ML20087L788
| ML20087L788 | |
| Person / Time | |
|---|---|
| Site: | Davis Besse, Three Mile Island, 05000000 |
| Issue date: | 11/05/1982 |
| From: | Lingenfelter J TOLEDO EDISON CO. |
| To: | |
| Shared Package | |
| ML20087L747 | List: |
| References | |
| ST-5042.02, NUDOCS 8403280026 | |
| Download: ML20087L788 (225) | |
Text
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% I .'S TATION SUPT. -
01 RI;UTION Origin 2. ResuMmeable Seceton Head Action File Copy, Mesear Flie COPIES TO SE MODIFIED FOR IMMEDIATE IMPLEMENTATION DAVIS 8 ESSE NUCLEAR POWER STATION . UNIT 1 TEMPORARY MOOlFICATION S.EQUEST g
; ED 6026 SECTION 1 PKpCEDURE TIT E D Ng5ER W To q2. Oz. agq,, Of KCf RE ASON FOR CH ANGE
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M C. 2. 4 4 4.1. 6. 2. Id. 8403280026 840316 , PDR ADOCK 05000312 P PDR IS PROCEDURE REVISION REQUIRED i PREPAREDSY DATE APPROVED BY # DATE APPROVED BY l # DATE G, ?-tz-P3 l SusMITTED SY (Section Head) kh L. %x. RECOMMENDED BY (SRS Cheerinen)
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DATE DATE thr/*z
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ST 5042.02 6 Davis-Besse Nuclear Power Station
- Unit No. 1 SURVEILLANCE TEST ST 5042.02 RCS Water Inventory Balance l
10 0,0I D E f
; il BnElI [!hnd Record of Approval and Changes 10/19/76 Jacque Lingenfelter Prepared by Date Submitted by ,-W'"
Data
] .etion Head Recommended by /< //!Y b rman 'Date
'~ SRB QA Approved N- Date Mana ality Assurance J 2r/' // M Approved by 'Date Stafion luperintendent
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Sta. Supt. SRB QA Revision Approved Date Approved Date No. Recommandation Date
-15 =k 11/s/7c
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e t 1 ST 5042.02.2
- 1. OBJECTIVE This test provides a method for an accurate determination of RCS leakage.
The water inventory balance method establishes a baseline water inventory for the RCS and at some later time a second inventory is determined. The difference in inventories divided by the time between measurements deter-mines the leak rate. With the amount of leakage known, the type of leakage must be determined - pressure boundary, unidentified, identified, controlled or OTSG tube leakage. This procedure provides guidance for locating and classifying leakage. For definitions of leakage classifications, see Section 6.2.2. Technical Specification 4.4.6.2.d requires the " performance of a' Reactor 2 l (TS) Coolant System water inventory balance at least once per 72 hours during steady state operation", in Modes 1 through 4. When possible, this test should be conducted daily in Modes 1 through 4.
- 2. REFERENCES 2.1 Davis-Besse Unit 1 Technical Specifications 3/4.4.6.2 2 l (TS) 2.2 ASME Steam Tables 2.3 Bechtel Piping and Instrument Diagrams - M-030, M-031
- 3. REQUIRED EQUIPMENT None
- 4. PRECAUTIONS AND LIMITATIONS 4.1 When in Modes 1, 2, 3, or 4, Reactor Coolant System leakage shall be 2 l (TS limited to:
3.4.6.2) 4.1.1 No pressure boundary leakage 4.1.2 1 gpm unidentified leakage 4.1.3 1 gpm total primary to secondary leakage through the steam generator tubes 4,1.4 10 gpm identified leakage from the RCS, and 4.1.5 10 gpm controlled leakage 2l 4.2 Operations which could change the water inventory of the RCS or 1 l Makeup and Purification System should not be performed during the conduct of this test unless an accurate determination of the inven-tory change can be made and accounted for in the calculation. l . t . _ _ _ "' ~ -- - -- ..-. ,, _ . . . _ _, , _ l
. _ . = - _ . . - -.
I e ST 5042.02. 7
~ 3 1
6.1.4 Repeat Step 6.1.1 Attach 6.1.5 Compute the RCS leakage using the Time Share Computer. { the portion of the computer printout which lists the parameters ' of Step 6.1.1 and the calculated leak rate. If the Time Share Computer is not available, compute the RCS leakage as described on Enclosure 1, Page 2, and attach Page 2 to the Data Cover Sheet with Page 1. NOTE: If the Time Share is used, it is NOT necessary to attach Page 2 of Enclosure 1 or the page on the computer printout where the
' parameters are entered.
i 4 6.2 Evaluation of Leakage Race , i To evaluate the acceptability of the leak rate the source or sources of l
- 1eakage must be determined if possible and from this determination the leaks can be classified as identified, unidentified, etc. To simplify this task, a log of leak rate evaluations is kept by Operations in the Control Room. The evaluation is based in part on the previous evaluation which lists sources of known leakage and the size of each class of leakage.
' The discrepancy between the new and old leak rates must be accounted for in the new evaluation. Section 6.3 provides guidance for determin4ng the source of leakage. 6.2.1 Record the final and initial RCP seal leakage readings on Enclosure 1, Page 1 and add the four final readings together to obtain a final total sum. Add the four initial readings together to obtain an initial total sum. Subtract the initial total sua from the final total sum. Determine the time between readings in minutes and multiply by four. Divide the difference between the final total sua and the initial total by four times the time between readings. This is the RCP i seal leakoff race. 1 Subtract 0.05 gym from the RCP seal leakoff if demin flush flow 7j I is cut in. This is the Identified RCP Seal Leakage. Add any other identified leakage to th'e Identified RCP Seal Leakage. This is the identified leakage. 6.2.2 ' Determine the sources of leakage and classify each leak as one of the following: Record this information in the RCP Leakage Log - See Enclosure 6 for suggested entry format). Pressure Boundary Leakane (PB) - Leakage through a non-isolable. fault in an RCP component body, pipe wall or vessel wall. Identified Leakage (IL) - (a) . Leakage (except CONTROLLED LEAKAGE) into closed systems, such - as pump seal or valve packing leaks that are captured and i conducted to a sump or collecting tank, or l I .,. - .,. ,, . -. - . .- - - ._ . , .
I a ST 5052.02.1 5 i Investiga'i:e for leakage around the reactor vessel head gasket or CRDM flange gasket. Check the incore monitor closure seals. Check the reactor coolant pump seal leakage. Consider coolers having an interface with the RCS or MU and Purifica-tion System such as letdown coolers, seal return coolers, sample coolers, etc. A cooler secondary side may show an increase in temp-erature, pressure or activity. Consider valve packing leakages. Makeup pump seals or casing vents for running or idle pumps should be considered. Check the reactor coolant sample sink. Consider OTSG tube leaks. Check secondary activity or boric acid increase. Consider changes in level or pressure when shutdown. Check for water on floors or equipment around RCS or Makeup and Purifi-cation System piping. Check for boron deposits.
- 7. ACCEPTANCE CRITERIA ,
Signoffs of acceptance criteria are to be made on Enclosure 1.
~~~
7.1 ~5o~ knoA Pres'sure Boundry Gakage ex17ts. il 7.2 Identified Leakage is less than 10 gps. 7.3 Unidentified Leakage is less than 1 gpm. 7.4 Primary to Secondary Leakage is less than 1 gpm. m
-- = wr ---w ,- - = = w -
. ST 5042.02.2 7
Enter data in iteg numbers circled and then complete calculations 2 indicated:
~
INITIAL VALUE FINAL VALUE ITEM PARAMETER DESCRIPTION h Time From T769 or TIMUS ( F) h MU Tank Temp From L761, L763 or MU Tank Level I.RMU16 (inches) O3 and Enclo-4 MU Spec Vol FromItemj/lba) sure 2 (ft Item 3 4.124+77.85(ibei 5 MU Tank Inventory Item 4 From T776, T777 or h Press Temp TTRc15 (Oy) From L769 or LRS RC14 h Prese Level finchmal From Item 6 & Enclosure 8 Press Spec Vol 3 (fe3/ tw1
' ' Press Inventory Item 7 3.173+239.60ba:
9
, Team 8 From R790 or NR-NI6 (%)
h Ave Power ra tem 10 and 11 Power Correction Enclosure 4 (1ba) From T709 or TIRC7 (#F) h Tave or Tc From Item 12 and 13 Temp Correction Enclosura 5 (1%)
+ Item 9 + Item 14 Total Inventory f..eenI + Team 13 (1bm)
Item L Final - Item 1 - 15 Time Span Initial (ipa) 16 Leak Rate *' 5 I l Date 2 Performed by ENCLOSURE 1 Page 2 of 2 l
a 9 ST 5042.02.0 i SPECIFIC VOLUME OF PRESSURIZER WATER PRESS TEMP SPECIFjCVOLUME PREgSTEMP SPECIFIC VOLUME ( F) (ft /lbe) ( F) (ft 3/lba) 590.0 0.02319 670.0 0.02884 0.02311 588.0 668.0 0.02858 0.02303 0.02834 586.0 666.0 584.0 0.02295 664.0 0.02811 0.02287 0.02789 582.0 662.0 580.0 0.02279 660.0 0.02768 0.02271 0.02748 578.0 658.0 576.0 0.02264 656.0 0.02728 0.02256 0.02709 574.0 654.0 572.0 0.02249 652.0 0.02691 570.0 0.02242 650.0 0.02674 0.02235 0.02657 568.0 648.0 566.0 0.02228 646.0 0.02641 0.02221 0.02625 564.0 644.0 562.0 0.02214 642,0 0.02610 640.0 0.02595 0.02207 0.02580 560.0 638.0 558.0 0.02201 636.0 0.02566 0.02194 0.02553 556.0 634 .0 554.0 0.02188 632.0 0.02539 0.02182 552.0 ( 630.0 0.02526 0.02176 0.02514 550.0 628.0 548.0 0.02169 626.0 0.02501 0.02163 0.02489 546.0 624.0 544.0 0.02157 622.0 0.02477 0.02151 542.0 620.0 0.02466 0.02146 0.02455 540.0 618.0 538.0 0.02140 616.0 0.02444 0.02134 0.02433 536.0 614.0 534.0 0.02129 612.0 0.02422 0.02123 532.0 610.0 0.02412 0.02118 0.02402 530.0 608.0 528.0 0.02112 606.0 O.02392 0.02107 0.02382 526.0 604.0 524.0 0.02102 602.0 0.02373 0.02097 522.0 520.0 0.02091 600.0 0.02364 0.02086 0.02354 518.0 598.0 516.0 0.02081 596.0 0.02345 0.02076 0.02337 514.0 594.0 512.0 0.02072 592.0 0.02328 ENCLOSURE 3 l Page 1 of 2 l
~- ..
. > 11 ST 5042.02.0 POWER CORRECTION i POWER BETWEEN O and 15% 1
- I,
. 8.:. e -35 Il3
- ml g
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l l l O O 4 8 12 16 ENCLOSURE 4 PERCENT RATED POWER Page 1 of 2 i I !.,_...-,_,_--.-..._..,-.__....w_.__,-...... _ . _ . _ _ . _ _ _ _ . _ _ _ _ . _ . . _ . _ _ . . . _ . . _ . . . _ . _ . _ _ . ~ . . _ . .
n 13 ST 5042.02.0
~
TEMPERATURE CORRECTION l ! \ RCS TEMPERATURE AROUND 532 F bi JE -l l B 1, l 1 3.2
- l. t a i
!!ull 1 2400 \ 1' ' i 2000 5 t
- I ! oe 1600 t
i I { 1200 l M ' " 800 l 82
- 400
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, $ -400 l , w I E I M g ,
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- 6 3 -2000
-2400 l
0 530 531 532 533 534 529 ENCLOSURE 5 REACTOR CCOLANT SYSTEM TEMPERATURE Page 1 of'2 l
l
. \
15 ST 5042.02.3 RCS LEAKAGE LOG ENIRY The following info'ination should be entered in the RCS Leakage Log. The format 3 below is suggested, but any format with the same information is acceptable. DATE: TIME (of measurement): LEAK RATE: (gym) LEAK SOURCES RATE OF LEAK CLASS (List here a brief (Enter here the rate (Enter the classifica-description of each of each leak to the tion of the leak; i.e., source of leakage) nearest tenth of a PB, IL, UL, PS) gym - if possible) Total of all Pressure Boundary Leakage (limit 0.0) gym Total of all Identified Leakage (limit 10.0) gym Total of all Unidentified Leakage (limit 1.0) . gym Total of all Primary to Secondary Leakage (limit 1.0) gym Total Leak Rate
- gym
(* sum of above - should match calculated rate listed above) Entry by Date 3 f G
=
m END ;
4
-7 PLAN FOR EXM11tMTION OF LEAK RATE TEST PERFORPMNCE AT DAVIS BESSE #40 RANCHO SECO IRspection Items
- 1. Review procedure and computer program (i f encluded) in use an 1970.
Verefy that procedures account for changes i r. : RAk(([O h[C b h(([f h[hh[ RCS densety, Yt9 ret TE4MA*nftAt', s/c finsSWE cogg Yt S N TfMEOTWE, / o/ Ma45 WE cc4 Pressuriser level and density, YM Q JEVfj Arti) wpS,yf 0fluAftgAeg Q E&ititA Y s9A%Ufvi'f tf;(b!Ar44 A/O
- PEN o Make up tank level,' fgcy /g g Drain tank level, [ b W Y jf y g A D/pty fAffg f)oq*T* B 496. p /]/A/AfTh q Relief tank level, ff $ jjcy g,wgg f $ngj gg gy p y$ p ggr4; Mater addition or loss.
OS/f)/TEj) f3f f4'&CfDVpY j'A'&ffit)ffft) t3 */ IM'O CGqGQ Verify the use of correct values fort ! RCS volune, $WIWEDbh, 'l /~ YYbf= $0f #!
& [r/A/Mf 6/$1HG- (f0C / Y b f: 7bh Pressurizer mass change wi th level,
[r00 0 d k % / - M $//Agf t'c#g d/ ,/7 Make up tank LtV i n c h ,
;Cg 'Mf h df M7p8h Re1eef tenk Ltdinch (or tab 1e), Q' f/46 3 3,8 g osk fa 30 af J/(,f giQct)-){pgpjpg){.) pg. (s7(.9 Deain tank Ltdi nth tor tabte),
l J/GfMZf OGO f'A ng pos;$N'{~ E //Sf" N0rWS)! Oft) TAAtX l206S/ f' Kar<r nass of water added or Iost, ((0 r AfECE /> A00tflo d E rc pat 4/16tro) /0!~ net *r>to Arm /f!WS
- ft' l'W&ff!/S'I'
- Density of tank water relative to RCS, Ch' ftAt VAJpis l'A/cux A r-ri) /s/ JRS CA(' AJ/ Vhlin$ CAAc ts/** 1ld // /d' Conversion of mass to gallons. OK uu i.2 fr*Q{k (ET 5 5 *),af cr ia .im W,4c (9,,;vf"/pf')
Correction f or changes in RCS pressure
,llCWL' _ AVG St4t;& * *DGNG/4 f/ra/$AP.~3?5/ Of6 A VG Effdf = .0006 fAe6 4 / = 0* 3/'"
Correction for changes in RCS temperature gf' $Q,y f'r Artefflof: ,G(ofjy(,gf*: &,2*h&(dif Arcegdr*se ,c/3&t1 [AeG AT=fa% Correction for changes in pressurizer temperature Q' g/g ~
;6/(#//ff, A66 t /AM ,68f6(,#9 [Ap& jlp a /.
- 2. For any omissions or er r or s identified, do sensitivity calculations using the Osbourn computer to determene the expected ef fect of the error on the test results, for the the normally used time span. Compare the effect to the allowable leak rates.
D.
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Oawe h PLAN FOR EXAMINATION OF LEAK RATE TEST PERFORMANCE AT DAVIS BESSE AND RANCHO SECO
~.
Inspection Items b.Reviewprocedureandcomputerprogram(if included) in use in 1978. C den # C/([ Pressurizer level and O Make up tank level,*'~ dens i ty, V //O fk > Drain tank ievel, e 4 Relief tank l ev e l , tuh/ ce[F oe (SMM. - Water addition or loss./G W - M.dhd84[ud[
'M pu AM Vey/fy the use of correct values fore
~.
5/ Su / tcp CS volume, M '+ ressurizer mass change with level, - mir.2u ake up tank Lb/ inch, ~
%r.'% elief tank Lb/ inch (or table), '
juys% Drain tank Lb/ inch (or table)A @ ' Mass of water added or lost,/w% M h b Density of tank water relative to RCS, hc7 f-87/S[2 A Ne/2/M h k 5. For any dnfs[7,b?"v.!.E*** I[f M Nied, r do sensi~tivity calculations using the Osbourn computer to determine the expected effect of the error on the test results, for the - the normally used time span. Compare the effect to the allowable leak rates.
- 3. For a one month period of stable operation, use the 1978 plant survellance test input values to run leak rate c al cul at i ons using the NRC program. Compare the results to the values derived by the plant procedure.
4. For the same period, determine the long term gros, leak rate by pictting the sums of the daily operator water additions to the RCS. Compare this to the surve61ance test results also. , 5. For the 54me period again, determine ' the long term identified leak rate by plotting periodic leak rates derived from the changes in drain.and relief tank levels recorded on the surveilance test sheets. Use the ! difference in the two plots to estimate the long term unidentified leakage and compare to the plant procedure ! results. !
- 6. From the above results, make an assessment any motivation to manipulate the test resulas ts tomay whether have existed due to either an inadequate procedure or to unacceptable leak rates. Based on this assessment, evaluate the need for any further investigation.
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Genera Zectric 1 :nformationServices ! Company One Parkiane Bivd . Park:ane Towen Ess: Su::e 830 Destbern !aigst: 49129. !313) 593 4500
~.
July 9, 1981 l y.r . Robert S. Celian Toledo Edison Company Edison Plaza Toledo, Ohio 43652 1 tear Bob: This information pertains to the Steam Tables and FORTRAN subroutines you inquired about. The source code can be obtained from the following source: Mr. Richard W. Counts Quantum Chemistry - Program Exchange Department of Chemistry Indiana University Bloomington, Indiana 47405 (812) 337-4784 Mr. Counts indicated that there are two (2) versions: CDC
- and IBM. The IBM version has documention but does not include i the Entropy chlculation (these must be coded by the user).
The CDC version is complete but no documentation. The cost is $250 for either version and is provided on magnetic tape in card image format. I suggest you contact Mr. Courets to determine which version - will best meet your requirements. Sir e 1ly, f George . Humphrey Senio Account Rep esenta ~ e
/dms GENER Ath ELECTRIC
- 3. For a one month period of stable operation, use the 1978 plant surveilance test input values to run leak rate cal cul at i ons, usi ng the NRC program. Compare the results to the values derived by the plant procedure.
- 4. For the same period, determine the long term gross leak rate by plotting the sums of the daily operator water additions to the RCS, Compare this to the surveilance test results also.
- 5. For the same period again, determine the long term identified leak rate by plotting periodic leak rates derived from the changes in drain and relief tank levels recorded on the surveilance test sheets. Use the difference in the two plots to estimate the long term unidentified leakage and compare to the plant procedure results.
- 6. From the above results, make an assessment as to whether any motivation to manipulate the test results may have existed due to either an inadequate procedure or to unacceptable leak rates. Based on this assessment, evaluate the need for any further investigation.
Assistance needed for aquisition of documentation.
- 1. With the aid of the resident inspector, select a one month period of s tabl e power oper at i on during 1978.
- 2. Request the resident inspector to obtain copies of the following documents (applicable to the tin e perio'd selected if available):
The surveillance test procedure. A orint out of the computer program uscd for tne calcul ations (i f in use during the period selected). All of the surveillance test sheets for the month (including the input data and the results). Tank curves used for the conversion of level to mass for, The Make Up Tank, The Relief Tank, The Reactor Coolant Drain Tank.
