Text

Reactor Containment Bldg Second Inservice Integrated Leak Rate Test & Types B & C Surveillance Test
	ML18092A370
Person / Time
Site:	Salem
Issue date:	08/31/1984
From:	; Public Service Enterprise Group
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	NUDOCS 8411140340
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. ENCLOSURE l REACTOR CONTAINMENT BUILDING SECOND INSERVICE INTEGRATED LEAK RATE TEST AND TYPE B & C SURVEILLANCE TEST SALEM NUCLEAR GENERATING STATION UNIT 1 AUGDS"f 19 84 PUBLIC SERVICE ELECTRIC AND GAS COMPANY r-- 8411140340 841108 I

PDR ADOCK 05000272 p

PDR

SECTION 1

2 3

4 5

TABLE OF CONTENTS TITLE Purpose summary Edited Log of Events General Test Description Test Results i

PAGE 1

2-4 5-6 7-11 12-14

~*

~~~., "

i,

ATTACHMENTS

1.

Formulas for Computing Leakage Rate

2.

Calibration Report

3.

Stabilization Data

4.

CILRT Data

5.

Instrument verification Date

6.

Local Leak Rate Tests (Types B&C) As Found summary

7.

Local Leak Rate Tests (Types B&C) as Left summary ii

J REFERENCES

1.

10 CRF50 Appendix J. Primary Reactor Containment Leakage Testing for Water-Cooled Power Reactors September 22, 1980

2.

ANSI N 45.4 -

1972 Leakage Rate Testing of Containment Structures for Nuclear Reactors (Technical Specifications commitment)

3.

ANSI 56.8 -

1981Property "ANSI code" (as page type) with input value "ANSI 56.8 -1981" contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. Containment System Leakage Testing Requirements

4.

Public Service Electric & Gas Compnny Nuclear Site Maintenance Department Procedure M9-ILP-CT-l Rev. 04 Reactor Containment Building Integrated Leak Rate Test

5.

Salem Unit No. 1 Technical Specification 4.6.1.2 iii

I I

I I.

I L

PURPOSE SECTION 1 The purpose of this report is to present a description and the results of the second inservice Type "A" Reactor Containment Building Integrated Leak Rate Test (CILRT).

Also included is a summary of the Type "B" and "C" tests.

performed since the first inservice CILRT of Public Service Electric and Gas Company Salem Nuclear Generating station Unit 1.

This report is submitted as required by 10 CFR 50, appendix J, paragraph VB (Reference 1) September 22, 1980.

The Type "A" Test was conducted over a 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months duration in accordance with ANSI N 45.5 -

1972.

Page 1 of 14

SECTION 2

SUMMARY

2.1 Type "A" Test on August 9, 1984, at 1457, pressurization for the CILRT of Salem Unit 1 was started.

During the initial hours of pressurization, a decrease of the Reactor Coolant level in the pressurizer was noticed.

At the same time, the level in the Reactor Cool~nt Drain tank was increasing.

On August 9, 1984, at 2105 hours0.0244 days 0.585 hours 0.00348 weeks 8.009525e-4 months , the pressurization of containment was stopped to investigate the decline in reactor coolant inventory. After obtaining a radioactive gas release, on August 10, 1984, at 0625 hours0.00723 days 0.174 hours 0.00103 weeks 2.378125e-4 months , the depressurization of the Containment Building was started.

On August 10, 1984, at 1600 hours0.0185 days 0.444 hours 0.00265 weeks 6.088e-4 months , the containment was at atmospheric pressure and a full investigation began to determine the cause of the pressurizer level decline.

A leak in the Charging System outside containment was identified and corrected.

Containment sump level was measured and the increase in Reactor Coolant Drain tank reviewed.

It was determined that the increase in Reactor Coolant Drain tank was due to operation of the Page 2 of 14

Reactor Coolant Pump seal supply System, subsequently,*

a procedural change was approved to eliminate the operation of this system.

Most of the reactor coolant volume loss indicated by the drop in pressurizer level was accounted for and the remaining volume was attributed to the Charging System leak outside containment.

on August 11, 1984, at 0222 hours0.00257 days 0.0617 hours 3.670635e-4 weeks 8.4471e-5 months the pressurization was restarted.

When containment pressure of 62.500 psia was reached, four of the eight compressors used for pressurization were secured to slow down the rate of pressurization

On August 11, 1984, at 1728 hours0.02 days 0.48 hours 0.00286 weeks 6.57504e-4 months , the pressurization of the containment of Salem Unit 1 was completed.

Containment isolation valve 1VC5 was closed, -all the air compressors were stopped and the pressurization facilities vented to the atmosphere.

The average containment pressure was at 63.537 psia at completion of the pressurization.

On August 11, 1984, at 1737 hours0.0201 days 0.483 hours 0.00287 weeks 6.609285e-4 months , the data acquisition program to monitor and record the stabilization data was initiated.

All stabilization criteria were satisfied in four hours.

On August 11, 1984, at 2300 hours0.0266 days 0.639 hours 0.0038 weeks 8.7515e-4 months , the data acquisition program to monitor and record the CILRT data was initiated.

Containment absolute pressure, temperatures at each of the installed RTDs, and vapor pressure measured by the installed dewpoint sensors were recorded at 15 minute intervals.

The installed micro-processor converts those data into the Page 3 of 14

,.J containment absolute leakage rate.

After 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months of, data collection the calculated leak rate was 0.033% of containment volume per day.

With 95% confidence level and other corrections shown in paragraph 5.7.b, this converts into 0.0411% of containment volume per day or 0.411 La* this is within the Technical Specification acceptance criteria of 0.75 La*

After securing an air release permit, the instrument verification test was performed in accordance with the mass step change method, and successfully completed on August 13, 1984, at 0321 hours0.00372 days 0.0892 hours 5.30754e-4 weeks 1.221405e-4 months .

Depressurization commenced upon completion of the instrument verification test and was completed on August 13, 1984, at 1552 hours0.018 days 0.431 hours 0.00257 weeks 5.90536e-4 months .

2.2 Local Leak Rate Tests (Types B & C)

The local leakage tests (LLRTS) of the containment penetrations were performed by the methods described in the Salem Generating Station Maintenance Department Procedure No. Ml6E.

Attachments 6 and 7 to this repor~

summarize the data obtained from the.LLRTs performed since the conductance of the first inservice Type "A" Test in accordance with 10CFR50, Appendix J.

page 4 of 14

SECTION 3 EDITED LOG OF EVENTS August 9, 1984 1100 1500 1830 2105 Start final containment walkdown and pretest liner inspection.

Start pressurization.

Notified by control room operator that there is a steady drop in pressurizer level and an increase in the Reactor Coolant Drain Tank.

Pressurizer level down to 45% cold calibration level.

Decision was made to depressurize to investigation the cause of loss of reactor coolant.

August 10, 1984 0542 0625 1300 1600 Obtained air release permit.

Commenced with depressurization.

start containment inspection.

Containment at atmospheric pressure start of full investigation of the loss of reactor coolant.

August 11, 1984 0222 Restarted pressurization after pumping the Reactor Coolant Drain Tank down and a valve line up verification of those valves that had to be opened and/or closed for the pumpdown.

Page 5 of 14

1728 1740 2050 2300 Pressurization complete, stopped and vented air compressors vented temporary piping to 1VC5 to atmosphere.

Start stabilization.

Temperature criteria for stabilization satisfied.

Commenced CILRT.

August 12, 1984 2300 Completen CILRT.

August 13, 1984 0200 0221 0325 0405 1552 Obtained an air release permit.

Start of instrument verification test.

Instrument verification test successfully completed.

Start depressu~ization.

Containment at atmospheric pressure and start of post CILRT containment inspection.

August 15, 1984 Terminated log of events.

Page 6 of 14

I SECTION 4 GENERAL TEST DESCRIPTION Excerpted from PSE&G procedure no. M9-ILP-CT-l, Rev. 04 4.1 PRECAUTIONS

a.

Except in the case of emergency depressurization, the Senior Shift Supervisor/Shift Supervisor is the only individual that may authorize the commencing of the pressurization and depressurization of conta,inment.

b..

All areas within 30 feet of containment shall be restricted areas and only authorized test personnel and personnel that must perform supportive activities are permitted in the restricted area.

c.

All containment valves shall be positioned by their normal means: no torquing of handwheels or exercising of the valves shall be permitted.

d.

No leakage path shall be isolated without the prior approval of the Test Director.

All pre-rework and post rework Local Leakage Rates shall be recorded.

e.

several penetrations were, for practical reasons, not in the line up required for the performance of the Type "A" Test and Type "C" leakage of those penetrations must be added to the leakage measured during the Type "A" Test.

Page 7 of 14

Penetration No. 40 is one of those penetrations.

This vacuum/pressure relief path for containment atmosphere during operation is utilized for pressurization and depressurization of containment for the performance of the CILRT.

The isolation valves for the penetration are 10" air operated butterfly valves that fail in the closed position.

With the control air in containment isolated and vented to containment atmosphere, the isolation valve inside containment, 1VC6, is inoperable.

For this reason valve 1VC6 was blocked in the open position, in essence a single failure condition.

The outside containment isolation valve lVCS was the only isolation from containment during the performance of the CILRT.

Based on the abov~ information this penetrations Type C leakage rate was not added to the containment leakage measured during the Type A Test.

4.2 A partial listing of the recorded prerequisites.

a.

All Type B & C Tests in accordance with PSE&G maintenance procedure Ml6E are current.

b.

All instrumentation used for the test has been calibrated no more than six months prior to the test and must be checked in place after installation at one or more points using a standard which is traceable to the National Bureau of Standards (NBS).

c

Site Meteorology data recorded, at four hour intervals, at least three days prior to the CILRT (Recording will continue at one hour intervals during the test).

Page 8 of 14

\\

4.3

d.

General inspection of the accessible interior and exterior surfaces of the containment structure has been completed.

e.

An official log of events has been initiated.

f.

The valve line up has been completed and verified.

g.

Data acquisition system is energized and ready for test operation requirements.

Equipment 4.3.l Pressurization of the containment was achieved by eight (8) temporary diesel driven oil free air compressors manifolded into two (2) after-coolers.

From the aftercoolers the compressed air was routed through a refrigerated air drier and valving system for regulating back pressure into the containment building.

The total capacity of the pressurization facility was rated at 10,000 standard cubic feet per minute (SCFM).

4.3.2 Instrument verification was achieved by installation of a precision gas meter in the piping system used for pressurization.

4.3.3 Depressurization was achieved by return flow through the piping system used for pressurization.

Page 9 of 14

4.4 Instrumentation NOTE:

The Instrumentation, Data Acquisition and Resolution for the test was performed by PSE&G Research Corporation.

4.4.1 Data Acquisition and Resolution was achieved by utilization of a microprocessor controlled data acquisition and recording system coupled to a computer which converts the raw data into the containment absolute leakage rate.

The formulas and their derivation for computing the measured leakage rate and mass were taken from ANSI N45.5-1972 and ae shown in Attachment 1.

4.4.2 Installed Sensors

a.

Two (2) quarts manometers

b.

Six (6) dewpoint sensors

c.

Twenty four (24) Resistance Temperature Detectors (RTD)

All sensors installed were calibration checked prior to the test and immediately after completion of the test. contains a location sketch of sensors, sensor weighting factor, calibration check reports and instrument selection.

Page 10 of 14

4.4.3 The instrumentation verification equipment consisted of:

a.

one (1) Dresser Ind. Inc. gas meter model 3 M-125 T.C. with a range of 0 -

3000 CFH and an accuracy of 100.75%.

b.

One (1) Matheson Pressure Gauge 63-5612 with a range of O -

100 psig and an accuracy of

+/- 0.25 psig

Page 11 of 14

SECTION 5 TEST RESULTS 5.1 Technical data for PSE&G Salem Unit 1 Containment:

a. containment Net Free *vol~me:

2.62 X 106 cu. ft.

b. Normal Operating Pressure~

Between -1.5 and

+0.3 psig.

c. Calculated Accident Peak Pressure:

47 psig.

d. Maximum operating Temperature:* 120° F average.

e. Calculated Accident Peak Temperature~

271° F

5.2 A computer printout of the data obtained during the stabilization are shown in Attachment 3.

5.3 Data obtained during the 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months test is indexed and tabulated in Attachment 4.

The test started on August 11, 1984, at 2300 hours0.0266 days 0.639 hours 0.0038 weeks 8.7515e-4 months and* was completed.August 12, 1984, at 2300 hours0.0266 days 0.639 hours 0.0038 weeks 8.7515e-4 months .

5.4 The development of the mass step change instrument verification and the data are given in Attachment 5

Page 12 of 14

I

.5.5 The levels of all liquid containing vessels in containment were recorded prior to the test and immediately after completion of the test.

The only measurable level changes were:

volume in cu.

vessel Pre Test Post Test Down 60 cu.

Pressurizer 71%

65%

Up 37 cu.

RCDT 16%

100%

Up 15 cu.

Accumulator #13 72%

77%

Up 45 cu.

containment sump l' 9" 2 I 9"

Up 37 cu.

Total Net volume Change There was little differential in the reactor coolant inventory in the reactor coolant system.

The slight increa*se *in the containment sump level can be attributed to some leakage of reactor coolant and some additional drainage, during depressurization, from those systems that were drained and vented for the test.

ft.

5.6 The following penetrations were not in the proper line-up required during containment isolation, therefore, a Type C (LLRT) penalty is required to be added to the Type A test results.

Penetration Isolation Valves Leakage SCCM 61 lSA268-270 0

61A lSA265-267 0

61B 1SA262-264 0

66A lWL190-lSF36 0

66 1WL191-1SF22 0

22A 1WR80-81 0

18 18833-104 15 37 1CV116-284 0

45 1WL16 -

17 182 TOTAL 197 SCCM Page 13 of 14

5.7 Summary of the CILRT results at 48.5 psig (PAC 47.0).

a.

The total Type "B" and Type "C" local leak rate per latest surveillance 29521.7 SCCM = 0.1365 La Maximum Allowable is 0.6 La

b.

The calculated leak rate was 0.033% or 0.33 La.

(Attachment 4, page 2) 0.041

c.

The calculated leak rate at 95%

Confidence level (Attach. 4, page 2)

Water Level Correction Section 5.5 Type "C" Correction to be added sec. 5.6 The Total Reportable Leakage is 0.000014%

0.000091%

0.041105%

or 0.41105La Technical Specification (4.6.1.2) Acceptance Criteria.75La*

5.8 Instrument verification Test The mass step change method was used for the instrument verification test a total of 2562.5 cu. ft. of air was released through a precision gas meter over an one hour period.

Calculated mass verification instrumentation Calculated mass CILRT instrumentation Differential The differential must be less than 0.25 La or 206.25 LBM.

CONCLUSION 807 LBM 700.3 LBM 106.7 LBM All test results are within the required criteria.

Page 14 of 14

Page 1 of 8 Leakage Rate Computations The formula for measured leakage rate is:

LR= (2400/H)

Where, LR

=

H

=

Po, Pl

=

Pvo, Pvl

=

Measured leak rate in weight percent per day' Time interval in hours, from time "O" Mean absolute temperature, OR, of the containment atmosphere at the beginning and the end of the test interval (H) respectively.

Mean total.absolute pressure, psia, of the containment at the beginning and end of the test interval (H) respectively.

Mean total water vapor pressure, psia, of the containment atmosphere at the beginning and the end of the test interval (H) respectively.

Page 2 of 8 The formula for mass is as follows:

Where,

=

v

=

R

=

Mass of air in the containment structure at time n (lb)

Total free volume of the containment structure (cu. ft.)

Gas constant 53.35 ft. lbf/lbm °F Mean total absolute pressure psia, of the containment atmosphere at time interval n Mean total water vapor pressure, psia, of the containment atmosphere at time interval n Mean total absolute pressure (psia) of the containment atmosphere at time interval n Calculated Leakage Rate Since it is assumed that the leakage rate is constant during the testing period, a plot of the Measured Mass versus Time would ideally yield a straight line.

Obviously, sampling techniques and test conditions are not perfect and consequently the values of measured mass deviate from the ideal straight line plot situation.

Page 3 of 8 The method of Least Squares was the statistical method used* for determining the "best fit" straight line, commonly called a regression line.

The function of the least squares fit is to minimize the sum of the devia-tions between the.measured ~nd calculated mass points *.

After establishing the regression line, the values of Calculated Mass and Calculated Leak Rate can be deter-mined.

The regression line equation for the Least Squares "best fit" straight line is:

Y = AX + B

Where, y

=

Calculated Mass x

=

Time interval of test therefore, the calculated mass at some specific time (X) is expressed as:

I Page 4 of 8 The deviation of the measured mass (W) from the calculated mass (Y) is:

Deviation = WN -

YN As mentioned previously, the minimization of the sum of the squares between the regression line (calculated mass) and the measured mass will yield the following equation:

SSQ =

where SSQ is the sum of the squares of the deviations and therefore can be written:

SSQ =

ZWN -

(AXN + B) 2 By the use of differential calculus the values for A and B that will minimize SSQ can be determined.

The* value for B will be the Y intercept and A will be the slope of the regression line.

These values of A and B constitute the solutions to the following pair of simultaneous linear questions:

A = (XN -

X)

Page 5 of 8 and B = W -

AX Where, W = l:.WN/N X = L:XN/N and N = 2X By substitution These equations are shown as the Least Square Equations and.are ~sed in a computer program to calculate mass for the mass point method of leakage rate computations.

Page 6 of 8 Confidence Limits Even though the regression line is statistically determined to minimize the sum of the squares of error, the values of the calculated mass cannot be considered to be exactly correct.

If the containment integrated leak rate test were run a number of times, and under similar conditions, the values for calculated mass would be close in value but would not be the same for each run.

Therefore by using other statistical methods, a degree of confidence which is related to the regression can be determined.

The method that was used to establish the confidence parameters is the student's "t" distribution.

The limits to be used are 95% as specified in ANS N274.

To determine the value of the confidence limits the following statistical information is required:

The variance, standard deviation, and student's "t"-

distribution.

The procedure used to establish the 95% confidence limits was to find the variance by dividing the SSQ by N-2 which is the degrees of freedom.

02 = SSQ N-2 h

ri':

~\\

~~~;

{

Page 7 of 8 The standard deviation was then found by taking the square ~oot of both sides of the equation.

a= [SSQ/(N-2)] 1 / 2 The standard deviation has more practical significance because it returns the measure of variability to the o~iginal units of measurement and that given a normal distribution of measurements, approximately 95% of the measurements will fall within two (2) standard deviations of the mean.

However, because we are dealing with a regression analysis an additional factor must be used for deter~ining the standard deviation of the slope of the line.

a =

( ~x )

N and because of the small sample size the number of standard rleviations either side of the regression line

~o establish a 95% confidence interval are more accurately determined by using a student's "t" distz-ibution.

J I

Page 8 of 8 t = ~.95996 + 2.37226 + 2.8225 N-2 (N-2)2 from which the confidence limits are obtained by C.L. = t.95 'cr which were added to and subtracted from the various calculated mass points obtained from the regression analysis to determine the upper and lower confidence limits.

J

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Dew* Poi~t Sensor Location INSTRt:MEN1'.\\TION LOCA'l'IOL-l' SALEM CCNT.l\\IN:-:.E:*!'l' ILI\\.T PUBLIC* SI.:RVICE ELEC'l'IUC and Gi\\.S CO.

Page 2 of 6 PSE&G RESEARCH CORP.

RESEARCH & TESTING LABORATORY Salem Generating Station Weighti~g Factor Printout 8/11/84 Reading Number 1 1

5 9

13 17 21 Temperature sensor weighting Factors 4.060000 2

5.121000 3

50121000 4

4.372000 4.372000 6

4.372000 7

5.745000 8

5.745000 5.745000 10 5.745000 11 5.745000 12 5.745000 5.745000 14.5.745000 15 5.745000 16 1.027000 2.724000 18 3.767000 19 1.027000 20 3.767000 2.724000 22 2.407000 23 2.407000 24 1.027000 Pressure Sensor Weighting Factors PI-1 50 PI-2 50 Dew Point sensor Weighting Factors 1

13.709000 4

25.852000 2

13.709000 5

10.439000 3

35.852000 6

10.439000

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Page 3 of 6 CALIBRATION CHECK Pressure Standard psi a 26.322 35.022 45.023 55.008 65.149 75.035 Quartz Manometer Pre ILRT Pressure Pl P2 Standard psi a psi a psia 26.323 2.6. 324 25.015 35.027 35.010 35.017 45.009 45.039 45.006 54.995 55.007 55.002 65.143 65.122 65.010 75.066 75.035 75.033 Pre ILRT Calibratic:1 Check 7-31-84 Post ILRT Calibrat:)n Check 8-13-84 Standard Pressure Gage Texas Instruments PS. No. 5637 S/N 2686 Calibration Date 4-23-84 Post ILRT Pl P2 psi a psi a 25.006 35.011 45.010 54.977 65.001 75.053 25.000 34.991 45.012 54.993 64.980 75.021

Page 4 of 6 CALIBRATION CHECK RTD Sensors Pre It:;RT RTD Channel Volumetric Standard No.

No.

