ML17277B088

Flow Diagram:Residual Heat Removal System. Sheet 1

ML17277B088
Person / Time
Site:	Columbia
Issue date:	10/29/1983
From:	BURNS & ROE CO.
To:	WASHINGTON PUBLIC POWER SUPPLY SYSTEM
Shared Package
ML17277B080	List: GO2-83-102, Forwards Rev 2 to Pump & Valve Inservice Test Program Plan & 21 Oversize Drawings ML17277B081 ML17277B083 ML17277B085 ML17277B086 ML17277B088 ML17277B090 ML17277B094 ML17277B095 ML17277B097 ML17277B098 ML17277B099 ML17277B100 ML17277B101 ML17277B103 ML17277B104 ML17277B105 ML17277B106 ML17277B108 ML17277B110 ML17277B111 ML17277B112 ML17277B113
References
CON-2808 M521, NUDOCS 8311300341
Download: ML17277B088 (1)

Text

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I It DWG M520 FS ZONE A-11 ND(c Noio I, RRR-V-JR(4A EI2 A E12 A

I L

SC I L S-I RHR-2EZI-F085 RHR-V-85A

'/2 PI (I)-ST-(tt22-POI8)-A7 'HR-V-748A

'/< RHcI(C O)-2-35 RHR-U-31 A 812-FOSI I

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T.

I RHR-V 7(14A I

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t L,O LIMIT OF RHR HEAT EXCHANGER A ROOM (TEST LINE LOOP A)

Lo RHR-V-17ZA~

l 1

KX CL CP 18'RHR I-I E

IN LOO A

x~7 10'HR(15) - 2I SUPPRESS(ON CHAMBER KEYLOCK B

RMS MO 4A RHR-i RHR-2 CTY N

2()

CL I"RHR(26)- I-I RHR-RV-5 RHR-RV-88A RHR-V-167A

~-FOO5 RHR-2 RHR I

RHR-V-ZOS(V) E12-F088 3/4RHEo,(Z.6)

TEST TO 2'RHR(27)-I-S 1 CONN.

L+H DWG M-521 RHR-V4A SR 2 ZONE 8 10 Etz-F004/

IHRHR(2)-2 3 RHR-V-6B 3/44RHR(53)-2-8 1

18" RHR(2)-2-2 Etz-F006 R HR-2/RHR-1

~ ~~ WBBMICONT Ot3J RMS DWG M-521 SH 2 ZONE Br4 RHR-2 RHR I

'g- -1 Mo NoTE 7 LC.

IS RHR(21) 1-1 CONT ON RHR-V-67 (LOOP C CROSSTIE Elz-F067 AND COND. FILL)

SH Z ZONE C;/

cc ETJ R0 RO 9

X-35 Z4'HR (3) I-I RHR-ST-W~

RHR-ST-5B

~ STRA IN ERS SEE SEE NOTE 313 NOTE 15 SUPPRE SIO POOL SEE NOTE 15 IB RHR(2) 5 CONTR ZI5 CONTR 213 AQTE5(CC)hJ TiNL)e.D)

I l, ALL ITEN& ihi CROSBHATCHFD AREA ARP PART OF THE Rt-IR STEAM COhJDEhtbihJCt MODE IAIhI ICH I.IA&

BEEN DEAC71VATED THE PIPINCt', VALVP&tT IN&TRI)-

MENTA'TIOINI A& SIHOhJN QN TH IB DIAFRR.AINvt ARI=

INBTALLE.D, MOTOR OPPRATE.D VALUE&THAT HAVE i%EN DE ENER(ctIZED AhJD LOCKED Ci 0&ED ARE 3 RHR-V-52AQB) RHR-U-IIANB RHR-U-2CcdA sit Bit RH Q V 8742F I52 RHR V I'24A/4 ANp Te(NHR - V-125 4 I B, (REF, PE.D '215-M-X4(u7) 1 I

