ML20141G592

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Public Version of Rev 7 to Emergency Plan Implementing Procedure EP-315, Calculation of Offsite Doses During Radiological Emergency Using Rmms in Manual Mode
ML20141G592
Person / Time
Site: Limerick  Constellation icon.png
Issue date: 03/25/1986
From:
PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC
To:
Shared Package
ML20141G575 List:
References
EP-315-01, EP-315-1, NUDOCS 8604230446
Download: ML20141G592 (20)
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's LIMERICK GENERATING STATION EMERGENCY PLAN PROCEDURE INDEX PROCEDURE REV. DATE SIGNED DATE OF LAST NUMBER NO. TITLE BY SUPER. PERIODIC REVIEW EP-101 4 Classification of 03/25/85 10/26/84 Emergencies EP-102 9 Unusual Event Response 09/27/85 10/26/84 EP-103 12 Alert Response 09/27/85 10/26/84 EP-104 11 Site Emergency Response 09/27/85 10/26/84 EP-105 11 General Emergency Response 09/27/85 10/26/84 EP-106 4 Written Summary 04/01/85 10/26/84 Notification EP-110 6 Personnel Assembly and 03/14/85 10/26/84 Accountability EP-120 3 Site Emergency Coordinator 04/01/85 10/26/84 EP-201 5 Technical Support Center 02/10/86 03/29/85

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(TSC) Activation EP-202 4 Operations Support Center 02/10/86 10/26/84 (OSC) Activation EP-203 5 Emergency Operations 04/01/85 04/01/85 Facility (EOF) Activation EP-208 4 Security Team 12/12/84 10/26/84 EP-210 4 Dose Assessment Team 03/17/86 10/26/84 EP-211 2 Field Survey Grouc 03/25/85 10/26/84 EP-220 CANCELLED EP-221 CANCELLED  ? [

EP-222 CANCELLED D b N " '- '

EP-230 5 Chemistry Sampling ande ,- .,7,0,3/14/85 10/26/84 Analysis Team C- /.

EP-231 10 Operation of Post- (5 g g8/09/85 10/26/84 Accident Sampling SystMs (PASS) 1.fF!ta east 3r prierst p r n, p_ Y hili > UhLI hiiLh hi U

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. Revision 52 03/25/86 s LIMERICK GENERATING STATION EMERGENCY PLAN PROCEDURE INDEX PROCEDURE REV. DATE SIGNED DATE OF LAST NUMBER NO. TITLE BY SUPER. PERIODIC REVIEW EP-233 6 Retrieving and Changing 12/18/85 10/26/84 Sample Filters and Cartridges from the Containment Leak Detector During Emergencies EP-234 6 Obtaining Containment 12/18/85 10/26/84 Gas Samples from the Containment Leak Detector During Emergencies EP-235 5 Octaining Reactor Water 03/14/85 10/26/84 Samples from sample Sinks Following Accident Conditions EP-236 5 Obtaining Cooling Tower 03/14/85 10/26/84 Blowdown Line Water Samples Following Radioactive Liquid g ,

Releise after Accident conditions EP-237 7 Obtaining the Iodine / 03/28/85 10/26/84 Particulate and/or Gas Samples from the North Vent Wide Range Gas Monitor (WRGM)

EP-238 4 Obtaining Liquid Radwaste 12/12/84 10/26/84 Samples from Radwaste Sample Sink Following Accident Conditions EP-240 CANCELLED ,

EP-241 8 Sample Preparation and 03/14/85 10/26/84 l Handling of Highly

, Radioactive Liquid i Samples EP-242 5 Sample Preparation and 03/28/85 10/26/84 i l

Handling of Highly Radioactive Particulate l

Filters and Iodine Cartridges ,

4 EP-243 5 Sample Preparation and 12/12/84 10/26/84 ]

Handling of Highly l Radioact.vei Gas Samples

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Page 3 of 5 Revision 52 03/25/86

, LIMERICK GENERATING STATION ,

EMERGENCY PLAN PROCEDURE INDEX PROCEDURE REV. DATE SIGNED DATE OF LAST NUMBER NO, TITLE BY SUPER. PERIODIC REVIEW EP-244 3 Offsite Analysis of 03/12/85 10/26/84 Hign Activity Samples EP-250 2 Personnel Safety Team 12/12/84 10/26/84 EP-251 2 Plant Survey Group 12/12/84 10/26/84 EP-252 6 Search and Rescue /First 04/22/85 04/01/85

