Text

ANO Unit 2 Reactor Containment Bldg Integrated Leakage Rate Test Rept
	ML20070D228
Person / Time
Site:	Arkansas Nuclear
Issue date:	07/01/1994
From:	; ENTERGY OPERATIONS, INC.
To:	;
Shared Package
ML20070D224	List: 2CAN079402, Forwards ANO Unit 2 Reactor Containment Bldg Integrated Leakage Rate Test Rept; ML20070D228;
References
	PROC-940701, NUDOCS 9407070263
	Download: ML20070D228 (73)
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..

Entergy Operations, Inc.

Arkansas Nuclear One Unit 2 Reactor Containment Building Integrated Leakage Rate Test Report l

i Duke Engineering & Services, Inc.

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ANO Unit 2 TABLE OF CONTENTS T

pet 1.

INTRODUCTION.....

I 11.

TEST SYNOPSIS....

2 111. TEST D ATA S UM M ARY......................

4 A.

Pl.mt Informatios B.

Technical Data C.

Type A Test Results D.

Verifiention Controlled Leakage Rate Test Results E.

Type B and C Test Results F.

Integrated Leakage Rate Measurement Sy. stem G.

Description of Computer Program 11.

Information Retairied at Phmt c

IV. ANALYSIS AND INTERPRETATION...

10 A.

ILRT Test Corrections B.

Reported "As Left" ILRT Results C.

"As Found" Evaluation of Containment V.

REFERENCES..

12 V1. APPENDICES......

14 A.

Temperature Stabilization Phase Data and Graphs B.

Integrated Leakage Rate Test Data and Graphs C.

Verification Controlled Leakage Rate Test Data and Graphs D.

Miscellai,aus Information E.

Test Data Summan F.

Local Leakug Rate Testing Conducted Since the Last ILRT i

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ANO Unit 2 1

I INTRODUCTION A periodic Tyrc A Containment Integrated Leakage Ra'e Test (ILRT) was 4-successfully conducted on the primary containment structure of the Attansas Nuclear One, Unn 2 pressurized water reactor. The test was completed on March 17,1994. Tbc purpose c,f t'.e test was to demonstrate that leakage throurh the primary reactor containment, and sy ems and components penetrating primary containment does not exceed the allowable k9 'ge rate specined in the Pla:,1 Technical Specifkations.

The test was conductedin ucordance with the requirements of 10CFR50, Appendix J using the Absolute Method denned in ANSI N45.4-1972. The leakage rate was calculated for both the Type A test and the verincation test using the Total Time methodology and the calculational requirements of BN TOP-1, Revision 1 " Testing Criteria for Inte3 rated Leakage Rate Testing of Primary Containment Structures for Nuclear Power Plants."

Leakage rates for both the Type A test and the verification test were also calculated, for infonnation only, using the Mass Point methodology given by ANSI /ANS 56.8-1987. The ILRT was performed at a pressure in excess of the calculated peak contamment internal pressure related to the design basis accident as speci0ed in the Final Safety Analysis Report (FS AR) and the Plant Technical Specifications.

This report describes and presents the results of this periodic Type A test, including the supplemental test method used for veri 0 cation. The summary ot events and test chronology are presented in Section 11, Test Synopsis. Plant information, technical data, test results and measurement system information are presented in Section III, Test Data Summary. The test results are compared with the Acceptance Criteria in Section IV, Analysis and Interpretation. A summary of the local leakage rate testing (Type B and C) performed since the last ILRT is also provided in this report as Appendix F.

The "As Left" Type A test result reported at the 95 percent upper confidence limit is 0.0734 percent of the contained mass per day. The "As Found" Type A test result reported i

i at the 95 percent upper confidence limit is also 0.0734 percent of the contained mass per day. The acceptance criteria specined in the plant Technical Specifications is a leakage rate less than 0.75 L,, or 0.075 percent of the contained air mass per day.

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ANO Unit 2 11.

IfST SYNOPSIS Unk shutdown for the 2R10 refueling outage began on March 12, 1994. The unit re9ched cold shutdown conditiom at 1215 on March 13. During the four day period following shutdown, preparatiens to pressurize containment for the conduct of the ILRT included: intonal razJ r:w:rnal insp;ctions of all accessib-treas of the contamment structure; instauation und checkout of the ILRT instrument, alignment of valves and bruim Ra wst condittens; and the installation and cru mut of the temporary pressurization facihties. Local leak rate tests were conducted on 14 valve penetrathns, the equipment hatch and the esca;v air lock; however, no repairs or adjustments were made to any boundary prior to the start of the (LRT.

Containment pressurization started at 1927 on March 15, 1994 Pressurization continued at an average rate of 4.36 ps!/hr using the 10,500 scfm capacity available from the seven diesel driven air compressors No containment fans were run during the pressurization period. At 0725 on March 10, with a building pressure of 54.0 psig, the first bank of compressors was isolated. Presstirizatio' ontinued with the remaining four compressors running - r ;ntainment temperature stari s ecreasing at this time. At G810, the building test pressure of 55.72 psig was reached. The pressurization line was isolated and ven'ed and the stabilization period started.

y The temperature stabilization period was started with data set number $1 at 0815.

Four hours and 15 minutes into the stabilintion period, both the BN-TOP 1 and the ANSI 56.8-1987 temperature stabilization criteria were satisfied. Stabilization data continued 'or 1.5 additional hours to allow for the contained air mass to stabiiize sufficiently to start the test Penetration leak searches were periodically conducted throughout the pressurization and stabilization phases - no significant leaks were observed.

The Type A test period started with data set number 74, at 1400 on March 16. A 4

succe.ssful 7.5 hour5.787037e-5 days 0.00139 hours 8.267196e-6 weeks 1.9025e-6 months test was completed at 2130, with c'ata set number 104. The Total Time and Mass Point I cak Rates at the 95 % Upper Confidence Limit v,cre 0.0730 wt.%/ day and 0.0549 wt//c/ day respectively. All BN TOP-1 termination criteria were also met at this time.

A veriGeatior flow (corrected for temperature and back pressure) of 5.90 scfm (0.1037 wt.%/ day) was initiated at 2140 on March 16. Following the minimum one hour 2

ANO Unit 2 stabilization period required by BN TOP-1. a successft.13.8 hour9.259259e-5 days 0.00222 hours 1.322751e-5 weeks 3.044e-6 months verification test was performed from 2340, on March 16, to 0330 on -March 17. The composite leakage rates calculated during this period were 0.1357 wt. %/ day for the Total Time method and 0.1331 wt. %/ day for the Mass Point method.

Depressurization began at 0335 on March 17 and was complete at 1442 on March 17.

The primt.ry flow path was through Penetratior. 62 - the six inch ILRT pressurization and depressurization pathway. An addition.al path was provided through the 54 inch diameter purge supply line at 1400, once the building pressure decreased to less than 10.0 psig.

Depressurization was accomplished in 11.1 hours1.157407e-5 days 2.777778e-4 hours 1.653439e-6 weeks 3.805e-7 months at an average rate of 5.0 psi /hr. No equipment damage was found during the post-ILRT containment inspection.

A containment picssure time line for the entire test period is included in Appendix D.

Tc., Chronology Phase Da*a Set No, Ilme Period Duration Pressurization From:

001 1927 on 3/15/94 12.7 To:

051 0810 on 3/16/94 Temperature From:

051 0815 on 3/16/94 5.8 Stabilization To:

074 1400 on 3/16/94 ILRT From:

074 1400 on 3/16/94 7.5 To:

IN 2130 on 3/16/94 Lea'x Stabilization From:

111 2240 on 3/16/94 1.0 for Verification Test To:

117 2340 on 3/16/94 Verification Test From:

117 2340 on 3/16/94 3.8 To:

140 0330 on 3/17/94 Depressurization From:

141 0335 on 3/17/94 11.1 To:

185 1442 on 3/17/94 Total Elapsed Time: 43.2 hours2.314815e-5 days 5.555556e-4 hours 3.306878e-6 weeks 7.61e-7 months 2

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ANO Unit 2 111. IEST DATA

SUMMARY

A.

Plant Information Owner Entergy Operations, Inc.

Plant Arkansas Nuclear One, Unit 2 Location 6 miles NW of Russellville, Arkarr,as Containment Type Pre stressed, post-tensioned concrete NSSS Supplier, Type Combustion Engineering, PWR Docket No.

50-368 License No.

NPF-6 N

II.

Technical Data l

I Containment Net 1,812,000 cu. ft.

/

Free Air Volume Design Pressure, P 54.0 psig Design Temperature, T 300

F Calculated Peak Accident 53.6 psig Pressure, P, Calculated Peak Accident 284.8

F Temperature Maximum Allowable 0.100 wt. 7e / day Leakage Rate, L, C.

Test Results - Type A Test 1.

Test Method Absolute 2.

Test Pressure 55.24 psig 3.

Data Analysis Total Time (per BN-TOP-1,1972),

Techniques Mass Point (for information only, per ANSI /ANS 56.8-1987) 4.

ILRT Acceptance 0.075 wt. 7e / day Criteria ( < 0.75 L )

4

ANO Unit 2 5.

Type A Test Results DN-TOP-1 ANSI 56.8 Intal Time Mass Point -

Simple Leakage Rate 0.0436 wt.%/ day Fitted Leakage Rate (L.)

0.0531 wt.Widay 0.0517 wt.%/ day Upper 95 % Confidence Level 0.0730 wt.%/ day 0.0549 wt %/ day 6.

.All acceptance enteria for the Reduced Duration BN-TOP-1 ILRT were satisfied in 7.5 hours5.787037e-5 days 0.00139 hours 8.267196e-6 weeks 1.9025e-6 months . A printout of the BN-TOP-1 Total Time Termination Criteria is included in Appendix B. Report printouts ud data plots for both the Total Time and the Mass Point Analysis techniques are also provided in Appendix B.

D.

Verification Controlled Leakage Rate Test Results 1.

Verification Test Super-5.90 SCFM (0.1037 wt.%/ day) imposed Leakage Rate (L )

4 2.

Verification Test Total Time Analysis Results and Limits Upper Limit 0.1818 wt.%/ day (L + L, + 0.25 L, )

o Verification Test Total 0.1357 wt.%/ day Time Results (L,)

Lower Limit 0.1318 wt.%/ day (L + L. - 0.25 L )

o 3.

Verification Test Mass Point Analysis Results and Limits (Presented for information only)

Upper Limit 0.1804 wt.%/ day (L + L, + 0.25 L, )

o Verification Test Mass 0.1331 wt.%/ day Point Results (L )

c Lower Limit 0.1304 wt.%/ day (L + L,,, - 0.25 L )

o 4.

The report printouts and data plots for both the Total Time Analysis and Mass Point Analysis techniques are provided in Appendix C.

E.

Test Results - Type B and C Tests A summary of the local leakage rate test results conducted since the last Unit 2 5

l

ANO Unit 2 ILRT conducted in April,1991 is included in Appendix F.

F.

Integrated Leakage Rate Measurement System The contair ment system was equipped with instrumentation to permit leakage rate determination by the absolute method. Data from the absolute system is reduced to a containment air mass by application of the ideal Gas Law. The leakage rate is equal to the time rate of change of this value. The mass of dry air, W within containment is calculated as follows:

( P-P, ) V W=

RT where:

P = Containment Total Absolute Pressure P, = Containment Water Vapor Pressure ( Average)

V = Containment Net Free Volume R = Gas Constant for Air T = Containment Absolute Temperature (Average)

The primary measurement variables required are containment absolute pressure, containment dew point temperature and containment temperature as a function of time.

During the supplemental verification test, the c:

.ted leakage imposed on the existing leakage in the containment system is also recorded.

1.

Absolute Pressure (2 Sensors)

Type:

Peroscientific Model 760-A Portable Field Standard Range:

0-100 psia Relative Accuracy:

10.017e Full Scale Repeatability:

10.005 % Full Scale Sensitivity:

10.0001 psia Calibration Date:

February 18,1994 The sensors provide an RS232 direct digital input to the computer. Both sensors were used with a weighting factor of 0.5 in the leakage rate calculations.

2.

Dew Point Temperature (6 Sensors)

Type:

General Eastern Hygro-El Optical Dew Point Monitor with Model ii1IH single stage sensor 6

l h

ANO Unit 2 Range:

-40"F - 140"F, Analog output rescaled from 20"F - 100"F dew point, corresponding to 4 - 20 mA.

Accuracy:

i 1.0 "F Repeatability:

0.09 F Sensitivity:

0.09"F Calibration Date:

February 10,1994 (No.'s 1,2,3,5 & 6)

December 9,1993 (No. 4) 3.

Dry Bulb Temperature (24 Sensors)

Type:

Rosemount Model No. 78S,4 wire,100 ohm platinum Resistance Temperature Detector, RTD Calibrated Range:

0"F - 200 F Accuracy:

0.45"F over entire range Sensitivity:

0.09"F (for conservatism, the manuf. specified repeatability is used for this value in the ISG calculation.)

