ML22194A423
Text
A B
C D
E F
G H
J K
14 SYSTEM DATA
~ 6LB c,:;.,-- X10 HR 4.273 PSIG 991 M1mmol 1092 14 0.786 951 15 0.025 1092 16 0.93 1176 17 0.93 1190 18 0.93 1205 19 0.93 1220 OF 545 557 540 557 REMARKS 100% LOAD NO LOAD WHEN IN OPERATION SEE NOTE-A SEE NOTE-A SEE NOTE-A SEE NOTE-A 13 12 NOTE:
A. FLOW LISTED lS THE ASME RATED CAPAClTY (90% ACTUAL AT 3%
ACCUMULATION) IN LB. PER HOUR WHEN THE SAFETY VALVE IS FULL OPEN AT THE HIGHEST SET SAFETY VALVE SET PRESSURE (1235 PS(G).
THE PRESSURES LISTED ARE THE INDIVIDUAL SAFETY VALVES SET PRESSURE.
11 10 TURBINE DRIVEN EFP AUTO-START SIGNAL I. 2/3 LOW-LOW LEVEL SIGNALS IN ANY 2 STEAM GENERATORS
- 2. UNDERVOLTAGE ON BOTH ESF BLISSES
- 3. AMSAC
' I 9
~
(5 PLACES)
ROp-5 IPT-0476-HR2-MS \\
ROp-5
!PT -04 76-HRl-MS \\
<[
l'.l 8
7 2000
@ ~
I I
B CRE I SC O'
PT 2000 A
r--u c§ ~
f- -0sc a: ~
(J) VENT er ~ r.7 X
PT 475
.,. O'
- N
- a. "'
D N
a: N r >
X N
O'
<[
(D C, "'
z "'
a: N
<[
l'.l x'.,,,1,, -~!',--+
Rp-5
/
~-~
IPT-2000-HR2-MS 10" CBV (D
C, "'
z "'
CI: N 10" CBV 6
-u (D
C, ""
z "'
CI:
N 10" CBV Ul C, "
z ro a: N 10" CBV
' w C,
(D z "
a: "'
N 10" CBV 20 0.93 1235 SEE NOTE-A R0p-14 PEN.
3/4"
~ TO BE USED NEXT NOTE:
B. TEMPORARY STRAINER FOR SYSTEM CLEAN UP, TO BE REMOVED AFTER FINAL FLUSH.
51X R0p-!4 12813-0 --
v 3/4" VENT_... ~\\---C*B~V----R=0,;._--l4~:.:._---I R0p-!4 12829-MS 12802-MS 12819-MS PLCS) -
~2825-MS 3/4'--'<,--.e.,
R0p-!4 12809-MS R0 -14 12833-MS 3/4'"(TYP. 3 PLCS)
0
~SC STEAM GENERATOR '"A'"
R0p-!4 12804-MS \\
VENT CBV XSG-2A-RC R0 -14 12839-MS
~
-~
Vsc I 903N 32"',--~1:-----------:+::::::-------,
Cf
?
L¥---~
"R,e0.,_p-_,lc,4 __
1_
3/4" 12843-MS w
r 0 z z
M O'
X N
O'
- Ci?
I
-0>'
- 8T4
_:-_-_-_----~-~
~~~
I5IX 903N 12845-MS R0 -14
<[
~SC 12852-MS R0p-14 12866-MS 3/4'" (TYP, 4 PLCS) 07 I
0 2a 1
R0 -14 12837-MS,0 1"rsc
<Srsc- ~ -- 4841/---+~
LT 486,-
1 C-11 I"
I 1/2'"
3/4"
-031 MB i k f-1 _1/2_*_* --:~--1-~_i_r N_A_L---112" I"
3/4" 3/4" TO ATMOS.
(TYP,)
a:
w D
~ ~d DRIP PAN(TYP.)
2B06F-MS 2B06H-MS 28061-MS RNQ-1 RNQ-1 RMn-2 2806G-MS 2806J-MS XNA-2010-MS DETAIL "C" (E -61 I"
TD LOCAL DRAIN 602X 151X I"
3/4" I"
..-----L--J
- V'---.cRe.,N,,~-lc__
2806A-MS(OETAIL"A")
2806K-MS(OET AIL"B")
RMn-1 a:
w D
XNA-2000-MS (OETAIL"A")
RMn-3 XNA-2020-MS (DETAIL B )
DETAIL "A" IB-61 DETAIL"B" (G-61 TO ATMOS.
(TYP.l DRIP PAN(TYP.)
