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Reactor Bldg Containment Integrated Leak Rate Test, Conducted 800220-23
	ML18025A877
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Site:	Browns Ferry
Issue date:	05/20/1980
From:	; TENNESSEE VALLEY AUTHORITY
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ML18025A878	List: ML18025A877; ML19323E427;
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TENNESSEE VAIIZYAUTHORITY DIVISION OF POWER PRODUCTION REACTOR BUILDING CONTAINMENT INTEGRATED LEAK RATE TEST BR(MNS FERRY NUCLEAR PLANT UNIT 1 CONDUCTED FEBRUARY 20 THROUGH 23, 1980 DOCKET NUMBER 50 - 259 Submitted to The United States Nuclear Regu1atory 'Commission Pursuant to Facility Operating License Number DPR-33 8O05$ 80

1. 0 Introduction As prescribed in Browns Ferry Nuclear Plant (BFNP) unit 1 technical specification 4.7.A.2, the leakage of air from the boundary forming the reactor building primary containment is limited to 2 percent of containment air mass per day at the calculated peak accident pressure P . In conformance with Title a'0, Code of Federal Regulations, Part 50, Appendix J, Browns Ferry technical specifications require that reactor building integrated leak ratetests be performed as part of the startup and the surveillance programs to demonstrate continuing leak-tight integrity.

An inservice reactor building containment integrated leak rate test (CILBT) was successfulLy completed on Browns Ferry unit 1 oy personnel of the Tennessee Valley Author'ity (TVA) on February 23, 1980. This test was conducted in accordance with .

a plant approved surveillance instruction, BF SI 4.7.A.2, which is on file at the plant site. This surveillance instruc-tion implements the requirements of Browns Ferry unit 1 technical specifications and Appendix J to .10 CFR 50. The American. National Standard for Containment Testing, ANSI N45.4-1972, and the proposed American Nuclear Society Standard for Containment Testing, N-274, provided guidance for the procedure implemented by the surveillance instruction.

Browns Ferry unit 1 is a boiling-water reactor employing a steel pressure suppression containment and rated 3,293 megawatts thermal. The Final Safety Analysis Report"defines the

calculated peak accident pressure P a

to be 49.6 psig. The reactor building containment is divided into two ma)or compartments--the drywell, enclosing the reactor and the forced recirculation system, a'nd a pressure suppression pool chamber. These 'two compartments are connected by blow-down pipes that terminate below the suppression chamber pool level. Vacuum breakers are provided to ensure that the suppression chamber is never pressurized with respect to the drywell. For the performance of this containment integrated leak rate test (CILRT), these vacuum breakers were mechan-ically locked open to ensure pressure equalization between the drywell and the suppression chamber.

This report outlines the obgectives, principal events, and special equipment used and provides analysis of the test results for the CILRT completed on February 23 on Browns Ferry unit 1.

2.0 Test Purpose and Results A..Test Purpose The principal obgective of the CILRT was to demonstrate the leak-tight integrity of the reactor building contain-I ment for return to power operation. For Browns Ferry unit 1, the leak-tight integrity is defined by technical specification 4.7.A.2 and the preoperational CILRT to be that the leakage of air from containment not exceed 0.04437 percent per hour (1.06488 percent per day) of containment air mass at a"reduced pressure of P /2.

0 Another objective of the CILRT was to determine if any degradation of the structure forming the containment may have occurred since the performance of =the preoperational CILRT. A pretest inspection of the containment surface was performed to identify the presence of any gross deformities of the structure. t In addition to the items already mentioned, a special inspection of the Contol Rod Drive (CRD) hatch was conducted at test pressure. The CRD hatch was identified as an item of noncompliance during the BOP unit 3 CILRT, conducted Ifovember 21 through 25, lg79, since a temporary CRD hatch was installed to facilitate pressurization for that CILRT.

B. Test Results The leakage rate measured in the 24-hour CILRT was 0.0285 percent of containment air mass per hour (0.6846 4

percent per day) at a reduced pressure of 25 psig. The observed 95-pere'ent upper confidence limit for:this measured leak rate'was 0.0288 percent of containment air mass per hour (0.6922 percent per day). This measured leak rate represents 64.3 percent of that allowed under technical specification 4.7.A.2.

After the completion of the CILRT, a supplemental forced leakage verification test was conducted to check the results of the CILRT. A "forced leak of 0.8608 percent of contain-ment mass per day was imposed on the containment. The

leak rate measured for the 4~.-hour verification test was 1.3244 percent of containment air mass "per Qay. Agreement as prescribed by Appendix J between the CILRT and the verification test was 0.149 Q which is well within the

+ 0.250 Q required by the technical specification.

A pretest inspection of'he containment surfaces revealed no abnormal degradation of the reactor building containment structure.

However, penetrations X-49, X-51, X-203, and X-217 had spare lines penetrating the containment which did not meet the requirments of Appendix J to 10 CPR 50. These lines were capped, strength tested at 65 psig and checked

,1 for leakage using a soap solution. Ho'observable leakage was detected.

The inspection and leak check of the CRD hatch revealed no deformation, pull away or observable leakage.

3.0 Conduct 'of Test Prior to the start of the CILRT, local leaguc rate tests (LLRT) on the containment closures (hatches, with resilient seals),

bello~rs, and electrical penetrations were conducted in conformance with surveillance instruction BF SI 4.7.A.2.g-2. LLRT on the valves forming the boundary of the primary containment were conducteQ in conformance with surveillance instruction BF SI 4.7.A.2.g-3 with the exception of'alve 71-40. All valves met satisfactory leakage requirements prior to performance of

..4

0 the CXLRT. Va1ve 71-40 is installed in a process system which remained in service during the CIIRT and, therefore, was not P

sub)ected to test pressure during the CILRT. Following the CIST this valve was repaired and successfully leak tested.

The single personnel airlock was tested separately in con-f'ormance with BF SI 4.7.A.2.g-l. A summary of'll LLRT testing performed since the CILRT in August of'g76 is included in Appendix B of'his report.

The f'ollowing is a sequence oi'ignif'icant events during the CILRT.

Date and Time Event 2-20-80 2100 Started pressurization of drywell.

2-20-80 2305 Excessive water accumulation in drywell sump. Depressurizing drywe11 to evaluate leakage problem.

2-21-80 1100 Operations f'ound two drain valves on "A" f'eedwater line open, 2-21-80, 1235 Started pressurization of drywe11.-

2-21-80 1545 Completed drywell pressurization.

stabilization period 'tarting containment leak checks. and'-21-80 1945 After f'our hours of stabilization began test on sample Ho. 25.

2-22-80 1041 HE-9 is reading 16 below other DES's in torus. Eliminated ~m calculations and reweighted HE-8 and 10.

2-22-80 ~ 1720- Operations pumped down torus 1750 without notifying test director.

This caused a sharp drop in pressure which caused the leak rate to drop. Awaiting stabiliza-tion of leak rate.

2-23-80 1245 Torus water level shows a 1.25-inch drop, however, there was no corresponding pressure drop as I<hen the torus was pumped down.

2-23-80 1950 LI'64-66, a redundant torus water level instrument, indicates a constant water level while LI 64-54 indicates a cha'nge in water level has occurred. Operations reports that LI 64-54 has a history of drifting after the torus has been pumped down,

'2-23-80 2000 Torus water level data will be extrapolated,'ased upon previous data starting with sample No. 262 and continuing until the end of the test.

2-23-80 2250 Stopped CIIRT at sample 305.

2-23-80 2324 Started verification test.

2-24-80 0452 Completed verification test.

4.0 measurements and Calculations A. .Test Equipment Table 1 lists the equipment, range, accuracy, and repeat-ability. All test equipment was calibrated by the TVA Central Laboratories or other facilities with standards traceable to the, National Bureau of Standards. After the installation of all special test equipment inside contain-ment, each sensor was'checked for functional operation.

P Upon-test completion and depressurization, each sensor was again checked to ensure adherence to calibration.

B. Sensor Location Table 2 lists the final volumetric weighting factor for each temperature 'and dewpoint sensor based on a 2-compart-ment model. Figures 1 through 7 identify sensor locations.

The pressure sensors were divided up so that two sensors measured drywell pressure through pressure transmitter line PT 64-50 and two sensors measured torus pressure through pressure transmitter line PZ 64-21. A fifth pressure sensor measured the barometric pressure at the test station.

C. Computer-Based Acquisition and Data Reduction System Containment parameter measurements for 'the Bxowns Ferry unit 1 CILRT were made and collected by a microprocessor-based data acquisition system. Thi.s raw data was automatically presented to a portable minicomputer system for correction to calibration curves and reduction to"containment leak rate.

Statistical confidence levels of the calculated results were reported automatically to the test director as the data

was acquired. Figure 8 depicts the functional relationship of the acquisition and data analysis system.

All calculations performed by the minicomputer system were in conformance with the procedures outlined in ANS N-274 (draft).

Source listings for all computer programs're on file with the Division of Nuclear Power, Controls and Test Dranch, in Chattanooga, Tennessee., Table 3 identifies the principal function of each computer program.

D. Xnstrument Refection The data presented in this report reflects the test results following the deletion of certain instruments. The following table lists the sensor deleted by location, .as shown in figures 1 through 7, and the reason for the sensor being deleted.

Sensor Location Discussion 0

HE-9 This instrument was reading 16 F below the other DPE's located in the torus. Xt is suspected that the dewcell solution was disturbed on the instrument.

HE-6 This instrument was reported as

, being out of tolerance by a post-test calibration check at TVA Central Laboratories.

Se sor Loc tion Discussion HE-4 and HE- These instruments were damaged when received by TVA Central Laboratories and a poit-test calibration check could not be performed.

5.0 Data Analysis The previous sections of this report have described the general l

test conduct, calculation methods, and test equipment. In this seAion the events and problems that influenced the test results are discussed and used to draw conclusions on the performance of.

the Browns Ferry unit 1 CIIRT.

A. Discussion of Graphical and Tabular Results The CILRT was concluded on February 23, 1980, after accumulating approximately 49 hours5.671296e-4 days 0.0136 hours 8.101852e-5 weeks 1.86445e-5 months of data. The test was extended past the 24 hour requirement due to several events which arose

(

during the course of testing, One event, in which an instrument supplying torus water level malfunctioned, resulted in extrapolation of torus water levels toward the end of the test. Therefore some data are discussed in terms of corrected (or extrapolated) and uncorrected data. Figures 9 and 10 are graphs'f the corrected/uncorrected containment air mass for the CILRT. The graph axes are (&solute air mass versus test time. The slope of the least squares fit line to this data is the reported, leak rate. Figures Xl and 12 are graphs of the corrected/uncorrected calculated containment air mass leak rates versus test time for the CILRT. Figure 13 is a graph of containment average pressure versus test time, and figure 14 is a graph of containment average temperature versus test time. Also, a listing of torus water levels (corrected/uncorrected) are included in tables 4 and 5 and shown in figures 19 and 2O respectively, A listing of reactor pressure vessel levels are included in table 6.

Following a minimum stabilization time of 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months , the CILRT was started and had been in progress for approximately 21 hours2.430556e-4 days 0.00583 hours 3.472222e-5 weeks 7.9905e-6 months when an abrupt change in mass, mass leak rate, temperature, and pressure occurred. These perturbations

'ccurred when Operations personnel pumped down the torus water level (by about 5 inches) in order to stay within revised technical specification limits. This abrupt change in the leak rate required that the test be extended;to allow the leak rate to stabilize and complete the CILRT with data comparable to that before the change in conditions occurred.

The leak rate was stabilizing following the torus water level change when at about 41 hours4.74537e-4 days 0.0114 hours 6.779101e-5 weeks 1.56005e-5 months into the test, another apparent abrupt change in mass, and mass leak rate was noted (see figures 10 and 12). Examination of the parameters being measured indicated that the torus water level had dropped by about 1.25 inches. This time, however, there was no corresponding drop in temperature and pressure as had occurred previously when the torus had been pumped down. This drop would be expected if on actual level drop had occurred.

Further investigation revealed that the redundant torus

water level instrument had not registered a change in level and that no operations had been performed to change the torus water level'. In addition, Operations personnel re-ported that the particular instrument supplying torus water level information to the CILRT computer had a history of instrument dri'ft subsequent to changes in water level.

Based upon this information it was concluded that an actual change in torus water level had not occurred. Further since there had been no significant changes in the other parameters being measured it was concluded that the~1 mass and mass leak rate had not actually changed. But the computer printout t

of mass and mass leak rate still reflected

)

the mathematical 1

change in volume and thus provided an erroneous inconsistency in the data.

However, evaluation of'he parameters affected by this event indicated that existing data could be utilized using a constantly increasing torus water level, without compromising the test results. This analysis was based upon the fact that the torus water level had exhibited a constant rate of increase throughout the test. This increase in torus water level during the CILRT is consistent with past test experience and indicates that the level instrument was tracking properly. Thus it was reasonable to assume that the torus water levels subsequent to the instrument drift could be represented by extrapolation of the preceding data.

In doing so, to ensure that the rate of level rise reflected 5

the current conditions, the torus level rise was averaged

over the samples immediate~ followingthe actual torus pump down through the sample immediately preceding the instrument drift,(samples 153 through 261). Once the rate of increase was determined, it was included in the computer program and, therefore, the computer calculation from sample 262 through sample 305, which are included in the CILRT, reflect the extrapolated torus water level.

See tables 4 and 5 for the corrected and uncorrected torus water levels.

The extrapolation of torus water levels was not utilized during the verification test. For the verification test the CILRT torus water level instrument was recalibrated and placed into service, During the verification test the torus, water level was monitored periodically and was found to be increasing slightly from the level which the instrument indicated foH.owing recalibration. This provided supportive evidence that the instrument was tracking properly during the verification test.

For the verification test, see figure 15 for the mass versus time plot, figure 16 for the mass leak rate versus time plot, figure 17 for the average containment pressure versus time plot, and figure l8 for the average containment temperature versus time plot.

B. Instrumentation Performance The instrumentation error analysis of appendix A indicates that the instrumentation used in the unit l CXLEE vas extremely accurate in the determination of'he containment leak rate, and it far surpassed the recommendation of'274 that the measuring system be capable of detecting 0.25 L .

Using the ISG guidelines as developed in appendix A, the CIEBT duration cou1d be reduced to 8 hours9.259259e-5 days 0.00222 hours 1.322751e-5 weeks 3.044e-6 months vithout impact if stable containment conditions vere present.

-t The loss of four devcells had no significant effect on the ISG due to the number of sensors employed initially (see paragraph 4.0.D)."

6.0 Tabulated Test Results 6.1 25-Psig CILRT

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TEHXESSEE .VALLEY AUTHORITY COHTAIHHEkT LEAKAGE HEASUREHEHT TEST SUHHARY HOURS AVERAGE CORRECTED TOTAL HASS P-T-,P TOTAL TIHE HASS SAHPLE SlkCE TEHPERATURE PRESSURE OF AIR LEAK RATE LEAK RATE LEAK RATE START (DEG Fe) (PSIA) (LBH) (X PER DAY) (X PER DAY) (X PER DAY) 25 Oe000 62.3186 40e1342 62386e98 Oe0000000 Oe0000000 0.0000000 26 Oe167 62e3877 40ei370 62383e76 Oe7431249 Oe7431249 Qe7442085 27 Oe333 62e4043 40ei268 62364e17 4e5214314 2e6326804 2e6329355 28 Oe500 62e4266 40ei309 62366e84 -Oe6179937 fe5493962 ie8458943 29 Oeb67 62e4207 40ei347 62374e67 -ie8059977 Oe7104631 Oe9575254 30 Oe833 62e4297 40ei238 62355e42 4e4442954 le4568900 le2019205 31 ie000 62e4401 40ei256 62357eh5 -Oe4689420 lef358694 ie1105303 32 le167 62e4252 40el258 62359e31 -Oi'4285819 Oe9124579 Oe9439071 33 ie333 . 62e4300 40ei243 62355e13 Oe9663106 Oe9191346 0,8678072 34 le500 62e4155 40eii84 62347e60 ie7368'972 ie0099262 Oe8766502 35 le667 62e4188 40eii79 62345e81 Oe4142109 Oe9503417 Oe8601417 le833 62e4230 40e1175 62343e70 0.4870533 Oe'9081827 Oe8365858 2e000 62e4187 40e1119 62334e8'9 2e0359876 ie0020273 Oe8613623 2eib7 62e4093 40eii38 62338e50 -Oe8344505 Oe8607716 Oe828730'9 2e333 62e4133 40ei136 62336eb7 Oe4232969 Oe8295072 Oe7976353 40 2e500 62e4214 40e1090 62328e04 ie9936030 Oe9070292 Oe8030081 41 2e667 62e4324 40eli35 62333e57 -ie2800336 Oe7704461 Oe765'9329 42 2e833 62e4321 40eii21 62330e22 Oe7744508 Oe7706426 Oe7404200 43 3e000 62e4356 40eii06 62327e55 Oe6161863 Oe7620280 Oe7195731 44 3e167 62e4436 40ei079 6232ie54 le3910768 Oe7950584 Oe7138940 45 3e333 62e4439 40ei068 62319e56 Oe4565648 Oe7781047 Oe7069346 46 3e500 62e4544 - 40e1074 62317e40 Oe4992630 Oe7648040 Oe6984146 47 3e667 62e4637 40eli08 62320e78 -Oe7805430 Oe6945794 Oeb764709 48 3e833 62 4696 40ei070 62313e89 ie5907488 Oe7334607 0.6684678 49 4e000 62e4731 40ei088 62314e57 -Oel552150 Oe6964291 Oeb547341 50 4ei67 62e4526 40ei065 62314e72 -Oe0352131 Oe6671721 Oe6378706 51 4e333 62e4665 40el060 62311e36 , Oe7764909 Oe6713411 Oe6257683 52 4e500 62e4875 40e0986 62296e55 3e4220879 Oe7730981 Oe6366547 53 4eb67 62e5213 40ei023 62296e30 Oe0559959 Oe7474903 Oe6413928 54 4e833 62e5236 40e09'99 62291e77 ie0479969 Oe7578032 Oebh77280 5e000 62e5325 40e0957 62282e61 2e1189756 Oe8030571 Oe6623979 56 5e167 62e5306 40e0970 62284e36 "Oe4044839 Oe7641143 0<6676745 57 5e333 62e5290 40e0963 62282e31 Oe4724450 Oe7549775 Oeb714887 58 5e500 62e5399 40e0972 62281e25 Oe2464835 Oe7395514 Oe6723398 59 5e667 62e5471 40e0943 62274e72 ie5095508 0e 7621177 Oe6770285 60 'e833 62e5412 40e0926 62272e71 Oe4652904 Oe7536150 Oe6800694 61 6e000 62e5470 40e0932 62272e04 Oei544146 Oe7369576 Oe6802332 62 6e167 62e5819 40e0934 62266e91 iel863155 Oe7490405 0.68gbf98'e68$

63 6e333 62e5846 40e0951 62268e30 -Oe3215013 Oe7208762 4912 6e500 62e5910 40e0931 62263eii ie2017473 Oe7331446 Oe6807240 6e667 62e5965 40e0904 62258e05 ie1686745 Oe7439780 Oe68 6522

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TEHHESSEE VALLEY AUTHORITY CGMTAIHMEHT LEAKAGE MEASUREMEHT TEST

SUMMARY

HOURS AVERAGE CORRECTED TOTAL MASS P-T-P TOTAL TIME MASS SAMPLE SIHCE TEMPERATURE PRESSURE OF AIR LEAK RATE LEAK RATE LEAK RATE START (DEG Fe) (PSIA) (LBM) (X PER"DAY) (X PER DAY) (X PER DAY) 66 6e833 62e6084 40e0919 62257e84 Oe0497045 Oe6821647 67 7e000 62e6278 40e0895 62250e33 le7350955 Oe7509690 Oe6852228 68 7e167 62e6286 40e0909 62250e57 -Oe0551337 Oe7322298 Oe6856130 69 7e333 62eb183 40e0880 62246e79 Oe8740006 Oe7354077 Oe6865215 70 7e500 62e6123 40e0849 62241.67 iei843382 Oe7453278 Oe6884847 71 7e667 62e6328 40e0838 62236e41 ie2185328 Oe7555507 0e 69173'96 72 7e833 62e6301 40e0822 62233e41 Oe6939157 Oe7542033 Oe6946427 73 8e000 62e6520 40e0842 62233e55 -Oe0325467 Oe7378182 Oe6955053 74 Ge167 62.6651 40e0833 62229.52 Oe9324921 Oe7417456 Oe6966261 75 Ge333 62e6439 40e0804 62225e93 Oe8290897 Oe7434502 Oe6981753 76 8e500 62e6443 40e0810 62225e80 Oe0298217 0.7294517 Oe6979145 77 8e667 62e6637 40e0824 62224e67 Oe263if83 Oe7204729 Oeb967789 8e833 62eb600 40e0825 62223e35 Oe3056206 Oe7126324 Oe6949923 9e000 62e6675 40e0802 62218e34 fei594802 Oe7208535 Oe6942366 9e167 62e6653 40e0806 62219e82 -Oe3436322 Oe7015208 Oe6915941 9e333 62e6621 40e0783 62215e08 ie0971853 Oe7085359 Oe689'9383 82 9e500 62e6626 40e0728 62205ei2 2e3051689 . Oe7364289 Oe6912417 83 '9e 667 62e6589 40e0709 62202e32 Oe6481612 Oe7348740 Oe6924586 84 '9e 833 62.6682 40e0730 62203e32 We2324637 . Oe7184939 Oe6919628 85 10e000 62e6672 40e06N 62192e56 2e4914N9 Oe7479302 Oe6942222 86 10e167 62e6644 40e0675 62193e88 -Oe3048738 Oe7306909 Oe6950653 87 10e333 62e6677 40e0630 62185e45 fe9513316 Oe7502766 Oe6975878 88 10e500 62e6794 40e0667 62188e63 Oe8244311'e7270461

-Oe7351767 0.7267284 OeN77348 89 10e667 62e6808 40e0622 6218ie57 , ie6339372 'e7408191 Oe6991924

'90 10e833 62eb922 40e0634 62180e70 Oe2016662 Oe7325116 Oe7000350 91 lie000 62eN74 40e0648 62183e15 -Oe5673363 Oe7128501 Oe6988903 92 lie330 62e7108 40e0634 62176e73 Oe7511404- 0.7f38932 0.6980325 93 lie496 62e7137 40e0616 62173e54 Oe7383986 Oe7142123 Oe6972955 94 ife663 62e7112 40e0617 62173e37 Oe0407002 Oe7045828 Oe6957878 95 lie830 62e7225 40e0597 6216'9e21 Oe962$ 660 0.7081745 Oe6'947058

'96 ile996 62e7248 40e0613 62170e02 -Oe1882420 Oe6957326 Oeb927562 97 12e163 62e7334 40e0625 62170e30 -Oe0633151 Oe 6853313 Oe6902093 98 12e330 62e7381 40e0619 62167e76 Oe5873410 Oe6839796 0 6877021 99 12e496 62e7569 40e0594 62161e23 ie5114759 Oe6949485 Oe6861580 100 '2e663 62e7726 40e0612 62lbfe93 Wei602073 Oeb837036 Oe6839706 101 12e830 62e7981 40e0543 62146e83 3e4963510 Oe7200890 Oe6847864 .

