L-21-018, 2 to Updated Safety Analysis Report, Section 4, Figures 4.2-1 to 4.6-9
| ML21307A219 | |
| Person / Time | |
|---|---|
| Site: | Perry  |
| Issue date: | 10/28/2021 |
| From: | Energy Harbor Nuclear Corp |
| To: | Office of Nuclear Reactor Regulation |
| Shared Package | |
| ML21307A174 | List:
|
| References | |
| L-21-018 | |
| Download: ML21307A219 (19) | |
Text
{{#Wiki_filter:FI zl JI O-l tt IJJ I h'd E Ul ot
=l o.
E8
$* i 8
tl sE i6 ; l o "': tr tr u, o tr ul l- utt Jl H OI G o H fit a = f Fr t'l z1 la ql 5) JI 2 n t E a t
,{H G X '.t 5
J X ttl t, ut v .r{ UJ t{ LU o 0-trtrSO$t
-ovfficf o o arooooo Gt33o3 tu IA fiJ uJ G
f3
)7 q
I=
FI zl JI o-l E (0 tl ul uJl UtC (ot
.-l '-l 3l ot (fm CA o
.rt C) c{
o- pc +J t I (U0) c{ EEO{ l.{ str UJ O '-l J dtt
'.1-{ J O HH z
-t .15-{
o(0 6tr._l gt't tr .l ttt O '-{ Ml.r E, t{ ll IIJ +ro o- d o
-={l-- U
//\-/ ! N/\
\n 3 7\'
t t xt , qffi.r I n,r90't-l srrvld n r"B;rlf"'t/
/
vro NrFr 6tr-1 l'-q --T .1'+ 'fif'.. ' trt:
' l,r^, I rHJ'f.....:-E/'llrt I
I t-__..:::
--yr (xouddv's1 qz. ilrrrB lsvirro rlrrs) lt^vur Ntw stg' i
l.ltrldn trhtt i{lguogdd J^u.w, rvlJ 953
IF lz t< IJ lo. II, H (u tuJ --{
+,
ffi. l=
@F@ g :
--l
;l;l o-o tr fr'":_
IIJ FI (, E n o 2 ul r{ il t, F J=UJ .Fl c! l< to an
?'f o t-F luI O I O .itl Oul oo FJ o SIIJ -(J(ut{
tr o o. L o tr dj lo lf,
'P lJur Ft
- )
o o c F o fr lz t> O .rl Er lu z
- )
IL o O Ior, tE
--J o
t-{
+,
tu tr o- o
IF lz t< IJ lO. Ig,, I d EI & t= lo IJJ 3 9-g fiF i cq EI tq l1 o o r.) F lu o 10. zn t t-l v) m E ld L) o 9[i
'\Q N
o Fl rd Fi j Ff {., o 2 o of; ). Fr U' (} \o ul J (, E-r
&H s EH z 6E Fl Hrn rt J F{
F Fr'l H6 E E -t z- P J lift h
$gFE EH dd Ud rd A{
o
)-l tiE ttr
.H o
C) U
\ IJJ o.
\
\
/ \ @
I ('t (o T ro (\l a (o fe l' ro zF J o-tr stl
,c
"{ ttt (da 30 ul r0 r-{^
(\ H.c@ N to dHs I u) GI N no O o
=
o.
.Cr-
+Jr{ I
'-l@l St
# rlto m
(\l F:' rt (o
# rl t, E rt) c'-)
g 5v p]et cr! v lU oo
.-ttr(
F (o (!t N ID (' N (o e{ r-l J +r(,
..{Ot O
l{ N q .U t --r CJ Ut OrUOC
! z O C/) -.{
rf t tl t ca at (r, rtN # -s o o]A 804 tt Er t ft frl oo u ,\4 (l) u) cc) rdc (\l N q (\l t (\rt N N -t ct tu o0) o- a tt ?u) (', tt 3t fe tf t') t FI N fit l' ut -t /VE\N () Cr) f\\=4'l N nl N fi) (r) ct (\l N N
-R It aqt r'm rta (r,ft s 6D (o
-N (\l lf (\rt. It .N(o
(\to -00 (o N lo r9 ri fo m ttt9 (rl, 6 ro to z I N l\l N G f c, .$ t ('I o
- s. ft qE
-l (o (o
(\ro 1J IA I ltl t sgg I 6)gfF lolllrO ERRPP:b8
zF J o o, ,r{ t UJ (dd F r^ Hiico tr.+ a = o&'
'G,^F p-'t tr) o '-l ,^@
t l It E Xno rq
-l HN sitl E
e{ lrJ J ';.H^v {
+J" o
-N q o rl H
'-1.^OA Et o;(o z-En OX C '-t U7 (l)
-8 M o
!.,tr HFI l'l tr oxo
.v,Ya tr, Eg d}{
-q (Yt IJJ
- o. m-a
-8 0) (r] l,ffiF:1 V\ F } /
\_l, LJ
-R -N (\ -3 o o z I g f o
*r lo va0 vo
=J ll ll z2
zF J J Et 0- --.1 r{ t (dii^ IU l-l-o
'iJ ,sf, (f) o o
=
o- .i nJ
-C - l'-
Y r{ t, E tcq c gg cn
.96t =
.!n' N uJ J
(/)x o ! o) r{ o
-t E
o t, z oP C O{*Ofr.r J
.'{
EElil tu l! J4 YQ f;s
- o. m5{
3
\^t 2 t,/\,
'{---
t\t=rrl o z g o. f,
&l?
