ML20137B325
| ML20137B325 | |
| Person / Time | |
|---|---|
| Site: | Cooper  |
| Issue date: | 08/13/1985 |
| From: | Pilant J NEBRASKA PUBLIC POWER DISTRICT |
| To: | Vassallo D Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 8511260243 | |
| Download: ML20137B325 (136) | |
Text
.-
COOPER NUCLEAR STATION
SUMMARY
TECHNICAL REPORT ON PRIMARY CONTAINMENT INTEGRATED LEAK RATE TEST PERFORMED AUGUST 12-13,1985 2
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N NEBRASKA PUBLIC POWER DISTRICT 8Al26g2ga eggegg,
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i GENERAL OFFICE i
P.O. BOX 499. COLUMBUS. NEBRASKA 68601-0499
,4ebraska Pub lIC power O*Stu. t 1
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TELEPHONE (402) 564-8561 November 13, 1985 Director, Nuclear Reactor Regulation Attention: Domenic B. Vassallo, Chief Operating Reactor Branch No. 2 U.S. Nuclear Regulatory Commission Washington, DC 20555
Subject:
Reactor Containment Building Integrated Leak Rate Test Cooper Nuclear Station Docket No. 50-298, DPR-46
Dear Mr. Vassallo:
Pursuant to Appendix J of 10CFR Part 50, the results of the " Reactor Containment Building Integrated Leak Rate Test" conducted August 12-13, 1985, are submitted herewith.
Should you have any questions or require additional information, please contact me.
Sincerely, A. V A Jiy M.
lant Manager, Technical Staff l
Nuclear Power Group l
LRB/rg Enclosure 0r
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G COOPER NUCLEAR STATION
.SU) MARY TECHNICAL REPORT ON PRIMARY CONTAINMENT INTEGRATED LEAK RATE TEST PERFORMED
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AUGUST 12-13, 1985
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TABLE OF CONTENTS
SUMMARY
TECHNICAL REPORT ANSI /ANS 56.8 - 1981 Data Table................................... 1 Analysis and Interpretation....................................... 1 Summary of Local Leak Rate Test Failures.........................
2-Te s t B a c ku p D a ta.................................................
3 ATTACHMENTS A.
Test Performance and Results Summary
- B.
Analysis of Instrument Error and Vapor Pressure Correction C.
Results and Data Plots D.
Calculator Data Set Printouts and Results Summaries t -
u.
COOPER NUCLEAR STATION
SUMMARY
TECHNICAL REPORT ON PRIMARY CONTAINMENT INTEGRATED LEAK RATE TEST The following information is submitted in accordance with the format suggested in ANSI /ANS 56.8 - 1981, " Containment System Leakage Testing Requirements".
General Data A.
Owner: Nebraska Public Power District B.
Docket No.:
50-298 C.
Location: Brownville, Nebraska D.
Containment
Description:
BWR, Mark I E.
Date Test Completed: August 13, 1985 Technical Data A.
Containment Free Volume (f t ):
242,530 B.
Design Pressure (psig): 56.0 (70.7 psia)
C.
Design Temperature (*F): 281 D.
Calculated Accident Peak Pressure, Pac (psig): 46.2 E.
Calculated Accident Peak Temperature (*F):
293 Test Data A.
Test Method: Absolute B.
Data Analysis Technique: Mass Point C.
Test Pressures (psia): Start 71.700 End 71.499 D.
Maximum Allowable Leak Rate (La), (wt/%/24 hours): 0.476 E.
Calculated Leakage Rate at Upper Confidence Limit (ULC): 0.4105 F.
Measured Leak Rate (wt/%/24 hours): Absolute.3460 Verification Tests A.
Calibrated Leak Superimposed (wt/%/24 hours): Absolute.7051 Analysis and Interpretation A primary containment integrated leak rate test was performed at Cooper Nuclear Station on August 12-13, 1985, in accordance with CNS Technical Specifications Section 4.7. A.2 and Station Surveillance Procedure 6.3.1.3.
Containment temperatures, dew points and absolute pressure were provided by CNS personnel, utilizing the plant process computer and a precision pressure gauge. These values were input into the General Electric IPCLRT calculator program by four General Electric engineering consultants for calculating leakage rates and performing statistical analyses. The absolute method was employed in the analysis. The calculated leakage rate at the 95% upper confidence limit was 0.4105 wt/%/24 hours. This is within the maximum allow-able limit of 0.476.
The measured leak rate was.3460 wt/%/24 hours. --
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,i Summary of Local Leak Rate Test Failures Forty-eight, type B penetrations and sixty-one type C penetrations were local leak rate tested during.t.he 1984-85 outage. The following penetrations required repairs to bking the leakage rate to within established limits'.
X-2 Drywell Airlock Initial leakage was found to be 11.51 cfh. The recommended allowable ifmit is t4 6.3 scfh.fNew gaskets were installed on each door and the airlock was ratested, resulting in'a reduction in leakage to 3.51 cfh.
X-6 CRD Removal Hatch,'
Initial leakage rate was 0.49 cfh, which was over the limit of 0.1 scfh.
Af ter replacing the o-ring seals, the leakage was reduced to ::ero.
M X-8'Ma'in~ Steam Line Drain Initial leakage was 228.57 cfh. MS-M074 and MS-M077 were both replaced.
Subsequent test results showed zero leakage.
o X-9A RCIC/RWCU Connection to Feedwater t
Initial leakage was 219.74 cfh. The seat and disc were lapped and the disc 4
shimmed to improve alignment on RCIC-A022. an Atwood and Morrill testable check valve. The soft seat was replaced on RF-14CV, a 24" Anchor tilting disc check valve. RCIC-M017, a 1" Conval globe valve, and RWCU-15CV, a 3" Anchor swing check valve, were both replaced. Leakage was reduced to.4.83 cfh.
X-10 RCIC Steam Supply An initial leakage rate of 6.17 cfh exceeded the limit of 2.0 scfh.. The seat
,~
and disc were lapped on RCIC-M015. RCIC-M016 was replaced. Leakage was reduced to zero. Both valves are 3" Anchor gates.
X-26 Drywell Purge and Vent Exhaust The established limit was exceeded when initial leakage was determined to be 100.27'cfh. The seat rings were replaced in PC-231MV and PC-245AV, both 24" Allis-Chalmers butterfly valves. The retest indicated 5.93 cfh leakage.
X-39B Drywell Dilution Supply System B Leakage was 2.48 cfh initially. ACAD-1311MV, a 1" Anchor gate valve, was disassembled and the gate was lapped. Leakage was reduced to 0.26 cfh.
X-210B RHR Loop B Minimum Flow Initial leakage' rate was 55.40 cfh. The gate was lapped and the seats cleaned on RHR-M016B, a 4" Anchor gate valve. The retest showed lenkage of 0.43 efh.
X-214 HPCI Turbine Exhaust Initial leakage was 8.67 cfh. HPCI-15CV was disassembled, the seats were lapped and the disc machined. The stellite seating surface was refurbished on HPCI-44. The results of the retest were 1.44 efh. HPCI-15CV is a 20" Anchor swing check and HPCI-44 is a 20" Anchor stop check.
X-21 -4 Suppression Chamber Purge and Vent Exhaust Seat rings were replaced on PC-230MV and PC-245AV, 24" Allis-Chalmer butterfly valves, and initial leakage of 35.91 cfh was reduced to 2.28 cfh.
X-223B Core Spray _ Pump B Minimum Flow Initial leakage was 3.53 cfh. New seats were installed and the gate was lapped on CS-MOSB, reducing the leakage rate to 0.07 cfh. CS-M05B is a 3" Anchor gate.
Test Backup Data The following test backup data is retained at the station:
1.
Containment Penetration Listing 2.
System Status (at time of test) 3.
Event Log 4.
Instrument Validation Data 5.
Test Procedure 6.
Local Leak Rate Test Data 7.
Integrated Leak Rate Data (manual data) 8.
Quality Assurance Checklist 9.
System P & ids b
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. Att: chm:nt A Test Performance and Results Sumary 9
.. ----3
Attachacnt A w
~
TEST PERFORMANCE AND RESULTS
SUMMARY
' Test Requirements: Specifications used to quantify test acceptance criteria
~and test performance methods were derived from ANSI /ANS 56.8-1981, ANSI /ANS 45.4-1972, and Cooper Nuclear Station durveillance Procedure 6.3.1.3, primary containment integrated leakage test.
Temperature Stabilization: Containment temperature was monitored for 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> in accordance with the requirements of the Cooper Station IPCLRT Procedure.
Temperature stability met the Cooper Procedure requirement of <1*F change per hour and also the more stringent ANSI 56.8-1981 criteria which requires less than a 0.5'F temperature deviation between the last hour as compared to the average temperature change over the preceding four hours. The rate of temper-
' ature change for the -4 hour period was approximately 0.15"F per hour and the final hour change was 0.28'F per hour. See Figures C1, C2 and C3 in Attach-ment C for the stabilization plots.
Leak Rate: The main leak rate test was started following temperature stability verification. Initial absolute pressure was 71.700 psia.
Calculation of projected leak rate began with results from Data Set #4.
Figures A1, A2, A3, A4 and AS summaries of the test data and results including projected leak rate, temperature, pressure, dowpoint and total containment mass change versus time.
The absolute method projected UCL leak rate came with1n the limit on the 10th data set (3 ' hours into test).
The absolute method projected leak rate was calculated to be less than the leak rate'11mit (0.75 La) of 0.476 wt %/24 hrs. throughout the main test (Figure A1).
Weighted average temperature and vapor pressure for the test are plotted versus time in Figures A2 and A4.
Absolute pressure during the main leak rate test decreased from an initial value of 71.700 psia to a final value of 71.499 psia.,The rate of decrease was practically constant as shown in Figure A3.
Figure A5 is a plot of containment atmosphere mass change versus time for the main leak rate test.
Superimposed Leak Rate Test: A superimposed leak rate test was conducted immediately following the IPCLRT in accordance with ANSI /ANS 56.8-1981 and ANSI /ANS 45.4-1972. The leak rate was imposed at 5 CFM corresponding to a weight percent leak rate of 0.495 we %/24 hours. The equation used'to calcu-late superimposed leak rate limits was stipulated in the Cooper Procedure.
L3+Lgg + 0.25 LA Upper Limit
=
- 0.25 L Lower Limit Lg+L M A
=
Where:
superimposed leak rate (wt. %/24 hr.)
L
=
g A-1
Attachm;nt A L
projected leak rate for reference vessel or absolute method
=
g (wt. %/24 hr.)
g allowable leak rate limit (0.635 we %/24 hr).
L
=
A L
Based on measured value of 0.3460 we. %/24 hours for the main test absolute projected leak rate (L
), the following lower and upper superimposed leak ratelimitwascalculaNd:
[
Absolute Limit (wt %/24 hr)
Lower 0.6820 Upper 0.9994 The controlled leak rate was measured with a rotometer calibrated for standard conditions (e.g., 68'F, 29.92 inches Hg). To adjust the flowmeter for actual conditions (84*F and 29.10 inches Hg) the following equation was used:
T P
ACFM SCFM
=
(
Where:
T actual temperature
=
T standard temperature
=
g P
actual pressure
=
P standard pressure
=
g f
The actual flow rate was 5.00 CFM.
Results of the superimposed test were within the limits after 26 data points with projected 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> leak rate of 0.7051 we. ~ per 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />. Figures C4, C5, C6, C7 (Attachment C) are plots of the Superimposed Leak Rate results.
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Attcchment B l
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Attachmsnt B B1: Instrument Selection Guide Instrumentation used to measure test conditions included 20 RTDs, 6 dewcells and one absolute pressure sensor. The RTDs and dewcells were located at various positions in the drywell and torus. Each position had an assigned weight fraction based on the fraction of the total primary containment volume represented by that sensor. Weight fractions used were those from the Cooper Procedure 6.3.1.3 and are listed in Table Bl.
The prescure sensor was connected to taps located outside the pressure boundary on the second floor of the reactor building. The pressure sensor was attached to a direct readout, high accuracy gage with full scale of 0-100 psia.
An analysis of sensor measurement error is outlined in ANSI 56.8-1981. The analysis involves application of a root-sum square equation using instrument sensitivity and repeatability as inputs. The equation is:
4 2
2 2-1/2 2400
[*P h
[*T
[*Pv ISG = 1 21 l
+ 2l
+ 21
_\\P) kT
\\P t
i Where:
ISG instrumentation selection guide
=
minimum expected test duration-(hours) t
=
total containment pressure (psia)
P
=
containment partial pressure of water (psia)
P
=
y containment average absolute temperature (*R)
T
=
error associated with differential measurement of a given e
=
parameter Application of this equation results in an estimare of minimum test time as a function of instrumentation selected for measurement purposes. ANSI 56.8-1981 stipulates that the ISG shall not exceed 0.25 La.
For the 1983 Cooper IPCLRT, La was 0.635 we. %/24 hours resulting in a calculated maximum allowable ISG of 0.1587 we. %/24 hours.
Values used for sensor sensitivity and repeatability were:
Variable Sensitivity Repeatability P (psi) 0.001 0.001 P, (in H 0) 1.2144 0.6072 2
T (*F) 0.5 0.25 B-1 l
r Attachment B The calculated minimum test times corresponding to a maximum ISG value of 0.1587 we. %/24 hours was 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> for the absolute method (see attached calculator ISG Data Sheet page B-4) 9
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B-2
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f SENSOR WEIGHTING SENSOR TYPE NUMBER FACTOR ELEVATION AZIMUTH Dewcell DC1 ME-7,
.150 910' 0*
Dewcell DC2 ME-5
.150 905' P40' Dewcell DC3 ME-8
.100 938'
.0*
Dewcell DC4 ME-6
.150 910' 170*
'Dewcell DC5 ME-10
.225 Torus 180*
Dewcell DC6 ME-9
.225 Torus 0*
RTD T1 501-B
.027 915' 90*
RTD T2 501-C
.027 915' 300*
RTD T3 501-0
.077 915' 180*
.RTD T4 500-A
.027 903' 135*
i RTD T5 500-B
.027 903' 90*
[
.RTD T6 500-C
.027 903' 300*
RTD T7 500-0
.027 903' 180*
RTD T8 502-A
.07E 901' 60*
RTD T9 507-8
.075 901' 240' l
RTD T10 505-A
.030 959' 0*
t l
RTD Til 505-C
.030
-959' 225' t
RTD T12 505-E
.030 959' 135*
RTD T13 510-A
.025 976' D*
RTD T14 510-8
.025 976' 300*
i RTD T15 510-C
.025 976' 210' RTD T16 510-0
.025 976' 135*
RTD T17 TE-1
.118 Torus 0*
RTD T18 TE-7
.118 Torus 90*
RTD T19 TE-3
.118 Torus 180*
RTD T20 TE-4
.118 Torus 270* '
Table at: Cooper Station IPCLRT Dewcell and RTD Location and Weighting Factor Data I
l B3 I
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i Cooper-IPCLRT Instrument Selection Guide
' Absolute Method j
ISG Maximum Value = 0.1587 WT%/24 hrs
' No. of Temperature Sensors 20
=
.No. of Dewpoint Sensors 6
=
'l
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Expected Test Temperature 91.00- DEGF
=
l Expected Test Pressure 73.00 PSIA
=
Expected. Test Dewpoint 2024.00 Ifl.H2O
=
Tirelhrs)
2 0.605.
3 0.403 4
0.302 5
0.242 6*
0.202 7
0.173 8
0.151 9
0.134 10 0.121 11 0.110 12-0.101 13 0.003 14 0.086 15 0.081 16 0.076 17 0.071 18 0.067 19 0.064 20
-0.060 21 0.058 22 0.055 23 0.053
. 1 24~
0.050 l
ISG Calculator Data Sheet (Absolute)
I -
B-4 L
A2: Correctino Vacor Pressure for Effects of Hich System Pressure, The Gibbs equation was used to adjust the water vapor pressure value from atmospheric to system test pressure. The equation (in ideal form) is:
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P
- Y d,
L (P - Po) in P
RT yg P
=
y vapor pressure at system pressure P P
initial vapor pressure (atmospheric)
=
yg V
t molar volume of liquid water
=
P system pressure
=
P atmospheric pressure
=
o T
system temperature (*R)
=
This analysis assumes isothermal system behavior.
The General Electric calculator program perforns this adjustment calcu-lation:
For purposes of verification, the adjustrent can be calculated by hanc as in the.fcilowing example:
T 90*F (549.72*R)
=
P 0.567 psia
=
yn P
72.7 psia
=
P, 14.696 psia
=
V 18 lb/ cole 0.29 ft2
=
=
t 62.13 lb/ft B-5
P in J
0.79 ft3 (72.7 - 14.7) osia 144 in2/ft:
=
P 53.3 ft - lb (549.72'R) yg
'R 0.083
=
0.083 P
P e
= 0.567 (1.086) = 0.616 psia
=
y yg l
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Att chment D i
Calculator Data Set Printouts and Results Summaries I
'I COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD
~ "
DATA SET NUMBER 1
DATE:12-Aug-85 1220 LAST INTERVAL, HOURS 0.0000 HOURS FROM T=0 0.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
80.4300
( 0.0000 )
0.0070 77.6740
( O.0000 )
0.1500 2
81.8800
( 0.0000 )
0.0270 78.0590
( O.0000 )
0.1500 3'
81.8800
( 0.0000 )
0.0070 76.5120
( 0.0000 )
0.1500 4
75.4400
('O.0000 )
0.0070 77.6740
( O.0000 )
0.1000 5-82.9700
( 0.~0000 )
0.0270 GO.9530
( 0.0000 )
0.0050 6
84.0600
( 0.0000 )
0.0270 80.9500
( 0.0000 )
0.2250 7
82.9700
( O.0000 )
0.0270 8
81.8800
( 0.0000 )
0.0750 9
77.9000
( 0.0000 )
0.0750 10 83.5200
( 0.0000 )
0.0000 11 83.5000
( 0.'0000 )
0.0000 f
82 83.5000
( 0.0000 )
0.0000 1
10 81.8800
( 0.0000 )
0.0250 14 82.9700
( O.0000 )
0.0050 15 81.0000- ( 0.0000 )
0.0250 16 81.5100
( 0.0000 )
0.0050 17 86.0100
( 0.0000 )
0.1180 18 86.2100
( 0.0000 )
0.1180 19 87.7000
( 0.0000 )
0.1180 20 86.0100
( 0.'0000 )
0.1180 DRYWELL PRESSURE 71.7000
( 0.0000 )
PSIA AVG. CONT. TEMP =
80.9070
( 0.0000 )
DEG.F AVG. DEWPOINT PRESS =
0.5407
( 0.0000 )
PSIA l
1 I
j CONTAINMENT TOTAL MASS (DRY AIR). =
85695.8797 POUNDS NO LEAKAGE RATE VALUE CALCULATED FOR DATA SET #
1 1
l i
I I
e D-I
~
COOPER 1 FRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 2
DATE:12-Aug-85 1240 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 0.3333 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4300
( 0.0000 1 0.0270 77.6740
( 0.0000 )
0.1500 2
81.8800
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 3
81.8800
( 0.0000 )
0.0270 76.5120
( 0.0000 )
0.1500 4
76.4400
( 0.0000 )
0.0070 77.6740
( 0.0000 >
0.1000 5
80.9700
( 0.0000 )
0.0270 80.9500
( O.0000 )
0.0250 6
84.0600
( 0.0000 )
0.0270 81.3450
( 0.3920 )
0.2250 7
83.5000
( 0.5500 )
0.0270 8
80.4300
( 0.5500 )
0.0750 9
78.0600
( 0.3400 )
0.0750 10 80.5000
( 0.0000 )
0.0300 11 83.5000
( 0.0000 )
0.0300 12 83.5000
( 0.0000 )
0.0300 l
13 81.8800
( 0.0000 )
0.0250
~
14 82.9700
( 0.0000 )
0.0050 15 81.8800
( 0.0000 )
0.0250 16 81.5100
( O.0000 )
0.0250 17 86.0100
( 0.0000 )
0.1180 18 86.0100
( O.0000 )
0.1180 19 86.1400
(-1.5800 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.6960
(-0.0040 )
PSIA AVG. CONT. TEMP =
83.8023
(-0.1047 )
DEG.F AVG. DEWPOINT PRESS =
0.5424
( 0.0017 )
PSIA INTERVAL 1
LEAK RATE =
-0.8105 WT%/04 HRS TOTAL TIME LEAK RATE =
-0.8105 WT%/04 HRS MASS PLOT CONTAINMENT LEAKAGE RAT
E ANALYSIS CONTAINMENT TOTAL :.aS(DRY AIR) 85705.5490
=
FROJECTED LEAK RATE NOT CALCULATED FOUNDS
(<4 DATA SETS)
MAXIMUM ALLOWAELE LEAMRATE (0.75*LA)
=
0.4760 WT%/24 HRS 5
D-2
i 6
COOFER1
~
PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 3
DATE:12-Aug-85 1300 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 0.6666 I
l SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR
}
i 1
82.4300
( 0.0000 )
0.0270 78.0590
( 0.3850 )
0.1500 l
2 81.8800
( 0.0000 )
0.0070 78.0590
( 0.0000 )
0.1500 3
81.8800
( 0.0000 )
0.0270 76.8790
( 0.3670 )
0.1500 4
76.4400
( 0.0000 )
0.0270 76.9740
(-0.7000 )
0.1000 5
82.9700
( 0.0000 )
0.0270 81.3450
( 0.3920 )
0.0250 6
84.0600
( 0.0000 )
O.0270 81.3450
( 0.0000 )
O.2250 7 '
03.5000
( 0.0000 )
0.0270 -
t 8
81.8800 '(-0.5500 )
0.0750 9
78.0600
( 0.0000 )
0.0750 10 83.5000
('O.0000 )
0.0000 11 83.5200
( 0.0000 )
0.0300 10 83.5000
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 82.9700
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.5400
( 0.0300 )
O.0250 17 86.0100
( 0.0000 )
0.1180 I
18 86.2100
( 0.0000 )
O.1180 19 86.7200
( 0.5800 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.6930
(-0.0030 )
PSIA AVG. CONT. TEMP =
.83.8002
( 0.0079 )
DEG.F AVG. DEWFOINT PRESS =
0.5447
( 0.0023 )
PSIA INTERVAL 2
LEAK RATE =
0.9059 WT7./24 HRS TOTAL TIME LEAK RATE =
0.0468 WT7./24 HRS MASS PLOT CONTAINMEf 4T LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
=
85694.7664 POUNDS PROJECTED LEAK RATE NOT CALCULATED
(< 4 DATA SETS)
MAXIMUM ALLOWABLE LEAKRATE (0.75*LA) =
0.4760 WT7./24 HRS D-3
o e
\\
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHC7
-DATA SET NUMBER 4
DATE:12-Aug-85 1320 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 0.9999 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
- 82.4300
( 0.0000 )
0.0270 77.6740
(-0.3850 )
0.1500 2
81.8000
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 3
81.8800
( 0.0000 )
0.0270 76.8790
( 0.0000 )
0.1500 4
76.9800
( 0.5400 )
0.0270' 76.9740
( 0.0000 )
0.1000
'5 83.5000
( 0.5500 )
0.0270 81.3450
( 0.0000 )
0.2250 6
84.0600
( 0.0000 )
0.0070 81.3450
( 0.0000 1 0.2250
~
7 83.5200
( 0.0000 )
0.027.0 8
'81.8800
( 0.0000 )
0.0750 9
78.2600
( 0.0000 )
0.0750 10 83.5000
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5000
( 0.0000 )
0.0300 13 81.3400
(-0.5400 )
0.0250 14-82.9700
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.5400
( 0.0000 )
0.0050 17 86.0100
( 0.0000 )
0.1180 18 86.0100
( 0.0000 )
0.1180 19 86.7200
( 0.0000 )
0.1180 20 96.0100
( 0.0000 )
0.1180 DRYWELL FRESSURE 71.6950
( 0.0020 )
PSIA AVG. CONT. TEMP =
AVG. DEWPOINT FRESS =
B3.8461
( O.0159 )
DEG.F 0.5439
(-0.0008 )
PSIA INTERVAL 3
LEAK RATE =
TOTAL TIME LEAK RATE =
-0.0755 WT%/24 HRS 0.0060 WT%/04 HRS MASS PLOT CONTAINMENT LEAKAGE
RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
G5695.6647
=
FROJECTED LEAK RATE POUNDS
=
95% CONFIDENCE INTERVAL 0.0960 WT%/04 HRS
=
+/.
2.1114 WT%/04 HRS 95% UFFER-CONFIDENCE LEAK RATE 2.2074 WT%/24 HRS
=
MAXIMUM ALLOWAELE LEAKRATE (0.75+LA)
=
0.4760 WT%/04 HRS e
D-4 4
.., - - - - - - - - -. -. _. ~
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 5
DATE:12-Aug-85 1340 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 1.3332 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4300
( O.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 2
81.8800
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 3
81.8800
( 0.0000 )
0.0270 76.8970
( 0.0180 )
0.1500 4
76.9800
( 0.0000 )
0.0270 77.6740
( 0.7000 )
0.1000 5
82.9700
(-0.5500 )
0.0270 80.9530
(-0.0920 )
0.2250 6
84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 7
83.5200
( 0.0000 )
0.0270 8
81.8800
( 0.0000 )
0.0750 9
77.9200
(-0.3400-)
0.0750 10 83.5200
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.3400
( 0.0000 )
0.0250 14 82.9700
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.5400
( 0.0000 )
0.0250 17 86.0100
( 0.0000 )
0.1180 18 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.5500 )
0.1180 20 86.0100
( O.0000 )
0.1180 DRYWELL PRESSURE 71.6990
( 0.0040 )
PSIA AVG. CONT. TEMP =
83.8706
( 0.0245 )
DEG.F AVG. DEWPOINT PRESS =
0.5432
(-0.0006 )
PSIA INTERVAL 4
LEAK RATE =
-0.1443 WT%/24 HRS TOTAL TIME LEAK RATE =
-0.0316 WT%/24 HRS l
l MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
=
85697.3823 POUNDS l
PROJECTED LEAK RATE
=
0.0578 WT%/24 HRS l
95% CONFIDENCE INTERVAL
+/-
0.5458 WT%/24 HRS
=
l 95% UPPER CONFIDENCE LEAK RATE 0.6036 WT%/24 HRS
=
l l
MAXIMUM ALLOWAELE LEAURATE (0.75+LA) 0.4760 WT%/24 HRS
=
i
.-\\
l t
i D-5
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 6
DATE 12-Aug-85 1400 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 1.6665 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR ll 82.4300
( 0.0000 1 0.0270 78.0590
( 0.3850 )
0.1500 2
81.8800
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 3
81.8800
( 0.0000 )
0.0270 76.8970
( 0.0000 1 0.1500 4
76.9800
( 0.0000 )
0.0270 78.0590
( 0.3850 )
0.1000 5
83.5200
( 0.5500 3 0.0270 81.34*O
( 0.3920 )
0 2250 6
84.0600
( 0.0000 )
0.0270 81.7300
( 0.3850 )
0.2250 7
83.5200
( 0.0000 )
0.0270 8
81.3800
( 0.0000 )
0.0750 9
77.9200
( 0.0000 )
0.0750 10-83.5200
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.5400 )
0.0250 14 83.5000
( 0.5500 )
0.0250 15 81.0800
( 0.0000 )
0.0050 16 81.7800
( 0.2400 )
0.0250 17 86.5900
( 0.5000 )
0.1180 18 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.7000
( 0.0010 )
PSIA AVG. CONT. TEMP =
B3.9870
( 0.1164 )
DEG.F AVG. DEWPOINT PRESS =
0.5479
( 0.0047 )
PSIA INTERVAL 5
LEAK RATE =
1.9188 WT%/24 HRS TOTAL TIME LEAK RATE =
0.3585 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85674.5464 POUNDS
=
PROJECTED LEAK RATE
=
0.3127 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.6449 WT%/24 HRS 95% UPPER CONFIDENCE LEAR RATE
=
0.9576 WT%/24 HRS MAXIMUM ALLOWABLE LEAKRATE (0.75*LA)
=
0.4760 WT%/24 HRS D-6
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 7
DATE:12-Aug-85 1420 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 1.9998 I
SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4300
( O.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 2
81.8000
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 3
81.8800
( O.0000 )
0.0270 76.8970
( 0.0000 )
0.1500 4
76.9800
( 0.0000 )
0.0270 70.0590
( O.0000 )
0.1000 5
82.9700
(-0.5500 )
0.0270 81.0450
( 0.0000 )
0.2250 6
84.0600
( 0.0000 )
0.0270-81.3450
(-0.3850 )
0.2250 7
83.5200
( 0.0000 )
0.0270 8
81.8800
( 0.0000 )
0.0750 9
78.2600
( O.3400 )
0.0750 10 83.5200
( 0.0000 )
0.0300 11 80.5200
( 0.0000 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 83.5200
( 0.0000-)
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.6500
(-0.1300 )
0.0250 17 86.0100
(-0.5800 )
0.1180 18 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.6900
(-0.0070 )
PSIA AVG. CONT. TEMP =
83.9261
(-0.0610 )
DEG.F AVG. DEWPOINT PRESS =
0.5463
(-0.0017 )
PSIA INTERVAL 6
LEAK RATE =
-0.2673 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2542 WT%/24 HRS MASS PLOT CONTAINMENT LEAKA3E RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85677.7265 POUNDS
=
PROJECTED LEAK RATE i
=
0.3416 WT%/24 HRS l
95% CONFIDENCE INTERVAL
=
+/-
0.4540 WT%/24 HRS l
95% UPPER CONFIDENCE LEAK RATE
=
0.7956 WT%/24 HRS l
i MAXIMUM ALLOWABLE LEAKRATE (0.75+LA) 0.4760 WT%/24 HRS
=
D -.
