Text

Public Version of Revised Emergency Plan Implementing Procedures,Including Procedure AP/O/B/1000/07 Re Offsite Dose Calculations by Control Room Personnel or Emergency Coordinator During LOCA
	ML20028F862
Person / Time
Site:	Oconee
Issue date:	12/09/1982
From:	Campbell J, Edwards N; DUKE POWER CO.
To:	;
Shared Package
ML16162A422	List: ML16162A421; ML20028F862;
References
	PROC-821209, NUDOCS 8302040511
	Download: ML20028F862 (46)
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i INFORMATION ONLY Form SPD-1002-1 i

i DUKE POWER COMPANY (1) ID No: AP/0/B/1000/07 PROCEDURE PREPARATION Change (s) to PROCESS RECORD Incorporated

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! l (2) STATION: Oconee Nuclear Station (3) PROCEDURE TITLE: Procedure for Off site Dose Calculations by Control Room Personnel or Emergency oordinator During a Loss of Coolant Accident (4) PREPARED BY: /M(/A /ms.d DATE: /4 - A r .P L (5) REVIEWED BY h c- DATE: / / *A - I'Z-J Cross-Disciplina Review By:(/ _

, J .;., A w 'ff y-/ (U-N/R:

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(6) TEMPORARY APPROVAL (IF NECESSARY): w By: (SRO) Date:

By: Date:

(7) APPROVED BY? bT w Date: //-[- $

(S) MISCELLANEOUS:

Reviewed!";;r ei By:

. b.O.- Da te : If-["f 2 Reviewed //.;;:::d2y:/ '

Date: // [S 2 I

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AP/0/3/1000/07

, PROCEDURE FOR OFFSITE COSE CALCUI.ATIONS

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SY CONTROL ROOM PERSONNE!. OR EMERGENCY

CCORDINATCR DURING A LOSS OF COOLANT ACCIDENT 1.0 Svmotems 1.1 RIA-4 reading increasing with indications of a loss of coolant

, accident.

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~. 1.1.1 RIA-4 reading < 30R (Case A)

' 1.1.2 RIA-4 reading > 30R (Case B) i 2.0 Immediate Action CASE A --

2.1 Automatic 2.1.'1' ~ None 2.2 Manual 2.2.1 None 3.0 Subseouent Action 3.1 Deploy monitoring teams CASE B 2.0 Immediate Action 2.1 Automacic .

2.1.1 None 2.2 Manual j 2.2.1 Determine the reactor building dose este by either of the following methods. Record dose rate on Enclosure 4.1, f Step 3.

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2.2.1.1 Containment high rsage radiation monitor.

( 2.2.1.2 Sur rey with a eslibrated Eberline PIC-6A (or a similar hand held survey instrument) at one foot 4

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. from the reactor building wall and four feet of f

,q the floor in the Reactor Buildir.g Purge Fan Room

( on the sixth floor of the Auxilliary Building of 7 ~#) the affected unit.

NOTE: A reading on the survey instrument ranging from <0 to 0.3R would incicate that the release source term is a gap activity release.

NOTE: A reading on the survey instrument range from 0.3R to 3R would indicate that the release source term is a 3 design basis accident.

I 2.2.2 This procedure is intended to provide on-shift personnel and members of the Technical Support Center a means of projecting offsite exposure levels for radiological ac-cidents at Oconee Nuclear Station. These dose projections can be made based upon the source of the release to the Reactor Building atmosphere and available tower meterologi. __ _

cal data. It is intended that projections made by this procedure would be conservative and precede information available from field monitoring teams and the assumption of offsite dose projection responsibility by the Crisis Management Center. Recommendations for evacuacion of offsite areas are to be made based on the calculations

N completed in this procedure.

NOTE: Health Physics personnel in both the Technical Support Center and the Crisis Management Center may use alternate means for projecting offsite dose when their organizations are operational.

NOTE: If site meteorological data is not available, the data can be obtained from the National Weather Service office at the Greenville-Spartanburg Airport. (Number is listed in Emergency Telephone Directory).

The following are conversion formulas for the meteorological data obtained from the National k' esther Service:

mph = .369 (Knots)

'F = (9/5'C) + 32 3

2.2.3 The need for protective action should be reassessed every hour. The Control Room will complete the Offsite Dose

. Calculation every hour until the Technical Support Center

} is operational and are relieved by the Health Physics l ' Cente..

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2.2.4 Complete Enclosure 4.1 Offsite Dose Calculation.

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( 3.0 Sub'secuent Actions 3 3.1 After notifying the Station . Manager of the results of the Offsite Dose Calcualtion, the Shif t Supervisor / Emergency Coorcinator will provide the recommendations to the following agencies and record in Enclosure 4.1, Step 12.

3.1.1 Pickens County Civil Defense 3.1.2 Oconee County Emergency Preparedness 3.1.3 S. C. Bureau of Radiological Health 3.2 Deploy onsite and offsite monitoring teams.

. 4.0 Enclosures 4.1 Offsite Dose Calculation 4.2 Survey Instrument Correlation f

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CC0!!EE liUCI. EAR STATIC!i

~ .L.,. OFFSITE DOSE CALCUI.ATIO!!

Unit Calculation performed by

1) Time now Date now Time of incident Date of incident Time (hours) since incident Wind speed sph Wind Direction (from)

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. *F Weather conditions

2) Calculate TF (time factor) based upon time (hours) since incident from the table belaw and record value .

Time Since Incident Time l Time Since IncidentI Time In Hours Factor (TI) j In Hours Factor (TF) 0.2 0.20 l; 10 j. 0.94 0.3 0.22 15 ; 1.22 0.5 0.24 20 l 1.50 0.7 0.26 30 1 2.0 1.0 0.23 g 50 2.7 1.5 0.32 : 70 3.3 2.0 0.36 100 4.2 3.0 0.44 : 150 . 5.2 5.0 0.60 '

200 6.0 7.0 0.74 300' 6.6 i 500 6.6 1

, 3) Reactor Building DR (dose rate) by either a) or b).

a) Containment high range radiation monitor ,ree/hr.

b) PIC-6-A (or similar hand held survey instrument) reading x correlation value (Encl. 4.2).

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I Survey Inst. x Corr. value = DR rem /hr.

4) Calculate DT (time determined dose)

DT = DR x TF _

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AP/0/3/1000/07

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. . 5) Is wind speed > 15 mph? .

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If yes, go to Step 7.

If co, go to Step 6.

6) Is time of day between 1000 hrs and 1600 hrs (10:00 am and 4:00 pm)?

If yes, go to Step 7.

If no, go to Step 11.

7) Calculate DW (wind dete mined dose) based upon DT and WS (wind speed)

DW =

h ,

If WS 1 1.0 mph, use WS = 1.0 mph. *

8) Determine distances and level of protective actions based upon DW and AT*F from table below:

Number suffix of areas on evacuation map to be evacuated:

Children and pregnant women Everyone Find the horizontal row corresponding to the AT*F. Follow across the row from left to right until.the box containing the calculated DW value is reached. Read down the vertical column to find the appro-priate actions and the corres'ponding distances from the plant.

M*F DW DV DW DW

= to -1.3 12.09E5 2.09E5 to 7.8E5 7.8E5 to 3.9E6 l>3.9E6

-1.2 to -1.0 15.4E3 5.4E3 to 2.70E4 2.7E4 to 3.2E5 >3.2E5

-0.9 to -0.4 12.09E3 2.09E3 to 1.04E4 1.04E4 to 7.4E4 l>7.4E4

-0.3 to +10.0 11.08E3 1.08E3 to 5.4E3 5.4E3 to 3.2E4 l>3.2E4 No action Evacuate children Evacuate every- Evacuate i

procedure and pregnant wom- one 0-4 miles everyone is com- en 0-4 miles (Downwind areas 0-4 miles pleted (Downwind areas with suffix 1) (Downwind with suffix 1) area with suffix 1) i

' No action for Evacuate chil- Evacuate 4-10 miles dren and preg- everyone 1

nant women 4-10 4-10 miles (Downwind areas (Downwind

(, , . with suffix 2) areas with suffix 2) i Example: If M*F is -1.1 and DW is 2.9E4, evacuate everfone from 0-4 miles and chtiaren and pregnant women from .'.-10 miles.