o eq o6 rlllll ll ll z= .116;19t\t'l ltcocl(v,Nol
IF lz t< IJ d to-lu
,ri H^
dd luI t= E ; gi'l o lo !*sl f -T lo-tr xfr (r-) F-o r-{ E 5et
.,1.,
q X- v
.9,{ r
'dng t IJJ c\
J .lJ-o, g it o F{
-ts 0) z- *il9 OX C --t r.{
E t tr, 3sr3" J1 YA
-s at UJ f;s o- ra 5'
-8 3
-R @
-N 6l
-co o
o z Ig o
*a to EE o6 t
I rllrrtl SgHENRe I I ro ll$ zZ
zF J o. t lrJ rt 1) ct?l
..-J o Y ash A'l-1
=(L :'1 P,\
d-d\l tr
.rl m nl r\
-db
-Li v J
u lpa,
,Y f-l -
o
\H or.{
rr c) J
.{ tf .l Y' nh z 0)2 0) ;:
ol:u) k t tic) It t tl-i nrInf lU o. o= rlllfn i-r+d-] nnInIf 0(iD0 {-.v1 o dn v,
*\J nnnnn rnfn ntrrn rn[
nn[ -g nllnrn ((nnrlnn trnnnn((nn
='
o o. fit nr((fnnnlrn ro O; 5 E+> Q
zF (o7o),uo1g oJoO J o-0zl 0L '09 0s E 0 0 llt 3 o nn o
= -l tr.t Q{
HE; O o- ld\_! 0l 0l + rl E, ut t FS o{ --l ..{ = 0z 0z N rl J +ro. o
)Y lJ(d ll l{ E{ i, 0t 0t t z- rd oo, 0Jv IY' trl 0)
C O' E rd 0t 0t Ft-l t tr
.lJ q
o IJJ I o-0s 05 E E t-tlC-. I4f,rh:l Fg o 09 09 {o n OL OL s 08 08 06 06 001 00t 0l I 0ll 0zl 0zl uogEJedg dool o,r,rl tle6 ,ltol.dpe,r,t.od {.rra;
UJ zF 2 cc o 0) uJ I J ..{ l! o- ll o tr u o o x tJl ! 0 tr UJ D t? o & z c y o
= Fl r{
ltF ao v (J = ol o o o I
\o E d
o-l-r bt IJC r.o z (n C '-l iili J- f o O-l uQ{ Es IU
\ z F
c{ rl J () oo()'Jt{ J o
.tr z-tn 68H oc< f, F
v, (rF J --l o ,0) !tq o (Jalr3
=tL fu' Jz tr -{o 3lE tr, IJJ l{
- df,
(,F o. +J c oul JE o U
/\./ E t\./\
wtr 53F o(n= 3fe
- i: >tr FU,
()L E6E o>
-12 (9 lllr
3 zl-dF* O IIJ 3 J H trzo f o. Hix tr, o I F g;6 A tr -.{
+J Fr3, H UJ
- >= c o-
=
u,
)u iz E a = o ON HiEi O o.
tr z clJ fi rl t, '-l l.r O$
\O EE:
o E5=H UJ l UJ F N UJ 15 J co tn l r{ Ot{ C) z F x o-
"" o &5
; -i IU o o uJ Ut 5t 3E il to z u, -{O .-l th o tr tlr
(, oc) a- z o l{ z t
+J c
lL ar t ul U o od o. A rJ t, (X}DO llJ vt 6 rr>UI oE z
-o 2Fz=Fi E6 E k2 trZ F tr A
G uJ o z
=o Pb
{-'* E H5 5 H 5h d5 H o UJ z tu z F< Vtr ouJ occ 6 H oE cl o cc o (J o-- tr uJ an 6l I r.u
-r(
=
llj J> tr co o
FI zl JI F tJJ J dj o-I 3B tI
.rl J=
; ,8? U F 5,, uJl
+J (d
FRoA 5 jz E J i 6* ol
=l (t)
E Er e arl v,' .c s: ,E 6 fr 26 5 FfrH o g i Et o.n I bi Gl E zH ffi (n Ql o i= ! uu EHil E to=2 iE; iz o 8,,
\iJ z F lnn F tl l-d
-
- q-y 9:
d i si5 ,E i ;* 6 8," ll. o = r{ F F ,-= 5 5 5I ffU ju H" uJl -Fl 3
- = ?*
=u ;
HF= Hi c{ J ,Ho)H l-l isEC5FdfiEEAgHH dirs$sg=g==i J JIJ rl 8 8 8? J O t -tz c) 6.9 dJ E, tt; 6 -lo t t{ tr +, c IJJ o
- o. C) 8 u.r zq urEF t9!! uru.r zac I
OOtu (, tr(2 F dPE9 zJ> 3 6 wZ T,z 531
=uJt! 6 iX tr-
\S rrO u-F o ed-i [E p to i? H EHsd oG 1qt o 6o FU uJ co o- (9 8 F LIJ o z z FJ P J 8 =
G tr = tl. p
=;F u, (9 I z c
F z J (d
- o. 3 tr (c
+J ai I
ltJ 3 o o-lJ
'-l sfl t, D c\o I rfl IU o J 'r'l o UJ t'{
-t ou' z E o
'-l trr tt
-lo ltJ tl
- o. +J c
,4n
/\t a tn U
o tr 2 Co e? d 3 fi o I I oq 0 F o 2 GFE Ou-ct
=
F, A 5FE
)
z o igEi;:
=
G r! u E a
-r, EZ
-gq uie Eli:Ei:* T;? UEH 2=> {-< JOJ 5z$ gc,e i<E aa8 EliIEElEEEi r N 6 r 6 .c Fo
'! 9 : : ! :I I : 3I RF NR I RF RRRB ; S3 t gHEBC t aC3 I g$ i t 3I 6SB E $ S G fi E E 6 3 3 E I E 6EI R
NOTES: TO HCU'S TO HCU'S
- 1. ONE STABILIZING VALVE OF STABILIZING VALVE ASSEMBLY (F007)
(BANK A&B) (BANK C&D) CLOSES ON WITHDRAWAL SIGNAL PER ONE DRIVE OPERATION. TWO A-3 STABILIZING VALVES OF STABILIZING VALVE ASSEMBLY (F007) CLOSE A-3 A-3 A-3 1/2" 1/2" 1/2" 1/2" ON INSERT SIGNAL PER ONE DRIVE OPERATION. FOR GANGED ROD DRIVE 302-0872-00000 302-0872-00000 302-0872-00000 302-0872-00000 OPERATION,AN APPROPRIATE NUMBER OF STABILIZING VALVES SHALL BE OPERATED. E 2. PROVISION FOR CONTAINMENT ISOLATION TO BE IN ACCORDANCE WITH 1" 1" 1" 1" CURRENT LICENSING REQUIREMENTS. EA015 3. SCRAM DISCHARGE DRAIN MUST BE SUBMERGED DUE TO POTENTIAL O O O O RELEASE OF STEAM LEAK-OFF AND RADIOACTIVE NON-CONDENSIBLES. C22- 4. PROVIDE VENT VALVES WITH CAP ON DISCHARGE SIDE AT ALL H13-P680 H13-P680 F533 F534 F535 F536 SYSTEM HIGH POINTS. F101 IS THE VENT VALVE FOR THE INSERT LINE H13-P613 P002 1" 1" 1" 1" AND F102 IS THE VENT VALVE FOR THE WITHDRAW LINE. THE FIRST "X" PS C C C C H A 3/4" 3/4" 3/4" 3/4" FOLLOWING THE F101/F102 CORRESPONDS TO THE NUMBER OF TIMES A N652 L THE ALPHABET WAS USED TO ENCOMPASS ALL 177 HCU'S. THE SECOND "X" C22-P001 C22-P002 C22-P001 F162A F162B F162C REPRESENTS THE RESPECTIVE ALPHABET LETTER. F162D PI S S S S 5. PROVIDE DRAIN VALVES WITH CAP ON DISCHARGE SIDE AT ALL SEE NOTE 26 R013 SYSTEM LOW POINTS.