'3. Request the resident inspector to provide assistence in obtaining access to the following documentation covering the applicable. time period.
The Control Room Operators Log. The Shift Formans Log, ; Tank drawings and level calibretion procedures as ! required.
/3EME DAW 5 PLAN FOR EXAMINATION OF LEAK RATE TEST PERFORMANCE AT DAVIS BESSE AND RANCHO SECO Inspection Items
- 1. Review procedure and computer program (if included) in use in 1978.
Verify that proced res a coun for changes in: h W W , Wo h l4t.MD Cd N
'/4 RCS density, .
yQ Pressurizer level and densi ty, MJLA @ pgg4 VJLj Make up tank 1 eve 1,,j0rm. M v &cp % g Drain tank level, p y p p g j/c Relief tank level, f/c, Water addition or Ioss. % p pW Q , y 9 g4 pg g } OC' LLL C vo e l b~ l ' ( g (/f - Pressurizer mass change with le e( O l , QM C f dd4h L/
,/y1/ <t*d k3,I'/)
Make up tank Lb/ inch,S f5fp h_/_f .swt,07pgfe1ief tank Lb/ inch (or table >,fta f M M M M 4 Drain tank Lb/ inch (or table), Mass of water added or lost, A
'h S A dbM[ 'd g~g 6K, - -- ensity of tank water relative to R.CS tce464t[A-Of w.A4[,/f./2 onversion of mass /.Mt $
CW' -- Correction for changes to gal in lRCS ons. 8ghwd4# F 8 temperature- g/fg// g g pu1,CileCorrection for changes in RCs pressure /4p Zl8c *3N/ Correction for chances in pressurizer t emp e r a t ur e gq;,[/19dfd 6Z W To<%
- 2. For any omissions or errors identified, do sensitivity calculations using the Osbourn computer to determine the expected effect of the error on the test results, for the the normally used time span. Compare the effect to the allowable leak rates.
- 3. Foo a one month period of stable operation, use the 1978 plant survellance test input values to run leak rate calculations using the NRC program. Compare the results to the values derived by the plant procedure.
- 4. For the same period, determine the long term gross leak rate by plotting the sums of the daily operator water additions to the RCS. Compare this to the survei1ance test resul ts also.
- 5. For the same period again, determine the long term identified leak rate by plotting periodic leak rates derived from the changes in drain ancirelief tank levels recorded on the surveilance test sheets. Use the difference in the two plots to estimate the long term unidentified leakage and compare to the plant procedure results.
- 6. From the abnve results, make an assessment as to whether any motivation to manipulate the test resul ts may have 1
l
NRC INDEPENDENT MEASUREMENTS PROGRAM REACTOR COOLING SYSTEM LEAK RATES STATION: Davis Besse TEST DATE : SENSITIVITY CALC UNIT : 1 START TIME: RCS P 3 psi DOCKET : 50-346 DURATI ON : 2 hours TEST DATA System Parameters: I Pressure, psia 2200 2203 T Ave, degrees F 582 582 Water Levels: Pressurizer, inches 210 210 Relief Tank, inches 0 0 Makeup Tank, inches 70 70 Drain Tank, inches 0 0 Water Charged = 0 gal Water Drained = 0 gal TEST RESULTS Change in Water Inventory in pcunds: Vesset & Piping 28 Rel ic f Tank '
.1) O Pressurtzer ~17 Drain Tank <1) O Makeup Tank (1) 0 ______
Less: Water Charged 0 Collected Leakage O Plus Water Drained 0 Cooling System- 11 Leak Rates in gpm (3): Gross -0.01 Identified 0.00 Unidentified -0.01 (1) Determined from tank calibration curve. (2) Determined from tank dimensions. (3) .The density _used for converting inventory change to leak rate was 61.71 pounds / cubic foot based on 120 degrees F and and 14.7 psia.
,, NRC INDEPENDENT MEASUREMENTS PROGRAM REACTOR COOLING SYSTEM LEAK RATES STATION: Davis Besse TEST DATE : SENSITIVITY CALC UNIT : 1 START TIME: RCS T .2deg DOCKET : 50-346 DURATION : 2 hours TEST DATA Initial Final System Parameters:
Pressure, psia 2200 2200 T Ave, degrees F 582 582.2 Water Levels: Pressurizer, inches 210 210 Relief Tank, inches 0 0 Makeup Tank, inches 70 70 Drain Tank, inches 0 0 i Water Chatged = 0 gal IJater Drained = 0 gal l l TEST RESULTS Change in Water Inventory in pounds: Vessel & Piping -154 Relief Tank (1) O Pressurir6r 0 Drain Tank (1) O Mai<eup Tank (1) 0 ______ Less: Water Charged 0 Col l ec ted Le ak age O Plus: Water Drained 0
~
Cooling Syste,m, -154 Leak Rates in gpm (3): Gross 0.16 Identified 0.00 Unidentified 0.16 (1) Determined from tank calibration curve. (2) Determined from tank dimensions. (3) The density used for converting inventory change to leak rate was 61.71 pounds / cubic foot based on 120 degrees F and and 14.7 psis.
NRC INDEPENDENT MEASUREMENTS PROGRAM REACTOR COOLING SYSTEM LEAK RATES STATION: Davis Besse TEST DATE : SENSITIVITY CALC UNIT : 1 START TIME: RCS T 1deg DOCKET : 50-346 DURATION : 2 hours TEST DATA Initial Final System Parameters: Pressure, psia 2200 2200 T Ave, degrees F 581 582 Water Levels: Pressurizer, inches 210 210 Relief Tank, inches 0 0 Makeup Tank, inches 70 70 Drain Tank, inches 0 0 Water Charged = 0 gal Water Drained = 0 gal TEST RESULTS J Change in Water Inventory in pounds: Uess91 & Piping -769 Relief Tank (1) 0 oressurizer 0 Drain Tanx s.1) 0 Makeup Tank (1) 0 __ Less: Water Charged 0 Collected Leakage 0
.Plus: Water Drained 0 Cooling System. -769 Le'ak Rates in gpm (3):
Gross 0.78 Identified 0.00 Unidentified 0.78 (1) Determined from tank calibration curve. l (2) Determined from tank dimensions. l (3) The density usec for converting ir intory change to leak rate was 61.71 pounds / cubic foot based on 120 degrees F and l and 14.7 psia.
NRC INDEPENDENT MEASUREMENTS PROGRAM REACTOR COOLING SYSTEM LEAK RATES STATION: Davis Besse TEST DATE : SENSITIVITY CALC UNIT : 1 START TIME: PZR L lin DOCKET : 50-346 DURATION : 2 hours TEST DATA Initial Final System Parameters: Pressure, psia 2200 2200 T Ave, degrees F 582 582 Water Levels: Pressurizer, inches 210 211 Relief Tank, inches 0 0 Makeup Tank, inches 70 70 Drain Tank, inches 0 0 Water Charged = 0 gal Water Drained = 0 gal TEST RESULTS Change in Water Ir.ventory in pounds: Vessel & Picing 0 Rs l e e f Tank (1) O Pressur i zei- 100 Drain Tank (1) . O Makeup Tank (1) 0 ______ Less: Wattr. Charged 0 . Collected Leakage O Plus: Water Ora!ned 0 Cooling Syste,m.. 100 Leak Rates in gpm.(3): Gross -0.10 Identified 0.00 Unidentified -0.10 (1) Determined from tank calibration curve. (2) Determined from tank dimensions. (3) The density used for converting inventory change to leak rate was 61.71 pounds / cubic foot based on 120 degrees F and and 14.7 psia.
,. NRC INDEPENDENT MEASUREMENTS PROGRAM REACTOR COOLING SYSTEM LEAK RATES STATION: Davis Besse TEST DATE : SENSITIVITY CALC UNIT : 1 START TIME: MUT L lin DOCKET : 50-346 DURATION : 2 hours TEST DATA Initial Final System Parameters:
Pressure, psia 2200 2200 T Ave, degrees F 582 582 Water Levels: Pressurizer, inches 210 210 Relief Tank, inches 0 0 Makeup Tank, inches 70 71 Drain Tank, inches 0 0 Water Charged = 0 gal Water Drained = 0 gal TEST RESULTS Ch ange in Water Inventory in pounds: Vessel & Pipirg 0 Relief Tank (1) O Pressurizer 0 Drain Tank (1) 0 Makeup Tank (1) 258 _ _ _ _ _ _ Less: Water Charged 0 Col l ec ted LJat: age O Plus Water Draired 0 ) Cooling System.. 258 Leak Rates in gpm (3): Gross -0.26 Identified 0.00 Unidentified -0.26 (1) Determined from tank calibration curve. (2) Determined from tank dimensions. (3) The density used for converting inventory change to leak rate was 61.71 pounds / cubic foot-based on 120 degrees F and and 14.7 psia.
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A M3 esse suelear Power Station Deit No. 1 i .. l senvt1L1Juect TEST ST 5042.02 , l RCS Water Inventary Belance \ i M 1 T t * ?..' M ' T 3 '. T R ^~ fwuI1illi OisibI id'M ) ; l Becord of Approval and Changes 4 Jacque Llatenfelter 10/19/76 M by, .t.
; n ,
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'4 Submitted by 4 Data y ection Head 9y Racecamended by ~
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$25 tr: nan
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'Date s #,
QA Approved MM Date 7 ager [ Quality Assurance O Approved by I //'
- u) sterion'3uperintendent
_8Date k O V ! A QA Sta. Supt. Revielen 338 n= - =dation Date Approved Date Approved Date l y No.
, ph:=. In/s/rs. yN J% 4 s/+//L f #
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**- ' 82 5443.08.9
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This test provides a mothed for as securate determination of RC3 leakage. ] The water investory balance method establishes a baselias unter inventory The l for the BCS god at some later time a second inventory is detaMW. difference in inventories divided by the time between measurensets deter-
- I mines the leak rate. l With the amount of leakage known, the type of leakage must be determined - l l
pressure boundary, unidentified, identified, controlled or OTSC tube 1eakage. This procedure provides guidance for locating and classifying l leakage. For definitions of leakage ,- classifications, see Section 6.2.2. 1 Technical Specification 4.4.6.2.d requires the " performance of a Reactor f (STS) - i Coolant System water inventory balance at least once per 72 hours during I steady state operation", in Modes 1 through 4. When possible, this tset should be conducted daily in Modes 1 through 4.
' 1 f
, 2. REFERENCES
,o 2.1 Davis-Besse Unit 1 Technical Specifications 3/4.4.6.2 l
N 2.2 ASME Stems Tables
)
*' ,t Bechtel Piping and Instrument Diagrama - M-030, M-031 2.3 F \
l i 7 3. REQUIRED EQUIPMEFr - l 3 Now
"')
3 f k 4. PRICAE_T10gG AIS LIMITATIONS 4,1 tage,ta' Modes 1, 2, 3 or 4. Reactor Coolant System leakage shall be I(STS 3.4.6.2) limited to- ; 4.1.1 No pressure boundary leakage 4.1.2 1 spa unidentified leakage 4.1.3 1 spa total primary to secondary leakage through the steam generator tubes 4.1.4 10 spa identified leakage from the RCs G 4.2 Operations which could change the water inventory of the RCS or Makeup and Purification System should not be performed during the conduct of this test waless an accurate determination of the inven-tery change can be made and accounted for in the calculation.
A, ' se se63.oa.o i;" * .- : 4.3 per best results, this test should be seeducted at steady state seeditions with as changes in power level, temperature, boros coe-sentrattee, pressere, letdows or askeup flow. 4.4 the same lastrummate or computer potate eheute be used for the initial and final sets of opta to attainate the error between re-w=t channels.
- 5. PasascotstTts ,,
sissoffe for prerequisites are to be made en a espy* of Easlesere 1. 5.1 the BCS and Makeup and Puritiestion System are is a steady state condtt ton; t... , ,n. ., tem,.ntone, f te.e, eu. , .= =t o P'H'y"L"."r'.fA"'abaO*"* ** **"* ""* **" *** * *** ** '"****** C 5.2 no operations which would change the RCS or Makeup and Purifica. ion system inventories are in progress; i.e., no sempling, vestias,
- draining, etc., is occurring.
5.3 the shif t Forensa has given his permission for the conduet of this G-test.. l 6. PtocEDEE 9 k M The necessary sigaoffe and data entries are to be made on a espy of Enclosure 1 Leakage Dete M aation g 6.1 6.1.1 Racers the following parameters from st.o coerces indicated for the first invsater7 measurement: ccMPUTRE Poly _T_ or INBTatmRWT
.M LARJi!ETTL 1 Time T1 NJf, 2 NU faak Tony - T169 3 185 Tank Lc el L761 or L763 ?A WJL4 6 Preerurisar Tee , T776 or T17T TI RC15 f769 - Las RC14 Preveerisor Lewi 7
Are R uetor Power 1790 la R16 lo . . TI ac7
*11 T49e !?ot
- Rete For temperature other them arossad 532 and 542'F this measurement is difficult. Neglect this entry sad malatain Tave as coserant jg as possible during the period between measurements.
H~ ep = 6.1.2 Compete the initial BCS/ Makeup and Purification System L. g.. - J inweesary as direated en Emelseere 1. i 4 1.
l ..
.,, .( . '
* * ' E E*E*O '
-, 5407 T2
-3 6.1.3 18statata et .ptate conditions motil.the aest est of teadicas is .
The leegttr of time htween readings j should be abset sa heer for moet maneggments, but may be I ' longer if the leakage is small ( 1. spa) er if greater steeracy is desired. The time between inseaurensets any aise be shorter if a large leak is suspected. j 6.1.4 Rapest step 6.1.1 and then compete the final investery. 6.1.5 Compute the RCs leakage as directed on Eastosure 1. 6.2 Evaluation of Leakage Rate . To evaluate the acceptability of the Isak rate the source or sources of leakage must be determined if possible and from this determination y the leaks can be classified as identified, unidentified, etc. To l simplify this task, a log of leak rate evaluations is kept by Operations in the Control Room. When a leak rate calculation indicates a change la l leakage, a new evaluatioc must be done. The new evaluation is based in part on the previous evaluation which lists sources of known leakage l
- and the size of each class of leakage. The discrepancy between the asw and the old leak rates must be accounted for in the new evaluation.
N Section 6.3 provides guidance for determining the sources of leakage. N 6.2.1 If the calculated leek rate is greater than, or more than 0.5 spa ses11er than the previously evaulated leak rate
* (from the RCS Leakage Log), a new evaluation smet be made.
NOTE: If the leak rate is smaller than the previously eval-
> usted leak by no more than 0.5 SPm, use the previous evaulation to complete the fellowing steps.
6.2.2 Determine the sources of leakage and classify each leak as 3 one of the following: (If this is a new evaluation, record O this information in the RCS Leakage 14g - See Enclosure 6 for suggested entry format). O Pressure Boundary Leakane (PB) - Leakage through a non-isolable fault in a RCS component body, pipe well or vessel well o Identified Leakane (IL) ~ (a) Leakage (except CONTROLLED LEAEACE) into closed systems, such as pump seal or valve packing leaks that are cap-tured and conducted to a sump or collecting tank, or (b) Leakage into the containment atmosphere from sources that are both specifically located and known either not to interfere with the operation of leakage detection systems or not to be PRESSURE SOUNDARY LEARACg, or (c) RCS leakage through a steam generator to the secondary system. G Unidentified Leakane (UL) - Leakage which is not Identified Leakage.
. r. :- j
--- __m_
ht.k
ST 5042.02.0 4 Primary to Secoedary Leakane (PS) - Leakage through the OTSG tubes. Note that this leakage is also included as Identified 14akage and is thus counted twice. Controlled leakage is not considered in this test NOTE: because the water inventory balance will not detect controlled leakage since it is all contained within the boundaries of the inventory volume. 6.2.3 Enter the total leakage of each classification on Enclosure 1. 6.2.4 Evaluate the acceptancg criteria as per Section 7 and Laform
+
the Shift Foreman that the test is complete. I i 6.3 Leakage Source Determination g I This section provides general guidance for the determination of laakage sources and as such does not require sigaoffs. O The following list provides possible leakage sources, methods of L detection and other suggestions useful in locating leaks. It may be used in conjunction with the previous RCS leakage evaluation from g the RCS Leakage Log, PiilD's, etc. , in identifying leaks. 6 An increase in the level of a tank which might receive leakage from @ the RCS or the MU and Purification Syntes should be considered. r Consider level, temperature and pressure changes when investigating tanks. Also consider other sources of water that could cause a g change in tank level. The following tanks might receive leakage through bad check valves or improper valve lineups: N Core Flood Tanks \ teactor Coolant Drain Tank Reactor Coolant Quench Tank g Spent Rasin Storage Tank Niece 11aneous Waste Drain Tank Clean Waste Receiver Tanks An increase in pipe temperature downstream of the pressuriser re-liefs any indicate leakage. An increase in pipe temperature or radiation level downstream of an [ isolation valve, drain valv e , vent valve, test connection, etc. , may L indicate leakage. Investigate for leakage around the reactor vessel head gasket or j CEDN flange gaskat,
\. Cheek the incore monitor closure seals.
f ( Check the reactor coolant pump seal leakage.
\"'\
Ceesider coolers having an interface with the RCS or MU and Purifica-
-. \, ties System such as letdown ecolors, seal retura coolers, sample u
\. eeelers, etc. A cooler secondary side may show an increase in toep-efeture, pressure er activity.
y -. Ei [~
4 Osmaider valve peeklag lashages. Itakeup pump seals or casing vents for russing or idle pumpe should be considered. Check the reactor coolant sample stak. Consider OT9C tube leaks. Check secondary activity or boric acid increase. Consider changes in level or pressure weien shutdown. Check for water on 21cers or equipment around RCS or Makeup and Purifi-cation System piping. ,
, l Check for boron deposits.
- 7. ACCEPTAIICE CRITgRIA, '
Signoffs of acceptance criteria are to be made on Enclosure 1. a ; 1 il 7.1 leo known Pressure Boundry Leakage exists. Identified Leakage is less than 10 syn. 3 7.2 N 7.3 Unidentified 14akage is less than 1 gym. 4 N 7.4 Primary to Secondary Leakage is less then 1 gym. N !
'O i O
O O 0 e I G e
e . ST SO42.02.0 4
- 5. Mw Verified Date BCS Steady State Date 5.1 no inventory changes verified 5.2 Time 5.3 Shift Foreman Date verified
' 6. PROCEDURE a 6.1 Leakage Calculation g Enter data in item numbers circled and then c'amplete calculatione indicated: C o C INITIAL VALUE FINAL VALUE o DESCRIPTION ITDI PARAMETER
=
eT-F rom T769 or TINUS (*F) hMU Tank Temp From L761. L763 or MU Tank Level t.RMU16 (lnehea) 03 and Enclo-4 MU Spec Vol FromItmg/1ha) mure 2 (ft 4.124+77.85(t h ) g item 3 5 MU Tank Inventory Item 4 N Press Temp FromT77g.T777or A
@ vtucts ( y)
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& Enclosure 4 S Press Spec Vol Iem g hm ,
Press laventory item 7 3.173+239.6Qbe: 9 Ten. a From R790 or ut-ul6 (1) h Ave Po.eg From Item 10 and 11 or Conecti- tosure . nom > re a T7a* or TInci (*r> 0 T v. T. 13 Temp Correction f"j"" I2 g ) I"*" 14 Total leventary I"" 1
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'E ST 5442.03.0 ..
7 ac$ LEAEACE EVALBATICE
=
YES 50 6.2.1 New evaluation required.
^ Verified Date 6.2.2 Leakage source determined and classified (logged if new eveisation).