Calibration Date:

January 13,1994 4.

Data Acquisition System The data acquisition system consists of a Fluke 2289A Helios system front end whi:.h interfaces v/ith an IBM compatible,486 processor computer. The Fluke system acquires data from the dew point sensors and the dry bulb temperature sensors. The required cards and pertinent data are as follows:

Dew Point - DC current measurement l

Cards Required:

161 liigh Performance A/D 162 Thermocouple / DC Volts 171 Current Input Connector Range:

i 64 mA

Accuracy:

i 0.02 % of Input,i 5 uA (15 C-35*C Operating Temp.)

Repeatability:

0.015 % of Input,i 2 uA Resolution:

0.6uA Calibration Date:

January 31,1994 i

Note: Accuracy improved over manuf. stated spec. due to change to 8 ohm,10.01

% precision resistors.

Temocratutg - RTD Resistance Measurement Cards Required:

161 High Performance A/D 163 RTD / Resistance Scanner 177 RTD / Resistance Input Connector Range:

256 ohms Accuracy; i 0.0175 % of input, 5.7 m ohms (15"C-35"C Operating l.

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ANO Unit 2 Temp)

Repeatability:

0.005 % of Input,i 4 m ohms Resolution:

2.4 m ohms Calibration Date:

January 31,1994 5.

Verification Flow Type:

Brooks Hi-Accuracy, Full-View Flowmeter, Model No.

I i 10,10K3Bl A Calibrated Range:

0-9.5SCFM Accuracy:

i 1 % Full Scale Calibration Dates:

February 16,1994 6.

Instrumentation Selection Guide (ISG) Calculation The ISG calculation is a method used to evaluate the total instrumentation systems' ability to detect leakage rates in the range required. The ISG formula is described in ANSI /ANS 56.8-1987, Appendix G and requires that the sensitivity must be at least four times better than the containment's allowable leakage (ISG $

0.25 L,). The ISG calculated for the instrumentation used for this test was 0.0179 wt.%/ day for the 7.5 hour5.787037e-5 days 0.00139 hours 8.267196e-6 weeks 1.9025e-6 months test. The allowable value for this test is 0.025 wt.%/ day.

The ISG value given by the computer for the cnd of test data point reflects actual containment atmospheric conditions ano de number of sensors in service at that time. For this test, the ISG value s bamed on 2 pressure sensors, 6 dew point sensors and 24 temperature sensors.

7.

Sensor Calibration Information and Volume Fractions Appendix D, Miscellaneous Information contains a Sensor Information report.

This report lists the calibration coefficients for each sensor, instrument serial numbers, DAS channel assignments and fmal volume fractic i assignments as-installed for the 1994 ILRT.

G.

Description of Computer Program l

The Duke Power ILRT is written in the C programming language and runs under the Microsoft (R) Windows operating environment. Through use of pull down menus, l

l the user is made aware of all program options at any given time. All data including i

individual sensor readings, containment average readings and leakage calculations are l.

accessible through spreadsheet data display windows, graphs, standardized reports, l

custom reports and data files written to disk. The program provides for multiple views 8

ANO Unit 2 of test data, both graphical and tabular, and also provides for real time updating of the displays with each new data set. Both ANSI'56.8 mass point and BN-top-l total time leakage calculations are performed concurrently.

The ILRT program actually consists of two separ:.te programs. The main program, called LEAK.EXE,is a generic data analysis and reporting program, it can be used at any facility with no changes required, as its personality is derived from a configuration file developed prior to each test. The con 0guration Glc specifies all plant specific information, such as statica name, unit number, number of computments in containment, number of each sensor type within each compartment, sensor calibration constants, volume fractions, serial numbers, DAS channel assignments and containment volume. The second program, called DATACQ.EXE, controls data acquisition and is customized for the type of system being used.

The ILRT program calculations were verified prior to test performance by loading a hand verified benchmark Raw Data File and Connguration Data file into the subdirec:ory containing the ILRT program. Following selection of the Configuration data file, a Test Data file was recalcula'ed by the program. Having rebuilt the Test Data File, all calculated values output by the program were compared with the benchmark calculations. Exact agreement (to the same number of significant figures given in the Benchmark Summary) was achieved between the benchmark calculation and the ILRT program output.

II.

Information Retained at plant The following information is available for review at Arkansas Nuclear One:

1.

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

2.

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

3.

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

4.

A continuous sequential log of events from initial survey of containment to restoration of all tested systems.

9

3 ANO Unit 2 5.

Documentation of instrumentation calibration and standards.

6.

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

7.

The procedure and all data that would verify completion of penetrations and valve testing (Type B and C tests), including as found leakage rates, corrective action taken, and final leak rate.

8.

A listing of all test exceptions including changes in containment system boundaries instituted by ANO to conclude successful testing.

9.

Description of method of leak rate verification of instrument measuring system (superimposed leakage), with calibration information on Dowmeters along with calculations that were used to measure the veriGcation :cakage rate.

10. The Instrumentation Selection Guide (ISG) Calculation i 1.

The P&ID's of pertinent systems.

12. The Tendon End Anchorage Surveillance inspection results.

IV. ANALYSIS AND INTERPRETATION A.

ILRT Test Corrections in accordance with 10CFR50 Appendin J, Section Ill A.I.D, leakage penalties must be added to the Type A test result. During the ILRT three penetrations in addition to the electrical penetrations were not placed in the post-LOCA alignment. The penetrations and minimum pathway "As Left" leakage rates are given below:

Penetration Description Reason Leakage Rate All E Penet.

Electrical Penet.

N gas left in penet.

500 seem 2

2P-40 Fire Water Tech. Spec. operability 219 seem requirement.

2P-61 A Containment Test ILRT instrument pressure 0 seem Connection.

sensing line.

10 l

g ANO Unit 2 Penetration Description Reasun Leakage Rate 2P-61 B Containment Test Superimposed leak path.

O seem Connection.

2P-62 Cont. Pressurization Cont. Pressurization /

0 seem Connection Depressurization Path.

Total:

719 seem B0004 wt.%/ day Water volume changes in containment during the ILRT were negligible. During the period from 1400 on 3/16, to 0300 on 3/17, the pressurizer level decreased from 70.6 percent to 69.5 percent. During this same period the quench tank level, the reactor building sump level and the steam generator levels remained constant.

B.

Reported "As lxft" ILRT Results The results of the ILRT to be reported including all corrections are:

Total Time Mass Point Analysis Analysis Calculated Leakage Rate 0.0730 wt.%/ day 0.0549 wt.%/ day at 95% UCL Corrections 0.0004 wt.%/ day 0.0004 wt.%/ day "As Left" Leakage Rate 0.0734 wt.%/ day 0.0553 wt.%/ day Acceptance Criterion ( < 0.75 L,)

< 0.075 wt.%/ day Since both the "As Left" Total Time and Mass Point UCLs are less than 0.75La, the test results demonstrate that the leak. age through the primary containment and systems and components penetrating containment does not exceed the allowable leakage rate specified in the Arkansas Nuclear One FSAR and the Technical Specifications.

C.

"As Found" Evaluation of Containment In accordance with NRC IE Notice No. 85-71, the "As Found" Type A result is determined by adding the total leakage savings resulting from the repairs or adjustments 11

1 ANO Unit 2 made to the containment leakage boundaries to the "As Left" Type A test result. These corrections are the difference between the pre-repair leakage's (but not negative),

calculated in the minimum pathway case for each Type B or Type C penetration.

Following the time of the initiation of the containment inspection on March 12, and the performance of the Type A test on March 16, no repairs or adjustments were made to any containment boundary. Therefore, the total leakage savings adjustment is equal to zero and the "As Found" test result is equal to the "As Left".

Total Time Mass Point Analysis Analysis "As Left" Leakage Rate 0.0734 wt.%/ day 0.0553 wt.%/ day Total Leakage Savings 0.0000 wt.%/ day 0.0000 wt.%/ day

" As Found" Leakage Rate 0.0734 wt.%/ day 0.0553 wt.%/ day Acceptance Critesion ( < 0.75 L, )

< 0.075 wt.%/ day V.

REFERENCES A.

Arkansas Nuclear One, Unit 2, FS AR Sections 3.8.1.7.2,6.2.4, and Table 6.2-26.

11.

Arkansas Nuclear One Unit 2, Technical Specifications; Section 4.6.1.2.

C.

Arkansas Nuclear One, Procedure No. 5120.401, Unit 2 Integrated Leak Rate Test, Revision 2.

D.

Arkansas Nuclear One, Procedure No. 5120.405, Unit 2 Integrated Leak Rate Test Instrumentation System Setup, Revision 0.

E.

Arkansas Nuclear One, Procedure No. 2305.036, Operation's Control of Integrated Leak Rate Test, Revision 1.

F.

Engineering Report for Arkansas Nuclear One, Report No. 91-R-2008-01, ANO-2 ILRT Temperature Sensor Weighting Factor Calculation, Revision O.

G.

Arkansas Nuclear One, Procedure No. 2304.147, Unit 2 Vital Instrumentation Alignment Verification, Revision O.

12

ANO Unit 2 i

11.

Arkansas Nuclear One, Procedure No. 1306.022, Reactor Building Interior and Exterior Structural Inspection, Revision 0.

1.

Arkansas Nuclear One, Procedure No. 5220.008, Visual Inspection of Concrete Tendon Buttresses during ILRT, Revision 0.

J.

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

ANSI /ANS 56.8-1987 " Containment System Leakage Testing Requirements".

L.

Bechtel Topical Report BN-TOP-1, " Testing Criteria for Integrated Leakage Rate Testing of Primary Containment Structures for Nuclear Power Plants", Revision 1, 1972.

M.

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

13

ANO Unit 2 SECTION VI APPENDICES T

14

ANO Unit 2 APPENDIX A Temperature Stabilization Phase Data and Graphs Reading No. 51 to 74 Reports:

BN-TOP-1 Temperature Stabilization Criteria Mass Point Temperature Stabilization Criteria a

Containment Calculated Values by Reading No.

Graplis:

Containment Mass Average Pressure & Average Temperature Average Vapor Pressure Average Dew Point Dew Point No I (el 497') & Dew Point No. 6 (el 336')

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BN-TOP-1 Tomparaturo Stabilization Arkonsos Nuclear One Unit 2 3/94 AVE. D1 OVER LAST 2 RATE OF DT CHANGE OVER LAST 2 TIME TEMP HOURS HOURS 1

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7 2

y HOURS

F l

F/HR l

"F/HR/HR l

08 15 96.386 i

i 08 30 95.688 l

08 45 95 076 l

09.00 94 633 1

09-15 94 288 l

09.30 94 027 09.45 93.810 4

10-00 93.629 10 15 93 466 1.459 1.275 10.30 93 323 1,182 0.956 x

10.45 93 198 0.039 0.653 11:00 93.084 0 774 0 459 11:15 92.986 0 655 0.340 11:30 92.881 0.576 0.260 l

11.45 92.785 0.515 0.197

~

12 00 92.704 0 465 0.161 12.15 92.621 0 422 0.124 12.31 92.550 0.386 0.118 12 46 92.470 0.363 0.105 13.01 92.408 0.330 0.092 13.16 92.346 0.317 0.086 13 31 92.270 0.303 0.047 13 45 92.217 0.284 0.055 4

14 00 92.159 0.272 0.040 l

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Mass Point TCmporaturo Stabilization Arkansas Nuclear One Unit 2 3/94 l

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AVE. D1 OVER LAST 4 AVE. D1 OVER LAST HOUR IME TEMP HOURS

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0630 95 688 08 45 95.076 09.00 94 633 l

l 09 15 94 288 09:30 94.027 09.45 93 810 10:00 93.629 10:15 93 466 j

10.30 93.323 l

10 46 93.198 11.00 93G84 l

11:15 92.986 t

11:30 92.881 I

11:45 92.785 12.00 02.704 12 15 92.621 0.941 0.361 0.580 12.31 92 550 0.783 0.326 0.457 12.46 92.470 0.651 0.311 0.340 13.01 92.408 0.556 0.292 0.26A 13.16 I

92.346 0.485 0.274 0 211 i

13.31 92.270 0.439 0.279 0.159 13 45 92.217 0.399 0.257 0.142 14 00 92.150 0.368 0 252 0.116 I

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Containment Calculated Values Arkonsos Nuclear One Unit 2 - 3/94 RDG TIME MASS TEMP VAPOR PRESS PRESSURE 51 08:15.42 615708.06 96.386 0.3296 70.3312 52 08:30 43 615619.63 95.688 0.3269 70.2304 53 08 45 43 615748.10 95.076 0.3260 70.1671 54 09.00 44 615840 47 94.633 0.3250 70.1209 55 09.15:44 615910.67 94.288 0.3244 70.0847 56 09:30.45 615943.05 94.0'.7 0.3238 70.0549 57 09.45 45 615960 73 9'.810 0.'233 70.0291 58 10:00:46 615973.70 93.629 0.3229 70.0073 59 10:15 46 615987.35 93 466 0.3224 69.9879

,s 60 10:30 47 615999.06 93.323 0.3217 69,9705 61 10.45 47 615991,37 93 198 0.3222 69.9544 62 11:00:48 615992.82 93.084 0.3219 69.9399 63 11:15:01 615988.78 92.986 0.3217 69.9269 64 11:30.10 616002.94 92.881 0.3211 69.9147 65 11:45:11 616035.95 92.785 0.3212 69.9064 66 12.00.11 616047.04 92.704 0.3208 69.8970 67 12:15:53 616040.47 92.621 0.3204 60.8854 68 12:31:03 616030.12 92.550 0,3208 69.8757 69 12 46:03 616038.00 92.470 0.3203 69.8660 70 13.01:04 616028.51 92.408 0.3202 69.8570 71 13:16:04 616017.10 92.346 0.3201 69.8478 72 13.31:05 616039.01 92.270 0.3195 69.8402 73 13 45:01 616026.84 92.217 0.3196 69.8322 74 14.00'11 616029.29 92.159 0.3196 69.8252

Containment Mass Arkansas Nuclect One Unit 2 - 3/94 6 f 6100 ---- -----

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Average Pressure & Average Temperature

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Unit 2 3/94 70.35 - Of-U~-

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ANO Unit 2 APPENDIX B Integrated Leakage Rate Test Data and Graphs Reading No. 74 to 104 Reports:

BN-TOP-1 Total Time Test Termination Criteria Total Time Leak Rate Analysis Mass Point Leak Rate Analysis Containment Calculated Values by Reading No.

