ML20082H148

Rev 6 to Procedure RT-36, Containment Integrated Leak Rate Test. Related Info Encl

ML20082H148
Person / Time
Site:	05000000, Palisades
Issue date:	11/13/1981
From:	CONSUMERS ENERGY CO. (FORMERLY CONSUMERS POWER CO.)
To:
Shared Package
ML20082H066	List: IR 05000255/1981026 IR 05000315/1978014 IR 05000316/1977021 IR 05000316/1977031 ML20082H069 ML20082H073 ML20082H085 ML20082H087 ML20082H116 ML20082H123 ML20082H132 ML20082H138 ML20082H143 ML20082H148 ML20082H156 ML20082H163 ML20082H172 ML20082H189
References
FOIA-83-384 RT-36, NUDOCS 8312010038
Download: ML20082H148 (172)

Text

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a s PALISADES NUCLEAR PLANT FORM 18.1.5 PROCEDURE APPROVAL AND AttTHORIZATION PROCEDURE TYPE Technical Specifications Surveillance Procedure NO RT-36 TITLE CONTAINMENT INTEGRATED TE.AK RATE TEST Rev 6 ORIGINAL ISSUE AUTH0R Unknown CURRENT REVISION AUTHOR 'M //- R-J / REVIEW - QUALITY CONTROL pm) //- / f F/ TECH - ENGINEERING ~ A/4 TECH - OPERATIONS / ADMIN - QUALITY ASSURANCE 0h il lis/st v PLT REVIEW COMMITTEE MTG NO 81-068 11/06/81 APPROVAL - DEPARTMENT b tt /f7// - PLANT MANAGER 1 DISTRIBUTION: Original: Technical Department . Controlled Copy: Decument Control I i i f Information Copy: 1 i FROM 11/06/81 TO 11/06/83 REV Review for Continued DATE Authorized Period of Use Not To Applicability by l Exceed Tuo Years g. l -- rpa0781-0007c-89 . m. ...,. m. _. mw w-,:--- ---.. - -=.--e -.7u.

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e o PALISADES NUCLEAR PLANI TECHNICAL SPECIFICATIONS SL'RVEILLANCE PRnmm Prce RT-35 ACCEPTANCE CRITERIA AND OPERABILITY Rev 6 Form 18.1.6 TITLE: CONTAINMENT INTEGRATED LEAK RATE TESY 1. Data obtained through performance of this procedure meets acceptance criteria. / a./[/Yesb./-/ No c./_/hs, with exceptionc First Line Supervisor Date listed on back. 2. Limiting safety system settings have not been violated per Tech Spec Section(s) N/A / a./[/ Yes b./[/ No c./3es, with exceptions First Line Supervisor Date listed on back. 3. Equipment was operable or parameter meets specifications as required by Technical Specifications Section(s) 4.5.1 and 3.6.2 ) __ a./_/ Yes b./[/ No e./[/Yes, with exceptions listed on back. / / First Line Supervisor Date Time 4. If 2b, 2c, 3b or 3e were checked, Technical Specifications " Limiting Condition of Operation" Section(s) 3.6.1 may apply. 5. If Ib or Ic or 2b or 2c and 3a were checked, then justify operability / Signature Date

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e PALISeDES NUCLEAR PLANT Pr:c RT-36 itEFUELING RLv 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDURE Page 1 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST 1.0 PURPOSE To demonstrate containment building operability. Operability will be demonstrated by verification that the containment integrated leakage rate measured over a 24 hour period at a test pressure of 2 28 psig does not exceed the Technical Specification limit.

2.0 REFERENCES

2.1 Palisades Technical Specifications Chapter 4 - 4.5.i 2.2 Palisades Technical Specifications Chapter 3 - 34.1 and 3.6.2 2.3 Palisades Technical Specifications Chapter 2 - None 2.4 FSAR - 5.1.8 2.5 Code of Federal Regulations Title 10, Part 50, Appendix J 2.6 ANSI N-45.4 - 1972 2.7 ANSI 56.8 - 1981 3.0 PREREQUISITES 3.1 Authorization - Obtain the Shift Supervisor's permission to perform this test. The Shift Supervisor shall read and understand Sections 1.0 through 4.0 of this procedure prier to granting permission. Shift Supervisor: Date: 3.2 S,pecial Notifications 1. The Plant ILRT Testing Engineer should develop a time scaled test schedule to identify test prerequisites. Actual changes to equipment specified by Appendix E should be initiated g least one (1) week in advance. Maintenance orders, tagging requests, E0R's, etc, will be generated seperately. 2. Notify NRC Resident Inspector one week prior to start of test. Notified: Plant ILRT Testing Engineer Date 3. Notify Quality Control 24 hours prior to start of test. QC Supervisor: Date: N pa0781-0007a-89 ~ ~ ~' C 7 ~ '~ ^ ci ~ ~ ~ ~ ^ l.-. -.i ~.

PALI 2ADES NUCLEAR PLANT Prce RT-36 REFUELING Rav 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDURE Page 2 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST 4. Notify Chemistry Supervisor at least one (1) week prior to test Notified: Date: Plant !LRT Testing Engineer 3.3 Plant Conditions 14 Primary Coolant Temperature < 130' F. 2/ Primary Coolant Boron Concentration 2 1720 ppe. 34 Primary Coolant Pressure at 0 psig. 3.4 System conditions 14 Both steam generators filled to R 65% level (Narrow Range). 2J All feedwater lines full of water. 34 Containment sump drain line filled with water. 4. Shutdown cooling system should be in operation for the entire i duration of tn'is test. 5. All acheduled local penetration leak testing (Type B and C) has been completed. LLRT Testing Engineer Date 6. Containment ventilation fans **V-1B, **V-2B, **V-3B, and **V-4B and appropriate equipment listed in Appendix E are caution t tagged "Do Not Operate While Integrated Leak Rate Test is in Progress". 7. A preliminary visual containment inspection (both exterior and interior) has been performed to detect any evidence of structural deterioration which may affect either containment l structural integrity or leak tightness (" Deterioration" will be l determined by the inspector) and results are recorded in l Table 3. The test may proceed only if any and all l deterioration is corrected prior to start of test. (Refer to Section V A. of Reference 2.5 for corrective action requirements.) ~~ Plant ILRT Testing Engineer Date 3.5 Minimum Personnel Skill Level 1. Minimum Personnel Skill Level - Performance: f. e b+ pa0781-0007a-89 -~TE ,.C ~ 'T Z ' l ' ""." I

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PALISADES NUCLEAR PLANT Prac RT-36 REFUELING Rev 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDCRE Page 3 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST Control Room Operator, Auxiliary Operator (for plant valve a. and equipment manipulations). b. ILRT Testing Personnel (For ILRT equipment opnations and calculations). 2. Minimum Personnel Skill Level - Verification: Control Room Operator, Anxiliary Operator (For plant valve a. and equipment manipulations). b. ILRT Engineer Test Personnel (For IIJtr czIculations). 3. Verification required for all plant equipment manipulations. 3.6 Special Tools / Equipment 1. ILRT equipment and instrunentation listed in Appendix 1 installed in accordaace with Appendix C and D. Plant ILRT Testing Engineer Date 2. A test schedule has been established which provides a time scaled tesc activities list. This schedule should include the completio2 of Appendix E equipment conditions. 3.7 Special Radiation Protection Requirements Continuous monitoring should be carried out by Radiation Protection prior to and during depressurization of the containment atmosphere in case iodine or other radioactive material is present. .. ~. ~ 4.0 PRECAUTIONS AND LIMITATIONS ' * " ' ' ~ ~ ^ i d N ks % ,ygj(,ss....sa="'"'"j 4.1 Perscunel Safety 1. Personnel Medical Certifx ation - Personnel designated to work inside the Containment while it is at greater than 3 psig shall be medically certified for work in pressurized air. Pressures lower than this shall require no special certification. 2. Personnel Allowable Exposures (Pressure) - For exposures at pressures less than 8 psig, no intermediate holding periods or decompression steps are required, provided the time period of pressure reduction in the air lock to atmospheric level is not less than 30 seconds. For exposures to pressurization in excess of 8 psig, see Decompression Requirements of MIOSHA Construction Safety Standards; Part 14, Exhibit A. + r . pa0781-0007a-89 ... -.,,, -- --m:--mm-,:-.- r m- -c. +., - =. --- c> -,, s" Iw.. , w --a

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o PALISADES NUCLEAR PLANT Proc RT-36 1 REFUELING Rsv 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDURE Page 4 - Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST l 3. Observe Palisades Plant Health Physics Procedure, HP 7.0 (Respiratory Protection) when venting nitrogen header. 4.2 Equipment / Plant Safety or Limits 1. This procedure is identified as being safety related. 2. Compressed Gas Sources - All vessels containing compressed gases (argon, helium, etc.) must be re.aoved from the Containment prior to pressurizstion. Any permanent vessels that must be pressurized, must be made leak tight. All sources of instrument air, service air, and nitrogen to Containment i must be isolated. 3. Equipment Protection - Equipment listed in Appendix E (Hermetically sealed or closed systems) inside the Containment must be either removed, vented or otherwise protected against the external pressure of 28 psig. 4. Access Control During Testing - Access to Containment penetration and containment boundary piping areas in the Plant is restricted during this test. The test will include all portions of the Containment boundary which would exist at the time of a postulated accident for which the Containment envelope is provided, a. Test Personnel - These restrictions cover persons who are authorized to be involved with the ILRT. A list of authorized test personnel will be given to the Shift Supervisor by the Plant ILRT Testing Engineer prior to start of test. (List of authorized test personnel is to be updated as circumstances warrent.) 1. Access will be denied to areas where there are any penetrations through the Containment concrete, or where test affected piping or pipe branches terminate during a pressure increase. These areas will have the doors locked, and/or safety rope and sign strung across as a warning. 2. Access to the above areas will be allowed for air sampling personnel and Containment tendon concrete inspectors. Unlimited access will be allowed to areas noted in 4.2.4a.1 above once the Containment pressure has stabilized at the Reduced Test Pressure, P. b. Authorized Site Employees - These persons include those who are conducting business with Consumers Power Company at the Palisades Nuclear Plant. 0 t t-- pa0781-0007a-89 , y _2 -.r y = = y w m e " ',c 7 - I

PALISADES NUCLEAR PLANT Prec RT-36 REFUELING RGv 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDD K Page 5 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST The same restrictions apply as given in 4.2.4a.1. Once a Containment pressure of 14 psig is reached, no work assignments may be made inside the Containment. 5. Local Leak Rate Surveys - If during the test, including the supplemental test (Verification of Leakage-Test Accuracy), potentially excessive leakage paths are identified which will interfere with satisfactory completion of the test, or which result in the test not meeting the acceptamme criteria, the test shall be terminated and the leakage through such paths shall be measured using local leakage testing methods at a test pressure of P, both prior to and subsequest to repairs. (see l References 2.5, 2.6 and 2.7) 6. Ventilation System Fans - Use Ventilation System Fans (**V-1A,

• • V-2A, **V-3A, and **V-4A ONLY) and flow of cooling water to coils as required to assist in maintaining temperature in Containment within limitations specified in Appendix A.

However, neither cooling water flow nor fan combinations shall be changed once the leak rate test has begun (Phase 3) unless an emergency so dictates. 4.3 Limiting Conditions of Operation Entered During Performance of This Test - None. 5.0 PROCEDURE 5.1 Phase 1 - Test Preparation 1. Establish and verify all Appendix E items me.et pretest status requirements. Note maintenance activities (Part I) will be accomplished via the Maintenance Order System. Operations activities (Part II) are equipment conditions that are established as part of this procedure. 4 l Verified: Plant ILRT Testing Engineer Date Concur: Shift Supervisor Date ~ l 2. Verify that all components in the Pressurization System are l installed in accordance with Appendix D and operational. l I L ) ~.. _ iN, pa0781-0007a-89 7757', '-t I'.'7 ] 2.. P" ' ' ~ ~ ' ~ ~ ~ ' l l. E _h tr__ .,4

PALISADES NUCLEAR PLANT Prec RT-36 REFUELING RIv 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDGE Page 6 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST 3. Verify Integrated Leak Rate Monitoring System (ILRM) is operable. Calculated Value for ILRM Systemt Instrument Selection Guide (ISG) is Shou calculations below: i 7_, c, m q **!,vvbq 4gv..-") Calculated By: ILRT Test Personnel Verified By: ILRT Test Personnel 4. Perform valve lineup of Appendix F, Phase I. 5. Start air compressors one at a time and blowdbwn Pressurizatica System through blowdown valve **P-3. 6. When the Pressurization System is blown down, test personnel will obtain a grab sample downstream of vapor traps, of the pressurization air. This sample will be checked for oil and moisture content. This information is to be recorded in Table 4. i 7. Stop all air compressors. 8. Containment Closure CAUTION: Closure of Containment Isolation Valves shall be accomplished by normal operation and without any preliminary cxercising or adjustments (e.g., no adjustment of valve after closure by the valve motor). ~ ~ - ~ Record "As-Found" status of Containment Isolation S stem Valves in Appendix B and align valves / equipment as described in the " Test Position" column of Appendix B. i' pa0781-0007a-89 r"""~= """*"'"2-~W" l., ~ ---== ~ -. c.. ..~-.= ~ - _ _ - - ..~a

PALISADES NUCLEAR PLANT Prte RT-36 REFUELING R:v 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDURI. Page 7 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST 9. Shift Supervisor review Appendix B after completion of 5.1.8. Shift Supervisor Date 5.2 Phase 2 - Pressurization To Reduced Test Pressure (P ) 1. Start Integrated Leak Rate Monitoring System a. Start the Integrated Leak Rate Monitoring System described in Appendix 1. b. Evaluate equipment operability using data from sensors. The Plant ILRT Testing Engineer will verify that the equipment is ready for Leak Rate Testing prior to proceeding to next step. Indicate on Table 4. c. Commence logging of significant test events on Table 4. (Plant ILRT Testing Engineer responsible for Table 4 entries.) 2. Start Pressurization a. Position Pressurization System valve operators in the sequence given in Appendix F for start of pressurization in Phase' 2-1. b. Start air compressors. NOTE: Stop pressurization if: - An emergency condition arises; or - Large local leaks are detected; or - The Containment air temperature exceeds the limits defined in Appendix A. (For this case, pressurization may be resumed when the abnormal condition is corrected and with the approval of the Shift Supervisor) 3. Start Ventilation System Fans **V-1A, **V-2A, **V-3A and

• • V-4A.

Control pressurizing line after cooler temperature as ( required to assist in maintaining Containment temperature within the limitations specified in Appendix A. j 4. Record atmospheric conditions and centainment conditions every l hour on Table 2 and Table I respectiiely until Phase 4 is completed or test is terminated. (This information may be used for further analysis of test results.) 5. Stop pressurization when Containment pressure reaches a pressure of 31 psig (t.05 psis). M* 'pa0781-0007a-89 'i:T" 'T "T - ' ' "~ P ~ T ~ ~'~ ~ ~ ' ~ ~ l L _._ _.., c., ,_.n..__ w..

PALISADES NUCLEAR PLANT Pr:c RT-36 REFUELING Rev 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDURE Page 8 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST NOTE: Actual required reduced test pressure is 2: 28 psig. 6. Isolate and vent Pressurization system from Containment per Appendix F, Phase 2-2. t Pressurization System teolation valves isolated and vented. ILRT Test Engineer: Date: 5.3 Phase 3 - Integrated Leak Rate Test At Reduced Test Pressure (P ) CAUTION: Starting / stopping Ventilatien System Fans or initiating l flow of cooling water to coil during Phase 3 shall be limited to emergency conditions for maintaining temperature in Containment within limitations specified in Appendix A. If Containment temperature is not maintained within temperature limitations, the test shall be aborted and investigation shall be mada prior to attempting further Containment atmosphere stabilization steps. 1. Position Pressurization System and Leak Rate Monitoring System vah es in accordance with Appendix F, Phase 3. 2. Containment Atmosphere Stabilization - Once Cantainment is at the Reduced Test Pressure (P,), Containment atmosphere shall be - allowed to stabilize until the criteria identified below is met. However, in no case shall the stabilization period be less than four (4) hours. Complete data calculation table that follows: d ) w i t ,I'" pa0781-0007a-89 .. '{ " Y7 ~ ~ ~ " " " " " " ~ ~ l .a - ~ a-..a ~. - L =~ : L-- _- x .~. ~,,

l PALISADES NUCLEAR PLANT Prec RT-36 REFUELING Rev 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDCE Page 9 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST 1 2 3 4 5 Avg AT Over Avg AT Over TIME TEMP Last 4 Hours Last Eear 5=3-4 TgTg t T t-t-4 g 4 Hours 'F 'F/HR 'F/R

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.,,,~-q A} r o b !yyv.'"j v Performed By: Date: ILRT Test Engineer Verified By: Date: ILRT Test Engineer The atmosphere is considered stablized when: After reaching test pressure, the latest rate of change of the weighted average contained air temperature, averaged over the last hour, does not deviate by more than 0.5'T/Hr from the average rate of change of the weighted average contained air temperature averaged over the last four hours. t b l ._pa0781-0007a-89 ..,,..,m-~--m-y, -- =--- n ge wn; w. 2 r- - -~. -.:7-m c. ea -r I -__-s- 'a' ~

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i PALISADES NUCLEAR PLANT Prec RT-36 REFUELING Rev 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDURE Page 10 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST 3. Record time when Containment atmosphere is stable. The Integrated Leakage Rate Test may begin after centainment temperature stabilization has been verified. Recorded By: Time: ILRT Test Engineer Verified By: ILRT Test Personnel 4. Data acquisition and analysis will be performed using Integrated Leak Rate Monitoring System described in Appendix 1. Data will be taken at approximately 15 minute intervals. After t at least 24 hours of data are compiled, compute-the Final Integrated Leakage Rate per references 2.6 and 2.7. Record the calculated Final Integrated Leakage Rate- (L ) 5. Acceptance criteria listed in Section 6 is/is not met. Check one box. Meets O Does Not Meet O Recorded By: ILRT Test Engineer Verified By: ILRT Test Persc,anel 6. If Integrated Leakage Rate does not meet acceptance criteria, investigate for leakage paths and record results in Table 4. Corrective action for any leakage paths discovered will be in accordance with Reference 2.5, Section III A. Containment pressure may be maintained during this period at the descretion of the Plant ILRT Engineer, and the test any be recommenced once all corrective action is completed. If conditions warrant the test to be aborted, proceed to Phase 5 and depressurize. 7. If Integraced Leakage Rate meets acceptance criteria, proceed to Phase 4. 5.4 Phase 4 - Verification Test At Reduced Test Pressure (P ) - To be performed when results of the Integrated Leak Rate Test'are satisfactory. i i / 'pa0781-0007a-89 - : y; Z P T v '-'""'"~77~~~'" ~~ l. .is... w- _w..... u...w : : -

PALISADES NUCLEAR PLANT Prse RT-36 REFUELING Rrr 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDCIE Page 11 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST 1. Impose a Verification Leak Rate (L ) of 1.85 SCFM using flowmeters **FI-01 and **FI-02 (F18wmeters are connected in series). Calculate L in WI7,/24 Hrs below using present contairment condition,s. 0 L, (in W17./ DAY) = [ f* " l I.64 6 ] (1.85) 4 I 10 Where: Tcont = Containment Temperature (*F) Peont = Containment Pressure (psig) Performed By: Date: ILRT Test Engineer Verified By: Dater ILRT Test Personnel 2. Position valves per Appendix F, Phase 4. Impose Ieak rate using verification test portion of the Integrated Leak Rate measurement system. (Panel valve lineups at direction of ILRT test personnel) NOTE: Continuous monitoring should be carried out by Radiation Protection prior to and during verification leakage of the Containment atmosphere in case iodine or other radioactive material is present. 3. Allow Leak rate to stabilize for a period of about one (1) hour. 4. Verification shall continue for 12 bours with data being accumulated and analyzed at approxim.3tely 15 minute intervals. pa0781-0007a-89 _^ ]_ ^ N- """"~'""~~T " ' ~ i lsm - ww m

