ML18092B461

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Second Inservice Integrated Leak Rate Test & Type B & C Surveillance Test, Rept for Nov 1986
ML18092B461
Person / Time
Site: Salem PSEG icon.png
Issue date: 03/13/1987
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Public Service Enterprise Group
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ML18092B460 List:
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NUDOCS 8703190382
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REACTOR*CONTAINMENT,BUILDING SECOND INSERVICE INTEGRATED LEAK RATE TEST AND TYPE B & C SURVEILLANCE TEST SALEM NUCLEAR GENERATING STATION UNIT 2 NOVEMBER 1986 PUBLIC SERVICE ELECTRIC AND GAS COMPANY r-8703190382 870313 PDR ADOCK 05000311

~.

PDR

SECTION 1 1.0 PURPOSE 2.0

1.
3.
4.
5.

The purpose of this report is to present a description and analysis of the second inservice Type "A" Reactor Containment Building Integrated Leak Rate Test (CILRT) and a summary of the Type 11 8 11 and "C" tests performed since the as - left test prior to the first inservice type "A" Test (5/20/83) conducted on the Public Service Electric and Gas Company Salem Nuclear Generating Station Unit 2.

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 <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> duration in accordance with ANSI N 45.4 (1972).

JREFERENCES 10 CFR 50 Appendix 11J 11 Primary Reactor Containment Leakage Testing for Water-cooled Power Reactors, January 1, 1986.

ANSI N 45.4 (1972) -

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

ANSI 56.8 (1981) -

Containment System Leakage Testing Requirements.

Public Service Electric & Gas Company Nuclear Site Services Department Procedure M9-ILP-CT-2, Rev. 01, "Reactor Containment Building Integrated Leak Rate Test.*

Salem Unit No. 2 Technical Specification 4.6.1.2.

6.

IE Information notice No. 85-71:

Containment Integrated Leak Rate Tests.

Page 1 of 16

Table of Contents Section Page

1. 0 Jl.>URPOSE l

2.0 REFERENCES

l 3.0 LIST OF ATTACHMENTS 2

4.0 GENERAL TEST DESCRIPTION 3

s.o ILRT AND LLRT SUMMARIES 9

6.0 EDITED LOG OF EVENTS 11 7.0 TEST RESULTS AND ANALYSIS 13 i

    • o LIST OF ATTACHMENTS
  1. 1 Calibration Reports
  1. 2 Weighting Factors
  1. 3 Temperature Stabilization Data
  1. 4 Formulas for computing the CILRT using the percent leakage total time method.
  1. 5 ILRT Data (% Leakage Total Time)
  1. 6 ILRT Dewpoint Temperature Plot
  1. 7 ILRT Average Temperature Plot
  1. 8 ILRT Average Pressure Plot
  1. 9 Superimposed Instrument Verification Test Data
  1. 10 Mass Step Change Instrument Verification Test Data
  1. 11 Site Meterology Data
  1. 12 Summary of Type B & C Periodic Tests From Previous Type "A" Test ( 5/20/83)
  • Page 2 of 16

4.0 GENERAL TEST DESCRIPTION

~: Excerpt from PSE&G Procedure M9-ILP-CT-2.

4.1 Precautions

a.

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

b.

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

c.

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

d.

No leakage path shall be isolated withotit the prior approval of the Test Director.

All prework 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.

An air release permit 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.

j.

Communications between test personnel in the following areas shall be maintained throughout the test. (CILRT control point, pressurization station and control room)

Page 3 of 16

k.

The instrumentation, installed and operated as specified in the Research and Testing Lab Responsibilities Section of the M9-ILP-CT-2 Procedure 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 R&TL 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 the test or to 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 duration 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

  • rn.

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 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

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.

Page 4 of 16

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 affects 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-2.

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 A partial listing of the Recorded Prerequristes I

I L

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 is 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.

NOTE:

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

Page 5 of 16

d.
e.

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

  • 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-2.is completed.

g.

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

h.

All preparations by the Maintenance Department in accordance with Attachment #3 of Procedure M9-ILP-CT-2 are completed~

i.

All preparations by the Maintenance I&C Department in accordance with Attachment #4 of Procedure M9-ILP-CT-2 are completed.

j.

All preparations by the Radiation Protection/Chemistry Department in accordance with Attachment #5 of Procedure M9-ILP-CT-2 are completed.

k.

All preparations by the Site Protection Department in accordance with Attachment #6 of Procedure Mq-ILP-CT-2 are completed.

1.

All preparations by the Site Maintenance Department in accordance with Attachment #14 of Procedure M9-ILP-CT-2 are completed.

m.

All preparations by the ISI Department in accordance with Attachment #7 of Procedure M9-ILP-CT-2 are completed.

Page 6 of 16

~

4.3

n.
o.

The preparation of the pressurization facility in accordance with Attachment #8 of Procedure M9-ILP-CT-2 is completed.

All preparations by R&TL in accordance with Attachment #9 of Procedure M9-ILP-CT-2 are completed.

p.

The shift support supervisor and the nuclear fire and safety administrator have been notified

q.
r.

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.

The official log of events (Attachment 11) of Procedure M9-ILP-CT-2 has been initiated by the ISI Engineer. This log will be appended to this M9-ILP-CT-2 procedure and will continue until the containment is fully depressurized.

An air sample of containment air has been obtained for radio isotope analysis *

s.

All personnel are out of the containment.

Equipment 4.3.l 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 facility was rated at 10,000 standard cubic feet per minute (SCFM).

4.3.2 Instrument verification was performed by the following methods:

a.

Mass Step Change -

A precision gas meter was installed in the piping system of the pressurization facility.

b.

Superimposed -

A Calibriated Thermal Mass Flowmeter was positioned in the relay room, using a containment piping penetration.

Page 7 of 16

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.

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

1972Property "ANSI code" (as page type) with input value "ANSI N45.5 -</br></br>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 -</br></br>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.

(6) six dewpoint sensors

c.

(24) twenty four resistance temperature detectors (RTD)

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 weighting factor for the sensors and location sketch of the sensors

  • 4.3.5 The instrumentation verification testing equipment consisted of:
a.

Mass Step Change Method:

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

3000 CFH and an accuracy of 100.75%.

2. (1) one Matheson Pressure Gauge 63-5612 with a range of 0 -

100 psig and an accuracy of ~

  • 0. 25 psig.
b.

Superimposed Method

1.

(1) One thermal mass Kurtz Flowmeter.

Page 8 of 16

5.0 I

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

SUMMARY

On November 22, 1986 pressurization for the CILRT of Salem Unit 2, commenced at 2245 hours0.026 days <br />0.624 hours <br />0.00371 weeks <br />8.542225e-4 months <br />.

During pressurization and throughout the entire test, an investigating team checked for detectable leaks.

Containment pressurization was stopped briefly due to loss of fresh water cooling supply to the air dryer and after coolers.

The shift identified that #2 well pump was having problems keeping up with the demand, so they placed #2 well pump in manual to keep tanks full.

On November 23, 1986 at 0550 hours0.00637 days <br />0.153 hours <br />9.093915e-4 weeks <br />2.09275e-4 months <br /> a flange leak on the upstream side of valve 2VC5 was found.

An inspection of the 2VC5 valve leak determined that valve studs were loose prior to the start of pressurization, and due to the containment pressurizration through the valve, the rubber lining was sucked partially into the piping.

Commencement of depressurization was started at 1438 hours0.0166 days <br />0.399 hours <br />0.00238 weeks <br />5.47159e-4 months <br /> (11/23/86), and completed at 0100 hours0.00116 days <br />0.0278 hours <br />1.653439e-4 weeks <br />3.805e-5 months <br /> (11/24/86) and valve 2VC5 repairs were started.

The repairs of valve 2VC5 were completed on 11/24/86 @ 0515 hours0.00596 days <br />0.143 hours <br />8.515212e-4 weeks <br />1.959575e-4 months <br /> with an acceptable leak rate test.

The Second Pressurizration for the CILRT of Salem Unit 2 commenced at 0907 on November 25, 1986

  • When the containment pressure reached 63.196 PSIA all air compressors were secured and the pressurization facility was vented to the atmosphere.

NOTE:

The pressurization rate was 3.3 PSI/Hr.

The temperature stabilization test was initiated at 0000 hours0 days <br />0 hours <br />0 weeks <br />0 months <br /> on November 26, 1986 with an average containment pressure of 63.05.

The stabilization criteria was satisfied and completed on 11/26/86 at 0400.

The Data acquistion for the CILRT was initiated on November 26, 1986 at 0453 hours0.00524 days <br />0.126 hours <br />7.490079e-4 weeks <br />1.723665e-4 months <br />.

Temperature, pressure and humidity data was continuously recorded at 15 minute intervals.

After 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> of Data Collection (November 27, 1986 @ 0453 hours0.00524 days <br />0.126 hours <br />7.490079e-4 weeks <br />1.723665e-4 months <br />) the calculated leak rate with corrections was 0.032% of containment volume per day.

With a 95% confidence level and other corrections shown in paragraph 7.0, and this converts into 0.043% of containment volume per day (using the percent leakage total time method per ANSI N 45.4, 1972).This leak rate satisfied the requirements of Public Service Electric and Gas Company, Salem Unit #2's Technical Specification 4.6.1.2.

Page 9 of 16 L

After securing an air release permit the superimposed leak (Instrument Verification Test) of 7.6 SCFM was created on November 27, 1986 at 0749 hours0.00867 days <br />0.208 hours <br />0.00124 weeks <br />2.849945e-4 months <br />.

The superimposed test was acceptable until the 4th hour reading, when a spike occured.

The superimposed test was continued another 2 1/2 hours, to see if the data would stable out, it did not.

The Mass Step Change Instrument Verification Test was then conducted to support the questionable results of the superimposed test.

The Mass Step Instrument Verification Test was successfully completed on November 27, 1986 at 1630 hours0.0189 days <br />0.453 hours <br />0.0027 weeks <br />6.20215e-4 months <br />.

Depressurization of the containment started on November 27, 1986 at 1654 hours0.0191 days <br />0.459 hours <br />0.00273 weeks <br />6.29347e-4 months <br /> and continued until November 28, 1986 at 0530 hours0.00613 days <br />0.147 hours <br />8.763227e-4 weeks <br />2.01665e-4 months <br /> at which time the containment pressure was at ambient condition NOTE: (Depressurization Rate= 4.0 PSI/hr).

The post inspection showed no apparent change to either the containment liner or exterior concrete.

5.2 LLRT (Local Leak Rate Tests, Type B & C)

The local leakage tests of the containment penetrations were performed by the methods described in the Salem Nuclear Site Services Department Procedure M9-ILP-CT-3.

The summary report of the LLRT's performed subsequent to the pre-operational Type "A" test in accordance with 10CFR50 Appendix "J" Paragraph 3, as shown on Attachment 13.

Page 10 of 16

TYPE "An TEST 6.1 Edited Log of Events November 21, 1986 Conducted the inspection of the interior and exterior surfaces of the containment structure, no anomalities noted.

November 22, 1986 1830 2245 2338 Started final containment walkdown and pretest visual liner inspection.

Initiated 1st containment pressurization.

Stopped pressurization of containment after losing cooling water to the air dryer and after coolers of the pressurization facility.

November 23, 1986 0035 0550 1438 Commenced pressurization after #2 well pump was placed in manual mode.

Found a flange leak on valve 2VC5.

Obtained an air release permit and started depressurizing the containment to repair valve 2VC5.

November 24, 1986 0100 Declared containment totally depressurized and commenced work activities associated with the repair work on valve 2VC5.

November 25, 1986 0907 2155 2328 2338 Initiated 2nd containment pressurization after all repairs and an acceptable leak rate test was performed on valve 2VC5.

  1. 25 C.F.c.v. tripped with no affect on containment conditions.

Secured all air compressors at 63.196 PSIA.

Depressurization of pressurization facility completed.

