ML20059E643
| ML20059E643 | |
| Person / Time | |
|---|---|
| Site: | Mcguire |
| Issue date: | 08/31/1993 |
| From: | Hutcheson M, Mcmeekin T, Roberson P DUKE POWER CO. |
| To: | NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM) |
| References | |
| NUDOCS 9401120086 | |
| Download: ML20059E643 (130) | |
Text
. - - .
11 l DaheIbwer Company TCM61am McGwre Nuclear Generation Department Vice1%>sident 12700Hagers ferry Road (MG01\P) (?M)8754800 Huntersvt!!e, NC280784985 (l04)8754809 Fax i DUKEPOWER l
l January 4,1994 U. S. Nuclear Regulatory Commission Document Control Desk Washington, D.C. 20555
Subject:
McGuire Nuclear Station, Unit 2 Docket No. 50-370 Reactor Containment Building Integrated I Leakage Rate Test Report, August 1993 Pursuant to 10CFR50, Appendix J, please find attached the Reactor Containment Building Integrated Leakage Rate Test Report for McGuire Nuclear Station, Unit 2.
Questions or problems should be directed to Kay Crane, Regulatory Compliance at (704) 875-4306.
Very truly yours, T.
^cMUL
. McMeekin, Vice President McGuire Nuclear Station Attachment J00Cf.5 9401120086 930831 '
l PDR P
ADOCK 05000370 E pop {__ l[# ,
rwe, m - r-m-
f Duke Power Company McGuire Nuclear Station Unit 2 I
Reactor Containment Building Integrated Leakage Rate Test Report August 1993 Submitted to The United States Nuclear Regulatory Commission Docket Number 50-370-NPF-17 Prepared By: b0f M. A. Hutcheson En incer P. W. Roberson Engineer Reviewed By:
D. G. Gardner Engineering Su rvisor Approved By: l T. D. Curtis 1 Systems Engineering Manager l
i
McGuire Unit 2 TABLE OF CONTENTS Page
- 1. INTRODUCTION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 II. TEST SYNOPSIS .. .... . . .. .. .... . . . .. . . . . .. 2 III. TEST DATA
SUMMARY
.. ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. 4 A. Plant Information B. Technical Data C. Type A Test Results D. Verification Controlled Leakage Rate Test Results E. Type B and C Test Results F. Integrated Leakage Rate Measurement System G. Description of Computer Program H. Information Retained at Plant IV. ANALYSIS ANDINTERPRETATION . .. . ..... . . . . . . . . .. I1 A. ILRT Test Corrections B. Reported "As Left" ILRT Results C. "As Found" Evaluation of Containment V. REFERENCES. . . . . . . .. .. . . . . . . . . . . . . . ,... .. . . . . 14 VI. APPENDICES A. Temperature Stabilization Phase Data and Graphs B. Integrated Leakage Rate Test Data and Graphs C. Verification Controlled Leakage Rate Test Data and Graphs
- D. Miscellaneous Information E. Test Data Summary F. Local Leakage Rate Testing Conducted Since the Last ILRT i
1 McGuire Unit 2 l l
- 1. INTRODUCTION A periodic Type A Containment Integrated Leakage Rate Test (ILRT) was successfully conducted on the primary containment structure of the McGuire Nuclear Station, Unit 2 pressurized water reactor. This test was completed on August 24,1993. The purpose of the test was to demonstrate that leakage through the primary reactor containment, and systems and components penetrating primary containment does not exceed the allowable leakage rate specified in the Plant Technical Specifications.
The test was conducted in accordance with the requirements of 10CFR50, Appendix J using the Absolute Method defined in ANSI N45.4-1972. The leakage rate was calculated for both the Type A test and the verification test using the Total Time methodology and the calculational requirements of BN-TOP-1, Revision 1, " Testing Criteria for Integrated Leakage Rate Testing of Primary Containment Structures for Nuclear Power Plants."
Leakage rates for both the Type A test and the verification test were also calculated, for information only, using the Mass Point methodology given by ANSI /ANS 56.8-1987. The ILRT was performed at a pressure in excess of the calculated peak containment internal pressure related to the design basis accident as specified in the Final Safety Analysis Report (FSAR) and the Plant Technical Specifications.
This report describes and presents the results of this periodic Type A test, including the supplemental test method used foi verification. The summary of events and test chronology are presented in Section II, Test Synopsis. Plant information, technical data, test results and measurement system information are presented in Section III, Test Data Summary. The test results are compared with the Acceptance Criteria in Section IV, Analysis and Interpretation. A summary of the local leakage rate testing (Type-B and C) performed since the last ILRT is also provided in this report as Appendix F.
The "As Left" Type A test result reported at the 95 percent upper confidence limit is 0.2009 percent of the contained mass per day. The "As Found" Type A test result reported at the 95 percent upper confidence limit is also 0.2009 percent of the contained mass per day. The acceptance criteria specified in the plant Technical Specifications is a leakage rate
, less than 0.75 L, , or 0.225 percent of the contained air mass per day. j I
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McGuire Unit 2 8/23/89 to 8/27/93 Local Leak Rate Test Summary McGuire Unit 2's previous Type A test was performed on 8/23/89 during the End of Cycle 5 refueling outage. Since that time, local leak rate testing in accordance with 10CFR50 Appendix J and the station Technical Specifications have been performed.
Summary lists of the local testing performed during EOC 6,7 and 8 outages are included in this section as Attachments 1,2, and 3. Quarterly tests of the Containment Purge system isolation valves and semi-annual tests of the Upper and Lower Airlocks have also been performed.
Changes to the containment boundary during this report period include: 1) the deletion of M356, a WE ( Equipment Decontamination ) System mechanical penetration during the EOC6 outage, and 2) the addition of E396, an electrical service penetration during the EOC7 outage.
Evaluation of all data shows that in no case has the total leakage for all penetrations and valves subject to Type B and C tosting approached the Technical Specification limit of 0.60 La (80,800 secm). Similarly, the bypass leakage total (those leak paths that communicate beyond the annulus boundary) has not exceeded the Technical Specification limit of 0.07 La (9427 sccm).
All local leak rate test results are maintained in detail at McGuire Nuclear Station, and are available for further review if desired.
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McGuire Unit 2 j II. IEST SYNOPSIS l
Preparations to pressurize containment for the conduct of the ILRT included: internal and external inspections of the containment vessel and the reactor building interior and exterior; installation and checkout of the ILRT instrumentation; completion of all Type B and Type C local leakage rate testing; alignment of valves and breakers for test conditions; the installation and leakage check of the pressurization / depressurization assemblies '
installed at spare mechanical penetrations M371 and M383; and the installation and <
checkout of the temporary pressurization facilities. These preparations were completed on August 22,1993.
Following Operations alignment of all required containment penetrations, pressurization of the containment vessel began at 1710, on August 22,1993. Pressurization continued at an average rate of 3200 cfm (2.4 psi /hr) using the two diesel driven air compressors, the two portable electric compressors and the supplemental air available from the instrument air system. At 2255, one of the ponable electric compressors tripped off line- the pressurization rate was reduced by 300 cfm. By 2310, all operating upper and lower containment ventilation fans were secured. At 2330, with a containment pressure of 15.0 psig, the instrument air system was isolated and vented and the remaining ponable electric compressor was secured. At 2400, with a containment pressure of 15.39 psig, the pressurization line was isolated at penetration M383 and the stabilization period started.
The temperature stabilization period was staned with data set number 28 at 2400, on August 22,1993. Four hours into the stabilization period, both BN-TOP-1 and ANSI 56.8-1987 temperature stabilization criteria were satisfied. Stabilization data continued for 5.0 additional hours to allow for the contained air mass to stabilize sufficiently to stan the test.
Penetration leak searches were periodically conducted throughout the pressurization and stabilization phases - no significant leaks were observed. Soap bubble leakage testing on all hot penetrations required by the McGuire Technical Specifications began during this period and was complete prior to the stan of the verification test period.
The Type A test period started with data set number 64, at 0900 on August 23. A ;
successful 7.5 hour5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br /> test was completed at 1631, with data set 94. The Total Time and Mass l l
Point Leak Rates at the 95 % Upper Confidence Limit were 0.1964 wt. %/ day and 0.1424 wt. (7c/ day respectively. All BN-TOP-1 termination criteria were also met at this time.
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1 McGuire Unit 2 A verification flow of 4.91 scfm (0.2971 wt. %/ day) was initiated at 1640 on August l
- 23. Following the stabilization period required by BN-TOP-1, a successful verification test !
was performed from 1910 to 2300. The composite leakage rates calculated during this period were 0.3897 wt. %/ day for the Total Time method and 0.3926 wt. %'/ day for the -
Mass Point method. 1 1
The start of the verification test leakage calculation was delayed until 1910 following the tail end of one of the periodic temperature excursions in the ice condenser volume. ;
These excursions were due to real changes in air temperature for the volume adjacent to ice condenser temperature sensor number 4. This sensor was located in the upper plenum ~
above a set of air handling units. The air handling units were set to rotating six hour defrost !
cycles throughout the test. The temperature and containment mass data included in Appendix D, for both the Type A and verification test periods, show that the temperature excursions occurred at approximately six hour intervals. This excursion began at 1740, one hour into the imposed leak stabilization period, and ended at 1910. Since the temperature excursion and corresponding indicated mass increase began at what would normally be the ;
start time for the verification test calculation, it was necessary to wait until the containment ,
l mass reestablished its normal trend at 1910.
Depressurization began at 2310 on August 23, and was complete at 0100 on August
- 24. The primary flow paths were through a 6 inch butterfly valve installed at spare j I
mechanical penetration M371, through a 6 inch butterfly valve installed at spare mechanical penetration M383 and through a 4 inch penetration, M346 (2VE5A & 2VE6B). The air discharged into the annulus from containment, and then from the annulus through the annulus ventilation system HEPA and carbon filter units, and out the unit vent.
Depressurization was accomplished in 1.8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> at an average rate of 8.0 psi /hr. No equipment damage was found during the post-ILRT containment inspection.
A containment pressure time line for the entire test period is included in Appendix D.
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r McGuire Unit 2 t
Test Chronology l
Phase Data Set No. Time Period Duration Pressurization From: 001 1711 on 8/22/93 6.8 To: 028 2400 on 8/22/93 !
i, Stabilization From: 028 2400 on 8/22/93 9.0 ,
To: 064 0900 on 8/23/93 .
ILRT From: 064 0900 on 8/23/93 7.5 l To: 094 1631 on 8/23/93 -
Leak Stabilizat. ion From: 095' 1640 on 8/23/93 2.5 i for Verification Test To: 110 1910 on 8/23/93 .
t Verification Test From: 110 1910 on 8/23/93 3.8 To: 133 2300 on 8/23/93 l Depressurization Frora: 134 2310 on 8/23/93 1.8 :
Tc: 141 0100 on 8/24/93 ;
r Total Elapsed Time: 31.9 hours1.041667e-4 days <br />0.0025 hours <br />1.488095e-5 weeks <br />3.4245e-6 months <br /> ,
f III. TEST DATA
SUMMARY
A. Plant Information Owner Duke Power Company Plant McGuire Nuclear Station, Unit 2-Location Hwy 73 Huntersville, North Carolina .
Containment Type Free-standing cylindrical steel shell surrounded by a separate reinforced concretc i
reactor building.
NSSS Supplier, Type Westinghouse, Ice Condenser PWR Docket No. 50-370
. License No. NPF-17 B. Technical Data A six foot annular space is provided between the exterior surface of the steel l
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McGuire Unit 2 containment vessel and the inner wall of the reactor building. The annulus ventilation filter system maintains this space at a negative pressure relative to the outside atmosphere during accident conditions. !
l Containment Net 1,195,911 cu. ft. l Free Air Volume Design Pressure, P 15.0 psig Design Temperature, T 250 "F ,
Calculated Peak Accident 14.80 psig Pressure, P, Maximum Allowable 0.300 wt. % / day ,
leakage Rate, L, [
C. Test Results - Type A Test
- 1. Test Method Absolute i
- 2. Test Pressure 15.11 psig ;
- 3. Data Analysis Total Time (per BN-TOP-1,1972), f Techniques Mass Point (for information only, i per ANSI /ANS 56.8-1987)
- 4. ILRT Acceptance 0.2250 wt. % / day Criteria ( < 0.75 L,) 1
- 5. Type A Test Results BN-TOP-1 ANSI 56.8 f Total Time Mass Point 4 i
Simple leakage Rate 0.1558 wt.%/ day 0.1558 wt.%/ day Fitted leakage Rate (L,m) 0.114I wt.%/ day 0.1263 . wt.%/ day . i Upper 95 % Confidence level 0.1964 wt.%/ day 0.1424 wt.%/ day. -
- 6. All acceptance criteria for the Reduced Duration BN-TOP-1 ILRT were satisfied in 7.5 hours5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br />. A printout of the BN-TOP-1 Total Time Termination Criteria is I included in Appendix B. Report printouts and data plots for both the Total Time and the Mass Point Analysis techniques are also provided in Appendix B.
l D. Verification Controlled Leakage Rate Test Results
- 1. Verification Test Super- 4.911 SCFM (0.297I wt. %/ day) imposed Leakage Rate (L.)
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McGuire Unit 2 l l
- 2. Verification Test Total Time Analysis Results and Limits Upper Limit 0.4862 wt. %/ day (L o+ L,,,, + 0.25 L, )
Verification Test Total 0.3897 wt. %/ day Time Results (L,)
Lower Limit 0.3362 wt. %/ day (L o+ L,,,, - 0.25 L,)
- 3. Verification Test Mass Point Analysis Results and Limits (Presented for information only)
Upper Limit 0.4984 wt. %/ day (L o+ L ,,, + 0.25 L, )
Verification Test Mass 0.3926 wt. %/ day !
Point Results (L,)
Lower Limit 0.3484 wt. %/ day ,
(L, + I,,,,, - 0.25 L )
{
- 4. The report printouts and data plots for both the Total Time Analysis and Mass l
Point Analysis techniques are provided in Appendix C.
E. Test Results - Type B and C Tests A summary of the local leakage rate test results conducted since the last ILRT in August 1989 is included in Appendix F.
F. Integrated Ixakage Rate Measurement System The containment system was equipped with instrumentation to permit leakage rate determination by the absolute method. Data from the absolute system is reduced to a containment air mass by application of the Ideal Gas Law. The leakage rate is equal to the time rate of change of this value. The mass of dry air, W within containment is l calculated as follows:
( P-P, ) V W=
RT 6
l t
McGuire Unit 2 where: P = Containment Total Absolute Pressure P, = Containment Water Vapor Pressure (Average)
V = Containment Net Free Volume i
R = Gas Constant for Air j T = Containment Absolute Temperature (Average)
The primary measurement variables required are containment absolute pressure, containment dew point temperature and containment temperature as a function of time.
During the supplemental verification test, the calibrated leakage imposed on the j existing leakage in the containment system is also recorded. j i
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- 1. Absolute Pressure (3 Sensors)
Type: Paroscientific Model 760-A Portable Field Standard Range: 0-45 psia t Relative Accuracy: 0.01 % Full Scale Repeatability: 10.005 % Full Scale Sensitivity: 0.000045 psia Calibration Date: August 13,1993 The sensors provide an RS232 direct digital input to the computer. Two sensors were used to monitor the upper and lower containment air volume and one sensor was used to monitor the ice condenser air volume.
- 2. Dew Point Temperature (6 Sensors)
Type: General Eastern Hygro-El Optical Dew Point Monitor with Model 111IH single stage sensor Range: -40 F - 140 F, Analog output respanned from 20 F to 100 F dew point for the five upper & lower containment sensors and -10 F to 40 F for the ice condenser sensor, corresponding to 4 to 20 mA.
Accuracy: 1.0 F Repeatability: 0.09"F Sensitivity: 10.09 F Calibration Date. August 6-10,1993 l
- 3. Dry Bulb Temperature (42 Sensors)
Type: Rosemount Model No. 78S,4 wire,100 ohm platinum Resistance Temperature Detector, RTD Calibrated Range: 0 F - 200 F Accuracy: 0.45"F over entire range 7
i McGuire Unit 2 l l
Sensitivity: i 0.09 F (for conservatism, the manuf. specified repeatability is used for this value in the ISG calculation.)
Calibration Date: August 5,1993
- 4. Data Acquisition System The data acquisition system consists of a Fluke 2289A Helios system front end and Fluke 2281 A extender chassis which interface with an IBM compatible,486 processor computer. The Fluke system acquires data from the dew point sensors and the dry bulb temperature sensors. The required cards and peninent data are as follows:
Dew Point - DC current measurement Cards Required: 161 High Performance A/D 162 Thermocouple / DC Volts 171 Current Input Connector Range: 64 mA Accuracy: 0.02 % ofinput, 5 uA (15"C-35 C Operating Temp.)
Repeatability: 0.015 % of input, 2uA Resolution: 0.6uA Calibration Date: April 21,1993 Note: Accuracy improved over manuf. stated spec. due to change to 8 ohm, 0.01% precision resistors.
Temocrature - RTD Resistance Measuicment Cards Required: 161 High Performance A/D 163 RTD / Resistance Scanner 177 RTD / Resistance Input Connector Range: 256 ohms Accuracy: 0.0175 % ofInput, 5.7 m ohms (15 C-35 C Operating Temp) !
Repeatability: 0.005 % ofInput, 4 m ohms Resolution: 2.4 m ohms Calibration Date: April 21,1993
- 5. Verification Flow Type: Brooks Hi-Accuracy, Full-View Flowmeter, Model No.
1I10 i Calibrated Range: 0 - 5.86 SCFM l Accuracy: 1 % Full Scale Calibration Dates: August 18,1993 1
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McGuire Unit 2
- 6. Instrumentation Selection Guide (ISG) Calculation l I
The ISG calculation is a method used to evaluate the total instrumentation l
systems' ability to detect leakage rates in the range required. The ISG formula is -
described in ANSI /ANS 56.8-1987, Appendix G and requires that the sensitivity ,
must be at least four times better than the containment's allowable leakage (ISG 5; 0.25 L ). The ISG calculated for the instrumentation used for this test was 0.0261 '
wt. %/ day for the 7.5 hour5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br /> test. The allowable value for this test is 0.0625 wt.
%/ day.
l The ISG value given by the computer for the end of test data point reflects actual l containment atmospheric conditions and the number of sensors in service at that time. For this test, the ISG value is based on 3 pressure sensors, 6 dew point sensors and 47 temperature sensors. !
- 7. Sensor Calibration Information and Volume Fractions Appendix D, Miscellaneous Information contains a Sensor Information report.
This report lists the calbration coefficients for each sensor, instmment serial numbers, DAS channel acignments and final volume fraction assignments as. ;
installed for the 1993 ILRT. i P
G. Description of Computer Program The Duke Power ILRT is written in the C programming language and runs under f the Microsoft (R) Windows operating environment. Through use of pull down menus, the user is made aware of all program options at any given time. All data including individual sensor readings, containment average readings and leakage calculations are acce-ssible through spreadsheet data display windows, graphs, standardized reports, custom reports and data files written to disk. The program provides for multiple views !
of test data, both graphical and tabular, and also provides for real time updating of the displays with each new data set. Both ANSI 56.8 mass point and BN-TOP-1 total time leakage calculations are performed concurrently.
1 The ILRT program actually consists of two separate programs. The main program, called LEAK.EXE, is a generic data analysis and reporting program. It can be used at ;
any facility with no changes required, as its personality is derived from a configuration i file developed prior to each test. The configuration file specifies all plant specific l information, such as station name, unit number, number of compartments in l l
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a l McGuire Unit 2 l
l containment, number of each sensor type within each compartment, sensor calibration l constants, volume fractions, serial numbers, DAS channel assignments and containment volume. The second program, called DATACQ.EXE, controls data acquisition and is customized for the type of system being used.
The ILRT program calculations were verified prior to test performance by loading a hand verified benchmark Raw Data File and Configuration Data file into the sub directory containing the ILRT program. Following selection of the Configuration data file, a Test Data file was recalculated by the program. Having rebuilt the Test Data File, all calculated values output by the program were compared with the benchmark calculations. Exact agreement (to the same number of significant figures given in the Benchmark Summary) was achieved between the benchmark calculation and the ILRT program output.
H. Information Retained at Plant The following information is available for review at McGuire Nuclear Station:
- 1. A listing of all containment penetrations, including the total number of like penetrations, penetration size and function.
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- 2. A listing of normal operating instrumentation used for the leakt.ge rate test.
- 3. A system lineup (at time of test), showing required valve positions and status of piping systems.
- 4. A continuous sequential log of events from initial survey of containment to restoration of all tested systems.
- 5. Documentation ofinstrumentation calibration and standards.
- 6. The wondng copy of the test procedure that includes sigriature sign-off of procedural steps.
- 7. The procedure and all data that would verify completion of penetrations and valve testing (Type B and C tests), including as found leakage rates, corrective action taken, and final leak rate.
- 8. A listing of all test exceptions including changes in containment system boundaries instituted by McGuire to conclude successful testing. ;
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McGuire Unit 2
- 9. Description of method of leak rate verification of instrument measuring system (superimposed leakage), with calibration information on flowmeters along with calculations that were used to measure the verification leakage rate.
- 10. The Instrumentation Selection Guide (ISG) Calculation
- 11. The P&ID's of pertinent systems.
IV. ANALYSIS AND INTERPRETATION A. ILRT Test Corrections In accordance with 10CFR50 Appendix J, Section III A.I.D, leakage penalties must be added to the Type A test result. During the ILRT,14 penetrations in addition to the electrical penetrations were not placed in the post-LOCA alignment. Penetrations' M240, M279, M385 and M390, which provide cooling water flow to the upper and lower containment ventilation units, were isolated just prior to the start of I pressurization; however, the penetrations were not drained and vented. r'ue to the heat and humidity of the outside air in late August, it was necessary to keep these penetrations in service as long as possible in order to maintain a safe and comfortable environment for the outage personnel working in containment.
The penetrations and minimum pathway "As Left" leakage rates (instrument error included) are given below:
Penetration Descriotion Reason Leakage Rate (2) E Penet. Conax Electrical N 2gas left in penet. 0.5 scem Penetrations Mi18A ILRT Pressure sensing line. 2.2 sccm M118B ILRT Pressure sensing line. 10.2 sccm M118C ILRT Pressure sensing line. 12.2 seem M240 RV Lower Cont. Cooling water flow to 587.0 seem Supply lower cont. vent, units.
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McGuire Unit 2 Penetration Drvnption Reason Leakage Rate M279 RV Lower Cont. Cooling water return flow 1224.0 scem )
from lower cont vent. units. i I
M353 RF to containment Fire protection required by Tech 19.0 sccm l Specs. for assured fire suppression.
M371 Spare NF Mech. Depressurization 44.0 sccm i Penetration assembly installed.
l M372 Ice Condenser Glycol recire required for ice 4.3 seem ;
glycol out condenser air handling units.
M373 Ice condenser Glycol recire required forice 4.3 seem glycolin condenser air handling units.
M383 Spare NF Mech. Pressurization & depressur- 44.0 sccm Penetration ization assembly installed.
M385 RV Upper Cont. Cooling water ficw to upper 31.0 seem Supply cont. vent. units.
M390 RV Upper Cont. Cooling water flow return 4.3 scem Return from upper cont. vent, units C152 VI to lower PAL Pressure instrument installed 3.0 scem to monitor PAL pressure.
C392 VI to upper PAL Pressure instrument installed 22.5 scem to monitor PAL pressure.
Total: 2012.5 seem 0.0045wt.%/ day Water voluine changes in containment during the ILRT were negligible. During the period from 0857 on 8/23 to 2300 on 8/23, trends from the Point Accumulation and Output Program were recorded from several reactor building sump and tank volumes. ,
Water volume changes were as follows: the containment floor and equipment sump level remained constant, the pressurizer level increased from 29.1 % to 34.8 %, the pressurizer relief tank level remained constant and the reactor coolant drain tank level increased from 49% to 59 %.
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McGuire Unit 2 B. Reported "As Left" ILRT Results The results of the ILRT to be reported including all corrections are:
Total Time Mass Point Analysis Analysis Calculated Leakage Rate 0.1964 wt. %/ day 0.1424 wt. %/ day at 95% UCL Corrections 0.0045 wt. %/ day 0.0045 wt. %/ day "As Left" Leakage Rate 0.2009 wt. %/ day 0.1469 wt. %/ day Acceptance Criterion ( < 0.75 L,) < 0.225 wt. %/ day Since both the "As Left" Total Time and Mass Point UCLs are less than 0.75La, the test results demonstrate that the leakage through the primary containment and systems and components penetrating containment does not exceed the allowable leakage rate specified in the McGuire Nuclear Station FSAR and the Technical Specifications.
C. "As Found" Evaluation of Containment In a letter dated July 27,1989 (Reference J) to Duke Power Company, the Director of NRR concluded that "As Found" Type A testing is not an explicit requirement of the regulations. Therefore, the "As Found" evaluation in accordance with NRC IE Notice No. 85-71, " Containment Integrated Leak Rate Tests", does not currently apply to McGuire Nuclear Station.
However,10 CFR 50 Appendix J, Section III.A.1.(a) requires that, "during the period between the initiation of the containment inspection and the performance of the Type A test, no repairs or adjustments shall be made so that the containment can be tested in as close to the 'as is' condition as. practical." Following the time of the initiation of the containment inspection, described by paragraph V.A. of Appendix J, and the completion of the Type A test, no preparatory repairs or adjustments were made to any penetrations. Therefore, the total leakage savings for this test is equal to zero and the "As Found" leakage rate is equal to the "As Left" leakage rate.
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i McGuire Unit 2 i
Total Time Mass Point :
Analysis Analysis ;
i "As Left" Leakage Rate 0.2009 wt. %/ day 0.1469 wt. %/ day Total Leakage Savings 0.0000 wt. %/ day 0.0000 wt. %/ day , !
"As Found" Leakage Rate 0.2009 wt. %/ day 0.1469 wt. %/ day .
Acceptance Criterion ( < 0.75 L, ) < 0.225 wt. %/ day :
l V. REFERENCES A. McGuire Nuclear Station FSAR Section 3.8, Section 6.2 and Section 14.4.15.
B. McGuire Nuclear Station Technical Specifications; Section 3. P-i aphs 4.6.1.2, ;
4.6.1.6 and 4.6.1.7. l C. McGuire Nuclear Station, Procedure FT/2/A/4200/01 A, Unit 2, Containment Integrated Leak Rate and Structural Integrity Test, Retype Approved 8/20/93. ,
t D. McGuire Nuclear Station, Procedure Irr/2/A/4200/0lJ, Unit 2 Containment Leakage, Retype Approved 8/27/93. ;
E. Duke Power Company Integrated leak Rate Test Software Documentation, Version 1.76.
F. Code of Federal Regulations, Title 10. Part 50, Appendix J, " Primary Reactor Containment Leakage Testing for Water Cooled Power Reactors". :
G. ANSI /ANS 56.8-1987, " Containment System Leakage Testing Requirements". !
H. Bechtel Topical Report BN-TOP-1, " Testing Criteria for Integrated Leakage Rate Testing of Primary Containment Stmetures for Nuclear Power Plants", Revision 1, 1972.
I. ANSI N45.4-1972, " Leakage-Rate Testing of Containment Stmetures for Nuclear Reactors". ,
J. July 27,1989 Letter to Mr. H. B. Tucker, Vice President Duke Power Company from Mr. Thomas E. Murley, Director Office of Nuclear Regulation, Determination of Backfit Appeal Regarding Containment Integrated Leakage Rate Testing at Oconec, McGuire, and Catawba Nuclear Station (TACS 68443-68449).
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- - - --rm--- , - , ..v,- , -,
.q' McGuire Unit 2 l
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SECTION VI APPENDICES ,
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nj McGuire Unit 2 APPENDIX A Temperature Stabilization Phase Data and Graphs Reading No. 28 to 64 Reports:
- BN-TOP-1 Temperature Stabilization Criteria
- Mass Point Temperature Stabilization Criteria
- Containment Calculated Values by Reading No.
