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Forwards Objectives & List of Actual & Simulated Events Planned During 830323 full-scale Emergency Plan Exercise. One Oversize Map Encl.Aperture Card Is Available in PDR
	ML20072T492
Person / Time
Site:	Susquehanna
Issue date:	12/20/1982
From:	Kenyon B; PENNSYLVANIA POWER & LIGHT CO.
To:	Galen Smith; NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION I)
References
	PLA-1442, NUDOCS 8304080154
	Download: ML20072T492 (554)
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N o.. . 3/.23/ 13 y - ~, .

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PPat Pennsylvania Power & Light Company I

C: Two North Ninth Street

Allentown, PA 18101 = 215 I 770 5151

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Bruce D. Kenyon Vice President-Nuclear Operations 215/ 770-4378 DEC 2 01982 U.S. Nuclear Regulatory Commission Region 1 Attn: Mr. George H. Smith, Director Division of Emergency Preparedness and Operational Support 1

631 Park Avenue King of Prussia, PA 19406 SUSQUEHANNA STEAM ELECTRIC STATION EMERGENCY PLAN EXERCISE ER 100450 FILE 896-05 PLA-1442 Docket No. 50-387

Dear Mr. Smith:

' The full-scale Emergency Plan exercise for NRC observation and evaluation '

Fis16hEduleffor MarchT23,11983;for Susquehanna SES;&,This date has been reviewed and accepted by the Pennsylvania Emergency Management Agency, which will be participating on a modified scale, the Luzerne County and Columbia County Emergency Management Agencies, each of which will be participating full scale, and th'e 27 local municipalities located within the 10 Mile Emergency Planning Zone, which will be participating on full and modified scales. This' schedule has been. submitted by PEMA to FEMA for their 1983 planning purposes.

Attached is a copy of the objectives and the identification list of actual and simulated events planned to be exercised by PP&L during this full-scale exercise. In order to provide an exercise that will satisfy the needs 'of the offsite municipalities, we plan to have the exercise run from about 2:00PM-10:00PM on the 23rd. A detailed time line will be provided under separate cover in the near future. ,

If you have any questions.or concerns, please address them to our overall exercise coordinator, Mr. Charles R. Wike, at 717-542-2181 ext. 233 at.Susquehanna SES. Mr. Wike will-be contacting you in the near future to arrange a meeting with your exercise team. leader to review the scenario specifics.

Very.trul yours, d-B. D. Kenyo (

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-Vice. President-Nuclear Operations Attachments: 1983 Exercise Objectives

. Identification.of Actual and Simulated Events 8304090154 821220

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o SUSQUEHANNA STEAM ELECTRIC STATION

. OBJECTIVES FOR 1983 NRC OBSERVED EXERCISE

1. To provide the basis for an approximately 8 hour9.259259e-5 days 0.00222 hours 1.322751e-5 weeks 3.044e-6 months utility-state-coun-ty-local municipality radiological emergency exercise. This exercise will' include participation by Susquehanna SES, Pennsylvania Power and -

Light Allentown, Commonwealth of PA Department of Environmental Resources / Bureau of Radiation Protection (modified participation),

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Commonwealth of Pennsylvania (modified participation), County and Municipal governments, and appropriate offsite agencies.

2. To exercise the SSES Emergency Plan, County and Municipal Government i

Radiological Emergency Response Plans, and on a modified _ scale the Radiological Emergency Response Plan of the Commonwealth of Pennsyl-vania.

3. To _ determine the cause of the emergency condition, ' terminate the

l. condition with consideration of appropriate engineering safeguards and radiological controls, and place the plant in a safe condition.

4.

To-test and exercise SSEG site communications associated with a plant radiological emergency. To test, via communications networks, -the capability to coordinate SSES, Commonwealth, NRC and federal agency emergency response personnel.

4 5.

To perform a limited site personnel accountability.

4 6.

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To perform timely and accurate dose calculations for gaseous and liquid releases. '

7.

To tean.;evaluate both in the ability plant to deploy and control emergency response and offsite.

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To test communications, activation, functiona1 operation and coordi-nation cf the Operations Support Center, Technical . Support Center, l

. Emergency Offica Operations Support Facility, Media Operations Center, and General Facilities, e

9. To test the ability of SSES personnel to . respond to - and terminate a fire in.a non safety related area of the plant including response and coordination of offsite support Fire Companies, r

10.

To test the ability of SSES personnel.to demonstrate Personnel'and i

Equipment tion procedures. contamination control, including appropriate decontamina-4 11.

To test the ability to ' activate the Public . Notification System 'and .

broadcast emergency messages via'the EBS network' 12.

To test the ability of PP&L's Emergency Organization to ' provide' i I

timely and accurate coordination of protective action recommendations,_ including; thorities.

these recommendations with appropriate offsite au--

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l'3 . To test the ability of the plan,t to effectively use the post accident-sampling station.

14. To demonstrate an effective exercise critique program.

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SUSQUEHANNA STEAM ELECTRIC STATION Identification of Actual and Simulated Events - PP&L ACTUAL ' SIMULATION.

A. Assignment of Responsibility o To demonstrate that emergency personnel understand and can implement their responsibilities X o To demonstrate the initial response of emergency personnel X o To demonstrate the ability to augment the initial response personnel on a continuous i

basis X

B. Onsite Emergency Organization o To demonstrate the. response of the'on-shift emergency organization X o To demonstrate the timely augmentation of the on-shift emergency organization 'X

. o To demonstrate that sufficient qualified personnel are available to respond to-

. the postulatedLevents X o To demonstrate the timely augmentation of the plant staff emergency organization by corporate support personnel X-o To demonstrate the ability to procure assistance from outside contractors and- '

private' organizations

.-X o To demonstrate the ability-to obtain services from local emergency agencies (including police and fire companies) .X.

o To demonstrate the ability to handle personnel.and equipment-contamination 'X l

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l ACTUAL SIMULATION !

C. Emergency Response Support and Resources o To demonstrate the ability to request

, assistance from Federal resources X o To demonstrate'the ability to support Federal resources X o To demonstrate the ability to accomodate state and local staff at the EOF X o To demonstrate the capability of dispatching-representatives to the principal government X o To demonstrate the ability to-obtain assistance from nuclear and other facili-ties, organizations or individuals identified in the SSES Emergency Plan X o To demonstrate the ability of PP&L General Office personnel to provide support X D. Emergency Classification System o To demonstrate the ability to properly classify the simulated event X

E. Notification Methods and Procedures o To demonstrate the notification of state

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and local response organizations based on the emergency classification X o To demonstrate the effectiveness of '

notification messages and verification of these messages X o T'o demonstrate the ability to alert, notify, and mobilize emergency response personnel X 1

o- To demonstrate the ability to provide all required information in followup messages to offsite authorities X o To demonstrate the ability.to provide timely.

and accurate protective action.

recommendations to the State X~

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l ACTUAL SIMULATION F. Emergency Communications l

o To demonstrate the operation of the 24-hour 1 per day state / local notification systems X' l l

'o To demonstrate the adequacy-of communications with state / local governments during the exercise X o To demonstrate the adequacy of communications with Federal emergency response organizations including the NRC Regional Office Emergency Operations Centers X o To demonstrate the adequacy of communications between the PP&L emergency facilities and radiological monitoring teams X o To demonstrate the adequacy of communications with fire-fighting support facilities X G. Public Education and Information o To demonstrate the adequacy of facilities used for dissemination of information to news media X o To demonstrate the ability of the PP&L spokesperson to access and disseminate necessary information X o To demonstrate the ability for timely exchange of information among designated spokespersons X o To demonstrate the ability to deal with rumors X.

H. Emergency Facilities and Equipment o To demonstrate the adequacy of the l physical layout and operation of the Technical Support Center- X o To demonstrate the adequacy of the l

physical layout and operation of the Emergency Operations Facility X l

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ACTUAL SIMULATION o To demonstrate the timely activation and staffing of all emergency facilities X o' To demonstrate the ability to provide

, adequate supplies and equipment for use by onsite teams X

o To demonstrate the ab'.lity to receive and analyze field monitoring data and coordinate sample media at the Emergency Operations Facility X o To demonstrate the ability to effectively use the Post Accident Sampling Station X I. Accident Assessment o To demonstrate the ability.to utilize post accident sampling data, radiation and effluent monitor data, in-plant iodine instrumentation data, and containment radiation monitoring data to provide initial and continuing accident assessment X o To demonstrate the ability to predict onsite and offsite expo'sures for various meteorological conditions based on effluent monitor readings X o To demonstrate the ability to perform field monitoring within the plume exposure Emergency Planning Zone X o To demonstrate the ability to activate, equip, deploy and communicate with offsite monitoring teams X o To demonstrate the ability to estimate integrated dose from projected and i

i field monitored dose rates and compare.these l

estimates with protective action guides X t

o To demonstrate.the ability to determine the cause.of the emergency condition, terminate the condition with consideration of appropriate engineering and radiological safeguards, and place the plant in a safe l

condition X

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. ACTUAL SIMULATION.

J. -Protective Response o To demonstrate the ability to warn or advise personnel onsite of emergency

. conditions X o To demonstrate the ability to evacuate nonessential personnel from the Site X* X o To demonstrate the ability for radiological monitoring of people evacuated from the site X o To demonstrate the ability to provide evacuation routes and transportation for onsite persoanel to some suitable offsite location X o To demonstrate the capability to account for all individuals onsite at the initiation of the exercise and continuously therafter X* X o To demonstrate the ability to provide respiratory protection, protective clothing and radioprotective drugs to personnel onsite during the exercise when required X o To determine the ability to assess and' recommend protective actions to state and local authorities X o To demonstrate the ability to evacuate the Media Operation Cen,ter X

-A pre-selected group of onsite personnel will participate in this activity.

K. Radiological Exposure Control o To demonstrate the application of onsite exposure guidelines consistent with Station 1 Protective Action Guides and Procedures. X' l 3

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I ACTUAL SIMULATION o To demonstrate the. procedures for permit-ting'onsite workers to exceed doses in excess of 10 CFR 20 limits X

'o To demonstrate the ability to provide and monitor dosimeters for' emergency workers X o To demonstrate the ability to evaluate the need for and provide the means for personnel and equipment decontamination X o 'To demonstrate the ability to provide contamination control measures such as area access control X o To demonstrate the ability to estimate total population exposure. X L. Fire-Fighting Support o To demonstrate the ability of SSES .

personnel to responsd to and terminate a fire in a non-safety related area of the plant, including response and coordination of offsite support fire companies .

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. ,a l SUSQ ma m . STEAM ELECTRIC STATION '

h- OBJECTIVES FOR 1983 NRC OBSERVED wwwneram ,

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. To provide the basis for an approximately 8 hour9.259259e-5 days 0.00222 hours 1.322751e-5 weeks 3.044e-6 months utility-state-coun-l , ty-local municipality radiological emergency exercise. This exercise

! will include participation by Susquehanna SES, Pennsylvania Power and i Light Allentown, Commonwealth of PA Department of Environmental

{ Resources / Bureau of Radiation Protection (modified participation),

3 % wealth of Pennsylvania (acdified participation), County and j Municipal governments, and appropriate offsite agencies.

l l 2. To exercise the SSES Emergency Plan, County and Municipal Government

! Radiological Emergency Response Plans, and on a modified scale the

! Radiological Emergency Response Plan of the Commonwealth of Pennsyl-

! vania.

1 1

l 3. To ' deterudne th cause of the emergency condition, terminate the j condition with consideration of appropriate engineering safeguards

! and radiological controls, and place the plant in a safe condition.

4. To test and exercise SSES site communications associated with a plant radiological emergency. To . test, via communications networks, the i

capability to boordinate SSES, F - nwealth, NRC and federal agency

! emergency response personnel.

I l- 5. To perform a limited site personnel accountability. *

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j 6. To perform timely and accurate dose calculations for gaseous -

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releases.

i 4 7. To evaluate the ability to deploy. and- control emergency response

! teams both in-plant and of.fsite.

1

) 8. To test communications, activation, functional operation and coordi- -

nation of the Operations Support Center, Technical Support Center, l Emergency Operationes Facility, Media Operations Center, and general l Office Support Facilities; i

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9. To test the ability of SSES personnel to respond to and terminate a j- fire in a non safety related area of the plant including response and coordination of offsite support Fire C & =ies.

.10. To test the ability of SSES personnel to demonstrate Personnel and j Equipment contamination . control, including appropriate decon*mmina-tion procedures. .

11. To test the ability to activate the Public Notification System and j -broadcast emergency messages via the EBS network.

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12. To test the ability of PPEL's Energency Organization to provide '

timely and accurate protective action recommendations, including coordination of these recommendations with appropriate offsite au- ,

thorities. -

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,. _ 13. To test the ability of the plant to effectively use the post accident sampling station.

14. To demonstrate an effect ve exercise critique program.

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CMDEIFFIAL TIMELINE - MARCH '83 EMERGSNCY DRILL JInitial Condition - Turbine bypass va'lves' inoperable - LCO in effect TIME- CLASSIFICATION EVENT 1215 Unusual Event Fire in QA Trailer on North 1

side of S&A Building 1300- Note: Rx coolant begins Turbine Trip on

.to' increase 1. High vibration

2. Thrust Bearing Wear 1315 ' Turbine Building stack radia-tion release begins to.in-

-crease 1330 Alert "1 Turbine Building stack re-lease and turbine part.pene-

.trating casing.

3 1500 Site Emergency Greater than Safe Shutdown Earthquake on panel DC696 7-s Rx Coolant Activity at Site'

( ,f ; Emergency level 1720 Earthquake aftershock 1730 Rx Building release rate' increasing 1

1800 General Emergency. JA side instrument tap rup--

, (Protective Action Rec. Shel - ture outside the containment tering) (unisolable)

Release rate from Rx Build-ing at General Emergency level 2000 Downgrade to Site Emergency.

20301 Termination x,i .

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March 23, 1983'. . .

SSES Bnergency Drill.

INITIAL. CONDITIONS 14 Unit I at 100s power.

2. Reactor Coolant at 8x10~ (microcuries per ml.)

' 3. Unit 2 under construction.

4. Onit 1 Turbine Bypass Valves inoperable.

140 3.7.8 in effect.

MCPR has been verified to'be greater _than the limits of figure 3.2.3-1.

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- 5. Fire hydrant 1FH-119 shut at post lndicator valve 1PI-119 due to-broken stem (stem was twisted off) hydrant out of service for repairs.

6. Fire hydrant 1FH-124 shut at post indicator valve 1PI-124 due to frozen and broken barrel. Hydrant out of service for repairs.

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EMERGENCY PLAN DRILL !

FIRE IN-QUALITY ASSURANCE TRAILER NORTHEAST OF RADWASTE TRUCK LOCK i

MARCH 23, 1983 4

Unit Objective:- This drill is to evaluate the response of Control Room Operators, Fire Brigade Leader, Fire Brigade Members and Salem Township Volunteer Fire Company.

! Specific Objectives:

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1. Fire alarm is correctly identified and responded to.

2. Fire brigade is correctly notified and dispatched.

3. Fire brigade leader takes command of fire brigade and offsite company.

4. Need for outside assistance recognized and. properly dispatched.

5. Outside fire company taken to affected area with no undo delay.

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Pigs 2 of 5 EMERGENCY PLAN DRILL FIRE IN QUALITY ASSURANCE TRAILER NORTHEAST OF RADWASTE TRUCK LOCK MARCH 23, 1983 Scenario:

Conditions:

1. Fire hydrant 1FH-119 shut at post indicator valve IPI-119 due to broken stem (stem was twisted off) hydrant out of service for repairs.

2. Fire hydrant 1FH-124 chut at post indicator valve 1PI-124 due to frozen and broken barrel. Hydrant out of service for repairs.

3. Construction welder using acetylene torch on frame of trailer number 53 known as the Quality Assurance trailer.

4. Torch sets underside of trailer on fire. Fire quickly ~

spreads and takes out fusible plug on acetylene tank.

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5. Acetylene tank adds to fire spread and flames threaten construction lunchroom on top of knoll..

6. Trailer fully involved by time of fire brigade arrival.

l Discovery:

1. Welder notifies control room of fire in trailer 53, Quality Assurance trailer, northeast of radwaste. (message included to be given at 1215 hours0.0141 days 0.338 hours 0.00201 weeks 4.623075e-4 months )

Expected Response

l

1. Control room operated correctly and properly dispatched fire brigade.

l 2. Fire brigade response as directed and report to the scene l in full protective gear. Additional fire fighting equipment-taken as deemed necessary by fire brigade leader.

3. Fire brigade leader take command of brigade, assesses situation, calls for outside assistance from Salem Township .

Volenteer Fire Company.

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EMERGENCY PLAN DRILL FIRE IN QUALITY ASSURANCE TRAILER NORTHEAST OF RADWASTE TRUCK LOCK MARCH 23, 1983 Expected Fire Attack:

1. Attempt to get water on trailer prior to arrival of Salem Township Fire Company.

2. Care is taken to stay away from acetylene and oxygen bottles until water can be applied to them.

3. Once Salem Township arrives a water supply is set up to protect construction lunchroom and extinguish fire.

4. Fire is extinguished. I

5. Overhaul and restoration of all equipment.

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EVALUATION SHEET EMERGENCY PLAN DRILL MARCH 23, 1983 Evaluator's Name and

Title:

Evaluator's Location:

Lrill

Title:

Drill Dates:

Timing:

Event: Actual Time Total Time Control Room Notified of fire Fire Brigade Activated Fire Brigade at fire and prepared To take action

'h Call for offsite assistance J '

Arrival at fire of offsite assistanee 1l Questions:

1. Were sufficienct team members present to fight fire?

2. Was all required equipment available at assembly location?

3. Did fire brigade leader take charge of situation?

4. Did all team members know how to use required equipment?

5. Did all team members know how to fight type of fire they l

l found?

6. Did fire brigade leader take charge of offsite assistance.

and use the officer in charge as a liaison to accomplish his job?

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7. Was a fire watch established after-the fire was out?'

8. Was the offsite assistance given specific direction to (G, fire location or taken directly there? (without undue delay)

Paga 5 of 5-EVALUATION SHEET EMERGENCY PLAN DRILL MARCH 23,.1983 Deficiencies:

Recommendations:

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Inunediate Action Taken:

4 Signature:

. Evaluator Date r== . . . : .

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EMERGENCY PLAN DRILL FIRE IN QUALITY ASSURANCE TRAILER NORTHEAST OF RADWASTE TRUCK LOCK MARCH 23, 1983 MESSAGE "This is a drill - This is a drill" I was working on the Quality Assurance trailer number 53 northeast of Radwaste building. The entire trailer is on fire along with my acetylene cylinders. You better hurry.

"This is a drill - This is a drill"

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March 23,'1983-

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SSES Emargtncy Drill:

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Turbine Part Penetrating Casing Mini-Scenario The Main Turbine will trip on High Vibration and Thrust Bearing Wear at 1300

- hrs..Almost immediately the release' rate from the turbine building stack will. begin-to increase . ~ Plant Staff ~ should dispatch teams to locate the source of the turbine building release. There will be obvious indications that.the Main Turbine may be.the' source.

When the damage control tearn arrives- at the entrance to ' the main turbine shield wall, do not allow them to enter. Post'the~ picture of the. main. turbine

- and the description of what-they would see'if they went.behind the. shield

- wall.

Provide them with data on area radiation level as-they request them. They must demonstrate proper use of the' instruments in order to get a reading.

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=1300 sSSES Emergancy Drill-

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'. Alarms

1. Condenser Low Vacuum i

2. condenser-Low Vacuum Turb.-Trip

~3. A,B,C RFPT Trip i

4. Hi Vibration Turbine Trip

'5. ThrustBearing{ailgreTurbineTrip . -

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6. Reactor Scram A , A -

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7. Reactor Scram B , B ,

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9. Main Turbine Stop Valve Closure

10. Main Turbine Control Valve Fast Closure -

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11. Reactor Recirc Pump A Trip

12. Reactor _Recirc Pump B Trip >

13. ADS /SRV Leaking j

14. MSIV Closure .

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Indications .

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1. A,B,C RFPT Tripped '

2. All MSIV's indicate closed '

! 3. Condenser Press 30" HGA

4. Turbine Speed 0 RPM i > r 1'

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-SSES EmergIncy Drill.

LO Main Turbine Description of Damage

There is an epproximately 20 inch break in casing of the "A" low pressure turbine. It is a jagged longitudinal hole approximately 6 inches wide about halfway between the floor and the' top of the turbine casing. It isfalso-about 4' from the north end of the_"A" low pressure turbine.

The thrust bearing on'the mid standard'is lifted about three, inches on the LP-end of the bearing. A small amount of oil is running out along the shaft seals of the bearing.

Some jagged pieces of metal are l laying on the floor on'the west' side of the turbine. Some pieces of= cinder block have been broken out of the moisture separator shield wall.

The turbine shaft is at rest. The turning ~ gear is not engaged.

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SSES Emergsney' Drill y; > ,

Safe Shutdown' Earthquake 'l e '. -

At 1500 hours0.0174 days 0.417 hours 0.00248 weeks 5.7075e-4 months an-~ earthquake occurs.

The drill participants will be, told by-the referees that the building is.

' shaking .

The Control: Room receives the alarm and further.. investigation will show'the Seismic Monitoring panelion..OC696 has both the'OBE and SSES lights illumi-nared.

Reactor coolant-activity will.also.begin to increase. The earthquake has aggravated the fuel damage.

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Playback of.the seismic Monitor tapes will: verify an._ earthquake of greater-than the SSE magnitude.

An earthquake aftershock will. occur at 1720.

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, cSSES Emergency Drill ,

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March 23, 1983 i SSES Emergency Drill- .

- 1720 Control Room Alarm

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March 23,.1983 SSES Emergincy Drill' s

[\ V "A" Side Instrument Tap Break At 1720 there is an aftershock from the earthquake. This cracks the previous-ly wenkened instrument tap on the A side of the Reactor Vessel. The crack is outside the containment, between penetration X-59B and 1" isolation- valve '

l-42-002B.

At 1730 the Reactor Building release rate begins to increase. The Reactor ~

Building will be isolated and Zone I & Zone-III'will be placed in recire.

SBGT will be placed in service. The SBGT charcoal-filters have been damaged by the. earthquake and are not filtering at peak efficiency.

At:1800 the A' side instrument tap breaks completely. The!1evelcindication on the A side fails high. The pressure indication fails low.

Control Room data.and damage control team data follows.

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SSES Emerg:ncy' Drill J(y Elevation 749' Conditions. !

l' I . AT'1800:

The area in the southwest corner of elevation 749' in the Reactor Build-ing is filled with steam. The steam cloud extends-to the southeast'cor-ner and is also in the vicinity of the SBLC system.

The source of steam is from behind the'lC004' instrument rack.'It is L coming.from a contlinment penetration.

The steam discharge diminishes slowly until 2000 hrs. At this time there

l. is O Reactor Pressure and the discharge virtually stops.

Radiation levels in the area should preclude anyone getting close to the leak throughout the steam discharge.

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, ' ~SSES Emergsncy. Drill

.1800 hrs.

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1C651 Panel Level logic reset lights-A & C illuminated CRT indicates Narrow Range A & C. levels at.60" 1C652 Panel Narrow Range L & C levels pegged at 60" R60S Reactor Pressure indicator - O psig O

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SSES:Emergancy Drill

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-Mock NRC Script p

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' Note: call. communications will be' prefaced with!"This is a" Drill".

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I. 2 1245 Call the' Control Room. Identify ~yourself as.the'NRC. Ask.if the-l* fire,is'under control. Ask'if any. safety related equipment has'been

{ damaged;' Leave a phone extension where you canibe-reached'for up-n : dates .' . '

j< 1 1345 Call the Control Room. Identify yourself as;-the NRC. Ask for'a'pri -

[ ~ mary coolant' sample to determine the' extent of. core damage.

' 1430- Call the' TSC. Identify yourself. as _ the ' NRC. Request information 4

concerning the extent of damage'to the main turbine. Was the turbine

~

damaged by overspeed? Leave a-phone extension wl.ere you'~can be -reach -

[<

ed for updates. .

4: 1515 Call'the.TSC.= Identify yourself.as the NRC.:Tell them you.have a '

I' report of an earthquake in th'e' area of the Susquehanna plant, from

the US Geological Service..Ask'if any safety equipment-has been'-

f, damaged. Request primary coolant sample to determine-if there has y been any core damage from the earthquake. .

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i 1530 -Call the TSC. Identify yourself as.the NRC. Ask if the earthquake has affected access to the site. Are local roads / passable?'Islthex !

I Avoca Airport still operational?.

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i 1600 Call the EOF.-Identify yourself as the>NRC.~ Inform them that a team , ,;

of equipment qualification experts and seismologists is;being sent- ';

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to SSES to assess.the, effects'of'the earthquake on plant structures '[

and_ components. The-team consists of 15 individuals.lThey will'n'eed

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security clearances, hotel'accomodations'and' rental' cars'for421 weeks- ~

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'and office space to work on site. They will_ be arriving fat: thel Allen-?

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i town Airport at 1830. Leave a phone extension where you.can be: reach , ,

-e d for updates.

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', e g 1645- Call-the EOF. Identify yourself as the NRC.JAsk for5the!results g '

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_i h, .. -of ' the Reactor ' Coolant' Sample. .c ~W , 'j

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[ : 1730 -Callthe: EOF.IdentifyyourselfasthelNRC['Ask)ifthieplanthas3 \

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_ experienced'any. earthquake aftershocksJ

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. Il 1845l Call'the. EOF 3 Identifyfyourself(as the NRC.l Inform.them that,thei .-

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-~ NRC team is:.enroutje :to the: site. You .want' to confirm that- the securi

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ity clearance'has'been arranged.

