Text

Reactor Containment Bldg Third/Final Inservice Integrated Leak Rate Test,First 10-Yr Insp Interval & Type B & C Surveillance Tests
	ML18093A767
Person / Time
Site:	Salem
Issue date:	12/31/1987
From:	; Public Service Enterprise Group
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Shared Package
ML18093A765	List: ML18093A763; ML18093A767;
References
	NUDOCS 8803310023
	Download: ML18093A767 (85)
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REACTOR CONTAINMENT BUILDING THIRD / FINAL INSERVICE INTEGRATED LEAK RATE TEST FIRST TEN YEAR INSPECTION INTERVAL AND TYPE B & C SURVEILLANCE TESTS SALEM NUCLEAR GENERATING STATION UNIT 1 DECEMBER 1987 PUBLIC SERVICE ELECTRIC AND GAS COMPANY 8803310023 880325 PDR ADOCK 05000272 P

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I I

1

SECTION

1. 0 2.0 3.0 4.0 5.0 6.0 7.0 I -

TABLE OF CONTENTS PURPOSE REFERENCES LIST OF ATTACHMENTS GENERAL TEST DESCRIPTION ILRT AND LLRT SUHMARIES EDITED LOG OF EVENTS TEST RESULTS AND ANALYSIS PAGE 1

1 1

2 7

8 10

1.0 PURPOSE The purpose of this report is to present a description and analysis of the third and final inservice Type "A" Reactor Containment Building Integrated Leak Rate Test (CILRT) for the first 10-year Inspection Interval and a summary of the Type "B" and "C" tests performed since the as-left tests prior to the second inservice Type "A" Test (8-12-84) conducted on the Public Service Electric and Gas Company Salem Nuclear Generating Station Unit 1 during the 7th refueling and 10-year ISI outage.

This report is submitted as required by 10 CFR 50, Appendix J, paragraph VB, (Reference 1.)

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 45.4 (1972).

2.0 _REFERENCES

1. 10 CFR 50 Appendix "J" -

Primary Reactor Containment Leakage Testing for Water-cooled Power Reactors, January 1, 1986.

2. ANSI N 45.4 (1972) -

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

3. ANSI 56.8 (1981) -

Containment System Leakage Testing Requirements.

4. Public Service Electric and Gas Company Nuclear Site Services Department Procedure M9-ILP-CT-1, Rev. 06, Reactor Containment Building Integrated Leak Rate Test (Type "A" Test) Salem Unit 1.

5. Salem Unit No. 1 Technical Specification 4.6.1.2 (a),

( b), and ( c ).

6. IE Information Notice No. 85-71:

Containment Integrated Leak Rate Tests.

3.0 LIST OF ATTACHMENTS

1 Calibration Reports

2 Weighting Factors

3 Temperature Stabilization Data

4 Formulas for computing the CILRT using the percent leakage total time method.

Page 1 of 12

3.0 LIST OF ATTACHMENTS (cont.)

5 ILRT Data (% Leakage Total Time)

6 ILRT Mass Point Data

7 Mass Step Change Instrument Verification Test Data

8 Site Meteorology Data

9 Summary of Type B & C Periodic Tests From Previous Type "A" Test (8-12-84) 4.0 GENERAL TEST DESCRIPTION Note: Excerpt from PSE&G Procedure M9-ILP-CT-1 4.1 Precautions

a. Except in 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 containment

b. All areas within 30 feet of containment shall be restricted 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 prior approval of the Test Director.

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

e. Personnel entrance into containment during pressurization, while the containment is pressurized and during depressurization is prohibited.

f. A Radioactive Gas Release shall be obtained from the Radiation Protection/Chemistry Department prior to the instrument verification test.

g. The rate of pressurization of the containment shall not exceed 5 PSIG per hour.

h. The rate of depressurization of the containment shall not exceed 10 PSIG per hour.

i. Test data and the Containment Boundaries shall be watched carefully for signs of imminent failure of any component during the test.

Page 2 of 12

4.1 Precautions (cont.)

j. Communications between test personnel in the following areas shall be maintained throughout the test.

(CILRT control point, pressurization station and control room)

k. The instrumentation, installed and operated as specified in the Research and Testing Lab Responsibilities section of procedure M9-ILP-CT-1, shall be constantly monitored for proper functioning.

In the event of failure of (1) one or more instruments it is the responsibility of the ISI Engineer, with the assistance of the RT&L Engineer to determine:

1. The impact each sensor failure has on obtaining valid data

2. The effect each sensor failure has on the system figure of merit.

The ISI Engineer/Test Director shall determine, based on the information obtained, whether to continue or abort the test.

1. Depending on the sensitivity of the instrumentation, the stability of the containment, and the uncertainty associated with the calculated leakage rate, the duration of a Type A test may have to be extended beyond the originally planned durati"ob in order to achieve reasonable assurance of acceptability of the data obtained.

If the leakage rate exceeds the acceptance criteria, corrective action shall be required.

m. If, during the performance of a Type A test, excessive leakage occurs through locally testable penetrations or isolation valves to the extent that it would interfere with the satisfactory completion of the test, these leakage paths may be isolated and the Type A test continued until completion.

A local leakage test shall be performed before and after the repair of each isolated leakage path~ The sum of the post.repair local leak rates and UCL:shall be less than 75 percent of the maximum allowable leakage rate La.

Local leakage rates shall not be subtracted from the Type A test results to determine the acceptability of a test.

The test results shall be reported with both the pre and post repair local leakage rates, as if two Type A tests had been conducted.

I.

Pre-repair test results II.

Post-repair test results Page 3 of 12

4.1 Precautions (cont.)

n. Except in case of an emergency, the status of the fancoil units ( stopping or starting of FCU's, or adjusting the service water flow) shall not be altered without permission of, or at the direction of the Test Director.

Any change in the FCU status must be immediately reported to the Test Director.

Note: Any change in the FCU status during the test may result in temperature/humidity fluctuations which inturn could have adverse effects on the test results and/or stabilization criteria.

o. If, during the test, a gross leakage into the secondary side of a steam generator is discovered, it is permissible to pressurize the secondary side of the steam generator with air in accordance with the pressurization of steam generators secondary side section of procedure M9-ILP-CT-1.

1. The maximum air pressure to be used on the secondary side of the steam generators shall not exceed 0.5 PSIG BELOW the containment pressure.

There shall be NO leakage of air into containment.

. 2. The minimum air pressure to be used on the secondary side of the steam generator shall not be less than (3) three PSIG BELOW the containment pressure.

A larger pressure differential would not substantially affect the leakage from containment into the secondary side of the steam generator.

4.2 Partial listing of the recorded prerequisites

a. The NRC, SQAE, and PSE&G insurance representative have been notified of the test date.

b. The unit is in shutdown status (Mode 5), the containment is at atmospheric pressure and the containment temperature is stabilized.

c. The maximum number of fancoil units are in low speed operation with the service water flow adjusted to approximately 750 GPM.

Record which fancoil units are in service and the service water flow to which the units are adjusted prior to commencing the CILRT..

Page 4 of 12

4.2 Partial listing of the recorded prerequisites (cont.)

Note: The required number of fancoil units may vary depending on their state of repair and/or the IS! Engineers discretion as to the need of their operation during the CILRT.

d. All required surveillance Local Leak Rate Tests (LLRT) Type B and C in accordance with !SI Department procedure M9-ILP-CT-3 are current.

e. Local Leak Rate Test on airlock seals that have been opened since completion of the last Type B Test.

f. The valve line-up and valve line-up verification in accordance with Attachment #1 of procedure M9-ILP-CT-1 is completed.

g. All preparations, surveillances and level recording in accordance with Attachment #2 of procedure M9-ILP-CT-1 are completed.

h. All preparations by the Maintenance Department in accordance with Attachment #3 of procedure M9-ILP-CT-1 are completed.

i. All preparations by the Maintenance I&C Department in accordance with Attachment #4 of procedure M9-ILP-CT-1 are completed.

j. All preparations by the Radiation Protection/Chemistry Department in accordance with Attachment #5 of procedure M9-ILP-CT-1 are completed.

k. All preparations by the Site Protection Department in accordance with Attachment #6 of procedure M9-ILP-CT-1 are completed.

1. All preparations by the Site Maintenance Department in accordance with Attachment #14 of procedure M9-ILP-CT-1 are completed.

m. All ~reparations by the ISI Department in accordance with Attachment #7 of procedure M9-ILP-CT-1 are completed.

n. The preparation of the Pressurization Facility in accordance with Attachment #8 of procedure M9-ILP-CT-1 is completed.

o. All preparations by RT&L in accordance with Attachment #9 of procedure M9-ILP-CT-1 are completed.

Page 5 of 12

4.2 Partial listing of the recorded prerequisites (cont.)

p. The Shift Support Supervisor and the Nuclear Fire and Safety Manager have been notified that for the duration of the Type "A" Test:

1. The fire detection systems in containment will be disabled.

2. The fire protection system in containment will be disabled.

3. All fire extinquishers will be removed from containment.

q. The official log of events (Attachment #11) of procedure M9-ILP-CT-1 has been initiated by the ISI Engineer.

This log will be appended to the M9-ILP-CT-1 procedure and will continue until the containment is fully depressurized.

r. An air sample of containment air has been obtained for radioisotope analysis.

s. All personnel are out of the containment.

4.3 Equipment 4.. 3.1 Pressurization of the containment was achieved by utilization of a battery of (8) eight temporary diesel driven oil free air compressors.

the air compressors were manifolded into (2) two after coolers.

From the after coolers the compressed air was routed through a refrigerated air drier and a piping and valving system for regulating back pressure, etc., into the containment building.

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

4.3.2 The Instrument Verification was performed using the Mass Step Change Method.

With this method a quantity of air is metered out of containment over a *short time interval.

The expelled air flows through a gas meter.

With each scan of the containment sensors, a reading of the gas meter is taken and manually entered into the computer.

The printout will show the change of mass as measured by the ILRT instrumentation a*nd as measured by the gas meter. The equipment consists of (1) one Dresser Ind. Inc Rotary Positive Displacement Gas Meter 3M-T.C. with a range of 0 -

3000 cfh and an accuracy of 100.75 % and (1) one Pressure Gauge with a range of 0 -

100 psia with an accuracy of 0.015% F.S.

Page 6 of 12

5.0 4.3 Equipment (cont.)

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

Tne programs are designed in accordance with ANSI N45.5 -

1972Property "ANSI code" (as page type) with input value "ANSI N45.5 -1972" contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. and 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..

The computer program formulas are shown on attachment #4.

4.3.4 Installed Sensors

a. (2) two quartz manometers

b. (12) twelve dewpoint sensors

c. (24) twenty four resistance temperature detectors (RTD'S)

All sensors installed were calibration checked prior to the test and immediately after completion of the test.

Attachment #1 is a copy of the instrument calibration check report including an assigned weighing factor for the sensors and location sketch of the sensors.

ILRT and LLRT Summaries 5.1 ILRT (TYPE "A"TEST)

SUMMARY

On December December 21, 1987 pressurization for the CILRT of Salem Unit 1, commenced at 1416 hours0.0164 days 0.393 hours 0.00234 weeks 5.38788e-4 months and continued until a pressure of 63.14 psia was attained on December 22, 1987 at 0616 hours0.00713 days 0.171 hours 0.00102 weeks 2.34388e-4 months at which time all air compressors were secured and the pressurization facility was vented to the atmosphere (rate= 3.0 psi/hr.)~

During pressurization and throughout the entire test, investiqating teams checked for detectable leaks.

The temperature stability test was initiated on December 22, 1987 at 0630 hours0.00729 days 0.175 hours 0.00104 weeks 2.39715e-4 months and the temperature stability criteria was attained on December 22, 1987 at 1030 hours0.0119 days 0.286 hours 0.0017 weeks 3.91915e-4 months .

The Data acquistion for the CILRT was initiated on December 22, 1987 at 1045 hours0.0121 days 0.29 hours 0.00173 weeks 3.976225e-4 months and continued for a 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months duration.

The measured leakage at that time was recorded by two methods:

Page 7 of 12

5.1 ILRT (TYPE "A"TEST)

SUMMARY

(cont.)

1. percent total time -

the measured leakage was 0.034% containment free volume/day with an upper confidence level of 0.039% containment free volume/day.

2. mass point -

the measured leakage was 0.039%

containment free volume/day with an upper confidence level of 0.043% containment free volume/day.

After acquiring a Radioactive Gas Release Permit, a successful Instrument Verification Test using the Mass Step Change Method was performed.

The difference between the measured mass and ILRT computed mass of 100.0 lbm. The acceptance criteria is + or -

206.7 lbm.

Depressurization of the containment started on December 23, 1987 at 1711 hour0.0198 days 0.475 hours 0.00283 weeks 6.510355e-4 months and continued until December 24, 1987 at 0425 hour0.00492 days 0.118 hours 7.027116e-4 weeks 1.617125e-4 months at which time the containment pressure was at ambient condition (depressurization rate = 4.3 psi/hr.).

The post inspection showed no apparent change to either the containment liner plate or exterior concrete and there was no apparent equipment damage noted.

5.2 LLRT {LOCAL LEAK RATE TESTS, TYPE B & C)

The local leakage tests of the containment penetrations were performed in accordance with the Salem Site Services Department Procedure M9-ILP-CT-3.

The summary report of the LLRT's performed since the last Type A" Test (8-12-84) in accordance with 10 CFR 50 Appendix J IV, B, 3 are shown on attachment 12.

6.0 EDITED LOG OF EVENTS December 21, 1987 0500 -

Conducted the inspection of the interior and exterior surfaces of the containment structure, the only abnormal condition noted was some minor oxidation of some existing containment liner clips.

1416 -

commenced pressurization of Unit 1 Containment 1735 -

containment pressure at 24 psia, first leak inspection* completed with no abnormal conditions noted.

Page 8 of.12

6.0 EDITED LOG OF EVENTS (cont.)

December 22, 1987 0030 -

Inspection teams completed leak inspection with no abnormal conditions noted.

0355 -

13 FCU tripped with no affect on containment conditions.

0425 -

15 FCU tripped with no affect on containment conditions.

0530 -

leak inspection teams completed another inspection.

Slight leakage (pressure increase) was noted on gauge installed on the 100' Airlock.

0550 -

50% of the air compressors secured.

0619 - All air compressors secured, depressurizied pressurization facility.

0622 -

1VC5 valve closed, containment pressure at 63.212 PSIA.

0630 -

Temperature stability test initiated.

0702 -

14 FCU tripped with no adverse effects on containment conditions.

0830 -

Inspection teams completed leak inspection, 100' Airlock gauge increasing in pressure.

Suspected inner ball valve problems due to some minor leakage observed during the last LLRT. No other abnormalities noted.

1030 -

Temperature Stability Test completed 1045 -

Commenced the start on the ILRT 2030 -

Inspection teams completed another leak inspection, 100' Airlock gauge still increasing, suspect pressure will increase until it equalizes with containment pressure. No external leakage (outer door) noted.

December 23, 1987 0830 -

100' Airlock gauge seemed to stabilize at 46#.

1045 -

Completed ILRT 1100 - Air sample taken by Chemistry Department.

1453 -

Obtained an air release permit and started Instrument Verification Test.

1555 - Satisfactory completion of the Instrument Verification Test 1711 -

Commenced Depressurization of Unit 1 containment.

Decem6er 24, 1987 0425 - Depressurization completed.

0530 -

Completed the post test containment inspection 0700 - Terminated log of events

==

Conclusion:==

1.0 It has been determined that the Containment fancoil units tripped out of service during containment pressurization because the inlet vanes were not throttled far enough into the closed position.

Page 9 of 12

Conclusion (cont.):

2.0 The slightly oxidized (rusted) containment liner clips should be corrected during the next refueling outage by cleaning and painting.

3.0 Containment Integrated Leak Rate Test (CILRT) results were satisfactory.

The overall containment *leakage with the 95% upper confidence level factor was:

a.

Percent Total Time -

0.039 % containment free volume per day

b.

Mass Point -

0.043 % containment free volume per day 7.0 TEST RESULTS AND ANALYSIS 7.1 Technical data for PSE&G Salem Unit 1 Containment:

6

a.

Containment Net Free Volume 2.62 x 10 cu. ft.

b.

Normal Operating Pressure:

Between -1.5 and +0.3 psig.

c.

Calculated Accident Peak Pressure:

47 psig

d.

Normal Operating Temperature:

120 degrees fareiheit

e.

Calculated Accident Peak Temperature:

271 degrees fareiheit 7.2 The level indication of all liquid containing vessels in containment were recorded prior to the test and immediately after the completion of the test. The only measurable level changes were:

VESSEL PRETEST VALUE IN CU FT.

