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Reactor Containment Bldg Integrated Leak Rate Test
	ML20199G196
Person / Time
Site:	Seabrook
Issue date:	03/31/1986
From:	; PUBLIC SERVICE CO. OF NEW HAMPSHIRE
To:	;
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ML20199G175	List: ML20199G169; ML20199G196;
References
	NUDOCS 8606250117
	Download: ML20199G196 (64)
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g Seabrook Nuclear Power Plant Unit No.1 2

Docket Number 50-443 REACTOR CONTAINMENT BUILDING INTEGRATED LEAK RATE TEST I

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REACTOR CONTAINMENT BUILDING INTEGRATED LEAK RATE TEST PUBLIC SERVICE COMPANY OF NEW HAMPSHIRE NEW HAMPSHIRE YANKEE DIVISION

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SEABROOK, NEW HAMPSHIRE SEABROOK STATION UNIT 1 I

DOCKET NUMBER 50-443 MARCH 1986 I

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TABLE OF CONTENTS Section Title Page LIST OF ATTACHMENTS iii REFERENCES iv 1

LNTRODUCTION 1-1 2

SUmARY 2-1 2.1 TYPE A TEST 2-1 2.2 LOCAL LEAKAGE RATE TESTS (TYPES B AND C) 2-2 g

3 TYPE A TEST 3-1 31 EDITED LOG OF EVENTS 3-1 32 GENERAL TEST DESCRIPTION 3-4 3 2.1 Prerequisites 3-4 I

3 2.2 Description of Containment 3-5 323 Equipment and Instrumentation 3-6 3 2.4 Data Acquisition System 3-6 3 2.5 Data Calculation System 3-7 33 TEST RESULTS ANALYSIS AND INTERPRETATION 3-8 I

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LIST OF ATTACHMENTS I

Attachment Title A

Instrumentation B

ILRT Instrumentat,$on Locations C

Test Data and Calculations I

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REFERENCES 1

1.

10CFR50, Appendix J, Primary Reactor Containment Leakage Testing for Water-Cooled Power Reactors, 1980.

2.

Preoperational Test Procedure 1-PT(I)-36, Reactor Containment Structural Integrity Test.

3 Preoperational Test Procedure 1-PT(I)-37.1, Reactor Containment Integrated Leak Rate Test.

4.

Preoperational Test Procedure 1-PT(I)-37.2, Reactor Containment Type B and Type C Leakage Rate Tests.

5 ANSI N45.4, American National Standard Leakage-Rate Testing of Containment Structures for Nuclear Reactors, March 16, 1972.

6.

ANSI /ANS-56.8, Containment System Leakage Testing Requirements, February 19, 1981.

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IV

SECTION 1 INTRODUCTION I

A preoperational Type "A" Integrated Leakage Rate Test (ILRT) was per-formed on the primary containment structure of the Public Service Company of New Hampshire - New Hampshire Yankee Division (PSNH-NHY) Seabrook Station Unit 1.

The ILRT was performed in conjunction with the Containment Structural Integrity Test (SIT).

Results of the SIT are reported elsewhere and are not discussed in this report.

This ILRT test was performed using the " Absolute Method" of testing in accordance with the Code of Federal Regulations, Title 10, Part 50, Appendix J

- Primary Reactor Containment Leakage Testing for Water-Cooled Power Reactors; in accordance with ANSI N45.4 - 1972, American National Standard - Leakage-Rate Testing of Containment Structures for Nuclear Reactors and the calcula-tions for leakage rate were performed as recommended in ANSI /ANS 56.8, Containment System Leakage Testing Requirements.

The ILRT was performed at a pressure in excess of the calculated peak containment internal pressure related to the design basis accident as specified in the Final Safety Analysis Report (FSAR) and the Technical Specifications.

This report describes and presents the results of this preoperational Type "A" Integrated Leak Rate Test, including the supplemental test method utilized for verification.

1-1

SECTION 2 SUtNARY 2.1 TYPE A TEST The Integrated Leak Rate Test (ILRT) was performed during the depressurization phase of the Structural Integrity Test (SIT).

Pressure below 85% P was a

attained at approximately 0400 on March 17, 1986 and held at that level for 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months prior to commencing the ILRT.

The valve lineup required for the ILRT had been established for the SIT. The ILRT valve lineup conservatively vented portions of systems that were outside I

of the outboard isolation valve. Containment recirculation fans were run con-tinuously during the SIT and ILRT.

Pressurization for the ILRT was started at approximately 0400 on March 18, 1986. The compressors were secured at approximately 0715 on March 18, 1986 at a pressure of 65.206 psia.

At 1122 on March 18, 1986, the procedural temperature stabilization criteria was satisfied.

This time was used as the start time for the ILRT.

Pressure at the cocrnencement of the ILRT was 64.923 psia.

The Type "A" test duration was 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months .

Final containment pressure had increased to 64.966 psia attributable to a corresponding gradual increase in containment average temperature.

The simple mass point leakage rate was calculated as 0.041 5 per day.

The fitted mass point leakage rate for the same period was 0.052 % per day with a 95% Upper Confidence Level (UCL) of 0.0555 per day.

The combined minimum pathway leakage, as tested prior to I

ILRT, of those applicable penetrations not vented during the Type "A" test was calculated to be 0.238 sefm or 0.0029% per day.

This was added to the UCL to obtain the final comparative leak rate.

The acceptance criteria of 0.1125%

per day (0.75% La) was met and the ILRT terminated at 1122 on March 19, 1986.

During the period of the ILRT, no instrumentation was failed or deleted and no data points were rejected.

One pressure instrument was chosen to be used for I

ILRT data based on performance.

The other pressure instrument was used as backup only.

The Instrument Selection Guide (ISG) was calculated using one pressure instrument.

A superimposed leakage verification test was successfully completed from 1123 to 1645 on March 19, 1986.

Depressurization of the containment began at 1645 on March 19, 1986.

Depressurization was secured at approximately 40 psia and 28 psia to complete SIT measurements at those intervals.

Depressurization was secured again at approximately 15.5 psia and containment entry made to perform system testing unrelated to ILRT. Depressurization was completed at 1335 on March 20, 1986.

I The March 1986 Seabrook Station Unit 1 Preoperational Type "A" Test is con-sidered a successful test in that it demonstrated the leak-tightness of the containment boundary. The measured leakage rates were well within the plant's maximum allowable leakage rate.

2-1 l

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I 2.2 LOCAL LEAKAGE RATE TESTS (TYPES B AND C)

The Local Leakage Rate Tests (LLRT's) of containment isolation valves and other containment penetrations were performed prior to the ILRT by the methods described in Seabrook Station Preoperational Test Procedure 1-PT(I)-37.2, Reactor Containment Type B and Type C Leakage Rate Tests. Subsequent to per-formance of the majority of the LLRT's, containment peak accident pressure was revised (increased).

All LLRT's will be reperformed after the Type "A"

test at greater than or equal to Pa. Data from these LLRT's will be sumarized and reported separately.

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2-2

SECTION 3 TYPE "A" TEST 31 EDITED LOG OF EVENTS This log was edited from the information contained in the Official Log of Events.

March 15, 1986 0645 All personnel verified out of containment. Containment doors closed.

0732 All 8 compressors loaded and on-line. Comencing pressurization.

0950 Found instrument vent valve on ILRT pressure sensing line not closed tightly.

Tightened valve closed.

Pressurization rate indicating approximately 2.79 psi / hour.

1227 Secured compressors at 13 5 psig for SIT inspection.

1507 Conraencing pressurization to 26 psig.

1959 Secured compressors at 26.5 psig for SIT inspection.

2246 Comencing pressurization to 39 psig.

March 16, 1986 0335 Secured compressors at 39.5 psig for SIT inspection.

0633 Comencing pressurization to 52 psig.

1104 Secured compressors at 52.5 psig for SIT inspection.

1203 Pressure dropping to about 52.0 psig by test gauge.

Running two compressors to bring pressure back to 52 3 to 52.4 psig.

1211 Secured compressors at 52 3 psig.

1508 Comencing pressurization to 60 psig.

1819 secured pressurization at 60.9 psig as read at the test gauge for SIT inspection.

2155 Obtained signatures for 60 psig (SIT) plateau.

2204 Started depressurization to 52 psig plateau.

Depressurization rate approximately 4.9 psi / hour.

2400 Reached 52 psig plateau for SIT inspection.

3-1

March 17,1986 0134 Started depressurization to 39 psig plateau.

0359 Pressure less than 41 3 psig.

This is the start time for the 24-hour pre-ILRT hold at less than or equal to 41 3 psig (85% Pa)-

0415 Reached 39 psig plateau for SIT inspection.

1400 Mensor PIT-6446 has been acting erratically.

Issued work request to evaluate.

1650 PIT-6446 back in service.

No obvious discrepancy was noted. We will continue to monitor both pressure sensors (PIT-6446 and PIT-6447) to evaluate.

March 18, 1986 0330 Cocnencing pressurization with 7

compressore at a

rate of 2.8 psi / hour.

0400 24-hour post-SIT pressure of below 41 3 psig has been achieved.

Added 8th compressor. Holding 3 12 psi / hour pressurization rate.

0500 Pressurization rate 2.88 psi / hour.

0717 Reached ILRT test pressure.

0722 Started ILRT temperature stabilization period.

0956 Instrument Selection Guide (ISG) taken at 0930 is 0.0048% per day.

Minimum ILRT duration based on ISG calculation is 3 1 hours1.157407e-5 days 2.777778e-4 hours 1.653439e-6 weeks 3.805e-7 months .

1122 Temperature stabilization criteria has been met.

Start of 24-hour ILRT.

March 19, 1986 1122 24-hour ILRT criteria met.

Acceptance criteria met.

ISG satis-I factory.

1123 Commencing verification test flow through rotameter.

1238 Rotameter readi corrected for temperature and pressure is 13 55 scfm or 0.1Y0'% per day (90% scale on rotameter).

3-2

March 19,1986 - Continued 1452 Noted a spurious dip in rotameter float indication.

9eadjusted discharge valve to maintain 90% flow.

1645 Satisfied verification test criteria.

Commencing depressurization.

1720 Depressurization rate approximately 4.9 psi / hour.

2249 Reached depressurization plateau at 26 psig for SIT inspection.

March 20, 1986 0040 Started depressurization to 13 psig.

0324 Reached depressurization plateau of 13 psig for SIT inspection.

0455 Started depressurization to O psig.

0845 Secured depressurization at approximately 0.75 psig to enter contain-ment for Containment On-Line Purge (COP) valve cycling test.

1150 Exited containment. Continuing depressurization.

1335 At 0 psig.

1520 Verified final water levels per Data Sheet 9.5-4.

March 21, 1986 1030 Obtained final o psig signoffs for SIT.

1040 Operations performing restoration valve lineup.

March 25, 1986 1600 CGC-V-46 internals have been reinstalled and Type "C" test performed.

Internals were removed prior to ILRT to provide pressurization /

depressurization path.

March 26, 1986 1130 Restoration complete. Acceptance criteria signed off satisfactorily.

3-3 I

32 GENERAL TEST DESCRIPTION 3 2.1 Prerequisites The following is a listing of the pertinent prerequisites that were completed and documented prior to containment pressurization per Seabrook Station Preoperational Test Procedure 1-PT(I)-37.1.

a.

All required Types "B" and "C" local leakage rate testing completed.

b.

General inspection of the ace,essible interior and exterior surfaces of the containment structures and components completed, c.

All equipment and instrument;1 tion that could be damaged by test pressure removed or protected.

d.

All required system valve lineups completed.

e.

Instrument Selection Guide (ISG) calculation completed.

f.

Instrument location survey completed.

g.

All test instrumentation calibrated within 6 months of the test.

Test instrumentation checked in situ for proper operation and calibration.

h.

ILRT data acquisition and calculating equipment installed, calibrated and operational.

i. Containment pressurization system checked out and available for pressuri-zation.

J.

Containment air recirculation far. ready for continuous operation at test pressure and temperature.

k.

Water levels were taken prior to the start of the Type "A" test.

1.

The Official Log of Events was established.

I SIT pressure has been attained prior to ILRT and post-SIT pressure has m.

been maintained at or below 413 psig to at least 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months prior to com-mencing ILRT.

I 3-4

3 2.2 Description of the Containment The containment is a seismic Category I reinforced concrete structure in the form of a right vertical cylinder with a hemispherical dome and flat foun-dation mat founded on bedrock.

The inside face is lined with a welded carbon steel plate (3/8" thick, minimum), providing a high degree of leak tightness.

A protective 4 foot thick concrete mat which forms the floor of the contain-ment protects the liner over the foundation mat.

The containment structure provides biological shielding for normal and accident conditions.

The approximate dimensions of the containment are:

Inside diameter 140 ft.

Inside height 219 ft.

Vertical wall thickness 4 ft. 6 in. and 4 ft. 7 1/2 in.

Dome thickness 3 ft. 6 1/8 in.

Foundation mat thickness 10 ft.

Containment penetrations are provided in the lower portion of the structure, and consist of a personnel lock and an equipment hatch / personnel lock, a fuel transfer tube and piping, electrical, instrumentation, and ventilation penetrations.

The containment is designed to withstand all credible conditions of loading, including normal loads, construction loads, test loads, severe environmental loads and extreme environmental and abnormal loads.

The maximum design pressure is 52 psig. The maximum liner temperature associated with the design pressure response is 271*F.

The calculated peak accident pressure for the design basis accident is 49.6 psig.

The containment free volume is 2.704 x 106 cubic feet.

The maximum allowable leak rate from the containment (La) is 0.15% of the containment free volume, by weight, per day.

The containment is surrounded by a containment enclosure designed in a similar configuration as a vertical right cylindrical seismic Category I, reinforced I

concrete structure with dome and ring base.

