ML20199E626
| ML20199E626 | |
| Person / Time | |
|---|---|
| Site: | Comanche Peak  |
| Issue date: | 08/21/1985 |
| From: | Patterson A, Schauf J NRC - COMANCHE PEAK PROJECT (TECHNICAL REVIEW TEAM) |
| To: | |
| Shared Package | |
| ML20199D912 | List:
|
| References | |
| FOIA-86-36 NUDOCS 8606230340 | |
| Download: ML20199E626 (26) | |
Text
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POPULATION ITEMS LIST 7 Page 1 of 5 t POPULATION NAME: PIPING SYSTEM BOLTED JOINTS / MATERIAL f PREPARED BY: A DATE: August 21,1985 SP@SI3 QA/QC SUPPORT ENGINEER Rev. O r
l j POPULATIONS LIST SOURCE:
i The populations items list for the Piping System Bolted Joint / Material population is comprised of the piping bolted joints listed in the Brown &
I Root (B&R) Welding' Engineering Component (WEC) data base (Attachment 1) and
) the list of instrument bolted joints contained in Attachment 1A.
The population is comprised of both safety related process pipe bolted joints and instrument bolted joints. The safety related pipe bolted joints are assigned flange I D. nu=bers and tracked on the B&R WEC data base.
The instrument bolted joints which are safety related and non-ASME III, are not assigned unique I.D. numbers. No site data base exists for these l instrument bolted joints except indirectly by a manual list of Instrument Pipe / Tubing Isometrics (FSI's) maintained by the TUGC0 Nuclear Engineering Instrument and Controls (TNE I&C) Engineering Group. The. isometrics show all safety-related instrument piping and related bolted joints.
Therefore based on the above, the population list source is comprised as follows:
- 1. For the safety-related pipe bolted joints the WEC Data Base j Computer printout dated June 23, 1985 is used u a population g source document (Attachment 1). This document lists all 4
safety-related bolted joints and assigns each flange a sequential j number. This complete list of flanges will make up part of the population list. However, only those bolted joints which are selected, that are installation complete and QC accepted, as
, verified by a QC signed " Construction Operational Traveler" (Attachment 2) will be included in the random and engineered g samples.
i j 2. For -he safety related instrument bolted joints, a manual list of instrument pipe isometrics (FSI) was obtained on June 7, 1985 f' (Attachment 3) from the TNE I&E Engineering Group. Each FSI on this list.was reviewed to determine which FSI's contained bolted d "E**
8606230340 860609 PDR FOIA j GARDE 86-36 PDR t . ,
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Q LEADDISCIPLINEENGI{EER APPROVED BY: M/MM -[fkA e ---- DATE: bN QA/QC REINSPECTION ENGINEERING SUPERVISOR CP?-005.3A. Revision 0 d
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COMANCHE PEAK RESPONSE TEAM -
POPULATION ITEMS LIST 1 Page 2 of 5
! POPULATION NAME: PIPING SYSTEM BOLTED JOINTS / MATERIAL i PREPARED 3Y: "O" , W DATE: August 21,1985 p6P0fSIBL{j /QC dA SUPPORT ENGINEER Rev. O t
l .
In addition, several instrument specifications and the Diesel Generator Flow Diagram (see below) was reviewed to determine if any additional instrument bolted joints exist, in particular, instruments that were mounced directly to equipment and therefore would not have been covered in the original manual list provided by the TNE I&C Engineering Group. The additional instrument bolted joints determined by this review were added to the original manual l list (Attachment 3) above.
Instrument Specifications and Flow Diagram 2323-M1-0215-CP-4 Review:
- 1) MS.-616-Differential Pressure Indicating Switches
- 2) MS-618-Flow Indicators (Rotometers)
I
- 3) MS-620-Level Switches
! 4) MS-624-Flow Elements i
- 5) MS-624A-Annubar Flow Element
- 6) MS-630-Heat Resistance Temperature Detector (RTD) Array Assembly Level Transmitters
! 7) Westinghouse General Instrument Spec sheets CP-001;S/0 325;
} WPT-6087 dated Feb. 4, 1983.