COOPERI. _
PRIMARY CONTAINMENT ILRT---
ABSOLUTE METHOD DATA SET NUMBER
-s 8
DATE:12-Aug-85 1440 LAST' INTERVAL, HOURS 0.0003 HOURS FROM T=0 2.0301 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4000
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 2
81.8800
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 0
81.8800
( 0.0000 1 0.0270 76.8970
( 0.0000 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1000
-5 80.5200
( 0.5500 )
0.0270 81.04G0
( 0.0000 )
0.2250 6
84.0600
( 0.0000 )
0.0270 81.0450
( 0.0000 )
0.0250 7
80.5200
( 0.0000 )
0.0270 8
81.8800
( 0.0000 )
0.0750 9
77.9200
(-0.0400 )
0.0750 10 80.5200
( 0.0000 )
0.0000 11 80.5000
( 0.0000 )
0.0000 i
12 80.5200
( 0.0000 )
0.0000 10 81.8800
( 0.0000 )
0.0250 14 80.5200
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.5100
(-0.1400 )
0.0250 17
'86.0100
( 0.0000 )
0.1180 18 86.2100
( 0.0000 )
0.1180 17 87.2700
( 0.0000 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.6910
(-0.0020 )
PSIA AVG. CONT. TEMP =
AVG. DEWPOINT PRESS =
80.9119
(-0.0141 )
DLG.F 0.54o0
(
.0000 )
PSIA INTERVAL 7
LEAK RATE =
TOTAL TIME LEAK RATE =
0.0150 WT%/24 HRS 0.2201 WT%/24HPG MASS FLOT CONTAINMENT LEAK
AGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
PROJECTED LEAR RATE G5677.5477
=
POUNDS
=
95% CONFIDENCE INTERVAL 0.0265 WT*/./24HR5
=-
+/-
0.0402 WT%/24 HRS 95% UPPER CONFICENCE LEAK RATE =
0.6667 WT%/24 HRS MAXIMUM ALLOWABLE LEAF. RATE (0. 75.L A)
=
0.4760 WT%/24 HRS' i
I i
l I
D-S l
I i e
. COOPER 1
+-
( i' PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD
- j l
DATA SET NUMBER 9
L' DATE:12-Aug-65 1500 LAST' INTERVAL, HOURS 0.3333 HOURS FROM T=0 2.6664
_ SENSOR S TD1P (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4300
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 l
2-81.8800
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 3
81.8800
( 0.0000 )
0.0270 76.8970
( 0.0000 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.~450
( 0.0000 )
0.2250 6
84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 7
83.5200
( 0.0000 )
0.0270 8
81.8800
( 0.0000 )
0.0750 9
77.9200
( 0.0000 )
0.0750 10 83.5200
( 0.0000 )
0.0300 11 83.5200'
( 0.0000 )
0.0300 12 8~.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250
-14 83.5200
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.5100
( 0.0000 )
0.0250 l
17 86.0100
( 0.0000 )
0.1180 18 86.2100
( 0.0000 )
0.1180
-l ' 19 87.2100
(-0.0600 )
0.1180
! 20 86.0100
( 0.0000 )
0.1180 1
DRYWELL PRESSURE 71.6910
( 0.0000 )
FSIA l
C'NT. TEMP =
83.9049
(-0.0071 )
DEG.F AVG.
O AVG. DEWFOINT PRESS =
0.5463
( 0.0000 )
PSIA i.
INTERVAL 8
LEAK RATE =
-0.0937 WT%/24 HRS' TOTAL TIME LEAK RATE =
0.1808 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85678.6624 POUNDS
=
FROJECTED LEAK RATE
=
0.2914 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.2632 WT%/24 HRS
-95% UFPER CONFIDENCE LEAK RATE 0.5546 WT%/04 HRS
=
MAXIMUM ALLOWABLE LEAhRATE (0.75*LA) 0.4760 WT%/24 HRS
=
r i I
D-9 S
i COOPER 1 PRIMARY CONTAINMENT ILRT---
____________________________ ABSOLUTE METHOD DATA SET NUMBER 10 DATE:12-Aug-85 1520 LAST INTERVAL, HCURS 0.3333 HOURS FROM T=0 2.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4300
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 2
81.8800
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 3
81.8800
( 0.0000 )
0.0270 76.8970
( 0.0000 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.0590
( O.0000 )
0.1000 5
83.5200
( 0.0000 )
0.0270 80.9530
(-0.3920 )
0.2250 84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 ) - 0.2250 7
83.5200
( 0.0000 )
0.0270 8
81.8800
( 0.0000 )
0.0750 9
77.9200
( 0.0000 )
0.0750 10 83.5200
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 83.5200
( 0.0000 )
0.0250 15 81.8800
( O.0000 )
0.0250 14 81.5100
( 0.0000 )
0.0250 17 86.0100
( 0.0000 )
0.1180 18 86.2100
( 0.0000 )
0.1160 19 87.2700
( 0.0600 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.6940
( 0.0000 )
PSIA AVG. CONT. TEMP =
AVG. DEWPOINT FRESS =
83.9119
( 0.0071 )
DEG.F 0.5446
(-0.0017 )
PSIA INTERVAL 9
LEAK RATE =
TOTAL TIME LEAK RATE =
-0.3803 WT%/24 HRS 0.1185 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
PROJECTED LEAK RATE 85683.1870
=
POUNDS
=
95% CONFIDENCE INTERVAL 0.2369 WT%/24 HRS
=
+/-
0.2050 WT%/24 HRS 95% UPPER CONFIDENCE LEAR RATE 0.4418 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75+LA)
=
0.4760 WT%/24 HRS n
S Oq D-lO
I i
1 I
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD i-i DATA SET NUMBER 11 DATE:12-Aug-85 1540 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 3.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4300
( 0.0000 )
O.0270 78.0590
( 0.0000 )
O.1500 2
82.4300
( 0.5500 )
0.0270 78.4440
( 0.3850 )
0.1500 3
81.8800
( O.0000 )
O.0270 76.8970
( 0.0000 )
O.1500 4
76.9800
( 0.0000 )
O.0270 78.0590
( 0.0000 )
O.1000 5
EsT. 5000
( 0.0000 )
O.0270 81.3450
( 0.0000 )
O.2:50 6
84,0600
( O.0000 )
O.0270 81.3450
( O.0000 )
O.2250 7
83.3200
( 0.0000 )
0.0270 0
82.4 00
( 0.5500 )
O.0750 9
78.2600
( 0.3400 )
0.0750 10 83.520e
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
O.0300 12 83.5000
( 0.0000 )
O.0300 13 81.8800
( 0.~0000 )
0.0250
-14 83.5200
( 0.0000 )
O.0250 15 81.8800
( 0.0000 )
0.0250 16 81.6500
( 0.1400 )
O.0250
,, ~ ~
17_
86.0100
( 0.0000 )
O.1180 18 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 i
20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.6980
( 0.0040 )
PSIA AVG. CONT. TEMP =
83.9969
( 0.0850 )
DEG.F AVG. DEWPOINT PRESS =
0.5471
( 0.0025 )
PSIA INTERVAL 10 LEAK RATE =
0.9759 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2042 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85671.5731 POUNDS
=
PROJECTED LEAK RATE 0.2407 WT%/24 HRS
=
95% CONFIDENCE INTERVAL
=
+/-
0.1812 WT%/24 HRS 95% UFPER CONFIDENCE LEAK RATE
=
0.4219 WT%/24 HRS-MAXIMUM ALLOWABLE LEAKRATE (0.75*LA) 0.4760 WT%/24 HRS
=
l^
- I I
t D-11
COOPERI PRIMARY CONiAINMENT ILRT '--ABSOLUTE METHOD DATA SET NUMBER 12
^
_DATE 12-Aug-85 1600 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 3.6664 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG. F)
WT. FACTOR 1
83.5200
( 1.0900 )
0.0270 78.4440
( 0.3850 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 3
82.4300
( 0.5500 )
0.0270 77.2890
( 0.3920 )
0.1500 4
77.5300
( 0.5500 )
0.0270 78.4440
( 0.3850 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 l
6 84.6100
( 0.5500 )
0.0270 81.3450
( 0.0000 )
0.2250 7
84.0600
( 0.5400 )
0.~0270 8
82.4300
( 0.0000 )
,0.0750 9
77.9200
(-0.3400 )
0.0750 to 83.5200
( 0.0000 )
0.0300 11 82.9700
(-0.5500 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 84.0600
( 0.5400 )
0.0250 15 82.4300
( O.5500 )
0.0230 16 82.0500
( 0.4000 )
0.0250 17 86.5900
( 0.5800 )
0.1180 18-86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.7400
( 0.0400 )
PSIA AVG. CONT. TEMP =
AVG. DEWPOINT PRESS =
84.1490
( 0.1521 )
DEG.F 0.5494
( 0.0023 )
PSIA INTERVAL 11 LEAK RATE =
TOTAL TIME LEAK RATE =
-2.0064 WT%/24 HRS 0.0033 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85695.4470 PROJECTED LEAK RATE
=
POUNDS
=
95% CONFIDENCE INTERVAL 0.1566 WT%/24 HRS
=
+/-
0.1520 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE
=
0.0086 WT%/24 HRS MAXIMUM ALLOWABLE LEAKRATE (0.75*LA)
=
0.4760 WT%/24 HRS O
D-12
u.
CbOPER1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 10 DATE 12-Aug-85 1620 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 3.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.9700
(-0.5500 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 3
82.4300
(.0.0000 )
0.0270 77.2890
( 0.0000 )
0.1500 4
76.9800
(-0.5500 )
0.0270 78.4440
( 0.0000 )
0.1000 5
83.5000
( 0.0000 )
0.0270 81.0450
( 0.0000 )
0.2250 6
84.6100
( O.0000 )
0.0270 81 3450
( 0.0000 )
0.2250 7
84.0400
(-0.0200 )
0.0270 0
82.4300
( 0.0000 )
0.0750 9
77.9200
( 0.0000 )
0.0750 10 84.0600
( 0.5400 )
0.0000 11 83.5000
( 0.5500 )
0.0300 12 83.5200
( O.0000 )
0.0000 13 81.8S00
( O.0000 )
0.0250 14 80.5200
(-0.5400 )
0.0250 15 82.4000
( O.0000 )
0.0250 16 82.0900
( 0.0400 )
0.0250 17 86.0100
(-0.5800 )
0.1180 18 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.7400
( 0.0000 )
PSIA AVG. CONT. TEMP =
84.0706
(-0.0784 )
DEG.F AVG. DEWPOINT PRESS =
0.5494
( 0.0000 )
PSIA INTERVAL 12 LEAK RATE =
-1.0381 WT%/24 HRS TOTAL TIME LEAK RATE =
-0.0805 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS
==
=
CONTAINMENT TOTAL MASS (DRY AIR) 85707.8022 POUNDS
=
PROJECTED LEAK RATE
=
0.0663 WT%/24 HRS l
95% CONFIDENCE INTERVAL
=
+/-
0.1434 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE 0.2097 WT%/24 HRS
=
I MAXIMUM ALLOWABLE LEAKRATE (0.75+LA) =
0.4760 WT%/24 HRS l
l l
l D-13
~
COOPER 1 PRIMARY CONTAINMENT ILRT 2-ABSOLUTE METHOD DATA SET NUMBER 14 DATE 12-Aug-85 1640 LAST INTERVAL, HOURS 0.3333 HOURS FRCN T=0 4.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.9700
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.2890
( 0.0000 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
83.5200
( 0.0000 1 0.0270 81.3450
( 0.0000 )
0.2250 6
84.6100
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 7
84.0400
( 0.0000 )
0.0270 8
82.4300
( 0.0000 )
0.0750 9
77.9200
( 0.0000 )
0.0750 to 84.0600
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 83.5200
( 0.0000 )
0.0250 15.
82.4300
( 0.0000 )
0.0250 16 82.0500
(-0.0400 )
0.0250 17 86.0100
( 0.0000 )
0.1180 18 E6.2100
( 0.0000 )
0.1180
.19 87.2700
( 0.0000 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE
~
71.7220
(-0.0180 )
PSIA AVG. CONT. TEMP'=
DEWPOINT PRESS =
84.0696
(-0.0010 )
DEG.F AVG.
0.5494
(
.0000 )
PSIA INTERVAL 13 LEAK RATE =
TOTAL TIME LEAK RATE =
1.8058 WT%/24 HRS 0.0619 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85686.3064
=
PROJECTED LEAK RATE POUNDS
=
0.0593 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.1217 WT%/24 HRS 95%' UPPER CONFIDENCE LEAR RATE
=
0.1810 WT%/24 HRS MAXIMUM ALLOWABLE LEAKRATE (0.75*LA)
=
0.4760 i
WT%/24 HRS 1
I 9
Y 1
D-- U.
m_-
,,_m,__
,.m
,._e.--._,
.,..__.,,_._,,,___.._.m._
_._m..,
r COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 15 DATE 12-Aug-85 1700 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 4.6664 I
SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT.' FACTOR 1
82.9700
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500
~2 82.4300
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 78.2890
( 1.0000 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.0590
(-0.3850 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 6
84.6100
( O.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 7
83.5200
(~0.5200 )
0.0270 8
82.4000
( 0.0000 )
0.0750 9.
77.9200
( 0.0000 )
0.0750 10 84.0600
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 83.5200
( 0.0000 )
0.0250 15 81.8800
/.-0.5500 )
0.0250 16 81.9200
(-0.1300 )
0.0250 17 86.0100
( 0.0000 )
0.1180 18 G6.2100
( 0.0000 's 0.1180 19-87.2700
( 0.0000 )
0.1180 20 86.0100
( O.0000 )
0.1180 DRYWELL PRESSURE 71.7150
(-0.0070 )
PSIA AVG. CONT. TEMP =
84.0386
(-0.0310 )
DEG.F AVG. DEWPOINT PRESS =
0.5510
( 0.0016 )
PSIA INTERVAL 14 LEAK RATE =
0.4592 WT%/24 HRS TOTAL TIME LEAK RATE =
0.0900 WT%/24 HRS
' MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS.
CONTAINMENT TOTAL MASS (DRY AIR)
S5680.8411 POUNDS
=
PROJECTED LEAK RATE
=
0.0647 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.1062 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE 0.1709 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75*LA) 0.4760 WT%/24 HRS
=
D-15 w--
.v.
_ =_.
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 16 DATE 12-Aug-85 1720 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 4.9997 SENSOR #
. TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( O.5500 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.7890
( 0.3440 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
(-0.6150 )
0.1500 4
76.9800
( O.0000 )
0.0270 78.4440
( O.3850 )
0.1000 5
83.5200
( 0.0000 )
0.0276 81.3450
( 0.0000 )
0.2250 6
84.6100
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 7
84.0600
( 0.5400 )
0.0270 8
82.4300
( 0.0000 )
0.0750 9
77.9200
( 0.0000 )
0.0750 10 84.0600
( 0.0000 )
0.0300 11 83.5200
( O.0000 )
0.0300 i
12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 83.5000
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.7800
(-0.1400 )
0.0250 17 86.0100
( O.0000 )
0.1180 18 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.7140
(-0.0010 )
PSIA AVG. CONT. TEMP =
84.0645
'( 0.0259 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
(
.0000 )
PSIA INTERVAL 15 LEAK RATE =
0.4409 WT%/24 HRS TOTAL TIME LEAK RATE =
0.1136 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85675.5938 POUNDS
=
PROJECTED LEAK RATE
=
0.0766 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0959 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE 0.1726 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75*LA)
=
0.4760 WT%/24 HRS i
1' i
D-16
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 17 DATE:12-Aug-85 1740 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 5.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.9700
(-0.5500 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.4440
(-0.3440 )
0.1500
'3 82.4300
( 0.0000 )
0.0270 77.2890
(-0.3850 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 6
84.6100
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 7
84.0600
( 0.0000 )
0.0270 8
82.4300
( 0.0000 )
0.0750 9
77.9200
( O.0000 )
0.0750 10 84.0600
( O.0000 )
0.0300 la 83.5200
( 0.0000 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 83.5200
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.9200
( 0.1400 )
0.0250 17 84.0100
( 0.0000 )
0.1180 18 86.2100
( 0.0000 )
0.1180 19 87.2700
( O.0000 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.7140
( 0.0000 )
PSIA AVG. CONT. TEMP =
84.0532
(-0.0113 )
DEG.F AVG. DEWPOINT PRESS =
0.5494
(-0.0016 )
PSIA INTERVAL 16 LEAK RATE =
-0.3092 WT%/24 HRS TOTAL TIME LEAK RATE =
0.0872 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85679.2736 POUNDS
=
PROJECTED LEAK RATE 0.0773 WT%/24 HRS
=
95% CONFIDENCE INTERVAL
=
+/-
0.0854 WT%/24 HRS 95% UPFER CONFIDENCE LEAK RATE
=
0.1627 WT%/24 HRS MAXIMUM ALLOWABLE LEAKRATE (0.75*LA) 0.4760 WT%/24 HRS
=
D-17 i
1
COOPER 1
)
PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 18 DATE:12-Aug-85 1800 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 5.6664 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.9700
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270-78.7880
( 0.3440 )
0.1500 3
82.4300
( O.0000 )
0.0270 77.6740
( 0.3850 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.3450
( O.0000 )
0.2250 6
84.6100
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 7
84.0600
( O.0000 )
0.0270 8
82.4300
( O.0000 )
0.0750 9
77.9200
( 0.0000 )
0.0750 10 83.5200
(-0.5400 )
0.0300 11 84.0600
( 0.5400 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 83.5000
( O.0000 )
0.0250 15 82.4300
( 0.5500 )
0.0250 16 82.1900
( 0.2700 )
0.0250 17 86.5900
( O.5800 )
0.1180 18 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.7140
( 0.0000 )
PSIA AVG. CONT. TEMP =
84.1420
( 0.0889 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
( 0.0016 )
PSIA INTERVAL 17 LEAK RATE =
1.3353 WT%/04 HRS TOTAL TIME LEAK RATE =
0.1606 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85663.3832 PdUNDS
=
PROJECTED LEAK RATE
=
0.0998 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0846 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE 0.1844 WT%/24 HRS
=
MAXIMUM ALLOWABLE l
LEAKRATE (0.75=LA)
=
0.4760 WT%/24 HRS 1
G
- D-18 i
i i
COOPER 1 PRIMARY CONTAINMENT *ILRT---ABSOLUTE METHOD DATA SET NUMBER 19 DATE 12-Aug-85 1820 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 5.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.5500 )
0.0270 78.4440
( 0.0000 )
0.1500
. 2 --
82.4300
( O.0000 )
0.0270 78.7880
( 0.0000 )
0.1500
~3 82.4300
( 0.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
76.9900
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
84.0600
( 0.5400 )
0.0270 81.3450
( 0.0000 )
0.2250 6
84.6100
( 0.0000 )
0.0270-81.3450
( O.0000 )
0.2250 7
84.0600
( O.0000 )
0.0270 8
82.9200
( 0.4900 )
0.0750 9
77.9200
( 0.0000 )
0.0750 1@
84.0600
( 0.5400 )
0.0300 11 83.5200
(-0.5400 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 83.5200
( 0.0000 )
0.0250 15 82.4300
( O.0000 )
0.0250 16 82.0200
(-0.1700 )
0.0250 17 86.5900
( 0.0000 )
0.1180
)
-.18 86.2100
( 0.0000 )
0.1180 i
19 87.2700
( 0.0000 )
0.1180 t
20 86.~5900
( 0.5800 )
0.1180 g!.
DRYWELL PRESSURE 71.7150
( 0.0010 )
PSIA AVG. CONT. TEMP =
84.2723
( 0.1302 )
DEG.F
-AVG. DEWPOINT PRESS =
0.5509
(
.0000 )
PSIA INTERVAL 18 LEAK RATE =
1.6227 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2418 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS l
CONTAINMENT TOTAL MASS (DRY AIR) 85644.0766 POUNDS t
=
PROJECTED LEAK RATE
=
0.1399 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0964 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE 0.2363 WT%/24 HRS
=
l1 MAXIMUM ALLCWABLE LEARRATE (0.75*LA) 0.4760 WT%/24 HRS
=
a D-19 i
i COOPER 1 PRIMARY CONTAINMENT ILRT ABSOLUTE METHOD DATA SET NUMBER 20 DATE:12-Aug-85 1840 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 6.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR,[
1 83.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.7890
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.2890
(-0.3850 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 6
84.6100
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 7
84.0600
( 0.0000 )
0.0270 8
82.4300
(-0.4900 )
0.0750 9
78.2600
( 0.3400 )
0.0750 10 84.0600
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5000
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 83.5200
( 0.0000 )
0.0250 15 82.4300
( 0.0000 )
0.0250 16 82.1600
( 0.1400 )
0.0250 17 86.0100
(-0.5800 )
0.1180 10 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
(-0.5800 )
0.1180 DRYWELL PRESSURE 71.7150
( 0.0000 )
PSIA AVG. CONT. TEMP =
84.1278
(-0.1445 )
DEG.F AVG. DEWPOINT PRESS =
0.5501
(-0.0008 )
PSIA INTERVAL 19 LEAK RATE =
-1.9969 WT%/24 HRS TO7AL TIME LEAK RATE =
0.1240 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85667.8296 FOUNDS
=
PROJECTED LEAK RATE 0.1386 WT%/24 HRS
=
95% CONFIDENCE INTERVAL
+/-
0.0898 WT%/24 HRS
=
95% UPPER CONFIDENCE LEAK RATE 0.2274 WT%/24 HRS
=
MAXINUM ALLOWABLE LEAKRATE (0.75*LA) =
0.4760 WT%/24 HRS D-20 i
COOFER1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD
--- -------------- ____- = - _ - - - - - - - - - _ - - _ - - - _ _ - - - - - - -
DATA SET NUMEER 21 DATE 12-Aug-85 1900 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 6.6666 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR
.1 83.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.9700
( 0.5400 )
0.0270 78.4440
(-0.3440 )
0.1500 3
82.43^0
( O.0000 )
0.0270 77.6740
( 0.0850 )
0.1500 4
76.9800
( 0.0000 )
0.0270, 78.4440
( 0.0000 )
0.1000 5
84.0600
( 0.0000 )
0.0270 81.0450
( 0.0000 )
0.2250 6
85.1500
( O.5400 )
0.0270
- 81.3450
'( 0.0000 )
0.2250
~
7 84.0600
( 0.0000 )
0.0270 8
82.9700
( 0.5400 )
0.0750 9
78.2600
( 0.0000 )
0.0750 10 83.5200
(-0.5400 )
0.0300 11 84.0600
( 0.5400 )
0.0300
-12 64.0600
( 0.5400 )
0.0000 13 82.4300
( 0.5500 )
0.0250 14 83.5200
( 0.0000 )
0.0250 15 82.4300
( 0.0000 )
0.0250 16 S2.0200
(-0.1400 )
0.0250 17 86.5900
( 0.5800 )
0.1180 10 86.2100
( 0.0000 )
0.1150 19 87.2700
( 0.0000 )
0.1180 20 86.0100
( O.0000 )
0.1180 DRYWELL PRESSURE 71.7100
(-0.0020 )
PSIA AVG. CONT. TEMP =
84.2922
( 0.1644 )
DEG.F AVG. DEWPGINT FRESS =
0.5502
(-0.0661 )
PSIA INTERVAL
.70 LEAK RATE =
2.3867 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2071 WT%/24 HRS MASS FLOT CONTAINMENT LEAKAGE RATE ANALYSIS
=-
CONTAINMENT TOTAL MASS (CRY AIR)
E5639.4318 POUNDS
=
FROJECTED LEAK RATE
=
0.1669 WT%/24HR3 95% CONFIDENCE INTERVAL
+/-
0.0947 WT%/24 HRS
=
95% UFFER CONFIDENCE LEAK RATE 0.2616 WT%/24 HRS
=
MAXIMUM ALLOWAELE LEAkRATE (0.75.LA) 0.4760 WT%/24 HRS
=
I D-21
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 22 DATE 12-Aug-85 1920 LAST INTERVAL, HOURS 0.3333-HOURS FROM T=0 7.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR
+
1 83.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.9700
( 0.0000 )
0.0270 78.7880
( 0.3440 >
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
77.5300
( 0.5500 )
0.0270 78.4440
( 0.0000 )
0.1000 5
84.0600
( 0.0000 )
?.0270 81.3450
( 0.0000 )
0.2250 6
85.1500
( 0.0000 )
0.0270 81.7300
( 0.3850 )
0.2250 7
84.0600
( 0.0000 )
0.0270 8
- 82.9700
( 0.0000 )
0.0750.-
9 78.2600
( 0.0000-)
0.0750 10 84.0600
( 0.5400 )
0.0300 11 84.0600
( 0.0000 )
0.0300
~12 84.0600
( 0.0000 )
0.0300 13 82.4300
( 0.0000 )
0.0250 14 84.0600
( 0.5400 )
0.0250
~
15 82.4300
( 0.0000 )
0.0250 16 82.2900
( 0.2700 )
0.0250 17 86.5900 LO.0000 )
0.1180 t
18 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.5800 )
0.1180 DRYWELL PRESSURE s
71.7130
( 0.0000 )
PSIA AVG. CONT. TEMP =
84.4118
( 0.1196 )
DEG.F AVG. DEWFOINT PRESS =
0.5526
( 0.0024-)
PSIA INTERVAL 21 LEAR RATE =
TOTAL TIME LEAK RATE =
1.8253 ^
WT%/04 HRS 0.3127 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85617.7209 POUNDS
=
PROJECTED LEAK RATE
=
o.2077 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/ -
0.1089 WT%/04 HRS 95% UPPER CONFIDENCE LEAK RATE 0.3166
=
WY'/./24 HRS MAXIMUM ALLOWABLE LEARRATE (0.75*LA)
=
' ~ '
0.476,0 WT%/04 HRS D-22
COOPERk PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 23 DATE 12-Aug-85 1940 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 7.3333 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.'1500 2
82.9700
( 0.0000 )
0.0270 78.4440
(-0.3440 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.4150
(-0.2590 )
0.1500 4
77.5300
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 6
85.1500
( O.0000 )
0.0270' 81.7300
( 0.0000 )
0.2250 7
84.0600
( 0.0000/)
0.0270 O
82.9700
( 0.0000 )
0.0750 9
78.2600
( 0.0000 )
0.0750 to 84.0600
( 0.0000 )
0.0300 11 84.0600
( 0.0000 )
O.0300 12 84.0600
( 0.0000 )
0.0300 13 82.4300
( 0.0000 )
O.0250 14 84.0600
( 0.0000 )
0.0250 15 82.4300
( 0,0000 )
O.0250 14 82.0500
(-0.2400 )
0.0250 a
17 86.5900
( 0.0000 )
O.1180 10 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
O.1180 20 86.0100
(-0.5800 )
0.1180 DRYWELL PRESSURE 71.7130
( 0.0000 )
PSIA AVG. CONT. TEFF =
84.3374
(-0.0744 )
DEG.F AVG. DEWPOINT PRESS =
0.5513
(-0.0013 )
PSIA INTERVAL 22 LEAR RATE =
-1.1158 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2478 WTX/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 65630.9890 POUNDS
=
FROJECTED LEAK RATE
=
0.2245 WT%/24 HRS 95% CONFIDENC3 INTERVAL
=
+/-
0.1090 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE 0.3335 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAMRATE (0.75*LA) 0.4760 WT%/24 HRS
=
e D 23 4
t
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 24. ;
DATE:12-Aug-85 2000 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 7.6666 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.9700
( 0.0000 )
0.0270 78.7880
( O.3440 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( 0.2590 )
0.1500 4
77.5300
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0. 2 2 5t:
6 84.6100
(-0.5400 )
0.0270 81.3450
( tX) )
0.2250 7
84.0600
( 0.0000 )
0.0270 8
82.9700
( 0.0000 )
0.0750 9
78.2600
( O.0000 )
0.075C 10 84.0600
( 0.0000 )
0.0300 11 84.0600
( 0. 00r. i 0.0300 12 84.0600 t c.0000 )
0.0300 13 82.1
( 0.0000 )
0.0250 14 E.,'600
( 0.0000 )
0.0250 1-82.4000
( 0.0000 )
0.0250 2
82.1900
( 0.1400 )
0.0050 17 86.5900
( 0.0000 )
0.1180 18 86.2100
( 0.0000 -)
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.5800.)