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9) a) Is wind speed > 3mpn?

( If yes, use table in Step 9 b.

If no, assume sectors A, B, C, D, E, and F of evacuation mac are affected, b) Wind direction (from) .

Find the wind direction and follow across the row to find the letter prefixes of the areas on the evacuation map to be evacu-l ated and record.

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Wind Direction Letter Prefixes of Areas to be Evacuated (From) .

15* - 41' C,D,E 41' - 67* D, E 67* - 103* D,E,F 103* - 127' E, F 127' - 174* A,E,F 174* - 182* A, F 182* - 215* A. 3, F

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215* - 256' A, 3 256* - 270* A,B,C 270* - 298* B, C 298* - 344' B, C, D .

344' - 15' C, D c) Letter prefixes of areas on evacuation map to be evacuated

10) Combine the numbers determined in Step 8 combined with the letters from Step 9 to determine which sectors of evacuation map to evacuate.

Children and pregnant women Everyone The 2 mile Emergency Planning Zone on the evacuation map uill always be evacuated if evacuation of any area is required.

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11) Use ihe table below if WS is i 15 mph and time of day ts not betsen 1000 hrs and 1600 hrs.

! Apply the DT value from Step a on the table below. .iesd tse ::rres-ponding action in the column to the right .-d record.

l DT PROTICTI'lE ACTION l

1 610 No protective action is necessary 610 to 3100 Evacuate children and pregnant wome:

0 to 4 miles in all directions (all areas with number suffix 1) __

3100 to 15600 Evacuate everyone o ti a miles : 2"1 .

directions. (All areas with numbe:

suffix 1). Evacuate children and pregnant women 4-10 miles in all ,

directions. --(All areas with number suffix'2)~

> 15600 Evacuate everyone 0 to 10 miles in all directions. (All areas with number

-- - suffixes 1 and 2)

Children and pregnant women s- .

Everyone The 2 mile Emergency Planning Zone on the evacuation map at'. s'.as/s be .

evacuated if evacuation of any area is required.

12) Persons contacted and provided the protective action recommentati:ns from Case B subsequent Actions, Step 3.0.

NAME POSITION PHONE NO. TI:E :N AO:

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CONTROL COPY Form SPD-1002-1 DUKE POWER COMPANY (1) ID No:PT/0/B/2000/05 PROCEDURE PREPARATION Change (s) A!/4 to PROCESS RECORD 2//A_ Incorporated (2) STATION: Oconee Nuclear (3) PROCEDURE TITLE: Oconee Nuclear Data Transmission From TSC (4) PREPARED BY: Af[6 h Wul DATE:.'"//ZJ/#p (5) REVIEWED BY: / DATE: 3 b Cross-Disciplinary Review By: N/R: 4)(( f#fh (6) TEMPORARY APPROVAL (IF NECESSARY):

By: (SRO) Date:

Y/ By: _

Date:

(7) A1' PROVED BY: l Date: Y 15 N2, (8) MISCELLANEOUS:

- l 1ew pproved By: Ar - - (# Date: 9 #1 Reviewed / Approved By: ,

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PT/0/B/2000/05 ,,

Page 1 cf 3 <

Checked Against tr.n Performed Control Copy d'l ~

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DUIE P01v1R COMPANY

, OCONEE NUCLEAR STATION OCONEE NUCLEAR DATA TRANSMISSION FROM TSC i 1.0 Purpose 1

To ensure continued emergency preparedness in the area of Crisis Management Data Transmittal for equipment and personnel traf nf ng.

2.0 References

'} 2.1 Crisis Management Plan Data, Transmittal Sysms, prepared by ,

j Engineering Services Section, February 19, 1982.

i 3.0 Time Required f

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3.1 (1 man for 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br />) X (15 Dept. Personnel) = 30 man hours on an

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3.2'. As required, during an emergency.

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4.0 Prerequisite Tests f} . . . ..

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.S.Q . Test Equipment '. -.'. . ns , W .gcrN,g.f -' .

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'i 5.1 Hari copy terminal (300 or 1200 baud) '

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5.2 Mohawk MDS-21 Terminal. ~ . , . .

5.3 Floppy Disk Reader.

i 5.4 Vax ' l 6.0 Limits and Precautions J

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7.0 Regaired Unit Status Noae . i;jjz l

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) 8.' 0 Prerequisite System Conditions 8.1 Computer operable.

8.2 Vax operable.

9.0 Test Method 9.1 System will be put into service and data taken from the OAC and transmitted to Vax to verify operability by each designated Performance Technician.

10.0 Data Required 10.1 DOT and Floppy Disk for the desired unit.

11.0 Acceptance Criteria 11.1 The system functions properly and each technician satisfactorily transmits data.

12.0 Procedure 12.1 Secure appropriate hard copy terminal (300 or 1200 baud).

,,3 12.2 Obtain key for phone boxes. operating manual, and floppy disk (Mohawk Boop) from emergency cabinet.

12.3 Obtain phones ( ., from appropriate boxes in computer bay.

12.4 Connect phones to ~erminal and Modem. Phone Ext. goes to the Terminal and Ext. goes to the Modem.

12.5 Plur, the following equipment in and switch on:

(1) Mohawk Floppy Disk Reader i Ku - 8 (on floor)

(2) Display 1 Ku - 8 (on floor)

(3) Moden 110 volt

. (4) Terminal 110 volt (5) OAC Floppy Disk 110 volt 12.6 Turn to Page 7 in the Crisis Management Plan Data Transmittal System for listructions to obtain data from the Operator Aid Computer (OAC).

l 12.7 Turn to Page 10 in the Crisis Management Plan Data Transmittal i System for instructions for verifying and releasing the plant data from the Technical Support Center. Prior to releasing any data to VAX, it will be verified by the Performance Engineer or his desic. tee.

12.8 Turn to Page 17 for instructions to modify data sheets before ty release from the Technical Support Center.if necessary.

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12.9 Turn to Page 18 for instructicas to send messages other than data C "' i sheets.

l 12.10 Turn to Page 20 for instructions to receive messages from the Crisis Management Center. t

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12.11 If the computer or VAX are inoperable, data must be sent by Telecopy 1, .under th e di rect ion of Administrative Services.

12.12 f.og off the VAX, Page 15. .

12.13 Disconnect,the equipment and put in their proper places.

i 13.0 Enclosures .

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DUKE PO'.JER COMPANY (1) ID No: CP/0/B/4003/01 PROCEDURE PREPARATION Change (s)n/a _to PROCESS RECORD Incorporated i I

(2) STATION: OCONEE (3) PROCEDURE TITLE:__ Procedure for Environmental Surveillance Following a Large Unplanned Release of Gaseous Radioactivity (4) PREPARED BY. d M ; And DATE: /Z/oB/62.

m e DATE: M 1 (5) REVIEWED B -o y r" fr Cross-Disciplinary Review By: ,

. G N/R:

(6) TEMPORARY APPROVAL (IF NECESSARY):

By: (SRO) Date:

By: m Date:

) (7) APPROVED BY Date: I %

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(8) MISCELLANEOUS:

Reviewed / Approved By: Date:

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. DUKE POWER COMPANY

< OCONEE NUCLEAR STATION EMERGENCY PLAN / CRISIS MANAGEMENT PLAN

PROCEDURE FOR ENV7.RONMENTAL SURVEILLANCE FOLLOWING A LARGE I

UNPLANNED RELEASE OF GASEQUS RADI0 ACTIVITY 1.0 Purpose To provide a procedure for identifying gaseous plumes and obtaining field data indicative of the radiation exposure to the general public following an unplanned release of gaseous activity in excess of the limits established by Section 20.403(b)(2) of 10CFR20.