102 12e996 62e8180 40e0531 62143efi Oe8618795 Oe7218643 Oe6856421 103 13e163 62e8285 40e0533 6214ie59 Oe3510984 Oe7171510 Oe68(t0598 104 13e330 62e8381 40e0593 62149.15 "ie7519720 Oe6863723 Oe68$ 2352 13e496 62e8812 40e0552 62137e53 2e6932728 Oe7110227 Oe6843277 13e663 62e9068 40e0553 62133e97 Oe7123663 Oe68)6490 TMESSEE VALLEY AUTHORITY CBHTAIHHEHT LEAKAGE HEASUREHEHT TEST SUHNRY HOURS AVERAGE CORRECTED TOTAL NSS P-r-P TOTAL TIHE NSS SAHPLE SIHCE TEHPERATURE PRESSURE OF AIR LEAK'ATE LEAK RATE LEAK RATE START (DEG F>) (PSIA) (LBH) (X PER DAY) (X PER DAY) (X PER DAY) 107 13>830 62>9234 40>0591 62137>42 -0>7995767 0>6941889 0>6836906 108 13>996 62>9512 40>0549 62126>52 2>5248816 0>7158747 O>6842104 109 14>163 62>9596 40>0526 62120>71 1>3466741 0>7232299 0>6853086 110 14>330 62>'9853 40>0600 62128>52 -1>8086271 0>6938631 0>6843676 111 14>496 63>0071 40>0578 62122>36 1.4281349 0>7022351 0>6&40510 112 14>663 63>0340 40>0572 62117>04 1>2319701 0.7081987 0>6841006 113 15>083 63>0900 40>0590 62111>68 0>4934362 0>7021597 0>6838257 114 15>250 63>1096 40>0617 62113>12 -0>3340743 0>6908472 0>6828195 115 15>416 63>1324 40>0574 ,62102>'95 2>3587732 O>7087628 0>6830329 116 15>583 63>1603 40>0545 62094>44 1>9741201 0>7221969 0>6&41722 117 15>750 63.1725 40>0581 62099>ib -l>0939672 0>7030264 0>6840668 118 15>916 63>1913 40>0636 62104>58 -1>2575706 '>6825619 0>6825259 119 16>083 -

63>2099 40>0548 62088>53 3>7196050 0>7138695 0>6&31870 16e250 63>2271 40>0559 62087>30 0>2845423 0>7094532 0>6835289 16>416 63>2462 40>0609 62092>08 -l>1076782 0>6910532 0>6827385 16>583 63>2938 40>0565 62079>13 3>0056460 0.7141675 0>6834194 16>750 63>3105 40>0591 62081>87 -0>6367952 0>7007520 0>6832044 124 16>916 63>3413 62083>41 -0>3579817 0>6903408 Os6824255 40>0632'0>0609 125 17>083 63>3694 62076>20 i>6729566 0>6998457 0>6822384 126 17>250 ,63>4010 40>0581 62067>77 1>9566747 0> 7118986 0>6828259 127 17>416 63>3985 40>0630 62074>38 -1>5337793 0>6904889 0>6822625 128 17>583 63>3885 40>0619 62074>35 0>0063413 0>6812068 0>6840017'>6953680 129 17>750 63>3890 40>0569 62066>14 i>9043312 0.6809006 130 17>916 63>3995 40>0580 62066>02 0>0289925 0.6891658 0>6802699 131 18>083 63>4115 40>0594 62066>93 -0>2112179 0>6808792 0>6791851 132 18>250 63>4363 . 40>0539 62053>74 3>0586672 0>7024577 0>6793852 133 18>416 63>4600 40>0617 62062>93 -2>1325438 0>6769106 0>6781321 134 18>583 63>5049 40>0611 62056>19 1>5629085 0>6847822 0>6773895 135 18>750 63>5471 40>0617 62051>ib 1>1680403 0>6890240 0>6769300 136 18>916 63>5871 .40>0613 62045>47 1>3192945 0>6945133 0>6767?46 137 19>083 63>6239 40>0666 62048>07 -0>6027005 0>6832091 0 6761108 138 19>250 63>6620 40>0695 62048>03 0>0099745 0>6773811 0>6751888 139 19>416 63>6683 40>0715 62049>65 -0>3761059 0>6683530 0>6737786 140 19>583 63>7039 40>06&1 62039>30 2>4010832 0>6829857 0>6732072 141 19.750 63>7163 40>0670 62035>49 0>8855594 0>6846541 0>6727811 142 19>961 63>7250 40>0700 62038>ih -0>4876325 0>6722524 0>6717236 143 20>128 63>7361 40>0648 62026>44 2>7207646 0>6&90&46 0>6715720 144 20>295 63>7418 40>0647 62025>54 0>2077243 0>6851227 0>6711662 145 20>461 63.7512 40>0644 62023>01 0>5874819 O>6842994 0>6708773 146 20>628 .63>7599 40>0653 62022>03 0>2286000 0>6806076 0>6703491 20>795 63>7669 '0>0607 62013>34 , 2>0173168 0>6912298 0>67P4082

-z8-

TEKHESSEE VALLEY AUTHORITY COHTAIHHEHT LEAKAGE HEASUREHEHT TEST SUHHARY HOURS AVERAGE CORRECTED TOTAL HASS P"T"P TOTAL T THE HASS SAHPLE SIR CE TEHPERATURE PRESSURE OF AIR LEAK RATE LEAK RATE LE)K RATE START (DEG Fe) (PSIA) (LBH) (X PER DAY) (X PER DAY) (X PER DAY) 1 48 20e9&i 63e7592 40e0590 62010e40 Oe6813706 Oeb'911190 Oe6704832 14'9 2lei28 63e7586 40e0583 &2010e41 -Oe0009068 Oe6856584 Oe6702486 150 21e295 63e7604 40e0601 62018el3 -le7946936 0.6663350 Oe6691600 151 2ie4&1 63e&326 39e9213 6208&e24 -15e8095026 Oe5390728 0.6&2245&

152 21e628 63e5808 39e7723 &2133e02 -10e8528795 Oe4517104 Oe6515898 153 2le795 63e5662 39e5988 62120e90 2e8098805 Oe4N6518 Oe6421968 154 21e9&i 63e6914 39e6018 62110e08 2e5083537 Oe4850472 Oe6338173 155 22ei28 63e7493 39e5986 62097e30 2e9631052 Oe5036082 Oe6266698 156 22e214 63e7681 39e5999 62096e61 Oe3104047 Oe5028581 Oe6197835 157 63e7802 39e5978 62087e34 4e4185424 Oe5170298 Oe6138464 22e295'2e46'1 158 63e7950 39e5968 6208&e79 Oei286808 Oe5141444 Oe6080751 159 22e688 &3e8403. 39e5934 62072e48 2e4422777 Oe5332686 Oe6032488 160 22e795 63.8409 39e5927 62072e07 Oel468897 Oe5314526 Oe5985265 1&1 22e961 63e8566 39e5891 62063e70 ie9414039 Oe541&188 Oe5944599 23ei28 63e7882 39e5820 62059e83 Oe8992958 Oe5441620 Oe5906257 23e295 63e8435 39e5851 62056e80 Oe7017121 Oe5452627 Oe5870124 23e461 63e9060 39e5872 62051.56 ie2169609 Oe5499901 Oe5837920 23e628 63e9512 39e5886 6204&e68 le1315937 Oe5540487 Oe5807627 23e795 63e9923 39e5898 62042e65 0.9353004 Oe5566841 Oe57804&1 166 23e9&1 39e59&2 62044e95 -Oe5332312 Oe5491254 Oe5750620 167 '4e0474 168 24ei28 64e0995 39e5999 62042e55 Oe5555767 Oe5491489 Oe5722093 169 24e295 64ei309 39e6030 62042e77 -Oe0498771 Oe5450423 Oe5692739 170 24e4&1 64ei58& 39e&047 62040e89 Oe4350510 Oe5442764 Oe5664250

'171 25e552 64e2622 39e5868 61995e03 ie6271056 Oe5901033 'e5654073 172 25e699 64e2667 39e5926 62003e00 -2e0975523 Oe5747826 Oe5638210 173 25e866 &4e2583 39e5806 61983e25 4e5863824 Oe&004573 Oe5633804 174 26e032 64e2487 39e5752 61974e83 le9570547 Oe6090595 Oe5633773 175 26e199 64e2298 39e5668 61962e53 2e8572440 Oe6232455 0.5640013 176 26e366 64e2135 39e5623 61958e36 Oe9688663 Oe6253881 Oe5646053 177 26e533 64el886 39e5550 61947e34 2e5603137 Oe6374357 Oe5658166 26e699 64e1601 39e5472 61938e06 2e1570964 Oe6468249 Oe5&72548 178 64eii73 39e5405 61932e47 le3008103 Oe6508229 Oe5688700 179 2&e866 64e0970 39e5378 61929e99 Oe5756531 Oe6503335 Oe5703873 180 27e033 27ei99 64e0938 39e5465 61944e41 -3e3542018 Oe6259516 Oe5709776 181 64e0910 39e5356 6192&e28 4e2139850 Oe6476284 Oe5723289 182 27e36&

64e0865 39e5302 61916e98 2el&23724 Oe6566989 Oe5740249 183 27e532 64e0807 39e5258 61910e06 le6093256 Oe6623598 Oe5758919 184 27e699 185 27e866 64e0789 39e5297 61916e30 -ie45225'9l Oe6497816 Oe5771791 64e0697 39e5215 61903e98 2e8653941 Oe6628299 Oe5789329 186 28e033 187 28ei99 64e0746 39e5176 &1896e68 ieN87102 Oe6688731 Oe5808982 28e36& 64eO&hi 39e5171 61896e01 Oe 1563471- 0.6&58552 Oe582669b 188 I TEHHESSEE VALLEY AUTHORITY COHTAIHHEHT LEAKAGE HEASUREHEHT TEST SUHHARY HOURS AVERAGE CORRECTED TOTAL HASS P"T-P TOTAL TIHE HASS SAHPLE SINCE TEHPERATURE PRESSURE OF AIR LEAK RATE LEAK RATE LEAK RATE (DEG Fo) (PSIA) (LBH) (X PER DAY) (X PER DAY) (X (ER DAY)

START I,

18'9 28e533 64o0515 39o5207 61903oi5 "lo6616559 Oo6523318 0.5839279 28o699 64o0389 39o5111 61889o02 3e2874892 Oe6674834 Oo5856674 190 64o0486 39o 5103 61885o29 Oe8677203 Oe6685998 Oo5874380 191 28o866 29o032 64o0478 39e5102 61884e58 Ooi663766 Oo6657097 Oo5890806 192 64o0266 39o5017 61873obb 2o53'97408 Oo6762931 Oo5910SBO 193 29.199 194 29o366 64o0258 3'9o4968 61863o&3 2e3360758 Oo6856019 Oo5932502 195 29o533 64o0245 3'9o4998 61868e62 -iei&2SB&3 Oo675223S Oo5950565 196 29o699 64o0270 3'9o4949 61858e63 2e3271718 Oe6843832 Oo5971212 197 29e866 64o0131 39o4891 61851o34 ioN54081 Oo6899438 Oo5992867 198 30o033 64e021& 39o4843, 61840e73 2e4701908 Oo&95'7087 Oo6017777 30oi99 64o0289 35'o4808 61833o41 io70495'68 Oo7051731 Oo6043930 199 200 30o366 64o0525 39e4820 61831 e97 Oo3355778 Oo7031274 Oo&068115 64e0573 39o4791 61824o09 io8353608 Oe7092173 Oe&093486 201 30oS32 202 30o699 64o060& 39o479& 61824e96 -Oo2028323 Oo7042742 Oo6116940 30o866 64o0518 39o4747 61817o98 io6271&75 Oe7091773 Oo6141105 203 204 3ie033 64e042& 35'e4790 61823e73 -lo3408270 Oe65'82297 Oo6161332 3ioi99 64o0399 39e47&7 61820e05 Oo8591031 OeN90473 Oo&181093 31o366 64o0357 39eh805 6182&e54 -io5117112 Oo6873761 Oo6196758 207 31o533 &4o0453 35'o4844 &1831o54 -iol&51028 Oo6776370 Oe&208914 208 31o699 64o0445 39o4820 &1826oii lo2&57433 Oo6806691 Oo&22162S 209 3lo866 64e0381 39o4790 61821o54 le0632433 Go&826207 Oo6234469 210 32o032 64o0367 35'e4751 61813o38 lo9002874 Oo6888652 Oe6248941 211 32oi99 64o0116 39o4756 &1817oi5 -Oo8778793 Oo&807948 0 6260856 32o366 63o9809 35'o4&71 6180&o81 2o4101140 Oo6895844 Oe6274719 212 213 32o533 63e9507 39o46S7 6180&o38 Oo0991700 Oo&865S40 Ooh(87185 63o9408 39e4625 6180le89 ie04&8708 Oe&883404 Oo6300791 214 32o&99

&3o9242 35'oh595 61797o90 Oo930$ 172 Oe6895235 Go&313384 215 32o866 216 33e033 63o9193 39e4610 6180ie16 -Oo7598061 Oe&822448 Oo6323962 217 33o199 &3e5'103 39o4513 61784o77 'o8209460 Oo6978179 Go&$39370 218 33o366 63o9043 39o4514 61786o23 -Oe3403927 Oe&926467 Oe&352391 219 33.532 63e9022 39o4467 61776o93 2oi681848 Oo&95'8750 Oe&367376 220 33o699 63e9065 39o4472 6177&o28 OoiS01923 Oe6971483 Oo6381330 221 33oB&6 &3o8957 61772o63 Oo850$ 554 Oo&978627 Oo6394602 39o4445'5'o4434 222 34e033 63o8989 61768o58 Oe9449118 Oe6'990273 Oo6408463 223 34oi99 63o9037 39o4417 61764o73 Oo89721&4 Oe699949& Oo&421955 224 34e36& 63o9139 39o4409 61762oil Oo 61214'92 Oo6994943 Oe6435083 225 34e533 '63o8974 35'o4417 61763o52 Oo6945420 Oo&44&657 "Oo3295915'o7114S52 226 34o699 63o9102 39e4412 61760o47 OeN45891 Oo&457332 227 34o866 63o9186 35'e4413 61758o90 Oe3651101 OoN29960 Oe6468289 228 35e032 63o5'417 39e4404 &1753o77 fo19&1724 Oo&953321 Oe6478941 229 35oi99 63o9710 39o4434 61754o32 -Oo1283943 Oe6914368 Oo6488166 TEHHESSEE VALLEY AUTHORITY COHTAIH)(EHT LEAKAGE HEASUREHEHT TEST SUHHARY HOURS AVERAGE CORRECTED TOTAL )(ASS P-T-P TOTAL TIHE tfASS SAHPLE SIHCE TEHPERATURE PRESSURE OF AIR LEAK RATE LEAK RATE LEAK RATE START (DEG F<) (PSIA), (LB)f) (X PER DAY) (X PER DAY) (X PER DAY) 2 30 35<366 63<9875 39<4425 61749<74 1<0687085 0<6931632 0<&498235 231 35<533 63<9992 39e4429 61747<59 0<5017720 0<6922411 0<6507465 232 35<699 64<0286 39<4377 61736<15 2<6688731 0<7013394 0<6519123 233 35<866 64<0190 39<4380 61736<84 -0<1613104 0<6973394 0<6529374 234 36<033 64<0272 39<4329 61726<42 2<4292300 0<7052355 0<6541154 235 36<199 64<0321 39<434'9 61729<11 -0<6271132 0<6991333 0<6551288 236 36 366 64<0375 3'9<4293 61720<23 2.0706155 0<7053207 0.6562894 237 36<532 64<0490 39<4344 61725<73 -1<2844347 0<6963080 0<6572134 238 36<699 64<0433 39<4324 61723<08 0<6194876 0<N59291 0<6580586 239 36<866 64<0297 39<4247 61712<12 2<5578122 0<7042214 Oe6591209 240 37<033 64<0381 39<4278 61716<19 -0<9503944 0<6968188 0<659956'9 241 37<199 64<0451 39<4281 61715<68 0<1185149 0<6942227 0.6607410

, 242 37<366 64<0686 39<4304 61715<32 0<0847844 0<6915010 0<6613583 243 37<533 64<0684 39<4259 61707<55 1<8123071 0<6963929 0 6621845 244 37<699 64<0706 39<4230 61702<84 1<0986954 0<6981182 0<6629596 245 37<866 '64<0727 3'9<4233 61702<36 0<1120960 0<N55325 0<663&851, 38<032 64<0872 39<4218 .

e 61698<30 0<9483315 0<6965945 0<6644295 38<199 64<0'931 39<4223 61698<36 -0<0136938 0<6935002 0,6&50155 38<366 64<1228 3'9<4212 61692<79 1<3003926 0<6960737 0<6657307 38<532 64<1489 39<4208 61687<62 1<2059115 0<6982215 Oe6664832 250 38<699 64<1541 39<4267 61N6<31 -2<0293670 0<6865753 0<6668710 251 38<866 64<1646 39<4242 61690<80 1<2858444 . 0<6890835 0<6&73865 252 39<032 64<1704 39<4189 61682<36 1<9707218 0<6944637 0<6&79825 253 39<199 64<2049 39<4220 61682<46 -0<0246281 0<6914083 0,&684940 254 39<366 64<2322 39<4222 '1678<70 0<879)426 0,6921638 0.6690035 255 39<532 64<2548 39<4232 61675<72 0<6941895 0<6921391 0'<6695498 256 39< N'9 64<2203 39<4152 61668<53 1<6794434 0<6962050 0<6701316 257 39<866 64<2075 39<4151 61668<84 -0<0729886 0<6929935 0<6706700 258 40<032 '4<2099 39<4174 61671<36 "0<5872325 ,

0<6876900 .0<&710137 259 40<199 64<2082 39<4177 61672<45 -0<2545361 0<6837965 0<6712446 260 40<366 64<2013 39<4108 61661<75 2<4969635 0<6911631 0<6717009 261 40<532 64<1865 39<4075 61656<72 1 <1755120 0<6930991 0<6722270 262 40<699 64<1883 39<4077 61656<32 0<0930783 0<6906381 . 0<6726025 263 40<866 64ii817 39<4027 61648<63 1<7948887 0<6950574 0<6731192 264 41<032 64<1768 39<3978 61640<89 1<8079633 0<6994898 0<6737712 265 41<199 64<1759 39<3949 61636<03 1<1357702 Oe7012003 0<6743786 266 41<366 64<1618 39<3961 61639<30 -0<7640458 0<6953351 0<6748739 267 41<532 64<1700 39<3916 61630<67 2<0152457 0<7005365 0<6754988 268 41<699 64<1882 39<3978 61637<64 -1<6286454 0<6913082 0<6758446 269 41<866 64<2156 39<3985 61635<18 0<5741604 0<'6908144 0<6762203 270 42<032 64<2484 39<3995 61632<24 0<6879117 0<N07701 0<6765587

-2l-

TEHHESSEE VALLEY AUTHORITY COHTAIHMEHT LEAKAGE MEASUREMEHT TEST

SUMMARY

HOURS AVERAGE CORRECTED TOTAL MASS P"T"P 'OTAL TIME MASS SAMPLE SIKCE, TEMPERATURE PRESSURE OF AIR LEAK RATE LEAK RATE LEAK RATE START (DEG Fe) (PSIA) (LBM), (X PER DAY) (X PER DAY) (X PER DAY) 271 42e199 64e2'915 39e3965 61621e55 2e4985926 Oe6977890 Oe6770549 272 42e366 64e331'9 39e3999 6162ie42 Oe0301142 Oe&951602 Oe6774794 273 42e532 64e3760 39e4028 6161'9e93 Oe3478739 Oe6937829 0 &778655 274 42e699 &4e4210 39e4037 61615e20 ief060417 Oe6953394 Oe&782142 275 42e866 64e4446 39e4038 &161ie51 Oe8&20108 OeN59459 0,6786507 276 43e032 64e4387 39e4028 61609e45 Oe4809930 Oe6950899 Oe6790487 277 43el99 64e4143 3'9e3983 61&04e04 1.2&57399 Oe6'972302 0.6794700 278 43e366 64e4215 39e4014 6160&e71 -Oe6247057 Oe6921810 Oe6797941 279 43e532 &4e4386 3'9e4027 61605e84 Oe2017225 OeN02930 Oe&800528 280 43e699 64e4743 39e4034 6f601e82 Oe'9406843 Oe6912028 Oe&803070 281 43e866 64e5098 39e4053 61599ef7 Oe6198210 Oe6909018 Oe6805857 282 44e032 64e5518 39e4079 61596e81 Oe5507710 Oe6903453 Oe&808019 283 44ei99 64e5825 39e4116 61597e52 -Oei652382 Oe6871259 Oe6810131 284 44e366 64e5923 39e4074 61588e46 2eli910'94 Oe6924034 Oe6812763 285 44e532 &4e5901 39e4083 61589e56 -Oe2583908 Oe6888562 Oe6814507 286 44e699 64e5984 39e4045 6158ie80 ie8160919 Oe6929717 Oe6817304 287 44e86& 64e6048 39e4031 61577e91 Oe9081605 Oe6937274 'e6820576 288 '6e&16 64e&101 39e3909 61552e51 Oe5655575 Oe6886380 Oe682273'9 0

4&e783 64e6150 39e3893 61548e75 Oe8779457 Oe6892708 Oe6824844 46e950 64e6077 39e3866 '1544e43 le0110309 Oe6903645 Oe6826628 291 47eif6 64e5971 39e3830 61539e47 lei&03925 Oe6919723 Oe6829134 292 47e283 64e5978 39e3871 61545e36 "ie3778059 . Oe6847443 Oe6830048 293 47.450 64e6378 3'9e3877 61540e86 le0531392 Oe6859881 Oe6830926 294 47e616 64e&653 39e3888 61538e58 Oe5336288 Oe6854292 Oe6832015 295 47e783 64e6713 39e3862 61533ei9 le2607976 Oe&873759 Oe6833552 296 47e950 64e67&8 39e3853 61530e41 Oe&515836 Oe6872204 Oe6834795 297 48eilb 64e6663 39e3822 61526ei6, Oe9939587 Oe6882354 Oe6836225 298 48e283 64e6780 39e3829 61525e01, Oe2687061 Oe6867740 Oe6837603 299 48e450 64e6791 39e3827 61523e89 Oe2624574 Oe&853023 Oe6838459 300 48e616 64e&990 3'9e3773 61512e23 2e7273765 0'e6921755 Oe6840&50 301 48e783 64e7015 39e3795 61514e84 -Oe6110033 Oe&877536 Oe6841856 302 48e950" 64e7002 39e3765 61509e53 ie2439059 Oe6895877 Oe6843457

'03 49eii6 64e7353 39e3823 61513e81 -ie0010637 Oe6838967 Oe6843880 304 49e283 64e7629 39e3792 61505ei3 2e0332716 Oe6883628 Oe6845143 305 49e450 64e7788 39e3801 61503e96 Oe2715409 Oe6869445 Oe6846346

6.2 25-Psig Verf.i%cation

TENNESSEE VALLEY AUTHORITY CONTAIHNENT LEAKAGE NEASURENENT TEST SUNNARY HOURS AVERAGE CORRECTED TOTAL NASS P-T-P TOTAL TINE NASS SANPLE SINCE TENPERATURE PRESSURE OF AIR LEAK RATE LEAK RATE LEAK RATE START (DEG Fo) (PSIA) (LDN) (X PER DAY) (X PER DAY) (X PER DAY)

Oo000 64o7341 39o3443 61821o66 Oo0000000 Oo0000000 Oo0000000 2 0.117 "

64o7379 39o3415 61816oi5 lo8344965 io8344'964 io8364304 3 Oo233 64o7569 39o3412 61814o06 Oo6950908 lo2645391 io2669618 4 Oo350 64o7642 39o3423 61814o93 -Oo2873661 Oo7473844 Oo7419285 5 Oo467 64o7555 39o3368 61806o59 2o7734990 io2537382,

.39o3339 61804o05 . Oo8459330 lo1720974 6 Oo583 64o7439 7 Oo700 64o7558 39o3342 61802oii Oo6463533 ,io0844656 8 Oo817 64o7678 39o3294 61792o51 3o1954527 io3858234 9 Oo933 64o7804 39o3278 61788o94 loi879553 io3610077 10 io050 64o7950 39o3275 61786o22 Oo9066769 lo3104863 11 lolb7. . 64o7915 39o3257 61783o44 Oo9262302 io2720166 io3182695 12 lo283 . 64o7899 39o3230 61778o65 lo5937059 io3011861 lo3231603 13 io400 '4o7626 39o3198 61776 76 Oo6284045 io2450992 io3016226 io517 64o7607 39o3132 61765o93 3o6066053 f,o4265083 lo3554989 lo633 64o7470 39o3137 61768o81 -Oo9577658 lo2563028 io3324726 lo750 64o7354 39o3065 61758o74 3o3506956 , io3958110 io3615512 lo867 64o7179 39o3041 61756 olb Oo8589661 io3622117 f8 io983 64o6965 39o3017 61754o03 Oo7106289 io3238479 19 2o100 64ob898 39o3013 61754o80 -Oo2562068 lo2360367 20 2o217 64o6816 39o2950 61745o43 3o1237125, io3351856 21 2o333 64o6776 39o2958 61746o80 Wo4582141 'io2455649 22 2o450 64oh658 39o2894 ,

61738o81 2o6599202 . lo3127972 23 2o567 64obb51 39o2879 61735o62 io0636392 lo3014098 lo3196753 24 2o683 64o6764 '9o2871 61732o95 Oo8892328 lo2834395 io3141596 25 2o800 64o6680 39o2840 61728o09 1 o 6184270 fo2973078 io3119823 26 2o 917 64o6584 39o2814 '61724o34 io2526298 lo2954453 io3100322 27 3o033 64o6516 39o2803 bf723oi5 Oo3958655 lo2608304 io3011431 28 3oi50 64o6598 39o2755 61714o90 2o7468183 io3157336 lo3046920 29 3o267 64o6692 39o2759 61714ob9 Oo0703290 io2712618 lo2992686 30 3o383 64o6526 39o2730 61710o41 io4287248 io2766050 -

io2953659 31 3o500 64o6360 39o2702 61707o46 Oo980$ 699 lo2666874 32 3o617 64ob397 39o2654 61700o01 2o4833074 io3058060 33 3o733 '4o6477 39o2621 61692o52 2o4985838 lo3429174 34 3o850 64ob562 39o2607 6168'9o 43 io0305629 lo3333893 35 3o967 64o6629 39o2581 61684o98 io4815670 lo3376565 36 4o083 64o6598 39o2516 61674o55 3o47'90633 io3986046 lo3276845 37 4o200 64.6551 39o2543 61679 oi4 -lo5313075 lo3173389 lo3273404 38 4o317 64o6480 39o2503 61673o64 lo8359910 io3312496 io3294678 39 4o433 64o6595 39o2490 61670o79 Oo9487731 io3211272 io32$ 9272 40 4o550 64o6615 39o2498 6167io58 -Oo2619673 io2805612 io32$ 3928

Tables and Figures "25-

~

I P)1'i i/

~

rr

/C I TE-4 El. 625 i

rs-I.

