ML17303A684
| ML17303A684 | |
| Person / Time | |
|---|---|
| Site: | Palo Verde  |
| Issue date: | 11/13/1987 |
| From: | Van Brunt E ARIZONA PUBLIC SERVICE CO. (FORMERLY ARIZONA NUCLEAR |
| To: | NRC OFFICE OF ADMINISTRATION & RESOURCES MANAGEMENT (ARM) |
| References | |
| RTR-NUREG-0737, RTR-NUREG-0857, RTR-NUREG-737, RTR-NUREG-857, TASK-3.D.1.1, TASK-TM 161-00653-ACR-S, 161-653-ACR-S, TAC-61885, NUDOCS 8711170285 | |
| Download: ML17303A684 (46) | |
Text
REGULA
.Y INFORMATION DISTRIBUTIO
'YSTEM (RIDS)
ACCESSION NBR: 8711170285 DOC. DATE: 87/11/13 NOTARIZED:
NO DOCKET 8 FACIL:STN-50-530 Palo Verde Nuc lear Station4 Unit 3i Arizona Pub li 05000530 AUTH. NAME AUTHOR AFFILIATION VAN BRUNT'. E.
Arizona Nuclear Poeer ProJect (formerly Arizona-Public Serv RECIP. NAME RECIPIENT AFFILIATION Document Control Branch (Document Control Desk)
SUBJECT:
Forwards util leakage monitoring testing program results per NUREG-0737. Item III.D. 1.
1 5 util 820524 ltr.'Results part of util commitment to program to reduce leakages during accident4 of radioactive fluids from sos outside containment.
DISTRIBUTION CODE:
A046D COPIES RECEIVED: LTR J.
ENCL J SIZE:
TITLE:
OR Submittal:
TMI Action Plan Rgmt NUREG-0737 5 NUREG-0660 NOTES: Standardized plant.
05000530 RECIPIENT ID CODE/NAME PD5 LA LICITRA4E INTERNAL: ACRS AEOD/DSP/TPAB NRR/DEST/*DE NRR/DEBT/MEB NRR/DREP/RPB OGC/HDS1 RES DEPY GI EXTERNAL:
LPDR NSIC NOTES:
COPIES LTTR ENCL 1'
1 10 10 1
1 1
0 1
1 1
1 1
0 1
1 1
1 1
1 1
1 RECIPIENT lD CODE/NAME PDS PD DAVIS' AEOD/DOA
,ARM/DAF/LFMB NRR/DEST/*DS NRR/DREP/EPB ILRB-R G FIL '1
/EIB NRC PDR COPIES LTTR ENCL 5
5 1
1 1
0 1
0 1
1 1
1 1
1 1
1 TOTAL NUMBER OF COPIES REQUIRED:
LTTR 35 ENCL 30
0 0!
j 4
I>
Docket No.
STN 50-530 Arizona Nuclear Power Project P.O. BOX 52034
~
PHOENIX. ARIZONA85072-2034 161-00653/ACR/SGB November 13, 1987 U.
S. Nuclear Regulatory Commission Washington, D.
C.
20555 ATTN: Document Control Desk
References:
(1)
Letter from E.
E. Van Brunt, Jr. to G.
W. Knighton, (NRC), dated May 24, 1982 (ANPP-20853).
Subject:
Amendment 3 to PVNGS Lessons Learned'mplementation Report.
(2)
NUREG-0857, Supplement No. 2; "Safety Evaluation Report Related to the Operation of Palo Verde Nuclear Generating Station, Units 1, 2 and 3", dated May, 1982.
Dear Sirs:
Subject:
Palo Verde Nuclear Generating Station Unit 3 Item III.D.l.lof NUREG-0737 File: 87-F-056-026 (PVNGS)
ANPP previously committed to implement a program to, reduce leakage from systems outside containment that could contain highly radioactive fluids during a serious transient or accident to as low as practical levels.