0.1180 DRYWELL PRESSURE 71.7100
(-0.0010 )
PSIA AVG. CONT. TEMP =
84.3947
( 0.0573 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
(-0.0004 )
PSIA INTERVAL 23 LEAK RATE =
0.8235 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2728 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85621.'1950 POUNDS
=
P,ROJECTED LEAK RATE
=
0.2433 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.1100 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE 0.3541 s
WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75*LA)
=
0.4760 WT%/24 HRS 9
D-24
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD t
DATA SET NUMBER 25 DATE 12-Aug-85 2000 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 8.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
84.0600
( 0.5400 )
0.0270 79.1210
( O.6770 )
0.1500 2
83.5200
( 0.5500 )
0.0270 79.5060
( 0.7180 )
0.1500 3
82.9700
( 0.5400 )
0.0270 78.0590
( 0.3850 )
0.1500 a
78.0700
( 0.5400 )
0.0270 79.1210
( 0.6770 )
0.1000 5
84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 i
~6 85.1500
( 0.5400 )
0.0270 81.3450
( 0.0000 )
0.2250 i
7 84.6100
( O.5500 )
0.0270 8
83.5200
( O.5500 )
0.0750 9
78.2600
( 0.0000 )
0.0750 10 84.0600
( 0.0000 )
0.0300 11 84.0600
( 0.0000 )
0.0300 12 84.0600
( 0.0000 )
0.0300 13 82.4300
( 0.0000 )
0.0250 10 84.0600
( 0.0000 )
0.0250 15 82.9700
( 0.5400 )
0.0250 16 82.4600
( 0.2700 )
0.0250 17 86.5900
( 0.0000 )
0.1180 10 86.2100
( 0.0000 >
0.1180 l
19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.0000 )
0.1180 DRYWELL FRESSURE 71.7430
( 0.0310 )
PSIA AVG. CONT. TEMP =
84.5441
( 0.1494 )
DEG.F AVG. DEWFOINT PRESS =
0.5558
( 0.0048 )
PSIA INTERVAL 24 LEAK RATE =
-0.6703 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2335 WT%/24 HRS MASS PLOT CONTAINNENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85629.1660 POUNDS
=
PROJECTED LEAR RATE 0.2496 WT%/24 HRS
=
I 95% CONFIDENCE INTERVAL
=
+/-
0.1080 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE
=
0.3575 WT%/24 HRS MAXIMUM ALLOWABLE LEAL: RATE (0.75*LA) 0.4760 WT%/24 HRS
=
l D 25
l COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 26 DATE:12-Aug-85 2040 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 8.3333 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
(-0.5400 )
0.0270 78.7880
(-0.3330 )
0.1500 2
82.9700
(-0.5500 )
0.0070 78.7880
(-0.7180 )
0.1500 3
82.9700
( 0.0000 )
0.0270 77.6740
(-0.3850 )
0.1500 0
77.5300
(-0.5400 )
0.0270 78.4440
(-0.6770 )
0.1000 5
84.0400
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.0250 6
85.1500
( 0.0000 )
0.0270 81.7300
( 0.3850 )
0.2050 7
84.0600
(-0.5500 )
0.0270 o
82.970o
(-0.5500 )
0.0750 9
~ 78.2600
( 0.0000 )
0.0750 10 84.0600
( 0.0000 )
0.0300 11 84.0600
( 0.0000 )
0.0300 12 84.0600
( 0.0000 )
0.0300 13 82.4300
( 0.0000 )
0.0250 14 84.0600
( 0.0000 )
0.0250 15 82.4000
(-0.5400 )
0.0050 16 82.1600
(-0.3000 )
0.0250 17 86.5900
( 0.0000 )
0.1180 10 86.2100
( 0.0000 )
0.1180 19 87.0700
( 0.0000 )
0.1180 20 86.0100'.(-0.5800 )
0.1180 DRYWELL PRESSURE 71.7000
(-0.'0030 )
PSIA AVG. CONT. TEMP =
84.3548
(-0.1894 )
DEG.F AVG. DEWPOINT PRESS =
0.5533
(-0.0004 )
PSIA INTERVAL 25 LEAK RATE =
-0.4252 WT%/04 HRS TOTAL TIME LEAK RATE =
0.2072 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
G5634.2004 POUNDS
=
PROJECTED LEAK RATE
=
0.0487 WT%/24HR$
I 95% CONFIDENCE INTERVAL
=
+/-
0.1034 WT%/04 HRS 95% UFPER CONFIDENCE LEAK RATE 0.35:1 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAARATE (0.75+LA) 0.4760 WT%/04 HRS
=
1 D 25 l
l
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NJMEER 27 DATE:12-Aug-85 2100 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 8.6666 i
SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR a
83.5200
( 0.0000 )
0.0270 78.4440
(-0.3440 )
0.1500 2
82.9700
( 0.0000 )
0.0270 78.7880
( 0.0000 )
0.1500 3
82.4300
(-0.5400 )
0.0270 77.6740
( 0.0000 )
0.1500 4
77.5300
( 0.0000 )
0.070 78.4440
( O.0000 )
0.1000 5
8 % 0600
( 0.0000 )
O.0270 81.3450
( 0.0000 )
O.2250 6
85.1500
( 0.0000 )
0.0270 81.3450
(-0.3850 )
0.2250 7
84.0600
( 0.0000 )
O.0270 8
82.9700
( 0.0000 )
O.0750 9
78.2600
( 0.0000 )
0.0750 10 84.0600
( O.0000 )
0.0300 11 84.0600
( 0.0000 )
0.0000 12 84.0600
( 0.0000 )
0.0300 13 82.4300
( 0.0000 )
0.0250 14 84.0600
( 0.0000 )
O.0250 15 82.4300
( 0.0000 )
0.0250 16 82.2900
( 0.1300 )
O.0250 17 86.5900
( 0.0000 )
O.1180 18 86.2100
( 0.0000 )
O.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.5800 )
O.1180 DRYWELL PRESSURE 71.7140
(-0.0060 )
PSIA AVG. CONT. TEMP
=
84.4118
( 0.0571 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
(-0.00:4 )
PSIA INTERVAL 26 LEAK RATE =
1.I109 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2422 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONIAINMENT TOTAL MASS (DRY AIR) 85620.9144 POUNDS
=
l PROJECTED LEAK RATE 0.2549 WT%/24 HRS
=
95% CONFIDENCE INTERVAL
=
+/-
0.1015 WT%/24 HRS 95% UPFER CONFIDENCE LEAK RATE 0.3565 WT%/24 HRS
=
MAXIMUM ALLCWABLE LEALRATE (0.75*LA) 0.4760 WT%/24 HRS
=
D-27 l
t
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 28 DATE212-Aug-85 2120 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 9.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.9700
( 0.0000 )
0.0270 78.7880
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
77.4300
(-0.1000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
84.0600
( O.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 4
85.1500
( Q.0000 )
0.0270 81.7300
( 0.3850 )
0.0250 7
84.0600
( 0.0000 )
0.0270 8'
82.9700
( 0.0000 )
0.0750.
9 78.2600
( 0.0000 )
0.0750 to 84.0600
( 0.0000 )
0.0300 11 84.0600
( 0.0000 )
0.0300 12 84.0600
( 0.0000 )
0.0300 13 82.4300
( 0.0000 )
0.0250 14 84.0600
( O.0000 )
0.0250 15 82.4300
( 0.0000 )
0.0250 16 82.0500
(-0.2400 )
0.0250 17 86.0100
(-0.5800 )
0.1180 18 86.2100
( 0.0000 )
0.1180 19 87.0700
( 0.0000 )
0.1180 20 86.5900
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.7100
(-0.0040 )
PSIA AVG. CONT. TEMP =
84.3347
(-0.0771 )
DEG.F AVG. DEWFOINT PRES 3 =
0.5526
( 0.0017 )
PSIA INTERVAL 27 LEAK RATE =
-0.4479 WT%/24 HRS TOTAL TIME LEAK RATE =
0.0167 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85626.2412 POUNDS
=
PROJECTED LEAK RATE
=
0.2547 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0980 WT%/24 HRS i
95% UPPER CONFIDENCE LEAK RATE 0.0527 WT%/24 HRS
=
MAXIMUM ALLOWABLE I
LEAKRATE (0.75*LA)
=
0.4760 WT%/24 HRS D-28
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD
=
DATA SET NUMBER 29 DATE:12-Aug-85 2140 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 9.3333 SENSCR Fe TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
O.1500 2
82.9700
( 0.0000 )
O.0270 78.7880
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
77.5300
( 0.1000 )
O.0270 78.4440
( 0.0000 )
O.1000 5
84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
O.2250 6
84.6100
(-0.5400 )
O.0270 81.3450
(-0.3550 )
O.2250 7
84.0600
( 0.0000 )
0.0270 8
82.9700
( 0.0000 )
0.0750 9
78.2600
( 0.0000 )
0.0750 10 P4.0600
( 0.0000 )
0.0300 11 84.0600
( 0.0000 )
0.0300 12 84.0600
( 0.0000 )
O.0300 13 82.4300
( 0.0000 )
0.0250 14 84.0600
( 0.0000 )
0.0250 15 82.4300
( 0.0000 )
O.0250 16 82.1900
( 0.1400 )
O.0250 17 86.5900
( 0.5800 )
0.1180 18 86.2100
( 0.0000 )
0.1180 19 97.2700
( 0.0000 )
O.1180 20 86.5900
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.7060
(-0.0040 )
PSIA AVG. CONT. TEMP =
84.3947
( 0.0600 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
(-0.0017 )
PSIA INTERVAL 28 LEAK RATE =
1.0309 WT%/24 HRS TOTAL TIME LEAR RATE =
0.2457 WT%/24 HRS j
MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS s
CONTAINMENT TOTAL MASS (DRY AIR) 85613.9815 POUNDS
=
PROJECTED LEAK RATE
=
0.2599 WT%/24 HRS 95% CONFIDENCE INTERVAL
+/-
0.0965 WT%/24 HRS
=
95% UPPER CONFIDENCE LEAK RATE 0.3564 WT%/.~ 4 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75+LA) 0.4760 WT%/24 HRS
=
l
(
l l
D-29
COOFER1 FRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 30 DATE 12-Aug-85 2000 LAST INTERVAL, HOURS 0.3303 HOURS FROM T=0 9.6666 SENSOR S TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.0000 )
0.0270 7'8.4440
( 0.0000 )
0.1500 2
82.9700
( 0.0000 )
0.0270 78.7890
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
77.5300
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
-84.0600
( O.0000 )
0.0270 81.0450
( 0.0000 )
0.2250 6
85.1500
( 0.5400 )
0.0270 81.3450
( 0.0000 )
0.0050 7
84.0600
( 0.0000 )
0.0270 0
82.9700
( 0.0000 )
0.0750
~
9 78.6000
( 0.0400 )
0.0750 10 84.0600
( 0.0000 )
0.0300 11 84.0600
( 0.0000 )
0.0300 12 84.0600
( 0.0000 )
0.0000 13 82.4000
( 0.0000 )
0.0050 14 84.0600
( 0.0000 )
0.0250 15 82.4300
( 0.0000 )
0.0 50 16
'80.1900
( 0.0000 )
0.0 50 17 84.5900
( 0.0000 )
0.1180 10 84.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.7040
(-0.0000 )
PSIA AVG. CONT. TEMP =
84.4048
( 0.0400 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
(
.0000 )
PSIA i
INTERVAL 29 LEAK RATE =
0.7320 WT%/04 HRS TOTAL TIME LEAK RATE =
0.26:5 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85605.2776 POUNDS
=
PROJECTED LEAK RATE
=
0.067:
WT%/24 HRS 95% CGNFIDENCE INTERVAL
=
+/-
0.0959 WT%/04 HRS 95% UPPER CONFIDENCE LEAK RATE 0.0601 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75*LA)
=
0.4760 WT%/04 HRS
~
0-30 9
1
~ I COOPER 1
'i PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD l
DATA SET NUMBER 31 DATE:12-Aug-85 2000 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 9.9997 SENSOR S TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
92.9700
( 0.0000 )
0.0270 78.7880
( 0.0000 )
O.1500 3
52.4300
( O.0000 )
0.0270 78.0590
( 0.3850 )
0.1500 4
77.5300
( 0.0000 )
0.0270 78.7880
( 0.3440 )
0.1000 5
S4.0600
( 0.0000 )
0.0270 81.7~00
( 0.3850 )
0.2250 6
85.1500
( 0.0000 )
0.0270 81.7300
( 0.3850 )
0.2250 7
S4.0600
( 0.0000 )
O.0270 O
B2.9700
( 0.0000 )
0.0750 9
78.2600 f-0.3400 )
O.0750 10 94.0600
( 0.0000 )
O.0300 11 94.0600
( 0.0000 )
O.0300 12 94.0600
( 0.0000 )
O.0300 13 B2.4300
( 0.0000 )
O.0 50 i
14 94.0600
( 0.0000 )
O.0:50 15 82.4300
( 0.0000 )
O.0 50 16 82.3300
( 0.1400 )
0.0050 17 86.5900
( 0.0000 )
O.1180 10 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
O.1180 20 96.5900
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.7010
(-0.0030 )
PSIA i-AVG. CONT. TEMP =
S4.4128
(-0.0000 )
DEG.F AVG. DEWPOINT FRESS =
0.5556
( 0.0047 )
PSIA INTERVAL 30 LEAK RATE =
0.4816 WT%/04 HRS TOTAL TIME LEAK RATE =
0.0698 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
=
85599.5516 FOUNDS PROJECTED LEAK RATE
=*
0.2744 WT%/24HR$
95% CONFIDENCE INTERVAL
=
+/-
0.0956 WT%/04 HRS 95% UPPER CONFIDENCE LEAK RATE 0.3700 WT%/04 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75+LA) =
0.4760 WT%/04 HRS D -31 0
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 30 DATE 12-Aug-85 2:40 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 10.0000 SENSOR 4 TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5000
( 0.0000 )
0.0070 78.7880
( 0.3440 )
0.1500 2
82.9700
( 0.0000 )
0.0270 78.7880
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0070 77.6740
(-0.0850 )
0.1500 4
77.5300 O.0000 )
0.0070 78.4440
(-0.3440 )
0.1000 5
84.0600
( 0.0000 )
0.0270 81.0450
(-0.2850 )
0.2050 6
85.1500
( 0.0000 )
0.0270 81.7300
( 0.0000 )
0.0050 7
84.0600
( O.0000 )
0.0270 8
82.9700
( 0.0000 )
0.0750-i 9
78.6000
( 0.3400 )
0.0750 10 84.0600
( 0.0000 )
0.0300 11 84.0600
( 0.0000 )
0.0000 12 84.0600
( 0.0000 )
0.0300 13 82.4000
( 0.0000 )
0.0250 14 84.0600
( 0.0000 >
0.0250 15 82.4000
( 0.0000 )
0.0250 16 80.0900
(-0.0400 )
0.0250 17 86.5900
( 0.0000 )
0.1180 18 86.7600
( 0.5500 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.0000 )
0.1160 DRYWELL PRESSURE 71.6970
(-0.0040 )
PSIA AVG. CONT. TEMP =
84.5001
( 0.0890 )
DEG.F AVG. DEWPOINT PRESS =
0.5503
(-0.00:2 )
FSIA INTERVAL 31 f.EAK RATE =
1.3595 WT7./24 HRS TOTAL TIME LEAK RATE =
0.0049 WT%/04 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85580.0086 POUNDS
=
PROJECTED LEAK RATE
=
0.0865 WT%/04 HRS l
95% CONFIDENCE INTERVAL
=
+/-
0.0973 WT%/04 HRS 95% UFPER CONFIDENCE LEAK RATE 0.3808 WT%/04 HRS
=
MAXIMUM ALLOWABLE LEAMRATE (0.75+LA)
=
COOFER1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 33 DATE:12-Aug-85 2300 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 10.6664 SENSOR S TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
93.5200
( 0.0000 )
0.0270 78.4440
(-0.3440 )
0.1500
.2 82.9700
( 0.0000 )
0.0270 79.1210
( 0.3330 )
0.1500 3
82.9700
( 0.5400 )
0.0270 77.6740
( 0.0000 )
0.1500 4
77.5300
( 0.0000 )
0.0070 78.7880
( 0.3440 )
0.1000 5
84.0600
( 0.0000 3 0.0270 81.3450
( 0.0000 )
0.0250 6.
B5.7000
( 0.5500 )
0.0270
$1.7300
( 0.0000 )
0.0250 7
84.0600
( 0.0000 )
0.0270 0
82.9700
( O.0000 >
0.0750 9
78.6000
( 0.0000 )
0.0750 10 84.0600
( 0.0000 )
0.0300 11 84.0600
( 0.0000 )
0.0300 12 84.0600
( 0.0000 )
0.0300 13 82.4300
( 0.0000 )
0.0250 14 84.0600
( 0.0000 )
0.0250 15 82.4300
( 0.0000 )
0.0050 la 82.2900
( 0.0000 )
0.0:50 17 86.5900
( 0.0000 )
0.1180 18 86.7600
( 0.0000 )
0.1180 19 87.8500
( 0.5800 )
0.1180 20 87.1300
( 0.5400 )
0.1160 DRYWELL PRESSURE 71.6940
(-0.0000 )
PSIA AVG. CONT. TEMP =
84.6635
( 0.1614 )
DEG.F AVG. DEWPOINT FRESS =
0.5508
( 0.0005 )
FSIA INTERVAL 32 LEAK RATE =
2.4860 WT%/04 HRS TOTAL TIME LEAK RATE =
0.3709 WT%/04 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)'=
85553.8088 POUNDS FROJECTED LEAK RATE 0.3083 WT%/24 HRS
=
95% CONFIDENCE INTERVAL
=
+/-
0.103:
WT%/24 HRS 95% UPFER CONFIDENCE LEAK RATE 0.4115 WT%/24 HRS
=
MAXIMUM ALLOWAELE LEAL; RATE (0.75+LA) 0.4760 WT%/04 HRS
=
i 1
0-33
r COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 34 DATE:12-Aug-85 2300 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 10.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
93.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.9700
( 0.0000 )
0.0270 78.7880
(-0.3330 )
0.1500 3
83.5200
( 0.5500 )
0.0270 77.6740
( 0.0000 )
0.1500 4
77.5300
( 0.0000 )
0.0270 78.4440
(-0.3440 )
0.1000 5
84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2050 6
85.1500
(-0.5500 )
0.0270 81.7300
( 0.0000-)
0.0050 7
84.0600
( 0.0000 )
0.0270 8
82.9700
( 0.0000 )
0.0750.
9 78.6000
( 0.0000 )
0.0750 10 84.0600
( 0.0000 )
0.0300 11 d4.0600
( 0.0000 )
0.0300 12 84.0600
( 0.0000 )
0.0300 13 80.4300
( 0.0000 )
0.0250 14 84.0600
( 0.0000 )
0.0250 15 82.9700
( 0.5400 )
0.0250 16 82.1600
(-0.1300 )
0.0250 17 86.5900
( 0.0000 )
0.1180 18 86.0100
(-0.5500 )
0.1180 19 87.0700
(-0.5800 )
0.1180 00 So.5900
(-0.5400 )
0.1180 i
DRYWELL PRESSURE 71.6920
(-0.0000 )
PSIA AVG. CONT. TEMP =
84.4769
(-0.1866 )
DEG.F AVG. DEWPOINT PRESS =
0.5506
(-0.001
)
PSIA INTERVAL 33 LEAK RATE =
-2.3896 WT%/04 HRS TOTAL TIME LEAK RATE =
0.2894 WT%/24 HRS NASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CCNTAINNENT TOTAL MASS (DRY AIR) 85580.2333 POUNDS
=
PROJECTED LEAK RATE
=
0.3108 WT%/04HR5 95% CCNFIDENCE INTERVAL
=
+/-
0.1021 WT%/04 HRS 95% UPFER CONFIDENCE LEAR RATE 0.4150 WT%/24 HRS
=
MAXINUM ALLOWABLE LEAkRATE (0.75*LA)
=
0.4760 WT'4/ 04HR S l
D-34
COCFER1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 35 DATE 12-Aug-85 2340 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 11.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
G3.5000
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
(-0.5400 )
0.0270 78.7880
( 0.0000 )
0.1500 3
82.4300
(-1.0900 )
0.0270 77.6740
( 0.0000 )
0.1500 4
77.5300
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
G4.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 6
85.1500
( 0.0000 )
0.0270 81.3450
(-0.3850 )
0.2250 7
84.0600
( O.0000 )
0.0270 8
82.4300
(-0.5400 )
0.0750
~
9 78.6000
( 0.0000 )
0.0750 10 G4.0600
( 0.0000 )
0.0300 11 84.0600
( 0.0000 )
0.0300 12 84.0600
( 0.0000 )
0.0300 13 B2.4300
( 0.0000 )
0.0250 14 83.5200
(-0.5400 )
0.0250 15 82.4300
(-0.5400 )
0.0250 16 B2.1600
( 0.0000 )
0.0250 17 86.5900
( 0.0000 )
0.1180 10 B6.7600
( O.5500 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 B6.0100
(-0.5800 )
0.1180 DRYWELL PRESSURE 71.6880
(-0.0040 )
PSIA AVG. CONT. TEMP =
84.3620
(-0.1149 )
DEG.F AVG. DEWFOINT PRESS =
0.5509
(-0.0017 )
PSIA INTERVAL 34 LEAK RATE =
-1.2839 WT%/24 HRS TOTAL TIME LEAR RATE =
0.2431 WT%/24 HRS MASS PLOT CONTAINMENT LEAMAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
G5597.4945 POUNDS
=
PROJECTED LEAK RATE 0.3091 WT%/24 HRS
=
95% CONFIDENCE INTERVAL
=
+/-
0.0989 WT%/24 HRS ~
95% UPPER CONFIDENCE LEAK RATE
=
0.4079 WT%/24 HRS MAXIMUM ALLOWABLE LEARRATE (0.75 LA) =
0.4760 WT%/24 HRS l
n-35
l COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 36 DATE 13-Aug-85 2400 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 11.6664 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.9700
( 0.5400 )
0.0270 78.7880
( 0.0000 )
0.1500 3
82.4000
( 0.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
76.9800
(-0.5500 )
0.0070 78.4440
( 0.0000 )
0.1000 5
84.0600
( 0.C000 )
0.0270-81.0450
( 0.0000 )
0.2250 4
84.6100
(-0.5400 )
0.0270 81.0450
< 0.0000 )
0.0050 7
84.0600
( 0.0000 )
0.0270 8
82.4300
( 0.0000 )
0.0750 9
78.6000
( 0.0000 )
0.0750 10 84.0600
( 0.0000 )
0.0000 11 84.0600
( 0.0000 )
0.0300 12 84.0600
( 0.0000 )
0.0300 13 82.4300
( 0.0000 )
0.0250 14 84.0600
( 0.5400 )
0.0250 15 82.4000
( 0.0000 )
0.0250 14 80.0500
(-0.1100 )
0.0 50 17 86.5900
( 0.0000 )
0.1180 18 86.2100
(-0.5500 )
0.1180 19 87.0700
( 0.0000 )
0.1180 20 86.5900
( 0.5800 )
0.1180 DRYWELL FRESSUR"E 71.6840
(-0.0040 )
PSIA AVG. CONT. TEMP =
B4.0614
(-0.0006 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
(
.0000 )
FSIA INTERVAL 35 LEAK RATE =
0.3971 WT%/04 HRS TOTAL TIME LEAM RATE =
0.2475 WT%/24 HRS MASS FLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85592.7702 POUNDS
=
PROJECTED LEAK RATE
=
0.~06:
WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0960 WT%/04 HRS 95% UPPER CCNFIDENCE LEAK RATE 0.4003 WT%/04 HRS
=
MAXIMUM ALLOWABLE LEAMRATE (0.75+LA) 0.4760 WT%/24 HRS
=
D-%
i
COOPER 1 FRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 37 DATE 13-Aug-85 0020 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 11.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5000
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
(-0.5400 )
0.0270 78.7880
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
83.5000
(-0.5400 1 0.0270 81.3450
( 0.0000 )
0.2250 6
84.6100
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.0250 7
84.0600
( 0.0000 )
0.0270 l
8 82.9700
( 0.5400 )
0.0750 9
78.6000
( 0.0000 )
0.0750 l
10 84.0600
( 0.0000 )
0.0300 l
11 84.0600
( 0.0000 )
0.0000 i
12 84.0600
( 0.0000 )
0.0300 13 81.8800
(-0.5500 )
0.0250
[
14 83.5000
( 0.0000 )
0.0050 15 82.4300
( 0.0000 )
0.0250 to 81.9000
(-0.1300 )
0.0250 17 36.5900
( 0.0000 )
0.1180 10 86.2100
( O.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
(-0.5000 )
0.1180 DRYWELL PRESSURE 71.6810
(-0.0000 )
PSIA AVG. CONT. TEMP =
B4.2709
(-0.0875 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
(
.0000 )
PSIA INTERVAL 36 LEAK RATE =
-0.8548 WT%/04 HRS TOTAL TIME LEAR RATE =
0.0169 Wr%/04 HRS MASS FLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
=
85600.9351 FOUNDS PROJECTED LEAR RATE 0.2990 WT%/04 HRS
=
95% CONFIDENCE INTERVAL
=
+/-
0.0920 WT%/04 HRS 95% UPFER CONFIDENCE LEAK RATE
=
0.0914 WT%/04 HRS MAX 1 MUM ALLOWABLE LEAKRATE (0.75+LA) =
0.4760 WT%/04 HRS D-37 b
COCFER1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 08 DATE 13-Aug-85 0040 LAST INTERVAL, HOURS 0.0333 HOURS FROM T=0 12.3330 SENSCR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5000
( 0.0000 )
0.0070 78.4440
( 0.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.7880
( 0.0000 )
0.1500 3
82.4300
( O.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
76.9800
( 0.0000 )
0.0070 78.4440
( 0.0000 )
0.1000 5
83.5200
( 0.0000 1 0.0270 81.3450
( O.0000 )
0.2250 6
84.6100
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 7
84.0400
( 0.0000 )
0.0070 B
82.4300
(-0.5400 )
0.0750 9
78.6000
( 0.0000 )
0.0750 10 84.0600
( 0.0000 )
0.0000 11 84.0600
( 0.0000 )
0.0300 12 84.0600
( 0.0000 )
0.0300 13 82.4000
( 0.5500 )
0.0050 14 83.5200
( 0.0000 )
0.0250 15 82.4000
( O.0000 )
0.0250 16 82.0200
( 0.1000 )
0.0250 17 86.5900
( 0.0000 )
0.1180 10 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.5000 )
0.1180 DRYWELL PRESSURE 71.6770
(-0.0040 )
PSIA AVG. CONT. TEMP =
84.3181
( 0.0441 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
(
.0000 )
PSIA INTERVAL 37 LEAK RATE =
0.9828 WT%/24 HRS TOTAL TIME LEAK RATE =
0.0378, WT%/04 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
B5591.1790 POUNDS
=
PROJECTED LEAK RATE
=
0.0956 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0896 WT%/04 HRS l
95% UPPER CONFIDENCE LEAK RATE 0.0853 WT%/04 HRS
=
MAXIMUM ALLOWABLE LEAARATE (0.75+LA)
=
0.4760 WT7./04 HRS D-38 g
I L
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 39 DATE:13-Aug-85 0100 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 12.6664 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.7880
( 0.0000 )
O.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
77.5300
( 0.5500 )
0.0270 78.4440
( 0.0000 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 6
24.6100
( O.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 7
84.0600
( 0.0000 )
0.0270 8
82.9700
( 0.5400 )
0.0750 9
78.6000
( 0.0000 )
O.0750 10 84.0600
( 0.0000 )
0.0300 11 83.5000
(-0.5400 )
0.0300 12 84.0600
( O.0000 )
0.0300 13 81.8800
(-0.5500 )
0.0250 14 83.5000
( 0.0000 )
0.0250 15 82.4300
( 0.0000 )
O.0:50 10 81.9200
(-0.1000 >
0.0250 17 86.5900
( 0.0000 )
O.1180 18 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
O.1180 20 86.5900
( 0.0000 )
O.1180 DRYWELL PRESSURE 71.6730
(-0.0040 )
PSIA AVG. CONT. TEMP =
B4.3409
( 0.0009 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
(
.0000 )
PSIA INTERVAL 38 LEAK RATE =
0.7073 WT%/04 HRS TOTAL TIME LEAK RATE =
0.2501 WT*/./ 04 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAIHMENT TOTAL ~ MASS (DRY AIR)
=
85582.7708 FOUNDS 0.2943 WT%/24 HRS PROJECTED LEAK RATE
=
95% CON 8:IDENCE INTERVAL
=
+/-
0.0876 WT%/04 HRS 0.0818 WT%/04 HRS 95% UPPER CONFIDENCE LEAK RATE
=
MAXIMUM ALLCWABLE 0.4760 WT%/04 HRS LEAFRATE (O. 75+LA)
=
i i
D-39 4
~
i COOPER 1 FRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 40 DATE:13-Aug-85 0120 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 12.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.0000 )
0.0270 78.4440
( O.0000 )
0.1500 2
82.9700
( 0.5400 )
0.0270 78.7880
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
76.9800
(-0.5500 )
0.0270 78.4440
( 0.0000 )
0.1000
' 5 84.0600
( 0.5400 )
0.0270 C1.0450
( 0.0000 )
0.0250 6
84.6100
( 0.0000 )
0.0270 81.7300
( 0.3850 )
0.2250 7
84.0600