Graphs:
Containment Mass
- Average Pressure & Average Temperature Lower & Upper Containment Ice Condenser Average Vapor Pressure Lower & Upper Containment Ice Condenser Average Dew Point Lower & Upper Containment Ice Condenser
.9 BN-TOP-1 Tcmperaturo Stabilization McGuhe Nuclear Stalion Unit 2 Containment AVE. DT OVER lAST 2 RATE OF DT CHANGE OVER LAST 2 .
TIME TEMP HOURS HOURS l.
t lT , - T t-2l i !
2 l
HOURS *F *F/HR *F/HR/HR i 00:00 73.189 00:15 72.733 00:30 72.498 ,
00:45 72.373 i 01:00 72.321 +
01:15 72.229 01:30 72.135 01:45 72.044 l
02:00 71.870 0.659 0.415 t 02:15 71.615 0.559 0.109 l 02:30 71.465 0.516 0.308 ;
02:45 71.370 0.502 0.344 [
03:00 71.297 0.511 0.121 5 03:15 71.250 0.489 0.248 ,
03:30 71.216 0.460 0.421 ,
03:45 71.194 0.425 0.497 l 04:00 71.175 0.347 0.449 i 04:15 71.126 0.245 0.240 l 04:30 71.105 0.180 0.138 ,
04:45 71.085 0.142 0.068 05:00 71.061 0.118 0.008 -
05:15 71.039 0.106 0.038 l 05:30 71.015 0.100 0.021 !
05:45 70.986 0.104 0.009 06:00 70.943 0.116 0.003 06:15 70.855 0.135 0.097 06:30 70.830 0.137 0.093 ;
06:45 70.782 0.152 0.105 07:00 70.797 0.131 0.028 -
07:15 70.791 0.124 0.120 !
07:30 70.764 . 0.125 0.119 i i 07:45 70.726 0.130 0.148 .
08:00 70.702 0.121 0.050 t 08:15 70.685 0.085 0.042 l 08:30 70.677 0.077 0.021 i 08:45 70.660 0.061 0.010 !
09:00 70.654 0.072 0.048 ,
J !
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l i
- - - - , ,._ _ , _ ~ _ .
Y "
j Moss Point Temperaturo Stabilizatisn -
w m.ei seem Unit 2 -
D D D D D ,
TIME TEMP A . OWRN4 AW. m OWR N HOUR ;
HOURS 5
~
t T lT , - i t-1l " ~
HOURS 'F *F/HR 'F/HR *F/HR l 00:00 73.189 00:15 72.733 00:30 72.498 00:45 72.373 ;
01:00 72.321 01:15 72.229 i 01:30 72.135 01:45 72.044 :
02:00 71.870
[
02:15 71.615 !
02:30 71.465 02:45 71.370 03:00 71.297 ,
03:15 71.250 3
03:30 71.216 03:45 71.194 . ;
04:00 71.175 0.503 0.123 0.381 !
04:15 71.126 0.402 0.125 0.277 .
04:30 71.105 0.348 0.111 0.237 04:45 71.085 0.322 0.108 0.214 i 05:00 71.061 0.315 0.114 0.201 05:15 71.039 0.297 0.087 0.210 05:30 71.015 0.280 0.090 0.190 05:45 70.986 0.264 0.099 0.165 06:00 70.943 0.232 0.117 0.114 l' 06:15 70.855 0.190 0.184 0.006 06:30 70.830 0.159 0.185 -0.026 i 06:45 70.782 0.147 0.204 -0.058 07:00 70.797 0.125 0.146 4.021 1 07:15 70.791 0.115 0.064 0.051 07:30 70.764 0.113 0.066 0.047 ;
07:45 70.726 0.117 0.056 0.061 i 08:00 70.702 0.118 0.095 0.023 i 08:15 70.685 0.110 0.105 0.004 08:30 70.677 0.107 0.087 0.020 l 08:45 70.660 0.106 0.066 0.041 09:00 70.654 0.102 0.048 0.054 i
Containm:nt Calculatad Valuas McGuir3 Nuclear Station Unit 2 RDG TIME MASS TEMP VAPOR PRESS PRES $URE 28 00:00:25 Lower / Upper Cont. 153195.62 80.308 0.2078 29.7318 Ice Cordenser 26026.37 26.382 0.0502 29.7392 TOT.\L 179221.99 29 00:15:36 Lower /Urver Cont. 153184.53 79.797 0.2042 29.6982 sco Condenser 26002.69 26.286 0.0493 29.7054 TOTAL 179187.23 30 00:30:36 Lower / Upper Cont. 153177.89 79.500 0.2003 29.6768 tco Condenser 25974.42 26.455 0.0498 29.6839 TOTAL 179152 31 31 00.45:37 Lower / Upper Cont. 153162.46 79.317 0.1964 29.6598 tco Condenser 25946.23 26.714 0.0493 29.6671 TOTAL 179108.70 32 01:00:37 Lower / Upper . Cont. 153170.27 79.186 0.1914 29.6492
- Ice Condenser 25911.79 27.177 0.0497 29.6563 TOTAL 179082.06 33 01:15:38 Lower / Upper Cont. 153163.39 79.093 . 0.1872 29.6386 lee condenser 25906.75 27.088 0.0503 29.6458 i TOTAL 179070.14 34 01:30:38 Lower / Upper Cont. 153152.11 79.016 0.1840 29.6290 les condenser 25908.92 26.893 0.0502 29.6363 TOTAL 179061.04 35 01:45:39 Lower / Upper Cont. 153151.87 78.932 0.1805 29.6209 lee Condenser 25908.75 26.748 0.0510 29.6280 TOTAL 179060.62 36 02:00:39 Lower / Upper Cont. 153111.41 78.739 0.1754 29.5975 Ice Condenser 25890.96 26.701 0.0507 29.6046 TOTAL 179002.38 37 02:15:40 Lower / Upper Cont. 153166.00 78.450 0.1712 29.5880 lee Condenser 25884.68 26.671 0.0502 29.5952 TOTAL 179050.67 38 02:30.40 tower / Upper Cont. 153212.35 78.253 0.1663 29.5812 Ice Condenser 25870.29 26.828 0.0504 29.5884 TOTAL 179082.64 39 02:45:41 Lower / Upper Cont. 153230.15 78.122 0.1623 29.5734 lee Condenser 25854.84 26.966 0.0517 29.5804 TOTAL 179085.00 40 03:00:41 Lower / Upper Cont. 153245.94 78.028 0.1584 29.5674 Ice Condenser 25846.14 27.040 0.0511 29.5744 TOTAL 179092.08 41 03:15:42 Lower / Upper Cont. 153254.38 77.955 0.1551 29.5618 ice Condenser 25835.16 27.160 0.0510 29.5690-TOTAL 179089.55 42 03:30:42 Lower / Upper Cont. 153260.99 77.890 0.1522 29.5566 Ice Condenser 25821.50 27.326 0.0511 29.5636 TOTAL 179082.49 l
Containm:nt Calculatad Volu::s McGuire Nuclear Station Unit 2 RDG TIME MASS TEMP VAPOR PRESS PRESSURE B
43 03:45:43 Lower / Upper Cont. 153261.20 77.839 0.1495 29.5511 Ice Conderwer 25807.78 27.498 0.0511 29.5583 TOTAL 179068.97 44 04:00:43 Lower / Upper Cont. 153260.04 77.798 0.1469 29.5460 ice Condenser 25796.20 27.621 0.0518 29.5532 TOTAL 179056.24 45 04:15:44 Lower / Upper Cont. 153254.66 77.751 0.1442 29.5398 lee Condenser 25794.18 27.559 0.0517 29.5470 TOTAL 179048.84 46 04:30:44 Lower / Upper Cont. 153261.96 77.717 0.1425 29.5376 Ice Condenser 25788.56 27.624 0.0518 29.5447 TOTAL 179050.52 47 04:45:45 Lower / Upper Cont. 153259.97 77.679 0.1403 29.5329 Ice Condenser 25779.09 27.728 0.0518 29.5402 TOTAL 179039.06 48 05:00:45 Lower / Upper Cont. 153262.51 77.648 0.1389 29.5303 Ice condenser 25775.64 27.746 0.0518 29.5373 TOTAL 179038.14 49 05:15:46 Lower / Upper Cont. 153261.25 77.616 0.1368 29.5262 Ice Condenser 25769.36 27.790 0.0525 29.5335 TOTAL 179030.61 50 05.30:46 Lower / Upper Cont. 153260.17 77.587 0.1353 29.5229 Ice Condenser 25766.34 27.799 0.0520 29.5301 TOTAL 179026.51 51 05:45:47 Lower / Upper Cont. 153254.64 77.569 0.1340 29.5196 Ice Condenser 25768.39 27.699 0.0523 29.5267 TOTAL 179023.03 52 06:00.47 Lower / Upper Cont. 153247.98 77.550 0.1324 29.5157 Ice Condenser 25776.07 27.499 0.0518 29.5228 TOTAL 179024.06 53 06:15:48 Lower / Upper Cont. 153249.60 77.525 0.1310 29.5132 Ice Condenser 25800.23 26.995 0.0522 29.5203 TOTAL 179049.83 54 06:30:48 Lower / Upper Cont. 153244.41 77.517 0.1294 29.5102 Ice Condenser 25804.90 26.857 0.0523 29.5174 TOTAL 179049.31 55 06:45:49 Lower / Upper Cont. 153245.91 77.485 0.1284 29.5077 les Condenser 25810.78 26.705 0.0523 29.5149 TOTAL 179056.68 56 07:00:49 Lower / Upper Cont. 153238.25 77.471 0.1278 29.5049 Ice Condenser 2579'7.30 26.912 0.0523 29.5121 TOTAL 179035.54 57 07:15.50 Lower / Upper Cont. 153228.99 77.455 0.1265 29.5009 lee condenser 25790.67 26.968 0.0525 29.5082 TOTAL 179019.66
Containm:nt Calculated Values McGuire Nuclear Station Unit 2 RDG TIME MASS TEMP VAPOR PRESS PRESSURE 58 07:30:50 Lower / Upper Cont. 153221.94 77.438 0.1254 29.4975 tco Condenser 25792.63 26.879 0.0525 29.5050 TOTAL 179014.57 59 07:45:51 tower / Upper Cont. 153214.16 77.425 0.1246 29.4946 Ice Condenser 25800.69 26.673 0.0527 29.5019 TOTAL 179014.85 60 08 00:51 Lower / Upper Cont. 153208.70 77.415 0.1234 29.4917 Ice Condenser 25804.14 26.559 0.0526 29.4988 ,
TOTAL 179012.85 61 08:15:52 Lower / Upper Cont. 153206.50 77.405 0.1229 29.4903 les Condenser 25806.21 26.497 0.0527 29.4975 TOTAL 179012.71 62 08:30:52 Lower / Upper Cont. 153207.81 77.394 0.1216 29.4887 Ice Condenser 25804.63 26.503 0.0528 29.4962 TOTAL 179012.43 63 08:45.53 Lower / Upper Cont. 153200.93 77.384 0.1209 29.4860 ice Condenser 25803.97 26.447 0.0542 29.4934 TOTAL 179004.90 i
64 09:00:54 Lower / Upper Cont. 153199.77 77.382 0.1200 29.4848 Ice Condenser 25805.30 26.414 0.0535 29.4923 TOTAL 179005.07 -
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Lower / Upper Cont. Average Pressure & Lower / Upper Cont. Average Temperature McGuire Nuclear Station ,
Unit 2 Lower / Upper Cont. Average Pressure Lower / Upper Cont. Average Temperature 81.0 29.76 J - 80.6 29.72 -- - 80.2 29M - 79'O 29M 1 79 4 P
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Ice Condenser Average Pressure & Ice Condenser Average Temperature McGuire Nuclear StoHon Unit 2 ice Condensor Average Pressure ice Condenser Average Temperature 80 28.5 29.76 - - 28.2 29.72 ~ 27.9 29.68 - - 27.6 29.64 - . - 27.3 P .
- - 27.0 29.60 - _ p O \
i 29.56 -
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i i i i 25.5 00:00 01:00 02.00 03:00 04:00 05:00 06:00 07:00 08:00 09:00 Time - HR: MIN
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Lower / Upper Cont. Average Dew Point McGuire Nuclear Station Unit 2 55 --- -- - - - - - - - - - - - - - - - - - -
53 4 51
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41 --
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ice Condenser Average Dew Point McGuire Nuclear Station Unit 2 22.0 r- - - - - - - - - - - - - - - - - - - - - - - - -- - - - - - - -
21.7 -
21.4 a \
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McGuire Unit 2 APPENDIX B Integrated Leakage Rate Test Data and Graphs Reading No. 64 to 94 Reports:
- BN-TOP-1 Total Time Test Termination Criteria
= Total Time Leak Rate Analysis
= Mass Point Leak Rate Analysis
- Containment Calculated Values by Reading No.
Graphs:
- Total Time Leak at UCL and Calculated Total Time Leak
- Mass Point Leak at UCL and Mass Point Leak Containment Mass
= Average Pressure
- Average Vapor Pressure and Average Dew Point Lower & Upper Containment Ice Condenser Average Temperature Lower & Upper Containment Ice Condenser
BN-TOP-1 Tcrmination Critaria McGuire Nuclear Station Unit 2 BN-TOP-1 Termination Criterio Evoluotton for Reading # 94
- 1. The Trend Report based on Total Time calculations shall indicate that the mognitude of the calculated leak rate is tending to stabilize at a value less than the maximum allowable look rote (<.75Lo).
Required Value: 0.225000 %/ day Actual Value: 0.114093 %/doy (Note: The magnitude of the calculated leak rate may be increasing slightly as it tends to stabilize. In this case it.e overage rote of increase of the calculated look rate shall be determined from the occumulated dato over the last five hours or lost twenty dato points, whichever provides the most points. Using this overage rate, the calculated leak rote con then be linearly extrapolated to the 24th hour dato point.
If this extropolated value of the calculated leak rote exceeds 75% of the maximum allowable leak rote (La) then the look rate test is continued.)
Required Value: 0.225000 %/ day Actual Value: 0.000000 %/doy
- 2. The end of test upper 95% confidence limit for the calculated leak rote based on Total Time calculations shall be less than the maximum allowable look rate (<.75La).
Required Value: 0.225000 %/ day Actual Value: 0.196389 %/doy
- 3. The mean of the measured leak rates based on Total Time Colculations over the lost five hours of test or lost twenty dato points, whichever provides the most dato, shall be less than the maximum allowoble leak rote (<.75La).
Required Value: 0 225000 %/ day Actual Value: 0.168028 %/ day
- 4. Data shall be recorded at opproximately equalintervals and in no cose of intervals greater than one hour.
Required interval: <=1 hr Maximum ActualInterval:0.25 hr
- 5. At least twenty (20) dato points shall be provided for proper statistical analysis.
Required # Data Points: >=20 Actual Data Points: 31
- 6. In no cose shall the minimum test duration be less than six (6) hours.
Recuired Minimum Duration: 6 hr Actual Durotton: 7.5 hr
1 Total Timo Leak Rota Analysis
, McGuire Nuclear StaNon i UnN 2 RDG TIME (MINUTES) MEASURED LEAK (WT CALCULATED LEAK (WT UCL LEAK (WT %/ DAY) >
%/ DAY) %/ DAY) 64 0.00 - - -
3 1 65 15.00 0.317634 - -
i j 66 30.02 0.243656 0.243656 - !
67 45.02 0.236900 0.225697 0.491363
. 68 60.03 0.322414 0.281290 0.565180 l 69 75.03 0.289023 0.286232 0.465401 70 90.05 0.211599 0.248162 0.409906 71 105.05 0.28S924 0.260971 0.401414
. 72 120.07 0.221035 0.242097 0.366918 .
. 73 135.07 0.234540 0.234991 0.345336 !
5
. 74 150.08 0.237042 0.231191 0.331009 j 75 165.08 0.275286 0.240862 0.339145 l 1 76 180.10 0.283417 0.250517 0.346834 l i 77 '195.10 0.216292 0.239443 0.331746 ;
78 210.12 0.168795 0.218779 0.314807 !
i' 79 225.12 0.130249 0.193382 0.296378 80 240.13 0.116731 0.170222 0.275568 '
j 81 255.13 0.141229 0.156999 0.258219 82 270.15 0.152567 0.148703 0.245776 83 285.15 0.162198 0.143926 0.237961 ;
84 300.17 0.170M9 0.141648 0.233927 I 4' 85 315.17 0.142105 0.134876 0.224144 i Bo 330.18 0.128506 0.126965 0.213408 87 345.18 0.143861 0.122860 0.207464 l 88 360.20 0.149829 0,120395 0.204003 89 375.20 0.164439 0.120603 0.204884 90 390.22 0.153052 0.119244 0.203005 91 405.22 0.139777 0.116311 0.198778 .
92 420.23 0.139091 0.113733 0.195122 !
93 435.23 0.157906 0.114023 0.196010 94 450.25 0.155770 0.114093 0.196389 1
s l
l I
._.....,..__.._,.,._.___,,..._...._,.,--_l
' ~'
Moss Point Lcok Roto Analysis McGuire Nuclear ShWlon i Unit 2 ,
RDG TIME (MINUTES) NORM. MASS MEASURED LEAK (WT UCL t.EAK (WT %/ DAY) l
%/ DAY) 64 0.00 1.000000 - -
65 15.00 0.999967 0.317634 -
66 30.02 0.999949 '
0.243643 0.608866 67 45.02 0.999926 0.230177 0.290832 >
68 60.03 0.999866 0.297247 0.392612 ,
69 75.03 0.999849 0.296148 0.352692 !
70 90 05 0.999868 0.245218 0.315490 .
71 105.05 0.999791 0.264551 0.319523 72 120.07 0.999816 0.240392 0.289605 73 135.07 0.999780 0.233669 0.272872 ;
74 150.08 0.999753 0.231178 0.262842 75 165.08 0.999684 0.246145 0.276540 !
76 .180.10 0.999646 0.259368 0.288281 5 77 195.10 0.999707 0.243438 0.272978 78 210.12 0.999754 l
0.2i5781 0.253806 r
'79 225.12 0.999796 0.183488 0.230097 80 240.13 0.999805 0.156039 0.205494 !
81 255.13 0.999750 0.143394 0.188975 82 270.15 0.999714 '
0.137530 0.178578 83 285.15 0.999679 0.136088 0.172030 .
84 300.17 0.999645 0.137502 0.170762 85 315.17 0.999689 0.131897 0.162563 86 330.18 0.999705 0.124491 0.153373 87 345.18 0.999655 0.122361 0.148861 -
88 360.20 0.999625 0.122223 0.146553 89 375.20 0.999572 0.125472 0.148117 !
90 390.22 0.999585 0.126011 0.146949 ,
91 405.22 0.999607 0.123994 0.143507 4 92 420.23 0.999594 0.122342 0.140556 l 93 435.23 0.999523 0.124628 0.141752 l
94 450.25 0.999513 0.126313 0.142397 I
i I
b _ . _ _ _ . . _ _ _ . _ _ _ . - .
~
Containmnnt Calculated Valu s McGuire Nuclear Station Unit 2 j RDG TIME MASS TEMP VAPOR PRESS PRESSURE 64 09:00:54 Lower / Upper Cont. 153199.77 77.382 0.1200 29.4848 lee Condenser 25805.30 26.414 0.0535 29.4923 TOTAL 179005.07 65 09:15.54 Lower / Upper Cont. 153197.05 77.369 0.1191 29.4827 Ice Condenser 25802.10 26.437 0.0534 29.4899 TOTAL 178999.15 66 09:30:55 Lower / Upper Cont. 153195.09 77.367 0.1184 29.4816 Ice Condenser 25800.89 26.446 0.0532 29.4888 TOTAL 178995.98 67 09:45:55 Lower / Upper Cont. 153193.49 77.359 0.1176 29.4800 i
lee Condenser 25798.32 26.473 0.0528 29.4872 TOTAL 178991.82 [
68 10:00:56 Lower / Upper Cont. 153184.34 77.361 0.1172 29.4780 Ice Condenser 25796.67 26.469 0.0532 29.4854 TOTAL 178981.01 69 10:15:56 Lower / Upper Cont. 153182.52 77.347 0.1164 29.4760 les Condenser 25795.60 26.452 0.0535 29.4835 i TOTAL 178978.11 70 10:30.57 Lower / Upper Cont. 153186.83 77.340 0.1155 29.4756 Ice Condenser 25794.56 26.458 0.0535 29.4827 TOTAL 178981.39 71 10:45:57 Lower / Upper Cont. 153176.39 77.339 0.1153 29.4733 Ice Condenser 25791.34 26.488 0.0534 29.4807 TOTAL 178967.73 72 11:00:58 Lower / Upper Cont. 153177.92 77.336 0.1142 29.4724 Ice Condenser 25794.16 26.428 0.0528 29.4797 TOTAL 178972.08 73 11:15:58 Lower / Upper Cont. 153172.64 77.323 0.1140 29.4705 les Condenser 25793.05 26.399 0.0540 29.4779 TOTAL 178965.69 74 .11:30:59 Lower / Upper Cont. 153168.71 77.319 0.1135 29.4689 Ice Condenser 25702.14 26.389 0.0540 29.4763 TOTAL 178960.85 75 11:45:59 Lower / Upper Cont. 153161.37 77.310 0.1127 29.4668 Ice Condenser 25787.21 26.448 0.0538 29.4740 TOTAL 178948.58 76 12:01:00 Lower / Upper Cont. 153156.13 77.314 0.1126 29.4653 Ice Condenser 25785.49 26.450 0.0543 29.4726 TOTAL 178941.62 77 12:16:00 Lower / Upper Cont. 153157.83 77.311 0.1118 29.4647 Ice Cor> denser 25794.79 26.275 0.0535 29.4719 TOTAL 178952.62 78 12:31:01 Lower / Upper Cont. 153156.44 77.315 0.1114 29.4643 Ice Condenser 25804.54 26.073 0.0543 29.4715 TOTAL 178960.98
Containm nt Calculatad Valuas McGuira Nuclear Station Unit 2 I
r RDG TIME MASS TEMP VAPOR PRESS PRES $URE i
79 12:46:01 Lower / Upper Cont. 153152.86 77.310 0.1111 29.4630 Ice Condenser 25815.76 25.853 0.0537 29.4704 TOTAL 178968.62 80 13:01:02 Lower / Upper Cont. 153151.72 77.308 0.1107 29.4623 ice condenser 25818.51 25.777 0.0544 29.4696 TOTAL 178970.23 81 13:16:02 Lower / Upper Cont. 153142.39 77.305 0.1105 29.4601 Ice Condenser 25817.89 25.756 0.0543 29.4676 i TOTAL 178960.28 82 13:31:03 Lower / Upper Cont. 153136.35 77.305 0.1098 29.4583 ice Condenser 25817.49 25.739 0.0543 29.4660 TOTAL 178953.84 83 13:46:03 Lower / Upper Cont. 153133.01 77.299 0.1 @ 5 29.4570 Ice Condenser 25814.57 25.752 0.0553 29.4645 TOTAL 178947.58 84 14 01:04 Lower / Upper cont. 153125.86 77.301 0.1091 29.4553 lee Condenser 25815.61 25.720 0.0544 29.4629 TOTAL 178941.47 ,
s 85 14:16:04 Lower / Upper Cont. 153127.46 77.302 0.1088 29.4554 Ice Condenser 25821.93 25.602 0.0543 29.4628 '
TOTAL 178949.40 86 14:31:05 Lower / Upper Cont. 153128.66 77.304 0.1085 29.4555 Ice Condenser 25823.67 25.571 0.0543 29.4629 TOTAL 178952.33 87 14:46:05 Lower / Upper Cont. 153118.35 77.306 0.1086 29.4537 Ice Condenser 25824.99 25.520 0.0543 29.4613 TOTAL 178943.34 88 15:01:06 Lower / Upper Cont. 153115.77 77.308 0.1081 29.4528 Ice ConGaser 25822.21 25.555 0.0543 29.4602 t TOTAL 178937.99 i
89 15:16:06 Lower / Upper Cont. 153111.60 77.307 0.1081 29.4519 ice Condernor 25816.77 25.645 0.0543 29.4595 TOTAL 178928.38 90 15:31:07 Lower / upper cont. 153113.95 77.302 0.1077 29.4518 Ice Condenser 25816.88 25.635 0.0543 29.4591 TOTAL 178930.83 l 91 15:46:07 Lower / Upper Cont. 153114.07 77.304 0.1077 29.4519 lee Condenser . 25820.59 25.554 0.0552 29.4592 TOTAL 178934.66 92 16:01:08 Lower / Upper Cont. 153112.05. 77.303 0.1075 29.4512 Ice condenser 25820.36 25.565 0.0543 29.4588 TOTAL 178932.41 93 16:16:08 Lower / Upper Cont. 153107.34 77.308 0.1073 29.4504 ice Condenser 25812.30 25.685 0.0553 29.4579 TOTAL 178919.64
Containment Calculatad Valuas McGuire Nuclear Station Unit 2 RDG TIME MASS TEMP VAPOR PRESS PRESSURE 94 16:31:09 Lower / Upper Cont. 153108.29 77.309 0.1071- 29.4504 lee Condenser 25809.60 25.754 0.0544 29.4581 TOTAL 178917,89
Total Time Leak at UCL & Calculated Total Time Leak McGuire Nuclear StoHon 0.50 ,
O.40 1
0.30 -
/ ~
d .
0.20 - N 8
0.10 -
4 0.00 4 , i i i i 0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 l
Time - Hours
Mass Point Leak at UCL & Mass Point Leak McGuire Nuclear Station OSJ -
\
l 0 40 "
\
\
\
0.30 ]
y ._ _ __ _ _ _ _ _ __ _ __ _ __._ _ _ _ _
'N _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
0.20 -
N 0.10 -
4 0.00 -
0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 Time - Hours
Containment Mass McGuire Nuclear Station Unit 2 179010 r---
179000 - f -- - --- ----- -- --- -
. 'N , .
178990 i- --- -
1 l
178980 -- 'g' - - -
\ l 178970 ,'
j b 178960 't / \-
m /
/
178950 s
\
.[
/
N/ v
\
x 178940 x 178930 178920
-N' 178910 --
i , ,
09.00 09:30 10.00 10:30 11:00 11:30 12:00 12:30 13:00 13:30 14.00 14:30 15:00 15:30 16:00 16:30 Time - HR: MIN
Lower / Upper Cont. Average Pressure & Ice Condenser Average Pressure McGuire Nuclear StoHon Unit 2 L wer/ Upper Cont. Average Pressure _lce Condenser Average Pressure 52 20.51 -
29.50 -
29.49 -
29.48 -
P 3
g 29.47 -
a 29.46 - ,
29.45 -
29.44 -
20.43 -
29.42 -
i i i , i , , i 09.00 09.30 10 00 10.30 11:00 11:30 12.00 12:30 13.00 13:30 14.00 14:30 15.00 15:30 16G 16:30 Time - HR. MIN
Lower / Upper Cont. Average Vapor Pressure & Lower / Upper Cont. Average Dew Point McGuire Nuclear Slotton -
UM2 L wer/ Upper Cont. Average Vopor Pressure Lower / Upper Cont. Average Dew Point 0.122 0.120 - ,
- 39.5 s
0.118 - s - 39.0 s
0.116 - 38.5 0.114 - 38.0 P
0.112 - - 37.5 p f
a 0.110 a - 37.0 ,
O.108 - N - 36.5 0.106 - - 36.0 0.104 - - 35.5 0.102 , , i i , , , , i 35.0 09.00 09:30 . 10.00 10.30 1100 11:30 12.00 12:30 13.00 13:30 14.00 14:30 15:00 15:30 16.00 16:30 Time - HR. MIN
Ice Condenser Average Vapor Pressure & ice Condenser Average Dew Point McGuire Nuclear StoHon Unit 2 Ic Condenser Average Vopor Pressure Ice Condenser Average Dew Point OM 22.5 0 059 - - 22.2 0.058 - - 21.9 0.057 - ,
- 21.6 0.056 - .