The approximate dimensions of the structure are:

inside diameter, 158 ft.; vertical wall thickness, varies from 1 ft., 3 in. to 3 ft.; and dome thickness, 1 ft., 3 in.

i 3-5 I

323 Equipment and Instrumentation Pressurization of the containment was achieved by the utilization of eight temporary oil-free air compressors.

Air was piped through two aftercoolers in parallel and a refrigerated air dryer.

The total capacity of the pressurization system as installed was 9,600 cubic feet per minute (CFN).

The various containment parameters required to calculate containment leakage during the test were monitored using instrumentation which consisted of resistance temperature detectors (RTD's), dew point sensors (lithium chloride type) and an absolute pressure quartz bourdon tube manometer.

Each RTD and dew point sensor was a dual element device and was displayed on the plant pro-cess computer as well as a test data logger.

The pressure sensor had a digi-tal output and was processed by both the plant process computer and the test data logger.

The ILRT test data logger measured temperature and dew point in high precision current loops and was the primary device for the test.

The plant process computer was considered as backup to the test data logger.

I Pertinent data for the test instrumentation is listed in Attachment A, and the general locations of the temperature moisture and pressure sensors are shown in Attachment B.

A variable area rotameter was used to perform the superimposed leakage verifi-cation test.

3 2.4 Data Acquisition System The data acquisition system used for the Seabrook Station Unit 1 ILRT was I

contracted from Ebasco Plant Services, Inc., and consisted of two KAYPRO CP/M based portable computers and EPSON FX-80 printers.

I Digital data was transferred automatically from the ILRT test data logger on fifteen-minute intervals to the Ebasco computers.

For the ILRT, the following instrumentation was monitored:

Type Containment Temperature Detectors 26 Dew Point Sensors 6

Quartz Manometers 2*

Only one pressure instrument, PIT-6447, was used for data.

PIT-6446 was I

available for backup data.

I 3-6

I 3.2.5 Data calculation System After the appropriate data had been acquired and averaged, the reduced para-meters were input into leakage rate calculations.

For the Seabrook Station Unit 1 ILRT the Absolute Method of Mass Point Analysis was used to determine the leakage rate.

Absolute Method of Mass Point Analysis The Absolute Method of Mass Point Analysis consists of calculating the air mass within the containment structure over the test period, using pressure, temperature, and dew point observations made during the ILRT. The air mass is computed using the ideal gas law as follows:

144V (P-Pv)

(Eq. 1)

M =

RT where:

M = air mass, lbm P = total pressure, psia Pv = average vapor pressure, psia R = 53 35 ft-lbf/lbm 'R (for air)

T = average containment temperature, oR V = containment free volume, ft3 The leakage rate is then determined by plotting the air mass as a function of I

time, using a least-squares fit to determine the slope, A = dM/dT.

The leakage rate is expressed as a percentage of the air mass lost in 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months or symbolically:

Leakage Rate = (A/B) (-2400)

(Eq. 2)

Where A is the slope of the least-squares curve and B is the y-intercept. The sign convention is such that the leakage out of the containment is positive l'

and the units are in percent / day.

The air mass is calculated and the result is correlated as a function of time I

by means of a least-squares curve fit of the form:

M = At + B (Eq. 3)

The slope A and the y-intercept B are then used in Equation 2 to determine the leakage rate.

A 95 percent confidence interval is calculated using a Student's T distribu-tion.

The sum of the leakage rate and the 95 the upper confidence limit - mass point (UCL-MP) percent confidence interval is l

I 3-7

33 TEST RESULTS ANALYSIS AND INTERPRETATION The Containment Atmospheric Stabilization was conducted in two phases.

The Pressure Stabilization phase occurred after the SIT peak pressure plateau and consisted of maintaining the containment pressure below 85% of Pa for 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months prior to reaching the ILRT test pressure, P. Once pressurization to the ILRT a

test pressure was completed, the temperature stabilization phase was ini-tiated. Temperature stabilization is achieved when the average rate of change of the containment air temperature over the last hour does not deviate by more than 0.5*F/ hour from the average rate of change of the containment air tem-perature over the last four (4) hours.

As shown in the test results, Section 3 3 2, this acceptance criteria was met in the first four (4) hours of stabi-lization with a difference of 0.43*F/ hour. The temperature stabilization cri-teria was monitored during the balance of the ILRT with the criteria never being exceeded.

ILRT data was accumulated for twenty-four (24) hours at fifteen (15) minute intervals.

A plot of the calculated masses shows a stable, straight line trend. Containment, average temperature was stable during the twenty-four (24) hour period, exhibiting a slow heatup at a rate of 0.03*F/ hour.

Vapor pressure in the contaircent was stable with a maximum increase during the I

twenty-four (24) hour period of less than 0.005 psia.

Containment total pressure showed a slow increase in pressure during the same period of 0.052 psia.

The fitted mass point leakage rates and upper confidence levels exhibited stable and acceptable behavior over the test period and the ILRT was declared successful after twenty-four (24) hours. The final fitted mass point leakage rate was 0.052%/ day with an upper confidence level of 0.0555/ day.

The measured results of the ILRT must be adjusted for the penetrations in use for the conduct of the ILRT. These penetrations include the Primary Component Cooling Water supply to the Recirculation Fans and the pressure sensing line used for the ILRT.

The locally measured minimum pathway leakage rate for I

these penetrations is added to the ILRT measured results:

ILRT Upper Confidence Level 0.055%/ day Local Measurements for In-service Penetrations 0.003%/ day Total Equivalent Containment Upper Confidence Level 0.058%/ day This value was then compared to the 0.75 L a acceptance criteria and found acceptable.

3-8

I The supplemental method used for verification of the ILRT results was the superimposed leakage or Controlled Leakage Rate Test (CLRT).

A leakage equivalent to 0.160%/ day was added to the containment using a rotameter and CLRT leakage rates were calculated for four and three-quarters (4 3/4) hours.

At the end of the CLRT test period, the test was declared successful with the test measurements within the 0.25 La acceptance criteria as shown in the test results, Attachment C.

The raw test data, reduced test data, and calculated values for the Temperature Stabilization, ILRT Test, and CLRT Verification Test are shown in both tabular and graphical form in Attachment C.

The performance of the test instrumentation system was established by computer analysis of the test data. All temperature channels performed well during the test, with the in situ temperature loop repeatability averaging 0.028aF. This I

value was determined by the Ebasco in situ loop error analysis program and consists of process measurement variations as well as sensor noise.

This value is below the vendor instrument loop repeatability / sensitivity given in Attachment A.

The dew point instrument performance was noted to degrade as a function of containment pressure. Although degradation was observed, the in situ dew point loop repeatability during the test averaged 0 324*F dew point, which is below the vendor instrument loop repeatability / sensitivity given in Attachment A.

No dew point sensors were deleted during the test. One of the pressure sensors, LD-PIT-6446, demonstrated anomalous behavior during the depressurization from the SIT.

Following inspection, it was placed back in service and monitored during the balance of the test.

The in situ pressure loop repeatability for that instrument averaged higher than that for LD-PIT-6447 The latter instrument demonstrated an in situ loop repeatability of 0.0026 psia, normal for this type of testing.

LD-PIT-6446 was not utilized for the ILRT calculations, and all calculated leakage values were based upon LD-PIT-6447 indications.

The total test instrumentation system was evaluated and considered to have performed well during the ILRT and adequate to measure leakage in the range desired.

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3-9

ATTACHMENT A Page 1 of 2 INSTRUMENTATION The following instrumertation was calibrated and functionally verified within 6 months prior to the performance of this test.

Note:

Instruments that were assigned a zero weight factor were not used in the leakage rate calculations.

Weight Instrument Factor Elevation Range Accuracy Sensitivity A.

Temperature LD-TE-6420 0.0531 130' 0-150aF

+ 0.28aF

+ 0.05'F LD-TE-6421 0.0531 130' 0-150aF 7 0.28'F 7 0.05*F LD-TE-6422 0.0531 130' 0-150aF T 0.28aF T 0.05*F LD-TE-6423 0.0531 130' 0-150aF T 0.28aF

! 0.05'F LD-TE-6424 0.0531 -

130' 0-150aF i0.28*F i0.05'F LD-TE-6425 0.0402 110' 0-150aF

+ 0.280F

+ 0.05'F LD-TE-6426 0.0402 110' 0-150cF

+ 0.28*F

+ 0.05*F LD-TE-6427 0.0402 110' 0-150cF T 0.28aF T 0.05aF LD-TE-6428 0.0h02 110' 0-1500F i0.28'F i0.05*F LD-TE-6429 0.0566 71' 0-150*F

+ 0.28*F

+ 0.05'F LD-TE-6430 0.0566 71' 0-150oF 7 0.28'F 7 0.05 F LD-TE-6431 0.0566 71' 0-150*F i0.28*F i0.05'F LD-TE-6432 0.0477 45' 0-150*F

+ 0.28aF

+ 0.050F LD-TE-6433 0.0477 45' 0-150aF T 0.28'F 7 0.050F I

LD-TE-6434 0.0477 45' 0-150*F T 0.28'F T 0.05aF LD-TE-6435 0.0477 45' 0-150aF i0.28*F i0.05'F LD-TE-6436 0.0213 6'

0-150*F

+ 0.28*F

+ 0.05'F LD-TE-6437 0.0213 6'

0-150'F 7 0.28aF 7 0.05*F LD-TE-6438 0.0213

-20' 0-150*F T 0.28aF T 0.05aF LD-TE-6439 0.0213

-20' 0-150aF T 0.28aF T 0.05'F LD-TE-6440 0.0213

-20' 0-150aF T 0.28aF T 0.05"F LD-TE-6441 0.0213

-20' 0-1500F T 0.28*F T 0.05"F LD-TE-6442 0.0213

-9' 0-150*F T 0.280F T 0.05aF I

LD-TE-6443 0.0213

-9' 0-150aF T 0.28aF T 0.05'F LD-TE-6448 0.0213

-9' 0-150aF T 0.28aF T 0.05"F LD-TE-6449 0.0213

-9' 0-150*F i0.28aF i0.05*F

.B.

Dew Point I

LD-ME-6413 0.1667 71' 0-120aF

+ 1.78oF

+ 0.5*F LD-ME-6414 0.1667 71' 0-120aF T 1.78aF T 0.5*F LD-ME-6415 0.1667 45' 0-120*F T 1.78aF T 0.5*F LD-ME-6416 0.1667 45' 0-120*F T 1.78aF T 0.5'E LD-ME-6417 0.1667 6'

0-120*F 7 1.78aF 7 0.5*F LD-ME-6418 0.1667 6'

0-120*F i1.78oF i0.5*F s

ATTACHMENT A

~*

Page 2 of 2 INSTRUMENTATION Weight Instrument Factor Elev.

Range Accuracy Sensitivity C.

Pressure LD-PIT-6446 0.0 22' 0-100 psia 0.015% reading 0.001% f.s.'

+ 0.002% f.s.

LD-PIT-6447 1.0 22' 0-100 psia 0.015% reading 0.001% f.s."

D.

Verification Test Superimposed Leakage FLS 1287 26' 0-15 scfm 1 21 f.s.

1 1% f.s.

E.

Data Logging Equipment (FLS 1291 and FLS 1292-1 through 1292-16)

Parameter Range Accuracy Repeatability Resolution Temperature Channels 0-150*F 0.090F 0.011*F 0.001*F Dew Point Channels 0-120aF 0.090F 0.011*F 0.01oF Pressure Channels 0-100 psia 0.001 psia F.

Total Instrument Loop Calibration (Including Data Logger)

Parameter Accuracy Repeatability / Sensitivity Resolution Temperature Channels 0 37*F 0.051 F 0.001*F Dew Point Channels 1.87'F 0.50*F 0.01oF Pressure Channels 0.012 psia 0.001 psia 0.001 psia i

For the pressure sensors, the sensitivity specification is a combined sensitivity / repeatability value.

Direct digital transfer from LD-PIT-6446 and LD-PIT-6447.

ATTACHMENT B j

Page 1 of 2 I

1 ILRT PRIMARY INSTRUMENTATION I

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er

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l

ATTACHMENT B Page 2 of 2 ILRT PRIMARY INSTRUMENTATION I

~

TE TE TE TE 6420 6424 6421 6423 3

718,100 FT 5.3t/TE 133'-J' G

G G

w w

/

\\

TE o

6422 I

!!a'-O'

^

3 434,600 FT 41/TE TE TE TE TE 6425 6426 6427 6428 ii 3

459,300 FT I

5.71/TE 7 3 '-0*

TE TE TE TE 6435 6432 6434 6433 515,500 FT 4 5'- 0*

4.8%/TE ME ME 6416 6415 2 2'- O' ll ll NE TE ME I

6436 6417 6437 6418

\\

6 '- O' A

t-w TE TE TE TE I

6442 6449 6448 6443 t-)20'-r

% TE I

6 9 64 8 LE 6441 8333 t-126'-r

(-127'-9 1/2' g-33g..q.

