:5 ::', 12" 1:' 1:5 l'10708 1223:48 1013790

0 -; 12' 12' 1:5 1:5 1:5 ::5 1 ' l'10708 12:3:48 1013790 0- 1:' 1:5 125 1:' R$ 1:5 1:' 1510708 1:2::48 10137?0 l

40 - 1:5 125 15 125 1:5 125 1:5 l'10708 122:048 1013790 50 -i 1:5 1:5 125 125 1:5 125 125 1510708 1223248 1013790 60 -: 125 1:' 125 1:5 125 1:5 125 1510708 1:23:48 1013790 70 -l 12' 125 125 125 125 1:5 12" 1510708 12:3:48 10137?0

l 80 -: ::5 1:5 1:5 1:5 1:', 1:5 125 1510708 1:2::4B 1013790 90 -: 1:' 1:5 125 1:' 1:5 1:', 1:5 1510703 12:3248 1013790 100 .: ::' !:5 ::' 1:5 1:5 1:5 ::" 1510708 1:2:048 101:7?0 BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS)

i I Emergency Preparedness Drill Annual Exercise

                                                                                                                                                                             .i 1 10/14/87 i

Drill Constants i Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sampid Count Time - 2 Minutes Instrument D/C - 30 Dose Equivalent Iodine Factor - 1.4 l Child Thvriod Dese Conversion Factor - 0.0297 . Meteorology Chosen Wind Stability Category E. Windsoeed - 1.341 meters per second Wind From - 220 Distances in - Feet Dose Factors Release Rate in Curles cer.Second - 30.68 Noble Gas Dose Factor - 57400 Iodine Dose Factor - 4.36E+09 locine to Noble Gas Ratio - .007C Site of Release anc Duration Site of Release - Flant Stack Time at Which Release Occurs - 15: 15 Hours 1

                                                                                                                                                                             -1 i

l i 1

Energency Preparedness Drill Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 15:15 Hours Closed Window Meter Reading Downwind Distances in Feet. Distance off Center 100 200 300 400 500 600 700 800 900 1000

   .................                        . . . . . . . . . . . . . . . . . . . . . . . . . . - -      _.............................................. i 100 -               0                 0              0             27         130        266      1026     126S      1025       849 90 -           0                 0               3            79         186        905      1207     1265      1025       849 80 -           0                 1               5           112         632       1065      1207     1265      1025       649
                                  .                                                                                                                         i l

j 70 -: 0 1 13 381 743 1065 1207 1265 1025 849 1 I

0 - 0 3 19 449 743 1065 1207 1265 1025 949 1 l 50 . 0 4 65 449 743 1065 1:07 1265 1025 849 ! 40 , i 14 77 449 743 1065 1:07 165 1025 E49 j 1 1 30 , 2 17 77 449 743 1065 1207 1:65 10:5 349 l 20 - 77 449

5 17 743 1065 1207 1265 10:5 349

10 -' s 17 77 449 743 1065 1:07 1:65 1025 349 i

enter -- a 17 ~7 449 743 1065 1:07 1:65 10:5 349 l 10 ,

6 17 77 449 '43 1065 1:07 1:65 10:5 349 i 20 -: 5 17 77 449 743 1065 1:07 1265 1025 849 1

0 - : 17 77 449 743 1065 1:07 1:65 1025 249 40 =

1 14 77 449 743 1065 1:07 1265 1025 349 l 50 -: 0 4 65 449 743 1065 1:07 1265 1025 349 60 -l 0 : 19 449 743 1065 1207 1:65 1025 349 70 -: ') i 1; 381 743 1065 1:07 1:65 10:5 349 30 . ') 1 5 112 e3: 1065 1:07 1:65 1025 249 1 70 - 0 0 79 12e 905 1207 1:65 1025 249 100 . 0 0 0 27 130 266 1:07 1 65 1025 249

l Energency Preparedness Drill l Annual Exercise I l 10/14/87 Onsite and Nearsite Radiological Data 15:15 Hours ! i I f Open Windon Meter Reading j Downwind Distances in Feet. ( Distance 1 off Center 100 000 300 400 *00 300 700 800 900 1000 l d