F "F'

l 10 82.47 82.51 2

11 82.42 83.20 3

12 82.68 81.84 4

13 82.47 83.20 5

14 83.21 83.28 6

15 82.35 83.38 7

16 83.24 83.07 8

17 83.01 83.13 9

18 83.02 82.73 10 19 83.06 83.26 11 20 83.35 82.77 12 21 83.00 83.43 13 22 83.28 82.98 14 23 82.74 83.34 15 24 83.17 82.98 16 25 82.93 83.63 17 26 83.12 82.78 18 27 83.80 83.63 19 28 82.69 82.60 20 29 83.51 83.40 21 30 83.10 82.85 22 31 83.40 83.00 23 32 82.42 82.05 24 33 83.20 83.03 Pre ILRT Calibration Check 8-9-84 Post ILRT Calibration Check 8-13-84 Type T thermocouple special + 0.75°F*

Calibration Date 6-26-84

-Post Volumetric "F

82.63 82.33 82.60 82.37 83.01 82.72 83.13 83.07 82.91 82.93 83.60 82.85 82.90 83.02 83.17 83.05 82.40

.84. 61 82.96 83.69 83.26 82.41 82.19 83.34 ILRT Standard "F

82.89 82.68 83.61 82.54 82.91 82.15 82.68 83.81 82.46 82.80 83.53 82.64

~:

}~..

82.90

~

83.63

~;,

82.92 t

83.74 81.78 84.78 82.82 83.37 82.38 82.68 82.19 82.82

Sensor No.

1 2

3 4

5 6

Channel No.

34 35 36 37 38 39 Pre ILRT Calibration Page 5 of 6 CALIBRATION CHECK

' Dew Point Pre !:CRT Volumetric Standard oc oc 23.5 21.9 23.6 22.1 23.6 22.3 23.2 22.3 23.6 22.4 23.5 22.3 Check 8-7-84 Post ILRT Calibrat~on Check 8-13-84 Standard EG&G Model 660 S/N 0432 Calibration Date 4-27-84 Sensors Post ILRT Volumetric Standard oc oc 5.1 6.5 5.7 6.6 5.3 6.4 5.4 6.3 5.6 6.6 5.3 6.4

Pa_ge 6 of 6 PSE&G RESEARCH CORP.

RESEARCH & TESTING LABORATORY Instrumentation Selection Guide (ISG)

Instrument sensitivity Number Measurement Parameter Error sensor Error Pressure (% FS) 0.001 2

0.0010 Dew Point Temp-F 0.100 6

0.0030 RTD' S-F 0.010 24 O*. 0040 Test Hours 24.00 Instrumentation Selection Guide (ISG) %/Day 0.0025 Error 0.00100

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l. 75

2. ()()

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2. so 2.7S 3.00

3. 25

3. 50 3.7S

'1.. 00 TEMP T

Deg F 8'1.. BO f:i't. 4:1.

!:l'1. 2S 01,. 1.0 84.02

!]11. 0:1.

83.96

83. rn 03.87

83. /9

03. 7:*3 8:3. 69 83.Mi 03.5?

8:3.S't f:l3. '1f:i fl3 *.If..ct

~:>Al.EM GEN. ST(\\.

TEMP~RATURE STABILITY AVG TEMP DIFr:* FC)I'.(

l... A~;-r 3 HRS

- - - ()" 3()

- - (). 27

.... (l" 2:~

- - - O. 20

- - O. :1.9 O/ll/1.<?Ult TEST STARTING TIME 17/40 (1VG TEMP DIFF FOF;;

LAST Im

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-**(). 05

- - - (). ().':;

- - - ()" 0'1 DIFF AVG TEMP DIFF COL3-COLJt

-0. 34

-0. 20

-**O. :1.8

-*O. 15

-*(J. 15

r-TFST.*:ll'.~'.~.... ~)'.)*y.... :;:_:'~t************

RFAD RFAL JULIAN TIMF TJM[

DAY 1~1MDJLNT TEMP l'l'<ESS

( l*l r.;)

<Hr*/M:i n)

< Dr~q F)

<P~;:i.a)

(). 00

I.? lf0 2:::.!'+

7.t+" BS lAf.. SS'.7 o.. :*.~s t? SS 22.11 7S. 76

I. *i" 1}51

o. r;o

I.ti :1.0 221.,

7.11. 05

LA.. *:;so 0.. '/ *'.:\\

l.D 2b

~.:.~2 '+

75...lt7

I.It.. S IJ 1

l * () ()

1U AO 2::'.lt 7l1 *.1,5

1'1.S't't l.2S 18 SS 22.1+

76.. 3:1.

t4. sr::..1, l.SO 19 :LO 2:::.~1+

77" '~3 l'i.. S50

I... ?b J.9 2S 22.lt

?6.B7

i.'1.. 51,7

~. 00 l? *\\O 22<+

7b. B?

I.it" [:;ij?

1")

.**; ['

l '~ SS

...,,.;I 77.. 17

I.I+.. bS2

>.. !i ()

20 :I.().

22lt

77. !i'i

I.I+.. SS3

?.. 7S 20 2b 2}1.+

7U.. 0't

111.. SSA 3" ()()

120.ltO 22.lt

?f:l. ;:>11 lA.. SS/.,

3.2S

.~o r;s

~~ :::.~,,

'79.. 2(;.)

l'~.. sst~

3. so 21 :1.0 22/1 7'i. 16 l '1.. S5:1.

3.. }fi 2:1. 2S

.~21, 7<;>., 06 J 'l... 1:;s3

./1" ()()

~.;1 'tO 22*"*

7'?.. 01 U1. SS6

~:>(11... E:M C[N !:'.*1 INTFCr(ATED L.Et1i( F\\t1Tl::.....J..L'.:!T *

!'.>Tr'.)BIL.ITY D(.il(1

{)'._!C (iV!,.,.

1 EMF' DEi~ F'T TFMF'

<Deq I')

( Deq F) 8'1. BO 72.. AB D<i. Al 72.. :*37 D!.i.. 2S 7::>.. 37 u11.. 10 72.. 36 8'+.. ()2 7'.:>.. 32 B't. 0:1.

?2.. 30 El:'... *

/::;~.. 33 03.. '/'..

72.. 32

03. ff?

n.. 33 t::3.. 7?

?2.. 33 B:1.. '73

'?:~" :*~ l 0~3" b'?

72.. 3:1 B3.65

'72" 29 D3. S'J

??.. 21.:.

i:l3.. S'1 72.. 2S fl3.. AB

?2.. :Z,()

D3.. l~l'

/2.. 26 TEST STARTING TIME 17/40 AVG AVG CONT Vr1F"OF\\

CONTMT MASS PPF!:>~:;u1;:E PF\\ESSUf(E

< P'.; ic.i)

(F's:i.t*:*:1)

<Lbm) o.. 3911 63.. 'i'iO 819454.6 0.. 393 63.. s:37 B20675.3 0.. ~F.>3

63. 5:31, 820'107. l 0.. 393 63.. S2't 820900.7

()" 392

,~,:*~"so:)

820B7'1. 6 0.. 392

63. [i02 820!BO. 6 0.. 3~J2 6:3.. 4?S B20Bl8.0 0.. 3?::;

6:3.. '191 820809.8 0.. 39~'.

t..3. lt07 f3208't0.. 1 0.. 392 t..3.. '17b

!320022.(l

(). 3r,i:;;

6:3. 117:1.

820863.5 0.3?2 c'd.466 B2081t8.. 1 0.392 t..3. 11/JO 820832.9

.()" :-3? :I.

Ci3.ltS3 820839.5 0.391 63.Jil15 820131.?.9 0.. 3S'2

,',3.. lt30 1320008.8

0. 3<;* :I 6~5.. 1130 f32Cl"769.. 2

-*' -:;~,\\~~~~~~(~~;'~*.

1-tj ::i>-

Pl rt OQ rt (D Pl

()

N ::r'

J 0

(D t-h~

rt

+-- w

f'l\\IA:.

TEST r::r:.r1n TIME r

~:;*.1c D(1Y

,:;2.11 R

~~n1r*J*1*

r>1~1~ss Hh...

. r..

TIME TEMP SENS

~

PI-1 DAY PRESS PI-2

o. 00 17 110 7l1.. 91:;(,

63.. '17]

224

t.4.557 63.. 503 0~25 17 Sf~' 75"765 63"525 224 14.551 63.. 550 0" r; (I 18 I 0 22.1~

I

/It,, fl.1:;9 I <1.. 5~;0 63.. 52'1 t:i3. r;1,u 0./5 10 25 75.. 471 63.511 224 14.551 63.537 1.. 00 18 40 74.. 450 63.. 494 224 14.. 544 63.. 519 1.25 18 SS 76.312 63.489 224 14.554. 63.. 514 1.. 50 19 10 77.. 931 63.. 482 22~

J~.. !:~!~()

63p!;()~~

1.75 19 25 76.. 879 C.3.478 224 14.. 547 63.503 2.00 19 40 76.. 896 63.. 474 224 14.. 549 63.. 499 1

<?

t.7

~.:>t1l...EM GEN

~:>TA INTEGRATED LEAK RArE ST(\\Hll..ITY [)(1Tt1 TEMPERATURE SENSORS 2

10

1.8

.3

I 1 19 it

t.2

?.O b

u 21 11.-. *. *T J. lt

~.~2 7

15 23 fl

t. b 2.lt 84.. 397 84.535 84.C.78 84.64{ ~5.450 84.. 904 ~S.448 84.. 993 85.. 023 85.. 121 85.023 85.098 84.. 342.84.. 590 84.. 928 84.794 f:l.lt.010 fH.LllB B'1.c,2/~ 8'1... '.,39 8'1.. 690 q.1t.,SOB B'i.:1.70 !V1.. :'.0l 83.906 83.886 83.. 9B4 84~649.~5.048°84;264 *0.1t;9:1.8 84.522 84.. 522 84.620 84.673 84.. 566 84.. 242 84,291 8.lt.. 556 84.. 474

!H. 000 0 l1. 700

!~l/1.. 311. * *.. V***; ::*:.ii.. i:;.*,1

{).it., i13(ii filt. 071 F!'i.. 201 83.. 756 84.. 312 04.. 000 83.. 646 84.. 309 84.. 758 u3*.. o:*~'+

HA...lt72 BA.. Jl+6 03.75~ 84.607 83;963 Ul+" 30~:;

fll+" ~::.tl9

.; ~: :: ~I ;~ :.~;.

~: ~: ; ~ ;: <~'

84:698 04.. 231 84.. 606 8.lt.. 27.lt 8(.02:1. 84~122 83.. 586 83.406 83.673 83.. 550 84.386 hj.. 803 84.. A70 84.081 Olt.142 84.. 219 84.322 8.ii.. 085 84.. 172 83.. 901 84.. 415 84.143 03.. 93:1. 84.658 84.. 016 84.. 559 84'.383 84.. 309 03.. 931 8.lt.042 B3.. 516 83.436 83.552 83.. 438 8~.215 03.603 B4.330 84.. 010 84.162 84.149 84.252 84.. 064 84.. 122 83.941 84.224 84.. 053 03.. 90:1. 84.638 83.. 936 84.. 549 84.. 353 84.. 269 03.. 9:1.1 84.. 002 83.. 526 03.. 356 83.512 03.. 488 84.366 83.603 04.328 04.. 000 94,1:1.2 84.. 149 04.272 83.. 994 84.142 83.. 951 04.:t.03 84.. 063 83.. 891 84.630 83.946 84.539 84.. 353 84.. 229 83.881 83.992 83.. 476 83.356 03.. 482 83.. 408 84.. :1.65 83.653 8.lt.240 83.930 84.. 042 84.. 048 84.172 83.944 84.. t:l.2 83.871 84.184 84.003 83.841 84.608 83.876 84.. 549 84.. 303 84.. 200 83.. 881 83.982 83.. 436 03.286 83.. 462 83.. 358 84.. 185 83.. 633 84.200 83.890 83.. 901 83.998 8.lt.. 162 83.. 924 04.. 052 83.832 84.:1.54 83.. 943 83.821 84.628 83.. 866 84.. 5~9 84.. 294 84.170 83.. 84:1. 83.. 932 83.376 83.166 83.361 83.. 298 84.. 225 03.533 04.. :1.20 83.. 030 83.. 911 83.978 84.102 83.. 824 84.042 03.. 762 04.. 134 83.903 03.791 84.550 83.. 786 84.. 539 84.244 04.. 130 03.70:1. 83.883 2.25 19 55 77.171 63.463 03.236 83.126 03.261 03.248 83.954 03.473 84.128 03.740 22.lt 14.552 63.. 409*

83.771 83.. 080 84.021 03.764 83.98:1. 03.. 672 84.033 03.. 793 83.731 84.568 83.60C. 84.519 04.185 84.090 83.722 83.823 2.50 20 10 77.597 63.458 224 1.lt.. 553 63.lt84 2.75 20 25 70.043 63.453 224 14.. 554 63.479 03.196 83.016 03.. :1.90 03.138 03.. 034 03.373 83.998 03.609 03.. 77:1. 83.8:1.0 03.951 83.673 83.901 83.612 8.lt.013 03.133 83.681 84.477 83.. 636 84.489 04.135 O.lt.050 83.722 83.. 773 83.176 82.986 83.170 03.088 03.024 03.353 84.008 83.. 649 03.671 83.770 83.931 83.643 03.911 03.592 83.842 03.723 03.661 04.467 03.626 84.499 84.135 84.010 03.672 83.773

.* -~~f*-'1?~\\;'.*.,::.~::,'.'f;i~-~*'i!*..'

TEST STARTING TIME 17/40 DEW CELL SENSCJF\\S 1

2 3

5 c1 72.730 72.076 72..lt42

72. 253 72. lt9ll 72. 28'?

72.509 72.750 72.394 72.:1.53 72.298 72.295 72.536 72.675 72.444.

72.. 220 72.322 72.040 72.lt73 72.6.ltO 72 *.lt40 72.:1.53 72.419 72.:t.ltO 72.525 72.545 72.311 72.. 165 72.293 72.250 72.352 72.534 72.381 72.115 72.334 72.. 169 72.lt33 72.543 72.376 72.. :t.67 72.311 72.266 72.lt87 72.5.ltl 72.3.lt7 72.1.lt7 72.308 72.104 72 *.lt41 72.653 72...ltOO 72.131 72.208 7:1..956 72.509 72.653 72.420 72.124 72.239 72.050 72.403 72.687 72.388 72.117 72.334 71.974 72.390 72.640 72.406 72.005 72.291 72.113 1-d ::i>-

Pl rt CN rt (D Pl 0

w ::r' s 0

(D Hi ::s rt

+-- w

.rr~T GTARfrN~ DnY 224 1u: rill 1 I ME l*:Etil..

TIMI.:

Dfi Y l'IMFclTNT TEMf*

I\\

1:*nr.r:G Pl~ESS SENS PI-1 PI-2 1

9 17 TEMPERAHJF\\E 2

3 10 11 10 19 SFNSOHf-i ( l~TD Is)

It 1 *.,

u

rn 21 DATE 8/13/191Jll TEST STARTING TIME 17/40 DEW CELL SENSlms 6

7 8

1 2

3 1'1 1S 16 4

5 6

2~~

23 2'1

1. 00

~o.*, ()

lfl. 2't1 1..3.4'10

83. 106 f:l2.967 83. 130 03.05? 03. B'1'1 83.293 IB. f:lflB 03.599 72.538 72.619 72.304

-,..)/.

.1/t. ~\\r~I>

1..3.1172 n3.6Ct 03. 7111 IB. fl91 ff.3.b03 fl3. n1,1 !H. 51t2 n1. f:lt.2 fl3.t.S3 72.03() 72. :367 72.066

"-*** t o:~. 621 Bit. '* 1t"l lB.S"l6 !)Ii. Ii f.i9 011. ()(.,{, 1:1'1. 0()() ILL /d2 f:l3. 723

L:'!:i 20 bS

?9. ::>q9*

r..:~.1141 fl3. o:u, f:l2.Bb7 83.0:3() 83.007 03.003 f:l~"!l.21d B3.f:l68 113. 539

72~ l10!:i 72.592 72.313

'l)Ji

I ft. S'.i ft t.3. '**'>'t IB. S61 EL3. b68 113.0U rn.. 573 in. 7'i'i p*~ ;.--,,., 1n. "?ft! 03.!i93

n. 1 ()() 72. 24f.I 71. 913

- ..:.. t

'*J ~ ***

f:l3. r:;r11 04. :367 IB.l10b 8.IJ. -<16JSl' :*11,. (: j (,,

f:L3.. 9 1~1 C3. f:ic'12 113. c'.!:>3

.LhO ::>1 10 "J9. I b!i 63.1133 El3. 021'1 02. 02*;; 03.0SO n~*. S'27 IB. /..93 e:_;. 1/.,J f:l3. Bl[! f:l3. 11"?9

n. 4'16 72.561 72. 39'1

- 1*;1i

- - - t 111. !:;r;1

63. /1~;7 n

~-5. 11 c;*o tn. 57n n:*~. 7Sl In. "1'l3 IB."/:H lfl"'c22 03. 7:51 IH. 5!;3

71. 970 72. 2611 71. 971 0]. s:H B'i.297 ff":i. 1156 B'i.. -'i39 !]3. 5'06 8:~. 901 EU. 522 ~)3.624

L7!.i 21 i")I'."

l'l.06'1 f,3. l127 02.935 02. "7't7 n2. *_;'2'? fl2.. B9"? D3. bS:~ B3.

~ 7'7' IB. 76B 83. 11()9

?2.471 72.502 72.'13~~

......)

.i,...;,,,)

~211 l '1.. !.;!: :.:*~

b3.11GO 1n. '!JO 1n. s;,n B3. l..91 !fl. '1L' B3.661 c:!i.. 3b~~ !)3.7()1 0]. '1';>3

72. 07'7 n.202 72. 117 iB. !.i01 n.11.. :!?l. BJ. :~S'6 Olt" ::\\~!'_,' nJ.n7 1:n. er.,1

~B. so:! lH. 60-4 t1.f)(I 21 '1 ()

79.013 l.d.1119 B2.DSb 02."?17 02. 9()~;, IL'..D:l7 B3. !:i!.:2 B3.003 O:T,. 700 03.. 37B 72.202 72.509 72.361 2;!'*

111. fi'.)6 b::i. "'d

03. *120 03. lt97 l:J:"L6b1 03. 372 83.bH 0:3. 3()3 n::i.l.S1 03. '1F>3

72. 15'1 72. 1711 72. 0115 o:5. '*t.i2 P"

- >.1..,

'*I *

.* :~,,) '

B]. 3.c't,~, l:t'!

3,,. <;>

fl~~tJ91~

7 IB. 011 IB.'1!:i~! f:l:L 5511 l\\j :i>

Ill rt OQ rt ro Ill

()

~ § 0

ro I-ti

I rt

~

w Index of CILRT Test Data Page

1.

CILRT summary Report 1-2 Average Sensor, Cont. Mass, Cale. Leak Rate and 95% Confidence Level 2

Regression Analysis Data 3-4 3

Average & Mass Data 5-6 l11

~:~~~ I 4

sensor Readings 7-14

~

5.

Mass Plot 15

6.

Temperature Plot 16 7

Pressure Plot 17

8.

Vapor Pressure Plot 18 9

Dew Point Plot 19

10.

Site Meteorology Prior to and 20-23 During CILRT

pf, l

ST()i'!TING Dt1Y PEAD R[AL AMBIENT AVG lIME TIME TEMP PRESS CONT TEMP

\\Hr*<;) (Hr-/dn) <Dc:>1:JF) (p,,ia)

([)f~(JF) 0.00 23 0 79.53 14.56 0.25 23 15 79.61 14.56 0.50 23 30 79.59 14.57 0.75 23 45 79.34 14.57 1.00 0

0 79.57 14.58 1.25 0 15 79.33 14.58 1.50 0 30 79.37 14.59 1.75 0 45 78.98 14.58 2.00 1

0 78.95 14.58 2.25 -1 15 n,!H lit.SB 2.50 1 30 BO.lit 14.S7 2.75 1 ~5 79.24 14.S6 3.00 2

0 79.59 14.56 B3.260 03.226

!fl. 20'/

03.201 B3.210 ElJ.192 0::1. ms BJ. 131, 83.073 83.. 0SB f:l3.. 0711 83.0BO f:l3. 070 3.25 2 15 79.0S 14.56 BJ.064 3.50 2 30 78.73 14.55 03.045 3.75 2 45 77.92 14.56 f:l3.042

~.00 3

0 78.31 lft.57 83.062 4.25 3 15 7B.29 14.57 83.074 4.50 3 30 77.26 14.57 83.073 4.75 3 45. 76.95 14.58 83.070 5.00 4

0 77.18 14.58 83.068 5.25 4 15 76.98 14.58 83.061 5.50 4 30 7/.91 14.59 83.064 5.75 4 45 78.42 14.59 83.066 6.00 5

0 78.12 14.59 f:!J.079 6.25 5 15 77.90 14.59 83.086 6.50 5 30 78.10 14.59 83.078 6.75 S 45 77.68 1it.S9 83.059 7.00 6

0 77.32 14.59 83.02B 7.25 6 15 78.17 14.59 82.902 7.50 6 30 78.S5 14.. 60

82.. 958 7.n; 6 '*5 7B.37 111.c,o* B2.?'+1 8.00 7

0 78.44 14.60 82.930 8.25 7 15 79.62 :L4.. 60 t)2.907 8.50 7 30 79.12 14.60 82.892 8.75 7 45 78.71 14.60 82.. 872 9.00 8

0 80.09 14.60 f:l2.861

?.25 8 15 79.91 14.. 60 82.852 9.50 8 30 80.36 14.61 83.029 9.75 8 45 80.46 14.60 82.977 10.00 9

0 81.71 14.60 82.901 10.25 9 15 f31.37 14.61 10.50 9 30 82.Sl 14.61 10.75 9 45 81.?3 14.61 11.00 10 0 83.00 14.61 11.25 10 15 82.74 14.61 11.50 10 30 83.75 14.61 11.75 10 45 83.88 14.61 12.00 11 0 84.53 14.60 12.25 11 15 84.01 14.60 02.952 02.?79

83. OHi 83.. ()115 82.976 02.. rn,1, B2.927 fJ2.916

82. <;>17 11:: Fill NC L(1l::O..H

!'('(

DATE 8/12/19B'1 f:>ALEM GEN.. ST1'1.