I RTD V01.tNE maton LE l

8332 I

(-)54'-r

l ATTACHMENT C I

Page 1 of 43 Seabrook Preservice ILRT f

STABILIZATION PERIOD STARTED AT 7:21 HOURS ON 3/18/06 11 TEMPERATURE STABILIZATION i

SAMPLE TIME AVE TEMP HOURLY DELTA T HOURLY DELTA T FOUR HR DELTA T NUMBER HOURS DEG F FOR LAST 1 HR FOR LAST 4 HR8 MINU8 ONE HR DELTA T 1

0.00 85.147 0.000 0.000 0.000 2

.25 84.377 0.000 0.000 0.000 3

.50 83.980 0.000 0.000 0.000 4

.75 83.753 0.000 0.000 0.000 5

1.00 83.630

-1.517 0.000 0.000 I

6 1.25 83.542

.835 0.000 0.000 7

1.50 83.479

.501 0.000 0.000 0

1.75 83.405

.348 0.000 0.000 9

2.00 83.353

.277 0.000 0.000 10 2.25 83.326

.216 0.000 0.000 11 2.50 83.305

.173 0.000 0.000 12 2.75 83.287

.118 0.000 0.000 13 3.00 83.272

.001 0.000 0.000 14 3.25 83.248

.077 0.000 0.000 15 3.50 83.268

.037 0.000 0.000 16 3.75 83.259

.029 0.000 0.000 17 4.00 83.221

.050

.482

.431

18 4.25 83.220

.028

.289

.261

I 19 4.50 83.215

.053

.191

.138

20 4.75 83.202

.057

.138

.001

21 5.00 83.184

.037

.111

.074

22 5.25 83.190

.030

.088

.058

23 5.50 83.191

.024

.072

.048

24 5.75 83.184

.018

.055

.037

25 6.00 83.208

.024

.036

.060

NOTES:

1)

THE ONE HOUR AND FOUR HOUR DELTA TEMPERATURE VALUE8 ARE NOT VALID UNTIL ONE HOUR AND FOUR HOURS RESPECTIVELY HAVE PASSED IN THE TEST.

2)

THE STABILIZATION CRITERIA 18 NET WHEN THE HOURLY AVERAGE DELTA T FOR THE PRECEDING HOUR DIFFER 8 FROM THE HOURLY AVERAGE DELTA T FOR THE PRECEDING FOUR HOUR 8 BY LESB THAN O.5 DEGREES F.

3)

THE "*" INDICATES THAT THE STABILIZATION CRITERIA HA8 l

BEEN MET.

I 1

i

EBASCO SERVICES INCORPORATED 1.

5.

9.

13.

17.

21.

25.

29.

33.

37.

?$

n i

i i

i

~~EPERATURE STAB::L::ZATI N

sl

~

88.00 g

la N

87.00 W

4 W

W LD U

86.00 Q

~

Z M

85.00 '

g x

a F-l

<t 84.00 l

g w

STABILIZATION i

g CRITERIA MET y

- - : : : : =

y

~ - - " '

m 83.00 _

p l

i 82.00 l

1 1

I I

l

{

0.

1.0 2.0 3.0 4.0 5.0 6.0 7.0 8.0 9.0

)

TIME IN HOURS 1

ATTACHMENT C Page 3 of 43 Seabrook Preservice ILRT CONTAINMENT INTEGRATED LEAKAGE RATE TEST LEAKAGE RATE IS MEASURED USING THE ABSOLUTE METHOD AND IS COMPUTED USING THE MASS POINT METHOD IN STRICT ACCORDANCE WITH ANSI /ANS 56.B-1981.

TEST PERIOD STARTED AT 11:21 HOURS ON 3/18/86 TEST CONDUCTED FOR 24.00 HOURS FREE SPACE VOLUME OF CONTAINMENT IS 2,704,000 CU FT CONTAINMENT WAS PRESSURIZED TO 44.92 PSIA INITIAL CONTAINMENT FITTED AIR WEIGHT WAS B69,950 LBS FINAL CONTAINMENT FITTED AIR WEIGHT WAS 869,494 LBS

.052 % PER DAY FITTED MASS POINT ILRT LEAKAGE RATE Lam

=

.055 % PER DAY UPPER LIMIT OF 95% CONFIDENCE LEVEL UCL

=

.150 % PER DAY CONTAINMENT DESIGN LEAKAGE RATE La

=

ILRT ACCEPTANCE CRITERIA 75% La =

.113 % PER DAY

ATTACHMENT C Page 4 of 43 DESCRIP TION OF VARI ABLES AVE TEMP CONTAINMENT MEAN TEMPERATURE CALCULATED FROM VOLUMETRICALLY WEIGHTED RTD SENSOR INDICATIONS.

PRESSURE PRIMARY CONTAINMENT PRESSURE INDICATION.

VAPOR PRES CONTAINMENT VAPOR PRESSURE CALCULATED FROM VOLUMETRICALLY WEIGHTED HUMIDITY / DEWPOINT SENSOR INDICATIONS.

LEAK SIM SIMPLE MASS POINT LEAKAGE RATE.

LEAK FIT LEAKAGE RATE COMPUTED FROM FIRST ORDER REGRESSION OF AIR MASS DATA.

95% UCL UPPER LIMIT OF THE 95% CONFIDENCE LEVEL OF AIR MASS DATA.

AIR MASS CONTAINMENT AIR MASS.

NOTE FOR TABULAR DATA -

1.

TABLE VALUES OF ZERO SIGNIFY THE DATA IS NOT APPLICABLE TO THE CALCULATION.

2.

' REJECTED' SIGNIFIES THE SAMPLE WAS REJECTED.

3.

' DELETED' SIGNIFIES THE SENSOR WAS DELETED.

NOTE FOR THE CURVES -

1.

NUMBERS ON THE TOP MARGIN ALONG THE ABSCISSA REPRESENT SAMPLE NUMBERS.

2.

NUMBERS ON THE BOTTOM MARGIN ALONG THE ABSCISSA I

REPRESENT TIME FROM BEGINNING OF MODE IN HOURS.

3.

' REJECTED' SIGNIFIES THE SAMPLE WAS REJECTED.

ll I

man imm num num aus mum num sum aus num um mum num see EBASCO SERVICES INCORPORATED

[h 1.

13.

25.

37.

49, 61.

73.

85.

97, 109.

.- T r

~ i

-~~--l--

1 i

M w ;=,

IL R-~

C MTA::Y4ENT A::R MASSES 4

Co AIR MASS

=

G FITTED AIR MASS

=

m J 879000 v

M M

869800

ooo Q(.

se o

o e

'o o

o w

869600 o

o H

'o o

2 o

[gj og 1

o o

Z 869400 O,

o o

H l

4 0

o 0 o

1 j

Z l

C3 869200 l

O l

j 869000 l

l I

I I

0, 3.

6.

9.

12.

15.

18.

21.

24, 27.

J TIME IN HOURS

uma um nas em man imm uma amm ums uma amm man um ums uma num num aus EBASCO SERVICES INCORPORATED E'g 1.

13.

25.

37.

49.

61.

73.

85.

97.

109.

_, _.____ _ _) __ _.. _.,

,,. _._ _ _ q _,,

ILRT COMPUTED LEAKAGE ~ RATES Q

co SIMPLE MASS POINT LEAKAGE RATE

=

.=

FITTED MASS POINT LEAKAGE RATE l

=

g P-8 0.20 W) 0.10

<E

_ __ j7 q 6 % W ' % **" N '* W * @__

l

^^

^

NY l

0.00 ""

N W

a_

i F-

-0.10 Z

1 l

l.a.I

~!

o 9

M l.a )

-0.20 Q.

I

-0.30 I

I I

L I

i 1

0.

3.

6.

9.

12.

15.

18, 21.

24.

27.

TIME IN HOURS 1

m muwm um imm e

mas uma e

uma mmm uma amm num amm um man mim num man uma sus EBASCO SERVICES INCORPORATED

?g 1.

13.

25.

37.

49.

61.

73.

85.

97.

109.

g q

____7_____.__,..__.____7_.___-_.7_

7_

_ _ __ g._

ILRT LEAKAGE RATES RELATIVE TO LIMITS s,$'

s FITTED MASS POINT LEAKAGE RATE i

ao

=

95% C]NFIDENCE LIMIT (UCL) l

=

rI DESIGN BASIS LEAKAGE RATE o

NRC MAXIMUM ALLOVABLE LEAKAGE RATE i

i 0.60 l

y l

CQ 0.45

{

4 l

A i'

0.30 W

l W

f Q_

l F

0.15 Z

A W

o

g7 ;-.

W 0.00 O_

' _ __ _ __ L _ _. 1 _... _L__ _ _

l L

L I

I

-0.15 0.

3.

6.

9.

12.

15.

18, 21.

24, 27.

TIME IN HOURS

l 1I l

s gp;5yO o

mu

?a" m

7 u

9 l

,f

, i !! l:I!I

>' i f;

2 0

n 1

E s

R a

m

~

U T

. TA L.

4 7

2 9

R E

P M

D. rE L_

5 1

E8 2

T T

A T

R N

m O. -

3 E

m 8

P7 7 1_

1 M

m.

R N

S u

O s

I R

C A

U N

T

. O I

. r L

5 1

N 6

1 H

O S

C E

N C

I I 9.

E 7

G 1_

2 m

V4 M

m E

1 A

a R

R T

I E

m E

u S

V m

7 7

9 A

I_

3 _

O n

e C

m S

D E

A T

=

B5

, H 2

I 6

E w.

G e

I e

E s

V m

3 h

I 3

1 e

s T

R m

L u

I 1

l L

0 0

5 0

7 5

2 0

7 4

3 3

2 8

8 8

8 m

_ MWWEDUA zM gWDi

[xWg a

u L

L l

M EBASCO SERVICES INCORPORATED 1.

13.

25.

37.

49.

61.

73.

85.

97.

109.

74

_7 g

ILRT AVERAGE CONTAINM.ENT PRESSURE 3%

On l

I i

6 5.10 _

4 P-e M

65.05 Z

l H

LAI i

g 65.00 g

D M

M LJ l

g 64.95 O

'b^^

^

64.90 I

t 64.85 I

I

._ _.1 I

I I

1.

I

)

0.

3.

6.

9.

12.

15.

18.

21.

24.

27.

TIME IN HOURS

~

==

sem men

==

=

mas

==

sus

==

mes imm

==

-m see EBASCO SERVICES INCORPORATED 1.

13.

25.

37.

49.

61.

73.

85 97.

109.

s' g i

I I

I

M

-s ILRT VEIGHTED AVERAGE VAPOR PRESSURE fe ma

~ O I

<E 0.250 [._

l a

Z m

0.234 L LJ 1

E i

D M

M 0.218 L.)

l CL M

0.202,_

O O_

<C>

l 0.186 L

)

l 0.170

._._..-_L

._.L

.-______ L__....

_.__ _L

. _ __. L

... _ __ _I _... _ __. 1.

._ L O.

3.

6.

9.

12.

15.

18.

21.

24.

27.

TIME IN HOURS

ATTACHMENT C I

Page 11 of 43 ILRT VARIA2LE TA;LE BUMMARY SAM TIME AVE TEMP PRESSURE VAP PRES LEAK SIM LEAK FIT UCL AIR MASS NO.

HOURS DEG F PSIA PSIA

%/ DAY

%/ DAY LBS 1

0.00 83.221 64.9230

.2122 0.000 0.000 0.000 869906 2

.25 83.220 64.9210

.2105

.008 0.000 0.000 869903 3

.50 83.215 64.9210

.2125

.117

.576 869884 4

.75 83.202 64.9210

.2095

.148

.112

.283 869946 I

5 1.00 83.184 64.9200

.2116

.072

.104

.079 869932 6

1.25 83.190 64.9190

.2103

.046

.079

.034 869926 7

1.50 83.191 64.9190

.2120

.006

.033

.059 869903 I

8 1.75 83.184 64.9180

.2143

.056

.019

.107 869870 9

2.00 83.208 64.9180

.2126

.072

.054

.131 869853 10 2.25 83.163 64.9180

.2099

.071

.003

.084 869963 11 2.50 83.178 64.9170

.2083

.046

.017

.052 869947 12 2.75 83.174 64.9160

.2118

.014

.005

.054 869892 13 3.00 83.147 64.9160

.2128

.014

.007

.042 869920 14 3.25 83.137 64.9150

.2121

.025

.013

.029 869935 15 3.50 83.148 64.9150

.2134

.005

.007

.030 869899 16 3.75 83.139 64.9150

.2119

.020

.011

.021 869933 17 4.00 83.167 64.9150

.2130

.022

.000

.030 869874 18 4.25 83.147 64.9150

.2107

.019

.005

.022 869935 19 4.50 83.150 64.9150

.2129

.002

.003

.022 869902 20 4.75 83.168 64.9150

.2131

.020

.004

.027 869871 21 5.00 83.156 64.9150

.2156

.027

.011

.033 869857 I

22 5.25 83.151 64.9150

.2130

.003

.011

.031 869899 23 5.50 83.173 64.9150

.2145

.031

.017

.036 869844 24 5.75 83.182 64.9140

.2152

.047

.026

.045 869807 25 6.00 83.175 64.9150

.2131

.022

.027

.045 869859 26 6.25 83.178 64.9150

.2143

.030

.046 869837 27 6.50 83.178 64.9150

.2134

.023

.030

.046 869850 I

28 6.75 83.191 64.9150

.2120

.023

.031

.045 869850 29 7.00 83.199 64.9160

.2103

.013

.029

.043 869872 30 7.25 83.182 64.9160

.2162

.033

.032

.044 869820 I

31 7.50 83.206 64.9170

.2116

.018

.031

.043 869856 32 7.75 83.244 64.9170

.2136

.049

.036

.048 869769 33 8.00 83.241 64.9170

.2151

.052

.040

.052 869754 34 8.25 83.225 64.9180

.2129

.028

.040

.051 869822 35 8.50 83.247 64.9190

.2132

.036

.041

.052 869796 36 8.75 83.255 64.9190

.2151

.047

.044

.054 869758 37 9.00 83.247 64.9190

.2140

.037

.044

.054 869785 38 9.25 83.266 64.9200

.2111

.029

.044

.053 869807 39 9.50 83.280 64.9210

.2159

.050

.046

.056 869734 40 9.75 83.268 64.9210

.2145

.038

.047

.055 869773 41 10.00 83.267 64.9220

.2149

.034

.046

.055 869782 I

42 10.25 83.297 64.9220

.2144

.044

.048

.056 869740 43 10.50 83.313 64.9230

.2108

.034

.047

.055 869777 44 10.75 83.314 64.9230

.2141

.045

.048

.056 869730 I

45 11.00 83.318 64.9240

.2127

.037

.048

.055 869756 46 11.25 83.321 64.9240

.2147

.044

.049

.056 869725 47 11.50 83.339 64.9250

.2121

.039

.049

.056 8697441 48 11.75 83.334 64.9250

.2145

.043

.050

.056 869721 l 49 12.00 83.353 64.9250

.2126

.044

.050

.056 869716 50 12.25 83.361 64.9260

.2135

.045

.051

.057 869704 I

ATTACHMENT C Page 12 of 43 ILRT VARIABLE TA"LE

SUMMARY

SAM TIME AVE TEMP PRESOURE VAP PRES LEAK BIM LEAK FIT UCL AIR MAOS NO.