As a part of this
- program, ANPP has agreed to submit a report to the NRC Staff which presents the results of the initial leak rate tests for the subject fluid systems.
The attachment to this letter is the report which details the leak rate test that has been performed.
If you have any questions on this matter, please contact Mr. A.
C. Rogers of my staff.
Very trul you s, 87iii70285 87iii3 PDR ADOC< 05000530 P
PDR E.
E. Van Brunt, Jr.
Executive Vice President Project Director EEVB/SGB/ls Attachment cc:
0.
M. De Michele E. A. Licitra J.
R. Ball A. C. Gehr (all w/a)
0 s
4C>>
~
RESULTS OF LEAKAGE MONITORING TESTING OF SYSTEMS 'OUTSIDE ~CONTAINMENT WHICH COULD CONTAIN RADIOACTIVE FLUIDS FOLLOWING AN ACCIDENT PALO VERDE NUCLEAR GENERATING STATION UNIT 3
4t 0~,
The objective of the leakage monitoring testing, program is to locate and minimize leakage from those portions of the Safety Injection System and the Post-A'ccident Sampling System which could contain highly radioactive fluids during a
serious transient or accident.
This testing ensures. that leakage from these systems is maintained to as low as practical levels.
The leakage monitoring tests are performed on a
schedule of at least once per refueling cycle in order to meet the requirements of PVNGS Unit 3 Technical Specifications 4.5.2.e.4 and 6.8.4.a and NUREG-0737, Item III.D.1.1.
The leakage monitoring tests
.were performed'n those portions of the Safety Injection System and the Post-Accident Sampling System outside containment which are likely to contain radioactive fluids following an accident.
The detailed results of these leakage tests are presented in Section III of this report.
The overall estimated leakage from the safety injection system is as follows:
(Please note that leakage estimates were not made for the sampling system which was inspected for indications of leakage in order to determine where corrective measures were needed).
Estimated Leaka e (
m)
Combined Safety Injection/Containment Spray (Trains A and B)
- 0. 06 II.
LEAKAGE MONITORING TESTING PROGRAM DISCUSSION This testing program is designed to identify any leakage from the applicable portions of 'the Safety Injection System (low pressure, high
- pressure, and containment spray) and the Post-Accident Sampling System.
Por the Safety Injection System, the system is pressurized to greater than 40 psig at such time an inspector walks down the piping systems to identify any leakage from the potential leakage paths (i.e.,
valves, fittings, seals, etc.).
For the Post-Accident Sampling
- System, the system is inspected while it is operating in the normal sampling mode for each of the, separate sample points (i.e.,
RCS hot leg, letdown
- line, containment radwaste
- sump, auxiliary building
- sump, safety injection lines).
The Post-Accident Sampling System gas sampler is tested by pressurizing the system with nitrogen gas and then checking for indications of a leak.
I gi I
"lt~
1 k
III.'EAKAGE MONITORING TESTING'ROGRAM RESULTS The Tables presented in this section of this report summarize the testing program results and the identified leakage from the outside containment portions of the Safety Injection System and the Post-Accident Sampling System.
The following codes are used in the Tables,to identify, the location of the leak:
(Note that the estimated leakage numbers in'the"tables are given in units of ml/minute).
Location of Leak:
P
=
Packing/Stem Leak DC
=
Drain Cap Leak VC
=
Vent Cap Leak S
=
Seal Leak 0
=
Other Type of Leak
41 4l 3
n I'
Emer enc Core Coolin S stem Sum Train A Recirc.
sump pene.