 ...........................................-                 ==

i 100 -: 0 0 0 27 130 266 1026 1645 1:32 1104 90 -l 0 0 3 79 166 905 1207 1645 1332 1104 80 -! 0 1 5 112 632 1065 1207 1645 1332 1104 1 70 -l 0 1 13 ;81 743 1065 1207 1645 1332 1104 l 60 -i 0 19 449 743 1065 1207 1645 13:2 1104 l 50 - 0 4 65 449 743 1065 1:07 1645 13! 1104 40 - 1 14 77 449 743 1065 1207 1645 13:2 1104

                 ;0 -:                 17        77      449        743  1065   1:07  1645  1332  1104 t

20 -l 5 17 77 449 743 1065 1207 1645 1332 1104 10 -l 3 17 77 449 743 1065 1:07 1645 13': 1104

enter -: 17 449 743 1065 1:07 :645 1332 1104 l

10 -: : 17 77 449 743 1065 1:07 1645 13:: 1104 20 -; 5 17 77 449 743 1065 1:07 1645 1:22 1104 0 -: : 17 '7 449 74: 1065 1:07 1645 !!:: 1104 40 -: 1 14 T' 449 743 1065 1:07 1645 1: 2 1104

                 'O    -;      0          4       35      449        743  1065   1:07  1645  1 :2  1104 to -:         0          3        19     449        743  1065   1:07  1645  13:2  !!04 l

70 . 0 1 13 B1 743 1065 1:07 1645 1:32 1104 30 -: 0 1 5 11: 532 1065 1:07 1645 1::: 1104 90 -l 0 0 79 126 ?05 1207 1645 !!32 1104 100 -; 0 0 0 27 1:0 266 1:07 1645 1:32 1104

Energency Preparedness Drill Annual Exer:Ise 10/14/87 Onsate and Nearsite Radiological Data 15:15 Hours Results of 5 Minute loaine Saeoles Results Reported in Gross Counts Downwind Distances in Feet. Distance off Center 100 200 300 400 500 600 700 800 900 1000 100 -l 125 125 125 125 125 1:5 125 1641807 1329400 1101763 l l 90 -l 125 125 125 125 125 125 125 1641807 1329400 1101763 80 -! 125 125 1:5 125 125 125 125 1641807 1329400 1101763 l 1 l 70 -! 125 125 .125 125 125 125 125 1641807 1329400 1101763 l l 60 -l 125 125 125 1:5 1:5 1:5 125 1641807 1:29400 1101763 1 50 - 1:5 1:5 15 1:5 1:' 1:5 ::5 1641807 1 :9400 1!01763 40 -l 1:5 125 125 125 1:5 1:5 125 1641807 1329400 1101763 l l 30 -l 1:5 125 1:5 1:5 12' 1:5 : 5 1641807 1329400 1101763 1 : l :0 -l 1:5 125 125 125 12" 1:5 125 1641807 1329400 1101763 10 -: 125 ::5 ::5 105 125 1:5 1:' 1641807 1329400 1101",63

enter 12' 125 12' 15 1' :' ::5 1641807 1:29400 1101763 10 -l !~5 1:5 ::' 1:5 125 1:5 : 5 1641807 1:29400 1101763

0 .l 1:' 1:5 ::5 ::' 125 1' 1:' 1641807 1::9400 1101763

D -l 125 1^5 125 1:! 1:5 ::: 1:5 1641807 1 :9400 1101763 40 -; 1:5 125 125 125 ::5 1:5 12' 1641807 1329400 1101763 50 -; 1:' 12' 125 125 ::5 1:' 1:5 1641807 1329400 1101763 l ;

60 -; 1:5 125 125 I:5 1:5 1:5 1:5 1641807 1329400 1101763 l 70 .; 1:' 125 12' 125 15 15 1:5 1641807 13:9400 1101763 20 -: 125 125 125 125 125 125 125 1641807 1329400 1101763 30 -l 1:5 125 12' 125 1:5 125 125 1641807 1329400 1101763 100 , ;;" ::5 125 1:5 :25 1:5 12' :.641007 1:29400 110176: BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS) w__--_____ _ _ _ _ _ _ _ _ ___ _ _ _ _

Emergency Preparedness Drill Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Eaulvalent lodine Factor - 1.4 Child Thyriod. Dose Conversion Factor - 0.0297 Meteorology Chosen Wind Stability Category E. Windspeed - 1.341 meters per second Wind From - 220 Distances in - Feet Dose Factors Release Rate in Curles oer second - 33.13 Noble Gas Dose Factor -- 57400 Iodine Dose Factor - 4.36E+08 Iodine to Noble Gas Ratio - .0079 l Site of Release and Duration Site of Release - Plant Stack Time at Which Release Occurs - 15:30 Hours l