2.0 Limits and Precautions 2.1 The Field Monitoring Coordinator (FMC) or Environmental Surveillance Coordinator shall report to the Station Health Physicist (Technical Support Center) once the Emergency Plan has been implemented.

2.2 The FMC shall report to the Off-Sita Radiological Coordinator (System Health Physicist or designee) once the Crisis Management Center has i been established.

2.3 The FMC or designee shall call the Field Monitoring Supervisor (s) and i team members to report to the Environmental Lab once the Emergency Plan has been implemented. The names and telephone numbers of these individuals are listed in Enclosure 5.1.

2.4 The field monitoring teams shall use particulate masks and protective clothing whenever activity (measured with the Eberline E-120 or PIC 6A) significantly exceeds normal background.or when directed by the FMC.

2.5 If the team members expect to be exposed to 131I in excess of 10 MPC (9 x 10 a pC/ml), or if directed by the FMC each team: member shall ingest a 130 milligram tablet of potassium iodide.

2.6 Environmental sampling during emergency conditions shall not replace, but rather supplement normal environmental monitoring.

2.7 The Nuclear Data ND-6 multichannel analyzers shall be calibrated and i source checked monthly (CP/0/B/4003/05). The ND-6 shall also be source

! checked prior to field use.

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! 2.8 The Eberline Geiger Counters (E-120 with HP-270 detector), PIC 6As, i zad Portable Air Samplers (RADeC0 H-809 F) shall be calibrated quarterly

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(CP/0/B/4003/06).

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J 2.9 An inventory of the emergency kits shall be conducted quarterly to ensure that all items needed are readily available (CP/0/B/4003/06).

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CP/0/B/4003/01 Paga 2 of 19

i A 2.10 Personnel shall adhere to all company safety rules regarding driving

( of vehicles or boats.

~s 2.11 Annual trcining in the use of this proccd'Are and the associated equipment and instrumentation shall be conducted. Upon completion of the training, documentation of training will be accomplished by completing a Training Content Summary Form, which will be forwarded to the Training and Safety Section.

3.0 Procedure 3.1 Upon request for off-site environmental monitoring by the Station Health Physicist and/or the Off-Site Radiological Coordinator, the FMC shall report to the Technical Support Center (TSC). The Field Monitoring Supervisor (s) and members of the six (6) field teams and one (1) Mobile ND-6 team shall report to the Environmental Lab to obtain the emergency kits and to initiate surve4.llance requirements.

4 3.2 Five (5) field teams consisting of 2 technicians per team and one (1) helicopter team (1 person) shall be formed as follows:

Team Call Sign Transportation *

" Alpha" Environmental Vehicle #8191 (1980 Ford Bronco)

" Bravo" Admin. Services Vehicle #6888 (1978 Ford Bronco)

" Charlie" Admin.. Services Vehicle #4205 (1974 Chevy Blazer)

" Delta" Maintenance Vehicle #7770 (1979 Ford Pickup-Blue)

" Echo" Maintenance Vehicle #8134 (1980 Ford Pickup-White)

" Foxtrot" Administrative Vehicle #7103 (1978 Ford Station Wagon-White)

" Golf" . Administrative Vehicle #7104 (1978 Ford Station Wagon-Blue)

Pool of transportation - vehicles not limited to specific teams.

3.3 The field teams upon obtaining their emergency kits and emergency vehicles shall before leaving the site:

3.3.1 Verify radio. communications with the Technical Support 4

Center or Crisis Management Center Base Station using proper radio procedures (Procedure CP/0/B/4003/03).

t 3.3.2 Ensure the Portable Power Generators are operational and fully fueled.

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1 3.3.3 Battery and source (Cs-137) check Eberline E-120 survey i instrument PIC 6A, and ND-6 for proper operation.

3.3.4 Ensure vehicle and spare gas can (for portable generator) l are fueled to maximum capacity.

l , 3.4 Action Plan j 4 3.4.1 The Field Monitoring Coordinator's group (Enclosure 5.1)

-p shall consist of the FMC, two alternates, three supervisors, l six radio operators and twenty field monitoring team j i members (including two of the four radio operators).

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Pag 2 3 of 19 l

g/ Cyp. 3.4.1.1 The radio operator (s) shall set up the communica-( - tions equipment fu the TSC and maintain communica-

\ ~ #j tions with the Field Teams using proper radio procedures (Procedure CP/0/B/4003/03).

3.4.2 Coordinator Action 3.4.2.1 The FMC shall be located in the Technical Support Center (TSC) and report to the Station Health Physicist once the TSC is established. Once the Crisis Management Center is established the FMC will report to the Off-Site Radiological Coordinator.

3.4.2.2 Plume direction and sector (s) to be monitored shall be determined by the FMC using CP/0/3/4003/02.

3.4.2.3 The FMC shall direct the efforts of the Field Teams in obtaining pertinent field measurements and implement monitoring strategies and sample collection requirements.

3.4.2.4 The FMC shall advise the Dose Assessment Coordinator ~

of results of field measurements.

3.4.2.5 The FMC shall assure adequate staffing and resources for the Field Teams.

3.4.2.6 The FMC shall assimilate all the data accumalated during the emergency event to facilitate report preparations.

3.4.3 Supervisor Action 3.4.3.1 The Field Monitoring Supervisor shall assist the FMC and be prepared to serve as the FMC in his absence.

3.4.3.2 The Field Monitoring Supervisor shall obtain meteorological infos.mation from the Station Health Physicist in the Technical' Support Center or the Unit 1 Control Room. Wh?n cht Crisis Management Center is established 9eteorological information shall be obtained from the Off-Site Radiological Coordinator. Meteorological condi-tions shall be reviewed approximately every 15 3

minutes for possible changes that would affect j the plume direction and the sector (s) to be monitored (CP/0/B/4003/02).

' 3.4.3.3 The Supervisor shall dispatch Field Teams to I

s .,

predeteenined survey points within the designated (downwind) sector (s). Predetermined sampling hyj locations are located by using Enclosure 5.2 and the map in each kit. :

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The predetermined sampling locations s' NOTE:

are reference points only. Teams

[ should cruise back and forth across sectors to pin-point the centerline of the radioactive plume using the Eberline E-120 (primary) or PIC 6A. Once the centerline is located then 131 I activity

- should be determined.

3.4.3.4 The supervisor shall direct the teams as required to expedite analysis of air samples for 131I.

3.4.3.5 Field Teams E and F say or may not be dis-patched immediately. Team E, the boat team, will be used to monitor plume activity over Lake Keowee. Team F is the helicopter team and will monitor the plume from the air if determined feasible by the

> Offsite Radiological Coordinator. Enclosure 5.3 outlines the procedure for obtaining the use of the helicopter.

t 3.4.3.6 The Supervisor or Radio Operator shall record all team data as received on Enclosure 5.4 such as: -

3.4.3.6.1 Location and time of sample.

/%

3.4.3.6.2 Dose Rates in mR/hr (Eberline E-120 J'- (primary) or PIC 6A).

3.4.3.6.3 Air Sampling Results in pCi/ml of 131I (ND-6) 3.4.3.7 Illustrate and maintain up-to-date locations of teams on the 10 mile radius maps.