I

-P

)A 1

OM W

51 HR-RHR-ZO J-I R

-P I Rct 12)-

3

'ICH4 p

W Z<<1-

-(I i)-

-V ZA 12" F

52. ---E FROM

-K TE-27Bt-i FPC TE-5A E

HANGER BY PASS)

DWG M 5ZI SH 2 1

i DWG, M 52Co ZONE J-10 ZONE C-10 RMS MO FROM FPC-TE-58(F) it -9 FRotvt r-t FROM TE-31 it DWG M-526 I

1 i ii FPC-TE-4 i

DWG M-521 SH 2 ZONE C-10 ii i 1

DWG. MP526 1

ZONE A-8 E.

1 I

t I

tONE E-14 I i AA ti t

1 Ei2-N004

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A 1

I'it i i'tt I

1 FROM TE

i SPR Z

ZCTcilec, J.

H-7 I

e oAAB

'V3D 1

3A

--) -1 i ~ -4 FPOM TE-5B DWG M-524 1

H "RHR(i)-2-2.

i ZONE.

I-t iP 1

3/4 RHR(60)-2-25 RHR-V-731 RHRV-3A FROM TE-5A I'l R'RI

)

'4RHR(60)-2-23 DWG M-524 5AtvtPLt NCS 3/4'R (60) 17 7

ZONE H-12 O

1 1/2 PI< ).ST-J V

-7ADAoc

~6pA (HZZ-EBpt8)- RHR-V-70/OA

~ RHR-v'-/28A I

I OA Eiz Fceo A9-is R.

HR-V-

~75 A

~R6O i

I 1/2 O

1 5A E12-F075 EIZ AQEI2 Elz A

E12-htOIP 1

P I

2 RHR-V-729A RHR V-707A 5

220 R fj 65

(-3

/

L3/4 RHR(60) 21 TR CON S

u-F Zt/"

ZI/"

~

H 6)

I

~e RHR-V-739(V) r--

1 ----

Loop R

ST I

-2 NT Lo ICudd RHR(5)-Z-t RHR-V-t55A R-P -

A to I "RH i 3 dl 'S(4RHR(52(

2 3

'PEST CONN

'Pr

-ST-i 3/4 RHEW(55)-2-3

~<t zt 14" RHR(t)-Z-z (,SHUTDOWN COOLING LOOP Ai idz R (t)-2-2 I

COND.I RHR-2 I

RHRV-63A I

dd Ei 2-FO(o3 CONTR, CONTR.

ZI5 2i3 RHR-V-154 B 0

i6A DRYWELL SPRAY RING HDR.

17A RHR-V-154A 3/4 RHR(55) 14 16" RHR(5) I iO /

X;i\\A I"PI()-45-X74b RHR-V-153A~

TEST CONN~~

RHR-V-I7A Elz-F017 8/4 RHP,(55)-2-1(D SEE NOTE 3b 3EA Pt RHR

'0" AIR WEST 1

3/4 R HR (55)-2-15 A

TO DWG M520(J-10)

R HR-1/-ISA Etz-FOI6 RO PI X-74 RHR-V-708A P I-VX-(DI J PI'VX-219 INPI(i)-I RMS RHR-SPV-4IA BLEED 3/4 L,C.

SEE SEE

~OTS 3d NOTS +c LC.

LC.

P I"VX-227 RHR-2 RHR-4 I P1 (I) Xdolf lA 9A n

Eiz-N009 RHR(/-709A E12-N029

~r E12-F056

-RHFt-V-57A pRRR-V-4ZA E12-F057 T-

--Q,'-12 N6 I

RHR-V-41A RHR-V-I 1 IA, E I2-F041 RHR-V-157A PI-VX-21ro I'I(1 )-I-)(42.d PI-VX42d RHRTV-I5SA

~TEST CONN SEE SEE

~ X 3/4 RHR(55j-4.18 NOTE 3d NOTE 3~

AIR LC.

