ML20072Q127
| ML20072Q127 | |
| Person / Time | |
|---|---|
| Site: | Limerick  |
| Issue date: | 11/20/1990 |
| From: | PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC |
| To: | |
| References | |
| NUDOCS 9011300249 | |
| Download: ML20072Q127 (631) | |
Text
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l SCENARIO MANUAL
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d4ERICK GENERATING ;
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EMERGENCY RESPONSE
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ANNUAL EXERCISE l
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. NOVEMBER 20,1990 4
1 SCENARIO LKA ,
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SCENARIO LKA l
LIMERICK GENERATING STATION .
q EMERGENCY RESPONSE EXERCISE q l NOVEMBER 20,1990 INTRODUCTION I This exercise shall demonstrate the capabilities of the Limerick Emergency Response Organization to perform its response functions in response to simulated accident conditions. ,
This scenario manual contains information for use by controllers and evaluators. The scenario shall be kept confidential to allow participants to respond realistically to unanticipated events. -
At no time should actions be taken which would impact normal plant operations.
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SCENARIO LKA LIMERICK GENERATING STATION 1
ENERGENCY RESPONSE EXERCISE NOVEMBER 20, 1990 DRILL SCHEDULE FRInlLY. NOVEBEBER 16. 1990 8:00 a.m. Leact Controller / Lead Evaluator Briefing (Limerick Energy Information Center) 9:30 a.m. Controller / Evaluator Briefing (Limerick Energy Information Center)
MONDAY. NOVEMBER 19. 1990 10:00 a.m.
Player Briefing 1 00 p.m. NRC Briefing, Badging, and Walk-through (Limerick Energy Information Center)
TUESDAY NOVEMBER 20, 1990
_ 8:00 a.m. -Commence Drill 3:00 p.m. Terminate Drill / Facility Debriefing 4:00'p.m., Controller / Evaluator Work Session (Linerick Training Center)
, 6:00.p.m. Lead Controller / Lead Evaluator Meeting (Limerick Training Center)
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T i WEDNESDAY. NOVEMBER 21. 1990 8:00 a.m Lesd ccntroller briefing to Executive. Staff (Limerick Energy Information Center) 12:00 p.m.- PECO/NRC Critique (Limerick Energy Information Center) i 1.1-1
I SCENARIO LKA (r ]jl LIMERICK GENERATlHG STATION EMERGENCY RESPONSE EXERCISE NOVEMBER 20,1990 SECTION 1.2 PARTICIPATING CENTERS PENNSYLVANIA (NotificationsOnly) '
Bureau of r.adiation Protection Headquarters Assessment Center, Harrisburg
- State of. Pennsylvania Emergency Operations Center, Harrisburg Chester County Emergency Operations Center, West Chester Berks County Emergency Operations Center, Reading Montgomery County Emergency Operations Center, Eagleville
- PHILADELPHIA ELECTRIC COMPANY Limerick Gensat hg St:t hr., Pottstown, PA Headquarters. Emergency Support Center, 2301 Market Street, Philadelphia, PA ,
, , ' " Limerick Emergency Operations Facility, Plymouth, PA ;
/ Limerick Simulator Control Room, Limerick Training Certer, Pottstown, PA '
i Emergency News Center, 2301 Market Street, Philadelph'.a. PA SUPPORT ORGANIZATIONS Montgomery Hospital Norristown, PA Trappe Ambulance Company, Collegevelle, PA
- Limerick Fire Company, Limerick, PA
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Linfield Fire Company, Linfield, PA l
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/- Attachment i Limerick Generating Station 1990 Annual Emergency Preparedness Exercise Objectives Revision 2 In order to demonstrate the radiological emergency response preparedness of the Limerick Generating Station, a radiological emergency response exercise will be conducted.
l The PECo objectives for the exercise are as follows:
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A. DRILL CONDUCT Al Conduct an annual exercise. -
AS- Conduct a formal critique in order to identify weak or deficient areas that need correction. .
A10 Conduct an annual medical drill P. INCIDENT T.SSESSMENT AND CLASSIFICATION i
.L Bl. Recognace that an r.nergency action level has been I\ J-reached (exceeded) and correctly c'.assify the l
emergenc,r.
B2' Continuously monf,ter applicable parameters and
,' correctly upgrade / downgrade the emergency -
classification in a timely fashion.
Bs ~ Determine the source term of a simulated airborne
- 1 radiological release.
B4- Cr.:rectly determine the projected dose resulting from a simulated gaseous radiological release.
' B8 Use' field monitoring to effectively track / measure '
a simulated gaseous /radiciodine-release.
B9. Compare projected or actual simulated) doses to protective action guidelines (to provide appropriate protective action recommendations. !
B10 Assess the type and extent of simulated damage to station equipment.
Bil Collect and analyze a coolant sample using the Post Accident Sampling System.(PASS). ,
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t Attachment Page 2 B12 Determine the extent of core damage using PASS
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-(g results.
B13 Estimate total population exposure received.
B14 Determine actual or potential magnitude and locations of simulated radiological liquid or gaseous hazards.
B15 Access meteorological data for use in dose projections.
B16 Receive field samples and transfer to the laboratory facility for analysis.
C. NOTIFICATION AND COMMUNICATION C1 Perform initial notification of the counties and state (s) within 15 minutes of emergency declaration.
C2 Perform .4nitial notification of the NRC within one hour of emergency declaration.
C3 Complete secondary notifications in a timely fashion.
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C5> Make follow-up-notifications to agencies notified initially upon escalation or downgrade of the emergency classification / situation.
C6 Activate-the ERO using the public address system, telephone, and/or pagers.
C9 Conduct two-way' communications between the EOP and t field monitoring teams.
C10 Conduct two-way communication between emergency teams and:their controlling emergency facilities (Maintenance-Muster Area, operations Support
. Center, Technical Support Center) .
C14' . Maintain and update status boards.
C15 Maintain and' update emergency logs.
C16 Periodically update emergency response personnel using,the public address system or other appropriate.means.
C17 Establish communications within and between '
emergency response facilities
Attachment Page 3
-s D. EMERGENCY FACILITY ACTIVATION AND STAFFING
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[G D1 Activate the TSC within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> of Alert declaration.
D2 Activate the OSC within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> of Alert declaration.
D3 Activate the EOF within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> of Site Emergency declaration.
D4 Activate the ENC.
E. RADIOLOGICAL EXPOSURE CONTROL El Distribute dosimetU and/or ensure the radiological habitability in the emergency response facilities.
E2 Evaluate the need to authorize emergency exposure limits in excess of those in 10CFR20 and authorize, as appropriate. .
E3 Issue respiratory protection to emergency response personnel.
/'(_-) E4 Issue protective clothing to emergency response personnel. ,
E5 Evaluate the need to issue radioprotective drugs to emergency response personnel and issue, as appropriate. .
E6 Institute measures to control the spread of contamination.
E7 Simulate personnel decontamination as required by the scenarlo.'
E9' Establish onsite ingestion-control measures includin smoking.g prohibition of eating,. drinking,'and I
F. EMERGENCY DIRECTION AND CONTROL L
F1 Shift management assumes position of Emergency B Director until relieved by ds31gnated personnel in ;
E the TSC.
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F2 Shift personnel initially respond to classify and mitigate the emergency.
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Attachment Page 4 i es F3 Perform Emergency Director turnover and
! I responsibility transfer from shift management to
- \/ designated station management personnel. ,
F7 adm$nistersimulatedfirstaidDis atch the First Aid / Search and Rescue Group to F8 Deploy, direc'.., and track Field Survey Teams to gather envire,nmental radiological data. ;
F9 Transport simulated victim (s) to offsite medical facility.
F10 Dispatch the Fire Brigade to fight a simulated fire. ,
Fil Request assistance from and coordinate station access for offsite fire department. (
F16 Make protective action recommendations to offsite agencies.
F17 Facilitate station access for arriving non-badged assistance personnel.
G. PUBLIC INFORMATION if 1 C1 Implement rumor control procedures.
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G2, Prepare, review and approve timely emergency news releases. >
G4 Forward copies of prepared news releases to corporate headquarters and have prepared ;
statements ready for distribution to the customer service centers for use in rumor control.
G5 Conduct periodic news conferences.
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SCENARIO LKA LIMERICK GENERATING STATION EMERGENCY RESPONSE EXERCISE
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SECTION 3.1 EXERCISE GUIDELINES AND CONDUCT I
- 1. PURPOSE This document provides guidance for conducting the Limerick Generating Station Exercise. It provides methods for demonstrating emergency response j capability, conducting the exercise, and evaluating results.
II. CONCEPT OF OPERATIONS AND CONTROL OF THE EXERCISE PhiladelphiaElectricCompany(PECo)willsupplyofficialcontrollers and/or evaluators for each location where an emergency response is being L demonstrated. Prior to the exercise, controllers and evaluators will be provided with the appropriate locations, maps, time periods, guidelines, and evaluation checklists corresponding to their assignments. Controllers and evaluctors will be trained in their duties and briefed on scenario specifics.
Control; Room activities will be conducted in the simulator control room.
. The simulator will provide most operational data and will provide input to
-the Simulated Emergency Response facility Data System (ERFDS).
Controllers will. hand out messages and cue cards and will make judgement decisions. If crisis situations arise, they will contact the Lead-Controller in their assigned Emergency Response facility (ERF) for advice or resolution of the problem. Lead Controllers are designated for the Simulator Control Room (CR). Technical Support Center (TSC), Operations
' Support Center (OSC) Emergency Operations-Facility (EOF). Headquarters Emergency Support Center (HESC). and Emergency News Center (ENC) to keep these ERFs on track. If required, they will contact the.CR Lead Controller to force play of'some events. The CR Lead Controller, stationed'in the Simulator Control. Room,' will be in overall charge of conducting the exercise. All requests for modifications or holding periods must be cleared through the CR Lead Controller. Additionally, there is a' Lead Controller assigned.to the actual Main Control Room (MCR) to ensure that there is no impact to normal operations caused by the exercise.
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t SCENARIO LKA The initiating events will be controlled by Lead Controllers. Hypothesized O initiating events are presented to players in a variety of ways: live simulator data; computer screens or printouts; written or verbal messages given to players; strip cnarts; telephone calls from controllers to players. The Lead Controller has the authority to determine the time sequence of these initiating events to ensure an orderly flow of scenario l events. All other actions during the exercise will occur through a free.
play response as the plant and corporate participants respond to the initiating events. The operational data provided in this scenario manual was generated by the simulator during a dry-run. Variation of operator action is possible which would cause some deviation of the data. This will be allowed as long as it does not cause an inconsistency with other data or failure to meet an objective.
As the initiating events are provided to the plant staff, they will determine the nature of the emergency and the implcmentation of the appropriate emergency response proceduies. These procedures are expected to include a determination of the emergency classification in accordance a with HUREG-0654 FEMA-REP-1, Revision 1. Players are expected to perform
, all actions, unless simulation is specified. Players should make sure evaluators are aware of all actions performed or simulated to ensure proper credit is given.
The hypothesized emergency will continue to develop based on data and information provided to.the control room and TSC personnel. As the situation develops, information will be forwarded to appropriate plant and
_ corporate personnel for the determination of actions to be taken in l response to the hypothesized emergency. . Where information would normally be confirmed via an independent source (such as National Weather Service for weather data), the confirmation cata will be simulated. If a conflict exists between the hypothesized data and the actual data, the hypothesized data will.be utilized.
.Certain' inconsistencies-(such as plume width, release duration, technical reason for the simulated release, etc.) may be intentional and required to provide a scenario which challenges the plant and corporate capabilities to
, the maximum extent feasible in a limited time frame. If an inconsistency is known or determined to be intentional, then the emergency response
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- personnel will note the inconsistency and ignore it'. fhe lead controllers will have the authority to resolve or explain any inconsistencies or problems that may occur during the exercise.
With the exception of the already cited and potential inconsistencies, the internal operations of the emergency response facilities will be identical' with their intended operation in a real emergency..
lit. EVALUATING EXERCISE PERFORMANCE Evaluation of exercise performance is necessary to ensure effectiveness of u the critique. Players are evaluated against a specific list of objectives
- which correspond to the verious emergency response procedures used. These specific objectives (handed to controllers in checklist format) relate O directly to the overall objectives (given in Section 2.1). Satisfaction of individual objectives will mean satisfaction of the main objectives.
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o SCENARIO LKA Objectives which are not satisfied will be discussed in the post exercise
[v ,} critique.
IV. GENERAL GUIDANCE FOR THE CONDUCT OF THE EXERCISE
- 1. Simulating Emergency Actions Since exercises are intended to demonstrate actual capabilities as realistically as possible, participants should act as they would '
during a real emergency. Wherever possible, actions should be carried out. Only when it is not feasible to perform an action should it be simulated. Any orders given that for any reason cannot !
or should not actually be performed should begin with the word ,
" Simulate". For example, the order'to put out a fire that is being hypothesized would state: " Simulate discharging.the fire extinguisher." Where such actions are being taken, it is suggested that participants inform any observers in the area of what action really would be taken had the emergency been real. ;
Radiation Work Permits (RWPs) have not been issued for the conduct of the Emergency Response Exercise. If scenario events direct players ;
to areas that are actually RWP controlled due to high radiation, '
surface. contamination, or airborne radioactivity, players will simulate tn* activities they would have performed without actually i
, entering the ,'.WP controlled area even if they are authorized on the
( RWP for some othe* duty.
- 2. Av'oiding Violation of Laws i Violation _of laws is not justifiable during any drill or exercise.
To implement this guideline, the following actions must'be taken.:
- a. All evaluators and potential exercise participants must be specifically informed of the need to avoid' violation of all federal, state..and local _11ws, regulations, ordinances, statutes, I and other legal restrictioni. The orders of all police, sheriffs, or other authorities should be followed as would normally-be the case.
l b., Participants will not direct illegal actions to be taken b'y other
- l. exercise participants or f. embers of the general public.
- c. Participants will not latentionally take illegal actions when= )
I: , being called out to participate in a drill. Specifically, local traffic laws such as speed laws will be observed.
- 3. Avoiding Personnel and Property Endangerment !
! Partic'ipants-and evaluators will be instructed to avoid endangering property (public or private), other personnel responding,to the
.- drill, members of the general public, animals, and the environment.
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- 4. Actions to Minimize Public Endangerment
(,q b) it is not the intent, nor is it desirable or /easible, to effectively train or test the public response during the conduct of a radiological emergency exercise. Public inconvenience is to be minimized.
The actions of federal, state, and county agencies and nuclear power plant operators receive continuous public notice and scrutinyt therefore, the conduct of a exercise could arouse public concern that an actual emergency is occurring. It is important that conversations that can be monitored by the public (radio, loudsran' ers, etc) be ;
prefaced and concluded with the words, "This is a drill; this is a i J' drill."
- 5. Maintaining Emergency Readiness l During the performance of an exerci u , iha ability to recognize a ]
real emergency, terminate the exe'cise, and Unond to the new I situation must be maintained. Therefore, the scenario and actions of I participants will not include an/ actions which seriously degrade the j condition of systems, equipment or supplies, or affect the detection.
assessment, or response capability to radiological or other 1 emergencies.
L ,w Actions taken by the participants will also avoid actually reducing plant or public safety. The potential for creating real radiological L
l :(v[ or other emergencies will be specifically avoided.
L E If a real emergency occurs during the. exercise requiring the actions of plant and corporate personnel, then the exercise will be terminated. All messages about real events.will be clearly 1,
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, :1dentified as such. For example, precede a real message with: "This is NOT, repeat NOT a drill message".
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- V. EMERGENCY RESPONSE IMPLEMENTATION AND OPERATIONS Ll.- Initial Notification i
Initial notification will be made in accordance with the appropriate Emergency Plan procedures.
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- 2. Plant Operations It'should be emphasized that the exercise will in no way interrupt [
normal. plant operations, production, and safety. Control Room personne1~will participate from the simulator, where they can respond without affecting plant' operations. The response of plant operators will be simulated when taking action to combat the emergency.
Instead, a controller will narrate the initiating events and the postulated plant response directly to the Players who will then
'( employ the appropriate actions.
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, 3. Environmental Monitoring Teams b PEco will dispatch field environmental monitoring teams.
controllers will provide hypothesized field data which will be used The to determine radiation readings at pre-selected locations. However, these teams will be equipped with the necessary equipment to enable ,
them to determine actual area gamma dose rates and airborne ,
radiciodine concentrations. The monitoring teams will not be suited up in anti-contamination clothing, but will have such equipment at l their disposal.
- 4. Public Notification Actual emergency message cransmissions via the Emergency Broadcast System will not occur.
- 5. Public Information Press releases to tiia general public and news media will be prepared but release'to the public will be simulated. The simulated press releases will contain all necessary information on the current status of the exercise but will not be transmitted.
- 6. Communications :
. Communications among the exercise participants will occur in di ' accordance with the. appropriate Emergency Plan. procedures. Should c .any primary communication path become inoperative or prove inadequate, backup means of communication will be utilized as appropriate.
VI. CLOSEOUT OF THE EXERCISE The exercise will be terminated by the Lead Controller, at his discretion.
-when the-scenario is completed and all objectives'are' satisfied, t
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SCENARIO LKA LIMERICK GENERATING STATION EMERGENCY RESPONSE EXEPCISE 0-- SECTION 3.2 INSTRUCTIONS FOR CONTROLLERS AND EELUATORS i
- 1. Personnel are assigned as controllers or evaluators at all key functional areas to monitor and control the exercise. In addition, they will accompany radiological monitoring teams, plant health physics personnel, and maintenance repair / rescue teams.
- 2. The in-plant controllers will be coordinated by the lead Controller located at the simulator. He will be responsible for the overall conduct of the scenario, if unable to reach the Simulator Room (Ext. 3202), contact the Lead Controller in the Technical Support Center (Ext. 2630).
- 3. Message forms and simulated Control Room data will be used to initiate, modify, and complete the events comprising the overall scenario. Selected controllers will use the message forms to place the scenario events in effect and to trigger response from the involved emergency response organizations.
Each controller will have copies of the messages controlling the portion of the exercise scenario for which he is responsible.
Three kinds of messages will be used:
Contro111na Message used as a primary means of implementing scenario events by announcing
.or placing an event in effeet by hypothesizing conditions resulting from previous actions.
Contingency Messages used at the discretion of the controllers with the approval of the Lead Controller in order to maintain the scenario p!an continuity or schedule. Contingency messages are used to correct player deficiencies and to react to multiple-path events.
Simulator Simulator messages are to be used in the event-that a halting of the simulator occurs or a sequence of operator actions causes a deviation from the scenario which'would lead to: inconsistencies with other data or failure to meet an objective. 'At the discretion of the Simulator Control Room Lead
. Controller, exercise control will be transitioned-from using live simulator data to using simulator messages in conjunction with strip charts and data
. handouts.-
Controlling messages will.be presented to the designated participant at the time specified in the event schedule. The controller should follow up with an explanation of the message and answer questions to ensure that the participant understands the message.
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SCENARIO LKA Controllers will not initially provide information to the participants regarding scenario development or resolution of problem areas encountered.
(] The participants are expected to obtain information through their own G organization and exercise their own judgement in determining response actions and resolving problems. In the event of incorrect or incomplete responses, or if the participant indicates lack of knowledge of how to proceed, the controller may give the participant necessary instructions or contingency messages and will so note on his critique sheets. The controller should see that the player understands the correct response, and may answer any questions accordingly.
- 4. Note that the scenario events are hypothetical. Any portions of the scenario depicting plant system operational transients are simulated events. No actual Main Control Room actions, or actions involving operation of pTint ,
systems or affecting generation capability, will be initiated. All scenario 1 messages will be prefixed and suffixed with the words "THIS IS A ORILL".
Controllers stationed at areas vital to maintaining generating capability should be especially aware and take extra precautions in issuing messages or giving instructions regarding the scenario events.
- 5. Required controllers will have the time-related plant and radiological parameters of the scenario. This information should be issued upon request to the appropriate participants by either the Simulator Control Room !
controller or controllers accompanying the radiological monitoring field teams.
- 6. Some participants may insist that certain parts of the scenario are ,
unrealistic. The controllers and evaluators have the authority, with .
'/ 3 ; approval from the Lead Controllers, to clarify any questions regarding O' scenario content, in some cases, it may be necessary to exercise " controller
' prerogative" and say, "This is due to exercise requirements" to preserve the continuity and objectives of the exercise.
- 7. Prior to commencement, all telecommunications should be tested to ens'ure satisfactory communications between the lead controllers and all other controllers. '
8.. A11' control 1'ers and evaluators will synchronize their watches to ensure that messages are delivered at the proper time.
9.. Controllers will commence their assignments at assembly locations for players that they are to observe or as directed by the Lead Controllers.
- 10. ' Scenario equipment problems not covered in Section 4.0 of this manual will be handled by the lead controllers.
- 11. Players are asked not to project free play items in the exercise or its scenario. '
- 12. Be sure to return all scenario binders following the exercise. l
- 13. Lunches will be provided by PEco; however, there are no such lunch breaks in the exercise. Players and controllers may % relieved for lunch as time permits. Emergency team leaders should dt, cide when team members may take a 1: lunch break.
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SCENARIO LKA
- 14. Be sure to have a hard hat and safety glasses with you when entering the !
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b{ 15. Exercise objectives require the actual drawing and analysis of a Reactor Coolant PASS Sample. In order to maintain the scenario timeline, simulated results of the analysis will be presented approximately one hour after the sample is drawn. Analysis of the actual sample will continue until completion. ,
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- 1. Attend controller briefing and walk-through.
- 2. Know the overall Controller's Organization.
- 3. Remember that tnere are two time designations: a scenario time and a clock time.
- 4. Identify the players by name and function. ;
- 5. . identify yourself at all times to players. Wear name tags provided.
- 6. Identify the phene (or radio for field teams) you will use to maintain communications with lead controllers.
- 7. Position yourself to maximize your effectiveness in issuing messages and observing.the players. '
- 8. Be sure you understand the scenario.
- 9. Keep the play on schedule by checking your scenario.
- 10. Issue the message on time.- Make sure the players understand it. i
- 11. Remember to call your Lead Controller to report on status of players' actions if.off schedule or if in doubt about what to do. Call for advice if players depart significantly from the-scenario script which will create a major j delay.' If necessary, intervene with player action'and put players back on scenario track. '
- 12. Allow the players reasonable flexibility to perform their functions and.
demonstrate their skill, knowledge, and initiative. .
- 13. Review evaluation forms prior to the exercise so you.know what to.look for.
Complete all forms according to the' instructions. .
- 14. Make notes on good and bad points of players'~ actions, the strengths and
- ' weaknesses, and areas for improvements.
- 15. Attend the post-exercise critique session to provide your comments and recommendations.
, .16. If a real emergency occurs, terminate your portion of the exercise, and 7 notify the. Lead Controller immediately.
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SCENARIO LKA ;
- 17. Be at your post at least 20 minutes prior to any player action commencement. I
/,_ ' Set yourself up. ;
.ls- -)- 18. Controllers and evaluators do not have to follow the radiation exposure I 1
control practices for the simulated radiation levels from the emergency l exercise scenario appropriate for the simulated radiation levels. However, i the players must follow the normal station radiation protection rules. !
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- 1. Don't leave your post ut key times. i 1
- 2. Don't forget to call the lead controllers to seek advice or help as I necessary.
- 3. Don't allow simulation when equipment and facilities are available except for l causing flow discharge of fire extinguishers, etc. '
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k SCENARIO LKA LIMERICK GENERATING STATION EMERGENCY RESPONSE EXERCISE NOVEMBER 20, 1990 SECTION 3.3 INSTRUCTIONS TO PLAYERS The follov%g items and the attached General Instructions should be reviewed by all PLAYERS prior tn the November 20, 1990 annual exercise. By signing in for the exercise, you will acknowledge having read and understood these
, instructions.
- 1. As this is the annual exercise, our goal is to demonstrate all areas of emergency response. This means that controllers may not intervene in player actions or attempt to assist players by prompting. Refer to attached General Instructions for more information.
- 2. EVACUATION / ACCOUNTABILITY Should a site evacuation be declared during the exercise, the following guidelines shall apply:
(1); The evacuation siren will be sounded.
(2)
ALL non-emergency response personnel-inside the protected area will remain at their normal work area.
(1) Emergency Response Personne.l.(exercise players) shall report to their 9 '
emergency response facility when indicated'by the PA announcement, and will be accounted for by procedure.
Each emergency assembly area has had emergency cardreaders installed.
-These cardread;rs shall be used as follows:
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(1) Personn'el should card in and hang their accountability tag when
' entering the facility. '
When leaving the facility. (i.e.-leaving the OSC or MMA to do a job
.(2) ~ :In plant), personnel should card out, leaving accountabilii.y tsgs hung in the facility.
(3) Locations of all personnel doing: Jobs in plantishould be logged in the emergency facility.--
' 3. ALL" actions should be played out fully, as they would in a real emergency.
Tiie only actions which should be simulated are those listed below:
- a. . Use of finger rings shal_1 be simulated..
b.. Transport of a simulated injury on a stretcher by the First Aid Team shall be performed, if appropriate, but the injured person shallLwalk up and-down stairways.
- c. Discharge of fire equipment shall be simulated.
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SCENARIO LKA d.- Air. samples will be taken'_using a charcoal filter. Players should
.I] inform controllers when a silver zeolite cartridge would normally be 'i i() used. ,
- 4. Lunches _will be provided for all exercise participants.
- 5. Should the use of an SCBA or respirator.be required by exercise events, the
-backpack shall be donned and the facepiece shall be carried.
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. 6. _ PASS functions will be demonstrated as fully as possible, including drawing a PASS sample of. Reactor Coolant.
- 7. All HP postings for.the exercise will be made using signs, tape and step-off pads labeled " Drill Use Only". i c 1
- 8. 'All. maintenance and repair group members responding to an event should !
3 bring all necessary tools and equipment to perform the task.. If additional tools or equipment are needed, players should obtain them as necessary.
- 9. If a fire truck is needed, Linfield and/or Limerick Fire companies will respond. .Trappe. Ambulance Company and Montgomery Hospital will participate.
4 if offsite medical support is needad..
., 10. Al' personnel entering simulated contamination areas shall dress out in appropriate protective clothing. No._ actual contaminated areas will be' i '
entered.
1 1 (Y 11.< Offsite agencies'are not' required to participate; however, all. appropriate
- notifications should be made, (f iflany agency-requests that no_further notification be made'tosthem then future calls should be simulated.
%' ' 12.: Since'the Main Control-Room functions are.being simulated from the training d
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simulator.at'the Limerick Training. Center for this exercise, there are !
-several; changes that'effect the-way'the exercisevis conducted: '
- a. . Telephone; numbers for the Main Control: Room (Siinulator) are i
/different.. See the attached: phone list.
.b.' The Floor Supervisor.will-be located at the plant in order to' perform the in plant functions. L l
c.- '0SC personnel going.to the Main Control Room will only.be able to- t
.y , interface directly with the exercise Floor Supervisor.
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SCENARIO LKA EXERCISE COMMUNICATIONS TELEPHONES-t y The telephone numbers used at the simulator are identical to the main control room, except the.first number was changed to a "3" in the simulator.
The telephones used in the simulator are listed below:
CONTROL ROOM SIMULATOR TELEPHONE CONTACT 2120 3120 Chief Operator 2121 3121 Unit 1 Reactor Operator r 2123 3123 Room Supervisor 2125- 3125 Shift Superintendent 2126 3126 Shift Clerk 2201 3130 Communicator 111 311 Blue phone - State / County 131L 331 White phone - Rad Protection 161 361 Orange phone - MCR/TSC/ EOF 171 371 OSC Coordinator Circuit' Always say;"THIS.lS_A' DRILL" before and after all telephone messages.
PUBLIC ADDRESS SYSTEM 1 When thelPA system is tied into the simulator, continue to use the page in the
- same
- way as you do now. If you push the black page butten you only call peopla in the plant-outside of the Main Control Room. if you push the red emergency
~
page, button, the Main Control Room and. simulator will be contacted.
PA line #1 1.s'to be used.by the personnel pa'rticipating in ttle exercise.
'PA line_#4 is.to only be'used by_the personnel running the plant.
~
All-other organizations are to keep using the PA channel normally used.
t PA line #5 is~not available in the Simulator Control: Room.
Ask for the'" Simulator Control Room" when you want to talk to.them, so the Main
. Control: Room doesn't answer the page.
jAlways say:"THIS IS.A ORILL" before and after PA messages.
' RADIO' t
Wh'en the station radio system.is tied into the simulator, the' radio works the
_. same way that it.normally does. We are asking the exercise players to use
.& channel "X" or "2" channel and the regular plant operators to use the "W" or "1" channel so we do not interfere with the normal. plant radio communications.
Operations personnel participating in the exercise should use the portable radios located in the OSC.
Always say "THIS IS'A DRILL" before and after your radio messages.
3.3-3
SCENARIO LKA GENERAL PLAYER INSTRUCTIONS:
1 \
&Jv During an exercise, inconsistencies (such as plume width, release duration, technical reason for the simulated release, etc.) may be intentional-and required to provide an exercise basis which tests the plant and corporate :
capabilities to.the maximum extent feasible in a limited time frame. If an l inconsistency is known or determined to be intentional, then emergency response personnel will note the inconsistency and ignore it. The Lead Controllers will have the authority to resolve or explain any inconsistencies or problems that 1 may occur during the exercise. !
l With the exception of already cited and potential inconsistencies, the internal operations of the emergency response facilities will be identical with their intended operation in a real emergency.
l
- 1. Realism and Simulation Since exercises are intended to demonstrate actual capabilities as realistically as possible, participants should act as they would during a q real emergency. Wherever possible, actions should be carried out. Only when it is not feasible to perform an action should it be simulated. Any orders given, that for any reason cannot or should not actually be carried out, should begin with the word " Simulate". For example, the order to put out a simulated fire would state: " Simulate discharging the fire
- -(] , extinguisher". Where such actions are being taken, it is suggested that tf -participants inform any observers in the area of what action really would. ,
- be taken had the emergency been real.
As much as possible. play out all actions .in accordance with your Emergency Plan and procedures as if it were a real emergency. This includes bringing needed tools and equipment, and turning on instruments needed to get radiation readings. -Unless authorized by the Controller, you should not simulate:your. actions. -If authorized to simulate an action, tell the Controller how and when you would.actually perform the action.
For ALARA purposes, if scenario events would require players to enter any-area posted " Contact tiP Prior to entry", players will simulate the activities they would have performed without actually entering that area.
.You must play as if radiation levels are actually present, in accordance. .
with the information you have received. This will require that you wear '
proper dosimetry, anti-c's, observe good radiation protection practices, and be aware of and mint..ize your radiation exposure. . Identify the ,
individuals in your emergency response organization who are responsible for informing you of these items. Follow their instructions.
Controllers and Evaluators will not act as if simulated radiation' levels '
from the emergency exercise are present. They are exempt. Do not let this confuse you or cause you to act unwisely.
3.3-4 .
l l-
I SCENARIO LKA
- 2. . Avoiding Violation of Laws
,q Q Intentional violation of laws is not justifiable during.any exercise.
1mplement this guideline, the following actions must be~taken.
To C
- a. All evaluators and potential exercise participants are (will be) I specifically informed of the need to avoid intentional violation of all federal, state, and local laws, regulations, ordinances, statutes, and other legal restrictions. The orders of all police, sheriffs, or other. authorities shall be followed.
- b. Exercise participants will not direct illegal actions taken by other exercise participants or members of=the general public.-
- c. Exercise participants will not intentionally take illegal actions when being called out to participate in an exercise. 'Specifically, local traffic laws, such as speed laws, will be observed.
- 3. .Avoidina-Personnel'and Property Endangerment -
Participants and. evaluators shall avoid endangering property (public or ,
private),-other personnel' responding.to,the exercise, members of the l
. general'public animals, and the environment.
If:a real. emergency occurs during the exercise,' requiring the actions of plant' and corporate personnel,; then the exercise will. be terminated. All o . messages about real events-willlbe clearly identified as such. For :
p example,Lprecede a real-message:with:'"This is NOT, repeat NOT a drill message".
' l A a if.you'are entering normal. nuclear, station radiation areas -observe all- a rules'and procedures., No'one is exempt from normal station radiological practices and procedures.-
~
' NOTE: '00 NOTLENTER HIGH RADIATION AREAS INTHE PLANT.
FOLLOW ALARA; PRINCIPLES.
~
- 4. Notifications ,
Initial <and follow-up notifications will be'made:in'accordance'with the.
, appropriate-Emergency Plan Procedures.. -
- 5. ' Communications- i Communications between' players will occur in accordance with'the
~
.I' appropriate Emergency' Plan Procedures.'a Should/any primary communication, '
path become inoperative or prove inadequate. backup means_of= communication, , ,
- shall' be used< as appropriate and applicable actions taken within the i
Emergency Response Organization to correct the problem.'
~ . . s 1
Use. status boards,= log books. 3-part communication forms, etc., as much as possible.to~ document'and record your actions,. instructions, and. reports to
.'. -your co-players. This is very important.- Remember, "Put it-in writing".
- A Remember to write, "This..is a drill". .
.V E
3.3-5 o
(
SCENARIO LVA i
. . ,s , Make sure all communications begin and end with "THIS IS A DRILL" and d U repeat at frequent intervals.
n \,f ~
i When comunicating verbally (phone, radio or face-to-f ace) use repeat backs to verify the information being transmitted. Spell out words when 6 , necessary, repeat and-verify numerical values, and always use and confirm units'(e.g., mR vs. mR/hr, pC1/cc vs. pCi/sec, etc.). :
- 6. Exercise Etiquette h , You may ask the controller / evaluator for information such as: R a.- Initial conditions of the plant and systems including:
Operating' history of the core.
>. o r 4 4 o Initial coolant activity. ,
I' p o Meteorology data such as wind speed, direction and stability.if a t
, normally available at your location. !
0 Availability of systems according to the scenario.
+ b. Area radiation data at.the' location of the emergency teams, if a
~
g radiation detection equipment is.being used l appropriately.
. c.; Airborne radiation data at the location of the plant.and field survey.
WN. teams after a sample has been appropriately taker...
U ;a 1'
- d. Efficiency of all counting equipment.
7y e.; . Activity;from nose-swabs or skin contamination surveys.
, .You may NOT ask Controllers / evaluators forLthe following'informationi o
(; W . a .1 Information contained in procedures, drawings or instructions.
^' .b.
.Judgements as-to'which procedures <..should be used.
, J . : .
=>
c.
g, ,
.What the controller / evaluator would do if he were a player.
l, .
[ ;g ..d.. ~ Help in performing actions in this exer'cise.- !
?, ,.
- e. ' Help in' carrying out calculations. '
N
'y. f. Information on:later scenario events.. I jm t u L7 Ir ' 'are in doubt about data, ask.your Controller for clarification. The 3 h Co,c. roller may NOT prompt or coach you. I a
- You'must not accept any messages / instructions;from Evaluators. If.they f_
A want to initiate actions or test your abilities, they must work through-your Controller. This is essential to the overall success of the exercise.
'l 3
3.3-6 m, i
'i.
4 4*
SCENARIO LKA 4m ,
o Limit conversation to exercise activities only. Miscellaneous !
'C conversations increase background noise and detract from realism and '
J a
professionalism.
- 7. Drillsmanship 1
_1 The following items relate to "drilismanship". Following these guidelines 1 will' allow the exercise to run smoothly and will' permit an accurate '
evaluation.
- a. Remember that two clocks will be used by controllers, the scenario time and the actual clock time. Scenario time will be important if !
e the exercise becomes delayed for any reason. !
- b. Know the overall contro11ers' organization and the specific controller a
' assigned to your activity. At the exercise,. evaluators and visitors
+ will be present., All controllers, evaluators, and visitors will be g' e , ' > wearing PECo supplied' identification.. Controllers and evaluators will g be wearing pink badges, c._ Identify =yourself by name and function.to the Controllers / Evaluators C
and the Observers. Always wear your identification badge. Players will be wearing green' badges.
d._ : Periodically, speak out loud, identifying your key actions and .. . J
' decisions to the Controller and evaluators.. This may seem artificial,
-butfit will assist in the evaluation process.
'7 h' "
- e. . The Controller will; periodically' issue messages or instructions
' designed to initiate response actions. :You,must accept these messages r L1 immediately.'.They are essential to your successful performance.
- f. 'If the Cont' roller inter'venes with your play -it is for a_ good. reason.,
Obey your Controller's directionstat all times. This-Is essential.to
, the_overall; success of the exercise.
n
- :g.; If you' disagree:with your Controller,'.you may askihim_to reconsider or'
~ i
, . consult with the~ Lead Controller as" time permits. You;must, however ; a
< J ' accept his word as final'and proceed. '
,k' '
- h. - Respond to the_. Controller's'questio'ns. N i,Ta *
- 1. - JYou may answer-questions directed at"you by Evaluators. IfLa questionc is: misdirected to you and'you_do not know the answer, referithem to' lyour lead: player or the' Controller.-
3e -i
';j.'
~
Keep.a list of suggestions'that~you believe'will improve'your plans'; .
U
- W. ,
t and procedures. Provide' this .to.your lead. player or, controller.; ' Lead y T players will. ensure these'are considered; :If5necessary( they w1114 '
- A
. identify it to the Controller.
c Remember, one.of the main purposes of ;
y 0l the exercise tis. for' you, the player, to' assure:yourself that you-are adequately prepared. -Areas for improvement or 1essons-learned when
~
.. identified. will improve your overall emergency planning and'
{):,._
preparedness.
3.3-7
.e,
- ~_
SCENARIO LKA
- k. A critique of the exercise will occur the day after the exercise. '
I Provide your input to your lead player or the Controller. This will -
/v ~. - help in the overall evaluation of the exercise.
3 .
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PHILADELPHIA ELECTRIC COMPANY 1 LIMERICK GENERATING STATION
- 1990 ANNUAL EMERGENCY PREPAREDNESS EXERCISE SCENARIO LKA
?s INITIAL CONDITIONS ;
C/
Unit 1 is operating at 100% power. The unit has been operating for 64 consecutive days when it returned to service following a normal refueling outage. Unit 2 is presently in a refueling outage.
Unit i new fuel receipt and inspection is in progress. 1B CRD pump is out of service for an oil sample and change. 1D RHR loop is out of service to allow I & C to repair the LPCI mode injection valve opening logic. Technical Specification LCO for LPCI operability 3.5.1.b.1 was entered at 1500 yesterday. lA SLC '
pumpLis out of service to allow for repair to a leak in the pump discharge piping. Drywell unidentified leak rate is 3.2 gpm.
i INITIAL METEOROLOGICAL CONDITIONS:
Wind Speed 305 ft.: 8.2 mph
-;qj
(~); Wind Direction 305 ft.:
- 95 degrees Delta Temp 305 30': -1.50 F deg Wind Speed -30 ft.: 5.9: mph Wind Direction 30 ft.: ' 115 degrees
, Delta Temp 175- 308: .90 F deg Ambient Temperature: 23.6 deg-F Precipitation (rain):= .00 inch Sigma Theta-305 ft.: 8.0 degrees Sigma Theta. 30 ft.: 7.0 degrees W6aTHER PORECAST:
increasing cloudiness today with a high near 40.
. Winds will'be light, from the east and shifting
.to the northeast. There is an 80 percent chance of rain or snow tonight. Lows tonight will be 30 to 35.
l L 4.1.1
, q
+ l PHIIADELPHIA ELECTRIC COMPANY LIMERICK GENERATING STATION 1990' ANNUAL' EMERGENCY PREPAREDNESS EXERCISE SCENARIO LKA
'.fg INITIAL CONDITIONS INITIAL UNIT 1 REACTOR WATER CHEMISTRY:
- n. Nuclide Concentration l I
Xe-135 4.43E-05 uCi/cc
+ Xe-135m 2.90E-03 uCi/cc
.I-132 2.72E-04 uCi/cc I-133 1.24E-04 uCi/cc !
'I-134 8.43E-04 uCi/cc I-135 3.28E-04 uCi/cc ';
Sr-91 1.00E-04 uCi/cc !
Sr-92 2.24E-04 uCi/cc Ba-139 3.18E-04 uCi/cc-Y-92 1.26E-05 uci/cc j La-142 .7.51E-05-uci/cc l;
_(~5{ -TOTAL. WATER SAMPLE 5.24E-03 uCi/cc q J's ' ,
L -l b
1 l
e a L i 4
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i !
4
-) .
4.1.2 i i
l I
PHIDADELPHIA ELECTRIC COMPANY LIMERICK GENERATING STATION 1990 ANNUAL EMERGENCY PREPAREDNESS EXERCISE SCENARIO LKA SCENARIO ABSTRACT L
Unit 1 is operating at 100% power. The unit has been operating I for 64 consecutive days when it returned to service following a normal refueling outage.-Unit 2 is presently in a refueling outage.
l Unit'l new fuel receipt and inspection is in progress. 1B CRD pump is out of service for an oil sample and change. 1D RHR loop
-is out-of. service to allow I & C to repair the LPCI mode
-injection. valve opening logic. Technical Specification LCO for LPCI operability 3.5.1.b.1 was entered at 1500 yesterday. lA SLC
, pump;is.:out of service to allow for repair to a leak in the pump Jdischarge piping. Unit 1 Drywell u.9dentified leak rate is 3.2 cgpm and~ steady..
1At 0815,ca new1 fuel bundle is dropped in the Unit 1 spent fuel pool. The droppedLbundle causes-minor damage to an adjacent spent fuel' bundle.cRefuel floor ventilation will isolate due to > 2.0-mr/hr on the; refuel floor exhaust. duct. SGTS will initiate for
- theLrefueltfloor only. ;
'***** Declare on Alert - *****
I' L..
.(EP-101, Damage to fuel: . Spent fuel: damage resulting in a "
refueling floor. area ventilation. exhaust monitor l alarm)
While evacuatingethe refuel floor a Quality' Assurance Inspector begins to show signs of suffering from heat fatigue. While :
evacuatingLthe; refuel floor he trips into the fuel ~ transfer- ~ ;
i: ' cattle chute ~andcsustains a' laceration to his left shoulder and L d .upperEarm.;He isiassisted off.theirefuel floor.to the. West.
g , entrance >of:theLUnit l' Turbine Enclosure elevation.217'.iHeLthen-
- -beginsito showisymptoms'offa-heart attack. The medical event is H reported to thencontrol-room atlapproximately=0845.sItiis . .
determined'that'hislwoundLis contaminated. He c requiresLoffsite-xmedical-attention and:offsite~ambulancefsupport is requested.
At 0900, theilB narrow range level transmitter failstupscale, p This-levelstransmitterJis'notLpresently,in:use for Feedwater L ' Level Control ~. The' transmitter. output is: failed lhigh and will >
orequire-replacement.
s l At 0915, due_to.a power supply voltage-spike the 1A RPS. EPA. power L
' supply breakers;~(downstream ofLtheLinverter);will trip. This will
'cause a'halfuseramland anl isolation of a111NSSSS protected s systems except for! main steam.10perators will energize the-RPS-
' bus either~from'the alternate. power supply or-from the inverter once the undervoltageftrip of the EPA' breaker is reset.LSystems ,
that should be returned to a normal configuration include:-
Reactor: Water-Cleanup, Instrument Gas, Chilled Water, Reactor l
"A f~ Enclosure ventilation, Reactor Enclosure Cooling Water and Reactor Sampling.
4.2.1
I PHIDADELPHIA ELECTRIC COMPANY LIKERICK GENERATING STATION 1990 ANNUAL EMERGENCY PREFAREDNESS EXERCISE SCENARIO LKA s SCENARIO ABSTRACT i
At 1025, the 1A CRD pump tr.ips.due to a high current condition caused when the B phase of its motor windings shorted to ground.
This results in a total loss of CRD flow, j
At 1032, the first HCU accumulator trouble alarm is received. At
'1033, the second alarm is received. Procedure ON-107 requires that the mode switch be placed in shutdown within 20 minutes if a CRD pump can't be started.
At approximately 1033, after operators determine that a CRD pump can't be started, a manual scram will be attempted. When the mode switch is placed in shutdown,. the scram discharge volume rapidly fills, forming a hydraulic lock and severely limiting inward control rod motion.
When the initiation of either RRCS or SLC is attempted, the 1B SLC pump will not start due to a blown control power fuse. The 1C SLC pump will not start from the manual control switch or manual RRCS initiation. Later, with automatic RRCS initiation, the 1C SLC pump will start and inject. The turbine will remain on the line at this pcinc so That containment integrity will not be threatened.
LAt 1044, after operators' trip both reactor recirculation pumps per applicable Emergency Operating Procedures, power oscillations
. k_T/~
- f. ibegin to occur dte to sustained operation in the low flow - high power region of tha power to flow map (see attached).
At 1052, due to the power oscillations fuel damage will-begin and a Group 1 isolation will occur due to 3 X normal main steam line radiation levels. Areas-in the Unit 1 turbine enclosure near main
-steamior. condensate lines will become high radiation areas due to
- the-radioactivity being' carried throughout the systems. The heat generated from'the ATWS will now be transferred to-the containment. .One'or more of the following plant parameter limits will be exceeded: Reactor Level < -38"'and/or Reactor Pressure >
~
~1093 psig (both automatically initiate RRCS which automatically starts-SLC), and/or > 110F.in'the' Suppression Pool (suppression pool temperature that-if exceeded requires SLC injection per 4-T-101).
l At 1054, 1C SLC Pump will start due to automatic RRCS initiation -
and will. inject into the core, eventually lowering power to 0%.
- Declare a Site Emergency *****
(EP-101, Scram Failure: Transient requiring manual or .l automatic' Standby Liquid Control System injection. (Due to !
high Suppression Pool temperature in T-101 or RRCS Setpoints I o Exceeded) d 4.2.2
=
l l
PHIDADELPHIA ELECTRIC COMPANY LIMERICK GENERATING STATION
-1990 ANNUAL EMERGENCY PREPAREDNESS EXERCISE SCENARIO LKA
_g- .
OCENAR10 ABSTRACT
' \- At 1055, maintenance will be successful in returning the IB CRD pump to service.-Scram discharge draining / individual HCU venting / manual control rod insertion will begin to be effective and control rods will begin to gradually drift in or be driven in. Skewing of the core flux profile will cause additional cnre damage.
At approximately 1105, the reactor will be brought to a hot subcritical condition.
At 1148, containment: radiation levels will exceed the General Emergency EAL level.
- Declare a General Emergency *****.
(EP-101, Damage to Fuel: Drywell radiation > .'.P4 R/hr with containment intact *.
The following Protective Action Recommendation should be issued: Evacuate 2 mile radius and 5 miles downwind (affected sector and 2 adjacent sectors).
- If release is in progress or containment failure imminent PAR as indicated but shelter may be indicated for_those areas that can not be evacuated before plume arrival.
At 1205, a class A/B fire occurs in the construction building on the first floor._The fire requires offsite fire fighting assistance.-
I '
'At 1245,_a leak will develop in the drywe]l equipment hatch seal
- mechanism resulting in a leak from. the dr:rwell to the reactor enclosure. ' This results in an elevated radiological relt ace to the environment via'atandby gas treatment. control systen (SGTS).
L At 1330, the fire is extinguished.
l-By 1430, the leak rate te the reacter enclosure has decreased.
substantially. SGTS is claaning the reactor enclosure atmoEchere ,
,. and there_is a correspon61ng decrease in the environmental release rate. A recosary organization can be established.
At 1E00, the drill is tarminated.
I LJ 4.2.3
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I . S43.7.A, Rev. 7 Page 6 of 6 CKH/CWH:rj FIGURE 1
- ?OW32 vs :?: LOW O:?:E:RA"::XG MA:?
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r- 0 5 0 5 0-5'O 5 0 5 0 5 0 5 0 5 O'S 0-0 O' 5 IR DO NOT ENTER . . . INCREAJED CORE FLOW THIS REGION '^ IF. AUTHORIZZD BY GP-5 1 TOTAL CORE FLOW'-(MLEM/HR) j , VALID ONLY FOR. RATED TEMPERATURE AND PRESSURE-j 6
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Limerick Griied Exercise (LKA) 11/20/90 z .
Activity Diagram 1200 - 1300 .1400 1800 0700 0800L .8800 . 1000' - 1988 E--
.dk I -
i I '
d Dem StarJ behiel Condelone - 1A SLC,18 CRD.10 RHR Oed-et Senece
[ ; DemTh i
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. Event 1 - DW Fuel p15)- -j .
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Event 2 - Consommissed hqwed Person 1e:15) l ,
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- ' f.. Event 3 - 19 Manour Range LevelTsenameter Fakse pool I '
l ' Event 4 - 1 A RPS EPA Supply Bseeker Trip p.ts)
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Event 5- Laos of 1A CRD (1925) .
i
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- Event 6- ATWS (10.33) l ,
'] . !
i Evers 9 - Fins in Conamiscalon sheeng (1205) j .
' j 4 j
1 s
1
' OUS _{- ALERT-Damage to Fuel .g SamunFaEws g GEDERAL EMERGENCY- DW Red > 1984 IWhr j
~ a:is ;. 1es4; 11:4s j :
OEPOWER j Power 100% POWER g ATWS l '
i i i Injection q FhEDWATER l SLC/HPCI/ RCIC/CRD j
, i ; .
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Gesey I :
l,gygl j Nonnal + 25* gi Decrease to-150' j kicsesse j 19:52 i 1
> 1 ! ,
Normal g! Fuel Demoge I D6veses LeakIOsene Reisese j h n.
g 12:45 2 _
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Ln8EntCK GE ling STARON La ort neseuer f996 AamuSEEEERMr
' Meet Tense - Drm' Tisse Afum = T. Adessaye Summary teocesvert* ac-s-s s.p-re-d Actone amo . I ' ow 1 I- - Review of iminimi c==*a--= and pinyee :
ShiA reensames t Commel Room Commean sheet wish oyermeenspersommeg t. Review iminimi raman--a
- 2. Review yInyer as segamed.
see 2 Gese 2' twa .- -yege - Shs4 Manager / commet Room 3. Commes seem eyssener wie he ymee R20 3 0099 3 '3 Imielmi candmoes seguise ghet mah seassa be Mechmascal Mamemenece Fesumme / - 1. Dhymach a seem to pedesus the oil change ce _
W to peduus e oil change se the IS CRD 2 W %ep the IB CRD pump.
pussy med to che satset Aoor to yesiosas new fed 2. Dasyneck e esses to podmem new dhd inspeceae especeae en es seemel Amer. +
R15 1- . Set 15 1. 4S Comaal seems inulicesions of scAnes amor isolemas on Ceneral Reese Opermeer / Commel 1. Densmose high sefuel Seer ashesse !
. high radhanos level and - of SGTS Rees. ~ coedman.
- 2. Evacesse the sefund Amer. ,
- 3. Itseify HF of the W high embesme ,
coednes in me senciar each= se (especemEy the crimed Seerk
- 4. s--, met as syysaysi e. . -i=---= and m sammeses how occessed.
- 5. IF should conduce general ases and embasse redsmeme 1 -- enveys and comeral RIS 2 Setl5 2 5 Camerat seem somecesion of fuel bundle dreyyed in Mah Fesw / Redbal I. Classify event is =~-=a==re wish EP-801 ,
she spans Assi yool Moor W of - . Demagees Feet Symme Asel dessage suomeling in a seemehag Soar ases i venstaten embases anoamer almem. I
- 2. Vesify sofmed Amer tenedmenom e-.a --- i
- 3. Hoeify HP of poemamel high ashesne srveis in se suocen ence.e.e (r ^ " se
, she seGmel Goesk 815 00:25 ~ 6' Spees feet damage a- and redseengical HP Technicine / Refusi f9ner t. Dasymacen se HP seem to namess scessi Sour survey of seemet Amor sesults '"*"'*Eascomemons and nyame fuel alemage.
- 2. Camdect surveys (sedisaies,lesse sedace h med sehesse 1 j
- 3. Commet med limit acemos to the smAmal Guer. b R35 0935 7 C Alese'commagencymesange Shih Manager / Commet Itsee 1. Declose se Alest in =~==a==re wie EP.tel, h of r . fW en Fest:
Spent dust dannese seamenug is a sedhating Soor esee .['
weseEmese enhaust smooner sleem.
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neceswoulm s'=pareme Acoune
- 3.45 Olk45 # NaascamaA es she commet soome'of an impsed " ' - W Pesenames i Unit I Comared seese shemid 1. Dayaoch the Asse aid imemdmal who is M e=====mened and is Tusbine Endaemme W. Emmnece EL seems. ;
enyeriencing chese ymina ? 217.- '
. SSG OlkSO - 9 Inisimi ymeient -_ . does and hissary ~ Fwd Aid Team / Unit i Teshine 1. Pusiasm poeiser Escissene Osa Emerence,EL 2iT 2. Immises the esta ao psevent the syseed of N
- 3. Tsues te savese leemmesien om es leR eyyer ana '[
end sheadder. t 835 1 00$5 1 10 Peeiset Vient Signe Fwst Aid Team / Unit I Tushine 1. Regness sket she ceasel seem surmage for odisine Escloomse West Emmence E. 237 mensposenates of she impmed persom en es hosynet. -i
- 2. Ptevide Srst aid.
835 2 . OlkS5 2 It Pasiens - servey doen HP Techmecsom Asmgeod se she I. Reyest - Godunge se the esmeral Fwst Aid Team i Unie i Testime scene.
Escloeuse West Emmence El. 28T 2. Asmiss in she eramayesemeen of she comesmesmesed endsvidual se te besynet l
'835 3 OlkS5 3 12 - Essess pechway imiasmeton of she comesassemoed Momeemance Fersommet 1 Unie I 1. De should survey the agsess yeshway i individual Terbine Encleamse West Emmence
. EL 2tr ,
920 0120 t3 S IB mesvow range RPV levet eramemmene fails ~ Coment Room Opermeer / Comeet I. Diegmeer she failmse of the IB menew reage eyacale ' Room EFY *eenr level W
- 2. Enemse est he i A climamat is Amading te level ,
signet for deedweeer Irwel commet syname.
- 3. Roguese est IAC imisiese ceseecerse oceans. i 9 10 t 04:10 1 14 Results of Geti scan of individuals clashess Chemesary I ter Tectonican i I, Reyest Andags se te OSC.
-- Chessisery EA 9.10 2. Ot:te 2 15 Vient sign does for peness se te omtrh squad Firna Aid Temas 1 Unit i Teobime I IW Poeement immst anect.
- 2. Tangest ee inimme ymme en te hosymmt.
~
Esclosure West Emenace EL 21T
- 3. Ptowede Arus eid ensomme. i 9-10 3 : 01:10 3 - 16 . *lB" messow reage RPV levet Ro- eiy device Operecor / B&C TechanciesI t rm ch w ty emire e,,elmsmee high 18 ,
indications- Amailiary Egmysment Room h wease level signet t
- 2. Dimenese Amtese of es is h invet ,l
- 3. Reyest Amdings es te commel seems er OSC.
90 4 01:10 4 17 18 metrow range RPV level transmisesr IAC Technicism I Reecear Escleamse - I. Denomene dailuse of te 15 menow sange RPV indications. Elevecom 253- levet maammiseur
-i 2. Reyest Endmos se she commet scom er OSC.
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'M MostTime Ors Tseek Muse f T aensempe Sessmeery Moceser/8-mag Esgsscemet Acesorie 9 15 01:15 iS l S 1 Tsip of f A RFS bus' ower y supply tweakess dze es a Comool Roses Oyesmeer / Comeet 1. Dlagesse I A RF5 has intese med half screas. -
spuneen votange eyes em she bus Roomt ' 2. Depeedh a dommage suyair emme to insemagnee.
- 3. vesity est as syysaysisen symmme immeneses t -
acemmeisme have accuses.
- 4. A4 mat i enmader cimend weemr imode,as ' '
myysaysisee,w comous med unuses ynemary cashes.
. 5. wielm te sueuesa,typeas the Reecear Esclosuse C- a.e ween,iemanni.m med sese se cessa, ehe -3 Racise pumiye samt coster. .
9.20 . ' 01:20 19 C - Cesengency smessage so main sia cuneet power Shit hemmager / CommelRoom I Dayeeste e damage suyair emme se invasegaee.
^ level and invesogner she loss o'she i A RPS bus . 2. temmene she penet at she cement power level.
9.25 0125 20 tacet IA RFS beusker endicences Damage Raysir Taman / Commel i. Reyest Ilmengs so she OSC. -
a ddag Asee a ER. 254* 2. If esecess by ee Comeet Reem seest and close she IA RFS EPA teambert 9:35 0t-35 2i Resseroman of A RFS bus tem eidner she sleesesse Operseer esagesd so Dessage lleysir ' l. Ator she EPA Rientass ase seest,sommergize she A RPS power supply or ison she msnmalievester Team 1 Cameral Sudems Asen 8 - I A RFS bus tuum eidner the omsmaalievesear ouquet power source (meme EPA betekers ase seest). Elevoeice 254*. er tem die ehmemene power suyyty. .
- 2. a==== seactor weemr cesamey,suecour enclosure vemedmeien, suscear enctueuse coetag weenr. sencear sampling. _ -gas,and chend weer as sheir ensamelet power- 1 9-45 01:45 22 ' Researemos of RWCU Aleer demimesoluess to Dessage Reyeir Team / Rs. Eac, I. Ramese Reacter woor cW Almer service Asse 11.El. 383 RWCU Filant demuassagene se service.
demia. Pol It25 02:25 23. S Tsip of she lA CRO ymmy seemisug in the loss of Ceneret Reem Oyarsenti Cosmet ' l. Dungmeer the ines of as CRD.
.e5CRD ~ koose 2. ImiyImment ecomms in accusemece widh OH-107 '!
1;ess of CRD Fump,as eyyueynner.
1 Dispascen a emanage supeir esem as invasessee she tip des B A CRD pump.
- 4. Reg met me TsC impenmust sempe = sessese die 80 CRD pump as em eyeseter saammt .
10:30 I 02:30 1 24L , Seness of 18 CRD pump oil csinage out ~ ~
W TamantTushimo I. Amseest the -- esem to commyleseshe r- " . Asse 6,Elsvesime 3F/ sesensasse of em 10 CRD pump.
~
' 2. Reyest es semens of she e5 sesage to te Damage Reyeir Tease Lander.
3430 2 02:30 2 25 I A CRD puser breaker adicssoas Dessage Reysir Team i Cemeses I. Reyest andamos en the OSC.
Esclosame. Asee S.El 239- - 2. If esoceed,seset te _ _- tip device.
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i near rame - are rene f mum c ri asessage sassmary sese norn--o-o s,-ed Actose te30 3 e23e'3 26 z The a yhmee or me A CRD pung menor weems Damage Reyeir Team i Toeime : i. adegger the I A CRD pump - weemos is smand so be shened no yound 1 r- . Asee 6,a 2ee- . yhase en yhmse M yhase w yount
-2. Dingesse me ance een en a phase er e seem,
~
weems is shesend es yound.
- 3. Reyest Amenos es es 00C.
1932 02:32 27 ~ S : First CRD occumuinearescuble alone is necesved. Comeal Room Opesesori Comasel - f. Dimemose te Esca est she accuseduser meuble Opsemenes shoedd begin to e====d- sheenes dowe . ' Rooms % was caused by low HCU h due to being unable to sesesse o CRD yummy to ' ysmome, m -2. Review ON-167. taas et CRD FImmy.8sr adensasi gudence seemseng consiemed posee
. "F""****
- 3. N es escuses is usade est a CRD pump coal be sesessed.Ehem the Ronceur usede seisch ces he pieced in shmade=e any simme eRur tel5 based on possuemmigendance ar-d d im OM-ISF.*., X ' ,
se CRD pumpis ayammes AND Reecesr p !
is 908 FWG er essener TIEiN Renaust as iness one j CRD pussy wishim 20 musees OR yince she suector !
a smede eminth no skuedews
- l l 4. When ene escusan is made to sheadsen. '
j the imEewing sesys should be immyisemmend is wie Or.4. Rapid passa shmadows. l Ts==a= house sincescalleads i Run tocit Racise pump speed comael ao 4Se gew !
a Fames to esade seieth in skuedene 1933 1 82-33 1 28 S AFmmel CRD accummuisest meuble minnes ese Censol e- Oyeseant i Commed I. We mammel assess has est bene ,_ -
eM' Reem ammmysed.shan comedusumen shoudd be giver to etsemmeg the suscear bened om the peecus'ered '
h psoweded im ON-197. Imms etCatD Puump.
- 2. Vasify suecour psessuse is geemear amm 90s psig and manieur psessuse useil each time est e aceum l
- is sammyend to emamse thes senceur psomene sommems ,
ehose 900 yeig. i i
let33 2 02:33 2-29 S ' ATWS ca=ama== ase psesent when the smede - CrA m- Operecer / Commel 1. Dimenese the ADFS comenom.
I swiech is placed in skuedoes %eema 2. Diagness te Emet ese RF5 ocessend sud
. shot commui sud immuseem was imhisend due to a pseummet Winch. - . '
- 3. haytsmans aceiens to messe elemsmene -
as immest seemed sees in h wie eyyhcable T _ y Oyammme Pteceduses.
I&35 .0235 ' 30. C Commagency smessage to W e seem to Damese Reyeir Ossup e a. t - I. Duyseth a seem es esmylses the se chseet *e -
complete the oil chooge on the IB CRD pesap W TechnicalSayyest Cemeer the IS CRD puny. ,
ses=we is so me operabie coes s uration -j i
4 34 - .
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- W Acesses 31 - 5 . When Sif secesses a seest egaal,asieher die IB ; Ca===a Room opmeneri rammad 3. Dingasse Wie imiesse et she IB MC yee y no IR40 02A0 '
~ ser she IC SIf piump wiu met coast. ': -
' Roess . mese.
- L 2. Diagness die esituss et the IC RC pu my to '
aass. .
- 3. Esemest then she TSC imisises esssessiv s acomes,
' & As h by 8==ip==ry Oposseng f mesduses, emessmass with me TSC es Ems ey Ser ele smens Paessay BC lapecesst 82:44 32 S - Opossears was sip bee socisemiseen ymmys to Commet Room Opossest/ Ceauet . I. Tsip both secocesselse passpein
- 1944- wieb aggdeshes Emessency operahms P>ead==mL seduce suecaer pesar desing she ATWS Roaan l
~ 13 $ Power h ase eccernes and she power . . Copeal Room OposseuriCeamet I. Disemose shot power eseWasmas ass being -
let45 02-45 ayinger and inrese Reae comess my seemiimed opendem in me inw me. - -
' emings ese pening , ,
hist pseer e gime eres pe.er = saw map. -
- 2. Espedies sleesomes esseul sed leesseien Asid -
esem acelwines, % the emans asegmed to -
paseman ese er mese et the asse.esr.1
, Opasesing Peaceossent l
' T.213 Radevedmes Ceemet tied Samma i ha =.a W =
T-2I7 Baskey Besened of Veasing i Dunesag l scenesu-*==e= veemme T.288 Coment Red immeseum by Wishdsew Ime vessing
- 3. 90amiest smain suussa Iias and s%as pass -
l
- saa==== der imar- et fast dommage.
i & R=q==== est she 00C '-r s ======
e sppseynsee
=====r-r crussing r% such ens Rrv woestis9et ces be h and die be5 Eve we summim epan.
Cosmet Roman Opossest 1 Cosmet 1. E% event 90FCI impecess.
1832 02:52 34 S A Group 8 (84SIV)isme=.bs has oceaned. SRVs
~ have lidied to ceased sencear psessusc. Reactor Room 2. Ptmoe I A med 18 Rem ines suppsessen poet
- weser level has h o below t - 38* and HFCI cashes. !
l ~ 3. Tabs mammalcommed et RCIC and SRVs as l and RCIC have 'W I eppsepssoas,se coment ItpV Brust and pseamme.
- 4. Doctase a Siee Emergmacy in
- wish EP-Itt. Declasseen of Emeessacas,5 cram Feitose: Tsumment sagesnas =====aer -
% iJguid Ceasel Sysesem laysceset (Due es hi@ suppsession post esmayesseus in T.tel er l RRCs empeias --=amak
. 5. Requese shot a PASS sample be smhem so l deesnaise the eneses of esse emanage.
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. M0NCK . T Mand -e.e NM sesaper/cocemen Espacessf Acessus Asaf Timee 'Dre p _J seasse' T asessage Susumery 35 5 IC Sir puesp senses in sospense to em messuneme - Coment Reesa Operseer1 Ceasel I. Dingosse est IC Sif samend as a seemet of e .
IG* 8254
~ ' RRCS saast signet : 5 som : h RACS imensism.
Ahmemaec sies .- - ' S eiR benmoger / CsemelItessa ~ 1. This mee age is es he used is lise of EF-305 letSS 82.55_ 36 passesspb L2 (sias eM when h
' ~ '
is made to posesses sies es- ===Ima Desmese Raysir Team 1 Tueine -. 8. DesdP she OSC that es 15 CRD pomp can be 1&55 1- 0155'I 37 1 Oil change se she 18 CRD punip is <a=pa.s* and -
sesmano ,es sesvece.
. she pumir ces be es===d to service. Enclosame. Asen 6 Elevamos 200'
- 2. Dist et saanevelaf sheada,enny anyt .
- 3. Ch wie the esmoul suena es _
et te IS CRD penny es servers.
asemage Raysir Tsem / Reecear I. Cessdimese the ' f of die .
16:55 2 0235 2 38 S . Ahormose madade of comesel sod inessmos ese Emergsacy Opermeng Feeceduses.
eEsceive. Eactosme. Asees It.12.85.86, EL 253* 2. Beamiser 90ecisar tasmensmesses for inacamous
' shot casesi sed irsesese 1 ME 3=r=re== bas hesught the sencest es subcsecalh Comeet Rossa Opersest1Cesaal I. r ==sh=== es issset costal sods,es dheesed by le55 3 0235 3 39 5 18 CRD peep con f mest commel sods enseeney Room the Case Phyacs Cosediaseer and/or she severse pus segnames.
40 The comeral power fase he ec IB Sif pumip Domese Commes Team I a==ea 1. Rapset Amenes no me OSC.
1190 03.40 beceker is immed so be litoon - Eactosuse. Asen 16.EL 283* 2.Asa==a=8 procus sed sapence the blowe
<==a-ape.e mese.
41 S Cosmet sod iusseman 1 SLC insecmon has brought Commel Room OpermostiCommet 1. Comenes comeal see t sif impecese es eseceed 1895 -9395 she suecear to hos aminrecal comemons Roosm by Essassency Opusemag P= =m===
42 C Sier Emergency ra===g==ry unessage Emmergency Deecear I Tar *=r=a . I. Deduse e Sier E=ay==ry in esceudence wie 1827 93s7
$spport Casest EP.800, Decessamme of Eow Samen Faikes: Temesset segmeng =====a er -
Sa=Ay 1Jguid Commel sysess i=r=r=== (Due
. no siiggi supysussise pesi esaspeseems ns T-108 or RaCS seqpoet -=<==4=m
- 43 ' Discovery shot she screen discharge volume dreis Demese Reyeir Team i Reecent ' l. Deemeene shot te cause of the ATWS was 18:15 03:15 Eactosmee.EL 253' sed El 243- shuse values being c6 sand.---
vehes med levet deseceos sesmanset a=a8=ma=
vehes esse ea==d - 2. Espost asengs es te OSC.
- 3. a=g-des == (cyse) espues, as directed, esowing dreams of me SDv.
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03A0,I' ~ 44 Request for addiairamilf , -
Pessammet Sessey Taman Emmesti I. Ceessamee comunesing eser medmineel suyyast
' TechmecalSuppest Cameur - per=====8 .
- 2. Esquest osmanece Gem the Temining i Cassemaeurse asis es asu6 sing ---- ,
- z ,i 11:40 2 r03AO 2 - : 45 CIPASS sample e==as=g==ey message
'^ f- _ -1Duecear / Techascot . I. Dheet that e PASS sempen be abuse. ;
4 Sagport Camaer
- t
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- 48 - 83AS 46 : $ Drymeu sediamos has incsessed '- - . ,and . Comeet Room Operoemr / Camust 1. Doctusea c .==-esgassgancyin m ,l she Gamenel tanssenscy c- redsomen leved : ' Room '
'~
- wide EP-let. Decensemos of 5=ay==rs== Dammes ~i
. - of >tP4 R/hr has bene eme==aad The issued PAR : as Pust: D/W Red > BP4 R4r wie - -
-l l must =rt=a i me evalmesme of any exisaise sclease imenes? ..
t and the pe% ofimemument
- 2. As a ===i-== issue te Asgossag PAR: - !
doisess. Evacemen 2 mile radium and 5 miiss downwed (esscend ascear sad 2 e sucessak *
- 3. c===a=,she = gedmacepsewededin EP-let and t
' milar she PAR as appseysimer: ,
!
- If setmase is is psegsmas er - failuse .;
samumans h .. ;
PAR as imae===4 but shelter may be indicated for
^
esas esens that can est be evacumend baisse plumme
. esvival.' .
i 1220 0420' 47 peoeiacacion ehme a joint EPA # PERC : ^';2 T , - yResponse hemmager # , I. Reese sequess shsough te Adessummene and l i
- emergemey sesponse seem is being W EOF : e r===a==am,wie es ESO sur womemenos ,
1223 1 0493.t ' 48 C ' Generet [- .
y commagency message y Emergency Duecear i T=,6=.,=a t. Doctuse e c.==,=es % in seessemece ,
Support Cemeer . wish EP-Det. D=re===== ef ~ . H Damage
- se Fast Drysse seemame > IP4 R4r wie meagrey imance. '
1223 2 0423 2 49 'C " PAR consagency smessage [__ . y Danceer'# Techascal I. Basme the Assowing PAR se e -
Suppost Cemeer Evacesse 2 mile emens med 5 meites de=ewed (eSuccad maceur and ese a4mcome saceursk '
Ifit is deamusemed shme a setsene is im psessess er
- deihme is imumimema PAR as imecased but h may be i=a====8 der esse esse, shot can met be ewecasend toduss yemane assiv .c 4.17.
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% es pseersce of e Ase in she -~ ^
- - - - 3 Reem h die psemence of e ese in die Commereceae InmImag _ Batmeg. ,
- 2. thsyneet me 4.= heigade es ne Censmecean
"-""f i
'3. Roguest est die 13C sestumes the impact of
- e possemel Ase in she C 1 ' Buteng en essens penet condieses sad sessment ecovanes. ~
12 10 OtIO St _e "
, supost of me empaa=== med & Ceeeral Reems Operoome1Ceneret I. Messy ee Ese bngade of she . " y nyest
' Ese in es - " temI6eg - *
] Reese - eta Ass in the- - builtag.
! 12:15 Otl5 52 Isiaisi - et Ass"sceneiactemaseeince ~ Fise Angede i C - minaimy t. Asyest seseus of te Are se she 05C.
!' ~ shot en ecosytems boede is immysted in e wee and is - Elevenne 2iT L 2. Regment est assier Spe Apeng - be . j i eagedfodin Sasses e=y= art =d ~'
' ~
- 3. Asamept se esamenuh I comenia she See wee -
- a==i= sessuces, 12
- 20 et26- ' S3 C Onter Esed to feed pernommet osammed se the ERO Esmergencye.=r=== temmager i 1. Ceasellmees through she Admumussene and -
EOF I ap=ar= Consenseur essenes and sucesving lunch.
a -
i- 12:30 I Ot30.1 54 Fire samens updmes :~~ Fine engade i Ceneoucean Bensus I Espost A8e 88'eme es to Ceemed Rosas.