INTEGRATED LEAKAGE RATE TEST STARTING TIME 23 : 0 (1VC DEW PT TEMP

( D>C-~qF)

'.72.. 2.s1.

72.. 2[:;9

72. 27;5

72. lfl3 72.. 22:--~

72.220 7'.~. ~'.117 72.2-'!1 72.. 16S.

72.220

72. 1116

n. me 72.27l 72.. 231

72. ;:_166 72.217

7).. 209

72. 1[13 72.1'?0

?2" 2.s*7

?2.. :1.90 72" :~

1 37

/2.. :~~::s1

72. 270 72.23'i 72.. 33:3*

72.2'18 72.202

72. :U1B

n. ~_>41

)'2. 291t

/2.19.S 72.. lflS

"?2.. 303

72. 3011

"?2. 261

"?2. 2*sB 72~ 271

72. ;320 72.. 2))

72. 291 72.. 31'1 72.263 72.29[:;

72.. 263 72.306

72. 2'i()

"?2.. 27S

72. 2111

WG

l.)()F'()f(

r*r;:E!>s

( po-,ia) 0.. 391 0.. ;5<~ l 0.392 0.390

0. 391

0. ;391 0.. 391 0.. 391 0.3'.~0 0.391 0.390 0.390 0.392 0" 391 0.391 0.391 0.. 391 0.390

0. :~92

(). ;3<;>0 0.3?1 0.391 0.. 3<,>j

o. 391.

0.392 0.391

()" 392 0.391.

o. 3s>1

o. 391

o. 3'?1 0.392 0.391 0.390 0.392 0.392

o. 3~~1 0.3?1 0.1<12 0.392 0.. 391

0. ~W2 0.392 0.391 0.392 0.391 0.. 392 0.391

0. 3<;>2

o. 3'11 AVC CONT F'f(ESS CONT CALC MM!S LEAi(

( F'f:; :ia)

F~ATE (Lbm)

<Lbm/Hr-)\\%/Day) 63.'+03 63.'+03

63. '103

63. 1102

63. -'10(1 0::.10695.. o 8207!'i2. 3 820T74. 6 B207B'i'.. 3 B20735,.. 7 B?0'/43.. 2

63. ;599. 8207 !i6. 8 63.396 820B02.B

63. 3B'i 8207S1. -'I

63. 37~,

B20b!:i9. 0

63. 3T3 f:l20602.. 3

63. TIS B20612. 2 63.376 820624.. 3

-62.826 0.183 63.376 820641.0

-59.383 0.173 63.37!.i

<'13. 377 63.377 020b6'+" :*5 n::1ot,9o.. 2 8'.206!.d.1

-**52.. B6'1 0.. lSA

--Al1. 717 0.130

-l+O. l1'13 0. t 19 f.>3.382 820720.1

-32.756 0.095 63.3fJlt. 820723.. 4. -26.272 0.076 63.379 8206B6.0

-23.580 0.060 63.378 8206[:;7.0

-22.939 0.067 63.378 B20684.6

-20.733 0.060 63.378 820673.8

-19.343 0.056 63.37fJ 820668.. 1

-18.321 0.. 053 63.379 820651.8

-18.005 0~052 63.37?

B206S3.. 2

-17.SltO 0.051 63.379 820648.4

-17.191 0.050 63.379 820685.1

-15.610 0.045 63.378 820726.. 8

-12.998 0.03f:l 63.375 820749.9

-10.162 0.029 63.371 820741.7

-fJ.003 0.023 63.366 820692.2

-7.386 0.021 63.364 82069'+.. 2

-6.7f:l9 0.019 63.360 820678.3

-6.599 0.019 63.357 820647.1

-7.037 0.020 63.356 820665.0

-7.029 0.020 63.356 820689.0

-6.. 557 0.019 63.355 820682.7

-6.239 0.018 63.362 63.371

63. 36'+

63.358 63.359 63.369 63.370

63. 36'i' 63.367 63.361 63.360 63.360 B20[i11.. 6 020693.3 B20737.. 4 B205(;S. S 820S't0. 7 8206 l't.. 1; f:l20SB7.. 3 8206T?.B B20c1Ml.. f:l 820<'1Sl. 11 f:l2()61t9. 11 8206SJ.. O

-f:i. 7l3 0. 025

- 7. '196 0. O'.d

- - - 6.. 707 0. ()l 9

-* /" 97 l ()" 02:-~

-?.36!'.i 0.. 0'.U

--9..';J() o. 028

-**10. 121 0.. 029

-*--?.'108 0.. 027

-*-*9.. 009 0.. 02.'.

-**B.. 71,9 0.. 02S

--*B.5:19 0.. 02.lt

-B.2S9 0.02'1

'i'f:i %

CONFIDENCE LEVEL (Lbm/Hr)(/./Day)

.. -97. 569

---BB. 725

--79. OSB

-**69. 399

-62. B04

--!:;1,.. 112:~

-.t+6 *. 999

-*-lt2. 321

-<39. 7'19

--36. 1111

-<~;3. 376

--31. lSl

-*29.. '/38

-28.320

.--27.. 126

--24. 980

--*22. 2t7

<l 9.. ;3/JS

--16. 9*19

--*Hi. 773

---:l4. 671

-1~~- 997

-11+. 009

-13.S95

-l2. l7S

- -12. 127

-:l'1. 993

-1'1.007

-*12. 608

--13. 770

--iS. 118

-*1S. 09fJ

- - 1S. 390

--*lit. 573

- - - 13. 901

-** 13. 1111()

-**13. O:t.. li33

0. 1!:)9
0. 137 0.123
0. 1 ltJ
0. 1 OS
0. 05'7 0.091 0.086 0.082 0.. 079 0.073
0. Ob'+
0.056
0. 0119
o. (li16 0.0'+2
0. 0110
0. 0'10 0.039 0.037 0.035 0.0113
0. 011(1 0.036
0. 0110
o. 01,1,
0. 0'1'1 0.. 0'1S 0.0'+2 0.0110
o. 03'i'
0. 038 0.036 CALC INITIAL MASS CLbm) 820B1</.1 820815.1 820806.9 820796.1 f32079().6 82077B.. It B2076B.2 82076:~. 7 820762.6 8207SB.S 8207SS. '?
f320753.8 820'?S3.2 820752.2 1320751" '1 f3207117. 7 8207'11. 1, f320734.3 82()728.7 820727.:L 820725.,,
82072'1. 'i 820726. 1 820726. 1 82072'1.. 7 820723.7 820731.7 820729.3 f:l207211. 9 f320729. 3 8207311. 3 f32073S'. 2 B20'/37.1 8207~V1. 7 f.l20l32.8 020731.B 820730.9 B20729.8
F 2
READ REAL AM81ENT AVG TIME TIME TEMP PRESS CONT TEMP
<llr!;;) <llr/M11) (f)pqf) <Ps:i..:01)
<DegF) 12.SO 11 30 84.83 14.60 12.75 11 45 83.98 14.60 13.00 12 0 84.44 14.59 JJ.25 1? 15 84.36 14.59 13.50 12 30 82.36 14.59 13.75 12 45 83.08 14.59 14.00 13 0 82.56 14.59 14.25 13 15 84.15 14.59 14.SO 13 30 83.42 14.58 l l1. 7 5 13 4 S BS*. 29 1 I1. SB 15.00 14 0 85.67 14.58 15.25 14'15 84.08 14.58 15.50 14 30 82.79 14.58 15.75 14 4S Bl.94 14.SB 16.00 15 0 83.23 14.58 16.25 15 15 85.02 14.57 16.50 15 30 85.86 14.57 16.76 15 45 85.77 14.57 17.00 16 0 86.03 14.56 17.25 16 15 86.05 14.56 17.50 16 30 85.98 14.56 17.75 16 45 85.21 14.55 18.00 17 0 85.83 14.54 18.25 17 15 85.34 14.54 18.50 17 30 86.25 14.55 18.75 17 45 83.74 f4.56 J9.00 18 0 81.16 14.56 19.25 18 15 82.21 14.57 19.50 18 30 79.89 14.57 19~75 18 45 76.63 14.59 20.00 19 0 78.54 J4.5~
20.25 19 15 76.75 14.51 20.50 19 30 77.51 14.59 20.ni lS' 45 79.. 55 1'1.60 21.00 20 0 80.73 14.. 60 21.25 20 15 80.10 14.60 21.50 20 30 78.75 14.60 21.75 20 45 78.60 14.61 22.00 21 0 79.49 14.60 22.25 21 15 76.34 14.61 22.50 21 30 78.63 14.61
~2.75 21
~5 79.9] 14.61 23.00 22 0 79.81 14.61 23.25 22 15 79.76 14.61 23.SO 22 30 80.63 14,61 23.75 22 45 79.56 14.61 24.00 23 0 80.02 14.61 n2. 9ot, fl2.flB7 fl2.Bfi9 82.IHO f.!2.. 13'!'?
02. ar;3 132.. B"71
02. BSl
02. B119 B2.'?3S B3. 1i21;
03. 1..21 B3. /.;63 83.11511 B3. ;~n; B3 *.t1lf3 B3.S26 D3.609 83.61H o:5. 721
83. 7118
83. 7.t,c, B3.TV1 D3.711J 03.71?
El3.701
03. b[j(-J B3.679 n3. 1..sn B3.bS2 BJ. i...ti7 f.l3. 6:~7 B3.!.>15 03.60l o:;.,',38 B3.7B9 D3.. 6S9 fl3. 6113
03. f,!i2
83. 611'?
B3.6SS U3. 6'19 EU. 627 B3. fi'J7 03.569 83.537 IJ3. f.>lO
!'.>M.FM Cl:N. STA.
INTCCRATED LEAKAGE RA1 AVG DEW F'T TFMP
<DegF:>
I'.::~..
~ 7 it
72. 3'.'~{
72.. 3 L 7
}). *.:.*1111 7?.317 7;i. 330
?2.. 299 72.298 l2.. ~3<)i3
72. 11611 72.11SB 72.3f:l9 72" ti:L 11 72.3ri2
72. t130 72.. 1152
72. t197 7:~ *. (167
?'..'" 11/,1 72.. t16B
?:*.~".ti :*~3
?2. 1133 7:*?.. '*b'*
72.. 'ilW 72.. 500 7~!.111111
/ :.>.. '* H ~*~
/:~.. i19[~
/:}.. (1\\i l 72.. '19/
7:~.. lt[)it
-;>:!.. tj/()
7'..'.. 551.;
7~'. 5[;9
72. l1U2 72.5'17 72.531 7;~. 536 72.D'il
72. r.1n
?2.. Sl.)7 72.535
72. Sll 72.. !)07 t1VG V(iF'DI°<
f'l(E~>!:J
<F's :i.i,1)
o. :w:'
0.392 0.. 392 0.392 0.. 3<;*2 0.. Ti I 0.. *:~92
0. 3 '? ;:;
0. 39.-::.~
(). 392 0.393 0.3'?11 o.. 3'?'1 0.393 0" ]<,>~~
o.:w3
0. 39'1 0.39t1 o.. :*~9s
().. 3'? '1
0. J'?t1 0.. 3'/'1 0.. 39-'t 0.3911 0.. ]<.~** (f
0. 3*;*/1 o.. :*~<.:*b 0.3'}11
().. ]<;> !1
().. 3911 0..
.-,~9.<f 0.. 5?!:>
0.. 3*;iif 0.3'?'1
().. 39!:>
0.. 39S (l" 3 <;> 'i
<<>.. 3'? r; 0.. 39S
0. 3'?S
o. 3'?!i (J" :*~ '} !:;
0.. 396
0. 39!)
o.. 3.:;;r;
o. 3'1{;
0.39!>>
AIJC CONT pf::[t)~.l
( F<<; i <1) c,:*~.3lj0 b:*!... 3Eb id.. ~V1'7 6]. :3'tf>
.~;3.. 339
{.:.*~" *'*'i !
f:, *-~ " :*.~ /~ /
(. '.
63. 'i'.'.7 l>3...(~,, '*
6:1. <'1.3'1 63" l; l 9
63. 'll2 6 3".., 1 'I 63.. t120 63."'*~~o 6J *.t12B
\\~i3. '13S
.:.3.ldB 63 *.<'.1112 l.d..l1l17
,~*.3.. '* {t 7 bJ.. l*6A
<'>3.i1ld 6 ~~ * *'*:~.fl f.., :1..1, 3 ~*:,
,~,3. lt,~,.
t.*>~*~.. i1 ': B
63. -'*:~o
(.,3.....c'12.~*,
63. 'i'.-,3 63.. t1l1 *j 1.,;'._ itJ l 6J...t1SO ii3.l132 63.11:~2 63 *.ti33
63. 1,31, 63.1132 63.'127
63. t1:*~b 63.'11.'i CONT Mr1!>S
< L..bm) fl2()/;f)b. s 8~'06 l H.?
020S6.t1.. n fl20!:;~,B. n 02011/'1.. :I.
n:.;os20. 1 n::~oE11.r\\.. s H20 S,~)I.>.. 9 E~20'~ / l..
~.'.
H:~(1.I. \\',5. ()
n201132. n n::~os92.. '*
n::'o7n:7>. :1 B20672.l n2os1n.. E>
820ti°/I. 2 n20.t1r.,o.*o B203t.'iS. 3 u:;o2nn. o 8203'1t.'>. l1 020301.. 7 IJ *.:' 0 '1 'I fl...I fl20I190.. 7 fl'..'O!:i't0;. 6 n:~OSt.">2.. /
0:;07911.. 5 020::,:5:~.s 020!)10.f:l 020511.. 6 D'..'O.t19<1. ti 020!;10. ft B207ll.. 7 ll2(ll175. l1 820370.7 fl20ft90. ()
n2os5s.s 020'130. 8 f:l20690. 1, U20ftlt3. Ii fl20l127.. }
11'.'0"1 S6. 0 020.ftBS'. O B20S10.3 B20lt<'J<.i1.. "/'
U206S7.r~
020'tf:l0.,,
DATE 8/12/1984 TEST STARTING TIME 23 : 0 CALC L.EAf~
F\\ATE
( Lbm/Hr) < ~UDay)
7.. 9T7 0.. 023
-fl.OSI 0.. 023
-**8.. ';t..o o. o:;s
-* 5'. 062 0" 026
-<l.O. 169 0.. ();:><~
--:LO. ?iH 0. o:u
. 11" 11 8 ().. 032
I.I. 2111., 0.. 032 11.. 1,0.., o.. o:n
12. 303 0. 03S 111. 921 0. (lid lS.566 O.<HS
l !'.°>. 1.'17 0. ()/+4
-**13.609 0.0:59
12.032 0.037
. 12. '){.[:i 0.. 037 u.325 o.o:rn
-13.1.>96 0.0'10
--14.502 0.042
-H>. b02 O. Ot1S
-*16. 313 o. 047
-16. 782 0. (I.ti?
-*16. 661 o. 0110
-**16. 5611 0. 0'1B
-16. 241 0.. ()117
-<L5.033 O.Ol1t.'J
l'i. 490 0. 0112
l'c,. 281 O. Old
-* l.'I. 1 S9 0. ()IJl
14. 029 o. ()l1l
-13.9.'.;9 0.0110
13.8211 0.0110
--:l.~!.97"? 0.037 12.990 0.037
13.318 0.. 03f:l
-13.2117 0.03fl
-*12.960 0.037 n.072 o.o:rn
.. :L:?" 372 0" 0:56
12. 11119 0. 036
12.S!;U 0.036
12.S70 0.036
12. '179 0. 0:5.i, 12.3:n 0.036 12.20!:i 0.035
-11. 66b 0. 03't
11.1101 0.03J 95 :Y.
CONFIDENCE LEVEL
( Lbrn/Hr) (/./Day)
--12. 139
12.049
-12. 457
-*12. 845
l'1. 030
-*l 11. 567
111. 7B8
-lit. 780
-lS.0119
lS. 72S
1'7.1103
-*1<J.964
--19.1129
-*18. 118
-*l?.289
-17.287
1.7. 535
-1.7.801
- Hl. S92
-19" 770
-*20. 111111
-20.830
-*20. 59f:I
--:!O. 395
-19.906
-*19. 507
--1B.3f:l6
--Hl. 083
-*17.865
-*U.643
--17. 1183
-**17.264
-16.471
-16.399
-16.666
-*16. 517
-16.170
-16. 211
--15. fil13
-*15. Sl19
-*15. 591
-15.536
-15.382
-15.173
-* 1'1. 993
-* 111. 11f.il1
--111.179 0.035 o.03S 0.031.,
0.037
o. 0111
o. 0112
o. 01,3
()" 01,3
(). (1114
o. 0115 0.056 0.058 0.056 0.052 0.050 0.050 0.051 0.052
0. 0511 0.057 0.059 0.060 0.060 0.059 0.058 0.057 0.053 0.052 0.052 0.051 0.051 0.050 0.04El 0.047
o. 0118 O. OltEI
0. 01,7 0.047
o. 01,5
0. 011fi
o. 0115
o. 0115 0.044 0.0114
0. 0'13
0. 0112 0.041 CALC INITIAL MASS
\\Lbm) 82072B.b B2072B.9 820731. 2 820733. 11 82073El.S 8207111" 3 8207112. 9 820743.6 820745.3 820748.8 820762.1 820765.5 8207fJ3. 3 82075S.O 820750.8 820751. 6 82075:5. b 820755.7 820760.3 820766.7 820770.9 El20773. El 820T73. ()
820772. 11 820770. 11 820767.8 820759.2 820757.8 820757.0 820756.2 8207SS.7 82075'1. 8 820748.9 820749.0 820751. 3 820750.8 820748.7 8207119. 6 820744.4 820745.0 820745.8 820745.9 820745.2 820744.0 820743.0 820738.7 820731.i. 3
1 F~.,
HTINC DAY F;...
22<1 CAL.C L.FAJ(
1 TML 3.00
3. 2!)
3.bO
3. 75
11. 00
-'t.. ~.!S f1. 5()
'1. 75 Ei. 00
s. 2fi Ei. !i()
S.. /5 6.00
'") r:
,.).,,.*..... >
l\\. bO t.). lS 7.0()
7.25 7.SO
/./Fi B.00 8.25 B.50 fl.75 9.00
'I. 25 9.SO 9.75 10.00 10.25 LO.SO 10./5 11.00 l l. ::~~;
l l. 50
11. /.'i 12.00
12. 2~j
12. [j()
12./5
n. oo 1:~. 2f.i
13. so 13.?S 111. 00 1/t. 2.'i 111. b()
i1i. n lb.00 1 s. :.1s Ei. EiO F<f1TE Lbrn/Hr
%/Di::iy
52. !:tf.'1
'1'1. 717
-'10. fJl13
....:32. 7S6
26. 272
-23. !;f.io
22. <;>39
20. 733
1'~.3'13
Hl.321
HI. 005
17. 5'10
-17.191
1S. 610
-<L2.99B
10.162
-*B. 003
/.3iM
b. /89
--b.. s~~9
/. 0;37
--?
02'1
-6. 557
-6.~*;39
-B.713
--7. 996
6. 707
-*7.971
-'I. 36S
-*9. t.>1 ()
10.121
-*9. '1BB
'?. 00'1
B. 7'19
B.S19
-**U.. ;~59
7.977
B. OE.il
-8. S/18
9.. 062 1.0. l/1</
10. 781
-:ll.* 118
11.* :u16
I l. l.iO!i
12. 303
1.'1. 92:1.
1.i:;. [)66
-**J s..L '17 0.1831.;
0.1.736 O.JS'1b 0.1307 0.1Filt 0.0957
o. 07.'if:l o. o Ml s;
(). Ol.1 "lO
(). 01.0f, 0.. Ofil,b
o. oi:;:v;
o. os:n
0. (I fi J ;>
O.OSCl2 0.011S6
o. o:*rno
o. 02'i/
0. 02:H
(). 0215 0.0190 O.Ol92 0.020!:>
0. 020S 0.0191
o. 0Hi2
o. 02!>'1 O. OT.n
. 0.01.96
0. 023"3
o. 0::1/J
o. 0::101
. b.. 029!'.i 0" 0:17/
0.0263
()" 025!i O. O~'li'I
o. (1211:l
o. (.>233 0.0235
o. on;o 0.. 021.1'1
(). 0297
()" 0 3 l!:i
0. 0~32S
().032tl
(). 033'?
o.. 03!:i9
o. ()ldb O. Ol1SS
0. O't<'12 11 IX *itSI l.Nl. 0 U
(d f1f('(
~:;11L FM CFN b.
] NTI Cl((1TITi LE t1I< I\\""*.
TF ~'>T RLGRESSION ANALYf TA STD DEV S
J DFV CAL.C JNITJtd..
AIR MM>~:*;
Lhm D208l 9. l n::~on1~.. 1 n::.10B06.. 9 D'.~'0796. l 020790.6 n::>.0T1u *.11 n207/.8.. 2 n:-~o?t.3.. I'
!.!20762.6 U:)0'?£)fl.. S U20l55.. </
D20/!;~*5. B EJ2\\.J7S3.. 2 B207S2.2 n2on;1.,,
B207'1l.7 f:l207'1:l.'1 fl20T3'1. J B20728./
n:.10727. l fL'()"72S. '1 n:'072'1. q tl2072~,. :l B20726.. l u201:1. /
B207::.~:3.. ?
020731.. 7 D2072'7'. 3 B2072'1.. 'I B'..'072'.~.. 3 IJ:..10".73'1. 3 B '.? 0 / 3 E*..
.~
020/J/.. l 8'.)0/Jl1.. 7
!i'..'07.32.. u u:!o.7'31. n C'.!0?30. '!
n2oi:*.~9.. n D20/2B.,',
fi'2.0.72B.. 'I n::*o/31. 2 H::'0".733.. 1, iL'(> 7:1.B.. "i fi:.'(l/111.. 3 n::*o11, ~'. *;
0: 107'13. t.;
fl20llt!:~.. ]
D::'0.7t1U.. n
[l)()J,:.'...'.. l n:.:~O"lbS..
~:;
020763.3 OF MASS OF SLUPE I hm
.!16. t.7
'15.()0
'15" 36
'17. f.12 lt7.22 r; t.. 3~;
I,
~: " :' *:
r; 1.. o.:>
~; 1.. r;9
!,()" 0!.1
.1+<'11.. *~)/
'1/.. 96
.It,~).. 'i'/
116. 02
.lt6.03 11/.. q:i, so.. 52 5 l. }fJ
!:ii.OS S0.39
.I~ 'I.. {.(J 1,n.. 9r>
'ifl.. 20
.t1/.. 6D 117. 0'?
s:*. 12
!>3.20
!;t1.. 30 SS...:;:.o Sb.. 2t:
!:>11. 9?
5'1. 91 bit.. /,If 511.. l '1
.S3.. !J't SJ. ::*o S2. f.lt S2.2D s::.'.3D s*:.>.. '17
!:ib. 09 SS.. S5 SS.. 3S S't.. B'J
!i'1. no
!iS. 89
/!i. O'i
/5.S5 7Ei. 'i()
l..bm/IJr 15.1.;1 13.. ::~11 12.03 I. l. 11:*1 I.()" 2'+
I 0.. :If, 9.. 70 O.. BH D.. 00
/.. J<;
6" );*
.',...LI fi.. r., [:)
s.. 21
'1.. Dl
.It.. S'*
'1. 11u
11. '1f:J lt.. 36 11.* l ()
3. fl!:i
~-i.. 1:, '~-~
3.112
3. :*::i 3.. ()\\~)
~" 90 3.09 2" '?6 2" *~ l
.. f.16
~).flit
2. l:l
~.. 6 t 2.. [) ',:.~
2.. ti2
'1
.. ~. " *.. I,,:~
2.2]
2.. 1'I 2.0}
l.. 9D L *;:*3 l.. UB
I.. '?2 J.Bfl 1.IB
1. 76 I. 71 1.70
2. 23 2.19
2. l't STUDENT***T D I!lT. VALUE 2.22S
2. l '10
2. lT/
2. Ui9
2. :11,3 2.1 :rn 2.11'?
2. 109
~-'. 1 00 2.0'?:-.~
2. ()!Hi
2. 079 2.073 2.0l:iB 2.063 2.0!:i9 2.. ()5fi 2.051
2. (li1fl 2.0'1fi
2. o.11~z 2.039 2.036 2.03'1
2. 0:~2
2. 030 2.020 2.. 026 2.02'1
2. 022
2. 021 2.019 2.otn
2. OJ{,
2.0lb
~. Ol '1 2.012 2.. 011
2. 01 ()
2. 00?
2.oon
'.'. 007
'?.006
'..:.>. 00 !;
~)" 00.11
2. 00'1
2. ()03
2. 00:.1
. 001
2. ()(l0
.*. 000 DA TT B/ 13/ l 'iB't TEST STARTING TIME 23/ 0 9.5/. CONF.
FI CURE L.bm/Hr
-97. 569
88. 72S
-**79. 058
69. 399
-62. 00'1
--54. '123
-*A6. 999
.ft2. 321
39. 7'19
3b. 11'1
33. 37<'>
--3:l. 151
-*29. 73B
28. :320
27.12fJ
211.980
22.217
-**19.365
16. 9't9
-*15. 773
-lit. 671
-:l3. '?97
-*1'1. 009
1.3. !:i95
12. 775
12. 127
1'** 993
14. 007
12. bOf:l
-13.770
-15. 118
15. 09f.I
15. 390
14. 573
13. 901
13. '1'10
13.019
-**12. 5B't
-*12. 139
l2. 0'19
-**12.'157
12.845
14. 030
-**1'1. 567
-*i't. 780
<L'1. 78!'!
15. o.111 0.0429 0.0409
0. 0'109 0.0397 0.0373
o. 035'1 0.0438
0. 040'1 0.03.'>A 0.0402
0. 04'12
o. 0'141 0.04SO
(). ()112<'>
0.0406 0.0393 0.0300 0.0367 0.03S4 0.0352
o. 031'>'1 0.0375 0.0410 0.0425 0.0432 0.0'132
o. 0411()
0. <HS9 0.0567
0. ()5[l3 0.05.'>A
i"f)CE TE!3T.NC [)()Y 22'1 REAO CALC TIME LEAK Hours 1S.. 75
16. ()(l 16.25 16.. SO
16. 75 l/. ()()
.I.?.. 2fi ll.50 17.75 lfl. 00 Hi.25 l(j. so
10. 75 19.00 19.. :~~s 19.SO 19.75
~*o. oo 20.25
?O.SO 20.75 2:1. 00 21.25
21. 50
21. 75 22.00 22.. 25 22.50 22.75 23.00 23.25 23.50
3. 75 2l1. ()()
f::ATE L bm/l*lr
13. 609
12. 1132
12. 'l!.>S
13. 325
13. f.1S'6
.... t l1.. r;o2
---1 ri. 602
lb.. 313
16. /02