Verified Date spa (none allowed) 6.2.3 Known Pressure Boundry 14akage = ' Jl
" rpa (10 ellowed)
Identified Leakage a gym (1 allowed) Unidentitled Laekage spe (1 allowed) Y Primary to Secondary Leakage =
'O g 7. ACCEPTANCE CRITERIA 7.1 No known Pressure Boundry Leakage Date N il Verified
~.
7.2 Identified Leakage ( 10 spe Date Verified 9 7.3 Unidentified 14akage < 1 spe Verified Date U 7.4 Primary to Secondary Leakage < 1 spe .. Verified ,Date _ O , e-g .. Date _ j Approved by Shi~ft foreman Date 5 geviewed by Operations Engineer 6.2.4 Test Complete Time _ Shitt Forenac Date Verified O ' INCIOSURE 1 Page 2 of 2
. ST $062.02.0 d a y pg 44 :
sygCIFIC VOUME OF M M [gf -I N 3rsc1FgC VOUME__ (ft /lba) 0.01644 200. 0.01657 190. 0.01651 180. 0.01645 170. 0.01639 160.
*0.01634 150. 0.01629 160. 0.01625
- 130. 0.01620 120. 0.01616 110. 0.01613 0 100. 0.01610.
- 90. 0.01607 C
- 80. 0.01605 g
- 70. 0.01603
- 60. 0.01602 c
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9 r Sr88251C WILUlm 0F PRESSORIEEE M42'ER TEMP arm.wjC TOLIRIE TEMF IC TOLUME (ft /the) q(F) SPECgt/1be) (f ~ ( ) 0.02319 590.0 670.0 0.02884 588.0 0.02311 668.0 0.02858 586.0 0.02303 646.0 0.02434 584.0 0.02295' 644.0 0.02811 '582.0 0.02287 642.0 0.02789 580.0 0.02279 640.0 0.02768 578.0 0.02271 658.0 0.02748 576.0 0.02264
' 656.0 0.02728 574.0 0.02256 i 654.0 0.02709 572.0 0.02249 652.0 0.01691 570.0 0.02242 650.0 0.02674 568.0 0.02235 648.0 0.02657 0.02228 566.0 c
646.0 0.02641 0.02221 0.02625 544.0 644.0 562.0 0.02214
% 642.0 0.02610 640.0 0.02595 0.02207 N 0.02580 560.0 638,0 558.0 0.02201 636.0 0.02566 0.02194
., N 0.02553 556.0 634.0 554.0 0.02188 l 632.0 0.02539 0.02181 l 552.0 4 630.0 0.02526 550.0 0.02176 628.0 0.02514 0.02169 I
- 0.02501 548.0 626.0 546.0 0.02163 O 624.0 0.02489 0.02157 0.02477 544.0 622.0 542.0 0.02151 O
620.0 0.02466 540.0 0.02146 o 618.0 0.02455 8.02140 538.0 616.0 0.02444 0.02134 0 536.0 614.0 0.02433 554.0 0.C2129 612.0 - 0.02422 532.0 0.02123 610.0 0.02412 , 530.0 0.02118 608.0 0.02402 528.0 0.02112 606.0 0.02392 526.0 0.02107 604.0 0.02382 . 524.0 0.02102 602.0 0.02373 522.0 0.02097 520.0 0.02091 600.0 0.02364 518.0 0.02086 598.0 0.02354 516.0 0.02081 596.0 0.02345 0.02076 514.0 594.0 0.02337 512.0 0.02072 0.02328 .. 9 592.0 3
. .. I w EuctAGURE 3 Page 1 of 2 L- --
l L-- - - - _ . . _ , _ _ _
a ST S062.01.0 . 10 . .- TEIN SNCIFjC VotASE Tae SERCIFjC VOURS ( ) (ft 11be) , ( ) (ft /lbs) _
' 430.0 0.01909 310.0 O.02067 42s.0 0.01906 588.0 0.02042 426.0 0.01903 546.0 0.02057
- 434.0 0.01900 506.0 -
0.02053 422.0 0.01897 502.0 0.02044 420.0 0.018 % 500.0 0.02043 418.0 0.01490 , 494.0 0.01039 416.0 0.01847 4M.0 0.02034
- 414.0 0.01484 4M.0 0.02030 412.0 0.01441 ,
492.0 0.02026 I. 410.0 0'.01478 490.0 0.02011 408.0 0.01875 444.0 0.02017 0.01871 Q 406.0 446.0 0.02013 ' 4M.0 0.01A70 0.02009 C 484.0 402.0 0.01867 442.0 0.02004 400.0 0.01844' 480.0 0.02000 398.0 0.01861 o 478.0 0.01996 0.01454 0.01992 3M.0 476.0 3M.0 0.01855 474.0 0.01988 0.01453 0.01984 392.0 472.0 390.0 0.01850 470.0 0.01980 0.01847 0.01976 344.0 M 468.0 386.0 0.01844 466.0 0.01973 0.01842 444.0 0.01M9 384.0 N 342.0 0.01839 442.0 0.01965 N 440.0 0101M1 E 454.0 0.01958 456.0 0.01954 454.0 0.01950 452.0 0.01M7 450.0 0.01M3 444.0 0.01M0 446.0 0.01934 , 444.0 0.01933 442.0 0.01929
=
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ECS LEAEAGE IAG ENfET t The following information should be entered in the RCs Leakage lag when as " evaluation of leakage is required. The format below is suggested, but any format with the same information is acceptable. ,, l DATE: TIME (of measurement): , LEAK RATE: (spa) , RATE OF LEAK CLASS LEAR SOURCES g (List here a brief (Enter here the rate IEnter the classifica- - tion of the leak; i.e.~, description of each of each leak to the source of leakage) nearest tenth of a PB, IL, UL, PS) gym - if possible) - Total of all Pressure Boundary Laakage (limit 0.0) spa ,, a Total of all Identified Laakage (limit 10.0) spe Total of all Unidentified Leakage (limit 1.0) gym Total of all Primary to Secondary Leakage (limit 1.0) spa N
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Entry by Date 9 O h ift Foremen Approval Date o Revidmed by Operations Engineer Date i e
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4.2.2 Leakage sourse determined and classified (legged if new evaluation). Verifie h Date T 30/78 - u-l Ea'own Pressure Benedry Leakage =
- O mean (mees a11ased)
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! Identified Leakage = *M rys (10 attawed) , ' Unidesfitied Leakage . ,SO men (1 alleved)
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PRESS SP9C 900 PM' h 30006.h3 32813.29541 } F I t 9 10 AVE PONER 24.6L 25.22
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w 11 POWER CORRECTION 'd#f 2' 542.2 582.1 e 12 TAVE
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13 TEMP CORRECTION i m 55156.69775 54864.35352
. m 14 TOTAL INVENTORY - - . .
y - 60 MIN 1 _ P ,a TIME SPAN FOR TEIS TEST IS, ^ 0.590535 GPM ' THE CALCULATED LEAK RATE IS - Y , m c , m 1 mm
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5.3 hitt Ferooms s. A. N TJ "-h Wif Veritied r - S. M ,. 6.1 Leakage Calculation mater data in item numbers circled and then c'esplete calsulations . Indicated: s
? ITEK PARAMETER DESCRIPTION INITIAL VALUE , FINAL T ]
i o .:2; A PT 03;W 9 g
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W Tank Temp From T769 or TINUS ( F) /04/. 3 0 o From L761, L763 or j gg gg,3g F9 W Tank Lael 1.EMD16 (inchen) FromItemj/lba) and Enclo- , g f g /Mk ,C(I M ' O 4 W Spec Vol sure 2 (ft g Itse 3 4.124+77.85(1be M %0 6 c@ti a 2J?/. d37# 5 MD Tank Inventory re,,4
'A pu,, 7, From T776, T777 or gg , y /Sd. /
Tuc13 ( F) Freen L769 or LRS RC14 2 o 3 . 5- a o/, / o h Press Level gio,g..) From Item 6 & Enclosure aO M 7/38 02f1fl0 0 C Press Spec Vol 3 g g,3f 3%) Fress laventory Item 7 3.173+239.6(lbe: 33 c gt, .oJ M.3 3,3p/j.395#/ lo 9 tema A g An w From 1790 or NR-N16 (%) )Q,6'l 2IAA __ 7 t 11 Fener Correction From Item to and goet.. re 5 (ib.) dI0 ~ /Y# O 2 - '=
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from Igen 12 and / (o 0 - 80 13 Temp Correction Knetonure 5 (Iba) i Total Inventory Item 5 + Itee 9 + It** 13 ( t w) Sr/51.If77f J'//df.3535J' ' 14 11 7,,,,
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~J2 FR:47."iEE FF.:"RA't WlLL A$X FCR THE INITI AL AN3 FIN *.'. LALUES FCR" 22 FF:hi "THE i!".E MU TAN ( TESiMJ TAAK LEVELiFFEES !E"J FFISS LEVEL "
2f4 FRINT." HEAT IALANCE AVERA;E FCWER AND TAVE IN iPAT CROER." 285 FF.:NT."EE E'?.E TC ENTER THEM IN THAT CEER AND SEFARATE THE VALUES" 286 FRINii Wi!H CC".?AS." 287 FRINie"fCU M;.'ST ALSO ENTER A C0rt.A EETWEEN THE H 'JR$ AND MIN'JTES." 228 FR! hie" EIAPJLE ft:5 = f8 05 "
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- !l Zlf FFINT,'EkiER FINAL HR! f.!N VALUE CF i769 L761,T776,L769 C9131789"
~7f 77 l'."UtilERE:Ilir:N(!! !ANXiEMF(!) TANKLEVIII.FF.iErf t!).
275 tFFLEV(!) AVETCdt!) TAVE(!) 276 FRINT 7lf . 277 FR MT 765 lHRS(11 MIW:IliTANKitrJilliTANsLEVIII FRIEPI(!). 278 (FELEV(!) AVEFCW(!)iTAVE(!) It3 FK!NT 778 281 INFUtiREFLT 20 IF:REPLT.EO."I"lCO TO 290 2S3 IFl!.EG. lCO TO Elf ZE4 IF(!.E;.!!C3 TO 24f 298 Zif TANKVOL(!) : VFf(!AWiEPJ:!)) Off !K!NVIII TA'NLEV(!)
- 4.124 25 iCNV(!) = tik!NV(1) + 71.C51 / TAVVOL(!)
- 9 FFV L(!) VFTIFR!EFF(!Il
- t FK:NV(!) : FFJ.EV(!) e 3.173 i
k .
w LEAGATE 11/11/El 325 FR!NVII) * (FF.!NV(!) + 229.61'l FRVOLI:1 327 IF(AVEFCW(11.E .fi:0 TO 412 339 IF(AVE 02(!).LE.!!) C i: 055 34f !F(AVEFCWII).*E.22100 TO Oi! 055 055 N : AiEF it:1
!!f C:FF AVE? d(!) - N
!!! kN : N + 1
!2 a FVAL*(W) 2!! ! : FV" LAM!
!!4 F:E R(!) = ((t - A; a I: F) + 0'!ALA(C 3:3 0: 70 42f 315 395 N : AVEFCW(!) - 19 til F0Z:R!:) : F'! ALE (N) 425 CC TO 42f 410 4:7 F;ZCO.!!) = 9 423 4:i IF(T 'it !).CE.529. AC.TAVE(1).LT.5:5100 70 45f 4 3 IF(TAVE(:1.0E.579.AC .TT.VE(!).L!.!f.!;CO T3 477 4:3 FR!NieIAVE Ci KITE:W RACE" 441 TAVE(!) f 842 TE.".FCCR(Il : i 443 C: TO 495 459 453 TEPICCR(!) (5:2.f - TAVE(Ill i (ff.f
(!f C0 TC 49f 478 47f IE"J::K(1) = (502.f - TA'.E(Ill + Eil.1 498 498 TTLINVIII TKINV(Il + FF.INV!!) + FCCCR(!) + TE"10CR!Il Sif 58i CCNTIN','E 518 !TMSFN : (! HRS (2) e 68 + MIN (211 - (IERS(11
- 47 + MIN (!))
523 RATELEAK = (TTLINV(1) - TILINV(Zl) e f.1212 / ITP.SFN 529 FRINT 538 5?3 5 3 FCO."ATt///i!!,4H!iEMi!Ii9FJARA".ETER SI ;;HIN!!!AL VAL'Ei!!. 521 1".EFINAL VAL'.'El
!!i FR!N! EffilF.!!!) M!N:lleIHR3(2;iMIN(21 553 FF.;NT E;f.TAkTEPI(!) TAVTEPS(21 562 FR NI EZfiTAWLEV(11 iAN'.LEVt21 57J FRINT E leTAl.XVOL(!) TANKVOL(21 !?# FRINT Elf TKINVi!)iTKINVt2) 593 FK:N* E!fiFr.;E"J(1) FRIE".F(2)
(fi FR:NT EifeFRLEVII) FELEVl2) Elf PRINT E7fiFRVCL(!!iFRVOL(2) 62f FRINT ESf FRlW(1) FR!NV(2) 632 FRINT E9f AVEF0W(lliAVEFCW(2) (48 FRINT SffiFC ECR(lliFC C CR(2) L53 FR!NT 9:fiTAVE(1) TAVE(2) (!i FRINT 92f >TE".FCCR(1) TEPICCR(2) 673 FRINT 938 TTLl%V(lliTTLINVt21 I?J FR:Ni 94f e!TP.!FN E73 FR:NT 95fiRATELEAK 768 758 F*,F.P.AT t/i&IH HR P.IN TAWiEPt TAELEV F F.ESSTEr1 7El & FFESSLEV AVEPCW TAVE) l 765 7!! F:F.".AT (/,2ti!2 11:12 OliFL.2 51 F6.2.41.F5.1 51.F5.1.
ss- - , NU( l l l l A l LEAKFA!E 1:111/tf . 766 15IiFL.2,IliFS.1) 778 77f FCRP.AT t/itf t:24 FARE THE!E VA'.';ES :RRECT? !! CR Nil Ef8 E22 FCRP.AT (/i61:! Hie:I 4KilrEilfli! i!H:i! 1 lilli H:i!!! tif !:0 FCE".Ai tiille!H:: li!:d?.') TAAK TEP.Fi!11.FL. s!:liF6.21 C 3 C29 FOR". T t/elle!H:i le* HP..' TANK LEVEli!CI F6.: ::lif t.2) C:t C:3 FCE?ti t/itti:F4i:1,1;HNJ SFEC V0'.i::1,rg,7,;tl,rc,7) E!! Eif FOR"ti (! lli!'.5 01 17FT.' IANK IN'!ENT RielliF 1.5'CIsF!!.!! til E!i F;Ff.AT t/illi!E! 31 :f':RESS TEP. Pit:1.F5.li 41.FS.11 t!) E!9 F~FJAI !/ille!b7i li :H: FESS LEVEL EliFS. :4!'FS.1) E77 til FCT.?'i ti ll:1Hti li 4h::.EIS !FE VOLeiliFE.I lliFC.7) i
!!i !!J FCFJAT t/illi Hie:Ii!!.2.:RES: INVENIOR!i!!.r:4.! !!,F14.5) til Eif F RP.AT t/ 5ti H18e:1 tHAVE FC; Erit 7teF6.: : IiFL.2) 922 928 FCE*.;T t/iSI,tH1101:16HFCsER 00ERE:TIONiEliF5.fil IvFS.f) 1:2 912 FCFJti t/i5! 22.1:i li tHTAVEit:1 F5.!st !.i!.11 5:3 i:3 F:Ff;T t/i!!i H 3i I 15 HIE.".? CC:.:.E i:CNiti! F4.f >141 F4.fi 9:3 923 F;F.."Ai tie!I ;H141:1i 5 sic AL IV'iENiCRYit! i:2.5 ll T :.51 94f til FOR?.A! t//,221s 7Hi!PI E?AN FCR TH!! IESI !!i!! IO :I HN NI 953 159 FCRP.AT t//> 21i:7HTHE CALOULATCt LEAK RATE ISi liF12.6 !!i:HCPM) 199 5!0FiEN:
=
T y 4.3.1 Ese evelasties required. 135 h
*Terified b Bate MENT Leakage source determined and elessified (1 if new evalent ).
6.3.2 ud Date t Verified EmIowa Pressure Boundry 14akage = ** O ' ans (mene etteued)
$\ 6.1.3
= ,37 rpm (10 ellowed)
Identified Leakage
= . f/ f syn (1 allowed)
Daidentitied 14akage O ape (1 allowed) Primary to Secondary Leakage =
- 7. ACCEPTANCE CRITERIA N c il-7.1 Mkhoun Pressure nowEtry 14akage Verified <
iunt Date
# Identified Laakage (10 spa ?g 7.2 Verified i
d Date O 7.3 Daidentified Leakage ( 1 gym Date Verified au- ' 9 4 7.4 Primary to Secondary Leakage ( 1 gym
.a O
Verified W) Date i t e o appen ed >y m itt weremen M/ k2 Dec. /
.s,i e >,.,.rea .m.i eWLL= J M o ut. o e a
// /
4.3.. 2.se c piece
.ife , ore a dh u.e o u o
,eafied .9 :. D.te < sh r ,
r ENClaeORE 1 P e . of A - - - - - - - _ _ _ _ _ _ _ _ _ _ _ _
}
. , 4; ,..,f s,
w i '*.6 '*
- 6 e 2, t + v .. t -
%yYg &: ~4~ 9*q?w. MM . . . , .,3.p =
******9* .g.l %; } '4
^
W'y
?.4l.%
Y$ c.-- i
- 5. Q~ ^;'^ _
5.1
~
ans5endystate verities b amee */s/ ames 5.3 as inventeey changes Tarified h ; Time 88 &e hift Foremma 3aev u).lfaa m S.3 K Been ' r Teritted
- 4. EMGSOBS 4.1 Leekage Calculaties Enter data is ites ammbers circled and them o'amplete calculatisee ladicated: -
.s-DESCRIPTION INITIAL VA15E FINAL VALUE ITBt FARAMETth
@ Time seas o/ LT _ !
m Tank Tony From T769 or T12 8 (*F) /e 3, / jg3,y N ; @ From L76 763 or 7y,g 4 h W Tsak Level and Enclo-F9 4 E SP** WI Fromitemgftw)
. 2 (ge , o jf f yg a3 ,g /f/YJA -
O Item 3 4.124+77.sS(1bs) 5 W Tank Imentory 1,,,g g 5679.4 d*r/VJ s3s/ff W L _ 9 5-Fress Tony FromT77g.T777or g g ,*f
,A @ n ects ( y) 4 f'O From L769 or 1.Es RC14 5 O h Press Level t w w..)
2.e G . 3 2a.I O From item 6 & Eactosure .o2 4 7'/ SO .424 7N 4 Press Spec Voi s tre3ft w ) - O Prose laventory item 7 3.173+239.62be: 9
'Inam E 8 3 430./*{ HiI 33YQ./ W > '_
+ O m Ape Power from =790 er M-N16 (1) 7 y, g g- 7g gy _
** - c- = =t - Mr.ll*:i"& _ no . yo -
mumumm mmmmmmmmmmmmmmmmu
.r T1=C7 ("r> s , ,. <, 'r,/. c ?
O Te e e T. . Free T7o r Prom Item 11 and 13 Temp Cor m t M ,,, , ,,,,, 5 g , w3 32.O ~3 2 o M }, j ,M3
~-
1*** 14 wealleven,ty r4Trf.rf/fa swa.sW=
- I ;*' ' " " * * ' ' * * * * - -
i 15 Tw w _ . latetot '... 6o ; InLttal-ltee l w rtnawv;aZtZ { b . WI
" 3 '
16 wk hte 1 i5 t Geaposed 9p $$ Eine Y^^a 6frM - lk0 _g , amee 8 8/ h t'_ _ seen 1 et 2 _ .