@ El. 654

~

HE-1 El. ~ 654 Located inside drywall head 270 1

1 ,;@<

TE-2 El, o46 Located 111side ElF V I

/ I

- - ~ ."

'$ I r TE>> 3

/I~, El. 625 0

PLAN.Ei 6'Z8'0 FI(:llRL' STD Location, 4 required Lower RTD 3 feet below grating {YE-3 and TE-4) 270 P yfi HE-2 El. 615 .

t Oo PLAN -Ei 6/6'-0'IGURE 2

Q Dewcell Location, 1 required

'over dewcell 1/2 foot below grati>>g .

t

18o'o r

S j

~

4,')

b P'~a 4 b o~

6 ~ bye..q 4 o~a

+dye >

',i Xg ~

"b0 ~

6r 0

pO ~'s-6 TE>> 5 )0 )0 El. 6o6 0

zl. 6o6 b

b f /V '0

/ '~

'd

--27O'V jt b C v tg 0~ a.'~ P'c" j/

I

~

/

I

/

I I

I l

'I oo PLAN-EL af //j//el tl 408'-ll b'04%'P FIGURE 3 QQQIQQ )

4 RTD Location, 3 required. I HTD located 2 feet above grating (TH 5 ancL TE 6 )

TE-7 located. between RPV and. sacr ficial shield lj

TE 12 I El. 583 HE-4 I I.

i.

.;h J

X' h

I~

~

Ve' l

r V

>'p q> '> >I ~

te, ~ ~

' 'l.

I A I 'jl>

~>

'E-u

~

'I ~

'Il 90 -' m.. 583

'S Q+zl.

TE-3.0 583 ~ ~

/ '

TE Q 7 El.

i'4 583 : TS-14 I ~

~

I I

I Zl, 583 r -.~a

'I f N I

~ ~ ~

V I 'I I

,I ~ ~,

I

~ '

4

~' l.

r=-; Ex. 583 i

\ 'I

.X I ~ ~~

r~V El. $83 I I K>

g 'TE-9 Zl. 583

, I ~ ~

I t

0 0

PCAe -zc SA'-ll'~

efit~l JE< "S/

4W9i7

'I FIGURE 4

> RED Location, 8 required Dewcell Location, 2 required Lower RTD 2 feet below grat5.ne, Lower dewcel1 2 feet be ow grati

&29

180 El. 561

'I HE6 4 ."',.

0

~

> ~

Tf-aa 5 El. 561

'f Q V

/ ~stung HE-7 El.

Cn d' 561" G. TE~22

(]/t, ~ Located in El, 561

~

If dryveU. sump

,i ".'~

~

TE-24 gi TE-18 El, 561

~

El. 561 I O~

i m-195 1

'i;P' Located dr~11 s~, Q TE~23 El. 561 Elo I

~

'I

'1~

l I

~

~ ~

~ 0 P

TE-17': ~ ~ ~

~ ~' I ~+

I /I El. 561 I

G Eiffel

,o-XZ-16 ~,',

I f El. 561 C HE-5 El. 561 Oo PLAN EL 563'-Z" I, SP rf:Afl dl 48Mglg FIGURE 5 RTD Location, 9 required ~

Lower RED 2 feet below grating Q DewceU. Location, 3 required Lowex dewcell 2 feet below grating

't~

I'

~

I m-28 4i El. 540 lj TE~27 /i El. 540 HE-9 El. 540 ~

p~ V

~0 7~~

I ~ ~

El>> 540

,/ ~

TE-29 El. 540 270

~1 TZ-26 El. 540 0 '

llI

.i ..per"l/ .

I

'~ ~

~ ~ I

/(/ ~

~ TE-30

/>> El. 540

~ ta Wi8 l,

"/,'4o.

/".

Suppzv esion" Chamber Malkvay Grating FIGURE 6 Devcell Location, 3 required Wa33way Elevation El ~ 537.C BTD Location, 6.',required RRD aud Dewcell" to be tied to top of handrail

Ih JI ~ 'JIJ~~

IRQ bt

~ It Jlr'/P7; I

4 J JN JIJJI 4 e

j I ~

/ '" h I

/!! I-

~~

IJ CC.Jr<<r ht'C C JIAIIY 4 ~ ~ Jl JII 4

li. (

":Ig il !g>>I t fe at

<<g h

t I 4, ~~%II ~

J

~

4 "fran ~~~.,p ~

g .I I . a~re XoZpzeYSla<

c fglmPE-K 4I

~es-s,h'~-9 E+~

zg f7/Ey ~+0

~~ JJAJI'E'CRIPES 0+0 FXGURE 7

CONPVTZR BASE ACQUISITION AND DATA REDUCTION SYSTEM

'I MINt COMPUTER SYST E M

'540 TWO MCNSOR DATA ACQUISITION MENSOR QUART Z UNtT QUART2 MAN0 METE R (AUTO DATA Nl NE) MANOMCTER SUgPRSSXON, DRYWELL RCACrOR LEVEL TORUS LEV L SE N SING I.INC LT 5 53 LT 54-54 TEST STATION ERIC TEMPERATURE P RESSURC

~T~~QBHRhl MULTIPLC X MJLTIPLEX UNIT A UNIT 8 T RANSDUCCR SIGNAL CONDITIONING 30 RTD y'p DEWPOINT TEMPERATURE T RANSDUGERS TRANSDUCERS P XeuaE: 8

/K P

OGUBE 9 C03EKCHM)

MASS PLOT N

A csN.

S S

L B1888.

B N

8 1888.

B14Q.

18.

. TINE (HOVRSP

GURE 10 Uncorrected NESS PLOT N

A S

S L

B N

BIKE, 8lC8.

TINE (HOURS>

Corrected S;88 BASS LEAK RATE PLOT L t..6$

E A

K R z.m A

T

. E I'.88 P

E i.es R

84!6Sl41 B.

TINE CHOURSi

Uncorrected HASS LEAK RATE PLOT L R.6Q E

A K

0 A

" 0.SO Q2tfSY~

lSsSSe$ 0 e.

TINE (NURS)

GVRE 13 AVERAGE. PRESSURE PLOT P

R E

S S S8.88 u

R E

I N

S8 88 P

S I

A 64!N!42

8. 18.

TINE (HOURS>

GURE 14 AVERAGE .TENPERATURE PLOT T

E N m.sa P.

=

I N

6S.S8 p

.E G

R E

E es.es S

84s 47s 4$

8. I8. 2B.

TINE (HOURS'39-

FIGURE 15 Verification Test 81868. HASS PLOT Bl8CS.

A S

S 81768.

y

~

N L

B 81788.

04s8$ s61 81868.

S.

TINE CHOURS>

FD:uaZ Z6 Verificati.on Test 2.83 MASS LEAK RATE PLOT L

E A

f.68 K

R A

T

'E' E

R p 8.68 A

Y

8. 2.

TINE (HOURS'

GURE 17 Verification Test AVERAGE PRESSURE PLOT P

R E ss.sa S

u' S

E SQ.S88 I

N P

S Ss.288 IA 04s68s28

e. 20 TINE (HOURS) auaz xe Verii'ication Test AVERAGE TENPERATURE PLOT B4.788 T

E N

P I

N 64.788 p

,E G

R E

E S

04I68s 1?

B4.888 TINE (HOURS) 43

FlGURE ~o.

CONTAINMENT TEST SECTION SUPPRESSION CHAMBER WATER LEVEL 85/87/88 BFNP UNIT i N g IE 2 H

Ul tn -5 TIME HOURS

CSCV PlGURE TEST SECTION 20'ONTAINMENT UNCORRECTEO SUPPRESSION CHAMBER WATER LEVEL BFNP UNIT 1 85r87re8 2

LO 8

I

-4 5M V) ra 28 48 TINE HOURS

'tanufacturer Aooroximate

'.feasured and Number Parameter '<odel -:!o. Used Ins trument ~Sec ifica tion Containment Leeds i ':ort'.syrup 30 Range: 0-250oF Temperature .fodel 'lo. 178055 Accuracy: +O.loF Repeatability: +0.01 F Containment '.fensor Corooratinn Range: 0-100 psia, 400,'JOO counts F.S.

Pressure .'fodel No. 10100-001 Accuracy: +i).015% reading Repeatability: +0.0005% reading Containment Corporation 10 Range: -50 to +142 F Dewpoint Model No. 2701 RG Accuracy: +1 F. dewpoint Repeatability: +0.10 F Converter'nxboro Analog to Acurex Coro. Accuracy: +0.001 F dewpoint Digital Autodata Nine +0.001 F temperature

+1 count pressure Atmospheric Nensor Coro. Range: 0-30 psia, 400,000 counts P.S.

Pressure Model No. 10100-001 Accuracy: +0.015% reading Reoeatability: +0.0005% reading Verification Pischer-Porter Rotameter Range: 3/.8" tube 0-90,000 SCC."f; Flow 3/8" Nodel No. FP3F-3/8-25-5 1" tube 0-230,000- SCC."f 1" Model No.'PP135"G-10/55 Accuracy: +1% F.S.

~ OR Teledyne-Hastings Nass Range: 0-5 SCRf Flowmeter Accuracy +1% F.S.

Hodel No. AHT;5 with H-3',

Transducer Mensor. Princo Range: 49 to 57 C Chamber ASTH 19L Accuracy: +0.12 C Temperature Suppression Plant Process Transmitter Range: +25 -inches of ~ater Chamber water 'fndel LT 64-54 Accuracy: +5% FS.

Level Reactor Vessel Plant Process Transmitter ange: 0-60 inches of water frater Level Model LT-3-58 Accuracy: +5% F.S.

TABLE 2 VOLUMETRXC WEIGHTXNG GROUPS Volumetric Weight Number Per Sensor By Segment of Segment Compartment (Percent)

Number Transducers Volume See Note Temperature I 1 8,300. &r 4.9824 II 8 '0,299.72 3 7739 III 8 55,908.76 30,862.61 4.1947 4.6311 IV 4 V 1 5,585.39 3~ 3525 VX 1 8,101.92 4.8629 VXX 1 7,545.95 4.5292 VIII 6 533 240,00 '6.6667 De@point I&II IXI 1

1 58,600.59.

55,908.76

35. 17 33.56 IV, V, VI~ VXI 2 52,095.87 15.63 VIII "2. 133,240.00, 50.0000 Note: Segment VXIX consists of the suppression chamber and is considered here as a independent volume from the drywell.

47

~TABZZ CONTAINMEHT LEAKAGE MINICOMEVTEZ ROUTINE

SUMMARY

Routine Name

a. Automatically scauire, store, and correct raw data to calibration curves.

b. Calculate volumetric weighted containment air mass and leak-rate as defined by AN8 N-274 (draft).

c. Print for each sample a summary with average par6meters and containment leak rate.

Provide a summary for all samples from test start of average parameters, including calculated containment leak rate.

~ TALLY a. Calculate stat'istical for the measured leak confidence'evels rate from the test start.

b. Provide a summary comparison of reportable leak rates as defined by MS N.W4 (draft).

BASE a. Allow test director to change the sample considered the test base.

b. Provide a summary for each sample leak rate recalculated with a shift in the test base.

Tmrz 4 SUPPRESSION CHAMBER MATER LEVELS Corrected SAHPLE SC LEVEL SAMPLE SC LEVEL SAMPLE SC LEVEL SAMPLE SC LEVEL SAHPLE SC LEVEL NUHBER ( INCHES) NUHBER ( INCHES) NUHBER (INCHES) NUHBER (INCHES) NUHBER (INCHES) 25 -lo53 26 -io53 27 -io52 28 "io51 25'4 -loS2 30 -lo51 31 "io51 32 -ioSi 33 "fo50 "1.50 35 -loSO 36 -1 o 37 -io49 38 -ie48 39 "lo48 40 -1 o48 41 45'lo47 42 -lo47 43 "fo47 44 "le46 45 -lo46 46 -lo45 47 -io45 48 "io45 49 -lo44 50 -io44 51 "io44 52 -fo44 53 -fo43 54 "1.43 55 -fo42 56 -lo42 57 -io41 58 -lo41 59 -lo40 60 -lo40 61 -1 o 62 -lo39 63 -lo38 64 "lo38 65 , -lo38 66 35'io37 67 -io37 68 "io36 69 "lo36 70 -lo36 71 -fo35 72 -io35 73 "fo35 74 "lo34 75 -io33 76 -io33 77 -io32 78 -io31 79 "le31 80 -io31 81 -1 o31 82 -le30 83 "lo30 84 -fo29 85 -io28 86 -io29 87 -io28 88 -1.27 89 -lo27 5'0 -1 o26 5'1 -lo27 92 -lo25 93 -lo25 5'4 "io24 95 -lo24 5'6 "io24 97 -lo23 98 -io22 5'9 -1.22 100 -lo22 101 -Io21 102 -lo21 103 -lo20 104 "1.20

-io20 -ioi9 -loi9 -io18 -loi7 105 110 115

-lol7

-lo14 ill 106 lib

-1.17

-lol4 107 112 117

-lo16

-iol4 108 113 ffB "lof5

-loi3 109 114 119 "ioi5

-1 ~ 13 120 -lo12 121 -loll 122 -loll 123 -loll 124 "1 o 10 125 -io10 126 -io09 127 -lo08 128 "lo08 12'9 -le08 130 -lo07 131 -lo07 132 "io06 133 -lo06 134 -lo05 135 -lo05 136 -lo04 137 -fo04 138 -1.04 135'44 -io03 140 -lo03 141 "lo02 142 "fo02 143 "lo01 -1.01 145 -lo00 146 -io00 147 -Oo99 148 -Oo99 149 -Oo99 150 -1.02 151 "2o49 152 "4o00 153 "5o44 154 -5o44 155 -5o43 156 -5o43 157 "5.41 158 -5o42 159 "5o41 160 "5o41 lbl "5o41 162 "5o40 163 -5o40 164 -So40 165 170

'-5o 39 5o37 166 171

-5.39

-5o34 167 172

-So38 5 '3 168 173 5 '7

-5o32 169 174 "5o37

-So32 175 -5o31 176 5o32 177 "5o30 178 -5.30 179 -5o30 180 -5o29 181 "5 182 -So28 183 5 '7 184 -5o27, 185 15'0 "5o27 5o25 186 191 o

-5o24 25'5o26 187 15'2 "5o26

-5.23 188

'193

-5e25 5e23 189 194 5 '5

-5e22 195 5o22 196 -5o 21" 197 -5o21 198 -So20 199 -5o20 200 "5o20 201 -5o18 202 -5oi9 203 -5o 18 204 -5o17 205 -5ol7 206 -5ol7 207 -5o17 208 "5ol6 209 "5oi5 210 -5.14 211 "5oi4 212 -5ol4 2f3 -'So 13 214 -5ol2 215 -5o12 216 "5oi2 217 -5oil 218 , -5oli 219 -5eiO 220 -5o10 221 -5o09 222 -5o08 223 "5o08 224 -5.08 225 -5o07 226 -5o07 227 -So06 228 -5.06 229 -5o05 230 "5o05 231 -5o04 232 -5o04 233 -5o03 234 "5o02 235 -5o02 236 -5o02 237 -5o01 238 -5o01 . 239 "5o00 .

240 -So00 241 -4 o 5'9 242 "4o99 243 -4o98 244 "4.98 245 -4o97 246 -4o97 247 -4o96 248 -4o96 245'54

-4o95 250 -4.5'4 251 -4o94 252 "4o94 253 "4o93 -4.93 25S -4o92 256 -4.92 257 "4o91 258 -4o90 255'64 -4.90 260 -4 o 5'0 261 -4o89 262 -4o88 263 "4o88 -4o87 265 -4o87 266 -4o86 267 -4o86 268 -4.85 .269 -4o,8S 270 -4.84 271 "4o84 272 -4o83 273 -4o83 274. -4o82 275 -4o82 276 -4o81 277 -4o81 278 "4o80 279 -4o80 280 "4o79 281 -4o79 282 -4o78 283 "4o78 284 -4o78 285 -4o77 286 -4o77 287 "4o76 288 -4o71 289 -4o70 25'0 -4o70 291 "4o69

25'2 -4.69 293 -4.68 25'4 "4o68 295 -4o67 296 "4o67 2'97 -4o66 298 -4o66 295'04

-4o66 300 -4o65 301 -4o65 302 -4o64 303 -4o64 -4o63 305 -4.63 49

SUPPRESSION CKAHBER MATER LEVELS Uncorrected SAMPLE, SC LEVEL SAMPLE SC LEVEL SAHPLE SC LEVEL SAHPLE SC LEVEL SAMPLE SC LEVEL NUHBER (INCHES) NUHBER (INCHES) NUMBER (INCHES) NUHBER ( INCHES) NUHBER (INCHES) 25 -i>>53 26 -i>>53 -1>>52 28 -1>>51 29 -i>>52 30 -i>>51 31 -1.51 32 -l>>51 33 -1>>50 34 -l>>50 35 -i>>50 36 "i>>49 37 -1>>49 38 -i>>48 3'9 -1>>48 40 "1>>48 41 "2>>47 42 -i>>47 43 -1>>47 44 -1.46 45 "1>>46 46 -l>>45. 47 -i>>45 48 -1>>45 49 -i>>44 50 -l>>44 51 -1.44 52 -1>>44 >> 53 -1>>43 54 -1>>43 55 -1>>42 56 -i>>42 57 "1>>41 58 "1>>41 59 -1>>40 60 -2>>40 61 -1.39 62 -i>>39 '63 -i>>38 64 -1>>38 65 -l>>38 66 -i>>37 67 -i>>37 68 -1>>36 69 -1 >>36 70 -l>>36 71 "l>>35 72 -1>>35 >>73 "1>>35 74 ".1.34 75 -1>>33 76 -l>>33 77 -1>>32 78 -1>>31 79 '-1>> 31 80 -i>>32 81 -2>>31 82 -i>>30 83 -i>>30 84 "i>>29 85 -2>>28 86 -1>>29 87 "1>>28 88 -1>>27 89 -1>>27 90 -i>>26 91. "1>>27 92 -1>>25 93 "1>>25 94 -1.24 95 -1'>> 24 96 -i>>24 97 -i>>23 98 "i>>22 99 "2>>22 100 "1 >>22 101 -i>>21 102 -1>>21 103 "1.20 104 -1.20 205 -i>>20 206 -i>>19 107 -i>>19 108 -i>>18 109 -i>>17 110 -i>>17 111 -1 >>27 212 "leib 113 "1>>15 114 "1>>15

-1.14 116 -1>>14 117 -i>>14 118 "1>>13 119 -1>>13 1 1.5 120 125

-1 e 22

-1>> 20 121 126 "2>>

-1>>09 li 122 127

-jell

-1.08 123 1'28

-1>> li

-l>>08 124 129 "i>>10

-1>>08 130 -2 07 131 "1>>07, 132 -i>>06 133 -l>>06 134 -1>>05 135 -i>>05 136 -1>>04 137 -l>>04 138 -i>>04 139 "1>>03 240 -1'e 03 141 -i>>02 142 -1>>02 143 -i>>01 144 -1.01 145 -1>>00 146 -i>>00 147 -0>>99 148 -0>>99 149 -'0>> 99 150 -i>>02'5>>43 151 -2>>49 252 -4>>00 153 -5>>44 154 -5>>44 255 156 -S>>43, 157 -5>>41 158 -5>>42 159 -5>>41 160 -5>>41 161 "5>>41 162 "5>>40 163 '-5>>40 164 -S>>40 165 -5>>39 166 -S>>39 267 -5>>38 168 "5>>37 169 -5>>37 170 175 5>>37

-5>>31 171 '76

-5>>34 5 '2 172 177 "5.33

-5>>30 273 178 5 '2

-5>>30 274 179 5>>32

-5>>30 180 -5.29 181 -5.29 182 -5>>28 183 -5>>27 184 -5.27 185 186 -5>>26 287 -5>>26 188 5>>25 189 5 '5 0~'7.

'5>>27 190 -5>>25 191 -5>>24 192 -5>>23 193 -S>>23 194 -5.22 5>>22 196 -5>>21 .197 -5>>21 198 -5>>20 199 -5>>20 200 -5>>20 201 -5>>18 202 -5>>19 203 -5>>18 204 -S>>17 205 -5>>17 206 -5>>17 207 -5>>17 208 -5>>16 209 -5>>15 210 -5>>14 211 -5>>14 222 -5>>14 213 "5>>13 224 "5>>12 215 220

-5>>12

-5>>10 216 221.

-5>>12

-5>>09 217 222

-5>>12

-5>>08 218 223

-5>> li

-5>>08 219 224

-5>>10 "5>>08 225 -5>>07 226 -S.07 227 -5>>06 228 -5>>06 229 "5>>OS 230 "5>>05 231 -5>>04 232 -5>>04 233 -5.03 234 -5>>02 235 '5.02 ,236 -5>>02 237 "5>>01 238 "5>>01 '39 "5>>00 240 "5>>00 241 -4>>99'4>> 242 -4>>99 243 "4>>98 244 . -4>>98 245 -4>>97 246 97, 247 -4>>96 248 -4>>96 249 "4>>95 250 -4>>94 251 -4>>94 252 -4>>94 253 -4>>93 254 -4>>93 2S5 "4>>92 256 -4>>92 257 -4>>91 258 -4>>90 259 -4>>90 260 "4>>90 261 -4>>89 262 -6>>14 263 -6>>13 264 -6>>13 265 -6>>13 266 -6>>13 267 -6>>13 268 -6>>'22 269 "6>>13 270 -6>>12 271 -6>>13 272 -6>>12 273 -6>>12 274 -6>>12 275 -6>>12 276 -6>>il 277 -6>>12 278 -6>>12 279 -6>>il 280 -6>>ji 281 -bell 282 "6>>23 283 ,"6>>13 284 -6.13

~

285 -6>>13 286 -6>>23 287 -6>>13 288 -6>>72 28'9 -6>>72 2'90 "6>>72 291 -6>>72 292 -'6 >> 71 293 "6>>72 294 -6.72 295 "6>>71 296 -6>>71 297 -6>>72 2'98 -6>>71 299 -6>>70 300 -6>>71 301 -6>>71" 302 -6>>71 303 -6>>71 304 -6.71 305 -6>>71 C REACTOR VESSEL WATER LEVELS SAMPLE RX LEVEL SAMPLE RX LEVEL SAMPLE RX LEVEL .SAMPLE RX LEVEL SAMPLE. RX LEVEL NUMBER (IHCHES) NUMBER ( INCHES) NUMBER ( INCHES) NUMBER ( INCHES) NUMBER (INCHES) 25 23>>15 26 23>>03 27 23>>00 28 22>>93 29 22>>83 30 22.74 31 22>>67 32 22>>61 33 22>>55 34 22>>56 35 40 22 22\52

'7 36 41 22 '7 22>>51 37 42 22>>57 22>>49 38 43 22>>55 22>>47 39 44 22>>53 22.46 45 22>>4S 46 22>>45 47 22>>46 48 22>>48 49 22>>51 50 55 22>>48 22>>65 51 56 22 '2 22>>68 52 57 22>>54 22>>71 53

58 22>>57 22>>71 54 59 22>>61 22>>70 60 22 >> bi 22>>70 62 22.72 63 22>>70 64 22.69 65 65'2>>73 66 22\77 67 22>>8S 68 22>> 5'5 69 23>>02 70 23>>12 71 23>>17 72 23>>17 73 23>>lb 74 23.