, . - 21.3 P ,
- - 21.0 0.055 -
\
0.054 -- - 20.7 O.053 - - 20.4 0.052 - - 20.1 0.051 - - 19.8 i
0.050 , , i i , , i i i 19.5 09:00 09:30 10:00 10:30 11:00 11:30 12:00 12:30 13:00 13:30 14:00 14-30
. 15:00 15:30 16.00 16:30 Time - HR: MIN
l l Lower / Upper Cont. Average Temperature McGuire Nuclear Station Unit 2 7 7 g - . -_ -- - ._ _ --- - - - - -
77.7 -
776 1 77.5 1 77.4 -
N-
~
' ~
77.3 -
77.2 -
77.1 -
77.0 -
76.9 -
76.8 ,
, ! 4 i 09.00 09:30 10.00 10:30 11.00 11:30 12:00 12:30 13:00 13:30 14:00 14:30 15.00 15:30 16:00 16:30 Time - HR; MIN
Ice Condenser Average Temperature McGuire NuckH2r Station Unit 2 27 0 - - - - - - - - - - - - - -j 26.8 4 26.6 --
/~ /
l 26.2 i
p 26.0 - l l
25 B l
25.6 1 25.4 -*
25.2 - i i
25.0 -t-09:00 09.30 10.00 10.30 11:00 11:30 12:00 12:30 13:00 13:30 14.00 14-30 . 15:00 15:30 16.00 16:30 Time - HR. MIN
McGuire Unit 2 APPENDIX C Verification Controlled Leakage Rate Test Data and Graphs Reading No. I10 to 133 Reports:
- Total Time Leak Rate Analysis
- Mass Point Leak Rate Analysis
- Containment Calculated Values by Reading No.
Graphs:
- Calculated Total Time Leak Mass Point Leak
- Containment Mass
- Average Pressure
- Average Vapor Pressure and Average Dew Point Lower & Upper Containment Ice Condenser Average Temperature Lower & Upper Containment Ice Condenser
s Verification Test Total Time Leak Roto Analysis Meo = = .
Unit 2 RDG TIME Norm Moss TT M.os 1T Calc
%/ day %/doy 110 0.00 1.000000 0.000000 0.000000 111 10 00 0.999984 0.235236 0.000000 112 20.00 0.999901 0.714388 'O.714388 113 30.02 0.999870 0.624808 0.719572 114 40.02 0.999828 0.620300 0.708474 1 115 50.02 116 60.03 0.999809 0.999828 0.551226 0.413535 0.656748 0.554960
)'
117 70.05 0.999816 0.378888 0.479267 l 118 80.05 0.999804 0.352601 0.421398 i19 90.05 0.999763 0.378198 0.393537 120 100.07 0.999698 0.434855 0.394574 121 110.07 0.999613 0.506308 0.418642 122 120.07 0.999577 0.507108 0.436968 !
123 130.08 0.999554 0.494247 0.447492 124 140.08 0.999554 0.458319 0.446523 ,
125 150.08 0.999559 0.423368 0.437441 i 126 160.10 0.999572 0.384828 0.421534 127 170.10 0.999556 0.375795 0.406877 128 180.10 0.999468 0.425704 0.405253 120 190.12 0.999428 0.433386 0.405541 !
I 130 200,12 0.999422 0.415898 0.402668 131 210.12 0.999375 0.428065 0.402521 132 220.13 0.999388 0.400304 0.397775 ,
133 230.13 0.999400 0.375269 0.309738 t
e t
5 f
l
?
i t
4 Verification Test Mass Point Look Rato Analysis ' '"'
McGuire Nuclear Station Unit 2 RDG TIME Norm Moss MPLook 110 0.00 %/ day 111 1.000000 10.00 0.000000 112 0.999984 20.00 0.235236 113 0.999901 30.02 0.714380 114 0.999870 40.02 0.681636 0.999828 0.660129 115 50.02 116 0.999809 60.03 0.598971 117 0.999828 -
70.05 0.483472 118 0.999816 0.409308 80.05 0.999804 119 90.05 0.358671 0.999763 0.345129 120 100.07 121 0.999698 0.364999 110.07 122 0.999613 0.409370 120.07 123 0.999577 0.439696 130.08 0.999554 124 140.08 0.455913 0.999554 0.454839 125 150.08 126 0.999559 160.10 0.442636 127 0.999572 0.421792 170.10 128 0.999556 180.10 0.403825 129 0.999468 190.12 0.404703 0.999428 l
0.407728 130 200.12 131 0.999422 210.12 0.405758 132 0.999375 0.407429 220,13 133 0.999388 0.402287 230.13 0.999400 0.392552 l
Containment Calculat0d Values McGuire Nuclear Station Unit 2 RDG TIME MASS TEMP VAPOR PRESS PRESSURE 110 19:10:32 Lower / Upper Cont. 153020.12 77.306 0.1053 Ice Condenser 25857A9 29.4316 24.506 0.0569 29.4393 TOTAL 178877.61 111 19:20:32 Lower / Upper Cont. 153016.19 77.300 0.1052 29.4304 lee Condenser 25858.50 24.473 0 0561 29.4378 TOTAL 178874.69 112 19:30.32 Lower / Upper Cont. 153003.35 77.306 0.1051 Ice Condenser 29.4282 25856.51 24.488 0.0554 TOTAL 29.4358 178859.86 113 19:40:33 Lower / Upper cont. 152998.12 77.306 0.1045 Ice Condenser 29.4266 25856.20 24.459 0.0562 TOTAL 29.4344 178854.31 114 19:50:33 Lower / Upper Cont. 152987.65 77.311 0.1047 29.4250 Ice Condenser 25859.13 24.363 0.0567 29.4324 TOTAL 178846.78 115 20:00:33 Lower / Upper Cont.
152982.55 77.313 0.1046 lee Condenser 29.4240 25860.82 24.319 0.0567 TOTAL 29.4317 178843.36 116 20:10:34 Lower / Upper Cont.
152984.21 77.313 0.1044 lee condenser 29.4242 25862.56 24.306 0.0557 TOTAL 29.4319 178846.77 117 20:20:35 Lower / Upper Cont.
152982.27 77.317 0.1043 lee Condenser 29.4239 25862.37 24.287 0.0567 TOTAL 178844.64 29.4315 118 20:30:35 Lower / Upper Cont.
152979.10 77.321 0.1042 Ice Condenser 29A234 25863AS 24.266 0.0563 TOTAL 29A310 178842.55 119 20.40:35 tower / Upper Cont.
152973.84 77.324 0.1040 Ico Condenser 29.4224 25861.47 24.293 0.0561 TOTAL 29.4302 178835.31 120 20:50:36 Lower / Upper Cont.
152966.02 77.326 0.1039 ice Condenser 29.4209 25857.54 24.340 0.0562 TOTAL 29A287 178823.56 121 21:00.36 Lower / Upper Cont.
152955.82 77.327 0.1038 leo Condenser 29A189 25852.56 24.386 0.0570 TOTAL 29A267 178808.39 122 21:10:36 Lower / Upper Cont.
152951.50 77.323 0.1036 lee Condenser 29A177 25850A8 24A24 0.0558 TOTAL 29A254 178801.98 123 21:20:37 Lower / Upper Cont. 152946.28 77.329 0.1036 29A170 Ice Condenser 25851A7 24.379 TOTAL 0.0567 29A247 178797.75 124 21:30:37 Lower / Upper Cont. 152943.07 77.327 0.1035 29A161 ice Condenser 25854.79 24.295 TOTAL 0.0571 29.4238 178797.86
Containm2nt Calculatad Values i McGuire Nuclear Station Unit 2 RDG TIME MASS TEMP VAPOR PRESS PRESSURE 125 21:40:37 Lower / Upper Cont. 152938.97 77.327 0.1033 29.4151 l Ice Condenser 25859.71 24.194 0.0569 29.4230 1 TOTAL 178798.68 i 126 21:50:38 Lower / Upper Cont. 152939.07 77.329 0.1033 29.4153 Ice Condenser 25862.01 24.157 0.0566 29.4230 TOTAL 178801.08 ,
1 127 22:00:38 Lower / Upper Cont. 152937.36 77.334 0.1031 29.4151 ice Condenser 25860.84 24.172 0.0569 29.4229 TOTAL 178798.21 128 22:10:38 Lower / Upper cont. 152927.39 77.339 0.1030 29.4133 I ice Condenser 25854.99 24.256 0.0565 29.4210 . '
TOTAL 178782.37 l 129 22:20:39 Lower / Upper Cont. 152924.24 77.337 0.1032 29.4127 Ice Condenser 25851.02 24.321 0.0565 29.4204 TOTAL 178775.26 130 22:30:39 Lower / Upper Cont. 152924.15 77.340 0.1029 29.4126 Ice Condenser 25850.08 24.342 0.0563 29.4205 TOTAL 178774.23 131 22:40:39 Lower / Upper Cont. 152918.71 77.342 0.1028 29.4117 Ice Condenser 25847.18 24.382 0.0562 29.4195 TOTAL 178765.88 132 22:50:40 Lower / Upper Cont. 152918.33 77.342 0.1027 29.4114 Ice Condenser 25849.82 24.315 0.0569 29.4191 TOTAL 178768.15 133 23:00:40 tower / Upper Cont. 152916.28 77.346 0.1026 29.4112 lee condenser 25854.06 24.245 0.0561 29.4188 TOTAL 178770.33 1
)
i
Calculated Total Time Leak McGuire Nuclear Station Unit 2 0.80 --
0.70 -
i 0.60 -
i 0.50 -- l
/ !
d y s !
O 40 - _
0.30 -
0.20 -
i 0.10 - -- --
4 0.0 0.3 0.5 08 10 1.3 1.5 1.8 2.0 2.3 2.5 2.8 3.0 3.3 3.5 3.8 Time - Hours
8
- 3
- N_ _
. 3 5
i 3
- _ 3
- ~
- _ 0 3
8
- _ i 2
- _ 5 2
3 k - _ i 2 a.ru e
Lt u s
r S - _ 0 u t r . 2 Ho ne2a - _ -
i lcit e ounNU - _ m Pe r 4
8 i
T siu - _ 1 sG c aM M - 5 1
3
- _ 1
. 0 1
8
- _ 0
- _ 1 5
0 N
3
. 0
-- _ 0
- - - - - 0 0 0 0 0 0 0 0 0 8 -
7 6 5 4 3 2 1 0 0 0 0 0 0 0 0
%/
1
.ii,ii1 I I
5 5:
i 2 2
0 g i 22 4:
N' 5
4 2:
2 2
0 1
i :
2
\
\ 2
- 5 i 5 1 2
0 i 4:
12 l
5 s 2:
s i 1
a n -
2 Mtioa 0 N I
t t S
i 1
- M.
nro 1 2 R H
e6s2ci t e
un 5 m NU 5: Ti m ne r 0
2 i iu .
aG t c nM 0 4
o 0 2
C 5
2 :
i 0 2
0 1: .
i 20 .
5 5 :
9 1
0 4
9:
1
\
\ 5 2
9
\' 1 10
+
- - 9:
1 0 5 0 5 0 5 5 0 5 0 0 8 7 5 4 2 01 9 8 6 5 9 8 8 8 8 8 8 7 7 7 7 8 8 8 8 8 8 8 8 8 8 8 7 7 7 7 7 7 7 7 7 7 7 1 1 1 1 1 1 1 1 1 1 1 l bm
Lower / Upper Cont. Average Pressure & Ice Condenser Average Pressure McGuire Nuclear StoHon ~
Unit 2 Lower / Upper Cont. Average Pressure ice Condenser Average Pressure 29.46 -
29.45 -
29.44 - _
~
~
~
29.43 -
N _
p _ _. .
8 - -
, 29.42 - ~
o
~
29.41 -
29.40 -
29.39 -
i 29.38 -
29.37 , , , ,
19:10 19:25 19:40 19.55 20:10 20:25 20'40 20:55 21:10 21:25 21:40 21:55 22:10 22:25 22:40 22:55 Time - HR-MIN q'
4 i
-.- A M
.b A o A o Q o Q o A o o O 8 4 4 8 8 8 8 M M 2 #
cL _
, i , i , , , , ,
E ^5 e
_?
N
@ a >
l O 8 e e . / _9
- 0) N 8
O u < >
_N
< !g N
a a '
e C a ~d O )
O s -
_3 m
e ,
a Q.
O- '
3 .=
a
%w
_N
)R o , I a ,
a$
e la ag
-sz 8E ,
p W f _ $.. a t
)
m3 Go .
R ;
w2 w . _? 2 R !
O '
Q. '
0 o
> ! ~0 e a
- 0) a 0
=
0
- 2 -
R 8 E
> a .
I _h S
- e ,
C 2 0 < W O
f o
~t
' o h
O. e -g ,
Q. a ,
l a
s h b 8 e , , , , , , , .
@g l
3 E E E E 6
E 6
E 6
E 6
E 6
E 6
5 6 6 i
O 6 6 6 a
- c. . 0
. . . _ _ - --... , _ , - . - ,m
Ice Condenser Average Vapor Pressure & Ice Condenser Average Dew Point McGuire Nuclear StoNon Unit 2 0.062
- ' *^#W "
23.5 0 061 - - 23.2 0.060 l r 22.9 0 059 - - b 22.6 0.058 -} s - - 22.3 P
0.057 - - 22.0 a \ /
0 056 - - 21.7 0.055 - - 21.4 0.054 - - 21.1 0.053 - - 20.8 0.052 , , i i i i , , i i 20.5 j 19:10 19:25 19:40 19:55 20:10 20:25 20:40 20:55 21:10 21:25 21:40 21:55 22:10 22:25 22:40 22:55 Time - HR: MIN
Lower / Upper Cont. Average Temperature McGuire Nuclear StoNon Unit 2 77.55 - - -
77.50 -
77.45 -
77.40 -
77.35 - -
77.30 -
F 77.25 -
77.20 -
77.15 -
77.10 -
77.05 i . i i i 4 ' ' ' ' '
19:10 19:25 19:40 19.55 20:10 20 25 20.40 20:55 21:10 21:25 21:40 21:55 22:10 22:25 22:40 22:55 Time - HR.MtN
Ice Condenser Average Temperature McGuire Nuclear Station Unit 2 25.5 -- - - - - - - - - - - - - - - - - - - -
l 25.3 -
25.1 --
24.9 -
24.7 -
p 24 5 -w
~/
24.3 -
N 24.1 -
23.9 -
23.7 -
23.5 + , , , , , , , ,
19:10 19.25 19:40 19.55 20:10 20:25 20:40 20:55 21:10 21:25 21:40 21:55 22:10 22:25 22:40 22:55 Time - HR. MIN
McGuire Unit 2 APPENDIX D Miscellaneous Information General:
Average Pressure (Chronological Time Sequence)
Configuration Data
- Sensor Information Ice Condenser Temperature Sensor No. 4 (0900 - 2300 on 8/23/93)
- Ice Condenser Average Temperature
- Containment Mass l
l I
1
Lower / Upper Cont. Average Pressure McGure Nuclear Stalkm Unit 2 32 - - - - - - -- - - - - - - - - - - - - - - - -- - - - - - - -
J - -- -
Temperature Stabilization - - Verification Test Type A Test Measurement 28
! ~- ~
26
~--
l 24 s
Pressurization Depressurization 22 I'
s 20 l 18
/ -
16
)
14 -I i 4
0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 Time - Hours
l I
Configuration Data l McGuire Nuclear Station '
Unit 2 l
Station Nome - McGuire Nuclear Station Unit Nome - Unit 2 Compartment 1 - Lower / Upper Cont.
Compartment 2 - Ice Condenser Containment Volume = 1195911.00 cubic feet imposed Leak = 0.29711 %/ day Lo (Lt) = 0.000 %/ day Test Pressure = 15.20 PSIG Compartment 1 Volume Fraction = 0.86800 Compartment 2 Volume Fraction = 0.13200 Toto! # Sensors = 56 Total # Press. = 3 Total # Dew Pt. = 6 Total # Temp. = 47 Comp.1 Total Sensors 44 - Press 2 Dew Point 5 Temp 37 Comp. 2 Total Sensors 12 - Press 1 Dew Point 1 Temp 10 Stort Temp Stob Rdg = 28, End Temp Stob Rdg = 64 Stort Leck Rote Test Rdg = 64. End Leck Rote Test Rdg = 94 Start Venf. Test Rdg = 110. End Vertf. Test Rdg = 133 Row Doto File - MNS20893.RDA Test Data File - MNS20893.TDA
- l l
l l
) {
4 Sensor Informatiora Mec.are uua ,m UnN2 a ;
J Lower / Upper Cont. ;
Prosauros NUM CHAN SERIAL VOL FRACT CO . C1 C2 C3 C4 1 1001 SNPRF40759 0.500000 0.0 1.0 - - -
2 1002 SNPRF40760 0.500000 0.0 1.0 - - -
1 Dew Points
]
, NUM CHAN SERIAL VOL FRACT CO C1 C2 C3 C4 4 1 1 SNPRF41101 0.177500 0.0 5000.0 - - -
2 2 SNPRF41127 0.177500 0.0 5000.0 - - -
3 3 SNPRF41103 0.215000 0.0 5000.0 - - -
4 4 SNPRF41128 0.215000 0.0 5000.0 - - -
- 5 5 SNPRF41106 0.215000 0.0 5000.0 - - -
4 Temperdures NUM CHAN SERIAL - VOL FRACT CO C1 C2 C3 C4 1 101 SNPRF40121 0.014800 -406.23420 4.1748890 0.00209613 - -
2 102 SNPRF40146 0.020100 -407.28950 4.194980 0.00201591 - -
3 103 SNPRF40149 0.020100 -406.98980 4.189680 0.00201871 - -
4 104 SNPRF40401 0.020100 -408.13070 4.2097180 0.00194677 - -
5 105 SNPRF40161 0.020100 -407.01380 4.1882130 0.00202391 - -
6 106 SNPRF40164 0.010500 -407.02350' 4.1903960 0.00202962 - -
7 107 SNPRF40172 0.010500 -406.7040 4.1831150 0.00203736 - -
8 108 SNPRF40131 0.010500 -407.42370 4.1978210 0.00201015 - -
9 109 SNPRF40741 0.010500 -407.37710 4.1918050 0.00205862 - -
10 110 SNPFR40432 0.013400 -409.01540 4.218640 0.00191881 - -
l 11 111 SNPRF40744 0.013400 -407.2240 4.190610 0.00205364 - -
12 112 SNPRF40152 0.013400 -408.16190 4.2043850 0.00193373 - -
13 113 SNPRF40126 0.013400 -407.49240 4.1964830 0.00201338 - -
14 114 SNPRF40174 0.013400 -408.05810 4.2049980 0.00194154 -
{
15 115 SNPRF40148 0.020100 -408.44390 4.2166310 0.00192540 - - '
16 116 SNPRF40135 0.020100 -406.55730 4.1833030 0.00206595 - - ,
17 117 SNPRF40145 0.013400 -406.54870 4.1821510 0.00207107 - - l 18 118 SNPRF40156 0.004200 -407.17410 4.1903060 0.00201026 - -
19 119 SNPRF40136 0.003500 -406.87860 4.1883130 'O.00204336 - -
20
~
120 SNPRF40167 0.004000 -406.96990 4.188470 0.0CT202227 - -
21 121 SNPRF40160 0.004000 -407.09270 4.1925370 0.00201371 - -
J 22 122 SNPRF40391 0.012200 -408.02870 4.2069830 0.00195369 - -
23 123 SNPRF40740 0.015500 -407.27760 4.1907340 0.00206006 - -
24 124 SNPRF41123 0.013400 -406.86150 4.1848290 0.00206915 - -
25 125 SNPRF40143 0.011400 -407.2660 4.1955950 0.00201195 - -
26 126 SNPRF40742 0.014400 -407.66750 4.1963140 0.00203171 - -
27 127 SNPRF40122 0.014400 -407.60590 4.2006010 0.00199184 2 -
28 128 SNPRF40123 0.049200 -406.36290 4.1788590 0.00208733 - -
29 129 SNPRF40129 0.049200 -407.17330 4.1912040 0.00202325 - -
l 30 130 SNPRF40138 0.049200 -407.05860 4.1903290 0.00202885 - -
l 31 131 SNPRF40120 0.049200 -406.89460 4.1882290 0.00205239 - -
l 32 132 SNPRF40169 0.054700 -407.86260 4.2021320 0.00195623 - -
33 133 SNPRF4C142 0.054700 -408.40740 4.2120310 0.00195172 - -
34 134 SNPRF40132 0.087500 -408.62050 4.2177080 0.00192457 - -
35 135 SNPRF40407 0.087500 -408.43490 4.211640 0.00193265 - -
36 136 SNPRF40168 0.082000 -407.45540 4.1963980 0.00199711 - -
37 137 SNPRF40171 0.082000 -406.80720 4.1827120 0.00205119 - -
1
)
S@nsor information
. McGuire Nuclear SkWlon i Unit 2
{ Ice Condenser
. Pressure
- NUM CHAN SERIAL VOL FRACT CO C1 C2 C3 C4 1 1003 SNPRF40761 1.000000 0.0 1.0 - - -
Dow Point NUM CHAN SERIAL VOL FRACT C0 C1 C2 C3 C4 1 6 SNPRF41105 1.000000 -22.50 3125.0 - - -
Temperatures NUM CHAN SERIAL VOL FRACT CO C1 C2 C3 C4 >
1 138 SNPRF40157 0.114500 -408.49690 4.21390 0.00190747 - -
2 140 SNPRF40154 0.114500 -408.25180 4.208370 0.00192774 - -
3 142 SNPRF40151 0.114500 -408.03050 4.206070 0.00194245 - -
4 144 SNPRF40420 0.114500 -408.59060 4.2145230 0.00194840 - -
5 146 SNPRF40133 0.114500 -408.20980 4.2104610 0.00196105- - -
6 148 SNPRF40165 0.085500 -408.84320 4.2186630 0.00190867 - -
7 149 SNPRF41125 0.085500 -409.21060 4.2216520 0.00191522 - -
8 150 SNPRF40150 0.085500 -404.99350 4.1519440 0.00220326 - -
9 151 SNPRF40386 0.085500 -406.99640 4.1876780 0.00202375 - -
10 152 SNPRF40382 0.085500 -408.48140 4.2145750 0.00192123 - -
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Ice Condenser Average Temperature & Ice Condenser Temperature No. 4
. McGuire Nuclear Station ~
Unit 2 l--
Ice Condenser Average Temperatu_re_ _ _. ____ _ _ - _ _ Ice Condenser Teroperature No. 4 3j __ ,
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Containment Mass & Ice Condenser Temperature No. 4 McGuire Nuclear Stat 6on ;)
_ , _ . _ _ . . 4 e ndenser Temperature No. 4 g
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l McGuire Unit 2 l APPENDIX E Test Data Summary .
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Reports: j l
- Calibrated Instrument Data (by reading number) l i
)
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i Calibrot;d Instrum nt Data McGuire Nuclear Station Unit 2 t
Rooding # 26 - Aug 23 0090 25 Pressures (PSIA)
Lower / Upper Cont.1 2 29.732 29.731 Ice Condenser 1I 29.739 i Dew Points (*O l Lower / Upper Cont.1 5 49.728 52.477 55.907 55.893 55.934 tco Condenser 1.,1 19.895 Temperatures (*O Lower / Upper Cont.1 10 78.358 80.555 78.973 78.439 80.301 80.751 79.823 77.75 83.078 84.345 11 20 83.018 82.767 84.434 80.991 81.621 81.411 83.044 79.112 78.129 77.24 21 30 78.693 61.485 76.308 75.213 78.306 83.44 78.882 79.083 78.359 78.116 ,
31.37 78.705 82.311 82.056 80.769 80.137 82.32 82.324 l Ice Condenser 1 10 27.368 32.157 30.451 31.18 30.111 21.803 21.801 20.599 20.8 21.499 I 1
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Rooding # 29 - Aug 23 0015:36 Pressures (PSIA)
Lower / Upper Cont.1 2 29.699 29.698 Ice Condenser 11 29.705 Dew Points (*O Lower / Upper Cont.1 $ 48.791 51.688 55.596 55.733 55.622 ;
Ice Condenser 1I 19.51 Temperatures (*O Lower / Upper Cont.1 10 78.163 79.97 78.301 78.179 79.801 80.491 79.596 77.532 82.761 84.019 11.20 82.688 82.466 84.044 80.449 80.99 80.835 82.64 78.969 77.879 76.967 .
21.30 78.318 61.254 76.113 74.615 77.838 83.138 78.534 78.652 77.956 77.801 I 31 37 78.389 81.C36 81.373 80.216 79.594 81.597 81.555 Ice Condenser 1 10 27.099 31.374 30.741 30.847 30.465 21.737 21.759 20.587 20.769 21.499 Rooding # 30 Aug 23 00:30.36 Pressures (PSIA)
Lower / Upper Cont.1 2 29.677 29.676 Ice Condenser 1I 29.684 Dew Points (*O Lower / Upper Cont.1 5 47.924 50.83 55.124 55.508 55.307 I Icc Co.. denser 1I 19.701 I Temperatures (*O Lower / Upper Cont.1 10 78.042 79.557 77.903 78.04 79.444 80.296 79.443 77.402 82.548 83.801 11 20 82.493 82.346 83.77 80.106 80.544 80.464 82.403 78.918 77.684 76.772 21 30 78.077 61.13 75.997 74.3 77.555 83.049 78.274 78.466 77.974 77.62 31 37 78.25 81.128 80.96 79.859 79.149 81.161 81.142 Ice Condenser 1 10 27.743 30.954 31.223 31.287 30.818 21.706 21.736 20.599 20.78 21.522 I
Calibratnd Instrum:nt Data McGuire Nuclear Station 4 Unit 2 I l Rooding # 31 - Aug 23 00:45:37 Pressures (PSIA) 4 Lower / Upper Cont.1 2 29.66 29.659 Ice Condenser 1.. I 29.667 Dew Points (*O Lower /Uppar Cont.1. 5 47.07 49.994 54.826 55.199 54.771 Ice Condenser 1.. I 19.506 i Temperatures ("O Lower / Upper Cont.1 10 77.954 79.256 77.634 77.924 79.143 80.167 79.313 77.295 82.394 83.629 11 20 82.321 82.272 83.574 79.791 80.2 80.163 82.208 78.862 77.563 76.633 21 30 77.915 61.019 75.919 74.17 77.351 82.928 78.088 78.531 78.053 77.541 31 37 78.25 80.846 E0.667 79.599 78.94 80.878 80.859 Ice Condenser 1 10 28.904 30.495 31.768 32.038 31.045 21.718 21.736 20.63 20.8 21.553 4
Reading # 32 - Aug 23 010(t37 Pressures (PSIA)
Lower / Upper Cont.1 2 29.65 29.649 j lee Condenser 1. I 29.656 1
Dew Points (*O
, Lower / Upper Cont.1 5 46.214 49.038 54.112 54.567 54.375 .
Ice Concenser 1.. I 19.653 Temperatures (*O t Lower / Upper Cont.1 10 77.903 79.005 77.393 77.845 78.902 80.069 79.225 77.221 82.255 83.467 11.20 82.191 82.23 83.403 79.573 79.941 - 79.949 82.055 78.797 77.466 76.522 21.30 77.762 60.935 75.877 74.179 77.175 82.942 77.958 78.517 78.053 77.499 i 31.37 78.259 80.683 80.472 79.478 78.704 80.697 80.688 Ice Condenser 1 10 30.451 31.062 31.802 33.529 31.389 21.737 21.759 20.675 20.843 21.585 Rooding # 33 - Aug 23 01:15:38 Pressures (PSIA)
I Lower / Upper Cont.1 2 29.639 29.638 Ice Condenser II 29.646 Dow Points (*O Lower / Upper Cont.1 5 45.505 48.175 53.564 54.091 53.899 ice Condenser 1I 19.941 l Temperatures (*O i Lower /Uppec.ont.1 10 77.857 78.801 77.208 77.738 78.698 79.986 79.142 77.175 82.143 83.346 !