( 0.0000 )
0.0270 8
82.9700
( 0.0000 )
0.0750
~
9 78.6000
( 0.0000 )
0.0750 10 84.0600
( 0.0000 )
0.0300
+
11 83.5200
( 0.0000 )
0.0300 12 84.0600
( 0.0000 )
0.0000 13 82.4300
( 0.5500 )
0.0250 14 84.0600
( 0.5400 )
0.0250 15 82.4000
( 0.0000 )
0.0250 16 82.1600
( 0.2400 )
0.0050 17 86.5900
( 0.0000 )
0.1180 18 86.7600
( 0.5500 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.e690
(-0.0040 )
PSIA AVG. CONT. TEMP =
84.4500
( 0.1123 )
DEG.F AVG. DEWPOINT PRESS =
0.5526
( 0.0017 )
PSIA INTERVAL 39 LEAK RATE =
0.0585 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2964 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85558.3021 POUNDS
=
PROJECTED LEAK RATE 0.2996 WT%/24 HRS
=
l 95% CONFIDENCE INTERVAL
=
+/-
0.1067 WT%/24 HRS I
95% UPPER CONFIDENCE LEAK RATE 0.4063 WT%/24 HRS
=
I l
i MAXIMUM ALLOWABLE LEAMRATE (0.75+LA) 0.4760 WT%/24 HRS
=
D-40
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 41 DATE:13-Aug-85 0140 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 13.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5000
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
(-0.5400 )
0.0070 78.7880
( O.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
76.9800
( 0.0000 )
0.0070 78.4440
( 0.0000 )
0.1000 4
84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2050 6
84.6100
( 0.0000 >
0.0270 81.3450
(-0.3850 )
0.2250 7
84.0600
( 0.0000 )
0.0270 C
82.9700
( O.0000 )
0.0750 9
78.6000
( 0.0000 )
0.0750 10 84.0600
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5200
(-0.5400 )
0.0300 13 81.8800
(-0.5500 )
0.0250 14 83.5200
(-0.5400 )
0.0050 15 82.4300
( 0.0000 )
0.0050 16 82.0500
(-0.1100 )
0.0250 17 86.5900
( 0.0000 )
0.1180 10 86.7600
( 0.0000 )
0.1180 19 87.0700
( O.0000 )
0.1180 20 86.0100
(-0.5800 )
0.1180 DRYWELL PRESSURE 71.6650
(-0.0040 )
PSIA AVG. CONT. TEMP =
84.3240
(-0.1291 )
DEG.F AVG. DEWFOINT PRESS =
0.5509
(-0.0017 )
FSIA INTERVAL 40 LEAK RATE =
-1.4713 WT%/04 HRS TOTAL TIME LEAK RATE =
0.2523 WT%/04 HRS MASS FLOT CONTAINMENT LEAKAGE RATE ANALYSIS t
85575.7855 POUNDS CONTAINMENT TOTAL MASS (DRY AIR)
=
0.0980 WT%/04 HRS PROJECTED LEAK RATE
=
+/-
0.0855 WT%/04 HRS 95% CONFIDENCE INTERVAL
=
0.3835 WT%/04 HRS 95% UPPER CONFIDENCE LEAK RATE
=
MAXIMUM ALLOWABLE 0.4760 WT%/04 HRS LEAKRATE (0.75+LA)
=
l E
i U=4l t
i
.a
COOPER 1 PRIMARY CONTAINMENT ILRT---ABS
________________________________OLUTEMETHOD DATA SET NUMBER 42 DATE:13-Aug-85 0200 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 13.6664 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5000
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.9700
( 0.5400 )
0.0270 78.7880
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( O.0000 )
0.1500 4
76.9800
( 0.0000-)
0.0270 78.4440
( 0.0000 )
0.1000 5
84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 6
84.6100
( 0.0000 )
0.0270 81.3450
( O.0000 )
0.2250 7
84.6100
( 0.5500 )
0.0270 8
82.9700
( 0.0000 )
0.0750 9
78.6000
( 0.0000 )
0.0750 to 84.0600
( 0.0000 )
0.0300 11 84.0600
( 0.5400 )
0.0300 12 84.0600
( 0.5400 )
0.0300 10 82.4300
( 0.5500 )
0.0250 14 84.0600
( 0.5400 )
0.0250 15 92.4300
( 0.0000 )
0.0250 16 62.1600
( 0.1100 )
0.0250 17 86.5900
( 0.0000 )
0.1180 18
-86.7600
( 0.0000 )
0.1180 19 87.0700
( 0.0000 )
0.1180 20 96.5900
( 0.5000 )
0.1180 DRYWELL PRESSURE 71.6610
(-0.0040 )
FSIA i
AVG. CONT. TEMP =
B4.4843
( 0.1601 )
DEG.F AVG. DEWFOINT PRESS =
0.5509
(
.0000 )
PSIA INTERVAL 41 LEAK RATE =
TOTAL TIME LEAK RATE =
0.5008 WT%/04 HRS 0.3076 WT%/04 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
PROJECTED LEAK RATE 85545.8001 FOUNDS
=
=
95% CONFIDENCE INTERVAL 0.3040 WT%/04 HRS
=
+/-
0.0857 WT%/04 HRS 95% UFFER CONFIDENCE LEAK RATE 0.0897 WT%/04 HRS
=
MAXIMUM ALLOWAELE LEANRATE (0.75+LA)
=
0.4760 WT%/04 HRS l
l l
D-42 1
I
i COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 43 DATE:13-Aug-85 0220 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 10.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
(-0.5400 )
0.0270 78.7880
( O.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.0890
(-0.0850 )
0.1500 0
76.9800
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
83.5200
(-0.5400 )
0.0270 81.0450
( 0.0000 )
0.0250 6
84.6100
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.0250 7
84.0600
(-0.5500 )
0.0270 0
82.4300
(-0.5400 )
0.0750 9
78.6000
( 0.0000 )
0.0750 10 84.0600
( 0.0000 )
0.0000 11 83.5200
(-0.5400 )
0.0300 12 83.5200
(-0.5400 )
0.0300 13 82.4300
( 0.0000 )
0.0250 l
14 83.5200
(-0.5400 )
0.0050 15 82.4300
( 0.0000 )
0.0250 16 81.9200
(-0.2400 )
0.0250 17 86.5900
( 0.0000 )
0.1190 10 86.2100
(-0.5500 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.6560
(-0.0050 )
PSIA AVG. CONT. TEMP =
84.0832
(-0.0011 )
DEG.F AVG. DEMPOINT PRESS =
0.5501
(-0.0008 )
FSIA INTERVAL 42 LEAK RATE =
-2.2098 WT%/04 HRS TOTAL TIME LEAK RATE =
0.0470 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85572.4100 POUNDS
=
PROJECTED LEAK RATE
=
0.0011 WT%/04 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0806 WT%/04 HRS 95% UPPER CONFIDENCE LEAK RATE 0.0847 WT%/04 HRS
=
MAXIMUM ALLOWADLE LEAERATE (0.75eLA) =
0.4760 WT%/04 HRS w
D-43
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE
-~~~-~~---_-_________________________ METHOD DATA SET NUMBER 44 DATE 13-Aug-85 0240 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 14.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.9700
(-0.5500 )
0.0270 78.0590
(-0.3850 )
0.1500 2
82.4300
( O.0000 )
0.027C 78.7880
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( 0.3850 )
0.1500 4
76.9800
( 0.0000 1 0.0270 78.4440
( 0.0000 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.3450
( O.0000 )
0.0050 6
64.6100
( 0.0000 )
0.0270 81.7000
( O.3850 )
0.2250 7
84.0600
( 0.0000 )
0.0270 B
80.4300
( O.0000 )
0.0750' 9
78.6000
( 0.0000 )
0.0750 10 83.5000
(-0.5400 )
0.0300 11 83.5000
( 0.0000 )
0.0000 12 83.5000
( 0.0000 )
0.0300 13 81.8800
(-0.5500 )
0.0250 14 83.5000
( 0.0000 )
0.0 50 15 82.4300
( 0.0000 )
0.0250 16 81.8800
(-0.0400 )
0.0250 17 86.5900
( 0.0000 )
0.1180 18 B6.2100
( 0.0000 )
0.1180 19 87.0700
( 0.0000 >
0.1180 20 86.5900
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.6500
(-0.0060 )
FEIA AVG. CONT. TEMP =
84.0374
(-0.0458 )
DEG.F AVG. DEWPOINT PRESS =
0.5517
( 0.0017 )
PSIA INTERVAL 43 LEAK RATE =
0.1691 WT%/04 HRS TOTAL TIME LEAR RATE =
0.245 WT%/04 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85570.40 3 POUNDS
=
FROJECTED LEAK RATE
=
0.0980 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0817 WT%/04 HRS 95% UFFER CONFIDENCE LEAK RATE
=
0.3799 WT%/04 HRS l
MAXIMUM ALLOWAELE LEAFRATE (0.75+LA)
=
0.4760 WTZ/04HAS l
[
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 45 DATE 13-Aug-85 0300 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 14.6664 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
92.9700
( 0.0000 )
0.0270 78.4440
( 0.3850 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.4440
(-0.3440 )
0.1500 3
82.4300
( 0.0000 )
0.0270 77.6740
( 0.0000 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
83.5000
( 0.0000 )
0.0070 81.3450
( 0.0000 )
0.2250 6
84.0600
(-0.5500 )
0.0270 81.3450
(-d. 3850 )
0.0250 7
83.5200
(-0.5400 )
0.0270 8
82.4300 - ( 0.0000 )
0.0750 9
78.6000
( 0.0000 )
0.0750 10 83.5200
( 0.0000 )
0.0300 11 84.0600
( 0.5400 )
0.0300 12 84.0600
( 0.5400 )
0.0300 13 81.8800
( 0.0000 )
0.0250 to 83.5000
( 0.0000 )
0.0250 15 81.8800
(-0.5500 )
0.0250 16 81.9000
( 0.0400 )
0.0250 17 86.5900
( 0.0000 )
0.1180 10 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
(-0.5800 )
0.1180 DRYWELL PRESSURE 71.6450
(-0.0050 )
PSIA AVG. CONT. TEMP =
84.1593
(-0.0310 )
DEG.F AVG. DEWPOINT PRESS =
0.5501
(-0.0016 )
PSIA INTERVAL 44 LEAK RATE =
-0.6871 WT%/04HFS TOTAL TIME LEAK RATE =
0.0240 WT%/04 HRS MASS FLOT CONTAINMENT LEAUAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
=
85578.5687 POUNDS FROJECTED LEAK RATE
=
0.2929 WT%/04 HRS C5% CONFIDENCE INTERVAL
=
+/-
0.0793 WT%/24 HRS 95% UFPER CONFIDENCE LEAK RATE 0.3721 WTX/24 HRS
=
l l
MAXIMUM ALLOWABLE LEAKRATE (0.75+LA) =
0.4760 WT%/04HAS i
f D-45 l
l l
l
1 i
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD i
DATA SET NUMBER-46 DATE:13-Aug-85 0320 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 14.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT.F' ACTOR 1
80.9700
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 3
82.4300
( 0.0000 )
O.0270 77.2890
(-0.3850 )
O.1500 4
76.9800
-(
0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
83.5 00
( 0.0000 )
^ 0270 81.3450
( O.0000 )
0.0050 6
84.6100
( 0.5500 )
0.0270 81.3450
( 0.0000 )
0.2050 7
83.5200
( O.0000 )
0.0270 8
82.4300
( 0.0000 )
0.0750-9 78.6000
( 0.0000 )
0.0750 10 83.5:00
( 0.0000 )
0.0300 11 83.5000
(-0.5400 >
0.0300 12 83.5000
(-0.5400 )
0.0300 10 81.8800
( 0.0000 )
O.0250 14 83.5000
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
O.0250 16 81.9200
( 0.0000 )
0.0050 17 86.5900
( 0.0000 )
O.1180 18 86.2100
( 0.0000 )
O.1180 19 87.2700
( 0.0000 )
O.1180 20 86.5900
( 0.5800 )
O.1180 DRYWELL PRESSURE 71.6080
,(-0.0070')
PSIA AVG. CONT. TEMP =
84.0101
( 0.0508 )
DEG.F AVG. DEWPOINT PRESS =
0.5490
(-0.0000 )
PSIA INTERVAL 45 LEAK RATE =
1.2971 WT%/04 HRS TOTAL TIME LEAK RATE =
0.0478 WT%/04 HRS MASS PLOT CONTAINMENT LEAUAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85560.1510 POUNDS
=
PROJECTED LEAK RATE
=
0.2909 WT%/04 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0776 WT%/04 HRS 95% UPPER CONFIDENCE LEAK RATE 0.0685 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75+LA) 0.4760 WT%/04 HRS
=
l D-46 l
l e
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 47 DATE 13-Aug-85 0340 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 15.3330 SENSOR S TEMP. ( DEG. F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.9700
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 3
82.4300" ( 0.0000 )
0.0270 77.2890
( 0.0000 )
0.1500 0
76.9R00
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.3450
(-0.0000 )
0.2250 6
-84.6100
( 0.0000 )
0.0270 81.7300
( 0.3850 )
^ 2050 7
83.5200
( 0.0000 )
0.0270 l
8 82.4300
( 0.0000 )
0.0750 9
.78.6000
( 0.0000 )
0.0750.
l 10 83.5000
( 0.0000 )
0.0300 l
'11 U3.5000
( 0.0000 )
0.030 u
12 83.5000
( 0.0000 )
0.0300 l
13 81.8800
( 0. 00u.
O.0250 l
14 83.5200
( 0.0000 )
0.0250 l
15 St.E "o
~( 0.0000 )
0.0250 l
16 S
4:00
( 0.0000 )
0.0250 l
17 86.5900
( 0.0000 )
0.1180 l
1 86.:100
( 0.0000 >
0.1180 l
19 87.2700
( 0.0000 )
0.1180 20 86.5900
( O.0000 )
0.1180 j
DRYWELL PRESSURE 71.6340
(-0.0040 )
PSIA AVG. CONT. TEMP =
84.0101
( 0.0000 )
DEG.F AVG. DEWFO!NT PRESS =
0.5510
( 0.0017 )
PSIA INTERVAL 46 LEAK RATE =
0.57:4 WT%/04 HRS TOTAL TIME LEAK RATE =
0.0549 WT%/04 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85556.3484 POUNDS
=
PROJECTED LEAM RATE 0.0900 WT%/04 HRS
=
95% CONFIDENCE INTERVAL
=
+/-
0.0770 WT%/24 HRS CSX UFFER CONFIDENCE LEAR RATE 0.3670 WT%/24 HRS
=
MAXIMUM ALLOWAELE LEAKRATE (0.75eLA)
=
0.4760 WT%/04 HRS l
D-47 l
l l
i
C00FER1 PRIMARY. CONTAINMENT.ILRT---A
______________________________BSOLUTE METHOD
{
-DATA SET NUMBER 48
.DATE 13-Aug-85 0400 LAST INTERVAL,. HOURS 0.3333 HOURS FROM T=0 15.6663 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.5500 )
0.0270 78.7800
( 0.3440 )
0.1500 12 82.9700
( 0.5400 )
0.0270 78.7880
( 0.3440 )
0.1500 3
82.9700
( 0.5400 )
0.0270 78.0590
( 0.7700 )
0.1500 4
77.5300
( 0.5500 )
0.0270 78.7880
( 0.3440 )
0.1000 5
84.0600
( 0.5400 )
0.0270 81.3450
( 0.0000 )
0.2250
,6 85.1500
( 0.5400 )
0.0270 81.3450
(-0. 3850 - )
0.2250 7
84.0600
( 0.5400 )
0.0270 8
82.4300
( 0.0000 )
0.0750 9
78.9400
( 0.3400.)
0.0750' 10 84.0600
( 0.5400 )
0.0300 11 84.0600
( 0.5400 )
0.0300 12 84.0600
( 0.5400 )
0.0300 13 82.4300
( 0.5500 )
0.0250 14 84.0600
( 0.5400 )
0.0250 15 82.4300
( 0.5500 )
0.0250 16 82.1600
( 0.2400 )
0.0250 17 86.5900
( 0.0000 )
0.1180 18 86.2100
( O.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
(-0.5800 )
0.1180 DRYWELL PRESSURE 71.6740
( 0.0400 )
PSIA i
AVG. CONT. TEMP =
AVG. DEWFOINT FRESS =
84.3652
( 0.1551 )
DEG.F 0.5530
( 0.0000 )
PSIA INTERVAL 47 LEAK RATE =
TOTAL TIME LEAK RATE =
-1.7939 WT%/24 HRS 0.2113 WT%/24 HRS MASS PLOT CONTAINMENT LEAVAGE RATE ANALYSIS i
CCNTAINMENT TOTAL MASS (DRY AIR) 85577.6624
=
PROJECTED LEAK RATE POUNDS
=
0.2839 WT%/24HR$
95% CONFIDENCE INTERVAL
=
+/-
0.0740 WT%/24 HRS 95% UPPER CCNFIDENCE LEAK RATE 0.3578 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEALRATE (0.75 LA)
=
0.4760 WT%/24 HRS i
i D-48 t
l
l COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 49 DATE 13-Aug-85 0400 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 15.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
83.5200
( 0.0000 )
0.0270 78.7880
( 0.0000 )
0.1500 2
82.4000
(-0.5400 )
0.0070 78.7890
( O.0000 )
0.1500 3
82.4300
(-0.5400 )
0.0270 77.6740
(-0.0850 )
0.1500 0
77.5300
( 0.0000 )
0.0270 70.4440
(-0.3440 )
0.1000 5
84.0600
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2050 6
84.6100
(-0.5400 )
0.0270 81.7300
( 0.3850 )
0.2050 7
84.0600
( O.0000 )
0.0270 0
82.9700
( O.5400 >
0.0750 9
79.2800
( 0.0400 )
0.0750 10 84.0600
( 0.0000 )
0.0300 11 83.5200
(-0.5400 )
0.0300 12 84.0600
( 0.0000 )
0.0300 13 82.4000
( O.0000 )
0.0250 10 84.0600
( 0.0000 )
0.0250 15 82.4000
( 0.0000 )
0.0250 16 82.0500
(-0.1100 )
0.0050 17 86.5900
( 0.0000 )
0.1180 10 86.2100
( 0.0000 )
0.1100 19 87.2700
( 0.0000 )
0.1180 23 86.0100
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.6490
(-0.0250 )
PSIA AVG. CONT. TEMP =
84.0686
( 0.0000 )
DEG.F AVG. DEWPOINT PRESS =
0.5500
( O.0000 )
FSIA INTERVAL 48 LEAK RATE =
0.6060 WT%/04 HRS TOTAL, TIME LEAK RATE =
0.2611 WT%/04 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85546.6800 POUNDS
=
PROJECTED LEAK RATE
=
0.0841 WT%/04 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0700 WT%/04 HRS 95% UPFER CONFIDENCE LEAK RATE
=
0.0571 WT%/24HAS MAXIMUM ALLOWABLE LEAKRATE (0.7:eLA) 0.4760 WT%/04 HRS
=
D-49
N COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 50 DATE:13-Aug-85 0440 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 16.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)x WT. FACTOR e-1 93.5000
( 0.0000 )
0.0070 78.4440
(-0.3440 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.7800
( 0.0000 )
0.1500 3
92.4300
( 0.0000 )
0.0270 77.6740
( 0.0000 >
0.1500 4
76.9800
(-0.5500 )
0.0270 78.4440
( 0.0000 )
0.1000 5
94.0600
( 0.0000 )
0.0270 81.~450
( O.0000 )
0.2250 6
84.6100
( 0.0000 )
0.0270 81.3450
(-0.3850 )
0.0250 7
83.5000
(-0.5400 1 0.0270 D
82.9700
( 0.0000 )
0.0750 9
78.9400
(-0.3400 )
0.0750 10 84.0400
( 0.0000 )
0.0300 11 84.0600
-( 0.5400 )
0.0300 12 84.0600
( 0.0000 )
0.0300 13 82.4300
( 0.0000 )
0.0250 14 83.5000
(-0.5400 )
0.0050 i
15 80.4300
( 0.0000 )
0.0250 16 B1.9000
(-0.1300 )
0.0050 17 86.5900
( 0.0000 )
0.1180 10 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
( 0.0000 >
0.1180 DRYWELL PRESSURE 71.6090
(-0.010b )
PSIA AVG. CONT. TEMP =
84.3131.- (-0.0554 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
(-0.0004 )
PSIA a
l INTERVAL 49 LEAK RATE =
0.0357 WTY./04 HRS TOTAL TIME' LEAK RATE =
0.2565 WT%/04 HRS i
NASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS i
CONTAINMENT TOTAL MASS (DRY AIR)
=
85546.2607 FOUNDS l
PROJECTED LEAK RATE
=
0.0808 WTY./04 HAM 95% CONFIDENCE INTERVAL
=
+/-
0.0796 WTY./AHRS" i
95/. UPPER CONFIDENCE LEAK RATE l
=
0.3634 WT%/04 HRS,',.
l
-s-I MAXIMUM ALLOWABLE LEAMRATE (0.75*LA) 0.4760 WT%/04 HRS
=
D l
4 k
p j
p D-50
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMEER 51 DATE 13-Aug-85 0500 LAST INTERVAL, HOURS 0.0033 HOURS FROM T=0 16.6663 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.9700
(-0.5500 )
0.0270 78.4440
( O.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.7880
( 0.0000 )
0.1500 3
82.4000
( 0.0000 )
0.0270 77.2890
(-0.0850 )
0.1500 4
76.9800
( O.0000 )
0.0070 78.4440
( 0.0000 )
0.1000 5
80.5000
(-0.5400 )
0.02'O 81.3450
( 0.0000 )
0.2250 0
84.6100
( 0.0000 )
0.0270 81.7000
( 0.0850 )
0.2250 7
83.5000
( 0.0000 )
0.0070 0
82.4300
(-0.5400 )
O'.0750 9
77.9000
(-1.0000 )
0.0750 10 83.5000
(-0.5400 )
0.0000 11 80.5000
(-0.5400 )
0.0300 12 83.5200
(-0.5400 )
0.0300 10 81.8800
(-0.5500 )
0.0250 to 83.5000
( O.0000 )
0.0250 15 81.8800
(-0.5500 )
0.0250 16 81.9200
( 0.0000 )
0.0 50 17 86.5900
( 0.0000 )
0.1180 10 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.5800 )
0.1180 DRYWELL PRESSURE 71.6Ed
(-0.0110 )
PSIA CVG. CONT. TEMP =
84.1'59
(-0.1509 )
DEG.F AVG. DEWPOINT PRESS =
0.5517
( 0.0008 )
PSIA INTERVAL 50 LEAK RATE =
-0.8408 WT%/04 HRS TOTAL TIME LEAK RATE =
0.2046 WT%/04 HRS MASS FLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85556.2530 Pout!DS
=
PROJECTED LEAK RATE 0.0009 WT%/04 HRS
=
95*4 CONFIDENCE INTERVAL
=
+/-
0.0704 WT%/04 HRS 95% UFPER CONFIDENCE LEAK RATE
=
0.~51 WT%/04HRG MAXIMUM ALLOWADLE LEAL,R ATE (0.75+LA) 0.4760 WT%/04 HRS
=
D-51
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 52 DATE 13-Aug-85 0520 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 16.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.9700
( 0.0000 )
0.0670 78.0590
(-0.3850 >
0.1500 l
2 82.4300
( 0.0000 )
0.0270 78.4440
(-0.3440 )
0.1500 3
83.4300
( 1.0000 )
0.0270 77.6740
( 0.3850 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.4440
( O.0000 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 6
84.6100
( 0.0000 )
0.0270 81.7300
( 0.0000 )
0.2250 7
83.5200
( 0.0000 )
0.0270 8
82.4300
( 0.0000 )
0.0750 9
78.6000
( 0.6800 )
0.0750 10 83.5200
( 0.0000 )
0,0300 11 83.5200
( 0.0000 )
0.0300 32 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 83.5200
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.9200
( 0.0000 )
0.0250 17 86.5900
( 0.0000 )
0.1180 18 86.2100
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.0100
(-0.5800 )
0.1180 DRYWELL PRESSURE 71.6190
(-0.0090 )
PSIA AVG. CONT. TEMP =
84.1687
( 0.0096 )
DEG.F AVG. DEWPOINT PRESS =
0.5509
(-0.0007 )
PSIA INTERVAL 51 LEAK RATE =
0.9622 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2489 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85544.8195 POUNDS
=
PROJECTED LEAK RATd
=
0.2799 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0692 WT%/24 HRS 95% UPPER CCNFIDENCE LEAK RATE 0.3491 WT%/24 HRS
=
MAXIMUM ALLOWAELE LEAKRATE (0.75*LA) 0.4760 WT%/24 HRS
=
l D-52
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 53 DATE 13-Aug-85 0540 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 17.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR CEWPOINT (DEG.F)
WT. FACTOR 1
82.4300
(-0.5400 )
0.0270 78.0590
( 0.0000 )
0.1500 2
82.4300
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 3
81.8800
(-1.5500 )
0.0270 77.2890
(-0.3850 )
0.1500
<4 76.9800
( 0.0000 )
0.0270 78.0590
(-0.3850 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 6
84.0600
(-0.5500 )
0.0270 81.7000
( O.0000 )
0.2250 7
83.5200
( 0.0000 )
0.0270 G
82.4300-( 0.0000 )
0.0750 9
78.6000
( 0.0000 )
0.0750 10 83.5200 f 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14.
83.5200
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16
.81.7500
(-0.1700 )
0.0250 17 86.5900
( 0.0000 )
0.1180 18 86.7600
( 0.5500 )
0.1180 19 87.2700
( O.0000 )
0.1180 20 86.5900
( 0.5800
)-
0.1180 DRYWELL PRESSURE 71.6030
(-0.0160 )
PSIA AVG. CDNT. TEMP =
84.2265
( 0.0578 )
DEG.F AVG. DEWPOINT PRESS =
0.5495
(-0.0014 )
PSIA INTERVAL 52 LEAK RATE =
2.2437 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2872 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS, CONTAINMENT TOTAL MASS (DRY AIR) 85518.1612 POUNDS
=
PROJECTED LEAK RATE 0.2800 WT%/24 HRS
=
95% CONFIDENCE INTERVAL
=
+/-
0.0692 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE 0.3522 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEARRATE (0.75*LA)-
0.4760 WTZ/24 HRS
=
D-53
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 54 DATE 13-Aug-85 0600 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 17.6663 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEO.F)
WT. FACTOR 1
82.4300
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 2
81.0800
(-0.5500 )
0.0270 78.4440
( 0.0000 )
0.1500 3
81.8800
( 0.0000 )
0.0270 76.8970
(-0.3920 )
0.1500 4
76.,9800
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.3450
( 0.0000 )
0.2250 6
84.0600
( 0.0000 )
0.0270 81.7300
( 0.0000 )
0.2250 7
83.5200
( 0.0000 )
- 0. 0d70-8 81.8800
(-0.5500 )
0.0750 9
78.6000
( 0.0000 >
0.0750 10 83.5200
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 83.5200
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.8800
( 0.1300 )
0.0250 17 86.5900
( 0.0000 )
0.1180 18 86.7600
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.5930
(-0.0100 )
PSIA AVG. CONT. TEMP =
84.1737
(-0.0528 )
DEG.F AVG. DEWPOINT PRESS =
0.5487
(-0.0009 )
PSIA INTERVAL 53 LEAK RATE =
0.2280 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2860 WT%/24 HRS.
MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS
= = _ _ _ -
CONTAINMENT TOTAL MASS (DRY AIR) 85515.4533 POUNDS
=
PROJECTED LEAK RATE
=
0.2858 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0690 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE
=
0.3547 WT%/24 HRS MAXIMUM ALLOWABLE LEAKRATE (0.75*LA) 0.4760 WT%/24 HRS
=
D-54
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 55 DATE 13-Aug-85 0620 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 17.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR
{
1 82.4300
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 2
81.8000
( O.0000 )
0.0270, 78.7880
( O.3440 )
0.1500 3.
81.8800
( 0.0000 )
0.0270 77.2890
( 0.3920 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.4440
( O.3850 )
0.1000 5
83.5200
( 0.0000 )
0.0270 81.7300
( 0.'850 )
0.2250 6
84.0600
( 0.0000 )
0.0270 81.7300
( 0.0000 )
0.2250 j
7 83.5200
( O.0000 )
0.0270 0
82.4300
( 0.5500 )
0.0750 9
78.6000
( 0.0000 )
0.0750 l
10 83.5200
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5200
( O.0000 )
0.0000 13 81.8800
( 0.0000 )
0.0250 14 83.5200
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.6100
(-0.2700 )
0.0250 17 86.5900
( 0.0000 )
0.1180 18 86.7600
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.5860
(-0.0070 )
PSIA AVG. CDNT. TEMP =
84.2082
( 0.0345 )
DEG.F AVG. DEWPOINT PRESS =
0.5505
( 0.0038 )
PSIA INTERVAL 54 LEAK RATE =
1.5497 WT%/24 HRS TOTAL TIME LEAK RATE =
0.3094 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CCNTAINMENT TOTAL MASS (DRY AIR) 85497.0467 POUNDS
=
PROJECTED LEAK RATE 0.2906 WT%/24 HRS
=
95% CONFIDENCE INTERVAL
=
+/-
0.0694 WT%/24 HRS 95% UFFER CONFIDENCE LEAK RATE 0.3600 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75+LA) 0.4760 WT%/24 HRS
=
L D-55 i
I.