3.4.3.8 Instruct teams to collect and replace TLD's and the CP-100 Charcoal Cartridges.and particulate filters from air samplers located;in the environ-ment as part of the normal environmental monitoring ,

, program (Procedures CP/0/3/4005/11 and CP/0/B/4005/05, I respectively). Collect only those air samples and TLD's which are necessary for plume detection.

Locations of TLD's and Air Samplers are listed in i Enclosure 5.5.

i 3.4.4 Team Action 3.4.4.1 One Field Team shall be designated as the Mobile ,

ND-6 Team. This team will have a ND-6 and be I responsible for analyzing air samples from all

^

teams for 131 I, A'second ND-6 may be designated

for the boat team or another land team based on

"' conditions and need. Otherwise, it will serve as a backup system.

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Pzg2 5 of 19 i

~,e#AQ3 3.4.4.2 Upon verification that all equipment is operating l j satisfactorily, the Field Teams shall proceed to N' their predetermined survey points (Enclosure 5.2) within the sector (s) designated by the Field Monitoring Coordinator or Supervisor.

3.4.4.3 The Field Teams shall maintain open coemunications with the Field Monitoring Coordinator or Supervisor providing sample results as required at each of the sampling locations.

3.4.4.4 At each sampling location the teams shall:

3.4.4.4.1 Using the Eberline E-120 with HP-270 detector or PIC 6A, perform a general aren Beta-Gamma survey to determine noble gas concentrations in mR/hr.

Record date, time, location and dose rate (mR/hr) on Field Monitoring Data Sheet (Enclosure 5.6) and report this information to the FMC.

3.4.4.4.2 Take an air sample (>10s al) using the RADeC0 Portable Air Sampler equipped with a Silver Zeolite Cartridge and r,, '? , particulate filter. Use Enclosure 5.7 2 , to ascertain sample time [ based on the calibrated flow rate (CFM) of the Air Sampler] for obtaining a minimum sample volume (> 10s al). Use the stopwatch to ensure correct number of minutes for an adequate sample. Record Date/ Time /

Location of sample, sample run time (min.) and calibration sticker air flow (cfm) on Enclosure 5.8, Column "A", "B",

and "C", respectively. Calculate the sample volume in milli-liters (must be

>10s ,1) ,, go11ow,: ;

Sample Volume (ml) = Calibrated Flow Rate (CFM) x Sample Run Time (min) x i

2.83 x 104 al/ft 3 1

Record Sample Volume (ml) on Enclosure 5.8, Column "H".

3.4.4.4.3 Place the silver zeolite cartridge in a i

poly sample bag and label the bag.

l. .,

3.4.4.4.4 At the direction of the Field Monitoring i I

gg Supervisor meet the Mobile ND-6 Team and I

, have the sample counted as per procedure No. CP/0/B/4003/04. Record CPM on Enclosure 5.S, Column "E".

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CP/0/B/4003/01 Page 6 of 19

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3.4.4.4.5 Calculate 181I Activity (pCi/ml) as

/ directed in Enclosure 5.8 and record i -# under Column "I".

3.4.4.4.6 Report results of 131I measurement (Column "I", Enclosure 5.8) to the FMC in pCi/ml.

3.4.4.4.7 Place the particulate filter from the air sampler in a separate poly bag, label and retain for later analysis.

3.4.4.4.8 (Optional) Take smears at locations as directed by the FMC, place them in separate poly bags, label and retain for later analysis.

3.4.4.4.9 (Optional) Collect watar samples in cubitainers at locations and times designated by the FMC. Label the cubitainers and retain for later analysis.

3.4.4.4.10 (Optional) Place TLDs at locations and times designated by the FMC.

,N 3.4.4.4.11 (Optional) Collect air samples and TLDs

, that are located in the environment as part of the normal environmental monitoring program as directed by the FMC. Record locations and collection

, times. Locations are listed in Enclo-sure 5.5.

. 3.4.4.4.12 Return all samples to the Environmental

. Lab or Crisis Management Center as directed by the FMC. Samples shall be counted onsite by Health Physics or

. transported to the Environmental Lab, Huntersville, N.C. for c'ounting. The Crisis Management Center Administration and Logistics Group shall be responsible for transporting the samples expeditiously to the Environmental Lab if required.

3.4.4.4.13 Turn in all data sheets (Enclosures 5.6 and 5.8) to FMC or designee.

3.4.4.4.14 The teams shall be supplemented, f.77s relieved, or secured as directed by the

((p, FMC.

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CP/0/B/4003/01

Pagi 7 cf 19 4.0 '.eferencei

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4.1 Procedure. CP/0/B/4003/02, The Determination of Plume Direction and Sector (s) to be Monitored Following a Large Unplanned Release of Gazeous Radioactivity.

4.2 Procedure CP/0/B/4003/03, Emergency Radio System Operations, Maintenance and Communications.

4.3 Procedure CP/0/B/4003/04, Operation of The ND-6, Portable Multichannel Analyzer 4.4 Procedure CP/0/B/4003/05, Energy Calibration and Efficiency Determination For the ND-6 4.5 Procedure CP/0/B/4003/06, Inventory, Calibrations and Operational Verification of Emergency Equipment.

5.0 Enclosures 5.1 Field Monitoring Organization.

5.2 Predetermined Sampling Locations by Sector and Distance from ONS -

5.3 Procurement of Helicopter (s) for Emergency Environmental Surveillance.

i 5.4 Sample Results Received by the Radio Operator From Field Monitoring Teams.

5.5 Air Sampler. and TLD Locations for hurmal Environmental Monitoring Program.

5.6 Field Monitoring Data Sheet for Dose Rate Measurements.

5.7 Sample Time Required For Minimum Sample Volume.

5.3 Field Monitoring Team Work Sheet for Determining 131I Activity.

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- Pzga 8 of 19

' ENCLOSURE 5.1 FIELD MONITORING ORGANIZATION A

kEDMONITORINGCCoaDINATOR(FMC)ANDRADIOOPERATORS(EO)

-'; Primary FMC: J. J. Sevic - Office: Home:

Alte rna te(s ) : J. R. Leonard - Office: : Home:

G. Mode - Office: .

TSC Primary RO: R. M. Lee - Office: Home:

TSC Alternate: R. P. Childress - Office: 5; Home:

CMC Primary RO: P. M. McNamara - Office ; Home:

CMC Alternate: D. E. Sexton - Office: dome:

CMC Alternate: F. D. Theriault - Office- ); Home CMC Alternate: P. W. Sturgis - Office: ; Home:

CMC Alternate: C. M. Moses - Office: ; Home:

FIELD MONITORING SUPERVISOR (S)

M. R. Killough - Office: ; Home:

J. W. Crain - Office: ; Home:

L. J. Benge - Office: ,; Home:

FIELD MONITORING TEAM MEMBERS A. Chemistry & Environmental (ONS)

'\.i , 1.

Bobby Lee - Ext. Home:

)',>

2. Gina Roach - Ext. Home:

3. Pat Sarratt - Ext. ; Home-

4.

Gary Sain - Ext. n Home:

5.

Bobby Childress - Ext. ; Home.

6. *Lynette Fant - Ext. , Home:

7.

Judy Head - Ext. Home:

8. Rick Morris - Ext. Home:

9.

Sandra Luedeman - Ext. ; Home:

10. Gay Walter - Ext. , Home:

B. Health Physics (ONS)

1. Steve Alexander - Ext ; Home-

2. Roger Slocum - Ext. Home:

3. Randy Smith - Ext.. ; Home:

4.

Tom Smith - Ext. Home: l S. Janet Hutchins - Ext. : Home: I 3% 6.

Don Davis - Ext. Home:

7. ; Home.

g )

Paul Tichenor - Ext.

8. Barry Stewart - Ext. , Home:

9.

James Smith - Ext. Home:

10. Robert Taylor - Ext. j; Home:

)

i *Can be on site within 30 minutes s

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Pzga 9 of 19 !