PALISADES NUCLEAR PLANT Pr:c RT-36 REFUELING Rev 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDURE Page 12 Date 11/06/81 TITLE: CONTAINMENT LNTEGRATED LEAK RATE TEST 5. The Irposed Verification Leak Rate (L,), the Composite Leakage Rate concurrently measured by the Integrated Leak Rate System (L 5.3).5 shall satisfy the following:, and the final Integrated Leak Rate (L, + L - 0.25 L ) I Lc ' (L +L + 0. m ) t o tm t NOTE: L is defined in.lppendix A. 9 Show calculations below. Performed By: Date: ILRT Test Engineer Verified By: P. ate: ILRT Test Personnel a. If the calculation indicated that the Integrated Leak Rate Test is substantiated by the verification test proceed to Step 5.4.6. b. If the calculation indicates that the Integrated Leak Rate Test is not substantiated by the verification test: 1. Recheck the verification and Integrated Leak Rate Test equipment, raw data, and leak rate calculations for errors and correct if possible. 2. If no errors can be found, or potentially excessive leakage paths are identified which will result in not meeting the acceptance criteria, proceed to Phase 5 (Depressurize). (Refer to references 2.5, 2.6 and 2.7 for planning further corrective action) 3. If errors are found and corrected, continue verification data acquisition until requirements of 5.4.4 are met. .,7 b" " pa0781-0007a-89 7Q-[ST.T ~ {./ ~ ~ '~ s... ~. . = ~

PALISADES NUCLEAR PLANT Pr:c RT-36 REFUELING Rcv 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROITTEN Page 13 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST 6. Calculated value for ILRM System ISG is Show Calculations below. m t Calculated By: ILRT Test Personnel Verified By: ILRT Test Personnel 5.5 Phase 5 - Depressurization To Zero PSIG 1. Perform valve lineup in Appendix F, Phase 5. 2. Decrease pressure at a rate providing a relatively uniform temperature decrease to a minimum of not less than that j specified in Appendix A. l NOTE: Continuous monitoring should be carried out by Radiation [ Protection prior to and during depressurization of the Containment atmosphere in case iodine or other radioactive material is present. 3. Restoration a. When Containment is at 0 psig as read by **PI-I or **PI-2, complete valve lineup of Appendix F, Phase 5-2 and re-establish Containment System /Componest service requirements as directed by the Shift Supervisor. Record l on Appendix B the equipment "As-Left" status. b. Stop Containment Ventilation Fans **V-1A, **V-2A, **V-3A, and **V-4A. i t ^~~ b ~ ~'pa0781-0007a-89 ~ ~ ^ ~ " ~ 'W ' T' -l.]'* J'" ~~- ~' i.. =

PALISADES NUCLEAR PLANT Prac RT-36 REFUELING R:.y 6 j TECHNICAL SPECIFICATIONS SURVEILIANCE PROCEDURE Page 14 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST Return components / systems in Part II of Appendix E to c. service as dit ccted by Shift Supervisor. Indicate "As Left" status, d. Plant ILRT Engineer to verify that Part I of Appendix E restoration is completed. For equipment restored using Maintenance Orders, this can be done by verifying acceptance and completion block has been signed off. Plant ILRT Engineer: Date: 5.6 Inform the Shift Supervisor of test completion. Chift. Supervisor t shall review "As Left" positions of Appendix R and Appendix E (Part II). Shift Supervisor: Date: 5.7 Clear caution tags generated in Step 3.4-6 5.8 Computer Printouts - Computer printouts to be assembled and filed with the completed copy of this procedure shall as a minimum include: 1. Temperature readings vs times e C O 2. Dew Cell readings vs time y e " O., b el 3. Pressure readings vs tu' ne,uc# i V ,,s*J .s g is 4. Containment Mass vs t 5. Graphs of 1, 2, 3, and 4 above 6. Calculation of leakage rate 6.0 ACCEPTANCE CRITERIA 6.1 All out of specification readings should be circled in red. 6.2 Test leakage rates shall be calculated using absolute values corrected to the 95% confidence level. 6.3 The Instrument Selection Guide (ISG) shall not exceed 0.25L (= 0.025) at the start and at the end of the tert. Less of a sensor will increase the ISG. If the ISG exceeds 0.25 L then the test duration should be increased to reduce the ISG to*0.25 L* or less (unless the sensor malfunction can be corrected and the ser.sor returned to service). See reference 2.7 for ISG calculation. 6.4 At least three (3) dewpoint sensors must be functioning properly throughout the test. 8 }.= pa0781-0007a-89 . ~~~; g w a.- r.= ; =- = r- :::~ m x.x,- - m:-- -wcw-e e ge h d.d" kdd.$ 4[_- "#^ "1 g." k hei w M_ m h 4.' 9

PALISADES NUCLEAR PLANT Prac RT-36 REFUELING RIv 6 TECHNICAL SPECIFICATIONS SURVEILLANCE PROCEDURE Page 15 Date 11/06/81 TITLE: CONTAINMENT INTEGRATED LEAK RATE TEST 6.5 At least one (1) precision pressure gauge must be functioning properly throughout the test. 6.6 At least one (1) flow device shall be cperable during the verificacion phase. 6.7 Verification test results shall satisfy the following: (L, + L - 0.25 L ) $ L I(o+ + 0. m ) tm t e tm t 6.8 Maximum Allowable Leakage Rate (L ) shall not exceed 0.0558 WT%/24 Hrs. g 6.9 Maximum Allowable Operational Leakage Rate (L,) shall not exceed 0.75 L

• g t

7.0 RECORDS AND ATTACHMENTS 7.1 Appendix 1, Special Equipment Required for Test 7.2 Appendix A, Initial Integrated Leak Rate Test Criteria 7.3 Appendix B, Schedule of Containment Penetration Status 7.4 Appendix C, Leak Rate Measurement and Verification System 7.5 Appendix D, Containment Pressurization System 7.6 Appendix E, Component Pretest Status 7.7 Appendix F, Valve Position Schedule 7.8 Table 1, Containment Conditions 7.9 Table 2, Atmospheric Conditions 7.10 Table 3, Containment Visual Inspection Results 7.11 Table 4, Test Events Log i l ..i r pa0181-0007a-89 '"5__,""".,-=;'_'~-".."~ .~~;~"..-T--*-"~r . L E = -- l

Proc RT-36 Rev 6 Page 16 Date 11/06/81 APPENDIX 1 SPECIAL EQUIPMENT REQUIRED FOR TEST INTEGRATED LEAK RATE MONITORIEG SYSTEM: Calibsation Recorded Date By 1. Volumetrics Automatic Data Acquisition System Equipment internal to this system include: l a. Pressure Gauges (Quartz Bourdon Tube Type) Quantity - 2; Range 100 psia; Accuracy 0.002%FS; PI-1 Serial Number PI-2 Serial Number b. Flow Indicators (Thermal Mass Flowmeter Type) Quantity - 2; Range 0-10 SCFM, Accuracy i 1% FS; FI-1 Serial Number FI-2 Serial Number c. Vacuum Pump (For Calibration of Pressure Gauges) d. Data Acquisition Microprocessor e. Raw Data Printer 2. Dry Bulb Temperature Sensors (Platinum RTD) (Located in Containment, electrically connected to 1. above) Quantity - 26; Range 150" F; Accuracy i 0.1*F; l Calibration Recorded Serial Number Date By TE 1825 TE 1826 l TE 1827 t TE 1828 TE.1829 TE 1830 I I ,i pa0781-0007e-89 - ~ ~ -' ~ _.---',..m ~' ~ ~~ .a.=.- e gg.w.--, -... w..=m.. ~, ~ - ~ l .-..ns.m .. s m we--- ..--s..e. .= c l

Proc RT-36 Rev 6 Page 17 Date 11/06/81 TE 1831 TE 1832 TE 1833 TE 1834 TE 1835 ~ TE 1836 TE 1837 TE 1838 TE 1839 TE 1840 TE 1841

e..]

TE 1842 -{ p.h "4 C,., 1 TE 1843 m.4 e-g TE 1844 w ****^ fE.1845 TE 1846 TE 1847 TE 1848 TE 1849 TE 1850 3. Dewpoint Temperature Sensors (Lithium Chloride Type) (Located in Containment, electrically connected to 1. above) Quantity - 10; Range - -40* to 200* F; Accuracy 1.5* F; E 1825 E 1826 E 1827 E 1828 pa0781-0007e-89 -r-y--, ' g.g.,7y.e.ry wwm pst ; 7.p ~ "~ ' ~ ' *g: s, n. .~ -? '~ eme * .,..wagnm~.-.

Proc RT-36 Res 6 Page 18 Date 11/06/81 s E 1829 E 1830 E 1831 E 1832 E 1833 E 1834 NOTE: See markedup drawings M-2, M-3, M-4, M-5, M-7 and M-10 in basis document for sensor locations. (RTD's and Dew Cells) 4. Digital PDP 11/03 Micro Computer and Peripherals PRESSURIZATION SYSTEM EQUIPMENT: 1. Portable Air Compressors Quantity - Variable; Capacity - 6000 SCFM (Total) 2. After Cooler (AC-1) with moisture separator Quantity - 1; Design Pressure.150 psia 3. Hist Eliminator (F-1) Quantity - 1 ATh0SHPERIC MONITORING EQUIPMENT 1. Barometer 2. Outdoor Drybulb Thermometer (use any of weather tower instruments) All above equipment is installed, calibrated (where required), and ready for Integrated Leak Rate testing operations ILRT Testing Engineer: Date: 1. , u.' pa0781-0007e-89 - ' ~ ~ " - ~ ~ ~ ., - =. ,..-,-. _m.me.-- n.+.~ -~~u m ~ . - me =- = ~;m =..e: o

n.u

< s .. n.. pen. f .,J..-M.-hda si.e -'= ^ '*&*=***e.-=+4. ** a i * * * *

• Prse RT-36 Rev 6 Page 19 Date 11/06/81 APPENDIX A INTEGRATED LEAK RATE TEST CRITERIA PRESSURES 1.

Design Pressure 55 psig 2. Peak Test Pressure (P,) 55 psig 3. Reduced Test Pressure (P ) 28 psig g LEAK RATE 1. Maximum Allowable Leak 0.1%/24 HR by weight % of contained air @ Rate at P, = L, 55 psig and 283' F. Not to exceed L, (P /P,)1/2 weight 1 2. Maximum Allowable Leak t Rate at P =L per 24 HR [ 55 + 14.728 + 14.7. 1/2. b 70'+ 460 g g = (0.1) I 5 283 + 460 3. Allowable Operations Not to exceed 0.75 L = 0.0419WT%/24 HRS g =Lto (See Ref 2.1) TEMPERATURE 1. Containment Temperature 50* F minimum - 100' F maximum Limits VOLUME 1. Containment Internal Free 1,640,000 cu. ft. Volume 1 1 ~ Pa0781-0007f-$9 ,,,,. _ q;., _.,.,... _ ____;;[ _,. a

-, ? z L =

M .. _. =. 1 1 s Proc RT-36 Rev 6 APPENDIX B Page 20 INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATION STATUS T RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST MODE POSITION AS LEFT POSITION COMPONENT COOLING ROOM AREA i ( 123 14

• • MV-CC507 CtW Penetration #14 Test closed

[ 123 14

• • CV-0910 Reactor Building CCW Inlet Closed t

I r 123 15

• • MV-CC508 CCW Penetration #15 Test Closed 123 15
  • CV-0911 Reactor Building CCW Outlet Closed e

t '123 15 +*CV-0940 Reactor Building CCW Outlet Closed l>. ,, '123 16

• • CV-0739 "A" Steam Generator Top. Blowdown Closed L

s (" 123 11

• • MV-CD536 CDS Penetration #11 Test Closed 1.

i 123a 11

• • MV-CD536A CDS Penetration #11 Test Closed 4

i p 123i 11

• • CV-0939 Shield Cooling Surge Tank Supply Closed l'23 7
  • MV-FW746 FWS Penetration #7 Test

' Closed I i .l ~ 123 8

• • MV-FW747 FWS Penetration #8 Test Closed 123 17
  • MV-1802
  • PS-1802 Installed, Line Intact Closed f

123 17

• • HV-1802A
  • PS-1802A Installed, I,ine Intut Closed

( REMARKS: i i 'ILST MODE POSITIONING AS LEFT POSITIONING j Completed By: Completed By: 1 E. Verified By: Verified By: E Date: Date: pt0781-0007g-89

l { Proc RT-36 Rev 6 APPENDIX B Page 21 INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATION STATUS RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST MODE POSITION AS TEFT POSITION t 4 [ 123 17

• • MV-1802B
  • PS-1802 Test and Calibration Closed f

g 123 17

• • MV-1802C
  • PS-1802A Test and Calibration Closed 123 17
  • MV-1804
  • PS-180', Installed, Line Intact Closed i.

123 17

• • MV-1804A
  • PS-1804A Installe.i, Line Intact Closed i

i 123 17

• • MV-1804B
  • PS-1804 Test and Calibration Closed i

123 17

• • HV-1804C
  • PS-1804A Test and Calibration Closed E

i 12'3' 17

• • MV-1812
  • PT-1812 Installed, line Intact Closed 1

123 17

• • MV-1812A
  • PT-1812 Test and Calibration Closed

,9 123: 17

• • MV-1812B
  • PT-1812A Installed, Line Intact Closed l

l23-17

• • MV-1812C
  • PT-1812A Test and Calibration

, Closed a 123 17

• • HV-1814D
  • LT-0382 Installed, Line Intact Locked Open q

123 17

• • HV-1814
  • PT-3814 Installed, Line Intact Closed 123-17
  • MV-1814A
  • PT-1814 Test and Calibration Closed p

i REMARKS: ~ 4 4 l TEST MODE POSITIONING AS LEFT POSITIONING l Completed By: Completed By: s y Verified By: Verified By: Date: Date: pt0781-0007g-89

Proc RT-36 Rev 6 'PPENDIX B Page 22 A INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMFNT PENETRATION STATUS RM NO PEN NO I VALVE NO IDENTIFICATION AS FOUND POSITION TEST MODE POSITIONfAS LEFT POSITION i 123 17

• • MV-1814B Penetration #17 Test and Closed Calibration Tap

{ 123 17

• • MV-1814C Penetratica #17 Test and Closed 2

Calibration p *3 g Turb 10

• • MV-CA124 Service Air,g~,

Closed I Bldg ) ] Turb 10

• • MV-CA655 Service Air (

3 (Note 1) Open Bldg g 3 i g l. 238 10

• • MV-CA122 Service Air to'ReactoV Bldg (Note 2)

Closed ' p ( l 238 10

• • MV-CA142 CAS Penetration (10 Teh,t Closed e

t. s I. 238 5

• • MV-MS567 MSS Penetration #StTestT Closed

( ,i! 238 5

• • CV-0767 "A" Steam GeneratorsBottok Blowdown V'

Closed l "A"SteanGeneratorB(ton]) I238 5

• • CV-0771 Blowdown Closed

, f. i ( -(. 4 r l [ 238 6

• • MV-MS568 MSS Penetration #6 Test Closed i

t 2 238 6

• • CV 0768 "B" Steam Generator Bottom Blowdown Closed i

~ i REMARKS: Note 1: Opening this valva will vent service air piping between **MV-CA124 and **MV-CA122. ' Note 2: Blowdown Service Air Header inside Containment af ter Header is isolated. i TEST MODE POSITIONING AS LEFT POSITIONING j. Completed By: Completed By: 4 Verified By: Verified By: t Date: I.c. t e : pr0781-0007g-89

t . e. .t 4 3 Proc RT-36 i Rev 6 APPENDIX B Page 23 INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATION STATUS RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST MODE POSITION AS LEFT POSITION it 238 6

• • CV-0770 "B" Steam Generator Bottom

{ Blowdown Closed 4j 238 55

• • CV-0738 "B" Steam Generator Top BIowdown Closed t

ENGINEERED SAFEGUARDS AREA 570' ELEVATION h 1 52

• • MV-DRW500 Containment Sump Penetration #52 Test Closed

? .o jj g,1 52

• • CV-1103 Containment Sump Drain Closed

[ 1 52

• • CV-1104 Containment Sump Drain Closed

'p @l 41 52A

• • MV-DRW618
  • LT-0382 to Cont Sump Drain Isol Open i!p.

4, 52A

• • MV-DRW618H
  • LT-0382 (Seal Pot)

Closed [. '. ; i k4 52A

• • MV-DRW618F
  • LT-0382 (Seal Pot)

Closed - ;rn E 4' 52A

• • MV-DRW618E
  • LT-0382 (Seal Pot)

Closed t 'l j 4 52A

• • MV-DRW618G
  • LT-0382 (Seal Pot)

Closed r (4 52A

• • HV-DRW618A
  • LT-0332 Isolation Open REMARKS:

a 3 TEST MODE POSITIONING AS LEFT POSITIONING l }.(, Completed By: Completed By: s. e j Verified By: Verified By: r, Date: D te: pa0781-0007g-89

. ~.. r i Proc RT-36 Rev 6 APPENDIX B Page 24 INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATION STATUS RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST MODE POSITION AS LEFT POSITION 4 52A

• • MV-DRW618C Penetration #52a Isolation Closed F

4 52A

• • MV-DRW618D Penetration #52a Isolation Closed

{ f 4 52B

• • MV-DRW619
  • LT-0383 to Cont Sump Drain Isol Open k

4 52B

• • MV-DRW619H
  • LT-0383 (Seal Pot)

Closed 4 I-4 52B

• • MV-DRW619F
  • LT-0383 (Seal Pot)

Closed l L:.j 4 52B

• • • MV-DRW619E
  • LT-0383 (Seal Pot)

Closed ki s.3'4 52B

• • MV-DRW619G
  • LT-0383 (Seal Pot)

Closed L 4 52B

• • MV-DRW619A
  • LT-0383 Isolat.lon Open

[ 4_ 52B

• • MV-DRW619C Penetration #52b Isolation Closed L

L, J4 52B

• • MV-DRW619D Penetration #52b Isolation Closed h.