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SSES Emergancy}Drilli #

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.m 7 . ., y Expected General' Office Activities'-

' 1130 Referee pre-drill meeting

- By 1245 ~ Recovery Manager should be awareLof. Unusual Event due to1 fire.

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By 1330 Recovery Manager should be' aware'of turbine trip.via update from-

. Emergency Director.

By 1400 Recovery Manager should be aware of Alert due to. Turbine Building'

release.. ,

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Note: Recovery-Manager should activate offsite monitoring teams and may activate EOF.

By.1430. .If Recovery Manager activated the EOF.theLGeneral. Office Emer--

gency Facilities'should be activated and EOF personnel should have departed.for the site.

By 1530 -_ GOSM should be' aware of the Site Emergency due to earthquake and Reactor. Coolant activity.

Note: Recovery Manager should activate EOF if not,previously,,

done.

By 1600 EDF personnel should have departed for the site--if not earlier. ,

By 1830 GOSM should be aware of General Emergency due to'unisolable leak ~

and Reactor Building release rate.:GOSM shouldJalso be aware. .

of sheltering recommendation.

By 2030 GOSM should be. aware of downgrade to Site-Emergency.

At 2030 . Terminate Exercise '

2030-2100'

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Conduct l' critique -with General! Office participants.' _

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. March 23, 1983 SSES Emergsncy Drill.

7N-( J- Mock' CMC' Script I.

'1230 Call Recovery Manager as Sr.~VP-Nuclear and ask what is going on.

1315 Call Recovery Manager as Executive VP-Operations. Tell him System Operator notified you Susquehanna tripped; ask for details why.

1345 Call Recovery Manager as Sr. VP-Nuclear and ask if he is going to l the site and ask for plant status.

i 1415 Call GOSM as Sr. VP-Nuclear and ask if EOF personnel'have left and ask for plant status.

1445 Call GOSM as President and ask for information to use in press con-ference at 1600 for local TV interview.

j 1515 Call GOSM as a member of the Board of Directors living in Wilkes-

i Barre area and tell him you felt earthquake and ask what was impact on Susquehanna.

1545 Call GOSM as President and ask if info for interview is available and ask for update.

1615 Call GOSM as a member of local media and ask for status of plant.

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i_k s 1645 Call GOSM as Sr. VP-Operations and ask for update and assessment of damage.

l 1715 Call GOSM as Executive VP-Operations and ask when unit will be back on line.

.1745 Call GOSM as a member of Board of Directors from Wilkes-Barre and tell him you felt aftershock and ask if there was any additonal damage.

}- 1815 Call GOSM as Sr. VP-Nuclear and ask for assecsment of damage.

l l- 1845 Call GOSM as-Pr'esident and ask what'is impact on.the public.

1915 Call GOSM as Sr. VP-Nuclear and ask why if. things are getting better

!. why we are still in a General Emergency.

l

.1945 Call.GOSM as Executive VP-Operations and ask for assessment of. total' cost and estimate of recovery time.

l 2015 . Call GOSM as Sr. VP-Nuclear and ask.for him to arrange for helicop-l ter to pick you up at Lehigh Service Center'at 2200 and take you to the EOF.

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? March 23, 1983 '

J SSES Emergency. Drill 2

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.y 1230' ;There is a report- a fire department was called to,Susquehanna> What-is -are the~ details on the fire.'

c 1300 Is it.true-that-there>was;a fire in=the Control Room-(Note: Efalse.

> rumor) . LIf /not$ 'was f an Unusual Event ,dAclared.

L^ 1330 '.What is;the status of the plant. (Noter.~ report should be-that fire

[ .

is out but plant scrammed due to turbine trip.).

1 1400 There is a report personnel were seen monitoring.at theLplant fence, what is going on.

1430 Why.aren't people being evacuated if.there is release coming from the plant.

1505 (Note: You feel an earthquake at 1500.)y How did'the earthquake.ef-

'fect the plant.

1530 There is a report thst everyone at the plant was evacuated why(isn't' the public being evacuated.

1600 How much damage was there to the nuclear: fuel due to the earthquake. -

(Note: at this time there is significant' fuel damage.).

-1630- Can we expect any increase in release of-radioactivity? offs'ite. i (Note: at this. time ~the release rete is'not-increasing'but wills ~

increase significantly later.)

1700 What precautions are'being taken to. prevent'further" damage frony y earthquake aftershocks. (Note: an.aftershock will occur lat_1720.):

1730 What further damage occurred due to aftershock. (Notes release rate.

is increasing et this time.')-

1800= It is reported that.the plume is headed for Wilkes-Barre.:Is1this: -

true. (Note: answer'should be yes'.) Which conununityfis in greatest -

' danger., (Note: answer should be Nanticoke: 4 pre'sent idose x receivedf .

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is 7 mr, projected dose is-169 mr.)

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1830 Why can't release be. stopped. -(Note r unisolable.--leak in:Reactorb ;

-Vessel. instrument line.) ..

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1500. [Whylisn'tpublic.being-evacuated..- '

1930;

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, ' sound bettier. *

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2000

/_ . 7 .= ;.t 1If.thingsiare:getting r-bettergwhyfisdit

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still~a. General Emergency. . .

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I Day Month Year . i I

1 NET DATA:

DATA TIME /300 l Direction (10M ) from A 4 5' i

WEd Speed-(10 M ) 3. O MPR A Temperature o5 *C/50 meters VENT' EFFLUENT RELEASE DATA' X From PING From PING Sample From Back Calculation Particulate (Ci/ min) Iodine (Ci/ min) Noble Gas (Ci/ min),

Emactor Bldg. .

l Turbine Bldg. 2.6 E -B / 9 E-4 SBGTS Tata1 3.to E 'e' /.9 f-2 DOSE DATA: FROM: _ Back Calc. Y Minicomputer Overlay RADDOSE STABILITY CLASS -

NOTE: CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan .

Boedary 2 mi. 5 mi. 10' mi.

Current Dose Rate 8

m his ' Body (aren/hr) 3, 7 f-3 9.98 i - 3 6, 9 E- 4 Thyroid (ares /hr) 9. 93 E-S'

,0. 5 F-4 g4

f. 9 E-$~ 7, / E- /o 'J.6 E-6 ED

' ( ent Ralsase - a:

W l Arrive at (time)

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/3/[ d-3Y6 /Wf No30 h o

M Projected Dose At (time) /9#o . .

m b le Body 5. GI E-2 l ' 7 E-2 H.35-3 f, b [-3 k<g5 Thyroid (aram) 5 7 7 E -l/ I . # E-4 !/. 4 E@ / . Io 6~ -5 l

Integrated Dose as of (time) / 300 y Whole Body (airem)

Thyroid (aram)

' A BEE- 3 4.3E-S lo . 9 E- 4 7E-6

1,7E-4

l. 9 E' /o 6.3 E-5

/o .6E - 7 jhpg o i

bWf l LIQUID RELEASE ,

Concentrati'on:

jaC1/cc , Volume Released: gal.

~

Time to Arrive At Danville: '

Expected Concentration:

l AC1/cc , l Reactor Shutdown Time .

. Rev. 5 (2/12/82) ,

53 1 3 / 83 *

\

, , Day Month Year .

~

l MET DATA:

1

, DATA TIME /3A$~

5

Direction (10M ) from 435 Speed -(10 M ) 3' MPR A Temperature

d. I 'C/50 meters VENT' EFFLUENT _RELEASEDATI '

l X From PING From PING Sample From Back Calculation Particulate (Ci/ min) Iodina (Cihain) Noble Gas (C1/ min),

i Reactor Bldg. .

Turbine Bldg. 5. A E' - 7 g. 7 E- /

SBGTS Tata1 f. D E *- 7 J. 7 6 - 1 j DOSE DATA: PRCH: Back Calc. x Minicomputer Overlay RADDOSE STABILITY CLASS D

NOTE:

CIRCLE Emergancy Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan .

Ee,r.ndary 2 mi.

Current Dose Rata 5 mi. 10 31.

Whole Body (area /hr) 8 l 1.95 8-/ i86 E-A 9,77E- 3 J, & / E- 3 w

Thyroid (arealkr) 9.04 6-3 4,04 E '4 '3. 77 E-6 g<%

I.da E-4 C t Release ~<

l Arrive at (time)' /336 g **

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/#cd /fot /fo W 5, ,

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/9/5' Pudected Dona At (time)

uhole Body a

I 92 e ;y E -1 fo, IE-2 ' D.3 E-3 g

Thyroid (area)' ) . J9 E -J. 4.5 E -3

,, lo. OE 2ll- ,;t. V E - 4

2 Integrated Does as of (time) /3/[

Whole Body (m'rea) y

'I / F - d. l. 2 6'-J LtoE 9. 76~- t-/

Thyroid (area) 53 E-l/ j!ggg 5"

_ ) 3 E J.7E-5 / E LIQUID RELEASE

EEf Concentrati'on: A Ci/cc Volume Released:

gel.

Time to Arrive At Danville: "

Expected Concentrations y Ci/cc Reactor Shutdown Time ,

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i Rev. 5 (2/12/82) ,

l

13 / 3 / 83.. -

, . Day Month Year .

MET DATA:

l ', DATA TIME /334 l Direction (10M ) from Je26 Speed -(10 M ) 3 A Temperature MPB 'd 5 *C/50 meters VENT EFFLUENT RELEASE DATA X From PING From PING Semple From Back Calculation Particulate (C1/ min) Iodine (Ci/ min) Moble Gas (C1/ min),

Reactor Bldg. .

Turbine 31ds. 4, 7 E-/, <r/

SaGTS Total 47E'-k' 4/

DOSE DATA. PRCH: Back Cale.

Minicomputer Overlay RADDOSE L

STABILITY CLASS /)

NOTE:

CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Energency Plan '

Bou + rv 2 mi. 5 mi. 10 mi.

Current Dose Rate -

g b le Body (uren/hr) I 9. 3 ' 'f F7 /,4& o, f $

Thyroid (area /hr) 4

/o. 4 E - J c7, /> 9(-3 E 3 E l/ '/,9/,E-t/ gg O t Release Arrive at (ties) ED

/3l/[ '

/9/5" /6~/f / J&t? h t

Projected Does At (eine) /930' E ,

w ie nody la i 37 9, 3 gy '

T1.yroid (aren)'

-g ti , y 6 - A 1,3 p ,2 3, 3 E. 3

/,3 E-3 g<f Integrated Dose u of (time) /370 g his Body (m'rea) '

4,98 /, f 3, 9 E- / - d , / tj j

Thyroi.d (area) i 3,3 E-1 /o, t/ E- 4 * /, /, E-4 I 9 E -d' l d-E" l LIQUID RELEASE

. kkg2 l =

Concentraci'on: A Ci/cc , Volume Released:

^

31.

Time to Arrive At Danville: ' ~

Expected Concentration:

pCi/cc Reactor Shutdown Time * *

, Rev. 5 (2/12/82) ,

_ - - . - . __ .-- - - _ - - . - .-. -_ - . --- \

1 23 / 3 / sf3 -

, , Day Month Year .

4

! MET DATA: '

, DATA TIME /3#5 I Direction (10M ) from ~ # %5' .'

! Speed -(10 M ) 3 .. m A Temperature o, 8 *C/50 meters l VENT ' EFFLUENT RELEASE DATI M From P'ING Prom FING Sample From Back Calculation l Particulate (Ci/ min) Iodina (Ci/ min) Noble Cas (C1/ min),

Emactor' Bldg. . '

j Turbine Bldg. J, Br4 /M

! saGTs i

i Total i

4. 8 E -L ' W-i j DOSE DATA: FRON: Ba.ek Calc.

< . Minicomputer ~ Overlay RADDOSE STABILITY CLASS NOTE 8 CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

! Emergency Plan .

} Bou W ry 2 mi.

Current Dose Bata 5 mi. 10 mi.

his ' Body (aren/hr) B, a 7 E'l

~ 8 w

le, 3 / /,59 o, 69

Thyroid (aren/hr) 1. 6 7 E-A $7, /3 f-3 5' 3B E-4

,;2.

ff 4 )

E-4 CD '

t Release ~

y Arrive at (time) /400 Ul h<

f///.30' /8 34 /7/5' $

Projected Dose At (time) /96 ' *m h ie Body N

/31/ // / /f. 38 Thyroid (area)

g lo . 9 B'-9_ l.// E-A .3fE 1,3 E-3 *I Integratai Dose as of (time) / 3 #[ ,m ble Body (m'rea) 'lo.I 2,/ O, 3 Thyroid (area) 0, 9 '

5, fE-3 1. 2 E- 3

8,7 E #/ /E #/ hag LIQUID RELEASE -

1 I Concentrati'oni j Ci/cc , Voluna Released gal.

Time to Arrive At Danville: * ~

Expected Concentrations ACi/cc

Reactor Shutdown Time '

gO .

. Rev. 5 (2/12/82) ,

p -

t . . .

l A3 / 3 / F3 .

j

, . Day Month Year !

MET DATA:

, DATA TIME /#do _

Direction (10M ) from cN2 5 ' * .

i Speed -(10 M ) 3~ MPR A Temperature 0. 5 *C/50 meters VENT' EFFLUENT RELEASE DATI '

Y Prom PING Prom PING Sample

_ From Back Calculation Particulate (Ci/mic) Iodina (Ci/ min) Noble Gas (C1/ min).

, Beactor' Bldg. .

Turbine Bida. 4.7E-7 4.8 E-A snGTs

~

T:tal i

% 7E2 7 4., F f -JL DOSE DATA: PRCH: Back Calc.

' y Minicomputer Overlay MDDOSE STABILITT CLASS NOTE i CIRCLE Emergency Plan Boundary Dosa Rate if measured by monitoring team. l Emergency Plan Bou_ W ry 2 mi.

i 0" rent Dose Rata 5 mi. 10 mi.

Whole' Body (arem/hr) 703 E-d m

8

'Q. J F-3 4,3 E-( 9. 6 E- 4 g<

Thytoid (ares /hr) 1. 3 (-3 & E - 2/ / E-4 3. 7 E - 6' E$

eat Ralease m J *

- Arrive at (time) /4/f '

N@5' /6 M 1730 E <*

n Projected Dose At (time) Om . M h ie Body /o.3 3,J 0,9I

' R

' 'o,3/ g Thyroid (aram> / . 3 E-a 3.76-3 9. 3 E-W- 3. 3 E-4 ,<2 Integrated Dose as of (time)

/#6-6 y hie Body (area) ~

ID,i R,/ 6. 70 *

' O. 3 Thyroid (area) E 3 E-3 l,3 E 3/E-4 //E 6f H~kgk2 i .

LIQUID RELEASE j concentraci'on: A ci/cc

, Volume Released: gel.

Time to Arrive At Danville:

\

Expected Concentration: pCi/cc I Reactor Shutdown Time '

.O -

G .

. nav. 5 (2/12/s2)

m

, #3 / 7 / 23. -

, . Day Month Year j MET DATA: -

l DATA TINE /4/S

! Direction (10M ) from c785' .

j Speed-(10 M ) 3~

. MPR A Temperatura o,5 *C/50 meters VENT ' EFFLUENT RELEASE DATI '

j X Prom PING Prom PING Sample From Back Calculation !

l , Particulate (C1/ min) Iodina (Ci/ min) Noble Gas (Ci/ min),

Reactor Bldg.

i - *

~

i Turbine Bldg.

i 4 . ~/ 6 - 7 o7. 3 E-/

i SBGTS {

T2tal g,7E-7 1 i a . 3 E -/

l DOSE DATA: FBCM: Back Calc.

X Minicomputer Overlay RADDOSE STABILITY CLASS c

NOTE:

CIRCLE Emergency Plan Boundary Dosa Rate if measured by monitoring team.

Energency Plan ,

! Soundarv 2 mi. 5 mi. 10 mi.

i Current Dose Rata -

h is Body (area /hr) B l.WE-/

l 19E-J 7, #E- 3 s A PE-3 !;! <

Thyroid (area /hr) R.4E-4

/.23E-3 /s. $E-f ' 4, 3 E-f g t Release

-l C Arrive at (time) /480 ' _ /fdd /4 CD /76 3 **

I 3 o

Pro.iected Dose At (time) SM /C 5 Whole Body // 13 0,96 g ,

Thyroid (area)

' o,32 M g

/ 3E-A G. 8 E- 3 7E e.EE-4 f*I .

Integrated Does as of (time) ////f Whole Body (aires) ' IO,/ ,

g 3./ O,Gl '

O, 3 Thyroid (area) 54E-3 /,4E-3 5 3 4 E-Il I,a E-9 gg LIQUID RELEASE

<2 Concentrati'on: A Ci/cc , Volume Released:

. gal.

Time to Arrive At Danville: " .

Expected Concentration:

pCi/cc React.or Shutdown Tiz: "

(j O .

. Rev. 5 (2/12/82) ,

A2 1 3 / 81 -

, , Day Month Year MET DATA:

, DATA TIME //Mo Direction (10M ) from ct2f -

Speed -(10 M ) S MPR A Temperature -0, 5 C/50 meters

VENT ' EFFLUENT RELEA$5 DATI '

A From P'ING From PING Sample

- From Back Calculation Particulate (C,i/ min) Iodine (Ci/ min) Noble Gas (C1/ min),

l Basctor Bldg. . '

l Turbine Bldg. -

//,6 E-7 4,, /E-J

! SBGTS T2tal l/ , /p E ' 7a ,, 4, / E ,2 i

DOSE DATA: PROM: Back Cals.

~

Minicompur.er Overity _ RADDOSE STABILITY CLASS

- MOTE CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan '

Boundary 2 mi.

Current Dose Rata 5 mi. 10 mi.

his ~ Body (area /hr) 3 w

8. % (- 2 'h, E E - 3 /,9 E-3 Thyroid (area /hr) /,45 E- 3 4, 4 T-4 7E t/ g4

/, / E-4 '9./E-6 gg

- N

@MArrive ent Release at (time) N#/5' '

M7[' /[p M, /8'#O $

m Pro.ieeted Dose At (time) 4030. >

N ie Body ga lo . 3 2. I C,82 C. 3

{~g Thyroid (area) /,5f-J 4 8 E-3 /F-j-3,2 E-4

3,1 0, 4 / -

O, 3 N Thyroid (area) /o,4 E-3 l, TE 3,66-4 d8"

1. 3 C - 4 I a - t-b LIQUID RELEASE

Concentrati~on:

__ jaCi/cc , volume Released:

sal.

Time to Arrive At Danville: ' ~

Expected Concentration:

ACi/cc .

Reactor Shutdown Time '

(Oy .

Rev. 5 (2/12/82) , 1

, . =

331 3 / 23 -

, , Day Month Year MET DATA:

' ', _ DATA TIME /995 Direction (10M ) from BJ25- '* .

Speed-(10 M ) 3~ MPR A Temperature - c. S *C/50 meters VENT ' EFFLUENT _REi. EASE DATI '

Y From PING Prom PING Sample From Back Calculation Particulate (C1/ min) Iodine (Ci/ min) Noble Gas (C1/ min),

Banctor' Bldg. - '

Turbine Bids. 3,BC-7 /,9E-/

ssGTs usat _ 3. s E -7 /, 9 E~~ /

i DOSE DATA: PRON: ;

_ Back Calc. Minicomputer , _ Overlay RADDOSE STAR RITT CLASS NOIEt CIRCLE Energency Plan Boundary Dose Rate if measured by monitoring team. ,

Ener8ency Plan '

Boundary 2 mi.

l Current Dose mata 5 mi. 10 mi.

his ' Body (area /hr) 1,la F-I g E. 4 E-J 5. 6 E-3 Thyroid (area /hr) 1.936-3 3./E-3 g<

3.FEl4 /E // '3, (, E-5_ gg ent Release

[C Arrive at (time) ,

/fv0 -

/f30 /4JO /g/5' E 3, ,

Projected Dona At (time) J2d//8 ' E Whole Body

/d. S 3,2 (), @f Thyroid (ares)

~ ,3l g

/,9 E-S 3, 9 E-3 9. 9 E <f R /o E-l/

Integrated Dose as of (time) /96 Whole Body (m'rea)

~ g

/6 / 3, l O, R l O3 5

. Thyroid (area) 6.5(- 3 / , /, E <

ggu 3.9E 4 1, y E -4 g l

LIQUID RELEASE Concentrati'on: A Ci/cc. , Volume Released:

' gel.

Time to Arrive At Danville: * ~

Expected Concentration:

pCi/cc Reactor Shutdown Time

O

(g -

i '

Rev. 5 (2/12/82) ,

- . , , , - . , , , , - , . , - - . , - - , - , - - . - - - _- e. ,_.n-. , . , , - - , , , , , , , , , , , ,, , , , ,

l

' $3 1 3 / 83 -

Day Month Year MET DATA: *

, DATA TIME /Edd Direction (10M ) from c%c28 '

Speed -(10 M ) 3' MPR A Temperature -C.6

' C/50 meters VEN* EFFLUENT RELEASE DATI X Prom PING From PING Sample From Back Calculation Particulate (Ci/ min) Iodine (C1/ min) Noble Gas (C1/ min),

Beactor 31iig. - '

Turbine 31ds. 3, 3 E- 7 9. 7 E - A SBGTS ,

Tatat 3. 3 E'- 7 9, 7 E'-2.

DOSE DATA: FROM: Back Cals. _

Minicomputer Overlay RADDOSE i

STABILITT CLASL NOTES CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan .

Boundary 2 mi.

' Current Dose Rate 5 mi. 10 mi.

8 m le~aody (area /hr) 3.6,0 f-J

/, / E-S -

J R E-3 /E-3 44 Thyroid (area /hr) /, /// E- 3 1 gE-4 P.7E-5 3gE-i $Q t Release -<

y Arrive at (tian) /8/[ ' X6 //a#6' E **

/83o '5 Pro,1ected Dose At (time) ,2 /OS . W w

% 1e Body se 16, 3 3, 8 A.83 D. 3 I h*Q Thyroid (aram)~ h 4 E-A 3, B E-3 9,dE '

3. 4 E- S' I<f m

Integrated Dose as of (time) /dd8 ej ble Body (m'rea) ~

lo,1

3. I C, 9 /

' 0, 3 0 Thyroid (area) 6,, 9 E - 3 / , 7E 4 E- 4 ggu l.EE-4 Lg l LIQUID RELEASE 2

Concentrati~on: _ A Ci/cc , Volume Released:

' gal.

Time to Arrive At Danville: * '

l Expected Concentration: pC1/cc l

. 1 Reactor Shutdown Time '

(O j .

. nav. 5 (2/12/82) .

23/ -? / $3 -

Day Monch Tsar .

NET DATA:

', DATA TIME /5/5 Direction (10M ) from aaf'* -

Speed -(10 M ) 3' MPR A Temperature o , 5 *C/50 meters

VENT' EFFLUENT RELEASE DATI X Prom PING From PING Sample From Back Calculation Pareiend=te (C1/ min) Iodine (C1/ min) Noble Cas (C1/ min),

fReactor312g. - *

} Turbina 31ds.

- rf . 9 c - 7 3, a 'E- /

1 SBCTS

--+ ,

lTzcat ,$ , 9 F- 7 3. 2 E-l

(

l DOSE DATA: PROM: Back Calc. Minicompwcar

' Overlay RADDOSE.

l DTABILITY CLASS i

NOTES 1 CIRCL Emergency Plan Boundary Dose Rate if measured by monitoring team.

t

' Energency Plan -

Boedary 2 mi.

l Nrrent Dose Rate 5 mi. 10 mi.

hie ~3ody (area /hr) _),7t, #-I 3 w

l 5 NE-2 W , 4 E-3, 3. 3 E-3 l Thyroid (area /hr). 1,54 E-3 3. / E-N 7, 9 E- 'l g<

i -

d ent Release ' 4.9 E-f gg m 4:

I ' M Arrive at (time) v /839 - /660 /78d /9 7 3 **

)

i 3

Pro,1ected Dose At (time) cM /b' "

j h ie Body t/, a

3. 3 0,87

, g,

' 0,32 -g l Thyroid (ares) I, 7E -a

2. /oE-3 R, 9 6<4 3,3 E- 4 I i -

Integrated Dose as of (time) /f/f 1 his Body (m'res) '

/O./ '

y 3.I o,2 l '

C, 3 M Thyroid (area) 7,,2 F-3 l,SE-3

d

4. J E-4 l. G E- 4 hE" Ikh g 2

LIQUID RELEASE .

Concentrati~on: _ A Ci/cc , Volume Released: '

sal.

l 4

Time to Arrive At Danville: '

Expected Concentration:

i AC1/cc .

l . Reactor Shutdown Time '

l

(

i Rev. 5 (2/12/82) ,

,,, _ " - - - - - ' - ' - - ~ ' ^^^

, l

331 3 / 23- -

Day Month Year MET DATA

DATA TIME /530 Direction (10M ) from 888 ' "' -

i Speed -(10 M ) 3~ MPR A Temperature - O, 5 *C/50 meters VENT' EFFLUENT RELEASE DATI '

l j X From PING i

Prom PING Sample From Back Calculation j

Particulate (Cf/ min) Iodine (Ci/ min) Noble Gas (C1/ min).

Emactor' Blitg. -

l Turbine Bldg.

! 7, g d - 7 F. SE -2 M

\ Tota 1 7, 8- C '1 '

2. 5 E~-2.

} DOSE DATA: FROM: Back Calc.

' J liinicomputer Overlay RADDOSE j STABILITT CLASS D

, WOTE:

' CIRCLE Energacny Plan Boundary Dose Rate if measured by monitoring team.

Ermrgency Plan '

Boundary 2 mi.

Currant Dose Rate 5 mi. 10 mi.

his ~ Body (aren/hr) J 1kt-d .. 8 w

4 E-3 3. 3 E-3 3,46'-4 44 Thyroid (aren/hr)

A . 94 E-3 76-T u t Release J . O E-V '9.2 E-5 ED

~<

Arrive at (etme) /5W - g a.