HOURS DEO F PSIA P8IA X/ DAY

%/ DAY

%/ DAY LBB 51 12.50 83.349 64.9270

.2140

.039

.051

.056 869731 52 12.75 83.384 64.9280

.2149

.050

.052

.057 869674 53 13.00 83.392 64.9280

.2153

.053

.058 869657 54 13.25 83.397 64.9290

.2152

.051

.054

.059 869663 55 13.50 83.412 64.9290

.2164

.058

.055

.060 869623 56 13.75 83.401 64.9310

.2145

.043

.055

.060 869693 57 14.00 83.400 64.9310

.2148

.042

.055

.060 869692 I

58 14.25 83.427 64.9320

.2142

.046

.055

.060 869670 59 14.50 83.422 64.9320

.2118

.037

.054

.059 869710 60 14.75 83.441 64.9340

.2150

.045

.054

.059 869663 61 15.00 83.451 64.9340

.2146

.047

.054

.059 869651 62 15.25 83.463 64.9350

.2163

.051

.055

.059 869623 63 15.50 83.489 64.9350

.2163

.057

.056

.060 869583 64 15.75 83.488 64.9360

.2168

.055

.057

.061 869590 65 16.00 83.493 64.9370

.2136

.046

.057

.061 869639 66 16.25 83.503 64.9380

.2138

.046

.057

.060 869634 67 16.50 83.503 64.9380

.2152

.049

.057

.060 869615 I

68 16.75 83.504 64.9390

.2170

.050

.057

.061 869602 69 17.00 83.530 64.9400

.2157

.051

.057

.061 869592 70 17.25 83.519 64.9410

.2147

.043

.057

.060 869636 I

71 17.50 83.566 64.9420

.2139

.051

.057

.060 869585 72 17.75 83.547 64.9420

.2170

.052

.057

.061 869574 73 18.00 83.551 64.9440

.2142

.042

.057

.060 869633 74 18.25 83.554 64.9440

.2169

.048

.057

.060 869591 75 18.50 83.564 64.9450

.2159

.045

.056

.060 869602 76 18.75 83.594 64.9460

.2147

.047

.056

.059 869584 77 19.00 83.599 64.9470

.2161

.049

.056

.059 869570 78 19.25 83.603 64.9470

.2129

.043

.056

.059 869607 79 19.50 83.613 64.9490

.2198

.054

.056

.059 869525 80 19.75 83.617 64.9490

.2166

.048

.056

.059 869561 I

81 20.00 83.630 64.9500

.2149

.045

.056

.059 869577 82 20.25 83.664 64.9510

.2156

.052

.056

.059 869527 83 20.50 83.656 64.9510

.2158

.050

.056

.059 869536 84 20.75 83.672 64.9530

.2141

.046

.056

.059 869561 85 21.00 83.658 64.9530

.2142

.043

.056

.058 869581 86 21.25 83.665 64.9540

.2162

.045

.055

.058 869557 87 21.50 83.687 64.9550

.2143

.044

.055

.058 869561 I

88 21.75 83.688 64.9560

.2155

.044

.055

.057 869556 89 22.00 83.701 64.9580

.2182

.048

.055

.057 869527 90 22.25 83.708 64.9580

.2166

.046

.055

.057 869537 91 22.50 83.725 64.9590

.2163

.046

.054

.057 869528 I

92 22.75 83.735 64.9610

.2167

.045

.054

.056 869532 93 23.00 83.734 64.9610

.2160

.043

.054

.056 869544 94 23.25 83.737 64.9630

.2141

.037

.053

.055 869591 I

95 23.50 83.767 64.9630

.2153

.044

.053

.055 869527 96 23.75 83.759 64.9650

.2172

.042

.053

.055 869542 97 24.00 83.765 64.9660

.2172

.041

.052

.055 069545

ATTACHMENT C Page 13 of 43 SENSOR VOLUME FRACTIONS TEMPERATURE SENSORS 1 TO 5

.0531139

.0531139 6 TO 10

.0401812

.0566198 11 TO 15

.0566198

.0476609

.0476609 16 TO 20

.0476609

.0213203

.0213203 21 TO 25

.0213203

.02132O3

.0213203

.0213203 26 TO 26

.0213203 HUMIDITY /DP BEN 80RB 1 TO 5

.1666670

.1666670 i

1 l

NOTE:

VALUE OF ZERO INDICATES A DELETED SENSOR.

I l

ATTACHMENT C Page 14 of 43 ILRT VARIABLE TABLE

SUMMARY

AMPLE DELTA TEMP 1

TEMP 2

TEMP 3

TEMP 4

TEMP 5

TEMP 6

NUM1ER HOURS DEG F DEG F DEG F DEG F DEG F DEG F 1

0.00 83.167 83.210 83.234 83.243 83.104 83.365

)

2

.25 83.173 83.217 83.187 83.218 83.154 83.306 3

.50 83.235 83.201 83.216 83.256 83.063 83.333 4

.75 83.153 83.196 83.221 83.238 83.067 83.369 5

1.00 83.173 83.196 83.187 83.238 83.079 83.317 6

1.25 83.208 83.185 83.175 83.175 83.079 83.294 7

1.50 83.130 83.153 83.187 83.195 83.067 83.337 8

1.75 83.142 83.228 83.143 83.227 83.122 83.326 9

2.00 83.173 83.185 83.230 83.206 83.079 83.240 10 2.25 83.110 83.162 83.155 83.163 83.002 83.294 11 2.50 83.110 83.142 83.143 83.227 83.047 83.294 12 2.75 83.153 83.271 83.155 83.120 83.056 83.283 13 3.00 83.142 83.196 83.155 83.175 83.036 83.306 14 3.25 83.130 83.131 83.187 83.086 83.079 83.220 15 3.50 83.099 83.142 83.112 83.152 83.056 83.317 16 3.75 83.110 83.142 83.112 83.109 83.013 83.306 17 4.00 83.110 83.185 83.166 83.163 83.056 83.306 18 4.25 83.119 83.142 83.132 83.129 83.024 83.317 19 4.50 83.142 83.108 83.143 83.238 83.013 83.220 l 5 20 4.75 83.142 83.174 83.187 83.184 83.024 e3.272 l h 21 5.00 83.076 83.153 83.143 83.163 83.056 83.283 22 5.25 83.099 83.142 83.132 83.120 83.036 83.326 23 5.50 83.110 83.196 83.166 83.195 83.047 83.283 24 5.75 83.126 83.169 83.182 83.190 83.020 83.301 25 6.00 83.087 83.153 83.123 83.195 83.036 83.317 i

26 6.25 83.169 83.201 83.182 83.170 83.042 83.279 I 27 6.50 83.153 83.228 83.198 83.249 83.056 83.306 28 6.75 83.153 83.174 83.187 83.218 83.090 83.272 29 7.00 83.149 83.224 83.216 83.190 83.063 83.301 3

30 7.25 83.160 83.235 83.139 83.233 83.063 83.333 31 7.50 83.185 83.228 83.198 83.218 83.079 83.369 32 7.75 83.149 83.201 83.248 83.179 83.117 83.356 33 8.00 83.173 83.282 83.209 83.281 83.099 83.326 34 8.25 83.196 83.260 83.198 83.272 83.144 83.337 35 8.50 83.212 83.255 83.216 83.213 83.097 83.365 36 8.75 83 208 83.294 83.221 83.261 83.176 83.337 I 37 9.00 83.173 83.217 83.230 83.272 83.079 83.360 38 9.25 83.235 83.298 83.302 83.311 83.129 83.376 39 9.50 83.251 83.314 83.252 83.249 83.144 83.381 40 9.75 83.223 83.267 83.259 83.245 83.129 83.344 41 10.00 83.228 83.248 83.221 83.261 83.110 83.392 O2 10.25 83.266 83.224 83.248 83.277 83.172 83.376 l

43 10.50 83.266 83.298 83.323 83.299 83.215 83.410 44 10.75 83.217 83.228 83.273 83.335 83.165 83.424 45 11.00 83.228 83.326 83.327 83.379 83.219 83.412 46 11.25 83.300 83.310 83.314 83.408 83.226 83.442 1

47 11.50 83.337 83.357 83.361 83.324 83.188 83.435 48 11.75 83.257 83.321 83.280 83.354 83.203 83.442 I

09 12.00 83.289 83.344 83.366 83.397 83.226 83.430 50 12.25 83.294 83.369 83.338 83.379 83.219 83.435

l ATTACHMENT C Page 15 of 43 ILRT VARIABLE TABLE BUMMARY I

AMPLE DELTA TEMP 1

TEMP 2

TEMP 3

TEMP 4

TEMP 5

TEMP 6

NUMBER HOURS DEO F DEO F DEO F DEO F DEO F DEO F 51 12.50 83.305 83.357 83.361 83.335 83.231 83.489 52 12.75 83.314 83.380 83.338 83.444 83.251 83.489 53 13.00 83.321 83.375 83.366 83.408 83.301 83.485 54 13.25 83.348 83.357 83.370 83.390 83.240 83.489 55 13.50 83.348 83.391 83.436 83.379 83.285 83.467 56 13.75 83.348 83.423 83.361 83.367 83.274 83.510 14.00 83.375 83.450 83.411 83.385 83.246 83.507 I 57 58 14.25 83.364 83.387 83.411 83.417 83.301 83.528 59 14.50 83.380 83.434 83.413 83.422 83.317 83.544 60 14.75 83.380 83.443 83.425 83.456 83.274 83.544 61 15.00 83.445 83.423 83.447 83.510 83.348 83.544 62 15.25 83.387 83.407 83.474 83.471 83.323 83.560 63 15.50 83.400 83.486 83.468 83.510 83.294 83.555 64 15.75 83.489 83.520 83.502 83.519 83.328 83.607 65 16.00 83.477 83.477 83.490 83.487 83.360 83.587 66 16.25 83.434 83.532 83.522 83.530 83.360 83.598 67 16.50 83.489 83.498 83.425 83.456 83.403 83.598 68 16.75 83.477 83.498 83.502 83.573 83.414 83.575 69 17.00 83.495 83.559 83.529 83.537 83.387 83.648 70 17.25 83.498 83.520 83.502 83.553 83.403 83.641 71 17.50 83.461 83.582 83.517 83.580 83.430 83.657 72 17.75 83.532 83.552 83.565 83.562 83.403 83.641 73 18.00 83.520 83.552 83.565 83.530 83.446 83.662 74 18.25 83.509 83.552 83.522 83.542 83.435 83.662 75 18.50 83.532 83.541 83.565 83.596 83.435 83.696 76 18.75 83.543 83.584 83.599 83.542 83.435 83.684 19.00 83.543 83.575 83.545 83.605 83.457 83.673 I77 78 19.25 83.547 83.536 83.561 83.634 83.441 83.723 79 19.50 83.602 83.613 83.572 83.646 83.518 83.700 80 19.75 83.563 83.618 83.608 83.596 83.469 83.727 81 20.00 83.575 83.618 83.576 83.616 83.489 83.739 82 20.25 83.547 83.613 83.615 83.612 83.507 83.755 83 20.50 83.602 83.591 83.595 83.678 83.496 83.745 84 20.75 83.581 83.625 83.692 83.709 83.528 83.755 85 21.00 83.581 83.668 83.638 83.646 83.518 83.755 86 21.25 83.656 83.722 83.669 83.689 83.496 83.734 87 21.50 83.602 83.656 83.649 83.709 83.550 83.766 88 21.75 83.602 83.677 83.561 83.709 83.582 83.777 89 22.00 83.661 83.693 83.651 83.725 83.586 83.802 90 22.25 83.672 83.704 83.608 83.768 83.555 83.813 91 22.50 83.668 83.677 83.669 83.743 83.605 83.832 92 22.75 83.711 83.743 83.712 83.721 83.636 83.809 93 23.00 83.704 83.758 83.674 83.779 83.598 83.825 94 23.25 83.683 83.736 83.728 83.702 83.598 83.836 95 23.50 83.699 83.774 83.746

'83.775 83.625 83.886 96 23.75 83.754 83.754 83.778 83.732 83.679 83.906 97 24.00 83.727 83.747 83.794 83.791 83.641 83.911 i

l I

ATTa.CHMENT C Page 16 of 43 ILRT VARIABLE TABLE BUMMARY DELTA TEMP 7

TEMP G

TEMP 9

TEMP 10 TEMP 11 TEMP 12 ISAMPLE NUMBER HOURS DEG F DEG F DEG F DEG F DEG F DEG F 1

0.00 83.471 B3.652 B3.659 B3.605 83.783 83.814 I2

.25 83.478 83.582 83.568 83.612 83.746 83.841 3

.50 83.474 83.632 B3.553 83.596 83.828 83.816 4

.75 B3.444 83.604 83.666 83.557 83.832 83.778 I5 1.00 83.424 83.582 83.537 83.557 83.703 83.009 6

1.25 B3.455 B3.561 83.612 83.569 83.832 83.755 7

1.50 83.467 83.582 83.537 83.580 B3.735 83.766 1.75 83.424 B3.570 83.546 B3.526 83.758 B3.778 IB9 2.00 B3.424 83.550 83.600 83.612 83.778 83.755 10 2.25 83.435 83.538 B3.591 83.569 83.778 B3.735 11 2.50 83.412 B3.507 83.612 83.526 83.715 83.778 12 2.75 83.401 83.561 83.612 B3.546 B3.703 83.778 13 3.00 83.435 83.550 B3.525 83.492 83.758 83.744 14 3.25 83.412 83.507 83.471 83.492 83.692 83.755 15 3.50 83.401 83.484 83.471 B3.526 83.812 83.701 16 3.75 83.381 B3.495 83.514 83.526 83.715 B3.787 17 4.00 83.412 83.507 83.494 83.537 r83.726 83.755 18 4.25 83.401 B3.495 B3.525 B3.514 83.715 B3.744 19 4.50 83.401 83.464 83.503 83.546 83.692 83.735 20 4.75 83.392 83.550 83.525 83.546 83.600 83.766 21 5.00 83.392 83.507 83.546 B3.546 83.746 83.723 22 5.25 83.424 83.495 83.525 83.526 83.726 83.778 23 5.50 83.401 83.516 B3.689 83.503 83.671 83.723 24 5.75 83.419 B3.566 83.564 83.553 83.710 83.751 I