Graphs:

Total Time Leak at UCL and Calculated Total Time Leak Mass Point 12ak at UCL and Mass Point Leak Containment Mass Average Pressure Average Vapor Pressure Average Temperature

BN-TOP-1 Termination Crit @ria Arkonsoo Nuclear One Unit 2 3/94 BN TOP-1 Termination Criterio Evoluotion for Reading # 104 1, The Trend Report based on Total Time calculations shall indicoto that the mognitude of the calculated leak rate is tend:ng to stabnize at a value less than the maximum o!!owable look rate (< 75Lo).

Required Value: 0.075000 %/doy Actual Value: 0.053116 %/doy (Note: The mognitude of the calculated leak rate may be increasing slightly as It tends to stabilize. In this cose the overage rate of increase of the colculated leck rote shall be determined from the occumulated dato over the lost five hours or lost twenty dato points, whichever provgjes the most points. Using this overage rote, the calculated look rote con then be lineorty ertropolated to the 24th hour dato point.

If this extropolated value of the calculated leak rote exceeds 75% of the maximum oilowoole look rote (La) tt o the leak rate test is cont:nued.)

Required Value: 0.075000 %/ day Actual Value: 0.066303 %/doy

2. The end of test upper 95% confidence limit for the calculated look rate based on Total Time calculottons shall be less than the.oximum allowable leak rate (<.75La).

Required Value:0.075000 %/ day Actual Value: 0.072968 %/doy

3. The mean of the measured look rates based on Total Time calculations over the lost five hours of test or lost twenty dato points, whichever provides the most dato. shall be less than the maximum allowable look rote (<.75Lo).

Required Value: 0.075000 %/ day Actual Value: 0.053307 %/ day

4. Doto shall be recorded of oporoximately equalintervo!s and in no cose at Intervals greater than one hour.

Required Intervo! <=1 hr Maximum ActualInterval:0.25 hr

5. At least twenty (20) dato,.uts shall be provided for proper statistical analysis.

Required # Data Pointsm=20 Actual Doto Points: 31

6. In no cose shall the minimum test duration be less than six (6) hours.

Required Minimum Durotion: 6 hr Actual Duration: 7.5 hr i

Total Timo Lcak Rota Analysis Arkansas Nuclear One Unit 2 - 3/94 RDG TIME (MINUTES)

MEASURED LE AK (WT, CALCULATED LEAK (WT UCL LE AK (WT %/ DAY)

%/ DAY)

%/ DAY) 74 0 00 75 15.00 0.060093 76 30.02 0.053253 0 053253 77 45.02 0.032269 0.034630 0 0'7J621 78 60.03 0.034806 0.030579 0 064822 79 75 03 0 ?9127 0.055C2 0.141027 80 90.05 0.041501 0.049250 0.116134 81 105 05 0.039889 0.044713 0 100183 82 120 07 0.046299 0.044597 0.092257 83 135.07 0 050839 0.046278 0.088842 84 150 08 0 047887 0.046442 0.084891 85 165.08 0.060186 0.050488 0.087144 86 180.10 0.062582 0.054173 0.089070 87 195.10 0.055216 0.054913 0.087535 88 210.12 0 044615 0.052741 0.084162 89 225.12 0.053362 0.053139 0 0532892 90 20.13 0.060913 0.055170 0.083782 91 T5513 0.053473 0.055195 0.082555 92 270.15 OL31755 0.054854 0.081162 93 285.15 0.055727 0.055336 0.080634 94 300 17 0.057707 0 056098 0.080507 95 315.17 0.055993 0.056428 0.080016 96 330.18 0.050470 0.055761 0.078789 97 345 18 0.053585 0,055692 0.078059 98 360.20 0.065330 0.055900 0.077635 99 375.20 0.050479 0.055343 0.076634 100 390.22 0.048659 0.654589 0.075535 101 405 22 0.046620 0.053639 0.074342 102 420 23 0.057621 0.054291 0.074569 103 435.23 0.053710 0.054352 0.074179 i04 450.25 0.043556 0.053116 0.072968 1

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Mass Point Lcak Rafa Analysis Arkonsos Nuclear One lh di 2 3/94 RDG TIME (MINUliS)

NORM. MASS MEASURED LEAK (WT UCL LEAK (WT %/ DAY)

%/ DAY) 74 0.00 1.000000 75 15.00 0 999994 0 060093 76 30.02 0999989 0.053251 0.087031 77 45.02 0.999990 0 033686 0.067331 78 60.03 0 999985 0 031518 0.047338 79 75 03 0 999959 0.0630/2 0.102919 80 90 05 0 999974 0.051812 0.081494 8:

105.05 0 999971 0.045343 0.067880 82 120.07 0 999961 0.045379 0.062399 83 135 07 0.999952 0.047676 0.061229 84 150.08 0 999950 0.047731 0.058639 85 165.08 0 999931 0.052971 0.063489 86 180.10 0 999922 0.057325 0.067222 87 195.10 0.999925 0 057476 0.065888 88 210.12 0 999935 0.053807 0.061960 89 225.12 0 999917 0.054044 0.061139 90 240.13 0.999898 0.056562 0.063291 91 255.13 0.999905 0.056186 0 062153 92 270.15 0.999903 0.055386 0Ou]764 93 285.15 0,999890 0.055629 0.060673 94 300.17 0 999880 0.056670 0.061119 95 315 17 0999877 0.056888 0.060926 96 330.18 0.999884 0.055722 0 059579 97 345.18 0 999872 0.055489 0.059024 98 360.20 0.999862 0.055677 n.058927 99 375.20 0.999868 0.054785 0.057906 t

100 390.22 0 999868 0.053667 0.056756 l

101 405.22 0999869 0.052328 0.055481 102 420.23 0 999832 0.053333 0.056426 103 435.23 0 999838 0.053446 0.056331 104 450.25 0.999864 0.051697 0.054892 I

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Containment Calculated Voluos Arkansas Nuclear One tinit 2 - 3/94 RDG-71ME MASS TEMP V APOR PRESS PRESSURE 74 14.00:13 616029.29 92.159 0.3196 69.8252 75

?4:15:11 116025 44 V2109 0 3199 69.8177 70 14 30 12 616022.45 92.054 0 3191 69.8107 77 14 45:12 616023.08 92.005 0.3187 69.8042 78 (5.00:13 616020.35 91.954 0.3185 69.7972 79 15 15:13 616003.89 91.911 0 3185 69.789v 80 15.30:14 616013 31 91.863 0.3181 69.7846 81 15 45:14 616011.37 91.815 0,3181 69.7784 i

82 16:00:15 016005.51 91.7/5 0.3179 69.7725 63 16.15.15 615999.92 91.733 0.3176 693662 84 16.30:16 61599b 55 91.696 0.3172 60.7610 85 16'45:16 615986.79 91.663 0.3173 69.*< 555 da 1700:17 615981.08 91.622 0.3175 69.7500 87 17:15.17 615783.21 9i.532 0.3172 69.7449 88 17:30.18 615989.19 91.545 0.3168 69.7406 89 17:45:18 o15977,90 91.514 0 3167 69.7352 90 18:03:19 615966 72 91181 0.3167 69.7298 91 18:15:19 6159i0.93 91.M6 0.3166 69.7257 92 18 30:20 615969.4l.

91.415 0.3164 69.7216 I

93 18 45:20 61596M1 91.394 0.3159 69.7174 94 19Cn21 c1595519 91.367 OJ160 69.7134 95 19:15:21 615953.10 91.327 0.3160 69 7083 96 19.30.22 615958.00 91.292 0.3156 69.7040 97 19.45-22 615950.16 91.269 0.3155 60.7000 98 20:00.23 615044 03 91.247 0.3148 69.6960 99 20:15:23 615948 27 91 206 0.3150 69.6914 3

100 20.30 24 615948 06 91.178 0.3150 69.6879 101 2045:24 615948 4E 9! 147 0 3144 69.6834 102 21.00.25 615925.71 91 132 0.3151 69.6796 103 21:15:2C 615929.7>

91.101 0 3147 69.6758 104 2I:30 26 6( E 745.40 91.068 0.3141 69 6727

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ANO Unit 2 APPENDIX C Verification Controlled Leakage Rate Test Data and Graphs Reading No.117 to 140 Reports:

Total Time Leak Rate Analysis Mass Point Leak Rate Analysis Containment Calculated Values by Reading No.

Graphs:

Calculated Total Time Leak Mass Point Leak Containment Mass Average Pressure Average Vapor Pressure Average Temperature l

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TotalTimo LCak Rato Analysis Arkonsos Nucleat One Unit 2 3/94 RDG TIME (MINUTts)

Mt ASURED Lt AK (W1~

CALCULAftD Lt AK (WT UCL Lt AK (WT %/ DAY)

%/ DAY)

%/ DAY) 117 0 00 118 10 00 0 073651 119 20 02 0 120979 0120?79 120 30 02 0 126926 0130512 0 214835 121 40 02 0 132500 0.136899 0178950 122 50 03 0.125631 0 135042 0 177608 123 60 03 0 106674 0 123776 0.176404 124 70 03 0 130422 0 128156 0.171430 125 80 05 0 145768 0137172 0 176612 126 90 05 0 124935 0.135098 0.172475 127 100 05 0129723 0.135211 0 169543 128 110 07 0123238 0.133143 0.166261 129 120 07 0145985 0.138264 0.169818 130 130 07 0.112627 0132899 0167359 131 140.08 0 134215 0134273 0 166715 132 150 08 0 121034 0132127 0164000 133 160 08 0132674 0.133042 0 163370 134 170.10 0.132892 0 133806 0162787 135 180 10 013M44 0.133906 0.161781 136 190 10 0 139800 0 135790 0.162710 137 200.12 0 132733 0.136032 0 162061 13B 210 12 3 136944 0.136963 0.162115 139 220 12 0 127405 0.136114 0.1 &d42 140 230 13 0 129200 0.135666 0 159999

Mass Point Look Rato Analysis Arkansos Nucint One Unit 2 3/94 PDG ilMt (MINUTE $)

NORM. M A$$

Mt ASURt.D Lt AK (WT UCL Lt AK (WI %/ DAY)

%/ DAY)

I17 0 00 1 OfX10l0 118 10 00 0 97W93 0 093651 119 20 02 0 9W983 0.1209S6 0255B53 120 30 02 0799974 0 l'MDO O 153WO 121 4002 0 9W963 0 134719 0.148539 1??

