ML20101H820

Reactor Containment Bldg Integrated Leakage Rate Test Rept, for Apr 1992

ML20101H820
Person / Time
Site:	Arkansas Nuclear
Issue date:	04/30/1992
From:	DUKE ENGINEERING & SERVICES
To:
Shared Package
ML20101H815	List: 1CAN069203, Forwards Arkansas Nuclear One,Unit 1 Reactor Containment Bldg Integrated Leakage Rate Test Rept, for Apr 1992 ML20101H820
References
NUDOCS 9206300210
Download: ML20101H820 (89)

Text

O Entergy Operations, Inc.

Arkansas Nuclear One Unit 1 Reactor Containmem Building Integrated Leakage Rate Test Report April 1992 O

Submitted to The United States Nuclear Regulatory Commission Docket Number 50-313-DPR-51 Duke lingineering & Services, Inc.

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ANO Unit 1 O

v TAllLE OF CONTENTS Pat

1. I NTR O D U CTI O N . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

11. TES T S Y N O PS I S . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 111. TEST D ATA S UMM A RY . . . . . . . . . . . . . . . . . . . . . . . . . . 4 . . . . . . . .. 7 i i

A. Plant Information B. Technical Data C. Type A Test Results D. Verification Controlled Leakage Rate Test Results C. Type B and C Test Results F. Integrated Leabge Rate Measurement System  ;

G. Description of Computer Program l H. Infonnation Retained at Plant IV. ANALYSIS AND INTERPRETATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 A. ILRT Test Corrections B. Reponed "As Left" ILRT Results ,

C. "As Found" Evaluation of Containment V. REFERENCES .............................................. 16 VI. A PPE N D I CES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 A. Temperature Stabilization Phase Data and Graphs B. Integrated leakage Rate Te:t Da*.a artd Graphs C. Verification Contmiled Leakage Rate Test Data and Graphs D. Mi>cellaneous Information E. Test Data Summary F. Local 1.cakage Rate Testing Conducted Since the Last ILRT Page 2 of 18 l

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1. INTRODUCTION A periodic Type A Containment Integrated Leakage Rate Test (ILRT) was successfully conducted on the prituary containment strecture of the Arkansas Nuclear One, Unit 1

! pressurized water reactor. The test was completed on April 16,1992. The purpose of the test was to demonstrate that leekage through the primary reactor containment, and systems and components penetrating primary containment does not exceed the allowable leakage rate specified in the Plant Technical Specifications.

The test v>as conducted in accordance with the requirements of 10CFR50, Appendix J using the Absolute Method defined in ANSI N45,41972. The leakage rate was calculated for both the ' Type A test and the verification test using the Total Time methcdology and the calculationai requirements of BN TOP 1, Revision 1, " Testing Criteria for Integrated Leakage Rate Testing of Prima:y Containment Structures for Nuclear Power Plants."

Leakage rates for both the 'iype A test and the verification test were also calculated, for information only, using the Mass Point methodology given by ANSI /ANS 56.81987. The ILRT was performed at a pressure in excess of the calculated peak containment internal pressure related to the design basis accident as specified in the Final Safety Analysis Report (FSAR) and the Pitnt Technical Spec;f. cations.

l This report describes and presents the results of this periodic Type A test, including the supplemental test method used for verification. The summary of events and test chronology are presented in Section II, Test Synopsis. Plant information, technical data, test results and measureme 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.

I The containment failed to meet the 0.75 L, Type A test requirement in the "As Found" l Page 3 of 18 l

1 -. _ .

. - - . - - - . _ . _ - _ . _ - - - - _ - = - - . - . .

ANO Unit 1 f- .

condition following the local leakage rate adjustments specified by NRC IE Information Notice No. 85 71. 'Ihis failure resulted from the inability of Reactor Building Purge i penetratior. V.! to maintain test pressure between valves CV-7402 and CV 7404 when the local leaksge . we test '..as performed at the start of the outage. The difference between the "As Found" and "As Left" minimum pathway leakage for this penetration is unknown and j must be considered to be greater than L., since the penetration was unable to maintain test j pressux. The "As Found" Type A test result following adjustment for leakage savings for the remsining penetrations is 0.131 percent per day which is less than 0.75 L,.

The "As left" Type A test result reponed at the 95 percent upper confioence limit is _

0.125 percent of the contained mass per day. The acceptance cri rion specified in the plant Technical Specifications is a leakage rate less than 0.75 L,,or 0.150 percent of the contained air mass per day,

11. TEST SYNOPSJSS O Preparmions to pressurize containment for the conduct of the ILRT included internal and externalinspections of the containment structure; installation and checkout of the ILRT instrumentation; completion of all Type B and Type C local leakage rate testing; the perfomiance of the containment temperature survey; slignment of valves and breakers for test conditions; and the installation and checkout of the temporary pressurization facilities.

These preparations were completed on April 13, 1992.

Containment pressurization started at 1615 on April 13, 1992. Pressuri;.ation was suspended at 1705, with a building pressure of 1 psig, due to alarms received fmm smoke detectors in the cable penetration area. A containment inspection was made and no visible signs of fire or smoke were observed. As pressurization continued to 2 p.- g, an alarm was received from another detector. Again, the visuki inspection found no evidence of fire.

Pressurization was continued to 6 psig, at which time at least one detector in each of the four detection strings was in alarm. The original assumption was that the dust generated by building pressurization was causing the false alarms on the detectors. However, the effect Page 4 of 18

ANO Unit 1 ofincreasing building pressure on the sensitivity of the detectors was dete: mined to be the contributing factor leading to the false alarms.

Technical Specificanon 3.5.5 requires that 50 percent of the heat / smoke detectors in the areas listed in Table 3.5 5 remain operable. Since at least one detector in each cable penetration alea was in false alarm, the four detection strings were declared inoperable. In accordance with the Technictd Specification, en hourly roving fire watch was maintained while a Technical Specification Interpretation was developed to support use of the 24 ILRT temperature sensors in lieu of the roving fire watch. The Technical Specification Interpretation was approved the rnorning of April 14,1992 and pressurization resumed at Os50.

Pressurizatica continued at an average rate of 4.6 psi /hr using the 10,000 SCFM capacity availabic from the compressors. Pressurization was suspended at 1500 with a building pressure of 32 psig, while a 6 psi indicated differential pressure across the Quench q Tank was investigated by Operations personnel. Subsequent investigation revealed a zero U shift in the presst.re transmitter due to building pressure. The tank was verified to be vented and pressurization resumed at 1515. Pressurization continued at an average rate of 4.3 psi /hr. No containment fans were run during the pressurization period. At 2109, with a building pressure of 58.3 psig, the first bank of compressors was isolated. Pressurization continued with four of the seven compressors running - containment temperature started decreasing at this time. Another compressor was secured at 2150 and another at 2200. At 2230 on April 14, with two compressors running, the building test pressure of 60.43 psig was reached. The pressurization line was isolated and vented and the stabilization period started. The Tendon End Anchorage Surveillance inspection was also started at this time in accordance with ANO Procedure Number 5220.008.

The temperature stabilization period was started with data set number 132 at 2230.

Fours hours later, both the BN TOP-1, Rev.1 and ANSI 56.8-1987 temperature stabilization criteria were met. Stabilization data continued for 1.75 additional hours to allow for the contained air mass to stabilize sufficiently to start the test. The stabilization period ended Page 5 of 18 1

ANO Unit I with data set number 156 at 0415 on April 15, 1992. Penetration leak searches were (g

3 peridically conducted throughout the pressurization and stabilization phases - no significant leaks were observed. ,

The Type A test period staned with data set number 156, at 0415 on April 15. By 0530 the Upper Confidence Limit leak rates for both the Total Time and Mass Point leakage calculations were within the acceptance limit. At 0800, data trending alarms were output by the computer program for dew point sensor number 5, Trend alarms continued on this sensor due to its unstable performance - the dew point temperature changed by mere than l'F between successive readings. The decision was made to mask the output for this sensor and redistribute its assigned volume fraction tc dew point sensor numbers 1,4 and

6. No other instrument failures were observed. A successful six hour test was completed by 1015, with data set number 180. The Total Time and Mass Point Leak Rates at the 95 G Upper Confidence Limit were 0.1245 wt. %/ day and 0.0841 wt. W/ day respectively. All BN TOP-1 termination criteria were also met at this time.

f~

( A verification now of 12.49 scfm (0.1998 wt. %/ day) was initiated at 1030 on April

15. Difficulty was encountered in establisHng a constant leak rate through the flow meters.

By 1130, the superimposed led rate had stabilized sufficiently to start the one hour stabilization period. A successful three hour verification test was performed from 1230 to 1530. The composite leakage rates calculated during this period were 0.2355 wt. %/ day for the Total Time method and 0.2330 for the Mass Point method.

Depressurization began at 1555 on April 15 and was complete at 0155 on April 16.

The primary flow paths were through four 4 inch ball valves installed on the Emergency Escape Airlock. Depressurization was accomplished in 10.3 hours3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br /> at an average rate of 5.8 psi /hr. Subsequent inspection of dew point sensor number 5 revealed that the sample line had fallen from the pola crane which resulted in the inconsistent behavior for this sensor.

A time sequence plot of containment pressure for the entire test period is included in Appendix D.

p(/

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ANO Unit 1 Test Chronolocy

~ Phan Data Set Ng. Time Peti,gd Duration Pressurization From: 10 1615 on 4/13S2 30.3 To: 132 2230 on 4/14/92 Temperature From: 132 2230 on 4/14/92 5.75 Stabilization To: 156 0415 on 4/15S2 ILRT Prom: 15e 0415 on 4/15S2 6.0 To: 180 1015 on 4/15/92 Leak Stabillution From: 187 1130 on 4/15S2 1.0 for Verification Ter To: 199 1230 on 4/15/92 Verification Test From: 199 1230 on 4/15/92 3.0 To: 235 1530 on 4/15/92 Deptrssurization From: 236 1555 on 4/15/92 10.3 To: 285 0155 on 4/16/92 Total Elapsed Time: 57.7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br /> 111. TEST DATA SUMM ARJ A. Plant Information Owner Entergy Operations, Inc.

Plant Arkansas Nuclear One, Unit 1 Location 6 miles NW of Russellville, Arkansas Containment Type Prestressed, post-tensioned concrete NSSS Supplier, Type B&W, PWR Docket No. 50-313 License No. DPR-51 B. Technical Data Containment Net 1,816.093 cu. ft. irru.icated to Free Air Volume 1.81 x 10' cu. ft. by Calc. No. 90E-0061-01)

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l l_ _ , . . . , _ . - _ _ _ _ _ . _ .- ,, - _ . _ _ - . . _ . _ _ _

ANO Unit 1 Design Pressure, P 59 psig Design Temperature, T 150*F Calculated Peak Accident 53.1 psig Pressure, P, Calculated Peak Accident 286 ' F Temperature Maximum Allowable 0.200 wt. % / day

'.cakage Rate, L, C. Test Results - Type A Test

1. Test Method Absolute

2. Test Pressure 59.8 psig

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

Techniques Mass Point (for information only, l per ANSI /ANS $6.81987)

4. ILRT Acceptance 0.150 wt. % / day Criteria ( < 0.75 L.)

O 5. Type A Test Results BN TOP 1 ANSI 56.8 Total Time Mass Point Simple 12akage Rate 0.0735 wt.%/ day 0.0735 wt.%/ day Fitted Leakage Rate (L, ) 0.0855 wt.%/ day 0.0776 wt.%/ day Upper 95 % Confidence Level 0.1245 wt %/ day 04841 wt.%/ day

6. All acceptance criteria for the Reduced Duration BN-TOP-1 ILRT were satisfied in 6.0 hours0 days <br />0 hours <br />0 weeks <br />0 months <br />. A printout of the BN-TOP-1 Total Time Termination Criteria is included in Appendix B. Report printouts and 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 i

1. Verification Test Super- 12.49 SCFM (0.1998 wt. %/ day) imposed Leakage Rate (L,)

2. Verification Test Total Time Analysis Results and Limits Upper Limit 0.3353 wt. %/ day (L + L., + 0.25 L, )

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1 ANO Unit i Verincation Test Total 0.2355 wt. %/ day Time Results (L.)

Lower Limit 0.2353 wt. %/ day (L, + L., - 0.25 L.)

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

Upper Limit 0.3274 wt. %/ day 3

1 (L, + L., + 0.25 L )

Verification Test Mass 0.23?,0 wt. %/ day

{ Point Results (L.)

Lower Limit -

0.2'L74 wt. %/ day l (L, + L , . 0.25 L.)

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

E. Test Results - Type B and C Tests 1

l ( A summary of the local leakage rate test results since the November,1988 ILRT is included in Appendix F.

l F. Integrated Leakage Rate Measurement System The containment system was equipped with instrumentation to permit leakage rate j determination by the absolute method. Data from the absolute system is reduced to a

containment air mrs by application of the Ideal Gas Law. The leakage rate is equal to the time rate o' change of this value. The mass of dry air, W within containment is calculated as follows

( P-P, ) V W=

P. T where: P = Containment To',al Absolute Pressure  ;

P, = Containment Water Vapor Pressure (Average) l V = Containment Net Free Volume A R = Gas Constant for Air V T = Containment Absolute Temperature (Average) l t

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ANO Unit 1 l The primary measurement variables required are containment absolute pressme, containment dew point temperature and containment temperature as a function of time.

During the supplemental verification test, the ca1(brated leakage imposed on the existing l

leakage in the containment system is also recorded.

l 1. Absolute Pressure (2 Sensors) i i Type: Paroscientific Model 760-A Portable Field Standard l Range: 0-100 psia l Relative _ Accuracy: 0.01 % Full Scale Repeatability: 0.005 % Full Scale l Sensitivity: 0.0001 psia

Calibration Date

March 19,1992 i

i The sensors provide an RS231 &ct digital input to the computer. Both sensors were used with a weightinFf wm .f 0.5 in the leakage rate calcult.tions.

1

2. Dew Point 'le ..;,rature (6 Sensors)

Type: General Eastern Hygro-El Optical Dew Point Monitor

with Model 111IH ingle stage sensor .

! Range: -40 7 --140 7, Analog output rescaled from 207 100*F

dew point, corresponding to 4 - 20 mA.

