ML20067A264

Reactor Containment Building Intergrated Leak Rate Test Rept Nov 1993 Sixth Periodic Test for Fort Calhoun Station Unit 1

ML20067A264
Person / Time
Site:	Fort Calhoun
Issue date:	01/20/1994
From:	Morales S, Renton T, Swearngin S OMAHA PUBLIC POWER DISTRICT
To:
Shared Package
ML20067A262	List: LIC-94-0037, Forwards Reactor Containment Building Integrated Leakage Rate Test Rept,Nov 1993,Sixth Periodic Test for Fort Calhoun Station Unit 1 ML20067A264
References
NUDOCS 9402170104
Download: ML20067A264 (120)

Text

T.

REACTOR CONTAINMENT BUILDING o

INTEGRATED LEAK RATE TEST Sixth Periodic Test L

November 1993 Omaha Public Power District Fort Calhoun Station Unit No. 1 Issued by (c~s)

Omaha Public Power District Special Services Engineering Preparedby:'~~~MIf

[

I Ib Date:

Stdphen R. M'oralds Re i w' e

/

Date:

/ /3 I

Terranc.-E enton

/

/

e

/

Date: //h /9Y ewed by:

Steven /F. Swearn il' *

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Approved by:

/ DT Date:

C. E.,B6ughtyd wY Page 1 9402170104 940204 PDR ADDCK 05000295 P-PDR c

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i REACTOR CONTAINMENT BUILDING'

(~N.

1 5 (_)

INTEGRATED LEAK RATE TEST f

Sixth Periodic Test November 1993 I

TABLE OF CONTENTS t

1.0 INTRODUCTION

3 2.0

SUMMARY

3 f

3.0 TEST SYNOPSIS 4

4.0 ADJUSTMENTS 5

l 5.0 TEST DATA

SUMMARY

6 6.0 ANALYSIS AND INTERPRETATION 8

7.0 REFERENCES

9 f

TABLES

-i 1

IIAT Sensor Locations & Volume Fractions 11 2

ILRT Type B & Type C Penalties 14-t t

-APPENDICES l

A ATEST ILRT Data Analysis Computer Program Summary.

.. A-i B

Temperature Stabilization Data B-i C

ILRT Tables and Graphs C-i D

Verification Test Data

. D-i j

E ISG and Instrument Location Maps E-i F

Local Leakage Rate Test Reports for 1990 RFO, 1992 RFO, & 1993 RFO F-i i

1 Page 2 i

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L l '. 0 INTRODUCTION i\\ /

The Containment Integrated Leakage Rate Test (CILRT or Type A-test) is performed to verify that leakage rates through the primary reactor containment building, and systems and components penetrating it, do not exceed the leakage rate limits specified in the Fort Calhoun Station No. 1 Technical Specifications.-

A successful periodic CILRT was performed in accordance with 10 CFR 50 Appendix J and the Fort Calhoun Station No. 1 Technical Specifications.

The Type A test method used was the Absolute Method described in ANSI N45.4-1972, " Leakage Rate Testing of Containment Structures for Nuclear Reactors." The leakage rate was calculated using the Mass Point Analysis Technique as described in ANSI /ANS 56.8-1987 and the Total Time Analysis Technique as described in ANSI N45.4-1972.

Testing was performed by the Omaha Public Power District with technical assistance and data analysis provided by TER Services, Inc.

TER Services' PC-based CILRT data analysis computer code ATESI is described in Appendix-A.

2.0

SUMMARY

Between November 9, 1993, and November 12, 1993, a periodic Containment Integrated Leakage Rate Test (CILRT) was performed on the Fort Calhoun Station Unit No. 1 containment building.

The O

test was completed at 2300 CST November 11, 1993, after 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> o3 data collection in accordance with ANSI /ANS 56.8-1987.

The Mass Point Analysis yielded a least squares fit - (LSF) leakage rate (L ) of 0.04161%/ day with a 95% upper confidence limit (UCL) of 0.04257%/ day.

The Total Time Analysis yielded a LSF leakage rate of 0.03862%/ day.with a 95% UCL of 0.04526%/ day.

The as-found Type B and C penalties of 0.00012%/ day and leakage savings due to maintenance of 0.00306%/ day.are added to make the combined total as-found 95% UCL Type A leakage rate to equal 0.04575%/ day.

The "as left" Type B and C penalties are 0.00527%/ day, which make the total as-left integrated leakage rate to equal 0.04784 %/ day.

Both the combined as-found and the combined as-left 95% UCL Type A leakage rates are below the acceptance limit of 0.075%/ day.

The verification test using superimposed leakage was performed on November 12, 1993.

A leakage rate (L ) of 0.1000%/ day was imposed at 0145.

The verification test was completed at 0545.

The composite leakage rate (L,) of 0.1267%/ day was within the upper acceptance limit of 0.1666%/ day, and the lower acceptance limit of 0.1166%/ day.

O Page 3 o

j 3.0 TEST SYNOPSIS

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(,,/

Valve alignments were conducted on most systems which penetrate l

containment to establish post-accident conditions.

However, 15 Type C and one Type B penetrations were not put into i

post-accident conditions. -These include six Component Cooling Water penetrations, two Hydrogen Purge penetrations, five penetrations which are not vented for Nuclear or industrial' safety reasons, and two penetrations used to conduct the test.

The details are presented in section 5.0 Test Data Summary.

The inspection of the containment's accessible interior and exterior surfaces was performed under SE-ST-CONT-0001 prior to pressurization.

No evidence of structural deterioration was-noted which would have affected containment integrity or leak tightness.

Containment pressurization started at 1730 November 9, 1993.

It was stopped at 0836 November 10, 1993 at a pressure of 60.83 psig. The pressurization line was vented. Containment cooler fans were stopped at 0940.

The stabilization period was about 13 hours1.50463e-4 days <br />0.00361 hours <br />2.149471e-5 weeks <br />4.9465e-6 months <br /> to allow for in-gassing effects and find any perceivable leaks.

The Personnel Air Lock (PAL) became pressurized to test pressure, indicating that the inner barrier did not hold, but the outer barriers remained intact.

Investigations after test completion discovered the Inner PAL Door's Equalizing Valve O-rings had become partially dislodged.

This allowed the PAL to pressurize and equalized about 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> after pressurization.

Further analysis indicated that a combination of-concrete in-gassing, venting into or filling of the Safety Injection Tanks (SIT's), and gradual decrease in temperature attributed to a longer than anticipated stabilization period.

The Type A test was started at 2300 November 10, 1993.

The test j

was complete at 2300, November 11, 1993. The leakage rate for the 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> period using the Mass Point Data Analysis technique is 0.04161%/ day with a 95% UCL of 0.04257%/ day. The Total Time Analysis technique yields 0.03862%/ day with a 95% UCL of 0.04526%/ day.

Both techniques yield results which are within the acceptance limit of less than 0.075%/ day.

l Verification Test flow of 3.63 scfm (0.1000%/ day) was imposed at 0135 on November 12, 1993.

A four hour verification test was performed from 0145 to 0545.

The composite leakage rate (L,) of 0.1267%/ day was within the acceptable range between 0.1166%/ day and 0.1666%/ day.

Containment depressurization commenced at 0910 on November 12, 1993, and completed at 2045 on November 12, 1993.

O Page 4 i

4.0 ADJUSTMENTS

()

Three containment penetrations were adjusted prior to the CILRT to an extent that affected the minimum pathway leakage rate (MNPLR) for the respective penetrations, f

The MNPLR for Penetration M-87 changed from an as-found value of-750'scem to the as-left value 0.0 secm.

No maintenance was performed on the valves; they just closed tighter the last time they were operated.

The as-found MNPLR for electrical penetration'C-4 was 300 secm.

11 The fittings, test valve and pressure gauge were replaced under

~

MWO 920452.

Penetration C-4 retested at 0.0 secm.

During this 1993 outage the PAL handwheel and interlock. shaft seals were replaced under ECN93-237.

The Teflon packing was replaced with brass cartridge /O-ring assemblies.

Prior to shutting down for the outage, the Outer PAL Door's packing assemblies were replaced.

As-found and as-left Type B LLRTs were performed before and after replacing the Outer PAL Door's packing i

assemblies.

The as-found MXPLR was 4300 sccm.

The retest result after all sets of packing were replaced was 0.0 secm.

Tank level changes were negligible; therefore there is no need to correct for test volume changes.

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.5.0 TEST DATA

SUMMARY

p.

' ty.

5.1 Plant Information:

Owner:

Omaha-Public Power. District Plant Fort Calhoun Station, Unit 1 Location:

Fort Calhoun, Nebraska Containment Type:

Post-tensioned, PWR Date Test Completed:

November 12, 1993 Docket Number:

50-285 5.2 Technical Data:

Cor.tainment Net Free Air Volume:

1,050,000 ft 3 1

Design Pressure:

60 psig Design Temperature:

305*F Calculated Peak Accident Pressure P,:

59.7 psig Containment ILRT Average Temperature Limits:

50-95'F 5.3 Test Results - Type A Test:

Test Method:

Absolute Data Analysis Technique:

Mass Point - ANSI /ANS 56.8-1987 Total Time - ANSI N45.4-1972 Test Pressure:

60.0 psig (60.0 to 61.0)

Maximum Allowable Leakage Rate, L,:

0.10000%/ day O

75% of L,:

0.07500%/ day i

Mass Point LSF:

0.04161%/ day l

Mass Point S5% UCL:

0.04257%/ day-Total Time LSF:

0.03862%/ day Total Time 95% UCL:

0.04526%/ day 5.4 Test Results - Verification Test Superimposed Leakage Rate, L, 3.63.sofm 0.1000%/ day Verification Test Results Mass Point Result, L,:

0.1267%/ day Lower Limit:

0.1166%/ day Upper Limit:

0.1666%/ day Total Time Result, L,:

0.1245%/ day Lower Limit:

0.1136%/ day Upper' Limit:

0.1636%/ day 5.5 Tables and Graphs Temperature stabilization data and an average drybulb-temperature graph are presented in Appendix B.

Printouts of calculated results and graphs of both environmental and calculated results for the Type A test and the verification test data are presented in Appendices C and D, respectively.

Page 6

15.6 ILRT Instrumentation System

(_.

5.6.1.

The table below lists the instruments used to perform the CILRT.

J No.

Description Data Pressure, Temperature, Relative Humidity, & Flow Sensors 3

Precision pressure sensor

-Range:

0-100 psia Paroscientific, Inc.

Accuracy:-

10.01 psi.

Model 760-100A Sensitivity: '

10.0001 psi Repeatability: 10.0001 psi Resolution:

10.0001 psi Calibration:

06-22-93, 09-16-93, 09-21-93 1

Precision Barometer Range:

0 to 16.0 psia I

Paroscientific, Inc.

Accuracy:

0.001 psi Model 760-16B Sensitivity:

10.0001 psi Repeatability: 10.0001 psi Resolution:

10.0001 psi Calibration:

09-21 33 Smart Temperature Sensors; Range:

32 to 130*F Graftel, Inc.

Accuracy:

10.10*F

)_

Hermetically sealed Sensitivity:

10.10*F 2252 Ohm Thermistors Repeatability:

10.01*F Model G-9202

" Resolution:

'iO. 01

• F _

Calibration:

09-18-93 9

Smart RH Sensors Range:

30 to 80%RH Graftel, Inc.

Accuracy:

12.0%RH-Model G-9203D Sensitivity:

10.2%RH

.i Repeatability:

10.5%RH Resolution:

10.01%RH i

f Calibration:

10-12-93 1

Mass Flow Meter Range:

0.00 to 10.0 scfm Teledyne Hastings-Raydist Accuracy:

il.0% FS SN 087615588 Calibration:

10-01-93 Post Test Cal:

12-17-93 Data Acquisition and Analysis System 2

Microcomputers CPU:

Intel 80486 DX-33 IBM Model:

Valuepoint 433DL :

'l

/

Repeater / Converters Graftel, Inc. Model No:

G-9211 O

1 Logical Switch Black Box Model No:

COS-4 Page 7 I

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5.6 ILRT Instrumentation System k) 5.6.2.

Overall Instrument Selection Guide (ISG) m The calculation of the ISG per ANSI /ANS 56.8 1987 is provic".ed in Appendix E.

j t

5.6.3.

Drybulb and Dewpoint Temperature Sensor Locations and Volume Fractions e

Sensor locations and volume factions are provided in Table 1.

Maps which show the locations are included in Appendix E.

5.7 Type "B"

and Type "C" Test Results:

5.7.1.

Type B & C LLRT reports for the refueling outages since the previous CILRT (March 1990) are in Appendix F.

5.7.2.

The minimum pathway leakage rates for those penetrations not in post-LOCA lineup during the.

ILRT are listed in Table 2.

6.0 ANALYSIS AND INTERPRETATION y-The calculated leakage rate at the 95% UCL is 0.04257%/ day.

The-

'(,g -

as-found minimum puthway local leakage rate for the penetrations.

)

not in post-LOCA lineup is 0.00012%/ day, and leakage' savings due to valve maintenance is 0.00306%/ day. The as-left Type B and C:

penalties are 0.00527%/ day. The penalty for volume change is

~

insignificant.

Therefore, the as-found integrated leakage rate is 0.04575%/ day and the as-left value is 0.04784%/ day.

Both the-as-found and as-left c21ues'are within the acceptance limit ~of 0.075%/ day.

verification Test flow of 3.63 scfm (0.1000%/ day) was imposed at i

0135 on November 12, 1993.

The four hour verification test was 1

performed from 0145 to 0545.

The composite leakage rate (L,) of j

0.1267%/ day was within the acceptable range between 0.1166%/ day and 0.1666%/ day.

Therefore, the sixth periodic Type A integrated lt1kage rate test has acceptably demonstrated the iv :egrity of the ; ort Calhoun Station Unit No. 1 Reactor Conta! /.ent Building.

The seventh periodic Type A integrated-leakag, rate test is currently scheduled to be performed during tha 1996 Refueling Outage.

i Page 8

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E-

7.0 REFERENCES

[:r 7.1. Fort Calhoun. Station Unit 1 Technical Specifications 3.5(3),

3,5(4),.and 3.5(5)..

7.2. Surveillance Test Procedures 7.2.1.

SS-ST-1LRT-0001, Containment Integrated ' Leakage-Rate Test (CILRT), 1993 Performance.

7.2.2.

IC-ST-AE-0001, Containment. Personnel Air. Lock Leakage Rate Test, and its predecessor ST-CONT,

F2, All performances between March 2,

1990, and-December 2, 1993.

7.2.3.

IC-ST-AE-0002, Containment Equipment Hatch 0-Ring Type B. Leakage Rate Test, and its predecessor ST-3 CONT-2-F3, All performances between March 2, 1990,.

and November 16, 1993.

f 7.2.4.

IC-ST-AE-0003, Fuel Transfer Tube Flange ~ 0-Ring Type B Leakage Rate Test, and its predecessor ST-3' CONT-2-F4, All performances between March 2, 1990, and November 6, 1993.

7.2.5. IC-ST-AE-0004

Containment Electrical ' Penetration I

O Type B Leak Rate Test, and its predecessor ST-CONT-:

d 2-F5, All performances.between March 2, 1990, and l

November 16, 1993.

7.2.6.

IC-ST-AE-0005, Containment ' Mechanical Penetration Seal Type B Leak Rate Test, and its predecessor ~ ST-CONT-2-F6, All performances between March 2, 1990, and November 16, 1993.

7.2.7.

.IC-ST-AE-0006, Containment. Personnel Air. ' Lock '

f Reactor PAL Door Equalizing Valve Type B ^ Leak Rate Test, All performances between December 7,1991 and December 2, 1993.

7.2.8.

IC-ST-AE-3100 Series of Type C Local Leakage Rate.

Test Procedures,.and their;. predecessors IC.

ST-CONT-3001, IC-ST-CONT-3002, ST-CONT-3-F1,. and 3

ST-CONT-3-F4. All performances between March 2,

1990, and November 16, 1993.

l 7.2.9.

SS-ST-CONT-0002, Compilation and Evalnation of Type B and Type C ' Local Leakage Rate Test Results, i

Initial performances during 1993 Refueling Outage.

Page 9

i 7.3 10 CFR 50 AppendLx 3, Reactor Containment Leakage Testing' (b}

for Water Cooled Power Reactors, U. S. Code'of Federa1L Regulations, U.~S. Nuclear Regulatory Commission.

3 t

7.4 ANSI'N45.4-1972, Leakage Rate Testing of Containment Structures for Nuclear Reactors, American Nuclear Society.

7.5 ANSI /ANS 56.8-1987, Containment System Leakage Testing.

Requirements, American Nuclear Society.

7.6 BN-TOP-1, Revision 1, Testing Criteria for Integrated Leakage Rate Testiog of Primary Containment Structures for.

Nuclear Power Plants, Bechtel Corporation, San Francisco,

~;

California.

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TABLE 1

('h ILRT SENSOR LOCATIONS E VOLUME FRACTIONS INSTRUMENT LABEL FCS RH-TEMP ZONE ELEV-AZ WEIGHT f

DP CALC RACTOR PRESS-1 P1

.3335

.3335 PRESS 2 P2 i

.333 PRESE 3 P3 AVERAGE PRESS PRESS 4 (AMBIENT)

P4 RTD 1 1

1-1 1115-315

.0484 RTD 2 U

1-1 1115-135

.0484 RTD 3 2

1-1 1103-315

.0484 RTD 4 V

1-1 1103-135

.0484 RTD 5 3

1-2 1093-315

.0331 RTD 6 W

1-2 1093-135-

.0331 RTD 7 4

1-2 1083-315

.0331 RTD 8 X

1-2 1083-135

.0331 RTD 9 5

1-2 1073-315

.0331 RTD 10 Y

1-2 1073-135

.0331 i

RTD 11 Q

1-2 1063-110

.0331 RTD 12 T

1-2 1059-320

.0331 RTD 13 P

1-2 1048-315

.0331 1

RTD 14 0

1-2 1048-045

.0331 RTD 15 N

1-2 1046-120

.0331 RTD 16 S

2-3 1055-340

.0219 1

RTD 17 R

2-3 1055-200

.0219 RTD 18 M

1-2 1048-225

.0331 RTD 19 6

1-2 1033-315

.0331 RTD 20 Z

1-2 1023-270

.0331 RTD 21 H

2-3 1013-180

.0219 RTD 22 G

3-4 1020-180

.0293 Page 11

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-TABLE 1 js ILRT SENSOR LOCATIONS & VOLUKE FRACTIONS I

INSTRUMENT LABEL FCS RH-TEMP ZONE ELEV-AZ YEIGHT f

DP CALC FACTOR RTD 23 F

3-4 1029-210

.0293 s

RTD 24 I

3-4 1030-080

.0293 RTD 25 J

2-3 1015-000

.0219 3-4 1029-340

.0293 RTD 26 K

RTD 27 L

3-4 1020-300

.0293 RTD 28 A

3-5 1010-240

.0174 RTD 29 B

3-5 1010-150

.0174 RTD 30 C

3-5 1000-095

.0174 RTD 31 D

3-5 1010-030

.0174 RTD 32 E

3-5 1000-300

.0174-RTD 33 7

2-3 985-090

.0219 AVERAGE RTD 1-1 1110-135 0

RH 1 c

RH 2 h

1-2 1083-315 0

RH 3 d

2-3 1060-320 0

RH 4 b

1-2 1048-315

.0 1-2 1048-120 1

RH 5 e

RH 6 1

1 1035-315 0

RH 7 f

3-4 1020-300 0

3-4 1030-085 0

RH 8 a

RH 9 g

3-5 998-090 0

.1942 i

DC 1 STS-U 1-1 DC 2 STS-4 1-2

.1157 DC 3 STS-S 2-3

.1157 STS-P 1-2

.1157 DC 4

.1157 STS-M 1-2 DC 5 DC 6 STS-6 1-2

.1097 l

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Page 12

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TABLE 1

.O v

ILRT SENSOR LOCATIONS & VOLUME FRACTIONS INSTRUMENT LABEL FCS RH-TEMP ZONE ELEV-AZ WEIGHT f

DP CALC FACTOR i

STS-L 3-4

.0732 DC 7 DC 8 STS-I 3-4

.0732 DC 9 STS-C 3-5

.0869 AVERAGE DC FLOW 1 1.0 FLOW AVERAGE Note At ATEST, Stream, and Channel / Field # are internal to the ATEST program.

Note B:

Containment digital instrumentation electrical circuits connected to penetration D4:

String -- Sensor Address Summary l

[D String #1--U, c, V, W, X, Y, Z V

String #2--1, 2, 3, 4, h, 5, 6, i String #3--Q, R, S, d, T

)

String #4--M, N, e, 0, P, b l

String 15--H, G. F, I, a, J K. L, f String f6--A, B, C, g, 7, D, E l

1 Page 13

j g

TABLE 2

-d ILRT TYPE B & TYPE C PENALTIES i

Penetration As-Found MNPLR As-Left MNPLR seem sccm M-2 0.0 0.0 M-7 60.0 60.0

'~

M-8 0.0 0.0 M-11 0.0 0.0 M-15 23.5 23.5 M-18 0.0 0.0 M-19 0.0 0.0 M-30 42.5 42.5 M-39 0.0 0.0 M-52 0.0 0.0 M-53 0.0 0.0 r

M-69 0.0 0.0 M-72 0.0 0.0 M-HCV-383-3 0.0 2900.0 M-HCV-383-4 0.0 2500.0 Total Type B &

127.00 5,527.00 Type C Penalty Converted to 0.00012 0.00527 I per day Page 14

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i APPENDIX A ATEST ILRT Data Analysis Computer Program Summary 1

i f

I l

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1 A-1

i i

ATEST SOFTWARE

SUMMARY

Q DO -

INTRODUCTION The Type A test is an integrated leakage rate test (ILRT) designed to verify the leak tightness of the entire containment building.

This test is performed at approximately, three-year intervals as required by Appendix J of 10 CFR 50.

_It is performed.in l

accordance with the American National Standard " Containment System Leakage Testing Requirements,' (ANSI /ANS-56.8-1987), American National Standard " Leakage Rate Testing of-Primary Containment for Nuclear Power Plants," (ANSI N45.4-1972), and the Bechtel Topical Report ' Testing Criteria for Integrated Leakage Rate Testing of Nuclear Power Plants,'

(BN-TOP-1, Rev. 1-1972).

The ATEST program computes total time leakage rates, mass point leakage rates, least squares fit (LSF) leakage rates, and 95% upper confidence level (UCL) leakage rates during the course of the test from input measured values of con';ainment pressure, temperature and i

dew point.

The ATEST program is also capable of performing the verification phase and will generate specific verification test features to aid in verifying the Type A test.

The program is designed to automate the task of sampling and reducing the data to a usable form in accordance with the above documents. This greatly limits the possibility of human error and provides intermediate results after a short delay.

This makes it possible to-monitor the progress of the test very closely in approximately real time. For each of the two test periods, the ATEST program sarcples the containment's environment and calculates the values needed to assess the status of the test.

Interim results are provided as Odesiredandtheprogramcheckstoseeiftheacceptancecriteriahavebeensatisfiedfor the two test periods. The program also produces a printout of all data gathered as well as a record of its calculations.

In addition, the data is stored on hard or floppy computer disks for future reference. The program can recover from a power failure or any other accidental interruptions of the program's execution by reloading the old data and

. restarting the data sampling routine at the proper location. Lastly, should one of the instruments fail during the test, it is possible ' to suppress any failed sensors or instruments from the entire series of calculations.

ATEST is written in a high level language (QuickBASIC) and is designed for use on a micro-computer with direct data input form the data acquisition system. Brief descriptions of program use, formulae used for leakage rate computations, and program logic are provided in the following sections.

2.0 EIPLANATION OF PROGRAM The ATEST computer program is written for use by experienced ILRT personnel, to determine containment integrated leakage rates based on the Absolute Method described in ANSI N45.4-19

ANSI /ANS 56.8-1987, and BN-TOP-1.

Information loaded into the program prior to or e start of the test:

e Number of containment atmosphere drybulb temperature sensors, dew point temperature (water vapor pressure) sensors and pressure gages to be used in leakage rate computations for the specific test.

Volume fractions assigned to each of the above sensors.

+

Page A-1

o..

Calibration data for above sensors.

n-Test title.

Test pressure.

I

(+

Maximum available leakage rate at test pressure.

Data recorded from the data acquisition system during the test, and used to compute -

leakage rates:

Time and date.

Containment atmosphere drybulb temperatures.

3 Containment atmosphere pressure (s).

Containment atmosphere dew point temperatures.

