ML17298A798
| ML17298A798 | |
| Person / Time | |
|---|---|
| Site: | Palo Verde  |
| Issue date: | 12/22/1983 |
| From: | ARIZONA PUBLIC SERVICE CO. (FORMERLY ARIZONA NUCLEAR |
| To: | |
| Shared Package | |
| ML17298A796 | List: |
| References | |
| FOIA-83-609 PROC-831222, NUDOCS 8402090128 | |
| Download: ML17298A798 (41) | |
Text
A.";PI> Unit 1 RCP e
Opera tir>g ('u i de 1 ires l.o PURPO.E The purpose of these gukd 1inese'g>iidelines shou'ld be used
<n con)unct.ion )'ith the existir>g A)>PP pr~-co)~ ho. furctkor>al tr.':-t procedures, post-core hot fu'nctio)>al te t p)ocedu>.=-s and po t-core opera>tir)g iris truction"- -s "pproprihtQ.
2.D .r'.OPE The;.e guidelines apply Lo ARPF Unit 1 during pre-co)~ and pos'.-core operations.
In additinn, for 'lo~ RCS ta-..peratures, ti>'t'ir>>t'y cool "t aressure bour)da)'v rest be provided xi th z;;.acr>s 0; lo;y te>-~e).-t'ai> t>v r press)jre prot ction (LTOP) to prevent the RCS pres ere. fm~> xc edir>g th r"-xi~un pressure/'e~)iet'ctu)'e (P/T) 1imits.
LTOP is ensurea >t; the lo)x te>",r>erptu) e region bv the '1 i~>r,..~))t of t,he SC+
rrliei v:-ives. A>ignL~~r)t. of the SC5 restrict': pressuri-er pres ure to r.".~x iruB pressur'2 oi 379 ps) z. Adhere->ce to t'>ese gui"'el ( nes 4;i 1 I alla the 5CS to ren~<n Qli> ))<'d t,i))-u>-hout he LTOP redo () clos Lc81'F) for l>eat)!p ar)d I.2(I F] for c olda~n} i".hHi~ NH'1,:=ini))g pres".Prizer p)-osc)rn. nt>>:ve the-. min=.m~ value required for f::CP np>.retion.
Revision 0) 8402090i28 831222 PDR FOIA QARDE83-b0
0
~
/
0 P~EBCOD)5)TE5 TO PRE-CORE Ahi) POST-CORE RCP OPEP, I T) AI<S ) t< < LTOP Pto) OH LTOP rruSt be provided by a)ioninO bnth SC5 r~ raHef Yalves f.o the AC5 i;hen ld le tempo)atv).es a.re less than L281 F] dU, dU'i<!)9 heat!)p and p) ior o r educing PCS cold leg temperatures to less than L24 3 "Fj du) inc u) a))dd "h
'~ en QB ref;cf o) vessel h&hd ) s 1A pl Ac&. 'o":d~xn Pl i.r sv)'lzer na I roe ra>>gc, p;. ssure channels aa,"e e avaHable and have bee))
cck)ib'Mte d 'Hli. "hen the past. t~'ve ri:nths, {)fat.es 1 and 4):
ld le t6lr;p:rp.tu)'e indic;. g $ 0)i 1s p.va,,h>,Q
~ ~
',l >'Ie fo) r~adout 0 lU)e) Hl t4 tl!& gsPQS d i 0 i tamil 0 i spl "3'~ pl brit cii))ipvtc) 0) the ve) ca l scale n )ca ce e hand)cato) and
~
the instr tr~rtetiw has - "..e.Pen l, ve).t i cA cali) ' ) ate within the past. tHelve mnths (Hot@ 2)
'Mid rano pressur)zar- p"essure fndicatio)l fs a vailable fo", readout SPDS diQi t +l d] splag~ plant co!)IDvtQ) Q)'))9 ve) t ) ca I sell& hand)ca d tO end the inst).urien'..;.~]on
~ y 4 has been cali'b'rated '
) i(thin ')' t e past U~elve -~ntIis. (ho'e 3}
%hen the pressurizer level is at or above 33/, RCP s should C's s not be started if the Steam Generator {SG) secondary side is at a higher te~ierature than the RCS. When the pressurizer level is below 33/, RCP s rwi'e started as long as Kh e SG seco econdary side is not more than 20'F warmer than the RCS.