Pressurizer 72%

67%

90.0 cu ft RCDT 17%

21%

+ 3.2 cu ft TOTAL DIFFERENCE 86.6 cu ft Addition for level correction: -

0.00079% containment free volume/day Page 10 of 12

7.0 TEST RESULTS AND ANALYSIS (cont.)

7.3 The following penetrations were not in their 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 1VC5 -

1VC6 (Pen. 40) 1SA268 -

1SA270 (Pen. 61) 1SA265 -

1SA267 (Pen. 61A) 1SA262 -

1SA264 (Pen.61B) 1WL190 -

1SF36 (Pen. 66A) 1WL191 -

1SF22 (Pen. 66) 1WR80 -

1WR81 (Pen. 22A) 1SS33 -

1SS104 (Pen. 18) 1CV116 -

1CV284 (Pen. 37) 1WL16 -

1WL17 (Pen. 45)

TOTAL LEAKAGE LEAKAGE SCCM 270 21 62 0

0 1

118 10 1100 6

1588 SCCM (1588 I 216,250,000) x 100 = 0.00073%cont. free vol./day TOTAL SCCM

= 0.00073 ~CONTAINMENT FREE VOLUME L DAY 7.4 Summary of CILRT Results (%Cont. free vol./day)

RESULTS A. PERCENT TOTAL TIME Calculated Leakage @ UCL 95%

0.039 Type C Leakage to be added 0.00073 Water level correction 0.00079 TOTAL 0.039 B. MASS POINT

. Calculated leakage @ UCL 95%

0.043 Type C leakage to be added 0.00073 Water Level correction

-0.00079 TOTAL 0.043 ACCEPTANCE CRITERIA 0.100 (Max) 0.075 (Max)

The Results are within the limit of 0.075%/day.

Page 11 of 12

7.0 TEST RESULTS AND ANALYSIS (cont.)

7.5 Mass Step Change Verification Test Measured Mass Removed From Containment Difference between ILRT Mass before and after removed air Difference between Measured Mass and ILRT computed Mass Page 12 of 12 Results lbm 844.0 744.0 Acceptance Criteria lbm 100.0 + or -

206.7 PSE&G RESERACH 111Rf1 Resarch arid Testing INSITU CAL-Cl~EC DATE 19 Dec 1987 TIHt 16:1'1

~Hf.oR #

RTD TEMP 2

3 4

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~9.L 58.2 GO.S 51.2 58.8 59.0 ss.o G3.2 Page 1 of 7 T/C TEMP 57,g 58.1 5fl.5 58.7 57.8 58.1 59.1 58.5 58.7 59.0 58.6 Sfl.8 61.0 58.8 59.7 58.2 60.S 51.1 58.8 59.0 59.0 53.2

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I 11'1 SALEM NO.;{ ILRT CALIBRtHIOM CHEC!< OW-)RTZ PRESS TI.it2687.

TI-12686 5:57 20.062 19.994 17:26:57

30.056 29.991 17:27:4B 40.0G4 39.997 17:28:42 50.086 50.004 17:29:.30 60.078 59.990 17:30:37

70. 08'1 70.005 Page 3 of 7

~-.

12 Dec 19e7 "1-MENSOR#l HENSOR#2 20.015 20.025 30.025 30.020 40.044 40.041 5.0. 051 50.052 60.026 60.035 70.046 70.046

~~e1iE~i a-~P Resarch and Testing 9:NSOR #

RTD TEti>

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~7.1 0.0 57.2

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IN'3IHJ CAL -CHEC DATE 24 Dec 1987 TIHE O~:IJ

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\\:f1UBRATID~I OH'K OUAHl? PRESS

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~{).2~3 i:::i: 17:25 50.4SG 60.4ilO 60.4~0 E0.496 70.341 70.359 70.34£i J'

Page 6 of 7

A,.ttachment 1

':i?SE&G RESEARCH CORP"'-

RESEARCH & TESTING LABORATORY INSTRUMENTATION SELECTION GUIDE (ISG)

INSTRUMENT SENSITIVITY NUMBER MEASUREMENT ERROR ERROR SENSOR ERROR PRESSURE % f s

.001 2

0.0000

.00071 DEW POINT Temp f

.100 12

.0041

.00027 RTD'S Temp f

.010 24

.0042

.00221 TEST TEMPERATURE deg f 70.00 TEST D.P.TEMPERATURE deg f 60.00 TEST PRESSURE psia 62.50 TEST DURATION hour 24 INSTRUMENTATION SELECTION GUIDE (ISG) %/DAY

.0018 Page 7 of 7

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6 Jan 1988 SALEM UNIT 1 GENERATING STATION WEIGH FACTOR FILE WEIGH2 TEMPERATURE WEIGH FACTOR RTD NO.

LABEL WEIGH FACTOR El 264 4.76 2

El 264 4.76 3

El 264 4.76 4

El 224 4.37 5

El 224 4.37 6

El 224 4.37 7

El 203 5.75 8

El 203 5.75 9

El 203 5.75 10 El 174 5.75 11 El 174 5.75 12 El 174 5.75 13 El 144.5 5.75 14 El 144.5 5.75 15 El 144.5 5.75 16 El 120 1.03 17 El 115 2.n 18 El 103 3.77 19 El 98 1.03 20 El 103 3.77 21 El 115 2.n 22 El 88 2.41 23 El 88 2.41 24 El 60 1.03 Weigh Factor total is 100.0 If total is not 100X then correct D.P. TEMPERATURE WEIGH FACTOR D.P. NO.

LABEL WEIGH FACTOR El 241 6.86 2

El 241 6.86 3

El 174 12.93 4

El 174 12.93 5

El 103 5.22 6

El 103 5.22 7

Alli>

0.00 8

El 241 6.86 9

El 241 6.86 10 El 174 12.93 11 El 174 12.93 12 El 103 5.22 13 El 103 5.22 D.P. weigh factor total is 100.0 If total is not 100X then correct PRESSURE. WE I GH FACTOR QM NO.

LABEL WEIGH FACTOR 1

1089 50.00 2

1090 50.00 Page 1 of 2

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SALEM UNIT 1 GENERATING STATION SCAN TIME Ho.

Hour AMBIENT PRESS TEMP Psia DegF TEMPERATURE STABILITY TEMP DegF CONTAINMENT DElrl PT PRESS DeoF Psi a MASS Lbm 17 10:30. 14.82 41.17

?9.61 47.01 63.35 8605??

Page 2 of 2

. STABILITY AUG D!FF14hr AUG DIFF!lhr DegF DeoF

.43

.29 22 Dec 1987

-.13

ATTACHMENT #4 INTEGRATED LEAKAGE REATE TEST -

PERCENT LEAKAGE TOTAL TIME The Integrated Leakage Rate Test -

Leakage Rage %/day Total Time Analysis ANSI 45.4-1972 The formulas are as follows:

Measured Percent Leakage =

Where,

[l -

T1CP2~Pv2)]

T2(P1-Pvl ]

n Number of (W.~) p~irs of measurements (100)(24)

(~)

p Total absolute pressure in the containment, psia Pv Partial pressure of water vapor, psia R

Gas constant for air 53.35 ft lbf/lbm 0 R T

Mean absolute temperature of containment air, 0 R

t Time interval ot measurement after initial measurement, hr.

The least squares method for the best fit regression line was used where the calculated percent leakage is expressed as Lam = Ati + B Page l of l 22 Dec 1987 SALEM UNIT 1 GENERATING STATION PERCENT LEAKAGE DATA - USING WEIGH FACTOR FILE: WEIGH2 AMBIENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MEAS REGRESSION LEAKAGE UCL 95" No.

Hour Psi a DeaF DeaF DeoF Psia "1Da~

SLOPE INTERCEPT

"/Dav

"/Dav 1 10:4; 14.82 40.79 59.67 46.94 63.36 0.000 O;OOO 0.000 0.000 0.000 2 11: 00 14.81 40.82 59.73 46.98 63.36 1.165 0.000 0.000 0.000 0.000 3 11:1; 14.80 41.94 59.80 46.93 63.37

.420 0.000 0.000 0.000 0.000 4 11:30 14.80 40.79 59.86 46.86 63.38

.094 0.000 0.000 0.000 0.000 5 11:45 14.79 41.46 59.90 46.88 63.39

.* 094 0.000 0.000 0.000 0.000 6 12:00 14.79 41.51 59.96 46.86 63.39

.151

.113 0.000

.141 2437.072 7 12: 15 14.78 42.20 60.03 63.40 46.84

.068

-.009

.111

.099 2.731 8 12:30 14.78 41.58 60.07 46.80 63.40

.161

.043

.060

.135 2.834 9 12:4; 14.77 42.14 60.12 46.78 63.41

.150

.045

.058

.148 1.792 10 13:00 14.77 41.78

60. 16 46.76 63.41

.145

.039

.065

.153 1.130 11 13:15 14.77 41.76 60.20 46.76 63.42

.113

.023

.085

.142

.735 12 13:30 14.76 41.35 60.26 46.76 63.42

. n;

. 019

.089

.143

.570 13 13:45 14.76 41.60 60.30 46.68 63.43

.122

.014

.097

.139

.454 14 14:00

14. 76 41.55 60.35 46.67 63.43

.122

.010

.103

.136

.379 1; 14:1; 14.76

41. 50

60. 41

46. 67 63.44

.087

.002

.115

.123

.J22 16 14:30 14.75 41.22 60.44 46.64 63.44

.117

.001

.117

.122

.286 Page 1 of 10 22 Dec 1987 SALEM UNIT 1 GENERATING STATION PERCENT LEAKAGE DATA - USING WEIGH FACTOR FILE: WEIGH2 AMBIENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MEAS REGRESSION LEAKAGE UCL 95" No.

Hour.

..Ps ia DeaF De9F DeaF Psia

"/Day SLOPE INTERCEPT

"/Day

"/Dav 17 14:45 14.75 41.60 60;49 46.60 63.44

.168

.007

.108

.134

.297 j

18,15: 00 14.7' 41.89 60.50 46.57 63.45

.071 0.000

.120

.263 19 15: 15 14.75 42.06 60.53 46.59 63.45

.106

-.001

.122

.117

.239 20 15:30

. 14.7' 42.02 60.57 46.59 63.45

.134 0.000

.119

.120

' _.231 21 15:45 14.75 42.12 60.59 46.56 63.46

.070

-.003

.127

.110

- _.209 22 16:00 14.75

42. 09 60.63 46.56 63.46

099

-.004

.128

.107.

-00194 23 16:15 14.74 42.30 60.64 46.56 63.46

.106

-~004

.128

.106

.184 24 16:30 14.74 42.21 60.67 46.'5 63.46

.121

-.003

.126

.108

.179 25 16:45 14.74 42.46 60.67 46.52 63.47

. 093

-. 004.

.129*

.103

.167 26 17:00 14.74 42.63 60.70 46.51 63.47

. 070

-. 006

.132

.097

.155 27 17:15 14.73 42.48

60. 71 46.49 63.47

.077

-. 006

.134

.092

.14?

28 17:30 14.73 42.43

60. 72

46.47 63.47

. 080

-.007

.136

.089

.137 29 17:4?

14.73 42.51 60.73 46.4?

63.47

.085

-.007

.136

.087

.131 30 10: 00 14.73 42.74 60.7?

46.42 63.47

.090

-.007

.13?

.086

.127 31 18:1?

14.73 42.73 60.76 46.38 63.47

.092

-.007

.135

.085

.124 32 19:30 14.73 42.63 60.77 46.40 63.47

.096

-.006

.134

.oar;

.121 Page 2 of 10 22 Dec 1987

SALEM UNIT 1 GENERATING STATION PERCENT LEAKAGE DATA - USING WEIGH FACTOR FILE: WEIGH2 AMBIENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MEAS REGRESSION LEAKAGE UCL 95" No.

Hour Psi a De9F DeaF DeaF Psi a "1Da~

SLOPE INTERCEPT

"/Dav

'"/Dav 33 18:45 14.73 42.89 60.77 46.35

63.47

.095

-.006

.133

.085

.119 34 19: 00 14.73 42.86 60.79 46.38 63.48

.081

-.006

.133

.083

.115 35 19:15 14.73 42.58 60.78 46.35 63.48

051

-.007

.135

.078

.108

36. 19:30 14.73 42.58 60.79 46.26 63.48

.051

-.007

.137

.074

.102 37 19:45 14.72 42.48 60.81 46.29 63.48

.060

-.007

.138

.070

.097 38 20:00 14.72 42.40 60.81 46.23 63.48

.o;;

-.008

.139

.067

.092 39 20:15 14;72 42.40

-60.81 46.20 63.48

.052

-.008

.140

.064

.087 40 20:30 14.72 42.43 60.84 46.23 63.48

.066

..;, 008

.139

.062

.084 41 20:45 14.72 42.32 60.84 46.16 63.48

.063

-.008

.139

.061

.081 42 21:00 14.72 42;38 60.84 46.16 63.48

.064

-.008

.139

.059

. 079 43 21:15 14.72 42.38 60.85 46.12 63.48

.064

-.008

.138

.058

.077 44 21:30 14.72 41.87 60.87 46.13 63.48

073

-.007

.137

. 058

076 45 21!45 14.72 41.68 60.88 46.12 63.48

.075

-.007

.136

.057

.075 46 22:00 14.73 41.46 60.89 46.09

63. 48

.078

-.007

.135

.0?8

. 075 47 22:15 14.73 41.36 60.90

46. 07 63.49

.062

-.007

.135

.057

.073 48 22:30 14.73

40. 97

60. 92 46.03 63.49

.052

-.007

.135

. or;;

.070 Page 3 Of 10 22 Dec 1987 SALEM UNIT 1 GENERATING STATION PERCENT LEAKAGE DATA - USING WEIGH FACTOR FILE: WEIGH2 AMBIENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MEAS REGRESSION LEAKAGE UCL 95" No.

Hour Psia DeoF DeoF DeoF Psia

"/Day SLOPE INTERCEPT

"/Dav VD av 49 22:4?

14.7J 40.n 60.94 46.04 63.49

.058

-.007

.13?

.0'3

.068 50 23:00 14.73.

40.43 60.94 46.02 63.49

.057

-.007

.134

.0?2

.066 51 23:1?

14.73 40.00 60.92.

46.03 63.49

.050

-.007

.135

. o;o

.064 52 23:30 14.73 39.63 60.98

46. 02 63.49

068

-.007

.134

.o;o

.063 23:45 14.73 39.36 60.99 45.99 63.49

.071

-.006

.133

.050

. 063 54 00:00 14.73 39.17 60.99 45.94 63.49

.070

-.006

.132

.o5o

.063 OQ:15 14.73 39.01

61. 01 45.98 63.49

'.. 074

-. 006.

.131

.051

. 063 56 00:30 14.73 38.74

61. 01 45.93 63.?0

.059

-.006

.130

.o5o

.062 57 00:45 14.73 38.60

61. 02 45.91 63.50

. 062

-.006

.130

. 049

.061 58 01:00 14.73 38.?0

61. or; 45.87 63.?0

. 056

-.006

.129

.049

.060 59 01:15 14.73 38.45

61. 06 45.87 63.50

.05}

-.006

.129

.048

.059 60 01:30 14.74 38.30

61. 05 45.85 63.50

. 055

-.006

.129

.047

.058 61 01:45 14.74 38.15

61. 08 45.84 63..50

.062

-.005

.120

.047

. 057 62 02:00 14.74 38.08 61.10 45.84 63.50

.065

-.005

.127

.047

.0'57 63 02: 15 14.7?

38.01 61.10 45.82 63.?0

.064

-.005

.127

.047

. 056 64 02:30 14.71) 37.83 61.11 4?.80 63.50

.066

-.005

.126

.047

. 0'36 Page 4 Of 10 23 Dec 1987 SALEM UNIT 1 GENERATING STATION PERCENT LEAKAGE DATA - USING WEIGH FACTOR FILE: IJEIGH2 AMBIENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEIJ PT PRESS MEAS REGRESSION LEAKAGE UCL 95%

No.

Hour Psi a De~F DeaF DeaF Psi a

~VDav SLOPE INTERCEPT

~IDa~

"/Dav 65 02:45

14. 71) 37.7' 61.14 45.80 63.51

.051

-.005

.126

.046

.055 66 03: 00.

14.75 37.54 61.14 45.78 63.51

.051

-. 005

.125

.045

.054 67 03:15 14.76 37.37 61.15 45.80 63.51

.051

-.005

.125

.044

.053 68 03:30 14.76 37.42 61.18 45.'79 63.51

.060

-.005

.125

.044

.052 69 03:45 14.77 36.94 61.20 45.81 63.51

.064

-.005

.124

.044

.052 70 04:00 14.77 36.88

61. 21 45.80 63.52

.043

-.005

.124

.043

. 051 71 04: 15 14.77 36.77

61. 23 45.80 63.52

.048

-.005

.124

.042

.050 72 04:30 14.77 36.46 61.24 45.78 63.52

. 051

-.005

.123

. 041

.049 73 04:45 14.78 36.58

61. 26 45.75 63.52

. 054

-.005

.123

.041

. 049 74 05:00 14.78 36.58 61.27 45.77 63.52

.055

-.004

.122

. 041

.048 75 05:15 14.78 36.37 61.28 45.75 63.52

. 057

-.004

.122

.041

.048 76 05:30 14.79 36.42

61. 30 45.73 63.53

. 051

-.004

.122

.040

.047 77 05:45 14.80 36.55

61. 30 45.70 63.53

.051

-.004

.121

.040

.047 78 06: 00 14.80 36.52

61. 33 45.66 63.53

.057

-.004

.121

.040

046 79 06:15 14.80 36.73 61.33 45.67 63.53

.056

-.004

.120

.039

.046 80 06:30 14.81 36.66

61. 35 45.62 63.53

.050

-.004

.120

.039

. 046 Page 5 of 10 23 Dec 1987 SALEH UNIT 1 GENERATING STATION PERCENT LEAKAGE DATA - USING WEIGH FACTOR FILE: WEIGH2 AMBIENT CONTAINMENT SCAN TIME

PRESS TEMP TEMP DEW PT PRESS MEAS REGRESSION LEAKAGE UCL 9?%

No.