- 3) Flow Diagram - 2323-M1-0215 CP Review the Diesel Generator Auxiliary Systems flow diagram to determine flanged instruments supplied by the D.G. manufacturer.
[ NOTE: See revision numbers of specifications reviewed and
'f . corresponding unincorporated design change documents (DCA's) on Attachment 3A as of July 16, 1985.
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.Since safety related instrument. bolted joints are not assigned controlled unique I. D. numbers on-site, bolted joint numbers have been assigned by ERC for the purposes of the sample plan and will be used as the identifier for a p bolted joint associated with that instrument. In cases where an instrument has more than one bolted joint associated with it, e.g., (high and low i
connections), each bolted joint will be assigned a separate number.
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POPULATION ITEMS LIST
- Page 3 of 5 ,
POPULATION NAME: PIPING SYSTEM BOLTED JOINTS / MATERIAL PREPARED BY: / % DATE: August 21,1985 l P9NSIB f QA/QC SUPPORT ENGINEER Rev. O I
Instrument bolted joints that are installation complete and QC accepted, as verifi'ed by a QC signed " Instrument Inspection Report" (Attachment 2) shall be included in the sample. Sample items will be selected prior to verification of installation complete and QC acceptance. Only those considered "QC accepted" will be used in the sample. Items selected which are not "QC accepted" will be removed from the selected sample list and a new sample item chosen from the population list.
The population lists described above i.e., the.WEC data base (Attachment 1) and the complete list of instrument bolted joints (Attachment IA) have been combined and numbered sequentially to establish a complete population list.
The total number of installation complete and QC accepted bolted joints that are included in this list is approximately four to five thousand. Based on this quantity, a random sample of 60 bolted joints will be chosen.
BASIS FOR ACCEPTING THE LIST:
I l
Pipe Bolted Joints The WEC data base for flanges is controlled by the B&R Paper Flow Group on site and is a listing of safety related bolted joints, regardless of installation status. The list was cross-checked by randomly reviewing approximately 150 isometrics from a total of 3,000 safety-related Brown &
Root Piping (BRP) isometrics, for Units 1, 2, and common, to verify that all bolted joint I. D. numbers shown on the isometrics were included in the computer printout. The computer printout satisfactorily matched the bolted joints shown on the isometrics.
In addition, the process by which bolted joint numbers are assigned and incorporated into the WEC data base was reviewed to provide confidence in the completeness of the list. B & R procedure CP-CPM 7.1, Rev. No. 2, entitled
" Package Flow Control" delineates the method by which controlled items, i.e.,
flanges, are statused in.che WEC data base. - This procedure is followed for
. the.CPSES.. Unit.f.2. construction activities outside of the Unit I security boundary. For the Unit 1 flanges which were done prior to implementation of this program, a review of all isometries was done by B&R and all existing flanges were entered into the data base.
As statt.d above, the list contains all bolted joint identification numbers, regardless of status, e.g., included are voided, deleted and-installation incomplete bolted joint I.D. numbers. If during the random sampling, a completely deleted bolted joint number is chosen, it will be dropped and a new number randomly selected. Similarly, this will be done for voided, incompleted, etc. , bolted joint numbers.
CPP--)05.38, aavision J
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p COMANCHE PEAK RESPONSE TEAM
{e , POPULATION ITEMS LIST g Page 4 of 5 Y
p POPULATION NAME: PIPING SYSTEM BOLTED JOINTS / MATERIAL PREPARED BY: N DATE: August 21,1985 h SPO!!SIBLiff A/QC SUPPORT ENGINEER Rev. 0
,i If during random sampling, an earlier revision of a bolted joint number is
! chosen, i.e., FL-IA was chosen and FL-IC is the latest revision; FL-IC will I be included in the random sample. This is justifiable since the letter i ,[ revision to a flange joint number only signifies disassembly, however the flange joint location remains unchanged, t
[ The results of the review of the above WEC data base (Attach =ent 1) indicates y that it is complete and represents all the safety related pipe bolted joints
{ known to date.
i Instrument Bolted Joints
{l The list of instruments with bolted joints was determined by reviewing each FSI on the original TNE I&C Engineering Group List (Attachment 3) to h determine specifically which instruments have bolted joints. Based on the I review, all instruments with bolted joints on this list were verified.