COOPER 1
' PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD i
i DATA SET NUMBER 56 DATE:13-Aug-85 0640 LAST INTERVAL, HOURS 0.;;33 HOURS FROM T=0 18.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR' DEWPOINT (DEG.F)
WT. FACTOR 1
82.4300
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 2
81.8800
( 0.0000 )
0.0270 78.4440
(-0.3440 )
0.1500 3
81.8800
( 0.0000 )
0.0270 76.8970
(-0.3920 )
0.1500 4
76.9800
( 0.0000 )
- 0.0270 78.0590
(-0.3850 )
0.1000 5
83.5200
( O.0000 )
0.0270 81.3450
(-0.3850 )
0.2250 6
84.0600
( O.0000 )
0.0270 81.7300
( 0.000G )
0.2250 7
82.9700
(-0.5500 )
0.0270 8
81.8800
(-0.5500 )
0.0750 9
78.6000
( 0.0000 )
0.0750 10 83.5200
( O.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 10 83.5200
( 0.0000 )
0.0300 13 81.8800
( O.0000 )
0.0250 14 83.5200
( 0.0000 )
0.0250 15 81.8800
( 0.0000 )
0.0250 16 81.6100
( 0.0000 )
0.0250 17 86.5900
( 0.0000 )
0.1180 18 86.7600
( 0.0000 )
0.1180 19 87.2700
( 0.0000 )
0.1180 20 86.5900
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.5790
(-0.0070 )
PSIA AVG. CONT. TEMP =
84.1521
(-0.0560 )
DEG.F AVG. DEWPOINT FRESS =
0.5487
(-0.0038 )
PSIA INTERVAL 55 LEAK RATE =
-0.4177 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2962 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85502.0073 POUNDS
=
PROJECTED LEAK RATE
=
0.2937 WT%/24 HRS 95% CONFIDENCE INTERVAC1
+/-
0.0693 WT%/24 HRS
=
95% UPPER CONFIDENCE LEAK RATE 0.3630 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75+LA)
=
0.4760 WT%/24 HRS D-56 m...
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 57 DATE:13-Aug-85 0700 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 18.6663 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4300
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 2
81.8800
( 0.0000 )
0.0270 78.4440
( 0.0000 )
0.1500 3
81.8800
( 0.0000 )
0.0270 76.8970
( 0.0000 )
0.1500 4
76.9800
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1000 5
82.9700
('-0.5500 )
0.0270 81.3450
( 0.0000 )
0.2250 4
84.0600
( 0.0000 )
0.0270 81.7300
( 0.0000 )
0.2250 7
82.9700
( 0.0000 )
0.0270 8
81.8800
( 0.0000 )
0.0750 9
78.2600
(-0.3400 )
0.0750 10 83.5200
( 0.0000 )
0.0300 11 83.5200
( 0.0000 )
0.0300 12 83.5200
( 0.0000 )
0.0300 13 81.8800
( 0.0000 )
0.0250 14 E2.9700
(-0.5500 )
0.0250 15 81.3400
(-0.5400 )
0.0250
'16 81.6100
( 0.0000 )
0.0250 17 86.5900
( 0.0000 )
0.1180 la 86.7600
( O.0000 )
0.1180 19 87.2700
( O.0000 )
0.1180 20 86.5900
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.5700
(-0.0090 )
PSIA AVG. CONT. TEMP =
84.0846
(-0.0675 )
DEG.F AVG. DEWPOINT PRESS =
0.5487
(
.0000 )
PSIA INTERVAL 56 LEAK RATE =
0.0175 WT%/24 HRS TOTAL TIME LEAK. RATE =
0.2912 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85501.7991 POUNDS
=
PROJECTED LEAK RATE 0.2959 WT%/24 HRS
=
95% CONFIDENCE INTERVAL
=
+/-
0.0692 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE 0.3652 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75+LA) 0.4760 WT%/24 HRS
=
I D-57 i
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 58 DATE 13-Aug-85 0720 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 18.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4000
(-0.0300 )
0.0270 78.0380
(-0.0210 )
0.1500 2
81.8500
(-0.0300 )
0.0270 78.0380
(-0.4060 )
0.1500 3
81.8500
(-0.0300 )
0.0270 76.8760
(-0.0210 )
0.1500 4
76.4000
(-0.5800 )
0.0270 78.0380
(-0.0210 )
0.1000 5
82.9400
(-0.0300 )
0.0270 81.3170
(-0.0280 )
0.2250 6
84.0300
(-0.0300 )
0.0270 81.7090
(-0.0210 )
0.2250 7
82.9400
(-0.0300 )
0.0270 B
81.8500
(-0.0000 )
0.0750-9 78.2400
(-0.0000 )
0.0750 to 83.4900
(-0.0300 )
0.0300 11 83.4900
(-0.0300 )
0.0300 12 83.4900
(-0.0300 )
0.0300 13 81.8500
(-0.0000 )
0.0250 14 82.9400
(-0.0300 )
0.0250 15 81.8500 -( 0.5100 )
0.0250 16 81.4800
(-0.1300 )
0.0250 17 86.5500
(-0.0400 )
0.1180 18 86.7200
(-0.0400 )
0.1180 19 87.2000
(-0.0400 )
0.1180 20 86.5500
(-0.0400 )
0.1180 DRYWELL PRESSURE 71.5650
(-0.0050 )
PSIA AVG. CONT. TEMP =
84.0468
(-0.0378 )
DEG.F AVG. DEWPOINT PRESS =
0.5475
(-0.0012 )
PSIA INTERVAL 57 LEAK RATE =
-0.1165 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2840 WT%/04 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85503.1831 POUNDS
=
PROJECTED LEAK RATE
=
0.2972 WT%/24 HRS
~
95% CONFIDENCE INTERVAL
+/-
0.0686 WTX/24 HRS
=
95% UPPER CONFIDENCE LEAK RATE 0.3658 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75+LA)
=
0.4760 WT%/24 HRS 0-$8
COOPER 1 PRIMARY CONTAINMENT'ILRT---ABSOLUTE METHOD DATA SET NUMBER 59 DATE 13-Aug-85 0740 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 19.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR
. DEWPOINT (DEG.F)
WT. FACTOR j
1 81.8500
(-0.5500
)-
0.0270 78.0080
( 0.0000 )
O.1500 2
81.8500
( 0.0000 )
0.0270 78.4230
( 0.3850 )
0.1500 3
81.8500
( 0.0000
)-
O.0270 76.8760
( 0.0000 )
O.1500 4
76.9500
( 0.5500 )
O.0270 78.0380
( 0.0000 )
O.1000 5
82.9400
( 0.0000 )
0.0270 81.3170
( 0.0000 )
0.2250 6
,84.0300
( 0.0000 )
O.0270 81.7090
( 0.0000
)~
0.2250 7
83.4900
( 0.5500 )
0.0270 0
81.8500
( 0.0000 )
0.0750 9
78.2400
( 0.0000 )
0.0750 l
10 83.4900
( 0.0000 )
0.0300 11 83.4900
( 0.0000 )
0.0300 12 83.4900
( 0.0000 )
0.0300 13 81.3100
(-0.5400 )
0.0250 10 82.9400
( 0.0000 )
0.0250 15 81.8500
( 0.0000 )
O.0250 16 81.6100
( 0.1300 )
0.0250 17 86.5500
( 0.0000 )
0.1180
'18 86.7200
-( 0.0000 )
0.1180 19 87.2300
( 0.0000 )
0.1180 20, 86.5500
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.5580
(-0.0070 )
PSIA AVG. CONT. TEMP =
84.0514
( 0.0046 )
DEG.F AVG. DEWPOINT PRESS =
0.5480
( 0.0008 )
PSIA INTERVAL' ~58 LEAK RATE =
0.8542 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2908 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85493.0396 POUNDS
=
k
' PROJECTED LEAK RATE 0.2993 WTX/24 HRS
=
95% CONFIOENCE INTERVAL
=
+/-
0.0684 WT%/24 HRS 95% UFFER CONFIDENCE LEAK RATE 0.3677 WT%/24 HRS
=
l MAXIMUM ALLOWABLE
-LEALRATE (0.75+LA) 0.4760 WT7./24 HRS
=
0-59
l l
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 60 l
DATE 13-Aug-85 0800 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 19.6663 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4000
( 0.5500 )
0.0270 78.0100
(-0.0280 )
0.1500 2
81.8500
( 0.0000 )
0.0270 78.0100
(-0.4130 )
0.1500 3
81.8500
( 0.0000 )'
O.0270 76.8480
(-0.0280 )
0.1500 4
76.9500
( 0.0000 )
0.0270 77.6250
(-0.4100 )
0.1000 5
83.4900
.( 0.5500 )
0.0270 81.2960
(-0.0210 )
0.2250 6
84.0900
( 0.0600 )
0.0270 81.6810
(-0.0280.)
0.2250 7
82.9400
(-0.5500 )
0.0270 8 _.
81.8500
( 0.0000 )
0.0750~
9
.78.2400
( 0.0000 )
0.0750 10 83.4900
( O.0000 )
0.0300 11 83.4900
( 0.0000 )
0.0300 12 83.4900
( 0.0000 )
0.0300 13 81.8500
( O.5400 )
0.0250 14 82.9400
( 0.0000 >
0.0250 15 81.3100
(-0.5400 )
0.0250 16 81.4800
(-0.1300 )
0.0250 l
17 86.5500
( 0.0000 )
0.1180 18 86.1800
(-0.5400 )
0.1180 19 87.2300
( O.0000 )
0.1180 20 86.5500
( O.0000-)
0.1180 DRYWELL PRESSURE 71.5500
(-0.0080 )
PSIA AVG. CONT. TEMP =
84.0009
(-0.0504 )
DEG.F AVG. DEWPOINT PRESS =
0.5465
(-0.0018 )
PSIA i
INTERVAL 59 LEAK RATE =
-0.0417 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2882 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85493.5342 POUNDS
=
PROJECTED LEAK RATE 0.3007 WT%/24 HRS
=
95% CONFIDENCE INTERVAL
+/-
0.0783 WT%/24 HRS
=
95% UPPER CONFIDENCE LEAK RATE 0.3789 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75*LA) 0.4760 WT%/24 HRS
=
I i
D-60 l
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD I
DATA SET NUMBER 61 DATE:13-Aug-85 0820 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 19.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
81.8200
(-0.5800 )
0.0270 78.0100
( 0.0000 )
0.1500 2
81.8200
(-0.0300 )
0.0270 78.0100
( 0.0000 )
0.1500 3
81.8200
(-0.0300 )
0.0270 76.8480
( 0.0000 )
0.1500 4
76.3700
(-0.5800 )
0.0270 77.6250
( 0.0000 )
0.1000 5
82.9100
(-0.5800 )
0.0270 81.2960
( 0.0000 )
0.2250 6
84.0000
(-0.0900 )
0.0270 81.2960
(-0.3840 )
0.2250 7
82.9100
(-0.0300 )
0.0270 B
91.8200
(-0.0000 )
0.0750 9
78.2200
(-0.0200 )
0.0750 10 83.4500
(-0.0400 )
0.0300 11 82.9100
(-0.5800 )
0.0300 12 83.4500
(-0.0400 )
0.0300 13 81.2700
(-0.5800 )
0.0250 14 82.9100
(-0.0300 )
0.0250 15 81.2700
(-0.0400 )
0.0250 16 81.3400
(-0.1400 )
0.0250 17 86.5200
(-0.0300 )
0.1180 10 86.1400
(-0.0400 )
0.1180 19 87.2000
(-0.0000 )
0.1180 20 86.5200
(-0.0300 )
0.1180 DRYWELL PRESSURE 71.5450
(-0.0050 )
PSIA AVG. CONT. TEMP'=
83.8905
(-0.1104 )
DEG.F AVG. DEWPOINT PRESS =
0.5448
(-0.0017 )
PSIA INTERVAL 60 LEAK RATE =
-1.1230 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2647 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85506.8685 POUNDS
=
PROJECTED LEAK RATE
=
0.2996 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0671 WT%/24 HRS 95% UPPER CONFIDENCE LEAK RATE 0.3667 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75+LA)
=
0.4760 WT%/24 HRS i
4 l
D-ol
~
~
n
COOFER1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SCY NUMBER 62 DATE:10-Aug-05 0840 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 20.3330 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0270 78.0080
( 0.0280 )
0.1500 2
81.8500
( 0.0300 )
0.0270 78.0380
( 0.0280 )
0.1500 3
81.8500
( 0.0300 )
0.0270 76.8760
( O.0280 )
0.1500 4
76.4000
( 0.0000 )
0.0270 77.6460
( 0.0210 )
0.1000 5
82.9400
( 0.0300 )
0.0270 81.3170
( 0.0210 )
0.2250 6
84.0300
(-0.0300 )
0.0270 81.7090
( 0.4100 )
0.2250 7
83.4900
( 0.5800 )
0.0270 S
81.8500
( 0.0000 )
0.0750
-9 78.2400
( 0.0000 )
0.0750 10 80.4900
( 0.0400 )
0.0000 11 82.9400
( 0.0000 )
0.0200 12 83.4900
( 0.0400 )
0.0300 13 81.0100
( 0.0400 )
0.0250 14 82.9400
( 0.0000 )
0.0250 15 81.0100
( 0.0400 )
0.0250 16 81.4600
( 0.1400 )
0.0250 17 86.5500
( 0.0000 )
0.1180 18 86.1600
( O.0400 )
0.1180 l
19 87.2000
( 0.0000 )
0.1180 20 85.9700
(-0.5500 )
0.1180 DRYWELL PRESSURE 71.5400
(-0.0050 )
FSIA AVG. CONT. TEMP =
B3.871;
(-0.0193 )
DEG.F AVG. DEWFOINT FRESS =
0.5469
( 0.0021 )
FSIA INTERVAL 61 LEAK RATE =
0.4622 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2679 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85501.3797 POUNDS
=
FROJECTED LEAK RATE
=
0.2989 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0663 WT%/24 HRS 95% UFFER CONFIDENCE LEAK RATE 0.0652 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEARRATE (0.75+LA)
=
0.4760 WT%/24 HRS l
D-62 l
i.
p i
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 63 DATE*13-Aug-85 0900 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 20.6663 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0270 78.0380
( 0.0000 )
0.1500 2
81.8500
( 0.0000 )
0.0270 78.0380
( 0.0000 )
0.1500 0
81.8500
( 0.0000 )
0.0270 76.8750
(-0.0010 )
0.1500 4
76.4000
( 0.0000 )
0.0270 78.0380
( 0.3920 )
0.1000 5
82.4000
(-0.3400 )
0.0270 81.3170
( 0.0000 )
0.0250 6
83.4900
(-0.5400 )
0.0270 81.7090
( 0.0000 )
0.2250 7
82.9400
(-0.5500 )
0.0270 8
81.8500
( 0.0000 )
0.0750 9
78.2400
( 0.0000 )
0.0750 10 82.9400
(-0.5500 )
0.0000 11 82.9400
( 0.0000 )
0.0300 12 82.9400
(-0.5500 )
0.0300 13 81.3100
( 0.0000 )
0.0250 14 82.9400
( 0.0000 )
0.0250
.15 81.3100
( 0.0000 )
0.0250 16 81.3400
(-0.1400 )
0.0250 17' 86.5500
( 0.0000 )
0.1180 10 86.7200
( 0.5400 )
0.1180 19 87.2300
( 0.0000 )
0.1180 20 86.5500
( 0.5800 )
0.1180 DRYWELL PRESSURE 71.5330
(-0.0070 )
PSIA AVG. CONT. TEMP =
83.9229
( 0.0516 )
DEG.F AVG. DEWFOINT PRESS =
0.5474
( 0.0006 )
PSIA INTERVAL 62 LEAK RATE =
1.4496 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2869 WT*e./ 24 HRS MASS FLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85484.1653 FOUNDS
=
PROJECTED LEAK RATE
=
0.0000 WT%/24 HRS 95% CONFIDENCE Il!TERVAL
=
+/-
0.0658 WT%/24 HRS 95% UPPER CONFIDENCE LEAM RATE 0.3659 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75+LA) =
0.4760 WT%/24 HRS i
D-63
COOPER 1 PRIMARY CONTAINMENT ILRT---AB
___________ _____________ __ __ SOLUTE METHOD DATA SET NUMBER 64 DATE 13-Aug-85 0920 LAST INTERVAL, HOURS 0.0033 HOURS FROM T=0 20.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0270 77.6460
(-0.0920 )
0.1500 2
81.8500
( 0.0000 )
0.0270 78.0380
( O.0000 )
0.1500 3
81.8500
( 0.0000 )
0.0270 76.8760
( 0.0010 )
0.1500 4
76.4000
( 0.0000 )
0.0270 77.6460
(-0.3920 )
0.1000 5
82.9400
( 0.5400 )
0.0270 81.3170
( 0.0000 )
0.2250 6
83.4900
( 0.0000 )
0.0270 81.3170
(-0.3920 )
0.2250 7
82.9400
( 0.0000 )
0.0270.
B 81.8500
( 0.0000 )
0.0750 9
78.2400
( 0.0000 )
0.0750 10 80.4900
( 0.5500 )
0.0000 11 82.9400
( 0.0000 )
0.0300 10 82.9400
( 0.0000 )
0.0000 l
10 81.0100
( 0.0000 )
0.0250 14 82.4000
(-0.5400 )
0.0250 l
15 81.0100
( 0.0000 )
0.0250 16 81.3400
( 0.0000 )
0.0250 17 86.5500
( 0.0000 )
O.1180 18 86.1800
(-0.5400 )
O.1180 19 87.2000
( 0.0000 )
O.1180 20 86.5500
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.5280
(-0.0050 )
PSIA AVG. CONT. TEMP =
AVG. DEWPOINT FRESS =
83.8768
(-0.0461 )
DEG.F 0.544;
(-0.0001 )
PSIA INTERVAL 63 LEAK RATE =
TOTAL TIME LEAK RATE =
-0.4174 WT%/24 HRS 0.2757 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATtE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
FROJECTED LEAK RATE 85489.1212 POU$DS
=
i
=
0.0000 WT%/24 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0652 WT%/24 HRS 95% UPPER CONFIDENCE LEAR RATE 0.0652 WT%/24 HRS
=
i l
MAXIMUM ALLOWABLE LEAPRATE (0.75*LA)
=
0.4760 WT%/24 HRS D-64
[
CCCFER1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 65
}
DATE:13-Aug-85 0940 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 21.3330 SENSOR #
TEMP (DEG.F)
WT.FACTCR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4300
( O.5800 )
0.0270 77.6740
( 0.0280 1 0.1500 2
81.8800
( 0.0300 )
0.0270 77.6740
(-0.3640 )
0.1500 3
81.8800
( 0.0300 )
0.0270 75.8000
(-1.0460 )
0.1500 1
4 76.9800
( 0.5800 )
0.0270 76.8970
(-0.7490 )
0.1000 i
5 83.5200
( 0.5800 )
0.0270 81.3450
( 0.0280 )
0.2250 6
84.0600
( 0.5700 )
0.0270 81.3450
( 0.0280 )
0.2250 7
83.5200
( 0.5800 )
0.0270 i
9 81.8800
( 0.0300 )
0.0750 9
77.9200
(-0.3200 )
0,0750 10 83.5200
( O.0300 )
0.0300 11 83.5000
( 0.5800 )
0.0000 12 84.0600
( 1.1000 )
0.0300 13 81.8800
( 0.5700 )
0.0250 14 83.5200
( 1.1200 )
0.0250 15 82.4300
( 1.1200 )
0.0250 la 81.2000
(-0.1400 )
0.0250 17 86.5500
( O.0000 )
0.1180 18 86.1800
( 0.0000 )
0.1180 19 87.2300
( 0.0000 )
0.1180 20 86.5500. ( 0.0000 )
0.1180 DRYWELL PRESSURE 71.5250
(-0.0000 )
PSIA AVG. CONT. TEMP =
84.0532
( 0.1764 )
DEG.F AVG. DEWPOINT PRESS =
0.5405
(-0.0008 )
PSIA INTERVAL 64 LEAK RATE =
2.2522 WT%/24 HRS TOTAL TIME LEAK RATE =
0.3065 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS l
CONTAINMENT TOTAL MASS (DRY AIR) 85462.3799 POUNDS
=
PROJECTED LEAK RATE
=
0.3026 WT%/24 HRS f
95% CONFIDENCE INTERVAL
=
+/-
0.0652 WT%/24 HRS 95% UFPER CONFIDENCE LEAK RATE 0.3678 WTZ/24 HRS
=
I MAXIMUM ALLOWABLE I
LEAllRATE (0.75+LA) l 0.4760 WT%/04 HRS
=
t D-65 t
l
COOFER1 FRIMARY CONTAINMENT ILRT---AB
______________________________ SOLUTE METHOD DATA SET NUMBER 66 DATE 10-Aug-05 1000 LAST INTERVAL, HOURS 0.~0000 HOURS FROM T=0 21.6660 SENSOR #
TEMF
.(DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
81.8500
(-0.5800 )
0.0270 77.6460
(-0.0280 )
0.1500 2
81.6500
(-0.0000 )
0.0270 78.0080
( 0.0640 )
0.1500 3
81.8500
(-0.0000 )
0.0270 76.8760
( 1.0460 )
0.1500 4
76.4000
(-0.5800 )
0.0270 77.6460
( 0.7490 )
0.1000 5
82.9400
(-0.5G00 )
0.0270 81.0170
(-0.0230 )
0.0250 6
E0.4900
(-0.5700 )
0.0276 81.7090
( 0.0640 )
0.0200 7
82.9400
(-0.5G00 )
0.0270 8
B1.8500
(-0.0000 )
0.0750 9
78.2400
( 0.0200 )
0.0700.
10 82.9400
(-0.5800 )
0.0000 11 32.9400
(-0.5800 )
0.0000 12 S3.4900
(-0.5700 )
0.0000 10 81.0100
(-0.5700 )
0.0250 14 82.9400
(-0.5800 )
0.0250 15 81.8300
(-0.5800 )
0.0250 16 61.0100
( 0.1100 )
0.0250 17 E6.5500
( 0.0000 )
0.1180 18 66.1800
( 0.0000 )
0.1180 19 67.2000
( 0.0000 )
0.1180 20 So.5500
( 0.0000 )
0.1120 DRiWELL FRE550RE l
71.5 20
(-0.0000 )
F5IA AVG. CONT. TEF1P =
l AVG. DEWPOINT FRESS =
,50.9000
(-0.1501 )
DEG.F 0.0460
( 0.0055 )
F5IA ItJTERVAL 65 LEAR RATE =
-1.1262 WT%/24 HRS TOTAL TIME LEAK RATE =
I 0.2545 WT%/24HR5 L
MA55 FLOT CGNTAINMENT LEAKAGE RATE ANALYSIS l
CCl4TAINMENT TOTAL MA55(DRY AIR)
B5475.7479
=
FROJECTED LEAK RATE FOUtJC5
=
0.0001 WT%/24HR5 95% CONFIDE!JCE ItJTERVAL
=
+/-
0.0o47 l
95% UFFER CONFIDENCE LEAK RATE WT%/24HR5 0.Co75 WT%/24 HRS
=
MAXIMUM ALLCWALLE LEM RATE (0.75+LA)
=
0.4760 WT%/24HR5 D-66 i
L_
CCI.:ER 1 FRIMARY CONTAINMENT ILRT---ABSOLUTE M
ETHOD DATA. SET NUMBER 67
~DATE:10-Aug-85
.1000
'LAST INTERVAL, HOURS 0.3000 HOURS FROM T=0 21.9997
-5ENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1-62.3600
( 0.5100
)-
0.0270 77.6250
(-0.0210 )
0.1500 2
81.8000
(-0.0000 )
0.0270 78.0100
(-0.0280 )
0.1500 0
E1.6000
(-0.0000 )
0.0270 76.8480- (-0.0280 )
0.1500 4
76.0700
(-0.0000 )
0.0270 77.6250
(-0.0210 )
0.1000 5'
80.0600
(-0.5800 )
0.0070 81.2960
(-0.0010 )
0.0250 6
EO.4500
(-0.0400 )
0.0270 81.2960
(-0.4100 )
0.0050 7
80.9100
(-0.0000 )
0.0270
.8 81.8000
(-0.0000 )
0.0750 9
78.0000
(-0.0200 )
0.0750
~
10 62.9100
(-0.0000 )
0.0000 11 SC.7100
(-0.0000 )
0.0000 12 S0.4500
(-0.0400 )
0.0000 13 31.2700
(-0.0400 )
0.0250 14 60.7100
(-0.0000 )
0.0250 13 G1.2700
(-0.5500 )
0.0250 16 61.0100
( 0.0000 )
0.0250 17 S6.5200
(-0.0000 )
0.1180 15-E6.1400
(-0.0400 )
0.1150 17 a7.0000
(-0.0000 )
0.1180 20 E5.5400
(-0.6100-)
0.1180 DRYWELL FRES5URE 71,5170 -(_o,cogo )
pgg4 if$* Dc-r[u_.iJ.Sf
- TEMF
=
g7,7901
(-0.1129 )
DEO.F
~ u.
t FRESS =
o,g440
<-o,cong )
p374
- INTEf/gt 66 LEAR RATE =
-1.1976 WT%/04 HRS
. O,. n u.IME LEAK RATE =
o,26 1 WT%/04HR5 MASS FLCT CCNTAIMMENT LEAKAGE RATE AtJALYSIS i
COtJTA!!JMENT TOTAL MASS (DRY AIR) 65489.9656 FOUNDS
=
l FROJECTEL LEAK RATE
=
0.0016 WT%/04 HRS 95% CCTJFILEiJ2E IiJTCRVAL
=
+/-
0.0639 WT%/04 HRS
-75 UTFER COtJFIDEiJCE LEAN RATE 0.0655 WT%/04 HRS
=
l I
I f
MAi'! MUM ALLCWAELE LEAeRATE (0.75.LAs
=
o,4760 WT%/~4 HRS i
D-67
t COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE M 4
---_---_--------__----------_-_________ETHOD-i DATA SET NUMBER 68 DATE 13-Aug-85 1040 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 22.3330 i
SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
81.8500
(-0.5100 )
0.0270 77.6460
( 0.0210 )
0.1500 2
81.8500
( 0.0300 )
0.0270 78.0380
( O.0080 )
0.1500 3
81.3100
(-0.5100 )
0.0270 76.4910
(-0.3570 )
0.1500 j
4 76.4000
( 0.0300 )
0.0270 77.6460
( n.0210 )
0.1000 t
5 82.4000
( 0.0400 )
0.0270 81.3170
( 0.0210 1 0.2250 6
83.4900
( 0.0400 )
0.0270 81.7090
( 0.4130 )
0.2250 7
82.9400
( O.0300 )
0.0270 S'
81.8500
( 0.0300 )
0.0750 9
78.2400
( 0.0200 )
0.0750 10 82.9400
( 0.0300 )
0.0300 11 82.9400
( O.0000 )
0.0300 12 82.9400
(-0.5100 )
'O.0000 13' 81.3100
( 0.0400 )
0.0250 14 82.4000
(-0.5100 )
0.0050 15 81.3100
( 0.0400 )
0.0050 16 81.2000
(-0.1100 )
0.0250 17 85.9700
(-0.5500 )
0.1180 18 86.1800
( 0.0400 2 0.1180 19 87.2000
( 0.0000 )
0.1180 20 85.9700
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.5130
(-0.0040 )
PSIA AVG. CONT. TEMP =
83.6909
(-0.0990 )
DEG.F AVG. DEWPOINT PRESS =
0.5450
( 0.0010 )
PSIA INTERVAL 67 LEAK RATE =
-0.7839 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2465 WT%/04 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR) 85499.2731 FOUNDS
=
PROJECTED LEAK RATE
=
0.0989 WT%/04 HRS 95% CONFIDENCE INTERVAL
=
+/-
0.0628 WT%/04 HRS 95% UPPER CONFIDENCE LEAK RATE 0.3616 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEAkRATE (0.75*LA)
=
0.4760 WT%/24 HRS D-60 r
,,,.~-.,n,.-
,,,_w,-
-n,
COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA-SET NUMBER-69 DATE 13-Aug-85 1100 LAST INTERVAL, HOURS 0.0333 HOURS FROM T=0 22.6663 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4000
( 0.5500 )
0.0270 77.6460
( 0.0000 )
0.1500 2
82.8500
( 0.0000 )
0.0270 78.423,0
( O.3850 )
0.1500 3
81.8500
.( 0.5400 )
0.0270 76.8760
( O.3850 )
0.1500 4
76.4000
( 0.0000 )
0.0270 78.0380
( 0.3920 )
0.1000 5
82.9400
( 0.5400 )
0.0270 81.3170
( 0.0000 )
0.2250 6
84.0300
( 0.5400 )
0.0270 81.7090
( 0.0000 )
0.2250 7
83.4900
( 0.5500 )
0.0270 O
81.8500
( 0.0000 )
0.0750 9
78.2400
( 0.0000 )
0.0750 10 83.4900
( 0.5500 )
0.0300 11 82.9400
( 0.0000 )
0.0300 12 82.9400
( O.0000 )
0.0300 13 81.3100
( 0.0000 )
0.0250 14 82.9400
( 0.5400 )
0.0250 15 81.8500
( 0.5400 )
0.0250 16 81.3400
( 0.1400 )
0.0250 17 86.5500
( 0.5800 )
0.1180 10 84.1800
( O.0000 )
0.1180 19 87.2000
( 0.0000 )
0.1180 20 86.5500
( 0.5800 )
0.1180 DRYWELL PRESSURE 71.5240
( 0.0110 )
PSIA AVG. CONT. TEMP =
83.9480
( 0.2571 )
DEG.F AVG. DEWFOINT PRESS =
0.5474
( 0.0000 )
PSIA INTERVAL 68 LEAK RATE =
2.5154 WT%/24 HRS TOTAL TIME LEAK RATE =
0.2798 WT%/24 HRS MASS FLOT CONTAINMENT LEAKAGE RATE ANALYSIS-CDNTAINMENT TOTAL MASS (DRY AIR) 85469.4029 POUMDS
=
FROJECTED LEAK RATE 0.2991 WT%/24 HRS
=
95% CDNFIDENCE INTERVAL
+/-
0.0623 WT%/24 HRS
=
95% UFFER CONFIDENCE LEAK RATE 0.3614 WT%/24 HRS
=
MAXIMUM ALLOWABLE j
LEAKRATE (0.75+LA) 0.4760 WT%/24 HRS
=
l 8
D-69 i
--_---,,,-w,
_-.,---,,n
,--n._-
, _,, -, - -. ~ ~. _. - -,---..,,,
T COOPER 1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD
. DATA SET NUMBER 70 DATE 13-Aug-85 1120 LAST INTERVAL, HOURS 0.3333 HOURS FROM T=0 22.9997 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
81.8500
(-0.5500 )
0.0270 77.6460
( 0.0000 )
0.1500 2
81.8500
( O.0000 )
0.0270 78.0380
(-0.3850 )
0.1500 3
81.8500
( 0.0000 )
0.0270 76.4910
(-0.3850 )
0.1500 4
75.8600
(-0.5400 )
0.0270 77.6460
(-0.3920 )
0.1000 5
82.4000
(-0.5400 )
0.0270 81.3450
( 0.0280 )
0.2250 4
83.4900
(-0.5400 )
0.0270 81.3450
(-0.3640 )
0.2250 7
82.9400
(-0.5500 )
0.0270_
B 81.8500
( O.0000 )
0.0750 9
78.2400
( O.0000 )
0.0750 10 82.9400
(-0.5500 )
0.0300 11 82.9400
( 0.0000 )
0.0300 12 82.9400
( 0.0000 )
0.0000 13 81.3100
( 0.0000 >
0.0250 14 82.9400
( 0.0000 )
0.0250 15 81.3100
(-0.5400 )
0.0250 16 81.2000
(-0.1400 )
0.0250 17 86.5500
( 0.0000 )
0.1180 18 86.1800
( 0.0000 )
0.1180 19 87.2300
( 0.0000 )
0.1180 20 56.5500
( 0.0000 )
0.1180 DRYWELL PRESSURE 71.5080
(-0.0160 )
PSIA AVG. CONT. TEMP =
83.8412
(-0.1068 )
DEG.F AVG. DEWPOINT PRESS =
0.5437
(-0.0037 )
PSIA INTERVAL 69 LEAK RATE =
-0.1653 WT7./24 HRS TOTAL TIME LEAK RATE =
0.2734 WT%/24 HRS MASS PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINNENT TOTAL MASS (DRY AIR) 85471.3651 POUNDS
=
PROJECTED LEAK RATE
=
0.2987 WT%/24 HRS 957. CONFIDENCE INTERVAL
=
+/-
0.0660 WT%/04 HRS 95% UPFER CONFIDENCE LEAK RATE 0.3647 WT%/24 HRS
=
MAXIMUM ALLOWABLE LEARRATE (0.75*LA) 0.4760 WT%/24 HRS
=
D-70
l COOFER1 FRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 71 DATE 10-Aug-85 1140 LAST INTERVAL, HOURS 0.0003 HOURS FROM T=0 20.0000 SENZGR'#
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0070 78.0080
( 0.09:0 )
0.1500 2
81.6500. ( 0.0000 )
0.0270 76.0060' ( 0.0000 )
0.1500 3
81.3100
(-0.5400 )
0.0070 76.4910
( 0.0000 )
0.1500 4
75.6600
( 0.0000 )
0.0070 77.6460
( 0.0000 )
0.1000 5
82.9400
( 0.5400 )
0.0270 81.0170
(-0.0030 )
0.0250 6
83.4900
( 0.0000 )
0.0270 81.7090
( 0.0640 )
0.0050*
7 62.9400
( 0.0000 )
0.0270 8
81.6500
( 0.0000 )
0.0750 9
78.2400
( 0.0000 )
0.0750 10 82.9400
( 0.0000 )
0.0000 11 82.9400
( O.0000 )
0.0000 12 E4.9400
( 2.0000 )
0.0000 10 81.0100
( 0.0000 )
0.0050 14 82.4000
(-0.5400 )
0.0050 15 81.0100
( 0.0000 )
0.0050 16 81.0700
(-0.1000 )
0.0050 17 96.5500
( 0.0000 )
0.1180 10 86.1800
( 0.0000 )
0.1180 19 87.2000
( 0.0000 )
0.1180 20 65.9700
(-0,5800 )
0.1180 l
DRVWELL PRESSURE 71.5040
(-0.0040 )
PSIA AVG. CONT. TEMP =
80.0160
(-0.0052 )
DEG.F AVG. DEWPOINT PRESS =
0.5460
( 0.0000 )
FSIA i
INTERVAL 70 LEAK RATE =
0.0045 WT%/04 HRS TOTAL TIME LEAR RATE =
0.2703 WT%/04 HRS MASE PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CCNTAINMENT TOTAL MASS (DRY AIR)
E5467.7499 FOUNDS
=
PROJECTED LEAK RATE 0.0550 WT%/04 HRS
=
957. CONFIDENCE INTERVAL
=
+/-
0.0666 WT%/;4 HRS 95% UFFER CONFIDENCE LEAK RATE 0.4016 WT%/24 HRS
=
MAXIMUM ALLCWABLE LEAkRATE (0.75+LA) 0.4760 WT%/04HRG
=
D-71 J
i COOPER 1 FRIMARY COf4TAINMENT ILRT---ABSOLUT
______.___E METHOD DATA SET NUMBER 72 DATE:10-Aug-85 1000 LAST INTERVAL, HOURS 0.0000 HOURS FROM T=0 20.6667 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG. F)
WT. FACTOR-1 81.8500
( 0.0000 )
0.0270 77.6460
(-0.09:0 )
0.1500 2
81.8500
( 0.0000 )
O.0270 78.0080
( 0.0000 )
O.1 *J00 0
81.0100
( 0.0000 )
0.0270 76.4910
( 0.0000 )
0.1500 4
76.4000
( 0,5400 )
O.0270 77.6460
( 0.0000 )
O.1000 5
82.4000
(-0.5400 1 0.0270 81.0170
( 0.0000 )
0.0250 6
S0.4900
( 0.0000 )
O.0270 a1.0170
(-0.3700 )
O.*:250 7
82.4000
(-0.5400 )
0.0270 6
E1.8500
( 0.0000 )
0.0750 9
77.9000
(-0.0400 )
0.0750 10 E2.9400
( 0.0000 )
O.0000 11 82.9400
( 0.0000 )
0.0000 12 82.9400
(-0.0000 )
0.0000 10 81.3100
( 0.0000 )
0.0050 14 82.4000
( 0.0000 )
O.00C0 15 81.0100
( 0.0000 )
0.0250 16 E1.0700
( 0.0000 3 0.0 50 17 86.5500
( 0.0000 )
0,1180 1B E6.1500
( 0.0000 )
0.1160 19
- 67. ~00
( 0.0000 )
0.1150 20 66.5500
( 0.C500 )
0.1180 CRYWELL FRESSURE 71.0010
(-0.0000 )
PSIA AVG. CO!JT. TEMF =
50.7844
(-0.0016 )
DEG.F AVG. DEWFOINT FRESS =
0.0400
(-0.0020 )
PSIA INTERVAL 71 LEAN RATE =
TOTAL TIME LEAR RATE =
-0.0714 WT7./04 HRS 0.0647 WT*/./24 HRS MASS FLOT CCNTAINMENT LEAKAGE RATE ArJALYSIS CCtJTAIf4MElJT TOTAL MASS (DRY AIR)
FROJECTED LEAK RATE 65472.I5S F OUtJDS
=
95% CDtJFIDEtJCE IiJTERVAL 0.;510 WT%/04HR5
=
+/-
0.065o WT%/04HAS 75% UFFER CONFIDENCE LEAL RATE 0.416e WT%/04 HRS
=
MAXIMUM ALLOWABLE LEAKRATE (0.75.LA)
=
0.47e6 WT%/04 HRS 3
r i
D-72
COOFER1 PRIMARY CONTAINMENT ILRT---ABSOLUTE METHO
-__---_----_-----_------_-----_ ----------D---____--_--_
DATA SET NUMBER 73 DATE 10-Aug-85 1000 LAST INTERVAL, HOURS 0.0003 HOURS FROM T=0 24.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DES.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0070 77.6460
( 0.0000 )
0.1500 2
81.0100
(-0.5400 )
0.0270 78.0000
( 0.0000 )
0.1500 3
81.3100
( 0.0000 1 0.0270 76.4910
( 0.0000 )
0.1500 4
76.4000
( 0.0000 )
0.0270 77.6460
( O.0000 1 0.1000 I
5 82.4000
( 0.0000 )
0.0270 81.0170
( 0.0000 )
0.2250 6
63.4900
( 0.0000 )
0.0070 81.0170
( 0.0000 )
0.2050 7
82.9400
( 0.5400 )