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Aid Group EP-253 0 Personnel Dosimetry, 12/12/84 12/12/84 Bioassay, and Respiratory Protection Group EP-254 3 Vehicle and Evacuee 02/04/85 10/26/84 Control Group EP-255 2 Vshicle Decontamination 12/12/84 10/26/84 EP-260 2 Fire and Damage 12/12/84 10/26/84 Control Team i

EP-261 2 Damage Repair Group 12/12/84 10/26/84 EP-272 5 Philadelphia Electric 02/10/86 10/26/84 Company Officials Phone List EP-273 6 Limerick Station 01/02/86 01/02/86 Supervision Call List EP-275 CANCELLED EP-276 7 Fire and Damage 02/10/86 02/10/86 Team Phone List EP-277 8 Personnel Safety 01/09/86 01/09/86 Team Phone List EP-278 6 Security Team Phone 02/10/86 02/10/86 List EP-279 7 Emergency Operations 03/11/86 10/26/84 Facility (EOF) Group Phone List EP-280 8 Technical Support 02/10/86 02/10/86 Center Phone List EP-282 6 Government and 02/10/86 04/22/85 Emergency Management Agencies Phone List EP-284 5 Company Consultants 02/10/86 02/10/86 and Contractors Phone List 6

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'. Revision 52 03/25/86 i LIMERICK GENERATING STATION .

EMERGENCY PLAN PROCEDURE INDEX

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PROCEDURE REV. DATE SIGNED DATE OF LAST NUMBER NO. TITLE BY SUPER. PERIODIC REVIEW EP-287 3 Nearby Public and 02/11/85 10/26/84 Industrial Users of Downstream Water EP-291 6 Staffing Augmentation 04/18/85 10/26/84 EP-292 9 Chemistry Sampling and 12/18/85 04/22/85 Analysis Team Phone List EP-294 7 Dose Assessment Team 01/09/86 01/09/86 Phone List EP-301 1 Operating the Evacuation 12/12/84 10/26/84 Alarm and River Warning System EP-303 3 Local Evacuation 12/12/84 12/12/84 EP-304 3 Partial Plant Evacuation 12/12/84 10/26/84 EP-305 5 Site Evacuation 03/25/85 10/26/84 EP-306 3 Evacuation of the 02/10/86 10/26/84 Information Center EP-307 2 Reception and Orientation 12/12/84 10/26/84 of Support Personnel EP-312 5 Radioactive Liquid 01/09/86 01/09/86 Release EP-313 2 Distribution of Thyroid 12/12/84 10/26/84 Blocking Tablets EP-314 1 Emergency Radiation 03/29/85 12/06/84 Exposure Guidelines and Controls EP-315 7 Calculation of Offsite 03/25/86 01/09/86 Doses During a Radiological Emergency Using RMMS in the Manual Mode EP-316 4 Cumulative Population 02/10/86 02/10/86 and Near Real-Time Emergency Dose Calculations for Airborne Releases Manual Method EP-317 3 Determination of 03/25/85 10/26/84 Protective Action Recommendations m .. -- -_. _ _ - - - - - , ,

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'. Revision 52

, 03/25/86 g LIMERICK GENERATING STATION ,

EMERGENCY PLAN PROCEDURE INDEX

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PROCEDURE REV. DATE SIGNED DATE OF LAST NUMBER NO. TITLE BY SUPER. PERIODIC REVIEW EP-318 2 Liquid Release Dose 04/01/85 04/01/85 Calculations Method for Drinking Water EP-319 2 Fish Ingestion Pathway 03/29/85 03/29/85 Dese Calculation EP-325 3 Use of Containment 02/27/85 10/26/84 Dose Rates to Estimate Release Source Term EP-330 4 Emergency Response 03/14/85 10/26/84 Facility Habitability EP-333 1 Adjustment of Wide 05/08/85 05/08/85 Range Gas Monitor Conversion Factors

'EP-401 2 Entry for Emergency 12/12/84 10/26/84 Repair and Operations OP-410 3 Recovery Phase 03/29/85 10/26/84 Implementation EP-500 2 Review and Revision 12/12/84 10/26/84 i of Emergency Plan l

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1 1s MJR/M C nip b PHILADELPHIA ELECTRIC COMPANY LIMERICK GENERATING STATION EMERGENCY PLAN IMPLE E TING PROCEDURE EP-315 CALCULATION OF OFFSITE DOSES DURING A RADIOLOGICAL EMERGENCY USING RMMS IN THE MANUAL MODE 1.0 PARTICIPANTS 1.1 The Shift Technical Advisor (STA) shall initiate dose l calculations as directed by ST-0-104-880-0.