Elevasse 21T 2. Evacemos i h e.- et the Consmecalme Bailems.
- 3. Roguast shme eSmier Ase G@eng asemanece be
^T =^=d(if est steady pesumest
- 4. vesenses me - - - homeng t 7.2:30 2 Ot38 2 SS C - Cesesse.acy mesmen se sequest ass ine fue Aghams Fise ensede / C -- Smemme I. Cemence she Ceeeet sta== and segnosa easiec
' ~ ~
sena===re Elevemen 2IT Ape Adeng j
12:45 . Ot45 - 36 S ' Itanceur emeteene high enheest sed moment alenn Cameros Reem Oyarener # Ceemet I. Osagmose she poemment Isas of ppmery i
is seceeved ind casing shot a redsencene selease is 'n Room comesmesma ensegney <
psossess. 2. Evolumes the almse h as la salmeed '
es assies solemme and eagesms, momennsg t
- 3. EsttG wie mehe segemed =a,===== of she sense .
13fl0 .t -0590 1- S7 Lancesser Caesey OSee ofE . y Services Federal med Semes Govesument I. Romas sequese for infanmesse se she ESO so shot f suports shot 7 , .d_,_- of Liaimee / ENC the Ents can he commedied seemsensme issemece of '
- Agriculame is sequesang comensseen of PECo*s PARS. i secommencedmoon to piece se coule wieu she 10 smile EFIam sensed feed 4.1e
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Hamt Tisse ' Drif TAsse - Alune T, Afossage Samansary Mocener/s m g,g,scess Accone
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.1390 2 0520 "t . 58 .. PASS amenyle resube Chemanry Techesnam 1Chemumy B. Reyest FASS tesies elusugh te Cha-my Lab .. Sassymme and Analyes Team :* es tine Case -
Phymes Ceasemseer.
l 1330 . . 05:20 59 . heessage seressed trous the Union of Concessed -
Rasmor Cseeral/ EOF - 1. Reese infesmeses to the easysemer , ,
- l. Scsseenes dias shey have h r==&ae=s=1 ,
nefesussene shot FECo has secseely sudessed a -
- kege osmount of ~ , dusing she ongong . _
emisegency. They semes that unless the FECo CEO messes wie ens wiese em tour shey win sessene -
sinis imiessmaalas es she osedia. n ._
1330 8530: 60 - Fine im she censouceos be5 dung is sammgessed Fue Chief / Fise Angade 1 1. Asyset to the Cassel poem the Escs that the due Consensemen Budding Etsvesse 257. is== W I
1335 -0535' 61 ama===I siher.amatier canndges ese segmund Perseemse Safesy Teman I* 1 1. Roses this sew es the Adamuseman and so smypost as song W med implant ..
Tech =.res Seyyost Osmear I e Ceasemaamr.
1490 0620 62 ^ Whole body count seestis of comensmisseed pseies:
HP at BW t REM Team f I. Reyest sesults to she TSC.
after hasyssel enemment and decomenemanmenom Hespeal ;
i 06:15 63 - Air comysessor mailised em AE Scosth assise is 14-15 ~ EOF / Resysseery Psaa==== Gesup 1. Coesensee chiceph due Adamummene and emoperabic 1.medor I my=mra Cassesseur te psecusement of ee addeemse t & y- - --
1430 Ok30 .64 C C====y==ry message es begin to yema e secovery
. 1 Deucear 1 Tarh==e=4 1. Regin es pena ser esamteshes a secovery f W
orgmesaseos Sayyset Ceaser 1590 0728 - 65 Drit - message Emem Deuceur # T=-h=.rea 1.hembeynge Srfyort Commer 2. Somme au socibass es a sumey m
- 3. CW decitiey cssegne. i i
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' ' EVENT
SUMMARY
- 1' ORILL TIME: 0015
.. .l REAL TIME: 8:15 i ui- . TITLE: Dropped New Fuel Bundio 4.': -
LOCAT10N: Uniti Refuel Floor:
RELATED MESSAGES: 4, 5, 9, 7 ATTACHMENTS:
- None
.u
. MmATMG CONOm0NS:
A , While moving a new fuel bundle from the fuel prep machine to lie storage location
- within the spent fuel pool a new fuel bundle was dropped. It landed on top of a spent
, fuel bundle, d: :;;eg the spent fuel bundle.
i V t
.AtJ e
l 4 I F
% ., ' FA! LURE MODE:
' .The dropped new fuel bundle damaged the spent fuel bundle. A release of fission
, , products occurs.' Visible bubbles can be seen in the area of the spent fuel bundle.- The 3 refuel floor ventilation isolates due to reaching > 2.0 mr/hr in the ventilation duct.
Dm " '
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- 3. s i
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- p. - !c ,
, , .o SYMPTOMS:
c," .
i.1. Isolation of refuel floor ventilation system.
- 2. Incident reported to the control room by a maintenance worker who has evacuated
- the refuel floor, y p o
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y.
is a
1 1
4 1
( ' {g- :- EVENT
SUMMARY
- 1- (continued)
% RESTORATION GUInELINES:
The rotuel floor wNI remain an airborne contaminated area lot the duration of the exercles.
7 g.
n i SCENARIO CONCERNS:
The damage to the spent fuel should result in the declaration of an Alert. '
i:
I- i v .
lp bRADIOLOGICAL CONCERNS:
e - Refuel floor wlN become and remain an airborne contaminated area for the duration of- !
. the exercise.
.i. ,
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CONTROLLER SPECIAL NOTES:
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1- 2
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- EVENT
SUMMARY
- 2 DRILL TIME: 0015 REAL TIME: S:15 TITLE: Contaminated injured Individual LOCATlON: Unit 1 Turtnne Enclosure West Entrance, Area 8, EL 21T RELATED MESSAGES: 8,9,10,11,12,14,15,62 ATTACHMENTS:
Personnel Contamination Form INITIATING CONDITIONS:
While evacuating the refuel floor, a OA Inspector (who appears to be suffering from heat fatigue) talls into the cattle chute. He suffers a laceration to his left shoulder and upper arm. He is assisted off the refuel floor by co workers.
l FAILUkE MODE:
T .The laceration sustained by the OA inspector when he fell into the cattle chute is found to be contaminated. His heat fatigue symptoms have prog:essed to the point where he '
~is complaining of chest pains. He begins to display characteristics of having a heart attack.
tU
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SYMPTOMS:
- 1. Incident is reported to the control room by the maintenance worker who assisted the
. QA inspector off of the refuel floor, m ,
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2 1 i
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1
' l
? EVENT
SUMMARY
- 2 (continued) k RESTORATION GUiOELINES:
The individual we be transported to the hosphal with a contaminated wound. As the ble threatening situation precludes on she decontamination this will be performed at the hosphal.
l 1
l h
i SCENARIO CONCERNS:
1 a )
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' U--
- j;'
+
RADICLOGICAL CONCERNS:
HP's should monMor and survey the egrass pathway taken by the injured person to ensure that there was no spread of containinstion.
l.
- 1
, o i) 1 CONTROLLER SPECIAL NOTES: >
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2 - 2
Page 1 of 1 O esase a st, corruzmarzos roam
,eiien e r iun.
sam - eama en sevey inetnannt used tortet maner
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Containeted Body Aree * (DMPlhe er cuttine en eedy) oa '
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)
DRILL TIME: 0100 O
EVENT
SUMMARY
- 3 REAL TIME: 9:00 TITLE: 15 Narrow Range Reactor Level Transmitter Failure LOCATION: Reactor Enclosure Elevation 253' RELATCO MESSAGES: 13,16,17 ATTACHMENTS:
Drawing of Rosement RPV Level Trenamitter INITIATNG CONDITICWS:
The it narrow range RPV level transmitter will fall upscale.
FAILURE MODE:
/
(' An internal failure associated with the level transmitter (Internal bellows) resulte in a talled upscale output.
i SYMPTOMS: ,
- 1. RPV High level alarm.
- 2. Difference between the 5 narrow range levelindication and the other reactor level instrumentation.
p 3 1
_ _ _ _ . ~ _ _._ . . _ _ _ . . . - _ _ _ _ _ . . _ _ _ . _ . _ . . . _ . . . . . . _ _ _ _ _ . _ _ _ _ _ . . ~ . _ _ . . _ _ . _ . . . _ _ _ _ . _ . . _ _ _
l EVENT
SUMMARY
- 3 (contenued)
MESTOMATION GUIDELINES:
The level tronomitter requires repiscoment Replacement is not panellde during the drill time treme.
f SCENAMIO CONCERNS: ,
Operatore eheuld be cautieur not to select the 8 narrow range instrument to supph the
. level signal to the feedweter level control system.
a f
( >
\ i RADIOLOGICAL CONCERNS:
High redletion / contamination levels wlN occur in the Reactor Enclosure efter drill time 0448.
CONTROLLER SPECIAL NOTES:
(
l 3 2
I1 O- !
LI-42-1 R606B ;
i f
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GROSS TRIP 9 O :
Fall RESET ,
60 ,
1 0 --
- O
. TRIP V
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--,-.~.-..e ,, ,% --,-.-..._.,.,,-~4-.., .. _ - - , _ .- -.,,- , . - - , , , _...~., _ _, . . -
i
.g EVENT
SUMMARY
- 4 ORILL TIME: 0115 REAL TIME: 9:15 TITLE: Loos of 1 A RPS Bus LOCAT10N: Control Enclosure, Area 8. Elevation 254' RELATED MESSAGES: 18,19,20,ti,22 ATTACHMENTS: l None INITIATING CONDITIONS:
A spurious veNage spike causes the A RPS EPA breakers to trip on undervoMage. I 1
FAILURE MODE:
The 1 A RPS EPA supply breakers trips when incoming voltage momentarily drops below 109 VAC. This resuHe in a haN scram and a partial isolation (only the inboard loolation valves) of all NSSSS protected systems except for the M81Vs.
l SYMPTOMS:
- 2. AN NSSSS protected systems isolated except for the MSIVs.
- 3. RWCU pumps trip.
- 4. AN channel A RPS and NSSSS annunciators alarm.
O 4 1
EVENT
SUMMARY
- 4 (contnued)
RESTORATION GUIOELINES:
! The 1 A RPS bue can be restored either by restoring the EPA breaker and reenerglaing the 1 A RPS through ellhor the normal power supply or through the alternate power supply. Anor restorellon et 1 A RPS bue power the hall scram should be reset and systeme should be restored to their normal configuration.
SCENARIO CONCERNS:
There le no procedural gundance to shut down; therefore, the reactor should be maintained at 100% power.
MAOIOLOGICAL CONCERNS:
None CONTROLLER SPECIAL NOTES:
4 2
._ _ _ _ _ _ _ _ _ _ _ _ _ . . _ _ _ . _ _ . _ _ _ . _ _ _ . . . _ _ _ _ . _ _ _ _ _ _ _ . . _ _ _ _ _ . _ _ . . ~ _ . _ . - . . _ . _ . _ _ _ . ~
EVENT
SUMMARY
- 5 ORILL TIME: 0226 O REAL TIME: 10:2E TITLE: Trip of 1 A CRD Pump / Loss of All CR0 LOCATION: Unit 1 Turbine Enclosure Area 8 Elevation 200' RELATED MESSAGES: 23,24,t5,26,27,28,30,37,39,41,43 ATTACHMENTS:
None INITIATING CONDITIONS:
The 1 A CRD pump tripe due to a high current condition.
FAILURE MODE:
Insulation for the B phase of the 1 A CRD pump motor fails. This causes a phase to grcund short and a subsequent pump trip due to the high current condition. The 1B ,
pump is out of service as part of the scenarlo inNial conditions; the trip of the 1 A CRD pump resuRs in a total loss of CRD flow.
s SYMPTOMS:
- 1. CRD pump trip annunciator in the control r%m.
- 2. CRD flow and drive pressure indicators decrease to 0. .
- 3. Overcurrent flag for the 1 A CRD pump breaker is up.
1 O
5 1
EVENT
SUMMARY
- 5 (contnued)
MESTORATION GUlOELINES:
The 1 A CRO pump requires rewinding to be returned to service. This is not possible during the dr5 time treme. The 14 CRD pump can be returned to service amer completion of the oil change.
SCENAMIO CONCEMNS:
Total lose et CRD procedures will eventually direct the operators to manually serem th>e remotor.
4
\'
RADIOLOGICAL CONCERNS:
None CONTROLLER SPECIAL NOTES:
9 5 2
- - _ . ~ _ - - . _ - _ _ . ~ -- . - -- .- --__ _ - - . . - -____._-_n_-___-- -- _ _ _ _ - - - - - _
- . - . . - . . . _ - _ - - - - _ - - - - . - . - - - - . _ _ . . _ ~ - . . - _ . . ~ . . .
O EVENT
SUMMARY
- 6 DRILL TIME: 0223 REAL TIME: 10:23 TITLE: Anticipated Transient With Failure to Scram (ATWS)
LOCATION. Control Room RELATED MESSAGES: 29,32,33,34,38,41,42,43 ATTACHMENTS:
HCU map INITIATING CONDITIONS:
During the implementation of the loss of CR0 procedures operators wlN be directed to manually scram the teactor. A smaN amount of inward rod motion wlN occur; however, a hydraulle lock in the scram discharge volume will prevent further Inward rod motion.
FAILURE MODE:
, Prior to this event, the scram discharge volume manual drain isolation valve was inadvertently closed. Additionally, the scram discharge volume high level detection instrumentation was inadvertently valved out. Gradual tilling of the SDV occurred due to CRO mechanism sealleakage. When a manual scram was attempted a hydraulic lock was formed, preventing further rod insertion.
l -
SYMPTOMS:
- 1. Partial control rod inesttion occurs when the mode switch is placed in shutdown.
- 2. All blue scram lights occur on the fun core display and all RPS scram solenoid Indicator lights extinguish.
- 3. APRMs remain on scale.
l 4 1 4
- - _ - - - . . . _ _ _ --------__a - _ . - - - - - - - - _ - - - - - - - - -,----,-wms - ---m-> --- --- s *~f
. . - . . - .. . . . - . . - - . - - . . - - . - _ . - . . - - . - ~ - - . . - - - .
l EVENT
SUMMARY
- 6 (cantinued) v RESTORATION QUIDELMES:
Several poselbie aussees pathways emnet. They include, but are not limited to: i
- 1. Restore 1B CRO pump and manuaty drive sentrol reds.
- 2. Use alternate SOV draining Emergency Operating Procedure le provide a path for sentrol rod scram eahaust water to flew lo.
- 3. Individusty serem sentrol rode by venting their withdrawal header.
l l
SCENARIO CONCERNS:
e
's RADIOLOGICAL CONCERNS:
None CONTROLLER SPECIAL NOTES:
Players should consider the peselbility of sabotage although thle le not the postulated cause of the event.
l 4 2
ST-6-047-750-1, Rov. 5 Figure 1 Page 1 of 1
,-. LAM /DJD:ra<
L)
FIGURE 1: #1 PLANT HCU ARRANGEMENT l26-43130-471 126-511 146-55l34-551 l34-47130-43l 122-43126-471 122-511 130-59138-55l 138-47134-43; l18-43l22-471 l18-511 134-59I42-55i l42-47i38-431 122-39l18-47l l30-55l14-55l l38-59138-51l I46-47142-43l l18-39l14-47l l26-55126-59l l42-59l42-511 130-51146-431
!14-39110-471 122-55122-59l l50-51l46-511 134-51150-43!
110-39106-471 118-55118-59l l54-47150-471 158-43154-431
..l 0 6-3 9 l 14-4 3 l l14-51110-51l /l- l58-35l58-39I I54-35l54-39l 102-39l10-43l l06-43102-43l l l58-31l46-31l l34-31150-39I
(] l26-39106-351 l02-35l02-311 N l54-31l42-311 l50-35l46-39!
~
l30-39l10-35l l14-31106-31! l l50-31l38'-31l l46-35142-39l l14-35122-31l 118-31110-3(l l50-27l38-27l l42-35l38-391 l18-35l26-31l l22-27l10 '7l 154-27l42-271 l38-35l34-39l_ [
l22-35l30-31l l18-27l06-27l REACTOR l58-27I46-271 l30-27134-351 l26-35l26-27l l14-27I02-27l VESCEL l58-19154-19l 134-27130-35l ,
-l30-23l14-23l 106-23102-23l 142-03154-15l 150-19158-231 l18-23110-231 l06-15l18-03! 138-03l50-151 l46-19154-231 l22-23l02-19l l10-15l22-03l l34-03l50-111 l42-19I50-23l-l26-23l06-19l l14-15l26-03l 130-03l46-11l l38-19146-23l
'l10-19118-151 l10-11l14-07l l46-07142-111 l34-19l42-23l l14-19122-15l l14-11l18-07l l42-07l38-11l l46-15l38-23l 118-19l26-15l l18-11l22-07l 138-07l34-11l l42-15l34-23I
/~y l22-19l30-15l l22-11l26-07l l34-07I30-11l l38-15l30-19{
i l l26-19l l26-11l30-07l l34-15l '
g EVENT
SUMMARY
- 7 ORILL TIME: 0240 REAL TIME: 10:40 0 TITLE: _ 15 SLC Pump Fa#ure LOCATAON: Unit 1 Reactor Enclosure, Area 16. Elevation 243' RELATED MESSAGES: 31,40,41 j 1
ATTACHMENTS:
None INITIATNG CONDm0NS:
When the it SLC pump receives a start signal the pump will not start.
l l
FAILURE MODE:
y)'- The it SLC pump breaker has a blown control power fuse. The fuse blows due to a voltage surge in the breaker control circuit when the pump start (breaker close) signal
< le received.
l: 2 SYMPTOMS:
- 1. The 18 SLC pump indicating lights extinguish in the control room.
- 3. Control power fuse in MCC breaker D124.R.C.34 le blown. -
O 7 1
( EVENT
SUMMARY
- 7 (conknued)
)s RESTORATION GUIDELINES:
N the control power lues being blown is discovered and the tuee is reptocod then the pump een be restored to operation, es required.
SCENAMIO CONCERNS:
The pump can not be restored to operation until et least drill time 0252.
c RADIOLOGICAL CONCERNS:
None d
i CONTROLLER SPECIAL NOTES:
l' 7 3.
I O EVENT
SUMMARY
- S DRILL TIME: 0240 REAL TIME: 10:40 TITLE: 1C SLC Pump Failure LOCATl0N: Unit 1 Reactor Enclosure, Area it. Elevation 283' RELATED MESSAGES: 31,35,41 ATTACHMENTS:
None t INITIATING CONDITIONS:
When the 1C SLC pump receives a start signal, eNher a manual start or a manual RRCS InMistion, the pump will not start. !
i FAILURE MODE:
The 1C SLC pump will not start in response to either a manual start or a manual RRCS start signal. The pump start contacts internal to the pump start switch are heavily oxidlaed and an electric charge cannot be passed.
A software error associated wMh the SLC pump start command prevents a manual RRCS Initiation from starting a SLC pump.
1 SYMPTOMS:
- 1. The 1C SLC pump indicating light Indicates that the pump has not started.
O 8 1
P f
O EVENT
SUMMARY
- 8 (conunued)
MESTOMAeMN GUIDEUNES:
An sukunstic hMCS inillation signal wW succesolully start the 1C SLC pump. This wM occur el drE time 0$54.
SCENAMIO CONCERNS:
Manual attempts to start the 1C SLC pump prior lo drW time 0254 wW be unsuccesolut.
t l
(~~
(
MADIOLOGICAL CONCERNS:
CONTMOLLEM SPECIAL NOTES:
i
(
F I
8 .t
i O EVENT
SUMMARY
- 9 ORILL TIME: 0405 REAL TIME: 12:05 TITLE: Fire in the Conetruction Bu8 ding LOCATION: Construction Building Elevation 217' RELATED MESSAGES: 90,51,52,se,55,60 ATTACHMENTS: ,
INITIATNG CONDITIONS:
An automatic fire alarm, code 71 1 occurs. A confirmatory phone call shortly after the fire alarm is received states that an explosion occurred in the construction shop and that there is an ongoing fire. l l
FAILURE MODE:
An acetylene bottle apps rently exploded in the construction shop. The bottle le partially impaled into a wall in tra shop and is engulfed inflames. Additionally, combustibles within the aree have ir,nited. The sprinkler system has apparently failed as there is no water flow through the sprinkler heads.
SYMPTOMS:
- 1. Fire alarm received in the control room, code 71 1.
- 2. Confirmation of an explosion and a fire.
O 9 1
- _ ~ - _ - . . _ . . _ _ . . . _ _ _ _ . . . . _ . _ . . . . . . _ _ _ _ _ _ _ . . _ . . . . . _ - . - _ _
+
i i
EVENT
SUMMARY
- 9 (continued)
MESTORATION QUiOELINES:
The tre wW burn untu ofteile Are fighting sealetance arrives at the scene and seelete in ;
the Are flphting motvilles.
I SCENARIO CONCERNS:
I RADIOLOGICAL CONCERNS:
r The fire wlN occur during the time there is a confirmed radiological release. HP coverage should be provided to the fire brigade and to the arriving offsite fire fighters.
CONTROLLER SPECIAL NOTES:
I.
l
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9 2
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o i' LIMERICK GENERATING STATION SCENARIO LKA f,e '. ANNUAL EXERCISE UNIT 1 REV O y ~
\ TABLE -4.6a METEOROLOGICAL DATA
SUMMARY
T illet- W8 3058 W 305 T305 30 W 30' W 30' T175 30 fletP RAlli se 3058 se 30'
-00:00- 8.2 95 1.50 5.9 115 .90 23.6 .00 8.0 7.0 00:15' 8.9 96 1.70 6.6 109 . 90 24.1 .00 12.0 13.0 -
00:30 '10.2 84 1.70 8.1 103- 1.00 24.1 .00 11.0 10.0 00:45' 11.1 86 -1.60 9.1 115 1.20 24.3 .00 11.0 8.0 01:00' 12.2- 82 +1.70. 9.0 109 1.10 24.3 .00 11.0 10.0 01:15 - 7.8
; 89 " 1.50 6.5 - 103 1.00 24.5 .00 9.0 7.0 01:30L 6.4 . . 93 1.60 5.2 103 1.10 24.7 .00 7.0 6.0 01:45. 6.4 63- . 1.50 4.5 68 1.10 24.9 .00 7.0 7.0 02:00 5.8 50 1.40 3.8 48- 1.10 25.0 .00 6.0 6.0 02:15 6.8 48l, 1.40 5.4 50 1.10 25.4 .00 7.0 ' 7.0 02:30- 4.9 52 1.60t 4.6 '
55 1.20' 26.1 .00 7.0 6.0 02:45 6.7 '48 1.60' 5.2 58 1.40 26.4 .00 7.0 6.0 , 03:00 1 5.3 50 1.50' 3.6 49 1.20 26.7 .00 7.0 6.0 ,
'03:15 . 5.3 50' . 1.60 5.5 45 . 90 27.3 .00 10.0 6.0
- 03 30 5.5 . 49' 1.80 .3.8 48 1.00- 27.8 .00 10.0 6.0
'r NF ,
03:45- 7.3 , J50, 1.80 4.8 49 1.00 28.5 .00 6.0 6.0
'1'
- !i .04:00> 5.5 50- . 1.60 - 3.9 . 50 .90 28.4 .00 6.0 8.0 4
i -04:15' 6.3 51 1.60- '4.5 50 1.30 28.8 .00 7.0 8.0 '
- 04:30 4.7 51 1.70 - :4.7 51 1.10- 29.0 .00 6.0 6.0 x04:45 6.3 . 149:. 1.90 4.8 . 52 .90 29.3 .00 8.0- 6.0 05:00 8.6 48 1.70 .3.9 48 1.40 29.5 .00 - 7.0 6.0 '
05 .5 . 5.9 49 1.80 '4.8 ' 55 ' 1..?0 29.3 .00
- 7.0 - 6.0 ,
' 05:30 ~ ' 5.8 . 51- 1.70 4.5 61' 90 29.3 .00 . -10.0. 9.0 '
- i' 05:45 - . 5.6 ' 50 1 1.60 5.2 47 .80- 29.4 .00 8.0 6.0 06:00- S.O 1.80. 5.5 - 45 1 . 80 29.6 .00 7.0 7.0 -
-06:15: '5.1' 50 1.60 5.8 ' 46- .80 29.5. .00 - 6.0 ' 9.0 .l
, f06:30.. 5.2 50 1.50 4.8 48 . 80- '29.6 .00 9.0 7.0 --
*06:45J . 5.2 ' 49 1.50 ' 5.8 , 48. . 80 29.5 .00 6.0 9.0
- f 07:00. .$.3 50 1.50 '- 4.8 48 . 80 29.6 .00 - 9.0 7.0 at- ,
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C ' NOTE:'These:are the Meteorological Conditions-Affacting. ' H+. . ,
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' M 4 "'
- The"15-minute. Averages Provided to the Players Are!15 Minutes-Behind the Above' Values y
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- Due to- the : Averagingi Delay of the : Met: Instruments '
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LIMERICK GENERATING STATION 1990 ANNUAL EMERGENCY PREPAREDNESS EXCERCISE , SECTION 5.1 . f EMERGENCY RESPONSE PROCEDURES INDEX e I' , l 3 :, . g . r \; m-
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EP-C INDEX m Revision 19 10/05/90 Page 1 of 2 l- JPJ/eas .., PHILADELPHIA ELECTRIC COMPANY PEACH BOTT(M UNIT 3 2 AND 3/LIERICK UNITS 1 AND 2 g/f p EhEIGENCY PLAN N-2=?fS-fimnmATE INDEX L REVIEW REV. REVISION _NLl8ER TITLE DATE NO. DATE EP-C-200 Headquarters Emergency Support Center 6 10/17/89 10/17/89 j Activation EP-C-201 Emergency Support Officer 05/11/90 9 05/11/90
- l.EP-C-202 Emergency Notification for Corporate 10/05/90 12 10/05/90 P l- Personnel lf EP-C-203- DELETED L
EP-C-204- DELETED
'EP-C-205 Emergency Medical Coordinator 05/11/90 L 7 05/11/90 EP-C-206: Administrative and Logistics 05/11/90 10 05/11/90 Coordinator N
o ;U EP C-207' Coordinators Supporting Administrative 05/11/90 8 05/11/90 and Logistics Response -
'EP-C-208 DELETED (See EP-C-207)
' ~
EP-C-209 DELETED (See EP-C-207) 4 EP C-210 DELETED (See EP-C-207) i LEP-C-211 DELETED (See EP-C-207) ,
=
m: ;EP-C-212 DELETED (See EP-C-207) EP-C-213 . DELETED (See EP-C-207) j ~ EP-C-214 DELETED 1 EP-C-215 - Emergency Security Coordinator 02/27/89 6 02/27/89 Design and Construction Support
.EP-C-216 :02/27/89 8 02/27/89 Coordinator EP-C-217- DELETED (SeeEP-C-220)
, e .EP-C-218' Health'Phsics and Chemistry Coordinator 05/11/90 14 05/11/90
.EP-C-219 DELETED EP-C-220 ' Coordinators Supporiting Design and 02/27/89 7 02/27/89 Construction Support Response
- =
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, . . , , . . - - - . v. , , v.
EP-C INDEX-l Revision 19
.l 10/05/90 Page 2 of 2
.-l JPJ/eas REVIEW REV. REVISION IRSSER TITLE DATE NO. DATE EP-C-221 DELETED (See EP-C-220)
EP-C-122 BELETED(SeeEP-C-220) EP-C-223 DELETED (SeeEP-C-220) ) EP-C-224 Planning and Scheduling Coordinator 02/27/89 6 02/27/89 -t EP-C-225 DELETED (SeeEP-C-220) EP-C-226 Core Physics Coordinator 02/27/89 8 02/27/89
' EP-C-227 DELETED (SeeEP-C-220)
EP-C-228- DELETED. EP-C-229- - Insurance Coordinator 02/27/89 4 02/27/89'
.EP-C-230- DELETED (See EP-C-220) 0 L . EP-C-231.- DELETED (SeeEP-C-220)
EP-C-232 EOF Engineering Liaisms 02/27/89 4 02/27/89-EP-C -? ~,J . DELETED (See EP-C-220). EP.C-234, DELETED :
'EP-C-235 Emergency Preparedness' Coordinator' 05/11/90 4- 05/11/90 EP-C-236 Training Coordinator 05/11/90 4 05/11/90-
'EP C-237 DELETED-H EP-C-238 :
Withdrawal of Equipment From Pooled 12/06/88 2 -12/06/88- I
~ Inventory Management (PIM) J p -EP-C-239 DELETED-o
,. !EP-C-240: Headquarters Emergency Support Center 05/11/90 3 05/11/90 L -(HESC) Coordinator l, EP-C-315' Recovery of Post Emergency Environmental' 12/06/88 6 12/06/88.
- p. Monitoring Samples-l L , -EP-C-320 DELETED L (': EP-C-326- Procedures for Estimating Core Damage 05/11/90 6 05/11/90 During. Accident Conditions I i__________._________ 1____I________ -_ . . - -
M
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PAGE' 1
'LINEDICm GENERATING STATION IS PAGES TOTALt
;EwERGENCY PLA
N. PROCEDURE
.1NDEA REv.144.. 10/15/90 ; DATE OF LAST. PERIOOIC' Resp DATE
-PROC ~ PROCEDURE REv. SIGNED . 'REVIF.w . GROUP.
Rv5D NUMBER NO. . TITLE -------- ------.----- ----- _l
--------------------------- ---------------- EP. I O Emergency Director 09/26/89 09/25/89 -I EP-100 :
(ED) . Response-
~
O Emergency Director. . 09/26/89. 09/26/89 EP : EP-100-1 APP. Turnover /Sriefing Form !
-11 Classification of Esnergencies 08/24/90 09/14/98- EP
'EP-101 l 1
EP EP-102 15 CANCELLED f Incorporated into EP100 &EP112 EP EP-102 APP.1 10 CANCELLED
. Incorporated into EP100 & EP112 EP EP-103 18 CANCELLED-Incoeparated.into EP100 & EP112 EP EP-103 APP.1 9 CANCELLEO Incorporated into EP100 & EP112 EP EP-104 17 CANCELLED I nc orpo r a t ed into EP100 & EP112 EP EP-104 App.1 1 9- CANCELLED
' Incorporated into EP100 & EP112 EP EP-105 17 CANCELLED Incorporated into EP100 & EP112 EP EP-105 APP.1 9 CANCELLE61 Incorporated into EP100 & EP112 8 written Summary Notif4 Cation 11/13/89 11/02/98 EP EP-106 11/17/89 07/18/88 EP
.13 personnel Ass woly AM EP-110 Accountability 10/15/90 08/01/90 EP EP-112 3 Emeegency Notification i
o . Emergency Response Manager 09/26/89 09/26/89 EP EP-120 9 Technical Support Center (TSC) 01/24/90 11/07/88 EP EP-201 Acttwation 11 ' Operations Support Center (OSC) 05/14/90 11/07/88 EP EP-202 Act4wation 0 Emergency Operations Facility 02/27/90 11/07/89 EP gp-203
-(EOF) Activatson -m. __
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' RV5D . 98UIsSER
. NO .
iTITLE'.............-..................-
. SIGNED REVIEW GROUP EP-204 1 CANCELLED (08/20/905 EP EP-208. 13- Security Team- 08/08/90 09/07/89 EP EP-210 11 Dose Assessment TeamJ 09/21/90 12/08/88 EP EP-211' 6 Field Surveyf Group. .06/14r90 06/18190 EP EP-220 CANCELLED Er EP-221. CANCELLED EP EP-222 -
CANCELLED f r-EP-230 11 Chemistry Sampling ano Anasysis 08/08/90 12/28/88 EP Team EP-231 19 Operation of Post-Accident 06/29/90 01/10/89 EP sampling Systems -(PASSI EP-232 CANCELLED EP EP-233 to Retrleving and Changing sample 04/03/89 12/28/88 EP Fi1ters And Cartridges Feom The Containment Leak Detector During Emergencies
~
EP-234 10 Obtaining Containment Gas Samples 04/03/89 12/28/88 EP From The Containment Leah Detector Dur ing ' E mergeric l e s EP-235 9. Obtaining-Reactor water Samples 04/03/89 12/28/88 EP From sample Sinus Folto ing-Accident Conottions I EP-236 7 Obtaining Cooling lo=er 81o=oom 12/28/Be 12/28f88 EP
- Line water Samples f o l i o. i ng
.. Radioactive Liquio Release Afte Acctoent Conettions
- EP-237 -13 .. Ob t s t n i ng The looine/ particulate 06/29/90 01/10/89 EP l And/Or Gas Samples From The North vent wide Range, Gas esonitor t wpGao EP-238 7 Obtaining L6 auto Rao.aste Samples 12/28/88 12/25/88 EP ,
From Raoweste Sample Sink Following Accident C ond i t ions
- EP-240' CANCELLED. EP 1
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.'(5 PAGES TOTAL)
LluERICs GENE R A T I NG ST A T ION ' REv.144.. 10/15/90
- EwERGENfw .PL AN ' PROCEDORE INDEM'
'DATE OF LAST DATE PERIODIC RESP
~
REV. SIGNED REVIEW GPOUP PROC -PROCEDURE Rv5D 440e88ER : NO. . TITLE. ________ ____________ _13 __________ _ _Sample ___________________ ____________- 06/29/90 12/28/88 _ _ Preparation EP EP-241 and Handling Of: Hignty: Radioactive Liquid Samples. 06/29/90 12/28/88 EP EP-242 7 Sample Preparatton ano Manoling Of Highly Radioactive Particulate Filters And loolne Cartrioges 06/29/90 12/28/98 EP EP-243 _12 Sample Preparatton And Handting
-O+ Highly Radicartive Gas Samples 11/02/88 11/02/88 EP Ep-244 4 O'*-site Anaivsis of High Activity Sampies 05r16/89 10/13/88 EP 5 Personnet safety Team EP-250 EP 4 Plant Survey Group 10/03/88 10/03/88 EP-251 EP 3 Search and Rescue /First aio Group 10/18/89 10/13/88 EP-252 EP-253 0 CANCELLED 06/29/90 06/26/90 EP EP-254 5 Vehirte and Evacuee Control Group 06/29/90 06/26/90 EP
'EP-255 5 venicle Decontamination EP 10/13/88 10/13/98 EP-256 0.. Respiratory protectton Group 07/t1/89 10/13/88 EP 1 persoenet Dosimetry And EP-257 84cassey Group EP-260 4 CANCELLED 09/18/89 m/13/88 U 5 Damage Repair 'eam EP-261 EP-272 CANCELLED gp_273 CANCELLED EP-275 CANCELLED 09r27/89 10/13/88 EP EP-276 13 Damage Repair Team pnone List 05/23/90 08/16/89 EP EP-277 21 Personnel Safety Team Phone List Ep_278 15- CANCELLED
'03/06/90 09/18/89 EP EP-279' 20 Emergency Operations Facility (EOF) Group Phone List I
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.'LIMERICM GENERATING $TATION- (5 PAGES TOTAL)
EMERGENCY PLAN PROCEDURE INDEF' REvit44.. 10/15/90
'DATE OF LAST DATE. PERIODIC RESP
' PROC ' PROCEDURE REv. SIGNED REVIEW GROUP
'RVSD 'MUW8ER NO2 . TITLE - -------- ------------- -----
---- -------- .. --- ---- .---------------------------- ---------------- EP 21- Technical Support Center 03/06/90 09/18/89 iP-280 Phone List 14 Government'and E mergenc y 05/14/90 11/07/88 EP EP-282
-management Agencies Phone List 05/14/90 11/02/88 EP
'EP-284 12 ' Company Consultants And Contractors pnone List EP EP-287 -6' CANCELLED . 11/02/88 08/08/90 05/02/89 EP EP-291 22 -Staffing Augmentation EP EP-292 .18 CANCELLED 14/24/905 EP EP-294 20 CANCELLED (6/29/9CpIncorp. into EP-305 EP EP-301 3 CANCELLED Incorporated into EP305 04/24/90 03/20/90 EP EP-302 1 -- Activation Of The Asert
~System Notifications From Tne(Off-54te Siren)
LGS lechnical Support Center st/02/8P 11/07/88 EP EP-303 4 ~. Local Evacuation-04/24/90 ft/02/88 EP EP-304 7 Partial Plant Evacuation 09/27/89 06/28/90 EP EP-305 10 Site Evacuation 11/02/88 11/02/88 EP EP-306 5 Evacusaton of the Information Center 11/02/86 11/02/88 EP EP-307 4 Reception and Or ient at ion of Support personnet 05/14/90 11/02/88 EP EP-312 Radioactive Liquid Release
't/OT/P6 to/v3/88 EP EP-313 6- Distribution of Tnvroio Bloching Tablets.
04/24/90 10/13/88 EP EP-314 -3 Emergency Radiation Esposure Gulcelines'and Controls EP EP-315 9 CANCELLED EP EP-316 4~ CANCELLED
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~LIwERICM GENERATING STATION ($ PAGES. TOTAL)
E ME RG'j NCY PL AN , PROCEDURE INDE> ' REv.144.~. 10/15/90 DATE OF LAST
- DATE PERIOOIC- RESP PROC PROCEDURE -REV. SIGNED REVIEW GROUP
.Rv5D NUes9ER -NO. TITLE.. - -_. .. . _ _ _ _ - - - - - - _. ..
......_..... w ....--____......-........_---
EP _... .-_...___....... ____ 09/21/90- 09/28/89 EP-317 13 determination of. Protective Actto f'ecommencations 10/13#88 10/13/88 EP EP-318 '3 Liquid Release Dose Calculation EP EP-319' _
^2 CANCELLED EP EP-320- 2 CANCELLEO(09/21/90)
EP EP-321 '? ~C ANC E Lt.ED( 09 / 21/ 90) EP EP-322- O CANCELLED (09/21/90) 1 ' Determination of x/O. O/0 09/19/89 09/19/89 Er EP-322 APP.9' 09/21/90. 09/21/90 EP EP-324 'O EmergencyiDose Calcutations-Manual Metnoo 09/21/90 09/21/90 EP EP-324 APP. 5 O Determination Of xu/O Table a 02/06/89 02/06/89 EP EP-325 8 use'Of-Containment Dose Rates To Estimate Release Source Term 09/07/09 09/07/89 EP EP-327 0 Use.Of Field Survey measurements To Estimate Release Source Term 10/13/88 10/13/88 EP EP-330. 6 Energency Response' Facility HabitaDiiity 06/29/90 06/26/90 EP EP-333 2 Adjustment of wior Ear.ge Gas
-Monitoe' Conversion factors 10/13/SP 10/13/88 EP E P-401 4 Entry-for Emergeacy.Repasr anc-Operations 05/14/90 11/07/88 EP IP-410 .9 Recovery Pnase Implementation EP LP-SOO- 2 CANCELLED u- .
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i SCENARIO LKA' LIMERICK GENERATING STATION EMERGENCY RESPONSE EXERCISE
-_-.g)l
_ ( NOVEMBER 20,'1990 SECTION 5.2 REFERENCE DOCUMENTS s
- 1. Limerick Generating Station, Emergency Plan '
- 2. Limerick Generating Station Emergency Plan Implementing Procedures -
' 3. Emergency Plan Procedures'--Corporate 4.- Limerick Generating Station, Final Safety Analysis Report ,
'5. Title 10, Code of Federal Regulations, Part 50, Appendix E l u
p 4 6. NUREG-0654/ FEMA-REP-1, Revision 1- i 1 l' ' f i ..C' 3 g. l8
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SCENARIO LKA 1 LIMERICK GENERATING STATION l EMERGENCY RESPONSE EXERCISE
; NOVEMBER 20,1990 I w'
SECTION 5.3 ACKNOWLEDGEMENTS i The following people participated in the review and revision of this scenario. l T M. Baughman Limerick Training 3'
.Ki, Behr Corporate EP
-J. J. Clymer Nuclear Engineering s ,
R. Cosner. Limerick Maintenance
.? N.'0'Archangelo Limerick Training.
.T. J.gDougherty Limerick Training X ..R. Ebright Corporate EP E. W..Frick Limerick Chemistry J. H. Gerhart Corporate EP J. M. Gilfor Corporate-EP D..C. Hamilton Corporate.EP M.' C.-Kaminski Corporate Radiation Protection
'R. P.iLisko .
Limerick Training R.- Love, III~ Customer Service and Accounts- .i f_s, > R; D; Mandik' Corporate EP ' f R. Monaco Limerick Training LilA yl f ~R. A. Nunez Limerick Training Zi ~ ;D.'J. Perrotti _ Corporate EP M. J.,Roache Corporate EP ! H ' 1' F.;P.:Roak- .
. Limerick Training ll .W.1N. Russell, Jr. Limerick'EP E if. ~
S..A.-Schymanski Limerick-EP
.l J.1 R. --Waddington, Jr.'
Corporate and Public Affairs- 1 h : R. - C. --Wright! Limerick Operations. 3 19 a
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- LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 H A. TABLE 6.1 l l I :
\_t RADIATION MONITORING SYSTEM DATA (T = 00:00) ( 08:00) 7 MONITOR KEY - FOR USE WITH TABLES 6.1.
h Monitor TITLE Monitor TITLE r -__..__ _ . __.___ ______ ______ _______ ________________________ 1-RE-01 RCIC-Pump Room--RX 177 2-RE-05 Aux. Bay Hallway--TB 200 1-RE-02. HPCI Pump Room--RX 177 2-RE-06 Iso Valve Compt.--RX 201 1-RE-03 Sump Compartment--RX 177 2-RE-07 Condensate Pmp Rm-TB 189-1-RE-04 CRD Pump Area--TB 200 2-RE-08 RHR Div I Compt--RX 201 1-RE-05 Aux.-Bay Hallway--TB 200 2-RE-09 RHR Div II Compt--Rx 201 1-RE-06 Iso Valve Compt.--RX 201 2-RE-10 Steam Vent Area--RX 217 1-RE-07 Condensate Pmp Rm-TB 189 2-RE-11 RR Access Airlock-RX.217 1-RE-08 RHR Div I Compt--RX 201 2-RE-12 H211way Cond.-Fltr Demin 1-RE RHR Div-II Compt--Rx 201 2-RE-13 Condenser Area
- 1-RE-10 Steam Vent Area--RX 217 2-RE-14 Drywell--RX 253 i RE-11 RR Access Airlock-RX 217 2-RE-15 CRDHCU Area East--RX 253 4 1-RE Hallway-Cond. Fltr.Demin 2-RE-16 CRDHCU Area West--RX 253 1-RE-13 -Condenser Area 2-RE-17 Neut Mon Sys Area-RX 253 1-RE-14 Drywell--RX 253 2-RE-18 Neut Mon Dr. Area--RX 253 ,
1 RE-15_ CRDHCU Area East--RX 253 2-RE-19 Turb Aux Bay Hallwy East. 1-RE-16 CRDHCU. Area West--RX 253 2-RE-20 Turb Aux Bay Hallwy West 1-RE-17. Neut Mon Sys Area-RX 253 2-RE-21 Rx Wtr Cleanup Pump Area.
- 1-RE-18: Neut-Mon.Dr. Area--RX 253 -
2-RE-22 RWCU' Heat Exchanger Area 1-RE-19 .Turb Aux Bay Hallwy' East ~2-RE-23 SBLC System Area--RX 283 < 1-RE-20 Turb Aux. Bay Hallwy West 2-RE-24 -RWCU Instr. Rack Area l.('~5{' ('L 'l-RE-21. Rx Wtr Cleanup Pump Area 2-RF Turb Aux-Bay--TB 269 1-RE-22 RWCU Heat Exchanger Area 12-RE-26 Turb Bldg Washdown-Area
~
L - 1-RE-23' SBLC System Area--RX 283 2-RE-27 RWCU Filter Area--RX 313
.1-RE-24 RWCU Instr. Rack Area- 2-RE-28 Exh. Flt. Area--TB 302 1-RE-25 Turb Aux Bay '-TB 269 2-RE-29 D/W Head-Laydown--RX=352 1-RE-26: Turb Bldg Washdown Area 2-RE-30 Dryer /Sep. Area--RX'352 1-RE-27?'RWCU Filter Area--RX 313 2-RE Spent Fuel Pool--RX 352-1-RE-28 Exh.-Fit. Area--TB 302 2-RE-32 'New Fuel Stor Vlt-RX 352 3 1-RE-29) -D/W Head: Laydown--RX 352 - 2-RE-33 Pool Plug Laydown-RX 352 i 1-RE-301 Dryer /Sep.-Area--RX 352 2-RE-34 H2/02 Anlyzr Area-CS-200i s14RF-31?: Spent Fuel. Pool--RX 352 .2-RE-35 Gaseous-RW Recmbner Hall 1-RE New Fuel . Stor: Vlt-RX : 3 52 0-RE Sludge Disch.' Mix PP 1W
- 1-RE-33 Pool Plug.Laydown-RX 352- 0-RE-42 RW Hallway--RW 162
,1-RE-341 H2/02cAnlyzr Area-CS1200' 0-RE-43 Cond. Stor. Disch. PP'RM; L1-RE-35! Gaseous RW1Recmbner~ Hall- 0-RE-44 Laundry Drain--RW 191 11-RE-36!iTurb. Aux.: Bay 0-RE Floor Drn Fitr Hld PP RM 2-RE-01 RCIC Pump: Room--RX'177 0-RE-46 . Fuel 1 Pool Fltr Hld-PP'RM:
'2-RE-02 ~HPCI' Pump Room--RX 177 0-RE-47 Precoat Tnk&PP RM-RW'191' '
l2-RE ~ Sump Compartment--RX 177 RE-48' Remote Shutd:Cntl Area 12-RE-04 : ~CRD Pusp-Area--TB1200 0-RE-49 RW Cask Load Area Lcontinued next~ column- continued;next page 1 "a l ,
. 1
__ _ _ _ _ _ . _ _ _ _ _ _ . _ _ _ _ _ . __ __ -_ , . - ~
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1 9 RADIATION MONITORING SYSTEM DATA (T = 00:00) ( 08:00) continued MONITOR KEY - FOR USE WITH TABLES 6.1. Monitor TITLE Monitor TITLE 0-RE-50 RR Airlock--RX 217 SE160A Mach Vac Pmp/Stm Seal (A) 0-RE-51 RW Hallway--RW 217 SE160B Mech Vac Pmp/Stm Seal (B) 0-RE-52 Hot Maint Shop-Admin 217 SE-190 Prim Cont Leak Det 9 292 0-RE-53 TB RR Entrance SE63-09 RW Discharge 0-RE-54 Hopper Comp.--RW 237 SE10-11 Serv Water - Cooling Twr 0-RE-55 RW Exh. Fan Area SE13-11 Rx Encl Cooling Water 0-RE-56 CR--CS 269 RE42N6A Main Steam Line (A) 0-RE-57 Turb. OP. Floor--TB 269 RE42N6B Pain Steam Line (B) 0-RE-58 Stnby Gas Trtant--CS 332 RE42N6C Main Steam Line (C) 0-RE-60 N Stack Instr RM-RX 410 RE42N6D Main Steam Line (D) REX-025 (Local)Srce Str&Calib RM RE285A1 S. Stack -Particulate (A) RI-01 (Local)A Turb Encl Crane RE285A2 S. Stack -Iodine (A) RI-02 (Local) B Turb Encl Crane RE?85A3 S. Stack -Noble (A) RI-101 (Local) Refuel Platform RE285B1 S. Stack -Particulate (B) RE41N6A Main Steam Line (A) RE285B2 S. Stack -Iodine (B) RE41N6B Main Steam Line (B) RE285B3 S. Stack -Noble (B) RE41N6C Main Steam Line (C) RE291A Prim Cont Post-Loca (A) 9 RE41N6D RE185A1 RE185A2 Main Steam Line (D) S. Stack -Particulate (A) S. Stack -Iodine (A) RE291B RE291C RE291D Prim Cont Post-Loca (B) Prim Cont Post-Loca (C) Prim Cont Post-Loca (D) RE185A3 S. Stack -Noble (A) REN20A Rx Encl Exh Duct (A) RE185B1 S. Stack -Particulate (B) REN20B Rx Encl Exh Duct (B) RE185B2 S. Stack -Iodine (B) REN20C Rx Encl Exh Duct (C) RE185B3 S. Stack -Noble (B) REN200 Rx Encl Exh Duct (D) RE191A Prim Cont Post-Loca (A) REN21A Rafuel Area Exh Duct (A) RE191B Prim Cont Post-Loca (B) REN21B Refuel Area Exh Duct (B) RE191C Prim Cont Post-Loca (C) REN21C Refuel Area Exh Duct (C) RE191D Prim Cont Post-Loca (D) REN21D Refuel Area Exh Duct (D) REN10A Rx Encl Exh Duct (A) SE17-23 Recombiner Comp. Exh. REN10B Rx Encl Exh Duct (B) SE221C RHR Service Water (C) REN10C Rx Encl Exh Duct (C) SE221D RHR Service Water (D) REN10D Rx Encl Exh Duct (D) SE160A Mech Vac Pmp/Stm Seal (A) REN11A Refuel Area Exh Duct (A) SE160B Mech Vac Pmp/Stm Seal (B) REN11B Refuel Area Exh Duct (B) SE-190 Prim Cont Leak Det 9 292 REN11C Refuel Area Exh Duct (C) SE-290 n rjm Cont Leak Det 9 292 REN11D Refuel Area Exh Duct (D) SE10-11 Fv Water - Cooling Twr RR-609 RW Encl. Exhaust SE13-11 Rx En:1 Cooling Water SE17-23 Recombiner Comp. Exh. RE025A Hot Shop Exhaust SE121C RHR Service Water (C) RE025B Hot Shop Iodine SE121D RHR Service Water (D) RE68C-1 CR EM Fresh Air Duct (C) continued next column continued next page O 1
l LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE- UNIT 1 REV 1 TABLE 6.1 RADIATION MONITORING SYSTEM DATA (T = 00:00) ( 08:00) continued MONITOR KEY - FOR USE WITH TABLIS 6.1. Monitor TITLE Monitor TITLE RE68C-2 CR EM Fresh Air Duct (C) RE007A2 CR Norm Air Supply (A)_ RE68D-1= CR Em Fresh Air Duct (D) RE007B1 CR Norm Air Supply (B) RE68D-2 -CR Em Fresh Air Duct (D) RE007B2 CR Norm Air Supp y (B) RE76 N. Stack El.402 RE007C1 CR Norm Air Supp y (C) RE75-Al N. Stack -Particulate (A) RE007C2 CR Norm Air Supp y (C) RE75-A2 N. Stack -Iodine (A) RE007D1 RE75-A3. N. Stack.-Gas (A) RE007D2 CR Norm Air Supply Supply ((D) D)
'RE75-B1- N. Stack -Particulate (B) SE022A RHR Service Water (A)
RE75-B2 H.StackL-Iodine (B) SE022B RHR Service Water (B) RE75-B3- N. Stack -Gas'(B)- RE26-16 Charcoal Offgas Effluent
.RE76-1 N.Stk -Widerange Gas (1) REN-04A SJAE'Disch Pipe to Recom
. RE76-21 N.Stk -Widerange Gas (2) REN-048 SJAE Disch Pipe to Recom RE76-3' N.Stk--Widerange Gas (3) REN-005 SJAE Disch Pipe to Recom RE007Al CR Norm-' Air Supply (A) PAS'LC1 Pass Cntl Panel.
RE007A2- CR Norm Air Supply (A) PAS LC2 Pass Cntl Panel 9 A ', O f
m
- g. t - '
LIMERICK GENERATING STATION SCENARIO LKA
. ANNUAL EXERCISE UNIT 1 REV 1 n
lr" , TABLE 6.1.a-J i L RADIATION MONITORING SYSTEM DATA-(T = 00:00) ( 08:00) NOTE: ' OSH' =.Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES i Monitor value units Monitor value units 1-RE 0.10 mR/br 2-RE-05 0.10 mR/hr 1-RE-02 0.10 mR/br. 2-RE-06 0.10 mR/hr 1-RE-03~ 2.0- mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 0.11 *$./hr 2 -FE-08' 30. mR/hr 1-RE-05 - 0.17 mR/hr '2-RE-G3 10. mR/hr 1-RE 4.0'.mR/hr 2-RE-10 20. mR/hr
+
1-RE-07 1.7 mR/hr 2-RE-11 0.10 .mR/h* 1-RE 10. ;mR/hr- 2-RE-12 0.10 mR/Lc 1-RE-09 3 ') . .mR/hr~ 2-RE-13 300. mR/hr ng. 1-RE-10 0 10 mR/hr 2-RE-14 300, mR/hr
; -l'RE-11
; C.10 mR/hr 2-RE-15 1.5 mR/hr
,: 1-RE-12 . 0.13 mR/hr =2-RE-16 1.5 mR/hr MN :1-RE-13= 100.~ mR/hr 2-RE-17 10. mR/hr-
"+
..T , 1-RE-14 1000. mR/hr. 2-RE-18 0.50. mR/hr
.1-RE-15 1. 5- mR/hr 2-RE-19 300. mR/hr Y .1-RE-16, 1. 5 - mR/hr 2-RE 300. mR/hr-f1 L1-RE 10. mR/hr 2-RE-21' 1 ~. 0. .mR/hr. ,
yp f"% 1-RE-18: 1.0 mR/hr: ~2-RE-22 0.10L mR/hr. s; ! 1-RE-19. >
.300.' .mR/hr. 2-RE-23 0.10 mR/hr
, ?$-}. . .~ 1-RE-20 300, mR/hr. '2-RE-24 . 1.0 mR/hr 1-RE-217 0.50s -mR/hr- '2-RE-25. 0.10 mR/hr-
,' 'l-RE-22 . 0.10 imR/hr: 2-RE-26 O'.10 mR/hr s
,f' K1-RE-23' O.10 3 mR/hr 2-RE-27. 3 0.10 mR/hr 1A
- F" 1-RE-24; 1-RE-25
- 0.10 0,11,,mR/hr mR/hr: ;2-RE-28 c2-RE-29 0.10 imR/hr.
1.0- mR/hr . l? 1
- 1-RE-26 '1.0 mR/hr 2-RE-30' 1.0..mR/hr- 4
-- l-RE-2 7 ~ : 0.50 DmR/hr. 2 RE-313 a :; ,
1.0 ,mR/hr- a
;1-RE-28 .0.10 ;mR/hr ^2-RE-32: 0.10; mR/hr, MS 1-RE-29 11.0'~mR/hr .2-RE-33 . 1. 0 :mR/hr
(, 11-RE-30 :1.0: mR/hr :2-RE-34 'O.10 mR/hr- ,, Why 1-RE-31' 1.0 mR/hr '2-RE-35 0250 mR/hrc 1-RE-32 - 0.10'1mR/hr ' 0-RE-41 l 5.0 cmR/hr , j ', '1-RE-33 1.0 mR/hr; 0-RE-42: O'.50 mR/hr. 4 1-RE-34 0.101 -mR/hr 0-RE-43' 4.0 mR/hr 1-RE-35' O.50;:mR/hr 0-RE-44 0.10 -mR/hr ; 11-RE-36' O.111 mR/hrL 0-RE-4Si 2.5- mR/hr 1 4,7 2-RE-01 0.10.-mR/hr 0-RE-46 2.0 .mR/hr J
'2-RE-02 0.10 mR/hr 0-RE-47 .1;0 cmR/hr.
, d~ 2-RE-03_ :220 mR/hr' 0-RE-48 0.10 mR/hr
?, 2-RE-04' O.10 . mR/hr- .0-RE-49s 2.0 mR/hr?
t 1 , continued 1next1 column- continued next page: 4 I r -l!; ) .3
+ +.
1 , . , , .' I:
!' I s -
- .. . - . . - - . .~ .- . -
.- ~ _ . -
1 LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE- UNIT 1 REV 1
.M.s. TABLE 6.1.a Ov I . RADIATION MONITORING SYSTEM DATA (T = 00:00) ( 08:00) continued H '
NOTE: 'OSH' = Offscale High
]
l- , ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units , 1 t 0-RE -0.10 mR/hr SE160A 10. cpm
.. ;0-RE-51L 0.05 .mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190- 10. cpm -i
, 4 0-RE-53 0.05 .mR/hr SE63-09 10. cpm
. . 0-RE-54' 1.0 mR/br SE10-11 10. cpm i g
0 0-RE-55. 0.10 .mR/hr SE13-11 10. cpm . 1 0-RE-56 0.01 mR/hr RE42N6A ~1000. mR/hr 0-RE 1.0 mR/hr .RE42N6B 1000. mR/hr 0=RE-58 0.50 mR/hr. RE42N6C 1000. mR/hr H RE-60 0.01 mR/hr. RE42N6D 1000. mR/hr k REX-025 0.10J'mR/hr RE285A1 1.E-12'uCi/cc
'.RI-01' 1.0 mR/hr RE285A2.-1.E-11 uCi/cc RI-02. 1 . 10 . mR/hr RE285A3. 1.OE-7 uCi/cc
,, RI-101 1.0 mR/hr RE285Bl . :1.E-12 uCi/cc c, . -
.RE41N6A-
.RE41N6B-550. mR/hr .RE285B2 1.E-11.uci/cc mR/hr RE285B3
; 600. 1.0E-7 uCi cc
( f; , m 'RE41N6C- .750, mR/hr RE291A 1. 3 ' R/ r-
, g.s / f
~~
'RE41NFD 800, mR/hr. RE291B. 2.6 R/hr-
'RE1PSA1. '1.E-12 uCi/cc RE291C 4.4 R/hr n? t- , >RE*85A2 1.'E-11 uCi/cc RE291D. 6.21 R/hr 9:f : P.2185A3 -l'.0E-7 uCi/cc :REN20A' O 10..mR/hr. 4
^i ^RE18 5B1' '1.E-12 uC1/cc -REN20B ;0.10;'mR/hr
- 2RE185B2' 1.E-11 uCi/cc :REN20C' .0.10 .mR/hr l:?. =RE185B3 11.0E-7:uci/cc :REN20D 0.10 imR/hr-
,y, '
1RE191A' 2 '. 8 R/hr; R REN21A 0.'50 mR/hr-p', i .? ', KRE191B: 1.8 R/hr REN21B: O '.' 5 0 .mR/hr-R/hr
~
RE191C 4.4 REN21C. H0.50? mR/hr
;RE191D - 6. 2 - R/hr REN21D- KO.50: mR/hr C t' o 'j .1 y . TREN10A 0.10 mR/hr SE17-23 110. ' cpm-TJ' .REN10B- 0.10 mR/hr '
,SE221C. 10. cpm a
"$7* "" ;REN100 0.10 mR/hr SE221D 10. cpm -l 40 W "
cREN10D 0.10 mR/hrn SE160A- 1
- 10. cpm- 4 a .REN11A' O.~50 mR/hr SE160B- :10. cpm- 4 f ', >A"N11B 0.50- mR/hr- SE-190 110.. cpm ;
g
, c' :REN117 0.50-'mR/hr SE-290 '10. cpm' j
;REN11D' O.50 mR/hr 'SE10-11 10. . cpm Ji
. LRR-609 10. cpm .SE13 10. cpm M,
31 'SE17-23 10. cpm RE025A.' 3.E-10 uCi/cc 14 SE121C 10 .- cpm LRE025B. 73.7E-9 uCi/cc SE121D 10. cpm RE68C-1 1.8E-7.uCi/cc 24! : . continued next column l continued.next page w o i R_} w #
-4 , i Of ih
- r' ij. g ti
+ , ds . ..
. LIMERICK GENERATING STATION SCENARIO LKA-ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.a
-O-I-RADIATION MONITORING SYSTEM DATA (T = 00:00) ( 08:00) continued NOTE: ' OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units
.RE68C 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc
' RE68 D ' 1.8E-7.uci/cc RE007B2 1.0E-6 uCi/cc 1RE76-4 -100. . uCi/s RE007C1 1.0E-6 uCi/cc RE75-Al l'.E-12 uCi/cc RE007C2 1.0E-6 uCi/cc RE75-A2= 1.E-11 uCi/cc RE007D1 1.0E-6 uCi/cc RE75-A3 1;0E-7 uCi/cc RE007D2 1.0E-6 uCi/cc
.RE75-B1 1.E-12 uci/cc SE022A 10. cpm RE75-B2 1.E-11'uCi/cc SE022B 10, cpm RE75-B3? 1.0E-7 uCi/cc RE26-16 10. . cpm i RE76-l' 0.001,uci/cc REN-04A .10 . - mR/hr'
;RE76 . 1.0E-7Luci/cc .REN-04B 10. mR/hr 0.1.uci/cc
~
?RE76-3: REN-005 10. mR/hr' 4 '
RE007Al' 1.0E-6-uCi/cc' PAS LC1 1.0 mR/hr LRE007A2' l'.0E-6 uC1/cc PAS LC2- 1.0 mR/hr Je x I i
\ ; b :'
.a
, t 9;
6 I ,' ___2.2 __ ___._-_-__-__m..__-m___m__._-__________.___________m____ . _ . ___
l y LIMERICK GENERATING STATION SCENARIO LKA 1 ANNUAL' EXERCISE UNIT 1 REV 1 im. TABLE 6.1.b RADIATION MONITORING SYSTEM DATA (T = 00:15) ( 08:15) NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUT3 AVERAGES Monitor. value -units Monitor value units 1-RE 0.10 mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 0.10 mR/hr 2-RE-06 0.10 mR/hr RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 0.11_ mR/hr- 2-RE-08 10. mR/hr 1-RE-05 2-RE-09 ~ 0.16 mR/hr 10. mR/hr 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr 1-RE 1.2 mR/hr RE-11 0.10 mR/hr 1-RE-08 10. mR/hr 2-RE-12 0.10 mR/hr= 1-RE-09 30. mR/hr 2-RE-13 300. mR/hr tl-RE-10 0.10- mR/hr 2-RE-14 300. mR/hr 1-RE-11 0.10 mR/hr 2-RE-15 1.5- mF./hr RE-12 0.12 mR/hr 2-RE-16 1.5 rR/hr 1-RE-13 100.- mR/hr 2-RE-17 10. 'aR/hr 1-RE-14 1000. mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 1.5 mR/hr 2-RE-19 300. mR/hr 1-RE-16 1. 5. mR/hr 2-RE-20 300. mR/hr 1-RE-17 10.- mR/hr 2-RE-21 1.0 mR/hr W- .1-RE-18 1.0- mR/hr 2-RE-22 0.10 mR/hr 1-RE-19 300.- mR/hr 2-RE-23 9.10 mR/hr v n ,1-RE-20 300. mR/hr 2-RE-24 1.0 ~ mR/hr 1-RE-21, 0.50 mR/hr 2-RE-25 0.10 mR/hr 1-RE-22 0 10- mR/hr
. 2-RE-26 10.19 mR/hr mR/hr- 2-RE-27. 0.10 'mR/hr
-l-RE-23, 0.10 F L1-RE-24l 0.10 mR/hr' 2-RE-28 0.10- mR/hr
~1-RE-25 0.11 mR/hr 2-RE-29 1.0 mR/hr
_ s. .1-RE-26: 11.0 mR/hr- 2-RE-30 1.0 mR/hr
'.'11-RE-271 10.50. mR/hr 2-RE-31 1.0 mR/hr r >
, l.1-RE-28 0.10 mR/hr 2-RE-32 -0.10-.mR/hr n>> 1-RE 1.0 'mR/hr 2-RE-33 1.0' mR/hr.
B , 1-RE-30 1. 0 ; mR/hr ~2-RE-34~ 0.10 (mR/hr
,lIl' ^m .
.1-RE-31 1.0 :mR/hr 2-RE-35 0.50 'mR/hr W- .
U'" 1-RE :0,10 'mR/hr 0-RE-41 5.0 :mR/hr 1-RE-33 1.0 mR/hr 0-RE-42 LO.50- mR/hr j 'l-RE-34 0.10- mR/hr- 0-RE .4.0' mR/hr'
"[4_
1-RE 0.50 mR/hr 0-RE-44 0.10-.mR/hr L1-RE-36 :0.11 mR/hr. 0-RE-45' '2.5- mR/hr
'a 2-RE-01 ,0.10 mR/hr '0-RE-46: 2. 0. mR/hr
'T 2-RE-02 0.10- mR/hr 0-RE-47; 1.0 mR/hr-49% 2-RE 2. 0 - mR/hr: 0-RE-48 0.10; mR/hr
$k , , ;2-RE 0.10 'mR/hr 0-RE-49 2.0 mR/hr Mi' s L'[
continued next' column- Lcontinued next.page' is i + 3 s Y l' i
' h I, .i .,
f LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 _ )'l TABLE 6.1.b
- () RADIATION MONITORING SYSTEM DATA (T = 00:15) ( 08:15) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitoc value units 0-RE-50 0.10 mR/hr SE160A- 10. cpm 0-RE-51 0.05 mR/hr SE160B 10. cpm' 0-RE-52 0.01 mR/h. SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 10, cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm 0-RE-56 0.01 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 mR/hr -RE42N6B 1000. mR/hr sii 0-RE-58 0.50 mR/hr RE42N6C 1000. mR/hr
}0-RE 0.01 mR/hr RE42N6D 1000, mR/hr.
REX-025 0.10 mR/hr RE285A1 1.E-12 uCi/cc
. RI-01 1.0. mR/hr RE285A2 1.E-11 uC1/cc U RI-02; . 1.0 -mR/hr RE285A3 1.0E-7 uCi/cc
-RI-101L 1.0 mR/hr RE285B1 1.E-12 uCi/cc '
FE41N6A 550. mR/hr RE285B2 1.E-11 uCi/cc cr%[ RE41N6B 600. mR/hr RE285B3 1.0E-7 uCi/cc i,j- 'RE41N6C; 750. mR/hr . RE291A 1.3- R/hr > ? .RE41N6D 800, RE291B 2.6 R/hr mR/hr E - RE185A1: 11.E-12 uCi/cc- RE291C. 4.4 R/hr T -RE185A2' 1.E-11 uCi/cc RE291D 6.2- R/hr 4 1RE185A3>-1.0E-7 uCi/cc REN20A 0.10- mR/hr + 1RE185B1 1.E-12 uCi/cc- REN20B; 0.10 .mR/hr ., m ?RE185B2- 1.E-11 uCi/cc REN20C 13.10 :mR/hr' l % 'RE185B3- -1.0E-7 uCi/cc REN20D1 0.10 mR/hr p o tRE191A 2.8 R/hr- REN21A1 0.50 -mR/hr. W RE191B 1.9 .R/hrL REN21B'-. 0450 3mR/hr LRE191C i 4.4 R/hr REN21C 0.50'1mR/hr L .. [ RE191D: H6' 2 R/hr
. .REN21D. 0.50 mR/hr REN10AL : 0'.10. - mR/hr SE17-23 10 ~. cpm
-REN10B 0.10 mR/hr :SE221C 10 . . cpm
'REN10C 0~10'
.' mR/hr SE221D, 10. ; cpm REN10D- 0.10' mR/hr SE160A 10. cpm '
l
-REN1'1AL 0;50 LmR/hr SE160B' 10. -cpm' j REN11B 0.50? mR/hr : S E-19 0 - 10. cpm.
J ' REN11C' O.50 'mR/hr SE-290' 10. cpm. JREN11D 0;50 mR/hrL SE10-11 10. cpm-
- RR-609 ~ 10 .' cpm -SE13-11 10. cpm; m "e s SE17-23 10; cpm RE025A 3.E-10 uCi/cc ,
SE121C .10 . cpm RE025B- 13.7E-9 uCi/cc- 1
'SE121D 10. cpm RE68C-1 1.8E-7 uCi/cc H continued next: column continued next page- l l
-)
fu,J ; ' l l l I 1 n______ _ _ _ _ _
+
LIMERICK GENERATING = STATION SCENARIO LKA ANNUAL EXERCISE. UNIT 1 REV 1 TABLE 6.1.b RADIATION MONITORING SYSTEM DATA (T = 00:15) ( 08:15) , continued l ___________________________________________________________ NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value = units Monitor value units RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc RE68D-1. 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc RE68D 1.8E-7 uCi/cc RE007B2 1.0E-6 uC1/cc RE76-4 uCi/s 100. RE007C1 1.0E-6 uCi/cc RE75-Al 1.E-12'uCi/cc RE007C2 1.0E-6 uCi/cc
~RE75-A2--1.E-11 uCi/cc RE007D1- 1.0E-6 uCi/cc RE75-A3' 1.0E-7:uci/cc RE007D2 1.0E-6 uCi/cc T'
- RE75-B1 1.E-12.uci/cc SE022A 10. cpm RE75-B2 l'.E-11'uCi/cc SE022B- 10. cpm
! RE75-B3 1.0E-7 uCi/cc, RE26-16 10, cpm RE76-1 g 0.001 uC1/cc' REN-04A 10. -mR/hr if RE76-2: 1.0E-7 uCi/cc REN-04B 10. mR/hr RE76-3<- 0.1'uCi/cc REN-005 10. mR/hr RE007Al :1.0E-6 uCi/cc PAS LCl- 1.0 mR/hr RE007A2- 1.0E-6 uCi/cc PAS-LC2 1.0 mR/hr i i.-
'. 8 o
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, (LIMERICK' GENERATINGL STATION' SCENARIO LKA F " ANNUAL' EXERCISE- UNIT 1 REV 1 1N 4 f TABLE 6.1'.c
'M
- RADIATION. MONITORING SYSTEM DATA (T = 00:16) ( 08:16) m .
1 NOTE: 80SH' = Offscale High ! 1ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor .value units Monitor value units 1-RE-01' O.10 mR/hr 2-RE 0.10 mR/hr p 1-RE-02 0.10 mR/hr 2-RE-06 0.10 mR/hr 7' 1-RE 2.0 mR/hr 2-RE-07 4.0 mR/hr.
'l-RE-04= 0.11 .mR/hr 2-RE-08 10. mR/hr. i
, ~1-RE-05 0.16 mR/hr 2-RE-09 10. mR/hr
- 3. 1-RE-06 4'. O mR/hr 2-RE-10 .20. mR/hr 1-RE-07.-
1.2- mR/hr 2-RE-11 0.10 mR/hr 1-RE-08; ' 10 . mR/hr 2-RE-12 0.10 mR/hr y 2 1-RE-09i 3 0. - mR/hr 2-RE-13 300. mR/hr + RE-10-- 0.10 -mR/hr. 2-RE-14 300. mR/hr El-RE-11 'O.10 mR/hr 2-RE-15 1.5 mR/hr 1-RE-12' -0.12 mR/hr 2-RE-16 1.5 'mR/hr 1-RE-13 100.- mR/nr 2-RE-17 10. mR/hr t 1-RE-14 1000.- mR/hr 2-RE-18 0.50 mR/hr 'I.