Hour Psi a DegF DegF:

DeoF Psi a

"/Da~

SLOPE INTERCEPT

"/Dav

"/Dav 81 06:4?

14.81 36.43 61.3?

4?.61 63.?3

.048

-.004

.120

.038

.045 92 07:00 14.81 36.17 61.36 4r;,r;0 63.r;3

. or;1

-.004

.119

.038

.044 93 07:1?

14.82 36.07 61.36 4;. r;r; 63.'3

.049

-.004

.119

.038

.044 84 07:30 14.82 36.17 61.37 4r;,r;r; 63.?3

.or;o

-.004

.119

.037

.043 er; 07:4?

14.82 36.46 61.37 4r;,r;o 63.?3

or;o

-.004

.118

.037

.043 86 08: 00 14.83 36.70 61.39 4?.42 63.'3

.* or;2

-.004

.118

.037

.043 87 08:15 14.83 37.27 61.39 45.44 63.'3

.052

-.004

.117

.037

.042 88 08:30 14.84 41.46 61.40 4?.40 63.?3

.0?4

-.004

.117

. 036

.042 89 08:4?

14.84 37.97 61.40 45.41 63.?3

. 0?4

-. 004

.116

.036

.042 90 09:00 14.8?

38.63

61. 41 4?.36 63.53

. 054

-.004

.116

.036

. 042 91 09:1r; 14.85 39.30 61.43 45.36 63.54

.048

-.004

.116

.036

.041 92 09:30 14.86 39.40

61. 43 4?.34 63.54

.047

-.004

.115

.036

.041 93 09:4r; 14.86 39.47 61.44 4r;,37 63.54

. or;o

-.003

.115

.035

.041 94 10:00 14.87 39.65 61.45 45.36 63.54

.043

-.003

.115

.035

.040 95 10:1r; 14.87 40.34 61.45 45.32 63.54

. 042

-.003

.115

.034

.039 96 10:30 14.87 41.07 61.48 45.33 63.54

.047

-.003

.114

.034

. 039 Page 6 of 10 23 Dec 1987 SALEM UNIT 1 GENERATING STATION PERCENT LEAKAGE DATA - USING WEIGH FACTOR FILE: WEIGH2 AMBIENT CONTAINMENT SCAH TIME PRESS TEMP TEMP DEW PT PRESS MEAS REGRESSION LEAKAGE UCL 9?"

No.

Hour Psia DeaF

DegF DegF Psi a

"/Day SLOPE INTERCEPT

"/Day

"/Dav 97 10:45 14.87 41.96 61.49 45.30 63.54

.049

-.003

.115

.034

.039 98 11: 00 14.87 45.73 61.47 45.31 63.54

.045

-.003

.115

.033

.038 99 11:15.

14.87 48.74 61.49 45.29 63.54

.048

-.003

.113

.034

.038 100 11:30 14.87 46.22 61.51 45.28 63.54

.0;1

-.003

.114

.033

.037 101 11:45 14.87 46.94 61.50 45.29 63.54

.049

-.003

.111

.034

.* 038 102 12: 00 14.86 47.42

61. 50 45.26 63.54

.049

-.003

.109

.034

.039 103 12:15 14.86 46.97

61. 51 45.27 63.54

.049

-.003

.106

.03'

.040 104 12: 30 14.86 46.54

61. ;3 45.25 63.54

051

-.003

.105

.036

.040 105 12:45 14.86 47.11

61. 53 45.24 63.54

.052

-.003

.103

.036

.041 106 13:00 14.86 47.17

61. 54 45.23 63.54

.052

-. 002

.101

.037

.042 107 13: 1; 14.87 47.10

. 61. 54 45.21 63.54

.052

-.002

.099

. OJ8

.042 108 13:30 14.87 47.32

61. 56 45.22 63.55

.048

-. 002

.099

.038

.042 109 13:45 14.87 47.53 61.55 45.19 63.55

. 046

-. 0112

. 097

.030

.043 110 14:00 14.87 47.19 61.57 45.18 63.55

.048

-.002

.092

.040

.044 111 14:15 14.87 46.95 61.57

.45.19 63.55

.049

-.002

. 093.

.039

.043 112 14:30 14.87 46.94

61. 56 45.15 63.55

.046

-. 002

.091

.040

.043 Pflge 7 of 10 23 Dec 1987 SALEM UNIT 1 GENERATING STATION PERCENT LEAKAGE DATA - USING WEIGH FACTOR FILE: WEIGH2 AMBIENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT.

PRESS MEAS REGRESSION LEAKAGE UCL 9?"

Ho.

Hour Psi a DegF DeoF DeoF Psi a

"/Day SLOPE INTERCEPT lVDay

"/Dav 113 14:4?

14.87 47.11 61.?8 4?.l?

63,ljlj

.049

-.002

.088

.041

.044 Page 8 of 10

OT JO 6 afa?d Lc..akage

%/da:;

,j (SJ (SJ

[\\)

c.L

~

Ul I'll I'll

~

I'll ru CD m

...i::>.

11.)

m 22 Dec104:5 22 iJec1245

)

I 22 Dec1445 Ul

/

22 Deci645 I

I JJ J

I iTl

/

D I

-1 '

fll I

~, 11 22 Dec1845 G; /IJ

~

I

['l n

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o z c

. 1

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22 Dec2045

-l z

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w 22 Dec1045 22 Dec1245 22 Dec1445 22 Dec1645 22 Decl845 22 Dec2045 22 Dec2245 23 Dec0045 23 Dec0245 23 Dec0445 23 Dec0645 23 Dec0845 23 Decl045 23 Dec1245 23 Dec1445

- ~

Leakage

%/day (S) w (S) 01

\\

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-I 22 Oec 1987 SAL81 UNIT 1 GENERATING STATION MASS PLOT DATA - WEIGH FACTOR FILE: WEIGJ-12 AMBIENT CONTAitf1ENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MASS LEAK RATE UCL 95%

CALC MASS No.

Hour P&ia DegF DeaF OegF P&ia Lbm LbmlHr

"/Day Lbm/Hr

"'Dav Lbm 1 10:45 14.82 40.79 59.67 46.94 63.36 860592 0.00 0.000 0.00 0.000 0

2 11:00 14.81 40.82 59.73 46.98 63.36 860488 0.00 0.000 o.oo 0.000 0

3 11:15 14.80 41.94 59.80 46.93 63.37 860517 0.00 0.000 0.00 0.000 0.