Containment free air volume.

If an instrument or sensor should fail during the test, the data from the sensor is not used. The volume fractions for the remaining sensors are recomputed and reloaded into the program for use in ensuing leakage rate computations.

3.0 PROGRAM LOGIC AND OPERATION SUHMARY J

The ATEST computer program user logic flow is controlled by a set.of user options (see chart). These options (shown on the screen) and a'brief description of their associated.

function are presented below:

LOG ON/0FF Allows for the use.of the data acquisition system for electronic entry and permanent recording of data.

Conversely, this toggle can suspend the entry / recording process.

AUT0/ MANUAL This key (de) activates the automatic data entry and allows manual entry.

MAINT Provides for maintenance of the data, calibration, and weighti factor files.

Its features include defining weight factors,. changing the time increment of logging data, deleting a file record, displaying a record's average environmental contents, and changes the individual, record's content (see second screen).

This key has several sub-tiers.

s INPUT Provides for either a pre-arranged manual entry (s) or in the MANUAL mode, the method to input the recorded data.

REPORTS This. key performs the calculations of program and prints the results.

This key has several sub-tiers.

PLOTS This' function implements the graphics portion of the program. ' Any channel or leakage rate can be plotted. This key has several sub-tiers.

END JOB-This key will properly terminate the program.

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Page A-2

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"""' " " ^" "'

(x^^^

4.1 Reports REPORTS - Does the analysis of the data accumulated by the ILRT system and then prints i

out a report of the results. The types of analysis performed ares mass point,. total I

time, environmental averages mass loss, temperature stabilization, and data rejection.

All results from the analysis are printed off a thermal printer.

The sub-program REPORTS requires the user to select a valid time window or record window as listed below as a prerequisite for doing analysis.

SENSOR LIST - This report outputs all the sensor data for the selected records, MASS LOSS - The mass loss analysis is based on the ANSI /ANS 56.8-1987 Standard I

acceptance criteria and calculations.

I TEMP STAB - The temperature stabilization analysis is based on the Bechtel Topical Report (BN-TOP-1) and the ANSI /ANS 56.8-1987 Standard with their respective acceptance criteria and calculations.

The harmonic weighted average method is used.

TOTAL TIME - The total time analysis is immea on the Bechtel Topical Report (BN-TOP-1) and its acceptance criteria and calculations.

{

l MASS POINT - The mass point analysis is based on the ANSI /ANS 56.8-1987 Standard acceptance criteria and calculations.

ENVIRONMENT - The environment analysis is based on the Bechtel Topical Report (BN-TOP-

1) and the ANSI /ANS 56.8-1987 Standard with their respective acceptance criteria and y

calculations.

1 POINT TO POINT - The point to point analysis is based on the ANSI N45.4-1972 Standard and its acceptance criteria and calculations.

4.2 Plots The Graphics sub-program allows the user to plot the mass point analysis, total time analysis, and displayed channels.

Further, plots can. be made in a batch mode by instrument type to a printer or a plotter.

PLOTS performs autoranging on the data being plotted for axes values. PLOTS requires the user to select any valid time window or record window as a prerequisite for doing plotting.

Page A-3

.,1-1

-1

.s L'

I

'r I'i.

.j r%,j-i si T

4 i

APPENDIX B Temperature Stabilization Period Data 1130 to 2245'on November 10, 1993 Tables 1

1.

Temperature Stabilization Report B-1 l

2.

Mass Stabilization Report.

B-2 t

Graph l

1.

Average Drybulb Temperature B-3

(

t 5

3 h

5 k

i k

i f

r

.[

tL.

B-1

r

'['

TEMPERATURE STABILIZATION

A DATE 30-1993 TIME - 11:40:05-TIME TEMP TEMP BN-TOP-1 BN-TOP-1 TEMP ANSI (DELTA)

-DIFF AVG AVG RATE AVG CRIT-

-(HOURS)

TEMP INCR (1 HR)

( 2 HR )

(2 HR)'

(4 HR) 0.00 537.044 0.000 0.000 0.000 0.000 0.000 0.000 0.25 536.991

-0.053 0.000 0.000 0.000 0.000 0.000' O.50 536.930

-0.061 0.000 0.000' O.000 0.000 0.000-0.75 536.878

-0.052 0.000 0.000 0.000 0.000 0.000 1.00 536.833

-0.045 0.000 0.000 0.000 0.000

.0.000 1.25 536.783

-0.049 536.914 0.000 0.000 0.000.

0.000 1.50 536.749

-0.034 536.870 0.000 0.000 0.000 0.000 1.75 536.705

-0.044 536.818 0.000 0.000 0.000 0.000 2.00 536.670

-0.035 536.774 0.000 0.000 0.000.

0.000 2.25 536.627

-0.043 536.730

-0.208

'O.208 0.000 0.000 2.50 536.595

-0.032 536.689

-0.198 0.198 0.000 0.000 2.75 536.564

-0.032 536.656

-0.183 0.183 0.000 0.000 3.00 536.531

-0.033 536.618

-0.174 0.174 0.000 0.000 3.25 536.499

-0.032 536.585

-0.167 0.167 0.000 0.000 3.50 536.478

-0.021 536.553

-0.153 0.153 0.000 0.000 3.75 536.449

-0.029 536.522

-0.150 0.150 0.000 0.000 4.00 536.426

-0.023 536.495

-0.140 0.140 0.000 0.000 4.25 536.390

-0.036 536.460

-0.140 0.140

-0.164 0.023 4.50 536.367

-0.023 536.433

-0.130 0.130

-0.156 0.024 4.75 536.346

-0.020 536.412

-0.125 0.125

-0.146 0.014

'()

5.00 536.319

-0.027 536.384

-0.122 0.122

-0.140 0.010' 5.25 536.294

-0.025 536.360

-0.118 0.118

-0.135 0.003-5.50 536.267

-0.027 536.328

-0.116 0.116

-0.129 0.007 5.75 536.252

-0.016 536.309

-0.113' O.113

-0.124 0.010 6.00 536.226

-0.025 536.286

-0.111 0.111

-0.120

-0.000 6.25 536.207

-0.019 536.263

-0.109 0.109

-0.116 0.004 6.50 536.191

-0.016 536.243

-0.099 0.099

-0.109 0.006 6.75 536.164

-0.027 536.216

-0.101 0.101

-0.108 0.005:

7.00 536.147

-0.017 536.200

-0.099 0.099

' 0.104

-0.000 7.25 536.133

-0.014 536.180

-0.093 0.093

-0.099 0.006 7.50 536.119

-0.014 536.163

-0.088 0.088

-0.0951 0.006 q

8.50 536.062

-0.057 536.097

-0.073 0.073

-0.082 0.011 8.75 536.041

-0.021 536.080

-0.075 0.075

-0.081.

0.004 9.00 536.024

-0.016 536.071

-0.070 0.070

-0.080-

-0.014 9.25 536.012

-0.012 536.065

-0.068 0.068

-0.077

-0.030.

)

l j

u O

. Ik1

q

~

MASS STABILIZATION- ****************************

DATE 30-1993 TIME -~11:40:07

.j.

CONT lHr LSF 2Hr LSF 2Hr --1Hr DELTA AIR LEAK LEAK ~

LEAK

. TIME TIME MASS RATE RATE RATE' I'

1130 0.00 393597 1145 0.25 393592 1200 0.50 393590 1215 0.75 393582

t 1230 1.00 393575 0.13580 1245 1.25 393566 0.16395 1300 1.50 393557 0.19915 1315 1.75 393543 0.23544 1330 2.00 393539 0.23303 0.18919 0.04384 1345 2.25 393527 0.24040 0.20893 0.03146 1400 2.50 393525 0.19938 0.21372 0.01434-1415 2.75 393519 0.14771 0.20332 0.05561 1430 3.00 393511 0.15113 0.19349 0.04237 1445 3.25 393508 0.12276 0.17589

.0.05312 1500 3.50 393495 0.17416 0.16957 0.00459 1515 3.75 393491 0.17856 0.15798.

0.02058

'i 1530 4.00 393481 0.18862 0.16591 0.02271 1545 4.25 393482 0.15899 0.15496 0.00404 1600 4.50 393474 0.12369 0.15957' O.03588 1615 4.75 393466 0.14282 0.15990 0.01708 1630 5.00 393460 0.14589 0.15666 0.01077 O'

1645 5.25 393457 0.15562 0.14892 0.00670 1700 5.50 393445 0.16058 0.14632 0.01425 1

1715 5.75 393441 0.15812 0.15253 0.00559 I

1730 6.00 393433 0.17054 0.15583 0.01471 1745 6.25 393435 0.13626 0.15208 0.01582.

)

1800 6.50 393429 0.09113 0.13838 0.04725 1815 6.75 393421 0.10600 0.13291 0.02690 1830 7.00 393419 0.10226 0.12508' 0.02282-j 1845 7.25 393416 0.11956 0.11683 0.00273 1900 7.50 393417 0.07208 0.09337 0.02129 1915 7.75 393407 0.07367 0.09413 0.02046 1930 8.00 393406 0.08679 0.09081' O.00402 1945 8.25 393401 0.09625 0.09579 0.00047.

l 2000 8.50 393394 0.12475 0.09491 0.02984 2015 8.75 393397 0.07717 0.08544 0.00826 2030 9.00 393395 0.06460 0.08350 0.01890' 2045 9.25 393390 0.05545 0.08200 0.02655 2100 9.50 393383 0.07215 0.08681.

0.01466 2200 10.50 393369 0.10143 0.08425 0.01718' 2215 10.75 393370 0.08729 0.08134 0.00596 2230 11.00 393368 0.07387 0.07699.

0.00312 2245 11.25 393361 0.07014 0.07919-0.00904 MAX ALLOWABLE LEAK RATE :

.1 B-2

O O

O AVERAGE TEMPERATURE - TEMPERATURE STA.BILIZATION FT. CALHOUN - NOVEMBER 10. 1993 77.375 x

_'N77.250

'N 77.'125 N

77.000 'N D

Nh E

76.875 h

76.750 N

g E

N N ~x E

76.625 S

76.560 N

F x

N 76.375 N_

76.250 0.00 0.93 1.87 2.80 3.73 4.67-5.60 6.53 7.47 8.40 9.33 (13:30)

(15:22)

(17:14)

(19: 6)

(20:58)

(22:50) 13:30:23 DELTA' TIME IN HOURS REC 108 - 142

?

1

.,,~

(

- \\

i 5

APPENDIX C ILRT Tables and Graphs 2300 on November 10, 1993, to 2300 on November 11, 1993 Tables 1.

Hbss Point Report.

C - 1.

[

2.

Total Time Report.

C-4 3.

Mass Loss Report C-7 4.

Environmental Report

. C-13.

Graphs 1.

Mass Point C-3

}

2.

Total Time C.;

3.

Measured Hhss.

C-9

^

4.

Average Pressure

. C-10.

Average Drybulb Temperature.

.........................C-11 6.

Average Vapor Pressure

. C-12

-i k

t C

)

t i

I 1

I i

C-i

'l i

(

MASS POINT

'( 3)

DATE 30-1993 TIME - 11:42:45 CORR.

CONT LSF UPPER VAPOR DEW AIR AIR LEAK CONF TIME TEMP PRESS POINT PRESS MASS RATE LEVEL 2300 536.001 0.1486 45.204 74.393 393354.72 0.00000 0.00000-2315 535.981 0.1487 45.215 74.391 393356.72 0.00000 0.00000'

-j 2330 535.971 0.1488 45.230 74.387 393342.22 0.15253 0.00000

~

2345 535.964 0.1488 45.229 74.384 393335.88 0.17341.

0.33047 0

535.956 0.1489 45.248 74.382 393331.22 0.16563 0.23896 15 535.936 0.1490 45.268 74.380 393334.63' O.12786 0.19150 30 535.923 0.1490 45.276 74.380 393343.13 0.07845 0.14997 45 535.915 0.1489 45.262 74.378 393338.28 0.06117 0.11611 100 535.908 0.1490 45.279 74.376 393333.53 0.05676 0.09853 115 535.898 0.1490 45.272 74.374 393331.13 0.05463 0.08741 130 535.888 0.1491 45.284 74.372 393327.72 0.05476

.0.08115 145 535.875 0.1492 45.312 74.370 393327.72 0.05273 0.07454 i

200 535.867 0.1492 45.314 74.369 393325.81 0.05130 0.06963' 215 535.861 0.1494 45.336 74.367 393321.09 0.05223 0.06783 230 535.856 0.1494 45.346 74.365 393315.34 0.05503

.0.06876 245 535.842 0.1494 45.343 74.364 393317.47 0.05455-0.06650-300 535.827 0.1494 45.346 74.362 393320.13 0.05188 0.06271-315 535.818 0.1495 45.361 74.361 393o17.66 0.05015 0.05990 330 535.819 0.1495 45.363 74.359 393308.09 0.05181 0.06065 345 535.817 0.1496 45.381 74.358 393302.19 0.05434.

0.06266

/

400 535.799 0.1496 45.378 74.356 393308.00 0.05366 0.06120 415 535.793 0.1497 45.394 74.355 393306.19 0.05304 0.05990 430 535.787 0.1497 45.402 74.353 393301.41 0.05326 0.05951 445 535.779 0.1498 45.414 74.352 393299,19 0.05344 0.05916 500 535.769 0.1499 45.427 74.350 393299.50 0.05302 0.05829

'l 515 535.766 0.1499 45.429 74.350 393296.66 0.05282 0.05768 530 535.754 0.1498 45.421 74.348 393297.50 0.05209 0.05664-545 535.751 0.1499 45.434 74.347 393293.28 0.05187 0.05610 j

600 535.746 0.1500 45.449 74.346 393290.41 0.05183 0.05575 615 535.741 0.1499 45.435 74.345 393289.22 0.05164 0.05531 630 535.733 0.1500 45.442 74.343 393287.75 0.05140 0.05483 645 535.727 0.1501 45.467 74.342 393286.38 0.05109.

0.05432 700 535.723 0.1501 45.473 74.341 393282.41 0.05108 0.05411 715 535.712 0.1502 45.482 74.340 393286.09 0.05037 0.05330 730 535.704 0.1501 45.472 74.339 393284.59 0.04970' O.05254 745 535.707 0.1502 45.485 74.337 393275.63 0.04990 0.05259

.i 800 535.704 0.1502 45.483 74.336 393272.78 0.05015 0.05270 815 535.696 0.1502 45.491 74.335 393273.41 0.05010 0.05251 830 535.694 0.1502 45.489 74.334 393270.00 0.05018 0.05247 845 535.683 0.1504 45.515 74.333 393272.63 0.04983 0.05203 900 535.682 0.1503 45.506 74.333 393269.22 0.04964 0.05174' i

915 535.673 0.1503 45.504 74.331 393269.41 0.04930 0.05133 930 535.677 0.1505 45.536 74.330 393260.16 0.04957 0.05151 R

945 535.666 0.1504 45.519 74.329 393263.97

'O.04936 0.05123; j

1000 535.663 0.1504 45.521 74.328 393260.13 0.04932 0.05110 1015 535.659 0.1505 45.531 74.327 393257.78 0.04930 0.05100 1030 535.652 0.1504 45.528 74.326 393258.31 0.04911 0.05076-

'O 1045 535.652 0.1504 45.524 74.325 393253.53 0.04913 0.05070 1100 535.649 0.1504 45.527 74.324 393248.81 0.04930 0.05082

)

1 C-1 i

3 m.

.o

~

I MASS POINT TIME - 11:42:47 g DATE 30-1993 CORR.

CONT LSF UPPER f

VAPOR DEW AIR AIR LEAK CONF TIME TEMP PRESS POINT PRESS MASS RATE LEVEL 1115 535.639 0.1505 45.543 74.323 393251.25 0.04920 0.05065 1130 535.645 0.1506 45.547 74.323 393243.41 0.04943 0.05084 1145 535.635 0.1506 45.550 74.322 393245.59 0.04941' O.05077-1200 535.626 0.1506 45.560 74.321 393246.19 0.04926 0.05057 1215 535.630 0.1506 45.561 74.320 393239.56 0.04935 0.05062 1230 535.619 0.1506 45.555 74.319 393241.28 0.04925 0.05048 1245 535.612 0.1506 45.558 74.318 393243.78 0.04896 0.05018 1300 535.611 0.1506 45.553 74.317 393240.31 0.04876 0.04995 1315 535.599 0.1506 45.553 74.317 393244.91 0.04830 0.04953 1330 535.599 0.1507 45.565 74.316 393239.25 0.04804 0.04926 j

1345 535.606 0.1507 45.573 74.315 393231.66 0.04803 0.04920 j

1400 535.599 0.1506 45.562 74.314 393232.28 0.04791 0.04906 1415 535.590 0.1507 45.574 74.313 393235.00 0.04764 0.04878 1430 535.597 0.1508 45.586 74.312 393224.22 0.04771 0.04881 1445 535.590 0.1507 45.579 74.312 393226.88 0.04761 0.04868 q

1500 535.585 0.1508 45.583 74.311 393228.25 0.04741 0.04846 i

1515 535.580 0.1508 45.588 74.311 393229.06 0.04713 0.04819 1530 535.584 0.1508 45.586 74.310 393221.97 0.04704 0.04807 1545 535.581 0.1508 45.584 74.309 393220.16 0.04696 0.04796 1600 535.574 0.1507 45.578 74.309 393221.97 0.04677 0.04776 1615 535.580 0.1508 45.587 74.308 393215.56 0.04673 0.04769 O

1630 535.572 0.1507 45.579 74.308 393218.22 0.04656 0.04751 1645 535.577 0.1508 45.597 74.307 393212.19 0.04652 0.04744 l

1700 535.565 0.1507 45.580 74.307 393216.97 0.04630 0.04722 1715 535.568 0.1508 45.587 74.306 393211.34 0.04620 0.04710 1730 535.572 0.1509 45.599 74.306 393206.31 0.04618 0.04706 1745 535.567 0.1508 45.593 74.305' 393206.88 0.04611 0.04697.

1800 535.553 0.1508 45.584 74.304 393213.88 0.04583 0.04671

'l 1815 535.558 0.1508 45.592 74.304 393207.78 0.04566 0.04653 1

1830 535.553 0.1509 45.601 74.303 393208.81 0.04544 0.04632 1845 535.560 0.1508 45.598 74.303 393201.00 0.04537 0.04623 1900 535.553 0.1509 45.612 74.302 393202.88 0.04523 0.04608 1915 535.545 0.1510 45.617 74.302 393205.88 0.04499 0.04585 1930 535.540 0.1508 45.593 74.302 393209.28 0.04466 0.04555-i 1945 535.547 0.1508 45.589 74.301 393201.56 0.04447 0.04536 2000 535.547 0.1509 45.606 74.301 393198.72 0.04431 0.04520 2015 535.540 0.1509 45.613 74.300 393202.28 0.04406 0.04496 2030 535.542 0.1510 45.617 74.300 393197.69 0.04388 0.04477 2045 535.541 0.1509 45.605 74.300 393198.06 0.04367 0.04457 2100 535.539 0.1510 45.620 74.299 393196.72 0.04347 0.04437 i

2115 535.538 0.1510 45.625 74.299 393196.34 0.04326 0.04416 2130 535.537 0.1509 45.612 74.299 393194.66 0.04305 0.04395 2145 535.538 0.1509 45.611 74.299 393195.28 0.04282 0.04373 2200 535.530 0.1509 45.606 74.298 393198.56 0.04252 0.04346 2215 535.530 0.1509 45.610 74.298 393196.44 0.04225 0.04320 2230 535.538 0.1509 45.608 74.298 393189.88 0.04207 0.04302 2245 535.532 0.1509 45.611 74.297 393191.19 0.04185' O.04280 2300 535.529 0.1510 45.625 74.297 393191.53 0.04161 0.04257 j

i 3

i C2

LOi O

G-MASS POINT - TYPE A TEST FT. CALHOUN - NOVEMBER 10 - 11,1993 i

0.225 MASS POINT - LSF i'

.75 MAX ALLOWED 0.200 NASS' POINT

-UCL lI

-_. ! 8.175 l

,O; o

__!(i8.150 I, ',

x J !

0.125

/

8.100 p

u

}8IO75 D

h

\\

' " x

. _ _ _ _2 ' ' ' ~ ~ ~e - - - - - - - = - - -- - -

I.l A

E050v Y

4 0.025 J-0.000

-0.00 2.40 4.00 7.20

9.60 12.00 14.40 16.00 19.20- 21.60 24.00-(23: a)-

( 3:40)

( 0:361 (13:24)

(18:12)

(23: 0)

.23:.0:11'

-DELTA TIME IM HOURS'

~ HEC. 143 - 240

TOTAL TIME CALCULATION RESULTS DATE 30-1993 TIME - 11:43:11-CORR.

LSF UPPER MEASURED' VAPOR DEW AIR LEAK CONF LEAK TIME TEMP PRESS POINT PRESS RATE LEVEL RATE 2300 536.001 0.1486 45.204 74.393 0.0000 0.00000 0.00000 2315 535.981 0.1487 45.215 74.391 0.0000 0.00000

-0.04910 2330 535.971 0.1488 45.230 74.387 0.1526 0.00000 0.'15258 2345 535.964 0.1488 45.229 74.384 0.1868 0.87848 0.15329 O

535.956 0.1489 45.248 74.382 0.~1868 0.39914 0.14344 15 535.936 0.1490 45.268 74.380 0.1568 0.32331 0.09819 30 535.923 0.1490 45.276 74.380 0.1130 0.25726 0.04724-45 535.915 0.1489 45.262 74.378 0.0919 0.20524 0.05739 100 535.908 0.1490 45.279 74.376 0.0817 0.17562 0.06465-115 535.898 0.1490 45.272 74.374 0.0747 0.15543 0.06400 130 535.888 0.1491 45.284 74.372 0.0706 0.14141 0.06591 145 535.875 0.1492 45.312 74.370 0.0658 0.12903 0.05991 200 535.867 0.1492 45.314 74.369 0.0620 0.11912 0.05884 215 535.861 0.1494 45.336 74.367 0.0604 0.11252 0.06317 230 535.856 0.1494 45.346 74.365 0.0607 0.10869 0.06866 245 535.842 0.1494 45.343 74.364 0.0590 0.10341 0.06065 300 535.827 0.1494 45.346 74.362 0.0560 0.09728 0.05277 315 535.818 0.1495 45.361 74.361 0.0536 0.09227 0.05322 330 535.819 0.1495 45.363 74.359 0.0538 0.09023

.0.06326 345 535.817 0.1496 45.381 74.358 0.0549 0.08932 0.06750 0

400 535.799 0.1496 45.378 74.356 0.0538 0.08636 0.05702 415 535.793 0.1497 45.394 74.355 0.0529 0.08375 0.05643 430 535.787 0.1497 45.402 74.353 0.0526 3.08198 0.05918-445 535.779 0.1498 45.414 74.352 0.0523 0.08036 0.05894 500 535.769 0.1499 45.427 74.350-0.0517 0.07848 0.05616 515 535.766 0.1499 45.429 74.350 0.0512 0.07691 0.05671

~

530 535.754 0.1498 45.421 74.348 0.0504 0.07506 0.05373 545 535.751 0.1499 45.434

'74.347 0.0500 0.07369 0.05555 600 535.746 0.1500 45.449 74.346 0.0497 0.07254 0.05607 615 535.741 0.1499 45.435 74.345 0.0493 0.07137 0.05515' 630 535.733 0.1500 45.442 74.343 0.0490 0.07023 0.05449 645 535.727 0.1501 45.467 74.342 0.0486 0.06912 0.05383 700 535.723 0.1501 45.473 74.341 0.0484 0.06829 0.05517 715 535.712 0.1502 45.482 74.340 0.0477 0.06699 0.05078 730 535.704 0.1501 45.472 74.339 0.0471 0.06578.

0.05035 745 535.707 0.1502 45.485 74.337 0.0471 0.06523 0.05518 800 535.704 0.1502 45.483 74.336 0.0471 0.06476 0.05557 815 535.696 0.1502 45.491 74.335 0.0469 0.06410 0.05361 830 535.694 0.1502 45.489 74.334 0.0469 0.06359 0.05438 845 535.683 0.1504 45.515 74.333 0.0465 0.06280 0,05135' 900 535.682 0.1503 45.506 74.333 0.0463 0.06216 0.05214

)

915 535.673 0.1503 45.504 74.331 0.0460 0.06144 0.05076 l

930 535.677 0.1505 45.536 74.330 0.0461 0.06118 0.05492 945 535.666 0.1504 45.519 74.329 0.0458 0.06059 0.05148 1000 535.663 0.1504 45.521 74.328 0.0457 0.06015 0.05246 1015 535.659 0.1505 45.531 74.327 0.0456 0.05975 0.05256~

1030 535.652 0.1504 45.528 74.326 0.0455 0.05925 0.05113 O

1045 535.652 0.1504 45.524 74.325 0.0454 0.05890

'O.05253 1100 535.649 0.1504 45.527 74.324 0.0455 0.05869 0.05384 C-4 1

' TOTAL TIME CALCULATION RESULTS DATE 30-1993 TIME - 11:43:13-CORR.