75 23>>24 76 23>>28 77 23>>32 78 23 e 33 79 15'3.35 80 23>>3S 81 23>>37 82 23>>36 83 23>>35 84 23>>40 85 23>>42 86 23>>43 87 =23>>43 88 23>>40 89 23>>38 5'0 23>>35 91 23>>32 92 23>>23 5'3 23>>21 5'4 23>>15 95 23>>10 96 23>>06 97 23>>02 98 22>>97 99 22>> 5'1 100 22>>84 101 22>>76 102 22>>67 103 22>>66 104 22>>60 105 22>>53 106 22>>51 107 .22>>45 1'08 22>>40 109 22>>39 110 115 22 22>>03

'3 111 116 22>>28 22>>00 112 117 22>>27 21>>94 113 118 22>>15 21>>84 114 119 22>>ll 21>>77 120 21>>71 121 21>>58 122 21>>47 .

123 21>>41 124 21>>33 125 21>>23 126 21>>18 127 21>>08 '128 20>> 125'34 20>>94 130 20>>90 131 20>>81 132 -. 20>>75 133 95'0>>68

, 20.57 13S 20>>53 136 20>>48 137 20>>42 138 20>>38 139 20>>34

'40 20>>35 141 20>>36 142 20>>33 143 20>>40 144 20>>44 145 20>>49 146 20>>50 147 20>>52 148 20>> 51 149 20>>50 150 20>>40 151 20>>30 152 20>>24 153 20>>26 154 20>>29 155 20>>34 156 20>>37 '57 20>>40 .158 20>>46 159 20>>55 160 20>>58 ibl 20>>62 '62 20>>67 163 20>>72 164 20>>78 165 20>>83 166 20>>89 167 20>> 5'6 '68 21>>03 169 21>>ll 170 21>>19 171 21>>23 172 21>>17 173 21>>20 174 21.24 175 21>>26 176 21>>28 177 21>>28 178 21>>27 179 21>>25 180 21>>21 isi 21>>08 182 21>>04 183 21>>04 184'89 21.03 185 20>>95 186 20>>90 187 20>>91 188 20>>90 20>>81 15'0 20>>81 191 20>>84 192 20>>77 193 20>>80 194 20>>8S 195 20>>79 15'6 20>>80 197 20>>84 198 20>>90 199 20>>93 200 20>>97 201 20>>5'9, 202 21>>02 203 21>>04 204 21>>06 205 21>>06 206 20>> 5'6 207 20>>90 208 20>>88 209 20>>91 210 20>>91 211 20>>95 212 20>>96 213 21>>00 214 21>>00 215 21>>05 216 21>>03 217 21>>10 218 21>>12 219 21>>15 "

220 21>>20 221 21>>20 222 21>>20 223 21>>22 224 21.23 225 21>>21 226 21>>22 227 21>>24 228 21>>22 229 21>>20 230 21>>23 231 21>>25 232 21.24 233 21>>12 234 21.06 .

235 20>>92 236 20>>80 237 20>>75 238 20>>61 235'44 20>>S2 240 20>>44 241 20>>33 242 20>>27 243 20>>18 20.09 245 15'e 98 246 15'e 86 247 19>>77 248 19>>67 '4'9 19>>57 250 19>>46 251 19>>35 252 19'25'8>> 253 19>>18 254 19>>16 255 19>>05'8>>73 256 19>>03 "257 91 258 18>>85 2S5'64 18.80 260 261 18>>67 262 18>>59 263 18>>56 18.S1 265 18>>44 266 18>> 267 18>>28 268 18>>21 269 18>>12 270 18>>07 271 32'8>>04 272 18>>00 273 17>>5'7 274 17.96 275 17>>98 276 18>>06; 277 18>>12 278 18.20 279 18>>20 280 18>>21 281 18.31 282 18>>41 283 18>>51 284 18>>59 285 18>>53 286 18>>54 287 18>>54 288 17.91 28'9 17>>

290 17>>90 291 17>>85 292 17>>77 2'93 17>>7S 294 85'7>>72 295 17>>66 296 17>>63 297 17>>60 298 17>>S8 29'9 17>>57 300 17>>57 301 17>>50 302 17>>47 303 17>>43 304 17>>39 305 17>>34

APPENDIX A INSTRUMENTATION ERROR ANALYSIS

APPENDIX A Instrumentation Error Analysis:

(as defined in Appendix G, ANS N274 Draft No. 2, Revision 3)

Assumed conditions at the time of the test:

P ~ 25 + 14.696 ~ 39.696 psia T ~ 459.67 ~82 '= 541.67 R Tddp ~ 60 F dew@oint t ~ 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months Using the absolute method:

1. Total abosolute pressure:

~

Number of sensors: 4:.

Range: 0-100 -psia

\

Measurement system repeatability error (E'p ) =

+0.000+ reading ~ +0.000198 psia 1 x 100 psia ~ 0.00025 psia

~OO,OOO cc")'~,>'2 ~ +0.0001595 psia

'gsensors)~

2. Water vapor pressure Number of sensors: 6 (see note 1)

Sensor repeatability error (E): +0.1 F Measurement system error ((), excluding sensor: +0.001 F

., '-t<e.)'+(~) j'sensors E ~ +0.1 F (0.0092 psia+) ~ +0.00092 psia

+0.001 F (0.0092 psia/ F) a0.0000092 psia e +0.0003756 psia pv

3. Temperature Number of sensors: 30 Sensor repeatability error (E): +0.01 R Measurement system error g) excluding sensor: +0.001 R gsensors e ~ &.001835 R

4. ISG ISG = +0.001454 f/day Notes: 1. Test started with ten dewcells. Four dewcells were found to be. inoperative.

APPENDIX A DEFINITION OF SYMBOLS P - Absolute pressure, psia T - Temperature, degrees Rankine Tddp

- Temperature, dewpoint t - Time, hours E .

- Measurement system repeatability error

- Error sssooietes with the sensor ISG - Instrumentation selection guide e - Error associated with measurement of change in a given parameter Subscripts T - Temperature P - Pressure PV - Vapor .pressure APPENDIX B

SUMMARY

OF TYPES B AND C TESTING PERFORMED ON BROWNS FERRY NUCLEAR PLANT UNIT I

TABLE OF CONTENTS 1.0 Introduction 2.0 Summary 3.0 Analysis of Data Tables: B-1 B-2 B-3 B-4 B-5 B-6

0 APHID)IK B 1.0 Introduction Appendix J-to 10CFR50 and Br'owns Ferry technical specifications require that the total leakage from all penetrations subject to types B and C testing be less then 0.60 La for return to power operations. Technical Specifications 4.7.A.2.i requires that the leakage through each main steam isolation valve be less than 11,5 SCFH, in addition to the total leakage requirement. This .

appendix presents a summary'of all local leak rate testing per-formed on Browns Ferry Unit 1 since the CILRT completed in August of lg76.

2.0 Summery Tables B-l, B-3, and B-5 lists the type B and type C testing performed on Browns Ferry Unit 1 since the CILRT conducted in August of i/76. Testing was performed in accordance with plant

, approved surveillance instructions BF SI 4.7.A.2.g-l, BF SI 4.7.A.2.g-2, and BF SI 4.7".A.2.g-3 which are on file at the plant site. Tables B-2,- B-4, and B-6 summarize results of tests performed since August 1976 for cycles 1, 2, and 3 respectively.

The total as left leakage for type B and C tests were 120.1492 SCFH for cycle l. 320.6890 SCFH for cycle 2. and 143.8487 SCFH for cycle 3. All of these values are below the 60 percent La limit of 655.9216 SCFH.

'll 30 0 Analysis of Data The type C tests of cycle 1 are divided into two types of test mediums air and water. The leakage rates for water tested valves were included to provide the total type C leakage, without regard to the qualifications of the system in which the o'fvalves were installed. Subsequent cycles provide,a dichotomy the water tested valves which is explained in the respective summary for cycles 2 and 3, In addition, during cycle 2 some valves which are considered as nonwater sealed during a DBA were tested with water and the measured leakage rate was converted to equivalent air leakage.

Experience indicated that the leak rate penalty for using water-to-air conversions was more severe than TVA should accept, therefore, a technical specification change was submitted re-quiring all valves that are not water sealed during a DBA be tested with air. The cycle 3 testing reflects this change.

The as found leakage rates for all 3 cycles are primarily, impacted by the failure of the main steam isolation valves to meet the required criteria of 11.5 SCFH. The main steam isolation valves are tested with air applied between the inboard and outboard valves. This tends to lift the inboard main It is believed that the steam isolation valves off their seats.

direction the test pressure is .applied to the inboard main etiam isolation valves contributes to the. increased failure rate.

0 TABIZ B-1 TYPE C TEST

SUMMARY

TESTING FOR CYCIZ 1 - UNIT 1 I.. 'WATER'TEST Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~ace SCFH x-8 Main Steam Drain 1-55/56 9-17-77 0.0000 i-55/56 0.0000 0. 0000 Feedwater Line A 3-558 AF/AL 9-21-77 o.4562 o.4562 3-554/73-45 AF/AL 9-21-77 0.0119 3-554/73-44 .

AF/AL 9-21-77 0.0107 3-554 AF/AL N/A X-210A Shutdown Cooling System 12-738 AF/AL 9-15-77 0.0036 12-741 AF/AL 9-15-77 0.0047 o.oo47 X-41 Recirculation Water Quality Sampling 43-13/14 9-16-77 o.oo18 o.oo18

,X-225A Water @anality and Sampling - System 43-28A AF/AL 9-16-77 0.0073 0. (X7?3

,43-28B AF/AL 9-16-77 o.o18 Water Quality and Sampling System 43-29A 9-17-77 0.0137 43-29B 9-17-77 o.o24o 0.0240 TABLE B-1 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~smz SCFH X-42 Standby Liquid Control In5ection 63-525 9-17-77 0. 1737 63-525 10-3-77 o.o161 63-526 9-17-77 0.0678 0.0678

. X-14 RHCU Suction 69-1 m/AL 10-5-77 0. 0942 69-2 m/m 10-5-77 0. 1496 0. 1496 X-212 RCIC Turbine Exhaust 71-14/580 9-14-77 22.9458 v1-14/58o 9-18-77 o.4o39 o.4o39 RCIC Pudy Discharge 71-32/592 9-14-77 0.0050 0.0050 X-214 HEI Turbine Exhaust V3-23/6o3 9-14-77 57.3429 V3-23/603 12-21-77 0.4170 0. 4170 HPCI Pump Discharge 73-24/609 . 9-14-77 0. 0906 0.0906 Shutdown Cooling Suction ~

74 47 10-7-77 o.4407 74-48 AP/AL 10-7-77 0.69PT .

X-13A Ipci In5ection 74'-53 9-15-77 5 1903 0.6m'.0107 74-53 9-20-77 0.0042 74 54 9-15-77 5.1158 74 54 9-20-77 0.0107

TABLZ B-1 Individual Penetration Penetration System Test Leakage- Leakage Number Name Remarks, Date ~RCRR SCFH X-211A RHR Return to Torus/

Pump test 74-57/58 10-7-77 o.0487 o.048r X-39A Containment Spray 74-6o/61 9-16-77 0.2566 o.2566 X-13B Lpci Infection 74-67 nZ/AL lo-4-77 o.2554 74-68 m/AL lo-4-77 o.5287 o..5287 Return to- Torus/

'HR X-211B Pump Test

'4-71/72 10-7-77 0-0535 o 0535 Containment Spray 74-74/75 10-7-77 0.0107 0.0107 X-17 Head Spray Infection 74-77/78 10-3-77 0. 0036 0.0036 X-213B Torus Drain 74-722 9-18-77 0. 1088 74-722 11-17-77 0. 1426 0. 1426 X-16A Core Spray Infection 75-25 9<<28-77 0.0059 75-26 9-28-77 51. 3169 75-26 11-16-77 0.2138 0.2138 X-.16B Core Spray Infection 75"53 9-17-77 0.1018 75-54 9-17-77 26. 0571 75-54 11-10-77 1.6324 1.6324

TABLZ B-1 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~SCPH SCFH X-227A Core Spray - Torus High Level 75-57/58 9-15-77 3.6yrr 75-57/58 10-30-77 o.o546 o.o546 X-18 Drltwell Sump Discharge 77-2A/2B 9-15-77 0.0190 0.0190 X-19 Drywell Sump Discharge 77-15A/15B AF/AL 9-15-77 0.0249 0.0249 CRD Return Line 85-573 9-18-77 0. 0119 85.-576 9-18-77 o.o116 85-576 12-21-77 0.0238 0.0238 X-gB Feedwater Line B 3-572 AF/AL 10-5-77 o.8696 o.8696 3-568/71-40/ AF/AL o.3664 69-579 10-5-77 3-568/71-39/ AF/AL o.6415 69-579 10-5-77.85-576 Total leakage from water tested valves 170.0993 6. 2208 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~8CZa SCFH X-7A Main Steam Line A P 1-14/15 9-17-77 3829.o386 1-15 10-25-77 0. 2178 1-14 10-25-77 3. 1411 3.1411

TABIZ B-1 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~SCFH SCFH Main Steam Line B

.1-26/27 9-17-77 1428.1522 1-27 10-22-77 0.0104 1-26 10-22-77 o.266o o.266o x-7c Main Steam Line C 1-37/38 9-17-77 682. 8222 1-37/38 10-4-77 10.631% 10.6314 Main Steam D .

1-51/52 9-17-77 2119. f728 1-52 10-30-77 0.0610 1-51 10-30-77 1.1485 l. 1485 Control Air Discharge 32-336 9-19-77 3 9639 32-336 9-27-77 0.0000 32-2163 9-19-77 o.4845 o.4845 Control Air Suction 32-'62/63 -'-" AP/AL 10-21-77 3.0061 3.0061 x-25 Containment Purge And Inert ing Supply 64-17/18/19/76-24 9-15-77 1215. 1540 64-17/18/19/76-24 9-30-77 4.6731 4.6731 x-205 Torus Vacuum Relief 64-20 cv 9-16-77 '311. 3624 64-20 cv lo-4-77 0.1187 0. 1187 64-21 cv 9-16-77 89.6832 64-21 cv 9-22-77 17.2488 17.2488

TABIZ B-1 individual Penetration Penetration System Test Leakage Leakage Number Hame Remarks Date ~sera SCFH X-231 Ventilation 64-29/30/32/33 84-19 AF 9-16-77 398 3599 64-29/30/32/33-84-19 10-2-77 7. 5224 7 52&

Dryvell Ventilation Exhaust 64-31/34/139/140, 84-2o 9-17-77 3. 5170 64-'31/3"/139/140. 0.0000 0.0000 84-2o 9-29-77 X-10 RCIC Steam Supply 71-2/3 9-18-77 2. P?35 2.2735 X-11 HEI Steam Supply 73-2/3 9-15-77 5 5393 73-2/3 9-18-77 0. 3561 0 3561 X-205 Torus Vacuum Relief 76-17/18/19 9-15-77 0.0000 0.0000 X-51a Containment Air Monitor

76-215 9-17-77 o.5568 76-215 9-26-77 0.04+

76-217 9-18-VV o.m.8 0.1118 Containment Air Monitor 76-22o 9-19-77 5.7151 76-22o* 9-26-77 0.0219 0. 0219 76-222 9-17-77 0.4603 76-222 10-3-77 0.0000 TABIZ B-1 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~rmar SCFH Containment Air Monitor 76-225 9-19-77 16.69o3 76-225 9-26-77 .o.o614 0.0614 76-226 9-18-77 2.1921 76-226 10-25-77 0..0000 X-516 Containment Air Monitor 76-229 AF 9-17-77 4.3841 76-229 76-230.- .- - -.

AL AF/AL 9-26-77 9-18-77 0.0307 o.0789 O.W89 Containment Air Monitor 76-237 AF/AL 9-17-77 o.1578 0. 1578 76-239 AF/AL 9-17-77 0.0000 X-220 a Containment Air Monitor 76-242 AF/AL 9-17-77 0.1008 0.1008 76-243 AF/AL 9-18-77 0. 0000 x-46a Containment Air Monitor 76-248 9-17-'77 0. 2061 0. 2061 76-25o 9-18-77 0. 1096 x-46b Containment .Air Monitor 76-253 AF/AL 9-18-77 0.0438 76-254 AF/AL 9-18-77 0.1035 0.1035 X-25 Containment Purge and Inerting Supply 84-8A/6oo 9-15-77 0.0000 0.0000 Torus Vacuum Relief 84-GB/601 9-16-77 0.0000 0.0000 TABLE B-1

,Individual ". Penetration Penetration System .Test Leakage Leakage Number Name Remarks Date ~scca SCFH X-205 Torus Vacuum Relief 84-8C/603 9-17-77 0. 0000 0.0000 X-25 Containment Purge and Inerting Supply 84-80/602 9-15-77 0.0000 0. 0000 X-50a 8e b Radiation Monitoring System 90-254A/254B/255 9-17-77 0. 1011 0. 1011 X-50c Radiation Monitoring System 90-257A/257B 9-17-77 ~OOBT. ~oo8r.

Total leakage from air tested valves 13949. %90 51.9014

TABLE B-1 TYPE B TEST

SUMMARY

TESTIHB FOR CYCLE 1 - UNIT 1 Bellows Leakage, SCFH As Found Leakage, SCFH As Le&

Leak e Path As Found Date As Le& Date 7A Inb'oard 0. 0003 9-20-77 0.0003 '-20-77 Outboard 0. 0003 9-20-77 0. 0003 9-20-77 7B Inboard 0,0009 9>>20-77 0.0009 9-20-77 Outboard '.0021 9-20-77 0.0021 9-20-77 7C Inboard 0.0000 9-20-77 0. 0000 9-20-77 Outboard 0.0006 9-20-77 0.0006 9-20-77 7D Xnboard 0. 0003, 9-20-77 0. 0003 9-20-77 .

Outboard 0.0000 9-20-77 0.0000 9-20-77 8 Inboard 0.0004 9-21-77 0.0004 9-21-77 Outboard 0.0001 9-21-77 0. 0001 ~

9-21-77 9A Inboard 0.0006 9-20-77 0.0006 9-20-77 Outboard 0. 0003 9-20-77 0. 0003 9-20-77 9B Inboard 0.3336 9-21-77 o 3336 9-21-77'-20-77 Outboard 0.0000 9-20-77 0.0000 10 Inboard 0.0000 9-20-77 0. 0000 9-20-77 Outboard 0.0011 9-21-77 0.0011 9-21-77 ll Inboard Outboard

0. 0009

0. 0010 9-22-77 9-22-77 0.0009

0. 0010 9-22-77 9-22-77 12 Inboard 0. 0007 9-21-77 0.0007 9-21-77 Outboard 0.0005 9<<21-77 0. 0005 9-21-77 13A Inboard 0.0015 9-21-77 0. 0015 9-21-77 Outboard 0.0000 9-21-77 0. 0000 9-21-77 13B Inboard 0.0011 9-21-77 0.0011 9-21-77 Outboard 0. 0000 9-21-77 0. 0000 9-21-77

.14 Inboard 0.0037 9-21-77 0.0037 9-21-77 Outboard 0.0812 9-21-77 0.0812 9-21-77 16A Xnboard 0. 0002 9-21-77 0.0002 9-21-77 Outboard 0;0004 9-21-77 0.0004 9-21-77 16B Xnboard 0.0000 9-21-77 0.0000 9-21-77 Outboard 0.0056 9-21-77 0.0056 9-21-77 17 Inboard 0. 0090 9-21-77 0.0090 9-21-77 Outboard 0.~ 9-21-77 0.0007 9-21-77 Total leakage 0.4471 0.4471

TABLE B-1 TYPE B TEST

SUMMARY

TESTING FOR CYCLE 1 - VNXT 1 Electrical Leakage, SCFH As Found Leakage. SCFH As LeW Leaka e Path As Found Date As Left Date 100A EC 0.0510 9-20>>77 O.051O 9-20-77 B BD 0.0507 9-20-77 0.0507 9-20-77 C BE 0.1005 9-20-77 0.1005 9-20-77 D BF o.o6o6 9-20>>77 0.0606 9-20-77 E BG 0.0606 9-20-77 0.0606 9-20-77 F BH o.o626 9-20-77 0.0626 9-20-'77 G DC 0.0742 9-20-77 0.0742 '-20-77 101A AB 0.0262 10-1-77 0.0262 10-1-77 B AA 0.0249 10-1-77 0.0249 10-1-77 C AF 0.0619 10-1-77 0.0619 10-1-77 D AE 10-1-77 0.0524 10-1-77 102 CA 0.0524-'.1086"'.0925 9-20-77 0. 1086 9-20-'77 103 DG 9-20-77 0.0925 9-20-77 104A ED o.o288 9-20-77 o.o288 9-20-'77 B DB o.o366 9-20-77 o.o366 9-20-77 C BC 0.0383 9-20-77 o.o383 9-20-77 D CB o.o818 9-20-77 o.o818 9-20-77 E EE 0. 0479 ~

9-20-77 0.0479 9-20-77 F EF 0.0009 9-20-77 0.0009 9-20-77 1058 AC 0.0125 10-1-77 0.0125 10-1-77 C AD O.g994 10-2-77 . 0.3994 10-2-77 D EG Spare 0. 0001 9-20<<77 0.0001 9-20-77 106A DA '.0353 9-20-77 0.0353 9-20-77 B BA 0.0327 9-20-77 0.0327 9-20-77 107A BA 0.0603 9-20-77 0.0603. 9-20-77 B 0.0419 9-20-77 0.0419 9-20-77 108A EA 0.0003 10-1-77 0.0003 '10-1-77 B DE 0. 1306 9-20-.77 0.1306 9-20-77 109 DD 0. 1020>> 9-20-77 0.1020 9-20-77 lloA 0.1050 '10-2-77 0.1050 10-2-77 EB'10B DF o.0745 9-20-77 .o.0745 '-20-77 219 FH 0.0001 9-22-77 ,0.0001. 9-22-77 Total leakage 2.0557 2.0557 0

TABLE B-1 TER B TEST

SUMMARY

TESTING FOR CYCLE 1 - UMT 1 Resilient Seals Leakage, SCFH .As Found Leakage, SCFH As Left Leak e Path As Found Date As Left Date lA Equip. Hatch 0.0252 12-29-77 0.0252 12-29-77 1B Equip. Hatch 0.0354 9-14-77 o.o368 12-29-77 4 mam 0.0002 9-22-77 0.0002 9-22-77 6 CRD 0.0023 9-14-77 0.0019 1-10-78 25A Tip 0.0001 9-22-77 0.0001 9-22-77 35B Tip 0.0000 9-22-77 0.0000 9-22-77 35C Tip 0.0002 9-22>>77 0.0002 9-22-77 35D Tip 0.0000 9-22-77 0.0000 9-22-77 35E Tip 0.0000 9<<22-77 0.0000 ~ 9-22-77 35F Tip 0.0000- 9-22-77 0.0000 9-22-77 35G Tip 0.0000 9-22-77 0.0000 9-22-Q 47 Pot 0.0001'.ooo4 9-21-77 0.0001 9-21-77 200a 9-13-77 o.ooo4 9-13-77 200b 0.0003 9-13-77 0.0003 9-13-77, Drywell Head 93. 2001, 9-14-77 0,1415 1-12-78 0.0161 10-1-77 0.0039 10-16-77 Ago 10-1-77 0.0014 '0-11-77 0.0106 900 0.0107 10-1-77 0.0039 10-16-77 135o o.olo4 10-1-77 0.0049 10-11-77 18oo 0.0247 10-1-77 o.oo46 10-19-77 "

2250 0.0097 10-1-77 0.0002 , 10-13-77 270o 0.0093 10-1-77 0.0002 10-13-77 3150 0.0092 10-1-77 0.0014 10-19-77 Personnel Air Lock ~6. 88 9-13-77 ~9. 2~0 1-10-78 loo.2542 59.5242

TABLE B-2 TOTAL LEAKAGE

SUMMARY

TESTING FOR CYCLE 1 - UNIT 1 Type B Leakage I Bellows 0.4471 SCFH II Electrical 2.0557 SCFH III Resilient Seals 59. 5242 SCFH Type C Leakage I Air Tested I'solation Valves 51.9014 SCFH II Water Tester Valves 6.2208 SCFH

-J Total leakage prior to return to power operation 120.1492 SCFH Type B and C leakage I