Accuracy: 0.50 7 Repeatability: 10.097 ~

l Sensitivity: 0.09 7 i Calibration Date: March 13,1992 l

3. Dry Bulb Temperature (24 Sensm)

Type: Rosemount Model No. 78S,4 wire,100 ohm platinum Resistance Temperature Detector, RTD Calibrated Range: 07 2007

_ Accuracy: 10.45T over entire range -

Sensitivity: 0.097 . (for conservatitm, the manuf. specified .

repeatability is used for this r ' e in the ISG.

calculation.) '

Calibration Date: March 11.- 1992 -

4. Data Acquisition System-l The ' data acquisition system consists of a Fluke 2289A Helios system front end ' ,

which interfaces with an IBM System-2,486 processor computer ?The Fluke  !

system acquires data from the dew point sensors and the dry bulb temperature -

L ser' sors. The required cards and pertinent data are as follows: l Page 10 of 18 L

ANO Unit 1

,3 Dew Point - DC current measurement O Cards Required: 161 High Performance A/D 162 Thermocouple / DC Volts 171 Current input Connector Range: 64 mA

• Accuracy: 0.02 % of input, 5 uA (15'C-35'C Operating Temp.)

Repeatability: 0.015 % of Input, 2 uA Resolution: 0.6uA Calibration Date: March 5,1992

• Note: Accuracy improved over manuf, stated spec. due to change to 8 ohm,10 01 % precision resistors.

Temperature - RTD Resistance Measurement Cards Required: 161 High Performance A/D 163 RTD / Resistance Scanner 177 RTD / Resistance input Connector Range: 256 ohms Accuracy: 0.0175 % of input, 5.7 m ohms (15'C-35*C Operating Temp) h Repeatability: 0.005 % of Input, 4 m ohms Resolution: 2.4 m ohms Calibration Date: March 5,1992 5 Verification Flow (2 flowmeters)

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

1110,10K3BIA Calibrated Range: 0 - 9.5 SCFM Accuracy: 21 % Full Scale Calibration Date: March 4,1992 Two flowmeters were installed in parallel for the verification test. The imposed leak rate was equal to the sum of the readings from the two meters.

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 s 0.25 L.).

The ISG calculated for the instrumentation used for this test was 0.036 wt. %/ day for the six hour test. The allowable value for this test is 0.05 wt. %/ day.

( The ISG value given by the computer for the end of test data point reflects actual containment atmospheric conditions and the number of sensors in service at that Page 11 of 18 l

ANO Unit 1 time. For this test, the ISO value is based on 2 pressure sensors,5 dew-point O seesors 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 essignments and final volume fraction assignments as installed for the 1992 ILRT.

G. Description of Computer Program 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, the user is made aware of all program options at any given time. All data including individual sensor readings, containment average readings and leakage calculations are accessible through spreadsheet data display windows, graphs, standardized reports, custem reports and data files written to disk. The program provides for maltiple views of test data, both graphical and tabular, and also provides for real time updating of the O

V displays with each new data set. Both ANSI 56.8 mass point and BN TOP-1 total time leakage calculations are performed concurrently.

The ILRT program actually consists of two separate programs. The maire 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 ' configuration file specifies all plant specific inforraation, such as station name, unit number, number of compartments 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, ctiled DATACQ.EXE, controls data acquisition and is customized for the type of system being used.

The ILRT program calculations were verified pior to test performance by loading a hand verified benchmark Raw Data File and Configuration Data file into the subdirectory containing the ILRT program. Following selection of the Configuration-Page 12 of 18

ANO Unit I data file, a Test Data file was recalculated by the program. Having rebuilt the Test Data k/ File, all calculated valu:s output by the program wem 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. The. ILRT program verification documentation was attached to Appendix VII of the temporary instrumentation installation procedure.

H. 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 useo for the leakage rate test.

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

4. A continuous sequential log of events from initial surve) of containment to h restoration of all tested systems.

5. Documentation of instrumentation calibration and standards.

6. The working copy of test procedum 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 snd 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 licensee to conclude successful testing.

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

10. The Instrumentation Selection Guide OSG) Calculation

11. The P&lD's of pertinent systems.

x.s')

- ( 12. The Tendon Erid Anchorage Surveillance inspection results.

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IV. ANALYSIS AND INTERPRETATION l i

A. ILRT Test Corrections In accordance with 10CFR50 Appendix J. Section Ill A.I.D, leakage penalties mu t be added to the Type A test result. During the ILRT six penetrations in addition to the electrical penetrations were not placed in the post-LOCA abgnment. The penetrations and minimum pathway "As 1.cft" leakage rates are given below:

Penetration Description Reason Leakace Rate All E Penet, Electrical Penet. N2purge left in penet. 97.6 seem C-2 Airlock Penet. Cont. Pressurization / 0.0 seem Depressurizatic.n Path P-40 Fire Water Tech. Spec. Operability 67.6 seem Requirement P-43 Breathing Air Superimposed Leak Path 20.0 seem P-46 Instrument Air ILRT instrument pressure 31.3 secm sensing line P-12 Core Flood Sample CFTs not drained 252 seem P-14 letdown Unable to maintain vent 20.0 seem path due to leaking block valve.

Total: 489 seem 0.0003 wt %/ day Water volume changes in containment during the ILRT wem negligible. During the period from 0400 on 4/15 to 1100 on 4/15, the pressurizer level decreased from 56.44 inches to 56.35 inches. During this same time period the sump level decreased from 7.48 % to 7.26 %.

B. Reported "As Left" ILRT Results (n) The results of the ILRT to be reported including all corrections are:

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c ANO Unit 1 Total Time Mass Point Analysis Analysig Calculated 1.cakage Rate 0.1245 wt. %/ day 0.0841 wt. %/ day at 95% UCL Corrections 0.0003 wt. %/ day 0.0003 wt. %/ day

" As Left" Leakage Rate 0.1248 wt. %/ day 0 0944 wt. %/ day Acceptance Criterion ( < 0.75 L, ) < 0.150 wt. %/da'y Since both the "As Left" Total Time and Mass Point UCLs are less than 0.75La, the test results demonstrate that the leakage thmugh the primary containment and systems and components penetrating containment does not exceed the allowable leakage rate specified in the ANO Uni: 1 FSAR and Technical Specifications.

C. "As Found" Evaluation of Containment in accordance with NRC IE Notice No. 85 71, the "As Found" Type A test result p is determined by adding the total leakage savings resulting from repairs or adjustments V made to the containment leakage boundaries to the "As Left" Type A test result. These corrections are the difference between the pre-repair and the post-repair leakages (but not negativi.; calculated in the minimum pathway case, for each Type B or Type C penetration.

Minimum Pathway Penetration Description Leakage Difference P-24A Rx Building HVAC 113 seem P-40 Fire Water 374 seem P-41 Nitrogen Addition 6302 scem P-67 Reactor Building Sump 4649 seem Suction Line P-70 Rx Coolant Quench 35.2 scem Tank Drain V-1 Rx Building Purge Undetermined

> 0.150 wt. %/ day

~

Total Leakage Savings:

(11,473 seem or

(' O.006 wt. %/ day w/o V-1)

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ANO Unit 1 O

D Total Time Analysis Mass Point Analvsis "As Left" Leakage Rate 0.1248 wt. %/ day 0.0844 wt. %/ day Total 1.cakage Savings > 0.150 wt. %/ day > 0.150 wt. %/ day

" As Found" Leakage Rate > 0.150 wt. %/ day > 0.150 wt. %/ day Acceptance Criterion ( < 0.75 L, ) < 0.150 wt. %/ day The containment failed to meet the 0.75 L Type A test requirement in the "As Found" condition following the local leakage rate adjustments due to the inability of Reactor Building Purge penedation V-1 to maintain test pressure b-tween valves CV-7402 and CV-7404. The difference between the "As Found" and "As left" is unknown and must be considered to be greater than L., since the penetration was unable to maintain test pressure. However, if penetration V-1 is not included in the leakage savings total, an acceptable value equi to 0.131 wt. G/ day for the "As Found" Type A test would result.

q V. REFERENCES V

A. Arkansas Nuclear One, Unit 1, FSAR Sections 5 and 13.

l B. Arkansas Nuclear One, Technical Specifications; Section 4.4.1.

C. Arkansas Nuclear One, Procedure No. 5120.400, Unit One Integrated Leak Rate Test, Revision 1.

D. Arkansas Nuclear One, Procedure No. 5120.404, Unit One Integrated Leak Rate Test, 3 Instrumentation, Revision 0, i E. Arkansas Nuclear One, Procedure No. 1305.031, Integrated Leak Rate Testing, (Penetration Alignment), Revision 0.

F. Arkansas Nuclear One, Procedure No. 1304.123, Unit ! Vital Alignment Verification, Revision 4.

I G. Arkansas Nuclear One, Procedure No. 1306.022, Reactor Building Interior and Extenor Structural Inspection, Revision 5.  ;

i H. Arkansas Nuclear One, Procedure No. 5220.008, Tendon End Anchorage Inspection, {

- ) Revision 1.

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

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

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

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

M. ANO-1 Technical Specification Interpretation - Specification 3.5.5.2 - Fire Detection Instmmentation - Fire Watch, TSI 313-06-00, April 14,1992.

A V

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ANO Unit 1 O

SECTION VI APPENDICES O

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ANO Unit 1

,e \.

-U APPENDIX A Temperature Stabilization Phase Data and Graphs

. Reading No.132 to 156 Reports:

. BN-TOP-1 Temperature Stabilization Criteria

. Mass Point Temperature Stabilization Criteria

. Containment Calculated Values by Reading No.

Graphs:

Containment Mass Average Pressure & Average Temperature Average Vapor Pressure

. Average Dew Point A

L)

C's V

BN-TOP-1 Temp raturo Stabilization l Arkenses Nuclear One Unit 1 4/92 Oi TM WP AW D1 OVER LAST 2 RATE OF D1 CHANGE OVER LAST 2 t/

m uRs m uRs l t 1 lI 1 - I 1 2l 2 l HOURS *F *F/HR *F/HR/HR 22-30 79.279 22 ^5 78557 23 00 77.950 23.15 77.514 23.30 77.165 23 45 76.871 00 00 76 628 00 15 76.416 00 30 76231 1.524 1.181 00 45 76.068 1.243 0 B80 01 0) 75 916 1.018 0.612 01:15 75.779 0 665 0 458 01.30 75 657 0.754 0.360 01 45 75 544 0.663 0279 02 00 75 434 0.597 0.229 02.15 75 320 0.543 0,166 02 30 75.244 0 493 0.161 02 45 75 158 0 455 0,138 03.00 75 072 0 422 0 121 03 15 74 996 0.391 0 117 03 30 74 924 0.366 0.093 03 45 74.854 0.345 0 082 m 03.55 04 10 74.813 74.748 0.324 0.084 0.303 0.066

(\v) (M 15 74 730 0.300 0.06c

(.-

V

Mass Point Tcmporaturo Stabilization Arkerms Nud'ect Orve .

UnN 1 4/92 O'

x_/

O O O O i O

iME INP AW.D10WR LAST 4 AVE D10VER LAST HOUR Hours 1

1 4

l1, -

1 9,jl h=h-h HOURS T 'F/HR *F/HR "F/HR 22.30 79279 ,

22:45 78 557 23CO 77 950 23:15 77.514 23.30 77.165 23 45 76 871 00 00 7162G 00 15 76 416 00 30 76.231 00 45 76 068 01 00 75.916 01:15 75 779 01:30 75 657 01 45 75 544 02.C0 75 434 02 15 75.329 02.30 75244 1.000 0.412 0376 02 45 75.158 0 840 0 366 0 463 03 00 75.072 0.719 0.361 0.350 03:15 74 996 0.620 0.333 0.296 p 03 30 74.924 0.560 0.320 0240 f 1 03 45 74 854 0 Sat 0304 0 200 V 03 55 74 813 0 464 0264 0.179 04.10 74 74S 0426 0.270 0.155 Gi 15 74 730 0 422 0 267 0 155 l

(v l

Containm nt Calculat0d Volucs Arianees Nuclear One Unt1+4/92-ROG 11ME Mass  : TEMP VAPOR PRESS PRESSURE 132 22:3025 676597.45 79279 0.3598 ?4.9998 -

133 22 45:17 676466.45 78.557 0.3613 74.8868 134 23.0029 676557.90 77.950 0.3606 - 74.8122.

135 23.15:10 676607.25 77.514 0.3576 74.7542 136 23.3022 - 676647.70 77.165 0.3556 - 74.7083 137 23.45 22 676669.63 76.871 0.3545 74.6690 138 000023 676687.86 76.628 0.3535 74.6362 130 0015:23 676701.95 76.416 0.3502 74.6051-140 0030.24 676684.26 76231 0.3520 74.5793 141 0045 24 676688.97. 76.068 0.3510 - 74.5563 142 01:0025 676681.34 75.916 0.3517 74.5351---

143 01:15 25 676682.86 75.779 0.3522 74.5169 144 01:3026 676654.72 75.657- 0.3527 74.49/3

-145 01.4526 676640 84 75.544 0.3527 74 4801 146 02:0027 676644.63 75,434 0.3523 74.4649 147 02:1527 676641.60 75.329 0.3522 74 4522

148 02.30-28 676634.68 .75 244 03527 74.4380 -

149 02.4528 676620.55 75.158 0,3529 74.4246 150 03 00:29 676607.15 75.072 0.3517 - 74.4101 151 03:1529 676614.57-- 74.996 _0.3524 74.4011 152 03.30:30 676600.55 7#. M4 -0.3520 74.3892 0- 153 03.45;30 67^601.36 74 854 - -4.3512 74.3786 154 03 M 17 676597.35 74.8W ' :0.3Ma -74.3724 155 04.1029 6765 % 54 74.748 - _0.3511. 74.3635 156 04.15:14 676544.18 - 74.730 - 0.3563- 74.3605 O

l:li(' lilll(

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, 0

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- 4 - 0

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'n 0 0 0 0 0 0 0 0 0 0 0

8 5

7 0

7 5

6 0

6 5

5 5

5 4

0 4

5 3

0 3

6 6 6 6 6 6 6 6 6 6 6 3lC

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7 6

7 6

7 6

7 6

7 6

7 6

7 6

7 6

7 6

7 6

7 6

I b-l1( 1lilll lllfi jll'tt

O O O Average Pressure & Average Temperature x,*- um o.,.

ure i - 4m 75 00 -

^# # ^ 1

• 80 0 74.90 - , - 70 0 9

h t

74.80 - ', - 78.0 7470 - k. - 77.0 P ,

s -

I , '_ F o '~ ,

74 60 - ' . , - 76 0 e

A e

m

' ~

74.50 - ._ - 75.0

~ . _ e ,

74 40 - - 140

,4 _ , , , _ _ _ , , , _ _ , _ _ , _ .. _ _ ,_ , ,30 0.0 0.5 1.0 1.5 20 2.5 3.0 3.5 40 45 50 55 Tr,e - Hours i

i [

Average Vapor Pressure Atharisos Nuclear One Unn 1 - 4/92 i OAS - - - - - - - - - - - - - - --

04I 0.37 P

s --

/

i

!* o .