[4 53

• • MV-3182 Containment Sump Penetration #53 A

Test Closed y [ [4 53

• • CV-3029 Containment Sump Isolation Closed (Note 1)

'i O 4 56

• • MV-VA606A
  • LT-0383 Isolation Open t

b .. REMARKS: NOTE 1: Check position lights in closed position for **CV-309.9 and **CV-3030. i: h. .. t TEST MODE POSITIONING AS LEFT POSITIONING .d Completed By: Completed By: 4 'ij Verified By: Verified By: t Date: Date: pt0781-0007g-89

j li i i j Proc RT-36 Rev 6 APPENDIX B Page 25 INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATJON STATUS t RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST HODE POSITION AS LEFT POSITION I ? 4 56

• • MV-VA606B
  • LT-0383 Test Closed 4

56

• • MV-VA606C
  • LT-0383 Test Closed I

4. 17A

• • MV-1814E 1*LT-0382 Test and Calibration Open 4

17A

• • MV-1814F Pen #17a Test and Calibration Tap Locked Closed l

tt 4 17A

• • MV-1814G Pen #17a Test and Calibration Tap Locked Closed a.

p.. 105 54

• • MV-3167 Containment Sump Penetration #54

( Closed Test o. _,,,5 54

• • CV-3030 Containment Sump Isolation Closed (Note 1)

I; '5 35

• • MV-3205 Temporary Connection to SFP Closed f

H; si .35, 35 Flanged Temporary Connection to SFP Flanged ' 'I} CONTAINMENT SPRAY CV AREA (DOGHOUSE) 607' ELEVATION i-121A 56

• • MV-VA606
  • LT-0382 Isolation Open f

121A 35

• • MV-3204 S. D. Cooling **SX-3204 Closed 4

i l' 121A 21A

• • SV-2413A Hydrogen Monitoring Closed l

(' r q i REMARKS: NOTE 1: Check position lights in closed position for **CV-3029 and **CV-3030. t 3 TEST HODE POSITIONING AS LEFT POSITIONING 1 ( Completed By: Completed By: f]' C Verified By: Verified By: 1 i Date: Date: pa0761-0007g-89

i . 7... q Y Proc RT-36 Rev 6 APPENDIX B Page 26 INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATION STATUS i RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST NODE POSITION AS LEFT POSITION 121A 21A

• • NV-WGS730 Penetration #21A Test Closed 121A 21A
  • SV-2413B Hydrogen Monitoring Closed I

121A 21

• • SV-2415A Hydrogen Monitoring Closed I

121A 21

• • MV-WGS731 Penetration #21 Test Closed l

121A 21

• • SV-2415B Hydrogen Monitoring Closed (1 *l l ' 121A 30
  • NV-3344 Containment Spray Penetration #30 1 9..

Test Closed 121A 30

• • MV-3227 Containment Spray Recirculation Closed

[, [ 121A 30

• • CV-3001 Containment Spray-Closed r),

121A 31

• • NV-3346 Containment Spray Penetration #31 i;

,3 ; Test Closed '. ' i3 1 12') A 31

• • NV-3217 Containment Spray Recirculation Closed r

121A 31

• • CV-3002 C._atainment Spray Closed

+ 121A 33

• • NV-3236 Drain to Equipment prain Tank Closed

[ 121A 33

• • NV-3237 SI Tank Drsin Closed 1

REMARKS: t' TEST HODE POSITIONING AS LEFT POSITIONING 5 Completed By: Completed By: i j Verified By: Verified By: .? Date: Date: pt0781-0007g-89

I i Proc RT-36 Rev 6 APPENDIX B Page 27 INTEGRATED LEAK RATE TEST Date 11/06/81 SCIIEDULE OF COMTAINHENT PENETRATION STATUS RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND FOSITION TEST MODE POSITION AS LEFT POSITION 3 Y. 121A 33

• • MV-3234 SI Tank Drain Closed

}f. 121A 33

• • MV-3235 SI Tank **SX-3235 Closed b

121A 33

• • MV-3348 SI Tank Drain Penetration #33 Test Closed p

i PIPEWAY AREA (BORONOMETER) 602' ELEVATION 121B 32

• • MV-3163 LPSI S.D. Cooling Cross Over C

7 Closed } L 121B 26

• • MV-N2/581 N to Containment Building Test

( ") Closed 2 t-Ih21B 26 Press Reg Press Reg Between **PI-2254 s. Closed t W I wj and **PI-2255 (Note 1: (Adjust to O psig: t I '1U1B 26

• • CV-1358 N to Containment Building 3

Closed [ 3 I s. 121B 26

• • HV-N /580 N Vent Valve (Note 1:

l Open 4 2 2 P '.. ( ) @ ~121B 42

• • MV-1126 PMW to Quench Tank Penetration a

1. 42 Test Closed l

c _a i, 121B 42

• • CV-0155 PMW to Quench Tank Closed f

121B 25

• • HV-CRW512 CWR Tank Vent Penetration #25 Test

( ) Closed i ( s_ .] REMARKS: NGTE 1: i See " Nitrogen System Venting" diagram at end of this AppendiY-Observe respiratory protection precautions when venting Nit rogen. (

Reference:

Health Physics Procedure HP 7.0.) i TEST MOES POSITIONING AS LEFT POSITIONING f, i .2 Completed By: Completed By: } 'j Verified By: Verified By: t e Date: Date: p10781-0007g-89

-l I Proc Ef-36 Rev 6 APPENDIX B Page 28 INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATION STATUS j RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST HODE POSITION AS LEFT POSITION t 121B 25 Capped CWR Tank Vent Header Drain Capped 121B 25

• • CV-1064 CWR Tank Vent Header Closed 5

121B 25

• • CV-1065 CWR Tank Vent Header Closed 121B 25
  • NV-CRW647
  • PT-1065 Installed Line Intact Closed 121B 68
  • CV-1813 Air Room supply Closed 121B 68
  • MV-VAS505 Air Room Supply Penetration #68 Test Closed g,

. H ',_ i k"' 121B 68

• • CV-1814 Air Room Cupply Closed 1

i:i 64

• • HV-SFP120 Reactor Cavity Fill and Recirculation CT.osed

[ 121B i~ 121B 64

• • MV-SFP514 Reactor Cavity Fill Penetration

].

1. 64 Test Closed r

.1 ' R.i "

121B 72

• • MV-SFP118 Reactor Cavity Drain

' Closed i >I -121B 72

• • HV-SFP515 Reactor Cavity Drain Penetration l

[

13

1. 72 Test Closed

) 121B 27

• • HOV-P1 ILRT Fill closed b

') REMARKS { 3 [ ]l ? TEST MODE POSITIONING AS FOUND POSITIONING Completed By: Completed By: 2 ^$ Verified By: Verified By: Date: Dace: p 0781-0007g-89

~. - t p. Proc RT-36 Rev 6 APPENDIX B Page 29 INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATION STATUS RM NO PEN NO VALVE NO IDENTIFICATION AS I'0UND POSITION TEST MODE POSITION AS LEFT POSITION I. 121B 27

• • MV-VAS604 ILRT Fill Penetration #27 Test, E

Capped Tee Between **MV-VAS604 [ and **MV-VAS605 Closed i j-121B 27

• • MV-VAS605 ILRT Fill Penetration #27 Test Closed i.

4 121B 38

• • MV-VA502 Steam Heat Return Penetration #28 J

Test Closed f 121B 38 'w*CV-1501 Steam Heat Return Closed .y.. f.121B 38

• • CV-1502 Steam Heat Return Closed o

[I 121B 38 Capped Steam Heat Return Vent h;- Capped 3 V. 121B 28

• • MV-VAS140 Containment Building Air Sample Locked Open l

' 121B 39

• • MV-VA503 Heat Steam penetration #39 Test Closed i; I 1' IB 39
  • CV-1503 Heat Steam

" Closed v 12'1B 39 ~ Structural Heat Steam - Check Valve Removed Blind Spacer Flange } ./ Blind Installed . 1i Flange e g 1 REMARKS: j i i ),

)

TEST MODE POSITIONING AS FOUND POSITIONING } i "l Completed By: Completed By: i Verified By: Verified By: .i' Date: Dc '.e : p10781-0007g-89

== _. q Proc RT-36 Rev 6 APPENDIX B Page 30 INTEGRATED LEAK RATE TEST Date 11/06/81 SCIIEDULE OF CONTAINMENT PENETRATION STATUS RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST HODE POSITION AS LEFT POSITION d 121B 39 Capped lleat Steam Vent Ca p3 ed [. 121B 29 Capped Spate Capped 3-4 I 121B 40

• • MV-1170A PCS Sample Penetration #40 Test Closed

[ }; 121B 40

• • MV-1170B PCS Sample Penetration #40 Test Closed 121B 40
  • CV-1910 PCS Sample Closed ri 121B 40
  • CV-1911 PCS Sample Closed lO, e.

65

• • MV-CA612 Instrument Air Penetration #65 t " "3 121B 4

Test (Note 1) Cloeed 3 ut-.$ @ '121B 65

• • CV-1211 Instrument Air (Note 1)

Closed L. ,;; 121B 65

• • MV-CA611
  • PS-1220 Installed, Line Intact Closed t-'

[.121B 65

• • MV-CA223 Instrument Air (Note 2)

Closed 121B 65 73 M 212 ILRT Vent Valve (Note 2) Open (Instrument Air) 6.; t 121B 65

• • MV-CA299 Instrument Air (Note 2)

Closed g / I REMARKS: NOTE 1: Blowdown Instrument Air licader inside Containment after lleader is isolated. s NOTE 2: Venting Lineup far Instrument Air lleader outside Containment - See " Instrument Air Header Penetration l Layout" drawing at end of this appendix. k. TEST MODE POSITIONING AS LEFT POSITIONING tl Completed By: Completed By: Verified By: Verified By: Date: Date: px0781-0007g-89

l 'I i Proc RT-36 Rev 6 APPENDIX B Page 31 INTEGRATED LEAK RATE TEST Date 11/06/81 f Sci:EDULE OF CONTAINMENT PENETRATION STATUS RM NO PEN NO ' VALVE NO IDENTIFICATION AS FOUND POSITION TEST MODE POSITION AS LEFT POSITION PIPEWAY AREA (EAST END) 602' ELEVATION 4 j 150 41

• • MV-CRW506 Degas Pump Discharge Penetration

1. 41 Test Clored g

I 150 41

• • CV-1004.

Degas Pump Discharge Closed f. 3 150 44

• • MV-2083 PCP Bleed-off Penetration #44 Test Clomd 150 44
  • MV-2083A PCP Bleed-off Penetration #44 Test Closed 150 44
  • CV-2083 PCP Controlled Bleed-off Isolation Closed f ~150 44
  • hV-2084-PCP Controlled Bleed-off Isolation Closed 4

4 j. 150' 67

• • CV-1037 CWR Tank Recirculation Closed

[L b

150, 46

• • MV-WGS511 Containment Vent Header Penetration i

(

1. 46 Test closed

.h..e,g,J ] ilt150 46

• • CV-1101 Containment Vent Header Isolation

' Closed 15'O 46

• • CV-1102 Containment Vent Header Closed h

15O 37

• • HV-CRW503 Primary Drain Tank Recirculation Penetration #37 Test Closed i

t i REMARKS: t a 's '.l TEST MODE POSITIONING AS LEFT POSITIONING

)

Completed By: Completed By: i l Verified By: Verified By: .r e l pr0781-0007g-89

i { g% Proc RT-36 4 Rev 6 APPENDIX B Page 32 INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATION STATUS l RM NO PEN NO VALVE NO IDENTIFICATION-AS FOUND POSITION TEST MODE POSITION AS LEFT POSITION k 150 37

• • CV-1001 Primary Drain Tank Recirc 'ation Closed i

150 36

• • MV-2320 Letdown Penetration #36 Test Closed 150 36
  • CV-2009 Letdowa Isolation Closed h
  • P-55B CllARGING PUMP ROOM 590' ELEVATION

] 104A 45

• • CV-2111 Charging Stop b

Closed 5:' ~' L.^ [ii f' CWR TANK PUMP ROOM 590' ELEVATION 'O ( ) n i. 118 47

• • MV-CRW502 Primary Drain Pump Suction

) g_ k Penetration #47 Test g Closed O {, I 5 [ 118 47

• • CV-1002 Primary Drain Tank Suction

( 2 Closed " '. } Closed

118 47

• • CV-1007 Primary Drain Tank Suction g

j ; l'18 - 49

• • MV-CRW513 CWR Tank Pump Suction Penetration

( ) 3g.

1. 49 Test 7

3 Closed c.a 118 49

• • CV-1038 CWR Tank Pump Suction Closed 118 49
  • CV-1036 CWR Tank Pump Suction

( Closed r ( ) 6 118 49

• • MV-CRW514 Penetration #49 Test Top Drain Closed h.

) L Wa \\ l f REMARKS: 1 i. i r p n TEST MODE POSITIONING AS LEFT POSITIONING 8' Completed By: Completed By: ?, } F ,j Verified By: Verified By: d' fl i Date: Date: pr0781-0007g-89

u. Proc RT-36 Rev 6 . APPENDIX B Page 33 INTEGRA~iED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATION STATUS 4 RM NO PEN NO VALVE NO IDFYrIFICATION AS FOUND POSITION TEST MODE POSITION AS LEFT POSITION l [ 118 69

• • MV-CRW518 CWR Tank Pump Suction Penetration i

1. 69 Test Closed j

i 118 69

• • CV-1045 CWR Tank Pump Suction Closed h

118' 69

• • CV-1044 CWR Tank Pump Suction Closed t

118 67

• • MV-CRW515 CWR Tank Recirculation l'enetration L:

1. 67 Test Closed

] EAST CORRIDOR SOUTH END 590' ELEVATION F c a j 106E 48

• • MV-1801
  • PS-1801 Installed, Line Intact Closed l

106E 43

• • MV-1801A
  • PS-1801A Installed, Line Intact Closed i

i 106E 48

• • MV-1801B
  • PS-1801 Test and Calibration Closed
• i 106E 48
  • MV-1801C
  • PS-1801A Test and Calibration Closed p<!,a

] 106E 48

• • HV-1803
  • PS-1803 Installed, Line Intact Closed 106E 48
  • MV-1803A
  • PS-1803A Installed, Line Intact Closed t

106E 48

• • HV-1803B
  • PS-Il03 Test and Calibration Closed i

n ^ i REMARKS: r j ,h, IEST HODE POSITIONING AS LEFT POSITIONING, } j ])' Completed By: Completed By: s ~I Verified By: Verified By: e ) Date: Date: - ~ ~ pa0781-0007g-89

1-Proc RT-36 Rev 6 APPENDIX B Page 34 INTEGRATED LEAK RATE TEST Date 11/06/8) SCHEDULE OF CONTAINMENT PENETRATION STATUS RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST MODE POSITION AS LEFT POSITION 106E 48 '**MV-1803C

• • PS-1803A Test and Calibration Closed

[ 106E 48

• • MV-1805
  • PT-1805 Installed, Line Intact Closed i

106E 48

• • MV-1805A
  • PT-1805 Test and Calibration Closed I

[ 106E 48

• • MV-1805C
  • PT-1085A Installed, Line Intact Closed F(

106E 48

• • MV-1805C
  • PT-1805A Test and Calibration Closed 106E 48
  • MV-1815
  • PT-1815 Installed, Line Intact Closed F

k.106E 48

• • MV-1815A
  • PT-1815 Test and Calibration Closed u

106E 48

• • MV-1815B Penetration #48 Test and Calibration Tap Closed ri

' '106E 48

• • MV-1814C Penetration #48 Test and

[ Calibration Tap Closed p'. ,[. PERSONNEL LOCK AREA 607' ELEVATION L 228-66

• • MV-VAS602 ILRT Instrument Penetration #66 Test Closed 226 28
  • HV-VAS141 Containment Building Air Sample Closed i

i J 228 28

• • )1V-VAS142 Containment puilding Air Sample Closed REMARKS:

't TEST MODE POSITIONING AS LEFT POSITIONING I Completed By: Completed By: I Verified By: Verified By: t Dat': De.e: e pa0781-0007g-89

? e t Proc RT-36 Rev 6 APPENDIX B Page 35 INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATION STATUS RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST MODE POSITION AS LEFT POSITION y t 1 228 28

• • MV-VASS10 Containment Building Air Sample Penetration #28 Test Closed I

( 228A 40B

• • SV-2412A Post Accident Sample Panel Closed 228A 40B
  • MV-WGS728 Penetration #40b Test Closed 228A 40B
  • SV-2412B Post Accident Sample Panel Closed I

i 228A 40A

• • SV-2414A Post Accident Sample Panel Closed

.r.f,' 228A 40A

• • MV-WGS729 Penetration #40a Test Closed l.:

1 40A

• • SV-2414B Post Accident Sample l'anel Closed 228A i i c

j' [ SPENT FUEL POOL 649' ELEVATION ., -; : 0; 419-51 Equipment Hatch , Closed j ~ Test Tap Capped i , j, CONTAINMENT BLD0 AND MISCELLANEOUS AREAS f N/A 19 PI(Outside) Personnel I.ock Installed N/A si 'a REMARKS: ,). TEST MODE POSITIONING AS LEFT POSITIONING Completed By: Completed By: Verified By: Verified By: Date: Date: ps0781-0007g-89

'; h f Y Proc RT-36 Rev 6 APPENDIX B Page 36 INTEGRATED LEAK RATE TEST Date 11/06/81 SCHEDULE OF CONTAINMENT PENETRATION STATUS + RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST MODE POSITION AS LEFT POSITION N/A 19 P-5A-VAE Outside cf Airlock Closed and Capped N/A 19 Equalizing Outside of Airlock Installed /not N/A Valve s Plugged N/A' 19 Equalizing Inside of Airlock k Installed /not N/A [ Valve v Plugged ( [. N/A 19 1/4" Pipe Inside of Airlock Capped g. 3 j f. N/A 19 1/4" Pipe Inside of Airlock

5. -

3 Capped N/A' 19 1/4" Pipe OutsideofLock-ReactorBldghde Capped i. B' 4 19 1/4" Pipe Outside of Lock-Reactor Bldg Side ) Capped s s N/A, ( )

,.i).

INSIDE OF CONTAINHENT BLDG - AREA BELOW PERSONNEL LOCK l .??; V 'N/A, 27 6" ILRT Line 3 , Blank Flange ,j (,, Removed i .) l-. N/A 29 2" Line (Space) \\- u }.y Flanged V N/A' 66

• • MV-VAS601 1%" ILRT Line M

Open g 1 N/A 64

• • HV-SFP12) 6" Reactor Cavity Fill & Recirs Locked Closed y

REMARKS: a TEST _HODE POSITIONING AS LEFT POSITIONING ]> Completed By: Completed By: 4 l ']i Verified By: Verified By: Date: Date: pa0781-0007g-89 ~ ~ ~

J f-l Proc RT-36 Rev 6 APPENDIX B Page 37 INTEGRATED LEAK RATE TEST Date 11/06/81 SCllEDULE OF CONTAINMENT PENETRATION STATUS RM NO PEN NO VALVE NO IDENTIFICATION AS FOUND POSITION TEST MODE POSITION AS LEFT POSITION N/A 72

• • MV-SFP117 8" Rcactor Cavity Drain Locked Closed i

j N/A 72

• • MV-SFP125 8" Reactor Cavity Drain Open (To Vent t

to Pene #72 Isol Valves) f 590' ELEVATION ~ N/A 7

• • MV-FW748 Drain on Hain Feedwater to **E-50A Cap and Lock i

N/A 8

• • MV-FW749 Drain on Main Feedwater to **E-50B Cap and Lock 4

[ 649' ELEVATION [ l N/A 18 Fuel Transfer Tube Flange Penetration Test Tap } g Tested, Date: Plugged l d l CONTAINMENT BLDG AND MISCELLANEOUS AREAS i] ij N/A 18a Transfer Winch Cable Flange Penetration ' Test Tap Tested, Date: Plugged ] g' J t i 1 f 4; 1-t i /i ' .y i REMARKS: j TEST MODE POSITIONING AS LEFT POSITIONING Completed By: Completed By: Verified By: Verified By: Date: Date: pr0781-0007g-89

Proc RT-36 Rev 6 f APPENDIX B Page 38 INTEGRATED LEAK RATE TEST Date 11/06/81 l. SCllEDULE OF CONTAINMENT PENETRATION STATUS ? RM NO PEN NO VALVE h0 IDENTIFICATION AS FOUND POSITION TEST MODE POSITION AS LEFT POSITION f N/A 50 PI(Outside) Escape Lock Installed N/A r l-N/A 50 P-6-VAS Outside Escape Lock Closed / Capped f N/A 50 1/4" Pipe Outside Escape Lock Capped N/A 50 Equalizing Outside Escape Lock Installed /not N/A L: Valve Plugged N/A 50 Equalizing Inside Escape Lock Installed /not N/A 9 Valve Plugged

g. L. Nf

.j,' N/; 50 1/4" Pipe Inside Escape Lock Capped i E N/A 50 1/4" Pipe Inside of Reactor Building Capped I: 1 N/A. 50 1/4" Pipe Inside of Reactor Building Capped N/A 66

• • MV-VAS603 ILRT Instrument Penetration #66 Test

. Cap and Lock l e i' N/A 66 MV-VAS-L-6 ILRT Instrument Isolation Open t N l h i 4 s I REMARKS: j j TEST MODE POSITIONING AS LEFT POSITIONING Completed By: Completed By: } Verified By: Verified By: Date: Dc. 3: pt0781-0007g-89

i t I i RT-36 /jgo. 4

...7 s

INSTRIMENT AIR HEADER PENETRATION LAYOlff 3 a i ^ d .e

g..

i 4' s i l j E 5 3 Li-- i s a i l.j l i. l, 4 'l CONTAINMENT g )qi 223 CA ,.,S -t l y se 12 i b '.. T A 1, a l'; CV-1211 l I ILRTVENTVALV3[ ggpq4{ ? ( 212) 6120A 613CA ~ g f i PS-1220 I;' k-LJ l . _ _,, ~ f NOTE: ALL VALVES I II - (DOGHOUSE) A E IN SOUTH 602' (TO EAST ENG SAFEGUARDS) PIPEWAY AREA t., l

as..- i RT-36 APPENDIX B 1 o NITROCEN SYSTEM VENTING e I f ( i = ?, .r. '. lq.' __ CONTAINMENT t ,s NITROCEN BOTTLES i j r ss us us ss L-1 r 17 7 aL L L l TO FEEDWAIER IIEATERS i V V V 580-N ~ *' 2 ^ dL PCV-2247 CV-1358 4 e [ PRESQURE REG X --p(- 8 26 I_ t~~-~~ r FROM OTHER , gg T) 140-N 400-N 2 2 2 I 8 BOTTLES 6 TO MAIN & 581-N START-UP XFRM 2 i h N SUPPLY OUTSIDE CONTd-Q i 2 ? i J h 4 l

an ; ~~--- l 'i e' RT-36 INTEGRATED LEAK RATE TEST APPENDIX C j , LEAK RATE MEASURDfENT AND VERIFICATION SYSTEMS y 602 VAS g.. 1 (M 228) 2 INSULATED PIPE L l. i f 3 L-6 h 0 L-5 L-1 L-2 qL-3 603 1/4"i A [ <c t VAS I f j'.! s N 3 M r s 1 E Ojfj PI-l PI-2 N l T ' ~ L-4{ l (RM 121B) '-;j, l p_1 i. a -i l DATA Pressurization (- 4 h 1;. g r.] ACQUISITION Line d MICROPROCESSOR DEWEQINT. SENSOR L _. g a

g...