TABLE -3 TYPE C TEST

SUMMARY

TESTIHG FOR CYCLE 2 - UNIT 1 X.A WATER TESTED XSOLATXON VALVES BEIRUT SUPPRESSION POOL WATER LEVEL Individual Penetration Penetration System Test 3reakage Leakage Number Name Remarks Date ~ace SCFH X-210 Auxiliary Boiler Steam Supply 12-738 AZ/AL 11-28-78 0.0000 12-741 AF/AL 11-28-78 0. 0225 0. 0225 X-225A Water Quality and Sampling System 43-28A AF 12-1-78 0.2244 43-28A AL 12-1-78 0. 0030 43 28B AF 12-1-78 2.8800 43-28B AL 12-16-78 o.oo46 o.o046 Water Quality and Sampling System 43-29A 12-1-78 0,0029 0.0029 43-29B 1-78 2.9846 43-29B 12-16-78 0.0000 X-227A Core Spray - Torus High Level 75-57/58 11-30-78 o.o585 o.o585 X-213B Torus Drain 7kl-722 11-23-78 0.2142 0. 2142 X-212 RCIC Turbine Exhaust 71-14/580 11-30-78 54.oooo 71-14/580 12-6-78 o.1485 o.1485 X-221 RCXC -Discharge 71-32/592 o.o189 0.0189

- -xw4 HECI-Turbine Exhaust 73-23/6o3 11-30-78 20.2500 23/6o3 12-11-78 0.0270 0,0270 0

TABLE B-3 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~2022 SCFH HPCI Pump Discharge 73-24/609 11-30-78 0.002 ~0. 002 Total leakage 77.6737 0.4994 I.B MATER TESTED ISOLATION VALVES - CLOSED-LOOP Individual Penetration

-Penetration System Test *'Leakage Leakage Number Name Remarks Date saba SCFH I

LH! Infection 74-53 AF/AL 12-29-v8. o.erv3 74-54 AF/AL. 12-19-78 0.0180 0.8773 X-211A RHR Return to Torus/Pump Test 74-57/58 12-20-78 0.5562 0.5562 X-39A Containment Spray v4-60/61 12-19-78 0.4230 0.4230 X-13B LOCI Infection 74-67 AF/AL 12-1-78 0. 1329 74-68 I

12-1-78 1.1172 l. 1172 X-21lB RHR Return to Torus/

Pump Test 74-71/72 0.0378 O.OW8 Containment Spray.

v4-v4/v5 . 11-27-78 0. 2790 0. P790 "72-

TABLE B-3 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~scpc SCFH X-17 Head Spray Infection 74-77/78 12-1-78 0.0108 0.0108 X-16A Core Spray Infection 75-25 AF/AL 12-27-78 0.0090 75-26 AF/AL 12-28-78 0.0450 0.0450 X-16B Core Spray Infection 75-53 11-29-78 0.0000 75-54 11-29-78 0.5580 0.5580 Total leakage 3.9043 II AIR TESTS Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~sera SCFH X-7A MSIV Line A 1-14/15 11-28-78 2196.0000 1-15 12-er-78 0.0000 1-14 12-27-78 0.0604 0.0604 MSIV Line B 1-26/27 11-28-78 29.7412 8.1802 1-26/27 11-29-78 8.1802 X-7C MSIV Line C 1-37/38 11-28-78 2807.7569 1-38 12-26-78 0.0000 1-rr 12-29-78 10.1771 10.1771 TABLE B-3 Individual Penetration Penetration System Test Leakage Leakage Number Name Remerks Date ~seve SCFH MSIV Line D 1-51/52 11-28-78 2196.0000 1-51/52 12-11-78 20.4776 1-52 12-5-78 lo.6946 1o.6946 1-51 12-5-78 9.783o x-18 Drywell Sump Discharge 77-2A/2B 12-22-78 o.o484 o.o484 X-19 D~re11 Sump Discharge 77-15A/15B= PZ/AL . 12-26-78 0.1762 0.1762 Control Air Discharge 32-336 AF/AL 12-2-78 0. 3700 0. 3700 32-2163 m/AL 12-2-78 o.2334 X-41 Recirculation Water

@xality Sampling 43-13 AF/AL 12-2-78 o.o668 43-14 AF/AL 12-2-78 o.o668 o.0668 x-8 Main Steam Drain 1-55/56 12-30-78 o.4867 o.4867

~

. x-48 Control Air Suction 32-62/63 12-2-78 o.6446 o.6446 X-25 Containment Purge and Inert ing Supply 64-17, 18, 19,76-24 11-23-78 793.2256 64-17, 18'9,76-24 12-13>>78 1.6838 i.6838 X-205 Torus Vacuum Relief 64-20 CV AP/AL- 11-19-78 o.8225 o.8225

TABLE B-3 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~sera SCFH Torus Vacuum Relief

,64-21 CV 11-29-78 8.2246 8.2246 X-231 Ventilation 64-29/30/32/33,84-19 11-23-78 721.8250 64-29/30/32/33,84-19 12-5-78 3.4oo8 3.4oo8 Dryvell Ventilation Exhaust 64-31/34/139/140,84-2o 11-30-78 6.2065

.64-31/34/139/140,84-20 AL 12-12-78 0. 3520 0. 3520 X-10 RCIC Steam Supply 71-2/3 11-28-78 0.3112 0.3112 X-11 HPCI Steam Supply 73-2/3 D.-29-78 6.2240 6.2240 X-205 Torus Vacuum Relief 76-17/18/19 11-30-78 0.0000 0.0000 X-5la- Containment Air Monitor 76-215 12-1-78 0.0000 0.0000 76-217 12-1-78 0.0000 Containment Air Monitor 76-22o AF/AL 12-1-78 0 1553 0 1553 76-222 AF/AL 12-3-78 0.0000 X-229e Containment Air Monitor 76-225 AP/AL 12-1-78 o.o843 o.o843-76-226 AZ/AL 12-3-78 0.0000 X-5lb Containment Air Monitor 76-229 PZ/AL 12-1-78 0.0000 76-23o 12-1-78 0.0000 0.0000 TABLE B-3 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~sera SCHi Containment Air Monitor 76-237 AF/AL 12-1-78 0. 1198 76-239 AP/AL 12-3-78 0. 0000 0. 1198 X-220 a Containment Air Monitor 76-242 AF/AL 12-1-78 0. 1420 0. 1420 760243 AF/AL 12-3-78 0.0000 X-46a Containment Air Monitor 76-248 AF/AL 12-1-78 0. 0000 76-25o AP/AL 12-1-78 0.0000 0. 0000 Containment Air Monitor 76-253 AP/AL 12-1-78 0.0000 76-254 AP/AL 12-1-78 0. 0000 0.0000 X-25 Containment Purge and Xnerting Supply 84-8A/6oo 11-28-78 11.1144 84-8A/600 12-14-78 0.0000 0.0000 X-205 Torus Vacuum Relief 84-Be/601 11-27<<78 -

2o.9148 84-Be/6ol 12-19-78 o.o486 o.o486 Torus Vacuum Relief 84-8C/603, 11-28-78 0.0000 . 0.0000 X-25 Containment Purge and Xnerting Supply 84-8D/602 11-28-78 2.8oo8 84-8D/602 1-1-79 0.3315 0 3315 X-50a 8c b Radiation Monitoring System 90-254A/254B/255 12-1-78 0. Wlo 0.0710

RQ3LZ B-3 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~sess SCHi Radiation Monitoring System 90-257A/257B 12-1-78 0. 1176 0.1176 Total leakage 8782. 3894 52.994o III WATER TESTS C(EM!RKZ) TO EQJIVALENT AIR LEMAGE Individual Convert Penetration Penetration System Test Leakage to Air Leakage Number Name Remarks Date ~sess ~sess SCHi Water Tests X-14 RWCU Suction 69-1 11-28-78 o.o468 6.1519 6.1519 69-1 11-28-78 o.o468 6.1519 6.1519 69-2 11-28-78 0.0360 5.0075 69-2 11-28-78 0. 0360 5.0075 Shut'down Cooling Suction * "lU 74 47 m/AL 11-27.-78 0.5010 39.5114 39.5114 74-48 AP/AL 11-28-78 0.1170 12.6238 74-661/662 AP/AL 11-27-78 o.oo56 1.1632 x-42 Standby Liquid Control Infection 63-525 AF/AL 12-1-78 0.0070 1.3857 63-526 m/AL 11-30-78 o.0407 5.-5135 5.5135 x-9A Peedwater Line A

. 3-558 12-4-78 1.1705 76.8842 76.8842 3-554/73-45 12-4-78 1.0125 68.6171 3-554/73-45 12-16-78 o.o855 3-554/73-44 12-3-78 0.0090 1.6877

TABLE B-3 Individual Convert Penetration Penetration System Test Leakige to Air Leakage Number Name Remarks Date ~80PH ~scan SCFH Water Tests Feechrater Line B 3-572 AF/AL 11-30-78 . 1.1302 74.799. 74.gyp 3-568 AF 11-29-78 l. 3352 85.2493 3-568 AL 1-2-79 0.2403 22.2025 69-579 AF/AL 11-29-78 0.0534 6.8227 71-39 AF/AL 11-28-78 0.0735 8.7660 71-40 AF 11-30-78 36.0494 1131.3219 71-40 AL 1-2-79 =-

0.2403 22 2025 85-576 ,-... AF/AL 11-29-78 ~0.0 5 4.6214 Tota1 1eakage 41.6203 1530. 1P70 TABIZ B-3 TYPE B TEST

SUMMARY

TESTING FOR CYCIZ 2 - UHIT 1 Electrical Leakage, SCFH As Found Leakage, SCFH As LeW Leak e Path As Found Date As LeW Date 100A EC 0.0000. 12-3-78 0. 0000 12-3-78 B BD 0. 0621 12-3-78 0. 0621'. 12-3-78 C BE 0. 0615 12-3-78 0615 12-3-78 D BF 0.0369 12-3-78 0. 0369 12-3-78 E BG 0.0615 12-3-78 0. 0615 12-3-78 F BH o.o492 12-3-78 o.o492 12-3-78 G DC 0.0621 12-3-78 0.0621 12-3-78 101A AB o.o4o8 12-4-78 o.o4o8 12-4-78 B AA 0.0517 12-4-78 0.0517 12-4-78 C AF 0.0624 12-7-78 o.o624 12-7-78 D AE 0.0529 12-3-78 0.0529 12-3-78 102 CA 0.0931 '2-3-78 o 0931 12-3-78 103 DG o.o492 12-3-78 o.o492 12-3-78 104A ED 0.0313 12-2-78 0.0313 12-2-78 B DB 0.0661 12-3-78 0.0661 12-3-78 C .BC 0.0926 12-3-78 0.0926 12-3-78 D CB o,o246 12-3-78 o.o246 12-3-78 E "EE 0.0788 12-4-78 o.0788 12-4-78 F EF 0.0003 12 4-78 0.0003 12-4-78 105B AC 0.0259 12-4-78 0.0259 12-4-78 C AD 0.0081 12-3-78 o.oo81 12-3-78 D XG Spare 0.0036 12-3-78 0.0036 12-3-78 106A DA 0.0626 12-2-78 0.0626 12-2-78 B BA o.0783 12-2-78 0.0783 12-2-78 107A BA o.o677 12-3-78 0.0677. 12-3-78 B 0.0153 12-2-78 0.0153 12-2-78 108A EA 0.0051 12-3-78 0.0051 12-3-78 B DE 0.0917 12-4-78 0.0917 12-4-78 109 DD 0.0930 12-3-78 0.0930 12-3-78.

110A EB 0.0794 12-3-78 0.0794 12-3-78 110B DF 0.0872 12-4-78 ,

0.0872 12-.4-78 519 FH 0.0001 12-26-78 0.0001 12-26-78 Total leakage 1.5951 1.5951

TABLE B-3 TYPE B TEST SUM%6K TESHMr FOR CYCLE 2 - UHXT 1 Resilient Seals Leakage, SCFH Found Leakage, SCFH As Le&

Leak e Path As Found Date As Le& Date 2 3925 11-27-78 0.0132 1-12-79 0.0200 11-27-78 0.0281 '-12-79

0. 0013 1-13-79 0.0013 1-13-79 0.0002 11-27-78 0.0002 1-11-79 35A 0.0000 12-4-78 0.0000 12-4-78

's 35B 0. 0000 12-4-78 0.0000 12-4-78 35C 0,0000 12-4-78 0.0000 12-4-78 35D O.OOOO 12-4-78 0.0000 12-4-78 35E 0,0000 12-4-78 0.0000 12-4-78 35F 0.0000 12-4-78 0.0000 12-4-78 35G 0.0000 12-4-78 0.0000 12-4-78 .

47 0.0001 1-5-78 0.0001 1-5-78 200A 0.0004 11-27-78 0.0025 1-16-79 0.0015 11-27-78 0.0000 1-11-79 Drywell Head 14.9534 11-27-78 0.0070 1-15-79 As Oo 0.0056 1-13-79 0.0056 1-13-79 450 0.0001 1-13-79 0.0001 1-13-79 90o 0.0041." 1-13-79 0.0041 1-13-79 135o 0.2679 ~ 1'-13-79 0.0003 1-14-79 180o 0.0001' , 1-12-79 0.0001 1-12-79 225o 0.0073 1-13-79 0.0073 1-13-79 270o. 0.0005 1-10-79 0.0005 1-10-79 315o ~0. 000 1-12-79 ~0. 000 1-20-79 Total leakage 17.6553 0.0707 Personnel Air Lock 105.1218 SCFH 11-27-78 58.6927 SCFH 1-20-79

~

TABLE B-4 TOTAL LEAKAGE

SUMMARY

TESTING FOR CYCLE 2 - UNIT 1 Type B Leakage X BeUows 0.0721 XI Electricals 1. 5951 XII Resilient Seals 0. 0707 XV Personnel Air Lock Door 58.6927 Type C Leakage I Air Tested Isolation Valves 52. 9940 II Isolation Valves Tested with Water and Converted to Equivalent Air Leakage 202.8607 III Isolation Valves that. Terminate Below Suppression Chamber Water Level (See Note 2) 0.4994 IV Isolation Valves that are Located In Closed-Loop, Seismic Class I Lines that are Water Sealed (See Note 1) 3.9043 Note 1: This leakage is not included in the total leakage rate but is reported per paragraph III A i(d) of 10CFR50, 'Appendix J'.

Note 2: This leakage shall not be included in the total leakage rate if the total water leak rate is less than 20 781 cubic feet per 30 days or 28.86 SCFH; Total leakage prior to return to power operation 320.6890 Type B and C leakage e

TABLE -5 TYPE C TEST

SUMMARY

TESTIHB FOR CYCLE 3 - UNIT 1 I.A WATER TEST (ISOLATION VALVES THAT TERMIHN!E BEMA SHE,SUPHtESSION CHAMBER WATER LEVEL)

Individual Penetration Penetration Test Leakage Leakage Number Remarks Date ~scca SCFH X-212 RCIC Turbine Exhaust 71-14/58o 1-6-8o 14.2941 71-14/580 2-19-80 o.3852 o.3852 X-221 RCIC Pump Discharge 71-32/592 1-7-8o 44.1818 71-32/592 1.-16-8o o.1584 o.1584 X-214 HPCI Turbine Exhaust 73-'23/6o3 1-7-8o 22.0889 73-23/6o3 1-12-8o 0.0612 0.0612 X-222 HKI Pump Discharge 73-24/609 1-7-8o o.0574 0.0574 X>>213B Torus Drain 74-722 1-5-8o 0.1316 0.1316 X-2P?A Core Spray - Torus High Level 75-57/58 1-9-80 0.6378 75-57/58. 2-9-8o o.5586 o.5586 X-225A Water xality and Samp1ing System

'43-28A 1-4-8o 0. 0027 O.OOW 43-28B 1-4-8o 0. 1479 43-28B 1-20-80 0.0013

,0 TABLE B-5 Individual Penetration Penetration ~

System Test Leakage Leakage Number -Name Remarks Date ~SCFH SCPH Water Quality and Sampling System 43-29A 1-19-80 0.0019 43-29A 2-9-8o 0. 0015 43-29B 1-7-8o 2.7000 43-29B 2-9-8o 0.0043 0.0043 X-210 Auxiliary Boiler Steam Supply 12-738 Ar/AL 1-4-8o 0.0030 12-741 AF/AL 1-4-8o 0,0091 0.0091 X-228 Demineralised Water 2-1143 0.00 0. 0030 I.A Water tests total leakage 81.4022 1. 3715 I,B WATER TEST (ISOLATION VALVES LOCATED IN CLOSER-LOOP, SEISMIC CLASS, LINES THAT A EGZATER SEAIZD)

Individua1 Penetration Penetration System Test Leakage. Leakage Number Name Remarks Date ~schiz SCFH LHlI Infection '-13A 74-53 m/AL 1-9-80 o.olo8 74-54 AF/AL . 1-9-80 0.0693 0.0693 X-138 LH!I Infection 74-67 m/AL 1-.6-8o 0. 1575 74-68 AF/AL 1-6-8o 0. 3015 0. 3015 X-211A RHR Return to Torus/Pump Test 74-57/58 1-10-80 1; 3615 1. 3613

,0 TABLE B-5 Individual Penetration Penetration System =

Test., Leakage .- Leakage Number Name Remarks Date ~scar SCFH X-211B RHR Return to Torus/Pump Test 74-71/72 1-6-8o 6.o9o2 6.o9o2 .

X-39A Containment Spray 74-6o/61 0.5209 0.5209 Containment Spray 74-74/75 1-6-8o 0.7364 74-74/75 1-6-8o 0. 3150 0. 3150 X-16A Core Spray Infection 75-25 1-9-80 0.0000 0.0000 26 = 1-9-80 0.0000 X-17 Head Spray Infection 7t -77/78 1-6-8o 0.0000 0.0000 X-16B Core Spray Infection 75-53 AF/AL 1-5-8o o.4894 75-54 m/AL 1-5-8o 1. 2/26 ~l. 26 I.B Water tests total leakage 9.3667 9.9508 II AIR TESTS Individual Penetration

. Penetration System Test Leakage Leakage Number . 'Name Remarks Date ~scar SCHi X-7A Main Steam Line A 1'-15 1-8-8o 664.3706 1-15. 2-1-8o 0.0000 1-14 1-8-8o 3o6o. 1o44 1-14 . 2-8-"8o 1.7314 1.7314 TABLE B-5 Individual Penetration Penetration

" 'Number System Test Leakage' Leakage Name Remarks Date ~8CZa SCFH Main Steam Line B 1-27 1-9-80 9.3492 9.3492 1-26 1-9-8o ,29.3541 1-26 2-5-8o 6.4511 X-7C Main Steam Line C 1-10-80 3122.0518 1-38 3-5-8o 3.7087 1-37 1-10-80 67.3185 1-37 2-7-8o 6.3618 6.3618 X-7D Main Steam Line D 1-52 1-12-80 133.2914 1-52 2-6-8o 0.0000 1-51 1-12-80 3426. 8873 1-51 2-9-80 3.2714 5.2714

~ ~ X-231 Ventilation 64-29/3o/32 ~

1-8-8o 7.1751 64-33 1-8-8o 3734. Pyr8 7.3136 84-19 1-8-8o 30.5446 64-29/30/32/33,84 1-22-8o 7.3136 X-18 Drywell Sump Discharge 77-2A/2B 1-8-8o 0.0000 0. 0000 X-19 Dryvell Sump Discharge 77-15A/15B. 1-8-8o 0.0173 77-15A/15B 2-9-80 0.0732 . 0.0732

'ontrol Air Discharge 32-336 AF/AL 1-.10-80 0. 1724 32-2163 m/AL 1-10-80 o.3846 o.3846

Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~sew SCFH Recirculation Mater Quality Sampling 43-13 AP 2-13-8o 0.0619 43-13 AL 2-15-80 o 1P?9 o.1979 43-14 See Note 2 x-8 Main Steam Drain 1-55/56 1-7-8o 1.7050 1-55/57 2-lo-8o 0.7508 0.7508 a x-48 Control Air Suction 32-62/63 1-9-80 0. 3986 0. 3986 Service Air 33-10 (See note 1) .AF N/A 33-10 AL 2-14-8o o.3543 3-785 m'/AL. 2-12-80 o.5968 33-785 AL 3-9-8o 0 5305 0. 5305 X-25 Containment Purge and Inerting Supply 64-17/18/19/76-24 76-24

'" AF 1-8-8o 1-8-8o 28.7865 1702.7509 13.0535 64-17/18/19/76-24 AL 3-9-8o 13 0535 X-205 Torus Vacuum Relief 64-2o cv 1-6-8o 4. 1751 4. 1751 Note 1 Replaced by 33-1070 (installed this 'outage)

X-205 Torus Vacuum Relief 64-21 CV 1-6-8o. 5.7795 5.7795

TABIZ B-5 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~ssss SCFH DryweU. Ventilation Exhaust 64-31/34/139/140, 84-2o. 1-8-8o 2.7562 64-31/34/139/140, 84-2o 2-18-8o 0.0000 0.0000 X-20,. Demineralized Mater 2-1192 m/AL 2-6-8o 0.0000 2-1383 , . AP/AL 2-6-8o 0.0000,., 0.0000 X-10 RCIC Steam Supply Vl-'2/3. 1-5-8o o.2876 o.28v6 HECI Steam Supply v3-2/3 1-5-8o- 4.pyro 4.ypo X-205 Torus Vacuum Re1ief 76-17/18/19 1-6-8o 0.0000 0.0000 X-5la Containment Air Monitor .76-215 1-9-80 0.0000 0.0000 76-217 1-9-8o 2.8621 76-217 1-17-80 0.0000 Containment Air Monitor 76-22o AF/AL 1-lo-8o 0.0509 0.0509 76-222 AF/AL 1-11-80 0.0000 X-229e Containment Air Monitor.76-225 m/AL 1-lo-8o 0.0000 76-226 AF/AL 1-11-80 0. 0000 0.0000

TABIZ B-5 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~SCm SCFH X-51b Containment Air Monitor 76-229 m/AL 1-9-80 0.0000

-'6-230 m/AL 1+80 0. 0000 0.0000 Containment Air Monitor 76-237 m'/AL 1-10-80 0.0000 76-239 AF/AL 1-11-80 0.0420 0.0420 X-220 a Containment Air Monitor 76-242 1-10-80 76-243 " ' AP/AL AF/AL '1-'11-80 0.0000 0.0000 '"

0.0000 Containment Air Monitor 76-248 1+80 0.0000 76-250- 1-9-80 0. 0000 0. 0000 X-46b Containment Air Monitor 76-253 AF/AL 1-9-80 0. 0000 76-254 m/AL 1-9-80 0. 0000 0.0000 X-25 Containment Purge and Inerting Supply 84-8A/600 0.0000 0.0000 X-205 Torus Vacuum Relief 84-Ga/601 0. 0000 0. 0000 X-205 Torus Vacuum Relief 84-8C/603 1-4-80 0.0000 0. 0000 X-25 Containment Purge and Inert ing Supply 84-8D/602 1-4-80 239. 1905 84-8D/602 1-5-80 0.0000 0.0000 TABLE B-5 Individual Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~SCZa SCFH X-50a 5 b Radiation Monitoring System 90-257A/257B 1-6-80 0.0000 0.0000 X-50c Radiation Monitoring System 90-257A/257B 1-6-80 0. 0000 0.0000 X-14 EMCU Suction 69-1 1-7-80 16. 1643 69 1-7-80 3. 4574.

69-2 1-7-80 0.0000 Standby Licpd.d Control

~ection 63-525 AF/AL 2-10-80 0. 1794 0. 1794 63-526 AF/AL 1-9-80 0.0000 Shutdown Cooling Suction 74-47 AF/AL 2-7-80 0. 3100 74-48 '. AF/AL '-7-80 5.9413 5.9413 74-661/662 AF/AL 2-7-80 0.7086 X-9A Feedwater Line A 3-558 AF 1.-6-80 29. 2852 3-558 AL 2-4-80 9.9561 3-554 AF 80.6004 3-.554 AL 2-7-80 16.5934 16.5934 73-45 AF 1-10-80 29.1229 73-45 AL 2-7-80 11.2836 73-44 AF/AL 1-10-80 0.0000

TABIZ B-5 Individua1 Penetration Penetration System Test Leakage Leakage Number Name Remarks Date ~SG FH SCFH Teedvater Line B 3-572 AF 1-23-80 77.6542 3-572 2-13-80 3.6692 3.6692 3-568 AF 1-24-80 4656.0000 3-568 AL 2-11-80 2.8>89 69-579 AY 1-30-80 9 7795 69-579 AL 2-14-80 0.4736 576 AP/AL 2-13/80 0.7301 71;40 AF 2-3-80 322.5324 71-40 AL 3-1-80 1.8388 71-39 PZ/AL .2-20-80 3.3466 Recircu1at ion System 68-508 (See note 2) 1-17-.80 0. XPQ 68-550 (See note 2) 1-17-80 0.2745 o.ar45 Recirculation System.68-523 (See note 2) 1-17-80 0.0000 68-555 (See note 2) 1-17-80 0.0000 0. 0000 X-27e Containment Inerting System 76-49 thru 68 vere not instal1ed this outage II Air tests total leakage 1277.0786 88.2638 Note 1 69-624 not added this outage.