1.2 The Shift Superintendent shall evaluate the dose results, declare the appropriate EAL based on releases, and assist the Emergency Director in making p ective action recommendations if warranted.

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l 1.3 I ut Team Leader (DATL) (upon a.. , r the EOF) shall direct esults, and assist 1 i on and protect ve p .

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1.4 TheDoseAssessmentTak tab tr p rh functions as directed by the"DAfL, ;['  ;

qi 2.0 ACTIONS IMMEDIATE l 2.1 Answer the following questions:

l .1 a Chemistry sample available? If yes, p p>b.V l ( ach Chart B of ST-6-104-880-0.

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Is the Datalogger available? If no, go

,sp>G. directly to Appendix 1.

1. Is the RM-ll console available? If no, go 3t 1 ctly to Appendix 2.

1 UY b If you answer no to question 2.1.3, you may l LE. o need the RM21A to access Vent Flow Data. Go to Appendix 4.

C l 2.2 Logon to the RM21A to estimate offsite doses.

2.2.1 Respond to the prompts as directed below or by the DATL.

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9 EP-315, Rev. 7 Page 2 of 15 MJR/MAC/nlp

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Step 4 l RM21A Prompt Operator Response Depress RETURN key until prompted with USERNAME (MCR-in upper right corner)

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1. USERNAME Type in Depress RETURN
2. PASSWORD Type in ,

Depress RETURN

3. RM21A Options- Enter 6-Emergency Release Level 1 Calculations. Depress RETURN
4. Emergency Enter 3-Class A Model Release Calcs. Depress RETURN Calculations Options-Level 2
5. Select Run Enter 3 - All Manual Control Table 15 min. data Option Depress RETURN
6. Do you want to Enter Y to verify tha't the s- edit / review the default Run Control Table Run' Control reflects the desired para-Table Menu? meters. Go to Appendix 6 for default table, parameter descriptions, available options and modification instructions.

Depress RETURN.

Enter N if you do not wish to review the run Control Table.

Depress RETURN

7. Enter time of Enter Eastern Standard Time (EST)

Reactor trip. (i.e. 04/03/86 09:30)

Enter date Depress RETURN (MM/DD/YY HH:MM)

8. Enter time of Enter Eastern Standard Time (EST) release. (i.e. 04/03/86 09:30)

Enter date. A. Time of release -or-(MM/DD/YY B. Start of period to be NH:MM) evaluated -or-C. Time of chemistry sample.

Entry must be > Step 7.

Depress RETURN

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EP-315, Rev. 7 Page 3 of 15 MJR/MAC/nlp

Step l ' RM21A Prompt ' Operator Response

9. Enter remaining Enter an estimate or 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> duration of if unknown. (i.e. depress 1) release (hours) Depress RETURN

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l 10. Data Entry Enter option #2 (percent)

Options Depress RETURN

11. Gaseous Isotope Do you have a Chemistry sample?

l Options As answered by DATL Yes-Use Chart B, ST-6-104-880-0

, No-Select a representative

" Accident" from Appendix 3A or 3B.

12. Enter isotope Enter i corresponding to isotope selection (1-35) of interest.

Depress RETURN

, 13. Enter isotopic Enter % abundance of selected fraction (%) isotope (i.e. 50% = 50.0) of 100% Do calculation with Noble Gases 1st. (Repeat procedure for iodines if directed) Depress RETURN

14. Do you want to Enter Y. Depress RETURN

,_ continue Repeat steps 12, 13 & 14 until entering all isotopes are enteredt then data? (Y or N) answer N to Step 14.

(If you answer Y by mistake, select any isotope not used and enter zero (0)r then answer N for St9p 14).

Enter (C) to Enter C. Depress RETURN erase screen and continue

15. Are these Compare these values to Appendix values 2A, 2B or chart B and respond acceptable? accordingly. Enter (Y or N).