R JM@TU,3E,,SjN,j,0, S,,,f .}i 4 M i r } j LLRT j ,j i Test s Connection ~ i i FI-1 - FI-2 1-1 o T TEMPORARY PIPING - - ~ - - - 4 8 t l ELECTRICAL WIRING -. -. -. _ l -C X ~ ) t a ) j. 4 NOTE: ALL VALVES ARE LOCATED IN ID SWITCllGEAR ROOM UNLESS INTEGRATED LEAK RATE MEASUREMENT SYSTEM (TEMPORARY PANEL)

me.. e t. t 't RT-36 APPENDIX D INTEGRATED LEAK RATE TEST , PRESSURIZATION SYSTEM I t f i Differential Pressure Indicator b C 0 605-VAd C d N TEMPORARY T l CilILLED WATER A I LET 604-VA y J.. ;,) MIST N I ,1 i* M !j. l ELIMINnTOR { * ' ' (]i E l N I HOV-MOV-T '. 7 P-2 P-1 L.4 3 ;

y. a i

~ g X AFTERCOOLER I 7 (AC-1) see note M3ISTURE I t SEPARATOR j)g, X{jMOV-4., i l 1 -ce I

f. '

[ 1 T_ PRESSURIZATION ^ g SYSTEM I '!j CllILLED WATER BLO N N 4 OUTLET Q

l PORTABLE AIR COMPRESSORS I

(Actual number of compressors 9 used for test may vary) TEMr0RARY PIPING - - - - - i-NOTE: BLIND FLANGE REMOVED FROM PEN.;# 27 m .m

e y APPENDIX E Froc RT-36 COMPONENT PRETEST STATUS Rev. 6 9 I ETED PART I: MAINTENANCE ACIIVITIES PRETEST STATUS COMPLETED Component Caution Tag Method (list Verified Completed Method (list Verified By ! or System Pretest Status Required HO#, PACS, etc. ILRT Engineer M0f, PACS, etc. ILRT Engineer /Date l I { RE-1805 Remove from containment No / RE-1806 Remove from containment No / [ RE-1807 Remove from containment No / i .[ RE-1808 Remove from containment No / 4 .l' RE-1817 Remove scintillation detector from containmmt No / .L [ p L PCV-0150 Remove sensing line No 8 / s L d 4

i. PCV--3113 Remove sensing line No r

7 / s " PCV-1059 Remove sensing line No I / 1 i >.PCV-1001A Remove sensing line No / l: 1 RE 2314 Remove from containment No l / i i RE-2315 Remove from containment No T / s ) i rep 2316 Verify removed by PACS No 2 / I v RE-2317 Verify removed by PACS No / FS 2321 Vent to atmosphere Yes s 1 / s -. R3 fueling 1 Machine Verify removed by i f TV Monitor FilS-006 No / s; i e

an. _ ~ APPENDIX E Proc RT-36 COMPONENT PRl! TEST STATUS Rev. 6 i D PART I: MAINTENANCE ACTIVITIES PRETEST STATUS COMPLETED Component Caution Tag Method (list Verified completed' Method (list Verified By 3 or System Pretest Status. Required MG#, PACS, etc. ILRT Engineer M0f, PACS, etc. ILRT Engineer /Date Rafueling Machine Digital Verify removed by ( Raadout FIIS-006 No / Device j Refueling t Machine I IGaar Boxes Vent to atmosphere Yes / 4 q ' Pres urizer Vent to atmosphere [ Lord Center (Dry before return to i Trenzformers service) Yes / i

j. Steam

,j Crnarator Vent to atmosphere Snubber Oil (Block fill cap open) Yes / Racervoir i, !.a l HT-1812 Verify removed from g f containment No / i [ D g 'HT-1813 Verify removed from .' j containment No / g I. HT-1814 Verify removed from containment No / 5 HT-1815' -Verify removed from i containment No / l ' Containment TV Camera Remove from contair. ment No / ? i

an..~ . t-APPENDIX E Proc RT-36 COMPONENT PRETEST STATUS Rev 6 O E M W M ED PART I: MAINTENAhCE ACTIVITIES PRETEST STATUS COMPLETED I ', Component Caution Tag Method (list Verified Completed Method (list Verified By cr System Pretest Status Required MO#, PACS, etc. 'ILRT Engineer M0f, PACS, etc. ILRT Engineer /Date k OPENED TO CONTAINMENT { ATMOSPHERE (This l together with valve g positions as listed in Part II of Appendix E VUll-23 will vent con-ST-1543 for VUll-19 through No tainment unit heaters 4 to containment atmos- .2 phere.) / 4 Remove gauge glass to dPI-0126 ( equalize pressure Yes / dPI-0127 Remove gauge glass to equalize pressure Yes / l dPI-0128 Remo.e gauge glass to equalize pressure Yes / q . dPI-0129 Remove gauge glass to { equalize pressure Yes / 3 f ' Cont".,inment Vent high and low Sump connections on LT-0358 i and LT-0359 Yes / Quanch j Trnk -Blind flange removed No / Safety i Injection Bottles CV-3067 blocked open Yes / i I

I AlWENDIX E Proc RT-36 COMPONENT PRETEST STATUS Rev. 6 ~ b PART I: MAINTENANCE ACTIVITIES PRETEST STATUS COMPLETED Component Caution Tag Method (list Verified Completed' Method (list Verified By , or System Pretest Status Required MOS, PACS, ecc. ILRT Engineer M0f, PACS, etc. ILRT Engineer /Date Lj Safety } Injection Bottles CV-3065 blocked open Yes / g f Safety $ ' Inj ection

i. Bottles CV-3063 blocked open Yes

/ I Safety . Injection j Bottles CV-3051 blocked open Yes / IE Safety l Injection L Bottles CV-3MO blocked open Yes / Clean Waste 1 fRcircula- [ tion Tanks CV-1018 blocked open Yes / + 5. j Clem Waste Recircula-tien Tanks CV-1019 blocked open Yes / I Cicen Waste l, R^circula, tion Tanks CV-1031 blocked open Yes / Cican Waste Recircula-l tion Tanks CV-1033 blocked open Yes / Dry Sipping Remove flange from dry t Connection sipping connection No / 4 i i

as ' d,' f f APPENDIX E Proc RT-36 COMPONENT PRETEST STATUS Rev. 6 PART II: OPERATIONS ACTIVITIES Valve

• Ac Found' Test Mode Performed By/Date As Left Performed By/Date r

{ Component or System Pretest Status Number Position F%ition Verified By/Date Positiors Verifie.1 By/Date f Raactor Vessel Vented CV-0101 Closed 6 CV-1057 Closed b e 2 CV-1059 Closed 4 I L-g MV-1116 Open b. i MV-1116A sj Open 4 f#'!; U3 MV-1116B Open k Quinch Tank Vented through CV-0148 Closed 4 j) MV-1054 PCS CV-0150 closed fh 9 CV-1052 closed g Chtmical Volume e j r CV-2001 Open Ii Control System CV-2002 Closed .f f U] CV-2202 Closed 4 b CV-2003 Closed i i CV-2004 Closed t i CV-2005 Closed ' CV-2113 Open s f.] CV-2115 Open .i I CV-2117 Closed i

an. _ f APPENDIX E Proc RT-36 ~ COMPONENT PRE'1EST STATUS Rev. 6 PART II: ' OPERATIONS ACTIVITIES i Valve As Found' Test Mode Performed By/Date As Left Performed By/Date p { Component or System Pretest Status Numb'r Position Position Verified By/Date Position Verified By/Date e Sefety Injection Vented M3-3041 Closed k Bottles MO-3045 Closed C. ( MO-3049 Closed f.- MO-3052 Closed c i ,f..,f CV-3039 Closed 1 L

9

.

:o

,.-----s CV-3043 Closed .i

3 j

[ 3 CV-3004 Closed s s t1 l [ CV-3003 Closed ,iF.... t; l L 1, : if,j L. 3 CV-3069 i Open i.si 3 . {-j I CV-3067* Blocked Oper f 2 .) CV-3065* Blocked Sco g. 1 i; ( .) CV-3063* Blocked (psn I I a.s CV-3051* Blocked Oper t? MV-N 182 (.. } 2 Open I ( ) CV-3040* Blocked (per f j r 3 s CV-3044 Closed ar. CV-3048 Closed b k. i

• Coordinz.te. Blocking Open Valves With Maintenance D. ; artmen:.

as ..~ APPENDIX E Proc RT-36 COffPONENT PRETEST STATUS Rev. 6 PART II: OPERATIONS ACTIVITIES Valve As Found' Test Mode Performed By/Date As Left Performed By/Date Component or System Pretest Status Number Position Position Verified By/Date Position Verified By/Date

S

fety Injection Vented CV-3050 Closed it Bottles (Continued)

CV-3042 Closed i [ CV-3046 Closed i i CV-3047 Closed [ CV-3038 Closed .tJ. High Presrure 110-3007 Closed Szfety Injection MO-3009 Closed MO-3011 Closed i M0-3013 Closed r R:rdundant High MO-3068 Closed Prassure Safety MO-3066 Closed Injection MO-3064 Closed MO-3062 Closed Primary System Vented CV-1060 Closed Drzin Tank MV-CRW501 Open O 9 'h ,9 h

f' .m , * ~ l el 'e APPENDIX E Proc KT-36 COMPONENT PRETEST STATUS Rev. 6 PART II: OPERATIONS ACTIVITIES ~ Valve As Found' Test Mode Performed By/Date As Left Performed By/Date Component or System Pretest Status Number Position Position Verified By/Date Position Verified By/Date f Containment Air CV-0862 Open I Coolers VilX-1, 2, CV-0865 Open t 3, 4 CV-0870 Open j CV-0869 Open Clean Waste Receiver Vented CV-1012 Closed i Tuha T-64A, B, C, D CV-1014 Closed i. i b 's - .- i. : CV-1016 Closed lI Mi CV-1018* Blocked Oper i [h CV-1013 Closed I. 4 +; ac. - ,3- .f Jcj CV-1015 Closed f '.j - CV-1017 Closed s CV-1019* Blocked Oper f CV-1023 Cloped I i CV-1025 Closed CV-1028 Closed -> j CV-1031* Blocked Oper l CV-1024 Closed

• Coordinate Blocking Open Valven With Maintenance 1epartmcat.

ms. - 1 APPENDIX E Proc RT-36 4 COMPONENT TRETEST STATUS, Fev. 6 PART II: OPERATIONS ACTIVITIES Valve As Found' Test Mode Performed By/Date As Left Performed By/Date Component or System Pretest Status Noiber Position Position Verified By/Date Position Verified By/Date C1can Waste Receiver Vented CV-1027 Closed l 1 1, CV-1030 Closed u i CV-1033* Blocked (peo .k 1 .j CV-1056 Closed ,d I 'l CV-1062 Closed (, R,[ CV-1058 Closed j ' I i t. r. ,i . ff. CV-1063 Closed h pd;i ; , j: ~ Vent to 'i ' MV-CRW508 Containment ,1 j.', Vent to g ,Ij MV-CRW509 Containment f i Vent to MV-CRW510 Containment N,.

g il Align to

,o itV-CRW511 ycC}t Header ) g 4 j RllD-1018 Removed MV-CRW123 Open 1 j MV-CR.u24i Open ) k ) ) MV-CRW125 Open ,3 .: 'j i l

• Coordin::te Blocking Open Valves With Maintenance D partmen_.

su q j APPENDIX E Proc RT-36 COMPONENT PRETEST STATUS Rev. 6 PART II: OPERATIONS ACTIV) TIES l Valve As Found ~ Test Mode Performed By/Date As Left Performed By/Date y Component or System Pretest Status Number Position Position Verified By/Date Position Verified By/Date l Containment Spray Fill with water CV-3029 Closed downstream from SIRW Tank and up-CV-3030 Closed e. ( stream from ) containment sump t [ Controlled Bleedoff Isolated, pres-CV-2191 Closed i.;urize dcanstream of CV-2083 to CV-2083 Closed j,i! j[3 l "Ak!, normal tank t pressure k SkaplingSystem CV-1901 Closed I k.' CV-1902 Closed 'i; i: j CV-1903 Closed l

\\

p j CV-1904 Closed { .I CV-1905 Closed Shield Cooling System T-62 Vented CV-0939 Closed I MV-CDS148 Open Air CV-1100A Operator Open 4 j Air CV-1100B Operator Closed 1 l + l l

an ~ APPENDIX E Proc RT-36 COMPONENT PRETEST STATUS Rev. 6 f PART II: OpERATICNS ACTIVITIP.S r 5 Valve As Found' Test Mode Performed By/Date As Left Performed By/Date [ Component or System Pretest Status Number Position Position Verified By/Date Position Verified By/Date Dry Sipping Connection Vented

• MV-WCS120 Open
• Ensure Flange Removed From D y Sipping Connection Fi :st Containment Vent f

H ader MV-WCS723 Open VUH-19 Vented 1 1/2" -65 Opea VUH-20 Vented valve on Open f. y { VUH-21 Vented supply Open VPH-22 Vented side of Open b VUH-23 Vented unit Open VUH-24 Vented header Open j HPSI Pumps P-66A, MV-3188 Closed C MV-3179 closed J' B." C I; HV-3173 Closed Containment Spray HV-3232 Closed Pumps P-54, B, C MV-3222 Closed MV-3210 Closed j l'

P I q APPENDIX E Proc RT-36 COMPONENT PRETEST STATUS Rev. 6 r PART II: ' OPERATIONS ACTIVITIES Valve As Found Test Mode Performed By/Date As Left Performed By/Date f Component or System Pretest Status Number Position Position Verified By/Date Position Verified By/Date I; LPSI Pumps P-67A, B MV-3203 Closed ai t MV-3194 Closed l Containment Air SV-2402L. ', Srrple HS-2404 Sample i 9. Position f i j [I . 4 , -l! t i- 'f ' f, O '.

• s.

-l

4. -

.=g b r s I /* f h 1 ,6 .i

d.I.,

L 4 7.s s ,p" N, N e :,. l 7)2 N-4 i i l lg g-

• '. s 4

f. It g

• e l

t -),% l 7 t d i = a e 6 I, s i.' 'i i i

Prec RT-36 Rv6 Page Date 11/06/81 APPENDIX F VALVE POSITION SCHEDULE COMPLETED BY VERIFIED BY ACTIVITY / STEP VALVE POSITION (INITIALS /DATE) f Phase 1

• • P-1 Closed

/ / System Blow-

• • P-2 Open

/ / down and

• • P-3 Open

/ / Preparation Personnel Closed / ^ / Air Lock Escape Citised / / Air Lock

• • L-1 Closed

/ /

• • L-2 Closed

/ /

• • L-2 Closed

/ /

• • L-4 Closed

/ /

• • L-5 Closed

/ /

• • L-6 Closed

/ / Phase 2-1

• • P-1 Open

/ / Pressurization

• • P-2 Open

/ / Reduce Test Pressure (Pt)

• • P-3 Closed

/ / Personnel Closed / / Air Lock i Escape Closed / / Air Lock

• • L-1 Closed

/ /

• • L-2

) Open / /

• • L-3 Closed

/ /

• • L-4 Closed

/ _/,

• • L-5 Closed

/ / ~ ~ ~

• • L-6 Open

/ ~ */ 1 l't 9a0781-00071-89 - ey-9".'7 - _., ew+p"-y"~"---~.~~'" ' ~ ~ ' ' ~ ' C~~ - ~ ~ ~ ' ' " b.. _a ., > n.. _ a - d ': L nu -~ - :- ' T.- -.. - u

Prec RT-36 Rev 6 Page Date 11/06/81 APPENDIX F VALVE POSITION SCHEDULE COMPLETED BY VERIFIED BY ACTIVITY / STEP VALVE POSITION (INITIAIE/DATE) Phase 2-2

• • P-1 Closed

/ /

• • P-2 Closed

/ / Isolate Pressurization

• • P-3 Open

/ / System from Containment Personnel Closed / / Air Lock Escape Closed /_ / t Air Lock

• • L-1 Closed f

/

• • L-2 Open

/ /

• • L-3 Closed

/ /

• • L-4 Closed

/ /

• • L-5 Closed

/ /

• • L-6 Open

/ / Phase 3

• • P-1 Closed

/ / Integrated

• • P-2 Closed

/ /_ l Leak Rate Test @ 28

• • P-3 Open

/__ / PSIG Personnel Closed / / Air Lock i Escape Closed / / Air Lock

• • L-1 Open

/ / I

• • L-2 Open

/ /

• • L-3 Closed

/ _] l

• • L-4 Closed

/ / i

• • L-5 Closed

/ /

• • L-6 Open

/ / i l l' h, pa0781-00071-89 .- - ~_ p s w .,.._._....m, i L l a- <,.....~.~.u a -

- -

= ~ =

s Pr:c RT+36 Rev 6 Page Date 11/06/81 APPENDIX F VALVE POSITION SCHEDULE COMPLETED BY VERIFIED BY ACTIVITY / STEP VALVE POSITION (INITIALS /DATE) Phase 4