1 Y
The instrument bolted joints contained in the original TNE I&C Engineering h
Group IsometMc List (FSI's) (Attachment 3) combined with the additional instrument bolted joints described below, comprise a complete list of instrument bolted joints (Attachment IA).
- {
"!; Tne combination of the WEC data base (Attachment 1) and the complete list of 11 instrument bolted joints (Attachment IA) comprises a complete list of all
[ safety-related bolted joints identified to date for Units 1, 2 and common piping systems.
BASIS FOR ACCEPTING ANY ADDITIONAL ITEMS:
Additional instruments with bolted joints were added to the bolted joints i
taken from the list of FSI's from TNE I&C Engineering (Attachment 3). These additional bolted joints were determined by reviewing the instrument data j! sheets in the following instrument specifications and f1:.f diagram - --
p 2323-M1-0215-CP-4. ~~ ~
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-4xrerenti~l Pressure Indicating Switches - A review of l en s specification revealed no additional instruments with flanged I
[
connections to be added to the list.
{ 2)
MS-618 - Flow-Indicators specification revealed that the (Rotometers) - A review of this j safety related flow indicators t (rotometers) contained in this specification hr.ve flanged end i connections and are ASME III. Therefore they are shown on BRP isometrics and are assigned bolted joint identification numbers
?
3 which are included in the WEC data base computer printout.
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, POPUI.ATION ITEMS LIST r
l Page 5 of 5 i'
POPtTLATION NAME: PIPING SYSTEM BOLTED JOINTS / MATERIAL PREPARED BY:
R f bbW DATE:
Rev.
August 21,1985 OMSISLE//A/QCSUPPORTENGINEER 0
- 3) MS-620 - Level Switches - A review of this specification revealed 1 -
additional instruments with flanged end connections which were not previously listed (Attachment IA).
l 4) MS-624 - Flow Elements - A review of this specification revealed h that all of the safety related instruments in this specification I
(orifice places) are in-line and ASME III. Therefore they are shown on BRP isometrics and are assigned bolted joint f identification numbers which are included in the WEC data base j computer printout (Attachment 1).
}
} 5) MS-624A - Annubar Flow Elements - A review of this specification
} revealed additional instruments with flanged end connections which l were not previously listed (Attachment lA).
\ .
l 6) MS-630 - Heat Resistant Temp'erature Detector (RTD) Array Assecbly Level Transmitters - This specification did not contain any safety-l related instruments with flanged end connections attached to a piping system.
i
[; 7) Westinghouse General Spec Sheets for Westinghouse supplied Instruments-WPT-6087. - A review of these specification sheets revealed additional instruments with flanged end connections which were previously not listed (Attachment lA).
l 8). The flow diagram for the Diesel Generator Auxiliary Systems (2323-M1-0215-CP-4) contains several bolted instruments supplied by the D.C. manufacturer which were previously not listed.
(Attachment IA).
j Primarily, these additional instruments are directly mounted to equipment without requiring additional instrument piping. Therefore, the flanges are not shown on the isometric drawings. That is the reason they are not included on the original manual list (Attachment 3) provided by the TNE I&C f Engineering Group.
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_Page 1 of 8 AfTAODfENT 1A BOLTED JOINT POPULATION ITEMS LIST (Cont.)