1 0.33 i

s 029 -

T 4

i 4

0 25 - i i -i i i i r-- i -- T i i 0.0 0.5 1.0 1.5 2.0 25 30 3.5 40 4.5 50 55 1

Time - Hours i

i

,r) f~'

<J LJ G)'

Average Dew Point Arkansas Nuclear One Une 1 - 4/92 72.0 a'

' 71.0 -

i 70.0 -

F 69.0 -

68.0 -

67.0 - r i i i 1- T ~r- r 1 , t 2.0 2.5 3.0 3.5 40 4.5 5.0 5.5 00 05 1.0 1.5 ram - F k;urs u

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

1 E . .

1- ANO Unit I e

4

D

V- _.  !

APPENDlX B i

!~ .

i Integrated Leakage Rate Test Data and Graphs

!- Reading No.156 to 180-

,1 i

i i Reports:

i t

. . BN TOP-1 Total Time Test Termination Criteria ^

j - Total Time Leak Rate Analysis j - Mass Poin't Leak Rate Analysis .

!. . Containment Calculated Values by Reading No.

j Graphsi s

~

Total Time Leak at UCL and Calculated Total Time Liak

) .

- Mass Point Izak at UCL and Mass Point leak-

{ .

' Containment Mass' i -

Average Pressure Average Vapor Pressure j . .. .

Average Temperature i

e

.f -

W t.

G.

4 i

I

.-- , , , . . , , , . , . _ ~ . - . . . + , . . . . , , , , , . . , , . . . - . . . . .,,,.,-,,;,.......,:,.,~.,,+,.,-. .,,,,,.,,....n, - , - , , , - , , - , , , . . , , , , , - .

BN-TOP-1 Tcrminatisn Critcria Arkaneca Nuclear One Unit 1 4/92 O

BN 10P 1 Termnation Crtlerio Evoluotion for Reoding # 180

1. The Trend Report boned on iold Trne colculations shoo irdcote that the mognitude of the coledoted look rate is fordrig to stobilte of o vdue less tN, the moxhum allowable look rote (<.75Lo).

Required Vobe: O.150000 %/doy Actual Volue: 0.085461 %/doy 04ote: The rnognitude of the coledoted look rote RTE:ry be hereosing sightly os it tends to stobitze. h thh cose the overoge rote of ancrease of the coiculated look rote shall be deterrraned from the occurrulated dato over the lost five hours or lost twenty dato points, whichever provides the most points Using this overoge rate, the colculoted look rate con then be inoorty extropolated to the 24th hou dato poht.

If ths exitopolated vdue of the calculoted leak rate exceeds 75% of the moximum diowoble look rote (La) then the look rate test is continued.)

Required Value 0.150000 %/ day Actud Volue: 0.131862 %/doy 2 The end of test upper 95% confidence limit for the calculated leak roie based on Totol Time colculations shall be less thon the moximum orlowable look rate (<.75Lo).

Required Value: O.150000 %/doy Actual Value; 0.124519 %/ day 3 The mean of the moosured look estes bosed on fotot 'ilme coledoto! si over the lost five hours of test or lost twenty dato points, whichever provides the most acto, shoQ be less than the maximum clowable leok rote (<.75La).

{ Required Value: O.150000 %/ day Actual Vdue: 0.077556 %/ day

4. Doto shou be recorded at opproximately equd hiervots ord h no cose at hiervoh greater than one hour.

Roadred intervof: <=1 hr Mortmum Actuof intervol: 0.25 hr

5. At least twenty (20) deta points shot be provided for proper

{ stchstcol anotysis.

Required # Data Points- >=20 Actual Data Points' 25

6. In no cose shal the minimum test duration be les than six (6) hours.

i Dequired Munum Durofott 6 hr Actuol Durotiort 6.0 hr i

O

, . - . . - , , . .-m , . - ,m ,. .--. . - . . - -.

Total Tima Lcok Roto Analysis Arkansas Nuclear One Unnl.4/92.

ROG TIME MNUTES) MEASURED LEAK (WT - CALCULATED LEAK (WT UCL LEAK (WT %/ DAY)

O

_t  %/ DAY)  %/ DAY) 156 0.00 - - -

157 15.18 0.0i3170 - -

158 3020 0.058145 0.058145 -

159 4520 0.072359 0.077483 0.199002 160 6022 0.055550 0.071010 0.180713 161 7522 0.056289 0 067830 0.148119 162 9023 0.062897 0.069231 0.131621 163 10523 0.078130 0.076824 0.127934 164 12025 0.103271 0.091770 0,139006 165 13525 0.089437 0.096093 0.138850-166 150.27 0.105921 0.104502 0.143125 167 16527 0.067046 0.097883 0.145775 Ita 18028 0.077052 0 095774 0.143606 169 19528 0.079643 0.094748 0.141388 170 210.30 0.093312 0.077360 0.141392 -

171 225.30 0.067415 0.093045 0.139133 172 240.32 0.070954 - 0.000335 0.136369

-173 ' 255 32 0.070148 0.087906 0.133536 174 270.33 0.082460 0.088393 0.132309 17C 285.33 0.091345 0.090482 0.132714 176 300.35 0.086162 0.091226 0.132055 177 315.35 0.071393 0.089194 0.129951.

I78 330.37 0.073585 0.087810 0 128054 179 345.38 0.073167 0.086532- 0.126221 0 18C 360.38 0.073500 - 0.085461 0.124519 I

J l

l O

l l

, _ _ . _ . - _ - , _ . . . . , . . . . . . . , _ . . , . . . . . . , . . . . . . , _ _ . . _ , ....._.m_... _ _ , , _ _ . . , . _

f Moss Point Lcok Roto Analysis "

i Arkansas Nuclear One

. UnN1 4/92 O RDG 11ME (MINUTES) NORM. MASS MEASUPED LEAK (WT

%/ DAY)

UCL LEAK (WT %/ DAY) 156 0.00 1.000000 - -

157 15.18 0.999999 0.013170 -

158 3020 0 999988 0.058062 0 281441 159 4520 0 999977 0.075412 0.120825 160 6022 099997? 0.(E4857 0.090313 161 7522 0.999971 0.061034 0.076852 162 9023~ 0.9999ol 0.063406- 0.074337 163 10523 0.999943 0.073240 0.086794 164 12025 0.999914 0.071572 0.114097 165 13525 0.999916 0.094753 0,112721 166 150.27 0.999889 0.103743 0,121058 167 16527 0.999923 0.092564 0.111001 168 18028- 0.999904 0.088923 0,104819 169 .19528 0.999892 0.087258 0.100876 170 .210.30 0.999864 0.090771 0.103029 171 225 30 0 999895 0.084607 0.096975 172 240.32 0.999882 0.081149 0.092556 '

173 255 32 0.999876 0.078303 0.088798 174 270.33 0.999845 0.079638 0.089086 175 285.33 0.999819 0.083063. 0.092204 176 300.35 0 999820 0.084359 0.092705 177 315.35 0.999844 0.081675 0.089700 178 330.37 0.999831 0.080046 0.087532 179 345.38 0.999825 0.078630 0.085619 180 360.38 0,999816 0.077552 0.084057 O

L Containm nt Calculated Voluts Arkaneca Nuclear One UnN 1 4/92 RDG 11ME MAS $ TEMP VAPOR PRf $$ Pt(580Rt 156 M15:14 676544.18 74.730 0.3563 74.3605 157 M3025 676543.24 74.670 0.3569 74.3526 158 044526 676535.93 - 74.608 0.3572 74.3435 159 05:0026 676528.81 74.551 0.3568 74.3345 160 051527 676528.46 74.500 0.3562- 74.3269 161 05.3027 676524.28 74.453 0.3559 74.3195 162 054528 676517.51 74.408 ' O.3565 74.3132 163 06.0028 676506.55 74.364 0.3569 - 74.3062 164 06 15.29 676485.83 74.322 0.3568 -742981 165 06:3029 676487.34 74.278 0.3572 742925 166 06 45:30 676469.40 74236 0.3570 742847 167 07:00.30 . 676492.12 74.193 0.3567 _ 74.2808

-168 07.15.31 676478.91 74.154 0.3574 742747 169 07.30.31 676471.10 74.115 0.3573 74 2684 170 07:45:32 676451.98 74.083 0.3577 74 2622

.O 171 08.00.32 676472.82 74.043- 0.3573 74 2 585 172 08 15:33 676464.06 74.0CM 0.3575 742524 173 08.30.33 676460.03 73.972 0.3574 74 2474 174 08 45.34 676439.44 73.944 0.3575 74.2413 175 09:00.34 676421.72 73.916 0.3576 74.2356 176 04.15.35 676422.59. 73.890 0.3577 74.2321 177 09.30 35 676438 40 73.860 0.3574 74.2295 178 09 45:36 676429.96 73.830 0.3573 742243 179 10 00.37 676425.45 73.798 0.3573 74 2194 180 10:15:37 676419.73 73.778 0.3574 74 2162

..g O

i .

O Total Time Leak at UCL & Calculated Total Time Leak Arkansas Nuclear One - ~

unn t - 4/92 lotd Time look of UCL Colculoted Total Timo teok O.30 -- -

r

, 0.25 -

4 0.20 - 'l 1

I -

e

+

l

'd 0.15 -~--- ---'- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

O y

.g N N

6N '

0.10 - - '

1.

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4 4

. 0.05 - l -

i ..

w 0.00 y r-f i i i i -- r - i , i

' 0.0 0.5 1.0 1.5 2.0 25 3.0 3.5 40 4.5 50 5.5 60 i- Time - Hours i

T ,

O O A V 'd V:

Mass Point Leak at UCL & Mass Point Leak >

Arkansas Nuciar one

""'~

Moss Point teak of UCL Moss Point Leak 0 30 _ _ _ . _ _ - . ._ _ .

A f

0 20 -

\

/

-d --- .--

o Y

0.10 - ,. ' ' . ,

4

,' ~.... ~. . .

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0.00

, i r--- , , i r - - -- i--- , , ,

00 0.5 1.0 IS 2.0 2.5 3.0 ' .5

, 40 4.5 50 5.5 6.0 Time - Hours

_ _ . . . . _ _ _ . _ . . . _ . . . ...m . . . . . _ . . _ _ . . . . . _ . . _ . _ . . . . , _ . . _ . , _ . . _ . ...m . ._. _ . . . . . . . .

O O O uv, Arkansas Nuclear One unn 1 - 4/92 676580 - - - - - - - - - - - - -- --- - - - - - - ----- -

676560 - - - - - - - . ---- - - - - - - - - - - - - - - - - - - - - - -

676540 676520 m - -

676500 - - - -

I b 676480 m

676460 676440 N

6764?O - --

676400 676380 - , r , , y , r- , , _7 .,

00 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 50 55 60

' Tme - Hoess

Y

^

4  ;

t Total Time Leak at UCL & Calculated Total Time Leak -

Arkoneos Nuclear One  ?

+

.. .... . .j

i. 0.30 Totd Time teck at UCL __ ,_ ._

ColaAsted Totd Time teck -;

1 4

i f

i  !

0.25 4 i

.i T

I t

6 0.20 -

4 i.

.  % 1 e /

d 0.15 - --- ---- - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

!. a -

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. 0.1G --

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

e

,- r 9 s i .

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)' O.0 0.5 1.0 1.5 2.0 2.5 3.0 40 4.5 5.0 5.5 6.0

Trm -Hours t i

E %mg amana.*km. Am h4 -q_J4-4memair g. p mim, ae s.,a .g_ad.gs , ..m.a , u- 4,ma.,3 ,,mm4Mu..a a m,... mee. Oa e - ,4 .s 4 %

_  %. _ g.4w .,p M., m,m d J aw 3_3 %Q.a,gga..._.p.. m Ad J,.pe j, pa - g 4go.

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nE

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Average Pressure Athensos Nucks Cm i une 8 -4/92 74 40 - ---- - - - - - ---

l I

74.38 -

1 1

a 74.36 -

t e

74.34 74.32 -

i P 74 30 -

f O

i 1

7428 -

i 7426 -

74.24 -

i T4 R 7420 , , r- . r . . - .

1 r- 1 00 0.5 1.0 15 2.0 25 3.0 35 40 45 50 55 60 Trre - Hours I

4 - 0 C

Le i 4 FS

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d 0

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O O O Average Temperature u.- =%

the I - 4/T2 y$_y 75 0 -

74 8 74.6 -

74.4 -

p 74 2 -

74.0 -

73.8 73.6 I

134-73 2 - i , , , , T- - - r , , ,

70 2.5 JG 35 40 45 5.0 5.5 60 00 0.5 1.0 1.5 Tme -Iburs

ANO Unit 1 i

O APPENDIX C j Verification Controlled Leakage Rate Test Data and Graphs Reading No.199 to 235 l

I 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 o

o IN

f i

Vorification Tcst Total Timo Look Roto Analys!s Adonecs Nuclear One r UnNl.4/92 f 6

O RDG 199 TIME 0.00 Newm Mans 1.00C00 TT M eas

%/ day 0 000000 TT Cale

%/ecy 0.000000 200 5.02 0999993 0.197785 0.000000 201 10 02 0.990989 0.157305 0.157395 202 15.02 0.999959 0.389839 0.344367 203 20.02 0.999960 0.289295 0.334624  !

2G8 25 07 0 999961 0 225834 0289576

, 205 30 02 0.999940 0 266182 0296637 206 35.03 0.999946 0.221064 0269945 '

207 40 03 0.999957 0.154494 0 225250 208 45.03 0.999950 0.158598 0.197415 209 50.03 0 999916 ' 0242478 0.207455  !

210 55.03 0 999895 0.273812 0224799 211 60 03 0.999906 0224951 0 223254 212 65.05 0.999896 0.2310M 0223825 .

213 70.05 0.999877 0252947- 0 229953 214 75 05 0 999879 0.232592 0 220872 215 80 05 0 999863 0 245694 - 0.232815 216 85 05 0.999848 0 257693 0 237795 217 90 05 0 999828 0274941 0.245410 218 95 0? 0999841 0 241369 0.245154 ,

210 100 07 0.999834 0 230366 0244554 220 105.07 0 999826 0 238352 0243858 1 221 110 07 0.999805 0255071 0.246101 222 115 07 0.999816 0.230104 0243934 223 120 07 0.999797 0.243266 0 2 44133 224 125 08 0.999795 0 235688 0.243152 225 130 08 0.999767 0258098 0.245549 226 135 08 0 999796 0 217131 0141898 227 140 08 0.999787 0 118960 0238928 228 145 08 0.999763 0235419- 0238450 229 150 08 0 999740 0 249807 0 239868-230 155.10 0.999750 0 231758 - 0 238905 231 160.10 0.999726 ~ 0.246785 0.2W835

- 232 165.10 0.999718 0245980 0240577 233 170,10 0.999712 0.244061. 0.241029 234 175 10 0999738 0 215060 0238259 235 180.10 0.999735 0 212244- 0235450 t

l

. O I

, ,+.,,-e .cy.-, , . . . - .a ., -ev+-..- --c....,---..-- .-- -e.w.., .,,e,.v+-p , w, w #w.re-m,,-,%-.my.,,, , , - . - , . , ,. ,,,. , .wir-e-, ..,y,.*w-r.,e----.rw-. <-----,,--err-. .

i.