This will minimize the potential for lifting the SCS relief valve during pump start.
4.6 e jsolg pion valve po~issive- 0"0~)eel )n e lock se pNIlts r)~s>
. Ch~nged ff ON ~"7O g 0 gpss ps<h {SJ. 652, 652, 6."3 r and 65 )
The pressu)
~
izer lle%&l co t))o con ol s)'ste't) $ 3 fun(.tloAln9 3)) aU"oN-"t~< Or t e i))g nainthitled )i~nua)13 "bove 25K, Revision 01
'7 Pg
J 5.0 PRE-COr",E PCP "OPERAJ10HS 1H THE LTOP REGION 5.1 Boih SCS relief valves shall be e,lime. ed to the RCS ut)en RCS cold 1eg temperatu)2 1s less than ar equal to the rraxiffaff) temparature raflufr/ng 1TQP (sec, 4.1) and >hen the re cto)- vessel head $ s in p'face.
5.2 To opel'ate the BCP(s j, pres su)'i "2) p) eSSV)'8 G&st LfB f. 7nfa f)ed above and to the left oT th applicable pump cul ve provided ifI Figu)2 I, and below a pmssur'ze). p)-=-s".'e of 3J9 ps',a (frat'.irs)UZI al Toes'abl a preS Sui'2 7 O)- '5CS a i 7 cf)fileAt)
The opt/c;:m ~re co-re pnsp ster ine saq.=-nce 'o ha
~
fo11o'ed to minim/
~
e thB potellt'lai so)'AV'l'tat1on iS 1B, ZH and lb. The pufrps S.I'.>"ld bB sta1.ted soquef)tiail3'(thin 5 minutes of each o..hes. The tati. of o~e) atio)) of 1B and 2B (2 RCFs cpposite loops) in pat'ticula). should be I
minimized c'uring the stars sequence due to he lirri<ted p)a) gin avail,",ble while ope).at.(rg With 2 RCPT OpOSlte 'loopS.
5,4 To e"hence sle.'Ibi1'(c$ 'ol'lna p}'8-c5 e opeieUons coribinat'<srs ~pv '- c"cr" ted as necassar" s iong p) 2SSur2/-'='.:ye).at ).2 1<"i S a) a adhered m:
Sinole u, c eration~ ~ ol RCPs '8 a) 1h (b:-1'y; 25f)"r~ Mhen 'he SI".S is al (g;;ed or LTQP)
Tile oper,. 1 ~ o ls "rg)n 1 J dQeili d inc's;".'~" t.- c"-"-'0",= PJO ." i' "n 1n 4" TOP lrlode.
lhe 0 +r f 1n< ml g sn ('M deefi
~ u it a~et.'.o o)- oar~(ing 2 Gnl3'l ZH only in ',he LTQi" rade, Revi.)lon 0]
'V +
H k
l oo +s
. and ZA Ql' (Igoge TA or ~p Jog) d t'ai c'g g "hs d
~
and ZB 0PP )>cab>e)
(2 RCps opera i. g ]go0 loop5 b=: restricted to blos > r t h"e SCS js a]i ,i d or F'hell
~Hi p 0 E'l Gi.ion lB, 2:8 a)>d 1A (PUThp S 'a) i tt, ~" -" .>
s.qu=-nce l jfr it6u to 1B then 2="thpn 1A}
s lh, 2A and 19 tPurg) star't sequue>>ce 'tin<ted
.or to ~~ then 2A then gg)
CP s 1A, 2(i and 2B (PoiRp St@)'L S6'qoenc9 ><v.en' l f fi i .,'.<'d to or 44Bn 2A ibsen <H) ng
'CPs }8, .Zr"- and 2A r iio (PU ii sta i sQ~~L>en 3 ~<U<AC9 l 'Jf)sl t9
'~'to]B then 'ZB then 2A)
Operat.~ng .~>'$n
- r. ~> g is deere aL v" Pg fllgdgti>gbtQ alio)ir ""O'F vvhf:n $n tl>e LTUP DodQ.
