Text

Primary Reactor Containment ILRT Rept, Conducted 930222- 0304
	ML20045H212
Person / Time
Site:	Perry
Issue date:	03/01/1993
From:	; CLEVELAND ELECTRIC ILLUMINATING CO.
To:	;
Shared Package
ML20045H210	List: ML20045H212; PY-CEI-NRR-1664, Forwards Primary Reactor Containment ILRT Rept. Rept Summarizes Results of Periodic Test Conducted on 930222-0304,during Mid-Cycle 4 Maint Outage;
References
	NUDOCS 9307190228
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CLEVELAND ELECTRIC ILLUMINATING COMPANY s

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SINTEGRATED LEAKAGEfRATETESTiREPORTI.

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Table of Contents Fr";Pra jfj>

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SECTIONS I, II, III, IV mmts siA u ta M

APPENDIX A -

STABILIZATION PHASE DATA l.

I j

APPENDIX B -

ILRT TEST DATA AND PLOTS M

VERIFICATION TEST DATA'AND PLOTS APPENDIX C -

4 m

TEST SUMMARIES APPENDIX D -

TYPE B & C LOCAL LEAKAGE RATE-l APPENDIX E -

SENSOR LOCATIONS AND VOLUME FRACTIONS-M GENERAL PHYSICS ILRT COMPUTER APPENDIX F -

PROGRAM DESCRIPTION i.$. ?..

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TABLE OF CONTENTS

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I.

INTRODUCTION...........

1 II.

_ TEST SYNOPSIS........

2 A.

Edited Tect I.og 2

B.

Test Summary Time-Line...................................

4 C.

ILRT Results Summary....................................

5 D.

Verification Test Results Summary............................

5 III.

TEST D ATA SUMM AR Y.......................................

6 A.

Plant Information 6

N B.

Techni cal D ata..........................................

6 C.

Test Results - Type A......................................

6 D.

Test Results - Type B and C Tests............................

8 E.

Integrated leakage Rate Measurement System....................

8 G.

Information Retained at Plant...............................

10 IV.

ANALYSIS AND INTERPRETATION.............................

11 A.

Summary of Type B and C Penalties..........................

11 B.

Summary of Leakage Savings........................ 2....

12 C.

- Volume Change Corrections................................

13 i

D.

Electrical Penetrations....................................

14 E.

"As Left" ILRT Results.................

14 E.

"As Found" ILRT Results 14 l

l

' TABLE 0F CONTENTSl

. CONT'D APPENDICES APPENDIX A STABILIZATION PHASE DATA APPENDIX B ILRT TEST DATA AND PLOTS APPENDIX C.

VERIFICATION TEST DATA AND PLOTS f

APPENDIX D TYPE B & C LOCAL LEAKAGE RATE TEST SUMMARIES (SINCE ILRT, JULY 1989) i APPENDIX E SENSOR LOCATIONS AND VOLUME FRACTIONS O

APPENDIX F GENERAL PHYSICS ILRT COMPUTER PROGRAM DESCRIIFTION t

1 f

C e

O

1.

INTRODUCTION The Reactor Building integrated Leakap.c Rate " Type A" Test is performed to demonstrate that leakage through the primary reactor containment systems and components penetrating O

Prim erv reecter centeie meei de eet exceed the aiiewebie ieetese reice sPecified ie the Plant Technical Specifications.

The purpose of this report is to provide information pertinent to the activities related to the preparation, test performance, and reporting of the Perry Nuclear Power Plant Unit 1 Integrated leakage Rate Test (ILRT).

liighlights of activities and events which occurred prior to and during the ILRT are presented in Section 11, Test Synopsis.

Section 111. Test Data Summary, contains data and results necessary to demonstrate containment atmosphere stabilization, acceptable "as-left" leakage rate, and successful-verification test. In addition, plots provided in Appendices B and C supply a visual history of containment atmospheric conditions beginning with the 32 hour3.703704e-4 days 0.00889 hours 5.291005e-5 weeks 1.2176e-5 months . ILRT test period and ending with the 10 hour1.157407e-4 days 0.00278 hours 1.653439e-5 weeks 3.805e-6 months verification test.

Information in Section IV, Analysis and Interpretation, supplies the technical details associated with the ILRT computer program and its associated hardware as well as the instrumentation used during the ILRT.

ij -

Section V, References. lists the documents used for the conduct of the ILRT.

O The eccee fei e ->cri" Periedic TrPe ^ end veriricetion test were Performed eccordies to the requirements of the Perry Nuclear Power Plant Unit 1 Technical Specifications and 10CFR50, Appendix J. The test method used was the Absolute Method, as required by Plant Technical Specifications and as described in " ANSI N45.4-1972, " Leakage-Rate Testing of Containment Structures for Nuclear Reactors".

Maas Point leak rates were calculated as described in ANSI /ANS-56.8-1981,

" Containment System leakage Testing Requirements". leakage rates using the Total Time Analysis technique as described in BN-TOP-1, " Testing Criteria For Integrated Leakage Rate Testing Of Primary Containment Structures For Nuclear Power Plants" were run concurrently for informational purposes. The test results are reported in accordance with the requirements of 10CFR50, Appendix J, Section V.B.3.

As noted in Section IV.E, the Perry Nuclear Power Plant is treating the "as-found" ILRT as a failure due to an administrative discrepancy that failed to perform "as-found" LLRTs on two penetrations prior to adjustments being made to ' isolation valves in-the penetrations. The Perry Nuclear Power Plant plans to perform an ILRT in RF04 that will-demonstrate the leak tightness of containment barriers which are testable only by a Type A test. Given that prior test failures were attributed to penetrations testable through the LLRT process, the RF04 test will demonstrate that an accelerated test schedule is not necessary. Future correspondence will address scheduling of Post RF04 Type A test.

O 1

11.

TEST SYNOPSIS Prior to containment pressurization on 1349, February 26, 1993, site personnel were O

engaged in prerequisite activities for the conduct of the ILRT. The ILRT was conducted at the end of a midcycle maintenance outage. These activitics included ILRT procedure review and finalizr. tion, ILRT computer program checkout and linkup to the Volumetrics Data Acquisition System, and ILRT instrumentation installation and operability checks.

The ILRT test procedure was reviewed against the requirements of the Plant Technical Specifications: 10CFR50, Appendix J; and ANSI /ANS-56.8-1981.

The ILRT instrumentation was calibrated prior to the ILRT as recommended by ANSI N45.4-1972, Sections 6.2 and 6.3. Final ILRT instrumentation operability checks and in-situ checks, as specified in ANSI /ANS-56.81987, Section 4.2.3.1, were performed to ensure that all instrumentation was operating correctly. Calibration records for the ILRT instrumentation system components are retained at the plant.

A.

Edited Test leg February 26,1993 1349 lir.

Pressurization of containment started.

1409 111.

DW Cooler 1 A at max amps, shifting to DW Cooler O

1419 lir.

Two DW fans off; 3 running.

1448lir.

DW fan 1 A is only fan running.

1449lir.

Pressurization rate is 3.3 psi /hr.

1516 lir.

Reduced press. rate to 1 psi /hr.

1549 lir.

Dew temp 8 locked up high.

1558lir.

Resumed press, rate of approx. 3.4 psi /hr.

1718 Ilr.

Reduced press. rate to 2.5 psi /hr. Containment pressure at 9 psig.

1733 Ilr.

Reduced press, rate to approx. 2 psi /hr. Containment pressure at 9.9 psig.

O f

2

February 26.1993 m

1815 lir.

Dropped another compressor. Press mte at approx.

1 psi /hr. Containment pressure at 11.2 psig.

1839 lir.

Set weight factor for Dew temp 8 to 0 and redistributed weight factors.

1930 lir.

Pressurization stopped and valves closed.

Containment pressure is 12.3 psig (27.059 psia).

1938 Hr.

Started stabilization.

2000 Hr.

All fans off and cooling water secured.

2035 Hr.

Dew temp 1 acting erratically (bouncing 13" F).

Set weight factor to 0 and redistributed weight factor.

February 27,1993 0115 IIr.

I&C adjusting chilled mirror servo loops to try to minimize dew temp fluctuations due to high-humidity. Instruments were initially setup under low humidity conditions.

_O 0230 lir.

Found verification flow meter tubing had sprung apart. Tubing repaired.

0430 Ilr.

I&C finished adjustments. All Dew temps seem OK.

Returning Dew temp weighting factors to original values.

0500 Hr.

Dew temp 8 locked up high again. Set weight factor to 0 and redistributed weight factor, i

0613 lir.

Started ILRT.

0858IIr.

Dew temps 10,11,12, & 13 went into auto balance cycle. Deleted data point.

0913 lir.

Data transmission problem. Data string corrupt.

Cannot use this point.

0928 lir.

Data point OK.

.O 3

.i February 28.1993

^

1347 lir.

Data still shows a lot of fluctuation due to Dew temps. Cannot do 8 hour9.259259e-5 days 0.00222 hours 1.322751e-5 weeks 3.044e-6 months BN-TOP-1 test.

2022 Hr.

Data collection continuing.

0330 Hr.

Dew temp 1 dropped 10" F in 15 minutes. Set weight factor to 0 and redistributed weight factor.

0813 Hr.

ILRT is now 26 hours3.009259e-4 days 0.00722 hours 4.298942e-5 weeks 9.893e-6 months . Plan to continue to see if leakage rate stabilizes.

.1413 Hr.

Ended ILRT with 32 hours3.703704e-4 days 0.00889 hours 5.291005e-5 weeks 1.2176e-5 months of data. Mass point-leakage rate is 0.0954% wt./ day. UCL leakage rate is 0.1007% wt./ day.

1420IIr.

Started verification flow of 3.532 scfm.

1428 Hr.

. Started 1 hour1.157407e-5 days 2.777778e-4 hours 1.653439e-6 weeks 3.805e-7 months stabilization period.

1528 Hr.

Start of verification test. Imposed flow is equal to 0.1973% wt./ day.

2043 Hr.

RTD 6 failed.

Set weight factor to - O and O-redistributed weight factor. -

March-1.1993 0128 Hr.

Verification test completed satisfactorily.

6 B.

Test Summary Time-Line Phase

. Time Frame Duration Pressurization From: 1349 on 2/26/93 5.68 hc,urs -

To:

1930 on 2/26/93 Stabilization '

From: 1938 on 2/26/93 10.33 hours3.819444e-4 days 0.00917 hours 5.456349e-5 weeks 1.25565e-5 months To:

0558 on 2/27/93 l

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.1

Phase Time Frame Duration i

ILRT Test From: 0613 on 2/27/93 32.00 hours0 days 0 hours 0 weeks 0 months To:

1413 on 2/28/93 Verification Test From: 1528 on 2/28/93 10.00 hours0 days 0 hours 0 weeks 0 months -

To:

0128 on 3/01/93 C.

ILRT Results Summary Revised Mass Point Mass Point Total Time

% wt./ day

% wt./ day Calculated Leakage Rate 0.0954*

0.0957*

0.0729*

95 % Upper Confidence 0.1007*

0.1010*

0.0934*

Leakage rate Does not include penalties for nonstandard alignments and water level changes The Region Ill NRC Inspector raised a concern that temperature elements TE-N001, TE-N002, TE-N003, and TE-N004 had unequal weighting factors yet O

were all located at the same elevation in the upper area of containment wit _h no i

physical barriers separating the sensors. The revised Mass Point results are based on using equal weighting factors for those four temperature elements. Since this is a negligible change, the calculated Mass Point leakage rate of 0.0954 %wt. per day will be used in all future discussions.

D.

Verification Test Results Summary Mass Point Total Time

% wt./ day

% wt./ day -

Leakage Rate (L,,)

0.0954 0.0729 Imposed Leak (L,)

0.1973 0.1973 Lower Limit:

i L, + L,, -0.25 L,-

0.2427 0.2202

.i Composite Leakage (LJ 0.2935 0.2793 t

Upper Limit:

L, + L,, + 0.25 L, 0.3427 0.3202 l

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111.

TEST DATA

SUMMARY

A.

Plant Information Owner Cleveland Electric Illuminating Company Plant Perry Nuclear Power Plant Unit I location Perry, Ohio Containment Type Pressure suppression type, steel containment with annulus space and concrete shield '

building.

NSSS Supplier, Type General Electric BWR Date Test Completed -

March 1,1993 B.

Technical Data Containment Net Free Volume 1,441,900 cubic feet Design Pressure 15.0 psig Design Temperature 185*F O

Calculated Peak Accident Pressure 11.31 psig e

Calculated Peak Accident 185" F Temperature C.

Test Results - Type A Test Method Absolute Test Pressure 12.34 psig Integrated Leakage Rate Mass Point Analysis Test Results t

Calculated Leakage Rate, L,,,

0.0954 % wt./ day

~

95 % Upper Confidence Limit i

i Leakage Rate 0.1007 % wt./ day O

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Integrated Leakage Rate Total Time Analysis Test Results (Presented for information only)

O Calculated Leakage Rate, L,,

0.0729 % wt./ day.

95 % Upper Confidence Limit

.i Leakage Rate 0.0934 % wt./ day i

Maximum Allowable Leakage Rate, L, 0.2 % wt./ day ILRT Acceptance Criteria,0.75 L.

0.15 % wt./ day Verification Test imposed Leakage i

Rate, L, 3.532 scfm or 0.1973 % wt./ day -

y Verification Test Mass Point Analysis Results and Limits Upper Limit 0.3427 % wt./ day (L,, + L, + 0.25 L.)

Calculated Composite 0.2935 % wt./ day Leakage Rate, L j

c t

1.ower Limit 0.2427 % wt./ day (L + L,, - 0.25 L.)

o Verification Test Total Time Analysis Results and Limits (Presented for information only) i Upper Limit 0.3202 % wt./ day (L, + L, + 0.25 L )

Calculated Composite 0.2793 % wt./ day Leakage Rate, L, Lower Limit 0.2202 % wt./ day (L + L,,,, - 0.25 L )

O 7

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i Report Printouts The report printouts for the test stabilization, ILRT, and verification test O

calculations for the Total Time and Mass Point Analyses are provided in Appendices A, B, and C, respectively.

'l D.

Test Results - Type B and C Tests A summary of local leakage rate test results since the ILRT in 1989 is included in Appendix D.

E.

Integrated Leakage Rate Measurement System 1.

Absolute Pressure Quantity 2

Manufacturer Mensor t

Type Quartz Manometer Range 0 - 100 psia Accuracy O.015% of reading plus 0.002 %

O-full scale 1.

Repeatability 0.001% Full Scale

- 0.001 psi Resolution 0.001 psi-Sensor Sensitivity Error

- 0.001% of full scale 0.001 psi 2.

Drybulb Temperature Quantity 32 Manufacturer Rosemount Type 3-wire 100 ohm platinum resistance 6

temperature detectors _ (RTDs)-

1

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Range 0 - 400" F

.j Accuracy 0.25* F Sensor Sensitivity Error 0.01* F 3.

Relative Humidity Quantity 11 Manufacturer EG&G Type Chilled mirror Model 660-S2 i

Range 32 - 120" F dewpoint Accuracy

.54* F

+

Sensor Sensitivity Error 0.1" F 4.

Verification Flow Quantity 2 (1 primary,-1 backup)

Manufacturer Sierra Type Thermal mass flow Range 0 - 10 sefm Accuracy 1% full scale t

5.

Readout Device Quantity 1

Manufacturer-Volumetrics.

Type-Model A100 -

O.

9

i Repeatability 0.01* F Resolution Drybulb Temp 0.01* F Dewpoint Temp 0.01* F The sensor locations and volume fractions as installed for the ILRT are shown in Appendix E.

F.

Information Retained at Plant l

The following information is available for review at the Perry Nuclear Power Plant site:

1.

Access control procedure used to control access to the containment during testing.

2.

A listing of all containment penetrations, including the total number, size, and function.

1 3.

A listing of normal operating instrumentation used for the leakage test.

4.

A system lineup (at time of test), showing required valve positions and status of piping systems.

5.

A continuous, sequential log of events from the initial survey - of containment to restoration of tested systems.

6.

Documentation of instrumentation calibrations and standards, including a sensor failure analysis.

7.

Data to verify. temperature stabilization criteria as established by test.

procedure (Appendix A).

I 8.

The working copy of the test procedure that includes signature sign-offs of procedural steps.

9.