I Vcrification Tcst Moss Point Look Roto Analysis 2

kkonnas Nucioar One l Unn1 4/92 i

!O j

199 0.00 1.00000

%/ day 0.000000 1 200 5.02 0.999993 0.197765 3 201 10.02 0 999989 0.157417 j 202 15 02 0.999959 0.362485 j 203 20.02 0.999960 0.328616 l 2N 25 07 0.999961 0.267815 205 30.02 0.999940 028M81

} 206 35.03 0.999946 . 0248287 M03 207 0.999957 0.195940 208 45.03 0.999950 0.169036 200 60.03 0.999916 0.192002 210 65.03 0 999995 0.220449 211 60 03 0 999906 0.220078 212 65.05 0 999896 0.222252 l 213 70.05 0.999877 0231549 l 214 75 05 0.999879 0131505 1 215 80 05 0 999863 0.235607 i 216 85.05 0.999848 0.242241 j- 217 90 05 0.999828 0.252146 '

j 218 95.07 0.999&41 0 250666 219 100.07 0.999B34 0248756

! 220 105 07 0.999826 0.247034 221 110 07 0.999805 0249627 222 115.07 0.999816 0245936 y 223 120 07 0.999797 0345832

224 125 08 0.999795 0244109 j 225 130 08 0.999767 0247300 i 226 135 08 0.999796 0.241760 i 227 140 08 0 999787 0.237473 228 145.08 0.999763 0 236949 l

229 150 08 0 999740 0239121 l 230 155.10 0 999750 .0.237792

231 160,10 0 999726 023M29 i 232 165.10 0 999718 0.240312 l 233 170.10 0.999712 0240972 l 234 175.10 0.999738 0236054 i 235 180.10 0.999735 0.233027 i

l 1.

i f

i l

i L

t >

Containmont Calculatcd Valucs Arkansas Nucleca One UnN 1 4/92 ROG 11Mt Mats itMP VAPOR PRESS PRES $URf l O 73 751 0 3573 74.2115 l

l 181 10 30 19 676413.12 182 10 40 30 6763M) 96 73 736 0 3573 742070 183 10 50.31 676382.62 73 718 0 3572 74 2035 IM 11 00 31 676378.02 73.702 0 3567 74 2003 165 11.10 31 676367.93 73 681 0.3567 74.1964 186 112032 676362.08 73 6 % 0.3568 74.1936 187 11:30.32 676347.34 73 648 0.3566 74.1895 168 11.35 18 676331.03 73.647 0 3564 74 1874 189 11 40 30 676335 60 73 635 0 3565 74.1862 100 11 45 30 676329.42 73 631 0.3565 74.1650 191 11.50 30 676325 46 73 623 0.3569 74 1539 102 11 55 30 676310 56 73.617 0 3569 74.1814 193 12.00 30 676307 40 73 612 0.3567 74 1802 194 12 05.31 676295 66 73 607 0.3566 74.1781 195 12.10.31 676291.73 73.603 0 3563 74 1768 196 12.15.31 675932.18 13.595 0 3564 74.1366 197 12 20 31 6762V3.08 73585 0 3566 74.1747 198 12 25 31 676276 01 73.576 0 3562 74.1713 109 12.30.31 67t278.24 73 569 0 3561 74.1704 200 12 35.32 676273.58 73.561 0 3561 14.1689 201 12.40 32 676270M 7J.561 0.3559 74.1684 l

202- 12 45.32 676250 75 73.561 0 3563 74.1665 203 12:50 32 676251.05 73.548 0.3563 74.1647 204 12.55 35 676251.66 73.545 0.3557 74.1638 r

j 205 13.00.32 676237.90 7J.540 0 3558 74.1618 l 206 13 05.33 676241.87 73.530 0 3557 74.1607 207 13 10 33 676240 20 73.521 0 3556 74.1602 i

208 13.15:33 676244 70 73.514 0 3556 74.1586 209 132033 676221.27 73 514 0 3555 74.1561 210 132553 676207.47 73510 0.3558 74 1542 211 13 30 33 676214 82 73 504 0 3554 74.1537 212 13 35 34 676207.66 73 500 0.3553 74.1524 l

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Containmani Calculatcd Volu0s Arkoneas Nuclear One UnN1 4/92 RDG 11Mt MA13 ftMP VAPOR PRE $3 PetSSUDE 213 13 40 34 676195.03 73.497 0.3559 74.1511 214 13 45 34 676106.26 73 401 0.3555 74.1500 215 13.50.34 676185.88 73.4n5 0.3556 74.1483 216 13 55.34 676175.31 73.479 0.3557 74.1463 217 14 (U.34 676161.95 73 473 0.3554 74.1438 218 14 05.35 676170 48 13.468 0.3%5 74.1440 219 14 10.35 676165 M 73 466 0.3552 74.1430 220 14 15.35 676160.63 73 458 0.3550 74.1411 221 14 20.35 676146 39 73.453 0.3552 74.1390 222 14 25.35 676153.89 73.444 0.3551 74,1386 223 14 30 35 676141.07 73 445 0.3553 74.1375 224 14 35 36 676139.79 73 440 0.3549 74 1363 225 14 40:36 676120 57-- 73 431 0.3549 .74.1329 226 '44536 6761 0 49 73 426 0.3549 74.1344 227 14 50 36 676134.19 73 423 '03551 74.1335 228 14 55 36 676117.64 73 419 0 3543 74.1304 229 15 00.36 676102.17 73.417 0 3547 74.1287 230 15.05:37 676109.43 73 412 0.3547 74.1289 231 15.10.37 6,o092.69 73 408 0.3545 74.1262 '

232 15 ill? 676087.52 73.404 0.3546 74.1254 233 15.20.37 676083.27 73.394 0.3544' 74.1233 234 15 25:37 - 676101.39 73.387 ' O.3540 74.1239 235 15:30.37 - 676096.72 73.384 0 3540 74.1232 O

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i APPENDIX D Miscellaneous Infomiation l

I

Graphs

• Average Pressure (Chronological Time Sequence) l i

Repons

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l Configuration Data

• Sensor Infonnation

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Pressurization Resumed Fire Detection Instrumentation Delay 20 -- .

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Pressurizatien to Started -

4 0 - - - --- - - _ - _ - - - - _

0 4 8 12 to 20 N 28 32 36 40 42 48 52 56 rr e - Hours

Configuration Data AAonnas Nuclear One Unit 1 4/P2 V

Staton Norne . Arkonsos Nuclear One Unit NorTe . Urdt 1 4/92 Contoinrrent Volume = 1810000 00 cubic foct trrposed Leak = 0.19?82 %/ day to (Lt) = 0200 t/doy Test Preuuo = $9.CD P30 lotd # Sensors = 33 loid # Prez = 3 totd # Cew Pt. = 6 Totd # 1erTp. = 24 Stort Terro Stob Rda = 132. Erd temp Stob Rdg =156 Stort took Rate lost Rda = 166, End look Rote fest Rdg = 180 Stort Vertf. Test Rdg = 109. Erd Verf. iest Rdg =235 Row Data fie ANO10472 TOA test Doto fine Atol0d?2.1DAe e t

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S0nsor Information Athereca Nuclear One Unal*4/92 O ~ _e .

NUM CHAN SimAL VOLPRACT CO C1 C2 C3 C4 1 1001 OCPM28346 050:1000 0.0 1.0 - - -

2 1002- OCPRf28347 0.000000 0.0 1.0 - - -

3 1003 SNPEF0750 0.000000 0.0 1.0 - - -

Dew Points NUM CHAN 88 MAL VOL FRACT CO C1 C2 C3 C4 1 1 St M 41101 0.199666 - 0.0 5000.0 . . -

2 2 $NPRf41102 0.156000 0.0 5000.0 . - -

3 3 SNPM41104 0.167000 0.0 500() 0 . . .

4 4 St M 41103 0.238667 0.0 . 5000 0 - -

5 5 $NPRf41105 0 000000 00 5000 0 - - -

6 6 SNPRf41106 0.238667 0.0 5000 0 - - -

Temperatures l NUM CHAN - StR AL VOL FRACT CO C1 C2' C3 C4 I I 21 SNPRf40MO 0.028000 4 09.63110 4 233650 0 00186085 - -

2 22 St M OB22 0 028000 4 07.38430 4 1908940 0.00204643 - -

3 23 SNPM40807 0 028000 4 00.04200 4.2200580 0.00192321 - -

4 24 SNPRf40433 0.066000 410.01780 4.2373020 0 00183799 - -

5 25 SNPRFOB24 0 066000 408.6670- 4.2121990 0 00196215 . .

6 26 SNPMO821 0.066000 408.52130 42092930 0.00195774 * -

7 27 SNPM40833 0.025000 407.99570 4 2029780 0 00197528 - -

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$NPRf40823 St M 40830 0.025000 0.025000 407.87250 4 07.36550 4.200NO 4.1886680 0.00199874 0.00203797 10 30 SNPM40808 0 047000 4 08 32480 4.2063370 0.00195986 - -

11 31 SNPRf40813 0 006000 . 407.79280 4 1984480 0 00201003 - -

12 32 SNPRFO390 003000 409.69290 4.2351190 0.00184343 - -

13 33 $NPRf40828 0.034000 408.32350 4.2031780 0.00201:4 3 . .

14 34 SNPM40805 0 031000 407.44570 4 1911010 0.00204220 . - -

15 35 - St M 40815 - 0.031000 407.61860 4 1944940 0.00203580 - -

16 36 SNPRf40810 0.066000 4 08.69160 4.2127060 0.00194396 - - .

17 37 St M 40806 0.066000 408.13660 4.2037610 0.00197786 - -

18 38 $NPRf40812 0 067000 4 08.16090 4 2046260 0.00197348 - .

19 39 St M 40831 - 0.045000 408.1940 4.2053160 - 0.0019740 - 4 20 40 . SNPM40835 - 0028000 408.52610 4.2130740 0.00192974 . -

21 41 SNPM40381 0.025000 408.21440 4 2094260 0.00194968 - -

22 . 42 $NPM40832 0.047000 -407.85170 4.1980830 0.00200627 * -

23 43 St M 40816 0 047000- - 4 07.58510 4.1924590 0.00204408 . -

24 44- SNPRf0834 0.067000 408.250 4.2050770 0.0019770 - -

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e ANO Unit 1 O APPENDIX E Test Data Summary Reports:

• Calibrated Instrument Data (by reading number)

O O

, Calibrofcd instrumOnt Dato Arkansas Nuclear One Urdt I

• 4/92 O ~ ~ ~ ~

P - .sP.- k

1. 3 75.002 74.997 14.562 Dew Poets (F) 16 76.527 So N 54.589 76.381 74 454 76.562 femperatures (F) ,

l 12 68 94 69.658 70.069 82.008 82.593 82.804 74 033 73.3$9 74.066 83 664 68.543 75.066 [

13.24 75 6oo 76.087 76 427 83.395 83254 83.764 75.539 69295 74.579 83.697 83.674 82.672 Gooding # 133 Apr 14 22.45.11 Proesures FWA)

le 3 74.89 74.884 14.562 Dew Points (F) 14 76.212 b6 960 55.915 76.147 74 60 76 328 Temperatures (F)

L12 68 602 69245 69 675 82 066 81.701 81.894 73.644 72 882 73 653 82.712 68 288 74695 13.24 7543 -7547 75 Boo 82 429 82 39 82.84- 75.074 68 953 74.176 82 703 82.628 81.767 9eoding # 134

• Apr 14 23.00.29 Pressures FWA) 13 74 816 71 307 14.563 Dew Points (F)

L6 75.976 58 803 $6.693 75 909 74 M9 76.095 -

Temperatures (F)

O L12 68 365 68.063 69 438 81259 81.018 81.132 73.361 72.566 73.385 81.886 68.126 74 5 13.24 75 123 74.9 75.355 81.584 81.541 81.995 74 811' 68 717 73.925 81.867 81.727 80 996 '

Reading # 135

• Apr 14 2) 4:10 Pressures PsA) 13 74.756 74 752 14 562 Dew Points (F)

L6 75 427 58 495 57244 75.746 73.583 75.935 Tempratures (F) 1.12 68 221 68 815 64.285 80.674 80.451 80.515 73.18 72 404 73.232 81.246 68.038 74 347 13.2d 74 984 74 603 75.063 80.99 80.882 81.378 74 658 68.555 73.777- 81213 81.123 80.384 ,

Gooding i 136

• Apr 14 23.30.22 Proesures PSA)

L3 7A71 74 706 14 564 Dew Points (F) te 75271 58.41 57.711 75 591 72.726 75.772 Temperatures (F) 1 12 68.124 68.713 69.188 80,14 80.038. 80.037 73.037 72261 73.125 80.758 67.973 74231

-13 24 74 887 74441 74 826- 80 447 80.371 80 867 7A552 68.467 73.652 80.684 80.566 79.924 O

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j Calibrated Instrum nt Data Arkansas Nuclear One Unit 1 4/92 Deoding f 137. Apr 14 23 45.22 Proesures FWA) 13 74.67 74 668 14.564

] Dew Pohls (F) i 1. 6 74 801 5841 58025 75 512 72.569 75.614 Temperwures (F) 1.12 68.059 68.639 69.114 79.718 79.657 79.647 72.939 72.154 73 028 80 336 6/.94 74.134 13.24 74.757 74.334 74.627 80 01 79.94 80.445 74 454 68.388 73.564 80.243 80.12 79.465 pooding # 138 Apr 16 0000.23 Proesures FSA) 13 74 64 74 632 14.566

- Dew Pohh (F)

L6 74 408 58 413 58255 75 352 72.42 75.539 Temperr#wres (F) l 1.12 67 994 68 583 69 039 79.37 79.378 79.275 72 642 72 066 72.917 79.998 67.885 74.046 IL24 74 682 74 255 74 488 79.653 79.569 80 032 74 366 68 337 73 481 79.881 79.795 79 13

, Deomng # 139. Apr 15 0115.23 Pressures F$lA)

L3 74 608 74 602 14 568 Dew Pohh (F)

L6 73.388 58 41 58413 75201 71.863 75.375 Temperdures (F)

O 1.12 67.962 68 551 69.007 79.059 79.086 78 974 72.768 71.992 72.843 79.673 67.852 73.971 13.24 74,603 74 195 74.399 79.351 79.244 79.693 74.301 68 286 73.411 79.575 79.412 78.843 i

Reoding # I40 Apr 15 00.30.24 Pressures esA)