:Lb, t.ib:I

.... j 6. [,611
I. I>. 2'11
-* 15. 833

1'1. 119()

1't. 2a:1

--:I.ti. J. fa\\~i
---1'1. 029
.... 13. 9S~>)

13. 8~'11

---12. 977
-12. 9'i'O
13. 310
13. 211/
.... :L :>. 960
--*13. 072
--** 12. T72
--*12.. l1ft9
-*U. SSB
-12. 570
12. 1179
-12. 32?
... 1 " 20b
--:I l " 66b
--- l :l. ltB l
(). 0397
0. 03'75
0. 0379
(). 0309
(). () '1 (l ()
(). ()11211
(). 0'1S6
(). 0'1T?
0. (l/190 0.. O.t1D?
(). 0 /t()/i
(). ()ft//1
0. 0'tb3
(). 0'1 :.'3
o. 0 1117
(). (\\11 l '1
0. ()1110 0" <)/1on
(). ()11011 0" 0379
(). 03'?9
0. 0309
(). 0307
(). 03/f:l
o. 03B2
0. O'Mil
o. 036'1
(). 031.>7 0.036/
(). 03611
(). Q360 0."()].*:;r.,
(). O:H :l
0. ()3:.~b f~E!:JLf\\1\\Cll I\\ HLTJNG L(il't.
(()f(y' SAi.EM GFN STA.
INTEGRATED LEAK RAT-REGRESSION ANALYSIS CALC STD DEV STD DEV INITIAL OF MASS OF SLOPE AIR MASS Lbrn Lbrn Lbrn/Ht_'
0207S5. 0 8l "
~-~ F1 2.. 2~'.)
B207 f.iO.. !3
02. 3f:l 2.. 22 n201r. L. 6 UI. "?D
~.. 16 B20lb.~. 6 O:I " 5*7
~" :t (l 0207S5. 7 fiL 31) 2.. () !)
fi207 f;(). J
~-~.:**
2.. ('>,,
U207f.r.,. 7
\\i.';,. *.~. (.,
.:.~ " OH 02(J770. 9 H).. I)/
.~ ;, (),i; H'.!07/3. n H /.., I
') 1J -~-,
020773.. 0
~JI. (l '1 l.. q; B20T72. it IJ t;" '16
l. <?'..:.~
0207?0. 11 fl(.,. '.}fl I 87 82076/. f.l
06. 11(1
1. Bit B'.:'0759. r;
'?3.. '18 L 9S 820757.. El
~)) ~*3.. 0'1
I " 9()
fl207b}. 0
~~; ::_:! *.lt9 l " Bb 8207St... '..:.~
9l.. 97
1. !H 820.. ~.,bS.. 7 9:t " '10 l.. 77 n207r.,11. B
'/0. 91 1.. }2 8207118.. 9 9'1.. ()/
L 7S B207'19. ()
<_i>3. '*Si
l. 71 B207L1. 3
93. SJ 1.. Ml D20750. f:l
'?2. 9:l
1. l,)if 0207110. 7 9:?n 91 j. f... -1 0207'19. t:i
92. '1'1 1. S7 B20/'il1. '1 ye*
...... () (l
1. S9 B207.t1S. ()
911.. '19 1.. fiE 020/.tiS. n 9'*.. 03
l.. Cr)
,.),; __
820/ '15. CJ
'.n. 50 1. '*<?
D207 1!!
0
2
<;>J. ()11 l.. ltl>
0207'1'1. 0 9:~:.~. 70
l. '*3 H20!<1:~. ()
5>2.. 31 l " l10 n201:i,u. 7
?'1. I '1
l. l1()
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FIGURE Lbm/Hr
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DATE B/L3/l'ffJ11 TEST STARTING TIME 23/ 0 OIFT MASS
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,~>3.. 't:l.S t'** S6fi 63.. 39'.? 7<;*.[,<?*1 6J..111s L'1.. r;11
63. 39 :I

79. 3113 63.ltl't 1'1.571]
.'.J.:rno 7'~.570 b3.1+12 l'1.SfJ2 63.3fJ/ 79.33.'i 63.-'t10 111.bf.l".7 6:5.3B7 79.370 6:L l11J 111. !:>91
63. :ms 7e. '?8"?
63.ltOfl llt.5!:1/
63. 3/2 7fl. '?!it.
63.39/ l't.SUi;
63. 3<'13
/9. 01 -~ /J3.390 111.!.,00
63. 360 BO. I.t1~'
63.306 1't.f.i72 63.36't 79.2119 63.3Q6 i't.Sf.13 f..3. 3bS 7'~. 591,
63. 307 l't. 560 9
l 7 10 Jfi 'I TOr('r' S(.~I. EM GEN S,. IN TT~:~~~~~;~ ~~~:;I ~~.~IT TEMPERATURE SENSORS <RlD'Sl 3 4 5 6 11 12 13 14 19 20
.:~ J 22 8
16
u1 82.705 82.49J 82.73B fJ2.617 B3.3S2 82.902 B3.S28 U3.188

03. 210 in. 3'.1 "7 03. it60 03.122 !B. 1170 in. l 13 B3. '1SO !B. 263 83.302 84.137 03.156 U4.2B9 83.749 83.662 B3.3J3 B3.39it DATE 8/13/198't TEST STARTING TIME 23/ 0 DEW POINT SENSORS 1
2 3 it 5 6 72.397 72.5't0 72.347 72.086 72.228 71.906 82.67S 82.457 82.708 82.607 83.322 82.862 83.448 83.148 72.354 72.550 72.351 !B. 190 fi.1,. 2.',7 in.. 1;<1(\\ IE. Io:* H:~ *.11/0 H3. 073 B3.. 3b9 !LL 243 . 72. 095 72. 205 71. 985 03.. 2*.. _12 fl'*.. 0-;*7 nJ.. 1 *.
.'. '/
~-j~-~.. *?.:~9 :~-l~*:... 1..r.;.-.! u~~.. 2"73 n3.. 3B5 BJ.. i,.',5 B2.ltlt.7 n*:>.1, 1*.1:
"1' 1.:*1 H.L:I.!1".' !i.'.. H7'? rn.11110 03.JitfJ n3.. too e3.. :?.37 n:*~..
"**.-~<,
~*

.. 'i 1... ('
~L,~.. u.1.:\\ u.;.. 36\\) H3. :~,t~3 83.242 84.037 83.1~6 H4.2!9 B3.71~ 83.612 03.293 U3.365 82.6it5 82.467 82.638 02.597 83.. 251 82.B52 B3.4lB U3.148 U3.140 U3.227 83.440 83.142 !i3.430 03.0SJ 83.349 83.243 03.252 8-'t.016 03.136 04.229 83.739 BJ.592 03.263 83.355 82.665 H2.4S7 82.6/U U2.556 83.2Ut 82.052 B3.428 B3.158 83.130 83.247 83~430 03.:142 83.450 B3.103 BJ.379 83.243 83.252 84.026 BJ.136 fJ4.229 03.729 B3.582 BJ.273 83.385 82.635 82.447 82.638 02.536 03.241 02.812 83.'t'tO 03.158 83.. 140 83.217 83.. 4-'tO 83.142 83.. -'tlO 83.073 83.329 03.243 83.242 83.976 83.136 04.219 U3.739 83.552 83.233 U3.385 82.645 82.41/ 82.628 82.577 83.2B1 B2.822 83.418 UJ.118 83.120 83.217 83.-'t20 83.122 83.42() 83.043 83.339 83.223 83.2-'t2 83.9/6 83.156 04.189 U3.719 B3.562 83,253 83.365 82.565 82.377 82.57/ 82.516 03.211 82.762 83.3BB U3.078 83.070 83.107 83.360 U3~04t UJ.340 82.983 83:319 03.163 83.102 83.916 83.056 8-'t.J99 83.679 83.522 B3.193 83.305 82.505 82.297 82.507 82.436 OJ.141 82.702 B3.368 82.997 82.929 83.117 83.290 82.971 83.. 300 B2.923 83.279 83.122 83.132 83.89.'i 83.016 84.149 83.649 83.. 472 83.173 83.255 82.515 02.317 82.517 82.426 B3.091 B2.662 83.260 82.977 B2.999 83.08/ 83.260 02.961 83.300 82.913 B3.2't0 83.0B2 83.. 152 83.896 82.956 84.J09 03.610 83.492 B3.173 83.245 82.555 82.337 82.547 82.446 83.131 82.722 83.230 U3.027 83.009 83.08/ 83.260 82.971 03.3:10 82.963 83.20B B3.102 83.182 83.956 02.996 84.069 B3.600 83.!.12 83.. 163 83.295 B2.535 B2.337 82.497 02.466 B3.141 !:12.742 B3.25B 83.027 83.040 83.107 83.280 83.001 83.300 82.973 BJ.2on B3.092 83.11>~' H3.9M> H3.016 011.0.J<? 03.5';>(> BJ.51203.103 IB.285 82.525 82.31/ 82.527 02.446 83.141 02.692 B3.248 83.007 B3.040 83.117 83.270 83.01:1 83.310 82.933 83.198 83.082 83.172 83.946 83.026 B4.049 B3.580 OJ.502 83.143 BJ.275 72.376 72.554 72.280 /2.095 72.295 72.172 72.376 72.554 72.298 71.958 72.127 71.773 72.-'t35 72.471 72.228 72.005 72.280 72.091 72.316 72.583 72.343 71.985 72.176 72.012 72.3b0 72.511 72.270 72.075 72~372 72.001 12.252 72.428 72.352 72.0B6 72.264 72.072 72.399 72.509 72.201 72.000 71.994 71.901 72.259 72.55't 72.289 72.000 72.156 72.169 72.343 72.496 72.207 71.924 72.040 71.92? 72.397 72.477 72.169 72.028 72.367 71.794 72.'t50 /2.532 72.405 71.99't 72.277 72.099 1-d ::i>- Pl rt OQ rt ro Pl (") --...i§ ro 0 ~ Hl rt N-t'- UJ
"iT~~;1-*** l:;:fJNL f\\E: Al.I fIME .. E fl< D1W 3.E,O ~; 30 '** 00 fJ ,.,r.
t ** c,.)
'** 50 3 10 3 15
.~2s 3 30 225

11. l5 3 '15 5.00 0
225 b.25 lS r) 'i C:: .:... *..,_)
6. 00 5
0 225 b.. ::.~.s r> 15 F'l'<F!':!:; r1ME! J FNT srnf> rrnr* f'l****1 fl< F"J **2 f'l'<Ef:lf.) 63.36S ?C/.050 63.. 38? 1 11.. 561
63. 365 "i'B. TV.

63. 307 l'1. 55'*
id. 367 Tl. S1'.Ut id. JfP 11, *.'i6[:; t1:L 36l 63.387 /13. 3l1
63. 3911 63.372 63.396 lC.316 1'** 5l0

78. 295 111. [.i75
/7. 2Mi 1'** [,76 l.13. 367
76. C.'bO b~.,. 392

1 *'*... 1.,n ~~
63.36/J 77.. liVt
63. 390 l'1. Sflii id. 3MJ n,. 'iD9 63.3'?1 1'i.. Sfl8
.'J3.3M1 7"7.91-*i .'13. 39 l l't. 592 63.366 78.429 6:~.. 391 l't.1:.92 id. 367,
78. 127

63. 3'?1 l'I. 593 63.3f,D 77.906 ii:*~. 3'? J 1 (1.. 591, l
ll 2 10 18 !'>AL.EM CEt-1 S INrFGRATED LEAK RATF TEST !:>FN!:JDf( f::EADJNF. lT"MF'Lf<ATUl(L m::N!)O (JD' S) 3 4 5 6 11 12 13 14 19 20 21 22 7 15 23 8 16 211 82.515 82.29~ 82.517 82.456 83.111 82.712 83.288 02.987 83.019 83.097 83.260 82.961 83.280 82.943 83.248 83.092 83.162 83.946 82.986 84.039 83.590 83.492 BJ.143 83.265 82.505 82.287 82.507 82.396 83.081 82.702 83.268 82.987 n2.. 9"79 B3.. 0/7 u:~.. ~-;no ff:'.i.. qe*1 n3.. 2/*;, c:*~.. 9<L1 03.. tnn fl].. 072 B::I. 11,;:_* fi:"L H_iJ, fi3..,*... " *9 u::L.1iHO HJ. ld:L:; 03,. 1 :L~ BJ. :n5 fl)... EO!"", 02. ~~*r7 n*:.*.1.. !:/:i'/ ~l.~.. I~ 16 [(1.. I J 1 U},, t':.E2 D3.. '..r7n B2.. (.~'77 tL.~.. 939 B3.. 067 fi3.. :,-***1 (1
i '.. '/(;!
n~.. ',>',*() '.: *.. '::3 U3.. 190 H3.. 09::~ o:*~.. l :12 03. 01>6 U2.. 9l~~", ~,;,*1.. ()*,,9 i*1J" (..()0 tt,!," itU:.~ 03.. 133 U:3.. 2lS 82.565 82.307 82.537 82.416 83.091 82.. 74~ 83.278 82.987 82.969 83.077 83.300 82.961 8J.280 82.953 83.2)9 83.102 83.102 83.046 83.036 84.039 83.620 03.462 BJ.153 83.275 82.575 82.317 82.577 82.426 83.07! 82.13~ 81.288 82.997 n2. S'79 BJ. 107 UJ.. 330 n::1 * <i? 1 o:*~. :*.*90 i::~. c;.7:':. BJ. ::130 B:~. l '12 B3.112 83.916 83.046 84.009 83.630 83.462 83.163 83.305 B2.515 82.317 82.. 547 82.436 83.091 82.702 83.338 83.007 83.009 03.107 83.310 82.. 98l 83.290 82.9t3 83.248 83.142 83.122 83.916 83.046 84.009 83.620 83.462 83.173 83.275 82.545 82.327 82.577 82.426 83.lll 82.682 83.268 82.987 HJ.OSO 03.. (lt)? fL1.. 310 83.001 fl3.. '.'UO 02.9.tiJ 83.230 El3.:l.12 83.122 83.936 83.016 84.000 83.640 83.453 83.163 83.275 82.545 82.317 82.547 82.396 83.12182.732 83.318 83.007 82.999 B.~.097 83.300 82.~41 83.290 82.953 83.238 83.112 83.132 BJ.936 83.026 83.990 83.620 83.462 83.143 83.285 TEST STARTING TIME 23/ 0 DEW POINT SENSORS 1 2 3 5 6 72.354 "72.570 72.320 72.066 72.129 71.919 72.378 72.592 72.367 "72.050 72.190 72.050 72.361 l2.534 "72.306 71.996 72.117 72.045 72.316 72.493 72.207 "72.059 "72.1"76 72.109 72.370 "72.511 l2.201 71.938 72.325 71.926 72.318 "72.538 72.417 72.027 72.343 72.190 72.322 72.495 72.270 71.971 73.352 71.805 72.324 72.504 72.273 ?2.081 72.349 72.156 02.so5 02.301 02.537 82.406 n1.111 82.692 83.298 02.957 72.351 72.459 12.252 82.. 969 83.08) 83.300 83.011 83.300 82.943 83.248 B3.112 72.005 72.280 71.920 01.112 nJ.956 01.016 83.970 01.610 83.453 8~.143 83.295 82.52S 82.327 82.S67 82.416 83.071 82.702 BJ.278 82.997 72.333 l2.493 72.333 82.959 R~.117 83.290 82.971 83~300 82.953 83.. 248 BJ.122 72.063 72.268 71.946 83.112 83.936 83.006 83.990 83.620 83.443 83.153 83.285 82.515 82.317 82.547 82.4b6 83.071 82.682 83.258 82.987 82.979 83.08? 83.330 83.011 83.300 B2.963 83.248 8J.112 83.122 83.906 83.036 83.9BO 83.6iO 83.472 83.163 83.305 82.555 82.337 82.547 82.426 03.101 82.692 83.288 83.047 B3.040 83.107 BJ.320 83.001 83.280 82.973 83.248 83.122 83.122 83.946 BJ.046 83.980 83.640 03.453 83.163 83.335 72.297 72.558 72.338 72.028 72.169 "72.207 72.451 72.592 72.403 "72.012 72.109 72.081 82.. 54S 82.35! 82.SSJ 82.426 83.091 82.742 BJ.348 83.068 72.378 72.459 72.250 82.999 83.107 BJ.340 82.981 83.280 B2.983 83.269 83.163 "72.129 72.243 71.967 83.112 83.936 03.046 83.970 B3.649 BJ.462 83.203 83.305 1-d ::i> Pl rt OQ "rt ([) Pl (".) CX>.§ ([) 0
1 Hi rt N+'-
W
I llbl. .. 1T~:Arn1Nc l*:f:.t'iU.L llMF TlME DflY 6.r.o s 30 ,,..., i:: ..:...:- ~, '~~.. ? b f~ '* s
.. ~2s
/.00 6 () ?. 2s I.> ~s
7. 50 6 30 7.75 6 11s 22S B.00 7
0 U.25 7 15
!25 B.S()
7 30 22[>
9. 00 B
0 9.25 0 1E 9.SO B 30 DflY 2211 Vi:Fs~:; r)MH J Ei'IT ~>ENS TEMF' PI****l r* I. 2 F'F<Es~; 63.. 3M! /B.. lOf:)
63. 391 1 11. S'.l!:i f, 3. 3f)7 T?. MJl 63.391 *J.l1.59B

63. 36'..'

