ML19343B219

Monthly Operating Rept for Nov 1980

ML19343B219
Person / Time
Site:	La Crosse File:Dairyland Power Cooperative icon.png
Issue date:	12/06/1980
From:	Goodman L DAIRYLAND POWER COOPERATIVE
To:
Shared Package
ML19343B217	List: ML19343B216 ML19343B219
References
NUDOCS 8012160286
Download: ML19343B219 (12)

Text

OPERATING DATA REPORT 50-409 DOCKET NO.

DATE 12-06-80 COMPLETED BY LS. GOODMAN TELEPHONE 608-689-2331 OPERATING STATUS N"t" LA CROSSE BOILING WATER REACTOR

1. Unit Name:

0000, 11/01/80 TO 2400, 11/30/80

2. Reporting Period:

165

3. Licensed Thermal Power iMht1:

65.3

4. Nameplate Rating (Gross MWe):

50

5. Design Electrical Rating (Net MWe):

50

6. Maximum Dependable Capacity (Gross MWei 40

7. Maximum Dependable Capacity (Net MWe):

8. If Changes Occur in Capacity Ratings (Items Number 3 Through 7) Since Last Report.Give Reasons:

9. Power Level To Which Restricted. If Any (Net MWep:

10. Reasons For Restrictions. If Any:

This Month Yr.-to-Date Cumulatise 720 8040 97155

11. Hours In Reporting Period

12. Number Of Hours Reactor was Critical 213.3 6290.9 64.097.0 0

0 478

13. Reactor Reserve Shutdown Hours

14. Hours Generator On-Line 213,4 6026.5 59.031.3

15. Unit Reserve Shutdown Hours 0

0 79

16. Gross Thermal Energy Generated iMW.";

26,568.7 799.485.1 8.084.265.6 17 Gross Electrical Energy Generated IMWH,

,. 231,503 2.430.635 7683 6837 215,042 2,247,777

18. Net Electrical Energy Generated (MhH) 29.6 75.0 60.8

19. Unit Service Factor

20. Unit Asailability Factor 29.6 75,0 60.8 19.8 55.7 48.2

21. Unit Capacit, Factor (Using MDC Neti 19.0 53.5 46.3

22. Unit Capacity FactoriUsing DER Nett 0

13.0 7.1

23. Unit Forced Outage Rate

24. Shutdowns Scheduled Oser Next 6 Months IType. Date,and Duration of Each t:

OPERATOR LICENSING EXAMINATIONS. JANUARY 12.19R1. 7 nAYR DECEMBER 26, 1980 l

25. If Shut Down At End Of Report Period. Estimated Date of Startup:

26. Units in Test Status iPrior o Commercial OperationL Forecast Achiesed INITI AL CRil!C \\ LiTY IN111.\\L ELEC IRICITY COMMER(l \\l OPl R \\IlON l

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JNSTRUCTIONS FOR COMPLETING OPERATING DATA REPORT o

Thn report should be furmshed each month by licensees. The name and telephone number ci ne p eparer sh cons stently. The number of the the designated spaces. The instructions below are prouded to assist licensees in reporting the dat mstruction corresponds to the item number of the report format.

or of commercial operation, whiehever comes last, to the I. UNIT NAME. Self<xplanatory.

end of the penod or decommissionmg. whichever comes

2. REPORTING PERIOD. Designate the month for whteh tirst. Adjustments in clock hours should be made in wluch a change from standard to dayhght savings time the daca are presented, ior uce versa) occurs.

3. LICENSED THERMAL POWER ( MW )is the maumum

12. NUMBER OF HOURS REACTOR WAS CRITICAL.

g thermal power. expressed in megawatts, currently auth.

orued by the Nuclear Regulatory Con mission.

Show the total number of hours the resetor was entleal dunng the gross hours of the reportmg penod.

4. NAMEPLATE RATING (GROSS MW, s. The nameplate power designation of the turbine. generator in megasolt

13. REACTOR RESERVE SHUTDOWN HOURS. The total amperes (MVA) times the nameplate power factor of the number of hours dunng the gross hours of reportmg turbine generator.

penod that the reactor was removed from service for admmistrative or other reasons but was available for

5. DESIGN ELECTRICAL RATING tNET MW,) is the operation.

nominal net electrical output of the umt specified by the unhty and used for the purpose of plant design.

14. HOURS GENERATOR ON.LINE.

Also called Service Hours. The total number of hours expressed to the near.