- //e/f /7/I /9#4 5 i

m Projected Dosa At (time) o73 Jo m ia nody /o,3 a

i ' 3, 2 O. M o,3 Thyroid (nres)

D 8.fE-A 7, V E-3 1,9E '

A , '7 E-4 *

4*

m l

Integrated Dose as of (time) /f36 n

Whole Body (=" rem) lo, l

3. /

i Thyroid (area) o,9I *

d. 3 ' M>

7,9 E-3 3E'3

4,RE-4 1, 2 E - 4 @Jgu

~ s.

LIQUID RELEASE kkb Concentrati'nt o jrCi/cc , Volume Released gel.

Time to Arrive At Danville: ' ~

Expected Concentration: pC1/cc

\

Reactor Shutdown Time *

l (J ,

. Rev. 5 (2/12/82) ,

e 03 ] 3 / 83 -

, . Day Month Year MET DATA: -

1 -

DATA TIME /89f I l

Direction (10M ) from '

2 8 j~ .*

Speed -(10 M ) 3 MPR A Temperature 0.5 *C/50 meters i

VENT ' EFFLUENT RELEASE DATI x From PING From PING Sample From Back Calculation Particulate (Ci/ min) Iodine (Ci/ min) Noble Gas (Ci/ min),

! Emactor 312g. .

Turbine Bldg. 3, /, d 6. & E-J SacTS Tatai 3 & &~~) ls . 4 [~2 DOSE DATA: PRON: Back Calc.1 Minicorputeir

' Overlay RADDOSE STABrJTY C1 ASS 7) I

- NorE l CIRCLE Emergency Plan Soundary Dose Rate if measured by monitoring team.

Emergency Plan .

Bondary 2 mi. 5 mi.

j Current Dose Rata 10 mi.

his ' Body (area /hr) .. 3 3.31 E3 6,IE-3 /,7E-3 >4 Thyroid (area /hr) 8.oq E-3 4./ E-1/

/, E- 4 g4 t Release

/E-4 3, f E-5 gg m<

Arrive at (time) //40

/780 3 **

//, 34 '

/9/6~ g Projected Dose At (time) @ Rf' 5

, Whole Body /C. 3 3,1 0,8S 3 as O. 3 gg i Thyroid (aram)" 4,/&~-J 4,66-3.

r/E-3 4. 2 E- 4 a.

<2 I

i Integrated Dose as of (time) /i 6 la b le Body (aires)

~

lo , / 11 0, R I '

O. 3 '

Thyroid (area) 6. 4 E-3 3./E IE- 4 l 9E4 Hog LIQUID RELEASE

I 2 Concentrati'on: A Ci/cc , Volume Released:

' gel.

Time to Arrive At Danville: * '

Expected Concentration:

AC1/cc .

Reactor Shutdown Time '

-l

. nav. 5 (2/12/s2) ,

$3l ~5 / 23 -

, , Day Month Year MET DATA: DATA TIME

, /6 oo l

Direction (10M ) from JA8 ' * -

Speed -(10 M ) 3' MPB A Temperature 'O. S 'C/50 meters VENT ' EFFLUENT RELEASE DATI '

From PING From PING Sample From Back Calculation Partienlate (Ci/ min) Iodine (Ci/ min) Noble Gas (C1/ min),

Emactor Bldg. -

Turbine Bldg. -

e/, J E - 7 7. 9 E-2 SBGTS T:ta1 9.2 f-7 7. 9 E -2 DOSE DATA:

FROH: _ Back Calc. Minicomputer Overlay RADDOS",

STAB Ei% CLASS NOTES CIRCLE Energency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan .

Boundary 2 mi. 5 mi.

Current Dose Race

,10 mi.

his ' Body (aren/hr) 3. Se r-> 8 m

'7, B E -3 JE-3 Thyroid (ares /hr) /,3E-4 7E-4 g<

/ 63 E-3 _5 E - 1/ N, 4 E- 5 gg A ^ ent Release Arrive at (time) //o 6 ' '

//o 9[ /7 8 hN

/930 $

Projected Dose At (time) AMC' as

! Whole Body /o, 3 Thyroid (aram)

~

3, A O. R r2

'O3' g

/. 9 E - a I J E- 3. 1, 3 E 4,2E-4 *I t

Integrated Dose as of (time)

//e/d 'm jH,g Whole Body (m'ren) lo,1 .

3./ /> , F l -

O, 3 Thyroid (area) 8,8 E-3 l

J . A E IS E-4 a E-4 LIQUID RELEASE

1 I Concentrati'on: jgC1/cc , Volume Released:

sal.

Time to Arrive At Danville: * ~

Expected Concentration: pCi/cc Reactor Shutdown Time '

l \

nav. 5 (2/12/s2) .

, 23 I 3 1 23 -

, . Day Month Year .

_M.E.T. DATA: '. DATA TIME //a /5 i

Direction (10M ) from J88 l Speed -(10 M ) 3~ MPR A Temperature O, 6 *C/50 meters f VENT ' EFFLUENT RELEASE MTI '

i From P'ING From PING Sample

! From Back Calculation i - Particulate (C1/ min) Iodine (Ci/ min) Noble Gas (Ci/ min),

l Emactor 3133 . -

j Turbina 31ds. 3, 9 E-7 1

7, 7 4 -JZ i E Total

3. 9 E- 7 ' 7. 7 E o2

!, DOSE MTA: PRON: Lack Cals. # Minicomputer Overlay RADDOSE

{

STABILITY CLASS D MOIEs CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan .

Bou W ry 2 mi.

1 Nerent Dose Race 5 mi. 10'ai.

j his ' Body (aren/hr) 1756A 8 7,.4 E-3 /r 98-J b . 9 f-Il g<

m Thyroid (aren/hr) 4. 39 c-3 4, 7E* #

P-

/. 2 E- 4 / . 4 E'- f gD

( pWcArrive anlease at (time) 3 <=*

/63d '

/78'd /8 00 /99[ $

Projected Does At (time) d3# m h is Body lo, 3 3,/ .

" 0, S.R 'o,3 g Thyroid (aren) M f-a g, Ef-3 g,/f-3 7,g g y m

<Z Integrated Dose as of (time) /d //

his Body (m'ren) '

IC, I g

3,i o,91 -

O, 3 ' 4 Thyroid (area) 9, VE - 3 J,gg- g - g 9 E-y ,p,p g /. / 3!g LIQUID RELEASE

%a Concentrat1'on: A Ci/cc , Volume Released:

' gal.

' ~

Time to Arrive At Danvillai Expected Concentration:

AC1/cc -

Reactor Shutdown Time * *

. ~

. nav. 5 (2/12/s2) ,

' 23 1 3 / 83- -

, , Day Month Year .

MET DATA:

, DATA TIME //e 3d Direction (10M ) from AY* -

Speed -(10 M ) 3' MPR A Temperature' 'O, f 'C/50 asters VENT ' EFFLUENT _ RELEASE DATI l

X From PING _ From PING Sample From Back Calculation Particulate (Ci/ min) Iodine (Ci/ min) Moble cas (C1/ min),

' Reactor"3183 . -

I Turbine Bldg. 9,J E -7 6,3 E-2 i

SacTS T:ta1 8' 3 E lo, 3 E !

4-DOSE DATA: FRON: Back Cale.

' Y Minicomputer Overlay RADDOSE STABILITY CLASS 3 MOTES CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan .

I-:-madary 2 mi.

Current Dose Rata -

5 mi. 10 mi.

j mia nody (ares /hr) 8

1. 94 E-a. K /E-3 /,5E-3 4 7 E- 4 '

Thyroid (area /hr) 3. 33 E-3 / E-- 3 J.6 E-4 9,aE-f l<

gg eut Release

! u Arrive at (time) N, YI '

/7/[ / 9/6' c2 M E

Pro,jected Dose At (time)

M 8336 :*

h ie Body /oi A 3, A. O, E l

~

O. 3 g Thyroid (area)' 3,0 E - A 8. 3 E'- 3 2E-F- 7. 4, E- 4

.<f m

Integrated Dose as of (time) /(a3d his Body (m'ren) ~

lo, I ,

g 3, / O,g/- O. 3 l Thyroid (area) 1.o E -2 3 . 7f ,

/,. SE- 4 2. // E- 4 g LIQUID RELEASE * !ie Concentrati'on: jtci/cc , Volume Released:

gal.

Time to Arrive At Danville: * ~

Expected Concent. ration:

~

ACi/cc .

Reactor Shutdown Time

l t

bO -

Rev. 5 (2/12/82) ,

ww -vw *_----_--m_ +

A3 / 3 / S3 .

Day Month Year .

MET DATA: '

, DATA TIME & 45 Direction (10M ) from A26' ' * - "

Speed -(10 M ) 3' MPR & Temperature 0,5 *C/50 meters VENT ' EFFLUENT RELEASE DATI '

X Prom PING Prom PING Sample From Back Calculation Particulate (C1/ min) Iodine (Ci/ min) Noble Cas (C1/ min),

Eeactor' Bldg. - '

Turbine Bldg. 7,3 E- 7 8, gr. E-2 snGTS Tata1

7. 3 E'-7 e. a2 E-3 DOSE DATA: PRCH: Back Calc.

A' Minicomptater Overlay RADDOSE STABILITY CLASS 3 _

NOTE:

CIRCLE Emergency Plan Boundary Dose Rate if asasured by monitoring team. ,

Emergency Plan '

Boundary 2 mi.

Current Dose Rate 5 mi. 10 mi.

j h is' Body (area /hr) 3. 7F(4

.. 3 m

75 E-3 /, // E'-3

Thyroid (area /hr) 4. /e3 E'-3 9. AEM 7 E-4 g<

4

4. 3 E-4 T./- E-d' gg C t Release

(@W Arrive at (time) /78D -

/730 /930 3 <h 80/d" _

} I t

Projected Does At (time) M26 5 h is Body lo.4 8 **

" 3. 2 O.23. . o. 3 gg

\

Thyroid (area) 3,9 E ot / 6-2. S,8F-3 1E-3 ,

I ;

Integrated Dose as of (time) /0 98~

Whole Body (m'rea) ' l o, /

g 3./ o, f / -

O, 3 ' -

Thyroid (area) / , / E-J 3 E- 3 -

7. 3 E- 4 4.7F-4 L- l LIQUID RELEASE

. bhg2

( cor.r.entrati'on: jaC1/cc , Volume Released:

gal.

~:

}

Time to Arrive At Danville: ' ~

Expected Concentration:

ACi/cc Reactor Shutdown Time '

. i i

~

Rev. 5. (2/12/82) ,

' 23) 3 / T3 .

. . Day Month Year !

MET DATA:

', DATA TIME /7dC Direction (ION ) from Speed -(10 M )

arf -

3 MPB A Temperature -d . S 'C/50 meters

VENT ' EFFLUENT RELEASE DATI '

V Prom PING Prom PING Sample From Back Calculation Particulate (Ci/ min) Iodina (Ci/ min) Noble cas (C1/ min),

Reactor Blitg. . '

Turbine Bids. 9. 7 E- 7 9.o 4 ->

saGTs Tota 1 9, 7E '7'

9. o E-al

! DOSE DATA: PRON: Back Cale.

V Minicomputer Ovarlay RADDOSE STABILITY CLASS )

MOIES CIRCLE Emergency Plan Boundary Dosa Rate if measured by monitoring team.

Beersency Plan .

Boedary 2 mi. 5 mi.

Current Dose Rata 10 mi..

8 Whole ' Body (ares /hr) 26362 '9E-3 A E- 3 '7. T E - 4 w

g<

Thyroid (ares /hr) V,09 E-3 1. B F3 3 E-4 '/ , 2 E- V - ED

' t Release - -<

Arrive at (time) /7/6 '

/7Y[' E **

/ P '/[ Jd30 3 o

Pro.iected Dose At (eine) #S07i >

Whole Body g se 10,3 3. / C, 8d2 ~3 E- I

~g Thyroid (ares)' A ,7F-4 4, 7F- 3 /2E3 1 4,3 E -9

{

2 Integrated Dose as of (time) /780 Whole Body (m'ren) 1o, l g

3.I o, 2 / '

o,2 ' M Thyroid (area) 1,3 E -8 g

3, / f 7, fE-4 c7.BE-4 hgu g LIQUID RELEASE

I Concentrati'on: A Ci/cc , Voluna Released: '

gal.

l Time to Arrive At Danville: * ~

Expected Concentration:

p C1/cc Reactor Shutdown Time '

. Rev. 5 (2/12/82) ,--

' $3 1 3 / 83 -

. . Day Month Year MET DATA:

- DATA TIME /7/f

2c25 .* -

\

] Direction Speed -(10 (10MM ) ) from3 MPR A Temperature C , $~

i

C/50 meters j VENT EFFLUENT RELEASE, DATA X Prom PING Prom PING Sample From Back Calculation

} Particulate (Ci/ min) Iodine (Ci/ min) Noble Gas (Ci/ min),

I Reactor Bli13 - '

Turbine Bldg. 4,/ E *7 i 6. to E -J l SBGTS j TataL i

a. I E' 1 R . fo E -A i

l DOSE DATA:'

FROM: _ Back Calc. 8 Minicomputer Overlay RADDOSE STABILITY CLASS 3 i NOTE:

4 CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

j Emergency Plan .

i Boedary 2 mi. 5 mi. 10 mi.

Current Dose Rate 4

h is' Body (aren/hr) 3,76 e'-a

' 3 M

.Z V 6 9 /. 9 E- 3 7 E 4/ g<

Thyroid (area /hr) /. 39 e -3 i - 3, 7E:4 & 9E-5 ;1,SE- E cD i t Release -

j g a<.

Arrive at (time) /730 ' /8dC /9#O Jo9f J

3

{

Projected Dosa At (time) M 81/f ,

R , .

l h is Body /h , 3 Thyroid (aram)'

3.I C . 9 9, . O , 3' hMg

! 3,1 E-A 4, 9E-3 i

l,2 p3- 4, y E - 4 f<I

] Integrated Dose as of (time) /7/6~

' g l Whole Body (aram) /C,/ ,

3. / o, R / d, 3 5

{ Thyroid (aram) 1, d E -JL 3, O f 7. 7 E- 4 ,0 , 9 E - 4 ggu

!g i .

Egg <2

> LIQUID RELEASE ~

i .

Concentrati'n: o jeC1/cc , Volume Released: gal.

Time to Arrive At Danville: * ~

~

Expected Concentration: pCi/cc I l

l l Reactor Shutdown Time

O C,

t 1

. , Rev. 5 (2/12/82) ,

&31 3 1 23 -

. . Day Month Year NET DATA: *

- DATA TIME /73o l i

Direction (10M ) from ~

AAd' .* -

4 Speed -(10 M ) 3 MPR A Temperature o, E 'C/50 meters l VENT ' EFFLUENT RELEASE DATI '

} X Prom PING Prom PING Sample From Back Calculation Particulate (C1/ min) Iodine (Ci/ min) Noble Gas (C1/ min),

j Emactor Blds. '

4, 2 E-/, 3. EE- A

{TurbineBldg. )

4 SBGTS Tota 1 '

4. 51 E*6 3. S E -2 1

DOSE DATA: PRON: Back Calc. X Minicomputer __ Overlay RADDOSE STABILITY CLASS D

MOTE:

CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan .

Boundary 2 mi.

Current Dose Rate 5 mi. 10 mi, h is' Body (wren /hr) /, SE -a

. 8 w

3r-3 7, SE '/ 19 E- 4 44 Thyroid (area /hr) 1 R E-a 5.5/-4 u

/, t/ E - 4 5' . 2 E - f ED t Relaar2 ~<

g Arrive at (time) /76 '

/R 6 /9/[ 4/#

Eh Projected Dose At (time) c2333 w ie Body Thyroid (aram)'

lo,2 3.I o.e ' . o. a g l.3 f- 1 /o, /, E-3 / /, FD 4 . / E - () ,<2- '

Integrated Deze as of (time) /730 b le Body (m'rea) to,/ ,

y 3,1 C . R- l b, 3 Thyroid (aram) / ,7E -a *

3. 3 E- 3 7. & E '/ 3, 0 (- 4/

. hkgk2 LIQUID RELEASE -

Concentrati'on: A ci/cc , Voluna Relaased:

' gal.

Time to Arrive At Danville: * ~

Expected Concentration:

pCi/cc Reactor Shutdown Time '

GO Rev. 5 (2/12/82) ,

~

AR I 3 l' 83 - -

. . . Day Month Year HET DATA:

, DATA TDE / 74/5' Direction (10M ) from 22f l Speed -(10 M ) 3~ __MPB ATemperature o. 6 *C/50 meters VENT ' EFFLUENT REL'2ASE DATI '

, X From PING From PING Sample From Back Calculation Particulata (C1/ min) Iodine (Ci/ min) Noble Gas (C1/ min),

Rasctor 31ilg. .

1,98'-6 J . ER f-1 Turbine Bids. -

SBGTS T:tal 9.9E-b' ,4 . 58' [-l DOSE DATA: FROM: Back Calc. Y Minicomputer (Nerlay

~ RADDOSE i

STASILITY CLASS MorE: CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

, Emergency Plan ,

Boundary 2 mi. 5 mi. 10 mi.

l Current Dose Rate m

8 h is' Body (ares /hr) /.o7Ed 2, /)G 7 J'# P f o7 E - 4' <

Thyroid (area /hr) '/,3 a / ,2 ent Release

/e, 7f-2 S,36-3 '

/,c2 f-3 .} D E

~

g <.

a (Will Arrive at (tins) /600 e-/g30' / 9.3d 2 //5 g Pro.jected Dose At (time) 834/f ,

5 m h is Body /d , 2 3,l O, E/ g o.A Thyroid (aram)- //. z/ I'- / 9,6 E-2 o m

.d . / f-d - '7, gg - 3 4 <.

a.

Integrated Does as of (time) /76 m l>

his Body (m'ren)

/0, / 3./ '

O, 3

o. S/ U u

Thyroid (area) 2,4 F-n /,7 C-a. ' l./,E-3 6, E- 4

. Lg l . N$

i LIQUID RELEASE '

Concentrati~on:

jrC1/cc- , Volume Released: - gal.

Time to Arrive At Danville '

Expected Concentration:

ACi/cc .

O Reactor Shutdown Time "

l 6 . .

. Rev. 5 (2/12/82) ,

D] 3 / 23 * -

, . Day Month Year .

2 MET DATA: DATA TIME /960 i

Direction (10M ) from 888 ' * -

Speed -(10 M ) 3~ MPR A Temperature d,6- 'C/50 meters VENT " EFFLUENT RELEASE DATI !

X rrom PInc . rrom rino S.mple From sack Calculacion !

Particulate (Ci/ min) Iodine (Ci/ min) Noble Gas (C1/ min), i 2

Rasetor 31ds. -

Turbine Bids. I I

sacTs S. 7 E -2 3.(,/ E 3 .

Tota 1 6 . 7 E '- 2 3. (s / E E i DOSE DATA: FRON: Back Calc. x Minicomputer Overlay RADDOSE {

STABILITY CLASS D NorE CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

{

Emergency Plan

l Boundary 2 mi. 5 mi. 10 mi.

1 Current Dose Rate .

l 8

M i

Whole' Body (aren/hr) 9'S 7. 890 73 47 ;

i Thyroid (ares /hr) ,4f# 7i et 7, 2 g<$

E i

( ent Ralsase m

\

F <**

Arrive at (ties) /#// e-/ M[ // 6 8/3C $tm ;

as !

rrojected Does At (time) 3 40-0 ,

m i 541/

Whole Body /Mo 9f7 ' //,9

' N !

Thyroid (area) /#90 47/ ._ L2 [ * #f 4 <**

i' m

i Integrated Dose as of (time) / 870 g l l

Whole Body (aren) 450 7& l 9-7

' o

! Thyroid (area) lef do "

( l. 9 !g a g I LIQUID RELEASE

. . e!in :

. 1 Concentrati'on: _ A C1/cc , Volume Released: gal.

~

Time to Arrive At Danville:

Expected Concentration:

Aci/cc !

Reactor Shutdown Time

i l .

' l l ,

1

. Rev. 5 (2/12/82) , !

(

l l . . .

43 / 5 / P3 . -

! , . Day Month Year .

l -

' {

) MET DATA: DATA TIME /P /f Direction (10M ) from 886'* -

l Speed-(10 M ) 3' MPR & Temperature 'o , 5 C/50 meters VENT EFFLUENT RELEASE DATA i .

_Y From PING From PING Sample From Back Calculation Particulate (Ci/ min) Iodine (C1/ min) Noble Gas (C1/ min).

i Emactor 318g.

~

Turbine Bldg.

i SaGTS 2. r, E- 3 . 1. 0 E 2

l. T: tat 3,la F-? 1. O E'J-i I

DOSE DATA: PRON: Back Calc. Y Minicomputer Overlay

' RADDOSE l STABILITY CLASS D NOTE: CIRCLE 7.mergency Plan Boundary Dose Rate if measured by monitoring team.

! Emergency Plan .

t Boundary 2 mi. 5 mi. 10 mi.

! Current Dose Rate 8

m i

h ie' Body (aram/hr) 8 /, R J2 0,7

$u4

\

Thyroid (aren/hr) /G 3 50

/3 '

5 gD

est Release -

E **

Will Arrive at (tius) /6.30 "/ 9#'D ZOTO d2./ 48 g Projected Dose At (time) od /f . .

In3 h is Body mc c.o . // g 4

Thyroid (aren)' /0 A 0 233 -

9/, -

23

a-m Integrated Dose as of (time) /8/f g

~

hie Body (area) 187 /37 ,.2 0 - 7 $"

Thyroid (arna) /0le 33

8 3 85 g

LIQUID RELEASE h*N2

\$

Concentration:

A Ci/cc , Volume Released: gal.

Time to Arrive At Danville: * '

Expected Concentration:

ACi/cc -

~

Reactor Shutdown Time

Rev. 5 (2/12/82) ,

LOffhitL45tDJ

~

I / . -

, . Day Month Year li

MET DATA:

DATA TIME /F30 {

} Direction (10M ) from 485 -

I l Speed -(10 N ) 3' MPR ATemperature 'O ,.5' 'C/50 meters

- T i m u m m EiS D m -

{ X From FING From FING Sample From Back Calculation j '

Particulate (Ci/ min) Iodine (Ci/ min) Noble Cas (Ci/ min),

l nanctor 31ds.

l Turbine Bids. ' =.

SBGTS l 4. / E ,2 . 17

'. Tatal _

a , / E4R 77 DOSE DATA: FRON: Back Calc. Y Minicomputer Overlay _ RADDCSE STABILIIT CLASS D NorE: CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan .

soundary 2 mi. 5 mi. 10 mi.

Current Dose Rate 8

m h is Body (ares /hr) J 4,8 7, 4 4 Thyroid (area /hr) 7/o,5 6, 7 g<

A9' ^/

3 ED

~

( eat Release

F <*

Arrive at (time) /8 6 e-/ 9/S 86/f 8)#0 $

h Projected Dose At (time) ha 36 .

, g se h is Body 4/0 la.4 /A 3.3 .

ugg

. Thyroid (aram) 744 4I2

I2 -

42 2 k,*I Integrated Dose as of (time) /930 y ble Body (aires) ,3 (,3 jg, ff0 21 7 Thyroid (area) /30 Elo

/O 4 la*

ing:

LIQUID RELEASE Concentrati'on:

A C1/cc , Volume Released: sal.

Time to Arrive At Danville: ' ~

l -

l Expected Concentration:

- ACi/cc Reactor Shutdown Time

V

. Bav. 5 (2/12/82) , ;

DATA SHEET 2 j 83/ 3 / 83 - -

, . Day Month Year .

l * .

MET DATA:

DATA TIME /W/f Direction (10M ) from AM[ ' -

Ufna Speed-(10 M ) 3~ MPR A Temperature o, f 'C/50 meters

~

i VENT 'EFFLUDIT RELEASE DATA

j Y From PING From ?ING Sample From Back Calculation

~

Particulate (Ci/ min) Iodine (Ci/ min) Noble Gas (C1/ min), l Reactor Bldg. -

Turbine Bldg.

SBCTS '7 9 E - 3 . c2 (, \

1: tai 7. 9 E = 3 D (,

DOSE DATA: PRON: Back Calc. X Minicomputer Overlay

' RADDOSE STABILITY CLASS D

- NorE: CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

.mergency Plan Boedary 2 mi. 5 mi. 10 mi.

Current Dose Rate g

~

Whole Body (ares /hr) 7, 9 ' c2 0, $~ O, R 4 Thyroid (aram/hr) 8/p // ~ 3

/ c3 eut Release hN (WillArriveat(tias) /f#P 1130 2630 dZR/f g as Projected Dose At (time) #O ff

Whole Body 33 5 43 24 B"

Thyroid (nrem)

~

. 9 gg ll73 /07 4Q -

/o <N m

Integrated Dose as of (time) /g W y Whole Body (area) 4laf 8/ 8l. 7 5 '

d5 Thyroid (area) ///l/ //3 *

// 4 )gg

~

. 5 2 LIQUID RELEASE ~

Concentrati'on: A Ci/cc

, Volume Released: gel.

~

Time to Arrive At Danville: * ~

Expected Concentration:

ACi/cc .

Reactor Shutdown Time '

Bay. 5 (2/12/82) ,

t - . _ . _ _ _ , _ _ - _ - _ . _ _ _ . _ . - . - _ . _ _ , _ _ - _

33 1 3 l 93 . -

, , Day Month Year .

MET DATA:

, DATA TIME /90ry Direction (10M ) from Speed -(10 M ) 3~

4.J[ ' * -

MPR A Temperature -0, g *C/50 meters VENT ' EFFLUENT RELEASE DATI

1 Y Prom PING -

From PING Sample From Back Calculation Particulate (Ci/ min) Iodine (Ci/ min) Noble Gas (C1/ min),

Reactor Bldg. .