11.20 82.061 82.165 83.259 79.379 79.699 79.717 81.907 78.765 77.383 76.457 {
21 30 77.655 60.857 75 844 74.137 77.013 82.831 77.903 78.638 78.266 77.458 31 37 78.25 80.531 80.328 79.315 78.634 80.544 80.544 ice Condenser 1 10 29.677 31.909 31.865 32.295 31.602 21.737 21.767 20.717 20.886 21.618 i
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i Calibratsd Instrum:nt Data McGuire Nuclear Station Unit 2 Rooding # 34. Aug 23 01:30:38 Pressures (PSIA)
Lower / Upper Cont.1 2 29.63 29.628 ice Condenser 1. 1 29.636 Dew Points (*O Lower / Upper Cont.1 5 44.804 47.401 53.329 53.783 53.51 Ice Condenser le 1 19.894 Temperatures (*O Lower / Upper Cont.1 10 77.806 78.616 77.004 77.595 78.503 70.021 N CM 77. 9 32.027 83.239 11.20 81.978 82.096 83.152 79.184 79.4C' 7 ' ) c' M % 723 77.336 76.383 21 30 77.59 60.801 75.812 74.017 76.8W Y N. ,aA H 7'J' 78.424 77.458 31 37 78.259 80.401 80.231 79.209 78.'M w' J ' .f
. J.c ice condenser 1 10 28.292 32.253 31.941 31.373 31.613 -
U e' . .; h 919 21.661 Reading s 35 Aug 23 01:45:39 -
Pressures (PSIA)
Lower / Upper Cont.1. 2 29.621 29.62 Ice Condenser 1. 1 29.628 Dew Points ('O Lower / Upper Cont.1. 5 44.256 46.695 52.86 53.317 53.043 Ice Condenser 1. I 20.19 Temperatures (*O Lower / Upper Cont.1.10 77.783 78.453 76.907 77.465 78.318 79.865 79.031 77.091 81.929 83.141 11.20 81.908 82.021 83.036 79.036 79.309 79.397 81.744 78.667 77.262 76.318 21 30 77.525 60.737 75.747 73.896 76.767 82.636 77.74 78.749 78.507 77.421 31.37 78.269 80.29 80.124 79.13 78.421 80.303 80.307 ice Condenser 1.10 27.108 32.52 31.544 31.168 31.634 21.76 21.886 20.856 21.004 21.703 Reading # 36 - Aug 23 02 00:39 Pressures (PSIA)
Lower / Upper Cont.1 2 29.598 29.597 Ice Condenser 1I 29.605 Dew Points (*O Lower /Uppor Cont.1 5 43.399 45.917 51.917 52.311 52.804 l Ice Condenser 1. 1 20.09 j Temperatures (*O Lower / Upper Cont.1 10 77.727 78.324 76.842 77.391 78.17 79.142 78.934 76.98 80.679 82.835 11.20 81.824 81.98 83.045 79.054 79.212 79.267 81.624 78.528 77.077 76.276 21.30 77.502 60.672 75.765 74.031 76.669 82.473 77.652 78.42 77.932 77.249 31.37 77.976 79.794 79.711 79.014 78.138 80.358 80.34 lee Condenser 1 10 26.733 32.68 31.232 31.308 31.44 21.78 21.929 20.909 21.078 21.735 i
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4 Calibratad instrum nt Data
- McGuire Nuclear Station !
- Unit 2 l
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- Reading # 37 - Aug 23 02
- 15:40
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Pressures (PSIA)
- Lower /Uppor Cont.1 2 29.588 29.588 tco Condenser 11 29.595 Dew Points (*O Lower / Upper Cont.1 5 42.696 45.607 51.139 51.763 51.95 lee Condenser 1I 19.895 Temperatures (*O Lower / Upper Cont.1 10 77.699 78.217 76.777 77.326 78.072 78.52 78.633 76.808 79.662 82.612
- 11 20 81.745 81.938 83.022 79.078 79.161 79.17 81.535 78.278 76.733 76.239
- 21 30 77.437 60.64 75.691 74.082 76.558 81.888 77.546 77.822 77.01 76.684 31.37 77.489 78.96 79.056 78.717 77.725 80.576 80.544 lee Condenser 1 10 26.85 32.423 31.084 31.339 31.301 21.823 21.952 20.952 21.089 21.777 4
l Rooding # 38 - Aug 23 02:30 40 Pressures (PSIA)
Lower / Upper Cont.1 2 29.582 29.581 ice Condenser 11 29.588 Dew Points (*O d
Lower / Upper Cont.1 5 42.23 45.141 50.198 50.751 51.008 Ice Condenser 1.. I 19.943
, Temperatures (*O Lower / Upper Cont.1 10 77.662 78.106 76.745 77.27 77.975 78.242 78.308 76.688 79.16 82.445 1 11 20 81.685 81.882 82.948 79.022 79.073 79.049 81.461 78.061 76.506 76.212 21 30 77.331 60.621 75.649 74.151 76.475 81.395 77.448 77.413 76.468 76.239 31.37 77.109 78.459 78.625 78.466 77.442 80.771 80.72 ice Condenser L.10 27.281 32.51 31.104 32.038 31.281 21.877 22.037 20.994 21.1 21.809 Rooding 8 39 - Aug 23 02:45:41 Pressures (PSIA)
Lower / Upper Cont.1 2 29.574 29.573 Ice Condenser 11 29.58 Dew Points (*O Lower / Upper Cont.1. 5 41.607 44.827 49.429 50 067 50.228 Ice Condenser 11 20.484 i Ternperatures (*O Lower / Upper Cont.1 10 77.644 78.022 76.745 77.228 77.864 78.08 78.123 76.59 78.914 82.329 11.20 81.606 81.827 82.859 78.966 78.989 78.952 81.387 77.903 76.363 76.165 21 30 77.252 60.584 75.617 74.151 76.387 81.242 77.318 77.149 76.176 75.947 31.37 76.849 78.135 78.332 78.294 77.262 80.891 80.827 Ice Condenser 1 10 27.431 32.671 31.308 32.608 31.227 21.919 22.091 21.037 21.174 21.842
Calibrot0d instrum nt Data McGuire Nuclear Station Unit 2 Rooding 8 40 .':m 23 03 00 41 Pressures (PSIA)
Lower / Upper Cont.1. 2 29 568 29.567 Ice Condenser 11 29.574 Dew Points (*O Lowe'/ Upper Cont.1 5 41.134 44.351 48.799 49.181 49.531 -
Ice Condenser 11 20.236 Temperatures (*O Lower / Upper Cont.1 10 77.62 77.925 7618 77.154 77.767 77.959 78.017 76.516 78.817 82.24 11.20 81.541 81.776 82.794 78.883 78.901 78.854 81.308 77.806 76.247 76.114 21 30 77.21 60.598 75.58 74.128 76.308 81.102 77.221 76.968 75.99 75.761 31 37 76.719 77.917 78.1 78.164 77.118 80.975 80.924 lee Condenser 1 10 27.785 32.639 31.328 32.802 31.195 21.964 22.145 21.091 21.185 21.874 Reading # 41 - Aug 23 03:15:42 Pressures (PSIA)
Lowor/ Upper Cont.1 2 29.562 29.561 Ice Condenser 11 29.569 Dew Points (*O Lower / Upper Cont.1 5 40.747 43.731 48.251 48.645 48.898 lee Condenser 11 20.191 Temperatures (*O Lower / Upper Cont.1 10 77.602 77.837 76.601 77.098 77.669 77.862 77.952 76.451 78.719 82.152 ,
11.20 81.485 81.72 82.72 78.795 78.813 78.766 81.243 77.685 76.149 76.068 l 21.30 77.113 60.575 75.57 74.063 76.234 81.037 77.124 76.815 75.851 75.636 31.37 76.576 77.774 77.961 78.067 77.044 81.031 81.003 lee Condenser 1 10 28.184 32.625 31.705 32.884 31.205 22.006 22.187 21.133 21.292 21.905 Rooding # 42 - Aug 23 03:30 42 Pressures (PSIA)
Lower /Uppor Cont.1 2 29.557 29.556 Ice Condenser 11 29.564 Dew Points (*O Lower / Upper Cont.1 5 40.281 43.256 47.622 48.325 48.272 Ice Condenser 1I 20.237 Temperatures (*O Lower / Upper Cont.1 10 77.583 77.744 76.522 77.029 77.577 77.778 77.901 76.377 78.594 82.05 11.20 81.416 81.66 82.66 78.712 78.729 78.664 81.183 77.634 76.066 76.026 21.30 77.071 60.533 75.552 73.984 76.169 81.014 77.017 76.75 75.722 75.525 31.37 76.455 77.667 77.854 77.988 76.956 81.086 81.045 :
Ice Condenser 1 10 28.85 32.906 31.714 33.188 31.312 22.049 22.239 21.164 21.27 21.938 l
Calibrat d Instrumsnt Data McGuire Nuclear Station Unit 2 Rooding # 43 - Aug 23 03:45A3 Pressures (PSIA)
Lower / Upper Cont.1 2 29.552 29.551 Ice Condenser 1I 29.558 Dow Points (*O Lower / Upper Cont.1 5 39.948 43.023 47.228 47.55 47.727 ,
ice Condenser 11 20.237 l Temperatures (*F)
Lower / Upper Cont.1 10 77.556 77.674 76.485 76.959 77.498 77.7 77.887 76.331 78.477 81.99 11.20 81.378 81.623 82.599 78.656 78.683 78.595 81.127 77.588 76.02 76.017 l
21 30 76.992 60.519 75.538 73.966 76.104 81.028 76.961 76.653 75.647 75.451 31 37 76.39 77.561 77.743 77.905 76.9 81.119 81.077 ice Condenser 1 10 29.806 32.97 31.566 33.432 31.571 22.081 22.273 21.207 21.324 21.959 l
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Rooding # 44 - Aug 23 04110:43 Pressures (PSIA)
Lower / Upper Cont.1 2 29.547 29.546 Ice Condenser 11 29.553 Dew Points (*Q Lower / Upper Cont.1 5 39.791 42.636 46.52 47.077 47.182 ice condenser 1I 20.532 Temperatures (*O
, Lower / Upper Cont.1 10 77.546 77.591 76.379 76.913 77.433 77.635 77.817 76.312 78.394 81.915 11 20 81.313 81.581 82.548 78.582 78.609 78.539 81.071 77.532 75.955 75.994 21.30 76.969 60.51 75.519 73.896 76.048 80.958 76.841 76.597 75.601 75.381 31 37 76.371 77.482 77.678 77.849 76.868 81.161 81.11 lee Condenser 1 10 30.205 33.089 31.555 33.488 31.915 22.135 22.315 21.25 21.389 21.992 Rooding # 45 - Aug 23 04:15:44 Prosaures L.'SIA)
Lower / Upper Cont.1 2 29.54 29.539 Ice Condenser 1I 29.547 Dow Points (*O Lower / Upper Cont.1 5 39.321 42.247 46.054 46.528 46.707 '
ice Condenser 1I 20.482 Temperatures (*O Lower / Upper Cont.1.10 77.523 77.512 76.397 76.848 77.359 77.56 77.831 76.275 78.306 81.85 11.20 81.304 81.535 82.493 78.503 78.544 78.465 81.039 77.444 75.908 75.971 >
21 30 76.895 60.51 75.505 73.836 75.997 80.94 76.711 76.523 75.559 75.33 31 37 76.293 77.408 77.59 77.793 76.812 81.161 81.123 Ice Conooneer 1 10 29A09 33.14 31.64 33.253 32.139 22.177 22.358 21.294 21.389 22.024
Calibratcd Instrument Data McGuire Nuclear Stollon Unit 2 Rooding # 46 - Aug 23 04:30 44 Pressures (PSIA)
Lower /Uppor Cont.1. 2 29.538 29.537 les Condenser 1I 29.545 Dow Points (*O Lower /Uppor Cont.1 5 39.013 42.174 45.666 46.226 46.243 lee Condenser 1I 20.533 Temperatures (*F)
Lower / Upper Cont.1.10 77.514 77.447 76.346 76.816 77.294 77.519 77.79 76.247 78.255- 81.795 11 20 81.239 81.493 82.451 78.461 78.507 78.4 80.983 77.37 75.843 75.948 21 30 76.862 60.487 75.496 73.799 75.928 80.898 76.637 76.491 75.494 75.298 31 37 76.251 77.343 77.539 77.751 76.784 81.184 81.142 lee Condenser 1 10 29.743 33.076 31.705 33.198 32.267 22.22 22.423 21.337 21.42 22.055 Reading # 47 - Aug 23 04 45:45 Pressures (PSIA)
Lower / Upper Cont.1 2 29.533 29.532 Ice Condenser 1I 29.54 Dow Points ("O _
Lower /Uppor Cont.1 5 38.619 41.699 45.351 45.756 45.85 lee Condenser 1I 20.533 Temperatures (*F)
Lower / Upper Cont.1 10 77.495 77.387 76.254 76.755 77.22 77.454 77.697 76.229 78.18 81.739 11.20 81.188 81.451 82.4 78 42 78.437 78.316 80.923 77.319 75.792 75.929 21 30 76.811 60.478 75.4 % 73.702 75.9 80.819 76.59 76.458 75.439 75.256 31 37 76.195 77.297 77.492 77.719 76.728 81.207 81.165 Ice Condenser 1 10 30.667 32.938 31.651 33.207 32.375 22.231 22.443 21.357 21.42 22.098 Rooding # 48 - Aug 23 05 00 45 Pressures (PSIA)
Lower / Upper Cont.1 2 29.531 29.53 !
Ice Condenser 1I 29.537 Dow Points ("O Lower / Upper Cont.1 5 38.462 41.621 44.891 45.529 45.457 Ice Condensor 1I 20.532 Temperatures (*F)
Lower / Upper Cont, l 10 77.491 77.326 76.203 76.774 77.174 77.417 77.646 76.215 78.157 81.688 11 20 81.151 81.438 82.363 78.364 78.404 78.247 80.886 77.296 75.76 75.873 21 30 76.756 60.445 75.482 73.637 75.844 80.777 76.516 76.458 75.406 75.224 31.37 76.112 77.246 77.45 77.686 76.687 81.207 81.184 Ice Condenser 1 10 31.053 32.607 31.587 33.465 32.213 22.251 22.477 21.399 21.389 22.12
__ _. _ ._ -._ _ _- . ~ , . _ , _ -
Calibratcd Instrum nt Data
, McGuire Nuclear Station Unit 2 4
- liooding # 49 Aug 23 05
- 15 46 l Pressures (PSIA)
- Lower / Upper Cont.1 2 29.527 29.526 ice Condenser 1I 29.534 Dew Points (*O Lower / Upper Cont.1 5 38.229 41.242 M.501 M.996 45.072 lee condenser 11 20.829 Temperatures (*F)
Lower / Upper Cont.1 10 77.458 77.261 76.184 76.732 77.118 77.375 77.618 76.191 78.078 81.646 11 20 81.128 81.405 82.307 78.29 78.349 78.191 80.867 77.241 75.723 75.85 I
21 30 76.677 60.436 75.473 73.604 75.803 80.81 76.451 76.426 75.374 75.201 4 31.37 76.033 77.213 77.409 77.631 76.664 81.207 81.198 Ice Condenser 1 10 31.322 32.575 31.587 33.617 32.074 22.285 22.519 21.442 21.431 22.143
).
j Rooding # 50 - Aug 23 05:30-46
} Pressures (PSIA)
- Lower / Upper Cont.1 2 29.523 29.522 Ice Condenser 11 29.53 Dow Points (*O Lower / Upper Cont.1 $ 37.99 41.24 M.177 44.591 44.681 j Ice Condenser 1. 1 20.632 Temperatures (*O
- Lower / Upper Cont.1 10 77.454 77.201 76.142 76.69 77.048 77.324 77.577 76.164 78.018 81.604 ,
11 20 81.067 81.368 82.279 78.225 78.288 78.122 80.802 77.204 75.667 75.809 21 30 76.668 60.422 75.473 73.586 75.756 80.745 76.363 76.37 75.342 75.168 31.37 76.033 77.181 77.386 77.598 76.64 81.216 81.207 lee Condenser I 10 31.452 32.487 31.512 33.681 32 22.316 22.54 21.476 21.474 22.174 l
Rooding # 51 - Aug 23 05:45:47 Pressures (PSIA)
Lower / Upper Cont.1 2 29.52 29.519 >
ice Condenser 1I 29.527 l Dew Points (*O ,
Lower / Upper Cont.1 5 37.835 40.924 43.789 M.506 44.366 ice Condenser 1I 20.726 j Temperatures (*Fr i 4 Lower / Upper Cont. I 10 77 435 77.155 76.152 76.653 77.00'! 77.301 77.498 76.15 77.98 81.567 i d
11 20 81.053 81.363 82.256 78.179 78.25 78.085 80.788 77.167 75.639 75.799 21.30 76.635 60.404 75.482 73.637 75.724 80.861 76.331 76.37 75.309 75.145 31 37 75.991 77.158 77.353 77.575 76.608 81.225 81.221 tco Condenser 1 10 31.075 32.327 31.479 33.423 31.827 22.348 22.573 21.496 21.505 22.205
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Calibrot0d Instrum nt Dato McGuir2 Nuclear Station Unit 2 Rooding # $2 Aug 23 06 00:47 Pressures (PSIA)
, Lower / Upper Cont.1 2 29.516 29.515 Ice Condoneer 1I 29.523 Dew Points (*O tower / Upper Cont.1 5 37.602 40.925 43.478 43.964 43.976 Ice Condenser 11 20.53 Temperatures (*O Lower / Upper Cont.1 10 77.43 77.095 75.994 76.602 76.951 77.259 '77.489 76.117 77.92 81.521 11 20 81.044 81.313 82.214 78.142 78.2 78.038 80.793 77.116 75.588 75.776 21.30 76.58 60.404 75.473 73.553 75.691 80.917 76.266 76.393 75.295 75.122 31.37 76.014 77.116 77.33 77.557 76.599 81.235 81.225 1 Ice Condenser 1 10 29.85 32.06 31.328 33.575 31.355 22.401 22.605 21.529 21.593 22.239 Rooding # 53 - Aug 23 06:15 48 Pressures (PSIA)
Lower / Upper Cont.1 2 29.514 29.513 les Condoneer 11 29.52 >
Dew Points (*F)
Lower / Upper Cont.1 5 37.447 40.534 43.244 43.661 43.666 Ice Condenser 1I 20.679 Temperatures (*O Lower / Upper Cont.1 10 77.421 77.039 76.003 76.574 76.909 77.217 77.47 76.085 77.874 81.488 11.20 80.993 81.294 82.182 78.077 78.168 77.983 80.728 77.092 75.533 75.762 21 30 76.547 60.404 75.482 73.507 75.65 80.949 76.201 76.338 75.277 75.113 ,
31 37 75.968 77.102 77.311 77.524 76.552 81.249 81.225 '
ico Condenser 1 10 28.7 31.159 31.339 31.287 31.099 22.435 22.636 21.56 21.581 22.291 Rooding # 54 Aug 23 06:30 48 Pressures (PSIA) tower / Upper Cont.1 2 29.511 29.51 ice Condenser 11 29.517 l
Dew Points (*O Lower / Upper Cont.1 5 37.214 40.228 42.853 43.343 43.349 Ice Condenser 11 20.726 Temperatures (*O Lower / Upper Cont.1.10 77.416 77.002 75.99 76.537 76.859 77.18 77.424 76.08 77.841 81.47 11 20 80.965 81.289 82.158 78.049 78.14 77.955 80.7 77.046 75.519 75.744 21 30 76.557 60.39 75.464 73.507 75.617 80.958 76.145 76.352 75.254 75.089 31 37 76.014 77.074 77.288 77.51 76.566 81.272 81.239 Ice Condenser 1 10 28.624 30.807 31.458 30.224 31.15 22.455 22.67 21.583 21.613 22.313 i
l 1
I
Calibratad Instrumnnt Data tec e t*,ci.orst ion Unit 2 Rooding # 55 - Aug 23 06:45:49 Pressures (PSIA)
Lower / Upper Cont.1 2 29.508 29.507 fee Condenser 1.. I 29.515 Dow Points (*F)
Lowor/ Upper Cont.1 5 36.981 40.155 42.621 43.189 43.043 Ice Condenser 1I 20.728 Temperatures (*O Lower / Upper Cont.1 10 77.407 76.951 75.883 76.486 76 812 77.12 77.359 76.043 77.79 81.432 11 20 80.928 81.271 82.126 78.008 78.103 77.904 80.663 77.018 75.473 75.735 21.30 76.529 60.404 75.473 73.498 75.585 80.666 76.127 76.231 75.254 75.089 31 37 75.949 77.051 77.256 77.492 76.552 81.272 81.239 lee Condenser 1 10 28.635 29.788 31.521 29.656 31.216 22.478 22.712 21.603 21.644 22.333 !
]
Reading # 56 - Aug 23 07 00:49 Pressures (PSIA)
Lower / Upper Cont.1. 2 29.505 29.504 les Condoneer 1I 29.512 Dow Points (*F) .
Lower / Upper Cont. l 5 36.902 40.461 42.393 42.877 42.801 Ice Condenser 1. 1 20.728 Temperatures (*O Lower / Upper Cont.1 10 77.393 76.918 75.934 76.472 76.771 77.092 77.354 76.029 77.753 81.419 11 20 80.923 81.243 82.103 77.961 78.056 77.881 80.649 76.981 75.454 75.721 21.30 76.482 60.404 75.473 73.442 75.538 80.666 76.08 76.264 75.244 75.08 31 37 75.894 77.037 77.232 77.478 76.534 81.272 81.249 Ice Condenser 1.10 29.956 30.098 31.458 29.676 31.281 22.498 22.744 21.625 21.774 22.355 Rooding # 57 - Aug 23 07:15:50 Pressures (PSIA)
Lower / Upper Cont.1 2 29.501 29.501 ;
1.. I 29.508 lee Condenser Dew Points (*O Lower / Upper Cont.1 5 36.745 40.079 42.072 42.647 42.568 I les Condenser 11 20.828 Temperatures (*O Lower / Upper Cont.1 10 77.375 76.89 75.841 76.463 76.733 77.055 77.262 76.001 77.702 81.377 11.20 80.905 81.224 82.075 77.91 78.038 77.83 80.621 76.963 75.417 75.711 21 30 76.45 60.436 75.464 73.456 75.497 80.503 76.015 76.264 75.221 75.08 31 37 75.88 77.019 77.223 77.468 76.534 81.29 81.249 Ice Condenser 1 10 29.44 30.966 31.394 29.483 31.613 22.531 22.775 21.634 21,751 22 398 i
l l
i Calibrat d Instrumsnt Data McGuire Nuclear Station Unit 2 Rooding # 58 Aug 23 07:30:50 Proesures (PSIA)
Lower / Upper Cont. l 2 29.498 29.497 ice Condenser 1I 29.505 Dow Points (*Q Lower / Upper Cont.1. 5 36.509 39.916 41.834 42.426 42.341 Ice Condenser 11 20.827 Temperatures (*O Lower / Upper Cont.1 10 77.366 76.844 75.786 76.431 76.692 77.023 77.262 75.969 77.669 81.344 11.20 80.895 81.206 82.052 77.869 77.996 77.788 80.607 76.972 75.385 75.688 21 30 76.418 60.413 75.464 73.41 75.464 80.494 75.983 76.264 75.212 75.08 31.37 75.894 76.995 77.2 77.436 76.511 81.29 81.249 lee Condenser 1 10 28.388 31.34 31.618 29.096 31.528 22.531 22.818 21.668 21.805 22.452 l Rooding # 59 - Aug 23 07:45:51 Pressures (PSIA)
I Lower / Upper Cont. l 2 29.495 29.494 l
ice Condenser 11 29.502 l Dow Points (*Q l Lower /Uppor Cont.1 5 36.436 39.919 41.676 42.105 42.108 Ice Condoneer 11 20.874 i Temperatures (*O I l Lower / Upper Cont.1 10 77.366 76.802 75.827 76.389 76.659 76.99 77.188 75.936 77.628 81.312 11 20 80.849 81.197 82.028 77.836 77.973 77.751 80.58 76.921 75 352 75.688 21.30 76.362 60.422 75.464 73.419 75.432 80.471 75.974 76.217 75.198 75.066 31.37 75.894 76.995 77.191 77.427 76.501 81.29 81.263 lee Condenser 1 10 27.453 31.352 31.328 28.656 31.247 22.541 22.86 21.688 21.87 22.474 !
