ML20033B639

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IE Insp Rept 50-219/81-18 on 810915-1015.Noncompliance Noted:Failure to Follow Conduct of Operations & Adequate Shift Turnover & Failure to Implement Written Test Procedures
ML20033B639
Person / Time
Site: Oyster Creek
Issue date: 11/09/1981
From: Greenman E, John Thomas
NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION I)
To:
Shared Package
ML20033B628 List:
References
50-219-81-18, NUDOCS 8112010597
Download: ML20033B639 (11)


See also: IR 05000219/1981018

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U.S. NUCLEAR REGULATORY COMMISSION

OFFICE OF INSPECTION AND ENFORCEMENT

Region I

Report No.

50-219/81-18

Docket No.

50-219

License No. DPR-16

Priority

Category

C


Licensee:

Jersey Central Power and Light Company

Madison Avenue at Punch Bowl Road

Morristown, New Jersey

Facility Name:

Oyster Creek Nuclear Generating Station

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Inspection at:

Forked River, New Jersey

Inspection conduct

eptember 15 - October 5,1981

Inspectors:

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fo[]p/p(

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' date signed

J. A. Thomas, Resident Reactor Inspector

date signed

Approved by:

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E. G. Greenman, Chief, Reactor

'date signed

Projects Section 2A

Inspection Summary: Inspection on September 15 - October 5,1981 (Report No.

50-219/81-18).

Areas Inspected: Routine inspec. tion by the resident inspector (34 hours3.935185e-4 days <br />0.00944 hours <br />5.621693e-5 weeks <br />1.2937e-5 months <br />) of:

licensee action on previous inspection findings, tours of the facility, log

and record reviews, surveillance review, and review of periodic and speci:1

reports.

Results: Violatic,ns: None in three areas, two in two areas (Failure to

follow conduct of operations and conduct adequate shift. turnover - detail

3.b (9): Failure to implement written test procedures with appropriate

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limits - detail 5.).

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8112010597 811112

Region I Form 12

PDR ADOCK 05000219

PDR

(Rev. April 77)

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DETAILS

1.

Persons Centacted

J. Carroll, Director, Oyster Creek Operations

K. Fickeissen, Manager, Plant Engineering

E. Growney, Safety Review Manager

M. Laggart, Supervisor, Licensing

A. Rone, Engineering Manager

W. Stewart, Plant Operations Manager

J. Sullivan, Manager, Operations

D. Turner, Radiological Controls Manager

The inspector also interviewed other licensee personnel during the course

of the inspection, including management, clerical, maintenance, and operations

personnel.

2.

Licensee Action on Previous Inspection Findings

(Closed) Unresolved Item (219/80-32-01):

Implement improved RMA exit con-

trols. The licensee reduced the number of RMA exits to teree. These exits

are continuously manned by health physics technicians who insure that mater-

ial leaving the RMA is properly surveyed and tagged. The inspector verified

by frequent observations of the RMA exits that adequate control of materials

leaving the RMA has been established.

(Closed) Unresolved Item (219/81-05-04): SGTS Filter DP magnetic gauges

need to be added to 112.1 calibration schedule.

Procedure 112.1, Revision

11, dated August 26,1981, " Calibration of Technical Specification Support-

ing Installed Instrumentation," includes an annual calibration of the Mag-

nehelic differential pressure gauges on standby gas treatment sytem filters

1-10,1-11, and 1-12.

Last calibration was October 20, 1980.

(Closed) Unresolved Item (219/81-05-07): Main station and diesel generator

surveillance procedures which measure battery specific gravities must include

temperature correction factors. No action has been taken to revise the bat-

tery surveillance procedures. Technical Specification amendment 55, issued

August 13, 1981, has revised the battery surveillance requirements and now

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requires correction of specific gravity to 77 F.

This item is discussed

further in paragraph 5. of this report.

(Closed) Unresolved Item (219/81-05-09): Technical Specification change

submitted to decrease frequency of station battery load tests. Amend-

ment 55 to Technical Specifications issued August 13, 1981, specifies

that battery capacity tests be performed once per 18 months on the sta-

tion batteries. This amendment identifies the 'b'

and 'C' batteries as

the station batteries.

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3.

Plant Tours

a.

Periodic inspection tours of. selected plant areas were conducted

to verify compliance with Technical Specifications (TS) and the

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licensee's administrative procedures in the areas of housekeeping

and cleanliness, fire protection, radiation control, physical

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security .and operational control. Areas toured included the

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following:

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Control Room

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Turbine Building-

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Augmented Off-Gas Building

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New Rad-Waste Building

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Cooling Water Intake and Dilution Plant Structure

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Monitoring Change Areas

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4160 Volt Switchgear, 460 Volt Switchgear, and Cable Spreading

Rooms

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Diesel Generator Building

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Battery Rooms

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Maintenance Work Areas

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Yard Areas

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b.