~1-RE-15; 1. 5 -- mR/hr 2-RE-19 300.- mR/hr u l-RE c1.5 mR/hr 2-RE-20 300. mR/hr. i is ' , 11-RE-17 10..;mR/hr 2-RE-21 1.O mR/hr 1-RE-18 1.0 .mR/hr 2-RE-22 0.10- mR/hr j
p'
- 1-RE-19, 300. -mR/hr 2-RE-23 0.10 mR/hr ,
, > p' , ; ~1-RE-201 300. mR/hr 2-RE-24 1.O mR/hr y' ' m RE-21' O.50 mR/hr 2-RE 0.'10 mR/hr "? 1-RE-22. 10.101 mR/hr. 12-RE-26 0.10: mR/hr V 1-RE-23 0.10 ,mR/hr RE-27J 0.10 mR/hr=
;1-RE :0,10):mR/hr- 2-RE-28' O.'10 mR/hr-
- 0.11. mR/hrl 1-RE-25 '2-RE-29 1.9 mR/hr
;1-RE-26 ~1.0- mR/hr 2-RE-30 l'.94 mR/hr 1-RE ' 0.50-mR/hr- 2-RE-31 . 1.9 mR/hr-i i & 1-RE-28' .0.'10' mR/hr RE-32: to.10' mR/hr- ;
j ,% , 11-RE-29 -1. 9 mR/hr 2-RE-33' .1.9iimR/hrf ' J1-RE-30; ?1.9 .mR/hr 2-RE-34 10.10 .mR/hru lm = 1-RE- 31' 1.9 mR/hr 2-RE-35 0.50 .mR/hr i L1 31-RE-32 1.0 mR/hr 0-RE-41 '5.0- mR/hr l(J , . 11-RE-33l . ,1.9 'mR/hr' 0-RE-42 0.50 mR/hr L> ', tl-RE-34f (0.10 mR/hr 0-RE-43 4.0 mR/hr J il-RE-35 ,.0;50 .mR/hr 0-RE .-0.10 mR/hr 1 'l-RE-36 .-0.11~ mR/hr 10-RE-45 25 .mR/hr. i2-RE-01' 0.10..mR/hr
~
p' . 0-RE-46 .2.0 mR/hr
, n2-RE-02. 0.10 mR/hr 0-RE 1.0 mR/hr 1
2-RE-03' ' 2 ^. 0 ; mR/hr 0-RE-48 0.10 mR/hr 0 E 2-RE- 04 ) 0.10 .mR/hr 0-RE-49 2.0 mR/hr; .;
': continued next column continued next page-
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-LIMERICK GENERATING STATION' SCENARIO LKA
; ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.c
'- RADIATION MONITORING SYSTEM DATA (T = 00:16) ( uo.16) continued
___________________________________________________________ s L' NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units L 0-RE-50, 'O.10 mR/hr SE160A 10. cpm 0-RE-51 0.05 mR/hr SE160B 10. cpm i 0-RE-52' O.01: mR/hr SE-190' '10. cpm 0-RE-53 0.05 mR/hr. SE63-09 10. cpm RE-54 1.0 mR/hr- SE10-11 10. cpm 0-RE-55 . 0.10 -mR/hr SE13-11 10. cpm 0-RE-56 0.01. .mR/hr- RE42N6A 1000. mR/hr
.0-RE-57 1.0 mR/hr RE42N6B 1000. mR/hr 0-RE-58 -0.50 cmR/hr RE42N6C 1000.- mR/hr 0-RE-60: 0.01 mR/hr' RE42N6D 1000. .mR/hr , "',- . REX-025 -0.10 mR/hr RE285A1 1.E-12 uCi/cc 1:t RI-01 1. 0 .- mR/hr. .RE285A2 1.E-11-uCi/cc cp RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi/cc RI-101' '1.9 .mR/hr RE285B1 1.E-12 uCi/cc or 1 RE41N6A- 550. 'mR/hr RE285B2 1.E-11:uCi/cc s., o >RE41N6B 600.- mR/hr RE285B3 1.0E-7 uCi/cc
( b '
- RE41N6Ci 750. tmR/hr RE291A 1.3 R/hr
-A/. 'RE41N6D 1 800. lmR/hr RE291B 2.6 R/hr-a IRE 185 AIL'1.E-12.uci/cc RE291C' 4.4 R/hr- ,
-RE185A2: 11.E-11;uci/cc= LRE291D 6.2 R/hr
, s' RE185A3i11.0E-7.uCi/cc- REN20A 0.10 mR/hr
- RE185B1;11.E-12<uCi/cc REN20B- 'O.10 .mR/hr ,
,7 RE185B2 al;E-11'uCi/cc REN20C 0.10 'mR/hr ti RE185B3' :1'. 0E-7 uCi/cc : REN20D 0.10 mR/hr Mn n RE191A~ l2;8: ,R/hr LREN21A :1.4 mR/hr N' RE191B 2.0c;R/hr- -REN21B 51.4 .mR/hr
.RE191C- 4.14 -R/hr- -REN21C 1.4 mR/hr-h, .e t RE191D. 6.2 ;R/hr REN21D 1.4 mR/hr-
'REN10A 0.10' mR/hr SE17 -- 10 . : cpm REN10B' 0.10 mR/hr. -SE221C 10. cpm REN10C- 'O.10; .mR/hr SE221D. 20. . cpm ar* 'REN10D 0.10' mR/hr SE160A 10. cpm g :REN11A1 1.4 mR/hr SE160B~ 10. , . cpm-
; LREN11B 1.4.'mR/hr. 'SE-190! 10. cpm R3N11C 1.4 .mR/hr SE-290 10. cpm my . REC 11D- 1.4 mR/hr- SE10-11 10. cpm
, -RR-699 10. cpm SE13-11' 10. cpm s ,0 :SE17 10. cpm ~RE025A' ,3.E-10 uCi/cc g' .SE121C 10. . cpm RE025B 3~.7E-9 uCi/cc SE121D. . 10. -cpm RE68C-1= 1.8E-7 uCi/cc-
. continued'ner' column continued next page
,. k' ..
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a a LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
- x. n TABLE 6.1.c
/, ? " RADIATION MONITORING SYSTEM DATA (T = 00:16) ( 08:16) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units' Monitor value units RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uC1/cc RE68D 1.8E-7 uCi cc RE007B1 1.0E-6 uCi/cc RE68D-2= 1.8E-7 uCi cc RE007B2 1.0E-6 uCi/cc RE76 100. uC /s RE007C1 1.0E-6 uCi/cc RE75-Al 1.E-12 uCi/cc RE007C2 1.0E-6.uci/cc RE75-A2 1.E-11 uCi/cc RE007D1 1.0E-6 uCi/cc RE75-A3 1.0E-7 uCi/cc RE007D2 1.0E-6 uCi/cc RE75-B1 1.E-12 uCi/cc 'SE022A 10. cpm
.RE75-B2 1.E-11 uCi/cc SE022B. 10. cpm
'it RE75-B3 1.0E-7 uCi/cc RE26-16 10. cpm RE76-l' O.001 uCi/cc- REN-04A 10. mR/hr +' RE76-2 1.0E-7 uCi/cc- REN-04B 10. mR/hr. o ' RE76-3 .0.1 uCi/cc REN-005 10. mR/hr LRE007A1L 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr-
-RE007A2. 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr
).
O b 0
b I LIMERICK-GENERATING STATION SCENARIO LKA ANNUAL = EXERCISE UNIT 1 REV 1 ' [') TABLE A.1.a Am /- . RADIATION MONITORING SYSTEM ALARMS (T = 00:16) ( 08:16) Refuel Area Exh Duct (A) (REN11A ) HIGH Refuel Area Exh Duct- B) (REN11B ) HIGH Refuel Area Exh Duct C) (REN11C ) HIGH Refuel Area Exh Duct D) (REN11D ) HIGH Refuel-Area Exh Duct A)- .(REN21A ) HIGH Refuel Area Exh Duct B) (REN21B ) HIGH Refuel Area Exh Duct (C) REN21C ) HIGH Refuel Area Exh' Duct (D) REN21D ) HIGH 7-O v, -
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LIMERICK GENERATING STATION SCENARIO LKA ANNUAL _ EXERCISE' UNIT 1 REV 1 TABLE 6.1.d RADIATION MONITORING SYSTEM DATA (T = 00:17) ( 08:17) NOTE: 'OSH' = Offscale High k ALL MONITOR VALUES ARE 1 MINUTE AVERAGES k Monitor value units Monitor value units 1-RE-01 0.10 mR/hr 2 'AE-05 0.10 mR/hr 1-RE-02 0.10 mR/hr 2 -RE-06 0.10 mR/hr 1-RE-03 2.0 mR/hr 9-RE-07 4.0 _mR/hr [ ,4
'l-RE-04 1-RE-05 0.11 0.16' mR/hr mR/hr 2-RE-08 2-RE-09 lu.
10. mR/hr mR/hr
, , 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.2 - mR/hr 2-RE 0.10 mR/hr 1-RE-08 10. mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 30. mR/hr 2-RE-13 300. mR/hr RE-10 0.10 mR/hr 2-RE-14 300. mR/hr.
1-RE-11 0.10 mR/hr 2-RE 1.5 mR/hr e 1-RE-12 0.12 mR/hr 2-RE-16 1.5 mR/hr __ ' 1-RE-13l 100. mR/hr 2-RE-17 10. mR/hr-1-RE 1000. mR/hr . 2-RE-18 0.50 mR/hr r#
'l-RE 1.5 - mR/hr' 2-RE-19 300. mR/hr g 1 1-RE-16 1.5 mR/hr. 2-RE-20 300.- mR/hr 5 y 1-RE-17 ~10.- mR/hr 2-RE-21 1.0 - mR/hr
~
1-RE-18 L1.0 mR/hr 2-RE-22 0.10 mR/hr 1-RE-19 300. mR/hr' 2-RE-23 mR/hr
< 0.10.
1-RE-20 300. mR/hr 2-RE-24' 1.0 mR/hr 1-RE-21 0.50 .mR/hr . 2-RE-25 0.10 -mR/hr
~1-RE-22 0.10 . mR/hr- RE-26 0.10 mR/hr
- gg' , ;1-RE-23 0.10" mR/hr-2-RE -0.10- mR/hr il-RE-24 -0.10 mR/hr .2-RE-281 .0.10 mR/hr
_ , . 1-RE-25' H0.11 mR/hr. 12-RE-29 R2 . 8 mR/hrf
- W- RE-26 1.0 mR/hr! RE-30 2.8 _mR/hr:
1-RE-27
~
0.50' - mR/hr 12-RE-31 ;2.8 mR/hr 1-RE-28 0.10 mR/hr 2-RE-32 0.11- mR/hr-1-RE-29 2.8 mR/hr. 2-RE-33' .2.8 mR/hr
- 3. .
1-RE-30 2.8 .mR/hr 2-RE-34: 0.10 mR/hr.- J 1-RE 2.8_ mR/hr. 2-RE-35 13.50i mR/hr
< 1-RE-32 1.9: :mR/hr 0-RE-41 5.0- mR/hr-11-RE-33 '2.8 .mR/hr 0-RE-42 0.50~;mR/hr
.1-RE-34.- 0.10 :mR/hr 0-RE-43 4.0, mR/hr RE-35 0.50 :mR/hr- .0-RE-44. 0.10' mR/hr '
J1-RE 0.11 cmR/hr 0-RE 2.5 'mR/hr q 2-RE-01 0.10 ymR/hr 0-RE-46 2. 0l mR/hr f' fng m 2-RE-02 :0,10 mR/hr .0-RE-47 1.0 mR/hr 2-RE-03: 2.0 mR/hr 0-RE-48 0.10 mR/hr LJM 2-RE-04 . 0;10 mR/hr 0-RE-49 2.0 mR/hr-
"N J" '
' continued next column continued next page
LIMERICK GENERATING STATION SCENARIO LKA
- ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.d (T = 00:17) ( 08:17)
RADIATION MONITORING SYSTEM DATA continued i ____..... _________....... ________________________________ NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 0-RE-50 0.10 mR/hr SE160A 10. cpm l RE-51 0.05 .mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10 10. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm 0-RE 0.01 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 mR/hr RE42N6B 1000. .mR/hr 0-RE 0.51 mR/hr RE42N6C 1000, mR/hr 0-RE 0.01 mR/hr- RE42N6D 1000, mR/hr REX-025. 0.10 mR/hr RE285A1 1.E-12 uCi/cc RI-01 1.0 mR/hr RE285A2 1.E-11 uCi/cc RI-02: 1.0 mR/hr RE285A3 1.0E-7 uCi/cc
-RI-101 2 '. 8 ~ mR/hr RE285B1 1.E-12 uCi/cc RE41N6A 550. LR/hr RE285B2 1.E-11 uCi/cc RE41N6B' mR/hr RE285B3 1.0E-7 uCi/cc RE41N6C' 600...EmR/hr~
750. RE291A 1.3 R/hr RE41N6D 800. mR hr RE291B 2.6 R/hr RE185A1 '1.E-12 uCi cc- RE291C 4.4 R/hr RE185A2. 1.E-11 uCi cc RE291D 6.2 R/hr-RE185A3- 1.0E-7 uCi/cc REN20A 0.10 :mR/hr g*. , RE185B1 1.E-12 uCi/cc. REN20B 0.10 .mR/hr RE185B2 .1.E-11:uci/cc REN20C 0.10- mR/hr JRE185B3 1.0E-7 uCi/cc REN20D 0.10 mR/hr.
- .~ RE191A1 2.8 R/hr REN21A '2.3 'mR/hr3 1RE191B. 2. 0- R/hr- REN21B' 2.3 mR/hr
( 4, RE191C- '4.4 R/hr REN21C 2.3 mR/hr jE , RE191D 6.2 R/hr' . REN21D: 2. 3' mR/hr-REN10AL 0.10 mR/hr SE17-23 10; cpm-
, 'REN10B- .0.10 mR/hr SE221C. 10 . - cpm 9: >
..REN10C- 10.10 mR/hr 1 SE221D 11 0 , cpm.
REN10Dc 'O.101 mR/hr 'SE160A- 10. cpm-o i 1 REN11A. 2 L3 mR/hrl SE160B. 10. cpm
.REN11B .2 ; 3 : mR/hr SE-190' 10. cpm:
. -m , 1 REN11C 2.3'lmR/hr SE-290 -10. cpm sf l ' .REN11D' 2.3 mR/hri SE10-11 10. cpm 7 ,. , ,
.RR-6091 '10. cpms SE13-11' 10 . ' cpm GP, 3 - SE17,-23 10 . ' cpm- LRE025A 3.E-10 uC1/cc
, i SE121C; 10 . . Lcpm RE025B :3.7E-9 uCi/cc' SE121D : 1<0 . . cpm RE68C-1 1.8E-7 uCi/cc s
> J ' continued next column i
continued next page a
-1
~
' LIMERICK GENERATING STATION SCENARIO LKA ANNUAL : E) .'ERCISE UNIT 1 REV 1 :l
- TABLE 6.1.d' ltADIATION MONITORING SYSTEM, DATA (T = 00:17) ( 08:17) ;
continued i
. NOTE: 'OSH' = Offscale High j ALL MONITOR VALUES ARE 1 MINUTE AVERAGES 4 1 Monitor value units Monitor value units f
RE68C-2 1~.8E-7 uCi/cc RE007A2 -1.0E-6 uCi/cc RE68D-l'- 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc ' RE76-4 .100. uCi/s RE007C1, 1.0E-6 uCi/cc
..RE75-A1 : 1'. E - 1 2'. u c i c c RE007C2 1.0E-6 uCi/cc-RE75-A2' -1.E-11'uCi cc RE007D1 1.0E-6 uCi/cc RE75-A3 1.0E-7 uCi/cc RE007D2 1.0E-6 uCi/cc RE75-B1 1.E-12 uCi/cc SE022A 10. cpm ,
' RE75-B2 1'.E-11 uCi/cc SE022B 10, cpm RE75-B3 1.0E-7 uCi/cc ad26-16 10. cpm i
' RE76-1
..0.001'uci/cc REN-04A 10. mR/hr-RE76-2. Li~. OE-7 L uCi/cc REN-04B- -10. :mR hr
.RE76-3: . 0.1'uCi/cc REN-005 10. . mR hr.
RE007A1!~1.0E-6~uci/cc -PASLLC1 1.0 mR/hr RE007A2' 1.0E-6:uC1/cc' PAS LC2 ~ 1.0 mR/hr a, k
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LIMERICK GENERATING STATION SCENARTO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE A.1.b [ RADIATION MONITORING SYSTEM ALARMS (T = 00:17) ( 08:17) Refuel Area Exh Duct (A) (REN11A ) HIHI Refuel Area Exh Duct (B) (REN11B ) HIHI Refuel Area 2xn Duct (C) (REN13C ) HIHI Refuel Area Exh Duct (D) (REN11D ) HIHI Refuel Area Exh Duct (A) (REN21A ) HIHI Refuel Area Exh Duct (B) (REN21B ) HIHI 1 Refuel Area Exh Duct (C) (REN21C ) HIHI Refuel Area Exh Duct (D) (RENL 4D ) HIHI L O
-s 4
O
. ~ . . . . . - --
I s t
, -LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 ss. TABLE 6.1.e
./ Y ,
\ s-
/ RADIATION MONITORING SYSTEM DATA (T = 00:30) ( 08:30)
NOTE: 'OSH' = Offscale High j ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units l I 1-RE-01 0.10 mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 0.10 mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 0.11 mR/hr 2-RE-08 10. mR/hr 1-RE-05 0.16 mR/hr 2-RE-09 10. mR/hr 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2-RE 11 0.10 mR/hr ' 1-RE-08 10. mR/hr 2-RE-12 0.10 mR/hr I 1-RE-09 30. mR/hr 2-RE-13 300. mR/hr 1-RE-10 0.10 mR/hr 2-RE-14 300. mR/hr 1-RE-11 0.10 mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.12 mR/hr 2-RE-16 1.5 mR/hr , 1-RE-13 100. mR/hr 2-RE-17 10. mR/hr ! 1-RE-14 1100. mR/hr 2-RE-18 0.50 mR/hr ! 1-RE-15 1.5 mR/hr 2-RE-19 300. mR/hr i 1-RE-16 1.5 mR/hr- 2-RE-20 300. mR/hr- : 1-RE-17 10. -mR/hr 2-RE-21 1.0 mR/hr 1-RE+18 1.0 mR/hr 2-RE-22 0.10 mR/hr [_mT 1-RE-19 .300. mR/hr 2-RE-23 0.10 mR/hr s_/ 1-RE-20 300, mR/hr 2-RE-24 1.0 mP/hr 1-RE-21 0.50 mR/hr 2-RE-25 0.10 mR/hr :i 1-RE-22 0.10 mR/hr, 2-RE-26 0.10 mR/hr ! 1-RE-23 ' 0.10' mR/hr 2-RE-27 0.10 mR/hr 1-RE-24 0.10 mR/hr > 2-RE-28 0.10 mR/hr 1-RE-25 0.11- mR/hr 2-RE-29 2.7 mR/hr 1-RE-26 1.0- mR/hr 2-RE-30 2.7 'mR/hr 1-RE-27 0.50 mR/hr 2-RE-31L 2.7 mR/hr- j 1-RE428 0.10 mR/hr 2-RE-32 0.11 mR/hr 4, 1-RE-29 .2.7. mR/hr- 2-RE-33 2.7 mR/hr ; 1-RE-30 2.7 mR/hr 2-RE-34 0.10 mR/hr 1-RE-31 2. 7 - mR/hr 2-RE-35 0.50 mR/hr > 1-RE-32 1.8 mR/hr 0-RE-41 5.0 mR/hr 1-RE-33' 2.7 mR/hr 0-RE-42 0.50 mR/hr 1-RE-34 0.10 mR/hr 0-RE-43 4.0 mR/hr 1-RE-35 .0.50 mR/hr 0-%E-44 0.10 mR/hr < 1-RE-36 0.11' mR/hr 0-ME-45 2.5 mR/hr ;
, 2-RE-01 0.10 mR/hr 0-RE-46 2.0 mR/hr i 2-RE-02 0.10 mR/hr 0-RE-47 1.0 mR/hr 2-RE-03 2.0 mR/hr 0-RE-48 0.10 mR/hr. ,
..I 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr a continued next column continned next page
.h,.
n
- - . - .- -.. ~. -- .--
i !
' LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
~'
TABLE 6.1.e . (T = 00:30) ( 08:30) RADIATION MONITORING SYSTEM DATA [ continued 1 NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES i Monitor value units Monitor value units 0-RE-50 0.10 mR/hr SE160A 10. cpm i 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52: 0.01 mR/hr SE-190 10. cpm
- 0-RE-53 0.05 mR/hr SE63-09 10. cpm I 0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm 0-RE-56 0.01 mR/hr RE42N6A 1000. mR/hr ,
0-RE-57 1. 'O mR/hr RE42N6B 1000. mR/hr 0-RE-58 0.51 mR/hr RE42N6C 1000. mR/hr 0-RE-60 0.01 mR/hr RE42N6D 1000. mR hr REX-023 0.10 mR/hr RE285A1 1.E-12 uCi cc RI 1.0 mR/hr RE285A2 1.E-11 uCi cc RI-02 1.0 .mR/hr RE285A3 1.0E-7 uCi cc RI-101 2. 7- mR/hr RE285B1 1.E-12 uCi/cc - RE41N6A 550. mR/hr RE285B2 1.E-11 uCi/cc
.g
< RE41N6B 600. mR/hr RE285B3 1.0E-7 uCi/cc d < RE41N6C 750. mR/hr RE291A 1.3 R/hr i' RE41N6D RE291B 2.6 R/hr 800. mR/hr RE185A1 1.E-12 uCi/cc RE291C. 4.4 R/hr RE185A2 1.E-11 uCi/cc RE291D 6.2 R/hr i
RE185A3 -1.0E-7 uCi cc REN20A 0.10 mR/hr RE185B1 1.E-12 uCi cc REN20B 0.10 mR/hr RE185B2 1.E-11 uCi cc REN20C 0.10 mR/hr , RE185B3 1.0E-7 uCi cc REN20D 0.10 mR/hr RE191A 2.8 .R/ r REN21A 2.2 mR/hr
'RE191B -2.1 .R/hr REN21B 2.2 mR/hr RE191C 4.4 R/hr REN21C 2.2 mR/hr .
RE191D. 6.2 R/hr REN21D 2.2 mR/hr ' REN10A' O.10 mR/hr .SE17-23 10. cpm REN10B 0.10 mR/hr 'SE221C 10. cpm , REN10C 0.10 mR/hr , SE221D 10. cpm REN10D 0.10 mR/hr .SE160A 10. cpm REN11A- 2.2 mR/hr SE160B 10. cpm REN11B 2.2- mR/hr SE-190 10. cpm , REN11C 2.2 mR/hr SE-290 10, cpm ; REN11D 2.2~ mR/hr SE10-11 10. cpm 1 RR-609 10. cpm- SE13-11 10. cpm SE17-23 10. cpm- RE025A 3.E-10 uCi/cc j SE121C 10. cpm RE025B 3.7E-9 uCi/cc ' SE121D 10. cpm- RE68C-l' 1.8E-7 uCi/cc continued next column continued next page ] l U l
. - _ _ - _ _ _ _ _ _ . - - -, . ~
LIMERICK GENERATING STATION SCENARIO LKA 1 ANNUAL EXERCISE UNIT 1 RF./ 1 7'N' TABLE 6.1.'e j
' i ')'
RADIATION MONITORING SYSTEM DATA (T = 00:30) ( 08:30) l continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAG.tS Monitor value units Monitor value units , j 1 RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc I REuBD-1 1.8E-7 uCi cc RE007B1 1.0E-6 uCi cc 1 RE68D-2 1.8E-7 uCi cc RE007B2 1.0E-6 uCi cc 1 RE76-4 1000, uC /s RE007C1 1.0E-6 uCi cc i RE75-Al 1.E-12 uCi/cc RE007C2 1.OE-6 uCi cc j RE75-A2 1.1;-11 uCi/cc RE007D1 1.0E-6 uCi/cc ! RE75-A3 5.3E-6 uci/cc RE007D2 1.0E-6 uCi/cc ; RE75-B1 1.E-12 uCi/cc SE022A 10. cpm ; RE75-B2 1.E-11 uci/cc SE022B 10. cpm l RE75-B3 5.3E-6 uCi/cc RE26-16 10. cpm I RE76-1. 0.001 uCi/cc REN-04A 10. mR/hr l
'RE76-2 5.3E-6 uCi/cc REN-04B - 10 . mR/hr RE76-3 0.1'uCi/cc REN-005 10. mR/hr RE007Al 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr 1.0E-6 uCi/cc RE007A2 PAS LC2 -1.0 mR/hr :
W p i f A
i 1 1 1 3 LIMERICK GENERATING STATION SCENARIO T.KA i d ANNUAL EXERCISE UNIT 1 REV 1 l M ' if5 TABLE A.1.c Iq) RADIATION MONITORING SYSTEM ALARMS (T = 00:30) ( 08:30) N. Stack -Gas (B) (RE75-B3) HIGH i N.Stk -Widerange Gas (2) (RE76-2 ) HIGH .i 5 i i O s s 'V
..a -. . .
1 i LIMERICK GENERATING STATION SCENARIO LKA !
+
ANNUAL EXERCISE UNIT 1 REV 1 !
/~N TABLE 6.1.f i 1
RADIATION MONITORING SYSTEM DATA (T = 01:00) ( 09:00)
)
NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES I l Monitor value units Monitor value units j
....... ...... ...... ....... ...... ...... y l
1-RE-01 0.10 mR/hr 2-RE-05 0.10 mR/hr l 1-RE-02 0.10 mR/hr 2-RE-06 0.10 mR/hr J 1-RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr i
- 2-RE-08 10.
1-RE-04 0.11 mR/hr mR/hr I 1-RE-05 0.15. mR/hr 2-RE-09 10. mR/hr 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr l
;': 1-RE-07 1.1 mR/hr 2-RE-11 0.10 mR/hr i 1-RE 10. mR/hr 2-RE-12 0.10 mR/hr J c 1-RE 30. mR/hr 2-RE-13 300. mR/hr 1-RE-10 0.10 mR/hr 2-RE 300. mR/hr RE-11 0.10 mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.12 mR/hr 2-RE-16 1.5 mR/hr 1-RE-13 100. mR/hr 2-RE-17 10. mR/hr .
1-RE-14 1100. mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 1.5 mR/hr 2-RE-19 300. mR/hr 1-RE-16 1.5 mR/hr 2-RE-20 300. mR/hr 1-RE-17 10. mR/hr 2-RE-21 1.0 mR/hr
.1-RE-18 1.0 mR/hr 2-RE-22 0.10 mR/hr L/^N)
( 1-RE-19 300. mR/hr 2-RE-23 0.10 mR/hr 1-RE-20 300. mR/hr 2-RE-24 1.0 mR/hr 1-RE-21 0.50~ mR/hr 2-RE-25 0.10 mR/hr 1-RE-22 0.10 mR/hr 2-RE-26 0.10 mR/hr , 1-RE-23 0.10 mR/hr 2-RE-27 0.10 mR/hr ^
.1-RE-24 0.10 mR/hr 2-RE-28 0.10 mR/hr 1-RE-25 0.11 mR/hr 2-RE-29 2.7- mR/hr 1-RE-26 1.0 mR/hr 2-RE-30 2.7 mR/hr 1-RE-27 0.50 mR/hr 2-RE-31 2. 7_ mR/hr ,
1-RE-28 2-RE-22 0.10 mR/hr 0.11 mR/hr 1-RE-29 2.7 mR/hr 2-RE-33 2 . 74 mR/hr ; 1-RE-30 2.7 mR/hr 2-RE 0.10' mR/hr . 1-RE-31 2.7 mR/hr 2-RE-35 0.50 mR/hr 1-RE-32 1.8 mR/hr RE-41 5.0 mR/hr 1-RE-33 2.7 mR/hr 0-RE-42 0.50 mR/hr 1-RE-34 0.10 mR/hr 10-RE-43 4.0 mR/hr 1-RE-35 0.50 mR/hr 0-RE-44 0.10- mR/hr - 11-RE-36. 0.11 mR/hr 0-RE-45 2.5 mR/hr . 2-RE-01 0.10 -mR/hr 0-RE-46 2.0 mR/hr , i L 2-RE-02 0.10 mR/hr 0-RE-47 .1. 0 mR/hr 2-RE-03 2.0 mR/hr 0-RE-48 0.10 mR/hr 2-RE-04 0.10 mR/hr. 0-RE-49 2 '. 0 mR/hr continued-next column continued next page i 1 r~N LJ
- v - .-
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.f O- RADIATION MONITORING SYSTEM DATA (T = 01:00) ( 09:00) continued 1 NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES
^
Monitor value units Monitor value units 0-RE-50 0.10 mR/hr SE160A 10. cpm 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE 0.10 mR/hr SE13-11 10. cpm 0-RE-56 0.01 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 mR/hr RE42N6B 1000. mR/hr 0-RE-58 0.51 mR/hr RE42N6C 1000. mR/hr 1 0-RE-60 0.01 mR/hr RE42N6D 1000. mR hr
+ REX-025 0.10 mR/hr RE285A1 1.E-12 uCi cc RI 1.0 mR/hr RE285A2 1.E-11 uCi cc RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi cc RI-101 2.7 mR/hr RE285B1 1.E-12 uCi ec.
RE41N6A 550.. mR/hr RE285B2 1.E-11 uCi cc RE41N6B 600. mR/hr RE285B3 1.0E-7 uCi cc " O RE41N6C kE41N60 RE185A1 750. mR/hr 800. 1.E-12 mR/hr uCi cc RE291A RE291B RE291C 1.3 R/ r 2.6 R/hr 4.4 R/hr RE185A2 1.E-11 uCi cc RE291D 6.2 R/hr RE185A3 1.0E-7 uCi cc REN20A 0.10 mR/hr RE185B1 1.E-12 uCi cc REN20B 0.10 mR/hr
-RE185B2 1.E-11 uCi/cc REN20C 0.10 mR/hr RE185B3 .1.0E-7,uci/cc REN200 0.10 mR/hr RE191A 2.8 R/hr REN21A 2.2 mR/hr
.RE191B 2.2 R/hr REN21B 2.2 mR/hr RE191C 4.4 R/hr REN21C 2.2 mR/hr' RE191D 6.2 R/hr REN21D 2.2 mR/hr REN10A 0.10 mR/hr 'SE17-23 10. cpm REN10B 0.10 mR/hr SE221C 10. cpm REN100 0.10 mR/hr SE221D 10. cpm REN10D 0.10 mR/hr SE160A 10. cpm REN11A' 2.2 mR/hr SE160B- 10. cpm REN11B 2.2 mR/hr SE-190 10. cpm REN11C 2.2 mR/hr SE-290 10. cpm REN11D 2.2 mR/hr SE10-11 10. cpm RR-609- 10. cpm SE13-11 10. cm ,
SE17-23 10. cpm RE025A 3.E-10 uCi cc SE121C 10, cpm RE025B 3.7E-9 uCi cc SE121D R10. cpm RE68C-1 1.8E-7 uCi cc continued next column continued next page G ,
LIMERICK GENERATING STATION SCENARIO LKA
-ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.f
,O RADIATION MONITORING SYSTEM DATA (T = 01:00) ( 09:00) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor Monitor value units
...-... value'.unita
..u.... ..... ....... ...... ......
RE68C-1 . 8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc RE680-1 . 8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc RE68D-2 1.8E-7 uCi/cc RE007B2 1.0V-6 uCi/cc RE76-4 1000. uCi/s RE007C1 1.0E-6 uCi/cc RE75-Al 1.E-12 uCi/cc RE007C2 1.0E-6 uCi/cc RE75-A2 1.E-11 uCi/cc RE007D1 1.0E-6 uCi/cc RE75-A3- 5.3E-6 uCi/cc RE007D2 1.0E-6 uCi/cc RE75-B1 1.E-12 uCi/cc SE022A 10. cpm RE75-B2 1.E-11 uCi/cc SE022B 10. cpm RE75-B3 5.3E-6 uCi/cc RE26-16 10. cpm RE76-1 0.001 uCi/cc REN-04A 10. mR/hr RE76-2 5.3E-6 uCi/cc REN-04B 10. mR/hr RE76-3 0.1 uCi/cc REN-005 10. mR/hr RE007Al 1.0E-6 uC1/cc PAS LC1 1.0 mR/hr RE007A2 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr O
\
i O :
.i.-n---.- - --
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 Px TABLE 6.1.g (
\/
)
RADIATION MONITORING SYSTEM DATA (T = 02:00) ( 10:00) NOTE: 'OSH' = Offscale High 3 h ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units i 1-RE-01 0.10 mR/hr 2-RE-05 0.10 mR/hr n 1-RE-02 0.10 mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr ~ 1-RE-04 0.11 mR/hr 2-RE-08 10. mR/hr 1-RE-05 0.14 mR/hr 2-RE-09 10. mR/hr 1-RE-06' 4.0 mR/hr' 2-RE*10 20. mR/hr 1-RE-07 1.1 - mR/hr 2-RE-11 0.10 mR/hr 1-RE-08 10. mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 3 0. - mR/hr 2-RE-13 300. mR/hr 1-RE-10 0.10 mR/hr 2-RE 300. mR/hr 1-RE-11 0.10 mR/hr 2-RE-15 1.5 mR/hr i-T.E-12 0.11 mR/hr 2-RE-16 1.5 mR/hr 1-RE-13 100. mR/hr 2-RE-17 10. mR/hr 1-RE-14 1100. mR/hr 2-RE-18 0.50 mR/hr 1-RE-15. 1.5 mR/hr 2-RE-19 300. mR/hr 1-RE-16 1.5 mR/hr 2-RE-20 300. mR/hr
'l-RE-17 10. mR/hr 2-RE-21 1.0 mR/hr '
1-RE-18 1.0 .mR/hr 2-RE-22 0.10 mR/hr L(x+/~) - '
'l-RE-19' 300. mR/hr 2-RE-23 0.10 mR/hr 1-RE-20' 300, mR/hr 2-RE-24 1.0 mR/hr t 1-RE-21 0.50- mR/hr 2-RE-25 0.10 mR/hr 1-RE-22 0.10 mR/hr 2-RE-26 0.10 mR/hr 1
1-RE-23 0.10 .mR/hr 2-RE-27 0.10 mR/hr 1-RE-24' O.10 .mR/hr 2-RE-28 0.10 mR/hr 1-RE-25 0.11 mR/hr 2-RE-29 2.7 mR/hr 4 1-RE-26 1.0 mR/hr 2-RE-30 2.7 mR/hr ' 1-RE-27 0.50 mR/hr 2-RE-31 2.7 mR/hr 1-RE-28 0.10 mR/hr 2-RE-32 0.11 mR/hr 1-Rl'-29 2.7 mR/hr 2-RE-33 2.7 mR/hr S 1-RE-30 2.7 mR/hr 2-RE-34 0.10 mR/hr 1-RE-31 2.7 mR/hr- 2-RE-35 0.50 mR/hr 1-RE-3? 1.8 mR/hr 0-RE-41 5.0 mR/hr 1-RE-33. 2.7' mR/hr 0-RE-42 0.50 mR/hr 1-RE-34 0.10 mR/hr 0-RE-43 4.0 mR/hr
< , 1-RE-35 0.50 mR/hr 0-RE-44 0.10 mR/hr 1-RE-36 0.11 mR/hr 0-RE-45 2.5 mR/hr
- a" i 2-RE-01 0.10 mR/hr 0-RE-46 2.0 mR/hr 2-RE-02 0.10 mR/hr 0-RE-47' 1.0 mR/hr 2-RE-03 2.0 mR/hr 0-RE-48 0.10 mR/hr 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr .,
continued next column continued next page 4 , v b~-l i
L ' LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 i (~ TABLE 6.1.g RADIATION MONITORIh3 SYSTEM DATA (T = 02:00) ( 10:00) coa.tinued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 0-RE-50 0.10 mR/hr SE160A 10. cpm 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm. 0-RE-56 0.01 mR/hr' RE42N6A 1000 mR/hr 0-RE-57 1.0 mR/hr RE42N6B 100o. mR/hr 0-RE-58 0.51 mR/hr RE42N6C 1000. mR/hr 0-RE-60 ~0.01 mR/hr RE42N6D 1000. mR/hr
' REX-025 0.10 mR/hr RE285A1 1.E *2 uC1/cc RI-01 1.0 mR/hr RE285A2- 1.E-11 uCi cc RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi cc i RI-101 2.7 mR/hr RE285B1 1.E-12 uCi cc ,
RE41N6A- 550. mR/hr RE285B2 1.E-11 uCi cc a.t r' . RE41N6B RE41N6C 600, 750. mR/hr mR/hr RE285B3 1.0E-7.uci cc RE291A 1.3 R/ r i 2.6 R/hr f ' N- RE41N6D 800. mR/hr RE291B RE185A1 1.E-12-uCi/cc RE291C 4.4' R/hr RE185A2 '1.E-11 uCi/cc RE291D 6.2 R/hr 1 RE185A3' 1.0E-7;uci/cc REN20A 0.10 'mR/hr
-RE185B1 '1.E-12 uCi/cc REN20B 0.10 .mR/hr '
RE185B2 1.E-11 uCi/cc- REN200 0.10 mR/hr
-RE185B3 1.0E-7 uCi/cc REN20D 0.10 mR/hr c "
.RE191A; 2.8 R/hr. REN21A- 2.2 mR/hr
+
RE191B' 2.3 R/hr REN21B 2.2 mR/hr-o RE191C 4.4 R/hr REN21C 2.2, mR/hr RE191D- 6.2' R/hr REN21D 2.2 mR/hr REN10A 0.10 mR/hr SE17-23 10. cpm t REN10B 0.10- mR/hr. SE221C 10. cpm' REN10C 0.10. mR/hr SE221D 10. cpm .c
'REN10D- 0.10 mR/hr SE160A 10. cpm REN11A 2.2- mR/hr SE160B 10. cpm.
.REN11B 2.2 mR/hr SE-190 10. - cpm .
REN11C 2.2 mR/hr SE-290 10. cpm ), .REN11D 2.2 mR/hr SE10-11 10.. cpm RR-609. 10. . cpm SE13-11 10. cpm SE17-20 10.- cpm RE025A 3.E-10 uCi/cc I SE121C 10.- cpm RE025B 3.7E-9 uCi/cc ; SE121D 10. cpm RE68C-1 1.8E-7.uci/cc
- continued next column continued next page ,
LIMERICK CENERATING' STATION SCENARIO LKA
- ANNUAL EXERCISE UNIT 1 REV 1
;x. TABLE 6.1.g k- RADIATION MONITORING SYSTEM DATA (T = 02:00) ( 10:00) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES .
Monitor value units Monitor value units s b RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc F RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc
' RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc RE76-4 990. uCi/s RE007C1 1.0E-6 uCi/cc
- RE75-Al 1.E-12 uCi/cc RE007C2 1.0E-6 uCi/cc RE75-A2 1.E-11 uCi/cc RE007D1 1.0E-6 uCi/cc RE75-A3' 5.2E-6 uCi/cc RE007D2 1.0E-6 uCi/cc RE75-B1 1.E-12 uCi/cc SE022A 10. cpm RE75-B2- 1.E-11 uCi/cc- SE022B 10. cpm RE75-B3 5.2E-6 uCi/cc RE26-16 10. cpm
-RE76-1 0.001 uCi cc REN-04A 10. mR/hr RE76-2 5.2E-6 uCi cc REN-04B 10. mR/hr RE76-3 0.1 uCi cc REN-005 10. mR/hr t
RE007Al 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr
- RE007A2 1.0E-6 uC1/cc PAS LC2 1.0 mR/hr
/~5 ,
s_- f i l' o i
~
l: l 8 1
+
I LIMERICK' GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 l(~^{ TABLE 6.1.h RADIATION MONITORING SYSTEM DATA (T = 02:30) ( 10:30) ) NOTE: ' OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 1-RE-01 0.10 mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 0.10 mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 0.11 mR/hr 2-RE-08 10. mR/hr ; 1-RE-05 0.14 mR/hr 2-RE-09 10. mR/hr
, >. 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2-RE-11 0.10 mR/hr 1-RE-08 10. mR/hr 2-RE-12 0.10 mR/hr ,
1-RE-09 30. mR/hr 2-RE-13 300. mR/hr 1-RE-10 0.10 mR/hr 2-RE-14 300. mR/hr i 1-RE-11 .0.10 mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr 1-RE-13; 100. mR/hr 2-RE-17 10. mR/hr 1-RE-14 1100. mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 Hl . 5 mR/hr 2-RE-19 300, mR/hr 1 1-RE-16 1.5 mR/hr 2-RE-20 300. mR/hr
' l-RE-17 10. mR/hr 2-RE-21 1.0 mR/hr l ' /~N-4 1-RE-18' 1.0 mR/hr 2-RE-22 0.10 mR/hr 1( ). . 1-RE 300. mR/hr 2-RE-23 0.10 mR/hr 1-RE-20 300. mR/hr 2-RE-24 1.0 mR/hr . 1-RE-21 0.50 - mR/hr 2-RE-25 0.10 mR/hr P 1-RE-22 0.10 mR/hr 2-RE-26, 0.10 mR/hr L 1-RE-23 0.10' mR/hr 2-RE 0.10 mR/hr lit 1-RE-24 0.10 ?R/hr 2-RE-28 0.10 mR/hr b- 1-RE-25 0.11 mR/hr 2-RE-29 2.7 mR/hr i 1-RE-26 1.0 mR/hr 2-RE-30 2.7 mR/hr f
1>RE-27 0,50 mR/hr 2-RE 11 2.7 mR/hr 1-RE-28 mR/hr O.11 mR/hr
~
0 . '. 0 2-RE-32' L 1-RE-29 2.7 mR/hr 2 RE-33 .2.7 mR/hr
~ 1-RE-30 2.7 mR/hr 2-RE-34 0.10 mR/hr l.' 1-RE-31 '2.7 lmR/hr .2-RE-35 0.50 mR/hr RE-32~ 1.8 mR/hr 0-RE-41 5.0 mR/hr RE 2.7 .mR/hr 0-RE-42 0.50 mR/hr op . 1-RE-34' a0.10 mR/hr 0-RE-43 4.0 mR/hr i 1-RE-35 0.50 mR/hr 0-RE-44. 0.10 mR/hr 1"RE-36 0.11 mR/hr 0-RE-45 2.5 mR/hr .!
2-RE-01 0.10 mR/hr 0-RE-46 2.0- mR/hr
, 2-RE-02 0.10 mR/hr 0-RE-47 1.0 mR/hr
- u. A-RE-03 ;2.0 mR/hr 0-RE-48 0.10 mR/hr -
2-FE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr centinued next column continued next page
.?-
a.mma --_m, w e- + - - , _ , -- g , ~.m. % .y . -
)
LIMERICK: GENERATING STATION SCENARIO LKA 1 ANNUAL EXERCISE UNIT 1 REV 1 r^N TABLE 6.1.h
.t' ^-) . RADIATION MONITORING SYSTEM DATA (T = 02:30) ( 10:30) continued t NOTE: 'OSH' = Offscale High l ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 0-RE-50 0.10 mR/hr SE160A 10. cpm 1 a- 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RP-52 0.01 mR/hr SE-190 10. cpm q 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm !
0-RE-56 0.01 mR/hr RE42N6A 1000. mR/hr RE-57 :1.0 mR/hr- RE42N6B 1000. mR/hr 0-RE-58 0.51 mR/hr RE42N6C 1000. mR/hr .! 0-RE-60 0.01 mR/hr RE42N6D 1000. mR/hr REX-025 0.10- 'mR/hr RE285A1 1.E-12 uCi/cc RI 1.0 mR/hr RE285A2 1.E-11 uCi/cc i
-RI-02 1.0 'mR/hr RE285A3 1.0E-7 uCi/cc RI-101. 2.7.'mR/hr RE285B1 1.E-12 uCi/cc RE41N6A 550. mR/hr RE285B2 1.E-11 uCi/cc j' RE41N6B 600.- mR/hr RE285B3 1.0E-7 uCi/cc i
RE41N6C- 750. mR/hr RE291A 1.3 R/hr >
~
RE41N6D 800. mR/hr RE291B 2.6 R/hr RE185Al' 1.E-12 uCi/cc RE291C 4.4 R/hr
>RE185A2' 1.E-11 uCi/cc RE291D 6.2 R/hr RE185A3 1.E-12 .1.0E-7~uci/ccuCi cc, REN20A 0.10 mR/hr J RE185B1 REN20B 0.10' mR/hr RE185B2' 1.E-11.uCi cc REN20C 0.10' -mR/hr .
RE185B3 '1.0E-7'uCi cc REN200 0.10 mR/hr i RE191A 2.8 R/ r REN21A 2.2 mR/hr
'RE191B' 2.3 R/hr REN237- 2.2 mR/hr 1 i
.RE191C 4.4 :R/hr REN21C. 2.2 mR/hr RE191D- 6.2 R/hr REN21D ~2.2 mR/hr- :
o REN10A 0.10 mR/hr SE17-23 10. cpm REN10B 0.10 mR/hr SE221C. 10. cpm REN10C 0.10- mR/hr .SE221D 10, cpm REN10D' O.10. mR/hr- LSE160A 10. cpm y REN11A 2.2 mR/hr. 'SE160B. 10. cpm ? :REN11B- 2.2 mR/hr SE-190 10. cpm h REN11C .2.2 mR/hr SE-290 10. cpm a REN11D- 2.2 mR/hr' SE10 10. cpm RR-609 10. cpm SE13-11' 10. cpm. 3 ,P H
, SE17-23 10.. cpm RE025A 3.E-10 uCi/cc <
SE121C cpm 3.7E-9 uCi/cc 10 . - RE025B , SE121D 10. cpm RE68C-1 1.8E-7 uCi/cc continued next column continued next page l
/
us u
s LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 , l y TABLE G.I.h ! C N l l' RADIATION MONITORING SYSTEM DATA
,/ (T = 02:30) ( 10:30) 1 W continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor. value units Monitor value units !
, RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc I RE68D-1 1 BE-7 uCi/cc RE007B1 1.0E-6 uCi/cc ,
RE68D-2 ..BE-7 uCi/cc RE007B2 1.0E-6 uCi/cc ' RE76-? 980. uCi/s RE007C1 1.0E-6 uCi cc RE75-Al 1.E-12 uCi/cc RE007C2 1.0E-6 uCi cc RE75-A2 1.E-11 uCi/cc RE007D1 1.0E-6 uCi cc RE75-A3 5.2E-6 uC1/cc RE007D2 1.0E-6 uCi/cc RE75-B1 1.E-12 uCi/cc SE022A 10. cpm RE75-B2 1.E-11 uCi/cc SE022B 10. cpm RE75-83 5.2E-6 uCi/cc RE26-16 10. cpm RE76-1 0.001 uCi/cc REN-04A 10. mR/hr . RE76-2 5.2E-6 uCi/cc REN-04B 10. mR/hr
, RE76-3 0.1 uCi/cc REN-005 10. mR/hr i "1 RE007Al 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr j, ,
RE007A2 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr L , l . h s l . i a l* I,~\. l . t v I , h, l t
. P' kJ L
LLIMERICK CENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
, TABLE 6.1.1 !
k ,)/ RADIATION MONITORING SYSTEM DATA (T = 02:45) ( 10:45) NOTE: 'OSH' = Offscale High i ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 1-RE-01 0.10 mR/hr 2-RF On 0.10 mR/hr 1-RE-02 0.10 mR/hr 2-RE-06 0.10 mR/hr
- 1-RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr ;
1-RE 0.11 .mR/hr 2-RE-08 10. mR/hr , 1-RE-05 0.14 mR/hr 2-RE-09 10. mR/hr 1 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2-RE-11 0.10 mR/hr 1-RE-08 10. mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 30. mR/hr 2-RE-13 300. mR/hr , 1-RE-10 0.10 mR/hr 2-RE-14 300. mR/hr ' 1-RE-11 0.10 mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr 1-RE-13 100. mR/hr 2-RE-17 10. mR/hr 1-RE-14 1100. mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 1.5- mR/hr 2-RE-19 300. mR/hr 1-RE-16: 1.5 mR/hr 2-RE-20 300. mR/hr i "1-RE 10. mR/hr 2-RE-21 1.0 mR/hr 1-RE-18 1.0 mR/hr 2-RE-22 0.10 mR/hr 17 1 1-RE-19 300. mR/hr 2-RE-23 0.10 mR/hr T' 1-RE 300. mR/hr 2-RE-24 1.0 mR/hr
.1-RE-21 0.50 mR/hr' 12-RE-25 0.10 mR/hr '
1-RE-22 0.10 mR/hr 2-RE-26 0.10- mR/hr 1-RE-23 0.10 mR/hr 2-RE-27 0.10 mR/hr 4 RE-24 0.10 'mR/hr 2-RE-28 0.10 mR/hr 1-RE-25 0.11 mR/hr '2-RE-29 2.7 mR/hr , 1-RE-26' 1.0 mR/hr 2-RE-30 2.7 mR/hr 1-RE-27 .0.50 mR/hr- 2-RE-31 2.7 mR/hr o 1-RE-28 .0.10 mR/hr' 2-RE-32 0.11 mR/hr : 1-RE-29 2.7 mR/hr 2-RE-33 2.7 .R/hr 1-RE-30 2.7 mR/hr 2-RE-34 0.10' mR/hr 1-RE-31 -2.7 mR/hr- .2-RE-35 0.50 mR/hr l 1-RE-32 1.8 mR/hr 0-RE-41 5.0 mR/hr 1-RE-33 2.7 mR/hr. 0-RE-42 0.50 mR/hr' 1-RI-34 0.10- mR/hr 0-RE-43 4.0 mR/hr 1-RE-35 0.50.lmR/hr 0-RE-44 0.10 mR/hr RE-36 'l mR/hr- 0-RE-45 2.5 mR/hr i 2-RE-011 0.40 mR/hr 0-RE-46 2.0 mR/hr
- 2-RE-02 0.10' mR/hr 0-RE-47 1 . 10 mR/hr o 2-RE-03 2. 0 : mR/hr 0-RE-48 0.10 -mR/hr F 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr continued *next column continued next page 1
1
__ . . ~ .- -- _ . 1
)
LIMERICK CENERATING' STATION SCENARIO LKA J ANNUAL EXERCISE UNIT 1 REV 1 )
~
TABLI 6.1.1 ) ^ s_ RADIATION MONITORING SYSTEM DATA (T = 02:45) ( 10:45) continued , NOTE: 'OSH' = Offscale High , ALL MONITOR VALUES ARE 1 MINUTE AVERAGES l Monitor value units Monitor value units 0-RE-50 0.10 mR/hr SE160A 10. cpm 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/ hr SE63-09 10. cpm , 0-RE-54~ 1.0 mR/.tr SE10-11 10. cpm 0-RE-55 0.10 mR/Ir SE13-11 10. cpm 0-RE-56 o0.01 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 mR/h? RE42N6B 1000. mR/hr 0-RE-58 0.51 mR/h1 RE42N6C 1000. mR/hr 0-RE-60 0.01 mR/hr RE42N6D 1000. mR/hr i . REX-025 0.10 mR/hr RE285A1 1.E-12 uCi/cc , RI-01 1.0 mR/hr RE285A2 1.E-11 uCi/cc t RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi/cc RI-101 2.7 mR/hr RE285B1 1.E-12 uCi/cc - RE41N6A 550. mR/hr RE285B2 1.E-11 uCi/cc
' RE41N6B^ 600. mR/hr RE285B3 1.0E-7 uci cc :
j -
'RE41N6C 750. mR/hr- RE291A 1.3 R/ r
( RE41N6D. 800.. mR/hr RE291B 2.6 R/hr 0 RE185A1 1.E-12 uCi/cc RE2910 4.4 R/hr RE185A2 1.E-11.ucl/cc RE291D 6.2 R/hr RE185A3 1.0E-7 uCi/cc REN20A 0.10 mR/hr P RE185B1 1.E-12 uCi/cc' REN20B 0.10' mR/hr ; RE185B2 1.E-11 uCi/cc REN20C 0.10 mR/hr 4 -RE185B3 1.0E-7 uC1/cc REN200 0.10 mR/hr RE191A 2.8 R/hr REN21A 2.2 mR/hr o RE191B 2.4 R/hr REN21B 2.2 mR/hr. ! RE191C 4.4 R/hr REN210 2.2 .mR/hr l RE191D 6. 2- R/hr REN21D 2.2 .mR/hr L REN10A 0.10 mR/hr SE17-23 lo. cpm 10. REN10B 0.10 mR/hr SE221C cpm REN10C 0.10 mR/hr SE221D 10. cpm ; , RFN10D 0.10 mR/hr SE160A 10. cpm h' 'REN11A 2.2- mR/hr SE160B ,10 . cpm l REN11B 2.2 mR/hr. SE-190 10. cpm L .REN11C 2.2 mn/hr SE-290 10.- cpm REN11D 2.2 mR/hr SE10-11 10. cpm > RR-609 10. cpm SE13-11 10. cpm SE17-23 10. cpm RE025A 3.E-10 uCi/cc 1 SE121C 10. cpm RE025B 3.7E-9 uCi/cc i SE121D 10. cpm RE68C-1 1.8E-7 uCi/cc continued next column . continued next page
. , - ~ ~
1
.i i
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.1 RADIATION MONITORING SYSTEM DATA (T = 02:45) ( 10:45) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units b RE68C-2 1.8E-7 uCi/cc RE007A2' 1.0E-6 uCi/cc RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc RE76-4 980. uCi/s RE007C1 1.0E-6 uCi cc RE75-Al 1.E-12 uCi/cc RE007C2 1.0E-6 uCi cc RE75-A2 1.E-11 uCi/cc RE007D1 1.0E-6 uCi cc RE75-A3 5.2E-6 uC1/cc RE007D2 1.0E-6 uCi cc RE75-B1 1.E-12 uCi/cc SE022A 10. cpm RE75-B2 1.E-11 uCi/cc SE022B 10. cpm RE75-B3 5.2E-6 uCi/cc RE26-16 10. cpm RE76-1 0.001 uCi/cc REN-04A 10. mR/hr RE76-2 5.2E-6 uC1/cc REN-04B 10. mR/hr RE76"3 0.1 uCi/cc REN-005 10. mR/hr RE007Al- 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr RE007A2- 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr O x 4l 1
+
O I
LIMERICK GENERATING STATION SCENARIO LKA
-ANNUAL EXERCISE UNIT 1 REV 1 TA0LE 6.1.j RADIATION MONITORING SYST):M DATA (T = 02:52) ( 10:52) i NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 1-RE-01 2700. mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 2.1 mR/hr 2-RE-06 0.10 mR/hr i
1-RE-03 2.0- mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 43. mR/hr 2-RE-08 10. mR/hr 1-RE-05 140. mR/hr 2-RE-09 10. mR/hr 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2-RE-11 0.10 mR/hr 1-RE-08 82. mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 32. 3R/hr 2-RE-13 300. mR/hr 1-RE-10 140. mR/hr 2-RE-14 ,100. mR/hr 1-RE-11 0.11 mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr ! 1-RE-13 150. mR/hr 2-RE-17 10. mR/hr 1-RE-14 1100. mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 1.5 mR/hr 2-RE-19 300. mR/hr 1-RE-16 1.5 mR/hr 2-RE-20 300. mR/hr 1-RE-17 10. mR/hr 2-RE-21 1.0 mR/hr . 1-RE-18 1.0 mR/hr 2-RE-22 0.10 mR/hr 1 1 1-RE-19 '1.4E4 mR/hr 2-RE-23 0.10 mR/hr' 1-RE-20 3.4E4 .mR/hr 2-RE-24 1.0 mR/hr. 1-RE-21. 0.50 mR/hr 2-RE-25 0.10 mR/hr 1-RE 0.10 ;mR/hr 2-RE-26 0.10 mR/hr 1-RE-23 0.10 mR/hr 2-RE-27_ 0.10 mR/hr 1-RE-24 0.10. mR/hr 2-RE-28 0.10 mR/hr 1-RE-25 450. mR/hr 2-RE-29 2.7 mR/hr 1-RE-26 140. mR/hr: 2-RE-30 2.7 mR/hr 1-RE-27 0.50; mR/hr 2-RE-31 2.7 mR/hr 1-RE-28 0.29 mR/hr '2-RE-32 0.11 mR/hr 1-RE-29 2.7 mR/hr 2-RE-33 2.7 mR/hr 1-RE-30 2.7 mR/hr 2-RE-34 0.10 mR/hr 1-RE-31 2.7 .mR/hr 2-RE-35 0.50 mR/hr Y-RE-32 1.8 mR/hr 0-RE-41 5.0 mR/hr-1-RE-33 2.7 mR/hr 0-RE-42 0.50 mR/hr 1-RE-34 0.10 mR/hr 0-RE-43 4.0 mR/hr 1-RE-35 0.50 mR/hr 0-RE-44 0.10 mR/hr 1-RE-36 210. .,mR/hr 0-RE-45 2.5 mR/hr 2-RE-01 0.10. mR/hr 0-RE-46 2.0 mR/hr 2-RE 0.10 mR/hr 0-RE-47 1.0 mR/hr 2-RE-03 2.0 mR/hr. 0-RE-48 0.10 mR/hr 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr . continued next column continued next page I O s
a
}
LIMERICK GENERATIAG STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 1
-w TABLE 6.1.j A )
N ~/ RADIATION MONITORING SYSTEM DATA (T = 02:52) ( 10:52) . I continued l
........................................................... 1 i
NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 0-RE-50 0.10 mR/hr SE160A 10. cpm 1 > 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 12. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm t 0-RE-56 0.01 mR/hr RE42N6A 1000. nR/hr
",- 0-RE-57 1.0 'mR/hr RE42N6B 1000. mR/hr.
s 0-RE-58 0.51 mR/hr RE42N6C 1000. mR/hr
- m. '0-RE 0.01 mR/hr RE42N6D 1000. mR hr F "y REX-025 0.10 mR/hr RE285A1 1.E-12 uCi cc c'
~RI-01 68. mR/hr RE285A2 1.E-11 uCi cc
. RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi cc RI-101 2.7 mR/hr RE285B1 1.E-12 uCi/cc RE41N6A 2100. mR/hr RE285B2 1.E-11 uCi cc RE41N6B 2200. mR/hr RE285B3 1.0E-7 uCi cc f(. _\ , RE41N6C 2350. mR/hr -RE291A 1.3 R/ r
' (_/> RE41N6D 2400. ,mR/hr RE291B 2.6 R/hr t
,;, RE185A1 1.E-12 uCi cc RE291C 4.4 R/hr
, RE185A2 1.E-11 uCi cc RE291D 6.2 R/hr 1.0E-7 uCi/cc
.RE185A3 REN20A 0.10 mR/hr RE185B1 1.E-12 uCi cc REN20B 0.10 mR/hr :
RE185B2 1.E-11 uCi cc REN20C 0.10 mR/hr RE185B3 1.0E-7 uCi cc REN20D 0.10 mR/hr
'e RE191A 2.8 R/ r REN21A 2.2 mR/hr- r RE191B 2.5 R/hr REN21B 2.2 mR/hr RE191C 4.4 R/hr REN21C 2.2 mR/hr -i L RE191D 6.2 R/hr REN21D 2.2 mR/ h'.*
REN10A 0.10 mR/hr SE17-23 10. rpm p , > REN10B 0.10 mR/hr SE221C 10 . - cpm l' REN10C 0.10 mR/h. SE2210 10. cpm px REN10D 0.10 mR/hr SE160A- 150. cpm m REN11A 2.2 mR/hr SE160B 150. cpm REN11B 2.2 mR/hr SE-190 10. cpm
- REN11C 2.2 mR/hr SE-290 10, cpm REN11D 2.2 mR/hr - SE10-11' 10. cpm RR-609 10. cpm SE13-11 10. cpm L
.SE17-23 10, cpm RE025A 3.E-10 uCi/cc '
SE121C 10. cpm RE025B- 3.7E-9 uCi/cc SE121D 10. cpm RE68C-1 1.8E-7 uCi/cc ' 41 continued next column continued next page
- E fs
1 l LIMERICK GENERATING STATION SCENARIO LKA I ANNUAL EXERCISE UNIT 1 REV 1 f~'\! i TABLE 6.1.j j l RADIATION MONITORING SYSTEM DATA (T = 02:52) ( 10:52) j continued
........................................................... 1 NOTE: 'OSH' = Offscale High l ALL MONITOR VALUES ARL 1 MINUTE AVERAGES J Monitor value units Monitor value units RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc ,
RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uC1/cc RE68D-2. 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc RE76-4 980. uCi/s RE007C1 1.0E-6 uCi/cc I RE75-Al 1.E-12 uCi/cc RE007C2 1.0E-6 uCi/cc RE75-A2 1.E-11 uCi/cc RE007D1 1.0E-6 uCi/cc RE75-A3 5.2E-6 uC1/cc RE007D2 1.0E-6 uCi/cc RE75-B1 1.E-12 uCi/cc SE022A 10. cpm RE75-B2 1.E-11 uCi cc SE022B 10. cpm RE75-B3 5.2E-6 uCi cc RE26-16 10. cpm. RE76-1 0.001 uCi cc REN-04A 10. mR/hr RE76-2 5.2E-6'uCi/cc REN-04B 10. mR/hr RE76-3. 0.1 uCi/cc REN-005' 10. mR/hr RE007Al 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr RE007A2 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr
. 1 v
o
~
~ l 1: l' T') v L
LIMERICX CENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 7-~s . TABLE A.1.d km RADIATION MONITORING SYSTEM ALARMS (T = 02:52) ( 10:52) RCIC Pump Room--RX 177 (1-RE-01 HIGH CRD Pump Area--TB 200 (1-RE-04 HIGH
-TB 200 (1-RE-05 HIGH Aux.
Turb Bay Aux Hallwaylwy Bay Hal East (1-RE-19 HIGH Turb Aux Bay Hallwy West 1-RE-20 HIGH s Turb -TB 269 1-RE-25 HIGH Turb AuxBldgBay Washdown Area 1-RE-26 HIGH Turb. Aux. Bay 1-RE-36 HIGH . Main Steam Line (A) RE41N6A HIGH Main Steam Line (A) RE41N6A HIHI ' Main Steam Line (B) RE41N6B HIGH Main Steam Line B) (RE41N6B HIHI Main Steam Line C) (RE41N6C HIGH Main Steam Line C) (RE41N6C HIHI : Main Steam Line (RE41N6D HIGH ; Main Steam Line (D (D (RE41N60 HIHI L, T t. 5 i O
I l 1 LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE- UNIT 1 REV 1 f3 i s. TABLE 6.1.k
..bb b bb . O b$b b b. .b[b - ... .5. .[ bb. bbb bb..
NOTE: 'OSH' = offscale High , 1 ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units j 1-RE-01 .2700. mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 2.1 mR/hr 2-RE-06 0.10 mR/hr l 1-RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 43. mR/hr 2-RE-08 10. mR/hr . 1-RE-05 140. mR/hr 2-RE-09 10. mR/hr 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr
, 1-RE-07 1.1 mR/hr 2-RE-11 0.10 mR/hr J 1-RE-08 82. mR/hr 2-RE-12 0.10 mR/hr n 1-RE-09 32. mR/hr 2-RE-13 300. mR/hr 1-RE-10 2-RE-14 ~
140. mR/hr 300. mR/hr 1-RE-11 0.11 mR/hr 2-RE-15 1.5 mR/hr' 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr 1-RE-13 150. mR/hr 2-RE-17 10. mR/hr 1-RE-14 1000. mR/hr 2-RE-18 0.50 mR/hr ; 1-RE-15 1.5 mR/hr 2-RE-19 300. mR/hr 1-RE-16 1.5 mR/hr 2-RE-20 300. mR/hr 1-RE-17 10. mR/hr 2-RE-21 1.0 mR/hr ,
.1-RE-18 1.0 mR/hr 2-RE-22 0.10 mR/hr N. (rN 1.4E4 t,
;1-RE-19; mR/hr 2-RE-23 0.10 mR/hr.
3.3E4 2-RE-24 1-RE-20 mR/hr 1.0 mR/hr 1-RE-21 0.50 mR/hr. 2-RE-25 0.10 mR/hr ;
.1-RE-22 0.10 mR/hr 2-RE-26 0.10 mR/hr RE-23 0.10 mR/hr 2-RE-27 0.10 mR/hr
.1-RE-24 0.10 .mR/hr 2-RE-28 0.10 mR/hr 1-RE-25 450. mR/hr .2-RE-29 2.7' mR/hr, !
, , 'l-RF-26 140. mR/hr 2-RE-30 2.7 mR/hr ;
1-RE-27 0.50 mR/hr 2-RE-31 2.7 mR/hr 1-RE-28 0.29 'mR/hr 2-RE-32 0.11 mR/hr: 1-RE 3.0 mR/hr 2-RE . 2 . 7. mR/hr 1-RE-30 2.9 mR/hr 2-RE-34 0.10 mR/hr-A 1-RE-31 3.5'.mR/hr 2-RE-35 0.50 mR/hr - 1-RE-32 3.8 mR/hr .0-RE-41 5.0 mR/hr ! L 1-RE-33 2.8 mR/hr 0-RE-42' O.50 mR/hr l 1-RE-34 0.10- mR/hr 0-RE-43 4.0 'mR/hr L RE-35 0.50 mR/hr 0-RE-44 0.10 mR/hr L 1-RE-36' 210. mR/hr. 0-RE-45 2.5 mR/hr
;2-RE 0.10_ mR/hr 0-RE-46 2.0 mR/hr ,
2-RE-02 0.10 mR/hr 0-RE-47 1.0 .mR/hr L 2-RE-031 :2.0 mR/hr 0-RE-48 0.10 mR/hr. 2-RE-04 0.10, mR/hr 0-RE-49 2.0 mR/hr a; continued next column continued next page i I () , i. h3
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 f
~N TABLE 6.1.k
~() RADIATION MONITORING SYSTEM DATA (T = 02:53) ( 10:53) continued t NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MI!TUTE AVERAGES y y Monitor value units Monitor value units f 0-ME-50 0.10 mR/hr SE160A 10. cpm )
0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm
,' 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 12. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm 0-RE-56 0.01 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 .mR/hr RE42N6B 1000. mR/hr '
0-RE-58_ 0.51 mR/hr RE42N6C 1000. mR/hr 0-RE 0.01 mR/hr RE42N6D 1000. mR/hr REX-025. 0.10 mR/hr RE285A1 1.E-12 uCi/cc RI-01 67. mR/hr RE285A2 1.E-11 uCi/cc RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi/cc RI-101 _ 2.7 mR/hr RE285B1 1.E-12 uCi/cc RE41N6A 2100. mR/hr RE285B2 1.E-11 uCi/cc ,
,<~N . RE41N6B 2200. mR/hr RE285B3 1.0E-7 uCi/cc '
; RE11N6C 2350. mR/hr RE291A 1.3 R/hr N-) RE41N6D. 2400. mR/hr RE291B 2.6 R/hr RE185Al- 1.E-12 uCi/cc RE291C 4.4 R/hr ;
RE185A2- 1.E-11luci/cc 6.2 R/hr RE291D ,
.RE185A3 1.0E-7 uCi oc REN20A 0.10 mR/hr '
RE185B1 1.E-12 uCi oc REN20B 0.10 mR/hr RE185B2- 1.E-11 uCi cc REN20C 0.10 mR/hr - RE185B3 1.0E-7'uCi/cc REN20D 0.10 mR/hr RE191A 2..8 R/hr REN21A 2.2 mR/hr RE191B 1.7 R/hr REN21B 2.2 mR/hr
, RE191C- 4.4 R/hr REN21C 2.2 mR/hr t' 'RE191D 6.2 R/hr REN21D 2. 2 - mR/hr REN10A 0.10 'mR/hr SE17-23 10. - cpm REN10B 0.10 mR/hr SE221C 10, cpm ,
REN10C- 0.10 mR/hr SE221D 11 0 . cpm REN10D 0.10 mR/hr SE160A' 150. cpm l REN11A _3.2 mR/hr SE160B 150. cpm
- i REN11B 3.5 .mR/hr SE-190 10. ' cpm I
! REN11C 3.2 mR/hr SE-290 10 . - cpm REN11D 3.5 mR/hr .SE10-11 10. cpm RR-609 10. cpm SE13-11 10. cpm .
'SE17 10. cpm RE025A 3.E-10 uCi/cc !
SE121C 10. cpm RE025B 3.7E-9 uC1/cc { SE1210- 10 . - cpm RE68C-1 .1.8E-7 uCi/cc
. continued next column continued next page
;g l'
- LIMERICK GENERATING STATION SCENARIO LKA [
ANNUAL EXERCISE UNIT 1 REV 1
.,3; TABLE 6.1.k
( l-
\~/ RADIATION MONITORING SYST2M DATA (T = 02:53) ( 10:53) continued ;
. NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES ,
Monitor value units Monitor value units RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc i RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc RE76-4 980. uCi/s RE007C1 1.0E-6 uCi cc RE75-A1 1.E-12 uCi/cc RE007C2 1.0E-6 uCi cc RE75-A2 1.E-11 uCi/cc RE007D1 1.0E-6 uCi cc RE75-A3 5.2E-6 uCi/cc RE007D2 1.0E-6 uCi/cc RE75-B1 1.E-12 uCi/cc SE022A 10. cpm
, RE75-B2 1.E-11 uCi/cc SE022B 10. cpm ,
RE75-B3 5.2E-6 uCi/cc RE26-16 10. cpm RE76-1 0.001 uC1/cc REN-04A 10. mR/hr RE76-2 5.2E-6 uCi/cc REN-04B 10. mR/hr RE76-3 0.1 uC1/cc REN-005 10. . mR/hr RE007Al 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr o RE007A2 1.0E-6 uCi/cc PAS LC2 10 mR/hr j'} u Ii g. i i t l t4 l p
o LIMERICK GENERATING STATION SCENARIO LKA
' ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.1 I p~)
(_/ RADIATION MONITORING SYSTEM DATA (T = 02:54) ( 10:54) NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units i 1-RE-01 _ OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 9.1 mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 43. mR/hr 2-RE-08 10. mR/hr 1-RE-05 140. mR/hr 2-RE-09 10. mR/hr l 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr i
.1-RE-07 1.1 mR/hr 2-RE-11 0.10 mR/hr
=1-RE-08 340. mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 41. mR/hr 2-RE-13 300. mR/hr 1-RE-10 660. mR/hr 2-RE-14 300. mR/hr ,
1-RE-11 0.14 'mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr . 1-RE-13 150. mR/hr 2-RE-17 10. mR/hr 1-RE-14 '1000.- mR/hr 2-RE-18 0.50 mR/hr 1-RE-15' :1.5 mR/hr 2-RE-19 300, mR/hr 1-RE-16 1.5 mR/hr 2-RE-20 300. mR/hr 1-RE-17 10._ mR/hr 2-RE 21 1.0 mR/hr , 1-RE-18 1.0.'mR/hr 2-RE-22 0.10 mR/hr . (~'\ . 'l-RE-19' _1.4E4 mR/hr 2-RE-23 0.10 mR/hr ( ,/~ 1-RE*20l '3.3E4 mR/hr 2-RE-24 1.0 mR/hr 1-RE 0.50- mR/hr 2-RE-25 0.10 mR/hr RE-22' O.11. mR/hr 2-RE-26 0.10 mR/hr 1-RE-23 0.11 mR/hr 2-RE-27 0.10 mR/hr > 1-RE-24 0;10' mR/hr 2-RE-28 0.10 mR/hr
- 1-RE-25: 440. -mR/hr 2-RE-29 2.7 mR/hr 1
. .1-RE-26 140. .mR/hr 2-RE-30 2.7 mR/hr. -)
'l-RE-27. - 0 .' 5 0 mR/hr 2-RE-31 2.7 .mR/hr ,
1-RE-28 0.29 mR/hr 2-RE-32 0.11 mR/hr. -! 11-RE-29, '1.0 mR/hr '2-RE-33 2.7 .mR/hr 1-RE-30 .2.9' mR/hr 2-RE-34 0.10 mR/hr 1-RE-31' 3.5 mR/hr 2-RE-35 -0.50 mR/hr , 1-RE-32 3.8 mR/hr 0-RE-41 5.0 mR/hr-
.1-RE-33 2.8 mR/hr 0-RE-42 0.50- mR/hr 1-RE-34 0.10, mR/hr 0-RE-43 4.0 mR/hr :
1-RE-35 0.50 mR/hr 0-RE 0.10 mR/hr
,1-RE-36 210.. mR/hr 0-RE-45 2.5 mR/hr.