6. MAXIMUM DEPENDAPLE CAPACITY (GROSS MW,)

est tenth of an hour durmg the gross hours of the re.

is the gross electrical output as measured at the output porting period that the umt operated with breakers termmals of the turbine-generator dunng the most re-closed to the station bus. These hours, plus those listed strictive seasonal conditions.

in Umt Shutdowns for the generator outage hours, should eq al the gmss hours in the reporting period.

7. MAXIMUM DEPENDABLE CAPACITY (NET MW,).

Maximum dependable capacity (pross) less the normal

15. UNIT RESERVE SHtJTDOWN HOURS. The totalnum.

st uion sernce loads.

ber of hours expressed to the nearest tenth of an hour dunng the gross hours of the reporting period that the S. Self<xplanatory.

unit was removed from service for economic or similar reas ns but was available for operation.

9. POWER LEVEL TO %HICH RESTRICTED. IF ANY IN TT M W,).

Note that this item is applicable only if

16. GROSS THERMAL ENERGY GENERATED (MWHb restnetions on the power level are in effect. Short tenn The thermal output of the nuclear steam supply system (less than one month) hmitations on power level need durmg the gross hours of the reporting period, expressed not be presented in this item.

n meg 2 watt hours (no decimals).

Since this information is used to deselop frgures on capa.

17. GROSS ELECTRICAL ENERGY GENERATED (MWHL city lost due to restrictions and because most users of the The electneal output of the umt measured at the output

" Operating Plant Status Report are primanly mterested terminals of the turbine. generator during the gross hours m energy actually fed to the distnbutton system. it is of the reportmg penod, expressed in megawatt hours (no requested that this Agure be expressed m MWe Net in decimals).

spite of the fact that the figure must be detised from MWt or percent power.

18. NET ELECTRICAL ENERGY GENERATED (MWHl.

10. REASONS TOR RESTRICTIONS. IF ANY. If item 9 The gross electntal output of the umt measured at the is used, item 10 should explam why. Hnet narrative is output termmals of the turhme. generator mmus the not.

acceptable. Cite references as appropnaie. Indicate mal station serne loads durmg the gross hours of the whether restnctions are self-imposed or are reeulatory reportmg period. expressed m megJwJtt hours. Negative requirements. Be as specilie as powible withm spate Inm-quantities should not be used. It there is no net posiuve tanons Plants m startup and power assension test phase value for the penod. enter zero tno decmials).

should be identified here.

19. For umis sull m the stariup and power assension test

11. HOURS IN REPORTING PERIOD I or unns m power

23. phase. nems 19 23 should not be somputed. Instead. enter awension at the end ol' the penod. the pos, homs trnm N!A m the surtent mo.uh solumn. These tive fastors the begmmng of the penod m the tusi eiestosal produe E""U

'"inpuW uanme ai the tune the umt n de.

non. w hishn en wmes 1.ni. Io the end of the renod LlJied to be 60..'mnlef i.1J5 a fef alle en lhe s utnu!aliW lu omis m wmmei.ul.mo non e% 50 a ne

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AVERAGE DAILY UNIT POWER LEVEL 50-409 DOCKET NO.

LACBWR 3.,7 12-06-80 DATE COMPLETED BY L.S. GOODMAN 608-689-2331 TELEPHONE NOVEMBER 1980 sloNm DW AVERAGE DAILY POWER LEVEL DAY AVERAGE DAILY POWER LEVEL (MWe Net)

(MWe-Neti 35 0

I

,7 2

1R 18 0

3 34 i9 0

4 34 20 0

5 34 21 0

34 6

22 0

34 33 o

8 33 24 0

9 25 25 0

to 0

26 0

0 II 27 0

12 0

28 0

i3 0

2, o

14 0

3o o

is 0

3, 16 0

I INSTR L:CTIONS fin tha torcut. fist the average daily unit power levelin M'v -Net for each day in the reporting month. Compute to e

the fieJrest w hole nW2.swatt.

l qu!77 )

P i

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n 50-409 DOCKET NO.

UNIT SilU1 DOWNS AND POWLR REDUCTIONS LAldWM UNIT NAME DATE 12-06-80 NOVEMBER 1980 COMPLETED BY L.5. GOODMAN REPORT MON 111 TELEPHONE bud-buy-2331 e.

E c

5_ ?

'h j E3 Licenset

,E-t,

{n Cause & Correttise o

No.

Date g

5y 4

2g5 Event

?

e3 Attnm In 3:

3 g =!!