November 26, 1986 0000 0415 0430 0453 Started the temperature stability test.

Temperature stabilization criteria was completed and satisfied.

Commenced the CILRT data collection.

Start of the CILRT.

Page 11 of 16

TYPE 0 A 0

TEST (Cont'd) 6.1 Edited Log of Events November 27, 1986 0453 0749 1134 1545 1630 1730 CILRT completed Obtained an air release permit and started the superimposed instrument verification test.

Completed the superimposed instrument verification test with questionable results.

Started the Mass Step Change Instrument Verification Test.

Successful completion of the Mass Step Change Instrument Verification Test.

Initiated final depressurization of containment.

November 28, 1986 0615 0730 0815

==

Conclusion:==

Final depressurization of containment completed.

Completed the post test containment inspection.

Terminated log of events.

All test and inspection results proved to be satisfactory

  • Page 12 of 16

7.0 1

SECTION 6 TEST RESULTS AND ANALYSIS Technical data for PSE&G Salem Unit 2 Containment:

a.

Containment Net Free Volume : 2.62 X 106 cu. ft.

b.

Normal Operating Pressure: Between -1.5 and +0.3 psig.

c.

Calculated Accident Peak Pressure: 47 psig

d.

Normal Operating Temperature: 120° F

e.

Calculated Accident Peak Temperature: 271° F 7.2 The level indication of all liguid containing vessels in containment was re6orded prior to the test and immediately after completing the test.

The only measurable level changes were:

VESSEL PRETEST POST TEST VALUE IN CU FT Pressurizer 70%

61%

DOWN 162 CU FT Containment Sump UP 40.1 CU FT Total Difference DOWN 121.9 CU FT After Type "A" Test the Containment Sump pumped out 300 gallons qualing 40.1 CU. FT.

Addition for level correction is -

.00027 (%) La*

7.3 The following penetrations were not in their proper lineup required during Containment Isolation, therefore, a Type C (LLRT) penalty is required to be added to the Type "A" Test results.

PENETRATION 2SA268-270 (Pen. 61) 2SA265-267 (Pen. 61A) 2SA262-264 (Pen. 61B) 2WL190-2SF36 (Pen. 66A) 2WL191-2SF22 (Pen. 66) 2WR80-81 (Pen. 22A) 2CA1714 (100" Airlock) 2CA1715 (130' Airlock) 21-24CV99 (Pen. 26) 2SS33-2SS104 (Pen. 18) 2WC16-17 (Pen. 45) 2CV116-284-296 (Pen. 37)

TOTAL SCCM = ______._0_1_s ______ %La Page 13 of 16 LEAKAGE SCCM 0

0 21 2

6 250 1

0 555 65 2,320 650 3,870 Total SCCM 3,870 216,250=.018

7.4 Summary ILRT Results at 48.5 psig (Pac.47.0)

ACCEPTANCE RESULTS CRITERIA

%/Day Calculated Leakage, La

.03 Type C leakage to be added

.0018

.000027 Water level correction Total

.032 0.100 (MAX.)

Calculated Leakage at 95%

Confidence level Type C leakage to be added Water level correction Total

.041

.0018

.000027

.043 The results are within the limit of 0.075%/Day.

7.5 The Mass Step Change Verification Test 7.5.1 Description 0.075 (MAX)

This test is performed to verify the accuracy of the instrumentation employed to measure the leakage rate during the Type "A" test. It is accomplished by removing a quantity of air equivalent to La through a gas meter from the containment.

The mass of air removed from the containment is then calculated as foJ.,lows:

M = 144 PV/RT

Where, V = Volume of air passing thru the gas meter during pump back.

P = Gas meter inlet pressure - psia.

T = Absolute temperature of the air passing through the gas meter.

459.69 + °F R = Gas constant

= 53.35 ft lbt/lbmF The mass of contained air (M2) is then calculated using the method employed during the Integrated Leakage Rate Test, and subtracted from the air mass (M1) that had been in the containment before removing the measured quantity.

Page 14 of 16

The difference between M1 and M2 is the mass of air removed from the containment.

7.5.2 Acceptance Criteria Results of this test will be considered acceptable provided the difference between the removed mass as measured by the Type "A" Test instrumentation agrees with the removed mass as determined by the gas meter to within 25% of La*

i.e. M-(Ml -

M2) <.25 La is the data for the verification test.

7.5.3 Calculations Volume of air removed 2574.0 Ft3 Mass of air removed (M) 838.0 lbm ILRT Instrumentation Calculated 854202.0 lbm Air Mass before air removed (M1)

ILRT Instrumentation Calculated 853406 lbm Air Mass after air removed (M2)

Difference in Mass of air M-(M1 -

M2) 42.4 lbm Acceptance Criteria

+206.7 lbrn Mass step change verification test results met the requirements set forth in reference 2.

7.6 The Superimposed Instrument Verification Test 7.6.1 Description This test is conducted to verify the capability of the Integrated Leakage Rate Test instrumentation to determine the overall integrated leakage rate.

The test is accomplished by superimposing a controlled leak approximately equivalent to La (7.6 SCFM) on the containment.

The desired superimposed leak (L0 ) is created by adjusting a control valve and measuring the flow with a calibrated thermal mass flowmeter.

The containment composite leakage rate (Le) is determined using the Integrated Leakage Rate instrumentation.

Page 15 of 16

7.6.2 Acceptance Criteria The results of this considered acceptable if the difference between the composite leakage rate (Le) calculated during the verification test and the leakage rate (Lam> calculated during the Integrated Leakage Rate Test is less that +.25 of the allowable leakage (La).

Lo + Lam -

.25 La < Le~ Lo + Lam+.25 La 7.6.3 Description of Test Results:

The Mass Step Change Test was conducted after the Superimposed Method, due to questionable results described as follows.

The Superimposed Test was meeting the Acceptance Criteria right up until the last Data Point ( at end of the four hour duration), when for an unknown reason a spike occured.

The test was continued for an additional 2 1/2 hours to see if it would stable out, it did not.

It was then decided to conduct the Mass Step Change Instrument Verification Test to back up the Superimposed test anornalities

  • Page 16 of 16

ATTACHMENT 1 CALIBRATION CHECK Sensor No.

1 2

3 4

5 6

Pre Volumetric oc 41.3 40.7 40.2 42.2 40.9 41.6 Dew ILRT Standard oc 38.7 38.7 35.2 39.3 39.0 38.5 Pre ILRT Calibration Check 11-20-86 Post ILRT Calibration Check 11-28-86 Standard EG&G Model 660 S/N 0432 Point Page 1 of 3 Sensors Post ILRT Volumetric Standard oc oc 23.3 20.3 21.7

21. 4 21.9 18.0 23.8 25.2 22.7 21.6 22.5
21. 2

ATTACHMENT 1 CALIBRATION CHECK RTD Sensors Pre ILRT Post ILRT RTD T/C RTD T/C RTD No.

op op op op 1

65.8 64.3 57.9 "56.2 2

66.2 64.5 58.1 56.4 3

66.1 63.9 58.0 56.3 4

66.3 64.2 58.0 56.4 5

62.7 63.8 33.9 56.2 6

64.4 63.8 55.9 56.0 7

63.4 64.0 55.5 56.3 8

63.7 63.9 55.6 56.5 9

64.5 63.6 56.2 55.8 10 64.5 63.9 56.8 56.4 11 63.8 63.9 56.1 56.5 12 66.5 63.8 58.3 56.2 13 64.7 63.8 57.2 56.2 14 63.l 64.. 3 55.5

56. 4

_!)

66.0 63.7

'57.9 56.0 16 64.3 64.5 55.9 56.2 17 65.0 65.2 5 5. 9 56.6 18 70.0 69.0 59.4 59.0 19 65.8 64.3 62.1 56.7 20 68.l 67.2 58.4 58.1 21 64.8 63.3 56.8 55.5 22 66.2 65.2 57.3 56.5 23 65.0 62.6 57.0 54.9 24 66.3 63.8 62.1 60.8 Pre ILRT Calibration Check 11-20-86 Post ILRT Calibration Check 11-28-86 Type T thernocouple special + 0.75°P Page 2 of 3

ATTACHMENT 1 CALIBRATION CHECK Quartz Momorneter Pre ILRT Post ILRT Standard S/N 1089 S/N 1090 Standard Pl P2 psi a Psi a psia osia psi a osia 60.046 60.039 60.065 59.988 59.988 60.005 Pre ILRT -

11-19-86 Post ILRT -

11-28-86 Standard PS No. 5687 S/N 2686 Page 3 of 3

ATTACHMENT 2 SALEM UNIT 2 GENERATING STATION WEIGH FACTOR FILE WEIGH1 TEMPERATURE WEIGH FACTOR RTD NO.

LABEL WEIGH FACTOR El 276.5 4.06 2

El 253.0 5.12 3

El 253.0

5. 12 4

El 229.5 4.37 5

EL 229.5 4.37 6

El 229.5 4.37 7

El 203.0

5. 75 8

El 203.0 5.75 9

El 203.0 5.75 10 EL 174.0

5. 75 11 El 174.0 5.75 12 El 174.0
5. 75 13 El 144.5
5. 75 14 El 144.5
5. 75 15 El 144.5 5.75 16 El 120.0 1.03 17 El 115.0 2.72 18 El 103.0 3.77 19 El 98.0 1.03 20 El 103.0 3.77 21 El 115.0
2. 72 22 El 88.0
  • 2.41 23 El 88.0 2.41 24 El 60.0 1.03 Weigh Factor tot a L is 100.0 If total is not 100% then correct D.P. TEMPERATURE WEIGH FACTOR D.P. NO.

LABEL WEIGH FACTOR El 241.0

13. 71 2

El 241.0

13. 71 3

El 174.0 25.85 4

El 174.0 25.85 5

El 103.0 10.44 6

El 103.0 10.44 D.P. weigh fa:tor total is 100.0 If total is not 100% then correct PRESSURE WEIGH FACTOR QM NO.

LABEL 1

1089 2

1090 WEIGH FACTOR 50.00 50.00 Page l of 2 14 Jan 1987

.A 3 0

2.

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4-A 11 A2 0

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El. 241' El.* 229'-6" El. 203 I

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Attachment #2 A

RTD Location 0

Dew Point Sensor Location INSTRUMENTATION LOCATIO~

SALEM CONTAINMENT ILRT PUBLIC*SERVICE ELECTRIC and G~S CO.

Page 2 of 2

ATTACHMENT #3 26 Nov 1986 SALEM UNIT 2 GENERATING STATION TEMPERATURE STABILITY AMBIENT CONTAINMENT STABILITY SCAN TIME PRESS TEMP TEMP DEW PT PRESS MASS AUG DIFF14hr AVG DIFF!lhr AUG DIFF No.

Hour Psi a OegF DegF DegF Ps1a Lbm DegF DegF DegF 00:00 14.82 48.97 60.53 49.21 63.0?

854698 0.00 0.00 0.00 2 00:1?

14.81 49.49 60.18 49.11 63.01 854736 0.00 0.00 0.00 3 00:30 14.81 46.43 1)9,92 48.96 62.98 854838 0.00 0.00 0.00 4 00:45 14.80 4?.'5 59.72 49,08 62.96 8'i4801 0.00 0.00 0.00 5 01:00 14.80 45.25 59.56 48.89 62.94 854874 0.00 0.00 0.00 6 -01:1?

14.80

. 44.96 59.40 48.87 62.93 854937 0.00 0.00 0.00 7 01: :;o

14. 79 45.26 59.33 48.98 62.91 854834 0.00 0.00 0.00 8 01 :4?

14.79 44.87 59.28 48.83 62.91 854875 0.00 0.00 0.00 9 02:00 14.79 4'.i.55 59.20 48.83 62.89 8?4803 0.00 0.00 0.00 10 02: l'.i 14.79 4?.89 59.06 4e.11 62.88 8?4894 0.00 0.00 0.00 11 02:30 14.79 47.68

?9. 03 48.7B

"* 98

?8. 13 48.60 62.75

.046

-.003

.086

.040 63 20:23 14.?8

%.71 58.16 48.63 62.75

  • 055

-.003

.085

.040 64 20:38 14.58 57.10

?8.18 48.6?