4 11:30 14.80 40.79 59.86 46.86 63.38 860567 0.00 0.000

. O. Oil IJ.i!OO 0

5 11:45 14.79 41.46

?9.90 46.88 63.39 8605'9 0.00 0.000

'-0.00

~~~:~~o 0

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

- 7--==--

-**---===-

6 12: 00 14.79 41.?1

?9.96 46.86 63.39 860525 46.09

.129

,;.72.. 78

--~~,~~w 860??4

-~1:*.*

..... ~-

7 12:15 14.'78 42.20 60.03 46.84 63.40 860556 40.34

.113

-29.56

_o::-~ao7 860?60 B 12:30 14.78 41.58 60.07 46.80 63.40 860492 6.53

.018

-61. 3 0

.207 860534

- 9 12:45 14.77 42.14 60.12 46.78 63.41 860485

-10.31

.029

-64. 09

.179 860514 10 13: 00 14.77

41. 78 60.16 46.76 63.41 860475

-20.06

. 0'36

-62.53

.174 860498 11 13:15 14.77 41.76 60.20 46.76 63.42 860491

-20.50

.057

-53.58

.149 860492 12 13:30 14.76

41. 35. 60. 26 46.76 63.42 860459

-25.66

-. 072

-53.01

.148 860478 13 13:45 14.76 41.60 60.30 46.68 63.43 860461

-27.36

.076

-49.89

.139 860468 14 14:00 14.76

41. 55 60.35 46.67 63.43 860450

-28.93

.081

-47.85

.133 860458 15 14:15 14.76. 41.50 60.41 46.67 63.44 860484

-25.22

.070

-41.93

.117 860459 16 14:30 14.75 41.n 60.44 46.64 63.44 8604'55

-26.99

. 01;

-41. 71

.116 860449 Page 1 Of 11

22 Dec 1987 SALEM UNIT 1 GENERATING STATION MASS PLOT DATA - WEIGH FACTOR FILE:.IJEIGf-12 Al18IENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MASS LEAK AATE.

UCL 95" CALC MASS N?*

Hour Psia DegF DegF DegF Psia Lbm Lbm/Hr

"'Day Lbm/Hr

"'Day Lbm 17 14:45 14.75 41.60 60.49 46.60 63.44 860351

-35.04

.098

-51.10

.143 860421 18 15:00 14.75 41.88 60.50 46.57 63.45 860485

-29.40

.082

-45.10

.126 860429.

19 15: 15 14.75 42.06 60.53 46.59 63.45 960422

-29.31

.092

-43.lB

..* 120

-.860421 20

~:30 14.75 42.02 60.57 46.59 63.45 860364

-32.45

.090

. -45. 38

.127. -.. 860404

-~..

21 15:45 14.75 42.12 60.59 46.56 63.46 860467

-28.41

079

-40.99

",114. **- 860409 22 16:00 14.75 42.09 60.63 46.56 63.46 860407

-28.17

.079

-39.51

-.HD---

-*: 86(1403.

23 16:15 14.74 42.30 60.64 46.56 63.46 860383

-28.76

.080

-39.05

.* 109 860394 24 16:30 14.74 42.21 60.67 46.55 63.46 860344

-30.62

.085

-40.24

.112 860379 25 16:45 14.74 42.46 60.67 46.52 63.47 860414

-28.93

.081

-37.96

.106 860378 26 17:00 14.74 42.63 60.70 46.51 63.47 860435

-26.59

.074

-35.33

.099 860381 27 17:15 14.73 42.48 60.71 46.49 63.47 860414

-25.22

.070

-33.44

.093 860380 28 i7:30 14.73 42.43 60.72 46.47 63.47 860400

-24.40

.068

-32.05

. 089 860377 29 17:45 14.73 42.51 60.73 46.45 63.47 860379

-24.19

.067

-31. 28

.087 860372 30 18:00 14.73 42.74 60.75 46.42 63.47 860358

-24.40

.068

-31 ;00

.086

. 860365 31 18: 15 14.73 42.73 60.76 46.38 63.47 860346

-24.75

.069

-30.91

.086 860357 32 18: 30

14. 73 42.63 60.77 46.40 63.47 860324

-25.39

.071

-31. 20

.087 860340 P~ge 2 Qf 11

22 Dec 1987 SAL81 UNIT 1 GENERATING STATION MASS PLOT DATA - WEIGH FACTOR FILE: IJEIGH2 AMBIENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MASS LEAK RATE UCL 95" CALC MASS Ho.

Hour Psi a DegF OegF OeoF Psi a Lb11 Lbm/Hr "1Day Lbm/Hr

'10a~

Lbm

. 33 18:45 14.73 42.89 60.77 46.35 63.47 860318

-25.92

.072

-31.39

.088 860339 34 19:00 14.73 42.86 60.79 46.38 63.48 860352

-25.50

.071

-30.65

.oe5 860334 35 19:15 14.73 42.58 60.78 46.35 63.48 960438

-23.29

.065

-28.79

-.080 860340 36 19:30 14.73 42.58 6Q.79 46.26 63.48 860432

-21.43

.060

-27.05

.075 860345.

37 19:45 14.72 42.48 60.81 46.29 63.48 860399 --20.36

.057. _-25.81 :,;=c~l72

. 860346

-~

38 20:00 14.72 42.40 60.81 46.23 63.48 860411

-19.17

.053

-24.51

~68 860348

==::::~

.::..:.£ -

39 20: 15 14.72 42.40 60.81 46.20 63.48 860414

-18.04

.050

-23.26. -----~-~65 860351 40 20:30 14.72 42.43 60.84 46.23 63.48 860361

-17.81

.050

-22.76

,063 860348 41 20:45 14.72 42.32 60.84 46.16 63.48 860365

-17.49

.049

-22.20

~62 860345 42 21:00 14.72 42.38 60.84 46.16 63.48 860356

-17.27

. 048

-21. 76

.061 860342 43 21:15 14.72 42.38 60.85 46.12 63.48 860350

-17.11

,048

-21.39

.060 860339 44 21:30 14.72 41.87 60.87 46.13. 63.48 860312

-17.40

.049

-21. 49

. 060 860333 45 21:45 14.72 41.68 60.88 46.12 63.48 860298

-17.78

. 050

-21.70

.061 860326 46 22:00 14.73 41.46 60.89

46. 09 63.48 860276

-18.30

.. 051

-22.10

.062 860317 47 22:1; 14.73

41. 36 60.90 46.07 63.49 860335

-18. 06

O?O

-21. 70

.061 860315 48 22:30

14. 73 40.97 60.92

46. 03 63.49 860373

-17.39

.0~9

-20.96

. 0158 860315 Page 3 of 11 22 Dec 1987 SALEH UNIT 1 GENERATING STATION MASS PLOT DATA - WEIGH FACTOR FILE: WEIGH2 AMBIENT CONTAINMENT -

SCAN TIME PRESS TEMP TEMP OEIJ PT PRESS MASS LEAK RATE UCL 9'i~

CALC MASS No.

Hour Psia DegF OegF OegF Psia Lbm Lbm/Hr

'10a~

LbmlHr

'10av Lbm 49 22:4; 14.73 40.72 60.94 46.04 63.49 860343

-17.06

.048

-20.;o

.057 860314 50 23:00 14.73 40.43 60.94 46.02 63.49 860343

-16.73

.047

-20.05

.056 860312 51 23:1; 14.73 40.00 60.92 46.0J 63.49 860368

-16.16

.045

-19.41

.05.4 860313 52 2J:JO 14.73 39.63 60.98 46.02 63.49 860282

-16.40

.046

-19~54

.054,

... 860306 53 23:45 14.73 39.36 60.99 45.99 63.49 860260

-16.77

.047

-19.Bl

-.o;;-

"1** 860299 54 00:00 14.73 39.17 60.99 45.94 63.49 860261

-17.06

.048

-20. 01.

'.056 860292

00

15 14.73 39.01

61. 01 45.98 63.49 860235

-17.49

.049

-20.37

.* 057 860284 56 00:30 14.73 38.74

61. 01 45.93 63.50 860302

-17.32

.048

-20.10

.O'i6 860282

7 00: 45 14.73 38.60

61. 02 45.91 63.50 860280

-17.30

.048

-19.98

.056 860277 58 01:00 14.73 3a.r;o

61. 05 45.87 63.'iO 860309

-17.. 04

.048

-19.64

. or;;

860276 59 01:15 14.73 38.45

61. 06 45.87 63.50 860296

-16.87

.047

-19.39

.054 860273 60 01:30 14.74 38.30

61. 05 45.85 63.50 860303

-16.64

.046

-19.08

.053 860271 61. 01:45 1(74 38.15

61. 08 4r;,94 63.50 860258

-16.70

.047

-19.06

.053 860266 62 02:00 14.74

30. na 61.10 45.84 63.50 860236

-16.86

.047

-19.16

.053 860260 63 02:15 14.75 38.01 61.10 45.82 63.;o 860238

-16.98

.047

-19.20

054 860255 64 02:30 14.75

37. 83

. 61. :1 45.RO 63.~0 860219

-17.17

, 04f:I

-19.33

.054 860249 P~ge 4 of 11 23 Dec 1987 SALEM UNIT 1 GENERATING STATION MASS PLOT DATA - WEIGH FACTOR FILE: WEIGH2 At1BIENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MASS

. LEAK RATE UCL 95\\

CALC MASS No.

Hour Psi a DegF DegF DegF Psi a Lbm Lbm/Hr

\\/Day Lbm/Hr

\\/Day Lbm 65 02:45 14.75 37.75 61.14. 45.80 63.51 860298

-16.86

.047

-18.98

.053 860248 66 03:00 14.~

37.54 61.14 45.78 63.51 860297

-16.56

.046

-18.64

.052 860247 67 03:15 14.76 37.37 61.15 45.80 63.51 860290. -16.30

,04?

-18.35

.051 860245 68 03:30 14.76 37.42 61.18 45.79 63.51 860235

-16.34

.046*

-18.32

.O?l 860241 69 03:45 14.77 36.94 61.20 45.81 63.51 860204

-16.51

.046

-18.44

.O?l 860235 70 04:00 14.77 36.88 61.21 45.BO 63.52 860323

-16.05

.045

-18.00

.C~-*-~o 860236 71 04:15 14.77 36.77 61.23 45.BO 63.52 860290

-15.77

.044

-17.69

_'-;049 860235 72 04:30 14.77 36.46 61.24 45.78 63.52 860270

-15.59

.043

-17.47

.049 860233 73 04:45 14.78 36.58 61.26 45.75 63.52 860242

-15.53

.043

-17.36

.048 860230 74 05:00 14.78 36.58.

61. 27 45.77 63.52 860231

-15.51

.043

-17.29

. 048 860227 75 05: 15 14.78 36.37 61.28 45.75 63.52 860213

-15.55

. 043

-17.28

. 048 860222 76 05:30

14. 79 36.42 61.30 45.73 63.53 860247

-15.43

.043

-17.12

.048 860220 77 05:45 14.80 36.55

61. 30 45.70 63.53. 860244

-15.32

. 043

-16.97

.047 860217 78 06:00 14.80 36.52 61.33 45.66 63.53 860200

-15.37

.043

-16.98

.047 860213 79 06:15 14.80 36.73 61.33 45.67 63.53 860202

-15.40

.. 043

-16.97

.047 860209 80 06:30 14.81 36.66 61.3' 45.62 63.53 860238

-15.27

.043

-16.81

.047 860206 P~ge 5 of 11 23 Dec 1987 SALEM UNIT 1 GENERATING STATION MASS PLOT DATA - WEIGH FACTOR FILE: WEIGH2 AMBIENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MASS LEAK RATE UCL 95" CALC MASS No.

Hour Psia DegF OegF OegF Psia Lbm Lbm/Hr

"/Day Lbm/Hr

~Day.

Lbm Bl 06:45 14.81 36.43 61.35 4?.61 63.?3 860250

-15.10

.042

-16.61

.046 860205 82 07:00 14.81 36.17 61.36 45.58 63.53 860223

-15.02

.042

-16.49

.. 046 860202 83 07:15 14.82 36.07 61.36 45.'5 63.?3 860231

-14.90

.042

-16.3s;

.046 860200 84 07:30. 14.92 36.17 61.37 4;,55 63.53 860218

-14.83

.041

-16.24

.045 860197 85 07:45 14.82 36.46 61.37 45.50 63.53 860218

-14.75

.041

~-16.13 ____ :,045 --- :-* 860195 96 08: 00 14.83 36.70 61.39 45.42 63.53 860193

-14.74

.041

-16.09

.041j 860191 87 08:15 14.83 37.27 61.39 45.44 63.53 860190

-14.73

.041

-16.05

.. 045 860189 99 08:30 14.* 84 41.46 61.40 4?.40 63.53 860175

-14.76

.041

-16. or;

.04?

960184 89 09:45 14.94 37.97. 61. 40 45.41 63.53 860169

-14.80

.041

-16.0?

.045 960179 90 09:00 14.05 39.63 61.41 45.36 63.53 860159

-14.85

.041

-16.08

.045 96017'i 91 09: 1; 14.8?

39.30 61.43 45.36 63.;4 860206

-14.75

.041

-15.95

.044 860173 92 09:30 14.86 39.40 61.43 45.34 63.54 860207

-14.64

.041

-15.82

.044 860171 93 09:45 14.86 39.47 61.44 45.37 63.;4 860183

-14.;9

.041

-1;,75

.044 860168 94 10:00 14.87 39.65

61. 45.

45.36 63.54 860237

-14.39

.040

-15.55

.043 860167 95 10:1; 14.87 40.34 61.45 45.)2 63.54 860237

-14.19

.040

-15.35

.043 860167 96 10:30 14.87

41. 07

61. 48

45. 33 63.54 060192

-14.12

.039

-llj,26

.043 860164 P?ge 6 of 11

-~.

23 Dec 1987 SALEH UNIT 1 GENERATING STATION MASS PLOT DATA - WEIGH FACTOR.FILE: WEIGH2 AMBIENT CONTAINMENT SCAN TIME PRESS TEMP TEl'f DEIJ PT PRESS MASS LEAK RATE UCL 95" CALC MASS No.

Hour Psi a DegF DegF DegF Psi a Lbm Lb111Hr

"'Day Lbm/Hr

"/Day Lb11 97 10:45 14.87 41.96 61.49 45.30 63.54 860171

-14.11

.039

-15.25

.043 860161 98 11:00 14.87 45.73 61.47 45.31 63.54 860203

-1'. 93

.039

-15.07

.042 860160 99 11:15 14.87 48.74 61.49 45.29 63.54 860172

-13.67

.038

-14.79

.041 860159 100 11:30 14.87 46.22 61.51 45.29 63.54 960137

-13.51

.038

-14.60

.041 860156 101 11:45 14.87 46.94 61.50 45.29 63.54 860156

-13.37

.037

-14.44

.040 860154 102 12:00 14.86 47.42 61.50 45.26 63.54 960152

-13.13

.017

-14.17

.040 960153 103 12:15 14.86 46.97 61.H 45.27 63.54 960143

-13. 06

.036

-14.10

.

039 960150 104 12:30 14.86 46.54 61.53 45.25 63.54 860118

-13. 06

.036

-14.10

.039 860146 105 12:45 14.86 47.11 61.53 45.24 63.54 860111

-13. 08

.036

-14.12

.039 860142 106 13: 00 14.86 47.17

61. 54 45.23 63.54 860103

-13.07

.036

-14.10

. 039 860138 107 13: l';

14.87 47.10 61.54 45.21 63.54 860098

-13.12

.037

-14.16

.040 8110133 108 13:30 14.87 47.32 61.56 45.22 63.55 860134

-lJ. 06

.036

-14.10

.039 860131 109 13:45 14.87 47.53 61.55 45.19 63.55 860143

-12.99

.036

-14.03

.039 860128 110 14: 00 14.87 47.19

61. 57 45.19 63.55 860120

-12.87

.036

-13;90

.039 860126 111 14:15 14.87 46.95 61.57 45.19 63.55 860110

-12.88

.036

-13.91

.039 860122 112 14:30 14.87 46.94

61. 56

45. ii; 63.55 860137

-13. 03

.036

-14.04

.039 860118 P?cje 7 of 11

-~-

SCAN TIME No.

Hour AMBIENT PRESS TEMP Psi a OegF TEMP DeoF SALEM UNIT 1 GENERATING STATION HASS PLOT DATA - WEIGH FACTOR FILE: WEIGH2 CONTAINMENT DEW PT

.PRESS DeoF Psi a MASS Lb111 LEAK RATE Lbm/Hr

"/Da~

23 Dec 1987 UCL 95%

LbmlHr

'/{)a~

113 14:45 14.87 47.11 61.50 45.15 63.55 860090

-12.92

.036

-H.90

.039 Page 8 of 11 CALC MASS Lbm 860115 LEAK PATE %/day

= =- -==- -==- --=- -==-- -

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23 Dec 1987 SALEN UNIT 1 GENERATING STATION UERIFICATION TEST (Acceotance Criteria 206.7 Lbm)

ILRT UERIFI CAT ION DIFFERENCE SCAN TIME TEMP DEW PT.

PRESS MASS MASS GAS GAS MASS MASS Ho.

Hour De9F OeoF Psi a Lb in Lbm read cu ft Lbm Lbm 1 14:53 61.6 45.2 63.549 860090 0

31633. 0 0.0 0

0.0 2 14:58 61.6 45.1 63.544 860053 37 31894.0 261. 0 86

-48.7 3 15:03 61.6 45.1 63.539 859987 102 32169.0 536.0 176

-73.6 4 15:08 61.6 45.1 63.534 859928 161 32274.5 641.5 211

-49.3 5 15:13 61.6 45.1 63.534 859950 140 32504.0 871.0 286

-146.2 6 15:18 61.5 45.1 63.524 859814 276 n656.5 1023.5 336

-60.3 7 15:23 61.6 45.1 63.519 859741 349 32923.0 1290.0 423