2-RE-01= 0.10'-mR/hr 0-RE-46 '2. 0 mR/hr 2-RE-02: 0.10 mR/hr 0-RE-47 1.0 mR/hr
- 2-RE-03 2.0 'mR/hr 0-RE-48 0.10 mR/hr.
t 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr . continuod next column continued next page
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 r' TABLE 6.1.1
\
RADIATION MONITORING SYSTEM DATA (T = 02:54) ( 10:54) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES w+ Monitor value units Monitor value units ., 0-RE-50 0.11 mR/hr SE160A 10. cpm 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 12. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm L 0-RE-56 0.01 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 mR/hr RE42N6B 1000. mR/hr 0-RE-58 0.51 mR/hr RE42N6C 1000. mR/hr 0-RE-60 0.01 mR/hr RE42N6D 1000. mR/hr REX-025 0.10 mR/hr RE285A1 1.E-12.uci/cc RI-01 67. mR/hr RE285A2 1.E-11 uC1/cc RI-02 1.0 mR/hr RE285h3 1.0E-7 uCi/cc RI-101 2.7 mR/hr RE285B1 1.E-12 uCi/cc RE41N6A 2150. mR/hr RE285B2 1.E-11 uCi/cc
' f^'
RE41N6B 2200. mR/hr RE285B3 1.0E-7 uCi/cc i RE41N6C 2300. mR/hr RE291A 1.3 R/hr RE41N6D 2400. mR/hr RE291B 2.6 R/hr RE185Al- 1.E-12 uCi/cc RE291C' 4.4 R/hr RE185A2 1.E-11 uCi/cc RE291D 6.2 R/hr
- RE185A3 1.0E-7 uCi/cc REN20A 0.10 mR/hr RE185B1 1.E-12 uCi/cc REN20B 0.10 mR/hr
- RE185B2 1.E-11 uCi/cc REN20C 0.10 mR/hr RE185B3 1.0E-7 uCi/cc REN20D 0.10 mR/hr RE191A 2.8 R/hr REN21A 2.2 mR/hr RE191B '1.7 R/hr REN21B. 2.2 nR/hr i RE191C 4.4 R/hr REN21C 2.2. mR/hr '
RE191D 6.2 R/hr :REN21D 2.2 mR/hr REN10A 0.11- mR/hr SE17-23 10. cpm F
.REN10B 0.11 mR/hr. SE221C 10. cpm
'REN10C 0.11 _mR/hr SE221D 10. cpm
~REN10D 0.11. mR/hr SE160A 150. cpm 2REN11A1 3. 2 - mR/hr SE160B 150. cpm-REN11b 3.5 mR/hr SE-190 10. cpm
'REN11C 3.2- mR/hr SE-290 10. cpm -;
REN11D 3.5 mR/hr SE10-11 10. cpm ! RR-609 10. cpm SE13-11. 10. cpm 1'
, SE17-23 10. cpm RE025A 3.E-10 uCi/cc SE121C 10. cpm RE025B 3.7E-9 uCi/cc
'SE121D 10. cpm RE68C-1 1.8E-7 uCi/cc continued next column continued next page
;(
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.1 RADIATION MONITORING SYSTEM DATA (T = 02:54) ( 10:54) coltinued NOTE: 'OSF' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value *;iit ts Monitor value units RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc RE68D-1. 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCl cc RE76-4 980. uC1/s RE007C1 1.0E-6 uCi cc
-FE75-Al 1.E-12 uCi/cc RE007C2 1.0E-6 uCi cc p RE75-A2 1.E-11;uci/cc RE007D1 1.0E-6 uCi/cc RE75-A3 5.2E-6 uC1/cc RE007D2 1.0E-6 uCi/cc RE75-B1 1.E-12 uCi/cc SE022A 10. cpm RE75-B2 1.E-11 uCi cc SE022B 10. cpm RE75-B3 5.2E-6 uCi cc P"16-16 10. cpm RE76-1 0.001 uCi cc REh-04A 10. mR/hr RE76-2 5.2E-6 uCi/cc REN-04B 10. mR/hr RE76-3 0.1 uCi/cc REN-005 10. mR/hr RE007Al~ 1.0E-6 uci/cc PAS LC1 1.0 mR/hr RE007A2 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr 1
O I
LIMERICK GENERATING STATION SCENARIO LKA t ANNUAL EXERCISE UNIT 1 REV 1 TABLE A.1.e RADIATION MONITORING SYSTEM ALARMS (T = 02:54) ( 10:54) RHR Div I Compt--RX 201 1-RE-08 HIGH Steam Vent Area--RX 217 1-RE-10 HIGH O O
-~ LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.m k RADIATION MONITORING SYSTEM DATA (T = 02:55) ( 10:55) NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 16. mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 42. mR/hr 2-RE-08 10. mR/hr 1-RE-05 140, mR/hr 2-RE-09 10. mR/hr 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2-RE-11 0.10 mR/hr 1-RE-08 600. mR/'tr 2-RE-12 0.10 mR/hr 1-RE-09 50, mR/hr 2-RE-13 300, mR/hr 1-RE-10 1200, mR/hr 2-RE-14 300, mR/hr 1-RE-11 0.18 mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr 1-RE-13 150. mR/hr 2-RE-17 10. mR/hr 1-RE-14 1000, mR/hr 2-RE-18 0.50 mR/hr , 1-RE-15 1.5 mR/hr 2-RE-19 300. mR/hr 1-RE-16 1.5 mR/hr 2-RE-20 300. mR/hr 1-RE-17 10. wR/hr 2-RE-21 1.0 mR/hr 1-RE-18 1.0 mR/hr 2-RE-22 0.10 mR/hr 1-RE-19 1.4E4 mR/hr 2-RE-23 0.10 mR/hr 9 1-RE-20 1-RE-21 3.3E4 0.50 mR/hr mR/hr 2-RE-24 2-RE-25 1.0 0.10 mR/ ' mR/ht 1-RE-22 0.11 mR/hr 2-RE-26 0.10 mR/hr 1-RE-23 0.11 mR/hr 2-RE-27 0.10 mR/hr 1-Rh 24 0.10 mR/hr 2-hE-28 0.10 mR/hr 1-RE-iB 440. mR/hr 2-RE-29 2.7 mR/hr 1-RE-26 140. mR/hr 2-RE-30 2.7 mR/hr I-RE-27 0.50 mR/hr 2-RE-31 2.7 mR/hr 1-RE-28 0.29 mR/hr 2-RE-32 0.11 mR/hr 1-RE-29 4.4 mR/hr 2- -E-33 2.7 mR/hr 1-RE-30 4.0 mR/hr 2-RE-34 0.10 mR/hr 1-RE-31 7.2 mR/hr 2-RE-35 0.50 mR/hr 1-RE-32 13. mR/hr 0-RE-41 5.0 mR/hr 1-RE-33 3.1 mR/hr 0-RE-42 0.50 mR/hr 1-RE-34 0.10 mR/hr 0-RE-43 4.0 mR/hr 1-RE-35 0.50 mR/hr 0-RE-44 0.10 mR/hr 1-RE-36 210. mR/hr 0-RE-45 2.5 mR/hr 2-RE-01 0.10 mR/hr 0-RE-46 2.0 mR/hr 2-RE-02 0.10 mR/hr 0-RE-41 1.0 mR/hr 2-RE-03 2.0 mR/hr 0-RE-48 0.10 mR/hr 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr continued nex' column continued next page e 1
V ' y, ..m, , ' l
. LIMERICK GENERATING STATION- SCENARIO LKA 1 j (ANNUAL EXERCISE UNIT 1 REV 1 1 1
- ac TABLE 6.1.m l RADIATION ~ MONITORING SYSTEM DATA (T = 02:55) ( 10:55)
continued NOTE: 'OSH' = Offscale High i
+ i ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value' units 0-RE-50 .0.11' mR/hr SE160A 10. cpm ,
0-RE-51 ,0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm.
.0-RE-53 LO.05 mR/hr SE63-09 10. cpm' 0-RE-54 :1~.0 -mR/hr SE10-11 12. cpm 0-RE-55 0.10' mR/hr SE13-11 10. cann c 0-RE-56 ; 0. 01, mR/hr. RE42N6A 1000, mR/hr 0-RE-57. 1.0 mR/hr RE42N6B 1000. mR/hr.
0-RE :0.51 mR/hr RE42N6C 1000, mR/hr-0-RE-60 0.01 mR/hr RE42N6D 1000. mR/hr REX-025-_ 0.10 mR/hr RE285A1 1.E-12 uCi/cc
'RI-01 66.' mR/hr RE285A2 1.E-11 uCi/cc RI-02 '1.0 mR/hr RE285A3 1.0E-7 uCi/cc RI-101' -2.7 -mR/hr RE285B1 1.E-12 uCi/cc .
'RE41N6A. .2200.: mR/hr RE285B2 1.E-11 uCi/cc ,
n O< - RE41N6B' 2300.- cmR/hr- RE285B3 1.0E-7 uCi/cc J l' ' RE41N6C- 2400. .mR/hr' RE291A 1.3 R/hr
"" ? l?% / ' '
~RE41N6D- .2500. .mR/hr RE291B 2 '.' 6 R/hr 4.4 R/hr
- RE185A1 -1.E-12,uci/cc RE291C
@)
'RE185A2 1.E-11 uci/cc- RE2910 6.2, h/hr- 1, 1" RE185A3. 1.0E-7 uCi cc: REN20A 0.10 mR/hr-
- RE185B1' 1.E-12Luci cc. - REN20B 0.10. mR/hr-JRE185B2 1.E-11Luci cc REN200 0.10: mR/hr
;. RE185B3 1. 0E-7.- uCi/cc , REN20D- 0.10 "mR/ hrs R/hr RE191A '<2W8 REN21A- 2.2 mR/hr
- t. RE191B .- 1.7 SR/hr REN21B 2.2 EmR/hr p ;RE191C 414'cR/hr ' REN21C ' 2 .' 2 t mR/hr RE191D' JR /hr REN21D 2.2 ~mR/hr-
.y 6 '. 2 ,
- 0.12 mR/hr REN10AL SE.L7-23 10. cpm-
'REN10B !O.121 mR/hr -' - SE221C 10. cpm
;REN10C 0.12!'mR/hr SE221D
?O. cpm REN100 f0.12 4mR/hr_ ' SE160A 150. - l cpm 4: REN11A= y 3.2 umR/hr SE160B ~150. cpm-1, ~ ' '
, -REN11B' L3.5mR/hr: SE-190- 10. cpm-l REN11C '3 02 mR/hr 3E-290 10, cpm l h REN11D- 3 '. 5 mR/hr SE10 10. cpm-i '
- m" .RR-609 ,10L cpm- SE13-11 . 10. cpm SE17-23' '10 . _ ' cpm RE025A' 3.E-10 uCi/cc ,
t e
~'
SE121C. 10. cpm- RE025B 3'.7E-9 uCi/cc l
'SE121D E cpm- RE68C-1 1.8E-7 uCi/cc
- 10.
continued next column: continued next page l' y l l p
.- . - . .. .~ . .- ' LIMERICK GE*' RATING STATION SCENARIO LKA ANNUAL. EXERCISE UNIT 1 REV 1 TABLE 6.1.m
(_- RADIATION MONITORING SYSTEM DATA (T = 02:55) ( 10:55) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES i Monitor
'value units Monitor value units i
'RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc j RE68D-1 1.8E-7 uci cc RE007B1 1.0E-6 uCi/cc RE68D 1.8E-7 uCi cc 'RE007B2 1.0E-6 uCi/cc RE76-4 980. uC /s RE007C1 1.0E-6 uC1 cc RE75-Al- 1.E-12 uCi/cc RE007C2 1.0E-6 uCi cc RE75-A2 1.E-11.uci/cc RE007D1 1.0E-6 uCi cc -
'RE75-A3- 5.2E-6 uCi/cc RE007D2 1.0E-6 uCi/cc L -RE75-B1 1.E-12 uCi/cc SE022A 10. cpm RE75-B2 1.E-11.uci/cc= SE022B 10. cpm RE75-B3 '5.2E-6 uCi/cc- -RE26-16 10. cpm' >
- p RE76-1 0.001 uCi/cc REN-04A 10. mR/hr RE76-2 5.2E-6 uCi/cc REN-04B 10. . mR/hr RE76-3 0.1~uCi/cc REN-005. 10. mR/hr RE007A1. 1.0E-6'uCi/cc. PAS LC1 1.0 mR/hr RE007A2 -1.0E-6'uci/cc PAS LC2 1.0 mR/hr ;
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~ ANNUAL EXERCISE UNIT 1 REV 1 qNIn 9,g: 4. ,
- /f W h TABLE A.1.f 1
d.: ~ Lt 's; i '?
- RADIATION MONITORING SYSTEM ALARMS '(T = 02:55) ( 10:55) 5
'_'$y HPCI Pump Room--RX 177 1-RE-02 HIGH New Fuel Stor Vlt-RX 352 1-RE-32 HIGH m ,
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,f s - TABLE 6.1.n !
RADIATION MONITORING SYSTEM DATA (T = 03:00) ( 11:00) , NOTE:>'OSH' = Offscale High
. ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units
. 1-RE-01 OSH. mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 720. mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr ,
RE 41. mR/hr 2-RE-08 10. mR/hr 1-RE-05 ,130. mR/hr 2-RE-09 10. mR/hr 1-RE-06. 4.0 mR/hr: 2-RE-10 20. mR/hr 1-RE-07 l'.1 ;mR/hr 2-RE-11 0.10 mR/hr 1-RE-08 OSH: mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 930.4 mR/hr 2-RE-13 300. mR/hr 1-RE-10 OSH . mR/hr 2-RE-14 300. mR/hr RE-11 3.5 mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr 1-RE-13 150- mR/hr 2-RE-17 10. mR/hr RE-14 1000. mR/hr 2-RE-18 .0.50 mR/hr 1-RE 1.5 mR/hr 2-RE-19 300. mR/hr
' l-RE-16 11.5;1mR/hr 2-RE-20 300. mR/hr
~ 1-RE-17 : ;10.1 mR/hr 2-RE-21 1.0 mR/hr !
- 1-RE-18' .
- 1. 0 : mR/hr 2-RE-22 0.10 mR/hr
.J 1-RE-19 -1.3E4: mR/hr 2-RE-23' O.10 mR/hr 1\ .
. 1-RE-20 3.1E4.-mR/hr 7-RE-24 11.0 -mR/hr 1-RE-21E _ 0 '. 5 0 ! mR/hr: RE-25 0.10 mR/hr 1-RE-22 0.65 mR/hr 2-RE-26 0.10 mR/hr RE-23~ 'O.611 mR/hr 2-RE-27 0.'10 mR/hr l-RE-24 ' .~ 10 O mR/hr: 2-RE-28 0.10 mR/hr ,
1-RE-25l 420'. mR/hr 2-RE-29 2.7 mR/hr 1-RE 130. mR/hr- 2-RE-30 2.7 mR/hr 1-RE-27 ' O. 50: mR/hr 2-RE-31 . 2.7 mR/hr ( H 1-RE-28 L0.28- mR/hr 2-RE-32 'O.11 mR/hr g 'l-RE-291 4.4- mR/hr 2-RE-33f 2. 7; mR/hr L ; 1-RE-30 4.0 mR/hr .2-RE-34 0.10 .mR/hr' L ; 1-RE-31 7.2: -mR/hr 2-RE-35 0.50 mR/hr 1-RE-32 13. mR/hr 0-RE-411 5.0 mR/hr u ~ 1-RE 3.1 mR/hr 0-RE-42: 0.50 mR/hr
' l-RE 0.10 mR/hr RE-43' 4. 0- mR/hr 1-RE-35 0.50 mR/hr 0-RE 0.10 mR/hr 1-RE-36 200.. mR/hr 0-RE-45 2.5~ mR/hr 2-RE-01 0.10 mR/hr RE-46 2.0 .mR/hr 2-RE-021 0.10 mR/hr: 0-RE-47 1.0 mR/hr-L : 2-RE-03 2.0 mR/hr 0-RE-48 0.10' mR/hr-l: 2-RE-04 0.10- mR/hr 0-RE-49 2.0 mR/hr l continued:next column continued next page L
j N- -i
' : LIMERICK- GENERATING STATION SCENARIO LKA p ANNUAL' EXERCISE UNIT 1 REV 1 1
f~Y ( f: TABLE 6.1.n p ~~~' RADIATION MONITORING SYSTEM DATA (T = 03:00) ( 11:00) u i continued
,, NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units
'0-RE-50 0.69 mR/hr SE160A 10. cpm 0-RE 0.05 mR/hr SE160B. 10. cpm 0-RE-52 0.01 mR/hr SE-190' 10. cpm ,
0-RE-53 0.05, mR/hr SE63-09 10. cpm ' 0-RE-54' ~1.0; mR/hr- SE10-11 ,11. cpm 0-RE-55 0'.10 mR/hr SE13 10. cpm , RE-56~ 0.01 mR/hr RE42N6A 1000. mR/hr: 0-RE-57 ' 1. 0 mR/hr- RE42N6B 1000, mR/hr 0-RE-58 0.51 'mR/hr RE42N6C 1000. .mR/hr
.0-RE-60 0.01 mR/hr RE42N6D. 1000, mR/hr REX-025' O 10 mR/hr RE285A1 1.E-12 uCi cc RI-01 o63. mR/hr. RE285A2 1.E-11 uCi cc i RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi cc RI-1011 L 2 '. 7 mR/hr RE285B1 '1.E-12 uCi/cc n RE41N6A~ 2200.: .nR/hr RE285B2 1.E-11 uCi/cc-e'V: RE41N6B' ,2300. EmR/hr RE285B3 1.0E-7 uCi/cc j, j1
~
^
-RE41N6C 2400. .'mR/hr RE291A 1.3- , '5r ,
RE41N6D. 2500- ;mR/hr RE291B: 2.6 : ar ' , x' ' 'RE185A1 11.E-12 uCi/cc RE291C' 4.4 R/nr RE185A2 '1.E-11'uCi/cc- RE291D . 6. 2 R/hr-RE185A3- 1.OE-7 uCi/cc REN20At 0.10- mR/hr g(y ' , RE185B1- 1.E-12 uCi/cc- -REN20B- 0.10 .mR/hr ,I
'RE185B2' 1.E-11 uCi/cc 'REN20C 0.10 .mR/hr-
"RE185B3- 1.0E-7 uCi/cc REN20D' 10.10 mR/hr' IRE 191A 2.8 R/hr. REN21A 2.2 imR/hr i RE191B 1.7 .R/hr' REN21B- 2.2 'mR/hr y" y RE191C '4.4 -R/hr REN21C' 2.2 mR/hr !'
RE191D 6.2. R/hr- 1REN21D' ~2. 2 mR/hr-REN10A' O.5 mR/hr 'SE17-23 10. cpm 4 :REN10B 0.5 ,mR/hr- SE221C 10. cpm
", -REN10C 0.5 mR/hr., .SE221D 10.: cpm-REN10D 0.5 mR/hr ~SE160A1 140. . cpm REN11A 3.2- mR/hr .SE160B 140.. cpm.
REN11Bt 3.4: mR/hr- SE-190 10 . - . cpm .: REN11C: 3.3' mR/hr- SE-290' '10. ; cpm 1 REN11D; 3.4 mR/hr LSE10-11 10. . cpm; RR-609 . 10. -cpm SE13-11 10. cpm. vs SE17-23 10. cpm RE025A 3.E-10 uCi/cc / , dI SE121C 10, cpm RE025B 3.7E-9 uCi/cc SE121D. 10. -cpm RE68C-1 1.8E-7 uCi/cc. Ms" continued next column ' continued next page k +:l 3 ,g e , I l
T
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- LIMERICK CENERATING STATION- SCENARIO LKA 4
ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.n n , RADIATION MONITORING SYSTEM DATA (T = 03:00) ( 11:00) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor. value units Monitor value units
' RE6BC 1.8E-7 uCi/cc RE007A2 .1.0E-6 uCi/cc RE68D 1.8E-7.uci/cc RE007B1 1.0E-6 uCi/cc RE68D-2 -1.8E"7 uCi/cc RE007B2 1.0E-6'uCi/cc RE76-4'. 980. uCi/s RE007C1 1.0E-6 uci cc
, RE75-Al 1.E-12'uC1/cc RE007C2 1.0E-6 uCi cc
'RE75-A2 1.E-11 uCi/cc RE007D1 1.0E-6 uCi cc-RE75-A3 5.2E-6 uCi/cc RE007D2 1.0E-6 uCi/cc RE75-B1 'l.E-12'uCi/cc SE022A 10. cpm i RE75-B2< 1.E-11 uCi/cc SE022B - 10. cpm a .RE75-B3' 5.2E-6-uCi/cc RE26 10. cpm RE76-1 0.001 uCi/cc -REN-04A 10. mR/hr lC RE76-2 5.2E-6 uCi/cc. REN-04B 10. mR/hr RE76-3 -0.1 uCi/cc REN-005. ' 10 .- mR/hr RE007A1. 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr RE007A2 1.0E-6 uCi/cc PAS LC2 1.0 'mR/hr .
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It cLIMERICK GENERATING STATION SCENARIO LKA F.' ANNUAL EXERCISE UNIT 1 REV 1 t 4 TABLE ~A.1.g w.
- RADIATION MONITORING-SYSTEM-ALARMS (T =-03:00) ( 11:00)
RHR Div II Coapt--Rx 201 (1-RE-09) HIGH t t
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(:p, ~g ' i ANNUAL EXERCISE UNIT 1 REV 1 E TABLE 6.1.o
,M RADIATION MONITORING SYSTEM DATA (T = 03:05) ( 11:05)
. u' __.________________________________________________________
?,( , NOTE: 'OSH' = Offscale High - , ALL MONITOR VALUES ARE 1 MINUTE AVERAGES
- Monitor value units Monitor value units av . ______ ______ ______ _______ ______ ______
_; 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr
A 1-RE-02 1800, mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr s 1-RE-04 39. mR/hr 2-RE 10. mR/hr
, 1-RE-05 130. mR/hr 2-RE-09 10 . - mR/hr 1-RE-06 '4.0 mR/hr 2-RE-10 20. mR/hr
',. t4' 1-RE-07 1.1 mR/hr 2-RE-11 0.10- mR/hr 1-RE-08' OSH mR/hr 2-RE-12 0.10 mR/hr
1-RE-09 2500. mR/hr- 2-RE-13 300. .mR/hr F.. 'l-RE-10 OSH- mR/hr 2-RE-14 300. -mR/hr t '(
~~1-RE-11; 8.6 mR/hr '2-RE-15 1.5 mR/hr 1-RE-12 0.11 .mR/hr. 2-RE-16 1. 5. mR/hr.
1-RE-13 150. mR/hr. 2-RE-17 10. -mR/hr 1-RE-14 1.3E4' mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 ,1. .5 mR/hr RE-19_ 300, mR/hr
?m f ~1-RE-16 1. 6; ~ mR/hr RE 300, mR/hr 1-RE-17. 10.1 mR/hr 2-RE-21 - 1.01 mR/hr M~ 1-RE-18 _1.0 mR/hr 2-RE-22 0.10 mR/hr -? .
11-RE-19 1.3E4s mR/hr RE-23 0.10 =mR/hr s1 1-RE-20 -3.0E4 mR/hr 2-RE-24 1.0 mR/hr-1 1-RE 0.51 cmR/hr 2-RE-25 0.10= mR/hr=
,4 1-RE-221 RE-2 6' 1.5 mR/hr O.10 mR/hr 1-RE-23 - 1. 4 mR/hr 2-RE-27 0.10 .mR/hr-
, 1-RE-24 0.11 .mR/hr RE-2 8 ' O.10 -mR/hr tW . / 1-RE-25 -400. mR/hr 2-RE-29 -2.7 mR/hr r :1-RE-26 130. mR/hr: '2-RE-30 2.7 mR/hr
.F' RE-27: 0.51 mR/hr 2-RE 2.7: mR/hr p 1-RE-28 0.28- .mR/hr: 2-RE-32 .O.11 mR/hr-
.;i 1-RE-29 4.4 .mR/hr 2-RE-33 2.7 mR/hr;
' &lc" 1-RE 4.0 mR/hr 2-RE-34 0.10 mR/hr
'? 1-RE-31 7.2 mR/hr 2-RE-35 0.50 mR/hr
.a
- 1-RE-32= 13 '. - mR/hr_ 0-RE-41 5.0 mR/hr 1-RE-33 3.1 mR/hr 0-RE-42 u0.50- mR/hr P 1-RE-34 .0;10 mR/hr 0-RE-43' 4.0 mR/hr
-1 1-RE-35 0.50 mR/hr 0-RE-44 0.10 mR/hr l laRE-36 190, mR/hr. 0-RE-45 2.5 .mR/hr (p 2-AE-01 0.10 mR/hr 0-RE-46 2.0 mR/hr; V '
2-RE-02 0.10 mR/hr- 0-RE-47 1.0 mR/hr
' $' 2-RE 12 . 0 mR/hr 0-RE-48 0.10 mR/hr
- un'o? - s
- 2-RE-04 .0.10 mR/hr 0-RE-49 2.0 mR/hr
- m -continued next column. continued next page
'n e I J i iiN
P I
. LIMERICK GENERATING STATION SCENARIO LKA
, MINUAL EXERCISE: UNIT . REV 1 y-
. s TABLE 6.1.o RADIATION MONITORING SYSTEM DATA (T = 03:05) ( 11:05) continued-
't NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES
' Monitor value units Monitor value units 1 ,
,0-RE-50 1.6 mR/hr SE160A 10, cpm
..* 0-RE-51 0.05 _mR/hr SE160B 10. cpm SE-190
_-0-RE-52 0.01 mR/hr 10. . cpm 0-RE-53 0.05, mR/hr SE63-09 10. cpm. p 1 0-RE-54 1.0 mR/hr SE10-11 11.- cpla RE-55 0.10 mR/hr SE13-11 10. _ cpm 0 RE-56 . 0 . 10 1 mR/hr- RE42N6A 1000,- mR/hr C-RE-57 - 1. 0 mR/hr - RE42N6B 1000. mR/hr
'4-RE-58 0.51 mR/hr RE42N6C 1000. mR/hr
'3-RE-60 0.01 mR/hr PE42N6D 1000, mR hr o -REX-025 o0.10- mR/hr . RE285A1 1.E-12 uCi cc lRI-01L 61. - mR/hr RE285A2- 1.E-11 uCi cc iRI-02 1.0 mR/hr RE285A3: 1.0E-7 uCi cc JAI-101- 2.7 mR/hr RE285B11 ;1.E-12-UOi/cc
.RE41N6A 2300, mR/hr RE285B2' 1.E-11 uC1/cc (RE41N6B 2400; mR/hr RE285B3: 1.0E-7 uCi/cc 0,' m 4RE41NGC' RE41N6D 2500.
2600. mR/hr mR/hr RE291A RE291B
.1.3_ R/hr
- 2. 6, R/hr
- RE185A1 1.E-12 uCi/cc RE291C 4.4 R/hr
-e .RE185A2 =1.E-11 uCi/cc RE291D 6.2 P/hr.
- RE185A3 1.0E-7 uCi/cc -REN20A. 0.10- mR/hr RE185B1 :1.E-12:uci/cc REN20B 0.10- mR/hr
__ m lRE185B2 1.E-11 uCi/cc REN20C! 0410 .mR/hr 1 'RE185B3 1.0E-7 uCi/cc REN20D 0.10_ _mR/hr RE191A~~ .14. R/hr 'REN21A' 2.2 mR/hr RE191B 15. R/hr REN21B 2.2 -mR/hr-RE191C 16. R/hr 4 REN21C' 2. 2' mR/hr
- RE191D 18. R/hr REN21DL 2.2 -mR/hr-REN10A 0.8 mR/hr .SE17-23 1 10. cpm
- m" REN10B. 0.8 mR/hr :SE221C 10 1 _ cpm
;REN10C 0.8 mR/hr SE221D' 10. - ' cpm
'REN10D' O . 81 'mR/hr- SE160A- .140. _ cpm R REN11A, 3.2l mR/hr .SE160B 140._ cpm REN11B' 3.4-'mR/hr. 'SE-190_ 10. cpm
;REN11C: 3.3 _mR/hr SE-290, 110. cpm
- REN11D 3.4, mR/hr SE10-11' .10 . _ cpm
" --"- -RR-609-- 3 10.; cpm SE13-11 L10. ' cpm
,', .SE17-23: 10, cpm RE025A 3.E-10 uCi cc'
'g '
Te ,
. SE121C 10. cpm- .RE025B 3.7E-9 uCi cc-
'SE121D 10. cpm' -RE68C-1. 1.8E-7 uCi/cc
, : continued next column continued next page e ,
I
. t LIMERICK GENERATING STATION SCENARIO LKA .
3 ANNUAL EXERCISE UNIT 1 REV 1- ' pg w TABLE 6.1~.o ;
"\sI - RADIATION MONITORING SYSTEM DATA (T = 03:05) ( 11:05) continued
______ .____________________________________________________ 1
- f. NOTEtOSH' = Offscale High ALL MONITOR VALUESEARE 1 MINUTE AVERAGES 7 Monitor- value units Monitor .value units RE68C 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi cc !
RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi cc
- i RE68D-2 1.8E-7 uCi/cc REOO7B2 1.0E-6 uCi/cc RE76-4 980. uCi/s RE007C1. 1.0E-6 uCi cc y, RE75-Al 1.E-12 uCi/cc RE007C2. 1.0E-6 uCi cc.
s RE75-A2 1.E-11 uCi/cc RE007D1 1.0E-6 uCi/cc RE75-A3' 5.2E-6 uCi cc RE75-B1 1.E-12 uCi cc RE007D2 1.0E-6 uCi/cc SE022A. 10. cpm i.,
~
'RE75-B2 1.E-11 uCi/cc SE022B 10. . cpm ['
.RE75-B3l. 5.2E-6 uCi cc' RE26-16 10. cpm-RE76-1 'O.001 uci cc REN-04A 10. mR/hr W 'RE76-2 5.2E-6-uCi cc REN-04B 10.
mR/hr RE76-3 0.1 uci cc REN-005 10. mR/hr i
-RE007A1L 1.0E-6 uCi/cc
~
> PAS-LC1 1.0 mR/hr RE007A2 1.0E-6;uci/cc PAS LC2 1.0 mR/hr 1 -
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..in i f /./~'t; Et TABLE A.1.h >
s .
'05 -
RADIATION MONITORING SYSTEM ALARMS (T = 03:05) ( 11:05 4 j f'. 'O Drp ell--RX 253 (1-RE-14) HIGH Prim Cont Post-Loca (A) (RE191A ) HIGH - t , Prim Cont Post-Loca (A) (RE191A HIHI (RE191B )j Prim Cont Post-Loca (B) HIGH Prim Cont Post-Loca B) (RE191B.). HIHI Prim' Cont Post-Loca C) .(RE191C ) HIGH { PrimLCont Post-Loca, C) (RE191C ) HIHI gf Prim Cont Post-Loca (D) (RE191D ) HIGH oi Prim Cont Post-Loca (D) (RE191D ) HIHI~
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"L LIMERICK. GENERATING' STATION-U SCENARIO LKA ANNUAL-EXERCISE UNIT 1 REV 1 TABLE 6.1.p RADIATION MONITORING SYSTEM DATA (T = 03:10) ( 11:10)
, NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MIRUTE AVERAGES
;L', ,, Monitor- value units Monitor value units 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 '1500. mR/hr 2-RE-06' O.10 mR/hr
;1-RE-03: 2.0 mR/hr 2-RE-07 4.0 mR/hr '
1-RE-04 -37. mR/hr 2-RE-08 10. mR/hr a 1-RE-05 120. mR/hr 2-RE-09 10 . ~ mR/hr , 1-RE 4.0 mR/hr 2-RE-10 20. mR/hr RE-07' 1.1 mR/hr 2-RE-11 0.10 mR/hr. ) 1-RE-08' OSH. mR/hr 2-RE-12 10.10 mR/hr 1-RE-09 2100. mR/hr 2-RE-13 300. mR/hr i
!1-RE-10 OSH mR/hr 2-RE-14 300. mR/hr i 1-RE 7.1 mR/hr 2-RE-15 1.5 'mR/hr.
^,
.1-RE-12; 0.11. mR/hr 2-RE-16 1.5 mR/hr
'l-RE-13 150. mR/hr 2-RE-17 10. mR/hr 1-RE-14' 8.0E4 mR/hr 2-RE-18 _ 0.50 mR/hr
~1-RE-15' 1.5 mR/hr 2-RE 300. mR/hr 1-RE-16 l'.' 8 : mR,'hr 2-RE-20 300.. MR/hr 1-RE 10 . > -nR/hr 2-RE-21 1. 0 ' mR/hr
; . 1J r~N),
1-RE-18 1. 0 - mR/hr 2-RE-22 0.10 mR/hr A"' - ~ 1-RE-19
'1-RE-20 1.2E4 mR/ hr 2-RE-23 0.10 -mR/hr 2.8E4 mR/hr 2-RE-24 1.0 mR/hr !
1-RE-21 0.53, mR/hr 2-RE-25' O.10' mR/hr 1-RE-22: 1.2 mR/hr- 2-RE 0.10 mR/hr 1-RE-23 1.2 .mR/h.: 2-RE-27 0.10 mR/hr i 1-RE-24 0.13 ;mR/hr ~2-RE u.10 -mR/hr 1-RE-25. 380L 'mR/hr- 2-RE-29 2.7 mR/hr 1-RE-26 120.- mR/hr. 2-RE 2.7 mR/hr w .1-RE-271 ~- 0. 5 3 ; mR/hr' RE-31 2.7 mR/hr. J 'l-RE-28 - 0.~ 2 7: mR/hr ~2-RE-32 0.11 mR/hr 1-RE-29' 14.4L-mR/hr 2-RE-33 2.7 mR/hr, 1-RE-30 '4 . 0 - mR/hr, 2-RE-34 0.10 mR/hr j 1-RE-31L 07.2' mR/hrf 2-RE-35 0.50 EmR/hr-1-RE ?136; mR/hr 0-RE-41 5.0 mR/hr
=1-RE-33 ?3;l :mR/hr: 0-RE-42 0.50 .mR/hr 1-RE-34; 10.10 mR/hr? 0-RE-43 4.0 mR/hr .
1-RE-35 ;0.50;imR/hr 0-RE-44 0.10 mR/hr 1-RE-36 118 0. t mR/hr: 0-RE-45 ~2.5: mR/hr 2-RE-01 0.10 mR/hr 0-RE-46 2.0 mR/hr> 1 2-RE-02. 0.10L mR/hr 0-RE-47 1.0 mR/hr~ , 2-RE-03 2.0i mR/hr 0-RE-48 0.10 mR/hr
~2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr J continued.next column . continued next page l'~V
;q i
e<,' i -
. 1 i o 1 LIMERICK GENERATING STATION SCENARIO-LKA 'l V1 " ANNUAL EXERCISE- UNIT 1 REV 1 ]
"( "'W JTABLE 6.1.p
.' ')'
1 RADIATION MONITORING SYSTEM DATA (T = 03:10) ( 11:10) continued a ___________________________________________________________ -1 I NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units , mR/hr SE160A 10, cpm h 0-RE-50 1.3 . ne: ob,. 0-RE-51c 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 .mR/hr SE-190 10. cpm
> 0-RE 0.05 mR/hr SE63-09 10. cpm
' R1 '0-RE-54 , l'. 0 .mR/hr. SE10-11 10. cpm g n ye 0-RE-55 0.10 mR/hr- SE13-11 10. cpm
, 0-RE 0.01 mR/hr -RE42N6A 1000, mR/hr 1 ii? n 0-RE-57 1.0 mR/hr RE42N6B 1000. mR/hr 0-RE-58 0.51 mR/hr- RE42N6C 1000, mR/hr- ,
~0-RE-60 10.01 :mR/hr RE42N6D 1000. .mR/hr- _t REX-025 0.10 nGt/hr RE285A1 :1.E-12 uCi/cc
" :RI-01 58. . mR/hr RE285A2 1~.E-11 uCi/cc
~RI-02 1.0- mR/hr RE285A3 >1.0E-7 uCi/cci a '
4' RI-101 mR/hr. RE285B1 il.E-12 uCi/cc If , 2.7 RE41N6A 2300. - mR/hr: RE285B2 '1.E-11-uci/cw
.7 N. , RE41N6B - 2400. mR/hr; RE285B3 1.0E-7,uCi/cc 1 -RE41N6C 2500, RE291A
^0): mR/hr' 1.3 'R/hr RE41N6D . 2600; mR/hr RE291B 2.6: R/hr.
RE185Al '1.E-12: uci/cc RE291C 4.4 R/hr RE185A2 1.E-11 uCi/cc RE291D 6.2 R/hr ;
.RE185A3 -1.0E-7 uCi/cc REN20A 0.10 'mR/hr=
~RE185Bl -1.E-12 uCi/cc. REN20B -0.10 mR/hr
.RE185B2 -1.E-11=uCi/cc REN200 0.10 imR/hr-RE185B3- 1.0E-7 uCi/cc REN20D 0.10 mR/hr'
.RE191A: - 81. - R/hr, REN21A. 12.'2 .
mR/hr-RE191B 81. - R/hr' REN21B 2 2.2 *mR/hr RE191C 81.1 _R/hr 'REN21C .?.2t mR/hr' ? RE191D '81. R/hr REN21D .2. 2 mR/hr REN10A u0 .' 4 mR/hr SE17-23: 10. _ cpm REN10B 0.4 mR/hrJ .
-SE221C~ 10. icpm
-REN10C, 0.4 mR/hr: SE221D 10. cpm
.REN10D 0.4 mR/hr' SE160A; 130. cpm i~ REN11A : 3.'2. ; mR/hr - SE160B 130. . cpm REN11B 3.4lcmR/hr SE-190 cpm 10.
'REN11C 3.3 .mR/hr SE-290 ;10. cpm n, REN11D 3.4- mR/hr SE10-11 .10. cpm .
- RR-609 10. cpm; SE13-11. 10. cpm a
- b. 4 , SE17-23 10. cpm RE025A 3.E-10 uCi/cc SE121C 10. cpm RE025B 3.7E-9 uCi/cc iS2121D 10. cpm- RE68C-1 1.8E-7 uCi/cc l 4
continued next column -continued next page u
l l
,rLIMERICK GENERATING STATION SCENARIO LKA
" ANNUAL EXERCISE UNIT 1 REV 1
$ TABLE 6.1.p
' 'h
J RADIATION MONITORING SYSTEM DATA (T.= 03:10) ( 11:10)
~
continued NOTE: 'OSH' = Offscale High
'J' yl ALL MONITOR VALUES ARE l' MINUTE AVERAGES
- ' Monitor value. units Monitor value units g% ,
'f . RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc a RE68D-1.'1.8E-7 uCi/cc REC 07B1 1.0E-6 uCi/cc
' RE68D-2 '1.8E-7-UCi/cc: RE007B2 1.0E-6 uCi/cc
-RE76-4 980. uCi/s RE007C1 '1.0E-6 uCi/cc RE75-Al":2'.E-12 uCi/cc RE007C2 1.0E-6 uCi/cc .
- RE75-A2 1.E-11 uC1/cc RE007D1- 1.0E-6 uCi/cc RE75-A3! 5.2E-6 uCi/cc RE007D2 1.0E-6 uCi/cc
'RE75-Bl. 2.E-12 uCi/cc SE022A 10. cpm RE75-B2 . 1.E-11?uci/cc SE022B 10. cpm
' RE7,5-B3 ' ' 5. 2E-61 uci/cc . RE26-16 10. cpm i ' RE76-1 0.001'uCi/cc REN-04A. 10' . mR/hr
'RE76-2 5.2E-6 uCi/cc REN-04B 10. ,mR/hr s l
RE76-3? ' 0.1 uC1/cc- _REN-005 10.- mR/hr l !y -RE007A1.71.0E-6 uCi/cc PAS ~ LC1 1.0 mR/hr: i RE007A2 11.0E-6 uCi/cc FAS LC2 1.0 mR/hr t IN i
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/ LIMERICK GENERATING STATION SCENARIO ~LKA j% 6 g i
-. ANNUAL EXERCISE. UNIT 1 REV 1
-1 t
ra V T-TABLE A.1.ha
- 4 A - '
RADIATION MONITORING SYSTEM ALARMS (T = 03:10) ( 11:10)
- (.
' - L- Prim Cont Post-Loca (A) (RE191A-) HIGH Prim Cont' Post-Loca-(B)- (RE191B ). HIGH O
' Prim Cont Post-Loca'(C) (RE191C ) HIGH Prim Cont Post-Loca (D) (RE191D ) HIGH F. ,
t
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; ANNUAL EXERCISE UNIT 1 REV 1' x x i T?.BLE 6.1.q w
RADIATION MONITORING SYSTEM DATA (T = 03 : 15 ) ~ ( 11:15) NOTE: 'OSH' = Offscale High y ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor -value units Monitor value units -/ 7, ' 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 1200. mR/hr 2-RE-06 0.10 mR/hr _# l / 1-RE-03 2.0 mR/hr 2-RE-07 4.0 mR/hr n 1-RE-04 35. mR/hr 2-RE-08 10.- mR/hr 11-RE-05 120. mR/hr 2-RE-09 10. mR Tir 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr y l-RE-07 1.1 mR/hr 2-RE 0.10 mR/hr-
," 41 1-RE-08 OSH' mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 1800. mR/hr 2-RE-13 300., mR/hr-6 1-RE-10 OSH mR/hr 2-RE-14 300, mR/hr ; 1-RE-11 6.1 mR/hr 2-RE 1. 5 - mR/hr' 1-RE-12 0.11 mR/hr_ 2-RE-16 1.5 mR/hr
- 10. :mR/hr 1-RE 140. mR/hr 2-RE-17
_' ik . 1-RE-14 .1.9E5 mR/hr 2-RE-18 0.50- mR/hr
., 1-RE-15 l '. 6 mR/hr 2-RE-19 300.. mR/hr
-4 1-RE-16 1.9_ mR/hr 2-RE 300.. mR/hr
, b, 1-RE-17 10. mR/hr 2-RE-21 1.' O mR/hr.
1" 1-RE-18 1.1 mR/hr ' 2-RE ~0.10 mR/hr 1-RE-19 1.2E4 mR/hr 2-RE-23 0.10 mR/hr h, f 1-RE-20 .2.7E4. mR/hr 2-RE-24 1.0 mR/hr A!lg^;3
! ?- 1-RE 0.56 mR/hr 2-RE-25 0.10 mR/hr
_ . 1-RE-22 -1.1. mR/hr 2-RE-26 0.10 mR/hr 1-RE-23 - 1.1 mR/hr 12-RE-27 0.10 mR/hr
.; !p4 s -w t :1-RE-24 .0.16 -mR/hr 2-RE-28 0.10- mR/hr 1F j 1-RE-25 1370. mR/hr 2-RE-29 2.7 mR/hr 7" '
, 11-RE-26 110.. mR/hr i 2-RE-30 2.7 'mR/hr 4he 1-RE-27 0.56 mR/hr .2-RE-31 2.7 mR/hr dK , .1-RE-28 0.26 mR/hr- 2-RE 0.11 mR/hr.
-S" 1-RE-29 4.4 mR/hr 2-RE-331 2.7 mR/hr A '
1-RE-30 4.0 mR/hr 2-RE-34 .0.10 mR/hr 1-RE-31 7.2 mR/hr :2-RE-35 0.50? mR/hr g;
', 1-RE-32 13. mR/hr- , 0-RE-41 5.0 .mR/hr
=Jd 1-RE 3.1 .mR/hr 0-RE-42 0.50 mR/hr f; 11-RE-34 0.10 :mR/hr. 0-RE 4.0 mR/hr.
abo 1-RE LO.50 mR/hr 0-RE-44 0.10' mR/hr. 1-RE-36 170.- mR/hr. 0-RE-45 2;5 mR/hr
.2-RE-01 0.10 mR/hr 0-RE-46_ 2.0 mR/hr 0.10mR/hr- mR/hr
'2-RE 0-RE-47' 1.0
- L,N 2-RE-03 2.0 mR/hr. 10-RE-48 0.10 mR/hr-
- r. 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr.
' E continued next; column continued next page l'
4 l S h
- > f
1-LIMERICK GENERATING STATION SCENARIO LKA m.
' ANNUAL EXERCISE; UNIT 1 REV 1
. TABLE 6.1.q RADIATION MONITORING-SYSTEM DATA (T = 03:15) ( 11:15) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 0-RE 1.2 1 mR/hr. SE160A 10. cpm 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 .mR/hr- SE63-09 10. cpm RE-54 1.0L1mR/hr SE10-11 10. cpm 0-RE-55 10.10' mR/hr- SE13-11 10. cpm 0-RE-56 0.01 'mR/hr RE42N6A 1000. mR/hr 0-RE-57 l'.0!smR/hr RE42N6B 1000. mR/hr 0-RE-58 -0.51 mR/hr RE42N6C 1000. mR/hr-0-RE 10 . 0 1: -mR/hr RE42N6D 1000. mR/hr REX-025 ;0.10, mR/hr RE285A1 1.E-12 uCi/cc RI-01; 55.--mR/hr RE285A2 1.E-11 uCi/cc RI-02 - 1. 0 ;mR/hr RE285A3 1.0E-7 uCi/cc RI-101 2 .' 7 ' mR/hr RE285B1 1.E-12,uci/cc RE41N6A' '2400..<mR/hr RE285B2 1.E-11 uCi/cc RE41N6b. 2500. mR/hr RE285B3 1.0E-7'uCi/cc O RE41N6C RE41N6D 2600.
.2700. . mR/hr RE185A1: 1.E-12 uCi/cc mR/hr RE291A RE291B
-RE291C 1.3 R/hr 2.6 R/hr-4.4 R/hr RE185A2 1.E-11:~ uCi/cc -RE291D 6.2 R/hr RE185A3 1.0E-7 uCi/cc. REN20A 0.10 mR/hr-RE185B1 1.E-12 uCi/cc REN20B 0.10 mR/hr RE185B2 1.E-117uci/cc -REN20C 0.10 mR/hr m RE185B3 1.0E-7 uCi/cc REN20D -0.10 .mR/hr LRE191A> 190.' R/hr REN21A 2.2L mR/hr 7 RE191B 190.- R/hr. REN21B -2.2 =mR/hr RE191C -190. . R/hr REN21C 2.2 :mR/hr 4 RE191D- 190.- R/hr. REN21D 2.2 mR/hr i _REN10A 0.4 mR/hr SE17-23 10. cpm'
; .REN10B 0.4 mR/hr SE221C 10. l cpm 1 0.4 LiR/hr -SE221D cpm REN10C 10.
.REN10D 0.4- mR/hr SE160A 130, cpm
^* '
fREN11A 3.2 mR/hr SE160B L130. cpm-iREN11B 3.4 mR/hr SE-190 10. cpm
-REN11C 3.3 mR/hr 'SE-290 10. ' cpm REN11D 3.4 mR/hr SE10-11' 10. cpm RR-609 10. cpm SE13-11 10. cpm:
SE17-23 ^ 10 , cpm RE025A 3.E-10 uCi/cc SE121C 10. cpm RE025B 3.7E-9 uCi/cc SE121D 10. . cpm RE68C-1 1.8E-7:uCi/cc. continued next= column continued next page O 2
- LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.q
.O- ' RADIATION MONITORING SYSTEM DATA (T = 03:15)' ( 11:15) continued
= NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units l RE68C-2 1.8E-7 uCi/cc- RE007A2 1.0E-6 uCi/cc L ' RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc RE68D-2 1.8E-7 uCi/cc RE007B2. 1.0E-6 uCi/cc RE76-4 .970. uCi/s 1.0E-6 uCi/cc
~
RE007C1 RE75-Al' 4.E-12 uCi/cc RE007C2 1.0E-6 uCi/cc m RE75-A2- 1.E-11 uCi/cc PE007D1 1.0E-6 uCi/cc RE75-A3 5.1E-6-uCi/cc RE007D2 1.0E-6 uCi/c0 RE75-B1 4.E-12 uCi/cc SE022A. 10. = cpm-RE75-B2 1.E-11 uCi/cc SE022B- 10. cpm RE75-B3_ 5.1E-6 uCi/cc RE26-16 10. cpm RE76 0.001'uCi/cc REN-04A 10. mR/hr RE76-2 0.1E-6 uCi/cc. REN-04B 10. mR/hr' RE76-3 0.1 uCi/cc - REN-005 10. mR/hr RE007Al 1.OC-6 uCi/cc PAS _LC1 1.0 mR/hr
- RE007A2 1.0E-C uCi/cc PAS.LC2 1.0 mR/hr k
E 4 O m ___m._____.m a.- _ _ _ _ _ . - _ ._m..__________--___-.._____.____-.______-____._____.____.-m____.._._____u____.-.___um._ .___m - . . _ - _ _. - -
-{
t LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE' UNIT 1 REV 1
/ TABLE A.1.hb
\^" .
RADIATION MONITORING SYSTEM ALARMS (T = 03 :15) ~ ( 11:15) Prim Cont Post-Loca (A) (RE191A )' HIHI Prim Cont Post-Loca (B) (RE191B ) HIHI Prim Cont Post-Loca (C) (RE191C-) HIHI' Prim Cont Post-Loca (D) (RE191D ) HIHI
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~;
' ANNUAL EXERCISE UNIT 1 REV 1
. i /WG TABLE 6.1.r i : j' jh ^ RADIATION. MONITORING SYSTEM DATA (T = 03:20) ( 11:20) H i~ ___________________________________________________________
-NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES. )
Monitor value units Monitor value units. l' 1-RE 01 OSH mR/hr 2-RE-05 0.10 mR/hr' 1-RE 94. mR/hr 2-RE-06 0.10 mR/hr 1-RL-03 2.1 mR/hr 2-RE-07 4.0 mR/hr 1-R? f-0 4 34. mR/hr 2-RE-08 10. mR/hr 1-RE-05 110. mR/hr 2-RE-09 10. mR/hr: 1-RE-06 4.0 mR/hr 2-RE-10 20. mR/hr 1-FE-07 1.1 mR/hr 2-RE-11 0.10 mR/hr RE 4400. mR/hr 2-RE-12 0.10 mR/hr 1-R2-09 180. mR/hr 2-RE-13 300. mR/hr-1-RE-10 8600. mR/hr 2-RE-14 '300. mR/hr 1-RE-11 0.63 mR/hr 2-RE-15 1.5 mR/hr 1-RE-12l 0.11 mR/hr 2-RE-16 1.5 mR/hr
'l-RE 140. mR/hr 2-RE-17 10. mR/hr 1-RE-14 3.3E5 mR/hr 2-RE-18 0.50 mR/hr
.1-RE-15' 1.6 mR/hr '2-RE-19 300. 'mR/hr >
-, 1-RE-16 2.0 mR/hr 2-RE-20 300. mR/hr 1-RE 10. mR/hr 2-RE-21 11. 0 mR/hr
.c -s . 1-RE-18 ' l ~.1 mR/hr- 2-RE-22 0.10 mR/hr
_l l. 1-RE-19 1.1E4 mR/hr 2-RE-23 0.10 mR/hr L D s/ 1-RE-20; 2.6E4 ,mR/hr '2-RE-24 l'. 0 mR/hr 1-RE-21 0.60 'mR/hr _2-RE-25 0.10 mR/hr L 1-RE-22 _0.27 mR/hr 2-RE-26 O.10 ; mR/hr. 4 RE-23 0.33- mR/hr' 2-RE-27 0.10 mR/hr. ^ hb 1-RE-24 RE-25' 0.18 mR/hr L2-RE-28 0.10 - mR/hr- > 350. mR/hr~ l2-RE-29 2.7 mR/hr-1-RE-26 !110. mR/hr 2-RE-30 2. 7 - mR/hr 1 l' '
'l-RE-27 0.61 ,mR/hr1 2-RE 2 . 71 1mR/hri j
1-RE-28 0.25 mR/hr 2-RE-32 0.11 mR/hr-L 1-RE-29 4.4 .mR/hrn 2-RE-33 2.7 mR/hr El 1-RE-30 4.0 mR/hr J2-RE-34; .0.10'.mR/hr.- l~ -l-RE-31 '7. 2 mR/hr ;2-RE 'O . 50 ' ' mR/hr: 1-RE-32 13. -mR/hrL RE-41 .5.0 mR/hr L 1-RE 3.1 mR/hr 0-RE-42' :0.50 mR/hr. ' 1-RE-34 0.10 mR/hr' 0-RE-43' 4.0;-mR/hr 1-RE 0. 50 < mR/hr 0-RE-44 0.10' mR/hr: 1-RE-36' -170. mR/hr 0-RE-45 2.5L mR/hre 2-RE-01 0.10 _mR/ hr_ 0-RE-46 2.0 mR/hr . sn 2-RE-02 _0.10 mR/hr- 0-RE-47 1.0 mR/hr ! X2 ' 2-RE-03 .2. 0 mR/hr co-RE-481 0.10 .mR/hr. 2-RE-04. 0.10 mR/hr 0-RE-49' 2.0 mR/hr H 41 , continued :next column continued next page 0
JA 'l
' LIMERICK GENERATING STATION. SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 ,
TABLE 6.1.r '
'ysi-t ;
N-} RADIATION MONITORING SYSTEM DATA (T = 03:20) ( 11:20) m 4, continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units
.0-RE-50 0.25 mR/hr SE160A' 10. cpm RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01- mR/hr SE-190. 10. cpm ,
0-RE-53 .0.05 mR/hr SE63 10. cpm p *7 0-RE-54 1.0 .mR/hr SE10-11' 10. . cpm 0-RE-55. 0.10 mR/hr SE13-11 :U3. _ cpm ; 0-RE-56 0.01 mR/hr RE42N6A 1000.. mR/hr i '0-RE-57 :1.0 _mR/hr -RE42N6B '1000. mR/hr 1 0-RE-58 0.51' mR/hr RE42N6C 1000, mR/hr 1 0-RE-60 0.'01 LmR/hr RE42N6D' 1000. mR/hr REX-025- 0.10 mR/hr. RE285A1 1.E-12 uCi/cc , RI-01 53. mR/hr RE285A2 1.E-11 uCi/cc
.RI 1.0 mR/hr RE285A3, 1.0E-7 uci/cc-
.RI-101L 2.7 mR/hr RE285B1 .1.E-12 uCi/cc RE41N6A' 2400._ mR/hr RE285B2; 1.E-11 uCi/cc-
.RE41N6B. _2500, mR/hr RE285B3 1.0E-71uci/cc
_j. ,.-~') RE41N6Ci 2600. .mR/hr. -RE291A= 1.3 LR/hr l # _f -3 RE41N6D1 2700. mR/hr RE291B- 2 '. 6 R/hr. IRE 185A11-1.E-12 uCi/cc RE291C. L4.4- R/hr RE185A2- 1.E-11 uCi/cc RE291DJ .6. 2 -R/hr RE185A3 1.0E-7'uCi/cc REN20A -0.10' mR/hr RE185B1 -1.E-12 uCi/cc- REN20B O.10~.mR/hr L RE185B2- 1.E-11luci/cc' REN20C 0.'10 mR/hr. RE185B3 1.0E-7;'uC1/cc .REN20D Oi10- mR/hr RE191A 330. R/hr- REN21A .2. 2 mR/hr- 1 RE191B' '330. R/hr REN21B' 2 '. 2 :mR/hr 1 -RE191C 330.: R/hr REN21C. 2.2 'mR/hr RE191D '330. .R/hr REN21D! .2.2 .mR/hr- o REN10A^ 0.39 mR/hr SE17-23' 10. cpm- , L,, ' 1REN10B
.REN10C
'O.39 .mR/hr SE221C' :10; cpm 0.39 mR/hr :SE221D' ;10. cpm L REN10P 0.39: .mR/hr 'SE160A. 120'. cpm DT s REN1.'.A 3.2 .mR/hr 'SE160B, 12e. cpm L REN'.1B 3.4 mR/hr SE-190 :U).. cpm REF.11C 3 '. 3 mR/hr- SE-290 - 10. ._ cpm' l
RT.N11D 3.4 mR/hr SE10-111 10. - cpm a
, a LFR-609- 10. - . cpm SE13-11' 10 . - cpm 3E17 cpm RE025A 3.E-10 uCi/cc 10.- i
<> SE121C 10 . - -cpm RE025B 3.7E-9 uCi/cc SE121D ' 10 , cpm RE68C 1.8E-7 uCi/cc
- - continued next column continued'next page
C LIMERICK GENERATING STATION SCENARIO LKA ANNUAL' EXERCISE UNIT 1 REV 1 I s f -41 TABLE 6.1.r >
- s b-[k J
-RADIATION MONITORING SYSTEM DATA (T = 03:20) ( 11:20) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES [
0' Monitor value units Monitor value units t L.'. mi RE68C-2'- RE68D-1 1.8E-7 uCi/cc 1.8E-7JuCi/cc RE007A2 RE007B1 1.0E-6 uCi/cc 1.0E-6 uCi/cc
. 'i
,f ,
'RE68D-2. 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc.
RE76-4~ 970.= uC1/s RE007C1 1.0E-6 uCi/cc T s" .
.RE75-A1. 7.E-12 uCi/cc RE007C2 1.0E-6 uCi/cc RE75-A2- 1.E-115uCi/cc -RE007D1 1.0E-6 uCi/cc 'l
-RE75-A3- 5.1E-6 uC1/cc RE007D2 1.0E-6 uCi/cc
'. 'RE75-B1 7.E-12 uCi/cc- SE022A 10. cpm
;' RE75-B2 '1.E-11 uCi/cc SE022B 10. cpm 1 9 RE75-B3 .5.1E-6 uCi/cc RE26-16 10. cpm RE76 0.001=uCi/cc. REN-04A 10. mR/hr
-RE76-2 .<5'.1E-6 uCi/cc REN-04B. 10. mR/hr RE7 6 0.1ruci/cc REN-005- 10. mR/hr :
RE007Al' 1.0E-6 uC1/cc- PAS LC1 1.0 mR/hr RE007A2( 1.0E-6 uC1/cc PASLLC2 .1.0 mR/hr y-c ' m .
' g I.
1
.,m.
RADIATION MONITORING-SYSTEM DATA (T =.03:30) ( 11:30)
)
~
NOTE: 'OSH' = Offscale High l ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor- value- units Monitor value units e c *, 1-RE .OSH mR/hr 2-RE-05 0.10 mR/hr " 1-RE-02 J79. .mR/hr 2-RE-06 0.10 mR/hr 1-RE 2.1 'mR/hr '-RE-07 4.0 mR/hr 1-RE-04 .. 31. mR/hr 2-RE-08 10. mR/hr. 1-RE-05 100. mR/hr 2-RE-09 10. mR/hr.
.1-RE-06 4.1 _mR/hr 2-RE-10 20. mR/hr 1-RE-07: 1.1=-mR/hr 2-RE-11 0.10 mR/hr 1-RE-08 3800. mR/hr 2-RE-12 0.10, mR/hr RE-09: 160. mR/hr. 2-RE-13 300. mR/hr '
RE 7400, mR/hr 2-RE-14 300. mR/hr 1-RE-11' _0.64 mR/hr 2-RE-15 1.S mR/hr 1-RE 0.11' mR/hr 2-RE-16 1.5 mR/hr- _ 1-RE-13: .140. mR/hr 2-RE-17 10. mR/hr y 1-RE-14i 6 '.'1E5 . mR/hr - 2-RE-18 0.50~ mR/hr~ E 1-RE-15 ~1.7; mR/hr 2-RE-19, .300, mR/hr t 1-RE-16 2.1 mR/hr ~2-RE-20 300. mR/hr 1-RE-17. 101mR/hr
. 2-RE-21 1.0 mR/hr '
;< g 1-RE-16 1.2 mR/hr 2-RE-22 0.10: mR/hr
- 1-RE-19 1.0E4L mR/hr 2-RE-23 0.10 mR/hr L'x-}
l 1-RE-20 2,4E4' mR/hr 2-RE-24 1. 0 - mR/hr , 1-RE-21 0.69~=mR/hr 2-RE 0.10 mR/hr - 31-RE-22 0.36: mR/hr- 2-RE-26 0.10 mR/hr < 1-RE-23; 0.46 ;mR/hr z :2-RE-27 0.10 mR/hr-
- 'l-RE-24! 'O.25' mR/hr
- . 2 -RE-2 8 ' O.10 .mR/hrL i-f1-RE-25 320. .mR/hr. 2-RE l 2. 7. _ , mR/hr l"* lire-26 .'99. mR/hr, '2-RE-301 ~ 2 .' 7 : mR/hr-0 1-RE-27 0.70- mR/hr 2-RE-31 2.7 .mR/hr 4' 1-RE-28; 0.24: mR/hr 2-RE-32' O.111 mR/hr
/
- 1-RE-29 l4.41 ;mR/hr 12-RE-33 2.71.mR/hr i 9 1-RE-30f 14.0';mR/hr 2-RE-34; ,0.10 mR/hr 1 1-RE-31-' .7.21 mR/hrc 2-RE-35 0.50 'mR/hr i 1-RE-32. -13. -
mR/hr. 0-RE-41 '5.0- mR/hr 0.50 :mR/hr 1-RE 3.1' mR/hr 0-RE-42
+
1-RE-34; - 0.10 :mR/hr co-RE-43_ 4.O mR/hr ' 1-RE-351 0.50 mR/hr ,0-RE-44 0.10 mR/hr 1-RE-36. 1 150.. mR/hr- LO-RE-45: 2.5 mR/hr , 2-RE-01 -0.10 mR/hr 0-RE-46' 2.0 .mR/hr 2-RE-02; 0.10 mR/hr. 0-RE-47 1.0 mR/hr 2-RE-03. 2. 0 ~ mR/hr. 0-RE 0.10 mR/hr
/2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr-continued next column continued next page I
3 LIMERICK GENERATING' STATION SCENARIO LKA 1 ANNUAL EXERCISE- UNIT-1 REV 1
;, , TABLE 6.1.s 6
' RADIATION MONITORING SYSTEM DATA (T = 03:30) ( 11:30) f F '
continued - NOTE: 80SH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 0-RE-50 'O.32 mR/hr SE160A 10. cpm 0-RE-51 0.05' mR/hr SE160B 10. cpm ! 0-RE-52 0.01 mR/hr SE-190 10. cpm L 0-RE-53 0.05_ mR/hr SE63-09 10. cpm
'0-RE-54 1.0 mR/hr SE10-11 10, cpm 0-RE-553 . 0.10- mR/hr SE13-11 10, cpm RE-56; 0.01 mR/hr RE42N6A 1000. mR/hr ,
0-RE-57 '1.0 mR/hr RE42N6B 1000, mR/hr 0-RE-58L 0.51 mR/hr RE42N6C 1000. mR/hr 7' 0-RE-60 10.01 mR/hr RE42N6D 1000, mR/hr , L REX-025 0.10 mR/hr RE285A1 1.E-12JuCi/cc-
.RI-01 4 8. : .mR/hr RE285A2 lie-11 uCi/cc y RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi/cc w ' .
, RI-101 . 2.7- mR/hr RE285B1 1.E-12_uci/cc RE41N6A 2400.. mR/hr RE285B2 1.E-11;uci/cc RE41N6B 2500. mR/hr -RE285B3 1.0E-7 uCi/cc :i
[h ! ' E RE41N6C. 2600, mR/hr- RE291A 1.3 R/hr A,_] E 'RE41N60 2700. mR/hr RE291B 2.6 R/hr-
-RE185Al- 1.E-12.uC1/cc RE291C 4.4 R/hr J 9RE185A2 1.E-11 uCi/cc RE2910. . 6.2 R/hr
, -RE185A3 1.0E-7 uCi/cc REN20A; .0.10 mR/hr-RE185B1 1.E-12 uC1/cc- REN20B 0.10- mR/hr
'RE18 5 B2 - 1.E-11 uCi/cc REN20C 0.10 mR/hr. J
- RE185B3 1.0E-7:uci/cc' REN20D 0.10 .mR/hr !
-RE191A: 610. L R/hr REN21A- 2. 2- mR/hr: -
, ! LRE191B .610. R/hr :REN21B 2.2 mR/hr. 3 e
+
RE191C' 610. R/hr REN21C 2.2- mR/hr- , LE191D 610. R/hr- REN21D 2.2 .mR/hr 'f 0 REN10A~' O 48s mR/hr- SE17-23 10 . . cpm REN10B 0.48 mR/hr .SE221C 10. cpm
- REN10C. 10.48_ mR/hr SE221D 10. cpm VREN10D- 10.48- mR/hr SE160A 110.- cpm REN11A. 3.2. mR/hr- SE160B 110, cpm' .
q, .REN11B :3.4 mR/hr SE-190 10. cpm ,
~
REN11C 3.3 mR/hr SE-290 , 1 0 ._ cpm ( LREN11D 3.4 mR/hr SE10-11 10. cpm " i RR-609' 10 . . -cpm SE13-11 10, cpm SE17 10.. cpm RE025A 3.E-10 uCi/cc
'SE121C ' 10 . cpm- RE025B- 3.7E-9 uCi/cc-
.SE121D 10. . cpm RE68C-1 l'.8E-7 uCi/cc ,
,6 ' continued next column continued next page.
7 ].
;f~%'. '
}
c
._-. - _a_L_ _-_:___-_______-__ 2-.
'(
1
. LIMERICK' GENERATING STATION SC'NARIO LKA ANNUAL EXERCISE: UNIT 1 REV 1
.; i j-~3 TABLE 6.1.s
\ / .i RADIATION MONITORING SYSTEM DATA (T = 03:30) ( 11:30) continued-
- NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES ,
Monitor value units- Monitor value units RE68C 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc RE68D-1 '1.8E-7 uCi cc RE007B1 1.0E-6 uCi/cc
' ' RE68D-2 1.8E-7 uCi cc -RE007B2 1.0E-6 uC1/cc RE76-4 . 970. uC /s RE007C1 1.0E-6 uCi/cc p RE75-Al 1.E-11 uCi/cc RE007C2 1.0E-6 uCi/cc RE75-A2 1.E-11Luci/cc RE007D1 1.0E-6 uCi/cc RE75-A3 5.1E-6 uCi/cc RE007D2 1.0E-6 uC1/cc RE75-B1: J1.E-11 uCi/cc_ SE022A 10. cpm 4
RE75-B21 11.E-11-uci/cc SE022B 10 . - cpm
- RE75-B3 5.1E-6 uCi/cc RE26-16 10. cpm
'i 'RE76-1 0.001 uCi/cc REN-04A 10. mR/hr.
RE76 (5~.1E-6 uCi/cc REN-04B 10. mR/hr LRE76-3. :0.1 uCi/cc REN-005 10. mR/hr
- RE007A1: 1.0E-6 uCi/cc PAS LCl- 1.0 mR/hr
.RE007A2 .1.0E-6 uCi/cc PAS 1LC2 '1.0 mR/hr L j'N; A _,7 I
b li 1.$3- [ 1 4 ,
-3 t #
r E ! l I - i s E- ,
/
L
j .,l-
'LIdMERICK GENERATING STATION SCENARIO LKA ' F- ! ANNUAL-EXERCISE. UNIT 1 REV 1 TABLE 6.1.t RADIATION MONITORING SYSTEM DATA (T = 03:40) ( 11:40)~
NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES iso Monitor value ' Monitor value units g ____.___ ______ _ units _____ ....___ _____. ______ g 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr
, 1-RE 68. mR/hr 2-RE-06 0.10 mR/hr 1-RE 2.2 mR/hr 2-RE-07 4.0 mR/hr J 4: 1-RE-04 2 8. , _mR/hr 2-RE-08 10. mR/hr 1-RE t
- 92. mR/hr 2-RE-09 10. mR/hr. .
1-RE 4.1 mR/hr 2-RE-10 '20.- mR/hr. l'RE-07 R1.1= mR/hr 2-RE-11 0.10 mR/hr, M/ i RE-08 3300'.- mR/hr 2-RE-12 0.10 mR/hr i, :1-RE-09 . 14 0. _ mR/hr.
- 2-RE-13 300.; mR/hr-lI- 3
- 1-RE-10 6500,- .mR/hr - 2-RE-14 300. mR/hr 1.5 mR/hr-
'3 ;t 1-RE -0 70; mR/hr
. '2-RE-15
'l-RE-12' i0.11 -m:R/hr 2-RE-16 1.5 mR/hr:
- 1-RE 140. ;mR/hr 2-RE-17 10. mR/hr 1-RE-14. 8'.6ES mR/hr, 2-RE-18 ;0.50 mR/hr s gr 1-RE-15L 1.8 mR/hr ,2-RE-19 '3 00. , 'mR/hr 1 Gi ' 1-RE-16 2.4L mR/hr 2-RE-20 300, mR/hr g E 1-RE 4 10..imR/hr 2-RE-21 1.O mR/hr=
T~ M 'l-RE-18 _- 1. 3 : -mR/hr 2-RE-22 0.10 _mR/hr. 1 1-RE :9200._,mR/hr 2-RE-23 0.10' mR/hr o :1-RE-20 "2.2E4- mR/hr 2-RE-24 1.0' mR/hr o , , 1-RE-21' 0 '. 8 2 ; .mR/hra _2-RE-25 10.10' mR/hr i . , HP 11-RE-22: 0.48; mR/hr. 2-RE-26 0.10 mR/hr , 4 1-RE-23 0.61t mR/hr- 2-RE-27 0.10 mR/hr: 1-RE 0.33 mR/hr 2-RE-28. =0.10 :mR/hr. 1-RE-25' 290.' mR/hr_ 2-RE-29 2.7 mR/hr
.- 11-RE-26 ,90.,-mR/hr 2-RE-30 2.7 mR/hr 0.1: 1-RE-27 10.83 cmR/hr' ,2-RE-31' ' 2.7: mR/hr 1
1-RE 0.23 mR/hr? 2-RE-32' O.11 mR/hr 1-RE-29 14.4. mR/hr 2-RE 2.7..mR/hr 1-RE-30l 4.0- mR/hr. 2-RE 0.10 mR/hr u l-RE-31 7.2 mR/hr 2-RE-35. 0.50. mR/hr 3" " , , 1-RE-32 13. cmR/hr 0-RE-41 .5;0' mR/hr 1-RE-33 .3.1 mR/hr 0-RE-42 0.50 .mR/hr , 4' 1-RE-34 0.10 mR/hr 0-RE-43 4.0' mR/hr 1-RE-35 0;50 mR/hr 0-RE-44: 0.10- 'mR/hr 1-RE-36 140. mR/hr RE-45 :2.5' mR/hr
'2-RE-01' ~0.10 'mR/hr '0-RE-46 '2.0 mR/hr u; d. 2-RE-02~ 0.10 mR/hr 0-RE-47' :1.0 mR/hr 2-RE-03. 2.0 mR/hr_ 0-RE 10.10 mR/hr; -
y; 2-RE-04 0.10 .mR/hr 0-RE-49' 2 .' O mR/hr. _ continued next' column continued next'page v ;
??
y LIMERICK' GENERATING STATION SCENARIO LKA ]o ANNUAL EXERCISE UNIT 1 REV 1 y TABLE 6.1.t y' RADIATION MONITORING SYSTEM DATA (T = 03:40) ( 11:40) continued NO7.E : 'OSH' = Offscale High
/ ALL MONITOR VALUES ARE 1 MINUTE AVERAGES n
, Monitor: value units Monitor value units 0-RE-50 0.41 mR/hr SE160A 10. cpm 0-RE-51 :0.05. mR/hr SE160B 10. cpm
'0-RE-52 0,01 .mR/hr SE-190 10. cpm
, 0-RE 0.051 mR/hr SE63-09 10. cpm
'0-RE-54 l'.0 mR/hr; SE10-11 10. cpm 0-RE-55 0.10- mR/hr SE13-11 10. cpm
'0-RE-56 0.01- mR/hr RE42N6A 1000. mR/hr 0-RE-57. 1.0 mR/hr RE42N6B 1000, mR/hr 0-RE 0.52 mR/hr RE42N6C' 1000. mR/hr 10-RE-60 0.01 mR/hr RE42N6D 1000. mR/hr REX-025 0.10 mR/hr RE285A1 1.E-12 uCi/cc RI-01 44. mR/hr RE285A2 1.E-11 uCi/cc RI-02= 1.0 mR/hr RE285A3 1.0E-7.uci/cc RI-101 2.7 mR/hr RE285B1 1.E-12'uC1/cc RE41N6A= '2400, mR/hr RE285B2 1.E-11 uCi/cc i RE41N6B 2600. 'mR/hr RE285B3 1.0E-7 uCi/cc G, .RE41N6C ' 2 6 0 0 ,- mR/hr RE291A 1.3 R/hr. l 4 RE41N6D' 2600. -mR/hr RE291B -2.6 R/hr j A RE185Al-11.E-12~uci/cc RE291C 4.4 R/hr !