Rooding # 60 - Aug 23 08 00:51 Proseuses (PSIA) l Lower /Uppor Cont.1 2 29.492 29.491 Ice Condenser 1I 29.499 Dew Points (*O Lower /Uppor Cont.1 5 36.195 39.677 41.362 41.869 41.866 Ice Condoneer 11 20.873 Temperatures (*O Lower / Upper Cont.1 10 77.356 76.756 75.763 76.38 76.627 76.967 77.155 75.946 77.586 81.293 11.20 80.84 81.183 82.01 77.827 77.964 77.723 80.547 76.889 75.338 75.679 21.30 76.334 60.39 75.464 73.419 75.399 80.373 76.039 76.25 75.189 75.066 31 37 75.861 76.977 77.181 77.427 76.487 81.304 81.263 Ice Condoneer 1 10 27.023 31.363 31.061 28.593 30.948 22.541 22.894 21.722 21.816 22.506 i
4 m
-w..- m- e m .,-9 y y.-- . wy 49 - - -
w
Calibrot d Instrum:nt Data 4
McGuire Nuclear Station Unit 2 i
Roodng # 61 - Aug 23 08:15:52 Lower / Upper Cont.1. 2 29.491 29.49 lee Condenser 1I 29.497 Dew Points (*D Lower / Upper Cont.1 5 36.121 39.84 41.21 41.714 41.632 lee Condenser 1I 20.875 Temperatures (*D l
- Lower / Upper Cont.1 10 77.352 76.742 75.739 76.329 76.59 76.944 77.063 75.964 77.549 81.298 1 11.20 80.826 81.178 82.014 77.804 77.927 77.672 80.543 76.893 75.347 75.679 j 21 30 76.343 60.362 75.454 73.442 75.367 80.364 76.048 76.24 75.198 75.062 3 31.37 75.861 76.963 77.181 77.403 76.487 81.304 81.263
~
Ice Condeneer 1 10 26.895 31.02 30.891 28.806 30.733 22.574 22.926 21.753 21.827 22.526 ,
i e
Rooding 8 62 - Aug 23 08:30-52 Pressures (PSIA)
Lower / Upper Cont.1 2 29.489 29.488 Ice Condenser 11 29.496 Dew Points (*O Lower / Upper Cont.1 5 36.039 39.365 40.895 41.402 41.478 ice Condenser 11 20.923 Temperatures (*O Lower / Upper Cont.1 10 77.342 76.728 75.665 76.292 76.553 76.916 77.049 75.946 77.507 81.237 11.20 80.798 81.16 81.987 77.753 77.899 77.625 80.51 76.889 75.306 75.679 21.30 76.279 60.348 75.464 73.41 75.344 80.568 76.029 76.185 75.179 75.048 31 37 75.903 76.954 77.167 77.403 76.469 81.314 81.272 Ice Condenser 1 10 26.904 30.838 30.783 29.161 30.594 22.605 22.957 21.784 21.859 22.548 '
Rooding # 63 Aug 23 08 45:53 Pressures (PSIA)
Lower /Uppor Cont.1 2 29.487 29.485 les Condenser 1I 29.493 Dow Poir;ts (*O Lower / Upper Cor't.1 5 35.885 39.284 40.74 41.254 41.242 Ice Condenser 11 21.462 Temperatures (*O Lower / Upper Cont.1.10 77.342 76.682 75.665 76.282 76.53 76.893 77.09 75.946 77.488 81.237 11 20 80.798 81.15 81.968 77.753 77.885 77.602 80.501 76.866 75.255 75.665 l 21 30 76.255 60.367 75.464 73.4 75.325 80.471 76.006 76.199 75.17 75.048 l 31 37 75.894 76.94 77.158 77.38 76.455 81.314 81.263 Ice Condenser 1 10 26.85 31.042 30.655 28.635 30.486 22.637 22.991 21.806 21.89 22.58
1 Calibrated Instrum:nt Data McGuire Nuclear Station Unit 2 Rooding # 64 - Aug 23 07-00-54 Pressures (PSIA)
Lower / Upper Cont.1 2 29.485 29.484 Ice Condenser 11 29.492
' Dew Points (*F)
Lower / Upper Cont.1 5 35.728 38.815 40.662 41.099 41.085 lee Condenser 1.. I 21.222 Ternperatures (*O Lower / Upper Cont.1 10 77.324 76.659 75.721 76.282 76.497 76.87 77.146 75.946 77.465 81.214 11.20 80.775 81.141 81.954 77.716 77.885 77.57 80.482 76.815 75.222 75.665 21 30 76.237 60.381 75.473 73.433 75.302 80.341 75.992 76.217 75.17 75.048 31 37 75.871 76.94 77.149 77.394 76.455 81.332 81.272 Ice condenser 1 10 26.884 31.008 30.409 28.613 30.369 22.671 23.011 21.838 21.902 22.602 Rooding # 65 - Aug 23 09:15:54 Pressures (P$lA)
Lower / Upper Cont. l 2 29.483 29.482 les Condenser 1I 29.49 Dew Points (*F)
Lower / Upper Cont.1 5 35.656 38.815 40.429 40.869 40.773 fee Condenser 11 21.179 Ternperatures (*F)
Lower / Upper Cont.1 10 77.324 76.64 75 689 76.282 76.483 76.86 77.229 75.946 77.456 81.191 11.20 80 765 81.141 81.931 77.674 77.866 77.547 80.468 76.778 75.222 75.665 21 30 76.237 60.381 75.473 73.419 75.269 80.285 75.992 76.152 75.156 75.048 31 37 75.838 76.94 77.135 77.38 76.446 81.332 81.272 Ice Condenser 1 10 26.904 31.105 30.236 28.894 30.23 22.713 23.054 21.869 21.913 22.622 Rooding # 66 - Aug 23 09:30:55 Pressures (PSIA)
Lower / Upper Cont.1 2 29.482 29.481 Ice Condenser 1I 29.489 Dew Points (*F)
Lower / Upper cont. l 5 35.498 38.582 40.278 40.787 40.618 lee condenser 1I 21.075 Temperatures (*F)
Lower / Upper Cont.1 10 77.31 76.608 75.712 76.292 76.456 76.851 77.002 75.946 77.419 81.172 11 20 80.751 81.141 81.922 77.632 77.866 77.528 80.439 76.768 75.222 75.665 21.30 76.181 60.362 75.482 73.4 75.246 80.341 75.992 76.176 75 17 75.062 31.37 75.838 76.921 77.135 77.38 76.446 81.346 81.281 lee Condenser 1 10 26.884 31.374 29.873 29.139 30.079 22.755 23.076 21.914 21.933 22.622
~
Calibrated instrumsnt Dato sec.ui,. wi.or sto ion Unil2 1 1
Rooding # 67 - Aug 23 09:45:55 Pressures (PSIA)
Lower / Upper Cont.1 2 29.48 29.479 Ice Condenser 11 29.487 Dew Points (*F)
Lower / Upper cont.1 5 35.341 38.264 40.12 40.636 40.461 les Condenser 1I 20.925 ,
Temperatures PO j Lower / Upper Cont.1 10 77.301 76.598 75.679 76.292 76.432 76'.828 76.831 75.946 77.4 81.163 11 20 80.751 81.127 81.898 77.632 77.852 77.514 80.45 76.791 75.232 75.665 21 30 76.181 60.348 75.482 73.377 75.232 80.461 75.983 76.217 75.17 75.062 31 37 75.764 76.907 77.126 77.371 76.455 81.332 81.281 lee Condenser 1 10 26.969 31.352 29.754 29.332 30.025 22.798 23.099 21.945 22.009 22.656 Rooding # 66 Aug 2310110:56 Pressures (PSIA)
Lower / Upper Cont.1 2 29.478 29.478 lee Condenser 11 29.485 Dew Points PO Lowe</Uppor Cont.1 5 35.262 38.5 39.969 40.482 40.31 les Condenser 11 21.073 Temperatures P0 Lower / Upper Cont.1 10 77.301 76.561 75.665 76.236 76.4 76.819 76.785 75.936 77.377 Bl .149 11 20 80.775 81.118 81.889 77.618 77.829 77.482 80.491 76.801 75.208 75.679 21 30 76.135 60.362 75.482 73.391 75.205 80.48 75.983 76.217 75.156 75.062 31.37 75.861 76.921 77.135 77.371 76.455 81.346 81.281 Ice Condenser 1 10 27.045 31.298 29.572 29.397 29.982 22.829 23.13 21.976 22.029 22.676 Rooding # 69 - Aug 2310:15:56 Pressures (PSIA)
Lower / Upper Cont.1 2 29.476 29.476 Ice Condenser 11 29.484 Dow Points P0 tower / Upper Cont.1 5 35.186 38.187 39.726 40.256 40.231 Ice Condenser 1I 21.223 Temperatures PO Lower / Upper Cont.1 10 77.301 76.543 751.,56 76.213 76.377 76.796 76.734 75.922 77.368 81.131 11.20 80.775 81.109 81.88 77.591 77.811 77.44 80.491 76.791 75.167 75.679 21 30 76.126 60.362 75.482 73.41 75.181 80.582 75.964 76.097 75.147 75.062 31.37 75.829 76.921 77.126 77.362 76.436 81.346 81.281 Ice Condenser 1 10 27.012 31.224 29.263 29.516 29.875 22.895 23.15 22.01 22.201 22.71 1
1 I
Calibrot d Instrum nt Dato McGuire Nuclear Station Unit 2 Reading # 70 - Aug 2310:30:57 Pressures (PSIA)
Lower / Upper Cont.1 2 29.476 29.475 Ice Condenser 11 29.483 Dew Points (*F)
Lower / Upper Cont.1 5 35.11 37.873 39.569 40.102 40 les Condenser 11 21.223 Temperatures (*O Lower / Upper Cont.1 10 77.291 76.52 75.647 76.227 76.358 76.782 76.669 75.913 77.344 81.117 '
11 20 80.733 81.109 81.866 77.577 77.778 77.431 80.459 76.778 75.181 75.665 21 30 76.126 60.362 75.496 73.377 75.158 80.503 75.974 76.134 75.147 75.062 31 37 75.815 76.907 77.126 77.362 76.423 81.346 81.281 Ice Condenser 1 10 27.045 31.127 29.101 20.707 29.886 22.926 23.173 22.041 22.212 22.718 Rooding # 7* - Aug 2310-45:57 Pressures (PSIA)
Lower / Upper Cont.1 2 29.474 29.473 Ice Condenser 1I 29.481 Dew Points (*O Lower / Upper Cont.1 5 35.037 38.109 39.409 40.029 39.837 lee Condenser 1I 21.176 Temperahmes (*O Lower / Upper Cont.1 10 77.277 76.51 75.624 76.213 76.335 76.772 76.627 75.904 77.312 81.117 11.20 80.742 81.109 81.857 77.558 77.778 77.408 80.459 76.768 75.157 75.679 21 30 76.093 60.39 75.496 73.359 75.126 80.601 75.95 76.12 75.138 75.066 31 37 75.852 76.907 77.126 77.348 76.436 81.346 81.295 Ice Condenser 1 10 27.119 31.363 28.823 29.698 30.002 22.96 23.204 22.062 22.264 22.741 Rooding # 72 - Aug 2311:00 58 Pressures (PSIA)
Lower / Upper Cont.1 2 29.473 29.472 lce Condenser 11 29.48 Dow Points (*O I Lower / Upper Cont.1 5 34.949 37.412 39.169 39.962 39.68 les Condenser 1. 1 20.925 Temperatures (*O Lower / Upper Cont.1 10 77.277 76.478 75.647 76.204 76.312 76.754 76.604 75.89 77.293 81.093 11.20 80.723 81.095 81.857 77.558 77.778 77.394 80.427 76.759 75.134 75.665 21 30 76.052 60.39 75.505 73.335 75.107 80.666 75.95 76.152 75.138 75.062 31 37 75.815 76.898 77.126 77.348 76.436 81.355 81.295 Ice Condenser 1 10 27.215 31.094 28.684 29.579 29.8'2 23.002 23.237 22.084 22.244 22.752
Calibrot d instrum nt Data i McGuire Nuclear Stallon Unit 2 Rooding # 73 - Aug 2311:15:56 Pressures (PSIA)
Lower / Upper Cont. l 2 29.471 29.47 i Ice Condense 11 29.478 Dew Points ("O Lower /Uppor Cont.1 5 34.871 37.873 39.167 39.625 39.517 Ice Condenser 1I 21.414 l Temperatures (*O Lower / Upper Cont.1 10 77.254 76.478 75.605 76.171 76.303 76.74 76.563 75.881 77.27 81.093 11 20 80.7 81.109 81.847 77.503 77.755 77.366 80.403 76.736 75.143 75.656 21 30 76.038 60.39 75.519 73.321 75.084 80.712 75.918 76.152 75.124 75.062 31.37 75.75 76.907 77.112 77.338 76.413 81.346 81.295 Ice Condenser 1 10 27.281 30.796 28.588 29.773 29.65 23.034 23.269 22.115 22.201 22.773 Rooding # 74 - A .j *111:30 57 Pressures (PSIA) i Lower / Upper Cont.1 2 29.469 29.469 !
Ice Conder% 1I 29.476 ,
Dew Points (*O Lowe.iUpper Cont.1 5 34.7e9 37.643 39.01 39.537 39.439 Ice Coresoneer 11 21.415 Temperatures ("O Lower /Urs Cont.1 10 77.268 76.455 75.605 76.148 76.28 76.721 76.549 75.871 77.247 81.075 11.20 80.7 81.095 81.833 77.493 77.746 77.343 80.385 76.694 75.134 75.665 21 30 76.019 60.39 75.505 73.368 75.052 80.591 75.895 76.143 75.124 75.062 31 37 75.741 76.898 77.126 77.338 76.436 81.346 81.295 Ice Condenser 1 10 27.377 30.623 28.353 29.955 29.564 23.065 23.292 . 22.149 22.244 22.815 Rooding # 75 - Aug 2311:45:59 !
Pressures (PSIA)
Lowor/ Upper Cont.1 2 29.467 29.466 Ice Condenser 11 29.474 Dew Points (*O ,
Lower /UpperCont.1 $ 34.635 37.412 38.855 39.382 39.286 Ice Condenser 1I 21.318 Temperatures ("O Lower / Upper Cont.1 10 77.254 76.436 75.614 76.148 76.261 76.707 76.516 75.862 77.224 81.075 11.20 80.733 81.095 81.824 77.461 77.736 77.333 80 436 76.68 75.111 75.656 21 30 76.005 60.404 75.529 73.377 75.038 80.615 75.918 76.176 75.124 75.066 31 37 75.718 76.898 77.112 77.338 76.423 81.369 81.304 lee condenser I 10 27.442 30.591 28.126 30.642 29.38 23.099 23.312 22.308 22.275 22.849 .
i l
l i
t i
l t' l
i Calibratad Instrum nt Dato i McGuire Nuclear Stallon l Unit 2 Rooding # 76 Aug 2312 01:00 i Pressures (, PSIA)
Lower / Upper Cont.1 2 29.466 29.465 Ice Condenser 1.. I 29.473
, Dow Points (*O Lower / Upper Cont.1 5 34 632 37.492 38.777 39.307 39.199 Ice Condenser 1I 21.51 i Temperatures (*O ,
Lower / Upper Cont. 1 10. 77.254 76.413 75.536 76.115 76.229 76.698 76.516 75.839 77.214 81.075 4 11.20 80.733 81.095 81.815 77.438 77.704 77.296 80.436 76.671 75.111 75.656 i 21 30 75.996 60.404 75.529 73.359 75.019 80.638 75.918 76.111 75.124 75.066 31 37 75.783 76.889 77.112 77.348 76.436 81.355 81.304 4
ke Condenser 1 10 27 419 30.677 27.902 30.943 29.167 23.13 23.334 22.393 22.244 22.86 4 Rooding # 77 Aug 2312:1&00 i Pressures (PSIA) l Lower / Upper Cont.1 2 29.465 29.464 Sco Condenser 1I 29.472 l Dow Points ("O Lower / Upper cont.1 5 34.556 37.016 38.701 39.146 39.044 lee Condenser 1.1 21.225
, Temperatures (*O Lower / Upper Cont.1 10 77.254 76.404 75.55 76.129 76.215 76.684 76.507 75.825 77.196 81.066 !
11.20 80.71 81.085 81.815 77.424 77.713 77.296 80.413 76.671 75.093 75.647 21 30 75.964 60 404 75.529 73.359 74.996 80.647 75.941 76.069 75.138 75.08 31 37 75.773 76.889 77.126 77.348 76.423 81.369 81.295 sco Condanser 1 10 27.314 30.333 27.828 29.73 29.21 23.153 23.323 22.48 22.309 22.88 ;
Rooding # 78 - Aug 2312:3101
, Pressures (PSIA)
Lower / Upper Cont l. 2 29.465 29.464 Ice Condenser 1I 29.472 Dow Points (*O Lower / Upper Cont.1 5 34.475 37.174 38.543 39.065 38.884 lee Condenser 1I 21.509 G Tornperatures (*O Lower / Upper Cont.1 10 77.245 76.39 75.508 76.097 76.205 76.675 76A75 75.807 77.163 81.052 a 11 20 80.733 81.095 81.815 77A24 77.704 77.296 80.436 76.671 75.083 75.656 21 30 75.964 60.413 75.538 73.391 74.973 80.647 75.974 76.134 75.138 75.08 31.37 75.764 76.889 77.112 77.348 76 446 81.369 81.314 ice Condenser 1 10 27.377 29.766 27.848 28.324 29.187 23.184 23.334 22.523 22.371 22.902
--- - - - - - . . - ~ , -
Calibrat2d instrum:nt Data ,
McGuire Nuclear Station Unit 2 Rooding # 79 - Aug 23122 01 Pressures (PSIA)
Lower / Upper Cont,1 2 29.463 29.462 ice Condenser 1I 29.47 Dew Points (*F)
Lower / Upper Cont.1 5 34.317 37.249 38.461 38.908 38.806 '
les Condenser 11 21.267 Temperatures (*O Lower / Upper Cont.1 10 77.236 76.367 75.559 76.088 76.182 76.675 76.475 75.793 77.149 81.042 11 20 80.733 81.085 81.801 77.419 77.681 77.268 80.436 76.662 75.069 75.656 21.30 75 931 60.422 75.538 73.377 74.963 80.55 76.015 76.12 75.138 75.089 i 31 37 75.75 76.889 77.102 77.338 76 436 81.379 81.314 lee Condenser 1 10 27.368 29.221 27.794 26.931 29.124 23.227 23.388 22.586 22.351 22.923 Rooding # 80 - Aug 2313:01:02 Pressures (PSIA)
Lower / Upper Cont.1. 2 29.463 29.462 les Condenser 1I 29.47 Dew Points (*F)
Lower / Upper Cont.1 5 34.244 37.174 38.386 38.834 38.66 Ice Condenser 11 21.563 Temperatures (*O Lower / Upper Cont.1 10 77.24 76.362 75.577 76.092 76.178 76.67 76.461 75.788 77.135 81.038 11.20 80.728 81.095 81.81 77.401 77.699 77.264 80.431 76.648 75.079 75.656 21 30 75.908 60.404 75.552 73.368 74.94 80.494 76.048 76.069 75.147 75.103 31.37 75.764 76.898 77.112 77.348 76.423 81.379 81.304 ,.
Ice Condenser 1 10 27.303 29.252 27.613 26.318 29.113 23.258 23.42 22.63 22.448 22.945 Rooding # 81 - Aug 2313:16 02 Pressures (PSIA)
Lower / Upper Cont.1 2 29.461 19.46 Ice Condenser 11 29.468 Dew Points (*O Lower / Upper Cont.1. 5 34.32 37.176 38.225 38.759 38.572 les Condenser 1.1 21.511 Temperatures (*O Lower / Upper Cont.1 10 77.236 76.348 75.517 76.097 76.164 76.656 76.433 75.774 77.117 81.033 11.20 80.7 81.085 81.792 77.373 77.681 77.245 80.403 76.639 75.06 75.656 21.30 75.885 60.422 75.561 73.345 74.922 80.55 76.062 76.097 75.147 75.103 31 37 75.796 76.898 77.102 77.348 76.404 81.379 81.314 Ice Condenser 1 10 27.13 29.542 27.281 26.167 29.264 23.269 23.473 22.619 22.425 22.965
. . . . _ , - - _ _ - - . _ - , _ ~ _-
Calibrated Instrumnnt Dato McGuire Nuclear Station Unit 2 Rooding # 82 - Aug 2313:31:03 Lower / Upper Cont.1 2 29.459 29.458 Ice Condenser 11 29.466 !
Dow Points CD i Lower /Uppos t,ont.1 $ 34.244 37.018 38.074 38.604 38.415 lee Condenser 1I 21.509 :
Temperatures (*O Lower / Upper Cont.1 10 77.226 76.339 75.526 76.088 76.15 76.643 76.41 75.765 77.098 81.033 :
11 20 80.723 81.085 81.792 77.382 77.69 77.222 80.413 76.62 75.046 75.665 21 30 75.908 60.436 75.561 73.368 74.899 80.601 76.09 76.12 75.147 75.113 31.37 75.741 76.898 77.102 77.348 76.423 81.379 81.304 les Condenser 1 10 26.958 29.746 27.4 25.772 29.284 23.303 23.494 22.65 22.414 22.987 Rooding # 83 - Aug 2313:46 03 Pressures (PSIA)
Lower / Upper Cont. l 2 29.458 29.457 lee Condonner 11 29.465 Dew Points (*O Lower /Uppor Cont.1 5 34.166 36.937 37.998 38.525 38.339 ice Condenser 1I 21.899 ,
Temperatures CD Lower / Upper Cont.1.10 77.226 76.325 75.471 76.064 76.141 76.633 76.387 75.774 77.107 81.019 11 20 80.71 81.085 81.792 77.35 77.681 77.199 80.403 76.583 75.037 75.665 21 30 75.875 60.413 75.561 73.345 74.889 80.582 76.103 76.111 75.147 - 75.122 31 37 75.741 76.907 77.102 77.348 76.413 81.369 81.304 ice Condenser 1 10 26.733 29.993 27.122 26.19 29.113 23.334 23.494 22.682 22.51 22.999 ReocSng # 84 - Aug 2314 01:04 Pressures (PSIA)
Lower /Uppor Cont.1 2 29.456 29.455 tco Condenser 11 29.463 Dow Points (*O Lower / Upper Cont.1 5 34.088 36.777 37.911 38.441 38.255 ice Condenser 1I 21.563 Temperatures (*O Lower / Upper Cont.1 10 77.226 76.306 75.462 76.041 76.117 76.643 76.377 75.774 77.107 81.019 11.20 80.723 81.085 81.782 77.327 77.657 77.19 80.427 76.574 75.037 75.679 j 21.30 75.857 60.413 75.57 73.359 74.875 80.591 76.201 76.143 75.147 75.122 31 37 75.708 76.898 77.102 77.362 76.423 81.369 81.304 Ice Condenser 1 10 26.603 30.067 26.981 26.232 28.943 23.334 23.516 22.704 22.49 23.03 ,
Calibrat0d instrumsnt Dato McGuire Nuclear Station Unit 2
, Rooding # 85 - Aug 2314:16 04 i
Pressures (PSIA)
Lower / Upper Cont.1 2 29.456 29.455 lee Condenser 1I 29.463 Dow Points (*O Lower / upper Cont.1. 5 34.085 36.777 37.832 38.281 38.176 lee Condenser 1I 21.506 ,
Temperatures (*O Lower / Upper Cont.1 10 77.226 76.306 75.471 76.074 76.108 76.656 76.368 75.765 77.107 81.01 11 20 80.733 81.085 81.782 77.364 ~ 77.625 77.18 80.413 76.574 75.028 75.688 21 30 75.857 60.39 75.58 73.377 74.857 80.559 76.243 76.134 75.156 75.136 31 37 75.708 76.898 77.112 77.362 76.413 81.369 81.314 Ice Condenser 1 10 26.572 29.777 26.746 25.633 28.943 23.388 23.547 22.735 22.51 23.05 4
Rooding # 86 - Aug 2314:31:05 !
Pressures (PSIA) 1 Lower / Upper Cont.1 2 29.456 29.455 Ice Condenser 11 29.463 Dew Points (*O Lower /Uppor Cont.1 5 34.006 36.777 37.756 38.206 38.101 ice Condoneer 1.I 21.508 ;
j Temperatures (*O Lower / Upper Cont.1 10 77.213 76.292 75.429 76.064 76.094 76.643 76.345 75.765 77.098 81.01 11 20 80.723 81.085 81.768 77.327 77.625 77.171 80.427 76.564 75.004 75.711 21 30 75.825 60.422 75.594 73.391 74.857 80.536 76.331 76.111 75.17 75.122 31 37 75.75 76.898 77.112 77.371 76.436 81.379 81.304 lee Condenser 1 10 26.572 29.584 26.714 25.525 28.931 23.408 23.559 22.735 22.544 23.073 Rooding # 87 Aug 2314 46 05 )
Pressures (PSIA) l Lower / Upper Cont.1 2 29.454 29.453 l les Condenser 1I 29.461 !
I Dew Points (*F)
Lower / Upper Cont. l S 33.933 37.016 37.756 38.208 38.025 Ice condenser 1I 21.512 Temperatures (*O Lower / Upper Cont.1 10 77.203 76.292 75.462 76.051 76.085 76.656 76.322 75.765 77.084 81.01 .