The procedure and data that verifies completion of penetration and valve

(

testing, including as-found leak rates, corrective action, and final leak

.j 1

rates.

O 10 w

10.

Computer printouts ofILRT data and automated data acquisition printouts i

along with a summary description of the computer program (Appendix F).;

11.

The Quality Assurance sun'elllance that was used to monitor the ILRT i

with proper signoffs.

12 A listing of test exceptions including changes in the containment system boundaries.

13.

Description of sensor malfunctions, repairs, and methods used to redistribute volume weighting fractions to operating instrumentation.

14.

A review of confidence limits of test results with accompanying computer printouts.

15.

Description of the method of leakage rate verification.

16.

ILRT data plots obtained during the test.

17.

The P&lDs of pertinent systems.

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' lV.

ANALYSIS AND INTERPRETATION The upper 95% confidence limit (UCL) Mass Point and Total Time leakage rates calculated during the ILRT were less than the test acceptance criteria of 0.75 L,(0.15 %

wt./ day). Additions to the calculated leakage rates must be made to account for 1

penetration paths not exposed to the ILRT pressure, electrical penetration pressure changes, and for changes in the net free containment volume due to changes in containment water levels. These additions are discussed below.

A.

Summary of Type B and C Penalties Penetration paths not exposed to the ILRT pressure and the correspcmding minimum pathway leakage rates are as follows:

Penetration Test Data Penetration System Minimum Number Pathway Local leakage Rate (scem) 131 Reactor Water Cleanup 67.7 204 Control Rod Drive 2.0 310 Nuclear Closed 27.58 Cooling Water 311 Nuclear Closed 15.'53 Cooling Water 317 Containment Leak Rate 2.0 317 Containment Leak Rate 2.0 319 Containment Leak Rate 2.0 319 Containment Leak Rate 2.0 404 Chilled Water 2.0 405 Chilled Water 3.71 421 Residual lleat Removal 10.0 ECCS Division 1 981.82 109 Containment Izak Rate 2.0 119-Containment Leak Rate 2.0 120 Containment Leak Rate 2.0 Sum Total (E) 1124.34 t

LLRT results based on the above equate to a Type B and C penalty addition of 0.0022 wt.-% per day.

12

i B.

Volume Change Corrections

~

The following volumes were monitored for liquid level changes which would I

I affect the containment net free volume-t VOLUME LEVEL VOLUME MONITORED CHANGE CllANGE (ft').

i Reactor Vessel

-10 inches /32 hours

+200.85/24 hours

+1 inch /32 hours

-20.09/24 hours Containment Pool 0

0 Suppression Pool 0

0 Containment'

+14.5 inches /32 hours

-15.12/24 hours Equip. Floor Sump i

Containment

+12.5 inches /32 hours

-13.03/24 hours j

Equip. Drain Sump Drywell Equip.

0 0

Floor Sump Drywell Equip.

+80 inches /32 hours

-83.4/24 hours j

Drain Sump Water was added to the reactor vessel during the ILRT.

i The level decrease in the reactor vessel and corresponding increase in containment net free volume is conservatively neglected. Bawd on the volumes monitored, the containment net free volume decreased during tre ILRT by 131.64 ft'.'

This is equivalent to a leakage rate of 0.0092 wt% per day which will be added to the ILRT results.

C.

Electrical Penetrations i

The electrical penetrations remained pressurized during the ILRT at a pressure of.

approximately 20 - 28 psig. Since this pressure is greater than the ILRT pressure of 12.3 psig, the electrical penetration pressure was read prior to and after the ILRT. The pressure drop was conservatively cLiculated to be equivalent to a leakage rate of 0.00001% wt. per day. This would result in'an insignificant change-(

to the ILRT results.

O 13

D.

"As Left" ILRT Results The As left ILRT leakage rate including the required additions is as follows:

Mass Point Total Time Analysis Analysis

(% wt./ day).

(% wt./ day) '

95 % UCL Leakage Rate 0.1007 0.0934 Type B and C Penalties 0.0022 0.0022 Volume Change 0.0092 0.0092 As Left 95 % UCL Leakage Rate 0.1121 0.1048 l

The as left Total Time and Mass Point 95 % UCL leakage rates are less than the test acceptance criteria value of 0.75 L (0.15 % wt./ day).

E.

"As Found" ILRT Results 9

Prior to performance of the ILRT, adjustmenis were made to isolation valves in O

penetrations 418 and 423 without performing an "as-found" local leak rate test.

Therefore, the leakage savings from these adjustments could not be determined.

Due to the administrative discrepancy for these two piping pathways, the Perry Nuclear Power Plant is treating the "as-found" ILRT as a failure. This failure is due-solely to the lack of data on the "as-found" Type C leak rates from these penetrations; it is not due to leakage pathways through containment which are testable only by performance of a Type A ILRT.

Similarly, the "as-found" test results from the ILRT performed during the first i

refueling outage exceeded 0.75 L, because of e.xcessive leakage through a Residual IIcat Removal (RHR) relief valve flange. -This particular pathway has since been modified such that it is Type C testable at every refueling outage, therefore evidence of the leak tightness of this penetration is available regardless q

- of whether a Type A ILRT is performed. Local leak rate test results performed to date on this penetration have been successful.

I p

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14

h Therefore, the RF01 and mid-cycle 4 test results have identified concerns only l

i with pathways which are testable by local leak rate tests, and the results do not indicate the need for ILRT performance on an accelerated frequency as is O

conservatively required by Appendix J Section Ill.A.6(b). However, the Perry Nuclear Power Plant plans to conduct an ILRT during the next refueling outage with instrumentation that will not be susceptible to the difficulties described in Section ll.A of this report, in order to again show that the containment barriers which are testable only by a Type A ILRT are not the contributors that lead to exceedance of the ILRT acceptance criteria. This RF04 demonstration will serve i

as the basis for scheduling of the subsequent ILRT during RF06. Future correspondence following performt.nce of the RF04 test will address scheduling details and any necessary NRC reviews.

V.

REFERENCES A.

Perry Unit 1 Surveillance Procedure, SVI-T23-T0394, " Integrated Leak Rate Test", Rev. 3.

B.

Perry Nuclear Power Plant Unit 1 Technical Specifications.

C.

Perry Nuclear Power Plant Unit 1 Updated Final Safety Analysis Report.-

D.

Code of Federal Regulations, Title 10, Part 50, Appendix J, " Primary Reactor Containment Leakage Testing for Water Cooled Power Reactors".

E.

ANSI N45.4-1972, " Leakage-Rate Testing of Containment Structures for Nuclear Reactors".

F.

ANSI /ANS-56.8-1981, " Containment System Leakage Testing Requirements".

G.

BN-TOP-1, Revision 1, " Testing Criteria For Integrated Leakage Rate Testing Of Primary Containment Structures For Nuclear Power Plants".

1 i

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APPENDIX A STABILIZATION PHASE DATA i

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IABLIZATION MODE TIME :'0558 OPTIONS MODE

SUMMARY

1 - MANUAL DATA ENTRY

OF DATA POINTS = 54 c

2 - PARAMATER GRAPHS MODE DURATION (IN HRS) = 10.33 3 - SENSOR PLOTS TOT TIME MEASURED LEAK =

1.4578 4 - SENSOR DIFFERENTIALS TOT TIME CALCULATED LEAK =

0.7118 5 - ANSI STABILIZATION CRITERIA TOT TIME 95% UCL :- 3.8297 6 - BN-TOP-1 STAB. CRITERIA MASS PT LEAK =

1.5289 7 - ANSI CRITERIA PRINTCUT MASS PT 95% UCL =

1.6710 8 - BN-TOP-1 CRITERIA PRINTOUT i

9 - REPRINT CURRENT DATA POINT P - PASS WORD MENU i

0 - FLASH OFF ANSI TEMPERATURE STABLIZATION CRITERIA MET BN-TOP TEMPERATURE STABLIZATION CRITERIA MET POINT

SUMMARY

CURRENT VALUE/ DIFFERENCE FROM PREVIOUS POINT

' AVG TEMP:

72.388/ -0.005 AVG PRESS:

26.493/ -0.000 MASS:

193793.50/

-1.000 AVG DEW PRESS:

0.3248/-0.0001 TOTAL PRESS:

26.818/ -0.001 O

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STABLE MODE i

Ferry Nuclear Power Plant UNIT 1

Page 1 TEMPERATURE STABILIZATION UNIT 1 ANSI 56.8 EN-TOP-1 l

TIME TEMP 1 HR 4 HR 4 HR-1HR EN1 EN2 0.00 74.217 0.0000 0.0000 0.0000 0.0000 0.0000 0.17 73.989 0.0000 0.0000 0.0000 0.0000 0.0000 0.33 73.855 0.0000 0.0000 0.0000 0.0000 0.0000 0.50 73.779 0.0000 0.0000 0.0000 0.0000 0.0000 0.67 73.723 0.0000 0.0000 0.0000 0.0000 0.0000 0.83 73.633 0.0000 0.0000 0.0000 0.0000 0.0000 1.00 73.524 0.6931 0.0000

-0.6931 0.0000 0.0000 1.17 73.433 0.5553 0.0000

-0.5553 0.0000 0.0000 1.33 73.357 0.4979 0.0000

-0.4979 0.0000 0.0000 1.50 73.306 0.4724 0.0000

-0.4724 0.0000 0.0000 1.67 73.269 0.4534 0.0000

-0.4534 0.0000 0.0000 1.83 73.235 0.3971 0.0000

-0.3971 0.0000 0.0000 2.00 73.195 0.3289 0.0000

-0.3289

-0.3965 0.3327 2.17 73.163 0.2701 0.0000

-0.2701

-0.3693 0.1627 2.33 73.127 0.2301 0.0000

-0.2301

-0.3572 0.0726 O

2.50 73.075 0.2316 0.0000

-0.2316

-0.3346 0.1356 2.67 73.045 0.2240 0.0000

-0.2240

-0.2869 0.2864 2.83 73.000 0.2359 0.0000

-0.2359

-0.2603 0.1597 3.00 72.970 0.2200 0.0000

-0.2250

-0.2327 0.1655 3.17 72.949 0.2137 0.0000

-0.2137

-0.2141 0.1115 3.33 72.924 0.2034 0.0000

-0.2034

-0.2072 0.0416 3.50 72.910 0.1643 0.0000

-0.1643

-0.1949 0.0735 3.67 72.882 0.1630 0.0000

-0.1630

-0.1873 0.0457 3.83 72.857 0.1424 0.0000

-0.1424

-0.1837 0.0221 4.00 72.841 0.1284 0.2204 0.0920

-0.1717 0.0716 4.17 72.823 0.1267-0.2024 0.0757

-0.1512 0.1232 4.33 72.807 0.1170 0.1791 0.0622

-0.1430 0.0492 4.50 72.785 0.1251 0.1620 0.0369

-0.1285 0.0871 4.67 72.763 0.1193 0.1486 0.0293

-0.1239 0.0273 4.83 72.738 0.1187 0.1420 0.0233

-0.1266

-0.0163 5.00 72.719 0.1219 0.1375 0.0156

-0.1228 0.0229 5.17 72.696 0.1263 0.1347 0.0084

-0.1284

-0.0335 5.33 72.689 0.1182 0.1264 0.0082

-0.1161 0.0737 5.50 72.679 0.1060 0.1210 0.0149

-0.1066 0.0568 5.67 72.668 0.0953 0.1149 0.0196

-0.1041 0.0156 5.87 72.642 0.0921-0.1082 0.0161

-0.1063

-0.0106 6.05 72.629 0.0845 0.1040 0.0195

-0.1035 0.0146 6.30 72.601 0.0805 0.0996 0.0191

-0.1023 0.0095 6.55 72.585 0.0888 0.0961 0.0073

-0.0944 0.0373 72.555 0.0992 0.0987

-0.0005

-0.0934 0.0133 6.80 i

i

(

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i I

---e-.,

r-

.r-,,

l STABLE MODE Perry Nuclear Power Plant UNIT 1

Page 2 O

TEMPERATURE STABILIZATION UNIT 1 ANSI 56.8 BN-TOP-1 i

TIME TEMP 1 HR 4 HR 4 HR-1HR BN1 BN2 6.98 72.556 0.0718 0.0919 0.0201

-0.0821 0.0622 7.22 72.545 0.0678 0.0914 0.0236

-0.0739 0.0427 7.55 72.529 0.0525 0.0883 0.0359

-0.0733 0.0045 7.80 72.506 0.0451 0.0878 0.0427

-0.0758

-0.0104 8.05 72.504 0.0492 0.0843 0.0351

-0.0626 0.0308 8.30 72.487 0.0543 0.0840 0.0297

-0.0573 0.0214 8.55 72.477 0.0525 0.0772 0.0247

-0.0543 0.0118 8.83 72.456 0.0475 0.0706 0.0231

-0.0485 0.0245 9.08 72.450 0.0520 0.0674 0.0154

-0.0508

-0.0164 9.33 72.424 0.0597 0.0661 0.0063

-0.0569

-0.0243 9.58 72.421 0.0533 0.0646 0.0113

-0.0532 0.0161 9.83 72.416 0.0399 0.0629 0.0230

-0.0441 0.0365 10.08 72.394 0.0559 0.0589 0.0030

-0.0542

-0.0405 10.33 72.388 0.0361 0.0532 0.0171

-0.0483 0.0238 t

+

STABLE MODE Page 1 AVERAGE DATA VALUES DATE TIME RTD DEW PT.

VAP PRESS DRYPRES3l MASS l

57 0.00 74.217 67.816 0.337 26.709 l 194703.92 57 0.17 73.989 68.387 0.343 26.687 194628.63 57 0.33 73.855 68.146 0.341 26.681 194628.38 57 0.50 73.779 68.222 0.341 26.672 194594.75 57 0.67 73.723 68.100 0.340 26.668 194581.70 57 0.83 73.633 68.701 0.347 26.654 194515.31 57 1.00 73.524 68.732 0.348 26.647 194501.03 57 1.17 73.433 68.100 0.340 26.647 194533.47 57 1.33 73.357 68.059 0.340 26.641 194520.75 57 1.50 73.306 68.051 0.339 26.636 194499.72 57 1.67 73.269 68.156 0.341 26.629(

194463.92 57 1.83 73.235 67.591 0.334 26.630 194487.58 57 2.00 73.195 68.316 0.343 26.618 194407.78 57 2.17 73.163 68.514 0.345 26.610 194361.88 57 2.33 73.127 67.877 0.337 26.612 194389.19 57 2.50 73.075 68.112 0.340 26.603 194344.34 57 2.67 73.045 67.787 0.336 26.602 194346.06 O-57 2.83 73.000 67.885 0.338 26.596 194321.41 57 3.00 72.970 67.935 0.338 26.590 194291.39 57 3.17 72.949 68.025 0.339 26.584 194254.45 57 3.33 72.924 67.821 0.337 '

26.583 194251.77 57 3.50 72.910 68.350 0.343 26.571 194171.17 57 3.67 72.882 68.258 0.342 26.568 194160.03 57 3.83 72.857 67.616 0.334 26.571 194190.78 57 4.00 72.841 68.290 0.342 26.559 194106.22 57 4.17 72.823 68.092 0.340 26.556 194093.22 57 4.33 72.807 67.711 0.336 26.556 194101.94 58 4.50 72.785 67.698 0.335 26.552 194077.92 58 4.67 72.763 67.817 0.337 26.547 194050.33 58 4.83 72.738 68.531 0.345 26.534 193961.44 58 5.00 72.719 67.600 0.334 26.541 194022.27 58 5.17 72.696 68.178 0.341 26.530 193952.08 58 5.33 72.689 68.074 0.340 26.527 193934.34 58 5.50 72.679 67.809 0.337 26.527 193931.00 58 5.67 72.668 66.895 0.326 26.533 193982.28 58 5.87 72.642 66.972 0.327 26.527 193948.59 58 6.05 72.629 66.852 0.326 26.523 l 193926.42 58 6.30 72.601 67.090 0.328 26.515 !

193872.92 58 6.55 72.585 67.133 0.329 26.509 193834.81 58 6.80 72.555 66.964 0.327 26.505 ;

193815.86l O

STABLE MODE Page 9

{

f AVERAGE DATA VALUES VAPPRESSf DATE[(__ TIME RTD DEW PT.