(Instrument Bolted Joint Portion)
Sequential Instrument Number
- Number ** Source ***
j 1-LT-950 B&R Instrument Group List 6875 (BJ-1-L) (Attachment 3) 6876 (BJ-2-H) 1-LT-951 "
6877 (BJ-1-L) d 6878 (BJ-2-H) 1-LT-952 "
, 6879 (BJ-1-L) i 6880 (BJ-2-H) l l-LT-953 "
6881 (BJ-1-L) 6882 (BJ-2-H) 4 "
1-LT-954 6883 (BJ-1-L) 6884 (BJ-2-H) 1-LT-955 "
6885 (BJ-1-L) 6886 (BJ-2-H) 1-LT-957 "
6887 (BJ-1-L) 6888 (BJ-2-H) 1-LT-956 "
6889 (BJ-1-L)
~ 6890 (BJ-2-H) g -
2-LT-950 "
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6891 (BJ-1-L) 6892 (RJ-2-H) 2-LT-951 "
6893 (BJ-1-L) 6894 (BJ-2-H) 2-LT-952 "
6895 (BJ-1-L) 6896 (BJ-2-H) 2-LT-953 "
6897 (BJ-1-L) 6898 (BJ-2-H)
A 0020-S/POPDES
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ATTACHMENT 1A *
(Cont'd)
Sequential Instrument Number
- Number ** Source ***
4 2-LT-954 B&R Instrument Group List 6899 (BJ-1-L) (Attachment 3) 6900 (BJ-2-H) 2-LT-955 "
! 6901 (BJ-1-L) 6902 *
(BJ-2-H) 2-LT-956 "
6903 (BJ-1-L) 6904 (BJ-2-H) 2-LT-957 "
6905 (BJ-1-L) 6906 (BJ-2-H) 1-LT-112 "
6907 (BJ-1-L) 1 6908 (BJ-2-H) 1-LT-185
, 6909 (BJ-1-L) 6910 (BJ-2-H) 2-LT-112 "
6911 (BJ-1-L) 6912 (BJ-2-H) 2-LT-185 6913 (BJ-1-L) 6914 (BJ-2-H)
X-LT-1001 6915 (BJ-1-L)
_ 6916 (BJ-2-H)
I-LT-1032 6917 (BJ-1-L) 6918 (BJ-2-H)
I-LT-1030 "
6919 (RJ-1-L) 6920 (BJ-2-H)
X-LT-104 "
6921 BJ-1 0020-S/POPDES
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g ATTACHMENT 1A
- g (Cont'd) i Sequential Instrument Number
- Number ** Source ***
X-LT-102. B&R Instrument Group List 6922 BJ-l (Attachment 3)
~
X-LT-105 "
6923 BJ-l X-LT-106 "
6924 BJ-l
[ X-LT-261 .
L 6925
' BJ-2-H
[ 6926 -BJ-1-L i
X-LT-262 6927 BJ-2-H 6928 BJ-1-L t "
X-LT-1005
[ 6929 BJ-2-H '
6930 BJ-1-L t
1-LS-6712 MS-620 6931 BJ-l 1-LS-6713 "
6932 BJ-l >
r
! 1-LS-6715 l 6933 BJ-l
}j 1-LS-6717 "
l 6934 BJ-1 1
2-LS-6712 6935 - BJ-1 2-LS-6713 t
6936 BJ-1 e
h 2-LS-6715 6937 BJ-1 2-LS-6717 "
6938 BJ-l l-LS-4900
, 6939 BJ-l i .
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. l ATTACHMENT 1A -
(Cont'd)
Sequential Instrument Number
- Number ** Source ***
1-LS-4901 MS-620
! 6940 BJ-l I "
' l-LS-4905 6941 BJ-l 1-LS-4906 6942 BJ-l 2-LS-4900 6943 BJ-1
'2-LS-4901 6944 BJ-l l
2-LS-4905 "
c 6945 BJ-l i
2-LS-4906 6946 BJ-l p X-FT-252 Review of 6947 BJ-2-U Westinghouse
- 6948 BJ-1-D Instrument Spec Data e
1 Sheets
! I-QT-254
{ 6949 BJ-1-D
- 6950 BJ-2-U X-QT-1091 6951 BJ-1-D
, 6952 BJ-2-U
^
i 1-FT-1094 6953 BJ-1-D 6954- BJ-2-U 2-FT-1094 6955 BJ-1-D 6956 BJ-2-U .