70. U.'i

63. 3f.ln :I* f:i'!?
1.)3.. :*~bfl /U. LS9 6:L3B!) lli.. 60'.*' l.i3. 3Sl1 7fl. Tl!:i
63. 379 111. 6011 6:~. :3!:;2

70. l1i1f.
63.376 lit.60'1 63.. 311n ?9. 1..:13 t.;3.. 37;;> l t1.. 60'..' 63.:H!i "7S1.121 t.,3. :r?o JA. 606 63.311S
'B.71'.'

63. 36B J <'1. 602

63. :~11s no.. o*;r:;
6J.:*.~M! l'i.603 f.13.~Vt3 79.916 63.3/J/
l'i.606 b3. 3!i:L BO. 361t

63. 3 71, J.11. f.>l l
"'"'.t.Jl ll<. rr::t;*11N1**; Lr ATCll('I' ~IM.LM CFN f>. JNTr~:r~r.';\\r:r~ '~'.*n';.'~.L!:>T ...,1..N... ur, hLM.1 r~ TFMF'ERnTURE SENSORS <RTD'S) 2 3 s 6 10 11 1~ 13 14 18 19 20 21 22 j 5 23 B 16 24 82.. 535 82.3S7 02.53"7 B2.436 83.121 B2."732 83.. 308 83.00"7 82.989 83.Jl7 83.. 340 82.991 83.. 290 82.973 B3.. 269 83.132 83.112 83.096 83.056 83.970 83.659 83.462 83.1'i3 83.315 82.515 82.327 82.547 82.426 83.091 82.712 83.2}8 02.987 02.. 9.',9 03.097 03.. *~oo n::>.. 9?1 B3.. :".'.'0 :];:>,.91,3 B3.. 2lB 1!3.:112 n~~.. 10~2 BJ.. \\~;56 rL~.. *** u:~.. t!:.. ~o n*:.1.. '1E:.3 U3.tb3 B3.:?.9b 83.102 83.876 82.966 83.9Ju 83.. 600 83.433 83.103 83.235 82.. 'i2S 02.237 02.417 82.. 316 82.980 82.. 632 83.208 82.907 82.869 83.. 036 83.220 82.93.1 83.210 82.873 83.. 1~8 83.. 022 U3.072 83.856 82.926 83.930 83.. 560 83.413 83.. 083 B3.. 195 82.. 375 82.187 82.397 82.286 82.960 82.S82 83.168 82.. 807 n::.~.. 01.)*) u::.~.. 9/6 n~*5.. 1*:10 ff}.. ~}21 03.. :?2<) n*).. n*:~;'* n.'1.. :11.in fl3.. 0l2 83.022 U3.876 82.916 83.890 83.5'i0 8J.k03 83.083 UJ.195 82.38582.147 82.. 366 82.276 82.940 82.562 83.188 82.. 097 fl~.. flt.'~" iJ)ni;if.)f:, :.'f3.. :J.?O fl}.. Bbl fl3.. 1')0 02.. Sj>lt A3.l3fl n~~.. Ol2 83.012 83.816 8~*.. 886 83.910 83.SJO 83.373 83.064 83.175 82.. 355 82.187 8).. 376 82.296 82.. 950 82.562 83.130 82.. 827 tj:;~.. B ~*1<.~* i.~2.. q r;,t:1 u:~;.. :1.,~,o n::.~. nu 1 fl3.. l /~o !:l:?. 78'~ B3. o~,;7 n:'.~.. <.?U2 83.022 nJ.836 8:'.B66 83.900 83.. S11 83.373 83,044 83.lSS B2.3'1S B'..'. l'.'7 8'.:.*.Jt1~1 U2.2S6 U'.>.910 B2.5'i2 B3.10fl, B2.007 n:.~. H69 H*;:.~.. \\ji'.'/. H3.. lSO fl2.. [j(>J H3H *1 ?O n::.:i.. /'04 B3.. L2fl fl) *. 952 82.. 973 83.. 786 82.866 83.850 83.49l B3.363 83.014 83.136
02. :.~[:)[:~
U'.,:.~.. l '.'/ e~*.~.. Jltl, B2.. ~-~f:i1'~ B::.~.. HBO o::.~" f.:.'~2 t(.i. 09fJ n~:~. 7f.J}
82. tM'/ u::.'.. Ofl6 DJ. 110 8'.'.. 831 83.. t:'O IL'. 751, B3. Of:P !J::'. 9112 82.983 83.786 D2.826 83.B50 8~.471 03.353 BJ.024 83.126 82.305 82.117 82.306 82.206 82.890 82.512 83.088 82.787 82.009 82.. 886 83.120 82.811 83.090 82.72'i 03.087 82.902 82.953 83.696 82.816 B3.840 83.48! 83.333 B3.00'i 83.096 82.295 8'..'.0B7 82.. 286 82.196 82.. 870 82.S12 83.078 82.807 02.759 82.. 876 83.080 82.781 BJ.I.LO 82.734 B3.057 82.892 82.973 83.726 02.. 806 83.830 83.'i41 83.343 82.. 994 03.116 82.315 82.067 82.. 206 82.166 82.860 82.462 83.. 060 82.777 B2.779 82.886 83.JOO 82.771 83.JOO 82.734 83.02"7 82.. 902 82.923 83.706 82.. 826 83.. 830 83.. 451 83.313 83.. 014 83.. 096 82.565 82.267 82.54/ 82.3'i6 83.010 82.652 83..198 82.977

02. 979 :n. ou. DJ. 320 n2. 9ltJ !LL 2::.*o n:.'. 9t.3 1n. ::.>'.:.*n H3. 122 83.062 83.856 83.016 B3.. 850 83.649 83.413 83.153 BJ.325 DATE 8/13/19fl't TEST STARTING TIME 23/ 0 DEW POINT SENSORS 1
2 3 5 6 72.441 72.619 72.39'i 72.135 72.212 72.282 72.367 72.'i68 72.473 71.935 72.171 72.. 099 72.327 72.S13 72.. 225 72.. 0}0 72.135 71.973 72.400 72.516 72.302 71.989 72.304 72.0'iJ 72.345 72.'i39 72.426 }2.016 }2.212 71.969 72.428 72.516 72.390 72.037 72.289 72.212 72.. 298 72.'i91 }2.. 169 72.113 72.016 72.120 72.390 72.432 72.190 72.081 72.189 71.. 832 72.354 72.534 }2.385 72.023 72.3'i9 72.376 72.35'i 72.511 72.495 72.075 72.255 72.113 72.316 72.523 72.401 71.982 72.207 72.246 72.349 72.606 72.399 72.072 72.268 71.789 72.39} 72.'i69 72.358 72.082 72.293 72.072 1-d ::i> Ill rt OQ rt ro Ill () \\()§ ro 0 ~ Hi rt N.P-. (.,.)
TEE 'TING [)AY 2211 REf1D TIME 9.?5 8.A5
~25 10.00 9
()
10. 25
'?
LS 225

10. 5()
9 130 225
10. 75 9 115 225 1:1.00 10 0
225 11.2s 10 i's 225 11.50 10 30 225 1l.l5 10 '15 225
12. 00 11 0
225 12.25 11 15 22S 12.50 11 30 225 12.?5 11 ft5 22S r-m::*ss AMBIENT SE.NS TEMP F'I*-1 !k Pl ****2 Pf<ESf:>
63. 3<!.0 BO. l1M:i 6:5.:rn2 14.bO.'i 1..3.352 63.3T7 Bi.712 1'1. l.iOB 63.:'.lt6 Gl.3?8

63. 3?0 1.lt. 612

63. :3'17 B2. 511 1..3. 3"72 lit. 616 t;3. 35B B1. 933 t.3.:3BO Jti.612 63.360 03.006 63.301

ll1.b17 63.357 82.742

63. 3B1 1*1. 61l

63. :*3fit.>
n:*5. /'b6
63. SFJ 1"1. 616 l.i3.:H8 83.BBS 63.:f?lt 1'1.611

63. 348 811. 536 63.372

l't.606 b3.~Vt8 8'1.010 1.,3. :5l2 1it.1..05

63. 31,9

84. 832

63. 372 111. b05 63.343 B3.908

63. :3t.i7 111. 1..05 1
9 17 l\\L ~>t.lll*:Lll & TEST I NC L.
ATOF('r' SALEM GEN b..
IN"fEGF\\ATED L.EAf( R.oST SENSOf"< READ IN TEMPCRATURE SENSORS <RTD'SI 2 3 4 s b 10 11 1? 13 14 1fJ 19 20 21 22 7 15 23 8 16 24 82.425 82.267 02.437 82.326 82.960 82.612 83.228 82.937 82.919 83.016 83.240 82.861 83.200 82.844 83.138 83.022 83.002 83.866 82.926 83.0JO 83.540 83.373 83.064 83.225 82.37S B2. 117 n2.. '?(?;~; n:?.. 92tJ e2. 'nn fn. 736 B2.. :Il1l,.fl2.. ::!it(; n2*.. 900 B2.. s:*~2 03.. :LOB 132. 837 03.140 82.01] 83.140 82.774 83.128 82.972 fi 2.. . :.* *.: >: 1 B 3. S 21 B 3 * ;~ 5 3 lB. 0 2 B 3. 1'1 S 82.A4S 82.JS7 82.A17 8?.?t~ 8~.9A0 8?.sj2 83.128 82.897 02.. ne9 n~.:.~.. <>~6b n~3.. '... ~::.'.o ~.::.~.. r:61 u~~... :1 :*1*) ~:~.. '.. n~~,'* B3.. tbB B:*5.. 012 83.032 83.7?6 82.926 83.830 83.SJO 83.393 03.113 83.215 DATE 8/13/1984 TEST STARTING TIME 23/ 0 DEW POINT SENSORS 1 2 3 4 5 6 72.414 72.666 72.432 72.118 72.262 72.023 72.342 72.541 72.316 72.072 72.163 71.946 72.403 72.594 72.390 72.127 72.135 72.064 82.455 82.23? 82.417 82.236 82.980 8~~612 83.208 82.897 72.448 72.523 72.334 82.099 02.996 83.260 82.911 83.200 02.873 83.1t8 83.042 '72.147 72.260 72.270 83.032 83.856 82.936 83.820 03.570 83.393 83.093 83.235 82.515 82.257 82.507 82.346 82.990 82.6~2 03.208 82.947 72.376 72.510 72.304 82.9it9 83.046 83.280 82.921 83.250 82.94~ 83.218 83.102 72.041 72.295 72.198 83.062 83.876 83.016 83.840 83.620 83.~13 03.103 83.285 82.505 82.307 82.51! 82.381.> 83.030 82.672 03.250 82.987 72.480 72.615 72.347 82.999 83.077 83.320 82.981 83.2.tiO 02.9~3 83.220 83.092 72.057 72.257 72.129 83.082 83.9it6 83.021.> 83.870 83.630 B3~~43 83.153 83.305 82.it35 82.217 82.it27 82.306 83.0JO 82.622 83.228 82.927 72.311.> 72.520 72.349 82.849 82.996 83.250 82.901 83.200 82.854 83.1?8 83.042 72.133 72.167 72.061 83.032 83.826 82.936 B3.030 83.570 83.393 BJ.093 83.245 82.itOS 82.217 82.306 82.306 82.980 82.6~2 03.228 82.867 82.879 82.98~ 83.200 82.881 83.210 82.824 83.148 83.012 83.022 83.886 82.936 83.810 83.560 83.423 83.093 83.215 82.ftOS 82.177 82.386 82.266 82.~30 82.602 83.168 82.847 82.849 82.936 83.160 82.801 83.150 02.814 83.087 82.962 83.032 83.826 82.876 83.BlO 83.511 83.403 83.064 83.185 82.385 82.147 82.376 82~286 82.890 82.522 83.088 82.837 82.899 82.946 83.130 82.861 83.160 82.794 83.077 82.952 83.022 83.806 82.8it6 83.820 83.471 83.393 83.044 83.185 82.385 82.157 82.376 82.246 82.900 82.522 83.158 82.047 02.849 82.946 83.130 82.041 83.150 82.814 83.087 82.932 83.022 8J.?96 82.846 83.810 83.491 83.393 83.093 03.165 82.345 82.157 82.346 82.256 02.920 02.562 83.088 82.827 82.829 82.911.> 83.130 02.831 03.150 82.804 83.077 82.932 83.0it2 83.796 82.8itt.. 83.810 83.it91 83.383 83.0it4 83.155 82.355 82.147 82.336 82.206 82.880 82.492 83.098 82.817 82.849 82.906 83.100 82.841 83.120 82.764 83.0it7 82.892 83.032 83.746 82.016 03.780 83.461 83.363 83.03it 83.145 72.468 72.615 72.261 72.090 72.309 72.331 72.383 72.586 72.226 72.041 72.050 72.318 72.437 72.568 72.322 72.099 72.190 72.084 72.376 72.53it 72.406 72.041 72.057 71.947 72.451 72.561 72.414 72.077 72.307 72.176 72.468 72.550 72.471 72.059 72.329 72.160 '"d !l> Ill rt (JQ rt (1) Ill n 6§ (1) 0 ::s I-ti rt N.P. w
TE-RT ING F\\EA~l.. TIME TIME I\\ DAY 13.00 12 0 ns
13. ::*s 12 1s 225 n.so i2 Jo LL "JS 12 V1S 22fi 1'1. 00 13 0
225 111. 2S 13 15 225 111. 50 13 30 225 1'1.. 75 13 45 225
15. 00 1'1 0
225
15. 25 1'1 15 225

15. 50 1'1 30 225

15. 75 14 '15 22S 16.00 1S 0
'1'1 L-DAY 22'1 PRESS !3ENS PI-**1 PI-**2 AMBIENT TEMP F'F\\ESS
63. 33.',

04. '1'19

63. 35*7 l't. 5'79
(,3. 334 8'1. 368 63.355 1'1.fi'll 6:3. 328
82. 3Ml b:~.. 350

t~f.. S9"?
63.332 83.0fJ9
63. 35~!
l't. 59.'.
63. 336 fJ2. 56'1 6~5. 35B 1 '1. 590

63. 33/,
B'1. 1S6
63. 3S7 1'1. S90 63.:533 83.'122 63.3!'.d lJt.f;o5
,1,3. 337
85. 29B
~*,:5.360 1'1.S!B 6:L 373 et. 6 70
63. 394 1'1. 5f:l0

63. 415 0'1. OB8 b3. '1'10 1'1. 581

63. '133

82. 790

63. 'if.it.,
1'1. 58S 63.422 81.943
63. '1'"'*
1'1. 587 63.'106 B3.23S
63. '132 1'** 583 1
9 17 t\\t ~.* l..Al<LH fl< TESTINC Lr . Ann-;;y SALEM GEN f 2 10 18 INTEGRATED LEAK F EST SENSOR F~EAD I TEMPERATURE SENSORS <RTD'S> 3 4 s 6 11 1? 13 14 20 21 22 7 15 23 8 16 24 82.31S B2.10J 82.316 82.206 82.860 82.482 83.048 82.767 82.789 82.866 83.059 82.771 83.130 82./34 83.047 82.862 82.993 83.77l 82.796 ~3.780 83.421 83.363 83.004 83.136 82.285 82.117 82.246 82.206 82.840 82.462 83.018 82.747 82."749 82.886 8~.049 82.781 83.090 82.. 714 83.007 82.852 B2.. 9T~ 83.-/,';l, 02.
t :.. '.:.*:-> 83 *. '102 ::13.36:3 82.9?'1*!B.106 B2.2f:l!> 82.(157 n2.30f. 82.. 1*:>f, 82.t:JO 1:.*.<152 B3.07B 82."76l b2.789 82.856 83.059 8~./51 83.100 82.734 03.047 82.882 82.943 83.746 *02~796 83./80 83.431 83.353 83.004 83.106 DATE 0/13/190'1 TEST STARTING TIME 23/ 0 DEW POINT SENSORS 1
2 3 4 s 6 72.484 72.600 72.379 71.964 72.271 71.973 72.352 72.642 72.477 72.115 72.297 72.028 72.473 72.561 72.406. 72.124 72.277 72.091 82.325 82.127 82.286 82.176 82.d60 82.482 83.038 82.757 72.428 72.543 72.270 82.l69 B2.8f.i6 83.070 82.791 83.110 82~744 83.017 82.882 72.050 72.217 72.057 82.983 83.7f.i6 82.796 83.770 83.431 83.353 83.004 83.136 82.345 82.107 82.336 82.216 82.870 82.~92 83.048 82.787 72.358 72.640 72.309 82.829 82.886 83.080 82.801 83.120 82,"774 83.027.82.902 72.109 72.572 72.115 82.983 83.776 B2.. 8)6 83.770 83.431 83.~53 83.904 83.175 82.315 82.097 82.316 02.206 e2.eio*'0~.~42 83.038 82.767 72.397 72.543 72.516 82.809 82.876 83.070 82.771 83.090 82.744 83.017 82.862 72.109 72.354 72.021 02.9?3 !33.776 0'..'.BOI.. 83.750 83.'t2l 083.353.82.9!3'! !B.1'15, 82.305 82.097 02.306 02.256 82.870 82.482 83.038 82.767 72.358 72.513 72.347 82.759 82.856 83.039 82.740 83.090.82.754 83.017 82.882 72.196 72.307 72.073 02.983 83.736 82.796 83.740 83.431 B3.343 83,034 83.165 82.465 82.157 82.437 82.276 B2.9JO ~~~572 83.058 82.877 82.. 839 82.936 83.230 82.821 83.150 ~2.923 83.097 82.992 03.042 83.806 82.896 13j_750 83.530 h3.403 83.103 83.215 83.136 82.727 83.0SO 82.i87 83.462 83.123 83.578 83.429 83.370 83.447 83.. 811 83.302 83.510 83.532 83.590 83.533 83.382 84.137 83.436 83.900 B3.967 83.632 83.273 83.773 83.296 82.976 83.231 83.017 83.663 83.343 83.808 83.659 83.561 83.668 84.011 83.563 83.691 83.702 83.761 83.723 83.521 84.407 83.616 83.990 84.095 83.741 83.393 83.922 83.276 83.026 83.261 83.068 83.693 83.393 83.878 83.669 83.641 83.728 04.011 83.613 83.801 83.682 83.802 83.773 83.551 84.497 83.646 84.039 84.115 83.781 83.452 83.952 82.976 82.777 82.989 82.817 83.4S2 83.143 B3.67B 83.439 83.440 83.507 83.721 83.423 83.641 83.392 83.590 83.533 B3.392 84.377 83.426 84.019 83.947 83.731 83.432 83.693 82.93S R?.677 82.929 82.747 83.422 83.053 B3.f.i98 83.338 !33.360 83.387 83.671 83.332 83.571 83.353 83.570 83.453 83.402 84.347 03.346 84.009 83.937 83.731 83.432 83.643 72.453 72.615 72.403 72.122 72.316 71.839
72. 538 *72. 687 72. 451 72.264 72.304 72.079 72.594 72.734 72.565 72.264 72.365 72.286 72.561 72.709 72.565 72.162 72.451 72.468 72.489 72.763 72.448 72.203 72.318 72.149 72.547 72.709 72.547 72.187 72.450 72.052
~. l"d :x> Pl r1" OQ r1" (!) Pl () t-' ii t-' (!) 0 t:j tTt r1" N.P-UJ
PAGE TEST s* l~EAD REAL TIME TIME DAY 16.SO 1S 30
16. 7S lh '15 r).. ) r*
.. ~...:.. ~.> 17.. (1() 16 0 225 17.25 lb 15 22fa 17.50 1b 30 225 17.75 16 45 225 10.00 17 0 225
18. 25. 17 15 22S 18.50 17 30 22S