LC I

PI-VX-224 i-i Aj X

O Ul RIVIS I

AO 24 50A

,Q C

4 MO 2]

n 53A

~)3WG M-530 RHR-V-6020!)

RHR 'RC-4Qg IT~NE E 10

~St RHR(33(.4 13 RHR-4 RHR-4S IZ. RHR(t)-4-2.

RHR-V-601 (vi RHR-V-((Z8,=

7(-PP RHR-YN59A RHR-V-53A RHR-v-304

~ ~

RRR-2 RHR-4 Elz-FO53 RHR~Y)

EI2-Foyo

/ IzHQ,-v-tc'IAI sEE sEE RHR-v-58A+

RHRAV%27(v)

M0

)YI RHR-v-162A 3/4HRHR(55) 2 7 NOTE3b MTE QFtZ FOSB

'9A IR'ECI~~LION 3/4RHR(55(.4 14 PHR El 2-F05 7 ~

R y 1234 TESTNN B~3~OOIA

)

1 RHR (11-4-4 Rtt EC-4 R HR-43

/4e" RHR(S3( l NOTE 7 RNR y 52 5(gig 3/4'RHR (c Si-45-1

/4RNR(321-4.1 M( "RHR(li-45-4 I

I Z-i (SHUTDOWN COOLING SUPPLY

- ZO RHR(2)-45-1

-T El 2 FOO9 RHR4S X-20 3/4 RHR(,55)-Z-I RRR-V-165 RHR-RHRW HP;y-y

~RHR-4 RINR-4 34 RNR(21-45-2 e-RHR-y-HIS TEST CONN

~

NOTE NOTE 3c(

SEE SEE z

3 N

EiZ-I)

RHR-V-164 7

RHR V.ZPg RHR-V-16 RHR-V-I PI 37F E12-FOO 1

+PR-V-3/4 RHR(2)-4 2 TEST CCt~

/

g4'HR(55)-4-1 3/4HRWR(2)-45-2

/4" RHR(55) >

RHR-V-604(V) 8/4ARHA(55)-4 3 tR PI(() X 37e CI M0 4ZA AO 41A RHR V 4c 189 RHR-U-188 14" RHRCI)-4-3 RET TO uJ

(/)

(D) 0 cf RHR-5P V-50A BLEED

,dR-2 i RHR-4 NOTE 3b NOTE 3(A 3RCOND(152)- I~

FLUSH SUPPLY DWG M-527 ZONE G-10 L.C.

3" RHR (1 7 l-Z-I 3 COND(157)-

1 FLUSH SUPPLY DWG Nt>Z,g z.ahtE F-8 12" RHR( t)-2-2 L(J I

-,'8, U gLI L'IZ

=o 30 CLt 0(it RHRW-206 LC.

COND-H RHR-V-&3g7 L

3/4 RHR(55) 26 RHR-V-7 3 RHR(17) 5 ZO RHR(Z)-

3/4 RHR(60)-Z-I RHR-V-730 3

E12-NO18 Q.

RMS MO 27A

/4 RHP (55)-2-50 F,'HR

/

P I/2 R( IR 14 - -I 3 4 HR 0)-

c)-

I 8" RHR(54)-I - I R-20 3/

RH 60 F I+"

R(6 H

-71 A

RH V7 A

II R-20 I-R

-V-ZA 8"RRR(7)- I-4

/4 RHR(55)-1-11 )

H

-22 L '~

RHR-V-146 3" RHR(24)-I-I RHR-V-191

~RH

-71 CC r I

R

-V-9A RHR-V-121 t-ot I

HR-721 O

i V 23' RHRW-147 RHR-V-4(SA Etz-%44 Rt-tR-v-192 RD FtHR pp 7A 10" FPC(15)-2-1 R

2 1

sr4 R(60

.41 1)rz HR 4)