"* w m *
- WVWW ,, ;
9 ,
,y , , .
2 6.3.s n= as w . as @ . J'
,e.ined 2S/(. s De mn d 6.2.2 Leakage eeuree determined and elassified (legged if new evaluaties).
Verified dA Date ' "" 6.2.3 Ea'eist Pressure Boundry Isakage =
- dd ' man (mens ellowed)'
$\
identified Leakage = 0. S 7 rya (10 allowed) Unidesfitied 14akage = 0 / 2.(s spa (1 allowed) ,
'~ ~~
- Primary to se M aey Leakage = d tyn (1 allowed) <
- pt_
'J
'./
- 7. ACCEPTANCE CRITERIA ., .f
- 1l -
7.1 De.k'aeum Pressure Boundry Led Date s 'T '
\
4 4 7.2 Identified Leakage (10 spa g l verified K81)/ i Date i 79 7.3 Unidentified Laakage ( 1 gym f) O verified Lt. N . 8 Date T 7.4 Primary to Secondary Leakage ( 1 gym o Verified b Date O Date Appened by Shift foremen 8 Reviewed by Operatteen Dagineer _ ddC Date I
.. (( ~ f 6.2.4- Test Ceeplete Stift Foremes Time oOk Verified d Date /4pr M i
ENCLOSURE 1 Page 1 of 2
- _ _ - - ~ _ _ _ _ __
tift.' T *-
"* lg , , , . ,
6 . 3 s- - t# '- % & .sgy: &, - d'*@ M EASE BAEBEA*IN .1 c-t '-
~
,,e. .
- 5. M +
~
5.1 Bos steady state verified
.Terified_ p K #
d.M tose 5.1 as ispentory shaages - 5.5 shift veremas d a>n e e'= _ ' Time m verifies msr_ ap# seen Amee-I
- 6. FROCEDUE5 4.1 Imakage Calculation l Bater data in item numbers circled and them c'Jaylete calanistices
*~
indleated - o ITEtt FARAllETER DESCRIPTICII IIITIAL YALUE FIEAL VAL M t
.. @ Time ctsJ'/ o24V -
e @ W Tank Tea , T769 or vnsus (*F)
; Fr From L761, L763 or 419 m. a _
O O3 v W Tank Level 70, 8 ? M. 39 1.aseria (twh==) f9 sad Enclo-0 E IP** Y'I From sure 2 Item (ft j/th) A d/Z./4/J 2. .6//, /W f O gg ,3 4.124+77.85(1ba)2ry/sp,dTPF/ 5 W Tank Inventory 1- 4 d~ '* 22Jur. AAst 06 Press Temp FromT77g,)T777or 4,J& 2.
'JI Tracts ( r 6 M. 9 From L769 or LES RC14 O h Press Level fI-h..) 2/o. 7 2//. o O Press Spec Vol From Item 6 & Enclosure 8 1 ree3/tw) . dl 6* 7# die d. .o2G73*T C 9 Preee Inventory Item 7 3.173+239.6Qba:
*?fW.2Ior W 7 Wet 4r/2n mee power From R790 or ut-WI6 (1) gg g jj
'. Free Item 10 and 11 Power Corresties Inclosure 4 (1ba) -89c , --8 M .
h Teve or To Free T709 or TIRC7 (*F) g/, r) gj, .) From Item 12 and 13 Temp h erection re tamure s (t h ) 2 Vd. 79'O Total Inventoiry Iten 5 + Item 9 + Item 16 11 + te 11 (t h ) (4,1f1b.AcutL? J*J 2STASJE Ites L Final - Lten L . . . 15 Time Spaa i lait h1 i , /NM - d' h hte I " *d'f *******~**** '" " "* ' # '*** ( p)a 99(, l~ "I' '
,1 16 '
Item 15 - - t Ceepeted By ?M i- EMEASWE 1_ hate Jmr 'hE I fa9e i of 2 _
ypwgyu p g, jgj. 37%,.. ,
- - g m geg N TEOR ,
"y e
Bow evalestion regaired. TES [' 4.3.1 ' '
, w.4 ar,<
r r . 4.1.1 Imakage sewees determined and elassified (legged if new eval =netami. Verified Mk Bate maika Pressure Decadry Leakage = ** O ass (noes alleeed) 3] 4.1.3 . Identified Leakage = 0.S7 rys (10 a11ewed) l Unidesfitied Leakage = M. SN spa (1 allowed) 4 Primary to Secondary Leakage = b ' syn (1 allowed)
~
i y
- 7. ACCIFTANCE CRITERIA
# 1l 7.1 .Es.k' nous Preseure Boundry Lankage Date Teritled J.9 7 e
7.1 IdentifLed Leakage (10 spa ( 4 Verified ' toI Date \ - 19 . 7.3 Unidentified 14akage < 1 gym . O Verified I na Date - I T f 7.4 Primary to Secondary Leakage 4 1 gym Verified I le Date I C3 Appeweed my Shift forenem _ A Date YM w no,tened my o,. = tems t i.3 o.e E # 1 A VO D.t. 9/W ,
// /
I 6.1.4 Test complete . hitt Peremes Time O 3 3o d verifted iO Date /*8k'S/2.hf
. e EBCulGURE 1 Page 2 of 2
- - - - - - - _~_ -. __ _
W'W *
.)
4
=
iv- __, TITF WW- ~~INIrank vnLus FI N '
, '~ .34+$...g:e 9 : "-
1 TIME . ._ _ 0: 1 ._ __. 3:18 _ _ _ _ _ _ _ e_ J
~
2 MU TANK TEMP 104.30 103.70 'NM
~
3 us Tam L. 65.26 53.71 ' ' ' ' 4;. M 4_ IRf SpgC DOL .444&444 ,8 K ' ~ N+-
- .y i9-5 NO TANE INVENTORT 22254.43262 - 21098.91040 - Q.
pt . _ . . 649.9 GM.3 Am W 7 PRBSS LEVEL 208.8 210,.3 .. a o g 8 PRESS SPEC VOL .0267309 .0267652 ga 9 PRE 55 INTEN E RT' 33748.33398~~ 33882.87061 ] b 10 AVE POWER 75.67 75.41 , 7 11 POWER CORRECTION -840. -840. O IT- ' TAW
~ ~ ~ ~ ~ ~ ~
581.4 581.6 7 O- 480. 320. i A
. ._ _1_3 _ TWW C_o_m..as.cT2ce__
t 14 TOTALINVEtht0RY 55646.76562 54461.78223 i .._ . _ _ . TIME SPAN FOR THIS TEST IS, 197 MIN THE CALCULATED LEAK RATE IS 0.729035 GPM
INEDg
~ c 3CS LIAEAGE EVALUATION 6.2.1 New evaluation required. YES h
'Yorified h Data MM7f j
\
6.2.2 Leakage source determined and classifled (logged if new evaluation). A/M Date f Verified , Known Pressure soundry Leakage =
- O spa (none allowed)
- 3) 6.2.3 Identified Leakage = 0.37 rpm (10 allowed)
= 0.33 spa (1 allowed)
Unidesfitied Leakage I O' _ gym (1 allowed) { Primary to Secondary Leakage =
- 7. ACCEPTANCE CRITERIA N
1l 7.1 ' N nown Pressure Boun' dry Leakage jAsh Date F /77_ j 4
~
Verified ., l 7.2 Identified Leakage (10 gym 9/5/7f_ Verified inih Date , i y) j-O 7.3 Unidentified Leakage < 1 gym Verified I g>h Data fM7f 4 7.4 Primary to Secondary Leakage ( 1 gym 3 Verified iM Date MS/77
; 7 ,
O o Approved by Shift foreman /V) // d Date 8_ g noviewed by Operations Engineer = - - - N/O Date k (/ g1 ) 6.2.4 Test complete shift Foreman / 4d Time # M O Verified a Date 9/J,/> V j ENCLOSURE 1
~
Pge 2 of 2
^ - - - - - - - - - _ _ _ _ _ __ ______ __
MNS7""N3W-",7
~~ IkEN PARAMEkER INITIU,VhLUE FINALYkLUE 1 TIME 0: 22 ._ .- 4:48 _ _ - __.__- U 2 MU TAME TEMP 103.10 103.50 3 NU TANE LEVEL 74.65 68.79 4 NU SPEC VOL .0161405 .0161418- - . . - - . - - -
23896.87231 22397.68164 5 MU TANE INVENTORY __ _ . _ . . 3 ._ 6 79308 TEMP 650.4 650.2 f. jgzi, passs~ LgvsI' ^'~ 212*2 ~ ' = ~211.1 - . _ - Eb T O PRESS SPEC VOL .0267738 .0267566 9 8 8 PRESS INVENTORY 34097.13477 34059.79004 3 9 AVE POWER 75.75 75.91 10
#' -840. -840.
11 POWER CORRECTION __ 3 . 582.1 582.1 12 TAVE 3 -80. -80. 13 TEMP CORRECTION 57074.00830 55537.47314 14 TOTAL INVENTORY O TIME SPAN FOR THIS TEST IS, 266 MIN 4 THE CALCULATED LEAR RATE IG 0.700105 GPM PROGRAM STOP AT 999 IISFD 11.11 ffMTM
'7W7 5 1 W e. . . , , e ,, la 1
- up 7
BCS LEAEASE ETALDATION 1 i 4.2.1 Wow evaleetlos reg ired. YES
' verified (Lv} aste E 43
{ 6.2.2 r ' Leakage source determined and classified (logged if new evaluation). Verified Date 3l 6.2.3 Enisan. Pressure Boundry Leakage = *
- O ape (aoes allowed)
Identified Leakage = d, 3 7 rpm (10 allowed) Unidenfitted Leakage = o. 2 C apa (1 allowed) Primary to Secondary Leakage = 0' spe (1 allowed)
- 7. ACCEPTANCE CRITERIA
- 1l 7.1 ' No' k'own n Pressure Boundry Laakage jd t? 4 $18 .
3
- Yorified i Date
/
4 7.2 Identif1*d Leskage (10 spa ] g g g,
/
o 7.3 DaidentifLed Leakage < 1 gym gp 4g
'tr 7.4
/ !
Primary to Secondary Leakage ( 1 spe M 1
~
Verified ju)p Date id i ;Cl C I l
^;;;..d by Shift Foremen , M Date W/)8 noviewed by Operations Engineer -
C
/f/O Date >
/f 6.2.4 Teet Comptete O
Shift Foreman M d Time Ve=*. tied k)$wwi
~
Date W i i
~
ENCLOSURE 1 Pge 2 of 2
. ~ n j, 7
acs tsagaca IVALUAftou New evaluation re g ired. TEs ,, 6.2.1
*VerifLed LA Date l 6.2.2 Leakage source determined and claselfied (logged if new evaluation).
Verifled MA Date Known Pressure Boundry Leakage = ** C) spa (none allowed)
- 1) 6.2.3
= O.37 rpa (10 allowed)
Identified Leakage
= 0.32 bpm (1 allowed)
Unide=ficied Leakage Q " syn (1 allowed) Primary to Secondary Leakage = j 1
- 7. ACCEPTA!K2 CRITERIA '
il 7.1 No kinown Pressure Boun' dry Leakage Verified b,d Dete# IE
'A -
eu 5 Identifled laakage (10 gym
.1 7.2 Verified b /}/ Date 5
l O 7.3 Unidentified Leakage < 1 spa W S WJ Verified . O. /7/ Data l v 7.4 Primary to Secondary Leakage ( 1 gym 3 7 Verified, d. N Date O O / SU b till O Approved by Shift foreman sw _ Date Reviewed by Operations Engineer m= Mf.[ h Date - __ n '
// /
4.2.4 Test Ceeplete . . Time p SO O shift Foremen
/d _ Date att 5O -m Verified I ENCIASURE 1
~
Page 2 of 2
I
.y .,_. ,.,, , .a ^ - 1.34K BATE CALCEE. Aft 0E ,
- 3. yggpagetstVss 5.1 acs steady State Verified [ 8. M Sata,m(nv Sata e
,r ~J$
no inventory changes .VerifLed E.1 or 5.2 Time OJar l 5.3 Shift Foreman (T. uim mVerified d'f sf _ Date #:ener 2R l i 1
- 6. PtocEDUR4 ,
6.1 Leakage Catculation anter data la item numbers circled and them e'.asplete setemiations a .ae ,.e t -t
.l
- t-.
'N'- "- '!
INITIAle:VALDE. , IN _ PAP 6BETER 1 ___. ._. F NA!, /A.U' I.c C ..T' '. , . : A .. ige _ ' _ . " . _ _ . .gy g g s:tk - _ , _ i
- j. - _ ___ .
leLas 1 I D-- % TANE auna l_Q3.50
-'-- 9 ]
' ' s
. _dg'e#'
FrsutT769_ojy M _L*.F._) - I -
. -- . 2 ^ _d$
"R6 6 96L i 168 .0161402 71 45 MORE M 11 M M t%jN41 22243'. 264 I
3
!'!.4+17 85_(ihni 650.2 o -
I .6 4 =#M 9058e ,1I t.r.s :- .- ' === 7 -.- :. - - . 209.6
.g ; '7 .PARSS 44 VEL 207.6 P E.II N 3 __
'3 33695,.14644 a 33410.L5635 -
s 9 -PR.ESS; ..INV,ENTORT= Ts -
't
-3
._...A-- ~ 75.91 75.6%
~ 10 3 MA WGNER or y
--4.ee , .o - = - --
*s r3 _ . - _ _ _ .
~ *
- Won ni,o or~ 'U
_ . _ . . . _ . . _ - _ _ ~m__.e , wi 5 - I n P.w. t CorrecttJe ,, 132 ,=.w _ _ _ _ _ _1 _ 484 - 496. - n x w ,r m ?- - . .r 'y _ ,, , y
\ _,
{ inu- py y- - - _ . . . . ---- A
. Y' ~A v
a Tras ttom 17_*_ef ITenpCortestien ,_, ,g gu
.,,,, ,,m e ly w w is. 17e min I
,t 1.
_ .u .=
= .
a -=.e:: -- - I 1$ ,1'- ,- -_- Z C fb1 , __'l ~ ',, } g - - -- _':.t '
,i p. Lattrat-It n 14 T 6 na l > P 1217_ )
C D,,._;
7 [ 10 I4ek I8t# Item 'mi . ca.,et.4 sy A/M As::e v -- - inctosoir i . rese 1 er 2 _. a.t.s.w r 9A '
W:, / R f'$.'y *< pyjg (,. ,,
- . n ; 4 r ; y, .; ,, q ,
s'~ R. y
~
308 LEAFASE EVALUATION TBS 6.2.1 New evaluation required.
,.c m .d Asj .. ,AAr 6.2.2 Leakage source determined and classified (logged if new evaluation).
/ Dete_ P Verified O spa (none allowed) 6.2.3 Known Pressure Boundry Leakage =
- 1l
= 0,32 rpm (10 allowed)
Identified Leakage
= 0.32 spa (1 allowed)
Unideafitied Leakage Primary te Secondary Leakage = O . gym (1 allowed)
- 7. ACCEPTANCE CRITERIA
, il 7.1 N kisown Pressure Boundry Le G 7.2 Identified Leakage (10 gym /
/>I Verified Date PJ O 7.3 Unidentified Leakage ( 1 gym R/Yjf
/) / Data f/4 28
/
Verified y
'n 7.4 Primary to Secondary Leakage 4 1 gym Date # 8 O Verified o
Md Date dN8 O Approved >y Shift Foreman L U L 6 m J t> ~ t. 9ferr l
- i.w.d >y .,.eati.n. n.i ~
/[
6.2.4 Test Complete Shitt Foreman Time a[M
,erified [// _ Date P IIIC148URE 1 Fase 2 of 2 g
c '?&&&?
. s . n 13AE RATE CALCOLAT105
- 5. M stTts 5.1 acs steady state verified
# A 4, M/ Date Data p/s/>A M/Is 5.1 to Laventory changes .Yprified 5.3 shift foreman J' 4A /w/Verified J AJ #
Time ah ece/ Date //s/> 7
- 6. PtoCIDURE 6.1 Leakage Calculation Bater data in item numbers circled and then c'amplete calculations indicated:
o F{NEi[ AMIS - s. ,4; ;g MR IMITIAk VALUE 11 h I __ _ , . . . - _ - _
. _ _ . 0126 _ _ . _ _ . ._ _.._ 4 d 3 _ . _
___.; i t - O Tune
'D 4 T E $Y'.kib) 2t ,
55*N'
~
~
- - - - nini445_ __
-.au, S_ d i
Ars,, m . lure 1 f_ft_tior.( 3 l i 4agJ. mua o l Mu Tnwm a wn.n avn a i g g ,,3 (J.Jpg p g ge;;g,g i
; j t Taak.Ir.se e ry; ._,,,,_,
" ;;$ M - .__-
- 9 :- - _ _ . -
$.- PRggg'M $$hg7 _ __
~
' i ,
'a .
s11A 91n 1 6 l_ PAJ$S LEVEL .
~
AG l. _ noss o p 4_dbaditmdPNr. b'FreeL764orL.C inch mbsat in i [.,.u. .. j rrets item 6 6 En:1csus - } .i
. l 1_ _R1*.SS_IMVERTOE2 M.13449 10889 -. _. ' . _33850.11426L _ _ _ _
o ! 9 rress tr.v utary tt. . ' I :' . M 9a l l w t e- "; * " -m e t ca._ _1h _ F**' "?Y40'. xx-wi6 m -840.
. 1L N M Ion . ._ 1 -
p-- ..; a__ . i 581.9 582.0 i... 12:- ' ' TAffu ".' _-. :".- _',". .' ' "p - O.
- 1) ' T"* CDanacTIQu __ .
..%... _4 8 0. . _. . . 1 I ,
- j 14 Tothb.IWWSNIORI. 56483.13135 .m 54853.86230l . _ _ _ _ _ .
- u e- - . . - .
TIME SPAN FOR THIS TEST IS, 267 MIN , T .. I
.co i
"' I ' 4 y
- W CALCOEA.S._E.5.~'r .;_ C 4 ~ ~ -*,rE 7395 M W i19 ,
rdand' Ae / m ) g, Ceeputed By 44 _ page 1 of 2 _ Date II/) P _ _ _ _
-%- , " D' ' ~* q g;
* ' 4. .; , rt pyy; , _
7 1 aos tsAmass IVAtuAttou Wow evaluation rew ired. YEs 6.2.1
- Yerified lAl01) Deto i 6.2.2 Leakage source determined and classified (logged if new evaluatica).
Date l Verified ## y 6.2.3 Enown Pressure Boundry Leakage =
- O apa (none allowed)
$l I
Identifled Leakage = 0*37 rpm (10 allowed) I Unidentitied 14akage = Or / ~I gym (1 allowed) Primary to Secondary Leakage = 0' spe (1 allowed)
- 7. ACCEPTANCE CRITERIA
\ 1l 7.1 No kinown Pressure Boun' dry Leakage /
Verified Date 9/ 7 7 c 7.2 Identified Leakage (10 spa // Verified Date h/7 /T F4
//
7.3 Unidentifled Leakage ( 1 gym M 9/ 7/7[ O verified Date
*T 7.4 Primary to Secondary Leakage < 1 gym j
'A Verified M Date
$/7 O
Approved by shift foreman [A u s Date '[' ?,Of Reviewed by operations Enginee bD Datef[8!
/
I // 6.2.4 Test Complete , Shift Foremen ! b M[E/$ Time O#70 weritied \ 0 ,o _. Date N/}/7 w - 7 IIICLOSURE 1 Fage 2 of 2 I - _ - - - - - - - --
c'7/' r :r5' 'T.-1W . ,, , l a
~
ITEM PARAMETER INITIAL VALUE FINAL VALUE - l TIME .. 0:37 - 2: 1 3 2 MU TAME TEMP 103.70 103.80 .