• • P-1 Closed

/ / Verification

• • P-2 Closed

/ /

• • P-3 Closed

/ / Personnel Closed / ' / Air Lock Escape Closed ~ _/ / e Air Lock

• • L-1 Open

/ /

• • L-2 Open

/ /

• • L-3 Closed

/ /

• • L-4 Open

/ /

• • L-5 Open

/ /

• • L-6

, Open / / ~ Phase 5-1

• • P-1 Open

/ / i Depressurize

• • P-2 Closed

,f / to 9 PSIG 8

• • P-3 Open

/ / Personnel Closed / _/ Air Lock Escape Closed / / Air Lock

• • L-1 Open

/ /

• • L-2 Open

/ /

• • L-3 Closed

/ /

• • L-4 Closed

/ /,

• • L-5 Closed

/ /,

• • L-6 Opeu

/ ~ '/ l [ pa0781-00071-89 ? G C ~f'"'A e ~ ? " +..' N ~"~' 5-sw -2. ur i. ~>. s.--ae ' ' T - alt.. ~- ~- ~ + -as ur. ~

o Prec RT-36 Rev 6 Page Date 11/06/81 APPENDIX F VALVE POSITION SCHEDULE COMPLETED BY VERIFIED BY ACTIVITY / STEP VALVE POSITION (INITIAI3fA4TE) Phase 5-2 Pen #27 Blind _/ / Flange Installed Restoretion

• • P-1 Closed

/ /

• • P-2 Closed

/ ' / i

• • P-3 Closed

/ / l

• • P-3 Closed

/ / Personnel Closed / / Air Lock Escape Closed / / Air Lock

• • L-1 Closed

/ /

• • L-2 Closed

/ /

• • L-3 Closed

/ /

• • L-4 Closed

/ /

• • L-5 Closed

/ / i

• • L-6 Closed

/ / J l l l ~ pa0781-00071-89 '?I fE - L.~. y "'f' ~ ~ ~ ' w x -.-.. =

r n ,5 - 4. f - Proc RT-36 Rev 6 Page Date 11/06/81 TABLE 1 CONTAINMENT C6!DITIONS I i Containment Temperature Containment Pressure Containment Sump Level I Data Taken By 3 t Date/ TI-1812 TI-1813 TI-1814 TI-1815 PI-1812 PIA-1814 PIA-1815 LIA-0358 LIA-0359 \\ Time ~(C08) (C08) (C13-3) (C13-3) (C08) (C13-3) (C13-3) (Cont) (Cont) 1 i l i 'l ,1 ,'!d$ l r-L . f-a. .t: t t_ ) .3-t t,I '. (. F 0 l } t 'I f, 2 I 4,f L. 3 f l i'. l s. ij s l j pt t E ( ) 1 (_ J f j' .7 ( J ( ) y.J i l ' 1 a ' li ( ?l g Ps0781-0007m-89 l

o 1 Y 8 B / 6 6 N 3 0 E / K T 1 A R 1 T 6 c ee A ovgt T reaa A PRPD D SNO IT I D NO C RE HT S A N E O W IT L I A D R N E 2 O N C E E C L C B I A R TE B H L P UE S BR O YU M RT T DA A R EE DP I M SE TT U O ERU SSE) Rg PH Cf I o RTa Em M( O 3 R 9 A B 9 8 n E 7 M 0 I 0 T 0 1 8 E 7 T i 4l 0 A a D p E i:. tk' f,'l;f 3,. 'i; - c, i; , 1a:t ek' n'. -;fj;i f I , ?iAssJ - ,s. f '>../ *31 i ': 1e . sf,,.:.:t' lr; .. ~ + .!.i-i i . s = 3T. <s f;.ib , a{,(, t i ;, ?,ip-ph u, }

f8

.L 4: r,; g'4 ls ,4 .i. l I .ij)l' ~

~ = Prec RT-36 Rev 6 Page Date 11/06/81 TABLE 3 CONTAINMENT VISUAL INSPECTION RESU1.TS A. Exterior Inspection - Deecribe deterioration found (If none, enter "None"), asnd attach sheets, sketches, photcs, etc, as necessary (List Attachments). 4 i Inspector: Date: B. Interior Inspection - Describe deterioration found (If none, enter "None") and attach sheets, sketches, photos, etc, as necessary (List Attschments). l. 8 Inspector: Date: pa0781-0007o-89 l:, .m. .-,--a.y m -. . -n :: .._.,.~.,-m... - :..1w,.;.-,,... . z.,.. =.. m m.. 7 HEW h. F @M, a g g. E 8" ^h . p, g

I a w Proc RT-36 Rev 6 Page Date 11/06/81 TABLE 4 TEST EVENTS LOG DATE TIME LOGGED BY REMARKS e i I I i mn e mnr-- ---,n em w, n, t 3- . a f. hl. ii.n f (J r.- i l ) 'i f H e w s ,a pa0781-0007p-89 .,7. g _. _ -... _ -.. -. _, 1... a... -.;--..~.-...

r -;=p' W.:==J-ib _rmiiE<=:4:- Fi= - i=f-- j=i=llM:=tELQi=i 'l='li::Ep6==isi{ -.- T=O E; :-i==t.j:Es _-E

4:r;4y=j;Ep:f-i. 44:h.x ist-::R+r +bi}--t.rd-@:{ =iaE=tii-pphmi!9=Mj=t'ii.QdiiE-E=?=z m;_. +g-E EL12-MiF+=475hi~irh=:=' EPsh=E' :== } 5 2--l-ir:!===I=' sh=%=F ~ h=.!=isi"~" +'bi=:=4"i- =is -i; i :

%:. 27:itlyi.iEfmil = rrh r~ l- 'i% ir4:Ti ';i$'~2 ' ' 2-#ri- =l5i;*'j Q~--_ ;'j =yl r y.- 2_: -if =~ ;.nt5 y j y._:;i-- :r -p

y-j=gr ixi.:tj =Is m j Q::pa_-fp_

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= 7.ju..

.. 1-is =._p: p.:;_'t-j= _;p+ : =i =' ti. eta- --is 29=~..- [L-{ sf+%n==prj=-_ - =. E

==I-h: =Q$=- r%-j i :.'.: 2 i== J:1;; L-t=: =.y - g

ppg.4-7j ----

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Y'tEnk s '((7 .s y o .QA <. Y q ("y .; l '/ esee

SUMMARY

OF GATA SETS 1 THNU 02 **** 95% CONFIDENCE (.' T ST DU4 TEMP CALC. MASS DRY AIN MEAS. LE AM RATE CALC. LE A K E <T fj, URS (F) T =0 PRES

• / DAY RATE LIMITS

/4. /a, e w (PSIA TOTAL POINT % / DAY LOWER UPPER 0.00 / 97.77# 62.441 l 'f

• i 0.33 97.76

62. 43 &.e4 -0. 4392

-0.4392 0.67 97.72 0.876640672 E 05 62.437."T -0.1280 0.1832 -0.1280 -1.1537 0.8978 .C) / 1.00/ 97.63 *1" ' O.E76622731E 05 62.430.eH -0.4081 -0.9684.00 0 -0.3490 . 6G1 -0.8066 0.1086 ( /Wa+ s - $d-g 7[;yL3 1.33 97.60 0.476641161E 05 62.421d"' -0.1489 0.6288 -0.1976 -0.4972 0.1019 1.67 97.68 0.876684010E 05 62.4194:1 0.1503 1.3472 0.0663 -0.3095 0.4421 [ 2.00/ 97.55 / 0.876664612E 05 62.419.e>4-0.1590 -1. 7058.0G3 -0.0293 -0.3032 0.2447 3 2.33 97.56 0.876665587E 05 62.417,1 -0.0653 0.4967 -0.0253 =0.2214 0.1709 6e v/vo - 2.67 97.57 0.87666?B62E 05 62.41% s -0.0818 -0.1972 -0.0349 -0.1830 0.1132 ! / 3.00< 97.27 nur 0.876571042E 05 62.424 uv -0.6427 -5.1295-o.08b5 -0.3177 -0.6445 0.0091 5'9 //I7s 3.33 97.33 0.876551634E 05 62.413.n* -0.3806 1.9772 -0.3676 -0.6355 -0.0996 3.67 97.41 0 A76589789E 05 62.405 cu -0.0961 2.7471 -0.2765 -0.5166 -0.0363 4.00< 97.59 / 0.076659788E 05 62.400.09 0.1461 2.8094+.0395 -0.1197 -0.3785 0.1392 4.33 97.37 0.876671445E 05 62.398 ,w -0.0753 -2.7322 -0.0957 -0.3170 0.1255 4.67 97.45 0.876711757 E 05 62.394. 0.0971 2.3381 -0.0193 =0.2251 0.1864 -o 5.00 97.38/ 0.876732293E 05 6 2. 3 9 2..e '. 0.0441 -0.6 9 8 6.00H 0.0168 -0.1658 0.1994 5.33 97.50 0.876774419E 05 62.385.e* 0.1926 2.4204 0.0887 -0.0873 0.2648 5.67 97.40 0.876796773E 05 62.382..e9 0.1241 -0.9724 0.1206 -0.0385 0.2797 6.00, 97.48 C'#' O.876819274 E 05 62.377.mt 0.1638

0. 8 392.av vi 0.1548 0.0089 0.3006

.I n ,,S.33 97.42 0.876639997E 05 62.375 d 0.1708 0.2968 0.1817 0.0482 0.3152 6.67 97.42 0.876849865E 05 62.3 71. -r 0,1439 0.3671 0.1945 0.0734 0.3156 7.00 97.46 0.876068283E 05 62.363.n- 0.2047 1.4 20 9.<s 96 0.2186 0.1062 0.3310 7.33 97.61 0.876907189E 05 62.363.cu 0.3184 2.7090 0.2640 0.1522 0.3759 I i 7.67 97.41 0.876902726E 05 62.366.aw1 0.1510 -3.5359 0.261177,"* 0.1587 0.3634 l ts 8.00 97.34 0.876898848E 05 6 2. 3 6 0.. ~4 0.1316 -0.3150.o**o 0.2534*J3aEs-0.1592. 0.3477. 8.33 97.37 0.876900494E 05 62.352.mL 0.1787 1.3087 0.2564 0.1695 0.3433 8.67 97.36 0.876901293 E 05 62.350.cr8 0.1734 0.0412 0.2571 0.1768 0.3374 9.00 97.31 0.876902987E 05 62.342.o<1 0.1771 0.2737.eH3 0.2578 0.1833 0.3322 9.33 97.24 0.876894160E 05 62.343 -on 0.1369 -0.9492 0.2500 0.1803 0.3196 l ! 9.67 97.34 0.876894408E 05

62. 34 2.no 0.1822 1.4516 0.2514 0.1865 0.3163

(,10.00 97.50 0.87691610 4 E 05 62.334. cme 0.2733 2.9165.#68 0.2687 0.2057 0.3316. __ g 10.33 97.56 0.876934748E 05 62.337 0.2793 0.4600 0.2840 0.2231 0.3448 10.67 97.61 0.876947641E 05 62.J42 ~* 0.2738 0.1042 0.2957 0.2375 0.3540 11.00 97.66 0.876964314E 05 6 2. 3 4 0 e+ 0.2919 0.8 713. nit 0.3084 0.2522.. _0.3645 11.33 97.70 0.876981224 E 05 62.340 er'1 0.2971 0.4697 0.3198 0.2657 0.3738 11.67 97.74 0.87699678BE 05 6 2. 33 8 "A" 0.3084 0.6949 0.3311 0.2789 0.3832 12.0P 97.71 0.877005883E 05 62.338.<rd 0.2886 =0.4062.No 0.3375 0.2878 __0.3872 12.73 97.73 0.877012397E 05 62.340 w" 0.2813 0.0943 0.3419 0.2947 0.3892 12.07 97.77 0.877021198E 05 O.2989 0.%772 0.3478 0.3026 0.3929 62.337 62.340...'e0.2891 aa 97.79 0.877026509E 05 13:00 -0.0844.426 0.3512 0.3082 0.3942 13.33 97.80 0.877032296E 05 62.336.est 0.2956 0.5509 0.3549 0.3139 0.3959 13.67 97.81 0.877035638E 05 62.337.u' O.2890 0.0238 0.3569 0.J178 0.3960 14.00 97.84 0.877039370E 05 62.336. eel 0.2941 0.5024.04 0.3592 0.3219 0.3965 14.33 97.89 0.877041570E 05 62.340 --* 0.2905 0.1417 0.3605 0.3248 0.3961. 14.67 97.94 0.877045026E 05 62.338 "' O.3036 0.8699 0.3631 0.3289 0.3972 d 15.00 97.83 0.877041446E 05 62.339.^d 0.2659 -1.3989.HAz 0.3605 0.3277 0.3932 15.33 97.84 0.877033580E 05 62.336m* T 0.2474 -0.5E59 0.3557 0.3240 0.3873 15.67 97.70 0.877015185E 05 62.335-/70 0.2118 -1.4270 0.3469$7[.u, 0.3154 0.3784 ,e 16.00 97.64 0.876998044E 05 62.330. 3 0.2036 -0.1813.n57 0.3378./ete 0.3064 0.3693 16.33 97.58 0.876979990E 05 62.325m .,0.1949 -0.2226 0.3285 0.2971 0.3600 16.67 97.51 0.876960092 E 05 62.315 - es0.1818 -0.4621 0.3185 0.2867 0.3503 17.00 97.40 0.876937154E 05 62.310 -* 0.1628 -0.7HR2.uh 0.3072 0.2747 0.3396 17.33 97.57 0.876932260E 05 6 2. 3 0 2 - *t t 0.2318 3.75R0 0.3043 0.2730 0.3356 ^ 17.67 97.62 0.H76927273E 05 62.303 ' O.2393 0.6289 0.3024 0.2722 0.3326 18.00 97.67 0.876927229E 05 6 2. 29 8. s<:. 0.2563 1.1614 t Ca t 0.3023 0.2732 0.3314 18.33 97.77 0.876930700E 05 62.300 0.2700 1.0107 0.3036 0.2755 0.33t7

18.00 97.67 0.076927229E 05 62.298 - C.2563 1.1614.# o s 0.3023 0.2/J2 0.J314 19.33 97.77 0.876930703E 05 62.300 0.270D 1.0107 0.3036 0.2755 0.3317 18.67 97.83 0.876933623E 05 62.304 s er 0.2721 0.3978 0.3049 0.2778 0.3320 19.00 97.83 5.876933533E 05 62.307. 0.2605 -0.3900.wel 0.3049 0.2787 0.3311 19.33 97.84 0.876932549E 05 62.309 0.2573 0.0749 0.3045 0.2792 d 3297 19.67 97.80 0.876929009E 05 62.30 7. t 0.2465 -0.3795 0.3030 0.2785 0.3274 20.00< 97.77/ 0.8769245P1 E 05 62.304 0.2423 -0.0048.2<28 0.3011 0.2774 0.3248 o 20.33 97.77 0.876920710E 05 62.301. r 0.2442 0.3581 0.2995 0.2765 0.3225 20.67 97.71 0.876912808E 05 62.300v 4 0.2262 -0.8778 0.2963 0.2738 0.3188 , d 21.00/ 97.67/ 0.876901753E C5 62.296 .<o 0.2109 -0. 7 38 8.'Mb 0.2919 0.2698 0.3141 21.33 97.64 0.876889673E 05 62.295.ces 0.2040 -0.2265 0.2872 0.2652 0.3092 21.67 97.65 0.876877914E 05 62.295...a 0.2028 0.1256 0.2827 0.2609 0.3044 22.00' 97.67/ 0.876868351E 05 62.292..et 0.2099 0.6701 8DF 0.2791 0.2577 0.3004 ~ 22.33 97.65 0.876856301E 05 62.291..u D.2043 -0.1642 0.2752 0.2541 0.2963 22.67 97,20 0.876845015E 05 62.291.ew 0.1911 -0.6979 0.2704 0.2494 0.2914 23.00 / 97.59-0.876833223E 05 62.287..$- 0.1933 0.3460.itf5 0.2661 0.2454 0.2869 23.33 97.55 0.876818589E 05 62.287.se4 0.1845 -0.4221 0.2614 pg 0.2407 0.2821 r,,y, *y,g,3 o g/J 23.67 97.62 0.876808463E 05 62.280.e'5 0.1949 0.9235 0.2578 fyorr 0.2374 0.2782j 24.00< 97.59/' O.876798299E 05 62.282 s+8 0.1927 0.0352 541 _D 2543+.psV 0.2341 _ 0. 2 7 4 4 - *.Jffi t.8)#> ' 24.33 97.61 0.876791934E 05 62.274.u1 0.2071 1.2470 0.2521 0.2324 0.2718 24.67 97.67 0.876786945E 05 62.279.ml 0.2070 0.2020 0.2500 0.2307 0.2693 25.00< 97.62< 0.876778870E 05 62.275."s 0.2022 -0.1530.Mv7 0.2477 0.2288 0.2666 25.33 97.70 0.876777724E 05 6 2.269.e s

• 0.2217 1.6863 0.2469 0.2285 0.2654
• 25.67 97.65 0.876770148E 05 62.271 au 0.1982

-1.5911 0.2445 0.2264 0.2626

26.00 97.62 0.876762835E 05 62.267.u2 0.1979 0.1752.>nt' O.2421 0.2243 0.2599 26.33 97.62 0.876755932E 05 62.265..-s 0.1983 0.2303 0.2400 0.2225 0.2574 26.67 97.59 0.876748005 E 05 62.263 " ' O.1926

-0.2582 0 75 0.2203 0.2547 27.00 97.52 0.876739369E 05 62.257,<<a 0.1881 -0.1755 2"1 .234 0.2179 0.2518 <f j FLOTTER DATA YMINs -1.0000 YMAXs 1.0000 XMINs 0.00 XMAXs30,00 i HRS LWR SLP UPR 'O.67 -1.1537 -0.1280 0.8978 1.00 -0.8066 -0.3493 0.1086 1.33 -0.4972 -0.19'i6 0.1019 s 1.67 -0.3095 0.0663 0.4421 2.00 -0.3032 -0.0293 0.2447 2.33 -0.2214 -0.0253 0.1709 ,2.67 -0.1u30 -0.0349 0.1132 3.00 -0.6445 -0.3177 0.0091 3.33 -0.6355 -0.3676 -0.0996 3.67 -0.5166 -0.2765 -0.0363 4.00 -0.3785 -0.1197 0.1392 4.33 -0.3174 -0.0957 0.1255 4.67 -0.2251 -0.0193 0.1864 5.no -G.1658 0.0168 0.1994 5.33 -0.0873 0.0887 0.2648 5.67 -0.0385 0.1206 0.2797 6.00 0.0089 0.1548 0.3006 6.33 0.0482 0.1817 0.3152 6.67 0.0734 0.1945 0.3156 7.00 0.1062 0.2186 0.3310 7.33 0.1522 0.2640 0.3759 7.67 0.1587 0.2611 0.3634 8.00 0.1592 0.2534 0.3477 e is n emos n osA4 n 3441

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e. \\-

~~ '4 HOURLY LEAKAGE RATE r I Wm /. Previous Hr + OR)x(8 - /v Current Hr)" 100 = r../->.' -' 'a + 1-(( 7"emd @ Cu r rent lir + OR) x i f> - /?y Previous HrJ. Date T.ime SA 355 IN* [Gs. Tr0 x 100.+ c;$ 3 1,395 lb JCCC 1-5S7. C 9e, x l-D.E'IS' u