The following observations were made:

(1) Through daily observation of Control Room monitoring

instrumentation and annunciators, log review, and direct

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observation of selected equipment, the inspector verified

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that systems were in conformance with Technical Specification

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(TS) Limiting Conditions for Operation (LCO). Applicable

portions of the following LC0's which could be verified by

control room observation were checked daily:

TS 3.3.A

Pressure Temperature Relations

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TS 3.3.D

Reactor. Coolant System Leakage

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TS 3.3.F

Recirculation Loop Operab'lity

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TS 3.4.A

Core Spray System

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TS 3.4.B

Automatic Depressurization System

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TS 3.4.C

Containment Spray and Emergency

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Service Water System

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TS 3.4.D

Control Rod Drive Hydraulic System

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TS 3.5.A

Pr.imary Containment

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TS 3.5.B

Secondary Containment

TS 3.7.A

Auxiliary Electric Power

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TS 3.7.C

Standby Diesel Generators

TS 3.8. A

Isolation Condensers

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TS 3.13.A

Relief and Safety Valve Position

Indicators

Instrumentation used to verify the above was examined to insure

that displayed parameters were within normal and expected

limits and that proper correlation existed between redundant

instrument channels. Alarmed control room annunciators

were reviewed with operators and. shift supervisors to verify

that the reasons for the alarmed conjitions were understood

and that the red red corrective action was being taken.

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Systems and components removed from service were reviewed

tt verify that , roper surveillances were performed on

redundant rystems when required and that system outages did

not violate Technical Specification LC0's.

(2) Local plant instrumentation was selectively examined to

verify that required instruments were in service and that

proper correlation between channels existed.

Safety system

actuation sensors were examired to insure that maintenance

and construction activities in the area did not impair

system operability.

(3) Monitoring and Change Areas were observed to ensure that

entrances to the radiation controlled area (RCA) were properly

posted, personnel entering the RCA were wearing proper

dosimetry, and that personnel and materials leaving the RCA

were properly monitored for radioactive contamination.

Through frequent observations of personnel and material exiting

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the RCA, the inspector determined that the licensee's

RFA exit controls had been adequately implemerted.

(4) During tours of the facility, the inspector made observations

to verify that control point procedures were followed, that

contamination areas and airborne radioactivity areas were

properly posted, that high radiation areas were properly

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posted and locked as required, and that personnel complied

with the requirements of applicable radiation work permits

(RWP). The following RWP's were reviewed for completeness:

RWP 143981 dated September 22, 1981, for spent fuel pool

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cleanup and removal of old fuel racks.

RWP 146281 dateo September 28, 1981, for installation

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of temporary ductwork in the torus.

RWP 147981 dated October 1,1981, to collect and analyze

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samples from the sample station and chemistry lab.

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RWP 148381 dated October 1, 1981, for routine

observation, inspection, and surveillance of all plant

RWP areas.

(5) Plant housekeeping conditions including general cleanliness,

control of material to prevent fire hazards, maintenance of

fire barriers, and storage and preservation of equipment were

examined. The inspector examined the placement of temporary

hoses and extension cords, and the locations of scaffolding

erected for maintenance or modification jobs to verify that

safety related equipment operability was not impaired. The

inspector noted that a considerable amount of scaffold

mcterial had been left stacked against the wall in the south-

east containment spray pumo room and by the equipment hatch

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on the 51 foot elevation of the reactor building. The

location of this material in itself did not impair operation

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of any safety rele'ed equipment.

It could, however,

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present a potential missile hazard during a seismic event.

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This concern was expressed to the licensee who committed to

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remove the material prior to plant startup. This item will

be re-examined prior to plant startup (219/81-18-01).

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(6) Equipment Control procedures were examined for proper

implementation by verifying that tags were properly filled

out, posted, and removed as required, that jumpers were

properly installed, and that equipment control logs and

records were complete.

The following electrical jumpers were verified to be

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properly installed:

Jumper Check-off Sheet 81-359 dated October 1,1981:

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Jumper 14 from wire 157 on relay 1K11 to wire 162 on

relay 1K13 and Jumper 30 from wire 179 on relay 2K12 to

wire 183 on relay 2K14. These jumpers prevent a full

scram signal during perfomance of under frequency test

procedure 619.2.019.