RNQ-1 2806E-MS(OETAILA")
2806P-MS(OET AIL "B")
RNQ-1 28060-MS(OET AIL"A")
2806N-MS(OET AIL "B")
RNQ-1 2806C-MS(OET AIL "A"l 2806M-MSCDET AIL"B")
_______________________________________________________________ _J ALL PORTIONS OF THE MAIN STEAM PIPING WITH A WALL THICKNESS GREATER THAN,(,"TO BE HY RDSTATICALLY TESTED WITH WATER AT A MINIMUM TEMPERATURE OF 120° F. THE REMAINING PORTIONS OF THE SYSTEM MAY BE TESTED WITH WATER AT A TEMPERATURE OF 60°F.
4 0
AMB 145 365 HNG 3
1185 600 1284 600
<1%
1780 HNG 2
0 AMB 215
<I%
RJS 1185 600 1284 600
<1%
1480 HNG PSIG
°F PSIG ° F DURATI N HYDRO BY CHKD REMARKS NORMAL UPSET PSIG DESIGN DATA
~T-----~3/4-i--+-t--~
I I
R0 -14 I 12864-MS 0sc u
u u
40@@
v
~
Q. v 0
N I
I I
R0p-14 12858-MS
@3/4:--
Gc"'-t:,(J----/------_J 3/4" (TYP,4 PLCS)
"B
R0p-14 12882-MS LT 495 STEAM GENERATOR "C" XSG-2C-RC LT 496 REACTOR BUILDING t/4"= \\'-0" 0'
5' 10' 15' 20' (u\\
- -~
1 CRE I~
_ _J_~
w r
0 z TSC z
M "
<I' X
N
<I'
!RC 14" w a:
"' 0
- , r rU
"' w D
- ,: 0 u RNn-10 1 1/2" 2877A-MS "-
1 TRAIN "B" I
- 0sc &0ESF0 0 L _ _J _______ I _____ I _____ I
~~~
<[
l'.l
'\\,
R p-5
<[
l'.l _.___.._
IPT-0485-HR2-MS R p-5 IPT-0484-HR2-MS 0:---,----<§1 TSC PT ZS 4"
R p-18 ROp-18 ROp-5 ROn-9 8"
t'\\ ILS-2028-HRl-MS IPT-0495-HRl-MS '- 3/4" 2808C-MS '
I" A ___ _A LO
-:t~I_ ---0 "1/2sF 1-v
-7 _ ___'._'.R'.'_Dt:_p*_:5,_./\\:i'~C- - - -~-0 4 J*:
SEE DETAIL "B"
ILS-2022-HRI-Mo/
/".:"'\\. H_l - HI L s v _
2022 14" 17 19 1HI I
I IPT-0495-HR2-MS ZS
- i ~
I a: '
6" CBV 6"
1" I
I
<r
- a.
I o.---+-
RNn-10 28l7B-MS \\
I 1/2" TRAIN "A" ED "! G ai 7
~ CV TSC 1 C, "'
z "'
a: N Ul
,z C, (D z "'
cc "'
3 RC N
N
"' 7 5
Ul N
- TRAIN "B"
___ J ___ ~
M' cN a: N TRAIN "B"~
I v-....
<[
ZS
~
~ ~--~ Vrsc
~ I V
I ~SF GAi OWG SS-808-0II z
X 0 ______ i_v t>-----'
NOTES:
I. PIPING WITHIN THESE FLAGS IS TD MEET ALL THE REQUIREMENTS EXCEPT FDR STAMPING, OF ASME CODE SECTION TI! CLASS 2 AND IS SPECIFICALLY INCLUDED IN THE SCOPE OF SPECIFICATION SP-544-044461-000
- 2. 0UBLE ROOT VALVES ARE USED ON MAIN STEAM.
- 3. MAIN STEAM SYSTEM (NUCLEAR) IS DESIGNED IN CONFORMANCE WITH ASME BOILER & PRESSURE VESSEL CODE SECTION III 1971 AND S-73 ADDENDA.
4, ALL INSTRUMENTS WITH 400 TAG SERIES NUMBERS ARE SUPPLIED BY@
- 5. ALL {:> STATUS LIGHTS INDICATE BOTH OPEN &
CLOSED POSITIONS UNLESS OTHERWISE NOTED.
- 6. FOR HYDRAULIC CLEANING OPENINGS, SEE PHYSICAL PIPING OWG.
- 7. THE EMERGENCY FEEDWATER PUMP DRIVE TURBINE EXHAUST PIPING SHALL BE DESIGNED FABRICATED & INSTALLED IN ACCORDANCE WITH ASME B & PV CODE SECTION TI! CLASS 3 RULES, HOWEVER, THIS PIPING ODES NOT REQUIRE HYDROSTATIC TESTING & CODE STAMPING.
PIPING IS CLASSIFIED 2b, TECHNICAL REQUIREMENTS ARE DISCUSSED IN TRP-13,
- 8.. R. PER TRP-13, SECTION 8. PIPING CONTROLLED FDR BREAK ELIMINATION ANALYSIS.