Report n iE U E'

Present Recurrence H

e u

6 80-12 11-09-80 S

506.7 C

2 NA NA NA REFUELING OUTAGE 1

l l

2 3

4 F: Forced Reason:

Method:

I:xhibit G Instinctions S: Scheduled A lquipment Failure (1.xplain)

I-Manual for Preparation of Data Il Maintenante of Test 2-Manual Scram.

Entiy Sheets l'or Licensee C Refueling 3-Automatic Scram.

Event Report (1.1 RI File (NtiRI G-D Regulatory Restriction 4-Other ( E xplam) 0161)

E Operator Training & l.itense i samination F Administrative 5

G Operational I iror (l'xplain) tilubit I - Same Somce (9/77)

Il Ot her ( E xplam) i

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UNIT SHUTDOWNS AND POWER REDUCTIONS wc INSTRUCTIONS Thn report dwuld desenbe all plant shutdowns durmg the m accordance with the table appearmg on the report form.

report penod. In addition. it should be the source of explan.

If category 4 must be used. supply brief comments.

ation of ugmficant dips m average power levels. Each sigm-LICENSEE EVENT REPORT s.

Reference the appbcabic ficant reduction in power level (greater than 20% reduction m averaie dady power level for the precedmg 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />) reportable occurrence pertammg to the outage or power t

reduction. Enter the first four parts (event year, sequential should be noted, even though the unit may not have been shut down completely. For such reductions m power level, report number, occurrence code and report type) of the five 1

the duration should be hsted as zero,the method of reduction part designation as desenbed in item 17 of Instructions for should be bsted as 4 (Other), and the Cause and Correcuve Preparanon of Data Entry Sheets for Licensee Event Report Action to Prevent Recurrence column should explain. The (LER) File (NUREG4161). This information may not be Cause and Corrective Action to Prevent Recurrence column immediately evident for all such shutdowns, of course, smce should be used to provide any needed explanation to fully further investigation may be required to ascertam whether or describe the circumstarices of the outage or power redaction.

not a reportable occurrence was involved.) If the outage or power reduction will not result in a reportable occurrence.

NUMBER. Th25 column should mdicate the sequential num-the positive mdication of this lack of correlation should be noted as not apphcable fN/A).

bet ass:gned to each shutdown or sigruticant reduction m power for that eslendar year. When a shutdown or sigmficant power SYSTEM CODE. The system tn which the outage or power reduction begins in one report penod and ends m another, g -

an entry should be made for both report periods to be sure g,

p all shutdowns or sigmficant power reduct ons are reported.

.UE N 4 Until a unit has achieved its first power generation, no num-ber should be assigned to each entry.

Systems that do not fit any existing code should be designa-ted XX. The code ZZ should be used for those events where DATE. This column should mdicate the date of the start a system is not applicable.

of each shutdown or significant power reduction. Report as year. month. and day. August 14.1977 would be reported COMPONENT CODE. Select the most appropriate component as 770814. When a shutdown or significant power reduction from Exhibit I - Instructions for Preparation of Data Entr>

begms m one report penod and ends m another, an entry should Sheets for Licensee Event Report (LER) File (NUREG4161).

be made for both report penods to be sure all shutdowns usmg the followmg cntieria:

or significant power reductions are reported.

TYPE. Use "F" or "S" to indicate either " Forced" or " Sche-duled." respectively, for each shutdown or significant power B.

If not a ;omponent failure, use the related component:

reduction. forced shutdowns include those required to be e.g.. wrong valve operated through error; et vat-- as tnitiated by no later than the weekend followtng discovery component.

of an of f-normal condition. It is recograzed that some judg-ment is required in categonzing shutdowns in this way. In C.

If a cham of failures occurs the first component to mal-general, a forced shutdown is one that would not have been function should be listed. The sequence of events.includ-completed in the absence of the condition for which corrective ing the other components which fail, should be desenbed actioc was taken.

under the Cause and Corrective Action to Prevent Recur-rence column.

DURATION. Self-explanatory. When a shutdown extends Components that do not fit any existmg code should be de-besond the end of a report penod. count or.!y the time to the signated XXXXXX. The code ZZ7777 should be used for end of the report penod and pick up the ensuing down time events where a component designation is not applicable.

in the followmg report penods. Report duration of outages rounded to the nearest tenth of an hour to facthtate summation' CAUSE & CORRECTIVE ACTION TO PREVENT RECUR-The sum of the total outage hours plus the hours the genera-RENCE. Use the column in a narrative fasluon to amphfy or tor was on ime should equal the gross hours in the reportmg explam the circumstances of the shutdown or power reduction.

pe nod.