62.76

. 045

-.003

. oar;

.040 Page 4 of 7

ATTACHMENT #5 26 Nov 1986 SALEM UNIT 2 GENERATING STATION PERCENT LEAKAGE DATA AMBiENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MEAS REGRESSION LEAKAGE No.

Hour Psi a DegF DegF DegF Psi a

%!Day SLOPE IN1ERCEPT 65 20:53 14.58 56.86 58.23 48.66 62.76

.048

-.003

.085

.040 66 21:08 14.58 57.01 58.22 48.72 62.76

.045

-.003

. 085

.039 67 21:23 14.58 57.02 58.21 48.56 62.76

.040

-.003

.OB?

.039 68 21 :38 14.58 56.85 58.24 48.72 62.76

.048

-. 003

.084

.039 69 21:53 14.58 56.Bl 58.23 48.62 62.76

. u45

-.003

.084

. 038 70.22:00 14.58 56.78 58.18 48.72 62.76

.033

-.003

. iJ84

.037 71 22:23 14.58 56.50 58.21 48.68 62.76

.040

-.003

.084

.037 72 22:38 14.58 56.54 58.20 48.70 62.75

.057

-.003

. 084

.037 73 22:53 14.58

56. 00 58.14 48.77 62.75

.040

-.003

.084

.037 74 23:08 14.59 56.31 58.15 48.72 62.75

.043

-.003

.083

.037 75 23:23 14.59 55.94 58.15 48.64 62.75

. 042

-.003

.083

.036 76 23:38 14.59 56.29 58.15 48.72 62.75

.043

-.003

. 083

.036 77 23:53 14.59

56. 05 58.17 48.70 62.75

. 046

-.002

. 083

. 036 78 00:08 14.59

56. 04 58.10 48.68
62. 75
  • 030

-.002

.083

. 035 79 00:23 14.59

56. 06

?8.16 48.64 62.75

. 043

-.002

.083

. 03?

BO 00:38 14.60

56. 09 58.17 48.78 62.75

. 045

-. 002

. 082

.035 Page 5 of 7

ATTACHMENT # 5 27 Nov 1986 SALEM UNIT 2 GENERATING STAT ION PERCENT LEAKAGE DATA AMBIENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MEAS REGRESSION LEAKAGE No.

Hour Psia DegF DegF DegF Psi a

%!Day SLOPE INTERCEPT Bl 00:53 14.60 55.85 58.18 48.62 62.75

.046

-.002

.082

.035 82 01:08 14.60 55.87 58.14 48.63 62.75

. 037

-. (102

.082

.034 83 01:23 14.60 55.78 58.16 48.72 62.75

.041

-.002

.082

.034 84 01:38 14.60 55.88 58.12 48.66 62.75

  • OJ!

-.002

.082

.033 85 01:53 14.60 55.64 58.09 48.70 62.75

.024

-.002

.082

.032 86 02:08 14.61 55.66 58.11 48.60 62.75

.038

-.002

. 082

.032 87 02:23 14.61 55.62 58.11 48.67 62.75

.037

-. 002

.082

.032 BB 02:38 14.61 55.68 58.13 4B.72 62.74

. !)50

-. 002

.081

.032 89 02:53 14.61 5?.52 58.12 48.70 62.74

.046

-.002

.081

.032 90 03:08 14.61 55.25 58.10 48.74 62.74

. 043

-. 002

.081

.032 91 03:23 14.61

55. 05 58.13 48.66 62.74

.048

-.002

.080

  • 032 92 03:3B 14.61 54.9B 58.07 48.71 62.74

. 036

-.002

. 080

.032 93 03:53 14.62 55.07 58.0?

48.74 62.74

. 031

-.002

  • 080

.031 94 04:08 14.62

55. 09 58.07 48.77 62.74

. 033

-.002

. 1180

. (!}1 95 04:23 14.63 54.86 58.06 48.68 62.74

.032

-.002

.080

.030 96 04:3B 14.63 54.65 58.07 48.72 62.74

.034

-.002

.080

  • !_130 Page 6 of 7

ATTACHMENT #5 SALEM UNIT 2 GENERATING STATION 27 Nov 1986 PERCENT LEAKAGE DATA AMBIENT CONTAINMENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MEAS REGRESSION LEAKAGE No.

Hour Psi a DegF DegF DegF Psi a

%/liay SLOPE INTERCEPT 97 04:53 14.64 54.97

58. 11 48.78 62.74

.041

-.002

.080

.. 030 Page 7 of 7

1 JO 1 :+aaqs TEMPERATURE de9F (J1 26Nov-04-53 U1 26 Nov-~653 26 Ncv-0853 Lf) 0

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i.

U1 C)t 26 -No v-045 :>

26 Nov-0653 26 Nov-0853

'26 Nov-1053 26 Nov-1253 26 Nov-165"3 26 Nov-1853 26 Nov-2053 26 Nov-2253 27 Nov-0053 7 Nov-0253 27 Nov...,.0453 Ul Ul 1 JO 1 :).88l{S TEMPERATURE degF Ul en U1 en CJ\\

U1 00 U1 co Ul C.J'I CD (J'l c.c J)

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Nov-02.53 27 Nov-0453

ATTACHMENT #9 SALEM UN IT 2 GHIERAT I NG STAT !ON 27 t-lov 1986 SUPERIMPOSED VER IF ! CA Tl ON TEST AMBIEMT CONT A I Nl1ENT SCAN TIME PRESS TE11P TEMP DEW PT PRESS t!ASS LEAK RATE SUPER I 11PUSED No.

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

%/Day Lbm/Hr

%/Da~1 Scfm 07:49 14.7 52.2 57.9 48.7 62.72 854555 0.000 0.000

.710

.002

.Wi 2 08:04 14.7

?2.0

57. 9 48.7 62.72 854509 0.000 0.000 34.590

. 097 7.539 3 08:19 14.7 51.7 57.9 48.7 62.72 854550 0.000 0.000

34. 087
  • 096 7.427 4 08:34 14.7 52.3 57.9 48.8 62.72 854474 0.\\0 0 0
0. 000 34.432

.097 7.503 5 08:49 14.7 52.0 57.9 48.7 62.72 8?4?29 0.000 0.000 34.7?6

.098 7.572 6 09:04 14.7

?2.4 58.0 48.7 62.72 8?4444

-60.518

.170 33.713

.095 7.344 7 09:19 14.7

?2.5 58;0 48.8 62.72 854432

-74.100

.208 35.202

.099 7...666 8 09:34 14.7

?2.5 58.0 48.7 62.72 85442?

-73.827

.207 34.474

.097 7.507 9 09:49 14.7 52.7 58.0 48.7 62.73 854505

-40.899

.11?

34.950

.098 7.610 10 10:04 14.7 53.3 58.0 48.8

62. 73. 854449

-37.902

.106 34.518

.097 7.514 11 10:19 14.7 53.4

?8.0 48.7 62.73 854476

-28.290*

.079 34.918

."098 7.601 12 10:34 14.7 53.7 58.0 48.7 62.73 854498

-17.716

.. 050 35.147

.099

7. 650 13 10:49 14.7 54.1 58.0 48.7 62.72 854407

-25.069

.070 34.809

.098 7.?77 14 11:04 14.7 53.9 58.0 48.7 62.72 8'54413

-27.904

.078 35.724

.100 7.732 15 11: 19 14.7 54.0 58.0 48.7 62.72 854433

-26.4'55

.074

34. 942

. 098 7.605 16 11:34 14.7 54.1 58.0 48.8 62.72 854432

-25.007

.070 34.549

.097 7.518 Page 1 of 2

ATTACHMENT #9 SALEM UNIT 2 GENERATING STATION 27 Nov lfEl6 SUPERIMPOSED VERIFICATION TEST AMBIENT CONTAINliENT SCAN TIME PRESS TEMP TEMP DEW PT PRESS MASS LEAK RATE.

SUPERlf1POSED No.

Hour Psi a DegF DegF DegF Psi a Lbm LbmlHr

"/Day LbmlHr

%!Day Scfm 17 11 :49 14.7 54.2 58.0 48.8 62.72 8?4340

-31. 639

. 0.89 34.673

.097 7.741 18 12:04 14.7 54.3 58.0 48.7 62.72 854369

-33.293

.094

33. 969

.097 7.392 19 12:19 14.7 54.4 58.0 48.8 62.72 854317

-37.484

.10?

34.729

.097 7.717 20 12:34 14.7 74.4 58.0 48.7 62.72 874403

-34.498

.097 34.739

.098 7.'62 21 12:49 14.7 54.9 78.0 48.8

!62.72 8?4356

-34.491

.097 35.472

.100 7.722 22 13:04 14.7

?4.7

?8.0 48.8 62.72 874335

-35.172

.099 35.24?

. 099 7.673 23 13:19 14.7 54.6

?B.O 48.8

62. 72 854363

-33.8.70

.09?

35.462

.100 7.720 24 13:34 14.7

54. 9
57. 9 48.7 62.71 8?4399

-30.980

. 087 34.787

.098 7.5?1 2? 13:49 14.7

??.O 58.0 48.7 62.71 874295

-32.?88

. 092 35.083

.099 7.6;.7 26 14:04 14.7

.1 58.0 48.8 62.71 8?4299

-33.406

.094

}'i.171

.099 7.656 27 14:19 14.7

??.3

?8.0 48.7 62.71 854314

-33.2??

. 093 34.674

.097 7.?48 Page 2 of 2

ATTACHMENT #10 27 Nov 1996 SALE" UNIT 2 GENERATING STAT\\ON UERIFICATlO~ lESf {Accept.Ince Criteria 206.7 Lbml ILRT UERIFICATIOK DIFFCPE~E SCAN TIME TEMP OEU PT PRESS HttSS

~SS

&AS GAS MASS MSS Ho.

Hour De-gf OegF Psi a lbm Lbm read cu ft Lbm L~

l 17:6; r;s.o 4S.B 62.701 95"4202 0

25021.0 0.0 0

o.o 2 15:50 58.0 68.B 62.696 a~4074 128 2526B.O 247.0 81 47.S

.3 15:55 56.0 46.B 62.686 B53980 222 25516. 0 495.0 161 60.7 4 16:00 5S.D 48.B 62.676 853874 32.8 25818. 0 797.0 260 68.3 r; 16:05 58.0 48.a 6Z.671 Sli3779 423 26120.0 1099. 0 358 64.9 6 16': lO 57.9 48.7 62.666 85>787 415 26418. B l}qQ, 8 4?6

-60.9 7 16:1S 57.9 4S.7 i>2.6fj6 85~680 52Z.

26710.5 1689.S 551

-2S.5

  • ,* :-" ~

8 16:20

?7.9 48.B 62..6~6 853700 5D2 2.7006. 0 16&5. 0 647

-144. 8 9 16:25 57.9 49.7 62..6;1 853635 567 27283.6 2762..6 737

-170. 2 10 16:30 58.0 48.B 62.640 8534M 1~6 2.7915. 0 2574.0 83ei

-.f2.4 Page 1 of 1

OATS TIME DRY, BULB TEMPERATURE ATTACHMENT #11 ILRT SITE METEOROLOGY REPOR'.i' DEW' POINT BAROMETRIC PRESSURE Page 1 of 4

-~--

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REMARKS

DATE DRY BULB TIME TE:MPERATURE

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ATTACHMENT #11.