~RO

/4RHR(85)

I 9 PP)NE E 15 RH

-17 1 R, TEST CO~N w

FDR-I RHR-I RHR-V-120 i

RHR-R~

~g RHR-V-105 6HRHR 7 -2 I

RHR-V-190 c,

HRV 1248 RHR-V-139B 6" RHR(7)- I-I

, EST W. HR- -I 3"FDR(77)-I~

RHR-2 RHR-2S RHR-I REMOVABLE SPOOL FPC-2 RHR-2 RHR-Z RHR-1 12/2 RHR(28)-1-15 DWG M539

(.SUPPRESSION POOL SU ZONE 0-t3 LOOP-A)

'r4'RHR(55)-2-24 RH V PISA 20NLPC S(to) 1 I+

+

20'RHR(8)-

RR~l

~MO.

TEST, DWG M-520 LPCS-I RHR-2 (LPCS SYSTEM MRHR-SF-I ZONE C-I I CROSSTIE)

SEE NOTE l4 RRR-V-IZA

/-P,HR-V-I A NOTE 7 RHR-V-144A f4 FIHR(53).2.2 M524 SH I

L, LO

% RHR(56)-2 8

TEST CONN C

(~

RHR-V. 133A RHFI V.t32A

~ fA RHR V-44A RHR-V<qA RHR-V-139A RHR.V-244 RHRW-702A 3, Wc VL 3/4 RHR($0)-2-5 18"RHR(t) I 3/44 RHR(5'5)-l-27 RHR-V-747 y RRP,(55)-2-51 4

RHR-eO-5'r OC.

60)-2-7 RHR-V-7IA 4 Etz-FO7i Ei2-FOO6 RHR-V-6A 10 RHFt(t) -2.-9 R

R 5 -2 SEP TER h-3ARHR(9)-I-4 CONTR. 220 10" FUTURE.COtytN. PUMP PIT L.C, CONT ON DWG M-521 TO PSR'vc003-A X/

RHR-2 RHR-I SH 2 ZONE 8-tci M896 (E 13)

ISCUPPER DRAIN X37E X-374 1 E31 8

OTE3 hIGTE 3A 3RHR(55) Z IS ISOLATION Si C(tetAL 6R RHR 6 1 RHF2-V-27A ', V4" t(

RHR-V-24 I El 2-FO2 /

RHR-V-13 Aw ~

37 EST CONN /

X-1t7 l

I R PZ(() -

45-37'p SUPPRESSION OL SPRAY RING HEADER RHR'V-I31A 3/4 RHR(

HR 3/4'HR(52)-2) I 3/4,RHR(52)-2

~PORTABLE 3/4HRRR (56) 2 COLLECTOR 4'

(ZO 2-1 RH

0) 3 144RHR 54 2-R(20

-3 0

14" R(

) Z-I 5" R (2/02-1 R-v-7I5 3/4 RH 6p)- -43

, RHR-V-122A 3/4H RHR(52)-2410

] rRHR-V-&ZIA(V) tc J

El 60 18 RHR(tt).2-1 (HEAT MS 0

KEYLOCK MO EIZ.-F04 7 H

-6 52)..9 R

-V-A M

2-F 7

1- -2

-4

,C.

-SP

-51 iB" I

8 R(2 t

-FO FROM RHR-V-47A RHR-V-48A Etz-F048 3/4RHR(F55) 2-37 EIZ-R609 t FIHTI(54) 2 Z3 20 RHR-V-74A RHRW 142A F12 F074

~ TEST CONN o

o RHR-V-73A>

MO

~RM RHR-2 RHR-I EIZ F73 Po I

/0 RHR-V-135 A EI2-R&8

]