18. 75 17 115 225 19.00 18 0
225 19.25 18 15 '1 r) C: ,,;....... ~1 G DAY 224 l"l(E!3S t1MBIENT SHIS TEMP PI****1 fir. PI**2 F'r.:ESS 63.1;()0 8S.02'1 t,:L *12S 1'1. 579 6:3. 1106
85. f:1611

63. '132 l'1. 57S l13. '116 BS. 77!i b3. l1i1i)
'1'1. 579
63. 11rn B6. o:m

63. '142 1'1. S6'1 6:~.416 86.052

63. '1'10

14. 565

63. '124 BS. 981 63.'147 111.560 b3. 1127 BS. 210

63. 411'i 1'1. s5:~

63. 11311

85. f:l36

63. '1f;(,
111. 51,9
63. 1132 BS. 31,7

63. '153 1'1. 5117 63.1136 86.257 63.115B 1'1.55:~
63 *. 436
83. 743

63. l15B

14. 562 63.115:,>
81.169 1,3_ 1175 1'1.56'1 ti3. 1129 132. 217
63. l1Sl1 1'1. 5'7:~
1 9 17 RESEARCH & TESTING LABOR !:IALEM GEN STA INTEGRATED LEAK RATE SENSDF~ READINGS 2 10 10 TEMPERATURE SENSORS CR 'D'S> 3 4 5 6 11 12 13 14 19 20 7 15 23 8 16 2'1 82.986 82.717 82.. 979 82.707 83.432 83.093 83.598 83.409 B3.430 83.447 83.'731 83.362 83.641 83.422 B3.. 611 B3.513 83.472 84.377 83.416 84.049 83.. 986 83.771 83.442 83.723 LJHIL t..11 i~,...,,~. TEST STARTING TIME 23/ 0 DEW POINT SENSORS 1 2 3 4 5 6 72.536 72.729'72.493 72.167 72.336 72.126 83.096 82.0l7 83.0SO 82.887 83.. 552 83.203 83.688 83.499 72.538 72.660 72.563 83.520 83.547 81.. 821 AJ.481 83.. 671 83.542 83.681 83.613 72.261 72.415 72.090 B3.SO:l B'i.lt.17 rn.'1';'..... **"*;,;
il1.0.~i6 03.E\\31 nJ.1172 B3.B13 B3. 20(.; 8'.*.'. Bf:O i:u. I no w.;.. (; n
~n.. (;'I:~ u.*;;" ;; r;; lB. 7HB B3. S99 0*3.~;61 83.63B B:.3.9111 f;.j.!;'13 B.~.. 771 \\J:~.t.,?:.* U3.. 7B2 83.693 83.561 84.497 83.586 B'i.129 84.. 125 83.8'71 83.532 83.873 BJ.276 82.976 83.. 2S1 83.068 83.703 83.393 f:l3.. 868 83.669 83.681 83.708 84.021 83.603 83.831 83.692 B3.f:l42 f:l3.783 83.611 84.568 83.656 84.169 84.194 83.921 83.582 83.942 83.306 83.036 83.301 83.098 83.. 733 83.423 f:l3.8f:lf:I 83.709 f:l3.701 83.748 8~.061 83.653 83.. 871 BJ.742 83.902 83.B13 83.. 671 f:l4.S48 83.696 84.199 84.22~ 83.960 83.592 83.992 83.336 83.036 ~3.291 83.138 83.. 753 83.423 83.918 B3.740 83.741 03.7J8 8~.. 012 n3.. 693 83.901 BJ.772 83.922 83.843 BJ.721 84.648 83.716 84.249 84.254 83.990 83.602 83.982 83.336 83.0?b 83.301 83.098 83.773 83.. 433 83.918 B3.730 83.751 83.788 84.. 061 83.673 83.. 901 83.782 83.912 B3.843 f:l3.691 84.668 83.706 84.269 84.234 84.010 83.612 B3.982 83.286 83.(166 83.. 291 83.128 83.743 83.383 83.898 83.719 B3.'731 83.748 84.021 83.. 693 f:l3.. 901 8~.732 83.892 83.793 83.731 84.638 83.696 84.279 84.214 84.020 BJ.632 83.982 83.256 83.016 83.261 83.088 83.. 733 83.393 83.858 83.719 83.721 83.'738 84.001 83.643 83.901 83.722 83.882 83.'773 83.711 84.598 B3.666 84.299 f:l4.2:l4 84.020 83.642 83.922 83.276 82.976 83.221 83.09f:I 83.733 SJ.363 83.878 B3.689 83.751 83.74f:I 83.991 83.643 83.901 83.692 83.902 83.793 83.711 84.688 83.666 84.329 f:l4.204 84.030.83.682 83.942 BJ.226 82.9£7 83.221 f:l3.0S7 B3.713-83.. 373 83.858 f:l3.699 B3.681 83.708 83.981 83.613 BJ.911 83.682 83.f:IB2 83.783 83.691 84.~38 83.666 84.349 B4.214 84.010 83.702 83.922 83.196 82.957 83.211 83.068 83.713 B3.343 83.858 83.649 f:l3.611 83.708 83.981 83.633 BJ.BBi 83.662 83.892 83.753 83.6f:l1 84.608 83.666 84.349 84.234 84.000 f:l3.672 83.902 83.206 82.917 83.190 83.057 83.693 83.343 B3.848 83.649 83.621 83.698 83.971 83.593 83.861 B3.642 83.912 83.753 83.661 f:l'i.618 83.636 84.359 84.214 84.01(1 83.652 f:l3.892 72.540 72.734 72.446 72.295 72.495 72.329 72.606 72.793 72.594 72.228 72.475 72.412 72.644 72.831 72.417 72.329 72.525 72.163 72.536 72.723 72.599 72.208 72.543 72.217 72.541 72.750 72.581 72.230 72.298 72.477 72.635 72.783 72.370 72.198 72.657 72.126 72.563 72.727 72.453 72.289 72.426 72.192 72.617 72.725 72.525 72.225 72.613 72.217 72.666 72.750 72.585 72.189 72.507 72.394 72.610 72.736 72.626 72.320 72.585 72.169. 72.576 72.790 72.554 72.199 72.327 72.270 ltj :;r:.. Ill rt OQ rt (l) Ill n ~§ (l) 0 ::s t-ti rt N.P-W
/ TE!H TI NC DAY 2'.J.11 F~EAD TIME TlME DAY 1 s*. 50 rn :..o
L9.7J:; j[i 't5

w.oo 19
() 20.25 19 \\s 22S
20. 50 1'~ 30 225
~~(). l5 19 45 225 21.00 20 () 225 21.25 20 15 225 21.. f.iO 20 *30
21. 75 20 '15 225 22.00 2:L 0
225 r-m::s~:; AMD I ENT SENB TEMF' F'T.... :L F' 1--2 r-r::[SB
63. 'i2*'.>
/9. 095 !.>~*~. ltbO 1l+n S7U 0'.1;5. '125
76. 6311 c,;3.'150 1'1.S90 63.'123 7B.. 5'i0 c1J.11.11B l'i.592 63.422 76.751 6:3. '*'17 lit. 591, b3.'i35 77.510 63.'161 14.!i9B

63. 't16 p;*. 553

63. 4111 1'** 60f:i 63.. '11i1 BO. 73c1

63. ;139 1't. 6011

63. 1140 B0.10B

63. 1165 1'1. 607

63. 1129

78. 753 b3. 't!:i'1

14. 60'1 6:5. '118 7B. 609

63. '14'1 lit. 61:1 63.'138 79.'t9S t.1:3. '163

L It. 606 22.25 21 15 63.420 76.346 225 63.445 14.610 22.. 50 21 30 63.419 7B.634 225 63.445 14.614 1
9 1.7 ,.., :.,1.111.. 1.11 !~ IE~:;TJi~G U f1TOf('r' SALEM GEN b lNTEGf~ATFD LEAi< f\\A.. -f.>"r SENf:irm f~FADJNG lEMF'ERATURE SENSORS <RTD'Sl 2 3 4 5 6 10 11 12 13 14 1t] 19 20 21 22 7 1S 23 B3.166 82.897 B3.170 02.997 B3.663,B3.313 83.838 83.619 fl3..'>I 1 03. 6.'1U
i:~.. 9!il B3. !i63 n:.L 0(.J BJ. 602 iB. 092 U3. 723 03.6Sl 84.600 83.. 626 84.369 8~.214 81.970 83.692 83.083 B3.. 17.'; fl2.. 097. DJ. L'>O f:i3. OT7 B3. 6/.;3 BJ. ;:>93 B3 *. Bltf:l B3. 6()9 03.601 83.658 03.0~1 8~.~S3 83.. 821 03.. 592 83.072 83.733 B3..',JJ B'1.6::!n HJ........ :..... '>' B'1.. 2011 B'1.000 83.6't2 B3.B53 83.146 82.857 83.. ISO 8}.. 087 83.~43 8~.303 83.. 848 83.599 B3. 62.1. iB. M1B D3. 9.'.I
~: \\.. !...1.:;; t;.L l:i'1 I ~:,,, 1:;n:> iB.. B52 B3. 733 ~n. 671 Bit. t,,oo U3. 626 n*1*. 37'/ flit,, 1.911 tL~. 990 f:Li. M12 83. f.163 83.126 82.. 857 83.120 82.977 83.643 83.283 83.798 83.589 03.571 83.648 83.901 f:i3.533 83.851 83.572 83.822 83.693 83.bll 84.5SU 83.576 84.399 84.18S 83.980 83.702 B3.823 B3.096 82.057 83.JOO 82.977 B3.b13 83.243 83.798 83.579 83.581 83.. 628 83.901 83.513 83.7Bl 83.562 83.042 OJ.683 83.611 84.568 B3.506 84.409 84.105 83.970 83.662 83.823 83.076 82.f:i67 83.. 060 B2.947 83.. b3J 83.243 83.788 83.559 03.531 83.62B DJ.861 f:i3.513 83.801. 83.542 83.812 83.663 83.631 84.497 83.. f:i7b B4.379 84.175 83.990 83.682 83.013 83.176 82.837 83.140 82.967 83.633 83.283 83.818 83.589 83.. 571 83.638 83.951 83.553 03.801 83.632 83.842 83.733 83.63L 84.fi88 83.606 84.419 B4.214 84.000 83,662 83.843 83.326 83.086 B3.321 83.158 83.803.83.463 83.968 83.760 83.741 83.828 fl4.0B2 83.71.3 83.961 83.752 84.003 83.863 83.7BI 8'i.6BU 83.77<'> 84.449 B4.303 84.050 83.682 04.022 83.146 82.907 83.160 83.027 83.6f:i3 83.313 83.868 03.599 83.601 83.698 83.921 83.563 83.051 83.582 83.842 83.733
83.671. 84.618 B3.b1b 84.469 84.214 83.990 83.672 83.853 83.126 82.f:iB7 83.130 83.007 83.683 83.283 83.828 83.589 83.541 83.648 83.901 83.533 03.. 841 83.592 83.872 83.713 83.651 84.638 83.606 84.459 04~204 84.010 83.692 83.843 03.146 82.877 83.llO 83.007 83.653 83.313 83.818 83.619 03.501 83.668 B3.921 83.533 83.821 83.592 83.062 83.713 83.611 84.578 83.606 84.439 84.224 83.990 03.662 83.853 83.156 B2.88l B3.120 82.997 83.663 83.283 83.838 83.589 03.561 83.658 83.931 83.583 83.851 83.592 83.872 83.713 83.651 84.598 83.. 61.6 84.469 84.214 83.990 BJ.692 83.863 83.156 82.907 83.140 83.017 83.653 BJ.283 83.868 03.599 83.601 83.678 83.921. D3.S43 83.821 83.602 83.862 83.733 03.631 84.63f:i 83.616 B4.479 84.224 84.010 83.692 83.873 DATE 8/13/198't TEST STARTING TIME 23/ 0 DEW POINT SENSORS 1
2 3 4 5 6 72.612 72.723 72~s01 72.297 72.417 72.307 72.597 72.716 72.570 72.320 72.473 72.345 72.646 72.772 72.633 72.270 72.460 72.144 72J579 72.801 72.684 72.192 72.493 72.289 /2.705 l2.766 72.599 72.243 72.487 71.845 72.599 72.712 72.426 72.340 72.549 72.333 72.626 72.801 72.712 72.318 72.599 72.304 72.657 72.8'i9 72.675 72.291 72.513 72.473 72.666 72.833 72.570 72.225 72.412 72.266 72.585 72.786 72.640 72.410 72.574 72.262 72.646 72.774 72.597 72.284 72.527 72.518 72.633 72.871 72.554 72.396 72.603 72.208 72.675 72.748 72.556 72.365 72.554 72.442 '1:l ::t> Ill rt OQ rt CD Ill n t;,~ 0 ~ H-t rt N.P. w
PACF CJ TES.TING F\\FAD t\\lcAL TIME TIME DAY 22.75 21 '15 22S n.oo 22 0 "l'">L- .:....:.... ) 23.2!:) 22 15 ns 23.5() 2~~ ~50 ~~25 23.75 22 4c*.. 225
u1.oo 23
() 225 DAY 224 PF\\Ef>S AMIJ I ENT !'>ENG TEMP PT--1 PI**2 PRESS
63. '12:l

79. 91fl

63. '*'16

lit. 610

63. '121 79.812

63.,,,,7 1.lt.613 63.'120

79. 71..!:i
.'.3. '14'1 l'** b:lfl 6:*~. '116
80. f,~Hi 63.439 1'** 615'

63. '123

79. st.9

63. '150 1.'1. 6'18 63.407 00.020

63. '132 1'1.li19 l
9 17 n:*L 1 s1. IJ3.. S.td IH. /,S1 s:z,. 096 B3. ~:;r:; I.
03. 6 1tJ n3.. on B3.S31 IB.621

83. 00/J 8:3. '190 fJ3.601 83.006 FB. '130 83.S51 f:i2.906

03. '110 El3. SSl t\\L:,l.At*:Lll IJ. TESTING L (
SAL.FM GEN S,. INTFGf~ATED LEAi( 1:~A* SENBOF( REfdHNC .. ST
TEMPERATURE SENSORS <f\\TD'S>
10 10 fQ. 8'n flJ.630 Bl1. 1.20 fl2.B9? 83.620 8'1. ldB
02. 117 B3.bOB 8'1.610 82.707 n3.S9f:i

84. 60f:l B2.7S7 83.537 f:il1. 5fiB

02. 71,7 03.1197 FJit.f:il7 3
'1 5 11 12 13
l '?
20 21 H3. 1it () 82.997 f:l3.653 iE. 9S:l IB. S't3 03.. B31 B:3.b2b 1:14. '189 IJl1. 2:l't IJ3.0BO f.l). fJ67 03.633 fl3.. 9(1:1 n:~.. !:-33 B3. n::;1 fl3... *.* ' ~ /;..
*;** i:i't. ;_> :llt iE.. Ot.\\>
n*~*.,.. 9::> 7 D3.. sn3 i:i3. f!t1 I ~L~*.. ~>03 U3.. 8 l l B3. S-<t\\~i B'i.499 fl'** 155 82.989 82.89'7 El3. [,<j>3
83. B'.'1 83. 4fB 03.. 791 U].526 B'i. '16'? 8'L.12S B:3. 000 B2.f:lT7 03.S22 n:z.. 7'i't 83.. '1b3 fl:?;.. 7 s :L fB. '1136 84. '169 f]/1 *. ~2S fl). '?.lt9 fl2.. B87 B3. [:)~.:~:?
B3. 7S:I. 83. '123 IB.. 731 fl3. '156 iJlJ. '169 B'1. 076 6 1 'i 22 83.293 B3.S82 El'** 000 03.263 B3.. SS2 ~Vi. 000 n:".. ',:_;:13 U3.. b22 f.1'1. 000
83. 183 8:7..'182 83.960 f.13.. 163 83.. 'i52
13.951 fl:L 133 n::i. 1,22 83.911 DATE 8/13/1984 TEST STARTING TIME 23/ O
DEW POINT SENSORS 7
8 1 2 3 15 16 4 5 6 n 2'1 f:l3.. 8'18 83.609 72.649 72.772 72.658 B3. IJS2 K~. 723 72.3B1 72.572 72.169 B3.702 B3.892 83.83(! 83.559 72.761 72.873 72. 594 f:l3. f:l'12 83.673 72.354 72.504 72.541 B3.652 B3.833 03.0IB 03.529
72. 761 72.903 72. 592 03.802 B3.673

n. 370 72.543 72.316 83.b92 83.79J El3.768 83. '189 72.714 72.869 72.550 83.7fl2 B3.613 72.325 72. 633 72. 244 IB. 712 83.793 trj !l>-
Ill rt 83.l'iB f:l3. '159 '72.664 72.817 72.?27 (JQ rt 03.. 7'd 83.!>93 72.378 72.552 72. 295 ro Ill 03.642 83. 7'13 n ~l 83.678 IB.'129 '72.621 72.799 72. 509 83."731 83.563 72.345 72.399 72. '182 0 ~ Hl rt 83.612 83.723 N~ Lt.>
n::; 1'D!:;.0110 + n :* 1 :;; r. ::>. ;:*tiiJ 1 B;> :I:;;:;<;>. S2B + n:~~ 1.:*~ol,.. /72 ~* B'.*' l :I B'1.. 016 + 821161.:?60 t* w.:; :1 :1..rn. so,, 1* n.'.:.~:1.1. *1 r.. /'*D + fl) *1 092. 99:~ + n
.:.~ J o l o. :::.~ :*~; "7

+*
B'.?10'17.'181 + B2lC>2lt. /2F. *t* 8:?1001. ';;(.,9 + B-.~~09?9. ~~ 1 ;*~
t*
B2095t.;.11S7 + 820933.]0.l + n;:*o910. 945 + f.l20Bf.l0. 1 f_iCJ + B20Bl.iS. <'1:3\\3 + f:i20f:M2. 677 I B20B19.921 + 820797.165 + B20/7<'1. <'109 + 820751.654 +
820"728.898 +
tL.'0"/06. 1 '12 +* 020683. :rn6 + 020660.630 + B20637. 87 <'1 + n::.*or..1s.118 + 020S92.362 + n;-;OS69. 1.,01., I 0205'16. BSO *t B:::*os24. 09;, + B20501.. 338 + B20'17B. 5B2 + B2011SS. B27 I* 020'+33. 071 + fl::'.0*"10.315 + n2o::;n1. ss'? + o:niJ6'1. 003 1 0203*1). Ol1} + f.l203:l'i'. 291 + B20296.S35 I 020'..'73. T/9 + n::*o2s1. o:n + n20::~2n. ::.>.';l + !J2020S. S 1 l + n:.:*ote:;. ?ss + 820 :I 60. 000 + 02013"7.24'1 + l~:I '..! AF<c*11 I\\ TTSTTNC I ~:Jalem i:.r::N bTt1 lnt.0*qr*atf' MA'I~> f'LU 1
l<
~- .,~ 111 I \\./I*
1F!(1T01::y

ak f(at.e Te,;;t.
DATE 8 I 13 I 1984 +++++t+~+++++tt++++t++++i+itt++++++i++ t+l+++i+*+t+++*+++++ti+i+++++++*++++++++++++++++++++++++++i++++ 0 l 2 3 4 S 6 ] 8 9 to 11 I) I~ 14 15 16 17 18 19 20 21 22 23 24 TiJJH" (Hour*~;.)
Aw ~)Ci+ B'1.. :.~30 + B'i. 201 + f.il1.ll2 + H*1. I '13 + D4. :l 1'1 I 011. ons -1 !'l't. 05(, + 8'1. 027 -f* B3. '?98 -t* B3. *1t,9 1 B3. 9'tl + B3.S'12 + lB. 083 *t fl3. !Ei'1 + 83.025 + 83."/96 I B3. 767 *I* 83.73tl -f IB. 709 + 83.68() + B3.651 + lB. b22 I* B3. 593 *I* D~. Sl.>'t + !B.535 + 83.506 +
83. '177 +
B3.'1'18 *I* B3.'i19 + 83.390 + fJ3.361 + 83.332 + B3.303 + 03.274 +* 83.245 + 03.216 + **
B3. lfl"l +
B3.l5B + !B. :J.29 +
83. :J()() +
£B. 071 + fJ3.0'12 -f* 03.013 +
82. 9f.ll1 +
B2.9SS + 02.92,~> + B:>.H9l + B2.fl6fl + BL [lit 0 + 112.011 + 1 <I.:*.i., 1 I*: r:11 ix Tr:*,; T i:t*1 c: 1 f(A lOf(Y ~:;,;Jlem 1..1*.N ~':Tri lntc*qr<:1-tJ:-'rl-.;**,~k 1'\\ate Test
1 LMl'I' i((lf Ulff f' DATE 8 I 13 I 1984

If

lf

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r-~.......,-.. *'.