$, . RE185A2 11.E-111uCi/cc RE291D. 6.2 R/hr s
-RE185A3' ~1.0E-7 uCi/cc REN20A 0.10 .mR/hr V RE185B1: .1.E-12.uci/cc REN20B 0.10 mR/hr ,
, RE185B2 1.E-11:uCi/cc .
REN20C 0.10 mR/hr- i
?5 RE185B3 1.0E-7:uci/cc REN20D 0.10- mR/hr l
~ -n RE191A. 860. -R/hr REN21A 2 '. 2 mR/hr ,
Of RE191B l 860.. R/hr REN21B 2.2' mR/hr 1
<1 ;RE191CL 860~ . R/hr _REN21C 2.2. mR/hr ;
RE191D 860. .R/hr REN21D 2.2 .mR/hr l n' .
- REN10A 0.62' mR/hr SE17-23 10.' cpm. .i'
- 0.62 REN10B- mR/hr SE221C 10. l cpm o REN10C 0.62: mR/hr SE221D 10. cpm l i' ,
t REN10D 0;f7- mR/hr SE160A- : 10 0. - -cpm 1
~ Oa REN11AL 31 mR/hr. SE160B 100. cpm l
,; 1 ;REN11B 3.4: mR/hr SE-190 ;10. cpm i
;X m. - ' - REN11C' : 3. 3_ mR/hr SE-290 10. cpm
?@ -REN11D. L3. 4 mR/hr .SE10-11 10. cpm i' "n m .RR-609- ' 10 . : cpm SE13-11 10, cpm-
,M :SE17-23 ;10.1 cpm RE025A 3.E-10 uCi/cc
'SE121C; E10. cpm RE025B 3.7E-9 uCt/cc-D SE121D- 10 . - cpm RE68C-1 1.8E-7 uC1/cc' +
4 4 1 -continued next column continued next page r 1
y;
.. j r;,
.LIKERICK GENERATING STATION SCENARIO LKA l ANNUAL EXERCISE UNIT 1 REV 1 )
TABLE 6.1.t
.(')
'~' )
RADIATION MONITORING SYSTEM DATA (T = 03:40) ( 11:40) continued I
........................................................... l NOTE: 'OSH' = Offscale High i
ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units )
....... ...... ...... ....... ...... ...... 1 RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc >
RE68D-1 1.8E-7 uCi/cc RE007B1 2.0E-6 uCi/cc ' RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc RE76-4 970. uCi/s RE007C1 1.0E-6 uCi/cc RE75-Al 1.E-11 uCi cc RE007C2 1.0E-6 uCi/cc RE75-A2 1.E-11 uCi cc RE007D1 1.0E-6 uCi/cc RE75-A3 5.1E-6 uCi cc RE007D2 1.0E-6 uCi/en ,
, RE75-B1 1.E-11 uCi cc SE022A 10. cpm RE75-B2 1.E-11 uC1/cc SE022B 10. cpm RE75-B3 5.1E-6 uCi/cc RE26-16 10. cpm ;
RE76-1 0.001 uCi/cc REN-04A 10. mR/hr + RE76-2: 5.1E-6 uCi/cc REN-04B 10. mR/hr RE76-3 0.1 uCi/cc REN-005 10. mR/hr
- RE007A1. 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr RE007A2 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr 7
t t
\-s/ ,
A
LIMERICK GENERATING STATION SCENARIO LKA I ANNUAL EXERCISE UNIT 1 REV 1 7 TABLE 6.1.u ; RADIATION MONITQ9ING SYSTEM DATA (T = 03:45) I 11:45) ........ I NOTE: 'OSH' = Offscale H'1h ALL MONITOR VALUES ARE 1 MINV.'E WERAGES : Monitor value unita Monitor value units i 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE+02 66. mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 2.2 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 27. mR/hr 2-RE-08 10. mR/hr 1-RE-05 88. mR/hr 2-RE-09 10. mR/hr 1-RE-06 4.1 mR/hr 2-RE-10 20. mR/hr 1-RE 1.1 mR/hr 2-RE-11 0.10 DR/hr-1-RE-08 OSH mR/hr 2-RE-12 0.10 mR/hr ! 1-RE-09 8700. mR/hr 2-RE-13 300. mR/hr r 1-RE-10 OSH mR/hr 2-RE-14 300. mR/hr 1-RE-11 510. mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr 1-RE-13 130. mR/hr 2-RE-17 10. mR/hr 1-RE-14 OSH mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 1100. mR/hr 2-RE-19 300. mR/hr 1-RE-16 1700. mR/hr 2-RE-20 300. mR/hr 1-RE-17 10. mR/hr 2-RE-21 1.0 mR/hr
-, 1-RE-18 260. mR/hr 2-RE-22 0.10 mR/hr
/ ). 1-RE-19 8900. mR/hr 2-RE-23 0.10 mR/hr '
(_/ 1-RE-20 2.1E4 mR/hr 2-RE-24 1.0 mR/hr 1-RE-21 1.5 mR/hr 2-RE-25 0.10 mR/hr 1-RE-22 0.57 mR/hr 2-RE-26 0.10 mR/hr 1-RE-23 $ ' '7 mR/hr 2-RE-27 0.10 mR/hr 1-RE-24 0.41 mR/hr- 2-RE-28 0.10 mR/hr i- 1-RE-25 270.- mR/hr 2-RE-29 2.7 mR/hr 1-PE-26 86. mR/hr 2-RE-30 2.7 mR/hr t . 1-Ri'-2 7 0.91 mR/hr 2-RE-31 2.7 mR/hr 1-RE-28 0.22 'mR/hr 2-RE-32 0.11 mR/hr C 1-RE-29 4.4 mR/hr 2-RE-33 2.7 mR/hr 1-RE-30 4.0 mR/hr 2-RE-34 0.10 mR/hr. 1-RE-31 7.2 mR/hr 2-RE-35 0.50 mR/hr 1-RE-32 13. mR/hr 0-RE-41 5.0 mR/hr 1-RE 3.1 mR/hr 0-RE-42 0.50 mR/hr 1-RE-34 0.10 mR/hr 0-RE-43 4.0 mR/hr 1-RE-35 0.50 mR/hr 0-RE-44 0.10 mR/hr 1-RE-36 130. mR/hr 0-RE-45 2.5 mR/hr 2-RE-01 0.10 mR/hr 0-RE-46 2.0 mR/hr 2-RE-02 0.10 mR/hr 0-RE-47 1.0 mR/hr 2-RE-03 . 2. 0 mR/hr 0-RE-48 0.10 mR/hr 2-RF-04 0.10 mR/hr 0-RE-49 2.0 mR/hr cor.tinued next column continued next page
s LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.u RADIATION MONITORING SYSTEM DATA (T = 03:45) ( 11:45) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 0-RE-50 86. mR/hr SE160A 10. cpm 0-RE-51' 0,05 mR/hr SE160B 10. cpm 0-RE-52' O.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm 0-RE-56 0.01 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 mR/hr RE42N6B 1000, mR/hr 0-RE-58 0.52 mR/hr RE42N6C 1000. mR/hr 0-RE-60' O.01 mR/hr RE42N6D 1000. mR/hr
, REX-025 0.10 mR/hr RE285A1 1.E-12 uCi/cc RI-01 42. mR/hr RE285A2 1.E-11 uCi/cc RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi/cc RI-101 2.7 mR/hr RE285B1 1.E-12 uCi/cc RE41N6A 2500. mR/hr RE285B2 1.E-11 uCi/cc RE41N6B. 2500, mR/hr RE285B3 1.0E-7 uCi/cc RE41N6C 2700. mR/hr RE291A 1.3 R/hr L 2700. mR hr RE291B 2.6 R/hr RE41N6D RE185A1 . 1.E-12 uci cc RE291C 4.4 R/hr RE185A2 1.E-11 uCi cc RE291D 6.2 R/hr RE185A3 1.0E-7 uCi cc REN20A 0.10 mR/hr RE185B1 1.E-12 uCi cc REN20B 0.10 mR/hr RE185B2 1.E-11 uCi/cc REN200 0.10 mR/hr RE185B3 1.0E-7 uC1/cc REN20D 0.10 .mR/hr RE191A 4400. R/hr REN21A 2.2 mR/hr RE191B 4400. R/hr REN21B 2e2 mR/hr RE191C 4400. R/hr REN21C 2.2 mR/hr RE1910 4400. R/hr REN21D. 2.2 mR/hr REN10A 0.60 mR/hr SE17-23 10. cpm REN10B 0.60_ mR/hr SE221C 10. cpm REN10C. 0.60 mR/hr SE2210 10. cpm REN10D 0.60 mR/hr SE160A 95. cpm REN11A 3.2 mR/hr SE160B 95. cpm REN11B 3.4 mR/hr SE-190 10. cpm REN11C 3.3 mR/hr SE-290 10. cpm REN11D 3.4 mR/hr SE10-11 10. cpm RR-609 10. cpm ~ SE13-11 10. cm SE17-23 10. cpm RE025A 3.E-10 uCi cc SE121C 10. cpm RE025B 3.7E-9 uCi cc SE121D 10. cpm RE68C-1 1.8E-7 uCi/cc continued'next column continued next page O .a.a.ms-a -_. _m.__ .,_____mm mamm_m_,,_m _m_ _,__m _____m , _ _ _ , , , _ _ _ _ _ _ _ , _ s_ _
!k,
. LIMERICK GENERATING STATION SCENARIO LKA L ANNUAL EXERCISE UNIT 1 REV 1 li c TABLE 6.1.u RADIATION MONITORING SYSTEM DATA (T = 03:45) ( 11:45) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units l
RE6BC-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi cc RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi cc RE76-4 2400. uCi/s RE007C1 1.0E-6 uCl cc RE75-Al 4.E-11 uCi/cc RE007C2 1.0E-6 uCi/cc RE75-A2' 2.E-11 uCi/cc RE007D1 1.0E-6 uCi/cc RE75-A3 1.3E-5 uCi/cc RE007D2 1.0E-6 uCi/cc RE75-B1 4.E-11 uCi/cc SE022A 10. cpm RE75-B2 2.E-11 uCi/cc SE022B 10. cpm RE75-B3 1.3E-5 uC1/cc RE26-16 10. cpm RE76-1 0.001 uCi/cc REN-04A 10. mR/hr RE76-2 1.3E-5 uCi/cc REN-04B 10. mR/hr RE76-3 0.1 uCi/cc REN-005 10. mR/hr RE007Al 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr RE007A2 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr O g
,i
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s 3: 3 O
LIMERICK CENERATING STATIC.N SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 I gy TABLE A.1.j I s) '- RADIATION MONITORING SYSTEM ALARMS (T - 03145) ( ll:45) RR Access Airlock-RX 217 1-RE-11) HIGH CRDHCU Area East--RX 253 1-RE-15) HIGH CRDHCU Area West--RX 253 1-RE-16 HIGH ' Neut Mon Dr. Area--RX 253 1-RE-18 HIGH RR Airlock--RX 217 (0-RE-50 HIGH i i i t
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LIMERICK CENtRATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.v O- RADIATION MONITORING SYSTEM DATA (T = 03:48) ( 11:48) e NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 64. mR/hr 2-RE-06 0.10 mR/hr i 1-RE-03 2.3 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 26. mR/hr 2-RE-08 10. mR/hr 1-RE-05 85. mR/hr 2-RE-09 10. mR/hr 1-RE-06 4.1 mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2+RE-11 0.10 mR/hr 1-RE-08 OSH mR/hr 2-RE-12 0.10- mR/t* 1-RE-09 8600. mR/hr 2-RE-13 300. mR/hr 1-RE-10 9900. mR/hr 2-RE-14 300. mR/hr 1-RE-13 500. mR/hr 2-RE-15 1.5 mR/hr 1-RE 0.11 mR/hr 2-RE-16 1.5 mR/hr 1- 74-13 130. mR/hr 2-RE*17 10. mR/hr 1-RE-14 OSH mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 1100. mR/hr 2-RE-19 300. mR/hr 1-RE-16 1700. mR/hr 2-RE-20 300. mR/hr 1-RE-17 10. ' mR/hr 2-RE-21 1.0 mR/hr 1-RE-18 260. .mR/hr 2-RE 0.10 mR/hr O 1-RE-19 1-RE-20 1-RE-21 8600. 2.0E4 1.6 mR/hr mR/hr mR/hr 2-RE-23 2-RE-24 2-RE-25 0.10 0.10 1.0 mR/hr mR/hr mR/hr 1-RE-22 0.62 mR/hr 2-RE-26 0.10 mR/hr 1-RE-23 0.83 mR/hr- 2-RE-27 0.10 mR/hr 1-RE-24 0.44 mR/hr 2-RE-28 0.10 mR/hr 1-RE-25 270. mR/hr 2-RE-29 2.7 mR/hr
- 1-RE-26 84. 'mR/hr 2-RE-30 2.7 mR/hr 1-RE-27 1.0 .mR/hr' 2-RE-31 2.7 mR/hr 1-RE-28 0.22 mR/hr 2-RE-32 0.11 mR/hr-
.1-RE-29 4.4 mR/hr 2-RE-33 2.7 mR/hr 1-RE-30' 4.0 mR/hr 2-RE-34 0.10 mR/hr 1-RE-31 7.2 mR/hr 2-RE-35 0.50 mR/hr 1-RE-32 13. mR/hr 0-RE-41 5.0 mR/hr 1-RE-33 . 3 .1 mR/hr 0-RE-42 0.50 mR/hr 1-RE-34 0.10 mR/hr 0-RE-43 4.0 mR/hr 1-RE 0.50 mR/hr 0-RE-44 0.10 mR/hr 1-RE-36 130. mR/hr 0-RE-45 2.5 mR/hr 2-RE-01. .10 mR/hr 0-RE-46 2.0 mR/hr 2-RE-02 .10 .mR/hr 0-RE-47 1.0 mR/hr 2-RE-03 2.0 mR/hr 0-RE-48 0.10 mR/hr 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr continued next column continued next page O
LIMERICK GENERATING STATION SCENARIO LKA i ANNUAL EXERCISE UNIT 1 REV 1 l TABLE 6.1.v
.(wx
- RADIATION MONITORING SYSTEM DATA (T = 03:48) ( 11:48) continued NOTE: 'OSH' = Offscale High j ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 0-RE-50 86. mR/hr SE160A 10. cpm 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm
.0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm 0-RE-56 0.01 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 mR/hr RE42N6B 1000. mR/hr 0-RE-58 0.52 mR/hr RE42NGC 1000. mR/hr 0-RE-60 0.01 mR/hr RE42N6D 1000. mR/hr REX-025 0.10 mR/hr RE285A1 1.E-12 uCi/cc RI-01 41. mR/hr RE285A2 1.E-11 uC1/cc RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi/cc RI-101 2.7 mR/hr RE285B1 1.E-12 uCi cc ,
RE41N6A 2600. mR/hr RE285B2 1.E-11 uCi cc 7s RE41N6B 2600. mR/hr RE285B3 1.0E-7 uCi cc
.r ) -RE41N6C 2800. mR/hr RE291A 1.3 R/ r
\-). RE41N6D 2800. mR/hr RE291B 2.6 R/hr
.RE185A1 1.E-12 uC1/cc RE291C 4.4 R/hr >
'RE185A2 1.E-11 uCi/cc RE291D 6.2 R/hr I RE185A3 1.0E-7 uC1/cc REN20A 0.10 mR/h" *
- RE185B1 1.E-12 uCi/cc REN20B 0.10 mR/hr l
.RE185B2 1.E-11 uCi/cc -REN20C 0.10 mR/hr .
RE185B3 1.0E-7 uCi/cc REN20D 0.10 mR/hr RE191A 1.0E4 .R/hr REN21A 2.2 mR/hr RE191B' 1.0E4 R/hr REN21B 2.2 mR/hr RE191C 1.0E4 R/hr REN21C 2.2 mR/hr RE191D 1.0E4 R/hr REN21D 2.2 mR/hr ' REN10A 0.66- mR/hr SE17-23 10. cpm REN10B 0.66 mR/hr SE221C 10. cpm REN100 0.66 'mR/hr SE221D 10. cpm REN10D 0.66 mR/hr SE160A 93. cpm REN11A 3.2 mR/hr SE160B 93. cpm REN11B 3.4 mR/hr SE-190 10. cpm REN110. 3.3 mR/hr SE-290 10. - . cpm REN11D 3.4 -mR/hr. SE10-11 10. cpm RR-609 10. cpm SE13-11 10. cm e SE17-23 10. cpm RE025A 3.E-10 uCi cc SE121C 10. cpm RE025B 3.7E-9 uCi cc l SE121D 10. cpm RE68C-1 1.8E-7 uCi cc ' , continued next column continued next page l 0
9e ; LIMERICK CENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 i gm-TABLE 6.1.v [ 5 N- RADIATION MONITORING SYSTEM DATA (T = 03:48) t 11:48) , continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uC1/cc RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uC1/cc RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc RE76-4 2400. uCi/s RE007C1 1.0E-6 uCi cc RE75-Al 4.E-11 uCi/cc RE007C2 1.0E-6 uCi cc RE75-A2 3.E-11 uCi/cc RE007D1 1.0E-6 uCi cc
'RE75-A3 1.3E-5 uCi/cc RE007D2 1.0E-6 uCi cc RE75-B1 4.E-11 uCi/cc SE022A 10. cpm RE75-B2 3.E-11 uCi/cc SE022B 10. cpm RE75-B3 1.3E-5 uCi/cc RE26-16 10. cpm
- RE76-l' O.001 uCi/cc REN-04A 10. mR/hr !
RE76-2 1.3E-5 uCi/cc REN-04B 10. mR/hr i RE76-3 0.1 uCi/cc REN-005 10. mR/hr RE007Al 1.0E-6 uC1/ cc PAS LC1 1.0 mR/hr RE007A2- 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr
;,c\
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r I LIMERICK GENERATING STATION SCENARIO LKA _ ANNUAL EXERCISE UNIT 1 REV 1 l I TABLE 6.1.W RADIATION MONITORING SYSTEM DATA (T = 03:50) ( 11:50) NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 63. mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 2.3 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 25. mR/hr 2-RE-08 10. mR/hr 1-RE-05 84. mR/hr 2-RE-09 10. mR/hr 1-RE-06 4.1 mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2-RE-11 0.10 mR/hr 1-RE-08 OSH mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 8500. mR/hr 2-RE-13 300. mR/hr 1-RE-10 9800. mR/hr 2-RE-14 300. mR/hr 1-RE-11 500. mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr 1-RE-13 130. mR/hr 2-RE-17 10. mR/hr 1-RE-14 OSH mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 1000. mR/hr 2-RE-19 300. mR/hr 1-RE-16 1600. mR/hr 2-RE-20 300. mR/hr RE-17 10. mR/hr 2-RE-21 1.0 mR/hr 1-RE-18 260. mR/hr 2-RE-22 0.10 mR/hr 1-RE-19 mR/hr O' 1-RE-20 1-RE-21 8500. 2.0E4 mR/hr mR/hr-2-RE-23 2-RE-24 2-RE-25 0.10 1.0 mR/hr 1.6 mR/hr 0.10 mR/hr 1-RE 0.66 mR/hr 2-RE-26 0.10 mR/hr 1-RE-23 0.87 mR/hr 2-RE-27 0.10 mR/hr 1-RE-24 0.47 mR/hr 2-RE-28 0.10 mR/hr 1-RE-25 260. mR/hr 2-RE-29 2.7 mR/hr 1-RE-26 82. mR/hr 2-RE-30 2.7 mR/hr 1-RE-27 1.0 mR/hr 2-RE-31 2.7 mR/hr 1-RE-28 0.22 mR/hr 2-RE-32 0.11 mR/hr 1-RE 4.4 mR/hr 2-RE-33. 2.7 mR/hr 1-RE-30 4.0 mR/hr 2-RE-34 .0.10 mR/hr 1-RE-31 7 . .' mR/hr 2-RE-35 0.50 mR/hr 1-RE-32 13. mR/hr 0-RE-41 5.0 mR/hr 1-RE-33 3.1 mR/hr 0-RE-42 0.50 mR/hr 1-RE-34. 0.10 mR/hr 0-RE-43 4.0 mR/hr 1-RE-35 0.50 mR/hr 0-RE-44 0.10 mR/hr 1-RE 120. mR/hr 0-RE-45 2.5 mR/hr RE-01 0.10 mR/hr 0-RE-46 2.0 mR/hr 2-RE-02 0.10 mR/hr 0-RE-47 1.0 mR/hr 2-RE-03 2.0 mR/hr 0-RE-48 0.10 mR/hr . 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr continued next column continued next page 1 O I ,k
r LIMERICX CENERATING STATION SCENARIO LKA
, ANNUAL EXERCISE UNIT 1 REV 1
-~ TABLE 6.1.w ,
\ s-) RADIATION MONITORING SYSTEM DATA (T = 03:50) ( 11:50) continued !'
NOTE: 'OSH' = Offscale High i ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units > 0-RE-50 85. mR/hr SE160A 10. cpm l 0-RE-51 0.05 mR/hr SE160B 10. cpm 4 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm , 0-RE-56 0.01 mR/hr RE42N6A 1000, mR/hr 0-RE-57 1.0 mR/hr RE42N6B 1000. mR/hr 0-RE-58 0.52 mR/hr RE42N6C 1000. mR/hr 0-RE-60 0.01 mR/hr RE42N6D 1000. mR/hr i REX-025 0.10 mR/hr RE285A1 1.E-12 uCi cc RI-01 40. mR/hr RE285A2 1.E-11 uCi cc RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi cc
.RI-101 2.7 mR/hr RE285B1 1.E-12 uCi cc RE41N6A 2600. mR/hr RE285B2 1.E-11 uCi cc RE41N6B 2600. ~m R/hr RE285B3 1.0E-7 uCi cc .
[,si 'RE41N6C 2750. mR/hr RE291A 1.3 R/hr (_,/ RE41N6D 2800. mR/hr RE291B 2.6 R/hr RE185A1 1.E-12 uCi/cc RE291C 4.4 R/hr-RE185A2 1.E-11 uC1/cc RE291D 6.2 R/hr RE185A3 '1.0E-7 uCi cc REN20A 0.10 mR/hr RE105B1' 1.E-12 uCi cc~ REN20B. 0.10 mR/hr RE185B2 1.E-11:uCi cc REN20C 0.10 'mR/hr RE185B3 -1.0E-7 uCi/cc REN20D ' .10 -mR/hr O RE191A 2.5E4 R/hr REN21A 2.2 mR/hr RE191B 2.5E4 R/hr REN21B 2.2 wR/hr 2.5E4 'R/hr ~ RE191C REN21C 2.2' mR/hr RE1910 2.5E4 R/hr REN21D 2.2 mR/hr REN10A . 0L. 7 0 , mR/hr- SE17 10. cpm REN100 0.70 mR/hr SE221C 10. cpm RSM100 0.70- mR/hr SE221D 10. cpm ! REN10D 0.70 mR/hr SE160A 91. cpm . REN11A 3. 2 - mR/hr SE160B 91. cpm REN11B 3. 4 - mR/hr SE-190 10. cpm REN11C 3.3 mR/hr SE-290 10. cpm REN11D 3.4 mR/hr SE10-11 10. cpm ' RR-609 10. cpm SE13-11 10. cpm
, -SE17-23 10. cpm RE025A- 3.E-10 uCi/cc SE121C 10. - . cpm - RE025B 3.7E-9 uCi/cc SE121D' 10. . cpm RE68C-1 1.8E-7 uCi/cc continued next column continued next page q
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w
r i l
-LIMERICK GENERATING' STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 <
j)'~ TABLE 6.1.w RADIATION MONITORING SYSTEM DATA (T = 03:50) ( 11:50) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units
^
RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E 5 uCi/cc RE68D-1 1.8E-7 uCi/cc RE007B1 1.0"-6 uCi/cc
- RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi cc RE76-4 2400. -uC1/s RE007C1 1.0E-6 uCi cc RE75-Al 4.E-11 uCi/cc RE007C2 1.0E-6 uCi cc RE75-A2 3.E-11 uC1/cc RE007D1 1.0E-6 uCi cc RE75-A3 1.3E-5 uCi/cc RE007D2 1.0E-6 uC1/cc
- RE75-B1 4.E-11 uCi/cc SE022A 10. cpm RE75-B2 3.E-11 uCi cc SE022B 10. cpn RE75-B3- 1.3E-5 uCi cc RE26-16 10. cpr
!- RE76-1 0.001 uC1 cc REN-04A 10. PP RE76-2 1.3E-5 uC1/cc REN-04B 10.
- RE76-3 0.1'uCi cc REN-005 10. .ar -
RE007Al 1.0E-6 uCi cc PAS LC1 1.0 hr RE007A2' 1.0E-6 uCi cc PAS LC2 1.0 ~.4/hr i r a i n
.;m .Q
~
d I e LIMERICK GENERATING STATION SCEN7RIO LKA L ANNUAL EXERCISE UNIT 1 REV 1 l L TABLE 6.1.x E '- (o : l RADIATION MONITORING SYSTEM DATA (T = 04:00) ( 12:00) i j NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 59. mR/hr 2-RE-06 0.10 mR/hr I 1-RE-03 2.4 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 23. mR/hr 2-RE-08 10. mR/hr 1-RE-05 76. mR/hr 2-RE-09 10. mR/hr 1-RE-06 4.2 mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2-RE-11 0 10 mR/hr 1-RE-08 OSH mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 OSH mR/hr 2-RE-13 300. mR/hr 1-RE-10 OSH mR/hr 2-RE-14 300. mR/hr 1-RE-11. 690. mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr 1-RE-13 130. mR/hr 2-RE-17 10. mR/hr 1-RE-14 OSH mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 1500. mR/hr 2-RE-19 300. mR/hr
;1-RE-16 2300. mR/hr 2-RE-20 300. mR/hr 1-RE-17 10. mR/hr 2-RE-21 1.0 mR/hr 7s 1-RE-18 360. mR/hr 2-RE-22 0.10 mR/hr l -( ) 1-RE-19 7900. mR/hr 2-RE-23 0.10 mR/hr L S- / 1-RE-20 1.8E4 mR/hr 2-RE-24 1.0 mR/hr 1-RE-21 2.0 mR/hr 2-RE-25 0.10 mR/hr 1 1-RE-22 0.89 ~ mR/hr 2-RE-26 0.10 mR/hr l 1-RE-23 1.1 mR/hr 2-RE-27 0.10 mR/hr 1-RE-24 0.62 mR/hr 2-RE-28 0.10 mR/hr 1-RE-25 240. mR/hr 2-RE-29 2.6 mR/hr 1-RE 75. mR/hr 2-RE-30 2.6 mR/hr 1-RE-27 1.2 mR/hr 2-RE-31 2.6 mR/hr l
1-RE-28 0.21 mR/hr 2-RE-32 0.11 mR/hr 1-RE-29 4.4 mR/hr 2-RE-33 2.6 mR/hr 1-RE 4.0 mR/hr 2-RE-34 0.10 mR/hr 1-RE-31 7.2 mR/hr 2-RE-35 0.50 mR/hr 1-RE-32 13. .mR/hr 0-RE-41 5.0 mR/hr , 1-RE-331 3.1 mR/hr 0-RE-42 0.50 mR/hr l 1-RE-34 0.10 mR/hr 0-RE-43 4.0 mR/hr 1-RE-35 0.50 mR/hr 0-RE 0.10 mR/hr 1-RE-36. 110. mR/hr 0-RE-45 2.5 mR/hr 2-RE-01 0.10 mR/hr 0-RE-46 2.0 mR/hr 2-RE-02 0.10 mR/hr 0-RE-47 1.0 mR/hr 2-RE-03 2.0 mR/hr '0-RE-48 0.10 mR/hr 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr continued next column continued next page qq x)
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6 1.x k~ RADIATION MONITORING SYSTEN DATA (T = 04:00) ( 12:00) coatinued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES 1 Monitor value units Monitor value units J 0-RE-50 120. mR/ht' SE160A 10. cpm 0-RE-51 0.05 mR/hr SE160B- 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm 0-RE-56 0.01 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 mR/hr RE42N6B 1000, mR/hr 0-RE-58 0.52' mR/hr RE42N6C 1000. mR/hr
'+
0-RE-60 0.01 .mR/hr RE42N6D 1000. mR/hr REX-025 0.10 mR/hr RE285A1 1.E-12 uCi/cc RI-01 37. mR/hr RE285A2 1.E-11 uCi/cc RI-021 1.0 mR/hr RE285A3 1.0E-7 uci/cc RI-101 -2.7 mR/hr RE285B1 1.E-12 uCi/cc RE41N6A 2750. mR/hr RE285B2 1.E-11 uCi/cc 1 7T RE41N6B 2800. mR/hr RE285B3 1.0E-7 uCi/cc j jx_) RE41N6C 2950. mR/hr RE291A 1.3 R/hr q RE41N6D 3000, mR/hr RE291B 2.6 R/hr - RE185Al- 1.E-12 uCi cc RE291C 4.4 R/hr RE185A2 1.E-11 uCi cc RE2910 6.2 R/hr L RE185A3 1.0E-7~uCi cc REN20A 0.10 mR/hr RE185B1 1.E-12 uci/cc REN20B 0.10 mR/hr RE185B2 1.E-11 uCi/cc REN20C 0.10 mR/hr RE185B3 1.0E-7 uCi/cc REN20D 0.10 mR/hr RE191A' 5.1E4 R/hr. REN ? '.A 2.1 mR/hr RE191B 5.1E4 R/hr .".E*v21B 2.1 mR/hr RE191C 5.1E4 R/hr REN21C 2 .1' mR/hr l RE191D 5.1E4 R/hr- REN21D 2.1 mR/hr 1 REN10A 0.8 mR/hr SE17-23 10. cpm -j REN10B 0.8 mR/hr SE221C 10. cpm REN100 0.8 mR/hr 6E221D. 10. . cpm REN10D 0.8 mR/hr SE160A 83. cpm REN11A 3.2 mR/hr SE160B' 83. cpm REN11B 3.4 mR/hr SE-190 10. cpm REN11C 3.3 mR/hr SE-290 10. cpm REN11D 3.4 mR/hr SE10-11 10. cpm n RR-609 10. cpm SE13-11 10. cpm SE17-23 10. cpm RE025A 3.E-10 uCi/cc SE121C 10. cpm RE025B 3.7E-9 uCi/cc
-SE121D 10. cpm RE68C-1 1.8E-7 uCi/cc
-continued next column continued next page
,n
- %a I
I
l l LIMERICK CENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 g3 TABLE 6.1.x
-- RADIATION MONITORING SYSTEM DATA (T = 04:00) ( 12:00) continued l NOTE: 'OSH' = Offscale High
.., ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 1 RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc RE76-4 2400. uCi/s RE007C1 1.0E-6 uCi cc RE75-Al 4.E-11 uCi/cc RE007C2 1.0E-6 uCi cc RE75-A2 5.E-11 uCi/cc RE007D1 1.0E-6 uCi cc RE75-A3 1.3E-5 uCi cc RE007D2 1.0E-6 uCi cc RE75-B1 4.E-11 uCi cc SE022A 10. cpm RE75-B2 5.E-11 uCi cc SE022B 10. cpm ,
RE75-B3 RE26-16 10. 1.3E-5 uCi cc cpm RE76-1 0.001 uCi/cc REN-04A 10. mR/hr RE76-2 1.3E-5 uCi cc REN-04B 10. mR/hr RE76-3' O.1 uCi cc REN-005 10. mR/hr RE007Al 1.0E-6 uCi cc PAS LC1 1.0 mR/hr
- l. RE007A2 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr 1^ ,- .
9 I'
l LIMERICK CENERATING STATION SCENARIO LKA ! ANNUAL EXERCISE UNIT 1 REV 1
/'~' TABLE 6.1.y b) R
..pg{p((gNMgN{ggR{Ng_S{S((Mgp{A___j{_7_g4{3g[_{_12{3g{__
NOTE: 'OSH' = Offscale High l ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 48. mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 2.8 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 18. mR/hr 2-RE-08 10. mR/hr \ 1-RE-05 59. mR/hr 2-RE-09 10. mR/hr 1-RE-06 4.3 mR/ar 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2-RE-11 0.10 mR/hr 1-RE-08 8900. mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 6000. mR/hr 2-RE-13 300. mR/hr 1-RE-10 7400. mR/hr 2-RE-14 300. mR/hr 1-RE-11 350. mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr 1-RE-13 120. mR/hr 2-RE-17 10. mR/hr 1-RE-14 OSH mR/hr 2-RE-16 0.50 mR/hr 1-RE-15 730. mR/hr 2-RE-19 300. mR/hr 1-RE-16 1200. mR/hr 2-RE-20 300. mR/hr 1-RE-17 10. mR/hr 2-RE-21 1.0 mR/hr r's), 1-RE-18 180. mR/hr 2-RE-22 2-RE-23 0.10 mR/hr N 1-RE-19 6400. mR/hr 0.10 mR/hr 1-RE-20 1.5E4 mR/hr 2-RE-24 1.0 mR/hr
'l-RE-21 2.3 mR/hr 2-RE-25 0.10 mR/hr
.1-RE-22 1.6 mR/hr 2-RE-26 0.10 mR/hr 1-RE-23 1.7 mR/hr 2-RE-27 0.10 mR/hr 1-RE-24 1.1 nR/hr 2-RE-28 0.10 mR/hr 1-RE-25 190. mR/hr 2-RE-29 2.6 mR/hr 1-RE 58. mR/hr 2-RE-30 2.6 mR/hr 1-RE-27 1.9 mR/hr 2-RE-31 2.6 mR/hr 1-RE-28 0.18 mR/hr 2-RE-32 0.11 mR/hr 1-RE-29 4.3 mR/hr -RE-33
. 2.6 mR/hr .
1-RE 4.0 mR/hr 1-RE-34 0.10 mR/hr 1-RE-31 7.1 mR/hr 2-RE-35 0.50 mR/hr 1-RE-32 13. mR/hr 0-RE-41 5.0 mR/hr 1-RE-33 3.1 .mR/hr (-RE-42 0.50 mR/hr 1-RE-34 0.10 ~ mR/hr ft-RE-43 4.0 mR/hr 1-RE-35 0.50 -mR/hr J-RE-44 0.10 mR/hr 1-RE-36 89. mR/hr- 0-RE-45 2.5 mR/hr > 2-RE-01 0.10 mR/hr 0-RE-46 2.0_ mR/hr 2-RE-02 0.10- mR/hr 0-RE-47 1.0 mR/hr 2-RE-03 2.0 mR/hr 0-RE-48 0.10 mR/hr 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr continued next column continued next page 4
~_ .. _ _. .. ._ _ ,
I
)
- LIMERICK CENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 3 TABLE 6.1.y
's- RADIATION MONITORING SYSTEM DATA (T = 04:30) ( 12:30) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES ,
Monitor value units Monitor value units 0-RE-50 61. mR/hr SE160A 10. cpm 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm 0-RE-56 0.01 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 mR/hr RE42N6B 1000. mR/hr 0-RE-58 0.53 mR/hr RE42N6C 1000. mR/hr 0-RE-60 0.01 mR/hr RE42N6D 1C00. mR/hr REX-025 0.10 mR/hr RE285A1 1.E-12 uCi cc RI-01 30. mR/hr RE285A2 1.E-11 uCi cc RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi cc RI-101 2.6 mR/bi- RE285B1 1.E-12 uCi cc RE41N6A 3000. mR/hr RE285B2 1.E-11 uCi cc
,-~ RE41N6B 3100. mR/hr RE285B3 1.0E-7 uCi cc ' RE41N6C 3200. mR/hr RE291A 1.3 R/ r ,(. RE41N6D 3300. mR/hr RE291B 2.6 R/hr RE185A1 1.E-12 uCi cc RE291C 4.4 R/hr RE185A2, 1.E-11 uCi cc RE291D 6.2 R/hr RE185A3 1.0E-7 uCi cc REN20A 0.10 mR/hr RE185B1 1.E-12 uCi cc REN20B 0.10 mR/hr RE185B2 1.E-11 uCi cc REN20C 0.10 mR/hr RE185B3 1.0E-7 uCi/cc REN20D 0.10 mR/hr-RE191A 3.2E4- R/hr REN21A 2.1 mR/hr RE191B 3.2E4 R/hr REN21B 2.1 mR/hr-RE191C 3.2E4 'R/hr REN21C 2.1 mR/hr RE191D 3.2E4 R/hr .REN21D- 2.1 mR/hr
(. REN10A 0.6 .mR/hr SE17-23 10. cpm REN10B 0.6- mR/hr SE221C 10. cpm REN10C 0.6 mR/hr SE221D 10. cpm REN10D. 0.6 mR/hr SE160A 64, cpm REN11A 3.2 mR/hr SE160B 64. cpm REN11B 3.4 .mR/hr SE-190 10. cpm REN11C, 3.3 mR/hr SE-290- 10. cpm REN11D 3.4 mR/hr SE10-11 10. cpm RR-609- 10, cpm SE13-11 10. cpm SE17-23 10. cpm RE025A 3.E-10 uCi/cc SE121C 10 . . cpm RE025B 3.7E-9 uCi/cc SE121D 10. cpm RE68C-1 1.8E-7 uCi/cc
. continued'next column continued next page
1 in LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 j'~'3 - TABLI 6.1.y
' ~ RADIATION MONITORING SYSTEM DATA (T = 04:30) ( 12:30) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi cc RE68D-1 1.8E-7 uCi cc RE007B1 1.0E-6 uCi cc RE68D-2 1.8E-7 uCi cc RE007B2 1.0E-6 uCi cc RE76-4 2400. uC /s RE007C1 1.0E-6 uCi cc RE75-Al 3.E-11 uCi/cc RE007C2 1.0E-6 uCi cc RE75-A2 1.E-10 uCi/cc RE007D1 1.0E-6 uCi cc RE75-A3 1.3E-5 uCi/cc RE007D2 1.0E-6 uCi/cc RE75-B1' 3.E-11 uCi/cc SE022A 10. cpm RE75-B2 -1.E-10 uci/cc SE022B 10. cpm !
RE75-B3 1.3E-5 uCi/cc RE26-16 10, cpm i RE76-1 0.001 UCi/cc REN-04A 10. mR/hr ' RE76-2 1.3E-5 uCi/cc REN-04B 10. mR/hr l' RE76-3 0.1 uCi/cc REN-005 10. mR/hr '
'RE007A1 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr RE007A2 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr
;-s
~
L , 1
\
s>
i LIMERICK CENERATIN3 STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.z
, 'I7,b
(_/ RADIATION MONITORING SYSTEM DATA (T = 04:45) ( 12:45) NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value- units Monitor value units l 4 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr ! 1-RE-02 43. mR/hr 2-RE-06 0.10 PR/hr 1-RE-03 2.9 mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 16. mR/hr 2-RE-08 10. mR/hr 1-RE-05 53. mR/hr 2-RE-09 10. mR/hr 1-RE-06 4.4 mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2-RE-11 0.10 mR/hr 1-RE-08 6800. mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 4200. mR/hr 2-RE-13 300. mR/hr , 1-RE-10 6200. mR/hr 2-RE-14 300. mR/hr l 1-RE-11 250. mR/hr 2-RE-15 1.5 mR/hr i 1-RE-12 0.11 mR/hr 2-RE-16 1.5 mR/hr i
<- 1-RE-13 120. mR/hr 2-RE-17 10. mR/hr {
F 1-RE-14 OSH mR/hr 2-RE-18 0.50 mR/hr , 1-RE-15 510. mR/hr 2-RE-19 300. mR/hr ) 1-RE-16 810. mR/hr 2-RE-20 300. mR/hr 1-RE-17 10. mR/hr 2-RE-21 1.0 mR/hr 1-RE-18 130. mR/hr 2-RE-22 0.10 mR/hr ('~) 1-RE-19 5800. mR/hr 2-RE-23 0.10 mR/hr
\_s/'
1-RE-20 1.3E4 mR/hr 2-RE-24 1.0 mR/hr 1-RE-21 2.4 mR/hr 2-RE"25 0.10 mR/hr
.1-RE-22 1.8 mR/hr 2-RE-26 0.10 mR/hr l 1-RE-23 2.0 MR/hr 2-RE-27 0.10 mR/hr
! 1-RE-24 1.2 mR/hr 2-RE-28 0.10 mR/hr L 1-RE-25 170. mR/hr= 2-RE-29 2.6 mR/hr 1-RE-26 52. mR/hr 2-RE-30 2.6 mR/hr 1-RE-27 2.2 mR/hr 2-RE-31 2.6 mR/hr l 1-RE-28 0.17 mR/hr 2-RE-32 0.11 mR/hr 1-RE-29 4.3 mR/hr 2-RE-33' 2.6 mR/hr L 1-RE-30 4.0 mR/hr 2-RE-34 0.10 mR/hr 4 l l'*RE-31 7.1 mR/hr 2-RE-35 0.50 mR/hr + L 1 RE-32 13. mR/hr 0-RE-41 5.0 mR/hr B 1-h?-33 3.0 mR/hr 0-RE-42 , 0.50 mR/hr 1-RE-04 0.10 mR/hr 0-RE-43 4.0 mR/hr u l-RE-35 0.50 mR/hr 0-RE-44 0.10 mR/hr i' 1-RE-36 79. mR/hr 0-RE-45 2.5 mR/hr 2-RE-01 0.10 mR/hr 0-RE-46 2.0 mR/hr , 2-RE-02 0.10 mR/hr 0-RE-47 1.0 mR/hr 2-RE-03 2.0 mR/hr 0-RE-48 0.10 mR/hr 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr continued next column csitinued next page l 0
o LIMERICK CENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
,r's TABLE 6.1.2 RADIATION MONITORING SYSTEM DATA (T = 04:45) ( 12:45) continued NOTE: 'OSH' = offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 0-RE-50 43. mR/hr SE160A 10. cpm 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 0.10 mR/hr SE13-11 10. cpm 0-RE-56 0.01 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 mR/hr RE42N6B 1000. mR/hr 0-RE-58 0.53 'mR/hr RE42N6C 1000. mR/hr 0-RE-60 0.01 mR/hr RE42N6D 1000. mR/hr i REX-025 0.10 mR/hr RE285A1 1.E-12 uCi/cc RI-01. 27. mR/hr RE285A2 1.E-11 uCi/cc RI-02 1.0 mR/hr RE285A3 1.0E-7 uCi/cc RI-101 2.6 mR/hr RE285B1 1.E-12 uCi/cc RE41N6A 3100. mR/hr RE285B2 1.E-11 uCi/cc r3 RE41N6B 3200. mR/hr RE285B3 1.0E-7 uCi/cc '/
J RE41N6C 3300. mR/hr RE291A 1.3 R/hr RE41N6D 3400. mR hr RE291B 2.6 R/hr RE185A1 1.E-12 uCi cc RE291C 4.4 R/hr RE185A2 1.E-11 uCi cc RE291D 6.2 R/hr RE185A3 1.0E-7 uCi cc REN20A 0.10 mR/hr RE185B1 1.E-12 uCi cc REN20B 0.10 mR/hr RE185B2 1.E-11 uCi/cc REN20C 0.10 mR/hr , RE185B3 1.0E-7 uCi/cc REN20D 0.10 mR/hr RE191A' 2.8E4 R/hr REN21A 2.1 mR/hr RE191B 2.8E4 R/hr REN21B 2.1 mR/hr RE191C 2.8E4- R/hr REN21C 2.1 mR/hr RE191D 2.8E4 .R/hr REN21D 2.1 mR/hr REN10A 2.0 mR/hr SE17-23 10. cpm
-REN10B 2.0 mR/hr SE221C 10. cpm REN10C 2.0 mR/hr SE221D 10. cpm i REN10D 2.0 mR/hr SE160A 57. cpm REN11A 3.2 mR/hr SE160B 57. cpm REN21B 3.4 mR/hr SE-190 10. cpm REN11C 3.3 mR/hr SE-290 10. cpm '
REN11D 3.4 mR/hr SE10-11 10. cpm RR-609 10, cpm SE13-11 10. cpm SE17-23 10. cpm RE025A 3.E-10 uC1/cc SE121C- 10. cpm RE025B 3.7E-9.uCi/cc SE121D .
- 10. cpm RE68C-1 1.8E-7 uCi/cc continued next column continued next page g
V
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCIt'E UNIT 1 REV 1 ) TABLE 6.1.z [J) N RADIATION MONITORING SYSTEM DATA (T = 04:45) ( 12:45)
........................S$SbSSb..........................
NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES i Monitor value units Monitor value units I RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc kE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uC1/cc RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc RE76-4 2400. uCi/s RE007C1 1.0E-6 uCi cc ! 2.E-11 uCi/cc RE007C2 RE75-Al 1.0E-6 uCi cc RE75-A2 1.E-10 uCi/cc RE007D1 1.0E-6 uCi cc , RE75-A3 1.3E-5 uCi/cc RE007D2 1.0E-6 uC1/cc RE75-B1 2.E-11 uCi cc SE022A 10. cpm RE75-B2 1.E-10 uCi cc SE022B 10. cpm l RE75-B3 1.3E-5 uCi cc RE26-16 10. cpm RE76 0.001 uCi cc REN-04A 10. mR/hr RE76-2 -1.3E-5 uCi/cc REN-04B 10. mR/hr RE76-3 0.1 uCi/cc REN-005 10. mR/hr RE007Al 1.0E-6 uCi/cc PAS LC1 1.0 mR/hr RE007A2 1.0E-6 uCi/cc PAS LC2 1.0 mR/hr 7N l 4
\s /
1 l .- 1 - /
'% J l
LIKERICK CENERATING STATION SCENARIO LKA ANKUAL EXERCISE UNIT 1 REV 1
'~
TABLE A.1.k RADIATION MONITORING SYSTEM ALARMS (T = 04:45) ( 12:45) Rx Encl Exh Duct (A) (REN10A ) HIHI , RX Encl Exh Duct (B) (REN10B ) HIHI I Rx Encl Exh Duct C REN10C HIHI Rx Encl Exh Duct D REN10D HIHI 4 i ' (
.6
--,-s-
l t LIMERICK CENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.aa b RADIATION MONITORING SYSTEM DATA (T = 05:00) ( 13:00) NOTEt 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES I Monitor value units Monitor value units 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 OSH mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 OSH mR/hr 2-RE-07 4.0 mR/hr 1-RE-04 15. mR/hr 2-RE-08 10. MR/hr , 1-RE-05 49. mR/hr 2-RE-09 10. mR/hr 1-RE-06 OSH mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2-RE-11 5.1 mR/hr 1-RE-08 OSH mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 OSH mR/hr 2-RE-13 300. mR/hr 1-RE-10 OSH mR/hr 2-RE-14 300. mR/hr 1-RE-11 -03H mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 4.8 mR/hr 1-RE-13 120. mR/hr 2-RE-17 10. mR/hr . 1-RE-14 OSH mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 OSH mR/hr 2-RE-19 300. mR/hr 1-RE-16 OSH mR/hr 2-RE-20 300, mR/hr t 1-RE-17 OSH mR/hr 2-RE-21 1.0 mR/hr 1-RE-18 OSH mR/hr 2-RE-22 0.13 mR/hr /'.,
- 1-RE 5500. mR/hr 2-RE-23 2.8 mR/hr
(.. 1-RE-20 1.3E4 mR/hr 2-RE-24 1.0 mR/hr 1-RE-21 OSH mR/hr 2-RE-25 0.10 mR/hr 1-RE-22 OSH mR/hr 2-RE-26 0.10 mR/hr 1-RE-23 OSH mR/hr 2-RE-27 0.41 mR/hr 1-RE-24 OSH mR/hr 2-RE-28 0.10 mR/hr 1-RE-25 150. mR/hr 2-RE-29 4.2 mR/hr 1-RE-26 49. mR/hr 2-RE-30 4.2 mR/hr 1-RE-27 OSH mR/hr 2-RE-31 4.2 mR/hr 1-RE-28 0.17 mR/hr 2-RE-32 0.13 mR/hr 1-RE-29 41. mR/hr 2-RE-33 4.2 mR/hr 1-RE-30 30. mR/hr 2-RE-34 0 10 mR/hr 1-RE-31 8.8 mR/hr 2-RE-35 0.50 mR/hr 1-RE 14. mR/hr 0-RE-41 5.0 mR/hr 1-RE-33 39. mR/hr 0-RE-42 0.50 mR/hr 1-RE-34 0.10 mR/hr 0-RE-43 4.0 mR/hr 1-RE-35 0.50 mR/hr 0-RE-44 0.10 mR/hr 1-RE-36 74. mR/hr 0-RE-45 2.5 mR/hr 2-RE-01' O.10 mR/hrL 0-RE-46 2.0 mR/hr RE-02 0.10 mR/hr .0-RE-47 1.0 mR/hr 2-RE-03 2.0 mR/hr 0-RE-48 0.72 mR/hr 2-RE 0.10 mR/hr 0-RE-49 2.0 mR/hr continued next column continued next page p k ,
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 l
,- TABLE 6.1.aa , \/- RADIATION MONITORING SYSTEM DATA (T = 05:00) ( 13:00) I continued NOTE: 'OSH' e Offscale High ALL MONITOR VALGES ARE 1 MINUTE AVERAGES Monitor- value units Monitor value units 0-RE-50 OSH *aR/hr SE160A 10. cpm
- 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-09 10. cpm 0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 0.41 mR/hr SE13-11 3.7E4 cpm 0-RE-56 0.23 mR/hr RE42N6A 1000. nR/hr 0-RE 57 l'. 0 mR/hr RE42N6B .1000. hR/hr 0-RE-58 1400- mR/hr RE42N6C 1000. mR/hr 0-RE-60 0.01 mR/hr RE42N6D .1000. mR/hr REX-025 0.10. mR/hr RE285A1 1.E 12 uCi/cc RI-01 25. mR/hr RE285A2 1.M-11 uCi/cc RI-02 1.0 mR/hr RE285A2 1.0E-7 uCi/cc RI-101 42. mR/hr RE285B1 1.E-12 uCi/cc RE41N6A 5.9E4 mR/hr RE285B2 1.E-11 uCi/cc
-s RE41N6B 5.9E4 mR/hr RE285B3 1.0E-7 uCi/cc l [ ] RE41N6C 5.9E4 5.9E4 mR/hr RE291A 1.3 R/hr
\_ / RE41N6D mR/hr RE291B 2.6 R/hr
.RE185A1 1.E-12 uCi/cc RE291C 4.4 R/hr
-RE185A2 1.E-11 uCi/cc RE291D 6.2 R/hr RE185A3 1.0E-7 uCi/cc REN20A 0.20 mR/hr
' RE18 5 B1 - 1.E-12 uCi/cc REN20B 0.20 mR/hr RE185B2- 1.E-11 uCi/cc 'REN20C 0.20 mR/hr RE185B3 .1.0E-7 uCi/cc REN20D 0.20 mR/hr RE191A 9.3E4. R/hr REN21A 3.7 mR/hr RE291B 9.3E4 R/hr REN21B 3.7 mR/hr RE191C- 9.3E4 R/hr REN21C' 3.7 .mR/hr RE191D 9.3E4 R/hr REN21D 3.7 mR/hr REN10A' .OSH mR/hr SE17-23 10. cpm REN10B OSH mR/hr SE221C. 10, cpm REN10C OSH mR/hr SE221D 10. cpm REN10D .OSH; mR/ht SE160A- 53. cpm
'REN11A- 23. mR/hr SE160B 53. cpm 4 REN11B 33.- mR/hr SF.-190 6.6E4 cpm REN11C- 23. imR/hr SE-290 10. cpm REN11D 33. mR/hr SE10-11 10. . cpm RR-609 110. cpm SE13-11 10. cpm SE17-23 370. cpm RE025A 3.E-10 uCi/cc SE1210 10. cpm RE025B 3.7E-9 uCi/cc L SE121D 10. cpm RE68C-1 1.8E-7 uCi/cc continued next column continued next page l
n s-
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.aa O- RADIATION MONITORING SYSTEM DATA (T = 05:00) ( 13:00) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc RE76-4 2.3E6 uCi/s RE007C1 1.0E-6 uCi/cc 6 RE75-Al 2.7E-7 uCi/cc RE00?c2 1.OE-6 uCi cc RE75-A2 7.7E-6 uCi/cc RE007DI 1.0E-6 uCi cc RE75-A3 0.012 uCi/cc RE007D2 1.0E-6 uCi cc RE75-B1 2.7E-7 uCi/cc SE022A 10. cpm RE75-B2 7.7E-6 uCi/cc SE022B 10. cpm RE75-B3 0.012 uCi/cc RE26-16 10. cpm RE76-1 0.012 uCi/cc REN-04A 10. mR/hr RE76-2 0.012 uCi/cc REN-04B 10. mR/hr RE76-3 0.1 uCi/cc REN-005 10. mR/hr RE007Al- 1.0E-6'uci/cc PAS LC1 5.2 mR/hr RE007A2 1.0E-6'uCi/cc PAS LC2 5.2 mR/hr 1 O 4
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE A.1.1 RADIATION HONITORING SYSTEH ALARMS (T = 05:00) ( 13:00) Sump Compartment--RX 177 (1-RE-03 HIGH Iso Valve Compt.--RX 201 (1-RE-06 HIGH Neut Hon Sys Area-RX 253 (1-RE-17 HIGH Rx Wtr Cleanup Pump Area (1-RE-21 HIGH kWCU Heat Exchanger Area 1-RE-22 HIGH SBLC System Area--RX 283 1-RE-23 HIGH RWCU Instr. Rack Area 1-RE-24) HIGH RWCU Filter Arca--RX 313 (1-RE-27) HIGH D/W Head Laydown--RX 352 (1-RE-29) HIGH Dryer /Sep. Area--RX 352 1-RE-30) HIGH Pool Plug Laydown-RX 352 1-RE-33) HIGH Stnby Gas Trtant--CS 332 0-RE-58) HIGH Rx Enci Cooling Water SE13-11p HIGH N. Stack E1.402 RE76-4 j HIGH N. Stack -Particulate (A) (RE75-A1) HIGH N. Stack -Particulate (A) (RE75-A11 HIHI N. Stack -Iodine (A) RE75-A2 h HIGH N. Stack -Iodine (A) RE75-A2 ) HIHI N. Stack -Gas (A) RE75-A3) HIGH RE75-A3 HIHI N. N. Stack -Gas LA) late (B) Stack -Part:,cu (RE75-B1 HIGH N. Stack -Particulate (B) (RE75-B1 HIHI N. Stack -Iodine (B) (RE75-B2 HIGH N. Stack -Iodine (B) (RE75-B2 HIHI O N. Stack -Gas (B) N.Stk -Widerange Gas (1) N.Stk -Widerange Gas (2) (RE75-B3 (RE76-1 (RE76-2 ) HIHI HIGH HIHI e s i O
5 LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.ab O RADIATION MONITORING SYSTEM DATA (T = 05:30) ( 13:30) NOTE: 'OSH' = Offscale High
- ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units T 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 OSH mR/hr 2-RE-06 0.10 mR/hr
,L I 1-RE-03 OSH mR/hr 2-RE-07 4.0 mR/hr L 1-RE-04 13. mR/hr 2-RE-08 10. mR/hr 1-RE-05 43. mR/hr 2-RE-09 10. mR/hr 1-RE-06 OSH mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.1 mR/hr 2-RE-11 22. mR/hr 1-RE-08 OSH mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 OSH mR/hr 2-RE-13 300. mR/hr 1-RE-10 OSH mR/hr 2-RE-14 300. mR/hr 1-RE-11 OSH mR/hr 2-RE-15 1.5 mR/hr 1-RE-12 0.11 mR/hr 2-RE-16 16. mR/hr m 'l-RE-13 120. mR/hr 2-RE-17 10. mR/hr I- 1-RE-14 OSH mR/hr 2-RE-18 0.50 mR/hr 1-RE-15 OSH mR/hr -" 19 300. mR/hr laRE-16 OSH mR/hr . u. 300. mR/hr 1-RE-17 OSH mR/hr 2-RE-2. 1.0 mR/hr 1-RE-18 OSH mR/hr 2-RE-22 0.22 mR/hr m O 1-RE-19 1-RE-20 1-RE-21 5000. 1.2E4 OSH mR/hr mR/hr mR/hr 2-RE-23 2-RE-24 2-RE-25 12. 1.0 0.10 mR/hr mR/hr mR/hr 1-RE-22. -OSH mR/ hr 2-RE-26 0.10 mR/hr 1-RE-23 2-RE-27 OSH mR/br 1.5 mR/hr 1-RE-24 USH mR/hr 2-RE-28 0.10 mR/hr 1-RE-25 130. mR/hr 2-RE-29 31. mR/hr-1-RE-26 43. mR/hr 2-RE-30 31. mR/hr
, 1-RE-27 OSH mR/hr 2-RE-31 31. mR/hr 1-RE-28 0.16 mR/hr 2-RE-32 0.44 mR/hr 1-RE-29 190. mR/hr 2-RE-33 31. mR/hr 1-RE-30 140. mR/hr 2-RE 0.10 mR/hr 1-RE-3* . 36. mR/hr 2-RE-35 0.50 mR/hr
'l-RE-32 42. mR/hr 0-RE-41 5.0 mR/hr 1-RE-33 190. mR/hr 0-RE-42 0.50 mR/hr 1-RE-34 0.10 mR/hr 0-RE-43 4.0 mR/hr 1-RE-35 0.50 mR/hr 0-RE-44 0.10 mR/hr 1-RE-36 65. mR/hr 0-RE-45 2.5 mR/hr 2-RE-01 0.10 mR/hr 0-RE-46 2.0 mR/hr 2-RE-02 0.10 mR/hr 0-RE-47 1.1 mR/hr 2-RE-03 2.0 mR/hr 0-RE-48 2.9 mR/hr 2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr continued next column continued next page m.
4
LIMERICK CENERATING STATION SCENARIO LKA j ANNUAL EXERCISE UNIT 1 REV 1 i I
'T TABL4 6.1.ab i c \--) RADIATION MONITORING SYSTEM DATA (T = 05:30) ( 13:30) 1 continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 0-RE-50 OSH mR/hr SE160A 10. cpm 0-RE-51 0.05 mR/hr SE160B 10. cpm 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53 0.05 mR/hr SE63-O' 10. cg m 0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 1.5 mR/hr SE13-11 1.8E5 cpm 0-RE-56 1.0 mR/hr RE42N6A 1000. mR/hr 0-RE-57 1.0 mR/hr RE42N6B 1000. mR/hr 0-RE-58 7400. mR/hr RE42N6C 1000. mR/hr 0-RE-60 0.01 mR/hr RE42N6D 1000, mR hr REX-025 0.10 mR/hr RE285A1 1.E-12 uCi cc RI-01 23. mR/hr RE285A2 1.E-11 uCi cc '
RI-02 _ 1.0 mR/hr RE285A3 1.0E-7 uCi cc RI-101- 200. mR/hr RE285B1 1.E-12 uCi/cc RE41N6A 2.8E5 mR/hr RE285B2 1.E-11 uCi/cc rx RE41N6B 2.BE5 mR/hr RE285B3 1.0E-7 uci/cc (x- )- RE41N6C 2.8E5 mR/hr RE291A 1.3 R/hr RE41N6D. 2.8E5 mR/hr RE291B 2.6 R/hr RE185A1 1.E-12iuci/cc RE291C 4.4 R/hr ; RE185A2: 1.E-11 uCi/cc RE293D 6.2 R/hr + RE185A3 1.0E-7 uCi cc REN20A 0.55 mR/hr 1 RE185B1 REN20B
^
1.E-12 uCi cc 0.55 mR/hr RE185B2 1.E-11 uCi cc REN20C 0.55 mR/hr RE185B3 1.0E-7 uCi/cc REN20D 0.55 mR/hr RE191A 1.3E5 R/hr REN21A 31. mR/hr RE191B 1.3E5 R/hr REN21B 31. mR/hr RE1910 1.3E5 R/hr REN21C 31. mR/hr RE191D 1.3E5 R/hr REN21D 31. mR/hr REN10A OSH mR/hr SE17-23 10. cpm ; REN10B OSH mR/hr SE221C 10, cpm REN10C OSH mR/hr SE221D 10. cpm REN10D OSH mR/hr SE160A 46. cpm REN11A 99. mR/hr SE160B 46. cpm REN11B OSH mR/hr SE-190 3.1ES cpm REN31C 99. mR/hr SE-290 10. cpm REN11D OSH mR/hr SE10-11 10. cpm RR-609 490. -cpm SE13-11 10. cm SE17-23 1700. cpm RE025A 3.E-10 uCi cc SE121C 10. cpm RE025B 3.7E-9 uCi cc SE121D 10. cpm RE68C-1 1.8E-7 uCi/cc continued next column continued next page p
L-l LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
- rx TABLE 6.1.ab ! -l ) RADIATION MONITORING SYSTEM DATA (T = 05 30) ( 13:30) ss i
continued NOTE 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 1 RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uC1/cc RE68D-1 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc RE68D-2 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc RE76-4 1.4E7 uCi/s RE007C1 1.0E-6 uCi/cc ', i RE75-Al OSH uCi/cc RE007C2 1.0E-6 uC1/cc RE75-A2 OSH uci/cc RE007U1 1.0E-6 uCi/cc RE75-A3 0.075 uCi/cc RE007D2 1.0E-6 uCi/cc ' RE75-B1 OSH uCi/cc SE022A 10. cpm RE75-B2 OSH uCi/cc SE022B 10, cpm ' RE75-B3 0.075 uCi/cc RE26-16 10. cpm RE76-1 0.075 uCi/cc REN-04A 10. mR/hr RE76-2 0.075 uC1/cc REN-04B 10. mR/hr t RE76-3 0.1 uC1/cc REN-005 10. mR/hr I RE007Al 1.0E-6 uCi/cc PAS LC1 23. mR/hr , RE007A2. 1.0E-6 uCi/cc PAS LC2 23. mR/hr
> h ,
N-] P h
'?
I o s h l
+
V
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV-1 TABLE A.1.m , O- RADIATION MONITORING SYSTEM ALARMS (T = 05:30) ( 13:30) Spent Fuel Pool--RX 352 (1-RE-31) HIGH CRDHCU i.rea West--RX 253 (2-RE-16) HIGH D/W Head Laydown--RX 352 (2-RE-29) HIGH Dryer /Sep. Area--RX 352- (2-RE-30) HIGH Spent Fuel Pool--RX 352 (2-RE-31) HIGH Pool Plug Laydown-RX 352 (2-RE-33) HIGH Rx Encl Exh Duct (A) (REN20A ) HIGH Rx Encl Exh Duct (B) (REN20B ) HIGH Rx Encl Exh Duct (C) (REN20C ) HIGH Rx Encl Exh Duct (D) (REN20D j .HIGH
' Pass Cntl Panel (PAS LC1) HIGH Pass Cntl Panel (PAS LC2) HIGH i
t g l ip
L I LIMERICK GENERATING STATION SCENARIO LKA
- ANRUAL EXERCISE UNIT 1 REV 1 j TABLE 6.1.ac l
'r~'Y^
'- RADIATION MONITORING SYSTEM DATA (T = 06:00) ( 14:00) l NOTE: 'OSH' = Offscale High- .)
1
- ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units 1-RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 OSH mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 OSH .mR/hr 2-RE-07 4.0 mR/hr 1-RE 11. mR/hr 2-RE-08 10. mR/hr 1-RE-05 38. mR/hr 2-RE-09 10. mR/hr-3-RE-06. OSH- mR/hr 2-RE-10 20. mR/hr
~-RE-07
_ 1.1: mR/hr 2-RE-11 40. mR/hr RE-08 OSH mR/hr 2-RE-12 0.10 mR/hr-1-RE-09 CSH mR/hr 2-RE-13 300. mR/hr 1-RE-10 OSH mR/hr 2-RE-14 300. mR/hr 0SH 1-RE-11_ -mR/hr 2-RE-15 1.5 mR/hr , 1-RE-12 0.11 mR/hr 2-RE-16' 28. mR/hr l 1-RE 110. mR/hr' 2-RE-17 10. mR/hr 1-RE-14 'OSH- mR/hr- 2-RE-18 0.50 mR/hr . 1-RE-15. OSH. -mR/hr 2-RE-19 300. mR/hr 1 1-RE-16, OSH mR/hr 2-RE-20 300. mR/hr ! 1-RE-17 '^SH' mR/hr 2-RE-21 1.0 mR/hr .
.r . 1-RE-18 0SH .mR/hr 2-RE-22 Ot . 31 mR/hr 1 1 '
l-RE _4600. mR/hr 2-RE 22. mR/hr- :
- 1-RE-20 -1.0E4 mR/hr 2-RE-24 1.0 mR/hr- i 1-RE-21 OSH mR/hr 2-RE-25 0.10 mR/hr 1-RE-22 OSH mR/hr- RE-26 0.10 mR/hr '
3-RE-23 0SH~ _ mR/hr_ 2-RE-27 2.6 .mR/hr i-RE-24 OSH mR/hr 2-RE-28 0.10 mR/hr i 1-RE-25 120.- mR/hr 2-RE-29 130. :mR/hr 1 1-RE-26 3 8. - mR/hr- 2-RE-30 130. -mR/hr- t 1-RE 'OSH mR/hr 2-RE-31 130. -mR/hr. > n RE 0.15 mR/h' 2-RE-32 1.6 mR/hr '
~ 1-RE-29 410.. mR/b; 2-RE-33 :130. mR/hr !
1-RE '330. mPr ar RE-34 0.10..mR/hr i a t .' ~1-RE 130. mR/hr 2-RE-35 0.: 1 .mR/hr~ -i 1-RE- 3 2 ' ' 130. mR/hr- 0-RE 5.0 mR/hr 1-RE-33 '410'.- mR/hr 0-RE-42 0.50 mR/hr;
- 1-RE-34 0.10- mR/hr 0-RE-43 .4.0 mR/hr <
p ,
,. 1-RE-35_ 0.50 mR/hr 0-RE H0.10 mR/hr 'j 1-RE 57.. mR/hr 0-RE-45 2.5 mR/hr i 2-RE 'O.10 mR/hr 0-RE 2.0 mR/hr :
~2-RE-02 0.10 mR/hr. 0-RE-47 1.1 mR/hr ,
L 2-RE-03 ' 2 .1 mR/hr. 0-RE-48 5.1 mR/hr. -j 2-RE-04 0.10 mR/hr OaRE-49 2.0 .mR/hr l continued next column continued.next page 1 I l f3 V
LIMERICK GENERATING-STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.ac ,O-, RADIATION MONITORING SYSTEM DATA (T =_06:00) ( 14:00) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value1 units Monitor value units 0-RE-50 OSH 'mR/hr SE160A 10. ' cpm 0-RE-51: 0.05 mR/hr SE160B 10. cpm 0-RE 0.01 mR/hr SE-190- 10. cpm 0-RE-53; 0.05 mR/hr SE63-09 10. cpm 0-RE 1.0- mR/hr SE10-11 10. Opm 0-RE-55 2.6- mR/hr SE13-11 3.1E5 cpm 0-RE-56 1.8 mR/hr RE42N6A 1000. _mR/hr 0-RE-57 1.0- mR/hr RE42N6B 1000. mR/hr 0-RE ;OSH mR/hrc RE42N6C 1000. mR/hr 0-RE-60 0.03- mR/hr RE42N6D 1000. mR/hr REX-025: 0.10. mR/hr RE285A1 1.E-12 uCi/cc
'RI-01= 20. mR/hr RE285A2 1.E-11:uCi/cc
- RI-02 - 1.0; mR/hr ~ RE285A3 1.0E-7 uCi/cc RI-101 .430. 1mR/hr RE285B1 1.E-12'uCi/cc-lRE41N6A .4.8ES) mR/hr RE285B2 1.E-11 uCi/cc RE41N6B' 4.9ES mR/hr- RE285B3 1.0E-7 uC1/cc 9 1RE41N6C RE41N6D RE185Al- 1.E-12 uCi/cc 4.9E5- mR/hr 4.9E5: mR/hr RE291A RE291B RE291C 1.3 R/hr 2 .' 6 4.4 R/hr R/hr ERE185A2 -1.E-11 uCi/cc .RE291D 6.2 R/hr.
RE185A3 1 1.0E-7 uCi cc REN20A 0.92 mR/hr' '
'RE185B1 1.E-12-uci cc REN20B 0.92. mR/hr.