The column should include the specific cause for each shut.

down or sigmficant power reduction and the immediate and REASON. C.ategorite 53 h tier designation in ascordance contemplated long term corrective action taken, if appropn-woh the table appearmg on the report form. If categor) Il are. This column should also be used for a desenpuon of the ist be used. supph bnes commentt maior safety-related corrective mamtenance performed durmg the outage or power reduction meludmg an ident fication of METHOD OF SilUTTING DOWN Tile REACTOR OR the entical path activity and a report of any smale release of REDUCING PO%ER.

Categonic b3 number designanon radioactivuy or ungle radiauon exposure speettically associ-INote that this ditters from the Edison Eleetne Institute ated with the outage which accounts for more than 10 percent IElli definitions oi " Forced Partial Outase" and " Sche.

of the allowable annual values.

JuicJ Paitial Outuel For these tenus. I I I uses a shange of For '..ng textual reports continue narrative on separate paper 30 Mw a, the breA pomt f oi large: power reactors. 30 MW arai retcrense the shutdown or power redus tion toe tha 1% f * *.* SillJII J g hJnge to w Jf 6 JOI k vp!JnJlloH giJ: rJ!lve f) m

NARRATIVE

SUMMARY

OF OPERATING EXPERIENCE NOVEMBER 1980 At the onset of the November 1980 reporting) period, power generation was at 78% Reactor Rated Thermal Power (35 MWe-Net during a slow coastdown toward the November refueling outage.

Power generation continued until November 9, 1980, when the plant was shutdown for the scheduled refueling outage.

Major outage activities include refueling the core, repair and preventive maintenance of Control Rod Drive Mechanisms, installation of Anticipated Transient Without Scram modification, fire protection modifications, TMI modifications, and a Type A Integrated Leak Rate Test.

Significant maintenance items perforned during the November 1980 reporting period are indicated on the attached Instrument and Electrical Maintenance and Mechanical Maintenance listings.

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NOVEMBER 1980 1 of 3 INSTRUMENT AND ELECTRICAL MAINTENANCE

~

LER OR NATURE OF OUTAGE MALFUNCTION EQUIPMENT MAINTENANCE NUMBER CAUSE RESULT CORRECTIVE ACTION SECURITY SYSTEM CCTV #9 CORRECTIVE NA UNKNOWN P00R PICTURE ADJUSTED FOCUS MR 0106 SECURITY SYSTEM ZONE 19-3 CORRECTIVE NA' UNKNOWN ROOF HATCH ALARM-ADJUSTED BALANCE ON HATCH MR 0107 ING CIRCUIT BOARD SECURITY SYSTEM D0OR CORRECTIVE NA SCREWS LOOSE LOOSE SWITCH TIGHTENED SCREWS SWITCHES #3 8 #18 MR 0113 SECURITY SYSTEM LOADING CORRECTIVE NA UNKNOWN ALARMING ADJUSTED SWITCHES DOCK D0OR MR 0137 MR 0138 SECURITY SYSTEM CClV #10 CORRECTIVE NA P00R SENSITIVITY P0OR CONTRAST ADJUSTED LENS SENSITIVITY MR 0156-SECURITY SYSTEM CHANGE CORRECTIVE NA DEFECTIVE CLOSURE NO DOOR CLOSURE ADJUSTED HYDRAULIC CLOSURE ROOM D0OR MR 0154 SECURITY SYSTEM CHANGE CORRECTIVE NA UNKNOWN ALARMING ADJUSTED BALANCE ON

'R0OM D0OR MR 0158 CIRCUIT BOARD SECURITY SYSTEM MICRO-CORRECTIVE NA UNKNOWN ALARMING TESTED AND ADJUSTED WAVE 20-5 MR 0102 VOLTAGE MR 0156 SECURITY SYSTEM ALARM CORRECTIVE NA UNKNOWN ALARMING AT TIMES TESTED OK BOX 48 MR 0203 CRD SECONDARY INDICATION CORRECTIVE NA USAGE SECONDARY LAMP OUT REPLACED LAMP MR 0109 SAFETY SYSTEM CHANNELS 1 PREVENTIVE NA TEST DUE COMPLETED TESTS COMPLETED TECHNICAL SPECIFI-