outside flange SI-V864, test PSV-151 SI-V207 and flange, test connection SI-V205, sump to SI pump check SIA-UV-674, CTHT isolation valve SI-V828, SI suction vent SIA-UV-708, sample valve to PASS SI-V105, CS pump suction SIA-HV-683, LPSI suction from RWT SI-V470, HPSI "A" suction CH-V306, RWT outlet check SIA-HV-531,, RWT outlet to SI Location of Leak 0
p 0
S Estimated
~Leaka e
0 1 ml/mi'n 0
0 0
0 0
0 1 ml/min 1 ml/min 1.5 ml/min 1 ml/min 0
41 t
Oi
Emer enc Core Coolin S stem, Sum Train B Recirc.
sump pene.
outside flange SI-V862, test PSV-140 SI-V208 and flange, test connection SI-V206, sump to SI pump check SIB-UV-676, CTMT isolation SI-V829, vent CH-V327, charging pump suction from SI SI-V104, CS pump suction SIB-HV-692, LPSI suction from RWT SI-V402, HPSI "B" Suction CH-V305, RWT outlet check CHB-HV-530, RWT outlet Location of Leak Estimated
~Leaks e
0 0
0 0
0 0.
0 0
0 0
0 0
0'
l h
Trains "A" and "B" Hi h Pressure Safet In ection and Containment S ra Pi in SI-V470, HPSI pump "A" suction SI-V552 and'ap, test SIA-F02, suction strainer SI-V009, test connection SI-V981, HPSI pump "A" vent SI-V980, HPSI pump "A" drain SI-V955, HPSI pump "A" drain SI-V956, HPSI pump '"A" drain HPSI pump "A" balancing line HPSI pump "A" outboard seal HPSI pump "A" cyclone filter HPSI pump "A" casing, SI-V966, PT-308 isolation PT-308 F0-25, mini-flow recirc. orifice SI-V218, FO-25 bypass valve SI-V424,, mini-flow recirc. check SIA-UV-666, HPSI "A" mini-flow recirc.
SI-V404, HPSI "A" discharge check SI-V105, CS pump normal suction SI-V157, CS pump suction check SI-V184, CS pump suction from SDC SI-V130,,SCAP discharge check SI-V551, drain and test SI-V006, test connection SIA-F03, CS pump strainer SI-V960, test connection SI-V007, test connection SI-V976, CS pump vent CS Pump "A" seal SI-V016, test connection SI-V070, drain SI-V174, FT-338 isolation SI-V175, FT-338 isolation FT-338 ST-V841, flush connection F0-21, mini-flow recirc. orifice SI-V486, mini-flow recirc.
check SI-V664, CS pump "A" mini-flow recirc.
SI-V485, CS pump "A" discharge check SI-V402, HPSI pump "B" suction SI-V553, test connection Location of Leak 0
Estimated
~Leaka e
2 ml/min 0
0.5 ml/min 0
0 0.5 ml/min 0
0 0.5 ml/min 0
0 1 ml/min 0.5 ml/min 0
0 0
0 0.5 ml/min 0
0.5 ml/min 0
0' 0
0 10 ml/min 0
0 0
0 0
1 ml/min 0
0 0
0 0
0 0
0 0
0
I
Trains "A" and "B" Hi h Pressure Safet In ection and Containment S ra Pi in Continued SIB-F02, HPSI pump "B" suction strainer SI-V011, test connection SI-V983, HPSI pump "B" vent SI-V982, HPSI pump "B" drain SI-V953, HPSI pump "B" drain SI-V954, HPSI pump "B" drain HPSI pump "B" seal HPSI pump "B" balancing line HPSI pump "B" cyclone filter HPSI pump "B" casing SI-V967, PT-309 isolation PT-309 F0-26, mini-flow recirc. orifice SI-V219, FO-26 bypass SI-V426, HPSI "B" mini-flow recirc.
check SIB-UV-667, HPSI "B" mini-flow recirc.