ENCLOSURE 5.2 PREDETERMINED SAMPLING LOCATIONS BY SECTOR AND DISTANCE FROM ONS Sampling Sampling Responsible Radius from Description of Sector Location Team ONS (Mi) Sampling Locations N A-1 E 1 Lake Keowee - Midlake due we:.t of Warpath Access Area

' N A-2 B or E 3 Gap Hill Landing N A-3 E 3 West Shoreline of Lake Keovee from Gap Hill Landing N A-4 E 5 East Shoreline of Lake Keowee - Due East from Crow Creek Island N A-5 E 5 Midlake at Crow Creek Island N A-6 C or E 5 Old Town Landing N A-7 D 10 Keowee Toxaway State Park N A-8 D or E 9 Hwy 11 Bridge over Lake Keowee NNE B-1 A or E 1 Warpath Access Area-NNE B-2 B 3 Junction of Hwy 157 (Gap Hill Rd) and 500 KV Transmission Line f] 7 NNE B-3 B 3 Lake Hill Acres Campground - Hwy 157 (Gap Hill Rd) s ;/

NNE B-4 C 5 Junction of Hwy 133 & 327 .

NNE B-5 C 5 Hwy 327, Keowee Church NNE B-6 D 9 Junction of Hwy 133 & 49 (Shady Grove Church)

NE C-1 A 1 Hwy 183, 1 mile N of Lake Hartwell at Steel Gate (West Side of Road)

NE C-2 B 3 Junction of Hwy 183 & 157 (Gap Hill Rd):

NE C-3 C 4 Love & Care Nursing Home (Love & Care Rd)

NE C-4 C 5 Junction of Hwy 133 &

Hunting Hollow Rd NE C-5 D 10 Martin Grove Church, Junction of

, , Hwy 172 & 32

! NE C-6 D 10 Junction of Hwy 32 & 33 j 4 ENE D-1 A 1 Hwy 183 N of Keowee Hydro Station 4 Tailrace Bridge @ Keowee Cabins y ENE D-2 B 3 Junction of Hwy 157 (Gin Shoals Rd.)

and Stewart Rd ENE D-3 C 5 Junction of Hwy 137 and Belle Shoals Rd N

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Pcg2 10 cf 19

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%, s ENCLOSURE 5.2 /. cont.)

PREDETERMINED SAMPLING LOCATIONS BY SECTOR AND DISTANCE FROM ONS l

l Sampling Sampling Responsible Radius from Description of Sector, Location Team ONS (Mi) Sampling Locations ;

ENE D-4 C 5 Hwy 137, 1.5 miles east of Hwy 183 at first road janction ENE D-5 D 10 Junction of Hwy 267 & 12 Mile Creek ENE D-6 D 10 Junction of Hwy 273 & 12 Mile Creek ENE D-7 D 10 Junction of Hwy 183 & 287 E E-1 A 1 Old Pickens Grocery, Junction of Hwy 182 & 160 E E-2 B 3 Bridge @ Junction of Hwy 291 (Old Seneca Hwy) & Six Mile Creek E E-3 B 3 Entrance to Foxfire Estates off Hwy 291

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1 mile N of Hwy 160 E E-4 C 5 Junction of Hwy 133 & 137 E E-5 C 5 Junction of Hwy 133 & 337 (Main Bridge Rd)

, E -

E-6 C 5 Junction of Hwy 337 & Camp Creek Rd (j E E-7 D 10 Holly Springs Church on Hwy 222 E E-8 D 10 Junction of Hwy 158 & 137 E E-9 D 10 Junction of Hwy 93 & 171 ESE F-1 A 1 Hwy 183 Bridge across Lake Hartwell ESE F-2 B 3 Junction of Hwy 160 & Furman L.

Smith Rd ESE F-3 B 3 Junction of Furman L. Smith Rd &

Hwy 101 ESE F-4 C 5 Junction of Hwy 277 & 337 (Main Bridge Rd)

ESE F-5 D 10 Junction of Hwy 165 & 44 (Central, S.C.)

ESE F-6 D 10 Midway Church Junction of Hwy 395 & 91 ESE F-7 D 10 Junction of Hwy 93 & 51 (Norris, S.C.)

SE G-1 A 1 Hwy 183 @ Old Pickens Church SE G-2 B 3 Hwy 291 @ entrance to Toby Hills Subdivision SE G-3 C 5 Pleasant Hill Church @ Junction of ]

Hwy 160 & 133 i

SE G-4 C 5 Daniel High School @ Junction of Hwy 133 & 15

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Pzg2 11 of 19 ENCLOSURE 5.2 (Cont.)

f PREDETERMINED SAMPLING LOCATIONS BY SECTOR AND DISTANCE FROM ONS Sampling Sampling Responsible Radius from Description of Sector Location Team ONS (Mi) Sampling Locations l SE G-5 D 7 Junction of Hwy 15 & 102 (Central, S.C.)

]

l SE G-6 -

D 10 Junction of Hwy 123 & 18 SE G-7 D 10 Junction of Hwy 123 & 30 SSE H-1 A 1 Junction of Hwy 183 & 6 @

(Beaver Ponds)

SSE H-2 B 3 Hwy 291 two miles S of Hwy 160 l SSE H-3 B 5 Hwy 291 & 27 @ Isaquena Park Entrance 3

l SSE H-4 B 5 Hwy 27, Lawrence-Ramsey Bridge Access Area' SSE H-5 C 9' Junction of Hwy 123 & 133 (Clemson, S.C.)

SSE H-6 C 9 Junction of Hvy 123 & 93

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(Clemson, S.C.)

SSE H-7 C 9 Junction of Hwy 93 & 320 @

g Littlejohn Colliseum H-8

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(f SSE C 10 Bridge across Lake Hartwell 1 mile E of Hwy 149 & 115 Junction S I-1 A 1 0.5 Miles NE of Junction 130 & 6 S I-2 A 3 Hwy 130 @ Holder's Landing S I-3 B 5 Junction of Hwy 27 & N Bayshore Dr.

S I-4 B 5 Junction of Hwy 27 & 359 (Hanover Hills)

S I-5 B 5 Corinth Baptist Church, Hwy 1 (Old Clemson Hwy)

S I-6 C 10 Junction of Hwy 37 ,& 210 S I-7 C 10 Clemson' Oconee Airport, Hwy 37 SSW J-1 A 1 Junction of Hwy 183 & 130 SSW J-2 A 3 Junction of Hwy 130 & 38

! SSW J-3 E 3 Lake Keowee, East Shoreline SSW J-4 B 5 Hwy 130 @ South end of Newry Dam l SSW J-5 E 5 Lake Keowee, Midlake west of Newry Dam i

SSW J-6 B 8 Junction of Hwy 130 & 123

< 7- SSW J-7 C 9 Utica Elementary School, Seneca, S.C.

..M SSW J-8 C 8 Seneca Water Plant 4

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CP/0/B/4003/01 Paga 12 of 19 ENCLOSURE 5.2 (Cont.)