0.0270 S.
81.6500
( 0.0000 )
0.0750 9
77.9000
( 0.0000 )
0.0750 10 60.9400
( 0.0000 )
0.0000 11 a2.9400
( 0.0000 )
0.0000 12 82.9400
( 0.0000 )
0.0000 13 81.3100
( 0.0000 )
0.0250 14 E2.4000
( 0.0000 )
0.0250 15 G1.3100
( 0.0000 )
0.0250 16 51.2000
( 0.1000 )
0.0250 17 84.5500
( 0.0000 )
0.1180 1S 84.1600
( 0.0000 )
0.1180 19 67.2300
( 0.0000 )
0.1100 20 85.9700
(-0.5800 )
0.1150 DR'vWELL PRESSURE 71.4990
(-0.0020 )
'FSIA AVG. CDt4T. TEMP =
80.7190
(-0.0651 )
LEG.F AVG. DEWFOINT PRESS =
0.54 3
(
.0000 )
PSIA 3NTERVAL 72 LEAK RATE =
-0.6600 WT%/04 HRS TOTAL TIME LEAR RATE =
0.0519 WT*/./ 04 HRS MASS FLOT CCNTAlf4 MENT LEAKAGE RATE ANALYSIS l
CCNTAINMEfJT TOTAL MASS (DRY AIR)
E5479*9' s POUNDS
=
l FROJECTED LEAA RATE
=
. 460 WT%/24 HRS 95% CONFIDENCE ItJTERVAL e
=
95% UPFER CONFIDENCE LEAK RATE
b 0.
e)
=
i MAXIMUM ALLOWAELE LEAKRATE (0.75+LA) i 0.4760 WT%/24 HRS
=
I l
D-73
COOFER1 DATE 13-Aug-65 IPCLRT--
SUMMARY
OF INPUT DATA DATA HRS. FROM REF. CONT CONT.
AVG.
AVG SET T=0 DP PRESS.
TEMP DEWFOINT NO PSID PSIA DEG.F IN. H2O 1
0.0000 0.9614 71.7000 83.9070 14.9926 2
0.3033 0.9614 71.6960 83.8003 15.0390 3
0.6667 0.9600 71.6900 83.8002 10.1029 4
1.0000 0.9678 71.6950 80.6461 15.0799 5
1.3033 0.9691 71.6990 60.8706 15.06 0 4
1.6667 0.9696 71.7000 83.9870 15.1903 7
2.0000 0.9705 71.6930 50.9261 15.1470 8
2.3333 0.9763 71.6910 80.911.9 15.1470 9
0.6667 0.9750 71.6910 80.9049 15.1472 10 3.0000 0.9750 71.6940 80.9119 15.1006 11 3.0300 0.9741 71.6960 60.9969 15.1704 12 0.6667 0.9764 71.7400 84.1490 15.0000 10 4.0000 0.9806 71.7400 84.0706 15.0000 14 4.3300 0.9796 71.7000 84.0696 15.2328 15 4.6667 0.9805 71.7150 84.0086 15.2771 16 5.0000 0.9819 71.7140 84.0645 15.2762 17 5.0003 0.9614 71.7140 84.0502 15.2006 la 5.6667 0.9374
'71.7140 84.1400 15.0762 19 6.0000 0.9546 71.7150 84.0700 15.076 20 6.0000 0.9890 71.7150 84.1:78 15.0500 21 6.4666 0.9559 71.7100 64.09:2 15.2556 7.0000 0.9908 71.7100 84.4118 15.0000
<v 0.9870 71.7100 64.0074 15.0860 24 7.6666 0.9907 71.7100 84.0947 15.2761 25 8.0000 0.9958 71.7400 84.5441 15.410.0 24 8.0000 0.9519 71.7000 S4.0548 15.04 5 27 8.6666 0.9814 71.7140 84.4118 15.076 29 9.0000 0.9374 71.7100 84.0047 15.0000 29 9.0000 0.9546 71.7060 84.0947 15.2760 30 9.4647 0.959 71.7040 84.4048 15.0760 01 10.0000 0.9559 71.7010 64.4108 15.4044 OO 10.0000 0.9905 71.6970 84.50:1 15.04:0 00 10.6667 0.9570 71.6940 84.6605 15.0550 l
04 11.0000 0.9707 71.69 0 E4.4769 15.~216 l
05 11.0000 0.995G 71.6550 64.06:0 15.2756 l
06 11.6667 0.9819 71.6540 84.0614 15.0750 07 12.0000 0.9814 71.6810 64.0709 15.07:4 08 10.0000 0.9874 71.6770 84.0181 15.2754 09 12.6o67 0.984o 71.6700 84.0409 15.2750 40 10.0000 0.959 71.6690 84.4500 15.0211 41 10.0000 0.9859 71.6650 64.0~40 15.2751 4
10.6o67 0.9906 71.6o10 54.4840 15.2750 40 14.0000 0.9670 71.6560 84.23 0 15.2519 44 14.0000 0.7907 71.6500 84.0074 15.0976 45 14.6eo7 0.9955 71.6450 84.1590 15.2541 46 15.0000 0.9019 71.6750 84.0101 15.2007 47 15.0000 0.9814 71.6040 64.0101 15.07o7 48 15.6o67 0.9874 71.6740 84.0652 15.0006 D-74 J
i
'49 16.0000 0.9846 71.6490 84.0686 15.3412 50-16.0003 0.9892 71.6090 84.0101 15.2745 51 16.6667 0.9859 71.6280 84.1590 15.0971
-50 17.0000 0.9908 71.6190 84.1687 15.2764
^'
50 17.0003 0.9870 71.6000 84.0265 15.2076 54 17.6667 0.9907-71.5900 84.1707 15.0140 i
55 18.0000 0.9958 71.5860 84.2080 15.0191 56 18.0000 0.9819 71.5790 84.1501 15.2106 57 18.6667 0.9814 71.5700 84.0846 15.2104 58 19.0000 0.9874 71.5650 84.0468 15.1799 59 19.0000 0.9846 71.5580 84.0514 15.0007 60 19.6667 0.9890 71.5500 84.000?
15.1502 61
'20.0000 0.9859 71.5450 80.8905 15.106 62
.20.0000 0.9908 71.5400 80.3710 15.1607
.60 20.6467 0.9870 71.5000 80.9* 9 15.1791 64
~21.0000 0.9907 71.5080 80.8768 15.090:
65 21.0000 0.9958 71.5250 84.0500 14.9870 21.6667 0.9819 71.5000 80.9000' 15.1098 67 22.0000 0.9814 71.5170 80.7901 15.08:5 68 20.0000 0.9874 71.5100 80.6909 15.1166 69 22.4667 0.9846 71.5040 80.9480 15.17G5 70 23.0000 0.9892 71.5080 80.S410 15.0764 71 20.0000 0.9C59 71.5040 80.8160 15.1098
.7~
.s.6667 0.9908 71.5010 80.7344 15.0696 70 24.0000 0.9870 71.4990 80.7190 15.0696 l
l 9
O e
t i
D-75 l
I i
i I
i i
t i
t
' ~
COOPER 1 DATE 10-Aug-85 IFCLRT--
SUMMARY
OF ABSOLUTE METHOD LEAR R
..---------------------------------------- ATE CALCULATIONS
- DATA.
. CONT.
HRS.
PT. TO PT. TOTAL TIME PROJECTED 95%
L SET ~
NASS FROM LEAK LEAK 04HR LEAK UCL rNO.
LES.
T=0 RATE RATE RATE i
a
~
I
<1 85495.88 0.0000 0.0000 0.0000 0.0000 0.0000 i
r2 85705.'55 0.0000
-0.8105
-0.8125 0.0000 0.0000
- 7. 3 '
85494.77 0.6667 0.9059 0.0468 0.0000 0.0000
.-; 4
'85695.66 1.0000
-0.0755 0.0060 0.0960 2.2074 5
85497.08 1.0000
-0.1440
-0.0016 0.0575 0.6006 L6 85674.55 1.6667 1.9168 0.03G5 0.0127 0.9576 7
85677.70 2.0000
-0.0670 0.254 0.0416 0.7956 L.
- 8
'65677.55 2.0000 0.0150 0.0001.
0.0265 0.66e7
.; 9 65678.66~
2.6667
-0.0907 0.1808 0.0914 0.5546 i
clo 85660.19 0.0000
-0.0500 0.1165 0.0049 0.4415
.11 85671.57 0.0000 0.9759 0.0040 0.0407 0.4019
('
' ;10
,85695.45 0.6667
-0.0064 0.0000 0.15e6 0.0056
- 10
,85707.80 4.0000
-1.0051
-0.0805 0.0660 0.0097 l
.14 85666.31 4.0000 1.8055 0.0419 0.0590 0.1210 t
- 15 85650.84 4.6667 0.4590 0.0900 0.0647 0.1709
- 16
- 85675.59 5.0000 0.4409 0.1106 0.0766 0.17
- 6 17 85679.07-5.0000
-0.009 0.0870 0.0770 0.1607 18 656e0.08 5.6667 1.0050 0.1606 0.0946 0.1544 19 85644.08 6.0000 1.4007 0.0418 0.1099 0.0060
- X).
85667.63 A.0000
-1.9969 0.1:40 0.1056 0.2274 21
-85609.40 6.6666 2.0019 0'.0371 0.1669 0.0616 i
{
22 65617.~7 7.0000 1.8050 0.0127 0.0077 0.01e6 I
20 65400.99 7.0000
-1.11"a 0.0478 0.2245 0.0~05 24 856:1.19 7.66e6 0.G 25 0.0708 0.0400 0.0541 25 856 9.17 8.0000
-0.6700 0.2005 0.049e 0.0075 26~
55e 4.00 0.0000
-0.4250 0.007 0.0467 0.05 1 27 85600.91 8.6666 1.1169 0.24 2 0.0549 0.0545 l
28 85626.24 9.0000
-0.4479 0.0167 0.0547 0.0507 i
29 85410.98 9.0000 1.0009 0.2457 0.2599 0.05o4 i
00 85405.28 9.6667 0.7000 0.06 5 0.2670 0.~601 01 85599.55 10.0000 0.4816 0.0698 0.2744 0.0700 30 65580.~9 10.;~00 1.0595 0.0049 0.0565 0.0805 l
30 85550.84 10.6667 0.4840 0.0709 0.0080 0.4115 04 85562.00 11.0000
-0.0596 0.0894 0.01 S 0.4150 l
05 855?7.49 11.0000
-1.2309 0.0401 0.0091 0.4077 06 E5590.77 11.o667 0.0971 0.2475 0.70e' O.40:~
07 85600.94 10.0000
-0.a54a 0.01e9 0.0490 0.0914 t
t 08 65591.18 12.00~0 0.9885 0.
~78 0.;956 0.~E50 i
09 85582.77 10.6e67 0.7070 0.2501 0.;940 0.0a13 l
40 85"56.00 10.0000 0.0555 0.09e4 0.0996 0.4060.
01 85575.79 10.~000
-1.4710 0.2500 0.2960 0.0000 40 85545.G0 10.6eo7 2.5:*G 0.007o 0.0040 0.0297 40 85572.41 14.0000
-0.;;;6 0.0470 0.0011 0.03*7 l
44 65570.40 14.0~00 0.1c91 0.04" 0.0760 0.*799 45 80575.57 14.ceo7
-0.6571 0.040 0.0928 0.0 21 j
l 46 655e0.15 15.0000 1.0971 0.0473 0.2709 v.040" i
47 35056. 5 15.00~0 0.57:4 0.0549 0.0900
- 0. ~e 77.
48 E5577.e6 15.66e7
-1.7909 0.0110 0.0009 0.057C i
I I
I D-76 i
l-i 1
~
f 49 85346.69 16.0000 0.6060 0.0611 0.0841 0.0571 50 85546.06 16.0000 0.0057 0.0565 0.0808 0.0604 51 85556.05 16.6667
-0.8408 0.2~46 0.0809 0.0513 50 85544.82 17.0000 0.9600 0.0489 0.0799 0.0491 53 85518.16 17.0300 0.0407 0.0872 0.0800 0.0500 54 85515.45 17.6667 0.0080 0.0860 0.0858 0.0547 1
55 85497.05 18.0000 1.5497 0.0094 0.2906 0.0600 I
56 85500.01 18.0000
-0.4177 0.0962 0.0907 0.0600 l
57 85501.80 18.6667 0.0175 0.2910 0.0959 0.0650
- S 85500.18 19.0000
-0.1165 0.0840 0.0970 0.0658 59 85490.04 19.0003 0.8540 0.0908 0.0990 0.0677 60 85490.53 19.6667
-0.0417 0.0880 0.0007 0.0789 4
61 85506.87 00.0000
-1.1000 0.0647 0.0996 0.0667 62 85501.38 20.0000 0.4600 0.0679 0.0989
- 0. 0c.50 l
43 85484.17 20.6667 1.4496 0.0069 0.0000 0.0659 l
64 85489.10 21.0000
-0.4174 0.0757 0.0000 0.0e50 i
65 85460.08 01.0000 2.0500 -
0.0965 0.0006
~0.0678 66 85475.75 21.6667
-1.1060 0.0545 0.0001 0.0678 67 85489.97 02.'000
-1.1976 0.0601 0.0016 0.0655 6a 85499.07
~O.0000
-0.7809 0.0465 0.0989 0.0616 5
c 85469.40 20.6667 0.5154 0.0798 0.0991 0.0614
~6 85471.37 20.0000
-0.1650 0.0704 0.0987 0.0647 71 85467.75 23.0000 0.0045 0.0708 0.0550 0.4016 70 85472.16 20.6667
-0.0714 0.0647 0.0510 0.4166 73 E5479.99 04.0000
-0.6600 0.0519 0.0460 0.4105 D-77 t
c --
COOFER1 FRIMARY CONTAINMENT ILRT---
_____ ABSOLUTE METHOD DATA SET NUMBER 1
DATE: 13-Aug-85 1240 LAST INTERVAL, HOURS 0.0000 HOURd FROM T=0 0.0000 SENSOR #
TEMP (DEG.F)
WT. F~ ACTOR DEWPOINT (DEG.F)
WT.F5CTOR 1
81.8500
(,0.0000 )
0.0270 77.6460' ( O.0000 )
0.1500 2
81.8500
( 0.0000 )
O.0270 78.0080
( 0.0000 )
O.1500 3
81.3100
( 0.0000 )
O.0270 76.49to
( 0.0000 )
C.1500 4
76.4000
( 0.0000 )
O.0270 77.6460
( 0.0000-)
O.1000 5
82.4000
( 0.0000 )
0.0270 81.0170
( 0.0000 )
0.2250 6
83.4900
( 0.0000 )
0.0270 81.0170
( 0.0000 )
0.2250 7
80.9400
( 0.0000 )
0.0270 G
81.8500
( 0.0000 )
0.0750 9
78.2400
( 0.0000 )
0.0750 10 82.9400
( 0.0000 )
0.0200 11 82.9400
( 0.0000 )
0.0000 12 82.9400
( 0.0000 )
0.0000 10 81.3100
( 0.0000 1 0.0250 14 52.4000
( 0.0000 )
0.0250 15 G1.0100
( 0.0000 )
0.0250 16 81.2000
( 0.0000 )
0.0250 17 86.5500
( 0.0000 )
O.1180 18 86.1600
( 0.0000 )
0.1150 19 87.2000
( 0.0000 )
0.1180 20 85.9700
( 0.0000 )
6.1160 DRYWELL FRE55URE REF. VESEEL DF =
71.47~0
( 0.0000 )
PSIA AVG. CCNT. TEi1P =
1.0075
( 0.0000 )
F5ID AVG. DEWPOINT FRC55 =
83.757 s v.0000 )
LEG.F 0.5433
( 0.0000 )
F5IA CCNTAINMENT TOTAL MA55iLRY AIR)
E5466.4741
=
FOUND5 NO LEALAGE RATE VALUE CALCULATED FCR DATA SET 4 1
l l
D-78
COOFER1 FRIMARY CONTAINMENT ILRT---ABSO
_____--_______-----_____________ LUTE METHOD DATA SET NUME.ER 2
DATE:10-Aug-65 1300 i
LAST INTERVAL, HOURS 0.3300 HOURS FROM T=0 0.0000 SENSOR 4 TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0270 77.6460
( 0.0000 )
O.1500 2
81.5500
( 0.0000 )
0.0270 78.0080
( 0.0000 )
O.1500 3
81.8500
( 0.5400 )
O.0270 76.4910
( 0.0000 )
O.150'O 4
76.4000
( 0.0000 )
O.0270 77.6460
( O.0000 )
O.1000 5
82.4000
( 0.0000 )
0.0270 81.3170
( 0.0000 )
0.0250 6
83.4900
( 0.0000 1 0.0270 61.0170
( 0.0000 )
0.2250 7
82.4000
(-0.5400 )
0.0270 8
81.5500
( 0.0000 )
O.0750
~
9 77.9000
(-0.0400 )
0.0750 to 82.9400
( 0.0000 )
0.0300 11 a2.9400
( 0.0000 )
0.0000 12 S2.9400
( 0.0000 )
O.0000 13 81.3100
( 0.0000 )
0.0250 14 82.4000
( 0.0000 )
0.0250 15 81.0100
( 0.0000 )
0.0250 16 50.9000
(-0.2700 )
O.0250 17 86.5500
( 0.0000 )
O.1150 18 66.1800
( 0,0000 )
O.1160 19 87.2000
( O.0000 )
0 1150 20 65.9700
( 0.0000 )
O.1180 DR' SWELL FRE35URE 71.4a70
(-0.0060 )
.P5IA AVG. CONT. TEMF =
6~.7271
(-0.0020 )
DEG.F AVG. DEWFOINT FRESS =
0.5435
(
.0000 )
P5IA INTERVAL 1
LEAK RATE =
0.1516 WT%/04HR5 TOTAL TIME LEAR RATE =
0.1616 WT%/04HR5 MA33 FLOT CCrJTAItJMENT LEAKAGE RATE ANALYSIS CCNTAINNEtJT TOTAL MASS (DRY AIR) 654e4.01G6
=
PROJECTEL LEAK RATE NOT CALCULATED FOUNDS
(<4 DATA 5ETS)
MA4IMutt ALLGWAE,LE LEALRATE (0.75+LA)
=
0.47o0 WTL 24HR5 i
D-79
C00FER1 FRIMARY CONTAINMEN
_TILRT---ABSOLUTE MET DATA SET NUMBER
____. __ _____ __ _ HOD 3
,1 i.
DATE:10-Aug-95 LAST INTERVAL, HOURS t1000 0.3303 HOUR 5 FROM T=0 SENSOR #
TEMP (DEG.F)
C.6667 WT. FACTOR DEWF OINT (DEG.F)
WT. FACTOR 1
81.8500
( O.0000 )
O.0270 77.6460
( O.0000 )
0.1500 2
81.8500
( 0.0000 )
0.0270 78.0000
( O.0000 )
O.1500 I
3 81.8500
( 0.0000 )
0.0270 76.8760
( 0.0850 )
0.1500 4
76.4000
( 0.0000 )
O.0270 77.6460
( 0.0000 )
O.1000 5
82.4000
( 0.0000 )
0.0270 81.0170
< 0.0000 ), 0.2250 l
6
- 60. 4900 c ( 0.0000 )
0.0270 81.0170
( 0.0000 )
0.2250 7
82.400GT
( 0.0000 )
O.0270 S
81.8500
( 0.0000 )
0.0750-
~
9 77.9000
( 0.0000 )
0.0750 10 62.9400
( 0.0000 )
0.0300 11
'S2.9400
( 0,0000 )
0,0000 12 E2.9400
( 0.0000 )
0,0000 10
-31.3100
( 0.0000 )
0.0250 14 62.4000
( 'O.0000 )
0.0250 13 61.0100
( 0.0000 )
0.0250 16 61.2000
( 0.2700 )
0.0250
'17 66.5500
( 0.0000 )
O.1180 18 66.7000
( 0.5400 )
O.1150 19 G7.9100
( 0.5800 )
O.1160 20 B6.5500
(.O.5800 )
O.1180 DRYWELL PRE 55URE 71.4780
(-0.00~0 )
AVG. COrJT. TEMP =
FSIA A*M.
DEWPOINT FRE55 =
s;.9:42
( 0.2071 )
DEG.F 0.544;
( 0.000s >
psig INTERVAL
.2 LEAK RATE =
TOTAL TIME LEAK RATE =
3.7099 WT%/24 HRS 1.9e07 MA55 FLOT CONTAIt4M WT%/24 hrs
_ __.--___ __ ENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)___ _ __ ____ __ _ __ ___
PROJECTED LEAK RATE NOT CALCULATED 65419.9256
=
(<4 DATA SETE)
FOur4DS MAXIMUM ALLOWAELE
,LEALRATE (0.75+LA)
=
0.47o0 WT%/24HR5 l
D-80 l'
i
COOFER1 PRIMARY CONTAINMENT ILRT---ABSOLUTE MET
HOD DATA SET NUMBER 4
DATE 10-Aug-85 1040 LAST INTERVAL, HOURS 0.3300 HOURS FROM T=0 1.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0270 78.0030
( 0.0920 )
0.1500 2
61.8500
( 0.0000 )
0.0270 78.0380
( 0.0000
)^
0.1500 3
81.0100
(-0.5400 )
0.0270 76.4910
(-0.0850 )
0.1500 4
76.4000
( 0.0000 )
0.0270 78.0080
( 0.0920 )
0.1000 5
82.9400
( 0.5400 )
0.0270 81.3170
( 0.0000 )
0.2250 6
80.4900
( 0.0000 )
0.0270
- 81. 170
( O.0000 )
0.2250 7
82.9400
( 0.5400 )
0.0270 B
81.0100
(-0.5400 )
0.0750 9
77.9000
( 0.0000 )
0.0750 10 82.9400
( 0.0000 )
0.0300 11 82.9400
( 0.0000 )
0.0300 12 83.4900
( 0.5500 )
0.0300 13 81.0100
( 0.0000 )
0.0250 14 82.4000
( 0.0000 )
0.0250 15 81.0100
( O.0000 )
0.0250 16 61.2000
( 0.0000 )
0.0250 17 86.5500
( 0.0000 )
0.1150 18 B6.1800
(-0.5400 )
0.1180 19 87.2000
(-0.5000 )
0.1180 20 86.5500
( 0.0000 )
0.1160 DRYWELL PEESSURE 71.4600
( 0.0020 )
PSIA AVG. CONT. TEMP =
S3.7928
(-0.1414 )
DEG.F AVG. dei,FOINT PRE 55 =
0.5447
( 0.0006 )
P5IA INTERVAL 3
LEAK RATE =
-2.0178 WT%/24HR5 TOTAL TIME LEAK RATE =
0.eO49 WT%/24 HRS MASS PLOT CONTAINt1ENT LEAKAGE RATE ANALYSIS CONTAINMENT TOTAL MAS 5(DRY AIR) 85443.6644 POUNOS
=
CGMPOSITE PROJECTED 24HR LEAK RATE =
0.9454 WT%/24HR5 LGWER SUPERIMPGSED ACCEPTANCE LIMIT =
0.6820 WTZ/24 HRS UPPER SUFERIMPOSED ACCEPTANCE LIMIT =
0.9974 WT%/24 HRS MAXIMUM ALLOWAELE LEARRATE (0.75+LA) 0.4760 WT%/24 HRS
=
D-81
COOFER1 PRIMARY CONTAINMENT ILRT---A
BSOLUTE METHOD
. DATA SET NUMBER 5
DATE:10-Aug-85 1400
^^
LAST INTERVAL, HOURS 0.0300 HOURS FROM T=0 1.0030 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0270 77.6460
(-0.0920 1 0.1500 2
61.8500
( 0.0000 )
0.0270 78.0380
( 0.0000 )
0.1500 3
81.3100
( 0.0000 )
0.0270 76.4910
( 0.0000 )
0.1500 4
76.4000
( 0.0000 )
0.0270 77.6460
(-0.0920 )
0.1000 5
82.4000
(-0.5400-)
0.0270 81.3170
( 0.0000 )
0.2250 6
53.4900
( 0.0000 )
0.0270 81.0170
( 0.0000 )
0.2250 7
S2.9400
( 0.0000 )
0.0270
-8 81.8500
( 0.5400-)
0.0750
?
77.9000
( 0.0000 )
0.0750-10 B2.9400
( 0.0000 )
0.0000 11 82.4000
(-0.5400 1 0.0000 12 82.9400
(-0.5500 )
0.0000 10 01.3100
( 0.0000 )
0.0250 14-82.4000
( 0.0000 )
0.0250 15 81.3100
( 0.0000 )
0.0250 16 61.0700
(-0.1000 )
0.0250 17 86.5500
( 0.0000 1 0.1180 18 66.1800
( 0.0000 )
0.1180 19 S7.2000
( 0.0000 )
0.1180 20 85.5700
(-0.5800 )
0.1180 DRibELL PRESSURE 71.4650
(-0.0150 )
PSIA AVG. CONT. TEMP =
AVG. LEWPOINT FRESS =
83.7144
(-0.0754 )
DEG.F 0.5425
(-0.0014 )
FBIA INTERVAL 4
LEAK RATE =
TOTAL TIME LEAM RATE =
0.3398 WT%/24 HRS 0.3611 WT%/24 HRS NASS PLGT CONTAINMENT LEAKAGE RATE ANALYSIS CCNTAIMMENT TOTAL MASS (DRY AIR)
COMFOSITE FROJECTED 24HR LEAK RATE = G5409.8315
=
POUNDS LOWER SUPERIMFOSED ACCEFTANCE LIMIT =
0.6212 WT%/24 HRS UF'FER SUPERIMFO5ED ACCEPTANCE LIMIT =
WT%/24HRG 0.6820 0.9994 WT%/24 HRS MAXIMUM ALLCWAOLE LEALRATE (0.75*LA)
=
0.4760 WT%/24 HRS 1
D-82 m
_. ~,
COOFER1 PRIMARY CONTAINMENT ILRT---AB
. SOLUTE METHOD DATA SET NUMBER 6
DATE:10-Aug-85 1420 t
LAST. INTERVAL, HOURS 0.3000 HOURS FROM T=0 1.6667 k SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG. F)
WT. FACTOR i
1 81.8500
( 0.0000 )
0.0270 77.6460
( 0.0000 )
0.1500 l
2 81.0100
(-0.5400 )
0.0270 78.0080
( 0.0000 )
0.1500 l
3 31.3100
( 0.0000 )
O.0270 76.4910
( 0.0000 )
O.1500 4
76.4000
( 0.0000 )
0.0270 77.6460
( 0.0000 )
0.1000 5
82.4000
( 0.0000 )
0.0270 81.3170
( 0.0000 )
0.2250 6
53.4900
( 0.0000 )
O.0270 81.7090
( 0.0920
)~
0.2250 7
62.9400
( 0.0000 )
0.0270
~S St.8500
( 0.0000 )
0.0750 9
77.9000
( 0.0000 )
0.0750 10 82.9400
( 0.0000 )
0.0000 11 82.9400
( 0.5400 )
0.0200 l'12 82.4000
(-0.5400 )
O.0300 10 81.3100
( 0.0000 )
0.0250 14 82.4000
( O.0000 )
0.0250 15 G1.0100
( 0.0000 )
O.0250 16 S1.0500
(-0.0400 )
0.02G0 17 86.5500
( 0.0000 )
0.1150 10 S6.1600
( 0.0000 )
O.1150 19 87.2000
( 0.0000 )
0.1190 20 S6.5500
( 0.5600 )
O.1150 DRWELL FRESSur,E
-*1.4550
(-0.0100 )
FSIA AVG. CD12T. TEMP =
A'v'3.