Turbine Bldg.

SBGTS g. 6 E - 3 3. 7

!Tatal F. /r E- E ' -

17 l

DOSE DATA: FROM: Back Calc. # Minicomputer Overlay RADDOSE i

STABILITY CLASS D j MOIES CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan '

Boedary 2 mi. 5 mi.

! Current Dose Rate 10 mi.

g h is Body (aren/hr) .

w l a 99 0, 3 o,/ o.3 !;; <

! Thyroid (area /hr) /J

i P eut Release No 3 '

/ kg EN i

Arrive at (tisps) / 9 /f ~ 18VJ 2d //f 84lJd h o

Projected Dose At (time) m O/dc :*

h is Body

, wgm 47/ __

g] so . S Egg Thyroid (nrem)' .T9/o

//8 So -

/O <I Integrated Dose as of (time) /900 se hie Body (m' rem) ebf Bl 2/ '

7 4

Thyroid (area) /54 #(o

14 ggo 4 gg LIQUID RELEASE

=W2 Concentrati'on: A Ci/cc , Volume Released:

gal.

Time to Arrive At Danville: '

~

Expected Concentration:

pCi/cc Reactor Shutdown Time *

L .

J ,

. j

. . a l

Rev. 5 (2/12/82) , l

_ _______m_ _ --,.-------,-,----,.---,,-,,-.e_....w- , , , , . . - , . - , _ _ , , ,,..e. _,.-,%.- ,,

Zhl 3 / 23

, , Day Month Year

! HET DATA: *

, DATA TIME /9/6' I

Direction (10M ) from Speed -(10 M ) 3 MM -

MPR ATemperature g C. 5 C/50 meters VENT ' EFFLUENT RELEASE MTI '

l J _ Prom PING I

From PING Sample From Back Calculation Particulate (C1/ min) i

. Iodine (Ci/ min) Noble Gas (Ci/ min), I j Reactor 3133 .

i j Turbina 3143 . '

SaGTS //, / E -3

.3 l 11tal 1'

if, / C -UI D. 3 i 4 '

! DOSE DATA: PRON: Back Calc. # Minicomputer

' Overlay RADDOSE i

! STABILITY CLASS D i NOIEs CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Energency Plan .

Boundary 2 mi. 5 mi.

i Current Dose Rate 10 mi.

h is' Body (ares /hr) ' 3

O, R $ O, J O. o e/

w Thyroid (area /hr) 6, 0 /

Q4 30 i PO ent Release

/,, / , 6~ ~

0 , /, hg .

EN bdArriveat(time) 193 0 ' ###C ' 8/cc 00.45 1

E3 Projected Dose At (time) O //6~ g Eg, h is Body J70 22 '.

, ,al 7 Thyroid (area) 340 74 AI -

k<gg I 9

Integrated Dose as of (time) /9/5 as hle Body (m' rem) 8(pk 6/ Jf *

? 5 Thyroid (aren) /62 49

3gu

/A 4 !g g g LIQUID RELEASE EMI Concentrati'on: jrC1/cc , Volume Released:

gal.

Time to Arrive At Danville: ' ~

Expected Concentration: p,C1/cc Reactor Shutdown Time ' .

J .

.Rev. 5 (2/12/82) .

l

43/ 3 / 23

, . Day Month Year .

MET DATA:

f DATA TIME

, /930 I

Direction (10M ) from Speed -(10 M )

84 8 ' * -

3' MPR A Temperature - o,5 *C/50 meters VENT EFFLUENT RELEASE DATA '

From PING From PING Sample From Back Calculation j Particulate (C1/ min)

_ Iodine (Ci/ min) Noble Gas (C1/ min),

j Emactor 31ils. - '

l Turbine Bldg. '

) SacTs 4,3 E-3 . 9. 'l i

inal 4, 3 E ~ 3 ' 2, if j

j DOSE DATA: PRott:

Back Calc. X Minicomputer Overlay RADDOSE STABILITY CLASS D

>' NOTES CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan .

Boundary 2 mi.

C.urrent Dose Race 5 mi. 10 mi.

l h is' Body (area /hr) o. SW o, /

o. o// o o2 g<

i Thyroid (area /hr) 07/

i 6 2 '

O.& CD 4

i Pent Release -

LU Arrive at (tims) /945' ' _Fo/8' F//5 E <*

83 0-t) $

Projected Dose At (time) O/30 . ae h is Body Rg l 3of 82 ,

) Thyroid (arein)

" 2l . 7 hgg,

91 Rf 6'*

1 I

2 k4N i

j Integrated Dose as of (time) /936

} his Body (m'rea) ' y c')L 6 6/ c7 / -

7-

) Thyroid (area) /67 99 *

/3 Il go i !g g g i LIQUID RELEASE 2<2 Concentrati'on: A C1/cc , Volume Released: '

gel.

Time to Arrive At Danville: * '

Expected Concentration:

ACi/cc .

Reactor Shutdown Time '

C .

b -

. nav. 5 (2/12/82) .

l .

03 1 3 /

j , 83 * -

, , . Day Month Year . l

.. l MET DATA:

, DATA TIME /9 t/[

Direction (10M ) from 28[ * -

Speed -(10 M ) 3' MPR A Temperature 'd. S 'C/50 meters ,

VENT [EFFLUENTRELEASEDATI ' '

X From PING From PING sample From Back Calculation

~ Particulate (C1/ min) Iodine (Ci/ min) Noble Gas (C1/ min), ,

Reactor Bldg. . '

1 l Turbine Bldg.

l saGTs i 3. 9 E-3 _ . /, 7

T2tal 3. 9 E'- 3 i

/,7 l DOSE DATA: PRON: Beck Calc. X Minicomputer

' _ Overlay RADDOSE STABILITY class ,

D T NOTES CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan .

( Boedary 2 mi. 5 mi.

j- Current Dose Rate- 10 mi.

his Body (aram/hr) .

8 m

i 1

4. // . 6./ od3 o,0/ !;[ <

l Thyroid (area /hr) 49 /,

1,4 o

'O.5 EM P ^! ant Release 1 ~<

i b Arrive at (tias) dONC Jd30 8/3O A3/f i

3 cs Projected Dose At (time) 6/96-

h is Body a 70 #2 8 /-

B 88

.7 h

] Thyroid (aram)' 3// 2 9E 41 -

? h*gM I 4

i Integrated Dose as of (time) /Ms h is Body (m'rea)

~ y

) #/,4 W/ #/ '

7 Thyroid (area) /74 52 *

/3 4 !

gu i

\b 42gM LIQUID RELEASE

Concentrati'on: jiC1/cc , Volume Released:

gel.

Time to Arrive At Danville: * ~

Expected Concentration:

ACi/cc .

~

Reactor Shutdown Time ~

~

. may. 5 (2/12/s2) ,

33 / 3 / 93 -

Day Month Year .

MET DATA: .

, DATA TIME J##C Direction (10M ) from a85

Speed -(10 M ) 3 ' MPR A Temperature d,5 C/50 meters VENT' EFFLUENT RELEASE DATI X Prom PING Prom PING Sample From Back Calculation Particulate (C1/ min) Iodine,(Ci/ min) Noble cas (C1/ min),

Reactor Bldg. '

Turbine Bldg.

SnarS go e-3

. . /.9 T ta1 ll, o g . '"3 ll9 DOSE DATA: PRON: Back Calc.

y Minicomputer Overlay RADDOSE STABILITY CLASS D

MOTES CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

amerseecy Plan '

Boundary 2 mi. 5 mi.

Nrrent Dose Rate 10 mi. ~" _,

ble ' Body (aren/hr) 4, d E-/

0, / 0, o 3 0, o /

4

.i Thyroid (area /hr) 40 /e

gg

/ , 5- O, /,

eut Release Arrive at (time)

EN 80 /[ ' _do Vf 8/W i;233 o Pro.jected Dosa At (time) hado . .

h is Body m

4 70 s2 2/. '. 7' g Thyroid (orem)' 4 9 /, ft/ c7 3 -

g I Integrated Dose as of (time) Jdfo in hie Body (airem) " J /, /, . >

s/ At /- 7 5 Thyroid (area) 179 53 *

/4 og g o I

9 Lg LIQUID RELEASE '

h2 Concentrati'on: A Ci/cc , Volume Released:

~

' gel.

Time to Arrive At Danville: ' ~

Expected Concentration:

ACi/cc .

Reactor Shutdown Time * *

. Rev. 5 (2/12/s2) .

,3

, a3/ 3 / 83 - - '

, , Day tinnth Year .

I i MET DATA: *

, DATA TIME JO/f Direction (10M ) from Speed -(10 M )

JA 6 ' ' -

l 3' MPH A Temperature -O, # 'C/50 asters j VENT' EFFLUENT RELEASE DATI '

I j % From PING From PING Sample From Back Calculation Particulate (C;L/ min) Iodine (C1/ min) Noble Gas (C1/ min),

Reactor 31i13 . "

Turbine Bldg.

l -

! sacrs 4. / E-3 #, o i T2ta1 'l , / C- 3 D, O i

DOSE DATA: PRON: Back Calc. A Minicompute1r

' Overlay RADDOSE STABILITT CLASS l) p NOIES .

CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Naargency Plan .

Boedarv 2 mi. 5 mi. 10 mi.

l Current Dose' Race .

l his ' Body (area /hr) . 3 M

7' 4,/ o. O 3

~ Thyroid (area /hr) 3/ (s 0, o /

g<

dl 6, /o EM P c Release m <S' L Arrive at (time) #d3 O ' .) /c-0 R ES@ 4395 3" Projected Does At (time) as MJ /S-

M sa m ie Body Thyroid (aren)'

270 9 J. o2 / - '. 7' $"g ,

373 90 47 -

E k*I m

Integrated Dose as of (time)

'Jt o / 5' e h ie Body (m'ren) 26(o 8/ 8 /- 7 Thyroid (area) /87 54 *

/f 9 $s L 3=

LIQUID RELEASE kgg E2 Concentrati'on: A ci/cc , Volume Released:

~

gal.

Time to Arrive At Danville: * ~

Expected Concentration:

AC1/cc -

Reactor Shutdown Time

L .

s -

. Rev. 5 (2/12/s2) ,

231 3 / 83 -

1

\

. . Day Month Year .

l I )

MET DATA: '.

DATA TIME 1630 Direction (10M ) from Speed -(10 x )

M#8'* -

! __ '3 ~ Mra A Temperature - 0. 5 *C/50 meters

[ VENT 'EFYLUENT RELEASE DATI

X Prom PING ' From PING Sample From Back Calculation 4

Particulate (C1/ min) Iodine (Ci/ min) Moble Gas (Ci/ min),

Easctor Bldg.

j Turbine Bldg.

ssGrs e/, 3 E -3 R./ .

i ista1

't. 3 E' -3 G. , f 1

i DOSE DATA: FRON: Back Calc. Minicomputer t

, Overlay RADDOSE STABILITY CLASS

- Mores CIRCLE Emergency Plan Boundary Dose Rate if measured by monitoring team.

Emergency Plan '

Boundary 2 mi. 5 mi.

Current Dose Rate 10 31.

g j Whole ' Body (ares /hr) o, b O,/ o, o3 m

0, o /

i Thyroid (area /hr) Q 4I h, 8

p ent Release J. d, 6., k<g EN

M Arrive at (time) Aot/5' ' .J / /S ' 441/S' /if00 he Proiected Does At (time) 4230 ,

Whole Body 4 70 L? ~

_ g/ . , 7 g Thyroid (area) /& 9f ,19 -

8 <N Integrated Dose as of (time) #C30 as Whole Body (m'rea) >

' 446 S'/ ,2/ ~

7 N

Thyroid (area) /98 d%

3go

/6 9 i

LIQUID RELEASE -

Concentrati'n: o A Ci/cc , Voluna Released:

' Sal.

Time to Arrive At Danville: * ~

Expected Concentration:

ACi/cc .

Reactor Shutdown Time

J .

l .

l

. Rev.- 5 (2/12/s2) ,

I ',

r l

.: I e

DOCUVIENT/

~

PAGE .

PU_ LED l

A N O. w emss .

i NO. OF PAGES t i

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"~ ,e Rx Buildwg ; g g 5a E-7 Tudme BuiIding 4

S8GT$ p3 u'

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@ )< Ci/Mai Tine : 13 3 o k ric ula fe.

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/

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g

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'& Paar7culate _

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A B A Buildwy g a.eE-G *1 Tudiue BaiIdwg p

S86TS p 4 4 l

l 6 ~

& pCi/Mk Tint : 1460 zodine N. q.

kriculafe. -

Rx 4 is BusIding 9 9.7c-, b ' '?

Tunerne BuildinO /3 SBGTS p p j" Mk Tins : iytr .

roding 8. a.

@ Paar tcuinte ~

a Rx Buildwg- ,3 9 o.7e-7 a3'~/

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4 ssGrs e 1

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$ JtCi/M4 Tint : _

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zodwe. N. q.

b BuYldiny g g g

9.6E-7 '~ #

Tuneine Bailsng SBGTS p $

/ VMS .

Tins :

Taariculate roding 8. s.

Rx(9

~

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kbive Buildwg ,

48 G TS o

l

$ )< Ci/ mar Tint : /WC kriculaIc. -

.Todme. N. q. ;

p

& BusIding 6 g i

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a S6GTS g 0 0

{

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g Tanitculate p

~

p 9 Na Buildwg- .

3. 3 [- 7 9. 7E-2 Tud/NE oui l DIM} }

686 rs ,a ,e a o

l

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1odine. N. q.

h BusIding ,e p p

' ' 3? E~!

TuseNE Builsng /8 g

%BGTS p p

/ Mk . Tins : is3a Paartculnfe roding y. n.

Rx~uildwg- g ~.. p g 7, 2 E - 7 8,CE4 Tudine BaiIding g 686rs p B 6 t

l

% )< Ci/Mk Tine : wyr

%culalc. --

Iodwe . N. q.

h BusIding g j B 3.6 E-7 b 4' E 'd Tuseine Builsng s

$8GTS /3 ,

g

/ Mk .

Tins : 16ec kricaInte. roding 8. s.

is

~

Rx unidwg- g -

g 4 i 0 E-7 l' l 5 'S kblNE OulldlH}

48 G TS g

1 l

Tin c :

@ )< Ci/mk sur \

kriculafe. -

zodine. N. c, .

Ra Building p g (3 useine Bailsng g 3.9c-7 7, 7 E9

'SSGTS b, a B -

/ VMk .

rins ; is go knculate rodtN.E N. G.

Rx uildwg- p ~.. g a e.se-7 &'"~*

rudive eastJwg g 886 rs 6 2 e

i c .

- ~

l

@ )<Ci/mk Time : is95 kriculafe. 1odine . N. 4.

ex Building g g PuRBINE @ui/bn} g y, 3 g_ , g , ; G -)

38Grs g 73 , p

/ MN . TIME : 17w Taar,culate rodinc 8. a.

~

Rx Buildwg- g -

g g .

~

Pudine BaiIding , 9.7e- 7 9.0 e - 2 5 6 G TS p 8 g

@ }<G/msi Tinc : 17/r ;

kriculafe. --

1odine. M. c, .

% BusIding 9 g 9 TURBINE Bai/bn} p y,jg 7 S. 6 [ --g 3aers g 73 ,

j

./lVMut. .

Tins : nao ,

kncuInte rodwg 8. s.

~ ~

b BusIdwg-

y. 2 && SSE*

p NRblAIE OulldlH} f pasrs 4 /3 /c I

W

% )< Ci/Mai Tint : 095 kr,culafe. --

1odwe N. 4 k Building g g ,3

'uneine Bailsng a p 2 bsGTS g 9, 9 c4 .

a. M~ M f O/ M sr Tins : im Taariculate ZodmE N. G.

~

b Idwg- 9 a /9 _

Mine Buildwg g p p

.$ 8 G T5 /3 5 7 E ,2, 3. /, / E3 t

@ )< Ci/mk Tin e : i gir

% c u la ic. -

.1odwe N. q.

6 Building ,3 g g ruseme Building ,s ,

SBGTS 8 3. 6 C-?~ -

/E )

l MN . Tins : isso knculate rodwr Q

Rx Buildwg- ,g

^

8. 0.

Pudme Buildwy #

A A

$8GTS A g,tE-a T. 7El t

.i 1

@ p Cil171k TIMr : i e </s -

kriculaie --

.1odine. N. 4 s

eusIding p g S

'Tunaine Builsng g

. G p SBGTS ,

,, 6 , ,

,7, q g __ 3

/ "IN .

Tins : 19ec knculate rodwe 8. 0

~

Rx 18 A /3 unidnig - _

'TugblNE Oull DIN} 6 0 h

@8 G TS g g, c, g 3 3,7

@ Tin c : 1915-

)< Ci/Mai kricula fe. --

zodine . N. q.

b BusIding g g g

Tuse m e Builsng 4 . A 6 58GTS '

0 ,

//,12 - 3 c2 3 Y AY , TIMG : 1936 knculate rodwg 8. a.

~

Rx usIdwg - g -

g g kbme Bu,ldwg g see rs 0

b y. 5 E - 3 a. 9 .

l 4

i l

$ )< Ci/mai Time : ing kriculafc -

IODINE . N. 4

% BusIding g g Lg Tanaine Builsng is

. A B SBGTS g 3qg_3 .

,,7 O

J /Mut .

Tans : noso Paariculate Zodisi.c N. G.

@ ~~

Rx Buildwg- c g e.

kbiue BuoIdiu7 6 g 48 6 TS B

$' 4.0 E -3 I9 O

@ )<Ci/mk Tinc : sois i kriculde. -

1odine . N 4.

Ra BusIding (3 6 3 rTanaine Buildhg s g g ssars a 4, ,g .3

p. o O

/ f M Ut .

TIME : 8030 Taariculate. Zodwg N G.

~

Rx u Idiag - G ~~

B 0 kbine Buildwg a g B 46 G TS 2I 4, g c. 3 l

Maceh 23 /713

. . .. .... .. ._ SSEs Eme cf a ny bc;ll Be )%n+ Vcais R o b utive k ltsse Sd*5 rid *

/J. ly 0l/}is, ]. - 131 0l/),'c4/

t l3c0 '

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idi 1. 9 E - / 3. 8' E - 7 1500 9. 7E- 2 3. 3 E ~ 7 wggy 15/r 3./E -l a.9 E-7 Woo 0 h

/S30 9.5E -d 7. 8 E-2 TaRBIL)E sr/1CK li'If 6. 4E- 2 3. 6 E-7

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17eo 9. 0 E-3 T. 7 E- 7 17/E ! 8.coE-3 2. I E -7 1730 l 3.5E 2 t/.42 E-b

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! ORIMARY Coot.MT SAMPLE

Raar.% 61.i Pass .

Pass 6-1 ne montw>r era aber sample d+ev sample Time mR/u ' Time mR/m i 1300 5 6E-4 1300 0.12.

1330 7.SE-3 13 3 o 1.6 1400 G. I E- l 1400 13 E2.

( I430 150o 7.OE-1 7.9 EO '~

143o 15eo 1.6Ei2.

17E3 ise 8.9 IS5o 1.9E3 1600 B.9 16o 0 1.9E3 1630 8.9 163o 19 E3

1700 8.9 l700 1.953 n30 93 1730 2.O E3 18 o 0 9.s Iseo 2.oE3 1830 9.3 18So I.O E3 1900 9.3 -

1900 2.. OES 1930 9.3 1950 2.oss 2.000 9.3 200o 2.0 E5 h 2.050 93 2050 2.003 l

\

l

.i I

j PRi>MRY Coot.AWT ISOTOPIC j ma/cc L Co 137 kr- BT I - 151 Xe- 133 Nw l300 laE-4 12 E-3 6.3 E-1 2.9 E-l 5'9E-5 l '1330 2.1E-3 2.4E-2 s .o E-1 s.,s 15e-4 1400 taE-2 1 2 E-t G.3 E0 2.9 Et o.o6 1430 2. l E- t 2.4 18El 3.64.E1 o.07 l 1500 2.4 2.16Et 9.t E2 4.26E3 o.80 15 3 o 2.5 2.88E 92E2 4,19 E3 0.9e 16 0o 2.F 2.SSEt 9.1Et 4,29E3 c.9o

! 1630 2.5 2.BSEt- 9.2E2. 4.2.9 93 c.90

@ noo 2.5 298Et 9.2E2 4.19 E3 C.90

.175o 2.64- 3.04Er 99E2 4.62 E3 c.93

~

1800 2.64 3.04El 9 9E2 4.42E3 c.93 18 3 o 2.64 3.04El 9 9E2 4. 62E3 o.93 1900 2.64 3.04El 9.9E2 4 62E3 c.95 1930 2.64 3.04E1 99E2 4.62E5 093 l 20oo 2.64 3.o4Ei 9.952 463E3 CA3 '

205o 2.64 3.c4Ei 9 9e2. +. 63 E3 0.93 ,

110 o 2.64 3.o4El 9.9c2 4. 63E3 c.93

L g MSS l

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PRIMARY Coot. ANT SAMPt.E

(% Roi) .

Dose lhes R/==

almt &W lo t swn

% lo-L " imliluW l Tmr CouTAct 12" CourAct 12' l

1300 5.5E-b 2.l E-7 5.SE-4 2.l E- 5' l

. ._ 1330 6.9E 2.1E-6 6.9 E-3 2.7 E-4 l 14 0 o 5 5E-3 2.tE-4 '5.5 E-l 2. l E-2. l l_ _

1430 G.6E-3 2.EE-4 LEE-1 2.E E-2 1500 1.4E-2 2.QE-3 7.4Eo 2 9 E-1 l 1530 S.3 E-2 3.2E-3 g.3 3.2 E-1 h .

1600 8.SE-2 3.1E-3 8. 3 3.1E-1 1650 8.3r-2 3.1E-3 8.3 3.2.E-l ,

noo 9.SE-1 3.1E-3 E.3 3.2E-1 1730 B.6E-1 33E-3 S.6 7 3E-1 .

1800 86E-1 asE-3 s.6 s.3E-t !

I 1850 s.6E-2 33E-5 86 5.3 E-) .

1900 8 4E-2. 3.3 E-3 94 '53 E-l .

j 1930 S. 6 E-1 E3 E-3 84 33E-l -

2000 g.6 E-2. S' S E-3

. 86 3.3E-t i 2D30 B.bE-1 35E-3 B.6 3.3E-1 J LOO 9. 6 E-2 3.3E-3 86 5.5 E-1

.e en p Twen b wu. Renoce Dos wa av .

FACTOR OF 10 0 .

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) mo =*.w r so i.a eae

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1300 3.2E-3 1.B E 55E-4 2 l E-6

~

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! 1500 44 25 1.4E0 2 9E-1

! 153o 49 2.7 83 3. 2 E-1

{g 1600 49 17 8.3 S.2 E-l n.so 49 2, 8.s s. u -i ,

1700 49 27 8.3 3.2 E-1 i 17 3 o 51 2.9 8.6 3 3 E-1 IGioo 51 1.9 s. t. 3.FE-i 183o 51 . 2.9 s.6 S.3 E-1 1900 51 2.9 8. I. 3.3 E-l ,',

, 19 3 o 51 2.9 84 s.3E-1 ,

2000 51 2.9 8.6 9.38-1 205o 51 .2.9 B.(. 3.3E-l l

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TIME gro P6 ,g3g ,gyg 1 (p oo 16:( f1G3o 16 H 5' Iroo ! t 1if 17 30 17 9 [

l !

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flaeck 23,I983 l SSES Ems yazy be~ Il g b 6l A3. Elev. Q3 D o re Rdes R/ hc.

Area Time A 6 (3o. G kc, A 8k91 I4 oo os' BKJ 150o .3 G k.,1 I C0 0 3 62s0

/9oo 37 Gk,1

/930 .SG .23

/foo 13.5 23. 2_ _

/27o 9. 2 F.7 1900 2.2 f. 9 .

1930 /. / .99 ,

2ooo o.24 .23 103o 0. o2 .0) 2 loo G.0/ Gk9A Av Swple Ti me def,,, cj uG/so p,,,4, I930_ 3. 6 ES 3. C E -5 1'oS\ ns = 0.1 >< A or Smple Or h 1f00 3. c E S 3.(E-3 10olle Gac = t o x A. c serle Puf.

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The A B C 130o Ekga sket BkeA I4 c o 0.12 0.05 0.05 All Acer K t n % dan

, 15o0 13 1 0.10 /.68 on +hir elevdian 16eo 13 2 o . 2. /.6 i n td ac m affte I?oo 132.2. o . 2. /.6 .

/4 oo hrs.

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l900 C4 S app. Deo\ Av3.Te,ng Ioo 'F t

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@ Supp b\ Ag .Te<ng /ar HPer FIou O 3em .