LSF UPPER MEASURED VAPOR DEW AIR LEAK CONF LEAK-TIME TEMP PRESS POINT PRESS RATE LEVEL RATE 1115 535.639 0.1505 45.543 74.3'3 0.0453 0.05830 0.05151 1130 535.645 0.1506 45.547 74.323 0.0455 0.05817 0.05431 1145 535.635 0.1506 45.550 74.322 0.0454 0.05786 0.05220 1200 535.626 0.1506 45.560 74.321 0.0453 0.05748 0.05092 1215 535.630 0.1506 45.561 74.320 0.0453 0.05729 0.05302 1230 535.619 0.1506 45.555 74.319 0.0452 0.05697 0.05126 1245 535.612 0.1506 45.558 74.318 0.0450 0.05652 0.04922 1300 535.611 0.1506 45.553 74.317 0.0448 0.05615 0.04985 1315 535.599 0.1506 45.553 74.317 0.0445 0.05560 0.04700 1330 535.599 0.1507 45.565 74.316 0.0442 0.05519 0.04858 1345 535.606 0.1507 45.573 74.315 0.0442 0.05497 0.05090 1400 535.599 0.1506 45.562 74.314 0.0441 0.05468 0.04979-1415 535.590 0.1507 45.574 74.313 0.0439 0.05428 0.04789 1430 535.597 0.1508 45.586 74.312 0.0439 0.05414 0.05136 1445 535.590 0.1507 45.579 74.312 0.0438 0.05387 0.04952 1500 535.585 0.1508 45.583 74.311 0.0436 0.05354 0.04822 1515 535.580 0.1508 45.588 74.311 0.0434 0.05317 0.04718 1530 535.584 0.1508 45.586 74.310 0.0433 0.05293 0.04909 1545 535.581 0.1508 45.584 74.309 0.0432 0.05270 0.04901' 1600 535.574 0.1507 45.578 74.309 0.0431 0.05240 0.04764 1615 535.580 0.1508 45.587 74.308 0.0430 0.05221 0.04922 1630 535.572 0.1507 45.579 74.308 0.0428 0.05193 0.04759 1645 535.577 0.1508 45.597 74.307 0.0428 0.05175 0.04898 1700 535.565 0.1507 45.580 74.307 0.0426 0.05145 0.04669 1715 535.568 0.1508 45.587 74.306 0.0425 0.05123 0.04793

()

1730 535.572 0.1509 45.599 74.306 0.0425 0.05108 0.04894 1745 535.567 0.1508 45.593 74.305 0 0424 0.05089 0.04810 1800 535.553 0.1508 45.584 74.304 0.0422 0.05055 0.04523 i

1815 535.558 0.1508 45.592 74.304 0.0420 0.05030 0.04657 1830 535.553 0.1509 45.601 74.303 0.0419 0.05002 0.04565 1845 535.560 0.1508 45.598 74.303 0.0418 0.04984 0.04749 1900 535.553 0.1509 45.612 74.302 0.0417 0.04962 0.04632 1915 535.545 0.1510 45.617 74.302 0.0415 0.04932 0.04485 1930 535.540 0.1508 45.593 74.302 0.0412 0.04897 0.04328 1945 535.547 0.1508 45.589 74.301 0.0410 0.04872 0.04504 2000 535.547 0.1509 45.606 74.301 0.0409 0.04849 0.04532 2015 535.540 0.1509 45.613 74.300 0.0407 0.04819 0.04376 2030 535.542 0.1510 45.617 74.300 0.0405 0.04795 0.04457 2045 535.541 0.1509 45.605 74.300 0.0404 0.04769 0.04395-2100 535.539 0.1510 45.620 74.299 0.0402 0.04743 0.04382 2115 535.538 0.1510 45.625 74.299 0.0400 0.04717 0.04343 2130 535.537 0.1509 45.612 74.299 0.0398 0.0(692 0.04340 2145 535.538 0.1509 45.611 74.299 0.0396 0.04664 0.04276-

)

2200 535.530 0.1509 45.606 74.298 0.0394 0.04632 0.04142 j

2215 535.530 0.1509 45.610 74.298 0.0392 0.04602 0.04153 2230 535.538 0.1509 45.608 74.298 0.0390 0.04579 0:.04280 2245 535.532 0.1509 45.611 74.297 0.0388 0.04553 0.04201 2300 535.529 0.1510 45.625 74.297 0.0386 0.04526 0.04149' MEASURED LEAK RATE USING TOTAL TIME:

0.038623 THE MEAN TOTAL TIME RATE OF 0.044159

(

IS LESS THAN ALLOWABLE MAXIMUM RATE OF

.1 C-5

OL O

O r

TOTAL TIME - TYPE A TEST FI'. CALilOUN - NOVEMBER 10 - 11, 1993 0.900

_ TOTAL TIME - LSF'

.(5 MAX ALLOUED

__ j 0.800 TOTAL TIME - UCL ii

__ e 0.700

__ i '

O.600 c:

y.

__!i 8.500 i:

/

_;(

0.400 o

D 8.300 A

i 10.200 Y

_f\\'s 4

'NO.100 s J

'8.000 0.00-2.40 4.80 7.28 9.60 12.00 14.40 16.80 19.20 21.60 24.00 (23:;9)

( 3:48)

( 8:36)

(13:24)

.-(18 : 12)

-(23: 0) 23: 0:11 DELTA TIME IM. HOURS REC 143 - 240

=

. -... =

B e b4 MASS LOSS TIME - 11:44:11 O

DATE 30-1993

. REC TIME CONT MASS MASS MASS NUM DELTA AIR LOSS LOSS LOSS (HOURS)

MASS INCR (1 HR)

(x 24) 143 0.00 393354.719 0.000 0.000 0.000 r

144 0.25 393356.719 2.000 0.000 0.000 145 0.50 393342.219

-14.500 0.000 0.000 146 0.75 393335.875

-6.344 0.000 0.000-147 1.00 393331.219

-4.656 0.000 0.000 148 1.25 393334.625 3.406 22.094 530.250 149 1.50 393343.125 8.500

-0.906

-21.750 150 1.75 393338.281

-4.844

-2.406

-57.750 151 2.00 393333.531

-4.750

-2.313

-55.500 152 2.25 393331.125

-2.406 3.500 84.000 153 2.50 393327.719

-3.406 15.406 369.750 154 2.75 393327.719 0.000 10.563 253.500 155 3.00 393325.813

-1.906 7.719 185.250 156 3.25 393321.094

-4.719 10.031 240.750 157 3.50 393315.344

-5.750 12.375 297.000 158 3.75 393317.469 2.125 10.250 246.000 159 4.00 393320.125 2.656 5.688 136.500 160 4.25 393317.656

-2.469 3.438 82.500 161 4.50 393308.094

-9.563 7.250 174.000 162 4.75 393302.188

-5.906 15.281 366.750 163 5.00 393308.000 5.813 12.125 291.000

()'

164 5.25 393306.188

-1.813 11.469 275.250 165 5.50 393301.406

-4.781 6.688 160.500 166 5.75 393299.188

-2.219 o.000 72.000 l

167 6.00 393299.500 0.313 8.500 204.000 168 6.25 393296.656

-2.844 9.531 228.750 169 6.50 393297.500 0.844 3.906 93.750 i

j 170 6.75 393293.281

-4.219 5.906 141.750 t

171 7.00 393290.406

-2.875 9.094 218.250 172 7.25 393289.219

-1.188 7.438 178.500 173 7.50 393287.750

-1.469 9.750 234.000 174 7.75 393286.375

-1.375 6.906 165.750 175 8.00 393282.406

-3.969 8.000 192.000 176 8.25 393286.094 3.688 3.125 75.000 177 8.50 393284.594

-1.500 3.156 75.750 178 8.75 393275.625

-8.969 10.750 258.000 179 9.00 393272.781

-2.844 9.625 231.000 180 9.26 393273.406 0.625 12.688 304.500 181 9.51 393270.000

-3.406 14.594 350.250=

182 9.76 393272.625 2.625 3.000 72.000

.]

183 10.00 393269.219

-3.406 3.563 85.500 184 10.25 393269.406 0.188 4.000

-96.000.

R

.185

-10.50 393260.156

-9.250 9.844' 236.250-186 10.75 393263.969 3.813 8.656 207.750 j

187 11.00 393260.125

-3.844 9.094~

218.250 188 11.25 393257.781

-2.344 11.625 279.000 189 11.50 393258.313 0.531

-1.844 44.250 190 11.75 393253.531

-4.781 10.438 250.500

~

~

191 12.00 393248.813

~4.719 11.313 271.500 192

.12.25 393251.250 2.438 6.531 156.750 C-7 A

MASS LOSS DATE 30-1993 TIME - 11:44:13 t

REC TIME CONT MASS MASS MASS l

NUM DELTA AIR LOSS LOSS LOSS (HOURS)

MASS INCR (1 HR)

(x 24) j

'193 12.50 393243.406

-7.844 14.906 357.750 194 12.75 393245.594 2.188 7.938 190.500^

195 13.00 393246.188 0.594 2.625 63.000 l

196 13.25 393239.563

-6.625 11.688 280.500 197 13.50 393241.281 1.719 2.125 51.000 198 13.75 393243.781 2.500 1.813 43.500 199 14.00 393240.313

-3.469 5.875 141.000' 200 14.25 393244.906 4.594

-5.344

-128.250 201 14.50 393239.250

-5.656 2.031 48.750 202 14.75 393231.656

-7.594 12.125 291.000 203 15.00 393232.281 0.625 8.031 192.750 204 15.25 393235.000 2.719 9.906 237.750 205 15.50 393224.219

-10.781 15.031' 360.750 206 15.75 393226.875 2.656 4.781 114.750

'i 207 16.00 393228.250 1.375 4.031 96.750 l

208 16.25 393229.063 0.813 5.938 142.500 209 16.50 393221.969.

-7.094 2.250 54.000 210 15.75 393220.156

-1.813 6.719 161.250 211 17.00 393221.969 1.813 6.281 150.750 d

~212 17.25 393215.563

-6.406

- 13.500 324.000:

O 213 17.50 393218.219 2.656 3.750 90.000 I

214 17.75 393212.188

-6.031 7.969 191.250 215 18.00 393216.969 4.781 5.000 120.000 216 18.25 393211.344

-S.625 4.219 101.250 J

217 18.50 393206.313

-5.031 11.906 285.750 218 18.75 393206.875 0.563 5.313-127.500 219 19.00 393213.875 7.000 3.094 74.250 220 19.25 393207.781

-6.094 3.563 85.500 221 19.50 393208.813 1.031

-2.500

-60.000 222 19.75 393201.000

-7.813 5.875 141.000 l

223 20.00 393202.875 1.875 11.000

'264.000

'l 224 20.25 393205.875 3.000 1.906 45.750 225 20.50 393209.281 3.406

-0.469

-11.250 226 20.75 393201.563

-7.719

-0.563

-13.500 227 21.00 393198.719

-2.844 4.156 99.750-j 228 21.25 393202.281 3.563 3.594 86.250 1

229 21.50 393197.688

-4.594 11.594 278.250 230 21.75 393198.063 0.375 3.500 84.000 231 22.00 393196.719

-1.344 2.000 48.000 j

232 22.25 393196.344

-0.375 5.938 142.500 l

233-22.50 393194.656

-1.688 3.031 72.750' 234 22.75 393195.281 0.625 2.781 66.750

)

235 23.00 393198.563 3.281

-1.844

-44.250 236 23.25 393196.438

-2.125

-0.094

-2.250 237 23.50 393189.875

-6.563 4.781 114.750 238 23.75 393191.188 1.313 4.094 98.250 239 24.00

.393191.531 0.344 7.031 168.750 j

i C-8 i

O O

!O MEASURED MASS - TYPE A TEST Fr. CALHOUN - NOVEMBER 10 - 11. 1993 393.400 393.375 1

4 393.350 0

\\

s' 393'.-325 0

8.

• ^\\

393.300 S

'N 393.275

(%

0 o

%mp f

393.250 L

393.225

\\e B

'^vs.

S 393.200

Vb

%s u

393.175

-0.00 2.40.

4.80 7.20 9.60 12'00 14.40 16.80 19.20 21.60 24.00 (23:-8)

-( 3:48)

( 8:36)

(13:24)

(10:12)

(23: 0) 23: 8:11 DELTA TIME IM HOURS REC

-143 - 248

.= -.

J.-..-..

=

.. -.. -. -. -... -.. =.

4 O

O O'

. AVERAGE PRESSURE - TYPE A TEST FI'. CALHOUN - NOVEMBER 10 - 11. -1993 74.562 74.550 1

74'.537

\\.

74.525

'N 74.511x S

74.500-

's.,

2 I

A 74.487 s N 74.475.

N

\\~N 74.462-k_

s__,_

74.450 w%_

0.00-2.40 4.80 7 '. 20 -

9.60 12.00

.14.40. 16.80 19.20. 21.60 24.00'

'(23:.8)

( 3:48)

( 8:36)

(13:24)

-(18:12)

(23: 0)

'23: 8:11' DELTA TIME IN HOURS REC 143 - 240

%s' N,. l AVERAGE TEMPERATURE - TYPE A TEST lT. CAlllOUN - NOVEN1BER 10 - 11.1993 76.800 76.700 76.600 76.500 D

E 76.400 G

w'*:

R A

76.300 9

E

\\

E 76';20'0

~

v%

3

's_

76.100 N s p

Ns 76.000

^~x~.

~~'^

75.900

~~

s_~

~ ~ ~ x~_

0.00 2.40 4.80 7.20 9.60 12.00 14.40 16.80 19.20 21.60 24.00 (23: 0)

( 3:48)

( 8:36)

(13:24)

(18:12)

(23: 0) 23: 0:11 DELTA TIME IN HOURS HEC 143 - 240

A, O

O.

O AVERAGE VAPOR PRESSURE - TYPE A TEST FT. CALHOUN - NOVEMBER 10 - 11, 1993 0.153 0.152 0.152 8.151 8.151 P

ve,_ '-

C ' ~ s. m v S

0.150 y ",.n-

?

I i

A 8.150 y/

/v

/

8.149 f f

,.s84149

/

8.148.

8.00

'2.40 4.80 7.20 9.60

.12.00 14.40 16.80 19.20 21.60 24.00 (23:.8)

( 3:48)

( 8:36)

(13:24)

(18:12)

(23: 0) 23:-0:11 DELTA. TIME IN HOURS REC' 143 - 240

i ENVIRONMENT LISTING DATE 30-1993 TIME - 11:49:04 REC DATE TIME TEMP VAPOR CORRECT.

RELATIVE AIR PSIA /HR NUM PRESSURE PRESSURE HUMIDITY DENSITY VARIANCE 143 1110 2300 536.001 0.1486 74.3931 33.08 0.3746 0.00000 144 1110 2315 535.981 0.1487 74.3908 33.11 0.3746

-0.00919 145 1110 2330 535.971 0.1488 74.3865 33.14 0.3746

-0.01688 146 1110 2345 535.964 0.1488 74.3844 33.15 0.3746

-0.00849 148 1111 15 535.936 0.1490 74.3802 33.23 0.3746

-0.00882' 149 1111 30 535.923 0.1490 74.3800 33.25 0.3746

-0.00086 150 lill 45 535.915 0.1489 74.3780 33.25 0.3746

-0.00793 151 1111 100 535.908 0.1490 74.3762 33.28 0.3746

-0.00720 152 1111 115 535.898 0.1490 74.3744 33.28 0.3746. -0.00745 153 1111 130 535.888 0.1491 74.3724 33.30 0.3746

-0.00800 154 1111 145 535.875 0.1492 74.3704 33.35 0.3746

-0.00769 155 1111 200 535.867 0.1492 74.3691 33.36 0.3746

-0.00553 156 1111 215 535.861 0.1494 74.3672 33.40 0.3746

-0.00729 157 1111 230 535.856 0.1494 74.3655 33.42 0.3746

-0.00705 158 1111 245 535.842 0.1494 74.3639 33.43 0.3746

-0.00620 159 1111 300 535.827 0.1494 74.3624 33.45 0.3746

-0.00607-160 1111 315 535.818 0.1495 74.3607 33.48 0.3746 -0.00699 161 1111 330 535.819 0.1495 74.3590 33.48 0.3746

-0.00684 162 1111 345 535.817 0.1496 74.3576 33.51 0.3746.-0.00537 163 1111 400 535.799 0.1496 74.3562 33.52 0.3746

-0.00549 164 1111 415 535.793 0.1497 74.3551 33.55 0.3746

-0.00467 165 1111 430 535.787 0.1497 74.3534 33.57 0.3746

-0.00684 0s 1

166 1111 445 535.779 0.1498 74.3518 33.59 0.3746

-0.00641 167 1111 500 535.769 0.1499 74.3504 33.62 0.3746

-0.00525 168 1111 515 535.766 0.1499 74.3495 33.62 0.3746

-0.00375 169 1111 530 535.754 0.1498 74.3480 33.63 0.3746

-0.00610-170 1111 545 535.751 0.1499 74.3467 33.65 0.3746

-0.00494 i

171 1111 600 535.746 0.1500 74.3455 33.67 0.3746

-0.00486 172 1111 615 535.741 0.1499 74.3447 33.66 0.3746

-0.00345 173 1111 630 535.733 0.1500 74.3432 33.68 0.3746

-0.00574 174 1111 645 535.727 0.1501 74.3421 33.72 0.3746

-0.00458 175 lill 700 535.723 0.1501 74.3408 33.73 0.3746

-0.00510 176 1111 715 535.712 0.1502 74.3400 33.75 0.3746

-0.00311 177 1111 730 535.704 0.1501 74.3386 33.75 0.3746 -0.00580 178 1111 745 535.707 0.1502 74.3374 33.76 0.3745

-0.00479 f

179 1111 800 535.704 0.1502 74.3364 33.76 0.3745

-0.00385 t

180 1111 815 535.696 0.1502 74.3354 33.78 0.3745

-0.00393 181 1111 830 535.694 0.1502 74.3345 33.78 0.3745

-0.00369; 182 1111 845 535.683 0.1504 74.3334 33.83-0.3745

-0.00446 183 1111 900 535.682 0.1503 74.3327 33.82 0.3745

-0,00284 184 1111 915 535.673 0.1503 74.3314 33.82 0.3745

-0.00491 185 1111 930 535.677 0.1505 74.3303 33.86 0.3745

-0.00458 186 1111 945 535.666 0.1504 74.3295 33.85 0.3745

-0.00336 187 1111 1000 535.663 0.1504 74.3283 33.86 0.3745

-0.00455 188 1111 1015 535.659 0.1505 74.3273 33.87.

O.3745- -0.00427 i

189 1111 1030 535.652 0.1504 74.3265 33.88 0.3745

-0.00312 190 1111 1045 535.652 0.1504 74.3255 33.87 0.3745

-0.00403 l

192 1111 1100 535.649 0.2504 74.3243 33.88 0.3745 6.19154 i

193 1111 1115 535.639 0.1505 74.3234 33.91 0.3745

-0.00370

(}

194 1111 1130 535.645 0.1506 74.3226 33.91

.0.3745

-0.00302 C-13 1

E' ENVIRONMENT LISTING DATE 30-1993 TIME - 11:49:06 REC DATE TIME TEMP VAPOR CORRECT.

RELATIVE AIR PSIA /HR' NUM PRESSURE PRESSURE

. HUMIDITY DENSITY VARIANCE i

195 1111 1145 535.635 0.1506 74.3217 33.93 0.3745

-0.00366 196 1111 1200 535.626 0.1506 74.3205 33.95 0.3745

-0.00464 197 1111 1215 535.630 0.1506 74.3198 33.95 0.3745

-0.00305-198 1111 1230 535.619 0.1506 74.3187 33.95 0.3745

-0.00443 199 1111 1245 535.612 0.1506 74.3181 33.96 0.3745

-0.00208 200 1111 1300 535.611 0.1506 74.3173 33.96 0.3745

-0.00333 201 1111 1315 535.599 0.1506

-74.3166 33.97 0.3745

-0.00299 202 1111 1330-535.599 0.1507 74.3155 33.99 0.3745

-0.00421 l

203 1111 1345 535.606 0.1507 74.3150 33.99 0.3745

-0.00192 204 1111 1400 535.599 0.1506 74.3141 33.98 0.3745

-0.00351 205 1111 1415 535.590 0.1507 74.3134 34.01 0.3745

-0.00293 206 1111 1430 535.597 0.1508 74.3124 34.01 0.3745

-0.00416 207 1111 1445 535.590 0.1507 74.3118 34.01 0.3745

-0.00223 208 1111 1500 535.585 0.1508 74.3114 34.02 0.3745

-0.00171 209 1111 1515 535.580 0.1508 74.3109 34.04 0.3745

-0.00211 210 1111 1530 535.584 0.1508 74.3101 34.03 0.3745. -0.00302 211 1111 1545 535.581 0.1508 74.3094 34.03 0.3745

-0.00302 212 1111 1600 535.574 0.1507 74.3088 34.03 0.3745

-0.00226 213 1111 1615 535.580 0.1508 74.3083 34.04 0.3745

-0.00183 214 1111 1630 535.572 0.1507 74.3078 34.03 0.3745

-0.00220 215 1111 1645 535.577 0.1508 74.3072 34.05 0.3745

-0.00217 O

216 1111 1700 535.565 0.1507 74.3065 34.04 0.3745

-0.00293 217 1111 1715 535.568 0.1508 74.3059 34.05 0.3745- -0.00229 218 1111 1730 535.572 0.1509 74.3055 34.06 0.3745

-0.00174 219 1111 1745 535.567.

0.1508 74.3049 34.06 0.3745

-0.00238.

220 1111 1800 535.E53 0.1508 74.3043 34.06 0.3745

-0.00244 221 1111 1815 535.558 0.1508 74.3038 34.07 0.3745

-0.00199 1

222 1111 1830 535.553 0.1509 74.3033 34.08 0.3745

-0.00201 223 1111 1845 535.560 0.1508 74.3028 34.07 0.3745 c 30208 l

224 1111 1900 535.553 0.1509 74.3022 34.10 0.3745 J.00220 225 1111 1915 535.545 0.1510 74.3017 34.11 0.3745

-0.00199 226 1111 1930 535.540 0.1508 74.3016 34.09 0.3745

-0.00049 247 1111 1945 535.547 0.1508 74.3011 34.08 0.3745

-0.00192.

228 1111 2000 535.547 0.1509 74.3006 34.10 0.3745

-0.00214 229 1111 2015 535.540 0.1509 74.3003 34.11 0.3745

-0.00110 230 1111 2030 535.542 0.1510 74.2997 34.12 0.3745

-0.00247 l'

231 1111 2045 535.541 0.1509 74.2997 34.10 0.3745

-0.'00012 232 1111 2100 535.539 0.1510 74.2990 34.13 0.3745

-0.00250 233 1111 2115 535.538 0.1510 74.2989 34.13 0.3745

-0.00049 234 1111 2130 535.537 0.1509 74.2985 34.12 0.3745 ~-0.00171 235 1111 2145 535.538 0.1509 74.2986 34.11 0.3745 0.00055.

236 1111 2200 535.530 0.1509 74.2982 34.12 0.3745

-0.00162 t

237 1111 2215 535.530 0.1509 74.2978 34.12 0.3745

-0.00171 238 1111 2230 535.538 0.1509 74.2977 34.11 0.3745. -0.00049 239 1111 2245 535.532 0.1509 74.2971 34.12 0.3745

-0.00220 240 1111 2300 535.529 0.1510 74.2968 34.14 0.3745

-0.00141 C-14

1

.j-

-./ ~sr

(

s 1

1 1

APPENDIX D Verification Test Data 0145 to 0545 on November 12, 1993 I

Tables l'.

1.

Mass Point Report D-1 2.

Total Time Report D-3 j

3..

Mass Loss Report D-5 Graphs 1.

Mass Point D-2

/T 2.

Total Time D-4

.( ) 3 Measured Mass.