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lll &? Olw HOURLY LEAKAGE RATE e us Hr + R)xY-N Cu nent H W 1 - {.( "Te* m d Date Time 100 = @ Current lir + OR)xi p-& Previous Hr). o I,Yo ll r' 557.667 63 /Y1 x \\100 = *e27 07ro L1- .EY7. 6SY 6y./f f ~' -J tN& t>/V6 $~ 5T7 'N &2 /3L -m x '** " C ' 4' ~. Try. /3s du. /V3 cfV! 69ffb G~ S T 7. $ 3 4 A>.jpt v x .CT7.639 4J./)) .) '00 ". o/2 ~ a e9n f).)&h S ?" Y ~ x /p V6 300 ".0 0 ff7./V/ x f), /3./ .c /. y o nYo 5 ~ 'f7" #l /d.16h -1 rr 7. M / 4,3.yf l' ".em~ x 3 100 = .x eL-Yc S~f ? dd 7

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~ -'-r i. 1-RESULTS OF INTEGRATED LEAKAGE RATE TESTING l l 1/ hg Allowable Leaka Allowable Leakage Heasured Total Pena-L 2 ** 0.75 L tration & Isolation Connents 0.75L, w = Valve Leakage hy l Tested 9 P, qg Co uted from Test hfg e Apff A tt : "' "l "* d '* ** * ** V 'c es 9, n P #

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.t. e Pre-Opera-g.. p" " # f~, A M tion Type 8C816 b ~ ] A to P a ~' Pre-Opera-i tion Type 'A to P g Periodic %k 2g,V* k i~ Test No.1

8. 80/[ &#

1%74 sqwe nn dem g Periodic ??si No. 2 l.1( x10 1 ( h $Wh ) _ fhh bh es 3 he ggf j l'lk Osb.e see) sem scn! Periodic Test No. 4 .s ' i N* The *raluen reacreed here are to be those results re; ort.:a in accordance to V.3 of Appendix J co 10 CFR 50. ~

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gra 7 anr T ..pto 7,.ons r> & 7f*ts.ir7 & f,, sri e 24. . 0/9T' 5577o 6 74. 17F p43 5 7BT ,/J 4 4' 7 4#5o D7 217 719

$vc.Ir 8ek I

l. s-h' 1' Mu.h 1l $

g 4 XV 2 O o O Q I .ca7 . cy] I 1 . ov/ ,e(A 3 .osy ./77 1 Y .I ox .YO 8 /G r .I37 _ G 3 S* W l l k~ . 2[Ts I, S&9 6~5~ . 3JL : 6a +/f.d-k I.\\ >4 = IS~ a +ST.b l 37.[] . 796 = sc a /7.fl . Y'3 5' I . C3 G = , oos c1 = . osa +. chi x (X - C, y . / 1.L , f :. on- '! N. CL:. C2. ,/.- X=I /.. 01: '/ ldi' = EE ; E, y' . u, c 3 X: .l- ~ v =. 3 76 h. Mt) :fki.y. 1 . 3 5'E uct .. A 3 5 4C/

/ [. /,*, / l'ic. c. 40 ~ 9 Y i ~T / *.,~* / /_ d o y e s, "^ N e // o - a / ; \\ ./.. 4 - / e M* M s ..f. / .. '.(

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• a

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l}.. / ;. I. c. YJ / Pc,:d Pc:d her[rg.[d) x v kV 2 I . o> 7 .o1+ t a .a . e.w v 3 . o/f GTY 9 Y 62 ./7 3 /C J~ . e)f ./ W - 1C Is- , /27 . +'6(o CT n :. r - .I57= n + >&~) 6)

• rM =/5'r+ CFA )

271 m + yrA_ 023 to d ~ S =. 66).C' S =.o/79 x=/ y =. oto y k > J~ y :.o3s Y L.pp : 'S Eg +A : (oer%2.i-) + on 9 =.o2V ulI/'d. =.$T@ d $lAy

//f E$ 9 M6s ts, 1 hr[s.r _24.A_ d d p / ,o1L .o.) 7 . 6or .>r x // ' h- .oY7 . oY/ , cc & lb 3 07% 06 .bl5 169 V ,o97 . /61 . ecf )f J~ , Ilu ./17 . esr _ 33- \\;S =

.4/o

. oso (v.m) s.o n /~2 . or o ().57th =.0% bei d -}, - Po {Y

kelt1, bma s

N l ,odo 037 , co7 % /4-1 , o 1. 5 6/Y , cc1 $/ ? . o > r- .et? .se1 y9 y .l)12 .o V.i .pIf~ )M" J~ o.!, o .ct" .oor y p'W4 . o > ,on._(Qc3)r,o.3/f/l = I.nY 'lt.fk ee

' ~ PL OT TF R DATA i YMIN: -1.0000 YMAXs 1.0000 XMIN 0.00 XMAX 5.00 HRS LWR SLP UPR 0.33 -0.0944 0.2396 0.5737 0.56 0.0501 0.4919 0.9138 i 0.67 0.3280 0.5480 0.7681 0.83 0.4681 0.7190 0.9698 3 1.00 -0.0307 0.3911 0.8129 1.17 -0.1362 0.2217 p.5796 1.33 0.0111 0.2913 'O.5716 1.50 0.1527 0.4024 0.6521 l 4 . 1.67 0.2442 0.4517 0.6591 i ' i 1.83 0.2242 0.4024 0.5806 i 2.00 0.2843 0.4379 0.5916 2.17 0.3096 0.4401 0.5706 ~ 2.33 0.3211 0.4336 0.5460 !2.50 0.3617. 0.4643 0.5670 1 ,. ! 2.67 0.4043 0.5022 0.6001 I 2.83 0.4416 0.5340 0.6264 l 3.00 0.4727 0.5587 0.6447 3.17 0.4819 0.5590 0.6361 3.33 0.5057 0.5778 0.6498 i I3.50 0.5275 0.5951 0,6626 ' ?; 3.67 0.5417 0.6038 0.6659

5. 3.83 0.5553 0.6128 0.6703 4.00 0.5566 0.6095 0.6624 i

I i / e 6 i I 4 i - i i ~ 4 0

seet

SUMMARY

OF DATA SSTS 5 THRU 29 eso, TEST DU2 TEMP CALC. MASS DRr AIR PEAS. LE Ax R A TE CALC. LEAX 95 % CONFIDENCE HRS (F)

1. 0 PRES

• / D AY RATE LIMITS c

-n (PSIA) TOTAL POINT % / DAY LOWER ' UPPER + 1.00 97.39 62.210 0.4043 0.4043 0.4043 0.4043 0.4043 1.17 97.37 62.208 0.1383 0.1383 0.4043 0.4043 0.4043 - 1,33 97.35' O.874413170E 05 62.204 0.2396 0.3410 0.2396 -0.0944 0.5737 1.50 97.37 0.974422978E 05 62.202 0.4976 1.0135 0.4819 0.0501 0.9139 1,67 97.36 0.874426993E 05 62.199 0.5157 0.5703 0.5480 0.3280 0.7681 1.83 97.39 0.974440831E 05 62.195 0.7350 1.6175 0.7190 0.4681 0.9699 2.00 97.30 0.874405809E 05 62.197 0.1273 -2.9118 0.1911 -0.0307 0.8128 2.17 97.29 0.874386006E 05 62.196 0.1089 -0.0018 0.2217 -0.1362 0.5796 - 2.33 97.33 / 0.874396946E 05 62.190 0.4018 2.45?3 0.2913 0.0111 0.5716 2.50 97.35 0.874414052E 05 62.186 0.5434 1.6770 0.4024 0.3527 0.6521 l 2.67 97.32 0.874423906E 05 62.182 0.5046 0.1547 0.4517 0.2442 0.6591 l 2.83 97.27 0,874413934E 05 62.182 0.3161 -1.5695 0.4024 0.2242 0.5806 3.00 97.36 0.874421845E 05 62.182 0.4884 2.3838 0.4379 0.2843 0.5916 } 3,17 97.33 0,874422361E 05 62.180 0.4301 -0.2695 0.4401 0.3096 0.5706 -3,33 97.34/ 0.874420649E 05 62.180 0.4082 0.1245 0.4336 0.3211 0.5460 , 3.50 97.39 0.874429372E 05 62.177 0.5161 2.0272 0.4643 .0.3617 0.5670 3.67 97.40 0.874440851 E 05 62.172 0.5661 1.3158 0.5022 0.4043 0.6001 I 3.83 97.42 0.874451163E 05 6.'.171 0.5801 0.8053 0.5340 0.4416 0.6264 I 4.00 97.45 0.874459660E 05 62.172 0.5842 0.6550 0.5587 0.4727 0.6447 4,17 97.43 0.874459764E 05 62.173 0.5177 -0.6816 0.5590 0.4819 0.6361 . -- 4. 3 3 97.46 "#4' O.874466991F 05 62.167 0.5913 1.9910 0.5778 0.5057 0.6496 ,1_ 4.50 97.50 0.874473998E 05 62.167 0.6035 0.8477 0.5951 0.5275 0.6626 4.67 97.50 0.874477696 E 05 62.167 0.5844 0.1842 0.6038 0.5417 0.6659 8 N 4.83 97.53 0.874481724E 05 62.167 0.5954 0.8390 0.6128 0.5553 0.6703 j 51 5.00 97.52 0.874480164E 05 62.168 0.5492 -0.5132 0.6095 0.5566 0.6624 f 5 l I I i 9 -p M l

Revision 0 1 l l t 1 i \\ l i l i { l 0 3, s'}' 4 l I = t's ^, D C D ) J [ rs e c- ~ e; c'. c' 6 o o 9 m 1 7 d q b s3 9 A k k.. I D D 5N 'f ( t* q., \\g ts o- ~ g g E h \\ 4 0 i D. D nc = a r 7 d4 9 s c s s s,. s ,-.= = N Q i % q s Y o'

f. M y%

T' T' I 9 i D o. 4 (- \\% i { 'l!- o ~ = O 4 f n n n k h 2 8 d 'c b D D 9 9 m l 7 7 h b.$ g s s wlv a s ~ e,e e s o ^ 7.A H 4 e. C-(N

• A 2-

'). b b P. 9 '. Q "y d E i $, 2 % 8 9 () s OP 4 s' 0 c s s s. 9 '4 ~ C A. -o ,x g e t-o s Q n N

== o S S 5,. gs d-N e-3 h e^ ts n* ~. =0 'N { f E d io,a T, p ~ e s 4 } '. i. se. g z ~ e N g _o .o Q-I NI ~ N N. m. m. m. e e-e- e i N i e h o ' C* ; (N ) c. o-s o 0-t- <s e. .s t j a 4* 'C ( 1 ,M m N 4 - ] ~{, e k y ,j, .g (4 g e. f n,.,f y c. m 3 S C sw e-e- O,,,, y ) c 4 o 4 3 e 4 A R D 9 D C o r<' r ~ o" ,?. t

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, o o s e vij s q q Q is p, N 1 \\ e N ' ~~ N

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~ h _ ts j :' m[ i "$ $ k g ( k h /\\ -*. 'd l D ,5 N' 7 o; e ej ~ ~ i;o;y ejo j y e-( = x s i e. c u, -t i O n o 3 s s ( 4 ~ ~ s(e r s 4 6 m elg T D, 7 4, 4' -- Q _0, O 1' n A ,n,, /, ,S 4 ?_ I 7, o 9l1,e A L T' w c. <3 ,e. g n g - g Q R o o O 2 e 1 A g to n_,glnj-f w ro o - { I' n. A T" 7 l Y S Q-j -jd b b-p,- a n o p.) 3- , f, j ' ' 'QV {4 9 g g d Ng e. 0 -l' l I %) e{ a,g o 9.i j5,,%R n. e' d O @L _ M C O. f f /s ,e a c g

• m f o e{ 9

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r" (/. DATE ~ UNIT DATA SF *2 2 , TEMPERATURE SENS0h READlHGS ( F) . t : ist.L j , f.> j ', $ , j ': -! w. HOUR RTD-16 RTD-T7 RTD-18 RTD-19 RTD-2D'RTD-21 RTD-22 P.TD-23 RTD-2 s RTD-25 RTD-26 RTD-27 RTD-28 RTD-29 RTD-3 L, f 196 0 98.9

v. 3 11 7 _ 9t'.6 in./

18 1 I? ?.9 EP.7 EP.T 87.4 ff F fP.i /3/4 /33. 5 Accc) 11.3 b.V 'i ?.1 1r C $9. 'i fF.C [7. 7 29 3 FF./ 91 1 F S.) Elx.8 110.0 14I.o 3/r'og1.C fa.3 'iv./ 16. 6 P?.9 FP.s* E?. Y fr.3 l'f:. / V7.? f r~ / FP.3 I:9.s No.o vn. c pped *. 4.4 14.y ( 1 =,.4 10 5 ?^.A ff. 3

11. Y 17 9 17.'s 77.3 Pt t l' */. 9 191. c o

MCO i ?1./ '15 6 Q V. / 9t. C St). / '.t * / /1. 4 , S 7. i P// F 7.0 91:/ 1'71 'VI. c IY1 0 ~ SlI*I/1s 57 /Jt? 7" O f" Tt~r T I (C ot/c 17.F V.3. f 9V '/ 1/.

• 90 3 Pf./

89.0 ?79 f 7. f> ff. 9 ff./ F7. R IV/.o IV1.0 rato (11. [f tr a 1V.2 'ic. 8 1o.3 . R79 fl.o F76 [ 7. Y ff.c (ty.7 f 7. Y !?g.o IM.o I fV f/' T f%3

27. e D Y). o lYo.o

h G?lo loo.A 9A. f, 9 V.Y 10 fi 'io. / V7F F1.0 571 [f.1 k.*,',,* I"' OVto Ieo.1 q). r, ;1V.V 11 o it. / f 7. V 8J.7 l 7.o S 4.7 f f,. I E'lL I6.9 i30.o l}l.o N'hr0 Nd OS*/a Ito.h 42.4 'iv.V 1/ X ?6.h ( 7. Y Pf.7 if.7 57..I Rt., o } V. h it. 9 I 7).o 113 0 ? j*) A frsc les.) %.sl ftV it.d 'it. % > y., i t.y I f. ? f t.g rg, g, l g. f Jg.g /37 /22 0 t.716 tit..C.13.Y ir.d

11. 5

?r. / (1.1 \\ i,! i f,,1 $ F.1-5 f I, 'a s. (, ' f,.3 / 3(> 137. T ? 0 ptio E U).3 92 6 47.9 GI T 'io.1 I Vf*. f 2 7. f> BGl> FC > Br.1 9)f fl*Y IMS /Yr k 3pto l031 41 1 14.o 11.C So./ ft.,i ' p y, f, $5. </ ft / [47 f.).g St V Eyt jy1 Jtic l o ).4 11.) 94.5 T/. 'l 'lt.3 (l 9 (7. Y jf.) 9T,/ C V.1 f>. Y 9C/ IV! II/1 S(t1 0010 10 9 1).2 94 1 11.r' 4t. 3 14.3 ( 7. */ FD $Y.9 P V-7 $2.0 ff.) IV> lt/3 fdi etto Ios.1 43.I 9&.)

11. 7

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56.3

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( V.7 5 Y. r HM i Y.9 I V.1-IVY hi* vpl0 . ps t.x 92.1 46.V 'it.T ' 'it.3 14.3 27.0 Fr./ fy.C h/.T t).Y 97.! IV5 IVf 5'S

5. "

217 1 28 O $ 0 5b O W, .% y,8 ; ', v *, ~

DTS 1600-7 Revision 0 b 4 = C N, \\Ik 4 e S $ ? ( ~

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M M Q q O Q h. m g C 8'( t N $q N k N k k $ b N Y 3 k

4. D 0,

4 b ..D A> ..?. . $ab.b.b.Y N k gs,- b b I _ k+ t e o e o e o o o o n g e o Q o o D h 4 9 4 4 O Q Q D 9 4 s .h 4 7 g s s g q q q s s ~ ~ s s s u 4 C 'h . ga g s l \\ l l I I I I l k k l ) k $ 'I b 3 ,, E,, i a.C A o w sD y a. 4 A'e D E y 4 m m-- A C- <= a .a m 4-m 6 g 't

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a a n,n,..--u.-- ea- - - - A.- k DTS 1600-7 R2 vision 0-I [ I Q h eP kW p - g < z Cz w O D UFp^Z Wg > y '.J r* 80 3 hw M og o JW g 6O Cm

== m eC w O i DW J e cck-W U O eC > > H3 W O J.0m O tt = ogwO t-W.J QFW U <<>WO> W.g z cc .J o 0 4 .T = W J K s '.3 M D .g in O El m H W< g m F o > g-5 5m Q.c M r o < W c t-r 1 W> "Q G o,x CC W h cc e 2W 33.g m "mW W Q. J y A. ee - 'r l W e i WHD i O Z >= 4 W <^ ce - se La. W to WO -8 I > r cL v E <<W ) ,..p >= w - e b'"

• d i k t,?.. [

'. L N o -L-- -t* z,. (*> q. ,e.n.c, ,n..-, ..e,.,

DATE DATA SHF 6 UNIT N./ / e CALCULATED INFORMA1. /0R THE IPCLRT AVERAGE TEMPERATURE DRY AIR PRESSURE PRIMARY CONTAINMENT PARTIAL PRESSURE IN PRIMARY CONTAINHENT IN PRIMARY CONTAlti.%NT OF H O IN P.C. (O ) 2 (psla) p,g ) F HOUR PRESSURE (psia) (psla) 97.Af+y111:g{f,.t]r I .l100 $3hfe# $$ $.$$o lE nl . 2 t// (,2,3 yS-f

91. 39'6 + %

SS 7. cif 4*> - 3 7f l

.30C0 '$?sNh ! $$r'$AO 3*'l 8S7 =557.121 Y100

U$5?*$U$5$l'A>07

.ff7 o',':. *SO 17.!/811 97 5/ /

• 4r4.7 : $$').Dil baco l(;ffflllNl,3.i c-nos 17.50 t -

- Sr7. 2 cc. t, u.? s.2 laado ?"d R u G ? n = 3 , 2 71 l \\ C//7 STA t T CF Yt r7 9 *l. 'l?b + VP7.7: CS7.'f74 ? l };&//D I ${!)U 1lll.l$IM >to A'l fu.324 97.*l1/ + v.r?.7 : C'T7. !/11 (~P 118 l YoStd I $$'N :!~!$$r' { H 3n .Sf'l

Sr?. ? Y9

'l 7. S'/1 o-

62. ?hr

.ff3 \\ N ;tto l U $ $$ l lsi$iY l U a'8 77 3354

55 7. o 3';-

6 / l.'. B 77 oyto !(([I[iflf,7 l63.atS ,F36 i' 97.S?o ><aa.] = ggy,pqo l @ co:10 l g;yj l fl-ly g' m.l99 .2c7 (,y.zyy_ = 577. 071 '? 'I 3 7 1 * (b.3Y/ lf(i66Io 'i%l($i!llllflH.IV3 .YI) I Sic 1?D 'iD]till:r'lll 63.t&9 . r 'If f z. 3;>'t '17.nl * ~

Tc7.CH I

97.? 7r+ %9,7 = 557 V77 i ! satto '!!il[:llllll t 6hlo3 . 863 63.;iYo ? ?.bh 7+ " = SS7 34 7 l h &>>to l%$$l!!.'0?l63.014 .FT/ f).>31 l & 33ID !!N'd ?ll0$ $ 61 W1 Vf5 D * > h' 'l'/.6 76 + or = Sf 7. 370 14.5/V+ W1.7= SSE.3/B 5l bolo 10?$<'U.?fo'Ifa08*/ <$ 4f> l.).D3V

• 533.2/9 9f, 5/ 9+

} ~ \\ niSolIO l$5Elll!:5U l 63./G d'11 D.233 96.Cc8+ */s1.7 = S4 378 0. l & o d d 'Q(l' :?}$l0lb3.017 .BD' &D.9) A d 55 i oo Jh 7$ 97567+Vif.7:sf7.Df7 =.? I

• i-h. &/LCTG t) 7Cin t'.