-- Jumper Check-off Sheet 81-357 dated August 29, 1981:

Jumper 13 in panel 1F/2F from TBKK-38 to TBKK-41.

This jumper bypassed breaker interlocks while using the

'C' shutdown cooling pump breaker as a temporary feed

to the augmented fuel pool cooling pump.

The inspector reviewed all other active jumper Check-off Sheets

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to verify that installation of electrical jumpers did not

violate Technical Specification Limiting Conditions for

Operation.

Equipment tags examined in the plant were reviewed to determine

that the tags were properly filled out and that the tagged

component was in the condition specified on the tag,

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(7) Valves and components in safety related systems were observed

to verify proper system alignment. Accessible major flow

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path valves in the Core Spray, Containment Spray, Control

Rod Drive Hydraulic, Emergency Service Water, and Isolation

Condenser Systems were examined for proper alignment by

direct observation. Remote position breakers in the 460

'Iolt and 125 Vdc electrical systems were periodically

examined for proper alignment. Systems and components were

examined for evidence of abnomal vibration and fluid leaks.

Selected pipe hangers and seismic restraints were visually

examined for indications of mechanical interference or fluid

leaks. No unacceptable conditions were identified.

The inspector examined the installation of temporary ventilation

ducts to be used for torus area ventilation during the next

refueling outage. The inspector noted that none of the

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ductwork appeared to be seismically restrained. The ductwork

was suspended over safety related cable trays on the 75

foot elevation of the reactor building and over core spray 3

containment spray, and fire suppression system piping on

the 23 and 51 foot elevations. Portions of the ductwork

were also suspended near the control rod drive system

hydraulic ceatrol units and safety related motor control

centers. When questioned by the inspector the licensee

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was unable to provide any information on the seismic

considerations used in the design of the ductwork. The

licensee stated that a seismic review would be done on the

installation prior to startup from the current outage.

This item is unresolved pending further review by the

licensee and NRC (219/81-18-02).

(8)

Implementation of the Physical Security Plan was observed

in the areas toured. The inspector verified that protected

area barriers were not degraded, personnel and packages were

checked prior to allowing entry into the protected area,

security access controls to vital areas were maintained,

and that security posts were adequately manned.

(9) Frequent control room observations were made to insure that

the shift manning requirements of 10CFR 50.54(k) were met

and that shift turnovers were conducted in an orderly manner.

The in:pector noted a control room entry on September 29,

1981, indicating that the lead control room operator had left

the station for one hour and 42 minutes.

He was relieved of

his duties as a control room operator by the on-shif t Group

Operating Supervisor (G0S) but no log entries were made

indicating the transfer of responsibility. The G0S stated

that he was relieved of his duties as G0S by another

qualified GOS who was elsewhere on site. However, no formal

shift turnover had been conducted and no log entries were

made indicating the transfer of responsibility. Failure to

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conduct a proper G0S shift turnover and failure to log G0S

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and Control Room Operator shift turnover constitutes

noncompliance with procedure 106, " Conduct of Operations,"

(219/81-18-03).

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c.

Acceptance criteria for the above areas included the most current

revisions of the following:

Technical Specifications

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Procedure 106, Conduct of Operations

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Procedure 108, Equipmant Control

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Procedure 115, Standing Order Control

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Procedure 119 Housekeeping

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Procedure 120, Fire Hazards

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Procedure 122, Security-Guidelines for Plant Personnel

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Procedure 903.2, Personnel Monitoring

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Procedure 903.6, Personnel Regulations

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Procedure 915.1, Restriction of Access into Radiation Control

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Procedure 915.4 Contamination Control

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Procedure 915.6, Radiation Work Permit

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Oyster Creek Physical Security Plan

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10 CFR 50.54(k)

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Inspector judgment

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Shift Logs and Operating Records

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The inspector reviewed the most current revisions of the following

plant procedures to determine the licensee established requirements in

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this area in preparation for review of selected logs and records:

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Procedure 106, Conduct of Operations;

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Procedure 108, Equipment Control; and,

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Procedure 115, Standing Order Control.

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Shift logs and operating records were reviewed to verify that:

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Control Room logs were filled out and signed;

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Equipment logs were filled out and signed;

Log entries involving normal conditions provided .

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sufficient detail to communicate equipment status;

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Shift turnover shcets were filled out, signed, and reviewed;

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Operating orders did not conflict with Technical Specification

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requirements; and,

Logs and reccrds were maintained in accordance with the

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procedures in a. above.

c.

The review included the following plant shift logs and operating

records as indicated, and discussions with licensee personnel.