50 D3 0 9W956 0131103 0 140424 123 (IJ 03 0 99V956 0117041 0 134548 124 70 03 0 VW937 0 124169 0139080 125 80 05 0 9W919 01360W D153334 126 90 05 0 WV922 0 132472 0 146517 127 100 05 0 9??910 0.132327 0 145633 128 110 07 0 VWV06 0129399 0139192 129 1?O07 0999878 0136425 0 147305 130 130.07 0 9W898 0128726 0140961 131 140vo 0999869 0.130874 0.141629 132 150 08 0 W9874 0128024 0 137817 133 160 08 0 999853 0.129582 0 138322 134 170.10 0 999M3 0 130795 0.138625 135 180 10 0 999837 0.131001 0 137982 136 19CD0 0 999815 0 133682 0 140494 137 200 12 0999816 0 133911 0 140059 138 210 12 0999800 r'35117 0140819 139 220 12 0 9V9805 0.133774 0.139136 140 230 13 0 999794 0 133089 0 138039

Containment Calculated Values Arkonsa Nuclear One Unil 2 - 3/94 RDG TIME MA$$

TE MP VAPOR PRES $

PRES $URE 117 23 40 30 615866 B9 90B45 0 3133 69 6351 11B 23 50 30 615862.89 90 832 0 3133 69 6331 119 (00031 615B56 53 90 817 0 3132 69 6303 1?O CO 10 31 615850 59 90BCO O3133 69.6276 121 (O 20 31 615844 21 90 786 0 3132 69.6250 122 00 30 32 615B40.0 90 767 0 3132 69 6222 123 CO 40 32 615B39!O 90 749 03130 69.6196 124 00 50 32 615827 83 90.738 03131 69.6170 125 01:'10 33 615816 99 90.730 0 3129 69 6146 126 01 10 33 615818 77 v0.707 0 3128 69.6119 127 01:20 33 615811.38 90 695 0 3129 69.6095 128 01:30 34 615808.88 90.680 0 3125 69 6070 129 01:40 34 615791.93 90 673 0 3125 69.6042 130 01:50 34 615804 24 90 648 0 3123 69.6022 131 02 00 35 615786 48 90 638 0.3125 59.5992 132 02 10.35 615789 20 90.626 0.3120 69.5976 133 0220 35 615776 05 90.613 0 3121 09.5945 134 02 30.36 615770 21 90 601 0.3120 69.5922 135 02 40 36 615766 41 90.584 01121 69.5898 136 02.50 36 615753 23 90 576 0 3122 69.5873 137 03 00 37 615753 29 90 562 0 3120 69.5554 138 03 10.37 615743 83 90.552 0,3119 69.5830 139 032037 615746 95 90 534 0,3120 69.5812 140 03 30.38 615739.73 90.523 0.3118 69.5768

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8 9

8 8

9 9

9 g

g

. m

ANO Unit 2 APPENDIX D Miscellaneous Infonnation Graphs:

Average Pressure (Chronological Tirne Sequence)

Reports:

Configuration Data Sensor Infortnation I

f

i Average Pressure Arkanses Nuclear One Unit 2 - 3/94 80 - -- - ---

i I

i 73 L

Vertpcation 5

l l

Measurement l

Test I

4 l Temperature h

\\^

66 t

i I~ Stabilization

~

~~'

l

/

l

\\

l l

D

\\

epressurization so --

l

/

I i

i j

/

\\

f

/

\\

52,

-/

\\

l

/!

4

/i

//}l P

4s -

i

\\

1 Pressurization k

\\

38

's

/

1 L

\\

/

'\\

4' 31

/

\\

s

\\,

24 r

/

l Purge Supply 17 Valve OpencJ

\\

10 0

4 8

12 16 20 24 28 32 36 40 Tkrie - Hours

Configuration Data Artarwo NucioorCW)

Unit 2 3/94 Station Nomo - Arkansas Nuclear One Unit Nome - Unit 2 3/94 Contonment Volume = 1812000.00 cutxc foot imposed took = 0.10369 %/doy to (Lt) = 0100 %/ day Test Prossure = $4.00 PSIG Total # Sonsors = 33 Toto! # Press.

3 Total # Dow Pt. = 6 totat # lomp. = 24 stort Temp Stab Rdg = $1, End Terrp Stob Rdg

= 74 Stort Leak Roto Test Rdg = 74. End Leak Rote fest kda = 104 Start Vortf. Test Rdg = 117, End Vertf. Test Rdg = 140 Row Data iDe - ANO20394 RDA Test Data File - AF'O20394.TDA*

Sansor Information Arkonsos Nuclear One Unit 2 3/94 Pressures NUM CHAN SERIAL VOL FRACT CO C1 C2 C3 C4 1

1001 OCPRF2B346 0 5000rJO OO 1.0 2

1002 OCPRF28347 0500000 0.0 1.0 3

1033 SNPRF 40761 0 UX000 0.0 1.0 Dew Po6nts NUM CHAN SERIAL VOL TRACT CO C1 C2 C3 C4 1

1 SNPRf 41101 0.200000 0.0 5(D0 0 j

2 2

LNPRF4 i103 0.2000C0 00 500CLO 3

3 SNPRF41106 0.200000 00 5000J 4

4 SNPRF41102 0.133300 0,0 5000 0 5

5 SNPRf 41127 0.133300 00 5000 0 6

6 SNPRF41128 0 133400 00 5000 0 Temperatures HUM CHAN SERIAL VOL FRACT CO C1 C2 C3 C4 1

21 SNPRr40440 0 022300

-410 02630 4 2418540 0 00182604 2

22 SNPRf40822 0.033300 409.84610 4.2350990 0 001851: 1 3

23

$NPRF40807 0.046700

-409,93880 4 2377410 0.0018460.

4 24 SNPRF40433 0.046000 410 44030 4 2456080 0.00179621 5

25 SNPRF40824 0 046100

-410.99B20 4 2549090 0.00176823 6

26 SNPR' 1436 0.046200 410 84640 4 2515740 0.00178216 7

27 SNPRt. 3833 0 046700

-410.55080 4 2490360 0.00177068 8

28 SNPRf 41118 0.046700

-410.55590 m247510 0.00179620 9

29 SNPRF40830 0.046700 410 48050 4,245690 0.00177068 10 30 SNPRf40808 0.046700

-409.86270 4 234080 0.00183638 11 31 SNPRf 40813 0.041600

-409.35320 4 2274030 0.00187697 12 32 SNPRF40390 0 046700

-409.76980 4 2377580 0 00182419 13 33 SNPRF40828 0 045900

-411.05160 4 2522240 0.00179585 14 34 SNPRf40825 0 048300

-410.06970 4.2391220 0.00182123 15 35 SNPRf40387 0 043900 410.0250 4.2434420 0.00179749 16 36 SNPRF41116 0 046100 410.33720 4 2420170 0.00180491 17 37 SNPRF40806 0 036600 410 16150 4 2401850 0.00181662 18 38 SNPRf40812 0 035300

-410.66420 4 2502060 0.00176716 19 39 SNPRF40831 0 035400

-410.45220 4 2455160 0.00179787 20 40 SNPRF40835 0 035300

-410 40620 4 2475450 0.00177298 21 41 SNPRf 40381 0.035400

-410 29040 4.2483810 0.00176724 22 42 SNPRF40438 0 039900

-410 77090 4.2521980 0.00177805 23 43 SNPRF40816 0.044400

-410 57280 4.2458210 0.00180?19 24 44 SNPRf40834 0 037800

-410 12660 4.2396610 0.00181928

ANO Unit 2 1

Al'I'ENL)lX E Test Data Summary Reports:

Calibrated instrument Data (by reading number)

Calibrated instrument Data Arkonsos Nuclear One Unit 2 3/94 Rooding 8 61 t'or 16 08:15.42 Pressut '. (P5I A)

1. 3 70 332 70 33 14 625 Dow Points ( F)

L6 69.218 68657 67463 60.054 6B 414 58 505 temperatures (*F)

L12 100 76 V9733 100 21 1CO 94 100 97 100 62 100 42 100.35 100 56 99425 101.06 100 86 13.24 99 82 W Bor 98 633 97 677 94 357 94.147 91 453 87 457 81.569 80 677 80 421 95.907 Reading # $2 Mor 16 08 30.43 Pressures (P51A)

1. 3 70 231 70 229 14 626 Dew Points (*F)

1. 6 68 825 67.76/ 67.484 6B 828 68 883 58 339 Temperatures (*F)

L12 99 59 98545 99 512 99 957 99 739 99496 99.271 99.244 99.555 98 629 100 02 99.779 13.24 99C97 99196 97.907 97.226 94 05 93 807 91.229 87.457 81.592 80 571 80 226 95 647 Reading 8 53 Mar 16 08.45:43 Pressures (P51A)

1. 3 70 168 70 167 14 626 Dow Points ('F)

L6 68.426 67.685 67 557 68 755 68.723 58 572 Temperatures (*F)

I.12 98.513 97 562 98.804 99.105 98.649 98545 98 336 98.35 98.685 97.889 08 905 98 745 13.24 98 411 98 539 97.278 96 9 93.B13 93 579 91,048 87.457 81.681 80 529 80.119 95 437 Rooding # 54 Mar 16 09:00 44 Pressures (PSIA)

L3 70 122 70 12 14 628 Dow Points (*F)

L6 68 041 67.767 67 408 68.586 68 49 59.038 Temperatures (*F)

L12 97 763 96 933 98 207 98 271 97.875 97.86 97.651 97.674 98.001 97.465 98 049 98.028 13.24 97 861 98 032 96 976 96 64 93 678 93 43 90 96 B7 471 81.732 80.538 80.073 95.307 Rooding # 55 Mor 16 09:15:44 Pressures (P51 A)

L3 70 086 70 083 14 628 Dew Points (*F)

L6 67 808 67.461 67.403 68.356 68 257 59.875 Temperatures (*F)

L12 97.176 96 43 97.7CM 97.671 97.344 97.339 97.14 07.171 97 4B9 97.074 97.429 97.428

13. 24 97.3V5 97.594 96.79 96.379 93 562 93 319 90895 87.489 81.764 80.557 80 063 95 177

Calibrated instrument Data Arkunsos Nucloot One Unit 2 3/94 Rood.ng e 56 - Mor 16 09.30 45 Pressures (PSIA) 1., 3 70 055 70 055 14 627 Dew Points (*F)

1. 6 67.65 67.21 67 324 68.123 68 097 60 633 Temperatures (*F) 1.12 96 804 96 062 97 336 97.233 96 93 96947 96 739 96 78 97.075 96.758 96.973 97.028 13.24 97.027 97 236 96 627 96 151 93 464 93 212 90 839 87.522 81.801 80.594 B0 073 95 093 Rooding # $7 Mot 16 09:45 45 Pressures (PSI A)

1. 3 70 03 70 028 14.625 Dew Points (*F)

1. 6 67 411 66 974 67 243 67.884 67.947 61.478 Temperatures (*F) 1.12 96501 95 787 97 019 96 865 96.59 96 649 96 432 96 454 96 717 96 479 96 61 96.711 13.24 96 71 96 943 96 45 95 951 93 367 93 123 90 816 87.568 81.82 80 612 80 087 95.004 Rooding a 58 Mar 1610 00.46 Pressures (PSIA)

1. 3 70 008 70 006 14.625 Dew Points (*F)

1. 6 67.333 66 971 67.004 67.651 67.712 62.18 Temperatures ('F) 1.12 96 263 95 573 96.707 96.577 96 319 96.37 96.177 96.175 96 461 96 241 96.331 96 474 13.24 96 416 96 663 96.315 95.774 93 283 93.063 90.788 87.61 81.843 80 636 80 096 94.916 Reading # 59. Mar 1610:15 46 Pressures (PSIA) 1., 3 69 989 69.987 14 628 Dew Points (*F)

1. 6 67 173 66 736 66 927 67.502 67.636 62.79B Temperatures ('F) 1 12 9.*> 03 95.354 96 474 96 321 96.082 96 137 95935 95 933 96 196 96.023 96.079 96.232 13.24 96.183 96 431 96 171 95 597 93.26 92.979 90.764 87.643 81.862 80.654 80.105 94 851 Rooding # 60 Mor 1610-30 47 Pressures t'$1 A)

1. 3 69 971 69.97 14 626 Dew Points ('F)

1. 6 67.1 66.657 66.77 67.342 67.481 63.104 Temperatures (*F) 1.12 05.816 95 168 96 255 96 003 95 896 95 946 95.716 95 728 95 968 95 827 95 87 96.027 13.24 95 978 96.24b 96 027 95 444 93 171 92.919 90.741 8'.675 81.885 80.677 B0119 94.763

Calibratcd Instrum:nt Data Arkonsos Nuclear One Unit 2 3/94 Roodng 8 61. Mar 1610.45.47 Pressures (PSIA)

1. 3 69 956 69 953 14 627 Dew Points (*F)

1. 6 67,013 66 581 66 692 67.182 67.406 64.037 1emperatures (*F) 1 12 95 635 94 963 96.055 95 911 95 723 95.76 95 558 95 556 95.796 95.641 95 688 95.855 13.24 95.796 96 086 95 91 95 295 93 087 92.868 90 723 87.698 81.008 80.701 80.119 94.702 Readng 4 62. Mot 1611:00.46 Prossures (PSIA)

1. 3 69 941 69.939 14 626 Dew Points (*F)

1. 6 66 861 66 502 66.613 67.105 67.33 64 43 temperatures (*F) 1.12 95 509 94 828 95 897 OS734 95.57 95.573 954 95.388 95.643 95 474 95 511 95 711 13.24 95 678 95942 95.789 95.183 92.985 92.807 90.699 87.717 81.94 80.71 80 128 94.632 Readng # 63 - Mar 1611:16 01 Pressures (PSIA) 1., 3 69928 69.926 14 625 Dow Points (*F)