Note 2 68-508/523/550/555 vere added outage.

TABLE B-3 TYPE B TEST

SUMMARY

TESTING FOR CYCLE 3 - UNIT 1 Bellows Leakage, SCFH As Found Leakage, SCFH As Left Leaks e Path Aa Found Date As Left Date 7A Inboard 0.0002 1-12-8o 0. 0002 1-12-80 Outboard 0.0005 1-12-80 0.0005 1-12-8o 7B Inboard o.oo18 1-12-80 0.0018 1-12-80 Outboard 0.0005 1-12-80 0.0005 1-12-8o 7C Inboard 0.0000 1-12-80 0.0000 1-12-8O Outboard 0.0012 1-12-80 0.0012 1-12-80 7D Inboard 0. 0093 1-12-80 0.0093 1-12-80 Outboard o.ooo4 1-12-80 o.ooo4 1>>12-80 8 Inboard 0. 0002 1-12-80 0.0002 1-12-8o Outboard 0. 0002 1-12-80 0.0002 1-12-80 9A Inboard 0.0001 1-12-80 0.0001 1-12-80 Outboard 0.0003 1-12-8o 0. 0003 1-12-80 9B Inboard 0.0155 1-12-80 0.0155 1-12-80 Outboard o.0118 1-12-80 o.0118 1-12-8o 10 Inboard 0.0003 1-12-8o 0.0003 1-12-8o Outboard 0.0015 1-12-80 0. 0015 1-12-80 11 Inboard 0.0000 1-12-80 0.0000 1-12-80 Outboard 0. 0000 '-

1-12-80 0.0000 1-12-80 12 Inboard 0.0001 1-13-8o 0.0001. 1-13-80 Outboard 0.0003 1-13>>80 0. 0003 1-13-80 13A Inboard 0.0002 1-13-80 0.0002 1-13-80 Outboard '.ooo4 1-13-80 o.ooo4 1-13-80 13B Inboard 0.0010 1-13-80 0.0010 1-13-80 Outboard 0.0003 1-13-8o 0.0003 1-13-8o 14 Inboard 0.0014 1-12-80 0. 0014 1-12-80 Outboard 0.0025 1-12-80 0. 0025 1-12-80 16A Inboard 0.0000 1-10-80 0.0000 1-10-80 Outboard 0.0003 1-lo-8o 0. 0003 1-10-80 16B Inboard '.0000 1-10-80 0.0000 1-10-80 Outboard o.oer8 1-10-80 o.oov8 1-10-80 17 Inboard 0.0201 1-lo-8o o.o181 1-14-8o Outboard 0.0009 1-10-80 0.000 1-lo-8o Total leakage 0.0791 0. 0771

TABLE B-3 TYPE B TEST

SUMMARY

TESTI56 FOR CYCLE 3 - UNIT 1 Resilient Seals Leakage, SCFH As Found Leakage. SCFH 'As Left Leak e Path As Found Date As Left Date W

lA 0.0051 1-4-8o 0. 0062 3-1-8o 1B 0. 0009 1-4-8o 0.0021 2-26-8o 4 o.ooo4 1-10-80 o.ooo4 1-10-80

6 0.0001 1-4-8o 0.0003 3-5-8o 35A 0. 0000.' 1-11-80 0.0000 1-11-80 35B 0.0000 1-11-80 0.0000 1-11-80 35C 0. 0000 1-11-80 0. 0000 1-11-80 35D 0. 0000 1-11-80 0. 0000 1-11-80 35E 0. 0000 1-11-80 0.0000 1-11-80 35F 0.0000 1-11-80 0.0000 1-11-80 35G'7 0. 0001 1-11-80 0.0001 1-11-80 0.0000 1-10-80 0. 0000 1-10-80 200A 0. 0003; 1-4-8o 0.0001 3-5-80 200B o.ooo6 1-4-8o 0. 0000 3-6-8o Dryvell Head o.o462 1-4-8o o.o846 2-17-8o n45o oo 0. 0103 "

0.0010 1-8-8o 1-8-80 0.0002 2-10-80 0.0003 2-10-80 900 0.0100 1-8-8o 0,0000 2-10-80 135o 0.0371"'.0003 1-8-8o 0. 0371 1-8-8o 180o ~ 1-8-80 0. 0003 1-8-8o 225o 0.1256 1-8-8o 0.0001 2-10-80 27Oo 0.1112 1-8-8o o.ooo4 2-10-80 315 0.0791 1-8-8o 0.0002 2-10-80 Personnel Air Lock 'et&

1-4-8o 42.7761 2-9-8o Total leakage o.4283 0.1324 78.2527 42.9o85

TABIZ B-3 TYPE B TEST MAMMARY TESTING FOR CYCIZ 3 - UNIT 1 Electrical Leakage, SCFH As Found Leakage, SCFH As Left Leaka e Path As Found Date As Left Date 100A EC 0.0621 1-13-8o 0.0621 1-13-80 B BD o.o388 1>>13-80 0.0388 1-13-8o C BE 0.0309"',

1-14-8o 0.0309 1-14-8o D BF 0.0495 1-14-8o ,0.0495 1-14-8o E BG 0. 0371 1-14-8o 0.0371 1-14-80 F BH 0.0309 1-14-80 0.0309 1-14-8o G DC 0.0310 1-13-80 0.0310 1-13-8o 101A AB o.0328'.0187 1-13-80 0.0328 1-13-80 AA 1-13-80 0.0187 1-13-80 C AF 0.0543 1-13-80 0.0543 1-13-80 D AE o.o328 1-13-eo 0.0328 1-13-80 102 CA o.0774 1-13-80 O.err4 1-13-80 103 DG o.o866 1-14-So o. o866 1-14-8o 104A ED 0.0657 1-13-80 0. 0657 1-13-8o B DB o.o328 1-13-80 o.o328 1-13-8o C BC 1-13-80 o.o394 1-13-8o D CB o.0394'.o866'.0521* 1-14-8o o.o866 1-14-80 E EE 1-14-80 0.0521 1-14-8o F 0.0009 1-14-80 0.0009 1-14-8o 105A Spare N/A N/A 105B AC 0.0312 1-13-80 0. 0312 1-13-8o 105C AD 0.0310 1-13-80 0.0310 1-13-80 105D EG o.ooo4 1-13-80 o.ooo4 1-13-80 106A DA o.o698 1-13-80 0.0698 1-13-80 106B BB 0.0310 1-13-8o 0.0310 1-13-80 107A BA o.o466 1-13-8o o.o466 1-13-80 107B o,o684 1-13-80 o.o684 1-13-8o 108A EA o.ooo4 1-13-80 o.ooo4 1-13-80 108B DE 0.0327 1-14-8o 0.0327 1-14-8o 109 DD 0.0657 1-13-80 0. 0657 1-13-80 lloA EB o,o394 1-13-8o o.o394 1-13-80 110B DF 0.0000 1-14-8o'-14-80 0.0000 1-14-8o 219 FA 0.0000 0.0000 1-14-8o Total leakage 1.2770 1.2770 94

TABLE B-6 TOTAL LEAKAGE

SUMMARY

TESTING FOR CYCLE 3 - UNIT 1 Type B Leakage I Bellows 0.0771 II Electrical l. 2770 III Resilient Seals 42.9085 Type C Leakage I Air Tested Isolation Valves 88.2638 II Isolation Valves Tested with Water and Converted to Equivalent Air Leakage N/A III Isolation Valves that Terminate Below Suppression Chamber Water Level (See Note 2) 1 3715 IV Isolation Valves that are Located In Closed-Loop, Seismic Class I Lines that are Water Sealed (See Note 1) 9 9508 Note 1: This leakage is not included in the total leakage rate but is reported per paragraph III i (d)

A of 10CFR50, Appendix J.

Note 2: This leakage shal3. not be included in the total leakage r'ate if the total water leak rate is less than 20 781 cubic feet per 30 days or 28.86 SCFH.

Total leakage prior to return to power operation 143.8487 SCFH Type B and C Leakage ENCLOSURE 1 DROWNS FERRY NUCLEAR POllER PLANT Locations used in Vital Area Analysis - Unit 1 Abbreviations Descri tion

l. ULSF* Upper Level of Spent Fuel Area' Elevation 664 ft. of Reactor Building.

2. CR* Control Room - Located at, 617 ft. Elevation.

/

3. AUXIRHl** Auxiliary Instrument Room Ho. 1 (Unit 1) - Located at 593 ft. Elevation ot the Control Bay.

4. RC* Reactor Containment.

5. OATODl Battery Board Ho.. 1 - Located in DC Equipment Room Ho. 1 at 593 ft. Elevation of Control Bay Unit l.

6. OATDDZ Battery Board Ho. 2 - Located in DC Equipment Room No. 2 at 593 ft. Elevation of Control Bay - Unit 2.

7. BATRH1 Battery Room No. 1 - Located at the 593 ft. Elevation. of the Control Day of Unit l.

Q. BATRt12 Battery Room Ho. 2 - Located at the 593 ft. Llevation of the. Control Bay of Unit 2.

9. SDRhlA

Shutdown Room A - Located at the 621 ft. Elevation of the Reactor Building.

10. HSVT Hain Steam Vault - Located at the 564 ft. Elevation of the Reactor Building.

11. TORUS

Suppression Chamber ' Located at the 519 ft. Elevation of the Reactor Building.

12. IIPCI bligh Pressure Coolant Injection Pump Room - Located at the 541 ft. Evelation on the Southwest Corner of the Reactor Building.

13. flXCLRH lleat Exchanger C1ean Up Room - Located at the 593 ft, EIevation of the Reactor Oui1ding.

I vital area :.'.<';:in-.';in.; raO r NVOBuunON

- Type To be treated as a Type I vital area based on the potential for disabling the auto- lu U~:ai ".'I A (d) ill"'VBhlATZOit matic portion of the Reactor Protection System (RPS) from this location.

14. SDRHD Shutdown Room B - Located at the 593 ft. Elevation of the Reactor Building.

15. 480SDBDlA 480 Volt Shut Down Board lA - Located at the 621 ft..Elevation of the Reactor Duilding.

16. 400SDDDlD 480 Volt Shut Do<un Doard 1D'Located at the G21 ft. Elevation of the Reactor Building.

17. NWRB North West Corner Room of the Reactor Building - Evaluation 519 ft.

\

18. 250Rt'lOVBDC 25000 Volt Reactor tlotor Operated Valve Board - Located at the 565 ft. Elevation of the reactor Building.

19. CST Condensate Storage Tank (No. Indicates Unit No.).

20. 400-I'10-STG-Bld 480 Volt Hotor Control Center - Located at the Storage Building.

21. SWRB South Hest Corner Room of the Reactor Building at 519 ft. Elevation.

22. RIIRIIXIIRH Residual kleat Removal System lleat Exchanger Hest Room Located on the 593 ft.

Elevation of the Reactor Building.

23. PERACC Personnel Acce'ss Area - Located at the 565 ft. Elevation of the Reactor Building..'ipe

24. PPTUH Tunnel from.CST Tank to the Reactor Building.

25. t)ERB North East Corner Room oF the Reactor Building - Located at the 519 ft. Elevation.

26, tiOVlD 480 Volt Repctot'hotor Operated ValVe Boar'd 1K - Located at the 593 ft. Elevation of the Reactor Building, 27, SERB South East Corner Room of the Reactor Bui.lding- Located at the 519 ft. Elevation.

. 20. RIIRIIXERt1 Residual lleat Removal System lleat Exchangel. East Room -.

Located on the 593 ft.

Elevation of the Reactor Building, 29, tlOVlC 480 Volt Reactor Hotov Operated ValVe Board 1C- Located at the 565 ft. Elevation

~r .>> P. r of the Reactop Building. ,,U~<>>>~.J,.;;,g y!Ipog'%TXM

'j 'u(Q) glUU!"IA'L'NOH

30. 565RB 565 ft. Elevation of the Reactor Building.

31, 593RB 593 ft. Elevation of the Reactor Building.

32. SDRNC Shutdown Room C - Located at the 621 ft. Elevation of the Reactor Building Unit 2

33. SORt1D Shutdown Room O - Located at the 593 ft. Elevation of the Reactor Building Unit 2

34. DGRHA Diesel Generator Room A - Located on the Nest Side of the Reactor Unit 1 at the 565 ft. Elevation of the Diesel Generator Building.

35. PUf<PRtQ Pump Room A .- Located at the Pumping Station.

36. PUtlPRHB Pump Room B - Located ab the Pumping Station.

~~

~5

37. PU11PRl1C Pump Room C - Located at the Pumping Station.

30. PU11PRHO Pump Room 0 - Located at the Pumping Station.

39. DGllL Diesel Generator Ilail - Ilail May Just Outside of the Diesel Generator Rooms,

40. SBC 4160 Volt Shutdown Board C - Located at the 621 ft. Elevation of the Reactor Building Unit 2 (Board C is located in SDRHC - See Location Ho. 32 Above).

41. SDD 4160 Volt Shutdown Board D - Located at the 593 ft. Elevation of the Reactor Building Unit 2 (Board D is ocated in SORNO - See Location Ho. 33 Above).

1

42. DGR11B Diesel Generator Room B - Located in the DG Building at the 565 ft. Elevation.

43. DGRMC Diesel Generator Room C - Located in the DG Building at the 565 ft. Elevation.

44. OGRHO Diesel Generator Room D - Located in the OG Building at the 565 ft. Elevation.

SECU' '-Ill.:M'l'l'nIn "0"lSiTXOH l0 Od'l ". Vuo(~l) 3.r(i VntdiiIOH

ENCLOSURE 2

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) 15 SF-SA-SF A P OUTe RSFA SECURITY-RELATED INFORMATION 30 10 GER 8.790(d) DlPONAATC 32

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L2o IHFOI T 32

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5 5

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>0 Iil ~ RHR ."IOV47-CO OUTo PCB-LLOCA-PP--0 109 RXCRLUP-69-I-OC OUTy PCA RXCLUP PP-0 12 110 RXCLUP-PP-II OUTo PCD RXCLUP-PP-B l3 111 RHR-HOVRB-CO OU Tt PCD-RHR-LOPRES-B 112 RHR-HOV47 CO OUT> PCD-RHR-LOPRES-0 15 113 HPCIQ-PHD HS OG IN ~ HPCIO-HX-RX-B IN ~ HPCIO-PP-PHO 0 I>9 ~ HPCl0 VV-PHD 17 OUT O HPCI 0-IHR 114 IIPCIO-PH-L IN HPCI 0-TD-PHH OUT ~ HPCI 0-IHR 115 HPCIO" CS-PHS AG IN ~ HPCI0-'fK fOR IN 0 HPCIO-fKCST OUTO HPCI 0-IHR 21 116 HPCIO-HX-RX-0 BE OUT% HPCIO-PHO-HS HPCI 0-PI'HD-0 22 1 17 OUTs HPC l 0-PHD-HS 23 110 HP CI 0-VV"PHD OG IN 0 HPCI-73-34-0C IN ~HPC I-73 44-CC OUTI HPCIO-PHO"HS 25 19 HPCI0- TO-P HH OG IN HPCI 0-PHH-D

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lQ Clat 8 790(d) INZOBMhTI00 I

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163 RCICO-CSl'VV-PHS 'G IN ~ RCIC-CS T-VV-PHS IN s ACIC-71-19-OC 5I OUTs RCICO-TKCST 164 RC ICO-CSTPP-8 BE OUTs RCICO-TKCST 165 RCICO-TK-CST-8 BE OUT ~ RC I CO- TKCST 9l IB 165 RCIC"71-37-OC BE OUTs ACICO-VV-PHO 93 I9 167 RCIC-71-39-CC BE OUTs ACICO-VV"PHO 20 168 RCIC-71-16-OC BE OUT ACICO-TOAVV-PHS Ci 2I 169 ACIC-71-17-CC BE OUT RCICO-I'OAVV-PHS 170 AC IC-71 18-CC 0 OUT~IIC ICO,.-TOAVV;,PHS 171 AC IC-CST-VV-PHS AG IN 3 AC IC-2-170-OC 23 ~