& 2, AND H O #3 CATION TEST FOR CHANNELS 1 2

& 2, AND H O LEVEL #3 2

AREA RADIATION MONITOR CORRECTIVE NA DEFECTIVE REGUL-BURNED RESISTOR REPLACED RESISTOR IN MR 0114 ATOR POWER SUPPLY

NOVEMBER 1980 2 of 3 INSTRUMENT AND ELECTRICAL MAINTENANCE LER OR NATURE OF OUTAGE MALFUNCTION EQUIPMENT MAINTENANCE NUMBER CAUSE RESULT CORRECTIVE ACTION CRD INSERT / WITHDRAW PREVENTIVE OUTAGE P.M. DUE REPLACED SWITCH REPLACED SWITCH SWITCH MR 0140 80-12 CONTROL ROOM CONTROL PREVENTIVE P.M. DUE MAINTENANCE LUBED AND INSPECTED SWITCHES COMPLETED ALL SWITCHES 2400 VOLT SWITCHGEAR PREVENTIVE P.M. DUE MAINTENANCE MEGGER TEST ALL 2400 COMPLETED VOLT EQUIPMENT GENERATOR / EXCITER PREVENTIVE CLEANING DUE COMPLETED CLEANING CLEANED GENERATOR AND MR 0103 EXCITER SYSTEMS CRD PRESSURE SWITCHES PREVENTIVE P.M. DUE COMPLETED TESTS CALIBRATED VARIOUS CRD SWITCHES FUEL GRAPPLE CORRECTIVE UNKNOWN LIMIT LIGHT ADJUSTED LIMIT SWITCH MR 0120 IN0 PERATIVE FOR LIGHTS FIRE ZONE BYPASS TIMERS FACILITY CHANGE NRC RE0 VEST COMPLETED INSTALL-INSTALLED TIMERS ON 06-80-6 ATION EACH ZONE MR 0150 BATTERY POWER SYSTEMS PREVENTIVE TEST DUE COMPLETED TESTS COMPLETED TECHNICAL SPECIF-ICATION TESTS FOR ALL SATTERY POWER SYSTEMS FUEL INSPECTION SYSTEMS CORRECTIVE USAGE SWITCH IN0PERABLE REPLACED SWITCH FOR FUEL MR 0153 ELEMENT INSPECTION l

ENVIRONMENTAL MONITORING PREVENTIVE CALIBRATION DUE COMPLETED CALIBRA-TESTED ENVIRONMENTAL READ-1 TION OUT EQUIPMENT e

REACTOR HEAD THERM 0 COUPLE CORRECTIVE UNKNOWN IN0 PERATIVE REPLACED T.C. TIE-DOWN MR 2952 SCREW No. 3 FEEDWATER PRESSURE CORRECTIVE UNKNOWN INCORRECT INDICA-CALIBRATED INDICATOR

. INDICATOR MR 0162 TION

NOVEMBER 1980 INSTRUMENT AND ELECTRICAL MAINTENANCE 3 of 3 LER OR NATURE OF OUTAGE MALFUNCTION EQUIPMENT MAINTENANCE NUMBER CAUSE RESULT CORRECTIVE ACTION RADIATION MOBILE MONITOR CORRECTIVE OUTAGE USAGE PUMP IN0 PERATIVE REPLACED MOTOR BEARINGS MR 0166 80-12 HYDR 0 GEN ANALYZER CORRECTIVE UNKNOWN LEAK DEVELOPED TIGHTENED CONNECTION TO a

MR 3385 STOP LEAK PRIMARY PURIFICATION CORRECTIVE DEFECTIVE TUBES IN0 PERATIVE REPLACED TUBES RECORDER MR 0180 RECORDER CRD GAS INDICATION CORRECTIVE MISSING PART LAMP INOPERATIVE REPLACED SPRING SOCKET MR 0117 0FF-GAS SOLEN 0ID VALVE CORRECTIVE EXCESSIVE TESTING COIL BURNOUT REPLACED SOLEN 0ID COIL MR 0183 NUCLEAR INSTRUMENTATION PREVENTIVE TESTS DUE COMPLETED TESTS TECHNICAL SPECIFICATION SYSTEM TESTS N-S THROUGH N-9 PLUS HOT SHORT TESTS COMPLETED CONTAINMENT LEAK TEST PREVENTIVE TEST DUE COMPLETED TESTS LEAK RATE TEST UNITS EQUIPMENT WERE CALIBRATED