1. 6 66 78I 66 502 66 537 66 946 67.251 64 750 Temperatures (*F) 1.12 95 36 94 67 95.743 95 59 95 435 95.434 95 269 95 258 95 48 95.334 95.39 95.548 13.24 95 603 95 812 95.715 95 085 92.929 92.765 90.699 87.731 81,95 80.724 80.128 94.558 Rooding 8 64 Mar 1611:30.10 Pressures (P$lA) 1., 3 69.916 69.914 14 622 Dew Points (*F) 16 66 786 66 342 66 456 66 873 67.094 64 978 Temperatures ('F) 1.12 05 107 94 507 95 575 95 422 95 29 95 285 95.13 95.118 95.317 95 185 95.232 95 8 13,.24 95 349 95 714 95.504 94 96 92.827 92.7 90 671 87.759 81.978 80.747 80.147 94.511 Rooding e 65 Mor 1611:45:11 Pressures (PSIA) 1.. t 69 0 69 905 14.621 Dew Points (*F)

1. 6 66 703 6e 266 66 453 66 788 67.091 65.368 Temperatures (*F) 1 12 95 052 94 409 95 A 4 95 278 95.132 95.164 94.967 94 997 95 206 95.055 95.088 95.255 13.24 95 214 95 561 95 496 94.858 92.776 92 658 90.653 87.777 81.991 80.77 80 156 94 446

CalibrotCd Instrum nt Data Arkansos Nuclear One UnN 2 3/94 Rooding # 66 Mar 1612.00:11 Pressures (PSIA)

L3 69.898 69 896 14 617 Dew Points (*F)

L6 66 706 66 108 66 377 66.715 67.018 65.587 Temperatures (*F)

L12 94 922 94 321 95 342 95.148 95 02 95.029 94 846 94.899 95.066 94 944 94 981 95 12 13.24 95 111 95 486 95 417 94 769 92 701 92.603 90.634 87.801 82.001 80 784 80 165 94.381 Reading 8 67. Mac 1612:15:53 Pressures (PSIA)

1. 3 69.886 69 885 14 613 Dew Points (*F)

L6 66.628 66.187 66 298 66 634 66.933 65.587 Temperatures (*F)

I 12 94 838 94 19i 95.217 95.02; 94 885 94.903 94 762 94.783 94 973 94 827 94 851 95.018 13 24 95(.G1 95.314 95.315 94.676 92.683 92.565 90.616 87.824 82.01 80 803 80.179 94.316 Reading 8 68 Mar 1612:31:04 Pressures (PSIA)

1. 3 69 877 69.875 14.61 Dew Points (*F)

1. 6 66 628 66.194 66 298 66 $34 66 936 65 823 Tempert.$ <es (*F) 1.12 94.726 94.102 95.105 94.92 94.800 94 81 94 651 94.671 94 857 94 725 94.753 94 883 13.24 94 911 95 225 95245 94 597 92.66 92.524 90.611 87.847 82.033 80.826 80.189 94 26 Reading # 69 Mar 1612.4623 Pressures (PSIA)

L3 69.867 69.865 14.607 Dew Points (*F)

L6 66 649 66.106 66.301 66.555 66.855 65.902 temperatures (*F) 1.12 94 633 93 986 94 998 94 803 94 666 94 707 94.567 94.564 94.741 94.609 94.646 94.781 13.24 94 827 95 077 95.161 94.513 92.585 92.486 90.583 87,852 82.038 80.84 80.193 94 209 Roodmg # 70 Mar 1613:01:04 Pressures (PSIA)

L3 69.858 69.856 14.603 Dew Points (*F)

1. 6 66 471 66.106 66.298 66.476 66.858 66 06 Temperatures (*F) 1.12 94.522 93 921 94.9 94.706 94.568 94 586 94 493 94 48 94.657 94 511 94.539 94.669 13.24 94 729 95.063 95 096 94 425 92 557 92.444 90.574 87.875 82.066 80.859 80203 94.172

Calibrated Instrument Data Arkansos Nuclear One Unit 2 3/94 Roodng # 71 - Mor 1613:16:04 Pressures (PSIA) 13 6?849 69 847 14 598 Dew Points ('F)

1. 6 66 473 66 105 66 225 66 476 66.778 66.135 femperatures (*F) 1 12 94 442 93 786 94.821 94 613 94 489 94 498 94 432 94.387 94.578 94 432 94 469 94 59 13.24 94 659 94 96 95 017 94 369 92.506 92.426 90.569 87.8B 82.07 80 872 80 193 94 102 Readng e 72. Mar 1613.31:05 Pressures (P$lA)

1. 3 69 841 69 84 14 593 Dew Points (*F)

~-

1. 6 66 47 65 948 66 141 66 476 66.778 66.132 Temperatures (*F) 1.12 94 317 93.725 94 728 94 506 94.35 94.391 94 283 94.303 94 4B 94.33 94.362 94 483 13 24 94 M6 94 835 94.943 94.285 92.436 92.365 90.55 87.903 82.094 80.905 80.207 94.055 Rooding a 73 Mar 1613.45:01 Pressures (P$lA)

1. 3 69.834 69.831 14.588 Dew Points (*F)

1. 6 66 47 66 108 66 065 66 403 66 706 66.208 Temperatures (*F) 1 12 94 261 93 66 94 639 94 431 94.289 94 284 04.186 94 252 94 397 94.264 94 297 94.408 13.24 94 491 94.746 94 868 94.23 92 422 92.347 90541 87.912 82.112 80 919 80 217 940LM Roadng # 74 - Mar 1614 00:11 Pressures (PSIA)

1. 3 69.826 69.824 14.584 Dew Points (*F)

1. 6 66 467 66 027 66.138 66 4 66 703 66.208 Temperatures (*F) 1 12 94 196 93 586 94551 94 347 94.201 94.218 94.088 94 164 94.318 94.176 94.213 94.348 13.24 94 403 94 649 94 812 94.141 92.39 92.324 90.518 87 926 82.135 80 951 80 217 93 972 Roodng 8 75 - Mar 1614:15.11 P*essures (PSIA)

1. 3 69 819 69.817 14.582 Dew Points (*F)

1. 6 66 388 65.946 66.062 66 325 66 707 66.208 lemperatures (*F) 1.12 94 14 93 488 94.5 94 25 94 145 94 144 94.037 94.089 94 22 94.111 94.115 94.?55 13.24 94 342 94 639 94.738 94 09 92.348 92.268 90 509 87.935 82.168 80 97 80 226 93.93

CalibrotCd Instrument Data Afkonsos Nuclear One Unit 2 3/94 Roodng # 76 - Mar 1614:3012 Pressures (PSIA)

1. 3 69.812 69.81 14 581 Dew Points (*F)

1. 6 66 39I 66.027 66 06

66 324 66.621 66 289 Temperatures ('F) 1 12 94 023 93 451 94 42 94 185 94.07 94.079 93 893 94 ul 94 178 94 037 94 06? 94.18 13.24 94786 94 542 94 682 94 02 92.301 92.235 90 495 87.949 8?.168 80 993 80 235 93 874 I

Readng # 77 Mar 1614.45:12 Pressures (PSIA)

1. 3 69 806 69.803 14.577 Dew Points (*F)

1. 6 66 397 65.876 66.065 66.252 66.625 66 29 Temperatures (*F) 1 12 93 944 93.353 94 346 94 115 93 982 94 93 893 93 954 94.104 93 971 93,98 94.106 13.24 94 221 94 444 94 617 93 969 92.274 92.226 90 485 87.959 82.177 81.007 80 249 93 841 Rooding # 78. Mar 1615:00:13 Pressures (PSIA)

1. 3 69.798 69 796 14.577 Dew Points ('F) i

1. 6 66 319 65.876 66 065 66 251 66.624 66.289 Temperatures (*F) 1 12 93 865 93.306 94 276 94 036 93 926 93.921 93.804 93.875 94,043 93 897 93 901 94 013 13.24 94 142 94.383 94.552 93.918 92.278 92.179 90.471 87.968 82.2 81.026 80.249 93.795 i

l Roodng # 79 Mar 1615:15:13 Pressures (P31A) 13 69.791 69.789 14.574 Dew Points (*F)

1. 6 66 313 65 946 65 984 66248 66.621 66.289 Temperatures (*F) 1.12 93 823 93 269 94 225 93 975 93.851 93.86 93.739 93.824 93 96 93 827 93.816 93 962 13.24 94.086 94.379 94.51 93.848 92.218 92.161 90 462 87.977 82.21 81.035 80 258 93 753 Readng # 80 - Mor 1615:3014 Pressures (PSIA) 13 69.786 69.783 Dow Points (*F) 16 66 231 65 87 65 984 66.248 66.543 66.363 l

Temperatures (*F) 1 12 93 767 93.19 94.146 93.896 93.772 93.781 93.642 93.754 93.913 93 771 93.771 93.906 13.24 94 049 94 276 94 44 03 816 92.194 92.133 90 439 87.991 82.233 81.040 80268 93.72 l

Calibratcd instrumCnt Data

~ " ' "

Arkansos Nuclear One Unit 2 - 3/94 Reading 9 61 - Mar 1615:45.14 Pressures (PSIA)

I. 3 69.779 69.778 14 569 Dew Points (*F)

1. 6 66 231 65 940 65.987 66 17 66.546 66292 Temn.ctures ('F) 1 12 93 702 93 125 74081 93 817 93 74 93 r% 93 563 93 703 93 825 9A 716 93 697 93 841 13.24 93 965 94 221 04 409 93 74';

92 148 92.153 90 425 88 82 242 81.058 B0282 93 674 Reod.ng # 82 Mar 1616:00.15 Pressures (PSIA) 13 69.774 69.771 14.568 Dow Points (*F)

1. 6 66 231 65 873 65.984 66.164 66546 66293 Tarnperatures ('F) 1.12 93 646 93 078 94 025 93.775 93.665 93 66 93 53 93 638 93.783 93.66 93.655 93 785 13.24 93 923 94 114 94 366 93 695 92.18I 92 068 90 416 88 82 256 81.068 E0 268 93 032 Reading # 83 Mor 1616:15:15 Pressures (PSIA)

1. 3 69.16/ 69.765 14 566 Dew Points (*F)

1. 6 66 231 65 708 65 908 66.167 66 457 66.363 Temperatures (*F) 1.12 93.604 93 004 93 969 93 719 93 695 93.595 93.488 93.596 93.727 93.576 V3 599 93.734 13.24 93 867 94 062 94 31 93.639 92.115 92.049 90 406 88.014 82 265 81.091 80 291 93.59 Reading # 84 Mor 1616:30.16 Pressures (PSIA) 13 69 763 69.76 14.566 Dow Points (*F)

1. 6 66.158 65.715 65.908 66 167 66 46, 6' 365 Temperofures (4) 1.12 93 548 92 948 93.927 93.626 93.544 93.52 93 407 93 54 93 662 93.534 9152 93.678 13.24 93.825 94.016 94 278 93.583 92.101 92.012 90.397 88.024 82274 81.105 80 291 93 576 Reading # 85 - Mar 1616:45:16 Pressures (PSIA)

1. 3 69 757 69.754 144 564 Dsw Points (*F)

1. 6 66234 65 71 65 905 66 164 66 465 66286 Tempefahsres ('F) 1 12 93 A79 92 873 93 876 V3584 93 493 93.464 93 4a/ 93.512 93102 93.492 93 473 93.58 13.24 93 792 93988 94.273 ' 3.555 92.097 91.008 90.388 88.033 82298 81.114 f0305 93.534

Calibrated instrument Data Arkonsos Nuclear One Unit 2 - 3/94 Rooding # 86 Mor 1617:00.17 Pressures (PSIA)

1. 3 69 751 69 749 14 562 Dew Points (*F)

1. 6 66.234 65 873 65 829 66 089 66 467 e a.363 Temperertures (*F) 1 12 93 446 92.822 93.834 93 t#3B 93 437 93 413 93.363 93 442 93 56 93 437 93 427 93 553 13.24 93 718 93932 94 194 93.513 92.055 C1.975 90.374 88 D33 82.307 81.123 80 314 93 492 Reading # 87. Mar 1617:15.17 Pressures (P$i A)

1. 3 69.746 69 744 14 562 Dow Points (*F)

1. 6 66 '58 65 791 65 005 66 0?! 66 47 66.289 Temperatures (*F) 1.12 93 3tB 92.799 93 778 93 463 93 381 93 38 93 218 93.391 93 49 93.395 93.362 93 497 13.24 93 685 93 9 94.185 93 467 92 008 91.966 90 364 86 047 62.321 81.133 80 314 93 469 Rooding # 88 - Mor 1617:33:18 Pressu.es (PSIA) 1., 3 69.741 69.74 14.563 Dow Points ('F)