11 20 80.677 81.085 81.768 77.317 77.639 77.157 80.385 76.564 74.995 75.721 21.30 75.801 60.436 75.617 73.41 74.843 80.568 76.298 76.143 75.179 75.136 31 37 75.773 76.907 77.135 77.362 76.423 81.369 81.304 lee Condenser 1 10 26.507 29.616 26.833 25.031 28.823 23.442 23.624 22.746 22.501 23.095 l
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Calibratsd Instrum:nt Data McGuire Nuclear Station Unit 2 Rooding # 88 - Aug 2315-01:06 Pressures (PS!A)
Lower / Upper Cont.1 2 29.453 29.452 Ice Condenser 1I 29.46 Dew Points (*O Lower / Upper cont.1 5 33.93 37.014 37.448 38.057 37.94 lee Condenser 11 21.51 Temperatures (*O Lower / Upper Cont.1 10 77.203 76.269 75.508 76.064 76.076 76.643 76.313 75.751 77.066 81.01 11.20 80.71 81.095 81.768 77.299 77.625 77.148 80.403 76.541 74.995 75.753 21 30 75.811 60.413 75.617 73.433 74.824 80.638 76.298 76.134 75.179 75.145 31.37 75.783 76.921 77.126 77.362 76.423 81.369 81.304 Ice Condenser 1 10 26.507 29.531 26.746 25.471 28.781 23.473 23.644 22.8 22.479 23.116 Rooding # 89 - Aug 2315:16 06 Pressuree r51 A3 Lower / Upper Cont.1 2 29.453 29.451 Ice Condenser 1. 1 29.46 Dow Points (*O Lowor/ Upper Cont.1 5 33.933 36.94 37.602 38.06 37.864 Ice Condenser 11 21.512 Temperatures ("O Lower / Upper Cont.1 10 77.194 76.26 75.517 76.041 76.076 76.643 76.322 75.742 77.052 80.996 11.20 80.677 81.005 81.782 77.285 77.648 77,148 80.362 76.523 74.963 75.799 21.30 75 825 60.39 75.617 73.41 74.815 80.615 76.321 76.078 75.179 75.159 31 37 75.806 76.921 77.135 77.371 76.423 81.379 81.304 Ice condenser 1 10 26.518 29.488 26.757 26.232 28.707 23.496 23.676 22.789 22.575 23.138 Read 6ng # 90 Aug 2315:31:07 Pressures (PSIA) tower / Upper Cont.1 2 29.452 29.451 l Ice Condenser 1I 29.459 Dew Points (*O tower / Upper Cont.1 5 33.929 36.777 37.523 37.975 37.785 lee Condenser 1I 21.508 Temperatures (*O Lower / Upper Cont.1 10 77.203 76.251 75.485 76.032 76.056 76.633 76.313 75.728 77.029 80.996 11.20 80.691 81.095 81.768 77.276 77.625 77.125 80.385 76.509 74.94 75.832 21 30 75.787 60.422 75.626 73.41 74 801 80.526 76.266 76.166 75.179 75.168 31.37 75.741 76.907 77.135 77.362 76.423 81.369 81.304 lee Condenser 1.10 26.541 29.519 26.586 26.071 28.641 23.527 23.72 22.854 22.745 23.169 l
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Calibrot;d instrum nt Data McGuire Nuclear Stallon Unit 2 ,
l 1
Rooding # 91 - Aug 2315:46 07 i Pressures (PSIA)
Lower / Upper Cont.1 2 29.453 29.451 Ice Condenser 11 29.459 Dow Points (*O Lower /Uppor Cont.1 5 33.933 37.016 37.445 37.897 37.71 Ice Condenser 11 21.849 i Temperatures ("O Lower / Upper Cont.1 10 77.203 76.251 75.471 76.009 76.053 76.633 76.299 75.718 77.029 80.996 11 20 80.677 81.095 81.768 77.285 77.648 77.125 80.362 76.5 74.94 75.841 21.30 75.811 60.422 75.626 73.4 74.792 80.55 76.243 76.185 75.179 75.177 31 37 75.741 76.921 77.149 77.371 76.423 81.369 81.304 Ice Condenser 1 10 26.583 29.477 26.597 25.224 28.61 23.547 23.763 22.885 22.853 23.169 Reading # 92 - Aug 2316:0106 Pressures (PSIA)
Lower / Upper cont.1 2 29.452 29.451 Ice Condenser 11 29.459 '
Dew Points (*F)
Lower /Uppor Cont.1 5 33.854 36.937 37.371 37.899 37.628 les Condenser 1I 21.511 Temperatures (*F)
Lower / Upper Cont.1 10 77.203 76.241 75.471 76.018 76.043 76.624 76.299 75.709 77.019 80.996 11 20 80.723 81.095 81.768 77.266 77.648 77.125 80.413 76.486 74.916 75.864 21 30 75.787 60.404 75.626 73.391 74.778 80.55 76.159 76.152 75.189 75.187 31 37 75.75 76.921 77.149 77.371 76.446 81.355 81.304 Ice condenser 1 10 26.615 29.627 26.606 24.946 28.61 23.581 23.783 22.982 22.929 23.192 l
Rooding # 93 - Aug 2316:16 08 Pressures (PSIA)
Lower / Upper Cont.1 2 29.451 29.45 l
Ice Condenser 11 29.458 Dew Points (*F)
Lower /Uppor Cont.1 5 33.854 37.013 37.284 37.817 37.549 Ice Condenser 11 21.887 Temperatures (*F)
Lower / Upper Cont.1 10 77.203 76.227 75.494 76.009 76.034 76.624 76.299 75.695 77.01 80.996 11.20 80.733 81,109 81.768 77.253 77.606 77.115 80.413 76.486 74.898 75.864 21 30 75.811 60.404 75 635 73.4 74.769 80.647 76.113 76.199 75.189 75.187 31 37 75.796 76.921 77.135 77.371 76.455 81.355 81.304 lee Condenser 1 10 26.7 29.712 26.864 25.525 28.587 23.624 23.826 23.004 22.884 23.223 I
l I
4 i
- Calibrat;d instrument Data
, McGuire Nuclear Station 2
Urd 2 l Rooding # 94- Aug 2316:31:09 j Pressures (PSIA)
Lower /Uppor Cont.1 2 29.451 29.45 ;
- tco Condenser 1I 29.458 l j Dew Points CD 1 Lower / Upper Cont.1 5 33.778 37.016 37.209 37.748 37.553 1 Ice Condenser 1. 1 21.563 i Temperatures (*F) l l Lower / Upper Cont.1 10 77.203 76.218 75.485 75.99 76.034 76.624 76.289 75.686 77.001 80.996 l 11.20 80.733 81.109 81.759 77.22 77.593 77.115 80.427 76.458 74.907 75.864 21 30 75.801 60.39 75.649 73 4 74.76 80.689 76.09 76.176 75.198 75.201 31.37 75.783 76.931 77.158 77.38 76.455 81.369 81.304 lee Condenser 1 10 26.733 29.735 26.972 25.75 28.641 23.655 23.859 23.024 22.992 23.234
) Rooding # 95 - Aug 2316 40:16 l Pressures (PSIA) l Lower / Upper Cont.1 2 29.45 29.449 t d
Ice Condenser 1I 29.457 Dow Points (*O l Lower / Upper Cont.1 5 33.854 36.937 37.208 37.747 37.552 ice Condenser 1I 21.803 Temperatures CF)
Lower / Upper Cont.1 10 77.199 76.214 75.448 75.972 76.029 76.619 76.285 75.672 76.982 80.982
! 11 20 80.705 81.104 81.754 77.248 77.602 77.088 80A03 76.398 74.893 75.873 21 30 75.801 60.39 75.659 73.4 74.75 80.582 76.071 76.176 75.189 75.201 31.37 75.796 76.931 77.158 77.38 76.455 81.355 81.295 Ice Condenser 1 10 26.754 29.885 26.768 25.860 28.77 23.666 23.869 23.046 23.025 23.243 Reading # 96 Aug 2316:50:26 Pressures (PS!A) I Lower / Upper Cont.1 2 29A49 29.448 Ice Condenser 1I 29A56
. Dew Points (*O Lower /Uppor Cont.1. 5 33.778 37.33 37.13 37.744 37A76 Ice Condenser 11 22.094 Temperatures (*O Lower / Upper Cont.1 10 77.189 76.214 75A8 75.972 76.016 76.605 76.285 75.672 76.982- 80.973 11 20 80.728 81.095 81.754 77.239 77.588 77.078 80A22 76.365- 74.893 75.897 21 30 75.778 60.39 75.668 73.391 74.736 80.582 76.062 76.176 75.198 75.201 31.37 75.75 76.931 77.167 77.38 76 446 81.355 81.295 Ice Condenser 1 10 26.788 29.896 26A04 25.633 28.803 23.697 23.891 23.066 23.056 23.243 i
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- Calibratad Instrum nt Dato McGulte Nuclear Stollon Unit 2 4
i Rooding # 97 - Aug 2317:00-27 '
- Pressures (PSIA)
! Lower /Uppor Cont.1. 2 29.449 29.448 Ice Condenser I1 29.456 Dew Points (*O l Lower / Upper Cont.1 5 33.778 37.013 37.127 37.666 37.473 Ice Condenser 11 21.756 Temperatures (*O Lower / Upper Cont.1 10 77.189 76.204 75.489 76.004 76.016 76 619 76.285 75.663 76.973 80.982 11.20 80.705 81.104 81.754 77.229 77.611 77.078 80.408 76.384 74.902 75.906 21 30 75.787 60.367 75.668 73.377 74.736 80.582 76.048 76.152 75.212 75.21 31.37 75.773 76.94 77.167 77.38 76.446 81.355 81.295 lee Condenser 1 10 26.83 29.777 26.254 25.406 28.715 23.72 23.913 23.078 23.045 23.277 Roodlng # 98 - Aug 2317:10:27 Pressures (PSIA)
Lower / Upper Cont.1 2 29.447 29.446 Ice Condenser 11 29.454 Dow Points (*O Lower / Upper Cont.1 5 33.693 37.016 37.127 37.59 37.401 Ice Condenser 11 21.952 Temperatures (*F)
Lower / Upper Cont.1 10 77.194 76.204 75.494 76.018 76.02 76.624 76.28 75.667 76.968 80.987 11.20 80.7 81.109 81.768 77.243 77.606 77.092 80.385 76.402 74.93 75.938 21 30 75.811 60.381 75.668 73.377 74.713 80.591 76.029 76.143 75.212 75.224 31 37 75.783 76.954 77.167 77.38 76.436 81.346 81.295 Ice Condenser 1 10 26.861 29.669 26.254 25.278 28.63 23.751 23.922 23.066 23.045 23.266 Rooding # 99 - Aug 2317:20:28 Pressures (PSIA)
Lower / Upper Cont.1 2 29.446 29.445 Ice Condenser 11 29.453 Dow Points (*O Lower / Upper Cont.1 5 33.693 36.934 37.13 37.59 37.401 Ice Condenser 11 21.704 Temperatures (*O l
Lower / Upper Cont.1 10 77.203 76.204 75.485 76.009 76.011 76.624 76.271 75.667 76.968 80.977 11 20 80.723 81.118 81.759 77.253 77.616 77.083 80.394 76.402 74.898 75.961 21 30 75.825 60.348 75.668 73.4 74.695 80.638 76.006 76.143 75.221 75.224 31 37 75.838 76.94 77.167 77.394 76.446 81.346 81.281 l Ice Condenser 1 10 26.884 29.553 26.082 25.063 28.534 23.751 23.945 23.066 23.087 23.266 i l
l
Calibrated Instrument Data McGuire Nuclear Station Unit 2 Rooding # 100 - Aug 2317:3Ct28 Pressures (PSIA)
Lower /Uppor Cont.1 2 29 444 29.443 ice Condenser 1. I 29.451 Dew Points (*F)
Lower / Upper cont.1 5 33.694 37.014 37.051 37.515 37.401 Ice Condenser 1.. I 21.953 Temperatures (*D Lower / Upper Cont.1 10 77.194 76.204 75.471 75.976 75.997 76.61 76.271 75.653 76.954 80.987 11.20 80.742 81.118 81.759 77.229 77.616 77.074 80.427 76.379 74.898 75.961 l 21 30 75.787 60.339 75.682 73.4 74.639 80.647 75.974 76.152 75.221 75.224 I 31 37 75.829 76.94 77.181 77.394 76.455 81.346 81.281 i Ice Condenser 1 10 26.915 29.403 25.793 25.182 28.372 23.751 23.965 23.109 23.087 23.277 l
1 Rooding # 101 Aug 2317;Att28 Pressures (PSIA)
Lower / Upper Cont.1 2 29.441 29.44 lee Condenser 1I 29.448 ,
Dew Points (*F) ,
Lower / Upper Cont.1 5 33.697 36.938 37.051 37.593 37.328 ice Condenser 1I 21.705 Temperatures (*F)
Lower / Upper Cont.1 10 77.194 76.195 75.471 75.967 75.988 76.601 76.257 75.644 76.954 80.977 11.20 80.733 81.127 81.768 77.243 77.606 77.074 80.427 76.388 74.898 75.961 21 30 75.801 60.339 75.682 73.391 74.616 80.666 75.964 76.176 75.221 75.224 31.37 75.796 76.94 77.181 77.394 76.455 81.346 81.281 Ice Condenser 1 10 26.938 29.168 25.526 26.255 28.073 23.783 23.987 23.131 23.121 23.297 Rooding # 102 - Aug 2317:5029 Pressures (PSIA)
Lower / Upper Cont.1 2 29.44 29.439 lee Condenser 1I 29.447 Dew Points (*F)
Lower / Upper Cont.1 5 33.778 36.78 36.969 37.514 37.325 Ice Condenser 11 21.704 ;
Temperatures (*F)
)
Lower / Upper Cont.1 10 77.18 76.186 75.471 75.99 75.988 76.601 76.257 75.63 76.931 80.977 11.20 80.733 81.118 81.768 77.229 77.625 77.074 80.413 76.402 74.884 75.961 21.30 75.801 60.293 75.691 73.41 74.597 80.698 75.932 76.143 75.235 75.233 31 37 75.796 76.94 77.181 77.394 76.469 81.332 81.272 lee Condenser 1 10 26.926 28.847 25.259 27.198 27.622 23.774 24.01 23.154 23.076 23.319 l
3 .
j Calibrated Instrum nt Data McGuirs Nuclear Station Unit 2 ReocAng # 103 - Aug 2318M29 Pressures (PSIA)
Lower / Upper Cont.1 2 29.439 29.437 Ice Condenser 1I 29.446 i Dew Points (*F)
Lower / Upper Cont.1 5 33.699 37.095 36.972 37.517 37.249 Ice Condensar 11 21.803 Temperatures (*O Lower / Upper Cont.1 10 77.171 76.186 75.494 76 75.988 76.61 76.248 75.63 70.931 80.977 11.20 80.742 81.127 81.768 77.229 77.625 77.06 80.427 76.402 74.884 75.966 21 30 75.769 60.265 75.682 73.372 74.565 80.67 75.899 76.125 75.216 75.224 31.37 75.755 76.945 77.172 77.385 76.46 81.327 81.267 lee Condenser 1 10 26.803 28.836 24.98 28.207 27.173 23.774 24.019 23.196 23.014 23.351 Rooding # 104 - Aug 2318:10 30 Pressures (PSIA)
- Lower / Upper Cont. l. 2 29.437 29.436 Ice Condenser 1I 29.444 Dew Points (*F)
Lower / Upper Cont.1. 5 33.699 36.94 37.057 37.52 37.249 Ice Condenser 1I 21.901 Temperatures (*O Lower / Upper Cont.1 10 77.18 76.186 75.471 75.99 75.978 76.61 76.257 75.621 76.922 80.977 11.20 80.733 81.127 81.768 77.211 77.616 77.06 80.427 76.402 74 875 75.98 21 30 75.769 60.261 75.7 73.368 74.56 80.698 75.918 76.185 75.235 75.233 31.37 75.764 76.963 77.181 77.403 76.469 81.332 81.272 lee Condenser I 10 26.572 28.504 24.744 29.622 26.914 23.774 24.03 23.196 22.96 23.362 Reading # 105 - Aug 2318 20:30 Pressures (PSIA)
Lower / Upper Cont 1 2 29.435 29.434 Ice Condenser 11 29.442 Dew Points (*O r Lower /Uppor Cont.1 5 33.618 36.862 36.893 37.357 37.246 Ice Condenser t1 21.899 Temperatures (*O Lower / Upper Cont.1 10 77.171 76.186 75.471 75.99 75.978 76.61 76.248 75.621 76.922 80.977 11.20 80.733 81.127 81.768 77.202 77.593 77.051 80.427 76.379 74.875 76.003 21.30 75.787 60.261 75.7 73.41 74.542 80.666 75.895 76.185 75.235 75.233 31 37 75.773 76.954 77.181 77.403 76.455 81.332 81.272 Ice Condenser 1 10 26.411 28.118 24.543 29.034 26.787 23.794 24.042 23.196 22.938 23.373 l
i 1
! Calibrottd instrum:nt Data ucc.uire uuci.or stotion Unit 2 Reading # 106 - Aug 2318:30:30 Pressures (PSIA)
Lower / Upper Cont.1 2 29.434 29.433 l Ice Condenser 1I 29.442 Dow Points (*F)
. Lower / Upper cont.1. 5 33.621 36.701 36.818 37.36 37.167 3 Ice Condenser 11 21.903 Temperahmes (*O Lower / Upper Cont.1 10 77.18 76.186 75.485 76 75.978 76.601 76.238 75.612 76.903 80.987 11.20 80.742 81.127 81.768 77.188 77.616 77.041 80.436 76.379 74.865 75.994 21 30 75.76 60.242 75.714 73.419 74.532 80.689 75.909 76.199 75.235 75.233 3 31.37 75.773 76.954 77.191 77.403 76.455 81.332 81.272
, ice Condenser 1.10 26.326 27.571 24.424 26.95 ~ 26.699 23.794 24.053 23.217 22.917 23.373 1
Rooding # 107 - Aug 2318 40 31 i Pressures (PSIA)
Lower / Upper Cont.1 2 29.432 29.431
{ lee Condenser 1. 1 29.439
- Dew Points (*F)
Lower / Upper cont.1 5 33.621 36.783 36.818 37.447 37.095 les Condenser 1I 21.905
! Temperotures (*O I
Lower / Upper Cont.1 10 77.18 76.172 75.471 76 75.978 76.601 76.225 75.612 76.912 80.987 i 11 20 80.761 81.127 81.768 77.169 77.593 77.051 80.436 76.402 74.865 75.994 j 21 30 75.769 60.228 75.724 73.433 74.509 80.68 75.932 76.185 75.244 75.242 '
, 31.37 75.764 76.954 77.191 77.403 76.469 81.327 81.272
- ice Condenser 1 10 26.281 27.316 24 35 25.343 26.603 23.816 24.073 23.217 22.906 23.362 i
J j Rooding # 108 - Aug 2318:50:31 l Pressures (PSIA)
- Lower /Uppor Cont.1 2 29.431 29.43
? Ice Condenser 1I 29.438 Dow Points (*O Lower / Upper Cont.1 5 33.543 36.94 36.745 37.282 37.095 Ice Condenser 1.. I 21.955
[:
Temperatures (*O Lower / Upper Cont.1 10 77.18 76.172 75.462 75.976 75.978 76.601 76.215 75.598 76.889 80.977
) 11.20 80.765 81.141 81.768 77.178 77.606 77.051 80.436 76.388 74.865 76.003 i 21 30 75.746 60.228 75.733 73.433 74.509 80.689 75.983 76.208 75.235 75.242 i d
31 37 75.764 76.954 77.2 77.413 76.455 81.327 81.263 ice Condenser 1 10 26.271 26.993 24.07 24.355 26.657 23.827 24.095 23.25 22.049 23.373 4 l l
I i
1
4 Calibrated instrum:nt Data * * ' ' "
McGuire Nuclear Staflon Unit 2 Rooding s 109 - Aug 2319 00 31 i Pressures (PSIA) l Lower / Upper Cont.1. 2 29.432 29.431 l Ice Condenser 1. I 29.439 Dow Points (*F)
Lower / Upper Cont. L 5 33.618 36.704 36.742 37.281 37.01 i ice Condenser 11 22.193 j Temperatures (*F)
, Lower / Upper Cont. L10 77.18 76.172 75.471 75.976 75.978 76.601 76.201 75.598 76.903 80.977 1 IL20 80.742 81.141 81.768 77.178 77.606 77.041 80.427 76.379 74.865 76.017 l 2L30 75.736 60.228 75.733 73.41 74.509 80.689 75.932 76.24 75.244 75.242 a 31.37 75.783 76.954 77.191 77.413 76.478 81.314 81.272 l Ice Condenser L10 26.334 26.812 23.846 23.594 26.668 23.837 24.106 23.409 22.98 23.362 i
1 Rooding # 110 Aug 2319:10:32
, Pressures (PSIA) a Lower / Upper Cont.1 2 29.432 29.431 l
- Ice Condenser L1 29.439 2
Dew Points (*F)
Lower / Upper Cont. L 5 33.618 36.78 36.655 37.2 37.007 Ice Condonner 1I 22.486 Temperatures (*F)
Lower / Upper Cont. L10 77.171 76.163 75.494 76 75.978 76.587 76.192 75.589 76.903 80.987 IL20 80.765 81.15 81.782 77.188 77.616 77.027 80.45 76.402 74.898 76.017 2L30 75.736 60.196 75.747 73.41 74.5 80.638 75.895 76.25 75.244 75.242 31 37 75.764 76.963 77.2 77.413 76.478 81.327 81.272 Ice condenser LIO 26.411 26.576 23.761 22.791 26.583 23.816 24.073 23.527 22.98 23.373 Rooding # 111 - Aug 2319.20:32 Pressures (PSIA)
Lower / Upper Cont. L 2 29.431 29.43 Ice Condenser 1.. I 29.438 Dew Points (*F)
Lower / Upper Cont. L 5 33.461 36.78 36.655 37,197 37.008 Ice Condenser 1I 2'2.193 Temperatures (*F)
Lower / Upper Cont. L10 77.166 76.158 75.489 75.995 75.965 76.582 76.197 75.584 76.885 80.982 IL20 80.747 81.136 81.778 77.183 77.611 77.023 80.431 76.384 74.926 76.017 21 30 75.723 60.173 75.756 73.4 74.5 80.568 75.876 76.152 75.254 75.242 3L37 75.773 76.963 77.209 77.427 76 478 81.327 81.272 tco Condenser L10 26.422 26.919 23.676 22.288 26.517 23.805 24.053 23.601 22.972 23.373 l
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l
_ _ l
i ,
! Calibrot;d Instrument Data 4
McGuire Nuclear Station Unit 2 '
Rooding # 112 - Aug 2319:30 32 F Pressures (PSIA) l LoworfJpper Cont.1 2 29.429 29.428
- ice c.mdenser 1I 29.436
- Dew Points (*O
! Lwer/ Upper cont.1 5 33.539 36.701 36.657 37.197 36.931
' ic4 Condenser 1I 21.954 Temperatures (*O
. Lower / Upper Cont. l 10 77.166 76.158 75.439 75.995 75.965 76.582 76.188 75.593 76.899 80.982 I
11.20 80.761 81.146 81.768 77.197 77.611 77.023 80.445 76.375 74.893 76.017 f 21 30 75.723 60.187 75.747 73.4 74.486 80.601 75.909 76.176 75.254 75.265 l 31 37 75.783 76.963 77.209 77.436 76.487 81.327 81.272 -
Ice Condenser 1 10 26.4 27.089 23.781 22.i38 26.474 23.837 24.042 23.635 23.014 23.373 ,
j Rooding # 113 - Aug 2319:40:33
, Pressures (PSIA)
Lower / Upper Cont.1. 2 29.427 29.426
~
ice Condenser 11 29.434 '
l Dow Points (*F)
$ Lower / Upper Cont.1 5 33.46 36.465 36.497 37.036 36.85 t ice Condenser 11 22.24 {
TempercWures (*O Lower / Upper Cont.1 10 77.166 76.149 75.489 75.986 g 75.965 76.596 76.188 75.607 76.899 80.982 11 20 80.784 81.155 81.778 77.183 77.62 77.023 80.454 76.365 74.87 76.026 21 30 75.713 60.173 75.747 73.419 74.477 80.638 75.886 76.176 75.267 75.265 31 37 75.783 76.977 77.209 77.427 76.487 81.314 81.272 Ice Condenser 1 10 26.281 27.154 23.718 22.061 26.378 23.848 24.073 23.635 22.992 23.393 i
q Reading # 114 - Aug 2319:50 33 Pressures (PSIA)
, Lower / Upper Cont. l 2 29.425 29.424 tco Condenser 11 29.432 Dew Points (*F) .
Lower / Upper Cont.1. 5 33.539 36.623 36.422 37.037 36.853 ice Condenser 11 22.439 Temperatures ("O Lower / Upper Cont.1.10 77.166 76.149 75.457 75.995 75.951 76.605 76.197 75.607 76.899 80.982 11 20 80.784 81.146 81.778 77.183 77.62 77.023 80.478 76.384 74.861 76.045 21 30 75.713 60.154 75.765 73.456 74.477 80.656 75.886 76.24 75.267 75.265 31 37 75.806 76.986 77.223 77.427 76.487 81.304 81.263 ice Condenser 1 10 26.023 27.175 23.546 21.826 26.207 23.837 24.095 23.601 22.938 23.447 i
s
. .,,y ---v-, -
,e.-
i Calibrat0d instrum nt Data McGuire Nuclear Station l I
, Unit 2 Rooding # 115 Aug 23 2000-33 l Pressures (PSIA) l Lower / Upper Cont.1 2 29.425 29.424 l
Ice Condenser 1I 29.432 1 Dew Points PO Lower / Upper cont.1. 5 33.46 36.547 36.497 37.036 36.852 Ice Condenser 1. 1 22.438 ;
Temperatures CF) l Lower / Upper Cont.1 10 77.166 76.149 75.466 75.995 75.951 76.605 76.22 75.616 76.899 80.982 l 11.20 80.761 81.155 81.778 77.197 77.611 77.013 80.454 76.365 74.847 76.026 i 21.30 75.723 60.164 75.779 73.456 74.463 80.591 75.895 76.231 75.277 75.275 31.37 75.815 76.986 77.223 77.436 76.501 81.304 81.263 lee Condenser 1 10 25.864 27.294 23.344 21.763 26.069 23.848 24.116 23.59 22.992 23.447 Rooding # 116 - Aug 23 20:10:3J Pressures (PSIA)
Lower / Upper Cont.1 2 29.425 29.424 Ice Condenser 11 29.432 i Dew Points CF) tower / Upper Cont.1. 5 33.46 36.392 36.497 36.961 36.777 Ice Condenser 1I 22.05 Temperatures CD Lower / Upper Cont.1.10 77.175 76.149 75.457 75.986 75.951 76.605 76.22 75.616 76.899 80.996 l
- 11.20 80.77 81.155 81.787 77.183 77.602 77.023 80.454 76.375 74.847 76.045 21.30 75.713 60.164 75.765 73.456 74.463 80.601 75.895 76.199 75.267 75.275 ;
31 37 75.815 76.986 77.232 77.445 76.511 81.314 81.263 lee Condenser 1 10 25.765 27.432 23.31 21.698 26.003 23.879 24.106 23.581 23.034 23.416 i
Rooding # 117 - Aug 23 20:20:35 Pressures (PSIA)
Lower / Upper Cont.1 2 29.424 29.423 Ice Condenser 1I 29.431 Dew Points CF)
Lower / Upper Cont.1. 5 33.384 36.392 36.424 37.039 36.777 ice Condenser 11 22.438 Ternperatures PF)
Lower / Upper cont.1 10 77.175 76.149 75.448 75.995 75.951 76.605 76.22 75.616 76.885 80.982 11.20 80.77 81.155 81.787 77.197 77.588 77.023 80.454 76.365 74.847 76.059 21.30 75.713 60.164 75.765 73.465 74.477 80.624 75.886 76.208 75.277 75.284 '
31 37 75.806 76.995 77.246 77.445 76.501 81.327 81.272 ,
ice Condenser 1 10 25.691 27.486 23.333 21.525 25.981 23.87 24.095 23.59 23.087 23.405 l
l i
l 1
- ~
Calibrot d Instrum:nt Data McGuire Nuclear Station Unit 2 1 Rooding # 118 - Aug 23 20:30:35 Pressures (P$1A)
Lower / Upper Cont.1 2 29A24 29A23 lee Condenser 1.. I 29.431 Dow Points ("O Lower / Upper Cont.1 5 33.384 36.317 36.424 37.039 36.695 lee Condenser 1.. I 22.291 ;
Temperatures (*O i Lower / Upper Cont.1 10 77.189 76.149 75A89 75.972 75.941 76.605 76.211 75.616 76.899 80.982 11 20 80.761 81.169 81.787 77.165 77.602 77.023 80.454 76.365 74.838 76.068 21.30 75.723 60.173 75.789 73 442 74A63 80.624 75.895 76.208 75.277 75.284 31.37 75.852 76.995 77.246 77A59 76.501 81.327 81.272 Ice Condenser 1 10 25.626 27.412 23.387 21.397 25.992 23.879 24.095 23.59 23.099 23A05 Rooding # 119 - Aug 23 20AO:35 Pressures (PSIA)
Lower / Upper Cont.1. 2 29.423 29.422 Ice Condenser 1. 1 29.43 Dew Points (*O Lower / Upper Cont.1 5 33.382 36,466 36.343 36.882 36.617 Ice Condenser 1I 22.193 Temperatures (*O Lower / Upper Cont.1 10 77.175 76.149 75A89 75.986 75.951 76.596 76.22 75.616 76.885 80.996 11 20 80.77 81.178 81.796 77.183 77.602 77.037 80A45 76.365 74.814 76.077 ;
21 30 75.704 60.196 75.789 73A42 74.463 80.647 75.876 76.217 75.295 75.284 31.37 75.88 76.995 77.232 77A59 76.52 81.314 81.263 Ice Condenser 1 10 25.595 27.325 23.696 21.409 25.981 23.913 24.106 23.59 23.11 23A16 Rooding # 120 Aug 23 20-50 36 Pressures (PSIA)
Lower / Upper Cont.1 2 29A21 29A21 lee Condenser 1. 1 29 429 Dew Points (*O Lower / Upper Cont.1 5 33.384 36.317 36.345 36.885 36.617 Ice Condenser 1.. I 22.242 Temperatures (*O Lower / Upper Cont.1 10 77.18 76.153 75285 76 75.946 76.587 76.225 75.612 76.88 80.996 11 20 80.751 81.174 81.792 77.178 77.606 77.027 80.45 76.347 74.819 76.077 21 30 75.723 60.219 75.812 73.442 74 454 80.601 75.886 76.231 75.295 75.298 31 37 75.871 77.005 77.246 77A68 76.511 81.314 81.263 Ice Condenser 1 10 25.561 27.401 23 911 21.579 25.929 23.924 24.116 23.581 23.121 23 427 i
, , . _ ~ .
Calibratad Instrum:nt Data McGuire Nuclear Station Unit 2 Rooding # 121 - Aug 23 21:00:36 Pressures (PSIA)
Lower / Upper Cont.1. 2 29.419 29.418 ice Condenser 1I 29.427 1
Dew Points ("F)
Lower / Upper cont.1. 5 33.384 36.317 36.27 36.812 36.617 ice Condenser 11 22.537 Temperatures (*F)
Lower / Upper Cont.1 10 77.171 76.153 75.508 75.976 75.946 76.578 76.225 75.612 76.88 80.987 11 20 80.789 81.174 81.792 77.178 77.616 77.041 80.482 76.361 74.842 76.091 21.30 75.736 60.228 75.798 73.442 74.454 80.624 75.895 76.24 75.295 75.298 31.37 75.861 76.995 77.256 77.459 76.52 81.314 81.263 Ice Condenser 1 10 25.541 27.412 23.965 21.923 25.875 23.956 24.138 23.601 23.11 23.458 Rooding # 122 - Aug 23 21:10 36
. Pressures (PSIA) tower / Upper Cont.1 2 29.418 29.417 lee condoneer 11 29.425 Dew Poinn F)
Lower / Upper Cont.1 5 33.382 36.314 36.188 36.809 36.5 2 ice Condenser 11 22.097 Temperatures ('F)
Lower / Upper Cont.1 10 77.171 76.144 75.485 75,967 75.946 76.578 76.225 75.598 76.871 80.987 11.20 80.798 81.174 81.792 77.188 77.616 77.018 80.491 76.37 74.833 76.1 21 30 75.723 60.251 75.798 73.456 74.454 80.501 75.895 76.185 75.295 75.298 31 37 75.838 76.995 77.265 77.459 76.52 81.314 81.263 lee Condenser 1 10 25.519 27.444 23.965 22.201 25.799 23.967 24.212 23.613 23.121 23.501 Rooding # 123 - Aug 23 21:20 37 Pressures (PSIA)
Lower / Upper Cod. l. 2 29.417 29.417 lee condenser 1I 29.425 Dew Points (*F)
Lower / Upper cont.1. 5 33.302 36.393 36.188 36.725 36.536 Ice Condenser 1I 22.437 ,
Temperatures (*F)
Lower / Upper Cont.1 10 77.18 76.153 75 471 75.976 75.946 76.559 76.225 75.598 76 871 80.987 11 20 80.821 81.183 81.792 77.169 77.616 76.995 80.501 76.361 74.819 76.1 21 30 75.746 60.196 75.812 73.465 74.454 80.582 75.886 76.24 75.295 75.307 31.37 75.88 77.005 77.265 77.468 76.534 81.304 81.263 ice Condenser 1 10 25.507 27.475 23.846 21.911 25.736 23.987 24.223 23.624 23.13 23.532
Calibrated Instrument Dato McGuire Nuclear Station Unit 2 l
Reading # 124 - Aug 23 21:30:37 I Pressures (PSIA)
Lower /Uppor Cont.1 2 29.417 29.416 Ice Condenser 11 29.424
'; Dew Points (*F)
Lower / Upper Cont.1 5 33.306 36.243 36.191 36.727 36.541 les Condenser 1I 22.586 Temperatures (*F)
Lower / Upper Cont, l 10 77.18 76.144 75.462 75.953 75.946 76.559 76.225 75 589 76.857 80.996 !