-74.4 8 15:28 61.6 45.1 63.513 859658 432 33169.0 1536.0 504

-72.5 9 15:33 61.5 45.1 63.508 859616 473 33385.0 1752. 0 57r;

-101.4 10 15:38 61.5 45.1 63.503 859568 521 33596.0 1963.0 644

-122.6 11 15:43 61.5 45.1 63.498 859487 603 33794.5 2161.5 709

-106.4 12 15:48 61.6 45.1 63.493 859403 687 33993.5 2360.5 774

-87.4 13 15:53 61.'

45.1 63.488 859346 744 34206.0 2'573. 0 844

-100.0 Page 1 of 11

ATTACHMENT &,

DATA SHEETS I. 0 SITE rtt:TEOROLOGY PRIOP TO At-~n DURH?G CILRT NOTt: Those data that are obtained and recorded by the

nstalled CILRT aata acquisition system does NOT have t(~ Le

(~~;;11.i cated.

A conputcr printout ot thfs. data

~hall be.appended to the applicable sections of the da*ta Sh~ets and serve as an official record

DATE DRY RULi'\\

TirlE, TEtlPl::RATl.1RE OF fZ*B.*87 2.o:oo

-~'1. q

. 12*l'i-81 C>o:oo l., 8. "'"

l~*llJ* g7 o'i:*oo

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1'1.So 1'i.Li9 l'i.50 IY* SS° 14.54 I '1. 5"1 l'"i.S'i 1'-1. Sfo RS~~ARKS,

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. LO ATTACHME'NT 8..

DATA SHEETS SITE rtETEOROLOGY PRJOP TO Al"~n DURH!G CILRT NOTt: Those data that are obtained and recorded by the installed CILRT aata acquisition system does NOT have t0 !.e dunlicated.

A conputcr printout ot this data

~hall be.appended to the applicable sections of the data Sheets anrl serve as an official record.

DATE DRY Rt; L i1 TUlE

TErtPl::RATf.tRE OF 12 -1 J-87 oo:oo

36. q

. 12.-17-87 O'i.'OO J7.i' ll.-17*87 ln~oo 2,/. Q.

)l*l1*81

~!00 3 ct.~

111.*.,*87" l~ioo

~ 8.1 1 i~11-81 t.o*oc 36,.z.

ll*J~-81 ll'J 00

~q.'t l~*JS*B-7 I '1 ! O'O 18.1 12-18-81

35. '

i,o~oo IL *l'f *8 7

-1"1.,O,Q"'I e:o:oo

~~* "-!

l:Z. *1'1*87 IOa.i:OO

.:n. '-I 12.*lq-81 08100

. ?.S. \\

J ~ -l't* 81 'z.:oo Lfo.3 ll-l't-01,,:oo

~ ~.!>

l!!..:li~B7 l71'l;OO 1H.1 ll-1n.81 oo:Of1 Llo.q l.1 *>n *8, ~*nfl

~1.1 ll.*hMM 1nA:oo 1

'42.. 2.

IJ.*<<cHl1 i2:0) l/'l.O r*g-I LP-CT-2

[)EtJ POINT o~

Z.4.2

.z.:i.. q Zl.1 l't.SQ zo.B'i l'I. 8 I

IC\\*~

I 1S.'-i I

I IC{. p. I I I l8. 8 I

i.s. >

Z.'1. 0 l.i,. '

ZS. L z.*-1. b 2R. 7 J\\. s

. ~8. q I/I.I Attaclinents Paqe 2 ot 4.

n.?\\ROrlETRIC PRESSl14F.:

i:>C.t A l'-1.S'i

\\4.b~

1Y..11 l't 7'f

. *~-77 l'i So I '"I. q I I 'i.Cf l'"t*'\\

I l~-89

\\~. Bb 1~.86 1-.\\. 8S l'i. ~5 1~-80 1'1.81 l'i.PiS 1&.1. 1 e

/'I. '71 RS~:ARKS

..,..._,. ::=i.-.IW\\ I~ a

Bi

-.o..

11.*,, **,

1&.:00 N<<---

I

-l I

I

j I

I

-1

'i?l>.\\N I

I I

I

.Rev. 00

'y{:nl\\k~

~~-

~wa"Jir:,o.

H:rtA~.

.,,.~~

~fl"t:IO.

t4~Nt~

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~f-t't>o

~kt:IO tu"M/""4

1.0 ATTACHMENT 8~)

DATA SHEETS SITE rtETEOHOLOGY PRIOP. TO Ar-:n DURH~G CILRT NOTt: Those data that are obtained and recorded by the installea CILP.T aata acquisition system does NOT have tc"' !:e

~:~1ill icated.

A cor.iputcr printout ot this data

~hall be.appended to the applicable sections of the da*ta f:h1:12ts and scr-ve as an official record.

DATE DRY 11Li Li~

DE\\J IJARO!IETRIC TUlE

TErlPl:::R..a.Tr.tRE POINT PRESSll4F.:

RS~~ARKS 12.-l.O-Qi

~o Si+. 7 4-~. e

I*. "e, I!(.;:).

r.

. IJ.-:io-tl7 "l-DOO 5 J..<i*

't7. s l't. ~q

.J" 14.**

11--21-87 D*°O If If. I

39. 'I lat. "73 It.TA C:IUM 12.*...-.i 2.000 ~ *~:a.&-67 ci loo

,_T' Mi~D9-D IJ.-it-97 oacci Lt~. I

ic>. "

l't. 7 'f j

_l:l-2/ '2.DO Lf-3. 7 2-S.3 L '+. 8Q

r 11-ZJ.S? 14'~1:...

'fl.."

-~-I le+.~ I 3"

If* 2.1 ~ 2001

' (o 25.7

/';. ~}

(.~

/2-2.~'gi oop1

~&>. q I.

25. 8

)'-1.%3 1 *.:

I l2*22-\\l 0'101 3~.1.

21.0 l"t. S3 G

I I

I

-l f 2-2.Z-i: oe;>oo 3 5. L.

I J.J.t. 2-ltf. cg3

'..f I

I I

12-22.-Si 1200 "t1.5'

w.3 l't.-, 'I I

~J ll-J:i.-f.7 1~00

'f..i.; I

31. f, ILf. 75"

..Si

!c

'2.-22.*i? iooo Lt2.. 'i 3'1. 3-f 1'1. 7 2..

le>

t2.*23-ii Dooc

'3 2*

3.1. <j l'-1./3

~-

\\2-2.3*~1 0"100 3(o. q

~3. 2.

f 'f. 77

-1 l~-].J.f?. r t1Pioj 3,, 7

?,i,, R

19. B_~

I f).~J.3-l: t7 /,J.u.

~z~

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/J-J.J.-R i,1£~

'-/6. 3

.. ~.i 3

/~,?J>'

'..e

..e'l°A3 r*9-ILP-CT-2 Paqe 3 ot 4 Rev.OO

ATTACHMENT 8.

DATA SHEETS 1.0 SITE m*:TEOROLOGY PRIOP TO M:n DURH!G CILRT NOT~: Those data that are obtained and recorded by the installed CILRT aata acquisition system does NOT have tc*

Li~ dt2ril i cated.

A conputcr printout cit this ciata

~hall be.appended to the applicable sections of the data Sht=ets and serve as an off i.cial record.

DATE DRY R!;Li1 DEtJ TIFlE

TErtPl::RATl. 1RE POINT 1..z-.13.j7 /jS"S" V3. llo JJ,/S

. J~*,.l)**' ~l~S-

.Yo.~~

30,.,.,

b*..Jr'-11 t)'2.*.~,

3tr.o.a.

.:n.s-t.

I I

I

At tachnent ~...

D.~ROrlETRIC PRE~Sl14E l'l.f~

/'I. 'iY l'/.fS' R*s~~ARKS I

. I

-4 i

i I

-1 I

i I

I HJ~.

JISI¥,.

11rw:..*

t'9-ILP-CT-2 Paqe 4 ot 4"

.Rev. 00

ATTACHMENT 9

SUMMARY

OF TYPE B & C PERIODIC TESTS FROM THE PREVIOUS TYPE "A" TEST (8-13-84)

-The following computer generated printout is a listing of all Type B & C Leakage Rate Tests conducted from 8/13/84 (As-Left) to 12/20/87 (prior to current Type "A" Test).

The As-Found Type "A" Test Leakage as of 9/15/87 is 135,666 SCCM or 0.63 La which satisfies the 0.75 La requirement.

The As-Found leakage was derived from the current Type "A" Test Leakage (0.43 La or 92,494 SCCM) plus the'difference between the As-Found and As-Left minimum flow path for penetration B & C leakage rate tests for the current outage.

For the As-Left and the running Type "A" As-Found/As-Left leakages, see page 33 of 34.

Page 1 of 34

2/04 FIRST ISOLATION GROUP 1SS104 1SS104 1SS104

*1SS104 SECOND ISOLATION GROUP 1SS33 1SS33 1SS33 1SS33 PENETRATION: E-1B SALEM UNIT 1 TYPE A RUNNI PENETRATION AS-FOUND AS-L TYPE A 08/13/84 MARV BY CALCULATIONS AS OF 12/20/87 88890 SCCM TEST DATE 05/22/84 05/22/84

03/26/86 03/26/86 10/12/B7 10/12/87 11/23/87 11/24/B7 VALVE AS-FOUND LEAKAGE 15 35 87 0

BOO 700 VALVE AS-LEFT LEAKAGE 15 35 87 0

800 700 4

10 PEN.

AS-FOUND LEAKAGE 0

15 35 0

0 700 700 700 PEN.

AS-LEFT LEAKAGE 15 35 B7 87 BOO 800 700 10 REMARKS TESTED TOGETHER WITH 13SS1B2 LEAKAGE RECORDED WITH 1SS104 NOT TRUE LEAKAGE, SEE COMMENT WITH VALVE 11SS181 RECORD KEEPING PURPOSES TESTED UNDER W.O.#B90322002 ACT.#42. W.O.D871013112 WAS WRITTEN TO REWORK AND AS-LEFT TEST THE VALVE.

DR MT87-042 TESTED UNDER W.0.#890322002 ACT.*#42. W.0.#871014057 WAS WRITTEN TO REWORK AND AS-LEFT TEST THE VALVE.

DR# MT87-041 TESTED PER W.O.#B71013112 ACT.

04.

DR# MT87-042 TESTED PER W.0.#B71014057 ACT.

04.

DR# MTB7-041 1VC7 03/14/84 6B 68 0

68 1VC8 03/14/84 4465 0

68 68 NO DR# OR WO# REFERENCED.

lVC7 04/15/86 411 411 411 411 DR MTB6.076 WRITTEN 1VC8 04/15/86 284 284 284 411 1VC7 04/21/87 4

284 284 RETEST AFTER DISPOSITION OF DR MT86.076 1VC7 10/08/87 20 20 20 284 W.O.#S90322002 ACT.#09 1VC8 10/08/87 25 25 20 25 W.0.#890322002 ACT.#09 PENETRATION: E-22A 1VC~

03/10/84 0

0 0

0 1VC10 03/10/84

33.

33 0

33 1VC9 1VC10 1VC9 1VC10 PENETRATION: E-228 04/15/86 0

0.

0 33 04/15/86 10/07/87 10/07/87 0

23 27 0

0

~3 0

23 27 NOT TRUE LEAKAGE, SEE COMMENT WITH VALVE 11VC20 RECORD KEEPING PURPOSES NOT TRUE LEAKAGE, SEE COMMENT WITH VALVE 11VC18 RECORD KEEPING PURPOSES W.0.#890322002 ACT.#10 W.0.#890322002 ACT.#10

~ r

. "d Pl

.l.Q CD w

VALVE VALVE PEN.

PEN.

Fl.RST ISOLATION S~CONp.ISOLATION I

TEST AS-FOUND AS-LEFT

AS-FOUND AS-LEFT REMARKS GROUP QROUP DATE*

LEAKAGE LEAKAGE LEAKAGE LEAKAGE

~---- -------- --------

1VC11 03/14/84 14 14 0

14

.i.1.

1VC12 03/14/84 28 28 14 28

\\:'*,~','.'

1VC11 04/15/86 22 22 22 28 1VC12 04/'15/86 543 543 22 543 DR MT86;077 WRITTEN 1VC12 04/21/86 107 22 107 RETEST AFTER DI SPOSIT!.ON OF DR MT86.077 1VC11 10/08/87 5

5 5

107 W.0.#890322002 ACT:#ll.

1VC12 10/08/87 4

4 4

5 W.0.#890322002 ACT.#11 PENETRATION: E-22C

- - - - o***************

1VC13 03/ 10/84 0

0 0

0 1VC14 03/10/84 1

1 O

1 1VC13 04/15/86 0

0 0

1 NOT TRUE LEAKAGE,.SEE COMMENT WITH VALVE 11vcio

~ECORD KEEPING PURPOSES 1VC14 04/15/86 0

0 0

0 NOT TRUE LEAKAGE, SEE COMMENT WITH VALVE i1VC1B 1VC13 1VC14 PENETRATION: E-22D 10/07/87 10/07/87 2

5 2

5 0

2 2

5 RECORD KEEPING PURPOSES W.0.~890322002 ACT.#12

~.0.#890322002 ACT.#12

- - - - ~*********************************************************************o*****o**********

12VC17 03/14/84 27 27 0

27 12VC19 03/14/84 20000 0

27 27 NO DR# OR WO# REFERENCED.

12VC17_

04/15/86 123 123

'123 123 DR MT86.075 WRITTEN 12VC19 04/15/86 20000 20,000 123 20,000 12VC19 04/24/86 3

123 123 RETE.ST AFTER D! SPOSITION DR MT86.. 075..

12VC17 10/08/87 11 11 3

11 W.0.#890322002 ACT.#51 12VC19 10/09/87 6

6 6

11 W.0.#890322002 ACT.#52 PENETRA.T I ON: E-30A 1.2VC18 03/14/84 16663 55 o

55 NO

/.

12VC20 03/14/84 11 11 11 55 DR# OR WO# REFERENCED.

12VC20 04/15/86 204 204 20~

204 04/ 15/87 47

. 47 47 204 12VC18 12VC18 12VC20 PENETRATION: E-308 10/09/07 32 32 32 204 10/09/87 5

5 5

32 W.0.#890322002 ACT.#51 W.0.#890322002 ACT.#52 OF I

I'd Pl

<Q CD

~

0 Hi w

~

FIRST ISOLATION SECOND ISOLATION GROUP GROUP 13SS182 13SS181 13SS182 13SS181 13SS182 13SS181

- 13SS182 13SS181 13SS181 PENETRATION: E-30C SALEM UNIT 1 TVPE A- ~UNNI~MARV BV PENETRATION AS-FOUND AS-LE~T CALCULATIONS AS OF 12/20/87 TVPE A 08/13/84

@ 88890* SCCM VALVE VALVE PEN.

PEN.

TEST AS-FOUND AS-LEFT AS-FOUND AS-LEFT DATE LEAKAGE LEAKAGE LEAKAGE LEAKAGE 03/24/84 11640 158 0

158 03/24/04 12 12 12 158 03/26/06.

0 0

0 12 03/26/86 0

0 0

0 10/13/87 1200

1. 200 0

1. 200 10/13/87 705 705 705 1,200 11 /23/87 4

705 705 11/23/87 10,550 705 10,550 11/25/87 23 705 23 REMARKS NO DR# OR WO# REFERENCED.

NOT TRUE LEAKAGE, SEE COMMENT WITH VALVE 1SS104 NOT TRUE LEAKAGE, SEE COMMENT WITH VALVE 11SS181 RECORD KEEPING PURPOSES TESTED UNDER W.0.890322002 ACT.#62. W.0.#870225032 WAS WRITTEN TO REWORK AND AS-LEFT TEST THE VALVE.

OR# MT87-046 TESTED UNDER W.0.#890322002 ACT.#62. W.0.H87022~122 WAS WRITTEN TO REWORK AND AS-LEFT TEST THE VALVE. DR# MT87-045 TESTED PER W.0.~870225032 ACT.

05.

DR# MTE:l7-046 TESTED PER W.O.e070225122 ACT.

05, RESULTS UNACCEPTABLE STROKE TO BE ADJUSTED AND THEN RETESTED.

OR8' MT87-045 TESTED PER W.0.S870225122 ~CT.

~05 AFTER STROKE ADJUSTMENtl OR# MT87-045

- - - - o**o**************************************************************************o*****o***o*****

1355184 03/24/84 26 26 0

26 13SS185 03/24/84 5

5 5

26 13SS184 03/26/84 0

0

O 5

NOT TRUE. LEAKAGE, SEE CO~M!:.NT WITH VALVE 11SS183 13SS185 03/26/86 0

0 0

0 NOT TRUE LEAKAGE, SEE COMMENT WITH VALVE 11SS189 13SS,184 10/26/87 220 220 0

220 W.0.#890322002 ACT.#63 LEAKAGE IS ACC~PTABLE PER TECH SPEC 0.6LA REQUIREMENT 13SS185 10/26/87 400

. 400 220 400 TESTED UNDER W.0.#890322002 ACT.i!<'83. W.0.#870225124 WAS WR1TTEN TO REWORK AND AS-LEFT TEST THE VALVE.

OR# MTB7-069 13SS185 11/23/87 1,243 220 1,243 TESTED PER W.0.#870225124 ACT.

05, RESULTS UNACCEPTABLE.

VALVE TO 9E REWORKEDANO RE-T~STEO PER W.0.8871123206 I.,-

r I

~

~:.:. '.;

_r w

FIRST ISOLATION GROUP SECOND ISOLATION GROUP 13SS185 PENETRATION: E-30D SALEM UNIT 1 TYPE A RUNNI-MARV BV PENETRATION AS-FOUND AS~CALCULATIONS AS OF 12/20/87 TYPE A 08/13/84

@ 88890 SCCM

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

TEST DATE 12/02/87 VALVE AS-FOUND LEAKAGE VALVE AS..:'LEFT LEAKAGE 10 PEN..

AS-FOUND LEAKAGE 220 PEN.

AS-LEFT LEAftAGE 220 REMARKS RETESTED PER W.0.#871123206 ACT.#04 AFTER VALVE REWORK.

DR# MT87-069

'. 1 "

- - - - o***********

11vc17 03/12/84 14 14 0

14 11VC19 03/ 1 2/84 0

0 0

14 11VC17 04/15/86 0

0 0

0 NOT TRUE LEAKAGE, SEE COMMENT WITH VALVE 11VC18 RECORD KEEPING PURPOSES 11VC19 04/15/86 0

0 0

0 NOT TRUE LEAKAGE, SEE COMMENT WITH VALVE 11VC20 RECORD KEEPING PURPOSES 11VC17 10/07/87 19 19 0

19 W.0.#890322002 ACT.#53 11VC19 10/07/87 5

5 5

19 W.Or#890322002 ACT.#54 PENETRATION: E-36A

~

11VC18 03/12/84 9

9 0

9 1.1VC20 03/ 12/84 10 10 9

10 11VC 18 04/15/86 106 106 10 106 1VC14, 11VC17 AND '1vc10 ALL TESTED TOGETHER, LEAKAGE ALL RECORDED WITH VALVE 11VC18 FOR RECORD KEEPING PURPOSES 11VC20 04/15/86 101 101 101 106 1VC13, 11VC19 ANO 1VC9 WERE TESTED TOGETHER. LEAKAGE ALL RECORDED UNDER 11VC20 FOR RECORD KEEPING PURPOSES 11VC 18 10/07/87 53 53 53 101 W.0.#890322002 ACT.#53 11VC20 10/07/87 23 23 23 53 W.0.#890322002 ACT.#54 PENETRATION: E-368 11.55182 03/24/84 1630 11SS181 03/24/84 40