DRY PRESS' MASS 58 6.98 72.556 67.032 0.328 26.502 193798 64 58 7.22 72.545 66.896 0.326 26.503 193810.38 58 7.55 72.529 66.956 0.327 26.501 193796.52 58 7.80 72.506 67.021 0.328 26.499 193792.22 58 8.05 72.504 67.028 0.328 26.498 193788.67 58 8.30 72.487 66.800 0.325 26.500 193806.48 58 8.55 72.477 66.881 0.326 26.499 193799.86 58 8.83 72.456 66.711 0.324 26.500 193817.59 58-9.08 72.450 66.929 0.327 26.496 193794.64 58 9.33 72.424 66.865 0.326 26.496 193801.77 58 9.58 72.421 67.071 0.328 26.493 193778.77 58 9.83 72.416 67.042 0.328 26.492 193775.42 58 10.08 72.394 67.069 0.328 26.490 193770.44 58 10.33 72.388 67.078 0.328 26.490 193767.95 O

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APPENDIX B ILRT TEST DATA AND PLOTS b

O e

.-v-w.--

- m

.m,__,

i., -,,,i-,,.-,,,.,,

O TEST MODE PLEASE SELECT THE OPTION YOU WISH TO USE:

TEST DATA 1413

.1 MANUAL DATA ENTRY

OF DATA POINTS

= 125 2

PARAMETER GRAPHS MODE DURATION (IN HOURS) = 32.00 3

SENSOR PLOTS TOT TIME MEASURED LEAK =

0.0840 4

TREND ANALYSIS TOT TIME CALCULATED LEAK =

0.0729 5

REPRINT CURRENT DATA PT TOT TIME 95% UCL =

0.0934 6

SENSOR DIFFERENTIALS MASS POINT LEAK =

0.0954 MASS POINT 95% UCL =

0.1007 75% La

=

.15 P

PA55 WORD MENU MASS =

193557.20 SELECTED OPTION =

POINT

SUMMARY

CURRENT VALUE/ DIFFERENCE FROM PREVIOUS POItrI AVG TEMP:

71.939 / +0.030 AVG PRESS:

26.439

/ +0.000 MASS:

193557.20 /

-8.891 AVG DEW PRESS:

0.3292 / -0.0008 TOTAL PRESS:

26.768

/ -0.001 1

O

TEST MODE Page 1 AVERAGE DATA VALUES DATEl TIME fVAP PRESSfDRY PRE 55f MAS 5 l

t RTD DER PT.

58 0.00 72.366 67.098 O.329 26.490 193774.41 58 0.25 72.368 67.109 0.329 26.487 193758.09 58 0.50 72.358 67.142 0.329 26.487 193759.09 58 0.75 72.342 67.073 0.328 26.486 193759.59 58 1.00-72.335 67.097 0.329 26.486 193756.30 58 1.25 72.328 67.160 0.329 26.484 193750.09 58 1.50 72.318 67.227 0.330 26.483 193744.30 58 1.75 72.302 67.217 0.330 26.482-193743.59 58 2.00 72.291 67.203 0.330 26.482 193749.00 58 2.25 72.292 67.279 0.331 26.481 193738.50 58 2.50 72.279 67.267 0.330 26.481 193740.70 58 3.25 72.260 67.243 0.330 26.479 193734.80 58 3.50 72.243 67.279 0.331 26.477 193730.59 58 3.75 72.232 67.138 0.329 26.478 193739.00 58 4.00 72.204 67.311 0.331 26.475 193727.41 58 4.38 72.208 67.135 0.329 26.476 193733.41 58 4.63 72.203 67.199 0.330 26.475 193726.20 0

58 4.90 72.200 67.199 0.330 26.474 193723.59 r

58 5.15 72.200 67.269 0.330 26.473 193714.00 58 5.40 72.197 67.236 0.330 26.473 193714.30 58 5.65 72.182 67.166 0.329 26.473 193718.20 58 5.90 72.183 67.265 0.330 26.471 193706.00 58 6.15 72.163 67.135 0.329 26.472 193720.30 58 6.40 72.167 67.128 0.329 26.472 193719.50 58 6.65 72.162 67.149 0.329 26.471 193712.30 58 6.90 72.163 67.149 0.329 26.471 193712.00 58 7.15 72.147 67.178 0.329 26.470 193711.80 58 7.40 72.142 67.141 0.329 26.470 193712.80 58 7.65 72.131 67.148 0.329 26.469 193708.80 58 7.90 72.128 67.065 0.328 26.470 193716.91 58 8.15 72.122 66.960 0.327 26.470 193720.70 58 8.40 72.106 67.027 0.328 26.469 193720.70 58 8.65 72.103 66.902 0.326 26.470 193724.70 58 8.90 72.111 67.031 0.328 26.468 193707.50 58 9.15 72.099 67.073 0.328 26.467 193708.50 58 9.40 72.089 66.978 0.327 26.468 193716.20 58,

9.65 72.091 66.951 0.327 26.468 193713.91, 58 9.90 72.078 67.037 0.328 26.467 193711.59l 58 10.15 72.080 67.081 0.328 26.465 193700.09(

58 10.40 72.088 66.999 0.327 26.466 193703.80l O

i TEST MODE

()

j AVERAGE DATA VALUES DATE TIME RTD DEW PT.

VAP PRESS : DRY PRESS MASS 58 10.65 72.070 66.642 0.323 26.469 193732.30 58 10.90 72.057 66.828 0.325 26.467 193722.00 58 11.15 72.057 66.900 0.326 26.465 193708.80 58 11.40 72.063 66.919 0.326 26.464 193701.09 58 11.65 72.061 66.956 0.327 26.464 193698.91 58 11.90 72.050 66.945 0.327 26.464 193700.20 58 12.15 72.046 66.979 0.327 26.463 193695.09 58 12.40 72.047 66.994 0.327 26.463 193693.41 58 12.65 72.044 67.010 0.328 26.462 193689.70 58 12.90 72.035 67.044 0.328 26.461 193686.50 58 13.15 72.043 67.024 0.328 26.461 193681.50 58 13.40 72.021 67.261 0.330 26.458 193666.00 58 13.65 72.020 67.315 0.331 26.457 193661.91 58 13.90 72.016 67.349 0.331 26.457 193660.50 58 14.15 72.015 67.299 0.331 26.457 193661.41 58 14.40 72.023 67.298 0.331 26.456 193655.00 58 14.65 72.011 67.190 0.330 26.457 193668.41 58 14.90 72.034 67.492 0.333 26.453 193631.00 58 15.15 72.016 67.454 0.333 26.453 193637.20

()

58 15.40 72.003 67.470 0.333 26.453 193640.59 58 15.65 72.006 67.542 0.334 26.452 193633.30 58 15.90 72.003 67.532 0.333 26.452 193631.59 58 16.15 72.001 67.556 0.334 26.452 193630.30 58 16.40 72.002 67.411 0.332 26.453 193638.41 58 16.65 72.001 67.616 0.334 26.450 193618.09 58 16.90 71.990 67.506 0.333 26.446 193594.09 58 17.15 71.996 67.490 0.333 26.446 193593.59 58 17.40 71.984 67.527 0.333 26.445 193591.09 58 17.50 71.981 67.598 0.334 26.444 193582.30 58 17.75 72.001 67.628 0.335 26.444 193572.80 59 18.00 71.995 67.702 0.335 26.443 193568.59 59 18.25 71.986 67.522 0.333 26.445 193583.30 59 18.50 71.982 67.526 0.333 26.444 193584.41 59 18.75 71.994 67.379 0.332 26.446 193589.00 59 19.00 71.976 67.403 0.332 26.445 193589.59 59 19.25 71.978 67.482 0.333 26.444 193582.30:

59 19.50 71.988 67.563 0.334 26.442 193564.30, 59 19.75 71.979 67.554 0.334 26.442 193568.50 i

59 20.00 71.981 67.499 0.333 26.443 193572.41 59 20.25 71.993 67.433 0.332 26.443 193569.91

I TEET MODE O'

Page 3 I

i f

AVERAGE DATA VALUES

'VAPPRESS{DRY PRESS MASS DATE TIME RTD DEW PT.

59 20.75 71.983 67.494 0.333 26.442 193568.59 59 21.00 71.990 67.493 0.333 26.442 193566.09 59 21.25 71.979 67.434 0.332 26.443 193571.09 59 21.50 71.990 67.445 0.332 26.442 193562.70 59 21.75 71.980 67.495 0.333 26.441 193562.20 59 22.00 71.969 67.566 0.334 26.440 193556.41 59 22.25 71.963 67.503 0.333 26.441 193563.91 59 22.50 71.973 67.567 0.334 26.440 193554.80 59 22.75 71.971 67.591 0.334 26.440 193553.70 59 23.00 71.972 67.437 0.332 26.441 193562.50 59 23.25 71.971 67.603 0.334 26.439 193545.09 59 23.75 71.966 67.547 0.334 26.439 193551.70 59 24.00 71.955 67.510 0.333 26.439 193555.00 59 24.25 71.957 67.502 0.333 26.439 193555.00 59 24.50 71.958 67.445 0.332 26.440 193559.41 59 24.75 71.960 67.603 0.334 26.438 193545.59 59 25.00 71.974 67.570 0.334 26.438 193539.80 59 25.25 71.958 67.760 0.336 26.436 193529.41 59 25.50 71.960 67.566 0.334 26.437 193541.20 59 25.75 71.966 67.614 0.334 26.437 193535.00 59 26.00 71.963 67.603 0.334 26.437

'193537.20 59 26.25 71.945 67.526 0.333 26.437 193546.41 59 26.50 71.964 67.559 0.334 26.437 193533.09 59 26.75 71.932 67.438 0.332 26.438 193554.91 59 27.00 71.940 67.453 0.333 26.438 193550.80 59 27.25 71.918 67.465 0.333 26.438 193557.80 59 27.50 71.929 67.383 0.332 26.439 193560.41 59 27.75 71.916 67.518 0.333 26.437 193554.00 59 28.00 71.938 67.425 0.332 26.438 193553.80 59 28.25 71.902 67.254 0.330 26.440 193577.50 59 28.50 71.897 67.317 0.331 26.438 193570.41 59 28.75 71.888 67.277 0.331 26.439 193576.91 59 29.00 71.890 67.228 0.330,

26.439 193576.50 59 29.25 71.894 67.249 0.330 26.439 193573.59 59 29.50 71.906 67.253 0.330 26.439 193568.80 59 29.75 71.893 67.165 0.329 26.440 193581.00 59 30.00 71.914 67.216 0.330 26.439 193568.91 59 30.25 71.916 67.262 0.330 26.438 193560.91 59 30 50 71.910 67.267 0.330j.

26.438 193562.50 59 30.75 71.906 67.087 0.328 26.440 193579.00 59 31.00 71.900 67.241 0.330 26.438 193568.30 59 31.25 71.910 67.259 0.330 26.438 193563.30 59 31.50 71.905 67.266 0.330 26.438 193564.59 59 31.75 71.909 67.227 0.330,

26.438 193566.09

()

59 l 32.00 71.939 67.157 [

0.329 L 26.439 193557. 20!

l

= _. _

TEST MODE Perry Nuclear Power Plant UNIT 1

Page-1 LEAKAGE PATE

SUMMARY

UNIT 1 TOTAL TIME MASS / POINT DATE TIME TTLM LMCALC SL LAM L95 58 0.00 0.0000 0.0000 0.0000 0.0000 0.0000 58 0.25 0.8062 0.0000 0.0000 0.0000 0.0000 58 0.50 0.3770 0.3770 0.0000 0.3767 2.4949 58 0.75 0.2439 0.1945 1.3659 0.2143 0.6415 58 1.00 0.2239 0.1307 0.8717 0.1714 0.3771 58 1.25 0.2408 0.1215 0.7509 0.1784 0.3006 58 1.50 0.2483 0.1268 0.6857 0.1926 0.2760 58 1.75 0.2176 0.1197 0.6128 0.1858 0.2463 58 2.00 0.1569 0.0930 0.5274 0.1519

-0.2106 58 2.25 0.1973 0.0930 0.5012 0.1547 0.2008 58 2.50 0.1669 0.0845 0.4652 0.1448 0.1834 58 3.25 0.1509 0.0375 0.4267 0.1320 0.1629 58 3.50 0.1549 0.0565 0.4234 0.1286 0.1537 58 3.75 0.1166 0.0544 0.3982 0.1122 0.1381 58 4.00 0.1453 0.0595 0.3888 0.1127 0.1348 i

O 58 4.38 0.1157 0.0474 0.3647 0.1042 0.1250 58 4.63 0.1289 0.0501 0.3559 0.1027 0.1209 58 4.90 0.1284 0.0507 0.3470 0.1020 0.1181 58 5.15 0.1453 0.0553 0.3448 0.1066-0.1216.

58 5.40 0.1379 0.0575 0.3399 0.1083 0.1220 58 5.65 0.1231 0.0567 0.3315 0.1065 0.1190 i

58 5.90 0.1434 0.0594 0.3291 0.1098 0.1217 58 6.15 0.1088 0.0563 0.3189 0.1051 0.1170 58 6.40 0.1062 0.0533 0.3096 0.1008 0.1127 58 6.65 0.1157 0.0522 0.3033 0.0996 0.1106 58 6.90 0.1119 0.0508 l

0.2971 0.0977 0.1081 58 7.15 0.1084 0.0492

,0.2909 0.0958 0.1057 58 7.40 0.1031 0.0473 0.2845 0.0935 0.1030 58 7.65 0.1061 0.0460 0.2794 0.0922 0.1012 58 7.90 0.0901 0.0431 0.2723

'O.0882 0.0975 58 8.15 0.0816 0.0396 0.2646 0.0835 0.0934 58 8.40 0.0791 0.0363 0.2574 0.0791 0.0895' 58 8.65 0.0711 0.0325 0.2499 0.0741 0.0851 58 8.90 0.0931 0.0315 l

0.2463 0.0734 0.0838 58 9.15 0.0891 0.0303

.0.2425 0.0722 0.0821 58 9.40 0.0766 0.0281 0.2374 0.0695 0.0793 58 9.65 0.0776 0.0262 0.2329 0.0672 0.0768 58 9.90 0.0786 0.0247 0.2289 0.0655 0.0747 58 10.15 0.0907 0.0245 0.2270 0.0657 0.0745 58 10.40 0.0841 0.0238 0.2244 0.0651,

0.0735 j O

i

TEST MODE Perry Nuclear Power Plant UNIT 1

Page 2 LEAKAGE RATE

SUMMARY

UNIT 1 TOTAL TIME MASS / POINT DATE TIME TTLM LMCALC SL LAM L95 58 10.65 0.0489 0.0200 0.2179 0.0600 0.0696 58 10.90 0.0595 0.0176 0.2131 0.0569 0.0665 58 11.15 0.0729 0.0166 0.2103 0.0559 0.0651 58 11.40 0.0796 0.0162 0.2085 0.0558 0.0647 58 11.65 0.0802 0.0161 0.2070 0.0560 0.0644 58 11.90 0.0771 0.0157 0.2052 0.0557 0.0638 58 12.15 0.0808 0.0157 0.2041 0.0559 0.0637 58 12.40 0.0808 0.0158 0.2030 0.0562 0.0637 58 12.65 0.0829 0.0161 0.2022 0.0569 0.0641-58 12.90 0.0843 0.0165 0.2017 0.0576 0.0646 58 13.15 0.0874 0.0172 0.2015 0.0587 0.0655 58 13.40 0.1001 0.0188 0.2027 0.0611 0.0680 58 13.65 0.1020 0.0205 0.2041 0.0635 0.0706 58 13.90 0.1015 0.0221 0.2052 0.0656 0.0727 58 14.15 0.0989 0.0234 0.2060 0.0672 0.0744 58 14.40 0.1027 0.0250 0.2071 0.0692 0.0764 58 14.65 0.0895 0.0256 0.2068 0.0698 0.0768

~

58 14.90 0.1192 0.0282 0.2095 0.0732 0.0807 58 15.15 0.1121 0.0302 0.2112 0.0756 0.0833 58 15.40 0.1076 0.0318 0.2124 0.0776 0.0853 58 15.65 0.1117 0.0336 0.2138 0.0797 0.0875 58 15.90 0.1112 0.0354 0.2151 0.0817 0.0895 58 16.15 0.1105 0.0370 0.2162 0.0835 0.0912 58 16.40 0.1027 0.0381 0.2165 0.0844 0.0920 58 16.65 0.1162 0.0399 0.2180 0.0866 0.0941 58 16.90 0.1321 0.0426 0.2208 0.0900 0.0980 58 17.15 0.1305 0.0451 0.2232 0.0930 0.1013 58 17.40 0.1305 0.0475 0.2254 0.0957 0.1043 58 17.50 0.1359 0.0514 0.2291 0.0987 0.1075 58 17.75 0.1407 0.0540 0.2316 0.1019 0.1110 59 18.00 0.1416 0.0565 0.2341 0.1049 0.1142 59 18.25 0.1297 0.0583 0.2354 0.1067 0.1160 59 18.50 0.1272 0.0599 0.2365 0.1084 0.1176.