C4 EST CO~NN RHR-2 RHR-I IJl IL 1"RHR(54)-Z-9 CK ORd ee~

2 TCpeeT'K~ZhNCsER;.

REN(B -V3PE-fA

~E2 BOOI IB 3/4

+4'HR(54) ZC) 8y/4 RHI2($4) '9 A

H N)2 Ni2 C E

'CIS

~CI i

0

~R611 EI

-NOOI Ei A

Etg A

R 3r4"aHF((so) I g 7

20 18 RHR(( )-2-2 N9 N4 i-3/4'RHR(54).zzs 4 RHR 21 Nro 16)-

RHR-V-BOA-Et2-FOBO RHR V BIA N

1 Mit20't 2-FOB t RHR-I RHR 18"SW(3) 1 DYE.)n-524 su.th/ + RHR~0' ZONE C-I&7 1 EDR NI3 N13

~3/48 RHR (54)-2-19 RHR-V-173A I '/2 RHR(28)-I-I g ALtt)t(o P H

710 LTYP) 1 L(l il) r t)

(YT A

LARY YP

-V-A 3/" HR A EI 0

LIC 20" a.

NZ I C " SY(t(,Z>)-2.1 DWG M-524 SH 1

ZONE C-14 12-04 IA Ei Oo i2-K60 18 RHR(4)-2-1 L

-60 E-I W

M-I i 4 RH 16)-

I S

2 E

Pic HR-- 6 Ei 0

-3,C, RH VS

-FO HR-V-178A (o"R (t6 H

Ei

'RM

)-

HR-150 T

T NN

~/4 HR 5)-

T IY)

Ei (o0 D

0 6A co 1 ZPI(i)

T-(

2-P I-4" R(

)

t iz-8 k

R RC

-1 R

-1

" R (16)

-2 6"

HR

)-I ON NSI DE 3/ RHR(52)-1-4 gTEST COhtht.

SU LY "R

C(11

-I 4

G E-RHR-V-IBIA EIZ.F102 j

/4RH t(35)-i.i7 2RCtC(ZI) I-Z RHR-

- 39(V RHR-V-IOIA RHR-V-I03A E I 2-F 104A E I2-F 103 A 5 ~2'HR($ 4)-1-9 CONT ON DWG M-519 3/4 RHR(55) - I - IB ZONE E-7 x

CONT ON DWG M-521~

SH 2 ZONE G-3 62 (5 2" RHR(28)-I-I RHR-V-176A RHR-V-I 3/44RHR(55) 8 f4 TEST CONN Rt-t V-129A~

NO RHR-2 RHR-1 I

1 ZNCAC(zt)~l-I DYVG M-554 ZONE C to RHRWRHR-T 6'HR(54)- I-I A

2-11-RO DW M-1 2

NE

-8 TEST CONN'.

Rl-!R-V-IBDA RHR V-24A E12-F024 TEST CONN~ C RHR-V-152A

/4-RHR{55)-I-I CooRHR(/o) I RHR-V-7 E12-F072 TQ~

34 RHR(9)-1-2 DIIVG. M-521 SH. 2.

ZONE B-/o RHR-V-179A i-RHR-RV-25A l

EI2-FOZ5

~

iO" 18"RHR(28)-I-6 ST CTI) tJ tpht 4 RHR(54)- I-ia 18"RHR(28)- I-I (2 2"RHR 7 - -I RHR-V-I 10

~ El2-F098 14"RHR(IB)-i-i RHR-2 R-I 18" R HR (28)- I (5 I

'R (54 2-I R

(54

-5 18"RHR(28)-1-17 I, ALL PRESSURE I('LOW INSTRUMENT ROOT VALVES NOT LABELLED WILL BE 3/4" GLOBE VALVES, UNLESS SPECIFICALLY NOTED OTHERWISE 2, ALL ITEMS MARKED o( ARE FURNISHED WITH ASSOCIATED EQUIPMENT.',

K 3 PIPING, VALVES 5 ASSOC.