25 6.00 83.392 83.550 83.537 83.526 83.769 83.744 26 6.25 83.396 83.523 83.596 83.532 83.730 83.805 27 6.50 83.392 B3.527 83.557 83.526 83.758 83.735 28 6.75 B3.412 83.507 83.580 83.569 83.726 83.766 29 7.00 83.396 83.534 83.575 B3.532 83.807 83.730 30 7.25 83.442 B3.523 83.532 83.564 83.687 83.794 31 7.50 83.424 83.550 83.600 83.546 83.801 83.755 32 7.75 83.474 83.588 83.543 83.607 83.819 83.816 33 8.00 83.435 B3.561 83.546 83.600 83.769 83.798 34 8.25 83.444 83.561 83.537 83.500 83.823 83.832 35 8.50 83.485 83.514 B3.575 83.607 83.796 83.828 36 8.75 83.455 83.582 83.580 83.600 83.844 83.821 37 9.00 83.489 83.495 83.591 83.589 83.823 83.832 9.25 83.517 83.600 83.641 83.630 83.862 83.859 I

38 39 9.50 83.499 83.582 83.600 83.612 B3.855 83.832 40 9.75 83.517 83.600 83.684 B3.607 83.862 83.848 41 10.00 83.521 83.593 83.557 83.612 83.832 83.832 42 10.25 83.505 83.620 83.661 B3.662 83.905 83.871 43 10.50 83.539 83.600 83.693 83.650 83.882 83.871 44 10.75 83.533 83.625 B3.612 83.644 83.866 83.918 l' 45 11.00 83.542 83.647 83.634 B3.666 83.866 83.896 46 11.25 83.560 83.654 83.607 83.650 83.828 83.925 47 11.50 83.553 83.636 83.689 83.687 83.919 83.918 48 11.75 83.603 83.675 83.693 83.705 83.905 83.945 49 12.00 83.583 83.686 83.716 83.682 83.871 83.957 50 12.25 83.564 83.657 83.666 83.678 83.930 83.939

ATTACHMENT C Page 17 of 43 ILRT VARIABLE TABLE BUMMARY I

SAMPLE DELTA TEMP 7

TEMP 8

TEMP 9

TEMP 10 TEMP 11 TEMP 12 NUMBER HOURS DES F DEG F DEG F DEG F DEG F DEG F 51 12.50 83.587 83.702 83.655 83.687 83.919 83.973 52 12.75 83.607 83.722 83.666 83.709 83.910 83.961 53 13.00 83.56C B3.697 83.727 83.737 83.991 83.989 I

54 13.25 83.619 83.711 83.666 83.764 83.887 83.961 55 13.50 83.607 83.754 83.720 83.784 83.996 84.016 56 13.75 83.630 83.711 83.752 83.784 83.973 83.982 57 14.00 83.646 83.729 83.736 83.700 83.900 83.968 I

58 14.25 83.635 83.740 83.782 83.771 83.980 83.977 59 14.50 83.673 83.711 83.775 83.775 83.996 84.004 60 14.75 83.651 83.745 83.752 83.784 83.984 84.059 61 15.00 83.682 83.765 83.807 83.827 84.082 84.025 62 15.25 83.669 83.784 83.727 83.802 84.003 84.066 63 15.50 83.673 83.765 83.741 83.839 83.930 84.016 64 15.75 83.728 83.788 83.818 83.807 84.016 84.156 65 16.00 83.728 83.809 83.795 83.839 84.061 84.070 66 16.25 83.716 83.799 83.881 83.839 84.093 84.113 67 16.50 83.716 83.809 83.850 83.850 84.125 84.122 I

68 16.75 83.760 83.843 83.784 83.850 84.027 84.079 69 17.00 83.732 83.838 83.911 83.868 84.143 84.120 70 17.25 83.748 83.874 83.829 83.916 84.071 84.048 I

71 17.50 83.766 83.870 83.857 83.920 84.023 84.075 72 17.75 83.760 83.863 83.872 83.882 84.105 84.113 73 1G.00 83.760 83.886 83.850 83.882 84.061 84.122 74 18.25 83.791 83.895 83.915 83.904 84.125 84.122 I

75 18.50 83.803 83.906 83.904 83.947 84.202 84.102 76 18.75 83.803 83.874 83.904 83.968 84.159 84.177 77 19.00 83.814 83.940 83.838 83.936 84.179 84.220 I

78 19.25 83.853 83.902 83.900 83.943 84.154 84.172 79 19.50 83.841 83.979 83.931 83.975 84.132 84.172 80 19.75 83.834 83.949 83.959 83.947 84.202 84.177 81 20.00 83.878 83.949 83.927 83.959 84.211 84.211 I

82 20.25 83.853 83.956 83.954 84.063 84.241 84.184 83 20.50 83.853 83.956 83.931 84.052 84.229 84.215 84 20.75 83.830 83.967 84.009 84.029 84.241 84.227 I

85 21.00 83.873 83.956 84.009 83.997 84.229 84.238 86 21.25 83.873 83.979 84.020 83.997 84.229 84.238 87 21.50 83.884 83.967 84.052 84.018 84.261 84.238 88 21.75 83.896 83.999 84.020 84.029 84.241 84.292 89 22.00 83.921 84.015 83.959 84.045 84.191 84.263 90 22.25 83.921 84.058 84.013 84.077 84.277 84.329 91 22.50 83.927 84.054 84.083 84.084 84.295 84.292 I

92 22.75 83.961 84.022 84.083 84.095 84.424 84.292 93 23.00 83.955 84.081 84.056 84.065 84.288 84.329 94 23.25 83.986 84.001 83.990 84.077 84.277 84.329 I

95 23.50 83.982 84.076 84.106 84.138 84.381 84.304 96 23.75 83.993 84.085 84.095 84.106 84.295 84.313 97 24.00 83.955 84.101 84.131 84.131 84.245 84.329 I

ATTACHMENT C Page 18 of 43 N

ILRT VARIABLE TABLE BUMMARY I

BAMPLE DELTA TEMP 13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 18 NUMBER HOURS DEO F DEG F DEG F DEG F DEG F DEG F 1

0.00 83.035 83.372 83.141 83.111 83.467 83.126 2

.25 83.062 83.388 83.002 83.270 83.419 83.133 3

.50 83.135 83.211 83.069 83.125 83.458 83.149 I

4

.75 82.870 83.333 83.148 83.075 83.419 83.133 5

1.00 82.901 83.301 83.062 83.138 83.419 83.133' 6

1.25 82.976 83.379 83.030 83.052 83.374 83.133 7

1.50 82.999 83.379 83.039 83.204 83.428 83.144 8

1.75 83.019 83.301 83.007 83.052 83.365 83.144 9

2.00 83.151 83.290 83.062 83.270 83.353 83.144 10 2.25 82.890 83.281 82.996 83.216 83.396 83.121 11 2.50 83.019 83.345 83.137 83.236 83.385 83.133 12 2.75 82.695 83.453 83.030 83.236 83.374 83.165 13 3.00 82.793 83.236 82.987 83.075 83.342 83.133 14 3.25 82.729 83.324 83.030 83.075 83.342 83.144 15 3.50 82.890 83.270 82.996 83.129 83.385 83.121 16 3.75 82.824 83.215 83.007 83.107 83.419 83.121 17 4.00 82.956 83.236 83.116 83.161 83.365 83.144 I

18 4.25 82.967 83.258 82.953 83.075 83.385 83.144 19 4.50 82.945 83.193 83.051 83.118 83.374 83.153 20 4.75 82.922 83.290 83.039 83.138 83.353 83.144 21 5.00 82.988 83.258 82.964 83.107 83.342 83.153 22 5.25 82.772 83.258 83.019 83.095 83.365 83.165 23 5.50 82.945 83.324 83.019 83.161 83.365 83.176 24 5.75 83.124 83.297 83.026 83.114 83.403 83.160 25 6.00 82.804 83.313 83.019 83.454 83.396 83.153 26 6.25 82.929 83.277 83.057 83.082 83.381 83.171 27 6.50 82.824 83.227 83.062 83.084 83.353 83.176' I

28 6.75 82.913 83.270 83.073 83.172 83.408 83.196 29 7.00 82.908 83.340 83.100 83.188 83.392 83.183 30 7.25 82.725 83.297 83.089 83.091 83.415 83.203 l 31 7.50 82.781 83.290 83.073 83.227 83.419 83.219 32 7.75 83.015 83.331 83.057 83.644 83.392 83.226 33 8.00 83.062 03.399 83.171 83.247 83.451 83.242 34 8.25 82.793 83.313 83.128 83.182 23.462 83.242{

I 35 8.50 83.103 83.363 83.112 83.254 83.469 83.257; 36 8.75 83.085 83.290 83.137 83.259 83.462 83.230 37 9.00 83.019 83.345 83.159 83.290 83.462 83.262 38 9.25 82.908 83.331 83.144 83.157 83.446 83.269 39 9.50 83.031 83.388 83.137 83.474 83.428 83.273 40 9.75 82.940 83.449 83.155 83.179 83.458 83.301 41 10.00 82.933 83.410 83.171 83.367 83.471 83.294 42 10.25 83.112 83.417 83.221 83.286 83.532 83.289 43 10.50 83.037 83.503 83.221 83.308 83.489 83.312 44 10.75 83.062 83.474 83.246 83.508 83.517 83.285 45 11.00 83.139 83.356 83.225 83.270 83.471 83.294 46 11.25 83.026 83.417 83.198 83.265 83.521 83.344 47 11.50 83.062 83.496 83.246 83.279 83.483 83.316 48 11.75 83.124 83.351 83.264 83.243 83.521 83.344 49 12.00 83.253 83.417 83.221 83.254 83.575 83.344 50 12.25 83.151 83.474 83.246 83.497 83.537 83.3711 I

I ATTACHMENT C Page 19 of 43 ILRT VARIABLE TABLE BUMMARY SAMPLE DELTA TEMP 13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 18 NUMBER HOURS DEG F DEG F DEG F DEG F DEG F DEG F 51 12.50 82.858 83.453 83.202 83.399 83.580 83.360 I

52 12.75 82.945 83.485 83.234 83.712 83.580 83.391 53 13.00 83.049 83.515 83.264 83.567 83.598 83.387 54 13.25 83.248 83.453 83.246 83.594 83.603 83.403 I

55 13.50 83.194 83.465 83.386 83.388 83.646 83.382 56 13.75 82.999 83.496 83.289 83.508 83.634 83.391 57 14.00 82.951 83.515 83.327 83.286 83.630 83.421 58 14.25 83.221 83.535 83.318 83.438 83.662 83.441 I

59 14.50 83.096 83.540 83.343 83.322 83.612 83.414 60 14.75 83.355 83.551 83.300 83.333 83.666 83.434 61 15.00 83.053 83.508 83.311 83.410 83.689 83.446 62 15.25 83.287 83.655 83.370 83.406 83.630 83.475 63 15.50 83.194 83.571 83.332 84.124 83.657 83.489 64 15.75 83.226 83.540 83.452 83.388 83.709 83.489 65 16.00 83.269 83.626 83.375 83.474 83.689 83.512 66 16.25 83.194 83.571 83.354 83.465 83.721 83.489 67 16.50 83.160 83.669 83.366 83.551 83.677 83.500

.68 16.75 83.194 83.617 83.320 83.431 83.764 83.532 I

69 17.00 83.319 83.569 83.318 83.426 83.759 83.527 70 17.25 83.139 83.691 83.332 83.420 83.721 83.543 17.50 83.307 83.773 83.425 83.979 83.750 83.562 I

71 72 17.75 83.334 83.637 83.366 83.508 83.755 83.555 73 18.00 83.194 83.680 83.429 83.605 83.775 83.543 74 18.25 83.128 83.703 83.472 83.517 83.764-83.566 75 18.50 83.194 83.594 83.409 83.517 83.798 83.586 I>

76 18.75 83.452 83.669 83.515 83.637 83.798 83.575 77 19.00 83.248 83.800 83.506 83.626 83.007 83.598 78 19.25 83.482 83.698 83.459 83.578 83.825 83.625 I

79 19.50 83.298 83.709 83.468 83.633 83.879 83.636 80 19.75 83.355 83.691 83.472 83.712 83.852 83.641 81 20.00 83.378 83.855 83.527 83.497 83.852 83.630 82 20.25 83.405 83.730 83.522 84.120 83.836 83.659 83 20.50 83.557 83.762 83.534 83.644 83.879 83.659 84 20.75 83.459 83.773 83.556 83.805 83.868 83.659