SI-V400, HPSI "B" to SI tank fill SI-V405, HPSI "B" discharge check SI-V104, CS pump "B" normal suction SI-V158, CS pump "B" suction check SI-V185, CS,pump "B" suction from SDC SI-V120, SCAP discharge to SI SI-V554, drain SI-V012, test connection SI-V961, test connection SIB-F03, CS pump "B" suction strainer SI-V013, test connection SI-V978, CS pump "B" vent CS pump "B" seal SI-V073, drain SI-V017, test connection SI-V176, FT-348 isolation SI-V177, FT-348 isolation FT-348 SI-V843, flush connection F0-22, mini-flow recirc. orifice SI-V487, CS pump "B" recirc.
check SIB-UV-665, CS pump "B" mini'-flow recirc.
SI-V484, CS pump "B" discharge check Location of Leak 0
Estimated
~1eaka e
0.5 ml/min 0.5 ml/min 0
0 0
0 0
1 ml/min 0
2 ml/min 0
0 0.5 ml/min 0.5 ml/min 0
10 ml/min 0
0 0
0 0
0 0
0 0
0 0
0
'0 0
0 0
0 0
0 0
0 0
0
~ ~
4k
-I
Hi h Pressure Safet In ection Dischar e Pi in SI-V404, HPSI "A" discharge check SI-V476, HPSI discharge SI-V028, HPSI header vent SIA-HV-604, HPSI "A" hot leg injection F0-23, V698 bypass orifice SIA-HV-698, HPSI "A" to cold leg injection SI-V032, drain SI-V416, test connection SI-V848, HPSI to RC loops vent SI-V849, HPSI to RC loops drain SI-V819, HPSI to RC loops vent SI-V850, hot leg injection vent SI-V820,, hot leg injection vent SI-V851, hot leg injection drain SI-V821, hot leg injection to drain funnel SI-V039, hot leg injection vent PSV-468 SI-V839, drain SIC-HV-321, HPSI "A" hot leg injection SI-V859, drain SI-V525, FT-390 isolation SI-V526, FT-390 isolation FT-390 Penetration U077 SI-V037, vent PSV-417'I-V951, drain FO-45 SI-V833, vent SI-UV-637, HPSI to loop 1A FO-737 SI-V835, drain SI-V125, FT-331 isolation SI-V126, FT-331 isolation FT-331 Penetration U015 FO-43 SI-V836, vent SIA-UV-647, HPSI to loop 1B FO-747 SI-V838, drain and test SI-V145, FT-341 isolation SI-V146, FT-341 i.solation FT-341 Location of Leak DC P&DC VC Estimated
~Leaka e
0 0
0 0
0 0
1 ml/min 0
0 0
0 0
0 0
0 0
0 2.ml/min 0
0 0
0 0
0 0
0 0
0 4 ml/min 1 ml/min 0
0 0
0 0
0 0
0 0
0 0
0 0
0
P 1
Il e
CJ
Hi h Pressure Safet In ection Dischar e Pi in (Continued)
Penetration U016 SI-V811, HPSI to drain funnel SI-V041, HPSI to RC loop 1 vent SI-V040, HPSI to drain funnel SI-V042, vent SI-V050, drain PO-44 SI-V837, vent SIB-UV-646, HPSI to RC loop 1B FO-746 PO-46 SI-V834, vent SIB-UV-636, HPSI to RC loop lA PO-736 PSV-409 SI-V952, drain FO-50 SI-V825, vent SIB-UV-616, HPSI to RC loop 2A PO-716 SI-V826, drain and test SI-V115,. FT-311 isolation SI-V116, FT-311 isolation FT-311 Penetration U013 FO-48 SI-V867, vent SIB-UV-626, HPSI to RC loop 2B PO-726 SI-V830, drain and test SI-V135, FT-321 isolation SI-V136, FT-321 isolation FT-321 Penetration U014 PSV-166, hot leg injection relief SI-V045, vent SI-V832, drain and'est SID-HV-331, HPSI B to hot leg infection SI-V871, test SI-V535, FT-391 isolation SI-V536, PT-391 isolation PT-391 Penetration U067 SI-V046, vent Location of Leak DC'stimated
~Ieaka e
0 0
0 0.5 ml/min 0.5 ml/min 0
0 0
0.5 ml/min 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0.5 ml/min 0
0 0
0 0
0 0
0 0
0 1 ml/min 0
0 0
0 0
0 4~
S
Hi h Pressure Safet In ection Dischar e Pi in Continued SI-V047, drain FO-47 SI-V866, vent SIA-UV-627, HPSI to RC loop 2B FO-727 FO-49 SI-V824, vent SIA-UV-617, HPSI to RC loop 2A FO-717 SI-V894, drain SI-V934, vent SI-V508, chg.