I-LT-1077A "
6957 BJ-2-H-U 6958 BJ-1-L-D i
e i
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Page 5 of 8 ATTACHMENT 1A -
(Cont'd)
Sequential Instrument
. Number
- Number ** Source ***
' I-LT-1077B Review of 6959 BJ-2-H-U Westinghouse 6960 BJ-1-L-D Instrument Spec Data L Sheets I-LT-102S "
6961 BJ-1 a
, 1-QI-1014 1 6962 BJ-2-U 6963 BJ-1-D a
2-QI-1014 6964 BJ-2-U 6965 BJ-1-D 1-LS-178 a
! 6966 BJ-1 i
2-LS-178 a 6967 BJ-1 1-LS-179 a 6968 BJ-1 I
i 2-LS-179 a 6969 BJ-1 I
1-LS-180 a 6970 BJ-1 2-LS-180 a 6971 BJ-1 1-LS-181 a 6972 BJ-1 2-LS-181 a 6973 --- gy_g 1-LS-189 .
a 6974 gy g 2-LS-189 a 6975 gy_g I-TW-100 a 6976 gy_g
. 0020-S/POPDES
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ATTACHMENT 1A .
3 (Cont'd)
[ Sequential Instrument Number
- Number ** Source ***
I 1-TW-379 Review of 6977 BJ-1 Westinghouse Instrument Spec Data Sheets
.; 2-TW-379 "
6978 BJ-1 1-TV-468 "
}i 6979 BJ-1 i
2-TW-468 "
6980 BJ-1 1-TW-942 "
t 6981 BJ-1
) "
2-TW-942 6982 BJ-1 l 1-TW-1058 "
6983 BJ-1 I 2-TW-1058 6984 BJ-1 1-LS-3375A Review Diesel Generator 6985 BJ-1 Manufacturer Supplied
[
' Instruments (Flow Diag.
2323-M1-0215 CP-4) 1-LS-3375B
[ 6986 BJ-1 1-LS-3376 "
[ 6987 BJ-1 1-LS-3377A "
6988 BJ-1
(
1-LS-3377B "
6989 BJ-1 ,
1-LS-3378 "
6990 BJ-1
- e. 2-LS-3375A "
6991 BJ-1 0020-S/POPDES
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ATTACRMENT 1A
- _ (Cont'd) f
[ Sequential Instrument Number
- Number ** Source ***
~ 2-LS-3375B Review Diesel Generator 6992 BJ-l Manufacturer Supplied
} -
Instruments (Flow Diag.
j
- 2-LS-3376 2323-M1-0215 CP-4) i 6993 BJ-1 h
a, 2-LS-3377A "
", 6994 BJ-l a 2-LS-3377B "
6995 BJ-1 i
I 4
2-LS-3378 6996 BJ-l i
)
i 1-FE-2181 MS-624A j 6997 BJ-1
{ 2-FE-2181 "
6998 BJ-1 c
4 1-FE-2182 "
- 6999 BJ-1 7000 BJ-
} l-FE-2183 "
7001 BJ-l I "
2-FE-2183 7002 BJ-1 F
l-FE-2184 "
7003 BJ-1 F. - - --
2-FE-2184
! . . 7004 BJ-l 1-FE-4258 ' "
7005 BJ-1 2-FE-4258 "
7006 BJ-1 I
l-FE-4259 "
7007 BJ-1
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. 6 ATTACHMENT 1A *
(Cont'd) l L Sequential Instrument Number
- Number ** Source ***
2-FE-4259 MS-624A 7008 BJ-1 l
1-FE-4391 "
7009 BJ-l 2-FE-4391 "
7010 BJ-l 1-FE-4392 "
7011 BJ-1 2-FE-4392 7012 BJ-l i
Sequential Numbers are continued from Sequential Numbers on Attachment 1.