'l 85 21.00 83.307 83.796 83.556 83.698 83.868 83.659 5

86 21.25 83.319 83.730 83.565 83.633 83.857 83.679 87 21.50 83.545 83.816 83.599 83.644 83.911 83.679 88 21.75 83.416 83.893 83.631 83.664 83.934 83.702 89 22.00 83.475 83.809 83.549 83.852 83.884 83.718 90 22.25 83.214 83.875 83.624 83.723 83.916 83.718 91 22.50 83.557 83.827 83.599 83.698 83.965 83.714 92 22.75 83.482 83.773 83.620 83.644 83.922 83.757 93 23.00 83.366 83.907 83.592 83.746 83.938 83.727 94 23.25 83.389 83.800 83.613 83.832 83.959 83.750 95 23.50 83.557 83.882 83.577 83.816 83.965 83.766 I

96 23.75 83.459 83.893 83.577 83.687 83.977 83.788 97 24.00 83.486 83.809 83.679 83.703 83.993 83.782 I

l

I ATTACHMENT C Page 20 of 43 ILRT VARIABLE TABLE

SUMMARY

j SAMPLE DELTA TEMP 19 TEMP 20 TEMP 21 TEMP 22 TEMP 23 TEMP 24 NUMBER HOURS DEG F DEG F DEG F DEG F DEG F DEG F 1

0.00 82.324 80.923 81.183 83.697 83.462 83.695 2

.25 82.367 80.923 81.226 83.720 83.473 83.672 3

.50 82.333 80.932 81.291 83.686 83.462 83.684 4

.75 82.328 80.928 81.244 83.672 83.478 83.691 5

1.00 82.312 80.943 81.269 83.677 83.462 83.661 6

1.25 82.344 80.923 81.226 83.697 83.451 83.672 7

1.50 82.333 80.923 81.257 83.677 83.462 83.684 8

1.75 82.290 80.912 81.246 83.774 83.451 83.672 9

2.00 82.394 80.939 81.253 83.747 83.458 83.691 10 2.25 82.421 80.932 81.246 83.731 83.050 83.661 11 2.50 82.410 80.955 81.226 83.697 83.006 83.652 12 2.75 82.432 80.977 81.214 83.763 83.006 83.749 13 3.00 82.398 80.987 81.237 83.720 82.984 83.661 14 3.25 82.507 80.977 81.214 83.665 82.984 83.715 15 3.50 82.421 80.987 81.246 83.709 82.972 83.706 16 3.75 82.432 80.977 81.269 83.697 82.972 83.706 17 4.00 82.496 81.021 81.269 83.697 82.995 83.706 18 4.25 82.410 80.977 81.312 83.686 82.984 83.727 19 4.50 82.453 80.998 81.291 83.720 82.995 83.672 20 4.75 82.496 81.030 81.346 83.709 83.006 83.715 21 5.00 82.453 81.030 81.312 83.752 82.984 83.652 22 5.25 82.507 80.998 81.323 83.731 82.995 83.761 23 5.50 82.530 81.009 81.323 83.709 83.016 83.695 24 5.75 82.496 81.009 81.269 83.709 83.027 83.761 25 6.00 82.410 80.998 81.312 83.763 82.995 83.706 26 6.25 82.518 81.052 81.291 83.720 83.038 83.738 27 6.50 92.530 81.041 81.366 83.740 83.070 83.781 28 6.75 82.484 81.075 81.355 83.763 83.070 83.793 29 7.00 82.638 81.064 81.312 83.763 83.070 83.781 30 7.25 82.539 81.084 81.323 83.720 83.050 83.804 31 7.50 82.518 81.095 81.389 83.795 83.050 83.836 32 7.75 82.484 81.064 81.389 83.829 83.061 83.793 33 8.00 82.573 81.064 81.366 83.795 83.070 83.813 34 8.25 82.616 81.075 81.355 83.763 83.081 83.813 35 8.50 82.584 81.118 81.389 83.872 83.093 83.804 36 8.75 82.573 81.138 81.409 83.817 83.093 83.813 37 9.00 82.627 81.118 81.452 83.731 83.113 83.858 I

38 9.25 82.622 81.134 81.439 83.867 83.099 83.843 39 9.50 82.627 81.138 81.421 83.838 83.113 83.847 40 9.75 82.604 81.173 81.432 83.892 83.113 83.804 41 10.00 82.627 81.138 81.432 83.860 83.124 83.824 42 10.25 82.584 81.150 81.464 83.903 83.136 83.913 43 10.50 82.638 81.184 81.464 83.892 83.136 83.824 44 10.75 82.670 81.184 81.486 83.860 83.167 83.836 45 11.00 82.709 81.211 81.450 83.888 83.174 83.897 46 11.25 82.670 81.193 81.475 83.947 83.167 83.956 47 11.50 82.681 81.227 81.518 83.915 83.179 83.879 48 11.75 82.690 81.173 81.518 83.958 83.190 83.901 49 12.00 82.659 81.227 81.530 83.958 83.213 83.901 50 12.25 82.709 81.211 81.471 83.996 83.208 83.940 j

l ATTACHMENT C Page 21 of 43 ILRT VARIABLE TABLE BUMMARY SAMPLE DELTA TEMP 19 TEMP 20 TEMP 21 TEMP 22 TEMP 23 TEMP 24 NUMBER HOURS DEG F DEG F DEG F DEG F DEG F DEG F t

51 12.50 82.713 81.302 81.530 83.958 83.222 83.956 52 12.75 82.756 81.270 81.541 83.969 83.222 83.967 53 13.00 82.702 81.247 81.552 83.958 83.233 83.999.

f I

54 13.25 82.811 81.290 81.627 84.001 83.233 83.956 55 13.50 82.702 81.281 81.627 84.012 83.244 84.042 56 13.75 82.767 81.302 81.607 84.012 83.267 83.956 l 57 14.00 82.822 81.324 81.607 83.958 83.267 84.031 I

58 14.25 82.790 81.336 81.584 83.992 83.299 84.053 59 14.50 82.833 81.324 81.616 83.947 83.310 83.988 60 14.75 82.790 81.336 81.650 84.067 83.288 84.042 I

61 15.00 82.767 81.313 81.650 84.067 83.288 84.053 62 15.25 82.931 81.345 81.638 84.055 83.310 84.042 63 15.50 82.876 81.345 81.659 84.089 83.331 84.031 I

64 15.75 82.865 81.356 81.659 84.012 83.331 83.988 65 16.00 82.833 81.379 81.638 84.078 83.353 84.042 66 16.25 82.919 81.399 81.713 84.067 83.365 84.031 67 16.50 82.888 81.411 81.659 84.035 83.374 84.065 68 16.75 82.883 81.429 81.700 84.117 83.381 84.103 69 17.00 82.926 81.429 81.709 84.105 83.424 84.190 70 17.25 82.894 81.440 81.743 84.182 83.392 84.092 I

71 17.50 82.876 81.411 81.704 84.144 83.385 84.005 72 17.75 82.980 81.472 81.709 84.105 83.424 04.103 73 18.00 83.005 81.497 81.768 84.067 83.428 84.162 74 18.25 82.962 81.454 81.747 84.153 83.428 84.205 I

75 18.50 82.942 81.454 81.758 84.153 83.451 84.162 76 18.75 82.919 81.465 81.813 84.187 83.439 84.119 77 19.00 83.039 81.497 81.822 84.187 83.462 84.174 78 19.25 83.001 81.504 81.829 84.171 83.458 84.190 79 19.50 82.919 81.488 81.813 84.230 83.473 84.194 80 19.75 82.931 81.488 01.845 84.219 83.473 84.162 81 20.00 83.071 81.508 81.856 84.230 83.494 84.217 82 20.25 82.980 81.547 81.863 84.257 83.501 84.287 83 20.50 83.066 81.526 81.863 84.194 83.523 84.321 84 20.75 83.051 81.542 81.813 84.241 83.526 84.260 85 21.00 83.071 81.562 81.833 84.207 83.560 84.280 86 21.25 83.125 81.597 81.845 84.241 83.537 84.280 87 21.50 83.005 81.585 81.888 84.284 83.537 84.326 88 21.75 83.094 81.574 81.856 84.262 83.537 84.249 89 22.00 83.103 81.562 81.099 84.316 83.560 84.260 90 22.25 83.114 81.617 81.942 84.296 83.571 84.280 91 22.50 83.051 81.628 81.931 84.284 83.591 84.292 I

92 22.75 83.094 81.617 81.953 84.327 83.591 84.335 93 23.00 83.137 81.628 81.888 84.339 83.614 84.326 94 23.25 83.223 81.660 81.942 84.296 83.634 84.380 95 23.50 83.094 81.649 81.919 84.382 83.614 84.314 96 23.75 83.114 81.660 81.910 84.350 83.625 84.357 97 24.00 83.103 81.660 81.953 84.370 83.646 84.380 I

ATTACHMENT C Page 22 of 43 ILRT VARIABLE TABLE

SUMMARY

BAMPLE DELTA TEMP 25 TEMP 26 NUMBER HOUR 8 DEG F DEG F 1

0.00 82.981 81.959 2

.25 82.961 81.959 3

.50 82.970 81.959 4

.75 82.977 81.966 5

1.00 82.938 81.937 6

1.25 82.961 81.959 7

1.50 82.927 81.925 8

1.75 82.961 81.991 9

2.00 82.977 81.975 10 2.25 82.938 81.948 11 2.50 82.906 82.014 12 2.75 82.981 81.980 13 3.00 82.927 82.023 14 3.25 82.950 82.014 15 3.50 82.927 82.014 16 3.75 82.938 82.034 17 4.00 82.938 82.046 18 4.25 82.970 82.034 19 4.50 82.961 82.057 20 4.75 82.970 82.046 21 5.00 82.950 82.068 22 5.25 82.970 82.046 23 5.50 82.981 82.089 24 5.75 82.961 82.089 25 6.00 82.981 82.068 26 6.25 82.970 82.100 27 6.50 82.981 82.089 I

28 6.75 83.024 82.111 29 7.00 82.970 82.132 30 7.25 83.013 82.143 31 7.50 83.067 82.123 32 7.75 83.036 82.111 33 8.00 83.101 82.132 34 8.25 83.067 A2.186 35 8.50 83.090 u2.166 36 8.75 83.101 82.166 37 9.00 83.113 82.177 38 9.25 83.097 82.182 39 9.50 83.144 82.177 40 9.75 83.133 82.197 41 10.00 83.101 82.229 42 10.25 83.113 82.186 43 10.50 83.167 82.240 44 10.75 83.156 82.240 45 11.00 83.151 B2.259 46 11.25 83.156 82.252 47 11.50 83.219 82.263 48 11.75 83.210 82.240 49 12.00 83.199 82.274 50 12.25 83.226 82.247

, I ATTACHMENT C Page 23 of 43 ILRT VARIABLE TABLE

SUMMARY

SAMPLE DELTA TEMP 25 TEMP 26 NUMBER HOURS DEG F DEG F 51 12.50 83.176 82.284 52 12.75 83.274 82.306 53 13.00 83.210 82.274 I

54 13.25 83.253 82.284 55 13.50 83.242 82.306 56 13.75 83.231 82.338 I

57 14.00 03.242 82.372 58 14.25 83.296 82.361 59 14.50 83.274 82.338 60 14.75 83.274 82.361 61 15.00 83.339 82.383 62 15.25 83.328 82.361 I

63 15.50 83.339 82.383 64 15.75 83.308 82.415 65 16.00 83.339 82.436 66 16.25 83.394 82.458 I

67 16.50 83.339 82.426 68 16.75 83.389 82.454 69 17.00 83.369 82.454 70 17.25 83.423 82.465 71 17.50 83.417 82.470 72 17.75 83.432 82.485 73 18.00 83.339 82.524 I

74 18.25 83.394 82.501 75 18.50 83.491 82.490 76 18.75 83.426 82.524 77 19.00 83.426 82.544

'I 78 19.25 83.498 82.551 79 19.50 83.460 82.524 80 19.75 83.426 82.578 I

B1 20.00 83.503 82.567 82 20.25 83.466 82.585 83 20.50 83.498 82.594 84 20.75 83.514 82.578 85 21.00 83.546 82.587 86 21.25 83.534 82.599 87 21.50 83.557 82.621 88 21.75 83.525 82.642 89 22.00 83.589 82.610 90 22.25 83.612 82.642 91 22.50 83.557 82.665 92 22.75 83.568 82.653 93 23.00 83.589 82.642 94 23.25 83.600 82.676 95 23.50 83.612 82.687 96 23.75 83.677 82.696 97 24.00 83.643 82.719 l

ATTACHMENT C t

I-Page 24 of 43 l

ILRT VARIABLE TABLE CUMMARY l

SAMPLE DELTA PRES 1

PRES 2

DP 1

DP 2

DP 3

DP 4

NUMBER HOURS PSIA PSIA DEG F DEG F DEG F DEE 11 1

0.00 64.9880 64.9230 54.75 54.46 55.25 55.13 2

.25*

64.9860 64.9210 54.89 54.19 54.21 54.88 3

.50 64.9860 64.9210 56.02 54.26 54.99 54.77 4

.75 64.9860 64.9210 53.55 54.10 54.78 54.80 5

1.00 64.9850 64.9200 56.01 53.26 55.28 54.57 6

1.25 64.9840 64.9190 53.35 53.94 55.87 54.51 7

1.50 64.9820 64.9190 54.44 55.72 54.37 54.83 8

1.75 64.9800 64.9180 55.73 55.61 54.96 54.79 9

2.00 64.9790 64.9180 54.87 54.62 55.74 54.95 10 2.25 64.9760 64.9180 55.41 53.28 55.11 54.01 11 2.50 64.9740 64.9170 54.08 54.76 53.28 54.39 12 2.75 64.9750 64.9160 55.34 54.53 53.98 55.00 13 3.00 64.9750 64.9160 54.80 54.67 55.78 54.74 14 3.25 64.9730,