Depress RETURN.

] 16. Enter gross Select release points (s).

concentration Enter value recommended below i (micro-Ci/cc) or one determined by DATL.

Release Point Data Source NS & WRAM IME076, 2LE076 or 3HE076 l NS w/out WRAM Calculate (3GE075, uCi/cc + 6GE075, uCi/cc)

( 2 )

\- l SS Alone Calculate (3GE185, uCi/cc + 6GE185, uCi/cc)

( 2 )

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l . EP-315, Rev. 7

l. Page 4 of 15 MJR/MAC/nlp N

For Iodine Calculation: Use uCi/cc reported by Chemistry based on cartridge analysist Methodology suggested by EP-316, Section 2.3 or value determined by DATL.

Step 4l RM21A Prompt ' Operator Response

17. Enter vent Sources of Data flow rate (cfm) 1. RM-ll console: Process Flow N
2. MCR 00C-691 panel: RYO26-076 Depress MON Depress 0-2-9 Depress ITEM. Record value.
3. RM21A - See Appendix 4
4. Estimate flow based on rates of operating fans.

Enter value. Depress RETURN

18. Enter (C) to Depress C. Depress RETURN erase screen and continue
19. Me cilog cal Use Appendix 5 for source of values.

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A. Ground " -

direction 'l B. Ground sigma For each sensor:

theta C. Ground speed Enter value.

D. Ground delta Depress return temperature E. Elevated direction F. Elevated sigma theta G. Elevated speed H. Elevated delta temperature I. Ambient temperature Enter (c) to Enter C. Depress RETURN l erase screen and continue

EP-315, Rev. 7 Page 5 of 15 MJR/MAC/ nip

-' 2.3 Generate a hardcopy of the first display. If CURRENT ACTION LEVEL is greater than NO EMERGENCY, take a hardcopy of all subsequent displays. Notify Shift Superintendent in Main Control Room or Dose Assessment

, Team Leader in TSC/ EOF of results.

3.0 ACTIONS FOLLOW-UP 3.1 As directed by Shif t Superintendent or Dose Assessment Team Leaders l 3.1.1 Terminate dose calculations -or l 3.1.2 Repeat Step 2.1 -or l '3.1.3 Turnover to TSC/ EOF Dose Assessment Team 4.0 APPENDICES 4.1 Appendix 1: Meteorological Data Collection When Datalogger Unavailable C. 4.2 Appendix 2: Rad Data Collection When RM-ll Unavailable l

4.3 Appendix 3A: Postulated Isotopic % Abundance for l

Design Bases Accidents - Noble Gas 4.4 Appendix 3B: Postulated Isotopic % Abundance for Design Bases Accidents - Iodine l 4.5 Appendix 4: Vent Flow Rate Date Collection Using RM21A l 4.6 Appendix 5: Meteorological Data Collection Resources l 4.7 Appendix 6: ACRISO Default Run Control Table Menu 5.0 SUPPORTING INFORMATION 5.1 Purpose The purpose of this procedure is to provide guidelines to evaluate a potential or actual airborne release using RMMS in the All Manual Mode.

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EP-315, Rev. 7 Page 6 of 15 MJR/MAC/ nip 5.2 Criteria for Use 5.2.1 This criteria is implemented based Sn, but can be used independently of, direction received

. from ST-6-104-880-0.

5.2.2 The manual mode of RMMS will allow the operator to bypass the use of real time radiological and meteorological data, enabling l him to enter data of his own choosing.

5.2.3 operation of RMMS in the manual mode is useful for investigating offsite doses during l Emergency Plan exercises (i.e., in the event that radiolg ical or meteorological data are l unavailable in the real time mode.)

5.3 Special Equipment 5.3.1 RM-21A Consoles and User Guide 5.3.2 RM-ll Consoles and User Guide 5.4 References s_- 5.4.1 Letter from W. C. McDaniel, Project Engineer, Bechtel, San Francisco Power Division, to Brian Asanoto, GA Technologies dated June 16, 1983. Document Control No. 157678. Subject Job No. 8031, Philadelphia Electric Company, Limerick Generating Station, Units 1 and 2, i Startup System No 99H. Radiation Meteorological Monitoring System MCA Break Down by Isotope P.O. 8031-M-256 5.4.2 EP-316, Cumulative Population and Near Real-Time Emergency Dose calculations for Airborne Releases - Manual Method 5.4.3 ST-6-104-880-0, Gaseous Effluent Dose Rate Determination w

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{ EP-315, Rev. 7 l Page 7 of 15 MJR/MAC/nlp l APPENDIX 1

] MET. DATA COLLECTION WHEN DATALOGGER UNAVAILABLE Step $ RM21A Prompt I Operator Response Depress RETURN key until prompted with USERNAME (in upper right corner in MCR).