pumps to HPSI "A" SI-V509; chg.
pumps to HPSI "B" SI-V852, vent SI-V853, drain SI-V408, test SI-V854, vent SI-V855, drain FO-24 SI-V031, drain and flush SIB-HV-699, HPSI discharge to cold legs
'SIB-HV;609, HPSI "B" hot leg injection SI-V030, vent SI-V478, HPSI discharge SI-V405, HPSI discharge check Location of Leak Estimated
~Leaka e
0 0
0 0.5 ml/min 0
0 0
0 0
0 0
0 0
'0 0
0 0
0 0
0 0
0 0
0 0
0 4~
~ ~
Train "A" LPSI and CS Dischar e Pi in SI-V437, FT-306 isolation SI-V438, FT-306 isolation FT-306 PSV-439 SI-V080, vent FO-39 SI-V908, drain and test SIA-UV-635, LPSI to loop 1A SI-V872, test Penetration U019 FO-41 SI-V874, drain and test SIA-HV-691, SDCS warmup SIA-UV-645, LPSI to loop 1B SI-V085, vent and test Penetration U020 SI-V083, CS header vent SI-V084, CS header drain SIA-UV-672, CS header isolation SI-V500, CS header test Penetration U021 SIA-UV-655 SI-V856, vent and flush connection SI-V256, fuel pool cooling cross connection SI-V909, test connection SI-V429, sample isolation SI-V419, shutdown purification return SI-V018, SDC to CS pump suction vent SI-V184, SDCS to CS pump suction SI-V485, CS pump discharge check SI-V071, drain SIA-HV-684, CS pump discharge isolation SI-V977, LPSI pump "A" vent FO-19 SI-V451, LPSI pump "A" mini-flow recirc.
SI-UV-669, LPSI pump "A" mini-flow recirc.
SI-V840, flush connection SI-V434, LPSI discharge check SI-V435, LPSI discharge SI-V069, drain SI-V433, PT-306 isolation PT-306 SIA-HV-306, SDHX bypass Location of Leak DC DC DC Estimated
~1eaka e
0 0
0 0
0 0
0 0
0 0
0
'0 0.5 ml/min 0
0 0
0 0.5 ml/min 0
0 0
0
'0 0'.5 ml/min 0
0 0
0 0
0 0
0 0
0 0.5 ml/min 0
0 0
0.5 ml/mmin 0
0.5 ml/min 0
41
~ ~
P
~
Train "A" LPSI and CS Dischar e Pi in Continued LPSI pump seal LPSI pump cyclone filter SIA"HV-683, RWT to LPSI suction SI-V201, LPSI suction check SI-V550, drain and test SI-V004, test SI-V959, test SIA-FOl, LPSI startup strainer SI-V005, test SIA-HV-688, CS pump to spray header isolation PSV-289 SIA-HV-678, CS to SDHX SIA-HV-685, LPSI to SDHX SI-V807, SDHX outlet vent PSV-194 SI-V089, SDHX to CS header vent SIA-HV-687, SDHX to CS header SIA-HV-686, SDHX to SDC header isolation PSV-161 SI-V460, SDHX outlet to RWT SI-V257, test connection SI-V458, SDHX to fuel pool cooling connect.