- 6. EXHAUST FLOW FROM MOVING DRIVES IS DISPERSED VIA THE HCU'S F513 PT OF ALL OTHER NON-MOVING DRIVES TO REACTOR VESSEL.
F159B 7. AVAILABLE FOR TEMPORARY CONNECTION FOR DRIVE TESTING AND N052 FROM REDUNDANT FROM REDUNDANT FROM REDUNDANT FROM REDUNDANT FLUSHING. NO PERMANENT PIPING CONNECTIONS TO BE MADE TO C11-P001 3/4" F512 REACTIVITY CONTROL REACTIVITY CONTROL REACTIVITY CONTROL REACTIVITY CONTROL THIS VALVE. SYSTEM SYSTEM SYSTEM SYSTEM 8. VACUUM BREAKER VALVE (F120) AND VENT VALVES (F010 & F180) TO BE ON HIGH POINT OF VENT LINE. VACUUM BREAKER VALVE SHALL OPEN F1041 NE F182 F094 1" SEE NOTE 31 1/4" 1/2" D2-4 1/2" 1" SCRAM VALVE PILOT AIR HEADER 1" SCRAM VALVE PILOT AIR HEADER ON A DIFFERENTIAL PRESSURE SETTING OF NO GREATER THAN 1.0 PSI. THE LOCATION OF THE VACUUM BREAKER SHOULD CONSIDER THE LO LO POTENTIAL RELEASE OF RADIOACTIVE NON-CONDENSIBLES, WATER AND STEAM THAT COULD OCCUR IF THE VACUUM BREAKER VALVE WERE TO FAIL IN AN OPEN POSITION WHEN THE VENT SYSTEM PIPING IS 3/4" PRESSURIZED. F159A
- 9. EXCEPT AT POINTS OF CONNECTION WITH NED SUPPLIED EQUIPMENT OR SEE NOTE 27 PIPING, THE PIPING DESIGNER SHALL SIZE PIPES IN CONFORMANCE SOL B S S SOL A WITH THE SYSTEM SPECIFICATION AND PROCESS DIAGRAM.
FROM REDUNDANT 10.FOR LOCATION AND IDENTIFICATION OF INSTRUMENTS, SEE INSTRUMENT 3/4" 3/4" REACTIVITY CONTROL F095 G-9 DATA SHEET LISTED IN MPL FOR EACH INSTRUMENT. ND ND ND ND 1" 11.CRD NITROGEN AND AIR LINES SHALL BE OF A 1/2" SYSTEM 302-0244-00000 F NON-CORRODING MATERIAL. O F160A F160B F110A F110B S S S S F1040 12.MULTIPLE ORIFICES CONNECTED IN SERIES AS SHOWN IN PURCHASE FROM REACTOR D006 C22-P002 PART DRAWING OF ORIFICE D008. THE PRESSURE DROP ACROSS EACH PROTECTION FILTER C22-P001 C22-P002 75-80 PSIG ORIFICE IS 250 PSI AT PUMP RUN-OUT CONDITION. SEE MPL F0R THE C SYSTEM H13-P680 INSTRUMENT AIR QUANTITIES OF ORIFICES. VALVE F034 SUPPLEMENTS THE ORIFICES 1/4" REFERENCE 9 1/2" DIV. 2 D008 FOR THE REQUIRED PRESSURE DROP. DIV. 1 K-13 RMS 13.THE SCRAM DISCHARGE VOLUME ARRANGEMENT SHOWN IS FOR REFERENCE DIV. 1 DIV. 2 S F163A 302-0872-00000 ONLY. FOR REQUIREMENT, SEE CRD DESIGN SPEC. REFERENCE 10. INSTRUMENT F089 NE F009 14.DELETED 1/2"D2-4 SEE NOTE 31 O C O C DC DC DC DC AIR SUPPLY EXHAUST 15.FLUSHING CONNECTIONS SHALL BE PROVIDED IN ACCORDANCE WITH LO REFERENCE 7. TEMPORARY STRAINER SCREENS SHALL BE PROVIDED ON O THE SUCTION SIDE OF ALL PUMPS IN ACCORDANCE WITH REFERENCE 7. H13-2 FROM REDUNDANT FROM REACTOR PROTECTION 16.ISOLATION VALVES SHALL BE LOCATED AS CLOSE AS PRACTICABLE P680 F163B C S H13-P680 TO THE CONTAINMENT PENETRATION. REACTIVITY CONTROL SYSTEM SYSTEM C71-1010,SH.1,J-6 & J-8 C22- 17.CONTINUOUS FLOW TO THE REACTOR SAMPLE STATION SHOULD BE D2-2 E1-4 P002 RMS SEE SOL B S S SOL A 1 LITER/MINUTE MAXIMUM SHALL BE 2 LITER/MINUTE. NOTE 30 18.VENT PORT TO CONFORM WITH SAE INTERNAL STRAIGHT THREAD BOSS O SEE NOTE 8 DIMENSIONS FOR .50 TUBE STRAIGHT THREAD FITTING (3/4-16UNF-2B) AND DEPTH OF .50 MINIMUM EFFECTIVE THREAD TO BE COMPATIBLE C WITH THE INSTRUMENT USE FOR TESTING. DIV 1 19.A PORTABLE NITROGEN CHARGING SYSTEM SHALL BE PROVIDED TO F120 C C FROM REDUNDANT FROM REACTOR B-3 MEET THE REQUIREMENTS OF THE HCU. SEE REFERENCE 15 FOR 3/4" REACTIVITY PROTECTION NC065 NC064 302-0872-00000 SPECIFIC ACCUMULATOR CHARGING REQUIREMENTS. IT SHALL BE 1" CONTROL SYSTEM DIV 2 SYSTEM 3/4" DESIGNED AND CONSTRUCTED IN ACCORDANCE WITH GOOD INDUSTRY REFERENCE 9 