1. 3 74 582 - 74 577- 14.569 Dew Pohh (F) 16 73.939 58.489 58 658 75.119 72.179 75227 Temperdures (F)

L12 67.929 68.509 68.975 78.785 78.844 78.691 72.703 71.918 72.764 79.487 67.834 73.906 13.24 74 538 74 139 74 316 79 068 78.961 79.368 74.246 68263 73.342 79.278 79.182 78.583 A

Reoding i 141 Apr 15 00.45.24 Pressures FWA)

L3 74 559 74 553 14.569 Dew Pohh (F)

L6 73.388 58.573 58.812 - 75.05 72.099 75.144 Temperdures (F)

L12 67.006 68 476 - 6P.942 78548 78 658 78.477 72.638 71.853 -72.699 79.274 67.797 73.828 13 24 74.464 74.074 74219 78.808 78.701 79.132 74.195 68221- 73 291 79.041 78.932 78.341 O

Calibrat0d InstrumCnt Data Arkomas Nuclear One Une1 4/92 hortng i 142. Apr 16 01:00 25 Pressures Ps!A)

1. 3 74.537 74.533 14.566 Dew Pohls (F) 16 73 935 58 652 58.966 74.891 72.018 75.063 Temperatures (F) 1.12 67.887 68 444 68 91 78.344 78 44 78.268 72.583 71.797 72.648 78.977 67.778 73.777 13 24 74 408 74 033 74.154 78.581 78 481 78.904 74 139 68.198 73.221 78.8 78.713 78.147 hoding f 143. Apr 16 01:16.25 Pressures PmA)

1. 3 74.522 74 512 14.564 Dew Pobb (F) 1., 6 73 778 58 803 59.2 74 ?S5 72.333 74.912 Temperatures (F) 1 12 67.664 68 421 68.687 78.135 78.301 78.018 72.527 71.746 72.592 78 819 67.755 73.712 13.24 74 353 73 995 74 075 78 395 78.288 78 677 74.097 68 175 73,156 78.596 78.507 77.952

> De oding i 144 Apr 15 01:30.26 Pressures PSA)

1. 3 74 5 74 495 14.563 Dew Poh4 (F) 16 73 778 58 803 59.358 74.656 ?2 491 74.909 Temperatures (F)

O 1 12 67846 68 402 68 863 77.958 78 12 13 24 74.302 73 954 74.019 78.2 77.869 72.495 71.709 72.551 78.657 67.732 73 665 78.093 78.501 74 051 68.147 73.11 78.396 = 78.328 77.771 Deoding # 145. Apr 15 01.45 26 Pressures PSA) 13 74 483 74 478 14.561 Dew Poh4 (F) 1_ 6 74 012 58 961 59.436 74 496 72.417 74.758 Temperatures (F) 1 1i 67 832 68.379 68 845 77.787 77.967 77.716 72.453 71,667 72.504 78.504 67.723 73.614 13.,24 N 246 73 921 73.968 78 038 77.931 78.32 74.023 68 124 73.073 78.224 78.147 77.613 Gooding i 144 Apr 15 02.00.27 Pressures PSA) 13 74 468 74 462 14.561 Dew Foht:(F) 1 e 73 854 59.115 59.675 74 416 72.254 74.597 Temperatu.es (F) -

1 12 67.832 68 365 68.822 77.647 77.827 77.554 72.42 71.626 72.463 78.309 67.7 73.568 13 34 74.213 73.88 73.912 77.875 77.769 78.134 73,977 68.115 73.04 78.039 77.975 77.474 O

) Calibrot0d InstrumCnt Data Arkanses Nuclear One Unit 1 4/92 i

,O Sooding f 147. Apr 15 D2d$.27 Proesures PsA)

) 13 74 455 74 449 14.56

) Dow Poets (F)

{ 16 74.005 59.115 59.751 74.3% 72.17 74 516 j j Temperdures (F) i I

l 1 12 67 823 68.347 68.799 77.504 77.674 77.392 72.374 71.593 72 421 78 133 67.681 73526 l 13.24 74 181 73 847 73.88 77.713 7i.629 77.972 730M 68 078 72.985 77.89 77.836 77.335 i

i l Deoding # 144. Apr 16 02.30.28

! Proesures PsA) i 1. 3 74 441 74 435 14 558 l

Dew Pows (F)

, 16 7424 59272 59.75 74 2 % 72A1 74.278 j Temperdura (F) 1 12 67.8'8 68.342 68.794 77.378 77.549 77299 72 36 71.556 72.393 78 003 67.686 73 498 l- 13.24 74 134 73 81 73 B57 77.578 77A?5 77.837 73.931 68.082 72.966 77.737 77.683 77.214 Deoding # 149 Apr 16 02 45.28 l l Preuvres PSA) i i 13 ' 74A27 74A22 14.557 '

{ Dew Polnis (F) j 1e 74242 59.351 59.829 74.174 72248 74 434 i 'emperdures (F)

I 1 12 67.6G4 68419 68.775 77.262 77A28 77.183 72.342 71.533 72.361 77.85 67.663 73 471 2

13.24 74.102 73.787 73 82 " ?.472 77.374 77.694 73 884 68 059 72.943 7t612 77.52 77.107 4

Recong # 150

• Apr 15 03 00 29 a Pressures PSA)

1.3 74 412 74 408 14.558 Dew Points CF)

) 16 74 005 59 427 59.887 74 096 71.936 74.355'.

Temperdures (F)

1. 12 67.799 68.305 68.78 77.146 77.326 77.076 72.314 71A?) 72.333 77.678 67.658 73 429 i 13 24 74.051 73.759 73.792 77.332 77.249 77.536 73 847 68.064 72 915 77A73 77.418 77.001 i

4 Roodag i 151 Apr 15 03.16.29

^

Preuures PsA)

1. 3 74 405 74 397 - 14 558 Dew Pows (F) 16 74239 59.500 60.036 74.006 71.934 7428

Temperdurn (F) 1 12 67.799- 68 305 68 78 77.049 77.219 76 955 72291 71A73 72.31 77.558 - 67.649- 73A06 13.24 74 0<*2 73.74 73.759 77.189 77.128 77A2 - 73.829 68.05 72.887 77.357 77388 76.899 a we- -,wne .s * --em--e-i+. v-- tw --w wr _v-= wr --.e-- w v w w-evv ,a .tw w yv ew +vv v r wv-y -www-- -,*--g---s- --+m-nvy----+e-,- mww-+-ww>-- t-

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1 Calibrot0d Instrumont Data Arkansas Nuclear One Unit i . 4/92

o

.n . _

. - .sP.n 13 74.392 74.386 14.659 j Dew Pohls (1)

! 1. 6 73 927 59 587 60.033 74 093 72.07 74.119 i Temperdures (F) i L12 67.79 68291 68.78 76.951 77.117 76.881 72.277 71.44 72287 77.451 67.649 73.373

, 13.24 73.9?$ 73 703 73 ??? 77.105 77.022 77286 73.792 68.031 72.874 77.222 77.186 76.797 i

) Deoding 4163

• Apr il 03.46.30 i Premures esA)

} L3 74.38 74.378 14.561 j Dew Points (F)

L6 73.851 59.666 60.196 73.938 71.779 74.037 lemperdures (F) 1.12 67.781 68 291 68.78 76 854 77.033 76.751 72.258 71.417 72268 77.312 67.635 73.355

! 13.24 73.977- 73 685 73 708 76 994 76.924 77.183 73 773 68.022 72.832 77.116 17.061 76.708 i

Deoding # 154. Apr 16 C3.6$:17 -

j Pressures PSA)

.i t3 74 375 74 37 14.561 Dew Points (F)

Le 1 854 59.745 60266 73 86 71.618 74.(M l Temperatures (F) 4 L12 07.781 68 291 68 766 76.789 76 978 76.71 72249 71.408 72 259 7728 67.635 73 355

) 13.2d 73.953 73.662 73.69/ 76.92 76 859 77.105 73.75 68.018 72.813 77.037 77.001 - 76 662 1

4 Deoding # 155 Apt 15 04:10.29 2

Pressures PSA) 1.. ' 74.366 74 361 14 561 Dew Points (F)

L6 73,932 59 914 60.272 73.941 71.47 73.968

Tempersures (F)

L12 67.767 68 282 68.757 76 701 76.903 76 621 72.235 71.375 72245 77.145 67.626 73.331 i 13.24 73 921 - 73.638 73.676 76,845 76.762 77.007 73.741 68.008 72.795 76.93 76.884 76.56 i

a

e. dmo e is6. A , iso 4asa4 ereuvres e s A)

L3 74.363 74.358 14.56 l Dew Points (F) 1 L6 73.929 59 914 60 427 73.857- 71.464 73.882

Tempersures (F)

L't 67 767 --46 282 to.766 74673 76 88 76.612 72235 71.375 72236 77.004 67.626 73.322 -

13.,L 73.921 73.636 73 676 '/P u 76.739 76.975 73.731 68.008 72.786 76 898 76 843 76.537 iO t ..-.n- ,- w. v ,..,2,*rw-. -

, - . . - <--,-w,%,9 , , . - , . ,, ,ww.rv.e-.-~.,wr-.w,.--., -v e-~.- .,a,e-..- -

w .,

Calibrotcd Instrumont Dato Arkanse Nuclear One UnN 1 a 4/92 seading f 167. Apr 1$ 04.30.25 V ,,e.so,es Pm t3 74.355 14.35 14.561 Dow Pohls (F) -

I6 73.852 59.993 60 506 73.863 71.468 74 043 Temperdures (F) 1 12 67.767 68 282 68.766 16.585 76.783 76.538 72.226 11.352 72226 76.988 67.635 73299 13.24 73.898 73 629 73 643 76 715 76 642 76.868 73.717 67.999 72.762 76 8 76.764 76 463 teoding # 154. Apr 16 04.45.26 Pressures PsA) 13 74 347 74 345 14 563 Dew Pohta (F)

1. 6 73 775 60 141 60.733 73.86 71465 '/3.959 i Temperdures (F) 1,12 67 758 68 268 .68 748 76 506 76 694 76 427 72203 71.343 72203 76.899 67.626 73.299 13.24 73.888 73 597 73 62 76 618 76.558 76 771 73 694 67.999 72.739 76.703 76 657 16.384 9aoding f 169 Apr 15 05 00.26 Pressures PS A)

1. 3 74.337 74.332 14 562 Dew Points (F) 16 73 848 60.214 60 729 73.7'i8 71.31 73.805 O 1 12 67.748 68 268 68 734 76 432 76 62 Temperdures (F) 76.352 72.193 71.334 72.189 76 77 67.626 73 267 13 24 73 856 73 574 73 5?? 76.521 76 479 76.692 73.685 67.09 72.735 76.605 76.569 76.309 Reading # 160 Apr 18 05.15.27 Pressures PSA) 13 74.329 74 325 14.56 Dew Pobts (F) 16 73.615 6029 60.887 73.7 '70 092 73.723 Temperdures (F) 1.12 67.748 68 259 68 724 76 357 76 M6 76 264 72 18 71.334 12.18 76.672 67.626 73.267 13 24 73 837 73.564 73.588 76 442 76 405 76.604 73.662 67.994 72.739 76.527 76.481 76.249 Rooding i 161 Apr 18 05.30-27 Pressures FWA) 13 74.321 74.318- 14.559 Dew Pohts (F)

1. 6 73.453 60 44 60.887 - 71.067 73.643 femperdures (F) 1 12 67.734 68259 68 724 76 292 76.499 76.223 72.17 71.32 72.171 76.561 67.626 73.257 13 24 73 823 73.555 73 578 76.377 76.326 76.506 73.662 67.971 72.707- 76.439 76 402 76.1M O

i Calibratod InstrumOnt Dato Arkansas Nuclear One unsI.4/92 Deoding # 162. Apr 15 06.45.28 Pressures (PWA) 13 74 317 74 31 14.559 Dew Pohts (7)

1. 6 73.381 60$31 61.Gt4 73.705 70.754 73.722 Temperatures (F)

L12 67.734 68 259 68 724 76223 76 425 76.144 72.161 71.311 72.171 76 496 67.626 73257 13.24 73814 73 541 73 565 76 303 76252 76.432 73.652 67.985 72.707 76.3M 76.328 16.129 Readng # 163. Apr 16 06M.24 Proesures FWA3

1. 3 74.309 74.304 14.559 Dew Pohts (F)

Ie 73 69 60598 61.012 73.626 70.683 73.65 temperatures (F) 1.12 67 748 68 259 68 724 76.162 76 36 76.07 72.161 71.311 72.162 76.399 67.635 73.234 13.24 73 791 73 532 73 555 76.247 76 157 76.358 73.643 67.99 72.697 76261 76253 76 068 peoding # 164. Apr 15 06:15.29 Pressures PEA)

1. 3 74 3 74207 14.561 Dew Pohts (F)

l. 6 73 46 60.756 61.126 73.626 70.919 73.65 Temperatures (F)

O 1.12 67.734 68 259 68 724 76.107 76 304 76.014 72.152 71297 72.162 76.348 67.635 73.22 13.24 73.782 73 523 73.546 76.163 76.122 76293 73.643 67.981 72.684 76.197 76.174 76.008 Rooding # 165. Apr 15 06,30:29 Pressures PSA) 13 74295 7429 14 562 Dew Pohls (T)

1. 6 73 618 60 841 61281 73 548 70.843 73.569 Temperatures (f) 1.12 67.734 68.259 68.724 76 G12 76 239 75.972 72.138 71287 72.138 7625 67.635 73 22 13 24 73.758 73 509 73.532 76 108 76.057 76214 73 611 67.976 72,665 76.137 76.105 75.038 Beoding i 166. Apr 15 06 45.30 Pressures esA)

L3 74256 74 283- 14.565 Dew Pohls (F)

1. 6 73.533 60 91 61.357 73M5 70.531 73 487 Tempera ures (F)

L12 67.725 68249 68.7) 75.986 76.165 75 893 - 72.129 71278 72.138 76.218 6?.635 73202 13.24 73.735 73.485 731200 76.043 76.002 76.163 73.611 67.976 72.665 -76 063 76.026 75 887 i 9

w.- .-, , , - . -.,--m,--, . -.-.=,..--.s.,-u.e c.rv,.wew .,y. . - - - , -.,iyv,.- v--3.-v. +,-c, ,-9 .-- ,m3 .. -.c-- sg -e w y s,-. , 9,.-ye=t---y.9. m m = r,--,yg

Calibraf0d instrumont Data Arkansas Nuclear One Unn 1 4/92 O ~ ~ " ~ ~

Pressures MA) 13 74.284 74.278 14.569 Dew Pohts (F)

L6 73 376 60 993 61.512 73 464 70.535 73 407 Temperatures (F)