LEWFOINT FRESS =
S3.7672
( 0.0525 )
DEG.F 0.5451
( 0.0017 )
PSIA 114TERVAL 5
LEAK RATE =
TCT.^.L TIME LEAK RATE =
1.8249 WT%/24 HRS 0.8253 WT%/24 HRS MASS FLOT CONTAINt1ENT LEAKAGE RATE ANALYSIS CGHTAINMENT TOTAL MASS (DRY AIR) 65417.4607
=
CCMPCSITE FROJECTED 24HR LEAK RATE =
FOUNDS 0.7091 LOWER SUPERIMFOSED ACCEPTANCE LIIIIT=
WT%/24 HRS 0.6620 WT%/24 HRS UFFER SUPERIMFCSED ACCEPTANCE LIMIT = 0.9794 WT%/24 HRS MAXIMUM ALLOMBLE LEAKRATE (0.75*LA)
=
0.47c0 WT%/24 HRS D-83 b M6 +4
- COOPER 1 FRIMARY CONTAINMENT ILRT---A
_-----------------------ESOLUTE METHOD DATA SET NUMBER 7
DATE 10-Aug-85' 1440 LAST INTERVAL, HOURS 0.0030 HOURS FROM T=0 2.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0270 77.6460
( 0.0000 )
0.1500 2
81.G500
( 0.5400 )
0.0270 78.0080
( 0.0000 )
0.1500 3
81.3100
( 0.0000 )
0.0270 76.4910
( 0.0000 )
0.1500 4
76.4000
( 0.0000 )
0.0270 77.6460
( 0.0000 )
0.1000 5
82.4000
( 0.0000 )
0.0270 8?.0170
( 0.0000 )
0.2250 6
87.4900
( 0.0000 )
0.0270 81.7090
( 0.0000 )
0.2250 7
32.4000
(-0.5400 )
0.0270 S
81.5300
( 0.0000 >
0.0750' 9
77.9000
( 0.0000 )
0.0750 10 62.9400
( 0.0000 )
0.0300 11 82.9400
( 0.0000 )
0.0~00 12 S2.9400
( 0.5400 )
0.0000 10 81.0100
( 0.0000 )
0.0250 14 82.4000
( 0.0000 )
0.0200 15 81.3100
( 0.0000 )
0.0250 16 81.1700
( 0.1400 )
0.0250 17 86.5500
( 0.0000 )
0.1130 18 So.1800
( O.0000 )
0.1180 19
-87.2000
-( 0.0000 )
0.1180 20 85.9700
(-0.5800 )
0.1150 DRYWELL FRESSURE 71.4480
(-0.0070 )
PSIA AVG. CONT. TEMP =
AVG. DEWFOINT FRESS =
50.7185
(-0.04G7 )
DEG.F 0.5451
(
.0000 )
FEIA INTERVAL 6
LEAK RATE =
TOTAL TIME LEAK RATE =
0.0651 WT%/24 HRS 0.6990 WT%/24 HRS MAES PLOT CCNTAINMENT LEAKAGE RATE ANALYSIS C3NTAINMENT TOTTL MASS (DRY AIR)
CCMPOSITE FROJECTED 24HR LEAR RATE = E5416.6905
=
POUNDS LOWER SUPERIMFOSED ACCEPTANCE LIMIT =
0.6714 WT%/24 HRS UFFER SLPERIMPOSED ACCEFTANCE LIMIT =
0.6820 WT%/24 HRS 0.9994 WTZ/24 HRS MAXINUM ALLOWABLE LEALRATE (0.75*LA)
=
0.4760 WT%/ 241;RS D-84
COOPER 1 FRIMARY cot 4TAINMENT ILRT---ABSOLUT
E METHOD-DATA SET NUMDER 8
j-DATE:10-Aug-85 1500
.LAST INTERVAL, HOURS 0.0333 HOURS FROM T=0 2.0030 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR j.
1 82.3600
( 0.5100 )
0.0270 77.6250
(-0.0210 )
0.1500 i
2 81.8200
(-0.0000 )
0.0270 78.0100
(-0.0280 )
0.1500 3
81.2700
(-0.0400 )
0.0270 76.8480
( 0.0570 )
0.1500 4
76.0700
(-0.0300 )
0.0270 78.0100
( O.0640 )
0.1000 5
80.0600
(-0.0400 )
0.0270
'81.2960
'-0.0210 )
0.2250 6
84.0000
( 0.5100 )
0.0270 81.6810
(-0.0250 )
0.2250 7
62.9100
( 0.5100 )
0.0270 E
E1.9200
(-0.0000 )
0.0750 i
9 77.8800
(-0.0200 )
0.0750 10 B2.9100
(-0.0000 )
0.0000 11 82.9100
(-0.0000 )
0.0300 12 E2,9100
(-0.0000 )
0.0300 13 81.2700
.(-0.0400 )
0.0250 14 S2.3600
(-0.0400 )
0.0250 15 81.2700
(-0.0400 )
0.0250 16 E1.1700
( O.0000 )
0.0250 17 66.5200
(-0.0000 )
0.1180 15 G6.1400
(-0.0400 )
0.1180 19 87.2000
(-0.0000 )
0.1180 20 as.5200
( 0.5500 )
0.1180 DRvWELL FRE55URE 71.4500
( 0.0000 )
FSIA AVG. CONT. TEMF
=
E3.7996
( 0.0511 )
DEG.F AVG. DEWFOINT PRESS =
0.5461
( 0.0010 )
FSIA ItaTERVAL 7
LEAK RATE =
0.9706 WT%/24 HRS TOTAL TIME LEAK RATE =
0.7077 WT%/24HR3
+
MASE PLOT CONTAIFJt1ENT LEAKAGE RATE ANALYSIS
=-------------------------
COfJTAItJMENT TOTAL MASS (DRY AIR)
E5405.1753
=
COMFOSITE FROJECTED 24HR LEAK RATE =
F OUr4DS 0.6806 WT%/24HR3 LOWEF SUFERIMFDEED ACCEPTANCE LIMIT =
0.sE20 WT%/24HR5 UFFER SUFERIMPO5ED ACCEFTANCE LIMIT =
0.9994 WT%/24 HRS MAXIMUM ALLOWAELE LEAL. RATE (0.75+LA)
=
0.4760 WT%/24HR3 D-85
COOPER 1 FRIMARY CONTAINMEt4T
_____---.___________-_ILRT---ABSOLUTE METHOD DATA SET NUMDER 9
DATE:10-Aug-85 1520 LAST INTERVAL, HOURS 0.0003 HOURS FROM T=0 2.6667 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
81.6500
(-0.5100 )
0.0270 77.6460
( O.0210 )
0.1500 2
B1.8500
( O.0000 )
0.0270 78.0080
( 0.0290 )
0.1500 3
81.3100
( 0.0400 )
0.0270 76.8760
( 0.0250 )
0.1500 4
76.4000
( 0.0300 )
0.0270 77.6460
(-0.0640 )
0.1000 5
52.4000
( 0.0400 )
0.0270 81.0170
( 0.0210 )
0.2250 6
63.4900
(-0.5100 )
0.0270 61.0170
(-0.0640 )
0.2250 7
52.4000
(-0.5100 )
0.0270 6
E1.8500 f 0.0000 )
0.0750-9 77.9000
( 0.0200 )
0.0750 10 E2.9400
( 0.0000 )
0.0000 11 S2.4000
(-0.5100 )
0.0000 12 52.4000
(-0.5100 )
0.0000
,10 81.3100
( 0.0400 )
0.0250 14 E2.4000
( 0.0400 )
0.0250 15 61.3100
( 0.0400 )
0.0250 16 81.1700
( O.0000 )
0.0250 17 86.5500
( 0.0000 )
0.1180 16 Bo.1500
( 0.0400 )
0.1150 19 G7.2000
( 0.0000 )
0.1180 20 E5.9700
(-0.5500 )
0.1150 DRYWELL FRE55URE 71.4400
(-0.0100 )
F5IA AVG. CO!JT. TEtiP =
AVG. LEWFOINT FRE55 =
50.6662
(-0.1105 )
DEG.F 0.5440
(-0.0018 )
F5IA ItJTERVAL S
LEAK RATE =
TOTAL TIME LEAK RATE =
-0.6746 WT%/24HR5 0.0612 WT%/24HR5 MA55 FLOT CONTAINMENT LEAUAGE RATE ANALYSIS CGilTAINMENT TOTAL MAS 5 (CRY AIR)
COMPO5ITE FROJECTED 24HR LEAK RATE = G3413.1779
=
FOUNDS LO!JER SUFERIMFGEED ACCEPTANCE LIMIT =
0.5946 WT%/24HR3 UFFER SUFERIMPOSED ACCEFTANCE LIMIT =
0.6620 WT%/24HR5 0.9994 WT%/24 HRS MAXIMUM ALLOWABLE LEALRATE (0.75+LA)
=
0.4760 WT%,24HR5 D-86
COOPER 1 FRIMARY CCNTAINMENT ILRT---AESOLUT E METHOD DATA SET NUMBER 10 DATE 1~-Aug-85 1540 LAST INTERVAL, HOURS 0.0003 HOURS FROM T=0 0.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR.
DEWPOIt4T (DEG.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0270 78.0080
( 0.09:0 )
0.1500 2
81.8500
( 0.0000 )
0.0270 78.0080
( O.0000 )
0.1500 0
81.3100
( 0.0000 )
C.0270 76.8760
( 0.0000 )
C.1500 4
76.4000
( 0.0000 )
O.0270 78.0050
( 0.0920 )
0.1000 5
82.1000
('O.0000 )
0.0270 81.0170
( 0.0000 )
0.2250 6
80.4900
( 0.0000 1 0.0270 81.7090
( 0.09:0 )
0.2050 7
82.9400
( 0.5400 )
0.0070 0
81.8500
( 0.0000 )
0.0750 9
77.9000
( 0.0000 >
0.0750 10 S2.9400
( 0.0000 )
0.0000 11 82.9400
( 0.5400 )
0.0000 12 80.9400
( 0.5400 )
O.0000 13 81.0100
( 0.0000 )
0.0250 14 82.4000
( 0.0000 )
O.0 50 15 81.0100
( 0.0000 )
0.0250 la 61.0000
(-0.1400 )
0.0250 11 86.5500
( 0.0000 )
O.I130 18 86.1500
( 0.0000 )
O.1150 17 E7.2000
( 0.0000 )
O.1180 20 85.9700
( 0.0000 )
0.1180 DRYWE1.1. FRESSURE 71.4040
(-0.0060 )
FSIA AVG. CONT. TEMP =
80.7076
( 0.04~4 )
DEG.F AVG. DEWFOINT FRESS =
0.5474
( 0.0001 )
FSIA INTERVA1.
9 LEAR RATE =
1.4955 WTt;/24hR5 TOTAL TIME LEAK RATE =
0.6650 Wi');/24HR3 MA55 FLOT CONTAINMENT LEAMAGE RATE ANALYSIS CCNTAINMENT TOTAL MASS (DRY AIR)
E5095.4009
=
CUMFOSITE FROJECTED 24HR LEAK RATE =
FOUNDS l
0.6001 WT;./04 HRS LCWER SUPERIMFOSED ACCEPTANCE LIMIT 4 0.6800 UFPER SUFERIMFOSED ACCEPTANCE LIMIT =
WT*;/04HR5 l
0.9994 WT*;/04HR$
0.4c54 MAXIMUM ALLCWAELE LEARRATE (0.75+LA)
=
0.47ec WT*./04HR5 D-87
COOFER1 FRIMARY CONTAINMENT ILRT---
__ _________ ____AE SOLUTE METHCiD DATA SET NUMBER 11 DATE:10-Aug-ST 1600 LAST INTERVAL, HOURS 0.3000 HOURS FROM T=0 0.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWFOIt4T (DEG.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0070
- 78. 0'!EO
( 0.0000 )
0.1500 2
s1.s500
( 0.00.00 )
0.0:70 7s.0:s0
( 0.0000 >
0.1500 3
81.8500. ( O.5400 )
0.0270 76.8760
( 0.0000 1 0.1500 4
76.4000
( 0.0000 )
0.0070 77.6460
(_0.09:0 )
0.1000 5
B2.4000
( 0.0000 1 0,0270 81.31 0
( 0.0000 )
0.2:50 6
80.4900
( 0.0000 )
0.0070 E1.7090
( 0.0000 )
0.0000 I
7 82.9400
( 0.0000 )
0.0270 8-81.8500
( 0.0000 )
0.0750-9 i
77.9000
( 0.0000 )
0.0750 10 80.9400
( 0.0000 )
0.0000 11 50.9400
( 0.0000 )
0.0000 10 S2.9400
( 0.0000 )
O.0000 10 81.0100. ( 0.0000 )
0.0:50 14 82.4000
( 0.0000 )
0.0050 15 St.0100
( O.0000 )
O.0:50 16 81.1700
( 0.1400 )
O.0:50 17
-86.5500
( 0.0000 )
0.1180 18 86.1600
( 0.0000 )
0.1160 19 87.0000
( 0.0000 )
C.1130 20 l
66.5500
( 0.5G00 )
0.1160 DRYWELL PRES 5URE 71.'4:90
( 0.0000 )
P51A AVG. CONT. TEMP =
AVG. DEWFOINT PRE 55 =
60.E160
(-0.
900 )
DEG.F 0.54ca
( 0.0000 )
PSIA INTERVAL 10 LEAM RATE =
TOTAL TIME LEAK RATE =
1.5951 WT%/24 HRS 0.75B1 WT%/04HR3 MAEE FLGT CONTAINMENT LEA
_______________._________ MAGE RATE ANALYSIS CONTAINMENT TOTAL MASS (DRY AIR)
L COMPOSITE PROJECTED 24HR LEAR RATE = B5076.4806 j
=
F OUf4DS LOWER SUPERIMPOSED ACCEFTANCE LIMIT =
0.648 WT%/04HR5 UFPER SUPERIMFOSED ACCEPTANCE LIMIT =
0.eB00 WT%,'04HR3 0.9994 WT%/04HR5 t
MAXIMUM ALLOWAELE s
LEARRATE (0.75+LA)
=
0.47eo WT%/04 HRS D-38 i
COOPER 1 FRIMARY CONTAINt1ENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 12 DATE 13-Aug-85 1620
^
LAST INTERVAL, HOURS 0.3000 HOURS FROM T=0 3.6667 EENSCR #
TEMP
,(DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
81.8500
( 0.0000 )
0.0270 78.0080
( 0.0000 )
0.1500 2
81.5500
( 0.0000 )
0.0270 78.0080
( O.0000 )
0.1500 3
81.0100
(-0.5400 )
0.0270 76.8760
( 0.0000 )
0.1500 4
76.4000
( 0.0000 )
0.0270 78.0080
( 0.0920 )
0.1000 5
82.9400
( O.5400 )
0.0270 81.0170
( O.0000 )
0.2 50 6
80.4900
( 0.0000 )
0.0270 81.7090
( 0.0000 )
0.2250 7
82.9400
( 0.0000 )
0.0270 B1.6500
( 0.0000 )
0.0750 9
77.9000
( 0.0000 )
0.0750 10 82.9400
( 0.0000 )
0.0000 11 82.9400
( 0.0000 )
0.0000 12 82.9400
( 0.0000 )
0.0000 10 81.0100
( 0.0000 )
0.0250 14 82.9400
( 0.5400 )
0.0250 15 81.0100
( 0.0000 )
0.0250
- i 81.3100
( 0.1400 )
0.0250 17 86.5500
< 0.0000 )
0.1180 13 86.1800
( 0.0000 )
0.1180 19 87.2000
( 0.0000 )
0.1130 20 65.9700
(-0.5800 )
0.1180 DRYWELL FRESSURE 71.42:0
(-0.0060 )
FSIA AVG. CONT. TEMP =
GO.764o
(~0.0514 )
LEG.F AVG. DEWFOINT PRESS =
0,5470
( 0.0006 )
PSIr INTERVAL 11 LEAK RATE =
-0.0145 WT%/24 HRS TOTAL TIME LEAL RATE =
0.ea79 WT%/24 HRS MASS PLOT CONTAINMEtJT LEAKAGE RATE ANALYSIS CCNTAINMEf1T TOTAL MASS (LRY AIR) 55076.6545 FOuta,CS
=
CCMFOSITE PROJECTED 24HR LEAR RATE =
0.6505 WT%/24 HRS LCWER SUFERIMFOSED ACCEFTANCE LIMIT =
0.6820 WT%/24 HRS UFFER SUFERIMPOSED ACCEPTANCE LIMIT =
0.9974 WT%/24 HRS MAXIMUM ALLOWAPLE l
LEAAAATE (0.75+LA) 0.4760 WT%/24 HRS
=
l l
D-89
COOFER1 FRIMARY CONTAINMENT ILRT---A
BSOLUTE METHOD DATA SET NUMECR 13 DATE 10-Aug-85 1640 LAST INTERVAL, HOURS 0.0003 HOURS FROM T=0 4.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
80.9100
( 1.0600 )
0.0070 78.4020
( 0.3640 )
0.1500 2
82.0400
( 0.5100 )
0.0070 78.7460
( 0.7080 )
0.1500 3
81.8200
( 0.5100 )
0.0070 77.2400
( 0.0640 )
0.1500 4
76.9100
( 0.5100 )
0.0070 78.4000
( 0.0640 )
0.1000 5
81.8200
(-1.1000 )
0.0070 81.0960
(-0.0010 )
0.0250 6
84.0000
( 0.5100 )
0.0270 81.6810
(-0.0080 )
0.0050 7
80.4500
( 0.5100 )
0.0270 8
61.8000
(-0.0000 )
0.0750 9
77.8800
(-0.0000 )
0.0750' 10 83.4500
( 0.5100 )
0.0000 11 83.4500
( 0.5100 )
0.0000 12 60.4500
( 0.5100 )
0.0300 13 81.8000
< 0.5100 >
0.0050 14 S3.4500
( 0.5100 )
0.0250 15 81.3000
( 0.5100 )
0.0050 16 81.6500
( C.5400 )
0.0050 17 86.5000
(-0.0000 1 0.1160 18 86.6700
' O.4700 )
0.1100 19 87.0000
(-0.0000 )
0.11G0 20 66.5000
( 0.5500 )
0.11S0 LR'rWELL FRE53URE 71.4550
( 0.0000 )
FSIA AVG. CONT. TEMF =
AVG. DEWFOINT FRESS =
84.00ES
( 0.2741 )
DEG.F 0.5508
( 0.0004 )
F5IA INTERVAL 12 LEAK RATE =
TOTAL TIME LEAK RATE =
0.4000 WT%/04 HRS 0.S6eo WT%/~4 HRS,
MAES PLOT CONTAINMENT LEAKAGE RATE ANALYSIS CONTAINHENT TOTAL MASE(DRY AIR) 85071.6115
=
COMFOSITE FROJECTED 24HR LEAK RATE =
FOUtiDS 0.6445 WT%/04HR5 LOWER SUFERIMFOSED ACCEFTANCE LIMIT =
0.6800 WT%/04 HRS UFFER SUFERIMF03ED ACCEPTANCE LIMIT = 0.9794 WT%/24 HRS MAXIMUM ALLOWAELE LEA} RATE (0.75+LA)
=
0.4760 WT%/24HAS D-90
COOFER1 FRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMEER 14 DATE 10-Aug-85 1700 LAST INTERVAL, HOURS 0.0000 HOURS FROM T=0 4.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
G2.4000
(-0.5100 )
0.0270 78.4000
( 0.0210 )
0.1500 0
82.4000
( 0.0400 )
0.0270 7G.4200
(-0.0000 )
0.1500 3
B1.8500
( 0.0000 )
0.0070 77.0610
( 0.0010 )
0.1500 4
76.9500
( 0.0400 )
0.0270 78.0050
(-0.0640 )
0.1000 5
E0.4900
( 1.6700 1 0.0070 81.7090
( 0.4100 )
0.0050 i
6 54.0000
( 0.0000 >
0.0070 81.7090
( 0.0 50 )
0.0 50 7
83.4900
( 0.0400 )
0.0270 8
52.4000
( 0.5800 )
0.0750 -
9 78.2400
( 0.3600 )
0.0750 10 50.4900
( 0.0400 )
0.0000 11 80.4900
( 0.0400 )
0.0000 12 83.4900
( 0.0400 )
0.0000 13 81.8500
( 0.0000 )
0.0050 14 60.9400
(-0.5100 )
0.0050 15 81.9500
( 0.0000 )
0.0050 16 G1.5800
(-0.0700 )
0.0050 17 66.5500
( 0.0000 )
0.1180 10 86.7000
( O.0700 )
0.1180 19 87.0000
( 0.0000 )
G.1180 23 65.9700
(-0.5000 )
0.1180 DFrWELL FRESSURE 1
71.4400
(-0.0160 )
FSIA AVG. CGNT. TE!1P =
G4.0G14
( 0.0407 )
DEG.F AVG. DEWFGINT FRESS =
0.5515
( 0.000G )
FSIA INTERVAL 13 LEAK RATE =
0.0661 WT%/04 HRS TOTAL TIME LEAK RATE =
0.7869 WT%/04 HRS MASS FLCT CCNTAINMENT LEALAGE RATE ANALYSIS CCHTAINMENT TOTAL MASS (DRY AIR)
G0044.7400 FOUNDS
=
CCMF03ITE PROJECTED 24HR LEAR RATE =
0.cGo9 WT%/04 HRS LCWER SUPERIMFOSED ACCEFTANCC LIMIT =
0.oG20 WT%/04 HRS OFFER SUFERIMFOSED ACCEFTANCE LIMIT =
0.9994 WT%/04HRC MAX 1 MUM ALLOWABLE LEAbRATE (0.75eLA) 0.4760 WT%/~4 HRS
=
D-91
COOPER 1 FRIMt RY CONTAIt4f1ENT ILRT---ABSO
----- -.--------------- LUTE METHGD
~~
DATA SET NUMDER 15 DATE:10-Aug-85 1700 LAST INTERVAL, HOURS 0.0000 HCURS FROM T=0 4.6667 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
St.4000
( 0.0000 )
O.0 70 70.0000
(-0.0550 )
O.1500 St.8500
(-0.5500 >
0.0270 7G.4000
( 0.0000 )
O.1500 0
81.8500
( 0.0000 )
0.0270 76.G760
(-0.09:0 )
0.1500 4
76.4000
(-0.5500 1 0.0270 75.0080
( 0.0000 )
0.1000 5
80.9400
(-0.5500 )
0.0270 81.0170
(-0.09:0 )
0.0 50 6
54.0000
( 0.0000 )
0.0270 G1.0170
(-0.09:0 )
0.0050 7
82.9400
(-0.5*00 )
0.0070 8
81.E500
(-0.5500. )
0.0750 9
79.2400
( 0.0000 )
0.0750 to 62.9400
(-0.5500 )
0.0000 11 90.9400
(-0.5500 )
0.0300 l
1:
50.9400
(-0.5500 )
0.0000 13 81.0100
(-0.5400 )
0.0:50 14 60.4000
(-0.5400 1 0.0050 15 81.0100
(-0.5400 )
0.0050 16 81.4400
(-0.1400 )
0.0 50 17 36.5500
( 0.0000 1 0.1180 la E6.1800
(-0.5400 1 0.1160 19 87.0000
( 0.0000 )
0.118G 20 E5.9700
( 0.0000 )
0.1150 DRYWELL FRE55URE 71.4160
(-0.0060 )
PSIA AVG. CCfJT. TEMP =
AVG. DEWFOItJT FRE55 =
60.6:08
(-0.2576 )
DEG.F l
0.5465
(-0.0051 )
F5!A I
INTERVAL 14 LEAK RATE =
TOTAL TIME LEAK RATE =
-1.0856 WT%/04HAS 0.640a WT%/04 HRS i
MASS FLDT CCtJTAINMENT LEAKAGE RATE AIJALYSIS CCNTAINMENT TOTAL MASS (DR( AIR) 65 59.951
=
COMFC3ITE PROJECTED 24HR LEAM RATE =
FOUtJD5 0.6650 WT%/04HR5 LCWER SUFEF.IMFOSED ACCEFTAtJCE LIIt!T= 0.ea 0 WT%/04HR3 UFFER SUFERINFG3ED ACCEPTANCE LIMIT = u.9994 WT%/24HRG MAXIMUM ALLOWABLE LEALRATE (0.75+LA)
=
0.4760 WT%/04 HRS I)-92
COOFER1 FRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMEER 16 DATE:13-Aug-85 1740 i
LAST INTERVAL, HOURS 0.0003 HOURS FROM T=0 5.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
82.4000
( 0.0000 )
0.0270 75.0 20
( c.0000 )
C.1500 2
G1.6500
( 0.0000 )
O.0:70 78.0080
(-0.OE50 )
0.1500 3
8I.8500
( 0.0000 )
0.0070 76.G760
( 0.0080 )
O.1500 4
74.4000
( 0.0000 )
O.0270 78.00GO
( 0.0000 )
O.1000 l'
5 82.9400
( 0.0000 )
0.0070 81.0170
( 0.0000 )
0.0050 6
B3.4900
(-0.5400 )
C.0270 81.7090
( 0.09:0 )
0.0250 7
82.9400
( 0.0000 )
O.0 70 0
81.6500
( 0.0000 )
O.0750 j
9 7a.2400
( 0.0000 )
0.0750 j
10 82.7400
( 0.0000 )
0.0000 l
11 82.9400
( 0.0000 )
0.0000 l
12 S2.9400
( 0.0000 )
0.0000 10 81.0100
( 0.0000 )
0.0000 14 G2.9400
( 0.5400 )
0.0250 15 St.6500
( 0.5400 )
0.0:50 to 62.4400
( 0.0000 )
0.0250 17
- 86..', '500
( 0.0000 )
C.1180 10 S4.1800
( 0.0000 )
0.1160 19 E7.2000
( 0.0000 )
0.1150 20 84.5500
( 0.5500 )
0.1160 LR'rWELL FRESSURE 71.4100
(-0.0060 )
P5IA AVG. CUNT. TEMF =
G0.9046
( 0.0G08 )
DEG. F" AVG. DE'wFOINT FRESS =
0.5470
( 0.0009 )
P3IA It4TERVAL 15 LEAK RATE =
1.7674 WT;;/04 HRS TOTAL TIME LEAK RATE =
0.715a WT;;/04 HRS MASS FLOT CCFJTAINMEf 4T LEAllAGE RATE ANALYSIS CCHTAINMENT TOTAL MAS 5 (CRY AIR)
G5009.0070 FOUNDS
=
CGMFG3ITE FROJECTED 04HR LEAU RATE =
0.6750 WT;;/ ~ 4HR 5 LOWER SUFERIMPCEED ACCEFTANCE LIMIT =
0.o&C0 WT*;/04HRC UFFER SUFERIMF05ED ACCEFTANCE LIMIT =
0.9994 WT;;/ 04HR5 MAXIMUM ALLOWAELE LEALRATE (0.70.LA) 0.47ec W 7;;, 04HR 5
=
D-93
COOFER1 FRIMARY CONTAINMENT ILRT---ADSOLUT
___________________________________E METHOD DATA SET NUNDER 17 DATE 10-Aug-85 1800 t
LAST INTERVAL, HOURS 0.0000 HOURS FROM T=0 5.0000 i
SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
80.4000
( 0.0000 )
0.0270 78.0080
( 0.0000 )
0.1500 2
61.6C00
( c.0000 )
0.0070 76.4000
( 0.0850 )
0.1500 i
3 81.3500
( 0.0000 )
0.0270 76.9760
( C.0000 )
0.1500 i
4 76.4000
( 0.0000-)
0.0070 78.00E0
( 0.0000 )
0.1000 j
5 02.9400
( 0.0000 1 0.0270 81.0170
( 0.0000 )
0.0050 i
6 90.4900
( 0.0000 )
'0.0070 81.7090
( 0.0000 )
0.0250 7
53.4900
( 0.5500 )
0.0270 8
51.6500
( 0.0000 )
0.0750 t
9 78.2400
( 0.0000 )
0.0750' i
10 60.4900
( 0.5500 )
0.0000 11 82.9400
( 0.0000 )
0.0000 12 63.4900
( 0.5500 )
0.0000 13 81.0100
( 0.0000 )
0.0050 14 E0.9400
( 0.0000 )
0.0050 15 81.8500
( 0.0000 )
0.0050 16 81.4400
( 0.0000 )
0.0250 17 96.5500
( 0.0000 )
0.1160 15 So.1600
( 0.0000 )
0.1180 19 87.0000
(-0.0100 )
0.1130 20 96.5500
( 0.0000 )
0.1160 DRYWELL FRESSURE i
71.4000
(-0.0100 )
FEIA AVG. CCl4T. TEMP =
80.951
( 0.0466 )
DEG.F AVG. DEWFOINT FRES5 =
0.543
( Q.0v00 )
P3!A INTERVAL la LEAM RATE =
1.7170 iWT%/04 HRS l
TOTAL TIME LEAM RATE =
0.778 WT%/04 HRS t -
MASS FLOT COtJTAINMEfJT LEAVAGE RATE ANALYSIS cot 4TAINME!JT TOTAL MASS (CRY AIR) 85016.6767
=
COMFCSITE FROJECTED 24HR LEAM RATE =
POUNDS 0.7001 WT%/04HR$
j LOWER SUFERIMPOSED ACCEPTANCE LIMIT =
0.68:0 WT%/04 HRS OFFER SUFERIHF03ED ACCEPTANCE LIMIT =
0.9994 WT%/04 HRS 1
MAXIMUM ALLCWALLE j
LEA 6 RATE to.75+LA)
=
0.4760 WT%/04HRE l
i t
h I
0-%
COOFER1 FRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 18 DATE:10-Aug-85 1800 6
LAST INTERVAL, HOURS 0.0003 HOURS FRCM T=0 5.6667 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
G2.4000
( 0.0000 )
0.0270 78.0080
( 0.0000 )
0.1500 2
81.8500
( 0.0000 )
0.0070 78.4:~0
( O.0000 )
0.1500 3
61.0500
( 0.0000 )
0.0070 76.0760
( 0.0000 )
0.1500 4
76.4000
( 0.0000 )
0.0 70 76.00E0
( 0.0000 1 0.1000 5
82.9400
( O.0000 )
0.0070 85.0170
( 4.0000 )
0.0050 6
64.0000
( O.5400 )
0.0270 61.7090
( 0.0000 )
0.0050 7
83.4700
( 0.0000 )
0.0270 0
81.5500
( 0.0000 )
0.0750 9
78.2400
( 0.0000 )
0.0750 10 50.4900
( 0.0000 )
0.0000 11 82.9400
( 0.0000 )
0.0000 12 62.9400
(-0.5500 )
0.0000 l
13 81.3100
( 0.0000 )
0.0050 14 82.4000
(-0.5400 )
0.0050 15 81.0100
(-0.5400 )
0.0050 16 81.0100
(-0.1000 )
0.0 50 17, 86.55CO
( 0.0000 )
0.11G0 10 E4.1800
( 0.0000 )
0.1160 19 87.2000
( c.0100 )
0.1180 20 96.5500
( 0.0000 )
0.1150 DR'eWELL FRE55URE 71.0900
(-0.0100 )
P5IA A' *G.