These Bolted Joint Numbers (BJ) are Assigned by ERC. The letters used designate the following:
L - low point tap -
H - high point tap U - upstream tap D - downstream tap 1
See page 2 of population items list for further explanation.
, *** Reference page 2 of Population Items List and Attachment 3A for source document titles and revisions.
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. INSPECTION REPORT .
- ITEM DESCRIPTION INSP. OF INSTRUMENT N g. systys/j/TRuC Tuaf. )
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INSP. RESULTS OiNsPECTioN CouPtETEo , Att APPtiCAstE iTEus sATisrACTcRT EN #MO bNSPECTION COMPLETED, UNSATISFACTORY ITEMS LISTED BELOW )
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/ IC l TEM No. a l
INSPECTION ATTRIBUTES .; 5 DATE SIGNATURE n i2 a 5 e i 1 l Veri fy Color Codina (studs and nuts - Ref.- FSit-0101) / l l
- 2. lVerifv Cleanliness (flance faces and threads on studs l l l
!andnuM1 lV'l i l
- 3. lVerifv orocer size and ratino of casket lvi l l
- 4 l Veri fy alienment and fituo l/NTz.u!/Il//d' ^
- 5. l Verify studs orcoer lencth lv'i ! I l
- 6. Verifv thread enaaaement lv'l l l l
- 7. l Veri fy nuts tichtned diametrically M[ l R. l Verifv nuts tichtened installation Comolete lt/I l l l ll l l 1I I l ARMS l ll INDEXED ll 1I l DATE: l N pgyjg T-N !
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RELATED NCR NO. jOATE 'sicVATURE i /d IIM (- is sp.go-g3 I
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f ' b N g T N $ pe FTanges @""T f [.7.)"[ oz.c / d LOCATION SYSTEM
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ANI REVIEW / ~' DATE ! t T196 OPERATIOkro (7pF d4 f,.d QAdsc j OP. NO. O EPT. j 7.f.Ogg. @ [-2_ ENG , ANI I
- 1. QC(V) Verify CTeanliness. W $
i i $ 2 QC(V) Check flange aligruent. ,, 8 , 3 QC(V Verify gasket material per drawing. 2.f fW g.1,7 8
- 4. Pipe Install gasket and assemble joint with tamparary bolts p A
<WW i ! . ci permanent bolts if available :naking'sure that at
.least one. canplete thread is exposed above the nut face. M7//2_
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p fid[ E' . :QC(Y:; Verify clasure of. faint . , , , . . .. - [ . Mrme. : .- . g.p.p s 6 Fipe If te=corary bcits are used remve one at. a time and y p
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F\T'T Pt t H H E N 'i' l FLOW _- 3 ILDING DRAWING DIAGRAM CLASS TANK /CDMPONENT INSTRUMENT l FSI-X-2107-04-B-03-1Q3 M1-265, III Waste Holdup XLT-iOO1 l j x. FSI-X-2107-04-B-04-1Q3 M1-269 III Moisture Separator XLT-1032 X-PI-1033 1