L12 67.725 68249 68 71 75.912 76.109 75.828 72.129 18278 72.129 76.139 67.635 73.188 13.24 73 726 73 46? 73.5 75.978 75937 76 0M 73.597 67.971 72.647 76 003 75.956 76.827 9eoding i 164. Apr 16 0716.31 Pressures PSA)

L3 74278 74 271 14.571 Dew Pohts (F)

L6 73 537 61.0 2 61.59 73 AM 70.916 73 409 femperatures (F)

L12 67.725 68 249 68 71 75 856 760M 75 777 72.110 71269 72.115 76 0 % 67.649 73 178 IL24 73 703 73 458 73 5 75 922 75 666 76.019 73.588 67.971 72 628 75.928 75 891 75.771 Deomng e 169 Apr 15 07.30.31 Preuures PSA)

1. 3 74 271 74 266 *i573 Dew Pohts (F)

L6 73 458 61.156 61.674 73 466 72 013 73.333 Temperatures (F)

O L12 67.725 68 240 68 71 15.805 75 979 75 731 72 105 71269 72.115 76 67.640 73.169 ILM 73 70$ 73 458 73 467 75 857 75 816 75 955 73.588 67.971 72.628 75.863 75 826 75.716 Roo$ng # 170. Apr 15 07.45.32 Pressures PSA)

L3 74264 14261 14 575 Dew Pohts (F)

L6 73 534 61226 61.829 73 385 70905 73.338 Temperatures CF)

L12 67.711 68249 68.701 75 75 75 935 75 698 71105 71255 72.115 75.944- 67.649 73.169 13.24 73 693 73 434 73 467 75 B06 75 765 75901 73 $78 67.971 72 619 75.799 75.771 75 674 Deo&ng i 171 Apr 15 06.00.32 Pressures PSA)

L3 74261 74 256 14.577 Dew Pohls (F)

L 6 73297 61299 61.829 73.385 72.065 73.33 Temperctures (F)

L12 67.711 68 24 68 701 75.708 75882 75.624 72.082 71246 72.092 75 847 67.649 73.16 13.24 73.67 73 425 73 449 75.751 -75.719 75.857 73.564 67.962 72.6 75.734 75.71 75 623 O

"  % s u s, Calibrated Instrument Data Arkansea Nucw one Unit 1 4/92 Aeoding i 172. Apr 15 0315.33 O L3 74255 74249 14.577 Preuures FSA)

Dew Ponts (F)

L6 73297 61.374 61.902 73 382 72 003 73.33 Temperdures (F)

L12 67.702 68.226 68.701 75.638 75 817 75.583 72.082 71.236 72.083 75.805 67.635 73.146 13.24 73 661 73 432 73 425 75.695 75 668 75.?v2 73 555 67.953 72.586 75 678 75 641 75 563 v

Deodag t 173 Apr 15 08.30-13 Preuores PSA) 13 7425 74245 14.579

'* 0

, Dew Points (F)

Sf( .6 73297 61 455 61.98 73.309 71.303 73.25 f%U . Ternperaturn (F) y .12 e 7.702 68 226 68 692 75 58', 75 775 75 536 72 073 71.223 72 083 75.727 67.6% . 73.146

. 3-.24 73 625 73 432 73 125 75.e 39 75 612 75.727 73 555 67.9^ 7 72 582 75.627 75 594 75 54 Geoding # 174 Ar 15 08.45.34 Preuures PSA)

L3 74 243 74 24 14541 Dew Points (F) l6 16 73 297 61.528 62.061 73 305 71.848 73.166 Temporoen (F) >

9 L 12 67 70~/ o8236 686;7 75 559 75 747 75 504 72.06E 71 218 72.088 75 6S9 67.644 73.141 13.24 73 633 73.383 73 402 75.607 75.575 75 667 73.527 67.948 72.568 75 567 75.53 75 493 L:oding # 175 Apr 15 09.00.34 h W Preuvres FSA)

L3 74 ' 74 M* 14.582 Dew Points (F) h L6 73 2+, ^1.c31 62.059 73224 72cu 7324?

TempeWes (F)

L12 6 7. ' 68 236 68.691 75.518 75.696 75.448 72.068 71219 72.078 75.662 67.644 73E2 s 13.24 73.6:4 73 374 73.388 75.551 75 533 75.625 73.541 67.957 72.568 75.52 75 483 75 461 Reoding # 176 Apr 15 09:15.35 P.ouures PSA)

L3 74.275 74.23 14 563 Dew Points (F)

1. 6 73299 61.6G1 62216 73227 71.613 73.163 Temperdures (F)

L12 67.707 68 222 68 697 75 471 75 659 75 406 72.059 '.iB 72.088 ,5.583 67.644 7J.132 13 24 73.624 73.374 73 402 75.5!9 75.492 75 584 73.527 67.957 72.558 75 479 75 441 75 419 9

Calibratsd Instrumont Data q Arkansas Nuclear One i Unit 1. e/92 Booding 8177 Apt 15 09 30.35 O

Proesures esA)

L. 3 74232 74227 14.503 Dew Pows (F)

1. 6 73 219 61.685 62.216 73.149 72.321 73.166  ;

e'emperdures (F) l 12 67.702 68226 68.701 76 434 75.622 75.374 - 72.054 71.213 72.083 75.523 67.635 73.114 l

13.24 73.596 73.346 73 384 75.468 75 441 15.523 73.523 67.957 72.558 75 432 75 4 75.396 1

1 9eoding 6178 Apr 15 09.45.36 4

Pressures PSA) j 13 74 227 74222 14 $80 i Dew Points (F)

1. 6 73297 61.686 62295 73.073 72 476 73.088 j Tempersures (F) i 1 12 67.702 68 226 68 692 75.378 75.566 75.309 72.054 71.199 72.074 7549 67.649 73 114 13.24 73 582 73.346 73 37 75 435 75 408 75 477 73.513 e 7.962 72.549 75.386 75.349 75.349 i

peodmg # !!9 Apr 1510:0137 Pressu,es esA)

1. 3 74 221 74 218 14 586 Dew Points (F)

1. 6 73 214 61.764 62.291 73 069 72.242 73.089 9

Temperatures (F) i 1.12 67.702 68 22e 68.692 75.346 75.534 75.267 72.041 71.199 72.064 75 425 67.649 73.104 13.24 73 582 73.346 73.351 75.38 75 362 75.426 73.499 67.948 72.545 75.335 75.302 75.280 t

feeding # 130 Apr 151015:37 Pressures esA) 13 7422 74 213' 14.586 Dow Points (F) 16 73 222 6ic 12 62.373 73.073 /2.082 73.014

! Temperatures (F) 1 12 67.702 6824 68,692 75.313 75.501 75.235 72.041 71.199 72.074 75.384 67.649 73.114 13 24 73 563 73.337 73.351 75 347 75.32 - 75.38 73.49 67 957 72.54f 75.307 75256- 75289 Gooding e lol . Apr 15 10.30.19 Pressures FsA)

I3 74.215 ' 74 208 14.585 Dew Points (F) 16 73.222 61.925 62.379 72.997 . 72.629 73.014 Temperdures (F)

. 1 12 67.702 68226 ~ 68.692 N 272 75.469 75.193 72.031 71.199 72.064 75.337 - 67.649 73.09 13.24 73.563 73.328 73.337 75.315 75288 75.329 73.49 o',948-- 72 535 75251 75214 75 247 l

l O

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

Calibrated Instrumont Data Atkonsos Aclear Orse UMt 1 4/92 9 Rooding # 182 Apr !5 lada30 1., 3 7421 742C4 14.585 Pressures FSA)

Dew Points (F)

L6 73.145 61.922 62.45 72.994 72 405 73.014 Temperatures (F) 1 12 67.702 68.226 68.69' 75258 75 446 75.179 72.031 71.199 72.074 75295 67.658 73.09 13.24 73.56? 73 328 73 328 75 282 75264 75.305 73 476 67.957 72.535 75228 75.182 75224 2eoding # 163. Apr 15 la50.31 Pressures FSA) 13 74 206 74 201 14.5B7 Dew Points (F)

L6 73 143 61.918 62.528 72.997 l2.708 72.93

?*mperatures (F. .,

L12 67.702 68 226 68 692 75.23 75 4G4 75.16 72.03) .L199 72 0$4 75286 67.649 73 09 13.24 73.531 73.314 73 328 75259 75232 75 282 73 476 67.957 72.526 75.106 75 149 75201 Rooding # 184. Apr 151100.31 6 Pressures 95A)

, L3 74 203 74 197 14586 Dew Points (F)

L6 72 982 61.9?5 62.528 72.909 72.708 72.927 Temperatures (F) 9 L 12 67 707 65 222 68 697 75.211 75 39 75.133 72.036 71.195 72.00 13.24 73 549 73 309 73.323 75 227 75209 75.254 73 476 67,948 72.517 75 163 75.117 75.169 75.258 67.663 73.086 heoding # 185 Apr 1511:10 31 Pressures 95A)

L3 74 2 74 193 14.586 Dew Points (F)

L6 73.061 62 62.525 72 9!2 72.626 72.854 Temperatures (F)

L12 67.702 68 217 68.683 75.174 75 371 75.096 72.017 71.1 72.064 75.231 67.658 73.081 13.24 73.5G8 73 3M 73 314 75.199 75.181 75208 73.476 67,953 72.512 75.149 75.089 75 155 Rooding # 186 Apr 151120:32 Pressures PSA)

L3 74.197 74.191 14586 Dew Points (F)

L6 73.061 61.997 62 604 72.909 72.626 :2.851 Tempercuru4 (F)

L12 67.702 68.226 68 683 75.151 75.348 75.072 72.017 71.19 72.06d 75.207 57.658 73.072 13.24 73 522 73.305 73.305 75.175 75.158 7il76 73.467 67.948 72.517 75.108 75.061 75.127 3

9 l

Calibrated instrumont Data Arkonnas Nuclear One Unit 1 4/92 Deoding # 167. Apr 1511.30.32 Pressures PSA)

L3 14.193 74 186 14.586 Dew Points (F) 16 72.988 61.997 62.601 72.909 72.318 72.854 Temperatures (F)

1. 12 67.702 68226 68.683 75.133 75.32 75 049 72.008 71.19 72.064 75.166 67.658 73.072 13.24 73.508 73291 73 305 75.152 75.125 75.152 73 476 67.948 72.503 75.089 75.028 75.104 Gooding i 168 Apr 151135:18 Proesures PSA)

L3 74.19 74.185 14.585 Dew Points (F)

L6 72.954 62 62.603 72.833 72 477 72.853 '

Temperatures (F)

Lt2 67.711 68 236 68 678 75.119 75.316 75.045 -72.017 71.199 72.069 75.161 67.663 73.081 13.24 73.526 73291 73 314 75.152 75 135 75 139 73.486 67.953 72.512 75.071 75.024 75.09 9eoding i 169. Apr 1511:40.30 Pressures @sA)

L3 74 189 74 183 14.585 Dew Points (F)

L6 72.981 62.075 62.682 72.833 72.623 72.771 Temperatures (F)

O L12 67.702 68.226 68 692 75 109 75 297 75r49 72.008 71.19 IL24 73 522 73291 73.305 75.134 75.116 75 12 73.467 67.948 72.05 7511 67.667 73 072 72.503 75 052 75,01 75 08 Roo:hng # 190. Apr 1511:45.30 Pressures FS A)

L3 74 187 74.183 14.584 Dew Points (F)

L6 72.981 62.079 62.679 72.833 72.626 72.774 Temperatures (F) -

.12 67202 68 226 68 602 75.095 75297 75.04 72.008 71.19 72.05 75.143 67.667 73.072 -

13.24 73.508 73281 73296 75.12 75.102 75.12 73 467 67.957 72.503 75.052 75.01 75 062 Gooding # 191 Apr 1511:!A30 Proseures FWA)

L3 74.186 74 182 14 583 Dew Pointa (F)

L6 73.143 62.079 62.683 72.834 72.475 72.775 -

Temperatures (F)

L12 67.70* 68226 68.692 - 75.086 75288 75.017 72.008 71.181 72.05 75.11 67.667 73.072 13 24 7M08 73.281 73296 - 75.111 75.093 75.111 73.467 67.962 72.512 75.038 74.991 75.057 O

s- - - s

4. -. i..- .-._..__#_. . 4 ,.m. , .u-- _ . . . . - .

! Calibrated Instrum:nt Data

• Arkonsas Nuclocr One Unit i . 4/92 Deoding i 112 Apr 1511:55:30 a Proesures (PSA) i L3 74.183 74.18 14.583 j Dew Points CF) i L6 73.061 (1079 62.764 72.834 72.403 72.778 Temperatures (F) 3 L12 67.702 68.226 68.692 75.077 75.274 75.007 72.008 71.181 72.05 75.101 67.667 73.072 13.24 73.508 73.281 73.296 75.101 75.084 75.088 73.467 67.962 72.512 75.038 74.982 75.057

Reoding # 193 Apr 1512.00.30 Pressures (PS A)

I L3 74.183 74.178 14.582

- Dew Points (F)

, L6 72.988 62.079 62 758 72.834 72 103 72.775 Temperatures (F)

L12 67.702 68 226 68.701 75.063 75 274 75 007 72.008 71.181 72.05 75,092 67.667 73.072 13 24 73.508 73.281 73.296 75.087 75.07 '5.088 73 467 67.957 72.503 75.024 74.963 75.053 Geodir's 8194 - Apr 1512.05.31 Pressure: 0tlA).

L3 74.18 74 176 14.581 Dew Points (F.%

L6 73.066 62.079 62.758 72.755 72.478 72.775 O L12 67.702 68.226 68.692 75.054 75.265 74.998 72.008 71,19 13 24 73 508 73.281 73.296 75 087 75 06 Temperatures (F) 75.064 73.467 67.957 72.503 75.01 72.064 75.078 67.681 73.072 74.954 75.053 Reoding i 195 Apr 1512:10.31 Pressures (PS A)

L3 74.181 74.173 14.58 Dew Points (F)

L6 72.907 62.08 62.762 72.758 72.627 72.778 Temperatures (F)

L12 67,702 68.226 68.692 75 044 75.265 74.998 72.006 71,19 72.074 75.092 67.681- 73.072-13.24 73.508 73.272 73.296 75.078 75 046 75.055 73.467 67.967 72.503 75.001 74 945 75.039 Reading # 196 Apr 1512:15:31 Wessures (PsA)

L3 74.102 74.171 14.58 Dew Points (F)

L6 72.907 62.159 62.762 72.758 72.479 72.776 Temperatures (F)

L12 67.702 63.226 68 683 75.035 . 75.251 74.984 72.008 - 71.19 72 064 75.078 67.681- 73.072 13 24 73.498 73.272 73.2 4 75.064 75.037 75.037 73A67 67.967 72.503 75.001 -74 931 75.029-a

'}

Calibraf0d Instrum nt Data  !