. RE185B2 1^E-11 uCi cc
. REN20C 0.92 mR/hr-RE185B3. 1'OE 7.uCi/cc REN20D 0.92- mR/hr-
-RE191A_. ;1.1E5 R/hr; .REN21A- OSH' _mR/hr
'RE191B .141E5 R/hr REN21B- OSH. mR/hr-RE191C L 1.1E5' R/hr REN21C. OSH- mR/hr RE191D El.1ES 'R/hr' REN21D OSH- _mR/hr REN10A OSH. "mR/hr. SE17-23 10. cpm REN10B; lOSH tmR/hr SE221C- 10. cpm REN10C ' lOSH) mR/hr SE221D 10. ' cpm REN10D_ . OSH mR/hr. SE160A 40. ' epm = -
REN11A' - " OSH .mR/hr SE160B. 40. cpm REN11B- OSH' mR/hr SE-190 . 5.5E5 cpm REN11C. .OSH mR/hr SE-290 10. ' cpm REN11D .OSH mR/hr- SE10-11. 10. cpm RR-609' '890. cpm SE13-11 10. cpm SE17-23 :3000. cpm RE025A 3.E-10 uCi/cc-SE121C 10. cpm- RE025B' 3.7E-9 uCi/cc-iSE121D - 10 . - cpm RE68C-1 1.8E-7.uci/cc-continued nextJcolumn continued next-page O
k
~ LIMERICK GENERATING STATION SCENARIO LKA di . ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.1.ac RADIATION MONITORING SYSTEM DATA (T = 06:00) ( 14:00) continued
; r. NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units
!? ' RE68C-2 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc 1.0E-6 uCi/cc
~
RE68D-1 1.8E-7 PCi/cc RE007B1 RE68D 1.8E-7 uCi/cc RE007B2 1.0E-6 uCi/cc RE76-4 3. 0E7 -- uC1/s RE007C1 1.0E-6 uCi/cc 6 RE75-Al OSH uCi/cc RE007C2 1.0E-6 uCi/cc RE75-A2 OSH - uCi/cc RE007D1 1.0E-6 uCi/cc RE75-A3 OSH uCi/cc RE007D2 1.0E-6 uCi/cc RE75-B1 OSH uCi/cc SE022A 10. cpm
'" - RE75-B21 OSH. aci/ccl SE022B 10. cpm RE75-B3- OSH uCi/cc .RE26-16 10. cpm RE76-l' O.16 uCi/cc REN-04A 10. mR/hr RE76-2: OSH. uCi/cc REN-04B 10 . - mR/hr RE76 0.2 uCi/cc REN-005_ 10. mR/hr RE007A1 1.0E-6 uCi/cc PAS LC1 42. mR/hr -
RE007A2- 1.0E-6 uCi/cc PAS LC2 42. mR/hr 9 g. L 4 l
m t LIMERICK GENERATING' STATION SCENARIO LKA'
. ANNUAL EXERCISE' UNIT 1 REV 1
, .PA '-- TABLE A.1.n b)-
f t RADIATION MONITORING SYSTEM ALARMS (T = 06:00) ( 14:00) RR Access' Airlock-RX 217 (2-RE-11) HIGH .) SBLC System Area--RX 283 (2-RE-23) HIGH i t P g 'f g
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. -c -LIMERICK' GENERATING STATION SCENARIO LKA J' : ANNUAL EXERCISE-- UNIT 1 REV 1 3,
TABLE 6.1.ad RADIATION-MONITORING SYSTEM DATA (T = 06:30) ( 14:30). NOTE: 'OSH' = Offscale High ALL MONITOR.-VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units RE-01 OSH mR/hr 2-RE-05 0.10 mR/hr 1-RE-02 -OSH mR/hr 2-RE-06 0.10 mR/hr 1-RE-03 OSH- mR/hr 2-RE-07 4.G mR/hr
~ 1-RE-04_ 9.8 mR/hr 2-RE-08 10. mR/hr RE-05 33. mR/hr- 2-RE-09 10. mR/hr RE-06 ,OSH mR/hr 2-RE-10 20. mR/hr 1-RE-07 1.0 mR/hr 2-RE-11 32. mR/hr 1-RE-08, OSH mR/hr 2-RE-12 0.10 mR/hr 1-RE-09 OSH mR/hr 2-RE-13 300. mR/hr
.L-RI:-10 OSH mR/hr 2-RE-14 300. mR/hr
+
1-RE-11 _OSH mR/hr' 2-RE-15 1.5- mR/hr
.1-RE-12: 0.11 mR/hr 2-RE-16 22. mR/hr. ; 4 1-RE-13 110. mR/hr 2-RE-17 10. mR/hr-11-RE-14 - OSH. >mR/hr 2-RE-18 0.50 mR/hr-1-RE-15_ OSH mR/hr 2-RE-19 -300, mR/hr-RE-16 OSHL -mR/hr 2-RE-20 300~. .mR/hr 4
1-RE-17 _OSH .mR/hr 2-RE-21 1.O mR/hr RE-18: OSH- mR/hr- 2-RE-22 0.27 mR/hr O '
.1-RE 1-RE-20 RE-21 l4100. mR/hr 9400. .mR/hr OSH _mR/hr 2-RE-23 2-RE -24
.2-RE-25
- 17. mR/hr
-1.0 mR/hr 0.10 _mR/hr 11-RE - O S H -- mR/hr' 2-RE-26 0.10 mR/hr
- 1-RE-23' .OSH' mR/hr 2-RE-27 2.1. mR/hr 11-RE-24. - OSH -- mR/hr- 2-RE-28 0.10 mR/hr 1-RE-25 100. LmR/hr 2-RE-29 180. mR/hr
-l-RE-26: 33. - mR/hr_ 2-RE-30 180. mR/hr 1-RE -2 7 s -OSH: _'mR/hr 2-RE-31 180. mR/hr 1-RE 28: 0.14 mR/hr 2-RE-32 - 2 .1. mR/hr 1-RE-29 .4 00. - mR/hr 2-RE-33 180. mR/hr 1-RE 340. 1 mR/hr RE-34 0.10 'mR/hr 1-RE-31 180. mR/hr 2-RE O.50 mR/hr
- n. 1-RE-32 180. .mR/hr- 0-RE-41 5.O mR/hr
.1-RE <
.4 00.- mR/hr. 0-RE-42 0.50 mR/hr mR/hr-
'1-RE-34:
0.10 mR/hr 0-RE-43 4.0 ~ 1-RE-35 O.50 'mR/hr 0-RE-44 0.10 mR/hr 1-RE 50. mR/hr 0-RE-4S 2.5 mR/hr 2-RE-01 0'.10 mR/hr 0-RE-46 2.0 mR/hr 2-RE-02 0.10 mR/hr 0-RE_47 1.1 mR/hr 2-RE .2.1 mR/hr 0-RE-48 4.1 mR/hr-2-RE-04 0.10 mR/hr 0-RE-49 2.0 mR/hr
- continued next column continued next page A
O 4 __.=____-__-_-____.___________---___-___________---_______________-_-______-___--_________-_ __---_-
LIMERICK GENERATING STATION SCENARIO LKA JJMUAL EXERCISE UNIT 1 REV 1
.N TABLE 6.1.ad N l' RADIATION MONITORING SYSTEM DATA (T = 06:30) ( 14:30) cortinued NOTE: 'OSH' = Offscale High-ALL MONITOR VALUES ARE 1 MINUTE AVERAGES Monitor value units Monitor value units !
c
, 0-RE-50 OSH mR/hr SE160A 10. cpm O-RE-51 0.05 mR/hr SE160B 10. cpm ,
m , 0-RE-52 0.01 mR/hr SE-190 10. cpm 0-RE-53. 0.05 mR/hr SE63-09 10. cpm
'0-RE-54 1.0 mR/hr SE10-11 10. cpm 0-RE-55 2.1 mR/hr SE13-11 2.2E5 cpm 0-RE-56 1.4 'mR/hr RE42N6A 1000, mR/hr ,
0-RE-57 1.0 mR/hr- RE42N6B 1000. mR/hr 0-RE 9600,- mR/hr- RE42N6C 1000. mR/hr ' 0-RE-60 0.04 mR/hr RE42N6D 1000, mR/hr REX-025' O.10 mR/hr RE285A1 1.E-12 uCi/cc RI-01 18. mR/hr RE285A2 1.E-11 uCi/cc RI-02 1.0 mR/hr RE285A3 ' 1.0E-7 uCi/cc
- RT-101' 410 3 mR/hr RE285B1 1.E-12 uC1/cc
.Rd41N6A 3. 5E5; mR/hr- RE285D2 1.E-11 uCi/cc
. f~Y RE41N6BL 3.5E5 mR/hr RE285B3 1.0E-7 uCi/cc
(_,/; RE41N6C. 3.5ES mR/hr- RE291A 1.3 R/hr , RE41N6D -3.5E5 mR/hr- RE291B 2.6 R/hr i RE185A1 :1.E-12 uCi/cc - RE291C 4.4 R/hr RE185A2 1.E-11 uCi/cc 6.2 R/hr
- RE291D .>
R -RE185A3 ~1.0E-7-uCi/cc REN20A 0.76 mR/hr l b RE185B1J 1.E-12Luci/cc REN20B. 0.76 'mR/hr m L RE185B2 ~1.E-11 uCi/cc: REN20C 0.76 mR/hr RE185B3 ,1.0E-7 uCi/cc' REN20D 0.76 mR/hr R,
'RE191A 7.3E4 R/hr- . REN21A OSH- mR/hr- 1
- RE191B: 7.3E41-R/hr REN21B OSH- mR/hr-RE191C, 7.3E4: R/hr REN21C 'OSH mR/hr RE191D -7.3E4 R/hr REN21D OSH mR/hrl i REN10A- OSH mR/hr SE17-23 10. cpm !
LREN10B OSH mR/hr SE221C '10. . cpm- l
+ -REN10C OSH mR/hr SE221D 10. : cpm REN10D :OSH .mR/hr SE160A- 34. cpm' REN11A OSH mR/hr SE160B- 34. cpm REN11B -0SH mR/hr SE-190- 3'.9E5 cpm ,;
REN11C OSH- mR/hr SE-290 . 10 . - cpm i 4 REN11D- OSH mR/hr SE10-11 10. cpm , cpm SE13-11 cpm
'RR-609: '700. 10.
SE17-23 -2400. cpm RE025A. 3.E-10 uCi/cc SE121C' 10, cpm RE025B 3.7E-9 uCi/cc SE121D 10. cpm RE68C-1 1.8E-7:uci/cc continued next column continued next page n
l 1 S , q
'."'-LIMERICK GENERATING' STATION --
SCENARIO:LKA ANNUAL EXERCISE UNIT 1 REV 1 1 l TABLE 6.1.ad , [~'(l a^~'/' , 1 RADIATION' MONITORING SYSTEM DATA (T = 06:30) ( 14:30) continued NOTE: 'OSH' = Offscale High ALL MONITOR VALUES ARE 1 MINUTE AVERAGES ; Monitor- value units Monitor- value units > N, RE68C-2= 1.8E-7 uCi/cc RE007A2 1.0E-6 uCi/cc
- RE68D 1.8E-7 uCi/cc RE007B1 1.0E-6 uCi/cc LRE68D-2 .1.8E-7'uCi/cc RE007B2 1.0E-6'uC1/cc l
< RE76-4 2.8E7 uCi/s RE007C1 1.0E-6 uCi/cc
-" RE75-Al OSH uCi/cc RE007C2 1.0E-6 uCi/cc ,
RE75-A2 OSH uCi/cc ' RE007D1 1.0E-6 uCi/cc
,~ . RE75-A3 OSH uCi/cc RE007D2 1.0E-6 uCi/cc
.RE75-B1 ~OSH ;uci/cc SE022A 10. cpm RE75-B2 OSH uCi/cc SE022B . 10. cpm' >
RE75-B3~ OSH uCi/cc RE26-16 10. cpm RE76-1 0.-13'uCi/cc REN-04A 10. mR/hr 1 RE76-2' OSH uCi/cc REN-04B 10. mR/hr-RE76 . 0.2 uci/cc REN-005 10. mR/hr= RE007A1: 1.0E-6 uC1/cc PAS IC1 33. mR/hr
'RE007A2,.1.0E-6Huci/cc PAF LC2 33. mR/hr u) ,
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CONTROLLER INFORMATION FOR USE WITH TABLES 6.-2 O-* Table 6.2, In-Plant Survey and Sampling Data, contains direct radiation reading information. This data is listed as values that may or may not be " readable" by a particular instrument. - Following is a list of radiation meters that are available, including the range of all scales of these instruments. Please provide data only applicable to the scale that the meter being used is set to. If not readable by that particular scale, report data as "Offscale low" or "Offscale high",'as appropriate. ARM readings that are given for each elevation are the READOUTS on that particular elevation. The detectors are not necessarily on that elevation and may not reflect dose rates of the area where listed. i RO2 RO2A 0.2 - 50 mr/hr 2 - 50 mr/hr 2 - 50 mr/hr 20 - 500 mr/hr 20 - 500 mr/hr 200 - 5000 mr/hr 200 - 5000 mr/hr 2 - 50 r/hr s-RO7 E520 (depends on which of three .0.01 - 0.2 mR/hr detectors is installed) 0.1 - 2 mR/hr 0-2 r/hr 1 - 20 mR/hr 0 -'200 r/hr 10 - 200 mR/hr
- 0. .20000 r/hr; 100 - 2000 mR/hr Johnson Xtender 50 - 1000 4R/hr 0.5 - 10 mR/hr 5 - 100 mR/hr 50 - 1000 mR/hr 0.5 - 10 R/hr 5 - 100 R/hr 10 - 1000 R/hr
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LIMERICK GENERATING STitTION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 y** ,
. TABLE'6.2 .
t N -- ' IN-PLANT CURVEY AND SAMPLING DATA '
---------------READINGS h90VE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN
. LOCATION- WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr)
(T = 00:00)- ( 08:00) , CBC 217 A
~
< 0.1 - < 0.1 CbO 217 B < 0.1 < 0.1 !
CBC 217 C
~
< 0.1 < 0.1 CBd'217 D
< 0.1 < 0.1 CBC 217 E < 0.1 < 0.1 Y
(T = 00:15)' ( 08:15)' < 0.1 < 0.1 CBC 217 A
< 0.1 < 0.1 CBC 217 B CBC 217 C < 0.1 < 0.1 CBC 217 D
~
< 0.1 < 0.1 CBC[217 E- < 0.1 < 0.1 (T = 00:16) ( 08:16) < 0.1 < 0.1 e <
CBC 217-A
~
< 0.1 < 0.1 CBC 217 B f1? mo CBC 217 C
~
< 0.1 < 0.1 CBC[217 D < 0.1 c'O.1' d i CBC 217.E.
< 0.1 < 0.1 gf R -------------------------------_-----_-------_ ---
(T = 00:17) ( 08:17) CBC 217 A
< 0.1 < 0 .1- CBC 217 B
~
<-0.1 < 0.1 .
.CBC 217'C < 0.1 < 0.1 CBC 217 D
~
< 0.1 < 0.1
"* < 0.1 < 0.1 CBC[217 E:
(T = 00:30) ( 08:30) < 0.1 < 0.1 CBC 217'A
- <-0.1 < 0.1 CBC 217 B CBC 217 C < 0.1 < 0.1 CBC 217 D
< O.1 < 0.1 CBC'217 E
'< 0.1 < 0.1 4
1- . (T = 01:00) ( 09:00) CBC 217 B < 0.1 < 0.1-CBC'217 A
< 0.1 < 0.1 -
l CBC 217 C , 0.1 < 0.1 CBC 217 D
~
< 0.1 < 0.1 CBC[217 E < 0.1 < 0.1
.,~ --------------------------------------------.-----
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, LIMERICK GENERATING STATION SCENARIO LKA
. ANNUAL EXERCISE. UNIT 1 REV 1
, . , ,,. y .
TABLE 6.2 li. .' . IN-PLANT SURVEY AND SAMPLING DATA
.i; ---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) .._________ (mR/hr) (mR/hr) i .(T.= 02:00) ( 10:00) < 0.1 CBC 217 A'
< 0.1 < 0.1 CBC 217 8
< 0.1 CBC 217 C-
< 0.1 <o0.1 CBC 217 D
< 0.1 < 0.1-CBC_217 E < 0.1 < 0.1 1
W I t.
.(T = 02:30) ; ( 10:30)
I .. E . CBC 217 A
~
<o0.1 < 0.1 CBC 217 B
< 0.1 < 0.1
-CBC 217 C < 0.11 < 0.1 CBC 217 D
~
< 0.1 < 0.1 i CBC[217 E' =< 0.1 < 0.1
, L. [ . _____________________________________________.__
'f,4
.L .
(T = 02:45) ( 10:45) CBC 217 B < 0.1 <-0.1 U Lv-E , .CBC 217 A. -
< 0.1 < L .1- -
CBC 217 C '< 0.1- < 0.1 CBC 217 D < 0.1 < 0.1 L[-[f
~
< 0. 1'
< 0,1 CBC[217 E'
, s __________________________________________________
M'.." ? . (Tl='02:52)-( 10:52) _ . CBC'217 A < 0 .1- < 0.1 CBC 217 B
< 0.1 < 0.1 CBC 217 D
~
xCBC 2171C
~
< 0.1- <-0.1 ~
< 0.1 < 0.1
.CBC_217 E- < 0 .1- '< 0.1
- 1. :
L ', ; (T~= 02:53) ( 10:53) CBC 217 B < 0.1 < 0.1 y CBC-217-A.
~
< 0.1 <=0.1 CBC 217 C < 0.1 < 0.1 CBC[217 D < 0.1 <,0.1 CBC[217 E '< 0.1- < 0.1 1
D , __________________________________ .._____________ L . (T = 02:54) ( 10:54) CBC 217 B < 0.1 < 0.1 L CBC 217 A < 0.1 < 0.1 - CBC 217 C' < 0.1 < 0.1 CBC 217 D
< 0.1 < 0.1 CBC_217 E < 0.1 < 0.1 L ,r __.______._____._____________.___________________.
I SCENARIO LKA iLIMERICK GENERATING STATION
. ANNUAL-EXERCISE UNIT 1 REV 1 TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND--------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) _(T = 02:55) ( 10:55) < 0.1 CBC 217 A. < 0.1 < 0 .1 - CBC 217 B < 0.1 CBd"217 D
~
CBC 217'C- '< 0.1 < 0.1 ~
< 0.1 < 0.1
; CBC[217 E <. 0.1 < 0.1 (T = 03:00) ( 11:00) CBC 217 B < 0.1 < 0.1 CBC 217 A
<10.1 < 0.1 -
CBC 217-C < 0.1 < 0.1 CBC 217 D
< 0.1 < 0.1 CBd[217 E- E< 0.1 < 0.1 (T = 03:05) ( 11:05) CBC 217 B < 0.1 < 0.1
-CBC 217 A <' O .~ 1 < 0.1 CBd 217 D lCBC 217 C < 0.1- < 0.1 -
< 0 . 1- < 0.1 CBd[217 E < 0.1 < 0.1 (T = 03:10)- ( 11:10) < 0.1 <-0.1 s CBC 217 A < 0.1 < 0.1 CBC 217 B CBd 217-C- < 0.1 < 0.1 CBC 217 D
~
< 0.1 < 0.1
=CBC2217 E < 0.1 <-0.1 (T = 03:15) ( 11:15) '
CBC 217 B < 0.1 < 0.1-CBC 217 A < 0.1 ' < O.1 - CBd'217 --C < 0.1 < 0.1 CBC 217 D
< 0.1 <.0.1
>CBd[217JE. < 0.1 < 0.1 (T = 03 : 20) -( _11: 20) '
'CBC-217 A:
- .< 0.1~ < 0.1 CBC 217 B < 0.1 < 0.1 CBC 217 C < 0.1 < 0.1 CBd[217 D < 0.1 < 0.1 CBC[217 E < 0.1 < 0.1 l
LIMERICK GENERATING STATION SCENARIO LKA ,
' ANNUAL EXERCISE UNIT 1 REV 1
() TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL E'. KGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW
~(mR/hr) (mR/hr) ....-------
(mR/hr) (mR/hr)
, (T e 03:30) ( 11:30)
.CBC 217 A
< 0.1 < 0.1 CBC 217 B
< 0.1 < 0.1 CBC 217 C < 0.1 < 0.1
. CBC 217 D
< 0.1 < 0.1
-CBC[217 E < 0.1 <-0.1 (T.= 03:40) ( 11:40) CBC 217 B < 0.1 < 0.1 CBC 217 A
< . 9 .1' - < 0.1 -
CBC 217 C < 0.1 < 0.1 CBC 217 D
~
< 0.1 < 0.1
.CBC[217 E < 0.1 < 0.1' t
U
. (T = 03:45) ( 11:45) < 0.1 < 0.1 9'N - .CBC 217 A < 0.1 < 0.1 CBC 217 B '
< 0.1
~(): CBC[217 C
-CBC_217 E
<.0.1
< 0.1
< 0.1
< 0.1 CBC[217 D < 0.1 (T~= 03:48) ( 11:48)
CBC 217 A
< 0.1 < 0.1 CBC 217 B
< 0.1 < 0.1 CBC 217 C ' < 0.1 < 0.1 CBC 217 D < 0.1 < 0.1 L CDC 217 E <~0.1 < - 0 .^ 1 l
E -(T = 03 : 50) -( 11: 50) < 0.1 < 0.1
- 1. CBC 217 A < 0.1 < 0.1 CBC 217 B CBC 217 D
! CBC 217 C < 0 .1- < 0.1 -
< 0.1 <.0.1 L .CBC[217 E < 0.1 < 0.1
-1 l'
l (T = 04 : 00) -( 12 : 00) < 0.1 < 0.1 CBC 217 A < 0.1 < 0.1 CBC 217 B 1CBC 217 C < 0.1 < 0.1 CBC[217 D < 0.1 < 0.1
-CBC[217 E < 0.1 < 0.1 ..g). --------------------------------------------------
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LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1.REV 1
- ,m
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Mv/. . TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
* ---------------READINGS ABOVE NORMAL BACKGROUND------------- , CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION: WINDOW WINDOW (mR/hr) (mR/hr) ....___. ..
(mR/hr) (mR/hr)
...m .. _ __.... ___... ______
F (T = 04:30) ( 12:30) CBC~217 A
~
< 0.1 < 0.1 CBC 217 B~
< 0.1 < 0.1
'CBC 217 C
. < 0.1 < 0.1 CBC_217 D < 0.1 < 0.1 CBC_217 E < 0.1
. < 0.1 (T = 04:45) ( 12:45) < 0.1 CBC 217'A
~
< 0.1 < 0.1 CBC'217 B-
< 0.1 CBC 217'C
~
< 0.1 < 0.1 CBC 217 D~
< 0.1 < 0.1 CBC 217 E < 0.1 < 0.1 o_ _ .
.]J
'H '
(T = 05:00) ( 13:00) 1.0 (]- CBC_217 A 2.6 2.6 CBC_217 B 1.0
.CBC 217 C < 0.1 < 0.1
" '<'O.1 < 0.1 CBC 217 D-N'/
.CBC[217'E 1.4 1.4
~
11 (T = 05:30) .( 13:30) y CBC'217.A:
~
12.' 12. CBC 217 B 4.4 4.4
- p. . CBC_217 C' ;< 0.1 < 0.1- CBC[217.D < 0.1 < 0.1
- 6. 0-CBC_217 E 6.0 i
(T = 06:00) -( 14:00) . CBC 217 A
- ' 21. 21. CBC 217 B-7.9 7.9 !
CBC 217'C. < O.1 < 0.1 CBC 217 D~
< 0.1 <.0.1 CBC[217.E 11. 11.
s c .. _______________________________________________ (T =- 06: 30) ( 14 : 30) CBC 217 A
~
- 17. 17. CBC 217 B 6.2 6.2 CBC 217 C '< 0 . 1-
< O.1 CBC[217 D < 0.1 < 0.1 CBC[217 E 8.7 8.7 L(] __ ____________________ ___ ___ ________________ .
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LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE- UNIT 1 REV 1 TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) c (T = 00:00) ( 08:00) CBC 332 B < 0.1 < 0.1 CBC 332 A < 0.1 < 0.1 - CBC 332 C
< 0.1 < 0.1 CBC 332 D
< 0.1 < 0.1 CBC 332'E < 0.1 < 0.1 CBC 332lF
~
< 0.1 < 0.1 CBd~' 332 G < 0.1 < 0.1 ARM READINGS 0-RE-58 0.50 .mR/hr (T. = 00:15) '( 08:15) CBC 332 B < 0.1 < 0.1 CBC 332 A < 0.1 < 0.1 -
CBC 332 D
-CBC 332-C < 0 .1 - < 0.1 < 0.1 < 0.1 CBd~332 E
~
< 0.1 <.0.1 CBd 332 F
~
< 0.1 < 0.1 CBC_332 G= < 0.1 < 0.1 ARM READINGS 0-RE-58 0.50- mR/hr ll) ----_--_-----.---_-------------_----------------_.
(T = 00:16) ( 08:16) < 0.1 CBC 332 B < 0.1 < 0.1 CBC 3 3 2. A' < . 0.1 - CBC 332 D CBC 332 C < 0.1 < 0.1 ~
< 0.1 < 0.1 CBC~ 332 F- <' 0.1 < 0.1
~
CBd 332 E-
~
< 0.1 < 0.1:
CBC 332 G < 0.1 ~< 0.1 ARM READINGS 0-RE-58 10.50 mR/hr (T = 00:17) ( 08:17) -CBC 332 B < 0.1 < 0.1 CBC 332 A < 0.1 < 0.1 CBC'332-C: < 0.1 < 0.1 CBd~332 D
~
< 0.1 < 0.1
'CBd 332 E
~
< 0.1 < 0.1 CBC 332 F
~
< 0.1 < 0.1
~
CBC 332'G
~
- < 0 .11 < 0.1 ARM READINGS
~0-RE-58 0.51 mR/hr (T = 00:30) ( 08:30)- CBC 332 B < 0.1 < 0.1 CBC'332 A- < 0.1 <-0.1 ~
CBC 332 D < 0.1 a - CBC 332 C < 0.1 < 'O.1 ~
< 0.1 i- CBd 332 El < 0.1 < O '.1 - CBC 332-F
~
< 0.1 < 0.1.
CBdT332 G
~
< 0.1 s 0.1
'. ARM READINGS 9 0-RE-58 0.51 mR/hr
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
. TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
0 CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) _( T = 01:00) ( 09:00) CBC 332 B < 0.1 < 0.1 CBC 332 A
~
< 0.1 < 0.1 CBd~332 D < 0.1
, CBC 332 C < 0.1 < 0.1 -
< 0.1 CBd 332 E
~
< 0.1 < 0.1 CBC 332 F
~
< 0.1 < 0.1 1CBC 332 G
~
< 0.1 < 0.1 Y- ARM READINGS 0-RE-58 0.51 mR/hr (T =_02:00) ( 10:00) CBC 332 B < 0.1 < 0.1 CBC 332 A '< 0.1 < 0.1 -
CBd~332 C < 0.1 < 0.1 CBC 332 D < 0.1 < 0.1 CBd 332 E < 0.1 < 0.1 CBd 332 F
< 0.1 < 0.1 CBC[332 G < 0.1 < 0 .' 1 ARM READINGS 0-RE-58 0.51 mR/hr (T = 02:30) ( 10:30) CBC 332-B < 0.1 < 0.1 CBC 3 3 2 A - <~0.1 < 0.1 CBd~332 C' < 0.1 < 0.1 CBd 332 D < 0.1 < 0.1
~
CBC 332 E < 0.1 < 0.1 CBd 332 F
< 0.1 < 0.1 lCBd~332;G
~
< 0.1
< 0.1 ARM READINGS 0-RE-58 0.51 .mR/hr (T = 02:45)- ( 10:45) CBC 332 B < 0.1 < 0.1 CBC 332 A < 0.1 < 0.1 -
CBC'332 C < 0.1 < 0.1 CBC 332 D < 0.1 < 0.1 CBd 332.F < 0.1
'CBC'332'E < O.1 < 0.1 -
< 0.1 CBd~332 G-
~ < 0.1' < 0.1 ARM READINGS 0-RE-50 0.51- mR/hr
'(T = 02:52) ( 10:52) < 0.1 CBC 332 B < 0.1 < 0.1
..CBC 332 A < 0.1 CBC 332 C < 0.1 < 0.1 CBd~332 D < 0.1 < 0.1 CBC 332 It < 0.1 < 0;l CBC[332 F < 0.1 < 0.1 CBC 33? G
~
< u.1 < 0.1 ARM READINGS 9 O-RE-58 0.51 mR/hr 3
, -k
n LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
. TABLE 6.2 N IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 02:53) ( 10:53) CBC 332 B < 0.1 < 0.1 CBC 332 A <-0.1 < 0.1 - CBd~332 C < 0.1 < 0.1 CBC 332 D
< 0.1 < 0.1 CBd~332 E
~
< 0.1 < 0.1 CBC 332 F
~
< 0.1 < 0.1 CBC 332 G < 0.1 < 0.1 ARM READINGS 0-RE-58 0.51- mR/hr-
~(T = 02:54)-( 10:54) CBC 332 B < 0.1 < 0.1
-CBC 332 A- < - 0 .1 - < 0.1 -
~
CBC 332 C < 0.1 < 0.1 CBC 332 D < 0.1 < 0.1
~
CBC 332 E < 0.1 C 0.1 CBd 332 F
~
< 0.1 < 0.1 CBC]332i G- < 0.1 < 0.1 ARM READINGS 0-RE-58 -
0.51 mR/hr (T e 02:55) ( 10:55) < 0.1 CBC 332 B < 0.1 < 0.1 CBC 332 A <10.1 -
.CBd~332 C '<'O.1 < 0.1 CBC 332 D -
< 0.1 < 0.1
'CBd 332 E
< 0.1 < 0.1 CBC 332 F ~
< 0.1 < 0.1 CBC 332 G'
~
<.0.1 < 0.1
_ ARM READINGS' RE-58 0.51 mR/hr
- (T = 03 : 00)~ ( 11:00) CBC'332 B < 0.1 < 0.1
' CBC 332 A < 0.1- < 0.1 -
CBd'332:C < 0.1 < 0.1 CBC 332 D ~
< 0.1 < 0.1 CBC'332 E
~
<a0.1 < 0.1' CBC 332 F ~
<-0.1 < 0.1-CBC 332 G
~
< 0.1 < 0.1 ARM REALINGS 0-RE-58 0.51 mR/hr (T = 03:05) ( 11:05) < 0.1 CBC 332 B < 0.1 < 0.1 CBC'332 A < 0.1 CBd7332 C < 0.1 < 0.1 CBd'332 D < 0.1 < 0.1 CBd 332 E < O.1 < 0.1 CBd~332 F ~
< 0.1 < 0.1
.CBd~332 G
~
< 0.1 < 0.1 ARM READINGS 0-RE-58 0.51 mR/hr l
~
t
?
-LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE- UNIT 1 REV 1 TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
= CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 03:10) ( 11:10) CBC 332 B < 0.1 < 0.1 1CBC 332 A
< 0.1 < 0.1 -
4 .CBC 332 C
< 0.1 < 0.1 CBC 332 D -
< 0.1 < 0.1-i CBC 332'E- < 0.1 < 0.1 CBC 332 F -
< 0.1 < 0.1
.CBC[332 G <.0.1 < 0.1 ARM READINGS 0-RE-58 0.51 mR/hr
'(T = 03:15) (' 11:15).
J CBC-332 A
< 0.1 < 0.1 CBC 332 B -
< 0.1 < 0.1 CBC 332 C
< 0.1 < 0.1 CBC 332 D -
< 0.1 < 0.1 CBC 332 E. < 0 .1 -. < 0.1 CBC 332 F ~
< 0.1 < 0.1 CBC[332 G' < 0.1 < 0.1 s ,
ARM. READINGS 0-RE-58 0.51 mR/hr
. (T_ = - 03 : 20) ~ ( 11: 20)
CBC 332 B
'CBC'332~
A < 0.1 < 0 .1- -
< 0.1 < 0.1 CBC 332'C
~
< 0.1 < 0.1 CBC 332 D -
< 0.1 < 0.1 CBC 332=E
~
< 0.1 < 0.1 CBC 332 F ~
< 0.1 < 0.1 CBC 332;G
~
< 0.1 < 0.1'
"'J . . -
ARM' READINGS RE 0.51 mR/hr-s (T = 03 : 30) - ( _11: 30)
'CBC 332 A- < 0.1 .< 0.1 CBC 332 B ~
< 0.1 < 0.1 CBC'332 11
< 0.1 < 0.1 CBC 332 D -
< 0.1 < 0.1 i , CBC 332 E < 0 .1' < 0.1 CBC 332 F ~
< 0.1 < 0.1 CBC[332 G < 0.1 < 0.1 ARM READINGS 0-RE-58 0.51 mR/hr
- (T = 03:40) ('11:40) CBC 332 B < 0.1 < . 0l .1 CBC-332 A < 0.1 < 0.1 -
CBd 332 C.
~
<o0.1 < 0.12 CBC 332 D- -
< 0.1 < 0.1 CBC 332 E
<10.1 < 0.1 CBC 332 F ~
< 0.1 < 0.1 CBC 332 G~
< 0.1 < 0.1 ARM READINGS 9 0-RE 0.52 mR/hr
I l LIMERICK'GEhERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
'! f' )' ' . TABLE 6.2 RJ ,
IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS'ABOVE NORMAL BACKGROUND------------- i CLOSED OPEN CLOSED OPEN >
LOCATION WINDOW WINDOW LOCATION ' WINDOW WINDOW (mR/hr) (mR/hr) --------- . (mR/hr) (mR/hr) 1 (T = 03:45) ( 11:45) < 0.1 < 0.1 CBC 332 A -
< 0.1 < 0.1 CBC 332 0
~
CBC 332 C -
< 0 .1- < 0.1 CPC 332 D
~
< 0.1 < 0.1
.CBC 332~E. -
< 0.1 < 0.1 CBC 332 F
~
< 0.1 < 0.1 '
CBC 332 G ~
< 0.1 < 0.1 ARM READINGS 0-RE-58 0.52 mR/hr 1
'(9 = 03 : 48)' ( 11:48)
.CBC 332 A ~ ' < 0.1- < 0.1 CBC 332 B
~
< 0.1 <: 0.1 CBC 332 C -
< 0.1 < 0.1 CBC 332 D
< 0.1 < 0.1 CBC 332'E' < 0.1 < 0.1 C9C 332 F
< 0.1 < 0.1
.CBC[332 G1 < 0.1 < 0.1 ARM READINGS 0-RE-58 0.52 mR/hr q .... --......----...----..._---------. -----------
r i o
. sg - '
.(T =103:50) ( 11:50) CBC 332 B < 0.1 <-0.1 CBC:332;A ~
< 0.1 < 0.1 -
CBC 332 C -
< 0.1 < 0.1 CBC 332 D
< 0.1 < 0.1 L CBC 332 E -
0.1 < 0.1 OBC 332 F
< 0.1 < 0.1-CBC 332 G ~
< O.1 < 0.1 t
ARM READINGS
- 0-RE-58 0.52 .mR/hr
---------------------------...----...-------e ..--
.(T = 04:00) ('12:00) < 0.1 -CBC 332 B~ < 0.1 < 0.1
.CBC 332'A -
< 0.1 -
CBC 332 C < 0.1 <a0.1 CBC 332 D < 0.1 < 0.1
<.0.1 .< 0.1 .CBC[332 F < 0.1 < 0.1 CBC[332: E CBC 332 G. ~
< 0.1- < 0.1 ARM READINGS RE-58 0.52 ;mR/hr k
(T = 04:30) ( 12:30) CBC 332 B < 0.1 < 0.1 CBC 332 A <-0.1 < 0.1 - CBC'332'C -
< 0.1 < 0.1 CBC 332 D < 0.1 < 0.1 CBC 332 E- < 0.1 < 0.1 CBC[332 F < 0.1 < 0.1 CBC 332 G -
< 0.1 < 0.1 g'*g ARM READINGS
~(w-l -
0-RE-58 0.53 niR/hr
...------------mm---mm-m----- w---- mme-----------
l l l LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
-m t.
v [*' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA l
---------------READINGS ABOVE NORMAL LACKGROUND-------------
l CLOSED OPEN CLOSED OPEN LOCATION- WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr)
-(T = 04:45) ( 12:45) < 0.1 CBC -
332 A '< 0.1 < 0.1 CBC 332 B < 0.1 CBC - 332 C- < 0.1 '
< 0.1 CBd 332 D
< 0.1 < 0.1 CBC -
332 E .< 0.1 < 0 .1 ' CBC 332 F
< 0.1 < 0.1 CBC -
332 ~ G < 0.1 < 0.1 ARM READINGS 0-RE-58 0.53 mR/hr l
. (T = 05: 00) - ( 13 : 00)
CBC 332 A
- 45. 45. CBC 332 B 240. 240.
CBC 332.C 370. 370. CBC 332 D 180. 180. CBC 332 E 280. 280.- CBC 332 F 250. 250. I CBC[332 G .200. 200. L ARM READINGS 0-RE-58 1400. mR/hr ,
,-~.
l ' ;%/ (T-.= 05:30) ( 13:30) p, CBC_332 A 240._ L240. CBC_332 B 1200. 1200. CBC 332 C '1900. 1900. CBC 332 D 980. 980. CBd 332 E: 1500.- 1500. CBC[332.F 1400. 1400. CBC[332 G 1000. 1000. ARM READINGS l
.0-RE 7400. mR/hr (T = 06:00) ( 14:00) 2200.
CBC 332 A-490. 490. CBC 332 B 2200. E CBC 332 C- 3400. 3400. CBC 332 D 2000. 2000. , L -CBd 332'E 3100. 3100. CBC 332 F 2700. 2700. CBC[332 G 1800. 1800. ARM READINGS 0-RE-58 OSH mR/hr l
-(T ='06:30) 450,
( 14:30) CBC 332 B 1600. -1600. CBC 332 A 450. - CBC 332 C 2500. 2500. CBC 332 D 1800. 1800.
'2800.
CBC 332 E 2800. CBC 332'F
~
2500. 2500.
.CBC 332 G 1400. 1400.
ARM READINGS 7~3 (a/ 0-RE-58 9600. mR/hr
. . . = - , .. . . -. ..~ .. - .. .. - - . . - . ...... . . - . .
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. SCENARIO.ID LKA
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LIMERICK GENhRATING STATION SCENARIO LKA
' ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
. CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr)
(mR/hr)
, .(T = 00:00) ( 08:00) < 0.1 RBC 410 B < 0.1 < 0.1
'RBC 410 A < 0.1 ~
RBC 410?C < 0.1 < 0.1 RBC 410 D
< 0.1 < 0.1
_l
~
RBC t'.0'E
~
< 0.1 < 0.1 RBC 410 F
< 0.1 < 0.1 ARM READINGS 0-RE-60 0.01 mR/hr r-
{ (T = U0:15) -( 08:15) < 0.1 < 0.1 RBC_410 A < 0 .1- < 0.1 RBC_410 B 1 RBC 410 C < 0 .1' ' <-0.1 RBC 410 D
< 0.1 < 0.1~
RBd 410 E
< 0.1; < 0.1 RBC 410 F
~
< 0.1 < 0.1 ARM READINGS m 0-RE 0.01 mR/hr (T =-00:16) ( 08:16) < 0.1 RBC 410 B < 0.1 < 0.1 RBC 410'A. < 0.1
-RBd~410 C < 0.1 < 0.1 RBd 410 D
< 0.1 < 0.1 7- 'RBd 410 E
<-0.1 < 0.1 . RBC 410 F < 0.1 < 0.1 ARM READINGS 0-RE-60 0.01 mR/hr
= (T = 00:17) ( 08:17) < 0.1 RBC 410 B < 0.1 < 0.1 RBC 410 A < 0.1 RBd 410 C <10.1 < 0.1 RBd'410 D < 0.1 < 0.1 RBC 410 E
~
~
< 0.1 < 0.1- RBC'410 F~
< 0.1 < 0.1 ARM READINGS 0-RE-60, 0.01 .mR/hr
~
(T = 00:30) ( 08:30) RBC 410 B < 0.1 < 0.1 RBC 410'A < 0.1 < 0.1 ~
< 0.1 RBC 410 C
~
' < 0.1 < 0.1 RBC 410 D ~
< 0.1 RBC'410 E < 0.1 < 0.1 RBC 410 F ~
< 0.1 < 0.1
~
ARM READINGS
- 0-RE-60 0.01 mR/hr i'
------__--U--
bS - O D__ ___-E______-___-__W-O_W-__NO__O l
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
*~ TABLE 6,2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORRAL BACKGROUND-------------
i CLOSED OPEN CLOSED OPEN LOCATION- WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 01:00) ( 09:00) RBC 410 B < 0.1 < 0.1
.RBC 410 A < 0.1 < 0.1 ~
RBC 410 C < 0.1 < 0.1 RBC 410 D
~
< 0.1 < 0.1
~
' RBC 410 E
~
< 0.1 < 0.1 RBC 410 F
~
< 0.1 < 0.1 ARM READINGS 0-RE-60 0.01 -mR/hr
-(T = 02:00) (.10:00) RBC 410 B < 0.1 < 0.1
-RBC 410 A- < 0.1 < 0.1 -
~
RBC 410 C' < 0.1 < 0.1 RBC 410 D
< 0.1 < 0.1
~
RBC 410 E
~
< 0.1 < 0.1 RBC 410 F
~
< 0.1 < 0.1 ARM READINGS 0-RE-60 0.01 mR/hr T .
.(T = 02:30) ( 10:30) < 0.1 RBC 410 B < 0.1 < 0.1 RBC 410 A < 0.1 RBd~410 C < 0.1 < 0.1 RBd~410 D-
< 0.1- < 0.1
+ RBC 410 Er
~
~
< 0.1' < 0.1 RBC 410 F '
~
< 0.1 < 0.1 ARM READINGS 0-RE-60' -0.01 mR/hr (T = 02:45) ( 10:45) RBC 410 B. < 0.1 < 0.1 RBC 410 A' < : 0.1 < 0.1 ~
'RBd 410 C <'O.1 < 0.1 RBC 4101 D < 0 .1 - < 0;l
.RBd 410=E' <-0.1< < 0.1 RBC[410'F < 0.1 < 0.1
~
ARM' READINGS RE-60 0.01- mR/hr (T = 02:52) ( 10:52) RBC 410 B < 0.1 < 0.1 RBC 410 A - '< 0.1 < 0.1 RBC 410 D
~
< 0.1 < 0.1 RBC 410 C < 0.1 < 0.1 ~
RBC 410 E
~
< 0.1 < 0.1 RBC 410 F ~
< 0.1 < 0.1
~
ARM READINGS 0-RE-60 0.01 mR/hr 9 ' --------------------------------------------------
- - ~ - --...-
d
. LIMERICK' GENERATING STATION SCENARIO-LKA
' ANNUAL EXERCISE UNIT 1 REV 1 TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
4 CLOSED OPEN CLOSED OPEN p . LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr)
-(T = 02:53) ( 10:53) RBC 410 B < 0.1 < 0.1 RBC 410 A
~
< 0.1 < 0.1 -
'RBC 410 C < 0.1 <'O.1 RBC 410 D
< 0.1 < 0.1
--- RBd~410 E
~ '
< 0.1 < 0.1 RBC 410 F
~
< 0.1 < 0.1 ARM READINGS RE-60 0.01 mR/hr (T = 02:54)< 0.1;
( 10:54) RBC 410 B < 0.1 < 0.1 RBC'410 A < 0.1 ~
- RBC~ 410 D < 0.1 < 0.1
( RBd'410 C < 0 .1 ' < 0.1
-RBC 410 E
~
<-0.1 < 0.1 RBC 410 "
~
< 0.1 < 0.1 ARM READINGS 0-RE-60 0.01 mR/hr
= (T.= 02:55) ( 10:55)- < 0.1 RBC 410 B . < 0.1 < 0.1
.RBC 410 A- <10.1 -
6 ~RBC 410'C- < 10.1 ' < 0.1 RBC 410 D
< 0.1 < 0.1
-RBC 410 E-
~~
-< 0.1 <-0.1 RBC 410 F-
~
< 0.1 < 0.1 ARM READINGS 0-RE-60 0.011 'mR/hr
.e (T ~ =LO3:00) ( 11:00)
RBC 410'A < 0.1 < 0.1 .RBC 410 B < 0.1 < 0.1 RBd~410 C < 0.1- < 0.1 RBC'410 D <.0.1 < 0.1
'RBd 410 E.
~'
<- 0.1 < 0.1 RBd 410 F
~
< 0.1 < 0.1 ARM. READINGS 0-RE-60 0.01 mR/hr
-(T = 03:05) ( 11:05) RBC 410 B < 0.1 < 0.1 RBC 410 A. < 0.1 < 0.1
< 0.1
~
RBC 410.C < 0.1 < 0.1 RBd~410 D < 0.1 RBC 410 E
~
< 0.1 < 0.1 RBC'410 F~
< 0.1 < 0.1
- ARM READINGS i
0-RE-60 0.01 mR/hr 9 ---------_----_---------_------_------------------ w. N
LIMERICK GENERATING STATION SCENARIO LKA l ANNUAL EXERCISE UNIT 1 REV 1
. ~ .. .
j TABLE 6.2 I IN-PLANT SURVEY AND SAMPLING DATA ,
---------------READINGS ABOVE NORMAL BACKGROUND------------- l 1
m CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW IOCATION WINDOW WINDOW H (mR/hr) (mR/hr) (mR/hr) (mR/hr)
.r l' (T = 03:10) ( 11:10)
O RBC 410 A
< 0.1 < 0.1 RBC 410 B
< 0.1 < 0.1 0 RBC 410-C
< 0.1 '< 0.1 RBC 410 D
< 0.1 < 0.1 -
U RBC- '410 E < 0.1 < 0.1 RBC 410 F
< 0.1 < 0.1 i'
ARM READINGS i t s 0-kE-60 0.01 mR/hr W. p
, _ (T = 03 : 15 ) - ( 11: 15 )
o 'RBC'410 A < 0.1 < 0.1 RBC 410 B
< 0.1 < 0.1 RBC 410 D
. RBC 410 C.
< 0.1 < 0.1 -
< 0.1 < 0.1 M RBC 410.E'
< 0.1 < 0.1 RBC 410 F
< 0.1 < 0.1 S .
ARM. READINGS 0-RE-60' O.01. mR/hr q
%.)L L
.(T = 03:20) ( 11:20)
< 0.1 RBC 410 B < 0.1 < 0.1 p RBC 410 A <'0.1 -
RBC 410 D 4RBC 410 C' < 0.1. -< 0.1 -
< 0.1 < 0.1 RBC 410 FL RBC 410 E < 0.1 <^0.1. -
< 0.1 <-0.1 ARM READINGS i 0-RE-60 0.011 mR/hr (T>='03:30) ( 11:30) 'RBC 410 B <.0.1' < 0.1 L RBC 410.A < 0.1 < 0.1 -
RBC 410 D < 0.1 RBC 410'C -
. < 0.1 < 0.1 -
-< 0.1 RBC 410lE
'< 0.1 < 0.1- RBC 410 F.
< 0.1 < 0.1-ARM READINGS 0-RE-60 0.01. mR/hr L __________________________________________________
1
.(T = 03:40) ( 11:40)- < 0.1 < 0.1 RBC 410 A < 0 .1- < 0.1 RBC 410 B RBC 410 C < 0.1 < 0.1 RBC 410 D < 0.1 < 0.1 L,
RBC 410 E < 0.1 < 0.1 RBCl410 F
< 0.1 < 0.1 ARM READINGS LM I 0-RE-60 0.01 mR/hr Q
1
[ t
' LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 " r~x .. .
l v
)*' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND---~~--------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW . WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) ___________ (mR/hr) (mR/hr) (T = 03:45) ( 11:45) < 0.1 < 0.1 A(BC 410 A
< 0.1 < 0.1 RBC 410 B RBC 410 C-
< 0.1 < 0.3 RBC 410 D
~
< 0.1 < 0.1 RBC 410-E
< 0.1 < 0.1 RBC 410 F
~
< 0.1 < 0.1 ARM READINGS 0-RE-60 0.01 tar /hr (T = 03:48) (-11:48) < 0.1 < 0.1 RBC 410 A-
~
L< 0.1 < 0.1 RBC 4'.0 B
~
RBC 410 C
< 0.1 < 0.1 RBC 410 D
< 0.1 < 0.1 ;
RBC 410 E
~
< 0.1 < 0.1 RBC 410 F
~
< 0.1 < 0.1 ARM READINGS
.0-RE 0.01 mR/hr lW; 1 Y- ...___ . __..__________..__________________________
L)
.(T.= 03:50) (-11:50) lRBC 410-A
< 0.1 ;< 0.1 RBC 410 B
< 0.1 < 0.1 RBC 410 D < 0.1 < 0.1 1RBC ~
410-C < O.1 <-0.1 - RBC 410 E.
~
<'O.1 < 0.1 .
RBC 410 F
<-0.1 < 0.1 ARM READINGS 0-RE 0.01 mR/hr (T'= 04:00) ( 12:00)- ' RBC 410 B < 0.1 < 0.1 RBC 410 A
< 0.1 < 0.1 ~
RBC 410<C- < 0.1 < 0.1 RBC 410 D
< 0.1 < 0.1 RBC 410 F.
.,' RBC 410 E
~
< 0.1 < 0.1 ~
< 0.1 < 0.1 ARM READINGS 0-RE-60 0.01- mR/hr t
(T.= 04:30) ( 12:30) RBC 410 B < 0.1 < 0.1 RBC~410 A < 0.1 < 0.1 ~ RBC 410 D < 0.1
< 0.1 RBC 410 C '< 0.1 < O.1 -
.RBC 410-E < 0.1 < 0.1 RBC 410 F
< 0.1 < 0.1
~
ARM READINGS RE-60 0.01 mR/hr p/ - ' hm-
N ! LIMERICK GENERATING STA';f 0N SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
)* TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEt? CLOSED OPEN LOCATION WINDOW WINDON LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 04:45) ( 12:45)
.RBC~ .40 A < 0.1 < 0.1 RBO 410 B
< 0.1 < 0.1 RBC- 410 C < 0.1 < 0.1 RBC~ 410 D < 0.1 < 0.1 RBC 410 E
~
< 0.1 < 0.1 RBC 410 F
~
< 0.1 < 0.1 '
ARM READINGS 0-RE-60 0.01 mR/hr
........n.__.......__.................__ ..__.....
(T = 05:00) ( 13:00) 21-
~ RBC 410 A ~
0.3 0.3 RBC 410 B < 0.1 < 0.1 RBC 410 C
< 0.1 < 0.1 RBC~410 D
< 0.1 < 0.1 RBC~ 410 E < 0.1 < 0.1 RBC~ 410 F 110. 110.
ARM READINGS 0-RE-60 0.01 mR/hr
/ \.
j j (T = 05:30) ( 13:30) RBC 410 A
~
1.0 1.0 RBC~ 410 B < 0.1 < 0.1 RBC 410 C 0.1 0.1 RBC 410 D 0.4 0.4 RBC 410 E
~
< 0.1 < 0.1 RBC~ 410 F 480. 480.
ARM READINGS 0-RE-60 0.01 mR/hr (T = 06:00) ( 14:00) RBC 410 A
~
1.9 1.9 RBC 410 B
< 0.1- < 0.1 RBC 410 C 0.2 0.2 RBC 410 D 0.6 0.6 RBC 410 E
~
< 0.1 < 0.1 RBC 410 F
~
860. 860. ARM READINGS 0-RE-60 0.03 mR/hr (T = 106:30) ( 14:30) < 0.1 RBC 410 A
- 27. 27. RBC 410 B
< 0.1 RBC 410 C 2.5 2.5 RBC 410 D 6.1 6.1 RBC~ 410 E < 0.1 - < 0.1 RBC 410 F
~
650. 650. ARM READINGS
/~N 0-RE 0.04 mR/hr N!
4 6
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LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 ; f v
)' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) __..__ .... (mR/hr) (mR/hr) (T = 00:00) ( 08:00) RWC 162 A
< 0.1 < 0.1 RWC ~
162 B < 0.1 < 0.1 RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr (T = 00:15) ( 08:15)
RWC 162 A
- 0.1 < 0.1 RWC ~
162 B < 0.1 < 0.1 RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr l
l . (T = 00:16) ( 08:16)
"w <- RWC 162 A
< 0.1 < 0.1 RWC 162 B
< 0.1 < 0.1 i i RWC ~
162 C < 0.1 < 0.1
\~/ ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr 1
(T = 00:17) ( 08:17) RWC 162 A
~
< 0.1 < 0.1 RWC ~
162 B < 0.1 < 0.1 RWC ~ 162 C < 0.1 < 0.1 ARM READINGS
- 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr 1
(T = 00:30) ( 08:30) RWC 162 B L RWC 162 A
< 0.1 < 0.1 ~
< 0.1 < 0.1 RWC 162 C
~
< 0.1 < 0.1 ,
ARM READINGS 0-RE-41 5.0 mR/hr 0-Rn-42 0.50 mR/hr l L (T = 01:00) ( 09:00) e RWC 1(2 A
< 0.1 < 0.1 RWC 162 B
~
< 0.1 < 0.1 RWC 162 C
< 0.1 < 0.1 l
ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr I',\ q - .......... .... ...........__ .__..___..........._
e l LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 (-
! !* TABLE 6.2 O
IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mRf nr) (mR/hr) (mR/hr) (T = 02:00) ( 10:00) RWC 162 A < 0.1 < 0.1 RWC ~ 162 B < 0.1 < 0.1 RWC[162 C < 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr (T = v2:30) ( 10:30) 9WC 162 A
~
< 0.1 < 0.1 RWC 162 B ~
< 0.1 < 0.1 WC 162 C
~
<10.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr RE-42 0.50 mR/hr
...............__ ..___.~...__ ....... _________..
I (T = 02:45) ( 10:45) r~'sI RWC 162 A
< 0.1 < 0.1 RWC 162 B ~
< 0.1 < 0.1 i RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr (T = 02:52) ( 10:52)
RWC 162 A
~
< 0.1 < 0.1 RWC ~
162 B < 0.1 < 0.1 RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr (T = 02:53) ( 10:53) RWC 162 B < 0.1 < 0.1 RWC 162 A
< 0.1 < 0.1 -
'RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr (T = 02:54) ( 10:54) RWC 162 B < 0.1 < 0.1
< 0.1
~
RWC 162 A
~
< 0.1- -
RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr y, ..............__.............._............-------
1 LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
' (3
. ( )* TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW sINDOW (mR/hr) (mR/hr) (mR/hr) (mil /hr) (T = 02:55) ( 10:55) RWC 162 B < 0.1 < 0.1 RWC 162 A
< 0.1 < 0.1 ~
RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr
.........___..___. ___..________..___...__.....___ l l
(T = 03:00) ( 11:00) < 0.1 RWC 162 B < 0.1 < 0.1 RWC 162 A
< 0.1 -
RWC 162 C
< 0.1 < 0.1 1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr j (T = 03:05) ( 11:05) RWC < 0.1
~ 162 D N RWC 162 A < 0.1 < 0.1 < 0.1 i l -
RWC 162 C < 0.1 < 0.1 l
' / ~
ARM READINGS i 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr ! 1 (T = 03:10) ( 11:10) RWC 162 B < 0.1 < 0.1 J RWC 162 A < 0.1- < 0.1 ~ RWC 162 C < 0.1 <-0.1 1 ARM READINGS J 0-RE-41 5.0- mR/hr 0-RE-42 0.50 mR/hr l (T = J3:15) ( 11:15) < 0.1 RWC 162 B- < 0.1 < 0.1 RWC 162 A.
~
< 0.1 ~
RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-4?, 5.0 mR/hr 0-RE-42 .0.50 mR/hr (T = 03:20) ( 11:20) RWC 162 B < 0.1 < 0.1 RWC 162 A
< 0.1 < 0.1 ~
RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr
.y((, ___ _.. __ __..._....._........___....___..___..__
~
~
i l
. 1 LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
-'s i
-( s_- )* TABLE 6.2 !
j IN-PLANT SURVEY AND SAMPLING DATA l
---------------READINGS ABOVE NORMAL BACKGROUND------------- '
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW 1
........__. $ [ I 5 ....._____. I 5 I (T = 03:30) ( 11:30)
RWC 162 A
< 0.1 < 0.1 RWC 162 B
< 0.1 < 0.1 i RWC 162 C
< 0.1 < 0.1 1 ARM READINGS l 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr '
l I I (T = 03:40) ( 11:40) ; l RWC 162 A
~
< 0.1 < 0.1 RWC 162 B
~
< 0.1 < 0.1 RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr.
(T = 03:45) ( 11:45) E 2'N RWC 162 A
< 0.1 < 0.1 RWC 162 B
~
< 0.1 < 0.1 i'-) RWC 162 C
~
< 0.1 < 0.1 ARM READINGS l 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr I
l (T = 03:48) ( 11:48) RWC 162 A.
< 0.1 < 0.1 RWC 162 B
< 0.1 < 0.1 RWC 162 C < 0.1 < 0.1 p ARM READINnS q- 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr I
t 1 ....__....____-- __--..___-- .__-___------..__..,. ! (T = 03:50) ( 11:50) RWC 162 B < 0.1 < 0.1 i RWC 162 A
~
< 0.1 < 0.1 ~
RWC 162 C:
~
< 0.1 < 0.3 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr i- ...._________..._ ........_____.....___ ___.......
(T = 04:00) ( 12:00) < 0.1 < 0.1 RWC 162 A
< 0.1 < 0.1 RWC_162 B RWC 162 C-
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr p ,
g, l l
~
{ LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 ( TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 04:30) ( 12:30) RWC 162 B < 0.1 < 0.1 RWC 162 A
< 0.1 < 0.1 ~
RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr (T = 04:45) ( 12:45) RWC 162 B < 0.1 < 0.1 RWC 162 A
< 0.1 < 0.1 ~
RWC 162 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr
~
(T = 05:00) ( 13:00) < 0.1 ( 0.1 i
/ 'g . RWC_162 A < 0.1 < 0.1 RWC_162 B
, ( ,) - RWC_162 C < 0.1 < 0.1 ARM READINGS L 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr (T = 05:30) ( 13:30) RWC 162 B < 0.1 < 0.1 RWC 162 A
< 0.1 <=0.1 ~
RWC 162 C < 0.1 < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr (T =' 06:00) ( 14:00) RWC 162 B < 0.1 < 0.1 RWC 162.A
~
< 0.1 < 0.1 ~
l RWC 162 C
~
< 0.1- < 0.1 ARM READINGS 0-RE-41 5.0 mR/hr 0-RE-42 0.50 mR/hr 1
L" (T = 06:30) -( 14:30) RWC 162 B < 0.1 < 0.1 RWC 162 A
< 0.1 < 0.1 ~
RWC 162 C
~
< 0.1 < 0.1 l ARM READINGS l .
0-RE-41 5.0 WR/hr 0-RE-42 0.50 mR/hr 1 a
Limsrick Radwante Bldg. 191 ft. Elovation '
. SCENARIO ID: LKA 4
4 4 I
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o . i l 1 i LIMERICK GENERATING STATION SCENARIO LKA - ANNUAL EXERCISE UNIT 1 REV 1
- s . i c
I)* s_-
. TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW i (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 00:00) ( 08:00) RWC 191 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr (T = 00:15) ( - 08 : 15')
RWC 191 A
< 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr (T = 00:16)-( 08:16)
(~T- RWC_191 A < 0.1 < 0.1
% / ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47. 1.0 mR/hr ,
1 (T =.00:17) ( 08:17) RWC 191 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr (T = 00:30) ( 08:30) < 0.1 RWC 191 A
~
< 0.1 ARM READINGS ;
0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5- mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr _. _..
.. ....--.. ...................o_.--__..--
(T = 01:00) ( 09:00) < 0.1 RWC 191 A < 0.1
~
ARM READINGS l 0-RE-43 4.0 .mR/hr 0-RE-44 0.10 mR/hr i 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr
/~ s 0-RE-47 1.0 mR/hr sj ...................................----........ ..
1 i i
= LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 TAL i2
- IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
= CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW ICCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) ( mR/hr) (T = 02:00) ( 10:00) RWC 191 A
~
< 0.1 < 0.1 ARM READINGS b 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr (T = 02:30) ( 10:30)
RWC 191 A
~
< 0.1 < 0.1 ARM READINGS 2 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr (T = 02:45) ( 10:45)
RWC ~ 191 A < 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr (T = 02:52) ( 10:52) RWC ~ 191 A < 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE 1.0L mR/hr
.(T = 02:53) ( 10:53)
RWC 191 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr s
i (T = 02:54) ( 10:54) RWC 191 A~
< 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/nr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0
- mR/hr 0-RE-47 1.0 mR/hr
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 p ( )* TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS AB0"E NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) ..----_---- (mR/hr) (mR/hr) (T = 02:55) ( 10:55)
-PWC'191 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-44 0-RE-43 4.0 mR/hr 0.10 mR/hr 0-RE-45 2.5 mR/hr L-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr (T = 03:00) ( 11:00)
RWC 191 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR,hr 0-RE-46 2.0 mR/hr 0-RE 47 1.0 mR/hr
-(T = 03:05) ( 11:05) .
r 's RWC 191 A
~
< 0.1 < 0.1
(' ,) L-RE-43 ARM READINGS 0-RE-44 0.10 mR/hr 4.0 mR/hr 0 RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0"RE-47 1.0 mR/hr (T = 03:10) ( 11:10) RWC 191 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr (T = 03:15) ( 11:15)
RWC 191 A
<-0.1 < 0.1 ARM READINGS' 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr (T.= 03:20) ( 11:20)
RWC 191 A
~
< 0.1 < 0.1 h ARM READINGS l 0-RE-43' 4.0 mR/hr 0-RE-44 0.10 mR/hr-L 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr I f^x - 0-RE-47 1.0 mR/hr y )
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 rs
)*
/-
TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 03:30) ( 11:30) RWC 191 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47.
1.0 mR/hr (T = 03:40) ( 11:40)' RWC_191 A < 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mP/hr 0-RE-46 2.0 mR/hr 0-RE-47 , 1. 0 mR/hr [ l (T = 03:45) ( 11:45) r~'N RWC 191 A
~
< 0.1 < 0.1
( J ARM READINGS
\# 0-RE-43 0-RE-44 0.10 mR/hr 4.0 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr (T = 03:48) ( 11:48) .
RWC-191 A-
< 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr
'0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr .
l 0-RE-47 1.0 mR/hr (T = 03:50) (-11:50) .' RWC 191 A
~
< 0.1 < 0.1 ARM READINGS
- 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr l
j (T = 04:00) . 12:00) , i RWC 191 A
< 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr
(N 0-RE-47 1.0 mR/hr
.ks )
1 l
LIMERICK GENERATING STATION SOENARIO LKP. - ANNUAL EXERCISE UNIT 1 REV 1 g)I ( TABLE 6.2 m IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN 14 CATION. WINDOW WINDOW LOOATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 04 :30) ( 12:30) RWC 191 A
~
< 0.1 < 0.1 .
ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.0 mR/hr (T = 04:45) ( 12:45) RWC,_191 A < 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr l 0-RE-47 1.0 mR/hr (T = 05:00) ( 13:00) (N RWC_,191 A < 0.1 < 0.1 ARM READINGS i Vj - 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0 RE-47 1.0 mR/hr (T = 05:30) ( 13:30) RWC_,191 A < 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE .46 2.0 mR/hr 0-RE-47 1.1 mR/hr . . . . _ .. . . . (T = 06:00) ( 14:00) RWC,,191 A < 0.1 < 0. J-l ARM READINGS L 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr 0-RE-47 1.1 mR/hr _. _ _._ ___ . (T = 06:30) ( 14:30) RWC 191 A
~~
< 0.1 < 0.1 ARM READINGS 0-RE-43 4.0 mR/hr 0-RE-44 0.10 mR/hr 0-RE-45 2.5 mR/hr 0-RE-46 2.0 mR/hr L f' 0-RE-47 1.1 mR/hr .. ____ . _-_._ ... . _
l q l l^ 1:
. . . . . _ ~ . - - ... . _ - ___ _ -.-. _- .. .. .. - -
* [
- I Lim: rick Rtdw35to Bldg. 217 ft. Elovaticn
- SCENARIO ID: LKA l
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r LIMERICK GENERATING STATION- SCENARIO LKA i ANNUAL EXERCISE UNIT 1 REV 1
!s- J' TABLE 6.2 i IN-PLANT SURVEY AND ST:MPLING DATA
---------------READINGS ABOVE NORMAL B7CKGROUND-------------
CLOSED vPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) _______.___ (mR/hr) (mR/hr) (T = 00:00) ( 08:00) RWC 217 A
~
< 0.1 < 0.1 RWC ~
217 B < 0.1 < 0.1 RWC_217 C < 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr (T = 00:15) ( 08:15) RWC 217 A
< 0.1 < 0.1 RWC 217 B
~
< 0.1 < 0.1 RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.0" mR/hr (T = 00:16) ( 08:15) < 0.1 < 0.1
/~N RWC 21'7 A
< 0.1 < 0.1 RWC_217 B I RWC 217 C < 0.1 < 0.1
~
ARM READINGS 0#RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr (T = 00:17) ( 08:17) RWC 217 A
< 0.1 < 0.1 RWC 217 B
< 0.1 < 0.1 RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-J2-49 2.0- mR/hr 0-RE-51 0.05 mR/hr (T = 00:30) ( 08:30)
RWC 217 A
~
< 0.1 < 0.1 RWC 217 B
~
< 0.1 < 0.1 l RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr l
(T = 01:00) ( 09:00) RWC 217 B < 0.1 < 0.1
~
i RWC 217 A
< 0.1 < 0.1 ~
RWC 217 C
~
< 0.1 < C.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr l -; r,N . ___ .....___.........__________ ___ __..._---_____
1
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 I w/ l' TABLE 6.2 IN-PIANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN
'OCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr)
(mR/hr) (T = 02:00) ( 30:00) RWC 217 A
~
< 0.1 < 0.1 RWC 217 B
< 0.1 < 0.1 RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr
......--...-----.........--..........--........... j (T = 02:30) ( 10:30)
RWC 217 A
< 0.1 < 0.1 RWC 217 B
< 0.1 < 0.1 RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr (T = 02:45) ( 10:45)
<x RWC 217 A
< 0.1- < 0.1 RWC 217 B
~
< 0.1 < 0.1
) RWC 217 C
~
< 0.1 < 0.1 !
'/ ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr (T = 02:52)-( 10:52)
RWC 217 A
< 0.1 < 0.1 RWC ~
217 B < 0.1 < 0.1 RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-49' 12 . 0 mR/hr 0-RE-51 0.05 mR/hr 1
(T = 02:53) ( 10:53) RWC 217 B < 0.1 < 0.1 RWC 217 A
< 0.1 < 0.1 ~
RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr (T = 02:54) ( 10:54)
RWC 217 A
~
< 0.1 < 0.1 RWC 217 B
~
< 0.1 < 0.1 RWC 217 C
~
< 0.1 < 0.1 ARM READINGS
\, . 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr
.p
%_)
1 LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 l p, i i' TABLE 6.2 i w_/ i l IN-PLANT SURVEY AND SAMPLING DATA I
---------------READINGS ABOVE NORMAL BACKGROUND-*~~~--------
CLOSED OPEN CLOSED OPEN LOCATION WJ9W WINDOW LOCATION WINDOW WINDOW 11 *c) (mR/hr) (mR/hr) (,mR/hr) I
........... . ... --.... ........ -- ...... ...... j (T = 02:55) ( 10:55)
RWC 217 A
< 0.1 < 0.1 RWC 217 B
~
< 0.1 < 0.1 RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr (T = 03:00) ( 11:00)
RWC 217:A
~
< 0.1 < 0.1 RWC ~
217 B < 0.1 < 0.1 RWC 217 C
~
< 0.1 < 0.1 ARM READINGS l 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr (T = 03:05) ( 11:05) )
,- T RWC 217 A
< 0.1 < 0.1 RWC ~ 217 B < 0.1 < 0.1 1 RWC 217 C < 0.1 < 0.1 O ~
ARM READINGS I I
.0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr )
l l (T = 03:10) ( 11:10) l RWC 217 A-
~
< 0.1 < 0.1 RWC 217 B
~
< 0.1 < 0.1 l RWC 217 C
~
< 0.1 < 0.1 ARM READINGS <
0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr ] i 1 (T = 03:15) ( 11:15) RWC 217 B < 0.1 < 0.1 RWC 217 A
< 0.1 < 0.1 ~
RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE 49 2.0 mR/hr 0-RE-51 0.05 mR/hr (T = 03:20) ( 11:20) RWC 217 B < 0.1 < 0.1 RWC 217 A
< 0.1 < 0.1 -
RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr l}
\/
L i
.- P
i LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 ()*' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND---------- --
CICSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr)
!- .(T = 03:30) ( 11:30) RWC 217 B < 0.1 < 0.1 RWC 217 A
~
< 0.1 < 0.1 -
RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr j (T = 03:40) ( 11:40) < 0.1 RWC 217 B < 0.1 < 0.1 s
i RWC 217 A
< 0.1 ~ !
RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr I (T = 03:45) ( 11:45) c'~; RWC 217 A
< 0.1 < 0.1 RWC 217 B
~
< 0.1 < 0.1 l 1 RWC 217 C
~
< 0.1 < 0.1
'd ARM READINGS y 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr l ____.....__--___...._-_............__..__-___..... ;
(T = 03:48) ( 11:48) < 0.1 RWC'217 A
< 0.1' < 0.1 RWC ~ 217 B < 0.1 RWC 217 C
~
< 0.1 < 0.1 L '
ARM READINGS 0-RE-49i 2.0 mR/hr 0-RE-51 0.05 mR/hr l
..._-.__...__.............___.... ...... -___-.... i l-(T = 03:50) ( 11:50) RWC 217 B < 0.1 < 0.1 RWC 217 A < 0.1 <:0.1 ~
RWC~217~ C < 0.1 < 0.1 ARM READINGS. 0-RE-49 2. 0 - mR/hr 0-RE-51 0.05 mR/hr (T = 04:00) ( 12:00) RWC 217 B < 0.1 < 0.1 RWC 217 A
~
< 0.1 < 0.1 ~
RWC 217 C
~
a: 0.1 < 0.1 ARM READINGS i 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr f% q) --_......-- ... ............------- ......--...... 1 i J
i LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 , g
- ()* . TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
-~~------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN
-LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr)
(mR/hr) (mR/hr) (T = 04:30) ( 12:30) RWC 217 A < 0.1 < 0.1 RWC ~ 217 L < 0.1 < 0.1 RWC~217
~
C < 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr , (T = 04:45) ( 12:45) RWC 217 A
~
< 0.1 < 0.1 RWC ~
217 B < 0.1 < 0.1 RWC 217 C
~
< 0.1 < 0.1 ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr (T = 05:00) ( 13:00)
/'
~
RWC 217 A
- 85. 85. RWC 217 B
~
100. 100, r l RWC 217 C 1200. 1200.
^\- -
ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr (T = Ob:30) ( 13:30' RWC 217 A
~
380. 380. RWC 217 B 470. 470. RWC_217 C 5600. 5600. ARM READINGS 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr (T = 06:00) ( 14:00) RWC 217 A
~
680. 680. RWC 217 B
~
830. 830.
.RWC 217 C
~
9800. 9800. ARM READINGS
- 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr l
(T = 06:30) ( 14:30)
.RWC 217 A 520. 520. RWC 217 B 630. 630.
RWC 217 C 7100. 7100. ARM READINGS l 0-RE-49 2.0 mR/hr 0-RE-51 0.05 mR/hr ()
. f Litorick Radwceto Bldg. 237 ft. Elevation j
, SCENARIO ID: LKA t ii, f
y- . o f L k t-l i
'"T" l
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e I I W LIMERICK GE ERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 (_,)
- TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 00:00) ( 08:00) RWC 237 A
~
< 0.1 < 0.1 i ARM READINGS 0-RE-54 1.0 mR/hr
-(T = 00:15) ( 08:15)
RWC 237 A
< 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr (T = 00:16) ( 08:16)
RWC 237 A
< 0.1 < 0.1 ARM READINGS 7'~ g 0-RE-54 1.0 mR/hr is/ .......-- ....--...--......-_.---.................