64.9150 56.26 54.06 54.06 54.67 15 3.50 64.9730 64.9150 55.02 54.53 55.10 55.45 16 3.75 64.9730 64.9150 55.11 54.18 54.70 54.99 17 4.00 64.9740 64.9150 55.39 54.79 54.94 54.72 18 4.25 64.9740 64.9150 53.63 53.86 55.77 54.87 19 4.50 64.9510 64.9150 54.14 54.85 55.76 54.92 20 4.75 64.9600 64.9150 54.97 54.68 55.82 54.67 21 5.00 64.9610 64.9150 55.80 55.72 55.34 54.99 22 5.25 64.9620 64.9150 53.68 55.01 55.63-55.14 23 5.50 64.9620 64.9150 55.22 54.93 55.82 54.99 I

24 5.75 64.9610 64.9140 56.44 54.55 55.58 54.98 25 6.00 64.9610 64.9150 56.35 54.47 55.32 53.34 26 6.25 64.9620 64.9150 55.66 54.92 54.99 55.21 I

27 6.50 64.9620 64.9150 55.30 54.78 55.12 55.04 28 6.75 64.9620 64.9150 53.90 54.48 55.63 54.98 29 7.00 64.9640 64.9160 54.57 53.51 54.69 54.74 30 7.25 64.9650 64.9160 56.18 54.53 56.07 55.41 31 7.50 64.9660 64.9170 55.15 53.80 55.41 54.66 32 7.75 64.9660 64.9170 55.87 54.41 54.78 55.09 33 8.00 64.9670 64.9170 55.12 55.03 55.69 55.45 34 8.25 64.9680 64.9180 55.51 54.79 54.06 55.08 35 0.50 64.9690 64.9190 55.88 54.70 53.87 55.19 36 8.75 64.9700 64.9190 56.74 53.86 55.69 55.15 I

37 9.00 64.9710 64.9190 55.38 54.53 55.75 54.95 38 9.25 64.9710 64.9200 53.37 54.83 54.83 55.25 39 9.50 64.9710 64.9210 55.38 54.86 56.20 55.17 40 9.75 64.9710 64.9210 56.14 54.79 55.03 54.81 41 10.00 64.9710 64.9220 54.93 54.81 55.77 55.52 42 10.25 64.9720 64.9220 54.23 54.99 56.49 55.12 43 10.50 64.9740 64.9230 53.85 54.61 54.19 55.23 44 10,.75 64.9750 64.9230 54.79 54.74 56.03 54.88 45 11.00 64.9760 64.9240 54.21 54.56 55.57 54.94 46 11.25 64.9770 64.9240 54.96 55.22 55.53 55.05 47 11.50 64.9780 64.9250 54.20 55.60 53.43 55.17 48 11.75 64.9780 64.9250 54.74 55.56 55.43 54.99 49 12.00 64.9810 64.9250 54.01 54.86 55.46 54.79 50 12.25 64.9830 64.9260 55.50 54.23 56.01 54.32 I

I ATTACHMENT C Page 25 of 43 ILRT VARIABLE TABLE

SUMMARY

]

SAMPLE DELTA PRES 1

PRES 2

DP 1

DP 2

DP 3

DP 4

NUMBER HOURS PSIA PSIA DEG F DEG F DEG F DECl l

51 12.50 64.9840 64.9270 54.74 54.49 55.62 55.48 j

52 12.75 64.9850 64.9280 54.97 55.16 55.30 55.68 53 13.00 64.9860 64.9280 55.74 54.99 55.54 54.90 54 13.25 64.9870 64.9290 55.03 55.28 55.68 55.32 55 13.50 64.9890 64.9290 56.53 55.19 55.37 54.68 56 13.75 64.9890 64.9310 55.34 54.37 55.52 55.26 I

57 14.00 64.9900 64.9310 55.30 54.61 55.23 55.11 58 14.25 64.9920 64.9320 55.17 53.88 56.05 55.28 59 14.50 44.9930 64.9320 53.69 54.37 54.64 55.49 60 14.75 64.9940 64.9340 55.91 54.41 55.08 55.41 61 15.00 64.9950 64.9340 54.91 55.48 54.85 55.48 62 15.25 64.9950 64.9350 55.32 55.00 56.11 55.50 63 15.50 64.9970 64.9350 54.73 55.24 56.01 55.85 64 15.75 64.9970 64.9360 56.27 54.95 55.07 55.50 65 16.00 64.9980 64.9370 55.00 54.20 54.89 55.68 66 16.25 64.9990 64.9380 53.30 54.86 56.39 55.36 67 16.50 64.9990 64.9380 54.63 54.82 55.66 55.52 68 16.75 65.0010 64.9390 56.69 54.90 54.86 55.70 69 17.00 65.0010 64.9400 55.43 54.61 55.93 55.46 70 17.25 65.0020 64.9410 55.17 55.51 54.88 54.99 71 17.50 65.0030 64.9420 54.80 54.54 55.48 54.94 72 17.75 64.9980 64.9420 55.97 55.30 55.22 55.63 73 18.00 65.0020 64.9440 54.55 54.47 55.52 55.55 I

74 18.25 65.0030 64.9440 54.62 54.68 57.19 55.36 75 18.50 65.0030 64.9450 54.34 55.43 55.80 55.92 76 18.75 65.0030 64.9460 53.77 54.09 57.19 55.28 77 19.00 65.0030 64.9470 55.69 55.23 54.86 55.68 78 19.25 65.0030 64.9470 53.53 54.17 55.59 55.68 79 19.50 65.0040 64.9490 56.90 54.99 56.54 55.70 80 19.75 65.0040 64.9490 55.10 55.46 55.99 55.27 81 20.00 65.0050 64.9500 55.49 53.73 55.52 55.68 82 20.25 65.0050 64.9510 54.71 54.39 56.22 55.65 83 20.50 65.0060 64.9510 54.79 54.95 55.50 55.76 I

84 20.75 65.0060 64.9530 54.50 55.57 55.06 54.77 85 21.00 65.0070 64.9530 54.30 55.28 54.59 55.77 86 21.25 65.0070 64.9540 56.04 54.69 55.13 55.46 87 21.50 65.0000 64.9550 55.27 55.01 54.79 55.01 88 21.75 65.0080 64.9560 55.49 55.27 54.94 54.99 89 22.00 65.0090 64.9580 56.54 54.95 56.02 55.03 90 22.25 65.0100 64.9580 54.30 55.39 56.32 55.76 I

91 22.50 65.0100 64.9590 54.93 54.66 55.97 55.85 92 22.75 65.0110 64.9610 55.40 54.84 55.83 55.34 93 23.00 65.0120 64.9610 55.68 54.47 55.44 55.63 94 23.25 65.0120 64.9630 55.21 53.94 54.65 55.99 95 23.50 65.0130 64.9630 55.93 54.10 55.11 55.54 96 23.75 65.0140 64.9650 56.30 54.60 55.82 55.49 97 24.00 65.0150 64.9660 56.12 54.72 56.07 55.01 I

ATTACHMENT C Page 26 of 43 ILRT VARIABLE TABLE

SUMMARY

I SAMPLE DELTA DP 5

DP 6

NUMBER HOURS DEG F DEG F 1

0.00 55.02 53.99 2

.25 55.03 54.12 3

.50 54.79 54.02 4

.75 54.94 54.33 5

1.00 54.96 54.06 6

1.25 55.08 54.34 I

7 1.50 55.05 54.10 8

1.75 55.08 54.08 9

2.00 54.83 53.93 10 2.25 54.97 54.03 11 2.50 55.14 53.91 12 2.75 55.19 54.32 13 3.00 55.06 54.10 14 3.25 55.24 54.23 15 3.50 55.26 54.23 16 3.75 55.21 54.23 17 4.00 55.28 54.13 I

18 4.25 55.19 54.15 19 4.50 55.30 54.21 20 4.75 54.93 54.29 21 5.00 55.05 54.34 22 5.25 55.43 54.39 23 5.50 55.22 54.22 I

24 5.75 55.08 54.29 25 6.00 55.50 54.33 26 6.25 55.43 54.10 27 6.50 54.97 54.42 28 6.75 55.36 54.12 29 7.00 55.42 54.19 30 7.25 55.26 54.24 31 7.50 55.00 54.16 32 7.75 55.23 54.37 33 8.00 55.44 54.12 34 8.25 55.39 54.33 35 8.50 55.37 54.42 36 8.75 55.11 54.28 37 9.00 55.32 54.13 38 9.25 55.37 54.14 39 9.50 55.45 54.42 40 9.75 55.21 54.41 41 10.00 55.52 54.21 I

42 10.25 55.26 54.23 43 10.50 55.32 54.32 44 10.75 55.34 54.34 45 11.00 55.42 54.37 46 11.25 55.54 54.26 47 11.50 55.37 54.70 I

48 11.75 55.36 54.33 49 12.00 55.37 54.47 50 12.25 55.23 54.33 l

l

ATTACHMENT C Page 27 of 43 ILRT VARIABLE TABLE

SUMMARY

SAMPLE DELTA DP 5

DP 6

NUMBER HOURS DEO F DEG F 51 12.50 55.48 54.19 52 12.75 55.41 54.23 53 13.00 55.39 54.46 I

54 13.25 55.19 54.51 55 13.50 55.67 54.41 56 13.75 55.52 54.39 I

57 14.00 55.80 54.58 58 14.25 55.38 54.41 59 14.50 55.59 54.56 60 14.75 55.51 54.45 I

61 15.00 55.50 54.29 62 15.25 55.36 54.47 63 15.50 55.39 54.57 64 15.75 55.84 54.54 65 16.00 55.43 54.54 66 16.25 55.51 54.36 67 16.50 55.60 54.63 68 16.75 55.53 54.65 69 17.00 55.50 54.42 70 17.25 55.57 54.50 I

71 17.50 55.70 54.51 72 17.75 55.66 54.56 73 18.00 55.48 54.59 74 18.25 55.75 54.56 i

75 18.50 55.26 54.70 76 18.75 55.50 54.63 77 19.00 55.65 54.58 78 19.25 55.44 54.70 79 19.50 55.65 54.62 80 19.75 55.59 54.68 81 20.00 55.74 54.55 82 20.25 55.66 54.63 83 20.50 55.93 54.51 84 20.75 55.62 54.60 I

85 21.00 55.67 54.61 86 21.25 55.78 54.60 87 21.50 55.72 54.51 88 21.75 55.86 54.66 89 22.00 55.75 54.91 90 22.25 55.81 54.41 I

91 22.50 55.74 54.61 92 22.75 55.94 54.77 93 23.00 55.72 54.63 94 23.25 55.72 54.61 95 23.50 55.71 54.61 96 23.75 55.61 54.63 97 24.00 55.80 54.78

ATTACHMENT C Page 28 of 43 Seabrook Preservice ILRT CONTAINMENT INTEGRATED LEAKAGE RATE TEST SUPPLEMENTAL VERIFICATION TEST LEAKAGE RATE IS MEASURED USING THE ABSOLUTE METHOD AND IS COMPUTED USING THE MASS POINT METHOD IN STRICT ACCORDANCE WITH ANSI /ANS 56.8-1981.

TEST PERIOD STARTED AT 11:51 HOURS ON 3/19/86 i

TEST CONDUCTED FOR 4.75 HOURS FREE SPACE VOLUME OF CONTAINMENT IS 2,704,000 CU FT

)

CONTAINMENT WAS PRESSURIZED TO 64.97 PSIA i

INITIAL CONTAINMENT FITTED AIR WEIGHT WAS 869,472 LBS FINAL CONTAINMENT FITTED AIR WEIGHT WAS 869,140 LBB FITTED MASS POINT ILRT LEAKAGE RATE Lam

.052 % PER DAY

=

CONTAINMENT DESIGN LEAKAGE RATE La

=

.150 % PER DAY SUPERIMPOSED CLRT LEAKAGE RATE Lo

=

.160 % PER DAY FITTED CLRT MASS POINT LEAKAGE RATE Lc

.192 % PER DAY

=

Lo

+

Lam La/4

=<

Lc

=<

Lo

+

Lam

+

La/4

.160 +

.052

.038

=<

.192

=<

.160 +

.052

+

.038

.175

=<

$192

=<

.250 I

I 1

l

i ATTACHMENT C Page 29 of 43 DESCRIPTION OF VARIABLES AVE TEMP CONTAINMENT MEAN TEMPERATURE CALCULATED FROM VOLUMETRICALLY WEIGHTED RTD SENSOR INDICATIONS.

PRESSURE PRIMARY CONTAINMENT PRESSURE INDICATION.

VAPOR PRES CONTAINMENT VAPOR PRESSURE CALCULATED FROM I

VOLUMETRICALLY WEIGHTED HUMIDITY / DEWPOINT SENSOR INDICATIONS.

LEAK SIM SIMPLE MASS POINT LEAKAGE RATE.

LEAK FIT LEAKAGE RATE COMPUTED FROM FIRST ORDER REGRESSION I

OF AIR MASS DATA.

95% UCL UPPER LIMIT OF THE 95% CONFIDENCE LEVEL OF l

AIR MASS DATA.

AIR MASS CONTAINMENT AIR MASS.

'I NOTE FOR TABULAR DATA -

1.

TABLE VALUES OF ZERO SIGNIFY THE DATA IS NOT APPLICABLE TO THE CALCULATION.

2.

' REJECTED' SIGNIFIES THE SAMPLE WAS REJECTED.

3.

' DELETED' SIGNIFIES THE SENSOR WAS DELETED.

I I

NOTE FOR THE CUR /ES -

1.

NUMBEFS ON THE TOP MARGIN ALONG THE ABSCISSA REPREF,ENT SAMPLE NUMBERS.

2.

NUMBERS ON THE BOTTOM MARGIN ALONG THE ABSCISSA I

REPRE3ENT TIME FROM BEGINNING OF MODE IN HOURS.

3.

' REJECTED' SIGNIFIES THE SAMPLE WAS REJECTED.

I

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_ r-CLRT COMPUTED LEAKAGE RA-S fB m

SIMPLE MASS POINT LEAKAGE RATE c

=

FITTED MASS POINT LEAKAGE RATE,

c

=

a t

M 0.50

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TIME IN HOURS

samm mum imum num uma muu num um um num numi um umm amm uma um e

mum amm EBASCO SERVICES INCORPORATED 1.