- x. FSI-X-2107-04-B-05-1Q3 M1-269 III (WGC) XLT-1030 X-PI-1031 '
f x. FSI-X-2107-04-C-1-1Q3 M1-257 III Boric Acid X-LT-104
- x. FSI-X-2107-04-C-2-1Q3 M1-257 III Boric Acid X-LT-102 f x. FSI-X-2107-04-C-3-1Q3 M1-257 III Boric Acid X-LT-105
- x. FSI-X-2107-04-C-4-103 M1-257 III Boric Acid X-LT-106
- x. FSI-X-2107-05-01-103 M1-235 III Recycle Holdup X-LT-261 l :x. FSI-X-2107-05-02-1Q3 M1-235 III Recycle Holdup X-LT-262
- x. FSI-X-2107-06-01-1Q3 M1-258 III Spent Fuel' Pool X-PIS-4841
- x. FSI-X-2107-06-02-1Q3 M1-258 III Demin. X-PIS-4842 ix . FSI-X-2107-07-1Q3 M1-268 III Spent Resin X-LT-1005 ol FSI-X-2617-01-103 M1-235 III Spent Fuel Pool X-FIS-4847A al FSI-X-2617-02-103 M1-235 III Spent Fuel Pool X-FIS-4848A 2el FSI-X-2617-03-1Q3 M,1-235 III Spent Fuel Pool X-FIS-4847B ol FSI-X-2617-04-103 M1-235 III Spent Fuel Pool X-PIS-4848B mt. FSI-1-0123 M1-250 II Steam Gen. Drain mt. FSI-2-0123 M2-250 II Steam Gen. Drain id. FSI-1-2106-2-01-102 M1-232 II Valve Isolation 1-LS-4787
'gd . FSI-1-2106-2-02-102 M1-232 II Valve Isolation 1-LS-4788
- "gd . FSI-1-2106-2-03-102 M1-263 II Valv( Isolation 1-LS-4808
- 'gd. FSI-1-2106-2-04-1Q2 M1-263 II Valve Isolation 1-LS-4809 Valve Isolation
'gd . FSI-2-2106-2-01-103 M2-232 III 2-LS-4787 3 'g d . FSI-2-2106-2-02-103 M2-232 III Valve Isolation 9-LS-4788 i ~gd. FSI-2-2106-2-03-103 M2-232 III Valve Isolation 2-LS-4808 %d. FSI-2-2106-2-04-1Q3 M2-232 III Valve Isolation 2-LS-4809 ix. FSI-1-2106-14-01-1Q3 M1-229 III CCW Surge 1-LS-4502A & B FSI-1-2106-14-02-1Q3 M1-229 III CCW Surge 1-LS-4503A & B l C.
fm FSI-1-2106-15-01-1Q3 M1-229 III CCW Surge . , 1-LG-4504A 1-LT-450
!m FSI-1-2106-15-02-103 M1-229- III CCW Surge #~ 1-LG-4505A 1-LT-450
- % FSI-2-2106-14-01-1Q3 M2-229 III CCW Surge 2-LS-4502A & B
)m FSI-2-2106-14-02-1Q3 M2-229 III CCW Surge 2-LS-4503A & B [m FSI-2-2106-15-01-203 M2-229 III CCW Surge 2-LG-4504A 2-LT-450 m FSI-2-2106-15-02-203 M2-229 III CCW Surge 2-LG-4505A 2-LT-45C
- c. FSI-1-2106-16-1-1Q3 M1-311 III HVAC Chilled H 2O 1-LG-6714 m FSI-1-2106-16-2-103 M1-311 III HVAC Chilled H 2O 1-LG-6,16 (m FSI-2-2106-16-1-2Q3 M2-311 III HVAC Chilled H 2O 2-LG-6714 (m FSI-2-2106-16-2-203 M2-311 JII HVAC Chilled H2o 2-LG-6716 Il
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.t. FSI-1-2107-01-A-01-102 M1-262 II Accumulators 1-PT-960 1-LT-950
.t. FSI-1-2107-01-A-02-102 M1-262 II #1, #2, #3, #4 1-PT-961 1-LT-951