Revision. Ol
RCPs lh, 3B, 2A and 28 (Pu.-,p Stol.t Sequence 't(m(". 8 to lo U'ien 2E:t;n lA t'r,=n 2I';
Ql lB t'ran 22 Glen ZA then 1A OT \
A then 2w <Bin 1B 'en 23)
Ql 3.A c.Vien 2A gian 2B 4}'aEn lB Tedge)etude stabil;z~~tion and cont,rol of I- pa Lp
~ ~
M c.s r."=y t'ie fc'tzfned b's't J lizA>g Kha a tbsp l-ric 8';..p vaiv:5 a5 l e 55~
5 6:,Heatup and cooldog) rates to he cdh-r 'c c 8 rc"=,
,Il l -ximdm heatup rate
.ZO F/h1 ti')lan 7 100 F 40'F/Jl . when 100'F < T ~ 281"Fj I
C N"Kiril,'0 0 t.ldoHn Mte 20'F/hr when 40" F/hr weal en 100"F/hr when "Four pU~ opera,tion brio'00'F is po)-n tt. d f0) pl 8-col& opQI'a"'.Ons on~g-Revision 0}
S.7 Pressu) (sar. prrssu).e indication will be read fro;) na).ra>> r,".>>ce
$ nstrurrentat$ nn (Pl03, 104, IOS and 305) when pressure 1s belo)) 750 psia.
5.8 Ride ru)ge cold leo tep)pe) ature shou1d be read fro~ the gSPDS digital display. If the gSPDS $ s ur availab7 Hide r"noe cold 'tel 'e.-..pe) atua should be rud iron the plant co)~,uter b t) --y also bo ) cad "or) the vertical scalL indicator, if necessa) y. Ir th Y~rt(cal sca!= 1)tdlcatcr is used tI)e applicable p.))))p curve should be shift d to the le-,i ) y three degl Qes VMe ran~e pres U) izep ~~'ri ssui e s io" i be )'i? d (abGYe I"o ps') ~ot the (tSPD~ Cigii~l display. IY t.".e gS," S is u:;sari>ab;e si "e ra);a p).assure N>11 ba ) ea~ from the plant. co,.>put@? but i~tt v b r28d f).Q))) ~I)B Ye) tical scale indic-tor, if ))ecessa)g. If'I;e Ye) tical s"ale indicator $ s used the applicable pump cu) ve above 750 psja should ba shifted up b) 6 ps].
- .S.ID The operation of two adjacent put tps is p) o)li.i ace ut)til afte) core instal)ation in the LTOP mode. For cl>> it@ this restriction is st~ted as
> 011 ttMs:
PB)vi)iss(bled TND PL'~>> Opel 64>on (belov 250 "F)
PCPs lh and 2A or SB and 2B Proh/bitod Tno F m oGoeretfon (Pre-core)
RCPT lh c))C 1B nor Zh and ZB no) 1A and ZB nor 18 and 2A 5.3l If the)a is evade))ce of (1) RCP T)oise f)r vibration,
'('2) Seal p) essu).e fluctuat,ions or (3) RCP ~r'.ps Vluctuat,'o>>s, Revision Ol
t I
RCP 0
cavitatho)} stay be prti en'nd ',he RCP 'hould ~tl be fp> ed i'i-."8<t:tel)'.
\
6.0 POST-CORE. HCP GPERf ACTIONS i(i THE DOP B<GIOH e.z BMh SCS relief valves shall be eligned to the RCS }!ban ACS colC leg tei~er;,Cure is less than or eqii~j to the n:ay.ingfi tei,lpe)ptur= rey~ufr ng LTD> {Sec. 4.1) and v,hen the reactor v.=.sse7 heed is jn place, To opeMte Vie PiCt {s), pi essur)zeT'o t
pj &ssui e 1s~s bp tita3 ni a ined above priv the Ieit of'he appl',ceble p ep curve proviCed $ n Figu)w 2, arid helo'a a pressuv)2Q? pr=ssuw< of 379 psih {ri:..in~;, allos~bl= pr=-ssur=- SCS y I i gnv.nt).
6.3 The op'.9nwn puivip st:~ruing sequence to be iollosie< to rriinin<ze the po i crit'ill f'r.. cavil aU on is 1B, 1A and either 2A or 28. Tiie pu-:ps sholtl d b started sequentially sf&in 5 min>t~es of each o'her.