Rctc pl o o; o 9pm ed l

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                                                                                                  '                   13 3B GROUP NUMBER:                 10      EHERG C.0RE CLG SYS FT i (E-PLAN DISPLAY)

ALA'RH IS HAS HIGH LOH - POINT NO. DESCRIPTION STATE NOH LAST LIMIT LIMIT UNITS NHF01 RHR SYS A FLOH l0,00* NONE AONE GPH NHF02- RHR Sf5 B FLOH g o, c o o NONE NONE GPH O NONE NONE HH EGA81 DG A PHR - O EGA82 DG B PHR NONE NONE HH EGA83 DG C PHR NONE , NONE HH EGA84 DG D PHR O NONE NONE HH ETA 72 P0HER TO SU XFHR 10- $ NONE NONE HH ETA 73 P0HER TO SU XFMR 20 3 NONE NONE HH NVZ01 MS A IB VLV >94X OPEN No HVZO2 HS B IB.VLV')94X OPEN NO NVZO3 MS C IB VLV >94X OPEN NO NVZO4 HS D IB VLV >94X OPEN No NVZO5 NS A 08 VLV )94X OPEN NO , NVZO6 H5 B OB VLV >94X OPEN b0 NVZO7 HS C.0B:VLV >94X OPEN No' NVZ08 H5 D OB VLV >94X OPEN

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NVZO4 HS D IB VLV >94X OPEN No s NVZO5 MS A 08 VLV >94% OPEN NO , NVZO6 H5 B OB VLV >94% OPEN No NVZO7 HS C OB:VLV >94X OPEN NO NVZOS H5 D'05 VLV >94% OPEN - No

                              ~~    '-

P505.JD5 e . M w t W

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UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES. .? i500 GROUP NUMBER: 10 EMERG CORE CLG SYS PT 1 (E-PLAN DISPLAY) ALA'RH IS HA5 HIGH LOH POINT NO. DESCRIPTION STATE NOH LAST LIMIT LIMIT UNITS NHF01 RHR SYS A.FLOH )0,oot NONE NONE GPM NHF02 RHR SYS B FLOW g o, c o o . NONE NONE GPM EGA81 DG A PHR - O NONE HONE HH O EGA82 DG B PHR NONE NONE HH EGA83 DG C PHR 9 HONE NONE HH EGAS4 DG D PHR 0 NONE NONE HH ETA 72 P0HER TO SU XFHR 10- 3 ' NONE NONE HH ETA 73 P0HER TO.5U XFHR 20 8 NONE NONE HH HVZ01 MS A IB VLV >94% OPEN b)o NVZO2 H5 B IB VLV->94% OPEN NO

NVZO3 HS C IB VLV ).94% OPEN NO NVZO4 HS D IB VLV >94% OPEN No - NVZO5- HS A 08 VLV >94% OPEN NO , NVZO6 H5 B OB VLV >94% OPEN NO

NVZO7 H5 C OB:VLV >94% OPEN No' NVZOS H5 D OB VLV >94% OPEN

_______'___________________________ .NO ______________________________

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l63o UNIT 1,PAGE 1 OF 1 GROUP POINT DISPLAY SERVICES .? GROUP NUMBER: 10 EMERG CORE CLG SYS PT 1 (E-PLAN DISPLAY) ALA'RH IS HAS HIGH LOH POINT NO. DESCRIPTION STATE NOH LAST LIMIT LIMIT UNITS NHF01 - RHR SYS A FL&H 10,00* NONE NONE GPH . NHF02 RHR SYS B FLOW g o, c o o NONE NONE GPH O NONE EGA81 DG A PHR HONE HH 0

                                -EGA82                                  DG B.PHR                                                                   HONE             HONE     HH EGA83                           DG C PHR                                                                    HONE            HONE     HH EGA84                           DG D PHR                                 0                                  NONE            NONE     HH ETA 72                          POWER TO SU XFHR 10-                    S                                   HONE            NONE     HH ETA 73'                         P0HER TO SU XFHR 20                     3                                 ' HONE            NONE     HH NVZO!                           HS A IB VLV )94% OPEN                   No HVZO2                           H5 B IB VLV')94% OPEN                   NO NVZO3                           H5 C IB VLV >94% OPEN                   NO HVZO4                           HS D IB VLV >94% OPEN                   No'                    s NVZO5                           HS A 08 VLV >94% OPEN                   NO         ,

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                                                                                                                                                                        /? /5s UNIT 1,PAGE 1 OF 1                     GROUP POINT DISPLAY SERVICES                                            ..?

GROUP NUMBER: 10 EMERG CORE CLG SYS PJ 1 (E-PLAN DISPLAY) ALA'RH IS HAS HIGH LOH POINT NO. DESCRIPTION STATE NOH LAST LIMIT LIMIT UNITS NHF01 RHR'5YS A FLQH ) 0, o0

NONE NONE GPH

                         .        NHF02            RHR SYS B FLOH                                  g o, c o o                             NONE         HONE         GPH O                                   HONE         HONE         HH EGA8f            DG A PHR O

EGA82 DG B PHR NONE NONE HH EGA83 DG' C PHR 9 NONE NONE HH EGAS4 DG D PHR 0 NONE NONE HH ETA 72 POWER TO SU XFHR 10- S NONE NONE HH ETA 73 P0HER TO SU XFHR 20 3 NONE NONE HH NVZ0i HS A IB VLV >94%.0 PEN No

                                 -HVZO2            MS     B IB VLV >94% OPEN                      NO NVZO3           -H5     C IB VLV >94% OPEN                      NO NVZO4            H5     0 IB VLV >94% OPEN                      No                            s HVZO5            HS A 08 VLV >94% OPEN                          No              ,

NVZO6 H5 B OB VLV >94% OPEN NO

NVZO7 HS C 0B:VLV >94%.0 PEN No' NVZOS- MS D OB VLV >94% OPEN

NO

s I?30 UNIT 1,PAGE'1 OF 1 GROUP POINT DISPLAY SERVICES. .. 7 GROUP NUMBER: 10 EHERG CORE CLG SYS PT 1 (E-PLAN DISPLAY) ALA'RH IS HAS HIGH LOH POINT NO. DESCRIPTION STATE NOH LAST LIMIT LIMIT UNITS H H F 01 - RHR SYS A FLO.H NONE HONE GPH

                                                                                            ) 0) oo t NHF02              RHR SYS B FLOH                                                     g o, c o o                          . HONE        HONE     GPM O                                  NONE        HONE EGA81              DG A PHR                                                                                                                        HH O

EGA82 DG B PHR NONE HONE HH EGA83 DG C PHR f NONE NONE HH EGA84 DG D PHR O NONE NONE HH ETA 72 P0HER TO SU XFHR 10- 3 ' NONE NONE HH ETA 73 P0HER TO SU XFHR 20 8 NONE NONE HH NVZ01 MS A IB.VLV >94X OPEN No HVZO2 HS- B IB VLV >94X OPEN NO HVZO3 HS C IB VLV >94X OPEN NO NVZO4 HS D IB VLV >94X OPEN No s NVZOS HS A 08 VLV >94X OPEN NO , NVZO6 HS B OB VLV >94X OPEN NO

                                                                                                         .                                              ~

NVZO7 HS C OB:VLV >94X OPEN NO NVZOS

                         *H5 D OB   VLV >94X OPEN -

__'____________________.NO ______________________________

                                                                          ~~    '~

P505.JDS- t .

s UNIT 1,PAGE 1 0F 1 GROUP POIllT DISPLAY SERVICES

                                                                                                                                    ...?

l?45 GROUP NUMBER: 10 EHERG C. ORE OLG SYS PT 1 (E-PLAN DISPLAY) A L A'Rif IS HAS HIGH LOH . POINT NO. DESCRIPTION STATE NOH LAST L IllI T LIMIT UNITS

                                           ~                                                                                                                ~

NHF01 RHR SYS A FLOH NONE 00HE GPM ,

                                                                                           ) 0) ot

NHF02- RHR SYS B FLOH t o, o n o NONE HONE GPH __

d s _ EGA81 DG A PHR O - N0llE HONE 'HH O EGAS2 DG B PHR NONE H0HE HH _ EGA83 DG C PHR D ' NONE NONE ttH

EGAS4 DG D PHR O HONE HONE HH ETA 72 P0HER TO SU XFHR 10- S NONE NOHE HH ETA 73 P0HER TO SU XFHR 20 3 NONE NONE HH llVZO1 HS A IB VLV >94% OPEN No HVZO2 HS B IB VLV >94% OPEN NO

HVZO3 H5 C IB VLV >94% OPEN NO HVZO4 H5 0 IB VLV >94% OPEN No , NVZOS 115 A 08 VLV >94% OPEN NO , NVZO6 H5 B OB VLV >94% OPEN NO HVZO7 H5 C OB:VLV )94% OPEN NO NVZO8________'H5 D OB VLV >94% OPEN

NO

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                                                                                                                                                         '8Is UllI T 1,PAGE 1 OF 1                                                 GROUP POINT DISPLAY SERVICES.                        .. . ?

GROUP NUMBER: 10 EMERG CORE CLG SYS PT 1 (E-PLAN DISPLAY) ALA'RH IS HAS HIGH LOH POINT NO. DESCRIPTION STATE 110 H LAST L I t!! T LIMIT UNITS HHF01 RHR SYS A FLO.H )0)co' NONE NONE GPH NHF02 RHR SYS B FLOH g o, c o o . N0llE Il0llE GPH O HONE NONE HH EGA81 DG A PHR O EGA82 DG B PHR NONE HONE HH EGA83 DG C PHR 9 NONE HONE HH EGA84 DG D PilR O NONE NONE HH ETA 72 F0HER TO SU XFHR 10- 3 NONE NONE HH ETA 73 P0llER TO SU XFHR 20 8 NONE NONE HH NVZO! HS A IB VLV >94% OPEN No . HVZO2 HS 'B IB VLV >94% OPEN PIO NVZO3 HS C IB VLV )94% OPEN NO ilVZO4 HS D IB VLV >94% OPEN No - NVZOS H5 A 08 VLV >94% OPEN NO . HVZO6 H5 B OB VLV >94% OPEN NO

HVZO7 HS C OB:VLV >94% OPEN NO NVZO8 ~N5 D OB VLV >94% OPEN - NO ______________________________ _____________________________________ ~~ '- P505.JD5 i .

30 UNIT 1,PAGE 1 0F 1 GROUP POIllT DISPLAY 5ERVICES ,.. . ? GROUP HUMBER: 10 EMERG C. ORE CLG SYS PT 1 (E-PLAN DISPLAY) ALA'RH IS HAS HIGH LOH POINT NC. DESCRIPTION STATE fl0 H LAST L Il1 I T LIMIT UllITS HHF01 RHR SYS A FLOH ) 0) 00

ll0llE 00HE GPH ,

NHF02- RHR SYS B FLOH g o, c o o N 0ilE 110HE GPM O H 0llE EGA81 DG A PHR - HOME HH o EGA82 DG B PHR N0HE HONE HH EGA83 DG C PHR D N O N E, HOME HH EGA84 DG D PHR 0 H0HE HONE HH ETA 72 POWER TO SU XFHR 10- 3 NONE HONE HH ETA 73 P0HER TO SU XFMR 20 3 HONE NONE HH tiVZO1 H5 A IB VLV >94% OPEN No HVZO2 HS B IB VLV')94% OPEN NO HVZO3 HS C IB VLV >94% OPEN NO ilVZO4 HS D IB VLV >94% OPEN NO HVZOS 11 5 A 08 VLV.)94% OPEN NO , NVZO6 H5 B OB VLV >94% OFEN NO HVZO7 H5 C OB:VLV >94% OPEN Vo ' - HVZO8 HS D OB VLV >94% OPEN - _____. NO . ___________________________

P505.JD5 e .

s llk b UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES s. .? GROUP HUMBER: 10 EHERG CORE CLG SYS PT 1 (E-PLAN DISPLAY)

ALA'RH IS HAS HIGH LOH POINT NO. DESCRIPTION STATE NOH LAST L Il1I T LIMIT UNITS HHF01 RHR SYS A FLOH 10,00* NONE HONE GPH

                     . NHF02           .RHR SYS B FLOW                         g o, c o o                             NONE        HONE    GPM O                                    HOME        H0HE EGA81             DG A PHR                                                                                         HH O

EGA82 DG B PHR HONE NONE HH EGA83 DG C PHR 9 NONE HONE HH EGASM DG D PHR 0 H0HE HONE HH ETA 72 P0HER TO SU XFHR 10- S ' NONE HONE HH ETA 73 P0HER TO SU XFHR 20 3 HONE HONE HH HVZ01 HS A IB VLV >94% OPEN No NVZO2 H5 B IB VLV ->94% OPEN NO NVZO3 H5 C IB VLV >94% OPEN NO Hv209 HS o IB VLv >94% OPEN No s NVZO5 H5 A 08 VLV >94% OPEN NO . HVZO6 H5 B OB VLV >94% OPEN No

HVZO7 H5 C OB:VLV >94% OPEN No' HVZ08 H5 D OB VLV >94% OPEH - NO ______________________________ 4 g

                       =                     -                                   '                                                                 -

UllI T 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES. .. . ? GROUP NUMBER: 10 EMERG CORE CLG SYS PT 1 (E-PLAN DISPLAY) ALA'RH IS HAS HIGH LOH POINT N O. DESCRIPTION STATE 110 H LAST LIl1IT LIMIT UNITS NHF01 RHR SYS A FLOH NONE NONE GPH 10)00* HHF02 RHR SYS B FLOH g o, c o o . NONE NONE GPH O EGA81 DG A PHR NONE NONE HH O EGA82 DG B PHR NONE NONE HH EGA83 DG C PHR 9 NONE NONE HH EGAS4 DG D PHR O. fl0 N E NONE HH ETA 72 P0HER TO SU XFHR 10- 8 NONE NONE HH ETA 73 PONER TO SU XFHR 20 8 NONE HONE HH NVZO! HS A IB VLV >94% OPEN No NVZO2 HS B IB VLV >94% OPEN NO HVZO3 HS C IB VLV >94X OPEN NO No NVZO4 HS D IB VLV >94X OPEN s NVZO5 H5 A 08 VLV >94% OPEN NO , NVZO6 H5 B OB VLV >94X OPEN NO

NVZO7 HS C OB:VLV >94% OPEN No' NVZOS ~H5 D 05 VLV >94% OPEN - No G g

UNIT 1,PAGE 1 0F 1 GROUP P O IllT DISPLAY SERVICES

                                                                                                                                                                       ...?
                                                                                                                                                                                               /7/r GROUP HUMBER:                       10       EllERG C. ORE CLG SYS PT 1 (E-PLAN DISPLAY)

ALA'RH IS HAS HIGH LOH POINT NO. DESCRIPTION STATE NOH LAST LIMIT LIMIT UNITS HHF01 RHR SYS A FLOW j o, co n NONE 00NE GPH NHF02* RHR SYS B FLOH g o, c o o NONE 110H E GPH EGA81 DG A PHR O NONE

nolle HH O EGA82 DG B PHR HONE HONE HH EGA83 DG C PHR 9 NONE, HONE HH EGA84 DG D PHR O HONE NONE HH ETA 72 P0HER TO SU XFMR 10- 3 NONE NONE HH ETA 73 PONER TO SU XFHR 20 8 NONE NONE HH NVZO! H5.A IB VLV >94% OPEN No NVZO2 H5 B IB VLV')94% OPEN NO HVZO3 H5 C IB VLV >94% OPEN NO

HVZO4 HS D IB VLV >94% OPEN No . NVZOS H5 A 08 VLV >94% OPEN NO , NVZO6 H5 B OB VLV >94% OPEN b0

HVZO7 HS C OB:VLV >94% OPEN NO . HVZOS H5 D OB VLV >94% OPEN

NO

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UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES

                                                                                                                                                   /Ho
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GROUP HUMBER: 10 EHERG C.0RE CLG SYS PT 1 (E-PLAN DISPLAY) ALA'Rif IS HAS HIGH LOW POINT NO. DESCRIPTION STATE HOH LAST LIMIT LIMIT UNITS NHF01 RHR SYS.,A F LOH. ' ' ,

                                                                           ) 0, 00 * .                     HONE            00HE           GPH NHF02-         RHR SYS B FLOH                          10,000                        .NONE            HONE           GPH O                           HONE            HONE           HH EGA81          DG A PHR    ^
                                                                '              O EGA82          DG B PHR                                                               HONE            HONE           HH EGA83          DG C PHR                                  D        '

HONE, HONE HH EGA84 DG D PHR O NONE HONE HH ETA 72 POWER TO SU XFHR 10 - 3 NONE HONE HH ETA 73 P0HER TO SU XFilR 20 3 NONE NONE HH HVZO! HS A IB VLV >94% OPEH No HVZO2 H5 B IB VLV >94% OPEH NO NVZO3 HS C IB VLV )94% OPEN (40 ,

                                                                                                        '               ~

HVZO4 115 0 IB VLV >94% OPEH No HVZO5 115 A 0 11 'V L V >94% OPEH No , NVZO6 H5 B OB VLV >94% OPEN NO

HVZO7 H5 C OB:VLV )94% OPEN NO' NVZ08 M'S D OB VLV >94% OPEN - No _______ . __ ___ __________

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                                                                                                                                             -a, UNIT 1,PAGE 1 0F 1                        GROUP POINT DISPLAY SERVICES                                                     ../-

_ 1000 GROUP HUMBER: 10 EHERG C.0RE CLG SYS PT,1 (E-PLAN DISPLAY) ALA'RH IS HAS HIGH LOH POINT N0. DESCRIPTION STATE H0H LAST LIMIT LIMIT UNITS NHF01 RHR SYS A FLOH, )0,o00 NONE 00NE GPH NHF02- RHR SYS B FLOW g o, o s o NONE NONE GPM EGA81 DG A PHR O - NONE NOHE HH

                                                                        '             o                                                                          '

EGA82 DG B PHR HONE NONE HH EGA83 DG C PHR D , NONE, NONE HH EGA84 DG D PHR 0 NONE NONE HH ETA 72 P0HER TO SU XFHR 10- S ' NONE HONE HH ETA 73 P0HER TO SU XFHR 20 3 NONE NONE HH llVZ01 HS A IB VLV >94% OPEN No llVZO2 HS B IB VLV >94% OPEN NO HVZO3 HS C IB VLV >94% OPEN NO HVZO4 HS D IB VLV >94% OPEN No , HVZO5 HS A Oil 'V L V >94% OPEN NO , NVZO6 H5 B OB VLV )94% OPEN NO NO'

NVZO7 H5 C OB:VLV >94% OPEN NVZ08 H5 D 08 VLV )94X OPEN - NO

                                                 ~~       -

05.JD5 , y .~. - _ g

l UllI T 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES _ Ro(5

                                                                                                                                             . . . [!-

GROUP HUMBER: 10 EHERG C.0RE ctg SYS PT 1 (E-PLAN DISPLAY) ALA'RH IS HAS HIGH LOH

POINT N0. DESCRIPTION STATE NOH LAST LIMIT LIMIT UNITS HHF01 RNR SYS.,A FLOH. j o, oo t . HONE 00NE GPH HHF02- RNR SYS B FLON 10, o s o .NONE NONE GPM i .

EGA81 DG A PHR O - NONE HONE HH O EGA82 DG B PHR HONE HONE HH EGA83 DG C PHR D

HONE HONE HH EGA84 DG D PHR 0 . HONE NONE HH ETA 72 P0HER TO SU XFHR 10 - 3 NONE NONE HH ETA 73 Poller TO SU XFMR 20 8 NONE NONE HH llVZ01 H5 A IB VLV >94% OPEN No NVZO2 H5 B IB VLV')S4% OPEN NO NVZO3 H5 C IB VLV >99% OPEN (40 ,

IIVZO4 115 D IB VLV >99% OPEN No , ilVZO5 11 5 A 0 15 'V L V >99% OPEN NO , NVZO6 H5 B OB VLV >94% OPEN NO NO' HVZO7 HS C OB:VLV )94% OPEN HVZOS H"5 D OB VLV >94% OPEN - NO .............- ...............

                                                                                 ~~     '-

G 05..JD5 t , 5 . :~ w y .

UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY 5E'RVICES ...D GROUP HUMBER: 10 EHERG C.0RE CLG SYS PT 1 (E-PLAN DISPLAY) HAS HIGH LOH *< ALA'RH IS ~ POINT NO. DESCRIPTION STATE fl0H LAST LIMIT LIMIT UNITS HHF01 RHR SYS.A FLOH. , 10,o0* . NONE 06HE GPM HHF02- - RHR SYS B FLOW 10, a s o NONE NONE GPM 4 O . HONE NONE HH EGA81 DG A PHR. . O EGA82 DG B PHR' NONE HONE HH , EGA83 DG C PHR D ' N O N E, , NONE HH EGA84 DG D PHR 0 NONE NONE HH ETA 72 P0HER TO SU XFHR 10 - 3 NONE NONE HH ETA 73 P0llER'TO SU XFHR 20 3 . NONE NONE HH llVIO1 HS A IB VLV 194% OPEN No NVZO2 HS B IB VLV~)94% OPEN NO HVZO3 H5 C IB VLV )94% OPEN NO , ilVZO4 115 D IB VLV >94% OPEN No - HVZO5 11 5 A 08 'VLV >94% OPEN NO , NVZO6 H5 B OB VLV >94% OPEN NO ' NVZO7 H5 0 08:VLV )94% OPEN No' NVZOS H5 D OB VLV >94X OPEN - NO 05.JD5 i , f .,,v ;. . W

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                                                                                                                                                    -Qf 00 UllI T 1,PAGE 1 0F 1                  GROUP POINT DISPLAY SERVICES                                             . . 7'                           '

GROUP NUMBER: 10 EllERG C. ORE CLG SYS PT 1-(E-PLAN DISPLAY) ALA'RH 15 HAS HIGH LOH POINT NO. DESCRIPTION STATE NOH LAST L IllI T LIMIT UllITS HHF01 RHR SYS.A FLOH. ) 0, 00

HONE AONE GPM HHF02- RHR SYS B FLON 10a00 j

                                                                                                            .H 0!1E                  HONE      GPH DG A PHR                                     O                                            N 0llE                  N0llE EGA81                                                                                                  -

HH

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EGA82 DG B PHR NONE HH EGA83 DG C PHR D , N O N E, liONE HH EGAS4 DG D PHR 0 . HONE NONE HH ETA 72 P0HER TO SU XFHR 10- 3 NONE NONE HH ETA 73 P0llER TO FU XFHR 20 3 NONE NONE HH llVZO! 11 5 A IB VLV >94% OPEN h)o llVZO2 11 5 B IB VLV~)94%~OPEN NO HVZO3 HS C IB VLV >94% OPEN NO , ilVZO4 HS D IB VLV .)94% OPEN No , llVZOE 11 5 A OII 'V LV >94% OPEN NO , NVZO6 H5 B OB VLV >94% OPEN No NO' HVZO7 H5 0 OB:VLV )94% OPEN NVZ08 MS D OB VLV >94% OPEN - NO ___________.,__________________

                                       ~~    '-

05..JD5 ,

5. . : .

                                                            ..                                                                                          u        ,

                                                         ,                                                               lloo UNIT 1,PAGE 1 0F 1                             GROUP POINT DISPLAY 5ERVICES GROUP HUNEER:                  11              ENERG CORE CLG 5Y5 PT 2 (E-PLAN DI5 PLAY)                      ,

ALARN 15 NA5 HIGH LON POINT NO. DE5CRIPTION , 5 TATE NOH LA5T LINIT LINIT UNITS NYZO1 PRE 55 RLF VLV F013J NOT OPEN HYZO2 PRE 55 RLF VLV F013K HOT OPEN NYZO3 PRE 55 RLF VLV F013L NOT OPEN NYZO4 PRE 55 RLF VLV F015H NOT OPEN HYZOS PRE 55 RLF VLV F013H NOT OPEN

            --NYZO6              PRE 55 RLF VLV F013A                                      NOT OPEN HYZO7              PRE 55 RLF VLV FO'13B                                     NOT OPEN NYZO8              PRE 55 RLF VLV F0130                                      NOT OPEN                                .

NYZO9 PRE 55 RLF VLVFb130 ,NOT'OPEN . NYZ10 PRESS RLF VLV F'D13E , NOT OPEN NYZ11 PRESS RLF VLV F013F NOT OPEN HYZ12 PRESS RLF VLV F013G NOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN HYZ14 PRESS RLF VLV F013P HOT OPEN

NYZ15 PRE 55 RLF VLV F013R HOT. OPEN NYZi6 PRESS RLF VLV'F0135 NOT OPEN ' GP505 t . - 1 -

                                                                                       &                                         *Va
                                    ,                                                                              ~

UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES 1R15 GROUP HUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) , ALARN IS NAS HIGH LON PO; INT NO. DESCRIPTION STATE NON LAST LINIT LINIT UN1TS NYZ0i PRESS RLF VLV F013J NOT OPEN NYZO2 PRESS RLF VLV F013K HOT OPEN NYZO3 PRE 55 RLF VLV F013L NOT OPEN HYZO4 PRES 5 RLF V L'V F 012?N NOT OPEN HYZO5 PRESS RLF VLV F013N NOT OPEN

   --NYZO6                                            PRESS RLF VLV F013A                     NOT OPEN                                      -

NYZO7 PRESS RLF VLV FO'13B NOT OPEN NYZOS PRE 55 RLF VLV F013C NOT OPEN . NYZO9 PRESS RLF VLV F~013D , N6T OPEN HYZ10 PRESS RLF VLV FD13E , NOT OPEN NYZ11 PRESS'RLF VLV F013F - NOT OPEN NYZ12 PRESS RLF VLV F013G NOT OPEN NYZ13 PRESS RLF VLV F013H NOT OPEN , NYZ14 PRESS RLF VLV F013P NOT OPEN , NYZ15 PRESS RLF VLV F013R HOT. OPEN NYZi6 PRESS RLF VLV'F0135 NOT OPEN ' , s GP505- ' - 1 -

lQ30 UNIT i,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES GROUP HUMBER: 11 EMERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) , ALARM I5 HAS HI H LOH POINT NO. DE5CRIPTION STATE HON LAST LIM T LIMIT UNITS HYZ0i PRESS RLF VLV F013J NOT OPEN HYZO2 PRESS RLF VLV F013K !!OT OPEN NYZO3 PRESS RLF VLV F013L NOT OPEN HYZO4 PRESS RLF VLV F013'M NOT OPEN NYZO5 PRESS RLF VLV F013N . NOT OPEN

   --NYZO6           PRESS RLF VLV F013A                         NOT OPEN NYZO7        PRE 55 RLF VLV F013B                        NOT OPEN NYZOB        PRESS RLF VLV F0130                         fl0T OPEN                                      ..