1. USERNAME Type in Depress RETURN
2. PASSWORD Type in , Depress reset page Depress RETURN
3. RM21A Options Type in 4 - Met. Data Coll. &

(Level 1) Processing. Depress RETURN

4. Met. Data Coll. & Type 4 - Met. Data Processing Processing (Level 2) Depress RETURN
5. Met. Data Processing Type 3 - Review current averages.

Options - Level 3 Depress RETURN

\-- 6. Met. Data Options Type 2 - 15 min. data.

Depress RETURN

7. Report on Type N. Depress reset page.

Printer? Depress RETURN. Copy met values printed on screen.

Reserve as bases for results.

6. Do you wish to Type N continue work with '

this option?

9. Is the RM-ll Y - Depress RETURN 2 times.

available? Go to Appendix 2, step 3.

N - Depress RETURN. Repeat until you get back to Level 1. Go to Section 2.1.3 of Actions Immediate.

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4 EP-315, Rev. 7 Page 8 of 15 MJR/MAC/ nip APPENDIX 2 4

RAD. DATA COLLECTION WHEN RMll UNAVAILABLE Step 4 'RM21A Prompt I Operator Response Depress RETURN key until prompted with USERNAME

1. USERNAME Type in Depress RETURN
2. PASSWORD Type in Depress RETURN.
3. RM21A Options Enter 3 - Rad Data Collection (Level 1) & Processing. Depress RETURN
4. Rad. Data Coll. & Enter 2 - Rad. Data Processing Proc. Opt. (Level 2) Depress RETURN
5. Rad. Data Processing Enter 6 - Channel History Options Level 3 Depress RETURN
6. Channel History Enter 3 - 15 min. EFFLUENT Options-Level 4 Release Rate. Depress RESET k./ Depress RETURN *
7. Edit, List, Enter I. Depress RETURN Inquiry, Plot
8. 15 min. Channel Enter 5 - Full Data Report History Data Range for single chant.el Depress RETURN
9. Channel History Name Enter full alpha-numeric code for channel of interest Depress RETURN
10. Start date and time (i.e. 04/03/86 09:30) enter Depress RETURN
11. End date and time (i.e. 04/03/86 10:30)

Enter; depres.1 METURN Take a hard copy of the screen Depress RETURN

12. 15 Min. Channel Return to step 8 and History Data Range repeat sequence if data is required for the redundant channel. If you do not wish to continue, depress RETURN twice.
13. Channel History Enter 1 - Depress RETURN l Data Options Go to Step 2.1.4 of Actions Immediate 4

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EP-315, Rev. 7 Page 9 of 15 l MJR/MAC/ nip APPENDIX 3A POSTULATED ISOTOPIC % ABUNDANCE FOR DESIGN BASES ACCIDENTS - NOBLE GASES (REFERENCE 5. 4 .1)

' Main Off-gas Air Control Steam Treatment Ejector Fuel Rod Line System Line Handling RM21A 4 Noble Gases' Drop Break LOCA Failure Failure Accident

4. Kr 83m .2407 .9285 1.231 .414 1.217 9.4N4
5. Kr 85m .5924 1.634 3.833 .958 1.136 .4134
6. Kr 85 .0202 6.35N3 .121T .132 .732 1.837
7. Er 87 1.1474 5.065 6.901 1.68 7.01 6.89N5
8. Kr 88 1.5839 5.193 9.463 3.87 7.17 .128 4

Kr 89 2.0952 21.67 11.71 6.84N2 16.33

11. Xe 131m .0101 5.18N3 7.67N2 .289 5.4N3 .2891
12. Ze 133m .0781 .7766 .4091 1.065 .1046 1.739
13. Xe 133 3.068 2.18 16.58 72.21 2.96 81.32
14. Xe 135m 2.906 6.363 15.88 3.21 7.64
15. Xe 135 .812 5.865 4.597 14.68 7.99 14.23 i