Energency Preparedness Dr111 1 Annual Exercise 10/14/87 l Onsite and Nearsite Radiological Data j 15:30 Hours j Closed Window Meter Reading Downwind Distances in Feet. l i Distance off Center 100 l00 000 400 500 600 700 800 900 1000 l

                                                                                                   ...........-        ..................             I 100      -1            0                 0           0       29       140     287  1108       Do6     1106         917 1                                                                                                                            1 90 -;                O                 0                   85      201      977  1:04        1366   1106         917                  1 I

80 - 0 1 5 121 682 1150 1304 1:66 1106 917 70 -l 0 1 15 412 802 1150 1:04 1:66 1106 917 l 60 -; O 3 :1 485 802 1150 1:04 1:66 !!06 917 l 1 50 -; O 4 70 485 802 1150 1:04 1:66 1106 917 l 1 i 40 -: 1 15 3: 485 802 1150 1:0a 1:66 1:0e 717 l 30 -: 2 18 8 485 802 1150 1:04 1:6e 1106 017 20 -: 6 18 3: 485 302 1150 1:04 1366 1106 917 10 -: 7 ;8 33 495 302 1150 1:04 1:66 1106 ?!? l Center -:

                                                       !!          5:      4B5       302    !!!0   1:04       1:64   1106          017 10         ,                         18          3:      4E5       302    1150   1:04       1:66    !!06         917 20 -:                6               18          33      485        202   1150   1:04       1366      106        917

0 . : 19 23 435 302 1150 1:04 ::66 :106 717 40 . 1 15 !! 485 B02 1150 1:04 1*66 1106 917 50 -: 0 4 70 485 302 1150 1:04 136e :106 917 l

e0 -; 0 3 21 485 202 1150 1:04 1:66 1106 ?17 l 70 -: 0 1 15 41: 202 1150 1:04 1366 !!06 917 30 - 0 1 5 121 282 1150 1:04 1:66 1106 917 90 -; 0 0 55 201 977 1:04 1:66 1106 917 100 . 0 0 0 :? 140 :37 1:04 ::66 1106 717 1 1 __--___--_a

Energency Preparedness Drill ) l Annual Exercise l l 10/14/87 Onsite and Nearsite Radiological Data ) 15:30 Hours Doen Windon Meter Reading Downuind Distances in Feet. Distance oii Center IV; 200 300 400 500 600 700 000 900 1000 100 -! 0 0 0 29 140 287 1108 1776 1438 !!92 l 90 -l 0 0 3 B5 201 977 1304 1776 1438 1192 l 20 -: 0 1 5 121 692 1150 1304 1776 1438 1192 70 -l 0 1 15 412 802 1150 1304 1776 1438 1192 30 - 0 : 21 485 302 1150 1:04 1776 14:2 1192 50 . 0 4 70 485 302 1150 1304 1776 1438 1192 l 40 -; 1 15 33 485 902 1150 1304 1776 1438 1192

D -; 2 18 S3 485 202 1150 1304 1776 1438 1192 l

20 , e 12 23 425 202 1150 1304 1776 14:8 1192 10 -: ? ;8 33 485 302 1150 1304 1776 14:2 1192 Center -: ? 19 3: 485 302 1150 1304 1776 14:2 1102 10 -; 7 :S 3: 425 302 1150 1304 1776 ;438 1192

0 , s 18 3: 465 602 1150 1:04 1776 14:2 1192

D -: 2 13 3: 425 002 1:50 1304 1776 :432 1102 J0 -; 1 15 32 485 202 11. 1%4 1776 :ssa 11c2 50 -l 0 4 70 485 302 1150 : 04 1776 1438 1192 l

20 -: 0 ; 21 485 802 1150 !!04 1776 1433 1182 70 -l 0 1 :5 412 902 1150 1304 1776 14:3 1192 30 -; ) : 5 121 622 1150 1:04 1776 14:S 1192

                                ;                                                                                    I 90   -l     0     0        2        25      201    977   1:04    1776    14:2    1192        l 100 -:        0     0        )        29       140   287   1304    1776    14:8    1192        l l

l 1

                                                                                                  -j l

Energency Preparedness Dri!! . Annual Exercise

.?