.. **11ss182 03/26/86 3500 11SS181 03/26/86 30 11SS182 04/24/86 11SS182 10/13/87 6680 220 40 3,500 30 88 6,680 0

40 40 30 30 30 220 220 3,500 3,500 88 6,680 NO OR# OR WO# REFERENCED.

DR MT86.040 WRITTEN TESTED TOGETHER WITH 13SS181 AND 1SS33, COMBINED LEAKAGE ALL RECORDED UNDER 11SS181 FOR RECORD KEEPING PURPOSES RE.TEST AFTER DISPOSITION OF OR MTB6.040 TESTED UNDER W.0.#890322002 ACT.#45. W.0.#870225036 WAS WRITTEN TO REWORK ANO AS-LEFT TEST THE VALVE.

OR# MT87-048

~

'I"

2/04 FIRST ISOLATION SECOND ISOLATION GROUP GROUP 11SS181 11SS1B2 11SS1B1 PENETRATION: E-36C SALEM UNIT 1 T~PE A RUNNI MARY ~V

, PENETRATION AS-FOUND AS-L CALCULA'TIONS AS OF 12/20/87 TYPE A 08/13/84 88890.SCCM VALVE VALVE PEN.

PEN.

TEST AS-FOUND

, AS-LEFT AS-FOUND

AS-LEFT DATE LEAKAGE LEAKAGE LEAKAGE LEAKAGE 10/13/B7 42600 42,600 6,6BO 42,600 11/23/B7 5

6,6BO 42,600 11/23/B7 7

6,680 7

REMARKS TESTED UNDER W.O.#B90322002 ACT,#45. W.0.#8702251'21 *;WAS WRITTEN TO REWORK ANO lfa':"LEFT TEST THE VALVE.

DR# MT87~047.

TESTED PER W.0.#87022~036 ACT.

05.

DR# MTB7-048 TESTED PER W.0.#870225121 ACT.

05.

DR# MT87-047 11SS188 06/06/B4 0

0 0

0 11SS189 06/06/B4 0

0 0

0 11SS188 03/26/B6 7

7 0

7 11SS1B9 03/26/86 3

3 3

7 11SS1 BB 10/14/B7 50300 fi0,300 3

50,300 11SS189 10/14/B7 3

3 3

50,300 11SS1B8 11/23/B7 450 3

450 11SS1B9 12/0B/B7 3

3 450 PENETRATION: E-36D TESTED TOGETHER WITH 13SS1B4 ALL LEAKAGE RECORDED UNDER 11SS188 FOR RECORD KEEPING TESTED TOGETHER WITH 13SS185 ALL LEAKAGE RECORDED UNDER_

11SS189 FOR RECORD KEEPING TESTED UNDER W.0.S890322002 ACT.S46. W.0.C671016124.WAS WRITTEN TO REWORK AND AS-LEFT TEST THE VALVE.

DR~ MT87~049 W.0.#890322002 ACT.N46 TESTED PER W.0.#871016124 ACT. *

05, RESULTS MEET 0.6LA TECH r

SPEC REQUIREMENT. DR# MT87-049 TESTED PER W.O.#B70225120 ACT.

05, AS THE RESULT OF VALVE MAINTENANCE

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

.EQUIP-HATCH EQUIP-HATCH EQUIP-HATCH

'PENETRATION: EQHAT OB-04-B4 04/25/86 12/19/B7

!4 6

480 4

6 4QO

4 6

4BO 4

6 4BO W.0.#871030009 ACT.# 02*

FUEL-XFER 07 I 1 O/B4 3

3 3

3 FUEL-XFER 04/20/B6 7

7 7

7 FUEL-XFER 12/17/B7 6

6 6

6 W.0.#871030009 ACT.# 03 PENETRATION: FXFER

'ti Ill 2/04 FIRST ISOLATION GROUP 12GB4 12GB4 12GB4 12GB4 12GB4 PENETRATION: M-12 SECOND ISOLATION GROUP SALEM UNIT 1 TYPE A RUNNI MARV BY PENETRATION AS-FOUND AS-LEFT C.ALCULATIONS AS OF 12/20/87 TYPE A 08/13/84

@ 88890 SCCM

. VALVE VALVE PEN.

PEN.

TEST AS-FOUND ASrLEFT AS-FOUND AS-LEFT DATE LEAKAGE LEAKAGE LEAKAGE LEAKAGE 06/23/84 64700 5

64~700

-5 03/20/86 100000 100,000 100,000 100,000 04/10/86 325 100,000 325 10/17/87 40000 40,000 40,000 40,000 11 /22187 610 40,000 610 REMARKS NO DR# OR WO# REFERENCED.

DR MT86.032 WRITTEN RETEST AFTER DISPOSITION OF DR MT86. 032.

TESTED UNDER W.0.#890322002 ACT.#19. W.0.#870816024 WAS WRITTEN TO REWORK ANO AS-LEFT

TEST THE VALVE DR# MT87-055 TESTED PER W.0.#870816024 ACT.

05. DR# MT87-055

~

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

-..J 0

Hi 14GB4 14GB4 14GB4 14GB4 14GB4 14GB4.

06/29/84 4265 03/20/86 100000 04/10/86 04/10/86 10/17/87 76600 11/22/87 0

100,000 259 23 76,600 312 4, 265

100,000 100,000 100,000 76,600 76,600 0

100,000 259 23 76,600 312 NO OR# OR WO# REFERENCED.

DR MT86.034 WRITTEN RETEST AFTER DISPOSITION OF DR MT86.034 RETEST AFTER DISPOSITION OF DR MT86.034 TESTED UNDER W.0.#89032i002 ACT.#21. W.0.#870816026 WAS WRITTEN TO REWORK AND AS-LEFT TEST THE VALVE. DR# MT87-057 TESTED PER W.0.#87081607.6 ~CT.

05.

OR# MT87-057

~ r PENETRATION: M-13 11GB4 06/24/84 76350 0

76,350 0

NO DR# OR WO# REFERENCl!D.

'11GB4 03/20/86 100000 100,000 100,000 100,000 DR MT86.031 WRITTEN 11GB4 04/10/86 56 100,000 56 RETEST AFTER DISPOSITION OF DR MT.031 11GB4 10/17/87 5659 5,559 5,659

.5,659 TESTED UNDER W.0.#090322002 ACT.#18. w.o.e0jo015039 WAS WRITTEN TO REWORK AND AS-LEFT TEST THE VALVE DR# MT87-054 11GB4 11/21/87 314 5,659 314 TESTED PER W.0.#870815039 ACT.

05. DR# MT87-054 PENETRATION: M-14

- - - - Q*.*********************************************

13GB4 06/22/84 40200 23 40,200 23 NO DR# OR WO# REFERENCED.

13GB4 03/20/86 100000-100,000 100,000 100,000 DR MT86.033 WRITTEN 13GB4 04/10/86 23 100,000 23 P.ETEST AFTER DISPOSITION OF DR MT86.033

SALEM UNIT 1 TYPE A RUNNI MARV BV PENETRATION AS-FOUND AS-L T CALCULATIONS AS OF 12/20/87 TYPE A 08/13/84

@ 88890 SCCM VALVE VALVE PEN.

PEN.

FIRST ISOLATION SECOND ISOLATION TEST AS-FOUND AS-LEFT AS-FOUND AS-LEFT GROUP GROUP DATE LEAKAGE LEAKAGE LEAKAGE LEA~<AGE 13GB4 10/17/87 39400 39,400 39',400 39,400 13GB4 11/21/87 309 39,400 309 PENETRATION: M-15 REMARKS TESTED UNDER W.0.#890322002 ACT.#20. W.O.N870816025:WAS WRITTEN TO REWORK AND AS-LEFT TEST THE VALVE DR# MT87:-056 TESTED PER W.0.#870816025.ACT.

05.

DR# MT87-056 1CV3, 1CV4, 1CV5 04/05/84 8150 17 0

17 VALVES TESTED TOGETHER 11:1 NO DR# OR WO# REFERENCED

~

1CV7

'lB 1 CV7 04/05/84 550 550 550 550 09/30/84 0

0 0

17 1CV7 04/06/86 3384 3,384 0

3,384 04/06/86 27 27 27 3,384 00 1CV3,1CV4,1CV5 o

1CV3,1CV4,1CV5 Hi 10/27/87 8341 8,,341 27 8,341 TESTED UNDER W.0.#890322002 ACT#17, VALVE LEAKAGE MEETS 1CV7 PENETRATION: M-17 10/27/87 2

2 2

THE TECH SPEC REQUIREMENT OF 0.6LA 8,341 W.0.#890322002 ACT.#17 1PR17 05/30/84 0

o 0

0 1PR18 05/30/84 0

0 0

0 1PR17 03/25/86 20000 20,000 0

20,000 DR MT86.038 WRITTEN

\\

1PR18 03/25/86 3

3 3

20,000 1PR17 04/07/86 23 3

23 RETEST AFTER DISPOSITION OF DR MT86.038 1PR17 10/15/87 804 804 3

804 TESTED UNDER W.0.#890322022 ACT.#14. W.0.#871019093 USED TO REWORK AND AS-LEFT TEST THE VALVE.

DR# MT87-053.

1PR18 10/15/87 33 33 33 804 W.0.#890322002 ACT.#14 1PR17 11/20/87 343 33 343 TESTED PER W.0.#871019093 ACT.

04, RESULTS UNACCEPTABLE.

STROKE TO BE ADJUSTED THEN RE-TESTED DR# MT87-053 1PR17 11/21/87 416 33 416 RETESTED AFTER STROKE ADJUST.

PENETRATION: M-18A PER W.0.#871019093 ACT.#04 RESULTS MEET 0.6LA TECH SPEC REQUIREMENT.

DR# MT87-053

2/04 F.IRST ISOLATION SECOND ISOLATION GROUP GROUP 1WL96 1WL97 1WL96 1WL97 1WL97 1WL96 1WL97 PENETRATION: M-188 SALEM UNIT 1 TYPE A RUNNt PENETRATION AS-FOUND AS-L TYPE A 08/13/84 MARV BV CALCULATIONS AS OF 12/20/87 88890 SCCM VALVE VALVE PEN.

PEN.

TEST AS-FOUND AS-LEFT AS-FOUND AS-LEFT DATE LEAKAGE LEAKAGE LEAKAGE LEAKAGE 05/24/84 94500 0

0 0

05/24/84 0

0 0

0 03/29/86 2

2 0

2 03/29/86 1

1 1

2 03/ 12/87 2

2 2

2 10/21/87

2.

2 2

2 10/21/87 4

4 2

4 REMARKS NO DR# OR WO# REFERENCED.

WO# 870312036 W.0.#890322002 ACT.#24 W.0.#890322002 ACT.#24

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2/0 FIRST ISOLATION SECOND ISOLATION GROUP GROUP 1VC1, 1VC2 1VC1, 1VC2 1VC1, 1VC2 1VC1, 1VC2 1VC1, 1VC2 1VC1, 1VC2 1VC1,1VC2 1VC1, 1VC2 1VC1, 1VC2 1VC1,1VC2 1VC1, 1VC2 1VC1,1VC2 1VC1, 1VC2 1VC1, 1VC2 PENETRATION: M-19 SALEM UNIT 1 TYPE A RUNN PENETRATION AS-FOUND AS-AS OF 12/20/87 TYPE A 08/13/84

@ 88890 SCCM VALVE VALVE PEN.

TEST AS-FOUND AS-LEFT AS-FOUND

DATE LEAKAGE LEAKAGE LEAKAGE 07/26/84 343 343 171 00/23/84 675 675 337 09/26/84 780 780 390 11/15/84 950 950 475 05/14/85 0

0 0

10/16/85 1401 1,401 700 04/11/86 4836 4,836 2,418 04/27/86 1,393 2,418 08/09/86 913 913 456 10/14/86 653 653 326 04/08/87 919 919 459 09/30/87 170 170 85 11/01/87 966 85 11/10/87 782 85 PEN.

AS-LEFT LEAKAGE 343 675 780 950 0

1,401 4,836.

1,393 913 653 919 170 966 782 REMARKS.

VALVES TESTED TOGETHER,

NO DR# OR WO# REFERENCED.

WO# 8610120147 WO# 870418016 W.0.#890322002 ACT.#07 TESTED PER W.0.#87060140 ACT.

02 AS THE RESULT OF VALVE MAINTENANCE ON 1VC2.

TESTED PER W.0.#870501042 ACT.

02 AS THE RESULT OF VALVE MAINTENANCE ON 1VC1.

- - - - o**********************************************

1VC3, 1VC4 1VC3,1VC4 1VC3, 1VC4 1VC3, 1VC4 1VC3, 1VC4 1VC3, 1VC4

1VC3, 1VC4 1VC3, 1VC4 1VC3, 1VC4 1VC3, 1VC4' 1VC3,1VC4 1VC3,1VC4 1VC3,1VC4 PENETRATION:

1NT26 1NT26 M-20 1NT25 1NT25 07/26/84 08/2.3/84 09/26/84 11/15/84 05/14/85 10/16/85 04/11/86 04/27/86 08/09/86.

10/14/86 04/08/87 09/30/87 11/10/87 05/05/84 05/05/84 03/29/86 03/29/86 202 176 624 955 0

735 1096 629 836 1102 605 2167 55 9

205 202 176 624 955 0

735 1,096 219 629 836

1. 102

'805 792 114 55 9

205 101 88 312 477 0

367 548 548 314 418 551 302 302 0

55 9

9 202 176 624 955 0

735 1,096 219 529 836 1*,102 605 792 114 114 55 VALVES TESTED TOGETHER WO# 8610120155 WO# 870418016 W.0.#890322002 ACT.#08 TESTED PER W.Oe870601125 ACT.

02 AND W.0.#870501049 ACT.~

02 FOR VALVE ACTUATOR MAINT.

ON 1VC3 AND 1VC4 NO DR# OR WO# REFERENCED.

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2/04 SALEM UNIT 1 TYPE A RUNNI MARV BY

. PENETRATION AS-FOUND AS~l CALCULATIONS AS OF 12/20/87 TYPE A 08/13/84

@ 88890 SCCM

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

VALVE VALVE

.PEN.

~EM.

FIRST ISOLATION SECOND ISOLATION TEST AS-FOUND AS-LEFT AS-FOUND A5-Lfe'=T REMARKS GROUP GROUP DATE LEAKAGE LEAKAGE LEAKAGE 1., ::;!,tt!~~E 1NT26 10/08/87 1170 1, l70 205

1. 170 TESTED UNDER W.0.#890322002 AC!.013. w. O.t.'13710109.451.'.W~S' 11!~1."J'"fEN *TO REWORK ANO 'As.;,uEFT

EST THE VALVE. DR# MT87.i.028 1NT25 10/08/87 3

3 3

1,170 W.0.#890322002 ACT.#13. \\*;

1NT26 10/20/87 220 3

220 TESTED PER W.0.#871010045 ACT.

02, RESULTS MEET TECH SPEC 0.6LA REQUIREMENT. DR#MT87-028 1NT25 11/07/87 6

3 220 TESTED PER W.0.#870501144 ACT.

03 DUE TO ACTUATOR PREVENTIVE MAINTENANCE PENETRATION: M-21 1WL98 06/11/84 1

1 0

1 1WL99,1WL108 06/11/84 2

2 1

2 1WL98 1WL99, 1WL 108 1WL98 1WL99, 1WL 1 OB PENETRATION: M-21A 03/27/86 2

2 2

2 03/ 27 /86 20000 5

2 5

10/28/87 2

2 2

5 10/28/87, 3

3 2

3 VALVES TESTED TOGETHER DR MT86.039 WRITTEN W.0.#890322002 ACT.#25 W.0.#890322002 ACT.#25

- - - - 6************************************************************

1NT34 03/19/84 150 150 0

150 1NT32 03/19/84.

61 61 61 150 1NT34 03/31/86 1264 1,264 61 1,264 DR MTB6.057 WRITTEN

~

1NT32 03/31/86

, 156 156 156 1,264 1NT32 04/03/86 156 156 1, 264 RETESTED ALONG WITH 1NT34 1 NT34 04/ 11 /86 400 156

. 400 RETEST AFTER DISPOSITION OF DR MT86.057 1NT34 10/08/87 9850 9,850 156.

9,850 TESTED UNDER W.0.#890322002 ACT.#02. W.0.871010044 WRITTEN TO REWORK AND AS-LEFT TEST THE VALVE.

DR# MT87-030.

1 NT32 10/08/87 440

44.0 440 9, 850 TESTED UNDER W. 0. #890322002 ACT.#02. W.0.#871009111 AND 880115005 USED TO REWORK AND DO AS-LEFT TEST, DR MT87-029 1NT34 10/20/87 490 440.

490 TESTED PER W.0.1"1871010044 ACT.

02, RESULTS MEET TECH SPEC 0.6LA REQUIREMENT. DR#MT87-030 1NT32.

11/19/87 1,746 440 1,746 TESTED PER W.0.8880115005 ACT.

PENETRATION: M-218

05, RESULTS MEET TECH SPEC 0.6LA REQUIREMENT. DR#MT87-029

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

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2/04/

FIRST ISOLATION SECOND ISOLATION GROUP GROUP 1DR30 1DR29 1Dlt30 1DR29 1DR30 1DR29

PENETRATION: M-22A SALEM UNIT 1 TYPE A RUNNIN

. PENETRATION AS-FOUND AS'-LE TYPE A 08/13/84 ARV BY CALCULATIONS AS OF 12/20/87 88890 SCCM VALVE VALVE PEN.

PEN.

TEST AS-FOUND AS-LEFT.

AS-FOUND AS-LEFT DATE LEAKAGE LEAKAGE LEAKAGE LEAKAGE 06/13/84 3

3 0

3 06/13/84

. ' 6 6

3 6

03/18/86 9

9 6

9 03/18/86

3 3

3 9

10/05/87 16 16 3

16 10/05/87 126 126 16 126 REMARKS W.0.~890322002 ACT.#01 W.~.1890322002 ACT#Ol 1WR81 07/03/84 8330 0

0 0

NO DR# OR WO# REFERENCED.

1WR80 07/03/84 58400 80 8,330 80 NO ORI OR WO# REFERENCED.

1WR81 05/13/85 322 322 322 3.22 1WR81 04/08/86 100000 100,000 58,400 100,000 DR MT86.069 WRITTEN 1WR80 04/08/86 19 19 19 100,000 1WR81 04/12/86 1,305 19

1. 305 RETEST AFTER RESOLUTION OF DR MT86.069 1WR80 04/20/86 119 19 1,305 RETEST AFTER RESOLUTION OF DR MT86.069 1WR81 10/10/87 50500 50,500 119 50,500 TESTED UNDER Wr0.#890322002 ACT.# 23. W.0.#871028149 WAS WRITTEN TO REWORK AND AS-LEFT TEST THE VALVE.

DR# MT87-068 1WR80 10/24/87 51 51 51 50,500 W.0.#890322002 ACT.#23 1WR80 11/04/87 2

51 50,500 TESTED PER W.0.8870501140 ACT.