(T = 00:17) ( 08:17) RWC 237 A
~
< 0.1 < ' Oi .1 ARM READINGS 0-RE-54 1.0 mR/hr -
(T = 00:30) ( 08:30) RWC 237 A-
~
< 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr P
(T = 01:00) ( 09:00) RWC 237 A
~
< 0.1 < 0.1 ARM READINGS
- - RE-54 1.0 mR/hr (T = 02
- 00) ( 10:00)
RWC 237 A
< 0.1 < 0.1 ARM READINGS f RE-54 1.0 mR/hr
~- -----.....-------------- -------..--.------....---
5 P k m___ __ .___ _ _ _ _ _ _ _ - _ _ _ _ _ _ . _ _ _ _ _ _ _ . _
i LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 c. iv )* TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW - (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 02:30) ( 10:30) RWC 237 A
~
< 0.1
- 0.1 ARM READINGS 0-RE-54 1.0 mR/hr (T = 02:45) ( 10:45)
RKs 437 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr (T = 02:52) ( 10:52)
RWC 237 A
~
< 0.1 < 0.1 ARM READINGS c'N' 0-RE-54 1.0 mR/hr i )
x/ ___....__-...--_-_--_-_-_....--.....--...--...--.. (T = 02:53)' ( 10:53) RWu 237 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr I
1. l (T = 02:54) ( 10:54) , RWC ~ 237 A < 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr (T = 02:55) ( 10:55) < 0.1 RWC 237 A
~
< 0.1 L L ARM READINGS 0-RE-54 1.0 mR/hr l _-.-----....--...---..__-.--...---------- -. -----
1 (T = 03:00) ( 11:00) < 0.1 RWC_237 A < 0.1 ARM READINGS
~
0-RE-54 1.0 mR/hr
l 1 l LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 s t v j' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
....-----------READINGS ABOVE NORMAL BACKGROUND----*-------- l CLOSED OPEN CLOSED OPEN I LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW l (mR/hr) (mR/hr) (mR/hr)
(.mR/hr) l (T = 03:05) ( 11:05) RWC 237 A
~
< 0.1 < 0.1 . ,
ARM READINGS ! 0-RE-54 1.0 mR/hr j (T = 03:10) ( 11:10), RWC 237 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr (T = 03:15) ( 11:15)
RWC 237 A.
~
< 0.1 < 0.1 '
ARM READINGS l 7
^-
3 0-RE-54 -1.0 mR/hr I
- v. j ....................-- ........--.....--...-- ....
(T = 03:20) ( 11:20) . RWC 237 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr l (T.= 03:30) ( 11:30)
' RWC 237 A
~
< 0.1 < 0.1 ARM READINGS 10-RE-54 1.0 mR/hr
.......... --.......... --........--......--- .... i (T = 03:40) ( 11:40)
RWC 237 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr
~
(T = 03:45)-( 11:45) RWC 237 A
~
< 0.1 < 0.1 ARM READINGS
.f'"-
0-RE-54' 1.0 .mR/hr
\- --................ ---............---...----- -...
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 p- -. I l' TABLI 6.2
~_-
IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) ___...__ __ (mR/hr) (mR/hr) (T = 03:48) ( 11:48) RWC 237 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr (T = 03:50) ( 11:50)
RWC 237 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr (T = 04:00) ( 12:00)
RWC 237 A
~
< 0.1 < 0.1 ARM READINGS
( "3; 0-RE-54 1.0 mR/hr
-s' ....____.......__..................___-__..__.....
(T = 04:30) ( 12:30) RWC 237 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr f(T = 04:45) ( 12:45)
RWC 237 A
~
< 0.1 < 0.1 ARM READINGS 0-RE-54 1.0 mR/hr
.(T = 05:00) ( 13:00)
RWC 237 A 0.6 0.6
~. ARM READINGS 0-RE-54 1.0 mR/hr.
o (T = 05:30) ( 13:30) RWC 237 A
~
2.5 2.5 ARM READINGS (~ 0-RE-54 1.0 mR/hr \~-]/ __________ ..._____. .. _....______________ .___..
- ~
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
' f' ~~'N '
Q* TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WTNDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 06:00) ( 14:00) RWC 237 A 4.5 4.5 ARM READINGS 0-RE-54 1.0 mR/hr (T = 06:30) ( 14:30) RWC 237 A
~
3.6 3.6 ARM READINGS 0-RE-54 1.0 mR/hr 1 ('~~)
\_)
,j h
~
1
t LinGrick Rndw00to Bldg. 257 ft. Elovotion ;
. SCENARIO IDI LKA A-v f*
f e P
+
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=
u). . 1
.=
a R t f
----_,A___
. - , . , e. , ., , e , a . . . ,, ,, , ,-.,., ,
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 (,s ( )* , TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA '
---------------READINGS ABOVE NORMAL BACKGROUND--------- ---
CLOSED OPEN CLOSED OPEN ' LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 00:00) ( 08:00) RWC 257
~
< 0.1 < 0.1 RWC 257 B
< 0.1 < 0.1 ARM READINGS 0-RE-55 0.10 mR/hr (T = 00:15) ( 08:15)
RWC 257 A
~
< 0.1 < 0.1 RWC 257 B
< 0.1 < 0.1 ARM READINGS 0-RE-55_ 0.10 mR/hr
. (T = 00:16) ( 08:16) RWC 257 B < 0.1 < 0.1 1 RWC 257 A
~
< 0.1 < 0.1 ~
1 ARM READINGS
,N 0-RE-55 10.10 mR/hr
)
1 1 J . .--. .. ..._..... .-... .............. . (T = 00:17) ( 08:17) RWC 257 B' < 0.1 < 0.1 RWC 257 A
~
< 0.1 < 0.1 ~
ARM READINGS 0-RE-55 0.10 mR/hr (T = 00:30) ('08:30) RWC 257 B < 0.1 < 0.1 KO 257 A
~
< 0.1 < 0.1 ' ~
ARM READINGS 0-RE-55 0.10 mR/hr : _(T = 01:00) ( 09:00) RWC 257 B < 0.1 < 0.1 RWC 257'A
~
<-0.1 < 0.1 ~
ARM READINGS 0-RE-55 0.10 mR/hr (T = 02:00) ( 10:00) RWC 257 B < 0=1 < 0.1 RWC 257 A
~~
< 0.1 .< 0.1 ~
ARM READINGS LfY 0-RE-55. 0.10 mR/hr \ ; \. .........................._... --........ _- ._--- l l 1-l
LIMERICK GE ERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
\v )* TABLI 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND---- --------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 02:30) ( 10:30) RWC 257 A
~
< 0.1 < 0.1 RWC ~
257 B < 0.1 < 0.1 ARM READINGS 0-RE-55 0.10 mR/hr (T = 02:45) ( 10:45) RWC 257 A
~
< 0.1 < 0.1 RWC 257 B
~
< 0.1 < 0.1 ARM READINGS 0-RE-55 0.10 mR/hr (T = 02:52) ( 10:52) RWC 257 B < 0.1 < 0.1 RWC ~
257 A- < 0.1 < 0.1 ~ ARM READINGS (^T) 0-RE-55 0.10 mR/hr Lit . -- ...................---- ....-------.....------ (T = 02:53) ( 10:53) RWC 257 A
~
< 0.1 < 0.1 RWC 257 B
~
< 0.1 < 0.1 -
I ARM READINGS 0-RE-55 0.10 mR/hr L (T = 02:54) ( 10:54) RWC 257 B < 0.1 < 0.1 RWC 257 A-
~
< 0.1 < 0.1 ~
ARM READINGS 0-RE-55 0.10 mR/hr t. L (T = 02:55) (-10:55) RWC 257 B < 0.1 < 0.1 l RWC 257 A
< 0.1 < 0.1 ~
L ARM READINGS L, 0-RE-55 0.10 mR/hr . 1 1 (T = 03:00) ( 11:00) < 0.1 RWC 257 B < 0.1 < 0.1 RWC 257 A
~
< 0.1 ~
. ARM READINGS l (~~T 0-RE-55 0.10 mR/hr N 'I ..--------...--------------. --------------------- 1
. . , . . - . ~ . . . . - . - . .
vi. ; , T, ' LIMERICK GENERATING STATION' SCENARIO LKA l ANNUAL ~ EXERCISE UNIT 1 REV 1
- q , , ,
kf - TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
, -------- ..... READINGS-ABOVE NORMAL BACKGROUND-------------
I _u CICSED OPEN CLCi.JD WEN LOCATION WINDOW. WINDOW LOCATION WINDOW WINDOW
.~(mR/hr) (InR/hr) (mR/hr)
(mR/hr) i f(T = 03:05); ( 11:05) ' 1 RWC ~ 257 A < 0.1 < 0.1 RWC 257 B
~
< 0.1 < 0.1
. , ARM READINGS
'0-RE-b5 0.10 mR/hr ;
j - (T- = 03 : 10) . ( - 11: 10) . !> -RWC 257-A. ~
< 0.1
< 0.1 RWC 257 B
~
< 0.1 < 0.1 ARM READINGS
'0-RE-55 ' O .10 -. .mR/hr R (T = 03:15).( 11:15) < 0.1 l- ,
;RWC.257 ~~
A'
-<-~0.1: < 0.1 RWC ~~
257 B < 0.1 D - ARM READINGS p: f N0 , , 0-RE-55' 10.10 mR/hr 1
.l %h, , : .. .. . . - . .. .. ... ... .. . .. --.
- a. !.
L m .. f(T = ,03:20) . - ( 11:20)' RWC 257.B < 0.1 < 0.1
- RWC-257'A~- .<~~0.1 < 0.1 .
~e~ ~
ARM-READINGS 1 .0-RE-55' O.10 mR/hr K , . .- . .. ---.. ... . .---. --- .
)(T -= f 03 : 3'0) -- (111: ') - .
. . t a.< 0.1 ' RWC 257 B <.0.1 < 0.1 RWC 257 A ~
x 0.1 ~ ' ARM READINGS O-RE-55l 0.10 mR/hr, . 1 g
,, ?
RWC,107LA _ _ .(T!= 03:40) (!11:40):. < 0.1 < 0.1 '< 0.1
~~
L<'O.1 . RWC_257 B 4 . .. .
' ARM READINGS ,
o q 0-RE-55.1 -0.10 :mR/hr. r z 3 " (T = i O3:45) _( 11:45) < 0.1 < 0.1 lRWC=257sA~ ' ~ '
< - < ' 0 ; 1H ( 0.1 RWC 257 B-
~ '
.,_j '. J_ AM READINGS pt ?
0.-RE . O.10 mR/hr_ .,
'N . . . .- .- - -- .- . .-- --- .
+
i _7 4 _______o. -_____m _m_-_ , ,. -.,s_ - - t
- p. W , .,
- L
,d g
iI;; l LIME"'CK GENh: RATING STATION SCENAtIO LKA
! ANNUA', EXEPCISE~ -
UNIT a REV.1 s. t )* . TABLE 6.2 L i; di> o o ' IM11 ANT SURVEY AND SAMPLING DATA.
--------------X OINGS ABOVE NORMAL BACKGROUND-------------
i
'o +
CLOSED OPEN- CLOSED OPEN LOCATION- WINDOW ~ WINDOW LOCATION WINDOW WINDOW l_ (mR/hr) (mR/hr) (mR/hr) (mR/hr) 3; ., .
.(T =.03:48)'( 11:48) < 0.1 < 0.1
,4" , RWC_,257.A <-0.1 < 0.1 RWC_257 B
~ ARM READINGS 0-RE-55 0.10 mR/hr -
]$l (T = 03:50) ( 11:50)
' RWC 257 A~
< 0.1 < 0.1 RWC_257 B < 0.1 < 0.1 ARM READINGS pe 0-RE-55. 0.10 .mR/hr s
!. ;, T 5
4', O
.. (T =.04:00) ( 12:00) .
< 0.1 < 0.1 pg.;~ 257'Ai '< 0.1 < 0.1 RWC_257 B-
- m. .
ARM READINGS Uy ? '5' iO-RE-55 .0.10 mR/hr . ., O . _ _ - - _ _ . ._ _ . _.. _ . ... _ _ _ _ _ _. __ ... _ W.. /. ' y, R(T = 04 : 3'0)' ( l'2 : 30)
< 0.1 PWC_,257,B < 0.1 < 0.1 11 j;' y~ . RWC,,257 s A ! .< 0.1
ARM READINGb c'- ' =0-RE-55: 0.10 :mR/hr o , I h ?MAS%. RWC'257 A
. . (T = = 04 : 4 5) '-( 12 : 4 5) -
< 0 .1' < 0.1 RWC 257:B
~
C 0.1" < 0.1-
' ' ~
ARM READINGS y . . l '0-RE 0.10 mR/hr l y, a m " y (T' = 05: 00) -( ' 13 : 00) , RWC~ ' 2 57 ' A' - 1.5' 1.5 RWC 257 B
~
"3. 6 3;6
'J ' i ' ARM READINGS
- J;i ? RE-55 O.41 .mR/hr i
%p s g .u 1 .
.'(T = 05:30)- ( 13:30).
'# c
,RWC 257 A 6.6 6.6 RWC 257 B
~
- 16. 16.
~
, y ARM READINGS l
. 0-RE-55 1.5 mR/hr
,p Q _____ _________ __ _____ __ ___ ___ -__ _.
/
6 2 I F$_
-4, '
;- ;Q; hr' y, , , ' [i
k i I
. b LIMERICK GENERATING STATION SCENARIO LKA
_, ANNUAL EXERCISE UNIT 1 REV 1
..p-Q'- . TABLE 6.2
'IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION: WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 06:00) ( 14:00) 29, 29.- RWC 257-A~ 12 . - 12. RWC~ 2E B ARM READINGS ^ 0-RE 2.6 mR/hr
.(T = 06:30)7 ( 14:30) 23. 23.
RWC_,257 A 9.5- 9.5 RWC_257 B ARM READINGS 4
', 0-RE-55 2.1. mR/hr ,
4 ga __________ ___ __ _______ ___ _____ __ ____ 6 k
. j N,f'
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; LIMERICK: GENERATING. STATION SCENARIO LKA i 4
" ANNUAL EXERCISE UNIT 1 REV 1 p hi I I' . TABLE 6.2 ip.J p< IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
r. CLOSED OPEN CLOSED OPEN
, LOCATION- WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr)
(mR/hr) (mR/hr) 1 (T = 00:00) ( 08:00) RB1 177 A
~
< 0. 1- < 0.1 RB1 177 B < 0.1 < 0.1
'y' iRBl 177 C-
~
< 0.1 < 0.1 RBl~177 D
~
< 0.1 < 0.1
?RBl 177tE
~
< 0.1 < 0.1 RBl 177 F
~
< 0.1 < 0.1 R LRBl 177 G-
~
< 0.1 < 0.1 RBl 177 H
~
< 0.1 < 0.1 er ARM READINGS 1-RE-01 -0.10 mR/hr 1-RE-02 0.10 mR/hr 1-RE-03 2.0 mR/hr (T = 00:15) -( 08:15)
RB1 177 A f< 0.1 < 0.1 RB1 ~ 177 B < 0.1 < 0.1 C FBl~177 C
~
< 0.1 < 0 .1 - RBl ~
177 D < 0.1 < 0.1 ABl 177 E-- -<-0.1 < 0.1 RBl ~ 177 F < 0.1 < 0.1 RB1"177 G
~
< 0.1 . < 0.1 RBl ~
177 H < 0.1 < 0.1 JJUi READINGS 1-RE-01' O.10- mR/hr 'l-RE-02 0.10 mR/hr J% j 1-RE-03: 2.0 mR/hr qu ). ..._--___--___-_--____.-_-_-___-_.---- -____------_ (T = 00:16) ( 08:16) L RBl=177 A
~
< 0.1 - <'O.1 RB1 177 B
~
< 0.1 < 0.1 L RBl 177C <:0.1- ' <'O.1 RBl 177'D
~
< 0.1 < 0.1 RBl~177 EL <:0.1 '
< 0.1' RBl 177.F < 0.1 < 0.1
'RBl[177.G < OL.1 < 0.1 RBl[177'H- < 0.1 < 0.1 ARM READINGS 1-RE-01 c 0 .'10 mR/hr 1-RE-02 0.10 mR/hr RE-03< 2.0- mR/hr
'l - (T = 00 : 17 ) . ( 00 : 17 )
L RB1 177 Al
~
< 0.1 < 0 .1 ' RB1 ~
177 B <=0.1 < 0.1 RBl 177'C- < 0.1 < 0.1 RBl ~ 177 D < 0.1 <-0.1
~n RBl[177fE < 0.1 < 0.1 RBl ~
177 F < 0.1 <'O.1
.RB1 177 G-
~
< 0 .'l .< 0.1- RBl ~
177 H < 0.1 < 0.1 AIUi READINGS 1-RE-01< 'O.10 'mR/hr 1-RE-02 0.10 mR/hr 1-RE-03 2.0 mR/hr (T!= 00:30) ('08:30) < 0.1
.RB1 177.A < 0.1- < 0.1 RB1 177 B < 0.1.
RBl~177 D
~
RBl 177 C < 0.1 < 0 .1' < 0.1 < 0.1
'RBl~177 E
~
< 0.1
< 0.1 RBl ~177 F < 0.1 < 0.1 RBl ~77 G < 0.1
~
< 0.1 RBl[177 H < 0.1 .< 0.1 l hU-q! j~ 1-RE-01 0.10. mR/hr' ARM READINGS 1-RE-02 0.10: _mR/hr
-_1-RE-03 2.0 mR/hr 1
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- LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 9
TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN
' LOCATION- WINDOW WINDOW LOCATION WINDOW WINDOW
-(mR/hr) (mR/hr) (mR/hr)
(mR/hr) _ (TL= 01:00) ( 09:00) < 0.1 < 0.1 RB1 177 A < 0.1 < 0.1 RB1 177 B [: RBl~1771C-
~
< 0.1 < 0.1 RB1 177
~
D < 0.1 < 0.1 L: RBl 177 E < O.1 < 0.1 RBl 177 F < 0.1 < 0.1
' RB1'177 G
~
< 0.1 < 0.1 RBl~177
~
H < 0.1 < 0.1 ARM READINGS
.1-RE 'O.10 -mR/hr 1-RE-02 0.10 mR/hr an 1-RE 2.0 mR/hr
..(
(T = 02:00) ( L- 10 : 00) o 1 RB1 177 Je < 0.1 < 0.1 RB1 177 B
~
< 0.1 < 0.1 RBl~177 C
~
< 0.1 < 0.1 RBl 177 D
~
< 0.1 < 0.1 e RBl 177 E <H0.1 < 0.1 RBl 177 F < 0.1 < 0.1 RBl~177 H
~
RBl 177 G-
~
<:0.1 <-0.1 ~
< 0.1 < 0.1 ARM PEhDINGS
-m - 1-RE-01. 0.10 mR/hr 1-RE-02 0.10 mR/hr 1-RE-03 2.0. mR/hr _-- y . . 4 (T - -02:30) ( 10:30) < 0.1 RB11177:A-
~ '< 0.1 <=0.1 RB1 177 B
~
< 0.1
< 0.1 r .RBl 177'C- < 0.1 ' <- 0.1 RBl 177 D < 0.1
'RBl~177 E -
< 0.'l- ~< 0.1 RBl~177 F
~
< 0.1 <-0.1 RB1 177 G
~ ," < 0.1 < 0.1 RBl 177 H
~
< 0.1 < 0.1
, ARM READINGS
~1-RE 0.10 mR/hr 1-RE-02 0.10 mR/hr 1-RE-03: -2.0 mR/hr.
c (T = 02 : 45) - ( 10: 4 5) < 0.1 ==
'RB1-177 A <-0.1 < 0.1 RB1 177 B < 0.1 RB1-177 C
~
<:0.1- < 0.1 RB1 177'D < 0.1 < 0.1 RBl 177:E
~
<'0.1 < 'O .1 RB1 177-F~
< 0.1 < 0.1 RBl_1?7 G' < 0 .1- <,0.1 RBl_177 H < 0.1 <.0.1
. ARM READINGS
- 1-RE-011 0.1" '/hr ,1-RE-02 0.10 mR/hrl 1-RE-03 : 2.i ,'hr (T =102:52) ( 10:52) < 0.1 < 0.1 RB1'177-A- < 0.1 < 0.1 RB1 177 B
~
RBl 177 C
~
< 0.1 < 0.1 RBl~177 D -
< 0.1 < 0.1 RBl 177 E
~
< 0.1 < 0.1 RB1 177 F -
< 0.1 < 0.1 RBl ~'177 G- < 0.1 < 0.1 RB1 177 H ~
< 0.1 < 0.1 ARM READINGS 9 1-RE-01 1-FE-03 270G.
2.0 mR/hr mR/hr 1-RE-02 2.1 mR/hr f '
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~5 LIMERICK. GENERATING-STATION SCENARIO LKA ANNUAL EXEh'ISE UNIT 1 REV.1 1 4?'N .
- 1 U - TABLE 6.2
.v. .
.IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN o LOCATION WINDOW- WINDOW LOCATION WINDOW WINDOW ; (mR/hr) (mR/hr) ____ .... _ (mR/hr) (mR/hr)
'(T = 02:53) ( 10:53)
RB1 177 A-~
< 0.1 < 0.1 RB1 177 B < 0.1 < 0.1 5
RBl 177 C -
-< 0.1 < 0.1 RBl~177 D < 0.1 < 0.1 RB1 177 E < 0.1
< 0.1! RBl~177 F < 0.1 < 0.1
< 0.1 < 0.1 3 f,
t RBl~177fG ~
< O.1 < 0.1 RB1~ 177 H
. ARM READINGS y, 1-RE-01 2700. mR/hr 1-RE 2.1 mR/hr mR/hr 1-RE-03_ ...___2.0 _...._______________...___________________ ,
(T = . C1: 54 )- ( 10: 54) RB1 177 A.~
< 'O .1 < 0.1 RB1 177 B < 0.1 < 0.1
>RBl 177 C ~
< 0.1 - < 0.1 RBl~177 ~
D < 0.1 < 0.1 l RBl 177:E < 0.1 < O '.1 RBl 177 F < 0.1 < 0.1 RB1"177 G RBl~177 H < 0.1 < 0.1
~
A ~ '
< 0.1 < 0.1 -
. . . ARM READINGS 1-RE OSH mR/hr- 1-RE-02 9.1 mR/hr
- h. v 1.
1-REs03'___ ..___..
..._ 2.0 mh/hr __________________.________ ...___
E N~ ' t (T.= 02:55) ( 10:55). , RB1 177 B < 0.1
.RB1 177.A<-
< 0.1' <- 041-. -
< 0.1-u RB1 177 C- <!O.1 < 0 .1 - RB1 177 D < 0.1 < 0.1
'RBl~177 F-H RB1 177 E ~
< 0.1 < 0 .1- ~
< 0.1 < 0.1 .
'o' RBl 177:G ~
< 0.1~ < 0.1 .RBl~ 177 H < 0.1 :< 0.1 *
-ARM-READINGS i
, RE-01 OSH .mR/hr- ,
21-RE-02l 16. mR/hr " 'i RE-03J 2.O mR/hr
-(T = 03:00) ( 11:00)
RB1'177'A -
< 0.1 < 0 .1. ~RB1-177 B~
'< 0.1 < 0.1 ,
l RB1 177 C- < 0.1 < 0 .1' RBl 177 D < 0.1 < 0.1 L 'RBl 177 E!
~
< 0.1 < 0 .1- RBl~177 F-
< 0.1 .< 0.1 RB1 177:G ~
< 0.1 < 0.1 RB1 177 H~
< 0.1 <.0.1 P*.. ARM READINGS mR/hr 1-RE-01 OSH mR/hr 1-RE-02 720. -
1-RE-03 2.0 mR/hr (T = 03:05) ( 11:05) < 0.1 <'O.1
+.. 'RB1 177 A. -
< 0.1 < 0.1 RB1'177 B~
L'. 'RB1 177 C ~
< 0.1 < 0.1~
RBl 17.7 D < 0.1 < 0.1 RBl 177 E -
< 0.1 < 0.1 RB1 177 F.
'< 0.1
~
< 0.1 RB1-'177 G ' < O '.1 -< 0.1 RB1 177 H~
< 0.1 < 0.1.
ARM RLt1;NGS t.
- . 1-RE-01 OSH mR/hr 1-RE-02 1800. mR/hr 1-RE-03_ L2 . 0 mR/hr i l l
7 L< , 1
. LIMERICK GENERATING STATION SCENARIO LKA A , ANNUAL EXERCISE- UNIT 1 REV 1 TABLE 6.2 IN-PLANT SURVEY AND-SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN
-LOCATION' WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr)- (mR/hr) (mR/hr) (mR/hr)
- (T = 03:10) ( 11:10). < 0.1 RB1 177 B < 0.1 < 0.1 1RB1 177-A ~
< 0.1 ~
< 0.1 RBl 177 C <~0.1 < 0.1 RBl 177 D ~
< 0.1
~
RBl 177 E < 0.1 < 0.1 RBl 177 F < 0.1 < 0.1
~
-RBl ~ 177 G.
^
< O '.1 ~ < 0.1 RBl~177 H ~
< 0.1 < 0.1
. ARM READINGS 1-RE-02 1500. mR/hr 1-RE-01 OSH mR/hr-1-RE-03 2.0 mR/hr 2(T.= 03:15) ( 11:15) RB1 177 B < 0.1 < 0.1 E lt RB1'177 A- <-0.1- < 0.1
,f RBl
~
177 C <?0.1 < 0.1 RBl~177 D ~
< 0.1 < 0.1
~
L RBl 177-E'- < 0.1 < 0.1 RBl 177'F < 0.1 < 0.1
~
RBl~177 H <'O.1 <-0.1 RBl 177 G
~
< - O '.1 < 0.1 ~~
ARM READINGS' 1-RE-02 1200. mR/hr 1-RE-01. OSH . mR/hr 1-RE-03 2.0- mR/hr (T =103:20) ( 11:20) RB1'177 B < 0.1 < 0.1 RB1"~ 177 ~ A :<s0.1 <-0.1 ~ RBl 177: C < 0.1 - < 0.1 RBl 177 D -
< 0.1 <-0.1
, 'RBl~177 ' E: <
< 0.1 -< 0.1 RB1 177 F < 0.1 < 0.1-
~
RBl 177 G < 0 .1-~
~
'< 0.1 'RBl~177 ~
H < 0.1 < 0 .1 -
~
ARM' READINGS 1-RE-02
- 1-RE-01; JOSH , mR/hr 94. mR/hr 4 1-RE-03 2.1^'mR/hr-
+
.~(T
- 03:30) ( 11:30) -RB1 177 B- < 0.1 < 0.1
' RB1' 177 A ' - < 0.? < 0.1
~
~
- RBl 177D C . < c 0 .- 1 . t< 0.1 RBl 177 D> < -. 0 . 1 '.0.1
. RBl~17 7 : -E <-0.lf < < - 0 .1 ' RBl~177 F ~
< 0.1 < 0. 7 5 mRB1 177JG
< ' O .1-- ' < 0.1. 'RBl 177 H~ ~
~0.1- 10.1 a' ~.
- ARM READINGS' 1-RE-02 79. mR/hr L1-RE-01' _OSH .mR/hr
,l" ~ 1-RE-03 , _ . _ _ _ _ _ _- 2 . 1 ;_____mR/hr
. '(T ='03:40): ( 11:40)' 'O.1 RB1 177 B :0.1 0.1 m"RB1'177 A -0.1 ~
.mRBl~1771C' 0.2 0.2 RBl 177 D ~
0.1 0.1-4 RBl~177 E 0.1 0.1 'RBl 177 F ~ 0.2 0.2
~
.RBl 177 G
~
0.2 0.2 RBl 177 H ~ 0.2 0.2 ARM READINGS-9 m 1-RE-01: 1-RE-03 OSH 2.2
~
mR/hr mR/hr 1-RE-02 68. mR/hr
-l -
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' LIMERICK G"NERATING STATION. SCENARIO LKA JANNUAL EXERCISE UNIT 1 REV 1 ;
m. gj!v-I* TABLE 6.2 p".- . . IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
a-
. .. CLOSED- OPEN CLOSED OPEN '
4 LOCATION. -HINDOW WINDOW LOCATION WINDOW WINDOW y (mR/hr) (mR/hr) . __. (mR/hr) (mR/hr)
.=(T = 03:45) ( 11:45) 0.1 RB1 1771 A 0.1 0.1 RB1 ~
177 E 0.1
- RB1 177 C ~
~
0.2 0.2 RBl~ 177 0 0.1 0.1 RBl 177 E
~
0.2 0.2 RBl ~ 177 F 0.2 0.2. RBl 177 G'
~
O.2 0.2 RBl ~ 177 H 0.2 0.2 h , - - ARM READINGS 01 -RE-01' OSH mR/hr 1-RE-02 66. mR/hr 1-RE -2.2 mR/hr, I { (T =.03:48)- ('11:48) 0.2
>RB1'177 A 0.2 0.2 RB1 177 B 0.2.
RB1 177..C
~
0.2 0.2 ROF ~177 D 0.2 0.2-RBl 177 E 0.2 0.2 'RB1'177 F 0.2 0.2
'RB1 177 G.
~
0.2 0.2 RBl~!'7 H
~
0.3 0.3 ARM RF'i. _6 i GS RE-01' OSH . 4r 1-RE-02 64. mR/hr f/ % ,1-RE-03 - 2. 3 ' mR/hr 1 y pq ,
. . (Ti .= L O 3 : 50) ('11:50).
0.2 , ' RB1-1771A- ~ 0.2 0.2 RB1 177 B
~
0.2
'RBl 177 C
~
.O.3 0. 3' RBl 177 D
~
0.2 0.2 W RBl 177EE' O.2 O.2 RBl 177 F 0.2 0.2
'RB1 177'G-
~
-O.2 0;2 -
RBl~177 H'
~
O.3 0.3 a l.' . ARM READINGS 4 1-RE-01 OSH. mR/hr 1-RE'-02 63. mR/hr 1-RE-03), 2.3 mR/hr .___ __ _____ . . ____ 7 a(T = 04iOO) ('12:00)- 0.3 O.3 _e iRBl_177?A1 0 '. 3 0.3 RBl_177 B RBl.177eC; 0;4 0.4 .RB1 177 D 0.2 0.2
~
.RBl 177 E! 0.3 0.3 RB1 177 F .0.4 -0.4 0.4'
* ~
RBl 1771G. 0. 4' 0.4' ;RB1 177 H
~
.0.4
~
; ARM READINGS
- 59. .mR/hr
* '1-RE s '1-RF.-01~ OSH mR/hr 1-T i-i 2,4 mR/hr Y. j g;;
,(T.= 04:30)' ( 12:30)' 0.5 0.5 3:: RB1"177.A ~0.5
- 0.5 RB1 177 B
.RB1 177 C. 0.7 0.7 RB1 177 D
~
0.5 0.5 RB1 177 E. O.6' O.6 RBl 177 F 0.7 0.7 ,' ~ RBl 1775G
~
.0.7 '
0.7- RB1"~177 H
~
0.8 0.8 O ARM READINGS 1-RE OSH mR/hr 1-RE-02 48. mR/hr lt(*)). 1-RE-03 2.8- mR/hr _ ___ _____ _ ________ __ u ___ - _ ___. .
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b
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- LIMERICK " GENERATING STATION SCENARIO LKA
' ANNUAL EXERCISE- UNIT 1 REV 1
( f' . TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
t CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW c (mR/hr) (mR/hr) (mR/hr) (mR/hr) h (T = 04:45) ( 12:45) RB1 177 A
~
0.6 5.9 RB1 177 B ~ 0.6 5.9 RBl 177 C 0.8 6.2 RBl 177 D ~ 0.6 5.9
~
0.8 6.2
~
'RBl 177 E 0.7 6.0 RBl 177 F RBl~177'G
~ '
0.8 6.2 RB1 177 H ~ 0.9 6.3 ARM' READINGS 1-RE-01 OSH mR/hr 1-RE-02 43. mR/hr 1-RE-03 2.9 mR/hr (T = 05:00)' ('13:00) RB1 177 B 4.6E4 3.1ES RB1 177 A 4.6E4 3.1E5
~
RBl 177'C 6.5E4 3.3E5 RBl~ ~177 D 4.5E4 3.1E5 RB1 177-E 5.2E4 -3.2E5 RBl 177 F 6.5E4 .3.3E5 [ LRBl[177 G-- 6.5E4' 3.3E5 RBl[177 H 7.2E4 3.4E5 ARM READINGS 1-RE-01; OSH~ .mR/hr 1-RE-02 OSH mR/hr mR/hr, y _ 1-RE-03~ OSH:
#p ' '
(T '= 05: 30)- ( 13 : 30) . . 1.5E6 RB1'177-A- .2.2E5 l'.5E6 RB1 177'B
~
2.2E5=
~
RBl 177 C . 3.1E5 :1.6E6' RBl 177 D
~
2.1ES 1.5E6 f 7~ RB1 177 E
- 2. 5ES- 1.5E6. RBl 177 F 3.1E5 1.6E6 J
RBl[177 G- 3.1E5 1.6E6 RBl[177 H 3.5E5- 1.6E6-ARM READINGS
'l-RE-Ole OSH 'mR/hr 1-RE-02 OSH mR/hr g g ,
1-RE OSH~ mR/hr
.-(T = 06:00) ( 14:00)
W RB1J177 A' 3.9ES 2.9E6- RB1 177 B
~
3.9ES 2.9E6
'RB1 177.C- 5.5E5 3.1E6 RBl 177 D 3.1E5 2.9E6 3.1E6
~
~
.RBl~ 177'E 4.3E5 3.0E6 RBl 177 F 5.4E5 F 'RBl~ 177 G 5.4E5- ' 3.1E61 RB1 177 H
~
6.1ES 3.2E6
. ARM READINGS g :.-RE-01 OSH mR/hr 1-RE-02 OSH mR/hr.
- L-RE-03 OSH mR/hr
.(T = 06:30) ( 14:30) RB1 177 B 2.8E5 2.6E6 RB1 177~A 2.8E5 2.6E6 ~
RBl 177 C
~
3.9E5 2.7E6 RBl 177 D
~
2.7E5 2.6E6 RBl~177'E 3.1E5 2.6E6 RBl 177 F 3.9ES 2.7E6 2.8E6
~
~
RBl 177 G 3.9E5 2.7E6 RBl 177 H
~
4.3E5
~
i ARM READINGS 1-RE-01 OSH mR/hr 1-RE-02 OSH mR/hr 1-RE-03 OSH mR/hr
.m , 1
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- LIMERICK GENERATING STATION SCENARIO LKA C ANNUAL EXERCISE UNIY 1 REV 1 TABLE 6.2
- {
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IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN, CLOSED OPEN LOCATION , WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) '(mR/hr) ----....... (mR/hr) (mR/hr)
. ,(T = 00:00) ( 08:00)
RB1 201 A.
~
< 0.1
< 0.1 RB1 ~
201 B < 0.1 < 0.1 RBl~ 201 C < O.1 < 0.1 RBl ~ 201 D < 0.1 < 0.1 RBl 201 Ei < 0.1
< 0.1 RBl ~
201 F < 0.1 < 0.1 RBl~201 G-
< 0.1 < 0.1 RBl -
201 H < 0.1 < 0.1
-RB1_201 I < 0.1 < 0.1 ,
ARM READINGS l__ # 1-RE-06 4.0 mR/hr' , 1-RE-08 10. mR/hr g 1-RE-09
- 30. mR/hr:
(T = 00:15) ( 08:15) '
< 0.1 < 0.1 #
. RB1 201 A
~
< O.1 < 0.1 RB1 ~
201 B ? 'RBl 201 C
~
< 0.1 < 0.1 RBl ~
201 D < 0.1 < 0 .1-
}RBl 201 E
~
<! 0.1 < 0.1 RBl -
201 F < 0.1 < 0.1
;RBl 201 G- < 0.1 < 0.1 RB1 ~
201 H < 0.1 < 0.1
-RB1 201 I'
~ '
< 0.1 < 0.1
' = ARM READINGS I (n) 1-RE-06 4.0 mR/hr 1-RE-08 10. 'R/hr.
's u 1-RE-09_ .30. mR/hr
_._ (T '= : 00:16) .( 08 :16) SRB 1 201.A-
~
'< 0.1 ' < 0 .'1 RB1 201 B
< 0.1 < 0.1 RBl 201 C
~
< _0.1 < 0.1 ,
RB1-4*v1 D < 0.1 < 0 . 1' RBl 201 E < 0.1 < - 0.1 RB1 201 F
< 0.1 < 0.1
'RBl~201'G~
~
< 0.1 < 0.1 RB1 201 H
< 0.1 ' < 0.1 RBl 201'I=
~
.< 0.1 < 0.1 .
ARM READINGS 1-RE-06 4.0 mR/hr 1-RE-08 10. mR/hr
;1-RE-09 30. mR/hr (T = 00:17) (-08:17)
. RBI'201 A <'O.1 < 0.1 RBl 201 B-
< 0.1 <:0.1 'i
~
RBl 201 C L< 0.1 < 0 .1 - RB1 201 D
< 0 .1' < 0 .1- '
~
~RBl 201 E
~
.< 0.1 < 0.1 RB1 201 F
< 0.1
< O '.1
, RBl 2 01':G < 0.1' < 0.1 RB1 201 H
< O.1 < 0.1
.RBl~201 I < 0.1~ < 0.1 ARM READINGS 1-RB-06_ 4.0 mR/hr 1-RE-08 10. mR/hr 1-RE-09' 30. mR/hr
? Q;
- ~. -
.C' LIMERICK GENERATING STATION SCENARIO LKA-
- UNIT 1 REV 1 A _ ANNUAL EXERCISE =
j' - . TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN
-LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) .__________
(mR/hr) (mR/hr) a ........ __ ...... ....._
'g.
(T;= 00:30) ( 08:30) . RB1 201 A < 0.1 < 0.1 RB1 ~ 201 B < 0.1 < 0.1 RBl~201 C- <- 0.1' < 0.1 RBl ~ 201 D < 0.1 < 0.1 RB1"~201 E < . 0 .1 < 0.1 RBl ~ 201 F < 0.1 < 0.1 N RBl~201 G
~
~ < 0.1 < 0.1 RBl ~
201 H < 0.1 < 0.1 ' RBl 201 I
~
< 0.1 < 0.1 ;
' ARM READINGS 1-RE-06. 4.0 mR/hr 1-RE-08 10. mR/hr 1-RE-09_
.3 0.. mR/hr
- (T = 01: 00) -( 09 : 00)'-
- RB1 201A- < 0.1 < 0.1 .RB1 201 B < 0.1 <-0.1
~ ~
RBl 201 C
~ '
' <J0.1 < 0.1 RBl 201 D
~
< 0.1 <-0.1
-RBl 201'E'
~
'< 0 .1. . < 0.1 RBl 201 F
~
< 0.1 < 0.1 RBl 201 G.
<L0.1 < 0.1 RBl_201 H < 0.1 -< 0.1 RB1 201 I ' < 0.1 '< 0.1 C ARM READINGS
~l i 1-RE-06 - 4. 0 mR/hr 1-RE-08 10. mR/hr i ^ ~
.1-RE ___
30. nR/hr
~
-(T = 02:00) ('10:00) < 0.1 < 0.1
'RB1 201 A
~
< 0 .= 1 '< 0.1 RB1 ~
201 B
-RBl 201.~C
~
- <10.11 < 0.1 RBl ~
201 D < 0.1 < 0.1 RBl ~-201 E; < 0 .1" < 0.1 RBl ~ 201 F < - 0.1 < 0 .' 1 iRBl 201 G
~
'< 0.1
. < 0 .14 RBl ~
201 H < 0.1 < 0.1 RBl 201 I.
~
< 0.1-'
f< 0.1 ARM-READINGS
.1-RE :4.O mR/hr 1-RE-08 10. mR/hr L1-RE-09'
- 30. _mR/hr
. (T = 02:30) _ ( 10:30)
RBl 201LA
~
e 0.1 <- 0.1- RB1 ~ 201 B < 0.1 <.0.1 RBl 201 C < 0.1~ ;< 0.1 RBl ~ 201 D < 0.1 < O'.1-
~
F RBl 201 E'
~
< 0.1 < 0.1 RBl ~
201 F < 0.1 < 0.1 RBl 201:G
~
- -< O '.1 < 0.1 - RBl ~
201 H < 0.1 < 0.1 iRBl_201 Iz -< 0.1 <. 0.1 3
- ARM READINGS 1-RE 4.0, mR/hr 1-RE-08 10. mR/hr 1-RE-09
- 30. mR/hr V- 7ti?
e otY
.1 lhb .
- 4. LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
( )* . TABLE 6.2 IN-PLANT SURVEY AND-SAMPLING DAT'
---------------READINGS ABOVE NORMAL BACKGROUND-------------
s CLOSED OPEN CLOSED OPEN LOCATION' WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 02:45)-( 10:45) RB1 201 B < 0.1 < 0.1 RBI'201 A -< 0.1 < 0.1 ~
~
RBl 201 C < 0.1 < . 0.1 RBl 201 D-
< 0.1 < 0.1
~
-RBl 201 E. < 0.1 < 0.1 RB1 201 F < 0.1 < 0.1 RB1 201 G
~
< 0.1 < 0.1 RBl~201
~ H < 0.1 < 0.1 RBl 201 I
~
<'O.1 < 0.1 s ARM READINGS 1-RE-06 4.0 mR/hr 1-RE-08' 10. mR/hr 1-RE-09 30. mR/hr
-(T = 02:52') ( 10:52) RB1 201 B < 0.1 < 0.1 RB1-201 A
< 0.1 < 0.1 ~
RB1 201 C < 0.1 < 0.1 RBl 201 D
~
3.8 3.8-
~
RB1 201 E
~
1900. -1900. RBl 201 F
~
- 60. 60.
RB1 201 G < 0.1 < 0.1 RBl 201 H
~
< 0.1 < 0.1 RBl[291=I < 0 .1' < 0.1 ARM READINGS 1-RE 4.0. mR/hr 1-RE-08 82, mR/hr el-hE409 32, mR/hr (T'= 02:53) ( 10:53) < 0.1 RB1 201.B < 0.1 < 0.1 RB1'201'A- <-0.1 RBl~201 C < 0.1' < 0.1 RBl~201 D 3.8 3.8
~
RBl 201'E 1900. 1900. RB1 201 F 60, so.
~
RBl 20r G;
~
< 0.1- < 0.1 RBl~201~H
~
< 0.1 < 0.1 RBl 201.2
~
< 0.1 <'O.1 .
ARM READINGS 1-RE-06 4.0 mR/hr 1-RE-08 82. mR/hr
- 1-RE-09 -32. 'mR/hr (T =~02:54) ( 10:54) RB1 201 B <HO.1 RB1 201 A. < 0.1 < O'.1- ~
< 0 .1.
RBl 201 D 11 8 , 18. RBl~201-C < 0.1 < 0.1 - RB1~201 E- 8800, 8800. RB1 201 F ~ 280. 280..
~
RBl 201 G I < 0.1 - < 0.1 RB1~ 201 H < 0.1 < 0.1 n
'RBl~201'I.~
< 0.1 < 0.~1
. ARM READINGS 1-RE-08 1-RE-06 .4.0 mR/hr J40. mR/hr 1-RE-09 41. mR/hr
3*
't=.
, - LIMERICK GENERATING = STATION SCENAR1. N ANNUAL EXERCISE- UNIT 1.A ' 1 TABLE 6.2
.1 IN-PLANT SURVEY AND SAMPLING DATA 1 ---------------READINGS ABOVE NORMAL BACKGROUND------------ '
, CLOSED JOPEN CLOSED OPEN
-14 CATION WINDOW WINDOW LOCATION WINDOW WINDOW
,(mR/hr)
(mR/hr) (mR/hr) __ __ . (mP/hr) (T = 02:55)-( 10:55) RB1 201 B- < 0,1 < 0.1
^RL1=201 A- < 0.1 < 0.1 -
RBl~201-C ~
' < 0.1- < 0.1 RB1~ 201 D 31. 31.
RBl 201 E ~
'1.6E4 1.6E4 RBl 201 F
~
490. 490.
.RBl~ 201 G < 0.1 < 0.1 RBl~ 201 H < 0.1 < 0.1 f RBl~ '201 :I < 0.1 < 0.1 .
ARM READINGS 1-RE-06 4 4 0L mR/hr 1-RE-08 600. mR/hr
~ i --
1-RE-09 50. mR/hr
- i (T.=.03:00) (-11:00) RB1 201 B < 0.1 < 0.1 o RB1 2011-A ~
< 0.1 .
<.0.1 ~
RBl 201-C 0.2 ~ 0.2 RBl ~ 201 D 1400. 1400.
'RBl 201;E
~
'7.0E5 7.0E5 RBl ~
201 F 2.2E4 2.2E4
! s RBl~201;G. < 0.1- < - 0 .' 1 RBl ~
201 H < 0.1 < 0.1 RBl~201 I ~
< 0.1 < 0.1 1
- ARM READINGS.
1-RE-08 9,
.1-RE-06 .-4;0 mR/hr OSH mR/hr
, 1 PRE-09'. 930.. mR/hr
- o. . - ..
(T =J03:05) ( 11:05);
'1RB1x201!Ac i < 0.1- < 0.1 RB1'201 B-
< 0.1 <~0.1 p' 7 2RBl~201'C ~
'O.4 'O.4 -RB1 201 D-
~
3800. 3800. o ' RBl 2011E - .1.9E6 1.9E6 RBl 201 F 6.OE4 6.OE4
,L , RBl~201'G -
< O 1
< 0.1 RB1 201 H
< 0.1 < 0.1 m- RB1 T 201 I. ~
<l0.1 < 0.1 ,
6 i~ ARM: READINGS e ~1-RE-06~ 4.O mR/hr 1-RE-08. OSH mR/hr
, :1-RE-09 2500. mR/hr s
,.. i 1
,# , . . .(T .= 03 :10) _( 11:10)' .
< 0.1
<.0.1
&x c - RB1 201 A ~
!< 0.1 < ~1 . RB1 201 B
~
' 3100.
W . RBl 201tC ~ . 0. 4 0.4 RBl 201 D
~
3100.
- i. RBl~201-E' 1.'6E6 1.6E6 RBl 201 F. 5.0E4 5.0E4
- iRBl 201 G.
~
<:0.1 =< 0.1-RB1 201 H-
~
gl 4 0. 1' ,< 0 .1-
,m l
;RBl[201-I' < 0.1 -< 0.1
" ARM READINGS
$Yh/l' h 1-RE-06 4.0. mR/hr 1-RE-08 OSH .mR/hr 4; ,1-RE-09 2100. mR/hr m
4 1 ci
--_______i__________ ___.____ _ __ _
- i I
n LIMERICK GENERATING' STATION SCENARIO LKA 1 ANNUAL EXERCISE UNIT 1 REV 1 ( j, TABLE 6.2
, INa PLANT SURVEY AND SAMPLING DATA 4
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED- OPEN CLOSED OPEN LOCATION WINDOW. WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) ----------- (mR/hr) (mR/hr)
. .----------- c ------ ------
(T = 03:15) ( 11:15) i RB1 201 A < 0.1 .< 0.1 -RB1 - 201 B < 0.1 < 0.1 RBl~201'C 0.4 0.4; RB1 - 201 D 2700. 2700.
~
RBl 201 E 1.4E6 1.~4E6 RB1 ~ 201 F 4.3E4 4.3E4 c :RBl~201 Gi < 0.1 < 0.1 RBl~ 201 H < 0.1 < 0.1 1RBl~201 Il <'O.1 ,< 0.1 ARM READINGS t 1-RE-06 4.0 mR/hr 1-RE-08 OSH mR/hr 1-RE-09, 1800. mR/hr y. 1 (T = 03:20) ( 11:20)
< 0.1 < 0.1 l RB1 201'A
~
< 0.1 .< 0.1 RB1 ~
201 B RBl 201LC# . 0. 2 - 0.2 RBl ~ 201 D 220. 220'. 3600.
- ' IRBl~201.EL
~
J1.2E5 1.2E5 RBl - 201 F 3600. ' L ', RBl 201 G ' < j 0 .1. < 0.1 RB1 ~ 201 H < 0.1 < O.1 P RBl[201 I < 0.10 <-0.1-Er's I- ARM READINGS
~ 1-RE-06: 4.0 mR/hr' 1-RE-08 4400. mR/hr 3M L1-RE-09, 180. .mR/hr i
--------------------------------6L----------------
? RB11201L(T'=~03:30)A '
, 0 . l'( 11:30)0.1 RB1 201 B < 0.1 < 0.1
'RB172011C:
~
LO.3f 0.3 RBl~201 D 190. 190. "o# o . .RBl 2011E ~1.0E5 '1.0E5 'RB1 201 F
~
3100.: ~3100.
, , .RB1 201[GL 10 . 1 0.1 RBl 201 H
~
~ 0.1 0.1
~
> 0.1 LO .1 w
9 RB1t 201LI^ N . ARM READINGS b , 1-RE-O'6 4.1 mR/hr 1-RE-08 3800. mR/hr. 1-RE-091 s160. mR/hr
.,- (T = 03 : 40) L( 11: 4 0) ;
RBli2017A 'O.2 0.2 .RB1 201 B
~
< 0.1 <.0;1
~
RBl 201 C.
~
0.4 0.4 RBl 201 D 170. '170. I o, sRBl 201 El 8.7E4 8.7E4 RBl[201 F ~2700. 2700.
's '
iRB1-201 G'
~
0 '.' 2 0.2 RB1 201 H
~
0.2 0.2 ' RB1 201 I' O.2 0.2 0 "I . . ARM READINGS 1-RE-06; ._'4.1. mR/hr 1-RE-08 3300, mR/hr
. 1-RE -140. mR/hr
/
J
s .. . . m -
*L ,
- LIM 2 RICK GENERATING STATION- SCENARIO LKA 1
ANNUAL EXERCISE UNIT 1 REV 1 (~~i .V ( )j_
, TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
, CLOSEDT. OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW
"(mR/hr) (mR/hr) -----------
(mR/hr) (mR/hr)- 1 ---....---- ----_ . ------ (T =-03:45) ( 11:45)
'RB1 201-A 0.? 0.2 RB1 201 B
~
< 0.1 < 0.1
+ RB1 201 C
~
0.5 0.5 RBl 201 D
~
160. 160. RBl 201.E-
~
8.4E4, 8.4E4 RBl 201 F. 2600. 2600. 0.4 0.4 RB1_201 H 0.3 0.3 ^7 RBl_201LG RB1~-201 I 0.3 0.3 c6 ARM READINGS 1-RE-06 ' 4.1~ mR/hr 1-RE-08 -OSH mR/hr 1-RE-09 8700. mR/hr (T =~03:48) (<11:48) 0.1 0.1
-RB1 201 A 0.3, 0.3 RB1 201 B
~
RB1 201 D
~
RBl 201TC .0. 5 . 0.5 160. 160. 2600.
~
RB1 201 E' ' 8. 3E4' 8.3E4 RB1 201 F
~
2600. RB1 201 G1 .0.4. 0.4 RBl ~ 201 H' O.3 0.3 in RBl~201'I -
'O.3- 0.3 y- '. . ARM READINGS 9' 'yj" M *
' -RE-06 4:1 mR/hr 8600. mR/hr 1-RE-08 OSH mR/hr
.-RE-09
~"'
s -(T.= 03:50) ( 11:50) .
' RBl ~ 2 01 A : 0.3 =0. 3
- RB1 201 B 0.1 0.1
~
RBl 201RC
~
0.5 0. 5' RB1~201 D
'160. 160.
RB1 201LE 8.1E4' 8.1E4 RB1 201 F 2600. 2600. RBl~201-G 10.41 . 0. 4. RB1 201 H 0.3 0.3
~
, RBl 201lI 0.3 0.3 ARM READINGS 1-RE-06 4.1 .mR/hr 1-RE-08 OSH mR/hr
.1-RE-09 8500. mR/hr t (T~= 04:00) ( 12:00) RB1 201 B 0.2 .0.2 RB1"201 A- 0.4~ 0.4 ~
150. 1 V RBl~201'C 10.6 0.6 RBl ~ 201.D 150. RB1~201"E 7.6E4 ,-7.6E4 RBl 201 F 2400. 2400.
~
0.5 0.5 - RB1 201-G~ 0.6 0.6 RBl - 201 H ' RBl 201-I - 0.15 0.5 ARM READINGS 1-RE-06 4.2 mR/hr 1-RE-08 OSH mR/hr , 1-RE-09 OSH mR/hr
.j
,r\-,). 9 (
g < 4 I i . ;
, t m
LIMERICK GENERATING STATION SCENARIO LKA
;. ANNUAL' EXERCISE. UNIT 1'REV 1
<3 ?
TABL3 6.2 f,y_,)6o- , , 4
, IN-PL\NT SURVEY AND SAMPLING DATA >
---------------READINGS ABOVE NORMAL BACKGROUND-------------
o . CLOSED OPEN CLOSED OPEN
'~ LOCATIONE WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) -----------
(mR/hr) (.mR/hr) (T = 04:30) ( 12:30)
-RB1:201 A 0 .8 0.8 RB1 201 B 0.3 0.3
'RBl~201 C
~
0.9 0.9 RB1 201 D. 120. 4 120. RBl 201 E 6.4E4 6.4E4 RB1 201 F
~
2000. 2000.
.RBl~201 G
~
0.9 0.9 RBl 201 ~1
~
0.9 0.9 RBl 201 I
~
0.9 0.9 ' ARM READINGS ~ w '
, '1-RE-06'
.4.3 mR/hr 1-RE-08 8900. mR/hr s
1-RE-09 6000. EmR/hr. L, , (T = 04:45) ( 12:45) 0.4 5.7 o" : RB1 201 A
~
0.9 6.2 RB1 201 B
~
RBl 201 C 1.1 6.4 RBl 201.D
~
110. 120.
'RBl~201 E
~
5.934. 5.9E4 RBl 201 F 1800. 1800.
, 'RBl 201 G. 1.0 6.3 RB1 -
201 H 1.1 6.4
'" ',>RBl~201.I >1.1 6.4 Hy ARM READINGS
;j. 1-RE-06 4'. 41 mR/hr 1-RE 6800. mR/hr 11-RE-09' 4200. mR/hr- :
ud;7 > l& , . f, (T = l 05: 00)- -( ~ 13 : 00) 4
=RB1 201 A 7.2E4 3.4E5 RB1 201 B 2.8E4 3.0E5 RB1 201 C- '7.2E4' 3.4E5 RB1 201 D
~
;7 2E4- 3.4E5 7.5E4
~
* .RBl 201 E 1. 3 E5 - 3.9ES RBl 201 F 3.4E5
~
RB1 201 G 3 7
~
7.4E4 3.4E5 RB1"201 H 8'.6E4t 3.5E5 . I JRBl 201-I
~
8.2E4 3.5E5 ARM READINGS
'g' , 1-RE-06 OSH mR/hr. 1-RE-08: OSH' mR/hr
,,, :1-RE-09 OSH 'mR/hr
?, . g.
.(T =-05:30) ( 13:30) '
RB1 ~ 201 B- 1.3E5 1.4E6 i , iRB1-201"AL - 3.4E5 1.6E6 ? , RB1 201 C 3.4E5 '1.6E6 RBl 201 D
~
3.4E5 1.6E6~ L b L :RBl 201 E
~
3'.9ES '1.7E6 -RBl~ 201 P' 3. 5E5' 1.6E6
~
- RBl 201 G 3. 5E5 - 1.6E6 RBl 201 H 4.1E5 1.7E6 ERBl~201.I',
~
3.9ES 1.7E6 ' h ;m a 3 ARM' READINGS 1-RE-06 OSH mR/hr 1-RE-08 OSH mR/hr Eld "- 1-RE-09 OSH. mR/hr
>s --------------------------------------------------
- ib
[M V <, l i' > \x ! 13. '
/ ,
~
- . U~
_ m- . A
= LIMERICK GENERATINO STATION SCENARIO LKA ANNUAL EXERCISE- UNIT 1 REV 1 TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------~~----RCADINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN IDCATION -- WINDOW WINDOW LOCATION WINDOW WINDOW I
----------- !$"($-9 .S*/$5) . ----------_ 1**($5) $**($5)
(T.= 06:00) ( 14:00) 2.4E5 2.8E6 RB1 201 A .6.0E5 3.2E6 RB1 - 201 B RBl~201 C
~
5.0E5 3.2E6 RB1 - 201 D 6.0E5 3.2E6
-RBl 201'E ,-6.5E5 3.2E6 RB1 ~
201 F 6.2E5 3.2E6 1 RBl~201 G
.6.2E5 3.2E6 RBl ~
201 H 7.2E5 3.3E6 P RB1~ 201.I -6.8E5 3.2E6
. ARM READINGS 1-RE-06 OSH mR/hr 1-RE-08 OSH mR/hr 1-RE-09 OSH mR/hr (T = 06:30) (.14:30) 2.5E6 RB1 201'A 4.3E5 2.8E6 RB1'201~
B 1.7E5
~
RB1 201--C-
~
'4.3E5 2.BE6 RBl 201~
D 4.3E5 2.BE6 RBl 201'E
~
4.7E5 2.8E6 RBl 201~ F 4.4E5 2.8E6 RBl 201'G' '4,4E5 2.8E6 RBl 201~ H 5.1E5 2.8E6 l-RBl~201 I-
~ '
.4.9E5' 2.8E6 ARM ~ READINGS 1-RE-06 OSH mR/hr RE-08 OSH mR/hr
'l-RE-09 'OSH mR/hr
.-{.
t e g '+, s ,l',
;- .e p- g.
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,m.__
d ,, '~ TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
. CLOSED OPEN CLOSED OPEN LOCATION' WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) -----------
(mR/hr) (mR/hr)
~(T = 00:00) ( 08:00) < 0.1 RB1 217 A.
~
0.1 *
< 0.1 RB1 217 B
~
< 0.1 j
~
RBl 217 C-
~
< O.1 < 0.1- RBl~ 217 D- < 0.1 < 0.1 RBl 2171E- < 0.1 < 0.1 RBl 217 F < 0.1 < 0.1 RBl~217'H
- s. RB1 217'G
~
< 0.1 < 0.1 ~
< 0.1 < 0.1 '
uH 'RBl~ 217'I < 0.1 < 0.1 I ' ARM READINGS 1-RE-10 0.10 mR/hr- 1-RE-11 0.10 mR/hr 0-RE-50 0.10 mR/hr-
.1
-(T = 00:15). (; 08:15)
RB1 ~ 217;A < 0.1 < 0.1 m RB1 ~ 217 B < 0.1 < 0.1 RBl 217.C- ~< 0.1 < 0 .1 ~- RBl ~ 217 3 <'O.1 < 0.1 RBl~2171E- ' < 0.1 <10.1- RBl ~ 217 * < 0.1 < 0.1 RBl~217 G-
< 0.1 <i.0.1 RBl ~
217 H < 0.1 < 0.1 RB1 217tI. .'<:0.1 < 0.1- ; W ~ ' ARM READINGS I. j RE-10 0.10 ;mR/hr 1-kE-11 0.10 mR/hr ,
'~
0-RE-50 0.10 mR/hr _kt (T = ' 00 :16) - ( o08 :16) - , ,
~RBI'217:A
~
.< 0.1 < 0.1- RB1 217-B
~
< 0.1 < 0.1 RBl 217'C-
~
< 0.1 < 0.1 . RBl 217 D
~
< 0 .~1 < 0.1 RBl 2171E '< 0.1 <r0.1 .RBl 217 F < 0.1 < '- 0 .1' '
RBl~217 H
~
;RBl 217"G <.0.1 , < . 0 .1'- _
< 0.1 < O.1 - 'i g - w'. RB1 217~ '
I.' . < 0 .1< <!O.11 L
. ARM READINGS
.1-RE .0.10 mR/hr 1-RF-11 0.10- mR/hr 0-RE 0.10 mR/hr 6'
L [(T = 00:17) ( 08:17) RB1 217 B. < 0.1 <.0.1 RB1~217 A 1< 0.1 '< 0.1 ~
, RBl~217 C- < 0.1 < 0.1 RBl 217 D
~
< 0.1 < 0.1
~
C RBl 217 E < 0.3 :< 0.1 RBl 217 F
~
< 0.1- < 0.1
<RB1 217-G < 0.1- ' < 0,1 RBl 217 H '
~
< 0 .~1 < 0.1 RBl~217.I. =<.0.1 < 0.1 ARM READINGS 1-RE-10 0.10 mR/hr 1-RE-11 ,0.10 mR/hr <
RE 0.10 mR/hr
. O .<
\ ,f-i e
k
- . 1 x p. ..
, LIMERICK GENERATING STATION SCENARIO LKA
' ANNUAL EXERCISE- UNIT 1 REV 1 h* TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
1 CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) q- - (T = 00:30) ( 08:30) < 0.1 < 0.1 RB1 217 A < 0.1 < - 0.1 RB1 217 B
.RB1 217 C-
~
< 0.1 < 0.1 RD1 217.D
~
< 0.1 < 0.1 RBl 217;E < 0.1 < 0.1 ERBl 217 F < 0.1 < 0.1 RBl~217 H
~
RBl 217'G
~
-< 0.1 < 0.1 ~
< 0.1 < 0.1
' , '- RBl 217 I
~
< 0.1 < 0.1 ARM READINGS 1-RE-10 -0.10 mR/hr 1-RE-11 0.10 mR/hr 0-RE-50 0.10 - mR/hr (L (T;= 01:00) ( 09:00)
-RB1~ 217 A < 0.1 < 0.1 RB1~ 217.B < 0.1 < 0.1
-RBl 217 t C
~
' < 0.1 < 0.1 -RBl 217'D < 0.1 < 0 .1' 4RB1 217 E~
< 0.1 < 0.1 RBl~217 F
~
< 0.1 < 0.1 1RBl 217-G < 0.1
<:0.1 RBl 217 H
~
< 0.1 < 0.1 e ,RBl[217JI. i< 0.1 < 0.1 ARM READINGS 1-RE-10f 0.10. mR/hr. 1-RE-11 0.10 mR/hr.
10-RE-50 ' O .10 ' mR/hr
. - (T '
- 02 : 00') .( 10:00)-
?: -RB1 217.A
~
<-0.1 < 0 .1- RB1 217~B < 0.1 < 0.1 O RBl 217 C1 <a0.1= < O .1 -
RB1~217 D;
~
<'O.1 <1 0.1
~
3' LRBl 217l.E'
~
< 0;1L < 0.1 RBl 21/ F <-0.1 < 0.1 ORBl 217 G .< 0.1- ' < 0.1 .RBl[217 H < 0.1 < 0.1
'RBl~'21'/fI'
~
< 0.1 < 0.1-ARM' READINGS 1
1-RE-10 - 0.10 mR/hr 1-RE-11 0.10- mR/hr-gp 0-RE-50 0.10 'mR/hr'
'(T = 02:30) (-. 10 : 3 0) ..
O.1 RBl? 217"A' <=0.1 < 0.1 RB1 217 B < .0.1 RBl~217 D-
~
-RBl 217'C '.< 0.1
< 0.1 < 0.1 <-0.1
.o RBl~217 E
~
< 0.1 <>0.1 RBl~217 F-
~
< 0.1 < 0.1 RBl 217 G
<.0.1 < 0.1 ' RB1~ 217 H < 0.1 <u0.1 o.</. -RB1 217 I
~ ~
< 0.1 '< 0.1
(? ARM READINGS'
'D 1-RE-10 H0.10 mR/hr 1-RE-11 0.10 mR/hr 0-RE-50 0.10 mR/hr by y-c[
o
r LIMERICK; GENERATING STATION SCENARIO LKA
, _ ANNUAL EXERCISE UNIT 1 REV 1
- TABLE 6.3 IN-PLANT SURVEY AND-SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN f4
' LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr)
(mR/hr) ps . (7 = 02:45)~( 10:45) 1 , 1RBI'217 A ~
<-0.1 < 0.1 RB1 217 B
< 0.1 < 0.1 Jc 'RBl 217 C < 0.1 < 0.1 RB1 217 D
~
< 0.1 < 0.1-
^ - RBl 217 F < 0.1 < 0.1 RB1 217 EL < 0.1 < 0.1 RB1 217 H-3 'RB1 217 G' ~
< 0.1 < 0.1 ~
< 0.1 < 0.1 S
) RBl_217 I < 0.1 < 0.1 ARM READINGS 1-RE-10 0.10 mR/hr, 1-RE-11 0.10 mR/hr 0-RE-50 0.10 mR/hr-(T = 02:52) (.10:52) < 0.1 < 0.1 RB1 217 A -
<~0.1 < 0.1 RB1 ~
217 B RB1 217 C . < 0.1 < 0.1 RBl ~ 217 D < 0.1 < 0.1
'RBl~217'E ~
14.. '14.- RBl ~ 217-F < 0.1 < 0.1 RBl 217 G-
< 0.1 .< O.1 RBl ~
217 H- 1.7 1.7
~
m i 'RBl 217 I ~
'190. 190.
ARM' READINGS 1-RE-10' 140. mR/hr 1-RE-11' O.11 mR/hr 0-RE-50_ 0.10 ;mR/hr-(T'= 102:53)' ( 10:53) < 0.1 < 0.1 tRB1:217 A: -
< 0.1 < 0.1 RB1 217.B RB1 217'C1 ~
'^0.1 < 0 .1' RB1 217 D~
~
< 0.1 ~< 0.1 RBl 217-E^ 14, 14. RBl 217 F
< 0.1 < 0.1 RB1 217-H ERBl~217 G -
< 0.1 - '< O.1 1.7 1.7 1RB1 21711' - ~
- 190. 390.
_ ARM READINGS 1-RE 140. =mR/hr 'l-RE-11 0.11 mR/hr 0-RE-50 0.10 mR/hr 3-1 (T = 02:54) ( 10:54) < . 0 .14
,RB1 217 A: < 0 .1. < 0.1 RB1 217 B- -< 0.1 RBl~217 D-rRB1 217 C ~
< ' O .1 ' L<-0.1 -
< 0.1 < 0.1 RBl 217 E 66. - 66. RB1 217 F -
< 0.1 < 0.1
~
, cRBl 217cG <.0.1 < 0.1 RB1 217 H -
7.9- 7.9
'RB1 '~
217'Im =860. 860. .
. . .. ARM READINGS V l 'l-RE-10 660. mR/hr. 1 1-RE-11 0.14 mR/hr 0-RE-50 0;11 cmR/hr O '2
)
i . LIMERICK:GENLRATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 n
'(s)h . TABLE 6.2 IN-PLANT SURViY AND SAMPLING DATA
---------------READINGS ABOVL' 3DRMAL BACKGROUND-------------
CLOSED' OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr)
- (T = 02 : 55) .. ( 10: 55) rp, RB1 217 A
~
< 0.1 < 0.1 RB1 217 B < 0.1 < 0.1 RBl 217'c
~
< 0.1 < 0.1 RB1 ~
217 D < 0.1 < 0.1
.RB1 217 E
~
120. 120. RBl ~ 217 F < 0.1 < 0.1
,RBl~ 217'G < 0.1 '< 0.1 RBl ~
217 H 14. 14. RBl 217-I 1500. 1500. ARM READINGS 1-RE-10 1200. 'mR/hr 1-RE-il 0.18 mR/hr 0-RE-50 'O.11 mR/hr
'(T'= 03:00)' -( 11:00)
RB1 217 A
~
0.7 0.7 RB1 ~ 217 B < 0.1 < 0.1 ,
.RBl 217 C . L1.8 1.8 RBl ~
217 D 9.1 9.1 RBl~217:E
~
5300. 5300. RB1 ~ 217 F < 0.1 < 0.1
-RBl 217 G.
~
<10.1 < 0.1 RBl ~
217 H- 630. 630.- s RBl_217JI 6'.8E4 6.8E4-E/~v- ARM READINGS 4 J- 1-RE-10 OSH~ mR/hr 1-RE-11 3.5 mR/hr t NJ 0-RE-50 0.69 mR/hr-(T = 03:05) (-11:05) < 0.1 < 0.1 RB1J2171A' 2.4 2.4 .RB1'217 B
~
.- -RBl~217,C
~
- 6. 5' '6.5 RBl 217 D
~
- 31. 31.
> 'RBl 217?E 1.3E4' 1.3E4 RBl 217 F
~
< 0.1 < 0.1 4
~
'RBl~ 2171G < 0;l <-0.1 RBl 217 M
~
1700.- 1700. b w ' RBl 217EI'
~
41.9E5' 1.9E5 ARM READINGS- . 1-RE OSH mR/hr 1-RE-11 8.6 mR/hr o{ 0-RE-50 _...____-1.6 .mR/hr l \ . ..
?(T ='03:10)'(.'11:10). .RB1 217 B 0.1 <.0.1
'RB1E217AA.
~
' 5 '. 2 5.2 ~
c< RBl 217 E C 14- . 14. . RB1 217~D 59. 59. / , - ~
' ~
'RBl 217 E-
~
1.1E4 ~ 1.'1E4 RBl 217 F1
~
< 0.1 < 0. 1-
, 'RBl 2171G- < 0.1 < 0.1 RBl_217 H 1400. 1400.
( he
, RBl~217.,I 1.6E5 1.6E5 YU ,
ARM READINGS 1 >1-RE mR/hr 1-RE-11 7.1 mR/hr 0-RE-50 OSH . 'mR/hr-
-1.3
+
L s -
':} --
1 LIMERICK GENERATING STATION SCENARIO LKA ti ' ANNUAL EXERCISE UNIT 1 REV 1
)* , TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA 4 ---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED- OPEN CLOSED OPEN
-LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (nR/hr) (mR/hr)
(mR/hr) (T = 03:15) ( 11:15) RB1 217 B < 0.1 < 0.1 RBI'217 A 7.4 7.4 - RB1 217 C 20. 20. RB1 217 D
~
- 82. 82.
RBl~217 E 9300. 9300. RBl 217 F
~
< 0.1 < 0.1 RB1 217,G < 0.1 < 0.1 RBl~ 217 H 1200. 1200.
RBl[217 I 1.3E5 1.3E5 ARM READINGS 1-RE-10 OSH mR/hr 1-RL-11 6.1 mR/hr
=0-RE-50 1.2 mR/hr (T1= 03:20) '( 11:20)' < 0.1 < 0.1 RB1 217 A 8.5 8.5 RB1 217 B RCl 217.C 23, 23. RB1 217 D
~
- 90. 90.
o RB11217 E 740. 740. RBl_217'F . 0.1 0 .1 - RDS 217 G. <o0.1 < 0.1' RB1 217 H 100. 100.-
.RB A <17 I 1.1E4 1.1E4
- ARM READINGS 1-RE-10 8600, mR/hr 1-RE-11 0'.63 mR/hr 0-RE-50 0.25 mR/hr (T = 03:30) ( 11:30) 0.1 0.1 RB1 ~
217 A 11. 11. - RB1 ~ 217 B 1RBl 217 C- 30. 30. RBl ~ 217 D 120. 120.
~
RBl 217 E 640, 640. RB1 ~ 217 F 0.2 0.2
~
RBl 217 G- 0.2 0.2 RBl ~ 217 H 88. 88.
~
RBl ~ 217 I. '9800. 9800. ARM READINGS , 1-RE-10 7400. mR/hr 1-RE-11 0.64 mR/hr 0-RE-50 0.32 mR/hr
.(Ts= 03:40). ( 11:40)
RB1 217 A- 14. 14. RB1 217 B-0.2 . 0 . :2
- RB1~217 C'~
- 39. 3 9. . RB1 217 D-
-150. 150.