SI-V817, vent SIA-HV-657, SDC to loop isolation SI-V081, drain SI-V421, shutdown purification isolation SI-V088, LPSI cooler bypass vent SI-V483, PT-303X isolation PT-303X SI-V260, SDHX tube side vent SI-V262, SDHX tube side drain Location of Leak P'
VC P,O Estimated
~1eaka e
0 0
3 ml/min 0
0 0
0 0
0 0
0 0.5 ml/min 0.5 ml/min 0
0 0.5 ml/min 0.5 ml/min 1 ml/min 0
0 0.
0 0
0 0
0 0
0 0
0 0
4k
~ \\
- =-I t
Train "B" LPSI and CS Dischar e Pi in SI-V440, FT-307 isolation SI-V441, FT-307 isolation FT-307 PSV-449 SI-V093, vent FO-40 SIB-HV-690, SDCS warmup SI-V097, drain SIB-UV-615, LPSI to loop 2A SI-V827, test Penetration U017 FO-42 SI-V831, drain and'est SIB-UV-625, LPSI to loop 2B SI-V868, test Penetration U018 SI-V091, vent SI-V092, drain SIB-UV-671, CS header isolation SI-V501, CS header test SI-V891, CS header vent Penetration U022 SIB-UV-656, SDCS suction SI-V869, test SI-V442, fuel pool cooling cross connect.
SI-V886, flush connection SI-V418, shutdown purification return SI-V445, sample isolation SI-V019, vent SI-V185, SDCS to CS pump suction SI-V484, CS pump discharge check SI-V074, drain SIB-HV-689,, CS.pump discharge isolation SI-V979, LPSI pump "A" vent FO-20 SI-V861, recirc. line vent SI-V448, recirc. check SIB-UV-668, LPSI pump "B" recirc.
SI-V842, flush connection SI-V446, LPSI discharge check SI-V447, LPSI discharge SI-V075, LPSI discharge drain SI-V436, PT-307 isolation PT-307 Location of Leak VC DC P,O Estimated
~Leaka e
0 0
0 0
0'.5 ml/min 0
0 1 ml/min 3 ml/min 0
0 0
0 2 ml/min 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
2 ml/min 0
0 0
1 ml/min 0
0 0
~ ~
11
Train "B" LPSI and CS Dischar e Pi in Continued SIB-HV-307 LPSI pump seal LPSI pump cyclone filter SIB-HV-692, RWT to LPSI suction SI-V200, LPSI suction check SI-V555, drain and test SI-V014, test SI-V962, tes't SIB-POl, LPSI startup strainer SI-V015, test SIB"HV-693, CS pump to spray header isol.
PSV-287 SIB-HV-679, CS to SDHX SIB-HV-694, LPSI to SDHX PSV-191 SI-V090, SDHX to CS header vent SIB-HV-695, SDHX to CS header SIB-HV-696, SDHX to SDC header isol.
PSV-193 SI-V464, SDHX outlet to RWT SI-V202, test connection SI-V455, fuel pool cooling cross connect.