D-6 4.

Average Pressure D-7 5.

Average Drybulb Temperature.

D-8 6.

Average Vapor Pressure D-9 i

. (

D-i

MASS POINT WITH VERIFICATION TEST

()=DATE-12-30-1993 TIME - 11:51:11 MASS POINT VERIFICATION GROSS GROSS NET NET TIME MASS LSF 95% UCL SCFM LSF 95 UCL 145 393159.6 0.0000 0.0000 3.630

-0.0999

-0.0999 200 393153.7 0.0000 0.0000 3.630

.-0.0999

-0.0999 215 393147.6 0.1458 0.0000 3.630 0.0459

-0.0999 230 393147.8 0.1008 0.1773 3.630 0.0008 0.0774 245 393139.8 0.1108 0.1488 3.630 0.0109 0.0488 300 393134.4 0.1166 0.1402 3.630 0.0167 0.0403 315 393133.0 0.1101 0.1276 3.630 0.0101 0.0276 330 393125.8 0.1128 0.1257 3.630 0.0128 0.0258 345 393115.5 0.1233 0.1384 3.630 0.0234 0.0385 400 393112.5 0.1259 0.1381 3.630 0.0260 0.0381 415 393107.3 0.1276 0.1376 3.63G 0.0277 0.0377 430 393101.1 0.1293 0.1377 3.630 0.0294 0.0378 445 393099.1 0.1277 0.1349 3.630 0.0278 0.0350 500 393094.8 0.1260 0.1324 3.630 0.0261 0.0325 515 393087.0 0.1266 0.1321 3.630 0.0266 0.0321 530 393083.3 0.1261 0.1309 3.630 0.0262 0.0310 545 393076.3 0.1267 0.1309 3.630 0.0267 0.0310 (Lo + Lam -.25 La) <=

Lc

<= (Lo + Lam +.25 La) 0.1166

<=

0.1267 <=

0.1666 O

i l

D-1

O O

.O MASS POINT - VERIFICATION TEST IT. CALHOUN - NOVEMI3ER 12.1993 0.225 MASS POINT - LSF

.75 MAX ALLOVED 0.200

. NASS POINT - UCL 0.175 8.150

[x l

'~

~

x 0.12G -

N l

, i, p-

% s.

a

/

0.dOO ' V 9

/

D 8l.875l A

Y d.050

/

!.025 10 t

l8.000 0;00 0.40 0.80 1.20 1.60 2.00 2.40 2.80

-3.20 3.60 4.00

( 1:45)

( 2:33)

( 3:21)

( 4: 9)

( 4:57)

( 5:45) 1:45: 7 DELTA TIME IN HOURS REC 251 - 267

I t

i b

TOTAL TIME WITH VERIFICATION TEST

~ O DATE 30-1993 TIME - 11:51:24 TOTAL TIME' VERIFICATION f

GROSS GROSS NET NET TIME MASS LSF-95% UCL SCFM-LSF 95% UCL

~

200 393154 0.0000 0.0000 3.630

-0.0999

-0.0999 215 393148 0.1458 0.0000 3.630 0.0458:

-0.0999 230 393148 0.1043 0.2882 3.630 0.0043 0.1883-245 393140 0.1086 0.1663 3.630 0.0087.

0.0663-300 393134 0.1124 0.1507 3.630 0.0124 0.0507.

315 393133 0.1071 0.1341 3.630 0.0072 0.0342 330 393126 0.1088 0.1323 3.630 0.0089 0.0323 c'

345 393115 0.1170 0.1411 3.630 0.0171 0.0412-

-400 393113 0.1199 0.1399 3.630 0.0200 0.0400

.415 393107 0.1221 0.1398 3.630 0.0222 0.0399 430 393101 0.1242 0.1402.

3.630 0.0243 0.0402-445 393099 0.1238 0.1381 3.630 0.0238 0.0381 I

.500 393095 0.1231 0.1361 3.630 0.0231 0.0362

.515 393087 0.1238 0.1359 3.630 0.0239 0.0359 530 393083 0.1238 0.1349 3.630 0.0238

.0.0350 545 393076 0.1245 0.1349 3.630 0.0245 0.0349 l

LEAK RATE < MAX AND > MIN ALLOWED (Lo + Lam -.25 La) <=

Lc

<= (Lo + Lam +.25 La) 0.1136

<=

0.1245 <=

0.1636 i

O a

.k -

+

e

+

..k O

D-3 I

0; O

O TOTAL TIME - VERIFICATION TEST FT. CALHOUN - NOVEMBER 12. 1993 i

0.450 TOTAL TIME - LSF

.75 NAX ALLOWED 0.400 TOTAL TINE - UCL 0.350 ~

8.300 x~

0.250

! ~'

4 0.200[

/

e D

8.158 g

jy y

g,71gg l;

0.050 f

i

/

!8.000 l-0.00:

-0.40 0.80 1.20-

-1.60 2.00 2.40 2.80 3.20 3.60 4.00

( 1:45)

( 2:33)

( 3:21)

( 4: 9)

( 4:57)

(: 5:45) 1:45: 7:

DELTA TIME IN HOURS REC-251 --267-

J-i MASS LOSS DATE 30-1993 TIME - 11:51:48 REC TIME CONT MASS MASS MASS NUM DELTA AIR LOSS LOSS LOSS (HOURS)

MASS INCR (1 HR)

(x 24) 251 0.00 393159.563 0.000 0.000 0.000 252 0.25 393153.719

-5.844 0.000 0.000 253 0.50 393147.625

-6.094 0.000 0.000 254 0.75 393147.844 0.219 0.000 0.000 255 1.00 393139.813

-8.031 0.000 0.000 256 1.25 393134.438

-5.375 19.281 462.750 257 1.50 393132.969

-1.469 14.656 351.750 258 1.75 393125.781

-7.188 22.063 529.500 259 2.00 393115.469

-10.313 24.344 584.250 260 2.25 393112.500

-2.969 21.938 526.500 261 2.50 393107.063

-5.438 25.906 621.750 262 2.75 393101.094

-5.969 24.688 592.500 263 3.00 393099.094

-2.000 16.375 393.000 264 3.25 393094.781

-4.313 17.719 425.250 265 3.50 393086.969

-7.813 20.094 482.250 266 3.75 393083.313

-3.656 17.781 426.750 267 4.00 393076.344

-6.969 22.750 546.000 0

t a

s J

D-5

V'

~

is MEASURED MASS - VERIFICATION TEST Fr. cal.HOUN - NOVEMBER 12, 1993 393.160 3i93.450 i

393.140

'\\..

0

'sm_~'

0 393.130 0

393.120 S

s_ _.

393.110

s s

E o

N_ '

f 393.100

__s.,.

~_

L 393.090 B

'~x. '

S 393.000

's s.

393.070 0.00 0.40 0.00 1.20 1.60 2.00 2.40 2.00 3.20 3.60 4.00

( 1:45)

( 2:33)

( 3:21)

( 4: 9)

( 4:57)

( 5:45) 1:45: 7 DELTA TIME IN HOURS REC 251 - 267

O g%

,3

%J' AVERAGE PRESSURE - VERIFICATION TEST Fr. CAlllOUN - NOVEMBER 12. 1993 74.445 74.443 74.440 m

s s 38s.x 74.435 s

.__x P

S 74.433

's_,

g I

, '~x'N A

74.430

'N 74.428 s'xs x

~~' s,x 74.425 s

74.423

-l 0.00 0.40 0.80 1.20 1.60 2.00 2.40 2.80 3.20 3.60

.4.00

( 1:45)

-( 2:33)

( 3:21)

( 4: 9)

- (-4:57)

( 5:45)

~

1:45:-?

DELTA TIME IN HOURS-REC 251 - 267

AVERAGE TEMPERATURE - VERIFICATION TEST I-T. CAlllOUN - NOVEMBER 12. 1993 75.849 i

\\

75.848

/

'N.

(

l N.

75.84 l

\\

\\

75.846\\

f

\\.

D t

E 75.845k l

\\,

~

\\

l

\\

l G

^

R 75.844\\

lg\\

l

\\

l

.g E

1, j

\\

l

\\

/

t

/

\\

/

i

',/

E 75.843 8

-\\

l

\\

N i

i/

'\\

N/

\\

/

75.842 3j j

75.841

\\/

75.840 0.00 0.40 0.80 1.28 1.60 2.00 2.40 2.80 3.20 3.60 4.00

( 1:45)

(-2:33)

( 3:21)

( 4:.9)

( 4:57)

( 5:45) 1:45:-7 DELTA TIME IM HOURS REC _ 251 - 267

-AVERAGE VAPOR PRESSURE - VERIFICATION TEST FT. CALHOUN - NOVEMBER-12, 1993 0.151

.3 5

0.151 j\\

0.! 5 l

1

\\

/\\

l\\

A el.15{

l

\\

^\\

l\\

, '\\

t i

\\

l '

V

\\

l

\\

l

[0.151(

I

\\

/

\\

/

P

/

\\

/'

/

z S

y' O.151

\\

/

/

\\/

A 0.151 k.'N E

I

/j

/

\\

/

/

hl

\\/

./

\\

/

0.151

\\

\\l

\\

/

0.151

\\/

l[

\\/

8.151

.0.00 0.40

-0.80-1.20 1.60 2.00 2.40 2.80-13.20

~

.60' 4.00 3

F1':45)

-( 2:33)

('3:21)

( 4:.9)

-( 4:57)

(.5:45) 1:45::.7.

DELTA TIME:IN: HOURS-

. REC

-251 - 267

.\\-

I f~~N

-(

i v

i t

i APPENDIX E ISG and Instrument Location Maps Table 1.

ISG Calculation.

E-1 Maps 1.

Containment Instrument Location - Primary Plant Section.

E-4 (11405-A-14) Looking North 2.

Containment Instrument Location - Primary Plant Section.

E-5

[V 3.

')

(11405-A-13) Looking East

~

Containment Instrument Location.

E-6 (11405-A-5) Elevation 984' to 1010' 4.

Containment Instrument Location.

E-7 (11405-A-6) Elevation 1013' to 1030' 5.

Containment Instrument Location.

E......................

(11405-A-8) Elevation 1045' to 1048' 6.

Containment Instrument Location.

E-9 (11405-A-9) Elevation 1060' to 1113' f

P h

r s

E-i

(

.i

'i

APPENDIX E 7_q t

i V

INSTRUMENT SELECTION GUIDE CALCUIATION A.

TEST PARAMETERS ISG -

instrument selection guide leakage rate, percent per day L.

t test duration, hours P

containment atmosphere total absolute pressure Pv containment atmosphere partial pressure of water vapor i

l T

containment atmosphere weighted average' absolute drybulb temperature e

error associated with measurement of change in a given parameter E

error associated with sensor (sensitivity) e error associated with measurement system (excluding sensor)

L.

0.1 I/ day j

P, 74.297 psia i

535.529*R drybulb T

Top 45.625'F dewpoint t

24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> Ny Number of Pressure Sensors T

Number of Temperature Sensors N

Nu Number of Relative Humidity Sensors i

B.

INSTRUMENT PARAMETERS y

1.

Total absolute pressure error (ep)

No. of sensors:

. Paroscientific 3 Range:

. 0-100 psia i

Pressure sensor sensitivity error (Ep):

. i0.0001 psia

. i0.0001 psia Pressure measurement system error (Ep):

l I

2)]g 2

e =i[ (E g p f

Np e =* [ (0.0001 +0.0001 ) ] j j

2 2

p l

e =i8.164966D-05 r

m Page E-1

APPENDIX E

.p.

INSTRUMENT SELECTION GUIDE CALCULATION B.

INSTRUMENT PARAMETERS 2.

Water vapor pressure error (ep,)

No. of sensors: Graftel G-9203Ds 9

Range:

30-80*F Vapor pressure sensor sensitivity error (Ep,):

10.2*F Vapor pressure measurement system error (Ep,):

• 0.02*F

[ (Eh+e*pv) ] $ x spy egy=

N.y AF f

e =1 { (0.2 +0.02 ) ]l 2

2 2 x0.0057 p

9 e =13. 8189 53D-04 p

}

The water vapor pressure' change between dew points 45*F-& 46*F is 0.0057 psia /*F (from ASME Steam Tables, Fifth Edition).

3.

Temperature error (e )r No. of sensors: Graftel G-9202s

. 33 Range:

32-130*F Temperature sensor sensitivity error (Er):

10.1"F Temperature measurement system error (e ):

• 0.02*F r

e =i [.(E'+e ) ] i 2

r 7

Nr e =* [ (0.1 +0.02 ) ] j 2

2 p

.33 i

o =.1.775251D-02 p

l l

I O

Page E-2

~

4 i

APPENDIX E-

.,,, ~ _.

(/

INSTRUMENT SELECTION GUIDE CALCULATION C.

INSTRUMENT SELECTION GUIDE RESULTS 2400 [2 (b) 2+2 ( #") 2+2 (b) 2) i JSG=A t

P PV T

2400 [2 ( 8.164966D-05 ) 2+2 ( 3. 818953D-04 ) 2+2 ( 1.775251D-02 ) 2) i ISG=i 24 74.297 74.297 535.529 i

ISG=*0.0017238%/ day The ISG formula does not exceed 0.25 L. (0.025I/ day) and was acceptable for use in

' determining the reactor containment integrated leakage rate.

i

(

i i

i

(

1 1

1

~

l 1

4

' y V

1 Page E-3

i

.j em..

APPENDIX E ILRT Instrument Locations Sectional View CONTAINMENT INFrHUMENTATION IDCATION l

PRDLARY PLANT SECTION (11406-A-14)

VERT [ CAL 4;

DETECf0R 4

STRING (2 VEffrICAL gggg.

g.10 873*' f'

'4

.... Y ','

i O STS-U

j..,,/

ONC

• i-STS-2 O

-130e*

O sTS-y

- 1103' l

• . /

\\

~

- 1098' j

~

3

- 1093'

'i STS-3 O STS-w f,

[*

sis-4Q

- 1080' f'

RHS-H a O sts-x

- 1083' f

z' 4

i STS-5 0 ;

s 1

O sts-y

.a STS-Q

.=

l

- 1063' r

STS-T 1

, i i i i O

i F

)

i Ol l l

? l 5

]

1 h

STS-D O

- 1D53' M8#

]

I

}~

O STS-N '

- 1048'

~

]1 gi RHs-a l'

,.i STS ;

7

',Y.ra RH5-IA A

I sTs-s 0 arerrl

- 1030'-

{

m

,e TAatE

- = :: :: - 1023' O.'

S15 20 STS-K i

3

[

'g RHS-A s u iu i, s

e o e p -'"28' e

5 p

, 'l I

• ~ ll

~~

sis t hR TW r

SF$~C O b g, - 1000' O

n

'~

T I

5 mm 1,'. {

RHS-0 A

- 99B'

, ?.ef,I,.'.Y,# A '.$ 4 0 '.. 5 k ha' e?

- J.*. n * * ' ~. J'

..s s

,, :.x.

y-

..m..

e y -. -..

g y

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I * ' s,,

4j ') -

,,,,. [d.

~

4 l, ;,. p',,,

( f ? ' V} (s' i ? ? ) b e.

IDOEING NORTil e

Page E-4

APPENDIX E (q j

-,. 'G/

ILRT Instrument Locations Sectional View CONTAINMENT INSTRUMENTATION I/)CAMON PRIMARY PIXIT SECTION (11405 -A-13)

N i

,.i,.

DETECTOR VERTICAL ELEVATIONS UTluNG f2 VERTICAL 51S-IO STRING gi f.

-111B, i STS-U O

d..

/

- 1113*

pg3_c3 STS-2 0

(

l STS-V O

- ' 'h L

rr lL ST5-3 h.

sis-w 0 i

g.

STS-4 O

- 1083' RHS-HA STS-XQ g

i

.E.

.5.

sis-u

- 1073' STS-E O STS-Y O I-53

(.

- 106B' Q/

RHS-D E

STS-R STS-S jj l ? l l

l l

f,.j RHS-E

_,gg.

J s

/

y-

[

()

()

l

- 1050'

- p l Ili rg

~ 1048' l

lf

~

fl ^.T,~,

g.\\

c-##

!R R

AI

~

,\\

[

A RH5-8

\\

/.

OsTs-sl j

i i

E E

b 3gl '-

- 1030'

-5TS}pg s

L-a c....

.u l

a J

4

STS-Z O STS 0

.s I.

~."

- 1020' RHS-F

'y#

.---STS t STS A

'.d f~,

~

l-O.

tb-l i

i l

y m - 1013'

- 1010' sis-t s

/

hDl

.r.

W: STS i

.s

.l

./

'V T

f STS-P

- 1000+

i * '.

RECM STS-D 4

s p

s

-f--

m g

..'.J'"

f, '.* 3 j

.,.y

. **1'.'*,'*a'

4

,4 y

s

~g.

LOOKING EASI Page E-5

APPENDIX E

,q v.

\\s/. '

Containment ILRT Instrument Locations Elevation 984 to 1010 ft CONTAINMENT INSTRUMENT LOCATIONS BASEMENT FLOOR PLAN (11405-A-5)

I

. I _ _I i'

O O

4*N RHS-9 O STS-C o

I o

//

l h4uy 1

o ?-

o l

' ' STS-B STS-D g

,y Q

/

N O

o

,s. /r /.

a s

4 4

=

g 0

_. r._.-._e Rc2sN}---

WE C- --4hRC2A ---

s I

y b

b 4

Q

.i t

. QQ r

i

^

h l g

• Ts-E i-

\\,\\

l sTS-A O

., ' - b.'

Rc-o O

4 l

~.' *

~

p I

ELEVATION 984' to 1010' i

i l

1

~

1 Page E-6

r=

s APPENDIX E ILRT Instrument Locations at Elevations 1013 to 1030 ft CONTAINMENT INSTRUMENT LOCATIONS GROUND FLOOR PLAN (11405-A-0)

-N lllh l

a

.il!

'ii RH -A j

/

STS-1 l

fY R

RC3B h

Q i

/.

4, - _X

,U,

- STS-H '

r w

m f

/

b RC2B REACTOR 0 ac2A

{ EQUIPMNNT g

lyTC11 ty I

I 4

~,

I I

i m A m

STS-K m.

m

/^.

'STS-G O

.s O

gg

'e n

/,

RC3A

/ STS-F RC3C

.i V

/

O V

A '\\

STS-Z %

t'

'~

s 3,

SIGA STS-L-r sice e

O I.[g g x.

4 g3 j/

E 4

RHS-F g

C

. i w

y ELEVATION 1013' to 1030' o

Page E-7 t-

I APPENDIX E-O L(/

t ILRT Instrument Locations at Elevations 1045 to 1048 ft P

CONTAINMENT INSTRUMENT IDCATIONS OPERATING-FLOOR PLAN (11405-A-8)

• N EQUIPMENT X ru 4

HATCH j

m M

l

=

=

=

4

=.

l

.=.

i STS-N t

VA-ISB VA-16A

-O RHS-E UA

/

O

,. k

.s 5

w w

O ;)

[

e

. v 6

r" M I e

, g g

I m

3-p e

a 4,

i O

^

6

[

RC2B

'RC2A O

4 t

i 3

l g

. ir-]

p-a=I g

og f

i l

-l L

,l STS-P j

h RHS-B I

r

\\.

C i

O 14 4

h

.I 3

S'* -"

O AG x

/

h-8-3UF i

[ySo$ E

.d REFUELING

'i

~.

e,

_g

• CRANE

?

ELEVATION 1045' to 1048' i

I r

i O

1 Page E-8

j

)

APPENDIX E l

p.

%)

ILRT Instrument Locations at 1

Elevations 1060 to 1113 ft j

CONTAINMENT INSTRUMENT LOCATION i

(11405-A-9) j N

q_ POLAR CRANE

}*.

,_n

~

I It l

s a-O O

h)

VERTKAL

(

STRING

1. 1

+

RC2B RC2A VERTICAL TI STS-S Q

STS-T STS-RD o

Q RHS-D adP/

l Q

h*

i i

ELEVATION 1060' to 1113' O

Page E-9

r h

?

' k f

i e

i t

-i APPENDIX F Local Leakage Rate Test Reports l

1.

1990 Refueling Outage Type B and Type C Local Leakage Rate Test Report F-1 i

2.

1992 Refueling Outage Type B and. Type C Local Leakage Rate Test Report

. F-17 3.

1993 Refueling Outage Type B and Type C Local. Leakage Rate Test Report... F-39.

{

i O

I 4

i l

i O

F-1

1990 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT

SUMMARY

Local leakage rate tests were perfotaed on the reactor containment building penetra-tions as part of the 1990 refueling outage. These tests were conducted in accor-dance with Fort Calhoun Station Technical Specifications (Section 3.5) and 10 CFR Part 50, Appendix J.

The testing is performed to identify, measure, and if re-quired, initiate maintenance on potential reactor contc!nment leakage pathways. The maximma containment leakage rate according to Technical Specification 3.5, L.,

equals 0.1% wt per day or 104,918 sccm.

For the maximum pathway leakage rate (MXPLR) determined from the Type B and Type C local leakage rate test (LLRT) i results shall be less than or equal to 0.6 L., or 62. 951 secm.

The total as-found Type B & C MXPLR for the 1990 refueling outage equals 645,513.84 secm. Excessive leakage rates were observed on Penetrations M-7, M-39, and M-50.

An explanation of the significant leakage rates is included in the applicable test sections.

The individual leakage rates for each penetration are tabulated in Table I through Table VII.

Penetration M-7, M-39, and M-50 MXPLR vs. minimum pathway leakage rate (MNPLR) is tabulated in Table VII.

The MNPLR leakage rate equals 11,834.0, secm. A summary of the test results is given in Table VIII. All of the tables are attached.

TYPE B Tests Type B LLRTs are conducted as part of the Fort Calhoun Station surveillance test program.

These tests measure leakage rates of mechanical cleeves, electrical penetration seals, and penetrations with resilient seals. To perform these tests each penetration is pressurized with air or nitrogen to 60 psig. The make-up flow rate of air or nitrogen to maintain test volume at test pressure is the penetra-tion's leakage rate.

The leakage rate measurement system uses a series of calibrat-ed rotameters and a bubbler to measure leakage rate, a.

Personnel air lock (PAL) door seals are tested in accordance with Technical Specification 3.5(3)d.(ii) using ST-CONT-2, F.1.

These tests do not contribute to the total Type B & C leakage rate.

These test procedures are on file at the Fort Calhoun Station.

The whole PAL is tested once each six months and within two weeks of achieving a operational mode requiring containment integrity using ST-CONT-2, F.2.

The results tabulated in Table I I

contribute to the total Type B & C leaksge rate. Tue results recorded in Table I indicate a trend of increasing leakage from the PAL.

The PAL Door seals are scheduled to be replaced during the next refueling outage, b.

Equipment hatch LLRT is performed using ST-CONT-2, F.3.

This test is performed prior to initial hatch removal and following each replacement.

The results tabulated in Table II contribute to the total Type B & C leakage rate.

c.

Fuel transfer tube LLRT is performed using ST-CONT-2, F.4.

The results are-tabulated in Table III contribute to the total Type B & C leakage rate.

F-1 1

1990 REFUELING OUTAGE TYPE B AND TYPE C

[

LOCAL LEAKAGE RATE TEST REPORT

'h d.

Electrical penetration LLRTs are performed using ST-CONT-2, F.5.

The results are tabulated in Table IV and contribute to the total. Type B & C leakage rate.

The only leakage that was found was located in penetration A-4 and measured as 1,500 secm. A second test was conducted on A-4 after the isolation / test valve was replaced by MWO 900663. The retest result was 0.0 secm.

The total leakage after maintenance for the electrical penetrations is 0.0 secm.

e.

Mechanical sleeve LLRTs are tested using ST-CONT-2, F.6.

The results are tabulated in Table V and contribute to the total Type B & C leakage rate.

I TYPE C Tests Type C LLRTs are performed using ST-CONT-3.

The results are tabulated in Table VI and contribute to the total Type B & C leakage rate. Hbrimum Pathway Leakage Rates in excess of the 0.6L, criteria were found at penetrations M-7, M-39, and M-50. An explanation of actual penetration leakages is provided belows i

a.

Penetration M-7 (RC Pump Bleedoff) would not hold pressure when it was first tested.

HCV-206, the outside containment isolation valve for M-7, was found to be leaking at a rate of 169,920 scem. Manual valve CH-275, located downstream of HCV-206 was closed and penetration M-7 was retested. The O

subsequent leakage rate for HCV-241, inside containment isolation valve for penetration M-7, was 0.21 scem. Therefore, the as-found minimum pathway leakage rate (MNPLR) for penetration M-7 is listed as 0.21 secm. HCV-206 was repaired under MWO 900758 and penetration M-7 was retested. The retest result was 0.0 sccm.

b.