59 18.75 0.1225 0.0612 0.2371 0.1095 0.1186 59 19.00 0.1204 0.0624 0.2376 0.1103 0.1192 59 19.25 0.1236 0.0637 0.2382 0.1114 0.1201 59 1

19.50 0.1334 0.0654 0.2394 0.1131 0.1217 59 19.75 0.1291 0.0669 0.2403 0.1144 0.1230 59 20.00 0.1251 0.0681 0.2409 0.1154 0.1238 59 20.25 0.1250 0.0693 0.2413 0.1163 0.1245 0

+

e v.

v,..

TEST MODE Perry Nuclear Power Plant UNIT 1

Page 3 O

k LEAKAGE RATE

SUMMARY

UNIT 1 TOTAL TIME MASS / POINT

]

U DATE TIME TTLM LMCALC SL LAM L95 59 20.75 O.1228 0.0690 0.2404 0.1171 0.1251 '

59 21.00 0.1228 0.0701 0.2409 0.1176 0.1255 59 21.25 0.1184 0.0710 0.2410 0.1179 0.1256 59 21.50 0.1219 0.0721 0.2413 0.1185 0.1260 59 21.75 0.1208 0.0730 0.2415 0.1189 0.1262 59 22.00 0.1227 0.0741 0.2418 0.1193 0.1265 59 22.25 0.1171 0.0748 0.2417 0.1195 0.1265 59' 22.50 0.1209 0.0757 0.2419 0.1198 0.1266 59 22.75 0.1201 0.0765 0.2419 0.1201 0.1268 L

59 23.00 0.1141 0.0770 0.2416 0.1199 0.1265 59 23.25 0.1221 0.0778 0.2418 0.1204 0.1268 59 23.75 0.1161 0.0774 0.2406 0.1204 0.1266 59 24.00 0.1132 0.0779 0.1058 0.1201 0.1262 59 24.25 0.1120 0.0783 0.1059 0.1199 0.1259 59 24.50 0.1086 0.0786 0.1059 0.1194 0.1253 59 24.75 0.1145 0.0791 O.1061 0.1193 0.1251 59

.25.00 0.1162 0.0797 0.1064 0.1193 0.1250

()

59 25.25 0.1202 0.0804 0.1069 0.1196 0.1251 59 25.50 0.1133 0.0809 0.1070 0.1195 0.1249 59 25.75 0.1151 0.0813 0.1073 0.1194 0.1248' i

59 26.00 0.1130 0.0817 0.1074 0.1192-0.1244 59 26,25 0.1076 0.0819 0.1073 0.1187 0.1239 59 26.50 0.1127 0.0822 0.1074 0.1186 0.1236 59 26.75 0.1016 0.0821 0.1070 0.1178 0.1228 59 27.00 0.1025 0.0821 0.1068 0.1170 0.1220 59 27.25 0.0984 0.0819 0.1063 0.1161 0.1211 59 27.50 0.0964 0.0816 0.1058 0.1151 0.1200 59 27.75 0.0984 0.0815 0.1054 0.1143 0.1192 59 28.00 0.0976 0.0813 0.1050 0.1134 0.1183 59 28.25 0.0863 0.0807 0.1041 0.1120 0.1170 59 28.50 0.0886 0.0802 0.1034 0.1107 0.1158 59 28.75 0.0851 0.0796 0.1026 0.1093 0.1144 59 29.00 0.0845 0.0790 0.1018 0.1079 0.1131 59 29.25 0.0850 0.0784 0.1010 0.1068 0.1120 59 29.50 0.0863 0.0779 0.2003 0.1057 0.1109 59 29.75 0.0805 0.0772 0.0994 0.1043 0.1096 59 30.00 0.0848 0.0767 0.0987 0.1032-0.1085 59 30.25 0.0874 0.0763 0.0981 0.1022 0.1075 59 30.50 0.0860 0.0759 0.0975 0.1013 0.1066 59 30.75 0.0787 0.0752 0.0967 0.1000 0.1053 1

59 31.00 0.0823 0.0747 0.0960 0.0990 0.1043 59 31.25 0.0837 0.0743 0.0953 0.0981-0.1034 I

'9 31.50 0.0825 0.0738 0.0947 0.0971 0.1024 ;

O 3

31.75 0.0813 0.C733,.

0.0940 0.0962 '

O.1015 ;

7,

.1007 y

0.0954 0.0840 3'.5729 W 0.1924 i j

59 32.0J i.

1

(

TEST MODE Perry Nuclear Power Plant UNIT 1

Page 1 i

LEAKAGE RATE TREND UNIT 1 l

l MASS POINT TOTAL TIME DATE TIME TTLM LMCALC CHANGE LAM CHANGE 58 O.25 0.8062 0.0000 O.0000 0.0000 0.0000 58 0.50 0.3770 0.3770 0.3770 0.3767 0.3767 58 0.75 0.2439 0.1945

-0.1824 0.2143

-0.1625 58 1.00 0.2239 0.1307

-0.0638 0.1714

-0.0429 58 1.25 0.2408 0.1215

,-0.0092 0.1784 0.0069 58 1.50 0.2483 0.1268 0.0053 0.1926 0.0143 58 1.75 0.2176 0.1197

-0.0071 0.1858

-0.0068

-0.0267 0.1519

-0.0339 58 2.00 0.1569 0.0930 1

58 2.25 0.1973 0.0930 0.0001 0.1547 0.0028 58 2.50 0.1669 0.0845

-0.0086 0.1448

-0.0099 58 3.25 0.1509 0.0375

-0.0469 0.1320

-0.0128 58 3.50 0.1549 0.0565 0.0190 0.1286

-0.0034 58 3.75 0.1166 0.0544

-0.0021 0.1122

-0.0165 58 4.00 0.1453 0.0595 0.0050 0.1127 0.0006 58 4.38 0.1157 0.0474

-0.0121 0.1042

-0.0085 Ox 58 4.63 0.1289 0.0501 0.0027 0.1027

-0.0015 58 4.90 0.1284 0.0507 0.0006 0.1020

-0.0007 58 5.15 0.1453 0.0553 0.0046 0.1066 0.0045 58 5.40 0.1379 0.0575 0.0022 0.1083 0.0018 58 5.65 0.1231 0.0567

-0.0008 0.1065

-0.0019 58 5.90 0.1434 0.0594 0.0027 0.1098 0.0033 58 6.15 0.1088 0.0563

-0.0031 0.1051

-0.0047 58 6.40 0.1062 0.0533

-0.0030 0.1008

-0.0042 58 6.65 0.1157 0.0522

-0.0011 0.0996

-0.0012 l

58 6.90 0.1119 0.0508

-0.0014 0.0977

-0.0019 i

58 7.15 0.1084 0.0492

-0.0016 0.0958

-0.0019 58 7.40 0.1031 0.0473

-0.0020 0.0935

-0.0023 l

58 7.65 0.1061 0.0460

-0.0012 0.0922

-0.0013 58 7.90 0.0901 0.0431

-0.0029 0.0882

-0.0041 58 8.15 0.0816 0.0396

-0.0035 0.0835

-0.0047 58 8.40 0.0791 0.0363

-0.0033 0.0791

-0.0044 58 8.65 0.0711 0.0325

-0.0038 0.0741

-0.0050 58 8.90 0.0931 0.0315

-0.0010 0.0734

-0.0007 58 9.15 0.0891 0.0303

-0.0012 0.0722

-0.0012 58 9.40 0.0766 0.0281

-0.0023 0.0695

-0.0027 1 58

[

9.65 0.0776 0.0262

-0.0019 0.0672

-0.0023 58 9.90 0.0786 0.0247

-0.0015 0.0655

-0.0017 58 10.15 0.0907 0.0245

-0.0002 0.0657 0.0002 58 10.40 0.0841 0.0238 L

-0.0007 0.0651

-0.0006 0

c

TEST MODE Perry Nuclear Power Plant UNIT 1

Page 2 Ot i

I LEAKAGE RATE TREND UNIT 1 TOTAL TIME MASS POINT

]

TIME DATE TTLM LMCALC CHANGE LAM CHANGE 58 10.65 0.0489 0.0200

-0.0038 0.0600

-0.0050 58 10.90 0.0595 0.0176

-0.0024 0.0569

-0.0032 58 11.15 0.0729 0.0166

-0.0010 0.0559

-0.0010 58 11.40 0.0796 0.0162

-0.0003 0.0558

-0.0001 58 11.65 0.0802 0.0161

-0.0002 0.0560 0.0001 58 11.90 0.0771 0.0157

-0.0004 0.0557

-0.0003 58 12.15 0.0808 0.0157 0.0000 0.0559 0.0003 58' 12.40 0.0808 0.0158 O 0001 0.0562 0.0003 58 12.65 0.0829 0.0161 0.0003 0.0569 0.0006 58 12.90 0.0843 0.0165 0.0004 0.0576 0.0007 58 13.15 0.0874 0.0172 0.0007 0.0587 0.0011 58 13.40 0.1001 0.0188 0.0016 0.0611 0.0023 58 13.65 0.1020 0.0205 0.0017 0.0635 0.0024 58 13.90 0.1015 0.0221 0.0016 0.0656 0.0021 58 14.15 0.0989 0.0234 0.0013 0.0672 0.0017 58 14.40 0.1027 0.0250 0.0016 0.0692 0.0020 58 14.65 0.0895 0.0256 0.0006 0.0698 0.0006 Os 58 14.90 0.1192 0.0282 0.0026 0.0732 0.0034 58 15.15 0.1121 0.0302 0.0020 0.0756 0.0024 58 15.40 0.1076 0.0318 0.0016 0.0776 0.0020 58 15.65 0.1117 0.0336 0.0018 0.0797 0.0021 58 15.90 0.1112 0.0354 0.0017 0.0817 0.0020 58 16.15 0.1105 0.0370 0.0016 0.0835 0.0018 58 16.40 0.1027 0.0381 0.0011 0.0844 0.0009 58 16.65 0.1162 0.0399 0.0019 0.0866 0.0021 58 16.90 0.1321 0.0426 0.0027 0.0900 0.0034 58 17.15 0.1305 0.0451 0.0025 0.0930 0.0030 58 17.40 0.1305 0.0475 0.0024 0.0957 0.0027 58 17.50 0.1359 0.0514 0.0039 0.0987 0.0030 58 17.75 0.1407 0.0540 0.0026 0,1019 0.0032 59 18.00 0.1416 0.0565 0.0025 0.1049 0.0030 59 18.25 0.1297 0.0583 0.0018 0.1067 0.0018 59 18.50 0.1272 0.0599 0.0016 0.1084 0.0017 59 18.75 0.1225 0.0612 0.0013 0.1095 0.0011 59 19.00 0.1204 0.0624 0.0012 0.1103 0.0008 j

59 19.25 0.1236 0.0637 0.0013 0.1114 0.0011 59 19.50 0.1334 0.0654 0.0017 0.1131 0.0017 59 19.75 0.1291 0.0669 0.0015 0.1144 0.0013 59 20.00 0.1251 0.0681 0.0012 0.1154 0.0010 59 20.25 0.1250 0.0693 0.0012 0.1163[

0.0009 0

TEST MODE Perry Nuclear Power Plant UNIT 1

Page 3

.O i

LEAKAGE RATE TREND UNIT 1 TOTAL TIME MASS POINT f

f DATE TIME TTLM LMCALC CHANGE LAM CHANGE 59 20.75 0.1228 0.0690

-0.0004 0.1171 0.0008 59 21.00 0.1228 0.0701 0.0012 0.1176 0.0005 59 21.25 0.1184 0.0710 0.0009 0.1179 0.0003 59 21.50 0.1219 0.0721 0.0011 0.1185 0.0005 59 21.75 0.1208 0.0730 0.0010 0.1189 0.0004 59 22.00 0.1227 0.0741 0.0010 0.1193 0.0005 59 22.25 0.1171 0.0748 0.0007 0.1195 0.0001 59' 22.50 0.1209 0.0757 0.0009 0.1198 0.0003 59 22.75 0.1201 0.0765 0.0008 0.1201 0.0003 59 23.00 0.1141 0.0770 0.0005 0.1199

-0.0002 59 23.25 0.1221 0.0778 0.0009 0.1204 0.0004 59 23.75 0.1161 0.0774

-0.0005 0.1204 0.0000 59 24.00 0.1132 0.0779 0.0005 0.1201

-0.0003-59 24.25 0.1120 0.0783 0.0004 0.1199

-0.0002 59 24.50 0.1086 0.0786 0.0003 0.1194

-0.0005 59 24.75 0.1145 0.0791 0.0005 0.1193

-0.0001 59 25.00 0.1162 0.0797 l

0.0006 0.1193 0.0000-()

59 25.25 0.1202 0.0804 0.0007 0.1196 0.0003 59 25.50 0.1133 0.0809 0.0004 0.1195

-0.0001 59 25.75 0.1151 0.0813 0.0005 0.1194

-0.0000 59 26.00 0.1130 0.0817 0.0004 0.1192

-0.0002 59 26.25 0.1076 0.0819 0.0002 0.1187

-0.0005 59 26.50 0.1127 0.0822 0.0004 0.1186

-0.0001 59 26.75 0.1016 0.0821

-0.0001 0.1178

-0.0008 59 27.00 0.1025 0.0821

-0.0000 0.1170

-0.0007 59 27.25 0.0984 0.0819

-0.0002 0.1161

-0.0009 59 27.50 0.0964 0.0816

-0.0003 0.1151

-0.0010 59 27.75 0.0984 0.0815

-0.0002 0.1143

-0.0008 59 28.00 0.0976 0.0813

-0.0002 0.1134

-0.0009 59 28.25 0.0863 0.0807

-0.0006 0.1120

-0.0014 59 28.50 0.0886 0.0802

-0.0005 0.1107

-0.0013 59 28.75 0.0851 0.0796

-0.0006 0.1093

-0.0014 59 29.00 0.0845 0.0790

-0.0006 0.1079

-0.0014 l

59 29.25 0.0850 0.0784

-0.0006 0.1068

-0.0012 59 29.50 0.0863 0.0779

-0.0005 0.1057

-0.0011 59 29.75 0.0805 0.0772

-0.0007 0.1043

-0.0014 59 30.00 0.0848 0.0767

-0.0005 0.1032

-0.0011 59 30.25 0.0874 0.0763

-0.0004 0.1022

-0.0010 59 30.50 0.0860 0.0759

-0.0004 0.1013

-0.0009 59 30.75 0.0787 0.0752

-0.0007 0.1000

-0.0013 59 31.00 0.0823 0.0747

-0.0005 0.0990

-0.0010 59 31.25 0.0837 0.0743

-0.0005 0.0981

-0.0009 Ol 59 L

31.50 0.0825 0.0738

-0.0005 0.0971

-0.0009 0.0733]1-0.0005f0.0962

-0.'0010 59 31.75 0.0813 i

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O APPENDIX C VERIFICATION TEST DATA AND PLOTS c

e

- I O

8

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

VERIFICATION MODE TIME = 0128 OPTIONS:

TEST

SUMMARY

1

- - MANUAL DATA ENTRY

OF DATA POINTS = 41~

2 PARAMETER GRAPHS MODE DURATION (IN HOURS) = 10.00 3

SENSOR PLOTS TOT TIME MEASURED LEAK =

0.3617 4

TREND ANALYSIS TOT TIME CALCULATED LEAK =

0.2793 5

REPRINT CURRENT DATA PT MASS PT LEAK =

0.2935 6

SENSOR DIFFERENTIALS IMPOSED LEAK-=

0.1973 COT TIME UPPER LIMIT =

0.3202 PAto VORD MENU TOT TIME LOWER LIMIT =

0.2202 P

+

MASS PT UPPER LIMIT =

0.3427 SELECTED OPTION =

MASS PT LOWER LIMIT =

0.2427 TOT TIME VERIFICATION CRITERIA HAS BEEN MET OQ MASS PT VERIFICATION CRITERIA HAS BEEN MET POINT

SUMMARY

CURRENT VALUE/ DIFFERENCE FROM PREVIOUS POINT AVG TEMP:

71.925/ -0.020 AVG PRESS:

26.392 / +0.002 MASS:

193219.30/ +20.594 AVG DEW PRESS:

0.3363/ +0.0002 TOTAL PRESS:

26.728 /.+0.002 t

O i

v-

O VERF MODE Perry Nuclear Power Plant UNIT 1

Page 1 LEAKAGE RATE

SUMMARY

UNIT 1 TOTAL TIME MA53/ POINT DATE TIME TTLM LMCALC SL LAM L95 59 0.00 0.0000 0.0000 0.0000 0.0000 0.0000 59 0.25 1.0866 0.0000 0.0000 0.0000 0.0000 59 0.50 0.7993 0.7993 0.0000 0.7989 2.2175 59 0.75 0.5856 0.5733 0.8647 0.5780 1.0127' 59 1.00 0.5656 0.4928 0.9771 0.5189 0.7350 59 1.25 0.9089 0.6713 1.5655 0.7531 1.0694 59 1.50 0.8830 0.7541 1.4971 0.8378 1.0705 59 1.75 0.8906 0.8066 1.4348 0.8811 1.0553 59 2.00 0.8029 0.8030 1.3420 0.8547 0.9893 59 2.25 0.7279 0.7725 1.2525 0.8024 0.9221 59 2.50 2.1739 1.2512 2.4112 1.4272 2.0948 59 2.75 0.5930 1.0885 2.2710 1.1480 1.7701 59 3.00 2.5882 1.5558 3.0288 1.7493 2.5612 59 3.25 0.5706 1.3518 2.8904 1.4028 2.1796 O

59 3.50 0.5430 1.1857 2.7266 1.1463 1.8642 59 3.75 0.4720 1.0372 2.5592 0.9385 1.5978 59 4.00 0.4755 0.9192 2.4024 0.7877 1.3863 59 4.25 0.5140 0.8321 2.2657 0.6878 1.2271-59 4.50 0.5125 0.7606 2.1445 0.6134 1.0998 59 4.75 0.5065 0.7006 2.0368 0.5554 0.9955 59 5.00 0.3940 0.6299 1.9259 0.4834 0.8868 59 5.25 0.4398 0.5789 1.8337 0.4390 0.8075 59 5.50 0.4722 0.5415 1.7572 0.4135 0.7500 59 5.75 0.4929 0.5133 1.6926 0.3989 0.7070 59 6.00 0.4669 0.4854 i

1.6313 0.3827 0.6661 59 6.25 0.4818 0.4639 1.5790 0.3735 0.6348 59 6.50 0.4973 0.4478 1.5346 0.3707 0.6122 59 6.75 0.5036 0.4350 1.4957 0.3705 0.5944 59 7.00 0.4840

.0.4214 1.4578 0.3677 0.5759 e

59 7.25 0.4754 0.4086 1.4223 0.3644 0.5585 59 7.50 0.4040 0.3886 1.3805 0.3495 0.5314-l 59 7.75 0.4230 0.3733 1.3451 0.3409 0.5114 !

59 8.00 0.4313 0.3610 1.3139 0.3357 0.4958 '

I 59 8.25 0.4136 0.3482 1.2833 0.3288 0.4795 0.4626j 59 8.50 0.3956 0.3349 1.2531 0.3204 60 8.77 0.3793 0.3202 1.2226 0.3112 0.4457 -

60 9.02 0.3917 0.3097 1.1971 0.3056 0.4328 60 9.25 0.4012 0.3025 1.1757 0.3026 0.4230.

60 9.50

-0.4126 0.2961 1.1564 0.3022 0.4163 l

1.1368 0 2999 0.4083 'l SO 9.75 0.3973 0.2890 l O

-.1 a

s i

- - ~

~. =-_-.-

VERF MODE Perry Nuclear Power Plant UNIT 1

Page 2 l

\\

LEAKAGE RATE

SUMMARY

UNIT 1 TOTAL TIME MASS / POINT DATE TIME TTLM LMCALC SL LAM L95 60

.10.00 0.3617 0.2793 1.1147 0.2935 0.3967~

3 0

l l

e

. O

()

VERF MODE Perry Nuclear Power Plant UNIT 1

Page 1 LEAKAGE RATE TREND UNIT 1 TOTAL TIME MASS POINT

~

DATE TIME TTLM LMCALC CHANGE LAM CHANGE 59 0.25 1.0868 0.0000 0.0000 0.0000 0.0000 59 0.50 0.7993 0.7993 0.7993 0.7989 0.7989 59 0.75 0.5856 0.5733

-0.2260 0.5780

-0.2210 l

59 1.00 0.5656 0.4928

-0.0806 0.5189

-0.0590 59 1.25 0.9089 0.6713 0.1786 0.7531 0.2342 59 1.50 0.8830 0.7541 0.0828 0.8378 0.0847 59 1.75 0.8906 0.8066 0.0525 0.8811 0.0434 59 2.00 0.8029 0.8030

-0.0036 0.8547

-0.0264 59 2.25 0.7279 0.7725

-0.0306 0.8024

-0.0523 59 2.50 2.1739 1.2512 0.4787 1.4272 0.6247 59 2.75 0.5930 1.0885

-0.1626 1.1480

-0.2792 59 3.00 2.5882 1.5558 0.4673 1.7493 0.6013 l

59 3.25 0.5706 1.3518

-0.2040 1.4028

-0.3465 59 3.50 0.5430 1.1857

-0.1661 1.1463

-0.2565 59 3.75 0.4720 1.0372

-0.1485 0.9385

-0.2078 O

59 4.00 0.4755 0.9192

-0.1180 0.7877

-0.1509 59 4.25 0.5140 0.8321

-0.0871 0.6878

-0.0998 59 4.50 0.5125 0.7606

-0.0715 0.6134

-0.0744 i

59 4.75 0.5065 0.7006

-0.0600 0.5554

-0.0580 59 5.00 0.3940 0.6299

-0.0707 0.4834

-0.0720 1

59 5.25 0.4398 0.5789

-0.0510 0.4390

-0.0443 59 5.50 0.4722 0.5415

-0.0374 0.4135

-0.0256 59 5.75 0.4929 0.5133

-0.0282 0.3989:

-0.0146 59 6.00 0.4669 0.4854

-0.0279 0.3827

-0.0162 59 6.25 0.4818 0.4639

-0.0215 0.3735

-0.0092 59 6.50 0.4973 0.4478

-0.0161 0.3707

-0.0028 59 6.75 0.5036 0.4350

-0.0128 0.3705

-0.0002 59 7.00 0.4840 0.4214

-0.0136 0.3677

-0.0028 59 7.25 0.4754 0.4086

-0.0128 0.3644

-0.0033 59 7.50 0.4040 0.3886

-0.0201 0.3495

-0.0149 59 7.75 0.4230 0.3733

-0.0152 0.3409

-0.0087 59 8.00 0.4313 0.3610

-0.0123 0.3357

-0.0051 59 8.25 0.4136 0.3482

-0.0128 0.3288

-0.0070 i

59 8.50 0.3956 0.3349

-0.0133 0.3204

-0.0083 60 8.77 0.3793 0.3202

-0.0147 0.3112

-0.0092

~

60 9.02 0.3917 0.3097

-0.0105 0.3056

-0.0056 60 9.25 0.4012 0.3025

-0.0072 0.3026

-0.0030 60 9.50 0.4126 0.2961

-0.0064 0.3022

-0.0005 i

60 9.75 0.3973 0.2890

-0.0071 0.2999

-0.0023[

~

VERF MODE Perry Nuclear Power Plant UNIT 1

Page 2 l

?

LEAKAGE RATE TREND UNIT 1 TOTAL TIME MASS POINT DATE TIME TTLM LMCALC CHANGE LAM CHANGE 60 10.00 0.3617 0.2793

-0.0097 0.2935

-0.0064 i

t i

?

I i

4 i

i l

1 i

l i

i I

l

O i

VERF MODE Psse i AVERAGE DATA VALUES l

DATE TIME RTD DEW PT.

VAP PRRSS DRY PRESS' MASS 59 0.00 71.948 67.097 0.329 26.433 193511.00 59 0.25 71.937 67.142 0.329 26.429 193489.09 59 0.50 71.956 67.005 0.327 26.429 193478.80 59 0.75 71.956 66.999 0.327 26.428 193475.59 59 1.00 71.983 67.093 0.328 26.428 193465.41 59 1.25 71.934 67.633 0.335 26.420 193419.41 59 1.50 71.939 67.617 0.334 26.418 193404.20 59 1.75 71.946 67.637 0.335 26.415 193385.41 59 2.00 71.934 67.644 0.335 26.414 193381.50 59 2.25-71.930 67.650 0.335 26.414 193379.00 59 2.50 71.932 71.239 0.379 26.372 193072.80 59 2.75 71 925 67.577 0.334 26.414 193379.50 59 3.00 71.934 72.836 0.400 26.347 192885.00 59 3.25 71.941 67.545 0.334 26.412 193361.50 59 3.50 71.940 67.549 0.334 26.411 193357.80 59 3.75 71.950 67.559 0.334 26.413 193368.30 0

59 4.00 71.927 67.522 0.333 26.411 193357.70 59 4.25 71.932 67.553 0.334 26.408 193334.91 59 4.50 71.940 67.503 0.333 26.407 '

193325.00 59 4.75 71.941 67.549 0.334 26.406 193317.00 59 5.00 71.923 67.474 0.333 26.410 193352.20 59 5.25 71.921 67.455 0.333 26.406 193324.80 59 5.50 71.932 67.599 0.334 26.403 193301.59 59 5.75 71.963 67.560 0.334 26.402 193282.50 59 6.00 71.926 67.601 0.334 26.401 193285.09 59 6.25 71.938 67.880 0.337 26.399 193268.20 59 6.50 71.938 67.828 0.337 26.397 193250.41 59 6.75 71.948 67.946 0.338 26.395 193236.91 59-7.00 71.928 67.935 0.338 26.394 193237.80 59 7.25 71.938 67.947 0.338 26.394 193233.09 59 7.50 71.929 67;723 0.336 26.398 193266.70 59 7.75 71.921 67.731 0.336 26.395-193246.70 59 8.00 71.945 67.659 0.335 26.395 193232.80 59 8.25 71.934 67.672 0.335-26.394 193235.91 59 8.50

'71.955 67.532 O.333 26.396 193239,91 60 8.77 71.938 67.618 0.334 26.396 193242.91 60 9.02 71.930 67.716 0.336 26.393 193226.30 60 9.25

'71.938 67.723 0.336 26.391 193211.80 60 9.50 71.940 67.824 0,337 26.389 193195.00 60 9.75 71.945 67.759 0.336 26.390 193198.70 i

0

VERF MODE Page 2 AVERAGE DATi VALUES

~

DATE TIME RTD DEW PT.

VAP PRESS DRY PRESS MASS I

60 10.00 71.925 67.777 0.336 26.392 193219.30

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h APPENDIX D TYPE B & C LOCAL LEAKAGE RATE TEST SUMMARIES (SINCE ILRT, JULY 1989)

AG

m A

O li m DH ZD 2

H O

<X DM H

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rm N

re H

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.9MMP.Y RI1UT OF 'ITIE B & C 'IEST I RES SIfEE RIO1 IIRr (07/01/89)

AS-FUFO IEF,-REPAIR AS-LEFT IMT-FEPAIR IYW.

VALVE URT MIN PA111 URT MISPA111 fD.

?D.

(TDi)

IMIE (7Df)

(7Df)

LMIE (7Di)

SM!ARY/QERlLTIVE /CTI(N P114 1M17-F010 Could not 0)/23/90 51.0 ; 6.0 18.6 3 6.0 09/25/90 18.6 f 6.0 In order to URT this penetration it is Pressurize reluired to install a test shroul. Initial URr determined seal of flanged area of valve IM17-F010 had lun altemi durirg installation of test shrotx!. Mjustmmts were mie to ensure proper seal. URTms performi satisfactorily.

P20'.

1C11-F122 Guld not 11/15/90 53.70 3 6.0 36.15 3 6.0 11/23/90 53.7 3 6.0 On 11/19/90 installed new seal ring in IC11-Pressurize 04/21/92 2.0 3 0.6 10.0 3 6.0 04/30/92 2.0 3 0.60 F122 svirg check (also replaced lxvnet, disc, clevis, and arm). Reperformi IJRT m 11/23/90 - nat. On O'./23/92 rei acal check d

valve type fran sving check to lif t check.

URT reperformi - sat.

(See flRE 1 for alditiornl informtim)

P205 Fbel Could not 11/29/90 N/A 2.86 3 0.6 02/12/90 2.86 3 0.6 Post URr af ter reinstallatim of blank in Transfer Pressurize lhel Transfer Table determinoi excessive Tube leakage at blini flange seal. Inspectim m all 'o'-rings anl seating surfaces ms conluctel with no deficiencies or ahorml-ities noted. Blini flarge assenbly ws thoroughtly clearni and reasrxinblei. URT vas reperfoimal - sat.

P2(11 IM17-IUJO Could rot 03/22/90 10.0 3 6.0 10.0 3 6.0 03/24/90 10.0 3 6.0 In order to URr this penetration it is re-Pressurize quirol to install a test shrotal. Initial URT detemined seal of flargal area of valve IM17-F020 had been altered during installa-tim of test shrtnl. Mjustmmts were mie to msure proper seal. URT reperformed-sat.

P210 1P54-F10% (Sm !UIE 4) 03/21/92 65.0 3 6.0 159.78 3 6.0 05/10/92 65.0 3 6.0 1P54-F109B (check valve) was biniing, pre-venting the valve fmn closirg. Valve w s replaced with a differmt type valve.

(See frRE 3 for additiorn1 infomatim)

P301 1G41-F140 747.60 3 60 03/24/92 439.5 ; 60.0 94.10 3 6.0 05/06/92 79.0 3 6.0 Motor operated lutterfly valm 1G41-F140 1G'l-F145 439.50 y f0 03/24/92 79.0 3 6.0 05/06/92 nech! aljustn.nt of lover packing.

Motor operated lxitterfly valve 1G41-F145 needal to have flangel area torqual to eliminate leakage.

P306 IP52-F350 3500 3 u 0.0 03/26/92 203.83 3 @.0 476.0 3 60.0 03/30/92 203.83 3 W.0 1PS2-FSM check valve ws disasserbled.

Valve intermls were cleanal ani inly to bonnet gasket was replaced. URT reperfonrei - sat.

. P I"E.2_ focal

= >+ o. e .p. o o o o o o. to M w w >=

=

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=

e= += OWQ e w y w M e e a e e e e e e e e e o o w o w o w w w N o e e r* N N N N N N N N. N N OMM N.* o o o o o o o o O w e a e w >= w w w w 4om N N N N N N N N N N N N re m > o o a w o w o o o xO e w == w a J w w oM i ie r* M> w == w >= w e-p N o e a w o w w =J w == > O o o o a w o o o e o o o M o o o o o o o o o o o o t* M-> M N> M 4.