IN ~ AC 1C-2-166-OC I 2 ~OC I C I 6$ -0 C OUT's ACICO-CSTVV-PHS

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32

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P 3 IC S S P S= T IlaH3 ..0! l%5I E$ 343 SStt-PH I E Plt OG IN 2 AC-4160-9S3C 23UT ~ Csslt-'tOLPHit cs I p'I'I aux OG IN I ".SSO.-P.'IO-,COOL IN 2 CSSO-O'Io-LUB Ourt CSSO-PHO-0 90 351 CSSO-PHB-0 OUT t CSSO-PHO-0 352 CSSR"PHII-CSG BE DUD CSSO-PHO-0 353 CSSS-PHB-COOL BE'E OUT ~ CSSO-PHB-AUX CC 354 CSSB-PHB-Luo our. Csso-pHO-Aux 12 355 CSSB-PHO-D OG IN o CSSO"PHO-AUX IN > CSSII-PHD-0 IN ~ CSSO-PHD-CSG OUT o Csstt-IIO-Plto 356 CSSO-PHD-EPM OG IN y AC-4160-OSBO dt OUT I Cssit-23to-PHO at 'Id 357 CSSB"PHO-AUX OG IN y CSSO-PHO-COOL IN ~ CSSO-PHO-Luo OUT~CSSO-PHD-0 9l IB 3538 C SSO- PHO-0 OUT CSSB-PHO-0 19 359 CSSO-PHO-CSG BE O~UT CSS9-PHO-0 20 360 CSStt-PHD-COOL OE OUT~ CSSO-PHO-AUX CI 21 361 CSSit-PHD-LUH GUS CSSO-PHD-AUX 22- ir2~lis fillA-0~ Olfe AC-4160 OSlI A 363 AC-4160-OSUA-PS AG AC-4160.-,0SOA-SB Ill r AC-4160 OSBA-ttP u~ ac~ggo-ossa 25 3~r. 2='IlfilLP 23I~ I~C IN ~ I-.CSlg "0 OG-A-L 2d ~AC~~~SO~S 27 L.QSP IN ~ AC-4160-OSBA-AP LLb hC=XIAKJ1$Bk2$ 29 ~~xe~s~~ SL'CURZTY-REMTRD IlfPORhMTION 31 I ~ Iu 32
5"" I SI u '>I SO/ I)) v )/13/ 4') 12 ~ 59 ~ 1') I'ACE No 2 B G S S P SET ttatIE TYPE RANK RELATIONSHIPS PREFIX S 0 T T I)4 i OG-A-t3 IN i OC-A-AUX oOT, Ac'-416o=osaA-so I BBI ~ LOSP'M IN i Co~r-tIPMr-0 OUTi Ac-4160-OSBA-NP ~ 8 OU T ~ AC-'I LEO-8 SB A-AP OUTi AC-4160-BSBB-AP OUT ~ Ac-4TSO-OSOC-AP OUT% AC-4160-BSBO-AP 10 370 AC-4160-BSflo"NP AG IN i LOSPM iAC"4 fQI-BSBB-AP OUTi AC- 1160 OSBB PS 12 13 371 AC-4160-BSBB-AP OG IN i LOSPM IN i CO"IP IIPQY-0 OUTs Ac 4160 BSOO-NP 372 AC-4160-BSOC-NP AG IN i LOSPM IH i Ac 4f60=BYBc-AP OUT ~ Ac-4 160-OSBC-PS
'N ~ ) 373 AC-4160-BSBC-AP OG i LOSPM IN i COOP-HPMT-0 OUTs AC-4160-BSBC-NP 374 AC-4160-OSOO-NP AG IN i LOSPM IN i AC-4 160-BSBO-AP 10 OUT~AC-4 160-ISSOO-PS 21 375 AC-4150-BSBO-AP OG IN~LOSPM IN ~ CotlP-tlP IIT-0 12 ou 7~Ac-4 g e 0-gSBO-gP 376 EP-OS-SBB-O BE OUT i AC-4.160-QSQB 13 377 AC-4160-BSflo-PS A N 2 AC-4)rt0 BSrt~tt- P IN ~ AC-4150-BSBB-SB BS OU~ Ag-41/0-+SO 1B A~.i BJLILBll -. IN N
i a CB.-.CSQBM OG-B"L ta 37 C Ka&f,=0.5M)I fL5 300 0 - L -Q-~ Itt i OGB 0 SECURITY-REIBhTED INPOIUAATIOH 31 '~l R'8. 79~~FOHKtTIOH
935(03/30// P) 0 9/13//> I .59.1) 3 At E. NO..;6 G S P S P IC S.E.L.8AK~ ~EEEI.!.0>.,!!!PE BREEl H SM J 08 OUT) AC-4160-0880 SO 301 EP-OS-SUC-0 Si. OUT) AC-4160-BSBC 382 AC-'ll60-BSBC-PS AG IN ) AC-4160 OSOC-NP IN . AC-4160-BSBC-SB OUT) Ac-4 160-8SBC 383 Ac-4160-BSBC-SO OG Iil ) CO-CSBC-0 IN ) DG C L OUT) AC-4160-OSBC-PS 384 CB-CSBC-0 BE OUT) Ac-4160-BSOC-SO 385 DG-C-L OG IN ) DG-C-CSG IN ) DG-C-0 IiV ~ DG-C-AUX OUT ~ Ac-4160-OSBC-SO 05 386 EP OS SOD-D OE OUT) AC-4160-0S90 387 Ac-4160-BSBD-Ps AG IN ~ AC-4160-BSBD-NP IN ) AC-4 150-BSBD-SB 83 OUT ~ AC-4 160-BSBD AC-4160-BSBD-SB INCOG 388 OG IN ) Ce-CSOO-O 93 IN ~ DG"0-L OUT ~ AC-4160-BSBD PS Sl 389 CO"CSBD-0 OUT AC-4 160-BSOD SB 390 OG-O-L OG "0-CSG IN ) DG-0-8 INCOG-0 "AUX OUT ~ AC-4160-0SBO-SO ~ 8 391 OG"A-CSG OG IN ) OG-A STSG 0 ~ 3 )+ G.-A -LOG OUT) OG-A-L 392 OG"A-B OUT) DG-A-L 393 DG-A-AUX OG IN ) DG-A-COOL C~Q=A=LUB IN ) DG-A-FUEL
-A-S OUT) DG-A-L s
394 DG-A-COOL OUT) DG-A-AUX 395 OG-A LUB OUT) DG-A-AUX SEClJRITY-RELATED IIIFORILATIOII E ~ 33
SE l sr l/30/ /9-) U 09/13/ t9 12 59 19 'I'AGE ttO ~ 2 t 2-- - S'US
'C G S S P SE T NAtlE TTPE RANK RELAT IOilSHIPS PREFIX S 0 T T ~ -(.c~
396 OG-A-FUEL OG-A-AUX, 397 = bG'-'A'=ST Out, OG-a-AUX 98 OG A-S G-0 OUT ~ OG-A-CSG N e EP-OS-OGPNA-0 I tl o EP-OT-OG125A-0 lJTe DG-A"CSG OUTy OG-A-LOCP 10 OU~yOG-A-LOCP ll O DC-" IN r lIG-A=S'T'S
~ OG-0-LOCP s- ~
Vy~ UT obG=U=L rol 13 YA DG 0 f y OG-0-L 14 N ) OG-0-COOL Itt ~ OG-0-LU0 kH o OG-0-FUEL IN e OG-0-STS GUS OG-l3-L 405 OG-0-COOL OUTo OG-0-AUX 406 OG-U"LUB OUTo OG-0-AUX 407 OG-8-FUEL OUTo OG-0-AUX "0 Cl 4ao Or'-0-STS OUTs OG-0-AUX 21 409 OG-8 STSG-0 GUS OG-0-CSG 410 OG-8-LOCP OG IN ~ EP-OS-OGPNB-0 IN 1 EP-8 I-OG l 250 "8 Ou71 Or;:0-CSG-2> 4 11 EP-OS-OGPNO-0 BE OUTo OG-0-LOCP 412 EP-OT" OG 1258"8 BE OUTy OG-8"LOCP 415 OG-C-CSG OG IN o OG C-STSG-0 27 DG=~ OG-C-L OUTo OG-C-O Our. OG-C-L 29 4 15 OG-C-AUX OG Itl ~ OG-C-COOL 30 SECURE1Y-R~~gg>MTXOH 31
~o oo>> 'roo(or xrrzorrrorzzorr 3I I
'i' s(03/SII/ I')) ) 9/13/ I') 12 ~ 5') ~ 1 ) . I AG NO ~ 2il r
l G S S P Sj f !$ A.'IE TYPE QAN$. CAELA f,fONSIIIt'S PRf jIX.. s Q IN i OG-C-FUEL CG IN I 06-C-STS OUfe OG-C-L GZ 416 OG-C-COOL OUTe OG-C-AUX 4 IV OG-C" LUD OE OUTt OG-C-AUX 96 418 DG-C-FUEL OUTe OG-C-AUX i 1') 06-C-STS DE OUTt 06-C-AUX IO 420 DG-C"STSG-D OUfy OG-C-CSG CC 421 DG-C-LOCP 06 IN ~ EP-OS-OGPNC-D l2 IN ~ EP"Df-DG125C-8 OUTS 06-C-CSG 13 422 EP-DS-OGPNC-D OUT ~ 06-C-LOCP 04 14 4?3 EP-OT-OG125C-8 OUTy OG"C"LOCP 6I
'l24 OG-0-CSG 06 IN ~ 06-D-STSG-0 Bl 16 IN ~ OG-0-LOCP OUTt OG-0-L 425 06-0-8 OUf ~ OG-0-L 9I In 426 OG-D-AUX OG IN ~ OG-0-COOL IN~06-0-LUB IN ~ OG-0-FUEL IN y OG-0-STS OUT ~ OG-0-L 2l 427 DG-0-COOL DUD 06-0-AUX 22 428 06-0-LUB OE OUT) OG-0 AUX 23 OI 429 06-0-FUEL OE OUTt OG-0-AUX 436 OG-O"STS OUTt 06-0-AUX 2S 431 DG-0-SISG-D OUfe OG-0-CSG 432 OG-0-LOCP OG IN EP-DS-OGPND-D 21 ~P- KJI. ~
DUD OG-0-CSG E'P-ilS-OGPNO-D OUT) OG-0-LOCP 29 434 EP-DT"DG1250-8 BE OUTt DG-D-LOCP 39 SECURITY-IKLATEDIHPORllATION 3i
it. I~I IISI IVt I r i 3 )/1 )l /.) I ) 1') I'Ast. Is J ~ BLOCK ~C TIOtIS .<rI (87MRO-H ) ~ ne RHR-BMR = RstlFC I RRCC I RFRAOSRC ~ 65 RsflFC"=-"RSNFA t OSNI'C6
.et.
RRCC = RORO I ROSO I RORF 8- FFKGEKt=-RFKAif S~ RSNFA = RSFA I RNFA 10 ISED MSAQ-t3~SFPL- P S SB -0 I? RSFA = SF-PV-SHCK-8 l SF-HOPL l SF-SA-SFA-P I SF-OSPL 13 14 fF-~K- OOL-0 } N-COOL-0 6I KF "IIOPL = SF-DSPL = SF-SA-CRIT-R l SF-SA-FLPL-0 91 RFRAOS = RS'MS ! RLIIS I RGMS 18 RSMS = RCAPS I RRAPS 19 20-ADIIO = RMOFtl I ROMFN 21 ROSO " ROCS I ROHS 22 01 23 RODFH = COBFH 8 PCOB 8 RCBBB 25 COIIF H = F H- QI J~L,O~~ 25 FH-TI -" TI-RS 8 I'-tlS-0 28 EU=L5K~LIDSlLL 29 FH-PC-0 = PCO-PC-LP-0 I PCB-RV-01-0 3 SECUHIXY-PiELhTED XHFOMMTION 31 IO CPS.790(d) ZHPOHMATIOH 32
SE TS('5 />0//')) 3 J/l)/72, Lc'~ J9 ~ I't t.AG i03 ~ LL!-HSO -"LL-8SO 6 LL! SL I-HS') = SL-HSO 6 SLI LL"HSO = SCIL-0 ! ECRL-0 ! RPS-0 LLI = PCO-LLOCA PP-8 ! PCO-Pc-Ol 8 SL-HSn = Rr S-O ! ECIS-0 ! ECRS-O SLI = PCB-PC-01 8 ! PCO-SLOCA-PP-8 10. ECIL-0 = CSSA-IHR 6 CSSO-IHR 6 LPCIA-OR-8 12 A3S-LL-HSO = LL-HSO ! AOS-0 13 PCO-LLOCA-PP-8 = Pet!-RXCLUP-PP-8 ! PCB-LARGE-PP-8 PCO-AOS-VV-0 ! PCO Rt!R-LOPRES-8 PC!1-SLQCA-PP" 8 = PCO-HSO-PP-8 ! PCB-HPCI PP-8 PCO-RCIC-PP-8
~
Ct EC1S-0 = I!PCIO-It!R 6 AOS-LPCIAO-0 -6 AOS-CSSAO-0 RSS-0 = RPS-0 22 I(PCIO-IHR = SOCIO-PIIO~HS IIPClO~PN- I HPC 0-CS-PIIS 23 AOS-LPCIAO-0 = LPCIAB-Il!R ! AOS-0 ') ~ . aos-cssAtt-0 = Aos-ng essay- H 22 LPCIAO-IHR = LPCIA-IHR ! LPCIB-Il!R 29- 3825~LCLA"Q1Q95UDECM5J MKIA= SEC UBIXY-BELATED IHPOHMATION 10lllH~IT+J BPDIEKSIOH
Sf: IS(0)/30/ I ) ) 4 )/1 )/7') 12 5') 19 PAG'll 5I LP CI 8- Illit = LPC Ill-I'tl0-HS I LPC IU-PH-L I LPC ID-CS-CS+~AU- lllR = CSEA-1HR 6 CSSU-IIIR CSSA-IIIA = CSSA PtlD-HS I CSSA-PH-L I CSSA-CS-PHS CCSli-liIII ~SS~B- 1ID-IIS I CSSB PM-C I CSSB-CS PMS TI-RS = OI-RC I IH)t"CP
- IS-D = ASS- C I S-D C t)S-0 I RV-OPS 0 IHR-CP = PCS"PP-8 I PCS-FV-0 I PCS-PH-L I PCS-HS-CO"L I PCS-PH-L = PCS-PH-0 I LOSPlt H=~6 ~=CL=f$1~l f'V-OPS"0 = SV-ROP-0 6 AV"ROP-0 IIPCI-ttC IC-0 = IIPCI 0-IHR 6 RCICO-IHR ACICO-IIIR = RCICO-PHO-HS I RCICO-PH-L I RCICO-CS-PHS PCU-HSO-PP-0 = HSD-HOVV8-CO 6 HSO-PP-8 PCU-HPCI"PP-8 = PCA"HPC -VVPP-8 I PCO-HPCI-VVVV-8 PCU"RCIC-PP-0 = PCU-RCIC-VVPP"0 I PC8-ACIC-VVP-0 CQ.=CPU=)LVZP= 0:-IKL596M~R.
PCO-HPCI-VVVV-0 = IIPCI-HOVV4-OC 6 HPCI HOVV5-OC 6 IIPCI-PPPP-I SECUH TY-EPKATFD IHPP~~T ZOP loci,as 7W,(dJ~rrptbmxIOK
~ P ~ ~ ~
)2
0
'LTSIU '/30//9) Ui/1S//7 12 ~ 57 17.. I'A"L IIJ ~
PCII-RCJl+VPP-0 = RQI~OJg-00 8. RClg+P-g PCII" RC IC VVP-0 = RCIC-HOV2-00 I, RC IC HOV3-00 S RC IC-PPPP-8 LPCIA-08-0 = LPCIA-IHR ! LPCIO-IHR PCO-RXCLUP-PP-8 = RXCLUP-69-I-OC S RXCLUP-PP-8 PCO-RHR-LOPRKS-8 = RHR-HOV48-CO 8 RHR-HOV47-CO 10 HPCIO-PHD-HS = HPCIO HX-RX 0 I HPCIO-PP-PHO-8 ! 12-HP C I 0-VV-P HD HPCIO-PH-L = HPCIO-TO-PHH HPCI0-CS-PHS = HPCIO-TKTOR I HPCIO-TKCST Ib HPCI 0-VV-PHO = HPCI-73-34-OC I HPC1-7~34-CC
'19 HPCI 0-TO-PHH = HPCIO-PHH-0 ! HPCIO-PHH-SS 19.
20 I - I KTO R HP C 0 = HPC I 0-TO RVV-PHS ! HPC I 0 TORPP-8 ! 21 HP C I 0- I'K- I OR-O 22 KPCIQ-TKCTT = IIPC 0-CSTI~IV-P S IIP~CQ-CSTPP-S 23 24 HPCI 0- TK-C ST-8 25 It-P H -" Jt 0 ~TO I 22 HPCI 0 CSTV V Pil S HPCI CST VV PHS ! HPCI 73 10 OC 29 IIPQ=Q.T=V VS~IS.LR=$ 21I=OC ~. BKMJA<=%3 SECURITY-FiFILATED IHFOBMATIOH 31 ~ '/90 (d) IHli01KATIOH
llPCI-2" 162-GC 2 l)PCIO-I).'lil-1) = tk)TCI 0-1Mll-AUX 1 l)PCIO-PH)t 0 ! HPCIO-PHH-CSG HPCI 0-PHH-SS = HPCIO-Pi)H-VV I HPCIO-PHH-PP tl CI 0-Pi)H-AUX = HPWCO-PMH-COOL 1 tlPCI 0-PHH-LUB HPCIO-PHH-VV = HPCI-73-2-OC ! HPCI-73-3-OC t)PC -7$ OC f HPCI-73-18 OC I HPCI-73-16-CC
)0 RCICO-PHO-HS = RCICO-HX-RX-B I RCICO-PP-PHO-8 CTZll=VV=F8 13 RC ICO-Ptl-L = RCICO-TO-PHR 15 tTC KZf-'P H~Q CWRTOFL RGfPTKC5 RCICO-VV-PHO = RCI C-71-37-OC I RCIC-71-39-CC 17 Ie ftCI CO-PHR-0 I RCICO-PHR-SS AC I CO- TD-P HA =
19 AC ICO- IKT OA = RCICO-TORVV-PHS I RCICO-TOAPP-B I 20-21 RC I C 0- TK- 'f OR-0 22 RCI CO-TKCST = RCICO-CSTVV-PHS ) RCICO-CSTPP-t) 1 23 24 RC ICO-TK-CST-B 25 2d C LCO-LO8.64&li$ = C.L~lLS
'17 RC IC-71-10-CC 29 R" f 0-C 9TVV-PMS = C I - I-ttV-PHS~Rg~l ~g SLCURI TY-HEIATED Ill)70RMTION 3I 10 (led 2. '/80 (d) 101'0)~Ill!L210
~ t 0
SL'S(OA/30/I 3 ) 0 >/13/ t9 12 ~ 59 ~ 1). PAG" WO ~
.RC tC-,CSJ-VV-.,PHS. =.+(,QC-g-gg-gC .S R,CIC 2.-IQ.-.OC RCIC-2-162-OC RCICO-PMR-0 = RCICO-PMR-AUX I RCICO-PHR-0 l RCICO-PHR-CSG Of RCICO-PtlR-SS = RCICO-PHR-VV ! RCICO-PHR PP RCICO-PMR-AUX = RC ICO-PMR-COOL I RCICO-PMR-LUO RC ICO-PHR-VV = RCIC-71-3-OC I RCIC-71-8-CC ! RCIC-71-2-OC S4 RCIC-71-9-OC l RC I C-71-10-0C LPCI A-PtlO-llS = LPCIA-MX-RX-0 I LPCIA PP-PMO-0 I OA't LPCIA-VV-PMO LPCIA-PH"L = LPCI A-HO-PHA tl LPCIA-HO-PtlC LPCIA-CS-PHS = LPCIA-TKTOR 8 LPCIA-TKCST Ol LPCIA-VV-PHO = LPCIA"MXCTVV-0 I LPCIA-FCV52-OC I
!n LPCI A-FCV53-CC Cl LPCI A-tlO-PHA = LPC IA-PHA-0 l LPCIA-PHA-EPU !2-A3 LPCIA-HH-PIIC = LPCI~A- HC~LQQIA-PHC~P LPCIA-TKTOR = LPCIA-TORVV-PHS I LPCIA-TORPP-0 I .e A- T~tl-A7 LPCIA-TKCST = LPCIA-CSTVV-PtlS I LPCIA CSTPP-.O I ~ g l,~PI~T~Q- r SECURITY-PiELAgED ggPPItt@TZgg
/~0~~~ J~~~ 0+~~~ZD 31 3 'I
SElS(03/30//)) i)')/13//) 12 ~ 59 19 'A1AI' 4') ~ LIPCIA-TOilVV-PNS = LPCIA-FCVIAO-OC L LPCIA-FCVI-0 2 f LP C AB-C TV-0 LPCIA-CSTVV-PHS = LPCIA-HCVII-CC C LPCIA-HCV23-CC r A LPCIAB-CTVV-0 LFCTtie-CVOO-~LC 6-it%f50-OC I LLCCt -FCO46-CC 10-LPCIB-IlXCTVV-0 = LPCIAB-CTVV-0 0 LPCIB-HCV33-OC 12 13 LPCIAB-CTV-0 = LPCIA-CTBVV-0 I LPCIA-CTVV-0 CIA-LIEVE-0 = PCTA-FCVAA CC 6 6~PC A-FCV25-CC 16 LPCIA"CTVV-0 = LPCIA-FCV13-CC L LPCIA-FCVAI-CC 18 LPCIB-TORVV-PHS = LPCIAB-CTV-0 8 LPCIB-FCV35-OC I 19 LPCIB-FCV24-OC 20 21 LPCIA PHA-0 = LPCIA-PHA-AUX 1 LPCIA-PHA-0 1 LPCIA-PHA-CSG 22 LPC I A-PNA-EPW = AC 4160-BSBA LPCIA-PHA-AUX = LPCIA-PHA-COOL I LPCIA-PNA-LUB 25 26 IIC-4 4 t 5=AS ICAL- MALO ~filfitLOOOO~ 22 LPCIA-PHC-0 = LPCIA-PNC-AUX I LPCIA-PHC-B. I LPCIA-PNC-CSG 21 LCIA~ILCM22~4165-5555 I SECUHITX>>IKIIATEDlNFONIATION 3D P. 79U~ THTAKUETG6f
SE!S(0>/30/IVJ 38/lkll9 I ' 894 IO PAD~ HUB LPC lA-PHC-AUX = LPCQA-PMC-COOL !.LPCIA-PMC LUD -1 c AC-31160"8"811 = EP-BS-SDO-D l AC-41160"BSOB-PS LPCIO"1'HD-HS = LPCIJl-MX-RX-8 ! LPCIB-PP-PHD-8 } 84. LP C I 8-V V-P HD 9K LPCIB-PH-L = LPCIB-HD-PHB 6 LPCIB-MD-PMD LPCIO-CS-PHS = LPCIO-TKTOR 6 LPCID-TKCST O'P LPCIO-VV-PMD = LPC IB-HXCTVV"0 I LPCIB-FCV66-DC 12 LP C I 8-F C V6 7-CC 13 Od LPCID-HD-PHB = LPCIB PHO-0 I LPCIO-PHB EPM dl LPCID-HD-PHD = LPCIB-PHO-8 I LPCIO-PHO-EPM ld 17 LPCIO-TKTOR = LPCID-TORVV-PHS l LPCIB-TDRPP-8 l 9I "4 1 LPCIO-TK-TOR-8 19-20 LPCIB-JKCST = LPCJB CSTVV-PHS~LPCI~BCS P 5 I 21 LPCID-TK CST-8 22 23- LPCIJI-CSJVV-PHS~PCI HCII34 CC 5 LPCIB~CV45-CC LPCIB-PHO-D = LPCII3-PMO-AUX l LPCIO-PHO-8 l LPCIB-PMO"CSG 2d LPCTII~PH -LPII = AC-41 4 SBC LPCIO-PHD-AUX = LPCIO-PMD-COOL l LPCIO-PHO,-LUO 31
0
.... SEIS(Oj/30/tf) 09/13/ I9 I? 5') 19 PACE ttO 3 1 LPCIll"PMO-0 = LPCIB-PtSD-AUX I LPCIB-PHO-8 I L HD-CSO LP'Cl ll=PRD='EP~l.=AXO=GSUD 0
5'PCIB-PHD-AUX = LPCIB-PHO-COOL ! LPCIB"PHD-LUO ac-~F6-ttsoo = Ep-os-sHD-D I Ac-sl165-BsoD-ps CSSA-PHD-HS = CSSA-HX-RX-8 I CSSA-PP"PHD-8 I CSSA-VV-PHD 7 CCSlCFl-~CA-A~0- ~AA SSA-IIO P C 0 CSSA-Cs-PHS = CSSA-TKTOR t CSSA-TKCST GSWIWsD:-HSWVtFflmI .MS - - -o ESSA-75-25-CC I CSSA-75-27-OC 35 S&liFPiIA=-eYMHF=II I csea-PMa-E lt tb I IV CSSA-HD-PHC = CSSA-PHC-0 I CSSA-PHC-EPlt tC3 CSSA- TK TOR = CSSA-TORVV-PHS I CSSA-TORPP-8 I ESSA-TK-TOR-8 7A3 2l ESSA-TKCST = CSSA-CSTVV-PHS I CSSA CSTPP-8
'23 CSSA"TK-CST 8 24 CSSA-TORVV-PMS = ESSA-75-ll-OC 8 CSSA-75-2-OC 2I'A- CSSII=C..CVV=PIVS .= CSSILZ5=S=CC &-CSS~-SKJ:C S
77 CSSA-VVO-PHO = CSSA-75 18-OC 6 CSSA-75 10-OC
20. SS" A-PSA-II = OSSA~PS-AO~ COSA-POA~+S~P
'l2.
SLClQIiY-EKU<TI:D 1lli>PHHATXpN 1vlI2o'790(dJ IHZPlI!GVXXPH
S" TS(04/~G/)')) . ') 0/lb/70.,, 12 ~ 59 ~ 1') . PAGE..IIO ~ .. 5>) CS >A P la +PI, AC I lfig ]Is lA ~ C essa-pNa-nux = cssn-pMA-coOL l cssA pNA-LUB dg CSSA-P'IC-0 = CSSA-PilC-AUX ! CSSA-PHC-9 l CSSA-PilC-CSG CSSA-PHC EPW = AC-%160-OSOB CSSA-P.'IC-AUX = CSSA-PHC-COOL l CSSA-PHC-LUB CSSB-Pil0-MS = CSSB-MX-RX-0 l CSSO PP-PHD-B 1 CSSO-VV-PHO IO CSSB-PH-L = CSSO-ND-PHB ll CSSO-HD-PHD l2 = CSSO-TKTOR 5 CSSB-l'KCST CSSO-CS-PMS l3 CSSO-VV-PNO = CSSO-VVD-PHO l CSSO-75-51-0C 'l dI CSS3-75-55-CC l CSSO-75-55-OC Id CSS3-HO-PNO = CSSO-PHB-0 } CSSB-PHB-EPII 9l CSSB-MO "PHD = CSSO-PHD-0 I CSSO-PHO-EPll l9 2i3 CSSB-TKTOR = CSSO-TORVV-PNS l CSSB-TORPP-0 I 2l CSSB-TK-TOR"0 22 CSSR- TKCST = CSSB-CS~VV-P+~~iSll-Cs PP-0 CSSB- TK-CST-0 RY V= KS:-&diLIL~O~ 5 CSSB-CSTVV-PHS = CSSB-75 II 0-CC 7. CSSB-75-51-CC 23 SECURITY-REI ATED Il/ForCkATIog
~ 780tt7 I
4 Pt~~g ~~g~
~C I SI03I 30/)9) J'i/13/'/') 12 ~ 69 19 I JGE..NO ~...3'J csso-pHO-o = csso-pHO-aux l csso-pHB-'o l csso-pHB-S~~- ~~-EI)u = ac-4Ts5='osoc CSSB-PHO-AUX = CSSO-PHO-COOL l CSSO-PHO-LUB 8i /r.
bPPH5-b = Cb54-PHD-NX l CSSO-PHO-B l CSSO I HO-CSG CSSO-PHO-EP'M = AC-4160-BSOO H SSII>>PHO-AUX = CSSO-PHO-COOL l CSSB-PHO-LUO CZ AC-4160"OSOA-PS = AC-4160-OSBA-SO 6 AC-4160"BSBA"NP
- Yee=ONW~)t=cCÃCb~ --
AC-4160-BSOA-NP = LOSPM $ AC-4160-OSOA-AP 5I
= ~=C~~s- - Zo-a-AOx 8)
LI AC-4160-OSSA-AP = LOSPM l COHP-HPMT-D 9l AC-4160-OSOO-NP = LOSPM 8 Ac-4160-OSBO-AP AC-4160-BSOO-AP = LOSPM 1 COHP-HPMT-D AC-')1GO-OSI)C-NP = LOSPM 6 Ac-4160-OSOC-AP AC-4160-OSOC-AP = LOSPM I CO~P-HPMT-0 AC"4)G0-8SOO-NP = LOSPM 8 AC-4160-OSOO-AP 8 C.-.X1.6~SGQ "AP:-LQSRM ~M~ L~ 9 AC-4160-OSBO-PS = AC-4160-OSBB-NP 6 AC-4160-BSBO-SB 9