PRACTICE AND SHALL HAVE THE APPROPRIATE SAFETY DEVICES,GAGES, FROM HCU'S D0410 D0409 (89 TYP.) AND VALVES. A PRESSURE RELIEF VALVE SHALL BE INSTALLED E1-2 3/4" 1" 1" DOWNSTREAM OF THE CHARGING STATION PRESSURE REGULATOR WHICH SHALL PREVENT PRESSURIZATION ABOVE SYSTEM REQUIREMENTS. F180 F010 20.DELETED DRYWELL CONTAINMENT 3/4" 1" 21.DELETED F155C F155D 1" LO 22.SOURCE OF CRD SYSTEM WATER SHALL BE NORMALLY FROM CONDENSATE LO 2 (9 TYP.) (9 TYP.) TREATMENT SYSTEM. CONDENSATE STORAGE TANK IS THE ALTERNATE VALVE VENT ELEVATION SOURCE IF CONDENSATE TREATMENT SYSTEM IS NOT IN OPERATION. F156C F156D 2 FOR DETAILED DESIGN REQUIREMENT FOR SOURCE AND QUALITY OF SEE NOTES E1-4 E1-2 8" E1-2 E1-2 8" WATER, SEE REFERENCE 10. SEE LX LX 23,24 & 25 23.THE SCRAM DISCHARGE VOLUME VENT LINE SHALL BE ROUTED VIA A NOTE DEDICATED LINE TO A NON-SUBMERGED DISCHARGE. THE VENT SYSTEM 35 F1045 PIPING SHOULD NOT CONTAIN SIGNIFICANT FLOW RESTRICTIONS 1/2"E2-2 1/2"E2-2 LO 3/4"E2-2 LS LS WHICH COULD INHIBIT VENTING OF THE SCRAM DISCHARGE VOLUME TO 3/4" 3/4" F1044 F1043A F1043B LO LO LO THE EXTENT OF LIMITING THE SCRAM DISCHARGE VOLUME DRAIN RATE. N013 N013 CHANNEL C CHANNEL D THE DESIGN OF THE NON-SUBMERGED VENT DISCHARGE MUST CONSIDER C D SCRAM THE POTENTIAL FOR THE RELEASE OF RADIOACTIVITY DUE TO THE 302-0872-00000 A F155A F155B FROM HCU'S F090A F090B F093A F093B F090C F090D VOLUME DISCHARGE OF NON-CONDENSIBLES, WATER, AND STEAM WHICH MAY LO LO 2 OCCUR DURING THE PERIOD AFTER SCRAM PRIOR TO VENT VALVE LO LO LO LO LO LO SEE B-3 NOTE 13 CLOSURE AND UPON SCRAM RESET WHEN THE VENT VALVES ARE REOPENED F134A F135A F135B F134C F134D WITH THE SCRAM DISCHARGE VOLUME PRESSURIZED. SEE (88 TYP.
)
F157C F157D 1/2" 1/2" NOTE 24.TO PREVENT LOOP SEALS FROM OCCURING IN RELATIVELY SMALL F156A F156B 35 DIAMETER LINES OF THE SCRAM DISCHARGE VOLUME VENT AND DRAIN LX F1348 LO LO LO LX LX LX SYSTEM, A CONTINUOUS DOWNWARD PITCH AWAY FROM THE SCRAM LX DISCHARGE VOLUME VENT AND DRAIN VALVES MUST BE MAINTAINED. F158C SEE 2 X X LX LX THERMAL EXPANSION EFFECTS SHOULD BE ADDRESSED IN THE DESIGN F158D LO TO RPS NOTE OF THE VENT AND DRAIN SYSTEMS. LO (REF.9) 35 X X C C X X 25.THE DESIGN OF THE SCRAM DISCHARGE VOLUME, ASSOCIATED VENT, H13-P691 H13-P692 H13-P693 H13-P694 SCRAM AND DRAIN SYSTEM PIPING AND COMPONENTS MUST CONSIDER THE 3/4"E2-2 X X NC060 NC061 LS LS POTENTIAL PRESSURE, TEMPERATURE, AND TRANSIENT LOADING WHICH LT LS LS LT LIS LIS LT LS LS LT 3/4" 3/4" ELEVATION SEE MAY RESULT FROM: (A) THE DISCHARGE TO THE SCRAM DISCHARGE N013 N013 CHANNEL A CHANNEL B H51- N012 N601 N601 N012 H51- N602 N602 H51- N012 N601 N601 N012 H51- VOLUME AND DOWN THE VENT AND DRAIN LINE DURING A FULL SCRAM C D NOTE 29 3/4"E2-2 P1335 A A B B P1336 X X P1338 C C D D P1339 PRIOR TO VENT AND DRAIN VALVE CLOSURE. (B) THE PRESSURIZATION A B X H13-P629 H13-P618 X HALF THE OF THE SCRAM DISCHARGE VOLUME TO REACTOR VESSEL PRESSURE X X INSTRUMENT FOLLOWING VENT AND DRAIN VALVE CLOSURE, AND (C) DEPRESSUR-VOLUME IZATION OF THE SCRAM DISCHARGE VOLUME UPON SCRAM RESET AND X H13-P629 H13-P618 X OPENING OF THE SCRAM DISCHARGE VOLUME VENT AND DRAIN VALVES. 1/2" F157A F157B 26.THE F159B VALVE SHALL BE ADJUSTED SO THAT THE F180 VALVE AND LIS LIS ROD BLOCK 12" 12" THE F181 VALVE FULLY CLOSE AT LEAST FIVE (5) SECONDS AFTER N602 N602 F091A F091B A B F091C F091D ELEVATION THE F010 AND F011 VALVES, RESPECTIVELY, DURING A FULL CORE X X LX LX SCRAM.