MECIIANICAL MAINTENANCE LER OR NATURE OF OUTAGE MALFUNCTION EQUIPMENT MAINTENANCE NUMBER CAUSE RESULT CORRECTIVE ACTION LOWER CONTROL ROD DRIVE PREVENTIVE OUTAGE NA NA PERFORMED PREVENTIVE MECHANISMS (CRDM)

MR 0126 80-12 MAINTENANCE CHECKS AND TESTED IB SHIELD COOLING PUMP CORRECTIVE OUTAGE WEAR WATER LEAKAGE REPLACED MECHANICAL MECHANICAL SEAL MR 0115 80-12 SEAL 1A SEAL INJECTION PUMP CORRECTIVE OUTAGE 3/32" SS WIRE HELD CHECK OPEN, REMOVED WIRE AND CLEANED 1

DISCHARGE CHECK VALVE MR 0124 80-12 LODGED IN CHECK LETTfNG CHECK VALVE VALVE FLOV THROUGH IB EFFLUENT PUMP PREVENTIVE OUTAGE NA NA PERFORMED PREVENTIVE MR 0139 80-12 MAINTENANCE CHECKS 1A AND IB SEAL INJECTION PREVENTIVE OUTAGE NA NA PERFORMED PREVENTIVE PUMPS MR 0155 80-12 MAINTENANCE CHECKS AND CHANGED MECHANICAL SEAL MAIN AIRLOCK INNER D0OR PREVENTIVE OUTAGE NA NA PERFORMED PREVENTIVE MR 0178 80-12 MAINTENANCE CHECKS UPPER CONTROL R0D DRIVES, CORRECTIVE /

OUTAGE WEAR WATER LEAKAGE PERFORMED PREVENTIVE NOS. 14, 15, 22 AND 23 PREVENTIVE 80-12 MAINTENANCE CHECKS, CHANGED MR 3123, 3166, MECHANICAL SEALS AND 0-3379, & 0187

~ RINGS IN UPPER FLANGES l

19. UNIT SERVICE FACTOR. Compute by dividing hours the generator was on bne (item 141 by the gross hours in the reporting period (item 11). Express as percetti to the nearest tenth of a percent. Do not include reserve shut-down hours in the calculation.

20. UNIT AVAILABILITY FACTOR. Compute by dividing the umt available hours titem 14 plus item 15) by the gross hours in the reporting penod titem II). Express as percent to the nearest tenth of a percent.

21. UNIT CAPACITY FACTOR (USING MDC NETL Com-pute by disiding net electrical energy generated tirem IS) by the product of maximum dependable capacity litem

7) times the gross hours m the reporting period titem iI L Express as percent to the nearest tenth cf a percent.

22. UNIT CAPACITY FACTOR IUSLNG DER NET). Com-pure as in item 21. substitutmg design electrical rating (item 5) for maximum dependable capaetty.

23. UNIT FORCED OUTAGE RATE. 'ompute by dinding the total forced outage hours (from the table in Umt Shutdowns and Power Reductions) by the sum of hours generator on ime Otem 14) plus total forced outace hours (from the table it. Unit Shutdowns and Power Reductions)

Express as percent to the nearest tenth of a percent.

24. SHUTDOWNS SCHEDULED OVER NEXT $ MONTHS (TYPE. DATE. AND DURATION OF EACH Include type (refueling. maintenance, other), proposed date of start of shutdown. and proposed length of shutdown.

It is recognized that shutdowns may be scheduled between reparts and that this item may not be allinclusive. Be as accurate as possible as of the date the report is prepared.

This item is to be prepared each month and updated if appropnate until the actual shutd< wn occurs.

25. Self explanatory.

26. Self. explanatory. Note. however. that this mformation is requested for all units m startup and power ascension test status and is not required for units already m com-mercial operation.

TEST STATUS is defined as that pened followmg im-tial ent:cahty durmg which the unit is tested at sucses-sively higher outputs. culmmatmg with operanon at full power for a sustamed period and completion of war-ranty tuns. Fol!owing this phase the unit is eenerail) considered by the utihty to be auilJble f or conimercial operation.

Date of COMMERCI\\L OPERATION is detined as the dJte thJl tie. 811H1 was Jalared by the unht) ow ner to be JhdilJhle for the reellIJr production of e!c f Dsi')

listlJil) re!Jted to the sJilitJsti ')

somplettiin dt bJ;l itsJtp.n tests Js >Pesilled in 'lle pu shaw

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