CDfJT. TEMF =
G0.9000
(-0.0010 )
DEG.F AVG. DEWFOINT FREES =
0.5650 t 0.0172 )
P5IA INTERVAL 17 LEAL; RATE =
0.0500 WT%/04 HRS TOTAL TIME LEAK RATE =
0.8706 WT%/04HR3 MASS FLOT CONTAINMENT LEAL: AGE RATE ANALYSIS Cul4TAINMENT TOTAL MA55(DRY AIR) 85 90.7946 POUNDS
=
COMF051TE FROJECTED 24HR LEAR RATE =
0.7500 WT%/04HRG LG**F.R SUPERIMPOSED ACCEFTANCE LIMIT =
0.68 0 WT%/04 HRS UTFER 5UFERINF05ED ACCEPTANCE LIMIT =
0.9994 NT%/04HKG MAX 1 MUM ALLCWALLE LEALRATE (0.75.LA) 0.4760 WT%/04 HRS
=
D-95
[
COOFER1 FRIMARY CONTAINMENT ILRT---ABSO
. ____ LUTE METHOD DATA SET NUMDER 19 DATE:10-Aug-85 1840 LAST INTERVAL, HOURS 0.0003 HOURS FROM T=0 6.0000 SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
G2.4000
( 0 0000 )
0.0270 75.0030
( o.0000 )
0.1000 2
81.8500
( 0.0000 )
0.0070 78.0080
(-0."*850 )
0.1500 3
81.3100
(-0.5400 )
0. 0:27 0 76.0760
( 0.0000 )
0.1500 4
74.4000
( 0.0000 )
0.0270 70.00GO
( 0.0000 )
0.1000 5
82.9400
( 0.0000 )
- 0. 0~170 81.0170
(-4.0000 )
0.0 50 6
83.4900
(~0.5400 1 0.0270 E1.7090
( C.0000 )
0.::250 7
G":.9400
(-0.5500 )
O.0270 S
81.9500
( 0.0000 )
0.0750 9
77.9000
(-0.3400 )
0.0750 10 82.9400
(-0.5500 )
0.0000 11 G2.9400
( 0.0000 )
0.0000 10 E::. 9400
( 0.0000 )
0.0000 13 81.3100
( 0.0000 1 0.0250 14 82.9400
( 0.5400 )
0.0 50 15 61.3100
( O.0000 )
0.0 50 t
16 G1.0100
( 0.0000 )
0.0250 l
17 84.5500
( 0.0000 )
0,1180 18 Eo.1800
( 0.0000 )
O.1180 19 87.2000
( 0.0000 )
U.1150 20 65.9700
(-0.5800 )
0.1160 l
DRYWELL FRES3URE I
71.0300
(-0.0070 )
F5IA i
nVG. CGtJT. TEMP =
{
AVG. DEWFOINT FRC35 =
S0.7795
(-0.1400 )
DEG.F 0.547;
(-0.0150 )
F3IA l
INTERVAL 18 LEAK RATE =
-0.9571 WT;;/04HR5 TOTAL TIME LEAK RATE =
0.6566 WT:./04HR5 MASS FLOT CCf4TAINMENT LEAKAGE RATE ANALYSIE CCitTAItJMENT TOTAL MA55 d DRY AIR)
G5 26.1501 FOUNDS
=
COMPOSITE FROJECTED 24HR LEAU RATE =
0.7 50 WT;;/::4HR3 LOWER SUFERIttFOEED ACCEPTANCE LIMIT = 0.6E 0 W T*;/ ;4hA 5 UFFER SUPERIMFOSED ACCEPTANCE LIMIT =
0.9994 WT!./04hA5 MAXIMUM ALLOWABLE LEA 6. RATE (0.75+LA)
=
0.4760 WT*.e24 HRS 1
l t
1 h
COCFER1 l-FRIMARY CONTAINMENT ILRT---ABSOLUTE METHOD l
DATA SET NUMEER 20
[
DATE:10-Aug-85 1900 LAST INTERVAL, HOURS 0.0000 HOUR 5 FROM T=0 6.0000 t
SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWPOINT (DEG.F)
WT. FACTOR 1
82.4000
( 0.0000 )
O.0 70 78.0080
( 0.0000 )
0.1500 E1.8500
( 0.0000 )
O.0070 78.00GO
( 0.0000 )
O.1500 i
3 St.8500
( 0.5400 )
C.0270 76.8760
( 0.0000 )
O.1500 4
7s.4000
( 0.0000 )
0.0070 78.0080
('0.0000 )
0.1000 5
92.4000
(-0.5400 )
O.0::70 01.0170
( 0.0000 )
0.0250 l
6 94.0300
( 0.5400 )
0.0::70 G1.7090
( 0.0000 1 0.0050' l
7 82.9400
( 0.0000 )
0.0270 S
81.6500'
( 0.0000 )
0.0750 l
9 77.9000
( 0.0000 )
0.0750 l
10 82.9400
( 0.0000 )
0.0000 l
G2.9400
( 0.0000 )
0.0000 l
1 80.9400
( 0.0000 )
0.0300 l
13 91.0100
( 0.0000 )
0.0050 l
14 80.9400
( 0.0000 )
0.0::50 15 81.0100
( 0.0000 )
0.0::50 16 G1.0100
( 0.0000 )
0.0250 17 96.5300
( 0.0000 )
O.11ao 18 So.1900
( 0.0000 )
O.11CO 19 G7.0000
( 0.0000 )
O.1180 20 65.9700
( 0.0000 )
O.11EO LA' SWELL FRE55URE 71.0740
(-0.0090 )
F31A AVG. CONT. TEMP =
80.7940
( 0.0146 )
CEG.F l
l A'.'G. DEWPOINT FRESS =
0.547;
(
.0000 )
F31A l
l IldTERVAL 19 LEAK RATE =
1.1070 WT!./04 HRS TGTAL TINE LEAM AATC =
0.680 WT!;/::4 HRS MAES FLOT Cur 4TAItJMENT LEAVAGE RATE ANALYSIS CCNTAINHEf47 TOTAL MAS 5(C M A!R) 85010.0o14 F Gut 4DS
=
CCHFOSITE FROJECTED 24HR LEA 6. RATE =
0.7120 WU;/ 4 HRS LGWER SUFERIMPOSED ACCEFTANCE L!li!T=
0.cE 0 WT*:/*.4 HRS UFFEA SUFERIHFOGED ACCEF TANCE LIMIT =
- 0. 7N4 WT ;/24HR3 l
MAXIMUM ALLOWALLE LEAlRATE (0.75+LA) 0.4760 WT;/04HR3
=
D-97 l
l
COOFER1 FRIMARY CONTAINt1ENT ILRT---A
..........__...._____....__SSOLUTE METHOD DATA SET NUMBER 21 DATE:10-Aug-85 1920 LAST INTERVAL, HOURS 0.0003 HOURS FROM T=0 6.6666 SENSOR #
TEMP (CEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR i
1 81.8500
(-0.5500 )
0.0270 78.00GO
( 0.0000 )
0.1500 2
G1.8500
( 0.0000 )
0.0270 78.4000
( 0 0500 )
0.1500 3
81 0100
(-0.5400 1 0.0270 76.0760
( 0 0000 )
0.1500 4
76.4000
( 0.0000 ),
0.0070 77.6460
(-0.09:0) 0.1000 5
80.7400
( 0.5400 )
0.0070 81.0170
( 0.0000 )
0.0250 e
E0.4900
(-0.5400
),
0.0270 B1.0170
(-0 09:0 )
0.0050 7
82.7400
( 0.0000
)-
C.0 70 S
E1.9500
( 0.0000 )
0.0750 9
73.2400
( 0.3400 )
0.0750 30 6".9400
( 0.0000 )
0.0000 i
11 G2.9400
( 0.0000 )
0.0000 10 B:*. 9400
( 0.0000 )
0.0000 1
10 81.0100
( 0.0000 ')
0.0250 14 G2.4000
(-0.5400 )
0.0250 15 81.0100
( 0.0000 )
0.0250 16 G1.0100
( 0.0000 )
0.0050 17 86.5500
( 0.0000 )
0.1100 16 Ga.1800
( 0.0000 )
0.1160 19 G7.2000
( 0.0000 )
C.1180 l
20 65.9700
( 0.0000 )
0.1160 l
DRYWELL FRESSURE 71..65v.,(-0,oov0 )
FS!A AVG. CONT. TEf tp =
.,.,66
(-0.01'74 )
ccs,p AVG. DEWFOINT PRE 55 =
C.5457
(-0.0014 )
p3!A INTERVAL 20 LEAK RATE =
TOTAL TIME LEAN RATE =
oew=~7~-
WT%/04HAS 0.6, 1
WTg/;4ygg r
NASS PLOT CCtJTAff.MEtJT LEAFACE RATE ANALYSIS Cat 4TAINNEf4T TOTAL Mass (cgy Agn)
- g. 06 67 8 l
CCHFOSITE FROJECTED 24HR LEA 6:
- ~
RATC =
F OUtJDS LGWER SUPERIMPOCCD ACCEFTANCE L!f1!T=
I
- ' "^
UFFER SUFERIMPc3ED ACCEFTANCE LIMIT =
- ff 5
g 4
MAXIMUM ALLCWALLE i
LEA).KATE to.*'*
4 a
0.4760 WT%i:4HA3 0
D-98 I
1
CCCFER1 FRIMARY CONTAINMENT ILRT---ADSCLUTE METHOD DATA SCT NUMDER DATE:10-Aug-85 1940 LAST INTERVAL, HOURS 0.0000 HOURS FROM T=0 7.0000 SENSCR #
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR 1
82.4000
( 0.5800 )
0.0270 73.0590
( 0.0010 )
0.1500 2
61.8800
( O.0300 )
0.0070 78.0590
(-0.0640 )
0.1500 3
81.0400
( 0.0000 )
0.0070 76.8970
( 0.0010 )
0.1000 4
74.4400
( 0.0400 )
0.0070 78.0590
( 0.4100 )
0.1000 I
5 82.4000
(-0.5100 )
0.0070 81.7000
( 0.4100 )
0.0050 6
EO.5000
( 0.0000 )
0.0070 bl.7000
( 0.4100 )
0.0050 7
80.9700
( 0.0000 )
0.0070 O
G1.8000
( 0.0000 )
0.0700 9
77.9000
(-0.0000 )
0.0750 10 80.9700
( C.0000 >
0.0000 11 G2.9700
( O.0000 )
0.0000 3
12 St.9700
( 0.0000 )
0.0000 10 81.0400
( 0.0000 )
0.0250 14 60.9700
( 0.5700 )
0.0000 15 01.0400
( 0.0000 )
0.0250 10 E1.0100
( 0.0000 )
0.0050 17 B4.5900
( 0.0400 )
0.1100 15 86.2100
( 0.0000 )
0.1160 19 87.0700
( 0.0400 )
0.1180 20 36.0100
( 0.2400 )
0.1150
+
DRYWELL PRESSURE 71.0550
(-0.0100 )
FSIA AVG. CDiar. TEl1F =
80.G 00
( 0.0440 )
DEG.F A 'G. DEWFOINT FRESS =
0.5490
( O.0004 )
FG A INTERVAL 01 LEAK RATE =
1.9516 WT%/04 HRS TGTAL T!HE LEAK RATE =
0.700G WT%/04HR5 NASS PLOT CCNTAINitEr4T LEAKAGE RATE ANALYSIG P
CCiJTAINMENT TOTAL MASS (DRY AIR)
=
85 GO.5480 FOUND5 CCMPOSITE FROJECTED 24HR LEAR RATE =
0.7074 WT%/04HR$
LOWER GbFERIMPOSED ACCEPTAfJCE LIMIT =
0.60 0 WT%/;4HRG UFFER CCFERIMP03ED ACCEPTANCE LIMIT =
0.9994 WT%/04HR5 MAX: MUM ALLOWABLE LEA) RATE (0.75+LA) 0.4760 WT%/04HR3
=
i l
l r
0-99
C00FER1 FRIMARY CONTAINMENT II.RT---ALSOLUT E METHOD DATA SET NUMEER DATE: 13-Aug-G5 2000 LAST INTERVAL, HCURS 0.0000 HOURS FRCN T=0 7.0000 SENSCR #
TEMF (DEC.F)
WT.FACTCR DEWFOINT (DEG.F)
WT. FACTOR 1
01.0800
(-0.5500 1
- 0. 0"l70 70.0570
( 0.0000 )
0.1500 81.8600
( 0.0000 )
0.0070 75.0590
( 0.0000 )
0.1500 3
01.0400
( 0.0000 1 0.0270 76.G970
( 0.0000 )
0.1500 4
76.4400
( 0.0000 1 0.0 70 75.0570
( 0.0000 )
0.1000 5
82.4000
( 0.0000 )
0.0270 81.0450
(-0.0300 )
0.00Z0
6 E0.5"00
( 0.0000 )
0.0 70 E1.7000
( 0.0000 )
0.0000 7
B2.9700
( 0.0000 )
C.0070 S
81.0400
(-0.5400 )
0.0750 9
77.9000
( 0.0000 )
0.0750 10 G2.9700
( 0.0000 )
0.0000 11 82.9700
( 0.0000 )
C.0 00 1
G.9700
( 0,0000 1 0.0000 10 a1.0400
( 0.0000 )
0.0 50 14 GO.9700
( 0.0000 )
0.0000 15 a1.3300
( 0.5400 )
C.0 50 la G1.0000
(-0.0500 )
0.0".50 l
17 56.5900
( 0.0000 )
0.1190 l
16 Go.0100
( 0.0000 )
C.1160 17 G7.0700
( 0.0000 )
0.1100 00 G6.0100
(-0.0000 )
0.1160 DRYWELL FRE3SURE 71.0450
(-0.0100 )
F5tA AVG. CONT. TEMF =
60.7404
(-0.07:4 )
CEG.F AVG. DEWFCINT PRESS =
0.0477
(-0.0017 )
F3IA INTERVAL CO LEAN RATE =
TOTAL TIME LEAR RATE =
-0.1110 WT%/04 HRS 0.6904 WT'4/04 HRS MASS FLOT CONTAINMENT LEAUAGE RATE ANALYSIS C0t4TAllaMENT TOTAL MASU(LRY AIR)
G5"G4.G600 FOUllDS
=
CONFOSITE FROJECTED 24HR LEAN RATE =
0.7000 WT';/ 04hR d LOWER SUFERIMFGT,ED ACCEFTANCE LIMIT 4 0.o8"0 WT%/04HRE UFFER SUFERIMFCSED ACCEPTANCE LIMITu 0.9994 WTn/04HR3 MAX 1 MUM ALLOWADLE LEALRATE (0.7"*LA) n.
0.4760 W T *..'" 4 HR 5 D-100
COOFER1 FRIMARV CONTAINI1ENT ILRT---A530 LUTE METHCD DATA SET NUMLER 04 DATE 10-Aug-85 2040 LAST INTERVAL, HOURS 0.0000 HOURS FROM T=0 7.6666 SENSCR #
TE!!P (DEG.F)
WT.FACTCR DEWFOINT (DEG.F)
WT.FACTCR l
1 81.GG00
( 0.0000 )
0.0270
- 78. vMu
( 0.0000 )
0.1500 2
G1.GG00
( 0.0000 )
- 0. 0ll70 78.0590
( 0.0000 )
0.1500 3
81.3400
( 0.000v )
0.0::70 76.0970
( 0.0000 )
0.1500 4
76.4400
( 0.0000 1 0.0270 77.6840
(-0.~750 )
0.1000 5
8::.4030
( 0.0000 )
0.0::70 81.0450
( 0.0000 )
0.::250 o
03.5000
( 0.0000 )
0.0::70
- 81. "l450
(-0.0050 )
- 0. :: ~0 l
7 02.4000
(-0.5400 )
O.0070 I
S 01.C300
( 0.5400 )
0.0750 1
9 77.9::00
( 0.0000 )
0.0750 10 GO.9700
( 0.0000 )
0.0000 11 G2.9700
( 0.0000 )
0,0000 10 GO.9700
( 0.0000 )
0.0000 13 61.0400
( 0.0000 )
0.0250 14 G::. 4000
(-0.5400 )
O.0:;50 15 01.0400
(-0.5400 )
0.0250 16 61.0100
( 0.::800 )
0.0:;50 17 36.5900
( 0.0000 )
0.11a0 10 06.7o00
( 0.5500 )
O.1150 19 07.:::700
( 0.0000 )
O.1130 00 G6.0100
( 0.0000 )
0.1150 LRYWELL FRE55URE 71.0060
(-0.0090 )
FSIA AVG. COf1T. TEMP
- 00. G 19::
( 0.0707 )
DEG.F
=
AVG. DCWFOINT FRE55 =
0.5455
(-0. 00::
)
FI!A INTERVAL LEAL; RATE =
1.6:l05 WT'./::4HR5 TOTAL TIME LEAN RATE =
0.7059 WT%/::4HAS MASS FLOT CONTAINMENT LEA) AGE RATC ANALYSIS C0!!TAltJME!JT TOTAL MASS (DRY AIR)
G5065.5707 FOUNDS
=
COMFOGI TC F ROJCCTED ::4HR LEAV. RATE =
0.7092 W1';/::4HR $
LCWER SUIER!!1FCSED ACCEPTANCE LIMIT =
- 0. c 0::0 WT*4 / 04 HR5 UFFER GUFCRIMFC2ED ACCEF T#tJCE LIMIT =
0.9994 W T';/ 4HR3 MAXIMUM ALLCWAELE LCAlRATC to.75.LA) =
0.47eo WT%/:4HRG D-101
CCCFER1 FRIMARY CONTAINMENT
.......ILRT---ABSOLUTE METHOD DATA SET NUMBER 25 DATE 10.Aug-85 0040 LAST INTERVAL, HOURS 0.0003 HOURS FROM T=0 8.0000 SENSOR #
TEMP (DEG.F)
(J. FACTOR DEWFOINT (DEG.F)
WT. FACTOR j
1 81.8800
( 0.0000 )
0.0270 78.0590
( 0.0000 )
0.1500 2
SI.ESCO
( 0.0000 )
O.0270 75.0590
( 0.0000 1 0.1000 3
81.0400
( 0.0000 )
0.0270 76.8970
( 0.0000 )
0.1500
)
4 76.4400
( 0.0000 )
0.0070 77.6840
( 0.0000 )
0.1000 5
82.4300
( 0.0000 )
0.0070 81.0450
( 0.0000 1 0.0050 6
80.5000
( 0.0000 )
0.0~70 B1.0450
( 0.0000 1 0.0050 i
7 92.9700
( 0.5400 1 0.0070 8
81.9900
( 0.0000 )
0.0750 9
77.9200
( 0.0000 )
0.0750 10 80.4000
(-0.5400 )
0.0~00 11 82.9700
( 0.0000 )
0.0000 12 S0.9700
( 0.0000 )
0.0000 10 91.0400' ( 0.0000 1 0.0050 14 E0.4300
( 0.0000 1 0.0:50 t
15 81.4000
( 0.0900 )
0.0050 i
le 81.0100
( 0.0000 )
0.0"50 17 84.5900
( 0.0000 )
C.1160 i
1E E4.0100
(-0.5500 )
0.1160 l
l 'P I
G7.0700
( 0.0000 )
6.1150 20 56.0100
( 0.0000 )
0.11G0 DR*:WELL FRE55URE t
71.0000
(-0.0080 )
PSIA I
AVG. CCl47. TEMP =
AVG. LEWFOINT FRE33 =
90.7550
(.0.064
)
GEG.F 0.5435
(
.0000 )
FSIA INTERVAL 24 LEAR RATE =
TOTAL TIME LEA): RATE =
-0.0075 I
WT%/04HR3 0.7006 WT*./04HR3 i
fMSS FLOT CONTAINMENT LEAL' AGE RATE ANALYSIS t
CCNTAINHENT TOTAL MAG 5(DRY AIR) e COMFOG1TE FROJECTED 24HR LEAK RATE a65:66.0177
=
FOUf4CS LOWER SUPERIMFCEED ACCEPTANCE LIMIT =
0.7067 WT%/04HR3 UFFER SUPERIMF03ED ACCEF TANCE L!ttIT=
l 0.6800 Wii./04HhS
(
i 0.9994 Wi%/04HR$
i MAXIMUM ALLCWAELE LEA 6 FATE (0.75+LA)
=
1 D 102 i
a
COOFER1 FRIMAR) CONTAINMENT ILRT---ABSOLUTE METHOD DATA SET NUMBER 26 DATE 10-Aug-85 0100 LAST INTERVAL, HOURS 0.0000 HOURS FROM T=0 E.0000 t
I SENSOR #
TEMP (DEG.F)
WT. FACTOR DEWFOINT (DEG.F)
WT. FACTOR t
l 1
91.8800
( 0.0000 1 0.0070 77.6840
(-0.0750.)
0.1500 2
81.8500
( 0.0000 )
0.0270 70.0590
( 0.0000 )
0.1500 3
81.0400
( 0.0000 1 0.0070 76.5100
(-0.08 0 )
0.1500 4
75.9900
(-0.5500 )
0.0270 77.6840
( 0.0000 )
0.1000 i
5 80.4000
( 0.0000 )
0.0270 81.0400
( 0.0000 )
0.0"50 l
6 83.5:00
( 0.0000 )
0.0 70 91.0450
( 0.0000 >
0.0:53 l
7 82.9700
( 0.0000 )
0.0270 l
0 91.8900
( 0.0000 1 0.0750 l
9 77.9200
( 0.0000 )
0.0700 l
10 80.9700
( 0.5400 )
0.0000 11 G2.4000
(-0.5400 >
0.0:00 i
t 10 82.9700
( 0.0000 )
0.0000 t
1 G1.0400
( 0.0000 )
0.0 50 I
t 14 90.9700
( 0.5400 )
0.0:50 l
15 St.0400
(-0.0900 )
0.0:50 16 St.0100
( 0.0000 )
0.0050 i
17 86.5900
( 0.0000 )
O.1190 10 Sm.0100
( 0.0000 )
0.1150 i
19 97.2700
( 0.0000 )
0.1180 20 E4.0100
( C.0000 )
0.1160 t
i DAYWELL PRES 3URE
- 71. 01 M
(-0.0090 )
FSIA f
AVG. CDf47. TEMP =
80.7514
(-0.0006 )
DEG.F AVG. DEWFO!NT FRE33 =
0.5473
(-0.0016 )
F3!A r
i INTERVAL "O
LEAK RATE =
0.7000 WTu/04HR5
[
TOTAL TIME LEAK RATE =
0.70:4 WT%,04HR5 l
MA3B FLOT CCNTAINMEf4T LEAMAGE RATE ANALYSIS CClaTAINetE!47 TOTAL MAS 3dLRY A!R)
E5:57.7:09 FCUNC3
=
C0HF031TE FROJECTED 24HR LEAR RATE a 0.70%1 Win /"4HRA l
LC' ER SUTER!MFOSED ACCEkTANCC LIMIT =
0.6E"O WT%/;4HRE w
UFFER SUFEAIHF03E3 ACCEF TANCE LIMIT =
0.9494 WT% '"4 HRS MAAIMUM ALLOWAELE LEn6 RA TE 60. 75+LA) =
0.4760 WTu/0411R3 l
l D-103 a;i l
i
i C00FER1 DATE 10-Aug-EU IFCLRT--
SUMMARY
OF INPUT DATA DATA HAS. FROM REF. CONT CONT.
AVG.
AVO SET T=0 DP FRESS.
TEMP DEWFOINT NO PSID PSIA DEG.F IN. H2O 1
0.0000 0.9614 71.4900 93.7590 15.0694 0
0.0000 0.9614 71.4070 80.7271 15.069; O
0.6667 0.9600 71.4700 G0.904:
15.09:1 4
1.0000 0.9679 71.4E00 83.7908 15.1000 5
1 0000 0.9o91 71.4600 60.6996 15.0400 6
1.6667 0.9696 71.4550 80.7670 15.115' 7
0.0000 0.9705 71.4460 80.7165 15.1151 0
0.0;;'
O.9765 71.4500 80.7996 15.14:~
9 0.o6o7 0.9750 71.4400 GO.6860 13.0912 10 0.0000 0.9750 71.4040 8'.7096 15.1769 11 3.;;03 0.0000 71.4090 G0.0160 15.1o1 10 0.66o7 0.0000 71.4000 00.7A4a 15.1767 1'
4.0000 0.0000 71.4580 G4.0068 15.07:0 14 4.0070 0.0000 71.4400 G4.0814 15.0909 15 4.6667 0.0000 71.41eo G3.0008 15.1504 16 5.0000 0.0000 71.4100 GO.904o 15.1764 17 5.00'0 0.0000 71.4000 67.9512 15.1990 13 5.o667 0.0000 71.*700 G;.9000 15.6753 19 6.0000 0.0000 71 03:0 G;.7795 15.1758 20
- 6. 0"O 0.0000 71.0740 G'.7940 15.1736 21 6.6o66 0.0000 71 0650 G;.7766 15.1061 7.0000 0.0000 71.0500 GO.8 03 15.0015 7.***0 0.0000 71.0450 GO.74G4 15.1G54 24 7.66ae 0.0000 71.0060 30.0190 15.1044 23 0.0000 0.0000 71 0:C0 G0.7550 15.140 o
G.0000 0.0000 71.0190 00.7514 15.0705 6
D-10 '.
COOFER 1 DATE 10-Aug-85 IFCLRT--
SUMMARY
OF ABSOLUTE METHOD LEAK RATE CALCULATIONS DATA CONT.
HRS.
PT. TO PT. TOTAL TIME FROJECTED 95%
SET MASS FROM LEAK LEAK 04HR LEAK INTERV NO.
LDS.
T=0 RATE RATE RATE 1
85466.47 0.0000 0.0000 0.0000 0.0000 0.0000 2
65464.*:
0.0000 0.1816 0.1816 0.0000 0.0000 3
85419.93 0.6667 0.7099 1.9607 0.0000 0.0000 4
85440.86 1.0000
-0.0178 0.6:49 0.9454 9.0400 5
05409.80 1.0000 C. ";;9a 0.5611 C.6:10
- 2. 05'.;5 6
85417.46 1.6e67 1.0049 0.6250 0.7091 1.0156 7
G5416.69 0.0000 0.0651 0.6990 0.4714 0.0470 8
85405.18 2.0700 C.9706 0.7077 0.6606 0.cG10 9
05410.10 0.6667
-0.6746 0.561 0.5946 0.5006 to 05095.40 0.0000 1.4985 O.6650 C.6001 C.4576 11 85076.40 0.00*
1.5951 0.7581 0.6430 0.4400 12 05076.65 0.6667
-0.0145 0.4679 0.6505 0.4009 10 G5071.61 4.0000 0.4 50 0.6660 0.4445 0.0717 14 G5:44.74 4.0000 0.2661 0.7859 0.6669 0.0700 15 05:59.90 4.6667
-1.0856 0.6400 0.6650 0.040 16 G5009.00 5.0000 1.7674 0.7150 0.6750 0.0290 17 85010.60 5.0';"
1.7170 0.7700 0.7001 0.0000 l
10 G5090.79 5.6667 0.0500 0.0706 0.7500 0.0007 19 05026.18 6.0000
-2.9571 C.6564
- 0. 7:5";
0.0166 20 G0010.06 6.0000 1.1070 0.6C00 0.7120 0.~0v5 21 85'06.67 6.6666 0.5 70 0.6701 0.701";
0.034 22 65 GO.55 7.0000 1.9516
- 0. 7",;;G 0.7074 0.0795 20 85004.06
- 7. ',;;;;
-0.1110 0.6954 0.70 ;
0.Co70 24 G5 65.57 7.4ee6
- 1. 6*:05 0.7059 0.709:
0.0o46 25 G5066.0 G.0000
-0.0075 O.7076 0.7069 0.2369 26 G5 57.70 G.;"';
0.7000 C.704 C.7051 0.".300 0-105
- - - = -
.