~~~~~~~~}
68.68 70.62
~ ~ ~
3 MU TAME LEVEL ~ i
# 4 MU SPEC VOL .0161425 .0161429 5 NO TAME INVENTORY 22864.23544 22348.13492 .
p $ ~~ ~ - M M ~ ~ ~ ~ ' ~'~~~ ~ 650'.4~ ~
~~
-~ ~ 650~.~ 2
~ ~ - ~ - -
PD 7 PRESS LEVEL 206.5 209.5 g _
- g. 8 PRESS SPEC VOL .026??38 .0267566
~~ ~~
in 9 PRESS INVEN1tRY 33421.62012 33798.89746
- 10 AVE POWER 75.84 75.70 y
O 11 PONER CORRECTION -840. -840. [ O 12^- TAvt - 581.6 581.6
~
m 13 TEMP CORRECTION 320. 320. .- i4 TOTAL INVENTORY 55765.85742 55647'.03320 IME SPAN FOR THIS TEST IS, 64 MIN
- THE CALCULATED LEAR RATE IS 0.171446 GPW S
F
r,? ' " '
' ' E tt ,
, , ,.yi 'n'fS,.. g y ,
,#'u 7
ac8 LEAEASE ETA:AATION h
#A/
TES 6.2.1 tese evtimatioc. rewired.
,orified W .e.
)
Leakage ocurce determined and classified (logged if new evaluatime . 6.2.2 Verified ///b Date
*O ape (none a11 owed)
Known Pressure Boundry Leakage = *
- 1) 6.2.3 rps (10 allowed)
= 0,37 Identified Leakage
= 0 -SPs (1 allowed)
Unideafisted Leakage Primary to Secondary Leakage = d # __8Pm (1 allowed)
- 7. ACCEPTAMCE CRITERIA M
il 7.1 No known Pressure Boundry Leakage Verifled Deto i/d!Y .. l y 4 7.2 Identified Leakage (10 spa Verified N Date h[ _ 2 j
" gf f l
I o 7.3 Unidentified Leakage < 1 spe Verified Date n WL7[ ; v Primary to Secondary Leakage 4,1 spa 7.4 Verified /1M Date _, / . O A _ 14 Date 8/2 Approved by Shitt Foreman \ // o noviewed by Operatione Enginee & &
^
Mh Date W 6.2.6 to.t cos,1.te PFB. st e o af shift Fore n i n , _Date O/P/79 Verifled , . ENC 146URE 1
' Page 2 of 2 t ~~
- i j ~: ..
g . 4 13&E BATE CAIAUIATION
- 5. MER400181TSS 5.1 acs steady state verified Date 9 T/[
.V ified ca.A> Date crirrir' 5.2 us inventory changes Time w
~ ~
5.5 Shift Foreman h a
. . hl Date 4 /r/11(
'Mrified W W'
- 6. PtocIDURE 6.1 Leakage Calculation Enter data in item numbers circled and then c'Japlete calculations indicated:
/
IMITIAL VALLT FINAL VALUE l ITSN PARAMETER DESCRIPTION l ol3y l 002 o M h Time T -
@ ; W Tr.nk Temp Frosa T769 or TINU8 ('F) ggq g From L761, L763 or 4
@ W Tank Level 1.RMU16 (Inchea) bbM 4 3.N 3 and Enclo-
' # I P** Y'I FromItesag/lba) sure 2 (ft 'OIbl4 0(Cl4 o Item 3 4.12a+77.85(1be> 25 tV ,7 2nd 5 MU Tank Inventory it 4 210%.4M d T
Press Temp From T776, T777 or Sn'l f, TO. ]
'A
@ TTucts (Or)
O A, From L769 or LRS RC14 7 It. 3 2o4, O W Press Level (4 ch..)
' From Item 6 & Enclosure ,67),40 .O'167 1 8 Press spec Vol 3 g,,3ns,3 Item 7 3.173+239.6(1be; 9 Press laventory ia '5 % $ 7.3')2M %%1.t455 =
O h Ave Power From 1790 or NR-MI6 (1) 3 ) 11 Power Correction h ( ) -DI -U[ r==a T7o, or TimC7 (Or) 5 s z. 5m.c
; O T ve or Tc ~ ~
r emp trectM From Item 12 and Encinsure S (then) O + 400 i I*** g gyo,9994 $644 3 L, .!
! 14 Total Invent'ory I"'"(*I"**
, g 3 ,_,
Itie L Final - Leem 1 l'4 W y , ,[ i ' 82" . InLtial . . . , . nwr,. uu -m L . . . unem u. iniciai-u. ,1. , 3 ' 1, t,,, ,,,,
- l Item 15 Oib / . . . .
g Computed Sv wt page 1 of 2 ,, Date $14131/
~
?.[ lfj? W i!WE1' U^ n er ? 7 4 s ,
l 308 LEAEACE EVALUAT10It 6.2.1 Esw evaluation repired. TES W l i verified D.t. 9/9/W ; 6.2.2 leakage source determined and classified (logged if asw evaluation). Verified A./ C Date - Aj 6.2.3 Emown Pressure Boundry Leakage = ** C ape (none allowed)
- 1 Identifled Leakage - d. 3 7 rs= (10 allowed) ;
i r i
" Unidenfitted Leakage = O ' I ~L- aPa (1 allowed) '
Primary to Secondary Leakage = d' SPs (1 8110"*d) Y 7. ACCEPTANCE CRITERIA o - No k*nown Pressure Boun'ry Leakage 1l 7.1 d p 7 7 Verified Date 9 /7[Y O 7.2 Identified Leakage (10 gym 3 Verified Date 9 $[7[ c 7.3 Unidentified Leakage < 1 spa / Verified Date 9[hf7f( v 7.4 Primary to Secondary Leakage 4 1 spa Verified Date h O O o Approved by Shift Foreman / _ Date 9 f 28 g Reviewed by Operations Engineer ~ h Date /
// f 6.2.4 Test Complete ,
skift foreman he r
~
time (530 terified ll(Y / Date 9*S-Y$
<i
~
INC14SURE 1 Page 2 of 2 _ _ . . . . . . . A
w w- vn y; 9 ,. ., ..i,. , ,
,$b% e r '
7 : ' ' h* ' 'N- f '.?J M, . 29.g l,+' Y
- /cor. ';vm ,u,lt;nn.tw,",' = wsimant,oe,m.e ,
awrsa sed, fen, . ... .~.-- -_. O nR nrw TAnnTEnP TANxLEv PRrSSTEnP PnESstEv =vePow TavE
~
' " '* '5"
O ARE THE9R VALUES COPPECT? fYPC DP MO)SVEC 9 O ITEM PARAFETER TNTTTAL VALUE FTNAL VaLUP TIME 0:21 ?? 0 g 1 2 MU TANK TEMP 103.60 101.60 O 3 MU TANK LEVEL A1.69 59.16 4 MU SPEC VOL 0161422 .016147' g 144PA.07A56 5 MU TANK INVENTOPY 205R3.79565 Og 6 PRESS TEMP 650.7 650.6 . PRESS LEVEL 206.2 104.9 g 7 79 8 PRESS SPEC VOL .0267999 .0257911 l 33151.74658 ' 17 2 rs . a q s 4 q 9 PRESS INVENTORY v 10 AVE POWFR 75.61 75.16
-330 nig, 11 POWER CORRECT 70N m
12 TAVE SRI.7 Sa'.0 11 TEMP CORRFCTTON 240. n. p 53337.04497 ;?94'.975?* O 14 TOTAL TNVENTORY l *FC* TC, 07 "'" TT"E cPAP POR *PTC S 'C S.A41141 r:M THF CALCULA*FD LFAR Ph*F O PRCC. RAM STCP AT 909 UCED 17. 4 6 11N T Tc O BYE ' 00018.16 CPU 0000.08 TCH 0007.71 We OCFP AT 02:09EDT 09/09/78 9 9 '
?W W _
- 3 7 .
- 308 LEAEME EVALUATION TES 6.2.1 New evaluaties rec ired.
_ Date Sll4W
*Terified i)
Leakage source determined and classified (logged if new evaluat on . 4.2.2 N Date Verified O span (none allowed) Enown Pressure Boundry Laakage =
- 3\ 6.2.3 rpm (10 allowed) l
= _o,37 Identified Leakage
= O f4 syss (1 allowed)
Unidenfitted Laakage 0' _ gym (1 allowed) Primary to Secondary Leakage = 7. ACCEPTANCE CRITERIA 7.1 'N kinown Pressure Boun' dry Leakage _Date_ 9!'#lW O il Verified __ ' 3 ; Identified Leakage (10 gym Verifled i l'
- j?Y I 4 7.2 W h) Dete i
3 7.3 Unidentified Leakage ( 1 span Verified W _Date Q //0_/7y 7 Primary to Secondary Leakage ( 1 gym 7.4 9 //0/7/ Date_ Verified _ O / Date M /f / Approved by Shift foreman Reviewed by Operations Engineer W db Date l ll s NM 4.2.4 Test Complete a- - shift Foreman b [.. M M N ' _ Time _ 9/t'/$7 At, _Date Verified k J/ . l INCLOSURE 1 Page 2 of 2
@ 7
, , y ,.
.g
~
l l I i i I
'g 4 NO $7tc VOL .0161619
[ .f'91578 i s- ; .. _ . _ . ,mr:w. ,n - m m ... ...e . 6 PRESS TsNP
. . . . . . _ _ . _ _ __ 6 _50.4_.._._ _ _- 4M$1 -(U$I ??
g 7 PRESS LEVEL 202.4 203.9 g
). ..
Q m' * '"
"W .qjpg Q;;.:
g __. 9 PRESS INVRFFORY- . 32935.72363
. 33069.5947.3 10 AVE POWER 76.84 76.51
~' '
g 11 POWER CORRECTION -935. -835. g 12 TAVE 581.7 532.0
,q 13 TEMP CORRECTTON 240. O. L i i O 14 TOTAL INVENTURY 54950.50928 54487.49140
*)
. 1 o TTME SPAN FOR TRTS TEST '9, A2 w?M :
O TEE CALCULATED LEAR RATE TM 0.914415 0P4i~ ~'
#400RAN STOP AT 999 I i l Lt l .
- f {pv<
c' M
.l p'e O
.. _p e g-
y, a m y y y j.% y w n'eny 1 . nos LEAEAss EVALUATION , Wow evaluation rep ired. 78s 4.2.1 "Yorified [M Data 6.2.2 Leakage source determined and classified (logged if new evaluation). Verifled D*** 6.2.3 Enown Pressure Boundry Leakage =
- d aps (none allowed)
$l Identified Leakage =_ O e3 7 = gym (10 alloweO Unidenfitied Leakage = d,GM epm (1 allowed)
Primary to Secondary Leakage = 0 # EPs (1 aHM
- 7. ACCEPTA!K:E CRITERIA il 7.1 k known Pressure Boun'ry d Laakage ig'I Verified _ Date_
3 s G 7.2 Idencifled Leakage (10 spe f verified { Date 9 l' E'/T n 7*3 Unidentified Leakage < 1 gym g f, p O 7.4 Primary to Secondary Leakage 4 1 spa verified lS Date i 2 !?[ O , o Approved by Shift foreman &e }# p D.e. MUN
- ue.9 W f
& noviewed by Operations Enginee1/M. itJQ
,, // f 6.2.4 Test Complete O .
j Shitt Foreman k M2 Verified , Date , O/2
" VI 1 ENCLOSURE 1 Page 2 of 2 I
I __
dMf;h*'), 7 '.jF :'J y < 4 ~" Hi ,,,
~
- w. %
. . _ . _ _1 M ITEM PARAMETER INITIAL VALUE FINAL VALUE ,
1 TIME 1:27 2:49 - 2 MG TANR TSMP 107.80 - 100.00 -- - -
' 3 MU TANK LEVEL 70.90 68.56 --
5 4 MU SPEC VOL .0161571 .0161578 5 MU TANK INVENTORY 22915.07617 22316.60127 - g 650.5 650.7 k 6 PRESS TEMP
'O PRESS LEVEL 201.6 . 292.4 7
- -- -- . 9 247 0"*
i'3[9I f9 8 Pp588-SP9C VOL --
.0267425r 9 DRESS INVENTORY 32830.32861 32927.51904 ...
y 73.51 73.46 10 AVE POWER
-860. -860.
11 POWER CORRECTION g TAVE 580.9 581.1 o 12 TEMP CORRECTION 880. 720. O 31 55104.12178 O 14-- TOTAL IWVSWWORY 55765 40381 4
-- - - - - -- - - TIME-SPAN FOR THIS TEST IS,- 82 MIN --
THE CALCULATED LEAK RATE IS 9.977111 GPM -
RWfiW{" 'y "MW$9 % 7 x glig 13&gAgg ITALET105 1 We* ***1.ation regaired. N 6.2.1
,erif1.d Idi) =to M/ W 6.2.2 Leakage source determined and classified (lossed if new evateation).
/VA Date Verified h spa (none allowed) 6.2.3 ESsm tressure Boundry Leakage =
- A)
= 0,37 rpa (10 allowed)
Identified Leakage Daidentitied Leakage = O'77
. 2Pa (1 allowed) d# gym (1 allowed)
- Primary to Secondary Leakage =
Y
- 7. ACCEPTA!)CE CRITERIA S kk'nownPressureBoundryLeakage W[, pA 4 [/ 3 1l 7.1 Verified Date N .
O 7.2 Identifled Leakage (10 gym 9/< 1/77 verified QA) Det. 3 7.3 Unidentified 14akage < 1 spe Date / 7)' O Verified /l[
'T 7.4 Primary to Secondary Leakage ( 1 spe 3
Verified Date . 9 [/ ?/7f 7 a 4/w Date [ 1/2 ' Approved by Shift foreman _ o mie.ed ,, o,eratto s ingi.eeJ/7M /4 nro D.te 9//vif . 6.2.4 Test Complete a tte rote t b M[/i Time Did seritted l} ,1 - Date Q//? )2 D
'~
uf INCLOSURE 1 Page 2 of 2 m
P Y " T b x ~ ,m. ut. g .. r
..L .m .i.y, c.
- e. % < ,
,.,.,y
._e..
q, r
,<.-y-
. e, r 7 's .
.g
- ur.A ..;k -a m _2 4 ]
. _ _ IMITIAL yarJim _._yme. war ITSK_ _ FARAMETERL 0:40 2:34 1 TIME -
'M
# (
~
104.00 104.30 P ~ 2 ~Ind TANK TSHP
^
i 78.17 _ 74.40 _ . _ _ A 3 MU TANK LEVEL i
.0161436 .0161446 Y 4 MU SPEC VOL --
- ~ _ . - - -
23826.83969 > 9"; p _ __ -_ __ NU TAME INVENTORY 24791.46094 5 .. 2 l M _.650.4_.__.-_. - _ - 650c2 . _. i 6-_. PRESS TESP_ _ _. 4 202.0 202.1 , 7 PRESS LEVEL . . . . . 'y 4
.0267544_
&Q PRESS SPRC VOL
.0247738 N 8
ot 32921 ,34941- - - U,' PRESS INVENTORY 32888.J1934 9 T. 89.76 89.90 T 10 AVE POWER I
-655. -655.
7 11 POWER CORRECTION - m 580.8 C TAVg 581.1 12 O 720. 960. - - 13 TEMP CORRECTION _ . _ . _ _ _ . . _ _..._,___,__....______ 57744.78174 57053.18701 , 14 TOTAL ISITEIITORY 3 114 NIN TIME SPAN FOR THIS TEST IS, 0.735274 GUEB; fI
~
THE CALCULATED LEAK RATE IS
7 IM%4 D;D+ ." F nyn 7de.g. g g;a , r7 3 7 BCS LEAEACE EVALBATION TBS 6.2.1 new evaluation re g ired.
,. rial.d en ut. < m ;
6.2.2 Leakage source determined and classified (logged if new evaluation). Verified MA Data f / N
# ape (none allowed) .
6.2.3 Known Pressure Boundry Leakage =
- Al
= 8. T 7 rps (10 allowed) [
Identified Leakage
= 0, /Y/ spa (1 allowed)
Unidentitied Leakage Primary to Secondary Leakage = M' Pm (1 allowed)
- 7. ACCEPTADCE CRITERIA 1l 7.1 5 known Pressure Boun' dry Leakage ViEI'd # D*** ~/#'W N ;
7.2 Identifled Leakage (10 gym DateN/f-7/ 4 Verifled 944 9 I 7.3 Unidentified Leakage ( 1 gym . Datef*M-7[ o Verified @#-./ T 7.4 Primary to Secondary Leakage < 1 spa
*S Verified 9 4 4 Datei-/47 C
m Date k 8 7 [ Approved by Shift foreman Reviewed by Operations Engineer
- bdD Date h /
6.2.4 Test complete Time h M - 6/## Shift Foreman Veritied 'D / Wed - Date 8 r' $-N7f ENCLOSURE 1 Page 2 of 2
, k 'D WE _ ,. f,,
, '3
.=
136E BATE CAIAEEAT1W j
- 5. TMaggotsItts 3.1 acs steady State verified D e d 1-
- Bata f.Auf t Date A m p 3.1 Its inventory chanses ,
. Verified u oe-L ,. , c, Time # / n
$.3 Shift Foreman Date (suas Verified na_ m A
- 6. Pt0CEDURE 6.1 Leakage Calculation Enter data in item numbers circled and then c'umplete calculations indicated: , ,
1 DESCRIPTION INITIAL YALUE FINAL TALUE ITE PARAMETER w @ ,ime W4D dhoo N
@ nu ran T.e, rrom 176, or TIxos (*r) @ <// MM
* 'gh'k.t',',' *
@ na rank ta,et 7/:W 99.1 L and Enclo-O 4 MU 8P 'C Y I FromItemj/1k) sure 2 (ft < #M /241 '#N/
Item 3 4.124+77.85(1be> v 5 No Tank Inventory u,, 4 g/f11p??f .344%P. :Ptid Presa Temp F (g) U77 M ggg, ,y ggg,g
@ y t g
h Press Level h a
$#7, / M/ ,
g From Item 6 & Enclosure ,#247911' 8 Press Spec Vol 1 f re3Mk) .OS47/4C
'o
~
Item 7 3.173+239.6(1be: 9 Press Inventory Tr== a 130&Q. A1/3W 1MM19Hf ., O h Ave Power From 1790 or NE-WI6 (1) gg gg f '* sIo!***I"d"') -4/o -4 en i i tt ' = caratta rren 27o9 or rIEc7 (*r> <re 1 W.1 O re o er 2. O'f8 From Iten 12 and a ;@, 2-_ _ ,_ ; ,t jg, -_ - . ,,g ! 13 Temp Corroction ,,,3,,,,, g g gw3 3,4 ,
=
l, 26 t a t t=v =.c = 1 Itse 5 + Item 9 + Itea u .1, n nm3 d u..u cc <,m & ! gg,, g,,, Itee L naal - Item L .j. A l- g3 se M At # l Initial
" *' " A" '"**tal-Item te vtner maizztz g )
gy . 16 h ak Rate g g5 Computed my 7# 7 / -
- -1_.