- Arkonsos Nuclear One l Unit 1 4/92 Rooding # 197

• Apr 1512.2031 O L3 " 179 'r4.171 14.58 Pressures FEA)

Dew Points (F)

L6 72.986 62 155 62.762 72.755 72.475 72.775-Temperctures (F) 1.12 67.702 68226 68.692 75 035 75241 74.961 71.999 71,19 72.064 75.036 67.681 73 063 13 24 73 498 73272 73296 75.046 75 037 75.023 73 458 67.962 72.498 74.973 74.912 75.011 Rooding # 198 Apr 1512.25.31 Pressures PNA)

L3 74.174 74.168 14.579 Dew Points (F)

L6 72 906 62.155 62.762 72.758 72.475 72.7 Temperatures (F) 1.12 67.702 68226 68.692 75.021 75 223 74.952 71.999 71.19 72 064 75 022 67.681 73.063 13.24 73 498 73272 73296 75 036 75.019 75 023 73 458 67.953 72.498 74 959 74.894 74.988 Reoding i 199 Apr 1512.30 31 Pressures PSA)

1. 3 7 173 74 168 -- 14.578 Dew Points (F)

L6 72.903 62 151 62.757 72351 -72 472 --72.696 Temperatures (F)

L12 67 702 68 226 68 692 75.012 75209 74 952 71.999 71.19 72.064 75.003 67.681 73.063

-O' 13.24 73 408 73263 73286 75.022 75.005 74.990- 73.458 67.957 72.494 74.945 74.889 74.983 Rooding i 2T Apr 1512.35.32 Pressures PSA)

L3 74 172 74 165 14.577 Dew Poirts (F) -

16 72.900 62.151 62.757 72.751 72.547 72.702 Temperatures (F)

L12 . 67.702 68226 68.692. 74 989 75.2 74.943 - 71.999 71.199 72.064 75.003 67.681 73.063 13.24 73454 73263 73.286 75 013 74 995 74.981 73 458 '67.957 72.494 74.936 74.875 74.965 Rooding i 201 Apr 1512:40.32 Pressures PSAs L3 74.171 - 74.166 14.575 Dew Points (F)

L 72.831 62.155: 62.837 72.679 72.47e 72303 i

Temperatures (F)

L12 67.707 68245 68.706 74.984 '75.186 J 74.924 - 72.003 '71209 72.069 74.999- 67.695 73.067 13.24 73 494 73.281 73282 75.009 75 74.976 .73.476 67.962 - 72.498 74.931 - 74.871 74.969 0

.,,,,..n-.-.~.-.>-,..~,,.--.L- .-

Calibrated instrumcnt Data Arkonsos Nuclear One

- Unit 1 4/92 Deoding # 202. Apr 1512.45.32 P_.s ,..

! 13 74.17 74.163 14.575

Dew Pohls (F) 2 1e 72.901 62 155 62.84 72,755 72.472 72.7

Temperatures (F) 1.12 67.707 68245 68.706 74.984 75.195 74.915 72.003 71232- 72.069 74.M 67.695 73.067 13.24 73.404 73.281 73282 74.999 74.991 74 976 73.476 67.962 72.512 74 0 74.861 74.969 i

Rooding 9 203 Apr 1512 50:32 i Pressures PSA) j 13 74.167 74.162 14.574 Dew Points (F)

16 72.834 62237 62.837 72.755 72.551 72.7

, Temperatures (F) f 1. 12 67.702 68 24 68 71 74 966 75.176 74.91 71.999 71223 72.064 74 971 67.69 73.063

13.24 73.4S4 73 263- 73272 74.981 74 972 74.918 73 458 67.957 72 494 74.936 74.848 74.955 i

f_ Rooding 8 *t04 Apr 1512.55.35 j Pressures PSA) 3 13 74 167 74.16 14 573 1

Dew Pohts (F) .

. 1e 72.828 '62.155 62.837 72.679 72.475 72 618

! Temperatures (F) 1 12 67.702 68.24 68.71 74.947 75.167 74.919 71.999 71.236 72.05 74.971 67.69 73,063

. 14.24 73 498 73263 73286 74.481 74963 74.948 73.448 67.957 72 503 74.927 74.848 74.941 i

i Eeoding # 205 Apr s5 U.3132 Pressures PSA) j 1. 3 74.164 74.159 14.572 4

Dew Pohts (F) 16 72.749 62.234 62.834 72.752 72.475 72.615 Temperatures (F) 3- 1 12 67.702 6824 68.71 74.947 75 144 74.919 72.008 71236 72.064 74.971 67.7 73.063 13 24 73 4S4 73.263 73286 74.967 74.949 74.948 73 448 67.957 72.503 74.913 74.834 74.932 peoding # 206 Apr 1513:05:33 Pressures FSA)

> 13 74.164 74.158 14.571 Dew Pohts (F) -

1 6 - 72.828 62234 62.837 72.644 72.4 72.618 -

Temperatures (F) 1,.12 67.702 6824 68.701 74.938 75 144 '74.887 71.999 71226 72.064 74.948 67.69 73.063 13 24 73.466 73263 73272 74 958 74.94 74.925 73.458' 67.957 72.503 74.904 74.81 74.923 i-i

O  !

1 l

_ ____...-.._ _ _ _-.- _. . . . _ . _ - - . . , . _ . . . . - - - . . _ . - . - - . . - - , . _ -. ._. . . , . - l

. - - - - . . .. - = -. .__-

e Calibrot0d Instrum0nt Data Arkansas Nuclear One Unit 1 4/92 i

Beoding # 207 Apr 1513:10:33

} .

Pressures PSA)

I 13 74.164 74.156 14.569 Dew Points (F) 1., 6 72.749 62.234 62.834 72.679 . 72.403 72.621 Temperatures (F) 1 12 67.702 68.24 68.701 74.924 75.135 74.887 71.999 71223 72.064 74.925 67.7 73.063 13.24 73 475 73.249 73.263 74.948 74 931- 74.902 73.458 67.948 72.503 74.88 74.801 74.909

^

k Reoding # 206 Apr 1513:15.33 i

Proesures PSA)

1. 3 74 162 - 74.156 14.568 l Dew Points (F) j 1. 6 72.746 62.234 62.831 72.679 72.315 -72.615 Temperatures (F)

{

1 12 67.702 68.226 68 71 74.914 75.125 74.854 71.999 71236 72.0M 74.925 67.7 73.063 i

13.24 73475 73249 73.263 74.925 74.921 ~ 74 902 73 448 67.948 72.494 74.857 74.792 74.909 i

Deoding # 209. Apr 1513.20:33 Pressures @sA)

1. 3 74.159 74 153 14.567

Dew Points (F) 16 72.749 62.237 62.913 72.598 - 72.4 72.618 i' Temperdures (F) 4 1 12 *'.707 68245 68.706 "74 91 75.121 74.859 72.003 71.25 72.069 74.911 67.709 73.058 13 24 73 471 73258 73268 74,92 74.917 74.897 73.453 67.962 - 72.512 74.867 74.787 74.904 i

Deoding # 210 Apr 1513.25:33 Pressures FSA) -

13 74.157 74.152 14 566

' Dew Points (F)

l. 6 72.749 62 234 ' 62.913 72.679 72.472 72.618-l_

. Temperatures (F) i l.12 67.707 68.245 68.706 74.896 75.107 - 74.85 72.003' -7125 72.069 74.911 - 67.718 73.067 13.24 73.48 73258 73268 74.911 74 903 74.897 73 453 67,962 72.512 74 867 74273 74.895 Eeoding 8 211 - Apr 1513:30:33 -

Pressures esA) l 1. 3 . '4.156 74 151 14.565 Dew Points (F)

1. 6 72.675 62232 62.909 72.597' 72.398 72.618

, ' Tempersures (7) :

' l 12 67.707 68 245 68.706 74.896 75.107- 74.841 72.003 71264 72.069 74.892 67.718 73.058 13 24- 73 471- 73244 73258 74.911 74.893 -.74.879 73 462 67.962' 72.521 74.853 74.764 74.872 l

O i-

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

Calibrated Instrument Data Arkansos Nuclear One Unit 1 4/92 Reading f 212 Apt 1513.35.34 Proesures PSA) 13 74.154 74.151 14.564 Dew Points (F) 16 72.669 62.315 62.909 72.597 72.398 72.541 Temperdures (F) 1 12 67.721 68245 68.706 74.887 75.C98 74.85 72.003 71264 72.069 74.878 67.709 73.058 13.24 73.471 73258 73 2 68 . 74 897 74.893 74.865 73.462 67.962 72.512 74 843 74.755 74.872 Deoding f 213 Apr 15134.34 Pressures 95A)

L3 74 154 74 148 14.563 Dew Points (F)

1. 6 72.827 62,312 62.912 72.597 72 474 72.618 Temperatures (F) 1.12 67.707 68245 68.72 74.887 75 098 - 74.827 - 72.003. 71.274 72.069 74.869 67.718 73 058 13.24 73 471 73258 73268 74.897 74 88 74.856 73.453 67.962 72.521 74.843 74.745- 14.872 D

Deoding # 214 Apr 1513 45.34 Pressures PSA)

1. 3 74.153 74.147 14.562

- Dew Foints (F)

L6 72.748 62.315 62.912 72.597 72.401 72.544 O I.12 67.721 68.245 68 72 13.24 73 452 73.258 73.268 74.868 74.87 Temperatures (F) 74.877 75 074 74 817 72.003 71274 72.078 74 846 67.718 73.058 74 846 73.462 67.971 72.535 74.834 74.745 74.863 Deoding # 215 Apr 1513.50.34 Pressures PSA)

1. 3 74.152 74.144 14.562 Dew Points (F)

1. 6 72.749 62.312 62.995 72.598 . 72.315 .72.545 Temperdures (F) 1 12 67.711 68.249 .68.724 74 859 75.079 74.822 - 71.999 71278 72.064 74.827 67.714 73 049

-13.24 73.457 73.249 73272 74.883 74 Boo 74.828 73 448 67.976 - 72.526 .- 74.829 74.736 74.858

' Deoding # 216 Apr 1513.55.34 Pressures FWA)

-1 3 74.149 74.144 14,561 Dew Points (F)

1. 6 72.676 62.312 62.995 72.598 72 403 72.618 :

Temperatures (F) 1 12 67.711 68249 68.71 74 85 75.056 74 803 71.999 71.287 72.064 74 841 67.723 73.049 13 24 73.457 '73249 73272 74.869 74.852 74.828 73 448 67.967 72.535 74.816 74.713 74.858 L

l Calibrated Instrument Data i Arkonsas Nuclear One

Unit 1 4/92 pooding f 217 + Apr 1514.00.34 P,o.su,es e s A) i- 13 74.145 74.143 14.56 l Dew Points CF) l 16 72.749 62.312 62.995 72.525 71.925 72.539 Temperatures CF) 1 12 67.711 68249 68.724 74.85 i$.056 74.79 71.999 71287 72.064 74.818 67.723 73.049

13 24 73 457 73.24 73272 74.86 74.842 74.819 ' 73 458 67.971 72.531 74.797 74.708 74539 i

1 I Deoding # 218 Apr 1514:05.35 Pressures PSA) l

L3 74.147 74.141 14.558 Dew Points (F)

L6 72.752 62.315 62.997 72.603 72.16 72.467

. Temperatures (F)

L12 67.711 68.249 68.724 74.84 75 N7 74.79 71.999 71.287 72.064 74.809 67.714 73.049 l 13.24 73 457 73.24 73.272 74 851 74.833 74.819 73.458 67.971 72.531 74.778 74.699 74.825 i Beoding # 219 Apr 1514:10 35 Pressures PSA)

L3 74.146 74.14 14.558

( Dew Points CF) l L6 72.749 62.312 62.995 72.522 72.239.- 72,464 l Temperatures (F) -

I \ '

L12 67.711 6824 68.734 74 84 75C47 74 79 71.999 71.297 72.064 74.786 67.723 73.049 13.24 73.457 73249 73.263 74 851 74 833 74 805 73 458 67.971 72.531 74.778 74.609 74.816 Deoding # 220 Apr 1514.15.35 i Pressures @SA)

L3 74.143 74.14 14.557 Dew Points (F)

I L6 72.595 62.394 62.997 ' 72.522 72.079 72.464 -

Temperatures (F)

L12 67.711 68 249 68.724 74.817 75.028 74.803 71.985 71.287 - 72.064 74.786 . 67.732 73.049 13 24 73.457 73.24 73254 74.842 74 824 74.795 73 448 67.962 72.531 74.765 74.676 74.807 9eoding # 221 - Apr 151420.35 Preesures PS A) .

L3 74.141 74.137 14.555 Dew Points (F)

L6 72.676 62.397 62.992 72.522 71.843 72.464 Temperatures (F)

L12 67.711 68.249 68.724 74 917 75.014 74.78 71 985 71297 72.064 74.786 67.723 73.049 13.24 73 457 7324 73272 74.818 74.81 74.772 73.458 67.967 72.526 74.774 74.671 74.802 '

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l 4

l Calibratad Instrument Dato e Atkonsas Nuclear One i uns1+4/92 3 Rooding 8 222

• Apr 1514.25.35 Proesures PSA) l '

L3 74.141 74.136 14.555 Dew Points (F)

! L6 72.505 62494 63.07 72.522 72.082 72.464 j Temperatures (F)

! L12 67.711 6824 68 724 74.803 75.005 74.78 71.985 71297 72.05 74.776 67.732 73.049 1 13 24 73A33 73.24 73263 74 818 74 787 74.763 73 448 67.957 72.526 74 76 74.653 74.788 i

i Reading i 223 Apr 1514.30.35 Pressures P5A)

L3 74.14 74.135 14.554 l Dew Points (F) 1 L6 72.660 62.393 63.069 72.521 72.317 72.466

, Temperatures (F)

L12 67.721 68254 68 729 74.799 75.009 74.776 71.994 71.306 72.069 74.758 67.741 73.044 1 13 24 73 452 73235 73 240 74 823 74.796 74 768 73 /62 67.962 72.521 74.746 74.648 74.764 i

Rooding i 224 - Apr 1514.35.36

, Pressures PSA) j L3 74 139 74.134 14 553 Dew Points (F)

L6 72.597 62.396 63.067 72.M2 72.156 -- 72A62 i

Temperatures (F)

! L12 67.721 68254 68 729 74.789 75 74.752 71.994 71.315 72.069 74 758 . l.741 73.044 i - 13,.24 73 452 73235 73258 74.8 74 722 74.758 73 462 67.971' 72.535 74.746- 74.648 74.784 r .

l Reoding # 225 Apr 1514:40.36 Pressure. P5IA)

L3 74.135 74.131 14 552 j Dew Points (F) i L6 72.504 62.303 63 072 72A42 72.156 72.462 l- Temperatures (F) -

L12 67.711 68.249 68.134 74 771 74.982 74.757 71.999 71.311 72.064 74 744- 67.732 73L63 l 13.24 73A43 7324 73.263 74.786 74.778 74 731 73 448 67.967 72.526 74.73? 74.629 74.76 i . .