COMPONENTS ON THIS DWG, SHALL BE CLASSIFIED AS FOLLOWS EXCEPT AS STATED IN NOTES 15 E 17 (BREAK POINTS ARE INDICATED ON FLGW DIAGRAM):

a. PIPING & VALVE OUT THROUGH OUTERMOST REAC ISOL. VALVES SEIS, (:L. I; QUAL.,CL.I CODE GR P, A.

b. PIPING (t'ALVES BEYOND OUTERMOST I)IEAC. ISOL, VALVES EXCEPT THOSE LINES DESIG. AS V4'HR(5(o)-2, SEIS.

CAT. I'QUAL. CL. Z. CODE GRP. B.

C. INSTIVI, AIR LINES (EK LEAK-OFF PIPING INSIDE CONT. ISOL. VLV) SEIS. CAT. I;QUAL.CI,I CODE GRP. B.

d. INSTR. AIR LINES OUTSIDE CONTAINMEN(T ISOL.

VLV. @ SEIS. CL. Z; QUAL. CL.II, CODE GRP.'.D.

Q. LEAK-OFF PIPING BEYOINJD LEAK-OFF ISOL. VLV.4 THE LINES DESIGNATED AS 3/4 RHR(5/c))-2, SEIS.

CAT II 9 QUAL CL II CODE GRP D

f. PIPING SUBSYSTEMS'DR(20)-I 4, FDR(43) SEIS.

CAT. II 8, QUAL. CL. II+ CODE CSRP. D+

(Et SEE

SECT, 15 Q CONTR.215.

i/i EXCEPT AS NOTED ON M6I9 INSTR. CONN.

5 DIAGRAEvtS.

+ SEE NOTE 12 CONTRACT Zt'Sd SECT. I r5, TAI3LE 2. hiOTES N

4. CODE BREAK DEFINETIOINIS FOR THERhnQWELLco ARE, SHOENN ON h/IC(DIO,U INSTALLATION OF THERMOWELLcl Ah)D DAhnPLE.

PROR)E.GD".

DELETF0

7. THIS EQUIPMENT IS NORMALLYCONTROLLEO-FROM THE MAIN CONTROL ROOM.

IF THE MAIN CONTROL ROOM MUST BE VACATED THIS CONTROL POINT MAY BE. ISOLATED /t CONTROL TRAhJSFERRED TO THE REMOTE SHUTDOWI'J PANEL 0/ol-POOI,.

6, ALL PIPING SYSTEMS IDENTIFIED BY THE PREFIX "PZ" SHALL BE SUPPLIED 6 INSTALLED BY CONTRACT "220.

DELETED ALLOW ADEQUATE PIPING SURFACE AREA FOR COOLING CtF PijivIP RHR-P-3.

IO. ALL TES)

CONNECTION PIPING WILL ASSUME "RiATING OF SOURCE PIPE AND BE IDENTIFIED M 3/4 RHR(55)-

lt. EXCESS FLOW CHECK VA'ES SHALL BE TAGGED AS FOLLOWS:PZ-EFC-)(+(+TPENETRATION ¹)

12. CONTAINMENT INSTRUMENTATION ROOT VALVES SHALL BE TAGGED AS FOLLOWS.'PZ-VX-%.

NBPENETRATION) EXCEPT WHERE NOTED ON FACE OF DRAWING, F

13. EQUIPMENT AND INSTRUMENTS ARE PREFIXED WITR'HR UNLESS OTHERWiSE NOTED.

W SEE COMPUTER I/O LIST FOR MOTOR V(INDING AND BFARING TEMPERATURE ELEMENTS AND POINT NUMBERS.