4 M.

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4. '

== w e e. p. >= g g

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>= e- == >= 4 ma e= me r i M e e i e i a e r e I t" 4 M g

4

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=

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3 o

w e. e w LEAK RATE SYST - P64006 30-P 1993 Page ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS UBR CODE DATE LEAKAGE STD COMMENTS P112 01 90/12/14 4.13 0.60 RETEST PER W.O.90-580s 1E21-F006 P112 01 92/04/16 2.10 0.60 1E21-F006 P112 02 90/11/32 10.00 6.00 1E21-F005 P112 02 92/04/16 9.52 0.60 IE21-F005 P113 01 90/11/03 $7.73 6.00 1E12-F024A P113 01 92/04/07 605.00 60.00 1E12-F028A-Pill 02 90/12/03 16.80 6.00 W.O. 49-6955 RETEST 1E12-F017A 1E12-F037A P113 02 92/04/07 4.00 0.60 1E12-FO37A P113 03 90/11/03 55.00 6.00 1E12-F042A P113 03 92/04/06 33.30 6.00 1E12-F042A Pill 04 90/11/03 1,0$0.67 60.00 1E12-F027A P113 04 92/04/06 505.60 60.00 1E12-F027A O O O LEAR RATE SYST* - P64006 30-P 1993 Page ISO LEAKAGE REMARKS PEN 8AR READING BARRIER DESCRIPTIONS ESR CODE DATE LEAKAGE STD COMMENTS P114 01 90/09/23 99,999.99 99,999.99 1M17-F010 P114 01 90/09/25 18.60 6.00 1M17-F010 P114 01 92/04/30 10.00 6.00. 1M17-F010 P114 02 90/09/25 10.00 6.00 0-RINGS P114 02 92/03/20. 10.vu 6.00 PRE LLRT 0-RINGS P114 02 92/05/06 10.00 6.00 POST-LLRT AFTER SHROUD REMOVAL 0-RINGS P114 03 90/09/23 51.00 6.00 IM17-F015 P114 03 92/04/30 10.00 6.00 IM17-F015 File 03 92/05/05 22.00 6.00 RETEST PER W.O. 90-5976 IM17-F015 P116 01 90/10/16 15.00 6.00 1P57-r5248 P116 01 92/04/19 40.23 6.00 1P57-F5248 P116 02 90/10/16 10.00 6.00 1P57-F0158 9 O O LEAK RATE'SYST' - P64006' 30-P -1993

Pag, ISO LEAEAGE BEMARKS PEN BAR READING.

BARRIER DESCRIPTIONS NBR CODE DATE LEARAGE STD COMMENTS P116 02 92/04/19 1.21 0.60 1P57-r0158 P116 02 92/04/22 38.21 6.00 1P57-P0158 P117 01 90/11/27 10.00 6.00 1P86-r528 P117 01 92/04/22 27.48 6.00 1P86-r528 P117 02 90/11/27 30.75 6.00 1PB6-r002 P117 02 92/04/22 38.10 6.00 1P86-r002 P118 C1 90/11/02 10.00 6.00 1E12-r558A P118 01 92/04/10 2.00 0.60 1E12-r558A P118 02 90/11/02 10.00 6.00 1E12-r0073A P118 02 92/04/10 2.00 0.60 1E12-r0073A P119 01 89/07/12 1.00 0.60 AS LEFT 1E61-D015 AND D014 P119 01 90/12/05 1.00 0.60 ~ 1E61-D015 AND D014 O O O w w 4 9 m m 9 w 9 m 9 9 w w w w w w w w w w w w Eg w w w w 4 4 w N w w w w am o o o o o o m2 i\\~/ omw o o o o e o e o o o o o opm w e w w w w w w w w w w OnO M m w o w w w w o w w w w we N N N N N N N N N N N N UMM o o o o o = o o o o o w o w w w w w w w w w w HUM N N N N N N N N N N N N Ma> o u o o w w o w o a w w 20 m N e 4 w M N m 4 W OM - F M> w M 'o o u M u u w o u M M N e r O o o o o o o o o o o o o m o o o o o o o o o o o o V M> M N> M H H n o o o o o o o e o o o o O e s e M o o e m m e m o e e m m W o o o o o o o o o o O' o M N \\ w w w w w w w w w w w w n a = n o a = n a M n a

n o n

N N

m D

M m

M P

m m

B R

e M

m M

4 w

w w

4 w

w w

V w

w w

4 W

m t

a e

i e e

a e i t

m a

a r i i

e a

N N

O O

P O

O O

F O

O 1

O O

-F O

O O

P O

o o

w o g o w o o

4 o

o y

a t

o m

o e

e w

g

=

g

=

g w

w g

m w

w D

.m D

A e

m w

n.

.e w

4 w

m M

M W

e W

H W

m m

2 2

2 4

2 F

F F

F U

U U

U 2

2 2

2 O

O O

O

.M M

.M

.M o

o o

o 9

w w

w w.

a a

e a

y W

2 2

=

0 0

0 C

U U

M AWN.

w w

Q m

m M

M m

m M

2O2 m

e e

e 2MP w

w w

w MMW 8

i t

i i

1 2AM O

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o o

o Mw o

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o 4

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M Nw D o

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l l

i

LEAK RATE SYST*

- P64006 10-M 1991 Page ISO LEANAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS 38R CODE DATE LEAKAGE STD COMMENTS PI21 04 90/07/03 54.10 6.00 PRI PEN EXPANSION BELLOWS P121 04 90/12/05 14.32 6.00 EXPANSION BELLOWS P121 04 92/05/11 34.95 6.00 EXPANSION SELLOWS O

O O

LEAK RATE SYST*

- P64006 30-F

-1993 Page ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE

'DATE LEAKAGE STD-COMMENTS P122 02 90/12/05 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P122 02 92/05/17 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P123 01 90/10/13 44.20 6.00 1E51-F066 P123 01 91/04/11 360.00 60.00 1E51-F066 P123 01 91/04/12 366.00 60.00 1E51-F066 P123 01 92/04/04 330.00 60.00 1E51-F066 P123 02 90/11/02 1.05 0.60 1E51-F013 AND 1E12-F023 P123 02 92/04/16 28.21 6,00 1E51-r013 AND 1E12-F023 P123 03 90/12/05 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P123 03 92/05/17 0.00 0.00 SEE P121 04 EXPANSION BELLOWS e

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,y LEAR RATE SYST'

- P64006 jo_y 1993 Page ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS RBR CODE DATE LEAKAGE STD COMMENTS P124 02 90/12/05 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P124 02 92/0$/17 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P131 01 90/09/27 1.00 0.60 1G33-P001 P131 01 92/04/29 10.00 6.00 1G33-P001 P131 01 93/02/12 20,00 6.00 RETEST TO WO 92-4266 1G33-P001 O

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LEAK RATE SYST'

-'P64006 30-M 1993 Paga ISO LEAKAGE RENARMS PEN 8AR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAEAGE STD COMMENTS P131 02 90/09/27 16.19 0.60 1G33-r004 P131 02 92/04/29 132.80 6.00 1G33-r004 P131 02 93/02/12 67.70 6.00 IG33-r004 P131 03 90/12/05 0.00 0,00 SEE P121 04 EXPANSION BELLOWS P131 03 92/05/17 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P132 01 90/10/15 317.40 60.00 1G33-r040 P132 01 92/04/09 3,230.00 600.00 EVALUATION SY ISI ENGINEER 1G33-r040 P132 02 90/10/1%

300.20 60.00 1G33-r039 P132 02 92/04/09 2,900.00 600.00 EVALUATION SY ISI ENGINEER 1G33-r039 P201 01 90/09/30 1,00 0.60 1D17-r0798 P201 01 92/03/25 2.J0 0 60 1017-F0798 P201 02 90/09/30 1.00 0.60 AD17-r019A O

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LEAR RATE SYST

- P64006 30-P 1993 Page ISO LEARAGE REMARES PEN BAR READING BARRIER DESCRIPTIONS EBR CODE DATE LEAKAGE STD COMMENTS P201 02 92/03/25 2.00 0.60 1D17-F079A P201 03 90/09/30 1.00 0.60 1D17-F0118 P201 03 90/12/21 29.00 6.00 WO 90-6178 1D17-F071B P201 03 92/03/25 9.45 0.60 1D17-F071B P201 04 89/12/22 10.00 6.00 REVERSE TEST PER W.O.

88-7052 DUE TO VALVE REPLACEMENT.

1D17-F071A P201 04 90/09/30 1.00 0.60 1D17-F071A P201 04 91/06/10 10.00 6.00 PRE-LLRT PER W.O.

91-3251 ID17-F011A P201 04 91/06/11 10.00 6.00 POST-LLRT PER W.O.

91-3251 1017-F071A P201 04 92/03/25 20.00 6.00 1D17-F071A P202 01 90/09/24 10.00 6.00 PARTIAL EQUIPMENT HATCH DOUBLE O-RINGS P202 01 90/12/05 11.00 6.00 EQUIPMENT MATCH DOUBLE O-RINGS P202 01 92/03/22 3.28 0.60 PRE LLRT EQUIPMENT HATCH DOUBLE O-RINGS O

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LEAK RATE STST

- P64086 30-M 1993 Page ISO LEAEAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS 28R CODE DATE LEAKAGE STD COMMENTS P202 01 92/05/17 10.00 6.00 EQUIPMENT HATCH DOUBLE O-RINGS P202 01 92/06/01 2.00 0.60 RETEST TO W.O.

92-2340 EQUIPMENT HATCH DOUBLE O-RINGS P202 01 93/01/08 2.00 0.60 PRE LLRT EQUIPMENT HATCH DOUBLE O-RINGS P202 01 93/02/20 2.00 0.60 EQUIPMENT HATCH DOUBLE O-RINGS P203 01 90/09/11 4.04 0.60 WO 89-5580 1G41-F522 P203 01 92/03/23 2.00 0,66 1G41-F522 P203 02 90/09/11 1,00 0.60 1G41-F100 P203 02 92/03/23 31.80 6.00 1G41-F100 P204 01 90/11/15 99,999.99 12,000.00 IC11-F122 P204 03 90/11/23 56.15 6.00 1C11-F122 P204 01 92/04/21 99,999.99 99,999.99 WROTE CR 92-113 EXISTING WO 91-1336 1C11-F122 P204 01 92/04/30 10.00 6.00 1C11-F122 O

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LEAK RATE SYST*

- P64006 30.p 3993 Page ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P204 02 90/11/15 53.70 6.00 1C11-F083 P204 02 92/04/21 2.00 0.60 1C11-F083 P204 02 93/01/13 6.12 0.60 WO 91 1887 PRE LLRT 1C11-F083 P204 02 93/01/17 2.00 0.60 POST LLRT IC11-F083 P205 01 90/11/29 99,999.99 99,999.99 FLANGE SEAL & UPPER BELLOWS & LOWER BELLOWS & BEL P205 01 90/12/02 2.86 0.60 FLANGE SEAL & UPPER BELLOWS & LOWER BELLOWS & BEL P205 01 92/01/26 3.88 0.60 PRE LLRT FLANGE SEAL & UPPER BELLOWS & LOWER BELLOWS & BEL P205 01 92/05/09 20.00 6.00 RETEST PER WO 91-1874 FLANGE SEAL & UPPER BELLOWS & LOWER BELLOWS & BEL P205 01 91/01/08 20.00 6.00 PRE-LLRT PRIOR TO BLANK REMOVAL FLANGE SEAL & UPPER BELLOWS & LOWER BELLOWS & BEL P205 01 93/02/15 2.00 0.60 FLANGE SEAL & UPPER BELLOWS & LOWER BELLOWS & BEL P20s 01 90/09/22 99,999.99 99,999.99 1M1 J20 P200 01 90/09/24 10.00 6.00 1M17-P020 0

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LEAK RATE SYST'

- P64006 30-F 1993 Page 150 LEANAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P208 01 92/05/01 10.00 6.00 4

1M17-F020 P208 02 90/09/24 10.00 6.00 0-RINGS P208 02 92/03/20 2.00 0.60 PRE LLRT O-RINGS P208 02 92/05/06 10.00 6.00 POST LLRT AFTER SHROUD REMOVAL O-RINGS P208 03 90/09/22 10.00 6.00 1M17-F025 P208 03 92/05/01 10.00 6.00 PRE LLRT 1M17-F025 P208 03 92/05/06 11.20 6.00 RETEST PER W.O.

90-5977 1M17-r025 P210 01 90/11/19 10.00 6.00 1P54-r1098 P210 01 92/03/27 12.55 0.06 1P54-F1098 P210 01 92/05/10 159.78 6.00 RETEST PER WO 91-185 1P54-F1098 P210 02 90/11/19 53.85 6.00 1P54-F340 P210 02 92/03/27 65.00 6.00 1P54-r340 0

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LEAK RATE S Y S T'

- P64006 30-p 1993 Pagt ISO LEAMAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P301 01 90/09/10 120.00 6.00 IG41-F140 P301 01 92/03/24 747.67 60.00 INITIATED W.O.

92-1088 1G41-F140 P301 01 92/05/06 94.10 6.00 RETEST PER W.O.

92-1088/1087 1G41-F140 P3C1 02 90/09/10 112.83 6.00 1G41-F145 P301 02 92/03/24 439.50 60.00 INITIATED W.O.

92-1087 1G41-F145 P301 02 92/05/06 79.00 6.00 RETEST PER W.O.

92-1088/1047 1G41-F145 P302 01 90/11/01 371.80 60.00 1M51-F090 P302 01 92/03/27 59.85 6.00 1M51-r090 P302 02 90/11/01 497.00 60.00 1M51-r110 P302 02 92/03/23 96.05 6.00 1M51-F110 P304 01 90/10/26 64.67 6.00 1P57-r524A P304 01 92/04/21 48.82 6.00 IP57-F524A O

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LEAK RATE SYST*

- P64006 30-M 1993 Page ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS EBR CODE DATE LEAKAGE STD COMMENTS P304 02 90/10/26 12.50 6.00 1P57-F015A P304 02 92/04/21 3.96 0.60 1P57-F015A P305 01 90/11/07 10,00 6.00 1P53-F536 AND IP53-F570 P305 01 92/04/28 2.00 0.60 1P53-F536 AND 2P53-F570 P305 02 90/11/06 10.00 6.00 1P53-ed30 AND 1P53-F010 P305 02 92/04/28 2.00 0.60 1PS3-F030 AND IP53-F010 P305 03 90/11/07 10.00 6.00 1P53-F035 AND 1PS3-F015 P305 03 92/04/28 2.00 0.60 1P53-F035 AND IP53-F015 P305 04 90/11/06 10.00 6.00 IP53-F035 AND IP53-F070 P305 04 92/04/28 2.00 0.60 LP53-F035 AND 1P53-r070 P305 05 90/11/07 10.00 6.00 1P52-F160 P305 05 92/04/28 2.00 0.60 1PS2-F160 0

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LEAK RATE SYST*

- P64006 30-M 1993 Page ISO LEAKAGE REMARKS PEN SAR READING BARRIER DESCRIPTIONS EBR CODE DATE LEAEAGE STD COMMENTS P305 06 89/10/24 77.50 8.49 AIRLOCK SARREL P305 06 90/04/23 413.00 60.30 AIRLOCK BARREL P305 06 90/10/21 7.22 0.85 AIRLOCK BARREL P305 06 91/04/19 90.90 8.49 AIRLOCK BARREL P305 06 91/10/15 616.00 60.30 AIRLOCE BARREL P305 06 92/03/17 746.34 60.00 PRE LLRT AIRLOCK SARREL P305 06 92/09/02 4.00 0.85 AIRLOCK BARREL P305 06 93/03/04 40.00 8.49 AIRLOCK BARREL P306 01 90/11/23 185.50 s.00 1PS2-F550 P306 01 92/03/26 3,500.00 600.00 WROTE CR 92-052 s WO 92-1143 1PS2-F550 P306 01 92/03/27 1,224.00 60.00 RETEST PER W.O.

92-1143.. FAILED IP52-F550 P306 01 92/03/30 476.00 60.00 RETEST FOR WO 92-1143 1P52-F550 9

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LEAK RATE SYST*

- P64006 30-M 1993 Page ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS 388 CODE DATE LEAKAGE STD-COMMENTS P306 02 90/11/23 209.83 60.00 1P52-r200 P306 02 92/03/26 203.83 60.00 1P52-r200 P308 01 90/10/19 257.00 60.00 1P51-r530 P308 01 90/11/11 4,700.00 600.00 INLEAKAGE FROM F545 1P51-r530 P308 01 90/11/23 314.16 60.00 1P51-r530 P304 01 92/03/25 240.00 60.00 1P51-F530 P308 02 90/10/19 5,500.00 12,000.00 W.O.