1 r. ow s ) MONO 97597 = gr2 > F7 guV 976 n r.

5r73X I ; hm W 4

i

DATE i ~ ^ /' DATA SNE 7 , yygg f_ # j),;-,,y jltfr. NrCALCULATED INFOR N..JN FOR IPCLRT l l MEASUP.ED CONTAIN,g6MEASURED ~ LEAK RATE STATISTICALLY AVERAGE 95% LOWER 95% UPPER I DRY AIR MASS (%/ Day) - LEAK RATE CONFIDENCE LIMIT CONFIDENCE LIMIT I (%/ Dad WDad WDad i !(E e /,'.,,,,. /,(.. -) TOTAL POINT .o.n l']30 l .Oof/ . ' ' ?.> . '/.' L .,mu. 30Ist ; . ce% . ' ? '. r' l -,,.m it.3to .t11/ .'lef t - Al.l/ .o - s . r. r <> . r '. i,

• !.:i.

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*;!ano

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b. '/'ll,'i

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SUMMARY

OF DATA SE ls 64 THRU 212 **** UPPEH 95% MEAS. LEAK HAIE CA LC. LEAK RATE CONF LIM C ALC. M ASS DRV AIR % / DAY TEMP MEAS Ts0 TOTAL P0lNT % / UAY ~ PRES TEST DUR. TAPE DA TA MASS (PSl&1 HRS TIME. SET IF ) g g '.6677 7.. 64.964 ? 2.6677 0.00 4850 64 90.01 0.89086E 05' O,00000E 00 h +2 1.0359' 5.6210 ^ 64.950 t 0.33 5:10 66 90.02 0.89074E 05 0.89083E 05 64.960 1.0358 -0.5968 2.0478 0.17 58 0 65 90.02 0.89070 E 05 0.00000 E 00 64.956 0.9456 0.7654 0.7915 90.02 0.89060E 05 0.89082E 05 64.949 1.0558 1.3866 0.8616 1.4688 0,50 5:20 67 90.02 0.69069E 05 0.89082 E 05 1.1392 64.95C 0.8378 -0.0344 0.7537 -1,00 5:50 90,03 0.89058E 05 0.89081E 05 64.947 361-0.7666 0.4104 0.6783 0,9509 0.83 5840 is 90.03 D.89060 E 05 0.89081 E 05 0,9249 0,67 5:30 1,17 68 0 ?? 90.03 0.8904%E 05 0.89081E 05 64.940 0.8838 1.5880 0.7227 1.33 6810 77 90.04 0.89031E 05 0.89084E 05 64.935 1.1268 2.8293 0.8837 <1,1169 1.1474 64.932 1.0699 0 6147 0.9510 '3.06 0,89022E 05 0.89085E 05 64.930 1.0321 0.6927 0.9760 1,1362 1 '9.05 0.89027 E 05 0.89085E 05 1.0715 64.932 0.8888 -0.5454 0.9319 64.923 0.9939 2.1521 0.9454 1.0632 1.50 6 20 1,83 6:40 T3 ?3.06 0.89026E 05 0.89084 E 05 1.0427 1.67 6:30 -2,00 6 50 76 90,07 0.89013E 05 0,89085E 05 0.9596 0.5483 0.9426 2,33 7:10 78 90.08 0.89007E 05 0.89084E 05 el.918 0.91 6 0.3715 0.9264 1.0141 64.920 0.9816 2,17 78 0 77 90.08 0.89009 E 05 0.89084 E 05 7 2.50 7:20 79 90.09 0.89005E 05 0.89083E 05 64.916 0.8743 0'.2679 0.9011 2,67 7:30 80 90.10 0,88991E 05 0.89084E 05 64.907 0.9625 2.2885 0.9109 0.9823 0.9672 2,83 740 81 90.10 0.88990 E 05 0.89083 E 05 64.906 0.9122 0.1076 0.9037 0.9428 ~ 3.00 7 50 82 90.11 0,88991E 05 0.89083E 05 64.908 0.8543 -0.1302 0 8822 0.9280 ~ 64.903 0.8791 1.3258 0.8728 0.9295 64.899 0.9302 1.9035 0 8793 3,17 88 0 83 90.12 0,88983E 05 0.89082E 05 0.9296 64.896 0.9268 0.8607 0.8839 3.33 8 10 84 90.13 0.83971E 05 0.89063E 05 1.50 8820 85 90.14 0.88966 E 05 0,89083E 05 64.896 0.8969 0.2681 0.8807 0.9224 _ d 0.890830 05 0.9244 3,67 8130 86 90.14 0.88964E 05 64.890 0.'9293 1.6462 0.8858 + 4.0a 8850 88 90.16 0.88951E 05 0.89083E 05 64.888 0.9096 0.4570 0.8859 0.9213 3.83 8:40 87 90.16 0.88954 E 05 0.89083E 05 0.9307 64.880 0.9579 2.1192 0.8965. 0.9269 4.17, 98 0 89 - 90.18 0.88940E 05 0.89083E 05 64.883 0,9090 -0.3138 0.8953 90.17 0.88938 E 05 0.89083 E 05 0.9153 4.33 9 10 90 0.88943E 05 0.89083E 05 64.886 0.8564 -0.5117 0.8839 64.879 0,8909 1.8235 0.8812 0.9105 0.9038 't 20 0.88932E 05 64.876 0.8743 0.'4108 0.8760 4,50 9820 91 90.') 0,89083E 05 0.88 25E 05 0,89082E 05 64.874 0.8676 0.6745 0.8705 0.8970 4.83 9 40 93 +0.20 0.88929E 05 0.89082E 05 0.8931 4.67 9:30 92 5.17 10 0 95 90.21 0.88918 E 05 -0.89082E 05 64.869 0.8802 1.2592 0.8681 0.8877 5,33 10:10 96 90.22 0,88915E 05 0.89081E 05 64.867 0,8668 0.4523 0.8640 9 - 5.00 9 50 94 90.21 0.8808 5,50 10120 97 90.22 0.88913E 05 0.89081E 05 64.866 0.8493 0.2911 0.8576 0.8738 5.67 10:30 98 90.23 0.88909E 05 0,89081E 05 64.864 0.8419 0.5971 0.8510 0.8675 99 90.23 0.88904 E 05 0.89080 E 05 64.861 0.8409 0.8089 0.8453 0.8627 i - 6,00 10:50 100 90.24 0,88898F 05 0.89080E 05 64.856 0.8472 1.0720 0.8414 i 0.8555 '.4.858 0.8207 -0.1335 0.8341 o4.855 0,8148 0.5949 0.8270 0.8485 5.83 10840 6,17 til 0 101 90.25 0.888988 05 0.89079 E 05 0.8410 6,50 11:20 103 90.25 0.88892 E 05 0.89078 E 05 64.854 0,8042 0.4030 0.8194 6.33 11:10 102 90.25 0.88895E 05 0,89079E 05 6.67 11130 104 90.26 0.88885E 05 0,89078E 05 64.850 0, f.172 1.1255 0 8.138 0.8351 0.8280 6.83 11:40 105 90.26 0.888P5 E 05 0.89077 E 05 64.850 0,7937 0.0568 0.8065 0.8209 64.847 0.7868 0.5013 0.7992 j 0.8145 ~ 7.17 123 0 107 90.27 0.88877 E 05 0.89076 E 05 64.843 0,7877 0.8284 0.7930 - 7.00 11:50 106 90.27 0.88882E 05 0.89077E 05 0.8076 7.33 12:10 108 90.27 0.88875E 05 0.89075E 05 64.842 0.7757 0.2599 0.7860 0.8020 64.837 0.7820 1.0636 0.7806 0.7948 i 64.839 0.7591 -0.2703 0.7731 7.50 12:20 109 90.27 0.68869E 05 0.89075E 05 0.7887 i 64.834 0.7640 0.9892 0.7670 7.67 12:30 110 90.27 0.88870E 05 0.29074E 05 0.7838 12:50 112 90.28 0.88857E 05 0,89073E 05 64.829 0.7719 1.1458 0 7626 .___j 9 7.83 12:40 ill 90.27 0.88864 E 05 0.89074 E 05 0.7780 64.824 0.7596 0.4651 0.7571 0.7495 0.7707 l 8.33 13810 113 90.27 0.88851 E 05 0,89073 E 05 0.7627 T' 8.50 13820 114 90.27 0.88854E 05 0,89072E 05 64.826 0,7359 -0.4507 64.826 0.7189 -0.1458 0.7408 c \\g'/ m. 8,0 0 0,7563 a '*' 1 37n3 0.7344 n anR5Mc 05 0.89071E 05 } ~~ aa av

..o, assov -A12 vu.</ u.EdNSSE 05 0.89011E 05 64.826 0.7189 -0.1458 0.7408 0.76b7 ~ 8.63 13:40 116 90.26 0.88847E 05 0.89070E 05 64.819 , 0.7311 1.3703 0.7344 0.7593, 9.00 13150 117 90.27 0.8884?E 05 0.89070 E 05 64.816 0.7309 0.7218 0.7287 0.7505 9.17 148 0 118 90.27 0.88837E 05 0.89069E 05 64.812 0.7338 0.8931 0.7240 0.7454 9.33 14810 119 90.26 0.88834E 05 0.89069 E 05 64.810 0.7286 0.4453 0.7192 0.7403 9.50 14:20 120 90.25 0,88829E 05 0.89068E 05 64.806 0.7288 0.7391 0.7150 0.7357 9.67 14:30 121 90.27 0.88822E 05 0.89068E 05 64.803 0.7358 1.1361 0.7120 0.7322 9.83 14840 122 90.25 0.88822E 05 0.89067E 05 64.801 0.7241 0.0459 0.7082 0.7280 10.00 14:50 123 90.25 0.88819 E 05 0.89067 E 05 64.799 0.7200 0.4806 0.7043 0.7235 10.17 15 0 124 90.24

0. H 8817E 0 5 0.89066E 05 64.796 0.7129 0.2895 0.7002 0.7194 3

10.33 15810 125 90.24 0.88815 E 05 0.89066 E 05 64.795 0.7064 0.3107 0.6959 0.7149 10.50 15 20 126 90.25 0.88809E 05 0.89065E 05 64.790 0.7108 0.9890 0.69.a a 0.7111 10.67 15830 127 90.24 0.88811 E 05 0.89065 E 05 64.790 0.6948 -0.3148 0.6818 0.7065 10.83 15 40 128 90.25 0.88804E 05 0.89064E 05 64.786 0.7023 1.1860 0.6843 0,7027 11.00 15:50 129 90.24 0.88808 E 05 0.09064 E 05 64.788 0.6816 -0.6663 0.6793_ 0.6978 11.17 168 0 132 90.24 0.88801E 05 0.89063E 05 64.782 0.6888 1.1686 0.6754 0,6937 11.33 16:10 131 90.22 0.88800 E C5 0.89063 E 05 64.780 0.6841 0.0962 0.6711 0.6893 11.50 16:20 132 90.23 0.88796E 05 0.89062E 05 64.778 0.6791 0.6101 0.667: 0.6852 e 11.67 16830 133 90.22 0.88790 E 05 0.89062E 05 64.773 0.6838 1.0123 0.6638 0.6817 i 11.83 16840 134 90.21 0.88789E 05 0.89061E 05 64.771 0.6777 0.2544 0.6604 0.6780 12.00 16:50 12.17 178 0 ~135 90,19 0.88783 E 05 0.89061 E 05 64.768 0.6806 0.8882 0.6574 0.6748t 136 90.20 0.88780E 05 0.89060E 05 64.767 0.6783 0.5109 0.6546 0.A'17 12.33 17 10 137 90.19 0.88778 E 05 0.89060 E 05 64.763 0.6740 0.3595 0.6516 0.6686 12.50 17:20 -138 90.18 0.88771E 05 0.*89059E 05 64.758 0.6788 1.0381 0.6493 0.6659__ '12.67 17830 139 90.18 0.88775E 05 0.89059 E 05 64.760 0.6622 -0.5798 0.6460 0.6625 ' 12.83.- 17:40 140 90.18 0.88772E 05 0.89058E 05 64.757 0.6604 0.5255 0.6427 0.6591. 7,/f13.1713.33 '"18f10_) 188 O 141 90.17 0.88764E 05 0.09058E 05 64.750 0.6595 0.6250 0.6396 0.6521 142 90.16 0.88766E 05 0.89057E 05 64.750 0.6481 -0.2558 0.6359 0.6558 }h. 13.50 18820 143 90.17 0.88762E 05 0.89057E 05 64.748 0.6470 0.9610 0.6324 0.6485 13.67 18:30 144 90.16 0.88751E 05 0.89056E 05-64.740 0.6611 1.8107 0.6303 _0.6460._ 13.83 18840 145 90.15 0.88743 E 05 0.89056 E 05 64.741 0.6688 1.3113 0.6288 0.6443 t 14.00 18:50 146 90.15 0.88732E 05 0,89056E 05 64.736 0.6819 1.7755 0 6285 0.6436 y 14.17 198 0 147 90.14 0.88736 E 05 0.89056 E 05 64.737 0.6670 -0.5932 0.6272 1 4.33 '19:10 148-90.14 0.88727E 05 0.89056E 05 64.731 0.6756 1.4187 0.6266 ~ '0.6419 id 14.50 19:20 149 90.13 0.88731E 05 0.89055E 05 64.732 0.6599 -0.6956' O.6250 0.6391 O.6410 14.67 19:30 150 90.13 0.88723E 05 0.89055E 05 64.726 0.6678 1.3618 0.6240 ~0.6379 e 14.83 19:40 151 90.13 0.88730 E 05 0.89055 E 05 64.731 0.6464 -1.2453 0.6218 0.6355 j 15.00 19:50 152 90.12 0.88724E 05 0.89055E 05 64.726 0.6507 1.0351 0.6200 0.6335 1 i 15.17 208 0 153 90.13 0.88725 E 05 0.890540 05 64.727 0.6425 -0.0940 0.6178 0.6311 15.33 20110 154 90.13 0.88712E 05 0.89054E 05 64.717 0.6582 2.0983 0 6167 0.6298 ~ 15.50 20820 155 90.12 0.88713E 05 0.89054E 05 64.717 0.6490 -0 2015 0.6152 0.6281 15.67 20:30, 156 90.12

0. 88 712E 0 5 0.89053E 05 64.716 0.6440 0.1828 0.6135 0.6262 15,83 20:40 157 90.11 0.88717 E 05 0.89053 E 05 64.719 0.6276

-0.9195 0.6109 0.6236 i 16.00 .20:50 158 90.12 0.88704E 05 0.89053E 05 64.710 0.6439 2.2009 0 6095 0.6220 16.17 218 0 159 90.11 0.8?705 E 05 0.89052 E 05 64.71J 0.6360 -0.1250 0.6077 0.6200 l 16.33 21:10 160 90.11 0.88703E 05 0.89052E 05 64.707 0.6321 0.2615 0.6058 0.6180 1 16.50 21820 161 90,12 0.88698 E 05 0.89 052 E 05 64.705 0.6333 0.74 98 0.6041 0.6162 16.67 21:30 162 90.10 0.88695E 05 0.89051E 05 64.700 0.6329 0.5987 ,0.6025 0.6144 _l 16.83 21 40 163 90.10 0.88696 E 05 0.89051 E 05 64.701 0.6246 -0.2142 0.6005 0.6124 17.00 21:50 164 90.11 0.88688E 05 0.8905GE 05 64.696 0.6310 1.2844 0.5990 0.6107 17.17 228 0 .165 90.12 0.88682E 05 0.89050E 05 64.692 0.6340 0.9461 0.5978 0.6093 s 17.33 22810 166 90.10 0.88685E b5 0.89050E 05 64.693 0.6234 -0.4718 0.5961 0.6075 17.50 22:20 167 89.72 0.88754E 05 0.89048E 05 64.697 0.5110 11.2190 0.5882 0.6017 17.67 22830 168 90.15 0.88671E 05 0.89048E 05 64.688 0.6335 13.5409 0.5875 0.6008 s 17.83 22:40 169 90.11 0.88674 E 05 0.89048 E 05 64.685 0.6228 -0.51a1 0.5863 0.5994 18.00 22:50 170 90.10 0.8867aE 05 0.89047E 05 64.687 0.6092 -0.8480 0.5844 0.5974 l i 18.17 238 0 171 90.10 0.88672 E 05 0.89047E 05 64.682 0.6142 1.1571 0.5829 0.5957 y 18.33 23810 172 90 10 0.88669E 05 0.89047E 05 64.680 0.6138 0.5719 0.5815 0.5941 18.50 23 20 173 90.12 0.88668 E 05 0.89046 E 05 64.681 0.6098 0 1663 0.5799 0.5925 18.67 23:30 174 90.12 0.88665E 05 0.89046E 05 64.679 n.6n87 0.494n n.s7n4 a wona ga ni siesn esa a-w

iv.1/ Os u apr vu.lu u.coooc t U2 U.ovu4> t o> o*.esa u.syv1 -u.sgoa u.> tov -u.se>v ^% 19.33 0810 178 90.11 0.88656E 05 0.89045E 05 64.671 0.6001 0.7209 0.5'723 0.5842 19.50 0:20 179 90.12 0.88650E 05 0.89044E 05 64,668 0.6027 0.9115 0.5710 0.5828 19.67 0830 180 90.12 0.88653E 05 0.89044E 05 64.670 0.5935 -0.4810 0.5693 0.5809 19.83 0:40 181 90.13 0.88642E 05 0.89044 E 05 64.663 0.6036 1.7960 0.5681 0.5797 20.00 0:50 182 90.13 0.88643E 05 0.89043E 05 64.663 0.5975 -0.1198 0.5668 0.5782 PS 20.17 il 0 183 90.14 0.83638 E 05 0.89043 E 05 64.660 0.5989 0.7668 0.5655 0.5768 20.33 1810 184 90.14 9.88634E 05 0.89043E 05 64.657 0.5995 0.6775 0.5644 0.5756 20.50 1820 185 90.13 0 88639E 05 0.89042 E 05 64.660 0.5882 -0.7913 0.5628 0.5739 20.67 1830 186 90.14 0.88630E 05 0.89042E 05 64.653 0.5943 1.3432 0.5616 0.57?6 20.83 1840 187 90.15 0.88633 E 05 0.89042 E 05 64.657 0.5856' -0.4891 0.5601 0.5710 21.00 1850 188 90.15 0.88625E 05 0.89041E 05 64.650 0.5923 1.4391 0.5589 0.5697 21.17 21 0 189 90.16 0.88623 E 05 0.89041 E 05 64.650 0.5894 0.2151 0.5577 0.5684 21.33 2:10 190 90.16 0.88619E 05 0.89041E 05 64.647 0.5897 0.6328 0.5565 0.5671 21.50 2:20 191 90.17 0.88613 E 05 0.89040 E 05 64.645 0.5933 1.0625 0.5556 0.5661 21.67 2130 192 90.17 0.88615E 05 0.89040E 05 64.646 0.5860 -0.3549 0.5544 0.5648 21.83 240 193 90.18 0.88608 E 05 0.8904 0 E 05 64.641 0.5903 1.1599 0.5535 0.5637 22.00 2:50 194 90.17 0.88608E 05 0.89040E 05 64.641 0.5858 -0.0154 0.5524 0.5625 22.17 38 0 195 90.13 0.88607 E 05 0.89039 E 05 64.641 0.5829 0.2130 0.5513 0.5613 22.33 3 10 196 90.18 0.88610E 05 0.89039E 05 64.643 0.5747 ' 0.5302 0.5498 0.5598 22.50 3 20 197 90.19 0.88o03 E 05 0.89039 E 05 64.639 0.5789 1.1573 0.5486 0.5585' 22.67 3:30 198 90.20 0,88600E 05 0,89038E 05 64.637 0.5774 0.3745 0.5474 0.5573 22.83 3840 199 90.21 0.88596 E 05 0.89038 E 05 64.635 0.5787 0.7536 0.5464 0.5561 23.00 3:50 200 90.21 0.08596E 05 0.89038E 05 64.636 0.5744 -0.0075 0.5452 0.5548 23.17 48 0 201 90.23 0.88587 E 05 0.89037 E 05 64.631 0.5804 1.4183 0.5443 0.5538 23.33 4110 202 90.22 0.88589E 05 0.89037E 05 64.631 0.5740 -0.3310 0.5432 0.5526 23.50 4:20 203 90.24 0.88582 E 05 0.89037 E 05 64.628 0.5778 1.1210 0.5423 0.5516 23.67 4:30 204 90.24 0.88582E 05 0.89036E 05 64.628 0.5742 0.0748 0.5413 0.5506 23.83 4:40 205 90.24 0.88580 E 05 0.89036 E 05 64.627 0.5722 0.2874 0.5402 0.5495 24.00 4:50 206 90.27 0.88574E 05 0.89036E 05 64.625 0.5751 0.9837 0.5394 0.5485 24.17 58 0 207 90.26 0.88577 E 05 0.89036 E 05 64.626 0.5673 -0.5499 0.5382 0.5473 ' 24.33 5:10 208 90.27 0.88572E 05 0.89035E 05 6-4.624 0.5690 0.8147 0.5372 0.5462 24.50 5:20 209 '90.28 0.88569 E 05 0.89035 E 05 64.623 0.5687 0.5349 0.5362 0.5452 24.67 5:30 210 90.29 0.88562E 05 0.89035E 05 64.618 0.5723 1.1013 0.5355 0.5443 24.83 5140 211 90.30 0.88558E 05 0.89035E 05 64.616 0.5727 0.6379 0.5347 0.5435 25.00 5:50 212 90 30 0.88559E 05 0.89034E 05 64.617 0.5681 -0.1108 0.5339 0.5426 M 1 h w I w w t e