SI-V910, vent SIB-HV-658, SDC to loop isolation SI-V814, drain SI-V420, shutdown purification isolation SI-V094, LPSI cooler bypass vent SI-V482, PT-303Y isolation PT-303Y SI-V096, SDHX inlet vent SI-V264, SDHX tube side vent SI-V266, SDHX tube side vent Location of Leak P
P Pio P
Estimated
~Leaka e
0 0
0 1 ml/min 0
0 0
0 3 ml/min 0
0 0
2 ml/min 0
0 1 ml/min 20 ml/min 18 ml/min 0
5 ml/min 0
5 ml/min 1 ml/min 100 ml/min 2 ml/min 0
1 ml/min 0
0 1 ml/min 0
0 0
e
~ I
'4
PASS RCS Sam le Leaks e Monitorin SS-UV-200, RCS containment isolation RCS pipe to tube fitting RCS-PASS bulkhead fitting PASS-HV-1 PASS-SV-4, EDT PASS-CV-4, EDT check valve PASS-HV-4, EDT PASS-EDT bulkhead fitting EDT pipe to tube fitting SS-V209, EDT isolation valve PASS-HV-5, RDT PASS-CV-5, RDT check valve PASS-SV-5, RDT PASS-RDT bulkhead fitting PASS-RDT pipe to tube fitting CH-UV-715, PASS-RDT containment isolation CH-V085, vent SS-AV-26, depressurized grab sampler valve Depressurized liquid sample, septum Location of Leak Maintenance
~(*l>
N N
N N
N N
N N
N N
N N
N N
N N
N N
N Cl 0
~
4>
PASS, Letdown Sam le" Leaka e Monitorin PASS-AV-33, PASS letdown PASS-HV-33, PASS letdown PASS letdown bulkhead fitting PASS letdown pipe to tube fitting SS-V087, test valve CH-UV-924, PASS letdown containment isolation CH-V087, Drain Valve CH-V086, Drain Valve Location of Leak P 9 DC'C Maintenance
~(*/ )
N N
N N
N N
Y, Wa209075 Y,,WR209075 PASS Safet In ection "A" Train Leaks e Monitorin PASS-AV-2, PASS SI-A PASS-HV-2, PASS SI-A PASS SI-A bulkhead fitting PASS SI-A pipe to tube fitting PASS-AV-2A$
PASS SI-A SI-V080, vent valve SI-UV-709, PASS isolation SS-V092, PASS SI-A to LRS vent SS-V210, PASS SI-A to LRS isolation Location Maintenance
.~(*l )
N.
N N
N
,N N
N N
N II I
0 41
~ +
P
PASS Safet In ection "B" Train Leaka e Monitorin PASS-AV-32$
PASS SI-B PASS-HV-32, PASS SI-B PASS SI-B bulkhead fitting PASS SI-B pipe to tube fitting PASS-AV-32A$
PASS, SI-B SI-V081, vent valve SI-UV-710, PASS isolation valve SS-V091, SI-B to LRS vent valve SS-V211, SI-B to LRS isolation Location of Leak
'Maintenance
~(*/ )
N N
N N
N N
N N
N PASS Containment Radwaste Sum Sam le Leaka e Monitorin PASS-AV-3, PASS CRWS PASS-HV-3$
PASS CRWS PASS CRWS bulkhead fitting PASS CRWS pipe to tube fitting PASS-AV-3A, PASS CRWS RD-UV-407, PASS containment isolation RD-V083, vent valve Location of Leak
,Maintenance
-~)*l)
N N
N N
N N
N PASS Auxiliar Buildin Sum Sam le Leaka e Monitorin Location of Leak Maintenance Re uired (Y/N)
PASS-AV-34, PASS ABRWS PASS-HV-34$
PASS ABRWS PASS ABRWS bulkhead fitting PASS ABRWS pipe to tube fitting PASS-AV-34A, PASS
- ABRWS, RD-HV-409, PASS isolation N.
N.