5.

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29.

33.

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y

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CLRT LEAKAGE RATES RELATIVE TO LIMITS ll

=

FITTED CLRT MASS POINT LEAKAGE RATE y

c MAXIMUM ACCEPTABLE LEAKAGE PsATE a

MINIMUM ACCEPTABLE LEAKAGE RATE 0.35 A

0.30

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CLRT VEIGHTED AVERAGE CDNTAINMENT TEMPERATURE

[g g

L.

N 84.20 y

W W

L3 U

8 4.10 m

Z s

j g

84.00 M

D F-<

83.90 g

i A

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83.70 l

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CLRT AVERAGE CONTAINMENT PRESSURE I

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M 65.30 Z

m Ug 65.20 DM I

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(

65.00 l

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1.0 2.0 3.0 4.0 5.0 6.0 7.0 8.0 9.0 TIME IN HOURS

l M

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TIME IN HOURS

I ATTACHMENT C Page 36 of 43 CLRT VARIABLE TABLE

SUMMARY

SAM TIME AVE TEMP PRESSURE VAP PRES LEAK BIM LEAK FIT UCL AIR MASS NO.

HOURS DEG F PSIA PBIA

%/ DAY

%/ DAY X/ DAY LB8 1

0.00 83.801 64.9660

.2187 0.000 0.000 0.000 869467 2

.25 83.825 64.9660

.2172

.384 0.000 0.000 869448 3

.50 83.837 64.9660

.2174

.228

.226

.318 869426 4

.75 83.840 64.9660

.2176

.178

.184

.258 869419 I

5 1.00 83.839 64.9650

.2184

.195

.188

.222 869397 6

1.25 83.850 64.9660

.2195

.198

.192

.213 869378 7

1.50 83.842 64.9650

.2200

.178

.181

.200 869371 I

8 1.75 83.869 64.9650

.2208

.239

.211

.248 869316 9

2.00 83.887 64.9650

.2164

.166

.189

.226 869347 10 2.25 83.888 64.9650

.2166

.153

.170

.205 869343 11 2.50 83.890 64.9650

.2170

.146

.156

.188 869335 12 2.75 83.929 64.9650

.2155

.176

.160

.187 869291 13 3.00 83.920 64.9650

.2162

.157

.155

.178 869297 14 3.25 83.932 64.9640

.2184

.198

.167

.191 869235 I

15 3.50 83.950 64.9640

.2191

.213

.181

.206 869197 16 3.75 83.954 64.9650

.2167

.171

.177

.199 869235 17 4.00 83.970 64.9640

.2182

.201

.184

.204 869176 18 4.25 83.981 64.9640

.2189

.206

.191

.210 869150 19 4.50 83.993 64.9640

.2186

.201

.195

.213 869135 20 4.75 83.990 64.9640

.2176

.182

.192

.208 869153 I

."1 M

i

ATTACHMENT C Page 37 of 43 CLRT VARIABLE TABLE BUMMARY SAMPLE DELTA TEMP 1

TEMP 2

TEMP 3

TEMP 4

TEMP 5

TEMP 6

NUMBER HOURS DEG F DEG F DEG F DEG F DEG F DEG F 1

0.00 83.722 83.797 83.799 83.818 83.659 83.052 2

.25 83.776 83.797 83.821 83.807 83.702 83.938 3

.50 83.776 83.786 83.790 83.893 83.702 83.938 4

.75 83.776 83.851 83.810 83.829 83.668 83.938 5

1.00 23.765 83.774 83.821 83.884 83.702 83.906 6

1.25 83.819 83.820 83.790 83.841 83.722 83.938 7

1.50 83.770 83.813 83.826 83.877 83.673 83.943 8

1.75 83.828 83.872 83.833 83.927 83.745 83.972 9

2.00 83.833 83.931 83.800 83.877 83.750 83.965 10 2.25 83.833 83.888 83.869 83.931 83.716 83.986 I

11 2.50 83.828 83.894 83.896 83.818 83.777 84.004 12 2.75 83.874 83.863 83.896 83.970 83.788 83.972 13 3.00 83.894 83.917 83.896 83.927 83.756 83.992 14 3.25 83.874 83.949 83.930 83.927 83.811 84.004 15 3.50 83.894 83.926 83.896 84.002 83.854 84.015 16 3.75 83.949 83.926 83.951 83.970 83.863 84.070 17 4.00 83.087 83.965 83.923 83.931 83.793 84.040 I

18 4.25 83.926 84.024 83.962 83.959 83.820 84.036 19 4.50 83.937 83.980 83.962 83.990 83.843 84.101 20 4.75 83.949 83.960 83.994 83.959 83.874 84.090 I

I I

ATTACHMENT C Page 38 of 43 CLRT VARIABLE TABLE

SUMMARY

SAMPLE DELTA TEMP 7

TEMP G

TEMP 9

TEMP 10 TEMP 11 TEMP 12 NUMBER HOUR 8 DEG F DEG F DEG F DEG F DEG F DEG F 1

0.00 84.005 84.119 84.138 84.158 84.338 84.367 2

.25 84.016 84.131 84.149 84.158 84.349 84.410 3

.50 84.059 84.108 84.126 84.170 84.295 84.433 I

4

.75 84.059 84.151 84.138 84.192 84.402 84.444 5

1.00 84.036 84.151 84.117 84.213 84.402 84.401 6

1.25 84.068 84.151 84.126 84.224 84.381 84.453 7

1.50 84.073 84.144 84.165 84.197 84.386 84.469 8

1.75 84.123 84.174 84.181 84.181 84.370 84.499 9

2.00 84.084 84.242 84.185 84.229 84.515 84.469 10 2.25 84.107 84.167 84.185 84.217 84.418 84.524 I

11 2.50 84.123 84.237 84.258 84.247 84.424 84.499 12 2.75 84.166 84.271 84.301 84.279 84.511 84.508 13 3.00 84.166 84.228 84.215 84.290 84.499 84.465 14 3.25 84.145 84.260 84.192 84.256 84.533 84.542 I

15 3.50 84.145 84.217 84.310 84.322 84.522 84.530 16 3.75 84.200 84.260 84.301 84.235 84.533 84.499 17 4.00 84.170 84.242 84.412 84.349 84.590 84.546 18 4.25 84.220 84.324 84.322 84.333 84.467 84.574 19 4.50 84.220 84.292 84.365 84.322 84.565 84.596 20 4.75 84.243 84.315 84.310 84.322 84.565 84.617 I

I

ATTACHMENT C Page 39 of 43 CLRT VARIABLE TABLE

SUMMARY

SAMPLE DELTA TEMP 13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 18 NUMBER HOUR 8 DEG F DEG F DEG F DEG F DEG F DEG F 1

0.00 83.579 83.859 83.608 83.945 84.031 83.811 2

.25 83.666 84,108 83.685 83.730 84.008 83.820 3

.50 83.666 83.904 83.697 84.109 84.074 83.820 4

.75 83.634 83.914 83.760 83.859 84.063 83.854 5

1.00 83.525 83.979 83.794 83.859 84.020 83.843 6

1.25 83.588 83.882 83.760 83.968 84.031 83.863 7

1.50 83.593 83.984 83.733 83.703 84.045 83.847 8

1.75 83.568 84.011 83.760 83.828 84.052 83.875 9

2.00 83.636 83.961 83.788 83.821 84.099 83.868 1

10 2.25 83.550 84.081 83.788 83.895 84.056 83.890 l 11 2.50 83.536 83.991 83.740 83.859 84.129 83.G97 12 2.75 83.720 84.152 83.706 83.925 84.149 83.929 13 3.00 83.709 84.097 83.760 83.805 84.138 83.929 14 3.25 83.666 84.108 83.837 83.773 84.149 83.940 I

15 3.50 83.774 84.065 83.837 83.893 84.160 83.940 16 3.75 83.774 84.120 83.794 83.859 84.183 83.952 17 4.00 83.724 84.224 83.874 83.993 84.176 83.977 I

18 4.25 83.849 84.088 83.846 83.945 84.172 83.972 19 4.50 83.729 84.152 83.955 83.945 84.160 83.983 20 4.75 83.686 84.034 83.837 84.034 84.172 83.983 I

I I

I

I ATTACHMENT C Page 40 of 43 CLRT VARIABLE TABLE

SUMMARY

SAMPLE DELTA TEMP 19 TEMP 20 TEMP 21 TEMP 22 TEMP 23 TEMP 24 NUMBER HOURS DEG F DEG F DEG F DEG F DEG F DEG F 1

0.00 83.234 81.683 82.000 84.350 83.680 84.389 2

.25 83.223 81.683 81.985 84.402 83.680 84.401 3

.50 83.168 81.683 82.008 84.448 83.689 84.423 4

.75 83.202 81.703 82.026 84.425 83.689 84.478 5

1.00 83.277 81.737 81.974 84.468 83.712 84.487 6

1.25 83.266 81.769 82.062 84.413 83.723 84.478 7

1.50 83.288 81.769 82.062 84.468 83.743 84.455 8

1.75 83.245 81.769 82.028 84.491 83.723 84.444 9

2.00 83.288 81.780 82.083 84.479 83.755 84.432 10 2.25 83.320 81.812 82.117 84.468 83.766 84.455 11 2.50 83.343 81.803 82.171 84.393 83.766 84.541 12 2.75 83.313 81.785 82.142 84.461 83.782 84.491 13 3.00 83.354 81.823 82.137 84.491 83.766 84.553 I

14 3.25 83.343 81.855 82.126 84.545 83.798 84.521 15 3.50 83.288 81.792 82.105 84.599 83.798 84.509 16 3.75 83.320 '

01.846 82.105 84.534 83.809 84.487 17 4.00 83.347 81.839 82.142 84.527 83.802 84.546 18 4.25 83.440 81.855 82.180 84.556 83.832 84.553 19 4.50 83.375 81.855 82.171 84.534 83.852 84.587 20 4.75 83.375 81.889 82.225 84.522 83.875 84.607 I

I I

I ATTACHMENT C Page 41 of 43 CLRT VARIABLE TABLE BUMMARY SAMPLE DELTA TEMP 25 TEMP 26 NUMBER HOURS DEG F DEG F 1

0.00 83.632 82.742 l

2

.25 83.655 82.751 f

3

.50 83.666 82.742 4

.75 83.677 82.773 5

1.00 83.709 82.794 l

6 1.25 83.698 82.773 7

1.50 83.677 82.762 l

l 8

1.75 83.741 82.839 9

2.00 83.752 82.794 l

10 2.25 83.732 82.805 11 2.50 83.720 82.848 12 2.75 83.757 82.875 13 3.00 83.850 82.828 14 3.25 83.786 82.871 l

15 3.50 83.829 82.860 16 3.75 83.829 82.882 17 4.00 83.000 82.898 r

I 18 4.25 83.850 02.894 19 4.50 83.838 82.903 20 4.75 83.884 82.925 I

I I

i I

i l

I l

\\

I I

I i

i l

ATTACHMENT C Pace 42 of 43 CLRT VARIABLE TABLE

SUMMARY

SAMPLE DELTA PRES 1

PRES 2

DP 1

DP 2

DP 3

DP 4

NUMBER HOURS PSIA PSIA DEG F DEG F DEG F DEG I"

1 0.00 65.0150 64.9660 56.33 55.07 56.39 55.46 2

.25 65.0150 64.9660 54.79 55.62 55.99 55.57 3

.50 65.0150 64.9660 56.63 54.83 55.91 54.78 4

.75 65.0140 64.9660 55.54 54.99 56.27 55.61 5

1.00 65.0150 64.9650 55.49 55.43 56.12 55.94 6

1.25 65.0150 64.9660 55.81 55.30 L'6.OO 56.17 I

7 1.50 65.0070 64.9650 57.06 56.39 54.97 55.51 8

1.75 65.0070 64.9650 56.62 55.76 56.74 55.74 9

2.00 65.0070 64.9650 55.10 54.90 55.45 55.74 10 2.25 65.0070 64.9650 55.23 55.58 55.34 55.17 11 2.50 65.0000 64.9650 55.13 54.72

56. L7 55.53 12 2.75 65.0000 64.9650 54.90 54.83 55.16 55.60 13 3.00 65.0000 64.9650 55.77 54.51 55.18 55.68 14 3.25 65.0080 64.9640 55.08 55.23 56.31 55.48 15 3.50 65.0080 64.9640 57.26 55.31 55.57 55.35 16 3.75 65.0000 64.9650 55.59 53.72 56.39 55.67 I

17 4.00 65.0080 64.9640 55.28 55.92 55.48 55.77 18 4.25 65.0080 64.9640 56.54 54.46 5/s.27 55.85 19 4.50 65.0080 64.9o40 55.56 55.70 55.07 55.48 20 4.75 65.0080 64.9640 54.94 55.70 25.94 55.72 j

I I

ATTACHMENT C Page 43 of 43 CLRT VARIABLE TABLE

SUMMARY

I SAMPLE DELTA DP 5

DP 6

NUMBER HOURS DEG F DEG F 1

0.00 55.65 54.71 2

.25 55.76 54.78 3

.50 55.77 54.71 I

4

.75 55.54 54.83 5

1.00 55.79 54.64 6

1.25 55.94 54.94 i

7 1.50 55.90 54.78 8

1.75 55.68 54.68 9

2.00 55.96 54.70 10 2.25 55.94 54.77 I

11 2.50 55.87 54.89 12 2.75 55.78 54.82 13 3.00 55.76 54.83 14 3.25 55.95 54.86 15 3.50 55.45 54.95 16 3.75 55.74 54.92 17 4.00 55.96 54.89 I

18 4.25 55.72 54.91 19 4.50 55.76 54.98 20 4.75 55.70 54.77 I

I l

l I

I

.

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