IlYZO9 PRE 55 RLF VLV F'013D iNOT OPEN NYZ10 PRESS RLF VLV FD13E , NOT OPEN NYZ11 PRESS RLF VLV F013F NOT OPEN NYZ12 PRESS RLF VLV F013G 110T OPEN - NYZ13 PRESS RLF YLV F013H NOT OPEN HYZ14 PRESS RLF VLV F013P NOT OPEN HYZ15 PRESS RLF VLV F013R NOT. OPEN

                                                                                  ~        .

NYZi6 PRESS RLF VLV' F0135 fl0T OPEN' s s GP505 ,' - t .

                                                                                                          *a...

                                               .                                                                               l245 UNIT 1,PAGE 1 0F 1                        GROUP POINT DISPLAY 5ERVICES l

GROUP HUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) , ALARM 15 HAS HIGH LOH POINT NO. DESCRIPTION , STATE NOH LAST LINIT LINIT UNITS NYZ01 PRE 55 RLF VLV F013J NOT OPEN

NYZO2 PRESS ~ RLF VLV F013K NOT OPEN NYZO3 PRE 55 RLF VLV F013L NOT OPEN HYZO4 PRESS RLF VLV F01?H NOT OPEN NYZO5 PRE 55 RLF VLV F013H NOT OPEN

     --NYZO6              PRE 55 RLF VLV F013A                                     NOT OPEN NYZO7              PRE 55 RLF VLV FO'13B                                    NOT OPEN NYZOS              PRE 55 RLF VLV F0130                                     NOT OPEN                                            .

NYZO9 PRESS RLF VLV Fb13D ,NOT'OPEN . NYZ10 PRESS RLF VLV F'D13E , NOT OPEN NYZ11 PRESS RLF VLV F013F HOT OPEN NYZ12 PRESS RLF VLV F013G NOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN NYZ14 PRESS RLF VLV F013P NOT OPEN

NYZ15 PRESS RLF VLV F013R NOT. OPEN

                                                                                                      ~        .

NYZib PRESS RLF VLV'F0135 NOT OPEN' 4 : .- h

                                                 '                                                                              ~

I3co UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES GROUP HUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) , ALARif 15 NAS HIGH LON POINT NO. DESCRIPTION STATE NOH LA5T LINIT LINIT 'dHITS HYZ0i PRESS RLF VLV F013J NOT OPEN HYZO2 PRE 55 RLF VLV F013K HOT OPEN HYZO3 PRE 55 RLF VLV F013L 110T OPEN NYZO4 PRE 55 RLF VLV F01?M NOT OPEN NYZOS PRE 55 RLF VLV F013N NOT OFEN ,

   --NYZO6               PRE 55 RLF VLV F013A                                      NOT OPEN HYZO7              PRESS RLF VLV FO'13B                                             OPEN NYZOS              PRESS RLF VLV F013C                                       NOT OPEN                                     -

NYZO9 PRESS RLF VLV F'013D , ilOT OPEN HYZ10 PRE 55 RLF VLV FD13E . 0. EH NYZ11 PRESS RLF VLV F013F - NOT OPEN NYZ12 PRE 55 RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013N 1-iO T OPEN , NYZ14 PRESS RLF VLV F013P HOT OPEN , NYZ15 PRESS RLF VLV F013R NOT OPEN

                                                                                                      ~       v NYZi6              PRESS RLF VLV'F0135                                       Il0 T OPEN' s

4:. GP505 ' - ! . kh

13oS UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES GROUP NUNBER: 11 ENERG CORE CLG 5YS PT 2 (E-PLAN DISPLAY) , ALARN IS HA5 HIGH LON POINT NO. DESCRIPTION STATE HON LAST LINIT LINIT UNITS HYZO! PRE 55 RLF VLV F013J NOT OPEN NYZO2 PRE 55 RLF VLV F013K HOT OPEN NYZO3 PRE 55 RLF VLV F013L NOT OPEN HYZO4 PRE 55 RLF VLV F0i?N NOT OPEH NYZO5 PRE 55 RLF VLV F013H NOT OPEN

  --NYZO6                                    PRESS RLF VLV F013A  ,

HOT OPEN NYZO7 PRE 55 RLF VLV F013B NOT OPEN NYZOS PRESS RLF VLV F0130 HOT OPEN .. NYZO9 PRE 55 RLF VLV F'0130 ' HOT OPEN HYZ10 PRESS RLF VLV FD13E . NOT OPEN HYZ11 PRESS RLF VLV F013F HOT OPEN HYZ12 PRE 55 RLF VLV F013G NOT OPEN - NYZ13 PRE 55 RLF VLV F013H NOT OPEN HYZ14 PRESS RLF VL.V F013P NOT OPEN MYZ15 PRE 55 RLF VLV F013R NOT. OPEN

                                                                                                                            ~          .

NYZi6 PRE 55 RLF VLV'F0135 HOT OPEN ' , s GP505 ' - ! . Ox

                                                                                          ?                                                               A

                                                                                                                                                '31o UNIT 1,PAGE 1 0F i                              GROUP POINT DISPLAY SERVICES GROUP NUMBER:                      11           ENERG CORE CLG 5YS PT 2 (E-PLAN DISPLAY)                     ,

ALARN 15 NA5 HIGH LON POINT N O. DESCRIPTION , STATE NOH LAST LINIT LINIT UNITS NYZOi PRESS RLF VLV F013J NOT OPEN HYZO2 PRE 55 RLF VLV F013K HOT OPEN NYZO3 PRESS RLF VLV F013L NOT OPEN

     .                        NYZO4            PRESS RLF VLV F013'N                                   HOT OPEN NYZO5             PRE 55 RLF VLV F013N                                   NOT OPEN
                           --NYZO6             PRESS RLF VLV F013A                                    NOT OPEN NYZO7            PRESS RLF VLV FO'13B                                   NOT OPEN NYZO8            PRESS RLF VLV F0130                                    NOT OPEN                     .

NYZO9 PRE 55 RLF VLV F013D ,NOT'0 PEN . NYZ10 PRE 55 RLF VLV FD13E , NOT OPEN HYZ11 - PRE 55 RLF VLV F013F NOT OPEN NYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN NYZ14 PRESS RLF VLV F013P HOT OPEN NYZ15 PRE 55 RLF VLV F013R NOT. OPEN

                                                                                                                     ~           .

NYZi6 PRESS RLF VLV'F0135 NOT OPEN ' , GP505 ' -

                                                                                                                          -    1   -

UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES I3is GROUP HUMBER: 11 EHERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) . ALARM 15 HAS HIGH LOH POINT NO. DESCRIPTION STATE NON LAST LIMIT LIMIT UNIT 5 NYZO1 PRE 55.RLF VLV F013J NOT OPEN HYZO2 PRESS RLF VLV F013K HOT OPEN HYZO3 PRESS RLF VLV F013L NOT OPEN HYZO4 PRE 55 RLF VLV F013*H NOT OPEN NYZO5 PRE 55 RLF VLV F013H NOT OFEN

                 --NYZO6                                     PRESS RLF VLV F013A                                        HOT OPEH NYZO7             PRESS RLF VLV FO'13B                                       NOT OPEN NYZOS             PRE 55 RLF VLV F013C                                       NOT OPEN                               .

NYZO9 PRESS RLF VLV F~013D , NOT OPEN NYZ10 PRESS RLF VLV FD13E . NOT 9 PEN NYZ11 PRESS RLF VLV F013F - HOT OPEN HYZ12 PRESS RLF VLV F013G NOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN , NYZ14 PRE 55 RLF VLV F013P NOT OPEN , NYZ15 PRE 55 RLF VLV F013R HOT OPEN

NYZi6 PRE 55 RLF VLV'F0135 NOT OPEN ' z v., GP505 t - I .

1330 UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES GROUP NUNBER: 11 ENERG CORE CLG SY5 PT 2 (E-PLAN DI5 PLAY) , ALARM IS NAS HIGH LON POINT NO. DESCRIPTION 5 TATE NON LAST LINIT LIMIT UNITS

                           . NYZ0i        PRESS RLF VLV           F013J                NOT OPEN NYZO2        PRE 55 RLF VLV          F013K                NOT OPEN NYZO3        PRESS RLF VLV           F013L                NOT OPEN NYZO4        PRE 55 RLF VLV          F01?H                NOT OPEN NYZOS        PRE 55 RLF VLV          F013H                NOT OPEN
                           --NYZO6        PRESS RLF VLV           F013A                NOT OPEN NYZO7        PRE 55 RLF VLV          F013B                NOT OPEN NYZOS        PRE 55 RLF VLV          F013C                NOT OPEN                                        .

NYZO9 PRE 55 RLF VLV F'013D ' HOT OPEN NYZ10 PRE 55 RLF VLY FD13E . NOT OPEN NYZii PRESS RLF VLV F013F HOT OPEN HYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN . NYZ14 PRESS RLF VLV F013P NOT OPEN HYZ15 PRESS RLF VLV F013R NOT OPEN NYZ16 PRESS RLF VLV'F0135 NOT OPEN' , s I GP505 e t - S

m. .T ,

UNIT i,PAGE 1 0F 1 GROUP POINT DISPLAY 5ERVICES 12 W GROUP HbHBER: 11 EHERG CDRE CLG 5YS PT 2 (E-PLAN D?5 PLAY) , ALARM 15 HAS HIGH LOH POINT NO. DE50RIPTION , STATE NOH LAST LIMIT LIMIT UNIT 5 NYZ0i PRE 55 RLF VLV F013J NOT OPEN NYZO2 PRE 55 RLF VLV F013K NOT OPEN NYZO3 FRE55 RLF VLV F013L NOT OPEH NYZO4 PRESS RLF VLV F013'M NOT OPEN HYZO5 PRE 55 RLF VLV F013N HOT OPEH

    --NYZO6            PRESS RLF VLV F013A                                    HOT OPEN NYZO7            PRESS RLF VLV FO'13B                                   NOT OPEN NYZOB            PRE 55 RLF VLV F013C                                    NOT OPEN                                     .

HYZO9 PRE 55 RLF VLV Fb13D ,NOT'0 PEN . NYZ10 PRESS RLF'VLV FD13E . NOT OPEN NYZ11 PRESS RLF VLV F013F HOT OPEN NYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN NYZ14 PRESS RLF VLV F013P NOT OPEN NYZ15 PRESS RLF VLV F013R HOT OPEN

                                                                                             ~          .

NYZi6 PRESS RLF VLV'F0135 NOT OPEN ' GP505 ' t e 9

UNIT 1,PAGE i 0F i GROUP POINT DISPLAY SERVICES GROUP HUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) , ALARN IS HAS HIGH LON POINT NO. DESCRIPTION STATE NON LAST LINIT LINIT UNITS NYZ01 PRESS RLF VLV F013J NOT OPEN NYZO2 PRE 55 RLF VLV F013K NOT OPEN NYZO3 PRESS RLF VLV F013L NOT OPEN NYZO4 PRESS RLF VLV F013'N NOT OPEN HYZO5 PRE 55 RLF VLV F013N HOT OFEN

                        --NYZO6                 PRE 55 RLF VLV F013A                                     NOT OPEN HYZO7              PRESS RLF VLV FO"13B                                     NOT OPEN NYZOS              PRESS RLF VLV F0130                                      NOT OPEN                           -

NYZO3 PRESS RLF VLV F013D , NOT OPEN HYZ10 PRESS RLF VLV FD13E , NOT OPEN HYZii PRE 55 RLF VLV F013F - NOT OPEN HYZ12 PRESS RLF VLV F013G NOT OPEN NYZ13 PRESS RLF VLV F013H NOT OPEN NYZ14 PRESS RLF VLV F013P HOT OPEN . NYZ15 PRESS RLF VLV F013R HOT OPEN

                                                                                                                       ~      v NYZi6              PRE 55 RLF VLV'F0135                                     NOT OPEN' s
                                                               , v .,

GP505 i . l .

I$ IS UNIT i,PAGE 1 0F 1 GROUP P O IllT ()ISPLAY SERVICES GROUP NUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) , ALARM IS NAS HIGH LON POINT N O. DESCRIPTION STATE NON LAST LINIT LINIT UNITS NYZ0i PRESS RLF VLV F013J NOT OPEN NYZO2 PRESS RLF VLV F013K HOT OPEN llYZO3 PRE 55 RLF VLV F013L NOT OPEN NYZO4 PRES 5 RLF VLV F013N NOT OPEN NYZO5 PRE 55 RLF VLV F 013tl NOT OPEN

     -NYZO6                                                           PRE 55 RLF VLV F013A
                                                                                                              .                 Il0T OPEN NYZO7                                                           PRESS RLF VLV F013B                                      NOT OPEN
   ~

NYZOB PRE 55 RLF VLV F0130 NOT OPEN ..

NYZO9 PRESS RLF VLV F'013D ,NOT OPEN NYZ10 PRESS RLF VLV FD13E , NOT OPEN NYZ11 PRESS RLF VLV F013F , NOT OPEN HYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN HYZ14 PRESS RLF VLV F013P NOT OPEN NYZ15 PRESS RLF VLV F013R NOT OPEN

NYZi6 PRESS RLF VLV'F0135 NOT OPEN-s l GP505 ' l

S. -

                                                    .                                                                              USD UNIT i,PAGE 1 0F 1                          GROUP POINT DISPLAY SERVICES GROUP HUNBER:                 11            ENERG CORE CLG 5YS PT 2 (E-PLAN DISPLAY)                                    ,

ALARN IS HAS HIGH LOH P O IllT NO. DESCRIPTI0tt , STATE NON LAST LINIT LINIT UNITS HYZ0i PRESS RLF VLV F013J NOT OPEN , NYZO'2 PRESS RLF VLV F013K HOT OP Eli HYZO3 PRESS RLF VLV F013L NOT OPEN NYZO4 PRES 5 RLF VLV F.013*H 110T OPEN llYZOS PRESS RLF VLV F013ft NOT OPEN

        --NYZO6               PRESS RLF VLV F013A                                        ilOT OPEN NYZO7              PRESS RLF V.LV FO'13B                                      NOT OPEN NYZO8              PRESS RLF VLV F0130                                        fl0T OPEN                                             .

IlYZO 9 PRES 3 RLF VLV F'013D ,NOT'OPEN . NYZ10 PRESS RLF VLV FD13E , NOT OPEN HYZ11 PRESS RLF VLV F013F NOT OPEN NYZ12 PRESS RLF VLV F013G 110T OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN NYZ14 PRESS RLF VLV F013P NOT OPEN NYZ15 PRESS RLF VLV F013R HOT OPEN

                                                                                                         ~              ,

NYZi6 PRESS RLF VLV'F0135 110 T OPEN' , GP505 ' em

                                                                                                              -       1      -
                                                                                                                           ~

1445 UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES - GROUP NUNBER: 11 ENERG CORE CLG 5Y5 PT 2 (E-PLAN DISPLAY) , ALARM 15 NA5 HIGH LON POINT NO. DE5CRIPTION STATE NOH LA5T LINIT LINIT UNIT 5 NYZO1 PRE 55 RLF VLV F013J NOT OPEN HYZO2 PRE 55 RLF VLV F013K HOT OPEN HYZO3 FRE55 RLF VLV F013L NOT OPEN HYZO4 PRE 55 RLF VLV F013'N HOT OPEli HYZO5 PRE 55 RLF VLV F013N HOT OFEH

  --NYZO6               PRE 55 RLF VLV F013A                                      HOT OPEN HYZO7              PRE 55 RLF VLV FO'13B                                     NOT OPEN NYZOS              PRE 55 RLF VLV F0130                                      NOT OPEN                                          .

NYZOS PRESS RLF VLV F013D ,NOT OPEN HYZ10 PRESS RLF VLV FD13E . NOT OPEN HYZ11 PRE 55 RLF VLV F013F - NOT OPEN HYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H IIOT OPEN HYZ14 PRESS RLF VLV F013P NOT OPEN , NYZ15 PRESS RLF VLV F013R HOT OPEN

                                                                                                 ~       ,

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1500 UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY 5ERVICES GROUP NUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) . ALARN IS NAS HIGH -LON . POINT N O. DESCRIPTION STATE NON LAST LINIT 'LINIT 53 NITS _ NYZ0i PRESS RLF VLV rO13J , NOT OPEN NYZO2 PRE 55 RLF VLV F013K NOT OP Eli NYZO3 PRE 55 RLF VLV F013L NOT OPEN HYZO4 PRESS RLF VLV F012)H NOT OPEN HYZO5 PRE 55 RLF VLV F01311 NOT OPEN.

                             -NYZO6                                     PRESS RLF VLV F013A                      NOT OPEN NYZO7                                    PRE 55 RLF VLV F013B                     NOT OPEN NYZO8                                    PRESS RLF VLV F0130                      fl0T O P Eli                                    --

NYZO9 PRE 55 RLF VLV F0130 ,NOT OPEN NYZ10 PRESS RLF VLV F'D13E , NOT OPEN NYZ11 PRESS RLF VLV F013F NOT OPEN NYZ12 PRESS RLF VLV F013G NOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN NYZ14 PRESS RLF VLV F013P HOT OPEN HYZ15 PRESS.RLF ~VLV F013R NOT. OPEN

NYZi6 PRESS RLF VLV'F0135 NOT OPEN' s GP505 t - 1 -

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I!5LIEi UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY 5ERVICES GROUP NUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) , ALARN IS NAS HIGH LON POINT NO. DE5CRIPTION , STATE NON LAST LINIT LINIT UNIT 5 NYZ0i PRESS RLF VLV F013J NOT OPEN NYZO2 PRE 55 RLF VLV F013K HOT OPEN HYZO3 PRESS RLF VLV F013L NOT OPEN HYZO4 PRE 55 RLF VLV F0i?H NOT OPEN NYZO5 PRE 55 RLF VLV F013H NOT OPEN

               --NYZO6             PRESS RLF VLV F013A                                       NOT OPEN HYZO7             PRE 55 RLF VLV FO'13B                                     NOT OPEN NYZO8             PRESS RLF VLV F0130                                       NOT OPEN                                      .

NYZO9 PRESS RLF VLV Fb13D ,

                                                                                          .NOT'0 PEN              .

NYZ10 PRESS RLF VLV FD13E , NOT OPEN NYZ11 PRESS RLF VLV F013F NOT OPEN NYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 ?RE55 RLF VLV F013H NOT OPEN HYZ14 PRESS RLF VLV F013P HOT OPEN NYZ15 PRESS RLF VLV F013R NOT OPEN

                                                                                                           ~          .

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1530 UllIT 1,PAGE i 0F 1 GROUP PO!!1T DISPLAY SERVICES GROUP HUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) , ALARN IS NAS HIGH LON POINT NO. DESCRIPTION 5 TATE NON LAST LINIT LINIT UNITS tlYZ0i PRESS RLF VLV F013J NOT OPEN NYZO2 PRE 55 RLF VLV F013K NOT OPEN NYZO3 PRE 55 RLF VLV FOi3L NOT OPEN NYZO4 PRE 55 RLF VLV F01:+N NOT OPEN NYZO5 PRESS RLF VLV F013N NOT OPEN

                                 --- N Y Z O 6                                                          PRE 55 RLF VLV F013A                                                    NOT OPEN NYZO7                                                             PRE 55 RLF VLV FO'13B                                                   NOT OPEN HYZOS                                                             PRESS RLF'VLV F013C                                                     NOT OPEN                                                                       .

NYZO9 PRE 55 RLF VLV F'013D ,NOT OPEN NYZ10 PRE 55 RLF VLV FD13E , NOT OPEN NYZ11 PRESS RLF VLV F013F - NOT OPEN NYZ12 PRE 55 RLF ULV F013G NOT OPEN - NYZ13 PRESS RLF VLV F013H IIOT OPEN NYZ19 PRESS RLF VLV F013P HOT OPEN NYZ15 PRESS RLF VLV F013R NOT OPEN

                                                                                                                                                                                                                   ~                         ,

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IS45 UNIT 1,PAGE 1 0F i GROUP POINT DISPLAY SERVICE 5 GROUP NUMBER: 11 ENERG CORE CLG 5Y5 PT 2 (E-PLAN DI5 PLAY) , ALARif IS NA5 HIGH LON POINT NO. DESCRIPTION STATE NON LA5T LI!!!T LINIT UNITS NYZ0i PRE 55 RLF VLV F013J NOT OPEN HYZO2 PRESS RLF VLV F013K NOT OPEN HYZO3 PRE 55 RLF VLV F013L NOT OPEN llYZO4 PRE 55 RLF VLV F013*H NOT OPEN 4 NYZOS PRE 55 RLF VLV F 013 tl NOT OPEN

     --NYZO6               PRESS RLF VLV F013A                                        fl0T OPEN NYZO7              PRE 55 RLF VLV F013B                                       NOT OPEN NYZOS              PRE 55 RLF VLV F0130                                       !!OT OPEN                                       --
       'NYZO9              PRE 55 RLF VLV F'013D                                  ,   NOT OPEN NYZ10              PRESS RLF VLV FD13E                           .            NOT OPEN NYZ11              PRESS RLF VLV F013F                               ,

110T OPEN NYZ12 PRE 55 RLF VLV F013G HOT OPEN - N Y Z 13. PRE 55 RLF VLV F013H 110T OPEN NYZ19 PRESS RLF VLV F013P HOT OPEN HYZ15 PRE 55 RLF VLV F013R NOT OP Ell

                                                                                                      ~            .

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l . 1 L . /600 UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES l GROUP-NUMBER: 11 EHERG CORE CLG 5YS PT 2 (E-PLAN DISPLAY) - l ALARH IS NAS HIGH LON l POINT N O. DE50RIPTION , STATE NON LAST LIMIT LIMIT UNITS HYZ0i PRE 55 RLF VLV F013J NOT OPEN HYZO2 PRE 55 RLF VLV F013K NOT OPEN NYZO3 PRE 55 RLF VLV F013L NOT OPEN NYZO4 PRESS RLF VLV F013H NOT OPEN HYZO5 PRE 55 RLF VLV F 013fl NOT OPEN

     -NYZO6               PRE 55 RLF ULV F013A                                     NOT OPEN HYZO7              PRE 55 RLF VLV FO'13B                                    NOT OPEN NYZOS              PRE 55 RLF VLV F013C                                     NOT OPEN                                           .

NYZO9 PRE 55 RLFVLVTb13D ,NOT'OPEN . NYZ10 PRE 55 RLF VLV FD13E . NOT OPEN NYZ11 PRESS RLF VLV F013F- HOT OPEN HYZ12 PRE 55 RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN NYZ14 -PRE 55 RLF VLV F013P HOT OPEN NYZ15 PRESS RLF VLV F013R NOT OPEN

NYZi6 PRESS RLF VLV'F0135 HOT OPEN' 4: _ . GP505 * .

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                                                              .                                                                 I6(S UllI T 1 , P. A G E 1 0F 1                                 GROUP P O IllT DISPLAY SERVICES GROUP HUMBER:                                      11      ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY)                    ,

ALARN IS HAS HIGH LON POINT NO. DESCRIPTION STATE NOH LAST LINIT LINIT UNITS NYZOi PRESS RLF VLV F013J NOT OPEN NYZO2 PRESS RLF.VLV F013K HOT OPEN NYZO3 PRE 55 RLF VLV F013L NOT OPEN NYZO4 PRE 55 RLF VLV rO13H NOT OPEN NYZO5 PRE 55 RLF VLV FO i 3 tl NOT OP Ell

   --NYZO6               PRESS RLF VLV F013A                                            NOT OPEN HYZO7                PRE 55 RLF VLV FO'13B                                         NOT O P Ell NYZO8                PRESS RLF.VLV F0130 fl0T OPEN                                  .

NYZO9 PRESS RLF VLV F'013D ,NOT OPEN NYZ10 PRESS RLF VLy FD13E . NOT OPEN HYZ11 PRESS'RLF VLV F013F - NOT OPEN HYZ12 PRESS RLF VLV F013G 110 T OPEN - NYZ13~ PRESS RLF VLV F013H NOT OPEN HYZ14 PRE 55 RLF VLV F013P NOT OPEN , NYZ15 PRESS RLF VLV F013R HOT OPEN

                                                                                                         ~         v NYZi6                PRESS RLF VLV'F01?S                                           NOT OPEN '

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                                                                                                                                                          .       /630 UNIT 1,PAGE 1 0F 1                                   GROUP POINT DISPLAY SERVICES GROUP NUNBER:                               11       ENERG CORE CLG 5Y5 PT 2 (E-PLAN DI5 PLAY)                        ,

ALARH IS HAS HIGH LON POINT NO. DE5CRIPTION STATE' NOH LAST LINIT LINIT UllITS HYZOi. PRE 5S RLF VLV F013J NOT OPEN llYZO2 PRE 55 RLF VLV F013K HOT OPEN NYZO3 PRE 55 RLF VLV F013L NOT OPEN HYZO4 PRE 55 RLF VLV F013'N NOT OPEN NYZO5 PRE 55 RLF VLV F013N NOT OPEN

            -NYZO6                                             PRE 55 RLF VLV F013A                                     HOT OPEN NYZO7                 PRE 55 RLF VLV F013B                                      NOT OPEN HYZOS                PRE 55 RLF VLV F0130                                      NOT OPEN                                      --

HYZO9 PRE 55 RLF VLV F013D .NOT OPEN NYZ10 PRESS RLF VLV FD13E , NOT OPEN NYZ11 PRES 5 RLF VLV F013F NOT OPEN NYZ12 PRESS RLF VLV F013G 110T OPEN - NYZ13 FRE55 RLF VLV F013H NOT OPEN NYZ14 PRESS RLF VLU F013P HOT OPEN HYZ15 PRE 55 RLF VLV F013R NOT. OPEN s IlYZ16 PRE 55 RLF VLV'F0135 NOT OPEN ' s a GP505 5 - I .