11.20 80.821 81.197 81.801 77.188 77.593 77.004 80.51 76.347 74.833 76.114 i
21.30 75.723 60.21 75.835 73.442 74.444 80.591 75.876 76.217 75.309 75.307 '
31.37 75.852 77.019 77.265 77.478 76.52 81.304 81.263 Ice Condenser 1.10 25.519 27.262 23.761 21.559 25.617 23.998 24.212 23.624 23.153 23.543 Rooding # 125 Aug 23 21:40 37 ,
Pressures (PSIA)
Lower / Upper Cont.1 2 29.416 29.415 Ice Condenser 1I 29.423 Dew Points (*F)
Lower /Upp Cont.1 5 33.306 36.081 36.188 36.728 36.462 ice Condenser 11 22.488 Temperatures (*F)
Lower / Upper Cont.1 10 77.18 76.144 75.485 75.953 75.937 76.559 76.215 75.589 76.857 80.996 11.20 80.821 81.197 81.792 77.178 77.606 76.995 80.51 76.347 74.81 76.124 21.30 75.736 60.21 75.821 73.456 74.435 80.582 75.876 76.24 75.309 75.307 31 37 75.815 77.019 77.256 77.478 76.534 81.314 81.249 '
ice Condenser 1 10 25.53 26.8 23.707 21.312 25.543 23.987 24.169 23.59 23.173 23.532 Rooding # 126 Aug 23 21:50 38 Pressures (PSIA)
Lower / Upper Cont.1 2 29.416 29.415 Ice Condenser 1I 29.423 Dow Points (*F)
Lower / Upper cont.1 5 33.306 36.159 36.115 36.612 36.462 Ice Condenser 1.. I 22.391 .
Temperatures (*F) i Lower / Upper Cont.1 10 77.18 76.144 75.438 75.944 75.937 76.559 76.215 75.589 76.857 80.996 11.20 80.821 81.197 81.792 77.188 77.616 76.986 80.501 76.347 74.801 76.124 21 30 75.723 60 219 75.821 73.456 74.435 80.624 75.876 76.25 75.309 75.321 31 37 75.815 77.019 77.265 77.492 76.534 81.304 81.263 ,
ice condenser 1 10 25.53 26.695 23.803 21.13 25.424 23.998 24.138 23.59 23.173 23.532 i
. - _= --- . . _. ._ - .- ..
l Calibrated Instrum:nt Data McGuire Nuclear Station Unit 2 Rooding # 127 - Aug 23 22 00:38 Pressures (PSIA) t Lower / Upper Cont.1.2 29.415 29.415 Ice Condenser 1. 1 29.423 Dew Points (*F)
Lower / Upper Cont.1. 5 33.306 36.156 36.115 36.649 36.381 Ice Condenser 1I 22A88
]
Temperatures ("O l
Lower / Upper Cont.1 10 77,171 76.144 75 462 75.976 75.946 76.559 76.215 75.579 76.857 80.996 11.20 80.821 81.197 81.815 77.155 77.625 77.004 80.491 76.347 74.787 76.124 i 21 30 75.723 60.228 75.844 73A56 74.412 80.582 75.876 76.273 75.318 75.321 <
31 37 75.829 77.019 77.279 77.492 76.534 81.314 81.263 ice Condenser 1 10 25.541 26.704 24.05 21 25.447 24.009 24.095 23.581 23.195 23.512 ,
Rooding # 128 - Aug 23 22:10:38 Presouros (PSIA)
Lower /Uppor Cont.1 2 29.414 29A13 ice Condenser 1I 29.421 Dew Points (*O f Lower / Upper Cont.1 5 33.306 36.16 36.034 36.574 36.384 I Ice Condenser 1. 1 22.344 l Temperatures ("O l Lower / Upper Cont.1 10 77.18 76.153 75A94 76.009 75.937 76.545 76.201 75.579 76.847 81.01 11 20 80.821 81.206 81.815 77.146 77.639 77.004 80.501 76.361 74.81 76.133 i 21 30 75.713 60.242 75.835 73A65 74 398 80.601 75.876 76.273 75.318 75.33 31 37 75.829 77.028 77.279 77A92 76.552 81.314 81.263 Ice Condenser 1 10 25.53 26.823 24.188 21.333 25.606 23.998 24.084 23.59 23.218 23.501 Rooding # 129 - Aug 23 22:20:39 Prosaures (PSIA) ,
Lower / Upper Cont.1 2 29.413 29.412 '
ice Condenser 11 29A2 >
Dow Points (*O Lower / Upper Cont.1 5 33.306 36.317 36.034 36.649 36.381 -
Ice Condenser 11 22.342 i Temperatures (*O Lower / Upper Cont.1 10 77.18 76.144 75A94 76 75.937 76.536 76.201 75.57 76.847 80.996 11 20 80 821 81.215 81.815 77.155 77.625 77.004 80.524 76.347 74.801 h76.133 t 21 30 75.713 60.251 75.844 73A88 74.366 80.568 75.886 76.25 75.332 75.34 31 37 75.861 77.028 77.288 77.492 76.534 81.304 81.249 .
Ice Condenser 1 10 25.519 27.027 24.209 21 A94 25.745 24.041 24.073 23.601 23.238 23.512 h
i l
i
i
~"""'"
Calibrot0d Instrument Data McGuire Nuclear Station ,
Unit 2 l
l Rooding # 130 - Aug 23 22:30:39 Pressures (PSIA)
Lower / Upper Cont.1 2 29.413 29.412 Ice Condenser 1I 29.42 Dow Points (*O ;
Lower / Upper Cont.1 5 33.306 36.159 36.034 36.573 36.307 Ice Condenser 1.. I 22.291 Temperatures (*O Lower / Upper Cont.1 10 77.18 76.13 75.471 75.99 75.937 76.527 76.192 75.57 76.824 81.01 11.20 80.83 81.215 81.815 77.146 77.625 76.995 80.51 76.328 74.875 76.142 21 30 75.723 60.27 75.854 73.442 74.347 80.638 75.867 76.282 75.332 75.353 !
31.37 75.88 77.028 77.288 77.492 76.543 81.29 81.263 Ice Condenser 1 10 25.519 27.058 24.242 21.525 25.799 24.041 24.073 23.624 23.26 23.512 Rooding # 131 - Aug 23 22:40:39 Pressures (PSIA) l Lower / Upper Cont.1. 2 29.412 29.411 Ice Condenser 1I 29,419 Dew Points (*O Lower / Upper Cont.1. 5 33.306 36.159 36.034 36.5 36.'65 Ice Condenser 1. 1 22.24 '
Temperatures (*O l Lower / Upper Cont.1 10 77.18 76.144 75.485 76 '
75.946 76.527 76.192 75.556 76.824 81.01 11.20 80.807 81.215 81.815 77.155 77.625 77.004 80.491 76.328 74.842 76.142 '
21 30 75.736 60.284 75.863 73.442 74.338 80.591 75.853 76.305 75.351 75.353 ;
31.37 75.871 77.028 77.279 ' 77.501 76.534 81.314 81.263 f ice Condenser 1 10 25.541 27.262 24.061 21.709 25.896 24.063 24.073 23.635 23.249 23.523 Rooding # 132 - Aug 23 22:50:40 1 Pressures (P$lA) [
Lower / Upper Cont.1 2 29.412 29.411 Ice Condenser 1I 29.419 j Dew Points (*F)
Lower / Upper Cont.1. 5 33.382 35.924 35.955 36.498 36.305 lee Condenser 11 22.483 ;
Temperatures (*O Lower / Upper Cont.1 10 77.194 76.144 75.517 76 75.937 76.513 76.192 75.556 76.815 80.996 l 11 20 80.807 81.224 81.824 77.169 77.639 77.004 80.482 76.314 74.819 76.165 21.30 75.713 60.242 75.863 73.419 74.324 80.526 75.844 76.296 75.351 75.353 31 37 75.894 77.037 77.288 77.51 76.534 81.304 81.249 ,
Ice Condenser 1 10 25.572 27.325 23.792 21.474 25.725 24.083 24.073 23.613 23.249 23.523 r
i i
e r
Calibrated instrument Dato '
McGuire Nuclear Station Unli2 Rooding # 133 - Aug 23 232&A0 i Pressures (PSIA) '
Lower / Upper Cont.1.,2 29.412 29.411 Ice Condonner 11 29.419 Dow Points (*O J Lower / Upper Cont.1 5 33.306 36.078 35.953 36.498 36.226 les Condenser 1. 1 22.19 Temperatures (*O +
Lower / Upper Cont.1 10 77.18 76.144 75.526 75.99 75.946 76.513 76.192 75.556 76.806 81.01 11.20 80.807 81.224 81.833 77.155 77.657 77.004 80.468 76.314 74.81 76.165 21.30 75.713 60.228 75.863 73.442 74.301 80.568 75.844 76.296 75.365 75.363 31.37 75.926 77.037 77.297 77.51 76.534 81.29 81.263 +
Ice Condoneer 1.10 25.606 27.069 23.622 21.42 25.543 24.094 24.073 23.59 23.26 23.543 I
i t
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McGuire Unit 2 APPENDIX F Local Leakage Rate Testing Conducted Since Last ILRT Local Leak Rate Test Summary EOC-6 Type B and C Leak Rate Report EOC-7 Type B and C Leak Rate Report EOC-8 Type B and C Leak Rate Report l
l McGuire Unit 2 1
8/23/89 to 8/27/93 Local Leak Rate Test Summary j I
McGuire Unit 2's previous Type A test was performed on 8/23/89 during the End of Cycle 5 refueling outage. Since that time, local leak rate testing in accordance with 10CFR50 ;
Appendix J and the station Technical Specifications have been performed. Summary lists of the local testing performed during EOC 6,7 and 8 outages are included in this section as Attachments 1,2, and 3. Quarterly tests of the Containment Purge system isolation valves and semi-annual tests of the Upper and Lower Airlocks have also been performed.
Changes to the containment boundary during this report period include: 1) the deletion rif M356, a WE ( Equipment Decontamination ) System mechanical penetration during the EOC6 outage, and 2) the addition of E396, an electrical service penetration during the EOC7 outage.
Evaluation of all data shows that in no case has the total leakage for all penetrations and valves subject to Type B and C testing approached the Technical Specification limit of 0.60 La (80,800 sccm). Similarly, the bypass leakage total (those leak paths that communicate beyond the annulus boundary) has not exceeded the Technical Specification limit of 0.07 La (9427 sccm).
All local leak rate test results are maintained in detail at McGuire Nuclear Station, and are available for further review if desired.
1 l
McGuire Unit 2 EOC6 Page 1 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
M118 Impulse line 20.00 0.20 20.00 0.20 12/6/90 M118A MIMV6980 - l 20.00 0.20 20.00 0.20 10/1/90 MIMV7010 - 0 20.00 0.20 10/1/90 M118B MIMV6990 - l 20.00 0.20 20.00 0.20 10/1/90 MIMV7020 - O 20.00 0.20 10/1/90 M118C MIMV7000 - 1 20.00 0.20 20.00 0.20 10/1/90 MIMV7030 - 0 20.00 0.20 10/1/90 C152 IACV5350 - l 21.60 0.20 21.70 0.20 12/12/90 IACV5160 - O 21.70 0.20 12/12/90 M212 NC54A - 1 20.00 2.00 20.00 2.00 9/10/90 NC53B -O 20.00 2.00 9/10/90 M215 VB50 - l 20.00 0.20 40.00 0.28 9/3/90 VB49B - O 20.00 0.20 9/3/90 VB51 -O 20.00 0.20 9/3/90 M216 NC57 - l 20.00 2.00 85.00 2.00 9/24/90 NC120 - l 20.00 2.00 9/24/90 NC56B - O 85.00 2.00 9/24/90 M219 VS13 - 1 20.00 0.20 80.00 0.20 9/3/90 VS25 - 1 20.00 0.20 10/28/90 VS128 - O 80.00 0.20 9/3/90 M220 Vl40 - 1 40.00 2.00 40.00 2.83 9/9/90 V1284 - O 20.00 2.00 9/9/90 Vl129B - O 20.00 2.00 9/9/90 M221 WL321 A - l 20.00 2.00 20.00 2.00 11/15/90 WL385 - 1 0.00 0.00 11/15/90 WL322B - O 20.00 2.00 11/15/90 M235 NM3AC - 1 20.00 2.00 40.00 2.83 9/24/90 NM6AC -l l 20.00 2.00 9/24/90 NM420 - 1 l 0.00 0.00 9/24/90 NM7B -O 20.00 2.00 9/24/90 M239 Impulse line 20.00 0.20 20.00 0.20 12/6/90 M239A MISV6870 - 1 20.00 2.00 20.00 2.00 10/1/90 MISV6890 - O 20.00 2.00 10/1/90 Attachment 1
McGuire Unit 2 EOC6 Page 2 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
M239B MISV6880 - l 20.00 2.00 20:00 2.00 10/1/90 MISV6900 - O 20.00 2.00 10/1/90 l M239C MISV6910 -l 20.00 2.00 20.00 0.20 10/1/90 MISV6930 - O 20.00 0.20 10/1/90 l
M239D MISV6920 - l 20.00 2.00 20.00 0.20 10/1/90 MISV6940 - O 20.00 0.20 10/1/90 i M240 RV445 - l 20.00 2.00 40.00 2.01 10/12/90 RV338 -1 0.00 0.00 10/12/90 RV32A - 0 20.00 2.00 10/12/90 RV316 - 0 20.00 0.20 10/12/90 M243 VO1A -l 24.60 2.00 44.60 2.83 10/4/90 VO2B -O 24.60 2.00 10/4/90 VO14 -O 20.00 2.00 10/4/90 M259 NB262 - l 20.00 2.00 40.00 2.83 9/24/90 NB261 -1 20.00 2.00 9/24/90 NB260B - O 20.00 2.00 9/24/90 M279 RV76A -l 20.00 2.00 40.00 2.83 10/12/90 RV446 - 1 0.00 0.00 10/12/90 RV778 - O 20.00 2.00 10/12/90 RV317 - O 20.00 2.00 10/12/90 M280 NM72B - 1 20.00 2.00 100.00 4.47 11/5/90 NM78B - l 20.00 2.00 9/25/90 NM75B - 1 20.00 2.00 9/25/90 NM81B - 1 20.00 2.00 9/25/90 NM69 - l l 20.00 2.00 9/25/90 NM82A - O l 20.00 2.00 9/26/90 M307 RN253A - 1 l 20.00 2.00 40.00 2.83 10/4/90 RN451 - 1 20.00 2.00 10/4/90 RN252B - O l 20.00 2.00 10/4/90 RN886 - O l 0.00 0.00 10/4/90 M309 NM22AC - l l 20.00 2.00 40.00 2.83 9/25/90 NM421 - 1 0.00 0.00 9/25/90 ,
NM25AC - l 20.00 2.00 9/25/90 l 1NM268 - O ll 20.00 2.00 9/25/90 i l
l M313 Impulse line 20.00 0.20 20.00 0.20 12/6/90 Attachment 1 ;
I t
McGuire Unit 2 EOC6 Page 3 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
M315 RN276A - l l 20.00 2.00 40.00 2.83 10/4/90 RN452 - l 20.00 2.00 10/4/90 RN277B - 0 20.00 2.00 10/4/90 RN887 - 0 0.00 0.00 10/4/90 M317 Vl124 - l 20.00 2.00 40.00 2.83 9/9/90 Vl378 - l 20.00 2.00 10/28/90 Vl150B - O 30.00 2.00 9/9/90 M320 KC424B - l 20.00 2.00 50.00 2.00 10/10/90 KC279 -1 0.00 0.00 10/10/90 KC425A - O 50.00 2.00 10/10/90 M321 N195A - l l 20.00 2.00 40.00 2.C3 10/19/90 NI436 - l 20.00 2.00 10/19/90 N1968 - O 20.00 2.00 10/19/90 N1120B - 0 0.00 0.00 10/19/90 NI46 -O 20.00 2.00 10/19/90 M322 KC4298 - l l 20.00 2.00 20.00 2.00 9/27/90 KC47 -1 l 0.00 0.00 9/27/90 KC430A - O 20.00 2.00 9/27/90 M323A MISV5581 - l 20.00 0.20 20.00 0.20 10/31/90 MISV5580 - O 20.00 0.20 10/31/90 M323B MISV5583 - 1 20.00 020 20.00 0.20 10/31/90 MISV5582 - 0 20.00 0.20 10/31/90 M325 VX30 - 1 20.00 2.00 20.00 2.00 9/4/90 VX40 - O 20.00 2.00 9/4/90 M326 NC141 - l 25.00 2.00 53.00 2.83 9/5/90 NC261 - 1 0.00 0.00 9/5/90 l NC154 - l 28.00 2.00 9/5/90 NC142 - O 0.00 0.20 9/5/90 M327 KC339 -1 20.00 2.00 40.00 2.83 9/26/90 KC340 - l 20.00 2.00 9/26/90 KC338B - O 35.00 2.00 9/26/90 M330 N148 -1 20.00 2.00 103.00 2.00 9/24/90 N1107 - 1 25.40 2.00 9/24/90 NI47A - O 103.00 2.00 10/30/90 l l
Attachment 1 I
l
-1
l McGuire Unit 2 EOC6 Page 4 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
M331 VE11 -1 25.00 2.00 50.00 2.83 9/4/90 VE10A - O 30.00 2.00 9/4/90 VE12 -0 20.00 2.00 9/4/90 M337 YM124 - l 20.00 2.00 40.00 2.83 9/30/90 YM116 - l 20.00 2.00 9/30/90 YM115B - O 20.00 2.00 9/30/90 M342 NV1002 - l 20.00 2.00 40.00 2.83 9/5/90 NV1001 - O 20.00 2.00 9/5/90 NV849AC - 0 20.00 2.00 9/5/90 M348 WL1302A - l l 25.00 2.00 45.00 2.83 9/4/90 WL1307 - l 20.00 2.00 9/4/90 WL1312 - 1 0.00 0.00 9/4/90 WL1301B - O 25.00 2.00 9/4/90 M353 RF833 20.00 2.00 40.00 2.83 9/30/90 RF834 20.00 2.00 9/30/90 RF832A - O 20.00 2.00 9/30/90 M355 KC3328 - 1 l 20.00 2.00 20.00 2.00 10/2/90 KC280 -1 l 0.00 0.00 10/2/90 KC333A - O 20.00 2.00 10/2/90 M358 FW11 -1 20.00 2.00 40.00 2.83 9/5/90 FW63 -1 0.00 0.00 9/5/90 FW12 -l 20.00 2.00 9/5/90 FW13 - 0 0.00 0.00 9/5/90 M359 Vl161 - 1 29.00 2.00 40.00 2.83 9/9/90 V11608 - O 20.00 2.00 9/9/90 V1282 - O 20.00 2.00 9/9/90 M360 WL39A - l 20.00 2.00 40.00 E 83 10/2/90 WL41B - O 20.00 2.00 10/2/90 WL389 - O 20.00 2.00 10/2/90 l
M361 NC196A - l 20.00 2.00 20.00 2.00 10/19/90 NC259 - 1 0.00 0.00 10/19/90 l NC195B - O 20.00 2.00 10/19/90 ;
M372 NF2338 - 1 l 20.00 2.00 40.00 2.83 9/30/90 NF234A - O l 20.00 2.00 9/30/90 NF1051 - O 20.00 2.00 9/30/90 Attachment 1
McGuire Unit 2 EOC6 Page 5 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
M373 NF229 - 1 20.00 2.00 40.00 2.83 9/30/90 NF959 - l 20.00 2 00 9/30/90 NF228A - 0 20.00 2.00 9/30/90 NF231 - 0 0.00 0.00 9/30/90 M374 WL64A - l l 20.00 2.00 40.00 2.83 9/30/90 WL264 - l l 0.00 0.00 9/30/90 WL390 - O 20.00 2.00 9/30/90 WL658 - O 20.00 2.00 9/30/90 WL802 - 0 0.00 0.00 9/30/90 M375 WL2A -l 20.00 2.00 20.00 2.00 9/10/90 WL24 -1 0.00 0.00 9/10/90 WL1B - O 20.00 2.00 9/10/90 WL816 - 0 0.00 0.00 9/10/90 M376 KC322 - l 20.00 2.00 61.00 2.00 9/25/90 KC321 - l 20.00 2.00 9/25/90 KC320A - O 61.00 2.00 9/2E/90 M377 FW5 - 1 20.00 2.00 40.00 2.83 C/S/90 FW30 - 1 20.00 2.00 9/5/90 FW4 -0 20.00 2.00 9/5/90 M378 VX31 A - l 20.00 2.00 40.00 2.83 10/8/90 VX33B - 1 20.00 2.00 10/8/90 VX34 -O 20.00 2.00 10/8/90 M384 VO6A - 1 l 30.00 2.00 100.00 2.83 11/2/90 VO11 -O 20.00 2.00 11/2/90 VO5B - O l 80.00 2.00 11/2/90 M385 RV802 - l 20.00 2.00 40.00 2.83 10/2/90 l RV365 - 1 0.00 0.00 10/2/90 l RV79A - O 20.00 2.00 10/2/90 1 RV139 - 0 20.00 2.00 10/2/90 1
M386 Vl149 - 1 20.00 2.00 40.00 2.83 9/9/90 Vl376 - l 20.00 2.00 9/9/90 Vl362A - O 20.00 2.00 9/9/90 Vl148B - 0 0.00 0.00 9/9/90 M390 RV101 A - 1 36.00 2.00 56.00 2.83 10/2/90 RV366 - 1 0.00 0.00 10/2/90 RV102B - O 36.00 2.00 10/2/90 RV140 - O 20.00 2.00 10/2/90 l
Attachment 1
McGuire Unit 2 EOC6 Page 6 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
C392 IACV5340 - l 20.00 2.00 20.00 2.00 12/12/90 IACV5080 - O 20.00 2.00 12/12/90 M394 FLANGED 2.00 2.00 2.00 2.00 129/90 M402A NSSN5550 - 1 20.00 0.20 20.00 0.20 11/14/90 NSSV5551 - O 20.00 0.20 11/14/90 l M402 Impulse line 20.00 0.20 20.00 0.20 12/6/90 C412 EO. Hatch 44.00 0.28 40.00 0.28 12/5/90 M354 Fuel Xfer Tube 20.00 0.20 20.00 10/31/90 M308 BELLOWS 87.00 0.20 87.00 0.20 8/30/89 l
M338 BELLOWS 20.00 0.20 20.00 0.20 8/30/89 l
M119 VP15A - l 67.30 2.00 67.30 2.00 12/7/90 VP16B - O 67.30 2.00 12/7/90 M138 VP19A - l 20.00 2.00 20.00 2.00 12/7/90 VP208 - O 20.00 2.00 12H/90 M213 VP17A - 1 20.00 2.00 20.00 2.00 12/7/90 t VP188 - O 20.00 2.00 12/7/90 l M357 VP7A -1 80.60 2.00 80.60 2.00 12/7/90 VP68 -O 80.60 2.00 12/7/90 M367 VP2A -l l 60.00 2.00 60.00 2.00 12/7/90 VP1B -O l 60.00 2.00 12/7/90 ;
l M368 VP10A - l 125.20 ^ 10 125.20 2.00 12/7/90 VP11B - 0 125.20 2.00 12/7/90 i l
M454 VP4A - 1 20.00 2.00 20.00 2.00 12/7/90 VP3B - 0 l 20.00 2.00 12/7/90 M455 VP12A - l 20.00 2.00 20.00 2.00 12/7/90 VP13B - O 20.00 2.00 12/7/90 M456 VP9A - l 130.20 2.00 130.20 2.00 12/7/90 VP8B - O 130.20 2.00 12/7/90 l
Attachment 1
l McGuire Unit 2 EOC6 Page 7 of 7 Local Leak Rate Tests l PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST ,
NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
NON-BYPASS PENETRATIONS:
MISC VP Test Vents 180.00 6.00 180.00 6.00 12/7/90 MISC Electrical Pens. 288.00 7.49 288.00 7.49 9/11/90 MISC Electrical Pens. 0.66 0.00 0.66 0.00 9/19/90 UPAL Airlock 41.00 2.00 61.00 2.83 12/12/90 Emerg. Air Fing. 20.00 2.00 12/13/90 Relief Line 20.00 2.00 20.00 2.00 12/12/90 LPAL Airlock 230.00 20.00 232.00 20.00 12/12/90 Emerg. Air Fing. 2.00 0.20 12/12/90 Relief Line 16.00 0.20 16.00 0.20 12/12/90 M260 Test Vent 50.00 2.83 50.00 2.83 12/6/90 M313A Instr. line 20.00 2.00 20.00 2.00 9/27/90 ,
r M346 VESA 20.00 2.00 35.00 2.00 11/20/90 VE6B 35.00 2.00 11/20/90 M371 Flanged NF 4.00 0.28 4.00 0.28 12/7/90 M383 Flanged NF 4.00 0.28 4.00 0.28 12/7/90 ,
I E429 Flanged Elec. 40.00 2.83 40.00 2.83 12/6/90 E461 Flanged Elec. 40.00 2.83 40.00 2.83 12/6/90 Leak +/- Error Maximum TOTAL BYPASS LEAKAGE RATE (SCCM): .