1. 6 66 074 65 791 65 823 66 167 66.391 66.292 Temperatures (*F) 1.12 93 325 92.762 93.722 93 408 93 349 93 325 93.163 93.354 93 467 93.334 93.306 93 418 13.24 93 639 93 82 94.124 93 42 91.999 91.914 90.35 88.056 82 33 81.156 80 323 93.451 I

Reading # 89 Mar 1617:45:18 Pressures (PSIA)

1. 3 69.736 6? 734 14.558 Dew Points (*F) 16 66 074 65 791 65 824 66.089 66.391 66.293 Temperatures (*F) 1.12 93278 9.2.734 93 68 93 352 93 279 93.269 93.13 93.335 93 425 93.283 93.25 93.376 13.24 93.573 93 788 94.115 93 378 91.985 91.91 90 327 88 065 82.353 81.165 80.333 93 404 Rooding # 90 - Mar 1618:00.19 Pressures (PSIA) 1., 3 69.731 69.720 14 556 Dew Points (*F) 16 66 077 65 712 65 824 66 167 66.391 66.29 Temperatures (*F) 1 12 93 223 92 678 03.648 93 319 93.237 93.213 93.116 93.289 93.36 93 237 93.217 93.306 13.24 93.541 93.732 94 05 93.346 91.953 91.887 90.318 88.089 82.353 81.179 80.347 93.381

Calibrated InstrumCnt Data Arkontos Nuck >or One Unit 2 3/94 Deoding 8 91. Mar 1616:15:19 Pronsuros (PSIA) 13 69.727 69.725 14 555 Dew Points CF)

1. 6 66 074 " 715 65 827 66 092 66.391 66 293 Temperatures ('7) 1.12 93.134 92.557 93 592 93 254 93.181 93 171 93.088 93 242 91304 93.195 93.162 03 255 13.24 93 508 93 746 94 026 93.304 91.901 91 854 90.309 88.098 82.363 81.188 80 356 93 353 Rooding # 92 Mar 1618:30.20

)

Pressures (P$tA)

1. 3 69.722 69.721 14 555 Dew Points (*F)

1. 6 66 077 65 712 65 823 66 089 66 313 66,289 Ter;ooroturesP0 1 12 93 083 92.473 93 582 93.221 93 153 93.134 93.051 93.2 93.327 93.139 93 143 93.222 13.jr4 93 429 93,732 93.952 93.225 91 864 91.B4 90 295 88.098 82.306 81 202 80 347 93 306 Reading 8 93 - Mor 1618.45:20 Pressures (PSIA)

I. 3 69.718 69 717 14.553 Dow Points CF) 1., 6 65 998 65 634 65 745 66.089 66.31 66.29 Temp 6totures CF) 1 12 93.041 92 417 93 564 93.17 03.121 93.097 93.04';

93.149 93.276 93.12 93.11 93.19 13.24 93 41 93 713 93 901 93.197 91.911 91.845 90.29 88.098 82.395 81.202 80.365 93.265 Reading # 94 Mar 1619:00:21 Press.:res (PSIA 3 1 3 69.714 69.712

'4 551 Cow Points CF)

1. 6 65 998 65 712 65.747 66 007 66.31 66.292 Temperatures CF) 1 12 93 008 92 385 93.526 93 138 93.079 93.05 93468 93 144 93 253 93 065 93.070 93.157 13.24 93.378 93 732 93 831 93 141 91.855 91.831 90.'76 08.098 82 404 81.212 80 365 93.232 Rooding # 95. Mar 1619:15.21 Pros:x. ires (PSIA) 13 69 709 69.707 14 554 Dow Points ("O

1. 6 65 995 65.712 65.023 66 007 66.313 66.208 Temporotures CD 1.12 92.939 92.352 93 4sl 93 082 93 032 92.985 92.953 93 14 93 165 93.023 93.045 93.101 13.24 93 322 93 602 93.789 93.118 91.855 91.807 90.262 88 008 82 418 81.221 80.379 93.199

Calibratad instrumCnt Data Arkov.<.ts Nuclear One (hlt2 3/94 linoding e 96 Mor 1619:3022 Prt$sures (PSIA)

1. 3 69.705 6 k 70')

14 553 Dec Points (*F)

1. 6 65 919 65.712 65 671 66 007 61316 d6292 To r peraturat 5.'F) 1.12 92.V25 92.32 93419 9', 031 92 951 92 952 92.86 93 065 91113 92.99 92 971 93.041 13.24 93 271 93 518 93 803 93 099 9I 813 91 77 90 267 88 098 82 418 81 244 60 379 93 199 Wooding e 97 - Mar 1619:45:22 Prr 1.utes (PSIA)

1. 3 69.701 69.699 14554 Du w Points (*F)

1. 6 65 919 65.634 65 747 66 01 66 31

.' t 111 T4moeratures (*F) 1 12 97 897 92 264 93.391 92 984 9? 944 92 91 92 837 93 042 93.118 92.944 92.957 93.046 13.24 93 224 93 569 93.69')

93N3 01.76.

91 775 90 253 88 098 82 428 81.244 80 388 93.167 Rooding e 98 Mar 16 20:00:23 Fre isures (P$f s

1. 3 69.697 69 695 14.554 D9w Fouts ("F)

1. 6 65 844 65.398 65.744 66.01 6 i.234 66.;' /

16mr toNret ('F) 1.12 92 855 92.245 93.354 92 952

('2.902 7d $8 92.837 93 033 93 058 92.907 92.938 93.004 13.24 93 229 93.518 93 664 93 011 91.795 96 )47 90.244 88.089 82.451 81.253 80 402 93.134 Reading e 99 Mar 16 20.15:23 I ressures (PSI A)

1. 3 69.692 69.691 14.551 Dvw Points (*F)

1. 6 65 841 65 558 65 745 66 007 M 234 66 708 Ye<rrerotures (

1.12 92.79 92.185 93 289 92.896 92837 92.813 92.7, 92.949 93 011 92.855 92.869 92.939 13.24 93 191 93.43 93 645 92.997 91,799 91.119 90.23 88.098 82 451 81.263 80 412 93.111 Rooding # 100 Mor 16 20.30:24 Prg twres (PSIA) 1>

69 689 69.687 14.556 Dew Points (*F)

1. 6 65 841 65 558 65 748 66 007 66 234 66.208 Temperatures (*F) 1.12 92 734 92.134 93 252 92.863 02.813 91.775 92.735 92.93 92.993 92.814 92.836 92.906 13.24 93.159 93.365 ?3.594 92.95 913 18 91.71 90 22 88.098 82.46 81.277 80.412 93.078 i

Calibrotad Instrum:nt Data Arkansas Nuclear One Unit 2 3/94

eoding # 101 - Mor 16 20 45 24

' ressures (PSIA) 1... 69 6B4 69.683

'4.555 Dew Points (*F)

1. 6 65 838 65.398 65.669 65 929 66 234 66.211 Temperotures (*F) 1.12 92.715 92.124 93 215 92.812 92.776 92.747 92.656 92.865 92.937 92.772 92.799 92.855 13.24 93 108 93.281 93 575 92.927 91.725 91.705 90 216 88.089 82.4B3 81.3 80 42; 93.055 Roodog # 102 Mar 16 21:00:25 Pressures (PSIA)

1. 3 69 68

1 679 14 55.3 Dew Points (*F)

]

1. 6 65 841 65.712 65.665 65 931 66.237 66.208 Temperatures (*F) 1 12 92.692 92.087 93.21 92.784 92.748 92.715 92.684 92.842 92.9 92.748 92.738 92.841 13.24 93.075 93.365 93 547 92 376 91.711 91.691 90.197 88.089 82.483 81.3 80.421 93.037 1

Roodng # 103 - Mar 16 21:15:25 Plessures (PSIA)

1. 3 69.677 69.675 14 55 Dow Points (*!

1. 6 65.76 65 558 65.666 66.01 66.237 66.205 Temperatures (*F) 1.12 92.627 92.027 93.154 92.766 92.716 92.645 92.651 92.842 92.848 92.707 92.738 92.794 13.24 93 052 93 29 93.496 92.834 91.725 91.668 90.178 88.089 82.493 81.309 80 43 92.981

/

Reading s 104 Mar 16 21:30:26 Pressures (PSIA)

1. 3 69.674 69.671 14.551 Dew Points (*F)

1. 6 65.76 65.398 65.591 65 929 66.237 66.205 Temperaturos (*F) 1.12 92.631 92.003 93 103 92.714 92.678 92.631 92.535 92.767 92.83 92 674 92.687 92.757 13.24 92 977 93.202 93 464 92.816 91.706 91.626 90.178 88.089 82.502 81.318 80 444 92.971 Rooding # 105 Mar 16 21:40:26 Pressures (P$lA)

1. 3 69.67 69.669 14.551 Dow Points (*F)

1. 6 65.763 65 Sol 65.666 65 929 66 234 66.136 Temperatures (*F) 1 12 92.58 91.961 93.112 92.7 92 65 92.694 " 53 92.767 92.816 92.651 92.664 92.729 13.24 92 063 93 299 93 44 92.802 91.683 91.635 YO 164 88.089 82.516 81.328 80.444 92.948

l s

Calibratcd InstrumOnt Data

~

Arkansos Nudeor One Unit 2 3/94 Rooding P 106 - Mar 16 21:50:26 Pressures (PSIA)

1. 3 69 667 69 665 14 552 Dew Points (*F)

1. 6 65 686 65 634 65 593 65 931 66.161 66 135 femperatures (*F) 1.12 92 52 91.975 93 07 92 668 92.632 92 585 92.544 92.739 92.797 92 623 92.645 92.701 13.24 92.935 93 248 93 431 92 783 91 674 91.617 90 169 88 089 82.516 81.322, 80 444 92.925 Rooding # 107 - Mor 16 22.00:27 Pressures (PSI A)

I. 3 69 664 69 662 14 55 Dew Points (*F)

1. 6 65 763 65.712 65 666 65 853 66.159 66.136 Temperatures (*F) 1.12 92.506 91.938 93.024 92.645 92.576 92.552 92.507 92.688 92.76 92.595 92.631 92.678 13.24 92.917 93 113 93 408 92.751 91.627 91.58 90.1 b5 88.089 82.525 81.342 80 453 92.916

- {

1 Reading # 108 - Mar 16 22:10 27 Pressures (PSIA)

1. 3 69.662 69.659 14 548 Dew Points (*F)

1. 6 65 686 65.561 65.666 65 931 66 162 66.133 Temperatures (*F) 1.12 92.515 91.906 93 92.612 92,553 92.529 92.465 92.679 92.718 92.586 92.589 92.646 13 24 92.898 93.202 93 385 92.713 91.677 91.58 90.155 88.089 82.534 81.342 80.467 92.916 Reading # 109 - Mar 16 22:20:27 Pressures (PSIA)

1. 3 69.658 69.657 14 549 Dew Points (*F)

1. 6 65.844 65 558 65.591 65.931 66 159 66.133 Temperatures (*F) 1.12 92.4'3 91.892 92.982 92.589 92.543 92.496 92.433 92.656 92.686 92.553 92.566 92.622 13.24 92.884 93.137 93.375 92.704 91.585 91.603 90.141 88.089 82.534 81.351 80.467 92.883 Rooding # 110 Mar 16 22:30:28 Pressures (PSI A)

1. 3 69.656 69.654 14.546 Dew Points (*F)

1. 6 65 689 65 473 65.508 65.931 66.158 66.135 Temperatures (*F) 1.12 92 459 91.882 92.949 92.57 92.501 92.482 92 4 92.628 92.6o3 92.521 92.534 92.604 13.24 92 865 93.048 93 352 92.695 91.548 91.57 90.141 88.089 82.548 81.351 80.477 92.874

Arkonsos Nuctsor One Unit 2 3/94 Reading # 111 - Mar 16 22-40:28 Pressures (PSIA) 13 69.653 69.65 14 546 Dow Potr 4 (*F)

1. 6 65.76 65 474 65 591 65.85 66.162 66.06 Temperatures ('F) 1.12 92 478 91 854 92,94 92 542 92 492 92 454 92.372 92.595 92.644 02.502 92.506 92.585 13.24 92.889 93.02 93.347 92.695 91.529 91.538 90 137 88.089 82.558 81.365 80 477 92.874 Reading a 112 - Mar 16 22:50:28 Pressures (PSIA)

1. 3 69 649 69.647 14 545 Dew Points (*F) 1.6 65.605 65 474 65.591 65.931 66.162 66.133 Temperatures (*F) 1 12 92.422 9'.,808 92.907 92.519 92A69 92.445 92.381 92.586 9^ 621 92 493 92.506 92.571 13.24 92.837 93 006 93 282 92.671 91.511 91.538 90.127 88.098 T 2.558 81.374 80.486 92.841 Rooding # 113 Mar 16 23:00:29 Pressures (PSIA)