o DaESDEN UNIT 3 1441 04/25/82 esse jUMM ARY OF D AT A SETS 213 THRU 219 **** Tt:ST DUR. TAPE DATA TEMP MEAS CALC. MASS DRY AIR MEAS. LEAK RATE CALC. LEAK UPPER 95% HRS T IME SET (F) MASS Ts0 PRES X/ DAY RATE CCNF LIM (PSIA) TOTAL POINT X / DAY O.00 68 0 213 90.30 0.88551E 05 0.00000E 00 64.611 O.04 68 2 214 90.31 0.88546 E 05 0.00000 E 00 64.608 3.4787 3.4787 0.20 6 12 215 90.32 0.88537E 05 0.88550E 05 64.603 1.8909 1.5353 1.7827 3.2223 O.37 6:22 216 90.32 0.88525 E 05 0.88550 E 05 64.594 1.9371 1.9940 1.8549 2.1757. 0.54 6:32-217 90.33 0.88522E 05~ 0.88549E 05 64.582 1.6635 2.3170 1.5568 1.8118 0.88549E 05 64.593 1.4611 0.4023 1.5005 1.9340 O.70 6:42 218 90.33 0.8850BE 05 O.87 6t52 219 90.33 0.88505E 05 0.88548E 05 64.579 1.4382 0.4855 1.4450 1.6507 l l g l 5 l Of N s gg l 5 i L. fl A y 5 1, ; 2 1 J \\ N ) i ,\\ i i Od s e-._

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i a. i t k O N E g g ( R t 0 0 o % % s y m 9 q g.- ca l l N sI E i g 'N i t I l l l g i i q g cgg l l o q 3 m U =g E. = l8 !!! 9 i e o t 4 @ t 4 'm [ i R c i o e o l e s s s y e + ~ 5 Y me D E s O S eg 5s! g 4 C 0 $ g x s e s % s s = 3 v y A 8 r e m N M g 4 2 a ~ ce %w E 'S 5 S i w i k g% Ng D k w = k k $ % bN M k 7 N N i w e E N N m i N i i e! i s s e s s i s s % 2 & k k.N $, 4 D k k' N k M' CE l E x W E

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I))C3L LEEK RATE TESTS P"RF0DTD DURING 'IllE UNIT 3 REFUEI.ING OUTAGE CF 1982. TYPE OF PENETRATION: PAHW/AMEffT tSotAtoni iress INITIAL INITIAL DIRU FINAL FINAL RIRU TEST PENETRATION LEAK RATE LEAKACE LEAK liATE LEAKAGE NUMBER HUMBER VOLUME BEING TESTED SCRt SCRI SCRt SCFil 31 x-sI{ _ Is0I-2s _ 24. bo. 61_ Az 4 63 5612. 4 4.43 " /2.D6 f.aa I 40

1. ~'"/x-se+. lbol -57. 58 4 39 80.4 47 "

.M '.47 Af X-itB 2001-5 4 200t-6 30 .tS' . /B .01 .59 42 X-//7 200/ -/05 J.200/- /06 _ /./7 .59 43 X-/28 23o/- 4 / 2 3 o / .S~ /.o 2/ 5/ .S/ A+ X-3/z. 230 /- M / 230 / - 7/ 38 .M , /f was As sanoa .z sol ~35 4 23o1-34 0 0 O AL X.317 230/- 45 4 230l-74 184.6 + l.45 " 2.89 /.15-4T X-/39b__ 4720 4 472/ o o 0 48 X-l2/ 472L 4 ChcLfales. .24 ./2 /Z ' +1 X-/0/ 9207 K N Eovi of lme .tf 94 .9+ M Y-IDI 92r>7 8 / Sed of lme / 39 SI X-lol 9708 4 / End of / sore .26 26 .26 1 52 X-Id/ 9208 6 4 End of lec .53 I O f 52 X 1BA East Ibns Aw &/w o o 5+ t-3/3 8 M/es t S w s % Kim o o o 35 X-/36 F 74 b se CArck 14/en 73 .27 .37 TOTAL VIRU LEAKAGE FOR PAGE ((.06 //,01 i T. ) ) .-.e ..,........,.r..t..,.

E5-5 k i 5 N k D o o ~ m e s N iE g I I i Egg l t I I I I t I t l i ( t y 2_ Q Ru e D 0 Q O a m o o = z. .u ti E W W @h e4 K Q *W'N '] sga 9 3 9 4 9 7 5 4 9 T N e Q Q 4 = $s wg w Q ? 8 d e e e 4 e e d k E e e c0 E J E E s C a g e a am a a w a 4 w a f$ b T Y 1 Y T k I g, .g @ $s ,O '$ 1* **"s m s w $ )) 7%w 2E i l136 $I m e a wea .3 e t ys n-a g. :s s x x -o c N U d T c0 3 h M N g g o x y =

• h 25 5 d E

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1. <*-E 2 *

%

• X Lo

?: 't = t-7 7 T T ? 7 T T T T ? T T = w x x x x x x x x w w w x w A x x g s

~ LOCAL LEAK RATE TESTS PERFOR}!LD DURING tlE UNIT 3 REFUELING OUTAGE OF 198E TYPE OF PENETRATION fXS{N CONT @ l$0(A76E INITIAL INITIAL 111RU FINAL FINAL VIRU TEST PENETRATION LEAK RATE LEAKACE LEAK IIATE LEAKAGE NUMBER NUMBER VOLUME BEING TESTED SCHI SCFII SCMI SCFit 74 X-3fk6 2519 -3 8 4 Ched else /2ew-24e) o o o 74 x-3rs s 2444-as 4 2+tr -4a o o o 1

• ls" X-l%06 2599-2A 4 Check Wlve (2s94-2sn) 2I

. // .ll TI, X-IAb 2499-IA 4 Z$99-2A . 27 ./9 . I1 TT X-lL7 2599 -2& 4 deeL I4Ive (1391->281 0 0 O 16 X~127 2499 -I6 4 2441-2A o o O 19 X-/25 .2514 -4A 4 2S99 -54 8.17 4.09' 4.61 80 X-tzy '2M1-M d2s19-as 55' .28 28 i 1 i i j q j TOTAL T11RU LEAKAGE FOR PACE 4 67 dI7

• Indicat hterhendpresent on nn.. M n r..

1. I ) ')

LOCAL LEAR, RATE TESTS PERFOMtED DURING TllE UNIT 3 REf UELING OUTAGE OF 1907-TYPE OF PENETRATION: ELECTdICI IT'HEI(ffinAl a INITIAL INITIAL THRU FINAL FINAL 11tRU LEAK RATE LEAKACE LEAK l(ATE LEAKACE l TEST PENETRATION SCF11 SCFil SCRt SCFH VOLUME BEING TESTED NUNRER NUMBER Bi X-200c L 1/ Pa c e r d Coo % l 9.37 . 4.61 ~ 7.og 3 55 JO 15' 64 . 32. l 82 g-2o/8 Hl/ Power .89 .45 o o 83 ' X-202S CRD Indscaba O o . l l8 59 l Bf X-10288 CR.b Indicaiten 0 o do .30 86 X-202 6 H l/ Pom3er 83.9 6 b!\\R lb.46 S. + 6 5 X-202 F Therenas.ouple I.zo .All b o BT X-2023

Meviron _Musu4ec

~ o 59 .3o o 88 K -102kl hieoiron Man,4sr I. I 6 .59 o o 89 A-202 R Ensiteestote % o 57.A3

26. d r.

o l 90 X-102.6 Cf D JnAcaba il.% 6.87 17 4.BS l 9I X-2ozw CRD Inolachen o o o l 42 Y-2o3 8 H i/ foa3cc A.84

2. +2 4.6t 2.4 I I

93 X-204A-H ll Paver 81 .ir .46 .34 i l if X-204 C Meofa IHc>nrfes. I.T8 89 .47 .34- \\, W A-20+H kle_uires Mon.4on lb.2 et 5./S to.4/ s' 3 Ab K-20%L fanste 4 farodsd 7 42 3.71 7ts 3.51 l 41 X -Jo + M L.tl Poasee b I.Tb 75 l7 TOTAL 111RU LEAKAGE TOR PAGE ,') 7 4

.,,p LC2dL LEAK RATE TESTS PERFORMED DURING Tile UNIT 3 REFUELING OUTACE CF 198E TYPE OF PENETRATION: _ ELECTA Gt' N W sy m 7( W i INITIAL INITIAL 'DIRU FINAL FINAL TIIRU TEST FENETRATION LEAK RATE LEAKAGE LEAK R' ATE LEAKAGE NUMBER NUMBER VOLUME BEING TESTED SCFil SCFil SCRI SCFil 4A X-20W; CAD Inotreatces llT.so ss.7s' o o 94 i-204 G CRA Lim-fors 5.06 Z 53 7 4 2. 3.71 loo X-20% LtlPosec 4 Co,ctreI 12.2.4

f. tz 4.29 2.t4 ioi Y.JosB CRn Ldaatr1 o

o o e i 9 9 TOTAL 'IllRU LEAKAGE FUR PACE $7.t 6.Y Aindica t!. eterhead prenant nn nnn = t.ta n r ..a i..a D

If, CAL LEAK RATE TESTS PERF0iUfED DURING TIIE UNIT 3 RF. FUELING OUTACE OF 1982. TYPE OF PENETRATION: BElftXd M PENE1(AT/onIS INITIAL INITIAL THRU FINAL FINAL 111RU i TEST PENE1 RAT 10N LEAK RATE LEAKAGE LEAK R' ATE LEAKACE NUMBER NUMBER VOLintE BEING TESTED SCMI SCMI SCMt SCMt -10 2. $~losA Pemary Sfo__Lue_. 3 3 ~ 10 3 1-1058__ Proy Slesm in' e. n 1 i lo't K-losc. Preneurs htem Lune. ~ 10 5 x_-loSb Premars, St w Une ~ IN i-106 Primary Stm Orash ~ i 10 7 X-fo1A & ed a fer-i l l0R _ X-Io76 Feed awter- ~ le9 X-fli A Shofcloaan Coo (de p 172. l.86 L l.E 110 X-qte, SliofJoam _ Cod,. 0 Ill X-I28 Hitt Slanm Sarrly ~ a ll2. X -ILL A LPcl Islection ~ I 113 X-Il6g Lfti nj,cf,;,n 114 Y-123 R BcLtd__Intet it 'J X-12 + RBr u d noffet 4 l Ils X-t16 I k p II foqr- ~ j 11 T A-las 5 A t 8 _ L_i p A co drel 7 lifs X-W14 I.sst. % G Jem,c 6 6 1. A fue,i 4.otT 2.o f j 2.of TOTAL 111RU LEAKAGE FOR PAGE 3.87 N i ainatcot 4terneai,resen, on on. ai.i-or --i-- 1 ') 1 i

I l UR E IDCl 7 AF 4 x. i i N. LKC ) AAS t NE I L h F l ) 7 ET LA 'A t R T N M ~ I KC t FASE 9 L 9 1 F U 7 O R 4 6 H E TE 2 C GN A LAF 3 T AKC 7 U I AS O TE I L . 7h G N I 9 / l. m N I M LE E U LT + o FE e AA 3 t s. I RI R e T M L 3 f I KC NAS h, T I E I L b) l M[ N 3 U E HT h m G e. l N b &w i IRUD D n E E N D M O E v a AG h,, R I T f P O T S s F A E R R R T U E T e F P E G e d N N E S E I a G T P E H r A S B f K +u (o E F l A T O E e i E M n f

m. 4 L

s E E U r a L s l T P L o r A Y O f t e. fe U n R R T V e S s I %a l M c l a o a K m c m A 1 L e b E B l A ro e L L T i r R c c R O D L C 1 1a G L NO I A TR 8 A s 7 s 8 AE 9 i M v a 4 1 o RB 0 i 1 \\ l TM 1 I l A-X t-X EU NN / i X E s P l 2 3 + 5 0 R TE 2 0 SB i 1 r 2 2 1 0 EM 1 l I 1 1 1 TU l' I N h e l .1l \\l

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• I Ci i

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3 a o 3 AAs I o o NE 1 I L F o 1 ET t LA 'A s 6 s 4 I Kc 2 8 7 e i Rt i 4 o N r o FAs i 3 E 8 L 9 1 F U C R 1 1 E 1E G Gt s T AKc o e o 1 a s i A LAr 1 3 o o o o 4 I As o o o o o 2 T I o s O TE 6 I L i [ G N N, I I L h E E U LT r AA E T r o o o o o o o O = 2 0 R I Rt o b 4 1. T o o o o i 3 I Kc T NAs 1 T I E g L 3 I N U E d li G X c. o s F A T t s I 4 a z z t N t 2 z s 3 s s s ) R t U e 3 3-D ) [ t r t l l o o o o e / l e. o o D t, M 6 s A b f E N o f I I I l I E 1J O E k e e_ l C P I T k A O T s c w F A e i n P y e. e o e R ve R R T o e e E T H tBH V k O l e g sU P E c i un N N e s s F n S E I g n u a a a v T P E t n a l l l F F P M r G f E t d B A o S n e e l E F l m P F aa K T O E r A e E E u Y r r r r e a n l E d F~ H s L i H e o o c o T P L o A Y 0 eoL o + d 4, i. u a s T n n n c U R T v G A d n R e n o o o l a o l K H a a 1 n W M M H H H el 1 l 1 o A l w e E l s L n L e vI yu m D A o T T_'% iI Q a, p o I T e 1 oiR ?e r O t i i / D D Ta O D G T T T r T n C e L ser NO A p I A c D E F r c t b b h d TR 0 2 b r~ l t l t n 6 6 b l l l t t Rn 0 o 3 5 5 5 5 3 A o o 0 o s 0 0 e AE 1-B h / J-3- 3-3- 3~ 3-Ti 1 l I 1 1 1 l \\ a r X-E. ~- e NN E X X X X X X X N X X K ( X K ( t s h P n 't TE 6 7 9 a 6 o' i Z 3 4 6 b 7 6 Sm 2 c M o E 2 2 2-l / ./ 2 b 8R 3 3 5 B s 5 A 4 4 C r i i I 1 d Y. L_ 4 - 1 1 f I i 1 I l I I n ift E I I l . h p }'. i 'I ~l."

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l f1 l UR 1 C", i 1 1 l AF 4 + LKC 7 1 o o o o o o o 7 3 o o AAS 4 1 l e o 0 0 NE o I L 0 F 2 l ET LA 1 + ARI + s. a o ~ ~ N R l s I KC ( 1 FAS 1 s. E C L ~ 9 1 F U O R I E DE C GI A LAR h i o o o o o o o e o T T AKC o o s U I AS o l O TE I L I G N o N I I L 5 E 4 E U F / LT E E AA o e R S I Rt o o o o o e o T ,R o o o o i 3 I KC o aL NAS r I E T L I O U A J E / G r I D o 3 &s T G d ' s 3 3 5 "2 "3 4 s f 7 b h d 3 3 s f t m a I l s l I R i l o D h o a a U 6 e l D b 6 b 1 b o I I is 1 b o a M. ma i E N D E mU ,E G I T H A = c T S t r P s A F A E R R T a H t R E T e M h % a. O P E G F N N k u d s a a x, c c S E I E n T P E G 4, n S B t o A E F A s t o C K f T, u c T O E A A s M s E U m E A u ~ L s g T P L n s x a r a U o A Y O y %s R T V c r R n o L K 1 To Ta T 11 A E r L L t a A s~ f

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s e T t LA n s r A s e h O o U E W S T Te E J c b N O S_ 8 C e A A I TR A A I s l L M AE I l 2 o o 3 l s A A A A A A A A RB o e o l 1M d-B S i / / / / / / / / EU S 3-S- H 0 H 'u M E i i X K X K k n N M ) NH X X N P ~ R TE 5 b 7 8 9 I 2 3 +J 5 6 5 5 5 EM 3 4 5 h 7 o 9 0 SB ~ TU 4 4 4 A 4 t 4 6 V 5 5 ~ t l' 1 l [ 1 1 I I I. i N l / I I I 1 l

4 i LCC".L LFidt RATE TESTS PZRFO? DIED DURING T115 UNIT 3 REFUELING OUTAGE OF 19 j TYPE OF PENETRATION: MisntANEmm TE%Tsd Adetteret_1fg.s '![ INITIAL INITIAL TilRU FINAL FINAL TilRU ^ ^ - (EST PENETRATION LEAK RATE LEAKAGE LEAK RATE LEAKAGE I '

• I'fR ER N'l'fBER VOLUME BEING TESTED Scat SCFH SCFH SCFil a /A.

30l-l$b 8 t Rot-85'IB .02 .of DI N N/A 301-156A & 31-157 A .23 12. 12 T: t. l . e N/A Bot-IlO S 4 20l-thf R R4 % A*l.l 8 2 58 f.29 h.? ^ ' M/A 301 -ILOA 4 SQL-LbtB 88 4+ .4+ ~ 1 ([1fI Personal Air Lock a CCSW 1/al-t boor-o ' CCSU) 3-85lo-16"h ^ CCSM 3-1514-16"B _ (C6!a) 3 - iso}-In"b ~ o ccsta CCSW 3 -ISOSK-12'O o wau. 1 fEssamode_ /'/sw 3 -1512c. -l2"o a 4 Pnuaer Saggly -to CCSui pnnsp *R" ?cxoer 60pely % l\\nntL CCSW Poe p*c" e - kl.yfnAlo ate. 3-4 sos.a % o r Hvpochlornie. 3 -451C-8'As o Safice inatn t N,cocklor& 3-3935-2" o l L y l Tanct -Rock __AseurtdIr____aystem t.c o d'I 76 /.85 TOTAL '111RU LEAKAGE FOR PAGE T..._..,,,,...,,,,,...,,,, 7 )

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