ILRT SITE METEOROLOGY REPORT DEW BAROMETRIC POINT PRESSU~E

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Page 3 of 4 RE'MARICS I

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DATE DRY BUL8 TIME TEMPERATURE 1/-.1. 'J.f(, /J Mt

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11-'l.,.ifo 010c:

'S'" 3 4*3 11-;;.7.pt, ll/Jl

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..)/. f1 l/*.27-,.ft. 2~()1 4 '1.0 1/-.lR-R' tJ31Jl 1-'1. 7 ATTACHMENT #11

'.ILRT SITE METEOROLOGY REPORT DEW BAROMETRIC POINT PRESSLJRJ;

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ATTACHMENT #12

SUMMARY

OF TYPE B & C PERIODIC TESTS FROM THE PREVIOUS TYPE "A" TEST (5/20/83)

The following computer generated printout is a listing of all Type B & C Leakage Rate Tests conducted from 5/20/83 (As-Left) to 11/25/86 (prior to current Type "A" Test).

The As-Found Type A" Test leakage as calculated on Procedure M9-ILP-CT-2 is 309,653 SCCM or 1.43 (%) La.

The As-Found Type "A" Test failure was due to valve 2PR25 as identified on LER 86-012-00.

The generator blowdown valves are listed in the Type "B & C" Summary, however, their leak rate is not shown or considered in the totals.

This is in accordance with 10CFRSO Appendix "J" requirements.

For the As-Left and the running Type "A" As-Found/As-Left leakages, see page #28 of 29.

Page 1 of 29

2/09/87

.JMMARY BY

, T CALCULA1IONS AS OF 11/25/86

@ 92987 SCCM VALVE VALVE PEN.

PEN.

FIRST ISOLATION SECOND ISOLATION TEST AS-FOUND AS-LEFT AS-FOUND AS-LEFT CROUP GROUP DATE LEAKAGE LEAKAGE LEAKAGE LEAKAGE 2SS104 02/02/83 17 17 0

17 2SS107 2SS33 02/02/83 28 28 17 28 2SS104 12/15/84 66 6b 28 66 2SS33 12/15/85 70 70 66 70 2SS104 10/08/86 3

3 3

70 2SS33 10/08/81!1 20 20 3

20

.2 of 29 REMARKS 2SS104 11/17/86 15 3

20 AS LEFT AFTER MAINT AND I+C REWORKED VALVE LESS THAN.6 LA.

2SS33 11/17/86 65 3

65 AS LEFT AFTER MAINT AND I+C REWORKED VALVE

'LESS THAN.6 LA.

PENETRATION: E-18 2VC7 02/07/83 200 200 0

200 2VC8 02/07/83 179 179 179 200 2VC7 12/05/84 155 155 155 179 2VCB 12/05/84 155 155 155 155 2VC7 10/23/86 29 29 29 155 2VC8 10/28/86 8

8 8

29 PENETRATION: E-22A 2VC9 02/04/83 293 293 0

293 2VC10 02/04/83 35 35 35 293 2VC9 11/19/84 6

6 6

35 2VC10 11/19/84 121 121 6

121 2VC9 10/08/86 29 29 29 121 2VC10 I

10/08/86 99 99 29 99 PENETRATION: E-22Et

                                                                        • ~*****************************************************************

2

'.C11 02/06/83 2

2 0

2 2VC1 2 02/07 /83 248 248 2

248 C11 12/05/84 118 118 118 248 2VC12 12/05/84 44 44 44 11 B 2VC11 10/28/86 1 82 182 44 182 2VC1 2 1 0/28/8li 1 06 1 06 1 06 1 82 PENETRATION: E-22C 2VC13

'02/08/83 122 122 0

122 2VC14 02/08/83 117

  • 117 117 122

"')

J J

)

2/09/87.

SALEM UNIT 2 TYPE A RU -

SUMMARY

BY PENETRATION AS-FOUND~FT CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM

- 3 of 29 VALVE VALVE PEN.

PEN.

FrnST ISOLATION SECOND ISOLATION TEST AS-FOUND AS-LEFT AS--FOUND AS-LEFT REMARKS GROUP GROUP DATE LEAKAGE LEAKAGE LEAKAGE LEAKAGE 2VC13 11/19/84 44 44 44 117 2VC14 11/19/84 35 35 35 44 2VC13 10/08/86 71 71 35 71 2VC14 10/08/86 593 593 71 593 DR MT86 128 w.o. 8610090566 FOR I+C TO STROl<E 2VC14 10/13/86 550 71 550 w.o. 8610140024 FOR SMD TO REWORK AS LEFT AFTER I~C STROK 2VC14 11 /18/86 20,000 71 20,000 LEAKAGE > 20000 SCCM. AS LEFT AFTER VALVE REWORK.

DR MT86 127 w.o. 8611190467 2VC14 11/20/86 16 71 71 AS LEFT AFTER MA INT AND I+C REWORKED VALVE PENETRATION: E-22D 22VC17 05/03/83 6

6 0

6 22VC19 05/04/83 35 35 6

35 22VC17 12/05/84 76 76 35 76 22VC1 9 12/05/84 29 29 29 76 22VC17 10/30/86 30 30 29 30 22VC19 10/30/86 980 980 30 980 DR MT86 163 W.O. 8610300994 22VC17 11/15/86 2,900 30 2,900 AS LEFT AFTER MAINT AND I+C 22VC19 11/15/86 20,000 22VC17 11/18/86 201 22VC19 11/18/86 20,000 22VC19 11/18/86 20,000 22VC19 11 /20/86 20,000 22VC19 11/21/86 1,186 F'ENETRATION: E-30A 30 20,000 30 20,000 30 20,000 30 20,000 30 20,000 30 1I186 REWORKED VALVE. DR MT86-177

~J.O. 8611150171 AS LEFT AFTER REWORK -

LEAKAGE GREATER THAN 20000. DR MT86-163 AND W.O. 8611150163 AS LEFT AFTER VALVE STROKE FOUND ACCEPTABLE DUE TO OVER-ALL CONTAINMENT LEAKAGE BEING LESS THAN.6 LA.

LEAKAGE > 20000 SCCM. AS LEFT AFTER VALVE ~EWORK.

DR MT86 163 W.O. 8611180101 AS LEFT AFTER VALVE STROKE LEAKAGE > 20000, DR MT86 118 AND W.O. 8611180101 AS LEFT AFTER MAINT AND I+C REWORKED VALVE. DR MT86 163 W.CJ. 8611180101 AS LEFT AFTER VALVE REWORK AND RESTROKE. FOUND ACCEPTABLE DUE TO OVERALL LEAKAGE BEING LESS THAN.6 LA

2/09/87

  • FIRST ISOLATION SECOND ISOLATION GROUP GROUP 22VC18 22VC20 22VC18 22VC20 22VC18 22VC20 22VC18 22VC20 22VC20 PENETRATION: E-30B SALEM UNIT 2 TYPE A RUN~"UMMARY BY PENETRATION AS-FOUND ~T CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM VALVE VALVE F'EN.

F'EN.

TEST AS-* FOUND f'1S***LEFT AS**FOUND AS-LEFT DATE LEAK1;GE LEAKAGE LEAKAGE LEAKAGE 05/03/83 6

6 0

6 05/03/83 9

9 6

9 12/05/84 15 15 9

15 12/05/84 3

3 3

15 10/31/86 414 414 3

414 DR 10/31/86 20 20 20 414 11 /15/86 0

20 20 AS 11 /15/86 20,000 20 20,000 AS 11/18/86 21 20 21 AS 4 of 29 f~EMARKS MT86 164 w.o. 8610310337 LEFT AFTER MA INT AND I+C REWORKED VALVE LEFT AFTER MA INT AND I+C REWORKED VALVE. DR MT86-176 AN w.o. 8611150180 LEFT AF Tm I+C AND MA INT REWORKED w.o. 8611180119 23SS182 05/06/83 4

4 0

4 23SS181 05/06/83 0

0 0

4 23SS182 12/15/84 75 7~5 0

75 23SS1 81 12/15/84 42 42 42 75 23SS182 10/08/86 3

3 3

42 23SS1 81 10/08/86 20 20 3

20 23SS182 11/20/86 62 3

62 AS LEFT AFTER MAINT AND I+C REWORKED VALVE w.o. 8611200047 23SS181 11 /20/86 59 3

62 AS LEFT AFTER MA INT AND CHEMISTRY REWORKED VALVE PENETRATION: E-30C 23SS184 05/06/83 0

0 0

0 23SS185 05/06/83 0

0 0

0 23SS185 11 /02/84 0

0 0

0 23SS184 12/15/84 172 172 0

172 23SS184 10/08/86 345 345 0

345 DR MT86 123 W.O. 8606201201 23SS185 10/08/86 45 45 45 345 23SS184 11/19/86 20,000 45 20,000 LEAKAGE > 20000 SCCM. ASLEFT AFTER VALVE REWORK.

DR MT86 123 W.O. 8611190432 23SS184 11/19/86 20,000 45 20,000 LEAKAGE > 20000 SCCM. AS LEFT AFTER I+C AND MAINT REWORKED VALVE. DR MT86 123 AND

w. 0. 8611190866 23SS185 11/19/86 55 45 20,000 AS LEFT AFTER VALVE REWORK DR MT86 163 W.O. 8611180101

2/09/87 FIRSl ISOLATION GROUP 23SS184 23SS184 SECOND ISOLATION GROUP SAL.EM UNIT 2 TYPE A FWN->UMMARY BY PENETRATION AS-FOUND ~T CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 11 /20/86 11 /20/86 VALVE AS-FOUND LEAKAGE VALVE AS-*LEFT LEAKAGE 20,000 20,000 PEN.

f~S-*FOUND LEAKAGE 45 45 PEN.

AS-LEFT LEr~KAGE REMARKS 20,000 LEAKAGE > 20000 20,000 LEAKAGE > 20000 SCCM. AS LEFT AFTER MAINT AND I+C REWORKED VALVE 5 of 29 23SS184 11 /20/86 20,000 20,000 AS LEFT AFTER MAINT AND I+C REWORKED VALVE. LEAKAGE >20000 SCCM. DR MT86 123.

23SS184 PENETRATION: E-30D 11/21/86 11 w.o. 8611200047 45 55 AS LEFT AFTER VALVE REWORK 21VC17 04/30/83 43 43 0

43 21VC19 04/30/83 46 46 43 46 21VC17 11/19/84 40 40 40 46 21VC19 12/10/84 69 69 40 69 21VC17 10/08/86 593 593 69 593 DR MT86 128 W.O. 8610090566 21VC19 10/08/86 71 71 71 593

  • 21VC17 11/18/86 20,000 71 20,000 LEAKAGE > 20000 SCCH. AS LEFT 21VC19 11/18/86 191 21VC17 11 /20/86 20,000 21VC19 11 /20/8.!i 15 21VC17 11/21/86 56 PENETRATION: E-36A 71 20,000 71 20,000 71 20,000 71 56 AFTER VALVE REWORK.

DR MT86 128 W.O. 8611190424 AS LEFT AFTER

~ALVE REWORK DR MT86 163 W.O. 8611180101 LEAKAGE > 20000 SCCM AS LEFT AFTER MAINT AND I+C REWORI< ED VALVE AS LEFT AFTER MAINT AND I+C REWORKED VALVE 21VC18 04/30/83 2

2 0

2 21 VC20 04/30/83 1

1 1

2 21VC18 11/19/84 4

4 1

4 21VC20 11/19/84 2

2 2

4 21 VC1 8 10/08/86 36 3c>

2 36 21 VC20 10/08/86 29 29 29 36 21VC18 11/18/86 137 29 137 AS LEFT AFTER VALVE REWORK DR MT86 163 W.O. 8611180101 21VC20 11/18/86 17 29 137 AS LEFT AFTER VALVE REWORK DR MT86 163 W.O. 8611180101 21VC20 11/20/86 12 29 137 AS LEFT AFTER MAINT AND I+C REWOF\\J(ED VALVE PENETRATION: E-36B

2/09/87

  • FIRST ISOLATION GROUP 21SS182 21SS182 21SS182 21SS182 SECOND ISOLATION GROUP 21SS181 21SS181 21SS181 21SS181 PENETRATION: E-36C SALEM UNIT 2 TYPE A F.:LJN.UMM~il'(Y BY PENETRATION AS-FOUND A~
  • FT CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 05/06/83 05/09/83 12/15/84 12/15/84 10/08/86 10/08/86 11 /20/86 11 /20/86 VALVE AS--FOUND LEAKAGE 0

142 33 n

3 20 VALVE AS--LEFT LEAi< AGE 0

142 33 7')

3 20 8

5 PEN.

AS--FOUND LEAKAGE 0

0 33 33 3

3 3

3 PEN.

AS-*LEFT LEAKAGE 0

142 142 7

72 20 20 AS 8 AS REMARKS LEFT AFTER MAINT AND I+C REWORKED VALVE LEFT AFTER MAINT AND CHEM.