-4 1 r k9s03LS~)LS Sj) BSM90-O-SECURITY-1K~LAT I 10 Cl"R 2.790(d) XNPORMATXON
~i I-ia >a/.a J/ /
a ~ l')/ ID/ I / lt 5 Jek
~ J Pnva < ~ 'r ~ .OG-S.-L = Ot',-V.-CS~ !..OG-O-O I .OC..-,II.-..AU<. .
AC-4160-IISIIC"P" = AC-4160 "OSOC "NP tl AC-4160-IISOC-SU AC-41CO-IIStlC-Sll = CO-CSOC-0 I OG-C L DG-C-L = OG-C-CSG I OG-C-O I OG-C-AUX AC-4160-SSOD-PS = AC-4160-OS80-NP 5 AC-4160-OSOD-SO AC-4160-BSOO-Stl = CO-CSOO-O I DG-0 L 10 OG-0-L = DG-0-CSG I OG-0-8 I DG D-AUX l2 OG-A-CSG = DG-A-STSG 0 I OG-A-LOCP 33 OG-A-AUX = DG-A-COOL I DG A-LUtl I OG A-FUEL I OG A STS OG-A-LOCP = EP"llS OGPNA-0 I EP-OT-DG125A-8 tb OG-8-CSG = DG-O-SI'SG-0 I OG-8-LOCP 37 OG-8-AUX = OG-8-COOL I DG-0-LUO I OG-8-FUEL I OG-8-STS 19 DG" 8-LOCP = EP-OS-OGPNO-0 I EP-OT-DG1258-8 20 OG-C-CSG = DG-C-STSG-0 I DG-C-LOCP 27-23 OG-C-AUX = OG-C-COOL I OG~C-LUO ! OG-C-FUEL I OG-C-STS OG-C-LOCP = EP-OS-OGPNC-0 I EP-OT-DGIZSC-8 25 26 CGGMGD M~ri=lLLPXa9.%0 P 27 OG-D-AUX = DG-D-COOL I DG-0-LUO I OG-0-FUEL I OG-0-STS 29 SECUBLTY-RELATED XNPOBMTION 2 ~ /BO(d) INFOBMAT1PN
'I L I 5 1 v 3/ap/ I'>> VOI14/ iV 1" ~ 5.') );P. PAUL IIB.,
BLOCK SC T IOUS (LOCAT.IO )
SF-PV-Sc.OU-B = ULSF S".-SA-.=LPL-B = ULSF AOS-0 = CR ) AUX)RHl I RC ) BATBD1 A BATB02 I OATRH1 BA TRH2 1P PCB-RV-01-8 = RC PCB-PC LP-B = RC l2 PCB-PC-01-0 = RC SV-ROP-0 = RC RV-ROP-0 = RC HSD-HOVVB-CO = RC ) PR ) SORHA l9 HSO-PP"0 = HSVT 2P-IIPC)-HOVVO-OC = RC ) CR I SORHA 2l 21 !IPC)-V! -O - TORUS HPCI-HOVV5 "OC = CR ) TORUS ) SORHA ) BATB01 4 DATB02 ) 55 RATRH1 L RATRH2 24 IIPC! -PPPP-0 = TORUS ! IIPCI 22 28 pcl)- AR "<-p -0 = nc PCO-AOS-VV-0 = CR I RC I SORHA ) AUXIRH1 SECURITY RELATED 11)FORHAT~I+t
.P V%2.790(d) IN1>OlQMTION 3l 32
1 ~t
0". TS(0.)/30/ /') ) 09/13/i ) 12 ~ 59~1'3 PAGL Hi)~2 A.s RXCLUP I-OC "- CR I RC I SORMA - ~ IC RXI.l:UP=TIP=ti = HXC'CFM I Re oC RHR-MVV48-CO = SORMA I RC SL Bt=H5IT41=~o= UK7t~ tao(U RCIC-HOV2-00 "- RC I CR I SORHB I 48050801A L 480S08018 CC RCIC-MOV3-00 = NMRD I CR I 250RHOVBOC I BAT802 Il BATBOl I I2-
)3 RC IC-PPPP-8 = MSVT I NllRO dl I5 Rl ld HPCIO-PP-PMO-8 = HPCI I HSVT 9I 17 I9 HPCIO-CSTPP-8 = CST I HPCI Cl HPCI 0-l K-TOR-8 = TORUS 21
'2 HPCIO"TK-CST-8 = CST-l.A CS -2 A CST-3 23 HPCI-13"34-0C = HPCI I CR I SORHA w5 2d Hgg L2,3~ CC MKLLQLJUMUlb~hlR1MAMZJ '7 l3A TRM I S 0 ATRM2 29 H>CI-73-P6-CC = QPgJQ CR~ S0$ )IA I BAQBPI g BAJA SKCI&iil'i-BZLATJ'DIhr'ol'dQLTIOil
UP.llNI .A..II.A.(N4?.. III'CI-73-? 7-CC = IIPCI I CR I SORHA I OAT001 6 OATOO2 I 0 Sf IS(0 3/JG/ I7) 0 3/1 3/70 liL SOO18,'I'AGL
~ WO ~ ( ~ ~ '0 H
IIA IRHI 6 IIATRH2 HPCf-73-40-OC = HPCI I CR I SORHA HPCI-2-170-OC = CST-1 I CR I 480-llO STG-OLO I(PC 1-2-166 OC = C ST-2 I CR I 48 0-IIO-S TG-OLO 10 IIPC 1-2-162-0C = C ST-3 I CR I 480-WO-S TG-OLO 66 HPCIO-PHH 8 = HPCI 05 HPCIO-PHII-CSG = CR HPC10-PHH-PP = TORUS I HPCI HPCI 0-PHH-COOL = IIPCI 91 HP C I 0-P HH- LUO = HP C I 20 HPCI-7 3-2-OC = RC I CR I SORHA 21 HPCI-73-J-OC = CR I SORHA I TORUS 23 HPCT-73-19-OC = HPC~ISORHA 1 llATBO1 8 BATB~lO BATRBI 8 24 OA TRH2 23 23 17 UATRH2 29 GEIP'URITY-I>ETJ(TED 1IH%MfhTIOH V ' J 1HA VL Xf0 31 I
0 SL IS(0.>/.50/ P)) u I/IS/ )9 IMP,',0 ) I') I'AGI. N,c 'I ) OII IAHI 6 8 A 7AH2 IIC IC II = II X=0 X=I1:-FC
,(7%
RCI" 0-PP-PHO-8 = NMRO I HSVT
-06 RCICO-IOITIIP II - IOIIUR I NMRII ACICO-CSTPP-8 = CST I TORUS I NMRO tc.
Cc. ACICO-TK-CST-8 = CST-I 6 CST-2 T CST 5 c.e 07 RCIC-71-39-CC = HSVT I'50RHOVOOC el 3I CI RC I C-71-17-CC = NMAO I 250RHOVOOC 9I SI RCIC-71-18 CC = NMAO I 250RHOVOOC ACIC-71-19-0C "- NMAO I 250RHOVBOC I CR RC IC-2-170-OC = CS I'-1 l CR l II 80-MO-STG-IILO RC IC-2-166-0C = CST-2 I CR } c380-MO-STG OLO tl 6 RCIC-2-162-0C = CST-5 I CR l c380-MO-STG-OLO RCI CO-PHR ~lfRQ c,w RCIC0-PHR-PP = HSVT I NMRO ~CCO-PM!t-000 = IIMR SECUHI TY-BELATED Zg>ODMTIOH l'015fhg J.P jest
i SL' Sl 03/30//) I 0)/13/71) 12 ~ 5) ~ I') I AGE NO ~ ~ 8 i A 2 RC J$ 0-VILA-Igl} = +MAR~ -""-I C I 3-- CC AC IC 7 1 3 OC NMAH I 250R IOVOOC
~
RC IC-7l-8-CC = NMRll eC ACIC-71-2-OC = RC I SORAIA I SOAHO RCIC-71-9-OC = NMRB I 250RHOVBOC 8 CC I RCIC-71 10-OC = NMRO I 250RHOVOOC LPCIA-HX-RX-8 = RC CC l2 LPCIA PP-PHO-8 = SMRO I RIIRHXMAH I TORUS I PERACC
'3 LPCI A- TOAPP-8 = TORUS I SMRO LPCIA-CSTPP-8 = PPTUN I NERO I TORUS I SMRO LPCIA-TK-TOR-8 = TORUS 91 LPCIA-I'K-CSl'-8 = CST-1 I CST-2 I CST-3 I 9.
LPCI A-IICV1 1-CC = SMRO CI 20 I
'2 I LPCI A-IICV23-CC = SMRO 22-LPCIA-FCV52-OC = PERACC I CR I SORHA 23 I
LPCIA-FCV53-CC = PEAACC l CR I HOV10 I SORHA 25 LP C I A-)ICY 1 0-0C = A HRIIX MAH 2b
)
21 LPCIA-HCV22-OC = RHRHXMRH 2O PCJA-IICUI~SS- C = 1 US 29 I SEClEITY-HEI ATHD Zku~ptugTT pN J l~ll~UKiK'l'103 1
1 Sl:)Sl l).5/30/) /) 0'7/13/)0 ~ I? ~ SO I ) ) A4L ~ ~ 0~ ~ LPCIA-FCV46-CC 400S0001A r'N
"- TORUS ! CR } SORHB }
3e fSOIIIiIr LPCIA-FCV}2-OC = SMRO } CR } SORHA ez C 1-OC = MRB } CR } SORNA LPCIA-FCV36-CC = CR } SERB } SORHB } SORHA FHX=FC~Z:-C
)0 LPCIA-FCV15-CC = CR } SMRB } SORHA CV2=CC:-C 13 LPCIA-PHA-0 = SMRO hl 14 )e-LPCIA-PNA-COOL = SMRB 91 IS LPCIA-PHA-LUB = SMRB l9 LPCIA-PHC-8 = SMRO 20 2l LPCIA-PHC-CSG = CR 22 LPCIA-PNC-COOL = SMRB LPCIA-PNC-LUB = SMRB 25 LPC.I 0-)}X-R+0~
21 TORUS } PERACC LPCIB-PP-PHO-0 = SERB } RHRNXERN } 28-29 I 39 SECURITY-RELATED INFORh}ATION
3) CPFZ'790'~ XHI)'QiNNXXCN
0 SI I I(!J/JO/ tl) 3 r/I J/19 1'9 ~ I') PAIIL tlU ~ A
~ ~ ~ I 3
LPCIB-l'K-TOR-0 = TORUS LPCIB-TK-CST-0 = CST-1 1 CST-2 I CST-5 LPCI "llCVJ4-CC = SERB LPCI 8-HCV4 5-CC = SERI3 LPCIB-FCV66-OC = PERACC l SORtlB I CR tc, LPCIB-FCV57-CC = PERACC I HOV1C l CR I SORHA LPCIB-IICVJ J-OC = RHRtlXERH LPCIG-HCV44-OC = RHRHXERH Gl LPCIB"FCVJ5-OC = CR I SERB I SORHB LPCIB-FCV24-OC = CR t SERB l SORMB 9I LPCIB-PMB-t3 = SERB LPCIB-PHB-CSG = CR LPC IB-PHB"COOL "-SERO lP C I Q-P.HI( ~U~ LPC10-PHD-0 "-SFRB PC IQ-PHO~SG = CR LPCIB-PMO" COOL = SERB Qt -PHPM=Q.Q:-$ ~ SECURITY-BELATED Ii1EOESMTION e / 181IOiQtATIOH
)2
0 I>> IS(O I/3<I//s) I) )/13/ /5 I 'O ~ 1'i I'At'A< CSSA-IIX-RX-II = RC R
),.
C"'A=PP=P'tiO=I> = Hifitl> lWG5AA I i93RA CSSA" 7'.)-23-OC = 5)93RII I CR I SORHA CRR'A-f. -"b-C~YSIIO~RI~ORRA I RORIIR CSSA-75-27-OC = RC 8 R~o-GWVCCII 8 CSSA-75>>10-OC = NMRO 12 SSAW~-nme~wm imm~a A 13 CSSA-75-2-OC = tl'MRU I CR I SORHO 15 CRY~ 8=3=8'~ 8 RII te-CSSA-75 12-CC = NMRO CSSA-I'ORPP 0 = TORUS I NMRO 19 CSSA-CSTPP-0 = CST I TORUS l tIMRO "0 21 CSSA-1K TOR-8 = TORUS 22 CSSA-TK-CST-5 = CST-1 '$ CST-2 It CST-3 23 CSSA-PHA-0 = NMRO 25 R)A=POA=.C- O.=C 2/ CSSA-PHA "COOI. = NMRO 30 SEcmIITY-RELATED Intort TIOH 31 10 CE'R 2.790(d) ll(L'OIOMTIOH 3'I
C ~~A-PHC-g CSSA-O'IC-CSG
= ff,if.fgf = CR 0 JEIS(63)30) l)l )9/i3I I) i2 5')el')., I'45,11'J ~ ~
CSSfi-PHC-C OOL = NMRll CSSA-PHC-LUil = NMRll CSSB-HX-RX-O = RC CSSO-P7-PHO-8 = NERO I 565RO I 593RB 10 CSSB-75-51-OC = 593RB ! CR I SORHO 12 CSSB-75-53-CC = 59380 I CR I SORHO I SOAHA 13 Oc, CSSO-75-55-OC = AC 14 ef CSSB-75-l5-OC = NMRO le 12-CSSII-75-38-OC = NMRB IO CSSA-75-39-OC = CA I NERO I SORHO 19-CSSB-75-30-OC = CR I NERO I SORHB CSSO-75-~O-CC = NERO 22-CSSO-75-31-CC = NEAR CSSO- TORPP-B = TORUS I NERO 2J 22 CSSO-'TK-TOR 8 = TORUS 23 CS+S- K-C T A = S - S~ SECURITY-RELATED INPORELTION
'I~JO(d) IMOiSMTIOH ~
1
'ic, I ~(0 I/ IO/ f 17 2 /I I/I'I I', Ilail I ~ I ili I ~ N ~ ~
CS~3-Pi'I>1-il = NERII CSSl-"PHD'-C SG:=t% CSSB" PHI3-C OOL = N" Rfl CbbB-PHll-LUB = NERO CSSB-PHO-B = NERO CSSB"PHO-COOL = NERO s SG=PI tFDfii:-P EP "BS-SIIA 0 = SORHA CO=CEO'~=-$ 5 EP-BS-SBB-0 = SORHB CB-CSBB-0 = SORHB 19 EP-BS-SBC-0 = SORHC 20 21 CB-CSBC-0 = SORHC 22 EP-BS-SAO-0 '= SORHO CB-CSBO-0 = SORHD 2s
-A-6 = OBEHA 27 OG-A-COOL = OGRHA I CR I PUHPRHA 6 PUHPRHB -6 PUHPRi'IC 6 29 PUHP~HO ~L6 iL~~RB~QH~SQEH~MQM9 ~G 6 SECURITY-RELATED~pgp~zog 10 CZR 2.7ig0(d) llQIp@~TypN 'i % ' ~
. SL l ~( 0 ~I 5UI l ) ) ) )/13/'li) 12 ~ s')el') 1'AGh'. WD ~
SU.1) 06-A-Ll)8 = DGRHA
.c.
03-A-FIJEL = DGRMA 85 LC OG-A-STS = OGRHA OG-A-STSG-0 = OGRHA 1 CR 1 SORHA 5 SORHB Sc, EP-BS-OGPilA-0 = DGRHA EP-BT-OG125A-8 = OGRHA OG-8-0 = OGRHB OG-8-COOL = OGRHB I CR 1 PUHPRMA T PUHPRHB L PUHPRMC 6 el Bl PUHPRMO 1 565RB 1 593RD T OGHL l SDRHA T SORHB 8 SBC 6 SBD 91 91 06-8-LUB = DGRMB 06-8-FUEL = OGRHB OG-8-STS = OGRHB DG 8-ST'Su-0 = DGQH1}~~C~~S1)HA li SDRHB C EP-BS-DGPiVB-0 = OGRMO e P- -D L Gi l 9 DG-C-8 = OGRHC C P Mi~JJBP~59 ~USMC.C SECURITX-REI ATED ZHPPRlLATI 3 l0 CI'8 2 790(dJ IHP0RJaHION
-I
>BI (!1 il.5UI I'I) )2l 1 II )IJ I2 ~ 589 ~ 1 J IAAGi.
PUIIPIIH!) ! "I "Rll ! SG!RO ! OGHL I SORHA S AORHO 8 I SII 0 OG-C-LUII = OGRNC OG-C-FUEL = OGRNC OG-C-STS = OGRHC Tstl~N~~ 5~~0D EP-OS-IIGPIIC"0 = OGRNAC 17 EP=BT=OG1 2 SC=B=-MHC l3 DS-0-0 = OGRHO QQC = 5GIW5 I C~PQIIf'RNA 5 I UNRHO o PUNPRNC E I6 17 PUNPRHO 1 565RO 1 59JRB l OGHL 1 SORHA 4 SDRHO 6 SBC 'I8 SOD l9 OG-0-LUO = DGRHO 2I DG-0-FUEL = OGRHO 23 OS-B-STS " -DGRHD DG-0-Sl'SG-0 = UGRHD 1 CR 1 SBC S SOD 25 P B~DIAP)P-0 "- R 27 EP-Bf-OG125D-0 =. OGRHO 2" 29 S I 8 I Ell E~N~XE C U I 8 0 ' ~GIO~ liOD~OOOI!RZQ!LPJLER8 33 3l NANNA 10 CIR 8 790(d) It(IOIStATIO'I 32
~ pe
~,J I ~
SE IS(03/30/ JV) i i/ L3/ l9 12 59il) PAG. Nt i HEN T.E XCUT IOIJ. RE IIVIIIEO ., 007 SECONI)S FOR LOflL TIIE HAXIHU!4 NUIIBER OF TERHS THAT CAN BE G N=RATf 0 BY EXPAtt'OIJ IS 92 IJ9RK HEASUR=. FOR EXPANSION IS 'IIE 148 rfNFRATfn BY fXPAN,"!ION 'ERHS 5 TERIIS COIJTAIN 1 LITERALS~ 10 TERHS CONTAIN 2 I.I TERAI.S. 37 TER'IS COtJTAIN 3 I.I TERALS ~ 20 TERHS COfJTAIN 4 LITERALS~ 13 TERHS CONTAIN 5 LII'ERALS~ 7 TERHS CONTAIN 6 LITERALS~ TOTAL TERHS GEtJERATEO 92 TOOK ~ 029 SECONDS' 'XPANSION s
a LITERAL OCCURRENCE TABLE s ~ > ~
NUHOER OF OPPOSITION NUH3ER OF LITERAL OCCURRENCES LITERAL OCCURREtJCES ULSF CR 1 AUX IRH1 27 RC BAT OOL OATBO2 OA TIIHL OAT RH2 SORHA IV 27 HSVT TORUS 1 tlPC I 30 SOB HB 5 NMRB 'I6 250RHOVBOC 13 l3 SIJRB R IIR IIXIJR H PERACC ~ i ttf Rl HOV LO SERfl R IIR IIXERH BL 565RU
<9/II SOR HC 12 SII~R OGR ilA 21 SECURITX-BELATED INFORMATION 3l tCttN 32
SEtSt05/50/i)) ) tit5/T) 12.5).19 PAGiE lt0. Si NUHSER OF CSITI ON NUN.t ER OF LITERAL OCCURRt;NCES IIERAL OCCURRENCES PUN f-ANtt .46 PUflPRi'IC 4 PUH PftNO OGttL SSC 6 SEID 6 OGA HN 21 GTt ft OGRPO 12 THERE ARE 38 DIFFERENT LITERALS IN THE UKTI6N FG~AAOBFCo~UA 66 TtttH ttUHBER OF g NUHSER LITERALS l6 e RSG=LO~DIl dt TOMS at C~~L~kii~J ct 1 AC 't Y 1w 9l CR ~ I lit 1 ULSF I 2 HPCI 6 SORNB I 2 AUX IRH1 6 OGHL I 2 AUXIAHl 6 5/3RB l AUXIRH1 6 565RB 2 4'= Ahem~ 10 2 AUXIRN1 6 SOAHO I 2 HSVT 6 OGHL } 2 HSVT 6 593RD I 2 HSVT 6 565AO 14 2 NSVT 6 SORflO 15 2 AUX IRHl 6 MSVT 3 HSVT 6 Nt)Rtt 6 NOV1C I 6 SECURITY-RELATED IHFDRhtATION
.rozza-a.. sw-gymzamazrom
SE I S(05/50/ li ) 9 >/15/19 12 ~ 59 ~ 19 PAGE NO ~ J0
.TI AH ttltfhOEP Qf NUHOER L I TERALS CC 1 J 3 ftSVT 6 tlMRfl8 RIIRHXFttH 18 3 HSVT & i'lMAO 6 SERO -88 3 tl VT 6 ttMAO & HOV10~
20 ilSVT & tlMRO 8 PEAACC 'I 21 3 HSVT 6 NMRB 6 RHRHXMRH l 22 HSVT S NMRB 6 SMAO 3 AUXIRtll 6 NMRO & HOVIC 2' AUXIRtll 6 NMRO 6 RHRHXERH I 25 3 AUXIRHl 8, tlMRO 6 SERO I 3 AUXIRH1 & tlMRO 6 HOV10 27 AUXIRHI'6 NMRO 6 I EAACC I el 3 AUXIRH1 6 NMRO 8 RHRHXMAH I g SI 29 3 AUXIRH1 6 NMRO 6 SMRB CI 30 tlPCI 6 tlMRO & DGHL I 31 3 HPCI 6 NMRO 8, 593RO I 32 3 tlPCI 6 tlMRB 8 565AB l 33 3 HPCI & N'MAB 6 HOVlC I Cf 34 3 HPCI 8, NMRB 8 flHRHXER ! KI 55 HPC I & NMAIl & SCAB C HPCI & ttlfRP 8 HOV10 'l I e PCI~8i tlRI] i RHRIIXMR 0 H V f'J &~M~A& S M A a g A 9 B.IM1 ~hXR5~&tMRO Q Ia~fll &~aLL~~M.MJIO 17CFR2.'t90(d I util OFdid1'100
A 0 E l 0
S I'( 0.)/30/ 79) 09/1 3/79 1 2 ~ 59m I) PAGI tl0 ~ 5 J Tf.'RH NUHI)r.A OF 2 ~ 7 NUHIII.R LI TI.RALS IC 44 3 HPCI 6 250AHOVAOC 8 593RD I e8 45 I)PC I "6 250AHOVODC 8 565RB I 46 3 AUXIAH1 8 IIPCI 6 250RMOVOOC I 47 BATRH1 6 BATRH2 6 250AHOVOOC I 9K 3 BATOO1 6 BATOO2 6 250RHOVOOC I 49 3 BATRtll 6 BATAH2 8, SORHO I 50 3 OATOO1 6 OATOD2 8 SDRHO 10 51 3 DATAH1 6 BATAH2 8 HSVT I 52 3 AATOD1 6 OATBD2 6 HSVT I 53 El HSVT t. tlMRB 6 DGRHC 6 DGRHD 13 08 14 54 4 HSVT 8'MRO 6 SDRHD 8 DGAHC I 55 HSVT 6 NMRO 6 SORHC 6 OGRtlo I Cl 1e 56 HSVT 6 NMAO 6 SORHC 6 SORHO 57 4 HSVT 8, NMRB 6 DGRHA 6 DGRMA 9l 58 HSVT 6 NMRO 6 SOC 8 SBD I 59 AUXIRH1 6 tlMAO 6 DGRHC 6 DGRHD I IO 60 4 AUXIRH1 6 NMRI) 6 SORHO 6 OGRHC 21 AUX IRHI 6 tlMRO 8 SORHC 6 OGILH~D 22 AUX IRH) 6 fl'MRO 6 SDRMC 6 SDRHO 63 A~UX1 HI L tlMRB 8 D~GA A 8 DG B QMfLHH)&OHULJMQ~B 2S C.L 6~HG~IIMH~~Rt)Q ze PSJ ~MRQ~QRHO k.316RH 27 PL~1MI~M~QGRH
~MJiB~R~ SDRH 29 P kl 6&IMRO~EHh 6MGRHQ 30 31 EEGURI'XY-RELATE~DER ggttEL lp CI'Ii 8, /iJO(d) 1NltORhULTEPN 32
~t'q 0'
V 2- Ti'Rt'I,. NUt613/R .OF SE f Sl 03/30/ I J J 09/ 1 5/19 12 ~ 59 ~ 19 3'AGi: !JJ ~ ...
~v'>>
NUt'IB"R LI TERALS
>> MS~JZ NCIIII 6 OGRHA I, OGRNI I 72 '1 AUXIRN1 8 NERO 4 OGRHA 4 OGRHO !
b 5 HPCI 4 250RHOVROC 4 NERO 4 OGflMA 6 OGRHfl l l 2 74 5 HSVT 6 OGRNA 8 DGRHI3 8 OGRHC 6 OGRNO ! 75 5 tlSVT 8 SORHD 4 OGRHA 6 DGRNO 4 DGRHC 1 76 5 HSYT 6 SORHC 4 OGRHA 4 OGRHR 8, OGRJ!O 1 77 5 NSVT 4 SORHC 6 SORtln 4 OGRHA 6 OGRNO ! 5 HSVT 6 OGRHA 8 SOC & Snn 4 OfSRH8 I 79 5 AUX IRHl 4 OGRHA 8 OGflHO 6 OGRHC 8 OGRHD 12 80 5 AUXIRHl 6 SORtln 4 OGRHA 6 OGRNO 4 OGRHC I 81 5 AUXIRJll & SDRHC 8 OGRNA 6 OGRH8 & OGRHO ! 5 AUXIRHl 4 SDRNC 8 SDRHO 4 OGRB'lA 6 OGRNR 15 5 AUXIRHl 6 DGRHA 8 Snc & S80 8 OGRHO ! 5 AUXIRH1 4 PUHPRNA 8 PUNPRHO 6 PUHPRHC 4 PUHPRHD 85 5 HSVT 8 PUHPRHA 8 PUNPRHO 6 PUHPRJJC 4 PUMPRHO IB 6 HPCI 6 tJIJRll 6 PUMPRMA 4 PUHPRJln 4 PUNPRHC 4 PUNPRND l 87 6 HPCI 4 250RHOVODC 4 OGRNA 8 DGRHO 6 OGRNC 4 DGRHO 3 2il 21 6 Hrc! 6 50RNovnnc 6 SnRMD 4 OGRNA 6 OGRHn 6 nGRMc HPC6 6 25>>RNOVBDC 6 SDIIMC 6 DGIIIIA>> OGIIIIB 6 OGII!IO
> 22-90 HPCI', 250RHOVBOC 6 SOIIHC 6 SORNO 6 OGRIIA A,OGRMB~
2 ) 91 IIP 6 5 NOVOgC 6 0~MA 6 IIC 6 0 6 G IIB 24 SKUQYX 2b 21
> 2e Iv REBEEOEHLESEEllJIOlLEEOOllKQ AOB~HKSJl SECURITY-RELATED IJ<JJORtlATION 10 CI"R 2.790(d) INIJOIK!ATION f3
7; .<<>A ~+ )
.36 a4 iZ ~ ~ ~ Zl 6 Jvl) 'i I i l2 ~ 'I 1 ~ l 6 TttE HAXIHUH.tyHttER oF rcR:<s TtlaT cat llE.
GEQ RatEtt ttY-E'Xi a'NSI'iN Is" TtlE llORK HEA SURE FOll EXPANSION IS 7651 ~
'TERtlS GENERATLO OY EXPANSION 2 TERHS CONTAIN 2 LITERALS~
2 Tz.RHS CottTAIN 3 LITERALS 12 r<RH~'oNTAIN 4 LITE'RALs'. 64 IERHS CONTAIN 5 LITERALS 466 IERtts CoilTA IN 6 LITERALS~ TOTAL TERHS GENERATEO 546 M<RE TERHS OISCARDEO BECAUSE OF THE
'tlERE COUt/TXO LfTERALS HAXIHUH OF 6~
N N OOK ~ o4 SECONDS+ D p II
i i C'LTfhAC 6&UtIEtKE fNL ~ a a ~
12 UHB R 0 OPPOSIYION tlUH3ER OF LIT'ERAL OCCURRENCES LITERAL OCCURRENCES 14
)5 L
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