INITIATED IP51-r150 P304 02 90/11/23 137.53 6.00 1P51-F150 P308 02 92/03/25 286.67 60.00 1P51-r150 P309 01 90/11/05 24.83 6.00 1P22-r577 P309 01 90/11/06 24.83 6.00 1P22-r571 P309 01 92/04/30 44.50 6.00 1P22-r577 9

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LEAK RATE SYST*

- P64006 3 0-p ' g993 Page 150 LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P309 02 90/11/05 10.00 6.00 1P22-F010 P309 02 90/11/06 10.00 6.00 1P22-F010 P309 02 92/04/30 2.00 0,60 1P22-r010 P310 01 90/11/18 59.92 6.00 1P43-F121 P310 01 92/05/03 27.58 6.00 1P43-r721 P310 02 90/11/18 98.50 6.00 1P43-r055 P310 02 92/05/03 50.12 6.00 1P43-F055 P311 01 90/11/19 115.80 60.00 1P43-F215 P311 01 92/05/03 196.60 6.00 1P43-F215 P311 01 92/05/09 15.53 0.60 RETEST PER WO 92-1911 1P43-F215 P311 02 90/11/18 99,999.99 99,999.99 COULD NOT PRESSURIEE 11/19/90 1P43-F140 P311 02 90/11/19 117.50 60.00 AFTER AIR BLOW 1P43-F140 0

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LEAK RATE SYST'

- P64006 33.p ggg3 Page ISO LEAKAGE REMARKS PEN 8AR READING BARRIEP DESCRIPTIONS N8R CODE DATE LEAKAGE STD COMMENTS P311 02 92/05/03 99.999.99 99,999.99 WROTE WO IP43-F140 P311 02 92/05/09 2.00 0.60 RETEST PER WO 92-1778 1P43-F140 P311 02 92/10/27 22,370.43 1,019.40 1P43-F140 P311 02 92/10/28 20.00 6.00 1P43-r140 P312 On 90/11/06 10.00 6.00 1P53-F541 AND 1P53-F571 P312 01 92/04/26 2.30 0.60 1PS3-r541 AND 1P53-r571 P312 02 90/11/06 10.00 6.00 IP53-F075 AND F045 P112 02 92/04/26 2.00 0.60 1P53-r075 AND F045 P312 03 90/11/06 10.00 6.00 1P53-F040 AND F020 P312 03 92/04/26 2.00 0.60 1P53-r040 AND F020 P312 04 90/11/06 10.00 6.00 IP53-r025 AND F045 P312 04 92/04/26 2.00 0.60 IP53-F025 AND F045 9

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LEAK RATE SYST

- P64006 30-p 1993 Pa9s ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P312 05 90/11/06 11.42 6.00 1PS2-F170 P312 05 92/04/26 3.20 0.60 1P52-F170 P312 06 89/10/18 844.00 60.30 AIRLOCK BARREL P312 06 90/04/11 494.00 60.30 INCLUDES BARREL RELIEF VALVE IP53-F596 LEAKAGE AIRLOCK BARREL P312 06 90/10/11 486.50 60.30 AIRLOCK BARREL P312 06 91/04/14 824.50 60.30 AIRLOCK BARREL P312 06 91/10/03 657,33 60.30 AIRLOCK BARREL P312 06 92/03/12 78.00 6.03 AIRLOCK BARREL P312 06 92/08/19 738.00 60.00 AIRLOCK BARREL P312 06 93/02/01 535.30 60.00 AIRLOCK BARREL P313 01 89/08/24 1.00 0.60 1M14-F045, F040, AND F190 P313 01 89/11/13 10.00 6.00 1M14-F045, r040, AND F190 i

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LEAK RATE SYST

- P64005 30-r 1993 Pags ISO LEAKAGE REMARKS PEN BAR READING SARRIER DESCRIPTIONS NCR CODE DATE LEAEAGE STD COMMENTS P313 01 90/02/26 10.00 6.00 1M14-F045, F040, AND F190 P313 01 90/06/05 1.00 0.60 IM14-F045, F040, AND F190 P313 01 90/08/22 1.00 0.60 WO'S 90-344863449 1M14-F045, F040, AND F190 P313 01 90/11/22 12,820.00 600.00 1M14-F045, F040, AND F190 P313 01 90/12/02 21.73 6.00 IM14-F045, F040, AND F190 P313 01 91/03/05 22.33 6.00 1M14-F045, F040, AND F190 P313 01 91/06/07 10.00 6.00 1M14-F045, F040, AND F190 P313 01 91/09/10 10.00 6.00 1M14-F045, F040, AND F190 P313 01 91/12/18 68.20 6.00 1M14-F045, F040, AND F190 P313 01 92/03/20 10.00 6.00 1M14-F045, F040, AND F190 P313 01 92/05/13 2.00 0.60 RETEST PER W.O.90-379 1M14-F045, F040, AND F190 P313 01 92/04/04 20.00 6.00 1M14-F045, F040, AND F190 0

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LEAK RATE SYST'

- P64306 30-y 1993 Peg ISO LEAKAGE REMARES PEN nl.

READING BARRIER DESCRIPTIONS DBR CODE DATE LEAKAGE STD COMMENTS P313 01 92/11/05 3.130.00 600.00 1M14-F045, F040, AND F190 P313 01 92/11/06 26.52 6.00 1M14-F045, F040, AND F190 P113 01 93/01/10 20,800.00 6,000.00 PRE LLRT PER WO 92-4731 1M14-F045, F040, AND F190 P313 91 93/02/04 39.42 6.00 POST LLRT WO'S 92-4731 1M14-F045, F040, AND F190 P313 01 93/02/23 70.80 6.00 REF CR 93-07 1M14-F045, F040, AND F190 P313 02 89/08/24 1.00 0.60 1M14-F045, F040 AND F195 P313 02 89/11/13 10.00 6.00 1M14-F045 F040 AND F195 P313 02 90/02/26 10.00 6.00

!M14-F045, F040 AND F195 P313 02 90/06/05 1.00 0.60 1M14-F045, F040 AND F195 P313 02 90/08/22 1.00 0.60 WO'S 90-344863449 1M14-F045, F040 AND F195 P313 02 C0/11/22 11,750.00 600.00 1M14-F045, F040 AND F195 P313 02 90/12/02 16.60 6.00 1M14-F045 F040 AND F195 i

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LEAK RATE SYST

- P64006 30-P 1993 Pa9 ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEANAGE STD COMMENTS P113 02 91/03/05 26.33 6.00 1M14-F045, F040 AND F195 P313 02 91/06/07 25.70 6.00 1M14-F045, F040 AND F195 P313 02 91/09/10 10.00 6.00 1M14-F045, F040 AND F195 P313 02 91/12/18 44.60 6.00 1M14-F045, F040 AND F195 P313 02 92/03/20 16.00 6.00 1M14-F045, F040 AND F195 P113 02 92/05/13 2.00 0.60 RETEST PER W.O.90-379 1M14-F045, F040 AND F195 P313 02 92/08/04 21.60 6.00 1M14-F045, F040 AND F195 P313 02 92/11/05 3,130.00 600.00 1M14-F045, F040 AND F195 P313 02 92/11/06 23.47 6.00 1M14-F045, F040 AND F195 P313 02 93/01/10 22,000.00 6,000.00 PRE LLRT FOR WO 92-4731 1M14-F045, F040 AND F195 P313 02 93/02/04 29.72 6.00 POST LLAT WO'S 92-4731 6 93-143 1M14-F045, F040 AND F195 P313 02 93/02/23 55.40 6.00 CR 93-07 1M14-F045, F040 AND F195 O

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LEAK RATE SYST

- P64006 30-r

-1991 Pag.

ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS EBR CODE DATE LEAEAGE STD COMMENTS P314 01 92/03/20 868.00 60.00 1

IM14-F090, FOSS, AND F200 P314 01 92/05/13 2.00 0.60 RETEST PER W.O.91-5895 1M14-F090, F085, AND F200 P314 01 92/08/04 6.86 0.60 I

1M14-F090, F085, AND F200 j

l P314 01 92/11/05 33.80 6.00 f

I IM14-F090, FOSS, AND F20G l

P314 01 93/02/04 43.02 6.00 1M14-F090, F085, AND F200 l

P314 02 89/08/24 10.00 6.00 1M14-F090, F085 AND F205 P314 02 89/11/13 13.20 6.00 1M14-F090, F085, AND F205 P314 02 90/02/26 10.00 6.00 1M14-F090 F085, AND F205 P314 02 90/06/05 10.00 6.00 1M14-F090, F085, AND F205 i

l P314 02 90/08/15 10.00 6.00 1M14-F090, F085, AND F205 P314 02 90/08/11 10.00 6.00 wo*S 90-345063451 IM14-F090, F085, AND F205 P314 02 90/11/23 292.11 60.00 1M14-F090, F085 AND F205 e

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T LEAK RATE SYST

- P64006 30-P 1993 Pa9e ISO LEAEAGE REMARES PEN BAR READING BARRIER DESCRIPTIONS EBR CODE DATE LEAKAGE STD COMMENTS P314 02 91/03/05 47.85 6.00 1M14-F090, F085, AND F205 P314 02 91/06/07 18.20 6.00 1M14-F090, F085 AND F205 P314 02 91/09/10 10.00 6.00 1 M 14 - F 0 9 0.,

F085, AND F205 P114 02 91/12/18 591.00 60.00 1M14-P090, F085, AND F205 P314 02 92/03/20 896.00 60.00 1M14-F090, F085, AND F205 P314 02 92/05/13 2.00 0.60 RETEST PER W.O.90-372 1M14-F090, F085, AND F205 P314 02 92/08/04 6.61 0.60 1M14-F090, F085 AND F205 P314 02 92/11/05 254.00 60.00 1M14-F090, FOSS, AND F205 P314 02 93/02/04 43.65 6.00 IM14-F090, F085, AND F205 P315 01 90/09/16 2.95 0.60 1C41-F518 P115 01 92/03/29 10.00 6.00 IC41-F518 P115 02 90/09/14 37.50 6.00 1C41-F520 0

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LEAK RATE SYST

- P64006 jo_p 1991 Page ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P315 02 92/03/29 48.50 6.00 1C41-r520 P311 01 90/11/21 10.00 6.00 1D17-r089B P317 01 92/03/05 2.00 0.60 1D17-F089B P317 02 90/11/21 10.00 6.00 1D17-F089A P317 02 92/03/05 2.00 0.60 1017-r049A P317 03 90/06/29 1.77 0.60 1017-F081B P317 03 90/11/21 10.00 6.00 1D17-r081B P317 03 92/03/05 74.90 6.00 PRE LLRT FOR WO 92-841 1D17-70818 P317 03 92/03/18 6.00 0.60 RETEST Wo 92-881 ID17-F0818 P311 03 93/03/22 6.08 0.60 1D17-P081B P317 04 90/11/21 10.00 6.00 1D17-F081A P311 04 92/03/05 80.20 6.00 1D17-F081A O

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LEAM RATE SYST

- P64006 30.p 1993 Page ISO LEAEAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NER CODE DATE LEARAGE STD COMMENTS P317 04 93/03/22 6.19 0.60 1D17-F081A

'P317 05 89/07/11 10.00 6.00 AS LEFT RE61-D001, F549 AND CAP P317 05 90/11/13 3.21 0.60 1E61-D007, F549 AND CAP P117 05 92/05/03 2.00 0.60 1E61-D007, F549 AND CAP P317 05 93/01/26 2.00 0.60 PRE LLRT 1E61-D007, F549 AND CAP P317 05 93/03/02 2.00 0.60 1E61-D001, F549 AND CAP P317 06 89/07/11 10.00 6.00 AS LEFT 1E61-D006, F550 AND CAP P317 06 90/11/13 6.05 0.60 1E61-D006, F550 AND CAP P111 06 92/05/03 10.80 0.60 1E61-D006, F550 AND CAP P317 06 93/01/26 2.00 0.60 PRE LLRT 1E61-D004, F550 AND CAP P317 06 93/03/02 20.00 6.00 1E61-D006 F550 AND CAP P314 05 90/10/09 10.00 6.00 IM51-F2108 AND 1P87-F074 9

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LEAK RATE SYST'

- P64406 30-p 1993 Page ISO LEARAGE REMARKS PEN SAR READING BARRIER DESCRIPTIONS MBR CODE DATE LEAKAGE STD COMMENTS P319 01 93/01/26 2.00 0.60 PRE LLRT 3E61-D005,F551.AND CAP P319 01 93/03/02 2.00 0.60 1E61-0005,r551,AND CAP P319 02 89/07/11 4.70 0.60 AS LEFT IE61-D004, F552 AND CAP P319 02 90/11/13 2.45 0.60 1E61-D0G4, F552 AND CAP P319 02 92/04/30 2.00 0.60 1E61-D004, F552 AND CAP P319 02 93/01/26 2.00 0.60 PRE LLRT 1E61-D004, F552 AND CAP P319 02 93/03/02 2.00 0.60 1E61-D004 F552 AND CAP O

O O

m-d LEAK RATE SYST

- P64006' 30-p 1993 Page ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P404 01 90/11/05 10.00 6.00 1P50-F539 P404 01 90/11/13 470.50 60.00 1P50-F539 P404 01 92/05/07 2.00 0.60 1P50-F539 P404 02 90/11/05 15.15 6.00 1P50-F060 P404 02 90/11/13 5.80 0.60 1P50-F060 P404 02 92/05/07 16.49 0.60 1P50-F060 P405 01 90/11/05 610.67 60.00 1P50-F140 P405 01 90/11/09 1.40 0.60 1P50-F140 P405 01 92/05/07 3.71 0.60 1P50-F140 4

O O

O

G m

LEAK RATE SYST

- P64006 30_p 1993 Page ISO LEAKAGE REMARES pen BAR READING BARRIER DESCRIPTIONS MBS CODE DATE LEAKAGE STD COMMENTS P405 02 90/11/05 21.60 6.00 1P50-F150 P405 02 92/05/07 11.58 0.60 1P50-F150 P406 01 89/07/14 8.00 0.60 AS LEFT 1P54-F726 P406 te a 90/09/14 10.00 6,00 1P54-F726 P406 01 92/03/24 2.00 0.60 1P54-F726 P406 02 89/07/14 1.00 0.60 AS LEFT 1P54-F727 P406 02 90/09/14 10.00 6.00 1P54-F727 P406 02 92/03/24 6.00 0.60 1P54-F727 1E12-F024B AND F0118 O

e e

LEAK RATE SYST

- P64006 30-P 199-Page ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P408 02 90/10/22 888.60 60.00 1E12-FG21 P408 02 92/04/30 959.83 60.00 1E12-r021 P409 01 90/11/05 189.80 60.00 1E22-r023,F012 AND F035 P409 01 92/03/31 2.01 0.60 1E22-r023,F012.AND F035 P410 01 90/10/31 42.15 6.00 1E22-F005 P410 01 92/04/01 10.00 6.00 1E22-F005 c

O O

O

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=%

LEAK RATE SYST*

- P64006 30-P 1993 Poge 150 LEAKAGE REMARES PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P410 02 90/10/31 10.00 6.00 1E22-F004 P410 02 92/04/01 10.00 6.00 1E22-F004 P411 01 90/10/24 10.00 6.00 1E12-F041C P411 01 92/04/27 10.00 6.00 1E12-F041C P411 02 90/10/24 7.21 0.60 1E12-F042C P411 02 92/04/27 4.00 0.60 1E12-F042C P412 01 90/10/23 128.60 6.00 1El2-F0288 P412 01 92/04/22 170.00 6.00 1EI2-F0288 P412 02 90/10/23 104.70 6.00 1E12-F0378 P412 02 92/05/07 20.00 6.00 PER WO 91-2393 1E12-F037B P412 03 90/10/23 88.50 6,00 1E12-F042B P412 03 92/04/22 6.00 0.60 1E12-F042B e

O O

LEAM RATE SYST

- P64006 30-M 1993 Page ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS MBR CODE DATE LEAKAGE STD COMMENTS P412 04 90/10/23 1,810.50 60.00 1E12-F027B P412 04 91/04/23 26.45 6.00 RETEST PER W.O.90-245 1E12-F0278 P412 04 92/04/22 33.00 6.00 PRE LLRT 1E12-F0278 P413 01 90/09/19 4,135.00 600.00 FAILED BYPASS IP87-F049 P413 01 90/10/06 10.00 6.00 WO 90-1359 1P87-F049 P413 01 92/05/06 52.05 6.00 1P57-F049 F413 02 90/09/19 5,872.00 600.00 FAILED BYPASS 1P87-F055 P413 02 90/10/06 10.00 6.00 WO 90-1360 1P47-F055 P413 02 92/05/06 20,00 6.00 1P87-F055 413 02 92/05/15 2.00 0.60 RETEST PER w.O.

91-4295 1P87-F055 P413 03 90/09/19 10.00 6.00 1P&7-F046 P413 33 92/05/06 20.00 6.00 1P$7-F046 O

O O

LEAK RATE SYSTr" - P64006 33_y

.ggg3 Pag.

ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P413 04 90/09/19 10.00 6.00 1P87-F052 P413 04 92/05/06 20.00 6.00 1Pa7-r052 P414 01 90/10/23 0.00 0.00 1821-r365B P414 01 92/05/17 0.00 0.00 1821-F0658 P414 04 90/12/05 0.00 0.00 SEE V121 04 EIPANSION BELLOWS P414 04 92/05/17 u.00 0.00 SEE P121 04 EIPANSION BELLOWS 9

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LEAK RATE SYST'

- P64005 30-r 1993 Page ISO LEAEAGE REMARES PEN BAR READING BARRIER DESCRIPTIONS EBR CODE DATE LEAKAGE STD COMMENTS P415 02 90/11/05 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P415 02 90/12/05 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P415 02 92/05/17 0.00 0.00 SEE P121 04 EIPANSION BELLOWS e

O O

,,a LEAR RATE STST'

- P64006 30.y

-1993 Page ISO

-LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P416 02 90/12/05 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P416 02 92/05/17 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P417 01 90/11/12 10.00 6.00 1G61-F075 P417 01 92/04/14 10.00 6.00 1G61-F075 P417 02 9 0,e 11/12 10.00 6.00 1G61-F080 P417 02 92/04/14 10.00 6.00 1G61-F080 P418 01 90/10/31 10.00 6.00 1G61-F165 P418 01 92/04/08 10.00 6.00 1G61-F165 P418 01 93/01/25 20.00 6.00 1G61-r165 I

e O

O O

LEAK RATE SYST

- P64006 30.p 1993 Page ISO LEAKAGE REMARgs PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P418 02 90/10/31 10.00 6.00 1G61-F170 P418 02 92/04/04 10.00 6.00 1G61-F110 P418 02 93/01/25 24.00 6.00 1G61-F11?

P419 01 90/09/26 3.73 0.60 1G33-F053 P419 01 92/04/08 10.00 6.00 1G33-F053 P419 02 90/09/26 2.43 0.60 1G33-F054 P419 02 92/04/08 10.00 6.00 IG33-F054 P420 01 90/11/14 10.00 6.00 1G50-F272 P420 01 92/05/04 10.00 6.00 1G50-F272 P420 02 90/11/14 10.00 6.00 1G50-F277 l

P420 02 92/05/04 10.00 6.00 1G50-F277 P421 01 90/10/28 10.00 6.00 1E12-F009 AND F550 9

9 9

LEAK RATE S75T'

- P64006 30-P

-1993 Po g.

ISO LEAEAGE REMARES PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAEAGE STD CONMENTS P421 01 92/04/26 10.00 6.00 1E12-F009 AND F550 P421 02 90/10/28 10.00 6.00 1E12-F008 PS21 02 92/04/26 10.00 6.00 1E12-F008 P421 03 90/12/05 0.00 0.00 SEE P121 Da EXPANSION BELLOWS P621 03 92/05/17 0.00 0.00 SEE'P121 04 EXPANSION BELLOWS P422 01 89/07/13 1.00 0.60 AS LEFT 1E51-F063, F076 AND F064 P422 01 90/12/14 34.80 6.00 1E51-F063, F076 AND F064 P422 01 92/04/28 68.00 6.00 IE51-F063, F076 AND F064 P422 01 92/05/21 134.00 6.00 RETEST PER W.O.

92-1134 IE51-F063 F076 AND F064 P422 01 92/10/28 85.57 6.00 1E51-F063, F076 AND F064 P422 02 90/12/05 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P422 02 92/05/17 0.00 0.00 SEE P121 04 EXPANSION BELLOWS O

O O

LEAK RATE SYST'

- P64006 30-P 1993 Page ISO LEAKAGE REMARKS' PEN BAR READENG BARRIER DESCRIPTIONS NBR CODE DATE LEAKAGE STD COMMENTS P423 01 90/11/10 240.33 60.00 1821-F019 AND 1821-F016 P423 01 92/04/05 99,999.99 99,999.99 CR 92-073 6 WO 92-1317 1821-F019 AND 1821-F016 P423 01 92/04/14 10.00 6.00 RETEST PER W.O.

92-1317 1821-F019 AND 1821-r016 P423 02 90/12/05 0.00 0.00 SEE P121 04 EXPANSION BELLOWS P423 02 92/05/17 0.00 0.00 SEE P212 04 EXPANSION BELLOWS P424 01 90/10/16 308.30 60.00 1G33-F028 P424 01 92/04/08 10.00 6.00 1G33-r028 P424 02 90/10/16 312.20 60.00 IG33-r034 P424 02 92/04/08 10.00 6.00 IG13-r034 P425 01 90/10/08 10.00 6.00 1M51-r210A P425 01 92/04/20 20.00 6.00 i

IM51-F210A P425 12 90/10/08 10.00 6.00 1M51-7220A t

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LEAK RATE SYST*

- P64006 30-P 1993 Page ISO LEAKAGE REMARKS PEN BAR READING BARRIER DESCRIPTIONS NBR CODE DATE LEAEAGE STD COMMENTS P425 02 92/04/20 20.00 6.00 1M51-F220A i

P425 03 90/10/08 85.50 6.00 1M51-F230A P425 03 92/04/26 155.00 6.00 1M51-F230A P425 04 90/10/08 10.00 6.00 1M51-F240A P425 04 92/04/20 20.00 6.00 1M51-F240A P425 OS 90/10/08 10.00 6.00 1M51-r250A P425 05 92/04/20 20.00 6.00 1M51-F250A P428 01 90/09/22 99,999.99 99,999.99 COULD NOT PRESSURIZE IM17-F030 P425 01 90/09/23 18.30 6.00 RETEST wo 89-589 IM17-F030 P428 01 92/02/25 13.20 6.00 1M17-F030 P428 02 90/09/24 99.999.99 99,999.99 COULD NOT PRESSURIZE O-RING P428 02 90/09/25 10.00 6.00 i

0-RING 4

O O

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P64006 30-p 1993 LEAR RATE SYST' Paga ISO LEAEAGE REMARES PEN BAR READING BARRIER DESCRIPTIONS MSR CODE DATE LEAEAGE STD COMMENTS P428 02 92/02/24 10.00 6.00 PRE LLRT FOR TEST SHROUD INSTALLATION 0-RING P428 02 92/03/02 10.00 6.00 AS LEFT O-RING P428 03 90/09/22 10.00 6.00 1M17-F035 P428 03 92/02/25 18.30 6.00 PRE LLRT ON IM17-F035 1M17-F035 P428 03 92/02/26 26.70 6.00 RETEST TO WO 90-5978 1M17-F035 P429 01 90/10/26 1.00 0.60 1P87-F083 AND F264 P429 01 92/04/24 10.00 6.00 1P87-F083 AND F264 P429 01 92/04/25 10.00 6.00 1P87-F083 AND F264 P429 02 90/10/26 116.21 6.00 1E12-F0555, F0258, F025C AND F005 P429 02 92/04/24 167.80 6.00 1E12-F0558, F0258, F025C AND F005 P429 01 90/10/28 2.32 0.60 1E12-D0155 P429 03 92/04/12 2.00 0.60 PRE LLRT 1E12-00158 O

O O

LEAK RATE SYST'

- P64006 30.p 3993 Paga ISO LEAKAGE REMARRS p

PEN BAR READING BARRIER DESCRIPTIONS EBR CODE DATE LEAKAGE STD COMMENTS P429 03 92/04/25 2.00 0.60.

1E12-D015B P431 01 90/09/23 1.00 0.60 1E12-F5588 P431 01 92/04/22 2.63 0.60 1E12-F558B P431 02 90/09/23 461.00 60.00 1E12-F0738 P431 02 92/04/22 669.33 60.00 1E12-r0738 P436 01 90/09/21 10.00 6.00 1M17-F040 P436 01 92/05/01 10.00 6.00 1M17-F040 P436 02 90/09/23 10.00 6.00 0-RING P436 02 92/03/21 2.00 0.60 PSE LLRT 0-RING P436 02 92/05/06 10.00 6.00 POST-LLRT AFTER SHROUD REMOVAL 0-RING P436 03 90/09/21 10.00 6.00 1M17-r045 P436 03 92/05/01 10.00 6.00 PRE LLRT 1M17-r045 O

O O

LEAK RATE SYST

- P64006 30-r 1993 Page ISO LEAKAGE REMARES PEN BAR READING BARRIER DESCRIPTIONS MBR CODE DATE LEAKAGE STD CO4MENTS P436 03 92/05/05 10.00 6.00 RETEST PER W.O.

90-5979 1M1"J-F045 a

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4 APPENDIX E SENSOR LOCATIONS AND VOLUME FRACTIONS l

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APPENDIX E SENSOR LOCATIONS AND VOLUME FRACTIONS SENSOR ELEV.

AZIMUTli ORIGINAL VOLUME REVISED VOLUME NUMBER (FEET)

(DEGREES)

WEIGHTING FACTOR WEIGHTING FACTOR TE-N001 742 45 0.0393 0.0393 TE-N002 742 220 0.0524 0.0393 TE-N003 742 225 0.0393 0.0393 TE N004 742 315 0.0262 0.0393 TE N005 710 0

0.0739 0.0739 TE-N006 710 90 0.0739 0.0739 TE N007 710 180 0.0739 0.0739 TE-N008 710 270 0.0739 0.0739 TE-N009 671 45 0.0202 0.0202 O

re-soio 671 235 o.02o2 o.02o2 TE N011 671 225 0.0272 0.0272 TE-N012 671 315 0,0272 0.0272 TE-N013 646 204 0.0315 0.0315 TE-N014 633 315 0.0153 0.0153 TE-N015 646 73 0.0315 0.0315 TE-N016 633 117 0.0152 0.0153 TE-N017 620 134 0.0216 0.0216 TE N018 604 216 0.0515 0.0515 TE-N019 620 324 0.0216 0.0216 TE-N020 604 45 0.0515 0.0515 TE-N021 655 140 0.0121 0.0121 TE N022 634 210 0.0272 0.0272 TE-N023 655 320 0.0121 0.0121 TE-N024 634 25 0.0272 0.0272 TE N025 604 120 0.0256 0.0256 TE-N026 604 25 0.0256 0.0256

O SENSOR ELEV.

AZIMUTli ORIGINAL VOLUhiE REVISED VOLUME NUMBER (FEET)

(DEGREES)

WElGHTING FACTOR WEIGIITING FACTOR TE-N027 604 202 0.0256 0.0256 TE-N028 589 225 0.0048 0.0048 TE-N029 589 126 0.0158 0.0158 TE-NO30 589 306 0.0158 0.0158 TE-NO31 621 0

0.0096 0.0096 TE-NO32 657 0

0.0112 0.0112 ME-N080 710 270 0.2956 0.0000 ME-N081 742 905 0.1573 0.4529 M E-N082 679 200 0.0531 0.0531 ME-N083 604 23 0.0515 0.0515 ME-N084 604 203 0.0515 0.0515 ME-N085 655 290 0.0393 0.0393 ME-N086 655 125 0.0393 0.0393 ME-N087 589 50 0.0363 0.0000 ME-N088 604 0

0.0384 0.0566 ME-N089 604 180 0.0384 0.0565 ME N090 646 40 0.0731 0.0731 ME-N091 646 220 0.0731 0.0731 ME-N092 679 60 0.0531 0.0531' Sensor ME-N080 exhibited erratic readings with Suctuations of 10-15' F. Sensor ME-N087 locked up in the auto-balance mode and would not reset. Their weighting factors were re-distributed in accordance with a calculated single sensor failure analysis. All ILRT and i

veri 6 cation test calculations were redone using the revised sensor weighting factors.

This sensor failed during the veri 6 cation test but its readings during the ILRT were consistent with other nearby sensors. For the veri 6 cation test, sensor TE-N006 weighting factor was set to 0, sensor TE-N005 weighting factor was set to 0.0986, sensor TE-N007 weighting factor was set to 0.0985, and sensor TE-N008 weighting factor was set to 0.0985.

All verification test calculations were redone with these revised weighting

factors, i

O APPENDIX E l

SENSOR LOCATIONS s

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i APPENDIX F i

GENERAL PHYSICS ILRT COMPUTER PROGRAM DESCRIPTION i

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DESCRIPTION OF GENERAL PHYSICS ILRT COMPUTER PROGRAM The following paragraphs describe the various features and attributes of the General Physics ILRT Computer Program and the process used to certify it for each application.

REDUNDANCY The General Physics ILRT team was equipped with two fully operational IBM compatible microcomputers during the ILRT and for on site data reduction and analysis. The computer software and hardware interfaced directly with the ILRT Measurement System Volumetrics Datalogger.

Two computers were brought on site for 100% redundancy, as each computer and its software is capable ofindependently performing the ILRT. The General Physics ILRT Computer Software is also capable of accepting manual input of raw sensor data and performing all required sensor data conversions if the data logger should cease to function. Each computer was equipped with back-up disks in the unlikely event of a disk " crash."

SECURITY The General Physics ILRT Computer Program is written in IBM's BASICA. BASICA is a high

(

level programming language which combines programming ease with user oriented command-functions to create an easy to use and understand program. In order to increase speed of operation the program was then compiled into an executable command Sle. Compiling was accomplished using the IBM Basic Compiler. In addition to execution speed, this had the added benefit of making the program more secure as compiled programs cannot be edited or changed.

The program requires a password to change modes of operation, start times, or enter the data editing routine to safeguard the integrity of the raw data files.

FEATURES ne program itself is designed to be a menu driven program consisting of five separate, menu driven operating modes. These are the:

1.

Pressurization Mode 4.

Verification Mode 2.

Stabilization Mode 5.

Depressurization Mode 3.

Test Mode These modes also correspond to the phases of the ILRT. Menu driven means that the user is presented with a list of options that the program can perform and from which the user can choose. It allows for interactive information exchange between the user and the computer and.

prevents invalid information or user mistakes from crashing the program. Program organization consists of a master menu which controls access to the seven operating modes chained to the O

individual menus which co tr I these modes.

The data processing, information display capabilities and function of each mode is as follows:

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1.

Pressurization Mode:

All data reduction, graphic displays of average temperature, dewpoint, and corrected pressure.

2.

Stabilization Mode: All data reduction, automatic comparison of data against ANSI 56.8 and BN-TOP-1 temperature stabilization criteria, noti 6 cation when criteria is met, graphic displays of average temperature, dewpoint, and corrected pressure.

3.

Test Mode: All data reduction, calculation of leakage rates using mass point, total time and point-to-point analysis techniques, display of trend report information required by BN-TOP-1, graphic display of average temperature, dewpoint, pressure and mass, as well as graphic display of mass point measured leakage,95% UCL; total time measured and calculated leakage and the total time leakage rate at the 95% UCL (as calculated by BN-TOP-1), including a superimposed acceptance criteria line).

4.

Veri 6 cation Test Mode:

With input of imposed leakage in SCFM automatically calculates and displays on graph and trend report the acceptance criteria band, plus all graphics displays available in test mode.

5.

Depressurization Mode: All data and graphics capabilities of Pressurization Mode. In programs for BWR units, this mode also includes a Drywell to Suppression Chamber Bypass Test routine.

Other reduction and analysis capabilities of the General Physics ILRT computer prograrn include:

1.

Containment total pressure conversion from counts to psia (if required), and averaging.

2.

Containment drybulb temperature weighted averaging and conversion to absolute units.

3.

Containment dewpoint temperature weighted averaging (conversion from Foxboro dewcel element temperature to dewpoint temperature if required) and conversion to partial pressure of water vapor (psia).

4.

Data storage of ILRT measurement system inputs for each data point.

5, Weight (mass) point calculations using the ideal gas law.

6.

Automated Data Acquisition and/or Manual Data Entry.

t 7.

Sensor performance and deviation information for sensor failure criteria, graphic display of individual sensor performance for selected operating mode.

8.

Calculation of ISG formula at beginning of test; acceptance criteria based on number of sensors remaining and actual test duration.

9.

Computer System Error Functions automatically checks for error in incoming data, printer or disk dnve faults.

O The computer program used by General Physics has been previously cenified for six tests at the San Onofre Nuclear Generating Station and over a dozen other ILRTs. The initial certification required verification of the program through hand calculations and an independent review by Bechtel Power Corporation. After cenification was completed, a calibration set of raw data was used to verify software of the program prior to usage. Additionally, once the computer was linked to the data acquisition system and a complete data stream was available, the input function of each mode of the program was verified by comparing the data acquisition system output to the computer printout data point summary.

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