- F158A 27.THE F159A VALVE SHALL BE ADJUSTED SO THAT THE F010 AND F011 O LX LX LX LX TO RPS F158B INSTRUMENT LO VALVES START TO OPEN AT LEAST FIVE (5) SECONDS AFTER THE F180 H13- LT LT (REF.9) LO VOLUME AND F181 VALVES, RESPECTIVELY, UPON THE RESET OF A FULL P680 F092A F092B F092C F092D C N017 N017 SEE 2 CORE SCRAM.
- 1/4" LO LO LO LO H51- A C C B H51- NOTE 28.INSTRUMENT LOW POINT PIPING TAP LOCATION SHOULD BE 12 _
1/2"E2-2 P1337 P1340 1/2" 3/4"E2-2 INCHES ABOVE THE SCRAM DISCHARGE INSTRUMENT VOLUME REFERENCE X X 35 NC062 NC063 DATUM ELEVATION. 29.THE ELEVATION WITHIN THE SCRAM DISCHARGE INSTRUMENT VOLUME F-5 2 CORRESPONDING TO THE SCRAM INITIATION SET POINT SHALL BE 1" ALARM ELEVATION TO REACTOR PROTECTION TO REACTOR PROTECTION > 8_1/2 INCHES BELOW THE LOWEST ELEVATION OF THE HORIZONTAL 302-0872-00000 F103A F103B C71-1010,SH.3 C71-1010,SH.3 SCRAM DISCHARGE VOLUME ELEVATION. E1-4 E1-2 NOMINAL 5 GALLONS C C SEE NOTE 28 SEE NOTE 28 30.SCRAM DISCHARGE VOLUME VENT AND DRAIN VALVE CONTROL ROOM E2-4 E1-4 F104A F104B NC067 NC066 1/2"E2-2 LX LX 1/2"E2-2 INDICATORS SHALL INDICATE OPEN WHEN BOTH VALVES ARE OPEN AND ROD WITHDRAWL SHALL INDICATE CLOSED WHEN EITHER VALVE IS CLOSED. LO BLOCK LO 31.THE PNEUMATIC PIPING FROM NEEDLE VALVE F159B AND SOLENOID 2" 2" VALVE F009 TO THE VENT AND DRAIN VALVES F181. F011, F180, 2" 2"E1-2 2"E1-2 TO SUPPRESSION POOL F010 SHALL BE ROUTED AND SUPPORTED TO MINIMIZE THE POSSIBILITY SEE NOTES 3, 24 & 25 OF PIPE CRIMP AND ALSO IT SHOULD BE ADEQUATE PIPE THICKNESS F181 F011 AND MATERIAL TO MINIMIZE THE CONSEQUENCES OF PIPE CRIMP. SCRAM DISCHARGE VOLUME PIPING 32.HCU MPL NUMBERS CORRESPOND TO CORE GRID CONTROL ROD CONTAINMENT NUMBERING DESIGNATION. 33.LS 129 MPL NUMBERS CORRESPOND TO N (HCU NUMBER) A. PS 130 MPL NUMBERS CORRESPOND TO N (HCU NUMBER) B. PI 131 MPL NUMBERS CORRESPOND TO R (HCU NUMBER). H13-P601 34.FLOW ELEMENTS 1C11N5840A/B ARE INSTALLED TO MONITOR A RECIRCULATION SEAL PURGE FLOW STABILITY. THESE ELEMENTS NOTE 37 H13-P601 H MAY BE CONNECTED TO TEMPORARY M&TE FOR DATA COLLECTION. RMS D-5 O 1" H13-P601 35. INSTRUMENTATION CONNECTED TO VALVES 1C11F0155A/B/C/D L2-4 3/4" 302-0102-00000 A H13-P601 S AND 1C11F0158A/B/C/D IS INSTALLED AS SAFETY RELATED, L CONDENSATE NON-ASME. VENT AND DRAIN VALVES 1C11F156A/B/C/D AND F112B C T H13-P601 TRANSFER F402 F510A F510B F403 1C11F157A/B/C/D WERE PROCURED TO ASME SECTION III, CLASS 3/4" dPIS H13-P601 2 REQUIREMENTS. C1-4 S N002 RMS 36. THE MANUFACTURE, PROCUREMENT, FABRICATION AND INSTALLATION H51- H51-E OF PIPING AND COMPONENTS SHOWN AS ( ) IS SAFETY RELATED.
REFERENCES:
P1082 P1082 H51-P1081 MATERIALS ARE ASME SECTION II PER GE DESIGN SPECIFICATION PI PS EC002A RO 22A4168 REV.2. 1. 302-0606-00000 NUCLEAR BOILER SYSTEM B21 EC003B F1042B R017 N001 E
- FOLLOWING PROPER ADJUSTMENT THE VALVE (F159A/B) SHALL BE F1030 L1-4 A A PX D007 3/4"L1-4 2 2. 302-0601-00000 REACTOR RECIRCULATION SYSTEM B33 1" LOCKED INTO POSITION TO MAINTAIN ADMINISTRATIVE CONTROL.