'.~*:'
1-d ::i> Ill rt OQ rt (1) Ill t-' (") O'\\i 0 (!) Hi~ rt N w +:-- -~
6:~. 5 l 0 I* .63.h06 + ,~*>3. r~o::~; -. iJJ. lt99 *I*
63. '196 i
.'d.. '192 + 1..3. '1B9 I* t,3. '*B5 + 63.. '*82 *t 63.47B + f..3. '175 + f;3. 'ill + IJ~*3.. '*bD + \\~i ::~ " If b '*
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63. 1112 +
<'13. '100 t 63.405 + ** /J3. *i01 +M
lH 63.398 +
63.394 + /J3. 391
I*
(.,],. Jff? I* 63.384 + (;,~*3.. :100... .'.13. 3/7 + 63.373 + 63.37() + 63.366 + ,';3. 31.,3
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lHf

1t:*1':*
+++++~1j+1++++++++1-11+1++1+++1 t+++++++++1+++i+t+++1+++++++1+++++++1 t+t++++++++++++++++++-ti+++++++++++ 0 2 3 4 5 6 7 8 9 JO 11 12 13 14 JS l~ 17 18 19 20 21 22 23 24 Tim<' <floursl
~+ O *.t100 + 0.'100 +
0. -'tOO +
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0. 397...

o. 397 +
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o. J92 t*
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'.ti:*
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t t*++++++*t**l*+++++++++++++++*t +++I ++++*t +*t *t**I* t ++++++*t*++*I *I *I It*+++ l*++++*t I +++*t *I ++++++*l*+++++++-t**l*-t*++*t*-t*+++++++++++
9 l 3 !:i ,1., / fl 9 10 ll 12 L{ 1'1 1S 16 U
L8 19 20 21 22 23 21,
'7+
72.617 *t 72.608 +
n. 59B +
72.. 5BB *t
n. S79 +
T.~. 569 + '72. s,~;o... 7:'.550 t 72.540 + 72.531 I* ?:~'. 521 +
72. fill..
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72. '183 +
72.'173 l* '72. '163 t* 72.'1!ji1 +
72. '1'1~1 +
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72. 377 +
72.36'7 +
n. ;357 +
72.:3'18 + 72.33B -t 72.328 + 72.319...
72. 309...
72.300 + 72.290 + T,:>.. 280 + 72.:(7.t *I lt 72.261 +
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n. 223 I
72. 21:3 +
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n.174 *1 72.165 +
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72. 136 +
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DATE 8 I 13 I 1984 ++++++++++i++++++i++++++++t+t+++++++i+++t++t+++++++++++++++-t+++++++lt++++++++++++++++++++++++++++++++ 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
19. 20 21 22 23 24 Tim£! <Hour*!:;)
r' _;~ r-. Page 20 of 23 1.0 SITE METEOROLOGY PRIOR TO AND DURING CILRT ).J) ').0 )I"=> l I NOTE: Those data that are.obtained and recorded by the installed CILRT data acquisition system does NOT have to be duplicated. A computer print?ut of those data shall be appended to the applicable sections of the data Sheets and serve as an official record. DATE Tif*1~
DRY BULB***

DEW BAROMETRIC
, 'PRESSURE REMARKS M9-ILP-CT-l
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z fl -Z.tCf zicr -z.. (t:f "t! f ~2 0 Page 21 of 23
1. 0 SITE METEOROLOGY PRIOR TO AND DURING CILRT I
NOTE: Those data that are obtained and recorded by the installed CILRT data acquisition system does NOT have to be duplicated. A computer printout of those data shall be appended to the applicable sections of the data Sheets and serve as an official record. DATE DRY BULB DEW' BAROMETRIC I. TIME TEMPERATURE POii..JT 'PRESSURE REMARK:S t:5 _, - E?- <<:1', ,_ "2..2 G; * ** r.
I~" ('. ~
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1. 0 Page 22 of 23 SITE METEOROLOGY PRIOR TO AND DURING CILRT NOTE: Those data that are obtained and recorded by the installed CILRT data acquisition system does NOT have to be duplicated.
A computer printout of those data shall be appended to the applicable secti*ons of the data Sheets and serve as an off i~ial record. DATE I* TIME - DRY BULB TEMPERATURE DEW POINT BAROMETRIC PRESSURE REMARKS 2coo M9-ILP-CT-l
c9-lr lY-1'L fJ-I!, Page 23 of 23 1.0 SITE METEOROLOGY PRIOR TO AND DURING CILRT I NOTE: Those data that are obtained and recorded by the installed CILRT data acquisition system does NOT have to be duplicated. A computer printout of those data shall be appended to the applicable sections of the data Sheets and serve as an official record. v DATE DRY BULB DEW BAROMETRIC TIME TEMPERATURE POINT PRESSURE REMARKS (.,'Z.,~ oteo ~, 'ij.~~ '" 'll). if@ \\e,,b ~ \\'bO() o/{ 1"<< . -~ ~/,=--T-* I t{. (g 1{ _fr --*-*~ ~--ft;?! ~)1,~-*--~*~--~l( J3*--. \\~oo t:~ ~~ C, , l ~-'-'~ ~.l;l!.-~ _,, -'-"""--.... -=-:.-._,,, __ (ooo -2.1~-Y* l'2.. 2, 3 If~ (
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r' ./ Page 1 of 5 Instrument Verification Test Mass Step Change Method To verify the accuracy of the instrumentation employed to measure the leakage rate during the CILRT, 100% of the allowable leakage (La) was removed thru a gas meter from the containment. The mass of air removed from the containment is calculated as follows: M = 14 4 PV /RT.
Where, v
= volume of air passing thru the gas meter during mass step change P = Gas meter inlet pressure - psia T = Absolute temperature of the air passing through the gas meter 459.69 + Of R = Gas constant = 53.35 ft lbf/lbm °F M = Mass as determined by gas meter
Page 2 of 5 The mass of contained air (M2) shall then be calculated using the method employed during the Integrated Leakage Rate Test. The air mass (M1) that had been in the containment before removing the air from the containment. The difference between M1 and M2 will be the mass of air removed from the containment. Acceptance Criteria Results of this test wwill be considered acceptable provided the difference between the removed mass as measured by the Type A test instrumentation agrees with the removed mass as determined by the gas meter is within 25% of La* 0.25 La The following is the computer printout of the verification test *
{ SALEM GEN STA VERIFICATION TEST MASS STEP CHANGE ILRT i:}lSTRUMEMTATiON TIME AIR D.P. PRES f1ASS i1ASS hour f f ps1a lbrn lbrn 0225 83.45 72.54 5J.a3 S20569. ! 0.0 0230 83.44 72.55 63.42 82065'3. 1 -10.0 0235 83.44 72.63 63.42 E:20625. 6 -43.5 0240 83.44 72.64 53.42 ~320SE.2. 7 -105.4 0245 83.43 72.50 53.4i
320500. 7 -158.4 0250 83.42 72.64 53.41 820434. '3
-234.2 0255 A3 42 7~ c7 r~ ,;.,J t..:1,41J
JJ377. 4
-29 !. 7 0300 83.42 72.53 63.40 820307,I~ -361. 7 0305 83.43 72.58 53.39 320256.7 -412.4 0310 83.43 72.58 63.39 820163.9 -505.2 0315 83.43 72.53 63.38
320074.0
-535. 1 0320 83.43 72.57 63.38 B20077.4 -5'31. 7 0325 83.43 72.58 63.37 31995e.s -?lJ0.3 GAS read 20853.3 20995.0 2 I 15'3. 7 21405.0 21532.0 21848.0 2205'3. 1 22283. 1 22508.0 22733.0 22958.5
~3183. 5
.:'.3415. 8 rage 3 of 5 FLOW METER GAS HASS MASS cuf t l brn... lbrn 0.0 0.0 0.0 1 41. 7 44.7 -34.7 316.4 '39. 7 -st,. 2 551. 1 j73.'3 -r:,7,:.l 778.7 2115.4 -77.0 994.7 313.5 -79.3 1205.8 379.9 -88.2 1429.8 450. '.:1 tJC> -oo.o 1654.7 521. 3 - 1 08. 9 187'3.7 592.2 -:37. 0 2i05.2 553. l -58.0 2330.2 7.34.0 -142.3 2552.5 B07.0 -106.7 k;, f' f) ~:.' ~*,, ~:-
~f SIARTING DAY 226 l*:L'.,llrl*:UI r.ill-:I', 1;:i:su1rw11 Ii. TLDTTi*IG I. (113111-: SALEM CEN. ~;Tn.. HHE_Sf<ATl~~J l.EAl~ACE r::r1T. Ve<* fie&.'tio"" l*:I fir> l\\f'l'll.. ni'1nTrwr 11111" .,., Mr TUff* I 'l\\E!:;s
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3 3!) 79. J J
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03. ld3 U3. '1V1 U3. '1 *i.'1 U3.. '*fi'ii AVG DEW PT TEMI"'
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(). 3'1.'1
0. 3'/(.,
(J.. :39f., (>... 3'i6 AVC COi'H Pl~[f:>!:; (f"sia) 63 *.ii l 1 .'13.,, 10 Id. 111 l 63.'112 !13.. 1111 ~.. t* :').. 'l. ',( J lr3..';.*:, \\'->3.. 11 l /
63. '110 l.. 3.. l1(>H

,3,. ~*.or*

63. *1.. Jl1 63.. If *1 I~
,~,:~. c'*)S 1.,3.. l1 :in Id. *1:*n
63.,, ~.~'/
t,,]...1,:~/ /J 3.. "* :*~ ~; ,~.3..,, :.~'* ,'.J :*~ *.ii l ~.~> t.1.3" '1l3 rd. 'i<il f.3. 110::1 63.3'/fl /,3. 3~*:3 l,J., JU.'. 63.. :~U() !., J.. **.;~_;(, (.,].. 3,'-'b \\~):"J.. ::;,~;6 corn MA!:;~; ( l..l1m) n ::10,, !> :.~.. n 11:.104:n. *.. ~ 820'd.'1. 2 0:.101,;,1,. 3 fl'/OttitO.. *.' e '*.1!>J*,.. b J:.~Oi, *}.1.:..,*1 ~; *.' ~**.'. "' l1.. I I U... 10 r~ 1'1 ~i.. *1 fl20';B3. 3 n:;~(> tfflO.. b U)(;l*'*B.. '* fl. 10 1i.',l.. l n::'<>!i7o. 2 n:.. >ot.,'?'_;;..,~, n::~O/lb.. "/ 0'.'0/(\\ 'i" 7 n20,~, /O.. 1.~ U'.'Ob69.. l IL.'Oi'r!:i';'. 1 n.*or.,::*!:;. 6 t-1:-.~0!.. /;:*!.. 7 n~*or.oo. / 020.1,3.1!. '.I fl: 10T/7. I; n: 1<H0/.. 11 D'.'.O:!SI,. 7 n*:*101 t,:L? D:'OC1/l1.. 0 H:;110? 1.11 DJ'IS1Ml.. f1 U19fl7l.7 fl.I 90!.)h.. l TEST STARTING TIME 0 : SS Ctiu: LEf\\J( l\\l'i'IT ( 1..i1m/ll1*) ( /./("l,,.iy) 1 o. r;: ~ '? o. o :i o 1 Cr * !i :.; *i () * (I.., n
3'1 *.';()l 0. I 0.1
'17.. 1"!7 0.1:~:1 L*.~.. h23 O. t !**1, 51,. 1 '*2 o *.1 r.;n f.>:3.. s;~2 o.. t ~.;.!,
51. 602 0. I SO
'17. 553 0.13'/ 410. 66i'J 0. l HI
32. 073 o. 0'i'3 22.325 0.06S

12. 297 O. (>3S L 791 0. OO!i
- El. 218 0. 0:;*4
1'1.01,2 o.os1;
.. 30.. 2:~1, O.OBU .. 30.*71,1, O.ll.3 .. *1tfl. !:i05 0. 14 2
SB.s:*i,1 0.171
.:66. 769 o. :195 95 /. CONFIDENCE LEvn: (Lbrn/Hr) (/./Day) -Sfl. 252
'1l.'120

19.531

1. nn J 0. :103 J 6. u.,,
19.950 21.624
10. 2*19 1'** 692
"* 369

*<L 831

-1*1. '155
-25.. 776 -*3t.. 266
Al. 974
--60. 139
t.n *.'101
-7fl. li75 -BIL B l8 -*96.. 737 O. :~:L:. 1 0.217 o.. ::.~s~)*
0. : 101

o. 2:n
(). :u, 9
0. 2!.i't
(). 23fl
o. 210

0. 1 '74
(). 169 0.1 111
0. l l /f'

o. 005

o. j().',

o. 111()

0. 1'75 0.200 0.229 0.259 O.'.'B2 CALC HI IT I AL HASS (Lbm)
B20't90. 6 820'183. 6 0204b1. 0 n:1041,1,. 2 EJ20't35. 2 0:10431,. :i 82043S.3 0204311.5 020445.6 020458.2 020474.7 820'194. 2 820515.1 820fi3'7.8 820560.3 82058S.6 020612.6 8206311. 4 820659.3 020685.D El2070fl.5 {'--.. Lil Lil
.I Volume of air removed Mass of air removed Page 5 of 5 ( M) ILRT Instrumentation Calculated Air Mass after air removed (M1) ILRT Instrumentation Calculated Air Mass after air removed (M2) Difference.in Mass of air M-(M1-M2) Acceptance Criteria M ( M 1 - M 2 ) 0
25. La 2562.5 ft3 807.-lbm 820669.l lbm 819968.8 lbm 106.7 lbm 206.7 lbm
Index of Type nc* As Found Sununary 1982 outage 1984 outage 1-7 8-14 As found leakage rates have been reviewed in relation to the resuits of the first inservice CILRT and at no time was the overall integrated leak rate of La exceeded. The Generator Blowdown valves a~e listed in the Type "C" As Found Summary, however, their leak rate is not shown or consideied iri ~he tot~ls. This is in accordance wi~h 10CFR50 Appendix J requirements.
OCTOBER 1 UT AGE OUTAGE OUND
SUMMARY
~-- -------*----**--.------------**------*-*-*-* INSIDE VALVES OUTSIDE VALVES -*---*-----_f: _____ SCCM PEN. AS FOUND !---------~-------+----- -- - ----------------
~-----*--
-- I 56A t ~- ~----- 56 660 - ----E-** 23A 1803.0 -~-----*--- w " \\ 1CS900 lCS901,lCS902,lCS903 ---1 11CA330 t------i---- -f-----1---~~--~-~-~ ~CA330

r L 35 10.0 I

--4-----------+------------*- _: 1CC113 1-------- --f--------~------*----<:--*--------- t----------+---------1-----------t------------ 1CC215 t---------t-----*~ *- - ----*-*--*

*-**- -~------- - *-*-----*-t------*-------

1CC117 1CC118

¥------~-------t----*-*-----

t---------+-------~------------1--- 1CC190 1CC208 t-----*- - -**~-------- ---*----+--------+---- 1CC187 1CC186 t--------f------*--*-*-*- *- --- 1CC131 --~-.- -*-*----- 1CC136 I -----------* 34 f-*----~- - *-----

*- ~

32 1---------- - 39 33 Page 1 of 14 20,000 40.0 1730 ~---- _,~-.--- ALLOWABLE LEAKAGE COMMENTS
- f---*
97.0 10-21-82 i------ 518.0 11-28-82 518.0 11-4-82 f-*---*- 777.0 10-27-82 777.0 Close sys. - --- -*- inside & out 1554.0 11-1-82 ~-- --~- 11-8-82 777.0 -~-----* 11-27-82 1554.0
INSIDE VALVES 1CV3 1CV4 1CV5 1CV74 iCV284 1CV296 --~-* 1DR30 1FP148 OCTOBER l~ ~UT AGE OUTAGE -)UND
SUMMARY
SCCM OUTSIDE VALVES ----*--i; PEN. . AS FOUND (1CV68 or 1CV7 17A 1CV69) 36 1CV116 37
-~-
1DR29 22 1FP147 57 11GB4 14 12GB4 12 Page 2 of 14 55 2830 117 13.0 1803.0 **~- ALLOW LEAK COMMENTS 518.0 12-8-82 777.0 12-10-82 -- 12-22-82 1036.0 1036.0 10-28-82 1554.0 11-27-82 Close Sys. inside 777.0 10-30-82 Close Sys.

~-

inside 777.0 10-30-82

~--

INSIDE VALVES 1NT26 1NT34 1PR17 1SJ123 1SS103 1SS107 OCTOBER 19.TAGE OUTAGE TYPE ecn A ND
SUMMARY
OUTSIDE VALVES 13GB4 14GB4 1NT25 1NT32 1PR18 1SJ53 1SJ60 1SS27 1SS49 PEN. I 15 I ' : I
1 13 i
21 218 18C 25 25A 18A Page 3 of 14 SCCM AS FOUND I .. l J
i 150.0 48.0 104.0 127.0

1. 0 ALLOW LEAK COMMENTS 777.0 Close Sys.
inside 10-30-82 777.0 Close Sys. inside 10-30-82 194.0 11-4-82 259.0 10-29-82 97.0 10-21-82 11-3-82 194.0 97.0 10-26-82 97.0 10-26-82
INSIDE VALVES lSSllO 11SS93 12SS93 13SS93 14SS93 11SS182 llSS188 11SS104 13SS182 13SS184 OCTOBER 198 "' TAGE OUTAGE TYPE ncn UND
SUMMARY
-~----* ~--*----.-------------~------*---- SCCM OUTSIDE VALVES PEN. AS FOUND ALLOW LEAK COMMENTS ---~

~--->------------- --+----------+----

1SS64 18B 4.0 97.0 10-26-82

*- --*--- ------t-----

11SS94 62 93.0 97.0 11-6-82 -** ----------~--------------- 12SS94 62A 97.0 11-8-82 I I ---*-----r--- 13SS94 I 63 l --+-------- - - - 97.0 11-2-82 ~*-, ----- ---*- ~ ~~----L--- j 81.0 __J:*---- l -~

+---

14SS94 I 63A t 435.0 97.0 10-21-82 ~--------- --+*------~--<------ 11SS181 E-36 194.0 --~--------- 350 --.------ t----------

+----

11SS189 E-36 243 194.0 1SS33 18 6 97.0

+-------

13SS181 E-30 150 194.0 13SS185 E-30 18 194.0

~

Page 4 of 14 11-11-82 11-9-82

5-82 11-11-82 11-10-82

-w-*-**---
OCTOBER 198~AGE OUTAGE TYPE ~en A~ND
SUMMARY
.-----------*---.-------------- -* - - --------*-~-- -~----*- SCCM INSIDE VALVES OUTSIDE VALVES PE N. AS FOUND

~--------1--------~'-------*-----*-*- ~-

1SS901 1SS900 l7 4 1---------1-------1------------*-*-*-**-- -* ---- 1SA119 1SA118 23 B I 539.0 ~-=r---- ~ 143.0 ~ 1SA268 1SA270 61 (1 H
~
--.~-- A -*-*----1------r--------i--- ------ -+--- 1SA267 1SA265 61 --- --- - ---JI-------+-----*-----------------+---
1sA264 1SA262 61 B 1-----------1----*--+------*--*-- - - -------------

+------+------*- ----*- - ----------

1VC2 lVCl 19 ---+---------------------- -~- ------ ---* ~-------------1------*->-----------~--------*------- 1VC3 1VC4 20 r------- - -------- -...------~-***-* -------*---
--i------
i------~- -----t---------~:-*-*--*---- - --r----------- -- 1VC6 1VC5 40 --~_J_ _____ -*-- !--------------------------*--~-* - - - --+---------

~--~-----.--__J_ _____ _

Page 5 of 14 ALLOW LEAK COMMENTS 1------- -----* 32.0 11-22-82 777.0 10-20-82 259.0 10-21-82 ... -.-~--- 194.0 10-20-82 194.0 10-20-82
-*-*- --~---
2590.0 10-21-82 2590.0 10-21-82 2590.0 10-21-82
INSIDE VALVES 1VC7 lVCll 12VC19 12VC20 1VC9 1VC13 11VC19 11VC20 1WL12 1WL16 --*~ 1WL96 - --1----*--*
--i.-
1WL98 OCTOBER l UTAGE OUTAGE OUND
SUMMARY
SCCM OUTSIDE VALVES PEN. AS FOUND 1VC8 E-22 20,000 -~----**- - - 1VC12 E-22 252. 0 12VC17 E-30 l2VC18 E-30 46.0
---r------* -* --
lVClO E-22 1,212.0
- ;--~--*--r 1VC14 E-22 5.0 11VC17 E-36 2.0 11VC18 E-36 75.0
-~- - 1WL13 27 24o0 -~-- 1WL17 4$ o.o ---*- - ----- 1----~--- 1WL97 180 5.0