N N
N N
I 0
w C
'PASS (RCS) Modules Leaks e Monitorin Location of Leak Maintenance Re uired (Y/N)
HV-l, RCS manual isolation AV-1, RCS isolation AV-6, filter flush F-l, filter AV-7, flush isolation AV-9,, cooler bypass AV-8, booster pump inlet Cooler inlet/outlet AV-12, PRGS isol. supply AV-13, PRGS bypass AV-12A, PRGS isol. return AV-20, dual 3-'ay RGS transfer HV-90, orifice valve AV-17, orifice bypass SV-18, depressurized grap sample supply PCV-62, backpressure regulator PE-57, pressure element TE-58, temperature element FE-56, flow element CV-97, RGS return AOlA/B bulkhead fitting to AOlC A01A/B bulkhead fitting from AOlC CV-14, booster pump outlet Air diversion tee A01C bulkhead fitting from A01A/B A01C bulkhead fitting to A01A/B HV-41, to boronometer AV-41, to boronometer HV-42, from boronometer AV-42,, from boronometer CV-20, to A01A/B AOlC bulkhead fitting from boronometer HV-43, from boronometer drain SV-43, from boronometer drain AV-35, A01C to IAU low range HV-35, AOlC to XAU low range AOlC bulkhead fitting to IAU low range AV-36, AOlC from IAU low range HV-36, A01C from IAU low range A01C bulkhead fitting from IAU low range AV;37, AOlC to IAU mid-range N
N N
N N
N N
N N
N N
N N'
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N
!I l
I
PASS (RCS) Modules Leaka e Monitorin Continued Location of Leak Maintenance Re uired (Y/N)
HV-37, AOlC to IAU mid-range AOlC bulkhead fitting to IAU mid-range AV-38, A01C from IAU'id-range HV-38, AOlC from IAU mid-range A01C bulkhead fitting from IAU mid-range AV-39, AOlC to IAU high range HV-39, A01C to IAU high range A01C bulkhead fitting to IAU high range AV-40, AOlC from IAU high range HV-40, A01C from IAU high range A01C bulkhead fitting from IAU high range Boronometer inlet connection Boronometer outlet connection Boronometer drain connection Collimator low range inlet Collimator low range return Collimator mid range inlet Collimator mid range return Collimator high range inlet Collimator high range return AV-20A, RGS transfer valve dual 3~ay AV-22, PRGS sample valve dual 3~ay CV-21, N2 check valve AV-23, degas valve Off gas sample septum AV-24, evacuation isolation CV-25, IA check valve N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
0
~9 4
i4 PASS Containment Air Sam le Leaks e Monitorin Location o'f Leak Maintenance Re uired (Y/N)
A01D bulkhead fitting cont. air sample Pipe to tube fitting cont. air sample HV-55, containment air sample AV-55, containment air sample AV-56, local air sample HV-56, local air sample PE-52, flow element TE-50, temperature element PE-51, pressure element AV-70, RGS isolation inlet
'AV-70, RGS isolation outlet AV-60, A01D from IAU Lo/Mid HV-60, A01D from IAU Lo/Mid AOlD bulkhead fitting from IAU Lo/Mid AV-61, AOlD to IAU Lo/Mid HV-61, A01D to IAU Lo/Mid A01D bulkhead fitting to IAU Lo/Mid AV-62, AOID from IAU high range HV-62, AOlD from IAU high range AOlD bulkhead fitting from IAU. high range AV-63, AOlD to IAU high range HV-63, A01D to IAU high range AOlD bulkhead fitting to IAU high range AV-66, A01D sample recirculation A01D bulkhead fitting to P-30 and P-30A Cooler 2A inlet/outlet Cooler 2B inlet/outlet Condensate trap inlet tee (sample)
P-30 and P-30A inlet P-30 and P-30A outlet AV-59, CT-1 inlet SV-73, CT-1 drain CV-78,. CT-1 N2 purge CV-71, CT-1 DW'lush Y,
A01D bulkhead fitting N2 to CT-1 AOlD bulkhead fitting DW to CT-1 A01D bulkhead fitting from P-30 and P-30A SV-58', low point drain PSV-66, recirculation relief AV-67, containment air return HV-67, containment air return AOID bulkhead fitting to cont. air return HP-UV-24, containment isolation HP-UV-23, containment isolation N
N.
N N
N N
N N
N
-N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N N
N II t~
PASS Containment Air Sam le Leaks e Monitorin Continued Location of Leak Maintenance Re uired (Y/N)
SS"V084, test SS-V086, test Gas sample recirc.
pump inlet Gas sample recirc.
pump outlet AV-30, gas grab sampler valve N
N N
N N
I II 4l
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