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[h UNIT 1,PAGE 1 0F 1 GROUP P O IllT DISPLAY SERVICES GROUP HUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) , A L A R11 15 NAS HIGH LON POINT NO. DESCRIPTIOli , STATE NON LAST LINIT LINIT WHITS HYZ01 PRE 55 RLF VLV F013J NOT O P Ell NYZO2 PRE 55 RLF VLV F013K HOT OPEN HYZO3 PRE 55 RLF VLV F013L NOT OPEN HYZO4 PRESS RLF VLV F013>H NOT OPEN tlYZO5 PRE 55 RLF VLV F 013 tl NOT OPEN

                    -ilYZO6                                              PRE 55 RLF VLV F013A                     NOT OPEN HYZO7                         PRE 55 RLF VLV FO'13B                     NOT OPEN NYZOS                        PRE 55 RLF VLV F013C                      NOT OPEN                                               -

NYZO9 PRE 55 RLF-VLV F~013D , NOT OPEN . NYZ10 PRESS RLF VLV FD13E , NOT OPEN HYZ11 PRE 55 RLF VLV F013F NOT OPEN NYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN NYZ14 PRESS RLF VLV F013P HOT OPEN NYZ15 PRESS RLF VLV F013R NOT O P Ell

HYZi6 PRES 5 RLF VLV'F0135 NOT OPEN ' z-v GP505 t .

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UNIT 1,PAGE 1 0F 1 [ 00 GROUP POINT DI5 PLAY SERVICES

        ' GROUP NUNBER:                 11           ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY)                        ,

ALARN IS NAS HIGH LON POINT NO. DESCRIPTION STATE HON LAST LINIT LINIT UNITS NYZ0i PRESS RLF VLV F013J NOT OPEN NYZO2 PRES 5 RLF VLV FOi3K NOT OPEN NYZO3 PRESS RLF VLV F013L NOT OPEN NYZO4 PRESS RLF VLV F012?N NOT OPEN NYZO5 PRESS RLF VLV F013N HOT OFEN

      --NYZO6                PRESS RLF ULV F013A                                      NOT OPEN NYZO7               PRESS RLF VLV FO'13B                                     NOT OPEN NYZOB               PRESS'RLF VLV F0130                                      NOT OPEN                                -

NYZO9 PRESS RLF VLV F'013D ,NOT OPEN NYZ10 PRESS RLF VLV FD13E . NOT OPEN NYZ11 PRESS RLF VLV F013F - NOT OPEN NYZ12 . PRESS RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H tiOT OPEN , NYZ14 PRESS RLF VLV F013P HOT OPEN , NYZ15 PRESS RLF VLV F013R HOT OPEN NYZi6 PRESS RLF'VLV'F0135 NOT OPEN' s s GP505 -' . 1 .

1 I - J915i UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES GROUP NUNBER: 11 ENERG CORE OLG SYS PT 2 (E-PLAN DI5 PLAY) , ALARN IS NA5 HIGH LON POINT NO. DESCRIPTION STATE NON LAST LINIT LINIT UNITS NYZ0i PRESS RLF VLV F013J NOT OPEN HYZO2 PRE 55 RLF VLV F013K HOT OPEN HYZO3 PRESS RLF VLV F013L NOT OPEN NYZO4 PRESS RLF VLV F01?H NOT OPEN NYZO5 PRESS RLF VLV F013H NOT OPEN

     --NYZO6           PRESS RLF VLV F013A                                                                            -     NOT OPEN HYZO7          PRESS RLF VLV F013B                                                                                  NOT OPEN NYZO8          PRESS RLF VLV F0130                                                                                  NOT OPEN                                                         ..

NYZO9 PRESS RLF VLV F013D ,NOT OPEN NYZ10 PRESS RLF VLV FD13E . NOT OPEN NYZ11 PRESS RLF VLV F013F , NOT OPEN NYZ12 PRESS RLF VLV F013G NOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN NYZ19 PRESS RLF VLV F013P NOT OPEN

       'HYZ15          PRESS'RLF VLV F013R                                                                                  HOT. OPEN
                                                                                                                                                          ~         .

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UNIT 1,PAGE 1 0F i

                                                              .                                                                             /93o GROUP POINT DISPLAY SERVICES GROUP NUMBER:                  11          ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY)                                .

ALARN IS HAS HIGH LON POINT NO. DESCRIPTION , STATE NON LAST LINIT LINIT UNITS HYZOi PRE 5S RLF VLU F013J , NOT OPEN NYZO2 PRESS RLF VLV F013K HOT OPEN NYZO3 PRE 55 RLF VLV F013L NOT OPEN NYZO4 PRESS RLF VLV F01?N NOT OPEN NYZOS PRESS RLF VLV F013N NOT CPEN

                   --NYZO6              PRESS RLF ULV F013A                                        NOT OPEN NYZO7              PRESS RLF VLV FO'13B                                       NOT OPEN NYZOS              PRESS RLF VLV F013C                                        NOT OPEN                                       .

NYZO9 PRE 55 RLF VLV Fb13D ,

                                                                                               ,   NOT'0 PEN             .

NYZ10 PRESS RL'F VLV F'D13E . NOT OPEN NYZii PRESS RLF VLV F013F HOT OPEN HYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN HYZ14 PRESS RLF VLV F013P NOT OPEN NYZ15 . PRESS RLF VLV F013R .NtTT OPEN

                                                                                                                  ~          .

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UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SE.RVICES

                                                                                                                                                   /745 GROUP NUMBER:                                 11        EMERG CORE CLG SYS PT 2 (E-PLAN DISPLAY)                 ,

ALARN IS 11 A S HIGH LON POINT NO. DESCRIPTION STATE NOH LAST LIMIT LIMIT UNITS HYZ0i PRESS RLF VLV F013J NOT OPEN NYZO2 PRESS RLF VLV F013K HOT OPEN NYZO3 PRESS RLF VLV F013L NOT OPEN HYZO4 PRESS RLF VLV F 01:+H NOT OPEN HYZO5 PRESS RLF VLV F013N NOT OPEN

             -NYZO6                             PRESS RLF~VLV F013A                                        NOT OPEN NYZO7             PRESS RLF VLV FO'13B                                        NOT OPEN
           ~

NYZOS PRESS RLF VLV F013C NOT OPEN . NYZO9 PRE 55 RLF VLV F'013D ,NOT OPEN HYZ10 PRESS RLF VLV F'0 1 3 E , NOT OPEN NYZ11 PRESS RLF VLV F013F - N6T OPEN NYZ12 PRESS RLF VLV F013G NOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN , NYZ14 PRESS RLF VLV F013P NOT OPEN , NYZ15 PRESS RLF VLV FOi3R NOT. OPEN

NYZi6 PRESS RLF VLV'F0135 NOT OPEN ' , a

                                                                               *- v.

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UNIT 1,PAGE 1 0F 1 GROUP POINT DI5 PLAY SERVICES'

                                                                                                                                      /f00 GROUP HUHBER:                                         11         EMERG CORE OLG SYS PT 2 (E-PLAN DISPLAY)                  ,

ALARN 15 NAS HIGH LOH POINT NO. DESCRIPTION STATE NOH LAST LIMIT LIMIT UNITS HYZ0i PRESS RLF VLV F013J NOT OPEN NYZO2 PRE 55 RLF VLV F013K HOT OPEH HYZO3 PRE 55 RLF VLV F013L NOT OPEN NYZO4 PRE 55 RLF VLV F0i?H NOT OPEN NYZO5 PRE 55 RLF VLV F013N HOT OFEN

   --NYZO6                                          PRE 55 RLF VLV F013A                   HOT UPEN HYZO7                                          PRE 5S RLF VLV FO'13B                   HOT OPEN NYZOS                                          PRE 55 RLF VLV F0130                    NOT OPEN                                      -.

NYZO9 PRESS RLF VLV F~0 1 3 D , HOT OPEN NYZ10 PRE 55 RLF VLV E'D13E . NOT OPEN HYZ11 PRE 55 RLF VLV F013F , NOT OPEH NYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN NYZ14 PRESS RLF VLV F013P HOT OPEN NYZ15 PRESS RLF VLV F013R NOT. OPEN

                                                                                                           ~        .

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UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES

                                                                                                                                                            /515 GROUP HUNBER:                11                             ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY)                                          ,

ALARN IS NAS HIGH LON POINT NO. DESCRIPTION , STATE HON LAST LINIT LINIT UNITS

       .HYZ0i       PRESS RLF VLV F013J                                                                      NOT OPEN NYZO2       PRESS RLF VLV F013K                                                                      HOT OPEN NYZO3       PRESS RLF VLV F013L                                                                      NOT OPEN NYZO4       PRES 5 RLF VLV F01?N                                                                     NOT OPEN HYZO5       PRE 55 RLF VLV F013H                                                                     NOT OPEN
     --NYZO6        PRESS RLF VLV F013A                                                                      NOT OPEN NYZO7       PRESS RLF VLV FO'13B                                                                     NOT OPEN
   ~

NYZO8 PRES 5 RLF VLV F013C NOT OPEN . NYZO9 PRE 55 RLF VLV Fb13D ,NOT'0 PEN . NYZ10 PRESS RLF VLV FD13E . NOT OPEN NYZ11 PRESS RLF VLV F013F NOT OPEN HYZ12 PRESS RLF VLV F013G NOT OPEN~ - NYZ13 PRESS RLF VLV F013H NOT OPEN HYZ14 PRESS.RLF VLV F013P HOT OPEN NYZ15 PRESS RLF VLV F013R NOT. OPEN

                                                                                  -                                         ~

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                                                                                             .                                                                           1130 UNIT i , P. A G E i 0F i                        GROUP POINT DISPLAY SERVICES GROUP HUMBER:                          11       ENERG CORE CLG SYS PT 2 (E-PLAN DI5 PLAY)                             ,

ALARN 15 ll A S HIGH LON FOINT NO. DESCRIPTION STATE NOH LAST LINIT LINIT UNITS NYZ0i PRESS RLF VLV FOi3J NOT OPEN HYZO2 PRE.55 RLF VLV F013K HOT OP Eli NYZO3 PRESS RLF VLV F013L tt0T OPEN NYZO4 PRE 55 RLF VLV F012rN NOT OPEN NYZO5 PRE 55 RLF VLV F 013tl NOT OPEN

                                             --NYZO6           PRESS RLF VLV F013A                                    fl0 T OPEN NYZO7           PRE 55 RLF VLV FO'13B                                  NOT OPEN NYZOS           PRE 55 RLF VLV F0130                                   NOT O P Ell                                             -

NYZO9 PRE 55 RLF VLV F'013D , 110T OPEN HYZ10 PRESS RLF VLV FD13E , NOT OPEN HYZ11 PRESS RLF VLV F013F HOT OPEN NYZ12 PRE 55 RLF VLY FOi3G l10 T OPEN - NYZ13 PRE 55 RLF VLV F013H liOT OPEN , ilYZ14 PRE 55 RLF VLV'F013P HOT OPEN NYZ15 PRESS RLF VLV F013R NOT. OPEN

                                                                                                                                          ~        -

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Jg45 UNIT i,PAGE 1 0F 1 GROUP POINT DISPLAY SE.RVICES GROUP HUMBER: 11 E !! E R G CORE CLG SYS PT 2 (E-PLAN DISPLAY) , ALARH IS HAS HIGH LOH POINT HO. DESCRIPTION STATE HOH LAST LIMIT LIMIT UNITS flYZ01 PRESS RLF VLV F013J NOT OPEN NYZO2 PRES 5 RLF VLV F013K HOT OPEN NYZO3 PRESS RLF VLV F013L NOT OPEN N Y Z O 51 PRESS RLF VLV F013'M NOT OPEH NYZO5 PRE 55 RLF VLV F013H HOT OPEN,

  -NYZO6                                      PRESS RLF VLV F013A                                   .      NOT OPEN HYZO7            PRE 55 RLF VLV F013B                                         NOT OPEN NYZOS            PRE 55 RLF VLV F013C                                         N'O T OPEN                             ..

NYZO3 PRE 55 RLF VLV F'013D > HOT OPEN NYZ10 PRE 55 RLF VLV FD13E , NOT OPEN HYZ11 PRESS RLF VLV F013F , 110T OPEN NYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H HOT OPEN HYZ14 PRESS RLF VLV F013P HOT OPEN HYZ15 PRESS RLF VLV F013R NOT OPEN s NYZ16 PRESS RLF VLV'F0135 NOT OPEN ' s GP505 f. . ! . 3

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UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES GROUP NUMBER: 11 EHERG CORE CLG 5YS PT 2 (E-PLAN DI5 PLAY) , ALARH IS HAS HIGH LOH POINT NO. DESCRIPTION , 5 TATE NON l. AS T LIMIT LIMIT UNITS HYZ0i PRESS RLF VLV F013J HOT OPEN HYZO2 PRE 55 RLF ULV F013K NOT OPEN HYZO3 PRE 55 RLF VLV F013L NOT OPEN NYZO4 PRE 55 RLF VLV F013H NOT OPEN HYZO5 PRE 55 RLF VLV F013H NOT OPEN

              --NYZO6                                PRE 55 RLF VLV F013A                             NOT OPEH NYZO7          PRESS RLF VLV FO'13B                             NOT OPEN NYZOS          PRESS RLF VLV F0130                              NOT OPEN                                                       .

NYZO9 PRE 55 RLF VLV Fb13D , NOT'0 PEN . NYZ10 PRE 55 RLF VLV F'D 13 E . NOT OPEN NYZii PRESS RLF VLV F013F NOT OPEN NYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 PRE 55 RLF VLV F013H NOT OPEN HYZ14 PRESS RLF VLV F013P NOT OPEN NYZ15 PRESS RLF VLV F013R HOT. OPEN

                                                                                                                           ~.                 .

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(9/5? UNIT 1,PAGE i 0F 1 GROUP POINT DISPLAY SERVICES GROUP NUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) , ALARN IS NAS HIGH LON POINT NO. DESCRIPTION STATE NON LAST LINIT LINIT UNITS NYZ0i PRESS RLF VLV F013J NOT OPEN NYZO2 PRESS RLF VLV F013K NOT OPEN NYZO3 PRESS RLF VLV F013L NOT OPEN . NYZO4 PRE 55 RLF VLV F01?N NOT OPEN NYZO5 PRE 55 RLF VLV F013N HOT OPEN

   --NYZO6                            PRESS RLF VLV F013A                       NOT OPEN NYZO7                            PRE 55 RLF VLV FO'13B                     NOT OPEN NYZO8                            PRESS RLF VLV F013C                       NOT OPEN                               .

NYZO9 PRESS RLF VLV F013D , NOT OPEN NYZ10 PRESS RLF VLV FD13E , NOT OPEN HYZ11 PRESS RLF VLV F013F - NOT OPEN NYZ12 PRESS RLF VLV F013G HOT OPEN - NYZ13 PRESS RLF VLV F013H IIOT OPEN , NYZ14 PRESS RLF VLV F013P NOT OPEN , NYZ15 PRESS RLF VLV F013R HOT. OPEN NYZi6 PRESS RLF VLV'F0135 NOT OPEN' s u .- z GP505 i . 1 -

                                                                                                                                     /730 UNIT i,PAGE 1 0F 1                                                 GROUP POINT DISPLAY 5ERVICES GROUP NUMBER:                                       11             EMERG CORE CLG SYS PT 2 (E-PLAN DISPLAY)                  ,

ALARM IS HAS HIGH LOH POINT NO. DESCRIPTION STATE NOH LAST LIMIT LIMIT UNITS NYZ0i PRESS RLF VLV F013J NOT OPEN HYZO2 PRE 55 RLF VLV F013K NOT OPEN NYZO3 PRE 55 RLF VLV F013L NOT OPEN NYZO4 PRESS RLF VLV F013H NOT OPEN NYZO5 PRE 55 RLF VLV F013N HOT OPEN

 --NYZO6                               PRESS RLF VLV F013A                              .       NOT OPEN HYZO7                              PRE 55 RLF VLV F013B                                     HOT OPEN HYZOS                              PRE 55 RLF VLV F013C                                     NOT OPEH                                .

NYZO9 PRE 55 RLF VLV F'0130 ,NOT OPEN NYZ10 PRE 55 RLF VLV FD13E . NOT OPEN HYZ11 PRESS RLF VLV F013F , NOT OPEN HYZ12 PRE 55 RLF VLV F013G HOT OPEN - NYZ13 PRE 55 RLF VLV F013H HOT OPEN HYZ14 PRE 55 RLF VLV F013P HOT OPEH NYZ15 PRE 55 RLF VLV F013R HOT OPEN

                                                                                                              ~        .

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                                                          *a GP505                                ,' .

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UNIT 1,PAGE 1 0F 1

                                                                                                                                                   / 7 45~

GROUP POINT DISPLAY SERVICES GROUP NUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) . ALARN 15 NAS HI"H LON POINT NO. DESCRIPTION , STATE NOH LAST LINYT LINIT UNITS NYZ0i PRESS RLF VLV F013J NOT OPEN NYZO2 PRESS RLF VLV F013K HOT OPEN NYZO3 PRE 55 RLF VLV F013L NOT OPEN NYZO4 PRESS RLF VLV F013'N NOT OPEN NYZO5 PRESS RLF VLV F013H NOT OPEN

     --NYZO6                                         PRESS RLF VLV Fot3A                                     NOT OPEN NYZO7               PRESS RLF VLV FO'13B                                    NOT OPEN NYZOS               PRESS RLF VLV F013C                                     NOT OPEN                                   .

NYZO9 PRESS RLF VLV F'013D ,NOT'0 PEN . NYZ10 PRESS RLF VLV FD13E . NOT OPEN NYZ11 PRESS RLF VLV F013F HOT OPEN NYZ12 PRESS RLF VLV F013G NOT OPEN - NYZ13 PRESS RLF VLV F013H NOT OPEN NYZ14 PRESS RLF VLV F013P HOT OPEN HYZ15 PRESS RLF VLV F013R NOT OPEN s . NYZi6 PRESS RLF VLV'F0135 NOT OPEN' s u .- z GP505 ' . - ! .

UNIT 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES 2000 GROUP HUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) ,- ALARM 15 NAS HIGH LON POINT NO. DE5CRIPTION. 5 TATE NON LA5T LIMIT LINIT UNITS NYZOi PRESS RLF VLV F013J NOT OPEN HYZO2 PRE 55 RLF VLV F013K HOT OPEN NYZO3 PRE 55 RLF VLV F013L NOT OPEN NYZO4 PRE 55 RLF VLV F013H NOT OPEN HYZOS PRE 55 RLF VLV F013N HOT OPEN

                         --NYZO6              PRESS RLF VLV F013A                              ,

NOT OPEN HYZO7 PRESS RLF VLV FO'13B NOT OPEN NYZOS PRE 55 RLF VLV F013C NOT OPEN . NYZO3 PRE 55 RLF VLV F'013D , NOT OPEN NYZ10 PRE 55 RLF VLV-FD13E . NOT OPEN -, NYZ11 PRE 55 RLF VLV F013F NOT OPEN NYZ12 PRE 55 RLF VLV F013G NOT OPEN - NYZ13 PRE 55 RLF VLV F013H NOT OPEN , NYZ14 PRE 55 RLF VLV F013P HOT OPEN . NYZ15 PRESS RLF VLV F013R NOT. OPEN

                                                                                                                        ~        v NYZi6              PRESS RLF VLV'F0135                                       NOT OPEN '

s GP505 i - L .

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                                                                                                                                               %a   _

                                                                                                                               .       Rols UNIT 1,PAGE 1 0F 1                                                 GROUP POINT DISPLAY SERVICES GROUP NUNBER:                                              11      ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY)                    ,

ALARN IS HAS HIGH LON POINT NO. DESCRIPTION 5 TATE NOH LAST LINIT LINIT UNITS HYZ0i PRE 55 RLF VLV F013J NOT OPEN NYZO2 PRESS RLF VLY F013K HOT OPEN HYZO3 PRE 55 RLF VLV F013L NOT OPEN NYZO4 PRE 55 RLF VLV F0i}H NOT OPEN HYZOS PRE 55 RLF VLV F013N HOT OPEN

 --NYZO6                                               PRE 55 RLF VLV F013A            .      NOT OPEN NYZO7                                              PRE 55-RLF hLV FO'13B                  NOT OPEN HYZOS                                              PRE 55 RLF VLV F013C                   NOT OPEN                                    ..

NYZO9 PRE 55 RLF VLV F'013D , NOT OPEN NYZ10 PRE 55 RLF VLV FD13E , NOT OPEN NYZ11 PRE 55 RLF VLV F013F NOT OPEN

   -NYZ12                                              PRE 55 RLF VLV F013G                   HOT OPEN           -

NYZ13 PRESS RLF VLV F013N NOT OPEN HYZ14 PRESS RLF VL,Y F013P HOT OPEN NYZ15 PRE 55 RLF VLV F013R NOT OPEN NYZi6 PRESS RLF VLV'F0135 NOT OPEN ' s 4: GP505 i .. l -

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ao30 UNIT 1,PAGE 1 0F 1 GROUP F O IllT DISPLAY SERVICES GROUP HUNBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DISPLAY) , ALARN IS NAS HIGH LON

    . POINT NO.              DESCRIPTION                  ,

STATE NON LAST LINIT LINIT UNITS NYZ0i PRE 55 RLF VLV F013J NOT OPEN NYZO2 PRESS RLF VLV F013K HOT OPEN NYZO3 PRE 55 RLF VLV F013L 110 T OPEN NYZO4 PRESS RLF VLV F01?N NOT OPEN NYZOS PRE 55 RLF VLV F013N HOT OPEN

  -NYZO6                 PRESS RLF VLV F013A                                      NOT OPEN NYZO7              PRE 55 RLF VLV FO13B                                     NOT OPEN NYZOS              PRESS RLF VLV F0130                                      NOT OPEN                                        .

NYZO9 PRESS RLF VLV Fb13D ,NOT'OPEN . NYZ10 PRESS RLF VLV FD13E , NOT OPEN NYZ11 PRESS RLF VLV F013F fl0T OPEN NYZ12 PRESS RLF VLV F013G NOT OPEN - NYZ13 PRESS RLF VLV F013H 110 T OPEN llYZ14 ' PRESS RLF VLV F013P NOT OPEN HYZ15 PRESS RLF VLV F013R NOT OPEN NYZi6 PRE 55 RLF VLV'F0135 NOT OPEN' 4 z..,- GP505 t . - 1 .