Penetration M-39 (CCW to SI Injectis. ;ooler) did not hold pressure when it was first tested. HCV-425B was observed to be leaking through at a rate of 356,832.00 secm. HCV-425B was repaired under HWO 901404 and the penetration M-39 was retested without performing any work on the inside containment isolation valve HCV-425A.

Following repairs on HCV-425B, penetration M-39 t

leakage was recorded at 560 secm. The MNPLR for M-39 is listed as 560 secm.

t O

F-2

h l

.i i

1990 REFUELING OUTAGE TYPE B AND TYPE C Q

LOCAL LEAKAGE RATE TEST REPORT

\\u/

c.

Two LLRTs are performed on Penetration M-50.

Penetration M-50 is one of four containment pressure sensing penetrations. It is categorized as a containment atmosphere exposed system and has only one containment isolation valve (B/HCV-742). Test M-50 Test 1 recorded leakage at a rate of 107,616 secm. Test M-50 Test 1 pressurizes the penetration against a closed B/HCV-742 and measures the leakage across the valve seat to a vent downstream of B/HCV-742. Test M-50 Test 1 does not measure atmospheric leakage from penetration M-50.

This test is not representative of the accident position of this valve (open) and does not account for the pressure retaining components in the system (tubing, couplings or instrumentation).

Test M-50 Test 2 pressurizes M-50 with B/HCV-742 open and against the pressure retaining components and would measure atmospheric leakage from penetration M-50.

Only M-50 Test 2 is included in the total Type B & C leakage rate.

The as-found LLRT result using test M-50 Test 2 is 128 secm.

Therefore, the actual as found leakage for M-50 is listed as 128 secm. (as listed in Test M-50 Test 2).

The diaphragm of B/HCV-742 was replaced under MWO 900760. The retest following maintenance yielded results of 0.0 seem for tests M-50 Test 1 and M-50 Test 2.

The diaphragms of the other containment pressure sensing line isolation valves of penetrations (M-38, M-51, and M-52) were also replaced.

d.

An unusually high leakage rate of 4400 scem was measured on PCV-742E of penetration M-46.

MWO 900831 was written to repair PCV-742E. Penetration M-

-s f s)

(

46 was repaired and retested at 0.66 sccm.

C0F TSION The results of the Type B and C Leakage Rates are given in Table VIII.

The initial as-found maximum path way leakage rate from Type B and Type C leakage rate tests was 645,513.84 secm.

The as found reportable leakage rates exceeded the 0.6L. (62,951 secm) limit speci*ied by the Technical Specifications. However, the as-found MNPLR, 11,834.05 scem, is well within the 0.6L, criteria. Containment integrity was maintained throughout the testing program. After maintenance, the total as left leakage was 7,755.09 secm.

(

F-3

i i

1990 REFUELING OUTAGE TYPE B AND TYPE C

l LOCAL LEAKAGE RATE TEST REPORT v'

i TABLE I TYPE B TEST Personnel Air Lock Leak Rate. Test i

ST-CONT-2. F.2 Leakage Rate Test Date facem) 05/24/89 1,400 11/07/89 2,250 05/30/90 4,200 O)

NOTE: The PAL Door Seals will be replaced next outage.

n

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1 l

1990 REFUELING OUTAGE TYPE B'AND TYPE C r

LOCAL MANE RATE TEST REPORT

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TABLE II.

TYPE B TEST-Equipment Hatch 'O Ring Seal"' Test j

ST-CONT-2, F.3 l.

I Leakage Rate i

Test Date facca):

+

i 02/21/90 0.77 1

1 02/27/90 0.00 i

i 03/08/90 6.70

)

03/13/90 0.00 1

04/10/90 0.00-

.l 1

04/20/90(

3.21 04/25/90 3,600.00 1

i 1

l 05/12/90 1.29 j

1

)

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F-5

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O 1990 REFUELING OUTAGE TYPE L AND TYPE C-O

- ~ ~ " " " - - "

-: j TABLE III j

TYPE B TEST Fuel Transfer Tube Leak Rate Test

-)

ST-CONT-2, F.4' t

N Leakage Rate' Test Date (seca) l 02/23/90

.2.96 I

.. t 1

05/05/90 2.80-Li

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1990 REFUELING OUTAGE TYPE B AND TYPE C N.)T.

LOCAL LEAEAGE RATE TEST REPORT TABLE IV YYPE B TEST Electrical Penetrations-ST-CONT-2 F.5 Penetration As Found (secm)

As Left (scem)

A-1 0.00 0.00 A-2 0.00 0.00 A-4 1500.00 0.00 A-5 0.00 0.00 t

A-6 0.00 0.00

+

A-7 0.00 0.00 A-8 0.00 0.00 A-9 0.00 0.00 A-10 0.00 0.00 A-11 0.00 0.00 B-1 0.00 0.00 fs B-2 0.00 0.00

('

B-4 0.00 0.00 B-5 0.00 0.00 B-6 0.00 0.00 B-7 0.00 0.00 B-8 0.00 0.00 B-9 0.00 0.00 B-10 0.00 0.00 B-11 0.00 0.00 C-1 0.00 0.00 C-2 0.00 0.00 C-4 0.0u 0.00 C-5 0.00 0.00 C-6 0.00 0.00 l

C-7 0.00 0.00 C-8 0.00 0.00 C-9 0.00 0.00 C-10 0.00 0.00 C-11 0.00 0.00 D-1 0.00 0.00 D-2 0.00 0.00 D-4 0.00 0.00 J

/"'N i

F-7

1990 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT TABLE IV TYPE B TEST Electrical Penetrations ST-CONT-2, F.5 Penetration As Found (secm)

As Left (scem)

D-5 0.00 0.00 D-6 0.00 0.00 D-7 0.00 0.00 D-8 0.00 0.00 D-9 0.00 0.00 D-10 0.00 0.00 D-11 0.00 0.00 E-1 0.00 0.00 E-2 0.00 0.00 E-4 L

'O 0.00 E-5 0.00 0.00 O

E-6 0.00 0.00 E-7 0.00 0.00 E-8 0.00 0.00 E-9 0.00 0.00 E-10 0.00 0.00 E-11 0.00 0.00 F'

O.00 0.00

)

Fm 0.00 0.00 l

F-4 0.00 0.00 P-5 0.00 0.00 F-6 0.00 0.00 F-7 0.00 0.00 F-8 0.00 0.00 F-9 0.00 0.00 P-10 0.00 0.00 F-11 0.00 0.00 G-1 0.00 0.00 G-2 0.00 0.00 G-3 0.00 0.00 G-4 0.00 0.00 H-1 0.00 0.00 H-2 0.00 0.00

\\

F-8

1990 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT

.{v; TABLE IV TYPE B TEST Electrical Penetrations ST-CONT-2, F.5 Penetration As Found (scem)

As Left (scem)

H-3 0.00 0.00 H-4 0.00 0.00 E-HCV-383-3A 0.00 0.00 E-HCV-383-3B 0.00 0.00 E-HCV-383-4A 0.00 0.00 E-HCV-383-4B 0.00 0.00 TOTALS 1.500.00 0.00 Mechanical Sleeve Leak Rate ST-CONT-2, F.6 f)

v M-1 0.00 0.00 M-2 0.00 0.00 M-4 0.00 0.00 M-5 0.00 0.00 M-6 0.00

.0.00 M-7 0.00 0.00 M-8 0.00 0.00 M-9 0.00 0.00 M-10 0.00 0.00 M-11 0.00 0.00 M-12 0.00 0.00 M-13 0.00 0.00 M-14 0.00 0.00 M-15 0.00 0.00 M-16 0.00 0.00 M-17 0.00 0.00 M-18 0.00 0.00 M-19 0.00 0.00 01 C.~./

F-9 j

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1990 REFUELING OUTAGE TYPE B AND TYPE C- -

.I LOCAL f.RAEACE RATE TEST REPORT

i. ~

-- t TABLE V

-l t

TYPE B TEST

-j

^l Mechanical Sleeve Imak Rate

.{

ST-CONT-2, F.6 l

f Penetration As Found (secm)

As Left (sccm).

M-20 0.00 0.00 I

M-21 0.00 0.00 M-22 0.00 0.00 l

M-23 0.00 0.00 M-24 0.00 0.00 l

M-25 0.00 0.00 j

M-26 0.00 0.00 M-27 0.00 0.00

.l M-28 0.00 0.00-M-29 0.00

-0.00 L

M-30 0.00 0.00.

M-31 0.00 0.00

-l

- 3 1,

M-32 0.00 0.00 M-33 0.00 0.00 M-34 0.00

'0.00 l

M-35 0.00 0.00

~

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M-36 0.00 0.00'

)

l M-37 0.00 0.00 j

M-38 0.00 0.00 M-39 0.00 0.00 M-40 0.00 0.00

'i M-41 0.00 0.00-I M-42 0.00 0.00 i

M 0.00 0.00 L

M-44 0.29 0.29 M-45 0.00 0.00 M-46 0.00 0.00 M-47 0.00 0.00 M-48 5.66 5.66' l:

M-49 0.00 0.00 L

M-50 0.00 0.00 M-51 0.00 0.00 1

i l

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1990 REFUELING OUTAGE TYPE B 'AND TYPE C LOCAL T.nnGE RATE TEST REPORT-(-

i-TABLE:V I

TYPE B TEST Mechanical Sleeve Leak Rate ST-CONT-2, F.6

'I Penetration As Found (seca)

'As Left (sccm)

M-52 63.41 63.41 M-53 0.00 0.00.

M-54 0.00 0.00 l

M-55 0.00 0.00' M-56 0.00 0.00 i

s M-57 0.00 0.00 M-58 0.00 0.00 j

M-59 0.00 0.00 1.00 0

M-60 0.00 M-61 0.00 0.00 M-62 0.00 0.00 M-63 0.00 0.00 h

M-64 0.00 0.00 O

M-65 0.00

'O.00-

'M-66' O.00 0.00' M-67 0.00.

0.00

]

M-68 0.00 0.00:

M-69 0.00 0'.00 ll M-70 0.00

0.00 -

1 M-71 0.00 10.00 d

M-72 0.00

' O.00' M-73 0.00 0.00 M-74 0.00 0.00'

~!

M-75 0.00 0.00 M-76 0.00 0.00' M 0.00 0.00 M-78 0.00 0.00 M-79 0.00 0.00:

i M-80 0.00 0.00

'H-81 0.00 10.00 M-82 4.26 4.26 M-83 0.00 0.00 M-84 0.00 0.00 i

F-11 l

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1990 REFUELING OUTAGE TYPE B AND TYPE C p_

LOCAL LEAKAGE RATE TEST REPORT

\\s. J J/

TABLE V TYPE B TEST Mechanical Sleeve Leak Rate ST-CONT-2, F.6 Penetration As Found (scem)

As Left (scem)

M-85 4.26 4.26 M-86 0.00-0.00' M-87 0.00 0.00

)

M-88 0.00 0.00 M-89 0.00 0.00 M-90 0.00 0.00 M-91 0.00 0.00 M-92 0.00 0.00 M-93 0.00 0.00 j

M-94 0.00 0.00 M-95 0.00 0.00 j

M-96 0.00 0.00 j

(~'

M-97 0.00 0.00 M-98 0.00 0.00 l

(,j M-99 0.00 0.00 TOTAL 77.90 77.90 J

1 i

$t F-12

7

1

'J f-1990 REFUELING. OUTAGE TYPE B AFD TYPE C-11 LOCAL LEAEACE RATE TEST REPORT-l TABLE VI q

l TYPE C TEST-Containmant Isolation Valves ST-CONT-3, F.1 l

1 1

Penetration As Found (scem)

As Left (secm):

M-2 36.43 36.43 M-7 169,920.00 (See Table VII)'

O.00' M 0.00 0.00

'i

M-11 0.00 0.00:

.M-14 0.00 0.00 I

M-15 100.00 100.00

)

M-18 0.00 0.00 1

'M-19 0.00 0.00

.j i

M-20 0.00 0.00 M-22 0.00 0.00

]

M-24 2.15 2.15

)

M-25 0.62

-0.62 D

M-30' 50.78 50.78

_j

(

'M-31. Teat 1 0.56

.0.56 j

M-31 Test 2 1.11 1.11-j M-38 Test 1 0.00

0.00 3

M-38 Test 2-0.00.

0.00 M-39 356,832.00 (See. Table VII) 560.00-~

]

.M-40 Test 1-0.00, 0.00 M-40 Test 2 0.00 0.00 M-42 0.00 0.00 M-43 5.71

.5.71 M-44 0.00 0.00 M-45 0.00 0.00-

-M-46 Test 1 4,400.00 0.66 M-46 Test 2 0.00 0.00 "l

M-47 Test 1 0.00 0.00 M-47 Test 2 0.43 0.43 M-48 Test 1 250.00 250.00

'M-48 Test 2 0.00 0.00

.I M-50 Test 1 107,616.00 (See Table VII) 0.00 M-50 Test 2-128.00 0.00'

-l 1

l F-13

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f.

1990 REFUELING OUTAGE TYPE B AND TYPE C

-,l

)

LOCAL LEAKAGE RATE TEST REPORT-

%.J TABLE VI TYPE C TEST Containment Isolation Valves ST-CONT-3, F.1 t

Penetration As Found (secm)

As Left (sccm)

M-51 Test 1 0.00 0.00 M-51 Test 2 8.88 0.00 i

M-52 Test 1 110.00 0.00 M-52 Test 2 110.00 0.00 M-53 0.00 0.00 M-57 Test 1 400.00 5.90 M-57 Test 2 500.00 0.00 M-58 Test 1 0.00 0.00 i

M-58 Test 2 0.00 0.00 M-69 0.00 0.00 M-73 0.00 0.00 M-79 0.00 0.00 M-80 0.00 0.00 V

M-87 0.00 0.00 M-88 1,200.00 2,500.00 HCV-383-3 0.00 0.00 HCV-383-4 0.00 0.00 TOTAL 641.682.00 3.473.11 U

F-14

LOCAL T n

RAT EST REPOR TABLE VII t

COMPARISON OF HIPLR ys.HNPLR

.j PENETRATIONS M-7, M-39 and M-50 Maximum Pathway Minimusa' Pathway Leakage Rate Leakage Rate Penetration

-(secm)

(seca) l M-7 169,920.00 0.21

'i M-39 356,832.00 560.00 j

M-50 107,616.00 128.00~

l t

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F-15

y.

i 1990 REFUELING OUTAGE TYPE B AND TYPE C

/7 LOCAL LEAKAGE RATE TEST REPORT b

TABLE VIII

SUMMARY

OF TYPE B and TYPE C LEAK RATE TEST RESULTS AS-FOUND AS-LEFT LEAEAGE RATE I2AKAGE RATE Type B Teste scem seem Personnel Air Lock 2,250.00 4,200.00 I

Fuel Transfer Tube 2.96 2.80 Equipment Hatch 0.77 1.29 Electrical Penetrations 1,500.00 0.00 Mechanical Sleeves 77.90 77.90 4

Type C Tests 7

\\-

Maximum Pathway Leakage Rate 641,682.21 3,473.11 Minimum Pathway Leakage Rate 8,002.42 Type B Tr Tyne C LLRT Totals Maximum Pathway Leakage Rate 645,513.84 7,755.09 Minimum Pathway Leakage Rate 11,834.05

\\

%.)

F-16

~

1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT l

~ /N

SUMMARY

Local leakage rate tests were performed on the reactor containment building penetrations as part of the 1992 refueling outage.

These tests were conducted in accordance with Fort Calhoun Station Technical Specifications (Section 3.5) and 10 CFR Part 50, Appendix J.

The testing is performed to identify, measure, and if required, initiate maintenance on potential reactor containment leakage pathways.

The maximum containment leakage rate according to Technical Specification 3.5, L.,

equals 0.1% wt per day or 104,918 secm.

For the maximum pathway leakage rate (MXPLR) determined from the Type B and Type C local leakage rate test (LLRT) results shall be less than or equal to 0.6 L.,

or 62,951 secm.

The as-found maximum pathway leakage rate (MXPLR) was 33,036.6 secm. Excessive leakage rates were observed on Penetrations M-46, M-48, and the PAL. Analyses of the significant leakage rates and corrective actions are included in the respective sections of this report.

The individual leakage rates for each penetration are tabulated in Table I through Table X.

A summary of the As Found test results is given in Table VII, and a summary of the As Left test results is given in Table X.

All of the tables are attached.

The as-left MXPLR is 10,891.4 sccm.

TYPE B Tests Type B LLRTs are conducted as part of the Fort Calhoun Station surveillance test t

I program.

These tests measure leakage rates of mechanical sleeves, electrical penetration seals, and penetrations with resilient seals. To perform these tests each penetration is pressurized with air or nitrogen to 60 psig.

The make-up flow rate of air or nitrogen to maintain test volume at test pressure is the j

,'~'

penetration's leakage rate. The leakage rate measurement system uses a series of calibrated rotameters and a bubbler to measure leakage rate.

I a.

The Personnel Air Lock seals are tested daily under OP-ST-AE-0001 when containment integrity is required. The Personnel Air Lock (PAL) is also j

J tested once each six months and after each cold shutdown, under IC-ST-AE-0001.

The PAL Door seals were replaced during this refueling outage. Also, during the outage the PAL was painted.

The hand closure assemblies were dismantled and cleaned of sandblasting residue. The packing was reused since there was no replacement backing on site.

The PAL was not retested until the normal l

test at two weeks after declaring Containment Integrity. At first the PAL l

leaked 67,960 seca. After the Outer PAL Door latch packing was retightened l

the leakage re-stabilized at 4500 secm.

These results are tabulated in Table j

j I and contribute to the Type B and Type C total leakage rate.

The results recorded in Table I indicate a trend of increasing leakage for the PAL Door.

b.

On December 2, 1991 it was discovered that the Inner PAL Door equalizing valve had not had a valid LLRT performed on it since 1974. LER-91-029 was issued to report this to the NRC.

Surveillance test procedure IC-ST-AE-0006 was written to perform a valid LLRT on the Inner PAL Door equalizing valve. These results are tabulated in Table II.

c.

The equipment hatch was leakage rate tested in accordance with surveillance test IC-ST-AE-0002.

Tests were performed prior to its initial removal and

[

following each replacement. The results are tabulated in Table III.

'\\

i F-17

\\ /

v.f 1992' REFUELING OUTAGE TYPE B AND TYPE Ci LOCAL TRAEAnE RATE TEST REPORT-O d.

The fuel transfer tube was leakage' rate tested in accordance with surveillance:

test IC-ST-AE-0003.

The results are tabulated in Table IV.'.

n

.e.

The electrical 1 penetrations were leakage rate tested in accordance with surveillance test IC-ST-AE-0094.

The As Found results are tabulated in Table V and the As Left results are tabulated in Table VIII.

f.~

The mechanical penetrations were leakage _ rate tested-in accordance with surveillance test IC-ST-AE-0005.

The As Found results are tabulated in Table.

V and the As Left results are tabulated in Table VIII..

TYPE C Tests The Type C LLRTs were performed on the containment isolation valves in accordance with IC-ST-CONT-3001, IC-ST-CONT-3002, and IC-ST-AE-3003 using air as the test.:

medium. The As Found results are tabulated in Table VI and the As Left results-are.

tabulated in Table IX.

The as found LLRT on penetration EM-46 :exceded its sM4SE -

Section XI Maximum Leakage Rate. The as found LLRT on penetration M-48 exceded.its AMSE Section XI Evaluation Level Leakage-Rate, and due to poor replacement parts a leakage rate greater than the AMSE Section XI Maximum Leakage Rate was accepted to'

. enable unit startup.

M-46 The as-found LLRT H-46 Test #2 of PCV-742E yielded a test result of-0.0 scem as verified-by use of the bubbler. However, on M-46 Test #1 a leak of 1.0 scfm (28,316.8 scem) was found to leaking from the back side-of PCV-742E's diaphragm.

The diaphragms of PCV-742E and PCV-742F were '

O replaced under MW0s 904171 and 9104272, respectively. iBoth retests" yielded a result of 0.0 secm.

_1 M-48 The as-found LLRT M-48 Test #1 of HCV-746B yielded a test result of 340 scem which is greater than AMSE Section 71 Evaluation. Level Leakage Rate or 300 secm. MWO 921053 was written to repal: HCV-746B. After the valve internals were replace the valve retested it'2800 scem.- This is-i greater than the AMSE Section XI Maximum Leakage Rate. But'this result q

was accepted to enable unit startup since the original internals;had been discarded and there were not any other new parts in the warehouse.

On December 16, 1991 Design Engineering - Nuclear determined that the copper; tubing, brass fjttings and valves of the PAL-door seal test rig which penetrate the' PAL outer bulkhead were untested and unqualified containment boundaries (PED-FC-91-198).

NCR-19-105 was initiated to replace the unqualified tubing with qualified stainless-steel tubing, fittings, and valves.

Three new containment isolation valves were.

installed.

IC-ST-AE-3003 was written to perform LLRTs on the:new' valves.

O F - - _ _

1992 REFUELING OUTAGE TYPE B AND TYPE C.

LOCAL LEAKAGE RATE TEST REPORT Table I TYPE B TESTS Personnel Air Loch Leakage Rate Test IC-ST-AE-0001 Test Date Leakane Rate 09/07/90 0.0 01/14/91 2,800 07/15/91 3.200 10/10/91 3,500 05/08/92 67,960 05/09/92 4,500 0

i k

F-19

\\

1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT Table II TYPE B TESTS f

Inner PAL Door Equalizing Valve Leakage Rate Test f

IC-ST-AE-0006 l

Leakane Rate Test Date 0.0 12/07/91 0.0 12/28/91 0.0 04/24/92 0.0 05/07/92 0

s 1

F-20

,~

I l

~

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1992 REFUELIIC 0UTAGE TYPE B AND TYPE C'

LOCAL't.uAEACE RATE TEST' REPORT-1.

i

! able III.

T

-TYPE B TESTS Equipment Ha'tch 'O Ring Seal' Test-L IC-ST-AE-0002 Test Date Leakane Rate 12/26/90 0.0 02/07/92 0.0 02/12/92 0.0 q

03/27/92 25.0 04/07/92 0.0 04/13/92 0.0 4

04/23/92 0.0 l'

l l

l 1

l F i

.. U

~

1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT

-~ ( /

)

Table IV I

\\_

TYPE B TESTS i

Fuel Transfer Tube Leakage Rate Test j

IC-ST-AE-0003 Test Date Leakane Rate 02/07/92 16,2 05/23/92 0.0 1

1

)

O F-22

1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAEAGE RATE TEST REPORT

/9 Table V

-(,)

AS FOUND' TYPE B TESIS Electrical Penetration Leakage Rate Tests IC-ST-AE-0004 Penetration Date Leak Rate Instrument A-1 14-Feb-92 0.0 Bubbler A-2 14-Feb-92 0.0 Bubbler A-4 20-Jan-92 0.0 Bubbler A-5 05-Feb-92 0.0 Bubbler A-6 08-Feb-92 0.0 Bubbler A-7 08-Feb-92 0.0 Bubbler A-8 08-Feb-92 0.0 Bubbler A-9 08-Feb-92 0.0 Bubbler A-10 20-Jan-92 0.0 Bubbler A-11 20-Jan-92 0.0 Bubbler B-1 24-Feb-92 0.0 Bubbler B-2 20-Jan-92 0.0 Bubbler B-4 20-Jan-92 0.0 Bubbler B-5 20-Jan-92 0.0 Bubbler B-6 08-Feb-92 0.0 Bubbler B-7 08-Feb-92 0.0 Bubbler

-(g B-8 08-Feb-92 0.0 Bubbler

- (,)

B-9 08-Feb-92 0.0 Bubbler B-10 20-Jan-92 0.0 Bubbler B-11 20-Jan-92 0.0 Bubbler C-1 13-Jan-92 0.0 Bubbler C-2 04-Feb-92 0.0 Bubbler C-4 13-Jan-92 230.0 F

C-5 14-Jan-92 0.0 Bubbler C-6 25-Feb-92 0.0 Bubbler C-7 14-Feb-92 0.0 Bubbler C-8 14-Jan-92 0.0 Bubbler C-9 14-Jan-92 0.0 Bubbler C-10 14-Jan-92 0.0 Bubbler C-11 14-Jan-92 0.0 Bubbler D-1 25-Feb-92 0.0 Bubbler D-2 13-Feb-92 0.0 Bubbler D-4 14-Jan-92 0.0 Bubbler D-5 14-Jan-92 0.0 Bubbler D-6 15-Feb-92 0.0 Bubbler D-7 13-Feb-92 0.0 Bubbler D-8 04-Feb-92 0.0 Bubbler D-9 04-Feb-92 0.0 Bubbler D-10 14-Jan-92 0.0 Bubbler D-11 08-Feb-92 0.0 Bubbler Y

F-23

y;

~

~1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAEAGE RATE TEST REPORT

.e.