RE~JOF.:KED VALVE w.o. 8611200047 21SS188 05/06/83 0

0 0

0 21 SS1 89 05/06/83 0

0 0

0 21SS188 11/02/84 0

0 0

0 21 SS1 89 11 /02/84 0

0 0

0 21SS188 10/08/86 1

1 0

1 21 SS1 89 10/08/86 1

1 1

1 21SS188 11/19/86 20 1

20 AS LEFT AFTER I+C AND MAINT REWORKED VALVE DR MT86 185 + W.O. 8611190874 21SS189 11 /19/86 32 32 AS LEFT AFTER VALVE REWORK DR MT86 163 W.O. 8611180101 PENETRATION: E-36D EQUIP-HATCH 05/31/83 108 108 108 108 EQUIP-HATCH

.02/28/85 412 412 412 412 EQUIP-HATCH 11/19/86 29 29 29 29 PENETRATION: EQHAT FUEL-XFER 04/29/83 21 21 21 21 FUEL-XFER 02/08/85 90 90 90 90 FUEL-XFER 11/14/86 190 190 190 190 AS LEFT AFTER CORE LOAD PENETRATION: FXFER 22GM 03/07 /83 0

0 0

0 22GB4 1 2/06/84 0

0 0

0 22GB4 10/03/86 100000 100,000 100,000 100,000 DR MT86 113 W.O. 8512140062' GREATER THAN 100000 SCCM LEAKAGE 6 of 29

j J

2/09/87

  • FIRST ISOLATION GROUP SECOND ISOLATION GROUP SAL.EM UNIT 2 TYPE A 1:::UN -

UMMAl:::Y BY PENETRATION AS-FOUND ~T CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE VALVE AS--FOUND LEAKAGE VALVE AS-LEFT LEAKAGE PEN.

AS-* FOUND LEAKAGE PEN.

AS-LEFT LEAKAGE f~EMARKS 22GB4 11 /20/86 125 100,000 125 AS LEFT AFTER MAINT AND I+C REWORKED VALVE PENETRATION: M-12 24GB4 03/07 /83 11 11 11 11 24GB4 12/06/84 24800 24,800 24,800 24,800 SG TUBE LEAK 24GB4 10/03/86 100000 100,000 100,000 100,000 DR MT86 113 W.O. 8512140089 GREATER THAN 100000 SCCM LEAKAGE 24GB4 11/20/86 186 100,000 186 AS LEFT AFTER MAINT AND I+C F~EWORK ED VAL VE PENETRATION: M-13

                                                                                                                                    • ~***********************************

21GB4 03/08/83 659 659 659 659 21GB4 12/14/84 0

0 0

0 21GB4 10/03/86 100000 100,000 100,000 100,000 DR MT86 113 W.O. 8512140054 GREATER THAN 100000 SCCM LEAKAGE 7 of 29 21GB4 11/18/86 2

100,000 2 AS LEFT AFTER VALVE REWORK ALL CONTAINMENT LEAKAGE BEING LESS THAN.6 LA.

PENETRATION: M-14 23GB4 03/07/83 23 23 23 23 23GB4 12/06/84 0

0 0

  • 0 23GB4 10/03/86 100000 100,000 100,000 100,000 DR MT86 113 W.O. 8512140071 GREATER THAN 100000 SCCM LEAKAGE 23GB4 11/18/86 13,138 100,000 13,138 AS LEFT AFTER VALVE REWORK DR MT86 113 AND w.o. 8611180097 23GB4 11/20/86 2,786 100,000 2,786 AS LEFT AFTER MAINT AND I+C REWORKED VALVE. FOUND ACCEPT-PENETRATION: M-15 ABLE DUE TO OVERALL LEAKAGE BEING LESS THAN.6 LA 2CV3,2CV4,2CV5 03/01/83 58 58 0

58 2CV7 03/01/83 58 58 58 58 2CV3,2CV4,2CV5 11/29/84 214 214 58 214

.)

.)

'J 9

ii

I

,j

,J

,jl ol

,)

.~

2/09/87 FIRST ISOLATION GFWLJP SECOND ISOLATION Gf(OLJP 2CV7 SALEM UNIT 2 TYPE A l~LJN--SLJMMAF~Y BY PENETRATION AS-FOUND ~FT CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM VALVE TEST AS-FOUND DATE LEAKAGE VALVE AS-LEFT LEAKAGE PEN.

AS-FOUND LEAKAGE PEN.

AS-LEFT LEAKAGE 214 REMARl<S 2CV3,2CV4,2CV5 2CV7 11 /29/84 09/19/86 09/19/86 10/15/86 51 7750 0

51 7,750 0

109 51 51 0

0 7,750 REWORK UNDER WO 8609190404 7,750 2CV3,2CV4,2CV5 109 AS LEFT AFTER SMD REPACKING OF VALVE PENETRATION: M-17 2PR1 7 01 /30/83 0

0 0

0 2Pf(1 8 02/01 /83 0

0 0

0 2PR1 7 02/12/85 0

0 0

0 2PR18 02/12/85 0

0 0

0 2f'R17 10/11/86 6

6 0

6 2f'F(18 10/11/86 1

1 1

6 2PR17 11 /11 /86 5

1 5 AS LEFT AFTER I+C AND MAINT.

WORKED THE VALVE 2PR18 11 /11 /86 5

1 5 AS LEFT AFTER I+C AND MAINTENANCE WORKED ON VALVE PENETRATION: M-18A 2WL96 02/02/83 5

5 0

5 2WL97 02/02/83 6

6 5

6 2WL96 02/12/85 4

4 4

6 2WL97 02/12/85 3

3 3

4 2WL96 10/11/86 6

6 3

6 2~JL97 10/11/86 7

7 6

7 PENETRATION: M-18B 2SS107 04/23/83 179 179 0

179 2SS49 04/23/83 112 112 112 179 2SS107 01/04/85 59 59 59 112 2SS49 01/04/85 19 19 19 59 2SS107 10/07/86 755 755 19 755 DR MT86119 W.O. 8610070492 2SS49 10/07/86 593 593 593 755 DR MT86 120 W.O. 8610070506 FOR I+C TO STROKE VALVE 2SS49 10/16/86 730 593 755 AS LEFT TEST FAILED AFTER I+C STROKED VALVE, MD TO REWORK VALVE UNDER DR MT86 120 W.O. 8610070506 TO STROKE 2SS107 11/15/86 0

593 730 AS LEFT AFTER MAINT. AND I+C REWORKED VALVE 2SS49 11/15/86 200 593 200 AS LEFT AFTER MAINT AND I+C REWORKED VALVE PENETRATION: M-18C 8 of 29

I

~

,l 2/09/87 FrnST ISOLATION GROUP 2SS110 2SS110 2SS110 SECOND ISOLATION GROUP 2SS64 2SS64 2SS64 SALEM UNIT 2 TYPE A F\\UN ~UMMAF\\Y BY PENETRATION AS-FOUND ~T CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 01/29/83 01/29/83 01/05/85 01/05/85 10/07/86 10/07/86 VALVE AS-FOUND LEAKAGE 0

0 0

0 1

13 VALVE AS*-LEFT LEAi< AGE 0

0 0

0 1

PEN.

AS-.. FOUND LEAKAGE PEN.

AS-LEFT LEAKAGE 0

0 0

0 1

13 REMARKS 2SS110 11/18/86 13 7

0 0

0 0

0 1

1 13 AS LEFT AFTER I+C REWORKED VALVE 2SS64 11 /18/86 18 18 AS LEFT AFTER I+C REWORKED VALVE PENETRATION: M-18D 2VC1,2VC2 01/28/83 323 323 161 323 2VC1,2VC2 06/20/83 150 150 75 150 2VC1,2VC2 03/05/85 338 338 169 338 2VC1,2VC2 07/02/85 675 675 337 675 2VC1,2VC2 12/27/85 2050 2,050 1,025 2,050 2VC1,2VC2 09/19/86 3700 3,700 1,850 3,700 2VC1,2VC2 11/21/86 8,090 1,850 8,090 AS LEFT AFTER MAINT AND I+C REWORKED VALVE. DR MT86-190 W.O. 009904937-6 AND w.o. 009904944-9 2VC1,2VC2 11/22/86 13,490 1,850 13,490 AS LEFT AFTER MAINT AND I+C 9 of 29 REWORKED VALVE. ACCEPTABLE DUE TO OVERALL LEAKAGE BEING LESS

.6 LA.

PENETRATION: M-19

                                                                • ~*********************************************************************

2VC3,2VC4 01/27/83 150 150 75 150 2VC3,2VC4 06/20/83 64 64 32 64 2VC3,2VC4 03/05/85 102 102 51 102 2VC3,2VC4 07/02/85 682 682 341 682 2VC3,2VC4 12/27/85 792 792 396 792 2VC3,2VC4 09/19/86 881 881 440 881 2VC3,2VC4 11/22/86 16,610 440 16,610 AS LEFT AFTER MAINT AND I+C PENETRATION: M-20 REWORKED VALVE. ACCEPTED DUE TO OVERALL LEAKAGE RATE LESS THAN.6 LA.

2NT26 01/27/83 23 23 0

23

2/09/87 FIRST ISOLATION GFWUP 2NT26 2NT26 2NT26 SECOND ISOLATION GROUP 2NT25 2NT25 2NT2S SALEM UNIT 2 TYPE A RUN

.UMMARY BY PENETRATION AS--FOUND AS-

~FT CALCULATIONS AS OF 11 /2'.5/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 01/27/83 12/03/84 12/03/84 10/09/86 10/09/86 10/13/86 VALVE AS--FDUND LEAKAGE 0

49 6

1240 1

VALVE AS-LE~FT LEAKAGE 0

49 6

1, 240 1

116 PEN.

AS*-FDUND LEAKAGE 0

0 6

6 1

1 PEN.

AS-LEFT LEAi< AGE 23 49 49 REMARKS 1,240 DR MT 86 126 W.O. 8610090817 1, 240 116 AS LEFT AFTER SMD REWORK PENETRATION: M-21 2WL98 02/04/83 84 84 0

84 2WL99,2WL108 02/04/83 231 231 84 231 2WL98 02/03/85 5

5 5

231 2WL99,2WL108 02/03/85 39 39 5

39 2WL99,2WL108 02/03/85 39 39 S

39 2WL98 11/01/86 105 105 39 105 2WL99,2WL108 11 /01 /86 713 PENETRATION: M-21A 306 105 2WL99 IS THE VALVE THAT IS LEAKING. 2WL108 TEST SAT 306 DR MT86 165 W.O. 8611010019 2WL99 IS THE VALVE THAT IS LEAKING.