Ro 15' UllI T 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICE 5 GROUP llVHBER: 11 ENERG CORE CLG SYS PT 2 (E-PLAN DI5 PLAY) , ALARif 15 11 A 5 HIGH LOH POINT NO. DESCRIPTIOli STATE NOH LAST LINIT LINIT UNITS HYZ0i PRESS RLF VLV F013J NOT OPEN NYZO2 PRE 55 RLF VLV F013K HOT OPEN NYZO3 PRESS RLF VLV F013L NOT OPEN NYZO4 PRE 55 RLF VLV F012>H NOT OPEN HYZOS PRESS RLF VLV F013H NOT OPEN

   -NYZO6                          PRE 55 RLF VLV F013A                                       NOT OPEN tlYZO7                      PRESS RLF VLV FO'13B                                       NOT OPEN NYZOS                       PRE 55 RLF VLV F0130                                       NOT OPEN                                  -

NYZO9 PRE 55 RLF VLV Fb13D ,NOT O P Ei! NYZ10 PRESS RLF VLV F'013E . NOT OPEN tlYZ11 PRESS RLF VLV F013F - NOT OPEN NYZ12 PRE 55 RLF VLV F013G NOT OPEN - NYZ13 PRESS RLF VLV F013N ll0T OPEN NYZ14 PRE 55 RLF VLV F013P NOT OPEN . NYZ15 PRESS RLF VLV F013R NOT OPEN

NYZi6 PRESS RLF VLV'F0135 llc T OPEll ' s GP505 t . l -

                                                                                                                      /200 UNIT 1,PAGE i OF 1                            GROUP POINT DISPLAY SERVICES GROUP HUMBER:                        12       PLANT STATUS                              (E-PLAN DISPLAY)

ALARl1 IS HAS HIGH LOH PO IllT NO. DE5CRIPTION STATE H0H LAST LIMIT LIMIT UNITS HH101 5RH A LOG RATE 4707 50000. 100.O CP5 NHiO3 IRH A FLUX READING 007 100, 10, y NH501 APRM FLUX PHR LVL A CHAN 9i 105. 7. XPHR NBLO2 RX LVL 5FGD5 HIDE RANGE 34 . 39. 30. INCHES tlFPO2 RX PRE 55 HIDE RANGE 1oel 1030. HONE PSIG HRT01 RECIRC PP A SUCT TEHF 624 - NONE NOtlE DEG F HAT 01 CONTH ATH TEMP 1A l 'A1 150. 60. DEG F HAP 03 CONTNH PRESS A LOCA RANG l5,6 16.2 15.4 PSIA 11 A T 10 5UPP CHAMBER ATH TEMP A fo 9 110. 60. DEG F HAP 05 SUPP CHAMB PRESS A ' l 5. 5 16.2 15.4 PSIG MALO1 SUPPRESSION POOL LEVEL A 2.26 i 24. 0 22. O FEET HBT51 FH FLOH TEMP Ai 331 NONE NONE DEG F FPP07 , RFP DSCH TO HDR PRESSURE ll5 l H 0llE HONE FSIG HFAE.0 FEEDHATER FLOH 13.o C6 N0HE NONE 11LBS/H NFXO3 TOTAL RX STEAM FLOH 13.065 35.00 o0.00 H(,BS/H NPGO3. HAH 50 RAM TRIP A OR C NO - NFGO4, MAN 50 R All TRIP B OR D N' HPG05 AUTO SCRAM TRIP A OR C N6 HPG06 AUTO SCRAH TRIP B OR D NO W . u - -

Ia.I5~ UNIT 1,PAGE 1 0F 1 GROUP POINT DISFLAY SERVICES GROUP HUMBER: 12 P L AllT STATU5 (E-PLAN DISPLAY) ALARM IS HA5 HIGH L Oli POINT N O. DESCRIPTION STATE NOH LAST LIMIT LIMIT UNIT 5 HN101 SRM A LOG RATE 07 50000. 100.O CPS HNiO3 IRH A FLUX READING ' 002 100. 10. X NH501 APRM FLUX PHR LVL A CHAN 99 105. 7. XPHR NBLO2 RX LVL 5FGD5 HIDE RANGE 34 39. 30. INCHES NFP02 RX PRE 55 HIDE RANGE l 0 02, 1030. HONE PSIG MRT01 RECIRC PP A SUCT TEMP 5.74 ' NONE HONE DEG F HAT 01 CONTN ATH TEMP 1A 12,2. 150. 60. DEG F HAP 03 CONTNH PRE 55 A LOCA RANG ($,6 . 16.2 15.9 PSIA HATIO SUPP CHAMBER ATH T E l1P A ,M 110. E 0. DEG F HAP 05 5UPP CHAMB PRE 55 A 15.6 - t e. 2

                                                                                         . 15.4      PSIG MALO1          SUPPRE55 ION POOL LEVEL A                     2.a 5                 29. 0   22.O      FEET HBT51          FH FLOH TEMP A1                                332.                 HONE    110HE     DEG F FPP07     ,

RFP DSCH TO HDR PRESSURE ll$l HONE HONE PSIG HFA60 FEEDHATER FLOH 13.66G HONE HONE 11LBS/H NFXO3 TOTAL RX STEAM FLOH 13.066 35.00 00.00 HLBS/H HPG03 HAN SCRAH TRIP A OR C No s

HPG09 HAN 50R All TRIP B OR D NO NPG05 AUTO SCRAM TRIP A OR C Nb NPQ06 AUTO S C R Ali TRIP B OR D No GP505.JD5 *

                         . BOP-

UllI T 1,PAGE i 0F 1 GROUP POINT DI5 PLAY SERVICES l2.3o GROUP fiUH B E R : 12 PLANT 5TATU5 (E-PLAH DISPLAY) ALARM 15 II A S HIGH L Oli

  ~ POINT NO.              DE50RIPTION                                                                 5 TATE 110 H                LAST        L IllI T     LIMIT UNITS tlN101               SRH A LOG ~ RATE                                                                        MO7                           50000.       100.O CPS NHiO9                IRH A FLUX READIllG                                                                 i   .009                          100.         10.             X NH501                APRH FLUX PNR LVL A CHAN                                                                  $9                          105.         7.              XPHR flBLO2               RX LVL SFGD5 HIDE RANGE                                                                   34                 .        39.          30.             IllCHES HFP02                RX PRE 55 HIDE RANGE                                                                     1002.,                       1030.        Il0 NE          PSIG 524 tlRT01               RECIRC PP A SUCT TEMP                                                                                                 HONE         N 0ilE          DEG F HAT 01               CONTH ATH TEMP 1A                                                                       ( 11,                         150.         60.             DEG F HAP 03               CollT HH PRESS A LOCA RANG                                                              15.6                    3     1 E..2        15.9           P51A HAT 10               SUPP CHAMBER ATH TEMP A                                                                 ~69                           110.         60.             DEG F HAP 05               SUPP CHAMB PRESS A                                                                     15.5               _

16.2 15.4 PSIG MALO1 SUPPRESSION POOL LEVEL A 2.1. 5 *

24. 0 22.O FEET HBT51 FN FLON TEMP Ai 381 il0 tlE N0tlE DEG F

 ,FPP07         ,

RFP DSCH TO HDR PRESSURE li6l 110 tlE l10ilE PSIG HFA60 FEEDNATER FLON l 3,06 C H0llE 110 H E 11L B S /H HFXO3 TOTAL RX STEAH FLON 13.o 65 35.00 o0.00 ntB5fH

 'NPG03                MAN SCRAM TRIP A OR C                                                                   .N o                  s NPG04                MAN 50 RAH TRIP B OR D                                                                   NO NPG05                AUTO 5 CRAM TRIP A OR C                                                                 N'O NPG06                AUTO SCRAM TRIP B OR D                                                                 NO
                                 . BOP-26                                                                                                                                                                            ,

@ GP505. JD5 t_ - _ _ - _ _ _ _ _ _ _

                                                                                                                                /245I UNIT f,PAGE 1 0F 1                   GROUP P O IllT DI5 PLAY SERVICES GROUP llVHBER:             12        PLANT STATU5                                (E-PLAN DISPLAY)

ALARH IS HAS HIGH LOH POINT N O. DESCRIPTION STATE 110 H LA5T L I!!I T LIMIT UNITS Nil 101 SRH A LOG RATE 007 50000. 100.O CP5 NH109 IRH A FLUX READING -od c 100. 10. Z NH501 APRH FLUX PHR LVL A CHAN

99 105. 7. ZPHR HELO2 RX LVL SFGD5 HIDE RANGE 34 91 39. 30. INCHES NFF02 RX PRE 55 HIDE RANGE loo A , 1030. HONE PSIG

                                                                                         $24 '
                                                                                       ~

HRT01 RECIRC PP A SUCT TEMP NONE 110HE DEG F HAT 01 CONTH ATH TEMP 1A 12 L 150. 60. DEG F HAP 03 CONTNH PRESS A LOCA RANG l 6, (. .- 16.2 15.4 PSIA

                  !!AT10           SUPP CHAMBER ATH TEMP A                              ,63                    11.0. 60. DEG F HAP 05           SUPP CHAMB PRESS A                                    15.5       r 16.2      15.9   P51G MALO1            SUPPRESSION POOL LEVEL A                             22.5           -
                                                                                                           . 29. O     22.O   FEET NBT51            FH FLOH TEMP A1                                       381                   NONE      NONE   DEG F FPP07      ,

RFP DSCH TO HDR PRESSURE (15"I NONE NONE PSIG NFA60 FEEDHATER FLOH ' 13.6 6 C 110HE N0HE ItLBS/H NFXO3 TOTAL RX STEAM FLOH 13.065 ' 35.00 00.00 Hi.B5/H NPG03 H AN- SCR AM TRIP A OR C' NO ~ NPG04 HAN SCRAH TRIP B OR D NO NPG05 AUTO SCRAH TRIP A OR C ND HPG06 AUTO SCRAM TRIP B OR D NO GP505.JD5' e . BOP-26

~.

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                                      .                                                                                                           1300 UllI T' l e PAG E '1 .0 F 1       GROUP P O IllT DISPLAY SERVICES GROUP llUMBER:             12     PL AtlT STATUS                          ( E -     P L A li DI3rLAyj ALARit       IS             HA5           HIGH                   L Oli PGINT N O.           DE50RIPTIOli                  '5 TATE 11011              LA5T          LIMIT            LIMIT U ll I T 5
               ,       litt 101           5RH A LOG RATE                         9776%                           50000. 100.O CP5 NNiOS            'IRH A FLUX READING                        N              '

100. 10. X liH 501, APRM FLUX PHR LVL A CHAN 13 4 105. 7. XPHR tlBLO2 RX LVL 5FGD5 HIDE RANGE 2.0.5 i

39. 30. IllCHE5 NFPO2 RX PRESS HIDE RANGE I030 , 1030. Il0 tlE F51G tlRT01 RECIRC.PP A SUCT TEMP 54l ~ NONE tlONE DEG F HAT 01 CONTH A Til TEMP 1A 12.2, 150. 60. DEG F HAP 03 C0tiTHH PRE 55 A LOCA RANG l 6. 6 J' 16.2 15.9 PSIA HAT 10 SUPP CHAMBER ATH TEMP A N4 110. 60. DEG F HAPOS SUPP CH A11B PRES 5 A / 5.9 . 16. 2 15.4 P5IG MALO1 SUPPRESSION POOL LEVEL A 2Q 7 (" 24. 0 22.O FEET HBT51 FH FLOH TEMP A1 364 110HE N 0llE DEG F FPP07 RFP DSCH T0 HDR PRESSURE I016 NOHE HONE F51G liFA60 FEEDHATER FLOH .003 ilO NE NONE HLBS/H HFXO3 TOTAL RX STEAH FLOH O 35.00 00.00 11L E S / H NPOO3 M Att SCRAH TRIP A OR C NO -

HPG04 HAN SCRAM TRIP B OR D NO NPG05 AUTO 5 CRAM TRIP A OR C YE3 HPG06 AUTO SCRAM TRIP B OR D Y65 GP505.JD5 -

                                                . BOP-26
                   @~_

9 _ _ _ - _ _ _ - . - . _ _ _ _ _ _ - - - _ _ _ - _ _

1305 UllI T 1,PAGE 1 0F 1 GROUP POINT DISPLAY SERVICES GROUP HUttBER: 12 PLANT STATUS (E-PLAN DISPLAY) ALARH IS ll A 5 HIGH L Oli POINT NO. D E 50 R I P T I Oil 5 TATE fl0 H LAST L Il1I T LIMIT UllITS HHiOi SRH A LOG RATE 157144 50000. 100.O CPS NHiO9 IRM A FLUX READING i 10.7 . 100. 10. x HH501 APRH FLUX PHR LVL A CHAN O 105. 7. xPwR HBLO2 RX LVL SFGD5 HIDE RANGE 7. L .. 39. 30. INCHES NFP02 RX PRESS HIDE RANGE Cl39 1030. HONE PSIG HRT01 RECIRC PP A 5UCT TEMP 5,1 S ' NONE 110!1E DEG F HAT 01 CONTH ATH TEMP 1A 13 2. 150. 60. DEG F HAP 03 CONTNH PRE 55 A LOCA RANG [ 6.6 16. 2 15.4 P5IA HAT 10 SUPP' CHAMBER ATil TEMP A ,73 110. E. O . DEG F 11 A P 05 SUPP CHAMB PRE 55 A 15 7 .. 16 .2 15.4 P51G MALO1 5UPPRE5510N POOL LEVEL A '2.'2,. 6 7 , . . 29. 0 22.0 ' FEET NBT51 FH FLOH TEMP Al J44 NONE NONE DEG F FPP07 , RFP DSCH TO HDR PRESSURE SYT HONE fl0HE P5IG HFA60 FEEDHATER FLOH O HONE HONE HLB 5/H TOTAL RX STEAM FLOH O 35.00 40.00 HLBS/H HFXO3 NPG03 HAN SCRAM TRIP A OR C O s HPG04 HAN 50 RAH TRIP B OR D NPG05 AUTO SCRAM TRIP A OR C YES g HPG06 AUTO SCRAM TRIP B OR D YES GP505.JD5 -

                                        .      BOP-26 1 -                                                                                                                                         -

1310 UllI T 1,PAGE 1 0F 1 GROUP P O IllT DISPLAY 3ERVICE5 GROUP !! UMBER: 12 P L AllT 5TATU5 (E-PLAN DI5 PLAY) ALARH 15 NA5 HIGH L Oli POINT N O. DE5CRIPTION ^ 5 TATE fl0 N LA5T L IllI T LIMIT UNIT 5 NN101 SRH A LOG RATE 3N3 50000. 100.O CPS Nil 109 IRH A FLUX RE ADIllG 2% 100. 10. X 11H501 APRM FLUX PNR LVL A CHAN O 105. 7. XPNR NBLO2 RX LVL SFGD5 NIDE RANGE T4 39. 30. INCHE5 NFPO2 RX PRE 55 NIDE RANGE lO M 1030. HONE PSIG NRT01 RECIRC PP A SUCT TEMP 543 ' il0NE Il0 N E DEG F HAT 01 CONTN ATil TEMP 1A (11 150. 60. DEG F HAP 03 CONTNH PRE 55 A LOCA RANG l 6,6 . 16.2 15.4 PSIA HAT 10 SUPP CHAMBER ATH T EllP A 373 110. 60. DEG F MAP 05 5UPP CHAMB PRE 55 A 15.9 16.2 15.4 P51G MALO1 5UPPRE55IOli POOL LEVEL A 2q, (, $ -

                                                                                                    . 29. 0      22.O       FEET HBT51               FN FLON TEMP A1                                         325                    110N E     NONE       DEG F FPP07        ,

RFP DSCH TO HDR PRESSURE 7 71 110 N E N 0llE PSIG NFA60 FEEDNATER FLON ,003 NONE NONE HLB 5/H NFXO3 TOTAL RX STEAM FLON O 35.00 00.00 HLBS/H NPG03 HAN 50 RAM TRIP A OR C NO ~ HPGO4 MAN SCRAM TRIP B OR D N HPG05 AUTO 50 RAM TRIP A OR C YES NPG06 AUTO SCRAH TRIP B OR D VES GP505.JD5 -

                                    . BOP-26

1315 UNIT 1,PAGE 1 0F i GROUP POINT DI5 PLAY SERVICE 5 GROUP flUMBER: 12 PLANT STATUS (E-PLAN DI5 PLAY) ALARH 15 il A S HIGH 'L O H POINT NO. DE50RIPTION 5 TATE HOH LA5T L I l1 I T LIMIT UNITS N il1 0 1 5RM A LOG R A~ E bl 50000. 100.O CPS HN109 IRH A FLUX READING O .i . 100. 10. Z NH501 'APRH FLUX PHR LVL A CHAN O 105. 7. ZPHR NBLO2 RX LVL SFGD5 HIDE RANGE -13 39. 30. INCHES NFP02 RX PRE 55 NIDE RANGE 1049 . 1030. HONE PSIG HRT01 RECIRC PP A SUCT TEMP 547 ' NONE HONE DEG F HAT 01 CONTH ATH TEMP 1A Ill 150. 60. DEG F HAP 03 CONTNH PRESS A LOCA RANG 15.b 16.2 15.9 PSIA HAT 10 SUPP CHAMBER ATH TEMP A ,83 110. 60. DEG F HAP 05 5.UPP C H AllB PRESS A 15.9 16.2 15.9 P5IG MALOi 5UPPRE55IGH POOL LEVEL A 22, 7 . 1 29. 0 22.O FEET HBT51 FN FLON TEMP Ai S o7 Il0 H E HONE DEG F FPP07 , RFP DSCH TO'HDR PRESSURE 8 7T HONE HONE PSIG NFA60 FEEDHATER FLON -o 03 NONE HONE HLB 5/H HFXO3 TOTAL RX STEAN FLON O 35.00 00.00 HLBS/H NPG03 HAN SCRAM TRIP A OR C 0 s

NPG09 il A N SCRAM TRIP B OR D NPG05 AUTO SCRAM TRIP A OR C- YES NPG06 AUTO SCRAM TRIP B OR D YEE S

                                . BOP-26
 @ GP505. JD5 9                                                           *a

l330 UNIT 1,PAGE 1 0F i GROUP POINT DISPLAY SERVICES .. .. CAOUP tlVHBER: 12 PLANT STATU5 (E-PLAN DISPLAY) ALARt1 IS HAS HIGH L Oll POINT NO. DE50RIPTIOli 5 TATE Il0 H LAST LIMIT LIMIT UNITS Nil 101 5RH A LOG RATE 75J 50000. 100.O CPS HH109 IRH A FLUX READING ! O . 100. 10. X NH501 APRH FLUX PHR LVL A CHAN O 105. 7. XPHR NBLO2 RX LVL SFGD5 HIDE RANGE -3k . 39. 30. INCHES tlFP02 RX PRE 55 HIDE RANGE 333 . 1030. HONE PSIG HRT01 RECIRC PP A 5UCT TEMP Sn' NONE HONE DEG F HATO1 CONTH ATil TEMP 1A l 'A 'L. 150. 60. DEG F 15.61 t1AP03 CONTHH PRESS A LOCA RANG . 16.2 15.9 PSIA HAT 10 SUPP CHAMBER ATH TEMP A $4 110. 60. DEG F HAP 05 SUPP CHAMB PRESS A 15.g - 16.2 15.9 PSIG MALO1 SUPPRESSION POOL LEVEL A 21,3 ~

                                                                                                                 .. .          29. 0     72.O      FEET NBT51                                                     FH FLON TEMP A1                     ZGO                          HONE      110HE     DEG F FPP07                                                     RFP DSCH TO HDR PRESSURE            SM                           NONE      NONE      PSIG NFA60                                                     FEEDHATER FLOH                      . 00%                        NOME      HONE      HLBS/H
                                                                                                  *O                                     20.00 NFXO3                                                     TOTAL RX STEAM FLOH                                              35.00               llLBS/H NPQO3                                                     MAN SCRAH TRIP A OR C               N                      -

NPG09 HAN SCRAM TRIP B OR D do g NPG05 AUTO SCRAH TRIP A OR C NES AUTO SCRAH TRIP B OR D NPG06 '/ E 5 / GP505.JD5 e . BOP- . _~. .

k 1345 UNIT 1,PAGE 1 0F 1 GROUP POINT DI5 PLAY SERVICE 5 GROUP HUMBER: 12 PLANT STATUS (E-PLAN DISPLAY) ALARM 15 NA5 HIGH LON POINT NO. DESCRIPTION STATE NON LAST LIMIT LIMI' UNIT 5 HN101 5RM A LOG RATE 76 50000. 100.O CP5 NN109 IRH A FLUX READING O , t oo, 1 o. x HH501 APRM FLUX PHR LVL A CHAN O 105. 7. XPHR HBLO2 RX LVL 5FGD5 HIDE RANGE -13 $

39. 30. INCHES NFP02 RX PRE 55 HIDE RANGE N8 1030. NONE F5IG NRT01 RECIRC PP A SUCT TEMP 504 ' NONE NONE DEG F HAT 01 CONTH ATH TEMP 1A [13 150. 60. DEG F HAP 03 CONTNH PRE 55 A LOCA RANG 15.C3 16.2 15.9 P5IA HAT 10 5UPP CHAMBER ATH TEMP A 35 110. 60. DEG F HAP 05 SUPP CHAMB PRESS A ( 5 ,'? -

                                                                                           . . 16.2    15.9    PSIG MALOi              5UPPRE5510N POOL LEVEL A                                2. 3             1 29. 0   22.O    FEET HBT51              FH FLOH TEMP Ai                                        "
                                                                              .?.14                NONE    HONE    DEG F FPP07       ,

RFP DSCH T'O HDR PRESSURE 1/48 NONE HONE P5IG NFA60 FEEDHATER FLOH .o 68 HONE NONE HLB 5/H NFXO3 TOTAL RX STEAM FLOH O 35.00 20.00 HLB 5/H NPG03 HAN-50 RAH TRIP A OR C No . NPG04 HAN SCRAH TRIP B OR D ND g NPG05 AUTO SCRAM TRIP A OR C NES ~ NPG06 AUTO SCRAH TRIP B OR D YES GP505.JD5 t . BOP-26

1400 UNIT 1,PAGE 1 0F 1 GROUP P O IllT DISPLAY SERVICES GROUP ilV H B E R : 12 PLANT 5TATU5 ( E - P L Att DI5 PLAY) ALARM 15 ll A 5 HIGH L Oli POINT N O. DESCRIPTION STATE 110 N LAST LIMIT LIMIT UNITS NN101 SRM A LOG RATE E4 50000. 100.O CPS NHiO3 IRH A FLUX READING i 0 100. 10. Z APRM FLUX PNR LVL A CHAll O 105. 7. ZPNR NH501 NBLO2 RX LVL 5FGD5 NIDE RANGE - 1, 8, 39. 30. INCHES NFP02 RX PRE 55 NIDE RANGE 681 , 1030. N0llE P5IG f70 DEG F HRT01 RECIRC PP A SUCT TEMP HONE 110HE HAT 01 C ollT N ATH TEMP 1A l24 150. 60. DEG F HAP 03 CONTilH PRE 55 A LOCA RANG 16,64 16.2 15.4 PSIA HAT 10 SUPP CHAMBER ATH TEMP A 93 110. 60. DEG F HAP 05 5UPP CHAMB PRESS A 15.8 16.2 15.4 P5IG MALO1 SUPPRESSIGH POOL LEVEL A 23.1 .. 24. 0 22.O FEET HBT51 FN FLOH TEMP A1 2,16 l1011E NOHE DEG F FPP07 , RFP.05CH TO HDR PRESSURE M 2_ NONE HONE PSIG NPA60 FEEDilATER FLON O H0HE N 0ilE HLBS/H NFXO3 TOTAL RX 5 TEAM FLON O 35. 00 20.00 HLBS/H NPQO3 HAN SCRAM TRIP A OR C NO s . HAN SCRAM TRIP B OR D NO NPG04 NPG05 AUTO SCRAM TRIP A OR C- 'y E S NPGO6 AUTO SCRAH TRIP B OR D yES 2 GP505.JD5 -

                                               . BOP-26

[ % 9 *4

1415 UNIT 1,PAGE 1 0F i GROUP P O IllT DI5 PLAY SERVICES GROUP llV H B E R : 12 PLANT STATUS ( E - P L A ll DISPLAY) ALARt1 15 ll A 5 HIGH L 0il POINT N O. DESCRIPTION STATE fl0 N LAST LIMIT LIMIT UNITS Nil 101 5RM A LOG RATE k 50000. 100.O CPS HNiO9 IRH A FLUX READING O , 100. 10. x NH501 APRM FLUX PHR LVL A CHAN O 105. 7. xpng NBLO2 RX LVL SFGD5 ilI D E RANGE I4 $ 39. 30. INCHES NFP02 RX PRESS HIDE RANGE 6 10- , 1030. HONE PSIG HRT01 RECIRC PP A 5UCT TEMP 4 90 NONE fl0HE DEG F HAT 01 CONTH ATH TEMP 1A l14 150. 60. DEG F MAP 03 CONTHH PRESS A LOCA RANG (5.64 - 16.2 15.9 PSIA HAT 10 SUPP CHAMBER ATH TEMP A 90 110. E. O . DEG F HAP 05 5UPP CHAMB PRE 55 A 15.Y - 16.2 15.9 P5IG MALO1 SUPPRESSION POOL LEVEL A 23.'4. 29. 0 22.O FEET NBT51 FN FLON TEMP A1 2.14 NONE N011E DEG F FPP07 , RFP DSCH TO HDR PRE 55URE 610 NONE HONE PSIG NFA60 FEEDHATER FLON O NONE HONE HLBS/H , NFXO3 TOTAL RX STEAM FLON O 35.00 20.00 HLB 5/H NPQO3 HAN SCRAH TRIP A OR C tio - HPQ04 H All 50 RAH TRIP B OR D NO e NPQ05 AUTO 5 CRAM TRIP A OR C YES 1 HPQO6 AUTO SCRAH TRIP B OR D YES GP505,JD5 BOP-26 eg+ 3 4_ u r -

1 UNIT i,PAGE i 0F 1

                                                                                                                         /43o GROUP POINT DI5 PLAY SERVICE 5 GROUP HUMBER:                     12          P L AllT STATUS                           (E-PLAN DISPLAY)

ALARM 15 NAS HIGH LON POINT NO. DE50RIPTION STATE 110 N LAST LIMIT LIMIT IJNIT5 NN101 5RH A LOG RATE 70 50000. 100.O CPS HHiO9 IRH A FLUX READING O 100, i o, x HH501 APRH FLUX PHR LVL A CHAtt O 105. 7. ZPHR HBLO2 RX LVL SFGD5 HIDE RANGE 34 39. 30. INCHES NFF02 RX PRE 55 HIDE RANGE 590 1030. HONE PSIG HRT01 RECIRC PP A 5UCT TEMP 4 74 ~ NONE NONE DEG F HAT 01 CONTH ATH TEMP 1A la5 150. 60. DEG r HAP 03 CONTNH PRESS A LOCA RANG / 6 (=,6 '

                                                                                                    '. 16.2    15.4     PSIA HAT 10               SUPP CHAMBER ATH TEMP A                                 jo                    110. 60.      DEG F HAP 05               SUPP CHAMB PRE 55 A                                    / $.7/          ~

16.2 15.9 P51G HALO 1 5UPPRESSION POOL LEVEL A 2.3.2. it i 24. 0 22. O FEET NBT51 FN FLON TEMP A1 113 N 0llE NONE DEG F FPP07 RFP DSCH TO HDR PRESSURE Gio NONE NONE F51G NFA60 FEEDHATER FLON 0 08 110llE HONE HLBS/H HFXO3 TOTAL RX STEAM FLON O 35.00 20.00 lli.B5/H NPG03 H AN- SCR AH TRIP A OR C No s NPG04 HAN SCR All TRIP B OR D NO NPG05 AUTO SCRAH TRIP A OR C YES NPOO6 AUTO SCRAH TRIP B OR D NES GP505.JD5 -

                                      . BOP-26 i

UllIT 1,PAGE i 0F i I445' GROUP POINT DISPLAY SERVICES GROUP HUHBER: 12 PLANT 5TATU5 (E-PLAN DISPLAY) ALARH 15 HA5 HIGH L Oli POINT N O. DE50RIPTION STATE fl0 H LAST LIMIT LIMIT UNIT 5 NH101 5RM A LOG RATE bh 50000. 100.O CPS NH109 IRH A FLUX READING O 100, 10, x NH501 APRM FLUX PNR LVL A CHAN O 105. 7. XPNR NBLO2 RX LVL 5FGD5 HIDE RANGE 34 4 39. 30. INCHE5 NFPO2 RX PRESS HIDE RANGE 5 37. 1030. NONE PSIG HRT01 RECIRC PP A 5UCT TEMP f(,6 ~ NONE HONE DEG F MAT 01 CONTH ATH TEMP 1A}}

PLA-1442, Forwards Objectives & List of Actual & Simulated Events Planned During 830323 full-scale Emergency Plan Exercise. One Oversize Map Encl.Aperture Card Is Available in PDR

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PLA-1442, Forwards Objectives & List of Actual & Simulated Events Planned During 830323 full-scale Emergency Plan Exercise. One Oversize Map Encl.Aperture Card Is Available in PDR

Text

Dear Mr. Smith:

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8 =

s!. O!

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