Ii Table V.

,v-AS FOUND TYPE B TESTS Electrical Penetration Leakage Rate Tests.

IC-ST-AE-0004 Penetration Date Leak Rate ' Instrument E-1 13-Feb-92 0.0 Bubbler j

E-2 14-Jan 0.0 Bubbler i

E-4 14-Jan-92 0.0.

Bubbler

.l E-5 14-Jan-92 0.0 Bubbler'

.l E-6 24-Feb-92 0.0 Bubbler' i

E-7 04-Feb-92 0.0 Bubbler

-E-8 14-Jan-92 0.0 Bubbler

.E-9 14-Jan-92 0.0.

~ Bubbler E-10 14-Jan-92 0.0 Bubbler.

E-11 04-Feb-92 0.0 Bubbler F-1 15-Jan-92

-0.0 Bubbler H'I F-2 05-Feb-92 0.0 Bubbler-F-4 15-Jan-92 0.0

Bubbler F-5 15-Jan-92 0.0 Bubbler q

F-6 15-Jan-92 0.0 Bubbler F-7 15-Jan-92 0.0 Bubbler

-l

-F-8 15-Jan-92

'0.0 Bubbler

]

O-

,F-9 15-Jan-92 0.0 Bubbler' F-10 15-Jan-92

' 0. 0 Bubbler F-11 15-Jan-92 0.0 Bubbler G 08-Feb-92 0.0 Bubbler G-2 13-Feb-92 0.0 Bubbler G-3 08-Feb-92.

0.0 Bubbler G-4 12-Feb-92 0.0 Bubbler J

H-1 08-Feb-92 0.0 Bubbler.

H-2 13-Feb-92 0.0 Bubbler H-3 08-Feb-92 0.0 Bubbler'

'H-4 12-Feb-92 0.0 Bubbler E-HCV-383-3A 06-Feb-92 0.0 Bubbler E-HCV-383-3B 06-Feb-92 0.0 Bubbler E-HCV-383-4A 07-Feb-92 0.0 Bubbler E-HCV-383-4B 07-Feb-92 0.0 Bubbler

'i i

i x_

F-24

W f

-1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL tuncE RATE TEST REPORT 1

N --

Table V.

hm/[

~

AS FOUND I

HTYPE B TESTS'

-)

Mechanical Penetration Seal. Leakage Rate Tests

.l

.IC-ST-AE-0005.

'l

- Penetration Date Leak Rate Instrument i

M-HCV-383-3 04-Feb-92 127.0 112391/14 i

M-HCV-383-4 01-Feb-92 0.0 Bubbler M-1 23-Jan-92 0.0 Bubbler M-2 10-Feb-92 0.0 Bubbler 4

M-3 23-Jan-92 0.0-Bubbler M 23-Jan-92 0.0 Bubbler M-5 23-Jan-92.

0.0 Bubbler A

M-6 23-Jan-92 0.0

' Bubbler 1

M-7 23-Jan-92 0.0

. Bubbler j

M-8~

23-Jan-92 0.0 Bubbler i

H-9 08-Feb-92 0.0 Bubbler l

M-10 08-Feb-92 0.0 Bubbler j

M-11 23-Jan-92 0.0:

Bubbler-

'j M-12 08-Feb-92 0.0 Bubbler-M-13 08-Feb-92' 16.2 112391/4 M-14 22-Jan-92 0.0 Bubbler

)

M-15 22-Jan-92 0.0 Bubbler-l

\\

M-16 23-Jan-92 0.0 Bubbler j

M-17 23-Jan-92

-0.0 Bubbler M-18' 23-Jan-92 0,0 Bubbler-j M-19 23-Jan-92 0.0 Bubbler j

M-20 23-Jan-92 0.0 Bubbler 1

M-21 23-Jan-92

0. 0 '

Bubbler-M-22 22-Jan-92 0.0 Bubbler M-23 22-Jan-92 0.0 Bubbler

.M-24 22-Jan-92 0.0 Bubbler M-25 22-Jan-92 0.0 Buhble-M-26 23-Jan 0.0 BubLlh-3 M-27 16-Jan-92 0.0 Bubbl31.

M-28 16-Jan-92

'O.0 Bubbler M-29 16-Jan-92 0.0 Bubbler M-30 16-Jan-92 0.0 Bubbler M-31 14-Jan-92 21.0-112391/2 i

M-32 14-Jan-92 0.0 Bubbler M-33 14-Jan-92

-0.0

. Bubbler L

M-34 14-Jan-92

0.0 Bubbler

.M-35 14-Jan-92 0.0 Bubbler M-36 17-Jan-92 0.0

~ Bubbler M-37 17-Jan-92 0.0 Bubbler M-38 16-Jan-92 0.0 Bubbler M-39 17-Jan-92 0.0 Bubbler F-25

~.

.,, ~... - - ~

1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL T M ACE RATE TEST REPORT I

Table V

.AS FOUND

= TYPE'B TESTS Mechanical Penetration Seal Leakage Rate Tests IC-ST-AE-0005 Penetration-Date Leak Rate Instrument M-40 15-Jan-92 21.0 112391/2 M-41 15-Jan-92 0.0 Bubbler M-42 16-Jan-92 0.0 Bubbler M-43 16-Jan-92 0.0 Bubbler M-44 20-Jan-92 0.0 Bubbler M-45 10-Feb-92 0.0 Bubbler M-46 24-Jan-92 0.0 Bubbler M-47 24-Jan-92 0.0 Bubbler M-48 24-Jan-92 16.2 112391/4 M-49 10-Feb-92 0.0 Bubbler M-50 17-Jan-92 0.0 Bubbler M-51 17-Jan-92 0.0 Bubbler M-52 17-Jan-92 72.0 112391/2 M-53 17-Jan-92 0.0 Bubbler M-54 15-Jan-92 0.0 Bubbler

/~'.

M-55 15-Jan-92 0.0 Bubbler M-56 15-Jan-92 0.0 Dubbler k,)N" M-57 17-Jan-92 0.0 Bubbler M-58 15-Jan-92 21.0 112391/2 M-59 24-Jan-92 0.0 Bubbler

M-60 24-Jan-92 0.0 Bubbler M-61 24-Jan-92 0.0 Bubbler M-62 24-Jan-92 6.0 Bubbler M-63 10-Feb-92 0.0 Bubbler M-64 17-Jan-92 0.0 Bubbler M-65 17-Jan-92 0.0 Bubbler M-66 17-Jan-92 0.0 Bubbler M-67 17-Jan-92 0.0 Bubbler M-68.

16-Jan-92 0.0 Bubbler M-69 15-Jan-92 0.0 Bubbler M-70 15-Jan-92

.0.0 Bubbler M-71 15-Jan-92:

0.0 Bubbler M-72 20-Jan-92 0.0 Bubbler M-73 20-Jan-92 0.0 Bubbler M-74 20-Jan-92 18.0 112391/2

'M-75 20-Jan-92 0.0 Bubbler M-76 20-Jan-92 0.0 Bubbler M-77 20-Jan 0.0 Bubbler M-78 20-Jan-92 0.0 Bubbler-M-79 20-Jan-92 18.0 112391/2 M-80 20-Jan-92 0.0 Bubbler

'F-26

1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAEAGE RATE TEST REPORT 1

(, ~} -

Table V v

AS FOUND TYPE B TESTS Mechanical Penetration Seal Leakage Rate Tests IC-ST-AE-0005 1

1 Penetration Date Leak Rate Instrument M-81 20-Jan-92 0.0 Bubbler M-82 20-Jan-92 0.0 Bubbler M-83 20-Jan-92 0.0 Bubbler M-84 21-Jan-92 0.0 Bubbler M-65 21-Jan-92 17.0 112391/2 J

M-86 21-Jan-92 0.0 Bubbler M-87 21-Jan-92 0.0 Bubbler M-88 21-Jan-92 0.0 Bubbler M-89 21-Jan-92 0.0 Bubbler M-90 14-Jan-92 0.0 Bubbler M-91 13-Jan-92 0.0 Bubbler M-92 14-Jan-92 0.0 Bubbler

'l M-93 07-Feb-92 0.0 Bubbler M-94 07-Feb-92 0.0 Bubbler M-95 07-Feb-92 0.0 Bubbler M-96 07-Feb-92 0.0 Bubbler l

/~'s M-97 13-Jan-92 0.0 Bubbler

()

M-98 14-Jan-92 0.0 Bubbler M-99 14-Jan-92 0.0 Bubbler-i

.I Other Type B Tests j

i Fuel Tube 13-Feb-92 16.2 112391/4 Eq Hatch 07-Feb-92 0.0 Bubbler PAL 10-Oct-91 3500.0 F2 i

Ea Valve 28-Dec-91 0.0 Bubbler Type B Sub Total 4099.6 seem i

l 3

l 7'~\\

%_/

I F-27

1992 REFUELING' OUTAGE TYPE B AND TYPE C~

-)

LOCAL m m E RATE TEST REPORT

[

Table VI

.i

-AS FOUND TYPE C TESTS Containment Isolation Valve Leakage Rate Tests IC-ST-CONT-3001 Penetration' Dato Leak Rate 'Instrumeni1 M-HCV-383-3 02-Mar-92 0.0-Bubbler j

M-HCV-383-4 03-Mar-92 0.0 Bubbler-j M-2 27-Mar-92 62.0 112391/1 M-7 29-Feb-92 0.0 Bubbler M-8 07-Mar-92 0.0 Bubbler M-11 06-Mar-92 0.0' Bubbler M-14 07-Mar-92 16.6 112391/1 I

M-15 06-Mar-92 16.4 112391/15 M-18 08-Mar-92 0.0 Bubbler-

.l M-19 08-Mar-92 0.0 Bubbler M-20 05-Mar-92 0.0 Bubbler M-22 14-Apr-92 16.6 112391/1

't M-24 05-Mar-92 16.6 112391/1 M-25 09-Mar-92 0.6 Bubbler M-30 28-Feb-92 16.9 112391/2 M-31 Test 1 28-Feb-92 0.0 Bubbler

/*-

M-31 Test 2 29-Feb-92 0.0 Bubbler M-38 Test 2-06-Mar-92 0.0 Bubbler

+

M-39 06 Mar-92 0.0 Bubbler l

M-40 Test 1 29-Feb-92 0.0 Bubbler' l

M-40 Test 2 29-Feb-92 0.0 Bubbler M-42 29-Feb-92 16.9 112391/2.

j M-43 29-Feb-92 17.0 112391/2

-M-44 29-Feb-92 0.0 Bubbler M-45 18-Apr-92 0.0 Bubbler i

H-46 Test 1 04-Mar-92 28316.8 MT-04203

'i M-46 Test 2 04-Mar-92 0.0 Bubbler M-47 Test 1 04-Mar-92

'52.0 112391/14-

_{

M-47-Test 2 04-Mar-92 0.0 Bubbler l

M-48 Test 1 04-Mar-92 340.0'7806A0077A5 M-48 Test 2 04-Mar-92:

0.0 Bubbler M-50 Test 2, 05-Mar-92 0.0 Bubbler a

M-51 Test 2 04-Mar-92

_ 0. 0

' Bubbler M-52 Test 2 05-Mar-92

0.0 Bubbler

M-53 06-Mar-92 0.0:

Bubbler.

M-57 Test 1 29-Feb-92 16.9 '112391/14 H-57 Test 2' 02-Mar-92L 0.0

~ Bubbler.

M-58 Test 1 29-Feb-92

-16.9 112391/14

-j M-58 Test 2 02-Mar-92 0.0 Bubbler i

i O

F-28 l

l e

f

-r4-y m

-1992 REFUELING OUTAGE TYPE B AND TYPE C' i

LOCAL L1tAYACE RATE TEST REPORT i

Table VI AS FOUND:

I TYPE C TESTS 1

-Containment Isolation. Valve Leakage Rate-Tests

~

IC-ST-CONT-3001, IC-ST-CONT-3002, and IC-ST-AE-3003 4

Penetration Date Leak Rate Instrument M 02-Mar-92 0.0 Bubbler.

j

.M-73 27-Mar-92 0.)

Bubbler i

M-74 26-Mar-92

'.0 Bubbler l

'07-Mar-92 J.0 Bubbler l

M-79 M-00 23-Mar-92 0.0 Bubbler M-87 01-Feb-92 0.0 Bubbler M-88 01-Feb-92_

14.8 112391/3 IA-3092; 02-Feb-92 0.0 Eubbler IA-3093 02-Feb 0.0 Bubbler IA-3094 02-Feb-92 0.0 Bubbler

~

t Type C Sub Total 28.937.0

]

l i

c j

~

n J

V O

N k

F-29

1992 REFUELING OUTAGE TYPE B AND TYPE C--

I LOCAL TRAmE RATE TEST REPORT l

.3

-i Table VII

'AS FOUND

~ TYPE B & TYPE C ACCEPTANCE EVALUATION 3

Type C Sub Total 28,937.0 Type.B Sub Total 4.099.6' Total Type B & C MXPLR 33.036.6 l

p Acceptance Criterion

(< 0.5 L.)

<.62.951.0 L.

= 104,918.3

.i L

1 i

s e

i:

1 1

.i i

l l

-i l

[

1 i

.i F-30

~.

~-

i-j 1992 REFUELING OUTAGE TYPE B-AND TYPE C LOCAL T.RAEAf'E RATE TEST REPORT j

l Table VIII AS LEFT 1

TYPE B' TESTS -

Electrical Penetration Leakage Rate Tests f

IC-ST-AE-0004 Penetration Date Leak Rate Instrument A-1 14-Feb-92 0.0

= Bubbler.

A-2 14-Feb-92 0.0 Bubbler-a A-4 20-Jan.92 0.0 Bubbler A 05-Feb 0.0 Bubbler A-6 08-Feb-92 0.0 Bubbler A-7 08-Feb-92 0.0 Bubbler A-8 08-Feb 0.0 Bubbler A-10 20-Jan-92 0.0 Bubbler

~

i A 08-Feb-92 0.0 Bubbler A -20-Jan-92.

0,0 Bubbler B-1 24-Feb-92 0.0 Bubbler i

B-2

'20-Jan-92 0.0 Bubbler B-4 20-Jan-92 0.0

-Bubbler B-5 20-Jan-92 0.0 Bubbler B-6 08-Feb-92 0.0-

' Bubbler' J!

B-7 08-Feb-92 0.0 Bubbler B 08-Feb-92 0.0

- Bubbler' B-9 08-Feb-92 0.0 Bubbler B-10 20-Jan-92 0.0 Bubbler B-11 20-Jan-92 0.0 Bubbler C-1 13-Jan-92 0.0

' Bubbler C-2 04-Feb-92 0.0 Bubbler C-4 13-Jan-92 230.0 F

l C-5 14-Jan 0.0 Bubbler

-C-6 25-Feb-92 0.0 Bubbler j

C-7 14-Feb-92 0.0 Bubbler-C-8 14-Jan-92 0.0 Bubbler C-9 14-Jan-92 0.0

' Bubbler C-10 14-Jan-92

-0.0 1 Bubbler d

C-11 14-Jan-92 0.0 Bubbler D-1 25-Feb-92 0.0 Bubbler D-2 13-Feb 0.0 Bubbler D-4 14-Jan-92 0.0 Bubbler D-5 14-Jan-92 0.0 Bubbler?

D-6 15-Feb-92

0. 0 -

Bubbler D-7 13-Feb-92 0.0 Bubbler D-8 04-Feb-92 0.0.

-Bubbler

.j D-9 04-Feb-92 0.0

' Bubbler D-10 14-Jan-92 0.0 Bubbler D-11 08-Feb 0.0 Bubbler j

t 8

F-31

1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAEAGE RATE TEST REPORT I

[~'T Table VIII N~,)

AS LEFT TYPE B TESTS Electrical Penetration Leakage Rate Tests IC-ST-AE-0004 Penetration Date Leak Rate Instrument E-1 13-Feb-92 0.0 Bubbler E-2 14-Jan-92 0.0 Bubbler E-4 14-Jan-92 0.0 Bubbler E-5 14-Jan-92 0.0 Bubbler E-6 24-Feb-92 0.0 Bubbler E-7 04-Feb-92 0.0 Bubbler E-8 14-Jan-92 0.0 Bubbler E-9 14-Jan-92 0.0 Bubbler E-10 14-Jan-92 0.0 Bubbler E-11 23-Mar-92 0.0 Bubbler F-1 15-Jan-92 0.0 Bubbler F-2 05-Feb-92 0.0 Bubbler F-4 15-Jan-92 0.0 Bubbler F-5 15-Jan-92 0.0 Bubbler F-6 15-Jan-92 0.0 Bubbler F-7 15-Jan-92 0.0 Bubbler F-8 15-Jan-92 0.0 Bubbler 4

F-9 15-Jan-92 0.0 Bubbler F-10 15-Jan-92 0.0 Bubbler F-11 15-Jan-92 0.0 Bubbler G-1 08-Feb-92 0.0 Bubbler G-2 13-Feb-92 0.0 Bubbler G-3 08-Feb-92 0.0 Bubbler G-4 12-Feb-92 0.0 Bubbler H-1 08-Feb-92 0.0 Bubbler H-2 13-Feb-92 0.0 Bubbler j

H-3 08-Feb-92 0.0 Bubbler H-4 12-Feb-92 0.0 Bubbler E-HCV-383-3A 06-Feb-92 0.0 Bubbler E-HCV-383-3B 06-Feb-92 0.0 Bubbler E-HCV-383-4A 07-Feb-92 0.0 Bubbler E-HCV-383-4B 07-Feb-92 0.0 Bubbler t

1

()

a F-32

-q i

1992 REFUELING OUTAGE TYPE B AMD TYPE C LOCAL TRAN-E RATE TEST REPORT

-Table VIII AS LEFT TYPE B TESTS Mechanical Penetration Seal Leakage Rate Tests IC-ST-AE-0005 t

?

Penetration Date Leak Rate Instrument 1

M-HCV-383-3 03-Apr-92 0.0 Bubbler M-HCV-383-4 03-Apr-92 0.0 Bubbler M-1 23-Jan-92 0.0 Bubbler i

M-2 10-Feb-92 0.0 Bubbler 1

M-3 Jan-92 0.0 Bubbler M-4 23-Jan-92 0.0 Bubbler M-5 23-Jan-92 0.0 Bubbler M-6 23-Jan-92 0.0

' Bubbler M-7 23-Jan-92 0.0 Bubbler f

M-8 23-Jan-92 0.0 Bubbler l

M-9 08-Feb-92 0.0 Bubbler M-10 08-Feb-92 0.0 Bubbler

'l M-11 23-Jan-92 0.0 Bubbler j

M-12 08-Feb-92 0.0 Bubbler M-13 08-Feb-92 16.2 112391/4

-l

~

M-14 22-Jan-92 0.0 Bubbler s

M-15 22-Jan-92 0.0 Bubbler

. (

M-16 23-Jan-92 0.0 Bubbler M-17 23-Jan-92 0.0 Bubbler M-18 23-Jan-92 0.0 Bubbler M-19 23-Jan-92 0.0 Bubbler M-20 23-Jan-92 0.0 Bubbler M-21 23-Jan-92 0.0 Bubbler-M-22 22-Jan-92 0.0 Bubblerf

-M-23 22-Jan-92 0.0 Bubbler M-24 22-Jan-92 0.0 Bubbler M-25 22-Jan-92 0.0 Bubbler M-26 23-Jan-92 0.0 Bubbler M-27 16-Jan-92 0.0.

Bubbler M-28 16-Jan-92 0.0 Bubbler M-29 16-Jan-92.

0.0

, Bubbler M-30 16-Jan-92 0.0 Bubbler M-31 14-Jan-92 21.0-112391/2 M-32 14-Jan-92'

-0.0 Bubbler M-33 14-Jan-92 0.0-Bubbler M-34 14-Jan-92

-0.0 Bubbler-M-35 14-Jan-92

-0.0 Bubbler M-36 17-Jan-92.

0.0 Bubbler M-37 17-Jan-92 0.0 Bubbler' H-38 16-Jan-92 10 0 Bubbler M-39 17-Jan 0.0 Bubbler

\\s F

i 1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT 1/

I Table VIII

%.)

AS LEFT TYPE B TESTS Mechanical Penetration Seal Leakage Rate Tests IC-ST-AE-0005 Penetration Date Leak Rate Instrument M-40 15-Jan-92 21.0 112391/2 I

M-41 15-Jan-92 0.0 Bubbler M-42 16-Jan-92 0.0 Bubbler M-43 16-Jan-92 0.0 Bubbler M-44 20-Jan-92 0.0 Bubbler M-45 10-Feb-92 0.0 Bubbler M-46 24-Jan-92 0.0 Bubbler M-47 24-Jan-92 0.0 Bubbler M-48 24-Jan-92 16.2 112391/4 M-49 10-Feb-92 0.0 Bubbler M-50 17-Jan-92 0.0 Bubbler M-51 17-Jan-92 0.0 Bubbler M-52 17-Jan-92 72.0 112391/2 M-53 17-Jan-92 0.0 Bubbler M-54 15-Jan-92 0.0 Bubbler M-55 15-Jan-92 0.0 Bubbler s

M-56 15-Jan-92 0.0 Bubbler M-57 17-Jan-92 0.0 Bubbler M-58 15-Jan-92 21.0 112391/2 M-59 24-Jan-92 0.0 Bubbler M-60 24-Jan-92 0.0 Bubbler M-61 24-Jan-92 0.0 Bubbler M-62 24-Jan-92 6.0 Bubbler M-63 10-Feb-92 0.0 Bubbler M-64 17-Jan-92 0.0 Bubbler a

M-65 17-Jan-92 0.0 Bubbler M-66 17-Jan-92 0.0 Bubbler M-67 17-Jan-92 0.0 Bubbler M-68 16-Jan-92 0.0 Bubbler M-69 15-Jan-92 0.0 Bubbler M-70 15-Jan-92 0.0 Bubbler M-71 15-Jan-92 0.0' Bubbler M-72 20-Jan-92 0.0 Bubbler M-73 20-Jan-92 0.0 Bubbler M-74 20-Jan-92 18.0 112391/2 M-75 20-Jan-92 0.0 Bubbler M-76 20-Jan-92 0.0 Bubbler M-77 20-Jan-92 0.0 Bubbler M-78 20-Jan-92 0.0 Bubbler M-79 20-Jan-92 18.0 112391/2 M-80 20-Jan-92 0.0 Bubbler L

F-34 i

1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEMCAGE RATE TEST REPORT l\\

Table VIII b

AS LEFT TYPE B TESTS Mechanical Penetration Seal Leakage Rate Tests IC-ST-AE-0005 Penetration Date Leak Rate Instrument M-81 20-Jan-92 0.0 Bubbler M-82 20-Jan-92 0.0 Bubbler M-83 20-Jan-92 0.0 Bubbler M-84 21-Jan-92 0.0 Bubbler M-85 21-Jan-92 17.0 112391/2 M-86 21-Jan-92 0.0 Bubbler M-87 21-Jan-92 0.0 Bubbler M-88 21-Jan-92 0.0 Bubbler-M-89 21-Jan-92 0.0 Bubbler M-90 14-Jan-92 0.0 Bubbler M-91 13-Jan-92 0.0 Bubbler M-92 14-Jan-92 0.0 Bubbler M-93 07-Feb-92 0.0 Bubbler M-94 07-Feb-92 0.0 Bubbler M-95 07-Feb-92 0.0 Bubbler i

M-96 07-Feb-92 0.0 Bubbler f-M-97 13-Jan-92 0.0 Bubbler

(

M-98 14-Jan-92 0.0 Bubbler M-99 14-Jan-92 0.0 Bubbler Other Type B Teste Fuel Tube 11-Apr-92 0.0 Bubbler Eq Hatch 23-Apr-92 0.0 Bubbler PAL 09-May-92 4500.0 Al Ea Valve 07-May-92 0.0 Bubbler Type B Sub Total 4956.4 i

j G

F-35

-i 1992 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT

)

O]

Table II

\\

u, AS LEFT TYPE C TESTS Containment Isolation Valve Leakage Rate Tests IC-ST-CONT-3001 1

Penetration Date Leak Rate Instrument M-HCV-383-3 01-Apr-92 0.0 Bubbler M-HCV-383-4 02-Apr-92 0.0 Bubbler M-2 22-Apr-92 16.6 112391/1 M-7 29-Feb-92 0.0 Bubbler l

M-8 07-Mar-92 0.0 Bubbler I

M-11 21-Mar-92 0.0 Bubbler

~

M-14 09-Apr-92 0.0 Bubbler M-15 21-Mar-92 0.0 Bubbler M-18 21-Mar-92 0.0 Bubbler g

M-19 21-Mar-92 0.0 Bubbler i

M-20 05-Mar-92 0.0' Bubbler L

M-22 14-Apr-92 16.6 112391/1 M-24 05-Mar-92 16.6 112391/1 M-25 09-Mar-92 0.6 Bubbler

~

M-30 28-Feb-92 16.9 112391/2 M-31 Test 1 28-Feb-92 0.0 Bubbler M-31 Test 2 29-Feb-92 0.0 Bubbler

]

M-38 Test 2 06-Mar-92 0.0 Bubbler M-39 21-Mar-92 0.0 Bubbler M-40 Test 1 29-Feb-92 0.0 Bubbler M-40 Test 2 29-Feb-92 0.0 Bubbler M-42 29-Feb-92 16.9 112391/2

~

M-43 29-Feb-92 17.0 112391/2 i

M-44 29-Feb-92 0.0 Bubbler M-45 18-Apr-92 0.0-Bubbler i

M-46 Test 1 18-Mar-92 0.0 Bubbler M-46 Test 2 18-Mar-92 0.0 Bubbler

~

M-47 Test 1 18-Mar-92 0.0 Bubbler M-47 Test 2 18-Mar-92 0.0 Bubbler M-48 Test 1 22-Apr-92 2800.0 A2 M-48 Test 2 04-Mar-92 0.0 Bubbler M-50 Test 2 05-Mar-92 0.0; Bubbler M-51 Test 2 04-Mar-92 0.0 Bubbler M-52 Test 2 05-Mar-92 0.0 Bubbler M-53 21-Mar-92 0.0 Bubbler M-57 Test 1 29-Feb-92 16.9 112391/14 M-57 Test 2 02-Mar-92 0.0 Bubbler M-58 Test 1 29-Feb-92 16.9 112391/14 M-58 Test 2 02-Mar-92 0.0 Bubbler O)

\\.