- 9. MANUAL CONTROL CIRCUITRY FDR 2801A/B/C INTERLOCKED WITH 2869A/B/C OPEN LIMIT SWITCH CONTACT TD ENSURE 2869A/B/C FULL OPEN PRIOR TD 2801A/B/C OPENING. TRAIN A NL Y O'
a, N 5
TRAIN "A" 4"
15 4
3 2
1
~----
EMERGENCY CLOSURE OF MAIN STEAM ISOLATION VALVE & BYPASS VALVE I. 2/3 HI CONTAINMENT PRESSURE.
12 PLACES 3 PLACES
- 2. 2/3 HI STEAM FLOW WITH 2/3 LO-LO AVG. PRIMARY COOLANT TEMPERATURE.
- 3. MANUAL -CONTROL ROOM.(A TRAIN HAS INDIVIDUAL SW PER VALVE &
B TRAIN HAS COMMON S.W. FOR 3 VALVES.
4.2/3 LOW STEAM PRESSURE.
HOR."A' MS ISOLATION VALVE RE -OPEN SIGNAL MS ISOLATION VALVE TEST CLOSE SIGNAL G.A.I. owe. 808-001 TO CONTROL & PROTECTION LOGIC @ OWGS, 1080932 &
108D837 27 PLACES OPEN LIMIT SWITCH ACTUATOR WILL ISOLATE BO. SEE B-208-009.
~
_,ZS 0
SF
- 0--0sc
_I L
I MOISTURE COLLECTOR DR VALVE CLOSURE MANUAL -
CONTROL ROOM "A" TRAIN HAS INDIVIDUAL SW PER VALVE "B" TRAIN HAS COMMON SW FOR 5 VALVES C10 PLACESJ 0
(12 PLACES)
FEE WATER CONTROL OWG. 108D932. SHEETS 3,4,8 HOR. 'B'
~
A-6 1----1 -083 >
~DTE 71 ATMOS.
z N en 14" 8" 12" 152N 151X 3"
3/4" I"
D EFWP XPP-8-EF D
3" X
in X
N CBVI"'
RNn-1 4"
2801C-MS MS RNn-9 HOR. 'C' 3/4" O'
X N
~
--=-~>-"'""-/2869C-MS NOTE 9 CBV G-12
<?,-----0 w
r 0
"' z z
a:
D I
903N Rn-2868C-MS 4"
-012 MS
- -0 TSC
--i-L I
I I VSF R h-13 X
N O'
ILS-203!-HR2-MS ROh-13 ILS-2031 -LRI-MS R h-13 ILS-2031-HRl-MS ILS-2031-LR2-MS
~
~-H B-8 1
~--L--
ORAINS H
4"
-=----1)<1---+--W---I
\\
LS 2031 3/4" 1--:~ _ -~ "B" TRAIN
-~ ONLY,------vSF 1
ZS ---'---0 R h-13 3/4"
- I 1/2" 22826-MS ~
~-
I 1/2" B-B
-121
~INS 26 2813-MS 903N 902X OR
~
l..'.J 22827-MS DRAIN 39 04/U05 JTS REVISED PER ECR-70670 RHM BDL 38 08/0J/OJ JMR GADD ENHANCED PER ECR-5D239 MGR DDJ 37 07/WOJ DDJ REVISED PER MRF -90102 MGR PRB THIS IS A I"
(D
"'- D
' w I :::: LL I
O'
' w O'
X en NUCLEAR SAFETY RELATED DOCUMENT, NO DEVIATION SHALL BE INITIATED OR PERFORMED WITHOUT PRIOR DOCUMENTATION ANO WRITTEN APPROVAL ESSENTIAL FSAR FIGURE 10.3---1 SOUTH CAROLINA ELECTRIC & GAS COMPANY VIRGIL C. SUMMER NUCLEAR STATION PIPING SYSTEM FLOW DIAGRAM MAIN STEAM (NUCLEAR)
DESIGN ENGINEERING V. C. SUMl.4ER NUCLEi'R STATION JENKINSVILLE S. C.
MADE CHECKED LE APPROVJt..
l-4_2-+0_4/~27-'/10-'2)+-'-CM~S"-+ __
R_,E~V_,IS~E-"-P~E~R~E-"C~R_-7"2~7_,5-"6--+--'c"'h"-k-+--"G'-'FK"-----,'-
41 03/1812010 CMS REVISED PER ECR-72666 chk GFK RHM MGR
- 3.
JEW 40 00/07117 JMR REVISED PER ECR-50828 RHM NIA D-302-011 42 LE NO.
DATE BY REVISION CK. BY APPROVAL DRAWING NUij8ER SHT. NUMBER REV A
B C
D E
F G
H J
K