2WL108 TEST SAT 2NT34 02/08/83 78 78 0

78 2NT32 02/08/83 0

~)

0 78 2NT34 02/27/85 107 107 0

107 MINUS BNDR1625 SCCM 2NT32 02/27/85 9

9 9

107 MINUS BNDR1625 SCCM 2NT34 10/18/86 20000 20,000 9

20,000 AS FOUND WITH A GREATER THAN 10 of 29 20000 SCCM LEAKAGE DR MT86 143 w.o. 8610200027 2NT32 2NT34 10/18/86 11 /03/86 340 340 1, 291 340 340 20,000 1,291 DR MT86 143 W.O. 8610200027 FOUND ACCEPTABLE DUE TO OVER-ALL CONTAINMENT LEAKAGE BEING LESS THAN.6LA PENETRATION: M-21B 2DR30 01/27/83 142 142 0

142 2DR29 01/27/83 144 144 142 144 2DR30 01/15/85 0

0 0

144 2DF<29 01/15/BS 74 74 0

74 2DR30 09/19/86 0

0 0

74 2DR29 09/19/86 0

0 0

0 PENETRATION: M-22A

2/09/87 Frr-;:sT ISOLATION SECOND ISOLATION GROUP GROUP 2WR81 2WR80 2WR81 2WF<80 2WR81 2WR80 SALEM UNIT 2 TYPE A RUN -UMMt.il:;:Y BY PENETRATION AS-FOUND ~T CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM VALVE VALVE PEN.

PEN.

TEST AS--FOUND AS*-LEFT AS--FClLJND AS-*LEFT DATE LEAKAGE LEAi< AGE LEAi< AGE LEt.il<AGE 02/01/83 105 10!5 0

105 02/01/83 3

3 3

105 02/03/85 315 31 !5 3

315 02/03/85 12 12 12 315 10/10/86 250 250 12 250 10/12/86 6

6 6

250 PENETRATION: M-22B 22CA330 03/08/83 11 5 11 5 0

11 5 22CA360 02/23/85 387 387 115 387 22CA330 1 2/04/85 8

8 8

387 REMARKS 22CA360 10/06/86 20000 20,000 8

20,000 AS FOUND WITH A GREATER THAN 11 of 29.

20000 SCCM LEAKAGE DR MT86 116 w.o. 8610060144 22CA330 66 20,000 22CA360 10/06/86 1 i /13/86 66 2, 180 66 66 2,180 AS LEFT AFTER VALVE REWORK.

PENETRATION: M-23A FOUND ACCEPTABLE DUE TO OVER-ALL CONTAINMENT LEAKAGE BEING LESS THAN 0.6 LA.

                                                                                                                                                          • ~************************

2SA1i9 03/15/82 532 0

532 2SA119 2SA119 PENETRATION:

2SA118 03/05/83 439 439 439 532 02/24/85 325 2SA118 02/28/85 1463 11/16/86 158 2SA118 11/17/86 96 M-23B 32!5 1I4Cl3 158 96 325 325 158 96 439 1'463 1,463 158 2SJ123 04/08/83 2

2 0

2 2SJ53, 2SJ60 04/08/83 2

2 2

2 2SJ123 01118/85 3

3 2

3 2SJ53,2SJ60 01/18/85 4

4 3

4 2SJ123 10/06/86 2

2 2

4 2SJ53,2SJ60 10/06/86 6

6 2

6 PENETRATION: M-25 2SS1 03 02/05/83 5

5 0

5 2SS27 02/05/K~

0 0

0 5

2SS103 01/05/85 45 45 0

45

2/09/87 SALEM UNIT 2 TYPE A RUN "UMMARY BY PENETRATION AS-FOUND A. -_EFT CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM VALVE VALVE PEN.

PEN.

FIRST ISOLATION SECOND ISOLATION TEST AS-FOUND AS-*LEFT AS*-FDUND AS-LEFT GROUP GROUP DATE LEAKAGE LEAK;;GE LEAKf'.1GE LEAKAGE 2SS27 01/05/85 0

0 0

45 2SS103 10/08/86 1

1 0

1 2SS27 10/08/86 1

1 1

1 2SS103 11/18/86 5,205 1

5,205 AS 2SS27 11/18/86 4

5,205 AS 2SS103 11/19/86 2,025 2,025 AS 2SS103 11 /20/86 100 100 AS PENETRATION: M-25A REMARl

11 2WL 13 02/04/83 98 98 11 98 2WL 1 6 2WL12 11 /0.2/84 1 5 1 5 1 5 98 2WL13 11 /02/84 9

9 9

1 5 2WL12 1 0/22/86 1 25 1 25 9

1 25 2WL13 PENETRATION: M-27 10/22/86 137 137 125 137 2CC117 01 /30/8:5 375 37~5 0

375 2CC118 02/16/83 357 357 0

375 12 of 29

2/09/87 FIRST ISOLATION SECOND ISOLATION GROUP GROUP 2CC117 2CC119 2CC118 2CC119 2CC117 2CC118 2CC117 2CC118 PENETRATION: M-32 SALEM UNIT 2 TYPE A RUN

.UMMARY BY PENETRATION AS-FOUND AS-_EFT CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM VALVE VALVE PEN.

PEN.

TEST AS--FOUND AS*-L..EFT AS--FCJUND AS-LEFT DATE LEAKAGE LEAi< AGE LEAKAGE LEAKAGE 11/17/84 24 24

~)

357 01/16/85 223 223 24 357 01/16/85 1279 1'279 24 1'279 10/10/86 41 41 24 1'279 10/10/86 13 13 13 1'279 10/10/8i>

466 4i>6 13 466 11/05/86 1'030 13 1,030 AS 11 /06/8i>

4 13 1'030 AS REMARKS LEFT AFTER MOVATS TESTING LEFT AFTER MOVATS INCREASED SEATING THRUST 2CC186,2CC187 02/02/83 455 455 0

455 2CC136 02/02/83 188 188 188 455 2CC186,2CC187 11/14/84 121 121 121 188 2CC136 11/14/84 38 38 38 121 2CC186,2CC187 10/12/86 707 707 38 707 2CC136 10/12/86 160 160 160 707 2CC186,2CC187 11/03/86 1

160 160 AS LEFT AFTER MOVATS TESTING 2CC136 11/04/86 25 160 25 AS LEFT AFTER MOVATS TESTING PENETRATION: M-33 2CC113,2CC215 01/31/83 92 92 92 92 2CC113,2CC215 01/17/85 330 330 330 330 2CC113,2CC215 10/11/86 1

1 1

1 2CC113,2CC215 10/30/86 258 1

258 AS LEFT AFTER I+C PERFORMED PMS. TESTED WITH 2CC113 PENETRATION: M-3435 2CV74 03/10/83 183 183 0

183 2CV69 03/10/83 6

6 0

183 2CV74 2CV74 2CV68 2CV69 2CV68 2CV69 2CV69 PENETRATION: M-36 01/17/85 74 74 0

74 02/05/85 0

~)

0 74 02/17/85 12 12 0

74 1 0/21 /8i>

5

~>

0 1 2 10/21/86 18 18

~>

18 10/22/86 4450 4,450 5

4,450 DR 1 0/23/86 4 I 250 5

4' 250 AS MT86 145 W.O. 8610220087 LEFT AFTER TIGHTENING OF PACKING AND MOVATS 13 Qf_ 29

2/09/87 FIRST ISOLATION GROUP 2CV296,2CV284 2CV296,2CV284 2CV296,2CV284 2CV296,2CV284 SECOND ISOLATION GROUP 2CV116 2CV116 2CV116 2CV116 SALEM UNIT 2 TYPE A f\\LJN -UMMAJn BY PENErnATION AS-*FOUND -T Ct-1LCULATIONS AS OF 11 /25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 02/02/83 02/22/83 11/08/84 11/0B/B4 10/12/86 10/12/86 10/27/86 10/27/86 VALVE AS*-*FOUND LEAKAGE 442 221 49 11 B3 64 VALVE AS--LEFT LEAKAGE 442 221 49 11 83 64 520 650 PEN.

AS-.. FOUND LEAKAGE 0

~!21 49 11 11 64 64 64 PEN.

AS-* LEFT LEAi< AGE 442 442 221 49 83 83 REMARKS 520 AS LEFT TEST AFTER 2CV284 WAS MOVA TS 650 AS LEFT TEST AFTER 2CV116 WAS MOVATS PENETRATION: M-37 2CC208,2CC190 01/30/83 456 456 0

456 2CC1 31 01 /30/83 428 428 428 456 2CC208,2CC190 11/16/84 100 100 100 428 2CC131 01/03/85 19 19 19 100 2CC208,2CC190 10/09/86 2118 2,118 19 2,118 DR MT86 131 W.O. 8610100031 2CC131 10/09/86 20000 20,000 2,118 20,000 AS FOUND WITH A GREATER THAN 14 \\.F.

29 20000 SCCM LEAKAGE DR MT86 132 w.o. 8610100766 2CC208,2CC190 10/13/86 192 2,118 20,000 AS LEFT AFTER REWORK 2CC131 11/16/86 0

2 I 118 192 AS LEFT AFTER VALVE IC\\EWORK AND MOVATS PENETRATION: M-39 2VC5,2VC6 05/12/83 62 62 31 62 2VC5,2VC6 06/20/83 320 320 160 320 2VC5,2VC6 02/15/85 406 406 203 406 2VC5,2VC6 05/15/85 1597 1,597 798 1,597 2VC5,2VC6 08/13/85 1821 i,821 910 1,821 2VC5,2VC6 10/13/86 2036 2,036 1,018 2,036 2VC5,2VC6 11/25/86 8,300 1,018 8,300 AS LEFT AFTER MAINT AND I+C REWORKED VALVE. ACCEPTABLE DUE TD LEAKAGE BEING LESS THAN

  • c> LA.

PENETRATION: M-40 21CS48 01/28/83 1112 1,11=-!

0 1,112 21CS2 01/28/83 305 305 305 1,112 21CS48 12/11/84 3220 3,220 305 3,220 21 CS2 12/11 /84 B75 B7~)

tHS 3 I 220

2/09/87 FIF\\ST ISOLATION GROUP 21CS48 SECOND ISOLATION GROUP 21CS2 PENETRATION: M-43 SALEM UNIT 2 TYPE A RUNt-LJMMARY BY PENETRATION AS-FOUND ~T CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 10/17/86 10/18/86 VALVE AS-*FOUND LEAi< AGE 1880 630 W1L.VE AS*-LEFT LEAKAGE 1, 880 630 PEN.

AS-FOUND LEAKAGE 875 c>30 PEN.

AS-LEFT LEAKAGE 1, 880 1, 880 15.OF _29 REMARKS 22CS48 01/28/83 1186 1,186 0

1,186 22CS2 01/28/83 1058 1,058 1,058 1,186 22CS48 12/11/84 102 102 102 1,058 22CS2 12/11/84 3048 3,048 102 3,048 22CS48 10/17/86 360 360 360 3,048 22CS2 10/1 7 /86 86*l B64 360 864 PENETRATION: M-44

                                                                                                                                                      • ~**************************

2WL 1 6 02/05/83 24 24 0

24 2WL17 02/05/83 10 10 10 24 2WL16 02/16/85 38 38 10 38 2WL17 02/21/85 85 85 38 85 2WL16 11/04/86 30 30 30 85 2WL17 11/04/86 20000 20,000 30 20,000 DR MT86 172 W.O. 8611041381 +

W.O. 8611050029 OFF SCALE -

GREATER THAN 20000 SCCM 2WL17 11/09/86 2,320 30 2,320 AS LEFT AFTER MAINTENANCE AND I+C WORKED VALVE PENETRATION: M-45 21 CA330 02/05/83 611 611 0

611 21CA360 02/09/85 340 340 340 611 21 CA330 02/11 /85 1

1 1

340 21CA360 10/06/86 20000 20,000 1

20,000 AS FOUND WITH A GREATER THAN 20000 SCCM LEAKAGE DR MT86 117 w.o. 8610061141 21CA330 10/06/86 11699 11,699 11,699 20,000 DR MT86 118 W.O. 86100601131 AS FOUND 21CA330 10/08/86 20,000 11,699 20,000 AS LEFT WITH A GREATER THAN 20000 SCCM LEAKAGE DR MT86 118 w.o. 8610080137 21CA360 11/14/86 2,730 11,699 20,000 AS LEFT AFTER MAINT REWORKED THE VALVE.FOUND ACCEPT. DUE TO OVERALL CONT. LEAKAGE BEING LESS THAN.6 LA.