02 AFTER ACTUATOR PREVENTIVE MAINTENANCE 1WR81 11/08/87 118 51 118 TESTED PER W.0.#871028149 ACT.

02.

DR# MT87-068.

PENETRATION: M-22B

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

12CA360 07/16/84 293 293 0

293

/

12CA330 07/16/84 1848 1,848 293 1,848 12CA360 03/24/86 6072 6,072 1,848 6,072 12CA330 03/24/86 620 620

620 6,072 12CA360 03/26/86 1,539 620 1,539 12CA360 10/09/87 1152 1,152 620

1. 152 12CA330 10/09/87 1639 1,490 1,152 1,490 DR# MT86.037 WRITTEN.

RETEST AFTER DISPOSITION OF DR MT86.037 TESTED UNDER W.0.#890322002 ACT.~31.

W.0.#871019088 WRITTEN TO. REWORK AND AS-LEFT TEST THE VALVE.

TESTED UNDER W.0.#890322002 ACT.131. VALVE STROKED AND RE-TESTED, W.0.#871019089 WRITTEN TO REWORK AND DO AS-LEFT TEST

/ I.

T'

2/04/

SALEM UNIT 1 TVPE A RUNNIN ARV BV

, PENETRATION AS-FOUND AS-L CALCULATIONS AS OF 12/20/87 TVPE A 08/13/84 88890 SCCM 1SA119 06/03/84 20000 1,554 0

1,554 NO DR# OR WO# REFERENCED 1SA118 06/03/84 3660 731 3,660 1,554 NO DR# OR WO# REFERENCED 1SA119 03/22/86 6235 6,235 3,660 6,235 DR MT86.036 WRITTEN 1SA118

,03/22/86 20000 20,000 6,235 20,000 DR MT86.036 WRITTEN 1SA119 03/24/86 4,312 6,235 20,000 RETEST AFTER DISPOSITION DR MT86.036 1SA118 03/25/86

4. 141 6,235 4,312 RETEST AFTER DISPOSITION DR MT86.036 1SA119 10/03/87 650 650 650 4, 141 W.0.#890322002 ACT.#35 1SA118 10/03/87 693 693 650 693 W.0.#890322002 ACT.#35 PENETRATION: M-238 1SJ123' 05/04/84 0

0 0

0 1SJ53,1 SJ60 05/04/84 O

0 0

0 1 SJ1.23 1SJ53,1 SJ.60 1SJ123 1SJ53,1 SJ60 PENETRATION: M-25 04/04/86 0

0 0

0 04/04/86 0

0 0

0 10/11/87 1

1 0

1 10/11/87 5

5 1

5 VALVES TESTED TOGETHER W.0.#890322002 ACT.#44 W.0.#890322002 ACT.#44 1SS103 1SS103 1SS27 1SS27 05/02/84 05/02/84 03/24/86 03/24/86 0

14' 0

1 0 '

14

0.

1 0

0 0

14 14 1

OF OF 1"

2/04/

FIRST ISOLATION SECOND ISOLATION GROUP GROUP 1SS103 SALEM UNIT 1 TYPE A RUNNIN

, PENETRATION AS-FOUND AS-L TYPE A 08/13/84 ARV BY CALCULATIONS AS OF 12/20/87 88890 SCCM VALVE VALVE PEN.*

PEN.

TEST AS-FOUND AS-LEFT AS-FOUND AS-LEFT DATE LEAKAGE LEAKAGE LEAKAGE LEAKAGE 10/14/87 14 14 1

14 REMARKS W.0.#890322002 ACT.#43 1SS27 10/14/87 47000 47,000 14 47,000 TESTED UNDER W.0.#890322002 ACT.#~3.. W.0.887101~~60 U~ED TO REWORK AND AS-LEFT TEST THE VALVE.

DR# MT87-044.

1SS103 11/21/87 14 14 47,000 TESTED PER W.0.#871004054 ACT.

05 AS A RESULT OF ACTUATOR PERVENTIVE MAINTENANCE 1SS27 11/21/87 11 14 14 TESTED PER W.0.#871016060

03.

DR# MT87-044

PENETRATION: M-25A 11CV99 08/01 /84 0

0 0

0 NO TEST DATA FOUND RECORD ENTERED FOR TYPE A RUNNING

SUMMARY

11CV99 10/14/87 15 15 15 15 W.0.#890322002 ACT.#59 PENETRATION: M-26A 12CV99 08/01/84 0

0 0

0 NO TEST DATA FOUND RECORD ENTERED FOR TYPE A RUNNING

SUMMARY

12CV99 10/14/87 25 25 25 25 W.0.#890322002 ACT.#58 PENETRATION: M-268 13CV99 08/01 /84 0

0 0

0 NO TEST DATA FOUND RECORD ENTERED FOR TYPE A RUNNING

SUMMARY

13CV99 11/17/87 60 60 60 60 W.0.#890322002 ACT.#59 PENETRATION: M-26C 14CV99 14CV99 PENETRATION: M-26D 08/01/84 10/14/87 0

0 7

7 0

0 7

7 NO TEST DATA FOUND RECORD ENTERED FOR TYPE A RUNNING

SUMMARY

W.0.#890322002 ACT.#60 1WL. 12 05/30/84 60 60 0

60 1WL13 05/30/84 15 15 15 60 1WL.12 03/30/86 50 50 15 50 ACT.

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0 2/04/

FIRST ISOLATION SECOND ISOLATION GROUP GROUP 1WL13 1WL12 1WL13 PENETRATION: M-27 SALEM UNIT 1 TYPE A RUNNIN PENETRATION AS-FOUND AS-L TYPE A 08/13/84 ARV BV CALCULATIONS AS OF 12/20/87 88890 SCCM VALVE VALVE PEN.

PEN.

TEST AS-FOUND AS-LEFT AS-FOUND AS-LEFT DATE LEAKAGE LEAKAGE LEAKAGE LEAKAGE 03/30/86 48 48 48 50 10/21/87 30 30 30 48 11/01/87 4.95 495 30 495 REMARKS W.0.#890322002 ACT.#26 W.0.#890322002 ACT.#26 1CC119 05/28/84 0

0 0

0 1CC117 05/28/84 0

0 0

0 1CC118 05/28/84 76 76 0

76 1CC119 04/05/86 69 69 0

76 1CC117 04/05/86 37 37 37 76 1CC118 04/05/86 72 72 37 72 lCCl 19 11/12/87 140 140 37 140 W.0.#890322002 ACT.#48 1CC117 11/12/87 109 109 72 140 W.0.#890322002 ACT.#48 1CC118 11/12/87 40 40 40 140 W.0.#890322002 ACT.#48 PENETRATION: M-32 Hi

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

1CC186,1CC187 03/26/84 1100 1,100 0

1. 100 VALVES TESTED TOGETHER 1CC136 03/26/84 14 14 14 1,100 1CC186,1CC1B7 04/03/86 43 43 14 43 1CC136 04/03/86 644 644 43 544.

1CC186,1CC187 11/17/87 2340 2,340 644 2,340 W.0.#890322002 ACT.#50 LEAKAGE IS ACCEPTABLE PER THE TECH SPEC 0.6LA REQUIREMENT 1CC136 11/17/87 1350

1. 350

1. 350 2,340 W.0.#890322002 ACT.#50 PENETRATION: M-33

- - - - o*****

1CC113,1CC215 03/27/84 260 260 260 260

.VALVES TESTED TOGETHER 1CC113, 1CC215 04/05/86 17801 17,801 17,801 17,801 DR MT86.066 WRITTEN AGAINST VALVE 1CC113, 1CC215 04/20/86 257 17,801 257 AS-LEFT AFTER DISPOSITION OF DR MT86.006 1CC113,1CC215 10/12/87 1286 1,286 1,286 1,286 W.0.#890322002 ACT.#47 PENETRATION: M-3435 1CV74 06/11/84 850 850 0

850 1CV68 06/11/84 367 367 0

850 TEST RESULTS RECORDED WITH 1CV68 SINCE EITHER 1CV68 OR 1CV69 MUST BE OPER. RUNNING

SUMMARY

DOES NOT SPECIFY WHICH 1CV69 08/01/84 367 367 367 850 SAME LEAKAGE AS 1CV68 r

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FIRST ISOLATION SECOND ISOLATION GROUP GROUP

~----~------------

1CV74 1CV68 1CV69 1CV68 1CV69 1CV68 1CV69 1CV68 1CV69 1CV74 PENETRATION: M-36 SALEM UNIT 1 TVPE A RUNNIN~ARV. BY PENETRATION AS-FOUND AS~~ALCULATIONS AS OF 12/20/87 TVPE A 08/13/84

@ 88890 SCCM

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

VALVE VALVE PEN.

PEN.

TEST AS-FOUND AS-LEFT AS-FOUND AS-LEFT DATE LEAKAGE LEAKAGE LEAKAGE LEAKAGE 04/06/86 2610 2,610 367 2,610 04/06/86 1353 1,353 367 2,610 04/06/86 65 65 65 2,610 04/12/86 0

65 2,610 04/12/86 65 65 2,610 10/31/87 54 54 54 2,610 10/31/87 25 25 25 2,610 11/08/87 49 25 2,610 11/08/87 6

25 2,610 1 2/04/87 2

2 2

49 REMARKS RETESTED ALONG WITH RETEST ON 1CV68 W.0.#890322002 ACT.#15, VALVE TESTED IN REVERSE DIRECTION PER OTSC #13 DUE TO BOUNDRV VALVE LEAKAGE W.0.#890322002 ACT.#15, VALVE TESTED IN REVERSE DIRECTION PER OTSC #13 DUE TO BOUNDRV VALVE LEAKAGE TESTED AFTER COMPLETION OF MOVATS TESTING PER W.0.#

871012025 ACT.#OS TESTED UPON COMPLETION OF MOVATS TESTING PER W.0.#

871014004 ACT. #03 W.0.#890322002 ACT.#15, VALVE WAS TESTED USING A FREEZE SEAL APPLIED UNDER W.0.#871201462 DUE TO BOUNDRV VALVE LEAKAGE

- - - - o***********************************************o*********************************o*******o****

1 CV296, 1 CV284 04/i7/84 3200 3,200 0

3,200 VALVES ARE TESTED TOGETHF-P.

1CV116 04/17/84 0

0 0

3,200 1CV296,1CV284 03/27/86 13341 13,341 0

13,341 DR MT86.042 GENERATED 1CV116 03/27/86 20000 20,000 13,341 20,000 DR MT86.043 WRITTEN 1 CV296, 1 CV284 04/11/86 908 13,341 20,000 AS-LEFT TEST AFTER DISPOSITION OF DR MT86.0'12 1CV116 04/11 /86 915 13,341 915 RETEST AFTER DISPOSITION OF DR MT86.043 1CV296,1CV284 10/16/87 37300 37,300 915 37,300 W.0.#890322002 ACT.#16, W.0.#

071015003 WRITT~N TO REWORK AND AS-LEFT TEST THE VALVE SUSPECT BOUNDRV LEAKAGE TOO.

1CV116 10/16/87 3285 3,285 3,285 37,300 W.0.8890322002 ACT.~16, VALVE TESTED IN REVERSE DIRECTION DUE TO BOUNDRV LEAKAGE. VALVE WILL BE STROKED AND RETESTED 1CV116 10/26/87 15 3,285 37,300 VALVE STROKED AND RETESTED IN REVERSE DIRECTION UNDER W.0.#

890322002 ACT.#16

!.~ :.t~:t;., 1 1J;!*~'f.,1{~!V

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2/04/

FIRST ISOLATIQN SECOND ISOLATION GROUP GROUP 1 CV296, 1 CV284.

lCVl 16 1CV296,1CV284 1CV116 PENETRATION: M-37 SALEM UNIT 1 TYPE A RUNNIN~ARY BY

, PENETRATION AS-FOUND AS-~ALCULATIONS AS OF 12/20/87 TYPE A 08/13/84 @ 88890 SCCM

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

VALVE VALVE PEN.

P::N.

TEST AS-FOUND AS-LEFT AS-FOUND AS-LEFT DATE LEAKAGE LEAKAGE LEAKAGE LE.\\KAGE 11/10/87 3,000 3,285 s,aoc 11/10/87 1,600 3,285 3,000 11/11/87 1,100 3,285 1,600 11/11/87 1,000 3,285 1,100 REMARKS TESTED AFTER MOVATS PER W.0.#

811015003. LEAKAGE ISBOUNDRY MXNUS VALVE LEAK, LEAKA(iE r IS UNACCEPTABLE TESTED AFTER MOVATS PER W.0.#

871016004 ACT.#03, RESULTS ARE DIFFERENCE BETWEEN BOUNDRY AND VALVE LEAKAGE, RESULTS UNSAT.

BOUNDRY VALVE REWORKED AND VLV RETESTED PER W.0.#871015003 ACT.03, RESULTS ARE DIFFERENCE BETWEEN BOUNDRY AND VALVE RETESTED AFTER REWORKING LEAK IN BOUNDRY, RESULTS ARE DIFF.

BETW~EN BOUNDRY AND VALVE LEAK AND SATISFY TECH SPEC 0.6LA.

1CC208, 1CC190 03/27/84 1903 1,903 0

1,903 VALVES TESTED TOGETHER 1CC131 03/27/84 175 175 175 1,903 04/02/86 90

. 90 90 175 1CC208,1CC190 1CC208, 1CC1,90 1CC131 1CC131 1CC131 PENETRATION:.M-39 04/02/86 0

0 0

90 10/12/87 37 37 0

37 10/19/87 3

3 3

37 11/22/87 1*

3 37 W.0.890322002 ACT.#49 W.0.#890322002 ACT.#49 TESTED AFTER MOVATS TESTING OF \\

VALVE PER W.0.8871016020 ACT.#

03 1VC5, 1VC6 07/27/84 4133 4, 133 2,066 4, 133 VALVES TESTED TOGETHER 1VC5, 1VC6 09/26/84 314 314 157 314 1VC5., 1VC6 12/20/84 362 362 181 362 1VC5, 1VC6 03/18/85 460 460 230 460

, JVC5, 1VC6 05114/85 337 337 168 337 1VC5, 1VC6 OB/ 13/85 63 63 31 63 1VC5,1VC6 11/13/85 245 245 122 245 1VC5,1VC6 02/19/86 0

0 0

0 1VC5, 1VC6 04/17/86 48 48 24 48 1VC5,1VC6 07/16/86 122 122 61 122 1VC5, 1VC6 10/13/86 453 453 226 453 1VC5,1VC6 01/13/87 2700 2,700 1,350 2,700 1VC5, 1VC6 04/08/87 50 50 25 50 WO# 8608080672 WO# 8701120603 WO# 870416028

*-*-~-----. *-*--------~- ---*-----~- -*- -*

2/04 FIRST ISOLATION SECOND ISOLATION GROUP GROUP 1VC5, 1VC6 1VC5, 1VC6 PENETRATION: M-40 SALEM UNIT 1 TYPE A RUNNI ARV BV PENETRATION AS-FOUND AS-L CALCULATIONS AS OF 12/20/87 TYPE A 08/13/84

145S94 145S94 14SS94 PENETRATION: M-63A 03115/84 03/26/86 l0/18/87 0

2 5

0 2

5 0

2 5

0 2

5 W.0.#890322002 ACT.#41

o**************
1WL191,1SF22 06/29/84 0
0 0
0 1WL191,15F22 03/23/86
O 0
0 0
1WL191,1SF22 11117/87 1
1 0
1 W.0.#890322002 ACT.#28 PENETRATION: M-66 1WL 190;' 1 SF36 1WL190,1SF36 1Wl,.190,1SF36 PENETRATION:.M-66A 06/29/84 03/23/86 11117/87 0
0 0
0 0
0 0
0 0
0 0
0 W.0.#890322002 ACT.29 1-01 1-01 1-01 PENETRATION: 1-01 05/31/84 03/ 12186 09/29/87 0
0 0
o 0
0 0
0 0
0 0
0 W.0.#870926002 OF
2/04/
FIRST ISOLATION
.GROUP 1-02 1-02 1-02 PENETRATION: 1-02 SECOND ISOLATION
. GROUP SALEM UNIT 1 TYPE A RUNNIN ARV BY
. PENETRATION AS-FOUNO.AS-L CALCULATIONS AS OF 12/20/87 TYPE A 08/13/84 @ 88890 SCCM TEST DATE 05/31/84 03/23/86 09/29/87 VALVE AS-FOUND LEAKAGE 0
2 0
VALVE AS-LEFT LEA KA.GE 0
2 0
PEN.
AS-FOUND LEAKAGE D
2 0
PEN.
AS-LEFT LEAKAGE 0
2 0
REMARKS W.0.#870926002 1-03 1-03 1-03 PEHETRATION: 1-03 05/31/84 03/23/86 09/29/87 0
4 0
0 4
0 0
4 0
0 4
0 W.0.#870926002 1-04 1-04 1-04
PENETRATION: 1-04 05/31/84 03/12/86 09/29/87 0
0 0
0 0
0 0
0 0
0 0
0 W.0.#870926002 1-05 1-05 1-05 05/31/84 03/ 1 2/86 09/25/87 0
0 2
0 0
2 0
0 2
0 0
2 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITVITY PENETRATION: 1-05 1-06 05/31 /84 0
0 0
0 1-06 03/12/86 0
0 0
0 1-06 09/25/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-06 1-07 05/31/84 0
0 0
0 1-07 03/12/86 0
0 0
0 1-07.
09/29/87 0
0 0
0 W.0.#870926002 PE~ETRATION: 1-07 1-08 05/31 /84 0
0 0
0 1-08 03/12/86 0
0 0
0 1-08 09/26/87 0
0 0
0 W.0.8870926002 PENETRATION: 1-08
~*0*¢000*~****0 1-09 05/31/84 0
0 0
0
'r
0 Hi SALEM UNIT 1 TYPE A RUNNI M~RY BY PENETRATION AS-FOUND AS-l CALCULATIONS AS OF 12/20/87 TYPE A 08/13/84 @ S8890 SCCM PEN.
PEN.
FIRST ISOLATION GROUP SECOND ISOLATION GROUP TEST DATE VALVE AS-FOUND LEAKAGE VALVE AS-LEFT LEAKA!"E AS-FOUND LEAKAGE AS-LEFT LEAKAGE REMA,RKS 1-09 1-09 PENETRATION: 1-09 03/12/86 09/22/87 0
0 0
0 0
0 0
0
\\11.0.111870926002
o*o**o*o*ooooQoo*
1-10 05/31 /84 0
0 0
0 1-10 03/12/86 0
0 0
0 1-10 09/28/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-10 1-11 05/31/84 0
0 0
0 1-11 03/12/86 0
0 0
0 1-11 09/28/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-11 1-12 1-12 1-12 05/31/84 03/12/86 09/23/87 0
0 1
0 0
1 0
0 1
0 0
1 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY PENETRATION: 1-12 1-13 1-13 1-13 PENETRATION: 1-13 05/31/84 03/12/86 09/28/87 0
0 0
0 0
0 0
0 0
0 0
0 W.0.#870926002 1-14 05/31/84 0
0 0
0 1.:.14 03/ 12/86 0
0 0
0 1-14 09/22/87 6
6 6
6 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY 1 -:14 11/11/87 0
6 0
TESTED PER W.0.#870225155 ACT.