1. 3 69 647 69.645 14 545 Dew Points (*F) 16 65 605 65.473 65.59 65.852 66.158 66.135 Temperatures (*F) 1.12 92 417 91.817 92.893 92A82 92 446 92.417 92.358 92.563 92.607 92 465 92.478 92.534 13.24 92.8 92 941 93.287 92.648 91 A74 91.524 90 123 88.112 82.571 81.374 80 486 92.818 Reading # 114 - Mar 16 23:10:29 Pressures (PSIA)

1. 3 69,644 69 642 14 543 Dew Points (*F)

1. 6 65.689 65 476 65 59 65.855 66.161 66.135 Temperatures (*F) 1.12 92.361 91.766 92.884 92.463 92 413 92.375 92.316 92.539 92.588 92.432 92A45 92.515 13.24 92 8 92.997 93.287 92.639 91A5 91.538 90.113 88.089 82.571 81.383 80 486 92.804 Reading # 115 - Mor 16 23:20.29 Pressures (PSIA)

1. 3 69.642 69fA 14.544 Dew Points (*F)

1. 6 65.763 65 561 65 591 65.855 66 086 66.06 Temperatures (*F) 1.12 92 366 91.799 92 865 92A54 92.394 92.366 92.307 92.53 92.579 92 428 92 436 92.506 13.24 92.758 92.932 93 259 92.62 91.455 91.529 90.104 88 098 82.571 81.383 80.5 92.795

h f

CalibratCd Instrum:nt Data

~

Arkonsos Nuclear One Unit 2 - 3/94 Rooding # 116 - Mor 16 23:30.30 Pressures (PSI A)

1. 3 69 639 69 637 14 M9 Dew Points (*F)

1. 6 65 684 65 398 65 509 65 853 66 086 66.133 Temperatures (*F) 1.12 92 348 91.733 92 833 92 431 92.394 92 324 92.261 92 497 92.56 92 404 92 408 92 474 13.24 92 74 92 89 93 236 92.597 91.4B8 91 487 90.104 88 089 82 581 81.397 80.5 92.776 i

Rooding # 117 Mar 16 23:40:30 Pressures (PSI A)

1. 3 69 636 69.634 14 549 Dew Points (*F)

1. 6 65 686 65 471 65 ftJ9 65.853 66.089 66.06 Temperatures (*F)

I.12 92 31 91.71 92.805 92407 92.366 92.319 92.237 92.483 92.509 92.377 ' '.369 92 45 13.24 92.712 92 899 93 189 92.56 91.432 91.482 90.081 88 098 82.59 81397 80.5 92.702 Reading # 118 - Mar 16 23:50:30 Pressures (PSIA)

I...!

69.634 69.632 14.548

[

Dew Points (*F)

1. 6 65 684 65 477 65 509 65.85 66.086 66.06 Temperatures (*F) 1.12 92 31 91.71 92 786 92 393 99348 92.301 92.219 92.465 92.5 92.358 92.38 92.436 13.24 92 679 92.83 93.189 92 541 91 432 91 A8<

90.081 88 098 82.599 81.407 80 5 92.753 deoding # 119 - Mor 17 00.00:31 Pressures (PSIA)

I. 3 69 631 69.629 14 549 Dow Points (*F)

1. 6 65.686 65 394 65.59 65.849 66 089 65 987 Temperaturos (*F) 1.12 92.292 91.682 92.768 92.366 92.329 92.259 92.228 92.455 92.495 92 33 92.361 92.418 13.24 92.642 92 802 93.152 92.532 91.432 91,463 90.081 88 089 82.599 81.407 80 519 92.73 Reading # 120 - Mar 17 00:10:31 Pressures (PSIA)

1. 3 69 629 69.627 14 55 Dow Points (*F)

I. 6 65 686 65 471 65.506 65 85 66.086 66.06 Temperatures (*F)

I.12 92.264 91.645 92.73 92.342 92 306 92.259 92.195 92.428 92 467 92.316 92.348 92 409 13.24 92 646 92 765 93 147 92 509 91 376 91.449 90.067 88.098 82.613 81.416 80f09 92.72

Calibrated Instrument Data Arkansas Nuclear One Unit 2 3/94 Rooding # 121 Mor 17 00.20.31 Pressures (P$iA) 1., 3 69 626 69.624 14 548 Dew Points (*F)

1. 6 65.684 65 471 65 506 65 85 66.089 65 99 Temperatures (*F) 1.12 92.217 91 636 92.735 92.333 92.273 92.24 92.163 92.409 92.449 92.307 92.32 92.367 13.24 92.628 92.76 93 12 92 499 91.357 91.454 90 071 88.089 82.613 81 A25 80.519 92.697 Reading # 122 - Mar 17 00:30:32 Pressures (PSIA)

1. 3 6?623 69 621 14.549 Dew Points (*F)

1. 6 65 683 65 47 65.503 65.852 66.001 66 059 Temperatures (*F) 1 12 92.189 91.631 92.721 92.296 92.236 92.212 92.126 92.395 92.393 92.27 92.306 92.339 13.24 92 614 92.723 93 115 92.495 91.376 91.44 90.058 88.089 82.622 81 425 80 519 92.678 Reading s 123 - Mar 17 00:40:32 Pressures (PSIA)

1. 3

.;9.62 69.619 14.549 Dew Points (*F)

1. 6 65 605 65 392 65.506 65 85 66.083 66.06 Temperatures (*F) 1.12 92.189 91.58 92.688 92.277 92.213 92 189 92.098 92.353 92.393 92.251 92.259 92.539 13.24 92.605 92.709 93.092 92A76 91.334 91 417 90.044 88.089 82.622 81.425 80.528 92.604 Reading s 124 - Mar 17 00:50.32 Pressures (PSIA)

1. 3 69.618 69.616 14.548 Dew Points (*F)

1. 6 65 602 65 471 65.594 65.774 66 001 66.065 Temperatures (*F)

I.12 92.189 91.557 92 656 92.245 92.227 92.18 92.084 92.353 92.37 92.237 92.259 92.316 13.24 92.595 92.723 93 059 92 444 91.269 91.417 90.044 88.089 82.622 81A48 80.528 92.655 Reading # 125 - Mor 17 01:00:33 Pressures (PSI A)

1. 3 69.615 69 614 14.547 Dew Points (*F)

1. 6 65 605 65A73 65 429 65.849 66.001 66.056 Temperatures (*F) 1.12 92 152 91.594 92.637 92 249 92.199 92.161 92.13 92.2 4 92.351 92218 92.254 92.292 13.24 92.539 92.704 93.05 92 425 91.306 91.412 90.048 88.0 a 52 632 81.439 80.528 92.632

~

Calibrated instrument Data Arkansas Nuclear One Unil2 3/94 Rooding # 126 Mar 17 01:10.33 Pressures (PSIA) 13 69 613 69.611 14 548 q

Dow Points (*F) 2 16 65 602 65 5';8 65 429 65.774 o6.001 65.984 lemperatures (*F) 1 12 92 124 91.533 92 623 92.212 92 M2 92.124 92.084 92.297 92.314 92.195 92.208 92.274 13.24 92.525 92.667 93 0.'7 92.397 91.2?8 91.398 90 039 88.093 82.65 81.467 80.546 92 618 Rooding # 127 Mar 17 01:20:33 Pressures (PSIA)

~

13 69.61

.609 14.548 Dew Points (*F)

[

1. 6 65.599 65 474 65 509 65.774 66.039 65.984 Temperatures (*F) 1.12 92.115 91.533 92.6 92.189 92.152 92.114 92.065 92.297 92.314 92.172 92.208 92.255 13.24 92.516 92 634 92.994 92.388 91.269 91.384 90.025 88.089 82.646 81.462 80.551 92.599

{

Reading # 128 - Mor 17 01:30:34 Pressures (PSIA)

1. 3 69.608 69.606 14.546 1

Dew Points ('F)

1. 6 65 608 65.398 65/29 65.777 66.004 65.987 Temperatures (*F) 1.12 92.124 91.524 92.577 92.175 92.138 b.105 92.028 92.269 92.295 92.153 92.175 92.232 13.24 92 483 92.602 93.008 92.388 91.236 91.361 90.016 88.089 82 646 81.462 80.551 92.59 Reading # 129 Mar 17 01:40:34 Pressures (PSI A)

1. 3 69.605 69.603 14.542 Dew Points (*F)

1. 6 65 602 65 394 65.429 65.777 66.004 65.989 Temperatures (*F) 1 12 92.105 91.605 92.572 92.152 92.134 92.073 92.005 92.26 92.267 92.135 92.157 92.213 13.24 92.507 92.639 92.999 92.369 91.25 91.357 90.016 88 089 82.655 81.472 80.551 92.581 Reading # 130 - Mar 17 01:50:34 Pressures (PSIA)

1. 3 69.603 69.601 14.544 Dew Points ('F)

1. 6 65 602 65.32 65 426 65 774 66.001 65 987 Temperatures ('F) 1.12 92.05 91.468 92.535 92.133 92.097 92.063 91.977 92.232 92.249 92.116 92.161 92.176 13.24 92 441 92 56 92.938 92.355 91.255 91.352 90.002 88 089 82.655 81.472 80.551 92.534 1

1

~

Calibratcd Instrum:nt Data Arkansos Nuclear One UrWt 2 3/94 Rooding # 131 Mar 17 02.00-35 Pressures (PSIA)

1. 3 69.6 69.599 14.542 Dew Points ('F)

1. 6 65 602 65 304 65 426 65.774 65 998 65.984 Temperatures (*F)

LIT 92 068 91 45 92.526 92.133 V2.087 92.026 91.977 92.2 92.23 92.098 92.12 92.167 13 44 92 441 92 569 92 961 92.323 91.204 91.329 90.002 88.089 82.669 81.481 80.565 92.534 r

Rooding s 132 Mar 17 02:10.35 Pressures (PSIA)

1. 3 69.599 69.596 14.542 Dew Points (*F)

1. 6 65 605 6524 65 426 65 774 66.004 65.905 Temperatures (*F) 1 12 92.003 91.417 92.502 92.1 92.064 92.017 91.968 92.2 92.23 92.084 92.12 92.134 13.24 92.427 92 546 92 938 92 299 91.181 91.343 89.992 88 093 82.687 81.49 80.57 92.53 Readtng # 133 Mar 17 02:20:35 Pressures (PSIA)

L3 69.595 69.593 14.539 Dew Points (*F)

1. 6 65 605 65.319 65.351 65.774 66.001 65.987 Temperatures (*F) 1.12 92.017 91.45 92.479 92.091 92.031 91.993 91.926 92.158 92.221 92.074 92.11 92.143 13.24 92.409 92.527 92.91 92.29 91.181 91.319 89.992 88.089 82.678 81.495 80.565 92.502 Reading # 134 Mar 17 02:30:36 Pressures (PSIA)

1. 3 69.593 69 $91 14 539 Dow Points (*F)

1. 6 651/8 65.316 65 426 65.771 65.921 65 987

.emperatures (*F) 6 1 12 91.975 91.389 92.484 92.063 92.022 91.984 91.893 92.13 92.165 92.056 92.05? 92.116 13.24 92 39 92 606 92.91 92.281 91.171 91.301 89.983 88.093 82.692 81.5 80.579 92.A97 Reading # 135 Mor 17 02:40:36 Pressures (FSIA)

1. 3 69.501 69.589 14 537 Dew Points ('F) 1., 6 65 522 65.316 65 424 65.771 65.998 65 984 Temperatures ('F) 1 12 91.961 91.361 92.446 92.050 91.989 91.952 91.889 92.148 92.1o5 92.032 92.064 92.002 13.24 92.362 92.527 92.873 92.24 B 91.181 91.296 89 969 88.089 82.637 81.504 80.584 92.483

~

Calibrated Instrument Data Arkansas Nuclear Orw Unit 2 3/94 Roodng # 136. Mor 17 02.50:36 Pressures (PSIA)

1. 3 69 588 6?.586 14 534 Dew Points (*F)

1. 6 65 602 65 319 65 426 65 771 66f101 65.902 Temperatures (*F) 1.12 91 966 91.366 92 442 92.04 91.971 91.956 91 893 92.13 92.147 92.023 92.027 92.092 13.24 92.358 92.499 92 878 92.239 91.153 91.291 89.974 88.089 82.697 P1.504 80.584 92 469 Reading

137. Mor 17 03:00:37 Pressures (P$1A) 1., 3 69.586 69.584 14.534 Dow Points (*F)

1. 6 65.522 65.316 65 426 65.771 65 919 65.989 Temperatures (*F) 1 12 91.919 91.338 92.419 92.017 91.966 91.928 91.833 92.125 92.133 92 92.022 92.06 13.24 92.S53 92/4 1 92.855 92.216 91.116 91.277 89.969 88.093 82.715 81.523 80.593 92.464 Rooding # 138 - Mor 17 03:10:37 Pressures (PSIA)