21CA330 11/14/86 18,000 11,699 18,000 AS LEFT AFTER I+C AND MAINT.

F~EWOl:;:K ED VAL VE

  • I 2/09/87 FIRST ISOLATION GROUP SECOND ISOLATION GROUP 21CA330 PENETRATION: M-56 SAL.EM UNIT 2 TYPE A RUNt-:.S'UMMARY BY PENETRATION AS-FOUND ~T CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 11/15/86 VALVE AS--FOUND LE1~KAGE VALVE AS-LEFT LEAKAGE 1'008 PEN.

PEN.

AS--FOUND AS-LEFT LEAKAGE LEAi< AGE i 1'699 2,730 AS LEFT 2CS900 01 /26/83 0

0 0

0 2CS901,2CS902,2CS903 01/26/83 0

0 0

0 21CA330 2CS900 12/10/84 0

0 0

0 2CS901,2CS902,2CS903 12/10/84 0

0 0

0 2CS900 09 /18/86 0

0 0

0 2CS901,2CS902,2CS903 09/18/86 0

0 0

0*

REMARKS AFTER VALVE REWOF~K 2CS900 10/16/86 0

0 0 TESTED SECOND TIME MISTAKE 2CS901,2CS902,2CS903 10/16/86 0

0 0 TESTED SECOND TIME MISTAKE PENETRATION: M-56A 2FP147 01/28/83 362 362 0

362 2FP148 04/29/83 310 310 310 362 2FP148 01/03/85 48 48 48 362 2FP147 01/03/85 43 43 43 48 2FP148 10/13/86 12600 7,340 43 7,340 DR MT86 134 W.O. 8610130053 2FP147 10/1 ~~/86 173

173, 173 7 I 340 2FP148 10/14/86 60 173 173 AS LEFT AFTER REWORK OF VALVE PENETRATION: M-57 2PR25 10/26/86 200000 750 200,000 750 AS FOUND-TESTED WITH A GREATER THAN 200000 SCCM LEAKAGE.

16 of 29 AS LEFT-TESTED AFTER MD REWORK W.0.8610260135-DR MT86 156 PENETRATION: M-60 2SA270 01/29/83 29 29 0

29 2SA268 01/29/83 32 32 29 32 2SA270 2SA268 2SA270 2SA268 PENETRATION: M-61 10/31/84 0

0 0

32 10/31 /B4 6

6 0

6 09/18/86 0

0 0

6 TESTED WITH 2SA264 09/18/86 0

0 0

0 TESTED WITH 2SA262 2SA267 01/29/83 29 29 0

29 2SA265 01 /29/83 32 32 29 32 2SA267 10/31 /84 0

0 0

32

1~

~

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

2/09/87

  • FIRST ISOLATION GFmUP SECOND ISOLATION GROUP 2SA265 SALEM UNIT 2 TYPE A f(LJN~SLJMMAF~Y BY PENETRATION AS-FOUND A~FT CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE VALVE AS-FOUND LEAKAGE VALVE AS-LEFT LEAKAGE Pm.

AS*-FOLJND LEAKAGE PEN.

AS-LEFT LEAKAGE 6

REMARl

PEN.

AS--FOUND LEAKAGE 63 0

3 F'EN.

AS-**LEFT LEAKAGE 127 0

6 2WL190,2SF36 02/11/83 127 127 63 127 2WL190,2SF36 02/24/85 938 938 469 938 2WL190,2SF36 10/10/86 2

2 1

2 PENETRATION: M-66A 100-AIRLOCK 05/18/83 972 972 972 972 100-AIRLOCK 02/17/84 4154 4,154 4,154 4,154 100-AIRLOCK 01/29/85 5340 5,340 5,340 5,340 REMARKS 100-AIRLOCK 03/29/85 1794 1,794 1,794 1,794 RETST AFTER INTERITY BREAK 100-AIRLOCK 08/02/85 2535 2,535 2,535 2,535 100-AIRLOCK 12/31/85 3440 3,440 3,440 3,440 100-AIRLOCK 10/25/86 940 940 940 940 AS LEFT AFTER MD REPLACED PENETRATION: 100AL PACKING OF AIRLOCK HANDWHEELS W.0.8610260135-DR MT86 156 i 00AL-ELE-L 10/02/86 2

2 2

2.

PENETRATION: 100ALL

                                                                                                  • ~****************************************************

100AL-ELE-R 10/02/86 3

3 3

3 PENETRATION: 100ALR 2CA1714 01 /05/85 0

0 0

0 2CA1714 09/17/86 1

1 1

1 PENETRATION: 100ALV 130-AIRLOCK 02/16/84 1049 1,049 1,049 1,049 130-AIRLOCK 08/01/85 3650 3,650 3,650 3,650 130-AIRLOCK 12/29/85 2030 2;030 2,030 2,030 130-AIRLOCK 05/17/86 1,162 2,030 1,162 130-AIRLOCK 10/26/86 811 811 811 811 AS LEFT AFTER MD REPLACED PENETRATION: 130AL PACKING OF AIRLOCK HANDWHEELS W.0.8610260135-DR MT86 156 18 of 29

I 2/09/87

  • FIRST ISOLATION GROUP SECOND ISOLATION GROUP 130AL-ELE-L PENETRATION: 130ALL SALEM UNIT 2 TYPE A RUN~UMMAl\\Y BY PENETRATION AS-FOUND ~~~T CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 10/03/86 VALVE AS-FOUND LEAKAGE 0

VALVE AS-LEFT LEAl<AGE 0

PEN.

AS-FOUND LEAKAGE 0

PEN.

AS--LEFT LEAKAGE 0

130AL-ELE-R 10/03/86 0

0 0

0 PENETRATION: 130ALR 2CA1715 01/05/85 0

0 0

0 2CAi715 09/17/86 0

0 0

0 PENETRATION: 130ALV 2-01 01 /26/83 0

0 0

0 2-01 11 /26/84 0

0 0

0 2-01 10/03/86 4

4 4

4 PENETRATION: 2-01 2-02 01 /26/83 0

0 0

0 2-02 11 /26/84 0

~)

0 0

2-02 1 0/02/86 2

2 2

2 PENETRATION: 2-02 2-03 01 /26/83 0

0 0

0 2-03 11 /26/84 0

0 0

0 2-03 09 /30/86 0

0 0

0 PENETRATION: 2-03 2-04 01 /26/83 0

0 0

0 2-04 11 /26/84 0

0 0

0 2-04 1 0/02/86 0

0 0

0 PENETRATION: 2-04 2-05 01/26/83 0

0 0

0 2-05 11/26/84 0

0 0

0 2-05 09/25/86 2

2 2

2 PENETRATION: 2-05 2-06 01/26/83 0

0 0

0

.19.of 29 REMARKS

I 2/09/87 **

FIRST ISOLATION GROUP 2-06 2-06 PENETRATION: 2-06 SECOND ISOLATION GFWUP SALEM UNIT 2 TYPE A RUN PENETRATION AS-FOUND AS TYPE A 05/20/83 UMMAf(Y BY

~FT CALCULATIONS AS OF 11/25/86

@ 92987 SCCM TEST DATE 11/26/84 09/23/86 VALVE AS-FOUND LEAKAGE 0

3 VALVE AS-LEFT LEAl<t-1GE 0

3 PEN.

AS-FOUND LEAKAGE 0

3 PEN.

AS-LEFT LEAi< AGE 0

3 2-07 01 /26/83 0

0 0

0 2--07 11 /26/84 0

0 0

0 2-07 09/26/86 0

0 0

0 PENETRATION: 2-07 2-08 01 /26/83 0

0 0

0 2-08 11 /26/84 0

0 0

0 2-08 09/25/Bc>

5

~5 5

5 PENETRATION: 2-08 2-09 01 /26/83 0

0 0

0 2-09 11 /2M84 0

0 0

0 2-09 09/30/86 1445 1,445 1,445 1,445 DR MT86 115 REMARl<S 2-09 10/20/86 1

1,445 1 RETESTED AFTER REWORK OF PENETRATION BY CONAX PENETRATION: 2-09 2-10 01 /26/83 0

0 0

0 2-10 11/26/84 0

0 0

0 2-10 09/29/86 0

0 0

0 PENETRATION: 2-10 2-11 01/26/83 0

0 0

0 2--11 11 /26/84 0

0 0

0 2-11 09/30/86 0

0 0

0 PENETRATION: 2-11 2*-12 01 /26/83 0

0 0

0 2-12 11/26/84 0

0 0

0 2-12 09/26/86 7

7 7

7 PENETRATION: 2-12 2-13 01/26/83 0

0 0

0 20 of 29

2/09/87

  • FIRST ISOLATION GROUP 2-13 2-13 PENETRATION: 2-13 SECOND ISOLATION Gf10UP SALEM UNIT 2 TYPE A 1:;:uN~UMMAf~Y BY PENETRATION AS-FOUND A~FT CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 11/26/84 09/24/86 VALVE AS-FOUND LEAKAGE 0

0 VALVE AS-LEFT LEAKAGE 0

0 PEN.

AS-FOUND LEAK (~GE 0

0 PEN.

AS-LEFT LEAKAGE 0

0 2-14 01126/83 0

0 0

0 2*-14 11 /26/84 0

~)

0 0

2-14 09/30/86 0

0 0

0 PENETRATION: 2-14 2-15 01/26/83 0

0 0

0 2-15 11/26/84 0

0 0

0 2-15 09/26/86 4

4 4

4 PENETRATION: 2-15 2-16 01/26/83 0

0 0

0 2-1 6 11 /26/84 0

0 0

0 2-16 09/26/86 0

0 0

0 PENETRATION: 2-16 2-17 01/26/83 0

0 0

0 2-17 i 1 /26/84 0

0 0

0 2-17 09/29/86 4

4 4

4 PENETRATION: 2-17 2-18 01/26/83

~)

0 0

0 2-1 8 11 /26/84 0

0 0

0 2-18 09/26/86 6

6 6

6 REMARKS 2-18 10/20/86 1

6 1 RETESTED AFTER PID PENETRATION 21 of 29 WAS READING 0 PSIG. APPARENTLY SOMEONE OPENED THE VALVE, DEPRESSURIZING THE ELEC PEN PENETRATION: 2-18 2-19 01/26/B3 0

0 0

0 2-19 11/26/84

~)

0 0

0 2-19 09/30/86 0

0 0

0 PENETRATION: 2-19

2/09/87

  • FIRST ISOLATION GROUP 2-20 2-20 2-20 PENETRATION: 2-20 SECOND ISOLATION GROUP SALEM UN IT 2 TYPE A F\\LJN ~

UM MARY BY PENETRATION AS-FOUND ~T CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 01/26/83 11 /26/84 10/02/86 Vr~LVE AS-* FOUND LEAKAGE 0

0 1

W1L VE AS*-LEFT LEAi< AGE 0

0 1

PEN.

AS***FOUND LEAi< AGE 0

0 1

PEN.