PREDETERMINED SAMPLING LOCATIONS BY SECTOR AND DISTANCE FROM ONS Sampling Sampling Responsible Radius from Description of Sector Location Team ONS (Mi) Samplina Locations SW K-1 A 1 Old Hwy 183, 1/4 mile W of Hwy 130 SW K-2 E 3 Lake Keowee, Midlake beneath Norcross t

Ga. 500 KV Transmission Line SW K-3 B 5 Fairview Church Hwy 340 SW K-4 B 5 Crooked Creek Bridge across Lake Keowee on Hwy 188 SW K-5 C Oconee Memorial Hospital @ Hwy 123 & 28 SW K-6 C Oconee Nursery, Hwy 28 WSW L-1 E 1 Lake Keowee, Cove immediately north of skimmer wall WSW L-2 E or A 3 End of Hwy 605 @ Lake Keowee WSW L-3 B 5 Junction of Hwy 46 & 175 WSW L-4 B 5 2 Mi S of Hwy 46 & 175 Junction WSW L-5 C 10 Junction of Hwy 35 & 28 (West Union)

< WSW L-6 C 10 Junction of Hwy 11 & 28 (West Union)

W M-1 E 1 Due West of ONS on Lake Keowee W M-2 A 3 Junction of Hwy 12 & 576 W M-3 B 5 Junction of Hwy 223 & Crooked Creek W M-4 B 6 Jun: tion of Hwy 183 & 40 1 (Patterson's Grocery)

W M-5 C 8 Junction of Hwy 11 & 131 W M-6 C 8 Junction of Hwy 11,& 183 l WNW N-1 E 1 Midlake, due west of Connecting Canal Bridge in Lake Keowee WNW N-2 A 3 Junction of Hwy 183 & 201 WNW N-3 A 3 Junction of Hwy 201 & 92 WNW N-4 B 5 Junction of Hwy 40 & 46

! WNW N-5 B 5 Little River Bridge on Hwy 132 I WNW N-6 C 9 Pickett Post @

WNW N-7 C Junction of Hwy 11 and 94 f

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- Pag? 13 of 19 ,

u.. ENCLOSURE 5.2 (Cont.)

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PREDETERMINED SAMPLING LOCATIONS BY SECTOR AND DISTANCE FR0r. ONS

', Sampling Sampling Responsible Radius from Description of Sector Location Tess ONS (Mi) Sampling Locations NW 0-1 A 1 Junction of Hwy 130 & 183 l,

NW 0-2 A or E 3 Stamp Creek Landing on Hwy 92 NW 0-3 B 5 Junction of Hwy 132 & urmarked Rd.

NW 0-4 B 5 Junction of Hwy 130 & 200 NW 0-5 C 10 Tamassee DAR School off Hwy 11 NW 0-6 C 10 Junction of Hwy 11 & 57

?

NNW P-1 E 1 West shoreline of cove immediately f north of connecting canal on Lake Keowee NNW P-2 A 3 Stamp Creek Church @ Junction of Hwy 128 & 130 NNW P-3 B 5 Junction of Hwy 200 & Stamp Creek Bridge NNW P-4 B 5 Church of God @ Junction of Hwy 200

,.- ,, & 128 NNW P-5 C 10 Junction of Hwy 11 & 171 NNW P-6 C Iv Junction of Hwy 11 & 127 9

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CP/0/8/4003/01 Paga 14 of 19 4* ENCLOSURE 5.3 N, . ,

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.- PROCUREMENT OF HELICOPTERd ICR EMERGENCY ENVIRONMENTAL SURVEILLANCE 1

l Inland Airways, Greenville, S. C., is under contract to Duke Power Company to furnish one helicopter upon request and an additional helicopter within six hcurs following notification. Once a helicopter is requested, there is a maximum elapsed time of three hours for the helicopter to arrive at Oconee or other dispatched locations.

Helicopter service is limited to daylight hours and adequate flying weather.

The helicopters will hold three people, the pilot and two passengers. To perform surveys, instrumentation may limit the passenger space.

To obtain helicopter (s) for emergency service contact:

Office Home

1. L. W. Johnson

l

2. L. M. Whisonant* l I

3. B. A. Turpin*

( 4. D. M. Staggs

These contacts are in Duke Power Company Transmission Dept., Line Division

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CP/0/B/4003/01

- Page 15 of 19 ENCLOSURE 5.4 j SAMPLE RESULTS RECEIVED BY THE RADIO OPERATOR FROM FIELD MONITORING TEAMS f

9 I

DATE RADIO OPERATOR

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TEAM SAMPLE TIME DOSE 131I

. LOCATION RATE ACTIVIIT mR/hr pCi/ml e

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CP/0/B/4003/01 l Ptg2 10 cf 19

. . ENCLCSURE 5.5 !

/FT AIR SAMPLER AND TLD LOCATIONS FOR NORMAL ENVIRONMENTAL MONITORING PROGRAM AIR SAMPLZ LOCATIONS -

1. Site 000 Visitors Center, parking lot

2. Site 006 Clemson University Meteorological Station

3. Site 009 Microwave tower, Six Mile

4. Site 014 Ouke Power Company Environmental Health Office TLD LOCATIONS

1. Site 000 Visitors Center, parking lot

2. Site 000.1 Onehalf mile east of junction (Hwy.183 and 130) on Hwy 183 beneath transmission line

3. Site 000.2 Skimmer wall road (south)

4. Site 000.6 ONS CCW discharge

5. Site 000.9 Hwy 183 - one mile northwest of ONS on Hwy 183

6. Site 000.10 Skimmer wall road (north)

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7. Site 000.11 Hwy 183 beneath transmission line Lamediately east of Ewy 183 bridge

,mg S. Site 000.12 Old construction living quarters.near Perimeter Gate #2

- ( ,f 9. Site 000.13 Emergency boathouse

10. Site 000.14 Keowee Dam fence near Hydro Station intake

11. Site 000.15 ONS boundary fence - North

12. Site U00.16 ONS boundary fence - North

13. Site 000.17 ONS boundary fence - West 14 Site 000.18 ONS boundary fence'- West

15. Site 000.19 ONS boundary fence - South

16. Site 001 Salem Voluntary Fire Department ;

17. Site 002 Walhalla Branch Road Substation ,

18. Site 003 Keowee School Area - Mike "2 3rne's boat shed

19. Site 004 Oconee Memorial Hospital (parking lot)

20. Site 005 Newry School (abandoned)

21. Site 006 Clemson Meteorological Station

22. Site 007 Transmission tower base, Hwy 93, Cent'ral

! 23. Site 008 Duke Power Co. Branch Office, Liberty

{ (Cantrol Station)

{ t .

24. Site 009 Microwave tower, Six Mile f 25. Site 010 Duke Power Co. Branch Office, Pickens Warpath Access Area

26. Site 011 1

s

._._, _ - m mn m .n~ . ~ y y - ~~

.-.-..-.-.-~.-.=-a..,..:-

, . CP/0/B/4003/01

, Peg 2 17 of 19 ENCLOSURE 5.6

[

/ FIELD MONITORING DATA SHEET FOR DOSE RATE MEASUREMENTS I Date Team Members / Call Sign / Eberline E-120 No.

. PIC 6A No.

Sample No. Sample Time Sample Lo' cation Dose Rate (mR/hr)

~) .

t F h

t i

e /'

f

,/.

i 4

'N

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

CP/0/B/4003/01 Pasa 18 of 19 ENCLOSURE 5.7 b)

( . .w. SAMPLE TIME REQUIRED FOR MINIMUM SAMPLE VOLUME FLOW RATE (CFM) MINIMUM REQUIRED SAMPLING TIME IN MINUTES

.5 . . . . . ... .. . . . . . . . . . . . 71 1.0 . . .. . ....... . . . . . . . . . 36 1.5 . . . . . . . . .. . . . . . . . . . . . 24 2.0 . . .. ...... . . . . . . . . . . . 18 2.5 . . . . ....... . . . . . . . . . . 15 3.0 . . . . ... ... . . . . . . . . . . . 12 3.5 . . . . .. .... . . . . . . . . . . . 11 4.0 . . . . ... ....... . . . . . . . 9 4.5 . . . . ... . ... . . . . . . . . . . 8 w

NOTE: When estimating time required to get a minimum volume of 1x108 ml if flow rate for the air sampler in use is not on table, go to next Lower flow rate.