1. 3 69.584 69.582 14 533 Dew Points (*F)

1. 6 65 525 65.391 65 424 65 695 65.921 65.902 Temperatures (*F)

I. 12 91.943 91.361 92.381 92.003 91.943 91.896 91.879 92.116 92.1 91.986 91.999 92.046 13.24 92.32 92.439 92.813 92.239 91.106 91.277 89.96 88.107 82.729 81.541 80.602 92.455 Roodng # 139. Mar 17 03:20:37 Pressures (PSIA)

1. 3 69.582 69.58 14.53 Dew Points (*F)

1. 6 65.522 65.391 65.426 65.771 65.921 65.902 Temperatures (*F) 1 12 91.905 91.31 92.381 91.975 91.934 91.886 91.833 92.074 92.086 91.963 91.966 92.013 13.24 92.32 92.43 92.831 92.202 91.074 91.245 89.946 88.098 82.734 81.537 80.607 92.437 Reo6ng # 140. Mar 17 03:Yr.38 Pressures (PSIA)

1. 3 69.58 69.578 14.532 Dew Points (*F)

1. 6 65 5?6 65 395 65.348 65.695 65 923 65.905 Temperatures (*F) 1.12 91 887 91.291 92.353 91 952 91.924 91.877 91.828 92.074 92.082 91.949 91 957 92.018 13,.24 92 283 92.42 92.78 92.197 91.055 91.245 89.951 88.098 82.734 81.546 80.607 92.427

APPENDIX F Local Leakage Rate Testing Conducted Since Last ILRT Reports:

2R9 Type B & C Tests Personnel Airlock Tests Purge Valve tests Escape Airlock Tests e

e

SUMMARY

OF LLRTs PERFORMED SINCE Tile LAST ILRT The last ILRT was conducted at the end of 2R8. Only LLRTs were conducted during 2R9. Durmg 2R10 the ILRT was conducted at the trginning of the refueling outage. Tne LLRTs were performed following completion of the ILRT. Therefoie, this Appendix only contains LLRTs conducted during the 2R9 refueling outage The table that follows identifics the containment penetration designations, component designations, as-found and as-left leakage rates, and dates of tests Penetrations listed as "2C _" are containment access pentrations, "2E,_" are electrical penetrations, "2P _" are piping penetrations, and "2W_" are purge penetrations Additional tabics are provided for personnel airlock and escape airlock tests. The.,c are provide separately because they are on different test frequencies 7

A review of the data shows that at no time did a penetration fail the acceptance criteria based on minimum path calculations.

4

/

4 l

1 PENET COMPONENT AS-FOUND DATE AS-LEF T DATE SCCM SCCM 2C-1 EQUIP HATCH O

9/782 0

10/12B2 2C 2 ESCAPE AL BARR 0

9,7S2 0

10/12S2 2C-3 FUEL TRNS TB 0

9/782 0

10/8/92 2C-4 PERSL AL BARR 0

9/16S2 (20 10/3/92 EQUAL VALVE

>La 9/16/92 2E 1 EL PENETR

<20 9/8/92

<20 9/BS2 2E-4 EL PENETR

<20 9/882 (20 9/8/92 2E-5 EL PENETR

<20 9/8/92

<20 9/8S2 2E-6 EL PENETR

<20 9/B/92 (20 9/8S2 2E-7 EL PENETR

<20 9/8S2

<20 9/8/92 2E-8 EL PENETR

<20 9/8S2

<20 9/8/92 2E-9 EL PENETR

<20 9/782 (20 9f762 2E-10 EL PENETR

<20 9/8/92

<20 9/BS2 2E-11 EL PENETR

<20 9/BS2

<20 9/BS2 2E-14 EL PENETR

<20 9692 0

9/11 S 2 2E 22 EL PENETR

<20 9/6/92

<20 9/1182 2E-23 EL PENETR

<20 9/10S 2

<20 9/10/92 2E-24 EL PENETR

<20 9/GS2 (20 9/18/92 2E 25 EL PENETR

<20 9/10S2 (20 9/10S2 2E-27 EL PENETR

<20 9/10S2

<20 9/10S2 2E 28 EL PENETR

<20 9/107

<20 9/1062 2E-32 EL PENETR

<20 9/10i=2

<20 9/10S2 2E-33 EL PENETR

<20 9/10S2

<20 9/10/92 2E 34 EL PENETR

<20 9/10S2 (20 9/1062 2E-35 EL PENETR

<20 9/9S2 (20 9S/92 2E-36 EL PENETR (20 9SS2

<20 9SS2 2E 41 EL PENETR

<20 9/BS2

<20 9/BS2 2E-42 ELPENETR

<20 9/BS2

<20 9/8/92 2E-43 EL PENETR

<20 9/8S2

<20 9/8S2 2E 44 EL PENETR

<20 9/8/92

<20 3/8/92 2E-45 EL PENETR

<20 9/SS2

<20 9/8S2 2E 50 ELPENETR

<20 9/862

<20 9/8S2 2E-51 EL PENETR

<20 9/8S2

<20 9/8S2 2E 53 EL PENETR

<20 9/8/92

<20 9/8/92 2E-54 EL PENETR

<20 9/8S2

<20 9892 2E-55 EL PENETR

<20 9/962

<20 96S2 2E 59 EL PENETR (20 9/S/92 (20 9/1982 2E40 EL PENETR

<20 9SS2

<20 9S!92 2E-61 EL PENETR

<20 9SS2 (20 9SS2 2E-63 EL PENETR

<20 9S/92 (20 9SS2 2E-66 EL PENETR

<20 9/9S2

<20 9/9/92 2E47 EL PENETR

<20 9/9/92

<20 9SS2 2E-71 EL PENETR

<20 9/8/92

<20 9/8N2~

2P-6 2SV 82712 428 2 9/8/92 428.2 9/tU92 2SV-8273-1 445.2 9/8S2 445.2 9/8/92 2SV-6231 2 53 3 9/8/92 55.3 9/8/92 2SV-8233-1 75 9 9/8S2 75 9 9/8/92 2SV 82801

>La 9112/92 59 4 10/11 S 2 BLIND FLANGE 2C128A FAILED 9/7/92 0

10/13S2 PASS CLD LOOP 939 9/11/92 137 7 9/26/92 2SV 8278-1

>La 9/12/92 91.2 10/BS2 2SV 8275-1 2P-8 2SV-5843-2 1832.3 9/12/92 22 3 10/13/92 2SV 5833-1 1099.4 9/12/92 22.3 10/13/92 I

L

l I

PENET COMPONENT AS-F OUND DATE AS-LEF T DATE SCCM SCCM 2P 9 2CV-6207 2 20 9/12S 2 20 9/12/92 2N218 20 2 9/12S2 63 9 9/19/92 2P-14 2CV-4823 2 20 2 9/18S2 22 8 10/3S2 2CV-4821-1 20.2 9/1MJ2 22 8 10/3S2 2P-18 2CV-4847 2 20 4 9/13/92 20 4 9/13S2 2CV-4846-1 20 4 9/1382 20 4 9/13S2 2P-19 2FP 34 22.2 9/962 22.2 9BS2 2P-20 2CV 1511 1 8821 8 9/24/92 953 9 9/27S 2 ;

2P 21 2CV-1519-1 2P 31 2CV-2400-2 16242.5 9/8/92 80).7 10/8/92 2CV-2401 1 7839.7 9/8/92 1239 10/12S2 2P 33 2SI-17 1995 SS/92 163 2 10/S/92 l 2CV-5082 2P-37 2SV-5876-2 1798.6 9/12/92 20 4 10/8S2 2SV-5878-1 20 2 9/12S2 20 2 9/12/92 2SV-5871-2 20 2 9/12/92 20 2 9/12S2 2P 39 2CV-4690 2 2696.7 96/92 19 8 10/10S2 2CVC-78 940.8 9/7/92 940.8 90/92 2P-40 2CV-3200-2 363 6 9/1162 363 6 9/11/92 2FS 37 20 1 9/1162 20 1 9/11/92 2P-41 2CV 6213-2 20,4 9#S2 20 4 9aG2 2N21 49720.1 99192 352 7 10RS2 2P-42 2PH-45 20 4 9/7S2 20 4 9aS2 2P-43 2SA 68 343 5 9/8S2 73 7 10/11/92 2SA-69

>La 90t92 275.2 10/11 S 2 2P-46 28A-216 926.9 9G/92 36 4 10/13/92 28A 217 20 2 9e7S2 20 2 9aS2 2P-48 2PH-22 20 4 99 S2 20.4 9R/32 m

2P-51 2CV-3852-1 20 3 9/11f32 20 3 9/1162 2AC-49 30.2 9/11/92 30.2 9/1162 2P 52 2CV-5236-1 1835 2 9/1162 18352 9/11/92 ;

2PSV-5249 2CCW-38 20 1 9/1162 20.1 9/1162

' ' 2P-55 "

2CV-1510 2 461 8 9/29 S 2 637 1 10/2/92 2P 58 2SV-8261 2 20 9/8/92 20 9/8/92 2SV-8259-1 20 9/BS2 20 9/8/92 2SV 8263-2 2798.1 9/919 2 3448.1 Sf22S2 2SV-8265-1 120.2 9/9/92 120 2 96S2 2C1288 0

99S2 0

10/13S2 2SV 8260-2

>La 9/9/92 137.2 9f27S2 2SV-8262-2 1028.4 9/9/92 178 10RS2 2P-59 2CV 38511 199 6 9/11/92 199 6 9/11/92 2CV-3850-2 85 6 9/1162 192.7 9721/92 2P-60 2CV-5255-1 20 9/10/92 20 9/10G2 2CV-5254-2 2PSV 5256 2P-61 BLD FLANGE O

9/23/92 0

9/23/92 BLO FLANGE O

9/23/92 0

9/23S 2 2P-62 BLD FLANGE 11 4 9/23/92 11 4 9/23S 2 2P-63 2CV-1513-2 461.8 9/29G2 637.1 10/2/92 2P-66 2SV 5633-1 979.9 9/7/92 40 6 10/1162 2SV-5633-2 558.5 99192 53 8 10/11 S 2 2P G7 2SV-5634-1 20 1 9CS2 20 1 9/7S2 2SV-5634-2 20 1 9/762 20 1 9/7S2 2P-68 2CV-?O60-1 24 4 9/21S2 87 4 902192 2CV 20612 274.1 9/22/22 274 1 9G2f22 2P-69 2CV 2201-2 20 1 9/1362 20 1 9/13S2 2CV 22021 70 5 9/13/92 70 5 9/1362 2V 1 2CV 8289-1 6263.2 9t6/92 1622.8 10/1182 2CV-8284-2 2V-2 2CV 8291-1 0

9af32 0

10/12/92 2CV-8286-2 l

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==

l DATE PERSONNEL AIRLOCK UAHREL i iNNLR SEAL, OUILH SEAL i LOUAllllNG VALVE 4/11/91 i

0 0

(

4/14/91 j_

0 0

4/17/91 0

239 F

4/21/91 0

0 4/27/01 0

0 6/9/91 1

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O O

7/4/91 0

0 7/7/91 0

0 a

__7/10/91 0

0 8/7/91 1

0 0

_ 8/29/91 0

0

.,,13 /91 10 5

i

~9/22/91 I

O O

10/9/91hm I'

O O

10/11/91 'I4 0

0 10/23/91 l 0

0 1

0 0

10/26/91 _

i._

0

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0 JQ/29/91 0

0 12/10/91 0

0 1/3/92 0

0 2/6/92 0

0

.._2/2 7 /92 0

0 4/30/92 0

0 5/2/92 0

0 5/3/92 48 0

5/5/92 0

0

~ 5/7/92 0

> La 5/8/92 1

0 0

0 5/22/92 0

0 a

7/2/92_

0 0

9/16/92 0

50.2 0

> La 10/3/92 I

15.3 20.5 10/14/92 0

0 10/17/92 0

0 10/20/92 1 17.1 0

2/4/93~i' O

O 3/10/93 0

l 0

5/2/93 O

O 5/15/93 j.

0 0

5/17/93 0

0 4

2 6/3/93 I

O 0

8/26/93,

0 0

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9/18/93_[

0 0

10/23/93 [

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[ 2/7/94 L_

i 76.4 7

50.9

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3/8/94 i 0

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0 4/18/34 I i

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DATt:

ESCAPE AIRLOCK BARREL i INNER SEAL i OUTER SEAL I EQUAllZING VALVE 4/29/92 !

0 0

5/5/92 !

O I

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0 9/7/92 0

10/12/92

_0 0

0 3/3/93 0

0 5/14/93 0

0 0

11/3/93 0

0 3/7/94 0

3/14/94 0

0 0

4/12/94 0

0 1

0 w=

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ML20070D228

Text

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SUMMARY

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