.- *- - ---*-1---*

--~--

-~------
1WL99 21A 1WL108 Page 6 of 14 ---~-- ALLOW LEAK COMMENTS 194.0 Closed --~- --------- Sys. out-side 388.0 10-30-82 .----- --~-* --~- 194.0 10-30-82 194.0 11-3-82 194.0 11-3-82 194.0 11-3-82
--~---
194.0 11-3-82 777.0 10-29-82 777.0 10-27-82 194.0 11-5-82 11-1-82 259.0

~ ----*--- ---

INSIDE VALVES 1WL190 1WL191 lWLBl 11CS48 12CS48 OCTOBER 19 TAGE OUTAGE UND
SUMMARY
SCCM OUTSIDE VALVES AS FOUND ALLOW LEAK 117 1SF36 66A 1SF22 66 I 1WR80 22A 11CS2 I 43 I 12CS2 I 44 I I ' TOTAL --'-**~*---- - - Valves __J ! I i I I I Page 7 of 14 10.0 270.0 I 1520.0 i 57,917 ALLOWABLE LEAKAGE COMMENTS 777.0 11-5-82 777.0 11-5-82 777.0 10-26-82 2072.0 11-24-82 2072.0 11-24-82
INSIDE VALVES lCS900 ( 3 ) OUTS I UNIT OUTAGE TYPE "C" DE VALVES UT AGE OUND
SUMMARY
SCCM PEN. AS FOUND 1CS901,1C S902,lCS903 56A 0 ( 0 ) (0) (0)

*- ~*

11CA360 ( 26. 4) 12CA360 (293) lCCll 9 ( 0 ) 1CC190 1CC208 (1903) 1CC187 1CC186 (1100) 11CA330 56 26.4 12CA330 23A 293 1CC113 35 260 ---~----+-------- lCC117 ( 0 ) 1CC215 34 260 1CC118 32 0 ( 76) 1CC131 39 175 (175) 1CC136 33 ( 14) Page 8 of 14 14
_L ___
ALLOWABLE LEAKAGE COMMENTS 97.0 4-25-84 518.0 3-13-84 ---~- 518.0 4-25-84 777.0 3-27-84 777.0 Close sys inside & out 3-27-84 ~----* 1554.0 5-28-84 777.0 3-27-84 1554.0 3-26-84
UNIT 1 1984 OUTAGE
-~----~o_u_T_A_G_E_TYPE ncn AS~ND
SUMMARY
.. ~-- INSIDE VALVES OUTSIDE VAL VES PEN. 1CV3 1CV4 1CV5 (8150) lC ( 5 V7 l 7A 1CV74 (850) 1CV68 or 1CV69 (367) --+------+---**-----*- 1CV284 1CV296 (3200) 1DR30 ( 3 ) 1FP148 ( 118) !-----~---*-------- l.C ( lD ( lF ( 4 11 ( 7 l------~----4------ --- -----*~--- 12 ( 6
--t-------i------------
13 ( 4
50) 36 Vll6 37 0 )
R29 22
6)
Pl47 57 950) GB4 14 6350) GB4 12 4700) --i--------- - GB4 15 0200) Page 9 of 14 SCCM AS FOUND 550 367 0 3 118 0 0 0 ALLOW LEAK COMMENTS 518.0 4-5-84 777.0 6-12-84 1036.0 4-17-84 1036.0 6-3-84 1554.0 4-26-84 777.0 3-7-84 CLS. SYS. INSIDE 777.0 3-7-84 CLS. SYS. INSIDE 777.0 3-7-84 CLS. SYS. INSIDE
INSIDE VALVES 1NT26 *. (2167) 1NT34 (150) 1PR17 ( 0) 1SJ12°3 ( 0) 1SS103 ( 0) 1SS107 (19) lSSllO ( 0 ) 11SS93 ( 0) UNIT 1 1984 TAGE OUTAGE TYPE "en A OUTSIDE VALVES PEN. 14GB4 13 (4265) 1NT25 21 (55) 1NT32 21B ( 61) 1PR18 18-c ( 0) 1SJ53 25 1SJ60 ( 0 ) 1SS27 25A ( 14) 1SS49 18A (18). 1SS64 18B ( 0 ) 11SS94 62 ( 0 ) Page 10 of 14 ND
SUMMARY
SCCM AS FOUND 0 55 61 0 0 0 18 0 0 ALLOW LEAK COMMENTS 777.0 Close sys. inside 194.0 5-5-84 259.0 3-19-84 97.0 5-30-84 194.0 5-4-84 97.0 5-2-84 97.0 3-17-84 97.0 5-16-84 97.0 3-16-84
UNIT 1 1984 OUTAGE OUTAGE TYPE ncn 1 rnJND
SUMMARY
~~ SCCM INSIDE VALVES OUTSIDE VALVES PEN. AS FOUND ALLOW LEAK COMMENTS \\~.. 12SS93 12SS94 62A 75 97.0 3-15-84 ( 7 5) ( 76) --~-- 13SS93 13SS94 63 0 97.0 3-16-84 ( 0 ) ( 8 ) 14SS93 14SS94 63A 0 97.0 3-15-84 (11) ( 0 ) llSS182 11SS181 E-36 40 194.0 3-24-84 (1630) ( 40) llSS188 llSS189 E-36 0 194.0 6-6-84 ( 0 ) ( 0 ) 11SS104 1SS33 18 15 97.0 5-22-84 (15) ( 35) 6-6-84

*---~- -

**-*~-

~--

13SS182 13SS181 E-30 12 194.0 3-24-84 (11640) ( 12) 13SS184 13SS185 E-30 5 194.0 3-24-84 ( 26) ( 5) 1SS901 1SS900 17 0 32.0 5-24-84 ( 0 ) ( 0 ) ---~- - - - lSAll 9 1SA118 238 3660 777.0 3-6-84 (>20,000) (3660)

~

1SA270 1SA268 61 30 259.0 4-23-84 (250) ( 30) -~---- ---~------- -~----- -*-~--~- Page 11 of 14
INSIDE VALVES 1SA267 (250) 1SA264 (250) 1VC2 1VC3 1VC6 1VC7 ( 6 8) lVCll (14.2) 12VC19 (>20,000) 12VC20 ( 11) ~---*-* 1VC9 ( () ) 1VC13 ( 0 ) 11VC19 ( 0 ) 11 VC20 ( 4. 5) ND SUM.MARY UNIT l 19~TAGE OUTAGE TYPE 0 c* ~~U -*-~--r---* OUTSIDE VALVES PEN. --~---*- 1SA265 61A ( 3 0) 1SA262 61B ( 3 0) lVCl 19 1VC4 l 20 I 1VC5 I L),0 1VC8 E-22 (4465) 1VC12 E-22 ( 28. 3) 12VC17 E-30 (26.8) 12VC18 E-30 (16,663) lVClO E-22 ( 33) 1VC14 E-22 ( 1 ) 11VC17 E-36 (14.4) 11VC18 E-36 ( 9
2 )
Page 12 of 14 SCCM AS FOUND 30 30 1300 1120 270 68 14.2 26.8 11 0 0 0 4.5 ALLOW LEAK COMMENTS 194.o 4-23-84 194.0 4-23-84 2590.0 3-8-84 2590.0 3-8-84 2590.0 3-8-84 194.0 3-14-84 closed
- sys. out-side 3/14/84 388.0 3/14/84
-~--
194.0 3/14/84 194.0 3/10/84 --~~--- 194.0 3/10/84 194.0 3/12/84 194.0 3/12/84
INSIDE VALVES 1WL12 ( 60*) 1WL16 (887) 1WL96 (94,500) 1WL98 ( 1 ) 1WL190 0 1WL191 0 lWLBl 8330 11CS48 (970) 12CS48 ( 20) UNIT 1 19 GE UTA OUTAGE TYPE "C" UN D
SUMMARY
OUTSIDE VALVES PEN. 1WL13 27 ( 15) L-, _______ 1WL17 45 182 1WL97 18D 0 1WL99 .21A 1WL108 ( 2 ) 1SF36 66A 0

- ~ ---

1SF22 66 0 1WR80 22A 58400 11CS2. 43 (989) 12CS2 44 (735) Page 13 of 14 SCCM AS FOUND 15 182* 0 1 0 0 8330 970 20 ~------------------- ALLOW LEAK COMMENTS 777.0 5/30/84 777.0 6/22/84 194.0 5/24/84 6/11/84 259.0 6/11/84 777.0 6/29/84 777.0 6/29/84 777.0 7/2/84 2072.0 5/31/84 2072.0 5/31/84
INSIDE VALVES / UNIT l 19 UTAGE OUTAGE TYPE *en OUND
SUMMARY
-*----~-----*-----
OUTSIDE VALVES PEN # AS

~--

I lCA1714 100 airlock _____ -+= ___ lCA1715 130 airlock

~

TOTAL Valves 122 TOTAL Leakage ~------*

r------

Page 14_ of 14 SCCM FOUND 0 0 18429.9 ALLOWABLE LEAKAGE COMMENTS 127 8-24-84 127 8-24-84 I

~----*-

~--*

~----
MAINTENANCE PROC Ml6E ENCLOSURE* UNITS 1 AND CONTAINMENT TYPE B AND C TOTAL LEAKAGE
SUMMARY
SHEET Allowable Type B and C leakage (0.6 La) = 129,750 SCCM per unit. Allowable air lock leakage (0.05 La) = 10,812 SCCM per unit. PREVIOUS COMPONENT(S) LEAKAGE TEST DATE TESTED SCCM 5-31-84 11CS2 0 5-31-84 12CS2 2240 5.:..31-84 11CS48 320 5-31-84 12CS48 370 4-25-84 1CS900 0 4-25-84 1CS901 4-25-84 1CS902 0 4-25-84 1CS903 6-29-84 11CA330
2250 7-16-84 12CA330 1502 3-27-84 1CC113 10 5-28-84 1CC117 31 5-28-84 lCCll8 36 3-27-84 1CC131 0
CURRENT DELTA LEAKAGE LEAKAGE SCCM SCCM 989 +989 735 -1535 970. +650 20 -350 3 +3 0 0 332 -1918 1848 +346 260 +250 0 -31 76 +40 1.75 +175 Page 1 of 9 PRESENT SUM B & C LEAKAGE (SCCM) 989 1724 2694 2714 2717 3049 4897 5157 5157 5233 5408 . REMARKS
MAINTENANCE PROCED Ml6E ENCLOSURE 7 UNITS 1 AND 2 CONTAINMENT TYPE B AND C TOTAL LEAKAGE
SUMMARY
SHEET Allowable Type B and C leakage (0.6 La) = 129,750 SCCM per unit. Allowable air lock leakage (0.05 La) = 10,812 SCCM per unit. PREVIOUS COMPONENT(S) LEAKAGE TEST DATE TESTED SCCM 3-26-84 1CC136 1810 3-26-84 1CC1B6 1722 3-26-84 1CC187 3-27-84 1CC190 *- 8 3-27-84 1CC208 3-27-84 1CC215 9 6-24-84 1CV3 6-24:...34 1CV4 185 6-24-84 1CV5 4-5-84 1CV7 44 6-11-84 1CV68 or 69 59 6-12-84 1CV74 1983 4-17-84 1CV116 251 CURRENT DELTA LEAKAGE' LEAKAGE SCCM SCCM 14 -1796 1100 -622 1903 +1895 260 +251 17 -168 550 +506 367 +308 850 -1133 0 -251 Page 2 of 9 PRESENT SUM B & C LEAKAGE (SCCM) 5422 6522 8425 I 8685 !i i i 8702 I 9252 i1 9619 I 10469 REMARKS
MAINTENANCE PROCE ENCLOSURE 7 UNITS 1 AND 2 Ml6E CONTAINMENT TYPE B AND C TOTAL LEAKAGE
SUMMARY
SHEET Allowable Type B and C leakage {0.6 La) = 129,750 SCCM per unit. Allowable air lock leakage (0.05 La) = 10,812 SCCM per unit. PREVIOUS COMPONENT(S) LEAKAGE TEST DATE TESTED SCCM 4-17-84 1CV284 116 1CV296 6-13-84 1DR29 13 6-13-84 1DR30 104 6-9-84 1FP147 76 4-:26-84 1FP148 1800. 6-24-84 11GB4 2 6-23-84 12GB4 350 6-22-84 13GB4 112 6-29-84 14GB4 202 5-5-84 1NT25 227 6-i5-84 1NT26 150 3-19-84 1NT32 52 3-19-84 1NT34 297 CURRENT DELTA LEAKAGE LEAKAGE SCCM SCCM 3200 +3084 6 -7 3 -101. 1980 +1904 118 -1682 0 -2 5.1 -344.9 23 -89 0 -202 55 -172 114 -36 61 +9 150 -147 Page 3 of 9 PRESENT SUM B & C LEAKAGE (SCCM) 13669 13675 13678 15658 15786 15781.1 15804.1 15859.1 15983.l 16034.1 l 16184.1 REMARKS
MAINTENANCE P
DURE Ml6E ENCLOS UNITS 1 A 2
CONTAINMENT TYPE B AND C TOTAL LEAKAGE
SUMMARY
SHEET Allowable Type B and C leakage (0.6 La) = 129,750 SCCM per unit. Allowable air lock leakage (0.05 La) = 10,812 SCCM per unit. PREVIOUS COMPONENT(S) LEAKAGE TEST DATE TESTED SCCM 5-30-84 1PR17 752 5-30-84 1PR18 71 5-4-84 1SJ53 0 5-4-84 1SJ60 5-4-84 1SJ123 0 5-2.-84 1SS27 0 6-6-84 1SS33 -9 3-17-84 1SS49 0 5-16-84 1SS64 5 3-16-84 11SS94 69 3-15-84 12SS94 27 3-16-84 13SS94 90 3-15-84 14SS94 19 5-2-84 1SS103 4 ~------------------------ CURRENT DELTA LEAKAGE LEAKAGE SCCM SCCM 0 -752 0 -71 0 0 0 0 14 +14 35 +26 18 +18 0 -5 0 -69 75 +48 .8 -82 0 -19 0 -4 Page 4 of 9 PRESENT SUM B & C LEAKAGE (SCCM) 16184.1 16184.1 16184.1 16184.1 16198.1 16233.1 16251.1 16251.1 16251.l 16326.1 16334.1 16334.1 16334.1

~

REMARKS
MAINTENANCE.CEDURE Ml6E ENC LO 7 UNITS 1 AND 2 CONTAINMENT TYPE B AND C TOTAL LEAKAGE
SUMMARY
SHEET Allowable Type B and C leakage (0.6 La) = 129,750 SCCM per unit. Allowable air lock leakage (0.05 La) = 10,812 SCCM per unit. PREVIOUS COMPONENT(S) LEAKAGE TEST DATE TESTED SCCM 5-22-84 1SS104 14 3-17-84 1SS107 1 5-16-84 lSSllO 4 3-2°4-84 11SS181 5 6-6-84 11SS182 105 6-6-84 11SS188 64 6-6-84 11SS189 8 3-24-84 13SS181 0 7-1-84 13SS182 49 3-24-84 13SS184 0 3-24-84 13SS185 17 6-29-84 1SF22 0 6-29-84 1SF36 0 6-3-84 1SA118 634 CURRENT DELTA LEAKAGE LEAKAGE SCCM SCCM 15 +l 20 +19 0 -4 40 +35 220 +115 0 -64 0 -8 i2 +12 158 +109 26 +26 5 -12 0 0 0 0 731 +97 Page 5 of 9 PRESENT SUM B & C LEAKAGE (SCCM) 16349.1 16369.1 16369.1 16409.1 16629.1 16629.1 16629.1 16641.1 16799.1 16825.1 16830.1 16830.1 16830.1 17561.1 REMARKS
MAINTENANC-CEDURE Ml6E ENCL 7 UNITS ..D 2 CONTAINMENT TYPE B AND C TOTAL LEAKAGE
SUMMARY
SHEET Allowable Type B and C leakage (0.6 La) = 129,750 SCCM per unit. Allowable air lock leakage (0.05 La) = 10,812 SCCM per unit. . PREVIOUS COMPONENT(S) LEAKAGE TEST DATE TESTED SCCM 7-7-84 1SA119 596 5-5-84 1SA270
25. 6 4-23-84 1SA268 39.3 5-5-84 1SA267 25.6 4-23-84 1SA265 39.3 6-9-84 1SA264 25.6 4-23-84 1SA262 39.3 3-8-84 1VC1&2 810 3-8-84 1VC3&4 488 3-8-84 1VC5&6 238 3-14-84 1VC7 29 6-1-84 1VC8 43 3-10-84 1VC9 38 3-10-84 lVClO 42 CURRENT DELTA LEAKAGE LEAKAGE SCCM SCCM
1554
+958 0 -25.6
30.
. -9. 3 0 -25.6 30 -9.6 0 -25.6 30 -9.6 1300 +490 1120 +632 270 +32 68 +39 0 -43 0 -38 33 -9 Page 6 of 9 PRESENT SUM B & C LEAKAGE (SCCM) 19115.1 19115.1 19145.1 19145.1 19175.1 19175.1 19205.1 20505.1 20625.1 21895.1 21963.1 21963.1 21963.1 21996.1 REMARKS I
MAINTENANCE ,EDURE Ml6E ENC LO 7 UNITS 1 AND 2 CONTAINMENT TYPE B AND C TOTAL LEAKAGE
SUMMARY
SHEET Allowable Type B and C leakage (0.6 La) = 129,750 SCCM per unit. Allowable air lock leakage (0.05 La) = 10,812 SCCM per unit. PREVIOUS COMPONENT(S) LEAKAGE TEST DATE TESTED SCCM 3-14.....:94 lVCll 188 3-14-84 1VC12 1 3-10-84 1VC13 1 3-10-84 1VC14 3 3-12-84 11VCl7 0 3-12-84 11 VC18 6 3-12-84 11 VC19 0 3-12-84 11 VC20 2 3-14-84 12VC17 183 6-1-84 12VC18 11 6-1-84 12VC19 112 3-14-84 12VC20 0 5-30-84 1WL12. 7 5-30-84 1WL13 7 CURRENT DELTA LEAKAGE LEAKAGE SCCM SCCM 14.2 -173.8 28.3 +27.3 0 -1 1 -2 14.4 +14.4 9.2 +3.2 0 0 9.5 +7.5 26.8 -156.2 55 +44
O
-112 11 +11 60 +43 15 +8 Page 7 of 9 PRESENT SUM B & C LEAKAGE (SCCM) 22010.3 22038.6 22038.6 22039.6 22054 22073.2 22073.2 22072.7 22099.5 22154.5 22154.5 22165.5. 22225.5 22240 *.5 REMARKS {j I'
MAINTENANCE CEDURE Ml6E ENC LO 7 UNITS D 2 CONTAINMENT TYPE B AND c TOTAL LEAKAGE
SUMMARY
stteET Allowable Type B and C leakage (0.6 La) = 129,750 SCCM per unit. Allowable air lock leakage (0.05 La) = 10,812 SCCM per unit. PREVIOUS COMPONENT(S) LEAKAGE TEST DATE TESTED SCCM 6-22-84 1WL16 0 6-22-84 1WL17 0 6-28-84 1WL96 0 5-24-84 ~ 1WL97 0 6-11-84 1WL98 0 6-11-84 1WL99 87 6-11-84 1WL108 6-29-84 1WL190 0 6-29-84 1WL191 0 7-3-84 1WR80 17 7-18-84 1WR81 0 7-31-84 11CA360 No. Prev Test 7-31-84 12CA360 No. Prev Test 8-2-84 1CC119 No. Prev Test CURRENT DELTA LEAKAGE LEAKAGE SCCM SCCM 887 +887 182 +182 0 0 0 0 1 +l 2 -85 0 0 0 0 80 +63* 0 0 26.4 +26.4 293 +293 0 0 Page 8 of 9 . PRESENT SUM B & C LEAKAGE (SCCM) 23127.5 23309.5 23309.5 23309.5 23310.5 23312.5 23312.5 23312.5 23392.5 23392.5 23418.9 23711.9 23711.9 REMARKS Added to Type "C" list 7-30-84 per Engineering re-evaluation
MAINTENANC OCEDURE Ml6E ENCLOSURE 7 UNITS 1 AND 2 CONTAINMENT TYPE BAND C'TOTAL LEAKAGE
SUMMARY
SHEET Allowable Type B and C leakage (0.6 La) = 129,750 SCCM per unit. Allowable air lock leakage (0.05 La) = 10,812 SCCM per ~nit. r PREVIOUS COMPONENT(S) LEAKAGE TEST DATE TESTED SCCM 1-10-84 FUEL XFER BLANK FLANGE 6-27-84 llSJ VLV RM. CVR 10 6-27-84 12SJ VLV RM. 0 CVR 8-3-84 100' AIRLOCK 12,190 7-26-84 130' AIRLOCK* 3,620 5-31-84 ALL ELECT. 0 PENS 8-4-84 . 130 I EQUIP 860 HATCH 7-26-84 1VC1&2 1300 7-26-84 1VC3&4 1120 7-27-84 1VC5&6 270 CURRENT DELTA LEAKAGE LEAKAGE SCCM SCCM 2.9
1. 9
-8.1 1 +l 2144 -10,046 1671 1,949 0 0 3.6 343 -957 202 -918 4,133 +3863 Page 9 of 9 PRESENT SUM B & C LEAKAGE (SCCM) 23714.8 23716.7 23717.7 25861.7 27532.7 27532.7 27536.3 26579.3 25661.3 29524.3 REMARKS Retested after Cont. Purge & after mod for Type "A" Test.}}

ML18092A370

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