Example: Air Sampler flow rate = 3.6. Minimum time = 11 minutes r

' i

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DUKE POWER COMPANY (1) ID No:IP/0/B/1601/3

PROCEDURE PREPARATICN Change (s) 5 to

i. PROCESS RECORD 5 Incorporated (2) STATION: Oconee (3) PRCCEDURE TITLE: Environmental Eculement Checks (4) PRE?ARED BY: '

h DATE: /) 92 Wr sirefy/I -

% g73 /J fy[f4 (5) REVIEWED BY: @ ,

Cross-Disciplinary Review By: N/R:

(6) TEMPORARY APPROVAL (IF NECESSARY):

3y: (SRO) Date:

Sy: Date:

(7) APPROVED BY: h_L M. .0, w 'se., Daee: . . *, C-?-

(8) MISCII.LANEOUb:

Reviewed / Approved By: -

Date:

i Reviewed / Approved By: Date:

i e

I t M.

i 1

i

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_3 _ . _

'. ' ., , a - . ,.

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2 a,

. IP/0/B/1601/03 DUKE POWER COMPANY OCONEE NUCLEAR STATION ENVIRONMENTAL EQUIPMENT CHECKS 1.0 Purcose ,

1.1 To furnish a procedure for documentation of weekly data collection and equipment functional checks.

2.0 References 2.1 Duke Dwg. 0-714-D, 0-829, 0-829-A 3.0 Test Equipment Required 3.1 Portable psychrometer 4.0 Prerequisites (Sign-offs on Enclosure 11.1) 4.1 This procedure should not be performed during a gaseous waste release period.

4.2 Supervisor has reviewed and initialed all portions of this pro-cedure which are not applicable to-the activity being performed.

The Supervisor's review is not required if the procedure specifies sections to be omitted.

4.3 Verify that all changes in the Control Copy are incorporated in the Working Copy. ~

4.4 This procedure must be retyped within 30 days of any approved change.

4.5 A copy of the control copy must be sent to emergency preparedness coordinator any time a change is made.

5.0 Limits and Precautions a.1 Use proper precautions while working with components that have high i voltage or high pressure present.

I i 6.0 Unit Status N/A i

s

} N

( ,_ _ __ _ . . _ . _ _ . . - - - _ . - - . . . .

F._ __. ~. - . _ _ _ . . _ . . _ .

f 7'. 0 General Description The environmental equipment monitors the following parameters and records the information on individual chart recorders; wind speed, wind direction, air temperature, humidity, and amount of rainfall.

There are two meteorological monitoring stations for.the wind speed and Site #1 is located at the micro-wave tower and Site #2 is direction.

located adjacent to the river below Keowee discharge.

8.0 Major Components Descriotion Man. Ref.

8.1 Four Esterline Angus Series "A" Analog Recorders 8.2 One Leeds and Northrup Speedemax ~ CM-267-514 H&W Multipoint Recorder 3.3 Two Teledyne Geotech Series 40 OM-333-274 Wind Speed Modules 8.4 Two Teledyne Geotech Series 40 OM-333-275 Wind Direction Modules 8.5 Two Teledyne Geotech Series 40 OM-333-276 AC Power Supplies 8.6 One Leeds and Northrup 3-Lead Resistance Temperature Detector (RTD)

Air Temperature System 8.7 One Belfort Instrument Company Hygro-thermograph Recorder 8.8 One Belfort Instrument Company weighing Rain Gauge Recorder 9.0 Eauioment Soecifications Wind Speed '-20 mph (60 and 90 mpn selectable ranges)

Wind Direction 0-540 degrees Ambient Air Temperature -15 to 105 F Temperature Differential -30 to 20*F l Rainfall Gauge 0-12 in.

N

__ _ . . _ . _ . . . - _ . - - . . . - . - - - - .-.m..- - .-- --

. Q F

_ - _. _ ... _ _..._..--- - . =-- a---- - - - - -- - - - ~ -

., {* .

10.0 Procedure Instructions (Sign-offs on Enclosure 11.1)

NOTE: Use Control Room computer clock for all time recordings.

Found, Mark T Found on and chartsF.S.allFound) as found calibration before adjustments points are(R,de.

ma If adjustmencs are made, mark all as left calibration points (R, Left, T, Left and F.S. Left) on charts.

Perform as found string checks using the following procedure and complete Enclosure 11.3.a and b.

10.1 ONS Site 1

1. Check recorder zero on wind speed and direction recorders by turning translator power off. Rotate charts slowly and individually for good trace. Verify positions on recorders and the trace.

note time and date. Mark "R* Found" on each chart beside

2. Return power on translator and check wind speed and direction Lo Cal. by placing modules in the Lo Cal. position. Rotate charts slowly and individually for good trace. Verify positions on recorders. Mark "T g Found" on each chart beside the trace.

3. Place the wind direction and wind speed medule in the Hi Cal.

position. Rotate chart slowly and verify position on recorder.

Mark "F.S. Found" on each chart beside the trace.

4. Place wind speed and direction modules in operate position.

Verify normal response on recorders. Insure ink wells are full.

5. Change the charts on recorders. Docu=ent start time and date on the charts.

I 10.2 ONS Site 2 a

1. Place Control Room switch in the Lo position. Verify Lo Cal.

. positions on the wind speed and direction recorders. Rotate charts slowly and individually for good trace. Label chart "T Found".

I

2. Place Control Room switch in the Hi position. Verify Hi Cal. positions on the wind speed and directica recorders.

Rotate charts slowly and individually for good trace. Label "F.S. Found".

3. Check recorder zero on wind speed and direction recorders by

disconnecting field inputs in back of recorders and installing i a jumper wire across the terminals. Label chart "R., Found".

I p Document time and date on charts. Rotate charts individually 1

(. and slowly for good trace. Verify position on recorders.

! 4 Remove jumpers and reconnect field inputs to recorders.

s k

..-..-.---~--w- .--m ~ sme n e- - * ~ ~ ~ - - *

__ _.. m...._.____. . .- _ _ _ ~ _ . . - - - _ _ - - ~ - - -

L .

, -e-

5. Place Control Room switch to the operate position. Verify normal response on recorders. Insure ink wells are full.

6. Change charts on recorders. Document starting time and date on charts.

If all string checks are within tolerance, remove and staple together the front approval sheet, list of enclosures, and sign off sheet. ;

Insure all equipment mentioned above is returned to service and continue.

If all string checks are not within tolerance, continue with Section 10.6.

10.3 Air Temnerature Recorder

1. Turn off chart recorder. Document time and date on chart.

I

2. Remove weeks run of chart paper. Replace chart paper as nec-essary.

3. Restart chart and recorder. Verify proper response. Document time and date on chart.

NOTU: If there are any problems or you think there may be something wrong with the air temperature system, please note this on the chart from Step 2.

. 10.4 Hvgro-Thermograoh Recorder

1. Check the temperature with a thermometer and humidity with a portable psychremeter.

2. Remove old chart from recorder noting time and date on chart.

3. Change the chart on the hygro-thermograph recorder. Document start time and date on chart.

4 Prepare recorder for another week of operation by rewin' ding clock mechanism, inking the pens, and aligning chart for correct time. Document the temperature and humidity readings from Step 1 on chart.

If the temperature or humidity is found, upon comparison with a thermometer and psychrometer, to be incorrect proceed to Section 10.6 for adjustment procedures.

10.5 Rain Gauge Recorder

! 1. Open the sliding door and lift the pen from the chart by pulling

! the pen arm shifter away from the mechanism support column.

4 P

i

, .. 2. Next remove the collector and empty the bucket slowly frcm the j platform so that the gauge mechanism will not be subject to any j sudden shock as the pen ceturns to the zero desding.

i 4

4 A _-_1------- _ _ - - - _ - - _ _ _ . _ - - -

~

3. Replace the collector.

4. Lift the chart cylinder and remove old chart noting time and date

! on chart.