To e;fiance flexibility during post- ore cper'<o>>s the iolloi~i'i," p g CMMnhiions, J x~ b& operated as necessary as Iong 8s niln'1"n> =nd I h). N+
press re te...~.~@Cure l't-it.s are zdhpred to:
~s' RCPS 3.B or
~A (belo'~'50'F~ ~h n the SCS is aliment d'or LTQp) l.i .. ~t RCPS )fan and ZA or (fioto 10 or 1B shou7d b 5ti~.1 tQG 18 and ZB or first as appllc-.b')
1A and 28 oi (2 RCPs o].'e) ating jn Dpp 5'ate 70Dps IB anC ZA should be rest.rict-"d +o h"-low 2-"O'"
ivi4en the SCS is al(gled ior LTOP.}
The op="ratline myz'9;n is d=-e~d inadequate above 250"F v!i,en in the LTOP riled e.
The o"e)at$ ng iiiirgin is deet"d>>>)deqvate fo", operatino 2A cD))') 2B only in the LTOP rude.
4 Two oorp ~oi rot inner.oie 1~on 1h and 18 only 2A and 2B o))ly (above 200 F* ~hen U:e SCS $ s aliqr)ed for LTQP)
'~Thr~ oro oo=r;.tton RCPs 1A e))d 1B and aft.he). (do ne t. s')-t 2H o)- ZB f mt)
ZA'or 28 o)-
RCPs 2nand FB and either 2P or 18 r~f" (p
- Fau) puA'ip ops).at.ion is p).oui)bitcd beni;i ".O'"r",
6.5 Tempe)'atU) e stxbfli-ation a))d control of heatup rates;,~p t)~ r~lnieined by vtilizing 4hz atmos"):erfc d-i-.,p va>ve- as rere=.za..> ~
.16.6 Heat)ip n>d cooldo><n rate5 Xo b2 Gdiered to al-2:
Yt >:inurn hextv rate 20'F/t)r ) hen T g )00 F C
40'Fi hr ~hen l.OD".F < T s I.201 F j Harinum coo tdown mme 2Q'F/hr when T s 100"F C
40'r fhr Nhf.n )00'F < 7 S 100 F C
100'F/hr vl)en 240 F + T s [Hl F)
Tl)e ope),~jt>>g )ra).gjn $ s de!):)).t: in=deqv<te below 200 F bhen 5)) ~he LTOP )T'ice,
6.7 Pressurizer prcssure indf cat f on wf 11 be read from narrow range fnstrum ntatfon (PI03, 104, 105 and 205) Pie>> p).ensure is below 750 psia.
6.8 Mfde range cold 1eg temperature wf11 be read from the gSPD digit41 dfsplay. If the QSPDS fs vnavafjhbje wide range cold 1eg tc~erature shou1d be read from the plant cof;,,uter but -,.=y b read f>om tiie vertjcal scale fndicator, ff necess!.ry. If t)> ver ticaj seal fndlcator fs uis d then the appl feeble pump cu"ve should he shifteo to .he je',t by thr~e degrees 6.9 4fde ra>>ge pressurizer pressure wfll be r="ad (above 750 psie) pro-: the QSPDS dfgftal dfsp'Jay. If ~h'SPDS fs !!n.v'ilab;e >;fde r-n"=" pressure shovld be read fro."! the plan ce!Aputer but r.;by be reAd from '."e v=rt caj scale fndfcator, if necessary. Ti tho vertical scale fndfcator fis es ~
then the appl fc>bje pv>vp curve above 750 psia should be snff i.=-d up bv 8 psf.
'.6.IO Jf there is evfdence of (I.) RCP noise or viL)ation, (2) Seal pressure flvct ua t$ ons or
(>) RCP aH)ps T)vctuatjons, BCP cavitwt.fon may be present and the RCP should b tripped i~i-.:edii~tely.
I' 7.D PFE-EORr. OPEhATJOH3 OUTSIDE THE LTGP R GIQH 7.l Instrumentation nquirenients of sections 4.3 and 4.4 apply.
7.2 Pressurfzc.r Pressure rust. be maintained eb."ve an to the Teii of the minirium pressure curve <or the applicable RCp cor:biratfon bv below and to the right of the naY.imum pressure cv! ve .'~.sed on the reference n]1 ductility transition te!'!pe!atur= fo> the most ]imfting co;:'p-nant (Ffgui'e 3).