MO EC011 D002B A 3/4" 1C11C0001A EC012 X F083 37. THE L2-4 PIPING BETWEEN THE RESTRICTING ORIFICE 1C11D007A/B 3. 302-0101-00000 CONDENSATE SYSTEM N21 3/4" C1-4 C2-4 C2-4 C2-2 TO 1" C1-4 AND VALVE 1P11F0506 IS SCHEDULE 80 SEAMLESS PIPE. C1-4 4. 302-0612-00000 NUCLEAR CLOSED COOLING WATER SYSTEM P43 C2-4 1" CRW 3/4" CRD HYDRAULIC PUMP "A" SCHEMATIC F022A F506A FLOOR EL.574'-10" F1031 C0001A F015A 5. 302-0950-00000 NITROGEN SUPPLY SYSTEM P86 F113B 1" 2*" SEE NOTE 16
*" F508A DRIVE WATER 1" F020A F021A G-14 6. 302-0772-00000 REACTOR PLANT SAMPLING SYSTEM P35 3/4" EL.574'-10" 2" 2" 2 1/2" 2 1/2"C2-4 F115B PUMP C1-4 C2-2 F114B f" D020A 302-0872-00000 LO D010B TO F001A 3"
- 7. A62-4140 CLEANING OF PIPING AND EQUIPMENT CRW S PUMP SUCTION PI F128 8. C11-1020 CONTROL ROD DRIVE HYDRAULIC SYS. PROCESS DIA.
D003A F503 FILTER f" H51- R008 LX F0109A DRIVE WATER 2 1/2" C2-4 MAIN OIL PUMP 9. C71-1010 REACTOR PROTECTION SYSTEM IED A *" SUCT PRESS LOW P1081 F013A L F507A f" FILTER 3/4" 3/4" 2 1/2" F014A H13-P601 SEE 10. C11-4010 CONTROL ROD DRIVE HYDRAULIC SYS. DESIGN SPEC. 4" NOTE 22 4" SHAFT F401 C5001A POSITIVE F129 F112A DRIVEN C1-4 3/4"L1-4 11. 302-0872-00000 CONTROL ROD DRIVE HYDRAULIC SYSTEM DIAGRAM F505 F021B F504 C1-4 PRESSURE SEAL LX F1046A LINE 12. C11-1030 CONTROL ROD DRIVE HYDRAULIC SYSTEM FCD F023A 4" L1-4 RMS F509 H-13 F123 F115A D002A F114A AUX. OIL PUMP C1-4 L1-4 13. 302-0102-00000 CONDENSATE TRANSFER AND STORAGE SYSTEM P11 4"L1-4 H13-P601 LUBE OIL HX 302-0101-00000 1C11B5003A 3/4" 3/4"L1-4 14. A62-4240 WATER SAMPLING S 2 1/2" CONDENSATE F1042A TO L1-4 T C1-4 15. C11-D001 HCU OUTLINE DRAWING 1" CRW F1038A 2 1/2" F511A S TI 16. A62-1010 GROUP CLASS 8 CONTAINMENT ISOLATION DIAGRAM C1-4 C2-4 M ELEC. H13-P601 F013B 4" L1-4 R0709 17. C11-1050 ROD CONTROL AND INFO SYSTEM C2-4 MOTOR F022B 1" 3/4" A (J-7) *" 18. 302-0671-00000 REACTOR WATER CLEANUP SYSTEM G33 H13-P601 f" 4" L1-4 3/4" 302-0612-00000 F113A 1" C0002A F1036A f" 4" L1-4 P43 PI F020B NCC 2" 2" 2 1/2" C2-4 EL.574'-10" L2-4 A dPIS 302-0612-00000 R0706 (REV. 20 10/2017) H N015 (J-7) CRW A D010A F1034A F1035A LOW OIL H51- PUMP SUCTION PRESSURE D003B P1122 PS A DRIVE WATER C2-4 FILTER F0071A F0070A L
*" N0705 FILTER F117 D013 F116 A H13-P601 PERRY NUCLEAR POWER PLANT
*" *" f" C1-4 3/4"L1-4 C1-4 PS GEAR REDUCER "A" LUBE OIL SCHEMATIC F511B F0017 N0704 F023B LOCATED ON 1C11C0001A PUMP SKID 3/4" THRUST PUMP TO/FROM PUMP RADIAL L1-4 PUMP SEAL A FLOOR EL.574'-10" BEARING SEAL BEARING C1-4 L1-4 FOR C0001A FOR C0001A STATION C0001B FOR C0001A C0001A FOR PS F1037A 10 CENTER RD., PERRY, OHIO 44081 TO GEAR
'" N0703 REDUCER CRW A
HIGH SEAL LEAKAGE CONTROL ROD DRIVE HYDRAULIC PS SHAFT DRIVEN 1C11B5008A A H OIL PUMP N0702 SIGHT (PARENT FLC# A GAUGE H13-P601 1C11C0001A) (TYP.3) GEAR OIL HX NOTE 37 F1039A SYSTEM F F TI 1C11A5006A CRD PUMP LUBE OIL SUMP F L2-4 D5004A D5005A R0707 D5009A A DRW F014B RO D007 B C1-4 GEAR REDUCER "B" LUBE OIL SCHEMATIC (J-7) f" f" PI R0708 FIGURE 4.6-5 (SHEET 1 OF 2) R0017B (H51-P1082) F0507B B5003B D0020B F1046B CRD HYDRAULIC PUMP "B" SCHEMATIC LOCATED ON 1C11C0001B PUMP SKID A N0001B (H51-P1082) F0508B N0702B F0506B N0705B 2*" 302-0612-00000 SAME CONFIGURATION AS "A" P43 SAME CONFIGURATION AS PUMP "A" (DWG. 302-0871-00000) C0001B F0001B R0709B A5006B N0704B F015B NCC FLOOR EL.574'-10" F0109B C0002B R0706B F1036B N0703B 2" C1-4 C1-4 1" FLOOR EL.574'-10" D5009B B5008B 302-0612-00000 C5001B F1034B F0070B F0071B F1037B R0707B (K-7) F1035B D5004B LO F1039B R0708B F1038B D5005B