Reviews were conducted on an intermittent selective basis:

Control Room Log, all entries;

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Group Shift Supervisors Log, all entries;

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Technical Specification Log;

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Control Room Turnover Check List:

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Reactor Building Tour Sheets:

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Turbine Building Tour Sheets;

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Equipment Tagging Log:

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Lifted Lead and Jumper Log;

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Defeated Alarm Log;

Standing Orders;

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Operational Memos and Directives.

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No unacceptable conditions were identified.

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5.

Surveillance Testing

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Th2 inspector reviewed selecteo completed surveillance tests to verify

that they were completed as scheduled, :eviewed as required, and that -

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appropriate corrective actions were initiated as necessary. The

following test results were reviewed in detail:

Procedure 634.2.002 Revision 5, Main Station Weekly Battery

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Surveillance completed for battery 'A' on October 2,1981.

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Procedure 634.2.002, Revision 5, Main Station Weekly Battery

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Surveillance completed for battery 'B' on October 2,1981.

Procedure 634.2.002, Revision 5, Main Station Weekly Battery

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Surveillance completed for battery 'C' on October 2,1981.

Procedure 636.2.005, Revision 4, Diesel Generator Weekly

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Battery Survefilance completed for Diesel Generator Number

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1 on October 2, 1981.

Procedure 636.2.005, Revision 4, Diesel Generator Weekly

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Battery Surveillance completed for Diesel Generator Number

2 on October 2, 1981.

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Upon review of the procedures for the above tests the inspector

noted that the acceptance criteria specified in the procedures

were less conservative than the acceptance criteria in Technical Specification 4.7.

Procedure 634.2.002 specifies a minimum

battery voltage of greater than 105 volts for the station batteries

and procedure 636.2.005 specifies a minimum diesel generator battery

voltage of greater than 98 volts. The minimum battery voltage

specified in Technical Specifications is-120 volts for the station

batteries and 112 volts for the diesel generator batteries.

In addition, Technical Specifications require that electrolyte

specific gravities be temperature corrected to 77 degrees F.

The above

procedures do not require temperature corrections. The inspector

subsequently reviewed procedure 634.2.003, Revision 4, " Main Station

Battery Monthly Surveillance" and procedure 636.2.006, Revision 3,

" Diesel Generator Monthly Battery Surveillance" and found that these

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procedures also do not specify temperature corrections of electro-

lyte specific gravities. Technical Specifications also require that

battery low voltage annunciators be tested at least once per 18

months. The inspector reviewed procedure 634.2.001, Revision 11,

" Main Station Battery Discharge" and procedure 636.2.004, Revision

6, " Diesel Generator Battery Discharge" and found that there are

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no provisions in these procedures for testing the battery low

voltage annunciators.

The inspector determined from a review of the last completed surveil-

lance (October 2,1981) that all voltage readings did meet the Tech-

nical Specification's acceptance criteria. The inspector interviewed

several licensee personnel involved with battery surveillance who stated

that although the procedures did not require temperature correction of

specific gravities they were in fact temperature corrected.

Inspector

review of specific gravities did not identify any that were close

enough to the limit to present a problem unless battery temperatures

were abnormally low. The inspector determined that the batteries were

in an operable condition; however, failure to implement written test

procedures which incorporate the acceptance limits of Technical Speci-

fications constitutes an item of noncompliance (219/81-18-04).

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The Teciinical Specification acceptance limits listed above were

incorporated by amendment 55 dated August 13, 1981, to Provisional

Operating License DPR-16. The licensee has still not revised

existing procedures to implement the new requirements. This is

repetitive in that NP,C Inspection 50-219/81-14 documented failure

to perform required surveillances required by Technical Specifica-

tion amendment 54. Licensee review of Technical Specification

changes after issuance by NRC to insure implementation is unresolved

pending further NRC review of licensee corrective action (219/81-18-05).

6.

Review of Periodic and Special Reports

The following periodic and special reports submitted by the licensee

were reviewed by the inspector. The inspector detennined that

infonnation was reported to the NRC as required, planned corrective

action appeared adequate to resolve identified problems and that

reported information was valid.

August 1981

tionthly Operating Data Report

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Unresolved Items _

Unresolved items are matters about which more information is

required in order to ascertain whether they are acceptable items.

items of noncompliance, or deviations. Paragraphs 3.b.(7) and 5

contain unresolved items.

8.

Exit Interview

At periodic intervals during the course of this inspection, meetings

were held with senior facility management to discuss in.:pection

scope and findings. A summary of the inspection findings

was also provided to the licensee at the conclusion of the

inspection on October 6, 1981.

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