-RBl 217 E -560. 560.- -RB1 217 F-
- 0. 3 - 0.3
.1
~
-RBl 217 G. o0. 3 0.3 RB1 217 H~
- 78. 78.
0 RBl~217 I ~' 8600. 8600,- ARM READINGS 1-RE-10 6500. mR/hr 1-RE-11 0.70 mR/hr 0-RE-50 -0.41 mR/hr e~
LIMERICK GENERATING STA"cloN SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 g(' TABLE 6.2 IN-PLANT SUR7EY AND SAMPLING DATA
---------------READINGS APOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN WINDOW WINDCd LOCATION WINDOW WINDOW LOCATION (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T n 03:45) ( 11:45)14. RB1 217 B 0.3 0.3 Rbl 217 A 14.
- 37. 37.
RB1 217 D 140. 140. RB1 217 C - 0.7 RB1 217 E 540. 540. RB1 217 F 0.7 0.4 RB1 217 H 1.1E4 1.1E4 RB1 217 G 0.4 - RB1_217 I 2.6E4 2.6E4 ARM READINGS 1-RE-10 OSH mR/hr i 1-RE-11 510. mR/hr 0-RE-50 86. mR/hr (T = 03:48) ( 11:48)13. RB1 217 B 0.3 0.3 RB1 217 A 13. - 140. RB1 217 C 36. 36. RB1 217 D 140. 530. RB1 217 F 0.7 0.7 RB1 217 E 530. - 1.1E4 1.1E4 RB1 217 G 0.4 0.4 RB1 217 H RB1_217 I 2.6E4 2.6E4 ARM READINGS gg 1-RE-10 9900, mR/hr 1-RE-11 500. mR/hr z"") 0-RE-50 86. mR/hr (T = 03:50) ( 11:50)13. RB1 217 B 0.4 0.4 RB1 217 A 13. - RB1 217 D 140. 140. RB1 217 C 36, 36. - 520. RB1 217 F 0.8 0.8 RB1 217 E 520. - RB1 217 H 1.0E4 1.0E4 RB1 217 G 0.4 0.4 - RB1 217 I 2.5E4 2.5E4 ARM READINGS 1-RE-10 9800. mR/hr 1-RE-11 500. mR/hr 0-RE-50 85. mR/hr (T = 04:00) ( 12:00)12. RB1 217 B 0.5 0.5 RB1 217 A 12. - RB1 217 D 130. 130. RB1 217 C
- 33. 33. -
1.1 RB1 217'E 480. 480. RB1 217 F 1.1 0.6 0.6 RB1 217 H 1.4E4 1.4E4 RB1 217 G - RB1_217 I 3.1E4 3.1E4 ARM READINGS 1-RE-10 OSd mR/hr 1-RE-11 690. mR/hr 0-RE-50 120. mR/hr O
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 ( TABLE 6.2 IN-PLANT- SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
= CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW g (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 04:30) ( 12:30) RB1 217 B 1.0 1.0 RB1 217 A
- 11. 11. ~
RB1 217 C 27. 27. RBl 217 D
~
100. 100. RB1 217 E 390. 390. RBl 217 F 1.5 1.5 RB1 217 G 1.3 1.3 RB1_217 H 7300, 7300.
~
RBl 217 I 1.8E4 1.8E4 ARM READINGS __ 1-RE-10 7400. mR/hr 1-RE-11 350. mR/hr 4 0-RE-50 61. mR/hr L (T = 04:45) ( 12:45) RB1 217 A
~
- 10. 15. RB1 217 B
~
1.2 6.5 RBl 217 C 25. 30. RBl 217 D
~
- 92. 97.
RB1 217 E 350. 360. RBl 217 F 1.7 7.1 RB1 217 H
~
RBl 217 G 1.5 6.8 - 5200. 5200. RB1 217 I 1.4E4 1.4E4 ARM READINGS 1-RE-10 6200, mR/hr 1-RE-11 250. mR/hr 0-RE 43. mR/hr m (T = 05:00) ( 13:00) RB1 217 A 1.2E5 3.8E5 RB1 217 B 9.5E4 3.6E5 RBl~217 C 1.2E5 3.8E5 RB1 217 D 1.2E5 3.8E5 RB1 217 E 1.3E5 3.9E5 RB1 217 F
~
1.2E5 3.9E5 RB1 217 G~ 1.1ES 3.8E5 RBl_217 H 1.9E5 4.6ES O RBl 217-I-2.2E5 4.9E5 ARM READINGS 1-RE-10 OSH mR/hr 1-RE-11 OSH mR/hr 0-RE-50 OSH mR/hr (T = 05:30) ( 13:30) RB1 217 A 5.6E5 1.8E6 RB1 217 B 4.5E5 1.7E6 RBl 217 C
~
5.5E5 1.8E6 RB1 217 D 5.5ES 1.8E6 1.9E6 RBl~217 E 6.0E5 1.9E6 RB1 217 F-6.0E5 RB1 217 H RB1 217 G 5.5ES 1.8E6 - 8.6E5 2.1E6 RB1 217 I _ 9.6E5 2.2E6 ARM READINGS 1-RE-10 OSH mR/hr 1-RE-11 OSH mR/hr 0-RE-50 OSH mR/hr e i-
LIMERICK GE ERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 A ,j TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 06:00) ( 14:00) RB1 217 B 7.9ES 3.4Eu RB1 - 217 A 9.8E5 3.5E6 ~ RB1 ~ 217 C 9.7E5 3.5E6 RBl 217 D
~
9.6E5 3.5E6 i RBl 217 E 1.0E6 0.6E6 RBl 217 F 1.0E6 3.6E6
~
RBl 217 G 9.6E5 3.5E6 RB1- -217 H 1.6E6 4.1E6 RBl[217 I 1.8E6 4.3E6 ARM READINGS 1-RE-10 OSH mR/hr 1-RE-11 OSH mR/hr 0-RE-50 OSH mR/hr l I (T = 06:30) ( 14:30) RB1 217 B 5.7E5 2.9E6 RB1 ~ 217 A 7.0E5 3.0E6 ~ RBl 217 C 6.9ES 3.0E6 RBl 217 D 6.9E5 3.0E6 i RBl
~
~
217 E 7.5E5 3.1E6 RBl~217 F
~
7.5E3 3.1E6 : RBl 217 G 6.8E5 3.0E6 RBl 217 H
~
1.1E7 1.3E7 RBl[217 I 1.8E7 2.0E7
. ~N ARM READINGS
) 1-RE-10 OSH mR/hr 1-RE-11 OSH mR/,hr
l 0-RE-50 OSH mR/hr
_______________________ __________________________ q l l l l l l l
/ #h v!
1 Y
Limarick Unit 1 Rsector Building 253 ft 03GV.
, SCENARIO-ID: LKA '
'I 1
l l I I O z O la. M 4 h, F s' / I : ~ s 7 l \
\.\,, b A
-o y
-ma "
====-
l' 1 1, 1 A. ~ l \] l l I
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
;O) '
\_j TABL2 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NCRMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) ___... ____ (mR/hr) (mR/hr) (T = 00:00) ( 08:00) RB1 - 253 A < 0.1 < 0.1 RB1 ~ 253 B < 0.1 < 0.1 RB1 - 253 C < 0.1 < 0.1 RBl ~ 253 D < 0.1 < 0.1 RB1 - 253 E < 0.1 < 0.1 RBl - 253 F < 0.1 < 0.1 RB1 - 253 G < 0.1 < 0.1 RB1 - 253 H < 0.1 < 0.1 ARM READINGS 1-RE-14 1000. mR/hr 1-RE-15 1.5 mR/hr 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr (T = 00:15) ( 08:15) < 0.1 < 0.1 RB1 253 A
~
< 0.1 < 0.1 RB1 -
253 B RBl 253 C
< 0.1 < 0.1 RB1 -
253 D < 0.1 < 0.1 RB1 253 E
< 0.1 < 0.1 RB1 -
253 F < 0.1 < 0.1 RB1 253 G
~
< 0.1 < 0.1 RB1 ~
253 H < 0.1 < 0.1 ARM READINGS f"% RE-14 1000,- mR/hr 1-RE-15 1.5 mR/hr L! ) 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr I N' 1-RE-18 1.0 mR/hr (T = 00:16) ( 08:16) RB1 253 B < 0.1 < 0.1 RB1 ~ 253 A < 0.1 < 0.1 RBl ~ 253 C < 0.1 < 0.1 RB1 ~ 253 D < 0 . '1 < 0.1 RBl ~ 253 E < 0.1 < 0.1 RB1 - 253 F < 0.1 < 0.1 RBl 253 G < 0.1 < 0.1 RB1 - 253 H < 0.1 < 0.1 ARM READINGS 1-RE-14 1000. mR/hr 1-RE-15 1.5 mR/hr 1-RE-16 1.5 =mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr (T = 00:17) ( 08:17) RB1 253 B < 0.1 < 0.1 - l RB1 253 A < 0.1 < 0.1 - l RB1 253 C- < 0.1 < 0.1 RB1 253 D
< 0.1 < 0.1 RB1 253 E- < 0.1 < 0.1 RB1 253 F
< 0.1 < 0.1 RB1 253 H RB1 253 G < 0.1 < 0.1 ~
< 0.1 < 0.1 i ~
l ARM READINGS i 1-RE-14 1000. mR/hr 1-RE-15 1.5 mR/hr 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr L 1-RE-18 1.0 mR/hr l l L /"'\ 1: ! \%) l i l l l L
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
.,.e
( . TABLE 6.2 L IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 00:30) ( 08:30) < 0.1 < 0.1 RB1 - 253 A < 0.1 < 0.1 RB1 253
~
B RB1 - 253 C < 0.1 < 0.1 RB1 253
~
D < 0.1 < 0.1 RB1 - 253 E < 0.1 < 0.1 RBl~253 F < 0.1 < 0.1 RB1 - 253 G < 0.1 < 0.1 RB1 253 H < 0.1 < 0.1 ARM READINGS 1-RE-14 1100. mR/hr 1-RE-15 1.5 mR/hr 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr (T = 01:00) ( 09:00) < 0.1 < 0.1 RB1 253 A
< 0.1 < 0.1 RB1 253 B RB1 253 C
< 0.1 < 0.1 RB1-253 D
< 0.1 < 0.1 RB1 253 E
~
< 0.1 < 0.1 RB1 253 F
~
< 0.1 < 0.1 RB1 253 G.
< 0.1 < 0.1 RBl 253 H
~
< 0.1 < 0.1 ARM READINGS r3 1-RE-14 1100. mR/hr 1-RE-15 1.5 mR/hr
( Ej 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr (T = 02:00) ( 10:00) < 0.1 < 0.1 RB1 ~ 253 A < 0.1 < 0.1 RB1 ~ 253 B RB1 - 253 C < 0.1 < 0.1 RB1 - 253 D < 0.1 < 0.1 RB1 - 253 E < 0.1 < 0.1 RB1 - 253 F < 0.1 < 0.1 RB1 - 253 G < 0.1 < 0.1 RB1 ~ 253 H < 0.1 < v.2 ARM READINGS 1-RE-14 1100. mR/hr 1-RE-15 1.5- mR/hr 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr (T = 02:30) ( 10:30) RB1 253 B < 0.1 < .0.1 RB1-253
~
A < 0.1 < 0.1 ~ RBl 253 C < 0.1 < 0.1 RBl ~ 253 D < 0.1 < 0.1 RB1 253
~
E < 0.1 < 0.1 -RBl - 253 F < 0.1 < 0 .1. RB1 253 G < 0.1 < 0.1 RB1 - 253 H < 0.1 < 0.1 ARM READINGS l 1-RE-14 1100. mR/hr 1-RE-15 1.5 mR/hr 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr
1 LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
,y, l L TABLE 6.2 n-IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN I LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW l (mR/hr) (mR/hr) ___________ (mR/hr) (mR/hr) _____r.____ ______ ______ (T-= 02:45) ( 10:45) < 0.1 < 0.1 RB1 - 253 A < 0.1 < 0.1 RB1 - 253 B 1 RB1 - 253 C < 0.1 < 0.1 RB1 - 253 D < 0.1 < 0.1 I RB1 ~ 253 E < 0.1 < 0.1 RB1 - 253 F < 0.1 < 0.1 ' l RB1 ~ 253 G < 0.1 < 0.1 RB1 ~ 253 H : 0.1 < 0.1 ARM READINGS 1-RE-14 1100. mR/hr 1-RE-15 1.5 mR/hr 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr (T = 02:52) ( 10:52) < 0.1 < 0.1 RB1 253 A
~
< 0.1 < 0.1 RB1 253 B RBl 253 C
< 0.1 < 0.1 RB1-253 D 0.4 0.4 RB1 253 E
~
< 0.1 < 0.1 RB1 253 F
~
< 0.1 < 0.1 RB1 253'G 8.2 8.2 RBl 253 H
~
< 0.1 < 0.1 ARM READINGS yS 1-RE-14 1100. mR/hr 1-RE-15 1.5 mR/hr
., '_ 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr
'- 1-RE-18 1.0 mR/hr (T = 02:53) ( 10:53) < 0.1 < 0.1 RB1 -
253 A < 0.1 < 0.1 RB1 ~ 253 B RB1 - 253 C < 0.1 < 0.1 RBl - 253 D 0.4 0.4 RB1 ~ 253 E < 0.1 < 0.1 RB1 - 253 F < 0.1 < 0.1 RB1 - 253 G 8.2 8.2 RB1 ~ 253 H < 0.1 < 0.1 ARM READINGS 1-RE-14 1000. mR/hr 1-RE-15 1.5 mR/hr 1-RE-16 1.5 mR/hr RE-17 10. mR/hr 1-RE-18 1.0 mR/hr (T = 02:54)-( 10:54) < 0.1 < 0.1 RB1 - 253 A < 0.1 < 0.1 RB1 - 253 B - RB1 ~ 253 C 0.2 0.2 RB1 - 253 D 2.0 2.0 l RB1 ~ 253 E 0.4 0.4 RB1 - 253 F < 0.1 < 0.1 RB1 - 253 G 38, 38. RB1 ~ 253 H < 0.1 < 0.1 ARM READINGS 1-RE-14 1000, mR/hr 1-RE-15 1.5 mR/hr 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr
~
l
, ~. \_/
l l
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
,s .
!sj I' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND------------- '
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 02:55) ( 10:55) RB1 ~ 253 A 0.2 0.2 RB1 253 B
~
< 0.1 < 0.1 RBl -
253 C 0.4 0.4 RBl 253 D
~
3.5 3.5 RB1 - 253 E 0.7 0.7 RBl 253 F
~
< 0.1 < 0.1 RB1 ~
253 G 67, 67. RB1 253 H
< 0.1 < 0.1 ARM READINGS 1-RE-14 1000, mR/hr 1-RE-15 1.5 3R/hr l 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr
! (T = 03:00) ( 11:00) l RB1 253 ~ A 9.9 9.9 RB1 ~ 253 B 2.4 2.4 1 RBl 253 C 24, 24. RBl - 253 D 160. 160. i RB1- ~253 E 30. 30. RB1 - 253 F 1.9 1.9 i RB1 253 ~ G 3000. 3000. RB1 ~ 253 H < 0.1 < 0.1 l ARM READINGS l
.'/'$ 1-RE-14 1000 - mR/hr 1-RE-15 1.5 mR/hr
\
i 1-RE-16 1.5 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr
- j. (T = 03:05) ( 11:05)
RB1 - 253 A 28. 28. RB1 253 B 8.6 8.6
-RBl~253 D Rbl -
253 C 67. 67. ~ 390. 390. RB1 - 253'E .7 4 . 74. RBl 253 F
~
4.6 -4.6 RB1 ~ 253'G 8200. 8200. RBl 253 H
~
< 0.1 < 0.1 ARM READINGS t
1-RE-14 1.3E4 *R/hr 1-RE-15 1.5 mR/hr 1-RE-16 1.6 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr (T = 03:10) ( 11:10) RB1 ~ 253 A 40, 40. RB1 - 253 B 19. 19. RBl - 253 C 80. 80, RB1 - 253 D 330. 330. RB1 ~ 253 E 62. 67. RB1 - 253 v 3.8 3.8 RB1 ~ 253 G 6800, 6 8 0 'J . RB1 ~ 253 H < 0.1 < 0.1 ARM READINGS 1-RE-14 8.0E4 mR/hr 1-RE-15 1.5 mR/hr 1-RE-16 1.8 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.0 mR/hr m V
LIMERICK GENERATING STATION SCENARIO.LKA ANNUAL. EXERCISE UNIT 1 REV 1 I%/)* TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) ___________ (mR/hr) (mR/hr) (T = 03:15) ( 11:15) RB1-253 A 49. 49. RB1 ~ 253 B 27. 27. RB1 253 C
- 92. 92. RBl -
253 D 280. 280. RB1 253 E
- 54. 54. RB1 ~
253 F 3.3 3.3 RB1 253 G
~
5800. 5800. RBl - 253 H 0.1 0.1 ARM READINGS 1-RE-14 1.9E5 mR/hr 1-RE-15 1.6 mR/hr 1-RE-16 1.9 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.1 mR/hr (T = 03:20) ( 11:20) RB1 ~ 253 A 44. 44. RB1 - 253 B 30. 30. RBl ~ 253 C 70. 70. RB1 ~ 253 D 28. 28. RB1 - 253 E 7.3 7.3 RB1 ~ 253 F 0.3 0.3 RB1 - 253 G 490. 490. RB1 - 253 H 0.2 0.2 ARM READINGS
- 1-RE-14 3.3E5 mR/hr 1-RE-15 1.6 mR/hr L (f 1-RE-16 2.0 mR/hr 1-RE-17 10. mR/hr
. s- 1-RE-18 1.1 mR/hr l (T = C3:30) ( 11:30)
RB1 ~ 253 A 57. 57. RB1 ~ 253 B 40. 40. RB1 - 253 C 90. 90. RB1 - 253 D 27. 27. RB1 253 E 7.9 7.9 RB1 - 253 F 0.4 0.4
~
RBl 253 G 420. 420. RB1 ~ 253 H 0.3 0.3
~
ARM READINGS 1-RE-14 6.1ES mR/hr 1-RE-15 1. 7. mR/hr 1-RE-16 2.1 mR/hr 1-RE-17 10. mR/hr 1-RE-18 1.2 mR/hr. (T = 03:40) ( 11:40) 51. RB1 253 A
- 74. 74. RB1 ~
253 B 51. l RB1 253 C 120. 120. RBl 253 D 27, 27.
~ ~
RB1 253 E 8.9 8.9 RBl ~ 253 F 0.5 0.5 RB1 253 G 370. 370. RBl ~ 253 H 0.5 0.5 ARM READINGS 1-RE-14 8.6E5 mR/hr 1-RE-15 1.8 mR/hr 1-RE-16 2.4 mR/hr 1-RE-17 10. mR/hr l 1-RE-18 1.3 mR/hr (J^ - I 1 1.
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
<3* TABLE 6.2 s
x.)' - - IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 03:45) ( 11:45) RB1 253 A
~
160. 160. RB1 - 253 B 85. 85. RBl 253 C 300, 300. RB1 253 D 600. 600,
~ -
hBl 253 E 460. 460. RB1 253 F 31, 31. RD1 253 G
~
730. 730. RB1 ~ 253 H 140. 140. ARM READINGS 1-RE-14 OSH mR/hr 1-RE-15 1100. mR/hr l 1-RE-16 1700, mR/hr 1-RE-17 10. mR/hr l 1-RE-18 260. mR/hr l l l (T = 03:48) ( 11:48) 84. RB1 ~ 253 A 160. 160. RB1 ~ 253 B 84. I RBl 253 C 300. 300. RBl - 253 D 600. 600. I RB1 - 253 E 450. 450. RB1 - 253 F 31. 31. RB1 253 G 720. 720. RB1 ~ 253 H 140. 140. ARM READINGS 1-RE-14 OSH mR/hr 1-RE-15 1100. mR/hr Li<As' ~) 1-RE 1700. mR/hr 1-RE-17 10. mR/ar 1-RE-18 260. mR/h.- (T = 03:50) ( 11:50) RB1 253 B 83. 83. RB1 ~ 253 A 160. 160. RBl 253 C 290. 290. RB1 253 D 590. 590.
~
RBl 253 E 450. 450. RB1 253 F
- 31. 31.
RB1
~
253'G 720. 720. RB1 253 H
~
130. 130.- ARM READINGS 1-RE-15 1000, mR/hr 1-RE-14 OSH mR/hr 1-RE-16 .1600. mR/hr 1-RE-17 10. .mR/hr 1-RE-18 260. mR/hr (T = 04:00) ( 12:00) RB1 253 A 190. 190. RB1 253 B
- 93. 93.
RB1 253 C' 360. 360. RB1 253 D 820. 820.
~
RBl 253 E 620. 620. RB1 253 F
- 43. 43.
RB1 253 G
~
840. 840. RB1 253 H
~
190. 190. ARM READINGS 1-RE-14 OSH mR/hr 1-RE-15 1500. mR/hr 1-RE-16 2300. mR/hr 1-RE-17 10. mR/hr 1-RE-18 360. mR/hr [ k
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 (m)* v TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 04:30) ( 12:30) RB1 253 A 110. 110. RB1 - 253 B 60. 60. RB1 253 C 210, 210. RB1 - 253 D 420. 420. RB1 253 E 320. 320. RB1 - 253 F 23. 23. RB1 253 G 530. 530. RB1 253 H 96, 96.
~ ~
ARM READINGS 1-RE-14 OSH mR/hr 1-RE-15 730. mR/hr 1-RE-16 1200. mR/hr 1-RE-17 10. mR/hr 1-RE-18 180. mR/hr (T = 04:45) ( 12:45) 50, RB1 253 A
~
- 90. 95. RB1 ~
253 B 55. RBl 253 C 160. 170. RBl - 253 D 300. 300. RB1 253 E 220. 230. RB1 - 253 F 17. 22. RB1 253 G 430. 440. RB1 ~ 253 H 68. 73. ARM READINGS , f-w, 1-RE-14 OSH mR/hr 1-RE-15 510. mR/hr 1-RE-16 810. mR/hr 1-RE-17 10. mR/hr l
\- 1-RE-18 130. mR/hr_____________________...
o ____ _________ ________ (T = 05:00) ( 13:00) RB1 253 B 9.9E4 3.7E5 RB1 ~ 253 A 1.3E5 4.0E5 - RBl 253 C 1.3E5 4.0E5 RB1 - 253 D 1.3E5 4.0E5 RB1
~
253 E 1.4E5 4.1ES RB1 ~ 253 P 1.3E5 3.9E5 RB1 - 253 G 1.4E5 4.1ES RBl ~ 253 H 1.3E5 3.9E5 ARM READINGS 1-RE-14 OSH mR/hr 1-RE-15 OSH mR/hr 1-RE-16 OSH mR/hr 1-RE-17 OSH mR/hr 1-RE-18 OSH mR/hr (T = 05:30) ( 13:30) 4.7ES 1.7E6 RB1 - 253 A 6.2E5 1.9E6 RB1 ~ 253 B RB1 253 C 6.2E5 1.9E6 RBl - 253 D 6.3E5 1.9E6 RB1 253 E 6.7ES 1.9E6 RB1 ~ 253 F 6.1ES 1.9E6 RB1 253'G 6.7ES 1.9E6 RBl ~ 253 H 6.1ES 1.9E6 ARM READINGS 1-RE-14 OSH mR/hr 1-RE-15 OSH mR/hr 1-RE-16 OSH mR/hr 1-RE-17 OSH mR/hr 1-RE-18 OSH mR/hr
, j
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 p-- -i j' TABLE 6.2 v IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND--- ---------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDON (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 06:00) ( 14:00) RB1 ~ 253 A 1.1E6 3.6E6 RB1 253 B 3.2E5 3.4E6 RBl ~ 253 C 1.1E6 3.6E6 RBl~253 D
~
1.1E6 3.7E6 RBl - 253 E 1.2E6 3.7E6 RBl 253 F 1.1E6 3.6E6 RB1 ~ 253 G 1.2E6 3.7E6 RB1 253 P.
~
1.1E6 3.6E6 ARM READINGS 1-RE-14 OSH mR/hr 1- RE-15 OSH mR/hr 1-RE-16 OSH mR/hr , 1-RE-17 OSH mR/hr 1-RE-18 OSH mR/hr (T = 06:30) ( 14:30) RB1 ~ 253 A 8.6ES 3.2E6- RB1 253 B
~
6.3E5 3.0E6 RB1 ~ 253 C 9.6ES 3.3E6 RBl~253 D 1.3E6 3.7E6 RBl - 253 E 1.3E6 3.6E6 RB1 253 F 7.9E5 3.1E6 RB1 - 253 G 1.2E6 3.5E6 RB1 253 H
~
8.9E5 3.2E6 ARM READINGS 1-RE-14 OSH mR/hr 1-RE-15 OSH mR/hr .(A) V
- 1-RE-16 OSH- mR/hr 1-RE-17 OSH mR/hr 1-RE-18 OSH mR/hr ____ _____ .4 '\
V
'. Limerick Unit 1 Reactor. Bldg. 2838 Elev.
. SCENARIO ID: LKA O-1 i
- .:n .
o (l' , ue W - b: p_
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t _
-3 3
. ca _:a . 1 O n ill O
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
/^') '
(, TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 00:00) ( 08:00) RB1 283 A
~
< 0.1 < 0.1 RB1 283 B
~
< 0.1 < 0.1 RB1 283 C
~
< 0.1 < 0.1 RBl 283 D
~
< 0.1 < 0.1 RBl 283 E
~
< 0.1 < 0.1 RB1 283 F
< 0.1 < 0.1 ARM READINGS 1-RE-21 0.50 mR/nr 1-RE-22 0.10 mR/hr 1-RE-23 0.10 mR/hr 1 RE-24 0.10 mR/hr (T = 00:15) ( 08:15) < 0.1 RB1 283 A
< 0.1 < 0.1 RB1 283 B
< 0.1 RB1 283 C < 0.1 < 0.1 RB1 283 D
~
< 0.1 < 0.1 RB1-283 E
~
< 0.1 < 0.1 RBl 283 F
~
< 0.1 < 0.1 ARM READINGS 1-RE-21 0.50 mR/hr 1-RE-22 0.10 mR/hr 1-RE-23 0.10 mR/hr 1-RE-24 0.10 mR/hr
,n
\' f (T = 00:16) ( 08:16) < 0.1 < 0.1 RB1 283 A
- 0.1 < 0.1 RB1 283 B
~
RB1 283 C
~
- 0.1 < 0.1 RBl 283 D
< 0.1 < 0.1 RBl 283 E
- 0.1 < 0.1 RB1 283 F
~
< 0.1 < 0.1 ARM READINGS 1-RE-21 0.50 mR/hr 1-RE-22 0.10 mR/hr 1-RE-23 0.10 mR/hr 1-RE-24 0.10 mR/hr (T = 00:17) ( 08:17) < 0.1 < 0.1 RB1 283 A
< 0.1 < 0.1 RB1 283 B
~
RB1 283 C
< 0.1 < 0.1 RB1 283 D
~
< 0.1 < 0.1 RB1 283 E
< 0.1 < 0.1 RBl 283 F
~
< 0.1 < 0.1 ARM READINGS 1-RE-21 0.50 mR/hr 1-RE-22 0.10 mR/hr 1-RE-23 0.10 mR/hr 1-RE-24 0.10 mR/hr (T = 00:30) ( 08:30) < 0.1 < 0.1 RB1 283 A
< 0.1 < 0.1 RB1 283 B
~
RB1 283 C
< 0.1 < 0.1 RBl 283 D
~
< 0.1 < 0.1 RB1 283 E
< 0.1 < 0.1 RBl 283 F
~
< 0.1 < 0.1 ARM READIh3S 1-RE-21 0.50 mR/hr 1-RE-22 0.10 mR/hr 1-RE-23 0.10 mR/hr 1-RE-24 0.10 mR/hr x_/
LIMERICK-GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 (~n ( )' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN l LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW ! (mR/hr) (mR/hr) -----_----- (mR/hr) (mR/hr) (T = 01:00) ( 09:00) < 0.1 < 0.1 l RB1 283 A
~
< 0.1 < 0.1 RB1 283 B l
RD1 283 C < 0.1 < 0.1 RB1 283 D
~
< 0.1 < 0.1 1 RBI'?83 E
~
< 0.1 < 0.1 RBl 283 F
~
< 0.1 < 0.1 ARM REALINGS 1-RE-21 0.50 mR/hr 1-RE-22 0.10 mR/hr 1-RE-23 0.10 mR/hr 1-RE-24 0.10 mR/hr l
(T = 02:00) ( 10:00) < 0.1 < 0.1 RB1 283 A
< 0.1 < 0.1 RB1 283 B
~
l RB1 283 C
~
< 0.1 < 0.1 kBl 283 D
~
< 0.1 < 0.1 RBl 283 E
< 0.1 < 0.1 RBl 283 F
~
< 0.1 < 0.1 f ARM READINGS l 1-RE-21 0.50 mR/hr 1-RE-22 0.10 mR/hr i 1-RE-23 0.10 mR/hr 1-RE-24 0.10 mR/hr i
...---------------....------------.....----------- 1
('N I
) (T = 02:30) ( 10:30) < 0.1 < 0.1 l
RB1 283 A
< 0.1 < 0.1 RB1 283 B
~
RB1 283 C'
~
< 0.1 < 0.1 RBl 283 D
~
< 0.1 < 0.1-RBl 283 E
~
< 0.1 < 0.1 RBl 283 F
~
< 0.1 < 0.1 1
_ ARM READINGS 1-RE-21 0.50 mR/hr 1-RE-22 0.10 mR/hr ( 1-RE-23 0.10 mR/hr 1-RE-24 0.10 mR/hr l i (T = 02:45). ( 10:45) [ RB1 283 A < 0.1 < 0.1 RB1 283 B
~
< 0.1 < '0 .1
~
RBl 281 C < 0.1 < 0.1 RBl 283 D
~
c 0.1 < 0.1 ,
~ '
RBl 283 E
~
< 0.1 < 0.1 RBl 283 F
~
< 0.1 < 0.1 ARM READINGS l 1-RE-21 0.50 mR/hr 1-RE-22 0.10 mR/hr l 1-RE-23 0.10 mR/hr 1-RE-24 0.10 mR/hr l
--------...------------------------------------.-- l l
(T = 02:52) ( 10:52) RB1 283 B < 0.1 < 0.1 RB1 283 A 75. 75.
-RB1 283 C
~
< 0.1 < 0.1 RB1"283 D
~
< 0.1 < 0.1-RBl 283 E 0.2 0.2 RBl 283 F
~
< 0.1 < 0.1
~
ARM READINGS 1-RE-21 0.50 mR/hr 1-RE-22 0.10 mR/hr 1-RE-23 .0.10 mR/hr 1-RE-24 0.10 mR/hr 1
-------------------------------------------------- 1 l
l /~'N
~s -
l l 1 l
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1-t j' TABLE 6.2 v IN-PLANT SURVEY AND SAMPLING DATA '
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 02:53) ( 10:53) RB1 283 A
- 74. 74. RB1 283 B
< 0.1 < 0.1 RB1 283 C
~
< 0.1 < 0.1 RB1 283 D
~
< 0.1 < 0.1 RBl 283 E 0.2 0.2 RBl 283 F
~
< 0.1 < 0.1 ARM READINGS !
1-RE-21 0.50 mR/hr 1-RE-22 0.10 mR/hr 1-RE-23 0.10 mR/hr 1-RE-24 0.10 mR/hr (T = 02:54) ( 10:54) RB1 283 A 340, 340. RB1 283 B
~
< 0.1 < 0.1 RB1-283 C < 0.1 < 0.1 RBl 283 D
~
< 0.1 < 0.1 !
Rei 283 E
~
0.8 0.8 RBl 283 F
< 0.1 < 0.1 ARM READINGS 1-RE-21 0.50 mR/hr 1-RE-22 0.11 mR/hr 1-RE-23 0.11 mR/hr 1-RE-24 0.10 mR/hr m
(T;= 02:55) ( 10:55) ('-') RB1 283 A 610. 610. RB1 283 B
~
< 0.1 < 0.3 RB1 283 C
< 0.1 < 0.1 RBl 283 D
~
< 0.1 < 0.1 RB1 283 E
~
1.5 1.5 RBl 283 F
~
< 0.1 < 0.1 ARM READINGS 1-RE-21 0.50 mR/hr 1-RE-22 0.11 mR/hr j 1-RE-23 0.11 mR/hr 1-RE-24 0.10 mR/hr i
(T = 03:00) ( 11:00) RB1 283 B < 0.1 < 0.1 RB1 281 A 2.7E4 2.7E4 ~ RB1 233 C
~
< 0.1 < 0.1 RBl 282 D
~
< 0.1 < 0.1 RBl ".83 E
~
- 66. 66. RBl 283 F
~
< 0.1 < 0.1 ARM READINGS 1-RE-21 0.50 mR/hr- 1-RE-22 0.65 mR/hr 1-RE-23 0.61 mR/hr 1-RE-24 0.10 {
__________________________________________________ mR/hr (T = 03:05) (-11:05) 7.5E4
- RB1 283 B 0.2 0.2 l
RB1 283 A 7.5E4 ~ RB1 283 C 0.1 0.1 RB1 283 D
~
< 0.1 < 0.1
~
RBl 283 E 160. 160. RBl 283 F
~
< 0.1 < 0.1 :
ARM READINGS 1-RE-21 0.51 mR/hr 1-RE-22 1.5 mR/hr l 1-RE-23 1.4 mR/hr 1-RE-24 0.11 mR/hr , U-l l l l
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
.p' l TABLE 6.2 J
IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 03:10) ( 11:10) RB1 283 A 6.2E4 6.2E4 RB1 283 B 0.4 0.4 RBl~283 C
~
0.2 0.2 RB1 283 D
~
0.2 0.2 RBl 283 E
~
140. 140. RBl 283 F
< 0.1 < 0.1 ARM READINGS 1-RE-21 0.53 mR/hr 1-RE-22 1.2 mR/hr 1-RE-23 1.2 mR/hr 1-RE-24 0.13 mR/hr (T = 03:15) ( 11:15) 0.5 0.5 RB1 283 A 5.3E4 5.3E4 RB1 283 B RB1 283 C
~
0.3 0.3 RB1 283 D 0.3 0.3 l
' RBl 283 E
~
120, 120. RB1 283 F
~
< 0.1 < 0.1 l ARM READINGS
! 1-RE-21 0.56 mR/hr 1-RE-22 1.1 mR/hr L 1-RE-23 1.1 mR/hr 1-RE-24 0.16 mR/hr t'~'N
! ) (T = 03:20) ( 11:20) 0.6 0.6 N/ RB1 283 A
~
4500. 4500. RB1 283 B RBl 283 C 0.4 0.4 RB1 283 D 0.3 0.3 RB1 283 E
~
8.8 8.8 RBl~283 F 0.1 0.1 ARM READINGS
- j. 1-RE-21 0.60 mR/hr 1-RE-22 0.27 mR/hr 1-RE-23 0.33 mR/hr 1-RE-24 0.18 mR/hr i (T = 03:30) ( 11:30)
RB1 283 A 3900. 3900. 'RB1 283 B 0.8 0.8 L RB1 283 C 0.6 0.6 RB1 283 D
~
0.5 0.5 RB1 283 E
~
7.5 7.5 RBl 283 F
~
0.2 0.2 ARM READINGS 1-RE-21 0.69- mR/hr 1-RE-22 0.36 mR/hr 1-RE-23 0.46 nR/hr 1-RE-24 0.25 mR/hr l (T = 03:40) ( 11:40) RB1 283 B 1.1 1.1 RB1 283 A 3400. 3400. - L RB1 283 C 0.8 0.8 RB1 283 D 0.7 0.7
~
RBl 283 E
~
6.6 6.6 RB1 283 F
~
0.3 0.3 L ARM READINGS 1-RE-21 0.82 mR/hr 1-RE-22 0.48 mR/hr 1-RE-23 0.61 mR/hr 1-RE-24 0.33 mR/hr
! /"'\
s l l
. 1 LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
-q) 1 I' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA ,
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) ___________ (mR/hr) (mR/hr) (T = 03:45) ( 11:45) RB1 283 A 4500. 4500. RB1 283 B 160. 160. RB1 283 C
~
0.9 0.9 RB1 283 D
~
770. 770. RBl 283 E
~
400. 400. RBl 283 F
~
0.9 0.9 ARM READINGS 1-RE-21 1.5 mR/hr 1-RE-22 0.57 mR/hr 1-RE-23 0.77 mR/hr 1-RE-24 0.41 mR/hr (T = 02:48) ( 11:48) RB1 283 A
~
4400. 4400. RB1-283 B 160. 160. RBl 283 C
~
0.9 0.9 RB1-283 D 760. 760. RBl 283 E 400. 400. RB1 283 F 0.9 0.9 ARM READINGS- ~ 1-RE-21 1.6 mR/hr 1-RE-22 0.62 mR/hr E 1-RE-23 0.83 mR/hr 1-RE-24 0.44 mR/hr t ,- L( ) (T = 03:50) ( 11:50) 4400, RB1 283 A
~
4400. RB1 283 B
~
160. 160. , RBl 283 C 0.9 0.9 RBl 283 D
~
760. 760. RB1 283 E
~
400.. 400. RBl 283 F
~
1.0 1.0 i ARM READINGS 1-RE-21 1.6 mR/hr 1-RE-22 0.66 mR/hr
- 1-RE-23 0.87 mR/hr 1-RE-24 0.47 mR/hr (T = 04:00) ( 12:00)
RB1 283 A 4700. 4700. RB1-283 B 220. 220. RB1 283 C 1.1 1.1 'RB1 283 D 1100. 1100. RB1 283 E 550. 550. RB1 283 F
~
1.4 1.4 ARM READINGS 1-RE-21 2.0 mR/hr 1-RE-22 0.89 mR/hr RE-23 1.1 mR/hr 1-RE-24 0.62 mR/hr (T = 04:30) ( 12:30) RB1 283 A 3300. '3300. RB1 283 B~ 110. 110. RB1 283 C
~
1.7 1.7 RB1 283 D 530. 530. RBl 283 E
-280. 280. RB1 283 F
~
1.7 1.7 ARM READINGS 1-RE-21 2.3 mR/hr 1-RE-22 1.6 mR/hr 1-RE-23 1.7 mR/hr 1-RE-24 1.1 mR/hr
.Y
LIMERICK GEN'ERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 n ( )' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACRGROUND-------------
. CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr)
(mR/hr) (mR/hr) (mR/hr) (T = 04:45) ( 12:45) RB1 283 A 2900. 2900. RB1 283 D
- 79. 84.
RB1 283 C 1.9 7.2 RB1 283 D 370. 380. RB1-283 E 200. 200. RB1 283 F 1.8 7.1 ARM READINGS 1-RE-21 2.4 mR/hr 1-RE-22 1.8 mR/hr 1-RE-23 2.0 mR/hr 1-RE-24 1.2 mR/hr (T = 05:00) ( 13:00) RB1 283 A 9.7E4 3.6ES RB1 283 B 8.9E4 3.6ES RB1 283 C 1.3E5 3.9ES RB1 283 D 1.4E5 4.0E5 RB1 283 E 1.3E5 4.0E5 RB1 283 F 1.2E5 3.9E5 ARM READINGS 1-RE-21 OSH mR/hr 1-RE-22 OSH mR/hr 1-RE-23 OSH mR/hr 1-RE-24 OSH mR/hr lr)
'/
- RB1 283 A (T = 05:30) ( 13:30) 4.5ES 1.7E6 RB1 283 B 4.2E5 1.7E6 L RB1 283 C
'6.1ES 1.9E6 RB1 283 D 6.5E5 1.9E6
- RB1 283 E
~
6.4E5 1.9E6 RB1 283 F 5.9E5 1.9E6 l ARM READINGS 1-RE-21' OSH mR/hr 1-RE-22 OSH mR/hr 1-RE-23 OSH mR/hr 1-PE-24 OSH mR/hr (T = 06:00) ( 14:00) L RBl_283 A 7.9E5 3.3E6 RBl_283 B 7.4E5 3 . 's E6 , RB1 283 C 1.1E6 3.6E6 RB1 283 D 1.1E6 3.7E6 L RB1 283 E 1.1E6 3.7E6 RB1 283 F 1.0E6 3.6E6 L ARM READINGS 1-RE-21 OSH mR/hr 1-RE-22 OSH mR/hr mR/hr 1-RE-24 OSH mR/hr 1-RE-23'___OSH (T = 06:30) ( 14:30) RB1 283 A 1.7E6 4.1E6 RB1 283 B 6.8E5 3.0E6 RB1 283 C 7.6E5 3.1E6 RB1 283 D 1.5E6 3.9E6 RB1 283 E 1.2E6 3.5E6 RB1 283 F 7.5E5 3.1E6 ARM READINGS 3 RE-21 OSH mR/hr 1-RE-22 OSH mR/hr 1-RE OSH mR/hr 1-RE-24 OSH mR/hr (_/
4 Lim 3 rick Unit 1 Rocctor Building 313 ft 01cy,
- SCENARIO ID LKA /~'N 4 < U.
9 e I e nemange c ,a . / / h o h )~ - __l EQ > c_ g a m - g -y l:' l l O 1
l l LIMERICK GENERATING STATION SCENARIO LKA l ANNUAL EXERCISE UNIT 1 REV 1 l .;s < ( j' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND------------- l CLOSED OPEN CLOSED OPEN ,
LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW l (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 00:00) ( 08:00) RB1 - 313 A < 0.1 < 0.1 RB1 313 - B < 0.1 < 0.1 RB1 - 313 C < 0.1 < 0.1 RB1 313 - D < 0.1 < 0.1 RB1 - 313 E < 0.1 < 0.1 RB1- 313 F < 0.1 < 0.1 RB1 ~ 313 G < 0.1 < 0.1 RB1-313 H < 0.1 < 0.1 RBl_313 I < 0.1 < 0.1 ARM PEADINGS 1-RE-27 0.50 mR/hr (T = 00:15) ( 08:15) RB1 313 A. ~
< 0.1 < 0.1 RB1-313 B < 0.1 < 0.1 RBl 313 C < 0.1 < 0.1 RB1 313-D < 0.1 < 0.1 RB1-313 E -
< 0.1 < 0.1 RB1 313-F < 0.1 < 0.1 RB1 313~G < 0.1 < 0.1 RB1 313-H < 0,1 < 0.1 RB1 313 I < 0.1 < 0.1
<~ N, ARM READINGS
( ) 1-RE-27 0.50 mR/hr a (T = 00:16) ( 08:16) < 0.1 < 0.1 RB1 313 - A < 0.1 < 0.1 RB1-313 B RB1 313 C < 0.1 < 0.1 RB1-313 D -< 0.1 < 0.1
,RB1-313 -
E < 0.1 < 0.1 RB1 313 F < 0.1 < 0.1 RB1 313 - G < 0.1 < 0.1 RB1- -313 H < 0.1 < 0.1 RB1_313 I -< 0.1 < 0.1 ARM READINGS 1-RE-27 0.50 .mR/hr (T = 00:17) ( 08:17) < 0.1 <J0.1 RB1-313 A < 0.1 <.0.1 RB1 - 313 B RB1 313 C ~
< 0.1 < 0.1 RB1 -
313 D < 0.1 < 0.1 RBl 313 E -
-< 0.1 < 0.1 RB1 -
313 F < 0.1 < 0.1 RB1 313 G < 0.1 < 0.1 RB1 - 313 H < 0.1 < 0.1 RBl[313 I < 0.1 < 0.1 ARM READINGS
'l-RE-27 0.50 mR/hr t }'
v
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 (~y
\*
lG TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 00:30) ( 08:30) RB1 313 A
~
< 0.1 < 0.1 RB1 ~
313 B < 0.1 < 0.1 RBl 313 C
~
< 0.1 < 0.1 RBl -
313 D < 0.1 < 0.1
-RBl 313 E < 0.1 < 0.1 RB1 ~
313 F < 0.1 < 0.1 RBl~313 G < 0.1 < 0.1 RB1 - 313 H < 0.1 < 0.1 RBl[313 I < 0.1 < 0.1 ARM READINGS 1-RE-27 0.50 mR/hr (T = 01:00) ( 09:00) , RB1-313 A < 0.1 < 0.1 RB1 313 B < 0.1 < 0.1 ! RB1 313 C < 0.1 < 0.1 RBl~313 ~ D < 0.1 < 0.1 RBl~313 E
< 0.1 < 0.1 RB1 313 -
F < 0.1 < 0.1 RB1 313 G
~
< 0.1 < 0.1 RB1 313 ~
H < 0.1 < 0.1
'RBl 313 I
~
< 0.1 < 0.1 l ',- s ARM READINGS
! (x_/') 1-RE-27 0.50 mR/hr (T = 02:00) ( 10:00) RB1 ~ 313 A < 0.1 < 0.1 RB1 - 313 B < 0.1 < 0.1
- RBl ~
313 C < 0.1 < 0.1 RB1 ~ 313 D < 0.1 < 0.1 RBl ~ 313 E < 0.1 < 0.1 RB1 - 313 F < 0.1 < 0.1 RBl ~ 313 G < 0.1 < 0.1 RB1 - 313 H < 0.1 < 0.1 E RB1 ~ 313 I < 0.1 <'0.1 09' ARM READINGS _1-RE-27 0.50- mR/hr l (T = 02:30) ( 10:30) RB1 ~ 313 A < 0.1 < 0.1 RB1 ~ 313 B < 0.1 < 0.1 RB1 ~ 313 C < 0.1 < 0.1 RB1 ~ 313 D < 0.1 < 0.1 RB1 ~ 313 E < 0.1 < 0.1 RBl ~ 313 F < 0.1 < 0.1 RBl 313 G < 0.1 < 0.1 RBl - 313 H < 0.1 < 0.1 RBl[313 I < 0.1 < 0.1 ARM READINGS 1-RE-27 0.50 mR/hr L.
- l l
1 LIMERICK GEN'ERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 I r' 'N - l ( j' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NO RMA L BACKGROUND------------- !
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW , (mR/hr) (mR/hr) ----------- (mR/hr) (mR/hr) (T = 02:45) ( 10:45) RB1 - 313 A < 0.1 < 0.1 RB1 313 B < 0.1 < 0.1 RB1 - 313 C < 0.1 < 0.1 RB1-313 D < 0.1 ' < 0.1 RB1 ~ 313 E < 0.1 < 0.1 RB1 313~ F < 0.1 < 0.1 RBl ~ 313 G < 0.1 < 0.1 RBl 313-H < 0.1 < 0.1 RBl 313 I < 0.1 < 0.1 ARM READINGS 1-RE-27 0.50 mR/hr (T = 02:52) ( 10:52) RB1 - 313.A < 0.1 < 0.1 RB1 ~ 313 B 0.2 0.2 RB1 ~ 313 C < 0.1 < 0.1 RBl - 313 D < 0.1 < 0.1 RBl - 313 E < 0.1 < 0.1 RB1 ~ 313 F < 0.1 < 0.1 RB1 - 313 G < 0.1 < 0.1 RBl - 313 H < 0.1 < 0.1 RB1 ~ 313 I < 0.1 < 0.1
,ey ARM READINGS
) 1-RE-27 0.50 mR/hr v
(T = 02:53) ( 10:53) 0.2 RB1 313 A
~
< - 0.1 < 0.1 RB1 ~
313 B 0.2 RBl 313 C.
~
< 0.1 < 0.1 RB1 -
313 D < 0.1 < 0.1 RBl 313 E
~
< 0.1 < 0.1 RB1 -
313 F < 0.1 < 0.1
-RBl 313 G
< 0.1 < 0.1 RB1 -
313 H < 0.1 < 0.1 RB1 313 I'
~
< 0.1 < 0.1 ARM READINGS 1-RE-27 0.50 mR/hr
- (T = 02
- 54) (.10:54) 1.0 1.0 RB1 313 A 0.1 0.1 RB1 -
313 B
- RBl~313 C: < 0.1 < 0.1 RB1 -
313 D < 0.1 < 0.1 RBl~313 E < 0.1 < 0.1 RB1 ~ 313 F < 0.1 < 0.1 RB1 313 G < 0.1 < 0.1 RBl - 313 H < 0.1 < 0.1 RBl[313 I- < 0.1 < 0.1 ARM READINGS 1-RE-27 0.50 mR/hr l .[ L) l t -
0; , LIMERICK GENERATING STATION SCENARIO LKA
' ANNUAL EXERCISE UNIT 1 REV 1 r<
(g'l TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW ' WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) .....____.. (mR/hr) (mR/hr) (T = 02:55) ( 10:55) RB1 313 A 0.2 0.2 RB1 313 B 1.8 1.8 RBI'313 C < 0.1 < 0.1 RBl~313
~
D < 0.1 < 0.1 RBl~313 E- < 0.1 < 0.1 RBl 313 F
< 0.1 < 0.1 RBl~313 G < 0.1 < 0.1 RB1 313 H
~
< 0.1 < 0.1 RBl~313 I
~
< 0.1 < 0.1 ARM READINGS 1-RE-27 0.50- mR/hr (T = 03:00) ('11:00)
.RB1 ~
313 A 8.4 8.4 RB1 ~ 313 D 80. 80. RB1 ~ 313 C < 0.1 < 0.1 RBl ~ 313 D < 0.1
- < 0.1 RB1~ 313 E 1.2 1.2 RBl ~
313 F < 0.1 - < 0.1 RBl 313 G 0.6- 0.6 RBl ~ 313 H 0.8 0.8 L ~ RBl~313 I < 0.1 < 0.1 h ARM READINGS (g ~) 1-RE-27 0.50. mR/hr ! u l l l (T = 03:05) ( 11:05)- RBI'313 A -2 0. 20. RB1 313 B
~
200. .200.
'RBl~313 C
~
< 0.1 < 0,1- RBl 313 D -< 0.1 < 0.1 RBl 313 E 4.3 4.3 RB1 ~313~F 0.1 0.1 1RBl~313 G
~
1.5 1.5 RD1 ~~313 H 1.9 1.9 RBl 313_I
~
< 0.1. < 0.1 L
ARM READINGS. ' 1-RE-27 0.51 mR/hr (T = 03:10) ( 11:10)
- 17. RB1~313'B 160.
L, RB1 313 A 17. 160.
< 0.1L
~ ~
E RB1 313 C < 0.1 < 0.1 RB1 313 D < 0.1 RBl~313 E
~
9.2 9.2 -RBl -3~ 13 F 0.1 0.1 .
'RBl 313 G'
~
1.2 1.2 RB1 313 H 1.6 1.6 i- RBl 313'I
~
< 0.1 < 0.1 L . ARM-READINGS l 1-RE-27 0.53 mR/hr I
L
-( 11 w.r l
l l-I.
LIMERICK GEN'ERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 Cg ' - TABLE 6.2 ix_/<d IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = "3:15) ( 11:15) 140. 140. ORB 1 313 A 15. 15. RB1 313 B RBl~313 C~
< 0.1 < 0.1 RB1 313 D
~
< 0.1 < 0.1 RBl 313 E~
- 13. 13. RBl 313 F
~
0.1 0.1 RBl 313 G~ 1.1 1.1 RBl 313 H
~
1.4 1.4 RBl 313 I~
< 0.1 < 0.1
. ARM READINGS 1-RE-27 0.56 mR/hr
........__ .._-__ _....._n......__..._..... ___...
(T = 03:20) ( 11:20) RB1 313 B 11. 11. RB1 313 A-
~
1.2 1.2 ~ RBl 313 C 0.1 0.1 RBl ~ 313 D 0.1 0.1 RBl~313 E~
- 15. 15. RBl ~
313 F 0.1 - 0 .1' RBl 313 G 0.2 0.2 RBl - 313 H 0.2 0.2 RBl~333 I 0.1 0.1
~- ARM READINGS
( 1-RE-27. 0.61 mR/hr
.[-)
(T = 03:30) .( 11:30)
- 9. 0. 9.0 LRB1 313 A 1.1 1.1 RB1 313 B RBl~313'C~
0.2 0.2 RBl~313 D
~
0.2 0.2
-RBl 313 E
~
- 20. 20. RBl 313 F
~
0.2 0.2 ; s RBl 313 G .0. 3 10 . 3 RBl 313 H
~
0.3 0.3 RB1 313 I~ 0.2 0.2 ARM READINGS 1-RE-27 0.70 mR/hr s (T = 03 : 40) '(- 11: 40) RB1 313 B RB1'313fA 1.1 1.1 7.8 7.8 RB1~313 C 0.3 0.3 RBl~313 D
~
0.3 0.3 RBl~313 E 26, 26. RBl 313 F 0.3; 0.3-
~ ~ '
LRBl 313 G- 0.4 0.4 RBl 313 H
~
0.4 0.4
~
-- RBl 313 I~
0.4 0.4
- ARM READINGS ll 1-RE-27 0.83 mR/hr l
uv 1, 1
. - _ _ = _ _ _ _ _ _ _ _ .
LIMERICK GEN'ERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
' p)
- TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) ___........ (mR/hr) (mR/hr) (T = 03:45) ( 11:45) l RB1 ~ 313 A 370. 370. RBI 313 B 110. 110. ! RBl ~ 313 C 360. 360. RBl~313 D
~
0.4 0.4 ' RB1 ~ 313 E 24. 24. RBl 313 F
~
8.9 8.9 RB1 - 313 G 0.5 0.5 RBl 313 H
~
0.8 0.8 RB1 ~ 313 I 2.4 2.4 ARM READINGS 1-RE-27 0.91 mR/hr , (T = 03:48) ( 11:48) RB1 313 A
~
370, 370. RB1 313 B 110. 110. RBl 313: C 350. 350. RB1 313 D
~
0.5 0.5 RBl~313 E 24. 24. RBl 313 F 8.9 8.9 RBl~313 G.
~
0.5 0.5 RB1 313 H
~
0.9 0.9 RBl 313 I
~
2.4 2.4 r3 ARM READINGS-
). 1-RE-27 1.0 mR/hr
- x. s (T = 03:50) -( 11:50) 100.
RB1 - 313 A 370. 370. RB1 313 B 100. RB1 ~ 313 C 350. 350. RBl~313 D
~
0.5 0.5 RBl - 313 E 23. 23. RBl 313 F 8.8 8.8 RB1 ~ 313 G 0.6 0.6 RB1 313 H
~
0.9 0.9
.RBl 313 I
~
2.5 2.5 ARM READINGS 1-RE-27 1.0 mR/hr (T = 04:00) ( 12:00) 140.
~RB1 313 A 510. 510. RB1 313~
B 140. L RB1 313 C 490. 490. RBl 313 ~ D 0.7- 0.7 12. L 'RB1 313 E
~
- 21. 21. RB1 313 F 12.
l 'RBl 313 G 0.8 0.8 RB1~313 ~ H 1.2 1.2 i RBl~313 I
~
3.4 3.4 l ARM READINGS l 1-RE-27 1.2 mR/hr J
\_)
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
! TABLE 6.2 L) * -
IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 04:30) ( 12:30) 74. RB1 313 A 260. 260. RBI - 313 B 74. RB1 - 313 C 250. 250. RB1 - 313 D 1.4 1.4 RB1 - 313 E 18. 18. RB1 - 313 F 6.8 6.8 RB1 - 313 G 1.5 1.5 RB1 - 313 H 1.7 1.7 RB1~ 313 I 2.8 2.8 ARM READINGS 1-RE-27 1.9 mR/hr (T = 04:45) ( 12:45) RB1 313 B 53, 59. RB1 313 A 180. 190. - RB1 313 C' 170. 180. RB1-313 D 1.6 6.9 RB1 313 E 16, 22. RB1 313 F 5.4 11. RB1 313 G 1.7 7.1 RB1 313 H 1.9 7.2 RB1 313 I 2.6 7.9 l r~s ARM READINGS l (mj ) 1-RE-27 2.2- mR/hr L (T = 05:00) ( 13:00) RB1 313 B 1.3E5 3.9ES RB1-~313 A 1.3E5 4.0E5 RB1 313 C '1.3E5 3.9E5 RB1-313 D 1.3E5 3.9ES RB1 313 F RB1 313 E 9.5E4 3.6ES - 1.3E5 4.0E5 RB1 313 G
~
1.3E5 4.0E5 RB1 313 H 1.3E5 4.0E5 RBl 313 I 1.3E5 4.0E5 l ARM READINGS L- 1-RE-27 OSH mR/hr l - --------------------------------------------~~~-- (T = 05:30) ( 13:30) RB1 313 B 6.9E5 1.9E6 RB1 313 A 6.4E5 1.9E6 - RB1 313-C 6.1E5 1.9E6 RB1 313 D 6.1E5- 1.9E6 RB1 313-E 4.5ES 1.7E6 RBl~313 F 6.2E5 1.9E6 RB1 313 G 6.3E5 1.9E6 RB1 313 H 6.3E5 1.9E6 , RB1_313 I 6.3E5 1.9E6 ARM READINGS 1-RE-27 OSH mR/hr a 1
LIMERICK GENERATING STATION SCENARIO LKA ARNUAL EXERCISE UNIT 1 REV 1 r~'N , (_)
- TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 06:00) ( 14:00) 3.6E6 RB1~313 A 1.1E6 3.7E6 RB1 313 B
~
1.0E6 RBl~313 C 1.1E6 3.6E6 RBl 313 D
~
1.1E6 3.6E6 RBl 313 E
~
8.0E5 3.4E6 RBl 313 P 1.1E6 3.6E6 RBl 313 G
~
1.1E6 3.7E6 RBl~313 H
~
1.1E6 3.7E6 RBl 313 I
~
1.1E6 3.7E6 APM READINGS 1-RE-27 OSH mR/hr (T = 06:30) ( 14 30) RB1 313 B 8.4E5 3.2E6 RB1 313 A
~
1.2E6 3.5E6 ~ RBl 313 C
~
1.1E6 3.4E6 RBl ~ 3.3 D 7.6E5 3.1E6 RBl 313 E
~
5.7ES 2.9E6 RBl ~ 313 F 7.8E5 3.1E6 RBl 313 G.
~
7.9ES '3.1E6 RBl ~ 313 H 7.9ES 3.1E6 RBl~ 313 I 7.9ES 3.1E6
- ,r'g ARM READINGS % j> 1-RE-27 OSH mR/hr I
P 1 PN x..J
Lim 3 rick Unit 1 Racctor Bt111 ding 352 ft olov. SCENARIO ID: LKA i 1 p ',. i
- \s) '
l l l i l l I 1 5 Q p l - c t 4 a w. a t 1- [h e i
'\j
. i LIMERICK GENERATING STATI*N SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
[V )* TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABCVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) ........... (mR/hr) (mR/hr) (T = 00:00) ( 08:00) RB1 .52 A < 0.1 < 0.1 RB1 352 B
~
< 0.1 < 0.1 <
RBl~352 C
< 0.1 < 0.1 RBl~ 352 D < 0.1 < 0.1 ARM READINGS 1-RE-29 1.0 mR/hr 1-RE-30 1.0 mR/hr 1 1-RE-31 1.0 mR/hr 1-RE-32 0.10 mR/hr 1-RE-33 1.0 mR/hr (T = 00:15) ( 08:15)
RB1 352 A < 0.1 < 0.1 RB1 352 B < 0.1 < 0.1 RBl~352 C
~
< 0.1 < 0.1 RBl~352 ~
D < 0.1 < 0.1 ARM READINGS 1-RE-29 1.0 mR/hr 1-RE-30 1.0 mR/hr 1-RE-31 1.0 mR/hr 1-RE-32 0.10 mR/hr
- 1-RE-33 1.0 mR/hr
.o____.....___. ........__.... ...... __..__......
f3
't (T = 00:16) ( 08:16) . \_-) RB1 352 A 0.1 110. RB1 352 B 0.1 110.
RBl~352 C
~
0.9 110. RBl~352 D
~
0.9 110. ARM READINGS 1-RE-29 1.9 mR/hr 1-RE-30 1.9 mR/hr ' 1-RE-31 1.9 mR/hr 1-RE-32 1.0 mR/hr 1-RE-33 1.9 ~mR/hr (T = 00:17) ( 08:17) RB1~ 352 A 0.3 210. RB1 352 B~ 0.3 210. RBl~ 352 C 1.3 220. RBl 352 D
~
1.8 220. - ARM READINGS 1-RE-29 2.8 mR/hr 1-RE-30 2.8 mR/hr 1-RE-31 2.8 .R/hr 1-RE-32 1.9 mR/hr 1-RE-33 2.8 mR/hr (T = 00:30) ( 08:30) 210. RB1 352 A- 0.3 210 RB1 352 B 0.3 RBl~352 C
~
1.7 220. RB1~352 D~ 1.7 220. ARM READINGS
'l-RE-29 2.7 mR/hr 1-RE-30 2.7 mR/hr 1-RL 31 2.7 mR/hr 1-RE-32 1.8 mR/hr 1-RE-33 2.7 mR/hr
. . ~ . . _ - _ ,, ,
LIMERICK GEN'ERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 (
. TABLE 6.2
, IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND------------- -
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) ( mR/hr) (T = 01:00) ( 09:00) 210. RB1 352 A 0.3 210. RB1 352 B 0.3 RBl~352 C 1.7 210. RB1 352 0
~
1.7 210. ARM READINGS 1-RE-29 2.7 mR/hr 1-RE-30 2.7 mR/hr , 1-RE-31 2.7 mR/hr 1-RE-32 1.8 mR/hr 1-RE-33 2.7 mR/hr - (T = 02:00)- ( 10:00) 210. RB1 352-A 0.3 -210. RB1 352 B 0.3 RBl~352 C
~
1.7 210. RBl~352 D
~
1.7 210. ARM READINGS ' 1-RE-29 2.7 mR/hr 1-RE-30 2.7 mR/hr 1-RE-31 2.7 mR/hr 1-RE-32 1.8 mR/hr 1-RE-33 2.7 mR/hr ,
.g]
(' RB1 352 A (T = 02:30) -( 10:30) 0.3 210. RB1 352 B
~
0.3 210.
~
RBl 352 C
~ 1.7 ' 210. RBl 352 D
~
1.7 210.
- ARM READINGS s 1-RE-29 2.7 mR/hr 1-RE-30 2.7 mR/hr 1-RE-31 2.7 mR/hr 1-RE-32 1.8 mR/hr 1-RE-33 2.7 -mR/hr (T = 02:45) ('10:45) RB1 352 B RB1 352 A- 0.3 210. 0.3 210.
RBl~352 C
~
1.7 210. RBl~352 D
~
1.7 210. ARM READINGS 1-RE-29 2.7 mR/hr 1-RE-30 2.7 mR/hr 1-RE-31 -2.7 mR/hr 1-RE-32 1.8 mR/hr 1-RE-33 2.7 mR/hr l (T = 02:52) ( 10:52) RB1 352 B 0.3 210. RB1 352 A 0.3- 210. RB1~ 352'C- 1.7 210. RBl~352 D
~
1.7 210. ARM READINGS 1-RE-29 2.7 mR/hr 1-RE-30 2.7 mR/hr 1-RE-31 2.7 mR/hr- 1-RE-32 1.8 mR/hr l 1-RE-33 2.7 mR/hr-i- U -
,_.r.
~
I
~
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
. / ~N
( ,)
- TABLE 6.2 IN-PLANT SUPVEY AND SAMPLING DATA 1
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW l (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 02:53) ( 10:53) RB1 352 A 0.3 210. RB1 352 B ~ 0.3 210. RBl~352 C 1.7 210. RBl 352 D ~ 1.7 210. ARM READINGS 1-RE-29 3.0 mR/hr 1-RE-30 2.9 mR/hr 1-RE-31 3.5 mR/hr 1-RE-32 3.s mR/hr , 1-RE-33 2.8 mR/hr (T = 02:54) ( 10:54) RB1 352 A 0.3 210. RB1 352 B 0.3 210. RBl~352 C-
~
1.7 210. RBl~352 ~ 0 1.7 210. ARM READINGS 1-RE-29 3.0 mR/hr 1-RE a0 2.9 mR/hr 1-RE-31 3.5 mR/hr 1-RE-32 3.8 mR/he 1-RE-33 2.8 mR/hr g. g 1 (T = 02:55) ( 10:55) . 1 - RB1 352 A 0.3 210. RB1 352 B 0.3 210. RB1 ~~352 C 1.7 210. RBl~352 D ~ 1.7 210. ARM READINGS 1-RE-29 4.4 mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.2 mR/hr 1-RE-32 13. mR/hr 1-RE-33 3.1 mR/hr (T.= 03:00) ( 11:00) RB1~ 352 A 0.3 210. RB1 352 B ~ 0.3 210. RBl 352 C
~
1.7 210. RBl 352 D ~ 1.7 210. ARM READINGS 1-RE-29 4.4 mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.2 mR/hr 1-RE-32 13. mR/hr L 1-RE-33 3.1 mR/hr L { (T = 03:05) ( 11:05) L RB1 352 A 0.3 210. RB1 352 B 0.3 210. RBl~352 C
~
1.7 210. RBl~352 D ~ 1.7 210. ARM READINGS l 1-RE-29 4.4 mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.2 mR/hr 1-RE-32 13. mR/hr 1-RE-33 3.1 mR/hr f . lJ . w l 1.
~
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 g
..( ) ' TABLE 6.2 IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 03:10) ( 11:10) 210. i RB1 352 A 0.3 210. RB1 352 B
~
0.3 RBl~352 C
~
1.7 210. RB1 352 D
~
1.7 210. ARM READINGS 1-RE-29 4.4 mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.2 mR/hr 1-RE-32 13. mR/hr 1-RE-33 3.1 mR/hr j (T = 03:15) ( 11:15) RB1 352 A O.3 210. RB1 352 B 0.3 210. RBl~352 C
~
1.7 210. RBl~352 0
~
1.7 210. ARM READINGS i 1-RE-29 4.4 mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.2 mR/hr 1-RE-32 13. mR/hr l 1-RE-33 3.1 mR/hr i a (~% . I
-( )' (T = 03:20) ( 11:20)
~ ' - RB1 352 A 0.3 210. RB1 352 B
~
0.3 210.
~
LRBl 352 C
~
1.7 210. 'RBl 352 D
~
1.7 210. ARM READINGS 1-RE-29 4.4 mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.2 mR/hr 1-RE-32 13. mR/hr : 1-RE-33 3.1 mR/hr j ______. .._______________________ .......________. ) l (T = 03:30) ( 11:30) 210. RB1 352 A 0.3 210. RB1 352 B
~
0.3 RBl~352 C
~
1.7 210. RBl 352 D
~
1.7 210. l ARM READINGS 1-RE-29 4.4 mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.2 mR/hr 1-RE-32 13. mR/hr l 1-RE-33 3.1 mR/hr l t (T = 03:40) ( 11:40) 200.
-RB1 352 A 0.3 200. RB1 352 B
~
0.3 !- RBl~352 C.
~
1.7 210. RBl 352 D
~
1.7 210. I j ARM READINGS 1-RE-29 4.4- mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.2 mR/hr 1-RE-32 13. mR/hr. ll L 1-RE-33 3.1 mR/hr l
/~'( j x s/ i l
i I t 1
LIMERICK GEN'ERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1
,r m *
)* TABLE 6.2
( IN-PLANT SURVEY AND SAMPLING DATA
-----~~--------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW (mR/hr) (mR/hr) (mR/hr) (mR/hr) (T = 03:45) ( 11:45) RB1 352 A 0.3 200. RB1 352 B 0.3 200. RB1~352 C
~
1.7 210. RBl~352 D 1.7 210. ARM READINGS 1-RE-29 4.4 mR/hr 1-RE-30 4.0 mR/hr 1-RE-32 7.2 mR/hr 1-RE-32 13. mR/hr 1-RE-33 3.1 mR/hr (T = 03:48) ( 11:48) ; RB1 352 A 0.3 200. RB1 352 B 0.3 200. RBl~352 D 210. RB1 352 C
~
1.7 210. ~ 1.7 ARM READINGS 1-RE-29 4.4 mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.2 mR/hr 1-RE-32 13. mR/hr 1-RE-33 3.1 mR/hr f^ (T = 03:50) ( 11:50) l' RB1 352 A
~
0.3- 200. RB1 352 B
~
0.3 200. RBl 352 C
~
1.7 210. RB1~ 352 D 1.7 210. ARM READINGS 1-RE-29 4.4 mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.2 mR/hr 1-RE-32 13. mR/hr 1-RE-33 3.1 mR/hr (T = 04:00) ( 12:00) i RB1 352 A
~
0.3 200. RB1 352 B
~
0.3 200. RB1 352 C
~
1.7 200. RB1 352 D 1.6 200. . ARM READINGS L 1-RE-29 4.4 mR/hr 1-RE-30 4.0 mR/hr
.1-RE-31 7.2 mR/hr 1-RE-32 13. mR/hr 1-RE-33 3.1 mR/hr (T = 04:30) ( 12:30)
RB1 352 A 0.3 200. RB1 352 B
~
0.3 200. RBl~352 C
~
1.6 200. RB1~ 352 D 1.6 200. ARM READINGS 1-RE-29 4.3 mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.1 mR/hr 1-RE-32 13. mR/hr J 1-RE-33 3.1' mR/hr '() .
LIMERICK GENERATING STATION SCENARIO LKA ANNUAL EXERCISE UNIT 1 REV 1 io)' TABLE 6.2 , IN-PLANT SURVEY AND SAMPLING DATA
---------------READINGS ABOVE NORMAL BACKGROUND-------------
CLOSED OPEN CLOSED OPEN LOCATION WINDOW WINDOW LOCATION WINDOW WINDOW , (mR/hr) (mR/hr) (mR/hr) (mR/hr) d (T = 04:45) ( 12:45) 200. RB1 352 A 0.3 200. RB1 352 B 0.3 RB1 352 C
~
1.6 200. RBl~352 D
~
1.6 200. ARM READINGS 1-RE-29 4.3 mR/hr 1-RE-30 4.0 mR/hr 1-RE-31 7.1 mR/hr 1-RE-32 13. mR/hr 1-RE-33 3.0 mR/hr (T = 05:00) ( 13:00) 21. 220. RB1 352 A 6.6 200. RB1 352 B - RBl~352 C
~
3.4 200. RB1 352 D
~
3.2 200. ! ARM READINGS 1-RE-29 41. mR/hr 1-RE-30 30. mR/hr 1-RE-31 8.8 mk/hr 1-RE-32 14. mR/hr l 1-RE-33 39. mR/hr L ___ ....___.....__..............__..___........... ; , ,-y .
) (T = 05:30) ( 13:30) 87.
RB1 352 A 29. 260. RB1 352 B
~
320. RBl~352
~ C 31. 260. RBl 352 D
~
- 31. 260.
ARM READINGS 1-RE-29 190. mR/hr 1-RE-30 140, mR/hr 1-RE-31 36. mR/hr 1-RE-32 42. mR/hr 1<RE-33 190. mR/hr
-(T = 06:00) ( 14:00) 550.
RB1 352 A 65. 440. RB1 352 B 180. RBl ~352 D 500.
~
RBl~ 352 C 130. 500. ~ 130. ARM READINGS 1-RE-29 410. mR/hr 1-RE-30 330. mR/hr 1-RE-31 130. mR/hr 1-RE-32 130. mR/hr 1-RE-33 410. mR/hr
.. __.....___. ___......___........__.........____.}}