- t. FSI-1-2107-01-B-01-1Q2 M1-262 II Accumulaotrs 1-PT-962 1-LT-952 j st. FSI-1-2107-01-B-02-1Q2 M1-262 II #1, #2, #3, #4 1-PT-963 1-LT-953 l it. FSI-1-2107-01-C-01-1Q2 M1-262 II Accumulators 1-PT-964 1-LT-954 it. FSI-1-2107-01-C-02-1Q2 M1-262 II #1, #2, #3, #4 1-PT-965 1-LT-955
( it. FSI-1-2107-01-D-01-1Q2 M1-262 II Accumulators 1-PT-967 1-LT-957
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FSI-1-2107-01-D-02-1Q2 M1-262 II #1, #2, #3, #4 1-PT-966 1-LT-956 it. FSI-2-2107-01-A-01-1Q2 M2-262 II Accumulators 2-PT-960 2-LT-950 it. FSI-2-2107-01-A-02-1Q2 M2-262 II #1, #2, #3, #4 2-PT-961 2-LT-951 it. FSI-2-2107-01-B-01-1Q2 M2-262 II Accumulators 2-PT-962 2-LT-952
) it. FSI-2-2107-01-B-02-102 M2-262 II #1, #2, #3, #4 2-PT-963 2-LT-953 lIt. FSI-2-2107-01-C-01-102 M2-262 II Accumulators 2-PT-964 2-LT-954 I it. FSI-2-2107-01-C-02-102 M2-262 II #1, #2, #3, #4 2-PT-965 2-LT-955 lit. FSI-2-2107-01-0-01-102 M2-262 II Accumulators 2-PT-967 2-LT-957 Iit. FSI-2-2107-01-0-02-1Q2 M2-262 II #1, #2, 73, #4 2-PT-966 2-LT-956
- d. FSI-1-2107-04-B-01-102 M1-255 II Volume & Control 1-LT-112 1-LT-185 f ;d. FSI-1-2107-04-B-02-1Q2 M1-255 II Volume & Control 1-LT-112 1-LT-185 j 3d. FSI-2-2107-04-8-01-1Q2 M2-255 II Volume & Control 2-LT-112 2-LT-185 FSI-1-2108-01-01-1Q2 M1-202 II Main Steam 1-LS-2373
{ Jd. Id. FSI-1-2108-01-02-102 M1-202 II Drip Pots 1-LS-2372
;d. FSI-1-2108-01-03-102 M1-202 II Main Steam 1-LS-2371 A ;d. FSI-1-2108-01-04-1Q2 M1-202 II Drip Pots 1-LS-2374 k.
3 Id FSI-1-2108-01-05-1Q3 M1-202 III Main Steam 1-LS-2383 f;d. FSI-2-2108-01-01-102 M2-202 II Orip Pots 2-LS-2373 3d, FSI-2-2108-01-02-1Q2 M2-202 II Main Steam 2-LS-2372 , Id. FSI-2-2108-01-03-102 M2-202 II Drip Pots 2-LS-2371 h W. FSI-2-2108-01-04-1Q2 M2-202 II Main Steam 2-LS-2374 FSI-2-2108-01-05-1Q3 M2-202 III Drip Pots 2-LS-2383 f W. tt. FSI-1-0122-01 M1-251 II Cond. Res. .1-LT-459/460/461 l jt. FSI-2-0122-01 M2-251 II for Pressurizer 2-LT-459/460/461 5 2. FSI-1-0122-02 M1-251 II Cond. Res 1-LT-501/551 1-LT-517/518/519 for Steam Gen. 1-LT-502/552/527 ) . 1-LT-528/529/503 1-LT-538/537/539 1 LT-553/504/547 1-LT-548/549/554 ) o
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'.. 2*LT-502/552/527 ; 2-LT-528/529/503 i 2-LT-538/537/539
- j. 2-LT-553/504/547 2-LT-548/549/554
)nt. FSI-1-0122-03 M1-202 II Cond. Res. 1-FT-512/513 for Main Steam 1-FT-522/523/532 1-FT-533/542/543 . tt. FSI-2-O'122-03 M2-202 II Cond. Res. 2-FT-512/513 f .
for Main Steam 2-FT-522/523/532 2-FT-533/542/543
.. nt. FSI-1-0122-04 M1-202/251 I/II -' Lower Taps For Instruments for Pressurizer See FSI-1-0122-01 i & Steam Gen. & FSI-1-0122-02
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