F-36

1992 REFUELING OUTAGE TYPE 5' AND TYPE C LOCAL TRAME EATE TEST REPORT Table IE AS LEFT-TYPE C TESTS l

l Contaimment Isolation Valve Leakage Rate Tests IC-ST-CONT-3001,'IC-ST-CONT-3002, and-IC-ST-AE-3003

j

.j Penetration Date Leak Rate Instrument l

H-69 02-Mar-92 0.0

. Bubbler I

H-73 27-Mar-92 0.0 Bubbler i

L M-74 21-Apr-92_

0.0

. Bubbler f

M-79 21-Apr-92 0.0 Bubbler

-M-80 25-Mar-92 0.0 Bubbler 4

M-87.

24-Apr-92 0.0 Bubbler l

f M-88 24-Apr-92 3000.0 JA2

. i IA-3092 02-Feb-92 0.0 Bubbler-IA-3093 02-Feb-92 0.0 Bubbler lA-3094 02-Feb-92 0.0 Bubbler

-.j Type C Sub Total 5935.0 1

f I

i

-t

- h

. I

' E i

. I 1

a' T

q P

F-37 i

n-

1992 REFUELING OUTAGE TYPE B AND TYPE C~

LOCAL LEAEAGE RATE TEST' REPORT F..

i gf Table X AS LEFT 1

TYPE B E TYPE C ACCEPTANCE EVALUATION i

Type-C Sub Total' 5,935.0 l

Type B Sub Total 4.956.4 Total Type B & C MKPLR 10.891.4 Acceptance Criterion (< 0.6 L.)

62',951.0 L.

=.104,918.3 l

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1993 REFUELING OUTAGE TYPE B AMD TYPE C LOCAL UtAYACE RATE TEST REPORT 1

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Local leakage rate tests were performed on the reactor containment building penetrations as part of the 1993 refueling outage.

These tests were conducted in i

accordance with Fort Calhoun Station Technical Specifications (Section 3.5) and 10 CFR Part 50, Appendix J.

The testing is performed to identify, measure, and if required, initiate maintenance on potential reactor containment leakage pathways.

1 The maxLnum containment leakage rate according to Technical Specification 3.5, L.,

equals 0.1% wt per day or 104,918 secm.

For the maximum pathway leakage rate (MXPLR) determined from the Type B and Type C local leakage rate test (LLRT) results shall be less than or equal to 0.6 L.,

or 62,951 secm.

The as-found total maximum pathway leakage rate (MXPLR) was 19,013.3 secm.

Excessive leakage rates were observed on Penetrations M-20, M-25, M-48, and the PAL.

Analyses of the significant leakage rates and corrective actions are included in the respective sections of this report. The indi:idual leakage rates for each penetration are tabulated in Table I through Isble X.

A summary of the As Found test results is given in Table VII, and a summary of the as-left test results is given in Table X.

All of the tables are attached.

The as-left MXPLR is 11.073.7 sCCm.

TYPE B Tests The Type B tests are conducted as part of the Fort Calhoun Station surveillance tes'-

t program.

These tests measure the leakage through the containment mechanical and electrical penetration seals, and containment building resilient sealed O

penetration boundaries with air for the mechanical penetrations and nitrogen for the penetrations. The tests are conducted by pressurizing the local containment electrical penetrations to a test pressure of 60 psig as specified in Technical Specification 3.5(2).

The make-up flow rate required to maintain the test volume at 60 psig is measured and assumed to be the local containment leakage rate.

The local leakage rate measurement system uses calibrated rotameters and a bubbler in parallel to determine the leakage rate. All tests by which the following leakage rate data were obtained are filed at the Fort Calhoun Station in accordance with Technical Specification 5.10.1.d.

The Personnel Air Lock (PAL) seals are tested daily under OP-ST-AE-0001.

a.

whenever the PAL is opened with containment integrity being required. The PAL is also tested once each six months and after each cold shutdown, under IC-ST-AE-0001. During the 1993 outage the PAL handwheel and interlock shaft seals were replaced under ECN93-237.

The Teflon packing was replaced with brass-cartridge /O-ring assemblies. Prior to shutting down for the outage, the Outer PAL Door's packing assemblies were replaced. As-found and as-left Type B LLRTs were performed before and after replacing the Outer Pal Door's packing assemblies.

These results are tabulated in Table I and contribute to the Type B and Type C total leakage rate.

The results recorded in Table I indicate the trend of increasing leakage rate for the PAL was fixed by replacing the

.)

packing.

O F-39

~.

1993 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT

[~/)

b.

The equipment hatch is leakage rate tested each refueling outage under

\\--

surveillance test IC-ST-AE-0002.

Tests are performed prior to its initial' removal and following each replacement. The results are tabulated in Table III.

c.

The fuel transfer tube is leakage rate tested each refueling cutage under surveillance test IC-ST-AE-0003.

The results are tabulated in Table IV.

d.

The electrical penetrations are leakage rate tested under surveillance test' IC-ST-AE-0004.

The As Found results are tabulated in Table V and the As Left 3

results are tabulated in Table VIII.

e.

The mechanical penetrations are leakage rate. tested under surveillance test IC-ST-AE-0005.

The As Found results are tabulated in Table.V and the As Left results are tabulated in Table VIII.

TYPE C Tests Surveillance test procedures IC-ST-CONT-3001, IC-ST-CONT-3002, and IC-ST-AE-3003 were separated into 37 penetration specific procedures. Type C LLRTs were performed on the containment isolation valves in accordance with these 37 Type C procedures using air as the test medium. The As Found results are tabulated in Table VI and the As Left results are tabulated in Table IX.

The as-found LLRTs on penetrations M-20, M-25, and M-48 exceded their respective AMSE Section XI Maximum Leakage Rate.

The as found LLRT on penetration M-48 exceded its AMSE Section XI Evaluation Level Leakage Rate, and due to poor replacement parts a leakage rate greater than the AMSE

(

Section XI Maximum Leakage Rate was accepted to enable unit startup.

M-20 The as-found LLRT M-20 Test #1 of HCV-500B yielded a test result of 0.0 scem as verified by use of the bubbler. However, on M-20 Test #2 on HCV-500A a leakage rate of 4000 seem was measured.

This is greater than the AMSE Section XI Maximum Leakage Rate of 1200 scem. The diaphragms of HCV-500A and HCV-500B were replaced under PMO 9302240. Both retests yielded a result of 0.0 secm.

M-25 The as-found LLRT M-25 Test il of HCV-508A yielded a test result of 0.0 seem as verified by use of the bubbler. However, on M-20 Test #2 on HCV-508B a leakage rate of 5000 seem was measured. This is greater than the AMSE Section XI Maximum Leakage Rate of 200 sccc. The diaphragms of' HCV-508A and HCV-508B were replaced under FMO 9302243. Both retests I

yielded a result of 0.0 secm.

i I

F-40 l

1993 REFUELING OUTAGE TYPE B AED TYPE C.

LOCAL TRANE RATE TEST REPORT l

'M-48 The as-found LLRT M-48 Test #2 of HCV-746B yielded a test; result of 7y

.2500'scem which is greater than AMSE Section XI' Maria n Leakage Rate of 600 secm.

This was expected since this valve was accepted last autage with an as-left leakage rate of 2800 scem. HCV-746B was rebuilt under HWO 922480..After the valve internals were repla'ced,'the. valve ratested at'3150 scem.

This is greater than the.AMSE Section XI Maximum Leakage Rate.

This result was accepted under QP31-93-042.to enable unit startup.

HCV-;746A L. B-are !!isher Controls Design A Control Valves l

which, according to Fisher, were not designed'to be leak tight.

t Therefore, Modification Request FC-93-022 was. written to replace i

HCV-746A & B with valves which were designed to'be leak. tight.

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1993 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT lOg

-M-48 The as-found LLRT M-48 Test #2 of HCV-746B yielded a test result of L/

2500 scem which is greater than AMSE Section XI Maximum Leakage Rate of 600 secm.

This was expected since this valve was accepted last outage with an as-left leakage rate of 2800 secm. HCV-746B was rebuilt under MWO 922480. After the valve internals were replace the valve retested at 3150 secm. This le greater than the AMSE.Section XI Maximum Leakage Rate. This result was accepted under QP31-93-042 to enable unit startup. HCV-746A & B are Fisher Controls Design A Control Valves i

which, according to Fisher, were not designed to be leak tight.

Therefore, Modification Request FC-93-022 was written to replace HCV-746A & B-with valves which were designed to be leak tight.

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F-41 1.

J 1993 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAEAGE RATE TEST REPORT

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Table I x_ /

TYPE B TESTS Personnel Air Lock Leakage Rate Test IC-ST-AE-0001 Test Date Leskare Rate 05/09/92 4,500 07/28192 4,000 09/10/92 3,700 04/24/93 5,000 09/14/93 4,300 09/15/93 0.0 11/15/93 0.0 12/02/93 0.0 O

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1993-' REFUELING OUTAGE TYPE B AND TYPE C l

--LOCAL f.RAEACE RATE TEST REPORT

-t

'il Table II-

' TYPE B TESTS Inner. PAL Door Equalizing Valve Leakage Rate Test L-IC-ST-AE-0006 feet Date Leskane Rate

' j 05/07/92 0.0 i

07/27/92 0.0 f

09/08/92 0.0' 03/11/93 0.0-09/13/93 0.0 11/14/93 0.0 12/02/93 0.0-1 f

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1993 REFUELING OUTAGE' TYPE B AND TYPE'C LOCAL LEA m E RATE TEST REPORT l

Table III-TYPE B TESTS Equipment Hatch 'O F.ing Seal

• Test IC-ST-AE-0002

.Leakane Rate Test Date 09/26/93 16.9 10/01/93 15.1 10/24/93 0.0 J!

10/30/93 0.0 11/09/93 0.0 11/15/93 0.0 f

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e 1993 REFUELING OUTAGE' TYPE B AND TYPE C LOCAL T.ItAW-E RATE TEST REPORT u-

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T Table IV

. TYPE B TESTS F

Fuel Transfer Tube Leakage Rate Test IC-ST-AE-0003 Test Date Leakane Este 10/02/93

'14.9 11/06/93 16.9 0

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F-45

e 1993 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT 1[ h Table V b

AS FOUND.

TYPE B TESTS Electrical Penetration Leakage Rate Tests IC-ST-AE-0004 Penetration Date Instrument MIPLR Ueed A-1 18-Oct-93 50107 Bubbler 0.0 A-2 04-Oct-93 50107 Bubbler 0.0 A-4 24-Aug-93 50107 Bubbler 0.0 A-5 24-Aug-93 50107 Bubbler 0.0 A-6 28-Sep-93 50107 Bubbler 0.0 A-7 28-Sep-93 50107 Bubbler 0.0 A-8 28-Sep-93 50107 Bubbler 0.0 A-9 28-Sep-93 50107 Bubbler 0.0 A-10 24-Aug-93 50107 Bubbler 0.0 A-11 24-Aug-93 50107 Bubbler 0.0 B-1 18-Oct-93 50107 Bubbler 0.0 B-2 24-Aug-93 50107 Bubbler 0.0 B-4 24-Aug-93 50107 Bubbler 0.0 B-5 24-Aug-93 50107 Bubbler 0.0

('~T B-6 28-Sep-93 50107 Bubbler 0.0-('j B-7 28-Sep-93 50107 Bubbler 0.0 B-8 28-Sep-93 50107 Bubbler 0.0 l

B-9 28-Sep-93 50107 Bubbler 0.0 B-10 24-Aug-93 50107 Bubbler 0.0

]

B-11 24-Aug-93 50107 Bubbler 0.0 j

C-1 23-Aug-93 50107 Bubbler 0.0 C-2 23-Aug-93 50107 Bubbler 0.0 C-4 23-Aug-93 50107 F3 600.0 C-5 23-Aug-93 50107 Bubbler 0.0 C-6 12-Oct-93 50107 Bubbler 0.0

'l C-7 26-Sep-93 50107 Bubbler 0.0 C-8 23-Aug-93 50107 Bubbler 0.0 C-9 23-Aug-93 50107 Bubbler 0.0 1

C-10 23-Aug-93 50107 Bubbler.

0.0 C-11 24-Aug-93 50107 Bubbler 0.0 j

D-1 15-Oct-93 50107 Bubbler 0.0 1

D-2 04-Oct-93 50107 Bubbler 0.0 D-4 23-Aug-93 50107 Bubbler 0.0 D-5 23-Aug-93 50107 Bubbler 0.0 D-6 28-Sep-93 50107 Bubbler 0.0 D-7 23-Sep-93 50107 Bubbler 0.0 D-8 23-Aug-93 50107 Bubbler 0.0 D-9 23-Aug-93 50107 Bubbler 0.0 D-10 24-Aug-93 50107 Bubbler 0.0 D-11 28-Sep-93 50107 Bubbler 0.0 F-46

r:

^

1993 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAEAGE RATE TEST REPORT f)-

Table V

.O AS FOUND TYPE B TESTS Penetration Date Instrument MIPLR-Used E-1 30-Sep-9?

50107 Bubbler 0.0 E-2 20-Aug-93 50107 Bubbler 0.0 E-4 23-Aug-93 50107 Bubbler 0.0 E-5 23-Aug-93 50107 Bubbler 0.0 E-6 23-Aug-93 50107 Bubbler 0.0 E-7 23-Aug-93 50107 Bubbler 0.0 E-8 23-Aug-93 50107 Bubbler 0.0 E-9 23-Aug-93 50107 Bubbler 0.0 E-10 23-Aug-93 50107 Bubbler 0.0 E-11 23-Aug-93 50107 Bubbler 0.0 F-1 20-Aug-93 50107 Bubbler 0.0 F-2 20-Aug-93 50107 Bubbler 0.0 F-4 20-Aug-93 50107 Bubbler 0.0 F-5 20-Aug-93 50107 Bubbler 0.0 F-6 20-Aug-93 50107 Bubbler 0.0 F-7 23-Aug-93 50107 Bubbler 0.0 F-8 23-Aug-93 50107 Bubbler 0.0 O.

F-9 23-Aug-93 50107 Bubbler 0.0 F-10 23-Aug-93 50107 Bubbler 0.0 F-11 23-Aug-93 50107 Bubbler 0.0 G-1 30-Sep-93 50104 F1 16.8 G-2 30-Sep 50104 Bubbler 0.0 G-3 17-Oct-93 50104 Bubbler 0.0 G-4 17-Oct-93 50104 Bubbler 0.0 H-1 30-Sep-93 50104 Bubbler 0.0 H-2 30-Sep-93 50104 Bubbler 0.0 H-3 17-Oct-93 50104 Bubbler 0.0 H-4 17-Oct-93 50104 Bubbler 0.0 E-HCV-383-3A 29-Sep-93 50108 F1 15.6 E-HCV-383-3B 29-Sep-93 50108 Bubbler 0.0 E-HCV-383-4A 29-Sep-93 50108 Bubbler 0.0 E-HCV-383-4B 29-Sep-93 50108 F1 15.6 O

V 4

F-47 w.

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1993 REFUELING OUTAGE TYPE B AND TYPE C LOCAL TxAranE BATE TEST REPORT-1 J/

Table Y

)

TYPE B TESTS Mechanical Penetration Seal Leakage Rate Tests IC-ST-AE-0005 j

Penetration Date Instrument MKPLR

]

Used M-HCV-383-3 27-Sep-93 50104 Bubbler 0.0 I

M-HCV-383-4 27-Sep-93 50104 Bubbler.

0.0 M-1 27-Sep-93 50101 F1 68.0-M-2 01-Oct-93 50101 F1

,20.6 M-3 01-Oct-93 50101 P1

-48.0 M-4 01-Oct-93' 50101. Bubbler 0.0

~l M-5 27-Sep-93 50101 F1 83.0 M-6 01-Oct-93 50101 F1 48.0 M-7 24-Sep-93 50101 F1 20.6 M-8 23-Sep-93 50108 Bubbler 0.0 M-9 Sep-93 50108_ Bubbler 0.0 M-10 17-Sep-93 50108 Bubbler.

0.0 M-11 23-Sep-93 50108 F1 15.6 M-12 23-Sep-93 50108 Bubbler 0.0 M-13 01-Oct-93 50101 Bubbler 0.0

~

M-14 23-Sep-93 50108 Bubbler 0.0' M-15 23-Sep-93 50108 Bubbler

'O.0 M-16 27-Sep-93 50101 F1-47.0 M-17 01-Oct-93 50101 Bubbler 0.0 M-18 2J-Sep-93

-50108 Bubbler-0.0

.g M-19 23-Sep-93 50108 F1 15.6 M-20 17-Sep-93 50108 Bubbler 0.0

^j M-21 17-Sep-93 -50108 Bubbler.

0.0

~l M-22 23-Sep-93 50108'F1' 15.6 M-23 23-Sep-93 50108 Bubbler 0.0 M 23-Sep 50108 Bubbler 0.0 M-25 23-Sep-93 50108 Bubbler 0.0

.i M-26 23-Sep-93~

50108 Bubbler 0.0 M-27 11-Aug-93 50108 Bubbler 0.0 M-28 11-Aug-93 50108 Bubbler 0.0

.M-29 11-Aug-93.

50108 Bubbler

-0.0-H-30 05-Aug-93, 50108 Bubbler 0.0 j

M-31 11-Aug-93 50108' Bubbler 0.0 l

3 M-32 11-Aug-93 50108 Bubbler.

0.0' M-33 13-Aug-93

'50102 Bubbler--

0.0 M-34 13-Aug-93_

50102 Bubbler.

0.0.

M-35 13-Aug-93 50102 Bubbler.

0.0 M-36 15-Sep-93 50110 Bubbler 0.0 M-37 Sep 50110 Bubbler.

0.0 M-38 15-Sep-93' 50110 Bubbler

-0.0 F-48

.i i

1993 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAEAGE RATE TEST REPORT Table V s_s AS FOUND TYPE B TESTS Penetration Date Instrument MIPLR Used M-39 15-Sep-93 50110 Bubbler 0.0 M-40 15-Sep-93 50110 Bubbler 0.0 M-41 13-Aug-93 50102 Bubbler 0.0 M-42 15-Sep-93 50110 Bubbler 0.0 M-43 13-Aug-93 50102 Bubbler 0.0 M-44 13-Aug-93 50102 Bubbler 0.0 M-45 13-Aug-93 50108 Bubbler 0.0 M-46 13-Aug 50108 Bubbler 0.0 M-47 13-Aug-93 50108 Bubbler 0.0 M-48 13-Aug-93 50108 F1 23.0 M-49 13-Aug-93 50108 Bubbler 0.0 M-50 16-Sep-93 50110 Bubbler 0.0 M-51 16-Sep-93 50110 Bubbler 0.0 M-52 16-Sep-93 50110 Bubbler 0.0 M-53 15-Sep-93 50110 Bubbler 0.0 M-54 15-Sep-93 50110 Bubbler 0.0 M-55 15-Sep-93 50110 Bubbler 0.0 (s

M-56 15-Sep-93 50110 Bubbler 0.0

()

M-57 13-Aug-93 50102 Bubbler 0.0 M-58 13-Aug-93 50102 Bubbler 0.0 M-59 13-Aug-93 50108 F1 216.0 M-60 13-Aug-93 50108 Bubbler 0.0 M-61 13-Aug-93 50108 Bubbler 0.0 M-62 13-Aug-93 50108 Bubbler 0.0 M-63 13-Aug-93 50108 Bubbler 0.0 M-64 16-Sep-93 50110 Bubbler 0.0 M-65 16-Sep-93 50110 Bubbler 0.0 M-66 16-Sep-93 50110' Bubbler 0.0 H-67 02-Sep-93 50102 Bubbler 0.0 M-68 16-Sep-93 50110 Bubbler 0.0 M-69 16-Sep-93 50110. Bubbler 0.0 M-70 16-Sep-93 50110 Bubbler 0.0 M-71 16-Sep-93 50110 Bubbler 0.0 M-72 16-Sep-93 50110 Bubbler 0.0-M-73 24-Sep-93 50108 Bubbler 0.0 M-74 19-Aug-93 50103 Bubbler 0.0 M-75 19..Aug-93 50103 Bubbler 0.0 M-76 19-Aug-93 50103 Bubbler 0.0 M-77 19-Aug-93 50103 Bubbler 0.0 M-78 19-Aug-93 50103_ Bubbler 0.0 M-79 24-Sep-93 50110 Bubbler 0.0 M-80 06-Aug-93 50108 Bubbler-

.0.0 M-81 19-Aug-93 50103 Bubbler 0.0 l

g-i i

F-49

-1993 REFUELIIE OUTAGE' TYPE 3-AND TYPE'C LOCAL LEAKAGE RATE TEST REPORT;

~

I I ~b Table V F\\ sf.

AS POUND TYPE B TESTS Penetration-Date Instrument.

MKPLR

'Used i

l

-M-82 19-Aug-93~

50103 Bubbler 0.0 M-83 19-Aug-93

-50103 Bubbler 0.0 M-84 19-Aug-93 50103 Bubbler

0.0 l

M-85 19-Aug-93 c50103 F1' 17.0 M-86 19-Aug-93 50103 Bubbler 0.0 i

M-87 Sep-93' 50108 Bubbler 0.0 i

M-88 21-Sep-93 50108 Bubbler.

0.0

?!

H-89 25-Aug-93 50103 Bubblerf 0.0 M-90 24-Sep-93 50108 Bubbler 0.0 M-91 29-Sep-93 50104 Bubbler 0.0 i

M-92 24-Sep-93 50104 Bubbler 0.0 M-93 29-Sep-93 50104 Bubbler 0.0 M-94_

29-Sep-93 50104 Bubbler 0.0

]

M-95.

29-Sep-93 50104 Bubbler 0.0 M-96 28-Sep-93 50104-Bubbler.

0.0 1

M-97 28-Sep-93 50104 B'1bbler 0.0 l

M-98 24-Sep-93 50104 Bubhler 0.0 M-99 24-Sep-93 50104 Bubbler.