3001.60 18.78 3020.38 TOTAL (TYPE 'B' AND 'C') LEAKAGE RATE : 3992.26 29.82 4022.08 Attachment 1
McGuire Unit 2 EOC7 Page 1 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE RROR DATE (SCCM) (SCCM) (SCCM) SCCM) ,
M118 Impulse line 2.00 0.20 2.00 0.20 2/26/92 M118A MIMV6980 - l 12.00 0.20 12.00 0.20 2/7/92 MIMV7010 - O 2.40 0.20 2/7/92 M118B MIMV6990 - l 2.00 0.20 10.00 0.20 1/17/92 MIMV7020 - 0 10.00 0.20 1/17/92 M118C MIMV7000 - 1 12.00 0.20 12.00 0.20 1/17/92 MIMV7030 - O 2.00 0.20 1/17/92 C152 IACV5350 - 1 4.90 0.20 7.40 0.20 3/10/92 IACV5160 - O 7.40 0.20 3/10/92 M212 NC54A -l 142.00 2.00 142.00 2.00 2/18/92 NC538 - O 91.20 2.00 2/18/92 M215 VB50 - l 2.00 0.20 4.00 0.28 3/4/92 VB498 - 0 2.00 0.20 3/4/92 VB51 -O 2.00 0.20 3/4/92 M216 NC57 - l 2.00 0.20 4.00 0.28 1/15/92 NC120 - l 2.00 0.20 1/15/92 NC56B - O 2.00 0.20 1/15/92 M219 VS13 -l 2.00 0.20 4.00 0.28 3/4/92 VS25 - l 2.00 0.20 3/4/92 VS12B -O 2.00 0.20 3/4/92 M220 Vl40 - l 150.00 2.00 150.00 2.00 1/31/92 V1284 - O 8.50 2.00 1/31/92 Vl129B - O 2.00 2.00 1/31/92 M221 WL321 A - 1 l 2.50 0.20 6.00 0.20 1/13/92 WL385 - l l 0.00 0.00 1/13/92 l WL322B - O 6.00 0.20 1/13/92 i
M235 NM3AC - 1 2.00 0.20 94.00 2.00 2/28/92 l NM6AC -l l 2.00 0.20 2/28/92 NM420 - l l 0.00 0.00 2/28/92 NM78 -O 94.00 2.00 2/28/92 M239 Impulse line 2.00 0.20 2.00 0.20 2/18/92 M239A MISV6870 - 1 2.00 0.20 2.00 0.20 1/22/92 MISV6890 - 0 2.00 0.20 1/22/92 Attachment 2 I
McGuire Unit 2 EOC7 Page 2 of 7 i
Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE I
(SCCM) (SCCM) (SCCM) (SCCM) 4 1 M239B MISV6880 - 1 2.00 0.20 2.00 0.20 1/22/92 l MISV6900 -0 2.00 0.20 1/22/92 i M239C MISV6910 - 1 23.00 2.00 23.00 2.00 1/22/92 MISV6930 -0 2.00 0.20 1/22/92
! M239D MISV6920 - l 20.00 2.00 20.00 2.00 1/22/92 MISV6940 - O 2.00 0.20 1/22/92 I
M240 RV445 - l 24.00 2.00 26.00 2.01 2/29/92 RV33B -1 0.00 0.00 2/29/92 RV32A - O 24.00 2.00 2/29/92 RV316 - O 2.00 0.20 2/29/92 M243 VO1A -1 2.00 0.20 4.00 0.28 2/27/92 ,
VO2B -O 2.00 0.20 2/27/92 VO14 -O 2.00 0.20 2/27/92 M259 NB262 - 1 2.00 0.20 30.00 2.00 1/15/92 NB261 - l 2.00 0.20 1/15/92 NB2608 - O 30.00 2.00 1/15/92 M279 RV76A - 1 3.40 0.20 7.40 0.28 3/7/92 RV446 - 1 0.00 0.00 3/7/92 RV77B - 0 3.40 0.20 3/7/92 RV317 - O 4.00 0.20 3/7/92
, M280 NM72B - l 2.00 0.20 10.00 0.45 1/15/92 NM78B - l 2.00 0.20 1/15/92 NM758 - l 2.00 0.20 1/15/92 NM81B - l 2.00 0.20 1/15/92 NM69 - 1 l 2.00 0.20 1/15/92 NM82A - 0 l 2.00 0.20 1/15/92 M307 RN253A - 1 l 2.00 0.20 4.00 0.28 3/5/92 RN451 - 1 2.00 0.20 3/2/92 RN2528 - O 2.00 0.20 3/5/92 RN886 - O 0.00 0.00 3/5/92 M309 NM22AC - l l 2.00 0.20 4.00 0.28 2/28/92 NM421 - l l 0.00 0.00 2/28/92 NM25AC - 1 2.00 0.20 2/28/92 1NM26B - O l 2.00 0.20 2/28/92 M313 Impulse line 2.00 0.20 2.00 0.20 3/8/92 i
Attachment 2
McGuire Unit 2 EOC7 Page 3 of 7 Local Leak Rate Tests PT/2/A/4200/01J
- TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE 4 (SCCM) (SCCM) (SCCM) (SCCM)
M315 RN276A - l l 2.00 0.20 4.00 0.28 3/5/92 RN452 - l 2.00 0.20 3/5/92 RN2778 - O l 2.00 _ 0.20 3/5/92 RN887 - O l 0.00 0.00 3/5/92 M317 V1124 - l 2.00 0.20 4.00 0.28 1/16/92 Vl378 - 1 2.00 0.20 1/13/92
, V1150B - O 2.00 0.20 1/13/92 J
M320 KC424B - l l 15.00 0.20 18.00 0.20 2/27/92 KC279 -l l 0.00 0.00 2/27/92 KC425A - 0 18.00 0.20 2/27/92 M321 NI95A -l l 5.00 0.20 10.00 0.28 3/5/92 NI436 - l 5.00 0.20 3/6/92 N1968 - O l 5.00 0.20 3/5/92 N11208 - 0 l 0.00 0.00 3/5/92 NI46 - O 2.00 0.20 3/5/92 M322 KC429B - l l 7.00 0.20 23.00 2.00 2/27/92 KC47 - 1 l 0.00 0.00 2/27/92 KC430A - O 23.00 2.00 2/27/92 M323A MISV5581 - l 2.00 0.20 2.00 0.20 3/6/92 MISV5580 - O 2.00 0.20 3/6/92 M323B MISV5583 - 1 2.00 0.20 2.00 0.20 3/6/92 MISV5582 - O 2.00 0.20 3/6/92 M325 VX30 - l 13.50 0.20 13.50 0.20 1/15/92 VX40 - O 13.00 0.20 1/15/92 M326 NC141 - l 20.00 2.00 26.50 2.01 1/22/92 NC261 - 1 0.00 0.00 1/22/92 NC154 - l 6.50 0.20 1/17/92 NC142 - O 6.50 0.20 1/17/92 M327 KC339 - l 2.00 0.20 60.00 2.00 2/27/92 KC340 - I 6.00 0.20 2/27/92 KC338B - O 60.00 2.00 2/27/92 M330 N148 -l 2.00 0.20 4.00 0.28 2/29/92 N1107 - l 2.00 0.20 2/29/92 NI47A - O 2.00 0.20 2/29/92 Attacnment 2
McGuire Unit 2 EOC7 Page 4 of 7 Local Leak Rate Tetts PT/2/A/4200/01J
]
7 TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE
. (SCCM) (SCCM) (SCCM) (SCCM)
M331 VE11 -l 47.90 2.00 47.90 2.00 1/17/92
- VE10A - O 30.00 2.00 1/17/92 VE12 -0 2.00 0.20 1/17/92 M337 YM124 - l 2.00 0.20 12.00 0.20 2/29/92 YM116 - l 2.00 0.20 2/29/92 YM115B - 0 12.00 0.20 2/29/92 M342 NV1002 - 1 2.00 0.20 4.00 0.28 2/28/92 NV1001 - 0 2.00 0.20 2/28/92 NV849AC - O 2.00 0.20 2/28/92 M348 WL1302A - 1 l 2.00 0.20 4.00 0.28 3/3/92 WL1307 - 1 2.00 0.20 3/3/92 WL1312 - 1 0.00 0.00 3/3/92 WL1301B - 0 2.00 0.20 3/3/92 M353 RF833 20.00 2.00 40.00 2.83 2/14/92 RF834 20.00 2.00 2/14/92 RF832A - O 20.00 2.00 2/14/92 M355 KC3328 - 1 25.00 2.00 30.00 2.00 2/27/92 KC280 -1 0.00 0.00 2/27/92 KC333A - O 30.00 2.00 2/27/92 M358 FW11 -l 2.00 0.20 7.00 0.28 1/16/92 FW63 -1 0.00 0.00 1/16/92 FW12 -! 5.00 0.20 1/16/92 FW13 - O 5.00 0.20 1/16/92 M359 Vl161 -l 20.00 2.00 20.00 2.00 1/31/92 Vl160B - 0 2.00 0.20 1/31/92 V1282 - O 2.00 0.20 1/31/92 M360 WL39A - 1 l 24.00 2.00 47.00 2.83 2/28/92 WL41B - 0 l 24.00 2.00 2/28/92 WL389 - O 23.00 2.00 2/28/92 M361 NC196A - 1 13.00 0.20 13.00 0.20 2/29/92 NC259 -l 0.00 0.00 2/29/92 NC195B - O 6.00 0.20 2/29/92 M372 NF233B - l 2.00 0.20 4.00 0.28 2/29/92 NF234A - 0 2.00 0.20 2/29/92 NF1051 - O 2.00 0.20 2/29/92 Attachment 2
McGuire Unit 2 EOC7 Page 5 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
M373 NF229 - l 2.00 0.20 4.00 0.28 2/27/92 NF959 - l 2.00 0.20 2/27/92 NF228A - O 2.00 0.20 2/27/92 NF231 - 0 0.00 0.00 2/27/92 M374 WL64A - l 2.00 0.20 4.00 0.28 3/2/92 WL264 - 1 0.00 0.00 3/2/92 WL390 - O 2.00 0.20 3/2/92 WL65B - O 2.00 0.20 3/2/92 WL802 - O 0.00 0.00 3/2/92 M375 WL2A -l 20.00 2.00 20.00 2.00 1/20/92 WL24 -l 0.00 0.00 1/20/92 WL1B - O 20.00 2.00 1/20/92 WL816 - 0 0.00 0.00 1/20/92 M376 KC322 - 1 5.00 0.20 15.00 0.20 2/27/92 KC321 - 1 2.00 0.20 2/27/92 KC320A - O 15.00 0.20 2/27/92 M377 FW5 -1 2.00 0.20 68.00 2.00 1/15/92 FW30 - l 2.00 0.20 1/15/92 FW4 -O 68.00 2.00 1/15/92 M378 VX31 A - t 2.00 0.20 4.00 0.28 2/28/92 VX33B - l 2.00 0.20 2/28/92 VX34 -0 2.00 0.20 2/28/92 M384 VO6A - 1 l 2.00 0.20 4.00 0.28 2/28/92 VO11 -0 2.00 0.20 2/28/92 VO58 - O l 2.00 0.20 2/28/92 M385 RV808 - l 2.00 0.20 4.00 0.28 3/3/92 RV365 - 1 0.00 0.00 3/3/92 RV79A - O 2.00 0.20 3/3/92 RV139 - O 2.00 0.20 3/3/92 M386 Vl149 - 1 2.00 0.20 4.00 0.28 3/6/92 Vl376 - l 2.00 0.20 3/6/90 Vl362A - O 2.00 0.20 3/6/92 Vl1488 - O 0.00 0.00 3/6/92 M390 RV101 A - l 2.30 0.20 15.80 0.28 3/3/92 RV366 - I 0.00 0.00 3/3/92 RV102B - O 2.30 0.20 3/3/92 RV140 - 0 13.50 0.20 3/3/92 Attachment 2
McGuire Unit 2 EOC7 Pa0e 6 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
C392 IACV5340 - l 2.75 0.20 2.75 0.20 3/8/92 l lACV5080 - O 2.00 0.20 3/8/92 M394 FLANGED 4.00 2.00 4.00 2.00 3/4/92 M402A NSSN5550 - l 2.00 0.20 4.00 0.20 2/28/92 NSSV5551 - O 4.00 0.20 2/28/92 l \
M402 Impulse line 2.00 0.20 2.00 0.20 3/8/92 !
C412 EQ. Hatch 4.00 0.28 4.00 0.28 3/11/92 M354 Fuel Xfer Tube 5.23 0.20 5.23 0.20 3/6/92 M308 BELLOWS 87.00 0.20 87.00 0.20 8/30/89 M338 BELLOWS 20.00 0.20 20.00 0.20 8/30/89 M119 VP15A - I 76.00 2.00 76.00 2.00 3/6/92 VP16B - O 76.00 2.00 3/6/92 M138 VP19A - l 35.00 2.00 35.00 2.00 3/6/92 VP20B - O 35.00 2.00 3/6/92 M213 VP17A - l 17.00 0.20 17.00 0.20 3/6/92 VP188 - 0 17.00 0.20 3/6/92 M357 VP7A - 1 33.00 2.00 33.00 2.00 3/6/92 VP68 - O 33.00 2.00 3/6/92 M367 VP2A -l 18.00 0.20 18.00 0.20 3/6/92 VP1B - 0 18.00 0.20 3/6/92 M368 VP10A - l 10.00 0.20 10.00 0.20 3/6/92 VP11B - O 10.00 0.20 3/6/92 M454 VP4A - l 22.00 2.00 22.00 2.00 3/6/92 VP3B - 0 22.00 2.00 3/6/92 M455 VP12A - l 2.00 0.20 2.00 0.20 3/6/92 VP138 - O 2.00 0.20 3/6/92 M456 VP9A - 1 l 25.00 2.00 25.00 2.00 3/6/92 VP8B - O l 25.00 2.00 3/6/92 i Attachment 2 l
t l McGuiro Unit 2 EOC7 Pags 7 of 7 Local Leak Rate Tests l PT/2/A/4200/01J l TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM) l NON-BYPASS PENETRATIONS:
l MISC VP Test Vents 18.00 0.60 18.00 0.60 3/6/92 l
MISC Electrical Pens. 37.50 0.85 37.50 0.85 1/14/92 MISC Electrical Pens. 0.50 0.00 0.50 0.00 1/29/92 UPAL Airlock 24.00 2.00 26.00 2.01 11/7/91 l Emerg. Air Fing. 2.00 0.20 11/7/91 l Relief Line 8.80 0.20 8.80 0.20 2/2/92 LPAL Airlock 1220.00 20.00 1222.00 20.00 11/15/91 Emerg. Air Fing. 2.00 0.20 11/15/91 Relief Line 2.00 0.20 2.00 0.20 2/2/92 M260 Test Vent 12.00 2.00 12.00 2.00 3/4/92 M313A Instr. line 20.00 2.00 20.00 2.00 2/6/92 M346 VESA 20.00 2.00 27.20 2.00 1/30/92 VE6B 27.20 2.00 1/30/92 M371 Flanged NF 4.00 0.28 4.00 0.28 3/4/92 l
M383 Flanged NF 7.00 0.28 7.00 0.28 3/6/92 j l
E396 Flanged Elec. 2.00 0.20 2.00 0.20 3/9/92 E429 Flanged Elec. 15.20 0.20 15.20 0.20 3/4/92 E461 Flanged Elec. 12.20 0.20 12.20 0.20 3/4/92 Leak +/- Error Maximum TOTAL BYPASS LEAKAGE RATE (SCCM): 1489.48 10.16 1499.64 TOTAL (TYPE 'B' AND 'C') LEAKAGE RATE : 2903.88 22.82 2926.70 Attachment 2
McGuire Unit 2 EOC8 Page 1 of 7 i Local ' eak Rate Tests ;
PT/2/A/4200/01J !
TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INST R. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
M118 Impulse lins 2.00 0.20 2.00 0.20 8/2/93 M118A MIMV6980 - l 2.00 0.20 2.00 0.20 8/20/93 MIMV7010 - O 2.00 0.20 8/20/93 M1188 MIMV6990 - l 2.00 020 10.00 0.20 8/20/93 MIMV7020 - O 10.00 0.20 8/20/93 M118C MIMV7000 - 1 12.00 0.20 12.00 0.20 8/20/93 MIMV7030 - O 2.00 0.20 8/20/93 C152 lACV5350 - l 2.00 0.20 2.65 0.20 8/27/93 iACV5160 - O 2.65 0.20 8/27/93 M212 NC54A - 1 2.00 2.00 2.00 2.00 7/26/93 NC538 - O 2.00 2.00 7/26/93 M215 VB50 - 1 14.00 0.20 14.00 0.20 8/14/93 VB49B - O 2.00 0 20 8/14/93 i VB51 -0 2.00 0.20 8/14/93 M216 NC57 - l 2.00 0.20 20.00 2.00 7/24/93 NC120 - l 2.00 0.20 7/24/93 i NC56B - O 20.00 2.00 7/24/93 l
M219 VS13 -l 2.00 0.20 4.00 0.28 7/25/93 !
VS25 - l 2.00 0.20 7/25/93 !
VS12B - O 2.00 0.20 7/25/93 M220 Vl40 - l 82.00 2.00 82.00 2.00 7/6/93 V1284 - 0 2.00 2.00 7/6/93 Vl129B - O 2.00 2.00 7/6/93 M221 WL321 A - 1 l 2.00 0.20 12.30 0.20 7/29/93 WL385 - l l 0.00 0.00 7/29/93 WL322B - O 12.30 0.20 7/29/93 I
M235 NM3AC - 1 2.00 0.20 4.20 2.00 8/19/93 '
NM6AC -l l 2.00 0.20 8/19/93 NM420 - 1 l 0.00 0.00 8/19/93 NM7B -O 4.20 2.00 8/19/93 M239 Impulse line 2.00 0.20 2.00 0.20 8/15/93 M239A MISV6f' /0 1 2.00 0.20 3.40 0.20 8/15/93 MISVC J~ -O 3.40 0.20 8/15/93 At1achment 3 i
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McGuire Unit 2 EOC8 Paga 2 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
M239B MISV6880 - l 2.00 0.20 2.00 0.20 8/21/93 MISV6900 - O 2.00 0.20 8/21/93 M239C MISV6910 - l 21.50 2.00 21.50 2.00 8/21/93 MISV6930 - 0 2.00 0.20 8/21/93 M239D MISV6920 - 1 24.70 2.00 24.70 2.00 8/21/93 MISV6940 - 0 13.40 0.20 8/21/93 M240 RV445 - I 565 00 20.00 567.00 20.00 7/23/93 RV33B - 1 0.00 0.00 7/23/93 RV32A - O 565.00 20.00 7/23/93 RV316 - O 2.00 0.20 7/23/93 M243 VO1A -l 20.00 2.00 40.00 2.83 7/29/93 VO2B -O 20.00 2.00 7/29/93 VO14 -O 20.00 2.00 7/29/93 M259 NB262 - 1 2.00 0.20 33.00 2.01 7/24/93 NB261 - l 31.00 2.00 7/24/93 NB260B - O 2.00 0.20 7/24/93 M279 RV76A -1 1200.00 20.00 1204.00 20.00 7/24/93 RV446 - 1 0.00 0.00 7/24/93 RV77B - O 1200.00 20.00 7/24/93 RV317 - O 4.00 0.20 7/23/93 l M280 NM72B - l 2.00 0.20 19.00 0.45 7/25/93 )
NM788 -l 2.00 0.20 7/25/93 NM758 - l 2.00 0.20 7/25/93 NM81B - 1 5.00 0.20 7/25/93 NM69 -l 8,00 0.20 7/25/93 NM82A - O 8.00 0.20 7/25/93 M307 RN253A - 1 l 13.40 0.20 15.40 0.28 8/19/93 RN451 - 1 2.00 0.20 8/19/93 RN2528 - O 13.40 0.20 8/19/93 RN886 - 0 0.00 0.00 8/19/93 M309 NM22AC - l l 46.00 2.00 48.00 2.01 8/19/93 l NM421 - 1 l 0.00 0.00 8/19/93 l NM25AC - l 2.00 0.20 8/19/93 l 1NM26B - O ll 2.00 0.20 8/19/93 M313 Impulse lino 2.00 0.20 2.00 0.20 8/15/93 Attachment 3
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1 McGuire Unit 2 EOC8 Page 3 of 7 ,
Local Leak Rate Tests l PT/2/A/4200/01J l TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST l NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
M315 RN276A - l l 5.00 0.20 7.00 0.28 7/24/93 RN452 - l 2.00 0.20 7/24/93 RN277B - O l 5.00 0.20 7/24/93 l RN887 - O l 0.00 0.00 7/24/93 l M317 Vl124 - l 2.00 0.20 4.00 0.28 7/10/93 Vl378 - l 2.00 0.20 7/10/93 Vl1508 - O 2.00 0.20 7/10/93 M320 KC424B - l 9.37 0.20 9.37 0.20 8/1/93 KC279 -1 0.00 0.00 8/1/93 KC425A - 0 2.00 0.20 8/1/93 M321 NI95A -l l 21.00 2.00 23.00 2.01 8/16/93 N1436 - l 2.00 0.20 8/16/93 l N1968 - O 21.00 2.00 8/16/93 N1120B - O 0.00 0.00 8/16/93 NI46 -O 2.00 0.20 8/16/93 M322 KC429B - 1 2.00 0.20 2.00 0.20 7/24/93 KC47 - 1 0.00 0.00 7/24/93 l KC430A - O 2.00 0.20 7/24/93 M323A MISV5581 - 1 2.00 0.20 2.00 0.20 8/21/93 MISV5580 - O 2.00 0.20 8/21/93 M323B MISV5583 - 1 2.00 0.20 2.00 0.20 8/21/93 MISV5582 - O 2.00 0.20 8/21/93 M325 VX30 - 1 22.10 2.00 22.10 2.00 7/22/93 VX40 - 0 2.00 0.20 7/22/93 M326 NC141 - 1 3.92 0.20 11.92 0.28 8/13/93 NC261 - 1 0.00 0.00 8/13/93 NC154 - l 8.00 0.20 7/21/93 NC142 - O 8.00 0.20 7/21/93 M327 KC339 -1 2.00 0.20 33.00 2.01 7/24/93 KC340 -l 31.00 2.00 7/24/93 KC3388 - O 22.00 2.00 7/24/93 M330 N148 -l 2.00 0.20 6.10 0.20 8/19/93 N1107 - l 2.00 0.20 8/19/93 N147A - O 6.10 0.20 B/19/93 Attachment 3
1 McGuire Unit 2 EOC8 Page 4 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
M331 VE11 -1 59.00 2.00 80.40 2.01 7/22/93 VE10A - O 78.40 2.00 7/22/93 VE12 -O 2.00 0.20 7/22/93 M337 YM124 - l 2.00 0.20 5.00 0.20 7/10/93 YM116 - l 2.00 0.20 7/10/93 YM1158 - O 5.00 0.20 7/10/93 M342 NV1002 - l 2.00 0.20 4.00 0.28 8/6/93 NV1001 - 0 2.00 0.20 8/6/93 NV849AC - 0 2.00 0.20 8/6/93 M348 WL1302A - l l 2.00 0.20 4.00 0.28 8/2/93 WL1307 - l 2.00 0.20 8/2/93 WL1312 - l 0.00 0.00 8/2/93 WL13018 - 0 2.00 0.20 8/2/93 M353 RF833 2.00 0.20 17.00 2.01 8/4/93 RF834 15.00 2.00 8/4/93 RF832A .- O 8.00 0.20 8/4/93 M355 KC332B - l l 4.00 0.20 4.00 0.20 7/31/93 KC280 -l l 0.00 0.00 7/31/93 KC333A - 0 2.00 0.20 7/31/93 M358 FW11 -1 2.00 0.20 4.00 0.28 7/9/93 FW63 -1 0.00 0.00 7/9/93 FW12 -l 2.00 0.20 7/9/93 FW13 - O 2.00 0.20 7/9/93 M359 Vl161 - l 44.00 2.00 44.00 2.00 7/10/93 V1160B - O 2.00 0.20 7/10/93 V1282 - 0 2.00 0.20 7/10/93 M360 WL39A - l l 2.00 0.20 4.00 0.28 7/20/93 WL41B - O l 2.00 0.20 7/20/93 WL389 - O 2.00 0.20 7/20/93 M361 NC196A - 1 2.00 0.20 2.00 0.20 8/2/93 NC259 - 1 0.00 0.00 8/2/93 NC1958 - O 2.00 0.20 8/2/93 M372 NF233B - l 2.00 0.20 4.00 0.28 8/3/93 NF234A - O 2.00 0.20 8/3/93 NF1051 - O 2.00 0.20 8/3/93 Attachment 3
McGuire Unit 2 EOC8 Page 5 of 7 Local Leak Rata Tests i PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
M373 NF229 - 1 2.00 0.20 4.00 0.28 8/3/93 NF959 - l 2.00 0.20 8/3/93 NF228A - O 2.00 0.20 8/3/93 NF231 - O 0.00 0.00 8/3/03 M374 WL64A - 1 l 4.60 0.20 16.90 0.28 8/21/93 WL264 - l l 0.00 0.00 8/21/93 WL390 - O 12.30 0.20 8/21/93 WL65B - O 4.60 0.20 8/21/93 WL802 - O 0.00 0.00 8/21/93 M375 WL2A - l 2.00 0.20 2.00 0.20 8/3/93 WL24 -1 0.00 0.00 8/3/93 WL1B - O 2.00 0.20 8/3/93 WL816 - 0 0.00 0.00 8/3/93 M376 KC322 - l 2.00 0.20 4.00 0.28 7/22/93 KC321 - l 2.00 0.20 7/23/93 KC320A - O 2.00 0.20 7/23/93 M377 FW5 - l 2.00 0.20 4.00 0.28 7/9/93 FW30 - l 2.00 0.20 7/9/93 FW4 -0 2.00 0.20 7/9/93 M378 VX31 A - l 2.00 0.20 4.00 0.28 7/26/93 VX33B - l 2.00 0.20 7/26/93 VX34 -O 2.00 0.20 7/26/93 M384 VO6A - l l 22.50 2.00 24.50 2.01 7/26/93 VO11 -O 2.00 0.20 7/26/93 VO5B - O l 22.50 2.00 7/26/93 M385 RV808 - 1 27.00 2.00 29.00 2.01 7/25/93 RV365 - 1 0.00 0.00 7/25/93 RV79A - O 27.00 2.00 7/25/93 RV139 - 0 2.00 0.20 7/25/93 M386 Vl149 - l 38.00 2.00 40.00 2.01 8/17/93 Vl376 - l 2.00 0.20 8/17/93 Vl362A - O 2.00 0.20 8/17/93 Vl148B - O 0.00 0.00 8/17/93 M390 RV101 A - l 2.00 0.20 4.00 0.28 7/25/93 RV366 - 1 0.00 0.00 7/25/93 l RV1028 - O 2.00 0.20 7/25/93 RV140 - O 2.00 0.20 7/25/93 Attachment 3
t$
McGuire Unit 2 EOC8 Pag 3 6 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE (SCCM) (SCCM) (SCCM) (SCCM)
C392 IACV5340 - l 25.00 2.00 25.00 2.00 8/27/93 IACV5080 - O 2.00 0.20 8/27/93 I
M394 FLANGED 47.20 2.83 47.20 2.83 8/25/93 '
M402A NSSN5550 - 1 2.00 0.20 2.00 0.20 8/21/93 NSSV5551 - O 2.00 0.20 8/21/93 M402 Impulse line 2.00 0.20 2.00 0.20 8/21/93 C412 EQ. Hatch 19.00 0.28 19.00 0.28 8/27/93 M354 Fuel Xfer Tube 5.80 0.20 5.80 0.20 8/20/93 M154 BELLOWS 6.30 0.20 6.30 0.20 8/26/93 M217 BELLOWS 4.50 0.20 4.50 0.20 8/26/93 M119 VP15A - 1 115.00 2.00 115.00 2.00 8/20/93 VP168 - 0 115.00 2.00 8/20/93 M138 VP19A - 1 30.00 2.00 30.00 2.00 8/20/93 VP20B - O 30.00 2.00 8/20/93 M213 VP17A - l 35.00 2.00 35.00 2.00 8/20/93 VP188 - O 35.00 2.00 8/20/93 M357 VP7A -1 20.00 2.00 20.00 2.00 8/21/93 VP6B -O 20.00 2.00 8/21/93 M367 VP2A -1 28.80 2.00 28.80 2.00 8/21/93 VP1B -0 28.80 2.00 8/21/93 M368 VP10A - l 27.20 2.00 27.20 2.00 8/21/93 VP11B - O 27.20 2.00 8/21/93 M454 VP4A - 1 24.70 2.00 24.70 2.00 8/21/93 VP3B -O 24.70 2.00 8/21/93 1
M455 VP12A - I- 57.00 2.00 57.00 2.00 8/21/93 I VP13B - O 57.00 2.00 8/21/93 l
M456 VP9A - 1 27.40 2.00 27.40 2.00 8/21/93 VP88 -O l 27.40 2.00 Attachment 3'
q McGuire Unit 2 EOC8 Pags 7 of 7 Local Leak Rate Tests PT/2/A/4200/01J TOTAL TOTAL I PENETRATION VALVE MEAS. INSTR. PENETRATION INSTR. TEST l NUMBER LEAKAGE ERROR LEAKAGE ERROR DATE I (SCCM) (SCCM) (SCCM) (SCCM) I NON-BYPASS PENETRATIONS:
l MISC VP Test Vents 108.00 4.49 108.00 4.49 8/21/93 I
MISC Electrical Pens. 36.00 0.85 36.00 0.85 7/14/93 MISC Electrical Pens. 0.49 0.00 0.49 0.00 9/1/93 UPAL Airlock 1034.00 20.00 1036.00 20.00 3/23/93 Emerg. Air Fing. 2.00 0.20 3/23/93 !
Relief Line 20.50 2.00 20.50 2.00 8/27/93 LPAL Airlock 683.00 20.00 685.00 20.00 3/16/93 Emerg. Air Fing. 2.00 0.20 3/16/93 Relief Line 2.80 2.00 2.80 2.00 8/26/93 M260 SPARE 122.00 2.01 122.00 2.01 8/20/93 M313A Instr. line 2.00 0.20 2.00 0.20 8/15/93 M346 VESA 6.52 0.20 98.20 2.00 8/1/93 VE6B 98.20 2.00 8/1/93 !
M371 Flanged NF 40.00 2.83 40.00 2.83 8/25/93 M383 Flanged NF 40.00 2.83 40.00 2.83 8/26/93 E396 Flanged Elec. 4.00 0.28 4.00 0.28 8/21/93 E429 Flanged Elec. 4.00 0.28 4.00 0.28 8/20/93 E461 Flanged Elec. 16.16 0.28 16.16 0.28 8/20/93 i l
I Leak +/- Error Maximum TOTAL BYPASS LEAKAGE RATE (SCCM): 3053.34 30.45 3083.79 TOTAL (TYPE 'B' AND 'C') LEAKAGE RATE : 5268.49 42.19 5310.68 l
Attachment 3 l
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