Xe 137 4.327 28.63 15.094 .139 22.29 l 17. Xe 138 8.281 21.67 14.101 1.26 25.39 -

, H3 62.36

- CH 12.472 TOTAL 99.99 99.98 99.99 99.97 99.27 99.95 e

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.I EP-315, Rev. 7 l Page 10 of 15 MJR/MAC/nlp APPENDIX 3B POSTULATED I?0 TOPIC t ABUNDANCE FOR DESIGN BASIS ACCIDE'JTS - IODINES (REFERENCE 5.4.2) l RM21A6 34

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35 i ACCIDENT I-131 I-133 Control Rod Drop 30.29 69.71 Instrument Line Break .1205 87.95 l

Main Steam Line Break 12.71 87.29 f

I LOCA 17.16 82.84 Feed Water Line Break 19.95 80.05 Offgas Treatement Sys. Fail f X X Air Eiector Line Failure X X D

Liquid R/W Sys. Failure 58.04 41.96 Fuel Handling l

46.82 53.18 L

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l EP-315, Rev. 7

) Page 11 of 15 MJR/MAC/nlp v

APPENDIX 4 VENT FLOW RATE DATA COLLECTION USING RM21A t

RM21A Promot ' Operator Response RM21 A Options - Level 1 Enter 3 - Rad Data Collection and Processing Depress RETURN Rad Data Coll. & Processing Enter 2 - Rad Data Processing I Level 2 Depress RETURN Rad Data Processing Enter 6 - Channel History Options Level 3 Depress RETURN Channel History Data Enter 4 - 15 min. vent flow Options - Level 4 Depress Reset Depress RETURN I Edit, List, Inquiry, Plot Enter I. Depress Return I 15 Min. Channel History Enter 5 Data Range Depress RETURN l

Channel Name Enter alpha-numeric code for

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any channel on the release point of intarest Depress RETURN l

l Start Date and Time (i.e. 04/03/86 12:00)

Depress RETURN 1 End Date and Time (i.e. 04/03/86 12:00)

Depress RETURN Take copy of Screen Depress RETURN 3 times Channel History Data Enter 1. Depress RETURN Options Go to Step 2.2 of Actions Immediate

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l MJR/MAC/ nip,

'l APPENDIX 5 -

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l METEOROLOGICAL DATA COLLECTION RESOURCES

-l Strip Charts ,

RMMS MANUAL 1. DATALOGGER DATALOGGER 2. RM-21A 3. SENSOR Channel No. & '

Mat. Prompts Abbreviation Parameter Name Primary '

Secondary Ground Direction 0 30'Dir./ TlDRL 30'DIR/ (0)*, 159'DIR/ (15)

WD1 Ground Sigma Theta 0 30'DIR/ TIDRL 30'DIR/ (0), 159'DIR/ (15)

WDI/DEV Ground Speed 1 30' Speed TlSPL 30 ' S peed (l) , 159' Speed (16)

WSI ,

Ground Delta T 6 266'-26' T TlDT U-L 266'-26' T(6), - 300'-26 '. T (23)

DTI '

, , l Elevated Direction 2 175' DIR./ Tl DRI 17 5 ' DI'4/ (2), 304' DIR/ (20)

WD2 Elevated Sigma Theta 2 175' DIR./ Tl DRI 175' DI / (2), 304' DIR/ (20)

WD2/DEV Elevated Speed 3 175 ' S peed TISPI 175' Speed (3), 304' Speed (21) ,

WS2 l Elevated Delta T 7 266'-26' T TlDT U-L 266'-26' T(7) , 300'-26' T(23)

DT2 Elevated Amb. Temp. 10 26' Ambient T2 AT L 26' Ambient (10), 26' Amb. T (24)

TR1

  • Channel number from Data-logger in parenthesis () .

Wind Charts

  • Wind Speed - red - (0-100 mph) full scale Sigma theta - black - (0-100 mph) full scale Wind direction - red - (0-360-180) full scale e _ _ _ . _ _ . _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ - _ - _ - - _ _ - _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ .. .

EP-315, Rev. 7 Page 13 of 15 MJR/MAC/nlp l APPENDIX 6 l ACRISO DEFAULT RUN CONTROL TABLE MENU Verify that the default Class A run-time parar.eters are representative. Refer to Appendix B to explain each parameter and provide instructions to modify.