AS-* LEFT LEl°'1KAGE 0

0 1

2-21 01 /26/83 0

0 0

0 2-21 11 /26/84 0

0 0

0 2-21 10/01/86 3

3 3

3 PENETRATION: 2-21 2-23 01 /26/83 0

0 0

0 2-23 11 /26/84 0

0 0

0 2-23 09/25/86 0

0 0

0 PENETRATION: 2-23 2-24 01 /26/8:3 0

0 0

0 2-24 11 /26/84 0

0 0

0 2-24 1 0/02/86 7

7 7

7 PENETRATION: 2-24 2-25 01 /26/83 0

0 0

0 2-25 11 /26/84 0

0 0

0 2-25 09 /25/86 3

3

3 3

PENETRATION: 2-25 2-26 01 /26/83 0

0 0

0 2-26 11 /26/84 0

0 0

0 2-26 1 0/02/86 2

2 2

2 PENETRATION: 2-26 2-27 01 /26/83 0

0 0

0 2**27 11 /26/84 0

0 0

0 2-27 09 /24/86 0

0 0

0 PENETRATION: 2-27 2-28 01 /26/83 0

0 0

0 2***28 11 /26/84 0

0 0

0 22 of 29 REMARKS

2/09/87

  • FIRST ISOLATION GROUP 2*-28 PENETRATION: 2-28 SECOND ISOLATION GROUP SALEM UNIT 2 TYPE A RUN~

PENETRATION AS-FOUND AS-TYPE A 05/20/83 UMMARY BY FT CALCULATIONS AS OF 11/25/86

@ 92987 SCCM TEST DATE 09/25/86 VALVE AS-.. FOUND LEAK1!\\GE 3

VALVE AS****LEFT LE1!-il<AGE 3

PEN.

AS-.. FOUND LE(.1KAGE 3

PEN.

AS-*LEFT LEAKAGE 3

2-29 01 /26/83 0

0 0

0 2-29 11 /26/84 0

0 0

0 2-29 09/26/86 3

3 3

3 PENETRATION: 2-29 2-31 01 /26/83 0

0 0

0 2-31 11/26/84 0

0 0

0 2-31 09/30/86 4

4 4

4 PENETRATION: 2-31 2-32 01 /26/83 0

0 0

0 2-32 11 /26/84 0

0 0

0 2-32 09 /30/86 2

2 2

2 PENETRATION: 2-32 2-33 01 /26/83 0

0 0

0 2-33 11 /26/84 0

0 0

0 2-33 09/30/86 0

0 0

0 PENETRATION: 2-33 2-34 01/26/83 0

0 0

0 2--34 11 84 0

0 0

0 2-34 10/02/86 1

1 1

1 PENETRATION: 2-34 2-35 01 /26/83 0

0 0

0 2-35 11 /26/84 0

0 0

0 2-35 09 /24/86 2

2 2

2 PENETRATION: 2-35 2-37 01 /26/f3:5 0

0 0

0 2-37 11126184 0

0 0

0 2-37 09 /23/86 2

2 2

2

  • PENETRATION: 2-37 23 of 29 REMARKS

2/09/87 FrnST ISOLATION GROUP 2-38 2-38 2-38 PENETRATION: 2-38 SECOND ISOLATION GROUP SALEM UNIT 2 TYPE A RUN

UMMARY BY PENETRATION AS-FOUND AS-EFT CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 01/26/83 11 /26/84 09/23/86 VALVE AS-*FOUND LEAi< AGE 0

0 3

VALVE AS*-LEFT LEAi< AGE 0

0 3

PEN.

AS--FOUND LEf.1l<AGE 0

0 3

PEN.

AS-*LEFT LEAi< AGE 0

0 3

2-39 01 /26/83 0

0 (1

0 2-39 11 /26/84 0

0 0

0 2-39 09/29/86 6

6 6

6 PENETRATION: 2-39 2-40 01 /26/83 0

0 0

0 2-40 11 /26/84 0

0 0

0 2-40 09 /26/86 4

4 4

4 PENETRATION: 2-40 2-41 01 /26/83 0

0 0

0 2-41 11/26/84 0

0 0

0 2-41 09/26/86 6

6 6

6 PENETRATION: 2-41 2-42 01 /26/83 0

0 0

0 2--42 11 /~~6/84 0

0 0

0 2-42 09/30/86 0

0 0

0 PENETRATION: 2-42 2-43 01 /26/83 0

0 0

0 2-43 11 /26/84 0

0 0

0 2-43 10/01/86 4

4 4

4 PENETRATION: 2-43 2-44 01 /26/8:5 0

0 0

0 2*-*44 1112c,/84 0

~>

0 0

2-44 09 /26/86 0

0 0

0 PENETRATION: 2-44 2-45 01 /26/83 0

0 0

0 2-45 11 /26/84 0

0 0

0 REMARl<S

2/09/87 FrnST ISOLATION GROUP 2-45 PENETRATION: 2-45 SECOND ISOLATION GROUP SALEM UNIT 2 TYPE A RUN~

~UMMARY BY PENETRATION AS-FOUND AS-*

~T CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE.

09/24/86 VALVE AS--FOLJND LEAKAGE 3

VALVE AS-* LEFT LEAKAGE PEN.

AS--FOUND LEAKAGE PEN.

AS-*LEFT LEAKAGE 2-46 01 /26/83 0

0 0

0 2-46 11 /26/84 0

0 0

0 2-46 1 0/02/86 7

7 7

7 PENETRATION: 2-46 2-47 01 /26/83 0

0 0

0 2-47 11/26/84 0

0 0

0 2-47 09/30/86 7

7 7

7 PENETRATION: 2-47 2-48 01 /26/83 0

0 0

0 2-48 11 /2Ci/84 0

0 0

0 2-48 09 /26/86 3

3 3

3 PENETRATION: 2-48 2-49 01 /26/83 0

0 0

0 2-49 11 /26/84 0

(~

0 0

2-49 09/24/86 7

7 7

7 PENETRATION: 2-49 2-50 01 /26/83 0

0 0

0 2-50 11 /26/84 0

0 0

0 2-50 09/25/86 6

6 6

6 PENETRATION: 2-50 2-51 01 /26/83 0

0 0

0 2-51 11 /26/84 0

0 0

0 2-51 09/24/86 4

4 4

4 PENETRATION: 2-51 2-52 01 /26/8~5 0

0 0

0 2-52 11 /26/84 0

0 0

0 2*-*52 09/25/86 4

4 4

4 PENETRATION: 2-52

.25 of 29 REMARKS

)

)

}

~

2/09/87

  • SALEM UNIT 2 TYPE A RUNI PENETRATION AS-FOUND A TYPE A 05/20/83
UMMARY BY

~FT CALCULATIONS AS OF 11/25/86

@ 92987 SCCM FIRST ISOLATION GROUP SECOND ISOLATION GROUP TEST DATE VALVE AS-FOUND LEAi< AGE 2-53 2-53 2-53 PENETRATION: 2-53 01/26/83 11/26/84 09/25/86 0

0 0

VALVE AS-LEFT LEAKAGE 0

0 0

PEN.

AS-FOUND LEAKAGE 0

0 0

PEN.

AS-LEFT LEAKAGE 0

0 0

2-56 01 /26/83 0

0 0

0 2-57 2-56 11 /26/84 0

0 0

0 2-56 09 /25/86 5

~5 5

5 PENETRATION: 2-56

                                                                                                                                  • ~************************************

2-57 01 /26/83 0

0 0

0 2-57 11 /26/84 0

~)

0 0

2-57 09/29/86 4

4 4

4 PENETRATION: 2-57 2-58 01 /26/83 0

0 0

0 2-58 11 /26/84 0

0 0

0 2-58 10/01/86 5

5 5

5 PENETRATION: 2-58 2-59 01 /26/83 0

0 0

0 2-*59 11 /26/84 0

0 0

0 2-59 09/23/86 0

0 0

0 PENETRATION: 2-59 2-60 01 /26/83 0

0 0

0 2-60 11 /26/84 0

(*)

0 0

2-60 09 /23/86 3

3 3

3 PENETRATION: 2-60 2-61 01 /26/83 0

0 0

0 2-61 11 /26/84 0

0 0

0 2-61 09/26/86 3

3 3

3 PENETRATION: 2-61 2-62 01/26/83 0

0 0

0 2-62 11/26/84 0

0 0

0 26 Qf 29 REMARKS

rl 2/09/87 FIRST ISOLATION Gf~OUP 2-62 PENETRATION: 2-62 SECOND ISOLATION GROUP SALEM UNIT 2 TYPE A RUNt "UMMARY BY PENETRATION AS-FOUND AS-EFT CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 10/01/86 VALVE AS--FOUND LEAKAGE 5

VALVE AS**.. LEFT LEAi< AGE PEN.

AS--FOUND LEAi< AGE 5

PEN.

AS-** LEFT LEAKAGE 5

2-63 01 /26/83 0

0 0

0 2-63 11 /26/84 0

0 0

0 2-63 09/25/86 3

3 3

3 PENETRATION: 2-63

                                                                                                    • H***************************************************

2-64 01 /26/83 0

0 0

0 2-65 2-64 11 /26/84 0

0 0

0 2-64 09/30/86 1

1 1

1 PENETRATION: 2-64 2-65 01 /26/83 0

0 0

0 2-65 11 /26/84 0

0 0

0 2-65 10/01/86 4

4 4

4 PENETRATION: 2-65 2-66 01 /26/83 0

0 0

0 2-66 11 /26/84 0

0 0

0 2-*66 1 0/03/86 5

5 5

5 PENETRATION: 2-66 2-67 01 /26/83 0

0 0

0 2--67 11 /26/84 0

0 0

0 2-67 10/03/86 0

0 0

0 PENETRATION: 2-67 21VLV-RM-CVR 06/21/83 0

0 0

0 21VLV-RM-CVR 02/20/85 0

0 0

0 REMARKS 21VLV-RM-CVR 11/12/86 0

0 0 AS LEFT AFTER VALVE COVER 27 of 29 REMOVED FOR VALVE MAINTENANCE.

21VLV-RM-CVR 11/21/86 148 0

148 AS LEFT AFTER MAINT AND I+C REW ORI< ED VAL VE PENETRATION: 21VRC 22VLV-RM-CVR 06/21 /83 0

0 0

0

2/09/87 FIRST ISOLATION GROUP 22VLV-RM-CVR 22VLV-RM-CVR PENETRATION: 22VRC SECOND ISOLATION GROUP SALEM UNIT 2 TYPE A RUNI "UMMARY BY PENETRATION AS-FOUND A.*-

~FT CALCULATIONS AS OF 11/25/86 TYPE A 05/20/83

@ 92987 SCCM TEST DATE 02/20/85 11/12/86 VALVE AS-FOUND LEAKAGE VALVE AS-LEFT LEAKAGE 1

0 PEN.

AS-FOUND LEAKAGE PEN.

AS-LEFT LEAKAGE REMARKS 1

0 AS LEFT AFTER VALVE COVER REMOVED FOR VALVE MAINT.

28 of 29

r TOTAL OF LATEST PENETRATION AS-FOUND LEr'.)KAGE 22~5 I 1 57 21GB4 AS-FOUND LE~'\\Kr~GE WAS NOT ADDED - NO TUBE LEAKAGE 22GB4 AS-FOUND LEAi< AGE WAS NOT ADDED -

NO TUBE LEAi< AGE 23GB4 AS-FOUND LEAi< AGE WAS NOT ADDED - NO TUBE LEAKAGE 24GB4 AS-FOUND LEAKAGE WAS NOT ADDED -

NO TUT.1E LEAi< AGE TOTAL OF LATEST PENETRATION AS-LEFT LEAKAGE 66,392 WHICH IS 0.307 LA AND SATISFIES THE.6 LA REQ.

RUNNING TYPE A AS-FOUND BASED ON A START DATE OF 05/20/83 WITH A LEAKAGE OF 92987 111,442 SCCM WHICH IS 0.515 LA AND SATISFIES THE.75 LA REQUIREMENT AND A FINISH DATE OF 11/25/86

2/09/87 FIRST ISOLATION SECOND ISOLATION Gf<OUP Gf<OUP 2PF<25

)

SALEM U OCCURANCES OF AS-FOUND

TRATION LEAKAGES WHICH CAUSED TYPE A RUNNING

SUMMARY

TO EXCEED.75 LA VALVE VALVE PEN.

PEN.

TEST AS-FOUND AS-LEFT AS--FOUND AS-LEFT DATE LEAKAGE LEAK~iGE LEAKAGE LEAKAGE 10/26/86 200000 750 200,000 750

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