met. AJW-W rees i of 1
- /
'" DYl; 308 LIAEASE EVALDATION 6.2.1 New evaluation e g ired. TBS h
- Yerified *DA A5 Data f-/sO[
6.2.2 Leakage source determined and classified (logged if new evaluation). verifled 9 4! 4 Date Sva47/ Known Pressure Soundry Leakage =
- spa (none allowed) 3l 6.2.3
= ,37 rpm (10 allowed) l IdentifLed Leakage
= , [5 spa (1 allowed)
Unidenfitted Laskage O' gym (1 allowed) f Primary to Secondary Leakage = I
- 7. ACCEPTA!1CE CRITERIA No k'nown Pressure Boun' dry Leakage d N 1l 7.1 V'*ifI'd "O # d D***
[~l8<## N 7 4 7.2 Identifled Leakage (10 gym 9/g Date A -AI 7 Verified f( 7.3 Unidentifled Leakage < 1 SPm Date I Mi 3 Verified @A // 7.4 Primary to Secondary Leakage < 1 SP* Verified NA 4 Date I'd 7 / 7 C O Date MI' Approved by shift foreman , Date -_ Reviewed by Operatione Engineer 6.5.4 Test Complete ,
\ ,i" oYyo skift Foreman C Verified g Date % M-INCL 0fURE 1 Fage 2 of 2 L- .- - . _ _ - _ _ _ _ _ _ _ _ _ . _
h ;$ ' dp, i
. == ori cAtc.uT1o=
- 5. ImpagetsITss 3.1 ncs steady state verifLed verified 9-- A dC Date 4-/d47 Date 4-je,#
5.2 no investory changes 5.5 shift Foreman Time we s. Verified FC Date a d-1/ d
- 6. PtoCEDURE 6.1 Leakage Calculation Inter data in itse numbers circled and the3 CJaplete Calculations indicated:
J PAMMITER DESCRIFTION IMITIAL VA1.UE FINAL VALBE ITEN
, h Time MS$9 DS 3
h MU Tank Temp Fran T769 or TIMUS ( F) jg .7 m 1.0 Fm 1 7 or Gg,g e h MU Tank Level , and Enclo-
,/
9 4 MU Spec Vol FromItemg/lbe) . # /t./ 3 1 # , #/4/ff 1 sure 2 (ft O Item 3 4.124+77.85(1be> e 5 W Tank Inventon 7,,,4 jgj;,9, gggg , ,y,;ggg, g 7 ' From T776 T777 or h5 e,i
'O h Press Temp TTacts ("F) #. /
^ From L769 or LES RC14 g)), j u V7 Preae Level g g,,) 3 pp .7 ~
~
o 8 Press Spec Vol From Item 6 & Enclosure 3 g ,,3g,,3 , og g.)jjpg , ,m ,,,g _
! O 9 Press Inventory Item 7 3.173+239.6(1be; '
tr A 1f714 Pd'oe'4 53 M H 1'k )O h Ave Power From R790 or NR-NI6 (1) ggy g I 11 Power Correction ftem10
, ( ) _ ,p ,
,'. O Teve or T. Fr. T7o, or TInC7 (*r> /m. 7 ssi.a ~~ 13 Temp Correction h " *** 125gand 5 _
,j t
Total Inventory Ites 5 + Item 9 + Item . /g f.J{j,/jyj jg gg,ggji ,. ; 14 11 % 13 ggg) me. i 11 , - ue. i i 5ka,h
- j. I P** i . ..
y ; . . . ,_ , ' . lattial
""f I 16 Leak Rate g 15
( I'"}/ M '
'~
e ,et.4 ,, <.2 : u s 2 - _ , _ Date 9 - / an- 7 p , Page 1 of 2 _
T(' T .j,ge v. ' wp. * .y .r. r - ; _- , .
,,. .,w !
1 i Q & Y& ' c 6.2.1 #8W ***1**tI** **1*E**#*
. ,eri,ied a n0a Date 4- n -
- 6.2.1 Leakage source determined and classified (1088 4 if new evaluation),
y,,ggged k M[ _ Date 4-II'73 l Knoim Pressure Boundry Leakage =
- O mys (none allowed)
- 1) 6.2.3
= 0 3 P) rpm (10 allowed)
Identified Leakage
= 0. 9'8 7 spa (1 allowed)
Unidentitied Leakage O" gym (1 allowed) Primary to Secondary Leakage a
- 7. ACCEPTANCE CRITERIA k kinown Pressure Boun' dry Leakage /)
- 1l 7.1 Verified M Date 9--l $-75 4
7.2 Identifled Laskage ( 10 gym g Date $ -l1-73 5
, Verified \ **f 7.3 Unidentified Leakage ( 1 gym .
to 9-LIM l i *0 7.4 Primary to Secondary Leakate <.1 8Pm l O Verified Date k-I N l 3 O o Approved by Shift foreman Date ' $' 5 A Date -_ . ym iewed by Operations Engineer < l
._ l 6.1.4 Test Complete I c
/g Time O N Shitt Foreman Verifled ENC 1bsURE 1 Fage 2 of 2
MM72f \ laAK tatt CALCUL&Ttos 1 S. W IstT58 acs steady state verified Nd note 4-le-1s 5.1 . Verified __ E (Lr4 note hi e- wr 3.2 us inventory chantee Time a e a. f 5.3 skife Foreman 1. L. . .. Data A ia- as Terified (i f "- c
~
- 6. 790CEDURE 6.1 Leakage Calculation amter data in item assabers circled and then c'mplete calculations indicated:
INITIAL VALUE FIN &L VALUE ITEN PARAMETER DESCRIPTION
'00.3o @1.24 ,;p __
h Time From T769 or TINUS (*F) g g, gg h 140 Tank Temp From L761, L763 or l 4 @ W Tank Level LINU16 (Inchaal d I , Elg i I I - d i _. l and Enclo-I 'O p. & W Spec Vol FromItemg/ibs) sure 2 (ft 01611 41 e dl & 1114 O Item 3 4.124+77.85(Ibn> 5 W Tank Inventory' Item 4 las h" . T14e6 1919e',44W y 7 From T776, T777 or
@ Press Temp TTRC15 ( F) h t[ O [o NO . Y
'M
^ From L769 or LRS RCIA g gf ,9 ggg,3 U7 Press Level gg,,g,,3 o From Item 6 & Enclosure *02699Ja_
j - 8 Press Spec Vol 1 fre3Lik) .O 2614 di item 7 3.173+239.60be; O 9 1 Press Inventory .tvo.te. Lag e 4 le3WA. mens Ye a p h Ave Power From 1790 or NR-N16 (1) From Item 10 and g9, II ' *** ** Enclosure 4 (ibs) - 4540 -440 O T ve or Tc From T7o, or TimC7 (*r> s s 1. y 6 si .6 i from Item 12 and 42.o 13 Temp Correction rnetonure s (1 k ) 44 % o Item 5 + Item 9 + Item .
. i.
i 14 Total Inventory 11 + Tm 11 (1k) (#N d's m i (W2 W&du' ~
- Item L Final - Item L ,
g g :, 44 ,, l 15 Time Span g,gg,g , ( pI.s2e eyD C i' " #
"*"" "iten
'"i"***~' """",*""
16 M hte - is _ g.,. Computed By ] -
/I ,
g,_ page 1 of 2 note 4-A 1 '7 d
k ' y 305 LEAEACE EVALuaT104 TBS 6.2.1 New evaluation t w ired.
' Verified 7m . /. - Date 4/"f-7[
l 6.2.2 Leakage source determined and classified (logged if now evaluation). Verified - Pa / - Date 4 h t 7 [ Enoitu Pressure Boundry Laakage =
- O ape (nome allowed) 1l 6.2.3 Identified Leakage = , N7 rys (10 allowed)
Daidentitied 14akage = e 'I b EPs (1 allowed) Primary to secondary Leakage = h' gym (1 allowed) l l 7. ACCEPTANCE CRITERIA
*T d 7.1 N k'nown Pressere Boundry Laakage Date 4 /J 7 (
1l Verified 7A# - 4 7.2 Identified Leakage (10 gym Verifled "F e [
- Date Y /7 "/
19 O 7.3 Unidentifled Laskage ( 1 gymVerified N I Data f-/7-77 9 in 7.4 Primary to Secondary Leakage 4,1 gym O verified h ___Datei-/2-7! O h6 Zh Date ' /7' M < O ?;;..;;d by Shift foreman l Date _ Reviewed by Operations Engineer I 4.2.4 Test Complete . Time A N shift Foreman / ; Verified Od- Date 4-h-? F _ INCLOSURE 1 Page 2 of 2 f ..
1
,j[g,'"kkty'M?.?%%:,. .
. i.am aAra cau:suflou -
- 5. Immaggistras 3.1 acs steady state verified OJ Bete f-/s.W 5.2 Es inventory changes ..Yorified e/ Data e e ,.9 /
5.5 Shift Foreman f.e r ; Time esem VerifLed M..>- Date 9 4 t p
.. v ociovan ;
6.1 Leakage Calculation Bater data in item numbers circled and then c'amplete calculatione indicated: - M y ITEM PARAMETER DESCRIFTION IMITIAL VAIRE FINAL VALUE g @ Time 8$[7 d.T/7 ' h M Tank Temp From T769 or TINUS (*F) gg jg,g
* @
- T*"kL*"I $1IIIIeI.I$' d,a/ di &
w) From Item and Enclo-j 4 MU Spec Vol sure 2 (ft /1be) 0/4/J .0/6I3 O Ice. 3 4.124+77.85(1bei 5 MU Tank laventory re,,4 j99gy 7fgg ggg g.yg T T777 or
,3 h Press Temp Fm T7 5 f ,
p, "J h Press Level housL769orLRSRC14 o , 8 Press Spec Vol From Item 6 & Enclosure 3 g,,3j,93 ,p,g g 7 [ #My, ,_Q* O Prese Inventory Item 7 3.173+239.6Qbe; 9
,, n ar m f.M,s n yt.f.8#4 o
h Ave Power , From 1790 or NR-NI6 (1) g [4 gg 11 poner Correction ' " ,IS*" , 10g*" ,d ) g, _qq rrom T7o, or TImC7 (*r> jfx 2
;.. O T e or Tc /f/. / ~ ~'
tem 12 aM 13 Temp Correction from
, $ tt 14 Total Inventory Item 5 + Item 9 + Ices Aff, yn L L /q A Me . . . .
g1 7,,, 13 g g 9 3 , II I Ir*"., , tal M.M$ * [u [
- ~.
- 1. teau . ate
- =
1g ;=
* ~ =*- " T r> - (i.m) p -- 7;7.3..4 ,
Computed By A. ~ -m - mt , tote #-/9.-1/ - Page 1 of 2 _
. . - - - - . - - .-. . - - . . . P
TD9l%}KTy;y y wy: pq y; 1 3
- m. Lianum namna.
TBS 6.2.1 Esw evaluation rec ited.
' Verified /M[ Data f//r/*P 6.2.2 Leekage source determined and classified (logged if new evaluation).
Veritied bl Date 7//r/V -
- 6. O ape (none allowed)
Enoim Pressure Boundry Leakage = ** 3l 6.2.3
= 8.77 rpm (10 allowed)
Identified Leakage i Unidentitied Laakage = 0 f' 4J~# 2 7 spa (1 allowed) I S.6 _gpa (1 allowed) Primary to Secondary Leakage = I l
- 7. ACCEPTA! ICE CRITERIA I
- D
/>7 7.1 .No k'nown Pressure Boun' dry Leakage Date 9M M A #
O 1l Verifled 7.2 Identified Leakage (10 gym Verified ID2 Date TN f #/ .9 O 7.3 Unidentified Leakage < 1 spe Verified M[ _Date PIf!?[ 7 7.. Primary to secondary Leakage ( 1 gym m
' Verified )O 7 Date P//I)A8 o
DateN O approved by Shift for
~ i .r - D...
ei . r..i 6.2.. Vest Co.,lete . M- Time // M shift Forenen S[ Date 7//ph F Verified . _ ENCIDSURE 1
~
Pge 2 of 2
g
== im Cacourtos
- 5. fMs3051stTts 5.1 acs steady state verified M7 ante Ve M s ante 7/jurs Torified #:> 7 5.2 no inventory changes Time ///r Mao a 5.3 shift Foremen Verified W7 Data rff r/>g i
- 6. 730CEDURE 4.1 Leakage Calculation Enter data in item numbers circled and then c'amplete calculations indicated:
8 eu
.- - u- -
s p' g g _ . . . . . _ . . . _
?ES 1; ' ' r. -e - i i ' 'sA*. V ALL'F i
VAIJE .FI 3IALUC _. IT tn :n 'PA 1711L... . 2 _1MITI 7 I 4 .. . . . . , ( B_ -- .t - - . - - -
- -- y g g 7 ,-7
.g - .
j Feen g } g SW M (*F) J. ~ i "e.jy.Q ge@ O 3 NM t! 724M 2 k.) 'w1 Frr. 1m 1 m rn L .. ..;'0161496
) i M
__.._.r.. - - %n pgymug) 5 * ' 5 MO 190Ita i Dh;[3.3N' _ _ . . . _ . _ 23444.17334.
, 650.1 6
Pptss TEMP -65057 n
=
~jsf.
~
fi'j Y~ ~YYE O ;_ ,,
.0267480 i FE8M8C.M . M MESS "' i O 8 4
1 gi ~ pmM sugguma? *[- 33957.56485 33975.82666 O - 1
# -*' ' ' ' ' ~
**c'-'"***' a'~~~
h
^
vrPE*%v Qf*}E} O .L't 1
-454f*f C4 50.' J' ' 'i 581.3 581.3 12 TATB
~" - ~560. T -~ -T '
ty --TtsF'CORRSCTICH 560^. ,
~,e 57994.72119 57519.997562. - .
16 TOTAL tNVEuTORY TIME SPAN FOR THIS TEST IS, 62 MIN i
... . . 7,. . - -- m : '9 1
-l '
t 16 hak m.. TWR CA!40 LATED LEAR'._ RATE T _ _. G* ____935827
-._ 8 5_ ~~ ~+;
Computad my a h/v 7p A
- ag Eage 1 et 2 ,
hate thyby .
& y.m q y
4 F.C *, t . ' *. ~. ;.'t.L; '.! * " :I 6.2.1 Wow evaluation rewired. YES h f
- v. rift.d G o.t.ND77 r 6.2.2 Leaka;c source deter =ined st.J classified (logged if new evaluation).
Verified dS Date/i T Knckn Press.:re *eundry 1.eskare = * *O spa (none alleved) 3l 6.2.3 Identified Leakage = <37 rps (10 allowed) Unidenfitied Laakage = 8df spa (1 allowed) O' spa (1 allowed) Primary to Secondary Leakage =
- 7. ACCEPT.CCE CRIT!RIA
# 1l 7.1 . N known Pressure Boundry Leakage Verified /E Date/9 U o
e 7.2 Identified Leakage (10 gym Date /t Y Verified 4( 7.3 Unidentified Leakage ( 1 spe O T 7.4 Primary to Secondary Leakage (.1 spa
*Terified $ Date 6MW .
7 I f 1 p by v59. y<, mu J Date * $* $ v O D*** noviewed by e gs.,r.wa Engineer e, 6.2.4 Test Complete p r' thift Foreman time !#d Date Y '/9
- 7 Verified ENCLOSURE 1 j Pa.te 2 of 2
N ~ yy . LEAR RATE CALCt:u!!0::
- 5. vesassisitts
/A nata MtAy acs steady state verified 3.1 verified IM ante 5.2 no inventory changes .
Time o a Shift Foreman S -- 5.3 verdica 4-s Date #7 p r
'*c'*
5 dC5 6.1 oy6 ,%fdQ Leakage Calcu*ation }g g/ Qf'/3)gd ISd amter data in item numbers circled and then c'amplete calculations indicated: Y,l l W b W J-L l}k 0 k- , Y L~ (MN M
%Q (tfMAj:A INITIAL VALUE FINAL VALUE PARMETER DE3CRIMfl0N ITEM 42,Jo 03,E T @ Ti==
/0l 3 From T769 or TINDS (*F) / 6, /
h W Taak Temp
*****"1 [E1I'Ni[.I$* 7o. J'/ ,
41.02
@ and Enclo-
.ol6I3 V3 +0IlalYdi 4 MU spec vol From wr 2 Item (n '3' rib )
o Item 3 gg,g MU Tank Inventory %, 4.12a+77.35(1bsi37g ,g f,f . V 5 From T776, T777 or (.31. (
'll O6 Press Temp nws<*n. 46De A
),(, . fg,9
@ eress Levet **'7forWRC14
- o Irom 6 & Enclosure . g,ygg(, . QJ 4 8 Press Spec Vol g 9 Fress laventory item 7 ns 3.173+239.6_Qbe:
wsm,s/yc s W(f.49u o From R790 or NR-MI6 (1) 9 y, f4 gej,pj h Ave Power 11 '*"* C**'***i** I'EoNE I <*10) -Wo -tfo ' tr m T7o, or TimC7 (*r) .yp/ , y ggf , f
@ T.ve or Tc gg ypo 13 Temp Correction
*[ lg g**g3 14 Total Inventory f *** h*,I"7 g 3
[72 g ,g g Ay10.% 15 ; Time Spaa I
""l~L L$11I '* ' " ' ' " I ' I ' ' *
- i # '"* ' #O' * ' ' '; ' 4 h/
I I'" (-, . 6 61 $/ 16 Mh l Item L5 i t Computed sy 04- s a kW vis d_ g ,g g ggg g Page 1 of 2 l Bote /9 bl fif l
N> f MPN;, . 1 ' :) s t-3C8 LEAEast RTALDATION
. 1.1 - es.l.ati.e re,m ed. - & - r-w
,.r m .d u 6.2.2 Leakage source determined and classified (legged if new evaluation).
Tarified [4 ' Data f-l#-7 N . Pressure Boundry Leakage = ** O ape (none allowed)
- 3) 6.2.3 Identified Laakage = / f"7 rya (10 allowed)
Daidenfitied Laakage = / 7h mys (1 allowed)
- Primary to Secsadary Leakage = O spa (1 allowed)
T
- 7.
- ACCgFTM:CE CRITERIA 3
7.1 . k hisown Pressure Boundry' Leakage Datei-M-oli Verified T 4 7.2 Identified Leakage (10 gym j 7.3 Unidentified Laakage ( 1 gym Yarified 8 Date I' M 7 I y ! , Primary to Secondary Laakage,( 1 gym I
'O 7.4 Yorified B Date b I#~
a . 1 O Date E O Approved by Shift forenes r- , Date ; Daviewed by operations tagineer
=
. 4.2.4 Test complete , ,
mitt Foreman # TimeNI[8 v - Yorified L '/ - Date ~7-M 2[ . EBCLOSURE 1 Page 2 of 2
s m m; . q-ap +r.g 'qc m ~ .g r we g' f
~ .,
c ,7. m
. q. . .2
. . .4 O
O O O O 4 0 HHB Ul=BDE5d200, [n PASSWORD SS4BSSM85W48 ID:0PS 7 VALIC I.D. - BE CCt:SISTEt;1 11: IIS USE Oft PLE AZ E ENU S ESSION hI'.ll-> / BYE USLC .53 UNITS CLD LEAKFATE READY PUN \ 9 LEAKRATE 04:35EC1 09/20/76 9 , DC 100 WANT INSTRUCTIONS??YES 9 THIS PRCGRAM IS DESIGNED TG CALCULATE THE LEAAAGE FAIC FCR THE RCS W A'1ER INVEN'ICRY B ALAt.CE. g 1HE PRCGRAM WILL AEK FGR THE IlJTTIAL AND FINAL VALUFS FOR l T H E T I M E MU T Ah K T EP P , F.U 'I A N K L EV E L . P R ES S ". E.v.P , P F F E D L EV E L , AVERAGE POWER,AND TAVE,1N 1HA1 ORDER. g BE SURE '10 ENTER THEM IN '1 HAT CFCEP AND SEP ARA'IE 'll!E V ALUES WITH CCMMAS. YCU MUST ALSO E!;TER A CCMLA BE%EEN '1HE HOURS IFD Mit!U'!FE. g EXAMPLE 0335 = ue,;5, Et4TER HFS,PTN,VfLUES 'I 199 , L 7 61,'1) , b , L l o 9 , H l 9 u 3 ? u d ,2') ,9 9. o 9, u e . u u t O HR MIN T
ENTER FINAL BRS,RIQ VALg33 OF T769,L761,T776,L769,3790,T709704.29,99.42,69.7%AE8' i PRESSLEV AVEPOW TAVE _____l HR MIN TANKTEMP TANKLEV PRESSTEMP
\
4 29 99.82 60.79 650.8 213.7 99.30 581.6 ARE THESE VALUES CORRECT 7 (YES OR NG)?YES ITEM PARAMETER INITIAL VALUE FINAL VALUE 1 11ME 0:29 4:29 2 MU TANK TEMP 99.69 99.82 3 MU TANK LEVEL 67.00 60.79 l 4 PU SPEC VCL .0161296 .0161294 S MU TANK INVENTORY 21957.u3540 20369.56128 6 PRESS TEMP 650.5 650.8 _. 7 PRESS LEVEL 211.4 213./ e
.0267825 .o268084 I S PRESS SPEC VCL I 9 PRESS INVEhTORY 33991.36475 3423u.03417 SVE POWER 99.26 vv . M
( lu 1 11 FCWER CORHECTICN -440. -440. 12 TAVE 581.2 Sol.6 l
-)
13 TEPP CCRRECT*CN 640. J2d. 3 3 14 TOTAL INVENTORY 56148.40283 54480.19727 l . l TIME SPAN FCR THIS SEfI IS, 24d MIN I TFE CALCULATED LEAK RATE !3 b.342444 GPN 9 PFCGRAM 2TCP AT 999 g USEE 1,.09 UNIIS
/ BYE O AFPFCX' MATE CCGT FOR THIS SEECION > 3.Jb l
O u, --a O l
fh NFJinggjQry 9 gy - .