15. PIPING, VALVES 82 ASSOCIATED COMPONENTS ON THIS DWG. SHALL BE CLASSIFIED AS FOL LOVVS:

'BREAK POINTS ARE INDICATED ON THIS DIAGRAM)

SEISMIC CATEGORY I QUALITYCLASS I

CQDE GRouP D >

4 STRAINERS SHALL HAVE ALL FABRICATION g, MATERIALS TO APPLICABLE REQUIREIVIENTS OF ASIvIE III-2 EXCEPT CODE STAivIP IS NOT REQUIRED AND PERFORATED PLATE MAY BE ASTM MATERIALAND COMPLIAN( F WITH NA-3700 IS NOT MANDATORY. FURNISHED AND INSTALLED BY CONTR. 213A e

16. THESE INSTPUMENTS ARE LOCATED ON COLD SHUTDOWN PANEL.

17. ALL PIPING DOWNSTREAM OF THE LAST ISOLATION VALVE AND OPEN TO THE ATMOSPHERE WITH THE SUBSYST EM DESIGNATION "SYSTEM R(50) TRRU(5c))

SHALL BE CLASSIFIED AS CODE GROUP P WITH QUALITY cLAss AND sElsMlc cATEGoRY PRoviDED BY THE APPLICABLE NOTES ON TRIS DRAWIN~.

D IB.ALL IKJSTRUhnENT LtALES ARE DESEGN.A~TEE> BY C.ODE.

AhJD LthJE.

hJUhJ(EDSER.

a. EXAhnFSl E.: LihJES OR.EClthJKTthJC)

OUTSIDE. COhlTAIEJMFhJT

'/ZN I:ST (. l) ST (H2.2.- POZ.I)-A(C(

CODE. DESI(ohlATIOhJ Lth!E. QUhneDE.R

b. EXAh(IPLE.: LIEJES ORECAhJATthJCA tKJSEDE COtNtTA.thJhdtEKJT.

t/Z.w CDr (.i) 4S XIO(

OE gCd -3'7' 9ockltt

~eO33$

Coottot+8'-"

',P~(f Sd of ttocotoottL SBUIJEIIIIIIII

2. Ai L VALVES SUF'1=IX&0 WITI-I A (D) EGIUAt b +/4" DRA,lhJ VA,LVF

'l C

PRC P,P Et-I,TURE CARD BURNS AND ROE,,INC.

ENGINEERS AND CONSTRUCTORS ORADELL, N. J.

HEMPSTEAD, N. Y.

LOS ANGELES, CALIF.

FLOW DIAGRAM RESIDUAL HEAT REMOVAL SYSTEM SHEET I

WASHINGTON PUBLIC POWER SUPPLY SYSTEM HANFORD No. 2 LihJE INJL)hnE ER.

CODE DESEC hJATtohJ C, cXAhnC)LE,: cONTtNUATtohJ OF THE. ABOve E tt 'E.

OUTSIDE COhJTAiklhnt=&T IS DESEClktAt~

AS F'Ol LOWS, WITH LINE. WL)hnBEQS hJOT SHOW hJ

/2 PZ (I)-ST-XIO(p -(\\-I2.2-F202,1)-

CODE. DESIGhJbTIOhJ LIVE hlUhAB be.

L E.GEND (CONTINUE,D ZONE J 5)

UAAL3U(ES SUCFIXED( WIT't-1 A. (U)

E.CASUAL A. '3/4" VEhJT Vd-"NLUE REV.

REVIS lON ATE DRWN CHK'D A

n ) PER TASK 3040(PED-215-M-P248(B-I 1-12),

7-19

+/- ZISTM-M798(D-&-7)

PEP. TASK 3C140'ED 218-E-B47&(B.I4-15)t

~/7r PZQ, IMIFMCt F-83-4M )(ADDED L 0 (E-5))

/doi3 215 X4(P7(K-3-5) B Cq-IO-I5) H-K-8-15)d ANEldDED PBD 2(6-(y(.NOO2CF. )-(O)

(d) 4p PER TA'5)4( BOlg)'1 PEI) 22O I l224( G to)

/29/Jt

~h/) ~

15 14 REV.

RE V I 5 ION DATE PER TASK 3040

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