47 DUE TO DCP 1EC2230
. PENETRATION: 1-14
-15 05/31 /84 0
0 0
0 1-15 03/12/86
.0 0
0 0
1-15 09/23/87 1
1 1
1 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY PENETRATION:* 1-15
..*........... ~......................................................*................................
,(.1fq~~;:~~i,~~i~t~
'; ~}
FIRST ISOLATION GROUP SECOND ISOLATION GROUP SALEM UNIT 1 TYPE A RUNNIN ARV BV PENETRATION AS-FOUND AS-L CALCULATIONS AS OF 12/20/87 TYPE A 08/13/84 II 88890 SCCM TEST DATE VALVE AS-FOUND LEAKAGE VALVE AS-LEFT LEAKAGE PEN.
AS-FOUND LEAKAGE PEN.
AS-LEFT LEAKAGE 0
0 REMARKS 1-16 1-16 1-16 1-16 05/31/84 03/12/86 09/29/87 11/10/87 0
0 0
0 0
0 0
0 0
0 0
0 W.0.#870926002 0
TESTED PER W.0.#870630033 ACT. I
31 DUE TO DCP 1EC2232 PENETRATION: 1-16 1-17 05/31 /84 0
0 0
0 1-17 03/12/86 0
0 0
0 1-17 09/22187 0
0 0
0 W.0.#870926002 PENETRATION: 1-17 1-18 05/31 /84 0
0 0
0
. 1-18 03/12/86 0
0 0
0 1-.18 09/23/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-18 1-19 1-19 1-19 PENETRATION: 1-19 05/31/84 03/21/86 09/22/87 0
2 6
0 2
6 0
2 6
0 2
6 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY
o********Q*****
1-20 05/31 /84 0
0 0
0 1-20 03/ 12/86 0
0 0
0 1-20 09/26/87 O
0 0
0 W.0.#870926002 1-20 11 /20/87 0
0 0
TESTED PER W.0.#870630035 ACT.
09 DUE TO DCP 1EC1914A DR# PI-87-040 PENETRATION: 1-20
i-21 05/31/84 0
0 0
0 1-21 03/21 /86 8
8 8
8 1-21 09/21 /87 0
0 0
0 W.0.#870926002 PENETRATION: 1-21 1-23 1-23 05/31/84 03/20/86 0
5 0
5 0
5 0
5
/
~*
2/04/
FIRST ISOLATION GROUP SECOND ISOLATION GROUP SALEM UNIT 1 TYPE A RUNNIN ARV BY PENETRATION AS-FOUND AS-L CALCULATIONS AS OF 12/20/87 TYPE A 08/13/84 @ B8890 SCCM TEST DATE VALVE AS-FOUND LEAKAGE VALVE AS-LEFT LEAKAGE PEN.
AS-FOUND LEAKAGE PEN.
AS-LEFT LEAKAGE REMARKS 1-23 09/29/87 0
0 0
0 W.0.#870926002 PENETRATION:.1-23 L
1-24 05/31 /84 0
0 0
0 1-24 03/12/86 0
0 0
0 1-24 09/29/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-24 1-25 05/31/84 o*
o o
o 1-25 03/12186 0
0 0
0 1-25 09/29/87 0
0 0
0
w. 0. #870926002 PENETRATION: 1-25 1-26 1-26 1-26 PENETRATION: 1-26 05/31/84 03/12/86 09/29/87 0
0 0
0 0
0 0
0 0
0 0
0 W.0.#870926002 1-27 1-27 1-27 05/31/84 03/12/86 09/25/87 0
0 2
0 0
2 0
0 2
0 0
2 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY PENETRATION: 1-27 1-28 05/31 /84 0
0 0
0
1-28 03112106 o
o o
o 1-28 09/25/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-28 1-29 05/31/84 0
0 0
0
. 1-29 03/20/86 2
2 2
2 1-29 09/29/87 0
0 0
0 W.0.#870926002 1-29 11/06/87 0
0 0
TESTED PER W.0.#870225155 ACT.
47 DUE TO DCP 1EC2230 PENETRATION: 1-29 1-31 05/31 /84 0
0 0
0
r
FIRST ISOLATION G~OUP 1-31 1-31 PENETRATION: 1-31 SECOND ISOLATION GROUP.
SALEM UNIT 1 ~VPE A RUNNIN~ ARV BV PENETRATION AS-FOUND AS~~ALCULATIONS AS OF 12/20/87 TVPE A -08/13/84 88890 SCCM TEST DATE 03/ 12/86 09/22/87 VALVE AS-FOUND LEAKAGE 0
0 VALVE AS-LEFT*
LEAKAGE 0
0 PEN.
PEN.
AS-FOUND AS-LEFT LEAKAGE LEAKAGE 0
0 0
0
.REMARKS W.0.#870926002
o******
1-32 05/31/84 0
0 0
0 1-32 03/12/86 0
0 0
0 1-32 09/28/87 0
.0 0
0 W.0.#870926002 PENETRATION: 1-32 1-33 05/31/84 0
0 0
0 1-33 03/12/86 0
0 0
0 1-33 09/28/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-33 1-34 05/31 /84 0
0 0
0 f-34 03/17/86 3
3 3
3 1-34 09/23/87 1
1 1
1 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY PENETRATION: 1-34 1-35 1-35 1-35
PENETRATION: 1-35 05/31/84 03/12/86 09/29/87 0
0 0
0 0
0 0
0 0
0 0
0 W.0.#870926002 1-37 05/31/84 0
0 0
0 1-37 03/12/86 0
0 0
0 1-37 09/28/87 0
0 0
0 1-37 11/10/87 0
0 0
PENETRATION: 1-37 W.0.#870926002 TESTED PER W.0.#870630033 ACT.
31 DUE TO DCP 1EC2232 1-38 1-38 1-38 PENETRATION 1 1-38 05/31/84 03/12/86 09/28/87 0
0 0
0 0
0 0
0 0
0 0
0 W.0.#870926002 r
" ~t.
c.',.
2/04/
FIRST ISOLATION GROUP
. 1-39 1-39 1-39 1-:39 PENETRATION: 1-39 SECOND ISOLATION GROUP SALEM UNIT i TYPE A RUNNIN ARV BV PENETRATION AS-FOUND AS-L CALCULATIONS AS OF 12/20/87 TVPE A 08/13/84 @ 88890 SCCM TEST DATE 05/31/84 03/ 12186 09/23/87 11/10/87 VALVE AS-FOUND LEAKAGE 0
0 0
VALVE AS-' LEFT LEAKAGE 0
0 0
0 PEN.
AS-FOUND LEAKAGE 0
0 0
0 PEN.
AS-LEFT LEAKAGE 0
0 0
0 REMARKS W.0.#870926002 TESTED PER W.0.#870630033.ACT.
3~ DUE-TO DC~ iEC223~*
1-40 05/31 /84 0
0 0
0 1-40 03/17/86 8
8 8
8 1-40 09/23/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-40 1-41 05/31 /84 0
0 0
0 1-41 03/12/86 0
0 0
0 1-41 09/22/87 0
0 0
0 1-41 11/10/87 0
0 0
PENETRATION: 1-41 W.0.#870926002 TESTED PER W.0.#870630033 ACT.
32 DUE TO DCP 1EC2232 1-42 1-42 1-42 PENETRATION: 1-42 05/31/84 03/22/86 09/29/87 0
1 0
0 1
0 0
1 0
0 1
0 W.0.1'870926002
o****************
1-43 1-43 1-43 PENETRATION: 1-43 05/31/84 03/12/86 09/21/87 0
0 0
0 0
0 0
0 0
0 0
0 W.0.#870926002
~********************************
1-44 1-44
~ENETRATION~ 1-44 05/31/84
. 03/ 12(86 0
0 0
0 0
0 0
0 1-45 05/31 /84 0
0 0
0 1-45 03/19/86 2
2 2
2 1-45 09/29/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-45
i,'.,
2/041 FIRST ISOLATION GROUP 1-46 1-46 1-46 PENETRATION: 1-46 SECOND ISOLATION GROUP SALEM UNIT 1 TYPE A RUNNI PENETRATION AS-FOUND AS-L TYPE A 08/13/84 @
MARV BV CALCULATIONS AS OF 12/20/87 88890 SCCM TEST DATE 05/31/84 03/12/86 09/29/37 VALVE AS-FOUND LEAKAGE 0
0 0
VALVE AS-LEFT LEAKAGE 0
0 0
PEN.
AS-FOUND LEAKAGE 0
0 0
PEN.
AS-LEFT LEAKAGE 0
0 0
REMARKS W.0.#870926002 1-47 05/31/84 0
0 0
0 1-47 03/12/86 0
0 0
0 1-47 09/22/87 6
6 6
6 1-47 11/10/87 0
6 0
PENETRATION: 1-47 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY W.0.#870630033 ACT.31, TESTED DUE TO OCR 1EC2232 1-48 05/31/84 0
0 0
0 1-48 03/12/86 0
0 0
0 1-48 09/29/87 0
0 0
0 1-48 11/11/87 1
0 1
PENETRATION: 1-48
W.0.#870926002 W.0.#870225155 ACT.#47, TESTED DUE TO OCR 1EC2230 1-49 05/31/84 0
0 0
0 1-49 03/ 12/86 0
0 0
0 1-49 09/25/87 0
0 0
0 W.0.#870926002 1-49 11/11/87 0
0 0
W.0.#870225155 ACT.47, TESTED DUE TO OCR 1EC2230 PENETRATION: 1-49 1-50 05/31/84 0
0 0
0 1-50 03/12/86 0
0 0
0 1-50 09/25/87 2
2 2
2 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY PENETRATION: 1-50 1-51 1-51 PENETRATION: 1-51 05/31/84 03/ 12/86 0
0 0
0 0
0 0
0
Q*o**************
1-52 05/31/84 0
0 0
0 f
FIRST ISOLATION GROUP 1-52 P~NETRATION: 1-52 SECOND ISOLATION GROUP SALEM UNIT 1 TYPE A RUNNI MARV, BY PENETRATION AS-FOUND AS-L.:
CALCU,LATIONS AS OF 12/20/87, TYPE A 08/13/84 0 88890 SCCM TEST DATE 03112/86 VALVE AS-FOUND LEAKAGE 0
VALVE AS-LEFT LEAKAGE 0
PEN.
AS-FOUND LEAKAGE 0
PEN.
AS-LEFT LEAKAGE 0
o**o*o~~o***o***o**
1-53 05/31/84 0,
0 0
0 1-53 03/18/86 3
3 3
3 REMARKS 1-53 09/28/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-53 1-56 1-56 1-56 PENETRATION: 1-56 05/31/84 03/12/86 09/26/87 0
0 0
0 0
0 0
0 0
0 0
0 W.0.#870926002
O*****************
1-57 1-57 1-57 PENETRATION: 1-57 05/31/84 03/12/86 09/22/87 0
0 0
0 0
0 0
0 0
0 0
0 W.0.#870926002
o***********************************************
1-58 05/31 /84 0
0 0
0 1-58 03/12/86 0
0 0
0 PENETRATION: 1-58 1-59 05/31 /84 0
0 0
0 1-59 03/12/86
,0 0
0 0
1-59 09/28/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-59
~***********************************************************************************************
1-60 05/31 /84 0
0 0
0 1~80 03/22/86 6
6 6
6
,1-60 09/28/87 0
0 0
0
.. 1-60 11 /05/87 0
Cl 0
W.0.#870926002 W.0.#870225155 ACT.47, TESTED DUE TO OCR 1EC2230 PENETRATION: 1-60 1-61 05/31 /84 0
0 0
0 1-61 03/12/86 0
0 0
0 1-61 09/23/87
0.
0 0
0 W.0.#870926002
\\'
w 0
0 Hi 2/04/
FIRST ISOLATION GROUP 1-61 PENETRATION: 1-61 SECOND ISOLATION GROUP SALEM UNIT 1 TYPE A RUNNIN ARV 8V PENETRATION AS-FOUND AS-L CALCULATIONS AS OF 12/20/87 TYPE A 08/13/84 0
88890 SCCM TEST DATE 11/06/87 VALVE AS-FOUND LEAKAGE VALVE
. AS-1,..EFT LEAKAGE PEN.
AS-FOUND LEAKAGE 0
PEN.
AS-LEFT LEAKAGE REMARKS W.0.#870225155 ACT.47, T~STED DUE TO OCR 1EC2230 1-62 05/31/84 0
0 0
0 1-62 03/12/86 0
0 0
0 1-62 09/23/87 0
0 0
0 1-62 11 /06/87 0
0 0
PENETRATION: 1-62 W.0.#870926002 W.0.#870225155 ACT.47, TESTED DUE TO OCR 1EC2230 1-63 05/31/84 0
0 0
0 1-63 03/12/86 0
0 0
0 1-63 09/26/87 0
0 0
0 1-63 11/24/87 1
0 1
PENETRATION: 1-63 W.0.#870926002 W.0.#871123170 ACT.01, TESTED DUE TO PENETRATION BEING FOUND EMPTY
~*****************************************************************
1-64 05/31/84 0
0 0
0 1-64 03/12/86 0
0 0
0 1-64 09/21/87 6
6 6
6 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY PENETRATION: 1-64
o***o****
1-65 05/31/84 0
0 0
0 1-65 03/12/86 0
0 0
0 1-65 09/21/87 0
0 0
0 W.0.#870926002 PENETRATION: 1-65 1-66 1-66 PENETRATION: 1-66 05/31/84 03/ 12/86 0
0 0
0 0
0 0
0 1-67 1-67 PENETRATION: 1-67 05/31/84 03/ 12/86 0
0 0
0 0
0 0
0 l"
\\*I
2/04/
FIRST ISOLATION SECOND ISOLATION GROUP GROUP 100-AIRLOCK 100-AIRLOCK 100-AIRLOCK 100-AIRLOCK 100-AIRLOCK 100-AIRLOCK 100-AIRLOCK 100-AIRLOCK 100-AIRLOCK 100"'-AIRLOCK PENETRATION: lOOAL SALEM UNIT 1 TYPE A RUNNI PENETRATION AS-FOUND AS-C TYPE A 08/13/84 ARV BY CALCULATIONS AS OF 12/20/87 88890 SCCM VALVE VALVE PEN.
PEN.
TEST AS-FOUND AS-LEFT AS-FOUND AS-LEFT DATE LEAKAGE LEAKAGE LEAKAGE LEAKAGE 08/03/84 2144 2, 144 2, 144 2, 144 02/19/85 4798 4,798 4,798 4,798 07/29/85 1223 1, 223 1,223
1. 223 01/25/86 11045 11,045 11,045 11,045 04/27/86 5,908 11,045 5,908 10/15/86 1100.
1,100
1. 100 1,100 04/09/87 5770 5, 770 5,770 5,770 10/01/87 834 834 834 834 10/01/87 834 834 834 834 12/17/87 4,570 834 4,570 REMARKS DR MT86.085 WRITTEN RETEST UPON RESOLUTION OF DR MT86.085 WO# 8610120171 WO# 870419012 W.0.#871012006 ACT.#01 DOOR INTERLOCK CHECK WAS SAT.
, W.0.#871012006 W.0.#870226035 ACT.#02 DOOR INTERLOCK CHECK WAS SAT.
lOOAL-ELE-L 100AL-ELE-L 100AL-ELE-L PENETRATION: 100ALL 05/31/84 04/25/86 11/18/87 0
1,
0 1
1 0
1 1
0 1
1 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY IOOAL-ELE-R IOOAL-ELE-R PENETRATION: lOOALR 05/31/84 10/03/87 0
1 0
1 0
1 0
1 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY i
1CA1714 1CA1714 1CA1714 PENETRATION: lOOALV 08/24/84 04/27/86 10/07/87 0
0 15 0
0 15 0
0 15 0
0 15 W.0.#890322002 ACT.#55 l lVLV-RM-CVR 11VLV-RM-CVR 11VLV-RM-CVR 11 VLV-RM-CVR PENETRATION: 11VRC 06/27/84 04/26/86 08/10/86 11/23/87 2
0 7
20 2
0 7
20 2
0 7
20 2
0 7
20 W.0.#871030009 ACT.# 04 12VLV-RM-CVR 12VLV-RM-CVR 06/27/84 04/26/86 1
6 1
6 1
6 1
6
LU N
0 Hi LU 2/04/
FIRST ISOLATION GROUP 12VLV-RM-CVR 12VLV-RM-CVR PENETRATION: 12VRC SECOND ISOLATION GROUP SALEM UNIT 1 TYPE.A RUNNI PENETRATION AS-FOUND AS-L TYPE A 08/13/84 @
ARV BY CALCULATIONS AS OF 12/20/87 88890 SCCM TEST DATE 08/10/86 11/23/87 VALVE AS-FOUND LEAKAGE 2,
VALVE AS-LEFT LEAKAGE 2
1 PEN.
AS-FOUND LEAKAGE 2
1 PEN.
AS-LEFT LEAKAGE 2
1 REMARKS W.0.#871030009 ACT.# 05 130-AIRLOCK 07/26/84 1671 1,671 1,671 1,671 130-AIRLOCK 01/26/85 1498 1,498 1;498 1,498 130-AIRLOCK 07 I 26/85 796 796 796 796 130-AIRLOCK 01/24/86 4702 4,702 4,702 4,702 130-AIRLOCK 04/25/86 955 4, 702 955 130-AIRLOCK 10/17/86 804 804 804 804 WO# 8610120180 130-AIRLOCK 04/10/87 3300 3,300 3,300 3,300 WO# 870421010 130-AIRLOCK 10/01 /87 794 794 794 794 W.0.#871013001 ACT.#01 DOOR INTERLOCK CHECK WAS SAT.
130-AIRLOCK 10/01/87 794 794 794 794 W.0.#871013001
. 130-AIRLOCK.
12/19/87 4,510 794 4,510 W.0.#870226035 ACT.#03 DOOR INTERLOCK CHECK WAS SAT.
PENETRATION: 130AL
~.......*..............................................................................................
130AL-ELE-L 130AL-ELE-L 130AL-ELE-L PENETRATION: 130ALL 05/31/84 04/25/86 10/29/87 o
1 o o,
o o
1 0
0,
0 W.0.#870926002 130AL-ELE-R 130AL-ELE-R 130AL-ELE-R PENETRATION:.130ALR 05/31/84 04/25/86 10/25/87 0,,
0 1
1.
0 1
1 o,
1 W.0.#870926002, RESULTS SAT.
DUE TO MACHINE SENSITIVITY 1CA1715 08/24/84 0
0 O
O 1CA1715 04/24/86 0
0 0
0 1CA1715 10/02/87 4
4 4
4 W.0.#890322002 ACT.#56 PENETRATION: 130ALV
"!'.:.. :.*1
1 "(,
w w
0 Hi w
.i::.
\\
\\.
/
11G~
S-FOUND LEAKAGE WAS NOT ADDED -
NO TUBE LEAKAGE 12GB4 AS-FOUND LEAKAGE WAS NOT ADDED NO TUBE LEAKAGE 14GB4 AS-FOUND LEAKAGE WAS NOT ADDED NO TUBE LEAKAGE TOTAL OF LATEST PENETRATION AS-LEFT LEAKAGE 60,304 WHICH IS 0.278 LA AND SATISFIES THE.6 LA REQ.
RUNNING TYPE A AS-FOUND BASED ON A_
START DATE OF 08/13/84 WITH A LEAKAGE OF 88890 97,948 SCCM WHICH IS 0.452 LA AND SATISFIES TH_E.75 LA REQUIREMENT AND A FINISH DATE OF 12/20/87 1"'

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