Revision Ol
7.3 Outsfd tho L/QP region {f.e., above [281'Fj dul.fng heatup a>>d above
$ 241'Fj dul ing COOldOnn) all pump COrhfnatiOnS are allOaed eXCept; 1A and ZB or 1B and 2P 1 j and 1B or (be>~ S;O"-*)
2A a.'id 28 (be>o~ 5>0 F~)
7.4 Heatup and CooTdo>>'n rat s to be adhered t.o:
1 haxfmlm Heatup P.ate 4D'/hr shen .I281 Fg s T 3s5 F 75 /hr when 345' T s 390 F C
10D'/hr Hhen 7 > 390 F c
Ha>: fm~m Coo7 dpi; A Hv te 100 l./hr Vhen T C
> L241 F]
'.7. 5 TBPiperatul e st~ bi lizatf on and control of heatup ra,.es ray L n)afntained OPER/ACTIONS by utf ) Izing the etwas pher ) c dump vol ves as necessary.
.'I .
~ ~
8.1 gnstlomentatloTl requfrewnts of sec:.fons 4,3 "-r'.0 5.4 2,. ly.
S,2 Pressurlzel J'I dssu)Q ifust be irk)l>ta>ned Abov& Qnd t0 he l6s '5 of the ninfmvm pressure curve f'r the applicable PCP covbfna ion bu< below and to the right of the maureen pressuwi curve based on the reference nfl ductf lily tl.ansi<<on t=-nqerature for the a~st 1)mitfng conc.':e))t. (Figure q)
> 590 F p}us fns',rur;,ent urlcol tafnQ'evision 01
It t It I
ftt
8 3 Out.side the LTOP region <.e above [dt's Fg durit>g fi up and -ibovo
[241 F) gur$ no'ocldown) any purm, corn'oinat$ on )s all<wed as 1ong as min)mum and sev>rrr~m pressu3~/tempo> ature 1grnits are observed, w~t<<o)ie except)on. Four pump operation $ s limited t0 tempe)'atua es above 500 00"FF.
8,4 Hoa:up and cooldown rates to 4=- adhEred to are:
H ..iris heater@'e 40"F/hr when f 281 Q 5 T 345 F 75 F/hr, when 345 F ~ T g 390"F 200"-F/hr when T > 90 F V,.;x )mum coo1dcwn rate 100'F/hr when T ~ L"4l F]
8..5 Tet",aerature stabilizat)on and control of'e;.4"p i ates r)sy be rs>nia~nv by utHizing the atnesphe~ ic du~ va'ives as necessary.
'les f I) Thl s channel (P 193 -LG4 )
~ is r"~+0) cd ~~o b ca1 1 .I r ivan
~ith IACE raquirerents listed below: in'ccordance Celib) ation : ~ 4 ~
Accuracv Pier e e Ace
~
Bar:on Pi ensure SOZIS-rCC-COO'S Cev.cats Tt ansr>it.te> iiode3 763 1/E Converter Card h)od 3 + Q.25% 10273- ICE'-40M7 Fev, 03 RA1-127 Foxbora 1nC<cator Hode1 257 1,0X 14273-ICE-',0<Q5 aev. Q4
{2j This c/cannel (T-}fZ C) is req irked to be ca'fibrcted in accord>>cc with l6CE require,".,ents list.ed be3oq.