DRYWELL TO ROD POSITION DRYWELL INFO. SYSTEM VENT ( SEE FCD ) POS X LOGIC CHANNEL A HYDRAULIC CONTROL UNIT - TYPICAL 177 - MPL NO. D001 (EL.620'- 6") A-3/A-4 2 TE LOGIC CHANNEL B 116 A-8/A-9 NE 1/2" F102XX ( SEE NOTES 4 & 18 ) TO REACTOR -871 X S S PROTECTION SYSTEM 139 (HCU IDENTIFICATION NUMBERS FOR INFORMATION ONLY . SEE NOTE 32) ( C71-1010,SH.1 ) SCRAM VALVE PILOT AIR HEADER FROM C2-2 OTHER SEE NOTE 36 DRIVES EXHAUST 102 1"C2-2 DRIVE WATER ( WITHDRAW ) LO ROD STATUS 2 F101XX ( SEE NOTES 4 & 18 ) DISPLAY BOARD TEMPERATURE RECORDER SEE NOTE 36 AND SCANNER E1-2 POS C2-2 R018 X H22-P007 CRD 123 101 122 112 D-6/E-11 1 1/4"C2-2 DRIVE WATER ND ND 1"
-871
( INSERT ) 3/4" LO A 127 114 TO SCRAM H S S DISCHARGE HEADER H13-P601 SEE 2 NOTE 36 2 2 POS SEE NOTE 36 WITHDRAW SEE NOTE 36 SEE NOTE 36 X INSERT SEE FROM ROD CONTROL AND CONTROL ROD DRIVE NOTE 36 SETTLE INFORMATION SYSTEM WITHDRAW ( TYPICAL ) 126 INSERT H13-P629 107 PI H O DRAIN 2 S S PS 131 ND ND HIGH POINT N VENT N655 2 A 121 111 TO HCU'S BANKS C & D AT 270 O 3/4" TO HCU' S BANKS O B AT 90 115 138 137 1/2" H13-P629 120 F414 1/2" PT PIS PSL LS H51-P1140 H N054 N654 130 129 1/2" 113 104 103 105 1/2" 3/4" SEE NOTE 6 A A 3/4" 1" 1" D-302-012 A & SEE NOTE 33 132 SEE NOTE 36 SEE NOTE 36 F-11 H13-P629 1/2" TO HCU'S BANKS USE REDUCER BEFORE 1/2" C & D AT 270 O THIRD TO LAST HCU PT PIS 1/2" H51-P1140 N054 N654 C C 1/2" TO HCU'S BANKS H A & B AT 90 O C2-4 C2-4 D-302-012 SEE NOTE 4 1/2" 1/2" 1 1/2" 1 1/2" 1/2" F-11 A 1/2" 1/2" TO HCU'S (TYP) PIS FOR ROD CONTROL SEE NOTE 19 L TO HCU'S 1/2" SEE AND INFORMATION TO HCU'S (TYP) 208-0020-00003 E51 3/4" -950 1/2" 1/2" F415 SYSTEM C11-1050 N600 ROD STATUS FROM OTHER F530D SEE NOTE 4 D-2/F-2 3/4" 1/2" 1/2" F529 DISPLAY BOARD F541A 3/8"IPC-6 HCU'S H13-P618 NITROGEN 1" 3/4" HIGH POINT SUPPLY 2" C2-4 PT PIS VENT H51-P1141 -607 2" 2" A-3 N054 N654 2" D D G-8 F541D -607 1"C2-4 1" FI D-302-012 3/8"IPC-6 F407D F521D F-14 H13-P618 DETAIL "A" PI 3/4" F054D R605 PRESSURE D-3 G-12 SEE NOTE 7 SEE DETAIL "A" F151 EQ. VALVE F152 R006 1" 1" PT PIS
-607 -607 D H51-P1141 F408D F524D F525D F525B N054 N654 F541B F541C 3/8" 3/8" LO LO B B F150A 3/8"IPC-6 3/8"IPC-6 FT C B A E FT E FI FE FE D-302-012 F409D F523D EA006 F525C F525A F-14 EA002A R003 N007 N006 F520 F416 F412 F411 3/8" N009 3/8" N010 3/4" PI 3/4" PI EA003B D D D PI EA004C R007 R010 PS 3/4" C11P001 EA005D F406 F515 1/2" X 3/8" (TYP)
R601 PI 3/4" FI 1/2" X 3/8"(TYP) PRESSURE C11P001 N655 1"C2-4 DRIVE WATER B 3/4" 3/4" X 1/2" (TYP) EQ. VALVE R016 3/4" X 1/2"(TYP) F154 F153 H13-P618 A R604 1"C2-4 DRIVE WATER 3/4" 1" D L C2-4 3/4" 1"C2-4 DRIVE WATER H13-P601 F034 DRIVE 3/4" LO F150B LO 1" PS PI WATER F004 N600 R015 RO SEE 1 1/2" 3/4" NOTE 12 2" D008 1 1/2" 2" F-13 2"C2-4 3/4" 1"E1-4 3/4" CHARGING W ATER IN-LINE FE D -871 F1029 F410 RELIEF PT F405 F514 N016 TO 3/4" VALVE E SUPPRESSION F012 3/4" F040 F062 N005 1" POOL 1 1/2" COOLING W ATER 1" C2-4 EAO11 3/4" 1 1/2" LO 3/4" 3/4" 1 1/2" 3/4" C2-4 3/4" C2-4 3/4" C2-4 2" E F537 F538 FUEL CONTAINMENT RMS H13-P601 BUILDING SEE EC009 A-9 F036 C2-4 E1-4 F1032 EC010 REACTOR PLANT NOTE 7 2 -772 SAMPLING FE 3/4" O N003 MCV F016 C2-2 C2-4 H13-P601 F1033 F124 F003 1 1/2" C AP-229 SEE NOTE 17 M LO H-3 F130 1/2" F046A FCV F047A C2-2 2 1/2" 2"C2-4 2" 1 1/2" 1 1/2"C2-4 1 1/2" 1 1/2"
-871 F060 F061 F122 F069 2"