I l Site:

Limerick l Unit: Ul l User:

I l Date: Time:

l ACRISO RUN CONTROL TABLE 1

\ Item Description Selection (Values)

1. Meteorological Data Most Recent
2. Data File Type 15 minute
3. Q Data Soarce Accident MCA & Effluent
4. Vent Flow Data Routine collection
5. Maximum Downwind Distances (miles) 25.0
6. l Output media Plot
7. Background map selectors Cities l Rivers, lakes, oceans Roads State boundaries
8. Counties Report Options X/Q isopleth Depleted X/Q isopleth Deposition X/Q isopleth Skin isopleth Gamma isopleth Inhal. thyroid isopleth Milk thyroid isopleth Project gamma & thyroid Summary report
9. Release Point for X/Q Output 1
10. Isopleth contour spacing 1,1,1,2,2,2,
11. Gamma Dose Calculation finite
12. Off-site Gamma Dose Adjustment Factor 1
13. Off-site Iodine Dose Adjustment Pactor 1
14. Active Release Points 1
15. Title change Dose Calc - Most Recent b 15 min. Data (O EM)

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EP-315, R2v. 7 Page 14 of 15

,- MJR/MAC/nlp

--l APPENDIX 6 (Cont'd) l ACRISO RUN CONTROL TABLE PARAMETER DESCRIPTIONS All items listed in the Run Control Table are explained below with instructions to modify. Once an item is modified, request a print of the Menu to verify the change, then depress RETURN until you get to Step 4. -

Modification Item Description Selection (Values) Instructions

1. Meteorological 1. Most recent Data 2. Historical
3. Manual entry
2. Data File Type 1. 15-minute
2. 15-minute workspace
3. 1-minute
3. Q Data Source 1. Routine MCA & Effluent
2. Accident MCA & Effluent-D.B.A
3. Manual Q File Data
4. Vent Flow Data 1. Routine Collection -
2. Manual Entry
5. Maximum Downwind Maximum value = 50 distance (miles)
6. Output Media 1. Plot
2. Print
7. Background Map 1 - Cities Selectors 2 - Rivers, lakes and oceans 3 - Roads 4 - State Boundries 5 - Wind spider 6 - Counties 7 - Emergency response planning areas 8 - TLD Site 9 - Air sampling site 10- Emergency sampling site 11- Ludlum site 12- County emergency centers 13- Offsite monitor location 14- Text 15- Survey point 16- Water sampling site 17- General environmental

(,, monitoring site 18- Offsite Monitor l Speed & Direction 19- Offsite Monitor Dose l

l

F

~

s EP-315, Rev. 7

.. Page 15 of 15 MJR/MAC/nlp C-

] APPENDIX 6 (Cont'd)

' Modification Item Description Selection (Values) Instructions

8. Report Options Available Reports 1 - X/Q isopleth 2 - Depleted X/O isopleth 3 - Deposition X/Q isopleth 4 - Skin isopleth 5 - Gamma isopleth 6 - Inhalation thyroid isopleth 7 - Milk thyroid 8 - Project gamma / thyroid 9 - Summary report 10- Project dose summary
9. Release Point for LGS Gaseous Release Points X/Q Output 1 - North Stack 2 - Unit 1 South Stack 4 - Hot Maintenance Shop
10. Isopleth Coutour Edit option not available Spacing

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11. Gamma Dose 1.' Semi-infinite Calculations 2. Finite
12. Offsite Gamma Maximum value = 99.89 Dose Adjustment Factor
13. Offsite Iodine Maximum value = 99.89 Dose Adjustment Factor
14. Active Release LGS Gaseous Release Points 1 - North Stack 2 - Unit 1, South Stack 4 - Hot Maintenance Shop
15. Title Change Select Run Table Control Types
1. Dose Calc. - Most recent 15-Min. Data (9 EM)
2. Dose Calc. - Most recent 1-Min. Data (O EM)
3. Dose Calc. - All Manual 15-Min. Data I
4. Dose Calc. - Historical 15-Min. Data, Normal MCA

(,s 5. Dose Calc. - Most Recent l

l 15-Min. Data, Manual MCA l

6. Dose Calc. - Most Recent i 15-Min. Data, Semi-Infinite
7. Dose Calc.-Default Run Table
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