Rev'sicn 01
Cc] ]brat.ion
~ampnnent Preference
.. FoxbÃ0 Yadej 2AE-PZl,'<273 B/V CorlY&l f.el FACE 40005 Pev 02 I",.dictator f'iodel 270 ED-P"A E.O~ 1<273-LCL-AQ."06 Fev,01
+Q geI fiP]i0D- ICE-2201 flev.OZ (3) This ch=>>nel (P 102 Rg8) $ 5 leoJgvpg to be c~]ibr>ted iQ ~
acco. dance s'tth 3BCi r~-.uvre~. nts lis'.c" hei"x:
Calibratioll Carnnnnnt Accurse Ra;ei ence EQvfon Pve..SUV~ Tl anzGjittCP ~ On'D~ 14273- JCi-40049 Rev.03 Hut!el 763
~ Pet 1/E Coriv=-;t.ev Cavd Ho~el V~ ~ vP 1<27"--ICE--;0007 .Rev. 03 (fo) PY-1024 j ="0E-EZV I/E CNlvevtev Cat'o Nodal 0. 25~~ N273-EC:.~0097 Hev, Q3 2hl-12',for PY-1028,B-E and 8-2}
gS:"DS + 0.5X HEROD-1Ci-".I".01 Rev. 02 E<>dicot.ar Facet 270 +20~ 1( 27'- i C <<- C Ql{l5 Hcv, 01
. ID-P4A (0) This cflour;el (P105, JOG} is re~u<red to be calibl =-.ed in accovdatlce >i~f th lCRE rcqvtrcr:.nts ]$ ct~d b~loH:
Revision 01
J
'r II' ll I lL'IJ Is i ILL I ll)II lt
'>> ~ I ll Ill! I>>
J. I I IJJ
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ib:
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LKKKL ILL Il
>> ~
lJ, ti.'Ltl I'Jllll
'j Lll.i 4(I." Bit I
hJ! Ll l. I and
>>CPS or either 3 ICPs ZA or (44 4>>I 2B) l I
- 2. 3 RCPs {ZA and 28 and either I lh or IB) lit! lttl ' ~
- 3. IB only LJ 9 8-: I
' 4, lh only'r lA and ZA only or II IB and ZB only
{ IIJ I 5, Zither ZA or ZB only
]i, I I 6. IIInlnvn Boltvp Tel"vera tvr e I>> 7, 20'/hr Cooldc~n, 10'/hr Heatvp B, Lo est Serv!cil Te;para!vrc 40'/hr IIeatvp lk 10. Ilaw Te~o Reqvlrlng lTOP Vvrlng llea'tv p [ZB I')
.Jl LI ~ ~ ]$ , I'.Ix Tenp Qeqolrlng ESTOP OVrlng Lk I:!
~
I I~ Cooldoin [241'F 1<ax AIIo~able Pressure j For 3C!
12, jl hllgnwnt - 379 psla I.t ! LI
!il
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i>i' Q ,I!i!!I !I > ol
'll @II s
I LLIJ f ~ o IIJ II!
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s 4
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o r
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gp ) lbl'hL
/le cuba < p~igpc~llC-r>> Pressu)'8 + 0.25K 7+ JCE Pe 09
.r(f ate r COB'I'el <<~~i C~ l'if iiv~ 'Ip."-4" ~ W ~
p-""~Dui" rt':v, N i-JZV (icl'Y-10~,i06)
'.ic-*or
- 1CctCl1 t4de1 HJ 270 ID-P4A ~ 1.0$
~ r
~ ~
Rev'ion.01 t
4t
11GURE 2 II I LLLl i
."Ii L! I IIJI I! IILIII
!! !III ' il Jl IIIIII .LI JJIJI!
I Ji ul! : I!! L!!Il I!
<II IIIII I!Il !JlllLI lJ ILt.. Ilj I' j!j! L!l I ~ I I I ~
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jl III Ll'Q
~ f J ~l U t" 4. !I IUIIi!I i! 1 I Il!U I: ~ 4Q Ltl
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Ut p-I I!II. ILAIL IIIIIIt::i l)T
- 3. 3 RCPI (ZA a~d 28 and either lA or 18) jlj j! Ii 4. ZA and ZB cnly 70 --. 5, 18 only
- 6. 1A only or lh and 2A only or 18 and 28 on j!L: 1 I 7, Either 2A nr 28 t!V) i I IL'li! 8, Hlnlrvn Boltup Tc-serature 9, 20'/hr Cooldc.n, 10'/hr Heatup I~(~:I )0 La~alt Scrvlca Ic-."eratvra ll, 40'/hr IIcatup 12, @II Te~p PequIrlng 1.TOP Ourlng Ileatup tc8 I'Fj
- 13. IIax Ter..p Pe ulrlng LTOP Ourlng Cooldo n [241'Fj I
gl Ill II; I I
- 14. I'ax Allo'~able Pressure for SCS AIIgnnent - 319 p Operataon or Prohlblted Belo~ 850'F.
~li IJI Note: 4 RCPs J jI..
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. 359
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