.s .. g
.,s.. +/
t, IME BAltt CALARATIM
- 5. 6 Verified D Oste 1.28 Y 3.1 aos Steady State PW ante 9-Es-v as imeentory changes .Terified 5.1 Time _
5.3 shift Foreman Torined _Ke > note 4 .ss-if f 6- M , 4.1 Leakage Calculation aster data in item members circled and then c'.mplete calculations indiaated: r, o uniAL VALUE FINAL VALUE DESCRIPTION ITEK PARAMETER T 408$ . OM $
@ Time .
From T769 or TINUS (*F) gg gg h W Taak Temp
, e,o p
'""dhl2'and**Enclo- s z o,
,., G ='*-t FromItenjlibe) . dN, /,114 ,#//AlLfM o
- W Spec Vol wre 2 (f e W Tank Inventory Item 3 4.124+77.85(lbe 3 l gy,ggyp n}gg ygg /
T $ a c w./ w a. r l '""'~ '
@ "'t;,""
From L769 or LRS RC14 M//.7 d //. .(/ Press Level (1.ch..) o ' **I'"#* pff7pg g.g gfpg { o 8 Preee Spec Vol h"* ) 9 Prese laventory Item 7 3.173+239.6Cbs;1.Y11l. f l*W%j Hidal1Y11. O sm s mee poser From 1790 or a-uts (x) g gf 9fg , From Item 10 and //YM
, 11 teser Correct M Enclosure 4 (1ba) I A/ar/8 g/, J. [ff, p h Tawe or Tc From T709 or TIRC7 (*F) pg,4 13 Temp Correction , 5 g g3 f ./ d t* Totat 1-tm 't" LL't"'Ja'"" as..wo Ave.mu
'"" ' ""*' ' l'**
cQJ/4 pp- , i, 15 Time Spaa Inittal
' Leak Rate "N**'**[*"*'l'##' (ppm) g g t
14
'F d sucEasUms t !.
cemented my l note 4-As-77' , Pase 1 of 2 y'
WY
& & l } iR N3h4i 1
acs LEAFJGE EVALUATION 6.1.1 New avaluation required. 158 h
,.ifio tuo Detalwtw 6.2.2 Laakage source determined and classified (logged if new evaluation).
Verified A.IA- Date . J l 6.2.3 Kasun Pressure Boundry Laakage =
- O ape (none allowed)
S\ Identified Leakage = . % ~~) rps (10 allowed) i
= C#37 o-M sp (1 allowed)
Unidenfitied Leakage l k Primary to Secondary Leakage = 0' spa (1 allowed)
- 7. ACCEPTA*.CE CRITERIA '
'n .
- I il gMM,/
7.1 ~ 5o, kinewa Pressure Boundry' Lankage *
> Verified Date
- Identifled Leakage (,10 gym I
IJ l l g 7.2 Terifind d Date hl M# Unidentified Laakage < 1 spe f r O 7.3 verified _Date T $ N I v .
, 7.4 Primary to Secondary Leakage,( 1 spe l
^ Tarified ( Date 20 o .
t O O C ;eved by Shift foremen / Date C cY,[p Soviewed by operations Engineer
.y // Date
. 4.1.4 Test Ceepleta ,
Skift Foreman k rF Ese .ZN Tarified -A Date k/t / u - INCLOSURE 1 Page 2 el 2
WWONw ow ,y..,,
.i'y." < i
- e. . ,7 .gj ,, _,
TAVE SR MID M WERSST9tp PRESSLEV AVSWOW . __ =
~
~
~
55.02 650.6 211.6 98.64 581.0 19 59 99.85 ARE THESE VALUES CORRECT? LYES OR NO) ?YES ENTER FINAL HRS, MIN, VALUES OF T769,L761,T776,L169,R790,T709722,00,99.89,63.07,650.5,2 PRESSTEMP PRESSLEV AVEPCW TAVE HR MIN TANKTEMP TANKLEV 61.u? 650.5 210.1 99.02 581.2 22 0 99.89 ARE THESE VALUES CCHRECT? (YES OR NO)?YES PARAMETER INITIAL VALUE FINAL V3LUE ITEM f 19:59 22: 0 1 TIME 2 MU T ANK TEMP 99.85 99.69 3 MU TANK LEVEL 65.02 63.07 - 4 MU SPEC VCL .0161295 .0161296 MU TANK INVENTCRY 21450.36)29 20952.21631 5 650.6 650.5 6 PRESS TEMP i PHESE LEVEL 211.6 210.1 PRESS SPEC VCL .02bi911 .u267425 o 34004.97959 33s;/.34#61
> PRESS INVENTCRY I AVE PChER 96.64 13.02 lu
-460. -440.
11 FOhER CCBRECTION 3 581.0 581.2 12 T1.V E o00. 640. 13 IEMP CORRECTICh 14 10TAL INVENTCRY 5579 5.0 4 b 61 54sa>.5ud30 TIME SPAN FOR ll:'S IL5T 4J, 121 MIN I IHE CALCULAIEC LE?.X RATE IS 0.Jo6o10 GPM
) PRCCPAM S10P AT 999 C F E r, 17.47 UNITE $ EYt 000le.23 CRU 0000.u6 iCli ovu2.lb KC
() CFF AT 22:lbEDT 09/20/78
7 Si. ac. LEAKAct IVALuAT1ou
...., .e. ev.,e.t1o. re,. ired. p
' Verified /[ v
_ Date 7/ A/b I . 6.2.2 Leatage source determined and classified (logged if new evalestion). Verified / VY Date spa (aone allowed) , Jj 6.2.3 & Pressure Boundry Laakage = *
= d 37 ryss (10 allowed)
Identified Leakage
= d' syss (1 allowed)
Unidenfitied Laakage Primary to Secondary Leakage = h gym (1 allowed)
- 7. ' ACCEPTA"..CE CRITERIA *
~
1l 7.1 .kk*nownPressureBoundry' Leakage Verified Date &!L/ 7[ - 1 tb
// l W 7.1 Identified Leakage (10 gym Verifled Date 9/ 2//Y g
Unidentified Leakage < 1 spe k, o 7.3 Verified b Date 2/e ~ T l 7.4 Primary to Secondary Leakage 4 1 spe
,9 Verified Date 4 2-/ 7[
= .
J A Date i///.2
^ ;_.?;d by Shift foreman l o
l BaviewedbyOperationsEngineer(] M Nd) Dateh[JI/2f Ii (
. 4.1.4 Test Complete ,
' /$ Time N)t-d C hift Foreman
/A u- Date hII/ 7 ._
Terified 1 UJ
- i ENCLOSURE 1
,Page 2 of 2
- m. . .
. . - w...-- r. Y"M' -
. ini" 4 u
~
'seurssine nsser.sv avenu 'nys"'
1 u 213.5 99.41 581.9 19 58 - 96.78' - ~ $4.91- - 650.4 ARE THESE VALUES CCRRECT? (YES OR NO) ?YES , 6 ITEM PARA MET E R INITIAL VALUE fit.AL VALUE 1 TIME 16:14 19:58 I 2 MU TANK TEMP 97.65 96.to 3 MU TANK LEVEL 71.,73 u4.91 I 4 MU SPEC VCL .0161223 .0161195 I 5 HU TANK INVENICRY 23176.94482 21436.1364) , l 6 PRESS TEMP 650.2 o50.4 g 7 PRESS LEVEL 209.6 213.5 ~. N o PRESS SPEC VOL .0267566 .0267738 9 PRESO INVENTCRY 33610.75635 24251.19922 10 AVE PCMER 99.34 99.41 7 -340, N 11 POWER CCBRECTICN -440. o 12 TtVE S31.4 511.5 p 480. 30.
'q 13 TEMP CCRPECTICU b 14 TOTAL INVENTCRY 57024.70020 55327.33447 O
224 Mir; 00 TIME sear; rCR 1sie irs; is, Oo THE CALCULATED LEAK bAlt IS u.'320019 GPM PRCCPAM ETCP AT 999 USED l'i.54 UNITS l DYE O ucolo.32 CRu 00u0.uo ICu o002.16 KC CFF A; Ou: 061.El c'J/ 01/ / d O O O
- c, . "
7
+
308 LEAdAGE EVALDATICW
...., eeseti.ere,.~. GD
' Verified W Date 9 /t I /'T 6.2.2 Leakage source determined and classified (logged if new evaluation).
Verified NN Date 9/8 8 bP EmiIwn Pressure Roundry Leakage =
- O ape (none allowed) 3] 4.2.3 Identifled Leakage = 0 3 ~7 rya (10 allowed)
Waldenfitied Laakage = e 1 "7 sye (1 allowed) 1' Primary to Secondary Leakage = 0 spa (1 allowed) l
- 7. ACCEPTA?tCE CRITERIA N ~
- M 7.1 .Re kimova Pressure BourEtry Laakage /
W2klW / *
# Verified Date 7.2 Identified Leakage (10 gym 9/E p Tarified d Date 7V O 7.3 Unidentified Laakage < 1 gym aplZ t))v isrified l.L U Date z
.n 7.4 Primary to Seccadary Leakage 41 spe
? Tarified Date 9/21/7[
l O . O O Approved by Shift foremas 1 A2 />_, V Date 7 7 #O Y teviewed by Operations Enginee > b) Date 2
-, fi (
, 6.1.4 Tsat Complete
! hitt Foreman \ fl $ Time 2033 verified \; hx)fw r Date 041/> b INCLOSURE 1 Pese 2 of 2
we
's -[F
- ~ ^ ' :. ,,Q - %,,,.
*88"' "88 ^"" T^
"" "3" '^"""' '"""'
O 99.68 551.9
~~ ~~
21 S4'.32 - 54.43' 650.7 212.2 -
-O Anz nesE var.uss CcRaccu neS on sonvEs .
O PARAMETER INITIAL VALUE FINAL VALUE ITEM g TIME 16.21 20:21 1
- 90. 4 90.52 Ic MU T ANK 'lEMP 66 .17 Su.d3 3 MU TANK LEVEL g
MU SPEC VOL 0161'.93 .0161136 4 O MU T3MK I NVEN';CEY 21912.li261 19ddl.65259 5 oSU.) t 6 PRESS TEMP 650.6 g ~" 210.0 - 212.2 7 PREES LEVEL c PRESF ?PEC VOL .0267911 .02u?9fo __
. 34064.12598 9 PRESS INVENTORY 33814.58350 g 93.66 lu AVE PCWER Si.44
,3
-440.
k 11 PChER CCFHEC"10N '10. 5dl.a 5di.s
. 12 *1 AVE 13 TFF.P CCPRECTIC?3 560. 30.
u b s.4/sjt h
- 14 !CTPL I NVEP'1L RY ,,5c 4 t, . i s ; s t C
TIME SPAN FOR THIS TEST Jr, 240 etIb _ o , ,,, >) CPM
'll:C C A LCULA;rc Lt 3,g p ,,,,, ;, *.
9
- PBCGPAM STCP AT 'J99 g
UfED 17.,,,$ en;79 D Y t. g JLols.3p CFC u d o u . u t) ICli uus2.34 gc CFF Ai 20*29ECT 09/22 7 g .
. {
kWWl~&' qqq m
=
- ges LsAract EV4LUAttou f eeste.ti- re,. ired. = &
... 1
, m .d M .+=d 6.2.2 Leskage source determined and classified (logged if new e,alestime).
Yarified ~X% A Date 4- d 7 Y [ C spa (none allowed) EmIo'a w Pressure Boundry Leakage = ** 3l 6.2.3
= .37 rpm (10 allowed)
Identified Laskage /
= .#3
" spa (1 allowed)
Unidesfitted Laakage Primary to Secondary Leakage = 8' __ gym (1 allowed) ~ 7. AcctFTA".ct etITERIA % 7.1 no Woown Pressure Boun' dry Leakage Date N'-jf- 7[
- Verified *P g
.9 7.2 Identified Leakage (10 spa Verified'8 Data I-b - I!c D 7.3 UnidentifLed Leakage (1 spaVerified 'fAM- Date@ .OP'7 /. l 10 Primary to Secondary Leakage 4,1 spe 7.4 Verified "fo t Date '75-7 g o I /{wa. D.t. 7'9J 77 4,,re,.4 w atit vore.e. . ie.e4 w o,e tto.a 3.gt.eer /f / ,L 4 WD o.te Wev'[ i,
, ..:.5 a.t ca.,i.t. .
W Time /$3 mitt foreman Date 4-s T 7 . serLtied Bm! _ EBC1080RE 1 7ge 2 of t
Mk * , ;. :: *, n '%. ~ ' I'Wh %
~
f3 '!}gl
+ <
y m:w:4 rc v ^:'
- ~
4? 650.4 211.9 99.41 581.9' 18 22 91.StJ . GR77 ARE THESE VALUES CORRECT 7 (YES CR NC)7YES Q O TNITIAL VALUE FINAL VALuE ITEM PARAMETER 16:22 18:22 O 1 TIME 9 6 . is t 97.co 2 Mu TAsx TEMP O 65.66 61.77 3 Mu TANK LEVEL
.016119c .ot61202 O 4 Mu SPEC vet 21627.as770 2co31.89at9 5 "o Taux tuvEnT RY 0 650.4 oSO.4 6 PRESS TEMP 2io.c 2it.9 0 7 eRESs LEvtL
.0267738 .0267738 N 8 PRESS SPEC VOL -
33931.21S75 34061.58105
# 9 PRESS INVENTORY 99.31 99.41 M 10 AVE PCWt.R n 11 POWER CCRRECTICN
-44u. -440.
k 12 iAVE 581.6 511.9 7 i,0 7LMP CORRECTIGN 320. 13 5543 l 5'33'S
'"' *""*"I'"'
O' O 120 MTri i t ME SP AN FC R TH i c 'I t'E I '. . g 1.1166d6 GPM THE CALCuLA'IED LEAK P A'IE !E PRCGRAM STCP AT 999 O u2En is.ua estTs
/PYE 4 3 . *> I APPROXIMPTE CCS1 FCF THIC FEceIC:1 5 O
Usadt O O O
v g.,ar ifyoy q
.. ,s
. 13AR SAIR CARAMATION L
- 5. 6 verified fe d _ ante 1 p:r-v 5.1 acs steady state asse 4.or-tr as Laeontery changes . Verified vr s 5.2 Time 5.3 Shift Foreman nose Lsup-verified as
- 4. ftLOGDURE .-
4.1 Leakage calculation t Enter data in item numbers circled and then c'.mplete cale=1stions indicated:
#4 IIITIAL VALUE FINAL VALUE
, ITgx FARAMETER DESCRIPTION e l $ / h$
O g , gj/ gpp
'JD h MG Tank Temp From T769 or TIMUS ( F)
From L761 L763 or j/ Id in A3 W Tank Level Pi, 6/,77 v tmen6 finehen) D and Enclo- , e/ g f/q g j;g;gs g., A 101 Spec Vo1 Fromitemg7393 _ y gg itse 3 A.124+77.85tibm > yfjyf,ff77e g ff, gf4 5 MU Tank Inventory %3 g !
'It @ Press Temp T 7 T777 or pp, ,/ f , ,/
,,, . 4 O
o er.sa t.,.1 n~3'casnct' From Item 6 & Enclosure '.044775/ n ,, , 0 M ~' 7 Y C Ir w < . d'A-g f Prees Spec Vol g 8 1 (ee311% ) ites 7 . 3.173+239.6(1bm; 9 Press laventory
~
iee , s 999 54.9/P W h*e $l.8/tV y o g yj g ,g h hoe Power rres R790 or NR-N16 (1) l 11 '= C*r=*i" FUoS**I(IO , - v# . y@c O T ve or Tc tree 17o+ or time 7 (*r> <re c <r.s Temp Correction Frejtem12a pp 77 13 g 5( 4, Total laventory Item 5 + Item 9 + Item g/sjge, f,.7 f / fyjfy y.y,. 14 g3,, 3g g3g3 ' item L Final - Ltes 1 fje m 15 Time Spaa g,ggg,g , Lites 13. Inittal-Ite-i L Fanat)*0.LZLZ 4 gg Item 15 4 //f2 Sempeted By N: L EXCLOSURE 1
- Wege 1 of 2 Sete @-S f-1 V - - - - - - - - - - - _ _ _ _ _ _ __ _ _ _
lWONDMWP c <3 _ _ _ _Y_ t 6.2.1 Bow evaluaties required. 138 h f't F.7 s _
- Tarified MM _ Does ,
6.2.2 Leakage source determined and classified (logged if new avalestion). Verified NM Date f* l F 7 8 O syn (ames alloued) 6.2.3 Emiisa Pressure Soundry Laakage =
- 3l I rpm (10 allowed)
=
- Identified Leakage
=
- I# spa (1 allowed) h i w itied Leakage 0' _ spa (1 allowed)
Primary to secondary Leakage =
- 7. ActxPTAME CRITERIA N Y *I N N
N 7.1 " N kinsua Pressure Boedtry Leakage Verified NM Date , Identifled Leakage (,10 gym 7.2 Verified NM Date _ 1.T Y ?F l 79
- Unidentified Leakage < 1 gym Data f.tyar 1
l O 7.3 Verified '/Y/U y i 7.4 Primary to Secondary Leakage ( l spa 3 Date 71 Y 7/ Verified N/V
?
O
?
N% O i D.t. f-N 7P a ,s. sed 6r atit rare o Bevissed by Operatione Engineer 2 0/O Date k I fr / I 4.1.4 Test Ceeplete , hift foremen Time NM[I 71e 7 7 Yerifled 8M Date f EBC148URE 1
~
Pge 2 of 2 O
4o PRES 6 LEV AVEPOW TAVE
.R MIN- TAURTWIIS - TMIEL8V-- PR58819MP 650.1 211.2 99.27 581.5 2 37 96.31 79.70 ARE THESE VALUES CORRECT? (YES OR NO)?YES 4TER FINAL HRS. MIN. VALUES OF T169,L761,T776,L769,R790,7709?16,37,96.31,71.2 - S PAD CHAR IN DATL CR BAD FORMAT.