0.0

-1 k

Fuel Tube 02-Oct-93 50110 F1

'14.9 Eq Hatch 29-Sep 50105 Bubbler, 0.0 PAL 14-Sep-93 50108 F3 4300.0' Ea Valve 14-Sep-93 50108' Bubbler 0.0

' Type B Sub Total 5600.9 i

4 1

u i

F-50 1

1993 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAKAGE RATE TEST REPORT

,n

\\

Table VI j )

AS FOUND TYPE C TESTS Containment Isolation Valve Leakage Rate Tests IC-ST-CONT-3001 Penetration Date Leak Rate Instrument MKPLR seen Used M-HCV-383-3 16-Oct-93 0.0 50105 Bubbler 0.0 M-HCV-383-4 16-Oct-93 0.0 50105 Bubbler 0.0 M-2 09-Oct-93 0.0 50101 Bubbler 0.0 M-7 22-Oct-93 120.0 50108 F1 120.0 M-8 Test 1 22-Oct-93 0.0 50110 Bubbler 0.0 M-8 Test 2 22-Oct-93 0.0 50110 Bubbler 0.0 M-11 20-Oct-93 0.0 50108 Bubbler 0.0 M-14 Test 1 13-Oct-93 17.5 50108 F1 17.5 M-14 Test 2 13-Oct-93 17.5 50108 F1 M-15 20-Oct-93 47.0 50108 F1 47.0 M-18 23-Oct-93 0.0 50108 Bubbler 0.0 M-19 23-Oct-93 0.0 50108 Bubbler 0.0 M-20 Test 1 22-Oct-93 0.0 50110 Bubbler M-20 Test 2 22-Oct-93 4000.0 50110 F3 4000.0 M-22 22-Oct-93 0.0 50108 Bubbler 0.0 7(

M-24 Test 1 06-Oct-93 0.0 50101 Bubbler 0.0 M-24 Test 2 06-Oct-93 0.0 50101 Bubbler 0.0 M-25 Test 1 19-Oct-93 0.0 50105 Bubbler M-25 Test 2 19-Oct-93 5000.0 50101 F3 5000.0 M-30 30-Sep-93 85.0 50102 F1 85.0 M-31 Test 1 30-Sep-93 0.0 50110 Bubbler 0.0 M-31 Test 2 30-Sep-93 0.0 50110 Bubbler M-38 Test 2 01-Oct-93 0.0 50110 Bubbler 0.0 M-39 22-Oct-93 0.0 50104 Bubbler 0.0 M-40 Test 1 30-Sep-93 0.0 50110 Bubbler 0.0 M-40 Test 2 30-Sep-93 0.0 50110 Bubbler M-42 04-Oct-93 0.0 50102 Bubbler 0.0 M-43 04-Oct-93 21.0 50102 F1 21.0 M-44 22-Oct-93 0.0 50102 Bubbler 0.0 M-45 06-Oct-93 20.0 50108 F1 20.0 M-46 Test 1 14-Oct-93 0.0 50110 Bubbler 0.0 M-46 Test 2 14-Oct-93 0.0 50110 Bubbler M-47 Test 1 14-Oct-93 0.0 50110 Bubbler 0.0 M-47 Test 2 14-Oct-93 0.0 50110 Bubbler M-48 Test 1 05-Oct-93 0.0

'50110 Bubbler M-48 Test 2 05-Oct-93 2500.0 50110 F3 2500.0 M-50 Test 2 01-Oct-93 0.0 50110 Bubbler 0.0 M-51 Test 2 01-Oct-93 15.1 50110 F1 15.1 M-52 Test 2 02-Oct-93 0.0 50110 Bubbler 0.0 M-53 22-Oct-93 0.0 50104 Bubbler 0.0 F-51

~

1993 REFUELING OUTAGE TYPE B AND TYPE C:

LOCAL LEAEAGE RATE TEST REPORT

' i

-(}

Table VI AS FOUND-TYPE C TESTS Containment Isolation Valve' Leakage Rate Tests IC-ST-CONT-5001.

Penetration.

Date Leak Rate Instrtunent MIPLR scan Used M-57LTest 1 Sep-93 0.0

-50110 Bubbler.

0.0 M-57 Test 2 30-Sep-93 0.0

'50110 Bubbler e

M-58 Test.1 30-Sep-93 25.0 50110 F1 25.0-M-58 Test 2 30-Sep-93 0.0 50110 Bubbler

. l M-69 30-Sep-93 0.0 50102 Bubbler 0.0 j

M-73 Test 1 15-Oct-93 0.0 50110 Bubbler 0.0 M-73 Test 2 15-Oct-93 0.0 50110 Bubbler.

M-74 25-Sep-93 0.0 50103 Bubbler 0.0 i

M-79 Test 1 '09-Nov 0.0 50103 Bubbler 0.0 i

M-79 Test 2 09-Nov-93 0.0 50103 Bubbler d

M-80 Test 1 04-Oct-93 0.0 50103. Bubbler M-80 Test 2 04-Oct-93 15.1 50103 F1 15.1 H-87 21-Sep-93 1500.0 50108 F3 1500.0.

H-88 21-Sep-93 15.6 50108 F1 15.6.

j ge'g IA-3092 11-Oct-93 0.0 50105 Bubbler -

0.0 T

IA-3093 11-Oct-93 0.0 50105 Bubbler 0.0

~

,/

IA-30941 11-Oct-93 0.0 50105 Bubbler-0.0 Tvoe C Sub Total-

'13.381.3 l

!O F-52 m

u m,#

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w.An J, &

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i 1993 NEFUELING CUTAGE TYPE B AND TYPE C.

. l LOCAL tuarACE BATE TEST REPORT-i Table VII AS FOUND l

TYPE B & TYPE C ACCEPTANCE EVALUATION I

sccu 1

i i

Type C Sub Total 13.381.3 Type B Sub Total 5.600.9 j

Total Type B & C MXPLR 18.982.2 j

1

. i Accepttnce Criterion (< 0.6 L.)

< 62,951.0 La 104,918.3

=

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V 1993 EEFUELING' OUTAGE TYPE B AND TYPE' C l

LOCAL m m E BATE TEST REPORT j

Table VIII-

{

AS LEFT TYPE B TESTS j

.a Electrical' Penetration Leakage Rate Tests IC-ST-AE-0004

. Penetration Data Instrument MIPLE l

Used i

A-1 18-Oct-93 50107 Bubbler 0.0 A-2 04-Oct-93 50107 Bubbler.

0.0 j

A-4 24-Aug-93 50107 Bubbler-0.0 A-5 24-Aug-93 50107 Bubbler 0.0 A-6 28-Sep-93 50107 Bubbler 0.0

.l A-7 28-Sep-93 50107 Bubbler-0.0

l A-8 02-Nov-93 50107 Bubbler 0.0 A-9 28-Sep-93 50107 Bubbler 0.0 A-10 24-Aug-93 50107 Bubbler 0.0 l

A-11 14-Oct-93 50107 Bubbler 0.0 B-1 18-Oct-93 50107 Bubbler 0.0 B-2 24-Aug-93 50107 Bubbler 1 0.0 B-4 24-Aug-93 50107 Bubbler 0.0 B-5 24-Aug-93 50107 Bubbler 0.0 p

B-6 28-Sep-93 50107. Bubbler 0.0

\\g B 28-Sep-93 50107 Bubbler 0.0 l

B-8 28-Sep-93 50107 Bubbler 0.0

.l B-9 28-Sep-93 50107 Bubbler 0.0 t

B-10 24-Aug-93 50107 Bubbler.

0.0' B-11 24-Aug-93 50107 Bubbler 0.0 i

C 23-Aug-93 -50107 Bubbler-0.0 j

C-2 23-Aug-93 50107 Bubbler 0.0 C-4 02-Nov-93 50107 Bubbler 0.0 C-5 23-Aug-93 50107 Bubbler.

0.0 C-6 12-Oct-93.50107 Bubbler 0.0

.i C-7 26-Sep-93.50107 Bubbler 0.0.

.l C-8 23-Aug-93 50107 Bubbler

'O.0

.j C-9 23-Aug-93' 50107 Bubbler 0.0 C-10 23-Aug-93 '50107 Bubbler-0.0 i

C-11 24-Aug-93 50107. Bubbler 0.0 1

D-1 15-Oct-93 '50107 Bubbler 0.0

]

D-2 04-Oct-93 50107 Bubbler-0.0

']

D-4 23-Aug-93 50107LBubbler 0.0 j

D-5 23-Aug-93 50107 Bubbler 0.0 l

D-6 28-Sep-93 50107, Bubbler 0.0-D-7 26-Oct-93 50107 Bubbler' O.0 D-8 23-Aug-93 50107 Bubbler 0.0 D-9 23-Aug-93 50107 Bubbler.

0.0l

'l D-10 24-Aug-93 50107 Bubbler 0.0 l

D-11 28-Sep-93 50107 Bubbler 0.0 l

O 1

F-54

1993 REFUELING OUTAGE TYPE B AND TYPE C LOCAL LEAEAGE RATE TEST REPORT

['/) ~

Table VIII

's-AS LEFT TYPE B TESTS Electrical Penetration Leakage Rate Tests IC-ST-AE-0004 i

Penetration Date Instrument MKPLR i

Used E-1 30-Sep-93 50107 Bubbler 0.0 E-2 20-Aug-93 50107 Bubbier 0.0 E-4 23-Aug-93 50107 Bubbler 0.0 E-5 23-Aug-93 50107 Bubbler 0.0 E-6 23-Aug-93 50107 Bubbler 0.0 E-7 23-Aug-93 50107 Bubbler 0.0 E-8 23-Aug-93 50107 Bubbler 0.0 E-9 23-Aug-93 50107 Bubbler 0.0 E-10 23-Aug-93 50107 Bubbler 0.0 E-11 02-Nov-93 50107 Bubbler 0.0 F-1 20-Aug-93 50107 Bubbler 0.0 F-2 20-Aug-93 50107 Bubbler 0.0 F-4 20-Aug-93 50107 Bubbler 0.0 F-5 20-Aug-93 50107 Bubbler _

0.0

(~'

F-6 20-Aug-93 50107 Bubbler 0.0

'(

F-7 23-Aug-93 50107 Bubbler 0.0 F-8 23-Aug-93 50107 Bubbler 0.0 F-9 23-Aug-93 50107 Bubbler 0.0 F-10 23-Aug-93 50107 Bubbler 0.0 F-11 23-Aug-93 50107 Bubbler 0.0 t

G-1 30-Sep-93 50104 F1 16.8-G-2 30-Sep-93 50104 Bubbler 0.0 G-3 17-Oct-93 50104 Bubbler 0.0 G-4 17-Oct-93 50104 Bubbler 0.0 H-1 30-Sep-93 50104 Bubbler 0.0 H-2 30-Sep-93 50104 Bubbler 0.0 H-3 17-Oct-93 50104 Bubbler 0.0 H-4 17-Oct-93 50104 Bubbler 0.0 E-HCV-383-3A 24-Oct-93 50108 Bubbler 0.0 E-HCV-383-3B 24-Oct-93 50108 Bubbler 0.0 E-HCV-383-4A 24-Oct-93 50108 Bubbler 0.0 E-HCV-383-4B 24-Oct-93 50108 Bubbler 0.0 f

N F-55

d 1993 REFUELING OUTAGE TYPE B AND TYPE C LOCAL TRAmE EATE TEST REPORT f

y Table VIII.

AS LEFT l

TYPE B' TESTS l

Mechanical Penetration Seal Leakage Rate Tests IC-ST-AE-0005 1

j.

Penetration Date Instrument MIPLE.

i

.i Used 1

M-HCV-383-3 27-Sep-93 50104 Bubbler-0.0 mi M-HCV-383-4 15-Nov-93.

50104 F3 1500.0:

lL' M-1 27-Sep-93' 50101 F1 68.0 H

M-2 01-Oct-93 50101 F1

.20.6 e!

M-3 01-Oct-93 50101 F1.

48.0 M-4 01-Oct-93 50101 Bubbler 0.0 M-5 27-Sep-93 50101 F1 83.0 M-6 01-Oct-93 50101 F1 48.0 M-7 24-Sep-93 50101 F1 20.6 L

M-8 23-Sep-93 50108 Bubbler 0.0 M-9 17-Sep-93 ~50108 Bubbler 0.0 M-10 17-Sep-93 50108 Bubbler 0.0

.M-11 23-Sep-93 50108 F1 15.6

.]

M-12 23-Sep-93 50108 Bubbler.

0.0 p

M-13 01-Oct-93 50101 Bubbler

'O.0 g-M-14 23-Sep-93 50108? Bubbler 0.0-M-15 23-Sep-53 50108 Bubbler 0.0 L

M-16 27-Sep-93 50101 F1 47.0 M-17 01-Oct 50101~ Bubbler

.0.0 M-18 23-Sep-93 50108 Bubbler 0.0 M-19 23-Sep-93 50108'F1 15.6 M-20

.17-Sep-93 50108' Bubbler

-0.0 M-21 17-Sep-93 SCS8 Bubbler 0.0 M-22 23-Sep-93

.50108 F1-15.6 M-23 23-Sep-93 50108 Bubbler 0.0-L.

M-24 23-Sep-93 50108 Bubbler

. 0. 0 M-25 23-Sep-93 50108 Bubbler 0.0 -

M-26 23-Sep-93 50108 Bubbler' O.0 M-27 11-Aug-93 50108 Bubbler 0.0 M-28 11-Aug-93 50108 Bubbler 0.0 M-29 11-Aug-93 50108 Bubbler 0.0~

l' M-30 05-Aug-93 50108 Bubbler 0.0 M-31 11-Aug-93 50108' Bubbler..

0.0 M-32 11-Aug 50108 Bubbler 0.0 M-33 13-Aug-93. 50102 Bubbler 0.0 M-34 13-Aug-93 50102 Bubbler 0.0 M-35 13-Aug-93 50102: Bubbler 0.0 M-36 15-Sep-93 50110 Bubbler 0.0 M-37 15-Sep-93 50110 Bubbler 0.0 M-38.

15-Sep-93 50110 Bubbler-0.0 i

F-56

1993 REFUELING OUTAGE TYPE B'AND TYPE C LOCAL LEAKAGE RATE TEST REPORT D

Table VIII

~(O AS LEFT TYPE B TESTS t

Mechanical Penetration Seal Leakage Rate Tests IC-ST-AE-0005 Penetration Date Instrument MIPLR Used M-39 15-Sep-93 50110 Bubbler 0.0 M-40 15-Sep-93 50110 Bubbler 0.0 M-41 13-Aug-93 50102 Bubbler 0.0 M-42 15-Sep-93 50110 Bubbler 0.0 M-43 13-Aug-93 50102 Bubbler 0.0 M-44 13-Aug-93 50102 Bubbler 0.0 M-45 13-Aug-93 50108 Bubbler 0.0 M-46 13-Aug-93 50108 Bubbler 0.0 M-47 13-Aug-93 50108 Bubbler 0.0 M-48 13-Aug-93 50108 F1 23.0 M-49 13-Aug-93 50108 Bubbler 0.0 M-50 16-Sep-93 50110 Bubbler 0.0 M-51 16-Sep-93 50110 Bubbler 0.0 M-52 16-Sep-93 50110 Bubbler 0.0 f-s M-53 15-Sep-93 50110 Bubbler 0.0

()

M-54 15-Sep-93 50110 Bubbler 0.0 M-55 15-Sep-93 50110 Bubbler 0.0 M-56 15-Sep-93 50110 Bubbler 0.0 M-57 13-Aug-93 50102 Bubbler 0.0 M-58 13-Aug-93 50102 Bubbler 0.0 M-59 13-Aug-93 50108 F1 216.0 M-60 13-Aug-93 50108 Bubbler 0.0 M-61 13-Aug-93 50108 Bubbler 0.0 M-62 13-Aug-93 50108 Bubbler 0.0 M-63 13-Aug-93 50108 Bubbler 0.0 M-64 16-Sep-93 50110 Bubbler 0.0 M-65 16-Sep-93 50110 Bubbler 0.0 M-66 16-Sep-93 50110 Bubbler 0.0 M-67 02-Sep-93 50102 Bubbler 0.0 M-68 16-Sep-93 50110 Bubbler 0.0 M-69 16-Sep-93 50110 Bubbler 0.0 M-70 16-Sep-93 50110 Bubbler 0.0 M-71 16-Sep-93 50110 Bubbler 0.0 M-72 14-Nov-93 50102 Bubbler 0.0 M-73 24-Sep-93 50108 Bubbler 0.0 M-74 19-Aug-93 50103 Bubbler 0.0 M-75 19-Aug-93 50103 Bubbler 0.0 M-76 19-Aug-93 50103 Bubbler 0.0 M-77 19-Aug-93 50103 Bubbler 00 M-78 19-Aug-93 50103 Bubblar 0.0 Oi V

F-57

R

'1993 REFUELING OUTAGE' TYPE B AND TYPE C-LOCAL TRAEACE RATE TEST REPORT

'l

\\

1

,Os j

6

'n' AS LEFT TYPE B TESTS

-l i

Mechanical Penetration Seal Leakage Rate Tests IC-ST-AE-0005

{

Penetration Date Instrument MIPLR '

Used i

M-79 24-Sep-93 50110 Bubbler 0.0 M-80 06-Aug-93 50108 Bubbler 0.0-

.M-81 19-Aug-93 50103 Bubbler 0.0

.i M-82 19-Aug-93 50103. Bubbler.

0.0' M-83' 19-Aug-93. 50103 Bubbler 0.0 M-84 19-Aug-93 50103 Bubbler 0.0 17.0

]

M-85 19-Aug-93 50103 F1 1

M-86 19-Aug-93 50103. Bubbler 0.0 M-87 21-Sep-93 50108 Bubbler 0.0 M-88 21-Sep-93 50108 Bubbler

'0.0.

M-89

'26-Aug-93 50103 Bubbler 0.0 H-90 24-Sep-93 50108 Bubbler 0.0 j

M-91 29-Sep-93 50104 Bubbler 0.0 M-92 24-Sep-93 50104 Bubbler 0.0 l

H-93 29-Sep-93 50104 Bubbler' O.0

]

C.'

M-94 29-Sep-93 50104~ Bubbler 0.0 M-95 29-Sep-93 50104 Bubbler 0.0 M-96 28-Sep-93 50104 Bubbler 0.0 M-97 28-Sep-93 50104' Bubbler 0.0' M-98 24-Sep-93 50104 Bubbler 0.0~

M-99 24-Sep-93 50104 Bubbler 0.0 Fuel Tube

.06-Nov-93

'50105 F1 16.9 Eq Hatch 15-Nov-93 50105 Bubbler 0.0 PAL.

15-Nov-93 50108 Bubbler 0.0 Ea Valve 14-Nov-93 50108 Bubbler 0.0 Tvoe B Sub Total 2171.7

-i

.h r

F-58 t

- ~... -

1 1993 REFUELTRG OUTAGE TYPE B AND TYPE C LOCAL LRAEACE RATE TEST REPORT I

I

)

Table II j

AS LEFT j

TYPE C TESTS Containment Isolation Valve. Leakage Rate Tests IC-ST-CONT-3001

-i Penetration Date Leak Rate Instrument MIPLR seem Used i

i M-HCV-383-3 09-Nov-93 2900.0 50110 F3 2900.0 H-HCV-383-4 07-Nov-93 2500.0 50110 F3 2500.0 M-2 09-Oct-93 0.0 50101 Bubbler 0.0 l

2 M-7 22-Oct-93 120.0 50108-F1-120.0 M-8 Test 1 01-Nov-93 0.0 50110 Bubbler 0.0 M-8 Test 2 01-Nov-93 0.0 50110 Bubbler

'l M-11 20-Oct-93 0.0

' 108 Bubbler 0.0 M-14 Test 1 13-Oct-93 17.5 50108 F1 17.5 M-14 Test 2 13-Oct-93 17.5 50108 F1

~

M-15 20-Oct-93 47.0 50108 F1 47.0 I

M-18 23-Oct-93 0.0 50108 Bubbler 0.0 M-19 23-Oct-93' O.0 50108 Bubbler 0.0-

-l M-20 Test 1 03-Nov-93 0.0 50110 Bubbler' O.O.

l M-20 Test 2 03-Nov-93 0.0 50110 Bubbler M-22 22-Oct-93 0.0 50108 Bubbler--

0.0-g M-24 Test 1 28-Oct-93 0.0 50101 Bubbler-0.0 3

M-24 Test 2~ 28-Oct-93 0.0

'50101' Bubbler

[

M-25 Test 1 01-Nov-93 0.0 50104 Bubbler 0.0 M-25 Test 2 01-Nov-93 0.0 50104 Bubbler 1

'l M-30 30-Sep-93 85.0

50102LF1 85.0

M-31 Test 1 30-Sep-93 0.0 50110. Bubbler 0.0 M-31 Test 2 30-Sep-93 0.0 50110-Bubbler M-38 Test 2 01-Oct-93 0.0 50110 Bubbler 0.0 M-39 22-Oct-93 0.0 50104' Bubbler' O.0 M-40 Test 1 30-Sep-93 0.0 50110 Bubbler

-0.0

,i M-40 Test 2 30-Sep-93 0.0 50110 Bubbler M-42 04-Oct-93 0.0 50102 Bubbler-0.0 M-43 04-Oct-93 21.0 50102'F1 21.0

[

M-44 22-Oct-93 0.0 50102 Bubbler 0.0 M-45' 06-Oct-93 20.0 50108 F1 20.0 M-46 Test 1 14-Oct-93 0.0 50110 Bubbler 0.0 M-46 Test 2-14-Oct-93 0.0 50110 Bubbler l

M-47 Test 1 14-Oct-93 0.0 50110, Bubbler' O.0 i

M-47 Test 2 14-Oct-93 0.0 50110, Bubbler H-48 Test 1 04-Nov-93 0.0 50105 Bubbler

)

M-48 Test 2 04-Nov-93 3150.0 50105 F3-3150.0

[

M-50 Test 2 01-Oct-93' O.0 50110 Bubbler 0.0 f

M-51 Test 2 01-Oct-93 15.1 50110 F1 15.1.

M-52 Test 2 02-Oct-93 0.0 50110' Bubbler 0.0

'I M-53 22-Oct-93 0.0 50104 Bubbler 0.0-F-59 i

h

1995 REFUELING OUTAGE TYPE B AND TYPE C

-LOCAL LEAEAGE RATE TEST REPORT

(

Table IE Q,';

AS LEFT TYPE C TESTS Containment Isolation Valve Leakage Rate Tests IC-ST-CONT-3001' Penetration Date Leak Rate Instrument MEPLR seem Used l

t M-57 Test 1 30-Sep-93 0.0 50110 Bubbler 0.0 M-57 Test 2 30-Sep-93 0.0 50110 Bubbler M-58 Test 1 30-Sep-93 25.0 50110 F1 25.0 M-58 Test 2 30-Sep-93 0.0 50110 Bubbler M-69 30-Sep-93 0.0 50102 Bubbler 0.0 M-73 Test 1 15-Oct-93 0.0 50110 Bubbler 0.0 M-73 Test 2 15-Oct-93 0.0 50110 Bubbler M-74 11-Oct-93 0.0 50103 Bubbler 0.0 M-79 Test 1 09-Nov-93 0.0 50103 Bubbler 0.0 M-79 Test 2 09-Nov-93 0.0 50103 Bubbler M-80 Test 1 04-Oct-93 0.0 50103 Bubbler H-80 Test 2 04-Oct-93 15.1 50103 F1 15.1 M-87 16-Nov-93 0.0 50103 Bubbler 0.0 M-88 16-Nov-93 0.0 30103 Bubbler 0.0 l

r

IA-3092 11-Oct-93 0.0 50105 Bubbler 0.0

(

IA-3093 11-Oct-93 0.0 50105 Bubbler 0.0 i

IA-3094 11-Oct-93 0.0 50105 Bubbler 0.0 Tvoe C Sub Total 8.895.7 l

i 1

F-60

7:.

a 1993 REFUELING OUTAGE TYPE B AND. TYPE:C LOCAL LEAEAGE BATE TEST REPORT.

1,..

'i k

I Table Z AS LEFT TYPE B & TYPE C 1

' ACCEPTANCE EVALUATION SCCM.

.q Type C Sub Total 8,895.7' l

-Type B Sub Total 2.171 7 Total Type B.& C MXPLR 11.067.4 j

Acceptance Criterion (< 0.6 L.)

.'< :62,951.0 l

L.

= 104,918.3 j

i t

i

$5 a

.I T

1 f c

2.

':l h

i

.i 4

j.

j i

l

.I i

F-61

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