10/14/97 Onsite an'd Nearsite Radiological Data l 15:30 Hours Results of 5 Minute lodine Saaples j Results Reported in Gross Counts Downsind Distances in Feet. Distance ' off Center 100 '200 300 400 '500 600 700 800 900 1000 100 -:- 125 125 125 125 125 125 125 1772907 1435551 1189736-90 -! 125 125' 125 125 125 125 125 1772907 1435551 1189736

  '80 -1        125      125    125       125       125     125    125 1772907 1435551 1189736
                                                                                                      \

70 - 125 125 125 125 125 125 125 1772907 1435551 1189736 i 60 -1 125 125 125 125 125 1:5 125 1772907 1435551 1189736 I 50 -l 1:5 125 125 125 125 1:5 125 1772907 1435551 1189736 40 $ 125 125 1:5 125 125 125 '!:5 1772907 1435551'1189736 30 -: 125 125 125 125 125 125 125 1772907 1435551 1189736 ) 00 -! 1:5 125 -125 125 125 125 1:5 1772907 1435551 1189736

                                                                                                   .I 10 -1       1:5     1:5     125       125.    .! 5      125    125 1772907 1435551 1189736       i
            .                                                                                         4 Center        1:5      1:5    125       125       125     105    125 1772907 1435551 1189736 -

l 10 , 15 125 125 125 125 !:5 125 177 907 1435551 1189736 20 - 125 1:5 125 1:5 125 125 1:5 1772907 1435551 1189736 30 - 1:5 15 125 125 125 125 125 1772907 1435551 1189736 40 -; 125 ' 125 125 125 1:5 125 1:5 1772907 1435553 1189736 50 -l 125 125 125 125 125 125 125 1772907 1435551 1189736 l 60 -: 125 1:5 125 125 15 125 125 1772907 1435551 1189736 70 -: 125 125 125 125 125 125 125 1772907 1435551 1189736 l . 1 80 -t 1:5 125 125 125 125 15 1:5 1772907 1435551 !!89736 j 90 - 1:5 125 125 1:5 15 1:5 1:5 1772907 1435551 1189736 l : 100 -;. 1:5 1:5 1:5 125 1:5 !:5 1:5 1772907 1435551 11897:6 l i BACKGROUND' SAMPLES ARE ALL 50 COUNTS (GROSS) l

Emergency Preparedness Drill Annual Exercise 10/14/87 Drill Constants Air Sample Duration - 5 Minutes Air Sample Flow. Rate - 2 cfm Air Sample Count. Time - 5 Minutes Background Sample Count Time - 2 Minutes Instrument D/C - 30 Dose Eouivalent Iodine Factor - 1.4 Child Thyriod Dose Conversion Factor - 0.0297 Meteorology Chosen l Wind Stability Category E. ! Windspeed - 1.341 meters per second Wind From - 220 Distances in - Feet )1 l i Dose Factors i Release Rate in Curles oer Second - 35.59 j Noble Gas Dose Factor - 57400 j Iodine Dose Factor - 4.36E+08 ) Iodine to Noble Gas Ratio - .0079 Site of Release and Duration site of Release - Flent Stack Time at Which Release Occurs - 15.45 Hours i l 1

I Esergency Preparedness Drill 1 Annual Exercise 10/14/87 Onsite and Nearsite Radiological Data 15:45 Hours Closed Window Meter Reading Downwind Distances in Feet. Distance oH Center 100 200 00 400 500 600 700 800 900 1000 , 100 -! 0 0 0 31 151 309 1191 1468 1189 985 90 -l 0 0 3 91 216 1050 1401 1468 1189 985 l 80 -l 0 1 5 130 733 1235 1401 1468 1189 985 i 70 -l 0 1 16 442 862 1:35 1401 1468 1189 985 60 , 0 3 22 521 862 1:35 1401 1468 !!B9 985 50 -: 0 5 76 5:2 262 1:35 1401 1468 1189 985 40 - 1 16 39 5:1 862 1:3' 1401 1468 118? 985 30 -; 19 39 *:1 862 12:5 1401 1868 1189 985 20 -: 6 19 89 521 362 1:!5 1461 1468 1189 985 t 10 -: 7 19 89 521 262 1:25 1401 1468 !!B9 985

enter . 7 19 39 ':1 36: 1:05 1801 1463 1189 ?B5 10 -; 7 19 39 521 362 12 5 1401 14c8 1189 985 20 -

e 19 si ':1 36 1: 5 1801 1468 !!89 785 30 - 2 19 39 52}}

W3P87-1746, Emergency Preparedness Exercise

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