ETYPE DATA FOR LIST IN LINE 270 16,31,96.31,71.23,650.5.211.0,99.2,581.6. . PRESSLEV AVEPCh 1 AVE TANFLEV PRESSTEMP I!P MIN TANKTEMP 650.5 211.0 99.20 581.6 16 37 96.31 71.23 tRE THESE VALUES CCREECT? (YES OR hG) ?YES INITIAL VALUE FINAL VALUE 11EM PARAHETER 9 at N : ;1 1 'IIME 18:37 96.31 96.31 2 MU '1 ANK 'iEMP 79.70 71.23 3 MU ' LANK LEVEL
. O l c l l t. ] .u'o'lLU 4 MU SPEC VCL 25222.35122 2 3v5 3.18 5 /')
3 ftU ;AtM I NV Lh'K,8Y 1 650.1 950.5 _ o PRESS SEMP 21;.s i PRESE LEV EL 211.2
.0267480 .0261625 e PRESS SPEC VOL 34011.41455 J.143.9r559 9 PRESS INVENTCRY 99.27 ~6 . 2 0 IJ AVE PCHER
-440. -440.
11 PohER CCRRECTION 531.3 5-;.s 12 " AVE i . :, . 400, 1 .' . TEt:P COBEEC'1!CN 3919 3 . 's o o l l S e e i *s . ! 0 2 b u
'4 TCTAL INVEN'IfBY T I M E SP AM FO P W 19 I f?'; IJ, 2 4 J M * '.
J . It So ?$ GPM
'1HE CALCULATED LEAK P/1E IS I PPC<8AM STCP AT 998 ._
I
! 6 ISE BATE CARARAft0E '
S. g stTts _Sete 7t**7 acs steady state Tarified Yarified W p J NM Dese w e7r S.1 S.2 No inventory changes _ Time Is se L L... .Ma ?4wn 5.3 mitt Foreman Tarified -N6__ e
- 6. 790CEDURE a*
4.1 Leekage calentation Bater data in iton eumbers circled and them c'.mylate calculations indleated: *
. o INITIAL VALUE FINAL VALUE '
DESCRIPTION ITEM PARAMEIII ,: l 7!!7.41 AI: 17.9% D N
& time or T3m 8 (*F) is.7/ 7 (.7 /
v l F. g h W Tank Temp h ,7 7/,77 f4 hMU Tank level %d7] 'rEnclo-Item), 4.0I //f?3 d 8/s//Ff7 O 4 , g,,,9,g I tem 3y4.[24+77.8M1h) 7y tottey 7.$oF9.7,Oj 5 MD Tank Inventory g p,,7 fron(T77R T777 or g 7j,/ Press Temp tvnett ry)
@ 2 //,t. 'l ' ' . * '
Dk76pormac14 o @ Press level
' I"*I***** 6,a 24 7 y 9 y- 0.0167faf O 4 Presa Spec Vol h*" p 9, p, Item 7 3.173+239.6Gbe; 9 gg ,* 7 C 9 Press Investory 15,1 a memummmmmmmmmmmmum 9 t, t y Ave neuer rues a7so or ut-uI6 (1)
VVe 11 Power Correctise Q'""[g ) 4y0
, - _ a rve. r fr/.c rrem R or TInc7 c r)
J O Ta o or T. I*** 12 cfap J20 Temp Correction 3g 13 74977,,,7 ,, , t 1 tem 79f7f,g,99 Total Inventory Nem 5 + Itag ) 14 g, ,7, , Fanal - Ltem L y 7 15 Time Spaa Qgjg ~mo..uu , u.ee a m uoi- m, ,t.t ( 3 73g , t,,, ,,,, Iten L5 (
- 1, 1 o i ca. ,et.a S , W//WW .
- aci.asUna t 3ege 1 et 2 i
{ i~ ~ __
, L y sf,7
' b 'N $. o-9 ..
,3 y
)i$.l~H % .'w,
^
MS LEAEACE EVAIJIATE05 6.2.1 Wee evelasties g ired. b ND
,e ified /e .swerSo/7P' i
6.1.1 Leakage source determined and classified (logged if new evatusties). Verified M Date 1
/
h 3l 4.1.3 Emiiva Pressure Boundry Leakage =
- h Eye (mene a11swed)
IdentifLed Leakage = ,37 rpm (10 allowed)
= ,/ 3 spa (1 allowed)
Unideafitied Laakage ,
# Primary to Secondary Leakage = b' Eye (1 allowed)
Y M 7. AccIFTAM:t CRITERIA ' il 7.1 ~ 5 Waoua Pressure Boundtry Lankage Verified M Data g b m M 7.2 Identified Leakage (10 spa Date Verified I O T 7.3 Unidentified 14akage < 1 spa Verified /3 Date j d I T 4 3 7.4 Primary to Secondary Laakage 4 1 gym Verified 3 Date j d N [
- g o
O L . Date f N *(( 4 Approved by Shift Yoremas Baviewed by' Operations Engineer m e NO Date dk e gi 6.2.4 Test Complete s Time _ hitt Forenen Aw Date f'05 l$ teritied v INC148URE 1 Pge 2 of 2
t.
~
4
,;' ? . : ;,g y'
'* - ~ ' ' '
m
*-Q la&E S&TE CAIADEATION ?
- < 5. tmR30ststTts verified /c d6 _ S.sa33'M .
act study state neseEvr4 , 3.1 . Verified 3.2 no inventory change n _ Ties #"---aar Mi _ mitt hroman_ /4 5.3 verined r
- 6. PROCEDURE .*
6.1 Leakage Calculation f Enter data in item numbers circled and thes c'amplete calculations indicated: p ' V , ImITIAL VAus FImat vaus paamtTza ossCarrnom ' ' Itsu
, JC y j Qf N
. hTime f a g,4 f,g, f From T769 or Tinos ('r)
* @me Tank Temp NO**]b i ] $. AS n
# t 1
**,f a
$ *g3
** ~
'.amo. dkh' 'f[lbtf) 7 A 4 183 spec Voi 3 z+ao7.+i
- y. Item 3 4.124+77.85(Ibn;29 9 7 f.(l0 2434 S,-g ,
5
- Tank Ia= = tory - uc m f g ,7 Q f.g , j Fm 7 T777 or, h Preas Temp au2 9 2a. t
@ rr... -1 ii~d'a * ** ** r e,*siM t l;@ ,
. .. s v.1 ==, int'==",.s=u- y(;ey~ gyg_yy
, n.. 1., t.., it.= , 3.m.n gg,g 9y,g' From 1790 or Ek-NI6 (X) .*<r h are Peuer F.a Item to and
.e<<
'Y'o - QQ.0 I
* * * * * " Enclosure 4 (Ibs) re17 ~s t17 rrom T70 or TimC7 (*r>
0 T or Tc Temp Correction ['** gg 3 Ng,o hh
$8ft.'cT WWe%f' 13 a u tat 1 tor, I;- 5;t;- 'at== ,
** ' " "* I"** ~ '
82. 15 Time spaa lattial
"*'" Item '"*******"
15
* ' ""* " ' " " * ' ( f pm)
- 5 O l
7* 16 hak hte 1 sectasons 1 j ~ competed ay < -
NM* I . . < j
- 30. LEAluCE EVALUATICW
...., es.1 tie. re,. ued. i @
, su.d x 4he 6.2.2 Leekage source determined and classified ogged if new evaluaties) verified -/M Date f
,i ...., + ,ess e . . _ ,e = .- 4 ( _ . 11e.ed, l Identified Leakage = , d '/ rps (10 allowed) l Daidenfitied Laakage = , /f// spa (1 allowed)
Primary to Secondary Leakage = O' spa (1 allowed)
- 7. AccEFTA'.:ct CRITERIA 3
AI 7.1 . .{ k*mewn Pressure Boundry' Leakage
- N Verified Date 7.2 Idantified Leskage (10 spa O Terified A Data f4 O 7.3 UnidentifLed Leakage < 1 gpa Verified
/
#b / [/
Data fh( l g in 7.4 Primary to Secondary Leakaga 4,1 spe ! l
' Tarified Date f
/
O , O Appresed by shift foreman . Date [- j['/[ BeviewedbyOperationeEngineer{f ' M[h Dateh[5W if / 6.1.4 2U
. Test Completa ot ..re - w.
, ui.d n
- t. a ENCLOSUtg 1 Page 2 of 2
__ __ _ _ _ ARL TRESL VALUES C0;nCCT? (118 OR NCl?YES -- -- J ) I ENTER FINAL HRS, MIN, VALUES OF T769,L761,T776 L759,R790,T709713,46,95.87,59.64,630.7,211 HR MIN TANKTEMP TANKLEV PRESSTEMP PRESSLEV AVEPOW 1 AVE 19 46 95.87 59.64 650.i 211.8 99.70 581.5 , ARE TliECE VALUES CCRRECTt (YES CR NO) ?YES ; 1 I 11EM PARAMETER INITIAL VALUE F:NAL VALUE 1 TIME 15:46 19:46 2 MU TANK TEMP 95.73 95.37 3 MU TANK LEVEL bu.uS 53.64 4 MU SPEC VOL .ul611bl .0161166 5 MU TANK INVENTCRY 217a2.28613 20091.46289 _ . . _ . o PRESS TEMP 650.2 oSO.s
's PRESS LEVEL 211.3 21).B B FPES5 SPEC V;L .J267566 .026 Mv4
_4 u 12. '3 5 4 9 5 140lo.s ~,0) s PRESS . HV E N'. C FY lu BVE PrWER 94.76 9 'd . s d 11 PChER CLRRECl:CN -440. -440. 12 't Avr. 3dl.- Sol.t 13 1EMP CCRhECTION 560. 310. 14 IOTAL INVENTORY 55o64.63d67 339c3.23145 11ME UPAN FCP.'4P;S *:ES1 la, 2 4 0 M 11.
'iHE CALCULA1ED LLAK RATE IE . 9 4 'a b s 6 G Pf!
PHPGBAF t:C F A *. 993 USEL 17.39 UNI 1 S
/PYE FP64 X ':4 P. E Ci J". FTR ".Pi% FESSION J . ') 4 ) U8=- -
n _ . v m . . . _ _ __ _ _ _
- u. ..
- ,W k' .
5 "~ b-
".' g: s. ;,
?-
l'<f f ' (slrfNf
?' .
_N' I?YRE _. 1709719,46,95.8),59.64,650.7,211.8,99.7,581.6, O - -- 1 AVE O 581.4 0 . . . I?YES .. _ _ _ O 1 <
.s . .
ALUE O - g 9 . l 4 O - '
- di 4
1166 e il.46289 . _ . _.
. 9 1
i ; 9 9.i n . . , w. a , e,i a
's.to ..
o.
.e I.t O
O. O 89.23145
- u. 24 e .m
.g ( O
- C . 9 4 's N 6 GPt: -
O O
, s ':'
Y# y .
. T __ ,,,_
. I
- 5. M verified M Date 5!zt Date #Ars/ye .
5.1 acs Steady state . Verified r* 5.2 no inventory chassee d $ <mee v / _ Time /4 er '/ / shift Foreman _ M - Data e/t eM 5.5 Veri *ied , <
- 6. m ..
t 4.1 Leekage Calculation Enter data in item ausbers circled and then c:mplate calculations (ediented: O m ilAL VALUE F13&L VALUE DESCRIPTION TT54 PARAMETER f I ff/g /9[d hTime . 7f g y p1 From T769 or TIMUS (*F) h W Tank Temp I'** L701* L703 ** 6.#f l 49 g
?
w
,y h W Tank Level uwu16 (inch .)
FromItemj/1k) and Enclo- ,#////f ,4/4//[ 0 MU 8P** Y 1 wure 2 (fe 3 Item 3 4.12i+77.85(l'on) i J/ffI P 400f4 #f# T 5 MD Tank Im entory .- te - a l tross Temp From T776, T777 or /R E (50 7
'O
@ T ucts (*r) h from L769 or LRS RC14 .J// 8 J// I v7 P ess Level (toch..) i g
O m From item 6 6 Enclosure ; , gg eyg , ju f/o S Press c._ Vol 3 g ,,3 n %3 o Fress laventory Item 7 3.173+239.6_u'em!1Aff0ffleS jph/4 &( , t 9 see- < O fjp From 1790 or NR-MI6 (2) gg h Ave Poser
<//8 -[/#
I
" Ene os ( be) l From T20,or Tz C7 (*F) six e ae ,
0 Ta o or T. From Item 12 and of(O J#d I-13 Temp Correction t,ein.uce 5 (1%) - Ites 5,,,,, + Item t[ g g g 9g + ggItem ggfy/[fjg pgg,g,fg ; tai h tery g ,p
%i Time Spaa Lten L Final - Ltem i g, ggt,g gA ,. ,.
t 13 (Leem t Instsat-tten t Finat o.tzt2 g fp)[J'// . $ Leak Bate Ita 15 i -- 6 16 l
- sectoscar t .:
f i essented ny r 9/gg/p/ page i et 2 Ij h . . t
~ :.9
^-
g
- W 134 East Ev&& Bat 105 as dip als.ti.e .e i.ed.
.1
,.aui.4 7: > m +-m/ .
4.3.2 Leakage eeurce determined and classified (logged if use ovatusties). Verified b-
~
Bate I-Af4 Ea's'va.Ptossure Boundry Leakage =
- O ,,Jpa (ases altamed) 3l 6.t.3 Identified Leakage = . .O rps (10 allowed) unideafitied taakage =_ e4i7 ass (1 a11 owed)
-- ' n Leakage = A '
arm (1 a11eeed) primary to
- 7. ' sect catuatA r e.s 4
88 21 A **"* "'*" * **;gli,, ogg ,,,, g ,w . ? d 7.2 Identified Imakage ( 10 spa bpt ante 4-M-77 verifted p O 7.3 Daidentified Leakage < 1 gym veriti.4 pa# n.t* 1-4 7 /_ y rets.ry to s endary teskase < t g,a m 7.6
, ui.4 xx t.1-m/
O . a / ' Date k-I[- M O Appeeved by A Lit Teremen d nt- - wx (r
~
1,ea
/
- t. w e '
4.3.4 2est Completa Time I# O Rift Tweeman "
,.aut.d &<- ut. 1 -u- u r .
acu=== t 9.ge 2 of 3
. g 1 f ,
FIWLL VALOS . w .. . . 1d:46 22: 48 1 TIRE 2 MU TANK TEMP 84.00 4.i.00 . _ . _ _ _ . , _. ._ 2 3 MU TAWK LEVEL 76.10 68.00 , T PU TPEC VCL
~~
~~. 01 o 0 8 21 .ulo0795 5 MU TANK INVENTCRY 24355.40723 22281.')l626 650.0 650.0 '\,
6 PRESS TEMP a 7 PREFE'TEVEL- 154.u 154.0 b PhESJ dPEC VCL .026'i394 .v291394 9 PRESS INVENTORY 2723 4. ~s 5 7 57 27234.75757
~ 70 A VE ' PC E ER-~~ ' - - O. O.
11 0. .O. . .. .. .--.- - PGl#ER CCRRECT_ICN 12 TAVE 532.7 532.6 TT RMP'~ CCRiisfi t CN 420. 360.
!* ICDL INVEN'ir ny 311,0.16b50 4 915 0. u i 4 h i
TIME SPAN FCR THIS TEST IS, 240 tilh _. 3 1. u l 6 'a l s CPM
'1HE CALCULA1ED LEAK liA'E :C 3~
PRCCRAM SiCP AT 999 __. C3 _. _
. . l s .u ? UNI'It:
APPROXIMATE CCST FCP THIS SESSION 4 3.52 l (' 4 m
- D D
O ..
~ * *
- s. S ? 37 ,
., e w- , e, t, ..x o,
. a..w,,.y - ., f ,, , '(
r-_- Mw 6 h % %O , __ w e m.m., o,.re., u. - s
-r Redev d Alarm I,W : Printous _
/
D _w.. = - , . a.-1 er s mm cw mT t-x ; oo n -aAhaa 5 V ..k str t. M rr h - obso 57~ fo W.eY c M / W F met em b. i.x , ma s u m .A us, to ai r e m ..t a -
,f -
n._ ci mi s-s . l**A t'uthi %M*f Id I.4c 1manh> k aaeL SY T.A Ctee h . >
- L % m. ' ,y ,
nw e Aa L .-- 6 % b { to enna.
~
, . Y, = ,'
o ss., wan named.or .s a n i A- a .herJ% on.oo w in d A N e k .: A c e n = ! t- s-- %. ~ o e n. .'".J .rio v..t. wL. A nur E Cearr l-2 osso cama 44s stro99.o/ +sa,a/ gio,,s a.4 A W # cworris. o4e F A s c s e v.i . 0449 Wd r-)=n /-( c.=iY ch!=!) er kast.<' - . 65to e44-1 su9 s./ 4 ca4 4 mer ^ ,h OD4 m e=1 keth c rr 1-1 6 52& 'Eia em t v.,b m% % twot % .R!! e. n.s , Ciah 3 Ys*10 0 I 6-n aT2 ? gaWo A/-svo eh ~b W.'errA f cw- 1x (*? A laleddv 4.0m~C J / =M
/
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/ / /
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.y
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- - -- -. . . , w w -
~- aar-- rranT, cut -
-~
3 anne a .u % 'm' "*%h5% NMQ p . . f henne Tk siarao vi* rn <-res . 01 6 n aan .
&Le Gr Sott ao t & CS e xL s.o a. ra . - -
&$ar Ant A.aan - is <e an _- -
^W bi#a r ^^ f e*MA P _
h Au m Ar M/% i ced an stas- $~J *f aJ 6 - ath Pa use er son,s
/
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** Y SO u.a 1 jaenc ~ hr .sa yas -
nase .
.,2... .
vm - e,m eca. as o us u s ww o,Afra y v --o>wevu ~
, , u;;
/ J 11LL h1 =^9 T* /M 8e!TO '
lWh ./*=.Ak] S7" Cb H of 1BN Nm,hlayta ar O 2.D.D] , w ng 111Am Lenn ha <e cass an A.T A b I~ss/ 1330 / V suu dram ne r - A^ sanaL h a m asa
}Wla dimiY /-A rm d,n>- 3 (Ard,s \ -_
7 f% >ast srae= /.sa d, boa 1419 Snor Asas4 _ thes.a ut.a) n C aam L ,+se r?--- .x) a an u .Det 43% Aru Lane .s,-u r, ajr. c- man No <~ At M i edes A . rseo S1~ Tot 9 O/ k,.;U _
/ res 5 T- fo le .1 m - _fd
/fand sis /6nJA. , TBrNA i A7b~ ~nm~ '
- ~
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=
3evieses Alarm freer Printeen # '
~
Bevineet states et outstaattas Endenste peseth /# " 1 7e vre: & se Tee _ v., u/a 7
/636 4JedJ f/o 4 a s. e#r w rrE 3Ite; w
/ A TO /#4 4 a e t 1 C 8 7 /As= aa% .e w v4 e-, w .yps _g y- f. g 9 p, ap y- i i'l2 o ist n s 1" 1 Y e Mmet _ = me -
een dAL & sa,M Mew
/1.30 AAasg d-
/ o* 1 T***
/1VY ZsmHAJ //L4,a s14
- 071%
AAnth t*nto fed L e f ns% s,e u rt vns Ypfk' An u Tk 1;i *2 h A T' _ tha $bt *m e a wee 11 Y hm= Y ' JW1 ea A a vara >W e-1 9 3 , 9 .1 _ ir f19 3. / L . _ _ y -
# 1" f 93*3 e a & rsu k ~
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~
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/ e s *r~ /* d CNR Saan ne 12t9L 1115**
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t
- 44. D .e d 7$~1 k Ad M.
- M20 /* .e-estattb IActan tM r* _-
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