1 -- Rooding 8 226. Apr 1514.40 0 4

Pressures PSA)

L3 - 74.138 74.131 14.552 Dew Points (F)

L6 72.594 62.39f 63.067 74442 .72.081 72.462  ;

Temperatures (F) -

l L12 67.711 68.249 68 734 74.761 74.982 74 757 . 71.985 71297 ' 72.074 = 7433 67.732 73.049 - I 13 24 73 443 7324 73263 74.772 . 74 168 74.731 73A67 - 67.967 ~ 72.526 74 732 74.616. 74.747

, )

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$ Calibrated Instrum;nt Data Arkansas Nuclear one

- - Unit 1 4/92 Reading f 227. Apr 1514:50.36

. P _r.s,..

l3 74.137 74 129 14.549 I

Dew Points CF) '

F 16 72.516 62 47 63.07 72.519 72.158 72.464 1- Temperatures (F) i 1.12 67.711 68249 68.724 74.761 74 958 74.757 71.999 71287 72.074 74.721 67.746 73N9 13.24 73 M3 73.24 73263 74.772 74.754 74.721 73 467 67.967 72.526 - 74.718 74.616 74.76 l

sooding i 228. Apr 1514:55.36 Pressures FSA)

. 1. 3 74.133 74.128 14 549

! Dew Points (F)

! 1. 6 72 4M 62 397 63.07 72.37 72.158 72 467 j Temperatures (F) f 1 12 67.711 68 249 68.734 4 752 74 958 74 757 71.C 4 71.287 72.064 74.711 67.746 73.039 13.24 73 443 7324 73263 /4 763 74 ~ 45 74.721 73.458 67.976 /2.b35 74.70' 74 o16 74.747

+

t i

i Reading f 229 Apr 1515.00-36 Pressures FSA) i 13 74.132 74.126 14.547 I

Dew Pows 'F)

. 1., 6 7?.519 62.473 63.07 72.M6 72.158 72.391 I Temperatures (F)

L12 67.711 68259 68.7S 74.743 74.958 74.748 71.999 71.2'7 72.074 74302 67.746 73.039

! 13.24 73 443 73 24 73263 74 763 74.745 74307 73 458 67.976 72.535 74309 74.606 74 747 i

I

! Rooding i 230 Apr 1515.05:. I Pressures 0 SA) l L3 74.1.1 74.126 14.545 i Dew Points (F)

1. 6 12.M c2.47 63.07 72.444 71.925 72.464 7 mpere ures (F)

L12 67.711 68259 68 734 74.743 74.958 - 74348 71.Y99 71297 72.064 74.688 67.746 73.039 13.24 73 443 7324 73254 74.753 74336 74.698 73.448 67.976 72.535 74.695 74.606 74.737 4

l Reoding # 231 - Apr 1515:10:37 l' Pressures FNA)

L3 74.129 74 124 14.543 i Dew Points (F)

L6 72.444 62.467 . 63.07 72.M7 71.849 72.391 Temperatures (F)

L12 67325 68.259 68.734 74.729 74 949 74 315 --71.999 71297 72.074 - 74.688 - 67.746 73.039 13 24 73 443 7324 73254 74344 74.736 74.689 73 458 67.99 . 72.E35 74.695 .74.583 74337 i

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Calibrated Instrument Data Arkorm Nuclear One Unit 1 4/92 Reading i 232 Apr 1515.15.37 P-.s ,$-

13 74.128 74.123 14.542 Dew Points (F) 16 72 M 1 62 473 63.149 72.M7 72,082 72.391 Temperatures (F) 1 12 67.725 68259 68.748 74.729 74.94 74.706 71.999 71.297 71064 74.679 67.746 73.039 13.24 73 M3 7323 73254 74.7M 74 727 74.689 73.458 67.99 72.535 74.666 74.574 74.737 Readmg # 213 Apr 1615.7J.37 Pressures PSA) 13 74.126 74 121 14.541 Dew Points (F) 16 724M 62 47 63.149 72.37 71.61 72.393 Temperatures (F) 1.12 67.711 68259 68.748 74 72 74.917 74.692 71.999 71269 72 064 74.665 67.746 73.049 13.24 73 M3 7323 73263 74.73 74.713 74.675 73 458 67.971 72.531 74.681 74.555 74.719 A

Roodmg # 234 As.,15 e5.25.37 Pressures FSA) 13 74.128 74.12 14.539 Dew Points (F)

1. 6 72283 62.47 63.152 72.37 71.689 72.391 Temperatures (F)

O 1. 12 67.711 63.259 48.748- 74.72 13.24 73.433 7324 74.917 74.683 71.985 71269 72.064 74.647 67.755 73.039 73254 74.721 74.703 74.666 73 458 67.971 72.531 - 74 644 74.555 74.696 Geoding # 235 - Apr 1515.30.37 Pressures FSA)

1. 3 74.126 74 121 14.538 Dew Points CF) 16 72.279 62.469 63.145 72.367 71.842 72.39 Temportares (F) 1 12 67.711 68 259 68.748 74 696 74 907 74.683 71.985 71.269 72.064 74.647 67.755' 73.049 13.24 ' 3.4 13 7324 73.254 74.707 74.689 '74.666 73 452 67.976 72.535 74.6M 74.551 74.705 O

1 l

l l ANO Unit I l i

O

! APPENDIX F Local Leakage Rate Testing Conducted 4

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I

o 1-l 1R9 1M91 1R10 l PENET l COMPONENTS AS-FOUND l AF DATE l AS-LEFT l AL DATE AS-LEFT 'l AL DATE AS-FOUND l AF DATE l AS-LEFT l AL DATE l LR (ACCM) LR (ACCM) LR (ACCM) LR (SCCM) LR (SCCM) f P-11 CV-4804 . _ 180.4 10/18/90 180.4 10/18/90 35 03/10/92 35 03/10/92 CV-4803 0 10/17/90 0 10/17/90 'uV 03/10/92 <20 03/10/92 C P-12 CV-2418 109.3 10/26/90 4.5 11/11/90 <0 3/17/92 251.9 N7/92 1

CV-2418 l j- CF-2 i P-14 CV-1221 138.9 10/05/90 148.4 12/06/90 114.6 03/05/92 <20 04.03/92 I

CV-1214 18.9 10/05/90 737.9 12/96/90 _ _

<20 03/04/92 40.3 04/03/92

}

CV-1216 9.4 10/05/90 402.5 12/06/90 <20 03/0N92 <20 04/03/92 P-19 SF 42 99.3 10/08/90 99.3 10/08/90 327.9 03/05/92 374.3 ON12/92 SF-43 0 10/08/90 0 10/08/90 <20 03,95/92 <20 03/05/92 1.

' SF-44 ' 295.9 10/08/90 295.9 10/08/90 3024 03/06/92 3024 03/06/92

P-24A CV-7446 25.3 10/19/90 25.9 10/19/90 161.8 03/10/92 55.6 04/07/92 l CV-7445 104 10/21/90 104 10/21/90 260.7 3/10/92 260.7 3/10/92

! SV-7456 SV-7469 j SV-7510 i OV-744". . 39.7 10/8/90 39.7 10/8/90 159.5 4/16/91 260.7 3/10/92 260.7 3/10/92 f SV-7479 '

l SV-7469 i SV-7510

l. P-248 CV-7450 82 10/21/90 82 10/21/90 286.2 3/9/92 286.2 3/962 i

' SV-7459 i CV-7449

!, P-25 SV-7454 82' 10/21/90 82 10/21/90 ' <0 3/9/92 <0 N10/92 ,

j - SV-7512 i CV-7453 2

i P-31 N2-3 75.6, 10/13/90 190.5 '11/13/90 324.5 3/21/92 324.5 3/21/92 l MU-35A N2-61 ' 92.9 10/13/90 919 .'10/13/90 251.9 3/21/92 251.9 3/21/92

' MU-36A 97.2 10/13/90 '97.2 10/13/90 42.3 03/21/92 .42.3 03/21/92 1 i

i k

I .f

O O O 1R9 1M91 1R10 PENET l COMPONENTS AS-FOUND l AF DATE l A3-LEFT l AL DATE AS-LEFT l AL DATE AS-FOUND l AF DATE l AS-LEFT l AL DAT_E LR (ACCM) LR (ACCM) LR (ACCM) LR (SCCM) LR (SCCM)

P-32 MU-350 1253.4 10/13/90 64.2 l11/2./v0 209.3 3/21/92 209.3 3/21/92 N2-5 MU-36B 255 10/13/90 2_42 g/22/90 12_41.7 03/21/92 1241.7 03/21/92 P-33 CV-1416 31.9 10/09/90 4.5 _ 11/12/90 17205.4 03/07/92 14696 03/08/92 DH-96 0 10/09/90 0 12/09/9 _0 <20 03/08/92 <20 03/08/92 P-39 CV-1065 169.1 10/07/90 J21 12/05/90 93.6 03/18/92 93.6 03/18/92 CS-26 0 10/07/90  ;) 12/05/90 540.6 03/18/92 540.6 03/18/92 P-40 CV-5611 76 10/16/90 40.2 12/07/90 659.8 03/09/92 67.6 03/30/92 CV-5612 48.6 10/16/90 17.2 12/07/90 441.3 03/26/92 441.3 03/26/92 P-41 CV-1687 220.3 10/13/90 220.5 12/05/90 6718.7 C3/23/92 417.1 04/13/92 N2-32 190.7 10/11/90 190.7 *0/11/90 233 04/14/91 10044.2 03/23/92 851.1 03/27/92 P-42 PH-20 4.5 10/18/90 4.5 10/18G0 <20 03/13/92 <20 03/13 S 2 PH-19 32.6 10/31/90 32.6 10/31/90 .

.i 03/14/92 41.5 03/14/92 P-43 BA-141 4.5 11/26/90 4.5 11/26/90 517.9 03/03/92 517.9 03/03 S 2 BA-140 8577 11/20/90 8577 11/20SO O 04/15/91 <20 03M3/92 <20 03/03/92 P-46 IA-37 4.5 11/26/90 4.5 11/26/90 83.4 03/03/92 83.5 03/03/92 IA-15 3725 11/20/90 3725 11/26/90 0 04/14/91 31.3 03/03/92 31.3 03/03/92 P-47 CV-2235 4.5 10/06/90 4.5 10/30/90 <20 03/11/92 <20 03/11/92 ICW-30 0 10/06/90 0 10/06/90 <20 03/11/92 <20 03/11/92 P-48 PH-17 4.5 10/18/90 4.5 10/18 _/90 <20 03/13/92 <20 03/13/92 PH-18 0 10/31/90 0 10/31/90 <20 03/14/92 <20 03/14/92 P-49 BLIND FLG 0 12/1G/90 0 12/16/90 0 04/11/92 0 04/11/92 P-51 CV-6202 48.2 10/27/90 100.1 12/04/90 <20 03/16/92 <20 03/16/92 AC-60 214 10/27/90 214 10/27/90 628.6 03/16/92 628.6 03/16/92 P-52 CV-2234 4.5 10/12/90 4.5 12/03/90 <20 03/11/92 <20 03/11/92 ICW 26 95.9 10/12/90 95.9 10/12/90 63.4 03/11/92 63.4 03/11/92 P-53A CV-7 443 12.9 10/7/90 12.9 10/7/90 65.8 3/10/92 65.8 3/10/92 S / 7467 CV-7444

O O O 1R9 1M91 1R10 PENET l COMPONENTS AS-FOUND l AF DATE l AS-LEFT l AL DATE AS-LEFT l AL DATE AS-FOUND l AF DATE l AS-LEFT l AL DATE.

LR (ACCM) LR (ACCM) LR (ACCM) LR (SCCM) LR (SCCM)

P-53B CV-7447 21.9 10/7/90 21.9 10/7/90 42.8 3/10/92 42.8 3/10/92 CV-7448 SV-7457 P-54 CV-2233 11 10/11/90 44.1 12/04/9_0_ <20 03/10/92 <20 03/10/92 ICW-114 56 10/11/90 5.6 10/11/90 73.9 03/11/92 73.9 ' 03/11/92 P-58 HV-151 379.8 10/10/90 4.5 11/25/90_ <20 03/19/92 <20 03/19/92 HV-150 3356.7 10/10/90 0 11/25/90 338.5 03/21/92 338.5 03/2:/92 P-59 CV-6203 241 10/27/90 90.5 12M6/90 <20 03/08/92 <20 03/08/92 CV-6205 26.9 10/27/90 26.9 10/27/90 . 125.? 03/09/92 125.2 03/09/92 P-60 CV-2220 56' 10/17/90 56 10/17/90_ <20 03/11/92 <20 03/11/92 CV-2221 28.2 10/17/90 28.2 10/17/90 471 03/11/92 471 03/11/92 P-62 CV-2214 43.9 10/16/90 84.4 12/04/90 <20 03/11/92 <20 03/11/92 CV-2215 44.1 10/17/90 869.3 10/17/90 _

261.8 03/11/92 261.4 04/12/92 P-64 HV-140 585.3 10/10/90 585.3 10/10/90_ 36.5 03/19/92 36.5 03/19/92 HV-139 3082.7 10/10/90 1939.6 11/28/90 58St.4 03/19/92 1016.6 04/08/92 P-66 SV-1443 84 10/20/90 84 10/20/90 <20 03/05/92 <20 03/05/92 P-67 SV-1440 Lutt 10/20/90 260.1 10/20/90 4674.8 03/0592 26 04/13/92 P-68 CV It400 4.5 10/20/90 4.5 10/20/90 UNMEASRABLE 03/21/92 322.9 04/13/92 CV-4446 0 11/01/90 0 11/01/90 <20 03/20/92 <20 03/20/92 P-69 ROD-2" 6480.5 04/19/91 <20 03/04/92 _

166.4 04/10/92 RBD-24 _

797.2 04/19/91 57.1 03/04/92 57.1 03/04/92 P-70 CV 1052 149.5 10/10/90 4.5 12/08/90 2701 03/22/92 1975.4 03/25/92 CV-1053 _ 9.6 10/ < GM'J 0 12/08/90 254.6 03/24/92 219.4 04/07/92

, V-1 CV-7402 0 10/02/90 758.9 12/14/90 0 4/19/91 UNMEASRABLE 03/02/92 0 4/13/92 CV-7404 V-2 CV-7401 0 10/02/90 798.8 12/15/90 3127.1 4/19/91 0 03/02/92 1051 4/13/92 CV-7403

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