SEE LO PEN# F522A F522B NOTE 16 F131 C 3/4" P204 H13- F127A 3/4" P601 F067C F067B 1/2" 1/2" O 1" F132 F522C F522D 3/4" DETAIL "B" F067A 1/4" F526D F526B A 3/8" 3/4" 3/4" 3/4" 3/4" F067D FI 1 1/2" PFV FI FE F002 S F539D F526C F526A R019 A R004 NE FT E 3/8" N014 E 1/4" 3/4"C2-4 N004 EA001 F126A EC015 F540 F404 EC016 3/4" PI 1/2" X 3/8"(TYP) F149A D004A F007D F145A R021 FILTER FI F X 3/4" X 1/2"(TYP) F144A S PI PI PCV SEE DETAIL "B" NE R606 X X X F143A F146A F147A F140 F148A F125A AUTO LOADING MANUAL LOADING CRD 3/4" D004B SYSTEM MANUAL/AUTO STATION D009A STABILIZING F142 F149B F145B C FLOW VALVE C B A PI FILTER SEE NOTE 1 R5840 MA001 D 3/4" F143B F144B F146B F147B K001 FC 3/4" 3/4" 3/4" 3/4" 3/4" F148B F141 I/P F068C F068B R600 dPI 1 1/2" f" C2-4 F518A F517A F068D F068A C2-4 E1-4 R603 FLOW REGULATOR MANUAL/AUTO STATION D009B NOTES: 3/4" AUTO LOADING MANUAL LOADING F025B D F125B FOR NOTES AND REFERENCES, SEE DRAWING 302-0871-00000. RO PI PI PCV dPT dPI 1" dPT dPI D0021B BLANK D011 D012 B B 3/4" X X X N008 R602 N011 R005 C11-1030 SEE NOTE 34 F126B F026B F024B G-13 3/4" FI FE E
-601 FOR PUMP "B" dPI E (REV. 22 10/2021)
R020 N5840 EA007 1/4" B B R009 EA008 F518B C2-4 E1-4 1/4" PFV FLOW REGULATOR E F002 REACTOR PRESS. SENSING LINE F517B F-14 F025A B 3/4"C2-4 (SEE NOTE 2) 3/4" EC007 A -606 RO EC008 PERRY NUCLEAR POWER PLANT D0021A BLANK D011 D012 3/4" A A O SEE NOTE 34 G-13 H13-F127B DRIVE WATER PRESSURE CONTROL STATION C11P001 10 CENTER RD., PERRY, OHIO 44081 F026A F024A P601 FI FE C 1/4" FOR PUMP "A"
-601 R020 N5840 A A PI 1 1/2" F039 REACTOR RECIRCULATION PUMP SEAL PURGE SUPPLY R012 F046B FCV F047B FILTER REGULATOR 3/4" F516 F038 CONTROL ROD DRIVE 120 PSIG 1/4" 1/4" 1/4" INSTRUMENT HYDRAULIC SYSTEM AIR SUPPLY F 1/2" 30PSIG FLOW CONTROL STATION C11P002 FIGURE 4.6-5 (SHEET 2 OF 2)
FILTER D005 75-80 PSIG INSTRUMENT AIR SUPPLY
-871 1/2" 1/2" (DWG. D-302-0872-00000)
C-4
zF J 0, t Lu 3 gH a q o 'l .r-r t-- IL Aa t I H n<a X$ r! lt ul * .-l J ,-t 0) l****uuu* fJ / n ^t i1rd t [' Et z r i; llill[';t iffiE E ii I.-E- yr lt 0) x rgntrtl rllnD s (J*
- lAn i i N, il 6r::
ttttr rt!; tt ltoE ii I Itl i ,l!t, I EtEta rxEE
- EII id TL 6U38 tEt-_lrtr EE T E IiFl
'Ff,t a--
PI ut e r /><-\ rrlL\\( ) lHlrE lt^0 lfFo IE da Yll II Er I t (XTX)
- 9..r I(,ll.r Et f,t E
5 t: = t-Eic, l[$H]'ll tlsffi I-rEEl H'NEU E; n; Ellt;8; lB r[rli Erlr; rF I Fi r i C iillli ii-i-{!il ItttE *l :: ilarElI ila a t l;! dt ) g" d i I .t t Jd t tl c I I I EI t s I aEE I s t e I t 8! t Ij o! il II l tl fi fi II Ie fr tlt ! fr t I I ilr I H E E I t fr fuE E rIE E iri il d F: d 4 lrl Ll rF! d 6 t I H E f,- t, siH t! ili E;
!ti nil illl run iii x
! H-aa F
g I l.l UI urlt urltot utlr^ v'l E l{r-T u[l ta If H il t frx !E sl l,ro{I'{,0 Ei;il 0r Ir
! U F s!
IH H EI F rbf t t I8 E il
!ii i
8 I I !! I I II g I It ! 4EHFH tl I ![ r t !
@r E t fl I B
a di r! I
zF t E =
-lo H2 r i a f; e ii frE COJJ J +J
=s
= o. c oz G(\I t o
[:Hi$i 3 4 E ! ! (J GC oo tr,T l ul E 5r P sct (J, FF .-l
,i t iiiir- e lr; ri o f;.p
-l SE I=
=s EE E .5 rn sd o
ip iI !n' t 5F 2 63F3= ?-A i H Ft F.
,6 d" -{ 3, *
;E
=
E:E::= Z i:EEHE Fr lf< ilriiEf p5 fl
<^'JJ c\ lu
;3 Ht J
g lq' e? o E= EB ?, 3 ; d d 33 E= ;= rt z J oil o t & o tr r{ ul o o- l{
+J c
o r\fg}r) a-.\vl (J HE i urtE LuE is ;
!!CC sr ulE cE lH ul
>=q, >u, >u, )ttt l uJ cc J JO JV' HE o <r SE -9:; SE -tr JO SE F
- s ih 6i6F 61 6F J
46=
;E 3 f
E= g9 EH E$ E2 Ei da
# l=
kr o i(, C) dSdb v E=E? d V= r E; U go ul i tr g i+ qJ cxa == OuJ() o 5 3 E! HH
=
G () 66 tn
l-- zt l p JI o-l H o E 5 tlIIJ O. tr, 0 o-O. a il-= a uiG FOa't- EI ol I Ut
'*c o.l vt
-ldi- cr) o Hr or
/\/eY P- r{ tl #^
r.o
\? uJl Eo
\H G
N J
\,/ -, tf CO E
ri o 6q Ft 2 3 g\a-o z L -t 4 o t"t
=
v,
'iJ M o E trd t vtE
\ &
(, cl cf=G v, "{o ltl rl\ E (-)E\ t{
- o. +J tt\
E o c) ta, c5
- e. v, o-e, o! o!
trJ vt EE e,J C) v, EJ (, a- E8 (r() ct}}