<t

} '

5. Change the chart on the rain guage recorder. Document start time and date on chart.

6. Prepare recorder for another week of operation by rewinding clock mechanism, inking the pen, and aligning chart for correct time.

7. Verify pen on zero point. If not, adjust the zero knob until zero is obtained.

8. Ink the pen, set the chart to correct time'. Press the pen arm shifter all the way in and verify pen is making contact with chart. .

9. Close sliding door.

10.6 Calibration Procedures A. Wind System

1. To adjust recorder zero, ensure power supply on trans-lator is off. The zero adjustment arm is locited on the inside bottom of recorder under the chart take-up reel. Make adjustments until recorder reads zero. Mark "R, Left" on chart beside the trace after the final adIus tment.

2. To adjust the translator full scale, turn the power supply on and the translator mode switch to the Hi Cal position.

Adjust the Hi Cal adjusting screw on front of module to achieve a full scale reading. Mark "F.S. Left" on chart

beside the trace after the final adjustments.

3. To adjust the translator zero, turn the mode switch to the l Lo Cal position. On the wind direction module adjust the Lo Cal adjusting screw on the front of the module to ob-tain a zero reading. Mark "T, Left" on chart beside the

+

trace af ter the final adjustment.

NOTE: The translator zero for the wind speed module should be performed in a lab since the adjust-ments necessary must be made internal of the translator and requires a considerable amount of time and accuracy.

I If translator zero for wind speed exceeds

-( tolerances contact the E.S.S. (Environmental 12- Services Section).

, s

-4

^5 \

0 .-_ , m . --

. . . g. w a b M ., .- , _-- 4 , y - -

_____--._____,-.____-_.-----a- . . . . - . . = - - - - - - - - -- - - - - -

~ -

. . l l

i Hygro-Thermograoh Recorder B.

1. If the temperature indication is found to be incorrect an adjustment may be made by turning the thumb screw nearest the front of the case until the thermometer and instrument pen are in agreement.

l

2. If the humidity is found to be incorrect, wet the hairs

by stroking them gently with a camel hair brush wetted ,

! with distilled water. Continue this wetting for several minutes until no further rise of the pen can be observed.

. When a stable position is reached, set the humidity pen to read 92*. by adjusting the thumbscrew in the base of the instrument located beside the temperature setting screw. Do not set the pen to read 100*. humidity. No amount of artificial wetting seems to wet the hair to the same extent as actual exposure to saturated air. If after several checks an error is found in humidity indi-cation, the rear adjustment thumbscrew can be used to correct error per psychrometer reading.

10.7 As Left String Checks (Enclosure 11.5a and b)

Perform as left string checks as required due to maintenance action or calibration in Section 10.2 for all strings affected rollowing procedure steps in Sect. ion 10.1.

11.0 Enclosures 11.1 Sign-Off Sheet 11.2 Reference Data (None) 11.3 As Found String Checks 11.3.s ONS Site 1 11.3.b ONS Site 2 11.4 Calibration Data Sheets (None) 11.3 As Let: String Checks 11.5.a ONS Site 1

11.5.b ONS Site 2 e

h i y= ; ..m wges.um m n. . - mr: w,mem., se erww

, ...-w. .r b *

. . . . . , . .. . : =w - - - 2 - . . . 2- w - .- . . : . . . . - . :-

r ENCI.CSURE 11.1 IP/0/B/1601/03 SIGN-0ET SHEET Prerecuisites Date Begun 4.1 Date Completed 4.2 W. R. if 4.3 4.4 4.5 String Checks and Data Sections 10.0 10.3 10.6 11.3.a. 11.5.a 10.1 10.4 10.7 11.3.b. 11.5.b.

10.2 10.5

/ 10.2.3 Wires Removed and Jumpers Installed

/ 10.2.4 Jumpers Removed and Wires Replaced Performed By ,

Notified Instrument Supervisor dat a tolerance of 2".

(Tech) was exceeded on the following components:

Init. and Date An evaluation was made on the above problem (s) and the Inst. Supvr. following corrective action taken:

Init. and Date 1

i 4

i Remarks:

e s l m.-,, .- - --m b . e

- ~ -

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

l

- 1

ENCLOSURE 11.3.a

'#~

IP/0/B/1601/03 AS FOUND INTEGRATED STRING VERIFICATION DATA SHEET Item Wind, Speed & Direction Test Equipment Used

?!fg Teledvne Geotech Item SN Type Series 40 Calibration Tolerance W/S t 0.4 meh: W/D t 5.0 System Enviror. mental Span W/S 0-30 moh: W/D 0-540 Location Upper ?!eteorlogical Site (ONS Site 1)

Input Required AS Required AS 7

Reading Found Reading Found W/S mph W/S mph W/D Deg W/D Deg Rz 0 0 l

Lo Cal , 0.6 t .1 mph 0 Hi Cal Full Scale Full Scale Equipment Removed Fre:n Service ,

Equipment Returned To Service ,

'l 1

4 I

i I

s

\

\ '__ __ . - , , , - . - . . . , - , - w--.-

-,.c. -- ,, . , ,

L .

i I .

! ENCLOSURE 11.3.b i

! # I?/0/B/1601/03-AS FOUND INTEGRATED STRING FCIFICATION DATA SHEET Item Wind. Soeed & Direction Test Equipment Used Mfg Teledvne Geotech Item SN Type Series 40 ,

Calibration Tolerance W/S 0.4 meh; W/D t 5.0 System Environmental Span W/S 0-30 mph: W/D 0-540 Location f.ower !!eteorlogical Site (0NS Site 2)

Input Required AS Required AS Reading Found Reading Found W/S mph '

W/S mph W/D Deg W/D Deg R: l 0 l 0 Lo Cal l0.62.1 mph! 0 l

Hi Cal iFull Scale l FullScalel:

I I Equipment Removed From Service ,

Equipment Returned To Service ,

A, l

,' ' 1

~

m", _ _ ,,#N

,.;V- 6*-- ,; r - d*SM y .**Y,Y .

_ I

j u.*.,. .*

ENCLOSURE 11.5.a

(.;

IP/0/B/1601/03 AS LETT INTEGRATED STRING VERIFICATION DATA SHEET Item Wind, Speed & Direction Test Equipment Used Mfg Teledvne Geotech Item SN Type Serie: 40 Calibration Tolerance W/S t 0.4 meh: W/D t 5.0 System Environmental Span W/S 0-30 meh: W/D 0-540 Location Upper Meteorlogical Site (ONS Site 1)

Input Required AS Required AS Reading Lgft Reading Left W/S mph W/S cph W/D Deg W/D Deg R 0 0 Lo Cal 0.6 : .1 mph 0 Hi Cal Full Scale Full Scale Equipment' Removed from Servica ,

Equipment Returned To Service ,

i l

i l 1 :

n l ,

(' ~

l l

l 1

s !

~

4

e-.--. .-

.a .1 . :.;' *,' -

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ENCLOSURE 11.5.b IP/0/B/1601/03 AS LEFT INTEGRATED STRING VERIFICATION DATA SHEET Item Wind. Soeed & Direction Test Equipment Used Mfg Teledyne Geotech Item SN Type Series 40 Calibration Tolerance W/S 0.4 moh: W/D t 3.0 System Environmental Span W/S 0-30 meh: W/D 0-540 Location Lower Meteorlogical Site (ONS Site 2)

Input Required AS Required AS Reading Left Reading Left W/S mph W/S mph W/D Deg W/D Deg Rz 0 0 Lo Cal 0.6 t .1 mph 0 Hi Cal Full Scale Full Scale Equipment Removed From Service ,

Equipment Returned To Service ,

t I i 9

s r .,---.-,-,-n.--

l

. 1

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

ML20028F862

Text

4

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